Earth Resources Policy and Programs : dbMap DATABASE DUMP
XSLF199
*** XSLF199 ***
xslf199 203 CORE/CUTTINGS: WELL_NAME=ADMIRAL 1 GIPPSLAND N : ADMIRAL 1 : SAMPLE_TYPE=CUTT 00840 DEPTH_RANGE= 840.000 TO 2160.000M STORAGE_BAY=180 ROW=Q TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ALBACORE 1 GIPPSLAND N : ALBACORE 1 : SAMPLE_TYPE=CORE 02744 DEPTH_RANGE= 2743.206 TO 2747.473F STORAGE_BAY=031 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ALBACORE 1 GIPPSLAND N : ALBACORE 1 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 2837.694F STORAGE_BAY=054 ROW=U TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ALBACORE 1 GIPPSLAND N : ALBACORE 1 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 3258.319F STORAGE_BAY=031 ROW=V TO V #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ALBATROSS 1 GIPPSLAND N : ALBATROSS 1 : SAMPLE_TYPE=CORE 00708 DEPTH_RANGE= 707.220 TO 707.220F STORAGE_BAY=053 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ALBATROSS 1 GIPPSLAND N : ALBATROSS 1 : SAMPLE_TYPE=CUTT 00217 DEPTH_RANGE= 216.408 TO 1252.730F STORAGE_BAY=053 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=AMBERJACK 1 GIPPSLAND N : AMBERJACK 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 1750.000M STORAGE_BAY=191 ROW=V TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=AMBERJACK 1 GIPPSLAND N : AMBERJACK 1 CORE 1 : SAMPLE_TYPE=CORE 01272 DEPTH_RANGE= 1271.400 TO 1288.960M STORAGE_BAY=191 ROW=U TO W #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=AMBERJACK 1 GIPPSLAND N : Amberjack 1 : SAMPLE_TYPE=CORE 00781 DEPTH_RANGE= 780.288 TO 1267.968F STORAGE_BAY=236 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=AMBERJACK 1 GIPPSLAND N : Amberjack 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 1736.000M STORAGE_BAY=236 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANEMONE 1 GIPPSLAND N : ANEMONE-1 : SAMPLE_TYPE=CUTT 00570 DEPTH_RANGE= 570.000 TO 4609.000M STORAGE_BAY=179 ROW=W TO X #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANEMONE 1A GIPPSLAND N : ANEMONE 1A : SAMPLE_TYPE=CUTT 03850 DEPTH_RANGE= 3850.000 TO 4775.000M STORAGE_BAY=179 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANEMONE 1A GIPPSLAND N : Anemone 1A cutts/cor : SAMPLE_TYPE=MISC 02590 DEPTH_RANGE= 2590.000 TO 2735.000M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGELFISH 1 GIPPSLAND N : ANGELFISH 1 : SAMPLE_TYPE=CORE 03137 DEPTH_RANGE= 3137.000 TO 3143.360M STORAGE_BAY=178 ROW=V TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGELFISH 1 GIPPSLAND N : ANGELFISH 1 : SAMPLE_TYPE=CORE 03335 DEPTH_RANGE= 3334.700 TO 3336.600M STORAGE_BAY=178 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGELFISH 1 GIPPSLAND N : ANGELFISH 1 : SAMPLE_TYPE=CUTT 00230 DEPTH_RANGE= 230.000 TO 3421.000M STORAGE_BAY=178 ROW=U TO U #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLER 1 GIPPSLAND N : ANGLER 1 : SAMPLE_TYPE=CUTT 00630 DEPTH_RANGE= 630.000 TO 4330.000M STORAGE_BAY=179 ROW=U TO V #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLER 1 GIPPSLAND N : ANGLER 1 CORE 1 : SAMPLE_TYPE=CORE 03833 DEPTH_RANGE= 3833.000 TO 3841.900M STORAGE_BAY=179 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00150 DEPTH_RANGE= 149.352 TO 155.448F STORAGE_BAY=017 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00241 DEPTH_RANGE= 240.488 TO 246.584F STORAGE_BAY=017 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00333 DEPTH_RANGE= 332.233 TO 338.329F STORAGE_BAY=017 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00371 DEPTH_RANGE= 370.028 TO 465.126F STORAGE_BAY=017 ROW=T TO T #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00589 DEPTH_RANGE= 588.570 TO 594.666F STORAGE_BAY=017 ROW=T TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00679 DEPTH_RANGE= 678.181 TO 684.277F STORAGE_BAY=017 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00697 DEPTH_RANGE= 696.774 TO 916.231F STORAGE_BAY=017 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00780 DEPTH_RANGE= 779.375 TO 782.423F STORAGE_BAY=017 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00872 DEPTH_RANGE= 871.730 TO 874.778F STORAGE_BAY=017 ROW=U TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 00963 DEPTH_RANGE= 962.560 TO 965.608F STORAGE_BAY=017 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01055 DEPTH_RANGE= 1054.610 TO 1057.658F STORAGE_BAY=017 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01136 DEPTH_RANGE= 1135.078 TO 1138.125F STORAGE_BAY=017 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01223 DEPTH_RANGE= 1222.555 TO 1225.603F STORAGE_BAY=017 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01288 DEPTH_RANGE= 1287.173 TO 1290.526F STORAGE_BAY=017 ROW=V TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01378 DEPTH_RANGE= 1377.394 TO 1379.832F STORAGE_BAY=017 ROW=W TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01469 DEPTH_RANGE= 1468.834 TO 1471.882F STORAGE_BAY=017 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01574 DEPTH_RANGE= 1573.076 TO 1576.124F STORAGE_BAY=017 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01673 DEPTH_RANGE= 1672.441 TO 1675.489F STORAGE_BAY=017 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01758 DEPTH_RANGE= 1757.480 TO 1760.528F STORAGE_BAY=017 ROW=W TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 01902 DEPTH_RANGE= 1901.041 TO 1904.089F STORAGE_BAY=017 ROW=W TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02050 DEPTH_RANGE= 2049.175 TO 2050.394F STORAGE_BAY=017 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02061 DEPTH_RANGE= 2060.147 TO 2064.415F STORAGE_BAY=017 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02212 DEPTH_RANGE= 2211.328 TO 2214.376F STORAGE_BAY=017 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02300 DEPTH_RANGE= 2299.416 TO 2301.245F STORAGE_BAY=017 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02395 DEPTH_RANGE= 2394.818 TO 2397.866F STORAGE_BAY=017 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02497 DEPTH_RANGE= 2496.317 TO 2499.365F STORAGE_BAY=017 ROW=X TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02649 DEPTH_RANGE= 2648.717 TO 2653.899F STORAGE_BAY=017 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02794 DEPTH_RANGE= 2793.498 TO 2796.850F STORAGE_BAY=017 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 02939 DEPTH_RANGE= 2938.583 TO 2943.155F STORAGE_BAY=017 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CORE 03062 DEPTH_RANGE= 3061.722 TO 3067.810F STORAGE_BAY=017 ROW=Y TO Z #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 3067.810F STORAGE_BAY=017 ROW=N TO S #TRAYS=78 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 ODNL : SAMPLE_TYPE=SWC 01122 DEPTH_RANGE= 1121.057 TO 1588.621F STORAGE_BAY=050 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ANGLESEA 1A OTWAY Y : ANGLESEA 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 3057.150F STORAGE_BAY=197 ROW=P TO P #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ARCHER 1 GIPPSLAND N : ARCHER 1 : SAMPLE_TYPE=CUTT 00580 DEPTH_RANGE= 580.000 TO 4050.000M STORAGE_BAY=181 ROW=V TO W #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ATHENE 1 GIPPSLAND N : ATHENE 1 PAOC WTD : SAMPLE_TYPE=CUTT 00580 DEPTH_RANGE= 580.000 TO 3380.000M STORAGE_BAY=185 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=AVON 1 GIPPSLAND Y : AVON 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 934.000M STORAGE_BAY=180 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=AYU 1 GIPPSLAND N : AYU 1 : SAMPLE_TYPE=CUTT 00430 DEPTH_RANGE= 430.000 TO 2750.000M STORAGE_BAY=179 ROW=Y TO Y #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BALEEN 1 GIPPSLAND N : BALEEN 1 : SAMPLE_TYPE=CUTT 00225 DEPTH_RANGE= 225.000 TO 1030.000M STORAGE_BAY=034 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BALEEN 2 GIPPSLAND N : BALEEN 2 CORE 1 : SAMPLE_TYPE=CORE 00746 DEPTH_RANGE= 746.000 TO 762.200M STORAGE_BAY=205 ROW=L TO O #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BALEEN 2 GIPPSLAND N : BALEEN 2 CORE 2 : SAMPLE_TYPE=CORE 00764 DEPTH_RANGE= 763.700 TO 779.500M STORAGE_BAY=205 ROW=O TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BALEEN 2 GIPPSLAND N : BALEEN 2 set 1 : SAMPLE_TYPE=CUTT 00654 DEPTH_RANGE= 654.000 TO 895.000M STORAGE_BAY=205 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BALEEN 2 GIPPSLAND N : BALEEN 2 set 2 : SAMPLE_TYPE=CUTT 00654 DEPTH_RANGE= 654.000 TO 895.000M STORAGE_BAY=205 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BALLANGEICH 1 OTWAY Y : BALLANGEICH 1 : SAMPLE_TYPE=CUTT 00030 DEPTH_RANGE= 30.000 TO 1249.900M STORAGE_BAY=176 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00305 DEPTH_RANGE= 304.801 TO 313.335F STORAGE_BAY=055 ROW=A TO B #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00458 DEPTH_RANGE= 457.506 TO 466.040F STORAGE_BAY=055 ROW=B TO B #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00617 DEPTH_RANGE= 616.916 TO 631.852F STORAGE_BAY=055 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00709 DEPTH_RANGE= 708.661 TO 716.586F STORAGE_BAY=055 ROW=B TO C #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00802 DEPTH_RANGE= 801.626 TO 809.246F STORAGE_BAY=055 ROW=C TO C #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00877 DEPTH_RANGE= 876.607 TO 882.703F STORAGE_BAY=055 ROW=C TO C #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 00921 DEPTH_RANGE= 920.498 TO 932.690F STORAGE_BAY=055 ROW=C TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01019 DEPTH_RANGE= 1018.644 TO 1021.692F STORAGE_BAY=055 ROW=D TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01071 DEPTH_RANGE= 1070.155 TO 1070.765F STORAGE_BAY=055 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01445 DEPTH_RANGE= 1444.755 TO 1448.412F STORAGE_BAY=055 ROW=D TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01603 DEPTH_RANGE= 1602.032 TO 1606.604F STORAGE_BAY=055 ROW=D TO D #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01724 DEPTH_RANGE= 1723.952 TO 1732.792F STORAGE_BAY=055 ROW=E TO E #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01867 DEPTH_RANGE= 1866.599 TO 1871.171F STORAGE_BAY=055 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 01966 DEPTH_RANGE= 1965.050 TO 1969.012F STORAGE_BAY=055 ROW=E TO F #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 02057 DEPTH_RANGE= 2056.490 TO 2066.548F STORAGE_BAY=055 ROW=F TO F #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 02205 DEPTH_RANGE= 2204.623 TO 2210.109F STORAGE_BAY=055 ROW=F TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 02350 DEPTH_RANGE= 2349.403 TO 2356.414F STORAGE_BAY=055 ROW=G TO G #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CORE 02646 DEPTH_RANGE= 2645.060 TO 2651.765F STORAGE_BAY=055 ROW=G TO H #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CUTT 00235 DEPTH_RANGE= 234.696 TO 2651.765F STORAGE_BAY=054 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=CUTT 00238 DEPTH_RANGE= 237.744 TO 2651.765F STORAGE_BAY=055 ROW=A TO A #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 1 GIPPSLAND N : BARRACOUTA 1 : SAMPLE_TYPE=FB 00004 DEPTH_RANGE= 3.505 TO 154.686F STORAGE_BAY=047 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 2 GIPPSLAND N : BARRACOUTA 2 : SAMPLE_TYPE=CORE 01042 DEPTH_RANGE= 1041.808 TO 1045.161F STORAGE_BAY=055 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 2 GIPPSLAND N : BARRACOUTA 2 : SAMPLE_TYPE=CORE 01051 DEPTH_RANGE= 1050.953 TO 1055.525F STORAGE_BAY=055 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 2 GIPPSLAND N : BARRACOUTA 2 : SAMPLE_TYPE=CORE 01088 DEPTH_RANGE= 1087.833 TO 1091.491F STORAGE_BAY=055 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 2 GIPPSLAND N : BARRACOUTA 2 : SAMPLE_TYPE=CUTT 00223 DEPTH_RANGE= 222.504 TO 1222.250F STORAGE_BAY=055 ROW=I TO I #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 2 GIPPSLAND N : BARRACOUTA 2 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 1222.250F STORAGE_BAY=044 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 3 GIPPSLAND N : BARRACOUTA 3 : SAMPLE_TYPE=CORE 01178 DEPTH_RANGE= 1177.750 TO 1194.209F STORAGE_BAY=031 ROW=Q TO Q #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 3 GIPPSLAND N : BARRACOUTA 3 : SAMPLE_TYPE=CUTT 00717 DEPTH_RANGE= 716.281 TO 2938.278F STORAGE_BAY=053 ROW=W TO W #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 3 GIPPSLAND N : BARRACOUTA 3 : SAMPLE_TYPE=CUTT 00717 DEPTH_RANGE= 716.281 TO 2938.278F STORAGE_BAY=176 ROW=P TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 3 GIPPSLAND N : BARRACOUTA 3 SIDE : SAMPLE_TYPE=CORE 01183 DEPTH_RANGE= 1182.017 TO 1190.856F STORAGE_BAY=176 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CORE 01395 DEPTH_RANGE= 1394.563 TO 1402.083F STORAGE_BAY=044 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CORE 01403 DEPTH_RANGE= 1402.692 TO 1409.855F STORAGE_BAY=044 ROW=N TO N #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CORE 01410 DEPTH_RANGE= 1409.855 TO 1424.333F STORAGE_BAY=176 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CORE 01414 DEPTH_RANGE= 1413.360 TO 1422.383F STORAGE_BAY=044 ROW=N TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CORE 01423 DEPTH_RANGE= 1422.809 TO 1433.172F STORAGE_BAY=044 ROW=O TO O #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CUTT 00217 DEPTH_RANGE= 216.408 TO 1457.861F STORAGE_BAY=044 ROW=M TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 4 GIPPSLAND N : BARRACOUTA 4 : SAMPLE_TYPE=CUTT 00217 DEPTH_RANGE= 216.408 TO 1457.861F STORAGE_BAY=176 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 5 GIPPSLAND N : BARRACOUTA 5 : SAMPLE_TYPE=CORE 01205 DEPTH_RANGE= 1205.000 TO 1224.210M STORAGE_BAY=176 ROW=Q TO Q #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA 5 GIPPSLAND N : BARRACOUTA 5 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 1770.000M STORAGE_BAY=176 ROW=R TO R #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A2 GIPPSLAND N : BARRACOUTA A2 : SAMPLE_TYPE=CORE 01143 DEPTH_RANGE= 1142.088 TO 1249.682F STORAGE_BAY=176 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A2 GIPPSLAND N : BARRACOUTA A2 : SAMPLE_TYPE=CORE 01217 DEPTH_RANGE= 1216.154 TO 1252.730F STORAGE_BAY=176 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 01052 DEPTH_RANGE= 1051.562 TO 1052.477F STORAGE_BAY=060 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 01058 DEPTH_RANGE= 1057.658 TO 1078.994F STORAGE_BAY=060 ROW=H TO I #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 01083 DEPTH_RANGE= 1082.042 TO 1094.234F STORAGE_BAY=060 ROW=I TO I #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 02585 DEPTH_RANGE= 2584.709 TO 2584.709F STORAGE_BAY=176 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 02585 DEPTH_RANGE= 2584.709 TO 2595.682F STORAGE_BAY=060 ROW=I TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 02648 DEPTH_RANGE= 2647.803 TO 2652.375F STORAGE_BAY=060 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 02815 DEPTH_RANGE= 2814.529 TO 2820.320F STORAGE_BAY=060 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 03392 DEPTH_RANGE= 3391.821 TO 3400.965F STORAGE_BAY=060 ROW=J TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 03440 DEPTH_RANGE= 3439.065 TO 3452.477F STORAGE_BAY=060 ROW=J TO K #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 03495 DEPTH_RANGE= 3494.844 TO 3503.073F STORAGE_BAY=060 ROW=K TO K #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CORE 03581 DEPTH_RANGE= 3580.188 TO 3589.000F STORAGE_BAY=060 ROW=K TO L #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A3 GIPPSLAND N : BARRACOUTA A3 : SAMPLE_TYPE=CUTT 00769 DEPTH_RANGE= 768.402 TO 3578.359F STORAGE_BAY=054 ROW=U TO T #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A4 GIPPSLAND N : BARRACOUTA A4 : SAMPLE_TYPE=CORE 01706 DEPTH_RANGE= 1705.055 TO 1730.353F STORAGE_BAY=033 ROW=H TO H #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARRACOUTA A4 GIPPSLAND N : BARRACOUTA A4 : SAMPLE_TYPE=CUTT 01525 DEPTH_RANGE= 1524.003 TO 1758.699F STORAGE_BAY=054 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARTON CORNER 1 OTWAY Y : BARTON CORNER 1 : SAMPLE_TYPE=CUTT 00011 DEPTH_RANGE= 11.000 TO 2100.000M STORAGE_BAY=099 ROW=D TO D #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BARTON CORNER 1 OTWAY Y : BARTON CORNER 1 : SAMPLE_TYPE=CUTT 00011 DEPTH_RANGE= 11.000 TO 2100.000M STORAGE_BAY=176 ROW=P TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BASKER 1 GIPPSLAND N : BASKER 1 : SAMPLE_TYPE=CORE 03108 DEPTH_RANGE= 3108.000 TO 3126.000M STORAGE_BAY=038 ROW=Z TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BASKER 1 GIPPSLAND N : BASKER 1 : SAMPLE_TYPE=CUTT 00504 DEPTH_RANGE= 504.000 TO 3991.000M STORAGE_BAY=050 ROW=W TO Z #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BASKER 1 GIPPSLAND N : BASKER 1 : SAMPLE_TYPE=FL 03090 DEPTH_RANGE= 3090.000 TO 3098.000M STORAGE_BAY=025 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BASKER 1 GIPPSLAND N : Basker 1 : SAMPLE_TYPE=MISC 02673 DEPTH_RANGE= 2673.000 TO 2673.000M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BASKER SOUTH 1 GIPPSLAND N : BASKER SOUTH 1 : SAMPLE_TYPE=CUTT 00720 DEPTH_RANGE= 720.000 TO 3418.000M STORAGE_BAY=176 ROW=O TO P #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BATFISH 1 GIPPSLAND N : BATEFISH 1 : SAMPLE_TYPE=CUTT 00880 DEPTH_RANGE= 879.045 TO 2975.000F STORAGE_BAY=052 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BATFISH 1 GIPPSLAND N : Batfish 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00301 DEPTH_RANGE= 300.838 TO 305.105F STORAGE_BAY=116 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00304 DEPTH_RANGE= 303.277 TO 388.621F STORAGE_BAY=116 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00386 DEPTH_RANGE= 385.573 TO 388.316F STORAGE_BAY=116 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00524 DEPTH_RANGE= 523.952 TO 684.887F STORAGE_BAY=116 ROW=W TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00678 DEPTH_RANGE= 677.572 TO 682.449F STORAGE_BAY=116 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00681 DEPTH_RANGE= 680.315 TO 683.363F STORAGE_BAY=116 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CORE 00683 DEPTH_RANGE= 682.753 TO 685.192F STORAGE_BAY=116 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BELLBIRD 1 GIPPSLAND Y : BELLBIRD 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 762.002F STORAGE_BAY=013 ROW=I TO J #TRAYS=21 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIG DESERT 1 MURRAY Y : BASS BASIN 20005 : SAMPLE_TYPE=CORE 00505 DEPTH_RANGE= 504.280 TO 506.030M STORAGE_BAY=094 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIG DESERT 1 MURRAY Y : BASS BASIN 20005 : SAMPLE_TYPE=CORE 00640 DEPTH_RANGE= 639.220 TO 640.270M STORAGE_BAY=094 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIG DESERT 1 MURRAY Y : BASS BASIN 20005 : SAMPLE_TYPE=CORE 00749 DEPTH_RANGE= 748.170 TO 752.170M STORAGE_BAY=094 ROW=I TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIG DESERT 1 MURRAY Y : BASS BASIN 20005 : SAMPLE_TYPE=CORE 00880 DEPTH_RANGE= 880.000 TO 882.100M STORAGE_BAY=094 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIG DESERT 1 MURRAY Y : BASS BASIN 20005 : SAMPLE_TYPE=CORE 01061 DEPTH_RANGE= 1060.350 TO 1061.660M STORAGE_BAY=094 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIG DESERT 1 MURRAY Y : BASS BASIN 20005 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1254.000M STORAGE_BAY=094 ROW=I TO I #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BIGNOSE 1 GIPPSLAND N : BIG NOSE 1 : SAMPLE_TYPE=CUTT 00680 DEPTH_RANGE= 680.000 TO 3995.000M STORAGE_BAY=185 ROW=P TO P #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BILLFISH 1 GIPPSLAND N : BILLFISH 1 : SAMPLE_TYPE=CUTT 01330 DEPTH_RANGE= 1330.000 TO 3250.000M STORAGE_BAY=204 ROW=E TO E #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 1 GIPPSLAND N : BLACKBACK 1 : SAMPLE_TYPE=CUTT 02400 DEPTH_RANGE= 2400.000 TO 3400.000M STORAGE_BAY=181 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 1 GIPPSLAND N : BLACKBACK 1 CR 1 : SAMPLE_TYPE=CORE 02903 DEPTH_RANGE= 2903.000 TO 2915.000M STORAGE_BAY=181 ROW=N TO O #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 1 GIPPSLAND N : Blackback 1 : SAMPLE_TYPE=CUTT 01025 DEPTH_RANGE= 1024.128 TO 1037.844F STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 2 GIPPSLAND N : BLACKBACK 2 : SAMPLE_TYPE=CUTT 01180 DEPTH_RANGE= 1180.000 TO 3160.000M STORAGE_BAY=193 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 2 GIPPSLAND N : BLACKBACK 2 CR 2 : SAMPLE_TYPE=CORE 02797 DEPTH_RANGE= 2797.000 TO 2813.560M STORAGE_BAY=148 ROW=S TO T #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 2 GIPPSLAND N : BLACKBACK 2 CR 3 : SAMPLE_TYPE=CORE 02814 DEPTH_RANGE= 2814.000 TO 2830.400M STORAGE_BAY=184 ROW=T TO V #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 2 GIPPSLAND N : BLACKBACK 2 CR 4 : SAMPLE_TYPE=CORE 02832 DEPTH_RANGE= 2832.000 TO 2850.580M STORAGE_BAY=184 ROW=V TO X #TRAYS=31 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 2 GIPPSLAND N : BLACKBACK 2 CR 5 : SAMPLE_TYPE=CORE 02851 DEPTH_RANGE= 2850.600 TO 2869.100M STORAGE_BAY=184 ROW=X TO Z #TRAYS=31 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 2 GIPPSLAND N : Blackback 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2790.000M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 3 GIPPSLAND N : BLACKBACK 3 : SAMPLE_TYPE=CUTT 01122 DEPTH_RANGE= 1122.000 TO 3125.000M STORAGE_BAY=183 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 3 GIPPSLAND N : BLACKBACK 3 cr 1-2 : SAMPLE_TYPE=CORE 02835 DEPTH_RANGE= 2835.000 TO 2870.430M STORAGE_BAY=183 ROW=V TO X #TRAYS=37 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKBACK 3 GIPPSLAND N : Blackback 3 : SAMPLE_TYPE=CUTT 02835 DEPTH_RANGE= 2835.000 TO 2837.000M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLACKWOOD 1 OTWAY Y : BLACKWOOD 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2650.000M STORAGE_BAY=098 ROW=D TO D #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BLENNY 1 GIPPSLAND N : BLENNY 1 : SAMPLE_TYPE=CUTT 00810 DEPTH_RANGE= 810.000 TO 1423.000M STORAGE_BAY=191 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BOGGY CREEK 1 OTWAY Y : BOGGY CREEK 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 1900.000M STORAGE_BAY=098 ROW=H TO H #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BOGGY CREEK 1 OTWAY Y : BOGGY CREEK 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 1900.000M STORAGE_BAY=191 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BOGGY CREEK 1 OTWAY Y : BOGGY CREEK 1 CR 1 : SAMPLE_TYPE=CORE 01673 DEPTH_RANGE= 1673.000 TO 1681.700M STORAGE_BAY=191 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BOGGY CREEK 1 OTWAY Y : Boggy Creek 1 : SAMPLE_TYPE=CORE 00002 DEPTH_RANGE= 2.000 TO 23.000M STORAGE_BAY=236 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BONITA 1 GIPPSLAND N : BONITA 1 ESSO STD : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.648 TO 1263.000F STORAGE_BAY=052 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BONITA 1A GIPPSLAND N : BONITA 1AESSO STD : SAMPLE_TYPE=CUTT 00229 DEPTH_RANGE= 228.600 TO 3176.022F STORAGE_BAY=186 ROW=S TO S #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BONITA 1A GIPPSLAND N : BONITA 1AESSO STD : SAMPLE_TYPE=CUTT 00229 DEPTH_RANGE= 228.600 TO 3179.070F STORAGE_BAY=052 ROW=N TO N #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRAESIDE 1 OTWAY Y : BRAESIDE 1 : SAMPLE_TYPE=CORE 01485 DEPTH_RANGE= 1485.000 TO 1493.500M STORAGE_BAY=097 ROW=A TO B #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRAESIDE 1 OTWAY Y : BRAESIDE 1 : SAMPLE_TYPE=CORE 01936 DEPTH_RANGE= 1936.000 TO 1939.570M STORAGE_BAY=097 ROW=B TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRAESIDE 1 OTWAY Y : BRAESIDE 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 2300.000M STORAGE_BAY=098 ROW=G TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRAESIDE 1 OTWAY Y : BRAESIDE 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 2300.000M STORAGE_BAY=191 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 01852 DEPTH_RANGE= 1851.969 TO 1862.027F STORAGE_BAY=046 ROW=E TO E #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 01863 DEPTH_RANGE= 1862.636 TO 1878.791F STORAGE_BAY=046 ROW=E TO F #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 01895 DEPTH_RANGE= 1894.031 TO 1904.699F STORAGE_BAY=046 ROW=F TO F #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 01906 DEPTH_RANGE= 1905.918 TO 1906.528F STORAGE_BAY=046 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 01919 DEPTH_RANGE= 1918.415 TO 1962.001F STORAGE_BAY=046 ROW=F TO H #TRAYS=25 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 02714 DEPTH_RANGE= 2713.335 TO 2756.007F STORAGE_BAY=046 ROW=H TO J #TRAYS=24 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CORE 03242 DEPTH_RANGE= 3241.554 TO 3248.000F STORAGE_BAY=046 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.648 TO 3248.000F STORAGE_BAY=046 ROW=E TO K #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.648 TO 3248.000F STORAGE_BAY=178 ROW=N TO N #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 2 GIPPSLAND N : BREAM 2 CR 2-10 : SAMPLE_TYPE=CORE 01868 DEPTH_RANGE= 1867.666 TO 2751.740F STORAGE_BAY=187 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 : SAMPLE_TYPE=CORE 01931 DEPTH_RANGE= 1930.912 TO 1939.751F STORAGE_BAY=051 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 : SAMPLE_TYPE=CORE 01950 DEPTH_RANGE= 1949.505 TO 1957.125F STORAGE_BAY=051 ROW=I TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 : SAMPLE_TYPE=CORE 01965 DEPTH_RANGE= 1964.440 TO 1970.231F STORAGE_BAY=051 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 : SAMPLE_TYPE=CORE 03302 DEPTH_RANGE= 3301.905 TO 3307.696F STORAGE_BAY=051 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 : SAMPLE_TYPE=CUTT 00206 DEPTH_RANGE= 205.436 TO 3356.000F STORAGE_BAY=053 ROW=N TO N #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 : SAMPLE_TYPE=CUTT 00206 DEPTH_RANGE= 205.436 TO 3356.000F STORAGE_BAY=178 ROW=N TO O #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 3 GIPPSLAND N : BREAM 3 SIDE/CUTS : SAMPLE_TYPE=CORE 01940 DEPTH_RANGE= 1939.751 TO 3307.849F STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 4A GIPPSLAND N : BREAM 4A : SAMPLE_TYPE=CORE 01920 DEPTH_RANGE= 1920.000 TO 1938.720M STORAGE_BAY=047 ROW=M TO M #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 4A GIPPSLAND N : BREAM 4A : SAMPLE_TYPE=CORE 01940 DEPTH_RANGE= 1939.400 TO 1948.530M STORAGE_BAY=047 ROW=M TO M #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 4A GIPPSLAND N : BREAM 4A : SAMPLE_TYPE=CORE 01951 DEPTH_RANGE= 1951.000 TO 1955.600M STORAGE_BAY=047 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CORE 01939 DEPTH_RANGE= 1939.000 TO 1950.700M STORAGE_BAY=178 ROW=P TO P #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CORE 01952 DEPTH_RANGE= 1952.000 TO 1964.000M STORAGE_BAY=178 ROW=P TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CORE 02568 DEPTH_RANGE= 2568.000 TO 2571.930M STORAGE_BAY=178 ROW=P TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CORE 02708 DEPTH_RANGE= 2707.600 TO 2725.620M STORAGE_BAY=178 ROW=Q TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CORE 02759 DEPTH_RANGE= 2758.400 TO 2766.800M STORAGE_BAY=178 ROW=Q TO R #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CUTT 00230 DEPTH_RANGE= 230.000 TO 3322.000M STORAGE_BAY=038 ROW=T TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM 5 GIPPSLAND N : BREAM 5 : SAMPLE_TYPE=CUTT 00230 DEPTH_RANGE= 230.000 TO 3322.000M STORAGE_BAY=178 ROW=O TO O #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A1 GIPPSLAND N : BREAM A1 : SAMPLE_TYPE=CUTT 02135 DEPTH_RANGE= 2135.000 TO 2549.000M STORAGE_BAY=192 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A10 GIPPSLAND N : BREAM A10 : SAMPLE_TYPE=CUTT 02110 DEPTH_RANGE= 2110.000 TO 3300.000M STORAGE_BAY=190 ROW=Y TO Y #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A11 GIPPSLAND N : BREAM A11 : SAMPLE_TYPE=CUTT 01100 DEPTH_RANGE= 1100.000 TO 3021.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A12 GIPPSLAND N : BREAM A12 : SAMPLE_TYPE=CUTT 02060 DEPTH_RANGE= 2060.000 TO 2430.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A14 GIPPSLAND N : BREAM A14 : SAMPLE_TYPE=CUTT 00960 DEPTH_RANGE= 960.000 TO 2575.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A16 GIPPSLAND N : BREAM A16 : SAMPLE_TYPE=CUTT 02280 DEPTH_RANGE= 2280.000 TO 3500.000M STORAGE_BAY=193 ROW=O TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A17 GIPPSLAND N : BREAM A17 : SAMPLE_TYPE=CUTT 02870 DEPTH_RANGE= 2870.000 TO 3245.000M STORAGE_BAY=190 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A19 GIPPSLAND N : BREAM A19 : SAMPLE_TYPE=CUTT 03100 DEPTH_RANGE= 3100.000 TO 3488.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A20 GIPPSLAND N : BREAM A20 : SAMPLE_TYPE=CUTT 01150 DEPTH_RANGE= 1150.000 TO 3155.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A22 GIPPSLAND N : BREAM A22 : SAMPLE_TYPE=CUTT 02850 DEPTH_RANGE= 2850.000 TO 3245.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A23 GIPPSLAND N : BREAM A23 ST1 : SAMPLE_TYPE=CUTT 02690 DEPTH_RANGE= 2690.000 TO 2950.000M STORAGE_BAY=193 ROW=O TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A24 GIPPSLAND N : BREAM A24 : SAMPLE_TYPE=CUTT 02090 DEPTH_RANGE= 2090.000 TO 2577.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A24A GIPPSLAND N : BREAM A24 A : SAMPLE_TYPE=CUTT 01870 DEPTH_RANGE= 1870.000 TO 2218.000M STORAGE_BAY=193 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A25 GIPPSLAND N : BREAM A25 ST1 : SAMPLE_TYPE=CUTT 03630 DEPTH_RANGE= 3630.000 TO 4065.000M STORAGE_BAY=193 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A26 GIPPSLAND N : BREAM A26 : SAMPLE_TYPE=CUTT 03860 DEPTH_RANGE= 3860.000 TO 4425.000M STORAGE_BAY=192 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A27 GIPPSLAND N : BREAM A27 : SAMPLE_TYPE=CUTT 03170 DEPTH_RANGE= 3170.000 TO 3520.000M STORAGE_BAY=190 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A3 GIPPSLAND N : BREAM A3 : SAMPLE_TYPE=CUTT 02950 DEPTH_RANGE= 2950.000 TO 3438.000M STORAGE_BAY=192 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A5 GIPPSLAND N : BREAM A5 : SAMPLE_TYPE=CUTT 01790 DEPTH_RANGE= 1790.000 TO 2250.000M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A6 GIPPSLAND N : BREAM A6 : SAMPLE_TYPE=CUTT 01770 DEPTH_RANGE= 1770.000 TO 2135.000M STORAGE_BAY=190 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A7 GIPPSLAND N : BREAM A7 : SAMPLE_TYPE=CUTT 02490 DEPTH_RANGE= 2490.000 TO 2978.000M STORAGE_BAY=193 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A8 GIPPSLAND N : BREAM A8 : SAMPLE_TYPE=CUTT 02530 DEPTH_RANGE= 2530.000 TO 3098.000M STORAGE_BAY=190 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BREAM A9A GIPPSLAND N : BREAM A9 A : SAMPLE_TYPE=CUTT 02010 DEPTH_RANGE= 2010.000 TO 2980.000M STORAGE_BAY=193 ROW=O TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRIDGEWATER BAY 1 OTWAY N : BRIDGEWATER BAY 1 : SAMPLE_TYPE=CUTT 00515 DEPTH_RANGE= 515.000 TO 4200.000M STORAGE_BAY=175 ROW=O TO O #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRIDGEWATER BAY 1 OTWAY N : Bridgewater Bay 1 : SAMPLE_TYPE=MISC 01400 DEPTH_RANGE= 1400.000 TO 4120.000M STORAGE_BAY=236 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRIDGEWATER BAY 1 OTWAY N : Bridgewater Bay 1 : SAMPLE_TYPE=MISC 04105 DEPTH_RANGE= 4105.000 TO 4150.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRIDGEWATER BAY 1 OTWAY N : Bridgewater bay 1 : SAMPLE_TYPE=CUTT 01470 DEPTH_RANGE= 1470.000 TO 1680.000M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BRIDGEWATER BAY 1 OTWAY N : Bridgewater-1 : SAMPLE_TYPE=CUTT 00515 DEPTH_RANGE= 515.000 TO 4200.000M STORAGE_BAY=100 ROW=I TO I #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BROADBILL 1 GIPPSLAND N : BROADBILL 1 : SAMPLE_TYPE=CUTT 00120 DEPTH_RANGE= 120.000 TO 1345.000M STORAGE_BAY=098 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BULLSEYE 1 GIPPSLAND N : BULLSEYE 1 : SAMPLE_TYPE=CUTT 00199 DEPTH_RANGE= 198.120 TO 2365.253F STORAGE_BAY=041 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BULLSEYE 1 GIPPSLAND N : BULLSEYE 1 : SAMPLE_TYPE=CUTT 00199 DEPTH_RANGE= 198.120 TO 2365.253F STORAGE_BAY=186 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BURONG 1 GIPPSLAND Y : BURONG 1 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.032 TO 1255.776F STORAGE_BAY=189 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BURONG 1 GIPPSLAND Y : BURONG 1 SWC : SAMPLE_TYPE=SWC 00617 DEPTH_RANGE= 616.001 TO 1235.354F STORAGE_BAY=189 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BURONG 1 GIPPSLAND Y : BURONG 1 x2 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.032 TO 1219.200F STORAGE_BAY=189 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BURONG 1 GIPPSLAND Y : Burong 1 : SAMPLE_TYPE=MISC 00867 DEPTH_RANGE= 866.546 TO 1221.943F STORAGE_BAY=236 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BUS SWAMP 1 OTWAY Y : BUS SWAMP 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1849.460M STORAGE_BAY=096 ROW=A TO B #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BUS SWAMP 1 OTWAY Y : BUS SWAMP 1 CR 1 : SAMPLE_TYPE=CORE 00831 DEPTH_RANGE= 830.400 TO 836.400M STORAGE_BAY=096 ROW=B TO B #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BUS SWAMP 1 OTWAY Y : BUS SWAMP 1 CR 2 : SAMPLE_TYPE=CORE 01510 DEPTH_RANGE= 1509.830 TO 1515.830M STORAGE_BAY=096 ROW=B TO B #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BUS SWAMP 1 OTWAY Y : BUS SWAMP 1 CR 3 : SAMPLE_TYPE=CORE 01783 DEPTH_RANGE= 1782.230 TO 1790.060M STORAGE_BAY=096 ROW=B TO C #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BUS SWAMP 1 OTWAY Y : BUS SWAMP 1 CR 4 : SAMPLE_TYPE=CORE 01833 DEPTH_RANGE= 1832.090 TO 1835.160M STORAGE_BAY=096 ROW=C TO C #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=BUS SWAMP 1 OTWAY Y : BUS SWAMP 1 SWC 1-48 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO 1849.460M STORAGE_BAY=096 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CALLISTA 1 OTWAY Y : CALLISTA 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1800.000M STORAGE_BAY=098 ROW=E TO E #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CALLISTA 1 OTWAY Y : CALLISTA 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1800.000M STORAGE_BAY=189 ROW=W TO W #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CALLISTA 1 OTWAY Y : Callista 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1800.000M STORAGE_BAY=098 ROW=C TO C #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRANBALLAC 1 OTWAY Y : CARRANBALAC 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 150.876F STORAGE_BAY=052 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 00686 DEPTH_RANGE= 685.801 TO 691.897F STORAGE_BAY=034 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 00704 DEPTH_RANGE= 703.480 TO 705.918F STORAGE_BAY=034 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 00705 DEPTH_RANGE= 704.699 TO 1066.802F STORAGE_BAY=034 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 00706 DEPTH_RANGE= 705.309 TO 708.357F STORAGE_BAY=034 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01379 DEPTH_RANGE= 1378.308 TO 1381.356F STORAGE_BAY=034 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01624 DEPTH_RANGE= 1623.673 TO 1624.282F STORAGE_BAY=034 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01634 DEPTH_RANGE= 1633.731 TO 1635.255F STORAGE_BAY=034 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01634 DEPTH_RANGE= 1633.731 TO 1639.827F STORAGE_BAY=034 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01636 DEPTH_RANGE= 1635.560 TO 1673.965F STORAGE_BAY=034 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01637 DEPTH_RANGE= 1636.779 TO 1639.827F STORAGE_BAY=034 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01671 DEPTH_RANGE= 1670.307 TO 1676.403F STORAGE_BAY=034 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01674 DEPTH_RANGE= 1673.355 TO 1676.403F STORAGE_BAY=034 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01675 DEPTH_RANGE= 1674.575 TO 1677.927F STORAGE_BAY=034 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CORE 01677 DEPTH_RANGE= 1676.403 TO 1678.537F STORAGE_BAY=034 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=CUTT 00016 DEPTH_RANGE= 15.240 TO 1673.355F STORAGE_BAY=014 ROW=A TO C #TRAYS=51 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CARRS CREEK 1 GIPPSLAND Y : CARRS CREEK 1 : SAMPLE_TYPE=SWC 00146 DEPTH_RANGE= 145.085 TO 1548.387F STORAGE_BAY=045 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 00615 DEPTH_RANGE= 614.478 TO 1375.260F STORAGE_BAY=041 ROW=N TO N #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 01496 DEPTH_RANGE= 1495.961 TO 1551.435F STORAGE_BAY=041 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 01607 DEPTH_RANGE= 1606.299 TO 1609.347F STORAGE_BAY=041 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 01707 DEPTH_RANGE= 1706.883 TO 1712.370F STORAGE_BAY=041 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 01817 DEPTH_RANGE= 1816.002 TO 1816.978F STORAGE_BAY=041 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 01956 DEPTH_RANGE= 1955.906 TO 1956.820F STORAGE_BAY=041 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02062 DEPTH_RANGE= 2061.366 TO 2063.195F STORAGE_BAY=041 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02089 DEPTH_RANGE= 2088.799 TO 2090.627F STORAGE_BAY=041 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02211 DEPTH_RANGE= 2210.719 TO 2213.767F STORAGE_BAY=041 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02251 DEPTH_RANGE= 2250.343 TO 2254.000F STORAGE_BAY=041 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02359 DEPTH_RANGE= 2358.852 TO 2361.900F STORAGE_BAY=041 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02396 DEPTH_RANGE= 2395.123 TO 2396.342F STORAGE_BAY=041 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02407 DEPTH_RANGE= 2406.401 TO 2409.449F STORAGE_BAY=041 ROW=P TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02423 DEPTH_RANGE= 2422.250 TO 2425.298F STORAGE_BAY=041 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02448 DEPTH_RANGE= 2447.244 TO 2449.987F STORAGE_BAY=041 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CORE 02493 DEPTH_RANGE= 2492.050 TO 2494.183F STORAGE_BAY=041 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 2499.365F STORAGE_BAY=031 ROW=Y TO Z #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : CASTERTON 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2492.045F STORAGE_BAY=198 ROW=Q TO R #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 1 OTWAY Y : Casterton 1 : SAMPLE_TYPE=MISC 00790 DEPTH_RANGE= 790.000 TO 2460.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 2 OTWAY Y : CASTERTON 2 : SAMPLE_TYPE=CORE 01434 DEPTH_RANGE= 1433.782 TO 1438.049F STORAGE_BAY=052 ROW=V TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CASTERTON 2 OTWAY Y : CASTERTON 2 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1526.000F STORAGE_BAY=052 ROW=U TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CHAMPION 1 OTWAY N : CHAMPION 1 : SAMPLE_TYPE=CUTT 00120 DEPTH_RANGE= 120.000 TO 1882.000M STORAGE_BAY=183 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CHAMPION 1 OTWAY N : Champion 1 : SAMPLE_TYPE=SWC 01425 DEPTH_RANGE= 1425.000 TO 1655.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CHIMAERA 1 GIPPSLAND N : CHIMAERA 1 : SAMPLE_TYPE=CUTT 00663 DEPTH_RANGE= 663.000 TO 3826.000M STORAGE_BAY=185 ROW=O TO O #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 1 GIPPSLAND N : COBIA 1 : SAMPLE_TYPE=CORE 02390 DEPTH_RANGE= 2389.637 TO 2402.438F STORAGE_BAY=044 ROW=T TO T #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 1 GIPPSLAND N : COBIA 1 : SAMPLE_TYPE=CORE 02403 DEPTH_RANGE= 2402.129 TO 2407.315F STORAGE_BAY=044 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 1 GIPPSLAND N : COBIA 1 : SAMPLE_TYPE=CORE 02412 DEPTH_RANGE= 2411.278 TO 2415.240F STORAGE_BAY=044 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 1 GIPPSLAND N : COBIA 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2594.000F STORAGE_BAY=053 ROW=X TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 1 GIPPSLAND N : COBIA 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2594.000F STORAGE_BAY=187 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02393 DEPTH_RANGE= 2392.990 TO 2403.734F STORAGE_BAY=044 ROW=O TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02395 DEPTH_RANGE= 2394.818 TO 2403.353F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02405 DEPTH_RANGE= 2404.358 TO 2416.155F STORAGE_BAY=044 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02405 DEPTH_RANGE= 2404.572 TO 2415.850F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02417 DEPTH_RANGE= 2416.764 TO 2430.785F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02417 DEPTH_RANGE= 2416.886 TO 2418.654F STORAGE_BAY=044 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02420 DEPTH_RANGE= 2419.507 TO 2430.785F STORAGE_BAY=044 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CORE 02494 DEPTH_RANGE= 2493.574 TO 2495.098F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : COBIA 2 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2496.317F STORAGE_BAY=044 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA 2 GIPPSLAND N : Cobia-2 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2496.312F STORAGE_BAY=205 ROW=I TO I #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA A11 GIPPSLAND N : COBIA A11 : SAMPLE_TYPE=CORE 02603 DEPTH_RANGE= 2602.500 TO 2619.400M STORAGE_BAY=187 ROW=R TO S #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA A19 GIPPSLAND N : COBIA A19 : SAMPLE_TYPE=CORE 02458 DEPTH_RANGE= 2458.000 TO 2467.020M STORAGE_BAY=187 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA A20 GIPPSLAND N : Cobia A-20 : SAMPLE_TYPE=CUTT 02200 DEPTH_RANGE= 2200.000 TO 2638.000M STORAGE_BAY=205 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA A9 GIPPSLAND N : COBIA A9 : SAMPLE_TYPE=CUTT 00590 DEPTH_RANGE= 590.000 TO 2633.000M STORAGE_BAY=187 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA A9 GIPPSLAND N : COBIA A9 : SAMPLE_TYPE=CUTT 00590 DEPTH_RANGE= 590.000 TO 2633.000M STORAGE_BAY=187 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA F1 GIPPSLAND N : COBIA F1 : SAMPLE_TYPE=CUTT 00938 DEPTH_RANGE= 938.000 TO 4362.000M STORAGE_BAY=187 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA F1 GIPPSLAND N : COBIA F1 : SAMPLE_TYPE=CUTT 00938 DEPTH_RANGE= 938.000 TO 4362.000M STORAGE_BAY=187 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA F2 GIPPSLAND N : COBIA F2 : SAMPLE_TYPE=CUTT 00674 DEPTH_RANGE= 674.000 TO 3474.000M STORAGE_BAY=187 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA F2 GIPPSLAND N : COBIA F2 : SAMPLE_TYPE=CUTT 00674 DEPTH_RANGE= 674.000 TO 3474.000M STORAGE_BAY=187 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA F3 GIPPSLAND N : COBIA F3 : SAMPLE_TYPE=CUTT 00790 DEPTH_RANGE= 790.000 TO 3920.000M STORAGE_BAY=187 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COBIA F5 GIPPSLAND N : COBIA F5 : SAMPLE_TYPE=CUTT 00680 DEPTH_RANGE= 680.000 TO 3387.000M STORAGE_BAY=187 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 01067 DEPTH_RANGE= 1066.802 TO 1075.337F STORAGE_BAY=055 ROW=J TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 01441 DEPTH_RANGE= 1440.183 TO 1442.926F STORAGE_BAY=055 ROW=J TO K #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 01708 DEPTH_RANGE= 1707.798 TO 1711.455F STORAGE_BAY=055 ROW=K TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 01905 DEPTH_RANGE= 1904.394 TO 1912.624F STORAGE_BAY=055 ROW=K TO K #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 01947 DEPTH_RANGE= 1946.761 TO 1952.248F STORAGE_BAY=055 ROW=K TO K #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 01953 DEPTH_RANGE= 1952.248 TO 1958.649F STORAGE_BAY=056 ROW=A TO A #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CORE 02536 DEPTH_RANGE= 2535.636 TO 2543.561F STORAGE_BAY=056 ROW=A TO A #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COD 1 GIPPSLAND N : COD A1 GIPSHELF 3 : SAMPLE_TYPE=CUTT 00239 DEPTH_RANGE= 238.659 TO 2880.366F STORAGE_BAY=055 ROW=J TO J #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLLIERS HILL 1 GIPPSLAND Y : COLLIERS HILL 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1709.900F STORAGE_BAY=031 ROW=S TO S #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLLIERS HILL 1 GIPPSLAND Y : COLLIERS HILL 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1709.900F STORAGE_BAY=196 ROW=U TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLLIERS HILL 1 GIPPSLAND Y : COLLIERS HILL 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1709.900F STORAGE_BAY=196 ROW=V TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLLIERS HILL 1 GIPPSLAND Y : COLLIERS HILL 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1709.900F STORAGE_BAY=196 ROW=V TO W #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLLIERS HILL 1 GIPPSLAND Y : COLLIERS HILL 1 : SAMPLE_TYPE=SWC 00546 DEPTH_RANGE= 545.593 TO 1699.263F STORAGE_BAY=031 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN (OLD GOVT 2) 5 GIPPSLAND Y : COLQUHOUN (2) : SAMPLE_TYPE=CORE 00034 DEPTH_RANGE= 33.528 TO 121.920F STORAGE_BAY=001 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN (OLD GOVT 2) 5 GIPPSLAND Y : COLQUHOUN (2) : SAMPLE_TYPE=CORE 00156 DEPTH_RANGE= 155.448 TO 286.513F STORAGE_BAY=001 ROW=C TO C #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN EAST 6 GIPPSLAND Y : COLQUHOUN EAST : SAMPLE_TYPE=CORE 00180 DEPTH_RANGE= 179.850 TO 181.530M STORAGE_BAY=078 ROW=L TO L #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN EAST 6 GIPPSLAND Y : COLQUHOUN EAST : SAMPLE_TYPE=CORE 00209 DEPTH_RANGE= 208.250 TO 210.450M STORAGE_BAY=078 ROW=L TO L #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN EAST 6 GIPPSLAND Y : COLQUHOUN EAST : SAMPLE_TYPE=CORE 00274 DEPTH_RANGE= 273.230 TO 274.930M STORAGE_BAY=078 ROW=L TO L #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN EAST 6 GIPPSLAND Y : COLQUHOUN EAST : SAMPLE_TYPE=CORE 00298 DEPTH_RANGE= 298.000 TO 299.700M STORAGE_BAY=078 ROW=L TO L #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN EAST 6 GIPPSLAND Y : COLQUHOUN EAST : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 298.000M STORAGE_BAY=078 ROW=L TO L #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 10 GIPPSLAND Y : COLQUHOUN (10) : SAMPLE_TYPE=CORE 00352 DEPTH_RANGE= 351.435 TO 356.007F STORAGE_BAY=001 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 10 GIPPSLAND Y : COLQUHOUN (10) : SAMPLE_TYPE=CORE 00352 DEPTH_RANGE= 351.435 TO 394.564F STORAGE_BAY=001 ROW=I TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 10 GIPPSLAND Y : COLQUHOUN (10) : SAMPLE_TYPE=CORE 00384 DEPTH_RANGE= 383.439 TO 390.907F STORAGE_BAY=001 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 10 GIPPSLAND Y : COLQUHOUN (10) : SAMPLE_TYPE=CORE 00394 DEPTH_RANGE= 393.680 TO 394.595F STORAGE_BAY=001 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 10 GIPPSLAND Y : COLQUHOUN (10) : SAMPLE_TYPE=CORE 00421 DEPTH_RANGE= 420.929 TO 420.932F STORAGE_BAY=001 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 11 GIPPSLAND Y : COLQUHOUN (11) : SAMPLE_TYPE=CORE 00005 DEPTH_RANGE= 4.572 TO 167.031F STORAGE_BAY=001 ROW=J TO J #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 11 GIPPSLAND Y : COLQUHOUN (11) : SAMPLE_TYPE=CORE 00170 DEPTH_RANGE= 169.164 TO 376.916F STORAGE_BAY=001 ROW=K TO L #TRAYS=19 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 9 GIPPSLAND Y : COLQUHOUN (9) : SAMPLE_TYPE=CORE 00005 DEPTH_RANGE= 4.267 TO 89.611F STORAGE_BAY=001 ROW=H TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 9 GIPPSLAND Y : COLQUHOUN (9) : SAMPLE_TYPE=CORE 00093 DEPTH_RANGE= 92.659 TO 216.104F STORAGE_BAY=001 ROW=H TO I #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 9 GIPPSLAND Y : COLQUHOUN (9) : SAMPLE_TYPE=CORE 00218 DEPTH_RANGE= 217.323 TO 360.274F STORAGE_BAY=001 ROW=I TO I #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 9 GIPPSLAND Y : COLQUHOUN (9) : SAMPLE_TYPE=CORE 00362 DEPTH_RANGE= 361.494 TO 372.162F STORAGE_BAY=001 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COLQUHOUN VIC GOV 9 GIPPSLAND Y : COLQUHOUN (9) : SAMPLE_TYPE=CORE 00379 DEPTH_RANGE= 378.562 TO 379.247F STORAGE_BAY=001 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COMLEY 1 GIPPSLAND Y : COMLEY 1 : SAMPLE_TYPE=CORE 00478 DEPTH_RANGE= 477.950 TO 482.640M STORAGE_BAY=187 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COMLEY 1 GIPPSLAND Y : COMLEY 1 : SAMPLE_TYPE=CUTT 00140 DEPTH_RANGE= 140.000 TO 524.000M STORAGE_BAY=187 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COMLEY 1 GIPPSLAND Y : Comley 1 : SAMPLE_TYPE=MISC 00161 DEPTH_RANGE= 161.000 TO 478.500M STORAGE_BAY=236 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=COMLEY 1 GIPPSLAND Y : Comley 1 : SAMPLE_TYPE=SWC 00181 DEPTH_RANGE= 181.000 TO 505.000M STORAGE_BAY=236 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CONAN 1 OTWAY N : CONAN 1 : SAMPLE_TYPE=CUTT 00160 DEPTH_RANGE= 160.000 TO 1985.000M STORAGE_BAY=181 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CONGER 1 GIPPSLAND N : CONGER 1 : SAMPLE_TYPE=CUTT 00830 DEPTH_RANGE= 830.000 TO 2970.000M STORAGE_BAY=192 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CONGER 1 GIPPSLAND N : CONGER 1 CORE 1 : SAMPLE_TYPE=CORE 02776 DEPTH_RANGE= 2776.000 TO 2794.340M STORAGE_BAY=180 ROW=R TO S #TRAYS=21 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CROSS ROADS 1 GIPPSLAND Y : CROSSROADS 1 : SAMPLE_TYPE=CUTT 00031 DEPTH_RANGE= 30.480 TO 1039.370F STORAGE_BAY=051 ROW=M TO M #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CROSS ROADS 1 GIPPSLAND Y : CROSSROADS 1 : SAMPLE_TYPE=CUTT 00031 DEPTH_RANGE= 30.480 TO 1039.370F STORAGE_BAY=196 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CURDIE 1 OTWAY Y : CURDIE 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 7.000 TO 2600.000M STORAGE_BAY=191 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CURDIE 1 OTWAY Y : CURDIE 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 1600.000M STORAGE_BAY=099 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CURDIE 1 OTWAY Y : CURDIE 1 : SAMPLE_TYPE=CUTT 02455 DEPTH_RANGE= 2455.000 TO 2600.000M STORAGE_BAY=099 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CURDIEVALE 1 OTWAY Y : CURDIE VALE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1176.000M STORAGE_BAY=099 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CURDIEVALE 1 OTWAY Y : CURDIE VALE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1176.000M STORAGE_BAY=099 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CURDIEVALE 1 OTWAY Y : CURDIVALE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1176.000M STORAGE_BAY=046 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CUTTLEFISH 1 GIPPSLAND N : CUTTLEFISH 1 set 1 : SAMPLE_TYPE=CUTT 00760 DEPTH_RANGE= 760.000 TO 1226.000M STORAGE_BAY=206 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CUTTLEFISH 1 GIPPSLAND N : CUTTLEFISH 1 set 2 : SAMPLE_TYPE=CUTT 00760 DEPTH_RANGE= 760.000 TO 1226.000M STORAGE_BAY=206 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=CUTTLEFISH 1 GIPPSLAND N : Cuttlefish 1 : SAMPLE_TYPE=CUTT 00760 DEPTH_RANGE= 760.000 TO 1226.000M STORAGE_BAY=205 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARLINGTON 1 OTWAY Y : DARLINGTON 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 109.420F STORAGE_BAY=052 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00193 DEPTH_RANGE= 192.024 TO 198.120F STORAGE_BAY=013 ROW=A TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00298 DEPTH_RANGE= 297.485 TO 302.972F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00319 DEPTH_RANGE= 318.517 TO 329.489F STORAGE_BAY=013 ROW=A TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00366 DEPTH_RANGE= 365.761 TO 371.247F STORAGE_BAY=013 ROW=A TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00386 DEPTH_RANGE= 385.573 TO 426.416F STORAGE_BAY=013 ROW=A TO G #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00519 DEPTH_RANGE= 518.161 TO 524.562F STORAGE_BAY=013 ROW=A TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00531 DEPTH_RANGE= 530.963 TO 536.754F STORAGE_BAY=013 ROW=A TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00543 DEPTH_RANGE= 542.850 TO 548.641F STORAGE_BAY=013 ROW=A TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00556 DEPTH_RANGE= 555.347 TO 561.138F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00563 DEPTH_RANGE= 562.052 TO 567.234F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00568 DEPTH_RANGE= 567.264 TO 573.025F STORAGE_BAY=013 ROW=A TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00588 DEPTH_RANGE= 587.351 TO 591.923F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00617 DEPTH_RANGE= 616.916 TO 622.708F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00629 DEPTH_RANGE= 628.499 TO 634.290F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00671 DEPTH_RANGE= 670.561 TO 673.609F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 00934 DEPTH_RANGE= 933.299 TO 939.396F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01135 DEPTH_RANGE= 1134.773 TO 1143.917F STORAGE_BAY=013 ROW=A TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01170 DEPTH_RANGE= 1169.520 TO 1171.044F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01279 DEPTH_RANGE= 1278.639 TO 1285.954F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01286 DEPTH_RANGE= 1285.984 TO 1292.050F STORAGE_BAY=013 ROW=A TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01311 DEPTH_RANGE= 1310.947 TO 1315.519F STORAGE_BAY=013 ROW=A TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01363 DEPTH_RANGE= 1362.459 TO 1368.555F STORAGE_BAY=013 ROW=A TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01410 DEPTH_RANGE= 1409.703 TO 1415.799F STORAGE_BAY=013 ROW=A TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CORE 01436 DEPTH_RANGE= 1435.611 TO 1441.707F STORAGE_BAY=013 ROW=A TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 560.833F STORAGE_BAY=014 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 : SAMPLE_TYPE=CUTT 00369 DEPTH_RANGE= 368.809 TO 1353.315F STORAGE_BAY=013 ROW=F TO G #TRAYS=29 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 DITCH : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=049 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 DITCH : SAMPLE_TYPE=CORE 00217 DEPTH_RANGE= 216.408 TO 611.125F STORAGE_BAY=049 ROW=Y TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 DITCH : SAMPLE_TYPE=CORE 00759 DEPTH_RANGE= 758.953 TO 1435.611F STORAGE_BAY=049 ROW=X TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 1 GIPPSLAND Y : DARRIMAN 1 DITCH : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 219.456F STORAGE_BAY=049 ROW=Y TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 3 GIPPSLAND Y : DARRIMAN 3 : SAMPLE_TYPE=CORE 00008 DEPTH_RANGE= 7.925 TO 28.042F STORAGE_BAY=012 ROW=L TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 3 GIPPSLAND Y : DARRIMAN 3 : SAMPLE_TYPE=CORE 00086 DEPTH_RANGE= 85.039 TO 199.340F STORAGE_BAY=012 ROW=L TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 3 GIPPSLAND Y : DARRIMAN 3 : SAMPLE_TYPE=CORE 00204 DEPTH_RANGE= 203.912 TO 304.496F STORAGE_BAY=012 ROW=L TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 3 GIPPSLAND Y : DARRIMAN 3 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 19.202 TO 362.408F STORAGE_BAY=012 ROW=L TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DARRIMAN 4 GIPPSLAND Y : DARRIMAN 4 : SAMPLE_TYPE=CC 00001 DEPTH_RANGE= .610 TO 379.477F STORAGE_BAY=109 ROW=P TO P #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DART 1 GIPPSLAND N : DART 1 : SAMPLE_TYPE=CUTT 00272 DEPTH_RANGE= 271.273 TO 1219.000F STORAGE_BAY=052 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DART 1 GIPPSLAND N : DART 1 : SAMPLE_TYPE=CUTT 00272 DEPTH_RANGE= 271.273 TO 1219.000F STORAGE_BAY=185 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DEVILFISH 1 GIPPSLAND N : DEVILFISH 1 : SAMPLE_TYPE=CUTT 00405 DEPTH_RANGE= 405.000 TO 2058.000M STORAGE_BAY=181 ROW=W TO X #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DEVILFISH 1 GIPPSLAND N : DEVILFISH 1 : SAMPLE_TYPE=CUTT 00405 DEPTH_RANGE= 405.000 TO 2058.000M STORAGE_BAY=204 ROW=R TO R #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : DIGBY 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=100 ROW=H TO H #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2088.000M STORAGE_BAY=100 ROW=B TO B #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby 1 : SAMPLE_TYPE=MISC 01474 DEPTH_RANGE= 1473.700 TO 2017.200M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby 1 : SAMPLE_TYPE=SWC 01339 DEPTH_RANGE= 1338.200 TO 2076.200M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby 1 Coal Samples : SAMPLE_TYPE=MISC 01150 DEPTH_RANGE= 1150.000 TO 2008.000M STORAGE_BAY=236 ROW=ZZ TO ZZ #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby 1 Samplex Trys : SAMPLE_TYPE=SAMX 00000 DEPTH_RANGE= .000 TO 1150.000M STORAGE_BAY=236 ROW=ZZ TO ZZ #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby-1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1670.000M STORAGE_BAY=100 ROW=H TO H #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DIGBY 1 OTWAY Y : Digby-1 : SAMPLE_TYPE=CUTT 01670 DEPTH_RANGE= 1670.000 TO 2088.000M STORAGE_BAY=100 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DISCOVERY BAY 1 OTWAY N : DISCOVERY BAY 1 : SAMPLE_TYPE=CUTT 00445 DEPTH_RANGE= 445.000 TO 2776.000M STORAGE_BAY=038 ROW=S TO T #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DISCOVERY BAY 1 OTWAY N : Discovery Bay 1 : SAMPLE_TYPE=SWC 01700 DEPTH_RANGE= 1700.000 TO 2740.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DISCOVERY BAY 1 OTWAY N : Discovery Bay-1 : SAMPLE_TYPE=CUTT 00445 DEPTH_RANGE= 445.000 TO 2776.000M STORAGE_BAY=100 ROW=K TO K #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOLPHIN 1 GIPPSLAND N : DOLPHIN 1 : SAMPLE_TYPE=CORE 01222 DEPTH_RANGE= 1221.946 TO 1246.330F STORAGE_BAY=033 ROW=G TO H #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOLPHIN 1 GIPPSLAND N : DOLPHIN 1 : SAMPLE_TYPE=CORE 01706 DEPTH_RANGE= 1705.055 TO 1732.487F STORAGE_BAY=033 ROW=H TO H #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOLPHIN 1 GIPPSLAND N : DOLPHIN 1 : SAMPLE_TYPE=CUTT 00217 DEPTH_RANGE= 216.408 TO 2880.366F STORAGE_BAY=052 ROW=U TO U #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOLPHIN 1 GIPPSLAND N : DOLPHIN 1 : SAMPLE_TYPE=CUTT 00217 DEPTH_RANGE= 216.408 TO 2880.366F STORAGE_BAY=187 ROW=Z TO Z #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOLPHIN 1 GIPPSLAND N : Dolphin 1 : SAMPLE_TYPE=MISC 02411 DEPTH_RANGE= 2410.968 TO 2410.968F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOME FROME LAKE TYERS 1 GIPPSLAND Y : DOME FBH 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 170.993F STORAGE_BAY=045 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOME FROME LAKE TYERS 2 GIPPSLAND Y : DOME FBH 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 164.592F STORAGE_BAY=045 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOME FROME LAKE TYERS 3 GIPPSLAND Y : DOME FBH 3 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 167.640F STORAGE_BAY=045 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DOME FROME LAKE TYERS 4 GIPPSLAND Y : DOME FBH 4 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 396.000F STORAGE_BAY=045 ROW=S TO S #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DRUMMER 1 GIPPSLAND N : DRUMMER 1 : SAMPLE_TYPE=CUTT 00238 DEPTH_RANGE= 238.000 TO 2570.000M STORAGE_BAY=178 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 00714 DEPTH_RANGE= 713.233 TO 719.329F STORAGE_BAY=036 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 00863 DEPTH_RANGE= 862.891 TO 868.987F STORAGE_BAY=036 ROW=N TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 00970 DEPTH_RANGE= 969.876 TO 975.972F STORAGE_BAY=036 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 01035 DEPTH_RANGE= 1034.188 TO 1037.236F STORAGE_BAY=036 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 01128 DEPTH_RANGE= 1127.457 TO 1130.201F STORAGE_BAY=036 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 01183 DEPTH_RANGE= 1182.626 TO 1187.503F STORAGE_BAY=036 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 01266 DEPTH_RANGE= 1265.532 TO 1268.580F STORAGE_BAY=036 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CORE 01285 DEPTH_RANGE= 1284.430 TO 1287.000F STORAGE_BAY=036 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 1289.002F STORAGE_BAY=014 ROW=J TO L #TRAYS=40 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY 1 : SAMPLE_TYPE=SWC 00685 DEPTH_RANGE= 684.277 TO 1068.326F STORAGE_BAY=036 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUCK BAY 1 GIPPSLAND Y : DUCK BAY CORE1-13 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=036 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUNBAR 1 OTWAY Y : DUNBAR 1 : SAMPLE_TYPE=CUTT 00005 DEPTH_RANGE= 5.000 TO 1758.000M STORAGE_BAY=100 ROW=A TO A #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUNBAR 1 OTWAY Y : DUNBAR 1 2nd set : SAMPLE_TYPE=CUTT 00005 DEPTH_RANGE= 5.000 TO 1758.000M STORAGE_BAY=100 ROW=A TO A #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUNBAR EAST 1 OTWAY Y : DUNBAR EAST 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 2419.000M STORAGE_BAY=098 ROW=C TO C #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON 1 GIPPSLAND Y : DUTSON GREAT EAST : SAMPLE_TYPE=CORE 00211 DEPTH_RANGE= 210.312 TO 367.285F STORAGE_BAY=016 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON 1 GIPPSLAND Y : DUTSON GREAT EAST : SAMPLE_TYPE=CORE 00385 DEPTH_RANGE= 384.049 TO 525.781F STORAGE_BAY=016 ROW=C TO C #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 00552 DEPTH_RANGE= 551.689 TO 554.737F STORAGE_BAY=045 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 00915 DEPTH_RANGE= 914.402 TO 918.059F STORAGE_BAY=045 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 01294 DEPTH_RANGE= 1293.879 TO 1297.841F STORAGE_BAY=045 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 01459 DEPTH_RANGE= 1458.471 TO 1463.043F STORAGE_BAY=045 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 01561 DEPTH_RANGE= 1560.579 TO 1563.627F STORAGE_BAY=045 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 01730 DEPTH_RANGE= 1729.134 TO 1729.743F STORAGE_BAY=045 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CORE 01859 DEPTH_RANGE= 1858.979 TO 1862.300F STORAGE_BAY=045 ROW=V TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CUTT 00022 DEPTH_RANGE= 21.336 TO 1862.300F STORAGE_BAY=052 ROW=X TO X #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=CUTT 00022 DEPTH_RANGE= 21.336 TO 1862.300F STORAGE_BAY=196 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : DUTSON DOWNS 1 : SAMPLE_TYPE=SWC 01437 DEPTH_RANGE= 1436.220 TO 1834.900F STORAGE_BAY=045 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=DUTSON DOWNS 1 GIPPSLAND Y : Dutson Downs 1 : SAMPLE_TYPE=MISC 01296 DEPTH_RANGE= 1295.400 TO 1810.512F STORAGE_BAY=236 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST END 1 GIPPSLAND Y : EAST END 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 375.000F STORAGE_BAY=014 ROW=M TO M #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST END 1 GIPPSLAND Y : EAST END 1 : SAMPLE_TYPE=SWC 00146 DEPTH_RANGE= 145.695 TO 179.832F STORAGE_BAY=045 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST HALIBUT 1 GIPPSLAND N : EAST HALIBUT 1 : SAMPLE_TYPE=CUTT 00250 DEPTH_RANGE= 250.000 TO 2721.000M STORAGE_BAY=188 ROW=T TO T #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST KINGFISH 1 GIPPSLAND N : EAST KINGFISH 1 : SAMPLE_TYPE=CORE 02496 DEPTH_RANGE= 2496.000 TO 2499.000M STORAGE_BAY=186 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST KINGFISH 1 GIPPSLAND N : EAST KINGFISH 1 : SAMPLE_TYPE=CORE 02522 DEPTH_RANGE= 2521.400 TO 2530.440M STORAGE_BAY=186 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST KINGFISH 1 GIPPSLAND N : EAST KINGFISH 1 : SAMPLE_TYPE=CUTT 00236 DEPTH_RANGE= 236.000 TO 2638.000M STORAGE_BAY=186 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST LAKE TYERS 1 GIPPSLAND Y : EAST LAKE TYERS 1 : SAMPLE_TYPE=CORE 00413 DEPTH_RANGE= 412.395 TO 415.138F STORAGE_BAY=015 ROW=K TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST LAKE TYERS 1 GIPPSLAND Y : EAST LAKE TYERS 1 : SAMPLE_TYPE=CORE 00468 DEPTH_RANGE= 467.564 TO 468.783F STORAGE_BAY=015 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST LAKE TYERS 1 GIPPSLAND Y : EAST LAKE TYERS 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 469.393F STORAGE_BAY=015 ROW=K TO K #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST NOWA 1 GIPPSLAND Y : EAST NOWA 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 362.713F STORAGE_BAY=015 ROW=G TO G #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST REEVE 1 GIPPSLAND Y : EAST REEVE 1 : SAMPLE_TYPE=CORE 01204 DEPTH_RANGE= 1203.048 TO 1435.001F STORAGE_BAY=031 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST REEVE 1 GIPPSLAND Y : EAST REEVE 1 : SAMPLE_TYPE=CUTT 00046 DEPTH_RANGE= 45.720 TO 1621.539F STORAGE_BAY=031 ROW=O TO O #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST REEVE 1 GIPPSLAND Y : EAST REEVE 1 X2 : SAMPLE_TYPE=CUTT 00046 DEPTH_RANGE= 45.720 TO 1622.100F STORAGE_BAY=197 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST REEVE 1 GIPPSLAND Y : EAST REEVE 1 X3 : SAMPLE_TYPE=CUTT 00046 DEPTH_RANGE= 45.720 TO 1622.100F STORAGE_BAY=197 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST REEVE 1 GIPPSLAND Y : Eats Reeve 1 : SAMPLE_TYPE=MISC 01043 DEPTH_RANGE= 1042.416 TO 1612.392F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EAST SEACOMBE 1 GIPPSLAND Y : EAST SEACOMBE 1 : SAMPLE_TYPE=CUTT 00014 DEPTH_RANGE= 13.716 TO 1344.171F STORAGE_BAY=046 ROW=X TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EDINA 1 GIPPSLAND N : EDINA 1 : SAMPLE_TYPE=CORE 02313 DEPTH_RANGE= 2312.700 TO 2319.400M STORAGE_BAY=177 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EDINA 1 GIPPSLAND N : EDINA 1 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 220.000 TO 2594.000M STORAGE_BAY=177 ROW=U TO V #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EKBERG 1 LACHLAN_FB Y : DOME OIL ECKBERG1 : SAMPLE_TYPE=CUTT 00051 DEPTH_RANGE= 50.292 TO 228.600F STORAGE_BAY=045 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EMPEROR 1 GIPPSLAND N : EMPEROR 1 SID/CUT : SAMPLE_TYPE=CORE 01567 DEPTH_RANGE= 1566.066 TO 1566.068F STORAGE_BAY=176 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EMPEROR 1 GIPPSLAND N : EMPEROR 1ESSO OIL : SAMPLE_TYPE=CORE 01541 DEPTH_RANGE= 1540.767 TO 1541.072F STORAGE_BAY=031 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EMPEROR 1 GIPPSLAND N : EMPEROR 1ESSO OIL : SAMPLE_TYPE=CORE 01564 DEPTH_RANGE= 1563.627 TO 1566.675F STORAGE_BAY=031 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EMPEROR 1 GIPPSLAND N : EMPEROR 1ESSO OIL : SAMPLE_TYPE=CORE 01584 DEPTH_RANGE= 1583.744 TO 1588.011F STORAGE_BAY=031 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EMPEROR 1 GIPPSLAND N : EMPEROR 1ESSO OIL : SAMPLE_TYPE=CUTT 00763 DEPTH_RANGE= 762.002 TO 1994.000F STORAGE_BAY=053 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EMPEROR 1 GIPPSLAND N : EMPEROR 1ESSO OIL : SAMPLE_TYPE=CUTT 00763 DEPTH_RANGE= 762.002 TO 1994.000F STORAGE_BAY=176 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ERIC THE RED 1 OTWAY N : ERIC THE RED 1 : SAMPLE_TYPE=CUTT 00370 DEPTH_RANGE= 370.000 TO 1875.000M STORAGE_BAY=182 ROW=N TO N #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ERIC THE RED 1 OTWAY N : Eric The Red 1 : SAMPLE_TYPE=MISC 00560 DEPTH_RANGE= 560.000 TO 1450.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALL1 1 CR1&2 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 00287 DEPTH_RANGE= 286.817 TO 292.913F STORAGE_BAY=037 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 00354 DEPTH_RANGE= 353.569 TO 359.665F STORAGE_BAY=037 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 00643 DEPTH_RANGE= 642.520 TO 646.482F STORAGE_BAY=037 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 00865 DEPTH_RANGE= 864.110 TO 868.377F STORAGE_BAY=037 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01010 DEPTH_RANGE= 1009.195 TO 1012.243F STORAGE_BAY=037 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01159 DEPTH_RANGE= 1158.242 TO 1161.900F STORAGE_BAY=037 ROW=M TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01307 DEPTH_RANGE= 1306.071 TO 1310.643F STORAGE_BAY=037 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01460 DEPTH_RANGE= 1459.385 TO 1467.310F STORAGE_BAY=037 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01615 DEPTH_RANGE= 1614.529 TO 1618.186F STORAGE_BAY=037 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01768 DEPTH_RANGE= 1767.539 TO 1772.720F STORAGE_BAY=037 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01840 DEPTH_RANGE= 1839.167 TO 1845.263F STORAGE_BAY=037 ROW=O TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 01903 DEPTH_RANGE= 1902.565 TO 1907.137F STORAGE_BAY=037 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02044 DEPTH_RANGE= 2043.383 TO 2048.260F STORAGE_BAY=037 ROW=O TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02203 DEPTH_RANGE= 2202.184 TO 2206.756F STORAGE_BAY=037 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02347 DEPTH_RANGE= 2346.050 TO 2352.146F STORAGE_BAY=037 ROW=P TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02482 DEPTH_RANGE= 2481.991 TO 2485.954F STORAGE_BAY=037 ROW=P TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02579 DEPTH_RANGE= 2578.308 TO 2580.137F STORAGE_BAY=037 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02717 DEPTH_RANGE= 2716.993 TO 2720.041F STORAGE_BAY=037 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02857 DEPTH_RANGE= 2856.896 TO 2860.554F STORAGE_BAY=037 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 02977 DEPTH_RANGE= 2976.988 TO 2979.121F STORAGE_BAY=037 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 03012 DEPTH_RANGE= 3011.735 TO 3014.478F STORAGE_BAY=037 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CORE 03140 DEPTH_RANGE= 3139.446 TO 3140.970F STORAGE_BAY=037 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 259.081F STORAGE_BAY=037 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 1219.202F STORAGE_BAY=040 ROW=U TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 259.081 TO 1158.242F STORAGE_BAY=037 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=CUTT 01162 DEPTH_RANGE= 1161.900 TO 3139.446F STORAGE_BAY=037 ROW=R TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : EUMERALLA 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=037 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=EUMERALLA 1 OTWAY Y : Eumeralla 1 : SAMPLE_TYPE=MISC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : FAHLEY 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 2315.000M STORAGE_BAY=186 ROW=Y TO Y #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : FAHLEY 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 2315.000M STORAGE_BAY=099 ROW=C TO C #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : FAHLEY 1 SIDE/TCK : SAMPLE_TYPE=CUTT 02088 DEPTH_RANGE= 2088.000 TO 3210.000M STORAGE_BAY=186 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : FAHLEY 1 SIDE/TCK : SAMPLE_TYPE=CUTT 02181 DEPTH_RANGE= 2181.000 TO 2433.000M STORAGE_BAY=099 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : FAHLEY 1 SIDE/TCK : SAMPLE_TYPE=CUTT 02181 DEPTH_RANGE= 2181.000 TO 2433.000M STORAGE_BAY=186 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : FAHLEY 1 SIDE/TCK 2 : SAMPLE_TYPE=CUTT 02088 DEPTH_RANGE= 2088.000 TO 3210.000M STORAGE_BAY=099 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : Fahley 1 : SAMPLE_TYPE=MISC 01460 DEPTH_RANGE= 1460.000 TO 3110.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : Fahley 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO 1200.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 1 OTWAY Y : Fahley 1 ST2 : SAMPLE_TYPE=MISC 02900 DEPTH_RANGE= 2900.000 TO 3190.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 2 OTWAY Y : FAHLEY 2 : SAMPLE_TYPE=CUTT 00018 DEPTH_RANGE= 18.000 TO 1300.000M STORAGE_BAY=099 ROW=B TO B #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAHLEY 2 OTWAY Y : FAHLEY 2 : SAMPLE_TYPE=CUTT 00018 DEPTH_RANGE= 18.000 TO 1300.000M STORAGE_BAY=186 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAIRHOPE 1 GIPPSLAND Y : FAIRHOPE 1 : SAMPLE_TYPE=CUTT 00130 DEPTH_RANGE= 130.000 TO 569.000M STORAGE_BAY=187 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAIRHOPE 1 GIPPSLAND Y : Fairhope 1 : SAMPLE_TYPE=SWC 00001 DEPTH_RANGE= 1.000 TO 28.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FAIRHOPE 1 GIPPSLAND Y : Fairhope 1 : SAMPLE_TYPE=SWC 00179 DEPTH_RANGE= 179.000 TO 541.500M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FENTON CREEK 1 OTWAY Y : FENTON CREEK 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1840.000M STORAGE_BAY=099 ROW=G TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERG'S HILL 1 X2 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 3540.564F STORAGE_BAY=197 ROW=T TO U #TRAYS=24 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00474 DEPTH_RANGE= 473.660 TO 479.756F STORAGE_BAY=036 ROW=D TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00474 DEPTH_RANGE= 473.660 TO 619.050F STORAGE_BAY=036 ROW=D TO E #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00539 DEPTH_RANGE= 538.583 TO 544.679F STORAGE_BAY=036 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00616 DEPTH_RANGE= 615.697 TO 619.050F STORAGE_BAY=036 ROW=D TO E #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00638 DEPTH_RANGE= 637.643 TO 643.129F STORAGE_BAY=036 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00740 DEPTH_RANGE= 739.751 TO 746.457F STORAGE_BAY=036 ROW=E TO E #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00754 DEPTH_RANGE= 753.772 TO 841.250F STORAGE_BAY=036 ROW=E TO E #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00836 DEPTH_RANGE= 835.458 TO 841.250F STORAGE_BAY=036 ROW=E TO E #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00927 DEPTH_RANGE= 926.899 TO 934.519F STORAGE_BAY=036 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00941 DEPTH_RANGE= 940.310 TO 943.663F STORAGE_BAY=036 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 00941 DEPTH_RANGE= 940.310 TO 948.235F STORAGE_BAY=036 ROW=E TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01043 DEPTH_RANGE= 1042.113 TO 1045.466F STORAGE_BAY=036 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01043 DEPTH_RANGE= 1042.113 TO 1052.172F STORAGE_BAY=036 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01138 DEPTH_RANGE= 1137.516 TO 1143.612F STORAGE_BAY=036 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01138 DEPTH_RANGE= 1137.516 TO 1957.734F STORAGE_BAY=036 ROW=F TO H #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01248 DEPTH_RANGE= 1247.244 TO 1253.340F STORAGE_BAY=036 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01376 DEPTH_RANGE= 1375.870 TO 1381.966F STORAGE_BAY=036 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01548 DEPTH_RANGE= 1547.473 TO 1553.569F STORAGE_BAY=036 ROW=G TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01693 DEPTH_RANGE= 1692.863 TO 1697.435F STORAGE_BAY=036 ROW=G TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01809 DEPTH_RANGE= 1808.687 TO 1813.564F STORAGE_BAY=036 ROW=G TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01952 DEPTH_RANGE= 1951.638 TO 1957.734F STORAGE_BAY=036 ROW=H TO H #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01998 DEPTH_RANGE= 1997.968 TO 2002.540F STORAGE_BAY=036 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 01998 DEPTH_RANGE= 1997.968 TO 2935.535F STORAGE_BAY=036 ROW=H TO J #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02145 DEPTH_RANGE= 2144.882 TO 2147.930F STORAGE_BAY=036 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02201 DEPTH_RANGE= 2200.660 TO 2205.842F STORAGE_BAY=036 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02235 DEPTH_RANGE= 2234.188 TO 2238.760F STORAGE_BAY=036 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02383 DEPTH_RANGE= 2382.931 TO 2387.198F STORAGE_BAY=036 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02514 DEPTH_RANGE= 2513.691 TO 2518.263F STORAGE_BAY=036 ROW=I TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02670 DEPTH_RANGE= 2669.444 TO 2674.321F STORAGE_BAY=036 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02803 DEPTH_RANGE= 2802.642 TO 2807.518F STORAGE_BAY=036 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 02935 DEPTH_RANGE= 2934.011 TO 2935.535F STORAGE_BAY=036 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03077 DEPTH_RANGE= 3076.048 TO 3078.791F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03077 DEPTH_RANGE= 3076.048 TO 3250.698F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03250 DEPTH_RANGE= 3249.175 TO 3251.613F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03378 DEPTH_RANGE= 3377.191 TO 3381.458F STORAGE_BAY=036 ROW=K TO K #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03481 DEPTH_RANGE= 3480.518 TO 3484.480F STORAGE_BAY=036 ROW=K TO K #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03512 DEPTH_RANGE= 3511.300 TO 3515.570F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03514 DEPTH_RANGE= 3513.132 TO 3541.478F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03531 DEPTH_RANGE= 3530.201 TO 3533.553F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CORE 03541 DEPTH_RANGE= 3540.564 TO 3542.393F STORAGE_BAY=036 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 3542.393F STORAGE_BAY=036 ROW=B TO C #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=FL 00639 DEPTH_RANGE= 638.861 TO 640.080F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=FL 01657 DEPTH_RANGE= 1656.893 TO 1665.427F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : FERGUSONS HILL 1 : SAMPLE_TYPE=FL 03470 DEPTH_RANGE= 3469.500 TO 3479.597F STORAGE_BAY=197 ROW=V TO V #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FERGUSONS HILL 1 OTWAY Y : Fergusons Hill 1 : SAMPLE_TYPE=MISC 00471 DEPTH_RANGE= 471.000 TO 745.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CORE 00471 DEPTH_RANGE= 470.917 TO 478.842F STORAGE_BAY=048 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CORE 00471 DEPTH_RANGE= 470.917 TO 1064.669F STORAGE_BAY=048 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CORE 00481 DEPTH_RANGE= 480.366 TO 523.343F STORAGE_BAY=048 ROW=R TO T #TRAYS=24 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CORE 00485 DEPTH_RANGE= 484.328 TO 500.178F STORAGE_BAY=185 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CORE 01058 DEPTH_RANGE= 1057.963 TO 1064.669F STORAGE_BAY=048 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CUTT 00263 DEPTH_RANGE= 262.129 TO 1058.268F STORAGE_BAY=052 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLATHEAD 1 GIPPSLAND N : FLATHEAD 1 : SAMPLE_TYPE=CUTT 00263 DEPTH_RANGE= 262.129 TO 1058.268F STORAGE_BAY=185 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS 1 X2 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 3513.437F STORAGE_BAY=197 ROW=S TO T #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS 1 X3 : SAMPLE_TYPE=CUTT 00022 DEPTH_RANGE= 21.336 TO 3513.437F STORAGE_BAY=197 ROW=Q TO R #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS 1 X4 : SAMPLE_TYPE=CUTT 00022 DEPTH_RANGE= 21.336 TO 3513.437F STORAGE_BAY=197 ROW=R TO S #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01003 DEPTH_RANGE= 1002.184 TO 1008.280F STORAGE_BAY=035 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01086 DEPTH_RANGE= 1085.395 TO 1089.053F STORAGE_BAY=035 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01258 DEPTH_RANGE= 1257.607 TO 1260.046F STORAGE_BAY=035 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01314 DEPTH_RANGE= 1313.386 TO 1315.519F STORAGE_BAY=035 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01366 DEPTH_RANGE= 1365.202 TO 1370.384F STORAGE_BAY=035 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01429 DEPTH_RANGE= 1428.600 TO 1436.830F STORAGE_BAY=035 ROW=R TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01517 DEPTH_RANGE= 1516.078 TO 1521.869F STORAGE_BAY=035 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01625 DEPTH_RANGE= 1624.587 TO 1626.568F STORAGE_BAY=035 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01634 DEPTH_RANGE= 1633.122 TO 1644.704F STORAGE_BAY=035 ROW=S TO T #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01664 DEPTH_RANGE= 1663.602 TO 1665.126F STORAGE_BAY=035 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01686 DEPTH_RANGE= 1685.852 TO 1690.424F STORAGE_BAY=035 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01814 DEPTH_RANGE= 1813.564 TO 1819.660F STORAGE_BAY=035 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 01944 DEPTH_RANGE= 1943.104 TO 1947.981F STORAGE_BAY=035 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02014 DEPTH_RANGE= 2013.513 TO 2022.657F STORAGE_BAY=035 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02095 DEPTH_RANGE= 2094.285 TO 2107.087F STORAGE_BAY=035 ROW=T TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02129 DEPTH_RANGE= 2128.118 TO 2133.604F STORAGE_BAY=035 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02195 DEPTH_RANGE= 2194.564 TO 2200.660F STORAGE_BAY=035 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02278 DEPTH_RANGE= 2277.775 TO 2283.871F STORAGE_BAY=035 ROW=U TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02332 DEPTH_RANGE= 2331.115 TO 2336.602F STORAGE_BAY=035 ROW=V TO V #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02397 DEPTH_RANGE= 2396.952 TO 2398.781F STORAGE_BAY=035 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02429 DEPTH_RANGE= 2428.042 TO 2431.699F STORAGE_BAY=035 ROW=V TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02481 DEPTH_RANGE= 2480.772 TO 2487.478F STORAGE_BAY=035 ROW=W TO W #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02582 DEPTH_RANGE= 2581.661 TO 2586.538F STORAGE_BAY=035 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02708 DEPTH_RANGE= 2707.849 TO 2711.506F STORAGE_BAY=035 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02781 DEPTH_RANGE= 2780.696 TO 2784.354F STORAGE_BAY=035 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02896 DEPTH_RANGE= 2895.301 TO 2901.702F STORAGE_BAY=035 ROW=X TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 02979 DEPTH_RANGE= 2978.511 TO 2982.474F STORAGE_BAY=035 ROW=X TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 03086 DEPTH_RANGE= 3085.192 TO 3088.849F STORAGE_BAY=035 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 03198 DEPTH_RANGE= 3197.968 TO 3201.016F STORAGE_BAY=035 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 03293 DEPTH_RANGE= 3292.151 TO 3297.028F STORAGE_BAY=035 ROW=Y TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 03365 DEPTH_RANGE= 3364.084 TO 3380.848F STORAGE_BAY=035 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 03422 DEPTH_RANGE= 3421.387 TO 3424.435F STORAGE_BAY=035 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CORE 03511 DEPTH_RANGE= 3510.389 TO 3513.000F STORAGE_BAY=035 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : FLAXMANS HILL 1 : SAMPLE_TYPE=CUTT 00022 DEPTH_RANGE= 21.336 TO 3513.000F STORAGE_BAY=035 ROW=P TO Q #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLAXMANS 1 OTWAY Y : Flaxmans 1 : SAMPLE_TYPE=MISC 01645 DEPTH_RANGE= 1644.701 TO 2195.779F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 01957 DEPTH_RANGE= 1956.515 TO 1965.659F STORAGE_BAY=059 ROW=F TO F #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 01957 DEPTH_RANGE= 1956.515 TO 3566.777F STORAGE_BAY=051 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 02191 DEPTH_RANGE= 2190.602 TO 2198.832F STORAGE_BAY=059 ROW=F TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 02466 DEPTH_RANGE= 2465.227 TO 2474.371F STORAGE_BAY=059 ROW=G TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 02675 DEPTH_RANGE= 2674.625 TO 2680.721F STORAGE_BAY=059 ROW=G TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 02895 DEPTH_RANGE= 2894.996 TO 2901.702F STORAGE_BAY=059 ROW=H TO H #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 03169 DEPTH_RANGE= 3168.402 TO 3172.060F STORAGE_BAY=059 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 03385 DEPTH_RANGE= 3384.201 TO 3399.746F STORAGE_BAY=059 ROW=H TO I #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 03455 DEPTH_RANGE= 3454.610 TO 3461.316F STORAGE_BAY=059 ROW=I TO I #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CORE 03558 DEPTH_RANGE= 3557.633 TO 3566.777F STORAGE_BAY=059 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CUTT 00299 DEPTH_RANGE= 298.705 TO 3578.000F STORAGE_BAY=046 ROW=A TO A #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 1 GIPPSLAND N : FLOUNDER 1 : SAMPLE_TYPE=CUTT 00299 DEPTH_RANGE= 298.705 TO 3578.000F STORAGE_BAY=187 ROW=W TO W #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CORE 02123 DEPTH_RANGE= 2122.631 TO 2128.728F STORAGE_BAY=047 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CORE 02160 DEPTH_RANGE= 2159.817 TO 2161.341F STORAGE_BAY=047 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CORE 02513 DEPTH_RANGE= 2512.167 TO 2528.626F STORAGE_BAY=047 ROW=K TO K #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CORE 02529 DEPTH_RANGE= 2528.626 TO 2530.455F STORAGE_BAY=046 ROW=L TO L #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CORE 02573 DEPTH_RANGE= 2572.822 TO 2579.832F STORAGE_BAY=046 ROW=L TO L #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 2840.742F STORAGE_BAY=046 ROW=L TO L #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 2840.742F STORAGE_BAY=187 ROW=W TO W #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : FLOUNDER 2 : SAMPLE_TYPE=FB 00002 DEPTH_RANGE= 1.219 TO 123.749F STORAGE_BAY=002 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 2 GIPPSLAND N : Flounder 2 : SAMPLE_TYPE=CORE 02119 DEPTH_RANGE= 2118.360 TO 2121.408F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02195 DEPTH_RANGE= 2194.869 TO 2198.527F STORAGE_BAY=050 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02546 DEPTH_RANGE= 2545.085 TO 2553.620F STORAGE_BAY=050 ROW=J TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02554 DEPTH_RANGE= 2553.010 TO 2553.620F STORAGE_BAY=187 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02555 DEPTH_RANGE= 2554.839 TO 2556.058F STORAGE_BAY=050 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02556 DEPTH_RANGE= 2555.144 TO 2555.753F STORAGE_BAY=187 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02558 DEPTH_RANGE= 2557.277 TO 2561.544F STORAGE_BAY=187 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CORE 02558 DEPTH_RANGE= 2557.887 TO 2561.849F STORAGE_BAY=050 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CUTT 00330 DEPTH_RANGE= 329.185 TO 2631.648F STORAGE_BAY=052 ROW=N TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=CUTT 00330 DEPTH_RANGE= 329.185 TO 2631.648F STORAGE_BAY=187 ROW=X TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : FLOUNDER 3 : SAMPLE_TYPE=FB 00028 DEPTH_RANGE= 27.432 TO 126.797F STORAGE_BAY=052 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 3 GIPPSLAND N : Flounder 3 : SAMPLE_TYPE=MISC 01241 DEPTH_RANGE= 1240.536 TO 1240.536F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02501 DEPTH_RANGE= 2500.279 TO 2503.023F STORAGE_BAY=044 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02504 DEPTH_RANGE= 2503.937 TO 2505.766F STORAGE_BAY=044 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02507 DEPTH_RANGE= 2506.680 TO 2517.653F STORAGE_BAY=044 ROW=U TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02518 DEPTH_RANGE= 2517.653 TO 2521.006F STORAGE_BAY=187 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02536 DEPTH_RANGE= 2535.636 TO 2538.379F STORAGE_BAY=187 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02540 DEPTH_RANGE= 2539.599 TO 2546.000F STORAGE_BAY=187 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CORE 02546 DEPTH_RANGE= 2545.695 TO 2548.133F STORAGE_BAY=044 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 4 GIPPSLAND N : FLOUNDER 4 : SAMPLE_TYPE=CUTT 00269 DEPTH_RANGE= 268.225 TO 2623.724F STORAGE_BAY=053 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 5 GIPPSLAND N : FLOUNDER 5 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2606.960F STORAGE_BAY=051 ROW=M TO M #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 5 GIPPSLAND N : FLOUNDER 5 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2606.960F STORAGE_BAY=187 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 : SAMPLE_TYPE=CORE 02478 DEPTH_RANGE= 2477.572 TO 2490.373F STORAGE_BAY=032 ROW=M TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 : SAMPLE_TYPE=CORE 02491 DEPTH_RANGE= 2490.678 TO 2500.432F STORAGE_BAY=032 ROW=O TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 : SAMPLE_TYPE=CUTT 00269 DEPTH_RANGE= 268.529 TO 2477.419F STORAGE_BAY=032 ROW=M TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 : SAMPLE_TYPE=CUTT 00732 DEPTH_RANGE= 731.521 TO 1048.514F STORAGE_BAY=032 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 C0RE 7 : SAMPLE_TYPE=CORE 02514 DEPTH_RANGE= 2513.081 TO 2536.855F STORAGE_BAY=052 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 CORE 2 : SAMPLE_TYPE=CORE 02481 DEPTH_RANGE= 2480.772 TO 2519.787F STORAGE_BAY=052 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 CORE 4 : SAMPLE_TYPE=CORE 02482 DEPTH_RANGE= 2481.382 TO 2499.975F STORAGE_BAY=052 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 CR 1-9 : SAMPLE_TYPE=CORE 02481 DEPTH_RANGE= 2480.772 TO 2537.465F STORAGE_BAY=190 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02479 DEPTH_RANGE= 2478.029 TO 2486.625F STORAGE_BAY=032 ROW=P TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02488 DEPTH_RANGE= 2487.173 TO 2490.556F STORAGE_BAY=032 ROW=Q TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02493 DEPTH_RANGE= 2492.354 TO 2500.188F STORAGE_BAY=032 ROW=R TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02507 DEPTH_RANGE= 2506.985 TO 2520.015F STORAGE_BAY=032 ROW=S TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02521 DEPTH_RANGE= 2520.701 TO 2532.893F STORAGE_BAY=032 ROW=U TO W #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02534 DEPTH_RANGE= 2533.807 TO 2542.647F STORAGE_BAY=032 ROW=W TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02543 DEPTH_RANGE= 2542.951 TO 2549.688F STORAGE_BAY=032 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02550 DEPTH_RANGE= 2549.688 TO 2555.844F STORAGE_BAY=033 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CORE 02557 DEPTH_RANGE= 2556.972 TO 2565.812F STORAGE_BAY=033 ROW=N TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CUTT 01622 DEPTH_RANGE= 1621.539 TO 1755.651F STORAGE_BAY=032 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER 6 GIPPSLAND N : FLOUNDER 6 S/TCK : SAMPLE_TYPE=CUTT 02567 DEPTH_RANGE= 2566.421 TO 2621.285F STORAGE_BAY=032 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A11 GIPPSLAND N : Flounder A11A : SAMPLE_TYPE=CUTT 01009 DEPTH_RANGE= 1009.000 TO 4404.000M STORAGE_BAY=204 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A12 GIPPSLAND N : FLOUNDER A12 : SAMPLE_TYPE=CUTT 01550 DEPTH_RANGE= 1550.000 TO 1600.000M STORAGE_BAY=185 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A12 GIPPSLAND N : FLOUNDER A12 : SAMPLE_TYPE=CUTT 02750 DEPTH_RANGE= 2750.000 TO 3816.000M STORAGE_BAY=185 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A13 GIPPSLAND N : FLOUNDER A13 : SAMPLE_TYPE=CUTT 01600 DEPTH_RANGE= 1600.000 TO 4012.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A17 GIPPSLAND N : FLOUNDER A17 : SAMPLE_TYPE=CUTT 01460 DEPTH_RANGE= 1460.000 TO 3625.000M STORAGE_BAY=186 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A18 GIPPSLAND N : FLOUNDER A18 : SAMPLE_TYPE=CUTT 01425 DEPTH_RANGE= 1425.000 TO 3938.000M STORAGE_BAY=177 ROW=W TO W #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A19 GIPPSLAND N : FLOUNDER A19 : SAMPLE_TYPE=CUTT 01700 DEPTH_RANGE= 1700.000 TO 4548.000M STORAGE_BAY=187 ROW=R TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A2 GIPPSLAND N : FLOUNDER A2 : SAMPLE_TYPE=CORE 02560 DEPTH_RANGE= 2560.000 TO 2573.620M STORAGE_BAY=178 ROW=S TO S #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A2 GIPPSLAND N : FLOUNDER A2 : SAMPLE_TYPE=CORE 02578 DEPTH_RANGE= 2578.000 TO 2583.170M STORAGE_BAY=190 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A2 GIPPSLAND N : FLOUNDER A2 : SAMPLE_TYPE=CORE 02587 DEPTH_RANGE= 2587.000 TO 2596.280M STORAGE_BAY=190 ROW=Q TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A2 GIPPSLAND N : FLOUNDER A2 : SAMPLE_TYPE=CORE 03148 DEPTH_RANGE= 3148.000 TO 3150.850M STORAGE_BAY=178 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A2 GIPPSLAND N : FLOUNDER A2 : SAMPLE_TYPE=CORE 03294 DEPTH_RANGE= 3293.050 TO 3303.700M STORAGE_BAY=190 ROW=Q TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A20 GIPPSLAND N : FLOUNDER A20 : SAMPLE_TYPE=CUTT 01625 DEPTH_RANGE= 1625.000 TO 4840.000M STORAGE_BAY=185 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A21 GIPPSLAND N : FLOUNDER A21 : SAMPLE_TYPE=CUTT 01425 DEPTH_RANGE= 1425.000 TO 4538.000M STORAGE_BAY=188 ROW=T TO T #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A22 GIPPSLAND N : FLOUNDER A22 : SAMPLE_TYPE=CUTT 00625 DEPTH_RANGE= 625.000 TO 3310.000M STORAGE_BAY=188 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A24A GIPPSLAND N : FLOUNDER A24A : SAMPLE_TYPE=CUTT 01835 DEPTH_RANGE= 1835.000 TO 2300.000M STORAGE_BAY=185 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A24A GIPPSLAND N : Flounder A24A : SAMPLE_TYPE=CUTT 02300 DEPTH_RANGE= 2300.000 TO 3193.000M STORAGE_BAY=206 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A25 GIPPSLAND N : FLOUNDER A25 : SAMPLE_TYPE=CUTT 01300 DEPTH_RANGE= 1300.000 TO 3890.000M STORAGE_BAY=187 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A27 GIPPSLAND N : FLOUNDER A27 : SAMPLE_TYPE=CUTT 02930 DEPTH_RANGE= 2930.000 TO 4533.000M STORAGE_BAY=190 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A4 GIPPSLAND N : FLOUNDER A4 : SAMPLE_TYPE=CUTT 00600 DEPTH_RANGE= 600.000 TO 2814.000M STORAGE_BAY=178 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A4 GIPPSLAND N : FLOUNDER A4 CORE1 : SAMPLE_TYPE=CORE 02757 DEPTH_RANGE= 2757.000 TO 2765.360M STORAGE_BAY=190 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A4 GIPPSLAND N : FLOUNDER A4 CR2-4 : SAMPLE_TYPE=CORE 02766 DEPTH_RANGE= 2766.000 TO 2782.160M STORAGE_BAY=190 ROW=U TO V #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A5 GIPPSLAND N : FLOUNDER A5 : SAMPLE_TYPE=CUTT 00600 DEPTH_RANGE= 600.000 TO 2905.000M STORAGE_BAY=190 ROW=S TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A6 GIPPSLAND N : FLOUNDER A6 : SAMPLE_TYPE=CUTT 00725 DEPTH_RANGE= 725.000 TO 4212.000M STORAGE_BAY=187 ROW=Y TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A6 GIPPSLAND N : FLOUNDER A6 S/TCK : SAMPLE_TYPE=CUTT 03330 DEPTH_RANGE= 3330.000 TO 4146.000M STORAGE_BAY=178 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A9 GIPPSLAND N : FLOUNDER A9 : SAMPLE_TYPE=CUTT 03375 DEPTH_RANGE= 3375.000 TO 4165.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLOUNDER A9 ST GIPPSLAND N : FLOUNDER A9 SD/TK : SAMPLE_TYPE=CUTT 03926 DEPTH_RANGE= 3926.000 TO 4952.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FLYING FISH 1 GIPPSLAND N : FLYING FISH 1 : SAMPLE_TYPE=CUTT 00205 DEPTH_RANGE= 204.216 TO 1905.004F STORAGE_BAY=053 ROW=M TO M #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 1 GIPPSLAND N : FORTESCUE 1 : SAMPLE_TYPE=CORE 02411 DEPTH_RANGE= 2410.500 TO 2433.380M STORAGE_BAY=033 ROW=O TO S #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 1 GIPPSLAND N : FORTESCUE 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2685.000M STORAGE_BAY=033 ROW=P TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 1 GIPPSLAND N : FORTESCUE 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2685.000M STORAGE_BAY=189 ROW=Q TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CORE 02420 DEPTH_RANGE= 2420.000 TO 2429.600M STORAGE_BAY=040 ROW=M TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CORE 02436 DEPTH_RANGE= 2436.000 TO 2447.000M STORAGE_BAY=040 ROW=N TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CORE 02443 DEPTH_RANGE= 2443.000 TO 2444.000M STORAGE_BAY=048 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CORE 02453 DEPTH_RANGE= 2452.500 TO 2461.500M STORAGE_BAY=040 ROW=P TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CORE 02464 DEPTH_RANGE= 2464.000 TO 2476.600M STORAGE_BAY=040 ROW=O TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CUTT 00290 DEPTH_RANGE= 290.000 TO 2650.000M STORAGE_BAY=040 ROW=M TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 2 GIPPSLAND N : FORTESCUE 2 : SAMPLE_TYPE=CUTT 00290 DEPTH_RANGE= 290.000 TO 2650.000M STORAGE_BAY=189 ROW=R TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CORE 01536 DEPTH_RANGE= 1536.000 TO 1548.200M STORAGE_BAY=039 ROW=N TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CORE 02410 DEPTH_RANGE= 2409.500 TO 2412.000M STORAGE_BAY=039 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CORE 02440 DEPTH_RANGE= 2440.000 TO 2451.400M STORAGE_BAY=039 ROW=P TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CORE 02440 DEPTH_RANGE= 2440.000 TO 2465.000M STORAGE_BAY=048 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CORE 02456 DEPTH_RANGE= 2456.000 TO 2465.000M STORAGE_BAY=039 ROW=Q TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CUTT 00250 DEPTH_RANGE= 250.000 TO 2625.000M STORAGE_BAY=039 ROW=M TO R #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 3 GIPPSLAND N : FORTESCUE 3 : SAMPLE_TYPE=CUTT 00250 DEPTH_RANGE= 250.000 TO 2625.000M STORAGE_BAY=189 ROW=R TO R #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 4 GIPPSLAND N : FORTESCUE 4 : SAMPLE_TYPE=CORE 02390 DEPTH_RANGE= 2390.000 TO 2437.000M STORAGE_BAY=039 ROW=R TO Y #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 4 GIPPSLAND N : FORTESCUE 4 : SAMPLE_TYPE=CORE 02418 DEPTH_RANGE= 2418.000 TO 2554.000M STORAGE_BAY=048 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 4 GIPPSLAND N : FORTESCUE 4 : SAMPLE_TYPE=CORE 02443 DEPTH_RANGE= 2442.830 TO 2456.120M STORAGE_BAY=039 ROW=Z TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 4 GIPPSLAND N : FORTESCUE 4 : SAMPLE_TYPE=CORE 02457 DEPTH_RANGE= 2456.120 TO 2461.600M STORAGE_BAY=038 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 4 GIPPSLAND N : FORTESCUE 4 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2600.000M STORAGE_BAY=039 ROW=R TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE 4 GIPPSLAND N : FORTESCUE 4 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2600.000M STORAGE_BAY=189 ROW=R TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A1 GIPPSLAND N : FORTESCUE A1 : SAMPLE_TYPE=CUTT 00950 DEPTH_RANGE= 950.000 TO 4080.000M STORAGE_BAY=189 ROW=T TO T #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A10 GIPPSLAND N : FORTESCUE A10 : SAMPLE_TYPE=CUTT 01365 DEPTH_RANGE= 1365.000 TO 1960.000M STORAGE_BAY=039 ROW=Y TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A11 GIPPSLAND N : FORTESCUE A11 : SAMPLE_TYPE=CUTT 00620 DEPTH_RANGE= 620.000 TO 2853.000M STORAGE_BAY=189 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A3 GIPPSLAND N : FORTESCUE A3 : SAMPLE_TYPE=CORE 02267 DEPTH_RANGE= 2267.000 TO 3324.100M STORAGE_BAY=190 ROW=R TO T #TRAYS=36 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A4A GIPPSLAND N : FORTESCUE A4A : SAMPLE_TYPE=CUTT 02770 DEPTH_RANGE= 2770.000 TO 3068.000M STORAGE_BAY=190 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A7 GIPPSLAND N : FORTESCUE A7 : SAMPLE_TYPE=CUTT 01505 DEPTH_RANGE= 1505.000 TO 2918.000M STORAGE_BAY=039 ROW=V TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A8 GIPPSLAND N : FORTESCUE A8 : SAMPLE_TYPE=CUTT 02500 DEPTH_RANGE= 2500.000 TO 2745.000M STORAGE_BAY=190 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A8A GIPPSLAND N : FORTESCUE A8A : SAMPLE_TYPE=CUTT 03060 DEPTH_RANGE= 3060.000 TO 3270.000M STORAGE_BAY=189 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=FORTESCUE A8B GIPPSLAND N : FORTESCUE A8B : SAMPLE_TYPE=CUTT 02940 DEPTH_RANGE= 2940.000 TO 3150.000M STORAGE_BAY=189 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GANNET 1 GIPPSLAND N : GANNET 1 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 219.456 TO 1459.990F STORAGE_BAY=053 ROW=S TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GANNET 1 GIPPSLAND N : GANNET 1 : SAMPLE_TYPE=SWC 01459 DEPTH_RANGE= 1459.000 TO 1459.000M STORAGE_BAY=053 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GANNET 1 GIPPSLAND N : Gannet 1 : SAMPLE_TYPE=MISC 01195 DEPTH_RANGE= 1194.816 TO 1194.816F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GARVOC 1 OTWAY Y : GARVOC 1 : SAMPLE_TYPE=CORE 01380 DEPTH_RANGE= 1379.525 TO 1385.621F STORAGE_BAY=057 ROW=B TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GARVOC 1 OTWAY Y : GARVOC 1 : SAMPLE_TYPE=CORE 01521 DEPTH_RANGE= 1520.952 TO 1523.695F STORAGE_BAY=057 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GARVOC 1 OTWAY Y : GARVOC 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 67.666M STORAGE_BAY=057 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GARVOC 1 OTWAY Y : GARVOC 1 : SAMPLE_TYPE=CUTT 00936 DEPTH_RANGE= 935.736 TO 1533.144F STORAGE_BAY=057 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GARVOC 1 OTWAY Y : GARVOC 1 : SAMPLE_TYPE=SWC 01380 DEPTH_RANGE= 1379.525 TO 1523.695M STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GEELONG FLOW OIL 1 OTWAY Y : GEELONG FLOW OC : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 624.840F STORAGE_BAY=004 ROW=Z TO Z #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 1 GIPPSLAND Y : GIPPSLAND 1 : SAMPLE_TYPE=CORE 00133 DEPTH_RANGE= 132.588 TO 271.882F STORAGE_BAY=016 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 1 GIPPSLAND Y : GIPPSLAND 1 : SAMPLE_TYPE=CORE 00276 DEPTH_RANGE= 275.845 TO 361.494F STORAGE_BAY=016 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 1 GIPPSLAND Y : GIPPSLAND 1 : SAMPLE_TYPE=CORE 00371 DEPTH_RANGE= 370.638 TO 520.295F STORAGE_BAY=016 ROW=D TO D #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 2 GIPPSLAND Y : GIPPSLAND OC 2 : SAMPLE_TYPE=CORE 00267 DEPTH_RANGE= 266.091 TO 325.222F STORAGE_BAY=016 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 3 GIPPSLAND Y : GIPPSLAND OC 3 : SAMPLE_TYPE=CORE 00067 DEPTH_RANGE= 66.447 TO 173.736F STORAGE_BAY=016 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 3 GIPPSLAND Y : GIPPSLAND OC 3 : SAMPLE_TYPE=CORE 00183 DEPTH_RANGE= 182.880 TO 269.749F STORAGE_BAY=016 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 3 GIPPSLAND Y : GIPPSLAND OC 3 : SAMPLE_TYPE=CORE 00281 DEPTH_RANGE= 280.417 TO 336.805F STORAGE_BAY=016 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND 3 GIPPSLAND Y : GIPPSLAND OC 3 : SAMPLE_TYPE=CORE 00348 DEPTH_RANGE= 347.473 TO 459.030F STORAGE_BAY=016 ROW=D TO D #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 1 GIPPSLAND Y : GIPPSLAND FL 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 240.792F STORAGE_BAY=015 ROW=A TO A #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 1 GIPPSLAND Y : GIPPSLAND FL 1DCH : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO 240.792F STORAGE_BAY=049 ROW=T TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 1A GIPPSLAND Y : GIPPSLAND CORE1-4 : SAMPLE_TYPE=CORE 00396 DEPTH_RANGE= 395.936 TO 598.000F STORAGE_BAY=015 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 1A GIPPSLAND Y : GIPPSLAND FL 1A : SAMPLE_TYPE=CUTT 00153 DEPTH_RANGE= 152.400 TO 598.000F STORAGE_BAY=015 ROW=A TO B #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 1A GIPPSLAND Y : GIPPSLAND FL 1ADH : SAMPLE_TYPE=CORE 00153 DEPTH_RANGE= 152.400 TO 598.000F STORAGE_BAY=049 ROW=S TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 2 GIPPSLAND Y : GIPPSLAND FL 2 : SAMPLE_TYPE=CORE 00406 DEPTH_RANGE= 405.080 TO 408.128F STORAGE_BAY=015 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 2 GIPPSLAND Y : GIPPSLAND FL 2 : SAMPLE_TYPE=CORE 00456 DEPTH_RANGE= 455.372 TO 457.201F STORAGE_BAY=015 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 2 GIPPSLAND Y : GIPPSLAND FL 2 : SAMPLE_TYPE=CORE 00467 DEPTH_RANGE= 466.955 TO 473.051F STORAGE_BAY=015 ROW=C TO C #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 2 GIPPSLAND Y : GIPPSLAND FL 2 : SAMPLE_TYPE=CUTT 00031 DEPTH_RANGE= 30.480 TO 470.307F STORAGE_BAY=015 ROW=B TO C #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 3 GIPPSLAND Y : GIPPSLAND FL 3 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 563.881F STORAGE_BAY=015 ROW=C TO D #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 3 GIPPSLAND Y : GIPPSLAND FL 3DCH : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO 571.806F STORAGE_BAY=049 ROW=T TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 4 GIPPSLAND Y : GIPPSLAND FL 4 : SAMPLE_TYPE=CORE 00501 DEPTH_RANGE= 500.787 TO 506.883F STORAGE_BAY=015 ROW=E TO E #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 4 GIPPSLAND Y : GIPPSLAND FL 4 : SAMPLE_TYPE=CORE 00518 DEPTH_RANGE= 517.247 TO 532.487F STORAGE_BAY=015 ROW=E TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 4 GIPPSLAND Y : GIPPSLAND FL 4 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 554.700F STORAGE_BAY=015 ROW=D TO F #TRAYS=19 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 4 GIPPSLAND Y : GIPPSLAND FL 4DCH : SAMPLE_TYPE=CORE 00226 DEPTH_RANGE= 225.552 TO 551.689F STORAGE_BAY=049 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 4 GIPPSLAND Y : GIPPSLAND FL 4DCH : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=049 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 5 GIPPSLAND Y : GIPPSLAND FL 5 : SAMPLE_TYPE=CORE 00388 DEPTH_RANGE= 387.402 TO 395.022F STORAGE_BAY=015 ROW=F TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 5 GIPPSLAND Y : GIPPSLAND FL 5 : SAMPLE_TYPE=CORE 00407 DEPTH_RANGE= 406.909 TO 409.957F STORAGE_BAY=015 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 5 GIPPSLAND Y : GIPPSLAND FL 5 : SAMPLE_TYPE=CORE 00462 DEPTH_RANGE= 461.163 TO 464.211F STORAGE_BAY=015 ROW=F TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 5 GIPPSLAND Y : GIPPSLAND FL 5 : SAMPLE_TYPE=CORE 00471 DEPTH_RANGE= 470.917 TO 472.400F STORAGE_BAY=015 ROW=F TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 5 GIPPSLAND Y : GIPPSLAND FL 5 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 472.400F STORAGE_BAY=015 ROW=F TO G #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GIPPSLAND FROME LAKES 5 GIPPSLAND Y : GIPPSLAND FL 5DCH : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 472.400F STORAGE_BAY=049 ROW=U TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00033 DEPTH_RANGE= 32.918 TO 77.115F STORAGE_BAY=024 ROW=A TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00090 DEPTH_RANGE= 89.307 TO 363.018F STORAGE_BAY=024 ROW=A TO C #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00370 DEPTH_RANGE= 369.114 TO 509.017F STORAGE_BAY=024 ROW=A TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00519 DEPTH_RANGE= 518.161 TO 575.464F STORAGE_BAY=024 ROW=A TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00580 DEPTH_RANGE= 579.426 TO 921.717F STORAGE_BAY=024 ROW=A TO C #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00929 DEPTH_RANGE= 928.727 TO 976.886F STORAGE_BAY=024 ROW=A TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 00987 DEPTH_RANGE= 986.335 TO 1102.464F STORAGE_BAY=024 ROW=A TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 01112 DEPTH_RANGE= 1111.608 TO 1303.632F STORAGE_BAY=024 ROW=A TO C #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 01308 DEPTH_RANGE= 1307.899 TO 1849.835F STORAGE_BAY=024 ROW=A TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CORE 01888 DEPTH_RANGE= 1887.325 TO 2028.143F STORAGE_BAY=024 ROW=A TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GLENELG 1 OTWAY Y : GLENELG : SAMPLE_TYPE=CUTT 00033 DEPTH_RANGE= 32.918 TO 2224.740F STORAGE_BAY=024 ROW=A TO C #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH 1 GIPPSLAND N : GOLDEN BEACH 1 : SAMPLE_TYPE=CUTT 00168 DEPTH_RANGE= 167.640 TO 384.049F STORAGE_BAY=059 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH 1A GIPPSLAND N : GOLDEN BEACH 1A : SAMPLE_TYPE=CUTT 00159 DEPTH_RANGE= 158.496 TO 2904.750F STORAGE_BAY=048 ROW=X TO Z #TRAYS=39 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH 1A GIPPSLAND N : GOLDEN BEACH 1A : SAMPLE_TYPE=CUTT 00159 DEPTH_RANGE= 158.496 TO 2904.750F STORAGE_BAY=059 ROW=A TO C #TRAYS=31 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH 1A GIPPSLAND N : GOLDEN BEACH 1A : SAMPLE_TYPE=SWC 00606 DEPTH_RANGE= 605.334 TO 2884.023F STORAGE_BAY=045 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH 1A GIPPSLAND N : GOLDEN BEACH 1A : SAMPLE_TYPE=SWC 00606 DEPTH_RANGE= 605.334 TO 2884.023F STORAGE_BAY=059 ROW=C TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 00662 DEPTH_RANGE= 661.417 TO 667.513F STORAGE_BAY=059 ROW=D TO D #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 01403 DEPTH_RANGE= 1402.997 TO 1409.093F STORAGE_BAY=059 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 01518 DEPTH_RANGE= 1517.907 TO 1518.821F STORAGE_BAY=059 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 01548 DEPTH_RANGE= 1547.168 TO 1551.740F STORAGE_BAY=059 ROW=E TO E #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 01651 DEPTH_RANGE= 1650.495 TO 1653.543F STORAGE_BAY=059 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 01945 DEPTH_RANGE= 1944.628 TO 1949.505F STORAGE_BAY=059 ROW=E TO E #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 02085 DEPTH_RANGE= 2084.836 TO 2090.932F STORAGE_BAY=059 ROW=E TO E #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CORE 02165 DEPTH_RANGE= 2164.084 TO 2167.742F STORAGE_BAY=059 ROW=F TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CUTT 00028 DEPTH_RANGE= 27.432 TO 2286.005F STORAGE_BAY=059 ROW=C TO D #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=CUTT 00028 DEPTH_RANGE= 27.432 TO 2286.005F STORAGE_BAY=196 ROW=T TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : GOLDEN BEACH WST1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=059 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : Golden Beach West 1 : SAMPLE_TYPE=MISC 02210 DEPTH_RANGE= 2209.800 TO 2209.800F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOLDEN BEACH WEST 1 GIPPSLAND Y : Golden Beach West 1 : SAMPLE_TYPE=SWC 00979 DEPTH_RANGE= 978.408 TO 1776.984F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOON NURE 1 GIPPSLAND Y : AMALGAMATED OIL : SAMPLE_TYPE=CORE 00421 DEPTH_RANGE= 420.625 TO 589.789F STORAGE_BAY=003 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOON NURE 1 GIPPSLAND Y : AMALGAMATED OIL : SAMPLE_TYPE=CORE 00596 DEPTH_RANGE= 595.885 TO 775.108F STORAGE_BAY=003 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GOON NURE 1 GIPPSLAND Y : AMALGAMATED OIL : SAMPLE_TYPE=CORE 00782 DEPTH_RANGE= 781.814 TO 818.999F STORAGE_BAY=003 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GORDON 1 OTWAY Y : GORDON 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 2505.000M STORAGE_BAY=099 ROW=F TO F #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GORDON 1 OTWAY Y : Gordon 1 : SAMPLE_TYPE=SAMX 00000 DEPTH_RANGE= .000 TO 2247.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREAT WHITE 1 GIPPSLAND N : GREAT WHITE 1 : SAMPLE_TYPE=CUTT 01480 DEPTH_RANGE= 1480.000 TO 3470.000M STORAGE_BAY=204 ROW=E TO E #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREAT WHITE 1 GIPPSLAND N : Great White 1 : SAMPLE_TYPE=CUTT 01480 DEPTH_RANGE= 1480.000 TO 2590.000M STORAGE_BAY=204 ROW=E TO E #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREEN BANKS 1 OTWAY Y : GREENBANKS 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1226.000M STORAGE_BAY=191 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREEN BANKS 1 OTWAY Y : GREENBANKS 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 1000.000M STORAGE_BAY=099 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREEN BANKS 1 OTWAY Y : GREENBANKS 1 : SAMPLE_TYPE=CUTT 00450 DEPTH_RANGE= 450.000 TO 1000.000M STORAGE_BAY=099 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREEN BANKS 1 OTWAY Y : Green Banks 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREEN BANKS 1 OTWAY Y : Greenbanks-1 : SAMPLE_TYPE=CUTT 01005 DEPTH_RANGE= 1005.000 TO 1205.000M STORAGE_BAY=099 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GREENSLOPES 1 OTWAY Y : GREENSLOPES 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 2607.000M STORAGE_BAY=178 ROW=T TO U #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00854 DEPTH_RANGE= 853.442 TO 869.901F STORAGE_BAY=053 ROW=P TO P #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00874 DEPTH_RANGE= 873.863 TO 875.083F STORAGE_BAY=053 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00877 DEPTH_RANGE= 876.607 TO 880.112F STORAGE_BAY=053 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00882 DEPTH_RANGE= 881.179 TO 886.665F STORAGE_BAY=053 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00889 DEPTH_RANGE= 888.494 TO 908.001F STORAGE_BAY=053 ROW=Q TO R #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00909 DEPTH_RANGE= 908.915 TO 909.830F STORAGE_BAY=053 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00916 DEPTH_RANGE= 915.926 TO 945.492F STORAGE_BAY=053 ROW=R TO T #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00953 DEPTH_RANGE= 952.502 TO 957.684F STORAGE_BAY=053 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00962 DEPTH_RANGE= 961.341 TO 968.047F STORAGE_BAY=053 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00977 DEPTH_RANGE= 976.886 TO 980.544F STORAGE_BAY=053 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 00995 DEPTH_RANGE= 994.564 TO 997.003F STORAGE_BAY=053 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CORE 01000 DEPTH_RANGE= 999.746 TO 1003.099F STORAGE_BAY=053 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CUTT 00479 DEPTH_RANGE= 478.537 TO 1029.921F STORAGE_BAY=053 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 1 GIPPSLAND N : GROPER ESSO 1 : SAMPLE_TYPE=CUTT 00479 DEPTH_RANGE= 478.537 TO 1029.921F STORAGE_BAY=185 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 2 GIPPSLAND N : GROPER ESSO 2 : SAMPLE_TYPE=CORE 00745 DEPTH_RANGE= 744.018 TO 749.200F STORAGE_BAY=031 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 2 GIPPSLAND N : GROPER ESSO 2 : SAMPLE_TYPE=CORE 00860 DEPTH_RANGE= 859.538 TO 874.778F STORAGE_BAY=031 ROW=R TO R #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GROPER 2 GIPPSLAND N : GROPER ESSO 2 : SAMPLE_TYPE=CUTT 00464 DEPTH_RANGE= 463.297 TO 859.538F STORAGE_BAY=053 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GRUMBY 1 OTWAY Y : GRUMBY 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1811.000M STORAGE_BAY=045 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GRUMBY 1 OTWAY Y : Grumby 1 : SAMPLE_TYPE=MISC 01749 DEPTH_RANGE= 1749.000 TO 1749.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GRUMBY 1 OTWAY Y : Grumby 1 : SAMPLE_TYPE=SWC 01587 DEPTH_RANGE= 1587.000 TO 1587.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GRUNTER 1 GIPPSLAND N : GRUNTER 1 : SAMPLE_TYPE=CORE 03389 DEPTH_RANGE= 3389.000 TO 3406.800M STORAGE_BAY=177 ROW=W TO W #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GRUNTER 1 GIPPSLAND N : GRUNTER 1 : SAMPLE_TYPE=CORE 03434 DEPTH_RANGE= 3434.000 TO 3451.000M STORAGE_BAY=177 ROW=X TO X #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GRUNTER 1 GIPPSLAND N : GRUNTER 1 : SAMPLE_TYPE=CUTT 00270 DEPTH_RANGE= 270.000 TO 3809.000M STORAGE_BAY=177 ROW=W TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GUDGEON 1 GIPPSLAND N : GUDGEON 1 : SAMPLE_TYPE=CUTT 01130 DEPTH_RANGE= 1130.000 TO 3837.000M STORAGE_BAY=204 ROW=H TO H #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GUDGEON 1 GIPPSLAND N : GUDGEON 1 CORE 1 : SAMPLE_TYPE=CORE 03063 DEPTH_RANGE= 3063.000 TO 3080.100M STORAGE_BAY=234 ROW=G TO H #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GUDGEON 1 GIPPSLAND N : GUDGEON 1 CORE 2 : SAMPLE_TYPE=CORE 03081 DEPTH_RANGE= 3081.000 TO 3085.000M STORAGE_BAY=234 ROW=I TO I #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GUMMY 1 GIPPSLAND N : GUMMY 1 : SAMPLE_TYPE=CUTT 00576 DEPTH_RANGE= 576.000 TO 3563.000M STORAGE_BAY=181 ROW=Y TO Z #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GUMMY 1 GIPPSLAND N : Gummy 1 : SAMPLE_TYPE=SAMX 00576 DEPTH_RANGE= 576.000 TO 3075.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GURNARD 1 GIPPSLAND N : GURNARD 1 : SAMPLE_TYPE=CUTT 00183 DEPTH_RANGE= 182.880 TO 2962.662F STORAGE_BAY=176 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GURNARD 1 GIPPSLAND N : GURNARD 1 : SAMPLE_TYPE=CUTT 00183 DEPTH_RANGE= 182.880 TO 2963.881F STORAGE_BAY=052 ROW=P TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=GURNARD 1 GIPPSLAND N : Gurnard 1 : SAMPLE_TYPE=MISC 02439 DEPTH_RANGE= 2438.400 TO 2438.400F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 01677 DEPTH_RANGE= 1676.403 TO 1683.414F STORAGE_BAY=038 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02302 DEPTH_RANGE= 2301.245 TO 2306.426F STORAGE_BAY=038 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02310 DEPTH_RANGE= 2309.779 TO 2311.608F STORAGE_BAY=038 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02316 DEPTH_RANGE= 2315.570 TO 2321.666F STORAGE_BAY=038 ROW=F TO F #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02324 DEPTH_RANGE= 2323.495 TO 2328.372F STORAGE_BAY=038 ROW=G TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02332 DEPTH_RANGE= 2331.420 TO 2337.821F STORAGE_BAY=038 ROW=G TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02341 DEPTH_RANGE= 2340.259 TO 2347.879F STORAGE_BAY=038 ROW=G TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02349 DEPTH_RANGE= 2348.793 TO 2373.177F STORAGE_BAY=038 ROW=G TO H #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02376 DEPTH_RANGE= 2375.311 TO 2376.683F STORAGE_BAY=038 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02394 DEPTH_RANGE= 2393.294 TO 2407.925F STORAGE_BAY=038 ROW=H TO H #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02412 DEPTH_RANGE= 2411.583 TO 2413.106F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CORE 02418 DEPTH_RANGE= 2417.069 TO 2424.384F STORAGE_BAY=038 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 59.436F STORAGE_BAY=052 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 3051.000F STORAGE_BAY=044 ROW=S TO T #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 3051.000F STORAGE_BAY=050 ROW=V TO V #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 3051.000F STORAGE_BAY=185 ROW=X TO X #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 : SAMPLE_TYPE=FB 00001 DEPTH_RANGE= .610 TO 151.638F STORAGE_BAY=047 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 (2-11) : SAMPLE_TYPE=CORE 02302 DEPTH_RANGE= 2301.854 TO 2375.311F STORAGE_BAY=052 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 1 GIPPSLAND N : HALIBUT 1 (3-26) : SAMPLE_TYPE=CORE 02304 DEPTH_RANGE= 2303.555 TO 2427.737F STORAGE_BAY=185 ROW=W TO W #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 2 GIPPSLAND N : HALIBUT 2 : SAMPLE_TYPE=CUTT 01820 DEPTH_RANGE= 1820.000 TO 2590.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 2 GIPPSLAND N : Halibut 2 : SAMPLE_TYPE=CORE 02350 DEPTH_RANGE= 2350.000 TO 2356.600M STORAGE_BAY=234 ROW=F TO F #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 2 GIPPSLAND N : Halibut 2 Core 1 : SAMPLE_TYPE=CORE 02357 DEPTH_RANGE= 2356.600 TO 2427.870M STORAGE_BAY=234 ROW=F TO F #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 2 GIPPSLAND N : Halibut 2 Core 2 : SAMPLE_TYPE=CORE 02410 DEPTH_RANGE= 2410.000 TO 2428.580M STORAGE_BAY=234 ROW=D TO F #TRAYS=19 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT 2 GIPPSLAND N : Halibut 2 Core 3 : SAMPLE_TYPE=CORE 02429 DEPTH_RANGE= 2428.500 TO 2446.900M STORAGE_BAY=234 ROW=A TO C #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02293 DEPTH_RANGE= 2292.101 TO 2295.758F STORAGE_BAY=050 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02311 DEPTH_RANGE= 2310.998 TO 2313.558F STORAGE_BAY=050 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02342 DEPTH_RANGE= 2341.783 TO 2346.965F STORAGE_BAY=050 ROW=N TO N #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02349 DEPTH_RANGE= 2348.793 TO 2354.889F STORAGE_BAY=050 ROW=N TO N #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02369 DEPTH_RANGE= 2368.301 TO 2373.787F STORAGE_BAY=050 ROW=N TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02376 DEPTH_RANGE= 2375.616 TO 2385.370F STORAGE_BAY=050 ROW=O TO O #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02393 DEPTH_RANGE= 2392.075 TO 2393.904F STORAGE_BAY=050 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02421 DEPTH_RANGE= 2420.727 TO 2426.823F STORAGE_BAY=050 ROW=O TO P #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CORE 02431 DEPTH_RANGE= 2430.480 TO 2431.395F STORAGE_BAY=050 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A1 GIPPSLAND N : HALIBUT A1 : SAMPLE_TYPE=CUTT 00122 DEPTH_RANGE= 121.920 TO 2538.980F STORAGE_BAY=050 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A10 GIPPSLAND N : HALIBUT A10 : SAMPLE_TYPE=CUTT 02226 DEPTH_RANGE= 2225.044 TO 2557.277F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A11 GIPPSLAND N : HALIBUT A11 : SAMPLE_TYPE=CUTT 02293 DEPTH_RANGE= 2292.101 TO 2453.645F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A12 GIPPSLAND N : HALIBUT A12 : SAMPLE_TYPE=CUTT 02866 DEPTH_RANGE= 2865.126 TO 3182.100F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A13 GIPPSLAND N : HALIBUT A13 : SAMPLE_TYPE=CUTT 02619 DEPTH_RANGE= 2618.237 TO 2810.262F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A15 GIPPSLAND N : HALIBUT A15 : SAMPLE_TYPE=CUTT 02628 DEPTH_RANGE= 2627.381 TO 2900.787F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A16 GIPPSLAND N : HALIBUT A16 : SAMPLE_TYPE=CUTT 02381 DEPTH_RANGE= 2380.493 TO 2531.369F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A17 GIPPSLAND N : HALIBUT A17 : SAMPLE_TYPE=CUTT 02347 DEPTH_RANGE= 2346.965 TO 2487.173F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A20 GIPPSLAND N : HALIBUT A20 : SAMPLE_TYPE=CUTT 02945 DEPTH_RANGE= 2944.374 TO 3093.726F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A5 GIPPSLAND N : HALIBUT A5 : SAMPLE_TYPE=CUTT 03140 DEPTH_RANGE= 3139.141 TO 3284.836F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A6 GIPPSLAND N : HALIBUT A6 : SAMPLE_TYPE=CUTT 02320 DEPTH_RANGE= 2319.533 TO 2776.734F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A7 GIPPSLAND N : HALIBUT A7 : SAMPLE_TYPE=CUTT 02835 DEPTH_RANGE= 2834.646 TO 3307.087F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HALIBUT A8 GIPPSLAND N : HALIBUT A8 : SAMPLE_TYPE=CUTT 03170 DEPTH_RANGE= 3169.926 TO 3337.567F STORAGE_BAY=050 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAMMERHEAD 1 GIPPSLAND N : HAMMER HEAD 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2130.000M STORAGE_BAY=038 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAPUKU 1 GIPPSLAND N : HAPUKU 1 : SAMPLE_TYPE=CUTT 00531 DEPTH_RANGE= 530.353 TO 3649.683F STORAGE_BAY=047 ROW=V TO X #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAPUKU 1 GIPPSLAND N : HAPUKU 1 : SAMPLE_TYPE=CUTT 00531 DEPTH_RANGE= 530.353 TO 3649.683F STORAGE_BAY=186 ROW=N TO O #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAPUKU 1 GIPPSLAND N : HAPUKU 1 (1&2) : SAMPLE_TYPE=CORE 02818 DEPTH_RANGE= 2817.882 TO 2842.266F STORAGE_BAY=047 ROW=W TO X #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAPUKU 1 GIPPSLAND N : HAPUKU 1 (1-3) : SAMPLE_TYPE=CORE 02818 DEPTH_RANGE= 2817.882 TO 2851.105F STORAGE_BAY=037 ROW=Z TO Z #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAPUKU 1 GIPPSLAND N : HAPUKU 1 (3) : SAMPLE_TYPE=CORE 02851 DEPTH_RANGE= 2850.190 TO 2854.762F STORAGE_BAY=047 ROW=W TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HARLEQUIN 1 GIPPSLAND N : HARLEQUIN 1 : SAMPLE_TYPE=CUTT 00795 DEPTH_RANGE= 795.000 TO 2570.000M STORAGE_BAY=180 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HARLEQUIN 1 GIPPSLAND N : HARLEQUIN 1 CR 1 : SAMPLE_TYPE=CORE 02079 DEPTH_RANGE= 2079.000 TO 2096.860M STORAGE_BAY=180 ROW=T TO U #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HARLEQUIN 1 GIPPSLAND N : HARLEQUIN 1 CR 2 : SAMPLE_TYPE=CORE 02155 DEPTH_RANGE= 2155.000 TO 2162.950M STORAGE_BAY=180 ROW=U TO U #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1773.940F STORAGE_BAY=196 ROW=O TO P #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 : SAMPLE_TYPE=CUTT 00011 DEPTH_RANGE= 10.668 TO 1773.940F STORAGE_BAY=048 ROW=D TO D #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO 1773.936F STORAGE_BAY=049 ROW=S TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 (1) : SAMPLE_TYPE=CORE 01088 DEPTH_RANGE= 1087.529 TO 1096.063F STORAGE_BAY=046 ROW=N TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 (1) : SAMPLE_TYPE=CORE 01089 DEPTH_RANGE= 1088.138 TO 1089.662F STORAGE_BAY=047 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 (3) : SAMPLE_TYPE=CORE 01360 DEPTH_RANGE= 1359.106 TO 1362.154F STORAGE_BAY=046 ROW=N TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 (3) : SAMPLE_TYPE=CORE 01360 DEPTH_RANGE= 1359.106 TO 1362.154F STORAGE_BAY=047 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 (4) : SAMPLE_TYPE=CORE 01753 DEPTH_RANGE= 1752.299 TO 1757.176F STORAGE_BAY=046 ROW=N TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 (4) : SAMPLE_TYPE=CORE 01753 DEPTH_RANGE= 1752.299 TO 1757.176F STORAGE_BAY=047 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1 PUTE : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 42.062F STORAGE_BAY=007 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HAWKESDALE 1 OTWAY Y : HAWKESDALE 1(3&4) : SAMPLE_TYPE=CORE 01360 DEPTH_RANGE= 1359.103 TO 1757.172F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 00293 DEPTH_RANGE= 292.609 TO 297.181F STORAGE_BAY=059 ROW=M TO M #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 00421 DEPTH_RANGE= 420.015 TO 424.587F STORAGE_BAY=059 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 00567 DEPTH_RANGE= 566.320 TO 570.892F STORAGE_BAY=059 ROW=M TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 00721 DEPTH_RANGE= 720.853 TO 726.340F STORAGE_BAY=059 ROW=N TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 00876 DEPTH_RANGE= 875.997 TO 879.045F STORAGE_BAY=059 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01030 DEPTH_RANGE= 1029.312 TO 1032.360F STORAGE_BAY=059 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01145 DEPTH_RANGE= 1144.221 TO 1147.270F STORAGE_BAY=059 ROW=O TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01264 DEPTH_RANGE= 1263.094 TO 1266.142F STORAGE_BAY=059 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01409 DEPTH_RANGE= 1408.179 TO 1410.008F STORAGE_BAY=059 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01409 DEPTH_RANGE= 1408.179 TO 1410.008F STORAGE_BAY=060 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01532 DEPTH_RANGE= 1531.928 TO 1534.976F STORAGE_BAY=060 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01648 DEPTH_RANGE= 1647.752 TO 1650.800F STORAGE_BAY=059 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01648 DEPTH_RANGE= 1647.752 TO 1650.800F STORAGE_BAY=060 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01736 DEPTH_RANGE= 1735.230 TO 1738.278F STORAGE_BAY=059 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01826 DEPTH_RANGE= 1825.756 TO 1828.804F STORAGE_BAY=059 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 01945 DEPTH_RANGE= 1944.628 TO 1947.676F STORAGE_BAY=060 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 02101 DEPTH_RANGE= 2100.076 TO 2103.124F STORAGE_BAY=060 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 02283 DEPTH_RANGE= 2282.042 TO 2286.000F STORAGE_BAY=059 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 02283 DEPTH_RANGE= 2282.042 TO 2286.000F STORAGE_BAY=060 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CORE 02283 DEPTH_RANGE= 2282.042 TO 2286.000F STORAGE_BAY=060 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 : SAMPLE_TYPE=CUTT 00005 DEPTH_RANGE= 4.267 TO 2282.957F STORAGE_BAY=016 ROW=A TO A #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEATHFIELD 1 OTWAY Y : HEATHFIELD 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2286.000F STORAGE_BAY=198 ROW=Q TO Q #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00052 DEPTH_RANGE= 51.816 TO 54.559F STORAGE_BAY=015 ROW=H TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00120 DEPTH_RANGE= 119.025 TO 119.787F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00200 DEPTH_RANGE= 199.340 TO 201.473F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00305 DEPTH_RANGE= 304.801 TO 306.629F STORAGE_BAY=015 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00376 DEPTH_RANGE= 375.514 TO 375.667F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00445 DEPTH_RANGE= 444.704 TO 445.923F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00640 DEPTH_RANGE= 639.776 TO 641.910F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00650 DEPTH_RANGE= 649.835 TO 651.359F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00784 DEPTH_RANGE= 783.033 TO 783.338F STORAGE_BAY=015 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 00915 DEPTH_RANGE= 914.402 TO 916.840F STORAGE_BAY=015 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01048 DEPTH_RANGE= 1047.600 TO 1050.648F STORAGE_BAY=015 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01053 DEPTH_RANGE= 1052.172 TO 1054.915F STORAGE_BAY=015 ROW=H TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01069 DEPTH_RANGE= 1068.021 TO 1068.021F STORAGE_BAY=015 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01071 DEPTH_RANGE= 1070.765 TO 1074.117F STORAGE_BAY=015 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01076 DEPTH_RANGE= 1075.337 TO 1076.556F STORAGE_BAY=015 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01101 DEPTH_RANGE= 1100.025 TO 1101.854F STORAGE_BAY=015 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01109 DEPTH_RANGE= 1108.939 TO 1110.996F STORAGE_BAY=015 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01132 DEPTH_RANGE= 1131.725 TO 1146.660F STORAGE_BAY=015 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01168 DEPTH_RANGE= 1167.082 TO 1179.883F STORAGE_BAY=015 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CORE 01197 DEPTH_RANGE= 1196.038 TO 1228.651F STORAGE_BAY=015 ROW=I TO J #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HEDLEY 1 GIPPSLAND Y : HEDLEY 1 LE OIL : SAMPLE_TYPE=CUTT 00005 DEPTH_RANGE= 4.572 TO 1228.651F STORAGE_BAY=018 ROW=K TO M #TRAYS=36 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HELIOS 1 GIPPSLAND N : HELIOS 1 : SAMPLE_TYPE=CUTT 00360 DEPTH_RANGE= 360.000 TO 3500.000M STORAGE_BAY=038 ROW=Y TO Y #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HELIOS 1 GIPPSLAND N : Helios 1 : SAMPLE_TYPE=MISC 02600 DEPTH_RANGE= 2600.000 TO 2715.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HENKE 1 OTWAY Y : HENKE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1435.000M STORAGE_BAY=098 ROW=E TO E #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HENKE 1 OTWAY Y : HENKE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1435.000M STORAGE_BAY=186 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HENKE 1 OTWAY Y : Henke-1 : SAMPLE_TYPE=SAMX 00000 DEPTH_RANGE= .000 TO 1435.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HENKE 1 OTWAY Y : SWC#1 to #22 : SAMPLE_TYPE=SWC 01008 DEPTH_RANGE= 1008.000 TO 1430.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HERMES 1 GIPPSLAND N : HERMES 1 : SAMPLE_TYPE=CUTT 00370 DEPTH_RANGE= 370.000 TO 4565.000M STORAGE_BAY=038 ROW=V TO W #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HERMES 1 GIPPSLAND N : Hermes 1 : SAMPLE_TYPE=MISC 02505 DEPTH_RANGE= 2505.000 TO 4550.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HINDHAUGH CREEK 1 OTWAY Y : HINDHAUGH CREEK 1 : SAMPLE_TYPE=CORE 00384 DEPTH_RANGE= 383.134 TO 385.268M STORAGE_BAY=052 ROW=L TO L #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HINDHAUGH CREEK 1 OTWAY Y : HINDHAUGH CREEK 1 : SAMPLE_TYPE=CORE 01116 DEPTH_RANGE= 1115.265 TO 1119.533M STORAGE_BAY=052 ROW=L TO L #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HINDHAUGH CREEK 1 OTWAY Y : HINDHAUGH CREEK 1 : SAMPLE_TYPE=CORE 02371 DEPTH_RANGE= 2370.130 TO 2371.650M STORAGE_BAY=052 ROW=L TO L #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HINDHAUGH CREEK 1 OTWAY Y : HINDHAUGH CREEK 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2371.349M STORAGE_BAY=052 ROW=G TO G #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HINDHAUGH CREEK 1 OTWAY Y : HINDHAUGH CREEK 1 x2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2371.344F STORAGE_BAY=197 ROW=X TO Y #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HINDHAUGH CREEK 1 OTWAY Y : Hindhaugh Creek 1 : SAMPLE_TYPE=MISC 00278 DEPTH_RANGE= 277.368 TO 1752.600F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00011 DEPTH_RANGE= 10.973 TO 79.858F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00117 DEPTH_RANGE= 116.739 TO 168.250F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00172 DEPTH_RANGE= 171.298 TO 211.836F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00215 DEPTH_RANGE= 214.884 TO 248.717F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00252 DEPTH_RANGE= 251.765 TO 285.293F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00289 DEPTH_RANGE= 288.341 TO 321.869F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00325 DEPTH_RANGE= 324.917 TO 355.093F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00356 DEPTH_RANGE= 355.398 TO 385.878F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00389 DEPTH_RANGE= 388.926 TO 419.406F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00423 DEPTH_RANGE= 422.454 TO 455.982F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00460 DEPTH_RANGE= 459.030 TO 489.510F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00493 DEPTH_RANGE= 492.558 TO 526.086F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00530 DEPTH_RANGE= 529.134 TO 562.662F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00566 DEPTH_RANGE= 565.710 TO 577.902F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00581 DEPTH_RANGE= 580.950 TO 617.526F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00629 DEPTH_RANGE= 628.804 TO 641.300F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00645 DEPTH_RANGE= 644.349 TO 667.513F STORAGE_BAY=003 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00670 DEPTH_RANGE= 669.037 TO 688.240F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00690 DEPTH_RANGE= 689.764 TO 722.377F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00726 DEPTH_RANGE= 725.425 TO 755.296F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00759 DEPTH_RANGE= 758.344 TO 782.728F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00786 DEPTH_RANGE= 785.776 TO 813.208F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00817 DEPTH_RANGE= 816.256 TO 846.736F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00850 DEPTH_RANGE= 849.784 TO 877.216F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00881 DEPTH_RANGE= 880.264 TO 912.878F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00915 DEPTH_RANGE= 914.402 TO 953.112F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00957 DEPTH_RANGE= 956.159 TO 975.057F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 00976 DEPTH_RANGE= 975.362 TO 1016.815F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 01020 DEPTH_RANGE= 1019.863 TO 1069.850F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 01073 DEPTH_RANGE= 1072.289 TO 1100.330F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 01105 DEPTH_RANGE= 1104.902 TO 1119.228F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 01123 DEPTH_RANGE= 1122.276 TO 1146.355F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 01148 DEPTH_RANGE= 1147.270 TO 1189.637F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOLLANDS LANDING 1 GIPPSLAND Y : BENGWORDEN SOUTH : SAMPLE_TYPE=CORE 01197 DEPTH_RANGE= 1196.952 TO 1220.400F STORAGE_BAY=003 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOWMAINS 1 OTWAY Y : HOWMAINS 1 : SAMPLE_TYPE=CUTT 00060 DEPTH_RANGE= 60.000 TO 2150.000M STORAGE_BAY=194 ROW=O TO O #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=HOWMAINS 1 OTWAY Y : HOWMAINS 1 (2 sets) : SAMPLE_TYPE=CUTT 00600 DEPTH_RANGE= 600.000 TO 2150.000M STORAGE_BAY=099 ROW=C TO D #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=INGLEBY 1 OTWAY Y : INGLEBY 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 331.200M STORAGE_BAY=181 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=INGLEBY 1 OTWAY Y : Ingleby 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 331.050M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=INGLEBY 1 OTWAY Y : Ingleby 1 : SAMPLE_TYPE=SWC 00075 DEPTH_RANGE= 75.000 TO 235.000M STORAGE_BAY=237 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 1 OTWAY Y : IONA 1 : SAMPLE_TYPE=CORE 01306 DEPTH_RANGE= 1305.500 TO 1314.680M STORAGE_BAY=101 ROW=A TO A #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 1 OTWAY Y : IONA 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1490.000M STORAGE_BAY=186 ROW=Z TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 1 OTWAY Y : IONA 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 1490.000M STORAGE_BAY=101 ROW=G TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 1 OTWAY Y : Iona-1 SWC : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 1 OTWAY Y : Iona-1 SWC offcuts : SAMPLE_TYPE=MISC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 2 OTWAY Y : IONA 2 : SAMPLE_TYPE=CUTT 00150 DEPTH_RANGE= 150.000 TO 1650.000M STORAGE_BAY=101 ROW=G TO G #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=IONA 2 OTWAY Y : IONA 2 : SAMPLE_TYPE=CUTT 00150 DEPTH_RANGE= 150.000 TO 1650.000M STORAGE_BAY=177 ROW=Z TO Z #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=JUDITH 1 GIPPSLAND N : JUDITH 1 : SAMPLE_TYPE=CUTT 00255 DEPTH_RANGE= 255.000 TO 2958.000M STORAGE_BAY=189 ROW=Y TO Y #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KAHAWAI 1 GIPPSLAND N : KAHAWAI 1 : SAMPLE_TYPE=CORE 01397 DEPTH_RANGE= 1396.600 TO 1402.800M STORAGE_BAY=038 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KAHAWAI 1 GIPPSLAND N : KAHAWAI 1 : SAMPLE_TYPE=CORE 01546 DEPTH_RANGE= 1545.200 TO 1556.000M STORAGE_BAY=038 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KAHAWAI 1 GIPPSLAND N : KAHAWAI 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2321.000M STORAGE_BAY=038 ROW=R TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KAHAWAI 1 GIPPSLAND N : KAHAWAI 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2321.000M STORAGE_BAY=186 ROW=Y TO Z #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KALIMNA 1 GIPPSLAND Y : KALIMNA OC : SAMPLE_TYPE=CORE 00025 DEPTH_RANGE= 24.384 TO 128.016F STORAGE_BAY=060 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KALIMNA 1 GIPPSLAND Y : RIGBY ISLE : SAMPLE_TYPE=CORE 00141 DEPTH_RANGE= 140.208 TO 449.886F STORAGE_BAY=060 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KALIMNA 2 GIPPSLAND Y : KALIMNA 2 : SAMPLE_TYPE=CORE 00022 DEPTH_RANGE= 21.336 TO 388.621F STORAGE_BAY=015 ROW=L TO M #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KEYSTONE 1 GIPPSLAND Y : KEYSTONE 1 : SAMPLE_TYPE=CUTT 00031 DEPTH_RANGE= 30.480 TO 1959.868F STORAGE_BAY=031 ROW=M TO N #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KEYSTONE 1 GIPPSLAND Y : KEYSTONE 1 : SAMPLE_TYPE=SWC 00001 DEPTH_RANGE= .305 TO 9.144F STORAGE_BAY=031 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KEYSTONE 1 GIPPSLAND Y : KEYSTONE 1 X2 : SAMPLE_TYPE=CUTT 00031 DEPTH_RANGE= 30.480 TO 1959.868F STORAGE_BAY=197 ROW=N TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KEYSTONE 1 GIPPSLAND Y : KEYSTONE 1 X3 : SAMPLE_TYPE=CUTT 00031 DEPTH_RANGE= 30.480 TO 1959.868F STORAGE_BAY=197 ROW=O TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KILLARA 1 OTWAY Y : BASS BASIN 20004 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 2409.000M STORAGE_BAY=182 ROW=R TO R #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KILLARA 1 OTWAY Y : Killara 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 2409.000M STORAGE_BAY=234 ROW=ZZ TO ZZ #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KILLARA 1 OTWAY Y : Killara 1 : SAMPLE_TYPE=SAMX 00000 DEPTH_RANGE= .000 TO 1155.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 1 GIPPSLAND N : KINGFISH 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2557.277F STORAGE_BAY=044 ROW=R TO S #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 1 GIPPSLAND N : KINGFISH 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2575.565F STORAGE_BAY=185 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 1 GIPPSLAND N : KINGFISH 1 (A1) : SAMPLE_TYPE=CORE 02289 DEPTH_RANGE= 2288.748 TO 2303.683F STORAGE_BAY=059 ROW=I TO J #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 1 GIPPSLAND N : KINGFISH 1 (A1) : SAMPLE_TYPE=CORE 02306 DEPTH_RANGE= 2305.512 TO 2322.581F STORAGE_BAY=059 ROW=J TO K #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 1 GIPPSLAND N : KINGFISH 1 (A1) : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 2575.565F STORAGE_BAY=054 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 : SAMPLE_TYPE=CUTT 00427 DEPTH_RANGE= 426.721 TO 2444.501F STORAGE_BAY=044 ROW=R TO R #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 (B1) : SAMPLE_TYPE=CORE 01570 DEPTH_RANGE= 1569.418 TO 1572.161F STORAGE_BAY=036 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 (B1) : SAMPLE_TYPE=CORE 02256 DEPTH_RANGE= 2255.829 TO 2274.117F STORAGE_BAY=036 ROW=W TO W #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 (B1) : SAMPLE_TYPE=CORE 02275 DEPTH_RANGE= 2274.727 TO 2300.635F STORAGE_BAY=036 ROW=X TO Y #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 (B1) : SAMPLE_TYPE=CORE 02302 DEPTH_RANGE= 2301.549 TO 2319.837F STORAGE_BAY=036 ROW=Y TO Y #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 (B1) : SAMPLE_TYPE=CUTT 00750 DEPTH_RANGE= 749.810 TO 2444.806F STORAGE_BAY=054 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 2 GIPPSLAND N : KINGFISH 2 CR.2-7 : SAMPLE_TYPE=CORE 02260 DEPTH_RANGE= 2259.334 TO 2302.769F STORAGE_BAY=185 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 3 GIPPSLAND N : KINGFISH 3 : SAMPLE_TYPE=CUTT 00747 DEPTH_RANGE= 746.761 TO 2520.701F STORAGE_BAY=185 ROW=R TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 3 GIPPSLAND N : KINGFISH 3 (C1) : SAMPLE_TYPE=CORE 02140 DEPTH_RANGE= 2139.396 TO 2148.540F STORAGE_BAY=045 ROW=I TO I #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 3 GIPPSLAND N : KINGFISH 3 (C1) : SAMPLE_TYPE=CORE 02274 DEPTH_RANGE= 2273.813 TO 2287.833F STORAGE_BAY=045 ROW=I TO J #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 3 GIPPSLAND N : KINGFISH 3 (C1) : SAMPLE_TYPE=CORE 02289 DEPTH_RANGE= 2288.443 TO 2302.159F STORAGE_BAY=045 ROW=J TO J #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 3 GIPPSLAND N : KINGFISH 3 (C1) : SAMPLE_TYPE=CORE 02319 DEPTH_RANGE= 2318.923 TO 2323.495F STORAGE_BAY=045 ROW=J TO K #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 3 GIPPSLAND N : KINGFISH 3 (C1) : SAMPLE_TYPE=CUTT 00747 DEPTH_RANGE= 746.761 TO 2520.701F STORAGE_BAY=054 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : KINGFISH 4 : SAMPLE_TYPE=CORE 02263 DEPTH_RANGE= 2262.840 TO 2266.193F STORAGE_BAY=051 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : KINGFISH 4 : SAMPLE_TYPE=CORE 02269 DEPTH_RANGE= 2268.021 TO 2279.299F STORAGE_BAY=051 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : KINGFISH 4 : SAMPLE_TYPE=CORE 02277 DEPTH_RANGE= 2276.861 TO 2300.635F STORAGE_BAY=051 ROW=N TO O #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : KINGFISH 4 : SAMPLE_TYPE=CORE 02303 DEPTH_RANGE= 2302.159 TO 2322.885F STORAGE_BAY=051 ROW=O TO O #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : KINGFISH 4 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 219.456 TO 2509.000F STORAGE_BAY=051 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : KINGFISH 4 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 219.456 TO 2509.000F STORAGE_BAY=185 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 4 GIPPSLAND N : Kingfish 4 : SAMPLE_TYPE=CORE 01158 DEPTH_RANGE= 1158.000 TO 1563.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 5 GIPPSLAND N : KINGFISH 5 : SAMPLE_TYPE=CUTT 00229 DEPTH_RANGE= 228.600 TO 2512.000F STORAGE_BAY=051 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 5 GIPPSLAND N : KINGFISH 5 : SAMPLE_TYPE=CUTT 00229 DEPTH_RANGE= 228.600 TO 2512.000F STORAGE_BAY=185 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 5 GIPPSLAND N : Kingfish 5 : SAMPLE_TYPE=SWC 02244 DEPTH_RANGE= 2243.328 TO 2246.376F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 6 GIPPSLAND N : KINGFISH 6 : SAMPLE_TYPE=CORE 01725 DEPTH_RANGE= 1724.257 TO 1734.315F STORAGE_BAY=051 ROW=O TO P #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 6 GIPPSLAND N : KINGFISH 6 : SAMPLE_TYPE=CUTT 00223 DEPTH_RANGE= 222.504 TO 2556.000F STORAGE_BAY=051 ROW=O TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 6 GIPPSLAND N : KINGFISH 6 : SAMPLE_TYPE=CUTT 00223 DEPTH_RANGE= 222.504 TO 2556.000F STORAGE_BAY=185 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 7 GIPPSLAND N : KINGFISH 7 : SAMPLE_TYPE=CORE 02297 DEPTH_RANGE= 2296.063 TO 2331.237F STORAGE_BAY=045 ROW=O TO P #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 7 GIPPSLAND N : KINGFISH 7 : SAMPLE_TYPE=CORE 02297 DEPTH_RANGE= 2296.063 TO 2361.671F STORAGE_BAY=036 ROW=W TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 7 GIPPSLAND N : KINGFISH 7 : SAMPLE_TYPE=CORE 02333 DEPTH_RANGE= 2332.944 TO 2340.930F STORAGE_BAY=045 ROW=P TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 7 GIPPSLAND N : KINGFISH 7 : SAMPLE_TYPE=CORE 02347 DEPTH_RANGE= 2346.660 TO 2362.967F STORAGE_BAY=045 ROW=Q TO Q #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 7 GIPPSLAND N : Kingfisher 7 : SAMPLE_TYPE=CORE 02299 DEPTH_RANGE= 2298.802 TO 2299.106F STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 8 GIPPSLAND N : KINGFISH 8 : SAMPLE_TYPE=CUTT 00825 DEPTH_RANGE= 825.000 TO 2444.000M STORAGE_BAY=193 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 8 GIPPSLAND N : KINGFISH 8 ST 1 : SAMPLE_TYPE=CUTT 02450 DEPTH_RANGE= 2450.000 TO 2731.000M STORAGE_BAY=193 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 8 GIPPSLAND N : KINGFISH 8 cr 1&2 : SAMPLE_TYPE=CORE 02313 DEPTH_RANGE= 2312.600 TO 2349.400M STORAGE_BAY=193 ROW=R TO U #TRAYS=38 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 8 GIPPSLAND N : Kingfish 8 : SAMPLE_TYPE=CORE 02285 DEPTH_RANGE= 2285.000 TO 2300.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 9 GIPPSLAND N : KINGFISH 9 : SAMPLE_TYPE=CUTT 00820 DEPTH_RANGE= 820.000 TO 2450.000M STORAGE_BAY=193 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 9 GIPPSLAND N : KINGFISH 9 cr 1 : SAMPLE_TYPE=CORE 02307 DEPTH_RANGE= 2307.000 TO 2308.320M STORAGE_BAY=193 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH 9 GIPPSLAND N : KINGFISH 9 cr 2 : SAMPLE_TYPE=CORE 02313 DEPTH_RANGE= 2313.000 TO 2331.400M STORAGE_BAY=193 ROW=P TO R #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02271 DEPTH_RANGE= 2270.460 TO 2271.069F STORAGE_BAY=049 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02282 DEPTH_RANGE= 2281.433 TO 2309.779F STORAGE_BAY=049 ROW=M TO N #TRAYS=31 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02285 DEPTH_RANGE= 2284.785 TO 2373.787F STORAGE_BAY=185 ROW=Q TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02311 DEPTH_RANGE= 2310.693 TO 2326.848F STORAGE_BAY=049 ROW=N TO P #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02336 DEPTH_RANGE= 2335.382 TO 2341.174F STORAGE_BAY=049 ROW=P TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02347 DEPTH_RANGE= 2346.965 TO 2351.842F STORAGE_BAY=049 ROW=Q TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02354 DEPTH_RANGE= 2353.365 TO 2362.205F STORAGE_BAY=049 ROW=Q TO R #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CORE 02369 DEPTH_RANGE= 2368.605 TO 2374.092F STORAGE_BAY=049 ROW=R TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 : SAMPLE_TYPE=CUTT 00194 DEPTH_RANGE= 193.548 TO 2484.000F STORAGE_BAY=054 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A1 GIPPSLAND N : KINGFISH A1 (3-6) : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=053 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A10 GIPPSLAND N : KINGFISH A10 : SAMPLE_TYPE=CUTT 02226 DEPTH_RANGE= 2225.044 TO 2404.877F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A11 GIPPSLAND N : KINGFISH A11 : SAMPLE_TYPE=CUTT 02162 DEPTH_RANGE= 2161.036 TO 2365.500F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A12 GIPPSLAND N : KINGFISH A12 : SAMPLE_TYPE=CUTT 02418 DEPTH_RANGE= 2417.069 TO 2541.123F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A13 GIPPSLAND N : KINGFISH A13 : SAMPLE_TYPE=CUTT 02564 DEPTH_RANGE= 2563.373 TO 2577.089F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A14 GIPPSLAND N : KINGFISH A14 : SAMPLE_TYPE=CUTT 02485 DEPTH_RANGE= 2484.125 TO 2604.521F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A15 GIPPSLAND N : KINGFISH A15 : SAMPLE_TYPE=CUTT 02805 DEPTH_RANGE= 2804.166 TO 2910.236F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A16 GIPPSLAND N : KINGFISH A16 : SAMPLE_TYPE=CUTT 02786 DEPTH_RANGE= 2785.878 TO 2987.046F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A17 GIPPSLAND N : KINGFISH A17 : SAMPLE_TYPE=CUTT 02393 DEPTH_RANGE= 2392.685 TO 2565.500F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A18 GIPPSLAND N : KINGFISH A18 : SAMPLE_TYPE=CUTT 02774 DEPTH_RANGE= 2773.686 TO 2974.244F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A19 GIPPSLAND N : KINGFISH A19 : SAMPLE_TYPE=CUTT 02387 DEPTH_RANGE= 2386.589 TO 2571.603F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A2 GIPPSLAND N : KINGFISH A2 : SAMPLE_TYPE=CUTT 02369 DEPTH_RANGE= 2368.910 TO 3305.563F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A20 GIPPSLAND N : KINGFISH A20 : SAMPLE_TYPE=CUTT 02835 DEPTH_RANGE= 2834.646 TO 3041.910F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A21 GIPPSLAND N : KINGFISH A21 : SAMPLE_TYPE=CUTT 02768 DEPTH_RANGE= 2767.590 TO 2973.939F STORAGE_BAY=054 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A3 GIPPSLAND N : KINGFISH A3 : SAMPLE_TYPE=CUTT 02485 DEPTH_RANGE= 2484.430 TO 3077.876F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A6 GIPPSLAND N : KINGFISH A6 : SAMPLE_TYPE=CUTT 02433 DEPTH_RANGE= 2432.309 TO 2851.700F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A7 GIPPSLAND N : KINGFISH A7 : SAMPLE_TYPE=CUTT 02692 DEPTH_RANGE= 2691.389 TO 2831.598F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A8 GIPPSLAND N : KINGFISH A8 : SAMPLE_TYPE=CUTT 02430 DEPTH_RANGE= 2429.261 TO 2565.202F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH A9 GIPPSLAND N : KINGFISH A9 : SAMPLE_TYPE=CUTT 02134 DEPTH_RANGE= 2133.604 TO 2414.021F STORAGE_BAY=054 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CORE 02262 DEPTH_RANGE= 2261.621 TO 2273.508F STORAGE_BAY=054 ROW=N TO N #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CORE 02263 DEPTH_RANGE= 2262.230 TO 2335.382F STORAGE_BAY=185 ROW=R TO R #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CORE 02269 DEPTH_RANGE= 2268.326 TO 2334.163F STORAGE_BAY=048 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CORE 02279 DEPTH_RANGE= 2278.994 TO 2284.480F STORAGE_BAY=054 ROW=N TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CORE 02289 DEPTH_RANGE= 2288.138 TO 2307.341F STORAGE_BAY=054 ROW=O TO P #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CORE 02318 DEPTH_RANGE= 2317.399 TO 2335.992F STORAGE_BAY=054 ROW=P TO Q #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B1 GIPPSLAND N : KINGFISH B1 : SAMPLE_TYPE=CUTT 02134 DEPTH_RANGE= 2133.604 TO 2261.621F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B10 GIPPSLAND N : KINGFISH B10 : SAMPLE_TYPE=CUTT 02439 DEPTH_RANGE= 2438.405 TO 2598.425F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B11 GIPPSLAND N : KINGFISH B11 : SAMPLE_TYPE=CUTT 02744 DEPTH_RANGE= 2743.206 TO 2951.080F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B12 GIPPSLAND N : KINGFISH B12 : SAMPLE_TYPE=CUTT 02393 DEPTH_RANGE= 2392.685 TO 2572.517F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B13 GIPPSLAND N : KINGFISH B13 : SAMPLE_TYPE=CUTT 02238 DEPTH_RANGE= 2237.237 TO 2411.583F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B14 GIPPSLAND N : KINGFISH B14 : SAMPLE_TYPE=CUTT 02256 DEPTH_RANGE= 2255.524 TO 2435.662F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B15 GIPPSLAND N : KINGFISH B15 : SAMPLE_TYPE=CUTT 02479 DEPTH_RANGE= 2478.029 TO 2656.032F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B16 GIPPSLAND N : KINGFISH B16 : SAMPLE_TYPE=CUTT 02235 DEPTH_RANGE= 2234.188 TO 2407.010F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B17 GIPPSLAND N : KINGFISH B17 : SAMPLE_TYPE=CUTT 02774 DEPTH_RANGE= 2773.686 TO 2952.900F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B18 GIPPSLAND N : KINGFISH B18 : SAMPLE_TYPE=CUTT 02607 DEPTH_RANGE= 2606.045 TO 2778.562F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B19 GIPPSLAND N : KINGFISH B19 : SAMPLE_TYPE=CUTT 02326 DEPTH_RANGE= 2325.629 TO 2478.029F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B2 GIPPSLAND N : KINGFISH B2 : SAMPLE_TYPE=CUTT 02835 DEPTH_RANGE= 2834.646 TO 3027.200F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B20 GIPPSLAND N : KINGFISH B20 : SAMPLE_TYPE=CUTT 02384 DEPTH_RANGE= 2383.541 TO 2575.565F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B21 GIPPSLAND N : KINGFISH B21 : SAMPLE_TYPE=CUTT 02287 DEPTH_RANGE= 2286.005 TO 2510.000F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B3 GIPPSLAND N : KINGFISH B3 : SAMPLE_TYPE=CUTT 02408 DEPTH_RANGE= 2407.925 TO 2648.710F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B4 GIPPSLAND N : KINGFISH B4 : SAMPLE_TYPE=CUTT 02610 DEPTH_RANGE= 2609.093 TO 2705.105F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B5 GIPPSLAND N : KINGFISH B5 : SAMPLE_TYPE=CUTT 02530 DEPTH_RANGE= 2529.845 TO 2835.560F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B6 GIPPSLAND N : KINGFISH B6 : SAMPLE_TYPE=CUTT 02430 DEPTH_RANGE= 2429.261 TO 2598.120F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B7 GIPPSLAND N : KINGFISH B7 : SAMPLE_TYPE=CUTT 02379 DEPTH_RANGE= 2378.969 TO 2653.899F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B8 GIPPSLAND N : KINGFISH B8 : SAMPLE_TYPE=CUTT 02744 DEPTH_RANGE= 2743.206 TO 2913.894F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KINGFISH B9 GIPPSLAND N : KINGFISH B9 : SAMPLE_TYPE=CUTT 02296 DEPTH_RANGE= 2295.149 TO 2394.209F STORAGE_BAY=054 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 260.000 TO 2875.000M STORAGE_BAY=178 ROW=W TO W #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 : SAMPLE_TYPE=FL 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=025 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 CORE 1 : SAMPLE_TYPE=CORE 01428 DEPTH_RANGE= 1427.500 TO 1436.580M STORAGE_BAY=178 ROW=W TO W #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 CORE 2 : SAMPLE_TYPE=CORE 01436 DEPTH_RANGE= 1436.000 TO 1445.500M STORAGE_BAY=178 ROW=V TO V #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 CORE 3 : SAMPLE_TYPE=CORE 01446 DEPTH_RANGE= 1445.500 TO 1455.300M STORAGE_BAY=178 ROW=W TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 CORE 4 : SAMPLE_TYPE=CORE 01816 DEPTH_RANGE= 1815.450 TO 1822.660M STORAGE_BAY=178 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 CORE 5 : SAMPLE_TYPE=CORE 01833 DEPTH_RANGE= 1832.200 TO 1840.800M STORAGE_BAY=178 ROW=V TO W #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 1 GIPPSLAND N : KIPPER 1 CORE 6 : SAMPLE_TYPE=CORE 01841 DEPTH_RANGE= 1840.800 TO 1851.100M STORAGE_BAY=178 ROW=X TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 : SAMPLE_TYPE=CUTT 00830 DEPTH_RANGE= 830.000 TO 2600.000M STORAGE_BAY=178 ROW=Y TO Y #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 1-2 : SAMPLE_TYPE=CORE 02216 DEPTH_RANGE= 2216.000 TO 2222.210M STORAGE_BAY=179 ROW=P TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 3 : SAMPLE_TYPE=CORE 02281 DEPTH_RANGE= 2281.000 TO 2293.000M STORAGE_BAY=179 ROW=Q TO R #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 4 : SAMPLE_TYPE=CORE 02295 DEPTH_RANGE= 2294.290 TO 2310.520M STORAGE_BAY=178 ROW=Y TO Z #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 5 : SAMPLE_TYPE=CORE 02312 DEPTH_RANGE= 2311.500 TO 2316.520M STORAGE_BAY=178 ROW=Z TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 5 : SAMPLE_TYPE=CORE 02317 DEPTH_RANGE= 2316.520 TO 2318.280M STORAGE_BAY=179 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 6-7 : SAMPLE_TYPE=CORE 02321 DEPTH_RANGE= 2320.100 TO 2345.800M STORAGE_BAY=179 ROW=N TO P #TRAYS=33 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : KIPPER 2 CORE 8-9 : SAMPLE_TYPE=CORE 02346 DEPTH_RANGE= 2346.000 TO 2438.400M STORAGE_BAY=179 ROW=R TO S #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KIPPER 2 GIPPSLAND N : Kipper 2 : SAMPLE_TYPE=SWC 02267 DEPTH_RANGE= 2267.000 TO 2590.100M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=KYARRA 1A GIPPSLAND N : KYARRA 1A : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 220.000 TO 1273.000M STORAGE_BAY=037 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LA BELLA 1 OTWAY N : LA BELLA 1 : SAMPLE_TYPE=CORE 02071 DEPTH_RANGE= 2071.000 TO 2098.650M STORAGE_BAY=182 ROW=O TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LA BELLA 1 OTWAY N : LA BELLA 1 : SAMPLE_TYPE=CUTT 00620 DEPTH_RANGE= 620.000 TO 2735.000M STORAGE_BAY=182 ROW=O TO O #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 : SAMPLE_TYPE=CORE 00913 DEPTH_RANGE= 912.878 TO 913.792F STORAGE_BAY=036 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 : SAMPLE_TYPE=CORE 01854 DEPTH_RANGE= 1853.188 TO 1858.065F STORAGE_BAY=036 ROW=B TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 : SAMPLE_TYPE=CORE 02018 DEPTH_RANGE= 2017.780 TO 2022.000F STORAGE_BAY=036 ROW=B TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2016.256F STORAGE_BAY=060 ROW=M TO M #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 : SAMPLE_TYPE=CUTT 00022 DEPTH_RANGE= 21.031 TO 2026.924F STORAGE_BAY=036 ROW=A TO B #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 : SAMPLE_TYPE=SWC 01253 DEPTH_RANGE= 1252.730 TO 1828.804F STORAGE_BAY=036 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 CR1 : SAMPLE_TYPE=CORE 00910 DEPTH_RANGE= 909.523 TO 913.181F STORAGE_BAY=197 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKE REEVE 1 GIPPSLAND Y : LAKE REEVE 1 x3 : SAMPLE_TYPE=CUTT 00025 DEPTH_RANGE= 24.384 TO 1930.908F STORAGE_BAY=233 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE 1 GIPPSLAND Y : LK ENT 1 (W/SIDE) : SAMPLE_TYPE=CORE 00381 DEPTH_RANGE= 380.086 TO 416.358F STORAGE_BAY=016 ROW=G TO H #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE 1 GIPPSLAND Y : LK ENT 1 (W/SIDE) : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 380.086F STORAGE_BAY=196 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE 1 GIPPSLAND Y : LK ENT 1 (W/SIDE) : SAMPLE_TYPE=CUTT 00046 DEPTH_RANGE= 45.720 TO 380.086F STORAGE_BAY=016 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE DEV 1 GIPPSLAND Y : LAKES ENTRANCE 1 : SAMPLE_TYPE=CORE 00032 DEPTH_RANGE= 31.090 TO 208.788F STORAGE_BAY=015 ROW=K TO M #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE DEV 1 GIPPSLAND Y : LAKES ENTRANCE 1 : SAMPLE_TYPE=CORE 00212 DEPTH_RANGE= 211.227 TO 272.187F STORAGE_BAY=015 ROW=K TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE DEV 1 GIPPSLAND Y : LAKES ENTRANCE 1 : SAMPLE_TYPE=CORE 00276 DEPTH_RANGE= 275.235 TO 370.000F STORAGE_BAY=015 ROW=K TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE DEV 2 GIPPSLAND Y : LAKES ENTRANCE 2 : SAMPLE_TYPE=CORE 00022 DEPTH_RANGE= 21.336 TO 240.792F STORAGE_BAY=015 ROW=K TO M #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE DEV 2 GIPPSLAND Y : LAKES ENTRANCE 2 : SAMPLE_TYPE=CORE 00247 DEPTH_RANGE= 246.888 TO 388.621F STORAGE_BAY=015 ROW=K TO M #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE OIL SHAFT 1 GIPPSLAND Y : LAKES ENTRANCE OIL S : SAMPLE_TYPE=CC 00000 DEPTH_RANGE= .000 TO 112.471F STORAGE_BAY=011 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE OIL SHAFT 1 GIPPSLAND Y : LK ENTRANCE OS : SAMPLE_TYPE=CORE 00392 DEPTH_RANGE= 391.821 TO 402.337F STORAGE_BAY=019 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LAKES ENTRANCE OIL SHAFT 1 GIPPSLAND Y : LK ENTRANCE OS : SAMPLE_TYPE=CUTT 00373 DEPTH_RANGE= 372.924 TO 402.337F STORAGE_BAY=019 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LANGLEY 1 OTWAY Y : LANGLEY 1 : SAMPLE_TYPE=CORE 01745 DEPTH_RANGE= 1745.000 TO 1760.940M STORAGE_BAY=183 ROW=T TO T #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LANGLEY 1 OTWAY Y : LANGLEY 1 : SAMPLE_TYPE=CUTT 00110 DEPTH_RANGE= 110.000 TO 2006.000M STORAGE_BAY=098 ROW=I TO I #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LANGLEY 1 OTWAY Y : LANGLEY 1 : SAMPLE_TYPE=CUTT 00110 DEPTH_RANGE= 110.000 TO 2006.000M STORAGE_BAY=183 ROW=T TO U #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LEATHERJACKET 1 GIPPSLAND N : LEATHERJACKET 1 : SAMPLE_TYPE=CUTT 00270 DEPTH_RANGE= 270.000 TO 951.000M STORAGE_BAY=178 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 1 OTWAY Y : LINDON 1 : SAMPLE_TYPE=CORE 00913 DEPTH_RANGE= 912.500 TO 916.500M STORAGE_BAY=098 ROW=A TO A #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 1 OTWAY Y : LINDON 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 3005.000M STORAGE_BAY=177 ROW=T TO T #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 1 OTWAY Y : LINDON 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 3010.000M STORAGE_BAY=098 ROW=G TO G #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 1 OTWAY Y : Lindon 1 : SAMPLE_TYPE=CORE 01210 DEPTH_RANGE= 1210.000 TO 1560.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 1 OTWAY Y : Lindon 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 1 OTWAY Y : Lindon-1 : SAMPLE_TYPE=CORE 00913 DEPTH_RANGE= 912.500 TO 916.500M STORAGE_BAY=099 ROW=H TO H #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LINDON 2 OTWAY Y : Lindon 2 Unwashed Cu : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 970.000M STORAGE_BAY=237 ROW=S TO S #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LOCH ARD 1 OTWAY N : LOCH ARD 1 : SAMPLE_TYPE=CUTT 00390 DEPTH_RANGE= 390.000 TO 1397.000M STORAGE_BAY=182 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LOY YANG 1 GIPPSLAND Y : loy yang 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 320.000M STORAGE_BAY=183 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LOY YANG 1A GIPPSLAND Y : LOY YANG 1A : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 1735.000M STORAGE_BAY=183 ROW=Y TO Z #TRAYS=33 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LUDERICK 1 GIPPSLAND N : LUDERICK 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 3021.000M STORAGE_BAY=186 ROW=O TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=LUDERICK 1 GIPPSLAND N : LUDERICK 1 (1-3) : SAMPLE_TYPE=CORE 01838 DEPTH_RANGE= 1837.900 TO 1861.090M STORAGE_BAY=177 ROW=S TO T #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACALISTER 1 GIPPSLAND Y : MACILISTER 1 : SAMPLE_TYPE=CUTT 00030 DEPTH_RANGE= 30.000 TO 1452.000M STORAGE_BAY=189 ROW=W TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACALISTER 1 GIPPSLAND Y : Macalister 1 : SAMPLE_TYPE=SAMX 00110 DEPTH_RANGE= 110.000 TO 1452.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 : SAMPLE_TYPE=CORE 02416 DEPTH_RANGE= 2415.850 TO 2424.079F STORAGE_BAY=048 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 : SAMPLE_TYPE=CORE 02425 DEPTH_RANGE= 2424.994 TO 2429.566F STORAGE_BAY=048 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 : SAMPLE_TYPE=CORE 02438 DEPTH_RANGE= 2437.795 TO 2442.063F STORAGE_BAY=048 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 : SAMPLE_TYPE=CUTT 00003 DEPTH_RANGE= 2.438 TO 123.444F STORAGE_BAY=002 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 3044.958F STORAGE_BAY=187 ROW=N TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 3048.006F STORAGE_BAY=053 ROW=Y TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 1 GIPPSLAND N : MACKEREL 1 CR 2-3 : SAMPLE_TYPE=CORE 02417 DEPTH_RANGE= 2416.307 TO 2429.870F STORAGE_BAY=190 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02313 DEPTH_RANGE= 2312.218 TO 2318.618F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02313 DEPTH_RANGE= 2312.522 TO 2318.618F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02323 DEPTH_RANGE= 2322.276 TO 2323.495F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02323 DEPTH_RANGE= 2322.581 TO 2323.495F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02332 DEPTH_RANGE= 2331.115 TO 2331.481F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02332 DEPTH_RANGE= 2331.420 TO 2331.420F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02345 DEPTH_RANGE= 2344.526 TO 2345.441F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02345 DEPTH_RANGE= 2344.831 TO 2345.441F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02354 DEPTH_RANGE= 2353.670 TO 2358.547F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02354 DEPTH_RANGE= 2353.670 TO 2358.547F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02363 DEPTH_RANGE= 2362.814 TO 2363.424F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02363 DEPTH_RANGE= 2362.814 TO 2363.729F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02371 DEPTH_RANGE= 2370.739 TO 2375.921F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02371 DEPTH_RANGE= 2370.739 TO 2376.226F STORAGE_BAY=051 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02381 DEPTH_RANGE= 2380.493 TO 2381.712F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02381 DEPTH_RANGE= 2380.493 TO 2386.284F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02383 DEPTH_RANGE= 2382.626 TO 2386.284F STORAGE_BAY=051 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02390 DEPTH_RANGE= 2389.942 TO 2410.668F STORAGE_BAY=051 ROW=V TO W #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02391 DEPTH_RANGE= 2390.246 TO 2397.562F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02401 DEPTH_RANGE= 2400.610 TO 2410.668F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02421 DEPTH_RANGE= 2420.117 TO 2420.269F STORAGE_BAY=044 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CORE 02421 DEPTH_RANGE= 2420.117 TO 2420.269F STORAGE_BAY=051 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.033 TO 2590.805F STORAGE_BAY=053 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.033 TO 2590.805F STORAGE_BAY=187 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 : SAMPLE_TYPE=FB 00010 DEPTH_RANGE= 9.449 TO 145.237F STORAGE_BAY=047 ROW=Y TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 2 GIPPSLAND N : MACKEREL 2 X3 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.033 TO 2590.805F STORAGE_BAY=197 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02382 DEPTH_RANGE= 2381.712 TO 2386.894F STORAGE_BAY=031 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02386 DEPTH_RANGE= 2385.979 TO 2386.894F STORAGE_BAY=051 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02389 DEPTH_RANGE= 2388.417 TO 2396.342F STORAGE_BAY=031 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02389 DEPTH_RANGE= 2388.417 TO 2396.342F STORAGE_BAY=051 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02399 DEPTH_RANGE= 2398.781 TO 2404.572F STORAGE_BAY=031 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02404 DEPTH_RANGE= 2403.658 TO 2417.069F STORAGE_BAY=051 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CORE 02406 DEPTH_RANGE= 2405.182 TO 2417.069F STORAGE_BAY=031 ROW=M TO M #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 259.081 TO 2630.429F STORAGE_BAY=053 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 259.081 TO 2632.000F STORAGE_BAY=187 ROW=N TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 3 GIPPSLAND N : MACKEREL 3 : SAMPLE_TYPE=FB 00002 DEPTH_RANGE= 1.920 TO 143.561F STORAGE_BAY=047 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 4 GIPPSLAND N : MACKEREL 4 : SAMPLE_TYPE=CUTT 00872 DEPTH_RANGE= 871.730 TO 2651.765F STORAGE_BAY=053 ROW=Z TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 4 GIPPSLAND N : MACKEREL 4 : SAMPLE_TYPE=CUTT 00872 DEPTH_RANGE= 871.730 TO 2651.765F STORAGE_BAY=187 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 4 GIPPSLAND N : MACKEREL 4 CR 5-6 : SAMPLE_TYPE=CORE 02388 DEPTH_RANGE= 2387.198 TO 2392.990F STORAGE_BAY=190 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL 4 GIPPSLAND N : MACKEREL 4 CR 7 : SAMPLE_TYPE=CORE 02398 DEPTH_RANGE= 2397.257 TO 2401.829F STORAGE_BAY=190 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1 GIPPSLAND N : MACKEREL A1 : SAMPLE_TYPE=CORE 02445 DEPTH_RANGE= 2444.501 TO 2526.797F STORAGE_BAY=048 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1 GIPPSLAND N : MACKEREL A1 : SAMPLE_TYPE=CORE 02447 DEPTH_RANGE= 2446.330 TO 2456.769F STORAGE_BAY=046 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1 GIPPSLAND N : MACKEREL A1 : SAMPLE_TYPE=CORE 02457 DEPTH_RANGE= 2456.693 TO 2458.903F STORAGE_BAY=045 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1 GIPPSLAND N : MACKEREL A1 : SAMPLE_TYPE=CORE 02465 DEPTH_RANGE= 2464.923 TO 2470.104F STORAGE_BAY=045 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1 GIPPSLAND N : MACKEREL A1 : SAMPLE_TYPE=CUTT 02195 DEPTH_RANGE= 2194.564 TO 2444.196F STORAGE_BAY=045 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1 GIPPSLAND N : MACKEREL A1 : SAMPLE_TYPE=CUTT 02473 DEPTH_RANGE= 2472.238 TO 2528.321F STORAGE_BAY=050 ROW=U TO Z #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A10 GIPPSLAND N : MACKEREL A10 : SAMPLE_TYPE=CUTT 03262 DEPTH_RANGE= 3261.366 TO 3599.000F STORAGE_BAY=032 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A10A GIPPSLAND N : MACKEREL A10 A : SAMPLE_TYPE=CUTT 02740 DEPTH_RANGE= 2740.000 TO 3120.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A10B GIPPSLAND N : MACKEREL A10 B : SAMPLE_TYPE=CUTT 02600 DEPTH_RANGE= 2600.000 TO 2860.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A11 GIPPSLAND N : MACKEREL A11 : SAMPLE_TYPE=CUTT 03049 DEPTH_RANGE= 3048.006 TO 3322.000F STORAGE_BAY=042 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A11A GIPPSLAND N : MACKEREL A11 A : SAMPLE_TYPE=CUTT 03900 DEPTH_RANGE= 3900.000 TO 4230.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A11B GIPPSLAND N : MACKEREL A11 B : SAMPLE_TYPE=CUTT 02820 DEPTH_RANGE= 2820.000 TO 3245.000M STORAGE_BAY=194 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A11B GIPPSLAND N : MACKEREL A11 B cr1-4 : SAMPLE_TYPE=CORE 03005 DEPTH_RANGE= 3005.000 TO 3062.080M STORAGE_BAY=194 ROW=R TO V #TRAYS=51 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A12 GIPPSLAND N : MACKEREL A12 : SAMPLE_TYPE=CUTT 03342 DEPTH_RANGE= 3341.224 TO 3603.000F STORAGE_BAY=032 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A12A GIPPSLAND N : MACKEREL A 12 A : SAMPLE_TYPE=CUTT 03410 DEPTH_RANGE= 3410.000 TO 3829.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A13 GIPPSLAND N : MACKEREL A13 : SAMPLE_TYPE=CUTT 03673 DEPTH_RANGE= 3672.847 TO 3956.617F STORAGE_BAY=033 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A14 ST2 GIPPSLAND N : MACKEREL A14 : SAMPLE_TYPE=CUTT 05216 DEPTH_RANGE= 5215.139 TO 5460.198F STORAGE_BAY=039 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A18A GIPPSLAND N : MACKEREL A-18A Core1 : SAMPLE_TYPE=CORE 03359 DEPTH_RANGE= 3359.000 TO 3359.210M STORAGE_BAY=232 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A18A GIPPSLAND N : MACKEREL A-18A Core2 : SAMPLE_TYPE=CORE 03371 DEPTH_RANGE= 3371.000 TO 3385.470M STORAGE_BAY=232 ROW=R TO S #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A18A GIPPSLAND N : MACKEREL A18 A : SAMPLE_TYPE=CUTT 03200 DEPTH_RANGE= 3200.000 TO 3594.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A18A GIPPSLAND N : Mackerel A18A Core#2 : SAMPLE_TYPE=CORE 03359 DEPTH_RANGE= 3359.000 TO 3385.470M STORAGE_BAY=232 ROW=R TO S #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A19 GIPPSLAND N : MACKEREL A19 : SAMPLE_TYPE=CUTT 03590 DEPTH_RANGE= 3590.000 TO 3915.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A1A GIPPSLAND N : MACKEREL A1A : SAMPLE_TYPE=CUTT 02134 DEPTH_RANGE= 2133.604 TO 2584.709F STORAGE_BAY=053 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A2 GIPPSLAND N : MACKEREL A2 : SAMPLE_TYPE=CUTT 03234 DEPTH_RANGE= 3233.935 TO 3587.503F STORAGE_BAY=032 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A2 GIPPSLAND N : MACKEREL A2 : SAMPLE_TYPE=CUTT 03615 DEPTH_RANGE= 3614.935 TO 3641.453F STORAGE_BAY=032 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A20 GIPPSLAND N : MACKEREL A20 : SAMPLE_TYPE=CUTT 04500 DEPTH_RANGE= 4500.000 TO 4868.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A21 GIPPSLAND N : MACKEREL A21 : SAMPLE_TYPE=CUTT 04870 DEPTH_RANGE= 4870.000 TO 5035.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A22 GIPPSLAND N : MACKEREL A22 : SAMPLE_TYPE=CUTT 04420 DEPTH_RANGE= 4420.000 TO 4885.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A23 GIPPSLAND N : MACKEREL A23 : SAMPLE_TYPE=CUTT 02470 DEPTH_RANGE= 2470.000 TO 2732.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A24 GIPPSLAND N : MACKEREL A24 : SAMPLE_TYPE=CUTT 03850 DEPTH_RANGE= 3850.000 TO 4160.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A25 GIPPSLAND N : MACKEREL A25 : SAMPLE_TYPE=CUTT 03470 DEPTH_RANGE= 3470.000 TO 3779.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A2A GIPPSLAND N : MACKEREL A2A : SAMPLE_TYPE=CUTT 03170 DEPTH_RANGE= 3170.000 TO 3534.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A2A GIPPSLAND N : MACKEREL A2A CR1 : SAMPLE_TYPE=CORE 03379 DEPTH_RANGE= 3379.000 TO 3395.110M STORAGE_BAY=194 ROW=V TO W #TRAYS=28 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A2A GIPPSLAND N : MACKEREL A2A CR2 : SAMPLE_TYPE=CORE 03397 DEPTH_RANGE= 3397.000 TO 3412.000M STORAGE_BAY=194 ROW=W TO Y #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A3 GIPPSLAND N : MACKEREL A3 : SAMPLE_TYPE=CUTT 02488 DEPTH_RANGE= 2487.173 TO 2737.000F STORAGE_BAY=032 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A4 GIPPSLAND N : MACKEREL A4 : SAMPLE_TYPE=CUTT 02567 DEPTH_RANGE= 2566.421 TO 2801.100F STORAGE_BAY=032 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A5A GIPPSLAND N : MACKEREL A5A : SAMPLE_TYPE=CUTT 02317 DEPTH_RANGE= 2316.485 TO 2613.665F STORAGE_BAY=042 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A6 GIPPSLAND N : MACKEREL A6 : SAMPLE_TYPE=CUTT 02134 DEPTH_RANGE= 2133.604 TO 2621.285F STORAGE_BAY=054 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A7 GIPPSLAND N : MACKEREL A7 : SAMPLE_TYPE=CUTT 02439 DEPTH_RANGE= 2438.405 TO 2676.149F STORAGE_BAY=032 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A7 GIPPSLAND N : MACKEREL A7 : SAMPLE_TYPE=CUTT 02439 DEPTH_RANGE= 2438.405 TO 2676.149F STORAGE_BAY=187 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A8 GIPPSLAND N : MACKEREL A8 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .530F STORAGE_BAY=036 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A8 GIPPSLAND N : MACKEREL A8 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .622F STORAGE_BAY=036 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A8 GIPPSLAND N : MACKEREL A8 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .920F STORAGE_BAY=036 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A8 GIPPSLAND N : MACKEREL A8 : SAMPLE_TYPE=CUTT 02430 DEPTH_RANGE= 2429.261 TO 2782.000F STORAGE_BAY=032 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A8 GIPPSLAND N : MACKEREL A8 CR1-3 : SAMPLE_TYPE=CORE 00799 DEPTH_RANGE= 798.578 TO 803.759F STORAGE_BAY=190 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A8A GIPPSLAND N : MACKEREL A8 A : SAMPLE_TYPE=CUTT 04150 DEPTH_RANGE= 4150.000 TO 4386.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A9 GIPPSLAND N : MACKEREL A9 : SAMPLE_TYPE=CORE 02779 DEPTH_RANGE= 2778.500 TO 2880.730M STORAGE_BAY=033 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A9 GIPPSLAND N : MACKEREL A9 : SAMPLE_TYPE=CUTT 02652 DEPTH_RANGE= 2651.765 TO 2889.510F STORAGE_BAY=032 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A9 GIPPSLAND N : MACKEREL A9 SIDE : SAMPLE_TYPE=CORE 02744 DEPTH_RANGE= 2743.206 TO 3063.200F STORAGE_BAY=032 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A9 GIPPSLAND N : MACKEREL A9 SIDE : SAMPLE_TYPE=CORE 02879 DEPTH_RANGE= 2878.600 TO 2879.400M STORAGE_BAY=179 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MACKEREL A9A GIPPSLAND N : MACKEREL A9 A : SAMPLE_TYPE=CUTT 02850 DEPTH_RANGE= 2850.000 TO 3199.000M STORAGE_BAY=194 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MANTA 1 GIPPSLAND N : MANTA 1 : SAMPLE_TYPE=CORE 03300 DEPTH_RANGE= 3300.000 TO 3308.080M STORAGE_BAY=176 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MANTA 1 GIPPSLAND N : MANTA 1 : SAMPLE_TYPE=CUTT 00660 DEPTH_RANGE= 660.000 TO 3572.000M STORAGE_BAY=176 ROW=N TO N #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01393 DEPTH_RANGE= 1392.939 TO 1406.045F STORAGE_BAY=056 ROW=B TO B #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01413 DEPTH_RANGE= 1412.446 TO 1414.275F STORAGE_BAY=056 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01418 DEPTH_RANGE= 1417.018 TO 1424.638F STORAGE_BAY=056 ROW=B TO B #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01448 DEPTH_RANGE= 1447.803 TO 1462.433F STORAGE_BAY=056 ROW=C TO C #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01492 DEPTH_RANGE= 1491.085 TO 1494.133F STORAGE_BAY=056 ROW=C TO C #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01537 DEPTH_RANGE= 1536.805 TO 1537.719F STORAGE_BAY=056 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 01540 DEPTH_RANGE= 1539.548 TO 1580.086F STORAGE_BAY=056 ROW=C TO E #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 02206 DEPTH_RANGE= 2205.842 TO 2214.986F STORAGE_BAY=056 ROW=E TO E #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 02278 DEPTH_RANGE= 2277.775 TO 2279.299F STORAGE_BAY=056 ROW=E TO E #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 02280 DEPTH_RANGE= 2279.908 TO 2288.748F STORAGE_BAY=056 ROW=E TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 02571 DEPTH_RANGE= 2570.688 TO 2572.517F STORAGE_BAY=056 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CORE 02574 DEPTH_RANGE= 2573.432 TO 2579.832F STORAGE_BAY=056 ROW=F TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 1 GIPPSLAND N : MARLIN 1 : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.039 TO 2581.661F STORAGE_BAY=056 ROW=B TO B #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 01460 DEPTH_RANGE= 1459.995 TO 1469.139F STORAGE_BAY=056 ROW=F TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 01494 DEPTH_RANGE= 1493.523 TO 1502.667F STORAGE_BAY=056 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 01528 DEPTH_RANGE= 1527.965 TO 1537.109F STORAGE_BAY=056 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 01550 DEPTH_RANGE= 1549.911 TO 1581.915F STORAGE_BAY=056 ROW=F TO H #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 02843 DEPTH_RANGE= 2842.571 TO 2858.877F STORAGE_BAY=056 ROW=H TO H #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 02861 DEPTH_RANGE= 2860.554 TO 2887.986F STORAGE_BAY=056 ROW=H TO I #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CORE 03011 DEPTH_RANGE= 3010.211 TO 3016.307F STORAGE_BAY=056 ROW=I TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 3041.910F STORAGE_BAY=051 ROW=Z TO Z #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=CUTT 00708 DEPTH_RANGE= 707.137 TO 3044.958F STORAGE_BAY=054 ROW=Z TO Z #TRAYS=80 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=FB 00001 DEPTH_RANGE= .305 TO 89.002F STORAGE_BAY=047 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 2 GIPPSLAND N : MARLIN 2 : SAMPLE_TYPE=SWC 02305 DEPTH_RANGE= 2304.293 TO 2633.477F STORAGE_BAY=054 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 3 GIPPSLAND N : MARLIN 3 : SAMPLE_TYPE=CORE 01545 DEPTH_RANGE= 1544.729 TO 1552.045F STORAGE_BAY=036 ROW=Y TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 3 GIPPSLAND N : MARLIN 3 : SAMPLE_TYPE=CORE 01563 DEPTH_RANGE= 1562.103 TO 1565.456F STORAGE_BAY=036 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 3 GIPPSLAND N : MARLIN 3 : SAMPLE_TYPE=CORE 01568 DEPTH_RANGE= 1567.589 TO 1570.028F STORAGE_BAY=036 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 3 GIPPSLAND N : MARLIN 3 : SAMPLE_TYPE=CUTT 00692 DEPTH_RANGE= 691.897 TO 1780.036F STORAGE_BAY=054 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 4 GIPPSLAND N : MARLIN 4 : SAMPLE_TYPE=CORE 01867 DEPTH_RANGE= 1866.294 TO 1873.305F STORAGE_BAY=051 ROW=S TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 4 GIPPSLAND N : MARLIN 4 : SAMPLE_TYPE=CORE 02246 DEPTH_RANGE= 2245.771 TO 2257.353F STORAGE_BAY=051 ROW=S TO T #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 4 GIPPSLAND N : MARLIN 4 : SAMPLE_TYPE=CUTT 00199 DEPTH_RANGE= 198.120 TO 2621.285F STORAGE_BAY=051 ROW=S TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 4 GIPPSLAND N : MARLIN 4 : SAMPLE_TYPE=CUTT 00756 DEPTH_RANGE= 755.906 TO 2621.285F STORAGE_BAY=186 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN 4 GIPPSLAND N : Marlin 4 : SAMPLE_TYPE=RESI 02591 DEPTH_RANGE= 2590.800 TO 2621.300M STORAGE_BAY=240 ROW=ZZ TO ZZ #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01400 DEPTH_RANGE= 1399.035 TO 1621.234F STORAGE_BAY=031 ROW=X TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01418 DEPTH_RANGE= 1417.170 TO 1421.895F STORAGE_BAY=188 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01424 DEPTH_RANGE= 1423.876 TO 1434.087F STORAGE_BAY=188 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01437 DEPTH_RANGE= 1436.068 TO 1444.145F STORAGE_BAY=188 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01446 DEPTH_RANGE= 1445.362 TO 1464.869F STORAGE_BAY=188 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01494 DEPTH_RANGE= 1493.218 TO 1495.657F STORAGE_BAY=051 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CORE 01498 DEPTH_RANGE= 1497.485 TO 1517.297F STORAGE_BAY=051 ROW=Y TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 : SAMPLE_TYPE=CUTT 00156 DEPTH_RANGE= 155.448 TO 1632.200F STORAGE_BAY=054 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN A1 CORE 1 : SAMPLE_TYPE=CORE 01394 DEPTH_RANGE= 1393.701 TO 1393.853F STORAGE_BAY=190 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN AI : SAMPLE_TYPE=CORE 01466 DEPTH_RANGE= 1465.634 TO 1469.444F STORAGE_BAY=188 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A1 GIPPSLAND N : MARLIN AI : SAMPLE_TYPE=CORE 01604 DEPTH_RANGE= 1603.251 TO 1621.234F STORAGE_BAY=186 ROW=W TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A10 GIPPSLAND N : MARLIN A10 : SAMPLE_TYPE=CUTT 01372 DEPTH_RANGE= 1371.603 TO 1859.280F STORAGE_BAY=052 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A11 GIPPSLAND N : MARLIN A11 : SAMPLE_TYPE=CUTT 01631 DEPTH_RANGE= 1630.683 TO 2151.892F STORAGE_BAY=052 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A12 GIPPSLAND N : MARLIN A12 : SAMPLE_TYPE=CUTT 01677 DEPTH_RANGE= 1676.403 TO 2121.400F STORAGE_BAY=054 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A13 GIPPSLAND N : MARLIN A13 : SAMPLE_TYPE=CUTT 01643 DEPTH_RANGE= 1642.875 TO 2130.556F STORAGE_BAY=054 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A14 GIPPSLAND N : MARLIN A14 : SAMPLE_TYPE=CUTT 01342 DEPTH_RANGE= 1341.123 TO 1749.000F STORAGE_BAY=054 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A15 GIPPSLAND N : MARLIN A15 : SAMPLE_TYPE=CUTT 01890 DEPTH_RANGE= 1889.764 TO 2115.316F STORAGE_BAY=054 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A17 GIPPSLAND N : MARLIN A17 : SAMPLE_TYPE=CUTT 01762 DEPTH_RANGE= 1761.748 TO 1962.916F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01729 DEPTH_RANGE= 1728.829 TO 1732.487F STORAGE_BAY=051 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01735 DEPTH_RANGE= 1734.925 TO 1744.526F STORAGE_BAY=051 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01748 DEPTH_RANGE= 1747.117 TO 1752.299F STORAGE_BAY=051 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01754 DEPTH_RANGE= 1753.213 TO 1757.785F STORAGE_BAY=051 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01760 DEPTH_RANGE= 1759.309 TO 1759.766F STORAGE_BAY=051 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01762 DEPTH_RANGE= 1761.443 TO 1776.988F STORAGE_BAY=051 ROW=U TO U #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01781 DEPTH_RANGE= 1780.950 TO 1785.522F STORAGE_BAY=051 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01826 DEPTH_RANGE= 1825.756 TO 1831.699F STORAGE_BAY=051 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CORE 01837 DEPTH_RANGE= 1836.119 TO 1836.424F STORAGE_BAY=051 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A18 GIPPSLAND N : MARLIN A18 : SAMPLE_TYPE=CUTT 01677 DEPTH_RANGE= 1676.403 TO 1923.292F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A19 GIPPSLAND N : MARLIN A19 : SAMPLE_TYPE=CUTT 01457 DEPTH_RANGE= 1456.947 TO 1731.267F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A20 GIPPSLAND N : MARLIN A20 : SAMPLE_TYPE=CUTT 01646 DEPTH_RANGE= 1645.923 TO 2054.356F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A21 GIPPSLAND N : MARLIN A21 : SAMPLE_TYPE=CUTT 01525 DEPTH_RANGE= 1524.003 TO 1871.400F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A22 GIPPSLAND N : MARLIN A22 : SAMPLE_TYPE=CUTT 01738 DEPTH_RANGE= 1737.364 TO 2215.900F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A23 GIPPSLAND N : MARLIN A23 : SAMPLE_TYPE=CUTT 01366 DEPTH_RANGE= 1365.507 TO 1591.059F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A24 GIPPSLAND N : MARLIN A24 : SAMPLE_TYPE=CORE 02664 DEPTH_RANGE= 2663.653 TO 2685.293F STORAGE_BAY=051 ROW=X TO Y #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A24 GIPPSLAND N : MARLIN A24 : SAMPLE_TYPE=CORE 03191 DEPTH_RANGE= 3190.348 TO 3201.930F STORAGE_BAY=044 ROW=V TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A24 GIPPSLAND N : MARLIN A24 : SAMPLE_TYPE=CUTT 01976 DEPTH_RANGE= 1975.108 TO 3349.759F STORAGE_BAY=054 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A24 GIPPSLAND N : MARLIN A24 CR 1-3 : SAMPLE_TYPE=CORE 02664 DEPTH_RANGE= 2663.957 TO 2693.218F STORAGE_BAY=190 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A24 GIPPSLAND N : unnamed : SAMPLE_TYPE=CC 02691 DEPTH_RANGE= 2690.774 TO 2693.213F STORAGE_BAY=044 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A2A GIPPSLAND N : MARLIN A2A : SAMPLE_TYPE=CUTT 01372 DEPTH_RANGE= 1371.603 TO 1658.115F STORAGE_BAY=054 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01677 DEPTH_RANGE= 1676.099 TO 1679.147F STORAGE_BAY=057 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01683 DEPTH_RANGE= 1682.195 TO 1683.719F STORAGE_BAY=057 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01690 DEPTH_RANGE= 1689.510 TO 1691.339F STORAGE_BAY=057 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01693 DEPTH_RANGE= 1692.253 TO 1710.236F STORAGE_BAY=057 ROW=H TO H #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01718 DEPTH_RANGE= 1717.551 TO 1722.733F STORAGE_BAY=057 ROW=H TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01728 DEPTH_RANGE= 1727.305 TO 1729.743F STORAGE_BAY=057 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01737 DEPTH_RANGE= 1736.754 TO 1741.631F STORAGE_BAY=057 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01899 DEPTH_RANGE= 1898.908 TO 1901.346F STORAGE_BAY=057 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01904 DEPTH_RANGE= 1903.785 TO 1913.843F STORAGE_BAY=057 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CORE 01916 DEPTH_RANGE= 1915.977 TO 1922.073F STORAGE_BAY=057 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 : SAMPLE_TYPE=CUTT 00927 DEPTH_RANGE= 926.594 TO 1316.739F STORAGE_BAY=054 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A3 GIPPSLAND N : MARLIN A3 CR 9-12 : SAMPLE_TYPE=CORE 01901 DEPTH_RANGE= 1900.127 TO 1921.554F STORAGE_BAY=190 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A4 GIPPSLAND N : MARLIN A4 : SAMPLE_TYPE=CORE 01973 DEPTH_RANGE= 1972.060 TO 1978.461F STORAGE_BAY=057 ROW=K TO K #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A5 GIPPSLAND N : MARLIN A5 : SAMPLE_TYPE=CUTT 00763 DEPTH_RANGE= 762.002 TO 2078.740F STORAGE_BAY=054 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A6 GIPPSLAND N : MARLIN A6 : SAMPLE_TYPE=CORE 02507 DEPTH_RANGE= 2506.675 TO 2530.754F STORAGE_BAY=050 ROW=A TO A #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A6 GIPPSLAND N : MARLIN A6 : SAMPLE_TYPE=CORE 02835 DEPTH_RANGE= 2834.646 TO 2851.410F STORAGE_BAY=055 ROW=B TO B #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A6 GIPPSLAND N : MARLIN A6 : SAMPLE_TYPE=CUTT 00763 DEPTH_RANGE= 762.002 TO 2078.740F STORAGE_BAY=054 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A6 GIPPSLAND N : MARLIN A6 : SAMPLE_TYPE=CUTT 01014 DEPTH_RANGE= 1013.767 TO 3163.830F STORAGE_BAY=054 ROW=Y TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A6 GIPPSLAND N : MARLIN A6 : SAMPLE_TYPE=CUTT 01014 DEPTH_RANGE= 1013.767 TO 3371.095F STORAGE_BAY=054 ROW=W TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A6 GIPPSLAND N : MARLIN A6 CR 3-4 : SAMPLE_TYPE=CORE 02837 DEPTH_RANGE= 2836.779 TO 2846.838F STORAGE_BAY=190 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A8 GIPPSLAND N : MARLIN A8 : SAMPLE_TYPE=CUTT 01677 DEPTH_RANGE= 1676.403 TO 2378.900F STORAGE_BAY=054 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MARLIN A9 GIPPSLAND N : MARLIN A9 : SAMPLE_TYPE=CUTT 00631 DEPTH_RANGE= 630.937 TO 1633.731F STORAGE_BAY=054 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MCCREESH 1 GIPPSLAND Y : McCreesh 1 : SAMPLE_TYPE=CUTT 00320 DEPTH_RANGE= 320.000 TO 1803.000M STORAGE_BAY=099 ROW=A TO A #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MCCREESH 1 GIPPSLAND Y : Mccreesh 1 : SAMPLE_TYPE=SAMX 00310 DEPTH_RANGE= 310.000 TO 1803.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MCEACHERN 1 OTWAY Y : Mceachern 1 : SAMPLE_TYPE=SAMX 00020 DEPTH_RANGE= 20.000 TO 1700.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MCEACHERN 1 OTWAY Y : Mceachern 1 : SAMPLE_TYPE=SWC 00403 DEPTH_RANGE= 402.600 TO 2378.000M STORAGE_BAY=236 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=CORE 00721 DEPTH_RANGE= 720.549 TO 914.097F STORAGE_BAY=010 ROW=E TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=CORE 01436 DEPTH_RANGE= 1435.001 TO 1438.659F STORAGE_BAY=010 ROW=E TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=CORE 01546 DEPTH_RANGE= 1545.339 TO 1548.692F STORAGE_BAY=010 ROW=E TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=CORE 01657 DEPTH_RANGE= 1656.591 TO 1671.831F STORAGE_BAY=010 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=CORE 01826 DEPTH_RANGE= 1825.756 TO 1829.500F STORAGE_BAY=010 ROW=E TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 1825.756F STORAGE_BAY=010 ROW=E TO J #TRAYS=56 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : MERRIMAN 1 : SAMPLE_TYPE=SWC 00158 DEPTH_RANGE= 157.277 TO 1814.173F STORAGE_BAY=045 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MERRIMAN 1 GIPPSLAND Y : Merriman 1 : SAMPLE_TYPE=MISC 00982 DEPTH_RANGE= 981.456 TO 1722.120F STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MIDWEST 2 GIPPSLAND Y : MIDWEST OIL CO 1 : SAMPLE_TYPE=CC 00336 DEPTH_RANGE= 335.281 TO 676.962F STORAGE_BAY=015 ROW=G TO G #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MIDWEST 2 GIPPSLAND Y : MIDWEST OIL CO 1 : SAMPLE_TYPE=CORE 00336 DEPTH_RANGE= 335.281 TO 604.115F STORAGE_BAY=015 ROW=G TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILDURA WEST 1 MURRAY Y : MILDURA WEST 1 : SAMPLE_TYPE=CORE 00368 DEPTH_RANGE= 367.890 TO 424.280M STORAGE_BAY=175 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILDURA WEST 1 MURRAY Y : MILDURA WEST 1 : SAMPLE_TYPE=CUTT 00090 DEPTH_RANGE= 90.000 TO 428.000M STORAGE_BAY=175 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILDURA WEST 2 MURRAY Y : MILDURA WEST 2 : SAMPLE_TYPE=CORE 00585 DEPTH_RANGE= 585.000 TO 586.220M STORAGE_BAY=175 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILDURA WEST 2 MURRAY Y : MILDURA WEST 2 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 4.000 TO 597.000M STORAGE_BAY=175 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CORE 00258 DEPTH_RANGE= 257.861 TO 260.909F STORAGE_BAY=052 ROW=K TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CORE 00566 DEPTH_RANGE= 565.405 TO 568.148F STORAGE_BAY=052 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CORE 00891 DEPTH_RANGE= 890.323 TO 893.371F STORAGE_BAY=052 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CORE 01043 DEPTH_RANGE= 1042.723 TO 1045.466F STORAGE_BAY=052 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CORE 01182 DEPTH_RANGE= 1181.712 TO 1182.474F STORAGE_BAY=052 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CORE 01247 DEPTH_RANGE= 1246.025 TO 1246.635F STORAGE_BAY=052 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1243.587F STORAGE_BAY=053 ROW=V TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MILTON 1 LACHLAN_FB Y : MILTON 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 792.480F STORAGE_BAY=198 ROW=P TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 1 OTWAY N : MINERVA 1 : SAMPLE_TYPE=CUTT 00560 DEPTH_RANGE= 560.000 TO 2425.000M STORAGE_BAY=182 ROW=T TO T #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 1 OTWAY N : MINERVA 1 CR 1-3 : SAMPLE_TYPE=CORE 01821 DEPTH_RANGE= 1821.000 TO 1846.870M STORAGE_BAY=182 ROW=R TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A : SAMPLE_TYPE=CUTT 00560 DEPTH_RANGE= 560.000 TO 2170.000M STORAGE_BAY=182 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A CR 1 : SAMPLE_TYPE=CORE 01729 DEPTH_RANGE= 1728.500 TO 1733.600M STORAGE_BAY=182 ROW=U TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A CR 2 : SAMPLE_TYPE=CORE 01839 DEPTH_RANGE= 1838.800 TO 1855.050M STORAGE_BAY=182 ROW=V TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A CR 3 : SAMPLE_TYPE=CORE 01857 DEPTH_RANGE= 1856.750 TO 1881.700M STORAGE_BAY=182 ROW=X TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A CR 3 : SAMPLE_TYPE=CORE 01882 DEPTH_RANGE= 1881.700 TO 1882.500M STORAGE_BAY=183 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A CR 4 : SAMPLE_TYPE=CORE 01918 DEPTH_RANGE= 1917.400 TO 1942.700M STORAGE_BAY=183 ROW=N TO Q #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MINERVA 2A OTWAY N : MINERVA 2A CR 5 : SAMPLE_TYPE=CORE 01944 DEPTH_RANGE= 1943.300 TO 1969.000M STORAGE_BAY=183 ROW=Q TO S #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00017 DEPTH_RANGE= 16.459 TO 60.960F STORAGE_BAY=001 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00058 DEPTH_RANGE= 57.912 TO 79.248F STORAGE_BAY=001 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00068 DEPTH_RANGE= 67.056 TO 94.488F STORAGE_BAY=001 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00083 DEPTH_RANGE= 82.296 TO 157.582F STORAGE_BAY=001 ROW=B TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00101 DEPTH_RANGE= 100.279 TO 124.968F STORAGE_BAY=001 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00121 DEPTH_RANGE= 120.091 TO 137.160F STORAGE_BAY=001 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00132 DEPTH_RANGE= 131.064 TO 148.743F STORAGE_BAY=001 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MISSISSIPPI CREEK 1 GIPPSLAND Y : COLQUHOUN NORTH : SAMPLE_TYPE=CORE 00154 DEPTH_RANGE= 153.010 TO 160.325F STORAGE_BAY=001 ROW=B TO B #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 1 GIPPSLAND N : MOONFISH : SAMPLE_TYPE=CUTT 00860 DEPTH_RANGE= 860.000 TO 3045.000M STORAGE_BAY=192 ROW=X TO Y #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 1 GIPPSLAND N : MOONFISH 1 ST 1 : SAMPLE_TYPE=CUTT 00870 DEPTH_RANGE= 870.000 TO 2800.000M STORAGE_BAY=192 ROW=Y TO Z #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 1 GIPPSLAND N : MOONFISH 1 cr 1 : SAMPLE_TYPE=CORE 02009 DEPTH_RANGE= 2008.500 TO 2021.170M STORAGE_BAY=233 ROW=V TO W #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 1 GIPPSLAND N : MOONFISH 1 cr 2-4 : SAMPLE_TYPE=CORE 02257 DEPTH_RANGE= 2257.000 TO 2300.550M STORAGE_BAY=233 ROW=W TO Y #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 2 GIPPSLAND N : Core#1 : SAMPLE_TYPE=CORE 01801 DEPTH_RANGE= 1801.000 TO 1815.000M STORAGE_BAY=234 ROW=L TO M #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 2 GIPPSLAND N : Core#2 : SAMPLE_TYPE=CORE 01816 DEPTH_RANGE= 1816.000 TO 1833.900M STORAGE_BAY=234 ROW=N TO O #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 2 GIPPSLAND N : Core#3 : SAMPLE_TYPE=CORE 01834 DEPTH_RANGE= 1834.000 TO 1851.340M STORAGE_BAY=234 ROW=P TO Q #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOONFISH 2 GIPPSLAND N : MOONFISH 2 : SAMPLE_TYPE=CUTT 00150 DEPTH_RANGE= 150.000 TO 2318.000M STORAGE_BAY=204 ROW=G TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORAY 1 GIPPSLAND N : MORAY 1 : SAMPLE_TYPE=CORE 01648 DEPTH_RANGE= 1647.447 TO 1650.953F STORAGE_BAY=053 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORAY 1 GIPPSLAND N : MORAY 1 : SAMPLE_TYPE=CORE 01688 DEPTH_RANGE= 1687.071 TO 1701.397F STORAGE_BAY=053 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORAY 1 GIPPSLAND N : MORAY 1 : SAMPLE_TYPE=CUTT 00226 DEPTH_RANGE= 225.552 TO 2670.053F STORAGE_BAY=053 ROW=X TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORAY 1 GIPPSLAND N : MORAY 1 : SAMPLE_TYPE=CUTT 00226 DEPTH_RANGE= 225.552 TO 2670.053F STORAGE_BAY=185 ROW=Y TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORKALLA 1 MURRAY Y : MORKALLA 1 : SAMPLE_TYPE=CORE 00781 DEPTH_RANGE= 780.290 TO 783.300F STORAGE_BAY=050 ROW=K TO K #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORKALLA 1 MURRAY Y : MORKALLA 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 780.290F STORAGE_BAY=052 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORWONG 1 GIPPSLAND N : MORWONG 1 : SAMPLE_TYPE=CORE 02301 DEPTH_RANGE= 2300.025 TO 2302.159F STORAGE_BAY=052 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORWONG 1 GIPPSLAND N : MORWONG 1 : SAMPLE_TYPE=CUTT 00214 DEPTH_RANGE= 213.360 TO 2435.357F STORAGE_BAY=052 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MORWONG 1 GIPPSLAND N : MORWONG 1 : SAMPLE_TYPE=CUTT 00214 DEPTH_RANGE= 213.360 TO 2435.357F STORAGE_BAY=185 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CORE 00736 DEPTH_RANGE= 735.484 TO 740.361F STORAGE_BAY=053 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CORE 00739 DEPTH_RANGE= 738.837 TO 740.361F STORAGE_BAY=046 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CORE 00858 DEPTH_RANGE= 857.709 TO 863.500F STORAGE_BAY=046 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CORE 00858 DEPTH_RANGE= 857.709 TO 863.500F STORAGE_BAY=053 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CORE 01003 DEPTH_RANGE= 1002.184 TO 1006.756F STORAGE_BAY=046 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 999.746F STORAGE_BAY=195 ROW=X TO X #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1002.184F STORAGE_BAY=053 ROW=S TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : MOYNE FALLS 1 : SAMPLE_TYPE=SWC 00393 DEPTH_RANGE= 392.888 TO 771.146F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MOYNE FALLS 1 OTWAY Y : Moyne Falls 1 : SAMPLE_TYPE=MISC 00733 DEPTH_RANGE= 732.739 TO 734.568F STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUDSKIPPER 1 GIPPSLAND N : MUDSKIPPER 1 : SAMPLE_TYPE=CUTT 00390 DEPTH_RANGE= 390.000 TO 1630.000M STORAGE_BAY=179 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MULLET 1 GIPPSLAND N : MULLET 1 : SAMPLE_TYPE=CUTT 00409 DEPTH_RANGE= 408.433 TO 749.810F STORAGE_BAY=188 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MULLOWAY 1 GIPPSLAND N : MULLOWAY 1 : SAMPLE_TYPE=CUTT 00780 DEPTH_RANGE= 780.000 TO 1721.000M STORAGE_BAY=180 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MULLOWAY 1 GIPPSLAND N : MULLOWAY 1 CORE 1 : SAMPLE_TYPE=CORE 01380 DEPTH_RANGE= 1380.000 TO 1388.380M STORAGE_BAY=180 ROW=W TO W #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MULLOWAY 1 GIPPSLAND N : MULLOWAY 1 CORE 2 : SAMPLE_TYPE=CORE 01394 DEPTH_RANGE= 1393.500 TO 1400.650M STORAGE_BAY=180 ROW=W TO X #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : MUSSEL 1 : SAMPLE_TYPE=CORE 02098 DEPTH_RANGE= 2097.638 TO 2102.515F STORAGE_BAY=031 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : MUSSEL 1 : SAMPLE_TYPE=CORE 02237 DEPTH_RANGE= 2236.017 TO 2238.456F STORAGE_BAY=031 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : MUSSEL 1 : SAMPLE_TYPE=CUTT 00311 DEPTH_RANGE= 310.897 TO 2447.549F STORAGE_BAY=053 ROW=M TO N #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : MUSSEL 1 : SAMPLE_TYPE=CUTT 00311 DEPTH_RANGE= 310.897 TO 2447.549F STORAGE_BAY=185 ROW=T TO T #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : MUSSEL 1 : SAMPLE_TYPE=SWC 00284 DEPTH_RANGE= 283.160 TO 679.401F STORAGE_BAY=053 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : Mussel 1 : SAMPLE_TYPE=CORE 02102 DEPTH_RANGE= 2102.000 TO 2220.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : Mussel 1 : SAMPLE_TYPE=MISC 01483 DEPTH_RANGE= 1483.000 TO 2013.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MUSSEL 1 OTWAY N : Mussel 1 : SAMPLE_TYPE=MISC 02445 DEPTH_RANGE= 2444.496 TO 2444.496F STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MYLOR 1 OTWAY Y : MYLOR 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 1596.000M STORAGE_BAY=098 ROW=B TO B #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MYLOR 1 OTWAY Y : MYLOR 1 : SAMPLE_TYPE=CUTT 01596 DEPTH_RANGE= 1596.000 TO 1922.000M STORAGE_BAY=098 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MYLOR 1 OTWAY Y : MYLOR 1 core 1 : SAMPLE_TYPE=CORE 01685 DEPTH_RANGE= 1685.000 TO 1702.940M STORAGE_BAY=184 ROW=N TO R #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MYLOR 1 OTWAY Y : MYLOR 1 core 2 : SAMPLE_TYPE=CORE 01703 DEPTH_RANGE= 1703.000 TO 1712.750M STORAGE_BAY=184 ROW=N TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=MYLOR 1 OTWAY Y : Mylor 1 : SAMPLE_TYPE=SWC 01388 DEPTH_RANGE= 1388.000 TO 1913.500M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1 OTWAY Y : NAJABA 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 212.000M STORAGE_BAY=185 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1 OTWAY Y : NAJABA 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 210.000M STORAGE_BAY=098 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1 OTWAY Y : Najaba 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1A OTWAY Y : NAJABA 1A : SAMPLE_TYPE=CUTT 00190 DEPTH_RANGE= 190.000 TO 3411.000M STORAGE_BAY=098 ROW=H TO H #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1A OTWAY Y : NAJABA 1A : SAMPLE_TYPE=CUTT 00190 DEPTH_RANGE= 190.000 TO 3411.000M STORAGE_BAY=186 ROW=O TO O #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1A OTWAY Y : Najaba 1A : SAMPLE_TYPE=MISC 03245 DEPTH_RANGE= 3245.000 TO 3411.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1A OTWAY Y : Najaba 1A : SAMPLE_TYPE=SAMX 00000 DEPTH_RANGE= .000 TO 3240.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1A OTWAY Y : Najaba 1A : SAMPLE_TYPE=SWC 01038 DEPTH_RANGE= 1038.000 TO 1496.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAJABA 1A OTWAY Y : Najaba 1A : SAMPLE_TYPE=SWC 02186 DEPTH_RANGE= 2186.000 TO 3400.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NALANGIL 1 OTWAY Y : NALANGIL 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 363.000M STORAGE_BAY=099 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NALANGIL 1 OTWAY Y : NALANGIL 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 363.000M STORAGE_BAY=181 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NALANGIL 1 OTWAY Y : Nalangil 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 345.000M STORAGE_BAY=237 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NALANGIL 1 OTWAY Y : Nalangil 1 : SAMPLE_TYPE=SWC 00072 DEPTH_RANGE= 72.000 TO 345.000M STORAGE_BAY=237 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAMGIB 1 OTWAY Y : NAMGIB 1 : SAMPLE_TYPE=CUTT 00218 DEPTH_RANGE= 218.000 TO 1387.400M STORAGE_BAY=181 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NANNYGAI 1 GIPPSLAND N : NANNYGAI 1 : SAMPLE_TYPE=CORE 02226 DEPTH_RANGE= 2225.044 TO 2235.103F STORAGE_BAY=052 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NANNYGAI 1 GIPPSLAND N : NANNYGAI 1 : SAMPLE_TYPE=CUTT 00235 DEPTH_RANGE= 234.696 TO 3019.000F STORAGE_BAY=052 ROW=R TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NANNYGAI 1 GIPPSLAND N : NANNYGAI 1 : SAMPLE_TYPE=CUTT 00235 DEPTH_RANGE= 234.696 TO 3019.000F STORAGE_BAY=186 ROW=Q TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 00845 DEPTH_RANGE= 844.907 TO 853.442F STORAGE_BAY=049 ROW=H TO H #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 00952 DEPTH_RANGE= 951.588 TO 960.732F STORAGE_BAY=049 ROW=H TO H #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 01115 DEPTH_RANGE= 1114.351 TO 1119.228F STORAGE_BAY=049 ROW=H TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 01260 DEPTH_RANGE= 1259.741 TO 1264.618F STORAGE_BAY=049 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 01415 DEPTH_RANGE= 1414.275 TO 1423.419F STORAGE_BAY=049 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 01578 DEPTH_RANGE= 1577.343 TO 1585.268F STORAGE_BAY=049 ROW=I TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 01734 DEPTH_RANGE= 1733.096 TO 1734.620F STORAGE_BAY=049 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 01860 DEPTH_RANGE= 1859.893 TO 1864.465F STORAGE_BAY=049 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CORE 02004 DEPTH_RANGE= 2003.150 TO 2010.770F STORAGE_BAY=049 ROW=J TO J #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CUTT 00305 DEPTH_RANGE= 304.801 TO 2002.540F STORAGE_BAY=177 ROW=T TO T #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : NAUTILUS 1 : SAMPLE_TYPE=CUTT 00314 DEPTH_RANGE= 313.945 TO 2002.540F STORAGE_BAY=052 ROW=T TO T #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NAUTILUS A-1 OTWAY N : Nautilus 1 : SAMPLE_TYPE=SWC 01893 DEPTH_RANGE= 1892.808 TO 1892.808F STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=046 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=050 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1 : SAMPLE_TYPE=CUTT 00189 DEPTH_RANGE= 188.976 TO 2043.688F STORAGE_BAY=196 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1 : SAMPLE_TYPE=CUTT 00193 DEPTH_RANGE= 192.024 TO 2043.688F STORAGE_BAY=058 ROW=A TO B #TRAYS=27 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=046 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=050 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : NERITA 1SEA FLOOR : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=046 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NERITA 1 OTWAY N : Nerita 1 : SAMPLE_TYPE=MISC 00700 DEPTH_RANGE= 700.000 TO 1994.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : NORMANBY 1 : SAMPLE_TYPE=CUTT 00150 DEPTH_RANGE= 150.000 TO 2440.000M STORAGE_BAY=100 ROW=J TO J #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : NORMANBY 1 : SAMPLE_TYPE=CUTT 00160 DEPTH_RANGE= 160.000 TO 3306.000M STORAGE_BAY=189 ROW=V TO V #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : NORMANBY 1 : SAMPLE_TYPE=CUTT 02630 DEPTH_RANGE= 2630.000 TO 3300.000M STORAGE_BAY=100 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : Normanby 1 : SAMPLE_TYPE=CUTT 00160 DEPTH_RANGE= 160.000 TO 3306.000M STORAGE_BAY=204 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : Normanby 1 : SAMPLE_TYPE=CUTT 02440 DEPTH_RANGE= 2440.000 TO 2630.000M STORAGE_BAY=237 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : Normanby 1 : SAMPLE_TYPE=MISC 01470 DEPTH_RANGE= 1470.000 TO 3300.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : Normanby 1 : SAMPLE_TYPE=SWC 01685 DEPTH_RANGE= 1685.000 TO 3288.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORMANBY 1 OTWAY N : Normanby 1 : SAMPLE_TYPE=SWC 03114 DEPTH_RANGE= 3114.000 TO 3139.500M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH EUMERALLA 1 OTWAY Y : NTH EUMERALLA 1 : SAMPLE_TYPE=CORE 02966 DEPTH_RANGE= 2965.405 TO 2967.840F STORAGE_BAY=044 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH EUMERALLA 1 OTWAY Y : NTH EUMERALLA 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 1819.660F STORAGE_BAY=195 ROW=Y TO Z #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH EUMERALLA 1 OTWAY Y : NTH EUMERALLA 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 2962.662F STORAGE_BAY=044 ROW=X TO Z #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH EUMERALLA 1 OTWAY Y : NTH EUMERALLA 1 : SAMPLE_TYPE=CUTT 01820 DEPTH_RANGE= 1819.660 TO 2962.662F STORAGE_BAY=196 ROW=N TO O #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH EUMERALLA 1 OTWAY Y : North Eumeralla 1 : SAMPLE_TYPE=MISC 01010 DEPTH_RANGE= 1010.000 TO 1073.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH PAARATTE 1 OTWAY Y : NTH PAARATTE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1544.729F STORAGE_BAY=046 ROW=R TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH PAARATTE 2 OTWAY Y : NORTH PAARAATE 2 : SAMPLE_TYPE=CORE 01471 DEPTH_RANGE= 1470.950 TO 1475.860M STORAGE_BAY=098 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH PAARATTE 2 OTWAY Y : NORTH PAARATTE 2 : SAMPLE_TYPE=CORE 01459 DEPTH_RANGE= 1459.000 TO 1469.150M STORAGE_BAY=098 ROW=A TO A #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH PAARATTE 2 OTWAY Y : NTH PAARATTE 2 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 1603.000M STORAGE_BAY=044 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH PAARATTE 3 OTWAY Y : NTH PAARATTE 3 : SAMPLE_TYPE=CUTT 00019 DEPTH_RANGE= 18.288 TO 1516.690F STORAGE_BAY=046 ROW=V TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CORE 00596 DEPTH_RANGE= 595.580 TO 597.714F STORAGE_BAY=035 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CORE 00616 DEPTH_RANGE= 615.697 TO 617.526F STORAGE_BAY=035 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CORE 00835 DEPTH_RANGE= 834.239 TO 836.678F STORAGE_BAY=035 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CORE 00980 DEPTH_RANGE= 979.324 TO 980.696F STORAGE_BAY=035 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CORE 01062 DEPTH_RANGE= 1061.925 TO 1068.021F STORAGE_BAY=035 ROW=N TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CORE 01148 DEPTH_RANGE= 1147.574 TO 1147.879F STORAGE_BAY=035 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 1524.000F STORAGE_BAY=014 ROW=G TO J #TRAYS=48 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 1618.491F STORAGE_BAY=012 ROW=ZZ TO ZZ #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=FL 01107 DEPTH_RANGE= 1106.424 TO 1156.716F STORAGE_BAY=197 ROW=G TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=FL 01149 DEPTH_RANGE= 1148.486 TO 1371.905F STORAGE_BAY=197 ROW=G TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : NTH SEASPRAY 1 : SAMPLE_TYPE=SWC 00850 DEPTH_RANGE= 849.784 TO 1359.716F STORAGE_BAY=045 ROW=G TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NORTH SEASPRAY 1 GIPPSLAND Y : North Seaspray 1 : SAMPLE_TYPE=MISC 00656 DEPTH_RANGE= 655.320 TO 1499.616F STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 1 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 00058 DEPTH_RANGE= 57.912 TO 442.570F STORAGE_BAY=012 ROW=A TO A #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 2 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 00011 DEPTH_RANGE= 10.363 TO 117.348F STORAGE_BAY=012 ROW=A TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 2 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 00130 DEPTH_RANGE= 129.845 TO 189.891F STORAGE_BAY=012 ROW=A TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 2 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 00196 DEPTH_RANGE= 195.072 TO 237.744F STORAGE_BAY=012 ROW=A TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 2 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 00244 DEPTH_RANGE= 243.840 TO 340.767F STORAGE_BAY=012 ROW=A TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 2 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 00347 DEPTH_RANGE= 346.253 TO 1054.915F STORAGE_BAY=012 ROW=A TO D #TRAYS=43 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=NUNTIN 2 GIPPSLAND Y : NUNTIN : SAMPLE_TYPE=CORE 01061 DEPTH_RANGE= 1060.706 TO 1085.090F STORAGE_BAY=012 ROW=A TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 1 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00122 DEPTH_RANGE= 121.920 TO 152.400F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 1 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00156 DEPTH_RANGE= 155.448 TO 179.832F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 1 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00183 DEPTH_RANGE= 182.880 TO 213.360F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 1 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00217 DEPTH_RANGE= 216.408 TO 243.840F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 1 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00247 DEPTH_RANGE= 246.888 TO 281.600F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 2 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00139 DEPTH_RANGE= 138.684 TO 186.538F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 2 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00191 DEPTH_RANGE= 190.500 TO 216.408F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 2 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00220 DEPTH_RANGE= 219.456 TO 248.412F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 2 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00253 DEPTH_RANGE= 252.985 TO 289.561F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 2 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00292 DEPTH_RANGE= 291.389 TO 316.993F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH BENGWORDEN 2 GIPPSLAND Y : BENGWORDEN : SAMPLE_TYPE=CORE 00321 DEPTH_RANGE= 320.041 TO 331.300F STORAGE_BAY=003 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH COONGULMERANG 2 GIPPSLAND Y : COONGULMERANG : SAMPLE_TYPE=CUTT 00027 DEPTH_RANGE= 26.518 TO 195.072F STORAGE_BAY=011 ROW=K TO L #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OIL SEARCH TOMS CREEK 1 GIPPSLAND Y : COONGULMERANG : SAMPLE_TYPE=CUTT 00092 DEPTH_RANGE= 91.440 TO 365.761F STORAGE_BAY=011 ROW=L TO L #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OILCO 1 GIPPSLAND Y : OILCO 1 : SAMPLE_TYPE=CORE 00367 DEPTH_RANGE= 366.675 TO 369.571F STORAGE_BAY=016 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OILCO 1 GIPPSLAND Y : OILCO 1 : SAMPLE_TYPE=CORE 00385 DEPTH_RANGE= 384.658 TO 395.022F STORAGE_BAY=016 ROW=F TO F #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OILCO 1 GIPPSLAND Y : OILCO 1 : SAMPLE_TYPE=CORE 00397 DEPTH_RANGE= 396.546 TO 416.000F STORAGE_BAY=016 ROW=F TO G #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OILCO 1 GIPPSLAND Y : OILCO 1 : SAMPLE_TYPE=CUTT 00002 DEPTH_RANGE= 1.524 TO 416.000F STORAGE_BAY=016 ROW=E TO F #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OLANGOLAH 1 OTWAY Y : OLANGOLAH : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=044 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OLANGOLAH 1 OTWAY Y : OLANGOLAH 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 800.000M STORAGE_BAY=099 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OLANGOLAH 1 OTWAY Y : OLANGOLAH 1 : SAMPLE_TYPE=CUTT 02055 DEPTH_RANGE= 2055.000 TO 2302.000M STORAGE_BAY=099 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OLANGOLAH 1 OTWAY Y : Olangaolah 1 : SAMPLE_TYPE=SWC 00442 DEPTH_RANGE= 442.000 TO 1755.000M STORAGE_BAY=237 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OLANGOLAH 1 OTWAY Y : Olangolah 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 2302.000M STORAGE_BAY=237 ROW=U TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OMEO 1 GIPPSLAND N : OMEO 1 : SAMPLE_TYPE=CORE 02348 DEPTH_RANGE= 2348.000 TO 2362.500M STORAGE_BAY=176 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OMEO 2A GIPPSLAND N : OMEO 2A : SAMPLE_TYPE=CUTT 00270 DEPTH_RANGE= 270.000 TO 3172.000M STORAGE_BAY=176 ROW=V TO W #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OPAH 1 GIPPSLAND N : OPAH 1 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.033 TO 2499.365F STORAGE_BAY=044 ROW=M TO M #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=OPAH 1 GIPPSLAND N : OPAH 1 : SAMPLE_TYPE=CUTT 00257 DEPTH_RANGE= 256.033 TO 2499.365F STORAGE_BAY=176 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ORANGE ROUGHY 1 GIPPSLAND N : ORANGE ROUGHY 1 : SAMPLE_TYPE=CUTT 00750 DEPTH_RANGE= 750.000 TO 2603.500M STORAGE_BAY=204 ROW=J TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ORANGE ROUGHY 1 GIPPSLAND N : ORANGE ROUGHY 1 CORE : SAMPLE_TYPE=CORE 02314 DEPTH_RANGE= 2313.500 TO 2331.950M STORAGE_BAY=234 ROW=I TO K #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PALMER 1 GIPPSLAND N : PALMER 1 : SAMPLE_TYPE=CUTT 00205 DEPTH_RANGE= 205.000 TO 1723.000M STORAGE_BAY=036 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PALMER 1 GIPPSLAND N : PALMER 1 : SAMPLE_TYPE=CUTT 00205 DEPTH_RANGE= 205.000 TO 1723.000M STORAGE_BAY=176 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PATRICIA 1 GIPPSLAND N : PATRICIA 1 : SAMPLE_TYPE=CORE 00703 DEPTH_RANGE= 703.000 TO 743.800M STORAGE_BAY=188 ROW=W TO Z #TRAYS=40 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PATRICIA 1 GIPPSLAND N : PATRICIA 1 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 220.000 TO 900.000M STORAGE_BAY=188 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PAYNESVILLE 1 GIPPSLAND Y : Paynesville 1 : SAMPLE_TYPE=CORE 00700 DEPTH_RANGE= 699.500 TO 703.400M STORAGE_BAY=097 ROW=E TO E #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CORE 00577 DEPTH_RANGE= 576.073 TO 576.683F STORAGE_BAY=048 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CORE 00577 DEPTH_RANGE= 576.073 TO 583.693F STORAGE_BAY=058 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CORE 01740 DEPTH_RANGE= 1739.802 TO 1741.326F STORAGE_BAY=048 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CORE 01740 DEPTH_RANGE= 1739.802 TO 1741.631F STORAGE_BAY=058 ROW=D TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CORE 01801 DEPTH_RANGE= 1800.457 TO 1809.296F STORAGE_BAY=058 ROW=D TO D #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CORE 01801 DEPTH_RANGE= 1800.457 TO 1809.601F STORAGE_BAY=048 ROW=W TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=050 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CUTT 00264 DEPTH_RANGE= 263.348 TO 2849.886F STORAGE_BAY=058 ROW=B TO D #TRAYS=35 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A : SAMPLE_TYPE=CUTT 00519 DEPTH_RANGE= 518.161 TO 2849.886F STORAGE_BAY=196 ROW=Q TO R #TRAYS=19 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A SEA BOT : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=048 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A SWC : SAMPLE_TYPE=SWC 00577 DEPTH_RANGE= 576.378 TO 1832.766F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A SWC : SAMPLE_TYPE=SWC 00811 DEPTH_RANGE= 810.770 TO 2558.801F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : PECTEN 1A SWC : SAMPLE_TYPE=SWC 02593 DEPTH_RANGE= 2592.634 TO 2825.806F STORAGE_BAY=048 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PECTEN 1A OTWAY N : Pecten 1A : SAMPLE_TYPE=SWC 01780 DEPTH_RANGE= 1780.000 TO 1834.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PENRYN 1 OTWAY Y : PENRYN 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 1823.000M STORAGE_BAY=100 ROW=G TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 1 GIPPSLAND N : PERCH 1 : SAMPLE_TYPE=CORE 01134 DEPTH_RANGE= 1133.858 TO 1135.382F STORAGE_BAY=047 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 1 GIPPSLAND N : PERCH 1 : SAMPLE_TYPE=CORE 01149 DEPTH_RANGE= 1148.489 TO 1165.862F STORAGE_BAY=047 ROW=I TO I #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 1 GIPPSLAND N : PERCH 1 : SAMPLE_TYPE=CORE 01168 DEPTH_RANGE= 1167.386 TO 1174.702F STORAGE_BAY=047 ROW=I TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 1 GIPPSLAND N : PERCH 1 : SAMPLE_TYPE=CORE 02660 DEPTH_RANGE= 2659.690 TO 2668.225F STORAGE_BAY=047 ROW=J TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 1 GIPPSLAND N : PERCH 1 : SAMPLE_TYPE=CUTT 00214 DEPTH_RANGE= 213.360 TO 2865.126F STORAGE_BAY=052 ROW=Z TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 1 GIPPSLAND N : PERCH 1 : SAMPLE_TYPE=CUTT 00214 DEPTH_RANGE= 213.360 TO 2865.126F STORAGE_BAY=176 ROW=S TO T #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 2 GIPPSLAND N : PERCH 2 : SAMPLE_TYPE=CORE 01155 DEPTH_RANGE= 1155.000 TO 1161.000M STORAGE_BAY=176 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PERCH 2 GIPPSLAND N : PERCH 2 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 1381.000M STORAGE_BAY=176 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : P T 1 sealed section : SAMPLE_TYPE=CORE 00396 DEPTH_RANGE= 395.080 TO 396.610M STORAGE_BAY=097 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : P Tech-1 Core#1 : SAMPLE_TYPE=CORE 00387 DEPTH_RANGE= 387.000 TO 388.000M STORAGE_BAY=097 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : P Tech-1 Core#2 : SAMPLE_TYPE=CORE 00389 DEPTH_RANGE= 388.300 TO 395.080M STORAGE_BAY=097 ROW=G TO G #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : P Tech-1 Core#3 : SAMPLE_TYPE=CORE 00398 DEPTH_RANGE= 397.300 TO 404.330M STORAGE_BAY=097 ROW=G TO H #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : PETRO TECH 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 10.000 TO 425.000M STORAGE_BAY=097 ROW=D TO D #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : PETRO TECH 1 CORE 1 : SAMPLE_TYPE=CORE 00387 DEPTH_RANGE= 387.000 TO 388.000M STORAGE_BAY=097 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : PETRO TECH 1 CORE 2 : SAMPLE_TYPE=CORE 00389 DEPTH_RANGE= 388.300 TO 395.700M STORAGE_BAY=097 ROW=C TO C #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PETRO TECH 1 GIPPSLAND Y : PETRO TECH 1 CORE 3 : SAMPLE_TYPE=CORE 00398 DEPTH_RANGE= 397.300 TO 404.330M STORAGE_BAY=097 ROW=D TO D #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PIKE 1 GIPPSLAND N : PIKE 1 : SAMPLE_TYPE=CORE 01835 DEPTH_RANGE= 1834.290 TO 1837.033F STORAGE_BAY=054 ROW=W TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PIKE 1 GIPPSLAND N : PIKE 1 : SAMPLE_TYPE=CUTT 00266 DEPTH_RANGE= 265.177 TO 2133.604F STORAGE_BAY=054 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PIKE 1 GIPPSLAND N : PIKE 1 : SAMPLE_TYPE=CUTT 00266 DEPTH_RANGE= 265.177 TO 2133.604F STORAGE_BAY=185 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PILOTFISH 1A GIPPSLAND N : PILOTFISH 1A : SAMPLE_TYPE=CUTT 00360 DEPTH_RANGE= 360.000 TO 3005.000M STORAGE_BAY=177 ROW=U TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : PINE LODGE 1 : SAMPLE_TYPE=CORE 01975 DEPTH_RANGE= 1975.000 TO 1984.250M STORAGE_BAY=180 ROW=X TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : PINE LODGE 1 : SAMPLE_TYPE=CUTT 00040 DEPTH_RANGE= 40.000 TO 2149.600M STORAGE_BAY=180 ROW=Y TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : PINE LODGE 1 : SAMPLE_TYPE=CUTT 00050 DEPTH_RANGE= 50.000 TO 2149.000M STORAGE_BAY=099 ROW=B TO B #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : PINE LODGE 1 : SAMPLE_TYPE=CUTT 01730 DEPTH_RANGE= 1730.000 TO 2149.000M STORAGE_BAY=099 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : Pine Lodge 1 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : Pine Lodge 1 : SAMPLE_TYPE=MISC 01040 DEPTH_RANGE= 1039.500 TO 1039.500M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : Pine Lodge 1 : SAMPLE_TYPE=SAMX 00050 DEPTH_RANGE= 50.000 TO 2149.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : Pine Lodge 1 : SAMPLE_TYPE=SAMX 01710 DEPTH_RANGE= 1710.000 TO 2130.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : Pine Lodge 1 : SAMPLE_TYPE=SWC 00506 DEPTH_RANGE= 506.000 TO 2135.000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : Pine Lodge-1 Core 1 : SAMPLE_TYPE=CORE 01975 DEPTH_RANGE= 1975.000 TO 1984.250M STORAGE_BAY=099 ROW=I TO I #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PINE LODGE 1 OTWAY Y : delete : SAMPLE_TYPE=CORE 01975 DEPTH_RANGE= 1975.000 TO 1984.250M STORAGE_BAY=099 ROW=I TO I #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PISCES 1 GIPPSLAND N : PISCES 1 : SAMPLE_TYPE=CUTT 00375 DEPTH_RANGE= 375.000 TO 2580.000M STORAGE_BAY=038 ROW=Q TO R #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PISCES 1 GIPPSLAND N : PISCES 1 SID/WALL : SAMPLE_TYPE=SWC 02081 DEPTH_RANGE= 2081.000 TO 2564.000M STORAGE_BAY=038 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=POINT ADDIS 1 GIPPSLAND Y : PT ADDIS OIL 1 : SAMPLE_TYPE=CORE 00022 DEPTH_RANGE= 21.336 TO 417.577F STORAGE_BAY=016 ROW=B TO C #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=POINT ADDIS 1 GIPPSLAND Y : PT ADDIS OIL 1 : SAMPLE_TYPE=CORE 00426 DEPTH_RANGE= 425.502 TO 433.122F STORAGE_BAY=016 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=POINT ADDIS 2 GIPPSLAND Y : BUMBERRAH : SAMPLE_TYPE=CORE 00226 DEPTH_RANGE= 225.552 TO 289.000F STORAGE_BAY=005 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 1 OTWAY Y : PORT CAMPBELL 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 670.561F STORAGE_BAY=102 ROW=A TO A #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 1 OTWAY Y : PORT CAMPBELL 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 1600.203F STORAGE_BAY=034 ROW=B TO C #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 1 OTWAY Y : PT CAMP CR 1-24 : SAMPLE_TYPE=CORE 00132 DEPTH_RANGE= 131.674 TO 1642.875F STORAGE_BAY=034 ROW=Q TO S #TRAYS=37 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 1 : SAMPLE_TYPE=CORE 01628 DEPTH_RANGE= 1627.635 TO 1628.550F STORAGE_BAY=034 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 10 : SAMPLE_TYPE=CORE 02532 DEPTH_RANGE= 2531.674 TO 2533.198F STORAGE_BAY=034 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 11 : SAMPLE_TYPE=CORE 02542 DEPTH_RANGE= 2541.732 TO 2543.000F STORAGE_BAY=034 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 12 : SAMPLE_TYPE=CORE 02162 DEPTH_RANGE= 2161.951 TO 2164.999F STORAGE_BAY=034 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 13 : SAMPLE_TYPE=CORE 02342 DEPTH_RANGE= 2341.783 TO 2345.136F STORAGE_BAY=034 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 14 : SAMPLE_TYPE=CORE 02534 DEPTH_RANGE= 2533.807 TO 2535.636F STORAGE_BAY=034 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 15 : SAMPLE_TYPE=CORE 02564 DEPTH_RANGE= 2563.068 TO 2565.810F STORAGE_BAY=034 ROW=U TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 16 : SAMPLE_TYPE=CORE 02608 DEPTH_RANGE= 2607.874 TO 2612.140F STORAGE_BAY=034 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 17 : SAMPLE_TYPE=CORE 02623 DEPTH_RANGE= 2622.809 TO 2628.600F STORAGE_BAY=034 ROW=V TO V #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 18 : SAMPLE_TYPE=CORE 02630 DEPTH_RANGE= 2629.210 TO 2635.310F STORAGE_BAY=034 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 2 : SAMPLE_TYPE=CORE 01633 DEPTH_RANGE= 1632.207 TO 1634.036F STORAGE_BAY=034 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 3 : SAMPLE_TYPE=CORE 01802 DEPTH_RANGE= 1801.372 TO 1804.115F STORAGE_BAY=034 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 4 : SAMPLE_TYPE=CORE 02257 DEPTH_RANGE= 2256.439 TO 2258.268F STORAGE_BAY=034 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 5 : SAMPLE_TYPE=CORE 02404 DEPTH_RANGE= 2403.353 TO 2407.010F STORAGE_BAY=034 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 6 : SAMPLE_TYPE=CORE 02410 DEPTH_RANGE= 2409.144 TO 2411.887F STORAGE_BAY=034 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 7 : SAMPLE_TYPE=CORE 02412 DEPTH_RANGE= 2411.887 TO 2417.069F STORAGE_BAY=034 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 8 : SAMPLE_TYPE=CORE 02468 DEPTH_RANGE= 2467.666 TO 2471.933F STORAGE_BAY=034 ROW=T TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMP 2 CR 9 : SAMPLE_TYPE=CORE 02492 DEPTH_RANGE= 2491.440 TO 2495.707F STORAGE_BAY=034 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : PORT CAMPBELL 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2695.960F STORAGE_BAY=034 ROW=C TO E #TRAYS=29 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 2 OTWAY Y : Port Campbell 2 : SAMPLE_TYPE=CORE 01802 DEPTH_RANGE= 1801.368 TO 1804.111F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 3 OTWAY Y : PORT CAMPBELL 3 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1097.282F STORAGE_BAY=102 ROW=A TO A #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 3 OTWAY Y : PORT CAMPBELL 3 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1682.499F STORAGE_BAY=034 ROW=E TO F #TRAYS=21 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 3 OTWAY Y : PT CAMP CR 1-5 : SAMPLE_TYPE=CORE 01342 DEPTH_RANGE= 1341.123 TO 1685.000F STORAGE_BAY=034 ROW=V TO W #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : P0RT CAMPBELL 4 : SAMPLE_TYPE=CORE 00779 DEPTH_RANGE= 778.766 TO 784.862F STORAGE_BAY=034 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 00785 DEPTH_RANGE= 784.252 TO 1258.827F STORAGE_BAY=034 ROW=W TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 00882 DEPTH_RANGE= 881.483 TO 887.579F STORAGE_BAY=034 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 00984 DEPTH_RANGE= 983.287 TO 989.078F STORAGE_BAY=034 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01073 DEPTH_RANGE= 1072.593 TO 1077.775F STORAGE_BAY=034 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01165 DEPTH_RANGE= 1164.643 TO 1169.825F STORAGE_BAY=034 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01254 DEPTH_RANGE= 1253.340 TO 1259.436F STORAGE_BAY=034 ROW=X TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01302 DEPTH_RANGE= 1301.194 TO 1307.290F STORAGE_BAY=034 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01302 DEPTH_RANGE= 1301.194 TO 1758.699F STORAGE_BAY=034 ROW=Y TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01403 DEPTH_RANGE= 1402.083 TO 1404.521F STORAGE_BAY=034 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01520 DEPTH_RANGE= 1519.431 TO 1525.527F STORAGE_BAY=034 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01571 DEPTH_RANGE= 1570.333 TO 1574.905F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01663 DEPTH_RANGE= 1662.992 TO 1667.259F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01754 DEPTH_RANGE= 1753.823 TO 1758.699F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01851 DEPTH_RANGE= 1850.140 TO 1854.407F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01851 DEPTH_RANGE= 1850.140 TO 2031.496F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 01938 DEPTH_RANGE= 1937.008 TO 1940.666F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02031 DEPTH_RANGE= 2030.886 TO 2037.592F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02032 DEPTH_RANGE= 2031.496 TO 2408.230F STORAGE_BAY=035 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02190 DEPTH_RANGE= 2189.383 TO 2191.821F STORAGE_BAY=035 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02344 DEPTH_RANGE= 2343.917 TO 2351.842F STORAGE_BAY=035 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02405 DEPTH_RANGE= 2404.572 TO 2410.058F STORAGE_BAY=035 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02411 DEPTH_RANGE= 2410.058 TO 2410.973F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02411 DEPTH_RANGE= 2410.058 TO 2595.987F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02524 DEPTH_RANGE= 2523.444 TO 2528.931F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CORE 02591 DEPTH_RANGE= 2590.805 TO 2596.900F STORAGE_BAY=034 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 2596.900F STORAGE_BAY=033 ROW=A TO B #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01226 DEPTH_RANGE= 1225.296 TO 1231.392F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01514 DEPTH_RANGE= 1513.332 TO 1519.428F STORAGE_BAY=197 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01526 DEPTH_RANGE= 1525.524 TO 1542.898F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01605 DEPTH_RANGE= 1604.162 TO 1617.574F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01729 DEPTH_RANGE= 1728.826 TO 1737.970F STORAGE_BAY=197 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01790 DEPTH_RANGE= 1789.176 TO 1791.614F STORAGE_BAY=197 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01790 DEPTH_RANGE= 1789.176 TO 1799.234F STORAGE_BAY=197 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01791 DEPTH_RANGE= 1790.395 TO 1799.234F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01812 DEPTH_RANGE= 1811.122 TO 1815.693F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01812 DEPTH_RANGE= 1811.122 TO 1822.704F STORAGE_BAY=197 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01813 DEPTH_RANGE= 1812.646 TO 1819.656F STORAGE_BAY=197 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 01998 DEPTH_RANGE= 1997.964 TO 2011.985F STORAGE_BAY=197 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 02040 DEPTH_RANGE= 2039.417 TO 2061.972F STORAGE_BAY=197 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 02104 DEPTH_RANGE= 2103.120 TO 2111.959F STORAGE_BAY=197 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=FL 02206 DEPTH_RANGE= 2205.228 TO 2211.019F STORAGE_BAY=197 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : PORT CAMPBELL 4 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=052 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : Port Campbell 4 : SAMPLE_TYPE=CORE 02524 DEPTH_RANGE= 2523.439 TO 2529.535F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PORT CAMPBELL 4 OTWAY Y : Port Campbell 4 : SAMPLE_TYPE=CUTT 00671 DEPTH_RANGE= 670.560 TO 2566.416F STORAGE_BAY=237 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRAWN A1 OTWAY N : PRAWN 1 : SAMPLE_TYPE=CUTT 00461 DEPTH_RANGE= 460.249 TO 582.169F STORAGE_BAY=188 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 00391 DEPTH_RANGE= 390.754 TO 457.811F STORAGE_BAY=033 ROW=C TO C #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 00554 DEPTH_RANGE= 553.518 TO 559.614F STORAGE_BAY=033 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 00727 DEPTH_RANGE= 726.340 TO 732.436F STORAGE_BAY=033 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 00831 DEPTH_RANGE= 830.886 TO 833.630F STORAGE_BAY=033 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 00893 DEPTH_RANGE= 892.456 TO 896.114F STORAGE_BAY=033 ROW=C TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01019 DEPTH_RANGE= 1018.034 TO 1024.130F STORAGE_BAY=033 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01162 DEPTH_RANGE= 1161.290 TO 1167.386F STORAGE_BAY=033 ROW=D TO D #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01316 DEPTH_RANGE= 1315.215 TO 1319.177F STORAGE_BAY=033 ROW=D TO D #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01410 DEPTH_RANGE= 1409.703 TO 1418.847F STORAGE_BAY=033 ROW=D TO E #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01506 DEPTH_RANGE= 1505.715 TO 1512.116F STORAGE_BAY=033 ROW=E TO E #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01646 DEPTH_RANGE= 1645.923 TO 1653.239F STORAGE_BAY=033 ROW=E TO E #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01809 DEPTH_RANGE= 1808.992 TO 1812.649F STORAGE_BAY=033 ROW=E TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01851 DEPTH_RANGE= 1850.140 TO 1853.188F STORAGE_BAY=033 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 01944 DEPTH_RANGE= 1943.409 TO 1947.066F STORAGE_BAY=033 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 02021 DEPTH_RANGE= 2020.828 TO 2028.753F STORAGE_BAY=033 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 02040 DEPTH_RANGE= 2039.116 TO 2042.774F STORAGE_BAY=033 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 02195 DEPTH_RANGE= 2194.564 TO 2198.832F STORAGE_BAY=033 ROW=F TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 02312 DEPTH_RANGE= 2311.913 TO 2315.570F STORAGE_BAY=033 ROW=F TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 02403 DEPTH_RANGE= 2402.743 TO 2406.401F STORAGE_BAY=033 ROW=G TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CORE 02472 DEPTH_RANGE= 2471.019 TO 2476.200F STORAGE_BAY=033 ROW=G TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 2468.885F STORAGE_BAY=033 ROW=B TO C #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : PRETTY HILL 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2468.885F STORAGE_BAY=197 ROW=V TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRETTY HILL 1 OTWAY Y : Pretty Hill 1 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRINCES 1 OTWAY Y : PRINCES 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1150.000M STORAGE_BAY=176 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PRINCES 1 OTWAY Y : Princes 1 : SAMPLE_TYPE=SAMX 00020 DEPTH_RANGE= 20.000 TO 1150.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PURA PURA 1 OTWAY Y : PURA PURA 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 105.156F STORAGE_BAY=052 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PURRUMBETE 1 OTWAY Y : PURRUMBETE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1828.800F STORAGE_BAY=056 ROW=J TO K #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PURRUMBETE 1 OTWAY Y : PURRUMBETE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1828.800F STORAGE_BAY=195 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=PURRUMBETE 1 OTWAY Y : PURRUMBETE 1 : SAMPLE_TYPE=SWC 00580 DEPTH_RANGE= 579.121 TO 825.095F STORAGE_BAY=056 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=REMORA 1 GIPPSLAND N : REMORA 1 : SAMPLE_TYPE=CUTT 00800 DEPTH_RANGE= 800.000 TO 2955.500M STORAGE_BAY=189 ROW=V TO W #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROBINVALE 1 MURRAY Y : ROBINVALE 1 : SAMPLE_TYPE=CORE 00244 DEPTH_RANGE= 243.480 TO 245.670M STORAGE_BAY=176 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROBINVALE 1 MURRAY Y : ROBINVALE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 245.670M STORAGE_BAY=176 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROCKLING 1 GIPPSLAND N : ROCKLING 1 : SAMPLE_TYPE=CUTT 00270 DEPTH_RANGE= 270.000 TO 2684.000M STORAGE_BAY=033 ROW=W TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROCKLING 1 GIPPSLAND N : ROCKLING 1 : SAMPLE_TYPE=CUTT 00270 DEPTH_RANGE= 270.000 TO 2684.000M STORAGE_BAY=186 ROW=O TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROMAWI 1 GIPPSLAND Y : ROMAWI 1 : SAMPLE_TYPE=CORE 00031 DEPTH_RANGE= 30.480 TO 277.369F STORAGE_BAY=003 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROMAWI 1 GIPPSLAND Y : ROMAWI 1 : SAMPLE_TYPE=CORE 00307 DEPTH_RANGE= 306.325 TO 630.937F STORAGE_BAY=003 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROMAWI 1 GIPPSLAND Y : ROMAWI 1 : SAMPLE_TYPE=CORE 00667 DEPTH_RANGE= 666.904 TO 802.235F STORAGE_BAY=003 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROMAWI 1 GIPPSLAND Y : ROMAWI 1 : SAMPLE_TYPE=CORE 00834 DEPTH_RANGE= 833.630 TO 952.502F STORAGE_BAY=003 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROMAWI 1 GIPPSLAND Y : ROMAWI 1 : SAMPLE_TYPE=CORE 00963 DEPTH_RANGE= 962.560 TO 989.078F STORAGE_BAY=003 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00072 DEPTH_RANGE= 71.628 TO 76.505F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00141 DEPTH_RANGE= 140.208 TO 146.304F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00265 DEPTH_RANGE= 264.567 TO 268.225F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00324 DEPTH_RANGE= 323.698 TO 327.965F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00388 DEPTH_RANGE= 387.097 TO 390.145F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00449 DEPTH_RANGE= 448.057 TO 451.105F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00508 DEPTH_RANGE= 507.493 TO 512.065F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00574 DEPTH_RANGE= 573.025 TO 576.073F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00639 DEPTH_RANGE= 638.861 TO 640.080F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00695 DEPTH_RANGE= 694.031 TO 701.041F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00723 DEPTH_RANGE= 722.682 TO 727.254F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00753 DEPTH_RANGE= 752.553 TO 756.820F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00825 DEPTH_RANGE= 824.486 TO 828.143F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00889 DEPTH_RANGE= 888.189 TO 893.066F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 00980 DEPTH_RANGE= 979.629 TO 983.896F STORAGE_BAY=012 ROW=E TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01052 DEPTH_RANGE= 1051.257 TO 1056.744F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01103 DEPTH_RANGE= 1102.769 TO 1107.950F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01200 DEPTH_RANGE= 1199.086 TO 1201.524F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01291 DEPTH_RANGE= 1290.221 TO 1295.403F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01365 DEPTH_RANGE= 1364.287 TO 1370.384F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01447 DEPTH_RANGE= 1446.889 TO 1452.984F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01539 DEPTH_RANGE= 1538.329 TO 1543.815F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01599 DEPTH_RANGE= 1598.070 TO 1603.556F STORAGE_BAY=012 ROW=E TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01675 DEPTH_RANGE= 1674.879 TO 1678.842F STORAGE_BAY=012 ROW=E TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CORE 01751 DEPTH_RANGE= 1750.165 TO 1787.000F STORAGE_BAY=012 ROW=E TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : ROSEDALE 1 : SAMPLE_TYPE=CUTT 00005 DEPTH_RANGE= 4.572 TO 1778.816F STORAGE_BAY=012 ROW=E TO J #TRAYS=62 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSEDALE 1 GIPPSLAND Y : Rosedale 1 : SAMPLE_TYPE=MISC 00484 DEPTH_RANGE= 483.108 TO 1478.280F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSS CREEK 1 OTWAY Y : ROSS CREEK 1 : SAMPLE_TYPE=CORE 02946 DEPTH_RANGE= 2945.898 TO 2945.898F STORAGE_BAY=044 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSS CREEK 1 OTWAY Y : ROSS CREEK 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 3659.100F STORAGE_BAY=044 ROW=W TO X #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSS CREEK 1 OTWAY Y : ROSS CREEK 1 : SAMPLE_TYPE=CUTT 01134 DEPTH_RANGE= 1133.858 TO 3660.655F STORAGE_BAY=195 ROW=R TO S #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSS CREEK 1 OTWAY Y : ROSS CREEK 1 DTCH : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 3659.000F STORAGE_BAY=195 ROW=N TO R #TRAYS=54 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROSS CREEK 1 OTWAY Y : Ross Creek 1 : SAMPLE_TYPE=MISC 02742 DEPTH_RANGE= 2742.000 TO 2742.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROUNDHEAD 1 GIPPSLAND N : ROUNDHEAD 1 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 260.000 TO 3021.000M STORAGE_BAY=191 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROWANS 1 OTWAY Y : ROWANS 1 : SAMPLE_TYPE=CUTT 00016 DEPTH_RANGE= 15.240 TO 1798.320F STORAGE_BAY=051 ROW=Q TO Q #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ROWANS 1 OTWAY Y : ROWANS I : SAMPLE_TYPE=CUTT 00011 DEPTH_RANGE= 10.973 TO 1798.320F STORAGE_BAY=195 ROW=U TO V #TRAYS=25 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALMON 1 GIPPSLAND N : SALMON 1 : SAMPLE_TYPE=CORE 03001 DEPTH_RANGE= 3000.457 TO 3006.858F STORAGE_BAY=045 ROW=K TO K #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALMON 1 GIPPSLAND N : SALMON 1 : SAMPLE_TYPE=CUTT 00253 DEPTH_RANGE= 252.985 TO 3002.286F STORAGE_BAY=046 ROW=B TO B #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALMON 1 GIPPSLAND N : SALMON 1 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 259.081 TO 3002.286F STORAGE_BAY=186 ROW=R TO S #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALT LAKE 1 GIPPSLAND Y : SALT LAKE 1 : SAMPLE_TYPE=CUTT 00110 DEPTH_RANGE= 109.728 TO 1642.875F STORAGE_BAY=031 ROW=T TO X #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALT LAKE 1 GIPPSLAND Y : SALT LAKE 1 : SAMPLE_TYPE=CUTT 00110 DEPTH_RANGE= 109.728 TO 1642.875F STORAGE_BAY=196 ROW=Y TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALT LAKE 1 GIPPSLAND Y : SALT LAKE 1 : SAMPLE_TYPE=CUTT 00110 DEPTH_RANGE= 109.728 TO 1644.399F STORAGE_BAY=196 ROW=X TO Y #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SALT LAKE 1 GIPPSLAND Y : SALT LAKE 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=031 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SAWBELLY 1 GIPPSLAND N : SAWBELLY 1 : SAMPLE_TYPE=CUTT 00820 DEPTH_RANGE= 820.000 TO 3068.000M STORAGE_BAY=192 ROW=Q TO Q #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEACOMBE 1 GIPPSLAND Y : SEACOMBE : SAMPLE_TYPE=CC 00010 DEPTH_RANGE= 10.000 TO 1570.000M STORAGE_BAY=109 ROW=O TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEACOMBE SOUTH 1 GIPPSLAND Y : SEACOMBE SOUTH 1 : SAMPLE_TYPE=CORE 00754 DEPTH_RANGE= 753.772 TO 758.039F STORAGE_BAY=048 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEACOMBE SOUTH 1 GIPPSLAND Y : SEACOMBE SOUTH 1 : SAMPLE_TYPE=CORE 00814 DEPTH_RANGE= 813.818 TO 816.866F STORAGE_BAY=048 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEACOMBE SOUTH 1 GIPPSLAND Y : SEACOMBE SOUTH 1 : SAMPLE_TYPE=CUTT 00049 DEPTH_RANGE= 48.768 TO 1185.674F STORAGE_BAY=031 ROW=V TO W #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEACOMBE SOUTH 1 GIPPSLAND Y : SEACOMBE SOUTH 1 : SAMPLE_TYPE=CUTT 00049 DEPTH_RANGE= 48.768 TO 1186.000F STORAGE_BAY=031 ROW=V TO W #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEACOMBE SOUTH 1 GIPPSLAND Y : SEACOMBE SOUTH 1 : SAMPLE_TYPE=SWC 00458 DEPTH_RANGE= 457.201 TO 1088.138F STORAGE_BAY=048 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CORE 01411 DEPTH_RANGE= 1411.000 TO 1418.460M STORAGE_BAY=033 ROW=S TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CORE 01425 DEPTH_RANGE= 1424.800 TO 1438.420M STORAGE_BAY=033 ROW=T TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CORE 01439 DEPTH_RANGE= 1439.000 TO 1447.000M STORAGE_BAY=033 ROW=V TO W #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CORE 01453 DEPTH_RANGE= 1453.000 TO 1459.500M STORAGE_BAY=033 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CORE 01466 DEPTH_RANGE= 1465.600 TO 1476.500M STORAGE_BAY=033 ROW=Y TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 2304.000M STORAGE_BAY=185 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEA HORSE 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2304.000M STORAGE_BAY=033 ROW=S TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 1 GIPPSLAND N : SEAHORSE 1 SIDE : SAMPLE_TYPE=CORE 01413 DEPTH_RANGE= 1413.000 TO 1475.000M STORAGE_BAY=033 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 2 GIPPSLAND N : SEA HORSE 2 : SAMPLE_TYPE=CORE 01482 DEPTH_RANGE= 1482.000 TO 1509.000M STORAGE_BAY=038 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 2 GIPPSLAND N : SEA HORSE 2 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 2021.000M STORAGE_BAY=038 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAHORSE 2 GIPPSLAND N : SEA HORSE 2 : SAMPLE_TYPE=CUTT 00206 DEPTH_RANGE= 206.000 TO 2021.000M STORAGE_BAY=185 ROW=U TO U #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEASPRAY 1 GIPPSLAND Y : SEASPRAY 1 : SAMPLE_TYPE=CORE 00842 DEPTH_RANGE= 841.859 TO 847.955F STORAGE_BAY=035 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEASPRAY 1 GIPPSLAND Y : SEASPRAY 1 : SAMPLE_TYPE=CORE 01485 DEPTH_RANGE= 1484.989 TO 1488.951F STORAGE_BAY=035 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEASPRAY 1 GIPPSLAND Y : SEASPRAY 1 : SAMPLE_TYPE=CORE 01688 DEPTH_RANGE= 1687.376 TO 1693.472F STORAGE_BAY=035 ROW=O TO O #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEASPRAY 1 GIPPSLAND Y : SEASPRAY 1 : SAMPLE_TYPE=CUTT 00013 DEPTH_RANGE= 12.192 TO 1758.699F STORAGE_BAY=014 ROW=D TO G #TRAYS=52 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEASPRAY 1 GIPPSLAND Y : SEASPRAY 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=031 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SEAVIEW 1 OTWAY Y : SEAVIEW 1 : SAMPLE_TYPE=CUTT 00008 DEPTH_RANGE= 8.000 TO 1235.000M STORAGE_BAY=044 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SELENE 1 GIPPSLAND N : SELENE 1 : SAMPLE_TYPE=CORE 03141 DEPTH_RANGE= 3141.000 TO 3162.500M STORAGE_BAY=176 ROW=X TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SELENE 1 GIPPSLAND N : SELENE 1 : SAMPLE_TYPE=CUTT 00600 DEPTH_RANGE= 600.000 TO 3539.000M STORAGE_BAY=038 ROW=X TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SELENE 1 GIPPSLAND N : SELENE 1 CORE 1 : SAMPLE_TYPE=CORE 03141 DEPTH_RANGE= 3141.000 TO 3155.500M STORAGE_BAY=206 ROW=G TO H #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SELENE 1 GIPPSLAND N : SELENE 1 CORE 2 : SAMPLE_TYPE=CORE 03157 DEPTH_RANGE= 3156.670 TO 3162.500M STORAGE_BAY=206 ROW=H TO H #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SELENE 1 GIPPSLAND N : Selene 1 : SAMPLE_TYPE=CORE 03141 DEPTH_RANGE= 3141.000 TO 3155.250M STORAGE_BAY=205 ROW=K TO K #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SELENE 1 GIPPSLAND N : Selene 1 : SAMPLE_TYPE=CORE 03156 DEPTH_RANGE= 3155.250 TO 3162.500M STORAGE_BAY=205 ROW=L TO L #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHARK 1 GIPPSLAND N : SHARK 1 : SAMPLE_TYPE=CUTT 00699 DEPTH_RANGE= 699.000 TO 3518.000M STORAGE_BAY=181 ROW=S TO U #TRAYS=24 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHAW 1 OTWAY Y : SHAW 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 960.000M STORAGE_BAY=191 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHAW 1 OTWAY Y : Shaw 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 955.000M STORAGE_BAY=239 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=036 ROW=S TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00173 DEPTH_RANGE= 172.212 TO 184.404F STORAGE_BAY=036 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00173 DEPTH_RANGE= 172.212 TO 405.080F STORAGE_BAY=036 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00399 DEPTH_RANGE= 398.984 TO 405.080F STORAGE_BAY=036 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00542 DEPTH_RANGE= 541.935 TO 544.069F STORAGE_BAY=036 ROW=Q TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00542 DEPTH_RANGE= 541.935 TO 1003.099F STORAGE_BAY=036 ROW=Q TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00885 DEPTH_RANGE= 884.531 TO 890.323F STORAGE_BAY=036 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 00929 DEPTH_RANGE= 928.423 TO 934.519F STORAGE_BAY=036 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01026 DEPTH_RANGE= 1025.654 TO 1029.616F STORAGE_BAY=036 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01027 DEPTH_RANGE= 1026.568 TO 1029.616F STORAGE_BAY=036 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01097 DEPTH_RANGE= 1096.063 TO 1097.892F STORAGE_BAY=036 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01097 DEPTH_RANGE= 1096.063 TO 1240.538F STORAGE_BAY=036 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01166 DEPTH_RANGE= 1165.862 TO 1171.958F STORAGE_BAY=036 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01239 DEPTH_RANGE= 1238.710 TO 1240.538F STORAGE_BAY=036 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01316 DEPTH_RANGE= 1315.519 TO 1318.872F STORAGE_BAY=036 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01316 DEPTH_RANGE= 1315.519 TO 1656.280F STORAGE_BAY=036 ROW=S TO T #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01402 DEPTH_RANGE= 1401.473 TO 1496.571F STORAGE_BAY=036 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01483 DEPTH_RANGE= 1482.855 TO 1490.170F STORAGE_BAY=036 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01590 DEPTH_RANGE= 1589.840 TO 1595.936F STORAGE_BAY=036 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01610 DEPTH_RANGE= 1609.652 TO 1624.587F STORAGE_BAY=036 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01651 DEPTH_RANGE= 1650.191 TO 1716.332F STORAGE_BAY=036 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CORE 01712 DEPTH_RANGE= 1711.151 TO 1716.332F STORAGE_BAY=036 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 1655.372F STORAGE_BAY=036 ROW=P TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SHERBROOK 1 OTWAY Y : SHERBROOKE 1 : SAMPLE_TYPE=SWC 00610 DEPTH_RANGE= 609.601 TO 1347.828F STORAGE_BAY=036 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SKULL CREEK 1 OTWAY Y : SKULL CREEK 1 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 220.000 TO 1700.000M STORAGE_BAY=100 ROW=F TO F #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SKULL CREEK WEST 1 OTWAY Y : SK CK WEST 1 CORE 1 : SAMPLE_TYPE=CORE 01291 DEPTH_RANGE= 1290.700 TO 1292.000M STORAGE_BAY=100 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SKULL CREEK WEST 1 OTWAY Y : SK CK WEST 1 CORE 2 : SAMPLE_TYPE=CORE 01292 DEPTH_RANGE= 1292.000 TO 1310.220M STORAGE_BAY=100 ROW=C TO D #TRAYS=21 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SKULL CREEK WEST 1 OTWAY Y : SK CK WEST 1 CORE 3 : SAMPLE_TYPE=CORE 01748 DEPTH_RANGE= 1748.000 TO 1766.060M STORAGE_BAY=100 ROW=D TO F #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SKULL CREEK WEST 1 OTWAY Y : SKULL CREEK WEST 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 2000.000M STORAGE_BAY=100 ROW=F TO G #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SMILER 1 GIPPSLAND N : SMILER 1 : SAMPLE_TYPE=CUTT 00760 DEPTH_RANGE= 760.000 TO 2607.000M STORAGE_BAY=204 ROW=I TO I #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAIL 1 OTWAY N : SNAIL 1 : SAMPLE_TYPE=CORE 00813 DEPTH_RANGE= 812.903 TO 819.914F STORAGE_BAY=054 ROW=M TO M #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAIL 1 OTWAY N : SNAIL 1 : SAMPLE_TYPE=CORE 00961 DEPTH_RANGE= 960.732 TO 968.473F STORAGE_BAY=054 ROW=M TO M #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAIL 1 OTWAY N : SNAIL 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 1188.722F STORAGE_BAY=186 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAIL 1 OTWAY N : SNAIL 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 1234.443F STORAGE_BAY=054 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAIL 1 OTWAY N : SNAIL 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=054 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01247 DEPTH_RANGE= 1246.635 TO 1252.121F STORAGE_BAY=060 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01255 DEPTH_RANGE= 1254.255 TO 1260.960F STORAGE_BAY=060 ROW=A TO A #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01263 DEPTH_RANGE= 1262.179 TO 1267.056F STORAGE_BAY=060 ROW=A TO A #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01268 DEPTH_RANGE= 1267.971 TO 1270.714F STORAGE_BAY=060 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01289 DEPTH_RANGE= 1288.697 TO 1296.927F STORAGE_BAY=060 ROW=A TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01298 DEPTH_RANGE= 1297.841 TO 1304.242F STORAGE_BAY=060 ROW=B TO B #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01307 DEPTH_RANGE= 1306.985 TO 1313.386F STORAGE_BAY=060 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01315 DEPTH_RANGE= 1314.910 TO 1322.225F STORAGE_BAY=060 ROW=B TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01325 DEPTH_RANGE= 1324.054 TO 1330.455F STORAGE_BAY=060 ROW=C TO C #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01332 DEPTH_RANGE= 1331.369 TO 1340.818F STORAGE_BAY=060 ROW=C TO C #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01355 DEPTH_RANGE= 1354.839 TO 1362.154F STORAGE_BAY=060 ROW=D TO D #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01364 DEPTH_RANGE= 1363.678 TO 1364.592F STORAGE_BAY=060 ROW=D TO D #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01373 DEPTH_RANGE= 1372.212 TO 1378.613F STORAGE_BAY=060 ROW=D TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01386 DEPTH_RANGE= 1385.624 TO 1391.110F STORAGE_BAY=060 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01396 DEPTH_RANGE= 1395.072 TO 1399.644F STORAGE_BAY=060 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01405 DEPTH_RANGE= 1404.216 TO 1411.532F STORAGE_BAY=060 ROW=D TO E #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01415 DEPTH_RANGE= 1414.884 TO 1419.456F STORAGE_BAY=060 ROW=E TO E #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 01794 DEPTH_RANGE= 1793.447 TO 1803.200F STORAGE_BAY=060 ROW=E TO E #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 02057 DEPTH_RANGE= 2056.185 TO 2058.928F STORAGE_BAY=060 ROW=E TO E #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 02362 DEPTH_RANGE= 2361.595 TO 2369.825F STORAGE_BAY=060 ROW=E TO F #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 02581 DEPTH_RANGE= 2580.747 TO 2590.196F STORAGE_BAY=060 ROW=F TO F #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 02817 DEPTH_RANGE= 2816.662 TO 2818.491F STORAGE_BAY=060 ROW=F TO F #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 02820 DEPTH_RANGE= 2819.406 TO 2821.539F STORAGE_BAY=060 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 02823 DEPTH_RANGE= 2822.149 TO 2831.598F STORAGE_BAY=060 ROW=F TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 03013 DEPTH_RANGE= 3012.040 TO 3018.440F STORAGE_BAY=060 ROW=G TO G #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 03167 DEPTH_RANGE= 3166.573 TO 3174.194F STORAGE_BAY=060 ROW=G TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 03196 DEPTH_RANGE= 3195.834 TO 3204.369F STORAGE_BAY=060 ROW=H TO H #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CORE 03347 DEPTH_RANGE= 3346.406 TO 3355.550F STORAGE_BAY=060 ROW=H TO H #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=CUTT 00549 DEPTH_RANGE= 548.641 TO 3756.000F STORAGE_BAY=052 ROW=W TO W #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 : SAMPLE_TYPE=FB 00006 DEPTH_RANGE= 5.486 TO 151.486F STORAGE_BAY=047 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 1 GIPPSLAND N : SNAPPER 1 CR 9-27 : SAMPLE_TYPE=CORE 01291 DEPTH_RANGE= 1290.831 TO 2827.910F STORAGE_BAY=190 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 2 GIPPSLAND N : SNAPPER 2 : SAMPLE_TYPE=CORE 01326 DEPTH_RANGE= 1325.273 TO 1331.674F STORAGE_BAY=048 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 2 GIPPSLAND N : SNAPPER 2 : SAMPLE_TYPE=CORE 01387 DEPTH_RANGE= 1386.843 TO 2355.194F STORAGE_BAY=048 ROW=M TO O #TRAYS=27 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 2 GIPPSLAND N : SNAPPER 2 : SAMPLE_TYPE=CORE 02484 DEPTH_RANGE= 2483.515 TO 2515.824F STORAGE_BAY=048 ROW=O TO Q #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 2 GIPPSLAND N : SNAPPER 2 : SAMPLE_TYPE=CUTT 00763 DEPTH_RANGE= 762.002 TO 3050.140F STORAGE_BAY=053 ROW=W TO W #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 2 GIPPSLAND N : SNAPPER 2 : SAMPLE_TYPE=CUTT 00854 DEPTH_RANGE= 853.442 TO 3050.140F STORAGE_BAY=189 ROW=O TO O #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 2 GIPPSLAND N : SNAPPER 2 CR14679 : SAMPLE_TYPE=CORE 01326 DEPTH_RANGE= 1325.883 TO 2491.745F STORAGE_BAY=190 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 3 GIPPSLAND N : SNAPPER 3 : SAMPLE_TYPE=CUTT 00787 DEPTH_RANGE= 786.386 TO 3211.000F STORAGE_BAY=053 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 3 GIPPSLAND N : Snapper 3 : SAMPLE_TYPE=MISC 00022 DEPTH_RANGE= 21.336 TO 2395.728F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 4 GIPPSLAND N : SNAPPER 4 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2821.000M STORAGE_BAY=190 ROW=N TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 5 GIPPSLAND N : SNAPPER 5 : SAMPLE_TYPE=CORE 01400 DEPTH_RANGE= 1400.000 TO 1418.180M STORAGE_BAY=190 ROW=O TO O #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 5 GIPPSLAND N : SNAPPER 5 : SAMPLE_TYPE=CORE 02578 DEPTH_RANGE= 2578.000 TO 2788.040M STORAGE_BAY=190 ROW=P TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 5 GIPPSLAND N : SNAPPER 5 : SAMPLE_TYPE=CUTT 00216 DEPTH_RANGE= 216.000 TO 2990.000M STORAGE_BAY=190 ROW=O TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 5 GIPPSLAND N : SNAPPER 5 : SAMPLE_TYPE=CUTT 00216 DEPTH_RANGE= 216.000 TO 2990.000M STORAGE_BAY=190 ROW=O TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER 6 GIPPSLAND N : SNAPPER 6 : SAMPLE_TYPE=CUTT 00211 DEPTH_RANGE= 211.000 TO 3020.000M STORAGE_BAY=189 ROW=O TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A1 GIPPSLAND N : SNAPPER A1 : SAMPLE_TYPE=CORE 01609 DEPTH_RANGE= 1608.050 TO 1638.400M STORAGE_BAY=037 ROW=Y TO Y #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A1 GIPPSLAND N : SNAPPER A1 : SAMPLE_TYPE=CORE 01745 DEPTH_RANGE= 1745.000 TO 2270.000M STORAGE_BAY=037 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A1 GIPPSLAND N : SNAPPER A1 : SAMPLE_TYPE=CORE 02395 DEPTH_RANGE= 2395.000 TO 2945.000M STORAGE_BAY=037 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A1 GIPPSLAND N : SNAPPER A1 : SAMPLE_TYPE=CUTT 01300 DEPTH_RANGE= 1300.000 TO 1773.000M STORAGE_BAY=052 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A1 GIPPSLAND N : SNAPPER A1(1-5) : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=037 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A10 GIPPSLAND N : SNAPPER A10 : SAMPLE_TYPE=CUTT 01805 DEPTH_RANGE= 1805.000 TO 2297.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A10 GIPPSLAND N : SNAPPER A10 : SAMPLE_TYPE=CUTT 01805 DEPTH_RANGE= 1805.000 TO 2297.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A11 GIPPSLAND N : SNAPPER A11 DITCH : SAMPLE_TYPE=CUTT 02060 DEPTH_RANGE= 2060.000 TO 2635.000M STORAGE_BAY=189 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A11 GIPPSLAND N : SNAPPER A11 S/TKA : SAMPLE_TYPE=CUTT 02195 DEPTH_RANGE= 2195.000 TO 2415.000M STORAGE_BAY=189 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A11 GIPPSLAND N : SNAPPER A11 S/TKA : SAMPLE_TYPE=CUTT 02195 DEPTH_RANGE= 2195.000 TO 2415.000M STORAGE_BAY=189 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A11 GIPPSLAND N : SNAPPER A11 S/TKB : SAMPLE_TYPE=CUTT 02200 DEPTH_RANGE= 2200.000 TO 2670.000M STORAGE_BAY=189 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A11 GIPPSLAND N : SNAPPER A11 S/TKB : SAMPLE_TYPE=CUTT 02200 DEPTH_RANGE= 2200.000 TO 2670.000M STORAGE_BAY=189 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A12 GIPPSLAND N : SNAPPER A12 : SAMPLE_TYPE=CUTT 01815 DEPTH_RANGE= 1815.000 TO 2382.000M STORAGE_BAY=038 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A13 GIPPSLAND N : SNAPPER A13 : SAMPLE_TYPE=CUTT 01400 DEPTH_RANGE= 1400.000 TO 3307.000M STORAGE_BAY=187 ROW=O TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A14 GIPPSLAND N : SNAPPER A14 : SAMPLE_TYPE=CUTT 01715 DEPTH_RANGE= 1715.000 TO 2440.000M STORAGE_BAY=043 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A14A GIPPSLAND N : SNAPPER A14A : SAMPLE_TYPE=CUTT 01800 DEPTH_RANGE= 1800.000 TO 3024.000M STORAGE_BAY=043 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A14B GIPPSLAND N : SNAPPER A14B : SAMPLE_TYPE=CUTT 02265 DEPTH_RANGE= 2265.000 TO 2750.000M STORAGE_BAY=175 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A15 GIPPSLAND N : SNAPPER A15 : SAMPLE_TYPE=CUTT 01380 DEPTH_RANGE= 1380.000 TO 1936.000M STORAGE_BAY=041 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A16 GIPPSLAND N : SNAPPER A16 : SAMPLE_TYPE=CUTT 01285 DEPTH_RANGE= 1285.000 TO 2300.000M STORAGE_BAY=035 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A17 GIPPSLAND N : SNAPPER A17 : SAMPLE_TYPE=CUTT 01800 DEPTH_RANGE= 1800.000 TO 2340.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A17 GIPPSLAND N : SNAPPER A17 : SAMPLE_TYPE=CUTT 01800 DEPTH_RANGE= 1800.000 TO 3349.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A18 GIPPSLAND N : SNAPPER A18 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=037 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A19 GIPPSLAND N : SNAPPER A19 : SAMPLE_TYPE=CUTT 01950 DEPTH_RANGE= 1950.000 TO 2549.000M STORAGE_BAY=189 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A2 GIPPSLAND N : SNAPPER A2 : SAMPLE_TYPE=CUTT 01345 DEPTH_RANGE= 1345.000 TO 1931.000M STORAGE_BAY=043 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A20 GIPPSLAND N : SNAPPER A20 : SAMPLE_TYPE=CUTT 01500 DEPTH_RANGE= 1500.000 TO 2151.000M STORAGE_BAY=043 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A20A GIPPSLAND N : SNAPPER A20A : SAMPLE_TYPE=CUTT 02400 DEPTH_RANGE= 2400.000 TO 2770.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A20A GIPPSLAND N : SNAPPER A20A : SAMPLE_TYPE=CUTT 02400 DEPTH_RANGE= 2400.000 TO 3050.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A21 GIPPSLAND N : SNAPPER A21 : SAMPLE_TYPE=CORE 01333 DEPTH_RANGE= 1332.100 TO 1338.200M STORAGE_BAY=047 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A21 GIPPSLAND N : SNAPPER A21 : SAMPLE_TYPE=CORE 01412 DEPTH_RANGE= 1412.000 TO 1431.400M STORAGE_BAY=047 ROW=M TO O #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A21 GIPPSLAND N : SNAPPER A21 : SAMPLE_TYPE=CORE 01700 DEPTH_RANGE= 1699.600 TO 1717.300M STORAGE_BAY=047 ROW=M TO O #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A21 GIPPSLAND N : SNAPPER A21 : SAMPLE_TYPE=CUTT 01100 DEPTH_RANGE= 1100.000 TO 3291.000M STORAGE_BAY=047 ROW=Z TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A21 GIPPSLAND N : SNAPPER A21(2-8) : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=038 ROW=U TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A21 GIPPSLAND N : SNAPPER A21(8-10) : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=045 ROW=M TO N #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A22 GIPPSLAND N : SNAPPER A22 : SAMPLE_TYPE=CUTT 01400 DEPTH_RANGE= 1400.000 TO 1903.000M STORAGE_BAY=189 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A23 GIPPSLAND N : SNAPPER A23 : SAMPLE_TYPE=CUTT 01650 DEPTH_RANGE= 1650.000 TO 2110.000M STORAGE_BAY=036 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A23A GIPPSLAND N : SNAPPER A23 SIDE : SAMPLE_TYPE=CUTT 01700 DEPTH_RANGE= 1700.000 TO 2200.000M STORAGE_BAY=036 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A23B GIPPSLAND N : SNAPPER A23B : SAMPLE_TYPE=CUTT 02480 DEPTH_RANGE= 2480.000 TO 2675.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A23B ST GIPPSLAND N : SNAPPER A23B SDTK : SAMPLE_TYPE=CUTT 02400 DEPTH_RANGE= 2400.000 TO 3175.000M STORAGE_BAY=190 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A24 GIPPSLAND N : SNAPPER A24 : SAMPLE_TYPE=CUTT 01550 DEPTH_RANGE= 1550.000 TO 2040.000M STORAGE_BAY=054 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A25 GIPPSLAND N : SNAPPER A25 : SAMPLE_TYPE=CUTT 01630 DEPTH_RANGE= 1630.000 TO 2255.000M STORAGE_BAY=051 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A26 GIPPSLAND N : SNAPPER A26 : SAMPLE_TYPE=CUTT 01440 DEPTH_RANGE= 1440.000 TO 3125.000M STORAGE_BAY=187 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A27 GIPPSLAND N : SNAPPER A27 DITCH : SAMPLE_TYPE=CUTT 01170 DEPTH_RANGE= 1170.000 TO 2693.000M STORAGE_BAY=187 ROW=O TO O #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A3 GIPPSLAND N : SNAPPER A3 : SAMPLE_TYPE=CUTT 01500 DEPTH_RANGE= 1500.000 TO 2035.000M STORAGE_BAY=189 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A4 GIPPSLAND N : SNAPPER A4 : SAMPLE_TYPE=CUTT 01580 DEPTH_RANGE= 1580.000 TO 2094.000M STORAGE_BAY=052 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A5 GIPPSLAND N : SNAPPER A5 : SAMPLE_TYPE=CUTT 01545 DEPTH_RANGE= 1545.000 TO 2143.000M STORAGE_BAY=053 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A5A GIPPSLAND N : Snapper A-5A : SAMPLE_TYPE=CUTT 01710 DEPTH_RANGE= 1710.000 TO 2115.000M STORAGE_BAY=185 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A6 GIPPSLAND N : SNAPPER A6 : SAMPLE_TYPE=CUTT 01150 DEPTH_RANGE= 1150.000 TO 2275.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A6 GIPPSLAND N : SNAPPER A6 : SAMPLE_TYPE=CUTT 01150 DEPTH_RANGE= 1150.000 TO 2275.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A7 GIPPSLAND N : SNAPPER A7 : SAMPLE_TYPE=CUTT 01845 DEPTH_RANGE= 1845.000 TO 2380.000M STORAGE_BAY=043 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A8 GIPPSLAND N : SNAPPER A8 : SAMPLE_TYPE=CUTT 01150 DEPTH_RANGE= 1150.000 TO 2525.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A8 GIPPSLAND N : SNAPPER A8 : SAMPLE_TYPE=CUTT 01150 DEPTH_RANGE= 1150.000 TO 2525.000M STORAGE_BAY=189 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNAPPER A9 GIPPSLAND N : SNAPPER A9 : SAMPLE_TYPE=CUTT 02300 DEPTH_RANGE= 2300.000 TO 3175.000M STORAGE_BAY=189 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SNOOK 1 GIPPSLAND N : SNOOK 1 : SAMPLE_TYPE=CUTT 00780 DEPTH_RANGE= 780.000 TO 1550.000M STORAGE_BAY=192 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOLE 1 GIPPSLAND N : SOLE 1 : SAMPLE_TYPE=CUTT 00296 DEPTH_RANGE= 295.657 TO 1149.098F STORAGE_BAY=053 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOLE 1 GIPPSLAND N : SOLE 1 : SAMPLE_TYPE=SWC 00310 DEPTH_RANGE= 309.373 TO 822.657F STORAGE_BAY=053 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOLE 1 GIPPSLAND N : SOLE 1 : SAMPLE_TYPE=SWC 00824 DEPTH_RANGE= 823.876 TO 1124.714F STORAGE_BAY=053 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOUTH CARAMUT 1 OTWAY Y : SOUTH CARAMUT 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 435.000M STORAGE_BAY=190 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOUTH LONGFORD 1 GIPPSLAND Y : SOUTH LONGFORD 1 : SAMPLE_TYPE=CORE 00214 DEPTH_RANGE= 213.360 TO 243.840F STORAGE_BAY=013 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOUTH LONGFORD 1 GIPPSLAND Y : SOUTH LONGFORD 1 : SAMPLE_TYPE=CORE 00284 DEPTH_RANGE= 283.160 TO 285.903F STORAGE_BAY=013 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOUTH LONGFORD 1 GIPPSLAND Y : SOUTH LONGFORD 1 : SAMPLE_TYPE=CORE 00745 DEPTH_RANGE= 744.933 TO 746.609F STORAGE_BAY=013 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SOUTH LONGFORD 1 GIPPSLAND Y : SOUTH LONGFORD 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 746.761F STORAGE_BAY=013 ROW=G TO H #TRAYS=22 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPEKE 1 GIPPSLAND N : SPEKE 1 : SAMPLE_TYPE=CUTT 00230 DEPTH_RANGE= 230.000 TO 2772.000M STORAGE_BAY=186 ROW=T TO T #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE 1 GIPPSLAND N : SPERM WHALE 1 : SAMPLE_TYPE=CUTT 00208 DEPTH_RANGE= 208.000 TO 1417.000M STORAGE_BAY=036 ROW=V TO V #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE 1 GIPPSLAND N : SPERMWHALE HEAD 1 : SAMPLE_TYPE=FL 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=025 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00019 DEPTH_RANGE= 18.288 TO 179.832F STORAGE_BAY=002 ROW=J TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00185 DEPTH_RANGE= 184.404 TO 307.849F STORAGE_BAY=002 ROW=J TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00317 DEPTH_RANGE= 316.993 TO 389.840F STORAGE_BAY=002 ROW=J TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00396 DEPTH_RANGE= 395.326 TO 619.660F STORAGE_BAY=002 ROW=J TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00625 DEPTH_RANGE= 624.232 TO 706.528F STORAGE_BAY=002 ROW=J TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00713 DEPTH_RANGE= 712.319 TO 772.670F STORAGE_BAY=002 ROW=J TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00777 DEPTH_RANGE= 776.937 TO 865.939F STORAGE_BAY=002 ROW=J TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00876 DEPTH_RANGE= 875.083 TO 910.439F STORAGE_BAY=002 ROW=J TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00914 DEPTH_RANGE= 913.792 TO 939.396F STORAGE_BAY=002 ROW=J TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : BOOLE POOLE : SAMPLE_TYPE=CORE 00943 DEPTH_RANGE= 942.443 TO 947.930F STORAGE_BAY=002 ROW=J TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPERM WHALE HEAD 1 GIPPSLAND Y : Boole Poole : SAMPLE_TYPE=CORE 00388 DEPTH_RANGE= 387.096 TO 387.096F STORAGE_BAY=236 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPOON BAY 1 GIPPSLAND Y : SPOON BAY 1 : SAMPLE_TYPE=CORE 00656 DEPTH_RANGE= 655.017 TO 661.113F STORAGE_BAY=048 ROW=U TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPOON BAY 1 GIPPSLAND Y : SPOON BAY 1 : SAMPLE_TYPE=CORE 01363 DEPTH_RANGE= 1362.459 TO 1392.024F STORAGE_BAY=031 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPOON BAY 1 GIPPSLAND Y : SPOON BAY 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1392.024F STORAGE_BAY=196 ROW=Z TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPOON BAY 1 GIPPSLAND Y : SPOON BAY 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1392.024F STORAGE_BAY=196 ROW=Z TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPOON BAY 1 GIPPSLAND Y : SPOON BAY 1 : SAMPLE_TYPE=CUTT 00052 DEPTH_RANGE= 51.816 TO 1392.024F STORAGE_BAY=031 ROW=W TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SPOON BAY 1 GIPPSLAND Y : SPOON BAY 1 : SAMPLE_TYPE=SWC 00803 DEPTH_RANGE= 802.540 TO 1354.534F STORAGE_BAY=031 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SQUATTER 1 OTWAY Y : SQUATTER 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1500.000M STORAGE_BAY=098 ROW=G TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SQUATTER 1 OTWAY Y : SQUATTER 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1500.000M STORAGE_BAY=186 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 00260 DEPTH_RANGE= 259.081 TO 265.177F STORAGE_BAY=045 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 00371 DEPTH_RANGE= 370.028 TO 376.124F STORAGE_BAY=045 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 00613 DEPTH_RANGE= 612.649 TO 616.307F STORAGE_BAY=045 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 00902 DEPTH_RANGE= 901.905 TO 903.734F STORAGE_BAY=045 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 00988 DEPTH_RANGE= 987.554 TO 990.602F STORAGE_BAY=045 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 01023 DEPTH_RANGE= 1022.606 TO 1027.178F STORAGE_BAY=045 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 01296 DEPTH_RANGE= 1295.707 TO 1300.279F STORAGE_BAY=045 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CORE 01418 DEPTH_RANGE= 1417.323 TO 1421.590F STORAGE_BAY=045 ROW=T TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CUTT 00028 DEPTH_RANGE= 27.432 TO 1420.371F STORAGE_BAY=052 ROW=Y TO Y #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=CUTT 00028 DEPTH_RANGE= 27.432 TO 1420.371F STORAGE_BAY=196 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=ST MARGARET ISLAND 1 GIPPSLAND Y : ST MARGARET ISL 1 : SAMPLE_TYPE=SWC 00178 DEPTH_RANGE= 177.699 TO 1393.548F STORAGE_BAY=052 ROW=Y TO Y #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CORE 00442 DEPTH_RANGE= 441.351 TO 442.875F STORAGE_BAY=008 ROW=G TO H #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CORE 00552 DEPTH_RANGE= 551.689 TO 554.737F STORAGE_BAY=008 ROW=G TO H #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CORE 00711 DEPTH_RANGE= 710.185 TO 713.233F STORAGE_BAY=008 ROW=G TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CORE 00866 DEPTH_RANGE= 865.634 TO 867.005F STORAGE_BAY=008 ROW=G TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CORE 01015 DEPTH_RANGE= 1014.986 TO 1017.424F STORAGE_BAY=008 ROW=G TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CORE 01167 DEPTH_RANGE= 1166.167 TO 1167.386F STORAGE_BAY=008 ROW=G TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STH WEST BAIRNSDALE 1 GIPPSLAND Y : S.W. BAIRNSDALE 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1197.866F STORAGE_BAY=009 ROW=K TO M #TRAYS=38 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STONEFISH 1 GIPPSLAND N : STONEFISH 1 : SAMPLE_TYPE=CUTT 00266 DEPTH_RANGE= 265.177 TO 3182.118F STORAGE_BAY=185 ROW=T TO T #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STONEFISH 1 GIPPSLAND N : STONEFISH 1 : SAMPLE_TYPE=CUTT 00266 DEPTH_RANGE= 265.177 TO 3183.642F STORAGE_BAY=054 ROW=W TO W #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STONEYFORD 1 OTWAY Y : STONEYFORD 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 1203.000M STORAGE_BAY=180 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STONEYFORD 1 OTWAY Y : Stoneyford 1 : SAMPLE_TYPE=MISC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STONEYFORD 1 OTWAY Y : Stoneyford 1 : SAMPLE_TYPE=SWC 00460 DEPTH_RANGE= 460.000 TO 925.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STONEYFORD 1 OTWAY Y : Stoneyford-1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 1203.000M STORAGE_BAY=099 ROW=H TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=STRINGY BARK 1 GIPPSLAND Y : STRINGYBARK 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1040.000M STORAGE_BAY=181 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 00418 DEPTH_RANGE= 417.577 TO 420.625F STORAGE_BAY=041 ROW=Q TO Q #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 00508 DEPTH_RANGE= 507.798 TO 512.065F STORAGE_BAY=041 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 00706 DEPTH_RANGE= 705.613 TO 707.747F STORAGE_BAY=041 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 00799 DEPTH_RANGE= 798.578 TO 803.150F STORAGE_BAY=041 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 00898 DEPTH_RANGE= 897.943 TO 901.295F STORAGE_BAY=041 ROW=R TO R #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 01053 DEPTH_RANGE= 1052.781 TO 1055.829F STORAGE_BAY=041 ROW=R TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 01206 DEPTH_RANGE= 1205.791 TO 1209.144F STORAGE_BAY=041 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 01315 DEPTH_RANGE= 1314.910 TO 1318.263F STORAGE_BAY=041 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 01453 DEPTH_RANGE= 1452.984 TO 1456.947F STORAGE_BAY=041 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 01767 DEPTH_RANGE= 1766.320 TO 1769.368F STORAGE_BAY=041 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CORE 01826 DEPTH_RANGE= 1825.146 TO 1828.804F STORAGE_BAY=041 ROW=T TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1676.403F STORAGE_BAY=032 ROW=Z TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1828.804F STORAGE_BAY=196 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNDAY ISLAND 1 GIPPSLAND Y : SUNDAY ISLAND 1 : SAMPLE_TYPE=SWC 00313 DEPTH_RANGE= 312.421 TO 1803.810F STORAGE_BAY=032 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNFISH 1 GIPPSLAND N : SUNFISH 1 : SAMPLE_TYPE=CORE 02244 DEPTH_RANGE= 2243.333 TO 2260.401F STORAGE_BAY=051 ROW=R TO R #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNFISH 1 GIPPSLAND N : SUNFISH 1 : SAMPLE_TYPE=CORE 02478 DEPTH_RANGE= 2477.419 TO 2486.563F STORAGE_BAY=051 ROW=R TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNFISH 1 GIPPSLAND N : SUNFISH 1 : SAMPLE_TYPE=CUTT 00211 DEPTH_RANGE= 210.312 TO 2490.221F STORAGE_BAY=185 ROW=W TO W #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNFISH 1 GIPPSLAND N : SUNFISH 1 : SAMPLE_TYPE=CUTT 00211 DEPTH_RANGE= 210.312 TO 2491.745F STORAGE_BAY=051 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNFISH 1 GIPPSLAND N : SUNFISH 1 CR 1-3 : SAMPLE_TYPE=CORE 02244 DEPTH_RANGE= 2243.333 TO 2476.505F STORAGE_BAY=187 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNFISH 2 GIPPSLAND N : SUNFISH 2 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 220.000 TO 2645.000M STORAGE_BAY=185 ROW=X TO X #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNSET 1 MURRAY Y : SUNSET 1 : SAMPLE_TYPE=CORE 00994 DEPTH_RANGE= 993.650 TO 996.088F STORAGE_BAY=050 ROW=K TO K #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SUNSET 1 MURRAY Y : SUNSET 1 : SAMPLE_TYPE=CUTT 00005 DEPTH_RANGE= 4.572 TO 993.650F STORAGE_BAY=052 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEEP 1 GIPPSLAND N : SWEEP 1 : SAMPLE_TYPE=CUTT 00238 DEPTH_RANGE= 238.000 TO 900.000M STORAGE_BAY=033 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEEP 1 GIPPSLAND N : SWEEP 1 : SAMPLE_TYPE=CUTT 00238 DEPTH_RANGE= 238.000 TO 900.000M STORAGE_BAY=176 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEETLIPS 1 GIPPSLAND N : SWEETLIPS 1 : SAMPLE_TYPE=CUTT 00780 DEPTH_RANGE= 780.000 TO 1870.000M STORAGE_BAY=191 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEETLIPS 1 GIPPSLAND N : SWEETLIPS 1 CR 1 : SAMPLE_TYPE=CORE 01512 DEPTH_RANGE= 1512.000 TO 1516.820M STORAGE_BAY=191 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEETLIPS 1 GIPPSLAND N : SWEETLIPS 1 CR 2 : SAMPLE_TYPE=CORE 01519 DEPTH_RANGE= 1518.500 TO 1523.539M STORAGE_BAY=191 ROW=N TO O #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEETLIPS 1 GIPPSLAND N : SWEETLIPS 1 CR 3 : SAMPLE_TYPE=CORE 01537 DEPTH_RANGE= 1537.000 TO 1550.950M STORAGE_BAY=191 ROW=O TO P #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWEETLIPS 1 GIPPSLAND N : SWEETLIPS 1 ST 1 : SAMPLE_TYPE=CUTT 00830 DEPTH_RANGE= 830.000 TO 1725.000M STORAGE_BAY=191 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWORDFISH 1 GIPPSLAND N : SWORDFISH 1 : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.648 TO 2468.880F STORAGE_BAY=044 ROW=M TO M #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWORDFISH 1 GIPPSLAND N : SWORDFISH 1 2-60 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO 2469.000M STORAGE_BAY=185 ROW=O TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=SWORDFISH 1 GIPPSLAND N : SWORDFISH 1 x2 : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.648 TO 2468.880F STORAGE_BAY=185 ROW=N TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TAILOR 1 GIPPSLAND N : TAILOR 1 : SAMPLE_TYPE=CORE 02418 DEPTH_RANGE= 2417.678 TO 2420.727F STORAGE_BAY=052 ROW=D TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TAILOR 1 GIPPSLAND N : TAILOR 1 : SAMPLE_TYPE=CUTT 00778 DEPTH_RANGE= 777.242 TO 2590.000F STORAGE_BAY=053 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TAILOR 1 GIPPSLAND N : TAILOR 1 : SAMPLE_TYPE=CUTT 00778 DEPTH_RANGE= 777.242 TO 2590.000F STORAGE_BAY=185 ROW=W TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TANJIL PT. ADDIS 1 GIPPSLAND Y : TANJIL PT ADDIS 1 : SAMPLE_TYPE=CUTT 00228 DEPTH_RANGE= 227.076 TO 318.517F STORAGE_BAY=011 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TANJIL PT. ADDIS 1 GIPPSLAND Y : TANJIL PT ADDIS 1 : SAMPLE_TYPE=CUTT 00328 DEPTH_RANGE= 327.356 TO 484.938F STORAGE_BAY=012 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TANJIL PT. ADDIS 2 GIPPSLAND Y : TANJIL PT ADDIS 2 : SAMPLE_TYPE=CUTT 00008 DEPTH_RANGE= 7.620 TO 27.737F STORAGE_BAY=012 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARALEA 1 OTWAY Y : TARALEA 1 : SAMPLE_TYPE=CUTT 00015 DEPTH_RANGE= 15.000 TO 2800.000M STORAGE_BAY=100 ROW=G TO G #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARALEA 1 OTWAY Y : Taralea 1 : SAMPLE_TYPE=SAMX 00015 DEPTH_RANGE= 15.000 TO 2800.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARRA 1 GIPPSLAND N : TARRA 1 : SAMPLE_TYPE=CORE 02797 DEPTH_RANGE= 2797.000 TO 2798.500M STORAGE_BAY=176 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARRA 1 GIPPSLAND N : TARRA 1 : SAMPLE_TYPE=CORE 02890 DEPTH_RANGE= 2890.000 TO 2903.670M STORAGE_BAY=176 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARRA 1 GIPPSLAND N : TARRA 1 : SAMPLE_TYPE=CUTT 00230 DEPTH_RANGE= 230.000 TO 2901.000M STORAGE_BAY=038 ROW=Y TO Y #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWHINE 1 GIPPSLAND N : TARWHINE 1 : SAMPLE_TYPE=CORE 01392 DEPTH_RANGE= 1392.000 TO 1413.500M STORAGE_BAY=038 ROW=P TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWHINE 1 GIPPSLAND N : TARWHINE 1 : SAMPLE_TYPE=CORE 02664 DEPTH_RANGE= 2663.300 TO 2668.960M STORAGE_BAY=043 ROW=Z TO Z #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWHINE 1 GIPPSLAND N : TARWHINE 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2955.000M STORAGE_BAY=031 ROW=Y TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWHINE 1 GIPPSLAND N : TARWHINE 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2955.000M STORAGE_BAY=185 ROW=Z TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWIN MEADOWS 1 GIPPSLAND Y : TARWIN MEAD 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1202.438F STORAGE_BAY=197 ROW=O TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWIN MEADOWS 1 GIPPSLAND Y : TARWIN MEADOWS 1 : SAMPLE_TYPE=CORE 00093 DEPTH_RANGE= 92.659 TO 188.519F STORAGE_BAY=018 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWIN MEADOWS 1 GIPPSLAND Y : TARWIN MEADOWS 1 : SAMPLE_TYPE=CORE 00782 DEPTH_RANGE= 781.814 TO 783.338F STORAGE_BAY=018 ROW=S TO S #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWIN MEADOWS 1 GIPPSLAND Y : TARWIN MEADOWS 1 : SAMPLE_TYPE=CORE 00949 DEPTH_RANGE= 948.844 TO 953.416F STORAGE_BAY=018 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TARWIN MEADOWS 1 GIPPSLAND Y : TARWIN MEADOWS 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 1202.438F STORAGE_BAY=018 ROW=R TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TERAGLIN 1 GIPPSLAND N : TERAGLIN 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 3371.000M STORAGE_BAY=186 ROW=N TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TERAKIHI 1 GIPPSLAND N : TERAKIHI 1 : SAMPLE_TYPE=CUTT 01150 DEPTH_RANGE= 1150.000 TO 3040.000M STORAGE_BAY=193 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TERAKIHI 1 GIPPSLAND N : TERAKIHI 1 CR1 : SAMPLE_TYPE=CORE 02844 DEPTH_RANGE= 2844.000 TO 2856.600M STORAGE_BAY=192 ROW=O TO P #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TERAKIHI 1 GIPPSLAND N : TERAKIHI 1 CR2 : SAMPLE_TYPE=CORE 02863 DEPTH_RANGE= 2862.500 TO 2872.480M STORAGE_BAY=192 ROW=N TO N #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=THREADFIN 1 GIPPSLAND N : THREADFIN 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2735.000M STORAGE_BAY=042 ROW=X TO Z #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=THREADFIN 1 GIPPSLAND N : THREADFIN 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2735.000M STORAGE_BAY=186 ROW=P TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TIRRENGOWA 1 OTWAY Y : TIRRENGOWA 1 : SAMPLE_TYPE=CUTT 00010 DEPTH_RANGE= 9.144 TO 1272.540F STORAGE_BAY=189 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TIRRENGOWA 1 OTWAY Y : Tirrengowa 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1272.537F STORAGE_BAY=237 ROW=V TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TIRRENGOWA 1 OTWAY Y : Tirrengowa 1 : SAMPLE_TYPE=MISC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TIRRENGOWA 1 OTWAY Y : Tirrengowa 1 : SAMPLE_TYPE=SAMX 00016 DEPTH_RANGE= 15.240 TO 1271.016F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TIRRENGOWA 1 OTWAY Y : Tirrengowa 1 : SAMPLE_TYPE=SWC 00342 DEPTH_RANGE= 341.376 TO 1266.444F STORAGE_BAY=237 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TOMMYRUFF 1 GIPPSLAND N : TOMMYRUFF 1 : SAMPLE_TYPE=CUTT 00190 DEPTH_RANGE= 190.000 TO 1550.000M STORAGE_BAY=181 ROW=Q TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TOMMYRUFF 1 GIPPSLAND N : Tommyruff-1 Samplex : SAMPLE_TYPE=SAMX 00190 DEPTH_RANGE= 190.000 TO 1550.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TORSK 1 GIPPSLAND N : TORSK 1 : SAMPLE_TYPE=CUTT 00820 DEPTH_RANGE= 820.000 TO 2421.000M STORAGE_BAY=180 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TORSK 1 GIPPSLAND N : TORSK 1 CORE 1 : SAMPLE_TYPE=CORE 01371 DEPTH_RANGE= 1370.500 TO 1372.060M STORAGE_BAY=180 ROW=P TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TREVALLY 1 GIPPSLAND N : TREVALLY 1 : SAMPLE_TYPE=CUTT 00177 DEPTH_RANGE= 176.784 TO 2282.957F STORAGE_BAY=052 ROW=M TO M #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TREVALLY 1 GIPPSLAND N : TREVALLY 1 : SAMPLE_TYPE=CUTT 00177 DEPTH_RANGE= 176.784 TO 2282.957F STORAGE_BAY=186 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TRITON 1 OTWAY N : TRITON 1 : SAMPLE_TYPE=CUTT 00260 DEPTH_RANGE= 260.000 TO 2803.000M STORAGE_BAY=038 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TRITON 1 OTWAY N : Triton 1 Unwashed Cu : SAMPLE_TYPE=CUTT 00255 DEPTH_RANGE= 255.000 TO 540.000M STORAGE_BAY=237 ROW=Z TO ZZ #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TRITON 1 OTWAY N : Triton 1 Unwashed Cu : SAMPLE_TYPE=CUTT 01580 DEPTH_RANGE= 1580.000 TO 2750.000M STORAGE_BAY=239 ROW=Y TO Z #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TRITON 1 ST OTWAY N : Triton 1 Core : SAMPLE_TYPE=CORE 01475 DEPTH_RANGE= 1475.000 TO 3400.000M STORAGE_BAY=038 ROW=N TO N #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TRITON 1 ST OTWAY N : Triton 1 ST unwashed : SAMPLE_TYPE=CUTT 02250 DEPTH_RANGE= 2250.000 TO 3545.000M STORAGE_BAY=239 ROW=Z TO ZZ #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TRUMPETER 1 GIPPSLAND N : TRUMPETER 1 : SAMPLE_TYPE=CUTT 00830 DEPTH_RANGE= 830.000 TO 3465.000M STORAGE_BAY=181 ROW=S TO S #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 00164 DEPTH_RANGE= 163.983 TO 167.031F STORAGE_BAY=060 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 00321 DEPTH_RANGE= 320.345 TO 320.955F STORAGE_BAY=060 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 00470 DEPTH_RANGE= 469.393 TO 472.746F STORAGE_BAY=060 ROW=N TO N #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 00626 DEPTH_RANGE= 625.146 TO 628.194F STORAGE_BAY=060 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 00780 DEPTH_RANGE= 779.070 TO 782.118F STORAGE_BAY=060 ROW=O TO O #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 00909 DEPTH_RANGE= 908.915 TO 911.963F STORAGE_BAY=060 ROW=O TO O #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 01061 DEPTH_RANGE= 1060.401 TO 1063.449F STORAGE_BAY=060 ROW=O TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 01218 DEPTH_RANGE= 1217.374 TO 1218.898F STORAGE_BAY=060 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 01372 DEPTH_RANGE= 1371.603 TO 1373.127F STORAGE_BAY=060 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CORE 01476 DEPTH_RANGE= 1475.540 TO 1479.807F STORAGE_BAY=060 ROW=P TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 : SAMPLE_TYPE=CUTT 00008 DEPTH_RANGE= 7.315 TO 1634.640F STORAGE_BAY=018 ROW=J TO J #TRAYS=14 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 CORE 15 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=060 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : TULLICH 1 X2 : SAMPLE_TYPE=CUTT 00008 DEPTH_RANGE= 7.315 TO 1630.680F STORAGE_BAY=198 ROW=R TO S #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TULLICH 1 OTWAY Y : Tullich 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 774.192F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01157 DEPTH_RANGE= 1156.718 TO 1159.766F STORAGE_BAY=045 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01312 DEPTH_RANGE= 1311.252 TO 1315.824F STORAGE_BAY=045 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01320 DEPTH_RANGE= 1319.787 TO 1323.749F STORAGE_BAY=045 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01343 DEPTH_RANGE= 1342.647 TO 1346.304F STORAGE_BAY=045 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01356 DEPTH_RANGE= 1355.448 TO 1359.106F STORAGE_BAY=045 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01365 DEPTH_RANGE= 1364.592 TO 1408.484F STORAGE_BAY=045 ROW=A TO C #TRAYS=25 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01637 DEPTH_RANGE= 1636.474 TO 1645.619F STORAGE_BAY=045 ROW=C TO D #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01887 DEPTH_RANGE= 1886.716 TO 1895.860F STORAGE_BAY=045 ROW=D TO D #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 01970 DEPTH_RANGE= 1969.622 TO 2029.667F STORAGE_BAY=045 ROW=D TO G #TRAYS=33 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 02259 DEPTH_RANGE= 2258.268 TO 2273.813F STORAGE_BAY=045 ROW=G TO G #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 02458 DEPTH_RANGE= 2457.912 TO 2461.570F STORAGE_BAY=045 ROW=G TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 02663 DEPTH_RANGE= 2662.128 TO 2679.502F STORAGE_BAY=045 ROW=G TO H #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 02849 DEPTH_RANGE= 2848.667 TO 2852.629F STORAGE_BAY=045 ROW=H TO H #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 03088 DEPTH_RANGE= 3087.021 TO 3087.630F STORAGE_BAY=045 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 03324 DEPTH_RANGE= 3323.241 TO 3326.594F STORAGE_BAY=045 ROW=H TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 03515 DEPTH_RANGE= 3514.656 TO 3516.485F STORAGE_BAY=045 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CORE 03538 DEPTH_RANGE= 3537.211 TO 3542.393F STORAGE_BAY=045 ROW=I TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CUTT 00232 DEPTH_RANGE= 231.648 TO 3639.000F STORAGE_BAY=177 ROW=R TO R #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=CUTT 00671 DEPTH_RANGE= 670.561 TO 3639.000F STORAGE_BAY=052 ROW=R TO S #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=FB 00003 DEPTH_RANGE= 2.134 TO 151.943F STORAGE_BAY=047 ROW=Y TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 : SAMPLE_TYPE=FB 00008 DEPTH_RANGE= 7.315 TO 88.392F STORAGE_BAY=002 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : TUNA 1 CORE 2-27 : SAMPLE_TYPE=CORE 01315 DEPTH_RANGE= 1314.910 TO 2678.466F STORAGE_BAY=190 ROW=W TO W #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 1 GIPPSLAND N : Tuna 1 : SAMPLE_TYPE=MISC 01012 DEPTH_RANGE= 1011.936 TO 1018.032F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 01339 DEPTH_RANGE= 1338.380 TO 1341.427F STORAGE_BAY=046 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 01352 DEPTH_RANGE= 1351.181 TO 1353.620F STORAGE_BAY=046 ROW=B TO B #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 01370 DEPTH_RANGE= 1369.164 TO 1376.784F STORAGE_BAY=046 ROW=B TO C #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 01381 DEPTH_RANGE= 1380.747 TO 1384.709F STORAGE_BAY=046 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 01392 DEPTH_RANGE= 1391.415 TO 1399.035F STORAGE_BAY=046 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 02006 DEPTH_RANGE= 2005.588 TO 2035.763F STORAGE_BAY=046 ROW=C TO D #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 02200 DEPTH_RANGE= 2199.136 TO 2205.537F STORAGE_BAY=046 ROW=D TO E #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CORE 02443 DEPTH_RANGE= 2442.367 TO 2446.025F STORAGE_BAY=046 ROW=E TO E #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CUTT 00476 DEPTH_RANGE= 475.489 TO 2761.493F STORAGE_BAY=052 ROW=S TO T #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 : SAMPLE_TYPE=CUTT 00476 DEPTH_RANGE= 475.489 TO 2761.493F STORAGE_BAY=177 ROW=N TO N #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 2 GIPPSLAND N : TUNA 2 CR2-5 S/CT : SAMPLE_TYPE=CORE 01371 DEPTH_RANGE= 1370.079 TO 1396.139F STORAGE_BAY=177 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CORE 01386 DEPTH_RANGE= 1385.928 TO 1400.864F STORAGE_BAY=035 ROW=I TO I #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CORE 01951 DEPTH_RANGE= 1950.724 TO 1972.974F STORAGE_BAY=035 ROW=I TO J #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CORE 01976 DEPTH_RANGE= 1975.720 TO 1989.734F STORAGE_BAY=035 ROW=J TO K #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CORE 02015 DEPTH_RANGE= 2014.732 TO 2023.571F STORAGE_BAY=035 ROW=K TO K #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CORE 02024 DEPTH_RANGE= 2023.571 TO 2029.972F STORAGE_BAY=034 ROW=K TO K #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CORE 02034 DEPTH_RANGE= 2033.020 TO 2045.212F STORAGE_BAY=034 ROW=K TO K #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 : SAMPLE_TYPE=CUTT 00624 DEPTH_RANGE= 623.317 TO 2819.406F STORAGE_BAY=052 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : TUNA 3 CORE 3-8 : SAMPLE_TYPE=CORE 01389 DEPTH_RANGE= 1388.976 TO 2037.470F STORAGE_BAY=190 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 3 GIPPSLAND N : Tuna 3 : SAMPLE_TYPE=MISC 01555 DEPTH_RANGE= 1554.480 TO 1572.768F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 01380 DEPTH_RANGE= 1380.000 TO 1396.030M STORAGE_BAY=177 ROW=N TO O #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 01405 DEPTH_RANGE= 1404.600 TO 1405.670M STORAGE_BAY=177 ROW=O TO O #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02481 DEPTH_RANGE= 2481.000 TO 2497.000M STORAGE_BAY=177 ROW=O TO O #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02490 DEPTH_RANGE= 2489.900 TO 2511.750M STORAGE_BAY=177 ROW=O TO O #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02518 DEPTH_RANGE= 2517.100 TO 2526.860M STORAGE_BAY=177 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02531 DEPTH_RANGE= 2531.000 TO 2546.560M STORAGE_BAY=177 ROW=P TO P #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02549 DEPTH_RANGE= 2549.000 TO 2561.480M STORAGE_BAY=177 ROW=P TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02823 DEPTH_RANGE= 2822.500 TO 2825.500M STORAGE_BAY=177 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CORE 02828 DEPTH_RANGE= 2828.000 TO 3282.500M STORAGE_BAY=177 ROW=Q TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : TUNA 4 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 3320.000M STORAGE_BAY=177 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA 4 GIPPSLAND N : Tuna 4 : SAMPLE_TYPE=SWC 03002 DEPTH_RANGE= 3002.000 TO 3209.500M STORAGE_BAY=236 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A10 GIPPSLAND N : TUNA A10 : SAMPLE_TYPE=CUTT 01365 DEPTH_RANGE= 1365.000 TO 1960.000M STORAGE_BAY=039 ROW=Y TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A11 GIPPSLAND N : TUNA A11 : SAMPLE_TYPE=CUTT 01800 DEPTH_RANGE= 1800.000 TO 2390.000M STORAGE_BAY=037 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A11 GIPPSLAND N : TUNA A11 : SAMPLE_TYPE=CUTT 02950 DEPTH_RANGE= 2950.000 TO 3926.000M STORAGE_BAY=037 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A11A GIPPSLAND N : TUNA A11A : SAMPLE_TYPE=CUTT 01590 DEPTH_RANGE= 1590.000 TO 2380.000M STORAGE_BAY=036 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A11A GIPPSLAND N : TUNA A11A : SAMPLE_TYPE=CUTT 01590 DEPTH_RANGE= 1590.000 TO 3130.000M STORAGE_BAY=187 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A11A GIPPSLAND N : TUNA A11A : SAMPLE_TYPE=CUTT 02385 DEPTH_RANGE= 2385.000 TO 3130.000M STORAGE_BAY=052 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A12 GIPPSLAND N : TUNA A12 : SAMPLE_TYPE=CUTT 01325 DEPTH_RANGE= 1325.000 TO 2510.000M STORAGE_BAY=052 ROW=O TO P #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A13 GIPPSLAND N : TUNA A13 : SAMPLE_TYPE=CUTT 01245 DEPTH_RANGE= 1245.000 TO 2218.000M STORAGE_BAY=032 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A14 GIPPSLAND N : TUNA A14 : SAMPLE_TYPE=CUTT 01505 DEPTH_RANGE= 1505.000 TO 2942.000M STORAGE_BAY=040 ROW=W TO Y #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A14 GIPPSLAND N : TUNA A14 : SAMPLE_TYPE=CUTT 01711 DEPTH_RANGE= 1711.000 TO 1791.400M STORAGE_BAY=039 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A15 GIPPSLAND N : TUNA A15 : SAMPLE_TYPE=CORE 02311 DEPTH_RANGE= 2310.500 TO 2427.630M STORAGE_BAY=040 ROW=Q TO Z #TRAYS=31 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A15 GIPPSLAND N : TUNA A15 : SAMPLE_TYPE=CORE 02428 DEPTH_RANGE= 2427.630 TO 2437.450M STORAGE_BAY=039 ROW=M TO M #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A15 GIPPSLAND N : TUNA A15 : SAMPLE_TYPE=CUTT 01235 DEPTH_RANGE= 1235.000 TO 2545.000M STORAGE_BAY=040 ROW=P TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A16 GIPPSLAND N : TUNA A16 : SAMPLE_TYPE=CUTT 01550 DEPTH_RANGE= 1550.000 TO 2910.000M STORAGE_BAY=040 ROW=Y TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A17 GIPPSLAND N : TUNA A17 : SAMPLE_TYPE=CUTT 01800 DEPTH_RANGE= 1800.000 TO 3720.000M STORAGE_BAY=035 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A17 GIPPSLAND N : TUNA A17 : SAMPLE_TYPE=SWC 02982 DEPTH_RANGE= 2982.000 TO 3440.000M STORAGE_BAY=035 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A17 GIPPSLAND N : Tuna A17 : SAMPLE_TYPE=CUTT 01880 DEPTH_RANGE= 1880.000 TO 3426.000M STORAGE_BAY=205 ROW=J TO J #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A18 GIPPSLAND N : TUNA A18 : SAMPLE_TYPE=CORE 02043 DEPTH_RANGE= 2043.000 TO 2053.000M STORAGE_BAY=040 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A18 GIPPSLAND N : TUNA A18 : SAMPLE_TYPE=CUTT 01405 DEPTH_RANGE= 1405.000 TO 3197.000M STORAGE_BAY=035 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A2 GIPPSLAND N : TUNA A2 : SAMPLE_TYPE=CUTT 01350 DEPTH_RANGE= 1350.000 TO 3277.000M STORAGE_BAY=035 ROW=P TO P #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A3 GIPPSLAND N : TUNA A3 : SAMPLE_TYPE=CUTT 01405 DEPTH_RANGE= 1405.000 TO 2564.000M STORAGE_BAY=041 ROW=X TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A4 GIPPSLAND N : TUNA A4 : SAMPLE_TYPE=CUTT 01300 DEPTH_RANGE= 1300.000 TO 1960.000M STORAGE_BAY=039 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A4 GIPPSLAND N : TUNA A4 : SAMPLE_TYPE=CUTT 01965 DEPTH_RANGE= 1965.000 TO 2706.000M STORAGE_BAY=038 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A5 GIPPSLAND N : TUNA A5 : SAMPLE_TYPE=CORE 01336 DEPTH_RANGE= 1336.000 TO 2000.980M STORAGE_BAY=042 ROW=M TO Z #TRAYS=45 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A5 GIPPSLAND N : TUNA A5 : SAMPLE_TYPE=CORE 02005 DEPTH_RANGE= 2004.500 TO 2051.490M STORAGE_BAY=041 ROW=V TO Z #TRAYS=21 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A5 GIPPSLAND N : TUNA A5 : SAMPLE_TYPE=CUTT 00610 DEPTH_RANGE= 610.000 TO 2103.000M STORAGE_BAY=042 ROW=M TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A5 GIPPSLAND N : TUNA A5 JUNK BSKT : SAMPLE_TYPE=CUTT 01695 DEPTH_RANGE= 1695.000 TO 1695.700M STORAGE_BAY=040 ROW=M TO M #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A6 GIPPSLAND N : TUNA A6 : SAMPLE_TYPE=CUTT 01690 DEPTH_RANGE= 1690.000 TO 3280.000M STORAGE_BAY=031 ROW=M TO M #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A7 GIPPSLAND N : TUNA A7 : SAMPLE_TYPE=CUTT 01505 DEPTH_RANGE= 1505.000 TO 2918.000M STORAGE_BAY=039 ROW=V TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A8 GIPPSLAND N : TUNA A8 : SAMPLE_TYPE=CUTT 01440 DEPTH_RANGE= 1440.000 TO 2520.000M STORAGE_BAY=040 ROW=S TO T #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TUNA A9 GIPPSLAND N : TUNA A9 : SAMPLE_TYPE=CUTT 02075 DEPTH_RANGE= 2075.000 TO 2795.000M STORAGE_BAY=041 ROW=U TO U #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 : SAMPLE_TYPE=CORE 01951 DEPTH_RANGE= 1950.114 TO 1957.734F STORAGE_BAY=044 ROW=D TO D #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 : SAMPLE_TYPE=CORE 02152 DEPTH_RANGE= 2151.587 TO 2166.218F STORAGE_BAY=044 ROW=D TO E #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 : SAMPLE_TYPE=CORE 02175 DEPTH_RANGE= 2174.448 TO 2192.126F STORAGE_BAY=044 ROW=E TO F #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 : SAMPLE_TYPE=CORE 03049 DEPTH_RANGE= 3048.311 TO 3056.236F STORAGE_BAY=044 ROW=F TO F #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 : SAMPLE_TYPE=CUTT 00278 DEPTH_RANGE= 277.369 TO 3048.006F STORAGE_BAY=052 ROW=O TO O #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 : SAMPLE_TYPE=CUTT 00278 DEPTH_RANGE= 277.369 TO 3048.006F STORAGE_BAY=188 ROW=P TO P #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 1 GIPPSLAND N : TURRUM 1 CR2-3 SC : SAMPLE_TYPE=CORE 02152 DEPTH_RANGE= 2151.892 TO 2164.694F STORAGE_BAY=188 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 : SAMPLE_TYPE=CORE 01568 DEPTH_RANGE= 1567.285 TO 1573.381F STORAGE_BAY=051 ROW=W TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 : SAMPLE_TYPE=CORE 02315 DEPTH_RANGE= 2314.046 TO 2332.944F STORAGE_BAY=051 ROW=X TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 : SAMPLE_TYPE=CORE 02598 DEPTH_RANGE= 2597.816 TO 2599.644F STORAGE_BAY=051 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 : SAMPLE_TYPE=CORE 02600 DEPTH_RANGE= 2599.644 TO 2617.932F STORAGE_BAY=047 ROW=X TO X #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 : SAMPLE_TYPE=CUTT 00193 DEPTH_RANGE= 192.024 TO 2671.577F STORAGE_BAY=051 ROW=W TO E #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 : SAMPLE_TYPE=CUTT 00193 DEPTH_RANGE= 192.024 TO 2671.577F STORAGE_BAY=188 ROW=P TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 CR 5 : SAMPLE_TYPE=CORE 02602 DEPTH_RANGE= 2601.778 TO 2602.388F STORAGE_BAY=191 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 2 GIPPSLAND N : TURRUM 2 CR 5 : SAMPLE_TYPE=CORE 02603 DEPTH_RANGE= 2602.692 TO 2603.302F STORAGE_BAY=191 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 3 GIPPSLAND N : TURRUM 3 : SAMPLE_TYPE=CORE 02598 DEPTH_RANGE= 2597.300 TO 2601.000M STORAGE_BAY=188 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 3 GIPPSLAND N : TURRUM 3 : SAMPLE_TYPE=CORE 02618 DEPTH_RANGE= 2618.000 TO 2623.800M STORAGE_BAY=188 ROW=Q TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 3 GIPPSLAND N : TURRUM 3 : SAMPLE_TYPE=CORE 02908 DEPTH_RANGE= 2907.800 TO 2924.120M STORAGE_BAY=188 ROW=Q TO S #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 3 GIPPSLAND N : TURRUM 3 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2230.000M STORAGE_BAY=188 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 3 GIPPSLAND N : TURRUM 3 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 2230.000M STORAGE_BAY=188 ROW=S TO S #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 4 GIPPSLAND N : TURRUM 4 : SAMPLE_TYPE=CUTT 00780 DEPTH_RANGE= 780.000 TO 2777.000M STORAGE_BAY=191 ROW=Y TO Z #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 : SAMPLE_TYPE=CUTT 00670 DEPTH_RANGE= 670.000 TO 2745.000M STORAGE_BAY=204 ROW=G TO G #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 CORE 1 : SAMPLE_TYPE=CORE 02197 DEPTH_RANGE= 2197.000 TO 2205.300M STORAGE_BAY=233 ROW=D TO E #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 CORE 2 : SAMPLE_TYPE=CORE 02206 DEPTH_RANGE= 2205.500 TO 2222.800M STORAGE_BAY=233 ROW=E TO G #TRAYS=19 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 CORE 3 : SAMPLE_TYPE=CORE 02509 DEPTH_RANGE= 2508.500 TO 2526.800M STORAGE_BAY=233 ROW=H TO J #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 CORE 4 : SAMPLE_TYPE=CORE 02527 DEPTH_RANGE= 2526.800 TO 2543.500M STORAGE_BAY=233 ROW=J TO L #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 CORE 5 : SAMPLE_TYPE=CORE 02545 DEPTH_RANGE= 2544.800 TO 2549.800M STORAGE_BAY=233 ROW=L TO L #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 5 GIPPSLAND N : TURRUM 5 CORE 6 : SAMPLE_TYPE=CORE 02568 DEPTH_RANGE= 2568.000 TO 2586.560M STORAGE_BAY=233 ROW=L TO N #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 6 GIPPSLAND N : TURRUM 6 : SAMPLE_TYPE=CUTT 00600 DEPTH_RANGE= 600.000 TO 1575.000M STORAGE_BAY=204 ROW=H TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 7 GIPPSLAND N : TURRUM 7 : SAMPLE_TYPE=CUTT 00690 DEPTH_RANGE= 690.000 TO 2830.000M STORAGE_BAY=205 ROW=A TO A #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=TURRUM 7 GIPPSLAND N : TURRUM 7 CORE 1 : SAMPLE_TYPE=CORE 02609 DEPTH_RANGE= 2609.000 TO 2634.750M STORAGE_BAY=233 ROW=A TO D #TRAYS=28 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VAUGHAN 1 OTWAY Y : VAUGHAN 1 : SAMPLE_TYPE=CUTT 00060 DEPTH_RANGE= 60.000 TO 2030.000M STORAGE_BAY=098 ROW=J TO J #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VAUGHAN 1 OTWAY Y : VAUGHAN 1 2nd set : SAMPLE_TYPE=CUTT 00060 DEPTH_RANGE= 60.000 TO 2030.000M STORAGE_BAY=098 ROW=J TO J #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VEILFIN 1 GIPPSLAND N : VEILFIN 1 : SAMPLE_TYPE=CORE 03454 DEPTH_RANGE= 3453.100 TO 3462.800M STORAGE_BAY=187 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VEILFIN 1 GIPPSLAND N : VEILFIN 1 : SAMPLE_TYPE=CUTT 02530 DEPTH_RANGE= 2530.000 TO 3521.000M STORAGE_BAY=187 ROW=U TO V #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VEILFIN 1 GIPPSLAND N : VEILFIN 1 SWC 1-224 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO 3521.000M STORAGE_BAY=187 ROW=S TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VEILFIN 1 GIPPSLAND N : VEILFIN 1 x2 : SAMPLE_TYPE=CUTT 00225 DEPTH_RANGE= 225.000 TO 3520.000M STORAGE_BAY=188 ROW=U TO U #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLADOR 1 GIPPSLAND N : VOLADOR 1 : SAMPLE_TYPE=CUTT 00560 DEPTH_RANGE= 560.000 TO 4611.000M STORAGE_BAY=038 ROW=W TO X #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 00811 DEPTH_RANGE= 810.770 TO 814.122F STORAGE_BAY=058 ROW=E TO E #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 00811 DEPTH_RANGE= 810.770 TO 814.732F STORAGE_BAY=046 ROW=P TO P #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 00906 DEPTH_RANGE= 905.258 TO 910.897F STORAGE_BAY=046 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 00906 DEPTH_RANGE= 905.258 TO 914.402F STORAGE_BAY=058 ROW=E TO F #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 00911 DEPTH_RANGE= 910.897 TO 914.402F STORAGE_BAY=050 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01412 DEPTH_RANGE= 1411.227 TO 1417.018F STORAGE_BAY=050 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01412 DEPTH_RANGE= 1411.227 TO 1417.018F STORAGE_BAY=058 ROW=F TO F #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01509 DEPTH_RANGE= 1508.763 TO 1514.859F STORAGE_BAY=058 ROW=F TO F #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01509 DEPTH_RANGE= 1508.763 TO 1516.688F STORAGE_BAY=050 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01671 DEPTH_RANGE= 1670.307 TO 1676.403F STORAGE_BAY=050 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01671 DEPTH_RANGE= 1670.307 TO 1676.403F STORAGE_BAY=058 ROW=F TO F #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01793 DEPTH_RANGE= 1792.228 TO 1798.247F STORAGE_BAY=050 ROW=S TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01793 DEPTH_RANGE= 1792.228 TO 1799.848F STORAGE_BAY=058 ROW=F TO G #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01914 DEPTH_RANGE= 1913.233 TO 1917.805F STORAGE_BAY=050 ROW=T TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01914 DEPTH_RANGE= 1913.233 TO 1920.853F STORAGE_BAY=046 ROW=P TO Y #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 01914 DEPTH_RANGE= 1913.233 TO 1920.853F STORAGE_BAY=058 ROW=G TO G #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02037 DEPTH_RANGE= 2036.068 TO 2039.726F STORAGE_BAY=058 ROW=G TO H #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02037 DEPTH_RANGE= 2036.068 TO 2041.250F STORAGE_BAY=046 ROW=Q TO Q #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02161 DEPTH_RANGE= 2160.731 TO 2165.913F STORAGE_BAY=046 ROW=Q TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02161 DEPTH_RANGE= 2160.731 TO 2168.352F STORAGE_BAY=058 ROW=H TO H #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02316 DEPTH_RANGE= 2315.570 TO 2320.142F STORAGE_BAY=046 ROW=R TO S #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02316 DEPTH_RANGE= 2315.570 TO 2320.142F STORAGE_BAY=058 ROW=H TO H #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02460 DEPTH_RANGE= 2459.436 TO 2468.580F STORAGE_BAY=046 ROW=S TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02460 DEPTH_RANGE= 2459.436 TO 2468.580F STORAGE_BAY=058 ROW=H TO I #TRAYS=12 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02627 DEPTH_RANGE= 2626.467 TO 2629.515F STORAGE_BAY=046 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02673 DEPTH_RANGE= 2672.187 TO 2674.930F STORAGE_BAY=046 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 02673 DEPTH_RANGE= 2672.187 TO 2675.235F STORAGE_BAY=058 ROW=I TO I #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03034 DEPTH_RANGE= 3033.985 TO 3039.533F STORAGE_BAY=046 ROW=U TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03034 DEPTH_RANGE= 3033.985 TO 3040.386F STORAGE_BAY=058 ROW=I TO J #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03192 DEPTH_RANGE= 3191.872 TO 3194.386F STORAGE_BAY=046 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03192 DEPTH_RANGE= 3191.872 TO 3194.920F STORAGE_BAY=058 ROW=J TO J #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03324 DEPTH_RANGE= 3323.241 TO 3325.070F STORAGE_BAY=058 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03324 DEPTH_RANGE= 3323.241 TO 3325.222F STORAGE_BAY=046 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03509 DEPTH_RANGE= 3508.560 TO 3512.218F STORAGE_BAY=046 ROW=W TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03509 DEPTH_RANGE= 3508.560 TO 3512.218F STORAGE_BAY=058 ROW=J TO J #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03654 DEPTH_RANGE= 3653.950 TO 3656.388F STORAGE_BAY=046 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CORE 03654 DEPTH_RANGE= 3653.950 TO 3657.302F STORAGE_BAY=058 ROW=J TO J #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CUTT 00308 DEPTH_RANGE= 307.849 TO 3968.504F STORAGE_BAY=195 ROW=S TO U #TRAYS=36 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CUTT 00311 DEPTH_RANGE= 310.897 TO 3971.552F STORAGE_BAY=058 ROW=J TO K #TRAYS=23 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=CUTT 02957 DEPTH_RANGE= 2956.566 TO 3971.552F STORAGE_BAY=057 ROW=L TO L #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=050 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : VOLUTA 1 : SAMPLE_TYPE=SWC 00302 DEPTH_RANGE= 301.448 TO 2165.608F STORAGE_BAY=050 ROW=M TO M #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=VOLUTA 1 OTWAY N : Voluta 1 : SAMPLE_TYPE=SWC 02676 DEPTH_RANGE= 2675.839 TO 2675.839F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WAHOO 1 GIPPSLAND N : WAHOO 1 : SAMPLE_TYPE=CORE 00439 DEPTH_RANGE= 438.913 TO 445.009F STORAGE_BAY=051 ROW=I TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WAHOO 1 GIPPSLAND N : WAHOO 1 : SAMPLE_TYPE=CORE 00615 DEPTH_RANGE= 614.783 TO 623.622F STORAGE_BAY=051 ROW=I TO I #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WAHOO 1 GIPPSLAND N : WAHOO 1 : SAMPLE_TYPE=CUTT 00244 DEPTH_RANGE= 243.840 TO 745.237F STORAGE_BAY=052 ROW=M TO M #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WALLABY CREEK 1 OTWAY Y : WALLABY CK 1 : SAMPLE_TYPE=CUTT 00084 DEPTH_RANGE= 84.000 TO 1763.000M STORAGE_BAY=044 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WALLABY CREEK 2 OTWAY Y : WALLABY CREEK 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1745.000M STORAGE_BAY=099 ROW=E TO E #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WALLABY CREEK 2 OTWAY Y : WALLABY CREEK 2 CR 1 : SAMPLE_TYPE=CORE 01527 DEPTH_RANGE= 1527.000 TO 1528.750M STORAGE_BAY=180 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WALLABY CREEK 2 OTWAY Y : WALLABY CREEK 2 CR2 : SAMPLE_TYPE=CORE 01529 DEPTH_RANGE= 1529.000 TO 1547.400M STORAGE_BAY=180 ROW=Y TO Z #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WALLABY CREEK 2 OTWAY Y : WLLBY CK 2 (2ND SET) : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1745.000M STORAGE_BAY=099 ROW=E TO E #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 1 : SAMPLE_TYPE=CORE 00291 DEPTH_RANGE= 290.650 TO 296.650M STORAGE_BAY=094 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 10 : SAMPLE_TYPE=CORE 01253 DEPTH_RANGE= 1252.700 TO 1253.600M STORAGE_BAY=094 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 11 : SAMPLE_TYPE=CORE 01343 DEPTH_RANGE= 1342.990 TO 1347.840M STORAGE_BAY=094 ROW=H TO H #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 12 : SAMPLE_TYPE=CORE 01390 DEPTH_RANGE= 1389.210 TO 1389.810M STORAGE_BAY=094 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 13 : SAMPLE_TYPE=CORE 01443 DEPTH_RANGE= 1442.770 TO 1445.720M STORAGE_BAY=094 ROW=H TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 14 : SAMPLE_TYPE=CORE 01498 DEPTH_RANGE= 1497.360 TO 1501.310M STORAGE_BAY=094 ROW=H TO I #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 15 : SAMPLE_TYPE=CORE 01525 DEPTH_RANGE= 1524.880 TO 1527.450M STORAGE_BAY=094 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 2 : SAMPLE_TYPE=CORE 00429 DEPTH_RANGE= 428.440 TO 433.090M STORAGE_BAY=094 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 3 : SAMPLE_TYPE=CORE 00484 DEPTH_RANGE= 483.400 TO 489.400M STORAGE_BAY=094 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 3 DEVIATED : SAMPLE_TYPE=CORE 00477 DEPTH_RANGE= 476.600 TO 478.310M STORAGE_BAY=094 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 4 : SAMPLE_TYPE=CORE 00584 DEPTH_RANGE= 583.590 TO 588.040M STORAGE_BAY=094 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 5 : SAMPLE_TYPE=CORE 00637 DEPTH_RANGE= 636.170 TO 637.260M STORAGE_BAY=094 ROW=G TO G #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 6 : SAMPLE_TYPE=CORE 00740 DEPTH_RANGE= 739.030 TO 743.430M STORAGE_BAY=094 ROW=G TO G #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 7 : SAMPLE_TYPE=CORE 00960 DEPTH_RANGE= 959.270 TO 960.920M STORAGE_BAY=094 ROW=G TO G #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 8 : SAMPLE_TYPE=CORE 01033 DEPTH_RANGE= 1032.120 TO 1032.920M STORAGE_BAY=094 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : CR 9 : SAMPLE_TYPE=CORE 01152 DEPTH_RANGE= 1151.840 TO 1152.840M STORAGE_BAY=094 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : WARRACBARUNAH 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1524.000M STORAGE_BAY=094 ROW=F TO F #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : Warracbarunah 2 : SAMPLE_TYPE=CORE 00711 DEPTH_RANGE= 711.000 TO 1482.000M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : Warracbarunah 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1524.000M STORAGE_BAY=237 ROW=T TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : Warracbarunah-2 Rock : SAMPLE_TYPE=MISC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WARRACBARUNAH 2 OTWAY Y : Warracbarunah-2 chip : SAMPLE_TYPE=MISC 00711 DEPTH_RANGE= 711.000 TO 1482.000M STORAGE_BAY=237 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELL PARK CORE 16 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=018 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELL PARK CORE 17 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=018 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELL PRK CORE2-17 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=031 ROW=N TO N #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01134 DEPTH_RANGE= 1133.706 TO 1139.650F STORAGE_BAY=018 ROW=A TO A #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01164 DEPTH_RANGE= 1163.119 TO 1167.539F STORAGE_BAY=018 ROW=A TO A #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01321 DEPTH_RANGE= 1320.396 TO 1324.054F STORAGE_BAY=018 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01325 DEPTH_RANGE= 1324.968 TO 1480.417F STORAGE_BAY=018 ROW=A TO A #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01616 DEPTH_RANGE= 1615.748 TO 1619.345F STORAGE_BAY=018 ROW=A TO B #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01772 DEPTH_RANGE= 1771.501 TO 1777.597F STORAGE_BAY=018 ROW=B TO B #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 01924 DEPTH_RANGE= 1923.292 TO 1927.254F STORAGE_BAY=018 ROW=B TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 02086 DEPTH_RANGE= 2085.750 TO 2089.408F STORAGE_BAY=018 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 02250 DEPTH_RANGE= 2249.124 TO 2249.428F STORAGE_BAY=018 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 02419 DEPTH_RANGE= 2418.593 TO 2422.250F STORAGE_BAY=018 ROW=C TO C #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 02563 DEPTH_RANGE= 2562.459 TO 2565.507F STORAGE_BAY=018 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 02747 DEPTH_RANGE= 2746.558 TO 2748.387F STORAGE_BAY=018 ROW=C TO C #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 02898 DEPTH_RANGE= 2897.435 TO 2899.873F STORAGE_BAY=018 ROW=C TO D #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 03050 DEPTH_RANGE= 3049.225 TO 3052.273F STORAGE_BAY=018 ROW=D TO D #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CORE 03212 DEPTH_RANGE= 3211.379 TO 3214.427F STORAGE_BAY=018 ROW=C TO C #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 1 GIPPSLAND Y : WELLINGTON PARK 1 : SAMPLE_TYPE=CUTT 00226 DEPTH_RANGE= 225.552 TO 3657.912F STORAGE_BAY=018 ROW=E TO J #TRAYS=96 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 2 GIPPSLAND Y : WELL PARK 2(1-17) : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000F STORAGE_BAY=031 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 2 GIPPSLAND Y : WELLINGTON PARK 2 : SAMPLE_TYPE=CUTT 00074 DEPTH_RANGE= 73.152 TO 1255.779F STORAGE_BAY=031 ROW=T TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 2 GIPPSLAND Y : WELLINGTON PARK 2 : SAMPLE_TYPE=CUTT 00074 DEPTH_RANGE= 73.152 TO 1258.000F STORAGE_BAY=196 ROW=W TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WELLINGTON PARK 2 GIPPSLAND Y : WELLINGTON PARK 2 : SAMPLE_TYPE=CUTT 00074 DEPTH_RANGE= 73.152 TO 1258.000F STORAGE_BAY=196 ROW=X TO X #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST FORTESCUE 1 GIPPSLAND N : WEST FORTESCUE 1 : SAMPLE_TYPE=CUTT 00230 DEPTH_RANGE= 230.000 TO 2671.000M STORAGE_BAY=189 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST HALIBUT 1 GIPPSLAND N : WEST HALIBUI 1 : SAMPLE_TYPE=CORE 02432 DEPTH_RANGE= 2432.000 TO 2457.000M STORAGE_BAY=037 ROW=U TO X #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST HALIBUT 1 GIPPSLAND N : WEST HALIBUT 1 : SAMPLE_TYPE=CORE 02387 DEPTH_RANGE= 2387.000 TO 2413.000M STORAGE_BAY=037 ROW=S TO U #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST HALIBUT 1 GIPPSLAND N : WEST HALIBUT 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2576.000M STORAGE_BAY=037 ROW=S TO X #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST HALIBUT 1 GIPPSLAND N : WEST HALIBUT 1 : SAMPLE_TYPE=CUTT 00240 DEPTH_RANGE= 240.000 TO 2576.000M STORAGE_BAY=185 ROW=V TO V #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W11 GIPPSLAND N : W KINGFISH W11 CR 1 : SAMPLE_TYPE=CORE 02612 DEPTH_RANGE= 2612.000 TO 2628.480M STORAGE_BAY=193 ROW=U TO Y #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W11 GIPPSLAND N : W KINGFISH W11 CR 2 : SAMPLE_TYPE=CORE 02631 DEPTH_RANGE= 2630.010 TO 2638.000M STORAGE_BAY=193 ROW=W TO W #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W11 GIPPSLAND N : W KINGFISH W11 CR 2 : SAMPLE_TYPE=CORE 02648 DEPTH_RANGE= 2648.000 TO 2648.400M STORAGE_BAY=193 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W11 GIPPSLAND N : W KINGFISH W11 CR 3 : SAMPLE_TYPE=CORE 02649 DEPTH_RANGE= 2648.430 TO 2667.000M STORAGE_BAY=193 ROW=W TO Y #TRAYS=28 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W11 GIPPSLAND N : WEST KINGFISH W11 : SAMPLE_TYPE=CUTT 02460 DEPTH_RANGE= 2460.000 TO 2752.000M STORAGE_BAY=193 ROW=U TO U #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W11 GIPPSLAND N : WKF W11 CR2 SIDE CUT : SAMPLE_TYPE=CORE 02638 DEPTH_RANGE= 2638.000 TO 2648.000M STORAGE_BAY=233 ROW=Z TO Z #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W12 GIPPSLAND N : WEST KINGFISH W12 : SAMPLE_TYPE=CORE 02267 DEPTH_RANGE= 2267.000 TO 2269.030M STORAGE_BAY=186 ROW=T TO T #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W12 GIPPSLAND N : WEST KINGFISH W12 : SAMPLE_TYPE=CORE 02283 DEPTH_RANGE= 2282.500 TO 2311.000M STORAGE_BAY=186 ROW=U TO V #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W12 GIPPSLAND N : WEST KINGFISH W12 : SAMPLE_TYPE=CORE 02544 DEPTH_RANGE= 2543.400 TO 2560.600M STORAGE_BAY=186 ROW=V TO V #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W14A GIPPSLAND N : WEST KINGFISH W14A : SAMPLE_TYPE=CUTT 00700 DEPTH_RANGE= 700.000 TO 2734.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W15 GIPPSLAND N : WEST KINGFISH W15 : SAMPLE_TYPE=CORE 02544 DEPTH_RANGE= 2543.400 TO 2560.600M STORAGE_BAY=186 ROW=V TO V #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W17 GIPPSLAND N : WEST KINGFISH W17 : SAMPLE_TYPE=CUTT 02200 DEPTH_RANGE= 2200.000 TO 2490.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W19 GIPPSLAND N : WEST KINGFISH W19 : SAMPLE_TYPE=CUTT 00660 DEPTH_RANGE= 660.000 TO 2778.000M STORAGE_BAY=186 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W19 GIPPSLAND N : West Kingfish 19A : SAMPLE_TYPE=CUTT 01020 DEPTH_RANGE= 1020.000 TO 1080.000M STORAGE_BAY=239 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W19 GIPPSLAND N : West Kingfish 19A : SAMPLE_TYPE=CUTT 02420 DEPTH_RANGE= 2420.000 TO 2687.000M STORAGE_BAY=239 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W2 GIPPSLAND N : WEST KINGFISH W02 : SAMPLE_TYPE=CUTT 03120 DEPTH_RANGE= 3120.000 TO 3552.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W20 GIPPSLAND N : West Kingfish W20A : SAMPLE_TYPE=CUTT 02550 DEPTH_RANGE= 2550.000 TO 2930.000M STORAGE_BAY=239 ROW=V TO V #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W23 GIPPSLAND N : WEST KINGFISH W23 : SAMPLE_TYPE=CUTT 00653 DEPTH_RANGE= 653.000 TO 2691.000M STORAGE_BAY=186 ROW=V TO W #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W27 GIPPSLAND N : WEST KINGFISH W27 : SAMPLE_TYPE=CORE 02946 DEPTH_RANGE= 2945.900 TO 2982.350M STORAGE_BAY=192 ROW=R TO U #TRAYS=48 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W27 GIPPSLAND N : WEST KINGFISH W27 : SAMPLE_TYPE=CUTT 02700 DEPTH_RANGE= 2700.000 TO 3031.000M STORAGE_BAY=192 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W27 GIPPSLAND N : West Kingfish W27 : SAMPLE_TYPE=CUTT 01105 DEPTH_RANGE= 1105.000 TO 3031.000M STORAGE_BAY=239 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W28 GIPPSLAND N : WEST KINGFISH W28 : SAMPLE_TYPE=CUTT 01200 DEPTH_RANGE= 1200.000 TO 3970.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W29 GIPPSLAND N : WEST KINGFISH W29 : SAMPLE_TYPE=CUTT 02220 DEPTH_RANGE= 2220.000 TO 2530.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W3 GIPPSLAND N : WEST KINGFISH W03 : SAMPLE_TYPE=CUTT 02515 DEPTH_RANGE= 2515.000 TO 2821.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W30 GIPPSLAND N : WEST KINGFISH W30 : SAMPLE_TYPE=CUTT 02200 DEPTH_RANGE= 2200.000 TO 2490.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W31 GIPPSLAND N : WEST KINGFISH W31 : SAMPLE_TYPE=CUTT 03780 DEPTH_RANGE= 3780.000 TO 4217.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W32 GIPPSLAND N : WEST KINGFISH W32 : SAMPLE_TYPE=CUTT 01600 DEPTH_RANGE= 1600.000 TO 4875.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W33 GIPPSLAND N : WEST KINGFISH W33 : SAMPLE_TYPE=CUTT 02390 DEPTH_RANGE= 2390.000 TO 2685.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W8 GIPPSLAND N : WEST KINGFISH W08 : SAMPLE_TYPE=CUTT 02385 DEPTH_RANGE= 2385.000 TO 2577.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST KINGFISH W9 GIPPSLAND N : WEST KINGFISH W09 : SAMPLE_TYPE=CUTT 02870 DEPTH_RANGE= 2870.000 TO 3241.000M STORAGE_BAY=193 ROW=Z TO Z #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEACOMBE 1 GIPPSLAND Y : WEST SEACOMB 1 : SAMPLE_TYPE=CUTT 00037 DEPTH_RANGE= 36.576 TO 1765.700F STORAGE_BAY=031 ROW=P TO Q #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEACOMBE 1 GIPPSLAND Y : WEST SEACOMB 1 : SAMPLE_TYPE=CUTT 00037 DEPTH_RANGE= 36.576 TO 1765.700F STORAGE_BAY=031 ROW=X TO X #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEACOMBE 1 GIPPSLAND Y : WEST SEACOMB 1 : SAMPLE_TYPE=SWC 00856 DEPTH_RANGE= 855.880 TO 1342.647F STORAGE_BAY=031 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEACOMBE 1 GIPPSLAND Y : WEST SEACOMBE 1X2 : SAMPLE_TYPE=CUTT 00037 DEPTH_RANGE= 36.576 TO 1765.706F STORAGE_BAY=197 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEACOMBE 1 GIPPSLAND Y : WEST SEACOMBE 1X3 : SAMPLE_TYPE=CUTT 00037 DEPTH_RANGE= 36.576 TO 1765.706F STORAGE_BAY=197 ROW=N TO N #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEAHORSE 1 GIPPSLAND N : WEST SEAHORSE : SAMPLE_TYPE=FL 02490 DEPTH_RANGE= 2490.000 TO 2490.000M STORAGE_BAY=025 ROW=N TO N #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEAHORSE 1 GIPPSLAND N : WEST SEAHORSE 1 : SAMPLE_TYPE=CORE 01450 DEPTH_RANGE= 1450.000 TO 1459.000M STORAGE_BAY=031 ROW=M TO M #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEAHORSE 1 GIPPSLAND N : WEST SEAHORSE 1 : SAMPLE_TYPE=CUTT 00205 DEPTH_RANGE= 205.000 TO 2489.000M STORAGE_BAY=046 ROW=Z TO Z #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEAHORSE 2 GIPPSLAND N : WEST SEAHORSE 2 : SAMPLE_TYPE=CORE 01424 DEPTH_RANGE= 1424.000 TO 1448.000M STORAGE_BAY=038 ROW=O TO O #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WEST SEAHORSE 2 GIPPSLAND N : WEST SEAHORSE 2 : SAMPLE_TYPE=CUTT 00206 DEPTH_RANGE= 206.000 TO 2050.000M STORAGE_BAY=031 ROW=Y TO Y #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WESTGATE 1 OTWAY Y : WESTGATE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 971.000M STORAGE_BAY=188 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WESTGATE 1A OTWAY Y : WESTGATE 1A : SAMPLE_TYPE=CUTT 00540 DEPTH_RANGE= 540.000 TO 1916.000M STORAGE_BAY=188 ROW=T TO T #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHALE 1 GIPPSLAND N : WHALE 1 : SAMPLE_TYPE=CUTT 00215 DEPTH_RANGE= 215.000 TO 810.000M STORAGE_BAY=034 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHALESHARK 1 GIPPSLAND N : WHALESHARK 1 : SAMPLE_TYPE=CUTT 01500 DEPTH_RANGE= 1500.000 TO 2870.000M STORAGE_BAY=189 ROW=Z TO Z #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHIPTAIL 1A GIPPSLAND N : WHIPTAIL IA : SAMPLE_TYPE=CORE 01166 DEPTH_RANGE= 1165.400 TO 1173.200M STORAGE_BAY=188 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHIPTAIL 1A GIPPSLAND N : WHIPTAIL IA : SAMPLE_TYPE=CORE 02738 DEPTH_RANGE= 2737.200 TO 2747.000M STORAGE_BAY=188 ROW=V TO V #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHIPTAIL 1A GIPPSLAND N : WHIPTAIL IA : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 2821.000M STORAGE_BAY=187 ROW=Q TO Q #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHITING 1 GIPPSLAND N : WHITING 1 : SAMPLE_TYPE=CORE 02681 DEPTH_RANGE= 2681.000 TO 2690.570M STORAGE_BAY=189 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHITING 1 GIPPSLAND N : WHITING 1 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 3010.000M STORAGE_BAY=186 ROW=N TO N #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHITING 1 GIPPSLAND N : WHITING 1 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 800.000M STORAGE_BAY=189 ROW=Q TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHITING 2 GIPPSLAND N : WHITING 2 : SAMPLE_TYPE=CORE 01500 DEPTH_RANGE= 1499.900 TO 1502.950M STORAGE_BAY=189 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHITING 2 GIPPSLAND N : WHITING 2 : SAMPLE_TYPE=CORE 03322 DEPTH_RANGE= 3321.900 TO 3325.100M STORAGE_BAY=189 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WHITING 2 GIPPSLAND N : WHITING 2 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 3500.000M STORAGE_BAY=189 ROW=P TO P #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WILD DOG 1 OTWAY N : WILD DOG 1 : SAMPLE_TYPE=CUTT 00327 DEPTH_RANGE= 327.000 TO 1222.000M STORAGE_BAY=177 ROW=Z TO Z #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WILSON 1 OTWAY Y : WILSON 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1317.000M STORAGE_BAY=098 ROW=I TO I #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WILSON 1 OTWAY Y : WILSON 1 : SAMPLE_TYPE=CUTT 00016 DEPTH_RANGE= 16.000 TO 1317.000M STORAGE_BAY=186 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WILSON 1 OTWAY Y : Wilson 1 : SAMPLE_TYPE=CORE 01197 DEPTH_RANGE= 1197.000 TO 1218.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WILSON 1 OTWAY Y : Wilson 1 : SAMPLE_TYPE=SAMX 00010 DEPTH_RANGE= 10.000 TO 1317.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WILSON 1 OTWAY Y : Wilson 1 : SAMPLE_TYPE=SWC 00856 DEPTH_RANGE= 855.500 TO 1308.500M STORAGE_BAY=237 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 1 OTWAY Y : WINDERMERE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1852.000M STORAGE_BAY=175 ROW=Y TO Y #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 1 OTWAY Y : WINDERMERE 1 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1852.000M STORAGE_BAY=198 ROW=N TO N #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 1 OTWAY Y : WINDERMERE 1 X3 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1852.000M STORAGE_BAY=198 ROW=N TO N #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 1 OTWAY Y : Windermer 1 : SAMPLE_TYPE=SAMX 00000 DEPTH_RANGE= .000 TO 1852.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 1 OTWAY Y : Windermere 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1852.000M STORAGE_BAY=239 ROW=U TO U #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : WINDERMERE 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 3595.000M STORAGE_BAY=180 ROW=N TO N #TRAYS=10 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : WINDERMERE 2 CORE 1 : SAMPLE_TYPE=CORE 01744 DEPTH_RANGE= 1743.780 TO 1748.120M STORAGE_BAY=180 ROW=N TO O #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : WINDERMERE 2 CORE 2 : SAMPLE_TYPE=CORE 01777 DEPTH_RANGE= 1777.000 TO 1793.800M STORAGE_BAY=180 ROW=O TO P #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : WINDERMERE 2 X2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 3595.000M STORAGE_BAY=198 ROW=O TO O #TRAYS=15 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : WINDERMERE 2 x3 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 3595.000M STORAGE_BAY=198 ROW=O TO P #TRAYS=16 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=CORE 01770 DEPTH_RANGE= 1770.000 TO 1793.800M STORAGE_BAY=239 ROW=W TO W #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 3485.000M STORAGE_BAY=239 ROW=U TO U #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=CUTT 03490 DEPTH_RANGE= 3490.000 TO 3595.000M STORAGE_BAY=239 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=MISC 01744 DEPTH_RANGE= 1743.780 TO 3174.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=SAMX 00350 DEPTH_RANGE= 350.000 TO 3595.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=SWC 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermere 2 : SAMPLE_TYPE=SWC 00750 DEPTH_RANGE= 750.000 TO 1000.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WINDERMERE 2 OTWAY Y : Windermwere 2 : SAMPLE_TYPE=CORE 01744 DEPTH_RANGE= 1743.780 TO 1748.120M STORAGE_BAY=239 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 : SAMPLE_TYPE=CORE 01489 DEPTH_RANGE= 1489.000 TO 1510.400M STORAGE_BAY=175 ROW=S TO T #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 : SAMPLE_TYPE=CORE 01514 DEPTH_RANGE= 1513.400 TO 1515.950M STORAGE_BAY=175 ROW=R TO R #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 : SAMPLE_TYPE=CORE 01574 DEPTH_RANGE= 1573.400 TO 1581.300M STORAGE_BAY=175 ROW=R TO R #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 : SAMPLE_TYPE=CORE 01586 DEPTH_RANGE= 1585.600 TO 1588.200M STORAGE_BAY=175 ROW=T TO T #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 : SAMPLE_TYPE=CORE 02805 DEPTH_RANGE= 2805.000 TO 2805.220M STORAGE_BAY=175 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 3025.000M STORAGE_BAY=175 ROW=P TO P #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 CORE 6 : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=175 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 1 GIPPSLAND N : WIRRAH 1 JUNK : SAMPLE_TYPE=CUTT 02800 DEPTH_RANGE= 2799.500 TO 2800.000M STORAGE_BAY=175 ROW=S TO S #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 2 GIPPSLAND N : WIRRAH 2 : SAMPLE_TYPE=CORE 02253 DEPTH_RANGE= 2253.000 TO 2264.400M STORAGE_BAY=175 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 2 GIPPSLAND N : WIRRAH 2 : SAMPLE_TYPE=CORE 02807 DEPTH_RANGE= 2806.300 TO 2820.400M STORAGE_BAY=175 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 2 GIPPSLAND N : WIRRAH 2 : SAMPLE_TYPE=CUTT 00210 DEPTH_RANGE= 210.000 TO 3080.000M STORAGE_BAY=175 ROW=P TO Q #TRAYS=13 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CORE 02170 DEPTH_RANGE= 2170.000 TO 2205.500M STORAGE_BAY=175 ROW=U TO V #TRAYS=20 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CORE 02597 DEPTH_RANGE= 2597.000 TO 2601.250M STORAGE_BAY=175 ROW=V TO V #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CORE 02617 DEPTH_RANGE= 2616.600 TO 2709.000M STORAGE_BAY=175 ROW=V TO Y #TRAYS=49 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CORE 02807 DEPTH_RANGE= 2806.840 TO 2813.750M STORAGE_BAY=175 ROW=Y TO Y #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CORE 03116 DEPTH_RANGE= 3116.000 TO 3117.000M STORAGE_BAY=175 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CORE 03144 DEPTH_RANGE= 3143.400 TO 3145.000M STORAGE_BAY=175 ROW=Y TO Y #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WIRRAH 3 GIPPSLAND N : WIRRAH 3 : SAMPLE_TYPE=CUTT 00200 DEPTH_RANGE= 200.000 TO 3255.000M STORAGE_BAY=175 ROW=Q TO Q #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WONGA BINDA 1 GIPPSLAND Y : WONGA BINDA 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1394.000M STORAGE_BAY=189 ROW=X TO X #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WONGA BINDA 1 GIPPSLAND Y : Wonga Binda 1 : SAMPLE_TYPE=SAMX 00010 DEPTH_RANGE= 10.000 TO 1394.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00257 DEPTH_RANGE= 256.033 TO 262.129F STORAGE_BAY=039 ROW=K TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00281 DEPTH_RANGE= 280.417 TO 292.609F STORAGE_BAY=039 ROW=K TO K #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00381 DEPTH_RANGE= 380.086 TO 416.358F STORAGE_BAY=016 ROW=G TO H #TRAYS=18 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00396 DEPTH_RANGE= 395.326 TO 398.374F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00400 DEPTH_RANGE= 399.289 TO 403.251F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00463 DEPTH_RANGE= 462.383 TO 465.431F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00783 DEPTH_RANGE= 782.728 TO 782.728F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00906 DEPTH_RANGE= 905.258 TO 905.258F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 00909 DEPTH_RANGE= 908.306 TO 911.354F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 01226 DEPTH_RANGE= 1225.298 TO 1234.443F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CORE 01329 DEPTH_RANGE= 1328.931 TO 1338.075F STORAGE_BAY=039 ROW=K TO K #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CUTT 00007 DEPTH_RANGE= 6.096 TO 362.713F STORAGE_BAY=015 ROW=G TO G #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CUTT 00046 DEPTH_RANGE= 45.720 TO 380.086F STORAGE_BAY=016 ROW=H TO H #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : WOODSIDE 1 : SAMPLE_TYPE=CUTT 00074 DEPTH_RANGE= 73.152 TO 1831.200F STORAGE_BAY=011 ROW=A TO K #TRAYS=41 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 1 GIPPSLAND Y : Woodside 1 : SAMPLE_TYPE=SWC 00679 DEPTH_RANGE= 678.180 TO 1636.471F STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 2 GIPPSLAND Y : WOODSIDE 2 : SAMPLE_TYPE=CUTT 00141 DEPTH_RANGE= 140.208 TO 2425.603F STORAGE_BAY=011 ROW=A TO K #TRAYS=99 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 00320 DEPTH_RANGE= 319.736 TO 336.500F STORAGE_BAY=039 ROW=H TO H #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 00345 DEPTH_RANGE= 344.425 TO 350.521F STORAGE_BAY=039 ROW=H TO I #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 00374 DEPTH_RANGE= 373.076 TO 394.717F STORAGE_BAY=039 ROW=I TO I #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 00406 DEPTH_RANGE= 405.994 TO 416.967F STORAGE_BAY=039 ROW=I TO I #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 00766 DEPTH_RANGE= 765.050 TO 765.050F STORAGE_BAY=039 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 00848 DEPTH_RANGE= 847.346 TO 852.832F STORAGE_BAY=039 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 01349 DEPTH_RANGE= 1348.743 TO 1353.924F STORAGE_BAY=039 ROW=J TO J #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 01631 DEPTH_RANGE= 1630.683 TO 1651.410F STORAGE_BAY=039 ROW=J TO J #TRAYS=11 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CORE 01656 DEPTH_RANGE= 1655.372 TO 1660.859F STORAGE_BAY=039 ROW=J TO J #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 3 GIPPSLAND Y : WOODSIDE 3 : SAMPLE_TYPE=CUTT 00320 DEPTH_RANGE= 319.736 TO 1744.679F STORAGE_BAY=011 ROW=A TO K #TRAYS=29 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 00244 DEPTH_RANGE= 243.840 TO 249.936F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 00282 DEPTH_RANGE= 281.636 TO 281.636F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 00406 DEPTH_RANGE= 405.994 TO 408.738F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 00611 DEPTH_RANGE= 610.820 TO 612.040F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 00703 DEPTH_RANGE= 702.261 TO 705.309F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 01521 DEPTH_RANGE= 1520.955 TO 1520.955F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CORE 01532 DEPTH_RANGE= 1531.623 TO 1531.623F STORAGE_BAY=038 ROW=I TO I #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE 4 GIPPSLAND Y : WOODSIDE 4 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 819.914F STORAGE_BAY=011 ROW=A TO K #TRAYS=26 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00186 DEPTH_RANGE= 185.928 TO 192.024F STORAGE_BAY=047 ROW=O TO P #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00378 DEPTH_RANGE= 377.038 TO 389.230F STORAGE_BAY=047 ROW=P TO Q #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00515 DEPTH_RANGE= 514.199 TO 522.123F STORAGE_BAY=047 ROW=P TO Q #TRAYS=9 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00594 DEPTH_RANGE= 593.142 TO 611.430F STORAGE_BAY=047 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00669 DEPTH_RANGE= 668.428 TO 674.524F STORAGE_BAY=047 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00733 DEPTH_RANGE= 732.436 TO 738.532F STORAGE_BAY=047 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00797 DEPTH_RANGE= 796.444 TO 802.540F STORAGE_BAY=047 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 00926 DEPTH_RANGE= 925.375 TO 931.166F STORAGE_BAY=047 ROW=Q TO Q #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01000 DEPTH_RANGE= 999.441 TO 1005.537F STORAGE_BAY=047 ROW=Q TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01064 DEPTH_RANGE= 1063.449 TO 1069.545F STORAGE_BAY=047 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01131 DEPTH_RANGE= 1130.810 TO 1136.906F STORAGE_BAY=047 ROW=R TO R #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01226 DEPTH_RANGE= 1225.298 TO 1228.346F STORAGE_BAY=047 ROW=R TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01321 DEPTH_RANGE= 1320.396 TO 1326.492F STORAGE_BAY=047 ROW=S TO S #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01387 DEPTH_RANGE= 1386.843 TO 1392.939F STORAGE_BAY=047 ROW=S TO S #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01454 DEPTH_RANGE= 1453.899 TO 1459.081F STORAGE_BAY=047 ROW=T TO T #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01521 DEPTH_RANGE= 1520.955 TO 1527.051F STORAGE_BAY=047 ROW=T TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01588 DEPTH_RANGE= 1587.097 TO 1591.669F STORAGE_BAY=047 ROW=U TO U #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01662 DEPTH_RANGE= 1661.773 TO 1666.955F STORAGE_BAY=047 ROW=U TO U #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CORE 01768 DEPTH_RANGE= 1767.844 TO 1772.720F STORAGE_BAY=047 ROW=U TO U #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1772.416F STORAGE_BAY=018 ROW=R TO R #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOODSIDE SOUTH 1 GIPPSLAND Y : WOODSIDE SOUTH 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1772.416F STORAGE_BAY=196 ROW=T TO T #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOOLSTHORPE 1 OTWAY Y : WOOLSTHORPE 1 : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1971.100F STORAGE_BAY=196 ROW=P TO Q #TRAYS=7 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOOLSTHORPE 1 OTWAY Y : WOOLSTHORPE 1 IOL : SAMPLE_TYPE=CORE 01460 DEPTH_RANGE= 1459.995 TO 1462.738F STORAGE_BAY=057 ROW=A TO A #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOOLSTHORPE 1 OTWAY Y : WOOLSTHORPE 1 IOL : SAMPLE_TYPE=CORE 01482 DEPTH_RANGE= 1481.331 TO 1488.341F STORAGE_BAY=057 ROW=A TO B #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOOLSTHORPE 1 OTWAY Y : WOOLSTHORPE 1 IOL : SAMPLE_TYPE=CORE 01740 DEPTH_RANGE= 1739.802 TO 1745.593F STORAGE_BAY=057 ROW=B TO B #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOOLSTHORPE 1 OTWAY Y : WOOLSTHORPE 1 IOL : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 1971.100F STORAGE_BAY=057 ROW=A TO A #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WOOLSTHORPE 1 OTWAY Y : Woolsthorpe 1 : SAMPLE_TYPE=MISC 01280 DEPTH_RANGE= 1280.000 TO 1280.000M STORAGE_BAY=237 ROW=X TO X #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WRASSE 1 GIPPSLAND N : WRASSE 1 : SAMPLE_TYPE=CORE 02588 DEPTH_RANGE= 2588.000 TO 2597.360M STORAGE_BAY=187 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WRASSE 1 GIPPSLAND N : WRASSE 1 : SAMPLE_TYPE=CORE 02743 DEPTH_RANGE= 2742.200 TO 2751.360M STORAGE_BAY=187 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WRASSE 1 GIPPSLAND N : WRASSE 1 : SAMPLE_TYPE=CUTT 00224 DEPTH_RANGE= 224.000 TO 2980.000M STORAGE_BAY=186 ROW=T TO T #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WRIXONDALE 1 GIPPSLAND Y : WRIXONDALE 1 : SAMPLE_TYPE=CUTT 00040 DEPTH_RANGE= 40.000 TO 987.000M STORAGE_BAY=175 ROW=Q TO Q #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=WYRALLAH 1 GIPPSLAND N : WYRALLAH 1 : SAMPLE_TYPE=CUTT 00220 DEPTH_RANGE= 220.000 TO 1160.000M STORAGE_BAY=176 ROW=P TO P #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YARRAM 1 GIPPSLAND Y : YARRAM 1 : SAMPLE_TYPE=CUTT 00004 DEPTH_RANGE= 3.048 TO 571.501F STORAGE_BAY=009 ROW=F TO F #TRAYS=17 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 1 GIPPSLAND N : YELLOWTAIL 1 : SAMPLE_TYPE=CORE 02414 DEPTH_RANGE= 2413.600 TO 2421.360M STORAGE_BAY=038 ROW=N TO N #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 1 GIPPSLAND N : YELLOWTAIL 1 : SAMPLE_TYPE=CORE 02425 DEPTH_RANGE= 2424.500 TO 2434.400M STORAGE_BAY=036 ROW=Z TO Z #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 1 GIPPSLAND N : YELLOWTAIL 1 : SAMPLE_TYPE=CUTT 00235 DEPTH_RANGE= 235.000 TO 2571.000M STORAGE_BAY=036 ROW=V TO V #TRAYS=4 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 1 GIPPSLAND N : YELLOWTAIL 1 : SAMPLE_TYPE=CUTT 00235 DEPTH_RANGE= 235.000 TO 2571.000M STORAGE_BAY=185 ROW=U TO U #TRAYS=5 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 1 GIPPSLAND N : YELLOWTAIL 1(1-2) : SAMPLE_TYPE=CORE 00000 DEPTH_RANGE= .000 TO .000M STORAGE_BAY=185 ROW=V TO V #TRAYS=1 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 2 GIPPSLAND N : YELLOWTAIL 2 : SAMPLE_TYPE=CORE 02417 DEPTH_RANGE= 2417.000 TO 2421.000M STORAGE_BAY=038 ROW=R TO R #TRAYS=2 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 2 GIPPSLAND N : YELLOWTAIL 2 : SAMPLE_TYPE=CUTT 00275 DEPTH_RANGE= 275.000 TO 2565.000M STORAGE_BAY=038 ROW=R TO R #TRAYS=6 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
CORE/CUTTINGS: WELL_NAME=YELLOWTAIL 2 GIPPSLAND N : YELLOWTAIL 2 : SAMPLE_TYPE=CUTT 00275 DEPTH_RANGE= 275.000 TO 2565.000M STORAGE_BAY=185 ROW=U TO U #TRAYS=8 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
