Geological Survey of Victoria
Earth Resources Policy and Programs
:
dbMap DATABASE DUMP
TILDESLEYEAST3
*** TILDESLEYEAST3 ***
tildesleyeast3 000 LINKS
HYPERLINKAGES
GIPPSLAND_OFFSHORE_EXPLO_WELLS
GIPPSLAND_OFFSHORE_DEVEL_WELLS
LINKS
HYPERLINKAGES
GIPPSLAND_WELLS
GIPPSLAND_ON_SHORE_WELLS
GIPPSLAND_OFFSHORE_WELLS
HDR WELL_NAME =
TILDESLEY EAST-3
HDR DATE 1: SPUD_DATE = 22-SEP-86 HDR DATE 3: RIG_RELEASE_DATE = 21-OCT-86 HDR DATE 4: DB_ENTRY_BY = XLS (database header data entry) HDR DATE 4: DB_ENTRY_DATE = 24-FEB-99 (database header data entry date) HDR DATE 5: DB_ROW_UPDATER = RH16_SW (database header data entry last updated by) HDR DATE 5: DB_ROW_UPDATE_DATE = 08-MAY-06 (database header data entry last update date) HDR DATE 6: THEORETICAL OPENFILE BASIC DATE= 21-OCT-88 HDR DATE 6: THEORETICAL OPENFILE INTERPRETIVE DATE= 22-OCT-91 (ONLY IF GAZETTED)
HDR DEVIATION_IND = N (i.e. has this hole been deviated?) HDR LOC: BASIN DESCRIPTION= Gippsland Basin HDR LOC: BASIN_CODE = GIPPSLAND HDR LOC: COUNTRY = AUSTRALIA HDR LOC: FIELD_NAME =
UNKNOWN FIELD
HDR LOC: ONSHORE_IND = Y HDR LOC: PROVINCE_STATE = VIC HDR LOC: TITLE_NAME =
PEP 116
HDR OPERATOR = Arena Petroleum 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 = 300 HDR DPH: DRILL_TD = 300 HDR DPH: DRILL_TD = DRILLERS TOTAL DEPTH: Total or maximum depth of the well as reported by the operator/driller (PPDM definition). HDR DPH: DRILL_TOTAL_DEPTH = 300 HDR DPH: DRILL_TOTAL_DEPTH = Drillers total depth. Renamed to DRILL_TD in PPDM 3.4. HDR DPH: MAX_TVD = 300 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: GROUND_ELEV = 40 HDR STORAGE_UNIT = Metres
HDR CURRENT_CLASS = W_STRAT HDR CURRENT_CLASS LONG_NAME = WATER_STRATIGRAPHIC HDR CURRENT_STATUS = P&A HDR CURRENT_STATUS LONG_NAME= Plugged and Abandoned HDR INITIAL_CLASS = W_STRAT HDR INITIAL_CLASS LONG_NAME = WATER_STRATIGRAPHIC HDR PLOT SYMBOL DESCRIPTION = Plugged and Abandoned --- DRY HOLE HDR PLOT_SYMBOL = 104
WELL_ALIAS BOREHOLE_NAME = TILDESLEY EAST 3 : [WELL_BORE] WELL_BORE: the BOREHOLE and BORE NUMBER of the well WELL_ALIAS BOREHOLE_SITE_ID=
SIT329396
: equivalent BOREHOLE_NAME=TILDESLEY EAST 3 WELL_ALIAS PLOT_NAME= TILDESLEY EAST-3 WELL_ALIAS UWI= 1000000132200 WELL_ALIAS WELL_NAME= 329396 : [WELL_SITE_ID] WELL_SITE_ID -- GEDIS Boreholes Database SITE ID WELL_ALIAS WELL_NAME=
TILDESLEY EAST-3
: [WELL_LOCAL] WELL_LOCAL: local name of the well WELL_ALIAS WELL_NAME= TLYE3 : [WELL_ESSO_AB] WELL_ESSO_AB - Esso-style well ABBREVIATION code WELL_ALIAS WELL_NAME= W942 : [WELL_BOX_NO] WELL_BOX_NO: the W Number (Well Box No) of the well WELL_ALIAS WELL_NAME= WOMBAT TRACK TOSTEREE : [WELL_GENERIC] WELL_GENERIC -- a generic wellname
NODE_COORD SURFACE LAT & LONG = -37.776944 148.300556 NODE_COORD DATUM = COORD_SYSTEM_ID=999999999 GEODETIC_DATUM_ID=999999999
FORMATION_TOPS SOURCE=WELL SUMMARY 0000 FORM_ID= GIPPSLAND LIMESTONE TOP_DEPTH= 0 BASE_DEPTH= 152 Gippsland Limestone (Age:Tertiary ) ...Member of....SEASPRAY GROUP >>> REMARK =Pg 16 of Well summary (
PE904255
) FORMATION_TOPS SOURCE=WELL SUMMARY 0159 FORM_ID= LAKES ENTRANCE FM TOP_DEPTH= 159 BASE_DEPTH= 245 Lakes Entrance Formation (Age:Tertiary ) ...Member of....SEASPRAY GROUP >>> REMARK =Pg 16 of Well summary (
PE904255
)
GENERAL REMARKS 001 RMK_TYPE= STATUS RMK= P & A GENERAL REMARKS 002 RMK_TYPE= DISCOVERY RMK= Dry GENERAL REMARKS 003 RMK_TYPE= B_OFILE RMK= Y GENERAL REMARKS 004 RMK_TYPE= ZONE RMK= 55 [The UTM/AMG Zone number] GENERAL REMARKS 005 RMK_TYPE= PROJECTION RMK= UTM (south) Central Meridian: 147 00 00E GENERAL REMARKS 006 RMK_TYPE= PURPOSE RMK= PET GENERAL REMARKS 007 RMK_TYPE= BOTTOM FM RMK= Late? Ordovician Claystone/Siltstone [The name of the bottom-most formation encountered] GENERAL REMARKS 008 RMK_TYPE= BOT_FM_TOPDD RMK= 245.0 [Depth of the top of the bottom-most formation] GENERAL REMARKS 009 RMK_TYPE= TARGET RMK= Stratigraphic Test GENERAL REMARKS 010 RMK_TYPE= GEOPHYS INFO RMK= Log Analysis GENERAL REMARKS 011 RMK_TYPE= COMMENTS RMK= The Final Geological Report (R Glenie, 1986), states that the spud date is 7/10/1986 and the coords are: Lat 37 46 30 & Long 148 18 25. GENERAL REMARKS 012 RMK_TYPE= PURPOSE RMK= Drilled by Vic Government (DITR), funded by Arena Petroleum, later used as a water bore. GENERAL REMARKS 013 RMK_TYPE= COORDHISTORY RMK= Historical snapshot : RAW well coordinates in dbMap as at February 2004: DMS=-37 46 36.998 148 18 02.002 DECIMAL=-37.776944 148.300556 RAW_DATUM=UNKNOWN GENERAL REMARKS 014 RMK_TYPE= COORDHISTORY RMK= Historical snapshot : CONVERTED well coordinates in dbMap as at February 2004: DMS=-37 46 36.998 148 18 02.002 DECIMAL=-37.776944 148.300556 CONVERTED_DATUM=AGD66 GENERAL REMARKS 015 RMK_TYPE= TVD_DEPTH RMK= The TVD value (300) 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 016 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.
ASSETS (BRIEF) DATA_TYPE DATA_SUB_TYPE BARCODE ITEM_NAME [MEDIA_TYPE] SCANNED_OR_DIGITAL_FILES
ASSETS (BRIEF) WELL WELL_BOX
PE180306
W940A/W942/W945 Tildesley.E-3/Colqu.E-6 [CARDBOARD_BO] 1999 in:COMPACTUS
COMPACTUS_1
55 Collins St
ASSETS (BRIEF) WELL RPT
PE912378
TILDESLEY EAST-3 Wireline log evaluation [PAPER] 1986
PE912378__((_TILDESLEY_EAST-3_WIRELINE_LOG_EVALUATION_))_.TIF(0.7m).........
in:WELL_BOX W940A/W942/W945 Tildesley.E-3/Colqu.E-6
ASSETS (BRIEF) WELL SUMMARY
PE904255
TILDESLEY EAST-3 Well Summary [PAPER] 1988
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.PDF(2.3m).........
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.PDF(2.3m).........
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.PDF(2.3m).........
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.TIF(2.3m).........
in:WELL_BOX W940A/W942/W945 Tildesley.E-3/Colqu.E-6
ASSETS (BRIEF) GENERAL REGISTRY_FILE
F3103590
PE/16/0344 / 1 Registry File [PAPER] 2004 in:COMPACTUS
COMPACTUS_1
55 Collins St
ASSETS (BRIEF) GENERAL OBSOLETE_DESTROYED
PE912377
Destroyed-TILDESLEY EAST-3 [PAPER] 2003
LINKS
HYPERLINKAGES
COPYRIGHT_DISCLAIMER
ABOUT_DBMAP
HOW_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
CORE/CUTTINGS TILDESLEY EAST : SAMPLE_TYPE=CORE 00053 DEPTH_RANGE= 53.000 TO 54.700M STORAGE_BAY=078 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 TILDESLEY EAST : SAMPLE_TYPE=CORE 00103 DEPTH_RANGE= 102.200 TO 103.900M STORAGE_BAY=078 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 TILDESLEY EAST : SAMPLE_TYPE=CORE 00152 DEPTH_RANGE= 151.200 TO 152.900M STORAGE_BAY=078 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 TILDESLEY EAST : SAMPLE_TYPE=CORE 00200 DEPTH_RANGE= 200.000 TO 202.600M STORAGE_BAY=078 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 TILDESLEY EAST : SAMPLE_TYPE=CORE 00212 DEPTH_RANGE= 212.000 TO 214.000M 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 TILDESLEY EAST : SAMPLE_TYPE=CORE 00299 DEPTH_RANGE= 298.300 TO 300.000M 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 TILDESLEY EAST : SAMPLE_TYPE=CUTT 00000 DEPTH_RANGE= .000 TO 298.000M STORAGE_BAY=078 ROW=K TO K #TRAYS=3 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ]
A COUNT of WELL_CORE rows:1 A COUNT of WELL_CORE_ANAL rows:1 A COUNT of WELL_CORE_SAMPLE_ANAL rows:65 A WELL_CORE: TOP_D BASE_D CORE_ID CORE_NAME SEQ_NO CORE_NO RUN_NO SOURCE TYPE SUBTYPE CORE_OR_SPL TOP_DEPTH BASE_DEPTH RECOVER_AMT SHOTS RECOVERED/SHOTS CONTRACTOR B WELL_CORE: 00000 WIRELINE1 WELL_WCR_RPT WIRELINE Core / B WELL_CORE: WIRELINE1 WELL_WCR_RPT WELL_CORE_ANAL 01 A.ANAL_OBS_NO = 1 B WELL_CORE: WIRELINE1 WELL_WCR_RPT WELL_CORE_ANAL 02 A.ANAL_DATE = 04-DEC-86 B WELL_CORE: WIRELINE1 WELL_WCR_RPT WELL_CORE_ANAL 11 A.LAB = Bowler Log Consult. B WELL_CORE: WIRELINE1 WELL_WCR_RPT WELL_CORE_ANAL 12 A.LAB_LOCATION = Paynesville, Victoria B WELL_CORE: WIRELINE1 WELL_WCR_RPT WELL_CORE_ANAL 14 A.ANALYST = Jack Bowler B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 1 1 TOP: 80 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 28 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 2 1 TOP: 83 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 32 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 3 1 TOP: 93 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 36 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 4 1 TOP: 100 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 40 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 5 1 TOP: 102.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 36 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 6 1 TOP: 109 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 36 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 7 1 TOP: 110 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 36 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 8 1 TOP: 114.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 45 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 9 1 TOP: 120 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 36 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 10 1 TOP: 126 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 36 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 11 1 TOP: 127.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 18 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 12 1 TOP: 128.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 45 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 13 1 TOP: 130 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 14 1 TOP: 138.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 51 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 15 1 TOP: 142 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 41 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 16 1 TOP: 160 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 17 1 TOP: 173 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 45 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 18 1 TOP: 174 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 38 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 19 1 TOP: 175 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 20 1 TOP: 176 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 46 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 21 1 TOP: 177 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 20 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 22 1 TOP: 178.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 46 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 23 1 TOP: 180 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 6 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 24 1 TOP: 180.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 41 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 25 1 TOP: 189 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 54 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 26 1 TOP: 197 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 27 1 TOP: 198 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 28 1 TOP: 199 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 9 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 29 1 TOP: 200 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 30 1 TOP: 201 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 31 1 TOP: 202 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 32 1 TOP: 203 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 51 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 33 1 TOP: 205 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 54 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 34 1 TOP: 206 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 54 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 35 1 TOP: 219 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 36 1 TOP: 220 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 23 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 37 1 TOP: 220.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 38 1 TOP: 225 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 39 1 TOP: 225.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 18 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 40 1 TOP: 230 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 27 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 41 1 TOP: 235 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 41 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 42 1 TOP: 236 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 18 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 43 1 TOP: 236.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 44 1 TOP: 250 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 45 1 TOP: 253.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 41 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 46 1 TOP: 254 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 9 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 47 1 TOP: 256 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 41 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 48 1 TOP: 258 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 41 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 49 1 TOP: 259 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 20 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 50 1 TOP: 260 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 50 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 51 1 TOP: 261 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 35 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 52 1 TOP: 270 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 40 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 53 1 TOP: 573 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 40 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 54 1 TOP: 274.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 23 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 55 1 TOP: 276.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 23 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 56 1 TOP: 278.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 23 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 57 1 TOP: 280 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 18 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 58 1 TOP: 282 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 29 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 59 1 TOP: 283 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 14 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 60 1 TOP: 284 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 11 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 61 1 TOP: 285.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 9 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 62 1 TOP: 288 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 7 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 63 1 TOP: 290 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 9 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 64 1 TOP: 292 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 9 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP: BASE: 1 65 1 TOP: 294 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: 9 PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: GSV: EFFECTIVE POROSITY: KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:WIRELINE1 WELL_WCR_RPT TOP_DEPTH: BASE_DEPTH: OBS_NO:1 04-DEC-86 Bowler Log Consult. Paynesville, Victoria Jack Bowler C WELL_CORE: WIRELINE1 WELL_WCR_RPT 00 ------------------------------------------------------------------------------- C WELL_CORE: WIRELINE1 WELL_WCR_RPT 03 A.CORE_ID = WIRELINE1 C WELL_CORE: WIRELINE1 WELL_WCR_RPT 08 A.SOURCE = WELL_WCR_RPT C WELL_CORE: WIRELINE1 WELL_WCR_RPT 09 A.CORE_TYPE = WIRELINE C WELL_CORE: WIRELINE1 WELL_WCR_RPT 11 A.CORE_OR_SPL = Core
ASSET Counts Summary: GENERAL NOTE [] 1 ASSET Counts Summary: GENERAL OBSOLETE_DESTROYED[PAPER] 1 ASSET Counts Summary: GENERAL REGISTRY_FILE [PAPER] 1 ASSET Counts Summary: WELL RPT [PAPER] 1 ASSET Counts Summary: WELL SUMMARY [PAPER] 1 ASSET Counts Summary: WELL WELL_BOX [CARDBOARD_BO] 1
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--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:152.095 BASE:297.789 Metres Units=MM; ; ; ; ; START=0.1524; STOP=298.85639; minv=134.4164; maxv=243.5614; average=161.0644; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DEPTH DESC:DEPTH JOB:00--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:.1524 BASE:298.856 Metres Units=M; ; ; ; ; START=0.1524; STOP=298.85639; minv=0.1524; maxv=298.8564; average=149.5044; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DT DESC:Delta-T JOB:02--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:150.266 BASE:297.789 Metres Units=US/M; ; ; ; ; START=0.1524; STOP=298.85639; minv=165.6901; maxv=659.8676; average=456.5629; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:GR DESC:Gamma ray JOB:03--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:.1524 BASE:297.789 Metres Units=GAPI; ; ; ; ; START=0.1524; STOP=298.85639; minv=22.3082; maxv=224.3507; average=73.4276; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:LDEN DESC:LDEN JOB:04--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:147.980 BASE:298.704 Metres Units=CPS; ; ; ; ; START=0.1524; STOP=298.85639; minv=72.2567; maxv=505.1964; average=262.8162; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:LN DESC:LN long normal (resistivity) JOB:05--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:152.552 BASE:298.399 Metres Units=OHMM; ; ; ; ; START=0.1524; STOP=298.85639; minv=2.051; maxv=25.4016; average=8.8822; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:NEUT DESC:NEUT JOB:06--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:151.180 BASE:298.856 Metres Units=NAPI; ; ; ; ; START=0.1524; STOP=298.85639; minv=199.8587; maxv=603.079; average=312.0738; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SDEN DESC:SDEN JOB:07--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:147.218 BASE:298.704 Metres Units=CPS; ; ; ; ; START=0.1524; STOP=298.85639; minv=935.036; maxv=3016.9028; average=1828.6944; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SN DESC:SN short normal (resistivity) JOB:08--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:151.790 BASE:293.979 Metres Units=OHMM; ; ; ; ; START=0.1524; STOP=298.85639; minv=4.4665; maxv=26.0131; average=13.4523; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SP DESC:Spontaneous potential JOB:10--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:151.942 BASE:297.637 Metres Units=MV; ; ; ; ; START=0.1524; STOP=298.85639; minv=23.1221; maxv=68.8728; average=44.7201; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SPR DESC:SPR JOB:09--TILDESLEY EAST-3 RUN:999 PASS:99 TOP:152.704 BASE:297.789 Metres Units=OHMM; ; ; ; ; START=0.1524; STOP=298.85639; minv=24.0619; maxv=47.3313; average=37.0802; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:CALI DESC:Caliper JOB:DITR RUN:1 PASS:1 TOP:0 BASE:260 Metres C1 (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:CALI DESC:Caliper JOB:DITR RUN:1 PASS:2 TOP:0 BASE:298 Metres C1 (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:DL DESC:DL JOB:DITR RUN:1 PASS:1 TOP:0 BASE:260 Metres DL (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:DL DESC:DL JOB:DITR RUN:1 PASS:2 TOP:0 BASE:298 Metres DL (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:DS DESC:DS JOB:DITR RUN:1 PASS:1 TOP:0 BASE:260 Metres DS (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:DS DESC:DS JOB:DITR RUN:1 PASS:2 TOP:0 BASE:298 Metres DS (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:GR DESC:Gamma ray JOB:DITR RUN:1 PASS:1 TOP:0 BASE:255 Metres GR (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:GR DESC:Gamma ray JOB:DITR RUN:1 PASS:2 TOP:0 BASE:298 Metres GR (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:LN DESC:LN long normal (resistivity) JOB:DITR RUN:1 PASS:1 TOP:140 BASE:260 Metres LN (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:LN DESC:LN long normal (resistivity) JOB:DITR RUN:1 PASS:2 TOP:190 BASE:298 Metres LN (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:NE DESC:NE JOB:DITR RUN:1 PASS:1 TOP:0 BASE:255 Metres NE (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:NE DESC:NE JOB:DITR RUN:1 PASS:2 TOP:190 BASE:298 Metres NE (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:RESISTIVITY DESC:Resistivity JOB:DITR RUN:1 PASS:1 TOP:0 BASE:255 Metres RE:Resistivity(from GEDIS database) B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:RESISTIVITY DESC:Resistivity JOB:DITR RUN:1 PASS:2 TOP:0 BASE:298 Metres RE:Resistivity(from GEDIS database) B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:RESISTIVITY DESC:Resistivity JOB:DITR RUN:1 PASS:3 TOP:190 BASE:298 Metres RE:Resistivity(from GEDIS database) B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:SN DESC:SN short normal (resistivity) JOB:DITR RUN:1 PASS:1 TOP:140 BASE:260 Metres SN (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:SN DESC:SN short normal (resistivity) JOB:DITR RUN:1 PASS:2 TOP:190 BASE:298 Metres SN (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:SONIC DESC:Sonic JOB:DITR RUN:1 PASS:1 TOP:25 BASE:298 Metres SO:Sonic(from GEDIS database) B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:SONIC DESC:Sonic JOB:DITR RUN:1 PASS:2 TOP:190 BASE:260 Metres SO:Sonic(from GEDIS database) B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:SP DESC:Spontaneous potential JOB:DITR RUN:1 PASS:1 TOP:140 BASE:260 Metres SP (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:SP DESC:Spontaneous potential JOB:DITR RUN:1 PASS:2 TOP:190 BASE:298 Metres SP (from GEDIS database). Note: logs for Tildesley East-3 are not well physically catalogued as at 4/2/2009.
--- LISTING OF GEOGRAPHICALLY CLOSE WELLS TO THIS WELL ---
DISTANCE= 04.8 km (very approx) Onshore?=Y WELL_NAME=
EAST END-1
DISTANCE= 11.6 km (very approx) Onshore?=Y WELL_NAME=
EAST NOWA-1
DISTANCE= 13.8 km (very approx) Onshore?=Y WELL_NAME=
BANJO-1
DISTANCE= 13.8 km (very approx) Onshore?=Y WELL_NAME=
BANJO-1A
DISTANCE= 14.4 km (very approx) Onshore?=Y WELL_NAME=
DOME FROME LAKE TYERS-3
DISTANCE= 15.1 km (very approx) Onshore?=Y WELL_NAME=
COLQUHOUN EAST-6
DISTANCE= 15.5 km (very approx) Onshore?=Y WELL_NAME=
EAST LAKE TYERS-1
DISTANCE= 15.8 km (very approx) Onshore?=N WELL_NAME=
GILBERT-1
DISTANCE= 15.8 km (very approx) Onshore?=N WELL_NAME=
GILBERT-1A
DISTANCE to non-petroleum deep borehole= 03.3 km (very approx) BOREHOLE_SITE_ID=
SIT95106
: BOREHOLE_NAME=TILDESLEY EAST 1 (Depth=185.319) DISTANCE to non-petroleum deep borehole= 15.1 km (very approx) BOREHOLE_SITE_ID=
SIT950763
: BOREHOLE_NAME=NOWA NOWA SOUTH 20019 (Depth=349) DISTANCE to non-petroleum deep borehole= 15.1 km (very approx) BOREHOLE_SITE_ID=
SIT950765
: BOREHOLE_NAME=NOWA NOWA SOUTH 20022 (Depth=159.2) DISTANCE to non-petroleum deep borehole= 15.1 km (very approx) BOREHOLE_SITE_ID=
SIT95111
: BOREHOLE_NAME=TILDESLEY WEST 10003 (Depth=134.11) DISTANCE to non-petroleum deep borehole= 15.2 km (very approx) BOREHOLE_SITE_ID=
SIT950656
: BOREHOLE_NAME=NOWA NOWA SOUTH 20023 (Depth=120) DISTANCE to non-petroleum deep borehole= 15.2 km (very approx) BOREHOLE_SITE_ID=
SIT950657
: BOREHOLE_NAME=NOWA NOWA SOUTH 20016 (Depth=151) DISTANCE to non-petroleum deep borehole= 15.4 km (very approx) BOREHOLE_SITE_ID=
SIT56228
: BOREHOLE_NAME=COLQUHOUN EAST 8001 (Depth=397.76) DISTANCE to non-petroleum deep borehole= 15.4 km (very approx) BOREHOLE_SITE_ID=
SIT950660
: BOREHOLE_NAME=NOWA NOWA SOUTH 20014 (Depth=168) DISTANCE to non-petroleum deep borehole= 15.4 km (very approx) BOREHOLE_SITE_ID=
SIT950764
: BOREHOLE_NAME=NOWA NOWA SOUTH 20017 (Depth=314.5) DISTANCE to non-petroleum deep borehole= 15.5 km (very approx) BOREHOLE_SITE_ID=
SIT950658
: BOREHOLE_NAME=NOWA NOWA SOUTH 20015 (Depth=101) DISTANCE to non-petroleum deep borehole= 15.5 km (very approx) BOREHOLE_SITE_ID=
SIT950659
: BOREHOLE_NAME=NOWA NOWA SOUTH 20007 (Depth=175) DISTANCE to non-petroleum deep borehole= 15.5 km (very approx) BOREHOLE_SITE_ID=
SIT950662
: BOREHOLE_NAME=NOWA NOWA SOUTH 20024 (Depth=111) DISTANCE to non-petroleum deep borehole= 15.6 km (very approx) BOREHOLE_SITE_ID=
SIT950762
: BOREHOLE_NAME=NOWA NOWA SOUTH 20018 (Depth=352) DISTANCE to non-petroleum deep borehole= 15.6 km (very approx) BOREHOLE_SITE_ID=
SIT950863
: BOREHOLE_NAME=NOWA NOWA SOUTH 20008 (Depth=150) DISTANCE to non-petroleum deep borehole= 15.7 km (very approx) BOREHOLE_SITE_ID=
SIT950766
: BOREHOLE_NAME=NOWA NOWA SOUTH 20021 (Depth=145.1) DISTANCE to non-petroleum deep borehole= 16.1 km (very approx) BOREHOLE_SITE_ID=
SIT950860
: BOREHOLE_NAME=NOWA NOWA SOUTH 20020 (Depth=297) DISTANCE to non-petroleum deep borehole= 16.3 km (very approx) BOREHOLE_SITE_ID=
SIT950017
: BOREHOLE_NAME=LOONGELAAT 20008 (Depth=157.9) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT312578
: BOREHOLE_NAME=LOONGELAAT 8005 (Depth=157.86) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT950014
: BOREHOLE_NAME=LOONGELAAT 20004 (Depth=150.2) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT950015
: BOREHOLE_NAME=LOONGELAAT 20005 (Depth=449.4) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT950016
: BOREHOLE_NAME=LOONGELAAT 20007 (Depth=157.5) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT950018
: BOREHOLE_NAME=LOONGELAAT 20009 (Depth=154.3) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT950019
: BOREHOLE_NAME=LOONGELAAT 20001 (Depth=193.7) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT950023
: BOREHOLE_NAME=LOONGELAAT 20013 (Depth=271.8) DISTANCE to non-petroleum deep borehole= 16.5 km (very approx) BOREHOLE_SITE_ID=
SIT312577
: BOREHOLE_NAME=LOONGELAAT 8004 (Depth=157.46)
SDO: HISTORICAL TITLES: 1. ENCLOSING TILDESLEY EAST-3 : TITLE_NAME=
GEP06-28
SDO: HISTORICAL TITLES: 1. ENCLOSING TILDESLEY EAST-3 : TITLE_NAME=
PEP135
SDO: HISTORICAL TITLES: 1. ENCLOSING TILDESLEY EAST-3 : TITLE_NAME=
PEP155
SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
GEP06-27
: Distance=4.52 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
GEP06-28
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
GEP24
: Distance=4.52 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
PEP135
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
PEP155
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
PEP42
: Distance=3.52 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
PEP65
: Distance=6.61 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
VIC/P11
: Distance=3.52 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
VIC/P38
: Distance=9.21 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
VIC/P40(V)
: Distance=3.67 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
VIC/P47
: Distance=9.46 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
VIC/P54
: Distance=9.3 SDO: HISTORICAL TITLES: 2. NEAR TILDESLEY EAST-3 : TITLE_NAME=
VIC/P8
: Distance=3.52
ASSETS (DETAIL) GENERAL NOTE
NOTE4095
a wells Without deviation survey data [] ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE912377
a Destroyed-TILDESLEY EAST-3 [PAPER] ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE912377
b (located in::DESTROYED= Item has been destroyed - not required) ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE912377
c DESC=Destroyed - TILDESLEY EAST-3, Correspondence. (W942), 1986. Copies of 2 Geological Reports also enclosed as correspondence(TILDESLEY EAST-2 and 3). Contents moved to
F3103590
. ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE912377
d WELL_NAME=
TILDESLEY EAST-3
ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103590
a PE/16/0344 / 1 Registry File [PAPER] ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103590
b (located in::
COMPACTUS_1=
COMPACTUS_1
55 Collins St) ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103590
c DESC=PE/16/0344 part1 PETROLEUM EXPLORATION WELL : W942 - TILDESLEY EAST-3 CORRESPONDENCE ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103590
d WELL_NAME=
TILDESLEY EAST-3
ASSETS (DETAIL) WELL RPT
PE912378
a TILDESLEY EAST-3 Wireline log evaluation [PAPER]
PE912378__((_TILDESLEY_EAST-3_WIRELINE_LOG_EVALUATION_))_.TIF(0.7m).........
ASSETS (DETAIL) WELL RPT
PE912378
b (located in::
PE180306
= W940A/W942/W945 Tildesley.E-3/Colqu.E-6) ASSETS (DETAIL) WELL RPT
PE912378
c DESC=Wireline log evaluation, DPI#35, TILDESLEY EAST-3. Bowler Log Consulting services Pty. Ltd., 23-OCT-1986 for Arena Petroleum Ltd. ASSETS (DETAIL) WELL RPT
PE912378
d WELL_NAME=
TILDESLEY EAST-3
ASSETS (DETAIL) WELL SUMMARY
PE904255
a TILDESLEY EAST-3 Well Summary [PAPER]
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.PDF(2.3m).........
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.PDF(2.3m).........
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.PDF(2.3m).........
PE904255__((_TILDESLEY_EAST-3_WELL_SUMMARY_))_.TIF(2.3m).........
ASSETS (DETAIL) WELL SUMMARY
PE904255
b (located in::
PE180306
= W940A/W942/W945 Tildesley.E-3/Colqu.E-6) ASSETS (DETAIL) WELL SUMMARY
PE904255
c DESC=Well Summary Report TILDESLEY EAST-3 which does not have a Well Completion Report. Arena Petroleum. ASSETS (DETAIL) WELL SUMMARY
PE904255
d WELL_NAME=
TILDESLEY EAST-3
ASSETS (DETAIL) WELL SUMMARY
PE904255
d WELL_NAME=TILDESLEY EAST-3 WELL_ANC = POINT DEPTH=300 ASSETS (DETAIL) WELL WELL_BOX
PE180306
a W940A/W942/W945 Tildesley.E-3/Colqu.E-6 [CARDBOARD_BO] ASSETS (DETAIL) WELL WELL_BOX
PE180306
b (located in::
COMPACTUS_1=
COMPACTUS_1
55 Collins St) ASSETS (DETAIL) WELL WELL_BOX
PE180306
c DESC=W940A/W942/W945 : GUNAMALARY-2 /TILDESLEY EAST-3 / COLQUHOUN EAST-6 well Box ASSETS (DETAIL) WELL WELL_BOX
PE180306
d WELL_NAME=
COLQUHOUN EAST-6
ASSETS (DETAIL) WELL WELL_BOX
PE180306
d WELL_NAME=COLQUHOUN EAST-6 WELL_ANC = POINT DEPTH=0 BOTTOM_DEPTH=300 TOP_DEPTH=0 ASSETS (DETAIL) WELL WELL_BOX
PE180306
d WELL_NAME=
TILDESLEY EAST-3
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 =300 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 0300 300.0 0 0 2 300 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 =300 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 0300 300.0 0 0 2 300 0 0 N E This is fake data.
VAGUE ASSETS (XLS) GENERAL RPT
XLS000132227
REPORT (from Spreadsheet) [] in: WELL_BOX W942 VAGUE ASSETS (XLS) WELL CORE
XLS000132216
CORE (from Spreadsheet) [] in: WELL_BOX W942 VAGUE ASSETS (XLS) WELL CUTTINGS
XLS000132214
Tildesley East-3 CUTTINGS (Spreadsheet) [] in: WELL_BOX W942 VAGUE ASSETS (XLS) WELL GEOCHEM_RPT
XLS000132225
GEOCHEM_RPT (from Spreadsheet) [] in: WELL_BOX W942 VAGUE ASSETS (XLS) WELL GEOL_RPT
XLS000132221
Geological Information [] in: WELL_BOX W942 VAGUE ASSETS (XLS) WELL GEOL_RPT
XLS000132223
Geological Information [] in: WELL_BOX W942 VAGUE ASSETS (XLS) WELL WELL_BOX
XLS000132212
W942 [] in: WELL_BOX W942
PPDM_AUDIT_HISTORY: WELL_NAME=
HISTWELL1000000132200
