Geological Survey of Victoria
Earth Resources Policy and Programs
:
dbMap DATABASE DUMP
GANGELL1
*** GANGELL1 ***
gangell1 000 LINKS
HYPERLINKAGES
GIPPSLAND_OFFSHORE_EXPLO_WELLS
GIPPSLAND_OFFSHORE_DEVEL_WELLS
LINKS
HYPERLINKAGES
GIPPSLAND_WELLS
GIPPSLAND_ON_SHORE_WELLS
GIPPSLAND_OFFSHORE_WELLS
Geoscience Australia may also have other information: (see the GA Well Summary page for the well with this ENO (11554):
Geoscience Australia may also have other information: (see the GA well search page:
http://dbforms.ga.gov.au/www/npm.well.search
) *** ENO=11554 -- GANGELL 1
HDR WELL_NAME =
GANGELL-1
HDR DATE 1: SPUD_DATE = 03-JAN-01 HDR DATE 3: RIG_RELEASE_DATE = 01-FEB-01 HDR DATE 4: DB_ENTRY_BY = TB09_TADMIN (database header data entry) HDR DATE 4: DB_ENTRY_DATE = 14-AUG-02 (database header data entry date) HDR DATE 5: DB_ROW_UPDATER = RH16_TW (database header data entry last updated by) HDR DATE 5: DB_ROW_UPDATE_DATE = 04-FEB-09 (database header data entry last update date) HDR DATE 6: THEORETICAL OPENFILE BASIC DATE= 02-FEB-03 HDR DATE 6: THEORETICAL OPENFILE INTERPRETIVE DATE= 02-FEB-06 (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 157
HDR LOC: TITLE_NAME: SDO: CURRENT TITLE (Current as at 23-FEB-12) BY LOCATION: ENCLOSING GANGELL-1 : TITLE_NAME=
GEP13
HDR LOC: TITLE_NAME: SDO: CURRENT TITLE (Current as at 23-FEB-12) BY LOCATION: ENCLOSING GANGELL-1 : TITLE_NAME=
PRL2
HDR OPERATOR = Lakes Oil N.L. 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 = 2350 HDR DPH: DRILL_TD = 2350 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 = 2350 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: LOG_TD = 2350 HDR DPH: LOG_TD = LOGGERS TOTAL DEPTH: Total or maximum depth of the well as measured by the logging tool and reported by the logger/logging service (PPDM definition). HDR DPH: MAX_TVD = 2349.23549 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 = 39.9 HDR ELEV: ELEVATION_REF = KB HDR ELEV: ELEVATION_REF LN = Kelly Bushing HDR ELEV: GROUND_ELEV = 35 HDR ELEV: KB_ELEV = 39.9 HDR ELEV: REF_ELEV = 39.9 HDR STORAGE_UNIT = Metres
HDR CURRENT_CLASS = E_WILDCAT HDR CURRENT_CLASS LONG_NAME = Exploration Wildcat HDR CURRENT_STATUS = P&S HDR CURRENT_STATUS LONG_NAME= Plugged and Suspended HDR INITIAL_CLASS = E_WILDCAT HDR INITIAL_CLASS LONG_NAME = Exploration Wildcat HDR PLOT SYMBOL DESCRIPTION = Plugged and Abandoned Gas Shows --- GAS SHOW (STRONG) HDR PLOT_SYMBOL = 105
WELL_ALIAS BOREHOLE_NAME = GIPPSLAND BASIN-20634 : [WELL_BORE] WELL_BORE: the BOREHOLE and BORE NUMBER of the well WELL_ALIAS BOREHOLE_SITE_ID=
SIT421087
: equivalent BOREHOLE_NAME=GIPPSLAND BASIN 20634 WELL_ALIAS PLOT_NAME= GANGELL-1 WELL_ALIAS UWI= 200001800420 WELL_ALIAS WELL_NAME= 11554 : [WELL_PEDIN_E] WELL_PEDIN_ENO Geoscience Australia ENO WELL_ALIAS WELL_NAME= 421087 : [WELL_SITE_ID] WELL_SITE_ID -- GEDIS Boreholes Database SITE ID WELL_ALIAS WELL_NAME=
GANGELL-1
: [WELL_LOCAL] WELL_LOCAL: local name of the well WELL_ALIAS WELL_NAME= GNGL1 : [WELL_ESSO_AB] WELL_ESSO_AB - Esso-style well ABBREVIATION code WELL_ALIAS WELL_NAME= W1312 : [WELL_BOX_NO] WELL_BOX_NO: the W Number (Well Box No) of the well WELL_ALIAS WELL_NAME= W3200101 : [WELL_PEDIN] WELL_PEDIN -- the PEDIN AGSO database UNO
NODE_COORD BOTTOM HOLE LAT & LONG = -38.314817 147.196803 NODE_COORD SURFACE LAT & LONG = -38.314817 147.196803 NODE_COORD DATUM = COORD_SYSTEM_ID=20 GEODETIC_DATUM_ID=4202
FORMATION_TOPS SOURCE=WCR 0005 FORM_ID= HAUNTED HILLS GRAVEL TOP_DEPTH= 4.9 BASE_DEPTH= 96.5 Haunted Hills Gravels (Age:Undisclosed ) ...Member of....SALE GROUP (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0097 FORM_ID= JEMMY'S POINT FM TOP_DEPTH= 96.5 BASE_DEPTH= 183.5 Jemmy's Point Formation (Age:Undisclosed ) ...Member of....SEASPRAY GROUP (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0184 FORM_ID= TAMBO RIVER FM TOP_DEPTH= 183.5 BASE_DEPTH= 249.5 Tambo River Formation (Age:Tertiary ) ...Member of....SEASPRAY GROUP (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0250 FORM_ID= GIPPSLAND LIMESTONE TOP_DEPTH= 249.5 BASE_DEPTH= 642 Gippsland Limestone (Age:Tertiary ) ...Member of....SEASPRAY GROUP (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0642 FORM_ID= LAKES ENTRANCE FM TOP_DEPTH= 642 BASE_DEPTH= 683 Lakes Entrance Formation (Age:Tertiary ) ...Member of....SEASPRAY GROUP (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0683 FORM_ID= COARSE CLASTICS TOP_DEPTH= 683 BASE_DEPTH= Coarse Clastics (Age:M. Eocene ) ...Member of....LATROBE GROUP (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0683 FORM_ID= LATROBE GROUP TOP_DEPTH= 683 BASE_DEPTH= 820 Latrobe Group (Age:Cretaceous ) (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 0820 FORM_ID= LATROBE VALLEY CM TOP_DEPTH= 820 BASE_DEPTH= 1251 Latrobe Valley Coal Measures (Age:Undisclosed ) (WCR=Well Completion Report) FORMATION_TOPS SOURCE=WCR 1251 FORM_ID= STRZELECKI GROUP TOP_DEPTH= 1251 BASE_DEPTH= Strzelecki Group (Age:Cretaceous ) (WCR=Well Completion Report)
GENERAL REMARKS 001 RMK_TYPE= SYMBOL RMK= This well has been Plugged and suspended for future evaluation. There isn't a symbol for this so I have assigned it "Abandoned gas show" tb09 GENERAL REMARKS 002 RMK_TYPE= COORDHISTORY RMK= Historical snapshot : RAW well coordinates in dbMap as at February 2004: DMS=-38 18 53.341 147 11 48.491 DECIMAL=-38.314817 147.196803 RAW_DATUM=AGD66 GENERAL REMARKS 003 RMK_TYPE= COORDHISTORY RMK= Historical snapshot : CONVERTED well coordinates in dbMap as at February 2004: DMS=-38 18 53.341 147 11 48.491 DECIMAL=-38.314817 147.196803 CONVERTED_DATUM=AGD66 GENERAL REMARKS 004 RMK_TYPE= T_TEMP_DEPTH RMK= 45 1281 <--- Temperature and Depth-of-Temperature value pair [Temperature: Temperature at some (specified) depth] GENERAL REMARKS 005 RMK_TYPE= T_TEMP_DEPTH RMK= 78 1881 <--- Temperature and Depth-of-Temperature value pair [Temperature: Temperature at some (specified) depth] GENERAL REMARKS 006 RMK_TYPE= T_GRDT_DEPTH RMK= 25 1281 <--- Depth and Geothermal-Gradient value pair [Temperature: Gradient at some (specified) depth] GENERAL REMARKS 007 RMK_TYPE= T_GRDT_DEPTH RMK= 34.6 1881 <--- Depth and Geothermal-Gradient value pair [Temperature: Gradient at some (specified) depth] GENERAL REMARKS 008 RMK_TYPE= TVD_DEPTH RMK= The TVD value (2349.23549) 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.
ASSETS (BRIEF) DATA_TYPE DATA_SUB_TYPE BARCODE ITEM_NAME [MEDIA_TYPE] SCANNED_OR_DIGITAL_FILES
ASSETS (BRIEF) WELL DAILY_RPT
PE912119
Daily Drilling Reports [CD] 2003
PE912119__((_DAILY_DRILLING_REPORTS_))_.TAR.GZ(253.0m).........
SAM2_325_PE912119__((_DAILY_DRILLING_REPORTS_))__MEDIA_LABELLING.JPG(2.7m).........
PE912119__((_DAILY_DRILLING_REPORTS_))__FILES_LISTING.TXT(0.2m).........
in: COMPACTUS Bay of
COMPACTUS_1
used to store tapes ASSETS (BRIEF) WELL DAILY_RPT
PE912120
Daily Drilling Reports [CD] 2003
PE912120__((_DAILY_DRILLING_REPORTS_))_.TAR.GZ(253.0m).........
SAM2_326_PE912120__((_DAILY_DRILLING_REPORTS_))__MEDIA_LABELLING.JPG(2.7m).........
PE912120__((_DAILY_DRILLING_REPORTS_))__FILES_LISTING.TXT(0.2m).........
in: COMPACTUS Bay of
COMPACTUS_1
used to store tapes ASSETS (BRIEF) WELL DAILY_RPT
PE915159
Daily Drilling Reports and Data [CD] 2004
PE915159__((_DAILY_DRILLING_REPORTS_AND_DATA_))_.TAR.GZ(343.1m).........
SAM3_360_PE915159__((_DAILY_DRILLING_REPORTS_AND_DATA_))__MEDIA_LABELLING.JPG(2.6m).........
PE915159__((_DAILY_DRILLING_REPORTS_AND_DATA_))__FILES_LISTING.TXT(0.3m).........
in: COMPACTUS Bay of
COMPACTUS_1
used to store tapes ASSETS (BRIEF) WELL LOG_TAPE_OR_DISK
PE012350
GANGELL-1 Digital Mud Log [CD] 2001
PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))_.TAR.GZ(18.4m).........
F3072258_099_PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))_I_MEDIA_LABELLING.PDF(1.2m).........
SAM1_091_PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))_I_MEDIA_LABELLING.JPG(3.0m).........
PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))__FILES_LISTING.TXT(0.0m).........
in: COMPACTUS Bay of
COMPACTUS_1
used to store tapes ASSETS (BRIEF) WELL LOG_TAPE_OR_DISK
PE012351
GANGELL-1 Digital Wireline Logs [CD] 2001
PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))_.TAR.GZ(91.1m).........
F3072258_100_PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))_I_MEDIA_LABELLING.PDF(1.3m).........
SAM1_092_PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))_I_MEDIA_LABELLING.JPG(2.7m).........
PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))__FILES_LISTING.TXT(0.0m).........
in: COMPACTUS Bay of
COMPACTUS_1
used to store tapes ASSETS (BRIEF) WELL LOG_TAPE_OR_DISK
PE012423
Otway and Gippsland Wireline Logs (WILT) [CD] 2004 in: COMPACTUS Bay of
COMPACTUS_1
used to store tapes
ASSETS (BRIEF) WELL BIOSTRAT
PE908902_1
GANGELL-1 Palynology Rpt WCR CD,2001 [CD] 2001
(17 DIGITAL FILES)
in: WCR_RPT GANGELL-1 WCR ASSETS (BRIEF) WELL DIRECTIONAL
PE908902_022
GANGELL-1 deviation survey data [CD] 2007
(17 DIGITAL FILES)
in: WCR_RPT GANGELL-1 WCR
ASSETS (BRIEF) WELL WELL_BOX
PE180802
GANGELL-1 W1312 : Well Box [CARDBOARD_BO] 2000 in:COMPACTUS
COMPACTUS_1
55 Collins St
ASSETS (BRIEF) WELL DAILY_RPT
PE908024
GANGELL-1 Drilling Reports File [PAPER] 2001
PE908024__((_GANGELL-1_DRILLING_REPORTS_FILE_))_.TIF(6.3m).........
in:WELL_BOX GANGELL-1 W1312 : Well Box ASSETS (BRIEF) WELL PETROPHYSICAL_RPT
PE908247
GANGELL-1 Core Study Report [PAPER] 2002
PE908247__((_GANGELL-1_CORE_STUDY_REPORT_))_.PDF(0.6m).........
PE908247__((_GANGELL-1_CORE_STUDY_REPORT_))_.TIF(0.6m).........
in:WELL_BOX GANGELL-1 W1312 : Well Box ASSETS (BRIEF) WELL RPT
PE909120
GANGELL-1 Drilling Proposal [PAPER] 2000
(12 DIGITAL FILES)
in:WELL_BOX GANGELL-1 W1312 : Well Box ASSETS (BRIEF) WELL RPT
PE909121
GANGELL-1 Company Prospectus [PAPER] 2000
PE909121__((_GANGELL-1_COMPANY_PROSPECTUS_))_.TIF(4.2m).........
in:WELL_BOX GANGELL-1 W1312 : Well Box ASSETS (BRIEF) WELL WCR_RPT
PE908902
GANGELL-1 WCR [PAPER] 2001
(17 DIGITAL FILES)
in:WELL_BOX GANGELL-1 W1312 : Well Box
ASSETS (BRIEF) WELL COMPOSITE_LOG
PE605543
GANGELL-1 Encl.1 Pt.1 Composite Well Log [PAPER] 2001
PE605543__((_GANGELL-1_ENCL.1_PT.1_COMPOSITE_WELL_LOG_))_.TIF(3.7m).........
PE605543__((_GANGELL-1_ENCL.1_PT.1_COMPOSITE_WELL_LOG_))_.TIF(3.7m).........
PE605543__((_GANGELL-1_ENCL.1_PT.1_COMPOSITE_WELL_LOG_))_.TIF(3.7m).........
in:WCR_RPT GANGELL-1 WCR ASSETS (BRIEF) WELL COMPOSITE_LOG
PE605544
GANGELL-1 Encl.1 Pt.2 Composite Well Log [PAPER] 2001
PE605544__((_GANGELL-1_ENCL.1_PT.2_COMPOSITE_WELL_LOG_))_.TIF(4.3m).........
PE605544__((_GANGELL-1_ENCL.1_PT.2_COMPOSITE_WELL_LOG_))_.TIF(4.3m).........
PE605544__((_GANGELL-1_ENCL.1_PT.2_COMPOSITE_WELL_LOG_))_.TIF(4.3m).........
in:WCR_RPT GANGELL-1 WCR ASSETS (BRIEF) WELL MUD_LOG
PE605542
GANGELL-1 Encl.2 Mud Log [PAPER] 2001
PE605542__((_GANGELL-1_ENCL.2_MUD_LOG_))_.TIF(12.0m).........
PE605542__((_GANGELL-1_ENCL.2_MUD_LOG_))_.TIF(12.0m).........
PE605542__((_GANGELL-1_ENCL.2_MUD_LOG_))_.TIF(12.0m).........
in:WCR_RPT GANGELL-1 WCR ASSETS (BRIEF) WELL WELL_LOG
PE605539
GANGELL-1 HALS MCFL BHC GR SP [PAPER] 2001
PE605539__((_GANGELL-1__HALS_MCFL_BHC_GR_SP_))_.TIF(6.3m).........
in:WELL_BOX GANGELL-1 W1312 : Well Box ASSETS (BRIEF) WELL WELL_LOG
PE605540
GANGELL-1 HALS MCFL BHC GR SP [PAPER] 2001
PE605540__((_GANGELL-1__HALS_MCFL_BHC_GR_SP_))_.TIF(10.4m).........
in:WELL_BOX GANGELL-1 W1312 : Well Box ASSETS (BRIEF) WELL WELL_LOG
PE605541
GANGELL-1 2 1/8" Enerjet Run 1 Perf [PAPER] 2001
PE605541__((_GANGELL-1__2_1_8__ENERJET_RUN_1_PERF_))_.TIF(1.1m).........
in:WELL_BOX GANGELL-1 W1312 : Well Box
ASSETS (BRIEF) GENERAL REGISTRY_FILE
F3103814
PE/16/0448 / 1 Registry File [PAPER] 2004 in:COMPACTUS
COMPACTUS_1
55 Collins St
ASSETS (BRIEF) GENERAL OBSOLETE_DESTROYED
PE605537
Destroyed-GANGELL-1 Comp.Gen.Paper Log [PAPER] 2001 ASSETS (BRIEF) GENERAL OBSOLETE_DESTROYED
PE605538
Destroyed-GANGELL-1 Comp.Gen.Paper Log [PAPER] 2001 ASSETS (BRIEF) GENERAL OBSOLETE_DESTROYED
PE908023
Destroyed-GANGELL-1 Correspondence [PAPER] 2001
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
ASSETS *** ALSO: Search the Geoscience Australia database for other information: (see http://dbforms.ga.gov.au/www/npm.well.search ) *** ENO=11554 GANGELL-1
CORE/CUTTINGS GANGELL 1 : SAMPLE_TYPE=CORE 01567 DEPTH_RANGE= 1566.500 TO 1584.500M STORAGE_BAY=233 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 GANGELL 1 : SAMPLE_TYPE=CUTT 00020 DEPTH_RANGE= 20.000 TO 2349.000M STORAGE_BAY=000 ROW=0 TO 0 #TRAYS=35 [ <--this shows the actual cores and cuttings that DPI has stored in the DPI Werribee core shed ] CORE/CUTTINGS Gangell-1 Core#1 : SAMPLE_TYPE=CORE 01567 DEPTH_RANGE= 1566.500 TO 1584.500M STORAGE_BAY=236 ROW=Y TO Z #TRAYS=18 [ <--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:2 A COUNT of WELL_CORE_SAMPLE_ANAL rows:180 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 CORE1 WELL_WCR_RPT Core / B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 01 A.ANAL_OBS_NO = 1 B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 01 A.ANAL_OBS_NO = 2 B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 02 A.ANAL_DATE = 01-FEB-01 B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 02 A.ANAL_DATE = 20-FEB-01 B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 11 A.LAB = Core Lab Aust. B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 11 A.LAB = Lakes Oil N.L. B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 12 A.LAB_LOCATION = Kewdale, Perth, WA B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 12 A.LAB_LOCATION = Melbourne, Vic. B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 13 A.LAB_FILE_NUMBER = PEP-157 B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 13 A.LAB_FILE_NUMBER = PRP-01004 B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 14 A.ANALYST = Darryl Beer B WELL_CORE: CORE1 WELL_WCR_RPT WELL_CORE_ANAL 14 A.ANALYST = Doug Short B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP_DEPTH: BASE_DEPTH: OBS_NO:1 01-FEB-01 Lakes Oil N.L. Melbourne, Vic. PEP-157 Doug Short B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP_DEPTH: BASE_DEPTH: OBS_NO:2 20-FEB-01 Core Lab Aust. Kewdale, Perth, WA PRP-01004 Darryl Beer B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 1 1 TOP: 677.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.5 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:21.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 1 1 TOP: 677.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.5 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:21.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 2 1 TOP: 680 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.3 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:17 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 2 1 TOP: 680 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.3 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:17 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 3 1 TOP: 697.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:9.7 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:37.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 3 1 TOP: 697.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:9.7 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:37.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 4 1 TOP: 714.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:49.7 97.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:36.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 4 1 TOP: 714.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:49.7 97.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:36.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 5 1 TOP: 765.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:22.4 95.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:34.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 5 1 TOP: 765.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:22.4 95.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:34.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 6 1 TOP: 788.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:23.3 91.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:34.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 6 1 TOP: 788.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:23.3 91.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:34.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 7 1 TOP: 812.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7.5 92 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:34.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 7 1 TOP: 812.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7.5 92 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:34.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 8 1 TOP: 825.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 96.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:27.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 8 1 TOP: 825.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 96.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:27.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 9 1 TOP: 844.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.8 78.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:20.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 9 1 TOP: 844.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.8 78.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:20.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 10 1 TOP: 1500.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.9 73.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:17.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 10 1 TOP: 1500.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.9 73.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:17.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 11 1 TOP: 1501.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:6.1 78 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:17.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 11 1 TOP: 1501.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:6.1 78 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:17.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 12 1 TOP: 1511.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.3 99.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 12 1 TOP: 1511.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.3 99.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 13 1 TOP: 1522.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 97.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 13 1 TOP: 1522.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 97.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 14 1 TOP: 1524.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 97.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 14 1 TOP: 1524.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 97.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 15 1 TOP: 1527.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:5.8 90.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 15 1 TOP: 1527.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:5.8 90.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 16 1 TOP: 1543.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:18.3 75.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 16 1 TOP: 1543.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:18.3 75.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 17 1 TOP: 1563.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:18.9 72.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 17 1 TOP: 1563.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:18.9 72.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 18 1 TOP: 1582.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7.6 70.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 18 1 TOP: 1582.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7.6 70.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 19 1 TOP: 1597.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.5 99.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 19 1 TOP: 1597.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.5 99.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 20 1 TOP: 1599.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.6 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 20 1 TOP: 1599.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.6 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 21 1 TOP: 1604 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.7 99.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 21 1 TOP: 1604 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.7 99.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 22 1 TOP: 1609 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.3 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 22 1 TOP: 1609 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.3 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 23 1 TOP: 1611.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 23 1 TOP: 1611.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 24 1 TOP: 1617.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.8 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 24 1 TOP: 1617.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.8 100 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 25 1 TOP: 1619.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.7 84.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 25 1 TOP: 1619.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.7 84.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 26 1 TOP: 1622.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 94.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 26 1 TOP: 1622.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 94.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 27 1 TOP: 1624.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.1 96.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 27 1 TOP: 1624.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.1 96.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 28 1 TOP: 1631.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.5 94.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 28 1 TOP: 1631.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.5 94.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 29 1 TOP: 1640.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:37.5 67.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 29 1 TOP: 1640.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:37.5 67.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 30 1 TOP: 1693.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:6 74.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 30 1 TOP: 1693.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:6 74.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 31 1 TOP: 1700.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:4.7 56.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 31 1 TOP: 1700.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:4.7 56.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 32 1 TOP: 1705.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:10.7 58.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 32 1 TOP: 1705.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:10.7 58.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 33 1 TOP: 1718.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:5.8 64.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 33 1 TOP: 1718.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:5.8 64.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 34 1 TOP: 1742.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:35 66.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 34 1 TOP: 1742.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:35 66.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 35 1 TOP: 1778.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 84.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 35 1 TOP: 1778.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 84.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 36 1 TOP: 1786.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.3 87 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 36 1 TOP: 1786.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.3 87 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 37 1 TOP: 1792.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 76.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 37 1 TOP: 1792.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 76.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 38 1 TOP: 1794.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:10.1 67.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 38 1 TOP: 1794.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:10.1 67.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 39 1 TOP: 1805.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:34.9 64.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 39 1 TOP: 1805.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:34.9 64.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 40 1 TOP: 1841.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:12.3 68.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 40 1 TOP: 1841.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:12.3 68.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 41 1 TOP: 1862.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.5 66.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 41 1 TOP: 1862.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.5 66.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 42 1 TOP: 1870.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.8 90 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 42 1 TOP: 1870.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.8 90 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:15.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 43 1 TOP: 1877.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.9 75.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 43 1 TOP: 1877.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.9 75.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 44 1 TOP: 1882 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.4 77.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 44 1 TOP: 1882 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.4 77.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 45 1 TOP: 1885.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:11.8 65.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 45 1 TOP: 1885.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:11.8 65.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:16.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 46 1 TOP: 1898.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:9.2 62.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:22.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 46 1 TOP: 1898.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:9.2 62.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:22.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 47 1 TOP: 1908.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.8 72.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 47 1 TOP: 1908.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.8 72.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 48 1 TOP: 1910.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.7 79.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 48 1 TOP: 1910.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.7 79.6 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 49 1 TOP: 1913.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.4 70.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 49 1 TOP: 1913.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.4 70.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 50 1 TOP: 1927.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:23.5 82.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 50 1 TOP: 1927.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:23.5 82.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 51 1 TOP: 1948.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:30.8 69.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 51 1 TOP: 1948.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:30.8 69.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 52 1 TOP: 1979.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:5.7 54.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 52 1 TOP: 1979.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:5.7 54.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 53 1 TOP: 1992.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.3 67.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 53 1 TOP: 1992.2 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.3 67.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 54 1 TOP: 2009.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.3 67.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 54 1 TOP: 2009.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.3 67.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 55 1 TOP: 2012.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:15.4 70.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 55 1 TOP: 2012.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:15.4 70.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 56 1 TOP: 2028.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7.2 69.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 56 1 TOP: 2028.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7.2 69.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 57 1 TOP: 2042.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.1 93.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 57 1 TOP: 2042.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.1 93.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:14.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 58 1 TOP: 2053.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.8 81.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 58 1 TOP: 2053.1 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.8 81.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 59 1 TOP: 2054.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:10 76.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 59 1 TOP: 2054.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:10 76.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 60 1 TOP: 2105.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 74.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 60 1 TOP: 2105.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 74.4 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 61 1 TOP: 2124.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1 77.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 61 1 TOP: 2124.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1 77.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 62 1 TOP: 2127.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:8.4 68.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 62 1 TOP: 2127.5 INTERVAL_DEPTH:0 INTERVAL_LENGTH:8.4 68.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:13.8 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 63 1 TOP: 2136.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 63.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 63 1 TOP: 2136.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.2 63.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 64 1 TOP: 2146.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.2 72.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 64 1 TOP: 2146.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.2 72.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.4 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 65 1 TOP: 2149.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.9 55.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 65 1 TOP: 2149.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.9 55.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.9 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 66 1 TOP: 2151.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2 77.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 66 1 TOP: 2151.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2 77.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 67 1 TOP: 2154.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:8.9 71.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 67 1 TOP: 2154.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:8.9 71.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 68 1 TOP: 2168.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.5 73.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 68 1 TOP: 2168.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.5 73.7 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.2 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 69 1 TOP: 2172 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.2 76.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 69 1 TOP: 2172 INTERVAL_DEPTH:0 INTERVAL_LENGTH:3.2 76.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 70 1 TOP: 2176.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.4 77.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 70 1 TOP: 2176.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.4 77.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 71 1 TOP: 2177.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 75 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 71 1 TOP: 2177.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 75 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 72 1 TOP: 2179.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1 66.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 72 1 TOP: 2179.8 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1 66.3 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.1 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 73 1 TOP: 2197.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.9 74.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 73 1 TOP: 2197.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.9 74.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 74 1 TOP: 2201.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7 67.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 74 1 TOP: 2201.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:7 67.5 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:12.3 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 75 1 TOP: 2224 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2 59.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 75 1 TOP: 2224 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2 59.9 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 76 1 TOP: 2227.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.7 60.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 76 1 TOP: 2227.9 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.7 60.2 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 77 1 TOP: 2237.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.5 61 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 77 1 TOP: 2237.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.5 61 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.5 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 78 1 TOP: 2240.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.1 60.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 78 1 TOP: 2240.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:2.1 60.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:11 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 79 1 TOP: 2243.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.5 59.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 79 1 TOP: 2243.6 INTERVAL_DEPTH:0 INTERVAL_LENGTH:.5 59.8 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.6 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 80 1 TOP: 2245.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 60.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 1 80 1 TOP: 2245.3 INTERVAL_DEPTH:0 INTERVAL_LENGTH:1.4 60.1 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: g/cc GSV: EFFECTIVE POROSITY:10.7 KVERT_QUAL: KVERT: KMAX_QUAL: KMAX: K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 1 1 TOP: 1566.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:18.9 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.606 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 1 1 TOP: 1566.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:18.9 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.606 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 2 1 TOP: 1568.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:18.6 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.538 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 2 1 TOP: 1568.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:18.6 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.538 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 3 1 TOP: 1570.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:19.5 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.577 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 3 1 TOP: 1570.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:19.5 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.577 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 4 1 TOP: 1572.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.69 g/cc GSV: EFFECTIVE POROSITY:18.5 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.093 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 4 1 TOP: 1572.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.69 g/cc GSV: EFFECTIVE POROSITY:18.5 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.093 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 5 1 TOP: 1574.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.69 g/cc GSV: EFFECTIVE POROSITY:18.3 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.202 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 5 1 TOP: 1574.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.69 g/cc GSV: EFFECTIVE POROSITY:18.3 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.202 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 6 1 TOP: 1576.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:18 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.242 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 6 1 TOP: 1576.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:18 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.242 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 7 1 TOP: 1578.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:17.4 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.078 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 7 1 TOP: 1578.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.68 g/cc GSV: EFFECTIVE POROSITY:17.4 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.078 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 8 1 TOP: 1580.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.7 g/cc GSV: EFFECTIVE POROSITY:2.7 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.002 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 8 1 TOP: 1580.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.7 g/cc GSV: EFFECTIVE POROSITY:2.7 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.002 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 9 1 TOP: 1582.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.7 g/cc GSV: EFFECTIVE POROSITY:16.2 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.058 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 9 1 TOP: 1582.7 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.7 g/cc GSV: EFFECTIVE POROSITY:16.2 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.058 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 10 1 TOP: 1584.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.7 g/cc GSV: EFFECTIVE POROSITY:16.8 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.129 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: B WELL_CORE_ANAL:CORE1 WELL_WCR_RPT TOP: BASE: 2 10 1 TOP: 1584.4 INTERVAL_DEPTH:0 INTERVAL_LENGTH:0 POROSITY: PVWS: PVOS: OS: GMWS: GMOS: GRAIN_DENS: 2.7 g/cc GSV: EFFECTIVE POROSITY:16.8 KVERT_QUAL: KVERT: KMAX_QUAL:PERM_CORE KMAX:.129 md K90: K90: CONFINE_PERM_PRESS: BVWS: BULK_DENS: g/cc BMOS: BMSS: CSP: CPP: C WELL_CORE: CORE1 WELL_WCR_RPT 00 ------------------------------------------------------------------------------- C WELL_CORE: CORE1 WELL_WCR_RPT 03 A.CORE_ID = CORE1 C WELL_CORE: CORE1 WELL_WCR_RPT 08 A.SOURCE = WELL_WCR_RPT C WELL_CORE: CORE1 WELL_WCR_RPT 11 A.CORE_OR_SPL = Core
ASSET Counts Summary: GENERAL OBSOLETE_DESTROYED[PAPER] 3 ASSET Counts Summary: GENERAL REGISTRY_FILE [PAPER] 1 ASSET Counts Summary: WELL BIOSTRAT [CD] 1 ASSET Counts Summary: WELL COMPOSITE_LOG [PAPER] 2 ASSET Counts Summary: WELL DAILY_RPT [CD] 3 ASSET Counts Summary: WELL DAILY_RPT [PAPER] 1 ASSET Counts Summary: WELL DIRECTIONAL [CD] 1 ASSET Counts Summary: WELL LOG_TAPE_OR_DISK [CD] 3 ASSET Counts Summary: WELL MUD_LOG [PAPER] 1 ASSET Counts Summary: WELL PETROPHYSICAL_RPT [PAPER] 1 ASSET Counts Summary: WELL RPT [PAPER] 2 ASSET Counts Summary: WELL WCR_RPT [PAPER] 1 ASSET Counts Summary: WELL WELL_BOX [CARDBOARD_BO] 1 ASSET Counts Summary: WELL WELL_LOG [PAPER] 3
A WELL_SHOWS:TOP_DEPTH BASE_DEPTH TOP_FORM BASE_FORM SHOW_TYPE SHOW_SYMBOL SHOW_OBS_NO SAMPLE_TYPE LITHOLOGY_DESC REMARK SOURCE B WELL_SHOWS: 564 606 GIPPSLAND LIMESTONE GIPPSLAND LIMESTONE MUDL_G0_TG 0 1 W_LOG_MUDLOG Gas units around 3 over the interval. From WCR
PE908902
pg.48 [From:WELL_WCR_RPT] B WELL_SHOWS: 606 624 GIPPSLAND LIMESTONE GIPPSLAND LIMESTONE MUDL_G1_GI 0 2 W_LOG_MUDLOG Gas units average around 5 for this interval From WCR
PE908902
pg.48 [From:WELL_WCR_RPT] B WELL_SHOWS: 624 633 GIPPSLAND LIMESTONE GIPPSLAND LIMESTONE MUDL_G1_GI 0 3 W_LOG_MUDLOG Gas units average around 8 for this interval From WCR
PE908902
pg.48 [From:WELL_WCR_RPT] B WELL_SHOWS: 633 651 GIPPSLAND LIMESTONE LAKES ENTRANCE FM MUDL_G1_GI 0 4 W_LOG_MUDLOG Gas units average around 11 for this interval From WCR
PE908902
pg.48 [From:WELL_WCR_RPT] B WELL_SHOWS: 651 681 LAKES ENTRANCE FM LAKES ENTRANCE FM MUDL_G1_GI 0 5 W_LOG_MUDLOG Gas units average around 18 for this interval, with 23.9 units at 660m the maximum. From WCR
PE908902
pg.49 [From:WELL_WCR_RPT] B WELL_SHOWS: 681 723 LAKES ENTRANCE FM LATROBE GROUP MUDL_G2_GS 0 6 W_LOG_MUDLOG Marl Gas units average around 130 for this interval, with 240.7 units at 690m the maximum. From WCR
PE908902
pg.49 [From:WELL_WCR_RPT] B WELL_SHOWS: 723 759 LATROBE GROUP LATROBE GROUP MUDL_G1_GI 0 7 W_LOG_MUDLOG Gas units average around 50 for this interval, with 76.5 units at 726m the maximum. From WCR
PE908902
pg.49 [From:WELL_WCR_RPT] B WELL_SHOWS: 759 789 LATROBE GROUP LATROBE GROUP MUDL_G1_GI 0 8 W_LOG_MUDLOG Gas units average around 15 for this interval, with 21.1 units at 762m the maximum. From WCR
PE908902
pg.50 [From:WELL_WCR_RPT] B WELL_SHOWS: 789 870 LATROBE GROUP LATROBE VALLEY CM MUDL_G0_TG 0 9 W_LOG_MUDLOG Marl Gas units average around 5 for this interval, with 7.2 units at 849m the maximum. From WCR
PE908902
pg.51 [From:WELL_WCR_RPT] B WELL_SHOWS: 870 1236 LATROBE VALLEY CM LATROBE VALLEY CM MUDL_G0_TG 0 10 W_LOG_MUDLOG Background gas with an average of 2 units over this interval From WCR
PE908902
pg.51 - 56 [From:WELL_WCR_RPT] B WELL_SHOWS: 1236 1254 LATROBE VALLEY CM STRZELECKI GROUP MUDL_G0_TG 0 11 W_LOG_MUDLOG Gas units of an average 6 units with maximum of 8.6 units at 1254m From WCR
PE908902
pg.56 [From:WELL_WCR_RPT] B WELL_SHOWS: 1254 1296 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 12 W_LOG_MUDLOG Marl Gas units of an average 40 units with maximum of 68.9 units at 1272m From WCR
PE908902
pg.57 [From:WELL_WCR_RPT] B WELL_SHOWS: 1296 1374 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 13 W_LOG_MUDLOG Gas units of an average 100 units with maximum of 176.5 units at 1362m From WCR
PE908902
pg.57-58 [From:WELL_WCR_RPT] B WELL_SHOWS: 1374 1449 STRZELECKI GROUP STRZELECKI GROUP MUDL_G2_GS 0 14 W_LOG_MUDLOG Marl Gas units of an average 250 units with maximum of 417.5 units at 1419m From WCR
PE908902
pg.58-59 [From:WELL_WCR_RPT] B WELL_SHOWS: 1449 1506 STRZELECKI GROUP STRZELECKI GROUP MUDL_G2_GS 0 15 W_LOG_MUDLOG Marl Gas units of an average 100 units with maximum of 180 units at 1461m From WCR
PE908902
pg.58-59 [From:WELL_WCR_RPT] B WELL_SHOWS: 1506 1539 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 17 W_LOG_MUDLOG Gas units of an average 50 units with maximum of 81.8 units at 1506m From WCR
PE908902
pg.60 [From:WELL_WCR_RPT] B WELL_SHOWS: 1539 1638 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 18 W_LOG_MUDLOG Gas units of an average 50 units with maximum of 98.2 units at 1611m From WCR
PE908902
pg.61 [From:WELL_WCR_RPT] B WELL_SHOWS: 1566 1854 STRZELECKI GROUP STRZELECKI GROUP CORE_G1_BG 0 27 W_LOG_MUDLOG Sandstone Slight gas bleeding, mostly from bedding planes or when core is fractured while being recovered. From WCR
PE908902
pg.75 [From:WELL_WCR_RPT] B WELL_SHOWS: 1638 1701 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 19 W_LOG_MUDLOG Gas units of an average 100 units with maximum of 136.5 units at 1677m From WCR
PE908902
pg.62 [From:WELL_WCR_RPT] B WELL_SHOWS: 1701 1887 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 20 W_LOG_MUDLOG Gas units of an average 60 units with maximum of 133.0 units at 1836m From WCR
PE908902
pg.62-64 [From:WELL_WCR_RPT] B WELL_SHOWS: 1885 1940 STRZELECKI GROUP STRZELECKI GROUP FLOW_G3_GR 0 28 W_LOG_MUDLOG Sandstone DST no.3. Gas to surface after 105 minutes with 52 psi. Recovery of 1370m of gas cut formation water. From WCR
PE908902
pg.25 [From:WELL_WCR_RPT] B WELL_SHOWS: 1887 1905 STRZELECKI GROUP STRZELECKI GROUP MUDL_G2_GS 0 21 W_LOG_MUDLOG Gas units of an average 200units with maximum of 243.3 units at 1890m From WCR
PE908902
pg.64 [From:WELL_WCR_RPT] B WELL_SHOWS: 1905 2103 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 22 W_LOG_MUDLOG Gas units of an average 70 units with maximum of 174.3 units at 2079m From WCR
PE908902
pg.64-67 [From:WELL_WCR_RPT] B WELL_SHOWS: 2103 2109 STRZELECKI GROUP STRZELECKI GROUP MUDL_G2_GS 0 23 W_LOG_MUDLOG Gas units of an average 250 units with maximum of 379.3 units at 2106m From WCR
PE908902
pg.67 [From:WELL_WCR_RPT] B WELL_SHOWS: 2109 2151 STRZELECKI GROUP STRZELECKI GROUP MUDL_G2_GS 0 24 W_LOG_MUDLOG Gas units of an average 150 units with maximum of 391.7 units at 2139m From WCR
PE908902
pg.68 [From:WELL_WCR_RPT] B WELL_SHOWS: 2151 2166 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 25 W_LOG_MUDLOG Gas units of an average 30 units with maximum of 42.8 units at 2166m From WCR
PE908902
pg.69 [From:WELL_WCR_RPT] B WELL_SHOWS: 2166 2349 STRZELECKI GROUP STRZELECKI GROUP MUDL_G1_GI 0 26 W_LOG_MUDLOG Gas units of an average 30 units with maximum of 103.2 units at 2274m From WCR
PE908902
pg.69-72 [From:WELL_WCR_RPT]
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:DNRE_GEOLOG CURVE:BS DESC:BS JOB:01--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=MM; Bit Size Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=215.9; maxv=215.9; average=215.9; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:DEPTH DESC:DEPTH JOB:00--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=M; DEPTH (BOREHOLE) Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=1274.2164; maxv=2353.0559; average=1813.6362; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:DSOZ DESC:DSOZ JOB:02--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2351.68 Metres Units=IN; HRDD Standard Resolution Density Standoff Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=0; maxv=0.768; average=0.2909; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:DT DESC:Delta-T JOB:03--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=US/M; Delta-T Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=153.3825; maxv=543.3235; average=270.9873; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:GR DESC:Gamma ray JOB:04--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=GAPI; Calibrated Gamma-Ray SC Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=46.569; maxv=158.772; average=89.1554; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:HCAL DESC:HCAL JOB:05--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=MM; HRCC Cal. caliper SC Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=201.4474; maxv=604.0374; average=242.1954; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:HLLD DESC:HLLD JOB:06--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=OHMM; HALS Laterolog Deep Resistivity Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=0.266; maxv=60000; average=156.5273; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:HLLS DESC:HLLS JOB:07--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=OHMM; HALS Laterolog Shallow Resistivity Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=0.048; maxv=60000; average=149.3191; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:PEFZ DESC:PEFZ JOB:08--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2351.68 Metres Units=; HRDD Standard Resolution Formation Photoelectric Factor Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=0.9; maxv=4.714; average=2.2057; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:RHOZ DESC:RHOZ JOB:09--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2351.68 Metres Units=K/M3; HRDD Standard Resolution Formation Density Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=1428; maxv=2711; average=2411.9402; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:RXOZ DESC:RXOZ JOB:10--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=OHMM; MCFL Standard Resolution Invaded Zone Resistivity Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=0.164; maxv=115.118; average=9.7546; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:SP DESC:Spontaneous potential JOB:11--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=MV; SP Shifted Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=-32.563; maxv=28.813; average=-6.8807; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:TENS DESC:TENS JOB:12--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=KGF; Cable Tension Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=796.0546; maxv=1619.7783; average=1256.4878; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:DNRE_GEOLOG CURVE:TNPH DESC:TNPH JOB:13--GANGELL-1 RUN:999 PASS:99 TOP:1274.21 BASE:2353.05 Metres Units=V/V; Thermal Neutron Porosity Reversed.; ; ; COMP=LAKES OIL; START=1274.064; STOP=2353.2084; minv=0.099; maxv=0.603; average=0.2216; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:CALI DESC:Caliper JOB:01--GANGELL-1 RUN:999 PASS:99 TOP:255.105 BASE:2340.39 Metres Units=MM; 4 Caliper; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=201.447; maxv=604.037; average=276.945; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DEPTH DESC:DEPTH JOB:00--GANGELL-1 RUN:999 PASS:99 TOP:23.1524 BASE:2353.19 Metres Units=M; 1 DEPTH; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=23.1524; maxv=2353.196; average=1188.1742; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:DT DESC:Delta-T JOB:02--GANGELL-1 RUN:999 PASS:99 TOP:253.124 BASE:2345.88 Metres Units=US/M; 2 Sonic; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=42.9331; maxv=819.859; average=343.2783; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:ETHA DESC:ETHA JOB:01--GANGELL-1 RUN:999 PASS:99 TOP:501.091 BASE:2349.70 Metres Units=PPM; 8 ethane; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=2579; average=83.9736; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:FLIN DESC:FLIN JOB:02--GANGELL-1 RUN:999 PASS:99 TOP:18.1356 BASE:2349.85 Metres Units=G/MN; 5; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=133; maxv=783; average=467.1846; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:GR DESC:Gamma ray JOB:03--GANGELL-1 RUN:999 PASS:99 TOP:23.1524 BASE:2334.90 Metres Units=GAPI; 3 Gamma Ray; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=21.256; maxv=256.66; average=73.9408; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HART DESC:HART JOB:04--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2352.89 Metres Units=OHMM; 15; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=1.2974; maxv=36712.2109; average=94.8867; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HDI DESC:HDI JOB:05--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2334.90 Metres Units=M; 16; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.2014; maxv=3.0888; average=0.3022; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HDRA DESC:HDRA JOB:06--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2334.90 Metres Units=K/M3; 17; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=-56.7; maxv=503.7; average=120.1099; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HGR DESC:HGR JOB:07--GANGELL-1 RUN:999 PASS:99 TOP:1255.91 BASE:2352.89 Metres Units=GAPI; 21; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=32.1262; maxv=179.196; average=88.6889; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HMIN DESC:HMIN JOB:08--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2334.90 Metres Units=; 18; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.1619; maxv=156.612; average=3.7997; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HMNO DESC:HMNO JOB:09--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2334.90 Metres Units=; 19; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.139; maxv=140.441; average=3.7567; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:HTEM DESC:HTEM JOB:10--GANGELL-1 RUN:999 PASS:99 TOP:1255.76 BASE:2353.19 Metres Units=DEGC; 13; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=63.5842; maxv=76.16; average=70.6564; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:IBUT DESC:IBUT JOB:03--GANGELL-1 RUN:999 PASS:99 TOP:1296.00 BASE:2349.70 Metres Units=PPM; 10 iso-butane; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=36; average=0.8587; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:IPEN DESC:IPEN JOB:04--GANGELL-1 RUN:999 PASS:99 TOP:1382.11 BASE:2349.70 Metres Units=PPM; 12; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=73; average=0.0929; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:LLD DESC:LLD JOB:11--GANGELL-1 RUN:999 PASS:99 TOP:257.543 BASE:2347.25 Metres Units=OHMM; 5 Latero-Log Deep; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=1.301; maxv=60000; average=29.4345; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:LLS DESC:LLS JOB:12--GANGELL-1 RUN:999 PASS:99 TOP:257.543 BASE:2347.25 Metres Units=OHMM; 6 Latero-Log Shallow; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=1.352; maxv=312.705; average=19.7746; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:METH DESC:METH JOB:05--GANGELL-1 RUN:999 PASS:99 TOP:50.1396 BASE:2349.70 Metres Units=PPM; 7 methane; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=137215; average=6273.181; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:MSFL DESC:Microspherically Focused Log - Resistivi JOB:13--GANGELL-1 RUN:999 PASS:99 TOP:257.543 BASE:2334.75 Metres Units=OHMM; 9 MSFL Resistivity; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.162; maxv=115.118; average=5.9229; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:NBUT DESC:NBUT JOB:06--GANGELL-1 RUN:999 PASS:99 TOP:1296.00 BASE:2349.70 Metres Units=PPM; 11 normal-butane; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=38.176; average=1.2517; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:NPEN DESC:NPEN JOB:07--GANGELL-1 RUN:999 PASS:99 TOP:1411.07 BASE:2349.70 Metres Units=PPM; 13; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=32; average=0.0425; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:NPHI DESC:NPHI JOB:14--GANGELL-1 RUN:999 PASS:99 TOP:1255.76 BASE:2353.19 Metres Units=V/V; 14 Neutron Porosity; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.096; maxv=0.6007; average=0.2328; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:PEF DESC:PEF JOB:15--GANGELL-1 RUN:999 PASS:99 TOP:1274.50 BASE:2334.90 Metres Units=B/EL; 7 Photo Electric Factor; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.9; maxv=4.714; average=2.1958; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:PROP DESC:PROP JOB:08--GANGELL-1 RUN:999 PASS:99 TOP:1228.03 BASE:2349.70 Metres Units=PPM; 9 propane; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=424; average=21.7445; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:RHOB DESC:RHOB - density JOB:16--GANGELL-1 RUN:999 PASS:99 TOP:1274.50 BASE:2334.90 Metres Units=K/M3; 8 Bulk Density; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=1428; maxv=2711; average=2410.5712; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:ROP DESC:ROP JOB:09--GANGELL-1 RUN:999 PASS:99 TOP:18.1356 BASE:2349.85 Metres Units=M/HR; 2 Rate of Penetration; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=1.8109; maxv=535.915; average=44.5243; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:ROP DESC:ROP JOB:10--GANGELL-1 RUN:999 PASS:99 TOP:18.1356 BASE:2349.85 Metres Units=MN/M; 3 Rate of Penetration; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0.11; maxv=31.09; average=4.1602; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:RXO8 DESC:RXO8 JOB:17--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2352.89 Metres Units=OHMM; 20; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.1884; maxv=247.354; average=10.3343; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SP DESC:Spontaneous potential JOB:18--GANGELL-1 RUN:999 PASS:99 TOP:256.019 BASE:2325.45 Metres Units=MV; 10 Spontaneous Potential; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=-12; maxv=99.86; average=49.2191; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:SW DESC:SW JOB:19--GANGELL-1 RUN:999 PASS:99 TOP:1275.11 BASE:2334.90 Metres Units=V/V; 12 ater Saturation; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.4761; maxv=1; average=0.9933; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:TGAS DESC:TGAS JOB:11--GANGELL-1 RUN:999 PASS:99 TOP:50.1396 BASE:2349.70 Metres Units=%; 6; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0; maxv=945; average=42.858; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:TNPH DESC:TNPH JOB:20--GANGELL-1 RUN:999 PASS:99 TOP:1274.05 BASE:2352.89 Metres Units=V/V; 11 Thermal Neutron Porosity; ; ; COMP=LAKES OIL; START=23.1524; STOP=2353.196; minv=0.099; maxv=0.603; average=0.2216; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:S_WILTSHIRE CURVE:WOB DESC:WOB JOB:12--GANGELL-1 RUN:999 PASS:99 TOP:18.1356 BASE:2349.85 Metres Units=KLBS; 4 weight on bit; ; ; COMP=LAKES OIL; START=18.1356; STOP=2349.8556; minv=0.845; maxv=37.2936; average=22.6845; metadata from DPI Geolog (mostly Occam); B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:HDLL DESC:HDLL JOB:Schlumberger Seaco RUN:1 PASS:1 TOP:250 BASE:1281 Metres HDLL/RXOZ/BHCS/GR/SP/Cal (01-FEB-2001) Source: page 27 of "Gangell-1 Well Completion Report" (
PE908902
) Top depth interpreted from the Composite well log (
PE605543
) Note: GR-Cal to surface. B WELL_LOG_CURVE_INT:WELL_WCR_RPT CURVE:HDLL DESC:HDLL JOB:Schlumberger Seaco RUN:2 PASS:1 TOP:1281 BASE:2350 Metres HDLL/RXOZ/BHCS/GR/RHOZ/TNPH/SP/Cal (01-FEB-2001) Source: page 27 of "Gangell-1 Well Completion Report" (
PE908902
) Top depth interpreted from the Composite well log (
PE605544
)
--- LISTING OF GEOGRAPHICALLY CLOSE WELLS TO THIS WELL ---
DISTANCE= 00.3 km (very approx) Onshore?=Y WELL_NAME=
BURONG-1
DISTANCE= 00.9 km (very approx) Onshore?=Y WELL_NAME=
TRIFON-2
DISTANCE= 00.9 km (very approx) Onshore?=Y WELL_NAME=
TRIFON-2R
DISTANCE= 01.0 km (very approx) Onshore?=Y WELL_NAME=
TRIFON-1
DISTANCE= 01.3 km (very approx) Onshore?=Y WELL_NAME=
NORTH SEASPRAY-2
DISTANCE= 01.8 km (very approx) Onshore?=Y WELL_NAME=
NORTH SEASPRAY-1
DISTANCE= 02.0 km (very approx) Onshore?=Y WELL_NAME=
NORTH SEASPRAY-3
DISTANCE= 02.0 km (very approx) Onshore?=Y WELL_NAME=
NORTH SEASPRAY-3 RE
DISTANCE= 02.0 km (very approx) Onshore?=Y WELL_NAME=
NORTH SEASPRAY-3 RE ST1
DISTANCE= 02.0 km (very approx) Onshore?=Y WELL_NAME=
NORTH SEASPRAY-3 RE ST1 RE
DISTANCE= 03.1 km (very approx) Onshore?=Y WELL_NAME=
CROSS ROADS-1
DISTANCE= 03.1 km (very approx) Onshore?=Y WELL_NAME=
MERRIMAN-1
DISTANCE= 03.1 km (very approx) Onshore?=Y WELL_NAME=
SEASPRAY-1
DISTANCE= 03.5 km (very approx) Onshore?=Y WELL_NAME=
KEYSTONE-1
DISTANCE= 04.5 km (very approx) Onshore?=Y WELL_NAME=
HURSON-1
DISTANCE= 04.5 km (very approx) Onshore?=Y WELL_NAME=
WOMBAT-1
DISTANCE= 05.0 km (very approx) Onshore?=Y WELL_NAME=
LAKE REEVE-1
DISTANCE= 05.4 km (very approx) Onshore?=Y WELL_NAME=
WOMBAT-3
DISTANCE= 05.7 km (very approx) Onshore?=Y WELL_NAME=
MACALISTER-1
DISTANCE= 05.9 km (very approx) Onshore?=Y WELL_NAME=
TANJIL PT. ADDIS-2
DISTANCE= 06.0 km (very approx) Onshore?=Y WELL_NAME=
CARRS CREEK-1
DISTANCE= 06.2 km (very approx) Onshore?=Y WELL_NAME=
WOMBAT-2
DISTANCE= 07.3 km (very approx) Onshore?=Y WELL_NAME=
WOMBAT-4
DISTANCE= 08.9 km (very approx) Onshore?=Y WELL_NAME=
TEXLAND-1
DISTANCE= 09.0 km (very approx) Onshore?=Y WELL_NAME=
LAKE WELLINGTON-1
DISTANCE= 09.0 km (very approx) Onshore?=Y WELL_NAME=
MCCREESH-1
DISTANCE= 09.8 km (very approx) Onshore?=Y WELL_NAME=
DEADMAN HILL-1
DISTANCE= 10.2 km (very approx) Onshore?=Y WELL_NAME=
MIDFIELD GLENCOE SOUTH-1
DISTANCE= 11.0 km (very approx) Onshore?=Y WELL_NAME=
PROTEA-1
DISTANCE= 11.4 km (very approx) Onshore?=Y WELL_NAME=
SIGNAL HILL-1
DISTANCE= 11.5 km (very approx) Onshore?=Y WELL_NAME=
BOUNDARY CREEK-1
DISTANCE= 11.5 km (very approx) Onshore?=Y WELL_NAME=
BOUNDARY CREEK-1A
DISTANCE= 11.5 km (very approx) Onshore?=Y WELL_NAME=
BOUNDARY CREEK-2
DISTANCE= 11.8 km (very approx) Onshore?=Y WELL_NAME=
DUTSON-1
DISTANCE= 11.8 km (very approx) Onshore?=Y WELL_NAME=
TANJIL PT. ADDIS-1
DISTANCE= 12.4 km (very approx) Onshore?=Y WELL_NAME=
COLLIERS HILL-1
DISTANCE= 12.6 km (very approx) Onshore?=Y WELL_NAME=
LAKE COLEMAN-1
DISTANCE= 13.2 km (very approx) Onshore?=Y WELL_NAME=
SOUTH LONGFORD-1
DISTANCE= 13.7 km (very approx) Onshore?=Y WELL_NAME=
ECHIDNA HIGH-1
DISTANCE= 13.7 km (very approx) Onshore?=Y WELL_NAME=
O'HARA-1
DISTANCE= 14.1 km (very approx) Onshore?=N WELL_NAME=
FLYING FISH-1
DISTANCE= 14.3 km (very approx) Onshore?=Y WELL_NAME=
GOLDEN BEACH WEST-1
DISTANCE= 14.3 km (very approx) Onshore?=Y WELL_NAME=
SALT LAKE-1
DISTANCE= 14.5 km (very approx) Onshore?=Y WELL_NAME=
DARRIMAN-5
DISTANCE= 15.4 km (very approx) Onshore?=N WELL_NAME=
WASABI-1
DISTANCE= 15.8 km (very approx) Onshore?=Y WELL_NAME=
DARRIMAN-4
DISTANCE to non-petroleum deep borehole= 03.1 km (very approx) BOREHOLE_SITE_ID=
SIT333331
: BOREHOLE_NAME=WULLA WULLOCK 2 (Depth=432.817) DISTANCE to non-petroleum deep borehole= 03.5 km (very approx) BOREHOLE_SITE_ID=
SIT105483
: BOREHOLE_NAME=WULLA WULLOCK 5 (Depth=1389.2) DISTANCE to non-petroleum deep borehole= 03.5 km (very approx) BOREHOLE_SITE_ID=
SIT64326
: BOREHOLE_NAME=GIFFARD 6 (Depth=190.19) DISTANCE to non-petroleum deep borehole= 05.1 km (very approx) BOREHOLE_SITE_ID=
SIT64334
: BOREHOLE_NAME=GIFFARD 15 (Depth=484.63) DISTANCE to non-petroleum deep borehole= 05.2 km (very approx) BOREHOLE_SITE_ID=
SIT307501
: BOREHOLE_NAME=GIFFARD 14 (Depth=487.681) DISTANCE to non-petroleum deep borehole= 06.5 km (very approx) BOREHOLE_SITE_ID=
SIT64834
: BOREHOLE_NAME=GLENCOE SOUTH 4 (Depth=849) DISTANCE to non-petroleum deep borehole= 07.5 km (very approx) BOREHOLE_SITE_ID=
SIT307589
: BOREHOLE_NAME=GLENCOE SOUTH 2 (Depth=281.331) DISTANCE to non-petroleum deep borehole= 07.7 km (very approx) BOREHOLE_SITE_ID=
SIT64854
: BOREHOLE_NAME=GLENCOE SOUTH 10015 (Depth=603.5) DISTANCE to non-petroleum deep borehole= 07.7 km (very approx) BOREHOLE_SITE_ID=
SIT64868
: BOREHOLE_NAME=GLENCOE SOUTH 10029 (Depth=674) DISTANCE to non-petroleum deep borehole= 07.8 km (very approx) BOREHOLE_SITE_ID=
SIT64836
: BOREHOLE_NAME=GLENCOE SOUTH 8001 (Depth=599.5) DISTANCE to non-petroleum deep borehole= 07.9 km (very approx) BOREHOLE_SITE_ID=
SIT64863
: BOREHOLE_NAME=GLENCOE SOUTH 10024 (Depth=612.4) DISTANCE to non-petroleum deep borehole= 08.0 km (very approx) BOREHOLE_SITE_ID=
SIT64837
: BOREHOLE_NAME=GLENCOE SOUTH 8002 (Depth=609.601) DISTANCE to non-petroleum deep borehole= 08.2 km (very approx) BOREHOLE_SITE_ID=
SIT361022
: BOREHOLE_NAME=GLENCOE SOUTH 20001 (Depth=682.5) DISTANCE to non-petroleum deep borehole= 10.1 km (very approx) BOREHOLE_SITE_ID=
SIT64865
: BOREHOLE_NAME=GLENCOE SOUTH 10026 (Depth=523) DISTANCE to non-petroleum deep borehole= 10.5 km (very approx) BOREHOLE_SITE_ID=
SIT307523
: BOREHOLE_NAME=GLENCOE 6 (Depth=198.7) DISTANCE to non-petroleum deep borehole= 10.5 km (very approx) BOREHOLE_SITE_ID=
SIT307562
: BOREHOLE_NAME=GLENCOE 47 (Depth=211) DISTANCE to non-petroleum deep borehole= 11.0 km (very approx) BOREHOLE_SITE_ID=
SIT307564
: BOREHOLE_NAME=GLENCOE 49 (Depth=190) DISTANCE to non-petroleum deep borehole= 11.2 km (very approx) BOREHOLE_SITE_ID=
SIT307565
: BOREHOLE_NAME=GLENCOE 50 (Depth=118) DISTANCE to non-petroleum deep borehole= 11.3 km (very approx) BOREHOLE_SITE_ID=
SIT105482
: BOREHOLE_NAME=WULLA WULLOCK 4 (Depth=895) DISTANCE to non-petroleum deep borehole= 11.3 km (very approx) BOREHOLE_SITE_ID=
SIT307574
: BOREHOLE_NAME=GLENCOE 59 (Depth=138.7) DISTANCE to non-petroleum deep borehole= 11.3 km (very approx) BOREHOLE_SITE_ID=
SIT307576
: BOREHOLE_NAME=GLENCOE 62 (Depth=192) DISTANCE to non-petroleum deep borehole= 11.3 km (very approx) BOREHOLE_SITE_ID=
SIT307581
: BOREHOLE_NAME=GLENCOE 67 (Depth=152.4) DISTANCE to non-petroleum deep borehole= 11.3 km (very approx) BOREHOLE_SITE_ID=
SIT307591
: BOREHOLE_NAME=GLENCOE SOUTH 5 (Depth=255) DISTANCE to non-petroleum deep borehole= 11.5 km (very approx) BOREHOLE_SITE_ID=
SIT64803
: BOREHOLE_NAME=GLENCOE 10036 (Depth=116.13) DISTANCE to non-petroleum deep borehole= 11.7 km (very approx) BOREHOLE_SITE_ID=
SIT307566
: BOREHOLE_NAME=GLENCOE 51 (Depth=106) DISTANCE to non-petroleum deep borehole= 11.7 km (very approx) BOREHOLE_SITE_ID=
SIT64763
: BOREHOLE_NAME=GLENCOE 44 (Depth=677.93) DISTANCE to non-petroleum deep borehole= 11.7 km (very approx) BOREHOLE_SITE_ID=
SIT64847
: BOREHOLE_NAME=GLENCOE SOUTH 10008 (Depth=111.25) DISTANCE to non-petroleum deep borehole= 11.8 km (very approx) BOREHOLE_SITE_ID=
SIT307524
: BOREHOLE_NAME=GLENCOE 7 (Depth=420.9) DISTANCE to non-petroleum deep borehole= 12.1 km (very approx) BOREHOLE_SITE_ID=
SIT307580
: BOREHOLE_NAME=GLENCOE 66 (Depth=801) DISTANCE to non-petroleum deep borehole= 12.1 km (very approx) BOREHOLE_SITE_ID=
SIT375631
: BOREHOLE_NAME=STRADBROKE 16 (Depth=449.9) DISTANCE to non-petroleum deep borehole= 12.2 km (very approx) BOREHOLE_SITE_ID=
SIT307571
: BOREHOLE_NAME=GLENCOE 56 (Depth=225) DISTANCE to non-petroleum deep borehole= 12.2 km (very approx) BOREHOLE_SITE_ID=
SIT307578
: BOREHOLE_NAME=GLENCOE 64 (Depth=235) DISTANCE to non-petroleum deep borehole= 12.6 km (very approx) BOREHOLE_SITE_ID=
SIT307561
: BOREHOLE_NAME=GLENCOE 46 (Depth=200) DISTANCE to non-petroleum deep borehole= 12.6 km (very approx) BOREHOLE_SITE_ID=
SIT307582
: BOREHOLE_NAME=GLENCOE 68 (Depth=115) DISTANCE to non-petroleum deep borehole= 12.6 km (very approx) BOREHOLE_SITE_ID=
SIT307592
: BOREHOLE_NAME=GLENCOE SOUTH 6 (Depth=268) DISTANCE to non-petroleum deep borehole= 12.9 km (very approx) BOREHOLE_SITE_ID=
SIT307569
: BOREHOLE_NAME=GLENCOE 54 (Depth=234) DISTANCE to non-petroleum deep borehole= 12.9 km (very approx) BOREHOLE_SITE_ID=
SIT61626
: BOREHOLE_NAME=DULUNGALONG 2 (Depth=1008.25) DISTANCE to non-petroleum deep borehole= 13.1 km (very approx) BOREHOLE_SITE_ID=
SIT307568
: BOREHOLE_NAME=GLENCOE 53 (Depth=140) DISTANCE to non-petroleum deep borehole= 13.1 km (very approx) BOREHOLE_SITE_ID=
SIT64835
: BOREHOLE_NAME=GLENCOE SOUTH 7 (Depth=253.3) DISTANCE to non-petroleum deep borehole= 13.4 km (very approx) BOREHOLE_SITE_ID=
SIT105481
: BOREHOLE_NAME=WULLA WULLOCK 1 (Depth=131.06) DISTANCE to non-petroleum deep borehole= 13.5 km (very approx) BOREHOLE_SITE_ID=
SIT307567
: BOREHOLE_NAME=GLENCOE 52 (Depth=138) DISTANCE to non-petroleum deep borehole= 13.7 km (very approx) BOREHOLE_SITE_ID=
SIT307525
: BOREHOLE_NAME=GLENCOE 8 (Depth=428.55) DISTANCE to non-petroleum deep borehole= 13.8 km (very approx) BOREHOLE_SITE_ID=
SIT304545
: BOREHOLE_NAME=COOLUNGOOLUN 1 (Depth=112.2) DISTANCE to non-petroleum deep borehole= 14.3 km (very approx) BOREHOLE_SITE_ID=
SIT307518
: BOREHOLE_NAME=GLENCOE 1 (Depth=111.6) DISTANCE to non-petroleum deep borehole= 14.5 km (very approx) BOREHOLE_SITE_ID=
SIT307521
: BOREHOLE_NAME=GLENCOE 4 (Depth=105.5) DISTANCE to non-petroleum deep borehole= 14.5 km (very approx) BOREHOLE_SITE_ID=
SIT307522
: BOREHOLE_NAME=GLENCOE 5 (Depth=165.2) DISTANCE to non-petroleum deep borehole= 14.6 km (very approx) BOREHOLE_SITE_ID=
SIT307519
: BOREHOLE_NAME=GLENCOE 2 (Depth=288.646) DISTANCE to non-petroleum deep borehole= 14.7 km (very approx) BOREHOLE_SITE_ID=
SIT304641
: BOREHOLE_NAME=COOLUNGOOLUN 99 (Depth=280) DISTANCE to non-petroleum deep borehole= 14.9 km (very approx) BOREHOLE_SITE_ID=
SIT375629
: BOREHOLE_NAME=STRADBROKE 14 (Depth=158.8) DISTANCE to non-petroleum deep borehole= 15.1 km (very approx) BOREHOLE_SITE_ID=
SIT304571
: BOREHOLE_NAME=COOLUNGOOLUN 28 (Depth=112.8) DISTANCE to non-petroleum deep borehole= 15.4 km (very approx) BOREHOLE_SITE_ID=
SIT304582
: BOREHOLE_NAME=COOLUNGOOLUN 39 (Depth=125) DISTANCE to non-petroleum deep borehole= 15.4 km (very approx) BOREHOLE_SITE_ID=
SIT375627
: BOREHOLE_NAME=STRADBROKE 12 (Depth=163.7) DISTANCE to non-petroleum deep borehole= 15.6 km (very approx) BOREHOLE_SITE_ID=
SIT304566
: BOREHOLE_NAME=COOLUNGOOLUN 23 (Depth=103) DISTANCE to non-petroleum deep borehole= 15.7 km (very approx) BOREHOLE_SITE_ID=
SIT56500
: BOREHOLE_NAME=COOLUNGOOLUN 10002 (Depth=182.9) DISTANCE to non-petroleum deep borehole= 16.4 km (very approx) BOREHOLE_SITE_ID=
SIT90400
: BOREHOLE_NAME=SALE 15035 (Depth=793.2) DISTANCE to non-petroleum deep borehole= 16.5 km (very approx) BOREHOLE_SITE_ID=
SIT304557
: BOREHOLE_NAME=COOLUNGOOLUN 14 (Depth=115.8) DISTANCE to non-petroleum deep borehole= 16.5 km (very approx) BOREHOLE_SITE_ID=
SIT56497
: BOREHOLE_NAME=COOLUNGOOLUN 101 (Depth=774.14) DISTANCE to non-petroleum deep borehole= 16.5 km (very approx) BOREHOLE_SITE_ID=
SIT90138
: BOREHOLE_NAME=SALE 13 (Depth=1049.8) DISTANCE to non-petroleum deep borehole= 16.5 km (very approx) BOREHOLE_SITE_ID=
SIT90149
: BOREHOLE_NAME=SALE 24 (Depth=206.9) DISTANCE to non-petroleum deep borehole= 16.5 km (very approx) BOREHOLE_SITE_ID=
SIT90366
: BOREHOLE_NAME=SALE 15001 (Depth=847)
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME =
GA64-01
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME =
GAW62A-AL
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME =
GAW62A-AM
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME =
GHG85A-16
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME =
GWS65A-01
SDO: CLOSE/INTERSECTING 2D SEISMIC LINES: SEIS_LINE_NAME =
GWS65B-I
SDO: HISTORICAL TITLES: 1. ENCLOSING GANGELL-1 : TITLE_NAME=
GEP06-31
SDO: HISTORICAL TITLES: 1. ENCLOSING GANGELL-1 : TITLE_NAME=
GEP13
SDO: HISTORICAL TITLES: 1. ENCLOSING GANGELL-1 : TITLE_NAME=
PEP109
SDO: HISTORICAL TITLES: 1. ENCLOSING GANGELL-1 : TITLE_NAME=
PEP137
SDO: HISTORICAL TITLES: 1. ENCLOSING GANGELL-1 : TITLE_NAME=
PEP157
SDO: HISTORICAL TITLES: 1. ENCLOSING GANGELL-1 : TITLE_NAME=
PRL2
SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
GEP06-27
: Distance=2.68 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
GEP06-30
: Distance=10.61 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
GEP06-31
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
GEP12
: Distance=10.63 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
GEP13
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
GEP24
: Distance=2.68 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP107
: Distance=7.2 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP109
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP110
: Distance=9.9 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP120
: Distance=2.2 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP137
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP138
: Distance=12.25 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP157
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP158
: Distance=12.05 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP158
: Distance=12.25 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP170
: Distance=12.25 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PEP42
: Distance=4.74 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
PRL2
: Distance=0 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P17
: Distance=10.33 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P25
: Distance=10.33 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P25(V)
: Distance=4.74 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P27
: Distance=12.57 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P27(V)
: Distance=11.91 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P36
: Distance=10.24 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P36(V)
: Distance=4.73 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P58
: Distance=10.3 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/P8
: Distance=4.74 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/RL1(V)
: Distance=11.91 SDO: HISTORICAL TITLES: 2. NEAR GANGELL-1 : TITLE_NAME=
VIC/RL1(V)
: Distance=11.92
ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605537
a Destroyed-GANGELL-1 Comp.Gen.Paper Log [PAPER] ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605537
b (located in::DESTROYED= Item has been destroyed - not required) ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605537
c DESC=Destroyed - GANGELL-1 HALS MCFL BHC GR SP VDL Suite 2, Run 1, Scale 1:200 Metric, by Schlumberger for Lakes Oil N.L., W1312, PEP157. Digital Copy available on
PE012351
ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605537
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605537
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=2345 TOP_DEPTH=1274.2 ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605538
a Destroyed-GANGELL-1 Comp.Gen.Paper Log [PAPER] ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605538
b (located in::DESTROYED= Item has been destroyed - not required) ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605538
c DESC=Destroyed - GANGELL-1 HALS MCFL BHC GR SP VDL Suite 2, Run 1, Scale 1:500 Metric, by Schlumberger for Lakes Oil N.L., W1312, PEP157. Digital Copy found on
PE012351
ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605538
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE605538
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=2345 TOP_DEPTH=1274.2 ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE908023
a Destroyed-GANGELL-1 Correspondence [PAPER] ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE908023
b (located in::DESTROYED= Item has been destroyed - not required) ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE908023
c DESC=Destroyed - GANGELL-1 Correspondence File, W1312, PEP157. Contents moved to
F3103814
. ASSETS (DETAIL) GENERAL OBSOLETE_DESTROYED
PE908023
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103814
a PE/16/0448 / 1 Registry File [PAPER] ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103814
b (located in::
COMPACTUS_1=
COMPACTUS_1
55 Collins St) ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103814
c DESC=PE/16/0448 part1 PETROLEUM EXPLORATION WELL : W1312 - GANGELL-1 CORRESPONDENCE ASSETS (DETAIL) GENERAL REGISTRY_FILE
F3103814
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL BIOSTRAT
PE908902_1
a GANGELL-1 Palynology Rpt WCR CD,2001 [CD]
(17 DIGITAL FILES)
ASSETS (DETAIL) WELL BIOSTRAT
PE908902_1
b (located in::
PE908902
= GANGELL-1 WCR) ASSETS (DETAIL) WELL BIOSTRAT
PE908902_1
c DESC=GANGELL-1 Palynology Report in WCR on CD. Appendix 10. (9 Pages). By Alan D. Partridge, Biostrata Pty Ltd. Biostrata Report 2001/7. 03-FEB-2001. W1312 ASSETS (DETAIL) WELL BIOSTRAT
PE908902_1
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605543
a GANGELL-1 Encl.1 Pt.1 Composite Well Log [PAPER]
PE605543__((_GANGELL-1_ENCL.1_PT.1_COMPOSITE_WELL_LOG_))_.TIF(3.7m).........
PE605543__((_GANGELL-1_ENCL.1_PT.1_COMPOSITE_WELL_LOG_))_.TIF(3.7m).........
PE605543__((_GANGELL-1_ENCL.1_PT.1_COMPOSITE_WELL_LOG_))_.TIF(3.7m).........
ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605543
b (located in::
PE908902
= GANGELL-1 WCR) ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605543
c DESC=Encl.1 Part1 GANGELL-1 Composite Well Log, Scale 1:500, by Lakes Oil N.L., W1312. PEP157. Enclosure 1 Part 1 contained within " Well Completion Report" [
PE908902
]. ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605543
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605543
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=1350 TOP_DEPTH=0 ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605544
a GANGELL-1 Encl.1 Pt.2 Composite Well Log [PAPER]
PE605544__((_GANGELL-1_ENCL.1_PT.2_COMPOSITE_WELL_LOG_))_.TIF(4.3m).........
PE605544__((_GANGELL-1_ENCL.1_PT.2_COMPOSITE_WELL_LOG_))_.TIF(4.3m).........
PE605544__((_GANGELL-1_ENCL.1_PT.2_COMPOSITE_WELL_LOG_))_.TIF(4.3m).........
ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605544
b (located in::
PE908902
= GANGELL-1 WCR) ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605544
c DESC=Encl.1 Pt.2 GANGELL-1 Composite Well Log, Scale 1:500, by Lakes Oil N.L., W1312, PEP157. Enclosure 1 Part 2 contained within "Well Completion Report" [
PE908902
]. ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605544
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL COMPOSITE_LOG
PE605544
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=2350 TOP_DEPTH=1150 ASSETS (DETAIL) WELL DAILY_RPT
PE908024
a GANGELL-1 Drilling Reports File [PAPER]
PE908024__((_GANGELL-1_DRILLING_REPORTS_FILE_))_.TIF(6.3m).........
ASSETS (DETAIL) WELL DAILY_RPT
PE908024
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL DAILY_RPT
PE908024
c DESC=GANGELL-1 Daily Drilling and Geological Reports File, by Lakes Oil N.L., W1312, PEP157. ASSETS (DETAIL) WELL DAILY_RPT
PE908024
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL DAILY_RPT
PE912119
a Daily Drilling Reports [CD]
PE912119__((_DAILY_DRILLING_REPORTS_))_.TAR.GZ(253.0m).........
SAM2_325_PE912119__((_DAILY_DRILLING_REPORTS_))__MEDIA_LABELLING.JPG(2.7m).........
PE912119__((_DAILY_DRILLING_REPORTS_))__FILES_LISTING.TXT(0.2m).........
ASSETS (DETAIL) WELL DAILY_RPT
PE912119
b (located in::TAPEBAY= Bay of
COMPACTUS_1
used to store tapes) ASSETS (DETAIL) WELL DAILY_RPT
PE912119
c DESC=Daily Drilling Reports and data for Development and Exploration Wells in Victoria between 03-JAN-2001 and 01-AUG-2003. Taken from Kourosh Mehin on 25-AUG-2003. ASSETS (DETAIL) WELL DAILY_RPT
PE912120
a Daily Drilling Reports [CD]
PE912120__((_DAILY_DRILLING_REPORTS_))_.TAR.GZ(253.0m).........
SAM2_326_PE912120__((_DAILY_DRILLING_REPORTS_))__MEDIA_LABELLING.JPG(2.7m).........
PE912120__((_DAILY_DRILLING_REPORTS_))__FILES_LISTING.TXT(0.2m).........
ASSETS (DETAIL) WELL DAILY_RPT
PE912120
b (located in::TAPEBAY= Bay of
COMPACTUS_1
used to store tapes) ASSETS (DETAIL) WELL DAILY_RPT
PE912120
c DESC=Daily Drilling Reports and data for Development and Exploration Wells in Victoria between 03-JAN-2001 and 01-AUG-2003. Taken from Kourosh Mehin on 25-AUG-2003. 2nd Copy. ASSETS (DETAIL) WELL DAILY_RPT
PE915159
a Daily Drilling Reports and Data [CD]
PE915159__((_DAILY_DRILLING_REPORTS_AND_DATA_))_.TAR.GZ(343.1m).........
SAM3_360_PE915159__((_DAILY_DRILLING_REPORTS_AND_DATA_))__MEDIA_LABELLING.JPG(2.6m).........
PE915159__((_DAILY_DRILLING_REPORTS_AND_DATA_))__FILES_LISTING.TXT(0.3m).........
ASSETS (DETAIL) WELL DAILY_RPT
PE915159
b (located in::TAPEBAY= Bay of
COMPACTUS_1
used to store tapes) ASSETS (DETAIL) WELL DAILY_RPT
PE915159
c DESC=Daily Drilling Reports and Data for Victorian Exploration and Appraisal + Development Wells, up until 20th April 2004. Reports are in PDF formats and JPG images are also included. Data is for both onshore and offshore wells. ASSETS (DETAIL) WELL DIRECTIONAL
PE908902_022
a GANGELL-1 deviation survey data [CD]
(17 DIGITAL FILES)
ASSETS (DETAIL) WELL DIRECTIONAL
PE908902_022
b (located in::
PE908902
= GANGELL-1 WCR) ASSETS (DETAIL) WELL DIRECTIONAL
PE908902_022
c DESC=GANGELL-1 deviation survey data, 1 page, 15 rows of data ASSETS (DETAIL) WELL DIRECTIONAL
PE908902_022
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012350
a GANGELL-1 Digital Mud Log [CD]
PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))_.TAR.GZ(18.4m).........
F3072258_099_PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))_I_MEDIA_LABELLING.PDF(1.2m).........
SAM1_091_PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))_I_MEDIA_LABELLING.JPG(3.0m).........
PE012350__((_GANGELL-1_DIGITAL_MUD_LOG_))__FILES_LISTING.TXT(0.0m).........
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012350
b (located in::TAPEBAY= Bay of
COMPACTUS_1
used to store tapes) ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012350
c DESC=GANGELL-1 Mud Log on CD, Mud Log, including ASCII and PDF data ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012350
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012351
a GANGELL-1 Digital Wireline Logs [CD]
PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))_.TAR.GZ(91.1m).........
F3072258_100_PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))_I_MEDIA_LABELLING.PDF(1.3m).........
SAM1_092_PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))_I_MEDIA_LABELLING.JPG(2.7m).........
PE012351__((_GANGELL-1_DIGITAL_WIRELINE_LOGS_))__FILES_LISTING.TXT(0.0m).........
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012351
b (located in::TAPEBAY= Bay of
COMPACTUS_1
used to store tapes) ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012351
c DESC=GANGELL-1 PEX (Density & Porosity), BHC, HALS Wireline Log Data, also ASCII and PDF format ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012351
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
a Otway and Gippsland Wireline Logs (WILT) [CD] ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
b (located in::TAPEBAY= Bay of
COMPACTUS_1
used to store tapes) ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
c DESC=Otway and Gippsland Wireline Logs by Wiltshire Geological Services. Files in LIS and LAS format. NOTE: This Data SHOULD NOT BE COPIED Or DISTRIBUTED ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
BAUDIN-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
BLENNY-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
GEOGRAPHE NORTH-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
GEOGRAPHE-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
MCCREESH-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
TRIFON-1
ASSETS (DETAIL) WELL LOG_TAPE_OR_DISK
PE012423
d WELL_NAME=
WILD DOG ROAD-1
ASSETS (DETAIL) WELL MUD_LOG
PE605542
a GANGELL-1 Encl.2 Mud Log [PAPER]
PE605542__((_GANGELL-1_ENCL.2_MUD_LOG_))_.TIF(12.0m).........
PE605542__((_GANGELL-1_ENCL.2_MUD_LOG_))_.TIF(12.0m).........
PE605542__((_GANGELL-1_ENCL.2_MUD_LOG_))_.TIF(12.0m).........
ASSETS (DETAIL) WELL MUD_LOG
PE605542
b (located in::
PE908902
= GANGELL-1 WCR) ASSETS (DETAIL) WELL MUD_LOG
PE605542
c DESC=Encl.2 GANGELL-1 Formation Evaluation Mud Log, Scale 1:200, by Geoservices Logging for Lakes Oil N.L., W1312, PEP157. Enclosure 2 contained within "Well Completion Report" [
PE908902
]. ASSETS (DETAIL) WELL MUD_LOG
PE605542
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL MUD_LOG
PE605542
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=2350 TOP_DEPTH=0 ASSETS (DETAIL) WELL PETROPHYSICAL_RPT
PE908247
a GANGELL-1 Core Study Report [PAPER]
PE908247__((_GANGELL-1_CORE_STUDY_REPORT_))_.PDF(0.6m).........
PE908247__((_GANGELL-1_CORE_STUDY_REPORT_))_.TIF(0.6m).........
ASSETS (DETAIL) WELL PETROPHYSICAL_RPT
PE908247
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL PETROPHYSICAL_RPT
PE908247
c DESC=A Profile Permeability Study On Core 1 From Well: GANGELL-1, Australia ASSETS (DETAIL) WELL PETROPHYSICAL_RPT
PE908247
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL RPT
PE909120
a GANGELL-1 Drilling Proposal [PAPER]
(12 DIGITAL FILES)
ASSETS (DETAIL) WELL RPT
PE909120
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL RPT
PE909120
c DESC=GANGELL-1 Drilling Proposal, by Lakes Oil N.L., W1312, PEP157. ASSETS (DETAIL) WELL RPT
PE909120
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL RPT
PE909121
a GANGELL-1 Company Prospectus [PAPER]
PE909121__((_GANGELL-1_COMPANY_PROSPECTUS_))_.TIF(4.2m).........
ASSETS (DETAIL) WELL RPT
PE909121
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL RPT
PE909121
c DESC=GANGELL-1 Lakes Oil N.L. Prospectus, W1312, PEP157. ASSETS (DETAIL) WELL RPT
PE909121
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL WCR_RPT
PE908902
a GANGELL-1 WCR [PAPER]
(17 DIGITAL FILES)
ASSETS (DETAIL) WELL WCR_RPT
PE908902
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL WCR_RPT
PE908902
c DESC=GANGELL-1 Well Completion Report, by :Lakes Oil N.L., W1312, PEP157. ASSETS (DETAIL) WELL WCR_RPT
PE908902
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL WELL_BOX
PE180802
a GANGELL-1 W1312 : Well Box [CARDBOARD_BO] ASSETS (DETAIL) WELL WELL_BOX
PE180802
b (located in::
COMPACTUS_1=
COMPACTUS_1
55 Collins St) ASSETS (DETAIL) WELL WELL_BOX
PE180802
c DESC=W1312 GANGELL-1 Well Box 1 of 1 ASSETS (DETAIL) WELL WELL_BOX
PE180802
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL WELL_LOG
PE605539
a GANGELL-1 HALS MCFL BHC GR SP [PAPER]
PE605539__((_GANGELL-1__HALS_MCFL_BHC_GR_SP_))_.TIF(6.3m).........
ASSETS (DETAIL) WELL WELL_LOG
PE605539
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL WELL_LOG
PE605539
c DESC=GANGELL-1 HALS MCFL BHC GR SP Suite 1, Run 1, Scale 1:500, by Schlumberger for Lakes Oil N.L., W1312, PEP157. ASSETS (DETAIL) WELL WELL_LOG
PE605539
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL WELL_LOG
PE605539
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=1272 TOP_DEPTH=257.2 ASSETS (DETAIL) WELL WELL_LOG
PE605540
a GANGELL-1 HALS MCFL BHC GR SP [PAPER]
PE605540__((_GANGELL-1__HALS_MCFL_BHC_GR_SP_))_.TIF(10.4m).........
ASSETS (DETAIL) WELL WELL_LOG
PE605540
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL WELL_LOG
PE605540
c DESC=GANGELL-1 HALS MCFL BHC GR SP Suite 1, Run 1, Scale 1:200, by Schlumberger for Lakes Oil N.L., W1312, PEP157. ASSETS (DETAIL) WELL WELL_LOG
PE605540
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL WELL_LOG
PE605540
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=1272 TOP_DEPTH=257.2 ASSETS (DETAIL) WELL WELL_LOG
PE605541
a GANGELL-1 2 1/8" Enerjet Run 1 Perf [PAPER]
PE605541__((_GANGELL-1__2_1_8__ENERJET_RUN_1_PERF_))_.TIF(1.1m).........
ASSETS (DETAIL) WELL WELL_LOG
PE605541
b (located in::
PE180802
= GANGELL-1 W1312 : Well Box) ASSETS (DETAIL) WELL WELL_LOG
PE605541
c DESC=GANGELL-1 2 1/8" Enerjet Run 1 Perforation Log, Scale 1:200, by Schlumberger for Lakes Oil N.L., W1312, PEP157 ASSETS (DETAIL) WELL WELL_LOG
PE605541
d WELL_NAME=
GANGELL-1
ASSETS (DETAIL) WELL WELL_LOG
PE605541
d WELL_NAME=GANGELL-1 WELL_ANC = BOTTOM_DEPTH=684.6 TOP_DEPTH=678
GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 01 SURVEY_ID =GANGELL_1_DIR GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 02 SURVEY_COMPANY =Schlumberger GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 03 SURVEY_DATE =01-MAR-01 GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 05 SURVEY_TYPE =DIR GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 06 STORAGE_UNIT =Metres GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 09 COMPUTE_METHOD =MC GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 10 EW_MAGNETIC_DECLINATION =U GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 11 MAGNETIC_DECLINATION =13.14 GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 13 AZIMUTH_NORTH_TYPE =T GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 14 TOP_DEPTH =28 GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 16 BASE_DEPTH =2348 GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 18 SOURCE =OIL_CO_DATA GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 20 REMARK =Data Source
PE908902
page 22. 15 Points. Azimuth assumed to be zero )Azimuth N/A) North Reference assumed. GANGELL_1_DIR OIL_CO_DATA:1: DEVIATION SRVY 21 POINT COUNT = 15 GANGELL_1_DIR OIL_CO_DATA: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 GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0028 28.0 0 0 28 0 0 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0065 65.0 .5 0 64.99953 0 .16 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0122 122.0 .75 0 121.99609 0 .78 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0186 186.0 .5 0 185.99224 0 1.48 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0253 253.0 .25 0 252.99075 0 1.92 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0359 359.0 .25 0 358.98974 0 2.38 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0501 501.0 .75 0 500.98388 0 3.62 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 0767 767.0 1 0 766.95265 0 7.68 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 1005 1005.0 .5 0 1004.93151 0 10.8 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 1366 1366.0 0 0 1365.92693 0 12.37 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 1602 1602.0 1 0 1601.91494 0 14.43 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 1801 1801.0 2.75 0 1800.80067 0 20.94 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 2009 2009.0 2.75 0 2008.56113 0 30.92 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 2125 2125.0 2.25 0 2124.45036 0 35.98 N E GANGELL_1_DIR OIL_CO_DATA:3: DEVIATION SRVY 2348 2348.0 2.75 0 2347.2374 0 45.71 N E GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 01 SURVEY_ID =GANGELL_1_MASTER GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 02 SURVEY_COMPANY =Schlumberger GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 03 SURVEY_DATE =01-MAR-01 GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 05 SURVEY_TYPE =DIR GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 06 STORAGE_UNIT =Metres GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 09 COMPUTE_METHOD =MC GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 10 EW_MAGNETIC_DECLINATION =U GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 11 MAGNETIC_DECLINATION =13.14 GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 13 AZIMUTH_NORTH_TYPE =T GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 14 TOP_DEPTH =28 GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 16 BASE_DEPTH =2348 GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 18 SOURCE =MASTER GANGELL_1_MASTER 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] GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 20 REMARK =Data Source
PE908902
page 22. 15 Points. Azimuth assumed to be zero )Azimuth N/A) North Reference assumed. GANGELL_1_MASTER MASTER:1: DEVIATION SRVY 21 POINT COUNT = 15 GANGELL_1_MASTER 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 GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0028 28.0 0 0 28 0 0 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0065 65.0 .5 0 64.99953 0 .16 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0122 122.0 .75 0 121.99609 0 .78 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0186 186.0 .5 0 185.99224 0 1.48 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0253 253.0 .25 0 252.99075 0 1.92 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0359 359.0 .25 0 358.98974 0 2.38 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0501 501.0 .75 0 500.98388 0 3.62 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 0767 767.0 1 0 766.95265 0 7.68 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 1005 1005.0 .5 0 1004.93151 0 10.8 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 1366 1366.0 0 0 1365.92693 0 12.37 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 1602 1602.0 1 0 1601.91494 0 14.43 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 1801 1801.0 2.75 0 1800.80067 0 20.94 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 2009 2009.0 2.75 0 2008.56113 0 30.92 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 2125 2125.0 2.25 0 2124.45036 0 35.98 N E GANGELL_1_MASTER MASTER:3: DEVIATION SRVY 2348 2348.0 2.75 0 2347.2374 0 45.71 N E
PPDM_AUDIT_HISTORY: WELL_NAME=
HISTWELL200001800420
