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189-027
Staua cf Alaska CLE.~-R3_~CE, REPORT File: A-=i No. Well Name Lcc~=icn .~ev~_ew -~ we~ ~ -': ~ °, an~,' c.---~en: on plu~g, well hea~ - ~ =~ c!ea~ce ' ' loc clear, co~e. s ca nos _ oca ~--= ' ' / , ! Conclusions: · · STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG I 1 Status of Well Classification of Service Well Oil__ Gas__ Suspended Abandoned_X Service_ i2 Name of Operator 7 Permit Number Phillips Alaska, Inc. 89-27 i3 Address 8 APl Number P.O. Box 100360, Anchorage, AK 99510-0360 50-029-21925 4 Location of well at surface.~, 9 Unit or Lease Name '~ ~ KUPARUK RIVER UNIT 296' FNL, 2086' FWL, Sec 23, T11N, R10E, UM. At Top Producing interval 10 Well Number 309' FNL, 2085' FWL, Sec 23, T11 N, R 10E, UM. ~ :~~-~ .~ i' WS 1-01 At Total Depth !!~ ~ ~ 11 Field and Pool 312' FNL, 2084' FWL, Sec 23, T11N, R10E, UM. ~~'~' WEST SAK FIELD 5 Elevation in feet (indicate KB, DF, etc.) 6 Lease Designation and Serial No. 110' RKB ADL 25650 ALK 468 WEST SAK OIL POOL 12 Date Spudded 13 Date T.D. Reached 14 Date Comp., Susp., or Aband. 15 Water Depth, if offshore 16 No. of Completions 4/19/89 5/3/89 1/24/01 (P&A) N/A 1 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVD) 19 Directional Survey 20 Depth where SSSV set 21 Thickness of Permafrost 4250' MD / 4250' TVD P&A'd to Surface YES_X NO__ N/A N/A 22 Type Electric or Other Logs Run DITE/SFL/SP/LSS/GR, LDT/CNL/ML/EPT/CAL/GR, FMS, SWC, Gyro 23 CASING, LINER AND CEMENTING RECORD SE-I-rING DEPTH CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMT PULLED 20" 91.5# H-40 Surf 115' 26" 236 Sx AS III & 625 Sx AS II 13-3/8" 68# L-80 Surf 2700' 17.5" 1700 Sx AS III & 400 Sx Class G 9-5/8" 36# J-55 Surf 4231' 12.25" 600 Sx Class G 7" 26# J-55 Surf 3213' 12.25" Glycol Heat String 24 Perforations open to Production (MD+TVD of Top and Bottom and 25 TUBING RECORD interval, size and number) SIZE DEPTH SET MD PACKER MD 3-1/2" 3430' 3366' None Well is Plugged & Abandoned w/Cement to Surface. 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL MD AMT & KIND MATERIAL USED 27 PRODUCTION TEST ,'3PI gilklA I Date First Production Method of Operation (Flowing, gas lift, etc.) ~ II '~ I V I I ~1 I ~ ~-- -N/A Plugged & Abandoned (1/24/2001) Date of Test Hours Tested PRODUCTION FOR OIL - BBL GAS - MCF WATER - BBL CHOKE SIZE I GOR N/A - TEST PERIOD__ I Flow Tubing Press :Casing Pressure CALCULATED OIL - BBL GAS - MCF WATER - BBL OIL GRAVITY - APl (corr) 24 HOUR RATE _X - - 28 CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas, or water. Submit core chips. * This 10-407 submitted as directed per the 10-403 form approved 1/5/2001 (Approval # 300-302). RECEIVED 2, 7 001 Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Alaska 0il & Gss Cons. Commission Submit in duplicate Anchorage GEOLOGIC MARKERS NAME Top Ugnu Top West Sak MEAS DEPTH 2997' 3574' TRUE VERT DEPTH 2997' 3574' FORMATION TESTS Include interval tested, pressure data, and fluids recovered and gravity, GOR, and time of each phase. N/A 31 LIST OF ATTACHMENTS Summary of WS1-01 Permanent Plug & Abandonment to Surface. 321 hereby certify that the foregoing is true and correct to the best of my knowledge Engineering Supervisor INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool. Item 27: Method of operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection Injection, Shut-In, Other-explain. RECEIVED Gas Item 28: If no cores taken, indicate "none". Form 10-407 2 7 200! Alaska Oil & Gas Cons. Commission Anchorage WS1-01 DESCRIPTION OF WORK COMPLETED PERMANENT PLUG & ABANDONMENT TO SURFACE 1/24/01: MIRU Cement tanks. Loaded cement & prepared tubing and annulus valves for cementing. Bullheaded 5 bbls Methanol, followed by 5 bbls Water down tubing to pressure test lines, then mixed & pumped 50 bbls 10.7 ppg Arcticset III cement @ 2.8 bpm to Squeeze and permanently Plug and Abandon the open perforation intervals located at: 3579-3589' MD 3593-3613' MD 3644- 3666' MD 3686- 3705' MD 3743- 3750' MD 3756- 3764' MD 3769- 3773' MD 3795-3806' MD 3817-3840' MD 3860- 3876' MD 3898- 3901' MD 3911-3920' MD 3989-4005' MD 4020- 4034' MD Squeezed 9 bbls of cement through the perfs with an initial squeeze pressure of 1340 psi, and final squeeze pressure of 320 psi. Cemented up tubing to surface, then switched to pumping cement down the Tubing x 7" annulus, and took returns up the 7" x 9-5/8" annulus, pumping 192 bbls of 10.7 ppg Arcticset III cement to surface. RU on the 9-5/8" x 13-3/8" annulus, and pumped 208 bbls of Arcticset III cement down annulus. Waited for cement to set, then backhoe dug out around Conductor to 3' below original tundra ground level. 2/19/01: Completed excavation work around Conductor to 3' below ground level. ground level. Welded on a marker plate and covered well. Cut off Casings & Conductor 3' below RECEIVED Alaska Oil & Gas Cons. Commission Anchorage STATE OF ALASKA -- .,_ASKA OIL AND GAS CONSERVATION COMMISSI(. APPLICATION FOR SUNDRY APPROVALS 1. Type of request: Alter casing _ Change approved program _ Abandon _X Suspend _ Operation Shutdown _ Repair well _ Plugging _X Time extension _ Pull tubing_ Variance_ Perforate _ Reenter suspended well_ Stimulate _ Other _ 2. Name of Operator: Phillips Alaska, Inc. 3. Address: P.O. Box 100360 Anchorage, AK 99510-0360 i4. Location of well at surface: 296' FNL, 2086' FWL, Sec 23, Tll N, R10E, UM At top of productive interval: 309' FNL, 2085' FWL, Sec 23, T11 N, R10E, UM At effective depth: At total depth: 312' FNL, 2084 FWL, Sec 23, T11N, R10E, UM 5. Type ct Well: Development _X Exploratory _ StJ'atagrapic _ Service _ 6. Datum of elavation (DF or KB feet): 110' RKB 7. Unit or Property: Kuparuk River Unit 8. Well number. WS1-01 9. Permit number. 89-27 10. APl number:. 50-029-21925 11. Field/Pool: West Sak Oil Pool 12. Present well condition summary Total Depth: measured 4250 feet Plugs (measured) true vertical 4250 feet Effective Depth: measured 4150 feet Junk (measured) true vertical 4150 feet Casing Length Size Cemented Conductor 115' 20" 236 Sx AS III, & 625 Sx AS I Surface 2665' 13-3/8" 1700 Sx AS III, & 400 Sx Class G Production 4196' 9-5/8" 600 Sx Class G Glycol Heat String 3178' 7" Measured depth 115' 2700' 4231' 3213' True vertical depth 115' 2700' 4231' 3213' Perforation Depth measured 3579 - 3589'; 3593 - 3613'; 3644 - 3666'; 3686 - 3705'; 3743- 3750'; 3756 - 3764'; 3769 - 3773; 3795 - 3806'; 3817 - 3840'; 3860 - 3876'; 3898 - 3901'; 3911 - 3920'; 3989 - 4005'; 4020 - 4034' Tubing (size, grade, and measured depth) true vertical 3579 - 3589,; 3593 - 3613'; 3644 - 3666'; 3686 - 3705'; 3743 - 3750'; 3756 - 3764'; 3769 - 3773; 3795 - 3806'; 3817 - 3840'; 3860 - 3876'; 3898 - 3901'; 3911 - 3920'; 3989- 4005'; 4020 - 4034: RECEIVED 3-1/2", 9.3#, 8 RD, AB-Mod, Tubing @ 3430' MD. DEC 05 2_000 Packers and SSSV (type and measured depth) Baker HB Packer @ 3366' MD; Otis Series 10 SSSV @ 3270' MD. Alaska Oil & Gas Cons. Commission 13. Attachments Description summary of proposal _X 14. Estimated date for commencing operation Dec. 2000 16. If proposal was verbally approved Name of approver Date approved 17. I hereby certify lhat l~e forgoing is true and correct to the best o1' my knowledge. Signed ~~ Detailed operations program _ BOP sketch _ 15. Status of well classification as: Oil _X Gas _ Service Suspended_ Title: Engineering Supervisor Date FOR COMMISSION USE ONLY Condrdons of approval: Notify Comission so r.epresentitive may witness Plug integrety~j~ BOP test_ Location clearance Mechanical integrety test_ Subsequent form required 10- Approved by order of the Commissioner F_) T~vjor ~ unt Commissioner JApprova, No~. ~) 0 '"'~~ Date / /UBMIT IN'TRIPUOATE Form 10-403 Rev 06/15/88 West Sak #1-01 Intended Permanent P&A Procedure Objective: Permanent Plug & Abandonment of well to surface. Intended Procedure: 1. RU Slickline. Gauge tubing & tag previous cement plug. MIT IA. RU Cementers. Bullhead 75 sx Permafrost cement into tbg P&Aing the top set of perfs and leaving cement all of the way to surface. 3~ Circulate 75 sx Permafrost cement dn the 7" X 3 ½" annulus and up the 9 5/8" X 7" annulus to surface, leaving both annuli full of cement from the bottom of the 7" to surface. e Bullhead 75 sx Permafrost cement dn the 13 3/8" X 9 5/8" annulus, leaving cement from the previous TOC to surface. 5. Remove wellhead. Cut all casing strings at least 3 feet below original ground level. 6. Weld steel plate across conductor with bead welded information on plate: Phillips Alaska, Inc. P# 89-27 West Sak 1-01 API# 50-029-21925 7. Back flu hole to original grade level. RECEIVED DEC 05 2000 Alaska Oil 8,. Gas b.z,,io, uumml~,~lor Anchorage December 4, 2000 West Sak 1-01 Proposed P&A 7" Heater Pipe 3200' Production Pkr 3373' Tubing 3-1/2" @ 3437' D-Sand Perfs B-Sand Perfs Cement Plug A-Sand Perfs 9 5/8" Casing 4231' Conductor Casing 20" casing (115') Cement Plug Bullheaded into Annulus Surface Casing 2700' MD 13 3/8" Casing Cement Plug Circulated into both annuli Cement Plug from perfs to Surface MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO' Dan Seamount, ~x, ~-~ DATE: August 3, 2000 Chairman THRU: Blair Wondzell, P. I. Supervisor FROM: Lou Grimaldi, I~., F~. SUBJECT: Petroleum Inspector Location Inspection Suspended Well Spark 1/Spark lA PTD #200-034 (1) PTD #200-056 (lA) Wednesday, Au_clust 2, 2000; I made a Location Inspection on the suspended' exploratory well Spark 1 / lA. I was accompanied today by Lee Gooding (Phillips environmental tech) and Rick Overstreet (Phillips KRU drilling superintendent). We flew to the location by helicopter and verified proper location by G.P.S. coordinates. Spark 1 was drilled and suspended this last winter exploratory season. It is planned to production test this well next winter. Other than the test tree and guardrail around it, there were no indications of any drilling activity on this location. We flew the ice road path this was clean and seemed well vegetated. The following is bead-welded on a marker plate bolted to the test tree; PHILLIPS ALASKA INC. ARCO SPARK #lA PTD #200-056 APl 350-103-20313-01 SHL: 1608' FNL, 2497 FWL SEC 8, T10N, R2E UM SUMMARY: I made a Location inspection on Suspended well Spark lA. No problems were observed. Attachments: Loc Insp Spark lA 8-2-00 LG.xIs Digital Photographs (2); Spark tree.jpg Spark airshot.jpg "As Built" for location cc~ Phillip's Petroleum Co. Loc Insp Spark 1 8-2-00 LG.doc KUPARUK ENGINEERING TRANSMITTAL # 1317 rid John Boyle - State FROM: Dan Lawson/P. S. Baxter DATE: November 8, 1989 WELL NAME: WS1-01 CONFIDENTIAL TRANSMITTED HEREWITH ARE ONE COPY OF THE FOLLOWING: One copy of a final bueline and Sepia for: WS1-01 Perforating Record 7/14/89 run 1 PLEASE RETURN RECEIPT TO: ARCO Alaska, Inc. ATTN: P. S. Baxter, P. O. Box 100360 Anchorage, Alaska 99510 RECEIPT ACKNOWLEDGED: DATE: KUPARUK ENGINEE~G TRANSMITTAL #1303 TO John Boyle - State DATE: September 26, 1989 FROM: Dan Lawson/P. S. Baxter WELL NAME: WS 1-01 CONFIDENTIAL TRANSMITFED HEREWITH ARE ONE COPY OF THE FOLLOWING: One copy of Camco Electric Line BHP report 7/23/89 PLEASE RETURN RECEIPT TO: ATTN: P. S. Baxter, AT P. O. Box 100360 Anchorage, Alaska . ~~r~,lasl~a 0il & ~as Gons, Gomm~ss~o~ Anchomtje RECEIPT ACKNOWLEDGED: DATE' KUPARUK ENGINEERING TRANSMITTAL # 1295 TO John Boyle - State DATE: August 31, 1989 FROM: Dan Lawson/P. S. Baxter WELL NAME' WS 1-01 CONFIDENTIAL ~~~~...~RE~~~ COPY OF THE FOLLOWING: (One copy of blueline finals //) %,,~_ws !-01 Fluid I. D. ~ 8/1 4/89 ~ Fhfi4t4r--D7-. Log Survey 7 / 2 3 / 8 9 WS 1-01 Temperature Gamma-Ray Log 7 / 1 1 /8 9 c~py of Bluelin~ fi~ WS3-zO 1 Gaini,~a Log 7 / 1 4 / 8 9 WS 1-01 Differential Temperature Log 7 / 1 4 / 8 9 WS1-01 Perforating Record 7/1 4/89 WS1-01 Perforating Record 7/27/89 WS1-01 Perforating Record 8/6/89 One copy of WS1-01 WS1-01 Bottom Hole Pressure Bottom Hole Pressure Report 8 / 2 / 8 9 Report 8 / 1 4 / 8 9 run run run run run ] run 1 run 1 run 1 run 1 PLEASE RETURN RECEIPT TO: RECEIPT ACKNOWLEDGED: ARCO Alaska, Inc. ATTN: P. S. Baxter, ATO-1269 P. O. Box 100360 Alaska 9,95k0~ .~ Anchorage, ~/~~~~~ ARCO Alask~_~l_nc. Post :e Box 100360 Anch~_ .~Je, Alaska 99510-0360 Telephone 907 276 1215 SAMPLE -, TRANSMITTAL TO: State of Alaska Oil & Gas Conservation Comm. 3001 PorcUpine Dr. Anchorage, Ak. 99501 Attn: John Boyle OPE~A"~OR: Arco SAMPLE TYPE- SAMPLES SENT' core chips & dry dilch _UgJ3u DS2,OB1 _West Sak 1-01 core chips core chips 2931 .5-2963.5 2965.5-2998.5 3000.5 3002.5-3068.4 (1' interval) 3569-3910 (1' interval) DATE: August 29, 1989 AIRBILL #: n/a AFT#: n/a CHARGE CODE# NAME: Ugnu DS2-OB1, West Sak 1 -01 NUMBER OF BOXES: 9 boxes West Sa_k 1~01 dry ditch 3420-4250 (30' interval) SENT BY: TERESA GORUP UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: ARCO ALASKA, INC. P. O. BOX 100360 ANCHORAGE, AK. 99510 ATTN' ABV-100 RECEIVED BY' ARCO Alaska, Inc. is a Subsidiary ol AllanlicRIchlieldCompany DATE' AR3B-6003-C KUPARUK ENGINEERING TRANSMITTAL #1286 TO John Boyle State FROM: Bob Chivvis/P. S. Baxter DATE: August 9, 1989 WELL NAME: WS1-01 UGNU DS2-OB 1 CONFIDENTIAL TRANSMITTED HEREWITH ARE ONE COPY OF THE FOLLOWING: WS1-01 Blueline and Sepia for Mud Log 4/19/89 WS1-01 GCT Edit tape and listing GCT DIRECTIONAL SURVEY (Lis format) 5/9/89 run 1 WS1-01 Sub'Surface Directional Survy 5/9/89 ref #73356 Ugnu DS2-OB1 Blueline and Sepia for Corrected NML 5/15/89 run 2 Ugnu DS2-OB1 Blueline and Sepia for Mud Log 4/19/89 Ugnu DS2-OB1 (2 copies) Well Completion or Recompletion Report and Log dated 8/2/89 PLEASE RETURN RECEIPT TO: RECEIPT ACKNOWLEDGED' ARCO Alaska, Inc. ATTN: P. S. Baxter, P. O. Box 100360 Anchorage, Alaska DATE: ~',~. ~'" STATE Of ALASKA ~~ ,. ¢.,, lrdfll:lTI6 I W LL COMPLETION OR RECOMPLETIOIfl EPO N[I L'BG Classification of Service Well 1. Status of Well /' OIL ;~! GAS ~ SUSPENDED .~1 ABANDONED ,'~ SERVICE [] 2. Name of Operator ARCO Alaska, Inc. 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510-0360 50- 029-21925 4. Location of well at surface 296' FNL, 2086' FWL, Sec.23, TllN, R10E., UN At Top Producing Interval 309' FNL, 2085' FWL, Sec.23, TllN, RIOE, UN At Total Depth 312' FNL, 2084' FWL, Sec.23, T11N, R10E, UN 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. RKB 110' I ADL 25650 ALK 468 12. Date Spudded 113. Date T.D. Reached 04/19/89 05/03/89 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+TVD)[ ! 4250'HD/4250 'TVD 4150'MD/4150'TVD 22. Type Electric or Other Logs Run 9. Unit or Lease Name Kuparuk River Unit 10. Well Number WS1 -01 11. Field and Pool Kuparuk River Field West Sak 0il Pool 14. Date Comp.,Susp. or Aband. 15. Water Depth, if offshore [16. No. of Completions 05/15/89' N/A feet MSL[ 1 19. Directional Survey I 20. Depth where SSSV set I 21. Thickness of Permafrost YES.~ NO [] I 3277 feet MD[ N/A DITE/SFL/SP/LSS/GR, LDT/CNL/ML/EPT/CAL/GR, FMS, SWC, Gyro - 23. CASING, LINER AND CEMENTING RECORD ,. CASING SIZE WT. PER FT.. GRADE HOLE SIZE CEMENTING RECORD AMOUNT PULLED '~ q-5/8" , 7" 01.5# · N-~O L-~n :J -55 ._1-55 SETTING DEPTH MD TOP BOTTOM S:'"f 115' SUrf ,5,-rf 423! ' Surf 26" ! 7½" I 9~. ' .-= ~½" C;r~7 w/9"~ cv Ag I I I ~, R !700 s× AS !!! & b, 00 s~, 600 sx Cla~ C alycnl Heat ~+ring :5 sx AS ! Class G 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) Perfs Pending 25. SIZE TUBING RECORD DEPTH SET (MD) PACKER SET (MD) 3421 ' 3358' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED N/A M/A 27. N/A PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) Date of Test Hours Tested GAS-MCF PRODUCTION FOR IOIL-BBL TEST PERIOD ~ OIL-BBL WATER~BBL Flow Tubing Casing Pressure iCALCULATED,,~ GAS-MCF WATER-BBL Press. 24-HOUR RATE elf 28. CORE DATA CHOKE SIZE ]GAS-OILRATIO lOlL GRAVITY-APl (corr) Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. · RECEIVED * Note: Drilling RR 5/7/89. Tubing run 5/15/89. A ~. ,,.~. 0ii & Gas Cons. Comrnissio~ /W:h0rage Form 10-407 Rev. 7-1-80 WC1/14:SRE CONTINUED ON REVERSE SIDE Submit in duplicate 29. NAME Top Ugnu Top West Sak GEoLoGICMARKERS MEAS.:DEPTH 2997' 3574 TRUE VERT, DEPTH 2997' 3574' 30. I-ORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. N/A 31. LIST OF ATTACHMENTS Well Histories (Drlg & Cmp]tn) Gyro (2 copies), Core Descriptions 32. I hereby certify that the foregoing is true and correct to the best of my knowledge .__ Title Area Drilling EngineeCate INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. item t6 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 WS1-01 DOYON 14 DRILLING ADDENDUM CONFIDENTIAL 4/2O/89 4/21/89 4/22/89 4/23/89 4/24/89 4/25/89 4/26/89 4/27/89 4/28/89 4/29/89 4/30/89 5/1/89 5/2/89 5/3/89 5/4/89 5/5/89 5/6/89 5/7/89 RU ON WSl-01, SPUD @ 2200 ON 4/19/89, P/U BHA, DRILL TO 289'. DRLG, PULLED CONDUCTOR PIPE UPHOLE, LOST RETURNS AROUND CONDUCTOR, POOH. TIH, SET BALANCED CMT PLUG, POOH, N/D DIVERTER, RU DOWELL, CMT CONDUCTOR W/500 SX AS I, WOC, N/U DIVERTER, P/U BHA, DRLG CMT, LEAK IN CONDUCTOR CMT, POOH, N/D DIVERTER RU DOWELL, CMT W/325 SX AS I, N/U DIVERTER, WOC P/U BHA, TIH, DRLG F/CMT TO 2021' DRLG TO 2710', POOH, RU AND RUN 13 3/8", 68#, L-80 BTC, CMT TO SURF W/1700 SX AS III AND 400 SX CLASS G, CUT CSG, N/D DIVERTER. WELD ON BRAIDENHEAD, N/U BOPE AND TEST, P/U BHA, TIH DRLG TO 2832', MWD TOOL FAILURE, POOH POOH, CHANGE TOOL, RIH, MWD TOOL FAILURE, DRLG TO 3568', CBU, POOH, P/U BHA, RIH W/ CORE #1. RIH W/CORE #1, CORE F/3568' - 3592', POOH, RIH W/CORE #2 CORE F/3592' - 3622', POOH, RIH W/CORE #3, CORE F/3622' - 3650', POOH POOH W/CORE #3, RIH W/CORE #4, CORE F1 3650' - 3678', POOH, RIH W/CORE #5, CORE F/ 3679' - 3707', POOH, RIH W/CORE #6 RIH W/CORE #6, CORE F/3707' - 3732', POOH, RIH W/CORE #7, CORE F/3732' - 3761', POOH, RIH W/CORE #8, CORE F/3761' - 3790', POOH POOH W/CORE #8, RIH W/CORE #9, CORE F/3790' - 3819', LOST PART OF CORE IN HOLE, POOH, RIH W/CORE #10, FISH LOST CORE, POOH, RIH WIPER ~iiS~ ........................................... ~ RIH WIPER TRIP, CBU, POOH, RIH W/CORE # 11, CORE F/3820' - 3850', POOH, RIH W/CORE # 12, CORE F/3850' - 3851', POOH, RIH W/CORE # 13, CORE F/3851' - 3881', POOH POOH W/CORE # 13, RIH W/CORE #14, CORE FROM 3881'- 3910', POOH, RIH W/CORE #15, CORE F/3910'- 3911', POOH, P/U BHA, DRLG F/3911'- 4127' DRLG F/4127' - 4250', TD, CIRC, POOH, RU SOS, RUN OH LOGS RUN SOS OH LoGs AND SIDEWALL CORES, M/U HOLE OPENER, TIH, OH F/9 7/8" TO 12 1/4", F/3550' - 4250', CBU, POOH, LD BHA RUN 9 5/8", 36 #, J-55 BTC CSG, CIRC, CMT W/600 SX CLASS G, N/U BOPE N/U BOPE AND TEST, M/U BHA, TIH, DRLG CMT, WASH TO PBTD, CIRC, TEST CSG, POOH, P/U CSG SCRAPPER, TIH, POOH, LD DP, N/D BOPE, N/U TREE. RR @ 0500 ON 5/7/89. DATE: ~//'~/~"~' DRILLING SUPERINTENDENT ADDENDUM CON.FIDENTIAL WSI-01 NORDIC 1 5/12/89 5/13/89 5/14/89 5/15/89 5/16/89 COMPLETION RIG ACCEPTED @ 1800 ON 5/11/89, NU AND TEST BOPE. CIRC AND FILTER, P/U BHA, RIH W/3 1/2" TBG, TAG PBTD @ 4142', RU HALLIBURTON, PT LINES AND CSG, PUMP XC-POLY, H20, 12-20 MESH SAND, & KCL, CIR AND FILTER KCL CONT CIR, RD HALLIBURTON, POOH, PULL WEAR RING, M/U BHA W/BAKER HB PACKER, IH, SET PACKER @ 3425', POOH, RU AND RUN 7" CSG. RUN 7" CSG, POOH, ND BOP STACK, NU TBG SPOOL, NU BOP, TEST, RU AND RUN 3 1/2" OMPLETION, TEST SSSV AND CONTROL LINES. RIH W/3 1/2" COMPLETION, M/U TBG HGR, CIRC TO 10.0 BRINE, M/U & PT CONTROL LINE, LAND TBG, PT TBG, RU SLICKLINE, RIH W/GR & JB TO 3398, POOH, RIH W/ LIB TO 3398', RD SLICKLINE, MU FLANGES, ND RISER, PT TBG CSG, ND BOPE, NU TREE, PT TREE. RR @ 2300 ON 5/15/89 DRILLING SUPERINTENDENT PERIOD OF CONFIDENTIALITY DATE OF COMPLETION, SUSPENSION OR ABANDONMENT 30-DAY FILING DATE RELEASE DATE COMMENTS BY ~f~'~j DATE B.RPC. 02 (05~89) 3743 3749 3757 3771 3772 3795 3798 3801 3802 3804 3807 3809 3811 3812 3817 3818 3821 3863 3873 3874 3876 3877 3991 3997.0 3997.6 4002 4003 Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone, shale, oil saturated Sandstone, shale, oil saturated Sandstone, shale, oil saturated Sandstone, shale, oil saturated Sandstone, porous, oil saturated Clay shale, sandstone, oil saturated Sandstone, porous, oil saturated Sandstone, siltstone, oil saturated Sandstone, porous, oil saturated Sandstone, siltstone, oil saturated Sandstone, porous, oil saturated Sandstone, porous, oil saturated Sandstone Sandstone, porous, oil saturated Siltstone Siltstone Sandstone, porous, oil saturated Sandstone, porous, oil saturated ARCO WS1-01 (West Sa API No. 50-029-21925-00 Tl lN R10E SEC. 23 298' FNL 2088' FWL CONFID£NTIAL CONVENTIONAL CORE SUMMARY CORE INTERVAL DESCRIPTION 1. 3568-3593 2. 3593-3621 3. 3621-3650 4. 3650-3678 5. 3678-3707 6. 3707-3732 7. 3732-3761 8. 3761-3790 9. 3790-3819 10.* 3808-3820 11. 3821-3850 12. 3850-3851 13. 3851-3881 14. 3881-3910 15. 3910-3912 Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Siltstone, clay shale Sandstone, siltstone, clay shale Clay shale Sandstone, siltstone, clay shale Sandstone, siltstone, clay shale Siltstone, clay shale * Recovered core from #9. SUB. SURFACE DIRECTIONAL ~URVEY r~UIDANCE I~'iONTINUOUS r~OOL Company ARCO ALASKA, INC. Well Name WSl-O1 (WEST SAK) (296' FNL~2086' FWL~SEC 23~TllN1RlOE) Field/Location KUPARUK~ NORTH SLOPE~ ALASKA Job Reference No. Date,, 73356 9-MAY-89 Loa~3ed By: Computed By: WEBER KOHRING m G~T 3I~ECIION~I S12VE~ CUSTOMER LI STING F3R ARCC ~LASKq, INC. WSI-O1 (WEST SAK) N~RTH SLOPE, ~L~SKA SIJqVEY DATE: 09-M~Y-Sg METHOES OF CgNPUT~TI3~, TCOL LOCAl ICN: ~kTE~FOL~I ION: ~ERTIC~L SECIlCN: EN'~INEER: ~E.~E R T~NGEI~TI~L- AVERAGED OEVI~TIOl~ ANC AZIMUTN LINEAl HCRIZ. C!ST. PRCJECTE£ CNTO A TARGET ~ZIMLTH CF NCRTH 0 CEG 0 MIN E/~ST ARCO ALASKA, WSI-OI C¼EST KUPARUK NORTh SLOPEIm T'IkC. SAK) ALASKA C 31~PL T/tTI DN [}ATE. ' 02-JUN-89 KELLY DATE OF SURVEY: BLSHIkG ELEVATION: ENG[kEER= PAGE O~-MAY-89 112.OO FT WEBER MEASURED DEPTH 0.00 100.00 200.00 300.00 400.00 500.00 600.00 700.00 800-00 900.00 1000.00 llO0.O0 1200o00 1300.00 1400.00 1500.00 1600.00 1700.00 1800.00 1900.00 2000.00 2tO0.O0 2200.00 2300.00 2400.00 2500.00 2600.00 2700,00 2800.00 2900.00 T'~LE VERTICAL D2FTH C .(lO 1DC .00 20E .00 30C .00 40C .00 50C .00 60C 70C .00 80C .00 90C .00 IOOC .00 110C .00 120C .00 130C .00 140C .00 150C .OO 160C .00 t70C .00 180l~ .00 190C .00 ZOOC .CO 210C .00 220C .00 230C .00 240C .00 2lOC .00 259t. .99 2695 279cj .99 289c, .$9 INIERPCLaTED V.aLLES FOR EVEN 100 SUB-SEA CObR5 E VERTICAL VERTICAL DEVIJTION aZIMUTH SECTION DEPTH DEG MI~ CEG PIN FEET 0 0 N C 0 E O 10 N 7E 1Z W 0 6 S 81 19 W 0 18 N 74 35 W 0 6 S 86 59 W ( 5 N 3 12 E C 10 N 9 50 W C 6 S 46 30 W C 0 S 77 50 E {3 4 N 38 22' W -112.00 -12.00 88.00 188.00 288.oe 308.00 48,~. OC 588.00 688.00 7~8.00 88 8. O0 C 3 N 82 9 W 90 8. O0 C 3 S 4C 7 W 1008.0C C 2 S 1( 5 E 11~8.00 C 2 S 77 ~1 E 12~8.00 C 0 N 2 30 W 1308.0C C 3 S 72 It W 1488.0C C 2 S 0 35 r: 1589.00 C 0 S 62 30 ~ 168§.00 C 0 S 8 38 W 1789.00 C 6 S 7 16 W 1888.00 1988.00 2008.00 2188.0{3 2288.0C 2308.00 2487.9q 2587.9c. 2687.9q 2787.9cj C 1Z S C 47 W {3 14 S 7 0 E C 6 S 2 §Z E C 5 S 0 21 E C 10 S 17 35 W C 15 S 0 33 W C 16 S 14 55 E C 21 S 5 14 E C 2q S 7 6 E C .12 S ~ 5c) E C 45 S 0 36 W 0 57 S q 13 W C 46 S 0 49 E C 49 S ~. 20 E (]42 S 2 7 E C 28 S 4 16 E C 13 S I 49 W C 22 S 8 25 W 0 22 S 4 12 W C 16 S 4 18 W 3000.00 295c. .98 2887.98 3100.00 309S .97 2987.97 3Z00.00 319c,.96 30ET.9d 3300.00 329c, .95 3187.95 3400.00 339cj .94 3207.94 3500.00 349c, .93 3307.93 3600.00 359c. .93 3487.9~ 3700.00 369c. .93 3587.9! 3800.00 379cj .93 3687.99 3900.00 389c. .$3 3787.93 0.00 0.05 -0.02 0.03 0.07 0.16 0.38 O.4B 0.40 0.45 0.51 0.48 0.39 0.32 0.34 0.36 0.30 0.24 0.24 3.14 -0.13 -0.52 -0.80 -0.99 -1.19 -1.56 -1.98 -2.52 -3.31 -5.41 -6.82 -8.25 -9.62 -11.03 -12.12 -12.78 -13.35 -13.99 -14.50 FEET CF MEASUR DI~GL EG R ECT.~ SEVERITY I~ OR TI- OEG/IO0 FE ED CEPTF NGUL AR £ 0 /SOU TH E A ET F OREINAIES ST/WEST EEl 0.00 C.O0 N 0.00 E 0.00 C.05 N 0.14 W 0.20 6.02 S 0.39 W 0.25 0.03 N 0.80 W 0.00 D.07 N 1.14 W 0.76 {3.16 N l. ZZ W 0.{34 C.3B N 1.17 W 0.23 0.4B N 1.36 W 0.00 C.40 N 1.37 W 0.00 0.45 N 1.39 W '0 .{30 C.51 N 0.06 {3.48 N 0.O0 0.3~ N 0.00 0.32 N 0.00 {3.34 N O.CO 13.36 N 0.00 {3.30 N 0.00 0.24 N 0.00 0.24 N 0.00 0.14 N 0,00 0.00 0 0.00 0.23 0.00 0.01 0.23 0.~2 0.02 0.13 S 0.52 S Co80 S 0.99 S 1.17 S 1.56 S 1.98 S 2.52 S 3.31 S 4.23 S 5.41 E.82 l) .25 $ .62 11.03 12.12 12 .T8 13.35 13.99 14.50 0.00 0.27 0 0.15 0°56 0.18 0.03 0.00 0.02 0.00 1.47 W 1.56 W 1.57 W 1.51 W 1.47 W 1.52 W 1.57 W 1.55 W 1.54 W 1.55 W 1.57 W 1.55 W .1.51 W 1.51 W 1.54 W 1.65 W 1.58 W 1.52 W 1.46 -W 1.33 W 1.30 W 1.39 W 1.45 W 1.37 W 1.29 W 1.22 W 1.20 W 1.26 W 1.31 W 1.35 w HDRIZ. DIST. FEET DEPARTURE AZIPUTH DEG MIN 0.00 N 0 O E 0.14 N 71 0 W 0.39 S 86 48 W 0.80 N 87 53 W 1.14 N 86 14 W 1.23 N 82 17 W 1.23 N 71 54 w ) 1.44 N 70 IS W " 1.43 N ,'/3 54 W 1.46 N 72 6 W 1.55 N 70 44 W 1.63 N 72 53 W 1.62 N 76 11 W 1.54 K 77 51 W 1.50 N 76 52 W 1.57 N '/6 33 W 1.60 N 79 10 W 1.56 N 81 9 w 1.56 N 81 $ W 1.56 N 84 45 W 1.58 S 85 6 W 1.63 S 71 25 W 1.71 S 62 0 W 1.80 S 56 58 W 1.94 S 52 51 W 2.27 S 46 38 W 2.54 S 38 32 W ~, 2.94 S 31 3 W 3.62 S 23 48 W 4.43 S 17 27 W 5.56 6.96 8.38 9.72 ll.ll 12.18 12.84 13.41 14.06 14.56 S 13 28 S 11 30 S l) 57 S 8 S 6 4O S 5 45 S 5 21 S 5 2) S 5 20 S 5 2O ARCO ALASKA kS1-01 CkEST KUPAI~UK NORTh SLOPE IbC. ALASKA C rlI~PL T~TI ON HEASUFED DEPTH 4000.00 4100.00 4200.00 4250.00 TRLE VERTICAL DEFTH 399c. .92 409c. 419c. 4245 INTERPCLATED V~LUES FOR SU~-SFA VERTICAL DEPTH CObRSE RE~IATION ~ZI'~UTH DEG I~Ih EEG ~.IN 38~?.92 3987.92 40~7.92 4127.'}2 0 18 S ? 28 W 0 11 S 17 9 W I] 10 S 1~. 37 w 0 10 S Id 37 W CATE: 02- JUN- 8g DATE OF SURVEY: KELLY BLSHING ELEVATION: EVEN 100 VERTICAL SECTION FEET FEET CF MEASURED CEPTI' ENGINEER: OCGLE~ R EC T,~NGUL AR SEVERITY I',,, OR TI"'/S OL T H DEG/tO0 FEET COOROINATES EAST/WESI FEET -15.01 0.04 15.01 S 1.40 W -15.4,6 0.38 15.46 S 1.51 W -15.?d 0.00 15.76 $ 1.60 W -15.90 ,0.00 15.90 $ 1.65 W PORIZ. OI ST. FEET O~-MAY-89 112.00 FT WEBER DEPARTURE- AZIMUTH DEG 15.07 S 5 20 k 15.53 S 5 35 k 15.84 S 5 Z,E W 15.99 S 5 54 W COiVPLT~TION DATE: 02-JUN- 8g aRCO ALASKA bS1-01 (WEST KUPARUK NORTP SLOPE INC. SAK) ALASKA KELLY DATE BLSHIKG OF SURVEY: ELEVATION: · , ENGINEER: MEASUFEE DEPIH 0.00 1000.00 2000.00 3000.00 4000.00 4250.00 INIERPELaTED TRL E SUB-SEA YERTIC~L VERTICAL DEFTH DEPTH £ .00 -11'2. O0 (1 0 lOOC .00 9E8.00 6 3 2000.00 18P. 8.00 2995.98 2887.98 0 39gc..g2 3887.92 0 18 q2Z~c-.g2 41~7.92 C 10 V~ LL E S F OR EVEN 1000 COURSE VERTICAL DEVIATION ~ZIMUTP SECTION DEC I~Ih EEG ~IN FEET N 6 0 E N $2 g W S C 47 W S 0 26 W S 2 28 W S 16 37 W O.OO 0.51 -0.13 -5.41 -15.01 -15.90 FEET OF ~EASLREO DEPIH DCGLEG R EC T.ar,IGUL AR SEVERITY h OR TI"/SOIJTH DEG/IO0 FEET COORCINATES EAST/WES1 FEE1 0.00 C.OO N 0.00 E O.CO 0.51 N 1.47 W O.CO 0.13 S 1.:~7 W O.CO 5.41 S 1.30 W 0.04 15.01 S 1.40 W 0.00 15.90 S 1.65 W HORIZ. DIST. FEET PAGE O9-MAY-89 112.00 FT WEBER DEPARTURE AZIMUIH DEG MIN 0.00 N 0 0 E 1.55 N 70 44 W 1.58 S 85 6 W 5.56 S 13 28 W 15.07 S 5 20 W 15.99 S 5 54 W '~ cr3PPLTATI 3N ARCO ALASKA, kS1-01 (WEST KUPARUK NORTI'" SLCPE, ALASKA INIERPCLATED V~LLES FOR MEASURED OEPIH TRL~ SU~.- SEA VERTICAL YERIlCAL DEFTI~ DEPTH COURSF. DEVIATION tZIMUTH eEC- 0.00 C .00 -112.00 112.00 112.00 O.OO 212.00 212.00 1C0.00 312.00 312.00 200.00 412.00 412.00 300.00 512.00 512.00 400.0{3 612.00 612.00 500.00 712.00 712 .CO 600.00 812.00 812.00 7{30.00 91Z.00 912.00 300.0{3 1012.00 1012.00 900.00 lllZ.O0 1112.00 IOCO.OO 1212.00 1212.00 110. O. OC 1312.00 1312.00 1200.00 1412.00 1412.00 13610.00 1512.00 1512.00 1400.00 1612.00 1612.00 1500.00 1712.00 1712.00 1600.00 1812.00 1812 .00 1700.00 1912.00 1912 .00 1300.0{3 C 3 S 86 53 W C 3 S 31 12 W 0 2 S 21 8 E C 2 S.86 33 E C 1 N 16 OW C 3 S 62 50 W C 0 S 7! 0 E C 0 $ 1) 19 W C 7 S 6 54 W 2012.00. 2012.00 19C0.00 2112.00 2112.00 20CD.O0 2212.00 2212.00 2100.00 2312.00 2312 .00 2200.00 2412.00 2412.00 2300.00 2512.00 2512 .O0 2400.00 2612.01 2612 .00 2500.00 2712.01 2712.00 2600.00 2812.01 2812 .CO 2700.00 2912.02 2912.00 2800.00 C 12 S C 13 W C 13 S 7 13 E C 6 S t 28 E C 5 S P. 8 E C 12 S 20 12 W C 14 S 4 53 E C 15 S 12 58 E C 24 S 2 52 E C 29 S ~. 17 E (234 S 4 31E 3012.02 3012 .{DO 2900.00 3112.03 3112.00 3000.00 3212.04 3212.00 3100.00 3312.05 3312 .00 ]200.00 3412.06 3412.00 33{30.00 3512.07 3512.00 3400.00 3612.07 3612 .CO 3500.00 3712.07 3712 3812.07 3812.00 3700.00 3912.07 3912 .O0 3800.00 DALE: O2-JUN-89 KELLY CAT.: OF SURVEY: 8LSHIhG ELEVATION: ENGIhEER: EVEN 100 FEET CF SLB-SEA DEPTH VERTICAL DCGLEE RECTANGULAR COO SECTION SEVERITY KOP, TI'/SOLTH EAS FEET 3EG/100 FEEl ~E 0.00 0.00 C.00 N 0.05 0.30 0.05 N -0.03 0.20 6.03 S 0.05 0.19 0.05 N 0.07 0.00 6.07 N 0.18 0.38 @.18 N 0.42 0.34 0.42 N 0.47 0.14 0.47 N 0.40 0.00 C.40 N 0.44 0.00 13.46 N RDINATES T/WEST E1 0.51 0.00 C.51 N 0.47 0.00 C.47 N 0.38 0.00 0.38 N 0.32 0.00 0.32 N 0.34 0.00 C.34 N 0.36 0.00 0.36 N 0.29 0.00 0.29 N 0.24 0.00 0.24 N 0.24 0.00 0.24 N 0.12 0.00 0.12 N -0.18 0.00 C.18 S -0.57 0.00 0.57 S. -0.83 0.00 ~.83 S -1.00 0.00 1.00 S -1.21 0.29 1.21 S -1.61 0.10 1.61 S -Z.04 0.14 2.04 S -2.60 0.19 2.60 S -3.41 0.11 ].41 S ' -4.34 0.34 4.34 S -5.57 0.00 5.57 S -7.02 0.22 1.02 S -B.42 0.30 8.42 S -9.79 0.19 9.79 S -11.18 0.18 11.18 S -12.22 0.00 12.22 S -12.83 0.33 12.83 S -1 3.43 0.00 1].43 S -14.01 0.29 14.07 S -14.56 0.00 14.56 S 0.00 E 0.17 W 0.41 W 0.86 W 1.15 W 1.21 W 1.18 W 1.37 W 1.37 W 1.40 W 1.48 W 1.56 W 1.57 W 1.50 W 1.47 W 1.53 W 1.57 W 1.54 W 1.54 W 1.55 W 1.57 W 1.54 W 1.51 W 1.51 W 1.56 W 1.65 W 1.57 W 1.51 W 1.45 W 1.32 W H3RIZo DIST. FEET 0.0 0.1 0.4 0.8 1.1 1.2 1.2 1.4 1.4 1.4 1.56 I .63 1.62 I .53 1.51 I .58 1.60 I .56 1.56 I .56 PAGE OS-MAY-Bg 112.00 FT WEBER DEPARTURE AZ I~UIH DEG MIN N 0 0 E N 73 21 w S 86 30 W N 86 59 W N 86 17 W N 81 28 W. N 10 31 '., "% N 71 4 k, ! N 73 53 W N '/1 42 W N 70 51 W N 73 18 W N 76 Zg W N 77 55 W N 76 46 W N 76 49 W N 79 32 W N 81 9 W N 81 11 W N 85 44 W 1.30 W 5.72 S 13 'I W 1.40 W 7.16 S 11 17 W 1.45 W 8.54 S 9 44 W 1.36 W 9.88 S 7 54 W 1.29 W 11.26 S 6 33 W 1.21 W 12.28 S 5 40 W 1.20 W 12.89 S 5 20 W 1.27 W 13.49 S 5 23 W 1.31 W 14.13 S 5 20 W 1.36 W 14.62 S 5 lq W 1.58 S 83 32 W 1.64 S 69 47 W 1.72 S 61 17 W 1.81 S 56 Z1 W 1.97 S 52 13 W 2.31 S 45 35 W 2.57 S 37 32 {,' ) 3.01 S 30 10 L ~.71 S 22 5~ %4 4.54 S 16 52 W £OMPLT~TION ARCO ALASKA WSI-C! C¼EST KUPARUK NORTP SLCPE ]:hC. SAK) ALASKA MEASURED DEPTH INTERPCLATED V~LLES FOR TRLE SUg-SEA VERTICAL VERTICAL DEFTH DEPTH 4012.07 4012 .CO 39C0.00 4250.00 424c..92 4137.92 COLRSE DE¥I~TION ~ZIMUTH DEC- MIh £EG PIN g 17 S 1 20 W O ~0 S 1~ 37 W CATE: O2-JUN-89 EVEN 100 FEET CF VERTICAL DCGLEG SECTION SEVERITY FEET OEG/IO0 -15.07 0._~0 -15.90 0.00 DATE OF SURVEY: KELLY BLSHII~G ELEVATION: ENGIKEER: SbB-SEA DEPTH RECTANGULAR COOR£INATES kORTk/SOLTH EAST/WEST FEET FEET HORIZ. DIST. FEET 15.07 S 1.41 W 15.90 S 1.65 W P~GE O9-MAY-89 11Z.00 FT wEBER OEP~RTUR~ AZIMUTH DE G MI N 15.14 S 5 2C W 15.99 S 5 54 W mmm~ ARCO ALASKA ESI-el (EEST KUPARUK NORTP SLaPE MARKER GCT LAST PBID TD [NC. ALASKA COPPLTATION DATE: 02-JUN-89 INIERPCLaTEO VALUES FOR CHCSEN SURFACE LCCATIOK MEASURED 9EPTH TVD BELCW KE FR~M KE ¢105 .tO 41C5.52 415C.00 4149.92 425C .00 4249.92 KELLY HORIZONS 296 ' FIlL SUS-SEA 399~.52 4037.$2 413'/.92 DATE OF SURVEY: BLSHING ELEVATION: ENGINEER: PAGE 05-PA¥-89 llZ.OC FT WEBER 208t' F¼L, SEC23, T11N, RIOE RECTANGULAR NCRTH/SOUTH 15.47 S 15.51 S 15.9C S CD£RCINATES EAST/WEST 1.52 1.56 1.65 aRCO ALASKA~ INC. liS1-01 CkEST SaK) KUPARUK NORTH SLCPE~ ALASK.a MaRKEg PSID TD FINAL MEASURED DEPTH · 4250.00 COPPLTaTIgN DATE: O2-JUN-Sg KELLY SURFACE LOCATIDh : 296m FIlL & M E.~ SI.,: R E D DEPTH ~JELCW KB. TVD FRCM KE SUB-SEA 4.1 5C .CO 4149.92 403]. 9 2 425C .00 4249.92 413'~.gZ WELL LgCAIICN AT lO: I~UG. SUB-SEA VERTICAL VER1 YCAL E EPTP DF PTH HDRIZOhTaL CEPARTLRE DYSTAhCE AZIMUIH FEEl DFG PIN 4 24 g. 92 4131 .gZ 15.99 S 5 54 W DAlE OF SURVEY: BLSHING ELEVATION: ENGINEER: 05-PA¥-89 11 2.0C FT WEaER 20 8d ' FWL, SEC23, T11N, RIOE RECTANGULAR CDCRDINAIES NORTH/SOUTH EAST/WEST 15.~1 S 1.56 W 15.90 S 1.65 W SCHLUMBERGER O I RECT I ONAL SURVEY COMPANY ARCO ALASKA. INC. WELL WSI-O1 {WEST SAK) F I ELD KUPARUK COUNTRY USA RUN DATE LOOOEO 09 - MAY - 89 REFERENCE 733S$ ~/ELL ' {296' WSl-O1 (WEST SAK) FNL, 2086' FWL, SEC 23, TllN, RIOE) HORIZONTAL PROJECTION 10 -G -10 -2O REF 733~ SCALE : I/~ IN/FT ~-t+i ..... i-':'??~ ~-~-'-~4-~-~-~%~--~+-~-t'-+'+--~---,'- -+-+-'+'"+"'f"+-?'~-?t-'+"+-'?+-~'"?-f"~ ...... ~'~"?f'+'+-t-'+--+-~"'?--?+..+..!--+..+.-+--.+ ...... +-+-'t--?'+'~-?+.-.e-. -.?..-~..?-+..r.+..+...?~... --~-+.e ...... e+-.,---+ ...... ~+-~4-.~-++-.~--4 ...... !---~.-~...¢-~--.~-.+.-4.+.~-.+--+~.-+--~.--~..-~.'+ ....... +-.+-+--+ .... +..+.-¢-~ ...... ;...~.+.+++.+4...+ ...... ¢+-4-4.+4..+.+.4...F4..4.+..~+.¢.~...4...¢. . ~.......~...4..4..,*-..~..4,.-~.,-.~-~..~-.~-.~-~-.~.+'-. ~'"~--ff"??'?t'?T"t'"t-t"'t'"t'-,~, ~:~ ~ ~ ~ ~..~ :~ ~ ~ .... ??'r'?'"'~"???:"'?mT"?t'"t"?'?l'"? ....... :'TT'¢'?"r:'T':"J'''~:.~,~ : :~ ~ ~ ~-~.;- -~-~..;...¢...~.~.;...$.-4- ..4.4...~-..~+-.;-- ~---~--, -.~4-.~++-.~-.~- ~.+...r.~.+~.~4..4 ..... ~..~.~..~4..-,~4-~- k~- -+~-- ~-~- ~ ,-~-~-~ ,-~-4...~..~..~,..~-.~...~.-~ ...... +'--~"~'"~"~"+'"*'~"'~"' "'~"~"'+"~"'&~'"f"'~'~" ~"f"+"*'*'+!'"~'~'-' "~"*"~'+~"?+"+ ...... ~+-~.-- k~.~-~'~-- "~-+~-~ '-f..~-.~.-~- ~-~: ~4--+.¢+-4- 4..4~4...~...~4_;.:...~....4...+-¢-¢~..~..4~.-~-..~¢.¢~..~-¢4-. 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Well Name WSl-O1 (W[~ST SAK) Field/Location 296 'Fr~L. 20~6' Fw~ . KUPARUK, NORTH SLOPE, Job Reference No. 73356 Logaed By; WEBER ?~..T1 1N I~lnF ALASKA Date MAY 9, 1989 Computed By; KOHRING ~ SCHLU~,BERGER ~. GET DIrECTIONaL SL'RVEY CUSTOMER LISTIhG FSR ~RC£ ~LASK~, INC. WSI-O! (WEST NC~TH S L,']P c_, SURVEY CATE: Og-M~Y-$9 ENSINEER: i,./E .B E R METHOES OF CgPPUTeTIOh TCOL LOCATICN: Z~ TERF OL Al ZeN: YERT]C~L S5CIICN: T~ ~JG Eh TI ~L- LINE6~ HCRIZ. £!ST. AVERAGED EEVI~TIO~ ANC AZIMUTH PRCJECTE£ CNIO A TARGET ~ZIMLTH CF NORTH 0 C~G 0 MIN E~ST C 91~,PL T,nT IDN ARCD 6LASKA, WSI-O! CHEST SAK) KUPARUK NORTI, SLCPE, ALASKA INIERPCLATED V~LLES FOR TqLE MEASURED VERTICAL DEPTH D~-F TH OATE: 0.00 C .(lO 100.00 100.00 200.00 200.00 300.00 300.00 400.00 40C .00 500.00 500.00 600.00 60C .09 700.00 70C .O0 800.00 89C .00 900.00 90C .00 EVEN 100 SUB-SEA CObR5 E VERTICAL VERTICAL DEVIATION ~ZIMUTH SECTION DEPTH BEG MIk EEC- PIN FEET 1000.00 lOOC .00 1100.00 llOC .00 1200.00 120C .00 1300.00 1306.00 1400.00 140C.00 1500.00 150C .00 1600.00 160(2.00 1700.00 1700 .00 1800.00 180(3 .00 1900.00 1906.00 -112.00 -12.00 88.00 188.00 288.00 388.00 488.0C 588.00 688.00 788.00 0 0 N C 0 E 0 10 N 78 12 W O 6 S 81 19 W 018 N 74 35 W 0 4 S 8d 58 W 0 5 N 3 12 E C lO N 9 50 W C 6 S 46 30 W C 0 S 77 50 E C 4 N 38 22' W 2000.00 2100.00 2100 .00 2200.00 220C .00 2300.00 230C .00 2400.00 2400 .00 2500.00 2500.00 2600.00 259S 2700.00 2695.99 2800.00 279S .99 2900.00 289~ .99 888.00 988.00 1088.0C 1188.00 1288.00 13/:8.00 1489.0C 1588.00 16E9.0@ 1788.00 (2 3 N 82 9.W C 3 S 40 7 W C 2 S 14 5 E C 2 S-77 51 E C 0 N 2 30 W C 3 S 72 It W {2 2 S 0 35 r: c o s 62 3o C= C 0 S 8 38 W C 6 S 7 16 W 3000.00 299S .$8 3100.00 3095.97 3200.00 319S .96 3300.00 329¶ .95 3400.00 339S .94 3500.00 349c. .93 3600.00 359c~ .93 3700.00 369S .93 3800.00 379S .93 3900.00 389c. .S3 1888.00 1988.00 20{?8.00 2188.00 2288.00 2?388.00 24E7.9S 2587.9S 268 T. 9¢j 2787.95 {2 1Z S C 47 W {214 S 7 0 E C 6 S 2 52 E C 5 S 0 2l E C 10 S 17 35 W C 15 S 0 33 W C 16 S 14 55 E {2 21 S 5 14 c 2~ s 7 C 32 S .~ 59 E 28[:7.98 29E7.97 30ET.gd 3187.95 3287.94 3'387.93 3487.9] 3587.9] 3687.9_'3 3787.93 02-JUN- 89 KELLY DATE OF SURVEY: 6LSHING ELEVATION: ENGIkEER: C 45 S O 36 W 0 57 S 4 13 W C 45 S 0 49 E C 49 S 3 20 E 642 S 2 7 E C 28 S 4 16 E C 13 S I 48 W C 22 S 8 25 W 0 22 S 4 12 W C 16 S 4 18 W 0.00 0.05 -0.02 0.03 0.07 0.16 0.38 0.48 0.40 0.45 0.51 0.48 0.39 0.32 0.34 0.3{5 0.30 0.24 0.24 3.14 -0.13 -0.52 -0.80 -0.99 -1.17 -1.56 -1.98 -2.52 -3.31 -4.23 -5.41 -6.82 -8.25 -9.62 -11.03 -12.12 -12.78 -13.35 -13.99 -14.50 FEET EF MEASUGED CEPTE PAGE l 09-MAY-B9- 112.0~ FT WEBER 0.00 C.O0 N 0.00 E 0.00 N 0 0 E 0.00 C.05 N 0.14 W 0.14 N 71 0 W 0.20 (3.02 S 0.39 id 0.39 S 86 48 W 0.25 0.03 N 0.80 W 0.80 N 87 53 W 0.00 [~.07 N 1.14 W 1.14 N 86 14 W 0.~6 6.16 N 1.22 id 1.23 N 82 17 ' 0.{24 C.38 N 1.17 W 1.23 N 71 54 0.23 0.4~ N 1.36 W 1.44 N 70 IS ~ 0.00 C.40 N 1.37 W 1.43 N 73 54 W 0.00 0.45 N 1.39 W 1.46 N 72 6 W '0.{20 C.51 N 1.47 W 1.55 N 70 4.4 W 0.06 0.48 N 1.56 W 1.63 N 72 53 W 0.00 0.3~; N 1.57 W 1.62 N 76 11 W 0.00 (3.32 N 1.51 W 1.54 K 77 57 W 0.00 (3.34 N 1.47 W 1.50 N 76 52 W 0.CO (3.36 N 1.52 W 1.57 N 76 33 W 0.00 0.30 N 1.57 W 1.60 N 79 10 W 0.00 0.24 N 1.55 W 1.56 N 81 9 W 0.00 0.24 N 1.54 id 1.56 N 81 S W 0.00 0.14 N 1.55 W 1.56 N 84 4~ W 0.00 0.13 S 1.57 W 1.58 S 85 d W 0.00 0.52 S 1.55 W 1.63 S 71 25 W 0.04 {2.80 S 1.51 W 1.71 S 62 0 W 0.{20 0.99 S 1.51 W 1.80 S 56 50 W 0.23 1.17 S 1.54 W 1.94 S 52 51 k 0.00 1.56 S 1.65 W 2.27 S 46 38 ~' 0.01 1.98 S 1.58 W 2.54 S 38 32 t 0.23 2.52 S 1.52 W 2.94 S 31 3 W 0.32 3.31 S 1.46 -W 3.62 S 23 48 W 0.02 4.23 S 1.33 W 4.43 S 17 27 W 0.00 5.41 S 1.30 W 5.56 S 13 28 W 0.27 4.82 S 1.39 W 6.96 S 11 30 W 0.34 8.25 S 1.45 W 8.38 S 9 57 W 0.15 5.62 S 1.37 W 9.72 S 8 6 W 0.56 11.03 S 1.29 W 11.11 S 6 40 W 0.18 12.12 S 1.22 W 12.18 S 5 45 W 0.03 12.78 S 1.20 W 12.84 S 5 21 W 0.00 13.35 S 1.26 W 13.41 S 5 2] W 0.02 13.99 S 1.31 W 14.06 S 5 20 W 0.00 14.50 S 1.35 W 14.56 S 5 20 W DCGLEG RECT~INGULAR COORCINAIES HORIZ. OEPARTURE SEVERITY I~ORTI-/SOIJTH EAST/IdEST DIST. AZIPUTH DEG/IO0 FEET FEET FEET BEG MIN ' CO~PLT~TION DATE: 02-JUN-89 JiRCO ALASKA~ kS1-01 (WEST KUPAFUK NORTh SLOPE, INC. ALASKA KELLY DATE OF SURVEY: BL SHING ELEVATION: ENGINEER: INTERPCLATED VgLUES FOR EVEN 100 FEET CF MEASUEED CEPTI- TRLE SU~-SFA MEASURED VERTICAL VERTICAL DEPIH DEFTH DEPTH COURSE VERTICAL DCGLEG RECTANGULAR CEWIATION ~ZIMUTH SECTION SEVERITY NORTN/SOETH DEG MI~ £EG NIN FEET DEG/IO0 FEET COORDINATES EAST/WEST FEET FORIZ. DIST. FEET 4000.00 399c..92 3'387.92 4100.00 4095.92 3987.92. 4200.00 419c, .92 4087.92 4250°00 424S.02 41.~7. ~2 0 18 S ? 28 W -15.01 0.04 15.01 S 0 11 S 17 9 W -15.46 0.38 15.46 S 0 10 S 16 37 W -15.76 O.OO 15.76 S 0 10 S 16 37 W -15.90 0.00 15.90 S 1.40 W 1.51 W 1.60 W 1.65 W P~rJE , O~-MAY-89_ 112. O0 FT WEBER DEPARTURE AZIMUTH DEG MIN- 15.07 S 5 20 W 15.53 S 5 35 W 15.84 S 5 4E W 15.99 S 5 54 W aRCO ALASKA, WSI-01 (WEST KUPARUK NORTI-' SLOPE, IbC. SAK) ALASKA ME ASUi~ EC, DEPTH COFPLT~T[ON DATE: 02-JUN-Sg INTERP£LATED V~LLES FOR EVEN 1000 FEE'T OF TRL E SUB- SE VERTICAL VERTIC DEFTH DEPT 0.00 C .00 -112. 1000.00 100C .00 BES. 2000.00 200C.00 18~8. 3000.00 299S .98 2887. 4000.00 399c~ .$2 3887. 4250.00 ~,2~,c. .92 41~7. A COURSE VERTICAL D~GLEG AL DEVIATION AZIMUTH SECTION SEVERITY H DEE- MI~ CEG MIN FEET DEG/IO0 00 [} 0 N O 0 E 0.00 O0 t] 3 N 82 9 W 0.51 0.C0 0[} {} 12 S C 47 W -0.13 0.C, 0 98 0 45 S 0 76 W -5.41 0.00 92 I~ 18 S ? 28 W -15.01 0.[}4 92 [} 10 S li 37 W -15.90 0.00 KELLY DATE OF SURVEY: BLSHIKG ELEVATION: ENGINEER: MEASLRED DEPIH R EC TANGUL AR I~ORTF/SOUTH FEET COOR£INATES EAST/WES1 FEE1 I~.00 N 0.51 N [}.13 S 5.41 S 15.01 S 15.90 S 0.00 E 1.47 W 1.57 W 1.30 W 1.40 W 1.65 W HORIZ. DIST. FEET PAGE . 09-MAY-89 112.00 FT WEBER DEPARTURE AZIMUTH DEG MIN 0.00 N 0 0 E 1.55 N 70 44 W 1.58 S 85 i W 5.56 S 13 28 W 15.07 S 5 20 W 15.99 S 5 54 ' ARCO ALASKA, WSI-C1 (WEST KUPARUK hORTh SLCPE, TRLF MEASURED YERTIC~ DEPTH DEFT~ 0.00 C .00 112.00 112.00 212.00 212.00 312.00 312.00 412.00 412.00 512.00 512.00 612.00 612.00 712.00 712 .CO 812.00 812.00 912.00 912.00 1012.00 1012.00 lllZ.O0 1112.00 1212.00 1212.00 1312.00 1312.00 1412.00 1412.00 1512.00 1512.00 1612.00 1612.00 1712.00 1712 .OD 1812.00 1812 .00 1912.00 1912 .00 2012.00 2012.00 2112.00 2112.00 2212.00 2212 .00 2312.00 2312 .00 2412.00 2412.00 2512.00 2512.00 2612.01 2612 .00 2712.01 2712 .(]0 2812.01 2812 .CO 2912.02 2912.00 3012.02 3012 3112.03 3112.00 3212.04 3212.00 3312.05 3312.00 3412.06 3412.00 3512.07 3512.00 3612.07 3612 .CO 3712.07 3712 .GO 3812.07 3812 3912.07 3912.00 INC. SAK) ALASKA COFPLT~TIgN DATE: OZ-JUN-89 INTERPCLATED V~LEES FOR SU~-SEA VERTICAL DEPTH COURSE DE~I~TION ~ZIMUTH DEC- MIh EEC. M!N -112.00 0.00 l'eO.O0 ZO0.O0 300.00 400.30 500.00 600.00 700.00 900.00 0 0 N 0 0 0 10 N ,gE 6 0 7 S 81 48 C 16 N 76 30 C 4 N 84 58 C 5 N 30 50 0 10 N 21 19 C 5 S 30 5 0 0 N 77 50 C 4 N 43 58 IOCO.O0 IlC, O.O0 1200.0C 1300.00 1400.00 15CO.OC 1600.00 1700.00 1500.00 43 3 S 86 C 3 S 31 C 2 S 21 C 1 N 1( C 3 S 62 C 3 S C 0 S ?3 C O S 17 53 W 12 W 8 E 33 E 0 W 50 W 52 E 0 E 19 W 54 W 19C0.0C 2000.00 2109.00 2200.00 2300.00 2400.00 25C0.00 2600.00 2700.00 2800.00 C lZ S C 13 S 7 C 6 S 1 ~ 5 S C 12 S 20 C 14 S C 15 S 12 C 24 S C 29 S C 34 S 4 1.3 W 13 E 28 E 8 E 12 W 53 E 58 E 52 E 17 E 31 E 290 O. OC C 46 S 3000.00 C 55 S 3100.00 C 47 S 3200.00 C 48 S 3360.00 C 44 S 3400.00 C 27 S 3500.00 C 14 S 3600.00 C 23 S 3?(]0.0(] C 21 S 3800.00 C 16 S 0 43 W 3 44 W 0 22 E 2 55 E 1 59 E 3355 3 39 W 5 58 W 5 57 W 3 22 W EVEN 100 FEET VERTICAL DCGL SECTION SEVE FEET DEG/ KELLY CF SLB-SEA DEPTH EG RECTANGULAR RITY KORTF/SOLTH 100 FEET 0.00 O.OO {:-00 N 0.05 0.30 0.05 hi -0.03 0.20 C'.03 S 0.05 0.19 0.05 N 0.07 0.00 (].07 N 0.18 0.38 e.18 N 0.42 O..q4 (].42 N 0.47 0.14 0.47 N 0.40 0.00 C.40 N 0.46 0.00 (}.46 N 0.51 0.00 0.47 0.00 0.38 0.00 0.32 0.00 0.34 0.00 0.36 0.00 0.29 0.00 0.24 0.00 0.24 0.00 0.12 -0.18 0.00 -0.57 0.00 -0.83 0.00 -1.00 0.00 -1.21 0.29 -1.61 O.lO -2.04 0.14 -2.60 0.19 -3.41 0.11 -4.34 0.34 -5.57 0.00 -7.02 0.22 -9.42 0.30 -9.79 0.19 -11.18 0.18 -12.22 0.00 -12.83 0.33 -13.43 0.00 -14.07 0.29' -14.56 0.00 C .51 C .47 0.38 0.32 43.34 0.36 0.29 (] .24 0.24 0.12 C.18 0.57 I~ .83 1.00 1.21 1.61 2.04 2.60 3.41 4.34 S S- S S S S S S S S 5.57 7.02 8.42 S .79 11.18 12.22 12.83 13.43 14.07 14.56 CATE OF SURVEY: BLSHIhG ELEVATION: E NG Ih EE R: COORDINATES H3RIZ. DE EAST/WEST DIST. AZ ~EET FEET DE 0.00 E 0.00 N 0.17 W 0.18 N 7 0.41 W 0.41 S 8 0.86 W 0.86 N 8 1.15 W 1.16 N 8 1.21 W 1.22 N 8 1.18 W 1.25 N 7 1.37 W 1.45 N 7 1.37 W 1.43 N 7 1.40 W 1.47 N 7 PAGE 05-~AY-89. 112.00 FT WEBER PARTURE IMUTH G MIN- 0 0 E 3 21 w 6 30 W 6 59 W 6 17 W I 28 0 31 I 4 W · 3 53 W 1 47 W 1.48 W 1.56 N 70 51 W 1.56 W 1.63 N 73 18 W 1.57 W 1.62 N 76 29 W 1.50 W 1.53 N 77 55 W 1.47 W 1.51 N 76 46 W 1.53 W 1.58 N 76 49 W 1.57 W 1.60 ~ 79 32 W 1.5:~ W 1.56 N 81 9 W 1.54 W 1.56 N 81 11 W 1.55 W 1.56 N 85 44 W 1.57 W 1.58 S 8 1.54 W 1.64 S 6 1.51 W 1.72 S 6 1.51 W 1.81 S 5 1.56 W 1.97 S 5 1.65 W 2.31 S 4 1.57 W 2.57 S 3 1.51 W 3.01 S 3 1.45 W 3.71 S 2 1.32 W 4.54 S 1 1.30 W 5.72 S 1 1.40 W 7.16 S 1 1.45 W 8.54 S 1.36 W 9.88 S 1.29 W 11.26 S 1.21 w 12.28 S 1.20 w 12.89 S 1.27 W 13.49 S 1.31 w 14.13 S 1.36 W 14.62 S 3 32 W 9 47 W 1 17 W 6 21 W 2 13 W 5 35 W 7 3.~ ~ ) 0 10 k ,' 2 59 W 6 52 W 3 7 W I 17 W 9 44 W 7 54 W 6 33 W 5 40 W 5 20 W 5 23 W 5 20 W 5 19 W COMPLT~TION ARCO ALASKA, WSI-O! (WEST KUPAPUK NORTF SLCPE~ IbC. SAK) ALASKA INTERP£LJTED V~LLES FOR TRLE SUB-SEA MEASURED YERTIC~L VERTICAL DEPTH DEFTH DEPTH COIJRSE DE¥ IATION ~ZIMUTH DEC- MIN £EG MIN 4012.07 4012 .CO 39C0.00 4250.00 424c..92 4137.92 O 17 S 7 20 W g 10 S ld 37 W CATE: OZ-JUN-89 EVEN 100 FEET EF KELLY Sb B-SE ~, DEPTH VERTICAL DCGLEG RECTANGULAR SECTION SEVERITY &ORTh/SOLTH FEET DEG/I~O FEET DA'T E BLSHIkG DF SURVEY: ELEVATION: ENGIhEER: COORCINATES EAST/WEST FEET HORIZ. DIST. FEET -15.07 0.30 15.07 S 1.41 W 15.14 -15.90 0.00 15.90 S 1.d5 W 15.99 PAGE . Og-MAY-89. 11Z.00 FT WEBER DEPARTURE AZIMUTH OEG MIN- S 5 20 W S 5 54 W ARCO ALASKAt h S ],-I~ ! CHEST KUPARUK I~ORTP SLOPEr MIIRK E,~ GCT LAST PBID TD INC. AL.~.S KA RE a,C I~ G COPPLT~TION DATE: 02-JUN- 89 KELLY INTERPCL~TEO V4LUES FOR CHCSEN HORIZONS SURFACE LCCATION = 29Et F~L ME,~ SlJ RE O ~EPTH TVD BELCW KE FROM KE SUb-SEA 4105 .tO 41C 5.52 3S9~ .52 4150.00 4149.92 4037 .$2 42 5C. 0 O 424 9.92 41 37.9 2 ' DATE OF SURVEY: BLSHING ELEVATION: ENGINEER: PAGE ~ 05-YA¥-89. 112.0C FT WEBER 15.47 S 15.61 S 15.gO S FWL, SEC23, RECTANGULAR CDCRI]INaTES N£RTH/SOUTH EAST/WEST 1.52 W 1.56 h 1.65 W TllN, RIOE JRCO ALASKA, IkC. kSl-Oi (kEST SJK) KUPARUK NORTE SL£PE, ~LASK.~ COPPLT~TISN DATE: 02-JUN-B9 KELLY DATE OF SURVEY: BLSHI~G ELEVATION: ENGINEER: P~SE ~ OS-PAY-89 - 11 2.0C FT WESER MARKE~ PaTD TO FINAL MEASURED DEPTH WELL L~CAIICN AT lO: SURFACE LECATIOk : 296' F~L & ME~SCRED DEPTH TVD 5ELCW KB FRCM KE SUB-SEA 41 5C .CO 4149.92 403'/.92 425C .00 4249.92 4137 I~'UE SUB-SE~ VERTI~'~L,., VERT )CAL £ EPTI. D~. PTH 4250.00 4249,92 413'/ HDPIZO~TAL CEFARTLRE DISTAkCE AZIMUIH FEET BEG 15.99 S 5 54 W 20 8~ ' FWL, 5EC23, RECTANGULAR NI~RTH/SOUTH 15.51 S 15.90 S T11N, RIOE CD£RDI~ATES EAST/WEST 1.56 W 1.65 W SCHLUMBEROER O I AEC T I ONAL SURVE Y COMPANY ARCO ALASKA. INC. WELL WSl-Oi (WEST SAK) F ! ELD KUPARUK COUNTRY USA RUN ! DATE LOOOED 09 - MAY - 89 REFERENCE 733S6 WELL WS'l-O1 (296 ' FNL, 2086 ' FWL, SEC 23,TllN,RlOE) HORILONTAL PROJECTION NORTH IS 10 -S -IS -2O SOU*TH -25 REF 73~S5 SCALE : !/S IN/FT -20 -IS -10 -S 0 S 10 15 20 WEST EAST ~ELL WSI-O1 (296 ' FNL, 1086' FWL, SEC. 23, TllN, RIOE) VE ICAL PROJECTION SOUTH -2.5 .... -2,0 .... -15 -I0 "T'T"~""~ ....... ?"r"T'~ ...... ?'H"~'"?'"~ ....... ~'-i'-!---~---{---~----~-----k,-~ ....... ~--?-i-.-i---~--.~--?.-?-i ...... ~-.-+,-.-~---+--.~.-.-~--.-~.+--~..-.[.~--.-~.--.~--.Lk.~.-.¢---~-..+ ....... ~.-.¢---¢..-.~.-.~..-¢---¢--.f::?]::::::::::::::::::::::::::::::::::::::::::: ....... ~--~ ........ 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NORTH m ,.=. z PROdECTION ON VERTICAL PLANE NORTH - SOUTH SCALED IN VERTICAL DEPTHS HORIZ SCALE = I/S IN/FT ARCO Alaska, Inc. Post Office Box 100360 Aachorage, Alaska 99510,,0360 Telephone 907 276 I215 June 28, 1989 Mr. L. C. Smith Commissioner, AOGCC 3001 Porcupine Drive Anchorage, AK 99501-3192 Subject: Sundry for WS 1-01 Testing Program Gentlemen: Per your request, please find attached form 10-403 summarizing the West Sak WS1-01 testing program. As we have discussed, testing operations are expected to begin on July 5, 1989. Please contact me at 263-4672 or Mark Drumm at 263-4212 for questions or additional information. Sincerely, Randy Brush Area Engineer West Sak Engineering RMB/DHL:ved Attachment c: K.O. Meyers ATO- 1276 RECEIVED Alaska.Oil & Gas Cons. Commission ''_.Anchorage ARCO Alaska, Inc. is a Subsidiary of Atiantica chfi.~idC ::.!~ ,,'~ A OIL ,AND GAS CONSERVATION COMMIf~N APPLICATION FOR SUNDRY APPROVALS ORIGINAL 1'. Type of Request: Abandon 2. Name of Operator Operation Shutdown _ Re-enter suspended well _ Plugging _ Time extension _ Stimulate _ Variance _ Perforate _ Other 6. Datum elevation (DF or KB) Suspend _ Alter casing _ Repair well _ Change approved pr,o, gram_ pull tu,,bing _ 5. Type of Well: Development Exploratory Stratigraphic Service ARCO Alaska. Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 4, Location of well at surface 296' FNL, 2086' FWL, Sec. 23, T11N, R10E, UM At top of productive interval Same as surface location At effective depth Same as surface location At total depth Same as surface location RKB ! 11,7.'... 7. Unit or Property name .Ku.paruk River Unit feet 8. Well number .WS1-01 9. Permit number 89-27 10. APl number 5o-029-21925 11. Field/Pool Kuparuk River Field West Sak Oil Pool Present well condition summary Total Depth: measured true vertical 4250' feet Plugs (measured) 4250' feet Cement: 415O'-425O' Effective depth: measured true vertical 41 50' feet Junk (measured) 41 5 0' feet None 13. Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size 81' 20" 2665' 13 3/8" 41 96' 9 5/8" Cemented Measured depth True vertical depth 250 Sx AS I I 1 6' 1 1 6' 1700 Sx AS III & 2700' 2700' 400 Sx Class G 465 Sx Class G 4231' 4231' measured 3579-89, 3593-3613, 3644-66, 3795-3806, 3817-24, 3826-40, 3989-93, 3996-4005, 4020-4034, true vertical Same as measured 3686-3705, 3743-50, 3756-64, 3769-73, 3860-63, 3866-76, 3898-3901, 3911-20, 4 SPF 0 degree phasing~r.~,~.,~,~.,.,. Tubing (size, grade, and measured depth) 3 1/2", 9.3 #/ft, 8RD, AB-Mod set at 3437' MD/TVD Packers and SSSV (type and measured depth) Baker HB Packer .~. 3373', Otis Series 10 SSSV @ 3277' MD/TVD Attachments gUN 2 8 989 Alaska Oil & Gas Cons. 60rnmissh Description summary of proposal X Detailed operation program ... BOP 14. Estimated date for commencing operation July. 1989 16. If prOposal was verbally approved Name of approver · Date approved 15, Status of well classification as: Oil X Gas __ Suspended Service 17. I here~--~ertify that the foregoing is true and correct to the best of my knowledge. · FOR ~MMISSI~USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity __ BOP Test Location clearance Mechanical Integrity Test m Approved by the order of the Commission Form 10-403 Rev 5/03/89 Subsequent form require ORIGINAL SIGNED BY LONNIE C. SMITH SUBMIT IN TRIPLICATE WEST SAK 1-01 TEST OVERVIEW WS1-01 WELL TEST PURPOSE "VERIFY THE FLUID/ROCK PROPERTIES AND PRODUCTION POTENTIAL FOR THE A, B, AND D SANDS WITHIN THE WEST SAK FORMATION." OBJECTIVES BY ZONE · DETERMINE STABILIZED FLOW RATE · COLLECT DEAD OIL AND WELLHEAD GAS SAMPLES · OBTAIN PRESSURE BUILDUP DATA WS1-01 GENERAL TEST DESIGN ,(BY ZONE) PERFORATE THE INTERVAI~ UNDERBAI~CED CONDUCT SHORT PBU AFTER FIRST GUN RUN QUANTIFY INITIAL RESERVOIR PRESSURE VERIFY DRAWDOWN FOR SWABBING CHECK MECHANICAL INTEGRITY OF BHA APPROXIMATELY 2 HRS TO COMPLETE STEP FOUR: CONDUCT FLOW TEST (SWABBING) DETERMINE UNSTIMULATED FLOW POTENTIAL COLLECT DEAD OIL/WELLHEAD GAS SAMPLES SWAB UNTIL A STABILIZED FLOW IS ACHIEVED FOR 24 HOURS (5 DAYS MAXIMUM) STEP FIVE; ~TEP CONDUCT PRESSURE BUll J'~UP TEST DETERMINE IN SITU PERMEABILITY DETERMINE SKIN DURATION DETERMINED BY SURFACE READOUTS ISOLATE THE TESTED ZONE Alaska Oil & {las Cons. Commission UTILIZE CTU Anchorage PACK SAND 5' ABOVE PERFS / 10' CMT PLUG ON TOP OF SAND D ZONE WILL NOT BE ISOLATED ~ WSl-01 COMPLETION/TEST ASSEMBLY ~-9 5/8" PRODUCTION CASING I i i =7" GLYCOL CIRCULATING STRING 3212' TVD -= 3-1/2" TUBING TO SURFACE 3277' TVD = SSSV VALVE l z_.. PRESSURE/TEMPERATURE GAUGE 3284' TVD ,., (WITH SURFACE READOUTS) 3330' TVD.... SIDE POCKET MANDREL C/W PRESS/TEMP GAUGE '" (WITH SURFACE READOUTS) I I ~ ~ X-TRA LONG POLISH BORE RECEPTACLE I I 3373' TVD a ~ OTIS "X" NIPPLE % -"' PERF PUP ~ OTIS "XN" NIPPLE 3437' TVD ~ .~---~WIRELINE RE-ENTRY GUIDE WEST SAK FORMATION ['::~'2t'~ "T~' D'¥:'.':!¥:': F....~;-;~:.:.:'"'~:'"'~:'"i~-"'-:SANDS'-:'- .... - .... -: '-: '-" '-: '-~"-: '-: '-: '-;4 2 ~~:~:~:~:SAND~..~:~:~:~:..:....~....~....:....:....:....:....:....~....~....~....:....:....:....:....~....~....~:..::..::..:~..:~ '"", ..... , ...................... ::'":::'":"'"::::' :'"-':'".':"- ................................................... ...: ~..~ : ~..~: ..:.:.: ~..~.: ..:.~.: :...:.: ~.. ~ : ~: :.~.: ..:.~.: ~... ~ : ~:...~ ; : : :.. ... : :.. :. ......~.: ..:.:.: ~: :.~.: !... ; : :...:.: ~ :.. ... : :...: i..~ ~ : i ~',~i~i~i~?,'~:~:~:'~i~i~i~i~iiiiii.';-.':i.':..'.'i: SANDS 34 GROSS SAND:..........:...........:....i::...i...:....::...~...............i.......i~:...........~:i.::...~.::.`::~.::.~...........::......~:~..:.:~:~:~:~:;:~:~ · · · ...... ':-':'"-':':. .................................................... ::~..:..~......:.......~......~......:.::::...:..~...........:..;........;........~..::.:..?..:.~......:.......:...::.:..........~.......:~..:::?:~::?.!i ::':: ::'.'.'.'.:::::'.'.'::'.':::'::::':.'::'.'.':-'.'.':-':.':-':::-'.-::-':.':: ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :~.?.~.?-':'-':'-':'-':'-':'~':'-':'::'.'-"::'::'~':'-':'-'{'::'-' :~::~:~:~:~..~::~:~::~::~:-~:~.:..-:....~:....~:....~:.:.~:...::.::.-.~...:.:..:.~...:.~.:.~.:::~........:::......:...~.::...:..:.~.::~.::~ :.'.~'x~',~;"~.~'~'~'!.'.:..'.'.:..':.:..': ~~::~::~::~::~::~ ?:.'.~.'.:.A SANDS 360 GROSS SAN~ :'.:q IJ,,3q /¥ IJ :'.'".'{:'".'i:'".'::' ii~i~iii~i~ SA ND~i~i~i~i~iiii!ii ':'."..;;'.".i: ....................... WSI-01 WIND N~CTION 80' ~, 180' ~-- · 65' - 200' ~ t · ' FROM WELLHEAD , 155' · MICRO ~ DISH I I I { WS1-01 TEST TIMING RU EQuIpMENT 7/5-10/89 TEST A SANDS 17.0 7/11-27/89 ISOLATE A SANDS 4.0 7/28-31/89 TEST B SANDS 17.0 8/1-17/89 ISOLATE B SANDS 4.0 8/18-21/89 TEST D SANDS 17.0 8/22-9/7/89 FREEZE PROTECT/RD 7.0 72.0 9/8-14/89 7/5-9/14/89 WEST SAK ENGINEERING TRANSMITTAL # 1275 TO: John Boyle - State FROM: Dan Laws0n/P. S. Baxter DATE: June 15, 1989 WELL NAME: WS1-01 West Sak TRANSUITTEr) I~EREWITI-I ARE TIlE FOXa~OWn'4a: CONFIDENTIAL One copy of tape and listing for each: RESULT Service: SHDT 4' x 2' x 30 MSD Results 5/4/89 run 1 PS1EDT Service:SHDT PS1EDT Data 5/4/89 run 1 PLEASE RETURN RECEIPT TO: RECEIPT ACKNOWLEDGED: ARCO Alaska, Inc. ATTN: P. S. Baxter, ATO-1 f, ~-,_ P. O. Box 100360 ~ Anchorage, Alaska 9951~-' il & 6as ¢°ns. Gommissi0n Anchorage ARCO Alaska, Inc. Post Office ~100360 Anchorage,.~,.,,~ska 99510-0360 Telephone 907 276 1215 December 20, 1989 Mr. L. C. Smith Commissioner, AOGCC 3001 Porcupine Drive Anchorage, AK 99501-3192 Subject: Report of Sundry for WS 1-01 Testing Program Mr. Smith: As you requested in your letter of June 14, 1989, a form 10-404 Report of Sundry has been attached for the WS1-01 testing program with a copy of the daily reports of operation during the testing period. This information should be held confidential for a period of 24 months per 20 AAC 25.537. Please contact me at 263-4672 or Larry Gipson at 265-6850 for questions or additional information. Sincerely, Randal M. Brush Area Engineer West Sak Engineering RMB/LJG:km Attachments ARCO Alaska, Inc. is a Subsidiary of AllanticRichfieldCompany AR3B-6003-C AL''~"~''~, OIL AND GAS CONSERVATION COMN' ON REPON OF SUNDRY WELL OPERATIONS 1. Type of Request: Operation Shutdown m Stimulate __ Plugging Perforate _ Pull tubing Alter casing Repair well Pull tubing L Other X (test! 2. Name of Operator ARCO Alaska. In¢, 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development X.... Exploratory _ Stratigraphic _ Service 4. Location of well at surface 296' FNL, 2086' FWL, Sec. 23, T11N, R10E, UM At top of productive interval Same as surface location At effective depth Same as surface location At total depth Same as surface location 12. Present well condition summary Total Depth: measured true vertical 4250' feet 4 2 5 0' feet Plugs (measured) 6. Datum elevation (DF or KB) 111,7' RKB 7. Unit or Property name Kuparuk River Unit feet 8. We~ number W$~1-01/ ~- ~4~ 9. Permit number/approval number 8~-27 10. APl number 50-029-2192~. 11. Field/Pool Kuparuk River Field West Sak Oil Pool Effective depth: measured 4 1 5 0' true vertical 4150' feet feet Junk (measured) Casing Length Structural Conductor 8 1 ' Surface 2 6 6 5' Intermediate Production 41 9 6' Liner Size Cemented 2 0" 250 Sx AS I 13-3/8" 1700 SxAS III & 400 Sx Class G 9-5/8" 465SxClassG Perforation depth: measured 3579'-3589', 3593'-361 3', 3644'-3666', 3686'-3705', 3795'-3806', 381 7'-3840', 3860'-3876', 3898'-3901', true vertical Same as measured depths Tubing (size, grade, and measured depth) 3-1/2", 9.3 Ib/ft, 8 RD, AB-Mod set at 3430' MD Packers and SSSV (type and measured depth) Baker HB Packer @ 3366' MD, Otis Series 10 SSSV @ 3270' Measured depth 116' 2700' 4231 ' True vertical depth 116' 2700' 4231' 3743'-3750', 3756'-3764', 3769'-3773', 3911'-3920', 3989'-4005', 4020'-4034' 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure Representative Daily Average Production or In!ection Dat~ Prior to well operation Subsequent to operation 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations OiI-Bbl O- Gas-Mcf Water-Bbl -0- -O- See attached summary Casing Pressure 16. Status of well classification as: Water Injector__ Oil X Gas Suspended Tubing Pressure -0- Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Form 10-404 Rev 05/17/89 ~' SUBMIT IN DUPLICATE WSI-01 Well Test Summary OIL GAS WATER CASING TUBING ZONE (BOPD) (MCF/D) (BWPD) PRESS. PRESS. A 32 * 0 0 0 B 18 * 0 0 0 D 8 * O.5** 0 0 * Since all gas was vented, no rate measurements were made. * * Completion brine, was the source of the water production. CONFIDENTIAL Morning Report Surnmar~-~'~ Well WS 1-01 Date: 7.'/12/89 Time: 0600 Elapsed Report Time: '24 hrs Reporting: Lawson/Ledlow Sky: Clear Vis: Good Wind: .fi.W 7MPH Temp Chill: 46 F Total Fluid Produced: Est. 011~ Production: Est. Water Production: 011 Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Total Shut-In Time: Comments: Avg. 011 Gravity, oAPl- Avg. Solids, %: Avg. BS&W, %: Lab Gravity, oAPI: Lab BS&W, %: 0600-0800 Morning Report/Meeting with Operations on upcoming activities 0800-0900 Camco RU to conduct baseline temperature survey. Log string consists of a I 7/8" Wt Bar-CCL-Temp-GR. Temp scale set @ O-IOOF. 0900-0915 Pressure test lubricator 5000 psi. 0915-1000 RIH with E-line. Temp/CCL on while RIH @ 30 FPH. Log string could not get past master valve (= 13'). Took lubricator off and check master valve. RU lubricator RIH with tool. Tool string cleared tree. Continue to RIH taking temperature rneasuremen~CL on string not working. CCL fixed. RIH and continued logging. StoOd logging @ 3gO' to check CCL. 1000-1220 Tagged PX plug @ 3412'. Prepare to POOH w~tla GR/CCL to tie into DIL tog. 1220-!250 Log up the hole to 2700'. Depth correction -2'. Tubing tally seem to De off -~' (We will confirm during perforatIng tie-tn and adjUSt approprlateiy ) 1250-i400 Camco RD. Released from location. 1400-1900 0900-2400 Veco nippled up remaining flowlines for annulus displacement/glycol circulation. 200 BBls of glycol arrived on location. 150 BBls of water was added to glycol rani(. Glycot tank was roiled to m~x 350 BBL glycol circulation mixture. L~ne-neater filled with giycol mlx~.ure. 2400-0600 Pad secured for night. Today's Planned ACtivities · Pressure test flow lines · Displace 9.8 brine in annulus with glycol/water mixture · Fire heater · Begin heating wellbore · Insulate/Heat trace oil lines CONFIDENTIAL Morning Report Summar~.~ Well WS 1-01 Date: T,.'~3/89 Time: Elapsed Report Time: 24 hfs Reporting: Lawson/Lealow Sky: Cioudv Vis: Good Wind: co ,, v~ 6MPH Temp: 58 F '" ~ Chill: ~5 F ii C Total Fluid Produced: Avg. Oil Gravity, oAPI- Est. Oll Production: Avg. Solids, %: Est. Water Production: Avg. BS&W, %: Lab Gravity, oAPI' Lab BS&W, %: 011 Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Total Shut-In Time: Comments: l~le~ 0600-0800 Morning Report/Meeting with Operstions on upcoming 8ctiv'~'' ~ 0800-0900 Arrived on location. It was discovered the 200 BBls of Glycol delivered on 7/!'2 was already diluted with 40% water. Accordingly, when f..ne i50 BBls of wa[er was added, the final glycol circulation volume had a 70~% water/30% giycoi mixture. Operations verified the freeze point of tt~e 70/30 glycol mixture at -£5F. Engineering/Operations decided no further adiustment was required. 0900-t000 Transport truck filled line heater with $0 BBls of glycol mlx[ure. i000-i i00 Encllneerina Walked flowiines f'or final check of PI' temperature gauges were in place. s and TI's. All f;ressure and I I00-I 115 Tect~nlcians arrived on location temperature was set at 15OF. and fired nearer. Heater..~,'~o*~t'ng~, 1115-t200 Pressure test cno~e line to 1500 ps~. 1200-i400 Pressure test glycol/oil lines to glycol puml~ pressure (60 ~si). 1400-1700 Waiting on hot oiler to displace annulus. Glycol pump working pressure is not high enough to displace the 9.9 ppg brine. A minimum of 200 .~sl is require. 1700-20t5 2015-2130 RU hot oiler. Disl~lace brine in annulus with 150F glycol mixture. Heat remalnln glycol in storage rani< to 100F (When normal c]rcuiatlon begins, the line nearer will be used to increase total glycol volume to i SOF). RD hot oiler. -- Beq]n qlycol circulation in wellbore. Circulating down x 7' annulus, up 7" 9.625" annulus. Line heater was set at 15OF. Hot¥,1,~oI ~' .... will ~ .'..,,~ .... ~u,' ¢* --, hours prior to perforating. 2130-0600 Well turned over to night operator to monitor glycol c~rculation equipment. Today's Planned Activities · Continue to heat wellbore to 15OF. · Insulate/Heat trace oil lines. · RU SSSV control panel · Displace 9.9 ppg brine in tubing with nitrogen for underbalance. attachment for displacement procedures) Pull PX plug ('See Date: ~ 14/89 Time: ::~600 Elapsed Report Time: _-, hfs Reporting: Lawson/Ledlow CONFIDENi-iAL Morning Report Summar~-'~~ Well WSI-OI " Sky: Clouov Vis: Good to ExceitenL Wind: "'~ ~ i.i~ 4~PH Temp: _., ..... £hill' Total Fluid Produced: Est. Oil Production: Est. Water Production: Oil Sent to DS 2Z for Sale, bbis: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Avg. Oil Gravity, oAPi- Avg. Solids, ,o. Avg. BS&W, %' Lab Gravity, oAPl- Lab BS&W, %: Total Shut-In Time: Comments: 0600-! 700 1700-i830 Circulate glycol in annulus to heat wellbore. <-~",, ~,~et., ,, . = t06F, ~;.. ~.,,/~'',., = 9nF,. . ~.~,,..,, = I qF~F~. Schl ' ' ~ umD~r~r arrived on location in ' ~' ~. , ~ ~ ~1 ~ ~l ~ ~ ..~ ~l,~ ,.~.~. ~ ..... ~.~ porfor3tlnq. FracMaster {CTU) arrived on location and RU. 1830-t900 1900-1945 BJ-Titan (N2 ulqit) arrived on location to displace 9.9 ppg brine in tublnq. FracMas[er p, e.,,ur~ test to 5000 psi. i 945-2010 2010-2015 2015-2 !00 7~iH with c tubing ~ aDproxiF,"~at~ly 95 FP~? ', a~ged u,..,.~ ,.,., ~,,.~ c~ ~-~, .. , N2 circulated to surface ~uD the 3.5"xI 5" annulus?. ^ ~ ....... · , . .~,I returns r.."*~.,..~,, to ~..,:.~, ~'o '"'~'""° V~HP = '~09 ~ tan~. BHP = ]068 ~a. v-~, , _ Bleed WHP to 600 Ds] to test. SSS\/. ..'~100-2107 Test SSSV. Closed SSSV @ WHP = 800 psia. initial BHP = i ;-' ,...,".:ia. 2107-2125 BHP = 1066 psia. Verified.,.,,,~-~""~ failure. · 2125-2210 Equalized & opened ,,,,SV. Began bleeding WHP to 0 while monitoring Gauge BHP t~ verify fluid level. 2210-2245 BHP = 74psia. WHP = t9.4psia. Ftuid level @ 3175 DIL. ~'Dec](]ed r.o maKe-up r. ne difference in oianned fluid level of 283.5' DIL to actual fluid level or 3175' DIL with N2 prior to Derforatinq. 2350-0001 RU Otis stickline ~o pull "PX" plug. RU N2 unit to we!!heaa. 0001-0025 Otis sticKline RIH with 2" ..c,B to pull equalizing prong of "PX" piug. Tag [ne plug ar. 3411' slickline measurement. Slickline operator suggest a fluid tevel tad at 3088'. 0025-0055 Otis slickline began 2nd run with GS to pull "PX" plug. Technic;an on location to repair line heater. 005~-nlon Oti: ~!icVi~na began 3rd run to t~,~ O~Tn Tagged PBTD ar 41=, ~' 0120-0125 Begin to pressure test SSSV (BHP gauge = 392 ps]a, WHP = 253 ps]a~. HL:~ on location and preparing gun strips. 0125-0150 SSSV holding BHP = 388 psia, WHP = 68.5 psia. RU HLS lubricator. 0150-0225 Begin pumping N2 to equalize pressure to open SSSV. tubing to apply underbalance pressure of 1092 psia. test positive. Continue pressuring up on SSSV open. $SSV pressure 0225-0300 HLS open swab valve to fill lubricator with N2 for oressure (est.. perforated are: Run =1 3686-3705 Run =2 4020-4034 ;ntervals to be Run =3 Run ~$ Run ,~6 ~11-3920 3989-4G05 3898-3901 3860-3876 3795-3806 3817-3840 3743-3750 3756-3764 3769-3773 0300-0519 RIH for A Sands temperature survey. CCL/GR/Temp/Wt bar. 0500-0600 Tagged bottom with log tool (4140 wlreline depth). POOH wit~h GP/CCL to t!e ~n for A Sands perforating. Depth shift log +7 ft to correiar, e w~th CET. Date: 7/15/89 Time: 0600 Elapsed Report Time: -~ hfs Reporting: Lawson/Ledlow CONFIDENTIAL ~ Morning Report Summary Well WSI-O1 Sky : ,,.lear Vis: Good Wind: NE 4 MPH Temp: 55 F !3. Chili' Total Fluid Produced: Avg. Oil Gravity, oAPI- Est. Oll Production: Avg. Solids, %: Est. Water Production: Avg; BS&W, %: Lab Gravity, oAPI' Lab BS&W, %: Oil Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Total Shut-In Time: Comments: 0600-0700 Held Perforating safety meeting with service companies. 0700-0756 PU Gun =! (3686'-3705' DIL-RKB), 2 !/8" Dyna-Str!p guns, 4 SPF-O Phas!ng 0756-0834 RIH with Gun = 1. Tie into CET log (-I'). 0834-0849 Bleed tubing pressure to 1092 psia @ the permanent gauge. Shut-in @ surface, WHP = 908,2 psla BHP = 1093.2 psia. Fire Gun =I, WHP = 901,09 psia BHP = 1085.67 psla. 0849-0917 Flow open perfs. ~'~ ~-~V = ,,,~ut-in ,~,~,, for short buildup (WHP "09.02 ~ , ~.~ta BHP = 1103.64 psia. 0917-t !30 Opened swa~) to RIH with Gun =2 (4020'-4034', 3911'-3920' DIL-PKB). We!l snu~- in for bul l dup. i 130-i 136 Begin pumping N2 to equalize press @ SSSV. 1136-i228 Open SSSV. End buildup. Begin bleeding N2 tubing pressure. Close surface valve. 1228-!°'~-~.,~., Tie-in first shot on gun =~,_. Fire Gun (,'~n'~n'-4034'-~,., ¥ DIL-RKB) 1233-t245 Tie-in second snot on gun =2. Fire second snot (391!'-3920' DIL-R.~B). ~4,~- i 433 POOH with gun =2. Monitor BHP. RIll with gun =3 (3989'-4005, 3895-390t' DiL- RKB). 1452 Fire first shot gun ='~ (3989'-4005' DIL-RKB). Tie-in to second shot gun ~T. 1452-!625 Fire second shot gun ~3 (3898'-3901' DIL-RKB). POOH with gun ~3. NIH with gun ~4 (3860-3876', 3795'-3806' DIL-RKB). 1625-t638 Fire first shot gun #4(3860'-3876' DIL-RKB). Tie-in to second shot gun ~4. Fire second shot gun =4 (3795'-3806' DIL-RKB). 1638-1804 POOH with gun =4. RIH with gun ~5 (3817'-3840' Dl'~-~,~,,.r~'z~ Tie-in gun =5. Fire gun ~= 1804-t936 POOH with gun =5. RIH with gun =6 (3743'-3750', 3756'-3764', 3769'-3773' DIL- RKB). Fire gun =6. 1936-2025 POOH gun ~6. RD HLS. Monitor BHP. 20=.,-~.0,,0 Shot fluid level with echometer. FL = 2681 DIL-RKB. 2030-2040 Bleed tubing pressure. 2040-2055 Shot fluid levet. L =2574' DIL-RKB. Note: The distance from the i:ublng spooi ~.o r. ne RKB is 29', i.e. the above reported level is corrected +29'. 2055-2103 Shot fluid levet. L = 2538' DIL-RKB. :2103-211'8 Shot fluid level, L= 2506' ,' IL-AND. 2 I03-2143 Begin bleeding ~ublng pressure to prepare for swabbing runs, 2143-2200 Shot fluid levet. L = 2363' DIL-~KB. 2200-2345 Continue to bleed WHP to 0 osig. Otis arrived on location i~o run re~rievagauge and prel~are to swab. 2345-0055 RIH to pull dummy gauge out of mandrel. Dummy gauge out of hote. 0055-0~.._ RIH, with retrievagauae..~ Landed gauge in, mandret. T~i'~H, ~.~.... naun~~,, ~. T~S~, ~ pos~,~,,/e 022~-0600 Bleed i~ublng pressure ~o al~.mospner~c. RU braided I~ne fo~ swar~r.,~ng FL = 70G' CONI=IDI=NTIAL (~ Mornin9 Report 5urnrnary'~ Well WS1-O I Date: 7/16/89 Time: 0900 Elapsed Report Time: ~6.... .5 hrs Sky: Cioudv Vis: Fair Win(l: NE 4 MPH Temp: '45 F Chill: Reporting: Lawson/Ledlow Total Fluid Produced: 44BBls @ Standard Conditions Avg. OII Gravity, o^Pl' 20.8 Est. OII Production: 40 BOPD Standard Condit~ons Est. Water Production: 0 BOPD @ Standard Conditions Avg. Solids, %:..-.?? Avg. BS&W, %: -": Lab Gravity, oAPl: 20.9 Lab B$&W, %:.~ = 011 Sent to DS 2Z for Sale, bbls: 0.0 Avg. Bottom Hole Pressure: !! 83 psia @ 3686' DIL-RKB Surface Tubing Pressure: 14psia Total Flow Time: 26.5 hrs Total Shut-In Time: Comments: 0600-0630 RIH with braided line to swab. 0630-I909 Swab ~1-~67; .Avg. 36 BOPD, '~ BWPD. See attached swab forms 1909-2256 Well kicked-off. Put well on choke on 20/64ths. ~roduced 5 BBIs of oii. Well stopped flowing fluid and started producing gas. Bottom-hole pres3ure started increasing. Tried to let the well settle to see if it would flow unassisted. ','/ell continued to produce gas. Open choke (gradually) to reduce bottom-,~ole pressure. RIH to re-establish swabbing. Transfer fluid from swab tank to o].1 storage tank. CONFIDENTIAL ~"~ Morning Report Summary We ! ! WS 1-01 Date: 7/17/8g Time: 0530 Elapsed Report Time: ~,n ~ hrs Sky: C iouov Vis: Good Wind: ~.~ iMPH Temp: 38 F Chill- 38 F Reporting: Lawson/Ledlow Total Fluid Produced: 66 BBIs (22 BBls since last report) @ Standard Conditions Avg. 011 Gravity, oAPi- Z-.'O.$ Est. 0il Production: Avg. Solids, %: Est. Water Production: 0 BOPD @ Standard Concllt~ons Avg. BS&W, %: - ~ Lab Gravity, oAPl' Lab BS&W, %: .5 011 Sent to DS 2Z for Sale, bbls: 0.0 Avg. Bottom Hole Pressure: 1t 83 psla @ 3686' DIL-RKB Surface Tubing Pressure: 14 psia Total Flow Time: 47 hrs Total Shut-In Time: Comments: 0900-!300 We!! had another gas k~ck.,Put well on choke on 15/64tbs. Wel! initiallv, u,...~n~.,,~na oil and then s~arted producing gas. Bottom-nole pressure grool~eg to 777 Dsla. Otis POOH and RU 2.7D" swedge to t. ag fill. Fill tagged at (no fill detected). Open choke (gradually) to reduce bottom-hole ~'essure. ;,IH to re-establish swabbing. 1300-0530 Continued to swab to establish a '~'~ hr stabilized_ flow to~eg,n ~ ' uu,~"~td'~up. D,~u,,,'~ =~ filled. Total volume produced s' ~* rate ~n~.~ last report t ~ * ' -..-. - - ~ ~ , .'. '~-~ FIu~ analys~s ace ~e~ng con~uc~e~ 3~ Ku~acuK ~a~ ,on-s~e cen~c~uge w~s nee~eo f.or CPF- ~ troubl'-~ ~ ~ ~.~,,uo~,r,.q,',. :~amples have will be repor~~"~u ir, ~.~,,,u,, ...... uvvs report;. .., , e~o,, .... achieved by 1300 hrs ~"~y ~ ~zl, ~,, ~ e ~ CI~NFIDENTIAL Morning Report Summary Well WSI-O1 Date: Time: Elapsed Report Time: 2_5 hrs sky: Ciear Vis: Excellent Wind:~ :~- 7 MPH Temp: =^.,u F Chill: 45 F Reporting: Lawson/Ledlow Total Fluid Produced: 77.8 BBls (]11.8 BBls since last report) @ Standard Conditions Avg. Oil Gravity, oAPl' 2C,.8 Est. 0il Production: ~1.3 BOPD ~) Standard .. ~.,~,1 I~,II ~, I VII~ Avg. Solids, %: .33 Est. Water Production: ':.) BOPD @ Standard Conditions Avg. BS&W, %: ~' Lab Gray i ty, oAP I' '..'. 0. g Lab BS&W, %: .~ 011 Sent to DS 2Z for Sale, bbls: ©.0 Avg. Bottom Hole Pressure: 1183 psla @ 3686' DIL-RKB Surface Tubing Pressure: t4 psia Total Flow Time: 56 hrs Total Shut-In Time: 15.8 hrs Comments: 0530-I~36 Continued to swab (c~ a~.~,-~,~ swab reports) A cnnc~=n~ bot~nmnnie n~cc~,~= has been achieved for the last 25.5 hours (7/16 1300 hFS - 7/!7 !436 nfs,)..~.vg rate since iast report time 31,3 BOPD (_~ standard conditions. Total voiume produced since last report time 11.8 bbls. Prepare to sieur SSSV for E~ressure buildup. 1436-1444 Shut SSSV to begin preSsure buildup. Pressure buildup began 1~4-~ (7/t7; Ii~ C, .... !444-0630 Well shut in for buildup. See attached plots/data. CONFIDENTIAL Homing Report Summary Well WSI-OI Date: 7,'19/89 Time: 0630 Elapsed Report Time: Reporting: ~.r'! .f f~r,. Total Fluid Produced: Est. Oil Production: I II Sky: Cloudy Vis: Good Wind: $$W $ MPH Temp: 51 F Chill' '~ F //..~ BBis (i 1.8 BBIs s~nce last report) @ ~u~,dul d Corditlons Avg. 0il Gravity, oAPi' _...~ Avg. Solids, %: .3~ Est. Water Production: 0 D:,PO Avg. BS&W, %: $ ':Z~) $~.anoaro Cond~tinrls '. Lab Gravity, oAPI: L"O ~= Lab BS&W, %:... ~ 0ii Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: ~ ps~a (est),~ 3686 DiL-RKB Surface Tublng Pressure: Total Flow Time: 56 hrs Total Shut-In Time: 39.8 hrs Comments: 0630-! 7!2 Continued buildup. Hour!y data attached. 1712-1724 Dower fail~jre Glycol down for 12 minutes Restored power, qlw:ol neat~r,o .a~. 1724. Flooetroi printer down for remainder of re.oortin(] ~eriod. FioDe[rol -.a'ie,.'~ for service but technician not on slope and not avaiiable until tomorrow. 1 '~'~,...,- ~ 1840 Continued buildup. 7/]9/$9 1840-i842 Brief Dower failure. Restored Dower and cllvcoi circuiati..un. down. Continued bu~ IduD. CONFIDENTIAL Morning Report Summary Well WSI-OI Date: ,20/'~. Time: 0630 Elapsed Report Time: hFS , :~avv Clouds Sky: ~ .... Vis: Fair Wind: E ',., I iI--r'l Temp: -,= F Chill' - Reporting: Griffin Total Fluid Produced: 77.8 BBis (11.8 BBls since last reDor~) L~ Standard Conditions Avg. 0il Gravity, oAPl- 2,3.8 Est. 011 Production: Avg. Solids, ,o.. _ Est. Water Production: ,.', BOPD Standard Conditions Avg. BS&W, %: ~ Lab Gravity, oAPl' '0.9 Lab BS&W, %: .5 0il Sent to DS 2Z for Sale, bbls: O.0 1£41~ Avg. Bottom Hole Pressure: ~ psla ~.~ 3686' DIL-Rk'.B Surface Tubing Pressure: 48 psia Total Flow Time: 56 hrs Total Shut-In Time: 63.8 hrs Comments: 0630-0630 Con~.inued buildup. Flope~.rol printer ~*' .. .... ...il! down. Flopetrol ,m-~te 1130 un[Il 1830 .... ~eal r~me readout, working. All pressure and .*.emperar~me.. quao. e~~. ~:.... are collecting data. Flopetroi is confident r. na( data is being Sr..ored and c. an oe recalled once ~rinter is fixed. NOTE: Fiopetrol reports an error in or'~qinai aleorithms wl~ich resulted in an error in ail ~ressure data reported prior to ti;is morning report. The error is negligible (+/- 3 psi) New printouts, will ~ r,,=.:~?=~ CONFIDENTIAL Morning Report Summary Well WSI-O1 Time: 0630 Elapsed Report Time: 5ky: Heavv ciouas Vis: Fair' Wind: l',,l 8 HPH Temp: 7^ F Chill- ]6 F Reporting: Lawson Total Fluid Produced: 77.8 BBis @ Standard Conditions Avg. 0il Gravity, oAPI- Est. Oil Production: .~ BOPD (final A Sand rates) Avg. Solids, '~' ~Z @ Standard Conditions _ Est. Water Production: 0 BoPD (final A Sand rates) @ Standard Conditions Avg. BS&W, %: .=, Lab Gravity, oAPi' 20.9 Lab BS&W, %: = ,~.~ Oil Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: 1555 psia @ 3686' DIL-RKB Surface Tubing Pressure: 57 psia Total Flow Time: 56 hrs Total Shut-In Time: 87.8 hrs Comments: 0630-0630 Continued buildup. Flopetrol onsite until 1600 hrs fixing data acquisition system. All pressures and temperatures for the permanent gauge have ~een corrected and new printouts have been prepared (see a[tacned plots and dalai, warning: Aitnougn the corrections were minor, all previous ~ressure ~lots since the initia:ion of swabbing (pre-swab data did not need correction) should be discarded and re~}laced with the updated data. The retrievagauge is currently powered down due to erroneous readings from undefined n '~ ~'~h~ ~r~ O1 ....... ~,.,~ ~ lS ...... vagauge corrects itself when the permanent ~'~ r. urned o~'f.) .'~""tniumoerger oel~eves r. ne n~se ,")r~.n..lna~.e.-.- ~n ~r~e .:~.~ii;ore ,.:~ue both E-iine caPies straooeo to ~.he tubino. The noise ~s oni'~ aooaran~. ',~'..~'i',en .. gauges are powered on and olaerational. Strar. egy is to leave both daucles in the hole with the permanent gauge (reference gauge) turned on. If the permanent ':auQe fails for any reason, the retrievagauge will be powered on within seconds t,,. re~.rievaclauqe when eliminate loss of data. Schlumberger will trouDleshool: ~ . is pulled prior to the zone isolation. A credit will be given to AAI to subtract tine costs of the retrievagauge until the noise problems are correct, ed. The seven drums filled with A Sands oil samples have been capped (3 days de- gassing). Plan to ship to Plano on the Monday charter. Operations/Engineering reviewed zone isolation procedures and associated equipment requirements.. FracMaster will notify Opera~ions this morning on CTU/equipment availability and timing. Dowet! will be the service company furn~slaing the pumps, mixing equipment, sand, and cement.. 8es~. e~:~ma~e for zone lsoial:lon i:imlng is iate t:hls weekend (with the 8 Sar~os ~esl:. s~arr..ing earty nexi: weeK). Recommend terminating buildup as soon as service companies/personnel are available (and ready) to isolate the A Sands. CONFIDENTIAL Morning Report Summary We l I WS 1-01 Date: 7;'22/89 Time: 0630 Elapsed Report Time: Sky: Heavy Ciouas Vis: Fair Wind: HE 10 Temp: 32 F Chill- ~$ F Reporting: Lawson Total Fluid Produced: 77.8 BBls ~ Standard Conditions Avg. 0il Gravity, oAPI' 2_.~.$ Est. Oil Production: Est. Water Production: 0 BOPD (final A Sana rates) Standard Conditions Avg. BS&W, %: ~ Lab Gravity, oAPl' 20.9 Lab BS&W, %: ~ Oil Sent to DS 2Z for Sale, bblS: 0.0 Avg. Bottom Hole Pressure: 1559 ps]a @ 3686' DIL-RKB Surface Tubing Pressure: 58 ~sia Total Flow Time: 56 hrs Total Shut-In Time: t l 1.8 hrs Comments: 0630-0630 Continued buildup (See attached data). Plan (= !qon hc~ in preparation f,~r [omorrow'~ F~uld I D./DC~U~r~rnn~'~r~,"~ ' .......... . .............. ..,, ,..,~[ eoq. ~cC, ~ . . , ,., - "'"' . SciumDerger w~i] tnansren all A Sanas pr ..... _ur.. set or PBU plots and data will also De ~enenated. Camco will be on location tomorrow (,-/~-" ..~ @ 7:00 am to E-i .... " uuriduc~ ire ;.... urr,. temperature profile will be run while RIH. A Fluid I.D. and pressure .~,,,, ile will be conducted while POOH (the log will be tied-in to the TT when POOH). While POOH, pressure readings wi!! be sclaeduled every 250' up to the !3 3/8" shoe (2700' DiL- RKB) to determine pre~sure gradients. A sJickline is sc,nedu~,,,,~ to be on location ',n ~,,,.. afternoon' ~'~'.. . ,. ,-. af*''r,.., ~.-h..~ E-'~. ,,n,.~ logs to pull the ..... r~rr~evagauge in preparation, of th~ .... sand p~u~.~ ..... ~.~... -.,. dummy, n~''''^~..~ w~l! be inser[ed in r, he mandre! ~n r.t~e inr. er~m. The A Sands zone isolation is scheduled to begin Monda.v morning (7/24). Dowell and Arctic CT will be the service companies conducting the lob. Arctic will cut their reel to 5000' prior to job. The cement shear disk catcher/holder and cement manifold are being made at the machine shop today (Randy Smith and myself went to Prudhoe to borrow prototype for proper dimensions). A pre-Job meeting witl be scheduled for tomorrow (7/23) with all pertinent personne! to review joia execution and answer any last minute questions. Kuparuk lab will deliver flash point ~ata and gas analysis data later today r'or [ne A Sands oil sample drums and wetlhead gas samples, respectively. Two additional A Sands swab AP! and shake-out results have also been finalized. Swab ~ API@60F BS&W% 290-291 20.5 1.80 3OO 20.5 1.80 CONFIDENTIAL Morning Report Summary We I ! WS 1 -O 1 Date: -/£3/89 Time: 0630 Elapsed Report Time: 5ky: Ciear' Vis: Good Wind: ','/8, Temp: = ~' ~ Chill: 47 F Reporting: Lawson Total Fluid Produced: 77.8 BBls 'L~ Standard Conditions Avg. OI1 Gravity, oAPI' £0..8. Est. Oil Production: 31 ~ BOPD ~ .v ,,, ,nal A Sand rates) '~" Standard Conditions Avg Solids ~' '-? · , ~ .... , Est. Water Production: 0 BOPD' (f]nai A Sand rates,~ ~ Stanoard C. ono]l:]ons Avg. BS&W, %: = Lab Gravity, oAPl' LO.9 Lab BS&W, %: .5 Oll Sent to DS 2Z for Sale, bbls- ©.0 Avg. Bottom Hole Pressure: !564 psia @ 3686' D!L-PKB Surface Tubing Pressure: '?'7 .osia Total Flow Time: 55 hrs Total Shut-In Time: 128.8 hrs Comments: 0630-2236 Finished pressure buildup for A Sands. A complete set of A Sangs gu!Idup plots/data will,, be faxed in later today wnen ~qrhlumb~rq~r~ s- ~'-' 0n inra~inn,~.. ..., r0. DUll, re~mevagauge. 2~36-0630 E~uaIized ~ressure across SSSV with N2. SSSV open ~ 2236 hrS. Total shut-in time for A Sands rnaior PBU 'was 1~° '""~-~ ~o.8 hfs (final ~ ......~'~ ' Bled WHP to atmospheric pressure and ~.~_~ ~.~ ,~ surface valve p~==.~ :~.~ i~ preparation (~ fluid I n tnP~HP~tt~mn~P~t,,~ Camco will be on location @ 7.00 am today to conduct E-line ',:.,'ork. ' temperature ~rofile '"~I~ ~ ........ ~"- ~' le ',,' ~..~. c ~,, ~ u~,~ ~,,,~,,H. ~Fluid',~ · ~ .... .~,. and .... ~"~ ....~ while ~nn~ (~h~ ~ '"I~I h~ *~ed-~ to *~ TT w~eR Dnn~ '..'mile ~eadings will ~ scheauied every, 250' ~p. to the 13 3/8'', ~':,nO~ ........... {'~n~'Y determine pressure graa~en~s. Otis siic~line ~s scneauied ~o be on ioca~on afternoon f7/23) after ~ne E-~ine togs ~o puii ~ne re~rlevagauge ~n preparation ~ne sana Diug back. A dummy gauge will be inseF~ea in ~he manarei in ~ne ~n~ec~m. "~ ,he Kuparuk machinist stated that the cement 3hear disk catcher/ho,u~, and · "~ cement manifold w}ll be ready for HonOay's (,, ~.~ A Sands zono ~olati,n. The aluminum shear disks have already been made. A meeting will be ne!d locatio~ todav at 4:00 Dm to make CONFIDENTIAL Morning Report Summary We I I WS 1-01 Date: 7/24/89 '---- Time: 0630 Elapsed Report Tlme: 24 hrs Sky: Clear Vis: Good Wind: W 8 MPH Temp: 52 F Chill: 47 F Reporting: Lawson Total .Fluid Produced: 77.8 BBls @ Standard Conditions Avg. 011 Gravity, oAPI' 2.0.8 Est. 011 Production: 31.3 BOPD ,f,nal A Sand rates) Avg. Solids, %: 33 @ Standard Conditions- Est. Water Production: 0 BOPD (final A Sand rates) ca Standard Conditions Avg. BS&W, %: 5 Lab Gravity, oAPI' £0.9 Lab BS&W, %: = OII Sent to DS 2Z for Sale, bbls: 0.0 Avg. Bottom Hole Pressure: !564 psia @ 3686' DIL-RKB Surface Tubing Pressure: 27 psia Total Flow Time: 56 hrs Total Shut-In Time: 140.8 hrs (final buildup) Comments: 0630-0730 On location waiting on Camco to conduct E-line work. 0730-0850 MIRU Camco. 0850-0855 RIH w/Cable Head/lO' - I 7/8" Wt. Bar/Seling/CCL/Tem~/Cal~acitance Logging with temp. tool while going in the hole @ 30 FPM. 0855-0900 POOH to restart log at different scale (5OF-t50F). Tool. 7/24/89 0900-1105 3260' (E-tine measurement) set down on SSSV. Unable to go through. tubin~j ~. Pressured up 1105-t 148 SSSV opened. Continued to R!H w/ temp. log @ 30 FPM. NOTE: Buildup continued until SSSV opened @ 1130, 1.e. bui!dup was not terminated on 22~6 hfs 7.,'2'2 (See 7/23 morning report). 1148-I 220 Tagged bottom @ 4134' (E-tine measurement). Finished temperature ~rofile ,:.See attachment). Mid D Sands - 73F, Mid 13 Sands - 74F, Mid A Sands - 7~F. 1220-'t240 Adjusted depths for tie-in (+ Il'). 1240-!310 POOH with Fluid I.D. log from 4134' to 287' DIL RKB. (See Attacnement for fluid contacts.) - 1310-1330 Make second pass with Fluid I.D. log across perfs. RIH to PBTD to start pressure profile (See attachment). Pressure readings made every 250' to surface. 1330-1530 Completed making pressure stops from PBTD to surface. 1530-!535 RD Camco. 1535-1630 Dowell and Arctic CTU on location to review tomorrows A Sands zone isolation. 1630-1710 MIRU Otis to pull retrievagauge and place dummy gauge in mandrel ~n preparation of zone isolation. 1710-1750 RIH w/R.S./8'-I 7/8" wt bar/KJ/OJ/SJ/QC/XO/3" OM-I & '~" SM. Pull retri~,,.~.~n" @ 3202' WE POOH. 1750-1825 RIH w/dummy gauge. Tried setting dummy. POOH w/same. 1825-1900 RIH w/3" OM-1 and dummy gauge w/T2 latch. Set dummy @ 3202' WL. POOH. 1900-1930 RIH w/3" OM-l, 6" ext. 1.4" LIB to check dummy. POOH w/ ttae ~mpresslon of the latch. 1930-1940 RIH w/R.S./8' 1 7/8" wt bar/KJ/OJ/SJ/QC/XO/TTL/2.65" blind box. 1940-i945 Located tubing tall co 3403' WL. 1945-2000 Tag PBTD @ 4114' WL. POOH. 2300-0630 Secure location. CONFIDENTIAL Morning Report Summary Well WS 1 -O 1 Date: 7/25/89 Time: 0630 Elapsed Report Time: 24 hrs Sky: Ciouav Vis: Good Wind: ~-~ ~. 10 MPH =OF Temp: ~.. Chili- 40 F Reporting: Lawson Total Fluid Produced: , ,,8 BBls '- @ Standard Conditions Avg. Oil Gravity, oAPl- 20.8 Est. O11 Producti on: -".~ 1.3~,~,r ~-~.n~n (final, A Sand rates) ~.~ Standard Conditions Avg. Solids, %: ..T3 Est. Water Production: 0 BoPD (final A Sand rates') @ Standard Condll;ions Avg. BS&W, %: .S Lab Gravity, oAPI' ZO.9 Lab BS&W % ~' O11 Sent to DS 2Z for Sale, bbls: 0.0 Avg. Bottom Hole Pressure: i564 psia @ 3686' D!L-RKB Surface Tubing Pressure: £7 osia Total Flow Time: 56 hrs Total Shut-In Time: 140.8 hrs (final buildup) Comments: 0630-0938 Arctic CTU and Dowell on location. RU for sand placement for A Sands zone isolation. Waiting on vacuum truck with seawater. 0938-i040 vac truck on location. meeting. RU surface equipment for.zone isolation. Conduct safety 1040-I !OS Pressure test backflush lines to 1000 psi. Pressure test l~,ne;, ~ carrying ~lurry~ to · '4000 psi, Test OK. .-'"/25i$~_~ psi, ~. BPH - r.~,~ 5000 ps~). Open master. __ -' ., ":' ?=" nozzeJ on CT to l:te ~n ",':,,'.N" n~ppJ~. ~TTt r~oT..qu,81Ja[)Je). ~'IH ~f.~) ~r")("~ ! 19=~- i 207 DIH w~t.h .,.,.; ..... · ........... ........ FPM. ~207-i..'..'u Tagged ,',,, hippie ,:~, 3394' u; measurements. Flag CT. POOH. !245-!3!8 Pressure test CT to 200;3 psi. Pressure test OK. 13i8-i3~6 RIH wlr. h nozzei -ie in ar. flag. '.c. er.. COLJn[er ~0 3£i'.6. i346-i42£ RtH to PBTD to verify tie Jr,. Pumped (.~ .25 BPM while tagg~no buttom " '--,' off plugging of nozzel when taaging_, bottom. Tacicled.... bottom ,~. ~140' Flag CT. POOH. SD pumps. t422-t 457 Stopped ~. 3030' to displace oil from t,,bing~ with brine. Pump r~. 9_ BPM. Di~nJ~r~r~, ~, ..~ ~ till water returns were verified. POOH to pul: 2.5" nozzei on CT (larger surface area allows more accurate sand depth determinations). 1457-1550 CT on surface. Change.to 2.5" nozzel. RIH for sand slurry circulation. 1==.~.~0- t6 ;...'~- Stopped at flag. Reset counl:er -' ~19' 1619-!630 RtHtoTD(PumpeO 1BPM to not plug nozzel). On bottom@4140', 1630-t6/40 PU 50' above PBTD. Pump brine to pressure test. Rate CT Press BHP 1BPM 728 psi 1474 psia 1.SBPM 1540 psi 1519 psia 2.0BPM 2700 psi 1563 psia I640- !643 Pump Stage ~!. 47 BBLs slurry, 36 i 8= sand. !643-1705 8 BBLs of slurry pumped. PU CT ~.~ 26 FPM t.O 3530' wnile c. on~.~nuing r.o pump slurry C~ 2 BPM. t705-1717 47 BBLs slurry pumped. Pump lO BBls flush while PU CT to 7/25/89 1712-171 $ 10 BBLs flush pumped. ~ 715- i 745. Wait 30 minutes fort~an~ to sett'~,~. ! 745-! 751 ~'.!H to tag sand top. Tagged sand [~ ~084'. i 75 i-i800 PU 50' above sand toD.' 1800-0125 Pump the following stages of sand: Stage Volume Sand Sand Tag 2 42 BBLs 3233= 4018' 3 37 BBLs 2849= 3957' 4 33 BBLs 2540= 3890' 5 27 BBLs 2078= 38~10' 6 24 BISLs 1848= 3804' ~, ~ 1 BBLs 16'17= 3779' 8 19 BBLs 1463= 3746' 9 17 BBLs 1308= 3717' I0 14BBLs 1078= 3694' 0125-0153 PU to 3530'. Time 0136 0137 0138 0139 0140 0141 5Min Conduct baseline lear, off test. Press 2155 psla 1776 ps~a 1700 ps~a 1662 ps~a t623 ~: 1608 ps~ a 546 psi 0153-0240 Pump Stage I 1. Slurry = 9 BBLs, Sand = 693=, Tagged = 3682'. 0240-O3OO Conduct second pressure leakoff test. Time Press 0245 2038 0246 1886 0247 1817 0248 1789 0249 1.745 0250 1738 0251 1726 71.Z~! 8 9 ,ime Press k,/..,.~.c I / I I 0253 1694 !0 Min 344 psi 0300-0305 RIH to re-tag sand top. Sand tagged @ 3682'. Top perf is 3686'. POOH wl[n CT. 0305 -u.,...o CT on surface. Master closed. Swab open. Bleeding pressure. 0328-0430 RU Camco to run GR/CCL to verify sand top prior to cement placement. 0430-0500 Camco RIH. Tagged sand ar. 3671' (uncorrected). 0500-0630 POOH w/'C_:amco, Logging GR/CCL wnlle pulling Ot.l~. of hoie to ~]e-]n ..-.iepr. n corrected san(] top was 3684' DIL-RKB (ToD A San(]s perf = 3686' DiL-~-KB). Will make up the additional 3' of sand w/ cement, i.e. instead of 5' sand - i0' Lement above the ~op perf, it will 'be 2' sand - 13' cement on top of the A Sands for zone isolation. RD Camco. Prepare to spot cement plug. CONFIDENTIAL Horn lng Report Summary Well WS 1-01 Date: 7/26/'59 Time: 0630 Elapsed Report Time: "~'~.7 hrs Sky: C!ouav Vis: Good Wind: W 3 MPH Temp: 35 F Chill- 30 F Reporting: Lawson Total Fluid Produced: 77.8 BBis ('Total A Sand Producl:ion) '~ Standard Conditions Avg. 011 Gravity, oAPi' ,.,~.c Est. 0il Production: Avg. Solids, %: ZZ Est. Water Production: 0 _ROPD (final A Sand rates) (.~ Standard Conditions Avg. BS&W, %: S Lab Gravity, oAPl- '.' 0.9 Lab BS&W, %:... ~- 011 Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: i456 ps]a @ 3287' DIL-RKB (Permanent Gauge., Surface Tubing Pressure: i2 psia Total Flow Time: 56 hrs (Final A Sands Flow Period) Total Shut-In Time: 140.8 hrs (Final A Sands Buildup) Comments: "~6-<0-n8~.~~.~. ... ... .: ... Waiting on ×0 from cemenr~ ch~.~c~,,~,,, disk. hn!der'~ ~. CTU. 'XO had to be ~-~"~..~,.~,, to. machine shop for tl~read modificat!on. 0800-0830 XO arrived on ioca[ion. NU snear disk assembly to CTU to pressure ,~est shear .-~sk ,, ;_~. , Shear sub lenqrh 30'~ 0830-0900 Pulled CT up in BOP to ,~=,~ .... shear disk. Rupture disk was ~=~;~,,.~~~.~ ::o shear ',~_- =400 psi. Cl~=~n m~ ~ valve c~ ~,,~ ~s~er Swab '~ open. S~r~, ~ ~,~"~lNq,,w Wlth ~'~ ~,,,~ ~ .25 BPM. Increased Dump rate ~o .5 BPM. Pupture disk sheared e 3600 os] L.'uWu.~I ;,~d~ c=u ~iXtNO.. cement, in drurn (total cement ~ ........ G~ ,"b%r'~ .... ,..v~,~u~tion: m,~, ~ nv.--u~,~ ~ fluid'. I~-~)~ · ~3....~,~ ~'~ .~, ~ D135 (Dipps, ~,,t). .05 ~ ~,n,,~ ~-~oam).. ~!urry w~ = '~, ~.~ ,,~ M~x water = 4.89 qai/sk. NU cement manifold to CT. Insert ~ foam rubber BB1 cement in CT, insert 2 additional foam plugs ~n CT. ND cement man~fo!d from CT. NU shear disk holder iw~th new rupture d~Sk) ~0 CT. Pull CT in Injector read. Open mas~er valve. Open swao valve. Open choke. 1000-t045 RIH with CT to tag sand top. Reset counter at 3421.5' at flag (3619' + '2.5-' = 3621.5'). Hit sand @ 3681' CT measurements (-3' from E-line .~.m~'..,,.~.urement - eT;_ measurement ~,, ', ~,,,y approx,mate). Close choke. PU CT...n'. ~.,~.~,~ r~umplno~ ~-~ .... ~ BPM 'o,. shear rupture disk. Rupture disk s!aeared ~. 2800 psi. qD... .,nHmn¢-*',,~,-.. pi!, . FT..., i'n. _.. r,rl~,. .. deDrh d~.~r~rl fnr r..h~ ¢~rn.cnf r~Op '~ .... "' .., ............................. - ~.OOO t' f-'T measurement...) i045-i235 PU CT to i00' below the TT (3530'). Bleed CT 6r'essure..Doer cnoi<e.~,, =':eeo .... , ~. - 3.5" annulus. Start Oumsina ~ 0.5 BPM to flustq ;ines. PumDed one tubina i~lIII '~" with CT. No cement in returns. Increased pump rate to 1BP,M wr, ile ,.v,,.:,~ .,.~upb.~u ~ side Docket m, andrei to jet any debris "~"-* ma>' h~"~ ..... ~-~'* ~' ~' isolation. 1235-!400 CT on s,Jrface. ND shear sub. RD Arctic CTU. Clean location. 1400-0630 Secured well. Master valve closed. Win~ valve closed. ¢ressure test A Sands cement plug @ 1200 hfs today) ".,VOC for 24 i~rs. (Plan to CONFIDENTIAL Morning Report Summary Well WS 1-01 Date: Time: Elapsed Report Time: ':~q hrS Sky: Ciouav Vis: Good Wind: ~v 3,,~n~'~" Temp: 35 F Chill: ~.n F Reporting: Lawson Total Fluid Produced: Avg. Oil Gravity, oAPI' Est. Oll Production: Avg. Sol 1 ds, %: Est. Water Production: Avg. BS&W, %: Lab Gravity, oAPI' Lab BS&W, %: Oil Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Total Shut-In Time: Comments: Of~'~n-t300 WOC A Sands r~m~nt plug c~,~n ,~rum¢ of '~ Sand o~! samples :,~r~ n~cKec! ,ap r0 deliver to Piano Researc~ Center. 1300-1730 Pressure test cemen[ plug. Tubing pressure = 499 osia. BHP = 1933 L~sia. Shul: SSSV and monitor bottom hole pressure gauae. BHP pressure decreased intitialiy 0.2 psi/min and gradually leveled off to < 0.08 psi/min. Plug tested posit!ye. !'~Tn-i-~n-"'~,.,.., ~,¥-,. 0TM,,~ '""~,, ;""""~':~"~"-,~,.~,~,,,. ('~'-'.:~,., RIH wlth T'r~, ,~ ~,,d°" blind box. TT located 0 3407' wlreline r~,,n~ depth. Top t p ~ DIL- depth. Tagged cmt bottom @ 3647' wi =~ ~ of cm lug ~7!.~' ,.--" / 27;'~9 ~. RKB (TTL is i,6' fr-om olind ~ox). :vO~-~810 Otis POOH. Otis RD. 2140-22i5 FracMaster RU on weiit~ead. BHA 2.5" nozzet. Pressure test CT [o 4000 psi. 2215-2315 Fix pressure leak in CT. Re-pressure test CT to 4000 psi. Test positive. 2315-0010 Shut master valve. Wing valve open. Displace diesel from CT w~th N2 to swab tank. O010-0045 RtH wlr..n C.T displacing brine ~n r. ub]ng with N2 for B Sands underbaiance. Estimated FL (:¢ 1655' DiL-RKB. ~.~V~J-V I I d r'tJV~l W ILII L,,, i , Il, L} , Ol i~'-''''~nn., -,,.,¥-,, ~'~'*'"', ,~,,~ OUt- ,.rT, ""~,,d RU H-.,~c r^~, ~, B Sands~.r,n¢ ,orat,ng.', ~.~. $~nd¢-, o,~-,'*'~r¢ orations:~.,,-~,~.4'- 3666' DIL RKB. 0300-0434 Rill w~[.h HLS. Tie-in to perfora[e. Place guns on depl;n. 0434-0445 Pressure tubing for desired underbalande. Gauge=!066 psia, WHP=344 psia (Assumed reservoir pressure 1621 psia, drawdown = 400 psi). "~,~-"":nl.., ,~:,., ,¢.,v Fire guns. Conduct short, flow test r'qee,~ ~t~a~nedo * ~ forms). 0501-0630 Shut SSSV. Initiate snort PBU (Gauge = 1082.75 ps,a, WHP = 546.2 psla). POOH with guns. All guns fired. RD HLS. HLS off location. CONFIDENTIAL ¢"~ Mornin§ Re,~ort Summarg We!l WS1-O1 Date: -..'2 6,,-:~--.;'~ Time: Elapsed Report Time: · '-'.-~4 hFS Sku: :_-:lear Vis' ~3..::,od Wind: W 3~:"~"i... Temp: 35 F Chitl- 30 F Reporting: Lawson Total Fluid Produced: 19 BFPD (B Sands", Avg. Oil Gravity, oAPi- i6.0 Est. Oil Production: 16 ~::~c:?, Avg. Solids, %: ::::.5 Est. Water Production: Oil ~°~+ +~ DS ~? for ¢ ~ ~b. ,.,~,.... ~,, --,- ~8.e, ~ ~S: Avg. Water, %- Lab Gravity, oAPI- Lab BS&W. %: Avg. Bottom Hole Pressure: I !50 psia r.~ 3644 DIL (Top perf 8 Sands;i Surface Tubing Pressure: !---4- asia Total Flow ~ ~me. u.~.--' J~i .':, Total Shut-In Time: COmments: r"~7%~-:"'~Q?? PT i~ibrir:.--*-~* '','* ,,J..- aha reopen. Terminate F: ,~o, ,o P,50~ w/ ~,i~. EQualize ,=-,-m/ v,,/ "~' Sands ~,nor~ PDU - final gauge oress~re 1389 Dsia ,u,,,trapolated reservoir pressure = 1550 psia). See attached report. RD BJ. Cut wireline ,-.s, master valve (Otis assumed *- ' .... _ ,.uo! '.,,:,.'as ir', iubrlc~tnr when mast. e? vatv¢, was :--..-!-~lt) ~ii tn fish i-iriS kir.-knvp, r tnol and retrlc, vaoa~lLq~. ._...~,,- , ... ,..;n RiH w/R.S./5'- ~ ;',,' o stem/'uo; LO=,.,' .-".o RS split skirt. 121n- : '''' '* =... . .--.-.., Unable to latch. Fish dropped into m ~/,_....._,¢ u casing. POOH. !300-~325 ¢..'iH w/ Of'"i-~ ~nd running ~ooi w/' tattletale sneer S~OCK T-O check pocket ,;.~' 3202 WLM. 1405- ! 440 ~' ' -", ~." ~,--.- -t h ' ,..tH w/ ..- ..... ..._. w~.., 3 prong wire graD. 1440- :.53n. __... ~'IH. ...... w/K-KO tnnl w/2.5" R ._,.c' split, skirt. :530- 1605 RiH """ '*"' . r..:.=, w/6" ext.. , ¥,,. / ' i/2" ,_,~-i- i w/8" tray ,:~, 2.5" n ~. 1 7,;~,- ::~nn pl~ v:,/ 3" j~ ~-' nd valve r,~.tchCr Fluid level ,:~, P,,nn' WLM. (3395 .... ,,., ~f'~"~ POOH. iiI~& Sot ,-.~:cner in XN n: ~o .... .... PP .... 18on-:83o ¢.'IH w/u. OM-i dummu gauqe T-2 latch. ~'-..eBp slipping off. Can not locate. POOH. Fluid level ,~ ~'= .... ._ ,, ov WLM. 1830_IO.--= ij ._., ..j !835-!908 i 908- ~945 '-" curt°cu. Ornpped .~ ..... ' ~ . ii:.O on "' ' .... ,~u, nmy gauge i catcher. ,.,PIP '.4.'/ "-'", 3'-' R Patri¢,.¢° rii[rnmi, ..... naiin¢ nl!f nf rmtrhnr onOH. I I I I I ~ .~,i~'. 1%.~ '~I I 'j- I '.' °i'll III I I.%~ I C! ..-I ~ _ ".' ¢; 4 ~- ~-, .' . ~-~._, .-,., ~._, =..iH v;:/ OM- ! ' ' ~"~ -~B. Check pocket, ruOH UI 0'~ '~ ,'~'4 + +'~ i~--.l i6~'u~u:.i.:_4.8 WaS b, pou wi :.h ]:iii.,u: !gauge irnoressi0fl '..;;r.ll.'iws tna~. · '-' 1"-'~,--';;"..--'r~r~ PlP ,.,,, ," 3" iS !--; Putt natnf'.-:er sub ,',~ 3395 ',,,',.,'~ M PNNH i-',~tnPnf- ¢mntu · ';'200-".---4225 RiH w/ catcher. Set in XN nipple ,:.~ .¢.~..~ WLM P'JOH. Decision to l~.ave fish in hole and continue with B Sands test. After the end of the PBU, different tools -".-.., v-~-~.~.-.4.~l -.'1 .-.,-..--.", ' ,,.~.,~..,i ,i, .... ,..,..u, z-_.~z~,y ur~available on ~u~,c.., willbeu~cu ,.,_, retrieve_ fist~. Contingericy if ":--~ ,.:.t~ , ...,~,,~, ~.,,,. oand:, zone cannot be retrieved -;eave fish in hole and bury with ~-...,,,,,/~.~,t in B ¢'" ~- isolation. :.-,oo~,--.-¢-4.~, DU hraidcd !ine to nrcpnr¢ for El Sands swab ,.¢ ...... :., .,~ . ~ ~ -~. -,,~ ~. , · ~ ~-- ~. ".'-'335-C, 63C, Swab Fi Sands ('::;ee attaci-~ed i--e_norts). Avg r~,f¢ ::.-. ig PIPE:,. Elapsed Report Time: 2-4 hrs CONFIDENTIAL Morning Report Summary Well WS1-O1 Sky::_.'-'lear Vis: i_Sood Wind: ESE 5 MPH Temp: ~"-'._:._: F Chill' ~"'~ Reporting: Griffin Total Fluid Produced: "-----'4 Bbis (8 Sands) Avg. Oil Gravity, oAPi: 16.0 Est. Oil Production: ~5 BOPD Avg. Solids, .~: C~.".'-' Est. Water Production: 3 BWPD Avg. Water, %: "20 Lab Gravity, oAPI- Lab BS&W, %: ni! con+ +n nc ~7 fnr C~l bb!s: q.'i 't.-Pdld'llS-,- ~.',,J' ',.,'..J' .,r.,.,t. I ,ua Avg. Bottom Hole Pressure: ! !50 psia ,~ 3644 OiL (Top perf B Sands) Surface Tubing Pressure: i4 osia Total Flow Time: 30.9 hrs Total Shut-in Time: Comments: t:)630-::)63,'.'.: Continue B Sands sv¥'ab. See attached report. CONFIDENTIAL ~ Morning Report Summary Well WSI-O1 Date- 7/30/89 Time: :::~630 Elapsed Report Time: Sky: CiuuuJ Vis: Wind: E~,~E Temp: :~'- "- Chill: Reporting: Griffi,~ '~'P,-~',m,,., ., ~sz~'~wsKi Cumulative Fluid Pro~iuced- ~t Bbis ~i18 Sands) Est. Oil Production: ~6 BOPD Avg. Avg. Solids, ~-'.:~: .... ' Est. Water Pro~_uct~on: ".'-'" 5"WPO - Avg. Water, %: Lab Gravity, oAPI: 17.9 Lab BS&W, %: ""~ ":" Oil Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: i !50 psia ,:~ 364~ DIL !.Top perf B Sands) Surface Tubing Pressure: i-4 osia Total Flow ~ime: ._,.4.-.*. nrs Total Shut-In Time: Comments: o6~r~-!~70 F:nntinue B '~'- '- ............ .=,~nd'.=: swab. See attached report. i.3.%0- ~ -~12. _. . . ~-onfinue._. . R. ._,canos swaO. ¥OOk' ..... '~ gas sampl~..':~' ~ to be anaiy~.n. _... b~J.. ,::.~.'U,. Lab& 2 +u,. b~ S ~ ~.-' en,. to Piano ~uD. i41 .--,_ ~, ~--~--.. , ..-' , .,'~.;~.; Continue B Sands swab. 17r'.,.r'~- 17'?'~ ....... ,-.,,_.rr,o~'o ,-"¥ e swab L.--, '-~,,---,~,._., add ,_.,.-.~I~.~ ars,-,~"-~,,., 3" ,,~c..,.., to.~,,,"" !l-,..,.,"--~* '-~",.,.., ,...,."-" ~"' "D" "~"'"' ? e.,,, , ,,, ~..~, i8 lO-'...-'u'.-.-::, ,--,.esume swabbing with new ..=;.~'.,.uu cup~. · --,r'l,-,~ ;"~r-:-,~ ..---'---., '~ . ._-,~ur,.ed *"ling u, umw. '.,;.,:ith produced oil. · -.,...--~,--......,~._, ,_..,_,nt,riue swabbing. :-'*-- · , ~, .~,- ~-- ' ' Continue ,::',,',.,'.~.i-:.i-,i,~g...rZ-,n~t~.nn of filling nn.."Z!¢ in Drum ! resulted !n cycli,* f~'"" ;arid ':'iphoniP. i~ Of 0i1 tn ar.,d ~'rom drum. -C]ow ".:","¢JS di'.,'¢rt¢,l '+.0 .S.."/'/L~D t;:~ri.f.~. wnii.¢. ~.rouOlesnooting problem then rosumed filling drums. C:i i.-s--0&30 Continue s';.',.'abbino. Filled 4 ,:,~' 6 drums c,u 630 ;--,ours. . . Morning Re.~ort Summary Well WSI-O! Date: 7./.-':, i/i:.,~ Time: :-':.~, --.. n -...' ~l ...,,, g,,, I:'l~ne,"%d Donnr~ Timo- Sky: Cloudy Vis' Seed Wind: ENE 4 MPH - -"4 F Temp ~. f' i 1- · ..., h, 1 ,. Reportin§: Gri ff!n/PrzyDyszewski Cumulative Fluid Produced: =7 . ._,.:, Bbls (B Sands) Est. Oil Production: ~o ~,,_,,~, Avg. Oil Gravity, oAPI- i8.3 Avg. Solids, Est. Water Production: 2 ~JWPD Avg. Water, %-9 Lab Gravity, oAPI- 17.9 Lab BS&W, %::...."'" .... ~ n'l ¢,',, · ,.,], ~nt to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure- !490 psia ,:,~ 3644 OIL (Top perf B Sands) Surface Tubing Pressure: 71 c~sia Total Flow Time: Total Shut-In Time: 0630-0942 0942-!933 Continue B '-"- '~" "' . ._.. . .=-:~r~]'.=: s;,;,ab. See attac?,ed report. Completed filling drums 5 and A Continue B ~' .... r-. - .:,u~IO::: :--:wab. l'~Xx-'.---~nnn Continue B :~:"" ....... '"'~"' ' ............. ._-,uflu~: swab. Took 2 yu:~ sample::: for ~r~utUsi~ by ~.r.:u iab. ..-~. .% .-. ..-,...-, -~ ~ ¢'[ ~ ; - --,, , . ~ ...I~t~.,~_ .,~.,.:,. ~~:,.. c. ~, ~ ~-~ - .[ ¢' r" '-' ~' .'. u. ompleted B Sands swab. Shut ut~a: F;all ':,.'u~vu ,..~:,,,,~ ,:,~, ~) on Flnr~e'-..r:-;~ ; a.,-,, o o dI _ _ ..-.. -'.,, -.-1 : clock Beqan .-: auae preen,, on ~5 sec sampling rate. Pane',,.-.,' ...,: ~ · .-- ... hon.~r, s,'~rflolir,,g -~* c ,-_..~,-. ~t,-,,-,..,.-~i..-. af ".-:'.-:-".-.'Q - ! 1 ! . ...... . .. · .. .... . ........ . ... . , ... . · .. ~ r. ,~ .- · ,,,- . -. -~.,, · . . · ,_ .. -. · '..-.,~n-n.6~n Conducted B '=-'I~,~,' PBU. C;t:INI=IBENTIAL ~ Morning Report Summary Well WSI-Oi Date: Time: Elapsed Report Time: Reporting: Lawson Cumulative Fluid Produced: Est 011 Production: Sky: ~'' iouav Vis: .3ood Wind: SE.- 3M~''~n Temp:-~,"° F Chill- 48 F 54 BO"' ~o ~' ( B ~, arias Avg. 0il Gravity, oAPl' :$.3 Avg. Solids, %: ".. ..... _ Est. Water Production: -'-'~ AVg°~"" · Water, to..- Lab Gravity, oAPI' '7'~ Lab BS&W, %: ?£ Oll Sent to DS 2Z for Sale, bbls: · Avg. Bottom Hole Pressure: !530 ps!a O 364'J 0IL ;T,~.p .oerf 8 Sands'.' Surface Tubing Pressure: $9 osia Total Flow Time: 71 hrs Total Shut-ln Time: · Ill Comments: :'-. Recommend terrn]nat]ng PBU ¢~ i200 nr.~ re;day (8/l; r~anagement concur on terminating the PBU. Otis afternoon to attemot to recover- fist~. .~; ~,anu~ zone scheduled for thursday (8/3). CONFIDENTIAL Morning Report 5ummarY',~=' Well WS1-01 Date: Time: r,-~^ Elapsed Report Time: '~4 nrs Sky: V i s: Wind: SE ~,r.~.~ Temp' :~" F ~'.~ Chill: r~ F Reporting: ,'. awson Cumulative Fluid Produced: .54 Bois (B Sanas) Est. 011 Production: !,9 .~,~,~ ,, inai r~te; Avg. 011 Gravity, uAPl' '$.T Avg. So I i ds, ,o. Est. Water Production: Avg. Water, %: .= Lab Gravity, oAPl' ',,' g Lab BS&W, %:,,,:,"' .. ~ 011 Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: i~? ps]~ ~ 3~-J~ n!L (Top perf R ~- ~-. ................. · .~no._, I Surface Tubing Pressure: 3i3 ps~a Total Flow Time: ~I,. hfs Total Shut-In Time: 7:7.9 hfs Comments: 067F'~- ~ 13F'~ r'~,ntin,,~m n ~nnc PBU I130-1200 (')tls Silcl<.iine on iocation Start RU equipment. ~o reC0v~r f'isn. ~200- ~ ,'-..'~ ',/ego ~+u ~.un., ,~nu spotted ~.~ h01cJ ~uut 1,.,~ur. PBU (Final Plots/Dar8 wi1! be faxed later ~his mor'n~ng}. 350-t448 test Otis iubrlcal:or 'with wetlhead ~r..:.~,,-- - , ........ . RiH wi R.S./~'- i 7i8" ~tem/K..~/OJ/LSS/XO/OC/2.125" L~,~, r-OOH ,>.~ n..', from 5636' WL. ~ 4.48-1610 RtH wi same T.S. - QC/XO/"'"' '-'"' ' '"" · ~,, r,,u Tool/Spring '" '"" ~ ~ ,' '~ x~=." ,~,,, .-' ,, rxd// i;,., ~.u, W _.,.,.,,, Dell culcJe. Work tools ~"'~' -~n, WL ,, ~,,, .,.,.~u to T.D. POOH. Wnrk.,,, tooJ~. .. from ~,mlng~..,~ ~ /.ZD- " "'~'^-'" B. ~'U a.r'~ ~:~pre:~,~ , .~,,. -.vv,,. 1920-1955 RIH wi same T.~ - !955-'2050 RtH wiOC/3 i/2" Merla/2-6" exr. ens~ons/2 !/2" S.B.w/2.695" E, eii Gu~oe. toois from r. ner. uD~ng r.a~i to T D. w~[l~ no prngress. work 2050-22 I0 RIH wi same tool strino - QC/XO/KJ/2 1,/'2." JDC/R,S./-'., ~r-or, a w ~r'e .-"-:'-.~, ~,,. -'OOH. No progress. RIH wlOC/Vn'k',J/'') ~'' c ~ w/ n ~,a:" ~il r'.,,~,~o ~ / '~ "..// /..., .,./ ,~'. I,..,'. .~,. '~/ ~" ,~,~' I...' ,~ , '..,/'~,.4 I '~ '~. progress. POOH. 2245-2400 RDMO Otis. 2400-0630 Secure well. Prepare for fluid I.D./pressure gradient log. ® © q/8" casino. Too-lstr!n.a fish C~n~,~r~ of (from rod :., ,~R";, qt~m/kfj/N~mrm~jlr. ~:arql~p~r~d ,jaPS/QuicR ~'-',-,nn.rr / i'" ,:.hi-.l-i. znrai iend[n nf f~sn ~5' 8" (c)D. c,r k~CKOVer ~001 2.72") Gsuge 9no ia~c.n Decision ~,', finisr, r-ernainder- of test, ~ isolate t,-- { ,v ..... ,~ B Sands .w/fish in hole) and ~ '~ ,i-~ I .... t~I u,~ D Sands. 'When Isolatind the B ~ands, zsnd .~vill be placed I0' above fish w/lO' plu~., u,"~ cement ~,,~- top of ¢~, ,~. ~sh, will be ~'~,', ~,,,. ered w... hen well ~s recomp~-~d w/Nordlc ('~r'~l ,-~r p~, .... , ,~ ....... ,, ,.,,,. ,jg and ',rash over fish w/large nD ~hnu~ tO0j ~ CONFIDENTIAL ~ Morning Report Summary Well WSI-OI Date: - ?"3;$g Elapsed Report Time: 24 hfs Sky: Cioudv Vis: Good Wind: SEg,~:'~°" Temp: -t,~? F Chill: 3~ F Reporting: Lawson Cumulative Fluid Produced: 54 8bis (final B Sands) Avg. Oii Gravity, oAPl- '5.3 Est. Oli Production: i9 BOPD (final rate) Avg. Solids, ,o ..... Est. Water Production: C' ;;W.~L') (f~r~a! ~-a.r..e) Avg. Water, %: ':;i Lab Gravity, oAPl. '7.'~ Lab BS&W % '~ ^ , : u..' Oll Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: !5!7 psla :.~ 36~ OIL (Top perf B Sands) Surface Tubing Pressure: 3 i3 psia Total Flow Time: 71 hrs (final) Total Shut-In Time: 3~;..~ hrs ;final),, Comments: 0630-0900 Secure we!!. 0900-0905 '_rS. teed WHP to zero ~n orepara[.]on for FlUid I D./Pressur'e 0905-i005 Carnco E-line on location. RU lubricator. I005-1010 Pressure test lubricator ~ I O0 psi. ~' * , es~ positive. i'035-1155 POOH with rapacl,~n~-~/cm log fa ~r~ FPM. 7ied 1,q *.~ '*"~an ,.',ali '~ ¢"'**~¢r'0~ of +4'.). Brine/Oil ~n~ertace detected ca 2230 DIL-R'~:6. C:,~!/N2 !n[erface ,3e(e,:teo ,~) 426' DIL-RKB. i55-i3'",~4 Rill to 3644' DIL-RKB. attaced worksheet). POOH to surface while r uuu~d,na pressure profile ~.~ee 1344-t'400 RDMO Camco. ! 400-0630 Secure well. morning (8/4). The 6 Sands zone ~solation nas t3een scheduled for ear!v Fr'-day Perforating the D Sands wiil be scne~]uied for S~jnoay CONFIDENTIAL Morning Report Summary Well WSI-OI Date: Time: "-:',-".. O Elapsed Report Time: '"Ed hfs Sky: Vis: Wind: Temp: Chill- Reporting: Lawson Cumulative Fluid Produced: 54 Bb is (f I nai D Sanas) Avg. Oil Gravity, oAPl- Est. Oll Production: 19 B0PD (Yinai rate) Avg. Solids, %: "'..'.'.2 Est. Water Production: _~wpu (finaJ .r-a~e? Avg. Water, Lab Gravity, oAPI' ~,- 9 Lab BS&W, %: 0.2 011 Sent to DS 2Z for Sale, bbls: ....................... ...ancjs) Avg. Bottom Hole Pressure: i~17 ps]a ~, ~A44 nil (TAn p~rf R: " Surface Tubing Pressure: 3 i3 os]a Total Flow Time: 71 hrS ,, ,rlal) Total Shut-In Time: 37.9 hrs (final) Comments: well g~u~,~ ~ ~-.~nn~ zone isoJatio~ w/service companl~ scnedu!ed ~o arrive ~ 8:30 t~]s morning. CCINFil]ENTI,~L ~'~ Mornin§ Report Summary Well .WS 1-0! Elapsed Report Time: £-"4 hrs Reporting: Lawn-.on Cumulative Fluid Produced: Est. Oil Production: :st. Water Productlon: 0il ~o-*~,,, to ~n~ ~? for Sale, bbls: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Sky: ~_-.iouau Vis:~uuu~-" ...... Wind- ':'= '~'"'~:' Temp -'~:" Chill- 72 Avg. Oil Gravity, oAPI- Avg. Solids, Avg. Water, Lab Gravity, oAPi- Lab 8S&W, %: ~hu,-In Time: Total Comments: Waiting on Arctic CTU to arrive on location. .~.~ ~_.,..:c CTU on location. RU. ;243-1325 NU 2.80" nozzle on CT. Pressure test CT to 1000 psi. Test positi:..,.'.e. i 4i (.'.'- ! 5 1 0 '~"~'~' ' '" ~'" . ruun to put or~ .--'.2 nozzle. On surface. i.-_,4.::,- J.~4.~ t'u to 3430' (iDiL-~iKB) TT cieptn. Flag CT. '._. ,._,.~u ?. H to PBTD tr,_ ,,--,-~fu,,,~,, ._. tie-in. Tagged PBTD ,.'~_ .:.o/I' Tie-in positive. I~.58- 1635 POOH. Stop ,'~ =.n75. Kick on pump to di,'n~ ,. ,., ,, , , .:.< . '.SD pure ,_,,, ._, ._ . .... ~,,ace oil from +"~"~ ps. ,~ispiaced to swab tank. T~-i~n~f~r fluids from ~,.,,~n +:~ tn dr",n BB! ; F,._'..-'..5- ~ F, 4% F..'iH to 34%0' .......... ~.uDu]nt flag..F..:iH to PBTD,:.~,.::,o,,'I ('RKB-DiL). pU~O ,o362, 643-1700 ~3owei! on location. RU ~'-, .... ,. L.,UF.,,e~. Cona~Jct pre-job ;-neetin,~. 17nn ;725 Pressure **" ~ ' ' E~l~.,,? uull ',.:al"= ~s,. Dowel!'s ~ines. Pressure test to .~:~nn ..... ~ .... ~- sn ...-- .?.-.. r ...... - ......... ..~ p::, i. ;' ..... * .... SD. Fix val'/~. ~ 7'~,- ~ 730 Va!u~ replaced 'Pr~.¢~ljr~. test lines to 3200 psi Test pnsi~i"; · .--' ~ ; . . , - o.._ . , : ..._..~. ~ -- _- · . .. · ._ . .. '., ,... i730-i738 Prepare for rate-oressure test. Lost suction on Doweli's Dumps. Seats on valves shot (performed acid iob the day before).. Hot shot E~arts from Prudhoe Bay. :SD waiting on parts. ~ 73ti-- ';850 Doweli's pump neais_ ar~ved. Pressure test lines to ..,._..~.~r-,.n .... psi ~"~'*, ~s,. positi:,'e. i850-~9!0 Perform rate-pressure test. Rate CT Pressure 1.0 BPM 500 psig 1.5 BPM 1490 psig 2.0 BPM 2300 psig BHP(Gauge) Pressure 1460 psia 1469 psia 1545 psia l 910-1920 Pump Sand SI,,~'-'' '-'tage #I ',,/nil,mn f'9 nnn c-~nrt/c-anv,.;nf nr~ = ! 1 BB!c' Sana: 847 ~ Fill (theor]t~c:ai)- i8' l q '7..'~'~- ln;,= ~ ' . _ .... ~...-..~ Pumped 8 BBl.=. s~urry, pil CT ~ 26 FPM. i "~ x'.'.'- i ?: 5-5 S i c h o k'e W a i t ¢.-,.- -- · +, - ,-.. - --.-.-- . . ,,_,f sand ~.u s:_=:t.,.~e. ,'-? ": "" ' c., ,_.-- :,. ,_.T tram 3,530-3450.. '),:)C'~%-";'r:~C'~ PU CT to 36;)3'. '2003-'.---."005 Purno Sand Siurru Si. doe ¢2. . Volume (2 ppg sand/seawater) = ,_, Sand = ~o.-- Fill (theoritical,, ~.-'..~ 2008-20~5 i0 BBls f!usn gone. '.:-.:i .,.',.~, choke. 20 i5-2o.--:..-q-.__ RiH +o taq sand toD. Taor~ed fill 363.-'..' (:::: i"'"' i~iqher than e;?..;~,ect.~rJ.,h''--" Sand is ;=t the e:..::oct l ..... t 0 ......... e,,'ei pl ........... ~ ' ' a~u tar sand DIuQ. .: prior . 2035-2.058 c'U to ~.=r-,,~. r',-,.d,,¢-.+ pressure ieakoff test. P , re~.:,ure CT ~ill EHP = ..:,,., ~ =. ~,sia. ! ~' '--"'I~,,-/'~'' · ~,,."~I~l I ~J'~4'"..,' ~ :o ~ ,~I~- ,~ ,,,.,,1 ~,.. Close choke. Monitored pressures for 5 minutes. Pressure fell off only go ,l~nnnthc. t¢~:t Verified pc.rf.':: are ,-o'.,¢.rc.d P. IH tn tag sand ,'T tagged sand :~, 3633'. ..-. uCu-..--"*'~'=° "-'~, .-,.~,~ POOH with CT. Waiting on Otis slickl~".c.,,,... utis on location. RU .,,,,,ith ".' f,=,., blind box and -r-~, '-'~' tO · --..~.. ,, L (d~stance from .,, ,~ blir;~: ;.~..s::.: 2220-2230 R!H with slick, line. Tagged TT ,¢, 340 !' '2230-2235 Tagged sand top ,.'~ 3604'. Delta = 203' + t.6'= 204.6'. V'erifled >':and top is at 3635' DIL-RKB. Prepared to place cement plug. '~o'¢=-2.'-...or~ RDMO Otis/Hot Oil--;~'"- ,. · .-.=..,._: .. ~ ... u~ ,.-. uowetl .',.except personnel. "-,.u mi~.., cement.). 2300-234O 2340-0 003 RU. CT. , on wei~ho.*,*.,,._.,~,. Pressure test rupture disk. n~.~._.,._,,., r,,Jptured ,'~,..: ...~4on. ~ psi. Startea mixing cement. NU Cement manifold to CT. C,003-0110 F'umped 42 Qall~n~. of cement in CT ~" i0' in 9 =/°'' .~ ~ ~ ,. . .~,,u c;,.a- cement '- ~ .. · . .. ,.up .:.hould ue ~I 1 3625' DIL "'"'='"' -~.. r',,u !. W.'"Ui. :_--;et i iag ,'~' 34.2,2....' .... ._, -,._, L: + ..-.~, "cmt sub ,~l~ot,} ,,. 3531 - ~.- i i ~i f-..._.. POOH w/CT. Pump .,'~, 0 5 BPM to Keep noie fuii. Wasnea SPM. Ol=,?--::'.'i"-'nn '-"" surface. Close choke. Pressure tubina toBHP = i6ir:,psia. Si ~.~,~. "t,,,'OC .... ,.., ..." .... L-i orl ,. - for-.--, '~ ''~ hrs. 0300-0630 'Secure Well. 's.,'OC. CONFIDENTIAL Morning Report Summar Well WSI-OI Date: "'6/8.9 Time: Elapsed Report Time: £4 hrs Sky: C~oudv Vis: Good Wind: c 6 MPH T emp: = ° F Chill' ~.F. ? Reporting: Lawson Cumulative Fluid Produced: Est. 0i1' Production: Est. Water Production: Avg. 011 Gravity, oAPl' Avg. Solids, %: Avg. Water, %: Lab Gravity, oAPl' Lab BS&W, %: 011 Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Total Shut-In Tlme: Comments: 0333-0600 ~-messure test ~, Sands cement pluq.v Pros.mire. ..... ~uDlnq = '~,~"'~'~"' ' CiO~,e '"'" ' WHP 512,9 Dsia, Shut. SSSV. Bieeo surface Monitor BHP. After ~ ~ z.u hrs, BHP decreased z u~. ,~,/'n~,,, ~,,~ was ,:;r~u~iiv leveling off. Plug tested positive. ,~,,.~, ,....,.,~.,.. uali?e .~-~n~= and ,~n cctV. Prepare for D c~ perforat,,,~ ~r~,,,,.'~ ..~,t n~ ~'nO am thiS mnrn~m schedule, m~ ~ ............... g). Date: --/7 Time: "530 Elapsed Report Time: ":24 hrs Reporting: L;~.wson/LeO!ow Cumulative Fluid Produced: Est. -Oil Production: CONFIDENTIAL Mor~.~.ng Re,or~. Summarg Weii WS!-Ot Sky: Vis: Sood Wind: ':' ~, .... ~"' T emp: 5.-:_=i F Chill- Avg. I:ti1 Gravity, oAPI- Avg. Solids, %: Est. Water ProrJuction: Oil Sent to DS 2Z for Sale, bbls- Avg. Bottom Hole Pressure: Surface Tubing Pressure: Total Flow Time: Avg. Water, :~: Lal~ Gravity, oAPi- Lab OS&W, %: Total Shut-ln Time: Comments: 063C,-0905 WaitinQ on A~ ..,.ir: K.'T!! to disDiace ?',~,~ng "',"/~,12 ~, ~ to ............ ._. - -. - , ......... ~r, or D '._=:an~s ~;..-~,ng. Arctic I-:Tit ,:-...~ u,J on iocation. P..U. PressLlre ~.es~. L. ~ .-,'v/ f:J'2 ~.f. i"..200 r~s'.,. ..3ositive. ! .~.5_ i ".: r", r'.._ v .j L-'? nn.., c:urfnr-"--. ...,'.,ii-.1R.i Crnm i-;T .;',ii i R,! r...n ,~,~,.., ML!=; on ]ocation for oerfora~.~na, rru.-_,._-.u~ uf. il.4bF~i_:~.~ · -_. ¢~ositive. !530- ~6'20 : I~lI~i~ ~ll~OI¢l i .oi ..4 -..i-i . . ...Ii;.. generator to HLS. F,:i H ' ' · '" ' -- ~ - , ?;',,' ~3un ¢i. Tied ili i i ,~ oerforate. · : .... QUn - ; ' Ii ~" ~ t I i 1 ,'--' _.i- ~ i. ,.. rate. -__-:i IUI J. i I U ?'1" I_i~-I I ;..u-!740 Shut '-'""-"" i,,i,i~.t,~,~ Short r-,nil :,' .............. · ,,. :.I0 pre-~',r'' h,,ildup nn 8HP '~.~"~° .... .. t.,aultH cap). 1740- t 745 Gun # ! on surfnn¢.. Charqes did not fire ':- ' ._ Redress gun '* i. ~.:iH w/gun ¢ ~. Pressure uF.~ tubing '?v/ ~,~; equalize and open .:,::S',/ ~ ~.. - ,-,~.-, , ,,:~4p ..;,ar.~ psi°. w/N.-, olu. ed uressure for underbalance. BHP (Gauge) - i v(;o ps,a, ,,,,,,- = .- ...... Tie-in ...... =' ,_-iui t !. flow rate. !926-i939 Close -'~'-' ' ::;'.:;.~\:. initiate si~ort PBiJ. surface. All nharqes fired. 6HP increasing siowiy ¢"-'"" : .,~u~,:~ , ire6). ;_$ LiIi # ! ~-' +4-~""~ '"~-~+ PB!~ ¢, .. .. ~ ,4 ~ .4 +- , .... '-"*ate P=" " ~=' ~''~ 4' ¢]~k . ,~t ~*"~ed plot"" storage ~"::e~. ,~ +u.._.,, o,,. ','-' i ,,-.,n-.-,-., ~44 F,'.iH .... ' . ....... ¥,,,/ gun ,¢..-., (3579'-3589' DiL-RKB). Tie-in to i~ 6ieed o---'-": for orrect. underbaiance. I II ....· ' ' -. I iL.-UiJL t-'1 C:-O-DLIi m.. LiLtl i,_lLip Ul COl · '.-, .'.'., -'..'., ~, - ,'"., .F, % ¢~ F;i¢~.Olt]g .... WHP fn ~tmnc'nCr~c_.,,.,,~..~.. . Cv,..'r,~ie:..,... f~-l~ilr,,f:~irtlt't¢,..... . ., a ...-)z"~t;~.. .. n,:-~..., iIp.,icrn;~i~.p.,se.. ....... ,Dr! t.qe g Sands). Estimated r~ates from 8HP ir.,crease ).'--'; oprox~mateig i0-'.20 ~OPO. ,,.'ER",.' PRELI?!!!~IARV. Swobbing wiil verifg rates. CI3NFIDENTIAL ~ Morning Report Summar~~ Well WSI-OI Date: Time: Elapsed Report Time: 5ky: ' ;ouav Vis: F.~ir Wind: 7 , Temp: Chill: == :, Reporting: Lawson/Led!ow Cumulative Fluid Produced: 8.6 F__,BL5 (since iast s?.r'ao ~.~ 0300) Avg. 0il Gravity, oAPi: ' Est. 011 Production: Avg. Solids, ,o., Est. Water Production: ..--. '2 8WPD Avg. Water, %:" Lab Gravity, oAPl. Lab BS&~, %: Oll Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: !! 3! ps]a ~,) 3579 D!L-P.~B (Top D Sands r;.er-f ~ Surface Tubing Pressure: ~ ' os!a Total Flow Time: Total Shut-In Time: Comments: 0650-0816 Otis on iocat]on RU iuDr]cal:or, oressure [est Dosi~ive). ~IH w/ two ,:]uiberson MV swab CUDS. iuor]cator r.O 2,300 0816-0630 Swab D Sands (See ac~au~u swab shedules). ACqUl~ cd ':~,, w'ellh..¢d gas ..:.ampJes (two will be ~n~' *~,u Play,u, ,uu~ '"~.,. i 11 be analyzed by k.R,~'" ' lab *~'"~,~ ,. CDNIZiDENTi ~,i_ Morning Report Summary Well WS!-0! Time: ,-'-~ F, ;~"'~ Elapsed Report Time: -I' Sky: ~_-.!ear- Vis: :-"--xceii ant Win~l .... : . ::~ ..-' iiPH Tamp: 52 F Chill' =._. i ~ Report i ng: _awson/Led! ow Cumulative Fluid Pro(iuced: 12.2 ..5~BLS ~since last strap ,~ 0425) ~ Ay§ Oil Grav oAPI: ;= '= '"","'~' .~-.~ --' ...... ": . .., ...,.~.. ii'=,'";",/~,':, ~.. i ~-,'.u ~f" Z," ;"~";!'-' i ¥',", ~_. :~:Z,~. ~ ~IJi.."'i i. Est Oil production: = '~ ~'~:,"', '" . ~ ~,~,r :... (Total. avg., Avg. Solids, ,~.~- 2.~.. (T'-'~,.,,.~l ~'~,g.) = '.=, mr, or: ~!Si "-' r., ~ ,'c~-,,..:-.. ~.=,?+ .-,-_.~.,,-.; Est. Water_ Pronuction:. . _ . ~". ;:~_. _F, ",',, r-'- r".. , , ~"7,;..,;~i....~,,..;n ~ -.. Ava. wa~r, .:.~- : -',,,,,,-'pr_) ....... ' "--' . · .. _ . Lab Gravity, oAPi: j7.5 0il Sent to DS 2Z for Sale, bbls: Avg. Bottom Hole Pressure: ~!3! psia ,:~ 3579 D!L-RKB.(Top D '.Sands Perf') Surface Tubing Pressure: 13 psia Total Flow ~]me: .,~...- hrs Total Shut-In Time: Comments: Sands ~'Co.--. attached swab & fluid forms). Started filling dn.~m "I ,:~ ,.'.')445. *-' Tile total proo~Jctinn/rate w~ aoi~jr-~T~.d since iast report. The fi~Jid neao ir; ~-ub~no establisneO ',,:Ybile Oteeoing WHP to zero prior to swabbing was not acc:ounteO Date: =_=:/10/89 Elapsed Report Time: CONFIDENTIAL Morning Report Summary Weil WSi-O! Sky: ~_-:iear Vis: S:...--:cei ient Wind- S "-.'" ,..,r.,,~irn Temp' 52 F Chill- =! F Reporting- L;~.wson/Led!ow Cumuiative Fluid Produced- ".---"; .... n 8BLS (since iast ~.'-'~,.rao ~.~ 0507) ~ . .. ; , , .*~ ~:~. , Avg. Oil Gray., oAPI' ~ :~.::.:: ,.¥; '.,~, ~. Tc.-.ta~~*':'--:, ~.,~'" 6. · ~., ,-. · ! ,:.;,.. ~;;,! ~ ~,- Est. Oil Production: :.:, 8 o,~,,-... ,- . - ....,,~-~ ~ uUru :.i ntai Avg. Solids, %: "" "' ;"~'~" ;~t._ Water Production: ,", .~, F,~,,'.,'';'n ,:~?,tni ,:~:--'o-.; ~ - Ave. Water, "'-~ .-.. z-, :'-,.',-,t,i ~,,..,,,;, 0.'2 BY',:PC) Lc:~r!ce iast r-eoort", ~ '.Z ? "'~irice ia,.::t ;--,=.F,~qFT; Lab Gravity, oAPi- 17.5 ::'",,./ater ~ree) Lab DS&W, %: = "'?-I = r.. ', ..'..=u i *'"' CWater.,. _, ~.2,.¢., ~--'....' ~. Oil Sent to DS 2Z for Sale, bbls- Avg. Bottom Hole Pressure: i !3! psia ,~ 3579 DIL-RKB. (Top 9 Sands Perf) Surface Tubing Pressure- 13 asia Total Flow Time: 70.2 hrs Total Shut-ln Time: Comments: · ....,,,~-,.....-- : -,--,~i . .~. ,~ ..,.t.~..e ~. .,,., .....,,,~...~, i-..--.,, -_. i! ~.~ll,..; ,, ~,., , ..... .~,, .tI,~.,,.. -_ to ¢~nnn Acqulreo L=; flew weilhpadqa:~; samples ,'":' "hr r-'~ano). ~.r~,,,,~ous L; t"tl I'. samplp.~: w~.re confirmed ir, he contan'dr~ated with air r..'u ,'.~u'.:; ];.~O Pr~iimi;-.,nr~ analysis of new samoies indicate reoresentative gas :::0mo0siti0tl [sae ....... '"" ' [nrr'iOFFO ..... ret:~ort). Final analysis from ~--...~..u lab ',,,';.'iii be ir~cl,,ded i,-~ ,.?.'.-; 'l III t~ Il I°'*'4- ,,,.,,i - n,-, u..- ~847 RIH Panex gau:_,.,_, in preparation of maiorPBU. '-"-* ~ ., .~u,. ,n ;:.,',l n~pple. is sheduled to begi:-,, ::S. I~43 hrs todau ''':~ I, ,-, %:---'¢ . . . Elapsed Report Time- CONFIDENTIAL Morning Report Summary Well WS1-0! 24 hFs Sky: ;-_.loudy Vis: Wind: '::-:E 6~,rn:"~" Temp: "~= --I", ._~ F Chill' 37 F l~-porting: L.aws@n/L~.dlow cumulative plUlO ~roeucea: :z~..,-'_, DDLr_-, Est. Water Production- ~"~ R ~ ~...,,;' pn (Tnf ni ~,,;n '! - AV.~.. W~!_t ~r,_. _ .,~-. -. ~ , Tnt:~; ....... :~.;,,n.....~ 0.4 ......... .._ . · o','¥h"U (.:.:;inr:e last ;'nDn:-T :~ .-_,..--" ,.:.-J~,,r~ce ia::;t t'ep0r.'.'.'..' Lab Gravity, oAPt- ~-',....=, ,",,,',,,. ,:,.er tree,~ Lab BS&W, %: .:=;.. ,,.::ul~ds), o.O (Water) 0il Sent to DS 2Z for Sale, bbls: Avg. Bottom. Hole Pressure- i448, . . psin_ ;~. '~=.Tq...._,, _. DIL-RKB. (Trip. _ D ':ands_, F-,~rf"~. ..,.., Surface Tubino Pressure: 35 osia Total Flow Time: 80.2 hrs Total Shut-ln Time: I? :=: ~'.r~ · ..-'.~.: ! f~ .~, Comments: 0630-!643 !643-0630 .:..w~.n D Sands (See attached swab c:.-. ~':,,id fnrm*~ 6.'ecoived .,,.-...-,~l~,oaa g*o .~,-,..~;ysio from KRU !ab (See attacnment'~ ,,' uuta). 8HP('-" ' '"' .... "--.. . ,~augu,, = i no0 Shut SSS'.,.'. Start n Sands ~-~uior Pau (See attached plots "~" .... psia WHP - i 4.2 -,~-" ' , .~,._,la. RDi'IO Otis slickline .-r'laneod Donnr+ T;mr~- Reporting: Lawson Cumulative Fluid Produced:-' '' ...--40 EiBLS Oil Sent to DS n~ for c . ,_,.. ..ale, bbls: Avg. Bottom Hole Pressure: Surface Tubine Pressure: 33 Total Flow Time: ;--:","~ '" hfs GUiliilIGI! L~. 0630-0630 ,-',,nTinued F'~ '._z;;~n:~S ;"'!~1~.7;r' F ,_ · ...... -i- ~.. C-ONF!DEN, Morning F.'eoort Summary Wei! WS!-O1 Date: Time: .-.= 7:.,, Elapsed Ro---* T~me: bKy: ..... Vis' iSood Wind: SE '--' "'~"' ~ emp: ~ '...- Chill: .3~F Report.~ng: _:~v...,son Cumuiative Fluid Produced: ...::4F~ ~JBLS Oil Sent to DS:.~'~? for Sale· bbls- Avg. Bottom Hole Pressure: Surface Tubing Pressure- Total Flow Time-;:~0.'£ hrs Comments: ' 700- ~ ;...,.~,"- ~duaiized_ and oDe. r,, :_-,:_-,::'-'-:-"' :v ::_;.:~'- r...,,.,,, opened ,:,~, , :~ !II. -~.,m,..--. . · :?,'hh' -.::,.-_:..0 ® · 20'26-.-"~yo ~. H ~.o Poiu ~.o verify .o ~U :--'! : :;;.,'. ~-:ement too '¥¥a'-' · .., v~ri~ie,] -'? 3~,Z.."4' D~L-F..::""' '-'lade ,-' ' .... ~ i.~i .,,~,, .--' ~ -,---, ...... .:,d,,,~I u~ ~.~i'iSUCC~..:,S~ 'a,.~.,;ii~i..'~. :u :.i~;~._ uc~u :~u,.~.u~,~ : i:i,~; ;j:. - .r_,uB'.,. :.,:h~---,':nr,~: ' ;-: ---,-r r-. F.~ull ';.:..-'t e. XC ..... ,..., u,...',, "-- ~-..:-.. ,,. ¥'.,'..~,,,~ ru,_.'n tFOi","I r~.~ ,..,. , . ~RM",~ ':':";'"~ ¢,:']i..:, ,;,,:~ ..:.....~ ..."... :_..,_ .';u . . ,--:..,, ~ ,' ,-,-,-, norf ~--~1tl {J {l! ~.''.-~ , '...":,:~".,~".'-."),;;'4:, ,.~.'JH ~n r'g~ u. Loo p.ressLire profile ,,.-?hi~e - :..,u~.u-.. i .... Camco OG SUFTOCG. Ti ' Vis: .- .... Wind;-- '-:-~ ~"!F'~ Temo: A~ F Chill- --.z .: Cumui,~iive Fluid ProUuc~rj: CSt. Lab BS&W, ~: Oil Sent to DS 2Z for Sal'e, bbls: Avg. 8ottom Hole Pressure- Surface Tubing Pressure- Flow ~E~ECOPY NO: (907) 276-7542 June !4, 1989 T. M. Orun~n OperatiOns Representative Kuparuk River Unit ARCO Alaska, Inc. P. O. Box 100360 Anchorage, ~< 99510-0360 Re: West Sak 1-01 testing program Dear Mr. Dru~nm~ The Commission has reviewed ARCO's plans for testing the West Sak 1-01 well and find the program satisfactory. The Commission considers this to be initial testing of the WS1-01 well and therefore the venting of gas is permitted pursuant to 20 AAC 25.235(a) (2). We do request the submittal of a form 10-403 s~mmari~lng your test program, and the follow-up form 10-404 when testing has been completed with the daily reports of well operations required by 20 AAC 25.070(a)(I) and a sugary of your testing results. / '/_..-' ,,. ~. Lonni~ C./S[~ith Commissioner dif:t0.RAD.3 WEST SAK 1-01' TEST OVERVIEW AOGCC MEETING JUNE 13, 1989 CONFIDENTIAL RECEIVED 3UN ! :~ 1989 ~las~ Oil & Gas Cons. Commission '-~ ~horage WSl-01 WELL ,,, TEST PURPOSE "VERIFY THE FLUID/ROCK PROPERTIES AND PRODUCTION POTENTIAL FOR THE A, B, AND D SANDS WITHIN THE WEST SAK FORMATION." OBJECTIVES BY ZONE · DETERMINE STABILIZED FLOW RATE · COLLECT DEAD OIL AND WELLHEAD GAS SAMPLES · OBTAIN PRESSURE BUILDUP DATA WS1-01,GENERAL TEST DESIGN PERFORATE THE INTERVAL~ UNDERBALANCED CONDUCT SHORT PBU ~R FIRST GUN RUN QUANTIFY INITIAL RESERVOIR PRESSURE VERIFY DRAWDOWN FOR SWABBING CHECK MECHANICAL INTEGRITY OF BHA APPROXIMATELY 2 HRS TO COMPLETE STEP FOUR: CONDUCT FLOW TEST (SWABBING) DETERMINE UNSTIMULATED FLOW POTENTIAL COLLECT DEAD OIL/WELLHEAD GAS SAMPLES SWAB UNTIL A STABILIZED FLOW IS ACHIEVED FOR 24 HOURS (5 DAYS MAXIMUM) STEP FIVE: CONDUCT P~ BUH',D~ TEST DETERMINE IN SITU PERMEABILITY DETERMINE SKIN DURATION DETERMINED BY SURFACE READOUTS STEP SIX: UTILIZE CTU PACK SAND 5' ABOVE PERFS / 10' CMT PLUG ON TOP OF SAND ~ zo~ w~ ~o~ ~ ~so~~ R £ £ ~ ~ ~ ~ ~ WS1-01 UOMPLETION/TEST ASSEMBLY ~ 9 5/8" PRODUCTION CASING ;7" GLYCOL CIRCULATING STRING 3212' TVD -~ 3-1/2" TUBING TO SURFACE 3277' TVD -- SSSV VALVE j'"_ PRESSURE/TEMPERATURE GAUGE 3284' TVD .~ (WITH SURFACE READOUTS) 3330' TVD-- SIDE POCKET MANDREL C/W PRESS/TEMP GAUGE -' (WITH SURFACE READOUTS) I I I ~ X-TRA LONG POLISH BORE RECEPTACLE I I I I 3373' TVD BIII ~ OTIS "X" NIPPLE % ~' PERF PUP ~ OTIS "XN" NIPPLE ~ WIRELINE RE-ENTRY GUIDE 3437' TVD - WEST SAK FORMATION ;"" .... 'i ......... ;;:;;::::;-i '.3574 TVD :.':.:::.:.':.:: .;.:.-:: .?:~ :.:, SANDS 42 GROSS SAND .;,.,..,, :~...::~:.~:~:~:~:~:~;~:~:~..~:~:~`~:~:~;~:~:~:~:~:~;~::: :'.';:'.'.::'.. ................................................... .....:~..~::~..~::~...::~...~.:~...::~..;:~...::~:~...:::...:::~:::~..~.:~..~::~...:::~:~:..~:~:..~:..~:~:.¥¥:::~ ................................................ ~';.'!i';;!:"":':"'":'~ "" '-" "" :" ;" "" :" ;" "" ;" ;" ;'~ ;" "" "" ;"; ...... '" ;"" ................ ~~;~:~~~~:~;~:~;~:~;~:~;~:~;~:~~;:~;~:~;~:~;~:~~~~:~;~:~~~~:~;~:~;~:~;~:~;~:~;~:~;~:~;~:~;~: :..:.'...:.'.. .................................................... :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: :':':':':':':':':":':'":':':':':":":"':":"':' :::::::::::::::::::::::::::::::::::::::::::::::::::::::;:":"=A .......................... ' ......................... "" '""'"'''' ...... '"'"'"' ..... '""' ....... '"' ......... ' .... !:'~'~;~-~;"'~'~';~;.!.':..':'.';.:..'::.::'., ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: SANDS 331 GROSS SAND :: .:.....~ ;.....?.~ ;.:..i :.::.~ .:.:,i ::..i ;.;:i ;.:..i ?i ;.::i :i,i ;.:..i ;.....! ;.:~ ...:.?i ~.~ :.~i :`,i :: i-"~l't,,/MO /V I../~/".-"_.'":i':'".:: i;i~iii~::iSAND!i:;iiii!!i:i;:;'_:'.:;':'.'. ........................................................ ..., ......... '..~...'..~..'..?..,: WSl-01 PERFORATING INTERVALS MEA~UREI), DEPTH DIL-RKB 3574'-3589' ZONE THICKNESS GUN RUN D 15' 2 3593'-3613' D 20' 1 35' 3644'-3673~ B 29' I 3686'-3703' A 17' 1 3743'-3745' A 2' 6 3747'-3750' A 3' 3756'-3760' A 4' 3769'-3773' A 4' 3795'-3806' A 11' 3817'-3819' A 2' 3826'-3840' A 14' 3858'-3871' A 13' 3898'-3901' A 3' 3911'-3916' A 5' 3989'-3993' A 4' 3996'-3999' A 3' 4001'-4005' A 4' 89' 4 3 2 TOTAL 153' NS~cO1 {NEST SRK] ! · I00,2.7 3.7 ~ ................................................. ~- ........ SFLU OHMM '1 · [00.! ,7 2.70. [LM OHMM I RHO8 0/C3 I N[NV OHMM · [00..7 ! .70. [LO OHMM RHOB 0/C3 MNOR OHMM 20. WSl-01 WIND CTION 80' 180' · · FROM 65' -~- 200' r WELLHEAD 155' L % L MICRO DISH LAB WS1-01 TEST TIMING RU EQUIPMENT 7/5-10/89 TEST A SANDS 17.0 7/11-27/89 ISOLATE A SANDS 4.0 7/28-31/89 TEST B SANDS 17.0 8/1-17/89 ISOLATE B SANDS 4.0 8/18-21/89 TEST D SANDS 17.0 8/22-9/7/89 FREEZE PROTECT/RD 7.0 918-14/89 72.0 7/5-9/14/89 WEST SAK 1-01 TEST OVERVIEW AOGCC MEETING JUNE 13, 1989 CONFIDENTIAL WSl-01 WELL TEST PURPOSE "VERIFY THE FLUID/ROCK PROPERTIES AND PRODUCTION POTENTIAL FOR THE A, B, AND D SANDS WITHIN THE WEST SAK FORMATION." OBJECTIVES BY ZONE DETERMINE STABILIZED FLOW RATE COLLECT DEAD OIL AND WELLHEAD GAS SAMPLES · OBTAIN PRESSURE BUILDUP DATA wS!-01 GENERAL TEST DESIGN PERFORA~ TttE INTEEVAI.8 UNDEBSAIANCEB CONDUCT SHORT PBU AFTER FIRST GUN RUN QUANTIFY INITIAL RESERVOIR PRESSURE VERIFY DRAWDOWN FOR SWABBING CHECK MECHANICAL INTEGRITY OF Bt-IA APPRO~TELY 2 HRS TO COMPLETE ~P FOUR: CONDUCT FLOW TEST (SWABBING) DETERMINE UNSTIMULATED FLOW POTENTIAL COLLECT DEAD OII. YWELLHEAD GAS SAMPLES SWAB UNTIL A STABILIZED FLOW IS ACHIEVED FOR 24 HOURS (5 DAYS MAXIMUM) STEP FIVE: CONDUCT P~URE BUII,rIUP TEST DETERMINE IN SITU PERMEABILITY DETERMINE SKIN DURATION DETERMINED BY SURFACE READOUTS STEP SIX: UTILIZE CTU PACK SAND 5' ABOVE PERFS / 10' CMT PLUG ON TOP OF SAND D ZONE WILL NOT BE ISOLATED WS1-01 L;OMPLETION/TEST ASSEMBLY e----9 5/8" PRODUCTION CASING ~ 7" GLYCOL CIRCULATING STRING 3212' TVD :_- 3-1/2" TUBING TO SURFACE 3277' TVD ~ SSSV VALVE I===_ PRESSURE/TEMPERATURE GAUGE 3284' TVD .~ (WITH SURFACE READOUTS) 3330' TVD - SIDE POCKET MANDREL C/W PRESS/TEMP GAUGE ~ (WITH SURFACE READOUTS) I I ~ X-TRA LONG POLISH BORE RECEPTACLE I I I I I ~7~' alii! ~9.5/8,. HYDRAULIC-SET RETRIEVABLE PACKER ~ OTIS "X" NIPPLE % ~' PERF PUP ~ OTIS "XN" NIPPLE ~ WIRELINE RE-ENTRY GUIDE 3437' TVD - WEST SAK FORMATION [::.~';4'~ "T V D ' ;:.::i ;:::.i ;:::.i ;':! ....... ...,. ,..,. ~..,.. ., ..... ,.,...?!!::.?::!!i' :..'.:::.'.::.,. ................................................... :;:~:;:~~;:~~~;:~~v.:~~;:~..;:~:...:~;;:~...::~...::~.~::~:;:~.~::~.....:~...::~...::~..;:~:~::~.~;::~.~::~...::~ ::'::::?..¥'..d'..d'..;:'.'..;:::.%;~:~:~::...:::...~.~::' ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::::::::::::::::::::::::::::: :;ii::iii::iiiiiiiiiii!iiiiiiii~iiii::ilili::ii:iiii::ii:ii ::.'.':::::: '-': ..................... .': ....... : ............ "-':'.'-~' .............. :'":'": ....... : ....... !."~' x x '; ;" ' ¥~. ;. .. !.' .: ..'.'.: ..'.'.:..'., :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::......::....::A SANDS 331 GROSS SAND :.. ;.....: ~.....: ...~... .:.....: .:.....: :.....: ~.....: .:.....: .:.....: ~....... .`.....: ~....... ;.....: ;.....: .:.....: :....: ...~.... :.....: :.....: ....~.... ~ i.'.'~ U U ~ IV i./:/.:.'_/.::/.:.': i!iii::ii!ii SA NDiiii;i!;i;;!!i!i::;'5:.'_/.: ........................................................ ..:;:...i:./~.~:...i;.....i;.....i:.:".:......:'../~:;.....i;...~.:~...~...;./?~/??.i~.....::.:..:;.....:.:..¥..:?. "" ......... ";"",'"';"": !!i!! ii!!!iiiiii!ii!!iiiiiiii ~..~..~.........~....~:..~..~....~....~....~..~....~....~;..~....~....~.~..~..~..~....~....~....~....~..~..~....~....~.~..~.~..~.~..~....~....~..~....~..~.~..~..~..~.~..~....~....~:~...~........~..~~..~ WS1-01 PERFORATING INTERVALS ME~VREDDEPTI-IDm. RgB ZONE 3574'-3589' D THICKNESS GUN RUN 15' 2 3593'-3613' D 20', 1 35' 3644'-3673' B 29' 1 3686'-3703' A 17' I 3743'-3745' 3747'-3750' A 2' 6 A 3' 3756'-3760' A 4' 3769'-3773' A 4' 3795'-3806' A 11' 3817'-3819' A 2' 4 3826'-3840' A 14' 3858'-3871' A 13' 3 3898'-.3901' A 3' 3911'-3916' A 5' 3989'-3993' A 4' 3996'-3999' A 3' 4001'-4005' A 4_' 89' TOTAL 153' NS!-O1 (NEST SRK] HIN¥ MNOR OMMM 20, 20. -I WIND x~CTION 80' WSl-Ol · · I I I I · 65' 200' FROM WELLHEAD 155' L % L · % I I MICRO ~ DISH LAB WS1-01 TEST TIMING RU EQUIPMENT 7/5-10/89 TEST A SANDS 17.0 7/11-27/89 ISOLATE A SANDS 4.0 7/28-31/89 TEST B SANDS 17.0 8/1-17/89 ISOLATE B SANDS 4.0 8/18-21/89 TEST D SANDS 17.0 8/22-9/7/89 FREEZE PROTECT/RD 7.0 918-14/89 72.0 7/5-9/14/89 ARCO Alaska, Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 June 2, 1989 C. V. Chatterton Chairman, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: Testing of West Sak WS1-01 Well Dear Chat: ARCO Alaska, Inc. respectfully requests permission to vent up to 12M SCF/day of gas produced during the testing of the West Sak WS1-01 well. The test will be conducted through portable temporary testing facilities. Actual testing is expected to last approximately 15 days. There are no permanent production facilities available at this location. The well will be artificially lifted by swabbing via an onsite wireline unit. The fluids will be produced into a 400 barrel stock tank. The tank will be open to the atmosphere. The test is expected to begin by July 5, 1989 and last through late August. Although only 15 days of actual testing is anticipated, the remaining time will be required to isolate the individual zones and complete and test the remaining upper zones.z/~ Upon completion of the test, the well will be temporarily abandoned and the temporary testing facilities will be removed. We would be happy to meet with you to discuss the testing plans in further detail if you have any questions or comments. I am available at 263-4212. Sincerely, T. M. Drumm Operations Representative Kuparuk River Unit TMD/kr William D. McGee Alaska Department of Environmental Conservation 1001 Moble Street, Suite 350 Fairbanks, Alaska 99701 Alaska 0ii & ~as Co~s. CommisstO~ Anchorage ARCO Alaska, Inc. is a Subsidiary ot AtlanticRichfieldCompan~ ...WEST SAK ENGINEERING TRANSMITTAL #1254 TO: John Boyle - ,State FROM: D.H. Lawson/P. S. Baxter DATE: May 11 1988 WELL NAME: WS1-01 (West Sak) TRANSMITTED HEREWITH ARE THE FOLLOWING: CONFIDENTIAL One copy of Blueline and sepia for each: 5" & 10" Electromagnetic Propagation Log 2" & 5" Compensated Neutron-Litho-Density (POR) 2" & 5" Compensated Neutron-Litho-Density (RAW) 2"& 5" Array Sonic 2" Phasor Dual Induction - SFL 5" Phasor Dual Induction SFL 'n~Cyberlook Formation Microscanner 5/4/89 run 1 5/4/89 run 1 5/4/89 run 1 5/3/98 run 1 5/3/89 run 1 5/3/89 run 1 5/4/89 run 1 5/4/89 run 1 ~ 2" 5" & 10" Microlog - Gr 5/4/89 run 1 ~~Chronological Sample Taker- ~oo xc,~,/~- ~.. ~' .. -,.. ~..: Anchorage O.H. Edit Tape and Listing for DTE/SDT/LDT/CNL/EPT/CASING GR AND HIGH RES. LDT/CNL/EPT Log Date 5/3/89 Run 1 Field TAPE and Listing of SDT WAVEFORMS, FILES GTSAP .003, .004, .005 Log Date 5/3/89 Run 1 ~.l'o ~ ![ q 0 c-, .~'~ .... PLEASE RETURN RECEIPT TO: ARCO Alaska, Inc. ATTN: P. S. Baxter, ATO-1269 P. O. Box 100360 Anchorage, Alaska 99510 RECEIPT ACKNOWLEDGED: DATE: MEMORANDUM State of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION TO: Lonni e C. Smi ~..$4~'"~-~ May 8 1989 Con~i s s i one r '~"~ DATE: ' FILE NO:D. ADA. 0 4 5 TELEPHONE NO: THRU: Michael T. Minder ~-,~'~, SUBJECT.' Sr. Petroleum Engineer FROM: Doug Arno ~ Petroleum Inspector BOP Test AAI KRU WSl-01 Permit NO. 89-27 Kuparuk Rv Field Tuesday, April 25 1989 I traveled this date from Prudhoe Bay to KU~~:}-~,.-~tnes~ ' the-BOP test at AAIs' WSl-01 well. the testing conm~enced at 7:00 pm and was concluded at 8:45 pm. The two failures were repaired during this test please refer to the attached AOCK~C BOP inspection report for the specific failures. In surcmAry, I witnessed the BOP test at AAI ICRU WS1-01 wells. Attachment 02-001A (Rev. 8/85) .-.. .__. Bt,, zP. oo O&G #4 5/84 Ins~ecl:or ~-'~ O~ STATE OF ALASKA ALASKA OIL & GAS CONSERVATION CO~[ISSION B.0.P.E. Inspection Report Date Operator AA ~ Well ~ ~.Li l.~J ~ ~ -O~ Permit _ LoCation: Sec ~ T~!~ R~O~ M ~,~ /~)~.%~asing Dri!lin~ Contractor 3~>oW0k~ Ri~ ~ ~ Reoresentative Location, General / Well Sign General Housekeeping / Rig Reserve Pit .~fud Systems Visual Audio BOPE stack ~ Test Pressure ~nu!ar Preventer.J~~ ~!. Line ~alveS Check Valve 0 ~1 .......... Test Results: Failures . . ACCUMULATOR SYSTEM Full Charge Pressure.. 3;000 psig ~ Pressure After Closure ,I)'~~ psig / Pump incr. c!os. pres. 200 psig min ~ sec. Full Charge Pressure Attained: ~ min ~Z. sec. / ~ Controls: Master / Remote /Blinds switch cover Upper Kelly Lower Kelly Ball Type _Kal!y and Floor Safety Valves ! ~"Test Pressure t ~"Tes~ Pressure { ~ Test Pressure Inside BOP (~*~ Tes~ Pressure Choke Manifold i ~Test Pressure · No. Valves { ~ ' ~ NO. flanges ~{ Adjustable Chokes Hydrauica!!y ooerated choke 1 Repair or Replacement of failed equipment to be made within days and !nspecuor/ Commission office notified. Remarks: C~O~ ~ ~CC'~..tT~ Disurlbu=ion orig. - AO&GCC cc - Operator cc - Supervisor . . 1. Type of Request: Abandon __ Suspend __ Alter casing ~__ Repair well __ Change approved program ~ APPLICATION FOR SUNDRY APPROVJ 'C Operation shutdown m Re-enter suspended well __ Plugging m Time extension __ Stimulate __ Pull tubing __ Variance __ Pedorate __ Other .¢___ Present As-Bui l t 2. Name of Operator ARCO Alaska, Inc. 3. Address P.0. Box 100360 Anchorage, AK 99510-0360 4. Location of well at surface 296' FNL, 2086' FWL, Sec.23, T11N, R10E, UM At top of productive interval 296' FNL, 2086' FWL, Sec.23, TllN, R10E, UM At effective depth 296' FNL, 2086' FWL, Sec.23, T11N, RIOE, UM At total depth 296' FNL, 2086' FWL, Sec.23, T11N, RIOE, UM 5. Type of Well: Development Exploratory Stratigraphic Service 6. Datum elevation (DF or KB) Pad= 75.7', RKB= 111.7' 7. Unit or Property name Kuparuk River Unit 8. Well number WS1-01 9. Permit number 89-27 10. APl number 50-O 29- 21925 11. Field/Pool ~jup. ar. uk I~i~' noefl neo feet 12. Present well condition summary Total depth: measured true vertical feet Plugs (measured) feet Effective depth: measured true vertical feet Junk (measured) feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size Cemented Measured depth True vertical depth 2664 ' 13-3/8" To surface 2700 'MD 2700'TVD measured true vertical Sundry notice submitted to reflect as-built location coordinates and correct pad elevation. Also, 13-3/8" surface casing set..tin~ depth raised to 2700' to conform with field rules per AOGCC request. Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) 13. Attachments Description summary of proposal As Built Location Survey Detailed operations program BOP sketch __ 14. Estimated date for commencing operation 15. Status of well classification as: Gas ~ Title Area Drilling Engr. FOR COMMISSION USE ONLY 1989 16. If proposal was verbally approved Oil m Name of approver Date approved Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Suspended__ Date U6~/SA~ Conditions of approval: Notify Commission so representative may witness Plug integrity __ BOP Test __ Location clearance __ Mechanical Integrity Test __ Subsequent form required 10- Approved COP¥ ORIGINAL SIGNED BY ~Returned - Approved byorderoftheCommission LONNIE C. SMITH ~m'~ssioner J Approval NO. 9 ~'~'~ ~'~ Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE .,or s ,.. ~-I AND MON. CP-40 ~ER ~HD ~ ASSOG. ~. BASIS OF ELEVATION IS MON. I-O NORTH ~. ELEVATIONS SHOWN ~E B.R~.S.L. DATUm. : ~ .' -- ~ ~ :'o ., S~C T/ON 2~ ~ .~' , VIOlNI S~LE' 1'=2 MI. ~ONDU~TOR NO. I Y=5,959, ~48. X= 55 7,89~. ~9 LONG. = 1~9°~1 29G'KN.L., 208G'~.L. ~ LOOAYED WITHIN PROTRACTED SEC. 2~, TWRIIN.,RGE. I0 E. UNIA T ~ERIDIAN, ALASKA ~ PAD EL.=75.7~O.G. EL.=~8.$ .. ...... ARCO ALASKA,INC. OW~. NO. ' NSDK.. WSO0. GEA' WSXX. BUR'VEYOR'B C~TIPI~AT~~ I HEREBY C~RTIFY rHAr /A~ PROPERLY R~GISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN TH~ STAT~ OF W~B~ SAT I ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY ~ADE BY ME. OR UNDER MY DIRECT ~UPERVISION, AND THAT ALL A~' BUILT LOCATION MA RCH 25, 1989 E~E~ · ~AN~ · ~E~RS I I I D~by"d'B'JC~'by"B'G'M"Sh~I°fl ~ev. By Dote Description D~te.'~.~$.a9~ Dwg. No..'NSK6.~O April 7, 1989 Telecopy: (907)276-7542 Mr. P. J. Archey Area Drilling Engineer ARCO Alaska, Ina. P. O. Box 100360 Anchorage, Alaska 99510-0360 Re: Kuparuk River Unit WS1-01 ARCO 'Alaska' Inc. Permit No. 89-27 Sur. Loc. 296'FNL, 2086'FWL, Sec. 23, TllN, R10E, UM. Btmhole Loc. 325'FNL, 3!80'FEL, Sec. 23, TllN, R10E, UM. Dear Mr. Archey ~ Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. To aid us in scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment so that a representative of the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled. Where a diverter system is required, please also notify this office 24 hours'prior to commencing equipment installation so that the Commission may witness testing before drilling below the shoe of the conductor pipe . / J ~V. Chatterton Chairman ~ f Alaska Oil and Ga~ Con~ervatlon Co~is~ion BY O~ER OF ~E CO~ISSION dlf Enclosure Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage, Alaska 99501-3192 THE APPLICATION OF ARCO ) ALASKA, I~C for an order ) granting an exception to ) spacing requirements of ) Title 20, AAC 25.055 ) for the drilling of ) West Sak WS1-01 ) Conservation Order No. 242 West Sak WS1-01 Kuparuk River Field April 6, 1989 IT APPEARING THAT: I . . . ARCO Alaska, Inc (ARCO) submitted an application on March 9, 1989 requesting an exception to 20 A. AC 25.055 to permit drilling the West Sak WS1-01 well closer than 500 feet to the boundary of Section 23, TllN, R10E, Umiat Meridian. Notice of hearing on this request was published in the Anchorage Daily News on March 17, 1989 pursuant to 20 AAC 25.540. No protests to the application were received. FINDINGS: . ARCO proposes to drill West Sak WS1-01 from a surface location 296'FNL and 2086'FWL of Section 23, TllN, R10E, Umiat Meridian to evaluate oil bearing strata known as the West Sak Interval. 2... The well is to be drilled as a straight hole. . Pool rules have not been established which govern well spacing for the West Sak Interval. . An exception is necessary to achieve compliance with 20 A_AC 25.055. . The well is located within the Kuparuk River Unit. The unit agreement provides for protection of correlative rights by establishment of participating areas prior to commencing regular production from the West Sak Interval. Notice of Public Hearing STATE OF ALASKA ~ Alaska Oil and Gas Conservation Commission Re: The application of ARCO Alaska, Inc. for exception to 20 AAC 25.055 for West Sak WS1-01 well. ARCO Alaska, Inc. by letter dated 'March 9, .~1989. has re- quested an exception to the provisions ~-f~-~-~55(a)(3). The exception would allow drilling the West Sak WS1-01 well closer than 500 feet to the boundary of a drilling unit. A person who may be harmed if the requested order is issued, may file a written protest prior to 4:30 pm April 3, 1989 with the Alaska 0il and Gas Conservation Commission, 3001 Porcupine Drive, Anchorage, Alaska 99501, and request a hearing on the matter. If the protest is timely filed, and raises a substantial and material issue crucial to the Commission's determination, a hearing on the matter will be held at the above address at 9:00 am April 18, 1989 in conformance with 20 AAC 25.540. If a hearing is to be held, interested parties .may confirm this by calling the Commission's office, (907) 279-1433, after April 3, 1989. If no proper protest is filed, the Commission ~will consider the issuance of. the order without a hearing. Lonnie C. Smith Commissioner Alaska Oil & Gas Conservation Commission Published March 17, 1989 ARCO Alaska, inc. Pos'~ Off~ce 50): Anchorage, Aiaska 99510-0360 Teieuhone 907 276 1215 March 14, 1989 Chat Chatterton, Commissioner Alaska Oil And Gas Conservation Comm/ssion 3001 Porcupine Drive Anchorage, AK 99501-3192 Re: Spacing Exception, WS1-01 West Sak Dedicated Well Dear Commissioner Chatterton- In response to your recent inquiry regarding the spacing exception for the above-referenced well, ARCO Alaska Inc. has applied for this exception for a number of reasons. Primarily, the gravel pad site location was selected to minimize environmental impact on surrounding wetlands and wildlife habitat. This action was taken to satisfy environmental protection agency concerns as to the potential impact of placing the pad where wildlife could be adversely affected. Secondly, the site was chosen as the optimum location for the central injector in the subsequent waterflood pattern. Thus, considering future recovery operations, the location is at the optimum site. Since the gravel pad has already been constructed, moving the bottomhole location will require a directional well to be drilled. ARCO's objective is for the initial test well in this project to be a vertical well. It is our understanding that since the West Sak reservoir has not been unitized, statewide spacing rules are in effect as detailed in 20 AAC 25.055, Sections (A) and (B). As presented in the original request, ARCO Alaska is the 100% owner and operator of all directly and diagonally offsetting quarter sections. The plat included with the original request is attached for your reference. In closing, please contact the undersigned, if any further comments or concerns need to be addressed. Please be advised that any delays in the permitting process for the WS1-01 well at this point in time could cause interruption of the Kuparuk drilling schedule. R~l~enYa~' ~ril~ing Engineer JBK / TWM/ih Attachments RECEIV[D Alaska Oil & Gas Cons. Commission Anchorage :7 ~ 25641) 3-27--64. %<~ Z-84 I I .25a~2 '~ I ADL ~ .1L ADL 2~660 ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Atasks 99510-0360 Teiepnone 907 276 1215 March 9, 1989 ,f~ ¢ [err^..- " Chat Chatterton, Commissioner ~'~ J,~., Alaska Oil and Gas Conservation Commission 3001 Porcupine Dr~ve ~chorage, Alaska 99501-3192 Re: Request for Exception to the Provisions of 20 ~C 25.055 ~S1-01 (~ese Sak DedScated Dear Commissioner Chatterton: ARCO Alaska Inc. ("ARCO") hereby applies for an exception to the provisions of 20 AAC 25.055 for the drilling of the West Sak WS1-01 Well (the "Well"), for which the proposed bottomhole location is: (1) Surface Location: 325' FNL, 3180' FEL, Section 23, Township llN, Range 10E, Umiat Meridian (2) Intersection with Top of Productive Interval: 325' FNL, 3180' FEL, Section 23, Township llN, Range 10E, Umiat Meridian (3) Total Depth: 325' FNL, 3180' FEL, Section 23, Township llN, Range 10E, Umiat Meridian The owner and operator of all governmental quarter sections directly and diagonally offsetting the proposed location of the Well is ARCO Alaska, Inc. The plat required by the regulation is attached as Exhibit 1. The verification required by the regulation is attached as Exhibit 3. The well TD is projected as 4160' TVD. From surface to this depth, there are no other wells within 800 feet of this wellbore. Kuparuk well 1D-03 is approximately 800' from WS1-01 at a total depth of 4160' TVD. If you have any questions or require any additional informa- tion, please contact the undersigned. /~'~erely, /'-2 JBK/ih Ltr01 3/8/89 At tachment s STAT TECH STAT TECH , F_ILE ARCO Alaska. Inc. is a Subsidiary oi AtianHcR:cf~i~eidCo,m, p~;r;, ,7 ADL 25649 IICI 3-27-~4%~ os 1 ~ W. :~' ~ .... .25052 ~ I ADL ~ .1L ALK-471 3- EXHIBIT 3 VERIFICATION OF APPLICATION FOR SPACING EXCEPTION WS1-01 Jeffrey B. Kewin, Regional Drilling Engineer in the ARCO Alaska, Inc. Drilling Department, does hereby verify the following: 1. I am acquainted with the facts associated with the drilling of the WS1-01 well. 2. I have reviewed .the application submitted for the exception to 20 AAC 25.055 and all facts therein are true. 3. I have reviewed the plat attached as Exhibit 1 and it correct- ly portrays pertinent and required data. DATED at Anchorage, Alaska this ~Z-~day of March 1989. STATE OF ALASKA THIRD JUDICIAL DISTRICT SUBSCRIBED AND SWORN TO before me this f~ day of March, 1989. NOTARY PUBLIC ~IN AND FOR ALAS~ JBK/Ltr01 3/8/89 ih EXHIBIT 4 TO THE ALASKA OIL AND GAS CONSERVATION COMMISSION Before the Commissioners of the Alaska Oil and Gas Conservation Commission in the Matter of the Request of ARCO Alaska, Inc. for an Exception to the Provisions of 20 AAC 25.055 STATE OF ALASKA THIRD JUDICIAL DISTRICT ) ) ) AFFIDAVIT OF THOMAS W. McKAY ) ) ) ) ) Thomas W. McKay, being first duly sworn, upon oath, deposes and states as follows: 1. My name is Thomas W. McKay. I am over 19 years old and have personal knowledge of the matters set forth herein. 2. I am a Drilling Engineer for the well operator, ARCO Alaska, Inc. 3. ARCO is owner and operator of all governmental quarter sections directly and diagonally offsetting the quarter section of the proposed location of the oil well. Subscribed and sworn to this 9th day of March, 1989. Thomas W. Mc~y STATE OF ALASKA ) ) SS. THIRD JUDICIAL DISTRICT ) ,~~ng instrument was acknowledged before me this day of · , 1989, by Thomas W. McKay. STATE OF At.A~KA NOTAIq, Y PUBLIC DARLENE; £~i: O0$TERMEYEPl EXPIRES JANUARY 7 Notary Public, State of Alask~ My Commission Expires: //"'/,~'~'Z. . / / STATE OF ALASKA '~ ALASKA U,L AND GAS CONSERVATION CO,vi'MISSION PERMIT TO DRILL 20 AAC 25.005 I la. Type of work Drill ~ Redrill ~1 lb. Type of well. Exploratory ~ StratigraphicTest '- Development Oil Re-Entry ~ Deepen©1 Service ~ Developement Gas - Single Zone ~ Multiple Zone 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska~ Inc. RKB 108'. pAD 67'GLfeet Kuparuk River Field 3. Address 6. Property Designation West Sak Oil Pool P.O. Box 100360, Anchorage, AK 99510-0360 ADL 25650, ALK 468 4. Location of well ,at s.urface %,a.G~,/¢¢ff,"¢¢.¢¢¢. 7. Unit or property Name 11. Type Bond(see 20 AAC 25025) ~3-~5"FNL, 3-1--8-8-z-~,Sec.23,T11N,R10E,UH Kuoaruk River Unit Statewide 2..94¢t top of_~,,~/.* ¢u~,pr°ductive interval 8. Well nu ,mber Number · ,3-.2-~'FNL, ~'TSec.23,T11N,R10E,UM WSI-01 # LT-630610 At total depth 9. Approximate spud date Amount 325'FNL, 31 80' FEL,Sec.23,T11N,R10E,UM OA/hi/89 $200,000 12. Distance to nearest 13. Distance to nearest well 14. ~umber of acres in property 15. Proposed depth (MD and TVD) property line Initial Well on Pad 4160'MD 2100' ~ TD feet ~,pprox 800' to 1D-O3'eet 2560 4160'TVD feet 16. To be completed for deviated welts 17. Anticipated pressure (see 2o AAC 25.035 (e)(2)) Kickoff depth N/A feet Maximum hole angll~/A 0 Maximum surface 1 450 psig At totat depth (TVD) 1 800 psig 18. Casing program Setting Depth 'z: size Specifications Top Bottom /"" Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD/ (include stage data) 26" 20" 91.5# H-40 Weld 80' 36' 36' 116' 116' ±2~0 CF 17-1/2" 13-3/8" 68# L-80 BTC 2764' 36' 36' 2~00' 2~00~I/ 1700 sx AS I11 & tF-ERW 400 sx Class G 12-1/4" 9-5/8" 36# J-55 BTC 4125' 35' 35' 4160' 4160' 450 sx Class G iF-ERW Arctic pack 9-5/8" 19. To be completed for Redrill, Re-entry, and Deepen Operations. Annul us Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor ~ :, ~:~ ! . : Intermediate Production , Perforation depth: measured ; : ~f,~u;~0ra0e? true vertical 20. Attachments Filing fee ~ Property plat ,~, BOP ~ketch ~ Diverter Sketch ~¢' Drilling program ~¢ Drilling fluid program ~ Time vs depth plot F-;, Refraction analysis ~ Seabed report ~ 20 AAC 25.050 requirements ..... 21. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed .. Title Area Dr~]l~no Enoin~r Date .... (-/ Commission Use Only (TWM) PD3/058 Permit Number APl number I Approvaldate ISeecoverletter ¢~ '%,~-., '7' 50-- o~ "2_. / c? 2_ ~' 04 / 0 7 / 89 for other requirements Conditions of approval Samples required ~ Yes ~ No Mud log required ~ Yes ~ No Hydrogen sulfide measures ,~ Yes ~No Directional survey required ~Yes ~ No R equiredworki~~BOP~~5M; F1 10M; ~ 15M Other: ' by order of Approved by ~'... /. ( ~'~'~~ Commissioner the commission Date , Form 10-401 Rev. 12-1-85 ~ Subr~ triplicate ~IT1 WS1-01 TRACT LOCATION KRU BOUNDARY KPA BOUND~aYi WSI-01 LOCATION TRAC~56 EXISTING DS 1D W81-01 GRAVEL PAD/RO~ W. SAK PILOT ROAD ~ WSI-O1 EXHIBIT 4 BOTTOM HOLE LOCATION SPINE ROAD 325' FNL W$1.O l PAD W$1.O! WELL BOTTOM HOI~ LOCATION WS I.O I ROAD EXISTING DS ID W. SAK PILOT ROAD * N0T TO SCAI~ GENERAL DRILLING PROCEDURE WEST SAK DEDICATED WELL WSl-01 1. MIRU on WS1 gravel pad. 2. Install diverter on 20" conductor. 3. Drill 17-1/2" hole to 13-3/8" surface casing point according to wel 1 plan. 4. Run and cement 13-3/8" surface casing to surface. 5. Install BOP system and test same. Test casing to 2000 psi. 6. Drill out cement, fl oats and 10' new hole. Perform leak off test. 7. Rig up mud loggers and MWD with gamma ray and resistivity. 8. Drill 12-1/4" hole to core point in West Sak sands according to directional plan. 9. Rig up and core West Sak using 9-7/8" core heads for obtaining 5-1/4" core diameters. 10. Upon completion of coring, drill to total depth with 9-7/8" bit as directed. 11. Run open hole logs per well plan. 12. Open hole to 12-1/4". 13. Run and cement 9-5/8" production casing, inject waste drilling fluids and Arctic pack 9-5/8" x 13-3/8" annulus. 14. Nipple down BOP and secure well for completion at a later date. Suspend well with nonfreezing brine inside 9-5/8" casing across permafrost. 15. Secure well and release drilling rig. 16. Run cased hole logs. 17. MIRU workover rig, nipple up BOPE 18. Pick up 9-5/8" casing scraper and tubing, clean out to PBTD and circulate well to clean brine. TOH and stand back tubing. 19. Run completion BHA, glycol heat string and tubing. Set and test packer. 20. Nipple down BOPE and install tree. 21. Secure well and release workover rig. 22. Perforate well through tubing and flow to tanks for testing. 058/PD3.3 DRILLING FLUID PROGRAM Density PV YP Viscosity Initial Gel 10 Minute Gel API Filtrate PH % Sol ids Chlorides Sodium Chloride * For bland coring fluid Spud to 13-3/8" Surface Casing 8.8 - 9.2 15 - 20 15 - 30 70 - 80 5 - 15 15 - 30 15 8.5 - 9.0 Minimum 300 - 5OO Drill Out To TD 8.7 - 8.8 3 -8 7 - 10 30 - 35 3 -5 5 - 10 4-6 7.0 - 8.0 Minimum 10000* 2%* SURFACE DRILLING FLUID SYSTEM Triple Tandem Shale Shaker (2) Mud Cleaners Centrifuge Degasser Pit Level Indicator (visual and audio alarm) Trip Tank Fluid Flow Sensor Fluid Agitators Notes' A) Drilling fluid practices will be in accordance with the appropriate regulations stated in 20 ACC 25.033. B) Maximum anticipated surface pressure is calculated using a surface casing leak off of 12.0 PPG EMW and a gas gradient of 0.11 psi/foot. This results in a maximum anticipated surface pressure of 1450 psi using a maximum anticipated reservoir pressure of 1800 psi. C) The WSI-01 well is the initial well on this pad and it is a vertical well. Due to the extensive drilling history in the immediate area, no shallow gas hazards are expected. Surface casing will be set prior to entering any hydrocarbon bearing zone. D) In accordance with Area Injection Order No. 2, excess non-hazardous fluids developed from well operations and those fluids necessary to control the fluid level in reserve pits will be pumped down the surface/production casing annulus. The annulus will be left with a non-freezing fluid during any extended shutdown in disposal operations. The annulus will be sealed with 175 sx of cement followed by arctic pack upon completion of the fluid disposal. 058/PD3.4 KUPARUK RIVER UNIT 20" DIVERTER SCHEMATIC I. DESCRIPTION 4. ~O"CONOUCTOR 2. FMC SLIP-ON WELD STARTING HEAD 3. FMC DIVERTF_R ASSEMBLYWlTH TWO 2-1/16' 2000 PSI BALL VALVES 4. 20' 2000 PSI DRILLING SPOOL W110' OUTLETS 5. 10- NCR BALL VALVES W/10' DIVERTER LINES, A SINGLE VALVE OPENS AUTOMATICALLY UPON CLOSURE OF ANNULAR PREVENTER. VALVES CAN BE REMOTELY C.Z:)NTI=K~ I ~n TO ACHIEVE DOWNWIND DIVERSION. 6. 20- 2000 PSI ANNULAR PREVENTER ARCO ALASKA, INC., REQUESTS APPt=KTYAL OF THIS DIVER1-r.R SYSTEM A~ A VARIANC.~ FROM 20AAC25.035(b) MAINTENANCE & OPERATION 1.UPON INmAL INSTALLATION, CLOSE PREVENTER AND VERIFY THAT VALVE OPENS PROPERLY. . . CLOSE ANNULAR PREVENTER AND BLOW AIR THROUGH DIVERTER LINES EVERY 12 HOUR~. 3. CLOSE ANNULAR PREVENTER IN THE EVENT THAT AN INFLUX OF WELLBORE FLUIDS OR GAS IS DETECTED. OPEN APPROPRIATE VALVE TO ACHIEVE DOWNWIND DIVERSION. NOT SHUT IN WELL UNDER ANY CIRCUMSTANCE~ 7 6 ^CO_.M.q_ATCR CAPACI~ TI~5'T 5 4 2 1~-5/8" ~ STAQ< TEST D]ESB- ~ KI~ ~ ~ T. ~I~ ~I~ ~ V~ L ...... ~4.~ 8. ~T~Pl~ ~~~ ~~PI~ ~T ~~PI~ MTO~~I ~~~I. ~I. ~UI~ ~T ~ V~ IN ~I~ ~ITI~ PI~ ~~V~ ~I~I~~~~~I ~ ~ ~I. ~y ~~ CHECK LIST FOR NEW WELL PERMITS ITEM (1) Fee (2) Loc APPROVE DATE (2 thru 8) (3) Admin (8) (9 thru 13) (10 and 13) (4) Casg . ~,:: ~d/,~ ~-~ (14 thru 22) Company /~£c.~ /~//~,~,~-~ ~'~C'~ ~; , Lease & Well No. /¢~ ~ ~!-O { · YES 1. Is the permit fee attached .......................................... 2. Is well to be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. Is well located proper distance from other wells .................... ~_ 5. Is sufficient undedicated acreage available in this pool ............ 6. Is well to be deviated and is wellbore plat included ................ 7. Is operator the only affected party ................................. 8. Can permit be approved before fifteen-day wait ...................... (5) BOPE (23 thru... 28) . 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. NO REMARKS ,, ,~. ~,x ~ok ~.I ~.¢',~J ;~ Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate ..................................... Does the well have a unique name and number Is conductor string provided ........................................ Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water ..................... Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed ............................ Is a diverter system required ....................................... 23. 24. 25. 26. 27. 28. Is the drilling fluid program schematic and list of equipment adequate,~w Are necessary diagrams and descriptions of diverter and BOPE attached..~ Does BOPE have sufficient pressure rating - Test to ~OO~ psig .. ~_ Does the choke manifold comply w/API RP-53 (May 84) .................. Is the presence of H2S gas probable ................................. (29 thru 31) (6) Add: Geology :. ~c f.~c EngiReering: /- Lcs-f~'~,EW / rev: 01/30/89 6.011 For 29. 30. 31. 32. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ If an offshore loc., are survey results of seabed conditions presented Additional requirements ............................................. INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE "'/ "/ o l S olge., ~ /-,¢,,'/ g?o /I/GO ~ ~ Additional Remarks: Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to ~ simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. , No special effort has been made to chronologically organize this category of information. ALASKA COMPUTING CENTER SCHLUMBeRgER .,,- COMP,~NY N~,ME : ARCg ALASKA~ INC. WELL NAME : WSI-01 (WEST S..~K) FIELD NAME : KUPARUK BO~gUGH : NORTH SLOPE STATE : ~{LASKA API NUMBER : 50-029'-21925 2EFERENCE NO : 73356 LIS T~.PE VERi~'IC~TZON LISTING SCHLUMBERGER ALASKA CO~qPUTING CENTER 20-JUN-1989 12:.24 PAGE: , -~, .~ REEL HEADER SERVICE N~ME : GCT DATE : ~9/0 $! REEL NA~E : 73356 CONTiNUATIPN ~ : PREVZgUS :REEL COMMENT : GCT, ARCO WSI-01 (WEST S~K), APZ ~50.-029.-2~925 ~ ~.- ~,'. TAPE HE ~.DER .;~ ~ SERVICE NAME : GCT DATE : 89/06/ 3 ORIGIN : ;LIC TAPE NAME : 73356 CDNTINUATICN ~ : 1 PREVIOUS T~PE : COM~ENT : GCT, .ARCO WSI-01 (WEST SAK), ~I ~50-029-21925 FILE FILE N~.M5 : GCT ,001 SERVICE : FLZC VERSIgN : O01A02 DATE : ~9/06/ 3 M~X R~C SIZE : 1096 FILE TYPE : LAST FILE : COMPANY NAME: ARCO ~LASK&, INC. WELL: WSI-O1 (WEST SAK) F'IELD' KU:)ARUK BOROUGH: NORTH SLOPE STATE: ~L ~SK~ API NUMBER: 50.-029-219Z5 LOCATZDN: .296' FNL & 208.5' FWL SECTION: 23 TCWNSHIP: 11N RANGE: IOE PERMANENT D~TU~: ~SL ELE_-V~TIGN: 0 LIS TAPE VERIFICATION LISTING SCHLUMBERGER ~L~SK4 COMPUTING CENTER 20-.JUN-1989 12:24 LOG MEASURED FROM RK~ 112.0 ABOVE PERMANENT DATUM ELEVATIONS KS: 112.0 DF: I 11.0 GL: DATE LO~GED: Og-MAY-89 RUN NUMBER: 1 TD OR~LLER: 41 50 TD LOGGER: ~+144 CASING !: CASING Z: g 5/8" 136 LB @ORILLER OEPTH 'OF 0 TO 4230 13 3/8" ~ DRILLER DEPTH OF 0 TO Z699 BiT SIZE BiT SZZ= TYPE FLUID IN HOLE: BRINE OENSITY: 10 TIME LOGGER ON ~OTTOM: 10:00 09-MAY MAXIMUM T~5MP RECORDED: 82 LOGGING OISTRICT: LOGGING ENGIN'EER: WITNESS: PRUDHOE BAY WEBER ANGLEN TOOL NUMBERS: GC~-A-715 GCEC-A-701 GCIO-A-3'7 TCM-~-g5 GCPC-~-?35 PAGE: DATE JOB STARTED: O2-JUN-8g J3g REFERENCE NO: 73356 LDP/ANA: J. KOHRIHG COMPUTING CENTER ~EMARKS: THE CHOSEN D~T~ SET INCLUgED gN THIS TAPE IS FROM FIELD FILE FIg, THE FIRST DOWN PASS. T~RGET ~ZIMUTH 2F 0.0 USED IN COMPUTATION. THIS LIBRARY TAP~ ,~LSO INCLUDES EXTRAPOLATED V~LUES .'3F GCT D~T& FRO~ GCT LAST REACING (4105.5') TD DRILLER'S D~PTH (4250'). TABLE TYPE : CONS TUNI VALU CN FN WN NATI ~EFI ~RCO AL&SKA~ INC. KUPARUK WSI-01 (W~ST SAK) USA COMPANY NAME FIELO NAME WELL NAME NATION LIS TAPE VERIFICATION LI:ST[N$ SCHLUMBERGER ~LASK~ COMPUT'IN:S CENTER 20-JUN-lO89 12:24 TUNI VALU DEFI S TAT COUN SECT TOWN RANG FL ENGI SON APIN ALASK~ NDRT~ SLOPE llN 296' FNL & 2:0B6' FWL 364052 5 0-02 9-2192 5 ST4TE OR PROVINCE COUNTY SECTION TOWNSHIP R~NGE FISLO LOCATION ENGINEER'S NAM~ SERVICE ORDER NUMBER API SERIAL NUMSER TABLE TYPE : CURV DEFI DEPT GDEP VDEP HLAZ DEVI NSDR EWDR CWEL DEPTH CHANNEL N~E GYRO OEP'TH TRUE VERTICAL DEPTH ~S CHANNEL DEVI.ATION AZIMUTH DEVIATION NORTH SOUTH ORIFT EAST WEST 9~IFT COMPONENT CURVATURE OF THE WELL DATA FORMAT SPECIFIC~TIGN RECORg ~--,~ '"~'.,--,- SET TYPE - 64EB "'"'.,-~- TYPE REPR COOE 1 66 2. 66 4, ~6 5 66 6 73, ? 65 11 66 1 2 6 8 13 66 14 65 1.5 56 16 66 0 66 V&LUE 0 0 32 1 0.5 =T 34 0 mT 68 1 0 LIS TAPE VER.IFIC~TION LZSTING SCHLUMBERGER ~LASK~ CaMPUTING CENTER 20-JUN-1989 12:24 PAGE: ~-~ SE'T TYPE - CHAN -~ NAME SERV UNIT SERVICE API APl API API FIiE NUMB NUMB SIZE !REPR ID ORDER ~ LOG TYPE CLASS MOD NUMB SAMP IELE~ .CODE DEPT FT 364052 O0 GOEP GCT FT 364052 99 VOEP GCT FT 3640.52 99 HL~Z GCT DEG 364052 99 DEVI GCT DEG 364052 99 NSDR GCT ~T 1364052 99 EWD~ GCT FT 364052 99 CWEL GCT D/H~ 364052 '99 000 O0 0 1 I 1 4 68 000 00 0 I 1 1 4 68 000 O0 0 1 1 I 4 68 000 O0 0 I 1 1 ~ 68 620 11 0 I I I ~ 68 620 11 0 1 1 1 4 6B 62 0 11 0 1 1 1 ~ 68 000 O0 0 I 1 1 4 68 P ROCE SS ( H E X ) 0000~000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 DEPT. DEVI.GCT 655'35.500 ' GDEP.GCT 43.000 VDEP.G.CT 0.1130 NSDR.GCT 0.000 EWDR.GCT 65500.000 GDEP.GCT 818.000 VDEP.GCT 0.010 NSDR.GCT 0.396 EWDR.GCT 65400.000 GDEP.GCT 3Z88.698 VDEP.GCT 0.841 NSDR.GCT -9.455 ~WOR.GCT 65'~82 500 ~ _ ~ . ~EP.GCT 4250.000 VD~P.GC'T 0.167 NSDR.GCT -15.900 5WOR.GCT D :EP T. DEVI .GCT DEPT. D E V I. G C T DEPT. DEVI.GCT ENO 0~ ~ATA 43.000 HL~Z.G:CT 0.000 CWEL.GCT 817.997 HLAZ.GCT -1.372 CWEL.GCT 3288.648 ML~Z.GCT -1.380 CWEL.GCT 4249.920 HLAZ.GCT -1.650 CWEL.GCT 297.209 0.000 84.7~1 0.000 175.492 0.147 196.617 0.000 "' "'"'"' FII= TRAILER '" "'"' ~ FILE NAME .: GCT .001 SERVICE : FLIC VERSION : 001~02 D~TE : 89/06/ 3 M~X R'.EC SIZE : 1096 FILE TYPE : LO LAST FILE : "-~'~'~-~ ,-~- ~- TAP~_ TRAILER ~**'~-,- SSRVICE NAM: : GCT D~TE : 89/08/ 3 ORIGIN : FLIC TAPE NAME : 73356 CONTINUATION ~ ' 1 PREVIOUS 'TA~E : COMMENT ' GCT, ARCO WSI-O1 (WEST SAK), API ~50-029-21925 ,IS T.APE VERIFICATZON LISTING iCHLUNBERGER ~L~SK~ COMPUTING :CENTER 2 0-,$UN-1989 12:24 PAGE: SERVICE NAME : GCT DATE : 89706/ ~ ORIGIN : FLIC REEL NAME : ?31356 CONTINUATION ~ : PREVIOUS REEL : COMMENT : GCT, AP, CO WSI-01 (WEST SAK), API ~50-029-21925 ALASKA COMPUTING CENTER ~ ..... SCHLUMB=RGER ....... ~ COMP ANY NAME : ARCO ALASKA) INC. WELL NAME : W$1-O1 CWEST SAK) FIELD NA,~E : KUP~RUK ;30ROUGH : NORTH SLOPE STATE : ~LASKA APl NUMbeR : 50-029-21925 REFERENC~ ND : 73320 iS TAPE VER'I~IC41ION LISTING CHLUMSERGER ~L~SK~ COMPUTING CENTER 1,t)-MA¥-1989 19:03 ~-'~'~'~ ~-4- REEL H~ ~DE R,. SERVICE N~ME : EDIT ORIGIN : FLIC REEL NAME : CONTINUATION PREVIOUS RE:L : COMMENT : ~RCO ~LASK~ INC., KUP~RUK, WSI-O1 (WEST SAK), 50-029-21925 -~ ~--~ ~ T&P: HE~O:R ~-~- ~-~- SERVICE N.~ME : EDIT D~.TE : 89105110 ORIGIN : FLIC TAP~ NA~E : CONTINU:~T ION PREVIOUS COMMENT : ~RCO ~,L~SK~, INC.~ KUP~RUK, WSI-O1 (WEST S.~K), 50-029-21925 ~-~ FILE HE~DER -'~: FILE N~ME : EDIT .00I SERVICE : FLIC VERSION : OOIA02 DAT~ : 89/05/10 MAX R~C SIZ~ : 1096 PILE T~PE : LO L~ST FILE : COMPANY NAME: ARCO ALaSKa! INC. WELL: WS1-01 (WEST SAK) FIELD: KUP~UK BURO'U~H: NORTH SLOPE STAT~: AL~SK, A API NUMBER: 50-029-21925 LOC.AT'ION: Z96' FNL E 2086' FWL SEC'TIUN: 23 TOWNSHIP: lin RANGE: 10E PERMANENT D~T1JM: ~"SL ELEVATION' 0 IS TAPE VERIFICATION LISTING CHLUM~ER~ER ~LAS~ CO~,PUTING CE~TER lO-MAY-1989 19:03 LUG MSASURE9 ~ROM RKO 11!.7 ABOVE PERMANENT D~TUM ELEVATIONS K6: 111.7 D:: 110.7 GL: 68.8 TD DRILLER: 4250 TO LOGGER: ~23~ CASING: 13 3/~" @DRILLER'S DEPTH OF Z699' AND LOGGER'S DEPTH OF 2703' BIT SIZE 1: 9 TI8" TYPE FLUID IN HOLE: 2% NACL BLAND OENSIT¥: 8.9 VISCOSITY: 38 PH: 8 =tgIg LOSS: 3.8 MUD RESISTIVITY: FILTRATE RESISTIVITY: MUD CaKE RESISTIVITY: 0.58 @ 66 0.41 @ 56 0.59 .~ 66 TIME CIRCUL.~TION ENOED: 11:30 03-M~Y TIME LOGGER ON BOTTOM COTE/SOT): 14:35 03-MAY TIME LOGGER UN ~OTTOM (LDT/CNL/EPT): Z2:34 03-~qAY LOGGING DISTRICT: LOGGING ENGINEER: WITNESS: PRUOHOE BAY W~RNER/FRITZKE LOWEN/DIXON/RUGEN 'TOOL NUMBERS COTE/SOT PASS): AMM-A~ 870 SGC-Sa 50 SLR-BE .~2 DIC-EB 2,71 TCM-aB 107 WDM-~ ~19 TCC-B 320 SDC-A5 69 SLS.-Ca 13~ DIS-HC 276 STM-C~ 66 TUDL NUMBERS (LOT/CNL/EPT PASS): AMM-A~ 870 SGC-Sa 50 EPS-CA 1~ PCC-HA 132 NSC-E 775 ICM-~ 107 TC'C-B 320 EPC-DA 69 PCM-A 154 CNC-H A 340 D~S-C 4950 FIELD REMARKS: FIVE 1.~" TEFLON ST~NOOFF~S USEO ON DITE. P'IVE 2" STANDOFFS AND TWE CMEZ USED ON SOT. MATRIX DENSITY = 2.55 GM/C3. FLUIO DENSITY = 1.0 GM/3. CNL MATRIX = S,~ND, HOLE CORPECTION= CALIPER. LOT CALIPER IS ~ULLY OPENED AT Z2.~ INCHES. LOG qUALITY DF EPT SUFFERS FROM POOR HOLE CONOITIONS A~OV~ ~NY SEVERE WASHOUTS EXIST FROM THERE TO C~SING. PAGE: DAT~ JOF3 STARTED: 9.-MAY-89 JUB REFERENCE NO: 7~3Z0 TAPE VERIFICATION LISTING CHLUM~tRGER ALASka Cg,~PUIING CENTER !0-MA¥-1989 19:03 PAGE ' LDP/ANA: J. KOH~ING FILE- EDIT.OD! ARCO ~L~SK~, INC. KUPARUK WSI-gl (WEST SAK) 50-029--21925 M~IN PASS LOG D~T~ DATA SAMPLED EVERY -.5000 FEET DAT~ INCLUDED - TOUL EXTENSION TOOL TYPE USED NAME - 2703' DIT-E .OTE PHASOR DUAL INDUCTION SFL 4227! SOT .SOT ARR,~'Y SONIC 4185' - 270,3' LOT .LOT LITHO D~NSITY ~30' - 2703' CNT-A/O/H .CNL COMPENS~aTED NEUTRON &Z12' - 2703 EPT-O/G .EPT ELECTROMAGNETIC PROPOG~,TION 4!89' - 2703' G~MA RAY .CSG CASING G~MMA RAY 2,769' - O' T~,BLE T!I'P~ : CONS 'TUN I VALU CN ARCO ~LASKA~ INC. FN KUP~R:UK WN WSI-O1 (W~S'T ,SAK) APIN 50-029-21925 FL ,7_9.6' FNL & 2056' FWL SECT TOWN I IN RANG IOE CDUN NORTH S~LOPE 5 T A 'T A L NATi USA E N G I W WITN LgWEN/DIXON SON 548 "399 POA'T MSL EPD FT 0. DEFI COMPANY NAME FIELO NAME WELL NAM~ API SERIAL NU~E~ FIELD LOC~TION SECTION 'TOWNSHIP RANGE COUNTY STAT5 gR P~DVINCE NATION ENGINEER"S NAME WITN!E.SS'S NAME SERVICE ORDER NUME~R PERMANENT OATUM ES TAPE VERIFICATION LISTING ~HLUMOERGER ALASKA COMPUTING CENTER iO-MaY-19~9 19:03 PAGE: TUNI V~LU DEFI LMF APD PT EKE FT EOF FT EGL FT TOD FT BLI FT llI ~T TCS TLAB RKB 111.7 111.7 110.7 65.8 4250. 4229. 2703. 11:00 03-MAY 14:'35 03-MAY LOG MEASURED FROM BOTTOM LOG INTERVAL TOP LOG INTERV&L TIME CIRCULATION STOPPED TIME LOGGER AT BOTTOM T~SLE TYPE : CURV DEPT SFLU ILM ILO SP IDPH IMPH IFRE ClOP CIMP IIRO IIXD iIRM GR 'TENS M'TEM MRES H'TEN DT DTL D'TLN D'TLP DTCO DTSM come CUHS COST TT! TTZ TT3 TT4 LTT1 LTTZ LTT5 LTT4 SP DEFI DEPTH CHANNEL NAME SFL UNAVER~GEU IL-MEDIUM RESISTIVITY IL-D~EP RESISTIVITY SPUN'TAN~gUS POTENTIAL INDUCTION DEEP PHASOR RESISTIVITY INDUCTION MEDIUM PHASOR RESISTIVITY INDUCTION CALIBRATED FREQUENCY INDUCTION DEEP PHASUR CONDUCTIVITY INDUCTION MEDIUM PHASDR CONDUCTIVITY INTERMEDIATE INDUCTION REAL DEEP CONDUCTIVITY INTERMEDIATE INDUCTION QUADRATUR~ DEEP CONDUCTIVITY INTERMEDIATE INDUCTION REAL MEDIUM CONDUCTIVITY GAMM~ RAY TENSION MUD TEMPERATURE MUD RESISTIVITY HEAD TENSION DELTA-T DELT~ T LUNG SP~CING DELTA-T LONG SPACING NEAR OEL'T~-T LONG SP~CING FAR DELT A-T COMPRESSIONAL OELTA-T SHEAR MEASUREMENT COHERENCE V~LUE ~T COMPRESSIONAL PE~K COHERENCE VALUE AT SHE~R PEAK COHERENCE VALUE AT' STONELEY 9E~K TRANSIT TIME 1 TRANSIT TIME Z 'TRANSIT TIME 3 TRANSIT TIME 4 LONG SP~CING TRANSIT TIME MODE ! LONG SPACING TRANSIT TIME MODE 2 LONG SP~C!NG TRANSIT TIM~ MODE 3 LONG SPACING TRANSIT TIME MODE 4 SPONTANEOUS POTENTIAL IS TAPE VERIFICATION LISTING CHLUMSERG~R ALASKA COMPUTING CENTER DEF[ lO-MAY-ID89 19:03 TENS MTEM MRES HTEN DPHI RHOB DRHO PEF QLS QSS LS LU LL LITH SSI SS2 LSHV SSHV SIRH LSRH LURH C ALI GR TENS MTEM MRES H'T EN NPHI TNPH TNRA NPOR RCNT RCFT CN'IC CFTC GR CALI TENS MRES M~T EM HTEN NVR FVR GR L;ALI TENS MTEM MRES H'TEN GR TENS GAMMA RAY TENSION 'MUD 1EMPER.~TURE MUD R~-SSI S'T IV ITY HE&D TENSION DENSITY POROSITY BULK DENSITY DELTA RHD PHOTO-ELECTRIC FACTCR ~UALITY CONTROL OF LONG SP.~CING ~OR LOT qUaLITY CONTROL ON SHORT SPACING FOR LOT LONG SPACING COMPUTED COUNT ~,ATE (LL~LU/Z) LONG UPPER 1-2 WINDOW COUNT RATE (LUI+LU2) LONG LOWER WIk?DOW COUNT RATE LI'THgLDG WINOOW CGUNT R~TE SHORT SP~CING 1 WINDOW COUNT R~TE SHORT SPACING 2 WINDOW COUNT R~TE LONG SPACING HIGH VOLTAGE OUTPUT SHORT SPACING HIGH VOLTAGE LOOP OUTPUT SHORT SPACING 1 DENSI'TY LONG SPACING RHO,B (UNCORRECTED) LONG UPPER RHg~ CALIPER GAMMA RAY TENSION MUg 'i'EMPERAT!JRE MUD RESISTIVITY HEAD TENSION NEUTRON POROSITY 'THERMAL NEUTRON POROSITY CALI~RAI'ED THERMAL NEUTRON RATIO NEUTRON POROSITY OUTPUT FROM AN ~PPLICATIDN ,PROGRAM RAW CORRECTED NEAR THERMAL COUNTS RAW CORR'ECTED PAR THERMAL COUNTS CORRECTED NEAR THERM:6L COUNTS CORRECTED FAR THERMAL 'COUNTS G~MMA RAY CALIPER TENSION MUD RESISTIVITY MUD TEMPERATURE HEAD 'TENSION NEAR VOLTA. GE REFERENCE FAR VDLT~G~ REFERENCE SMALL AR,~ CALIPER T E N S I 0 N MUg i'EMPERATUR~ MUD RESISTIVITY HEAO TENSION GA MM~ RAY TENSION PAGE: IS TAPE VERIFIC~TIgN LISTING CHLUMBERGER /~LASK~ CgHPUTING CENTER lO-MAY-19B9 19:03 PAGE: MTEM MRES HTEN DEFI MUD IEMP~R~TURE MUO RESISlIVITY HEAD T'-NSIDN,_ DATA FURMAT SPECIFIC~TIDN RECORg *~ *~ SET TYPE - 64E8 ~ TYPE REPR CODE V~LUE 1 66 0 2 66 3 73 368 4 66 ~ 66 6 73 7 65 B $8 0.5 9 65 ~T 11 66 12 68 13 :56 1~ 65 FT 15 66 68 16 66 1 0 66 ~- SET 'TYPE - CHAN ',~ NAME SERV UNIT SERVICE API API API' !~PI FILE NUMB NUmB SIZE REPR PROCESS ID ORDER :~ LOG TYPE CL~ASS MOO NUMB S.AMP ELEM CODE (HEX) DEPT PT 5z+~399 O0 SFLU DTE UMm',~ 5~8399 OT ILM DTE OMMM 548399 07 iLD Ol~ OHMM 548399 07 IOPH DIE DHMM 548)99 07 IMPH DT~ DHMM 548~g9 07 IFRE DTE HZ 548399 07 CIDP DTE MMHO 5~8399 OT gIMP DTE M~HO 548399 07 IIRD gTk MMHO 548399 07 IIX~ ~1~ MMHO 5~H399 07 I'IRM Dl~ MM~O 54B~99 07 GR DT~ GAPI 548399 07 T~N~ 3T~ l~ 54H399 0'7 MTEM OT;E DEGF 5~8399 Ol 000 O0 0 1 I 1 4 68 O00000OO00 Z20 O1 0 1 1 1 ,4 68 O0000000OO 120 44 0 1 1 1 4 68 OOOO00OO00 120 46 0 1 1 1 4 68 OOOO00000O 010 O1 0 1 1 1 4 68 OOOO000000 lZO 46 0 1 ! 1 4 68 0000000000 120 44 0 1 1 1 ~ 68 0000000000 000 O0 0 1 1 1 ~ 68 OOOO000000 110 46 0 1 1 1 4 68 0000000000 110 44 0 1 1 1 4 68 0000000000 000 O0 0 I 1 1 4 68 0000000000 000 O0 0 1 1 1 ~ 68 0000000000 000 O0 0 1 1 1 4 68 0000000000 310 O1 0 1 1 1 4 65 O000000OO0 635 2'1 0 1 I ! ~ 68 OOOO000000 000 O0 0 1 1' I 4 68 0000000000 ES TAPt VERIFICATION LISTING CHLUMBERGER ~LASK~ COMPUTING CENTER !0-'~,~Y-1989 19:~3 PAGE: N&Mt SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR ID ORDER ~ LOG TYPE CLASS MOD NUMB SAMP ELEM COOE MRES DIE OMMM 548399 MIEN gTE LB 548399 DT SD'[ US/? 548399 DTL SBT US/F DTLN SDT US/F 548399 DTLP SD[ US/F 548]99 D'T~O SOT DTSM SDT US/~ 548~99 COHC SOT COHS SOT COST SOT IT1 SDT US TT2 SOT US TT] SOT US TI4 SOT US LIT1 SOT US LTTZ SOT US LIT3 SOT US LIT4 SOT U'S SP SD! MY 568399 548399 548399 548399 548399 5~8399 548399 548399 54H399 548~99 548399 548399 GR SDT G~PI 54H399 TENS SOT L,B 548399 MTEM SDT DEGF 548399 MRES SD! OHMM 543399 MIEN SOT LB $4~399 DPHI LDT PU 545399 RHOB tDI G/C3 548399 DRHU LDT G/C3 548399 PEP LDT 548399 QSS LDT 543399 tS LOT CPS 548J99 LU LOT CPS 548~99 LL LOT CPS 548399 LITH LD'I' CPS 54~399 551 LDT CPS 549399 SSZ LDT CPS 54,8399 LSMV LOT V 548399 5SHY LDT V 548399 LSRH LDT G/C3 548399 LURH LBT G/C3 54~399 CALI LDT IN 5~8399 GR LUT GAPI 548399 TENS LOT L~ 5~3~99 MTEM LOT DEGE 548399 MRES EDT UHMM 54~99 HTEN tOT t~ 548399 NPHi CNL PU 548399 TNPM tnt PU 548399 I"NRA CNL 54~399 07 DO0 O0 0 1 I 1 4 68 07 OOg O0 0 1 1 1 4 68 07 520 80 0 1 1 ! 4 68 07 520 80 0 1 1 1 4 68 07 520 80 0 1 1 1 ~ 68 07 520 80 0 1 1 1 4 68 07 000 O0 0 1 1 1 4 68 07 OgO O0 0 1 1 1 4 68 07 000 O0 0 ! 1 ! 4 68 07 O00 O0 0 1 1 1 4 68 07 000 O0 0 1 1 1 4 68 07 522 83 0 1 1 1 4 68 07 522 83 0 1 1 ! 4 68 07 522 83 O 1 1 1 4 68 07 522 83 0 1 1 1 ~ 68 07 522 83 0 1 1 1 4 68 07 522 83 0 1 1 1 ~ 68 07 52Z 83 0 I 1 1 4 68 07 010 O'l 0 I 1 1 4 68 07 310 O1 0 1 1 1 4 68 07 635 Zl 0 1 ! 1 4 68 07 OOO O0 0 1 1 1 ~ 68 07 000 O0 0 ! 1 1 ~ 68 07 go0 O0 0 1 1 1 4 68 09 ~90 O1 0 1 1 1 4 68 09 350 02 0 1 1 1 ~ 68 09 356 O1 0 1 1 1 ~ 68 09 35B O1 0 1 '1 1 4 6.8 09 354 O1 0 1 1 1 4 68 09 354 0'1 0 1 1 1 4 68 09 354 O1 0 1 1 1 4 68 09 ~54 O1 0 1 1 ! 4 68 09 354 O1 0 1 1 1 4 68 09 35,6 O1 0 1 1 1 4 68 0'9 354 OZ 0 1 1 1 & 68 09 354 OZ 0 ! 1 1 4 68 09 354 O0 0 1 1 1 4 68 09 354 O0 0 I 1 1 4 68 09 350 OZ 0 1 1 1 4 68 09 ~50 02 0 1 I 1 4 6~ 09 350 OZ 0 1 1 1 4 68 09 ,ZBO O1 0 I 1 I 4 68 09 310 Ot 0 1 1 1 4 68 09 635 21 0 1 1 1 4 68 09 000 O0 0 I 1 1 4 68 09 000 O0 O 1 ! 1 ~ 6~ 09 000 O0 0 1 I 1 .~ 68 09 890 O0 0 1 1 1 4 68 09 890 O0 0 I 1 I 4 68 09 420 O1 0 1 1 1 ~ 6~ PROCESS (HEX) O000OO0000 OOOO000000 0000000000 0000000000 0000000000 OOOO00OO00 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 OOOO000000 O000OO0000 0000000000 0000000000 O00000gO00 O00000gO.O0 0000000000 0000000000 O0000000OO 0000000000 0000000000 0000000000 0000000000 0000~000000 0000000000 O000OO0000 OO90OOOO00 0000000000 0000000000 0000000000 O0000000OO 0000000000 0000000000 0000000000 0000000000 0000000090 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O0000000OO 0000000000 0000000000 0000000000 0000000000 IS TAPE V~RIFIC~T!ON LISTING CHLUMBERGER ~LASKA CONPUTINS CENTER 1D-{AY-19B9 191' PA{it: NAM~ SERV UNIT SERVICE APl AP ID ORDER '~ tOG TYP APl AP'I FILE NUMB 'NUMB CLASS MOO NUMB SAMP ELEM SIZE RE CO PR DE PROCESS (HEX) NPOR CNL PU 54'3399 09 99 RCNT CNL CPS ;548399 09 42 RCFT CNL CPS 549399 09 42 CNTC CNL CPS 545399 09 42 CFTC CNL CPS 548399 09 42 GR CNL GAPI 548399 09 31 L~LI CNL IN 548399 09 28 TEN.S CNL LB 54~399 09 53 MRES CNt OHMM 548399 09 O0 MTEM CNt DEGP 5~399 09 O0 HTEN CNL t~ 548399 09 O0 NVR EPT V 54~399 09 I3 FVR ~PT V 5~8399 09 13 ~R EPT G~PI 548399 09 31 S~ EPT IN 5&8399 09 28 C~LI EPI IN 548399 09 Z8 TENS ~PT t~ 548399 09 63 ~TE~ EPT DEGF 5A8.399 09 O0 RRES EPT OH.~ 548399 09 O0 HTEN EPI L~ 54~399 09 O0 GR CSG GAPI 5~8399 07 31 TENS CSG LB 5A~399 07 ~3 NTE~ CSG ~EGF 54~399 07 O0 MRES ~S5 GHNM 548399 07 O0 HTEN ~55 ~L~ 5A~399 07 O0 0 O0 0 I 1 1 ~+ 6 O O1 0 1 1 I 4 6 0 O! 0 1 1 1 ~+ 6 0 O1 0 1 I I 4 6 0 0! 0 I 1 I 4 6 0 O1 0 1 t 1 4 6 0 01 0 1 1 I 4 6 .5 21 0 1 1 1 4 6 0 O0 0 1 1 1 4 6 0 O0 0 1 1 1 4 6 0 00 0 I 1 1 4 6 2 O1 0 1 1 1 ¢ 6 2 11 0 1 1 1 ~ 6 0 O1 0 1 1 1 4 6 0 O1 0 1 1 1 4 6 0 O1 0 I I I 4 6 5 21 0 1 1 1 4 6 0 O0 0 I 1 I 4 6 0 00 0 1 1 1 ,4 6 0 O0 0 1 1 1 4 6 0 O1 0 1 1 I 4 6 S 21 0 I 1 1 :4 6 0 O0 0 1 1 1 4 6 0 00 0 I 1 1 4 6 0 O0 0 1 1 1 ~+ 6 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000090 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O00000000O 0000000000 0000000000 0000000000 O00000OO00 DEPT. ~253.500 SFLU.DTE SP.OTt -58.625 IDPH.DTE CIDP.DI'E )80.750 CIMP.DTE IIRM.DTE 295.750 GR.OTE MRES.OTE 0,388 HTEN.OTE OTLN.SOT IlT.IO0 DTLM.SgT CgHC.SDT 0.000 COHS.SDT TTZ.SOT ~B.400 TT3.SDT LTTZ.MOT 1080.000 LTT3.SOT GR.SDT 78.87~ TENS.SgT HTENoSDT -29~.750 OPHI.LDT PEF.LDT -999.250 ~LS.LDT LU.LDT -999.250 LL.LDT SSZ.LDT -99~.250 LSHV.LDT LSRH.LDT -999.Z50 LURHoLDT TENS.LOT -999,250 M'TEM.LDT NPHI.CNL -999.250 TNPHoCNL RCNT.CNL -~99.Z50 RCFT.CNL GR.CNL -9'99,250 CALI.CNL MTEM.CNL -~99.250 H~EN.CNL GR.EPT -999,250 SA.EPT 2.369 ILM. 2.625 IMPH. 315.500 IIRD. 78.875 TENS' -294.150 DT. 115.900 OTCO. 0.000 COST. 939.200 TT4. 1 546. 000 LTT4. 1150.000 MTEM. -999.250 RHOB. -999.250 QSS. -'999. 250 LITH. -999,250 SSHV. -999.Z50 CALI. -999.Z50 MRES. -999. Z50 TNRA. -999,250 CNTC. -999.250 TENS. -999,250 NVR. -999,250 CALl. DTE DT E DTE DTE SDT SDT SDT SOT SOT SDT LDT LOT LOT L DT LOT LDT CNL CNL CNL EPT EPT 33 115 11 71 130 7 -99 -99 -99 -99 -99 -99 -99 -99 -99 -99 --99 3. 152 3.166 8.500 0.000 Z. 600 O.O00 0.000 4.800 8.000 9,438 9.250 9.250 9.250 9.250 9.250 9.250 9.250 9.250 9,250 9.250 9.250 ILD.DT~ IFRE.DTE IIXD.DTE MTEM.DTE DTL.SDT DTSM.SDT TT1.SDT LTT1.SOT SP.SDT MRES.SDT DRHO.LDT LS.LDT SS1.LDT SIRH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL NRES.CNL FVR.EPT TeNS.EPT 2.414 ZO.O00 33.719 79.438 112.800 0.000 I1Z.4OD 1320.400 -58.625 0.388 .-999,250 -999.250 -999.Z50 -999.250 -9~99.250 -999,250 -999,250 -9'99.250 IS TAFE VtRIFiC~T[ON LISTING LHLUMBERGER ALASKA COMPUTING CENTER MTEM. EFT -999. 250 ~R ES. EPT T ENS.CSG -999.250 MT EM.CSG DEPI'. 4200. 000 SFLU.DTE 5P.DYt -59.7!9 IOPH.DTE CIDP.DTE Z03. 875 CIMP. gTE IIRM.DTE 195.000 GR.DTE MRES.DTE O. 385 HTEN.DTE DTLN. SD ! 1 I7. ! O0 DTLF o SOT COHC. SOT O. 000 COHS. SOT TTZ. SDT 488. 400 TT3. SOT LTT Z. SD'T 1 O 80. OgO LTT3. SDT GR.SDT 78.875 TENS.SDT HTEN.SDT 1504. OOO DPHI.LDT PE~.LDT 3.113 QLS.LOT LU. LDT 329. 500 LL.LDT SSZ.LDT 507.500 LSHV.LOT LSRH.LDT 2.ZT~ LURH.LDT TENS. LDT Z~74.0 O0 ~T EM. LDT NPHI.CNL 43. 206 TNPH.CNL RCNT.CNL 16B4.287 RCFT.CNL GR.CNL 88.81] CALi. CNL M'T EM. CNL B 1.188 HT EN. CNL GR. ~P'T ~8. 813 SA. EPT MTEM.EPT 81.18B MRES,.EPT 1" ENS.CSG -~99. 250 MTEM.CSG DEPT. 4100.000 SFLU.DTE SP.DTE -51.406 IDPH.D'TE ~IDP.O~E 27~.500 CIMP.OTE IIRM.OTE 266. 000 GR. gTE MRES.OTE 0.385 HTENogTE DTLN.SDT 110.900 OTLF.SOT COHC.SDT O.BO~ COHS.SgT TT2. SOT 491. ZOO TT3. SgT LTTZ.50T 10'75.600 LTT3.SDT GR. SDT 92.750 TENS.SgT HTEN.SDT 1~33.000 DPHI.LDT PEF.LDT 3. 148 QLS. LOT LU.LDT 295.250 LL.LDT SSZ. LDT Z96. 000 LSHV.LDT LSRH.LUT Z.336 LURH.LDT T ENS.LDT 2330. 000 MT EM.LOT NPHI.gNL 44, o 360 'TNPH.CNL RCNT.CNL 17'17. 257 RCFT.CNL GR.CNL 91.000 CALI.CNL MTEM.CNL BO. ~75 H'TEN.CNL GR.EPT 91.000 S~.EPT MTEMo EPT 80. 675 RRES. EPT TENS.CSG -999.Z50 MTEM.CSG DEPT. 4000.000 SFLU.DTE SP.DT~ -53.500 IDPH.DTE CIDP.DI'E 2~8.3'75 CIMP.DTE IIRM.DTE 254.750 GR.DTE 10-~AY-1989 19:03 -999.250 HTEN.EP'T -999.250 MRES.CSG 5.477 ILM.DTE 4.902 IMPH.DTE 205.000 IIRD.DTE 7~.875 TENS.gTE 1304. 000 DT.SDT 115.900 gTCO. SDT 0.000 COST.SDT 939.200 TT4.SDT 1546.000 LT'T4.SgT 2174.000 MTEM.SDT 22.065 RHOB.LOT -0.016 QSSoLDT 185.875 LITH.LDT 1141.000 SSHV.LDT 2.285 CALI.LDT 81.15B MRES.LDT 42.~71 TNRA.CNL ,448. 812 CNTC.CNL 9.523 TENS.CNL t567.000 NVR.EPT 0.882 CALI.EPT 0.365 HTEN.EPT -999.250 MR:ES.CSG 3.590 ILM.D'TE 3.590 IMPH.DTE 275.000 IIRD.DTE 92.750 TENS.gTE 1:333.000 OT.SDT lll.lOO gTCO.SOT 0.806 COST. SgT 945.200 TT4. SDT 1528.400 LTT4.SDT 2160.000 MTEM.SDT 19.52'7 RHOB.LOT 0.01,6 QSS.LDT 171.000 LI'TH.LDT llAl. OOO SSHV.LDT 2.352 CALI.LDT ~0.875 MRES.LDT 41.1149 TNRA.CNL ,432.14! CNTC.CNL 9.703 TENS.CNL 1563.000 NVR.EPT 0.803 CALI-EPT 0.368 HTEN.EPT -999°250 MRES.CSG 3.002 ILM.OTE ,~.191 IMPH.DTE Z81.750 IIRD.DTE 87.313 TENS.gTE - 999. Z 5 O -999. 250 4.316 4.~75 186.625 2174.000 112.600 0.000 0.000 714.{300 1308.000 79.435 2.286 0.019 $9.563 1205.000 9- 523 0.365 3.583 1600.528 2374.000 3.787 9.523 1567.000 -999.250 3. 512 3.633 244.375 2160.000 113.000 11¢.000 0. 417 714.800 1303.600 79.313 ,2.32,8 0.003 80.625 1205.000 9. '703 0.368 3.$61 170 Z. 547 2330.000 3. 785 9.703 1563.000 -999.250 3.672 3.545 212.375 2180.000 GR.CSG HTEN.CSG ILD.DTE IFRE.DTE IIXD.OTE MTEM.DTE OTL.SDT D'TSM.SDT Til.SDT LTT1.SDT SP.SDT MRES.SDT D~HO.LDT LS.LDT SS1.LDT S1RH.LDT GR.LDT H'TEN.LDT NP~R.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILD.DTE IFR,E. gTE I IXO. OTE MTEM.OTE D'TL.SOT DTSM.SDT TTI.SDT LTTI.SDT SP.SDT MRES.SDT DRHO.LOT LS.LDT SS1.LDT SIRH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL ~RES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILO.gTE IFR~.DTE IIXO.OTE MTEM.O'TE P~E: -999.250 4.742 ZO.O00 24.547 79.438 112.800 0.000 71Z.400 1320.400 -59.719 0.3B8 0.005 350.750 214.625 Z.262 ~8.813 1567.000 42.205 451.930 0.365 0.566 2374.000 -999.250 -'~99.Z50 3.547 20.000 24.813 79.313 !t2.600 114.000 716.400 1ZgB'4OO -61.406 0.3'85 -0.008 3t8.750 203.875 2.369 ~1.000 1563.000 41.267 492.069 0.368 0.663 2330.000 -999.Z50 ,-999.150 ~.078 ZO.O00 ZS.3Z8 79.375 IS T~Pt V~RI~ICA'IIUN LISTING CHLUMBERGER ALASKA COMPUTING CENTER MRES. DTE O. 386 HT EN. DTE DTLN. SOT 112. t O0 DTLF. SOT COHC. SOT g. 795 CDHS. SOT TTZ .SDT 496. gOO TT]. S,.gT LTTZ.SDT lOT2.0gO LTT3.SOT GR,SDT ~7,813 TENS,SOT HTEN. SOT '1326. O0 U gPHI. LOT PE~.LOT 2.771 QLS.LDT LU.LDT 359.500 LL.LDT 55Z.LDT 308. 500 LSHV. LDT LSRH.LDT Z, 223 LURH.LDT TENS. LDT 2400. 000 MT EM. 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EPT GR.CSG H'TEN.CSG ILO.gTE I~RE.OTE IIXD.QTE MT EM. gTE DTL.SDT D'TSM.SDT 8.039 ZO.OOg 7.258 74.625 137.900 149.000 859.Z00 1491.200 -94.938 0.429 -0.008 546.500 ZZO.250 Z.OTZ 66.750 155~.000 48.706 334.2~0 0.439 0.652 2154.000 -999.250 -999.25'0 7.984 ZO,O00 7.992 7~.375 121.400 1%7.000 8~8..B00 14,86.000 -107.688 0.438 0.002 40Z.OO0 Z17.375 2.199 65.B75 1519.000 '~I.527 453.158 0.443 0.650 2094.000 -999.250 -999.250 6.816 ZO.OOO 8.445 133.900 155.000 13 IS TAPE VERIPICATIDN LISTZNG CHLUMBERGtR ALASKA COMPUTING CENTER CO~C.SDT 0.916 CCHS.SDT TTZ.SUT 509.600 TT3.SOT LTTZ.SDT 1341.600 LTT3.SDT GE.SD'[ 69.813 TENS.SOT HTEN.SDT 1Z79.OOO DPHI.LDT PEF.LDT Z.891 QLS.LOT LU.LDT 457.750 LL.LDT SSZ.LD'! 337.000 LSHV.LDT LSRH.LDT Z.OOZ LURH.LOT TENS.LOT 2054.000 MTEM.LDT NPHI.CNL 4?,630 TNPH.CNL RCNT.~NL 1365.647 RCFT.CNL GR.CNL 71.750 CALI.CNL MTEM.CNL 70.438 H~EN.CNL GR.EPT 71.750 SA.EPT MTEM.~PT 10.438 MRES.EPT TENS.CSG -999.250 MTEM.CSG DEPT. 3000.000 SFLU.UTE SP.DTE -58.875 IDPH.DTE CIDP.DTE 86.563 CIMP.DTE I IRM. UTE 148.3 75 GR. DTE MRES. DTE O. 430 HTEN. DTE DTLN.SDT 140.200 DTLFoSDT CUHC. SOT O. 7 ZO COHS. SOT TTZ.. SDT 51Z. 400 TT3. SOT LTTZ.SDT !Z88.~00 LTT3.SDT GR.SDT 39.281 'TENS.SOT HTEN.SD'T 1280.000 DPHI.LDT PEP.LOT 3.203 QLS.LDT LU.LDT 67Z.500 LL.LDT SSZ.LO~T 350.750 LSHV.LDT LSRH.LDT 1.817 LURH.LOT lENS.LOT 2010.000 MTEM.LOT NPHI.CNL 55.471 TNPH.CNL RCN1'.CNL 1243.936 RC~T.CNL GR.CNL 41.43~ CALI.CNL MTEM.CNL 70.500 HTEN.CNL GR.EPT 41.438 S~.EPT MTEM.~PT 70.500 MRES.EPT T~NS.CSG -999.250 MTEM.CSG D~PT. 2900.000 SFLU.DTE 5P.DTE -59.~38 IDPH.OTE CIDP.DTE 181.250 CI~P.DTE I~RM.OTE 170.875 GR.D'TE MRES.O~E 0.4131 HTEN.DTE DTLN.SDT 132.300 DTL~.SOT COHC..SDT 0.250 COHS.SDT TTZ.SDT 650.000 TT~.SDT LTTZ.SDT 1513.200 LTTD.SDT GR.SDT 28.016 TENS.SOT HTEN.SDT 12B2o000 OPHI.LDT PEPoLDT 1.705 QLS.LDT LU.LDT 1~41.000 LL.LDT lO-MAY-1989 19:03 0.375 COST.SOT I 187.60~ TT4. SOT 1979.200 LTT4.SDT l~70.gOO MTEM.SDT 33.903 RHOB.LDT -0.018 QSS.LDT Z~6. ?50 LITH. LOT 1138. 000 SSHV.LOT 2.096 CALI.LOT 70.438 MRES.LOT 51.378 TNRA.CNL 314.023 CNTC.CNL 12.094 TENS.CNL 1527.000 NVR.EPT 0.$82 CALI.EPT O. 445 HTEN.EPT -999.250 MRES.CSG 6.781 !tM.gTE 11.547 IMPH.OTE 151.875 IIRD.DTE ~.094 TENS.DTE 1296.000 DT.SDT 139.T00 DTCO. SDT 0.~61 COST.SDT 11~4.400 TT4.SDT l~!O.OOO LTT4oSOT 1835.000 MTEM.$OT 47.757 RHgB.LOT -0.008 QSS.LUT 385.250 LITH.LDT 1138.000 SSHVoLDT 1.886 C~LI.LDT 70.500 MRES.LOT 56.433 TNRA.CNL ZTO.¢50 CNTC,CNL 14.~36 TENS.CNL 1535.000 NVR.EPT 1.192 CALI.EPT O. ~45 MT~N.EPT -999.250 MRES.CSG 'T.051 ILM.DTE 5.516 IMPH.DTE 194.25'0 IIRD.DTE 28.578 TENS.DTE 1:291.000 OT.SDT 132.700 OTCO.SO'T 0.904 COST.SOT 132.3.200 T'T4.SDT 211'0.800 LTT~.SDT I805.000 MT~M.SDT 7Z.165 RHOB.LDT 0.018 QSS.LDT 797.000 LI'TH.LDT 0.713 924..400 1574.800 72.938 2.091 -0.001 147.250 1203.000 12.094 0.445 3.9 S8 1326.222 2054.000 3.795 12.094 1527.000 -999..250 6.352 6.578 81.125 1840.000 199.700 129.900 0. 648 888.400 1566.000 72.625 1.862 0.007 206.000 1203.000 14.836 0.445 4.458 1268.831 2010.000 3.795 14.836 1535.000 -999.250 5.508 5.145 159.625 1800.000 160.100 98.438 0.607 976.000 1823.200 72. 625 1.459 0.027 52'9. 500 TT1.SDT LTT1.SDT SP.SDT MRES.SDT DRHO.LDT LS.LDT SS1.LDT S1RH.LDT GE.LOT HTEN.LDT NPOR.CNL CFTC.CN[ M~ES.CNL FVR.EPT TENS.~PT GR.CSG HTEN.CSG ILD.DTE IFRE.DTE IIXO.OTE MTEM.OT~ DTL.SDT DTSM.SDT TTI.SD'T LTT1.SDT SP.SDT MRES.SDT: D~H~.LDT LS.LDT SSI.LDT SIRH.LDT GR.LDT HTEN.~DT NP~R.CNL CFTC.CNL MRE'S.CNL FV:R.EPT TENS.mPT GR.CSG HTEN.CSG ILD. OTE IFRE.OTE I!XD.DTE MTEM.DTE DTL.SDT DTSM.SDT TT1.SDT LTT1.SDT SP.SDT MRES.SDT DRHO.LDT LS.LDT SS1.LDT PAGE: 14 918.000 1595.600 -95.313 0.437 -0.003 495.500 ZZO.500 2.105 T1.750 1527.000 5Z.278 320.030 0. ~45 0.656 2054.000 -999.250 -999.250 I1.Z5O ZO.O00 7.5,27 '14.063 140.900 15Z.OOO 890.000 1556.400 -89.000 0.438 -0.016 7ZI.500 ,2Z3.125 1.939 ~I.438 1535.000 60.420 288.816 0.445 0.6~9 2010.000 -999.250 -999.250 5.2'73 20.000 9.055 13.938 179.500 146.000 971.600 1818.400 -90.1Z5 0.437 -0.011 1517.000 237.6Z5 IS TAPE YERIPICATION LISTIN~ CHLUMBERGSR AL~SK-~ COMPUTING CENTER SSI. LOT 389.0 O0 LSHV. LOT LSRH. LOT I . 4 lO LURH. LOT 'T ENS.LDT 2005. DOg MTEM. LOT NPHI.CNL 73. 540 TNPH.CNL RCN[. CNL 1116.179 RC;T. CNL GR.CNL 32.406 CALI.CNL MTEM.CNL 70. 875 HTEN.CNL GR.EPT 3Z.406 S~.EPT MTEM. EPT 70.8 ?5 MRES.EPT 'T E:NS . C, SG -990 . Z 50 MT EM o C SG DEPT. 2~00. 000 SFLU. gTE SP. gTE -6'7.875 IDPH. gTE CIDP.DTk 101.563 CI~P.DTE I IRM. gTE Z44.1 Z5 GR. DTE MRI::S.OTE 0.427 HT~N.OTE DTLN. SOT 135. 700 OTLF. SDT CUHC. bDT O. B73 COHS.SDT TIZ.SDT 508. B 00 TT3. SOT L'TT2. SOT 1376.000 LTT3.SOT GR.SDT 24.156 TENS.SDT HTEN. 5DT 1304. 000 OPHI.LOT PEP. LDT Z. 6 '18 QLS. L DT LUoLDT B79. goo LL.LDT SSZ.LDT 369.250 LSHV.LDT LSRH.LDT 1.729 LURH.LDT TENS.LD'T 1~15. 000 MTEM.LDT NPHI.CNL 58.1~4 TNPH.CNL RCNT.CNL 1121. 391 RCFT.CNL GR.CNL 24.172 CALI.CNL M'TEM.CNL 71.750 HTEN.CNL GR.EPT 2~+. 172 SA.EPT MTEM. EPT 71.750 MRES. EDT T ENS.'USG -999.2 50 MT EM. C SG DEPi. ZTOO.O00 SFLU.DTE SP. DT~ -2 7. 688 tDPH. gTE CIDP.D'TE 77.625 CIMP.DTE IRM.gTE 34. 906 GR. gTE MRES.U'TE 0.426 HTEN.DTE DTLN.SDT 55.000 DTL~.SOT COHC. SDT O. Z 50 COHS. SDT TTZ. SOT 310.4go T t3. SOT LTTZ.SDT 650.400 LTT3.SDT ~R.SDT 31.328 TENS.SOT HTEN.SDT 1358.000 OPHI.LDT PEP.LDT 27.7 50 ~LS. LOT LU.LDT 241. Z 50 LL.L'DT SSZ.LD'T 105.75U LSHV.LDT LSRH.LDT 2.414 LURH. LD'T ENS.LOT ZOlO. OOO MT EM .LOT NPH I o CNL 69. 049 TN PH . C NL RCNT.CNL 979. Z 77 RCFT.CNL GR.CNL 36.344 CALI.CNL MTEM. CNL 70.! B8 HT EN.CNL lO-'MAY-1989 19:03 1136.000 SSHV.LDT 1.~95 CALI.LDT 70.875 MRES.LOT 103.505 TNRA.CNL 205.322 CNTC.CNL 14.875 TENS.CNL 1525.000 NVR.EPT 0.455 CALI.EPT 0.~43 HTEN.EPT -999.250 MRES.CSG 5.633 ILM.DTE 9.844 IM~H.DTE 263.750 IIRD.DTE 24.609 TENS.gTE 1312.900 OT.SOT 134.000 DTCO. SOT O. 871 COST. SDT 1224.~00 TT4.SDT 1 920. 800 LTT4. SOT l~lO.O00 MTEM.SDT 55.015 RHOB.LOT -0.001 QSS.LDT 499.250 LITH.LOT 1136.000 SSHV.LDT 1.745 CALI.LDT 71.750 MRES.LDT 68.400 TNRA.CNL ~17.719 CNTC.CNL 22.172 TENS.CNL 1498.000 NVR.EPT 3.205 CALI.EPT 0.434 HTEN. EPT -999.Z50 MRES.CSG 9696. 000 ILM. DTE 12.875 IMPH.DTE 29.688 IIRD.OTE 31.'703 TENS. D'TE 1 365. O00 DT.SDT 5'3,500 gTCO.SOT 0.860 COST.SOT 546.400 TT4.SDT 1093. Z00 LTT4.SDT 1840. gOO MTEM. SOT 77.491 ~HOB.~LOT O.ZZ7 QSS.LOT '14.3. 500 LITH.LOT 1138.000 SSHV.LDT 2.¢82 CALl. LOT 70.18~ MRES.LDT 91.921 TNRA.CNL 177.'735 CNTC.CNL 12. 297 TENS.CNL 1596.000 NVR.EPT 1203.000 14.~75 0.443 5.~46 1121.513 2005.000 3.793 14.875 1525.000 -999.25~ 3.q36 3.789 92.125 1810.000 221.600 133.000 0.4,53 953.200 165 9. 600 73.438 1.742 0.065 26 ~. 750 1202.000 22.172 0.434 4. 797 1080.080 1915.000 3.797 22.172 149B.000 -'999.250 27.219 .33. 656 34.251 1835.000 58.000 95.000 0.814 462.400 95 0. 000 73.125 1.371 -0. 230 2 8.42,2 1204.000 12.29'7 0. ,456 5.133 932.941 ~2010.000 3.791 S1RH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EPT GR.CSG HTEN,CS~ ILD.DTE IFRE.DTE IIXD.DTE MTEM.DTE DTL.SDT DTSM.SDT TTI.SDT LTTI.SDT SP.SDT MRES.SDT DRHO.LOT LS.~DT SS1.LDT SIRH.LDT GR.LDT HTEN.LD'T NPOR.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EP'T GR.CSG H'TEN.CSG ILO.gTE IFRE.DTE IIXO.DTE MTEM.DTE DTL.SDT DTSM.SDT TT1.SDT LTT1.SDT SP.SDT M~ES.SDT DRHD.LDT LS.LDT SS1.LDT S1RH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL ~VR.~PT PAGE: 15 1.515 32.406 15Z5.000 108.536 212.273 0.4¢3 0.6~9 2005.000 -9?9.250 -999.250 9,555 ZO,O00 6.809 74.250 139.300 13Z.O00 953.600 16~4.800 -~7.6Z5 0.431 0.013 9~8.500 Z47.750 1.676 Z4.17'Z 1498.000 68.951 Z26o927 0.4B4 0.648 1915.000 -999.250 -999.250 1950.000 ZO.OOO 0.000 ~4.188 57.500 lJg.0UO 4;31.200 830.800 -50.313 0.435 -1.044 264,250 ~9.815 4.680 36.344 1596.000 91'654 182,400 0.456 0.646 IS TAPE V~RI'FIC,~TION LISTING CHLUMBERGER .~LASK~ COMFUTING CENTER 36.344 SA.EPT 70.188 MRES.EPT 1775.000 MTEM.CSG DEPI. Z600.OgO SFLU.DTE SP.DTE -24.031 ZDPH.DTE CIDP.D[E 21.734 CIMP.DTE IIRM.gT~ 40.469 GR.D'TE MRES.DTE g.431 HTEN.OTE UTLN.SDT -999.250 DTLF.SgT COHCoSDT -999.250 CgHS.SgT [TZ.SDT -999.250 TT3.SgT LTTZ.SDT -999.250 LTT3.SDT GR.SDT -999.250 TENS.SOT HTEN.SgT -999.250 gPHI.LgT PEF.LOT -999. Z 50 QLS. LOT LU.LDT -999. Z 50 LL. LOT SSZ.LDT -999.250 LSHV.LOT LSRH.LDT -999. 250 LURH.LOT TENS. LO! -999. Z 50 MT EM. LOT NPHI.CNL -999.Z50 TNPHoCNL RCNT.CNL -999.250 RCFT.CNL GR.CNL -999.250 C~LI.CNL MTEM.CNL -999.250 HTEN.CNL GR.EPT -999.250 SA.EPT MTEM.EPT -999.250 MRES.EPT TENS.CSG 1805.000 MTEM.CSG DEP [. Z5 gO. 0 O0 SFLU. gTE SP.DIE -999.250 IOPH.DTE ClOP.gTE -999.250 CIMP.D'TE IIRM. UTE -999. 250 GR.gTE MR ES. DTE -9'99,250 HTEN. gTE UTLN. SOT -999. Z 50 DTLF. SOT COHC.SD'T -999.250 COHS.SDT %TZ. SOT -999. 250 TT3. SOT LTTZ. 5DT -999. Z 50 LTT3. SOT GR. SUT -999. Z 50 TENS. SOT HTEN. SOT -999. Z 50 gPHI. LOT PEP.LOT -999. 250 qLS. LOT LU.LD'T -999. Z 50 LL. LOT 55Z.LDT -999.250 LSHV.LDT LSRH.LD'T -999.250 LURH,LDT T!ENS.LD! -999.250 MTEM.LgT NPHI.~NL -999.250 TNPH.CNL RCNT.CNL -999.Z50 RCFT.CNL GR.CNL -999.2:50 CALIoCNL MTEM.CNL -999. 250 HTEN.CNL GR. EPT -999.2 50 SA . E PT MTEM. EPT -9'99. Z 50 MR'ES o EPT TENS.CSG 17'80o000 MTEM.CSG lO-MAY-lOB9 19:03 0.803 CALI.EPT 0.~56 HTEN.EPT 70.813 MRES.CSG 9595.000 ILM.DTE 45.969 IMmH.DTE ~1.281 IIRD.DTE 34.531 TENS.DTE l~7O.O00 DT.SOT -999.250 gTCO.SOT -999.250 COST.SOT -999.250 TT4.SgT -999.Z50 LTT4.SOT -999.250 MTEM.SOT -999.250 ~HgB.LDT -999.250 ~SS.LDT -999. Z50 LITH.LDT -999.250 SSHV.LDT -999.250 CALI.LDT -999.250 MRES.LDT -999.250 TNRA.CNL -999.250 CNTC.CNL -999.250 TENS.CNL -999.250 NVR.EPT -999.250 CALI.EPT -999.250 HTEN.EPT 70.313 MRES.CSG -999.250 ILM.DTE -999.250 IMPH.DTE -999.250 IIRD.DTE -999.250 TENS.gTE -999.250 OToSOT --999.250 gTCO.SOT -999.250 COST.SOT -999.250 TT4.SDT -999.250 LTT4.SOT -999.250 MTEM. SOT -999.250 RHOB.LDT -999. Z50 QSS.LDT -999.250 LITH.LDT -999.Z50 SSHV.LOT -999.250 CALI.LDT -999.250 MRES.LDT -999.250 TNR~.CNL -999.250 CNTC.CNL -999.250 TENS.CNL -999.25g NVR.EPT -999.Z50 C~LI.EPT -999.250 HTEN.EPT 70.000 MRES.CSG 12.297 1596.000 0.454 23.469 24.203 20.906 1830.000 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -~99.250 -999.250 0.~59 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.Z50 -999.250 -999.250 -999.250 '-999.250 --999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 0.~6I TENS.~PT GR.CSG HTEN.CSG ILO.gTE IFRE.DTE IIXD.DTE MTEM.DTE OTL.SDT DTSM.SDT TTI.SDT LTT1.SDT SP.SDT MRES.SDT ORHO.LDT LS.LDT SSl. LDT S1R~.LDT GR.LDT HTEN.LDT NPDR.CNL CFTC.CNL M~ES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILO.gTE IFR~.DTE IIXO.OTE MTEM.DTE OTL.SDT DTSM.SDT TTI.SD'T LTTloSDT SP.SDT MRES.SDT D~HO.LDT LS.LOT SS1.LDT SIRH.LDT GR.LDT HTEN.LDT NPO~.CNL CFTCoCNL M~ES.CNL FVRoEPT TENS.EPT GR.CSG HTEN.CSG P~GE: 16 2010.000 32.656 1283.000 64.469 ZO.O00 O.O00 73.813 -999.250 -999.Z50 -999.250 -999.250 -999.250 -99~.Z50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9~9.Z50 -999oZ50 -999.250 -999.250 -9'~9.250 26.969 1M36.000 -999.250 -9'99.250 -999.250 -999.Z50 -999.250 -9~9.250 -99~.Z50 -999.250 '-999.250 -999.250 -9'99.250 -999.250 -999.250 -99~.250 -999.250 -9~9.250 -999.250 --999.250 --99:9.250 -999.250 22.625 1~4~.000 IS 'TAPE V~RIF[C~1ZgN LISTIFJG CHLUMBERG~R ~L~SK~ Cg~'~PUTING CENTER !0-MA¥-1989 19:03 OEPT. 2400.000 SFLU. D'TE -999.250 ILM.DTE -999.250 SP. 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SOT -999. 250 DTLN.~DT -999.250 OTLF.SOT -999.250 gTCO.SOT -999.250 LOHC.SDT -999.250 CDHS.SDT -'999.250 COST.SOT -999.250 TTZ.SDT -999.250 TT3.SOT -999.,250 TT4.SDT -999.250 L[TZ.SDT -999.250 LTT3.SOT -999.250 LTT4.SDT -999.250 GR.SDT '-999.250 TENS.SOT -999.250 MTEM.SOT -999.250 HTEN.SDT -9"99.250 OPHI.LDT -999.250 RHOB.LDT -'999.250 PEF.LDT -999.250 QLS.LOT -999.250 QSS.LOT -999.250 LU.LOT -999.250 LL.LDT -999.Z50 LITH.LDT -999.250 SSZ.LDT -999.250 LSHV.LDT -999.250 SSHV.LOT -999.250 LSRH.LD'T -999.Z50 LURH.LOT -999.250 CALI.LDT -999.250 TENS.LOT -999.250 MTEM.LDT -999.250 MRES.LDT -999.250 NPHI.CNL -999.250 TNPH.CNL -999.250 TNRA.CNL '-999.250 RCNT.CNL -999.250 RCFToCNL -999. 250 CNTC.CNL -999.250 GR.CNL -999.Z50 CALI.CNL -999.250 TENS.CNL -999.250 MTEM.CNL -999.250 HTEN.CNL -999.250 NVR.EPT -9'99.250 GR.~PT -999.250 SA.EPT -999.250 C~LI.EPT -99'9.250 MTEM.EPT -999.250 MRES.EPT -999.250 HTEN.EPT -999.250 TENS.CSG 1740.000 MTEM.CSG 69.938 MRES.CSG 0.460 DEPT. 2300.000 SFLU.DTE SP.DT5 -999.250 [DPH.OTE CIDP.DTE -999.250 CIMP.DTE iIRM.OTE -999. 250 GR.DTE MRES.OTE -999.250 HTEN.DTE DTLN. SDT -999.250 DTLF.SOT COHC.SDT -999.250 COHS.SDT TTZ. SOT -999. ZSO TT3. SOT LTT2. SOT -999. 250 LTT3. SOT GR.SDY -999.250 TENS.SOT HTEN.SDT -999.250 DPH].LDT PEF.LDT -999. 250 {~LS. LOT LU,,LDT -999..250 LL. LOT SSZ.LDI -999.250 LSHV.LOT LSRH.LDT -999.Z50 LURH.LDT lENS.LOT -999.250 MTEM.LOT NPHI.CNL -999.250 TNPH.CNL RCNT.~NL -999.250 RCFT.CNL GR.CNL -999.250 CALI.CNL M'TEM.CNL -999.250 HTEN.CNL GR.EPT -999.250 SA.EPT MTEM. ~P'[ -9'99.250 MRES.EPT T~ENS.CS6 1735.000 HTEM.CSG -999.250 ILM.DTE -999.,250 IMPH.DTE -999.250 IIRD.DTE -999.250 TENS.gTE -99'9.250 DT.SDT .-999. ZSO DTCO. SOT -999.250 COST.SOT -999.250 TT4.SOT -999.25'0 LTT4. SD'T -999.250 MTEM.SDT -999. 250 RHOB.LOT -99''9.250 QSS.LOT -999.250 LITH.LDT -999.250 SSHV.LDT -')99. 250 C~LI. LOT -999.Z50 MRES.LgT -999.250 TN~A.CNL -999.259 CNTC.CNL -999. 1250 TENS.CNL -999.250 NVR.EPT -999.250 CALI.EPT -999.Z50 HTEN.EPT 69.B75 MRES.CSG -999.250 -999.250 -999. Z 50 -999.250 -999.250 -999.250 -999.250 -999. Z 50 - 99 9. Z 5 O -999.250 -999.250 -999. 250 -999. 250 -999.250 -999.250 -999. 1250 -999.250 -999.250 -9'99.~50 -999.250 -999.250 -999°250 0.459 ILO. gTE I FR E. OT E !IXD.OT~ MTEM.OTE OTL.SDT DTSM. SOT TT1.SDT LTT1. SOT S~. SD'T MRES.SDT DRHO.LDT LS .LOT SS1 .LOT SIRH.LDT GR.LDT HTEN.LDT NPOR. CNL CFTC.CNL MRES .CNL FVR.EPT TENS.EPT GR.CSG HTEN .CSG ILD.DTE I~RE.DTE IIXO.DTE MTEMoDT~ OTL.SDT DTSM. SOT 'TT1. SOT LTl1. SOT SP. SOT MRES.SDT D R H 0. L D T LS .LOT SS1.LDT S 1 RH. LOT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL ;,~VR. EPT TENS. ~PT GR.CSG HTEN.CSG DEPT. ZZO0.O00 SFLU.CTE -999.250 ILM.DTE -999.250 ILO.gTE SP.OTE -9'99.250 IDPH.DTE -999.250 IMPH.DTE -999.250 IFR~.DTE CIDP.UTE -999.250 CIMP.OTE -999.Z50 IIRD.DTE -999.250 IIXO.DTE IIRM.OTE -999.250 GR.DTE -999..Z50 'TENS.DTE -999.250 MTEM.DTE MRES.OTE -999.250 HTEN.DTE -999.250 OT.SOT -999.250 DTL.SDT OTLN.SDT -999.250 DTLF.SDT -999.250 gTCO.SOT -999.2510 DTSM.SOT COHC.SD[ -999o250 COHSoSOT -999.250 COST.SOT -999.250 TT1.SOT PAGE: 17 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9~9.250 -99~.250 -999o250 -999.250 -999.250 -999.1~0 -999.250 -999.250 -999.250 -999.250 ~0.813 133~.000 -999.250 -999.250 -999.250 -9~9.250 -999.250 --999.25'0 -999.250 -999.250 -999.250 -999.250 .-999.250 -999.250 -999.250 -999.250 -9'99.250 -999.250 -999.250 .-999.250 -999.250 -999.250 -999.250 15.21! 1333.000 -999.250 -999.250 .-999.250 -9~9.250 -999.250 -999.Z~0 TAPE V~RIF'ICATION LISTING CHLUMBERGER ALASKA COMPUTING CENTER lO-MaY-1989 19:03 'TTZ.SDT -999.250 IT).SOT -999. Z50 TT4.SOT -999.Z50 LTTZ.SUT -999.Z50 LTT3.SDT -999. Z50 LTT4. SOT -999.Z50 GR.SDT -999.Z50 TENS.SOT -999.Z50 MTEM.SDT -999.Z50 HTEN.~DT -999.250 DPHI.LDT -999.Z50 RHOB.LDT -999.250 PEF.LOT -999.Z50 QLS.LgT -999.250 QSS.LDT -999.Z50 LO.LOT -999.Z50 LL.LOT -999.250 LITH.LOT -999.250 5SZ.LDT -999.Z50 LSHV.LOT -999.250 SSHV.LDT -999.250 LSRH.LOT -999oZ50 LURH.LDT -999.Z50 CALI.LOT -999.250 TENS.LOT -999.250 MTEM.LOT -999.~50 MRES.LgT -999.Z50 NPHI.CNL -999.250 TNPH.CNL -999.250 TNRA.CNL -999.250 RCN[.CNL -999oZ50 RCFT.CNL -999.Z50 CNTC.CNL -999.250 GR.CNL -999.Z50 C~LI.CNL -999.Z50 TENS.CNL -999.250 MTEM.CNL -999.250 HTEN.CNL -999.250 NVRoEPT -999.250 GR.EPT -999.250 SA.EPT -999.250 CALI.EPT -999.250 MTEMotPI -999.250 MRES.EPT -999oZ50 HTEN.EPT -999°250 TfNS.CSG 17OE.0OO ~TEM.CSG 69.158 MRES.CSG 0°468 DEPT. 2100. OOO SFLU.DTE SP.DTE -999.250 IDPH.DTE CIDP.DTE -999.Z50 CIMP.DTE I IRM. 9T~ -999.2 50 GR. gTE MRES. DTE -999. 250 HTEN. gTE DTLNoSDT -999. 250 DTLF. SOT COHC.SDT -999.250 COHS.SDT TIZ. SDT -999. Z50 T T3. SOT LTTZoSDT -999. ZSfJ LTTB.SDT GR. SDT -999. 250 TENS. SOT HTEN. SOl -999.250 OPHI.LDT PEP.LDT -999. Z 50 QLS. LOT LU.LDT -999.2!50 LL. LOT SSZ.LDT -999,250 LSHV.LDT LSRH.LDT -999.250 LURH.Lg'T TENS.LDT -999.Z50 MT~M.LDT NPHI..CNL -999. 250 TNPHoCNL RCNT.CNL -999.250 RCFT.CNL GR.CNL -999.250 CALI.CNL MT EM.CNL -9 99. Z50 HTEN. CNL GR. EP'T -~99. 250 S~. EPT ~TE~.EPT -999.250 NR~S.EPT TENS.CSG 16BO.gOO MTEM.CSG -999. ZEO ILM. DTE -999.Z50 IMPH.DTE -999.Z50 IIRO.DTE -999. Z50 TENS.gTE -999,,,250 OT. SOT -999. 250 gTCO. SD'T -999.Z50 COST.SOT -999. Z50 T T4. SOT -999.;!50 LTT4.SDT -999.250 MTEM.SOT -999. 250 RHOB.LOT -999. ZEO {2SS. LOT -999. 250 LITH.LDT -999.Z50 SSHV.LDT -999.250 CALI.LDT -99'9. ZEO MRES.LDT -999.250 TNRA.CNL -999.250 CNTC.CNL -999. ZEO 'TENS.C NL -999.Z50 NVR.EPT -999.250 CALI.EPT -999. 250 HTEN. EPT 6,9,563 MRES.CEG -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,.250 -999.250 -999.250 -999.,250 -999.250 -999.250 --999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 -999.250 0. 479 LTTI.SDT' SP.SD'T MRES.SDT ORHOoLDT LS.LDT SSI.LDT S1RH.LDT OR.LOT HTEN.LDT NPg~.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILO.gTE i IFRE.OTE IIXD.DTE MTEM.DTE 3T:L. SOT DTSM.SDT TTI.SDT LTTi. SDT SP.SDT MRES.SDT DRHO. LOT LS.LDT SSI .LOT SlRH.LDT GRoLDT HTEN. LDT N,P.a R. CNL CFTC.CNL M~ES.CNL FVR.EPT T:ENS. EPT GR · CSG HTEN.CSG DEPT. ZOOO.O00 SFLU.DTE -999.250 ILM.DTE -999.250 ILD.OTE SP.DTE -999.250 IDPH.D'TE -999.250 IMPH.DTE -999.250 'IFRE.DT~ CIDP.DTE -999.250 C!MP,DTE -999.2150 IIRD.DTE -999.250 IIXg. OTE IIRM.DTk -999.250 GR.OTE -999.Z50 TENS.gTE -999.250 M'TEM. DTE MRES.UT~ -9~9.Z50 HTEN.OTE -999.250 OT.SOT -999.350 DTL.SDT UTLNoSDT -999.Z50 DTLF. SOT -999. 250 gTCO. SOT -999.Z50 DTSM.SDT COHC.SDT -~99.250 CUHS.SDT -999.250 COST.SOT -999.250 TT1.SDT T'TZ. 5DT -999.Z50 TT3.SDT -999.Z50 TT4.SgT -999.Z50 LTT1. SD'T LTTZ.SDT -999.250 LTT3.SDT -999. Z50 LTT4.SDT -999.ZED SP.SDT OR.SBT -999. Z50 TENS.SOT -999.250 MTEM.SOT -999.250 MRES.SDT HTEN.SDT -999. ZEO iDPHI.LDT -999. 250 RHOB.LDT -999.250 DRHO.LDT PE, P. LOT -9'~9. Z 50 ~,LS.LgT -999. 250 QSS,.LDT -999.250 LS.LOT LUoLDT -999.Z50 LL.LOT -999.Z50 LI'TH.LOT -999.250 SSI.LOT SSZ.LDT -999.250 LSHV.LOT -999.250 SSHV.LUT -999.250 S1RH.LDT -999.Z50 -999.250 -999.250 -999.250 -999.Z50 -999.250 -999.250 -999.250 -999.250 -999.Z50 -999.250 -999.250 -9'99.250 -999.250 Z4.3~4 1334.000 -999.250 -~99.Z50 -999.250 -999.250 -999.250 -999.Z50 -999.250 -999.250 --9~9.Z50 -99~.Z50 -999.250 -999.250 -999.250 -999,250 .-999.Z50 -999.Z50 -999.250 -999.250 -999.Z50 15.203 133Z.000 -999.Z50 -999.Z50 -999.250 -999.Z50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999.250 -999.250 IS TAPE VER[~[C~IIDN LISTING CHLUMBERGER AL~SK~ COMPUTZNG CENTER LSRH.LDT -999.250 LURH.LDT T ifNS. LDT -9~9.2 50 MT EM. LOT NPHI.CNL -999. Z 50 TNP.H. CNL IRCNT.CNL -999. Z 50 RCFT · CNL GR.CNL '-9 99.250 C ~L!. CNL MT E M. C NL -999 . Z 50 HT E N . C NL GR.EPT -999.250 SA.EPT MTEM.EPT --999.250 MRES. EPT TEN.~. CSG 1655. OOO MT EM.CSG DEPT. 1900.0 O0 SFLU. DTE SP. O'T E -999. Z 50 IDPH. DTE CZ DP . gTE -999 , Z 5 O CI MPo gTE I IRM. gTE -999.250 GR. gTE MRES, gTE -9 99,250 HT EN. gTE DTLN.SOT -9'99.250 DTLF.SgT COHC.SUT -999.250 COHS.SDT TTZ. bDT -999. 250 TT3. SOT LTTZ. SOT -9 99. 250 LTT3.SOT GR, SOT -999,250 'TENS. SOT HTEN.SDT -999. 250 DPHI.LDT PEFoLDT -999. 250 QtS. LOT LU. LDT '-999 . 2 50 LL . LDT SSZ.LDT -999.Z50 LSHV.LOT LSRH.LDT -999.250 LURH.LgT 'TENS.LOT -999. 250 MTEM.LDT NPH/.CNL -99'9.250 TNPH.CNL RCNToCNL -999.250 RCFT,CNL GR.CNL -999.250 CALI.CNL MTEM.CNL -999.250 HTEN.CNL GR.~PT -999.250 SA,EPT MTEM, EPT -999. 250 MRES, EPT TENS,CSG I600,000 MTEM,CSG DEP'[. 1800.000 SFLU.DTE SP.DTE -999.250 IDPH.DTE CIDP,OIE -999.Z50 CI~P,DTE IIRM,OTE -999.250 GR,DTE MRES,DTE -999.250 HTEN,gTE DTLN.SDT -999o250 OTLFoSDT COHC,SDT -999.250 COHS.SOT TTZ.SOT --999. Z50 TT3.SOT LTTZ'SDT -999.250 LTT3i. SOT GR.SDT -999.250 'TENS.SOT HTEN.SOT -999oZ5U DPHI.LOT P~F.LDT -999.250 QLS.LDT LU.LDT -999.250 LL.LDT SSZ.LD'T -999.250 LSHV.LDT LSRH.LDT -999.250 LURH·LDT TENS,LOT -999.250 MTEM.LDT NPHi. CNL -999.250 TNPH.CNL RCN~.~NL -999.250 RCFT.CNL GR.CNL --999,250 CALI.CNL MTEM.CNL -999.250 HTEN.CNL GR,~PT -999.250 SA,EPT IO-MAY-'lgB9 19:03 -999.250 CALI.LOT -999.Z50 MRES.LOT -999.250 TNRA.CNL -999. 250 CNTC.CNL --999.250 TENS.CNL -999.Z50 NVR.EPT -999.250 CALI.EPT -999,250 HTEN,EPT 67,625 MRES.CSG -999.250 ILMoDTE -999,Z50 IMPH.OTE -999,250 IIRD.DTE -999.250 TENS,gTE --999. Z50 OT,SOT -999.250 OTC1]. SOT -999.250 COST.SOT -999.250 TT4.SDT --999.250 LTT4.SDT -999.250 MTEM.SOT -999.250 RHOB.LOT -999.Z50 QSS.LDT -999.Z50 LITH.LDT -399.250 'SSHV.LDT - 999. 250 CALI.LOT -999.Z50 MRES,LOT -99'9. 250 TNRA,CNL --999. 250 CNTC.CNL -999.250 TENS.CNL -999.Z50 NVR.EPT -99'9. ZSO C~ALI.EPT -999.250 HTEN,EPT 67,250 MRES,CSG -999.250 ILM,DTE -999.250 IMPH,DTE -999.250 'IIRD.DTE -999,250 TENS.gTE --999. 250 OT. SOT -999.Z50 gTCO.SOT -999. 250 COS'T· SOT -999.250 TT4,SDT -'999.250 LTT4,SDT -999,250 MTEM'SDT -999.250 RHOB.LOT -999. 250 QSS.LOT -999. 250 LITH,LDT -999.250 SSHV.LDT -'999,250 CALI,LOT -999,250 MRES,LDT -999.250 TNR~.CNL -999. 250 CNTC.CNL -999.250 TENS,CNL -999.250 NVR.EPT -999.2.50 C~LI.EPT -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999. <}50 -999.250 0.478 -999.25{) -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999,250 -999,250 -999,250 -999. 250 -999.250 -999.250 -999.250 .-999.250 -999.250 -99 g. 25.0 -999. 250 -'999.250 -999,250 -999.250 0.,496 -999.250 - 99 9. 250 -999.250 -999. 250 -999.250 -999.250 --999.250 -999.250 -999.250 -999.250 '-999.25'0 -999.250 -999..250 -999.250 -999.250 --999.250 .-999.250 -999.250 -999.2.50 -999. 250 -999.250 OR,LOT HTEN.LDT NPDR.CNL CFTC.CNL MRES.CNL FVR.EPT TENS,EPT GR,CSG HTEN.CSG ILD.OTE IFRE.DTE IIXD.DTE MTEM.DTE DTL. SOT DTSM,SDT TT1,SDT LTTI,SDT SP.SDT MRES.SOT D~HO.LD'T LS.LDT SS1.LDT S1RH .LOT GR.LDT HTEN.LDT NPOR.CNL CFTC .CNL MRES.CNL FVR. EP'T TENS., EPT GR,CSG HTEN,CSG ILO. IFRE.OT~ IiXD.OT~ M'T E M. D T E DTL.SDT gTSM. SDT TT1. SDT LTT 1. SDT SP.SDT MRES, SDT DRHO,~DT LS.LDT SS1 .LOT S1RH.LDT OR,LOT HTEN,LDT NPOR,CNL C FTC, CNL MRES,CNL FVR, ~PT TENS.EPT PAGE: 19 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 33.469 13~0.000 -999.250 -999.250 -99~.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9~9.250 -9~9.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999oZ50 -999.250 .-999,250 14.125 132'1.000 -999.250 -999.250 -999.250 -999.250 -999.250 -999.Z50 .-999.Z50 -999.250 -999.250 -~99.250 -999.250 -999.250 -999.250 --999.250 -999.250 -999.250 -9~9.250 '999o250 -999.250 -999.250 15 'TAFE V~RIFIC~T.ION LISTING CHLUMBtRGER ALASKA COMPUTING CENTER MTEM.EPT -999. Z50 MRESoEPT TENS.CSG 1605. 000 MTEM.CSG DEP'T. 1700. 000 SFLU. DTE SP.,gTE -999.250 IDPH.DTE IBP. DTE -999. 250 CIMP. DTE IRM. DT E -999.250 GR. DTE MRES. DTE -999.250 HT EN.OTE TLN. SDT -999.2. 50 OTLF. SOT tOHC.SDT -999. ZSU COHS, SOT TT2.SDT -999. 250 TT3. SOT LTTZ.SDT -999.250 LT~T3.SDT GR. SBT -999. Z 50 TE NS. SOT HTEN. SOT -999. Z 50 gPHI. LOT PEF. LDT -999. Z 50 QLS, LDT LU.LDT -999.250 LL.LDT SSZ.LDT -999.250 LSHV.LDT LSRH.LDT -999.250 LURH.LgT ENS. LOT -999.250 MT EM. LDT NPHI.CNL -999. Z 50 TNPH. CNL RCNT.CNL -999. 250 RCFT.CNL GR.CNL .-999.250 CALI.CNL MTEM.CNL -999.250 HT EM. CML GR. ~P'T -999.2 50 SA. E PT MTEM. EPT -999. Z 50 ~R ESo EPT TENSoCSG iS?O. OOO MTEM.CSG DEPT. 1600. 000 SFLU. D'TE SP. gT~ -999. Z 50 IDPH. DTE CIDP. DTE -~99, Z 50 CIMP. gTE i IRM. gTE -999. Z 50 GR. gTE MRES.DTE -999,250 HTEN. D'TE D'TLN. SDT -999.2-50 OTLF. SD'T COHC.SDT -999.250 COHS.SOT TTZ. SOT -999- 250 TT3. SOT LTTZ.SDT -999.250 LTT3.SOT GR. 5DT -999.2 50 TE NS. SDT HTI:N.SDT -999.250 OPHI.LDT PEF. LDT -999. Z 50 ~LS. LOT LU.LDT -9 99. Z 50 LL. LDT 5SZ.LDT -999.250 LSHV.LDT LSRH.LDT -999.250 LURH.LgT ~ENS.LDT -999. 250 MTEM.LOT NPHI.CNL -999.250 TNPH.CNL RCNT.CNL -999.250 RCFToCNL G~.CNL -999.250 CALI,CNL MTEM.CNL -999.250 HTEN.CNL GR. E PT -999.2, 50 S~6. E PT MTEM. EP'T -9'99.250 MRES.EPT I'~N5. CSG 1505. gOO MT~M.CSG DEPT. 1500. 000 SFLU. DTE 57. DTE -999. Z 50 IDPH. DTE CIDP.DTE -999.250 CIMP.DTE I IRM. UT ~ -999. Z 50 GR. gTE !O-MAY-1989 19:03 -999.250 HTEN. EPT 66.313 MRES.CSG -999.Z50 ILM.DTE -999.250 IMPH.DTE -999.250 IIRD.OTE -999.250 TENS.DTE -999.250 DT.SDT -999.Z50 DTCO.SDT -999.250 CDST.SDT -999.2,~0 TT4.SDT -999.250 LTT4.SDT -999.250 MTEM.SDT -999.250 RHOB.LDT -999.250 QSS.LDT -999.Z50 LITH.LOT -999.250 SSHV.LDT -999.250 C~LI.LOT -999.250 MRES.LDT -999.250 TNRA.CNL -999.250 CN'TC. CNL -999.250 TENS.CNL -999.250 NVR.EPT -999.250 CAL!.EPT -999.250 HT~N.EPT 66,250 MRES.CSG -999.250 0.496 -999.250 --999.2-50 -999.250 -999.2-50 -999.250 -999.~50 -999.250 -999.250 -999.250 -999.2-50 -999.2-50 -999.250 -999.250 -999.2-50 -999.2,50 -999.250 -999,250 -999,250 -999.250 -999,250 -999.250 - 999. Z 50 0.499 -999.250 ILM.DTE -999.250 -999.Z50 IMPHoDTE -999.2-50 -999.250 IIRO.DTE --999.250 -999.250 TENS.DTE -99'9.250 -999. 250 DT. SDT -999. 250 -999.250 DTCO.SDT -999.250 -999.250 COST.SDT -999,250 -999.2-50 TT4, SD'T -999.250 -999.250 LTT4.SOT -999.250 -999.Z50 MTEM.SDT -999.2-50 -999,250 RHDB.LDT -999,250 -999.250 ~SS.LOT -999.250 -999.250 LITH.LDT -999.2-50 -999.Z50 SSHV.LDT -999.2-50 -999. Z5g CALI.LDT --999.250 -999,250 ~RES.LDT -999,250 -99:9.250 TNRAoCNL -999.250 -999.250 CNTC.CNL -999.250 -999,250 TENS.CNL -999.250 -999.250 NVR.EPT -999.250 -999.250 CALI. EPT -999.250 -999. Z50 HTEN, EP'T -999.250 65.938 MRES.CSG 0.504 -999.250 ILM. DTE -999.2-50 · -999.250 IMPH.DTE -999.250 -~99.Z50 IIRD.OTE -999.7_50 -999.250 TENS.DTE -999.250 GR.CSG HTEN.CSS ILD.OT:E IFRf. DTE IIXO.DTE MTEM.DTE DTL.SDT DTSM. SDT TI1.SDT LTT1.SDT SP.SDT MRES.SDT DRHO.LDT LS.LDT SS1.LDT SIRH.LDT GR.LDT HTEN.LOT NPOR.CNL CFTC.CML MRES.CNL ~VR,EPT TENS.EPT GR.CSG HTEN.CSG ILO.DTE IFRE.DTE IiXO.OTE MTEM.DTE OTL.SDT DTSM.SDT TT1.SDT LTI1.SDT SP.SDT MRES.SDT DRHg. LDT LS.LDT SS1.LDT SIRH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL FVR.~PT TENS.EPT GR.CSG HTEN.CSG ILO IFRE.DTE IIXO.DTE MTE~.DTE PAGE:' ZO ZB.641 -999.250 -999.250 -999.Z50 -999.250 -999.250 -999.250 -999.Z50 -999.250 -999.250 -999.250 -999.250 -999.2,50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.25'0 ~0.516 -999.250 -999.250 -999.2-50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9~9.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.Z§0 -999.250 -999.2~0 -9~9.250 -99~.Z50 35.219 1310.000 -~9~.250 -999.250 -9~9.250 TAPE VSRIFiC~TZON LISTZNG CHLUMB~RGER ~LASKA COMPUIING CENTER MRES, DTE -~9~, ZSg HI ENo DTE DTLN, SOT -"9~9, Z 50 DTLF. SOT COHC. bDT -999.250 CPHS.SDT TTZ, SD T -~99, Z 50 TT3. SOT L TTZ. SOT -999. Z 50 LTT3. SOT GR. SOT -999. 250 TENS. SOT HTEN. SOT -999.2 50 OPHI. LOT PEF.LDT -999. 250 QLS.LOT LU.LDT -999.Z50 LL.LDT SSZ.LDT -999.250 LSHV.LgT L 5RH. LOT -999.250 LU RH.LOT ! ENb. LOT -999.250 MT f~. LOT NPHI.CNL -999. 250 TNPH. CNL RCN'T. CNL -999. 250 RCFT. CNL GR.CNL -999.250 C~LI.CNL MTEM.CNL -999. 250 HTEN.CNL GR.EPT -999.250 SA.EPT M"! EM. tPT -999.250 MR ES. EPT TENS.CSG 1510.000 MTEM.CSG DEPT. 1400. 000 SFLU. DTE SP.DTE -999.250 IDPH.DTE CIDP.DT~ -999.250 CIMP.DTE IIRM.DTE -999.250 GR.DTE MRES.DTE -999.Z50 HTEN.DTE DTLN.SDT -999.2'50 OTLF.SDT CrJHC, SOT -999.250 COHS.SgT TIZ.SDT -999.250 TT3.SDT LTTZ.SDT -999.250 LTT3.SDT GR,SDT -999.250 TENS.SOT HTEN.SDT -'9'99.250 OPHI.LDT PEP.LDT -999. Z50 CLS. LOT LU.LDT -999.250 LL.LDT SS2.LDT -999.250 LSHV.LDT LSRH.LDT -999.250 LURH.LDT TENS.LOT -999.250 MTEM.LDT NPHI.CNL -999. 250 TNPH.CNL RCNT.CNL -999.250 RCFT.CNL GR.CNL -999.250 CALI.CNL MTEM.CNL -999.250 HTEN,CNL GR. EPT -~99. 250 SA. EPT MTEM.EPT -999.250 MRES.EPT T~NS. CSG 14 55 o 0 O0 MT EM.CSG IQ-MAY-lOB9 19:03 -99~.250 OT.SDT -999.250 DTCQ.SOT -~99.250 COST.SOT -999.250 TT~.SDT -999.250 LTT4.SDT -999.~5g MTEM.SDT -999.Z50 RHOB.LDT -999.250 QSS,LDT -999.250 LITH.LDT -999.250 SSHV.LDT -999.250 CALI.LDT -999.250 MRES.LDT -999.250 TNRA.CNL -999.250 CNTC.CNL -999.250 TENS.CNL -999.250 NVR.EPT -999.250 CaLI.EPT -~99.250 HTEN.EPT 65.563 MRES.CSG -099.250 ILM.D'TE -999.250 IMPH.DTE -999.Z50 IIRD.DTE -999.Z50 TENS.DIE -999.250 DT.SDT -999.250 DTCO,SOT -999,Z50 COST,SOT -999.Z50 TT4,SDT --999.250 LTT4.SOT -999.250 MTEM.SOT -999.250 RHUB.LDT -999. Z50 qSS.LDT -999.250 LITH.LOT -999.250 SSHVoLDT -999. Z50 C~LI .LOT -999.250 MR~S-LOT -999.250 TNR~.CNL -999.250 CNTC.CNL -99'9.Z50 TENS.CNL -999.Z50 NVR-EP'T -999.250 CALI.EPT -999.250 HTEN.EPT 65.625 MRES.CSG -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 0.508 -99 9.250 -999.250 .-999.Z50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.Z5~ -999.250 -999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 -999.250 -999. 250 -999.250 0.50.4. DEPT. 1300.000 SFLU.DTE -999.Z50 ILM.DTE -999.250 5P.OTE -999oZ50 IDPH.D'TE -999.250 IMPH.D'TE --999.250 CIDP.DTE -999.250 CIMP.DTE -999.250 IIRD.DTE -999.250 IIRM.DTE -999.250 GR.DTE -999.Z50 TENS.DTE -999.250 MRES.DTE -999.250 HTENoDTE -999.250 DT.SOT -999.250 O'TLN. SOT -999.250 DTLF.SOT -999.250 gTCO.SOT -999.250 COHC.SDT -999.250 COHS.SDT -999. Z50 COST.SOT -999.250 TTZ.SD! -999.250 TT3,SDT -999.Z50 TT4,SD'T --999.250 LTIZ.SDT -999.250 LTT3.SDT -999.Z50 LTT4.SDT -999.250 GR.SDT -999.250 TENS.SOT -999.250 MIEN.SOT -999.250 HTEN.SDT -999.250 OPHI.LOT -999.250 RHOB.LDT -999.250 OIL.SOT DTSM. SDT TT1.SDT LTT1.SDT SP.SDT MRES.SDT DRHD. LOT LS.LDT SS1.LDT SIRH.LDT GR.LDT HTEN.LDT NPDR.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILD.OTE IFRE.DTE IIXD.DTE MTEM.OTE OTL.SDT DTSM.SDT TT1.SDT LTT1.SDT SP.SD'T MRES.SDT DRHQ.LDT LS.LDT SSI.LDT S1RH.LDT GR.LD'T HTEN.EDT NPOR,CNL CFTC.CNL MRES.CNL FVR.EPT T5NS.EPT GR.CSG HTEN.CSG ILO.gTE IFRE.DTE IIXD.DTE MTEM.DTE DTL.SDT DTSM.SDT III.SOT LTTI.$DT SP.SDT M~ES.SDT ORHD.LDT PaGE -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -99~.250 -999.250 -999.250 -999.250 -999.25U -999.250 -999.250 -999.25~ -999.250 3Z.813 1344.000 -999.250 -999.250 -999.250 -99'9.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999oZ50 -999.Z50 ,-999o250 -999.250 -999.250 -999.250 -999.250 -999.250 15.789 1316.000 '-999.250 -999.250 -999.250 -999.250 -999'250 -99~.~50 -999.Z50 -999.250 -999.250 -999.~5U -999.Z50 IS TAPE VERIFIC4TION LISTING CHLUM~ERGkR ALASKA COMPUTING CENTER 10-M~.¥-1989 19:03 PEP.LDT -999.250 ~LS.LDT -999.250 QSS.LOT -999.250 LS.LOT LU.LDT -999.Z50 LL.LDT -'999. Z50 LITH.LOT -999.250 SS1.LDT SSZ.LDT -999.250 LSHV.LDT -999.250 SSHV.LDT -999.250 S1RH.LDT LSRH.LDT -999.250 LURH.LOT -999. 250 C~LI.LOT -999.250 GR.LDT lENS.LOT -999.250 MTEM.LDT -999.250 MRES.LDT -999.250 HTEN.LOT NPHI.CNL -999.Z50 TNPH.CNL -999.250 TNRA.CNL -999.250 NPOR.CNL RCNT.CNL -999.250 RC~T.CNL -999.250 CNTC.CNL --999.250 CFTC.CNL GR.CNL -999.250 CALI.CNL -999.250 TENS.CNL -999.250 MRES.CNL MTEM.CNL -999.250 HTEN.CNL -999. 250 NVR. EPT -999.250 FYR.EPT GR.EPT -999.250 SA.EPT -999.250 CALI.EPT -999.250 TENS.EP'T MTEM.EPT -999.250 MRES.EPT -999.250 HTEN.EPT -999.250 GR.CSG TENS.CSG 1450.000 MTEM.CSG 65.688 MRES.CSG 0.503 HTEN.CSG DEPI. 1ZOO. 0 O0 SFLU. DTE SP.DTE -999.250 IOPH.DTE CIDP.DTE -999.250 CI~P.DTE IIRM.DT~ -999.250 GR.gTE MRES. UTE -999.2 50 HT EN. DTE DTLN. SOT -999. 250 OTLF. SOT COHC.SOT -999. 250 COHS. SOT TTZ. SOT -999. 250 TT3. SOT LTTZ. SDT -999. 250 LTT3. SDT OR.SBT -999.250 TENS.SOT HTEN.SDT -999.250 OPHI.LOT PEP.LD'I' -999. Z 50 CLS.LOT LU.LDT -999. Z 50 LL.LOT SSZ.LDT -999. ZSO LSHV.LOT LSRHoLDT -999°250 LURH.LOT TENS.LD T -9~9. Z 50 MT EM.LOT NPHI.CNL -999.250 TNPH.CNL RCNT.CNL -999. Z 50 RCFT. CNL G~.CNL -999.250 CALI.CNL MT EM. CNL -9~9.250 HT EN.CNL GR.EPT -999.250 SA.EPT MTEM.EPT '-999.250 MRES.EPT TENS.CSG 1425.000 MTE~.CSG DEPI. 1190.000 SFLU.OTE SP.DTE -999.250 IDPH.DT~ CIDP.DiE -999.250 CIMP.DTE IIRM.DT~ -999.250 OR.gTE MR~.gT~ -999.Z50 HT~N.DT~ DTLN.SDT -999.250 gTLF.SO'T COHC.SUT -999.250 COHS.SOT TTZ.SDT -999.250 TT3.SOT LTTZ.$D'T -999.250 LTT3oSOT GR.SDT -~99.Z50 TENS.SOT HTEN.SDT -999.250 DPHI.LOT PE~.LDT -9~9.Z50 QLS.LgT LU. LDT '-999.250 LLoLOT SSZ.LDT .-~g~.ZSO LSHV.LOT LSRH.LOT -999.Z50 LUqH.LgT 'T~N~.LgT -999.250 ~T~M.LgT NPH~.~NL -999.~50 TNPH.CNL RCNT.CNL -999.250 ~CFT.CNL -999.250 ILM.DTE -99'9.250 IMPH.DTE -999.250 IIRD.DTE -999.Z50 TENS.DTE -999.250 DT.SOT -999.250 gTCO.SOT -999.250 COST.SOT -999.250 TT4.SDT -999.250 LTT4.SOT -999.Z50 MTEM.SOT -999.Z50 RHO~.LOT --999.150 QSS.LDT -999.250 L~THoLDT -999.250 SSHV.LOT -999.250 CALI.LDT -999. Z50 MRES.LDT --999. ZSO TNR~.CNL -999.250 CNTC.CNL -999.250 TENS.CNL -999.250 NVR.EPT -999.250 C~LI.EPT -999.250 HTEN.EPT 65.~38 MRES.CSG -999.250 ILM.DTE -999.250 IMPH.DTE -999.250 'IIRD.D'TE -999.250 TENS.OTE -999.Z50 OT.SOT -''9.25 99., 0 gTCO.SOT --999.250 COST.SOT -999.250 TT4.SOT -999.Z50 LTT4.SOT -999.250 ~TEM.SOT -999.250 RMOB.LDT -999.Z50 QSS.LDT -999.250 LITH.LOT -999.250 SSHV.LOT -999.250 CALI.LDT -999. Z50 MRES.LDT -999. 250 TNR~,CNL -999.250 CNTC.CNL -999.250 --999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2_50 -999.~50 -999.~50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2'50 -999. 250 -999.250 -99 9. 250 -999.250 -999.250 0. 506 -999.250 -999.250 -99'9.250 -999.250 -999.250 -999.250 -999. 250 -999.250 -999.250 -999.250 -999.250 -999. 250 -999.250 -999.~50 -999o250 -999.250 -99 9..ZSO -999.250 ILO.gTE IFRE.OTE IIXD.DT~ MTEM.DTE DTL. SDT DTSM. SOT TT1. SOT LTTI.SOT SP.SDT MRES.SDT DRHO.LDT LS.LDT SS! .LDT SIRH.LDT GR .LOT HTEN.LDT NPOR .CNL CFTC .CNL MRES.CNL FVR. EP'T TENS.EPT GR.CSG HTEN.CSG ILO.OTE IFRE.DTE IIXO.OT~ MT E'~. gTE OTL.SDT DTSM. SOT TT1.SDT LTT1.SDT SP.SDT MRES o SOT gRHD.LDT LS.LDT S S 1. L D T SIRH.LDT GR.LDT HTEN.LDT NPOR. CNL CFTC.CNL PAGE: ZZ -9N9.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9~9.250 -9~9.250 -9~9.250 18.031 1318.000 -999.250 -99~.250 -999.250 -999.250 -999.250 -99~.250 -999.250 -999.250 -9~9.250 -999.250 -99~.250 -999.250 ,-9~9.250 -999.Z50 -999.250 -9~9.250 -999.250 -999.250 -999.250 -999.250 1324.000 -9:~9.250 -999.250 -9'99.250 -999.250 -999.Z50 -999.250 -999.250 -9~9.250 -999.250 -99~.250 -999.250 --9~9.250 -999.250 -999.250 -999.250 -999.250 IS TAPt VERIt'ICAIIUN LISTING CHLUMBERGER ALStSK~ COMPUTING CENT2R GR,CNL -999.250 CALI.CNL MTEM. CNL -999, Z 50 HT EN. CNL GR. EPT -~99, ZSO SA, EPT MTEM. EPT -999,250 MRES. EPT TENS. CSG I395.0 gO MT EM.C SG DEPT. 1000. 000 SFLU. gTE SPo gTE -999, Z 50 IDPH. gTE CIDP,DTE .-999,250 CIMP.DTE I IRM. gTE -999,250 GR. UTE MRES, UTE -999.2 50 HT EN. gTE DTLN. SOT -999,7 50 DTLF, SOT CDHC. SOT -999,250 COHS. SOT TTZ. SOT -999. Z 50 TT3, SOT LTTZ. SOT -999.2 50 LTT3.. SOT GI~. SLiT -999. Z St) TENS. SOT HTEN.SOT -999.250 gPHI.LOT PEF.LDT -9 99. Z 50 QLS. LOT LU.LDT -999.250 LL.LDT SSZ.LUT -999.250 LSHV.LOT LSRH.LDT -999.250 LURH.LOT TENS.LOT -9 99.250 MT EM. LOT NPHi.I;NL -999..250 TNPH.CNL RCNT. CNL -999. Z 50 RCFT.CNL GR.CNL -999.250 CALI.CNL MTEM,CNL -999,250 HTEN,CNL GR, EPT -999.2 50 SA, EPT MTEM,EPT -999.250 MRES,EPT TENS,CSG 1355,000 MTEM,CSG DEPT. 900. go0 SFLU. gTE SF. DT~ -999.2 50 IDPH. gTE CIOP,OTE -999.Z50 CIMP.D'TE iIRM, OTE -999, Z 50 GR. gTE MRES, gTE -~99.250 HTEN, gTE DTLN. 5D'T -999.250 OTLF.SDT ~OHC.SDT -999.250 CUHS,SDT TTZ. SOT -~99. Z 50 TT3. SOT L'TTZ.SOT -999.250 LTT3.SDT GR,SDT -999.250 TENS,SOT HTEN.SDT -9'99.250 DPHI.LDT PEP. LOT -999. Z 50 QLS. LOT LU. L D'T -9 99. Z 50 LL.. LOT SSZ.LD'T -999.Z50 LSHV.LOT LSRH.LDT -999. ZSO LURH.LOT 'TENS,LOT -999.250 MTEM,LDT NPHI.CNL -999.250 TNPH.CNL RCNT.CNL -999.250 RCFT.CNL GR.CNL -~99.Z50 C~LI.CNL MTEM.CNL -999,.250 HTEN.CNL GR,:~PT -9~9.2~0 SA.EPT MTEM,~PT -999.Z50 MRES.EPT I'ENS.CSG 1335.000 ~;'T EMoCSG IO-MAY-19B9 19:03 -999.250 TENS.CNL -999.250 NVR.EPT -999.Z50 C/!LI.EPT -999.250 HTEN.EPT 6,5.000 MRES.CSG -999.Z50 ILM.DTE -999.250 IMPH,DTE -999,250 IIRD.DTE -~99,250 TENS.gTE -999.Z50 DT.SDT -999.Z50 gTCO,SOT -999.250 COST,SOT -999.250 TT4.SDT -999.Z50 LTT4,SOT --999.250 MTEM.SDT -999. 250 RHOBoLOT -999.Z50 QSS.LOT -999.2.50 LITH.LDT -999.250 SSHV.LDT -999.250 CALI.LDT -999. ZSO MRES,LDT -999. 250 TNRA.CNL -999.250 CNTC.CNL -999.250 TENS.CNL -999.2.50 NVR.EPT -999.250 CALI,EPT -999.250 HTEN.EPT 65.250 MRES.CSG -999.Z50 ILM.DTE -999.,Z50 IMPHoDTE -999.Z50 IIRD. DTE -999.Z50 TENS.gTE -999.~50 DT.SDT -999.Z-50 gTCO.SOT -999.2.50 COST. SOT -999.2.50 TT4. SDT -999,1250 LTT4,SDT -999,250 MTEM,SOT -999,Z50 RHDB,LOT -999.250 QSS.LDT -999. ZSO LITH.LDT -999.Z50 SSHV.LDT -999.Z50 CALI.LDT -999. ZSO MR~S.LDT -999.Z50 TNRA,CNL -999.250 CNTC.CNL -999.250 TENS.CNL - 99:9. ZSO NVR. EPT -999. ZSO CAL'[ .EPT -999.250 HTEN.E~T 64.750 MRES,CSG -999.250 ~RES.CNL -999.250 FVR.EPT -999. ZSO TENS, EPT -999.250 GR,CSG 0.507 HTEN.CSG -999.ZSO ILO.gTE -999.Z50 IFRE.OTE -999.Z50 IIXO,DTE -999.250 MTEM,DTE -999.250 OIL.SOT -999.Z50 DTSM.SDT -999.250 TT1.SDT -999.250 LTTI. SOT -999.Z50 SP.SDT -999.Z50 MRES.SDT '-999,250 DRHO.LDT -999.250 LS.LDT -999.250 SS1.LD'T -999. 250 S1RH.LDT -999.250 GRoLDT -999.250 HTEN.LDT -999.250 NPOR.CNL -999.Z50 ' CPTC.CNL -999.250 MRES.CNL -999.250 FVR.fPT -999.250 TENS.EPT -999.250 GR.CSG 0.506 HTEN.CSG -999.250 ZLD.OTE -999.250 IFRE.OTE · -999. ZSO IIXD.DTf · -999.250 MTEM.DT~ -999.Z50 DTL.SDT -'999. ZSO DTSM. SDT -999.Z50 TT1.SDT -999.Z50 LTT1.SDT -999,250 SP.SDT -999. ZSO MRES. SOT -999.250 D~HO.LD'T -99'9.250 LS.LDT -999.250 SS1.LDT -999.Z50 S1RH.LDT -999.250 GR.LDT -999.250 HTEN,LDT -999.250 NPOR.CNL -999.250 CFTC.CNL -999.2_50 MRES.CNL -999.Z50 FVR.EPT -999.Z50 TENS.EPT -999.250 GR.CSG 0,508 HTEN,CSG PAGE: 23 -999.250 -999.250 -999.250 Z3.4ZZ !340.000 -999.2~0 -999.250 -999.250 -999.250 -999.250 -99~.Z50 -999.250 -999.250 -999.250 -99~.250 -999.250 -999.250 -999.250 -~99.2.50 -999.250 -999.250 -999.250 -9'99.250 -999.250 -999.290 14.67Z 1343.000 -999.250 -999.250 -999.250 -999.250 -999.250 '-999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.Z50 -999.250 -999.250 -999.Z50 -999.2.50 -999.250 -999.250 -999.Z50 -999.250 -999.250 1350.000 ES TAPE VERt~IC.~1IUN LISTING ~HLUMBERGER ALASKA COMPUTING CENTER 10-MA¥-1989 19:03 DEPT. 800.000 SFLU.OTE -999.250 ILM.DTE -999.250 SP.DTE -999.250 IDPH.~,TE -999.ZSO IMPH.DTE -999.~50 [~IUP.OTE -999.Z50 CIMP.DTE -999.250 IIRD.DTE -999.250 IIRM.DTE -9~9.Z50 GR.gTE -999.Z50 TENS.gTE -999.250 MRES. DTE -999.250 HTEN. gTE -999. 250 OT. SOT -999.250 DTLN.SDT -999.250 DTLF.SDT -999. Z50 gTCO.SOT -999.250 CDHC.SDT -999.250 COIlS.SOT -999.250 COST.SOT -999.250 TTZ.SDT -999.Z50 TT3.SDT -999.250 TT4.SOT -999.250 LTTZ.SDT -999.250 LTT3.SOT -999.250 LTT4.SOT -999.250 GR.SDT -999.250 TENS.SOT -999.250 MTEM.SDT -999.250 HTtN.SDT -999.250 OPHI.LDT -999.250 RHOB.LOT -999.250 PEP.LOT -999.250 UtS.EDT -999.250 QSS.LDT -999.250 LO.LOT -999.250 LL.LOT -999.250 LITH.LDT -999.250 SSZ.LDT -999.250 LSHV.LDT -999.Z50 SSHV.LDT -999.250 LSRH.LD! -999.Z50 LURH.LOT -999.250 C~LI.LOT -999.250 TENS.LOT -999.250 MTEMoLOT -999.250 MRES.LDT -999.250 NPHI.CNL -999.250 TNPH.CNL -999.250 TNRA.CNL -999.250 RCNI.CNL -9~9.250 RCFT.CNL -999.250 CNTC.CNL -999.250 GR.CNL -9~9.Z50 CALI.CNL -999.250 TENS.CNL -999.Z50 MTEM.CNE -999.ZSU HTEN.CNL -999.250 NVR.EPT -999.250 GR.EPT -999.250 SA.EPT -999.250 CALI.EPT -999.250 MTEM.~P[ -999.250 MRES.EPT -999.Z50 HTENoEPT -999.250 I'ENS.:C~G 1290.000 MTEMoCSG 6,~. 875 MRES.CSG 0.505 DEPT. ?00.000 S~LU.DTE SP.DTE -999.250 IDPH.DTE CIDP.DTE -999.250 CIMP.DTE IIRM.U'IE '-999.250 GR,DTE MRES.OTE --999.250 HTEN.DTE DTLN.SDT -999.Z50 DTLF.SDT COHC.SDT -999.250 COHS.SDT 'FIZ.SOT -999.250 TT3.SOT LTTZ.SDT -999.Z50 LTT3.SOT GR.SDT -999.Z50 TENS.SOT HTEN.~DT -999.250 gPHI.LDT PEP.LOT -999.Z50 GLS.LDT LU.LDT -999-Z50 LL.LOT SSZ.LDT -999.250 LSHV.LOT LSRH.LDT -999.250 LURH.LOT I'ENS.LDT -999.Z50 MTEM.LDT NPHI.CNL -999.250 TNPH.CNL RCNT.CNL -999.250 RCFT.CNL GR.CNL -999.250 CALI.CNL MTEM.CNL -999.250 HTENoCNL GR.EPT -999.250 SA.EPT M'TEM.~PT -999.250 MRES.EPT TENS.CSG 1Z~O.OOO MTEM.CSG DEPT. 600.OOg SFLU.OTE SP.DTE -999.250 [DPH.DTE CIDF.OT~ -999.250 CI~P.DTE IIRM.OTt -999.250 GR.D'TE NRES.D'TE -999.250 HTEN.DTE DTLN.SDT -999.,250 gTLF.SOT -999.250 'ILM.DTE -999.Z50 -999.250 IMPH.DTE -999.Z50 -999.Z50 IIRD.DTE -999.250 -~99. Z50 TENS.gTE -999.250 -999. ZSO gT. SOT -999. ZSO -999.250 gTCO.SOT -999.250 -999.~50 COST.SOT -999.ZSD -999.250 TT4.SDT -999.250 -999.25~ ET'T,4. S~T -~99.,250 · -999.250 MT!EM. SOT -999.250 -999.Z50 RHOB-LOT -999.Z50 -999.Z50 QSS.LDT -999.2.50 -999.250 LITH.LgT -999.250 -999.250 SSHV.LDT -999.250 -999.Z50 C~L!.LgT -999.250 -999.Z50 MRES.LDT -999.250 -999.Z50 TNRAoCNL --999.250 -999.Z50 CN'TC.CNL -999.250 -999.Z50 TENS.CNL -999.2_50 -~99.Z50 NVR.EPT -999.Z50 -999.~5~ CALI.EPT -999.Z50 -999.Z50 HTENoEPT -999.250 64.. 7'50 MRES.CSG 0.506 -999.250 ILM. OTE -999.250 IMPHoDTE -999.250 IIRD.DTE -999.250 TENS.gTE -999.250 DT.SDT -999.250 gTCO,SOT - 99 9. 250 -999.250 -999. Z 5; 0 -999.250 -999.250 -99 9. Z 50 ILD.DTE IFRE.OTE iIXO.OTE MTEM.OTE DTL.SDT DTSM.SDT TTI.SDT LTT1.SDT SP.SDT MRES.SOT DRHO.LDT LS.LDT SS1.LDT S1RH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILO.gTE IFRE.OTf IIXD.DTE MTEM.DTE DTL.SDT DTSM.SDT TTi. SDT LTTI.$DT SP.SDT MRES.SDT DRHg. LDT ~LS.LDT SS1.LgT SiRH.LDT GR.LDT HTEN.LD'T NPD~.CNL CFTC.CNL MRESoCNt FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILO.DT~ IFR~E.DTE IIXD.OTE MTEM.DTE DTL.SDT D:TS~.SDT PAGE: -999.Z50 -999.Z50 -9~9.250 -999.Z50 -999.250 -999.250 -999.250 -999.250 -999.250 --909.Z50 -99~.Z50 -999.250 -999.250 -999.250 -9~.Z50 -999.250 -999.250 1'7.313 13~4.000 -~.250 -999.250 -999.250 -999.Z50 -~lg. ZSO -999'Z50 -999.250 -999.250 -999.Z50 -999.Z50 -99~.Z50 -99~.Z50 -9~9.250 -999.Z50 -99~.Z50 -9~9.250 -999.250 -999oZ50 lZ.281 13~8.000 -999.250 -999.250 -999oZ50 -999.ZSU IS TAPE VERIPIC~TION LISTING CHLUM~ERGER ~LASK~ COMPUTING CENTER CUHC.SD~ -999.250 COHS.SDT TI Z. SU'[ -999. Z 50 T'T3. SOT LTl Z.SOT -999. 250 LIT3. SOT GR. SOT -999,250 TENS. SOT HTEN, SOT -999.250 OPHI, LOT PEF,LOT -999. Z 50 QtS. LOT LO.LOT -999.250 LL.LDT SSZ. LOT -999. 250 LS HV. LOT L SRH. LDT -999.2 50 LURH. LOT TENS.LOT -999. Z 50 MTEM. LOT NPHI.CNL -999.2 50 TN PH. CNL RCN/. CNL -999 . 250 RC FT . CNL GR. CNL -999. Z 50 C~.LI.CNL MTEM.CNL -999. ZSO HT EN. CNL GR. EPT -999. 250 SA, EPT MTEM. EP'T -999. 250 MR ES. EPT 'lENS. CSG 1Z4O. OOO MTEM.C SG 10-MA¥-1959 19:03 -999.Z50 COST.SOT -999. 250 'TT4. SOT -999.250 LTT4.SDT -999.250 MTEM.SDT -999.Z50 ~HOB.LOT -999.250 QSS.LOT -999.250 LITH.LDT -999.250 SSHV.LDT -999.Z50 CALI.LDT -999.250 MRES.LOT -999.250 TNRA.CNL -999. 250 CNTC. CNL -999.250 TENS.CNL -999 . 250 NVR. EPT -999.250 C~LI,EPT -999.250 HTEN.EPT 63.750 MRES.CSG -999.250 -99 9. 250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2.3.0 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 0.512 DEPT. 500.000 SFLU.OTE -999.250 ILM. DTE -999.250 SP.DTE -999,250 IDPH. O'TE -999,250 IM~H.DTE -999.250 CIDP.Olt -999.250 CIMP,DTE -999.250 IIRD.DTE -999.250 I.IRM, UTE -999.250 GR.OTE -'999. 250 TENS.DTE -999.250 MRES.DTE -999.250 HTEN.DTE -999.250 UT,SOT -999,250 DTLN.SDT -999.250 OTLF.SOT -999.250 gTCO.SOT -999.250 COHO.SOT -999.250 COHS,SDT -999.Z50 COST,SOT -99'9.250 TTZ.SDT -999.250 TT3.SgT -999. Z5O TT4.SDT -999.2-50 LTIZ,SDT -999.Z50 LTT3.SOT -999.Z50 LTT4.SOT -999.250 GR,SOT -999,250 TENS,SOT -999,.250 MTEM,SDT -999,250 HTEN.SDT -999.250 DPHI.LOT -999.Z50 RHOB.LOT -999.250 PE~.LD'T -999.Z50 QLS.LOT -999.Z50 QSS.LDT -999.250 LU.LDT -999.250 LL.LOT -~99.Z50 LITH.LOT -999.250 SS2.LO'T -999.250 LSHV.LDT -999.250 SSHV.LDT -999.250 LSRH.LDT '-999.250 LURH.LOT -999.250 C/~LI.LOT -999.Z50 l' EN5. LD"[ -999.250 MTEM.LDT -999.250 ~RES.L. OT -999.250 NPHI.CNL -999.250 TNPH.CNL -999.250 TNRA.CNL -'999.250 RCNT,CNL -999.250 RCFT.CNL -999.250 CNTC,CNL -999.250 GR.CNL -999.250 CALI.CNL -999.250 TENS.CNL -999.250 M'TEM.CNL -999.250 HTEN.CNL -999.250 NVR.EPT -999.2.50 GR,EPT -999,250 SA.EPT -999, 2-50 CALI,EPT -999,250 MTEM.EPT -999.250 MRES.EPT -999.250 HTEN. EPT -999.250 IENS,CSG 1195,000 MTEM,CSG 63.531 MRES.CSG 0.513 TT1.5DT LTT1. SOT SP.SDT MRES.SDT DRHO.LDT tS.LOT SS1.LDT S1RH.LDT GR.LDT HTEN.LDT NPOR.CNL CETC.CNL MRES.CNL FVR. EPT TENS.EPT GR .CSG HTEN.CSG ILO, DTE I FR E. OTE IIXD.OTE MTEM,OTE OTL ,SOT DTSM,SDT TTi,SDT LTTI, SOT SP,SDT MRES,SDT ORHO,LOT tS.LOT SSI.LDT SIRH.LDT GR .LOT HTENoLDT N~D~.CNL CFTC.CNL MRES,CNL FVR, ~EPT TENS,EPT GR,CSG HTEN, CSG D~PT. 400.000 SFLU.DTE -999.Z50 ILM.DTE -999.2.50 ILO.DTE SP.OTE -99~.Z50 IDPH,OTE -999.250 IMPH.DTE -999.250 IFRE,OTE CIDP,DTE -999.250 CIMP.DTE -999.250 IIRD,DTE --999.2-50 IIXO.DTE IIRM.OT~ -999.250 GR.DTE -999.250 TENS.UTE -999.250 PTEM.DTE ~RES.OT~ -9'99. 250 HTEN,DTE -999. Z50 UT.SOT -999.250 DTL,SDT DTLN.SDT -999.250 O~LF.SDT -999.250 OTCO.SOT -999.250 DTSM.SDT COHC.SDT -999,2150 COHS,SDT -999.250 COST,SOT -999,250 TTI,SDT TTZ.SOT -999.2-50 TT3.SOT -999.250 TT4. SOT: -999.2-50 LTTi. SDT LTIZ.SDT -999.250 LTT3.SDT -999.250 LT'T4. S'DT -999.250 SP.SDT GR. SD'T -999.250 TENS.SOT -999.250 MTEM.SOT -999.250 M~qES.SDT HTEN. SO'T -999.250 OPHI..LOT -99'9.250 RHOB.LDT .-999.250 DRHO.LOT PEF.LDT -999.Z50 QLS.LDT -999.250 QSS.LDT -999.250 tS.LOT LU.LDT -999.250 iL.LOT -999. Z50 LITH.LOT -999.250 SSI.LOT P~SE: Z5 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9'99.250 -999.250 -999.~50 -999.250 -999.250 -999.250 ~0.938 131'f.O00 -9'~.250 -999.250 -999.250 -9~9.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9'99.250 -999.250 -999.250 -999.250 -9'99. 250 -999-2~0 -999.25U -999.250 -999.250 -999.250 -999.250 20.938 1363.000 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.2~0 -999.250 -999.Z~0 -999.250 -999.250 -999.250 IS TAPE VERIFICATION LISTING CHLUMBbRGER ~L~.SK,~ CO~IPUTING CENTER SSZ.LDT -999. ZSg LSHV.LDT LSRH.LDT -999. 250 LURH.LgT T EN5. LOT -999.250 MT EM. LOT NPHI.CNL -999. ZSO TNPH.CNL RCNT.CNL -999. 250 RCFT.CNL GR.CNL -999,250 CALI.CNL MTEM. CNt -999.2 50 MTEN.CNL GR.EPT -999.250 SA.EPT M'TEM. EPT -999.250 MR ES. EPT TENS.LS~S 1200. OgO MT EM.CSG D~P Y. 3 00.0 O0 SFLU. DTE 5P. DTE -999. Z 50 IDPH. gTE C IDP. OTE -999. Z 50 [IMP . lITE IIRM. gTE -999. 250 GR. gTE MRESo DT ~ -999.250 MT ~N. gTE DTLN. SOT -999. Z 50 DTLF. SOT COHC.SUT -999.250 COHS.SOT TTZ. ~DT -999.250 T T3. SOT L [TZ. SOT -9'9~. Z 50 LTT3. SOT GR. SOT -~99.250 TENS. SOT HTEN. SOT '-~99. Z 50 gPHZ. EDT PEF.LDT -999. 250 QLS.LOT LU.LDT -999.2 50 LL. LOT S52. LOT -999. Z 50 LSHV. LOT LSRH.LDT -999.Z50 LURH.LDT TENS. LOT -999. Z 50 ~T EM. LOT NPHI.CNL -9~9.250 TNPH.CNL RCNT.CNL -9~. 250 RCFT.CNL GR.CNL -99~.250 CALI.CNL MTEM.CNL -999. Z50 HT EN. CNL GR.EPT -999.250 S~.EPT M'T EM. EPT -999. Z 50 MR ES. EPT TENS.~SG llSO.gOO MTEM.CSG 10-~AY-1989 19:U3 -999. 250 SSHV,LOT -999,250 CaLI,LDT -999.250 MRES,LDT -999.Z50 TNRA.CNL --999,250 CNTC.CNL -999,250 TENS.CNL -999.Z50 NVR.EPT -999.250 CALI.EPT -999.250 HTEN.EPT 6~.68-~ MRES.CSG -999, Z50 ILM,DTE -999,250 IMPH.DTE -999,250 IIRD,DTE -999.250 TENS.DTE -999, 259 DT.SDT --999.250 DTCOoSDT -999.250 COST.SOT -999,250 TT4.SDT -999. ~50 LTT4. SOT -999.250 ;'~TEM. SOT -~99,250 RHOB.LOT -999.Z50 QSS.LDT -999.Z50 LITH.LDT -999,250 SSHV.LOT -999.250 CALl. LOT -999,Z50 MRES,LDT -999.25D TNRA.CNL -999.250 CNTC.CNL -999.250 TENS.CNL -999.Z50 NVR.EPT -999,250 CALI.EPT -999,250 HTEN.EPT 64.000 MRES.CSG DEPT. ZgO.O00 SELU.DTE -999.250 ILM.DTE SP.D~T~ -999.250 IDPH.D'TE -999.250 IMPH.DTE LIOP.OTE -999.250 CIMP.OTE -999.250 IIRO.D'TE IIRM.OT5 -999.250 GR.DTE -999.250 TENS.gTE MRES.DTE -999.250 HTEN.D'TE -999.250 DT.SDT DTLN.SDT -999,250 DTLF.SOT -999.250 gTCO.SOT COHC.SDT -999.Z50 CUHS.SOT '-999.Z50 COST.SOT TTZ.SDT -999.~50 TT3.SQT -999,250 TT4.SDT LT~Z.SDT -999.250 LTT3.SOT -999.250 LTT4.SDT GR.SDT '-999.250 TENS.SOT -999.250 MTEM.SOT HTEN.$DT -999,250 DPHIoLOT -999,250 RHOB.LOT PEF.LDT -999,250 QLS.LDT -999.250 QSS.LOT LU.LDT -999.250 LL.LDT -999,250 LITH.LDT SSZ.LDT -999.Z50 LSHV.LOT -999.250 SSHV.LDT LSRH.LUT -999,250 LURH.LDT -999,250 CALI.LOT TENS.LOT -999,250 MTEM.LOT -999,250 MR~S.LOT NPH£.CNL -999.250 TNPH.CNL -999.Z50 TNRA.CNL RCNT.CNL -999.ZSO RCFT.CNL -999. Z50 CNTC.CNL GR.CNL -999,250 CALI.CNL -999,250 TENS.CNL MTEM.CNL -999,250 HTEN.CNL -999.250 NVR,EPT -999.250 -999.Z50 -999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 -999,250 0.512 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,250 -999.250 -999,250 -999.250 -999,250 -999.250 -999.250 -999,250 -999,250 -999,250 -999.250 -999,~50 -999,250 -999.250 -999,250 0,521 -999,250 -999,250 -999,250 -999.250 -999,250 -999. 250 -999. 250 -999. -999,250 -999.Z50 --999.250 -999,250 ,-999. Z 50 -999. 250 -999,250 -999,250 -999o~50 -999,250 -999,.~50 -999,250 S1RH.LDT GR .LOT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL FV~.EPT TENS.EPT GR.CSG HTEN.CSG ILO.gTE IFRE.OTE IIXD.DTE MTEM. DTE DTL.SDT DTSM.SDT TT1.SDT LTT1.SDT SP.SDT MRES.SDT ORHO.LDT LS.LOT SSI.LDT SlRH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL MRES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILD.DTE IFRE.DT5 IIXD.DTE MTEM.DTE DTL.SDT DTSM. SDT TT1.SOT LTT1.SD'T SP.SDT MRES.SDT DRHO.LDT LS.LDT SSI.LOT StRH.LDT GR.LDT HTEN.LDT N?C~.CNL CFTC.CNL MRES.CNL FV~.~PT PAGE: 26 -999.Z50 -999.Z50 -999,250 -9~9.250 -999.250 -999,250 -999.250 -999,25U -999.250 -999.250 -999,Z50 -999,250 -999,250 -9~9.Z50 -999.250 --999°250 --999,250 '-9'99,250 -999,250 -999,250 -999,250 -999.250 -999.Z50 -9'99.250 -999.250 -999,250 -999o258 -999,250 -999,250 12o7~9 1353.000 -999.250 -999.250 -999,250 -999,250 -999.250 -999,250 -999.250 -999,250 -999,250 -999,250 -999.Z50 -999,250 -999°250 -999.Z50 -999,250 -999.250 -9=99,250 -999. 250 IS TAPE VERIFICATION LISTING CHLUMBERGER ~L~SK~ COMPUTING CENTER GR. tPT -999.2 50 SA. EPT MTEM. EFT -999. Z 50 MR ES. EPT TENS.CSG 1180.000 MTE~.CSG DEPT. 1UO.O00 SFLU.DTE SP. gTE -999.2 50 IDPH. gTE C IDP. DTE -9~9.25U CI MP. DTE I IRM. DIE -999.250 GR. gTE MRES. OT5 -999. 250 HT EN. gTE D TEN. SD! -999.2 50 DTtF. SOT CDHC. SOT -999.2 50 CUHS. SOT TT2. SOT -999. 250 TT3. SOT L [TZ . SD f -9 99 . 250 LTT3 .SDT GR. SOT -999.250 TENS .SOT HTEN. SOT ,-999. Z 50 DPHI. LOT PEF.LDT -999. 250 qLS.LDT LU.LDT -999.250 LL.LDT $SZ.LDT -999.250 LSHV.LOT LSRH.LDT -999.Z50 LURH.LDT TENS.LOT ' -999° 250 MTEM.LDT NPHI.CNL -999. 250 TNPHoCNL RCNT. CNL -999. Z 50 RCFT. CNL GR.CNL -999.Z50 CALI.CNL MTEM.CNL -999.250 HTEN.CNL GR. tP'T -999.2 50 SA. EPT M'TEM. EPT -999. 250 MR ES. EFT TENS.CSS 1065.000 MTEM.CSG DEPT. 0.000 SFL'U. gTE S?.DTE -999.250 ICPH.DTE CIDP.DTE -999.250 CIMP.DT'5 I IRM.DT5 -999. 250 GR. OTE MRES.DT5 -999.250 HTEN.DTE DTLN. SDT -999. 250 OTLF. SOT COHC.SDT -999.250 COHS.SOT T~IZ. SOT -999.2 50 TT~. SOT LTTZ.SDT -999.Z50 LTT3.SDT GR. 5DT -999.250 TENS.SOT MTEN. SOT -999.250 DP HI. LOT PEP.LOT -999. 250 QLS.LDT LU.LDT -999.250 tt.tgT SSZ.LDT -999.250 LSHV.LOT LSRH.LD~ -999.Z50 LURH.LOT ~ENS.LDT -999.250 ~] EM.LOT NPHI.CNL -9'99.250 TNPH.CNL RCN'T. ~NL '-999.250 RCFT. CNL G~,.CNL -999.250 C~LI.CNL MTEM.CNL -999.250 HTEN.CNL GR. EPT -9'99. 250 SA. EPT MTEM.~P[ -999.250 ~RES.EPT 'TENS.CSG 1175.000 MTEM.CSG lO-MAY-1989 19:0'3 -999 250 CALI.EPT -999.250 HTEN.EPT 63.906 HRES.CSG -~99.Z50 ILM.DTE -999.250 IMPH.DTE -999.250 I!RO.DTE -999,250 TENS.gTE -999.250 DT.SOT -999.Z50 DTCO.SDT -999.Z50 COST.SOT -999.250 TT4.SDT -999.Z50 LTT4.SDT -999.250 MTEM.SDT -999.250 RHOB.LDT -)99.250 QSS.LDT -999.250 LITH.LDT -999.250 SSHV.LOT -999.Z50 CALI.LOT -999.250 MRES.LDT -999.250 TNR~.CNL -999.250 CNTC.CNL -999.250 TENS.CN[ -999.250 NVR. EPT -999.Z50 CALI.EPT -999.250 HTEN.EPT 63.375 MRES.CSG -999.250 -999.250 0.524 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 0.533 -999.250 ILM.DTE -999.250 -999.Z50 IMPH.DTE -999.250 -999.250 IIRD.DTE -999.250 -999.250 TENS.gTE -999.250 -999. 250 DT. SOT -999.250 -999.250 DTCO.SDT -999.250 -999.250 COST.SOT -999.250 -999.250 TT4.SDT -999.250 -999.250 LTT4.SDT -999.250 -999.250 MTEM.SDT -999.250 -999.250 RHOB.LOT -999.250 -999.250 QSS.LDT -999,250 -999.250 LITH.LOT -999,250 -999.250 SSHV.LOT -999. Z50 -999. Z50 CALI.LOT -999.250 -999.250 MRES.LOT -999.250 -999.250 TNR~.CNL -999.250 -999.250 CNTC.CNL -999.2.50 -999.250 TENS.CNL -999.250 -999.250 NVR.EPT -999.250 -999,250 CALI.EPT -999.250 -999.250 HTEN.EPT -999.250 65,?50 MRES.CSG 9.031 TENS.EPT G~ .CSG HTEN.CSG ILO.gTE IFRE.OTE IIXD.OTE MTEM.DTE DTL.SDT D'TSM.SDT TT1.SDT LTT1.SDT SP.SDT MRES.SDT DRHg.LDT LS.LDT SS1.LDT SIRH.LQT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL M~ES.CNL FVR.EPT TENS.EPT GR.CSG HTEN.CSG ILD.DTE IFRE.DTE IIXD.DT5 MTEM.gTE OTL.SDT DTSM.SDT TTi.SDT LTT1.SDT SP.SDT MRES.SQT ORHD.LDT LS.LDT SS1.LOT S1RH.LDT GR.LDT HTEN.LDT NPOR.CNL CFTC.CNL M~ES.CNL FV~.~PT T~NS.EPT GR.CSG H'TEN.CSG -9~9. 13. 134 !. 25'0 750 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -9~9.250 -999.250 -999.250 -999.2~0 -999.250 -999.250 -9~9.250 -999.250 -999.250 -999.25O -9~9.250 -999.250 -999.2~0 -999.25U -999.250 9.1'?Z 1351.000 27 -999. -999. -999. -999. -999. -999. '-999. -999, -999. -999. -999. -999. -999. -999. -9~9. -999. -999. -9~9- -999. 3. 1459. 250 250 250 250 250 250 250 250 250 250 250 Z 50 250 250 250 250 250 250 250 250 250 668 000 IS T,~Pt V~RiE1C,~TION LISTING bHLUM~RGER ALASK.~ CUMPUTING CENTER lO-'~4Y-19H9 19:0'3 PAGE: Z 8 ~-- ~ ~ .FILE 'TRAILER ~ ~-'~ FILE NAME : EDIT .001 SERVI~E : FLIC VERSION : O01AO2 D~TE : 89/05/10 MAX R~C SiZE : 1096 Pitt TYPE : LO LAST FILE : · -~ ~ILE HEADER ~ PILE NAME : EDIT .002 SERVICE : ',:tic VERSION : O01A~2 DATE : 89/05,'10 MAX R~C SIZE : 1096 PILE TYOE : La LAST FILE : FILE - EDIT oO02 ARCO AL;~SK:~, INC. KUPARUK WSI-O1 {WEST S~K) 50-OZD-21925 M~iN PASS LOG DAT~ OAT~, S~MPLED EVERY .1667 FEET UA~,~, INCLUOEU - TOOL EXTENS'iON TOOL TYP~ USED NAME EPT-D/G .EPT ELECTROMAGNETIC PROPOGATION 4t89' - 2703' TABLE 'TYPE : CUNS TUNI VALU D~EF,Z CN ARCO ALASKA., lINC. COMP,~NY NAME PN K~JPARUK FIELD NAME IS TAPE V~RIt~ICATI{]N LISTING ~HLUM.~ERG~R ALA'SK.~ COMPUTING CENTER IO-MAY-19$9 19:03 TUN! VALU WN WSI-01 (WEST SAK) APIN 50-OZD-Zl9Z5 EL 296' FNL ~ 2086' FWL S ~CT Z .3 TOWN lin R~NG IOE COUN NORTH SLOPE STAT ALASK~ NATI USA ENGI W ARNER/FRITZKE WITN LOWEN/DIXON SON 548399 PORT MSL EPD FT 0. APO FT 111.7 EKD FT 111.7 EOF ~T 110.7 E:GL PT 68.8 TOD FT 4250. TABLE TYPE ' CURV DEFI DEFI WELL NAM~ ~P'I SERIAL NUN~F:R FIELD,. LOCATION SECTION TOWNSHIP RANGE COUNTY STATE gP PROVINCE NATION ENGINEER'S NAME WITNESS'S NAME SERVICE O~DER NUMBER PERMANENT DATUM LOG MEASURED FROM CEPT EATT TPL PVD FVU NVD NVU PSUP PSDO MINV MNDR DEPTH CHANNEL NAME ~PT ~TTENU~T!ON TIME OF PROPAGATION IN LOSSY FORMATION FAR VUL1~GE DOWN FA~ VOLT~GE UP NEaR VOLTAGE DOWN NE AR VUL'T~GE Up PHASE SHIFT UP PHASE SHIFT DOWN MICR~-INVERSE RESISTIVITY MICRO-NORMAL RESISTIVITY SET 'TYPE - 64ED 'TYPE REP~ CODE V~LUE 56 0 66 7'3 44 66 ! IS TAPE VERIFICATIDN LISTING CHLUMBERG~R ALASKA CgMPUTING CENTER 10-~AY-1989 19:03 PAGE: 3O TYPE REPR CODE V~LUE 5 66 6 73 ~ 65 8 68 0.166 9 65 11 66 Z4 lZ 68 15 66 O 15 66 16 66 0 66 1 SET TYPE - CHAN ~* NAMk SERV ID UNIT SERVICE ORDER m DEPT ET 548 EATT kPT DB/M 548 TPL EPT NS/M Fro EPT V 548 ~VU EPT V 548 NVD EPT V NVU ~PT V 548 PSUP ~PT DEG 548 PSDU ~PT DEG 54B MINV ~PT OHMM MNOR EP'T DHMM 548 ~PI ~PI ~PI ~PI FILE NUMB NUMB SIZE REPR LOG TYPE CLASS 'MOD NUMB SAMP ~LSM CODE 399 O0 000 O0 0 2 ! 1 4 6B 399 09 130 O1 0 2 1 I 4 68 399 09 13Z lg 0 Z 1 1 4 68 399 09 430 1! 0 Z 1 1 4 68 399 09 ~30 11 0 2 1 1 4 68 399 09 ~30 10 0 2 1 1 4 68 399 09 4]0 10 O Z 1 1 4 68 ]99 09 ~30 10 0 2 I 1 4 68 399 09 430 11 0 2 1 t ~ 6:8 399 09 250 O1 0 Z I 1 4 68 399 09 252 O1 0 Z 1 1 4 68 PROCESS (HEX) 0000000000 OOOO000000 0000000000 0000000000 0000000000 O00000OO00 0000000000 O00000OO00 0000000000 0000000000 0000000000 ~-~ DATA DEPT. ~238. FVU.EPT O. PSDD.EPT Z13. DEPT. .~Z00. PVU.EPT 0. PSDO.EPT D~PT. 4100. FVU.EPT PSDU.~PT ZBS. DEPT. .4000. FVU.EPT O. PSDO.EPT Z~6. 833 EATT.EPT 42].Z50 TPL.EPT 658 NVD.EPT 2.414 NVU.EPT 250 MINV. EP'T 6.574 MNOR.EPT OOO EATT.EPT 423.250 TPL.EPT 658 NVD.EPT 2.414 NVU.EPT ZSO MINV.EPT 6.574 MNOR.EPT 000 EATToEPT 437.500 TPL.EPT 588 NVD. EPT Z.,447 NVU. EPT 6Z5 M!NV.EPT ~.~15 MNOR.EPT UOO EATT. EPT '470. 750 TPL. EPT 631 NVD.EPT 2.594 NVU.EPT 625 MINV.EPT 3.156 MNOR.EPT 13.219 2.410 4.11,3 13.219 Z.4IO 4.113 14.461 2.457 Z. '701 15.195 2_.609 2.311 FVD.EPT PSUP.=PT. ~. FVD.EPT P SUP. EPT FVD.EPT PSUP. EP'T FVD. EP'T PSUP.EPT 0.643 206.375 0.643 206.3'75 0.6T3 ZZ3.500 0.6~8 Z36.000 1S TAPE V~RIFIC~TION LISTING CHLUMBEKG~R ~LASK~ COMPUTING CENTER DEPI. J~O0.O00 EATT.EPT PVU.EFT 0.591 NVD.EPT PSDO.EPT 230.625 MIHV.EPT DkPl. ~800.000 E~TT.EPT FVU.EPT 0.813 NVD.EPT PSDU.EPT 209.250 MINV.EPT DEPT. 3700.U00 E~TT.EPT FVU.EPT 0.682 NVD.EPT PSDU.kP'T 271.250 MINV.EPT DEPT. 3600.000 EATT.EPT FVU.EPT 0.531 NVO.EPT PSDQ.EPT 186.625 MINV.EPT DEPT. 3500.000 EATT.EPT FVU.kP'[ 0.637 NVO.EPT PSDO.EPT Z78.250 MINV.EPT DEPT. 3400.000 5AT'T.EPT PVU.~PT 0.590 NVD.EPT PSDU..EPT 237.125 ~INV.EPT DEPT. 3500.000 EATT.EPT FVU.EP~ 0.663 NVD.EPT PSDU.kP[ 254.250 MINV.E~T DEPI'. 5200.000 EA'TT.EPT FVU.EP~ 0.~95 NVD.EPT PSDO.EPT 247.000 MINV.EPl DEPT. 3100.000 EATT.EPT MVU.EPT 0.630 NVD.EPT PSDU.EPT 301.750 MINV.EPT DEPT. 3000.000 EATT.EPT FVU.EPT 0.347 NVD.EPT PSDU.~PT 396.500 ~INV.EPT D~PT. Z900oOOO E~TT.EP'T FVU.EP'T 0.5~8 NVD.EPT ~PSDO.~PT 235.250 ~INV.EPT DEPT. 2800.000 EATT.EPT ~VU.~PT 0.1~7 NVD.EPT PSDO.~PT Z14.250 MINV.EPT DEPT. 2700.000 E~,TT.E~T FVU.EPT 0.499 NVD.E~T PSDU.~PT 100.875 MINV.EPT lO-MAY-1989 19:0~ 360.Z50 TPL.EPT 2.170 NVU.EPT 5.086 MNOR.EPT ~42.000 TPL.EPT Z.098 NVU.EPT 4.47'3 MNOR.EPI 363.500 TPL.EPT 2.053 NVU.EPT 2.150 MNOR.EPT 286.250 TDL.EPT 2.055 NVU.EPT 6.070 MNOR.EPT 310.000 TPL.EPT 1.845 NVU.EPT 1.639 MNOR.EPT 399.000 TPL.EPT 2.246 NVU.EPT 2.674 MNOR.EPT 4!7.000 TPL.EP~ 2.414 NVU.EPT 2.21I MNOR.EPT 371.750 TPL.EPT 2.150 NVU.EPT 2.826 MNOR.EPT 446.250 TPL.EPT 2.519 NVU.EPT 2.663 MNOR.EPT 639.500 TPL.EPT 3. 531 NVU.EPT 1.760 MNOR.EPT 334.500 TPL.EPT 1. 972 NVU. EPT 4.133 MNOR.EP~ 580.000 TPL.EPT Z.598 NVU.EPT O. 613 MNOR. E PT 434.250 TPL.EPT 2.1367 NVU.EPT 0.000 MNOR.EPT 13.967 2.170 5.051 12.)59 2.250 4.445 1B.65,6 2.389 2.244 11.469 1.832 6.867 17.156 2.043 1.962 15.969 2.342 2.850 16.313 2.422 2.393 14.813 2.238 2.~09 13.125 Z.41Z 2.406 Z 2 · D ~6 2.836 1.841 15.398 2.037 4.301 16.250 3.559 0.860 17.219 2.320 O.OOO FVO.EPT PSUP.~PT ~VD. EPT PSUP.~PT FVD.EPT PSUP.EPT FVO.EPT PSUP.EPT FVD.EPT PSUP.EPT FVO.EPT PSUP.EPT FVO.EPT PSUP.EPT FVO.SPT PSUP.EPT FVO.~EPT PSUP.SPT FVD.EPT P'SUP.~PT FVO.EPT PSUP.EPT FVO.EPT PSUP.EPT FVO.EPT PSUP.EPT PAEE: 31 0.743 Z09.625 0.682 199.125 0.723 320.759 0.863 171.500 0.657 266.250 0.655 269.500 O. 679 Z53.750 0. 678 2Z3.250 0.664 273.750 0.655 302.500 0.657 253. 375 0.24~ 302.250 0.547 445.750 IS 'TAPE VERIFICATION LISTING CHLUMBERGER ALASK~ COMPUTING CENTER lO-MAY-1989 19:03 3Z D ~PT., Z6Z 8.000 EA'TT o EPT ~VU."=PT, ~- O. 36Z NVD.EPT P SOO,. EPT Z 35 . ,~75 MI NV. EFT 491.000 TPL.EPT Z. 365 NVU. EPT 0.000 MNgR,., E PT 21.~69 FVD.EPT 2.508 PSUP.EPT O.O00 0.386 447.750 END Or DATA ~-~- FIt5 NAME : EDIT .002 SERVICE : FLIC VERSIUN ' DATE : ~9/05/I0 MAX RFC SIZE : 1096 FILE TYPE : LO L~ST FILE : *~-'~ FILE HE~DER FILE NAME : EDIT .003 SERVICE : FLIC V ERsIrjN : OOlAOZ DATE : MAX R~C S'[Z5 : 1096 FILE TYPE : LO LAST FILE : FILE - EDIT.OD3 ARCO ALASK~, INC. K UP a R UK WSl-O1 (WEST SaK) 50'-'0Z9-219Z 5 DATA SAMPLED EVERY -.1000 F~ET DAYR INCLUDED - TOOL EXTENSION TOOL TYPE USED NAME LOT .LDH CNT'-A/D/H .,(NH EPT-D/G .,EPH LITHO D~NSITY COMPENSATED NEUTRON ELECTROMAGNETIC PROPO.GATION 4230' - 3306' 4212' - 330,6' 4189'- 3306' TAPE VERIP'ICATIDN LISTING CHLUMBERGER ALASKA COMPUTING CENTER lO-MAY-1989 19:03 TABLE TYP~ : CONS TUNI VALU DEFI CN ARCO ~LASKA, 'INC. PN KUPARUK WN WSI-O1 (WEST SAK) APIN 5O-OZg-ZlgZ5 FL Z96' FNL E Z086' FWL SECT 23 TL1WN llN RANG 1OR CDUN N3RTH SLOPE STAt ALASKA NAIi USA tNGI W ARNER/FRITZKE WITN LOWEN/DIXON SON 5~8399 POA'T MSL ~PD ,FY 0. LMF RKB APO ~T 111 o7 EKE FT 1 11. T EDP FT 110.7 EGL FT 6B.8 TOD PT 4Z50., COMPANY NAME FIELD NAME WELL NAME API SERIAL NUMBER FIELD LOCATION SECTION TOWNSHIP RANGE COUNTY STATE OR PROVINCE NATION ENGINEER'S NAME WITNESS' S NAME SERVICE ORDER NUMBER PERMANENT DATUM LOG MEASURED FROM iABLE TYPE : CURV D E PT DPHI DRHU PEP qLS LS LU LL OEFI OEPIH CHANNEL NAME DENSITY POROS I'TY BULK DENSITY DELTA RHO PHOI'O-EL~CTR IC FACTOR qU~L'ITY CONTROL OF LONG SPACING FOR LD'T qUaLITY CONTROL ON SHORT SPACING FOR LOT LONG SPACING COMPUTED COUNT RATE (LL+LU/Z) LONG UPPER 1-Z WINDOW COUNT RATE (LU[+LUZ) LONG LOWER WINDOW COUNT RATE LITH 551 55Z LS HV 5SHV 51RH LSRH LURH LITHOLOG WINDOW COUNT RATE SHORT SP~CING 1 WINDOW COUNT R~T~ SHORT SPACING Z WINDOW COUNT RATE LONG SPACING HIGH VDLT~GE OUTPUT SHORT SPACING HIGH VOLTAGE LOOP OUTPUT ~HORT SPACING 1 DENSITY LUNG SPACING RHOB (UNCORRECTED) LONG UPPER RHO~ IS TAPt VER'I~IC~T'ION LISTING CHLUMBERGER ALASKA COMPUTING CENTER lO-M~.Y-19~9 19:03 PAGE: ~4 GR TEN5 MTtM MRES HTEN NPH1 INPH TNR~ NPOR RCN'T RCFT CNI C C FTC C AL I T~NS MRES MTE M HTEN NVR FVR t~R S~ C ALI TENS MT~M MRES HTEN CALIPtR GAMM~ RAY TENSION MUD TE~PER&TURE MUD RES1ST'!VITY HE~U TE~SION NEUTRON POROSITY THERMAL NEUTRON POROSITY CALIBRAT'ED THERMAL NEUTRON NEUTRON POROSITY OUTPUT FROM AN APPLICATION PROGRAM RAW CORRECTED NEAR THERMAL COUNTS RAW CORRECTED FAR THERMAL COUNTS CORRECTED NEAR THERMAL COUNTS CORREC1~O ~AR THERMAL COUNTS G~MMA RAY TENSION RES~T~V~TY T'E~P ER~TURE HErO T~NS~ON NE,~R VOLTAGE REFERENCE VOLTAGE REFERENCE GAMMA SM,~LL CALIPER TENSION MUD TEMP~ER~TUR'E MUD RESISTIVITY HE~D T~NSIQN ~;~ UAT~ FORMAT SPECIFICATION RECORD ~',~ -*.;',-' SET TYPE - 6J+EB '"~.,., 'TYPE REPR CODE VALUE Z 66 0 3 73 18B A 6~ 1 5 66 7 55 9 65 FT 1 t ~6 5 1Z 58 13 66 0 14. 65 ,.=T IS TAPE VERIFIC&TION LISTING CHLUM!~ERGER ~[~SKA COMPUTING CENTER lO-M~Y-1989 1'9:03 35 TYPE RSP~ CDDE VALUE 15 56 68 15 66 ! 0 66 1 SET TYPE - CHAN ** NAME SERV UNIT SERVICE AOI ~PI ~PI ~PI FILE NUMB NUMB SIZE REPR ID ORgER ~ LOG TYPE C[~SS MOD NUMB S&MP ELEM CODE PROCESS (HEX) OEPT ET 5~8399 O0 DPHI LDH PU 548399 09 RHOB LDH G/C3 548399 09 DRHO LOH G/C3 5~8399 09 PEE tOM 548399 09 ULS LDH 548399 09 QSS LDH 548399 0'9 LS LDH CPS 548399 09 LU LDH CPS 548~99 09 LL LDH CPS 548399 09 LIIH LDH CPS 5~839~ 09 SS1 LDH CPS 548399 09 SS2 LDH CPS 548399 09 LSHV LDH V 54~399 09 ~SHV LDH V 548399 09 S1RH LDH G/C) 548~99 09 LSRH LDH G/C3 548399 09 LURH LDH G/C5 548399 09 CALI LDH IN 548399 09 GR LUH GAPI 548399 09 %ENS LOB Le 548399 09 MTEM LDH DEGF 548399 09 MRES LDH GMMM 548399 09 MTEN LOH tM 54~399 09 NPMI CNH PU 548399 09 TNP~ CNM PU 548'399 09 I'NRA CNH 54839~ 09 NPDR CNH PU 54~399 09 R~NT CNM CPS 54~399 09 RCFT CNH CPS 5~8399 09 ~NTC CNM CPS 548399 09 C~TC CNM CPS 54~399 09 $R CNM G~PI 548399 09 ~tI CNM IN 5~8399 09 TENS CNM L8 548399 09 MRES CNM OMMM 548399 09 MTEM CNM DEG~ 548399 09 ~TEN CNH ~ 548399 09 NVR 5WH V 548399 09 MVR ~PM V 548399 09 GR ~PH GAPI 548399 09 $.~ EPH iN 54~399 09 000 O0 0 3 1 1 ¢ 68 890 O1 0 3 1 I 4 68 350 02 0 3 1 I 4 68 356 O1 0 3 1 I 4 68 358 O1 0 3 1 1 4 68 354 O1 0 3 1 1 4 68 354 01 0 3 1 1 4 68 354 O1 0 3 1 1 4 68 35.& 01 0 3 1 1 $ 68 354 O1 0 3 I I 4 68 354 O1 0 3 1 1 ~ 68 35,¢ 02 0 3 1 1 ~ 68 354 02 0 3 1 1 4 68 354 O0 0 3 1 1 4 68 354 O0 0 3 1 1 4 68 350 02 0 3 1 1 ~ 6~ 350 02 0 3 1 1 4 68 350 OZ 0 3 1 1 4 68 ZBO O1 0 3 1 I 4 68 310 O1 0 3 ! 1 4 68 635 21 0 3 1 1 4 68 000 O0 0 3 1 1 4 68 000 O0 0 3 I 1 ¢ 68 OOO O0 0 3 1 1 4 68 890 O0 0 3 I I 4 68 890 O0 0 3 1 1 ,~ 68 420 O! 0 3 1 1 4 68 890 O0 0 3 1 1 4 68 ~20 O1 0 3 I 1 ¢ 68 ~ZO O1 0 3 1 1 ¢ 68 ~ZO O! 0 3 1 1 4 68 420 O1 0 3 1 1 4 68 310 O1 0 3 1 1 ~ 68 280 O1 0 3 1 1 4 68 63;5 21 0 3 1 1 ~ 68 000 O0 0 3 1 1 4 68 000 O0 0 3 1 1 4 68 000 O0 0 3 1 1 ~ 68 132 O1 0 3 .1 1 4 68 132 1t 0 3 1 I 4 68 310 O1 0 3 1 1 ¢ 68 Z80 O1 0 3 1 1 ~ 68 0000000000 O00000OO00 0000900000 OOOO000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O000OO0000 O000000OO0 0000000000 OODO000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O0000000OO O0000000OO 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 IS TAP~ VERIFICA11DN LISTING CHLUMBERGER ALASKA COMPUTING CENTER lO--MAY-1989 19:03 36 NAM~ SERV UNIT SERVICE API API API ~PI FILE NUMB NUMB SIZE REPR ID ORDER m LgG TYPE CLASS ~gg NUMB SAMP ELEM COgE PROCESS (HEX) CALI kPH IN 548399 09 280 O! 0 3 1 I 4 68 lENS EPH L~ 5~B399 09 535 Z1 0 3 I 1 4 68 MTEM EPH DEGF 54~39M 09 gOO O0 0 3 1 1 4 6~ MRES EPH gHMM 548399 09 000 OO 0 3 1 1 ~ 68 HTEN EPH L~ 548399 09 000 OO 0 3 ! 1 4 6~ 0000000000 0000000000 0000000000 0000000000 0000000000 DEPT. ~Z45.700 DPHIoLDH 28.397 RHOB.LOH Z.181 PEF.LDH 2.795 QLS.LDH -0.0!8 QSS.LDH 0.013 LU.LDH 407.000 LL.LDH 235.125 LITH.LDH 123.000 SS2.LDH 339.750 LSHV.LOH 1140.000 SSHV.LDH 1204.000 LSRH.LDH 2.158 LURH.LDH 2.162 CALI.LOH 3.955 TENS.LDH 1095.000 MTEM.LDH 79.563 ~RES.LDH 0.379 NPHI.~NH 48.240 TNPH.CNH 40.744 TNRA.CNH 3.486 RCNT.CNH 2096.810 RCFT.CNH 559.900 CNTC.CNH 2003.634 GR.CNH 94.063 CALI.CNH 3.955 TENS.CNH 1095.000 MTEM.CNH 79.563 HTEN.CNH -254.625 NVR.EPH 3.762 GRoEPH 94.063 SA.EPH 0.649 CALI.E~H 3.955 MTEM.EPH 79.563 MR~$.EPH 0.379 HTEN.EPH -254.$25 DEPT. 4200.000 DPHI.LDH 21.~35 RHDB.LOH 2.296 PEP.LDH Z.8ZZ QLS.LDH 0.025 QSS.LDH 0.012 LU.LDfl 314.250 LL.LDH 186.250 L!TH.LDH 96.688 SSZ.LUH 30~.000 LSHV.LOH 1t42.000 SSHV.LDH 1Z05.00D LSRH.LDH 2.297 LURHoLOH 2.314 .CALI.LDH 9.914 TENS.LDH 2444.000 MTEM.LDH 79.563 MRES.LDH 0.379 NPHi.CNH '~3.538 TNPH.CNH 43.040 TNRAoCNH 13.634 RCNT.CNH 1725.720 RCFT.CNH ,465. B42 CNTC.CNH 1622.820 GR.CNH 94o065 CALI.CNH 9.91~ TENS.CNH 2444.000 MTEM.CNH ?9.563 HT~N.CNH 15~5.000 NVR.EPH 3.764 GR.EPH 94.063 SA.EPH 0.803 CALI.EPH 9.914 MTEM.~PH 79.563 MRES.EPH 0.379 HTEN.EPH 1585.000 DEPT. ~lO0.OOO OPHI.LDH 18.916 RHOB.LOH 2.338 PEF.LOH 2.939 QLS.LDH 0.029 QSS.LDH 0.001 LU.LDH 287.000 LL.LDH 16B.250 LITH.LDH 86.~75 SSZ.LDH 289,.Z50 LSHV.LDH 1142.000 SSHV.LDH 1204.000 LSRM.LDH Z.352 LURH.LgH 2.371 CALI.LDH 9.914 T~NS.LDH 2350.000 MTEM.LDH 79.938 MRES.LOH 0.374 NPHI.CN~ 42.2~5 TNPH.CNH 43.197 TNRA.CNH 3.565 RCNT.CNH 1825.31Z RCFT.CNH ,467.Z02 CNTC.CNH 1738.360 GR.CNH 95.938 CALI.CNH 9.914 TENS.CNH 2350.000 MTEM.CNH 79.938 HTEN.CNH 1560.000 NVR.EPH 3.770 GR.~PH 95.938 SA.EPH 0.803 CALI.EPH 9..914 M'TEM,.!EPH 79.9'3~ MRES.EPH 0.374 HTEN.EPH 1560.000 DRHO.LDit LS.LDH SS1.LDH S1RH.LDH GR.LDH HTEN.LDH NPgR.CNH CFTC.CNH MRES.CNH FVR.EPH TENS.EPH DRH:O.LDH LS.LDH SS1.LDH S1RH.LDH GR.LD~ HTEN.LDH NPOR.CNH CFTC.CNH MRES.CNH FVR.'EPH T~NS.~PH DRHS.LDH LS.LDH SS1.LDH S1RH.LDH GR.LDH HTEN.LDH NPDR.CNH CFTC.CNH MRES.CNH FV~.~PH TENS.~PH O.OZ3 438.500 2]0.250 2.084 94.063 -25~.625 40.744 585.313 0.379 0.643 1095.000 -O.OOl 343.250 210.625 Z.299 94.06~ 1585.000 ~3.493 453.489 0.379 0.639 24~4.000 -0. 015 311.750 199.500 Z .410 ~5. 938 1550. 000 43.714 4~4 0.374 0.64~ 2:350. OO0 IS TAPE V~RIFICATION LISTING CHLUMSERGER ALASK.~ COMPUTING CENTER UEPT, 4OgO, 000 OPHI, LOH PEF,LDH ~,OB4 QLS,LDH LU.LDH 378.000 LL.LOH S$Z. LDH 31 !. 750 LSHV.LOH LSRH. LUH Z . 197 LU RH . L 9H 1' ENS.LDH 2400. 000 MT EM. LDH NPHI. CNH .46.7 01 TN PH. CNH RCNT, CNH 1681 . 809 RCFT, CNH GR. CNH 88. 063 C~LI . CNH MT EM. CNH 79.6 $,S HT EN. CNH GR.EPH 8~. 0.63 SA.EPH MT EM. EPH 79.6 88 MR ES. EPH DEPT, 3900,000 OPHI,LDH PEF,LUH 2,422 ~LS,LOH LU.LDH 375.250 LL.LDH SSZ.LDH 321.000 LSHV.LDH LSRH.LDH 2.199 LURH.LDH IENS.LUH 2300.000 ~TEM.LOH NPHI.CNH 54.082 TNPH.CNH RCNi,CNH Z000.086 RCFT,CNH GRoCNH 74.313 CALI.CNH MTEM.CNH TB.313 HTEN.CNH GR.EPH 74.313 SA.EPH NTEMoEPH ~8o~I~ MR~S.EPH DEPT. 3BO0.OOU DPHI.LDH PEF.LDH Z.517 QLS.LDH LU. LDH 397.500 LL.LDH $SZ.LDH 313.750 LSHV.LDH LSRH.LDH 2.166 LURH.LDH I'ENS.LDH 12204,000 MTEM,LgH NPHI.CNH 42.106 TNPH.CNH RCN~.CNH 1~55.~1'1 RCFT.CNH GR.CNH 50.938 CALI.CNH MTEM.CNH 76.565 HTEN.CNH GR.EPH 50.938 S6.EPH MTEM.~PH 16.563 MR~S.EPH D~PT, 3700.000 OPHI.LOH PEP.LDH 2.94~ QLS,LDH LU.LDH 3T6.250 LL,LDH SSZ.LDH 328.750 LSHV,LDH LSRH.LUH 2.1~3 LURH.LDH TENS.LDH .2160.000 MTEM..LOH NPHI.CNH 46.020 'TNPH.CNH RCNT.CN~ 11665.126 RC~T.CNH GR.CNH 68.063 CALIoCNH MTEM.CNH 75.31~ HTEN.CNH GR.EPH 68.063 SA.EPH MTEM.~PH 15,31.3 MRESoEPH lO-MAY-1989 19:03 Z7.~OZ ~HOB,LDH -O,O1Z qSS,LDH Z!B.1Z5 LITH,LOH 1141.000 SSHV.LgH 2.203 CALI.LDH 79.688 MRES.LOH 42.456 TNRA.CNH 463.593 CNTC.CNH 9.914 TENS.CNH 1632.000 NVR.EPH 0.803 CALI.E~H 0.379 HTEN.EPH 27.646 RHOB.LDH 0.008 QSS.LDH 222.500 LITH.LDH 1142.000 SSHV.LDH Z.ZO9 C~LI.LDH 78.31/3 MRES.LDH 35.770 TNRA.CNH 620.542 CNTC.CNH 9.961 TENS.CNH 1565.000 NVR.EPH 0.803 CALI.EPH 0.388 HTEN.EPH 30.133 RHOB.LDH -0.001 QSS.LOH 234.500 LITH.LDH 114'1.000 SSHV.LDH 2.176 CALI.LDH 76.563 MRES.LOH 40.71.8 TNR~.CNH 464.490 CNTC.CNH 9.914 TENS.CNH 1510.000 NVR.EPH 0.689 C~LI.EPH 0.40I HTEN.EPH 26.895 RHOB.LDH O.OlZ QSS.LOH 224.500 LITH.LOH 1140.000 $SHV.LUH 2.207 CALI.LDH 75.313 MRES.LOH 41.787 'TNRA.CNH 511.167 CNTC.CNH 10.172 TENS.CNH 1515.000 NVR,EPH 0.~96 CALI.EPH 0.411 HTEN.EPH Z.198 0.027 109.313 1204.000 9.914 0.379 3.807 1648.B45 2400.000 3.-771 9.914 1632.000 2.194 -0.007 131.000 1204.000 9.961 0.388 3.121 1 87 7.022 2300.000 3.775 9.96i 1565.000 Z. 153 O.004 128.375 1204.000 9.91,4 0.401 3.556 174 8.42 2204.000 3.779 9.914 1510.000 2.206 0.0!3 123.500 1203.000 10.172 0.411 3.790 1592.8'78 2160.000 :3. 777 10. 172 151,6. 000 DRHO.LDH LS.LDH SS1.LOH S1RH.LDH GR.LDH H'TEN.LDH NPOR.CNH CFTC.CNH MRES.CNH FVR.EPH TENS.EPH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH GR.LDH HTEN.LDH NPOR.CNH CFTC.CNH MRES.CNM FV~.~PH TENS.EPH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH GR.LDH HTEN.LDH NPO~.CNH CFTC.CNH MRES.CNH ~V~.EPH TENS.EPH DRHD.LDH LS.LOH SS1.LDH S1RH.LDH GR.LDH H'TEN.LDH NPO~.CNH CFTC.CNH MRES.CNH FVR.EPH TENS.EPH PAGE: 37 -0.001 407.250 Z16.Z50 2.199 1652.000 44.315 465.430 0.379 0.647 2400.000 -0.007 *10.250 21Z.6Z5 2.2.27 14.313 1565.000 35.689 600.170 0.388 0.643 2300.000 -0.015 433.Z50 Z09,750 2o2Z5 1510. 000 40.Z31 508.953 0.401 0.646 ZZ04.000 0.011 41Z.750 Z23.875 2.148 68.065 1516.000 44.737 4~2,050 0.4:11 0.644 2160.000 'TAPE VERIFIC~'TiON LISTING CHLUMSERG~ZR ALASK~ COMPUTING CENTER DEP1. ~O0.OgO DPHI.LOH PEF.LDH 2.463 QLS.LOH LU.LDH 400.750 LL.LOH SSZ.LDH 317.750 LSHV.LOH LSRH.LDH 2.164 LURH.LDH IENS.LUH 2154.000 ~TEM.LOH NPHI.CNH 36.319 TNPH.CNH RCNT.CNH 2094o816 RC~T-CNH GR.CNH 57.781 CALZ.CNH MTEM.CNH '~3o938 HTEN.CNH GR.EPH 57.781 S~.EPH MTEM.EPH 73.938 MRE$.EPH DEPT. 3500.000 DPHI.LDH PEF.LUH Z.6~3 GLS.LOH LU.LDH 401.750 LL.LDH SSZ.LDH 333.?50 LSHV.LOH LSRH.LDH Z.17Z LURHoLOH IENS.LDH 216~.000 MTEM.LOH NPHI.CNH 4Z.299 TNPH.CNH RCN'T.CNH 16~.627 RCFT.CNH GR.~NH ?~.125 CALI.CNH MTEM.CNH '?Z.938 HT:EN.CNH GR.EPH 74.125 S~.EPH MTEM.EPH ~2.93B MRES.E~H DEPI. 3~00.000 DPHI.LDH PEF.LDH Z.771 QLS.LOH LU.LDH 388.750 LL.LDH SSZ.LOH 3~0o750 LSHV.LOH LSRH.LDH Z.18Z LURH.LDH '1ENS.LOH Z194.000 ~TEM.LDH NPHI.CNH 45.'743 TNPH.CNH RCNT.CNH 1338.984 RCFT.CNH GR.CNH 5~.719 C~LI.CNH MTEMoCNH '7Z.~13 HTEN.CNH GR.EPH 54.719 SA.E~H MTEM.EPH 72.313 MRES.EPH DEPT. 3305.700 gPHI.LDH PEF-LDH Z.766 QLS.LOH 'LU.LDH 440.000 LL.LOH SSZ.LDH 331.Z50 LSHV-L~H LSRH.LDH Z.133 LURH.LOH T:NS LDH 2104 000 MT:M LOH NP~.CNH 40.~09 'TN~H.CNH RCNi.CNH t9~5.562 RCFT.CNH GR.CNH 46.156 C~LI.CNH MTEM.CNH 71.813 HTEN.CNH GR.EPH ~6.156 SA.EPH ~TEM.~PH '11.813 MRES-E°H 'lO-MAY-1989 19:03 30.055 RHOB.LOH 0.006 QSS.LDH Z38.875 LITH.LDH 11~9.000 SSHV.LDH Z.17D CALI.LDH 73.938 MRES.LOH 40.905 TN~.CNH 560.694 CNTC.CNH 10.Zll TENS.CNH 1521.000 NVR.EPH 0.920 CALI.EPH 0.423 HTEN.EPH 28. 127 RHOB.LDH -0.027 QSS.LDH 228. 375 LITH.LDH 1139.000 SSHV.LDH 2.168 CALI.LDH 72.938 MR~S..LOH 39.~04 TN~A.CNH ,423.779 CNTC.CNH 1,3.703 TENS.CNH 1539.000 NVR.E~H 1.075 CALI.EPH 0.,~31 HTEN.EPH 27.68~ RHOB.LDH -0.008 QSS.LgH Z26.625 LITH.LOH ll3~.OOD SSHV.LDH Z.IBB C~LI.LDH 72.313 MRES.LgH 45.06'0 TNRA'CNH 327.163 CNTC.CNH 1~.719 TENS.CNH 157~.000 NVR.EPH 1.037 CALI.EPH 0.435 HTEN.EPH 30.860 RHgB.LDH -0.059 QSS.LOH Z41.125 LITH.LDH 1138.900 SSHV.LDH Z.11T CALI.LDH 71.813 MRES.LOH 39.478 'TNRA.CNH 4,61.808 CN'TC.CNH 1~.969 TENS.CNH 1515.000 NVR.EPH 0.455 CALI.EPH 0.439 HT~N.EPH 2.154 0.006 147.875 1203.000 lO.Zll 0.423 3.264 1~89.497 2164.000 3.789 10.211 1521.000 2.176 -0.006 126.625 1203.000 13.703 0.431 3.709 1711.195 2164.000 3.783 13.703 1539.000 2.193 0.012 119.875 1203.000 1 3. 719 0.435 3.898 135;2.216 2,194.000 3.785 13.719 1574.000 Z.141 0.017 142.125 1203. OOO I3.969 0.439 3. :640 178 3. 373 2104.000 3. T85 13.969 1515.000 DRHD.LDH LS.LDH SS1.LDH S1RH.LDH gR.LDH HTEN.LDH NPOR.CNH CFTC.CNH MRES.CNH FVR.EPH TENS.EPH DRHO.LDH LS.LDH SSl.LDH S1RH.LDH GR.LDH HTEN.LDH NPDR.CNH CFTC.CNH MRES.CNH FVR.EPH TENS.EPH D~HO.LDH LS.LDH SS1.LDH S1RH.LDH GR.LDH HTEN.LDH NPOR.CNM CFTC.CNH MRES.CNH FVR.EPH T~ENS.EPH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH GR.LDH H~TEN.LDH NPOR.CNH CFTC.CNM MRES.CNH FVR.EPH TENS.EPH PAGE: 38 -0.010 ZlZ.6Z5 2.203 57.781 15Zl .000 39.310 5~6.253 0.423 0.647 Z164. OOO 0.004 429.250 ZZ0.375 Z.156 74.125 1539.000 40.760 490.043 0.431 0.643 Zl~4.OOO 0.011 421.000 ZZ~.375 Z.137 54.719 1574.000 ~6.370 3~6.777 0.435 0.642 Z194.000 0.006 461.000 ZZq.lZ5 2.107 46.156 1515.000 38.434 507.762 0.4~9 0.637 2104.000 TAPE VERIFICATION LISTING CHLUMi~kRG~R ~,LASK~ COMPUTING CENTER *~ FILE TRAILER ~m~ PILE NAME : EDIT .003 SERVICE : ~LIC VERSION : OU1AOZ DATE : 89/05It0 MAX RFC SIZE : 1096 FILE FYPE : LO L~ST FILE : 1 O-MAY-1989 19:03 PAGE: ~9 *-~-~-~-~"~*" PILE HE~D:R_ FILE NAME : EDIT .004 SERVICE VERSION : OOlAO2 MAX RFC SIZE : 1096 FILE 'TYPE : LAST FILE : FILE- ~DIT.O04 ARCO ~L~SKA, INC. KUPARUK WS1-01 (WEST SAK) 5g-OZ~-Z1925 DATA SAMPLED EVERY -.0333 FEET OATA INCLUDED- TOUt EXTENSION TOOL TYPE USED N~ME R~.MAGN~TIC PRO EPT-O/G .EPH ELECT POGATION .. 'TABLE TYPE: CONS TUN I VALU DEFI CN WN APIN ARCO ALaSKa, INC. KUPARUK WSI-O1 (WEST :SAR) 5'0-029-21925 COMPANY NAME FIELD NAME WELL NAME API SERIAL NUMBER IS TAPk YERIFIC,~IIgN LISliNG UHLUMSERGER ~LASK~ COMP~JTING CENTER lO,-MAY-1989 19:03 PAGE: 40 TUNI V~LU DEE I FL ~ECT TOWN RANG COUN 5 NATI ENGI WlTN SON PDAT EPD LMF APO EKB EOF FT FT FT PT FT 296' FNL ~ ZOB6' liN NORTH SLOPE USA W~RNER/FRITZKE LgWENXDIXON 5~8399 MSt O. 111.? 111.? 110.7 68.B ~+ 250. -- FWL FIELD LOCATION SECTION TOWNSHIP RANGE COUNTY STATE OR PROVINCE NATION ENGINEER'S N~ME WITNESS'S NA~E SERVICE ORDER NUMBER PERMANENT DATUM LOG ME&SURED FROM T~BLE TYPE : CURV D E F I DEP'T OEPlfl CH,I~NNEL NAME E ,~,T'T EPT ~TTENUATION TPL TIME OD PRUP:~G~TION 'IN LOSSY PVD FAR VOLTAGE DOWN PVU ~AR VOLT~,GE UP NVD NEAR VOLT~GE DOWN NVU NEaR VOET~GE UP ~SUP PHASE SMIET UP PSDD PH~,SE SHIFT ~OWN MINV MICR~-INVERSE RESISlIVITY MNOR MICRO-NORMAL R~SISTIVITY ~:OR MATION ~-~"-~- UATA ~:ORMAT SPEC IPICAT ION. RECORD '~'~.~,- .~-.-,- SET 'TYPE - 6~.E!5 " .... REPR CODE 66 '73 VALUE 0 0 TAPb YERIFIC,~TIgN LISTING UHLUMBtRGER ~LASF,~ CgMPUTING CENTER lO-MAY-1959 19'03 41 TYP= REPR CODE VALUE 7 65 8 68 0.033 9 55 FT 11 66 Z4 1Z 68 13 66 0 14 65 PT 15 66 68 16 66 '1 0 66 I ~'~- $~'T TYP~ - CHiN NAM~ SERV UNIT SERVICE API API ~PI ~PI PILE NUMB NUMB SIZE REPR IU ~RDER ~ LOG TYPE CLASS ~00 NUMB S~MP ~LEM CODE PROCESS (HEX) DEPT FT 548399 O0 000 00 0 4 1 1 4 68 EATT ~PM OB/M 545399 09 130 O1 0 4 1 I ,~ 68 ~PL EPH NS/M 54B399 09 132 !9 0 4 1 1 4 68 MVD EPH V 548399 09 430 11 0 4 1 1 4 68 PVU EPH V 548399 09 430 11 0 4 1 1 4 68 NVD ~PM V 54B399 09 g30 10 0 4 1 1 4 6~ NVU EPM ¥ 5483~ 09 430 10 0 4 1 1 4 68 PSUP EPM DEG 548399 09 430 ~0 0 4 I 1 4 68 PSDU tPM DEG 548399 09 430 11 0 4 1 1 4 68 MINV EP~ DMMM 548399 09 gSO O1 0 4 I 1 4 68 MNUR ~PH UHMN 548399 09 252 O1 0 4 I 1 4 618 0000000000 gO00000000 0000000000 0000000000 0000000000 0000000000 OOOO000000 0000000000 O00000OO00 OOOO00OO00 O000OO0000 DEPT. 4245.757 EATT.EPH 393.000 TPL.EPH FVU.EPH 0.797 NVD.EPH Z.182 NVU. EPH PSDO.EPH 216.375 MINVoEPH 4.313 MNOR.EPH DEPT. ,4200.000 EA'TT.EPH 391.500 TPL.EPH PVU.~PH 0.602 NVD.EPH Z.Z2I NVU.EPH PSDU.~PH Zl~.EOg MINV.EPH 5.58Z MNOR.EPH DEPT. 4100.000 E~TT.EPH 4.31.750 TPL.EPH FVU.EPH 0.640 NVD.~PH 2.359 NVU.EPH PSDU.~PH 240.875 MINV.EPH 1.945 MNOR.EPH DEPT. ~000.000 ~ATT.EPH ~63. Z50 TPL.EPH FVU.EPH 0.604 NVD.EPH 2.479 NVU. EPH PSDO.EPH Z48.125 MINVoEPH 2.865 MNOR.E~H 13.156 2.516 4.313 13.148 Z. 24:6 3.629 14.67Z .498 445 1 5. 109 2.639 2.635 FVD.EPH PSUP. iEPH FVD.EPH PSUP.EPH ~V :O. E P H P SUP. :EPH FVD.EPH PSUP.=PH~ O .630 ZU 1. 375 O.60Z 2:02.875 0.619 ZZ4.875 0.652 Z31.500 [S TAPk VERIPIC~TIUN LISTING ;HLUMBERGER ,~L~SK~ COMPUTING CENTER lO-M~Y-19'39 19:03 42 DEPT. 3900.000 E~TT.EPH FVU.~PH 0.734 NVD.EDH PSDU.EPH 221,375 MINV.EPH DEPT. 3BOO.DO0 EATT.EPH FVU.EPH 0,788 NVD.EOH PSDU.EPH 210.375 MINVoEPH DEPT. 3100.000 EATT.~DH FVU.EPH 0.609 NVD.EPH PSDO.EPH 204,125 MINV.EPH DEPT. 3600.000 EATT,EPH FVU.EPH 0,878 NVD.EPH PSDO.EPH 1~0.375 MINV.EPH DEPT. 3500.000 E~TT.EPH PVU.EPH 0.649 NVD.EPH PSDU.~PH 280,750 M~NV.EPH DEPT. 3~00.000 EATT.EPH FVU.EPH 0.667 NVD,.EPH PSDO.EPH 226.500 MINV.EPH DEP'I. 5305.700 EATT.E~H FVU.EPH 0,651 NVD.EPH PSDO.~PH 216,500 MINV. EPH ENO OF OATA ~* 356.500 TPL.E~H Z.043 NVU.EPH 5.145 MNOR.EPH 3~6.750 TPL. EPH 2,295 NVU. EPH 4.152 MNORoEPH 346,250 TPL.EPH 1.492 NVU.EPH 0.673 MNOR.EPH 292°250 TPL.EPH 2.199 NVU. EPH 5.559 MNOR.EPH 326.000 TPL.EPH 1,960 NVU.EPH 1.427 MNOR.EPH 395.750 TPL. EPH 2.160 NVU. E PH 2.855 MNOR.EPH 377.750 TPL.EPH Z.i66 NVUoEPH 2.645 MNOR,EPH 13..344 mVD.EPH 2.215 PSUP.~PH 5.215 12.992 FVD.EPH 2.240 PSUP.EPH 4.230 15.594 FVD.EPH 2.680 PSUP.EPH 1.))54 11.359 FVD.EPH Z.066 PSUP.EPH 7.039 lT. 016 FVO. EPH 2.045 PSUP.EPH 2. 175 15.336 FVO.EPH 2,443 PSUP.EPH 2-$33 13.977 FVD.EPH 2.227 PSUP.EPH 1.81:3 0,545 202.375 0.851 202.125 0.658 Z~O.?50 0.940 180. 375 O.623 258.750 0.619 Z60.ZSO 0.570 2Z7.IZ5 PILE NAME : EDIT .004 SERVI~E : FLIC VERSIUN : O01AO2 DAT~ : $9/05/10 MAX RfC SLZE : 1096 LAST FILE * ~-~.-~ TAPE TRRILER SERVICE NAME : ~DIT DAlE : ~9/05/I0 ORIGIN : FLIC TAP~ NAME : 73320 CONIlNUATIDN ~ : 1 PREVIOUS TAPE : COMMENT : ~RCO ALASKA~ INC. , KUPARUK, WSI-01 (,WEST 50-029-21925 ES T~.PE VERIFIC.~'~IUN LISIING ~'~HLUMB~RGER AL~S~ CO?'~PUIING CENTER 10-M~Y-1989 19:03 ~3 · - ~--~ REEL TR,~ILER ~¢~ SERVICE NA~E : EDIT DAlk : Sg/UE/IO URIGIN : FLIC REEL N~ME : 73320 CUN'[INU~TION ~ : PREVIOUS REEL : COMMENT : ~RCU ~LASK~ INC., KUP~RUK, WSI-01 (WEST SAK), 50-029-21925 ., AbRSKA COMPUTING CENTER WELL NAME F~EbD NAMe; I KUPARUK BOROUGH : NORTH &LOPE STRTE I ALASKA AP! NUMBER I 50-029-2~925 REFERENCE NO : 73321 LIS Tape Verificatfon [,lstln~ Schlumberger Alaska Computing Center 15-MA¥-1989 20~58 **** REEL HEADER **** SERVICE NA~E : Gg05I$ [)ATE : 89/05/15 ORIGIN : FLIC REEl NA~E : 73321 CONTINUATION # : 01 P~EVIOUS REEL : CO~EMT : P$1E~T,A~CO KUP~UK W81'01,50-029-2192S **** TAPE HEADER **** SERVICE NAM~ : GEOLIS DATE : 89/05/15 TAPE NAME : 73321 CONTINUATION # : O1 PREVIOUS TAPE CO~MENT : 73321 1'** FILE HEADER **** .FILE NAME : SMDT .001 SERVICE : GEOLI$ VERSION : OOZE04 DATE : 89 05/15 PAGE: SPC~i~TOO~.OO!,INCO04,001 F~T ,00. ********************************************************************************** ** ,, *********************************************************************************** ********************************************************************************* COMPANY NAME: ARCO AbAK~A, WELL: W8!-0t (WEST 8AK~ F'IELD: KUPARUK BOROUGH: NORTH SLOPE STATE: ALASKA API NUMBER: 50-029-2~925 LOCATION: 296' FNL' & 2086' FWb SECTION: 23 TOWNSHIP: RANGE { IOE TaPe Verification Listing chlumberger ~lasKa Computing Center 15-MAY-198g 20:58 PERMANENT DATUM: MSL ~LEVATION: 0 0 LOG ~EAS[,IRED FROM RKB 111,7 ABOVE PERN~NENT DATUM ~LEVATIONS KB: 111,7' DF: ilO,7' GL: 68,8' DATE LOGGED: 04-MAY-89 RUN NUMBER: ONE TD DRI[~£,ER: 4250' C~SING : 13 3/8" ~ DRILLER DEPTH OF 2699' AND LOGGER DEPTH 8]'T SIZE 1: 9 7/8" ~ 4250' TYPE Fbi]ID IN HOLE: 2% NAC5 BLAND DENSITY: 8,9 VISCOSITY: ~8 PH: 8,0 f'LUID LOSS: 3,8 C3 MUD RESISTIVITY: ,58 9 66 DEGREES F FILTRATE RESISTIVITY: ,41 ~ 66 DEGREES F ~UD CAKE RESISTIVITY: ,59 TI~E CIRCULATION ENDED: 11:30 03-MAY-89 TI~E LOGGER ON BOTTOM~ 05~36 04-~AY-89 MAXIMUM TE~P RECORDED~ 85 LOGGING DISTRICT: L_OGGING ENGINEER~ WITNESS: TOOL NI~B.F...,RS: TC~,,AB ~07 SGC'-SA 5O ~EAC~,A 732 ~EAH~A, 72g 4615 D, WARNER/A, F IT'Z A, LOWEN/C, 'DIXON TCC-B ~20 AMS-AA 870 GPI-C 720 COMPUTING CENTER CO~ENTS; :~,~b'E SHDT,O01 CONTAI S FAS? AND ShOW CH NNEb DATA OF f, IEI~D BbUE[~INE ')FI.~ SHDT,O02 CONTAINS GAM~A RAY DATA OF FIELD BLUEbINE FILE 4 HOT,O03 CONTAIN~S FAST AND S[~OW CM'~NN~L DATA S[{DT'O04 CgNTAINS,GA~A RAY DATA O~ FIELD BLUELiNE ~FILE 5 AhL DATA I'$ SPEED CORRECTED AND INC~,INO~ETRY DATA IS CORRECTED FOR DEGREES ~AGNETIC DECLINATION, ' DaTE JOB STARTED~ JOB REFERENCE LDP/ANA: R, KRUWELL FILE 5 [,,IS Tame Verification Listing Schlumberger AlasKa Computing Center 15-MAY-1989 20:58 TABI,.E TYPE : CONS TUN I C~ FL STAT COUN SECT TOWN CTRY VALU ARCO AbAKSA~ INC WSi-O1 (WEST SAK~ KUPARUK 296' FNL & 2086' FWL ALASKA NORTH SLOPE 50-029-21925 USA N COMPANY NAME WEbb NAME ~IEbD NAMf FIEDD LOCAtiON' STATE OR PROV~NCE COUNTY API SERIAL NUMBER NATION SECTION TOWNSHIP RANGE COUNTRY TABLE TYPE : CONS TUNI VAbU DEF! M.T § LOWEN & C, DIXON DATEWIT~ESB'$' MONtHNAME DA' 04 DATE" RUN ONE RUN NUMB~R~ERSMZ REP 73321 LOG PARA TO R~CORDED · TABLE TYPE : CONS TUNI VAIL, Ii DEFI . pDAT MS[, PERMANENT DA'I UM EPD FT 0 ELEVATION OF PER~. DATUM APO FT 1{i,7 ABOVE PERMANENT DATUM RKB bOG MEASURED FROM 6MF 7 Et, EV'AT,ON OF ~EI, LY~BUSHING EK8 ?l' 11~17 ESEVATION OF DERR~~CKf~ OR EOF FT EGL ?T 68,8 ELEVATION OF GROU D bEV b TABLE TYPE : CONS TUNI VALU DEFI MOEC DEG 31. MAGNETIC DEC~I ~ ON ~,A~T ~HANNE~ DEPTH FCDO ~{ STAND OFF OF ~ E TOOL S~RING SOFF IN /- LIS Tape Verlflcation Listing Schlumberger AlasKa Computing Center 15-MAY-1989 20:58 T~BY,~E TYPE : CURV DEFI DB3A DXP BU?TO~ 3A FNOR ~AGNET'IC FIEbD NORM 'FINC MAGNETIC FIELD INCbINATION DEV! DEVIATION EV E~EX VObTAGE E! E~E× CURRENT C! CAbIPER ! - 3 C2 CAhIPgR 2 - 4 PAGE; ',.* DATA F~RMAT SPECIFICATION RECORD ** ** SET TYPE - 64BO ** TYPE REPR CODE VALUE I 66 0 2 66 0 3 79 692 4 66 5 66 6 7,3 7 65 8 73 16 65 lin 16 66 0 66 O. LIS Tare Verification Listing Schlumberger AlasKa Computing Center 15,~Y-~.989 20~58 *~ SET TYPE - CHAN NAME SERV UNIT SERVICE API API AP1 APl FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # bOG TYPE CLASS MOD NUMB BAMP ESEM CODE (HEX) DBX SHSC O0 610 01 0 1 16 1 64 68 0100000000 u~ s.sc oo ~lo o~ o ~ 16 ~ 64 ~ oioooooooo us~ s.sc oo ~lo i~ o ~ l~ ~ ~ ~ o~oooooooo s~ s.sc oo slo ~o o 1 l~ ~ ~ ~ o~oooooooo D.~ s.$C OO ~o o~ o ~ l~ ~ 6~ ~ o~oooooooo u~ s.sc oo ~lo i~ o i ~6 i 6~ 6~ oloooooooo p~4 s.sc oo ~lo 04 o ~ 16 1 6~ 68 o~oooooooo DB4ASHSC O0 610 14 0 ! 16 1 64 68 OiO0000000 .~v s.scv ol ooo oo o 1 ~ 1 4 ~, oloooooooo SUErS.SC~O oo ooo oo o I 1 1 4 68 o~oooooooo HAZXSHSCDEG 76 630 0! 0 t 1 ! 4 68 OiO0000000 SHSC DEG 76 631 O1 0 I 1 1 4 68 0100000000 ~"~ SHsC~ ~ ~ O~ 0 ~ ~ ~ ~ ~ o~oooooooo ~.o~ s.sc oo ooo oo o ~ ~ 1 ~ 68 oloooooooo ooooo oo o ,, o ooooo°°° 100000 ' 000 DEVI SHSC DsGE 76 620 O1 0 1 I 1 4 68 0t00000000 000000 CT SHSC IN 70 280 24 0 1 ! I 4 68 0100000000 DATA ** DEPTH =, 4210,000 FEET 0,000 O. 000 0,000 0.000 0,000 0.000 o,ooo o.ooo o,9oo o.ooo o.ooo o.0oo 0,000 0.000 0;0. O0 0,000 DBI,SH$C DBIA,SNSC 0,000 0,000 0,000 5,820 5,838 5,908 5,963 6~068 6,~3{ 6,319 6,624 6~.765 7;055 7,. 4 DB2,$~SC O, 000 0,000 .0i, 000 6,948 7., 015 7,J21 7,159 ,211 78 352 7,431 7,823 7,952 8,288 ~ 627 PAGE: LI~S Tape Yerification Listi. n~ Schlumberger Alaska Computing Center DB2A,$HSC 0,000 0 000 0,000 7.202 7,426 7~468 7,543 7.720 7,283 7.807 S82.SMSC 0,000 0.000 0 000 0.000 0.000 I 0.000 0'000 O:000 0'000 0'000 0,000 0.000 0,000 0,000 i DB],SHSC 0,000 0 000 0,~00 5,078 4.908 4:870 4,~10 4.754 .~.527 4; 480 4,359 4,]82 "V P~A:Z'SH$C D~VI ,SHSC C ~ '$~$C 0'~00 5,000 5, 46 5,478 6,751 7.108 DB]A,SHSC 0,000 0 000 6,132 6 9 000 0,000 0,900 4,097 242 44 604 5,062 5,141 DB4A,S,SC 0,000 5,876 6,90! 0,534 0,596 9,544 ~ DEPTH'= 0 000 52924 7,080 DEV,.$HSC ~NOR,SH$~ EV,$~SC 0,000 5'625 6,010 6,~84 7,596 8, 97 0,596 1,,53~ .FNOR 4~00,000 FEET SBI,SH$C 0,000 0.000 0'000 0,000 o, ooo o' oo o,o. 99 o.ooo 0,000 O,uO0 O,uuu 0'000 4 469 5 6 ~2,3 39 5, 6,476 5 7 7 5 4 5O 013 ..2 DB1A,SHSC 4,317 4,077 4,908 5 .~60 4,472 4:~ 1~ . ;090 4. 34 3, 66 , 91 5 011 4:709 5,067 5,563 ~, 42 5.,715 6,285 0,000 0,'000 5,234 6,944 650 4,4806 3, 16 7,380 8,00i 0,000 0,000 4.94] 4.638 5 7 6, 39 ,SHSC Si 6 80 9 ,o00 00.0o0 900 LIS T~e vert~icmtlon Listi~O SchlUmLeroerb ~las~ Computi. n~ Cemter 3,156 3,061 DB2A,SHSC 10,962 z~,226 10,465 ,587 ,144 0,000 0,000 0.00o 0 000 0~000 0,000 DB3.SHSC 6,182 5,630 5.056 6,329 4,846 4,892 DB3A,SHSC 5,966 5,478 4,929 5,452 5,370 4'963 DB4.$HSC 6,485 6 40 5,990 3.082 7,428 DB4A,$HSC 3. 398 2,503 6,819 4 ? 6 'REV ,SHSC : ,~ 1,'$~SC C2'$HSC 0 785 1,8'7 9 2 o 10 1'48 SDEV,$HSC EV,$HSC DEPTH =. 4100.000 FEET 0,000 0,000 0,000 0,000 0,000 0,000 DBI,SHSC 69 5 534 5:: ' 3 5 435 DB1A,,$HSC 9,826 ~,616 5,~73 , 6, 28 !5-MAY-1989 3,021 9,969 5,507 4,065 0,000 O0 0'800 O. b,~59 4,. 55 4,718 5.263 5 5,496 4 2,~77 0, ~72 'o.: 0,000 8:°°°ooo 5,485 6. 042 5,,531 5 842 5 824 20:58 3,451 8,362 5,232 4.011 0.000 .. 0.000 0.000 6,569 4,~64 4, 42 5.438 5,795 5,172 4,950 3,054 8,780 875 :32.0 860 HAZI',SHMC FNOR,SMSC Ei,SH$C 0,000 0 O0 o:,§°° :5; 68 6 7,605 5'846 5;597 6,585 4,956 0,000 0,000 6.680 5.024 5.613 5,659 395 094 2.790 2'380 2 i~ · 366 0,000 0,000 796 858 6,699 5,905 PAGE: 5 291 4:322 0,000 0,000 5, ! 5 692 5~203 .564 RB,$H~C FINC C I .: SH'8C · 1:0 ;197 0,000 0,000 5"/60 5.545 6..259 6; ~ 72 Tape Verification blstlng $¢.hlOmberger AlasKa Computing Center 15-~AY-1989 DB2.$H$C 5,746 5.760 5.~19 - 5.169 5.150 5..0] 6.569 7.989 8.605 DB2A.$H$C 5.914 5 697 5.648 5!335 6.466 7080 0.000 0.000 0,000 SB2,SHSC 0,000 0,000 0,000 DB3.SHSC 5,192 5.322 5.412 5.658 5.230 5.273 5'!12 5. 53, 7. 27 0,000 0,000 0,000 5,~59 5, 29 5,.264 DB3A. SHSC 5,232 4.924 4,855 5,716 6,660 7,~8 4,858 4.9{0 4, 3 DB4,$~$¢ 6, ~]'74 65.47 6!689 499{ 4.507 5,591 5.706 0,517 209,689 0,511 !0.304 4.74I ,950 ,730 SDEV.SN$C GNOR,$M$C EV.SHSC DEPTH = 4000.000 FEET 0,000 O, 0 ~ Er, SHSC PiAZ,sHSC Df:~''sHsC 8BI.,SH$C 0,000 0,000 0.000 DB3,,$HSC 4,453 4,414 4,646 DB1A.,.$"SC 4:~464 22 5,~89 4, 28 4,782 4,381 4.434 42626 6,648 6,834 5 '86 4'6~9 5. 0,51'1 1',~05 O. 17 0.000 0,000 0; 0oo 9,798 4,621 4.918 4"~57 4'725 4, 20:5.8 5:645 5 866 5:432 7.190 0,000 0,000 0,000 5,364 5,985 5,366 4 835 6:934 4,838 6 2 5 485 5,98O 4,800 5;713 HAZI.,§H$C FNOR,SN$C 0,000 0,000 0,000 053 4,416 5,498 5,282 5,969 5.601 0000 0:000 5,296 5.902 4,962 5.971 66,~88 ' 69 6, 97 5,~48 0'590 ,375 0,000 0,000 4,398 4. 592 4.461 4.444 5:5 5.867 5.914 0000 0:000 5, 0 ,079 6~.497 RB.$HSC FINC, H. 357 8O ~0 0.o 0 0.0§6 4,319 4,593 4 249 LIS Tape Verification Listing $ch!u~berger AlasKa Computing Center 20:58 DB2,$HSC 4,381 4,450 4,492 4,508 4,227 4.214 4.376 4.482 4.561 4,559 4.564 4,587 DB2A,SNSC 4,487 4,455 4,393 4 320 4:~,4 4.406 4,492 4i522 4 77 4,499 4'537 4 600 SB2,S~{$C 0,000 0 000 0,~00 0,000 0,000 0~000 O, O0 0,000 0,000 0.000 0,000 0,000 DB3,SHSC 4,568 4 735 4,732 4.6'94 4,709 4:668 4,603 4,595 4,810 4,901 5~008 5,135 DB3A,S.~$C 4,8! 7 4,766 4,563 4.5.]6 4,926 5'052 DB4,$~4SC 4.,272 4,568 .4,707 DB4A,SH$C 4,189 4,4a5 4,705 i E_V, S~{SC P ,~AZ, SSSC' DEVI, 8H$~ DEPTH 0,000 0,000 0,000 5,:157 4,511 5, i80 4.291 4,589 4.84.4 SD.EV, SHSC GNOR,$~SC EV,$~$C 3900.000 FEET .000 ,000 0., 000 411 5.~ ? 3,673 5,959 DB Ia 4,~37 4.590 4, 06 4,504 5,106 5,071 4 369 4,4 4'468 4,4 7 4, 4,898 5, 0,745 HAZI,SHSC 1,~05 FNOR,SH'SC 06 EI'SNSC 4,355 4,534 4 276 4:506 0,000 0,000 641 4,576 4,502 4,508 4,462 O, 0~739 4,240 4.578 4,262 4,490 0 000 0:000 4,673 4,69] 4.569 4.,7.1'5 4,$47 4,517 4 Ci*S~SC 0.,~ 0,000 0,000 0,~00 0'000 0,000 O, O0 2ooo o,ooo 3,687 3'964 4,432 4,761 5,520 5,417 5;256 4,854 4,007 4,185 3,~6 3,748 3,925 4,~44 6, 3 6,598 6,475 6,426 LIS Tape Verification bistinq Schlumberger AlasKa Computin~ Center 15-MAY-1989 20:58 6,365 6,265 6.139 5.9'79 DR2.SHSC 4,876 5.107 5 g83 4.965 " 4.660 4.103 3:-84 3.605 4.227 4.322 4,373 4.463 5,410 5 470 5,331 5,472 :277 4.409 4.445 4, 16 4.274 DB2A.SHSC SB2,SHSC 0,000 0,000 0,000 0,000 0,000 0,000 ,000 0 000 ,000 0~000 0,000 0,000 DB3.SHSC 3e992 4.233 4 421 4.545 5,181 5.276 5:3.28 5.395 5,351 4.945 4.667 4.449 DB3A,$~$C 4,087 4.!223 5,173 4. 6 5,255 4, 54 5,~96 5, 1 4,~]2 5 772 5 949 4 40.2 ,167 DB4,SHSC4~7515,681 5,2,.4 5. 5,33048 4 5'2664,37 5,9}55 4. 5'54'~4 9 DB4A.$~ SC 3,873 4.494 5,338 4,893 3,947 3,900 1,00~ SDEV,$HSC 233.41 GNOR,SHSC ~:573 EV,S"$C 1 289 DEPTH = 3800.000 FEET 0,000 0,000 0,000 0.000 0'.000 0,000 t~:EV, SHS P1AZ.'SHS~ DE:VI ,SHSC C2, SH$C SBI,$H.S¢ 5,%99 4,602 3,93.5 1, 1,003 6.484 6.794 7'.508 7' 564 8;173 8,346 ,4!5 5 4:1, HAZI,SHSC FNOR,$H:SC ,000 ,000 0,,000 6,907 7,609 8,136 0,000 0,000 0,o00 6 987 7 649 7 537 4 872 3:718 5 824 3:567 0,000 0.000 4.828 5,454 6,S12 6,1!1 00 5'0507 4. 0,580 000 :ooo 7,114 7,690 4.794 4.013 6.081 4.111 0.000 0.000 4.99 5,45~ 5.879 .656 5,399 5;053 :l~B ,',S H$ C ~C,SHSC 0 O0 o:§oo iS ?aPe Veri. ficatlon !...lstl. n~ chlumberger AlasKa Computing Center DB1A.$H$C 15-MAY-1989 20:58 DB2.$HSC b,R92 6,950 6,948 6,944 7,198 7,230 7,317 7,480 7,931 7.869 7.794 7.716 8,584 9.039 8,099 8.023 9,633 9,743 8,639 8 016 7,905 7:652 9.8~0 9,478 DB2A,S~$C 8.179 8.260 ~.230 8,283 8,652 8,794 8,997 9,440 9,765 ~0,259 ~0,765 5,798 SB2.SHSC 0,000 0,000 0,000 0.000 0.000 0.000 0,000 0.000 0,000 0.000 0,.000 0.000 4,257 , 67 4,2 8 4,223 DB3A,SH$C 9,726 10, 8 10,635 1~47 24 572 DB4,$HSC 6,704 6,659 6,655 7,250 7~.3~8 7,599 8,595 8.8 7 9,098 DB4A,SHSC 6,~9 6,2452 , 4 6, ~,.16! 7.284 ~E'V,S~SC DEV I ,SH$C C~ ,S.~SC 1,41g SDE¥.$HSC 205,95 GNOR.SHSC 0,702 EV,$HSC ,t0,238 ** DEPTH = 3700,.000 FEET 6 ~0'7 6 44 1,412 95 445' 793 8,020 445 6,271 6.656 7'562 FNOR,$HSC EI.,SHSC SBI,SHSC 0,000 0,000 0,000 0,000 0;000 0,000 0;000 0,000 0,000 0,000 0,000 0,000 4,797 4,,84~, 5,309 5,2~8 4,546 4.5 ~ 4,885 5 4 '541 5,019 4,86.4 4.501 7,038 7,682 7,741 8,002 8,392 9,525 0,000 0,000 9,396 5,514 8,948 10,406 ,958 ~,189 208 734 203,849 0,592 0,611 O, 000 0,000 5,38! 4,739 7,!33 7,865 7, 695 8:460 8,52 9,6I~ 0.000 0.000 9,, 165 10'5 ]8 Cl.,$~SC ~10,166 0,000 0,000 359 616 LIS Tape Verification Listi. n~ Schlumberger AlasKa Computing Center iS-MAY-1989 20:58 5,198 5.056 4,916 4.822 4,425 4,186 4,403 4.622 4,479 4.554 4,678 4,78] DB2,SHSC 6.147 6.012 5 884 5.756 5.118 4,973 4:806 4,624 4.224 4.099 4.023 4.037 DB2A,SHSC 4,557 4,580 4 580 4.580 4,480 4.419 4:374 4.341 4,317 4.281 4.243 4.216 SB2.SHSC 0,000 0,000 0,000 0,000 ' 0,000 0,000 0,000 0.000 0,000 0,000 0,000 0,000 4.176 4,301 4,126 DB3.SHSC 4,200 4,253 4,180 DB]A,SHSC 2,518 2,793 5,086 4,960 4,981 5.05~ 4 ~15! 4. 140 4: 4,151 4,174 3 066 8 ? 5, 78 4.997 4, 55 4,949 4,908 4 DB4A,$MSC 4,51! 1',503 0,621 10,215 DEPTH = 0,000 0,000 o, o0o ~5,382 5,101 REV p~AZ ''$Hsc .$HSC D VI.$~$C c~;s~sc 4,523 480 SDEV,SH$C GNO'R,SM$C EV,$H$C 3600,000 FEET 0,000 0,000 0,000 5,342 5,082 SBi,$BSC DBI,SHSC 4, ~57 O, 621 3,710 4,774 5,134 5, !64 4,592 4,567 4,344 HAZI,SHSC ,SH$C 0,000 0,000 0,000 0 000 0 000 0 000 ,~22 ~, 46 4.907 4.564 5.375 4,466 4,548 4,321 0.000 0,000 4,175 4,291 5,278 4,8~9 4,587 4,556 200,190 o 0,000 0,000 5, 7 PAGE{ 7 5.249 4.345 4.536 4.319 0,000 0,000 4,199 4,235 ,218 4'580 4,545 F I NC,SHSC 41,197 . §:i§°° O0 ,569 SLIS ~a,~e Yeri~icatlo~ [,lstln~ ~hl m er~er Alaska ComDutin~ Center 15-MA'Y-J. 989 20:5~ DB1A.SHSC 5.694 5.429 5,273 5.247 DB2,S~SC 4,998 4,956 ~,785 4 977 4.912 4.973 5,.75 5:422 4,758 4.607 4,450 4,411 5.566 4, 4 DB2A.SHSC 5.472 5,031 4.616 5,~19 5.528 3. 56 3,703 4.515 4.918 4,686 4.628 4,589 4,633 4,268 3'656 3,639 3,91! DB3,SHSC 0,000 0,000 0,000 0,000 0.0000 O, O0 D.B3A,S}{SC 4,992 ,813 '687 4,408 5,{~23 4.602 DB4,SHSC 5.191 4,638 5,045 5.171 4..669 4.874. DB4A,SHSC C2,$HSC 278~'498 0:~46 10,238 DEPTH 5,066 :o,o O72 4.9'56 5,046 5,330 4.530 ,573 .553 NOR' SHSC ,SHS¢ .793 ,556 ..431 3500,:000 FEET 0,000 0,000 0.000 0,000 0,000 0.000 0,000 0o000 00.0000 0,000 , O0 0,000 5.638 4,683 5,203 4,776 4, ? 55 4,97'5 ~5 ,120 ,517 4, 4 4,87I 0 446 1:005 3,425 3 3 4895 263 5 O57 5 2 4, 5, ~AZI',S~SC 0.000 0,000 0,000 0.000 0,000 0'000 4,936 5.330 5,232 3.959 ,690 ~,058 0,000 0,000 4,596 5,096 5..9 5 70 ~620588 372 992 0,000 0,000 PACE{ 4,915 5.033 5.022 4.451 4,509 0.000 0,000 4,847 5,209 4.582 4,486 FIC1, 86',. 007 ~ 268 0,000 0,000 Tape Verification Listing cblumberger AlasKa ComDutinO Center 20:58 DBX,S;~SC 7.119 7.236 7 ~16 7,208 7,335 6.966 7:~70 8,200 5,809 5,955 6,420 6,53! DO1A,SHSC 6,924 6.927 6,654 6.796 6,711 5.091 4,720 6.272 6,426 5,975 5,86! 6.677 DB2.SNSC 6,487 7,172 7,665 7,736 7'507 7.504 7,547 7.559 7,575 7,538 7.526 7.502 DB2A.SNSC 7 474 7.442 7,441 7.504 7:833 7.901 7,897 7.825 7 971' 7.954 7.977 8.038 7,417 7.853 7,554 7.752 7.488 7,606 7.788 SB2,SHSC 0,000 0 000 0.~00 0.000 0 000 o.ooo o:ooo o.ooo o:ooo 0,000 0,000 000 0.000 6,966 6,493 6,784 8,355 ,474 .018 8,28~ 8,.474 8. 060 6 .718 6,766 6.278 6,254 6,922 6,839 6, 3 6. 44 GNOR,,$H$C DB4A,SHSC 6, !49 5,879 6,769 6, 0 6. 60 6,907 6,816 8,415 8,446 . 57 7, 8 6 .7 O6 6 315 6 7i.1: 6.~45 7' 87 6,410 , O0 ,. 560 .489 6,018 5.649 .86e ~AZI.SHSC FNOR.$HSC 100 736 135 768 ** DLPTt - 3400.000 FEET ,1~ E V ,S H S C P1AZ;SHSC DEV'I',SI~SC C 2 0.000 0.000 0.000 0.000 0.000 0.000 0'000 0.000 0.000 0.000 0.000 0~000 $81,$~$C 7 8, 73 8. 07 155 6~74:1, 167,975 O. 591 0,603 0,000 o,ooo PAGE{ 7.553 6.574 .7.686 7.809 7 7,736 7,898 0.000 0,000 ~.755 .987 8. 474 .098 ;:768 RB,$HSC FI ~C,SHSC C!.SHSC 0.7763 ,8! 2 O.gO0 O, O0 14 Tame Verlficati. on Lt. stino SchlUmberger AlasKa Computinq Center 15-MAY-1989 20:58 PAGE~ 15 DSI.SHSC q 562 16i487 11 "035 10 .03 1 ! 059 DBIA,SH$C 9,026 9 281 9.419 8i853 5.664 5 423 9,~99 10,~01 10, 11 10, 28 11.057 11.029 ~15 9 783 "95 7:423 263 5.249 6,186 6.090 5,~25 5,663 5,783 5.980 6, 13 6,672 5,902 5,745 5,b86 5,646 DB2A,SHSC 6,509 6.732 6,670 6,436 5.180 5,218 5,426 5,509 5'365 5.385 5,448 5,501 SB2,SHSC 00,000 0,§00 0,~00 0,000 ,000 O, O0 O. O0 0,000 0,000 0,000 0,000 0,000 4 4 1.0 8 4,268 4,253 4. 9 7 10, 1 10, 80 4,.~76 4.165 94 I~ 3 10 , 924 1 513 10,. i0,255 DB3,SHSC 4,268 .SC 4,184 1 616 DB'4,$H$C 4,175 4,186 ~4 4,238 DB4A,SHSC li , 4,148 ~3246 1.4.7 SH$C O. 98.4 SDEV,SHSC $H$C 50 837 8HSC 1.14 ~07 EV.SHS'C DEPTH = 3303,867 FELT 10,244 10.B96 9,818 6,806 5,640 6,633 6,048 5,492 0,000 0.00.0 4,245 9,640 4'159 I0,860 4'~]24 4,200 4,.2tl 4, 4,224 4~, 228 4,238 4,233 4,1.38 4, 46 4,~46 I. 2o ,005 ?NOR,$HSC 0,984 EI,SHSC 4,150 4,1 46 172 726 0 592 0 5'29 10,388 10.982 9,699 6.0Bg 5.657 6,217 5.402 5,415 0,000 0,000 4,234 11' ,165 4,218 4,229 238 81' 13 LiS Tape Verification bisting Schlumberger AlasKa Computing Center DBI,$HSC DB1A.SH$C DB2,SHSC SB2,$HSC DB3A,SHSC DB4A,SHSC REV SHSC PlAZ~SHSC DEV.!' SHSC C2,SHSC i, 32,, 1 12,49 0,000 0,000 0,000 0.000 0.000 0,000 7,749 8,946 8,937 7.894 8.933 9,183 7,114 7,522 7'521 6.954 7.664 7,582 8,171 8,110 8.657 8,547 8.196 8,387 7,335 8,447 8,626 7.558 8, 49 0,000 0,000 0.000 0,000 0,000 0,000 5, 7,413 6 0 '/ 739 972 1.18 4t0 5,827 6,463 9,528 5,662 6,994 10,039 906 6,7853 91 760 SDEV,SHSC GNOR,SH$C 15-MAY-1989 0,000 0,000 0,000 8 123 9.353 6.785~ 7. 62 7.837 8,~39 8, 78 8.364 7, ]66 8, 11 8,509 0,~00 0, 00 0,.000 5,~27 6, 15 7,.865 6,172 6, 6, 5,610 7,;7 !4 lo ;269 5,,555 6,993 8;99~ 1,346 ~,005 ,322 HAZI El 20:58 0.000 0,000 0.000 8,326 8,757 9,292 6 908 7!863 8 ~49 B,710 9.023 8.721 7'~21 · 86 8, 7,074 0,000 0,000 0.000 5.165 6,567 '7,832 6~29 6,638 5,568 ,297 10,346 5,,527 6.995 g,356 ,$HSC ,SHSC .$H$C 0.000 0.000 B.525 8,724 7,030 7,BBB 8,577 9,171 B,061 8,226 0,000 0,000 4,575 637 6,375 5,674 7 ,' 368 177 79! 0 592 0 677 PAGE{ 0,000 0,000 8.836 8.753 7,355 7,703 8.369 8.975 8,243 8,374 0,000 0,000 4,m50 6,960 ct, t ,2, 16 LIS Tape Verification Listing Schlumberger AlaSKa Computing Center 15-~AY-1989 20~58 PAGE~ ,17 ** END OF DATA ** **** FILE TRAILER **** FX6E NA~E : SHOT ,001 SERVICE : GEOLIS VERSION : 002E04 DATE ~ 89/05/1.5 ~AX REC SIZE : 1024 FILE TYPE : FS LAST FILE ~ **** FILE HEADER **** FILE NAME I SHOT ,002 SERVICE : GEOLIS VERSION : 002~04 DATE I 89/05/15 MAX R~C SIZE : 1024 FILE TYPE : FS LaST FILE ~, GAR 4,001, TABLE TYPE : CONS TUNI VAbU DEFI C'N ARCO ALAKSA- 'IRC,' COMPANY NAME WN WS~-OI (~EST SAK) '~,EL6 NAME F[~ ~96 FN6 & ~086 FWL FIELD ATI N STaT ALASKA STATE PRO XNCE COUN NORTH SLOPE COUNTY APIN 50-029-21925 APl SERIAL NUMBER NATI: USA ATION S~CT 23 SECTION TOWN 11,N rO NSHIP ~A~ ~Og RANGE CTRY USA COUNTRY LIS Ta~e Verification bist~ing Schlumherqer AlasKa Computzng Center 15-MAY-1989 20:58 PAGE: 18 TABLE TYPE : CONS TUMI VALU DEFI WITN A. LOWEN & C, DIXON WITNESS'$ NAME MONT 05 DATE - MONTH DAY 04 DATE .- DAY YEAR 89 DATE - YEAR RUN ONE RUN NUMBER REF 73321 bOG PARAMETERS TO .BE RECORDED. TABLE TYPE ~ CONS TUNI VALU DEFI MDEC DEG 31, MAGNETIC DECLINATION SHDS B ~TRATIGRAPHIC HIGH FCDD 11., fAST ~HANNE~ DE.P~H DEF SOFF IN ' STAND,OFF OF THE :TOOL TABLE TYPE : CURV DEFI D~'PT DEPTH CHANNEL NAME GR GAMMA RAY DATA FORMAT SPECIFICATION RECORD ** SET TYPE - 64E~ ** ?'YPi~ REPR CODE VAbUE~ 1 66 0 2 66 0 4 6 7 9 79 66 66 73 128 0 FT 68 LIS Tape Verification Listing Schlumberger AlasKa Computing Center 15-MAY-1989 20:58 TYPE REPR CODE VAbUE 16 66 1 0 66 NAM~ SERV UNIT SERVICE API API API API FIbE NUMB NUMB SIZE REPR PROCESS ID ORDER # 5GO TYPE CLASS ~OD NUMB SANP ELE~ CODE (REX) D~PT SHSC FT O0 636 21 0 2 1 1 4 68 0100000000 GR SHSC GAPI 30 310 01 0 2 1 ! 4 ~8 0100000000 Ig DATA DEPT,SH$C DEPT,SHSC DEPT,SHSC DEPT,SBSC OEPT,$HSC DEPT,SMSC DEPT,SHSC DEPT,SHSC D!EPT,SBSC DEPT,S~$C DEPT,SHSC 42~0,007 GR,SHSC 97,000 4200,007 GR,SH$C 97,875 4i00,007 GR,$~SC 95,250 4000,007 GR,SHSC 90,250 3900,007 GR,SHSC 83,625 ]800,007 G~,S, HSC 60,094 3700,007 'GR,SHSC 65,125 3600,007 GR,SBSC 51.,250 3500,007 GR,SHSC 66,563 3400,007 GR,SHSC 47,689 3304,507 GR,SN$C 43,625 ** END OF DATA **** FILE TRAIl, ER **** FIbE NA~E i SHDT ,002 VERSION : 002E04 DATE : 89/05/15 MAX REC SIZE t {,024 FILE TYPE : F$ 5AS? FIL~ LIS Tape Verification Llstlno SchlUmberger AlasKa Computing Center **** FILM HEADER **~* FILE NAME t SHDT ,003 SERVICE : GEOhIS VERSION ~ 002E04 DATE ~ 89/05/15 MAX REC SIZE : 1024 FILE TYPE : FS bAST FILE : 15-MAY-1989 20:58 SPC.FSTOO5.0OI,,INCO05,001 FSTO05,00! I~CO05,001 T~BLE TYPE ~ CONS TUNI VA[.,U DEFI' ARC~ AhA~SA. IN~ COMPANY NAM~ ~$1 O! ('WEST SA I WELL NAME ¸CN N KUPARUK F'I~GD NAM ~L 296' FNb & 2086' ,F~I,, FIgbD ~OC~T'ION STAT ALASKA_ STATE_OR PRO¥!NCE COUN NORTH &LOPE COUNTY APIN 50-029-~1925 ,AP! SERIAL NUMBER NATI USA NATION TOWN 1. N RANG IOE RANGE CTRY USA COUNTRY , TABLE TYPE : CONS TUNI VALU DEFI · WI!,,,.~N A [,OWEN & C, DIXON o§ DATE - MON~M DAY 04 DATE -DAY~ Y~AR, 89 DATE - YEAR ~:N ONg RUN N'UM, B~R F 7]]21, GOG' PARAMETERS ~O BE RECORDED TABLE TYPE t CONS TUNI VAL~U DEFX ' ' 15-MAY-19Bq 20~58 PAGE: TUNI VALL~ OEFI EGG FT 68, ELEVATION OF GROUND bEVEL TABLE TYPE : CONS !U~I VALU DEFI MDEC DEG 31, MAGNETIC DECLINATION SHD$ B STRATIGRAPNI:C HIGH R~$ObUTION FCDD FAST CHANNE~ DE~TH DEFINITION 11' STAND-OFF :OF XH~ TOOL S~R,ING TABLE TYPE : CURV DEFI SOl SPEED BUTTON DB~ DIP BUTTON DBIA DIP BUTTON lA DB2 DIP BUTTON DB2A DIP BUTTON 2A SE2 SPEED BUTTON 2 DB3 DIP BUTTON DB3A DIP BUTTON 3A DB4 D~P BUTTON 4 DB4A DiP BUTTON SDEV SONDE DEVIATION HOLE RB RELATIVE BEARING PAD AZI UT GNOR GRAVITY NORM (/9 81) F'!NC MAGNETIC FIELD INCLINATION D~¥! DEVIATION EV EMEX VOLTAGE E:,, E,X C{JRRENT C CALIPER 1 - 3 'C~ CA, bIPER 2 - 4 LIS Tape Verification ListinQ Schlumberger AlasKa Computing Center 15-MAY-1989 20:58 DATA FORMAT SPECIFICATION RECORD ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 2 66 0 2 66 0 3 79 692 4 66 ! 5 66 7 65 8 7] 16 9 65 12 68 23 66 4 65 26 66 0 66 2 ** .SET TYPE -,CHAN ** NAME SERV LINIT SERVICE API API APl AP1 FILE NUMB NUmB SIZE REPR PROCESS ID ' ORDER # LOG TYPE CbASS MOD NUMB SA~P ELaM CODE (HEX) DBiA SHS~ O0 6~9 11 0 .3 16 2 64 68 D'2 SHSC O0 6,V 02 0 3 i6 1 64 68 D~2A SMSC O0 6i0 22 0 3 I6 ! 64, .68 SE2 SHSC O0 610 20 0 3 i6 ! 64 68 D~3 SHSC O0 610 03 0 ~ I6 I 6~ 68 DB]A SMSC O0 610 13 0 16 1 6~ 68 DB4 SHSC O0 610 04 0 ] 26 I 64 68 DB4A SM$C O0 610 24 0 ~ I6 1 64 68 REV SHSC V O1 000 O0 0 3 1 1 4 68 'SDEV SHSC [,LG O0 000 O0 0 3 ~ 4 68 oe,. oo ooo oo o 4 C2 SHSC IN 70 280 24 0 3 I 1. 4 68 ~ 00000000 00000000 0 00000000 0100000000 010~00000 020 00000 1000000§0 2000000 0 01000 0 02000'00000 0200000000 O!O000000 OlOOOOO6~O 0100000000 0100000000 0100000000' 0200000000 §lO0000000 100000000 01~0000000 010000000 0100000000 PAGEI 22 LIS Tape Verit'lcatlon Listing Schlumberger AlasKa Computing Center DEPTH : 4208.000 FEET 15-MA¥-1989 20:58 SBi,SH$C 0,000 0.000 0,000 0.000 0,000 0.000 0.000 0 000 0,000 0,000 0.000 0:000 0,000 0,000 0,000 0,000 DB1,SU$C 0 000 0.000 0 000 5 562 5,688 5,814 0,000 0.000 DB1.A.SHSC 6.51.7 6.668 6,940 6.820 6,0202 7, t7 0,~00 6,t23 6, 3! 7.017 6,765 6,793 DB2,SHSC 0,000 0.000 0,~00 4.370 74.8'0 5.1~2 5. 57 6,.~59 6.6 ,221 7.~ 7 7,3~1 7, 27 DB2A.SHSC 0,000 0.000 O, 000 5~778 5.957 6,2~9 6'592 6,511 6,4 ~ SB2,SH$C 0'000 ,000 0~000 0 000 7 275 6 440 0 000 0 000 0 000 5, 47 444 0 000 0 ~ 000 0.000 .7,583 I85 403 7 2171 6 97 6 35 0.000 O~ DB3,SHSC O, 000 O, 000 7,46B 7,410 6,733 6,547 DB3A,SM$C 0.000 O. 000 ~,000 6,906 6,842 , ~48 6,472 6.348 6, 33 DB4,SHSC 0,000 0.000 0,000 6,~46 6,868 6.91~ 7,006 7. 64 7,159 7,076 6,995 6.989 DB4A. S}.{SC O, 000 0.000 3,696 ~. 558 3.235 3 .555 {~.."V., SHSC 0. 564 S D £..1 V, SH$C O, 0 O0 3,361 3,820 0,569 ,456 h5,503 0.000 0,000 7,564 7,037 7,147 6,622 4,304 3,i75 190. 877 4,590 2165 SHSC .AZi, , 6 80 4,461 7,103 .0'000 O, 000 7,,023 6':526 4,019 PAGE{ 23 I . . LIS Tape Veri{lcatlon Listing Schlumberger Alaska Computing Cemter P1AZ,SHSC lO6,565 GNO~,SHSC DEVI,SHSC 0,569 EV,SHSC C2,SHSC 9.484 DEPTH : 4200,000 FEET 15-MAY-1989 20:58 1,004 FNOR,SHSC 0,564 EI,SHSC SB1,SMSC 0000 0000 0,000 0.000 0i000 0iO00 0.000 0.000 0 000 0 000 0,000 0,000 DB1.S~SC 3,836 ] 539 3,378 3,098 2,827 8.623 7, 47 6,586 4~0 ~ 316 2,872 2 49 2, ~,408 3: 61 5.020 6,537 7,]47 6,687 5,68! 4,615 DBIA,SHSC DB2,$~SC 4,817 482~ 4,B7! 4,947 ~,.~29 5:~74 5,007 4,795 ,.89 4,38~ 4,644 5,Ill 4,967 4,787 4,653 4,762 4, ~6! 4. ~97 DB2A,S~$C 4,732 4,656 SB2,$HSC, , 0, 000 0,000 0~000000 ~,000,000 0,000 0,000 O, 0,000 0,000 0,000 0,000 3; 5 3, 1 " ~,865 , 04~ 5'795 4,193 4 430 ~ DB3A,$"SC ,4,803 4,_619 4,675 4,2 98 3'540 3'637 5.771 6,091 DB4,SHSC 4;911 5,352 4;288 4,198 5,938 5,5 5;497 4¸. 753 '5757~ 4,37~ e 5,445 DB4A,$,~SC ,45,45~72 5.~05':498 7.056 4:788 4, 7 , 0,591 0,377 0.000 0'000 2,682 6,021 5,077 4,557 4, 27 O, 000 0., 0'00 4,854 3,,649 4,,~ t 2 5,208 4,406 0,000 0,000 2,436 8,260 , 54, 5,16'3 4,298 ,15, 4 99~ _4 3,50 3 4.612 4.8 8 4,74] 4,97 PAGEI 24 Tape Veri~ication L chlumberger Alaska PEV.SHSC 0.700 PlAZ.$H$C 105,286 DFV~.SHSC 0,615 C2,SHSC 9,945 SBI.SH$C DBI.SHSC DB1A.SHSC DB2.SHSC DB2A.SHSC $~2.SHSC DB],SHSC DB 3A, SH$C DB4A.SH$C isting puting Center SDEV.SH$C GNOR SH$C EV:SH$C 4100.000 FEET 15-MAY-1989 20:58 0,615 HAZI,SH$C 1,004 FNOR,SHSC 0,700 EI,SH$C 0,000 0 000 0 000 0.000 0.o0o 0;0o0 0:ooo 0,000 0,000 O, 000 0,000 0,000 5,592 5,848 6,375 6,563 5,031 4,775 4,946 5,347 5,291 5,308 5,434 5,903 5,941 5 ]66 4,951 4,785 5,668 5:.7.57 5,743 5,630 5,947 5..b89 5,388 5,399 5.6!6 5,669 5,876 5 990 5'353 5,~12 5,~09 5:~24 5,962 6,070 6, 82 6' ii 5,845 5.747 6,~J4 5.813 6,308 6, '7~ S6' 74 5'.~35 5.149 5. 15 ~921. 6, 58 0,000 0,g00 0,000 0 0,000 0. 00 00:00~0 0,000 o, 0oo 0, o0o 0 0, {93,969 0,592 0,451 0,000 0,000 6,177 5.437 5,027 5,799 818 5.846 5,331 0.000 0,000 5,410 5,]50 5,~99 5..378 5:34~1 5, 65 6.236 ,005 6,72I 90 5,~98 5,244 5,269 6.~765 7,297 7,241 679 6,~75 6,520 6,571 5,393 5 669 6,052 6,~ 5,987 5'538 RB,SHSC FINC.$HSC C 1, SH$C 0 000 0:000 PAGE: 271 3t8 9, 5.425 5,970 0 ,:'000 0'000 5,4 8 5 ,67 ~ 6, 5,631 5.309 6,!86 7,25! 7.047 6,0:06 4,80{ 4'673 4,838 4,909 4,8~6 4'761 4~959 25 LIS Tare Verl. tication Listing Schlumberger AlasKa Computln.g Center 5,180 5,127 ~EV.SH$C 0,518 SDEV.SHSC P1. AZ,SHSC 120,504 GNOR,SHSC DEV{,SHSC 0.645 EV.SHSC C~,$H$C 10,275 DEPTH = 4000,000 FEET 15-MAY-I. 9~9 20~58 4,894 5.]56 0.645 HAZI,SH$C 1,004 FNOR,SHSC 0,518 EI,SHSC SB{..St'{SC 0 000 0.000 0,000 0~000 0~000 0.000 0,000 0 000 0'000 0.000 0,000 0:000 DB1,SHSC 4 491 4,453 4,~87 4,332 4:599 4,735 4, 39 4,832 4.700 4.753 4.,805 5.314 390 4.3.79 ,544 4,777 ~,059 4,935 10 4, 35 DB2,SH$C 4.4'~0 4,436 4,452 4,419 4,957 4'~38 4,933 4.954 o ,010 0 SB'2,SHSC 0 000 0,000 02000 0.000 0,000 0,000 DB3,.SHSC 6,549 451. :51,1 4 249 4 4525 4 37 4,372}. 4 ~66 0,000 0,000 0,000 0.000 0,000 0,000 187.242 0.590 0,]79 0 000 0~000 4,400 4,824 4,355 5,222 6,33 ,932 8 0,000 0,000 4,325 4' 401 4,476 4,.563 4, 624 DB3A,SHSC 4,287 4,3.40 4, 58 4,3_!4 4,345 4.360 ~4. 04 4,.~,1~7 696 1 i DB4 S~S¢ 4,538 4,458 4,378 4,375 ' 4,578 4 863 4'873 4~900 4,939 4:956 4; 981 5. 009 ,368 4,428 4,927 F IN'C. $HSC Cl .SHSC 0.000 0,000 4,49l 4.~? 4 46 4 ' 34~ 4,96 4'4,82 4'485 ,357 4.50 4,92 PAGEI 26 293,296~ 80'~{5 10. Tape Verification Listing chlum'berger Alaska CompOting Center DB4~oS~SC 4,399 4,746 4,882 4,383 4,922 4,851 SDEV,SHSC GNOR,SMSC EV,SHSC REV,SHSC DFVI!S~SC .C2 SHSC 1,011 77,694 0685 10:275 DEPTH = 3900,000 FEET 15-MA¥-1989 20:58 4,367 4,406 4,917 4,905 4,906 5,063 0,685 HAZ,I,SH$C 1,004 FNOR,SHSC 1,031 EI,SHSC SBI,SHSC 0,000 0,000 0,000 0,000 0,000 0,000 0,000 0,000 0,000 0,000 0,000 0,000 DBI,SHSC 3,212 3,255 3,269 3,257 3,172 3,021 3,074 3,516 4,472 4,758 5,238 5,503 3,380 23' 28 2, 16 ,3,,018 2,958 5' 5 ' 11 5,607 4,,632 , , DBIA,,SHSC 1.382,SHSC 2~, 877 2{, 002 ,407 ~,,605 4,366 ,589 630 ,940 ,361 ,660 , SB2,SHSC 9,900 0,000 0,000 0,000 00 0,000 0-000 0,000 ~, :00 o,ooo 0~000 0.000 r)B3, SgSC 2 ' 9'7 3 2, g 25 ,750 4'?087 4,, 828 ,4,984 6 2,786 4,2 2'8'16 3',674 4,434 DB4,SHSC 33'06(i) 2,936 ,133 3,507 3,991 4,0713 ,,867 4,491 4,893 177,244 0,593 0,691 0 000 0~000 I,,,094 ,,244 2,633 3,076 0,000 0'000 3,499 2,450 4 ,' 0 3 g PAGEI 27 4,618 4,900 RB,SHSC FINC,$HBC C1,$H$C 260 448 81!234 10 146 0,000 0,000 3,~48 4, 53 3,01.2 3.807 §:o o 4,638 456 4:o LIS ~ape Verification Listing SchlUmberger AlasKa Computin.g Center D84A.SHSC ~:966 4.744 P1AZ' DEVI 'SHSC .SH$C C2.$HSC 2 894 5 067 SDEV.$H$C GNOR,SH$C EV,SHSC 0 945 152:477 0.768 10.194 DEPTH : 3800.000 FEET 15-~AY-1989 20:58 3,~50 3.095 3, 90 4.368 5.589 5,836 0,768 HAZI.SM$C 1,004 FNOR,SHSC 0.945 EI,SHSC SB1,SH$C 0,000 0 000 0 000 0,000 o,ooo o:ooo o:ooo o.ooo 0,000 0.000 0,000 0.000 OB!.SHSC 6.137 6.123 6.790 6.898 6,625 6.860 DBIA,SH$C ~,457 6'558 6.063 7.~40 .8t4 6,.34 DB2,S)NSC 7.85! 8. 093 7.8.37 7,739 8,981 8,523 7.964 8,1.77 8.760 8.847 9,047 9,157 0"~0 0,000 , 0 0,000 9;297 9.692 DB3A,SHSC 9 · 087 9. 365 9 * 209 9,408 9.924 9 ,390 6,186 6'339 6,979 6,95~ 963 70~ 193.960 0.593 0.556 0,000 0,000 6.532 6.76! 77 6'980 7041 ~,174 8,022 8.,32~ 8,475 875 8,882 083 9,103 779 090 8,8559 8. 92 0,,000 0 000 0,000 0~000 0 000 0,000 0., oo0 o o00 6 4 272 9 7'3 8 779 9.~85 o.oo ¢ 9.~47 , 49 99,303 9,~I2 10, 15 . RB,SH~C FINC.SN$C CS,'SHSC PAGE: 28 7 .¸70 ~ 0 o'0 0 0 ,:0~0 9'8 9 9.!86 , 46 7,22 7,263 ., ,117 6. ['IS TaPe refill, cat. ion bistino SchlUmberger AlasKa Comoutin. Center 15-MAY-1989 20:58 6.932 6,930 6.943 6.973 DB4A,$MSC 6,434 6,250 6.223 6.339 6,805 6.492 RE¥.SHSC 1,436 8OEV.SH$C PI, AZ,SHSC 212,831 GNOR,SH$C DEVI.SHSC 0,73§ EV,SHSC C~.SHSC 10,194 ** DEPTH = $Sl,SH$C DB1 ,SHSC DBtA,.SHSC DB2,$}{SC DB2A,$}{SC $B2, 0,000 0.000 0,000 5,212 4,879 4,919 5 203 4 950 5 194 705 4:369 0,000 0,000 0,000 '4.930 4,554 4,407 5,387 ,,002 ,967 DB3,SH$C 3700.000 FEET 0,000 0.000 0,000 5,205 4,767 4,927 4, 2 5.3 3 5,776 3,5~9 5.0 9 4,5531 4,! 7 4,359 0,000 0,000 0;000 4,846 4,576 4,437 5.508 6,'264 5'099 DB3A,SN$C 6,449 6,575 6.4~ 6,~19 6.748 6.9 6,03 6,396 0,736 HAZI,SH$C 197,~79 1,004 FNOR,SHSC O. 92 1.436 EI,SHSC 0.6~1 0,000 0,000 0.000 0,000 0,000 0,000 0,000 0,000 6.158 6.976 FINCiSH$C C 1 SHSC 0 o:o° g 4,952 4.985 1 0 5 5O9 5,977 4' 169 4, 70 07 5,626 5.876 4,~84 4, 5 0,000 0,000 0,000 4,556 4;525 4,44~ 5.374 0,000 0,000 0,000 5,578 5,43! 4,176 4,260 0,000 0,000 4,493 4,41'9 5.~98 5, 99 4,665 4' 562 4,451 ',373 ,I67 5,41. 5,0, it 4,504 5,311 ,, 15 t ,~; 340 0'000 0'000 4,522 4' ~ 92 PAGE~ 10,t 5 29 5iS Tape VerifiCation I, lStinq Schlumberger AlaSKa Computing Center 15-MAY-lgS9 20:58 DB4.6HSC 5,085 5.144 5,493 5.471 4.985 4.863 4,~58 4 865 4.824 4.840 4,~55 4:852 3,905 4,622 4,455 3,730 l:so SDEV,SHSC GNOR.SM$C E;.SHSC DB4A.SHSC 1,527 240,063 0,664 DEPTH = 3600,000 FEET REV.SH$C PIAX.SH$C CY.S~$C 0,000 0,000 0,000 0,000 0.000 0,000 SBI,SHSC !: 960 4,105 520 4.497 ,693 4.751 0,664 HAZI,SHSC 1,004 FNOR,SH$C 1,527 EI,SHSC DBt.S,SC DBIA,SHSC 0.000 0 000 0.000 OiO00 0'000 0 000 5 4O3 .4:859 DB2,SHSC 4,405 4,407 ~9~,776 .592 0.607 DB2A,SHSC 0,000 0,000 5.147 4 6~5 4:~09 ~B,SHSC FINC.SHSC 0,000 0.000 D~3',S"SC 4,89B 5.185 5,208 5,i21 ~5 049 .54,240 ~,'.98 ~,.081 4.~60 .:873 4,812 ,764 ,815 ~932 5' 09 ,407 5,598 5 ' 262 4,495 4 4,63 ,*040 5,406 5~.64'8 5,.531 DB3A,SHSC 5 4 4 739 4,465 4,624 4;5~8 4.18t 4'609 4'681 4'324 3,754 2,819 4,797 4.776 4'624 0, ~00 0,000 oO.OOO O. ,000 4488 4,,876 5 ~.:57 4 75 0,000 0.~000 o;ooo 0 000 o° 4,576 4.846 4,764 4,385 4,655 4 .S~2 4' 258 2,435 4'798 0,000 0,000 4,771 5,407 PAGE{ 4,8 5 5,064 ,842 4,890 80, 4,978 5, ,9118 4, 0! 4,3 ! 4.6~1 4'394 4 · 61:1 0. 000 0,0,00 786 126 3O LIS Tape Verification Listing Schlumberger Alaska Computing Center IS-MAY-~.989 20:58 DB4.SHSC 54.163 5,235 5,92{1 5,137 .962 4.929 4. 35 4,955 5.400 5.426 5.255 5. il4 DB4A.$H$C 5 078 4,:903 5.574 6 4.819 4 969 4, 5 623 5,517 . 67 SDEV,S~SC 0.499 HAZI,$H$C GNOR,$MSC 1,004 FNOR,$H$C EV.SH$C 3.357 EI.$HSC 3.]57 279.250 0.499 10,191 DEPTH = 3500.000 FEET REV.SHSC PiAZ.$H$C DF¥I.SH$C C2.$HSC SB1.SHSC 0.000 0.000 O,nO00 0 000 0.000 0.000 0,..000 0:90.0 0,000 0,000 O. O0 O.uuO 5.099 5,033 4,782 5.258 193.173 0.592 0.755 0 000 0:000 DBI,SHSC 6 03 6, 5 18 4,3 3,912 5,785 5~,581 5,44~ ~'.,233 7,~3 {, ,078 5,853 6,990 6.433 DBIA,SHSC 5' 983 6,455 ,710 7.470 DB2.$HSC 7,546 7,485 7, 35 6,865 6,280 6.234 6, 35 6'6,i 8.484 8.423 8. 08 7, SB2,SHSC 0 0 0 DB3.$HSC DB3A .SH$C ,527 b,835 787 ,341 5' 127 5..623 000 0.000 0,000 0,:000 0,000 000 0.000 0.,000 0,000 0,000 000 0,000 0,000 0,000 5,227 5,357 5,515 5,733 5 9,3 93 902 5 5 5 3 · ' 025 8{~ 6,019 6, 5.815 5,:940 5. 927 5.t 2 4.834 5.421 FINC.SH$C C 1 ' SHSC PAGE: 0,000 0,000 80. 10.2 2 5,724 7,85 550 114 5,070 0,000 0,000 '840 ~,961 31 LIS Tape Verification Listl, n~ SchlUmberger Alaska Computing Center 15-MAY-19Bg 20:5B DB4,SH$C 6,958 7,149 7,352 7,605 6.001 6,325 5,362 DB4A.SNSC 6 5 4,775 5,567 5,346 6.452 6,217 6,164 7.465 RE¥.SHSC P1A~,SHSC DEV ,SHSC C2.SHSC 6.117 5.718 6,465 1.101 339.017 1,123 12,760 5 317 5;986 5 5.775 5,917 6.188 6,455 6.606 6.078 5,640 5,097 SDEV.SHSC 1.123 HAZI,SHSC 171.345 RB ~H~ GNOR.SHSC 1.004 FNOR,SHSC 0,590 FINC: MS EV.SHSC 1.101 EI,SH$C 0.588 ' CI.SHSO~ DEPTH = 3400,000 FEET 0.000 0.000 0,000 0,000 0,000 0,000 0,000 0,000 0.000 0,000 0,000 0,000 SBI,SHSC 8,314 8,272 8,24 8.283. 8,414 8.424 8, 8,799 8,835 8, 9,0'23 DBi,'$H$C 7,669 7'600 7,747 7,774 8,090 8,128 DB1A.$NSC 6,279 6,256 DB2,SHSC :8,599 8.434 7,991 7 ,790 6,617 6,161 DB2A,SH$C :000 000 8.311 8,642 7,565 7,591 7,624 7,,B37 7':83~~ 7,949 8,259 8 9 6 6, 9 6,073 6;0~4 7,, 07 6, 7 8 213 7 ~58 SB2,$HSC 7,282 0 000 0,o00 0,000 0,000 0'000 o ooo o. ooo o, ooo o ooo o,ooo 0 000 0,000 0,.000 0:000 209 4,205 4, 4, 6,748 4,219 0 o:o°o° oo 8.3a? 8. ,68 i 7.70 l 7,974 6,791 6.356 7.968 6,862 0,000 0'000 PAGE{ 12.82 32 LIS Tape Verification Listin~ SchlUmberger AlasKa ComPuting Center 15-MAY-1989 20:58 DB3A.SH$C 10,602 10 7!53 10,898 11,017 4,156 4:159 4,165 4.168 4.165 4.161 4.155 4.150 9,963 .847 9 779 DB4,$H$C 10:475 10.797 DB4A.$HSC 9.300 10,279 10,559 10,107 10,161 10,643 10.7~ 10,885 10,9 3 i.003 49.702 1.267 13,991 6,603 4.170 P1AZ.SHSC DEVI.$HSC C2,SHSC 0. 9 4.147 4.170 10.427 10.795 .613 9,815 9.899 10,096 10.228 1 ,442 10,472 10'527 10,512 10,556 10.573 10,611 10,664 SDEV.SHSC 1,267 HAZI.$H$C 173,512 GNOR,SH$C 1.004 ~NOR,$,$C 0.59] FINC,IH$ EV.$RSC 1.003 EI,$RSC 0.55 DEPTH = 3313.733 FEET $B1 SHSC 0.000 0 000 0,000 0,000 ' 0,000 0:000 0,000 0'000 0,000 0,000 0,000 0,000 DBI,$HSC 4,026 4,055 4,18~ i'~i~ 4,162 5,093 ,,, DBIA.$HSC 4,199 3,865 4,01,6 4.,092 4.060 715 3,869 3,098 4 120 4 133 370 4 0908 DB2,S~SC ~,61.7 4.0t6 4,478 4,~:13 ' ' .939 4,960 5,2'67 5 58 6,603 6.808 7,041 7" 97 3.525 :I°o 6 36 3,47'3 ' 3 DB2A,S~SC 3,410 3'394 6, 36 0,000 0,000 0.000 0.000 0,000 0,000 0'000 0,;000 0,000 4,!77 ,093 4,901 4,654 SB2.SH$C 0,.000 0 (0) 00 o: oo 0,000 0.000 4,229 3;340 .219 ~,968 3,547 4,919 o:°o o 4',]68 4,903 · P. AGE t 33 126 949 750 DE3,SHSC 4,1.16 4,853 4,733 236,183 4 073 4 033 6,106 3.63B 5.497 0,00'0 0.000 4,8 2 TaPe Verification SchlUmberger AlaSKa Comput.tng Center 15-~AY-1989 20~58 PAGE: 34 DB3A,SHSC 4',568 4.585 4,567 4,537 4,450 4,418 4,386 4,12] 3,939 3,997 4,517 4,857 DB4,SHSC 5,557 ~,557 5,544 5,554 5,877 5,917 5,990 6,068 6,882 7,228 7,351 7,312 DB4A,$HSC 5,633 5,114 5,053 5,1 5 5,0~8 4,91.6 SDEV,SHSC GNOR,S~SC EV,S~SC END OF DATA 4,727 5,00! 6,012 6,417 4,946 5,098 1,444 HAZI.,SHSC 1.003 FNOR.$HSC 1,368 EI,$~SC ,464 ~,998 5.750 6,094 5,224 6.113 180 OO1 0~593 0.,619 5,838 6.116 5.7~51 FINC, FIPE NAME : SHDT ,003 $:~RVICE : GEObI$ VERSION ~ 002E04 DATE : 89/05/15 ,~X R~C $IZ,.~ , 1024 **** ,FILE HEADER FILE NA~E : SHDT ,004 SERVICE ~ GEObI$ VERSION : 002E04 DATE { 89/05/15 MA.X REC SIZE : 1024 FIbE TYP~.. b~STFILE CAO$.GARO05,001 C. r~O05, oo ! LIS Ta[~e Verification Listing SchlUmberger AlasKa Computing Center 15~AY-]989 20~fi8 PAGE: 35 TABLE TYPE ~ CONS TUNI CN FL STAT COUN APIN NATI T~WN RaNG CTRY ARCO ~UPARUK 296' FNL & 2086' ALASKA NORTH 50-029-21925 ~OE VALU DEFI COMPANY NAM~ WE~ NAME FIELD NAME FW5 FIELD 50CA~ION STATE OR P~OVINCE COUNTY API SERIAL N~MBER NATION SECTION TOWNBMIP RANGE COUNTRY TABLE TYPE : CONS TUN! VALU DEF! ..... ~T' ~ LOWEN & C DIXON W'XTNE$$'S N~'E NT O~ * DATE - MONTM D~Y 04 DATE - DAY Y~AR 89 DATE - YEAR RgN QNE RUN NU.MBER REP: 73321 LOG PARANE?E~$ TO' ]BE RECORDED, TABLE TYPE : CONS ' , ~'% VI ' , MDEC DEG 31, MAGNE,I XC DECLINATION ,, SHDS B STRATIGR HIGH ~oa FCDD 1 80FF IN - STAND~O~ F THE TOOL ~TABLE TYPE : CURV' DEFI DEPT DEPTH CHANNEL NA~E Gm GA~A ~AY LIS Tape Verification Llstinc) Schlumberger A),aSKa ComputlnQ Center 15-MAY-1989 20t58 ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EM ** TYPE REPR CODE VALUE ! 66 0 2 66 0 3 79 8 4 66 5 66 6 73 7 65 B 73 9 65 1~ 66 ~28 ! 68 13 66 0 14 65 FT 1~ 66 68 1 66 ! 0 66 ** SET TY.,E CHAN ** NAME SERV UNIT SERVICE AP1 API APl' API FILE NUMM NUMB SIZE REaR PROCESS ID ORDER # bOG TYPE CLASS M. OD N MBO SAMP EbEM CODE (.HEX) PAGEI 36 DATA ** D~PT.$MSC 4208,007 GR,SHSC 1.04.813 DEPT,SMSC 4200,007 GR,SHSC 99,813 DEPT,SHSC 4100,007 GR,SHSC 89,688 DEPT,'SMSC 4000,007 GR.SHSC 8~,625 D~PT,SHSC 3900,007 GR.SHSC 79'750 DEPT,SHSC 3800.007 GR,SHSC 53.,500 D~PT.$H$C 3700,007 GR.SHSC 68,938 DEPT,SHSC 3600,007 GR,SHSC 57.094 Tame Verification Llstinq chlumberger AlasKa Computing Center 15-NAY-1989 20:58 DFPT.$HSC 3500,007 GR.SH$C 66,000 DEPT.SH$C 3400,007 GR.SHSC 46,594 DEPT.SHSC 3314.507 GR.$HSC 53.219 END OF DATA PAGEI 37 *$** FILE TRAILER FILE NAME : SHDT .004 $~RVICE ~ GEO.LIS VERSION : 002E04 DATE : B9105/~5 MAX REC SIZE : 1024 FILE TYPE : FS bAST FILE **** TAP~ TRAILER **** SERVICE NAME : GEOLIS DATE : 89,05/15 ~RXGIN : FLIC TAP~ NA~E : 73321 CONTI, NUATXON # : 0! pREVIOUS TAPE : CO~'MENT : 73321 S~RVICE N'AM~ : GEOLIS DATE ' : Bg/o5/x5 O~iGIN : FblC R~EL NA~E . : 73321 CO~ENT : P$1EDT,~RCO KUPARUK W61-01,50-029-21925 *------' SCHLUMBERGER FIELD NA~ J KUPARUK BOROUGH : NORTH S~OPE STATE I AbASKA API NUMBER : 50"029-219~5 REFERENCE NC) I 73321 AK ~ Tape Verification Listing CblUmber~er AlasKa Computing Center 16-~AY-1989 16:57 **** REP:[, HEADER SERVICE NAME : GEObI8 DATF : 89/05/15 REEL NAM~ : 73321 CONTINUATION ~ : O1 PREVIOUS REEL : COM~ENT : RESULT,ARCO KUPARUK WS1-01,50-029-21925 ~*~ TAPE HEADER SER¥iCE NAME : GEOLIS DATE : 89/05/~5 ORIGIN : FLIC TAPE NA~E : 73321 CONTINUATION ~ : PREVIOUS TAPE : COMMENT : 73321 **** FILE HEADER ~*** FIb~ NAME : SHDT .00! S~RVICE : GEOhI'S V,:,RSION : 002E04 DATE : 89/05/!.5 M'AX RfC $1Z5 : ~024 FILE TYPE : F8 ,bAST FILE: : PAGEI MMD,M:SDOUT,O01 . ** ** 8CHhUMBERGER ~Ebb SERVICE8 ** ** ********************************************************************************* ********************************************************************************** FIELD: K'LtP R"A., UK ' S, OROUGH: NORT~ ShOPE STATE: AbASKA API NUMBER: 50-029-21925 LOCATION: 296' FNL & 208'6' FWL RANGE: log LIS TaPe Verification I..,istfng Scblumb.erqer .AlasKa Computing Center 16-MAY-198g 16157 'PAGE~ ELEVATIONS DATE LOGGED: RUN NUMBER: 'rD DRILLER: CASING KB: 111,7' DF: 110,7° GL: 68,8' 04-MAY-89 ONE 4250' 133/8" ~ DRILLER DEPTH OF 2699' AND LOGGER DEPTH OF 2703' SIZE .i.: 97/8" {~ 4250' TYPE FLUID I~ HOLE: 2% ~ACL BLAND DENSITY: 8,9 VISCOSITYI P~: 8,0 FLUID LOSS: M 66 DEGREES 8 66 DEGREES MUD RES!STIVITY~ FILTRATE RESISTIVITY: .41 MUD C~AKE RESISTIVITY: ,59 T~ME CIRCULATION ENDED: 11~3003-NAY-89 TIME 'LOGGER ON BOTTOM: MAXIMUM TEMP RECC~RDED: LOGGING DISTRICT: PO~GING ENGINEER: 0~:368 .04-MAY-89 46~5 O, WARNER/~,D~R. I1Z A, LOWEN/C, IXON TCC"B ,320 AMS-AA 870 ~! E D S' A] 2 8 G P I ' C 7.2'0 TOOL NUMBERS: TCM-AB 107 SGC-SA 50 ~EAC-A 732 MEA}]'A 729 COMPUTING CENTER ~ )F E BHDT,O0,1, C )FILE ~HDT,O02 CO~TAINS G~MMA RAY DA A 0 FIELD BI~UEbINE FILE 4 ' ~:)FIL~. ~{DT'O04 CONTAINS~GA~MA'RAY DAT~ . .. . ,,, ) {')~ FIELD B.bUELiNE ~ILE 5 5,)Ab~ DATA IS SPE 'DEGR]MES MAGNETIC D~.CLINATION, DATE JOB STARTED~ 8-MAY-S9 JOB REFERENCE NO: 73321 I~DP/.ANA: R, KRUWELL TABLE TYPE : CONS [,IS Tape Verilication Listing $c~,lumberoer Alaska Computing Center lb-MAY-1989 16:57 TUNI VALU 296' FN[..., & 2086' FWL [,]~ NORTh SLOPE APIN 50-029-21925 NAT! USA SECT 23 TOW~ llN R~NG CTRY USA DEFI FIELD NAME FIELD LOCATIGN STATE OR PROVINCE COUNTY AP! SERIAL NUMBER NATION SECTION TOWNSHIP RANGE COUNTRY TABLE TYPE : CONS TUNI VAbU DEFI WYTN A LOWEN & C DIXON WITNESS'S N~ME DAY 04 DATE - DAY' YEaR 89. DATE - YEA~ RU~ ONE RON NO{BER 'REF 73321 LOG PARAMETERS TO .BE RECORDED TABLE TYPE TUNI VALO DEFI ~HD$ B' STRATIGRAPH!C HIGH R[SO~UTION FAST CHANNEL SOFF iN STAND-OFF OF THE, TABLE TYPE : CURV DEPT DEPTH CHRN~Eb NA~tE DPT R D,IP ~RLE DPAZ DIP AZi~UTH O[!AF OUA[,~ rY F~CTO~ (SHD.{) DEiVI DEVIATION H:LAZ DE;V I ATI~N AZIMLIT~ CCRE CORReLAtION CURVE RESISTIVITY AZII AZIMUTH OF PAD 1 RB RELATIVE BEARING C~ CALIPER 1 - 3 C2 CAI, IPER 2 - 4 [,,KM ~~ ~AXI ~{'UM LIKENESS ~IS 3a~e Verification Listing chl mberger Alaska Con~;,~utinq Center 16-~AY-~989 16:57 CO CO BINED O AL1T¥, ~~ U S12 SHDT DISPLACEMEDT 1 - 2 $~]A SHDT DISPLACEME'~T 2 834g SHDT DISPLACEMEr,!T 3A - 4A $4A~ SHDT DISPLACEMENT 4A S13A SHDT DISPLACEME~iT SC SPEED CORRECTION ~ADI. RADI. IIS RAD~ RADIUS 2 R~D3 RAOIUS RAD4 RADIUS 4 DPI.,~ DIP PLANE COEFFICIENT 1 (SMDT) DPL9 DIP PLANE COEFFICIENT 2 ($~DT) D~OR DiP DISPERSIO~ QUALITY RATING [SHDT) PAGE~ DATA FOR~,AT SPECIFICI. TION RECORD ** ** SET TYPE - 64~2B ** TYPE RF. PR C,.OD~: I 66 0 2 66 0 3 79 104 4 66 1 5 66 6 73 7 65 8 7] g 65 1 66 9 13 66 0 14 65 FT ~5 66 68 16 66 I 0 66 0 ** S~:T TYPE - CHRN ** · .....,,............-......................,........,,.,........, NA~i~2 S~,,RV UNIT SER IC~3 i AP1 bPI ~P1 FiLE ~U~B N'U~B SI, Z, R. EPR OCES$ iD ORDER # LOG TYP.~,' 'F CL.AS$' ' ~ MElD NUMB. 8AMP ELEM CODE (HEX) DEP~ MSDO MT O0 6~9 21 o 1 I 4 68 0100000000 DPT- ~SDO DEG 94 6~ Ol o ! I 4 68 0i00000000 DPAZ ~SO.,) DEG 94 6 [ ~.1 0 1 l. 1 4 68 0100000000 OUAF MSDO O0 0 0 O0 0 I 1 1 4 68 0100000000 DEVT ~5DO ['~.,G 76 ~20 0~. 0 1. I i 4. 68 0100000000 [,IS TaDe Verification Schlumberger AlasKa Co,Put, ling Center 16-MAY-I. 989 1,6:57 PAGE{ NAMF SERV UNIT SERVICE API AP1 AP! API FILE NU~B NUMB SIZE REPR PROCESS ID C)RDEP # LOG TYPE CLASS MUD NUMB SA~P EbEM CODE (HEX) ''HLAZ .... ~S'~'~E .... '"""'~"''"o ooo ........ oo '"'"'"'"'''''"'""''"'"'"'"'"o 1 1 1 ~8 0100000000 CCRE MSDO 94 935 O0 0 1 1 I 4 68 0100000000 O0 000 O0 0 I 1 1 4 68 0100000000 0100000000 AZI1 ~SDO DEG RB ~SDO D~G 76 6~, Ci ,SDO I~ 70 280 13 0 1 1 i 4 68 0 ~ 1 1 4 68 0 1 1 .% 4 68 o I 1 1 4 68 0 1 ~ 1 4 68 0 1 1 1 4 68 0 1 1 1 4 68 O 1 I I 4 68 0 1 I I 4 68 0 1 1 & 4 68 0 X 1 1 4 68 0 1 1 I 4 68 0 1 1 1 4 68 0 1 i 1 4 68 0 1 I 1 4 68 0 1 1 i 4 68 0 I 1 1 4 0100000000 OiO0000000 O1O0O00O0O 0100000000 010000'0000 0100000000 00000000 §I00000000 0100000000 0 0 O0 O0 0~00 O0 O0 000 01000~000 01000000§0 01000000 0 0~00000000 0 00000000 O0 000 O0 0 I 1 ! 4 68 OlO0000000 DATA DEP:T,MSDO CO,~'SDO RAD2,MSD{) DEVI.MSDO $4A~,,MSDO RAD2*~SDO DPD2,MSDO OEPI ~$DO DEV MSDO n~ ~SDO ~i ~ ..soo ,~SDO DPb2,~sDO ,4208 010 0 600 31,7 000 1 000 0 100 4 900 -0 134 4200 O0 0 6~0 3,29 000 I 000 0 000 5 100 "0 175 4100,010 o;soo 356;O0O !,000 "999.900 5,I00 0,409 DPTR,MSDO HLAZ,MSDO C1,MSDO SI2,~SDO S13A,~iSO0 RA. D3,MSOO 'DDGR,MSDO ~, 900 2t5;000 o~ 200 o;o0o 4; ~ o o 2;~oo 1,00 5,100 1 ' 500 000 10,100 O, 2 00 1; ooo 5. DPAZ,MSDO CCRE,MSDO C2,MSO0 S23A,~S:DO SC,~SOO ~AD4'~SDO DPAZ,~SDO CCRE~SPO C2,~SDO 823A,i~SDO RAO4,MSDO DPAZ.~$O0 C CRE,MSDO Ci,~,6OO $ 2 , ,~ S D O $ C, S $ D O R AD 4' MS DO 9~900 -0,1oo goo UAF.MSDO ~ZII.~SDO S]4A~MSDO DPLi,~SDO 50.000 9UAF,,MSDO '99g~250 AZit,.~SDO ~o,200 ~o,30o $34A.,~SDO 1,000 RAD!,~SDO 5,100 268,000 -999.250 ~0,300 000 I 0 0 OUAF NSDO AZI1MSDO I.,KN.X NSDO $34:A ~SDO RADI ~SDO DPD! MSDO 37,000 "0, O0 0,'~0! 20,,000 I87,000 48,0'00 0'110:0 '5,100 0,189 19,000 ;00,o ,800 5'000 -0;~27 LIS Tape 'Vert. ftcation Llstinq Schlumberger AlasKa Comuutino Center 16-~AY-1989 16:57 DEPT,~SDO DE¥I,MSDO RB,MSDg CQ,MSDO $4AJ,~SDO RAD2 MSDO DPL2:MSDO DEPT,MSDO [)EVI,MSDO CO,MSDO S4A1,MSDO RAD2.,MSDO DPL2.MSDO DEPT.MSDO DEVI~MSDO C~ S4A] MSDO DEPT,MSDO D'E¥I;MSDO 4CO'gSDO R:A.D~SDO DEPT.~SDO DE~,MMDO R~'MSDO DEPT $4A1,MSDO DPL~,M. SDO DEP'T ~SDO DEVI MSDO R~ 4CO ~SDO 4000,010 DPTR.WSDD 2.300 DPAZ,MSDO 0,700 HGA. Z.M$DO 201,000 CCRE,MSDO 325,000 C1.MSDO 10.300 C2,MSDO 1,000 $!2,MSDO -999,900 823A,MS£)O -0,100 S13A.~S[.)O 0.600 SC,~SDO 5.100 RAD3,MSDO 5,100 RAD4,~SOO -0.017 DDQR,~$DO 1,800 ]900,010 OPT~,MSDO 0,600 HLAZ,MSDO 25.000 CI,MSDO 1,~00 S12,MS.O0 O, O0 S13A,~SDO 5,200 RAD3,MSDO '0.319 DDQR.~SDO 3800,010 DPTR.,~MDO 0,700 HLAZ.~SDO 2,000 C1,MSDO 1,000 $1.2,~$DO 0,900 S13.A,~SDO 5,000 RADJ,~SDO '2,116 DDQR.~SDO ]700.010 U,600 44,000 1 000 *0 100 5 200 -0 167 ]600..010 0.400 0 OO0 2 000 0 2OO . :4oo 574 3500,010 ~1,100 171,000 -3:,0o0 6;900 6,000 '0,870 3400 1 3OO 000 I 000 -0 300 6 700 C 1 ~SDO $12 $13A {qSDO RAD3 DDOR NSDO SI3A,.MSDO DDOR,MSDO 2.500 DPAZ.~SDO 207,000 CCRE,MSDO i0,300 C2,aSDO -0,400 823A,~$DO '0,100 SC,~SDO 5,~0 RAD4,~SDO 2. 0 12 700 203 000 10 20O -0 50O -2 000 5,~00 12, 00 1,500 I99,~00 10, 00 0,300 '0.3OO 400 3 900 0 000 10 700 -0 2OO -2 100 5 400 3 500 4 5O0 O0 -0 100 - 800 5 O0 2' 300 ,0 () 0 12.7OO -0,300 O,.2OO 6 , 400 DPAZ CCRE MSDO C2 ~SO0 S23A MSDO SC R.AD4 MSDO DPAZ MSOO CCRE MSDO C2 *~SDO 3~ ~SOO S2S MSDO DPAZ CCRE C2 MSDO $23A ~800 SC ¢~SDO RAD4 MSDO DPAZ,~SDO CCRE,~SDO C2.,~SDO S23A,~S00 SC.~SDO RA.D4,~SDG 58,000 QUAF,MSD0 -999.250 AZI1,MSDO 10,300 bKMX,~SDO 1,000 RADI,~SDO 5,100 DPLI,~SDO 20,000 166,000 53.000 -0.300 5,100 0,309 74 000 OUAF MSDO -999 250 AZI1 10 300 LKMX ,-0 200 $34A MSDO 1 000 RAD1 MSDO 5 200 DPLI ~$D'O 20 000 233 000 86 000 0 200 5 I00 0 198 22 000 OLIAF.~SDO -999 250 AZll MSDO I0 000 LK~X ~SDO -I 900 S34A ~SDO 1 000 RADI NSDO 5 000 DPLI MSDO 20,000 2~t'000 ,000 2,000 5,100 '0,154 86 000 OUAF MSDO 3O0 MSDO -0 1 O0 34A ~SDO 1 000 RADI MSDO 5 200 DP51. 20 000 0 0 243 OgO -0 t200 5 00 o.178 112 -999 10 -0 1 000 QUAF,MSDO 700 LK~ ,~SDO 500 $34 ,~SPO 000 RAD~,gSDO 400 1.7 275 42 -999 5 0 0 060 19'4 190 000 -999 250 12 000 0 000 1 000 6 000 OUA'F,MSDO AZ~I,MSDO NX,~SDO 4A,MSDO D 1; MSDO DP.51 ' ~$DO 14 000 6 0 0,422 169 000 OUAF MSDO -999 ~SDO i~ ~sDo o MSDO 1 MSDO 6 ~SDO 250 iZl 1 300 LKMX 500 $34A 000 RADI 700 DPLI 20 000 ooo o ~0o ~ 400 -0.409 chlumberger Alaska Com. urine Center DFL2,MSDO -0,220 DDQR.MSDO DEPT,~SDO RB MSDO CO MSDO $4A~ MSDO RAD2 DPL2MSDO :9306o0t0 1 400 25b 000 2 000 -0 5O0 6 400 0 034 SDO HbAZ, S12,~tSDO SI]A.~SDO RAD~,~iSDO ** END OF DATA ** i6-~AY-~.989 16:57 · 2,000 DPAZ,MSDO 177.000 CCRE'~tSDO 12,500 C2,MSDO 1,000 S ~SDO 6,200 RAD4A~SDO 0,600 359 000 OUAF,MSDO -999~250 AZII,~SDO 12,800 ~K~X,~SDO 1,400 S34A.~SDO 1,000 RADI.~SDO 6,400 PAGE: 17 74 0 6 0 000 000 000 5O0 200 100 **** FILE TRAIbE~ **** FIL~ NAME i 8HDT SERVICE : GEOLIS'00! V~RSION ~ 002E04 DATE : 89/05/15 MAX REC SIZE : 1024 FILE TYPE : FS bAST FILE *,*** FILE HEADER **** FILE NAME t SHDT ,002 SERVICE : GEOblS :~RS!O~ ~ 002E04 , 89i05/15 M X REC SiZE ~ ~0~4 F'IbE TYPE t FS FI, LE : cc. o4, oo G , 0 0 .i TABLE ~,Y,,~, t CONS T U N' T V A b U D E F I FIELD NAME FIE~ I~OCATiON STATE OR PROVINCE COUNT~) APl S'ERIA:b NI~MBER NATION SECTION TOWNSHIP CN FN AP i ~ N :A T I $ E C T ~UP ARU K 296' FNL & 2086' ,ALASKA NORTh ~ PE 50-029'~7925 USA 2'3 LIS Tape Verification 5istinq ~cblumberger AlasKa ComputiD~ Center 16-M~Y-1989 16:57 PAGE: TUNI VALLI DEF! RANG IOE RANGE CTRY USA COUNTRY TABLE', TYP~ : CONS · T U N I V A L t,t D E F I YEAR 8g DATE - YEAR R~JF 73321 bOG PARAMETERS ~O BE RECORUED TABL, E TYPE : CONS TABLE TYPE : CURV DEFI DEPT DEP~,. CH.AN~ N E GR GAMMA RAY ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - b4gB ** 66 0 6~ 3 79 8 4 66 5 66 6 73 7 65 LIS Tape Verification bisttnq SChlumberger AlasKa Computin~ Center i6-MAY-1989 1.6:57 .PAG~' TYPE R 8 73 9 65 II 66 1~ 68 13 66 t4 65 15 66 16 66 0 66 128 0 F'I' 68 1 1 ** SET TYPE - CRON *~ NAME SKRV UNIT SERVIC~ API APl API AP1 FI~E t~UMB N[~MB SI.ZE REPR PROCEB6 ID ORDER ~ LOG TYPE CLASS ~0[) NUMB SA~P E~,EM CODE (HEX) DEPT SHSC FT O0 636 ~1 0 2 I 1 4 68 0100000000 G~ SHSC GAPI 30 310 Ol 0 2 1 1 4 68 0100000000 DFPT,SHSC D~P'T, SHSC DEP?,$~SC DEPT,$HSC DEP?,SHSC 4210,007 GR.$~$C 97.000 4200.007 GR.$hSC 97.875 4100,007 GR,SHSC 95.250 4000,007 GR,SHSC 90,250 3900,007 GR,SHSC 83.625 3800,007 GR,SHSC 60.094 3700,007 GR,S~SC ~5,125 3600,007 GR,SHSC 51.250 3500,007 GR,SHSC 66.563 3400,00'7 GR.SHSC 47,688 3304,507 GR,S~SC ~3.625 ~IS Ta~e Verlflcatton 51stlnq chlum erger Alaska Computinq~ Center **** FILE TRAILER FILE NAME : SHOT ,002 SERVICE I GEObIS YER$IO~ : 002E04 DATE t 89105/15 ~X REC SIZ~ : 1024 F'/LK TYPE : FS .**** FILE HEADER **** FILE NA~E SERVICE : GEOLIS VERSION : 002E04 DATE : 89/05/!5 MAX REC SIZE : 1,024 FILE TYPE : FS LAST FILE : 16-~AY-1989 16:57 PAGE: 10 ~DeMSDDUT,O02 Mi,'DOUT,002 T~BI,~E TYPE : CONS TUN~ VALO DEFI ..............,........... ....... .......,,,,,.-..........,.. ...... ...........,,,................,.....,... ~ KOP~RUK F,I~LD NA.M.~ r~' 296 FNL & 2086' F~L FIELD ~OCATION ~AT ALAS STATE OR PROVINCE CUUN NO'RT~ASLoPE COUNTY API~ 50-029-21925 API SERIAL NUMBER, NAT]' USA NATION $'~CT ~3 SECTIO~ TOWN R~N~ 10~ ~NGE CTR¥ USA _~UNTR.Y T~BLE TYPE : CONS TUNI VALU DgFI WiT~ A LOWEN & C, OIXON WITNEBS'$ NAME MONT O~ DATE i MON?~ DAY 04 DATE DAY YEaR 89 DATE - YEAR REF 73321 bOG PARAmEtErS TO BE RECORDED LIS Tape Vet, iCl. cation List. lnq Scblu.mberger Alaska ComputI, mq Center 1, 6-~tAY-1989 16157 TYPE : CONS TUNI VAI,U DEFI ~DEC DgG 31. MAGNETIC DECLINATION SHDS B STRATIGRAPHIC HIGH RESOLUTION FAST CHANNEL DEPTH DEFInitION FCDD it, SOFF IN - STAND-OFF OF THE TOOL SXRING TABLE TYPE : CURV DEFI CCRE CORRELATION CURVE RESISTIVITY AZI1 .AZIMUTH OF PAD R~ RESATIVE BEARING CI CALIPER 1 " 3 gX CALIPER 2 * 4 MAXI~UM LIKENESS CO CO'MBINED QUAI, I'TY 812 SHDT DISPLACEMENT I ~ 2 SHDT DISPLACEM£NT 2 - 3A $34A SHDT DISP~A. CE~E~ifT 3A - 4A SHDT DISPLA, CEMEN,,, 4A 3 $:C ~PEED CORRECTID~ RAD1 RADI'US'I RID~ ~ADIU$ 2 RD3 RADIUS RAD4. RADIUS 4 DPLJ DIP PLA.Ng COEFFICIE~tT 1 (SHDT) D DIP PLA D,QR DIP DIS'PER$I~~ (...N ()UALITY RATING (oHDT) [,iS ?ape Veritlcatlon Listinq Schlumberger Alaska Computing Center 16-~tAY-1989 16:57 .12 DATA FORUAT SPFCIFICATI(JN RECORD ** ** SET TYPE - 64E8 ** TYPE REP~ CODE VALUE 1 66 0 ~ 66 0 ] 79 104 4 66 ! 5 66 6 7~ 7 65 8 73 9 65 11 66 9 12 68 13 66 0 4 65 FT 5 66 68 16 66 1 0 66 ** SET TYPE - CHAN ** " "'~ PROCESS 8ERV UNIT SERVICE API AP1 ,AP'I API ~ILE N:U~!B NUMB SIZE REPR ~ "' ID ORDE.'R # LOG TYPE CLASS ~OD NUMB SA~P ELEM CODE [HEX) DEPT MSDO FT 00 636 21 0 3 ~ ! ~4 68 0100000000 DPTR MSDO DEG 94 611 Ol 0 j 1 1 4 DPAZ ~tSDO DEG 94 611 I1 0 3 1 i O:UAF ~SDO O0 000 00 0 } 1 1 4 DEV'I MSDO DEG 76 620 01 0 3 1 1 4 ~{~SAZ ~SD 0 DEG 00 000 00 0 3 I ~ ,4 C~,,REf MSDO 94 935 O0 0 3 I 1, 4 MSDO PEG O0 000 00 0 3 1 1 4 RB MrSDO DEG 76 63~ O! 0 3 1 1 4 MSDO IN 70 280 13 0 3 1 1 4 ~ ~SDO I~ 70 280 24 0 3 I I 4 ~KMX' ~8DO O0 000 O0 0 3 I i 4 CQ ~SDO O0 000 O0 0 3 1 I 4 2 M $ D 0 00 000 00 0 3 I 1 4 $23A ,~8DO O0 000 00 0 3 I 1 4 3 ~ SD 0 0:0 000 00 0 3 t, 1 4 S,4AI MS,C) O0 000 O0 0 3 1 1 4 $!3~ ~SDO O0 000 O0 0 ) 1 1 4 $ c ~ 5 D 0 00 000 00 0 J I 1 :R ~ O 1 MSDO I N 70 280 41 0 3 1 :l 4 RAD2 ~ISOO I~ 70 280 42 o 3 i I 4 R:AD3 ~MDO I.N 70 280 43 0 3 1. 1 4 RAD4 MSDO IN 70 280 44 0 3 I 1 4 DPI,,1 MSDO OO 000 O0 0 ~ t i 4 D P L ~ '~'$ O C) 00 00 o 00 o 3 1 I 4 DD QR M $ O (,3 () 0 000 00 0 3 I 1 4 . ,_ 68 0100000000 010:0000000 OiO0000000 0100000000 0100000000 68 OlO0000000 68 010000000~ 68 010000000 :010000:0000 68 0i00000000 68 OlO0000000 68 OlO0000000 68 0100000000 0100'000000 0100000000 68 0100000000 68 0100000000 68 0i00000000 68 9:I000'0000.0 68 OtO0000:O00 8 0100000000 ~8 0100000000 68 01000000:00 68 0100000000 68 0100000000 I$ Tape Verification Listing cblum~erger AlasKa Co~puti. nq Center 16-MAY-lg89 16:57 PAGE~ DATA DEPT,MSDO 4206.010 DPTR,NSDO 1.800 DPAZ,MSDO 293,000 QUAF.MSDO DEVI,MSDO 0,600 HLAZ,~$DO 192,000 CCRE,MSDO -999,250 AZI1.MSDD RB,MSDO 275,000 C1,MSDO g 800 C2,MSDO 9.600 LK~X,MSDO CO,~SDO 1,000 S12.aSDO 0:090 S23A,MSDO -O.aO0 Sa4A.MSDO S4A1,MSDO -0,100 SI3A,MSDO -0.-200 SC,MSDO 1,000 RADI,NSDO RAD~,MSDO 4,800 RAD3,'MSDO 4'900 RAD4,MSDO 4.,800 DPb1,MSDO DPL~,MSDO -0,309 DDOR.MSDO 1,800 D~ DF~I'MSDO MS'DO RB ~$DO CQ MSDO $4A~ MSDO RAD~ MSDO D~b~ ~SDO DEPT,NSDO CQ NSDO S4A1MSDO RAD2 NSDO D:EVI,;MSDO $4A!;~SDO RAD2,NSDO DEVI,::MSDO RB,MSDO $4Ai,~SDO MSDO DfP ,~SDO D~V:I:,MSDO RB;MSDO RAD2':MSDO DPL~NSDO 4200,010 DPTR,~SDO 0,600 HbA'Z,MSDO 273,000 CI.~!$DO 1,000 812,~8D0 0,100 S13A,MSDO 4,900 RAD3,MSDO 0,144 DDOR,MSDO 4100 0 293 1 -999 4.000. o; 260, 1' g,: 3900, O, 319. *0 3800 0 9 0 5 010 DPTR,~SDO 600 HbAZ,?$DO 000 000 S12,~$D0 900 $I. 3A;~SDO 100 112 DDQR,gSDO 010 DPTR 700 HhAZ 000 Cl 000 20.0 $13A I00 RADJ 597 DDQR 010 DPTR 800 HI, AZ 000 O00300 100 RAD3 t19 DDOR ,010 DPTR '700 HS~Z ,000 C1 ,000 ,$12 ,900 $13A ,I'00 RAD3 ,605 DDOR ~$DO ~SDO ~:SDO ~SDO ~SDO ~$DO MSDO HSDO MSDO ~SDO ~SDO ~SDO MSDO NSDO ~SDO 2 3OO 19~ 000 10 lO0 0 lO0 0 000 5 lO0 I 80O 9'00 ooo 2O0 100 5O0 4,000 177,000 10,200 0,i00 0;700 5,t00 3,700 3,500 194'000 ~0,300 0'200 0,300 5,100 2,800 10,000 !9 .9Ro '1.,700 5,100 9;200 DPAZ,MSDO 3~,000 OUAF MSD0 CCRE,MSDO -99~,250. 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F,~SDO 999.250 AZII'MSDO ;400 1~,600 l,~,ooo 6.700 DPDi.M~DO 20,0:00 76,O00 5'5'000 '0'600 6i;30,0 ~0;499 $Tape Verification Listinq hlumberger AlasKa Computi, n~ Center FILF. NA~E : SHOT .004 SERVICE : GEOLIS V ER,q. ION : 002E04 DATE : 89/05/]5 NAX REC SIZE : 1024 FIL~ TYPE L~ST FILE 1.6:57 PAGE: 15 · 5,001 TABLE TYPE : CONS TUNI CN S~AT C~UN · TaWN CTRY VALU DEFI ARCO ALAKSA. INC COMPANY ,NAME A~ASKA STATE O~ P.OYXNCE NORTH SLOPE COUNTY 50-029-21925 AP1SERIAb NDMBER USA NATION ~ . 23 SECTION ],.1h ~OWNSHIP IOE RANGE USA COUNTRY TABLE TYPE : CONS TUNI V~LU DEFI · W~TN A. £,OWE.N & C. DIXON WITNESS'S NAME MONT 05 DAT~ - DAY 04 DATE - DAY YEaR 89 DATE YEAR RUN ONE RUN N~MBER REF 73321 bOG PARAMETERS TO B,E RECORDE.[,. TABLE TYPE ~ CONS T U N ! V A I, U O E F I , . . , , . ~DEC OEO 31. FCD~ 1, M~GNETIC DECLINATION 5,~SAT'IGRAPHIC ~IGH RESOLUTXON FAST CHANNEb DEPTH DEFXN~TI'.ON Tape Vet.(fication Llstin(] $chlumber.~erq AlasKa Computing Center. 16-MAY-1989 16:57 PAGE) :16 TUNI VAbU DEFI SOFF IN -1, STAND-OFF OF THE TOO~ STRING TABLE TYPE : CURV DEFI DEPT DEPTH CHANNEL NA~E G~ GA~M~ RAY ** DATA FOR~!AT SPECIFICATION RECORD ** SET TYPE - 64EB ** TYPE REPR CODE V~BUE 1 66 0 ~ 66 0 3 79 8 4 66 5 66 6 73 7 65 9 65 11 66 !28 12 68 13 66 0 14 65 F'T I5 66 68 I6 66 0 66 ** SET TYPE ,, CHAN ** NAME SERV UMIT S~:RVICE AP,i AP.I API API FILE NU,MB NUMB SiZE REPR PROC.E~8 ID ORD~,R ~ bOG TYPE CbASS ~OD NUmB SA~P EbE~ C )DE (HEX) GR SNSC G~PI 30 310 0t 0 4 1 1 4 68 OXO0000000 ** DATA ** LIS Tape Verification I.,,isting Schlumberger ,{laska ComputJ..r~q' Center DEP?.$HSC 4208.007 GR.S~SC DEP?.SHSC 4200.007 GR.SHSC DEPT.SHSC 4100.007 GR.SHSC DEPT.SHSC 4000.007 GR,SHSC DFPT.$HSC ]900.007 GR.SHSC DEPT.SHSC 3800.007 GR.SBSC DEPT.SMSC 3700,007 GR.SHSC DEPT.SMSC 3600.007 GR.S~$C DEPT.SHSC 3500,007 GR.SHSC DEPT.S~SC 3400.007 GR.SHSC D~PT.SHSC 3314,507 GR.S~SC END OF DATA 16-MAY-1989 104.813 99.8i3 89.688 82.625 79.750 53.500 58.938 57.094 66.000 46.594 53.2~9 16:57 $*~ FILE TRAILER *$~* FILE NAME : SHDT .004. SERVICE ~ GEObI$ : 002E04 DAT : 89/05/15 MAX REC 6IZ[~ ~ 1024 FI~f~ TYPE : FS LAST FILE : **** TAPM TRAIbER **** ERVICE NAME : GEObI$ AT'F t 89/05/~5 TAPE NAME : 73321 : O1 PSEViOUS T~PE : CO~MENT : 73321. Tape Verification [.,istin~ chlU~berqer Al, asEa Comput, inq Center 16-NiAY-]g89 16:57 18 **** REEL SERVICE NAME : GEOLI$ DATE : 89/05/15 ORIGIN : ~EE[,, NAME : 7,3321 CONTINUATION # : PREVIOUS REEL : CO~ENT : RESULT,ARCO K~PA~[3K WSl-OX,50-029-~1925 Schlumberger Page I ~q~ $ C H L U ~ B E R G E R ~ COPY OF FIELD JOb Nt]mber ompany Name ell Name Field Name County 'State~ APl Number R~n.Nu:m~er Pate:[~ogged Service ~rdet Date Computed Number ? 332 0 .KUPAR~K(WEST SAK NORTH $I,~OPE 50'02g'21925 ONE 548.399 FIELD FILES GTSA~,O03,4,5 "SChlumberger Or,shore Services Alaska 'Plvl, Sion.,,,C puter Ce t ,r ~nte,rna. tio°mnal n e 500 west Airport Road: Ancnor~qe~ Al, es~a Schlumberger LIST MTSOI[JLISA.DAT; Reel Leader 548399~ ** REEL HEADER SERVICE NAME { FGTSAP DATE : 89/05/03 O~I~IN. : CSU REEL NAME : 548399~ CON?INUATION #: 01 PREVIOUS REEL : COMMENT : SCHLUMBERGER WELL SERVICES CSU TAPE Tape header 548399~ *~ TAPE HEADER SERVICE NAME : FGTSAP DATE : 89/05/03 ORIGIN : CSU TAPE NANE : 548399~ CONTINUATION #: Oi PREVIOUS TAPE : CO~NENT : SCHLUMBERGER wELL SERVICES CSU 'TAPE (EOF) File header GTSAP ,003 ~ FI~E HEADER *~ FILE NAME ~ GTSAP .003 S,ERVIC~ NA~E ~ PLAY VER$ION# I 32,2 DATE ! 89/05/03 Data'format speci~lCa'tion.teCotd b~stln'g Of set ! 'type 64LB object o E~TRY VALUE R~PCODE ,S~ZE 0 66 0 66 48~6 79 1 66 1 1, 66 -564 73 4 INCH 65' 4 6O 73 4 lin 65 4 66 1 I-MAY-89 13132142 Page Schlumberger 5IST MTBO:[]LiSA,DAT; 6istlng Of set 0 type CHA~ · NAME 8ERV UNIT SERVICE API API API AP[ FILE NUMB NUMB,SIZE 'REP PROCESS ~D ORDER # bOG TYP CbS MOD NUMB EbEM SAMP, ,COD (HEX) TOD OTSAP S 7 000 00 0 3 1 1 '4 73 8200000000 TIME CTSAP MS ETIM GTSAP S CS ~TSAP F/HR DZFF ~TSAP F TENS GTSAP LBF MAR~ CTSAP F RSPR GTSAP SPAZ CTSAP MV SPAP GTSAP RIT~ CTSAP DEGC RSFV GTSAP MV SFVP V AP MA SFCP CTSAP MA SFCZ GTSAP RIRD GT~AP MM/M IRDN GTSAP ~M/M ~TSAP MM/M X'DGTSAP RIR~ GTSAP MM/M ZRM GTSAP GTSRP MM/M IRM GTS:AP MM/~ RIX GTSAP ~X~ GTSAP ZX:MP ,OTSRP IXMN ~TSAP D¢I~ GTSRP MM/M .~MOF GTSAP D~F ~T$~P RSFB GTSAP MA $reZ GTSA'P MA 8FBP V RRFO GTSAP V RFO¢ C?SAP V 636 21 0 3 636 21 0 3 6362 1 0 3 63621 0 3 635 2i 0 3 · 150 01 0 3 000 O0 0 3 000 00 0 3 000 00 0 °°° ° 000 0 0 000 00 ooo oo 0 000 00 0 3 000 00 0 00000 0 3 000 O0 0 3 000 O0 0 3 00'0 00 0 3 7 000 O0 O 7 000 00 0 7 000 O0 0:3 7 00000 0 3 7 000 00 0 3 7 000O0 0 3 7 000 00 0 3 7 000.00 0 3 7 000,00 0 3 7 00:0 O0 0 3 7 000 O0 0 3 7 000 00 0 3 7 000 00 0 3 000 00 0 3 000 00 0 3 000 O0 0 °oo o 000 0 0 000 O0 0 3 000 O0 0 3 000 00 0 3 000 O0 0 3 0 0 3 o 000 00 0 3 000 O0 ,0 3 000 00 0 3 1 1 1 ,1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 I 1 1 1, 1 I I I 1 1 1 I I 1 I i 1 1 1 1 4 4 4 4 4 ,4. 4 ¢ 4 68 80000:00000 68 8000000000 49 8200000000 68 8000020000 68 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 68 8000000000 68 80,00000000 68 8000000000 68 8'000000000 68 8000000000 80000 0000 80000§0000 68 8000000000 800000'0000 8 8000.0,00000 80.00.0.00:000 ~ 8000000000 ~ 8000000000 6 8000000000 68 8000000000 ~ 8000:000,000 ~ 8000:000000 68 800000'0000 68 80000.00000 68 8000,000,00,0 6,8 800000,0000 68 80000'00000 · 49 8~00000000 49 800.000000 49 80:00000000 49 r'8000000000 49 '8000000000 49 ,8000000000 49 ~,8000000000 8000000000 8000000000 49 80'0'0000000 49 800002,0000 49 800002,0000 49 8000000000 49 8000000000 49 8000020000 49 8000020000 Schlumberger L~ST ~TBO~[]LISA,DAT~ RXF5 6T~AP V XFOC GT~P RPSD GY$~P EPSD GTSAP XPS~ GTSAP IPSD GTSAP ~DA ~TSAP 2~XP GTSAP VODC IWFI GTSAP IWF2 GTSAP INDB ISVT GTS~ 23¥? 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D~I~F ~TSAP SPill ~TSAP iT~ ~TSAP DL()G ~TSAP ST'(:D GTSAP R~SC GTSAP GTSAP CO~ GTSAP DB ,GTSAP S~:'E ~TSAP DB NF'C 'GTSAP RG, R GTSAP GAP! GR GTS:AP 'GAPI STAG GTSAP HT1,N i~ ~TSAP M'RI:~ aTSAP ~TI:~_ ~TSAP A~E ]:TSAP' D?:~ eTSAP C?~P ~TSAP SPA G~&AP ~V SPAR ~TSAP US/F OHMM DEGF DEGC DC/K GC 7 58]. 04 7 58001 7 ,58O O2 58003 7 590 ~4 592 ! 7 58 02 ? 58~ 03 58120504 58106 7 58 1 07 ? 5~! 08 I580 05 580 06 7 590 07 7 58008 7 582 05 ? 58 O? 1, 8 58 0 0 ~ 7 890 000 O0 ? 000 O0 ooo 7000 7 000 O0 000 O0 ~ ooo ~g 7 000 ooo 7, 000 ?, ooo 8~ 7 '3 I0 ~ 0 0 000 o0 oo~ :8o° 7 000 O0 7 000 O0 000 ? !oo o 3 0 3 0 3 0 3 0 3 0 3 0 3 0 3 0 3 0 3 o 3 0 3 0 3 0 3 0 o 0 0 0 2t 0 3 o 3 0 0 3 0 3 0 ~ 0 3 0 ~ 0 3 0 3 0 3 0 3 0 2t o 3 0 2t 0 ~ 0 3 0 o °~ 0 0 0 0 0 0 0 0 ~ 0 3 0 3 0 3 ol o °I 0 ! 500 500 5o0 5o0 ! ! ! 1 1 1 ! ! 500 $o0 SO0 500 ! 1 1 1 ! 1 1 ! ! ! ! ! 1 ! 'I I 1 ! 1 ! ! ! 1 1 1 1 1 1 1 1 1 1 1 1 1 I I 1 1 1 1 1 1 1 1 ! :t2 1 ! ! 1 1 ! ! 1 ! !. ! ! !I 4 o0 oo 500 4 4 4 4 4 4 4 4 $00 500 0 11~A¥-89 13:32:42 Page 68 9000000000 56 9000000000 56 9000000000 56 9000000000 56 9000000000 68 ~000000000 68 000000000 68 9000000000 68 9000000000 68 9~80000000 68 9 0000000 9000000000 6 go00000oo0 6 ~ ~ooooooo 0000000 56 go00000000 56 9000000000 68 90~00000'00 68 9'0 0000000 68 go00 O0 ! 0 68 8, ~00 0000 00.00000 ~ oooooooo 2:00,0.00000 68 200000000 68 ~200000000 68 80?0,000000 )0000000 68 90~ 79 8000000000 4.9 8:000000000 49 800.00000:00 49 8000000000 49 800000,0000 49 8000000000 80'00000:000 ,oo,ooooooo ~ ,:o, oooooooo ,oooooo,ooo ,, ,ooooooooo ,~ ,ooooooooo i~ ,ooo, oi,oooo 800:00,,}0000 ,, ,ooooooooo 49 8000000000 I~ ,ooooooooo 80,0000:0:000 49 8400000000 8000000000 90'00010000 90:00~010000 49 88:00000000 49 ~000000000' Schlumberger hiST ~TBO{£]blSA,DAT~ ~l-MAY-89 13132=42 Page SPM¥ G?SAP MV 7 010 01 0 3 1 ]. 2 49 8000020000 $P GTSAP NV 7 010 O1 0 3 ! I 2 49 8800000000 End o~'set Data record type 0 DEPT 514020 .llN42B),5 FT 1305~6108 M ?OD 294679794 TIME 8890. ETIM 8.889999 CS 202,4 DIFF 0 3 M~RK 36,75 RBPR SPAP t~ ? RSFC 8 293936 SFVP 311,6927 $FVZ 2.7939606 RSFV !0,45921 $96, SPAZ 5,57 ~IXD ~8,209~9 ~P~ 5.1~3167 ZXDP 243.6652 IXDN ~ 44,4~5 ~RM~ 36,20404 3~79,034 IRMN 318.7.344 RIXM .321289 ! ~N 3253,728 DCXD ~ DC~ O' IXMP ~31.2698 ~DOF I~QF SFQF' DEQF SF~ -~-504 8, BP ~0 ROI. ~4, OlHV 2~RP 2 244 Ii:DA 64 2XXP ~'7~3 VOD ~WF2 ~ o 5 ZtDB 5vs $~1 ,5~ 25v DER& bTT4 i wF4D 4:194,.133 WF'iD W:F tlI" :=767 SFCP 11'76942 IRDN 1848.2 RIRM 244,0088 ~XMZ -15,97144 OCSr XFOC iRMA 0,02881 ~Wri 2,055 'IFRE IRD 8.477 ~T2 488.3999 LTT3 i546, ~F3D 4!94,541 1 '1 0 0 0 0 0 0 I -70 ,"26 iL 0 0 30 1 ! 1 ,,,,! 0 0 0 0 0 L ! ST 48 ~0 9 '"69 -]8 ]4 64 .,? 2O 15 67 -68 -! 1 1 1 I 1 I 1 116 1 1 11-MA¥,,,89 13:32:42 Page '20 '11 -59 '65 '41 8~ 19 '40 49 : SchIumbegge~ "6 [] LTSA. DATI ! ! ! ! ! 1 1 ~0 ,,14 .,½~ -2? -67 10 1 ! 16 ..8 ,:~ ,,,,I 5 Paqe Schlumberqer IF3 NITBOl [)bIGA.DAT; .17 -2 1'/ 5 -14 -2 1 1 19 1 0 0 1 12 -6 -6 2{O 5 -4 1 1 1 ,1 -2 ~ Page 10 8 Schlumberger I~YST NTBO~[]LISA.DAT~ 44 64 ,,30 .8 6O '7'7 5 0 -3 -7 2 II-~A¥-Bg -8 26 62 -43 -114 26 69 47 .! .14 ! 3 ~ 32: 42 Page. 11 36 -..1 LiST ~TBO~[]LISA,DAT~ -35 29 -10 -6 1 -23 -64 90 12 :~I 5 -14 -25 -23 t 0 .:,:~ 'ti I' 1 11'MAY"89 '1 '71 27 ? 0 WF4N 0,4'3581,03 13:32:42 'I Page 38 -~. -3 -20 - 0 .908 Schlumberger £,I$T MTBO~ 1 ! 1 ! 5 0 9 -16 -16 [] I]ISA,DAT~ 3 -3 -44 'il 1 't ~ , -102 ! 1 4 -40 - 2 .I :~I t~ 1 ! 1 t ! 10 17 iO .~,~ ,,:i '!,i 32:42 1 1 1 .1 1 ! 1 Page t t "8 -.~ -Ii~. ~ ' Schlumberger L! ST WF6 -! 3'7 4O ',,26 ! 1 1 1 1 t 'I 1 -20 -14 ,5 -25 1 1 1 ! 1 ! ! ! 1 -? ""1i 2O 39 37 lI-~AY-89 4O .1 .1 1 1 13:32142 3,1 Page 40 · '18 '" 1 14 o$ ~9 1 1 ! ! 1 ! ~0 -6 "6 0 44 I? -! ! t ! i ! 30 59 $? 30 7 Il-NAY-89 -2 -19 -! $ 30 ." 13 13~$2~42 -ii 'Ii i Page -3 -10 -17 :~i ,i i ! 15 Schlumberger II-MAY-Sg 13=32~42 Page - 5 -{ -1 -1 .I~ . .~ .~o 6 8 .! :i :t ' -6~ :!{ -67 '" 11 i i i 16 SChlumberger LIST 1 1 1 1 1 1 1 -13 1! ,.4 'I *:tO 'i 1 ,,8 -$ ~0 ,,,.~0 1,0~ i .. ! { 1 1 1 1 ,3 3 .4 ,,4 -10 -3 :t '100 I 1 1 6 8 -$ 1 'i ' 0 :!'~ ,:. 11-MA¥-89 131,,']2:42 Page I7 Schlumberger LIST MTB0t Il-MAY'89 13:32:42 Page 18 -17 -15 -14 15,9 SPHI -35, ITT 0 0~966404 DbOG O, 0.. O, O, O, O, O, , , 0,. O, ' o. o. . O, O' O, O, O' ' STCD3407.533 2, 0.870878§ 131. 1a50, 20.01!~3 0.7662969 . t31. 19 O, 34,45582 0.79747t~ 197. 2'351~., 46,3522e 0.7407093 X~T. 2600. 47,44869 0.4659652 16~.. 33.7624 0.135225? 165- 2600, 38;64686 0,96.246:~$ 199- 2350, 44,82986 0,6872038 i99. 2600, 45.86,~9 0,4505402 ! 6 " 2800, 44,23!84 0.4184089 !75. '2701[, 44,64005 0.6642t7~ 197. 2300. 43,69043 0,54924 . 19., 2600, 0.8515645 202. 2~50, 39,39333 0.56180!i1 _ ..~ o ~o~. ~ooo: ' o~s~ o. ..sc o. .._' o' COHO 0., COHS O' COST O, CHE O. SHE 0." 8TSG ~76 HTEN -294,8 R~TE -294.8 ~R~$ 0.3882 MTE.~ 79.44 AMTE 26.36 D'TEM O. ~CTEM 4].66 HV 2S!.8 CCSW ~44 _ RSP' 377, . .SPA ~6. SPAR -5e,63 . SPHV .-508,8 . se' Data record type 0 DEPT 450000 .,l!~ '3750, FT 1~43, I~ TOD .29468 t299 TIME ,4! RS.PR SFCZ -0.06 RIXD -97.9 IXDZ 5-i29089 3t80.$52 FeZ -~.,496 SFBP 2'XRP ,25~ ~DA 0~01904 IWF,2 ',059 I.~DB ~,125 ..684 'DECL I59,6 XDPH 6.922 TT4' SSSX .45 IRON 106, 0,04 0 03 Ri.R~ X.XMZ ~CSF RSFB FTVP XFO¢ IR~N 31:87.654 D 1 9.0229'5 ' XPSD I 89 2XXP: DIF,F 6:495 40.93707 DCX:~ ~,.07031 DE~F 0,0'9~75' IflFl~ 2 068 csrb lED 128,1 ~IXD X~ 122;,9 ~XbD CXDP ~44,4 CIMP TT~ 5~5-~ TT3 bTT3 161S,2 W~4~ WF3D ~66'1. 2¸6 30¸ 'I. IX~ 8.'1'25 IhD 6,?.46 I~PH 6.$63 bTT1 WF1D ,661,45 I. Schlum~eTgeT LXST ~TBO~ []LZSA.DAT~ 1 o o o 0 o o 1 ! ! ! 1 ' ~ i :! 1 1 1 o 0 o o 0 o t t -28 1 -26 , '~ :! 1 ! 1 o o 0 0 1 1 1 ,I .: *:tO 28 -! ! ! 1 1 1 1. 1 I 1 1 1 1, 18 23 45 -16 11,'~A¥-89 1.3: 1 1 0 0 o. o o' t I 1 1 I 0 1° .-.~ 32:42 Page 19 1 1 o 0 0 o o o 1 1 1 1 1 1 1 1 ! "~ S¢.hlu~berger WF2 t4 :I 1 ,,45 -44 ]LISA,DAT; 15 9 ? -i 0 52 -12 ,,1 4 -2 4 8 9 .1 29 i i i 39 19 7 $ 10 =51 Ii-MAY-89 23 12 'I 0 13{]2:42 0 o t.~ Page 19 2O Schlt~mberg~r hiST ,, $ ! ! ! 1 1, ! ! 1 1 -24 -14 -2 ~0 8 0 i -14 4 ,,10 8 0 o! 1¸1 -26 4 -1~ 0 3 l -MAY-89 '¸28 -, -$ .~? Peoe 2¸1 ~c~lu~erger ~I~T WF4 59 25 '! 11-MA¥-89 13:32:42 42 6 34 -2 t Page 22 P, TBOI "52 ! ! ! ,'~ -40 "'54 26 -9 , , I I I 1 ! .3 ,' ~ ~,~ 1 "40 : ! 1 1 ~l~. ',,21! Page 23 ,,, Schlumberqer WFIN WF6D MTBO:[]LISA,DAT; 22 47 t! o.~,o~! 52 5 29 56 4] WF2N 0-6508652 WF7D 3659,9 -26 1 ! 1 1 'tI 60 -44 29 1 1 ! I. 11-~!A¥-89 13~32:42 Page 53 56 58 47 48 49 22 17 14 0,3566t59 WFSD .t660,55 24¸ Schlumberger LIST WF$ MTBO~[]LISA,DAT~ -25 40 -24 -7 ? "'~ 0 2O 6 ! 7 2O ¸-25 2 8 ,,9 ¸29 13;~2142 Page 46 25 Schlumberger 5I$T MTBO ~' WF7 BO 8 -! 0 '~I 0 1 ! 1 7 9 -5 -16 10 1 .! 4~ 25 ,,20 ,,14 -,~.~ ! 1 'I 7 -9 -,18 0 ..~½ t ~ 29 1 ll-MAY~89 -4 -58 $ -1 0 Page Schlumberger ~?~0~ ! i 1 ! I t 1 1 't -? 2: ~0 : ~ $0 1 ! "2 ! 1t ,,7 :tO 0 -'2~ ! 1 1 1 0 .-~ 2~4.2 Page 2'/ ~F8 ~TOO; []blS~,DAT; 27 -36 10 7 -42 19 -25 7 44 29 1 1 1 .I -2 -50 ,, 15 29 ! .2,~ ! ! 0 13132:42 -19 ,,54 28 Schlumberger LIST MTBOI []LISA,DAT~ lI-~AY-89 13~$2~42 Pa~e 29 1 3~ -25 -40 -10 ¢$ DTb DLOG 0,875488~ 0,4267578 O, S?CD - i 1 1° :~ 5 59 63 6~ 69 65 -97 -97 ~9 26 3 WF6N .OT~N t~8 DTbF ~.~,~58!1 0,4980469 ~o~. ~. o.~ ~1 o' o, o: 3662{058 2' 0,9767.208 ' 2 ! 6 ,280~ 203- 2450,' 41,99,352 2350, 202, 202, ,2350o 39,77257 STSG: :~6 HTEN t~10 RH. TE ! Da~a r'eco.rd~ype 0 DEPT 385980 ,IYN 32t6~5 FT 980,3892 M TENS 1905, MARK 57,44 RSPR 3980§ SPAZ 5,57 SPAP ~ L I ST RITE 8FCP RIRM DCSF RSFB FTVP XFOC IRMA IWF1 $2IV IFRE IIRD CIDP LTT~ MTB0~[]LISA 23.55 11.768!8 1849.636 ~6.0802 16,00635 0.0415, 63.44 ],811 0,08887 0,03369 2,025 ~06299 4 508 82.5 5~8.7999 1747',6 3127,383 -26 1 I I I ! 1 1 ! I 1 ! -6 -4 ,DAT; RSFV 20,63629 SFCZ -0,069~278 RIXD -99,8! 94 IRMZ -36.09657 SFBZ FTVZ 0.0127 EPSD 1.854 ' IRP 2.225 ~WF2 2,025 15¥S , 684 IPBA U5.69 CIMP t33.8 ~T 1105.2 h?{4 1477,6 ~F4D 1127,158 ,,7 -23 SFVP .6899 Z '5~088196 RRFO.I,O04 EPSD 2,264 IRDA 0,02393 INDB 4,129 D$C~ 2 iTE~ 24,53 CSFA 1. t4,9 CI~M 4 ~DPH ~T '61~ 1 1 1 0 :,2tl '-~ 1 'Il ,"70 29 1 1 ,.i 1 .1 I' -4 -[~, -,its i i','MA SFYZ 0.7888718 IRDZ-17,05493 IXDP 245.6647 IRMN 31,90.144 DCID 0.03613 ROIH RFOC 0,522 2IXP 2,2~5 iSVY 4.?01 DEC$ 6i44 SFB 68 sr~u 9 l~ xxx..~.oi~2 IMPH 7.%69 i -4 :{:oo Rs~¢ 4.380465 IRDP 846,31 IXDN I 9 081.85 D¢~8 0,04~$ DIHV RXFO 0,1816 IPID 2,25 V0D! SFV t9.36 SFLA 8.695 ,~, .,.~ .,,,. t i 2 . 3O SchlUmberger LIST ~TBOI[{I,,ISA,DAT; 82 1 35 72 30 -9 4 0 ,,2 0 5 'I ! 0 1 1 1 1 1 ! 30 23 8 0 29 28 -20 -10 5 4 ,'7 1 -8 ,,,! -! -! 0 .2¸5 -24 21 ,,52 ',17 20 15 7 ! 1! ,,8 -3 ~9 :'t 1 I' -45 "7 -28 I0 0 0 "6 0 ? 29 1 I 11-MAY-89 -2O '7 -56 ,,, 12 25 o 'I 1i 13:32:42 ',4 38 6 -22 'II -2! 'I ,,4 1 Page -1 28 48 65 ,,'18 '8 0 :½ 6 6' '1 ]1 $C~l~m~erger ~IST I ! 1 I 8 12 ,,? 18 -2 10 -10~ -2 'I ! 16 15 -13 ,,,8 ]'LISA,DAT~ 1 I 1 I 1 1 -6 $ 7 15 -4 0 "i -'l 8 :,½ , 'tm 7 '"8 't '1 mO 6.6 i! ,,8 ,,8 ? 9 '! $ -26 1 1 ½ t4 11 "8 17 "6 13:32:42 1 -i ii} -{ : "1'{ '20 '0 .0 Page $chlumberger []LISA,DAT~ 1 ! 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 I 0 ,"8 0 ,, ]0 -,9 ,,,7 1 1 1 1 1 1 1 1 1 1 1 1 1 t 0 4 ,-6 . ~ 1 7 1 1 1 1 1 1 1 1 1 1 8 1, 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ,,8 ,,4 I0 1, 10 17 7 ! 1-~A¥-Sg 13I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 ,,8 :I 0 ,,,8 1 1 1 1 ,1 1 0 8 0 32~42 Page. 33 $¢~2o~berger WF4 []LI6A,DAT; 4 6 6 4 -3 -3 0 -25 1 ,I 7 'I -? ,,3 8 'I 1 29 13 0 0 3 3 ',,3 6 4 29 ! 1 1 ! ! 1 1 ! 1 ! I. ! , 13' 4 0 0 2 4 '4 2 I 1 1 1 1 1 1 ! ! 10 1313214:~ -3 O' ~LO 1 1 ! ~L ! t 0 34 -38 56 75 44 8 -lO -18 0 7 10 -4 ,,4 -3 ,,,6 0 -7 -10 ! 10 64952 ~FBD -26 1 1 1 -50 -23 0 10 10 1168062 ,.26 I 1 1 ,1 1 1 1 1 1 1 1 1 1 1 36 "'8 ,,,5"/ ..3 .,31 -! 0 24 0 -,6 16. ? 6 WFSD ],649528' 1.26,267 ,1 1 i .29 I 11'MA¥"89 ~2 '9 4O 0 5 2 15 2O 27 "1 4 '2 ~r4N i.774087 1 1 1 1 1 1 1 t I 1 ! 1 13132:42. ~ 6 ~0 0 wrso Page '/2 ,,,11 11 21 4 6 5 -2 4 0 1. 1 1, I '! 1 1 1 1 ,1 1 i ¸35 SChlumberger WF6 PT~O~ 1 2 12 2 6 -6 -2 -1 2 ,,,1 ,,,19 -12 -30 -32 ~4 'i -2 '"6 ! 0 '2§ ! ]LISA.DAT; 1 1 1 ,"i ½ 0 0 2 -§6 2o 1 ? 1.0 7 ? ,-4 8, ,It 0 10 ! ! 2 -6 0 10 1 5 -6 ~2 0 5 -60 -3~ -45 -47 8 1 1 ,-9 2 -5 ,9 -6 -9 10 -20 -10 -!1 14 48 i 0 9 10 8 0 '~, ~, 0 29 I ! .I 1-{~AY'89 . 1 I 4 -8 .5 ,,9 7 7 20 12 22 72 34 89 51 ~ . 1313 1 1 1 5 -4 1o -lo ? 4 15 8 3 49 69 9o 27 61 57 52 5 0 '! 1'2 0 2142 MTBO~ 1 1 1 1 1 1 1 ! -3 -! 1 1 1 1 1 1. 1' 1 1 1 ! 2O 'i -.7 1 1 ! 1 ! 1 1 X, ! 1 ,-~ Il-MAY-89 1 t .1 1 1 "!i .:i ! 1 t 1 1 1 3.7 Schlumberger '26 1 t 1 4 4 :~ I 1 29 1 ! 't 1 1 1 1 · Schlumberger L~$T -23 -'3 ,,4~, -4? -~0 0 ½o 8 10 1 1 1 1 1 1 I, 3. 1 "2*'/ '5 3 4 ., 8 ~8 -6 ,,8 1 i, i 1 3.O8 4 ~0 ~8 'I 29 1 1 I 1 t 1 124 1 ii ¸29 1 1, 1 1 t 1 1 1 11-~AY-B9 52 2 -42 13 -10 $8 .,2 1 1 1 1 i. i 13132:42 Page 1 1 '39 Scblumberqer LIST PTBO: ! 3 -9 7 ..1 ! 0 66 79 41 46 46 ",0 ~0 ~8 DTh 1'5,4 DL0~,8168945 O, S?CD 3128,44! 1 -12 8 -10 7 19 ~8 '0 ~ 4 WF6N 1.18790 DTLN li. 8.9 2.002, O: 3,. 1 b 0 o15 ~6 6 1 ! 1 6 11 -11 It ,-29 3! 0,89648,44 130, O. .~' ~', 0,2614481 O, WFSN O, 1 4 'oll -6 -,8 2½ 6 6 1 8 13:~32:42 I 1 1 1 0 !" O~ Page 4 lO 'It 41 18 7 ,0 168. o,~*~o~a~ 1500, 7.0.21294. 0.04907279 40 Schlumberger LXST MTB01[]LISA,DAT; gPK co.c 0.8999 STSG AMTE 2~.61 RSP 374,8 co~s 6{52 WFC o ~ ,~ HTEN 1~9! RHTE ! ~! DTE~ ~ ~6 CTEN 43 SPA 3 8 5 SPAR '60.97 Il'MAY-89 131~32.'42 Page 154. 1400, 8.204857 0.7479609 199. 2250, 45,30451 0,8560158 I 7 178. 2600, 40.6066 0.5825378 197. 260 39,.25439 0.2699108 20~* 2450. 42,1646'7 0.326844§ RMSC 1.005 CHE 18,94 RGR 27.56 MRE8 0.4248 HV !45.9 SPMV .50~,8 PR 0.09033 SHE 17,06 GR 27.81 NTEM 74.5 CCSW 6144. SP -60,94 41 Data record type 0 DEPT 321960 ,liN 2683, FT 817.7784 M TOD 294684200 C$ 1'341 DIFF 0.05 SPAP TENS i820. RITE 23.,il SFCP 11-77167 ZRDN 1863.015 ,: ,1 33 ,oc o: $ v X~IE S~, 0 6 .r~o ! .I t 1, TIME 134B. ETIM 4415,082 ~ARK 57.44 -8 RiPR 400'5183;7 RSFV 0.06005.59 'SFVP 311 R~R4 37 SFCZ -0.0691~424 ' ~vz o o~, ~FO IWF2 i~DB 4;t76 ,IPBA EM 03 '; M CINP 46-09 ,TI3LTT4 779; gt~T ,4 WF4D 259~,625 RSFC 0.5666513 .IRDP 1859,299 IXDN ~895,39! RIXM 642-327 DCIM ~.07fl61 IPSD 2,254 VODC 4,~262 25VT 2,391 SPAZ 5 8 1 SFVZ 0'~37982 IRDZ -~ 26 9~4 IR~N 3 ! 46 RFOC 0 ~ XPSD 1 ~ 4 ,xp 3 ~Iv, ~ ~I~ DECS ~ 44 SFB 0~6 SF~U 969 lI'X~ '59 , I~PH 2 67 LTT1 7 .E.~ ! I° ~X~ 1.~5:0 Ib~ 2i..45 TTI, 472, LTT, 662.4 WF21 2594,275 3O i ! Schlumberger b~$T ~T~O~ 2 2 2 1 2 ,,,3 tt -1 -4 ,,6 3 4 2 2 1 -$ $? ,~ 0 8 $ 0 -! 2 ,,2 1 1 t 7 .8 4¸2 Schlumberger LIST -4 4 ! 5 ! 1 1 1 0 ! 1 ! ,,3 . ½i ]LISA,DAT; '1 2 1 1 ! 1 1 ! ! ! ! -! 4o 0 10 ,,8 t7 9 4 29 1 1 1 ! 1 1 1 o 0 0 0 9 II'~AY"'89 14 -! 1 1 1 1 1 1 1 ! 2o 'i -42 , 13:32:42 8 11 -4 Page 1 I 1 1 1 1 1 1 1 ! 1 43 Schlumberger LTST MTBO~ £ - 10 1! 30 'I lO ,,26 ! 1 0 ! 0 0 ~4 ~0 1 ! 'i '! -8 ,.9 8 ,,,lO ,,IO 3O 1 0 'I -6 -25 -30 3¢ ,,30 I0 3O 1 I. 0 II-MAY-Sg -2O -25 8 -! $ $ ,,3 I ,,1 0 0 0 0 0 -36 -.~L3 0 11 I 1 'I 1 1 0 0 ! -I Page -43 -! 3 "6 44 Schlumberger LIST WF4 []LISA,DA, T; 10 44 ~o ~0 40 ,,8 -2~ -24 ,,,5 "! ~ ½o -~. ,'25 I 1 1 t 1 ! 0 44 .17 -60 -19 -2 3O $ 't* ,,18 $ $ ,,2 76 34 -3 :I~ ,,8 29 58 106 64 -:26 -11 45 11-MA¥-89 -5 82 35 30 t3 It ]3)32=42 -70 9 2O Page Schlumberger L~ST 1 1 1 1 :! 80 4087 0 2 l o 8 7O ,,40 7 1-MAY-89 "20 WF4N 0,972041.2 0 1 '1 1 .1 $ 'I WFSD 2593,,4 Page 46 Schlumberger ~F5 MTBOI[]LISA,DAT~ -2 2 0 1 1 1 1 1 I 1 2 0 - 0 ~0 1 1 1 1 1 1 ! ! 0 .i ,.~ . .2 2 29 1 1 1 I 1 0 1 1 0 "! 'I "8 ll'~AY'89 1 1 I I 1 1 .~, :I "18 : Page 47 1 1 I I 1 1 1 ! 1 'i $chlumberqer;bIST WF6 ~TBO~[ 23 -21 -;{5 - 28 -{,1 {,2 ,,16 0 4 -25 ! 1 0 0 ]blS~oPAT~ 6 *2 -24 -25 1 1 1 1 1 1 1 -! .! 10 0 8 .,9 12 ~0 29 10 3 -3 ,, 10 '2 29 i i ! 1 1 {. ! ! 0 ,,[ 11-~A¥-89 14 I 1 1 1 ,i -i -! -I 13132142 -2 10 t8 'Page ! i i i 'i 48 8chlumverqer LIST ~TBOIE]LISAeDATt -$9 .t~° ~0 ?0 ?0 .,,42 29 0 -7 3? 1 1 1 1 1 1 ! ! ,.2 I i 0 .,.28 1 2O 0 3O 1 1 1 80 40 64 72 10 t 1 1 1 1 1 1 13:32:42 ?I 'i 1 1 1 1 ! Page 1 1 1 49 Schlumberger ~TBO: 1 1 1 -4 ,,5 i08 ,,3 ~0 [ ] bISA,DATI 1 10 ,,,3 $ '? ! . -25 1 -7 t 1 1 1 1 ! 16 :t : 11-PAY-89 13:32:42 1 1 1 1 1 1 .1 1 1 1 1 1 ! 10 ,,30 '!~ Paqe' 5O ! 1 1 1 1 ! 0 -1 2 0 1 1 ,,6 .1 0 ! 1 1 1 1 1 ! 0 ! 0 1 ! ,. ~ ,,8 ,} .,37 -32 1 ! ! 1 1 I 1 ! ' .,.42t 1 1 1 1 0 0 1 · .'t I Page 5¸I Schlumberger LIST MTBO:[ ]LISA,DAT~ 95 73 49 37 3 - -82 -74 -7 -64 -54 -68 ~ -48 '80 -65 DbOG 0,98242,9 , 56 0 4208984 17, 80 O, 0,831054~ 201. 0, O, O, O, 0,~ O, O, O, O, O, STCD 2594,90,8 3, 0.607514:b 55. ~ 5.5. 1300. 9,9~075! 0.8293657 0.3457978 136. 150,2 32,69877 45,'2i438 0,8152767 7 199, 2600, 2200, 43,02169 0'97~599V79 198- 200- 2200' 3 , 763 0.397689 0.8515694 138- 1200, -8'319664 :!0,58585 0.2795214 . 165' 1550, 2000, 24,07468 .0,8.9951 199, 199, 2600. : 46,'8981~ ~PK 3. DTCO 121-3 D2SM 180.. CO~C 0'25 COHS 0'4038 C~ST~ 0,25 STE )8-34 WFC 3. WFSH STSG i76 HT~N I370 RH~E 1370 AMTE 23'36 DTEM -1.338E+04 CTEM 42. R$~ 413,~ SPA .File tr'atler GTSAP ,003 * FI. bE T~.AIb NA~E . GTSAP ,003 SERVICE NA~E I P~AY PAX.' REC. ~EN,'.I' 92 rlb~ TYPE NEXT FlbE 11-~AY-Sg 13:.132:42 32 -83 -42 WFSN 0.]9 SPHI 0.{ 0,6381836 166, O, O, 36 ..80 ,.28 85 54041 64889 Page 38 ".18 -81 DT 56 90001 ITT 0,{702778 0,866 ~ 0'267200, , 0., ,, 52 950, 8,330666 0,5049736 136- ~1750, 28.7758 0.8687599 199. 230:0,. 46,48623 0.875407~ '.198, 2550, 45,95069 0,5~68935 200. 2550, 4'.3139 0-6589644 138, 1650, 2.35604t 0.1668661 165. 2300, 44,94137 0,7943053 R.~C ~.482 PR 0.083:01 CHE 3~,,9! 'SHE 34,97 RGR 35;53 :G~ 35.69 ~RE8 0.4287 .MTEM 74-06 HV 2~8'3 CCSW 6.144 SPMV '508,8 SP. ".22,55 Schlumberger LIST MTBOg£]LISA,DA?} il-MAY-89 13{32{42 Page 53 #LR #PR ~ENC #DR ~FM PI PI.UNfTS HAXPI MINPI 3417 3426 0 3387 338? DEPT lin 514020 310860 DEPT ~ 4283,5 2590.5 DEPT M 1305,6108 789,5844 File header G?SAP ,004 ** FILE HEADER FILE ~AME ~ GTSAP ,004 SERVICE NA.E e PLAY VERB.ION # , 32.2 DATE {89?0 5/03 NAX. REC. LEN, FILE TYPE PREVIOUS FILE , Data for~at specification record Listing of set' 3 ,type 6~E ENTRY VALUE REPCODE I 0 66 object 0 2 0 66 ,4 8 X 6 79 4 ! 66 5 1 66 9 ,lin 4 1 Z N 6 5 0 :l End Of se't L,istln~ of set 0 type CHAN NAME SERV UNiT SERVICE APl APl AP1AP'"! FiLE NUMB NUMB SIZE REP PROCESS ~D ORDER # LOG TYP CLS MOD .NUMB ELE'M 'SAMP COD (HEX) 49 8200OO0000 oooo oooo Schlumberger ~YST ~TBO~[]LISA.DAT~ ~ARA GTSAP F RSPR GTSAP ~V SPAZ GTSAP NV SPAP GTSAP ~V R~Tg GT~AP DEGC RSFV GTSAP MV SFVP GTSAP SFVZ G?$AP ~V RSFC GTSAP AA SFCP GTSAP SFCZ GTSAP RIR~ GTSAP M~/~ I.DZ GTSAP ~/. IRDN ~TSAP ~/. RIXD ~TSAP ../, IXDZ GT~AP ~/~ IXDP ~T AP MM/M IXDN GTSAP MM/M RIRM GTSAP M,/~ lRMZ Gl,AP ../, IRMP GTSAP MM/. RMN ~TSAP MM/~ iX~ ~TSAP MM/~ IXMZ GTaAP XMP Gl&AP M./. 'XMN ~T~AP MM/. · D¢I~ GTSAP OF GTSAP z_,OF GTSAP SFO,F GTSAP DEQF GTSAP RaFB GTSAP MR SFBZ Gl&AP GTSAP V D~HV GTSAP V FTVPGTSAP V F?¥Z GTSAP V RRF,O:,GT,$AP V RFOC GTSAP V R~F:O GT~AP V XFOC GTSAP V IPSD GYS~P IRmA Gl&AP 2YRP ~TSAP IRDAGTaAP 2IXP VODC Gl&AP iWF! GTaAP 'IWF2 GTSAP INDB GTSAP 150 O1 o 4 000 O0 0 4 000 OO o 4 000 O0 0 4 000 O0 o 4 000 O0 0 4 000 O0 o 4 000 O0 0 4 000 O0 0 4 000 O0 0 4 000 O0 0 4 000 O0 0 4 000 O0 0 4 o00 go 0 4 000 OO 0 4 000 go 0 4 000 O0 0 4 000 O0 0 4 000 O0 0 4 ,00 0 800 ~ o ~ 000 O0 0 4 000 O0 0 4 000 O0 0 4 000 O0 0 4 000~ 0.0. 44 000 vv 000 O0 O. 4 000 O0 o' 4 7 '000 O0 0 4 ? 0000000 O0 4 7 000 7 000 O0 0 4 ? 000 0 000 0 4 '? 000 O0 04 ? 0 O0 00 0 4 7 000 O0 0 4 7 000 O0 0 4 7 0 0 O0 0 4 o~o ~ o .~ 000 0 ~ ~ ~ go o , O0 0 4 7000 O0 0 4: 7 000 0'0 0 4 7 000 O0 0 4 7 000 O0 0 4 7 000,00 0 4 7000 O0 0 4 0 0 ~ ~ r~O 0 ' , oo~ ~ o, O0 0 4 ? 00o O0 o 4 1 1 1 1 1 1 1 t ! ! 1 1 i ! ! 1 1 1 1 i ! ! ! 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ! ! 1 1 ! ,1, ! ! ! t 1 1 1 2 2 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 1 .11-MAY-Bg 13132:42 Page 49 8000000000 ~, ,, ,ooooooooo ...ooooooooo ~, ,ooooooooo ~. .ooooooooo ~, ,ooooooooo ~, .ooooooooo ,, ,ooooooooo ., ,~ ,ooooooooo ,, ,ooooooooo 68 8 0000 ~. .ooooooooo ,. .ooooooooo ,. .ooooooooo ,~ .o oooooo ~ ~8oooooo 00000 0 !~ Ioo.~ oo 00000 06~ 00000 8000000000 8000000000 0000 00000 000000000 ooooooooo ~o,oooo,oooo ~o,ooooooo ~oooo. oooo .o,oooooooo ~oooo~oooo ~g ~ooooooooo ~ooooooooo ,~ ~ooo~oooo .~ ~oo,oo:~oooo .~ ~oooo~oooo ~ ~oooo,oooo ., ~oooo~oooo ,~ ~::oooo~oooo ~ ~oooo~oooo ~0 80000,20000 ~9 8000020000 ~ ~oooo~oooo ,000020000 49 80:00020000 49 8000020000 49' 800:01020000 49 8,000020000 54 Schlumberger 15VT CTSAP 25VT GTSAP 15V$ DFCL GTSAP DEC$ GTSAP DER$ IFRE GTSAP IPBA CTSAP ITEM GTSAP DEGC SFB GTSAP SFV GTSAP SFC GTMAP MA SFbU GTSAP OHMM SrbA CTSAP OHNM I IXD GTSAP IR~ GTSAP GTSAP OHM~ i~ GTSAP CibP G,SAP ~M/~ C,b~ G~SAP lbo G~$AP OHMM IbM GTSRP OHMN ClO:P CTSAP CI~P GTSAP l~P~ O~SAP OHMM XMPH C~SAP 0~ T? OTSAP US GT'SAP US ~4 GTSAP US b~'T GTSAP US LTT GTSAP US GTSAP US GTSAP US GTSAP eT&AP' F WF GTS:AP r WF GTSAP GTSAP F GT'$AP WF G:T'SAP WF :GTSAP WFt GTBAP WFIN GTSAP ~F?D GTSAP F ~FSD GTSAP F 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 o °i 000 0 000 O0 000 O0 110 46 l~O 44 ~ 44 44 5 3 3 "22 83 ooo ~ 58101 58O 0I 0 58 07 58 08 58 05 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 0 4 0 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 0 ol 0 0 ~ 0 4 0 ~ 0 4 0 0 0 4 0 0 0 4 0 ~ 0 0 0 4 0 0 ~ 0 0 4 0 4 0 ~ o q 0 0 ! 1, 1 1 1 I ! ! ! ! ! 1 t 1 ! ! ! ~oo 00 i 1 50O 1 1 1 1 1 1 1 1 1 1 1 1 t 1 l 1 1 1 ! ! ! t t ! 1 ! ! ! ! 1.3132142 Page 49 8000020000 ~ 8000020000 8000020000 8000020000 8000020000 79 8000020000 79 8000020000 79 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 ~ 8000000000 8000000000 ~ 8000000000 8000000000 ~ 8000000000 8000000000 4g 8000000000 ,9 8000000000 49 8000000000 49 8000000000 49 8000000000 49 8000000000 ~ 8000000000 8000000000 ~ 8000000000 8000000000 80 00000 " 80000:00000 44 SS 8000000000 ~ ~ '8ooooooooo 8000000000 t ~ 8000000000 900000000,0 4' Ioo ~8 9oo:oo0oooo 5~ 9oooooooo0 ~ooooooooo ,ooooooooo ,oooooooo:o ~oo ~, ,ooooooooo o, ,ooooooooo ~I: 9ooo,o~oooo ,o, ooooooo I ~ ,ooooooooo ~oo ~ ~oooooo.ooo 900000:0000 55 Schlumberger LIST .PTBO:[]LISA,DAT~ WF6 GTSAP 7 5BO 06 0 4 500 1 ~F7 GT,AP 7 580 07 0 4 500 ! ~FS_ GTSAP 7 580 08 04 500 ! ~F5N ~T$~P 7 58 0 4 US/F 52 PT GTSAP DTL OTS~P US/F ~ 520 80 04 D N DLOG O?$AP 7 000 O0 0 4 1 S?CD GTSAP 7 600 O0 0 4 1 66 NPK DTCO ~?SAP 7 000 ~ 0 4 ?SAP U$/F 7 000 0 4 04 1 .. ooo go o ST H~E,N GT,$AP bBF '7 000 O0 0 4 RHTE GTSAP LBF 7 000 O0 0 4 l MR, ES GT,SAP, OHMM 7 000 O0 0 ,4 I 1 M?E"'GTSAP DEGF 7 000 O0 0 DEOC ? ooo o,o o 4 .OTEM GTSAP DC/K 7 000 O0 0 4 1 .C?E~ G?$AP DEGC 7 660 HV GTSAP V 7 000 CCSW GT&AP 7 000 O0 0 4 1 RSP GTSAP ~V '7 010 O1 0 4 500 4 .2 2 .il-MAY-89 13132142 Page 56 900O000OO0 56 9000000000 56 9000000000 6i 9000000000 9000000000 9000000000 9000000000 8200000000 8200000000 68 82'00000000 ~ 8200000000 8200000000 68 8200000000 ~. 8.000000000 9000000000 . ooooo 49 8 00000 oo oo 49 8 O0 49 000 ooooooooo 8000000000 498000000000 498000000000 !i 8000000000 8000000000 8000000000 49 8000020000 9 8400000000 800000000.0 :9 8000000000 49 8gO~O00000 49 oooooo 49 8000000000 49 ~4:00000:000 49 8000000000 49 9000010000 49 900001:0000 79 9'0000,I, 0000 49 8000020000 GTSAP ;~V 7 0 0 1 0 4 . 80:00:000000 SPiNV GTSAP MV 7 010 01 0 4 8000020000 SP GTSAP ~¥ 7 010 O1 0 4 1 I ..... 49 88000'00000 ~nd o~ se~ 56 Data record type O,.DEPT 437700 ,lin 364.7.5 FT 1111:.,758 SFCP 1.77334 SFCZ -0;06905651 RZRD 169.07 :.IRDP IRDN 1~50,715 RI.XD -112..7225 IXDZ 5:' 41907 I'XDP 245,075.6 IXDN 1882,928 Schlumberger 5IST MTB O:[]LISA.DAT; 2o8 144 .433 IRMZ -36.19495 SFBZ FTVZ 61904 RPSD ~i~54 2IR~ 54 15rs 684 cs~ IIXD 21, 9 IMP 2 22 T?3 11~,4 5TT4 .4 -26 0 1 :1 1 1 1 1 1 1 1 1 1 ! 28 Igo -26 0 1 i t' 1 ,,5 I~P 3184,639 IXMN 3259.531 RRFO 0,9785 EPSD 2,27 IRDA 0,01904 INDB ~,117 DECb C~YA 29,22 CISN .05 IDPH 80.94 ?X4 SSbT .61 3O 1 0 0 1 1 ! ! 1 ! 3O 1 1 1 0 0 ! 1 ! ! ! I ? 11-MAY-89 13I:32:42 Page IRMN 3191,951 DCID ~, SFOF XPSD t,85_ 2IXP ~,254 DEC$ SFB 66,44 SFLU ~4,19 IIXM 4'91 ILD 76,{8 IMPH 38,09 LTT1 1486,8 WF1D 3558,9 I 1 0 0 I ! 1 't28 DCI~ DEOF DIHV RXFO IP'SD VOD¢ 2SV? DEBS SFV SFLA WF2D '83 - t28 ' 1~ 2 8 "'1, 8 '54,65454 0,1753 2;311 4,289 49,69 34 19 874 4 125~;2 3558,667 1 1 1 0 1 00 t 1 i t '109 :63 57 SChlUmberger LIST WF2 -1 -125 11'/ 12'/ -128 ~08 ~0 -.~ ,,26 1 1 1 1 1 1 ]LISA,DAT 127 ,,128 4 I o '114 '2 -4 "1~ o , I 1 ! 1 1 1 1 1, *Ii! 95 .2 1 i 1 1 12"/ ,,108 -55 81 ! ,,00 43 ¸3O 1 1 I 1 1 1 1 11-~A¥-89 -i28 1.07 127 -8? -128 13132142 -126 -31 '~t~ 1 I 1 1 1 Page 1 ! I 1 1 ,! 1 ! 58 LIST ~TBO{[]LISA,DAT; '9 '68 7 76 9 :I~ -128 -128 -,128 - 94 ,102 .~ .~o *'103 *'26 0 ! 2'/ 29 '" 124 1 11-~AY-89 4.1 '100 -I~o ~8 13",32{42 58 56 -76 1 0 ""I~ 66 9 *'105 104 ",,,1'74, .1 1 Page 42 -126 -84 "'~'~i ., 1~27 46 59 1 1 1 1 1 1'7 ,1 1 1 1 1 1 1 I 1 1 1,10 -111 .,128 I I 1 1 1 1 -,128 1 1 70 -58 127 -128 1 1 1 1 1 1 1 -128 127 106 13: 3 2: 4 2 Page 6O Schlumberger LIST ~TBO~[]LISA,DAT; WF4 41 -96 -49 =26 1 0 0 1 1 ! 1 ! 'I01 -40 '1 12 0 1 1 1 ! 1 1 1 12'7 75 3O 66 75 ! I-~AY-89 61 -22 60 46 6O Page 79 WFIN WF6D ~TBO:[]LISA.DAT; 127 127 23 127 127 127 -49 8 -68 -47 28 '9 "196 -26 I 1 1 1 1 ,.26 9:15 08 127 -128 ! 2 127 - 8 -128 -1!8 .30 1 1 :1 1 ! 1 1 .I Il-MAY-89 13:]2:42 Page -128 -128 01ii -90 -128 6 1.27 1.27 -12 -~8 -66 -i2 - 0 60 47 41 37 'I4 "43 WF4N 0,.5325915 WFSD 3557.975 I 1 1 1 1, 1 1 1 62 WF6 2O 44 -7 -104 -'12'/ ! 2? -26 1 ! ]LISA,DAT; 13 I0 1 0 I 7 -106 6 :2, 0 $0 t 0 -15 -128 -128 '128 ~0 1t-~AY-89 -33 48 '1½t. 8 1.27 127 62 tl'O 1 1'3~3~142 -49 -76 -128 -128 12 1 -2~' ,I PeOe -58 60 · :-i 2'8 63 ! ! 1 1 1 2 3o -?4 ~'8 "106 °?6 -128 -28 4O []LiSA,DAT;' ! ! ? 11..H/~Y-89 1 1 I 1 1 1 'I ':I 32142 Page 64 $ch~u~herqer ~F7 Pa~e 3O 1 ! 1 0 0 3O 0 0 ! 1 1 ! 1 1 1 1 ,, -26 1 1 1 0 0 1 l 1 1 ! ! ! 1 1 5 '7 1 1 1 0 0 1 1 II 1 ,1 ',~ .I,'! -26 1 1 1 o 0 1 1 1 1 1 1 t 1 1 1 1 1 0 0 0 I I 1 !' · i ' 65 Sch~u~Verger L~.ST WF6 MTBO1 []LISA,DAT~ 127 127 -1tt ., 66 106 '30 1 ! ! 1 1 1 ! 1 I 7 2] .2 i l 1 l 1 ! 1 3 22 1 ! 1!,,'MAY-89 =126 :I~ "107 12'/ - 5 l i i i 1 ! 1 -1 110 -5 $? Page -126 66 ~c~lUm~erger DTL DLOG STCD ~TBO ~ [ 3 LIS~,DA?) 30 32 -62 -20 -2! 121 121 127 127 127 -~ 8 .1 8 ~ 27 90 "128 , "i WF6N 0.5.325915 O, o, O~ ~'-' ~oo~: 0.7 1i3- .I~o 36 -128 -120 -I07 mS' '-60 50 70 DTbF Ot O~ O, Ol 2800, 13 -2 -128 -! 1 -40 ¢ *,~ ,-~,~ WF6N 0 532'5915 ,SPH I '"' ~ 5, 1313:2.:42 :ii! · ,! 8 -~, 40 .-.:IL :! D,T¸ Page 25 3 IO 1.78:2 0,0~I562249 0 e 6'7 t7 00, 5,280:0, Schlumberger LIST MTBOI[]LISA,DATI II-MAY-89 13132:42 Page 68 ~,oo. ,~ ,~,~ o ~4~o~I ,~ COHC O, COHS C~ST STE WFC WFSH AMTE 25 DTEM ~ CTEM 53 RSP 348, SPA 3~7.3 SPAR ~,69 2600, 157 RM$C CHE NRES 77 53,45162 0,2955912 2100, 45,76696 97 2600 64~ 200' PR O, MIEN 73 '87,69 Data record type 0 DEFT 373680.,llNi3t14, FT 949.1'472 6 5 33,8987 IXMN IOO~ i~OF RRFO 'IRMA 2IRP 2*26 ZRDA 4,129 IWF2 ~,,064 'I~DB INF1 0 .3369 '15¥$ 4,691 O CbE 82IV .4 T~4 826'4 bTT3 174'4,4 bTT4 WF3D .302S,058 WF4D 4~ 33 WFI '26 0 ! 1 1 ! ! -26 30 0 0 M SPAZ 6,027 S SFVZ ~.7539737 RSF iRDZ. ~,7,06256 IRD~ IXDP 244.8298 3192.324 DcIRMNID §,06982 iSVT 10-23 bTT1 147'6, wrlP 3025,508 'WF2D 4'7.,028 83;111. (~,077t5 4 4 :',656 52-S 8,18 818.4 1~02', 4 25,283 30 I o oO oo I ,' ~ I I, · 1 i 1 I ..I Schlumberger LIST MTBO ~ £ ] LISA,DAT; 1 ! -128 1' '1t5 ~127 1 70 -14 -65 59 -26 -! 8 10~ ! ? 1 1 35 -128 6 l!-~AY-89 13i]2:42 1 t -128 54 -10 ! "';,28 '126 , -126 ! 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I~.. 86 Scblu~berger LIST 1 1 1 1 ! ! 1 o ,,9 8 t' ,, 4 5 0 []LIS~,DAT~ 1 1 1 1 1 1 1 1 1 1 ! 1 1 0 13: Page I 1 1 1 1 1 t · Scblt!mberger ~F4 MTBOI[)LISA,DA?~ 50 ',,~3 :½ -1 ! -1 -1 -! -1 -26 1 ! 1 1 1 1 t ! .I~ 8 6 -25 .1 I' 't ,1 :1 "'2'/ -7 -B -9 $ -10 1 1 -7 1 1 1 1-MAY-89 -3,5 -40 -37 30 1 1 1 1 ,I 1 .,14 14 114 ,.,ti'/ 84 13: ! ,-11 32:42 Page -10 20 -i SchI~mberger b~ST WF 5 ~TBO) []LISA.DAT; 9O 1~7 7 } 1 ~ 23 -~0 - 3 ! '~6 ~66 14 - 4 *42 -27 1,0 21 w N 3~§~2o4 ,: 94 1 .! ! '1 1 1 -26 32 ,,82 ,,9 -43 '"89 -6~ -20 't WreD ,t299,S)~'~r2 -115 -75 -86 :~I ..~0 ,,.33 WF4N"O,9720412 ) 0 .3:0 ~ ' i .i ! 1 1 1 ! ! 1 13132142 -i28 -54 -14 I0 8 .., WFSD :3300,4 Page -37 -;~ 1 I i 89 Schlumberger LIST MTBOI.[]LISR,DAT! 13 0 -12 -44 -105 -56 -128 62 -128 t 1 3 16 -20 39 28 -30 . 0 3O 2 -24 '4 "'26 43 "22 '4? "59 -128 -101 -126 ,,,10, "4' 1.0 -$ 3O 11'qAY'89 13:32:42 9 .-20 16 4O ! · " ~ i~ Page -ii -lO.i 9O Sc~lu~erge~ I,,~ST ~T80~ 1 1 1 1 1 1 1 1 t5 -2 ! '"80 .,I0 1 ? -~. 1 ! 1 ! 1 I, 1 Pa~e I 1 1 1 1 $ ' '~ -14 91 Schlumberger WF7 ~0 9 ? ,,.3 11 2 11 ! 8 ,! -26 1 1 1 ! 1 1 1 ! '~8 ~ 0 ,,,26 1 ! I ! ! t i 'I 11 3o -23 -13 3 t0 -.t 7 3O 1 ! 1 1 ! ! ! 1 ! ! -11 .! -1 -1 1 1 I 1 1 1]? 13132142 Page -9 1 1 1 1 1 1 1 1 1 t i ,i '1 Schlumberger L, IST ~TBO=[]LISA,DAT; [1-~A¥~89 t3~32=42 Paqe 1 ,1 1 1 ,I 30 t I' 1 I: i ,l ..i 30 t 1 1. 1 1 '1 I ½ ! 1 1 1 1 ! 'I ! ! 1 1 1 'I i ! :i g3 Schlumberger 15 10 -11 -17 23 23 19 2 -24 - ? 16 3~ 30 107 108 7755 ! 38 1{ -26 .~o :~ -18 -17 -10 5 19 1 ~ 1 OTb ITS, u?b DbOG O, O, O~ STCD 2516-95 48,9?749 0,631 7 10 -~8 -16 4 24 '14 26 12 20 156 -4 -47 43 -55 :~ I'~ 26 -12 ii . .2.9 Wf'iN 0.97~0412 D~F 127' Il-MAY-89 14 ,-8 16 -12 0 15 -128 " 8 '"'9 '- i2 "14 "11 15 8 . I1~*', 5 WFSN .,0.9720412 SPHI ' 13:32:42 10 5 2 "4 -25 -1:28 36 -13 :tO "t 7 "I '"8 $ 'i DT ! 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Field : KUPARUK RIVER UNIT File No. : BP-3-1346 Well : WEST SAK WS 1-01 Formation : WEST SAK Date : 7-JUN-89 Location : Coring Fluid : BLAND MUD API No. : Co,State : NORTH SLOPE, ALASKA Elevation : Analysts : PLB; GAC PRELIMINARY DEAN STARK ANALYSIS 1" SAMPLES PERMEABILITY PERMEABILITY POROSITY POROSITY SATURATIONS (HORIZONTAL) (HORIZONTAL) (HELIUM) (HELIUM) (PORE VOLUME) GRAIN SAMPLE DEPTH (300 psi) (1000 psi) (300 PSI) (1000 PSI) OIL WATER DENSITY NUMBER FT md md % % % % gm/cc DESCRIPTIONS 101A 3569.0 0.14 0.08 18.9 18.9 0.5 108.7 2.77 SLTST,ltgy,sl fri,sl calc,tr mag clasts,indist lams. 101B 3569.6 0.10 0.05 20.2 19.2 0.9 113.6 2.72 SLTST,ltgy,abnt vfgr sd,sl fri,sl calc,3-5% lg mag clasts,indist lams. 102A 3571.1 0.08 0.05 20.0 18.8 3.0 111.7 2.71 SLTST,ltgy,abnt vfgr sd,sl fri,calc,tr mag clasts,indist lams. 103A 3572.0 0.08 0.06 19.5 18.8 3.3 108.6 2.71 SLTST,ltgy,abnt vfgr sd,sl fri,calc,tr mag clasts,indist lams. 103B 3572.6 0.09 0.06 20.2 18.7 4.2 110.4 2.71 SLTST,ltgy,mod vfgr sd,sl fri,calc,indist lams. 104A 3582.1 1.06 0.90 22.0 22.0 24.2 76.3 2.68 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,mod cons,sl calc,indist lams. 104B 3582.6 2.92 2.19 23.1 23.0 30.0 74.0 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,mod cons,sl calc. 105A 3583.1 11.92 10.54 26.1 25.7 41.9 55.1 2.69 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,mod cons,sl calc. 105B 3583.6 11.03 9.76 26.0 25.8 41.1 55.2 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,mod cons,sl calc. 106A 3584.0 19.98 17.21 28.3 28.0 50.6 44.3 2.69 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,mod cons,sl calc. 106B 3584.6 73.58 66.26 30.6 30.2 56.3 36.2 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbrd,fri,calc. 107A 3585.1 26.75 23.98 29.2 28.9 52.9 41.8 2.70 SS,ltgy,vf-fgr,pred fgr,wsrtd,sbrd,fri,calc,vugs. 108A 3586.2 14.10 12.25 27.7 27.5 39.7 55.9 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,fri. 108B 3586.4 65.41 52.44 30.0 28.9 50.8 48.7 2.68 SS,ltgy,vf-fgr,pred vfgr,mod wsrtd,sbang-sbrd,fri. Page 1 189-027_CoreAnalysis.txt 109A 3587.1 2.09 1.54 24.1 22.5 25.4 75.1 2.69 SS,ltgy,vf-fgr,pred vfgr,arg,wsrtd,sbang-sbrd,mod cons,sl calc,30% mdst lams. 109B 3587.6 58.30 51.41 31.5 30.9 55.3 37.2 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,p cmt,sl calc. 110A 3589.1 132.26 120.89 32.7 32.3 60.3 30.8 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 110B 3589.5 330.56 306.24 34.4 34.1 63.4 24.7 2.68 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri. 111B 3590.6 535.34 491.59 35.3 35.0 72.1 22.3 2.68 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vfri. 112A 3591.2 268.25 250.37 34.3 33.9 69.4 21.2 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 112B 3591.6 301.42 257.98 34.5 34.2 67.3 23.5 2.73 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 201a 3594.1 0.02 0.01 4.5 3.9 11.9 71.6 2.73 SS,vltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vwcons,vcalc. 202A 3595.0 0.03 0.01 3.3 3.2 9.4 67.2 2.73 SS,vltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vwcons,vcalc. 203A 3596.1 0.01 0.01 3.2 3.0 11.2 88.7 2.73 SS,vltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vwcons,vcalc. 204A 3597.1 0.04 0.01 4.0 3.6 9.2 67.1 2.72 SS,vltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vwcons,vcalc. 205A 3598.1 17.11 13.58 25.9 25.6 49.1 45.1 2.76 SS,ltgy,vf-fgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,sl fri,sl calc,pch cmt. 205B 3598.6 25.15 20.90 27.1 26.6 53.0 42.1 2.73 SS,ltgy,vf-fgr,,pred vfgr,cly,mod wsrtd,sbang-sbrd,sl fri,sl calc. 206A 3599.1 360.92 320.82 34.7 33.8 66.0 23.8 2.67 SS,ltgy,vfgr,vwsrtd,sbang-sbrd,fri,sl calc. 206B 3599.6 264.40 228.34 34.4 33.6 63.2 25.2 2.68 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri. 207A 3601.0 240.34 207.60 34.0 33.5 68.4 24.7 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri. 207B 3601.6 112.36 106.42 32.2 31.9 61.1 32.6 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 208A 3602.0 88.11 82.15 31.9 31.4 58.0 35.0 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,pch cmt. 208B 3602.6 140.94 136.92 30.4 29.9 57.3 32.0 2.79 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri. 209A 3603.1 157.61 144.30 33.3 32.9 66.4 30.8 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 209B 3603.5 210.68 195.94 33.6 33.2 62.7 29.1 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc,foss. 210A 3604.1 78.64 71.83 31.3 30.9 56.9 35.2 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 210B 3604.5 56.73 50.77 30.9 30.5 Page 2 189-027_CoreAnalysis.txt 56.7 35.1 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 211A 3604.9 101.87 92.87 32.6 31.8 59.3 33.7 2.68 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 212A 3606.1 20.51 18.24 29.7 29.3 50.5 42.7 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 212B 3606.5 37.44 29.49 30.4 29.7 53.9 41.3 2.69 SS,ltgy,vf-fgr,pred vfgr,mod wsrtd,sbang-sbrd,fri,frac. 213A 3607.1 21.94 18.80 29.6 29.2 49.7 47.9 2.70 SS,ltgy,vf-fgr,pred vfgr,mod wsrtd,sbang-sbrd,fri,sl calc. 213B 3607.6 55.09 48.70 31.5 30.9 55.6 39.9 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,fri,sl calc. 214A 3608.1 33.12 28.98 31.2 30.5 46.5 49.3 2.72 SS,ltgy,vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,indist lams. 214B 3608.6 244.90 173.25 31.6 31.1 59.6 31.3 2.69 SS,ltgy,vf-vcgr,pred vfgr,cly,psrtd,sbang-sbrd,fri,sl calc,lams. 215A 3609.1 30.34 27.95 29.8 29.3 51.4 43.8 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc. 215B 3609.6 8.84 7.95 27.2 26.8 41.7 50.6 2.75 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 216A 3610.1 67.09 61.28 31.6 31.2 55.8 39.4 2.74 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc. 217A 3611.1 15.91 14.35 27.6 27.3 39.9 57.7 2.73 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,pch cmt. 218A 3612.1 3.03 2.35 24.6 24.2 22.4 79.6 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc. 219B 3643.6 59.96 55.47 30.2 29.9 39.2 52.8 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,indist lams. 220A 3614.1 4.97 4.64 26.8 26.6 32.1 66.3 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc. 220B 3614.6 0.42 0.38 21.8 22.0 11.4 93.1 2.75 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,calc,pch cmt. 221A 3615.1 8.77 7.06 27.1 26.6 30.8 69.3 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc,indist lams. 221B 3615.7 15.97 13.44 28.8 28.1 36.1 67.3 2.69 SS,ltgy,vf-cgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,fri,sl calc,indist lams. 222A 3616.2 2.64 2.18 25.3 24.8 19.6 77.8 2.73 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri. 223A 3617.1 7.32 5.85 27.7 27.2 27.9 81.5 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 225A 3619.1 1.25 1.10 23.4 23.5 14.1 84.6 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl Page 3 189-027_CoreAnalysis.txt fri,calc. 301A 3622.1 0.21 0.13 21.0 20.3 11.1 115.4 2.82 SLTST,ltgy,sdy,sl fri,calc,mag clasts,indist lams. 302A 3623.1 0.17 0.10 22.6 20.5 0.0 130.2 2.72 MDST,ltgy,slty,sl fri,calc. 303A 3624.1 0.51 0.29 24.2 23.4 0.0 113.2 2.73 MDST,ltgy,slty,sl fri,calc. 304A 3625.1 1.48 0.97 24.4 24.1 4.4 100.2 2.71 SLTST,ltgy,sdy,sl fri,mag clasts,indist lams. 305A 3626.1 1.30 0.80 21.8 21.8 5.0 99.1 2.65 SLTST,ltgy,vsdy,sl fri,indist lams. 306A 3627.1 4.89 1.89 24.3 24.3 3.5 98.5 2.72 SLTST,ltgy,vsdy,sl fri,indist lams. 307A 3628.1 0.20 0.09 22.8 20.9 2.3 110.5 2.73 SLTST,ltgy,sdy,sl fri,sl calc,mag clasts,indist lams. 308A 3629.1 0.28 0.14 21.6 20.2 12.4 107.7 2.73 SLTST,ltgy,sdy,sl fri,sl calc,mag clasts,indist lams. 309A 3630.1 1.72 1.18 24.6 24.6 0.0 94.8 2.79 SLTST,ltgy,sdy,sl fri,sl calc,mag clasts,indist lams. 310A 3631.1 0.14 0.08 20.8 18.7 0.0 118.5 2.77 MDST,ltgy,slty,sl fri,calc,mag clasts,indist lams. 312A 3633.1 0.69 0.36 20.1 18.3 0.0 119.9 2.72 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,sl calc,indist lams,frac. 313A 3634.1 0.70 0.38 23.1 22.6 1.2 101.8 2.78 SLTST,ltgy,pcons,sl calc,dism pyr,indist lams. 314A 3635.1 1.87 1.22 23.7 23.3 22.0 80.5 2.74 SLTST,ltgy,pcons,sl calc,dism pyr,indist lams,frac. 315A 3636.1 0.29 0.17 23.0 21.4 0.0 115.7 2.71 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,sl calc,pyr,indist lams. 316A 3637.1 6.28 1.57 21.8 21.8 0.0 104.0 2.74 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,mod cons,sl calc,pyr,frac. 317A 3638.1 0.15 0.07 21.9 19.4 2.8 119.2 2.74 MDST,ltgy,slty,sl fri,sl calc,pyr,indist lams. 318A 3640.1 0.12 0.08 21.6 19.8 1.7 110.2 2.72 SLTST,ltgy,cly,sl fri,sl calc,pyr. 319A 3641.1 0.34 0.29 19.4 19.1 3.7 99.5 2.86 SLTST,ltgy,sdy,mod cons,sl calc,pyr,indist lams. 320A 3642.1 0.18 0.10 22.1 19.5 0.4 118.3 2.70 SLTST,ltgy,sdy,mod cons,sl calc,pyr. 321A 3643.1 0.91 0.51 23.6 23.3 7.8 94.6 2.71 SLTST,ltgy,sdy,mod cons,sl calc,indist lams. 322A 3644.1 0.86 0.45 25.4 24.2 10.8 97.7 2.72 SLTST,ltgy,sdy,sl cons,sl calc,intlam ss. 323A 3645.1 0.12 0.08 22.1 19.8 5.9 112.8 2.73 SLTST,ltgy,vsdy,mod cons,sl calc,indist lams. 324A 3646.1 1128.80 920.29 38.7 37.3 90.6 15.4 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,uncons. 325A 3647.1 653.01 524.88 37.1 36.0 86.6 23.4 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,uncons. 326A 3648.2 309.52 222.30 27.6 27.2 66.1 21.6 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,calc,frac. 326B 3648.6 244.50 222.71 28.8 28.6 59.6 22.5 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,calc. Page 4 189-027_CoreAnalysis.txt 327B 3649.7 332.28 311.37 31.4 31.1 65.7 20.5 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,calc. 328A 3650.1 298.18 266.24 30.4 30.1 60.6 23.5 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,calc. 401A 3651.2 498.68 432.80 35.5 35.0 75.0 32.9 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vfri,sl calc. 401B 3651.6 674.94 601.09 35.6 35.0 46.0 56.9 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,vfri,sl calc. 402B 3652.6 290.29 266.98 33.6 33.1 62.2 28.1 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 403A 3654.1 339.11 272.52 34.0 33.4 68.3 25.2 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 404A 3655.1 385.47 375.11 34.1 33.7 67.6 25.6 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 404B 3655.6 412.75 395.32 34.0 33.6 72.1 27.3 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 405A 3656.1 329.20 304.80 33.8 33.3 70.8 26.1 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 405B 3656.6 33.56 31.36 29.1 28.7 46.2 46.8 2.72 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 406A 3657.1 110.14 101.00 31.5 31.0 51.5 41.7 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 406B 3657.5 178.51 165.94 32.7 32.1 59.3 31.8 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 407A 3657.9 206.27 193.53 32.9 32.4 59.9 30.2 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 408A 3659.1 289.86 268.45 33.6 33.2 62.9 27.0 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 408B 3659.6 317.98 285.47 33.6 32.9 68.3 23.9 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 409A 3660.1 284.64 264.38 33.7 33.1 66.9 24.7 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 409B 3660.6 203.49 190.91 33.4 32.5 65.3 28.2 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 410A 3661.1 180.49 170.48 33.0 32.5 55.7 35.7 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 410B 3661.6 257.08 242.54 33.6 33.0 62.7 25.9 2.70 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 411A 3662.1 151.96 140.84 33.1 32.7 59.8 34.9 2.70 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 411B 3662.6 51.36 48.79 30.6 30.1 48.8 44.2 2.71 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. Page 5 189-027_CoreAnalysis.txt 412A 3663.1 34.48 31.83 30.3 29.9 47.8 45.2 2.70 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 412B 3663.6 72.76 66.56 31.9 31.2 55.7 38.0 2.70 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 413A 3664.1 16.11 13.19 28.6 27.9 42.2 53.9 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,indist lams. 413B 3664.6 5.64 4.38 25.9 25.5 26.6 72.1 2.73 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc,indist lams. 414A 3665.1 64.01 60.18 31.3 30.8 51.0 40.2 2.70 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 414B 3665.6 0.55 0.42 24.1 23.7 11.0 94.1 2.71 SLTST,ltgy,sdy,sl fri,sl calc,intlam ss. 415A 3666.1 3.30 3.06 26.0 25.7 27.4 68.8 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc. 415B 3666.6 10.98 9.15 27.6 27.2 32.0 62.3 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,fri,sl calc,lams,broken. 416A 3667.1 26.67 21.84 28.4 27.9 32.6 64.1 2.72 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc,lams. 416B 3667.6 24.00 20.85 28.2 27.6 26.3 68.9 2.71 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 417A 3668.1 32.20 30.02 27.9 27.4 38.7 53.6 2.72 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri-sl fri,sl calc,lams,cmt lam. 417B 3668.6 83.32 77.08 31.6 31.3 52.2 37.9 2.71 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri-sl fri,sl calc,indist lams,cmt. 418A 3669.1 5.72 5.00 27.3 26.7 35.3 59.1 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 419A 3670.1 5.95 5.28 27.3 27.0 32.5 63.6 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 420A 3671.1 14.52 13.32 29.5 28.8 37.0 56.9 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 421A 3672.1 21.30 19.93 29.3 29.4 45.6 50.3 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 421B 3672.6 87.11 83.02 32.4 32.1 54.0 36.1 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 422A 3673.1 11.82 9.67 28.1 27.8 36.4 56.4 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 422B 3673.6 11.46 10.19 28.2 27.8 35.1 60.0 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 423A 3674.1 16.27 15.96 29.5 28.9 46.2 43.7 2.73 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. Page 6 189-027_CoreAnalysis.txt 423B 3674.6 41.39 38.61 30.6 30.1 43.3 47.2 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 424A 3675.3 5.44 4.81 27.6 27.5 30.0 67.0 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 425A 3676.3 21.23 19.99 30.0 29.6 40.9 52.0 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 426A 3677.2 0.69 0.46 24.7 24.5 18.4 80.7 2.70 SLTST,ltgy,sdy,sl fri,sl calc,indist lams,frac. 501A 3679.1 0.46 0.33 23.0 22.6 2.8 100.2 2.70 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,tr calc,tr carb frags. 502A 3680.1 0.55 0.43 22.9 23.3 7.3 98.4 2.70 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,sl calc,tr carb frags. 503A 3681.1 0.52 0.34 23.7 23.4 4.5 95.2 2.70 SS,ltgy,vfgr,vslty,tr mgr sd,wsrtd,sbang-sbrd,mod cons,sl calc,tr pyr. 504A 3682.1 34.27 27.52 28.9 28.2 28.4 62.6 2.72 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,sl fri,tr calc,tr carb frags,lams. 505A 3683.1 0.34 0.24 23.5 22.6 4.4 97.9 2.69 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,sl fri,tr calc,tr carb frags. 506A 3684.1 1.00 0.66 25.1 24.7 5.6 92.6 2.70 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,sl calc,tr carb frags. 507A 3685.1 1.89 1.55 23.6 23.3 3.0 94.3 2.76 SS,ltgy,vf-fgr,pred vfgr,tr mgr sd,mod-wsrtd,sbang-sbrd,mod cons,sl calc. 508B 3687.6 7.94 7.24 29.1 28.5 41.3 51.4 2.69 SLTST,ltolvgy,abnt vfgr sd,cly,mod cons. 509A 3688.1 3.65 2.53 26.4 26.2 23.6 72.7 2.69 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,mod cons,tr calc,tr pyr. 509B 3688.6 4.57 3.30 27.2 26.8 26.2 68.1 2.70 SS,ltgy,vfgr,tr fgr sd,slty,wsrtd,sbang-sbrd,mod cons. 510A 3688.9 590.85 547.46 33.1 32.7 66.2 23.4 2.71 SS,ltolvgy,vf-mgr,pred fgr,mod srtd,sbang-sbrd,vfri,vfgr sdy lams. 510B 3689.6 123.02 114.51 31.2 30.8 55.5 33.7 2.71 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbrd,sl fri,tr pyr. 511A 3690.1 0.09 0.06 17.2 15.7 7.8 93.0 2.90 MDST,ltolvgy,slty,wcons,sl calc. 511B 3690.5 128.66 120.75 32.1 31.7 56.1 36.0 2.71 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbrd,sl fri. 512B 3691.5 140.08 130.72 32.0 31.5 53.6 34.7 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri,tr dism pyr. 513A 3692.1 0.57 0.30 24.3 22.8 51.1 80.2 2.67 SS,ltgy,vfgr,cly,wsrtd,sbang-sbrd,mod cons,tr calc,mnr bioturb. 513B 3692.4 101.97 95.21 31.6 31.3 59.8 31.5 2.72 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons-sl fri. Page 7 189-027_CoreAnalysis.txt 514A 3693.2 22.44 12.61 26.0 25.8 27.4 69.0 2.72 SLTST,ltolvgy,abnt vfgr sd,mod cons,tr carb frags,(broken frac). 515A 3694.1 0.49 0.35 23.6 22.3 16.5 85.4 2.75 MDST,ltolvgy,slty,wcons,sl calc,mic lams. 516A 3695.1 3.74 2.68 25.1 24.9 16.6 95.2 2.71 SLTST,ltgy,cly,sdy,mod cons,vfgr,sdy lams,carb frags. 517A 3696.1 171.17 158.89 32.3 31.9 56.3 32.8 2.72 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,fri,tr indist lams,(broken). 517B 3696.6 146.35 134.41 32.4 31.7 55.1 35.5 2.71 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,fri,tr indist lams,carb frags,(broken). 518A 3697.1 16.59 10.40 24.2 24.5 14.9 91.8 2.72 SLTST,ltgy,cly,mod cons,sl calc,mnr vfgr sdy lams,(broken). 518B 3697.6 0.18 0.10 22.2 21.5 6.1 101.1 2.70 SLTST,ltgy,cly,mod cons,sl calc,abnt vfgr sdy lams. 519A 3698.1 0.14 0.10 24.6 22.8 4.1 100.8 2.74 SLTST,ltolvgy,cly,mod cons,sl calc. 519B 3698.6 80.28 72.74 30.0 29.5 41.4 48.5 2.69 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,fri,mic,(broken). 521B 3700.6 181.20 161.44 32.1 31.8 52.0 32.5 2.69 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,fri,mic,(broken). 522A 3701.1 183.87 171.07 32.3 31.8 57.4 30.8 2.71 SS,ltolvgy,vfgr,tr mgr sd,mnr slt,wsrtd,sbrd,fri,mic,(broken). 523A 3702.2 14.52 14.05 27.3 25.0 38.8 56.9 2.70 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,sl fri,mnr mdy lams. 524A 3703.1 5.99 5.36 25.8 25.6 25.5 71.3 2.69 SS,ltolvgy,vfgr,vslty,wsrtd,sbrd,mod cons,abnt wvy mdst lams. 525A 3704.1 0.80 0.68 25.0 24.7 14.7 83.5 2.68 SLTST,ltgy,cly,sdy,mod cons,vfgr,sdy lams. 526A 3705.2 246.14 221.48 32.8 32.3 58.1 31.4 2.69 SS,ltolvy,vfgr,mnr slt,wsrtd,sbrd-rd,vfri,(broken). 527B 3706.6 0.27 0.10 21.7 20.7 37.0 71.9 2.81 SLTST,ltolvgy,vcly,mod cons,carb frags,frac. 601A 3707.3 0.55 0.28 22.0 20.8 6.1 100.0 2.86 SLTST,ltgy,sdy mod cons,sl calc,indist lams,frac. 601B 3707.6 374.52 189.24 31.0 30.4 47.9 38.3 2.68 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc,lams,(broken). 602B 3708.6 47.67 43.01 27.5 27.1 41.6 50.6 2.66 SS,ltgy,v-mgr,pred fgr,cly,mod wsrtd,sbang-sbrd,fri. 603A 3709.1 3.15 2.16 25.6 25.4 25.5 72.8 2.68 SS,ltgy,vfifgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,sl fri,sl calc. 604A 3710.2 15.19 13.26 27.6 26.9 19.7 72.8 2.74 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,sl fri,sl calc,indist lams. 604B 3710.6 21.21 18.20 29.3 28.6 29.0 62.0 2.71 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,sl fri,sl calc,indist lams,fra Page 8 189-027_CoreAnalysis.txt 605A 3711.1 15.75 8.07 26.3 26.0 26.7 70.9 2.68 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc,intlam clean ss. 605B 3711.6 4.83 2.29 24.0 21.4 17.9 82.8 2.69 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,mod cons,sl calc,mudst,frac. 606A 3712.1 1.71 1.14 25.0 25.0 24.1 78.3 2.70 SS,ltgy,vf-fgr,pred vfgr,vslty,wsrtd,sbang-sbrd,sl fri,calc,indist lams. 606B 3712.6 1.67 1.31 24.2 24.3 10.4 84.5 2.68 SS,ltgy,vf-fgr,pred vfgr,vslty,wsrtd,sbang-sbrd,sl fri,sl calc,indist lams. 607A 3713.1 164.19 148.15 32.6 32.0 46.4 42.9 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc,lams. 607B 3713.8 96.66 86.16 31.3 30.7 43.4 47.8 2.69 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,sl calc. 608A 3714.1 4.05 3.10 26.4 26.5 23.3 74.7 2.69 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 609A 3715.1 7.37 5.14 26.7 26.6 27.2 71.6 2.71 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc,frac. 610A 3716.1 28.74 26.24 29.4 28.8 34.7 57.1 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 611A 3717.1 124.23 117.26 31.1 30.0 50.1 39.9 2.72 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri,sl calc. 612A 3718.1 2.05 1.72 26.2 25.8 19.5 78.3 2.70 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 613A 3719.1 8.54 7.19 27.6 27.2 15.9 77.1 2.69 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 614A 3720.1 0.93 0.66 23.9 24.0 22.9 75.4 2.72 SS,ltgy,vf-fgr,pred vfgr,cly,wsrtd,sbang-sbrd,sl fri,sl calc. 615A 3721.1 9.40 7.56 26.9 26.5 20.0 79.4 2.67 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,20-30% wvy,mdy lams. 616B 3722.5 0.35 0.24 23.1 22.6 1.1 99.6 2.69 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,20-30% wvy,indist lams. 617A 3723.1 0.98 0.72 24.0 24.0 5.3 96.5 2.69 SS,ltgy,vf-cgr,pred vfgr,cly,mod wsrtd-wsrtd,sbang-sbrd,sl fri,sl calc,pyr. 618A 3724.1 0.19 0.14 22.7 20.0 8.2 99.8 2.70 SS,ltgy,vf-cgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,sl fri,sl calc,indist lams. 619A 3725.1 1.00 0.64 25.2 24.6 21.7 77.8 2.74 SS,ltgy,vf-cgr,pred vfgr,cly,mod wsrtd,sbang-sbrd,sl fri,sl calc,indist lams. 620A 3726.1 3.56 1.58 22.5 22.4 9.1 95.0 2.67 SLTST,mgy,sdy,mod cons,sl calc,indist lams,intlam peb. Page 9 189-027_CoreAnalysis.txt 621A 3727.2 0.58 0.39 22.2 21.2 5.8 99.5 2.71 SLTST,ltgy,mod cons,sl calc,indist lams. 622A 3728.1 67.71 64.41 30.8 30.5 35.3 54.9 2.71 SS,ltgy,vf-fgr,pred vfgr,vwsrtd,sbang-sbrd,fri,sl calc,lams. 623A 3729.1 18.37 16.78 30.4 30.2 38.5 54.2 2.72 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,sl fri,sl calc,lams. 624A 3730.1 2.00 1.40 23.9 23.7 12.5 87.5 2.67 SLTST,mdy,sdy,mod cons,sl calc,intlam ss. 625A 3731.2 0.05 0.03 22.9 21.8 6.4 100.2 2.70 SLTST,mdy,sdy,mod cons,sl calc,intlam ss. 626A 3732.2 5.76 1.95 25.8 24.8 23.1 76.6 2.69 SLTST,mdy,sdy,mod cons,sl calc. 701A 3733.2 13.74 8.43 26.4 25.9 23.9 85.5 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,30% slty,mdst lams,frac. 702A 3734.1 12.97 7.69 27.4 26.8 21.6 75.7 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,lam,10% bdd mdst. 703A 3735.1 72.05 62.40 27.9 27.4 31.0 65.6 2.69 SS,ltolvgy,vfgr,mnr slty,wsrtd,sbrd,fri,lam,carb frags. 704A 3736.1 0.09 0.02 4.4 4.2 32.1 59.6 2.70 SS,ltgy,vfgr,wsrtd,sbrd,vwcmtd,calc cmt. 704B 3736.7 0.02 0.01 3.8 3.6 29.3 61.5 2.71 SS,ltgy,vfgr,wsrtd,sbrd,vwcmtd,calc cmt. 705A 3737.1 39.37 35.60 30.9 30.3 33.9 56.1 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,sl fri. 705B 3737.6 31.89 28.15 29.9 29.4 35.0 56.0 2.70 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,sl fri. 706A 3738.1 45.08 35.89 28.5 27.9 35.9 63.1 2.72 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,fri,30% bdd mdst,tr pyr,(broken). 706B 3738.6 83.90 77.67 31.1 30.7 31.1 59.0 2.69 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,fri,mnr carb lams. 707A 3739.1 66.56 60.25 30.8 30.8 27.1 64.5 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri. 708A 3740.1 29.34 24.92 28.9 28.5 36.7 56.3 2.73 SS,ltolvgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,frac. 709A 3741.1 37.58 27.12 29.2 28.8 34.0 60.1 2.71 SS,ltolvgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,frac,calc foss. 710A 3742.1 10.09 7.97 28.1 27.9 34.1 62.9 2.70 SS,ltolvgy,vf-fgr,pred vfgr,vslty,wsrtd,sbang-sbrd,sl fri,frac. 711A 3743.1 0.78 0.64 24.4 24.2 4.3 98.3 2.68 SS,ltgy,vfgr,vslty,wsrtd,sbrd,mod cons,pch cmt,sl calc. 712A 3744.1 2.60 1.80 25.8 25.8 25.4 77.3 2.71 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,tr wvy,mdy lams. 713A 3745.1 0.24 0.08 19.7 18.3 15.6 93.2 2.86 MDST,ltolvgy,slty,tr sd,wcons,sl calc. 714A 3746.1 0.64 0.44 24.5 24.3 7.1 99.8 2.70 SS,ltgy,vfgr,vslty,wsrtd,sbrd,mod cons,sl calc. 715A 3747.1 0.26 0.16 25.1 24.2 4.0 101.1 2.70 SS,ltgy,vfgr,vslty,wsrtd,sbrd,mod cons,sl calc. 716B 3748.6 192.41 147.24 28.9 28.2 48.8 44.9 2.68 SS,ltolvgy,vf-mgr,pred vfgr,mod wsrtd,sbrd-rd,fri,mdy lams. Page 10 189-027_CoreAnalysis.txt 717A 3749.1 155.98 141.35 30.6 30.0 39.3 52.5 2.67 SS,ltolvgy,vfgr,mnr slt,vwsrtd,sbrd-rd,vfri,(broken). 717B 3749.6 86.84 68.32 27.2 26.7 27.9 74.8 2.68 MDST,mdkgy,slty,wcons,30% bdd,vfgr,slty ss,(broken). 718A 3750.1 78.02 71.70 30.4 29.9 48.1 45.6 2.72 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri,calc foss. 718B 3750.6 263.42 245.76 33.0 32.6 57.4 32.4 2.73 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd-rd,fri. 719A 3751.1 14.59 13.56 29.6 29.3 32.7 62.2 2.72 SS,ltolvgy,vfgr,vslty,wsrtd,sbrd,mod cons. 720A 3752.1 22.67 19.98 29.9 29.8 30.3 65.3 2.71 SS,ltolvgy,vfgr,vslty,wsrtd,sbrd,mod cons. 721A 3753.1 229.95 207.07 32.9 32.5 48.9 40.7 2.70 SS,ltolvgy,vfgr,vwsrtd,sbrd-rd,fri,indist lams. 722A 3754.1 347.13 324.48 33.2 32.7 55.1 33.1 2.69 SS,ltolvgy,vfgr,vwsrtd,sbrd-rd,fri,indist lams. 722B 3754.6 338.96 323.50 33.5 32.8 57.5 29.8 2.70 SS,ltolvgy,vfgr,wsrtd,sbrd-rd,fri. 723A 3755.1 406.67 390.54 32.9 32.4 59.3 29.4 2.69 SS,ltolvgy,vf-fgr,pred vfgr,tr mgr sd,mod wsrtd,sbrd,fri,calc foss. 723B 3755.6 1.54 1.15 25.2 25.4 18.1 80.0 2.69 SS,ltolvgy,vfgr,vslty,wsrtd,sbrd,mod cons,tr mdy lams. 724A 3756.1 106.03 95.22 30.5 30.0 37.5 50.9 2.69 SS,ltolvgy,vf-fgr,pred vfgr,mnr slt,sbrd,fri,(broken). 725A 3757.1 3.41 2.60 25.4 25.9 20.8 79.4 2.69 SLTST,ltolvgy,sdy,mod cons,40% mgy,bdd mdst. 726A 3758.2 8.86 7.25 28.7 28.4 15.4 79.6 2.69 SS,ltolvgy,vfgr,vslty,wsrtd,sbrd,mod cons,carb frags. 727A 3759.1 16.69 13.11 29.9 29.5 24.2 69.2 2.69 SS,ltolvgy,vfgr,vslty,wsrtd,sbrd,mod cons. 801A 3761.2 0.98 0.54 22.8 21.7 0.0 113.3 2.77 SLTST,ltolvgy,sdy,mod cons,sl calc,carb frags,frac. 802A 3762.1 5.34 3.92 26.8 26.6 26.9 73.9 2.68 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,mod cons,wvy mdst lams. 803A 3763.1 14.42 12.95 28.1 27.9 33.7 64.6 2.69 SS,ltolvgy,vfgr,tr fgr sd,slty,wsrtd,sbrd,mod cons,wvy mdst lams. 807A 3767.1 20.27 14.78 27.3 27.2 46.0 54.4 2.69 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,mod cons,wvy mdst lams,frac 808A 3768.2 73.03 63.41 30.6 30.2 38.5 60.2 2.68 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,sl fri,tr indist lams. 809A 3769.1 478.66 440.35 34.1 33.3 53.9 32.7 2.69 SS,ltolvgy,vfgr,wsrtd,sbrd-rd,vfri. 810A 3770.2 514.08 482.45 33.6 33.3 55.6 33.2 2.69 SS,ltolvgy,vf-fgr,pred fgr,wsrtd,sbrd-rd,vfri. 811A 3771.1 26.50 21.97 28.6 27.9 23.2 74.5 2.70 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,mod cons,25% wvy mdst lams. 812A 3772.1 148.35 133.03 31.4 31.0 40.5 50.4 2.69 SS,ltolvgy,vfgr,wsrtd,sbrd,pcons-sl fri,mic. 813A 3773.1 645.27 410.04 31.1 30.6 Page 11 189-027_CoreAnalysis.txt 27.4 66.2 2.69 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,pcons,tr carb lams,frac. 813B 3773.6 15.38 6.55 27.2 26.9 18.8 82.1 2.70 SS,ltolvgy,vfgr,slty,cly,wsrtd,sbrd,mod cons,tr calc. 814A 3774.4 59.95 50.89 29.8 29.3 30.5 65.3 2.69 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod-pcons,10% mdst lams. 814B 3774.6 233.47 238.89 31.8 31.3 43.3 50.9 2.68 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,sl fri,2-3% mdst lams. 815A 3775.2 105.31 95.97 30.5 30.4 40.0 52.6 2.68 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,pcons,5-10% mdst lams. 816A 3776.1 0.93 0.54 24.7 24.1 12.5 96.0 2.71 SS,ltolvgy,vfgr,vslty,cly,wsrtd,sbang-sbrd,mod cons,sl calc,30% bioturb mdst. 817A 3777.1 0.23 0.13 22.2 20.7 7.0 109.6 2.78 MDST,ltolvgy,slty,mod cons,sl calc,bioturb. 818A 3778.2 1.37 0.79 24.4 23.9 9.7 92.9 2.72 MDST,ltolvgy,slty,mod cons,sl calc,30% vfgr sdy lams. 819A 3779.1 0.38 0.18 22.7 22.7 7.3 96.0 2.79 MDST,ltolvgy,slty,mod cons,sl calc,mnr sdy bur. 820A 3780.1 58.28 44.96 27.3 27.1 30.2 67.6 2.68 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,30-50% sl calc,mdst lams. 821A 3781.1 136.17 94.90 27.6 27.3 30.6 78.1 2.69 SS,ltolvgy,vfgr,wsrtd,sbang-sbrd,mod cons,40% sl calc,mdst lams,frac. 822A 3782.1 1.26 0.92 27.3 26.7 8.1 94.5 2.70 SLTST,ltolvgy,sdy,mod cons,40% bioturb,sl calc mdst. 822B 3782.7 3045.79 2680.42 35.7 35.0 49.8 25.1 2.66 SS,ltolvgy,vf-fgr,pred fgr,wsrtd,sbrd,vfri-uncons. 823A 3783.1 3288.74 2866.54 35.9 35.1 54.0 36.7 2.67 SS,ltolvgy,vf-fgr,pred fgr,wsrtd,sbang-sbrd,vfri-uncons. 824A 3784.1 643.08 600.01 34.1 33.7 62.9 27.0 2.68 SS,ltolvgy,vfgr,wsrtd,sbang-sbrd,vfri. 824B 3784.6 70.60 63.77 30.6 30.1 41.3 53.3 2.70 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,sl fri. 825A 3785.1 141.67 131.92 32.5 32.0 49.4 42.5 2.70 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,sl fri. 825B 3785.6 103.16 93.94 31.6 31.1 45.6 44.5 2.71 SS,ltolvgy,vfgr,mnr slt,tr cgr sd,wsrtd,sbang-sbrd,fri. 826A 3786.1 68.06 61.03 29.8 29.5 36.4 60.9 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod-pcons,lam mdst. 827A 3787.1 24.02 22.98 27.8 28.7 33.7 60.5 2.69 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod-pcons,10% mdst lams. 828A 3788.1 11.34 9.47 27.3 27.1 26.7 66.9 2.70 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod-pcons,5% mdy lams. 901A 3790.1 0.27 0.17 23.7 21.1 7.9 114.9 2.72 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,tr pyr,frac. 902A 3791.1 0.25 0.19 24.2 22.9 Page 12 189-027_CoreAnalysis.txt 6.6 103.1 2.71 SS,ltgy,vfgr,vslty,cly,wsrtd,sbang-sbrd,mod cons,tr calc,tr mag. 903A 3792.1 0.16 0.07 23.2 22.2 7.2 102.9 2.72 SS,ltgy,vfgr,vslty,cly,wsrtd,sbang-sbrd,mod cons,sl calc,tr pyr,tr mag. 904B 3793.6 3.92 2.18 23.7 23.6 5.0 95.8 2.58 SS,vltgy,vfgr,slty,wsrtd,sbang-sbrd,mod-wcons,lams. 905A 3794.1 0.26 0.15 22.9 20.5 20.9 109.4 2.63 SS,ltgy,vfgr,vslty,cly,wsrtd,sbang-sbrd,mod-wcons,15% wvy mdy lams. 906A 3795.1 0.97 0.56 23.5 23.3 9.3 91.1 2.60 SLTST,ltgy,sdy,wcons,20% dkgy mdy lams,mnr bioturb. 907A 3796.1 0.88 0.50 21.8 20.7 11.9 97.8 2.71 SS,ltgy,vf-fgr,vcly,mod wsrtd,sbrd,mod cons,lg calc frag. 908A 3797.1 0.14 0.10 22.5 21.2 11.3 102.5 2.72 SS,ltgy,vf-fgr,vcly,mod wsrtd,sbrd,mod cons,30% lam mdst. 909A 3798.2 0.33 0.25 22.7 22.0 9.4 94.2 2.70 SS,ltgy,vf-fgr,vcly,mod wsrtd,sbrd,mod cons,20% lam mdst. 910B 3799.6 18.94 17.09 27.7 27.1 51.5 40.8 2.72 SS,ltolvgy,vf-fgr,pred vfgr,slty,mod wsrtd,sbrd,sl fri. 911A 3800.1 0.21 0.14 23.2 22.8 6.4 95.4 2.70 SS,ltgy,vf-fgr,vslty,mod wsrtd,sbrd,mod cons,sl calc. 913A 3802.1 352.20 392.60 32.6 31.9 57.1 29.1 2.72 SS,ltolvgy,vfgr,mnr slt,vwsrtd,sbang-sbrd,fri. 914A 3803.1 83.88 78.72 29.8 29.2 68.9 44.2 2.71 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,fri tr indist lams. 914B 3803.6 160.73 149.18 30.8 30.4 56.8 32.7 2.71 SS,ltolvgy,vfgr,mnr slt,vwsrtd,sbang-sbrd,fri. 915A 3803.9 224.30 214.69 31.6 31.4 57.6 30.4 2.71 SS,ltolvgy,vfgr,mnr slt,wvwsrtd,sbang-sbrd,fri. 916A 3805.1 26.66 18.65 29.2 28.1 22.6 74.4 2.67 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,sl fri,carb frag lams. 916B 3805.9 107.82 92.56 30.8 30.2 42.5 47.8 2.71 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,sl fri. 917A 3806.1 134.54 123.06 31.3 30.6 46.8 39.5 2.71 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,fri. 917B 3806.6 358.25 330.20 32.4 32.2 63.4 34.4 2.72 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,fri. 1001A 3808.4 128.08 112.90 31.8 31.3 54.2 58.7 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,30% mdst lams,calc frag. 1002A 3809.1 1.79 1.50 25.2 24.9 50.8 40.4 2.60 SS,vltgy,vfgr,wsrtd,sbrd,wcmtd,tr calc,tr pyr. 1003A 3810.1 19.78 16.35 28.4 28.2 63.0 38.3 2.70 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,sl fri,3-5% mdst lams. 1004A 3811.2 13.23 10.87 29.0 28.6 32.3 67.5 2.68 SS,ltolvgy,vf-fgr,pred vfgr,slty wsrtd,sbang-sbrd,sl fri,indist lams. 1004B 3811.8 5.24 4.44 29.5 28.0 Page 13 189-027_CoreAnalysis.txt 34.4 66.7 2.68 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,5% mdst lams. 1005A 3812.2 17.00 5.37 27.8 27.0 11.0 117.2 2.69 SS,ltolvgy,vslty,wsrtd,sbang-sbrd,pcons,30-50% mdst lams. 1101A 3821.2 2.51 1.87 25.2 25.1 10.8 90.8 2.72 SS,olvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,vfri. 1102A 3822.2 0.41 0.20 24.6 24.1 17.6 100.9 2.72 SLTST,ltgy,sdy,mod cons,sl calc,30% wvy sdy lams. 1103A 3823.2 77.21 71.69 31.4 31.5 53.6 35.1 2.68 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,sl fri,tr lams. 1104A 3824.1 102.08 87.10 31.7 31.5 55.5 37.0 2.67 SS,olvgy,vf-fgr,pred vfgr,mnr slt,mod srtd,sbang-sbrd,vfri,tr lams. 1105A 3825.1 59.45 54.28 31.3 31.2 58.0 36.4 2.67 SS,ltolvgy,vf-fgr,pred vfgr,mnr slt,wsrtd,sbang-sbrd,fri,indist lams. 1106A 3826.1 1209.86 1111.65 35.9 35.5 69.1 16.3 2.69 SS,ltolvgy,vf-fgr,pred fgr,wsrtd,sbang-sbrd,vfri,bioturb. 1107A 3827.2 0.82 0.38 22.8 23.1 3.2 99.1 2.71 SLTST,ltgy,vsdy,mod cons,sl calc,tr pyr. 1108A 3830.2 0.75 0.62 10.7 10.5 53.6 51.9 2.69 SS,mgy,vfgr,wsrtd,sbang-sbrd,wcmtd,calc cmt,interlam mod cons ss. 1109B 3831.6 0.25 0.13 7.8 7.7 32.3 68.0 2.70 SS,mgy,vfgr,wsrtd,sbang-sbrd,wcmtd,calc cmt,foss,frac. 1110A 3832.1 251.26 230.25 32.0 31.5 54.7 38.0 2.70 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,sl fri,mnr pch cmtd sd. 1111A 3833.1 35.14 31.38 28.6 28.1 43.6 48.6 2.70 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,sl fri,10% wcmtd,calc,lam ss. 1111B 3833.6 50.83 45.51 30.8 30.3 39.1 53.8 2.71 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,sl fri. 1112B 3834.6 146.85 134.78 31.8 31.5 51.9 42.2 2.71 SS,ltolvgy,vfgr,vwsrtd,sbrd,vfri. 1113B 3835.6 8.60 7.07 28.3 27.9 29.8 66.0 2.67 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,pcons-sl fri,mnr dism pyr. 1114A 3836.1 90.32 80.69 30.6 30.7 46.2 48.3 2.69 SS,olvgy,vfgr,slty,wsrtd,sbrd,sl fri. 1114B 3836.6 49.08 43.18 29.9 29.2 39.1 56.1 2.70 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri,mnr carb lams. 1115A 3837.1 19.87 18.81 29.8 30.2 36.4 59.4 2.68 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,mod cons,dk indist lams. 1115B 3837.6 67.75 64.31 31.5 31.7 50.9 44.3 2.71 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri. 1116A 3838.1 249.30 201.41 33.5 32.9 52.4 38.8 2.74 SS,olvgy,vfgr,wsrtd,sbrd,vfri,calc foss. 1117A 3839.2 101.02 92.10 33.3 32.6 55.2 34.0 2.69 SS,ltolvgy,vfgr,tr f-mgr sd,wsrtd,sbrd,vfri. 1118A 3840.1 6.57 5.02 27.2 26.8 33.2 73.6 2.64 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,mod cons,dk carb lams. 1119A 3841.1 0.71 0.45 25.2 25.1 15.3 93.4 2.70 SLTST,ltolvgy,vsdy,mod cons,20% vfgr bdd ss. 1120A 3842.1 7.76 7.05 26.2 25.6 Page 14 189-027_CoreAnalysis.txt 32.7 60.7 2.61 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,mod cons,indist lams. 1120B 3842.6 9.76 7.62 26.3 25.9 27.7 70.2 2.67 SLTST,ltolvgy,sdy,mod cons,sl calc,30% vfgr bdd ss. 1121A 3843.1 1.10 0.86 25.4 25.2 13.5 87.0 2.68 SLTST,ltolvgy,sdy,mod cons,sl calc,30% vfgr bdd ss. 1121B 3843.6 8.85 8.04 27.6 27.4 39.9 54.7 2.64 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,pcons,20% wvy mdst lams. 1122A 3844.4 32.12 29.32 30.6 30.8 51.7 38.3 2.66 SS,ltolvgy,vfgr,slty,vwsrtd,sbrd,pcons,tr lams. 1122B 3844.6 14.58 12.70 28.1 28.0 46.0 49.2 2.63 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,tr lams. 1123A 3845.1 14.88 12.87 29.1 28.6 44.9 46.5 2.62 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,sl fri,indist lams. 1124A 3846.1 0.66 0.29 23.2 22.9 3.2 97.6 2.91 MDST,ltolvgy,slty,mod cons,abnt carb frags,(broken). 1125A 3847.1 1.02 0.64 25.6 25.4 4.8 95.8 2.69 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,30% wvy mdst lams. 1126A 3848.1 0.58 0.43 25.1 25.2 7.9 93.0 2.69 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,mod cons,wvy mdst lams. 1126B 3848.5 0.76 0.59 26.5 26.2 34.5 59.5 2.68 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,20% mgy,bdd mdst. 1127A 3849.1 0.95 0.71 24.6 24.6 48.3 48.1 2.76 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,abnt lg calc foss,mag. 1128B 3850.5 0.67 0.51 24.8 24.4 2.5 99.2 2.68 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,15% wvy,bioturb mdy lams. 1301B 3851.6 1.38 1.02 24.8 24.4 8.1 100.2 2.69 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri,5% wvy mdy lams,scat pyr,calc frag. 1302A 3852.1 24.88 19.36 28.8 28.4 46.7 46.0 2.66 SS,ltolvgy,vf-fgr,mod wsrtd,sbrd,sl fri,tr mdst lam,frac. 1303A 3853.1 12.30 10.73 28.2 27.9 42.0 53.7 2.66 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,fri. 1303B 3853.6 1.09 0.80 25.7 24.8 3.7 104.3 2.67 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,pcons,tr scat pyr. 1304A 3854.1 7.18 5.14 25.7 25.5 1.9 106.0 2.65 SS,ltgy,vfgr,mnr slt,wsrtd,sbang-sbrd,sl fri. 1305A 3855.1 0.66 0.38 25.5 23.3 7.6 110.6 2.73 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,tr scat pyr,lg calc clast. 1306A 3856.1 3.51 2.41 27.0 26.7 8.0 93.0 2.70 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,lg calc clast. 1307A 3857.1 0.89 0.57 25.6 25.0 11.0 100.8 2.68 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,scat pyr. Page 15 189-027_CoreAnalysis.txt 1308A 3858.2 5.09 3.03 25.7 25.6 2.1 101.2 2.71 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,sl calc,mdy lams. 1309A 3859.1 0.65 0.44 25.7 24.3 2.9 107.2 2.67 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,sl calc,scat pyr,mdy lams. 1310A 3860.1 0.60 0.32 24.7 24.2 9.1 99.3 2.65 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,sl calc,mdy lams. 1311A 3861.1 0.20 0.14 24.3 23.3 14.7 99.8 2.67 SLTST,ltgy,vsdy,mod cons,sl calc,mnr mdy lams. 1312A 3862.1 1.88 1.40 25.9 25.5 4.7 102.2 2.65 SS,ltgy,vfgr,vslty,wsrtd,sbang-sbrd,mod cons,sl calc,mnr mdy lams. 1313A 3863.1 0.53 0.31 24.1 23.4 9.2 101.3 2.68 SLTST,ltgy,vsdy,wcons,sl calc,abnt wvy lams. 1314A 3864.1 0.13 0.09 24.3 20.4 24.2 105.6 2.67 SLTST,ltgy,vsdy,wcons,sl calc,abnt wvy lams. 1315A 3865.1 0.16 0.10 23.5 20.7 18.9 105.3 2.65 SLTST,ltgy,vsdy,wcons,sl calc,abnt wvy lams. 1316A 3866.1 0.15 0.09 24.0 21.3 18.3 101.0 2.66 SLTST,ltgy,vsdy,wcons,sl calc,abnt wvy lams. 1316B 3866.6 0.11 0.07 23.1 19.5 19.9 108.9 2.65 SLTST,ltgy,vsdy,wcons,sl calc,abnt wvy mdy lams,tr mag. 1317A 3867.1 0.16 0.11 23.0 20.1 15.4 110.3 2.67 SLTST,ltgy,abnt fgr sd,wcons,sl calc,abnt wvy mdy lams. 1317B 3867.6 1.12 0.67 23.7 23.5 8.9 92.1 2.67 SS,ltolvgy,vf-cgr,pred f-mgr,tr-1% grnls,slty,psrtd,sbang-sbrd,tr mdy lams. 1318A 3868.1 5.09 4.67 28.8 28.5 42.8 47.5 2.64 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,pcons. 1318B 3868.6 4.52 4.07 28.3 28.2 43.4 46.0 2.63 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,pcons,tr indist lams. 1319A 3869.1 2.20 1.81 26.5 26.0 30.6 68.4 2.62 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,wcons. 1320A 3870.1 0.51 0.42 22.8 20.3 25.5 94.2 2.61 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,wcons,10% mdst lams,tr mag. 1321A 3871.1 0.17 0.11 24.0 21.6 9.9 110.0 2.68 SLTST,ltolvgy,sdy,wcons,sl calc,10% mdst lams. 1322A 3872.2 3.08 1.69 24.2 23.7 3.7 101.4 2.57 SS,ltgy,vfgr,mnr slt,wsrtd,sbang-sbrd,pcons,lam. 1323A 3873.2 2.21 1.19 25.1 25.2 9.0 103.3 2.61 SLTST,ltgy,vsdy,mod cons,sl calc,mnr bioturb. 1324A 3874.2 6.26 3.43 25.2 24.6 10.3 100.9 2.64 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbang-sbrd,pcons,lam. 1325A 3875.1 1.01 0.62 22.6 22.5 6.3 98.9 2.56 SS,ltgy,vfgr,slty,wsrtd,sbrd,mod cons,5-7% carb lams. 1326A 3876.1 0.32 0.21 22.1 21.1 3.4 108.1 2.62 SLTST,ltolvgy,vsdy,wcons,lam,10% bioturb mdst. 1327A 3877.1 1.48 1.10 25.2 25.0 6.9 101.4 2.60 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,lam. 1328A 3878.1 1.86 1.62 27.5 27.1 49.9 45.0 2.58 SS,ltgy,vf-fgr,pred vfgr,wsrtd,sbrd,mod cons,tr mdy lams. 1328B 3878.6 59.57 55.85 32.2 32.0 Page 16 189-027_CoreAnalysis.txt 45.9 49.7 2.92 SS,ltolvgy,vfgr,slty,wsrtd,sbang-sbrd,fri,abnt mic. 1329B 3879.4 44.31 37.06 29.9 29.5 63.0 28.8 2.61 SS,ltgy,vf-fgr,slty,mod wsrtd,sbang-sbrd,vfri. 1401B 3880.6 9.51 7.11 26.3 25.6 31.7 74.9 2.60 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,sl fri. 1402A 3881.1 84.18 70.02 26.5 26.3 40.1 54.3 2.62 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbrd,pcons. 1403A 3882.1 4.85 3.83 24.9 24.3 6.0 97.9 2.66 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,pcons-sl fri,tr lams. 1404A 3883.1 17.00 14.85 28.1 27.7 41.4 52.1 2.65 SS,ltolvgy,vfgr,slty,wsrtd,sbrd,sl fri. 1405A 3884.1 4.92 4.34 26.4 25.9 49.8 48.1 2.60 SS,ltgy,vf-fgr,pred vfgr,mnr slt,wsrtd,sbrd,sl fri. 1405B 3884.6 27.04 23.22 29.3 28.8 36.1 54.9 2.66 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,fri,foss. 1406A 3885.1 11.94 10.58 28.3 27.7 42.4 53.9 2.65 SS,ltolvgy,vf-fgr,pred vfgr,mnr slt,wsrtd,sbrd,sl fri. 1406B 3885.6 17.09 14.33 27.9 27.4 38.9 53.6 2.66 SS,ltolvgy,vfgr,mnr slt,wsrtd,sbrd,fri,tr lams. 1407A 3886.2 25.76 7.36 32.8 30.6 17.4 115.8 2.70 SLTST,ltgy,vsdy,mod cons,sl calc. 1408A 3887.1 0.90 0.77 27.0 25.9 8.5 105.0 2.70 SS,ltgy,vfgr,vslty,wsrtd,sbrd,mod cons,sl calc. 1409A 3888.3 13.77 8.45 26.2 25.5 11.2 96.4 2.60 SS,ltolvgy,vf-fgr,pred vfgr,wsrtd,sbang-sbrd,fri,lam,frac. 1410A 3889.2 23.47 21.22 28.8 28.8 43.2 48.8 2.65 SS,ltolvgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,fri. 1411A 3890.1 0.26 0.17 22.8 22.2 10.0 104.5 2.68 SS,ltgy,vfgr,slty,wsrtd,sbang-sbrd,mod cons,abnt bioturb mdy lams. 1412A 3891.2 6.09 5.00 26.4 26.2 37.2 60.2 2.63 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,sl fri,lam. 1414A 3893.1 1.66 0.94 24.5 23.5 3.8 106.6 2.66 SS,ltgy,vfgr,mnr slt,wsrtd,sbrd,mod cons,lam,40% mgy bdd sltst. 1415A 3894.1 0.90 0.51 25.0 24.2 17.4 94.0 2.68 SS,ltgy,vfgr,slty,wsrtd,sbrd,wcons,25% bioturb mdy lams,scat pyr. 1416A 3895.1 0.17 0.09 22.8 19.8 18.9 107.3 2.68 SLTST,mgy,vsdy,wcons,tr calc,scat vf pyr,mnr mdy lams. 1417A 3896.1 0.21 0.15 23.3 20.7 13.4 109.6 2.67 SS,ltgy,vfgr,vslty,wsrtd,sbrd,wcons,mdy lams,tr pyr. 1418A 3897.1 0.40 0.24 22.2 21.0 1.5 114.5 2.65 SS,ltgy,vf-fgr,slty,cly,mod wsrtd,sbang-sbrd,mod cons. 1419A 3898.1 0.17 0.10 23.0 22.2 2.5 109.8 2.66 SLTST,ltgy,vsdy,wcons,scat pyr,carb frags,frac. 1420A 3899.1 0.21 0.11 22.6 21.7 12.2 99.3 2.66 SLTST,ltgy,vsdy,wcons,scat pyr,mdy lams. 1420B 3899.4 0.31 0.16 23.3 23.1 0.0 108.9 2.63 SS,ltgy,vfgr,vslty,wsrtd,sbrd,wcons,30% bdd arg sltst. Page 17 189-027_CoreAnalysis.txt 1421A 3900.1 1.29 0.70 23.1 22.5 0.0 110.6 2.59 SS,ltgy,vfgr,vslty,wsrtd,sbrd,wcons,40% bdd,arg sltst. 1423A 3902.1 1.00 0.67 25.1 24.8 0.3 109.0 2.62 SS,ltgy,vf-fgr,pred vfgr,slty,wsrtd,sbang-sbrd,mod cons. 1501A 3910.1 0.27 0.21 16.6 15.3 10.7 91.7 2.49 SS,ltolvgy,vf-fgr,pred vfgr,mnr slt,wsrtd,sbrd,mod cons,tr lams. 1 3599.85 300 268 33.9 64.5 26.0 2.70 SS,ltolvgy,vfgr,sl slty,vwsrtd, 400 249 33.4 pred sbrd,vfri,pred qtz. 500 249 33.2 600 250 33.1 700 250 33.1 800 250 33.1 900 245 33.1 1000 234 33.0 1100 235 33.0 1200 234 33.1 1300 230 32.9 1400 230 32.9 1500 230 32.8 1600 230 32.7 1700 225 32.7 1800 226 32.6 1900 226 32.6 2000 226 32.6 2 3608.2 300 41.4 31.0 48.7 42.4 2.70 SS,ltolvgy,vfgr,slty,vwsrtd, 400 40.9 30.8 sbrd,fri,pred qtz,carb frags,tr mic 500 40.4 30.5 600 40.4 30.5 700 39.9 30.4 800 39.9 30.3 900 39.2 30.4 1000 38.6 30.3 1100 38.0 30.3 1200 37.7 30.3 1300 37.4 30.1 1400 37.1 30.1 1500 36.5 30.1 1600 36.5 30.1 1700 35.9 30.0 1800 35.6 30.0 1900 35.5 30.0 2000 35.0 29.9 3 3608.5 300 19.0 29.3 37.9 52.3 2.70 SS,ltolvgy,vf-fgr,pred vfgr,tr m-cgr sd, 400 18.9 29.0 slty,arg,mod wsrtd,sbrd,fri,pred qtz. 500 18.4 28.9 600 17.9 28.8 700 17.6 28.7 800 17.5 28.6 900 17.5 28.5 1000 17.1 28.5 Page 18 189-027_CoreAnalysis.txt 1100 17.0 28.4 1200 16.8 28.3 1300 16.6 28.3 1400 16.7 28.2 1500 16.1 28.2 1600 16.0 28.1 1700 16.0 27.9 1800 15.8 27.9 1900 15.8 27.9 2000 15.7 27.9 4 3659.2 300 272 35.0 67.4 24.5 2.72 SS,ltolvgy,vfgr,tr fgr sd,sl slty,vwsrtd, 400 270 34.7 pred sbrd,vfri,pred qtz. 500 266 34.5 600 266 34.4 700 267 34.2 800 267 34.1 900 265 34.0 1000 263 33.9 1100 263 33.8 1200 261 33.6 1300 261 33.5 1400 262 33.4 1500 259 33.3 1600 257 33.2 1700 257 33.2 1800 257 33.1 1900 255 33.1 2000 252 33.0 5 3672.9 300 121 33.7 56.9 33.5 2.71 SS,ltolvgy,vfgr,slty,vwsrtd,pred 400 121 33.5 sbrd,fri,pred qtz. 500 119 33.3 600 119 33.3 700 119 33.2 800 120 32.9 900 117 32.7 1000 115 32.5 1100 115 32.3 1200 115 32.2 1300 115 32.2 1400 112 32.2 1500 113 32.1 1600 113 32.1 1700 110 32.1 1800 110 32.1 1900 110 32.0 2000 110 32.0 6 3663.8 300 121 32.8 58.6 36.9 2.70 SS,ltolvgy,vfgr,slty,arg,vwsrtd,pred 400 121 32.6 sbrd,fri,pred qtz,10% arg slty lams. 500 116 32.5 600 113 32.3 700 113 32.3 800 114 32.1 900 108 32.0 1000 108 31.8 1100 108 31.8 Page 19 189-027_CoreAnalysis.txt 1200 106 31.8 1300 106 31.6 1400 106 31.6 1500 103 31.5 1600 100 31.4 1700 101 31.3 1800 101 31.3 1900 101 31.1 2000 101 31.1 7 3691.9 300 230 34.3 65.0 24.1 2.71 SS,ltolvgy,vfgr,sl slty,vwsrtd,pred 400 229 34.0 sbrd,fri,pred qtz. 500 221 34.0 600 218 33.9 700 219 33.8 800 219 33.6 900 217 33.4 1000 217 33.4 1100 217 33.3 1200 215 33.3 1300 215 33.2 1400 216 33.0 1500 213 32.9 1600 210 32.8 1700 210 32.8 1800 210 32.8 1900 211 32.8 2000 211 32.7 8 3803.2 300 129 32.2 52.2 36.1 2.71 SS,lolvgy,vfgr,slty,vwsrtd,sbrd,fri,pred 400 126 32.1 qtz,3-5% arg slty lams,tr carb frags. 500 126 32.1 600 127 32.0 700 127 31.9 800 124 31.8 900 124 31.7 1000 122 31.7 1100 122 31.6 1200 122 31.5 1300 119 31.5 1400 120 31.3 1500 120 31.2 1600 120 31.1 1700 117 31.1 1800 117 31.0 1900 115 30.9 2000 115 30.8 9 3835.85 300 32.5 32.3 46.1 50.6 2.69 SS,ltolvgy,vfgr,slty,vwsrtd,sbrd,fri, 400 32.2 32.2 pred qtz,10% fnt slty lams. 500 31.9 32.1 600 31.4 32.0 700 31.1 32.0 800 30.7 32.0 900 30.4 32.0 1000 30.0 31.6 1100 29.7 31.6 1200 29.3 31.6 Page 20 189-027_CoreAnalysis.txt 1300 29.1 31.5 1400 29.1 31.5 1500 28.4 31.5 1600 27.9 31.3 1700 27.6 31.3 1800 27.3 31.1 1900 27.0 31.1 2000 26.7 31.1 Page 21
