Earth Resources Policy and Programs : dbMap DATABASE DUMP
YURONGI1
*** YURONGI1 ***
yurongi1 000 Geoscience Australia may also have other information: (see the GA Well Summary page for the well with this ENO (17286):
Geoscience Australia may also have other information: (see the GA well search page: http://dbforms.ga.gov.au/www/npm.well.search ) *** ENO=17286 -- YURONGI 1
HDR WELL_NAME = YURONGI-1
HDR DATE 1: SPUD_DATE = 03-JUL-73
HDR DATE 3: RIG_RELEASE_DATE = 14-JUL-73
HDR DATE 4: DB_ENTRY_BY = RH16_TW (database header data entry)
HDR DATE 4: DB_ENTRY_DATE = 04-JUL-07 (database header data entry date)
HDR DATE 5: DB_ROW_UPDATER = EF03_TW (database header data entry last updated by)
HDR DATE 5: DB_ROW_UPDATE_DATE = 12-DEC-07 (database header data entry last update date)
HDR DATE 6: THEORETICAL OPENFILE INTERPRETIVE DATE= 14-AUG-78
HDR DEVIATION_IND = N (i.e. has this hole been deviated?)
HDR LOC: BASIN DESCRIPTION= Bass Basin
HDR LOC: BASIN_CODE = BASS
HDR LOC: COUNTRY = AUSTRALIA
HDR LOC: FIELD_NAME = NONE FIELD
HDR LOC: ONSHORE_IND = N
HDR LOC: PROVINCE_STATE = TAS
HDR LOC: PROVINCE_STATE = TAS (Please go to http://www.mrt.tas.gov.au/ (Tasmanian Government: Tiger database) for data for this well)
HDR LOC: TITLE_NAME = T/4P
HDR OPERATOR = Esso Exploration and Production Australia Inc.
HDR PLATFORM_IND = N (i.e. is this hole off a platform?)
HDR SIDETRACK_IND = N (i.e. is this hole a sidetrack?)
HDR DPH GREATEST OF DEPTHS = 2438
HDR DPH: DRILL_TD = 2438
HDR DPH: DRILL_TD = DRILLERS TOTAL DEPTH: Total or maximum depth of the well as reported by the operator/driller (PPDM definition).
HDR DPH: FINAL_TD = 2438
HDR DPH: FINAL_TD = FINAL TOTAL DEPTH: The actual measurement along the well path from the reference datum to the bottom of the well (PPDM definition).
HDR DPH: MAX_TVD = 2438
HDR DPH: MAX_TVD = MAXIMUM TRUE VERTICAL DEPTH: The maximum true vertical depth from the surface datum reference to the final total depth or deepest point, measured on a straight line (PPDM definition).
HDR ELEV: DEPTH_DATUM = KB
HDR ELEV: DEPTH_DATUM LONGNM= Kelly Bushing
HDR ELEV: DEPTH_DATUM_ELEV = 9.8
HDR ELEV: ELEVATION_REF = KB
HDR ELEV: ELEVATION_REF LN = Kelly Bushing
HDR ELEV: KB_ELEV = 9.8
HDR ELEV: REF_ELEV = 9.8
HDR ELEV: WATER_DEPTH = -8.9
HDR STORAGE_UNIT = Metres
HDR CURRENT_CLASS = E_WILDCAT
HDR CURRENT_CLASS LONG_NAME = Exploration Wildcat
HDR CURRENT_STATUS = ABANDONED
HDR CURRENT_STATUS LONG_NAME= Abandoned
HDR INITIAL_CLASS = E_WILDCAT
HDR INITIAL_CLASS LONG_NAME = Exploration Wildcat
HDR PEDIN CLASS1 =NFW
HDR PEDIN CLASS2 =NFW
HDR PEDIN CONTRACTOR =Global Marine
HDR PEDIN RIG_NAME =Glomar Conception
HDR PEDIN RIG_TYPE =DS
HDR PEDIN WELL_TYPE =Exploration
HDR PLOT SYMBOL DESCRIPTION = Plugged and Abandoned --- DRY HOLE
HDR PLOT_SYMBOL = 104
WELL_ALIAS BOREHOLE_NAME = UNKNOWN PARISH-0 : [WELL_BORE] WELL_BORE: the BOREHOLE and BORE NUMBER of the well
WELL_ALIAS BOREHOLE_SITE_ID=SIT962574 : equivalent BOREHOLE_NAME=UNKNOWN PARISH 0
WELL_ALIAS PLOT_NAME= YURONGI-1
WELL_ALIAS UWI= 200014788510
WELL_ALIAS WELL_NAME= 17286 : [WELL_PEDIN_E] WELL_PEDIN_ENO Geoscience Australia ENO
WELL_ALIAS WELL_NAME= 962574 : [WELL_SITE_ID] WELL_SITE_ID -- GEDIS Boreholes Database SITE ID
WELL_ALIAS WELL_NAME= W7730006 : [WELL_PEDIN] WELL_PEDIN -- the PEDIN AGSO database UNO
WELL_ALIAS WELL_NAME= YURONGI-1 : [WELL_GENERIC] WELL_GENERIC -- a generic wellname
NODE_COORD SURFACE LAT & LONG = -39.92347 146.26768
NODE_COORD DATUM = COORD_SYSTEM_ID=218 GEODETIC_DATUM_ID=4283
999 Location 0001 01 HDR GA NPD_REMARKW=Yurongi-1 is in the Bass Basin, northeast of Dondu-1 and approximately 3.3 miles
999 Location 0081 01 HDR GA NPD_REMARKW= (5.31 km) southwest of Bass-2.
999 Objective 0001 01 HDR GA NPD_REMARKW=The primary objectives were the Eocene Lower M.diversus zone which contains gas/
999 Objective 0081 01 HDR GA NPD_REMARKW=condensate at Pelican-1 and Pelican-2, and the Paleocene L.balmei zone which was
999 Objective 0161 01 HDR GA NPD_REMARKW= interpreted to have improved reservoir quality at this structurally higher posi
999 Objective 0241 01 HDR GA NPD_REMARKW=tion.
999 Structure 0001 01 HDR GA NPD_REMARKW=The Yurongi-1 well was drilled into a lateral closure against the down thrown si
999 Structure 0081 01 HDR GA NPD_REMARKW=de of a large NW-SE trending fault. This closure is updip and to the northeast
999 Structure 0161 01 HDR GA NPD_REMARKW=of the Dondu-1 location and is downdip to the southwest of Bass-2.
999 Summary 0001 01 HDR GA NPD_REMARKW=There were no shows of hydrocarbons reported whilst drilling, and subsequent ele
999 Summary 0081 01 HDR GA NPD_REMARKW=ctric log interpretation indicated that there were no hydrocarbon bearing reserv
999 Summary 0161 01 HDR GA NPD_REMARKW=oirs penetrated. The absence of hydrocarbon shows at Yurongi-1 were attributed
999 Summary 0241 01 HDR GA NPD_REMARKW=to lean source rocks and restricted migration of any hydrocarbons generated and
999 Summary 0321 01 HDR GA NPD_REMARKW=the probability that there was inadequate lateral seal. Yurongi-1 was abandoned
999 Summary 0401 01 HDR GA NPD_REMARKW= at 8000 ft (2438m)
GENERAL REMARKS 001 RMK_TYPE= TVD_DEPTH RMK= The TVD value (2438) was calculated from the directional survey data in the dbMap database as at 20-FEB-2009, using the ps_well_path_tvd_m function, using the greatest depth value found in the well header. Caution: THIS TVD IS FAKE.
GENERAL REMARKS 002 RMK_TYPE= FAKE_DIRSRVY RMK= Fake directional survey data was put into the database for this well. The survey data could not be found for this well as at 29-JAN-2009.
GA NPD WDATA1 CO TESTTYPE=Core BOTTOM:2156.4 TOP:2147.31 SAMPLES:1 REMARK:100% recovery
GA NPD WDATA1 CU TESTTYPE=Cutting BOTTOM:2435.3 TOP:224.63 SAMPLES: REMARK:Cuttings were collected at 5 to 10 m intervals
GA NPD WDATA1 SW TESTTYPE=Sidewall BOTTOM:2418.5 TOP:1203.96 SAMPLES:30 REMARK:28 sidewall cores recovered
GA NPD WDATA1 WL TESTTYPE=Wireline log BOTTOM:2423.1 TOP:1341.12 SAMPLES: REMARK:Run 1, sepia paper, 1/120, HDT
GA NPD WDATA1 WL TESTTYPE=Wireline log BOTTOM:2432.6 TOP:1341.12 SAMPLES: REMARK:Run 1, sepia paper, 1/240 1/600, FDC/CNL/GR
GA NPD WDATA1 WL TESTTYPE=Wireline log BOTTOM:2432.6 TOP:898.24 SAMPLES: REMARK:Run 1, sepia paper, 1/240 1/600 ISF/SLK
GA NPD WDATA2 CODE=CO BOTTOM:2156.46 TOP:2147.31 RECOVERY:9.14
GA NPD RESULTW TYPE=Palynology LOCATION:AGSO REFERENCE:I000 REMARK:Palynological Determinations, L.E. Stover; contained in WCR
GA NPD SIDETRACK =MW
GA NPD SIDETRACK METRES_DRILLED=2438
GA NPD SIDETRACK TD_DRILLER =2438
GA NPD SIDETRACK TD_LOGS =2438
LINKS HYPERLINKAGESCOPYRIGHT_DISCLAIMERABOUT_DBMAPHOW_TO_GET_OR_SUBMIT_DATA This data has been dumped from Victorian Govt (http://www.dpi.vic.gov.au) dbMap database on 23-FEB-12
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ASSETS *** SUMMARY OF Geoscience Australia PIMS catalogue for this WELL *** UNO=W7730006
GA UNO=W7730006 TYPE=Composite ITEM_ID=I00001366 [Sepia] Well Completion Log. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Enclosure ITEM_ID=I00001345 [Paper] Well completion log Yurongi-1. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Enclosure ITEM_ID=I00001346 [Paper] Yurongi-1 Time depth curve. File=73/1002.
GA UNO=W7730006 TYPE=Enclosure ITEM_ID=I00001347 [Paper] Yurongi prospect structure map Lw M.diversus (seismic marker). Scale= 1:50000. File=73/1002.
GA UNO=W7730006 TYPE=Enclosure ITEM_ID=I00001348 [Paper] Yurongi prospect Geological Cross Section A-A'. Scale= 1:50000. File=73/1002.
GA UNO=W7730006 TYPE=Mud ITEM_ID=I00001369 [Paper] Baroid ppm Log (3 copies). Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Mud ITEM_ID=I00001370 [Paper] Baroid ppm Log. Copy 2. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Mud ITEM_ID=I00001371 [Sepia] Baroid ppm Log. Copy 3. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Mud ITEM_ID=I00001375 [Paper] ADT. Yurongi-1 Bass Basin Tasmania. Scale= 1:6000. File=73/1002.
GA UNO=W7730006 TYPE=Mud ITEM_ID=I00001376 [Sepia] ADT. Yurongi-1 Bass Basin Tasmania. Copy 2. Scale= 1:6000. File=73/1002.
GA UNO=W7730006 TYPE=Mud ITEM_ID=I00001377 [Sepia] ADT. Yurongi-1 Bass Basin Tasmania. Copy 3. Scale= 1:6000. File=73/1002.
GA UNO=W7730006 TYPE=WCR (basic/inter.) ITEM_ID=I00001343 [unknown] ESSO. WCR Yurongi-1 Bass Basin, T/4P. File=73/1002.
GA UNO=W7730006 TYPE=WCR (basic/inter.) ITEM_ID=I00001344 [unknown] WCR Yurongi-1 Bass Basin, T/4P. Copy 2. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001349 [Paper] Schlumberger. Four-arm high resolution continuous dipmeter. Scale= 1:120. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001350 [Sepia] Schlumberger. Four-arm high resolution continuous dipmeter. Copy 2. Scale= 1:120. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001351 [Sepia] Schlumberger. Four-arm high resolution continuous dipmeter. Copy 3. Scale= 1:120. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001352 [Paper] Schlumberger. ISF/SONIC (3 copies). Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001353 [Sepia] Schlumberger. ISF/SONIC. Copy 2. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001354 [Sepia] Schlumberger. ISF/SONIC. Copy 3. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001355 [Paper] Schlumberger. Compensated Neutron Formation Density 1/600 1/240. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001356 [Sepia] Schlumberger. Compensated Neutron Formation Density 1/600 1/240. Copy 2. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001357 [Sepia] Schlumberger. Compensated Neutron Formation Density 1/600 1/240. Copy 3. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001358 [Paper] Schlumberger. Directional survey (4 copies). Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001359 [Sepia] Schlumberger. Directional survey. Copy 2. Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001360 [Sepia] Schlumberger. Directional survey. Copy 3. Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001361 [Sepia] Schlumberger. Directional survey. Copy 4. Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001362 [Paper] Dipmeter Log Interpretation. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001363 [Paper] Dipmeter Log Interpretation. Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001364 [Sepia] Dipmeter Log Interpretation. Copy 2. Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001365 [Sepia] Dipmeter Log Interpretation. Copy 3. Scale= 1:240. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001367 [Sepia] ESSO. Rock Clastics Log. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001368 [Sepia] ESSO. Rock Clastics Log. Copy 2. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001372 [Paper] Baroid well information systems and engineering ADT 8809. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001373 [Sepia] Baroid well information systems and engineering ADT 8809. Copy 2. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00001374 [Sepia] Baroid well information systems and engineering ADT 8809. Copy 3. Scale= 1:600. File=73/1002.
GA UNO=W7730006 TYPE=Wireline ITEM_ID=I00025951 [Sepia] Wireline
NOTE: this copy of the PIMS database data was last updated (obtained from GA) on 02-JUL-97
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ASSETS *** ALSO: Search the Geoscience Australia database for other information: (see http://dbforms.ga.gov.au/www/npm.well.search ) *** ENO=17286 YURONGI-1
ASSETS *** END OF Geoscience Australia (see http://www.ga.gov.au for latest data) PIMS catalogue for this WELL *** UNO=W7730006
A WELL_LOG_CURVE_INT: B.SOURCE B.CURVE_ID C.DESCRIPTION B.JOB_ID B.LOG_RUN B.PASS_NO B.TOP_DEPTH B.BASE_DEPTH B.DEPTH_UNIT B.QUALITY B.REMARK
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:CALI DESC:Caliper JOB:01--YURONGI-1 RUN:999 PASS:99 TOP:1340.81 BASE:2432.76 Metres Units=MM; 2 Caliper; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=236.4816; maxv=394.7973; average=264.7101; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DEPTH DESC:DEPTH JOB:00--YURONGI-1 RUN:999 PASS:99 TOP:300.075 BASE:2443.58 Metres Units=M; 1 DEPTH; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=300.0756; maxv=2443.5816; average=1371.8286; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DRHO DESC:DRHO JOB:02--YURONGI-1 RUN:999 PASS:99 TOP:1340.81 BASE:2440.83 Metres Units=K/M3; 3 Bulk Density Correction; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=-18.6; maxv=224.3; average=64.5222; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DT DESC:Delta-T JOB:03--YURONGI-1 RUN:999 PASS:99 TOP:1021.08 BASE:2438.70 Metres Units=US/M; 4 Sonic; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=179.3366; maxv=492.1266; average=341.8414; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:GR DESC:Gamma ray JOB:04--YURONGI-1 RUN:999 PASS:99 TOP:300.075 BASE:2433.82 Metres Units=GAPI; 5 Gamma Ray; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=11.9362; maxv=293.1035; average=60.1398; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:IND DESC:IND JOB:05--YURONGI-1 RUN:999 PASS:99 TOP:898.398 BASE:2439.31 Metres Units=OHMM; 6 IL-Deep Resistivity; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=0.2014; maxv=13.0649; average=1.7192; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:NPHI DESC:NPHI JOB:06--YURONGI-1 RUN:999 PASS:99 TOP:1340.51 BASE:2439.61 Metres Units=V/V; 7 Neutron Porosity; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=0.0844; maxv=0.6741; average=0.3261; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:RHOB DESC:RHOB - density JOB:07--YURONGI-1 RUN:999 PASS:99 TOP:1340.81 BASE:2440.99 Metres Units=K/M3; 8 Bulk Density; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=1440.6; maxv=2818.6001; average=2311.5743; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SFL DESC:SFL JOB:08--YURONGI-1 RUN:999 PASS:99 TOP:897.940 BASE:2437.18 Metres Units=OHMM; 9 Spherical Focusing Log; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=0.3183; maxv=47.9725; average=2.6108; metadata from DPI Geolog (mostly Occam);
B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SP DESC:Spontaneous potential JOB:09--YURONGI-1 RUN:999 PASS:99 TOP:897.940 BASE:2443.58 Metres Units=MV; 10 Spontaneous Potential; _UNKNOWN; SRVC=ESSO; ; START=300.0756; STOP=2443.5816; minv=45.4477; maxv=182.9427; average=82.9412; metadata from DPI Geolog (mostly Occam);
--- LISTING OF GEOGRAPHICALLY CLOSE WELLS TO THIS WELL ---
DISTANCE= 04.5 km (very approx) Onshore?=N WELL_NAME= BASS-2
DISTANCE= 06.5 km (very approx) Onshore?=N WELL_NAME= DONDU-1
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME = 040/16
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME = 040/16A
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME = B70A-6B
FAKE FAKE:1: DEVIATION SRVY 01 SURVEY_ID =FAKE
FAKE FAKE:1: DEVIATION SRVY 02 SURVEY_COMPANY =FAKE
FAKE FAKE:1: DEVIATION SRVY 05 SURVEY_TYPE =DIR
FAKE FAKE:1: DEVIATION SRVY 09 COMPUTE_METHOD =MC
FAKE FAKE:1: DEVIATION SRVY 13 AZIMUTH_NORTH_TYPE =T
FAKE FAKE:1: DEVIATION SRVY 14 TOP_DEPTH =0
FAKE FAKE:1: DEVIATION SRVY 16 BASE_DEPTH =2438
FAKE FAKE:1: DEVIATION SRVY 18 SOURCE =FAKE
FAKE FAKE:1: DEVIATION SRVY 20 REMARK =This directional survey data has been synthesised by DPI. It simulates a vertical hole, but the well may not in reality be vertical. This data is fake. Please do not rely upon this data.
FAKE FAKE:1: DEVIATION SRVY 21 POINT COUNT = 2
FAKE FAKE:2: DEVIATION SRVY STATION_MD INCLINATION AZIMUTH STATION_ID STATION_TVD X_OFFSET Y_OFFSET VERTICAL_SECTION NS_DIRECTION EW_DIRECTION DOG_LEG_SEVERITY REMARK
FAKE FAKE:3: DEVIATION SRVY 0000 .0 0 0 1 0 0 0 N E This is fake data.
FAKE FAKE:3: DEVIATION SRVY 2438 2438.0 0 0 2 2438 0 0 N E This is fake data.
FAKE MASTER:1: DEVIATION SRVY 01 SURVEY_ID =FAKE
FAKE MASTER:1: DEVIATION SRVY 02 SURVEY_COMPANY =FAKE
FAKE MASTER:1: DEVIATION SRVY 05 SURVEY_TYPE =DIR
FAKE MASTER:1: DEVIATION SRVY 09 COMPUTE_METHOD =MC
FAKE MASTER:1: DEVIATION SRVY 13 AZIMUTH_NORTH_TYPE =T
FAKE MASTER:1: DEVIATION SRVY 14 TOP_DEPTH =0
FAKE MASTER:1: DEVIATION SRVY 16 BASE_DEPTH =2438
FAKE MASTER:1: DEVIATION SRVY 18 SOURCE =MASTER
FAKE MASTER:1: DEVIATION SRVY 18 SOURCE =MASTER [Note: surveys with a SOURCE of MASTER should usually be just a copy of one of the original surveys run in the well. The MASTER survey is used by the database to display/calculate well paths etc]
FAKE MASTER:1: DEVIATION SRVY 20 REMARK =This directional survey data has been synthesised by DPI. It simulates a vertical hole, but the well may not in reality be vertical. This data is fake. Please do not rely upon this data.
FAKE MASTER:1: DEVIATION SRVY 21 POINT COUNT = 2
FAKE MASTER:2: DEVIATION SRVY STATION_MD INCLINATION AZIMUTH STATION_ID STATION_TVD X_OFFSET Y_OFFSET VERTICAL_SECTION NS_DIRECTION EW_DIRECTION DOG_LEG_SEVERITY REMARK
FAKE MASTER:3: DEVIATION SRVY 0000 .0 0 0 1 0 0 0 N E This is fake data.
FAKE MASTER:3: DEVIATION SRVY 2438 2438.0 0 0 2 2438 0 0 N E This is fake data.
PPDM_AUDIT_HISTORY: WELL_NAME=HISTWELL200014788510
