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Home My WebLink About189-066 '. ~ ~ , \ " . ((';' , t:;';::, F¡',", ::;'¡':'¡ ["r' i, \ ..1 ': ¡',! ! I !: ", -'-, ¡ ¡ , \, ¡! ! ~::" ',' I II' ,,¡, II l ¡ æJLIìj} L¡ ,,'.0, .' '--, ( rì '¡ r-" ! ¡ L.~ - ( . . - ill) rJ" 1";', 1'1 J~-' '-;;', ""n r¡\ . r', i ¡ ¡ , ;,', ! \ o..J Ii,' I r, \ I¡\\!! iii\'\,", [< !lIl LFÙ L~ U\:J @ J \i f/Ù ! ! FRANK H. MURKOWSKI, GOVERNOR i .' ^'4A.SHA OIL AND GAS CONSERVATION COMMISSION i 333 W. 7'" AVENUE. SUITE 100 ANCHORAGE. ALASKA 99501.3539 PHONE (907) 279-1433 FAX (907) 276-7542 May 12,2004 Mr. Bruce J. Williams GPB Operations Integrity Manager BP Exploration (Alaska) Inc. P. O. Box 196612 Anchorage, AK 99519-6612 ~1 <6C¡- 0 h ¿, Dear Mr. Williams: The Alaska Oil and Gas Conservation Commission ("Commission") received well safety valve system (SVS) test reports from BP Exploration (Alaska) Inc. at Prudhoe Bay Unit Lisburne sites as follows: Location PBU Ll PBU L2 PBU L3 Date of SVS Test April 23, 2004 April 26, 2004 April 27, 2004 Failure Rate 30.0% 16.7% 50.0% Copies of the SVS Test Reports are attached. Regulation at 20 AAC 25.265 requires all wells to be equipped with a Commission approved fail-safe automatic surface SVS capable of preventing uncontrolled flow by shutting off flow at the wellhead and shutting down any artificial lift system where an overpressure of equipment may occur. If installed, a subsurface safety valve must be maintained in working order and is subject to perfonnance testing as part of the SVS. Commission policy, as outlined in a letter dated November 14, 1995, states that the testing frequency will be increased when a failure rate exceeds 10 percent. The AOGCC-AOGA Safety Valve System Task Force report issued June 13, 2003, supported retention of the 10% failure threshold. Effective the date of SVS test, and until an acceptable level of perfonnance is achieved, the safety valve systems associated with wells located on PBU Ll, L2, and L3 must be tested every 90 days. When testing is schedul, must notify the Commission Field Inspector at 907-659-2714 to provide an opportunity to vÙ th SVS test. Sincerely, J . Norman, Chair C~missioner 2J~ Daniel T. Seamount, Jr. Commissioner 3 Attachments cc: AOGCC Inspectors (via email) ~ ~ Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: BPX Operator Rep: Ron White AOGCC Rep: Waived Submitted By: Ron Marquez Date: 04/2712004 Unit/Field/Pad: Greater Pt McIntyre/Lisbume/L3 Separator psi: LPS 450 HPS 450 ..81...- ~411- Ifl. .111 IlI1J1Ifl~JlIlI'ZtJI ...,. Well Permit Separ Set LIP Test Test Test Number Number PSI PSI Trip Code Code Code L3-01 1890750 L3~2 1861540 450 350 350 L3-05 1851950 L3-08 1831430 L3-11 1852310 L3-12 1861610 L3-15 1852660 L3-18 1861670 L3-19 1852860 L3-22 1861750 L3-23 1853060 L3-24 1861820 L3-28 1890660 L3-30 1861850 L3-31 1860340 P 6 P Date Tested and or Oil, WAG, GINJ, Passed Retest or SI GAS, CYCLE, SI 12/4/1993 SI OIL SI SI 81 81 SI 81 81 SI 81 SI SI 81 SI 1/14/2003 7/2/1994 9/9/2003 4/19/1997 12/22/1996 2/16/1997 11/17/2001 6/4/2003 6/26/1995 5/12/1997 9/7/1993 11/25/1996 7/28/2003 Wells: 1 Components: 2 Failures: 1 Failure Rate: Remarks: L3-02 4/27/2004: Grease crew notified to service SSV Page 1 of 1 SVS PBU LIS L3 04-27 -04.xls 01',I OR BEFORE c:LO~I~t-D°c I c-¢~p fm 10jan95 LOCATION CLEARANCE REPORT State of Alaska OIL AND GAS CONSERVATION COMMISSION PTD No. ~ 7 -'~ ~ & Memorandum To' File: API ~o. op~to~ ~ ~O Location ~nd Date Spud: ~' ~w~ TD: l Perf inte~al. - tops: Review the well file, and comment on plugging, well head status, and location clearance - provide loc. clear, code Location Clearance: Code Signed Date ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 November 15, 1994 Mr. Russell Douglas Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 ORISIN, L RE: Submittal of Recompletion Report and Log for Lisburne Well L3-28 Dear Mr. Douglas: The attached Recompletion Report (Form 10-407) is the second submittal for the abandonment of Lisburne Well L3-28. The previous submittal of the form during January 1994 details the plug and cement work. The attached submittal covers the surface work completed in late September of this year. Please direct any questions to Shelly Brown at 263-4240 or Mark Ireland at 263-4767. Sincerely, A. K. Schroeder Lisburne Engineenng Attachments cc: G.K. Phillips ATO-496 RECEIVED V 2 2 1994 Gas Cons. Commission ~ch0rage ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany AH3[~ 6003--C STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR REOOMPLETION REPORT AND LOG 1. Status of Well ' Classification of Service Well' OIL E] GAS E] SUSPENDED E] ABANDONED [~] SERVICE E] 2. Name of Operator ARCO Alaska, Inc. 3. Address P.O. BOX 100360, Anchorage, AK 99510 4. Location of well at surface 988' SNL, 868' EWL, Sec. 22, T11N, R15E At top of producing interval N/A At total depth 1391' SNL, 1838' WEL, Sec.27, T11 N, R1E 5. Elevation in feet (indicate KB, DF, etc.) KBE=60' 12. Date Spudded 6/23/89 17.Total Depth (MD+TVD'. 11500' /'9325' 7. Permit number 89-66 8. APl number 500292195500 9. Unit or Lease name Lisburne lO. Well number L3-28 11. Field/Pool Prudhoe Bay / Lisburne J c. Lease Designation and Serial No. ADL 28325 3. Date T.D. Reached J14. Dat comp., Susp. or Aband.}15. Water Depth, if offsholl6. No. of Completion, 7/9/89 / 9/22/94 I N/A ! Zero 8. Plug Back Depth (MD+TVD~9. DireCtional SUrvey ~0. Depth where SSSV set 21. Thickness of Permafros'i 7' /7' / ['~ yES r-1 J~O/ None feet MD 1900' (approx) 22. Type Electric or Other Logs Run DLL/NGT/SP, LDT/CNL/GR/GPIT, RFT/GR, CBT/CET/GR/CCL, GCT 23. CASING, LINER AND CEMENTING RECORD CASING SIZE 20' I WT. PER FT.[ GRADE 91.5# I H-40 45.5# 29.7# 17# J-55 L-80 L-80 SETTING DEPTH MD TOP BOTTOM 115 115' 3970 3970' 1O993 10993' 11495 11495' 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) MD None. TVD HOLE SIZE 30' 25. SIZE 3-1/?,, CEMENTING RECORD 1700# Poleset 1300sx AS 111/350 sx Class "( 400 sx SS II 141 sx SS II TUBING RECORD DEPTH SET/MD) 10008'-10821' 26. DEPTH INTERVAL (MD) TOC @6790' AMOUNT PULLED i" W/150 SX AS I PACKER SET (M'D) Pkr@ 10715' ACIDI FRACTURE, CEMENT SQUEEZE, ETC. AMOUNT & KIND OF MATERIAL uSED TOC @9739' TOC @7' below GL 27. PRODUCTION TEsT Date First ProductiOnNot I Method of Operation (Flowing, Gas lift, etc.) N/A on production i D'~ie of 'Tesl HOurs Tested PRODUCTION FOR [OIL-BBL GAS-MCF WATER-BBL TEST PERIOD ~ I Fio~v Tufting 3asing PreSsure CALCULATED [OIL-BBL GAS-MCF WATER:BBL Press.: g4-HOUR R/~TE ~ I 28. CORE DATA bridae blue @01~91' W/337 cuft "G" crne'ilt mt~'jrler (~? 10353' w/157 ct.itt "G" Bridge plug (.~. 210' w/48 cu ft CFE~E SLTE JGAS-OIL RATIO I OIL GRAVITY (corr) Brief description of lithology, porosity, fractures, apparent dips, and presence of oil, gas or water. Submit core chips. RECEIVED Form 10-407 NOV 2 2 199' Uil & 'Gas Cons. commission Rev. 7-1-80 CONTINUED ON REVERSE SIDE Ai1cAor~MIT IN DUPLICATE z9. 30. GEOLOGIC MARKERS FORMATION TESTS Include interval tested, pressure data, all fluid recovered and gravity, NAME GOR and time of each phase. MEAS. DEPTH TRUE VERT. DEPTH Top Wahoo Zone 7 11076' 8973' Top Wahoo Zone 6 11171' 9053' 'Top Wahoo Zone 5 11328' 9186' Top Wahoo Zone 4 11468' 9299' K'"i ;TM' RECEIVED NOV 2 1994 Anch0r~e 31. LIST OF ATTACHMENTS ~A Log 32. I he~eUyzce~ Jh~t the fOregoing is true ~d oorreot to the Dest of my KRowledge. S ig~d~.~, Sc~roeder '- Title Lngineer Date November 3, ]99~_ 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 Well: 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 inverval 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 L3-28 Plug and Abandon Log 9/22/94 9/22/94 Cut off wellhead at least 3' below original ground level. Weld a plate across the top of the conductor casing with a marker plate. The marker plate is labeled by bead-welding with: ARCO Alaska, Inc. Prudhoe Bay Unit Lisburne Well L3-28 988' SNL, 868' EWL, Sec. 22, TllN, R15E Back fill cellar as needed. RECEIVED NOV 2 2 1994 ~asl~ 0il & Gas Cons. Commission Anchor~-:: MEMORANDUM State of Alaska TO: David J~~, Chairman" Alaska Oil and Gas Conservation Commission DATE: September 19, 1994 THRU: FROM: Blair Wondzell, ,)/=o/~v FILE NO: P. I. Supervisor Lou Grimaldi,f~~'~ SUBJECT: Petroleum Inspector YD9JISBD.DOC Surface Marker Arco Well # L3-28 Lisburne Field PTD # 89-66 Monday, September 19, 1994: I witnessed the placement of the subsurface P&A marker on Arco's well # L3-28 in the Lisburne field. I arrived to find the 20" casing cut to a depth of 4' below tundra level and the field crew ready to weld the marker plate on. Upon inspection I noticed that the 20" was split down the seam and there was ice in the top of the stub. I had the ice removed and at approximately 2' below the cut there was what appeared to be dehydrated mud with a 2" ring of clabbered cement on the I.D. of the 20". The contents of the casing was further removed to approximately 3' and it appeared to turn to more cement than mud. A check of the well records showed that a Bridge plug had been set in the 7" at 210' and cement was pumped to surface. The records were slightly confusing as to the depth of the cuts on the 7" and 10 3/4". I called the AOGCC office and discussed the job with Blair Wondzell who checked the records at our office and approved the placement of the marker. SUMMARY: I witnessed the placement of the subsurface P&A marker on Arco's well # L3-28 in the Lisburne field Attachments: YD9JISBD.XLS STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment / Location Clearance Report ( Title 20 AAC 25, Article 2 ) Operator: Arco Alaska Address: Surface Location: F L, F L Section ,T ,R ,M Well Name: PTD No.: APl No. 50- Unit or Lease Name: Field and Pool: Downhole P&A Date: Inspection Date: Steel Post OD: (4" min) .Top of Marker Post Closed With: Distance Below Final Grade Level: Side Outlets: All valves and nipples removed ? L3-28 89-66 , 20 AAC ,25,125- ABANDONMENT MARKER: I Approval Date: "Length (10' min.) ft. Height Above Final Grade Level (4' min.) ft. (Welded, Cmt., Cap), Set: (On Wellhead, Csg, In Cmt) ff. ~AII openings closed ? With Marker Plate Diameter: 20" Square" Thickness: 1~2 "Distance Below Final Grade Level: Marker Plate Attached To: Wellhead Cutoff Csg 20" Other 4v ft. Information Beadwelded Directly to Marker Post or Blind Marker Plate: Operator: Arco Alaska Well Name: L3-28 Surface Location: 988 F N L, 868 F W L Section 22 ,T 11N ,R 15E ,M U ( Note when different from file information) Unit/Lease Name: Lisburne Remarks: 20" casing split due to ice heave, Approved from office. !nspection Date: I 20 AAC 25,170 'LOCATION CLEANUP: I Approval Date: PITS: Filled In: Liners Removed or Buried: Debris Removed: SURFACE CONDITION OF PAD AND / OR LOCATION · ( Rough, Smooth, Contoured, Flat, Compacted ) Clean: Type & Quan. of Debris if any remaining on pad and / or location: TYPE AND CONDITION OF SURROUNDING AREA' ( Wooded,Tundra,Grass, Brush, Dirt,Gravel,Sand) Clean: Type & Quan. of Debris if any remaining on surrounding area ' TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: ( Dirt, Gravel, Ice, Other) Clean: Type & Quan. of Debris if any remaining on access road or surrounding area · CLEANUP WORK REMAINING TO BE DONE · Active Pad, RECOMMENDED FOR APPROVAL OF ABANDONMENT: Yes yes* No Distribution: orig - Well file c - Operator c- Database c- Inspector FI-000 (Rev. 3~93) Reason: Active pad ( If "No" See Reason ) FINAL INSPECTION: Yes No INSPECTED BY: Louis R Grimaldi YD9JISBD.XLS No DATE: 9/19/94 Date: Subject: From' To: ~' ARCO Alaska Inc. Greater Point McIntyre Engineeri,,fi March 7, 1994 Transmittal Number ARCO Alaska, Inc. Bob Crandall AOGCC 3001 Prokupine Drive Anchorage, AK 99501 704 The following Greater Point Mclntyre Area data are enclosed. This information is confidential and your cooperation in maintaining confidentiality is appreciated: L1-09 LOG: Leak Detection Log SPE'q/TEM~/PRESS ~ 10/23/93 Schlumberger L3-28 L4-02" L4-02 L4-02 LPC-2 Collar Log (Jet Tubing Cutter) ~) 12/11/93 ~o--4q9 q 5-" Ultrasonic Imager (USIT) Casing Inspection Log ~ 12/23/93 too-I I.'¥. 2.~ 5"~ Ultrasonic Lmager (USIT) Cement Evaluation Log Atlas Collar Log (Bridge Plug Record) Schlumberger Tape: Dual Prop Resistivity, GR, also Depth- shift Data w/LIS Verification and blackline 12/23/93 Schlumberger 12125193 5/13/93 atlas BakerHughes Please sign Elizabeth R. Barker, ATO-415 ARCO Alaska, Inc. P.O. Box 100360 Anchorage, Alaska 99510-0360 STATE OF ALASKA " ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMP LETION REPORT AND LOG 1. Status of Well Classification of Service Well OIL ri GAS I"1 SUSPENDED I-i ABANDONED I'tx SERVICE [] 2. Name of Operator Z.~aermit-..Number ARCO Alaska, Inc. [, 8966 _) 3. Address ~A'PI Number P. O. Box 196612, Anchorage, Alaska 99519-6612 50- 029-21955 4. Location of well at surface 9. Unit or Lease Name 988' SNL, 868' EWL, SEC. 22, T11N, R15E----' - :-:'-~~.L-O¢'''A~:' Lisburne At Top Producing Interval t ~I~D :i 10' Well Number N/A ~[ L3-28 11. Field and Pool At Total Depth ........ ---~:- Lisbume Oil Pool 1391'$NL, 1838'WEL, SEC. 27, T11N, R15E 5. Elevation in feet (indicate KB, DF, etc.) 16. Lease Designation and Sedal No. KBE = 60' I ADL 28325 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. ~ Aband. 115. Water Depth, if offshore 116. No. of Completions 6/23/89 7/9/89 12/21/93I N/A feet MSL I Zero 17. Total Depth (MD+TVD) !18. Plug Back Depth (MD+TVD; 19. Directional Survey ~20. Depth where SSSV set ~1. Thickness of Permafrost 11500' MD/9325' TVD 7' MD/ 7' TVD YES [] N~ []! None feet MD! 1900'(Approx.) 22. Type Electric or Other Logs Run DLL/NG T/SP, LD T/CNL/GR/GPIT, RFT/GR, CB T/CET/GR/CCL, GC T 23. CASING, LINER AND CEMENTING ~ SE'I-rING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOI'I'OM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 91.5# H-40 Surface 115' 30" 1700 # Poleset 10-3/4" 45.5# J-55 4' 3970' 13-1/2" 1300sxASIII/350sxClass"G"/ 150sxASI 7-5/8" 29. 7# L-80 7' 10993' 9-7/8" 400 sx SS II 5-1/2" 17# L-80 10749' 11495' 6-3/4" 141 sx SS II 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MDI PACKER SET (MDI None 3-1/2" 10008'-10821' 10715' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED TOC @ 9739'MD Cement retainer ~ 10353'-w/157 cu ft "G" TOC ~ 6790' MD Bridge plug ~ 8191'-w/337 cuft "G" TOC 7' below GL Bridge plug @ 210'MD-w~48 cu ft "G" 27. PRODUCTION TEST Date First Production JMethod of Operation (Flowing, gas lift, etc.) Not on production I N/A Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKESIZE IGAS-OIL RATIO TEST PERIOD l~ Flow Tubing Casing Pressure CALCULATED,.~ OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE ~ 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips, and presence of oil, gas orwater. Submit core chips.~i,~ ~!~;s,~a Oi~ & GaS Gons. Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE z9. : 30. GEOLOGI~ MARKERS F(.~-~MATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Top Wahoo Zone 7 11076' 8973' Top Wahoo Zone 6 11171' 9053' Top Wahoo Zone 5 11328' 9186' Top Wahoo Zone 4 11468' 9299' 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed f~{~ {~'~-,,. TitleDrillino_En~ineerSuoervisor Date 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 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 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". RECEIVED Form 10-407 JAN 1 5 :aa4- I J ,J · Oii& Gas Cons. Commission Anchorag~ BP/AAI SHARED SER\~ICE DAILY OPERATIONS PAGE: 1 WELL: L3-28 BOROUGH: NORTH SLOPE UNIT: LISBURNE FIELD: LISBURNE LEASE: API: 50- PERMIT: APPROVAL: ACCEPT: 12/10/93 04:00 SPUD: RELEASE: OPERATION: DRLG RIG: WO/C RIG: NABORS 2ES 12/10/93 (1) TD:11429 PB:11429 PULLING BPV MW: 0.0 MOVE RIG. RIG UP, PULL BPV, TAKE ON SEAWATER. RIG ACCEPTED 12-10-93 04:00 HRS. 12/11/93 (2) TD:11429 PB:11429 12/12/93 (3) TD:11429 PB:11429 12/13/93 (4) TD:11429 PB:11429 12/14/93 (5) TD:11429 PB:11429 WAITING ON ATLAS MW: 0.0 TAKE ON SW. CIRC. CLOSED SSSV & SET BPV, NU BOPE & TEST. MU LNDG JT, ATTEMPT TO PULL TBG. PULLED BPV. WAITING ON ATLAS. LD TBG MW: 0.0 RU & RIH W/JET CUTTER. WOH TO SSSV. MU LDNG JT, LAND HGR & RILDS. TEST BOPE. SET BPV. ND & RUN CONTROL LINES. NU & TEST BOPE. RU & RIH. CUT TBG. LD JT. CBU, LD TBG. RIH W/BHA MW:10.2 KCl LD TBG TOOLS. MU BHA & RIH. PU DP. REAPIR DRUM CLUTCH. RIH. FISHING & REAMING. RIH ABOVE FISH. CBU. POH, LD BHA & RIH W/BHA #2. POH W/FISH MW:10.1 KC1 RIH. REAM W/STRING MILL. CBU, RIH. POH. RIH, ENGAGE FISH. CBU, POH W/FISH. 12/15/93 (6) TD:11429 PB:11429 TRIP IN HOLE MW:10.1 KCl TOH, LD TBG. RU & RIH W/JET CUTTER. POH. MU BHA & RIH. KU ENGAGE FISH, POH. LD TBG. MU BHA & RIH. 12/16/93 ( 7) TD:11429 PB:11429 LD FISH MW:10.1 KC1 TIH, WASH TO 10027. TAG FILL, CBU, POH & CHG BHA. RIH, WORK FISH WITH OVERSHOT. WORK SP. PUMP DRY JOB, POH, LD FISH. 12/17/93 ( 8) TD:11429 PB:11429 POH MW:10.1 KCl LD TBG & FISH TOOLS. RIH W/BHA. KU, WASH & REAM TO TOF. CBU, PUMP DRY JOB. MU TEST PKR, TIH. SET PKR. POH. RECEIVED Oil & [;as Cons. Commission Anc,%ragr: WELL : L3-28 OPERATION: . RIG : NABORS 2ES PAGE: 2 12/18/93 (9) TD:11429 PB:11429 12/19/93 (10) TD:11429 PB: 9739 12/20/93 (11) TD:11429 PB: 6566 12/21/93 (12) TD:11429 PB: 6566 POH MW:10.3 KC1 POH, LD PKR. TEST BOPES. MU BHA, TIH. WASH OVER FISH. CBU, PUMP PILL. POH. MU BHA, RIH. KU LATCH ONTO FISH, JARRING. PUMP DRY JOB, POH. TEST CSG MW:10.3 KC1 POH, LD TBG. CLEAR FLOOR. MU RETAINER, TIH. BREAK CIRC, SET RETAINER. MIX CMT, TEST LINES. SPOT PLUG. PUMP DRY JOB, TOH. MU TEST PKR & SET. WOC MW:10.2 KCl POH, SET PKR, POH, LD TEST PKR. MU BP, RIH & SET. BREAK CIRC. MIX CT. TEST LINES, PUMP CMT. CIRC, WOC. RIH. PUMP CMT. DISPCL W/MUD. LDDP, WOC. MOVING MW:10.2 KC1 WOC, RIH, TAG CMT, CBU. TEST CSG. ND BOPS, CUT & PULL CSG, HGR & PKOFF.-LD PLUG, CLEAN LINES. CLEAR FLOOR. RELEASE RIG 12-21-93 @ 03:00 HRS. NOTE:DURING THE SUMMER OF 1994 THE WELLHEAD WILL BE EXCAVATED, THE .20" CASING WILL BE CUT OFF AT LEAST 3' BELOW THE TUNDRA LEVEL, A MARKER PLATE WILL BE INSTALLED AND THE SITE WILL BE BACKFILLED. SIGNATURE: (drilling superintendent) DATE: Gas Cons. Commissio~ Anchorage ARCO Alaska, Inc. Post Office Box 100360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 December 30, 1993 Mr. Dave Johnston Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Lisburn Plug and Abandonment Dear Sir: ,.;oMM ...... FILE The Lisburne L3-28 plug and abandon well work has been completed except for cutting off the wellhead and welding on the marker post. All cement plugs are in place, including the surface plug. Because of additional cost associated with digging frozen ground in sub-zero temperatures, we would marker ost unt' e like to delay cutting of the wellhead and welding on a p ~ summer of 1994. We will plan to delay the work unless notified otherwise by the AOGCC. If more information is needed please contact either George Phillips at 263-4280 or myself at 263-4601 Sincerely, Thomas E. Krawietz Operations Engineer Lisburne/Point McIntyre Engineering TEK:jll cc: G.K. Phillips ATO-496 ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company RECEIVED JAN -;5 1994 Alaska 0il & Gas Cons. Commission Anchorage MEMORANDIJ,,, State o, Alaska Alaska Oil and Gas Conservation Commission TO: David Joh n~n, DATE: Chairma~ THRU: FILE NO: Blair Wondzeli, .~~ P. I. Supervisor FROM: Bobby Foster~~ SUBJECT: Petroleum Inspector December 18, 1993 BDMILRAD.doc P&A Cement Plugs ARCO - Lisburne - L3-28 PTD # 89 - 66 Saturday, December 18~. 1993: I was contacted by Jim Gaffney, ARCO Drilling rep., this date concerning the upcoming P&A of L3 - 28. Jim requested that I come to the rig and discuss the job with him. I arrived at the rig at 6:30 AM and met with Jim, Chris Lonzo, Lisburne engineering rep., and with Kirk White, ARCO drilling Supt., by telephone, I agreed that ARCO had made a valid effort to recover the tubing down to the production packer set at 10,711' MD. The tubing had been recovered to 10,354', 357' above the packer. There was a hole in the 7.625" casing at approximately 7,517 -7,525' and there was some concern, due to the amount of sand being circulated out of the well, the hole could get larger and the influx of sand could cause another fish to be left in the hole. Due to this reasoning and after i had reviewed the cement bond log of the 7.625" X 5" casing tie back, plus the poor progress of the fishing done in the previous 3 or 4 days, it was decided to set a cement retainer at 10,349' - 6' above the tubing stub and attempt to pump into the perf.'s. The retainer was set, the tubing was pressured up to 3,000 psi and held for 30 minutes with no bleed-off. The tubing was then unstung from the retainer and a 28 bbl. of 15.8 lbs./gal. slurry was placed on top of the retainer. This left 609-1-' of cement on top of the retainer. Calculated top of cement was 9740'. Cement was in place at 9:30 PM. Sunday,. December 19, .!993: i received a call at 3:45 AM from the rig that they were ready to start locating the hole in the casing using a test packer. I arrived at the rig at 5:00 AM and Jim told me the packer had been set at 7,890' and the drill pipe had been pressured up to 1950 PSI and the casing had burst. The packer was released and lowered to 8,091', reset and 1500 PSI of Page 2/2 pressure was put on the drill pipe and held for 20 minutes with 100 PSI of pressure lost. The packer was released and pulled up to 6,985 and reset. The casing was then pressured to 2000 PSI and held for 30 minutes and tested OK. The test packer was pulled out of the hole and a cement retainer was run in the hole and set at 8,191' and a 70 bbl.slurry ( 1526' ) of 15.5 PPG cement was placed on top of the retainer. This plug was set in two stages. The first stage (35 bbls ) was placed on the retainer and the DP was pulled up out of the cement and circulated out. WOC 3 hrs., and tag top of soft cement at 7,416' or 12' below calculated TOC. The other 35 bbls. of cement was pumped and the drill pipe was pulled out of it and circulated out. This plug was placed to give a good coverage over the area of the hole in the casing and suspected weak areas. Monday,. December 20, 1993: After waiting on cement for 13 hours, the drill pipe was run in the hole and tagged the top of the hard cement with 20,000 lbs. of drill pipe weight at 6790'. The DP was pulled up and the plug was tested to 2,000 PSI for 30 minutes and held OK. This plug, 1401' in length covered the holes in and the suspected weak areas in the casing. I arrived back at the rig at 10:30 PM and Jim informed me that a 7.625" CIBP had been set at 210', the 7.625" casing had been cut off 7' below tundra level and removed. The 10.750" casing was then cut off 4' below tundra level but could not be pulled, so Jim decided to proceed with setting the top plug. Nine barrels of 15 PPG Cold Set cement was placed from 210' to 4' below tundra level. Good cement was received back at surface. Tuesday,. December 21, !993: I spoke with Jim this AM and he told me that the 4' of 10.750" casing had been pulled and the 20" conductor would be cut off and a P&A marker plate would be placed on the casing at a later date. I told Jim to be sure someone notified AOGCC before covering the plate so we could take pictures of it and verify the information bead welded on the plate. Summary - I witnessed the setting of the P&A cement plugs on ARCO's L3-28. Attachment · ARCO wellbore P&A schematic. ARCO Calculations Charl e ' By Sheet number of Date ARCo'i43,G (11-86) MEMORANDUh, TO: David John.~,// Chairman State ot , laska Alaska Oil and Gas Conservation Commission DATE: December 17, 1993 THRU: Blair Wondzell, P. I. Supervisor FILE NO: ADMILQAD.doc FROM: Bobby Fo s ter,~'"~ S U B JE CT: Petroleum Inspector BOP Test- Nabors 2ES ARCO - PBU - L3 - 28 PTD # 89 - 66 Friday, December 17,. 1993: I traveled to Nabors rig 2ES on ARCO's L3 - 28 and witnessed the weekly BOPE test. As the attached AOGCC BOP test report shows there were no failures. The rig is in the process of P & A this well. Jim Gaffney, ARCO rep., told me that they were going in' the hole with wash pipe and try to wash over the remaining 400' of tubing above the packer and get it out of the hole. If this could be done they would then proceed with plugging and abandonment of the well. The rig was in very good condition, clean and orderly. The location was clean and all of the extra equipment and tools for the rig were stored properly for easy access to all areas of the rig. Summary: I witnessed the satisfactory BOPE test on Nabors rig 2ES on ARCO's L3 - 28 - no failures - test time - 2 hours. Attachment' ADMILQAD:XLS r'OPERATION: Drlg: Drig Contractor: Operator: . Well Name: Casing Size: 7" Test: Initial STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report WorkoVer: X DATE': 12/17/93 NABORS, * Rig No. · 2*ES PTD # 89 -60 Rig Ph.# ~ 059- 4038 ' , ARCO" Rep.: JIM GAFFNEY . .L3 - 28 Rig Rep.: DAVE HEBERT , . Set ~, 11,495' Localion: Sec. 22 T. 11 N R. 15 E Meridian U W~kly X Other Tern MISC. INSPECTIONS: Location Gen.: OK' Housekeeping: OK. (Gen) Reserve Pit N/A Well Sign OK DrL Rig -oK BOP ·STACK: Annular Preventer' Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR valves Kill 'Une Valves Check Valve MUD .SYSTEM: Trip Tank Pit Level Indicators FlOw Indicator · 'Gas Detectors Quan. ' I I 1 ¥' f 2 .. Test Pressure 300/250 300/5(X~ 30O/5000 30Qt5000 N/A P/F P P P P P P FLOOR SAFETY VALVES: Ouan. Pressure P/F 'Upper Kelly I IBOP I I 3OO/5(X~ I P Lower Kelly / IBOP fI 3°°/5°°°1 ' BallType I' ' 30o/5oooI' P Inside BOP I 3oo/soooI P ~=ual Alarm 'YES YES YES' YES YES " YES YES YES CHOKE MANIFOLD: No. Valves 14 No. Flanges 32 Manual Chokes f' Hydraulic Chokes f Test Pressure P/F 300/5000 I P Functioned P Functioned P . ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure 0 · System Pressure Attained 2 Blind Switch Covers: Master: Nitgn. Btl's: 4 ~ 2000 3, fO0 I P 1,550 P minutes 32 sec. minutes 55. sec. Y~S Remote: YES Psig. Number of Failures: 0 ,Test Time: 2,0 Hours. Number of valves tested 20 Repair or ReplaCement of Failed Equipment will be made within 0 day~. Notify the Inspector and folloW with Written or Faxed verification to the AOGCC Commission Offic~ at: Fax N 276-7542 . Inspector North Slope .Pa~erN'o. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433. · 'REMARKS: GOOD TEST ·. ,i Distribution: orig-Well File c - OperJRig. . c - Database c - Trip Rpt File c -Inspector STATE WITNESS REQUI'RED? YES NO X 24 HOUR NOTICE GIVEN YES ~X NO Waived By: W~essed By: - FI'021L (Rev. 7/93) ..' ADMILQAD.XLS STATE OF ALASKA AL~,_.,A OIL AND GAS CONSERVATION COMMIS,~ ,~1 APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon X Suspend ~ Operation Shutdown ~ Re-enter suspended well ~ Alter casing ~ Repair well __ Plugging ~( Time extension ~ Stimulate ~ Change approved program Pull tubing ~ Variance ~ Perforate .~ Other 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 988' SNL, 868' EWL, SEC. 22, T11N, R15E At top of productive interval 1164' SNL, 1901' WEL, SEC. 27, T11N, R15E At effective depth 1364'SNL, 1901'WEL, SEC. 27, T11N, R15E At total depth 1391'SNL, 1838' WEL, SEC. 27, T11N, R15E 5. Type of Well: Development X Exploratory Stratigraphic Service 6. Datum elevation (DF or KB) KBE = 60' feet , , 7. Unit or Property name Prudhoe Bay Unit/Lisburne 8. Well number L3-28 9. Permit number 89-66 10. APl number 50- 029-21955 11. Field/Pool Prudhoe Bay Field~Oil Pool 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: 11500 feet 9325 feet 11451 feet 9286 feet Length Size 110' 2O" 3932' 10-3/4" 10958' 7-5/8" 746' 5-1/2" measured 11234-11314' Plugs (measured) Junk (measured) Cemented Measured depth True vertical depth 1700 # Poleset 115' 115' 1300 sx AS 111/350 sx 39 70' 3514' "G"/150 sx AS i 400 sx SS II 10993' 8904' 141 sx SS II 10749'-11495' 8706'-9322' true vertical 9107'-9174' ] ECE VE Tubing (size, grade, and measured depth) 3-1/2", 9.3,0, L-80, tubing to 10821'MD · ' .!'~ !' .:,~ ~i.;~.;;;:;~ !~':::i:'u'ni:;sion ~ ..~! ..~,,.,,~ Packers and SSSV (type and measured depth) Otis 7-5/8" "BWB" permanent packer@ 10715' MD; 3-1~2"AVA SSS~/ @ 2203'MD 13. Attachments Description summary of proposal x Detailed operations program __ BOP sketch 14. Estimated date for commencing operation 12/10/93 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil x Gas Suspended Service 17. I her~_b3~,,certify that the foregoing is true and correct to the best of my knowledge. Sic~n~.~ ~(~ '~~//~h- Title Drilling Enginoor Supervisor ' I ~' ') '"' FOR COMMISSION USE ONLY Conditions of approvah'l~tify Commission so representative may witness Plug integrity / BOP Test Location clearance / /[- _~ 'Z.--- (} ~ Date J Approval No.9 ,~ _ ~ 'Z.. c~ Mechanical Integrity Test__ Approved by order of the Commission Subsequent form required 10- ~o~ Original Signed By David W. Johnston ~pproved Copy Returned, Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE Lisburne Well L3-28 Reason for Plug and Abandonment L3-28 was drilled and completed as a 3 1/2-inch single completion of Wahoo zones 7 and 6 in October 1989. A casing leak in the 7 5/8-inch intermediate string was discovered in September 1993. Due to a collapse in the 3 1/2-inch tubing, a rig is required to isolate the Cretaceous leak from the Wahoo perfs and prevent crossflow into the productive interval. Although this well has cumulatively produced 240 MSTBO, well rates had fallen below economic limits prior to failure. An extensive study of the remaining reserves in this area indicate that reuse of the existing wellbore is not warranted. Therefore, plugging and abandoning this well bore is recommended. L3-28 Plug and Abandon Procedure The damaged tubing in this well limits the pre-rig work options. The P&A is planned as follows. 1. Set two way check valve or BPV. Test 7-5/8 casing packoff. 2. MIRU workover rig. o . Circulate the well to 10.1 ppg mud through the lower orifice valve. This is the highest mud weight achi____eved while drilling the well. Ensure that the well is dead. N/D tree and N/U and test BOP's to 5000 psi. o . . Pull two way check valve of BPV. Pull and L/D 3-1/2" tubing and alt jewelry. ~_~:,~:.:~,:..%~ ,,~ RIH with 7-5/8" cement retainer. Set retainer five feet above the 7-5/8 permanent prodution packer (43 feet above the top of the 5-1/2" production liner). . Downsqueeze the perforations with a minimum of 18 bbls class G cement. Cement volume based on 7-5/8" and 5-1/2" casing volumes below the retainer, plus 100' of 5-1/2" liner volume. 9. RIH with 7-5/8" test packer and isolate the leak in the intermediate casing. 10. RIH and set a 7-5/8" bridge plug 100' below the leak. Lay cement from the bridge plug to 100' (minimum) above the leak. 11. Wait on cement 12 hours. With AOGCC witness on location, tag the top of the cement to verify its location. , 11. 12. 13, 14, 15. 16. 17, Wait on cement 12 hours. With AOGCC witness on location, tag tl~e top ct tt~e cement with i 5K lbs to verify its location. POOH such that the tod 200' of casing remains void of drilling mud. RIH and set a 7-5/8" bridge plug at 200' MD. POOH, ND BOPs. PU Baker muff string cutter and cut off 7-5/8" and 10-3/4" casing 20' and 15', rr~sper~lively, below pad level. Remove wellhead. Move rig off location, RU BJ ,Services, and cement top 200' gl well to within 3' of tundra level, Operation to be witnessed by AOGCC representative. Install a 4" x 10' 13cst with the following information bead welded to it. If a 4" post is not readily available use a 4-1/2"x 10' pup joint. The post may be installed by cementing it into the top of the well or by welding it to a plme and welding the plate to the well. This procedure should be witnessed by AOGCC. ARCO Alaska, Inc. PRUDHOE BAY UNIT LISBURNE WELL L3-28 . 988' FNL, 868' FWL, SEC :~:>, T'! IN, R1,SE, UM Back fill the excavation. Submit a report of all activities to Prudhoe Bay Drilling so that the necessary pal3erwork may be filed with the AOGCC. Install well marker as per AOGCC regulations L3-28 P&.. Pad Level: 5' Ground level: 0' Cut Conductor/Top Cement: .3' Cut 10-3t4" Casting: -15' Cut 7-5/8" Casing; -20' 7-Si8" Bridge Plug 20" 95# Conductor 10.1 PPG MUD Arctic-Pack Annulus 200' Top Cement in 7-5/8" x I0-3/4" annulus 3500' 10-3/4" Casing Shoe 3970' 10.1 PPG MUD Top el oemenl 100' Above Leak Leak inter~a]: Likely 7100' to 7800', will be determined Bridge PJu.q 100' Below Leak 11 PO, S 5r~-5475 Cement Retainer 10,7~6° Production Packer 10,711' Top of 5-1/2" liner 10,749' 7-515" Casing Shoe 10,993' End of tubing tall 10,806' Top of pedoratione I 1,054° Bottom of perforation... 11,426' Original PBTD 11,429' permanent prodution packer (43 feel ~bove thn top ui ltie 5-1/2" production liner). Dewnsqueeze the peri0raZions,,with a minimum of 18 bbis cl~s G c~munL Ceme~ volume based an 7-~18 and 5-1/2" casing volumes below 1he retainer, plus 100' of 5-i/2" iine~ volume. RIH with 7-5/8" te~ packer end ic~late th(~ luak in [he in~er~diate c~ng, RIH and sm a 7-~8" bddge plug 100' below the leak. Lay cement from the bridge plug to ~00' (m~nimum) above the leak. NOV ARCO Alaska, Inc. Post Office Box 100360 ~' Anchorage Alaska 99510-0360 Telephone 907 276 1215 July 30, 1993 Ms. Joan Miller AOGCC 3001 Porcupine Drive Anchorage, AK 99501 RE: Delinquent Subsequent Sundry Notices Dear Madam: Enclosed are delinquent subsequent sundry notices for the Lisburne Oil Pool. Please refer to the list below. Form 10-404 We Permit Approval Date Description Comment L1-15 89-132 90-314 5/8/90 Stimulate Completed L1-30 90-18 90-798 11/1/90 Pe rf/Sti mulate " L2-06 83-47 9-928 10/20/89 Install Kinley Buttons " L2-10 87-85 90-850 12/3/90 Stimulate " L2-16 87-97 90-865 12/13/90 Stimulate Job Canceled L2-18 87-118 90-851 12/13/93 Pe rf/Stimu late Completed L2-30 85-9 9-955 11/1/89 Install GLVs " L3-01 86-161 90-779 10/16/90 Acid Wash " L3-28 89-66 90-807 11/9/90 Perf/Stimulate " L4-03 88-67 91-248 8/27/91 Perf/Stimulate " L4-15 83-71 91-308 10/16/91 Stimulate " L4-30 88-101 90-800 10/24/90 Stimulate " L5-12 87-10 90-781 10/16/90 Stimulate " L5-21 87-57 90-609 8/9/90 Stimulate " Sincerely, George K. Phillips Engineering Supervisor Lisburne/Point Mclntyre Engineering GKP:LSL:jb Enclosures cc' R.G.M. Oba, ARCO Alaska, Inc. (Without Enclosures) R E C E IV Alaska Oil ,~ ' · et Ga::, Coils. Corllmissior~ Anchorage ARCO Alaska, Inc. is a Subsidiary of Allenlic Richfield Company STATE OF ALASKA (~/~O/¢fZ;, ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS Operation Shutdown StimulateRepairX welIx Plugging6.PUliDatumtUbingPerforateelevation (DFX or E~IB~ e r /¢~/ 1. Type of Request: 2. Name of Operator Pull tubing Alter casing 5. Type of Well: Development Exploratory Stratigraphic Service ARCO Alaska, In(;:. 3. Address P. O. Box 100360, Anchorage, AK 99510 4. Location of well at surface 988' FNL, 868' FWL, Sec.22, T11N,R15E, UM At top of productive interval 1164' FNL, 1901' FEL, Sec.27, T11N,R15E, UM At effective depth 1212' FNL, 1888' FEL, Sec.27, T11N,R15E, UM At total depth 1391' FNL, 1838' FEL, Sec.27, T11N,R15E, UM 12. Present well condition summary Total Depth: measured 1 1495' feet true vertical 9325' feet RKB 60' 7. Unit or Property name Prudhoe/Lisburne Unit 8. Well number L~-28 9. Permit number/approval number 89-66/90-807 10. APl number 50-029-2195~; 11. Field/Pool LISBURNE OIL POOL feet Plugs (measured) 1 1 , 292' Effective depth: measured 1 1 451 ' feet true vertical 9286' feet Junk (measured) NC)NE Casing Length Size Cemented Structural Conductor 1 1 5' 2 0" 1700# Poleset Surface 3970' 1 33/8', 1300 sx AS III & Intermediate 350 sx Class G Production 1 0 9 93' 75/8" 400 sx SS II Liner 746' 51/2" 141 sx SS II Perforation depth· Measured depth 115' 3970' 10993' 11495' measured 11084'-11165', 11171'~11314, 11380"-11415' true vertical 8961'-9033', 9107'-9115', 9169'-9197' Tubing (size, grade, and measured depth) 31 ,, /2, L-80 tbg w/tail @ 10806' Packers and SSSV (type and measured depth) BWP Packer @ 10711', & SSSV @ 2203' True vertical depth 115' 3460' 89O5' 9325' 13. Stimulation or cement squeeze summary Intervals treated (measured) Wahoo zones 7, 6, & 5. Treatment description including volumes used and final pressure Please refer to the attached 14. Prior to well operation Subsequent to operation Representative Daily Average Production or Injection Data OiI-Bbl Gas-Md Water-Bbl Casing Pressure 207 681 8 50 425 ~ 772 3 50 Tubing Pressure 413 5O5 15. Attachments Copies of Logs and Surveys run __ Daily Report of Well Operations ~X 16. Status of well classification as: Water Injector ~ Oil X Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. ned George K. Phillips Title Engineering Supervisor-Lisb/Pt Mc Date Form 10-404 Rev 05/i7/89 SUBMIT IN DUPLICATE Lisburne Well L3-28 Perforation/Stimulation Procedure 11/08/90 Shut in well. Rigged up e-line; hit obstruction. Worked problem. 11109190 Pumped CTU in preparation for perforating. 11/11/90 Added the following perforations: Wahoo Zone Perforation Depth 6 11171, -82, -90 11207, -11, - 14, -19, -25, -29 5 11380, -85, -90 11402, -13, -15 Shots '15 11/14/90 Unable to unload well. Bad gas-lift valve. 11/22/90 W/reline finished running dummy valves; loaded backside and pressure tested to 3000 psig. Held good. 11123190 Rigged up service company to pump emulsified acid stimulation. Acid/zed Wahoo 7, 6 and 5 with the following stimulation fluids: · 75 BBL 15% Gelled HC1 · 1400 BBL 40 pptg Gelled Water · 1400 BBL Emulsified Acid · 1200 BBL Crude · 50 BBL Diesel 11/24/90 Released service company. production valves). (Well control was provided by surface chokes and 11/26/90 Opened well to flow. ARCO ALASKA INC. LISBURNE ENGINEERING DATE: FROM: February 12, 1991 Laura S. Lahrson ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: (1 blueline, 1 sepia) PFC Log Collar Log Collar Log Production Profile Leak Detection Production Profile Production Profile Gamma Ray & Resistivity- MD Gamma Ray & Resistivity - TVD Pressure Data Engineering Parameters Formation'Evaluation Log Mud Log MWD Weight On Bit Compensated Neutron Litho Density Gamma Ray (Raw Data) Compensated Neutron Litho Density Gamma Ray (Porosity) Run 1 Run 1 Run 1 RECEIVED FEB 15 1991 Alaska Oil & Gas Cons. Commission Anchorage 1/13-19/91 Atlas 12/31/90 Atlas 12/19/90 Atlas Run 1 12/15/90 Camco Run 1 12/16/90 Camco Run 1 12/15/90 Camco Run 1 12/15/90 Camco Run 1 Run 1 Run 1 Run 1 Run 1 11/19-12/2/90 Schlumberger 11/19-12/2/90 11/20-12/2/90 Schlumberger EXLOG 11/20-12/2/90 EXLOG 11/20-12/2/90 EXLOG Run 1 1/4-22/91 Sperry Run 1 Run 1 Run 1 116-22191 1125191 Sperry Schlumberger 1/25/91 Schlumberger ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 11/20/90 FROM: Laura S. Lahrson ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: (1 blueline, 1 sepia) Collar Log Collar Log L5-9 Natural Gamma Ray Spectrometry / L3-28 Run 1 11/11/90 j L1-30 Run 1 11/03/90 /L5-9 Run 1 Run 1 Run 1 ?L5-9 Compensated Neutron Run 1 Litho-Density (Porosity) L5-9 Compensated Neutron Run 1 11/04/90 ' Litho-Density (Raw Data) .,' L5-9 Dual Laterolog Run 1 Physical Formation Gamma Ray & Resistivity (MD) , L5-9 Gamma Ray & Resistivity Run 1 (TVD) ,' L5-26 Multifingered Caliper Run 1 11/4/90 11/Ol/9O lO/13/9o 10113190 11/14/9o Atlas Atlas Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Atlas SIGN AND RETURN TO: LAURA S. LAHRSON ARCO ALASKA, INC. 700 G STREET; ATO 409 ANCHORAGE, ALASKA 99510 RECEIVED BY: State of Alaska Exxon BP D&M TRANSMITFAL # 639 RECEIVED NOV 2 6 1990 Alaska Oil & Gas Cons. Commission Anchorage '~' '--" STATE OF ALASKA · ,-/-,,.. ,A OIL AND GAS CONSERVATION COl~..,,I, JN APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Alter casing __ Repair well Change approved program ~ Operation shutdown ~ Re-enter suspended well __ _ Plugging ~ Time extension __ Stimulate ~ Pull tubing ~ Variance __ Perforate ~ Other 2. NameofOperator ARCO Alaska, Incorporated 3. Address P. O. Box 100360, Anchorage, AK 0360 99510~ 5. Type of Well: Development Exploratory Stratigraphic Service 4. Location of well at surface 988' FNL, 868' FWL, Sec, 22, TllN., R15E, UM At top of productive interval 1164' FNL, 1901'FEL, Sec. 27: TllN~ Rt5E, UM At effective depth Jt~Ja~eptnF'NL' 1888' FEL, Sec. 27, TllN, R15E, UM 1391' FNL, 1838' FEL, Sec, 27, TllN, R15E, UM 12. Present well condition summary Total depth: measured true vertical 11,495'MI) feet PlugS(measured) 11,292' 9,325 ~ TVD feet 6. Datum elevation(DForKB) RKB ~. 60' feet Z UnitorPrope~yname rudhoe Bay Unit/Lisburne .8. Well number L3~-28 9. Permit number 89~-.66 10. APl number 50-- 029-.21955 11. Field/Pool Lisburne Oil Pool Effective depth: Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: measured 11,45.1'MD feet Junk(measured) none true vertical 9,286 'TVD feet Length Size Cemented Measured depth 115' 20" .1~700# Poleset 115' 3,970' 13 3/8 1,300SX ASIII 3,970' & 350SX Class G 10,993' 7 5/8" 400SX SSII 10,993' 746' 5 1/2" 141SX SSII 11,495' measured 1.1;084~-'11~-165~MI), 1.1;234'~11.~314'MD true vertical 8; 961 '.-.9,033 fTVD, 9,107 '.-.9,174 'TVD Tubing (size. grade, and measured depth) p 3. 1/2"_L-80 tbg. w/tail @ 10 806' acKers andSSSV (type eno measured depth) ' BWP Packer @ 10,711', & SSSV @ 2,203' True vertical depth 115' 3,460' 8,905' 9,325' . . . ~ch0rage 13. Attachments Description summary of proposal ~ Detailed operations program __ BOP sketch X__X 14. Estimated date for commencing oPeration October 23~ 1990 16. If proposal was verbally approved Name of approver ~ Date approved Service 17. I hereb~'fy/~at t7 f~ing is t~u~/,~,d correct to the best of my knowledge. Signed /1 /,/.~/_~ /,>~~¢'~ Title Senior Operations Engineer ~/~,~¢41~-. ~t. '-~/~.r~T~X::~' , FOR COMMISSION USE ONLY Conditions of approval: Notify Commissioh so representative may witness Plug integrity __ BOP Test __ Location clearance ~ ~o~ Mechanical Integrity Test __ Subsequent form required 10- ORIGINAt. ~I~NED BY LONNIE C. SMITH 15. Status of well classification as: Oil X Gas__ Suspended__ lAppreval No. ¢~¢) -.-' ~~. Approved by order of the Commissioner Form 10-403 Rev 06/15/88 ApProved Copy I~etulned Commissioner SUBMIT IN TRIPLICATE Proposed Perforation/Stimulation- L3-28 . o , , o Shut in well. RU E-Line. Test Lubricator. See attached schematic. Add the following perforations: Wahoo 6 11,171, -82, -90, 11,207, -11, -14, -19, -25, -29 Wahoo 5 11,380, -84, -90, 11,402, -13, -15, -30, -34, -42 Rig down lubricator and rig up service company to pump the stimulation fluids. Well control wis provided by surface chokes and production valves. Closed Fracture Acidize Wahoo 7, 6, and 5 with the following stimulation fluids: 75 BB1 15% gelled HC1. 1,350 BB1 40 pptg gelled water. 1,400 BB1 emulsified acid 30:70 crude/10% HC1. 1,300 BB1 crude overflush. 50 BB1 diesel. Maximum treating pressure: 6,500 psi. Release service company and open well to flow. RECEIVEO WIRELINE BOP EQUIPMENT i i 3 1. 5000 PSI 7" WELLHEAD CONNECTOR FLANGE 2. 5000 PSI WIRELINE RAMS 3. 5000 PSI 4 1/6" LUBRICATOR 4. 5000 PSI 4 1/6" FLOW TUBE PACK OFF STATE OF ALASKA ALASK,", OIL AND GAS CONSERVATION WELL COMPLETION OR RECOMPLETION REPORT AND LOG Classification of Service Well GAS ,r-] SUSPENDED ~ ABANDONED ~ SERVICE [] 1. Status of Well OIL ~, 2. Name of Operator 7. Permit Number 89-66 ARCO Alaska, Inc. 3. Address 8. APl Number P.0. Box 100360, Anchorage, AK 99510-0360 50- 029-2'1955 4. Location of well at surface 988' FNL, 868' FWL, 5ec.22, TllN, R15E, UN At Top Producing Interval '116/+' FNL, 1901' FEL, 5ec.27, TllN, R15E, UN At Total Depth 1391' FNL, '1838' FEL, 5ec.27~ TllN~ R15E~ UN 9. Unit or Lease Name Prudhoe Bay Uni~/Lisburne lO. WellNumber L3-28 11. Field and Pool Prudhoe Bay Field Lisburne 0il Pool 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. RKB 60' I ADL 28325 ALK 2323 12. Date Spudded 113. DateT.D. Reached I 14. Date Comp., Susp. orAband, llS. Water Depth, ifoffshore ll6. No. of Completions 06/23/89 I 07/09/8~ t 10/29/89* I N/A feet MSL I 1 17. Total Depth (MD+TVD)/18.Plug Back Depth (MD+TVD)I 19. Directional Survey 20. Depth where SSSV set I 21. Thickness of Permafrost / I 11500'ND/9325'TVq 11451 'MD/9286'TVD, I YES [] NO [] 2203 feet MD I ]900' (appr'ox.) _ 22. Type Electric or Other Logs Run DLL/NGT/SP, LDT/CNL/GR/GPIT; RFT/GR; CBT/CET/GR/CCI; GCT 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 10-~/4" 7-5/8" 5-1/2" 29.7# 1 J-55 I I -80 Surf Surf Surf 07/+.9 ' !!5' 3970' 10993 ' ! ! ~.95 ' 30" 13-1/2" 9-7/8" 6-3/IH' !700# Pc!tact !300 sx AS !!! & 350 :x Top jcb w/15O sx AS I ~.00 sx SS !! .... v,,~ , , C! ass G 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) l1234'-l1314'MD/9107'-9174'TVD w/1 spf, 180° phasing 25. TUBING RECORD SIZE DEPTH SET (MD) PACKER SET (MD) 10715 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. '1123'4'-I1314' 100 bbl,, ';5% HCL 27. N/A PRODUCTION TEST Date First Production Date of Test Flow Tubing Press. Hours Tested Casing Pressure 28. j Method of Operation (Flowing, gas lift, etc.) PRODUCTION FOR ]OI L-BBL GAS-MCF OIL-BBL TEST PERIOD e CA LCU LATED GAS-MCF 24-HOUR RATE I~ CORE DATA WATER-BBL WATER-BBL ic.o . s,z o OIL GRAVITY-APl (corr) Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or ware r. Submit core chips. N/A ~NOTE: Drilled RR 7/13/89. Tubing run 10/18/89. Perforated well 10/27/89. Fractured well 10/29/89. 074/WC6 Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. 30. GEOLOGIC MARKERS NAME Top Wahoo Zone 7 Top Wahoo Zone 6 Top Wahoo Zone 5 Top Wahoo Zone 4 MEAS. DEPTH 11076' 11171' 11328' 11468' TRUE VERT. DEPTH 8973' 9053' 9186' 9299' FOHMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. RFT Data Depth Hydro-press Formation press (ft) .(,psi) ~ 11253 4517 4464.1 11237 4514.3 7.8 11154 4476.8 3617.0 11135 4469 4259.1 11113 4459 3942.3 11108 4457 4001.7 31. LIST OF ATTACHMENTS We]] work logs .... (da.ted 10/27/89 & 10/,29/89.) I hereby certify that the foregoing is true and correct to the best of my knowledge 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 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 (D.F, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- lng 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 WELL WORK LOG Well # L3-28 Date: 10/27/89 Work performed: INITIAL PERFORATIONS Cost: $16,000.00 Time Summary O7OO 0805 0915 0927 1000 1115 1215 1315 1414 1505 1608 1655 1803 1930 MIRU Atlas. PT BOP & lub 3000 psig RIH w/ 2-5/8", 20' gun, w/ I spf, 180° phasing. Tie-in GR/CBT 7/23/89 (-3 corr) Tag btm @ 11437. Log PBTD to tbg & tubing tail Shoot f/ 11294-11314. No shots fired RIH w/Gun #2 Shoot f/ 11274-11294. RIH w/Gun #1 Shoot f/ 11294-11314. RIH w/Gun #3 Shoot f/ 11254-11274. RIH w/Gun #4 Shoot f/ 11234-11254. Rig down All shots fired. All shots fired All shots fired All shots fired SUMMARY: Shot Wahoo 6 f/ 11234-11314 (80') @ 1 spf, 180° phasing DRILLING SUPERINTENDENT WELL WORK LOG Well If L3-28 Date: 10/29/89 Work performed: HYD FRA(~ & PERF BREAK DOWN Time Summary O73O 09OO 1025 1055 1150 1200 1205 1230 1232 1305 1314 1355 1635 1700 1740 1748 1800 1809 1819 MIRU Dowell, Circ to cool down Start jelling fluids Safety meeting PT Hard line, set tree saver Start pumping perf break down w/ 10If HPG w/ 20% meth w/balls(7/8" dia) R=15 P=5000 V--20 R=18 P=5000 V=71 Balls on perfs SD to surge V=219 Start pumping 10# again SD. Pull out of line. PT line again Start pumping again R=28 P=5930 V=257 R=30 P=6287 V=409 SD. ISIP=2082. Order out 100 bbl, 15% HCI, press too high at rate for frac. FP surf line and WB. Finish gelling 2nd 40if tank, wait on acid. Done gelling, good fluid. Safety meeting. PT Hard line. Start pumping acid PWH=928 R=7.3 P--2961 Switch to pad. Start increase rate w/diesel. R:30 @ 6200 psi V-100 bbl acid R=30 @ 5567 psi V- 150 Start fluid loss ADD. Start ramping sand V=600 tot V diesel=33 bbl R=30 @ 6318 psi Flush 7.3# at flush 930 Tim~ Summary 1835 2O30 SD V=977 (1032 target) 6.5# on perfs @ screen out pumped 38900# Prop 28000# in form 10700# in well RD Dowell Used 35 bbl Diesel 100 bbl 60/40 DRILLING SUPERINTENDENT DAT~ ~- ORIGINAL MilCROFIL.MED ~ ~e/.~/ .c~. ._ ,, . ~_.:_ ~ UB.~ URFA CE DIRECTIONAL $UR'VEY [~] UIDANCE r~'IONTINUOUS r¥1ooL Company , , AR,CO ,,A,L,A,S, KA~ INC I ii · ! iii i Well Name L~ISBURNE L3-28 (988' FNL.868' FI~L,SE£ 22,T!lI~.R15E) FieldlLocation PRUDHOE BAY/LISBLIRNE Pn(l~ ,rII;)RTH 5LO?E. ALASKA J. ob Reference No_. Date 73437 23-JUL-89 .Loc3aed 8¥: .Computed By: SCH~/ARTZ KOHR]:NG GCC' DIRECTION$~L SURVEY CUSTOM:ER LI ST INC~ r-OR -.._, ARCg ALA.SKA INC. LISBURNE L3-28 PRU~,HOE 5AY/LZSBURNE POOL NORTH SLSPE, ~L~SK& SURVEY 2&TE: 23-JUL-~9 M~TH~S_ 'qF. Cn~mUTATION,~ T ,: :] L L. SCATZ~N: i NT E q F...m_L &T T. ~N: VERTICAL S~CTI~N: ENSINE~R: SCHWARTZ T:aNGENTI4L- aVmPAGEO DEVIATION AND AZIMUTH LINEAR HORiZ. ~IST. PROJECTED ONTO A TARGET ~ZIMdTH OF SOUTH 30 DEG 4.5 MIN EAST COMDUTATIgN DAT~: 30-AU$-89 PAG~ ARCO ALASKA INC. LISBURNE L3-28 PRUDHOE BAY/LISBURNE NORTH SLOPE, AL,~SKA POOL INTERPOLATED V~LU:S FOR EVfN 100 FEET DF TQU~ SUB-SEA MEASURED VERTICAL VERTICAL DEPTH DEPTH OEPTH DATE OF SURVEY: KELLY BUSHING ELEVATION: 0.00 O.Og -60.00 I00.00 lO0.OO 40.00 200.00 200.00 140·00 300.00 300.00 240.00 400.00 399.99 339.$9 500.00 499.9~ 43'9. 98 600· O0 5 =]'9.95 5_3'9.98 ?00.00 699.9? 53~.97 800.00 799.97 739.';7 900.00 8~9.95 83'~. 96 MEASURED DEPTH 1000.00 999.94 939.94 1100.00 1099.80 1339.80 1200.00 1139.43 113~.43 1300.00 1298.44 1238.44 1400.00 1396.37 1335.~7 1500.00 1492.97 !432.97 1600.00 i~37.89 1527.89 1700.00 1680.74 1620.74 1800.00 1771.29 171t.29 1900.00 1860.49 1800.49 COURSE VERTICAL DOGLEG R~CTANGULAR DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOU'TH DEG MIN ~EG MIN FEET DEG/IO0 FEET 2000.00 1947.4% 1~87.44 2100.00 2031.90 19T1.90 2200.00 2115.19 2055.19 2300.00 2197.7~ 2137.74 2~00. O0 2279.73 2219.73 2500.00 2361.03 2301 2600.00 2441.51 2381.51 2700.00 2522.20 2462.20 2800.00 2603.93 25~3.93 2900.00 2635.44 2625.44 0 0 N 0 0 E 0.00 0.00 0 17 S 13 43 W O.Z1 0.00 0 18 S 73 49 W 0.31 0.29 0 30 S 49 10 W 0.24 0.43 0 36 S 25 g w 0.66 0.00 0 42 S 29 I1 W 1.26 0.09 0 33 S 3~ 29 W 1.79 0.05 0 29 S 33 3t W 2.16 0.08 0 3'5 S 23 55 W 2.55 0.14 O 49 S 34 44 W 3.26 0.70 3000.00 2766.26 2706.26 3100.00 2846.15 2786.15 3200.00 2924.83 2964.33 3300.00 3002.35 2942.36 3400.00 3079.25 3019.25 3500.00 3155.39 3095.38 3600.00 3230.23 3170.23 3700.00 3304.87 3244.87 3800.00 3380.72 3320.72 3900·00 3457.82 33'~7.82 1 55 S I 42 ~ 4.84 2.05 3 49 S 16 ~ = 9.52 1.93 6 3 S 27 8 ~ 18.01 3.17 9 55 S 35 8 E 31.91 3.40 13 21 S 29 ]3 E 52.05 3.91 16 26 S 23 56. E 77.77 3.73 20 0 S 22 2'9 E 108.89 3.16 23 39 S 28 40 E 145.63 3.78 26 8 S !3 24 E 187.69 1.41 27 48 S l~ 20 E 232.51 2.61 31 20 S 25 59 E 281.56 3.57 33 10 S 28 18 : 334.99 1.27 34 1 S 29 17 ~ 390.2'9 1.70 34 ~q S 29 45 : 445 73 0 87 35 12 S 27 59 5 503.95 1.41 3~ $ S 26 43 E 662.04 36 3~ S aa 2~ a 621.31 0.55 ~5 30 S 30 4~ 5 680.35 3.85 ~ 1* S 3~ 57 : 737 95 0 49 35 41 S 32 16 ~ 795.85 0.92 ENGINEER: 36 2S S 31 29 :: 854.73 1.07 37 30 S 30 8 ~ 914.87 1.2} 38 44 S 28 59 E 976.57 1.43 39 32 S 27 58 ~ 1039.67 0.87 ~9 57 S 26 44 6 1103.49 1.15 40 59 S 25 49 E 1.168.13 1.43 41 58 S 24 50 5 1234.14 0.61 41 16 S 27 4 E 1300.41 2.85 39 59 S 29 27 E 1365.51 1.80 39 16 S Z9 46 E 1429.18 0.55 Z3-JUL-B9 60.00 FT 0.00 N 0.30 S 0.5 6 S 0.8~ S 1.67 S 2.70 S 3.64 S 4.40 S 5.20 S 6.25 S SCHWARTZ 8.34 13.34 21.21 32.90 ~9.94 73.00 101.96 136.04 1 74.92 216.42 COORDiNtTES HORIZ. DEPARTURE~ FIST/WEST DIST. &ZIMUTH FEET FEET OEG MIN 261.33 S 308.86 S 357.42 S 406.40 S 456.50 S 508.31 S 560.90 S 612.42 S 661.10 S 709.88 S 0.00 E 0.00 N 0 0 E 0.10 W 0.32 S 17 33 W 0.33 W 0.65 S 30 49 W 1.01 W 1.34 S 48 45 W 1.51 W 2.25 S 42 6 W 2.06 W 3.39 S 37 22 W 2.62 W 4.48 S 35 43 W 3.16 W 5.42 S 35 41 W 3.5'5 W 6.29 S 34 lB W 4.13 W 7.49 S 33 25 W 759.93 S 811.63 S 865.30 S 920.84 S 977.60 S 1035.80 S 1095.72 S 1155.71 S 1213.05 S 1268.33 S 4.54 W 9.49 S 28 33 W 3.59 W 13.81 S 15 5 W 0.43 W 21.22 S I 9 W 7.12 E 33.66 S 12 12 E 17.88 E 53.04 S 19 42 E 29.43 E 78.70 S 21 57 5 4t.61 E 110.12 S 22 12 E 55.18 E 147.19 S 22 26 E 73.11 E 189.59 S 22 41 E 90.99 E 234.77 S 22 48 E 111.46 E 284.10 S 23 6 E 136.0-3 E 337.50 S 23 46 E 162.61 E 392.67 S 24 28 E 190.65 E 448.90 S 25 8 E 218.36 E 506.04 S 25 34 E 244.90 E 564.23 S 25 43 E 272.43 E 623·56 S 25 54 E 301.30 E 682.5.2 S 25 12 E 332.13 E 739.83, S 25 40 E 363.37 E 797.48 S 27 6 E 394.41 E 856.18 S 27 26 E 425.13 E 916.23 S 27 39 E 455.59 E 977.91 S 27 46 E 485.66 E 1041.06 S 27 48 E 515.09 E 1104.99 S 27 47 E 543.68 E 1169.81 S 27 42 E 572.07 E 1236.07 S 27 34 E 600.85 E 1302.57 S 27 28 E 631.79 E 1367.72 S 27 31 E 653.41 E 1431.35 S 27 37 E C3HPUTAT~CN 04. T2: 30-AUG-89 ARCO ALASKA !NC. LISBURNE L3-28 PRUDHOE 6AY/LIS~URNE NORTH SLOPE, ALASKA PO3L INTERPOLATED VALUES FOR TRU~ MEASURED V:RTIrAL DEPTH DEPTH SUB-SE~a COURSE V:~TIC~L~ DmVIATiON:_ A?iMUTH 2EPTH DEG MIN DEG MIN 4000.00 3535.57 4100.00 3613.2.9 4200.00 3690.49 4300.00 3757.55 4~00.00 3544,62 4500.00 3921.78 4600.00 3992.9~ 4700.00 4C76.06 4800.00 ~152 4900.00 4229.40 4 7 43 S 29 41 5 3. 75.5 38 3553.28 39 18 S 29 43 5 3530.49 39 33 S 29 33 E 2707.56 39 36 S 29 17 E 37~4.62 39 34 S 2~ 59 E 3~61.78 39 27 S 28 4') E 393~.9R 39 30 S 28 '3~ 5 4015.06 39 33 S 18 31 ~: 4092.98 39 59 S 2~ 33 E 4169.40 40 18 S 28 37 5 5000.00 4305.5~ 5100.00 4351.67 5200,00 4457.51 5300.00 4533.22 5400.00 4608,75 5500.00 4683.79 5600.00 475~.55 5700.00 4832.75 5800.00 4906.39 5900°00 4979.78 4245.58 40 27 S 28 33 E 4321.67 40 29 S 28 Z E 4.397.51 40 47 S 27 39 5 4~73,22 ,40 52 S 27 3! E 4548.75 41 7 S '26 5.5 E 462.~.7~ 41 33 S 26 10 E 4698.~5 41 45 S 25 19 E ~772.75 42 2~ S 24 52 5 4~45.39 42 42 S 24 18 E 4919,7~ %2 49 S ,23 51 E 600O,0O 50 6100.00 ' 51 6200.00 51 6300.00 52 6400.00 53 6500.00 54 6600.00 54 6700,00 55 6800.00 55 6900.00 57 52.99 25.7'7 9B.~ 70.59 42.43 87.19 5!.1~ ~.7~ 12.46 ~992.39 43. 12 S 23 33 E =138,, .39 43 ~7 S ~2- 33 :~ 52~0. 59 43 57 S 22 9 E 5353.95 42 52 S 20 5~ E 5427.19 42 3! S 2! 11 ~ 5~01.16 41 37 5 2C 22 ~ 5576.76 40 3~ % ~9 2 E 5652.46 41 4 5 1~ B8 5 7000.00 7100.00 7200.00 7300.00 7400.00 7500.00 7600.00 7700.00 7800.00 7900.00 57'~7.1! 5861.50 5936.82 6012 6039.1.5 6165.22 6241.35 631~,.0~o 6394.86 6471.47 5727.11 42 27 S 17 59 E. $801.50 41 6 S 12 6 E 5876.92 41 4 S 18 30 _~ 59~'2.86 40 3 S 20 32 E 6029.16 40 27 S 20 43 ~ 6105.22 40 32 S lO 41 : 6!81.36 40 ~ S 21 3! ~ 6258.08 39 50 S 2Z 34 E 6334.~6 39 53 5 22 55 : 6411.47 40 5 5 23 21 5 DATE OF SURVEY: K:ELLY ~,USHING ELEVATION: ENGINEER: EVEH 100 FEET DF MEASURED DEPTH VERTICAL SfCT!ON FEET PAG~ 23-JUL-89 60.00 FT SCHWARTZ 1492.05 1 554.99 1618.53 1682.22 1745.93 1~09.50 1873.03 1936.69 2000.54 2064.99 DOGLEG R6CTANGULAR COOROINATES HORIZ. DEPARTURE SEVERITY NOR'TH/SOU'TH E~ST/WEST DIST. AZIMUTH 9EG/IO0 FEET FEET FEET DEG MIN 2129.73 2194.55 2259.65 2324.88 2390.29 2456.21 2522.36 2589.07 2656.33 2723.79 0.88 1322.97 S 694.54 E :1494.20 S 27 42 E 0.50 1377.61 S 725.78 E 1557.10 S 27 47 E 0.12 1432.83 S 757.2~+ E 1620.62 S 27 51 E 0.18 1488.32 S 7~8.54 E 1684.31 S 27 55 E 0.25 1544.01 S 819.55 E 1748.04 S 27 58 E 0.1~ 1599.69 S 850.29 E 1811.63 S 28 0 E 0.5.2 '16~5.44 S 880.83 E 1875.19 S 28 1 E 0.45 !711.~9 S 911.30 E 1938.90 S 28 2 E 0.53 1757,53 S 941.82 E 2002.80 S 28 3 E 0.15 1824.17 S 972.67 5 2067.29 S 2~ 4 E 2791.50 2859.38 2927.~6 2995.89 3064.61 3133.52 3~00.$4 3266.93 3)31.14 3395.97 0.17 1881.04 S 1003.70 E 2132.07 S 28 5 E 0.61 1938.1.4 S 1034.52 E 2196.95 S 28 6 E 0.48 1995.79 S 1064.92 E 2262.13 S 28 5 E 0.50 2053.71 S 1095.15 E 2327.46 S 28 4 E 0.56 2111.95 S 1125.20 E 2392.99 S 28 3 E 0.81 2171.06 S 1154.78 i 2459.07 S 28 1 E 0.60 2230.92 S 1193.55 E 2525.43 S 27 57 E 0.77 2291.62 S 1211.99 E 2592.38 S 27 52 E 0.49 2353.15 S 1240.13 E 2659.93 S 27 47 E 0.62 2415.17 S 1267.82 E 2727.71 S 27 42 E 3460.02 3525.19 3589.39 3553.08 3716.72 3780.65 3844.52 3907.94 3971.39 4035.09 0.41 2477.66 S 1295.22 E 2795.78 S 27 36 E 0.25 2540.57 S 1322.25 E 2864.06 S 27 30 E 0,40 2603.99 S 13~+8.79 E 2932.58 S 27 23 E 0.45 2667.97 S 1375.12 E 3001.50 S 27 16 E 1.01 2732.56 S 1400.95 E 3070.76 S 27 9 E 2.63 2797.74 S 1426.1;3 E 3140.2;3 S 27 1 E 0.64 2861.25 S 1450.70 E 3208.01 S 25 53 E 2.82 2924.11 S 1474.71 E 3274.93 S 26 46 E 0.34 2985.73 S 1496.64 E 3339.89 S 26 37 E 0.99 3047.62 S 1517.76 E 3404.64 S 26 28 E 1.39 3110.80 S 1538.59 E 3470.49 S 26 lg E 0.62 3174.36 S 1559.22 E 3536.63 S 26 10 E 1,27 3236.84 S 1579.7'9 E 3601.78 S 26 1 E 1.04 3298.05 S 1601.47 E 3666.32 S 25 54 E 0.16 3358.53 S 1624.30 E 3730.69 S 25 49 E 0.28 3419.26 S 1647.26 E 3795.36 S 25 43 E 1.75 3479.81 S 1670.40 ~ 3859.97 S 25 39 E 0.26 3539.20 S 1694.64 E 3923,99 S 25 35 E 0.37 3598.23 S 1719,42 E 3?87.98 S 25 32 E 0.28 3657.39 S 1744.6~ E 4052.20 S 25 30 E CgMPUT~TIgN DATE: 30-~UG-89 ARCO ALASKA INC. LISBURNE L3-28 PRUDHOE BAY/LISBURNE ~OgL NORTH SLOPE, ALASKA KELLY ENGINEER: SCHWARTZ INTERPOLAT:S V~LUES FOR ~VEN 100 :EET OF MEASURED DEPTH ME, AS DE URED PTH T D RUF SUB-SEA COURSE TZC~L VERTICAL DEVIATION AZIMUTH :PTH DEPTH DEG MIN OF.-.G MZN VERTICAL SECTION ~EET D~GLEG R ~'C T,aNGUL ~R COORDINATES SEVERITY NOR'TH/SOUTH EAST/WEST DEG/.lOO F'E~T HORIZ. DEPA RTUR'E' OI ST. AZ'IMUTH FEET DEG MIN 8000.00 8100.00 B200.O0 8300.00 8400.00 8500.00 8600.00 8100.00 8800.00 8900.00 65 56 57 .67 68 '70 70 71 72 48,05 6435.05 39 51 S 23 3:2 f 24.27 6.:564.87 39 44 S 23 26 E 0!.8'5 654!.~.5 39 40 S 23 40 E 78.67 ~718.67 .39 55 'S 24 2 :_ SE,~O 6TgS.30 39 56 S ~4 2T 32.1~ ~72.12 39 40 S 2~ 2; m 09.74 ~949.34 39 7 S 24 1~ E ,~7.20 7~27.20 38 35 S 24 4 : 6~.5~ 7105.54 38 16 S 23 45 E 4~.14 7184.!~ 38 7 S 22 4 E 4098.86 4!62.37 4225.69 4289.23 4353.'37 4416.:$9 454.2.15 4665.18 0.12 3716.3'~ 0.31 3775.11 0.41 3833.6] 0.3~. ~892.20 0.45 3950.83 0.3~ 4009.12 0.77 4067,01 0 · 51 4! 24. 0.32 4131.06 0 · 69 4237.80 S 1770.24 5 4116.46 S 25 28 E ' S 1795.75 E 4180.45 S 25 26 E · S 1821.2£ ~' 4244.24 S 25 25 E S 1847.07 E 4308.23 S 25 23 E S 1873.42 5 4372.47 S 25 22 E S 18~9.83 E 4436.49 S 25 21 E 4500.01 S 25 20 ~ ~ S 1916.01 S 1951.72 c ~562.74 S 15 19 E ' S 1976.92 E 4624.87 S 25 18 E S 2~01.49 5 46~6.67 S 25 17 E 90O 910 920 930 940 950 960 970 98O 990 O.O0 0.00 0.00 0.00 0o00 0.00 0.00 0.00 0.00 73 74 74 75 76 77 78 79 Z'E.14 7263.14 37 25 S 21 52 E 0'3.05 '?343.05 36 39 S 20 57 E 83.30 7A2 ~o 30 ~6 37 S 2~ 44 E 6-~.5,7 7503.57 ~6, 37 S 20 49 E 43.8B 7583.~B 36 35 S 21 7 E 23.91 7663.91 ~7 la S 21 53 E 03.27 7/43.27 ~7 49 S 22 5:5 E 32.32 7822.30 37 27 S 23 38 5 62.07 7902.07 36 40 S 24 3 5 42.45 7982.46 36 44 S 23 55 E 4725.85 4785.16 4~43.92 4902.65 4961. 5020.53 5080.73 5141.48 5,201.34 5260 1.37 4294.49 0.54 4950.43 0.21 4406.22 0.06 4461.97 0.61 4517.61 0.55 4573.41 1.20 4629.67 0.83 4685.94 0.8]' 4741.08 1.93 4795.41 S 2024.94 E 4747.91 S 25 15 E S 2045.85 E 4807.89 S 25 12 E S 2058.01 E 4867.35 S 25 9 E S 20'89.17 E 4926.85 S 25 5 E S 2110.47 E 4986.2~ S 25 2 E S 2132.42 5 5046.11 S 25 0 E S 2155.60 E 5106.90 S 24 58 E S Z179.~5 E 5168.15 S 24 57 E S 1204.23 E 5228.43 S 24 56 E S 2228.4~ E 5287.91 S 24 55 E 10000.00 10100.00 10200.00 10300.00 10400.00 10500.00 10600.00 10700.00 10800.00 10900.00 81 82 82 84 85 85 37 88 21.82 ~051.32 37 52 S 23 42 E 00.4'9 8!40.49 38 2,3 S 23 41 E 78 65 ,~18 5: ~ 5 S ~t 41 ~ 55.7] 8295.73 39 43 S 24 3 E 32.91 8372.91 39 !9 S 23 ~8 E 10.24 8450. 24 3c,. ~3 S _~3 -~0 E 87.94 8527.94 38 33 S 2~ 2! E 66.64 8606.64 37 41 5 23 25 E 46.20 ~6~6.2C 36 57 S 23 26 E 26.69 87E5.69 35 42 S 22 53 E 5320.80 5382.05 5443.95 5507.20 5570.33 5633.2'* 5695.65 5756.83 5.316.91 5;375.74 0.21 4851.10 S 0.52 4907.64 S 2.11 4964.77 S 0.37 5023.02 S 0.25 5031.14 S 0.28 5139.26 S 1.05 5197.09 S 0.55 5253.70 S 0.79 5309.29 S 2.23 5363.79 S 2252.9.6 E 5348.74 S 24 55 E 2277.73 E 5410.45 S 24 54 E 2302.77 E 5472.81 S 24 53 E 2328.57 E 5536.51 S 24 52 E 2354.36 E 5600.09 S 24 52 E 23]'9.70 E 5663.48 S 24 5~ E 2404.60 E 5726.41 S 24 50 E 2429.10 E 5788.03 S 24 49 E 2453.16 E 5~48.64 S 24 4.8 E 2476.63 E 5907.95 S 24 47 E 1100 1110 1120 1130 1140 1150 0.00 0.00 0.00 0.00 0.00 0.00 89 89 9O 91 92 93 38.77 834~.77 3? 50 S 20 3 92.89 8932.39 ~1 48 S 16 15 78.11 9318.11 31 39 S 16 1 62.73 9102.73 33 12 S 16 9 44.79 9184.78 36 24 S 14 49 ZE.C'g 9265.00 36 39 S ]4 54 5932.12 5984.83 E' 6035.42 E 6086.95 E 6142.07 E 6199.46 3.25 5416.89 2.14 5468.31 0.57 5518.60 3.31 5569.81 1.68 5624.86 0.00 5692.52 S 24~7.64 E 5964.9P $ 24 45 E S 2514.30 E 60t8.65 S 24 42 E S 2528.74 E 6070.37 S 24 37 E S 2543.45 E 6123.06 S 24 33 E S 2558.73 E 6179.49 S 24 28 E S 2574.08 E 6238.35 S 2q. 22 E DATE OF SURVEY: 23-JUL-89 5USHING ELEVATION: 60.00 FT C3~PbT~T]"DN DATF-: 30-,AUG-~9 PAGE ARCO ALASKA INC. LISSURNE L3-2~ PRUDHDE BAY/LIS~U~NE PggL NORTH SLCPE, ALASKA ~4TE OF SURVEY: 23-JUL-8g KELLY BUSHING ELEVATION: 60.00 FT ENGINEER: SCHWARTZ INTERPCL~,TED V~LU:S FOR EVEN 1000 FEET OF MEASURED DEPTH TRUE SU3-SE~ COURSE MEASUREg VERTICAL VE~TTC~L DEVIATION AZZMU'TH DEPTH DEPTH 'DEPTH DEG MIN CEG MZN VERTICAL DOGLEG RECT~NGUL&R COORDINATES HORIZ. DEPARiURE. SECTION SEVERITY NDRTH/SOUTH E~ST/WEST gIST. AZIMUTH FEET DEG/IO0 ~EET FEET FEET OEG MIN 0.00 0,00 -60,00 0 0 1000.00 999.9~ 9)9, 94 I 55 2000.00 19~7,44 !887,44 31 20 3000.00 2756.26 2706.26 36 28 4000.00 353~.57 34.75.57 38 43 5000.00 ~305.5~ ~245.58 40 27 6000.00 5052.39 4992.89 43 12 7000,00 :57.37.11 5727.11 42 23 8000.00 654~.0~ 6488.05 39 51 9000.00 7322.14, 7263.'14 37 25 N 0 O E t]. 00 S 1 /+2 6 4,84 S 25 5~ E 281.56 S 31 20 E 354.73 S 2'9 41 E 1492.95 S 2~ 35 E 2129.73 S 23 33 ~ 2791.50 S 17 5~ E $ 23 32 5 409,~.~ S 21 51 E 4~25.B5 0.00 2.05 ~ 5'7 1.07 O 0.17 0.41 I. 33 0.12 I ,37 0.00 N 0.00 E 0.00 N 0 0 E ', 8.34 S 4.54 W 9.49 S 28 33 W 261.33 S 1!.1.45 E 284.10 S 2'3 6 E 759.93 S 394.41 E 856,18 S 27 26 E 1322,97 S 694,54 E !49~,20 S 27 42 E 18~1.0~ S 1003.70 E 2132,07 S 28 5 E ?477.66 S 1295.22 E 2795.78 S 27 36 E 3110.~,0 S 1538.59 E 3-470.49 S 26 3716.3~ S I770.24 E 4116.46 S 25 28 E 4294.44 S 2024.94 E 4747.91 S 25 15 E lOOO0,O0 8121.8! ~0.6!.32 37 52 11000.00 8908,77 334:9.77 33 50 11500,00 9325.00 9.265.00 26 39 S .23 &Z.. =~_ 5320.80 S 20 3 E 5932.12 S 14 5~ E 6199.46 0.21 3.25 0.00 4851,10 S 2252.96 E 53/,8.74 S 24 55 E 5416.89 S 2497.6.4 E 5964.98 S 24 45 E 5682.52 S 2574.08 E 6238.35 S 24 22 E C~MPUTATIDN D,~IT.E-: .3D-AUG-B9 PAGE ARCO ALASKA INC. LISBURNE L3-28 PRUDhOE B~Y/LISEUR~!~ NORTH SLOPEr AL&SK~ gOgL INTERPOLATED VALUiES FOR MEASURED DEPTH T'Rb5 SUB-SE,~ COURSE VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEG MIN D'~G MIN 0.00 60.00 160.00 260.00 360.01 460.01 560. '32 560.02 760.93 860.03 O.OO -60.00 0 0 N 0 50.00 0.00 0 27 S 20 4.5 160..00 100.00 0 10 S 54 33 250.00 200.00 0 29 S ~ 5.9 350.00 300.00 0 33 S 26 51 460.00 40~.00 0 41 S 2'9 0 550.00 500.00 0 37 S 31 4 6£0.C0 600.00 750.00 700.00 0 31 S 860.00 ~O0.OC 1060.12 1160.36 1261.06 1362.72 1465.71 1570.40 1677.46 1787.42 1899.44 960.0C 900.30 1 !8 S 9 10 i050.00 I000.00 3 } S I1 I150.00 llO0.$'O 5 6 S 22 22 1260.00 1200.00 8 30 S 34 10 1350.00 1300.00 12 ? S 31 39 1450.00 1400.00 15 2.6 S 2~ 44 15,50.0,3 1500.00 !9 2 S 22 19 t650.00 l~O0.O0 22 48 S £~ 30 1750.00 1700.00 25 56 S 23 25 1B6O.O0 1800.30 27 47 S ~? 20 2014.74 2133.63 2254.20 2375.88 2498.72 2623.01 2746.30 2868.72 2992.21 3117.48 19,50.00 1900.00 31 &3 S !'6 3'0 2050.0C 2000.,,"0 3~_ ~0 q.,'~_, 3~ 2160.00 2100.00 3~ 23 S 30 9 2260.00 2200.00 35 4 S 28 29 2360.00 2~Og.C,O 36 4 S ~6 42 2450.C0 2&O0.~,O ~6 32 S 2~ 41 2560.00 2500.OO 35 5 S 32 36 2660 O0 2~00 S3 3~ ~ S ~2 ~ 3245.23 3374.92 3506.13 3640.02 3772.87 3902.81 4031.35 4160o47 4290.18 4419.95 2960.00 2.aO0.O0 39 9 S 28 29 3050.00 3000. ,.']. 0 39 3160.00 3100.00 41 3260.00 3200.00 41 55 $ 25 3 3360.00 3300.00 40 23 S Z~ 57 3460.00 2400.00 39 15 S 29 46 3560.02 3{00.00 38 57 S 29 44 3660.00 3600.00 39 31 S 29 39 3760.00 3700.00 39 36 S 29 19 3850.09 3300.00 39 32 S 23 D&T2 OF SURVEY: KELLY BUSHING ELEVATION: ENGINEER: EVEN log FEET OF SUB-SE~ OEPTH VERT~C SECTI FEE ~L 30GL=G RECTANGULAR COORDINATES 3N SEVERITY NORTH/SOUtH E~ST/WEST T DEG/IO0 FE~T F ~ ~: T HORIZ. OIST. FEET O. O. D. O. 1. 1. 2. 2. 3. O0 0.00 0.00 N O.OO E 05 1.41 0.07 S 0.03 W 34 0.53 0.50 S 0.13 ~ 24 0.29 0.70 S 0.71 w 44 0.29 1.31 S 1.34 W 02' 0.00 2.27 S 1.82 W 61 0.25 3.30 S 2.39 W O! 0.00 4.10 S 2.95 W 43 0.00 4.85 S 3.40 W 02 0.32 5.80 S 3.84 W O.O0 0.08 0.53 1.00 1.87 2.91 4.07 5.05 5.92 6.96 7. 14. 25. 43. 6~. 99. 136. 182. 232. 92 1.47 7.23 S 4.4.$ W 8.51 30 1.92 10.98 S 4.18 W 11.75 19 1.68 17.72 S 2.04 W 17.84 6~ 4.22 27.78 S 3.54 E 28.00 88 3.25 42.90 S 13.72 E 45.04 42 3.62 64.46 S 25.47 E 69.31 07 3.44 92.79 S 3'7.82 E 100.20 88 3.96 127.96 S 52.66 E 138.~7 20 1.58 169.83 S 70.91 F. 184.04 25 2.59 216.18 S 90.99 E 234.51 289.26 353.45 420.77 490.08 56i.29 535.00 707.07 777.65 850.09 925.53 2.93 268.25 S .11~.88 0.85 325.12 S 144.85 0.80 383.89 S t77.72 1.36 444.27 S 211.79 !.36 507.64 $ 244.55 0.59 572.93 S 278.~8 1.33 635.14 S 315.38 0.71 694.51 S 353.62 0.93 755.96 S 392.01 1.35 820.85 S 430.47 291.81 355 9~ 4~3.04 492.17 563.48 637.24 709.13 779.35 926.88 1004. 1087. 1172. 1260. 1348. 1430. 1511. 1593. 1675. 1758. 99 45 13 75 O1 96 71 37 96 53 0.91 890.24 S 469.25 E 0.98 963.27 S 507.79 E 1.46 1039.&1 S 545.42 E 1.38 1119.98 S 5'~3.34 E 1.99 1197.76 S 62~.26 E 0.53 1269.87 S 664.20 E 0.75 1340.04 S 704.28 E 0.30 1410.95 S 744.82 F 0.15 1482.86 S 785.48 E 0.23 1555.12 S 825.70 E 1006.34 1088.91 t173.83 1262.79 1350.22 1433.13 1513.84 1595.48 1678.05 1760.74 23-JUL-89 60. O0 FT SCHWARTZ DEPARTURE' AZIMUTH DEG MIN N 0 0 E S 21 41 W S 19 51 W S 45 37 W S 45 42 W S 38 45 W S 35 56 k ) S 35 46 W S 35 1 W S 33 28 W S 31 46 W S 20 50 W S 6 34 W S 7 16 E S 17 44 E S 21 34 E S 22 11 E S 22 22 E S 22 40 E S 22 48 E S 23 11 E S 24 1 E S 24 51E S 25 29 E S 25 43 E S 25 58 E s 26 z4 E } S 26 59 E S 27 25 E S 27 40 E S 27 ~+8 E S 27 48 E S 27 41 E S 27 31 E S 27 29 E S 27 37 E S 27 44 E S 27 50 E S 27 55 E S 27 58 E COMPUTATION DATE: 30-~UG-89 ARCO AL&SKA INC. LISBURNE L3-28 PRUOHOE BAY/LIS3URNE POOL NORTH SLOPE, ALASKA DATE OF SURVEY: 23-JUL-89 KELLY BUSHING ELEV,~TION: 60.00 FT ENGINEER: SCHWARTZ IN'TERPOL~TED V~LUES FOR EVEN 100 ~EET OF SU~-SE~ DEPTH TRUE SUB-SEA COURSE VERTICAL DCGLEG RECTANGULAR COORDINAT=S.., HORIZ. DEPARTURE MEA,SURE~ V~R'TIC~L VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH E~ST/WEST DIST. ~ZZMUTH DEPTH DEPTH D~EPTH DEG MIN 4549.50 3960.00 3900.00 39 28 4679.16 4060.00 4000.00 39 35 4809.15 4160.00 4100.00 40 2 4940.14 4260.00 4200.00 40 22 5071.51 4360.00 4300.00 40 25 5203.29 ,44.50.00 4400.00 40 47 5335.43 4560.00 4500.90 40 54 5468.24 4660.0~ 4600.00 41 5601.95 4750.00 4700.00 41 45 5736.94 48.50.00 5873.03 4960.00 4'g00. O0 42 48 6009.76 5050.03 5000.00 43 12 6147.06 5160.00 5100.00 4~ 24 6285.30 5260.00 5200.00 43 54 6424.59 5360.00 5~00.00 44 29 6563.12 5460.00 5400. gO 42 30 6698.45 5560.C0 5500.00 41 40 6830.64 5660.,00 5600.00 40 41 6963.44 5750.00 5700.00 4~ 54 709,8.00 5860.00 5900.00 .41 8 7233.65 5950.00 5900.00 40 43 7361.70 6060.00 6003.00 4C' 22 7493.13 6150.00 5100.00 40 32 7624.35 6260.00 6200.30 39 55 7754.59 6360.00 6300.00 39 50 7885.02 64.50. gO 6400.00 40 4 8015.56 6560.00 5500.00 3'9 50 8145.65 6650.0.9 6~00.00 ~9 39 8275.67 676~.~0 670,9.00 3~ 52 8405.14 6850.00 6800.00 39 55 8536.!9 6.a50.03 5~00.00 39 32 8665.14 7060.00 7000.00 38 8792.94 7160.00 7100.00 3~ 16 8920.15 7260.00 7200.00 38 2 9046.25 7360.0'3 7300.00 36 56 9170.97 7460.00 7400.00 36 38 9295.55 7560.00 7500.00 36 37 9420.08 7660.00 7600.00 36 3,5 9545.39 7760.00 7700.00 37 23 9671.85 7860.0~ 7800.00 37 43 DEG MIN FEET OEG/IO0 FEET FEET :EET DEG MIN S 28 42 -~ ~40.94 S 28 33 E 1'923.42 S Z~ 33 E 2306.41 S 28 14 E 2176.09 S 27 38 e 2261.79 S 27 26 ~E 234~.03 S 26 ~ E 2435.23 S 25 18 5 2523.66 S 24 3~ E 2613.88 S 23 5,~ E 2705.59 S 23 31 E 2793.13 S 22 44 E 2891.37 S 22 14 5 2985.82 S 21 17 E 3081.58 S 21 12 5 3176.06 $ 20 2~ 5 3265.91 S 18 56 E 3350.68 S 18 8 E 3436.09 S 18 6 E 3523.90 S 19 5 E 3609.01 S ~0 43 ~ 3692.28 S 20 4~. :. 3776.25 S ~2 ! 5 3859.99 S 2~ 47 E 3:)42.56 S 23 19 F 4025.52 S 23 32 E 4108.76 S 23 29 5 4191.28 S 23 55 : 4273.74 $ 24 21 E 4355.98 S 24 '2! E 4439.62 S 24 13 ? 4520.50 S ~ 47 ~ 4599 52 S 22 52 E 4677.49 ~ 21 23 E 4753.43 S 20 43 E 4826.~7 S 20 49 E 4900.04 S 21 1~, E 4973.16 S 22 1~ : 5047 75 ~ 23 2Q ~ 5124.43 0.2.5 0.35 0 0.10 0 0.49 0.60 0.73 0.62 0.55 '0.52 0.51 0.51 0.47 0.91 0.61 2.80 0.41 1.85 0.75 2.15 0.33 0.33 1.31 0.31 0.32 0.08 0.17 0.35 0.50 0.41 0.45 0.31 0.89 I .01 0.22 0.06 0.72 0.86 1.12 1627.2'7 S ~65.43 E 1843.09 S 28 0 E' 1699.73 S 904.96 E 1925.62 S 28 2 E 1772.69 S 944.62 E 2008.67 S 28 3 E 1846.98 S 985.11 f 2093.27 S 28 4 E 1921.83 S 1025.80 E 2178.47 S 28 5 E 1997.69 ~ 1065.92 5 2264.28 S 28 5 E 2074.28 S 1105.85 E 2350.65 S 28 4 ' ') 2152.19 ~ 1145.45 E 2438.03 S 28 1 2232.09 S 1184.11 E 2526.73 S 27 57 E 2314.2~ S 1222.44 f 2617.29 S 27 51 E 2398.41 S 1260.4'0 E 2709.43 S 27 43 E Z483.78 S 1297.88 E 2802.44 S 27 35 E 2570.34 S 1334.77 E 2896.2'~ S 27 27 E 2658.53 S 1371.26 E 2991.35 S 27 17 E 2748.58 S 1407.22 E 3087.87 S 27 7 E ,2838.01 S 1441.69 E 3183.2.1 S 26 56 E 2923.1.4 S 14'74.35 E 3273.91 S 26 46 E 3004.66 S I503.13 E 3359.67 S 26 35 E 3087.48 S 1530.99 E 3446.22 S 26 23 E 3173.10 $ 1558.8,1 E 3535.32 S 26 10 E 3255.83 S 1536.25 E 3621.69 S 25 59 E 3335.31 S 1615.52 E 3705.96 S 25 51 E 3415.0~ S 1645.69 E 3790.92 S 25 44 E 3494.37 S !676.29 E 3875.60 S 25 38 E 3571.45 S 1708.12 E 3958.92 S 25 34 E 3648.52 S 1740.86 E 4042.56 S 25 30 E 3725.53 S 1774.22 E 4126.43 S 25 28 3801.85 S 1807.35 E 4209.5~ S 25 3877.94 S 1840.74 E 4292.63 S 25 24 E 3954.39 S 1875.05 E 4376.41 S 25 22 E 4030.14 S 1909.34 E 4459.55 S 25 21 E 4104.34 S 1S42.82 E 4540.94 S 25 20 E 4177.06 S 1975.16 E 4620.50 S 25 18 E 4249.23 S 2006.34, E 4699.09 S 25 17 E 4320.42 S 2035.23 E 4775.79 S 25 13 E 4390.02 S 2051.89 E 4850.12 S 25 9 E 4459.49 S 20~98.23 E 4924.20 S 25 6 E ~528.78 S 2114.79 E 4998.21 S 25 2 E 4598.92 S 2142.78 5 5073.61 S 24 59 E 4670.18 S 2172.98 E 5150.97 S 24 57 E COMPUTATION DATE: 30-AUG-89 PAGE ARCO ALASKA [NC. L[SSURNE L3-28 PRUDHDE 8AY/LTSBURNE ~OCL NORTH SLOPE, AL~SKA DATE OF SURVEY: 23-JUL-89 KELLY 3USHING ELEVATION: 60.00 FT ENGINEER: SCHWARTZ INTERPOLATED VALUES FOR EVEN 100 FEET OF SUE-SE~ DEPTH TRUE SU6-SEA COUPS= VERTICAL OOGL'EG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTICAL DEVIATION ~ZZMUTH SECTION SEVERITY NORTH/SOUTH E~ST/WEST gIST. ~ZIMUTH DEPTH DE2TH DEPTH DEG 9797.41 7960.00 7900.00 36 41 9921.93 ~060.00 BO00.O0 37 10048.43 8160.00 81OO.O0 38 4 10176.05 8260.00 ~200.00 38 45 10305.55 8350.00 8300.00 39 42 10~35.02 8450.00 8400.00 39 20 10564..19 8560.00 $500.00 38 56 10591.62 ~660.00 8..500.00 37 43 1081'7.26 8760.00 ~700.00 36 4'9 10940.83 8880.00 .8800.00 34 59 11061.15 &960.00 8900.00 32 31 11178.75 9050.00 9000.00 31 32 11296.76 9160.00 9100.00 3.3 6 11418.98 9260.00 9200.00 36 39 11500.00 9325.00 92~5.00 36 39 DEG MIN FEET DEG/IO0 =EET FE~? S 24 3 E 5199.80 S 23 49 E ~273.~8 S 23 39 5 5350,37 S 23 39 ~ 5429.05 S 24 3 E 5510.72 S 23 39 f 5592.35 S 23 17 E 5673.~3 S 23 25 E S 23 27 E 5827.18 S 21 51 E 5899.10 S 17 25 = 5964.76 S 15 59 ~ 6024.66 S 1~ 0 5 6085.25 S '14 54 E 6152.94 S I4 54 E 6199.46 2.34 0.88 1 0.40 0.40 1.1! 0.60 0.89 2.35 3.00 0.65 3.1 g 0.00 0.00 FEET OEG 4739.67 S 2203.60 E 5226.88 S 24 56 E 4807.45 S 2233.77 E 5301.0T S 24 55 E 4878.39 S 2264.92 E 53T8.53 S 24 54 E ~+951.01 S 2296.74 E 5457.80 S 24 53 E 5026.26 S 2330.01 E 5540.06 S 24 52 E 5101.46 S 2363.29 E 5622.28 S 5176.50 S 2395.73 E 5704.01 S 5249.03 S 2427.07 E 5782.96 S 24 ~9 E 5318.80 $ 2457.28 E 5858.99 S 24 48 E 5385.63 S 2435.61 E 5931.55 S 24 46 E 5448.52 S 2508.32 E 5998.17 S 24 43 E 5507.~0 S 2525.6~ E 5059.37 S 24 38 E 5568.12 S 2542.97 E 6121.33 S 24 33 E 5635.79 S 2561.65 E 16190.65 S 24 27 E 5682.52 S 2574.0,9 E 6238.35 S 24 22 E ARCO ALASKA INC. LISBURNE L3-28 PRUDHOE BAY/LISSURNE NORTH SLOPE) ALASKA MARKER TOP W&HgG GCT LAST PBTD TOP WAHOO TD '~ ~ N ~ 7 Z g N ~ 5 ZON~ -~ Z;N~ z+ COMPUTATION DAT~: PCOL INTERPOLATED V~,.U,S FDR CHOSEN S~JR =ArF MEASURED 3EPTH BELCW K~ !I076.0g 11171.0g 11328.00 11401.40 11451.00 11468.0g 11500.00 30-4UG-89 MODIZONS KELLY LOCATION = 988' FNL ~ 858' TVD FROM KB SUS-SE.,~ 8972.5] 8912.51 9053.39 8993.)9 9186.02 9126.02 924 5. '~0 91:35.9 0 9285. ,59 9225.69 9299..l~, ~239'.3~ 9325.90 :~265.00 PA~E D~T:E BUSHING OF SURVEY: ELEVATION: ENGINEER: 23-JUL-8'g 60.00 FT SCHWARTZ FWL, SECZ2 T RECTANGULAR NORTH/SOUT 5~56.t4 S 550Q.01 S 5584.75 S 5625.66 S 565~.26 S 566~.06 S 568Z. SZ S llN R15E COORDIN &TES H E&ST/WEST 2510.73 E 2524,. 56 E 2547.70 E 2558.95 E 2566.56 E 2569.17 E 257~. 08 E COMPUT,~TI~N DATE: 30-AUG-89 PAGE ARCO ALASKA [NC,,. L[SSURNE L3-28 PRUDHrJE BAY/L IS:5URNE NORTH SLOPE, ALASKA MAR K 'ER TOP WAHOO TOP W.~HOO T DP WAHOO PBTD TOP WAHOO TD POOL ~ ~ ¢~.. ~ ~ ~::~ :¢--~ :~ STR~TIGRAPH'IC SUMMARY SURFACE LOCATION : KELLY 98B' FNL F,, 868' MEASURED DEPTH TVO BELO'~ KB FROM KB ZCNE 7 11076.00 8972.51 ZONE 6 11171.0g 9053.39 ZONE 5 11328.00 9186.02 11451.00 9285.69 Z~N~ 4 11468.00 9299.33 11500.00 9325.00 SU'~- SE A 8912.51 $993.B9 9126.02 9225.69 9239.33 ')26.5. O0 DATE BUSHING OF SURVEY: ELEVATION: ENGINEER: 23-JUL-SO 60. O0 FT SCHWARTZ FWL, SEC R~CT&NG NORTH/ 5456. 550~. 5584. 5654. 565~. 5682. 22 TllN RISE UL~R COORDINATES SOUTH E~ST/WEST 14 S 2510.73 E 01 S 252%.56 E 75 S 2547.70 E 26 S 2566.56 E 06 S 2569.17 E 52 S 257~.08 E ~iNAL MEASURED DEPTH 11500°00 WELL LOCATION TRUE VERTIC.~L DEPTH 9325.90 ~T TO: SUB-SEA VERTICAL DEPTH 9265.00 HORIZONTAL DEPARTURE DISTANCE AZIMUTH mEET DEG MIN 6238.35 S 24 22 E SCHLUr"IBERGER D I RECT I ONAL SURVEY COMPANY ARCO ALASKA INC. 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Operations Performed: Operation Shutdown Stimulate Plugging m Perforate Alter casing _ Repair well Pull tubing _ Other X Complete 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or KB) Development ..~ ARCO Alaska. Inc. Exploratory _ 60' RKB feet 3. Address Stratigraphic _ 7. Unit or Property name P. O. Box 100360, Anchorage, AK 99510 Service _ Prudhoe Bay Unit/Lisburne 4. Location of well at surface 8. Well number 988' FNL, 868' FWL, Sec. 22, T11N, R15E, UM At top of productive interval 9. Permit number/approval number 1164' FNL, 1901' FEL, Sec. 27, TllN, R15E, UM 89-66/9-652 At effective depth 10. APl number 1362' FNL, 1845' FEL, Sec. 27, T11N, R15E, UM 50-029-:~1 ~)55 At total depth 11. Field/Pool 1391' FNL, 1838' FEL, Sec. 27, T11N, R15E, UM Lisburne Oil Pool 12. Present well condition summary Total Depth: measured 1 1 500' feet Plugs (measured) None true vertical 9325' feet Effective depth: measured 1 1451 ' feet Junk (measured) None true vertical 9286' feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 8 0' 2 0" 1700 # Poleset 1 1 5' 1 1 5' Surface 3931' 1 0-3/4" 1300 sx AS III & 3970' 3513' 350 sx Class G - Top job w/ 150 sx AS I Intermediate 10958' 7-5/8" 400 sx SS II 1 0993' 8903' Liner 746' 5- 1/2" 141 sx SS II 1 0749'-11 495' 8706'-9321' Perforation depth: measured None true vertical None Tubing (size, grade, and measured depth) 3-1/2", L-80 tbg w/ tail @ 10821' Packers and SSSV (type and measured depth) AVA SSSV @ 2203', & Otis 'BWB' pkr @ 10715' 13. Stimulation or cement squeeze summary N/A Intervals treated (measured) Treatment description including volumes used and final pressure 14. Representative Daily Average Production or Injection Data N/A OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation Subsequent to operation 15. Attachments *Completion Well History 16. Status of well classification as: Copies of Logs and Surveys run X Water Injector Daily Report of Well Operations X* Oil X Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Si~ned !'b~J~(.~L/~.~, Title Drilling] Analyst Date /" Form 10-404 R(gi/ 05/17/89 SUBMIT IN DUPLICATE ARCO O,, .,nd Gas Company Well Hlltory - Initial Report - Dally Prepare irld submit t~e "lelltg Rl~d" on tl~e flint Wednesday after · well is sPuddtd or workov~r ODIrltlonl Itl itlrlld. Dally work pltor to II~lddlng I~ould I:~ I~mmldzed o~ the form giving InclulIve dlt~l o~ly. District ARCO ALASKA INC. Field LISBURNE Leale or UI~)L: . 28325 · ,t,, COMPLETE Jsmte AK L3-28 Vell no. Auth. or W.O..OAL0958 Operator AD, CO Spudded or w.O~T Dine ~nd depm &~ ot $:00 ~.m. 10/13/89 ( TD: 0 PB:11451 SUPV: u'ER 10/16/89 ( TD: 0 PB:11451 SUPV:JER 10/15/89 ( TD: 0 PB:11451 SUPV:JER 10/16/89 ( TD: 0 PB:11451 SUPV:JER 10/17/89 ( TD: 0 PB:11451 SUPV:JER 10/18/89 ( TD: 0 PB:11451 SUPV:JER IDat~ The above ~ correct ~ torm I~'e~ ~d dlst~b~, APl: 50-029-21955 10/13/89 [~ur ,0300 HRS AR3B-459-1 -O PULI, EPV < 5-1/2"%11495' MW: 0.0 NeC1 '. ACCEPT RIG 9 0300 ON 10/13/89. CHECK WELL FOR PRESSUIM~,. ND TREE. NU BOPS. PULL BPV. · DAILY:S111,279 CUM:$1,978,384 ETD:S1,978,384 EFC:$2,750,000 RUNNING 3-1/2 COMP 5-1/2"%11495' MW: 0.0 NaCl FINISH NU BOP. TEST BOPS, ANNULAR, & C~]K)KE. TEST 7-5/8" X 5-1/2" CSG/LINER TO 3500 PSI F/ 30 MIN. GOOD. RU SCHLUM & RUN 6.5" GR/JB TO TOL. PO OTIS WB PACKER & RIH ON E-LINE. SET 9 10,705'. POOH & RD E-LINE. RU FLOOR TO RUN COMP. RUN 3-1/2" COMPLETION STRING. DAILY:S35,333 CUM:$2,013,717 ETD:S2,128,482 EFC:$2,635,235 FREEZE PROTECT TBG 5-1/2"%11495' MW: 0.0 NsC1 RIH W/ 3-1/2" COMP. MU 1/4" CNTL LINES TO CIM & SSSV. TEST SAME. CUNT RIH. TAG PKR. STING IN AND PRESS TO 400 PSI. GOOD. PU F/ PKR. DISP WELL TO 8.5 FSW W/ C-193. SPACE OUT TBG & MU HNGR. FREEZE PROTECT TBG & CSG TO 2200' W/ 95 BBLS DIESEL W/ C-120. U-TUBE INTO PLACE. DAILY:S21,930 CUM:$2,035,647 ETD:S2,150,412 EFC:$2,635,235 RIH W/COMPL 5-1/2"%11495' MW: 0.0 FSW FINISH U-TUBE DIESEL TO FREEZE PROTECT. ATTEMPT TO STING INTO SBE/PKR. COULD NOT STING IN. RU FLOOR AND PULL 3-1/2" COMP. STAND TBG IN DERRICK. LD SSSV. INSPECT SEAL ASSY. REDRESS W/ GRINDER & MODIFY MULE SHOE. CHANGE OUT I SEAL MEMBER. MU SEAL ASSY & RIH W/ 3-1/2" TBG. DAILY:S22,164 CUM:$2,057,811 ETD:S2,172,576 EFC:$2,635,235 POOH W/ 3-1/2" TBG 5-1/2"911495' MW: 0.0 FSW RIH W/ 3-1/2" COMP. MU ClM INJ LINE. RIH TO SSSV. MU CNTL LINES & TEST. CUNT TI RIH W/ COMP. PLACE SS BAND ON EVERY JT. ATTEMPT TO STING SEAL ASSY PKR. NO GO. MU HNGR & SPACE OUT. ATTEMPT TO STING INTO PKR. NO GO. WORK TORQUE DOWN TO SEAL ASSY. BREAK CIRC. ROTATE PIPE. BREAK OUT HANGER. SET WT ON STRING & ROTATE. SEAL ASSY FELL INTO PKR. PRESSURE TO 500 PSI HELD. PULL ASSY OUT OF PKR. ATTEMPT TO RE-ENTER. NO GO. POOH W/ TUBING. DAILY:$ 39,529 CUM:$2o097,340 ETD:S2,402,807 EFC:$2,635,235 SPACE OUT 3-1/2" TBG 5-1/2"911495' MW: 0.0 FSW POOH W/ 3-1/2" COMP. REMOVE BOW TYPE CENTRALIZERS FROM. ABOVE SEAL ASSY. ADD EXTRA SEAL EXTENSION. ADD MODIFIED COLLAR W/ LUGS ABOVE SEAL ASSY. RIH W/ 3-1/2" COMP. MU CIM & SSSV W/ 1/4" CNTL LINES. TEST SAME. GOOD. CUNT RIH. STING INTO PKR & PRESS TO VERIFY. PU & SPACE OUT TBG HNGR. (AVA SSSV 9 2203', OTIS 'BWB' PKR $ 10715' & TT @ 1.9821'} . DAILY:$21,93~ CUM:$2.119,1~ 0 ETD:$~,42~,7~7 ~.~ i~;~ ..-.~ ~q~ [~ ~ ~ ~pemd for e~-'h well. I ARCO ,.. and Gas Company Dally Well History-Final Report Inatructtofle: Prepare end submit the "FinM Report" on the flrlt Wednelday Iff.er IIl~webll hIl belin ~ Ir will II Plugged, Ab4mdoald, or 8old. · ' "Flail Rlll~rt" ~hould b~ submitted ~!$o when operations ere lUll)ended for ~n Indefinite or epp~IIIMI _1~ M tiM. On workovem when mt official tl~t required upon complttlon, report completion sad repre~entltlve test date In bloclm proM(led. The "FMM I~' fon~ m~/ be u~ed for reporting tho entire operation If spice II Ivill&ble. Accounting ocli ;enter code Olatrlct I County or Plrilh 18tats -. A~CO ~t. ASKA INC. NORTH' SLOPE I AK Field Lae~e or Unit ] Well no. I Auth. or W.O. no. JTItll ' ',~ Operator IA.ILCO. W:i: * ....... , "~Td41~'~ of welb (m~tlve or immflve) on PB:l1451 DISP HOLE ~ I~H~B S~A ~TER. t~ 101 BB~ ZNHIB D~ES~L DN SUPV~ TBS. U-~BE ~ACK TO 3-1/2~ X 7-5/8' ~H ~_F~EZE ~D TB~ ~ RILDS. P~SS TBG ~ 3500 ~SI. SHE~ SUB OUT 8 1750 PSI. TB~ BLED 200 PSI. ~-~ST TO 3500 PSI F/ 30 MIN. ~D. TEST ~-5/9" TO 3500 FSI W/ 1500 ON TB6 F/ 30 MI~. 6OOD. CLEA~ FLOO~. ~D BOPS. NU ~E. TEST TREE, HH~, G ~NTL LINES TO 5000 PSI. ~OOD. ~LE~E RI6 ~ ~2~0 H~S O~ 10/18/89. DAILY: $226,330 CUM: $2,345,600 ETD:S2,651,06V ' 10/20/89 ( ~) RI6 RELE~ED 5-1/2'~11495' ~: 0.0 ~: 0 ~U 5IESEL T~K, TRIPLEX PU~ i S~FOLD OH ~LLHE~. ~B:11451 ~U TREE. PULL B~V ~ SET B~KIH6 PLU~. TEST T~EE F~N~ES G S~PV:LP V~VES TO 5~00 PSI. 6~. PULL PLU6. ~D TEST E~UIP~T. DAILY:S14,544 CUM:$2,359,144 E~:$2,665,611 EFC:$2,635,235 Old TD New TD ~ PB ~pth I Released rig Data lKInd of rig I Clae.iflcatlonl (o11. gal, etc.) Type complatl~ (llngle, duel, etc.) . ... Producing me~od Ofllclll m~wolr name(I) Potential test date Well no. Date Reservoir Producing Interval Oil or g~lTest 'time Production 011 on tam Gal per day ,, Pump size, SPM X length Choke size T.P. C.P. Water % GOR Gravity AIIowlble Effective date corrected , ,, ITitle INumberMI dilly well hllfory forrml I P~ge they ere'prlp~rmJ for e~ch well. ConNeutlvlly no. ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 12-11-89 FROM: TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: 'H_3-01 ~'~3-28 ~4-2 ~r_4-10 ~_4-10 ~4-10 ,..-L-~-31 COLLAR LOG COLLAR LOG PRODUCTION PACKER PHYSICAL FORMATION COMPENSATED NEUTRON LOG (POROSITY) DUAL INDUCTION (TVD) NATURAL GAMMA RAY (SPECTROMETRY LOG) DUAL INDUCTION COLLAR LOG RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 11-29-89 11-30-89 11-29-89 10-31-89 11-24-89 11-24-89 1 ~-24-89 11-24-89 11-18-89 · G, L ATLAS ~ t T ' ATLAS SCH SCH SCH SCH ATLAS TAPES: L4-10 OPEN HOLE LOGS RUN 1 - 11-24-89 10-14-89 11-1-89 L4-14 GCT DIRECTIONAL SURVEY RUN 2 L4-31 GCT DIRECTIONAL SURVEY RUN 2 TII~ KINCAID ARCO ALASKA, INC. ~- 700 G STREET; ATO 409 · ~ ~HORAGE, ALASKA RECEIVED BY: ,,~ j...-/~.,_~------ STATE O~F AJSK/ - l~v TRANSMITTAL # 626 99510 RECEIVED AJas~ 0il & GaS Co~$. Co111E1[$$[0.2, Anchorage SCH SCH SCH ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 11-8-89 FROM' TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: LGI-06 LEAK DETECTION ~ L2-6 '"~1~ L2.18 %'~ L3-1 ~ L3-1 '~'L3-1 ' ~ L3-28 ~" L4-2 ~L4-2 ~L4-2 . ' L4-2 L4-2 ~- L4-2 ~ L4-2 -~ L4-2 "'~ L4-31 "~ L4-31 '~J L4-31 COLLAR LOG INJECTION PROFILE COLLAR LOG CEMENT BOND LOG CEMENT EVALUATION COLLAR LOG PHYSICAL FORMATION COMPENSATED NEUTRON LITHO DENSITY - POROSITY COMPENSATED NEUTRON LITHO DENSITY- RAW DATA REPEAT FORMATION TESTER NATURAL GAMMA RAY SPECTRA LOG DUAL LATERLOG GAMMA RAY COLLAR LOG ACOUSTIC CEMENT BOND LOG CEMENT BOND LOG C EM ENT EVALUATION LOG GCT GYRO DIRECTIONAL SURVEY RUN 1 10-12-89 CAMCO RUN 1 10-25-89 ATLAS RUN 1 10-13-89 CAMCO RUN 1 10-20-89 ATLAS RUN 1 10-23-89 SCHLUMBERGER RUN 1 10-23-89 SCHLUMBERGER RUN 1 10-27-89 ATLAS RUN 1 10-13-89 ANADRILL RUN 1 10-22-89 SCHLUMBERGER RUN 1 10-22-89 SCHLUMBERGER RUN 1 10-22-89 SCHLUMBERGER RUN 1 10-22-89 SCHLUMBERGER RUN 1 10-22-89 SCHLUMBERGER RUN 1 11-1-89 ATLAS RUN 1 11-1-89 ATLAS RUN 1 11-1-89 SCHLUMBERGER RUN 1 11-1-89 SCHLUMBERGER RUN 1 11-1-89 SCHLUMBERGER TAPES: L4-2 OPEN HOLE LOGS L4-2 RET RUN 1 10-23-89 RUN 1 10-23-89 SCHLUMBERGER SCHLUMBERGER SIGN AND RETURN TO: RECEIVED BY: ~!:' STATE OFA~A~;I(~ TRANSMITTAL # 625 -, TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 409 ANCHORAGE, ALASKA 9951 ID:~UUL .~W~ STATE OF ALASKA ALASKA OIL AND OAS O:)NSERVATiON ¢OMMi: I I-L NU: WWU'¢._hbdd'dd4 2, ......... /9 _-:./=. ., ~ ,, g? · R~ ,~ .......... . _~.~~_'... ' .............. Preml ..... ~~-- ..... . .... KELLY AN 90Pi STAC.~Kt ,Tee,~ pre~mure Lewee Killy Annular preventer ..: .~ P~ rem. Choke 1 ~no vi1 vlt ..': '. ........ , _.... ................ HCR valve ~ ~ ~P~ Numbl~ flanges Cheek valve ...... ~/~ ................... ,,,,. - Nydrmuliomlly 0 Fe{lurem .......... _/_ ...................... Tome time _.~__ hfs TEST choke dlyl ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 9-7-89 FROM: TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: L3-1 CEMENT EVALUATION LOG (CET) RUN 1 8-25-89 L3-1 CEMENTBOND LOG (CBT) RUN 1 8-25-89 L3-1 GCT RUN 1 8-25-89 L3-1 SPECTRALOG RUN 1 8-12-89 L3-1 DUAL LATERAL LOG (DLL) RUN 1 8-12-89 L3-1 FORMATION MULTI-TESTER (FMT) RUN 1 8-12-89 L3-1 Z-DENSILOG G R (POROSITY) RUN 1 8-12-89 L3-1 Z-DENSILOG GR (RAW DATA) RUN 1 8-12-89 ' L3-1 COMPENSATED NEUTRON RUN 1 8-12-89 GAMMA RAY (CNL-LOG) L2-24 INJECTION TEMP PROFILE RUN 1 8-6-89 CAMCO L1-1 PRODUCTION PROFILE RUN 1 8-6-89 CAMCO L1-1 COLLAR LOG RUN 1 7-15-89 HALLIBURTON L3-1 PHYSICAL FORMATION RUN 1 8-7-89 ANADRILL TAPES: L3-28 GCT DIRECTIONAL SURVEY PRESSURE REPORTS: L2-14 BHP REPORT RUN 1 7-23-89 RUN 1 8-21-89 SIGN AND RETURN TO: TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 409 ANCHORAGE, ALASKA 99510 RECEIVED BY: - C- CO -7- STATE OF ALASKA TRANSMITTAL # 622 SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER ATLAS ATLAS ATLAS ATLAS ATLAS ATLAS SCHLUMBERGER CAMCO DATE: 8-16-89 FROM: TINA KINCAID ARCO ALASKA INC. LISBURNE ENGINEERING ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: TAPES: '-'-.-J L5-33 GCT RUN 1 6-29-89 LOGS: ~ L1-1 COLLAR LOG RUN 1 7-24-89 ~ L3-28 CEMENT EVALUATION LOG (CET) RUN 1 7-23-89 ~ 1_'5-28 CEMENT BOND LOG (CBT) RUN 1 7-23-89 '~ L3-28 GCT RUN 1 7-23-89 ~ L3-28 GCT RUN 2 8-7-89 '"'"'"--...~3-28 GCT RUN 3 8-7-89 L5-1 PRESSURE DATA RUN 1 7-6-89 "'""'-~L5-32 PERFORATING RECORD RUN 1 6-5-89 PRESSURE REPORTS: ..~~5-33 BHP REPORT RUN 1 7-24-89 5-33 BHP REPORT RUN 1 7-24-89 SCHLUMBERGER CAMCO SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER HALLIBURTON HALLIBURTON CAMCO CAMCO SIGN AND RETURN TO: TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 409 ANCHORAGE, ALASKA 99510 RECEIVED BY: EXXON BP ~!' STATE OF ALASK,~ TRANSMITTAL # 621 ^laska Oil & Gas Cons, UUIililII.'~." ~ ,.~.~ Anchorao _¢, , STATE OF ALASKA · ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Operation shutdown ~ Re-enter suspended well __ Alter casing __ Repair well __ Plugging __ Time extension __ Stimulate __ Change approved program __ Pull tubing __ Variance __ Perforate __ Other __ 2. Name of Operator 5. Type of Welt: 6. Datum elevation (DF or KB) Development ~ feet ARCO A1 aska, I nc. Exploratory __ RKB 60' 3. Address Stratigraphic ~ 7. Unit or Property name P.0. Box 100360 Anchorage, AK 99510-0360 Service__ Prudhoe Bay Unit/Lisburne 4. Location of well at surface 8. Well number 988' FNL, 868' FWL, Sec.22, T11N, R15E, UN I~.-?R At top of productive interval 9. Permit number 950' FNL, 1300' FEL, Sec.27, TllN, R15E, UM (approx) 89-66 At effective depth 10. APl number 1078' FNL, 1354' FEL, Sec.27, TllN, R15E, UM (approx) 50--029-21955 At total depth 11. Field/Pool 1105' FNL, 1346' FEL, Sec.27, TllN, R15E, UM (approx) Lisburne Oil Pool 12. Present well condition summary Total depth: measured 11500 'MD feet Plugs (measured) None true vertical 9344'TVD feet 11451 'MD None Effective depth: measured 9303 ' TVD feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True vertical depth Structural 80' 20" 1700# Poleset 115'MD 115'TVD Conductor 3931' 10-3/4" 1300 sx AS III & 3970'MD 3516'TVD Surface 350 sx Class G - Top job w/150 sx AS I Intermediate 10958' 7-5/8" 400 sx SS I i 10993'MD 8924 'TVD Production 746' 5-1/2" 141 sx SS II 10749'-11495'MD 8725'-9340'TVD Liner Perforation depth: measured None -, , - ,: true vertical None i' :.. ;::.. ~ "" Tubing (size, grade, and measured depth) .,, ,,~ , ,, ... None .~:, ..~. ~.; .,,~ . - .... Packers and SSSV (type and measured depth) ~ ' None 13. Attachments Description summary of proposal __ Detailed operations program ~ BOP sketch __ Well History 14. Estimated date for commencing operation 15. Status of well classification as: September 1989 16. If proposal was verbally approved Oil v- Gas __ Suspended __ Name of approver Date approved Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~ ,0 ~/L/'i,~ ~,L~.,L ~ Title Drilling Analyst Date Conditions of ap vel: Notify Commission so representative may witness Approval No. Plug integrity __ BOP Test __ Location clearance __ Mechanical Integrity Test Subsequent form required 10- ~(~4- App[uv~u v,.,~v -- Returned 7 ORIGINAL SIGNED BY V~ '- ~'~= - ApprovedbyorderoftheCommissiore94/SA4 LONNIE C. SMITH Commissioner Date ?~.~ Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE ARCO Oil and Gas Company,r '~' Well History- Initial Report - Daily Instructions: Prepare and submit the "Initial Report" on the first Wednesday after a well is spudded or workover operations are started. Daily work prior to spudding should be summarized on the form giving inclusive dates only, lCounty, parish or borough [State District A~CO ALASKA INC. I NORTH SLOPE AK l Well no, [eo r ui~L 28325 L3-28 Field LISBURNE : Auth. or W.O. nAL0958 JTitle DRILL .. A~I: 50-029-21955 Operator A~CO A]'~'~'~O W.I. 40.0000 ' IDate 06/23/89 [Hour 10..00 [Prior status if a W,O. Spudded or W.(~[:t~n Date and depth as of 8:00 a.m. 06/23/89 ( TD: 0'( SUPV:DBJ 06/24/89 ( TD= 1376'( SUPV:DBJ 06/25/89 ( TD: 3422'( SUPV:DBJ 06/26/89 ( TD: 3990'( SUPV:DBJ 06/27/89 ( TD: 3990'( SUPV:DBJ 06/'29/89 ( TD: 6917'( SUPV:TEK Complete reco~d~Ko~cl'9day reported 1) o) 2) 376) I) 2 )46) ) 68) 06/28/89 ( TD: 6120' ( 21: 0) SUPV: DBJ 7: 7.(7) RIGGING UP MW: 0.0 VIS: MOVE RIG F/LS-33 TO L3-28. SPOT RIG, RU ALL LINES, INTERLOCK RIG PACKAGES. NU DZVERTER, MIX SPUD MUD. ACCEPTED RIG AT 0300 HRS, 6/23/89. DAILY:S190,000 CUM:$190,000 ETD:S190,000 EFC:$2,750,000 DRILLING MW: 9.2 VIS:300 PO BHA, SPUD WELL AT 1000 HRS, 6/23/89. DRLD TO 495', TFNB. DRLD TO 986', TRIP F/BHA. PU BENT SUB & MOTOR, KICK OFF WELL, DIRECTIONALLY DRLD TO 1376'. DAILY:S57,110 CUM:$247,110 ETD:S247,110 EFC:$2,750,000 DRILLING MW: 9.4 VIS=225 DRLD TO 1815', POOH F/BHA. PU BENT HOUSING MOTOR, RIH, DRLD TO 3422'. DAILY:S77,000 CUM:$324,110 ETD:S324,110 EFC=$2,750,000 RUNNING 10-3/4" CASING MW: 9.6 VIS:200 DRLD TO 3645', HAD PRESSURE INCREASE, MOTOR WOULD NOT SLIDE. POOH, MOTOR LOCKED UP, LD MOTOR, CHANGE OUT MWD SENSOR. RIH, DRLD TO 3990'. CBU, ST, POOH TO RUN CASING. RU CSG CREW, RUN 10-3/4" 45.5# J-55 BTC CSG. DAILY:S56,800 CUM:$380,910 ETD:S400,000 EFC:$2,730,910 CHANGE MWD PULSER 10-3/4"@ 3970' MW: 0.0 VIS: FINISH RUNNING 102 JTS OF 10-3/4" 45.5# J-55 BTC CSG. SET SHOE AT 3970'. RU DOWELL, COND HOLE. MIX & PUMP 1300 SX ASIII FOLLOWED BY 350 SX CLASS G. FULL RETURNS, RECIPROCATED PIPE. CIP AT 1400 HRS 6/26/89. ND DIVERTER, PERFORM TOP JOB W/150 SX AS I. NU FMC WELLHEAD, INSTALL BOPE, TEST SAME. PU BHA, MWD WOULD NOT TEST. CHANGE OUT MWD PULSER. DAILY:S273,295 CUM:$654,205 ETD:S654,205 EFC:$2,750,000 DRLG 10-3/4"@ 3970' MW: 9.4 VIS: 40 RIH W/ BHA. TEST MWD - OK. TAG CMT AT 3877'. TEST CSG TO 2500 - OK. DRLD PLUGS, CMT FC AT 3889', CMT AND FS AT 3970'. DRLD 10' NEW FORM. LOT - 14.7 PPG EMW. DRLD AND SURVEY TO 6120'. DAILY:S54,113 CUM:$708,318 ETD:S708,318 EFC:$2,750,000 DRILLING 10-3/4"g 3970' MW: 9.5 VIS: 40 DRLD TO 6420', CBU, DROP SURVEY, POOH. CHANGE BITS, PU PDM, RIH. DRLD TO 6917'. DAILY:S53,356 CUM:$761,674 ETD:S761,674 EFC:$2,750,000 The above is correct Signat~e ~ %' For forum preparation and distri'~ution, see Proced2res Manual, Section 10, Drilling, Pa~es 86 and 87. AR3B-459-1-D Drilling Sutlt, · ~ ~ ~.~,.~, ,~ ~" las they are prepared for each we~. I iPage no. ARCO Oil al,d Gas Company Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil strin§ until completion. District Field ALASKA INC. Date and dept~ as of 8:00 a.m. 06/30/89 ( TD: 7940'( SUPV:TEK 07/01/89 ( TD: 9112'( SUPV:TEK 07/02/89 ( TD:10164' ( SUPV:TEK 07/03/89 ( TD:10627' ( SUPV:TEK 07/04/89 ( TD:11015'( SUPV:TEK 07/05/89 ( TD: 0'( SUPV:TEK 07/06/89 ( TD:11015'(i SUPV:DBJ 07/07/89 ( TD:11054' ( SUPV:DBJ The above is correct For for~ preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87' ICounty or Parish IState NORTH SLOPE AK Lease or Unit L3-28 Complete record for each day while drilling or workover in progress DOYON 9 8) 1.023) 9) [172) 10) 1052) 11) 463) 12) 388) 13) O) 14) .1015) 15) 39) DRILLING 10-3/4"@ 3970' MW: 9.4 VIS: 43 DRLD TO 7144', PDM FAILED. POOH, CHANGE OUT MUD MOTOR AND BIT. RIH. DRLD TO 7940'. DAILY:S61,161 CUM:$822,835 ETD:S822,835 EFC:$2,750,000 TOH F/PDC BIT 10-3/4"@ 3970' MW: 9.5 VIS: 41 DRLG F 7940-9112. MWD SVY, DROP SS. TOH F/ PDC BIT. DAILY:S66,702 CUM:$889,537 ETD:S889,537 EFC:$2,750,000 DRLG 10-3/4"@ 3970' MW: 9.6 VIS: 41 TOH RETRIEVE SURVEY. MU NEW BIT. TIH W/ PDC BIT. DRLG F 9112 - 10164. DAILY:S56,144 CUM:$945,681 ETD:S945,681 EFC:$2,750,000 DRLG 10-3/4"@ 3970' MW: 9.8 VIS: 43 DRLG F/ 10164-10472. SURVEY. TOH. CO BHA. TIH. TIGHT AT 9110-9200. REAMED 10368-10472. DRLG F/ 10472-10491. CIRC OUT GAS CUT MUD. DRLG F/ 10491-10627 DAILY:S58,857 CUM:$1,004,538 ETD:S1,004,538 EFC:$2,750,000 REAMING TO BTM 10-3/4"@ 3970' MW: 9.8 VIS: 49 DRLG F/ 10627-11015. MWD SURVEY. CBU. ST. TIGHT 10660-10500. TIH. HIT BRIDGE AT 10450. REAM 10446-10557. RIH HIT TIGHT SPOT AT 10570. DAILY:S54,866 CUM:$1,059,404 ETD:S1,059,404 EFC:$2,750,000 RUNNING 7'5/8" CSG 10-3/4"@ 3970' MW:10.1 VIS: 49 FINISH REAMING TO BOTTOM AFTER SHORT TRIP. ST TO 9000 FT. HOLE IN GOOD SHAPE. CBU. POOH TO RUN CSG. CHANGE RAMS. RU CSG TOOLS. RUNNING 7 5/8" CASING. DAILY:S53,683 CUM:$1,113,087 ETD:Si, Ii3,087 EFC:$2,750,000 M/V BHA 7-5/8"@10993' MW: 0.0 VIS: FIN RUNNING 7 5/8" CSG. 264 JTS. FC AT 10907, FS AT 10993. RU DOWELL CMT HEAD CMT W/ 40 BBL CW 100, 75 BBL SPACER 3000 (AT 11.PPG}, 400 SX SELF STRESS 11 PLUS ADDITIVES. 3 PLUGS, FULL RETURNS, DID NOT BUMP. CIP AT 1200, 7/5/89. FLOATS -OK. INSTALL PACKOFF AND TEST - OK. CLEAR FLOOR. CHANGE RAMS. TEST BOP SET WEAR RING, MU BHA. DAILY:S279,236 CUM:$1,392,323 ETD:S1,392,323 EFC:$2,750,000 DRLG 7-5/8"@10993' MW: 9.3 VIS: 35 RIH. TAG CMT AT 10740' . PU KELLY. CIRC AND COND MUD. TEST CASING TO 3000 PSI. FOR 30 MIN - OK. DRLG CMT, FC, AND FS. DRLG FR/ 11015-11022. PULL INTO CSG PREFORM FIT - 12.5. DRLG TO 11054. DAILY:S52,200 CUM:$1,464,b23 ETD:~l,q64,bZJ ~:~Z, 7~V, UUU ITitle Odlli"g Supt. JWell no, ~ AR3B-459-2-B JNumber all daily well history forms consecutively as they are prepared for each wetl. IPage no. ARCO Oil and Gas Company Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District Field Date and deptll as of 8:00 a.m. I County or Parish ARCO ALASKA INC. I NORTH SLOPE Lease or Unit LISBURNE I L3-28 Complete record for each day while drilling or workover in progress DOYON 9 07/08/89 TD=11245' (16) DRLG 7-5/8"@10993' MW= 9.5 VIS: 39 DRLD TO 11239. TOH FOR BIT # 12. TIH DRLD TO 11245. IState AK (191) SUPV:DBJ 07/09/89 TD:11500' SUPV=DBJ 07/10/89 17) 255) 18) DAILY:S54,600 POOH F/ LOGS DRLD TO 11500'. F/ LOGS. DAILY:S46,204 R/D SOS CUM:$1,499,123 ETD:S1,700,000 EFC:$2,569,123 7-5/8"@10993' MW: 9.4 VIS: 38 CBU. SHORT TRIP TO CSG SHOE. CBU. POOH CUM:$1,545,327 ETD:S1,565,327 EFC:$2,750,000 7-5/8"@10993' MW: 9.4 VIS: 42 TD:11500' SUPV:DBJ 07/11/89 TD:llS00' SUPV:DBJ 07/12/89 TD:11500' SUPV:DBJ 07/13/89 TD:11500 PB:l1451 SUPV:GSW 19) (20) 21) FIN POOH. RU SOS. RUN DLL/NGT/SP F/ 11500 TO 10989'. RUN LDT/gNL/GR/GPIT F/ 11500 - 10989'. POOH. CLEAN OUT RUN. RU SOS AND RUN RFT/GR W/ 5 PRESSURE PTS. HOLE BEGAN TAKING MUD. PoOH RD SOS. DAILY:S48,481 CUM:$1,593,808 ETD:$1,613,808 EFC:$2,750,000 TOH 5-1/2"@11495' MW: 9.4 VIS: 43 TIH. CIRC HOLE CLEAN. TOH. RAN 5.5" LINER F/ 11495-10749. CMTD W/ 141 SX SELF STRESS II W/ ADDS @ 14.8 PPG. RELEASED F/ LINER HANGER & TOH. DAILY:S176,170 CUM:$1,769,978 ETD:S1,900,000 EFC:$2,639,978 CO LINER 5-1/2"@11495' MW: 9.4 VIS: 44 TOH W/ SETTING TOOL. CHANGE TOP RAMS TO 3.5". TIH W/ 6.75" BIT . CO TO TOL @ 10749. HAD FIRM CMT F/ 10610-10749. TOH W/ BIT. TIH W/ 4.75" BIT & CO CMT F/ 10755-10830 (STRINGERS). DAILY:$77,127 CUM:$1,847,105 ETD:S2,100,000 EFC:$2,517,105 PU KELLY 5-1/2"@11495' MW: 9.4 NACL DOC STRINGERS F/ 10830-10915. TIH TO 11294. TSTD LINER LAP TO 3500 PSI FOR 10 MIN OK. DOC AND LC TO F¢ @ 11451. DISPLACED HOLE W/ 9.4 PPG FILTERED BRINE. TSTD CASING TO 3500 PSI FOR 30 MINS OK. TOH LD DP. DISPLACED W/ DIESEL F/ 613' TO SURF. TOH LD DP. INSTALLED TBG HANGER & BPV. LD 3-1/2" KELLY. DAILY:S98,865 CUM:$1,945,970 ETD:S2,100,000 EFC:$2,615,970 IWell no. The above is correct For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 Drilling Supt. a AR3B-459-2-B ...... . · Number all daily well history forms consecutively as hey are prepared for each well. IPage no. ARCO Oil and Gas Company Daily Well History-Final Report Instructions: Prepare and submit the "Final Report" on the first Wednesday after allowable has been assigned or well is Plugged, Abandoned, or Sold. "Final Report" should be submitted also when operations are suspended for an indefinite or appreciable length of time. On workovers when an official test is not required upon completion, report completion and representative test data in blocks provided. The "Final Report" form may be used for reporting the entire operation if space is available. District ICounty or Parish I Field ZR. Kf,..;O ,P4J~,~['~4& ~.~1~.. Lease or Auth. or W.O. ~UK~ iTte I IAccounting cost center code Stat~ . -~- IWell no. Z~3-28' Operator Spudded or Date and depth~'~ as of 8:00 a.m. 07/14/89 ( TD:ll500 PB:l1451 SUPV:GSW Icost center prior to plugging and A.R.Co. V~.I;av--u4'~-zJ-~al number of wells (active or inactive) on thisI Jabandonment of this well Date if a W.O, Complete record for each day reported ~'~/~ .l.v; UU DOYO~ 9 FINAL REPORT 5-1/2"@11495' MW: 9.4 NaCL ND BOPE. NU MASTER VALVE AND TBG HANGER. FREEZE PROTECTED L3-28 & L3-12. RELEASED RIG @ 1200 HRS 7-13-89. DAILY:S15,900 CUM:$1,961,870 ETD:S2,150,000 EFC:$2,581,870 Old TD New TD Released rig Date PB Depth K nd of rig Classifications (oil, gas, etc.) I Type completion (single, dual, etc.) I Producing method J Official reservoir name(s) I Potential test data Well no. Date Reservoir Producing Interval Oil or gasTest time Production Oil on test Gas per day Pump size, SPM X length Choke size T.P. C.P. Water % GOR Gravity Allowable Effective date corrected The above is correct , 'k~ l 'h~-~ Drilling. For form preparation and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. · AR3B-459-3-C Number all daily well history forms consecutively as they are prepared for each we , iPege no. OlvlMon of AtlsntlcRIchfleldCompl~y DATE: 7-24-89 FROM: TINA KINCAID ARCO ALASKA INC. LISBURNE ENGINEERING ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: TAPES: ::E3:~'i~,:,~ RFT FIELD FILES '~§-':2'~DLL/NGT/LDT/CNL & 1.2" LDT/CNL L5-1 DLL/NGT/LDT/CNL/CNL IN CASING L5-1 GCT DIRECTIONAL SURVEY RUN1 7-10-89 RUN 1 7-09-89 RUN 1 2-22-89 RUN 1 3-5-89 SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SIGN AND RETURN TO: TINAKINCAID ARCOALASKA, INC. 700G STREET; ATO4~ ANCHORAGE, ALASKA 99510 RECEIVED BY: EXXON BP STATE OF ALASKA TRANSMITTAL # 618 DATE: 7-18-89 FROM: TINA KINCAID ARCO ALASKA INC. LISBURNE ENGINEERING 7 .ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: FINAL FOR L2'16 ~? INJECTION TEMP PROFILE FINAL FOR L2-24 INJECTION TEMP PROFILE FINAL FOR LI~'-32 INJECTION TEMP PROFILE IEINAL FOR L3-28 PHYSICAL FORMATION FINAL FOR L4-3 COLLAR LOG FINAL FOR L5-1 COLLAR LOG PFC FINAL FOR L5-33 PRODUCTION PACKER COLLAR LOG GAMMA RAY RESISTIVITY PHYSICAL FORMATION LOG FINAL FOR L5-36 PRODUCTION PACKER RUN 1 5-27-89 CAMCO RUN 1 5-26-89 CAMCO RUN 1 5-27-89 CAMCO RUN 1 7-5-89 $CH RUN 1 6-10-89 DA RUN 1 6-30-89 DA RUN 1 7-5-89 DA RUN 1 7-3-89 DA RUN 1 7-3-89 DA RUN 1 6-11-89 SCH RUN 1 6-23-89 SCH RUN 1 7-1-89 DA SIGN AND RETURN TO: RECEIVED BY: EXXON STANDARD ;:" STATE OF ALASKA) TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 409 ANCHOR. AGE, ALASKA 99510 CENTRAL FILI~ TRANSMITTAL # 618 ARCO ALASKA IN(,. LISBURNE ENGINEERING DATE: 7-18-89 FROM: TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: FINALS FOR L3-28 REPEAT FORMATION LOG DUAL LATERAL LOG NATURAL GAMMA RAY SPECTR COMPENSATED NEUTRON LITHO DENSITY (RAW DATA) COMPENSATED NEUTRON LITHO DENSITY (POROSITY) CYBERLOOK RUN 1 7-10-89 RUN 1 7-9-89 RUN 1 7-9-89 RUN 1 7-9-89 RUN 1 7-9-89 RUN 1 7-9-89 SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER MAGNETIC TAPE L5-33 DLL/LDT/CNL/NGT & 1.2 LDT/CNL W/REPEATS RUN 1 6-18-89 SCHLUMBERGER SIGN AND RETURN TO: RECEIVED BY: EXXON STANDARD TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 415 ANCHORAGE, ALASKA 99510 D&M STATE OF ALASKA CENTRAL FILES TRANSMITTAL # 617 June 21, 1989 Telecopy No. (907) 276-7542 T P Oostermeyer Regional Drilling Engineer ARCO Alaska, P O Box 100360 Anchorage, ~ 99510-0360 Re: Prudhoe Bay Unit/Ltsburne L3-28 ARCO Alaska, Inc Permit # 89-66 Surf Loc 988'FNL, 868'FWL, See 22, TllN, R15E, UM Btmhole Loc 1234'FNL, l132'FEL, Sec 27, TllN, R15E, UM Dear Mr Oostermeyer: 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 ua 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. V~M t C V Chatterton' Chai~.an Alaska Oil and Gas Conservation Co~ission BY O~ER OF THE COMMISSION jo Enclosure C: Department of Fish & Game, Habitat Section - w/o encl Department of Environmental Conservation - w/o encl STATE OF ALASKA --'- ALASKA L.._ AND GAS CONSERVATION CC .... MISSION PERMIT TO DRILL 20 AAC 25.005 i la. Type of work Drill [] Redrill []1 lb. Type of well. Exploratory [] Stratigraphic Test [] 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 A1 aska, I nc. Pad 21 ' RKB 60 feet ~rudhoe Bay 0i 1 Pool 3. Address 6. PropertvDesignation isburne 0il Pool SHL: ADL 28322/ALK 2320- P.O. Box 100360, Anchorage, AK 99510-0360 BHL: ADL 28325/ALK 2~2Z 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 25.025) Prudhoe Bay/Lisburne Statewide 988'FNL, 868'FWL, Sec.22, TllN, R15E, UM At top of productive interval 8. Well nu .mber Number 950'FNL, 1300'FEL, Sec.27, T11N, R15E, UM L3-28 No. U-630610 At total depth 9. Approximate spud date Amount 12~34'FNL, 1132'FEL, Sec.27, T11N, R15E, UM 06/21/89 $200,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth(MD and TVD) From L3-~,0 11651 'MD property line 1132' @ TD feet 26' ~ 1500' feet 2560 9342'TVD feet 16. To be completed for deviated wells 17. Anticipated pressure (see 2o AAC 25.035 (e)(2)) Kickoff depth 1000' feet Maximum hole angle44 0 Maximum surface 3372 psig At total depth (TVD) 4490 psig 18. Casing program Setting Depth size Specifications Top Bottom Ouantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 30" 20" 91.5# H-40 Weld 80' :35' 35' 115' 115' 2000# Polesel; 1:3-1/2" 10-3/4" 45.5# J-55 BTC 3914' 37' :37' 3951' 3500' 1500 sx AS II I & 9-7/8" 7-5/8" 29.7# L-80 3TC MOD 523:3' :36' ;36' 5269' 4500' :300 sx Class G w/ 9-7/8" 7-5/8" 29.7# L-80 BTC 5837' 5269' ~500' 11106' 8930' Additives 6-5/~-" 5-1/2" 17# L-80 FL4S 745' 0906' ~440' 11651' 9342' 100 sx Class G + let 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet True Vertical depth Casing Structural Length Size Cemented MeasureddepthRE6EiVE~,. Conductor Intermediate ~..:" :,: .... ~ ' :',. "!.? Alaska Oil &__Sas C0ns~ Cornrnissiot~ Production -:', ¢' : L i n e r llrlchorage Perforation depth: measured true vertical 20. Attachments Filing fee ~ Property plat [] BOP' Sketch [~ Diverter Sketch I~ Drilling program Drilling fluid program[~ Time vs depth plot [] Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements 21. I hereby certify that the for,,egoing is true and correct to the best of my knowledge,~,¢~ ~-'~ ~ Regional Drilling Engineer Signed // , Title Date Commission Use Only (MDD) PD3/080 Permit__Number_ ~ I APl number I Approval date I See cover letter ,~ 50 ~:::;~..~_ _.., ~, for other requirements ct?', I--¢ -,,/'¢ I06/21/89I ' Con~litlons of approval Sam.pies required [] Yes ~No Mud log requj,[ed~ [] Yes ~No Hydrogen sulfide measures ~ Yes ~ID No Directional survey required ,/~._~es [] No Required working~"4~sure.,f~or B~;;;I,P~' .,~2M; ~ 3M; ~ 5M; [] 10M; [] 15M Other: //~' ~/~y~~~~'~ by order of Approved by~//~ ~/ · ( f~~~'~ Commissioner the commission Date ex Fnrm 10-401 Rev. 12-1-85 triplicate LISBURNE L3-28 PRELIMINARY WELL PLAN DRILLING PROCEDURE 1) MIRU Doyon 9. 2) Drill 13-1/2" hole to IO00'MD/TVD. Kickoff and build angle at 2.5°/100'MD to 40o37' in a S 30o46' E direction. Maintain hole angle and direction to 10-3/4" casing point at 3951'MD/3500'TVD. 3) Run and cement 10-3/4" casing to surface. 4) Drill 9-7/8" hole to 11106'MD/8930'TVD. 5) Run and cement 7-5/8" casing. 6) Drill out 7-5/8" casing and 6-3/4" hole to TD, 11651'MD/9342'TVD. 7) Run open hole logs. 8) Run and cement 5-1/2" liner. 9) Clean out liner and change over to brine w/diesel cap. 10) Install dummy hanger and master valve. Release drilling rig. 11) Run cased hole logs. 12) MIRU completion rig. 13) Run 2-7/8" single completion string. 14) Release completion rig. 15) Perforate and stimulate. NOTE: a) b) c) d) e) Excess non-hazardous fluids developed from well operations and as necessary to control the fluid level of the reserve pit, will be pumped down the annulus of an offset well. The annulus will be left with a non-freezing fluid during any extended interruption in the pumping process. The annulus will be sealed w/250 sx of cement followed by Arctic pack upon the completion of the pumping process. The drilling fluid program and fluid surface system will conform to the regulations set forth in 20AAC25.033. Maximum surface pressure is based upon BHP of 4490 psi at 9342'TVD, less an oil column to 8409'TVD, less a gas column to surface. Wells within 200' of L3-28 are- RECEIVED L3-30: 26' away at 1500'MD/1496'TVD L3-24: 108' away at iO00'MD/TVD L3-22: 178' away at 1000' MD/TVD L3-23: 196' away at 600' MD/TVD Alaska Oil & Gas Cons. Commission Anchorage No potential hazardous levels of H2S are anticipated in this well. 070/PD3 0 1000 2000 3000 4000 5000 6000 7000 I I I I I ................................ ~ ' ' · i i i i i i i i i i i i i i i i i i i i i i i i ) RKB ELEVATION 60' 20" Casing TVD:] 15 TMD=ll5 D 0 ARC20 ALA.SKA, Ib C. L3-28 1000 KOP TVD=1000 ot"n n 'r ~. 5.0 SHL: U 1 IN 15E 22 988' FN ~ 868' FWL 7.5 THL: U 11N 15E 27 950' FN' 1300' FEL t'~o~.~ BHL: U llN 15E 27 1234' l~qL 1132' FEL }~ ~.o I~ ~7.5 S 30 46' ~ 20.0 2000 ~ 30;0 -- 35.0 o EOC I'VD=2492 TMD=2625 DEP=552 3000 - "asing TVD=3500 TME =3951 DEP=1416 ~/.~ 4000 - TMD=5269 DEP=227, ~5000 AVEI~ AGE ANGLE = 40 37' 6000 7000 K-10 T~rD=7350 TMD--9024 r K-5 TVD=7820 TM])=9643 DEP=5122 8000 I CU/Sadleroehit TVD=8 ~70 TMD=10500 DEP:: Kavil TVD=8785 TMD=10[ 15 DEP=5950 7-5/8" Casin TVD=8930 TMD=lll06 DEP=6075 Wahoo Z ,ne 6 TVD=9040 TMD:--11251 DEP=6169 Wahot!Zone 5 TVD--9165 Tlr D=11416 DEP=6277 Wah~o Zone 4 TVD=9270 q'MD=11555 DEP=6367 TI) TVD=93~2 TMD=l1651 DEP=6$30 10000 ................................................................ 0 1000 2000 3000 4000 5000 6000 7000 VERTICAL SECTION ARCO ALASKA, INC. L3-28 S 30 46' E E - W COORDINATES -2000 - 1000 0 1000 2000 3000 4000 5000 6000 [~ ............................ ' ........ r ...... i i i I i I i i I i ii i i i i i i i ii i I i i i i i i 1000 1000 0 -1000 -1000 -2000 -2000 ~-3000 -3000 ! Z_4000 -4000 -5000 -5000 -6000, -6000 -7000 -7000 -2000 -1000 0 1000 2000 3000 4000 5000 6000 ARCO ALASKA, INC.---, L3-28 E - W COORDINATES -$00 -400 -300 -200 - 100 0 100 200 0 / 3418 2843 4O / 3229 ~, 224o ~2935 400 ~ ,*9 400 L3-18 3297 300 300 ~oo ~oo~ 100 ~) moo 0 4190 ~ 1689 -100 4387 X .__. -100 4533 1877 -500 -400 -300 -2.00 - 1 O0 0 1 O0 2,00 E - W COORDINATES L3-28 MUD PROGRAM Plas Density Vi sc. Depth (TVD) #/gal (CP) Yield Point Initial 1OM #/1 O0 ft2 Gel Gel FL CC/30M % % pH and Oil Solids Type of Mud Surf 8.8 Funnel to to 160- 10-3/4" 9.2 300 Csg Point 40-60 30+ 50+ 25 0 8 Gel-Benex Spud Mud Operate all solids removal equipment to maintain PV as low as possible. cement contami nation. 10-3/4" SET 10-3/4" CAS I NG ......... Csg Shoe 8.8 Minimum 2 2 5 15 to to Possible to to to to K-lO 9.2 4 5 10 25 Pretreat with Bi carb or soda ash for 3.5 Low Solids to Non-dispersed 6.5 Operate all solids removal equipment to maintain weight as low as possible. K-lO 9.2 12 6 2 5 4 2 4 to to to to to to to to to 7-5/8"Csg. Pt. 10.4 20 10 4 8 6 5 8 Low Solids Non-dispersed Low Lime .25 to .50 ppb excess lime To control potential shale problems in K-lO to K-2 interval, increase mud weight only as required. DO NOT weight up prematurely. Use low viscous pill sweeps to clean hole as needed. Expect some possible gas cutting below the top of the K-lO shale. Use degasser as necessary. Mud weights should be kept as low as possible to minimize differential sticking problems in the Sadlerochit Sand. Should torque or drag become excessive, treat with medium nut hulls and screen out at shaker. If torque or drag continues, treat system with crude oil as required. Maintain fine screens on shakers to allow use of 75% of screen area. ........... SET 7-5/8" CASING .... 7-5/8" pH 10-12 water base Csg. Shoe 9.3 12 10 2 5 8 0 8 mud with 30,000 ppm Cl. to to to to to to to to to 5-1/2" Csg Pt 9.5 20 20 4 8 15 5 12 ............................. SET 5-1/2" LINER- 1 On daily service company mud report, log hours that desilter, desander, and degasser are run; and the number of cones in operation and size of shaker screens being used. Report volumes injected or dumped to reserve and water used. 2 This mud plan is a guideline only. These exact mud properties, including mud weight, need not be maintained if rig supervisory personnel feel hole conditions warrant otherwise. Any radical changes should be discussed with Anchorage before implementation. 3 Verify correct mud properties after circulating bottoms up prior to cementing 7-5/8" ca~n~l, i%~rr~~ KI:LE V L 4Verify correct mud properties prior to cementing liner after circulating bottoms up. Alaska Oil & Gas Cons. Commission o ~ / 1 7 / 8 9 Anchorage PD3/077 TYPICAL MUD PIT SCHEMATIC TRIP TANKS SANDTRAP (30 BBL$) SHAKER, ! , ODEGASSER (E3 BBLS) DESILTER (97 BBLS) (07 BBLS) PILL PIT (38 BBL$) DESANDER (36 BBLS) SUCTION PIT (44~ 88LS) i i i Alaska 0ii & Gas Cons. Anchorage MiX PIT (122 88LS) ii i i i i DRAWING IS NOT TO SCALE NOTE: SYSTEM IS EQUIPPED WITH A DRILLING FLUID PIT LEVEL INDICATOR WITH BOTH VISUAL AND AUDIO WARNING DEVICES AND A FLUID FLOW SENSOR LOCATED IN THE IMMEDIATE AREA OF THE DRILLER'S CONSOLE. JG 7/24, .o SURFACE HOLE DIVERTER SYSTEM SCHEMATIC ARCO ALASKA, INC. FILL.UP LINE RISER ,I 2000 PSI DIVERTER FLOWLINE 10" BALL VALVE 10" BALL VALVE ! ,,,,, , ! ,I CONDUCTOR NOTE: ONLY ONE VALVE OPENS AUTOMATICALLY WHEN THE DIVERTER CLOSES. THE SECOND VALVE WILL REMAIN CLOSED UNLESS CONDITIONS REQUIRE THE USE OF THE SECOND VENT LINE. THE SECOND VENT LINE VALVE CAN BE OPENED USING CONTROLS LOCATED AT THE ACCUMULATOR. THIS IS A VARIANCE FROM 20AAC25.03~ 10" VENT LINES WELL ' I , RIG MODULES I NOTE: 100' FROM ANY IGNITION SOURCE ALL TURNS 90 DEGREE TARGET TEES m,mmm mm mm mm mm m m m mm ~mm mm m ~mm ,m m (m ,m mm ~m m mm m m m m m m m m m m m m m m m m m m m m m m RESERVE PIT JG 7/27/87 13-5/8" 5000 PSI BOP STAUK DIAGRAM PRrfENTER ACCUI'IULATOE ,I;APA(;:ITY TEST 1. CHECK AND FILL ACCUMULATOR RESERVOIR TO PROPER LEYEL WITH HYDRAULIC FLUID. 2. ASSURE THAT ACCUMULATOR PRESSURE IS 3000 PSI WITH 1 SO0 PSI DOWNSTREAM OF THE REGULATOR. $. OBSERVE TINE, THEN CLOSE ALL UNITS SIMULTANEOUSLY AND RECORD THE; TIME AND PRESSURE REI'IAINING AFTER ALL UNITS ARE CLOSED WITH CHARGING PUMP OFF. 4. RECORD ON IAI)C: REPORT. THE ACCEPTABLE LOWER LIMIT IS 45 SECONDS CLOSING TIME AND 1200 I~1 REMAINING PRESSURE. PIPE RAI~ BLIND RAI"I~ DRILLING SPOOL PI PE RAMS DRLG SPOOL CSG SPOOL ALL BOP EQUIPI'IENT 5000 PSI RATED 13'-5/8' BOP STACK TEST 10. 11. 12. 13. 14. 15. 16. 17. 18. I. FILL BOP STACK AND MANIFOLD WITH A NON-FREEZING LIQUID. 2. CHECK THAT ALL HOLD IXIWN SCREWS ARE FULLY RETRACTED. MARK RUNNING JOINT WITH PREDETERMINED PLUG SEATING DEPTH. RUN TEST PLUG ON DRILL PIPE AND SEAT IN WELLHEAD. RUN IN LOCK OOWN SCREWS. 3. CLOSE ANNULAR PREVENTER AND UI~TR~M VALVES. 4. FUNCTIONALLY TEST CHOKES. S. IN EACH OF THE FOLLOWING TESTS, Flit:ST HOLD A 250 PSI LOW PRESSURE TEST FOR A MINIMUM OF $ MINUTES, THEN TEST AT THE HIGH PRESSURE. 6. INCREASE PRESSURE TO 3000 PSI AND HOLD FOR A MINIMUM OF $ MINUTES. BLEED PRESSURE TO ZERO, 7. OPEN ANNULAR PREVENTER AND CLOSE TOP SET OF PIPE RAMS. INCREASE PRESSURE TO SO00 PSi AND HOLD FOR AT LEAST 3 MINUTES. BLEED PRESSURE TO ZERO. 8. CLOSE VALVES DIRECTLY UPSTREAM OF CHOKES AND OPEN CHOKES. INCREASE PRESSURE TO SOO(] PSI AND HOLD FOR AT LEAST $ MINUTES. BLEED PRESSURE TO ZERO. 9. OPEN TOP SET OF PI PE RAMS THEN CLOSE BOTTOM SET OF PIPE RAMS. INCREASE PRESSURE TO SO00 PSI BELOW THE - BOTTOM SET OF PIPE RAMS AND HOLD FOR AT LEAST 3 MINUTES. TEST REMAINING UNTESTED MANIFOLD VALVES (IF ANY) WITH SO00 PSI UPSTREAM OF VALVE AND ZERO PRESSURE DOWN- STREAM. BLEED PRESSURE TO ZERO. OPEN BOTTOM SET OF PIPE RAMS. BACK OFF RUNNING ,JOINT AND PULL OUT OF HOLE. CLOSE BLIND RAMS AND TEST TO SO00 PSI FOR AT LEAST $ MINUTES. BLEED PRESSURE OFF ALL EQUIPMENT. OPEN BLIND RAJ'IS. I~AKE SURE MANIFOLD AND LINES ARE FULL OF NON-FREEZING LIQUID AND ALL VALVES ARE SET IN DRILLING POSITION. TEST STANDPIPE VALVES TO SO00 PSI. TEST KELLY COCKS AND INSIDE BOP TO SO00 PSI. CHECK OPERATION OF DEGASSER. RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST FORM. SIGN AND SEND TO DRILLING SUPERVISOR. PERFORM COMPLETE BOPE TEST ONCE A WEEK AND FUNC- TIONALLY OPERATE BOPE DAILY. CHECK LIST FOR NEW WELL PERMITS (8) (3) Admin ~-' ~/~ 9. (10 and 13) 12. 13. (14 thru (4) Casg (23 thru' 28) Geology: Engineering rev: 01/30/89 6.011 Company Is the permit fee attached .......................................... Lease&YES WellNoNO. ~gL ~ ~.~ ~:MA~ .R/ERKS ~__~7 2. Is well to be located in a defined pool ............................. ~. 3. Is wall located proper distance from property line .................. ~ 4. Is we~t located proper distance from other wells ........... ~ ~ 5. Is suz~iCient 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 ................. 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 ......................... ~- ' ......... 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. For 29. 30. 31. 32. 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 ....................................... Is the drilling fluid program schematic and list of equipment adequate ~ Are necessary diagrams and descriptions of diverter and BOPE attached. ~__ Does BOPE have sufficient pressure rating - Test to ~O~ psig .. ~ Does the choke manifold comply w/AMI RP-53 (May 84) .................. Is the presence of H2S gas probable ................................. ~ 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 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. CaMPANY NAME : ARCO ALASKA INC. WELL NAME : LISB'URNE L3-2B FIELO NAME : PRUDHOE ~A.Y/LISBURNE POOL ~DROUGH : NOR'TH SLDPE STAT iE : ALASKA APZ NUM~ .: ~O-02g-gtg55 REFERENCE NQ : 73~95 IS TAPE VERIFICATION LISTING CH'LUMBERGER ALASKA COMPUTING CENTER 14-JUl-!989 12:59 PAGE: · ~ REEL HE~D~ER ~ SERVICE NAME : EDIT DATE : 89/07/14 ORIGIN : PLIC REEL NAME : 73393 CONTINUATION ~ : PREVIOUS REEL : COMMENT : ~RCC, PRUDHDE ~AY/LISBURNE PODL, LISBURNE L3-2~, 50-029-21955 ~ TAPE HEADER SERVICE N~ME : EDIT DATE : ~9/07/14 ORIGIN : FLIC TAPE NAME : 73395 CONTINUATIDN ,~ : ! PREVIOUS TAPE : C~MMENT : ~RCO~ PRUDHOE BAY/LZSBURNE POOL, L'ISSURNE L3--2~, 50-029-21955 · ~4~ FILE HEADER FILE NAME : EDIT .00! SERVICE : FLIC VERSION : O0~A02 DATE : 89/07/:14 MAX RE~C SIZE : I096 FILE TYPE : LAST FILE : ~ SCHLU'MBERG~R WELL SER~VICES ~ COMPANY NAME: ARCO ALASKA INC. WELL: LISSURNE L]3-28 FIELD: PRUDHOE BAY/LISBURNE POOL BORO~UGH: N~TH SLOPE STATE: ALASKA AP~ NUM:BE~: 50-029-21955 LOCATION: 98~' FNL & 8.68' FWL SECTION: 22 TOWNSHIP:: lin ~ANGE: IS TAPE VERIFICATZON LISTING CHLUMBERGER ALASK~ CDMP.UTING CENTER 14-JUL-1989 12::59 PA'~E: PERMANENT DATUM: MSL LOG MEASUREO ~ROM RKB 60 ELEVATION: 0 ABOVE PERMANENT DATUM ELEVATIONS KS: 60 Dm: 59 GL: 21 DATE LOGGED: RUN NUMBER: TO DRILLER: TO LOGGER: 09-JULY-SD ONE 11500 11501 CASING: '? 5/8" 2 DRILLER DEPTH OF 10993 AND LOGGER DEPTH OF 10984 BIT SIZE: 6 3/~" TYPE FLUID IN HOLE: BAL SALINITY DENSITY: 9.5 VISCOSITY: 40 PH: 10.75 :LUIO LOSS: 9.5 MUD RESISTIVITY: FILTRATE RESISTIVITY: MUD CAKE RESISTIVITY: 0.246 :@ 52 0.207 @ 62 1.6'8 @ 63 TIME CIRCULATION ENDED: 04:20 OD-JUL TiME LOGGER ON BOTTOM: 09:45 09-JUL MAXIMUM TEMP RECORDiED: 162 LOGGING GISTRICT: LOGGING ENGINEER: WITNESS: PRUOHO:E BAY SAR:B~ER BARTKO/PRIVOZNIK/JACKSON TOOL NUMB ERS: AMM-AA-712 DLC-D-969 DLE-E-789 LCM-778 TCC-B-320 DLS-F-759 TCM-AB-107 F I :E:L D R EM A R'rK S: NO STANOOFFS RUN ON DLL DUE TO .SMALL HOLE SIZE AND WELL CONDITIONS. LOGGING SPEEO 900 FPH. AT TOP OF LISBURNE (11080') THE TOOL STRING WAS STICKING BADLY. THE TOOL S'TOPPAG~ SMEARS THE OL:L AND NGT DATA. MAT~ZX DENSITY = 2.71 G/CC. FLUID DENSITY = 1.0 G/CC. CNL MATRIX = LIMESTONE, HOLE CORRECTION = CALIP~E~. THIS LOGGING RUN WAS RUN USING VERSION 32.2 SOFTWARE. DATE JO5 STARTED: '13-JUL-89 JO8 REFERENCE NO: '7.3395 LOP/ANA: J. KOHRING COMPUTING CENTER REMARKS: LOT/CNL BLUELIN~ FILES .OZO ~ .02t (1.2" S~MPLEO LDT/CNL DATA RESeMbLeD TO 6"/FT):WERiE NOT WRiT'TEN TO TAPE, THEREFORE THE 6" SAMPLED LDT/CNL D~TA QN THIS TAPE DOES NOT EXACTLY M~TCH THE SAME DATA ON FIELO PRINTS. OTHERWISE., ALL DATA ON THIS L'IBR~RY T~PE MATCHES BLUELINES. IS TAPE VERIFICATION LISTING 14.-JUL-1989 t2:50 CHLUMBERGER ~LASKA COMPUTING CENTER PAGE: FI:LE - Eg!T.O01 ARCO ALASKA INC. PRUDHOE B&Y/LISBURNE LiSBURNE L3-28 50-029-Z1955 POOL MAIN PASS eAT,A AT 6" SAMPLE RATE DATA :S~MPLED EVERY -.5000 FEET DATA !NCLUOED - TOOL EXTENSiION TOOL TYPE USED NAME DLL .OLL DUAL LA'TE~OLOG 10984' TC 11486m NGT .NGT NATURAL GAMMA SPECTROSCOPY 10984' TO 11462' LOT oLgT LITHO DENSITY 10984' TO 11495' CNT-A/D/H .CNL COMPENSATED NEUTRON I0984' TO 11479' T,~BLE TYPE : CONS T UN I V A L U . O E F I CN ARCO .~LASKA INC. FN PRUDHgE BAY/LISS:URNE POOl WN LISBURNE L3-28 APYN 50-0Z9-21955 FL 988' FNL & 868' FWL SECT 2 Z T OWN 1 1N RANG 1 SE COUN NO~TH SLOPE STAT ALASKA N A T ! U S A ENG'I S~BER WITN B,ARTKO/PRIVOZNIK/JACKSON SON 548-433 ~ D A T M S L E PD ~T 0. LMF A P g F T 6 0. EKB FT 60. EOF FT 59. COMPANY NAME :IELD NAME WELL NAME API SERIAL NUMBER FIELD LOCATION SECTION TOWNSHIP RANGE COUNTY STATE OR PROVINCE NATION ENGINEER~s NAME WITNESS~S NAME SERVIC~ ORDE~ NUMBER P~RMAN~NT DATUM LOG MEASURED FROM IS TAPE VERIFICATION LISTING CHLUMBERGER .~L~SKA COMPUTING CENTER 14-JUL-t9~9 12:59 PAGE: ESL T,.gD BLI TLI TCS TL~B TUNI FT :T FT VALU 21. 11500. 11486. 10984. 04:20 09:45 09-JUL 09-JUL DEFI BOTTOM LOG INTERVAL TOP LOG INTERVAL TIME CIRCULATION STOPPED TIME LOGGER AT BOTTOM TABLE TYPE DEF D~PT DEPT LLS LATE LLD LATE SP SPON SGR SPEC CGR COMP TENS TENS MTEM MUD MRES MUD HTEN HEAD : CURV I H CHANNEL NAME RD-LOG SHALLOW (RESISTIVITY) RO-LOG DEEP (RESISTIVITY) T~NEOUS POTENTIAL TROSCOPY GAMMA-RAY UTED GAMMA RAY FROM THORIUM, ION TEMPERATURE RESi.STIVITY T ENSI ON SGR CGR THOR POT A URAN WiNG WZNG W 3'NG W4NG WSNG TENS M T E M MRES CS HTEN D~HI R HO B DRHO PEF q, kS QSS LS LU LL LITH SS1 SS2 LSHV S SH V SIRH SPECTROSCOPY GAMMA-RAY COMPUTEO GAMMA RAY FROM THOR IUM POTASSIUM URANIUM WINDOW I (.150 - .5 MEV) WINDOW 2 C.5 - 1.I MEV) WINDOW ) (l.l - 1.6 MEV) WINDOW 4 (1.6 - 2 MEV) WINDOW 5 CZ - ~ MEV) TENSION MUD TEMPERATURE MUD RESISTIVITY CA,BLE SPEED HEAD TENSION DENSITY POROSITY 5UL~ DENSITY DELTA RHD PHOTO-ELECTRIC :FAC. TOR QUALITY CONTROL OF LONG ~UALITY CONTROL ON SHORT THORIUM, SPACING FOR LOT SPACING FOR iLDT LONG SPACING COMPUTED COUNT RATE (LL+LU/2) LONG UPPER I-2 WINDOW COUNT RATE (LUI+LU2) LONG LOWER WINDOW C~UNT RATE LITHOLDG WINDOW COUNT RATE SHORT SPACING 1 WINDOW COUNT RATE SHORT SPACING Z WINDOW COUNT RATE LONG SPACING 'HIGH VOLTAGE OUTPUT SHORT S:PACING HIGH VOLTA~SE LOOP OUTPUT SHORT SP~A£ING I OENSI'TY URANIUM, AND POTASSIUM URANIUM, AND mOTASSIUM IS TAPE VERIFICATTM ~.~N LISTING CHLUMBERGER ~LASK~ COMPUTING CENTER 14-JUL-19B9 12:59 PAGE: DEFI LSRH LONG SPACING RHOB [UNCORRECTED) LURH CALI RB AZIM H~ZI DEVI PIAZ GR TENS MT E M MRES HTEN NPHI TNPH TNRA NPOR RCNT RCFT CNTC CFTC GR CALI TENS MRES MTEM HTEN LONG UPPER RH05 CALIPER REL8TIVE BEARING AZIMUTH OF HOLE DRIFT HOLE AZIMUTH DEVIATION PAD I AZIMUTH GAM~A RAY TENSION MUD TEMPERATURE MUO RESISTIVITY HEAD TENSION NEUTRON POROSITY THERMAL NEUTRON POROSITY CALIBRATED THERMAL NEUTRON RATIO NEUTRON POROSITY OUTPUT FROM AN ~PPLICATION ~ROGRAM RAW CO~RECT~O NEAR THERMAL COUNTS RAW CORRECTED ~AR THERMAL COUNTS CORRECTED NEaR THERMAL CO~UNTS CORRECTED FAR THERMAL COUN'TS GAMMA R~Y CALIPER TENSION MU~ RESISTIVITY MUD TE, MP~RATUR~ HEAD TENSION DATA FORM~.T SPECIFICATION RECD~D ~ ** ~SET TYPE TYPE REPR CO~E VALUE I 66 0 2 66 0 ) 73 268 4. 66 5 66 6 73 7 65 B 68 O. 5 g 65 FT ! t 66 1 Z 68 1 3 ,6 6 0 1~ 65 '~T 15 66 68 16 66 1 IS TAPE VERIFICATION LISTING CHLUMBERGER ,~LASK~ COMPUTING CENTER 14-JUL-IgBg 12:59 PAGE: 'TYPE REPR COOE V~LUE :~ SET TY,~E- NAME SERV UNIT SERVICE DEPT FT 548433 LLS DLL 0HMM 548433 LLO DLL griMM SP OLL MV 54~433 SGR DLL GAP: CGR DLL G~PI 548433 TENS ~LL L~ 548433 MTEM OLL ~E~F MRES ~LL ~HMM HTEN DLL LB 5~B433 SGR NGT G~P[ 54~433 CGR NGT GAPI 54~433 T~OR NGT PPM POTA NGT PU 548433 URAN NGT PPM WING NGT CPS 548433 W2NG NGT CPS 548433 W3NG NGT CPS 548~33 W4NG NGT C~S 54~433 WSNG NGT CPS 5~8433 TENS NGT MTEM NGT DEGF 54~433 MRES NGT OHMM 548433 CS NGT F/HR 548433 HTEN NGT L~ D~HI LOT F'U 548~33 ORHO LOT G/C3 PEF LDT 5~8433 Q:LS LOT 5~8~33 Q.SS LDT 548433 LS LU LOT G~S S4~43~ L~ LD'T LITH LDT GPS ~48433 SS1 LOT ~PS 54~433 SS2 ~DT GPS S4~433 LSHV ~DT V S48433 SSHV LOT ~ S4~4.33 S1RH LOT G7~3 S4~433 LSRH LOT LURH LOT g~3 548433 CALl LOT IN ~48433 CHAN **. AP1 APl AP1 API FILE NUMB NUMB LOG TYPE CLASS MOO NUMB SAMP EL EM O0 000 OO 0 1 I 1 11 220 09 0 1 1 1 11 220 10 0 1 1 1 11 010 01 0 I I 1 11 310 0 ! 0 1 1 1 11 310 O1 0 1 1 1 11 635 21 0 I I 1 11 000 O0 0 I 1 1 11 000 O0 0 1 1 1 11 000 O0 0 1 1 1 11 310 O1 0 1 1 1 11 310 O1 0 1 1 I 11 790 50 0 1 1 1 11 719 50 0 1 1 I 11 792 50 0 1 1 1 11 310 Ol 0 1 1 1 1I 1310 O1 0 1 1 1 11 1310 01 0 I I 1 11 310 Ot 0 1 1 1 11 310 O1 O 1 1 1 11 635 21 0 1 1 1 11 000 O0 0 1 1 1 tl 000 O0 0 1 1 1 11 636 21 0 1 1 1 11 000 00 0 I 1 1 t 1 000 00 0 1 1 1 11 DO0 O0 0 1 1 1 11 000 '00 O 1 I 1 11 000 O0 0 1 1 t 11 000 O0 0 1 I 1 11 000 O0 0 t 1 1 11 000 00 0 1 1 11 000 O0 0 1 1 1 11 000 O0 0 1 1 , 1 11 OOO O0 0 I 1 1 11 000 00 0 1 t I 1 0:00 O 0 0 1 1 I 1 t 000 00 0 I 1 1 11 000 :00 0 1 1 1 , t 1 000 00 0 1 1 1 11 000 00 0 1 t 1 11 000 00 '0 t 1 1 11 000 0 O 0 1 1 1 1 ! 0 O 0 00 0 1 1 I SIZE 4 4 4 4 4 4 4 4 4 4 .4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 Ii REPR PROCESS CODE CHEX) II I II ti II II II 68 0000000000 0000000000 68 0000000000 68 0000000000 68 OOO.O000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 OOOO000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 000~0000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 000~0000000 68 0000000000 68 0000000,000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 000:0000000 68 0000000000 69 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000;000000 IS TAPE VERIFICATION LISTING CHLUMBERGER 6LASK.~ CgMPUTING CENTER 14-JUL-1989 12:59 PAGE: NaME SERV UNIT SERVICE API AP! ID OROER ~ LOG TYPE API API mILE NUMB NUMB CL.aSS MOD NUMB SAMP ~LEM SIZE REPR CODE PROCESS (HEX) ~ZIM LOT DEG 548432 11 000 H,aZI LOT DEG 548433 !1 000 DEVI LOT DEG 548433 11 DO0 P!~Z LOT DEG 548433 1! 000 GR LOT G~PI 548433 11 000 TENS LDT LB 548433 11 000 MTEM LOT REGF 548433 11 000 MRES LOT OHMM 54843.3 11 000 HTEN LOT ES 548433 11 000 NPHI CNL PU 548433 11 000 TNPH CNL PU 548433 11 O00 TNRA CNL 548433 11 000 NPOR CNL PU 548433 11 000 RCNT CNL CPS :548433 11 000 RCFT CNL CPS 548433 11 OOO CNTC CNL CPS 5484,33 I1 000 CFTC CNL CPS 548433 11 000 GR CNL GAPI 548433 11 DO0 CALI CNL IN 5.484313 1t 00.0 TENS CNL LB 548433 11 DOD MRES CNL OHMM 548433 11 DO0 MTEM CNL OEGF 548433 11 000 HTEN CNL LB~ .548433 11 000 O0 0 1 1 I 4 O0 0 1 1 1 4 O0 0 1 1 1 4 O~ 0 1 ! 1 4 O0 0 1 1 1 4 O0 0 1 1 t 4 O0 0 1 1 1 4 O0 0 1 1 1 4 O0 0 1 1 1 4 O0 0 1 1 1 4 O0 0 I 1 1 4 O0 0 1 1 1 4 O0 0 I 1 1 4 O0 0 t 1 I 4 O0 0 1 1 I 4 O0 0 1 I 1 4 O0 0 1 1 1 4 OD 0 1 1 1 4 O0 0 1 1 1 4 O0 0 1 1 1 4 OD O 1 1 1 4 O0 0 1 1 1 4 O0 0 1 t 1 4 6 6 6 6 6 6 6 68 68 68 6.8 68 68 68 68 68 68 68 68 68 68 68 68 8 8 8 8 8 8 8 0000000000 0000000000 0000000000 0000000000 0000000000 OOOO000000 0000000000 0000000000 0000000000 O00000000O O0000000OO 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 DEPT. 11508. 500 LLS.D:LL SGR.OLL -999. 250 CGR. DLL MRES.DLL -'999.250 .HTEN.DLL THOR.NGT -999.250 POTA.NGT WZNG.NGT -999.250 W3NG.NGT TENS.NG'T -99:9.250 MTEMoNGT HTEN.NGT -999.250 DPHI.LDT PEF.LD:T 4.113, CLS.LDT 'L U - L D T 261.0 '00 L :L - L O T SS2.LD'T 309.500 LSHV.LOT LSRH.LOT 2. 428 LU~H.LD'T AZI~.LDT 150-739 HAZI.LDT G R. L O 'T 113.375 T E ii S. L O IT HTEN.LDT 90.1 25 NPHI.CNL NPOR.CNL 1.836 RCNT.CNL CFTC. CNL 3000.0 09 GR.CNL MRES.CNL O. 068 MTEM.CNL DEPT. 11500. OOO ,LLS,,DLL SGR.DLL .-999. 250 CGR.DLL MRES.OLL -999.250 HTEN.DL:L THOR.NGT -999.250 POTA.NGT W2NGoNGT -999.250 W3NG.NGT -999.250 LLD.OLL -999.250 TENS,DLL -999.250 SGR.NGT -999.250 URAN.NGT -'999.250 W4NG.NGT - g 99..Z 50 M R E S. N G T 10.077 RHO~.LDT -0. 023 QSS.LDT 140. 750 LITH.LOT 1451. DO0 SSHV.LDT 2.,432 CALl. LOT 150.739 DEVI.LDT 2810.000 MTEM,.LDT 4.171 'TNPH.CNL 7647. 142 ~CFT.CNL 113.375 C:~LI.CNL 171.875 HTEN.CNL '-:gO g. 250 LLD.DLL -999.250 TENS.DLL -999. 250 SGR.NGT -999.250 URAN.NGT -999.250 W4NG.NGT -999.250 -999. 250 -999.250 -99 g. -999.250 -999.250 2.5~B O. 056 61.500 1338.000 3.100 41.376 171.. 875 1.836 7621.576 3.100 9 0.125 -999.250 -999.350 ,-999.250 ,-99 9. 250 -999.250 SP.DLL MTEM.DLL CGR.NGT W LNG. NGT WSNG.NGT CS.NGT ORHO.LDT LS.LDT SS1 .LDT SI RH .LOT R~ .LOT P1AZ.LDT MRES.LDT TNRA.CNL C N T C. C N L TENS.CNL SP.OLL MTEM.D:LL CGR.NGT W1NG. NGT WSNG.NGT -999.250 ,-999.250 -999.250 -999 o 250 -999.250 -999.250 0.I10 271. 250 233.375 2.203 2'31.294 29.721 0.068 0.946 7314.733 2810.000 -999.250 -99 9.2 50 -999.250 -999.250 -999. 250 IS TAPE VERIFICATION LISTING CHLUMBE~GER ALASK~ COMPUTING CENTER TENS. NGT -999. 250 MT:M. . N''T~: ~ MTEN.NGT -999.250 OPHI.LDT PEF.LOT 4. 614 QLS.LOT LUoLDT 263.292 LL.LDT SSI.LOT 309.257 LSHV.LOT LSRHoLDT 2.436 LURH.LDT AZIM.LDT 150.867 HAZI.LDT GR.LDT 113.375 TENS.LOT HTEN.LDT )94.495 NPHI.CNL NPOR.CNL 1.836 RCNToCNL CFTC. CNL 8000. 009 GR. CNL MRES.CNL 0.06~ MTEM.CNL DEPT. 11400. 000 LLS.DLL SGR.DLL 10.864 CGR.DLL MRESoDLL 0,080 HTEN.DLL THOR.NGT 0,558 POTA.NGT W2NG.NGT 10.131 W3NG.NGT TENS.NGT 5594.000 MTEM,.NGT HTEN. NGT 512.000 OPHI,LOT PEF.LDT 5,192 qLS,LDT LU.LDT 253.909 LL.LDT SS2.LDT 282,280 LSHV,LDT LSRfl. LDT 2.428 LURH.LOT AZIM.LDT 153.399 HAZI.LOT GR.LOT I6.498 TENS.LOT HTEN,LDT 529,999 NPHI,CNL NPaR.CNL 1¢,506 RCNToCN'L CFTC.CNL ,2033.441 GR.CNL MRES.CNL O, 0"70 MTEM.CNL DEP'T, 11300,000 LLS,DLL SGR,DLL 23,326 CGR,DLL MRES.DLL 0.080 HTEN.OLL THOR.NGT 1.441 PDTAoNGT WZ'NG.NGT 30.952 W3NGoNGT TENSoNGT 5648.000 MTEM.NGT HTEN. NGT 522.000 OPHI.LDT PEF.LDT 4.215 ~LSoLDT LU,LDT 224,8~1 LL.~LgT SSZ,LDT 269,718 LSHV,LgT LSRH,LDT 2,529 LURH,LOT AZIM,LDT 153,898 H~ZI,LDT GR,LDT 20,604 TENS,LgT HTEN,LDT 545,386 NPHI,CNL NPOR.CNL 13,094 RCNT,CNL CFTC,CNL 2273,037 GR,CNL MRES,CNL 0.070 MTEM.CNL DEPT. 11200.000 LLS.OLL SGR.DLL 24.856 CGR.DLL M~ES.DLL 0.080 HTEN.DLL THO~.NGT 1.287 PDT~.:NGT WZNG. NGT 37.170 W3NG.NGT TENS.NGT 5668.000 MTEM.NGT 14-JUL-19,~g 12:59 -999.250 MRSS.NGT g.476 RHgB.LgT -0.055 QSS.LDT 135o756 LITH.LDT 1452.000 SSHV.LDT 2.428 C~LI.LDT 150.967 DEVI.LDT 5220.&38 MTEM.LDT 1.631 TNPH.CNL 764'7.142 RCFT.CNL 113.375 CALI.CNL ~71.875 HTEN.CNL 9. 598 LLD,DLL 5.980 TENS,DLL 512.000 .SGR.NGT 0.204 URAN,NGT 7.151 W4NG.NGT 162.500 MRES.NGT 16. 077 RHDB,LDT 0-0~5 ~.SS. LOT 144. glZ LITH.LDT 1¢55. 000 SSHV.L~T 2.451 CALI.LDT 153.399 DEVI,LDT 5511.637 MTEM.LDT 15. )16 TNPH.CNL 4133.415 RCFT.CNL 16.498 CALI.CNL 171.535 HTEN.CNL 65.789 L L O. O L L 11.782 TENS.DLL 522.000 SGR.NGT 0.318 URAN.NGT 9.524 W4NG.NGT 162.250 MRES.NGT 10.939 RHOB,LDT -0.0~5 ~SS,LDT 11.8.403 LITH.LDT 1456.149 SSHV.LDT 2.534 CALI.LDT 153.8'98 DEVt,LDT 5749-181 MTEM.LDT 15.143 TNPH.CNL 4530.785 RCFT.CNL 20.604 C. ALI.CNL 169.739 HTEN.CNL 284. 835 LLD-CLL 11. 033 TENS.DLL 544. 000 SGR.NGT 0. 313 URAN.NGT 1:0.192 W4NG.NGT 160,375 MRES.NGT -999.250 2.548 0.055 59.865 1339.000 6.582 41.364 171.875 1.836 7621.576 6.582 394.495 15.940 5584.000 10.86~ 0.617 1.192 0.080 2.436 0.038 63. :274 1340.. OOO 7,000 37.153 171.535 14.622 1984.350 7,000 529.999 63.991 5648.000 23.325 I. :379 3.571 0.080 2.525 0.010 53. 035 1341.170 7.458 33.6'09 169.739 13.392 220 '9.215 '7.4 58 54 5. :386 241.301 5668.000 24. 856 1.615 O. 600 0.080 CS.NGT DRHO.LDT LS .LOT SS1 .LOT S1RH.LDT RB.LDT P1AZ.LDT MRES.LDT TNR~.CNL CNTC.CNL TENS.CNL SP. rjLL MTEM.OLL CGR. NG'T W1NG.NGT WSNG.NGT C S.NGT DRHO.LDT LS .LOT SSI ,LOT S1RH.LDT R ~. LDT P1AZ.LDT MRES.LDT TNRA. CNL CNT£ .CNL TENS.CNL SP.DLL MTEM.DLL CGR.NG'T WING. NGT WSNG. NGT CS.NGT DRHO.LOT LS.LDT SS1 .LDT S1RH,LOT RB .LOT PI~Z.LDT M;~ES.LDT TNRA.CNL CNTC. CNL TENS,CNL SP.DLL MTEM.OLL CGR.NGT W1NG.NGT WSNG.NGT CS.NGT PAGE:? 8 -999.250 0.112 267.272 233.375 2.209 231.284 29.835 0.068 0.946 7314.733 5220.438 -22.000 1.62.500 5.980 37.545 1.192 1058.000 0.008 2'71.713 204.607 2.397 194.869 35'1.788 0..070 1.929 3918.740 5811.637 -28.422 162.250 11.782 78,571 2,9'76 1057,000 -0,005 230.821 191.947 2,547 154.2.38 338.973 0.070 1.945 4230.895 5749.151 -36.625 150.375 11.033' 80.935 2.998 1062.000 ,IS TAPE VERIFiC&TION LISTING CHLUMBERGER aLASKA COMPUTING CENTER HTEN.NGT 544.000 3PHI.LDT PEF. LDT 4.3 93 ~LS. LDT LU.LDT 181.457 LL.LDT $S2.LDT 250.40! LSHV.LOT LSRH.LDT 2.682 LURH.LDT AZIM.LDT 154.261 HAZI.LDT GR.LDT 21.170 TEN$.LDT HTEN.LDT 602.750 NPHI.CNL NPO~.CNL 2.797 RCNT.CNL CFTC.CNL 5835.065 GR.CNL MRESoCNL O.OTO MTEM.CNL DEPT. 11100. 000 LLS.OLL SGR.DLL ~3. 947 CGR.DLL MRES.DLL 0.082 HTEN.DLL THOR.NGT 1.316 P~TA.NGT WZNG.NGT 26.946 W3NG.NGT TENS.NGT 5584.000 MTEM.NGT HTEN.NGT 508.750 DPHI.LOT PEF.LDT 4.066 ~LS.LOT LU.LDT 215. 528 LL.LOT SS2.LDT 2,58. 150 LSHV.LDT LSRH..LDT 2.571 LURH.LDT AZIM. LgT 154.~70 HAZI.LDT G~.LDT 24.035 'TENS.L:DT HTEN.LDT 603.865 NPHI.CNL NPOR.CNL 11.176 RCNT.CNL CFTC..CNL 3123.666 GR.CNL MRE$.CNL 0.072 MTEM.CNL DEPT. 11000. 000 LLS. DLL SGR. DLL 96.3!2 CGR.DLL M R E S. O L :L 0.0 82 H T E N. O L L THOR.NGT 10.846 PDTA.NGT W2NG.NGT 151.679 W3NG.NGT TENS. NGT 5372.000 MTEM. NGT HTEN.NGT 527.000 DPHI.LDT PEF.LOT 3. 066 ~LS.LDT LU.LDT 340. 803 LL.LDT S S 2. L D'T ),Z 5.11 Z L S H V. L O T LSRH.LDT 2.252 LURH.LDT AZIM. LDT 149.078 H~ZI.LO? GR.LDT 84.5~1 TENS.LDT HTEN.LDT 6,41.631 NPHI.CNL N P O R. C N L Z 7.512 R C N T. C N L C F T C. C N L 558.4 67 G R. C N L MRES.CNL 0.07t MTEM.CNL DEPT. 10965. 500 LLS.~LL SGR. OLL 80.249 CGR.DLL M~ES.DLL 0.0~0 HTEN.DLL THOR.NGT 5.361 POT~oNGT W2NGoNGT 125.224 W3NG.NGT TENS.NGT 5260.000 MTEM.NGT HTENoNGT 478.500 O~PHI.LOT l~-JUL-1989 12:59 2.076 RHOB.LDT -0.015 QSS.LDT 90.697 LITH.LDT 1456.000 SSHV.LOT 2.687 CALI.LDT 154. 261 OEVI.LDT 5764.07Z MTEM.LOT 2. 060 TNPH.CNL 7431.721 RC~T.CNL 21.170 C~LI.CNL 167. 513 HT EN.CNL 67.382 LLD.DLL 14.908 TENS.DLL 508.750 SGR.NGT O. 527 URAN.NGT 15.56g W4NG.NGT 159.000 MRES.NGT 8.503 RHOB.LDT -0.034 QSS.LDT 109.198 LITH.LDT 1455.000 SSHV.LDT Z.565 CALI,.LDT 154. 870 OEVI.LDT 5.84Z. 103 MTEM.LDT ! 0 .. ! 55 T N P H. C N L 4730.087 RCFT.CNL 24.035 C.ALI .~CNL 165.120 HTEN.CNL · ¢. 173 LLD.DLL 81. 045 TENS.DLL 527. 000 SGR.NGT 1. 957 UR~N.NGT 52.15 B W 4:N G . N G T 156. 500 MRES.NGT 21. 327 RHOB.LDT 0 .. 021 Q S S. L g T 203 . 116 L I T H. L g T 1¢53.000 SSHV'LOT 2. 272 CALI.LDT 149.078 D E V I . 'L D T 5721. 6613 MT!EM.LOT 27.943. T N P H. C N L 1683.098 RCFT.CNL 8~.5~1 CALI.CNL ~62.J25 HTEN.CNL 0.153 LLDoDLL 49.328 TENS..OLL ~78. 500 SGR.NGT 1o497 URAN. NGT 46.512 W4NG.NGT 1156.125 MRES.NGT - 999 :. 250 R H 0 B. k 'g T Z. O. 38. 1339. 7. 31. 167. Z. 6261. 7. 602. 676 000 195 922 137 410 513 984 343 137 760 68.614 5584.000 23.947 1.000 2. 994 0.082 2.570 0.005 48.708 1'340.000 7'. 442 30.885 165.120 9. 778 2874.178 7o 442 60,3.865 5372. 96. OD Z' O. 107. 1339. 32. 26° 492. 12. 641. . 526 O. 80. 10. O. -999. 893 000 31 Z 0 995 O82 349 073 ,459 DO0 848 120 125 18i' 000 8:48 631 421 000 551 t37 O8O 250 DRHO.LOT L S. L DT SS1.LDT S1RH.LDT RB.LDT PlAZ.LDT MRES.LDT TNRA .CNL CNTCoCNL TENS.CNL SP.DLL MTEM.DLL CGR.NGT W1NG.NGT WSNG.NGT CS.NGT DRHO.LDT LS.LDT SS1 .LOT S1RH.LDT RB.LDT PIAZ.LDT MRES.LDT TNRA..CNL CNTC.CNL TENS.CNL S P. DLL MTEM. DLL CG~R.NGT W1NG.NGT WSNG.NGT CS. NGT DRHO. LDT LS.LDT SSIoLOT S1RH.LDT RS.LOT P1AZ.LDT MRE$.LDT TNR~.CNL CNTC.CNL TENS.CNL SP.DLL MTEM. OLL CGR.NGT iW1 NG. NGT WSNG.NGT CS.NGT DRHO.LDT OAGE: -0.007 181.42I 181.371 2.713 191.655 347.847 0.070 1.028 7031.159 $754.072 -38.531 159.000 14.908 82.635 2.395 1064.000 -0.002 216.940 191.075 2.579 1'73.114 326.862 O. 072 1. 609 4961.403 584.2.103 -33. 125 156.500 81 · 045 311.151 15.588 1086.000 0.096 373.4 9:9 241.394 2.053 211.549 11.3,21 0.0:7 I 3.1 t 9 1648. 655 57,21.663 -46.50:0 156.125 49.3.28 270. 125 7.156 1084.000 -999.250 IS T~PE VERIFICATION LISTING CHLUMBERGER ~L/)SKA COMPUTING CENTER 14-JUL-1989 12:59 PAGE: 10 PEF.LDT -999.250 CLS.LOT -999.250 QSS.LDT -999.250 LU.LDT -999.250 LL.LOT -99'9.250 LITH.LDT -999.250 SS2.LDT -999.250 LSHV.LO? -999.250 SSHV.LDT -999.250 LSRH.LDT -999.250 LURH.LOT -999.Z50 CAL[.LDT -999.250 8. ZIM.LOT -999.250 H~ZI.LOT -999.250 OEVI.LOT -999.250 GR.LDT -999.250 TENS.LDT -999.250 MTEM.LDT -999.250 HTEN.LDT -999.250 NPHI.CNL -999.250 TNPH.CNL -999.250 NPOR.CNL -999.250 RCNT.CNL -999.250 RCFT.CNL -999.250 CFTC.CNL -999.250 GR.CNL -999.250 C/~LI.CNL -999.250 MRES.CNL -999.250 MTEM.CNL -999.250 HTEN.CNI_ -999.250 LS .LOT SS1.LDT SIRH.LDT RB.LDT PI~Z.LDT MRES.LOT TNRA.CNL CNTC.CNL TENS.CNL -999.250 -999.250 -9'99.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 END OF O~TA .~ **'4,, Fill= TRAI:LER :***'"~,- FILE NAME : EDIT .00t SERVICE : =LIC VERSION : O01A02 DATE : .89/07/14 MAX REC SIZE : 1096 FILE TYPE : LO L~ST FILE : **** F IL E HE ~DER :**,*:*: FILE NAME : EDIT .002 SERVICE : FI. IC VERSIgN : 001A02 DATE : ~Bg/OT/14 MAX REC SIZE : t096 FILE T~PE : LO L.&ST FILE : FI~LE - EDIT.OO2 A~:C3 ~LASKA INC. PRUDHOE B~Y/LIS~URNE LISBU~N~ L3-25 50-029-219'55 PaoL MaIN P~,SS LOG DaTA DAT~ SAMPLED EVERY DaTA INCLU:DED - &T 1.2" S~MPLE R~TE -.1000 :F;,EST IS TAPE VSRIFICATION LISTING CHLUMBERGER ALASKA COMPUTING CENTER 14-JUL-1959 12:59 PAGE: 11 ~-"~ T 0 0 L =~. X T E NS I 0 N TO OL * TYPE USED NAME * LOT .LDH LITHO ~ENSITY 10984' TO 11495' * CNT-A/D/H .CNH COMPENSATED NEUTRON 10984' TO 11~79' TABLE TYPE : CONS TUNI VALU CN A~CO ALASKA INC. FN PRUDHOE 6AY/LISBURN:E POOL WN LIS~URNE L3-2~ APIN 50-029-21955 FL 988' ~NL & 868' FWL S E C T 2,2 TOWN liN RANG 1SE COUN NORTH SLOPE S T A T A L A S K A N.ATI USA ENGI S AR~ER WITN BARTKO/PRIVOZNIK/JACKSON SON 545~33 P 'D ,aT M SL EPD FT 0. LMF RKB APO FT 6 0. EKS FT 60. EOF mT 5g. EGL FT 2 1. T DO FT 1 1 5 0 0 . DEFI COMPANY NAME FIELD NAME WELL NAME API SERIAL NUMSER FIELD LOCATION SECTION TOWNSHIP RANGE COUNTY STATE OR PROVINCE NATION ENGINEERmS NAME WITNESS'S NAME SERVICE ORDER NUMBER PERMANENT DATUM LOG MEASURED FROM TABLE TYPE : C~URV D~PT DPHI RH08 DRHO PEF QLS QSS LS LU LL LITH DEFI DEPTH CHANNEL NAM~ DENSITY POROSITY ~ULK DENSITY DELTA RHD PHOTO-ELECTRIC F~CTOR QUALITY CDN'TROL OF LDN~ SP~CING FOR LDT QUALITY ~CONT~OL DN SHO~T SP~,CING FOR LOT LOiN:G SPACING CiDM~UTEO COUNT ~.T~E (LL+LU/2) LONG UPPE:~ 1-2 WINOOW COUNT ~ATE ('LUI+L!UZ) LONG LOWER WINDOW COUNT RATE LITHOLOG WINDOW COUNT RATE IS 'TAPE VERIFICATION LISTING CHLUM~ERGER ~LASKA COMPUTING CENTER 14-JUL-lgSg 12:59 PAGE: 12 SS;' LSHV SSHV SIRH LSRH LURH CALI RB AZIM H6ZI DEFI SHORT SP~CING ! WINCOW COUNT RATE SHORT SPACING 2 WINgOW COUNT R~TE LONG SPACING HIGH VOLTAGE OUTPUT SHORT SPACING HiGH VOLTAGE lO0~ OUTPUT SHORT SPACING I DENSITY LONG SmACING RHO~ (UNCORRECTED) LONG UPPER RHOB CALIPER RELATIVE BEARING AZIMUTH OF HOLE DRIFT HOLT A?TMUTH DEVI PIAZ GR TENS MTEM MRES HTEN NPHI TNPH TNRA NPOR R C NT RCFT CNTC CFTC G~ CALI TENS MAES MTEM HTEN DEVIATION DAD I AZIMUTH GAMMA RAY TE NS iON MUD TEMPERATURE MUD RESISTIVSTY HEAD TENSION NEUTRON POROSITY THERMAL NEUTRON POROSITY CALIGRATED THERMAL NEU'TRON NEUTRON POROSITY OUT,~UT FROM AN :~PPLIC. ATION PROGraM ~AW CORRECTEg NEAR THERMAL COUNTS ~A.W CORRECTE~ FAR THERMAL COUNTS CORRECTEg NEAR THERM~ COUNTS CORRECTEO F~R TH~RM~ COUNTS GAMM,~ RAY C A L I P E ~ TE NS ION MUD RESISTIVITY MUD 'TEMPERATURE ME,Ag TENSION *~ DAT~ FORMAT SPEC~FZCATIaN ** SET TYPE T ~ ~ ~ ! 66 0 2 66 O 3 73 172 ¢ 66 1 ~ 73 7 65 9 :65 FT 11 66 6 IS TAPE VERIFICATZgN LISTZNG CHLUMBERGER ~LASKA COMPUTING CENTER 14-JUL-lgSg 12:59 PAGE: 13 TYmE REPR CODE VALUE 12 68 13 66 0 14 65 eT 15 66 68 16 66 1 0 66 I SET TYPE - CHAN ~ NAME SE~V UNIT ID SERVICE API API API API ORDER .~ LOG TYPE CLASS MOD DEPT FT DPHI LDH PU RHO~ LDH G/C3 D,RHD LDH G/C3 PEF LDH QLS LDH QSS LDH LS LDH CPS LU LDH CPS LL LDH CPS LITH LDH CPS SiS1 LDH CPS SS2 LDH CPS LSHV LDH V SSHV LOH V SIRH LDH G/C3 ]LSRH LDH G/C3 LURH LDH G/C.3 CAL~ L~M IN R B L DH ~ EG AZIM LDH DEG HAZI LDH CEG DEVI LDH DEG P1AZ LDM QEG GR LDH G API TENS LDH LB MTEM LOH DEGF MRE$ :LDH OHMM HTEN LDH LB NPHI CNH. PU TNPH CNH PU TNRA CNH N P 0 ~ C N H P U RCNT CNH CPS RCFT CNH CP.S CNTC CNH C ~S CFTC CNH CPS G R C N H G A P I C~LI CNH IN 548433 O0 OOO O0 0 548433 42 890 O1 0 548433 42 350 02 0 548433 42 356 O1 0 5484~3 42 358 O1 0 548433 42 354 O1 0 548433 4Z 354 O1 0 548433 42 354 O1 0 548433, 42 354 Ol 0 548433 42 354 O! 0 543433 42 354 O1 0 5.48433 42 35.~ 02 0 54~433 42 354 OZ 0 548433 ,42 354 O0 0 54343) 42 354 O0 0 548433 42 350 02 0 548433 42 350 02 0 548433 42 350 02 0 548433 42 280 O1 0 54B433 42 63~ O1 0 54~433 42 630 O1 O 548433 42 ~30 O1 0 54~433 42 ~20 OI 0 54'B433 42 ~30 O1 548433 42 310 O1 0 548433 42 6~5 21 0 54B433 42 000 O0 0 548433 4 ~ 000 00 0 548433 42 000 00 0 548433 42 890 O0 0 548433 42 ~go O0 0 54H43) 42 420 Ot 0 54843) 42 890 O0 0 548433 42 420 Ol 0 548433 4Z 420 Ol 0 548433 42 420 O1 0 ~48433 4Z 420 O1 0 54~433 42 310 O1 0 548433 42 280 O1 FILE NUMB NUMB SAMP NUMB ELEM SIZE REPR CODE PROCESS CHEX) 1 1 1 1 1 1 1 1 1 1 1 1 1' 1 1 1 I 1 1 1 I 1 1 1 1 1 1 t 1 1 t I 1 1 1 1 1 1 1 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 ,4 4 4 4 4 4 4 4 4 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 (,8 6 B 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 OOOO000000 0000000000 0000000000 0000000000 0000000000 0000000000 OOO0000000 0000000000 0000000000 0000000000 0000000000 0000~00'0000 0000000000 0000000000 gO00000000 0000000000 0000000000 0000000000 00000~00000 000:0000000 0000000000 0000000000 0000000000 0000000:000 0000000:000 0000000000 0000000000 IS TAPE VERIFICATIDN LISTING CHLUMBERGER ALASKA COMPUT'ING CENTE~ 14-JUL-lg,Bg 12:59 PAGE: 14 NAME SERV UNIT SERVICE API API ID ORDER .e LOG TYPE API API :ILE NUMB NUMB SIZE REPR CLASS MOD NUMB SAMP ELEM CODE P~OCESS CHEX) TENS CNH LB 548433 42 635 MRES CNM OHMM 548433 42 000 MTEM CNH OEGF 548433 42 000 HTEN CNH LB 548433 42 000 21 0 2 I 1 4 68 O0 0 2 I I 4 63 O0 0 2 I I 4 6B O0 0 2 I I 4 68 0000000000 0000000000 0000000000 0000000000 DEPT. 11508.799 gPHI.LDH PE~.LDH 4.113 ~LS.LDH 'LU.LDH 261.000 LL.LDH SS2.LDH 309.500 LSHV.LOH LSRH.LDH 2.428 LURH.iLOH AZIM.LDH 150.739 HAZI.LDH GR.LDH 113.375 TENS.LDH HTEN.LDH 90.125 NPH!.CNH NPOR.CNH 1.836 RCNT.CNH CFTC.CNH 8000.009 GR.CNH MRES.CNH 0.068 MTEM.CNH DEPT. 11500.000 DPHI.LOH PEF.LDH 4.414 CLS.LDH LU.LDH 246.750 LL.LgH SS2.LDH 308.750 LSHV.LOH LSRH.LDH 2.4¢9 LURH.LOH AZIM.LDH 150.886, HAZI.LOH GR.LDM 113.375 'TENS.LOH HTEN.LDH 421.500 NPH'I.CNH NPOR.CNH 1.836 ~CNT.CNH CFTC.CNH 8000.009 GR.CNH MRES.CNH 0.068: MTEM.CNH DEPT. 11400.~000 DPHI.LOH PEF.LOH 4.168 ~LS.LOH LU.LDH 255.625 LL.~LOH SS2.LDH 252.750 LSHV.LOH LSRH. LDH 2.422 LU~H.L~H AZIM.LDH 153.843 HAZI.:LOH GR.LDH 10.836 TENS.:LOH HTEN.LDH 534.500 N~MI.CNH NPOR.CNH 14.958 RCNToCNH CFTC.CNH 2002.742 GR.CNH MRES.CNH 0.070 M~EM.CNH DEPT. 11300.000 gPHI.LDH PEF.LDH 4.488 QLS.LDH LU.LDH 212.375 LL.iLDH SS2..LOH 27t.000 LSHV.LOH LSRH.LDH 2.537 LURH.LDH AZIM.LDH 153.3¢0 HAZI.LDH 10.077 RHOB.LOH 2.538 -0.023 QSS.LDH 0.056 140.750 LITH.LDH 61.500 1¢51.000 SSHV.LDH 1.338.000 2./+32 CALI.LOH 3.100 150.739 DEVI.LDH 41.376 2510.000 MTEMoLDH 171.875 4.. 171 TNPH.CNH 1.836 7647.1~2 RCF'T..CNH 7621.576 113.375 CALI.CNH 3.100 171.875 HTEN.CNH 90.125 B.647 RHOB.:LDH 2.562 0.013 QSS.LDH 0.050 138.000 LITH.LDH 60.031 14,52.000 SSHV.LOH 1339.000 .2.469 CALI.LDH 6.582 1.50.886 DEVI.LDH ,41.362 5300.000 MTEM. LDH 171.875 1. 631 TNPH.CNH 1. B36 7647.1.4.2 RCFT.CNH 7621.576 113.375 CALI.CNH 6.582 171.875 HTENoCNH ?+21.500 16. 316 RHOB.LOH 2.431 0.024 QSS.LDH ' 0.041 146.125 LITH.LDH 62.063 1455.000 SSHV.LgH 1340.000 2.445 CALI.LOH 7.000 153.84,3 DEVI.LDH 37.072 5'708.000 MTEM.LOH 171.625 15.509 TNPH.CNH 15.044 4155. t5B RCFT.CNH 1953.106 10.836 CALI.CNH 7.000 171.625 HTEN.CNH 534.500 10.187 RHDB.LDH 2.536 0.057 GSS,.LOH 0.006 12t.250 LITH.LDH 54.531 1455.000 SSHV.LDH 11341.000 2.5?0 CALI.LDH 7.~18 153. 340 9EVI..LOH 33.688 DRHO.LDH LS.LDH SS1 .LDH S1RH.LDH R~.LDH PIAZ. LDH MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH ORHO.LDH LS.LDH S S1. LDH S1RH.LDH RS'LDH P 1 a Z. L D H MRES.LDH TNR A. CNH CN~C.CNH TE~S.CNH ORHO.LDH LS.LDH SSI.LDH SIRH.LDH RS.LDH PIAZ.LDH .MRES.LDH T N R ~. C N H C NTC. CNH TENS .CNH DRHO.:LDH L$.LDH SS1.LDH $1RH.LDH RB.LDH P1AZ.LDH 0.110 271.250 233.375 2.203 231.294 29.721 0.068 0.946 7314.733 2810.000 0.111 261.250 232.125 2.225 231.305 29.872. 0.~068 0.946 7314.733 5300.000 O. 009 273.750 205.625 2.387 194.493 351-793 0.070 1.9~2 3921.562 5708.000 -0.003 22. 7.5O0 1 g2.2 50 2.54g 184.468 338.706 IS TAPE VERIFICATION LISTING CHLUMBERGER ALASKA COMPUTING CENTER GR.LDH 21.297 TENS.LgH HTEN.LDH 554.000 NPHI.CNH NPOR.CNM 12.4"73 RCNT.CNH CFTC.CNH 2321.875 GR.CNH MRES.CNH 0.070 MTEM.CNH DEPT. 11200.000 DPHI.LDH PEF.LDH 5.172 ~LS.LDH LU.LDH 178.500 LL.LDH S$2.LDH 252.625 LSHV.LDH LSRH.LDH 2.684 LURH.LDH AZIM.LDH 153.888 HAZI.LDH G~.LDH 25.016 TENS.LDH HTEN.LDH 620.000 NPHI.CNH NPOR.CNH 3.423 RCNT.CNH CFTC. CNH 6760.1 76 GR.CNH MRES.CNM 0.070 MTEM.CNH DEPT. 11100.000 OPHI.LDH PEF.LOH 4. 277 QLS.LOH LU.LDH 209. 250 LL. LDH SS2.LDH 264.250 LSHV.LDH LSRH.LDH 2.572 LURH.LDM AZIM.LDH 155.982 HAZI.LOH GR.LDM 20.672 TENS.LDH HTEN.'LDH 621.000 NPHI.CNH NPOR.CNH 9.441 RCNT.CNH CFTC. CNH 3364.7 50 GR.CNH MRES.CNH 0.072 MTEM.CNH :DEPT. It000. 000 DPHI.LDH PE~.LOH 3.736 .GLS.L.OH LU.LDH 269. OOO LL.LDH SS2.LOH 310.000 LSHV.LDH LSRHoLDH 2.406 LURH.LDH AZIM. LDH 1,47.429 HAZI:.~LOH GR.LDH 82.625 TENS.LDH HT'EN.LDH 682. 000 NPHI.CNH NPOR.CNH 26.211 ~CNT.CNH C FTC.CNH 549.065 GR.CNH MRES.CNH 0.072 MTEM.CNH DEPT. 10970.000 OPHI.LOH PEF.LDH 63. 500 GLS.LDH LU. LDH ! 16. 625 LL. LDH SS2.LDH 107.000 LSHV.LDH LSRH.LDH 3. 014 LURH.LDH AZIM.LDH g?.zg~ H~ZI.LDH GR.LDH 46.000 TENS-LOH HTEN.LDH 567.500 NPHI.CNH NPOR.CNH 29.266 RCNT.CNH CFTC.CNH 671. 605 GR.CNH MRES.CNH O. 0~70 MTEM.CNH 1~-JUL-1989 12:59 5740.000 MTEM.LDH 14.492 TNPH.CNH 4371.402 RCFT.CNH 21.297 CALI.CNH 169.750 HTEN.CNH 1.765 RHOB.LOH 0.003 QSS.LOH 91.000 LITH.LDH 1456.000 SSHV.LDH 2.697 CALI.LDH 153.888 DEVI.LDH 5'332.000 MTEM.LDH 2.487 TNPH.CNH 7160.983 RCFT.CNH 25.016 CALI.CNH 167.750 HTEN.CNH 8.0~1 RHOB.LDH -0.008 QSS.LDH 109.75D LITH.LDH 1455.000 SSHV.~LDH 2.582 CALI.LDH 155.982 OEVI.LDH 5588.000 MTEM.LOH 9.127 TNPH.CNH 4893.812 RCFT.CNH 20.672 CALI.CNH 165.000 HTEN.CNH 12.236 RHOB.LDH -O. 010 QSS.LOH 148.375 LI'TH.LgH 145,'3.000 SSHV.LDH 2.414 CALI.LDH 147.~29 DEVI.LDH 5828.000 MTEM.LDH 28-118 'TNPH.CNH 1640.469 RCFT.CNH 82. 625 C~LI.CNH 162.125 HTEN.CNH 20.130 RHDB.LDH 0.11¢ QSS.LDH 55. 375 LITH.LDH 1 45:6.000 $ S H V. L O H 3.088 CALI.LDH 97.294 DEVI.LDH 5500. 000 MTEM.LOH 29.799 TNPH.CNH 1'B8:1. 594 ~CFT.CNH 46. 000 CALI.CNH 162. 000 HTEN.CNH 169.750 12.514 2199.321 7.~18 554.000 2.680 -0.003 36.063 1341.000 7.137 31.448 167.750 3.065 6422.218 ?.137 620.000 2.572 0.014 47.688 1340.000 7.527 30.688 165.000 ,8. 808 3211.069 7. 527 621.000 2.501 0.051 71.000 1339.000 1 Z. :820 3 2. 245 162.1.25 26.161 497. 944 1 2.820 682.000 Z. 366 -0.091 12.508 1341.000 7.137 3 3. '7 B 4 162.000 28. 688 619.042 7.137 56 '7.50 O MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH RB.LDH Pi~Z.LDH MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH RB.LDH P1AZ.LDH MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH DRHO.LDH LS,.LDH SSI.LDH SIRH.LDH RS.LDH P1AZ.LDH MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH DRHO.LDH LS.LDH SSI..LOH S1RH.LDH R~.LDH PIAZ.LDH MRES.LDH TNR~.CNH CNTC.CNH TENS.CNH PAGE: 15 0.070 1.899 4173.072 5740.000 -0.005 180.250 182.250 2.705 191.784 347.629 0.070 1.069 7011.722 5932.000 -0.001 214.375 191.000 2.578 173.Z94 328.196 0.072 1.545 5125.511 5588.000 0.094 282.750 230.625 2.209 208.165 359.76.5 0.~072 3.132 1620.381 5828.000 -0.648 113.688. 69.750 4.391 197. 467 298.030 O. 070 2.908 1917.240 5-6 0 0.0 0 0 IS TAPE VERIFICATZgN LISTING CHLUMBERGER ALASKA COMPUTING CENTER 14-JUL-1989 12:59 PAGE: 16¸ END OF DATA ~ FILE TRAILE~ *~,~ FILE NAME : EDIT .002 SERVICE : =LIC VERSION : .,901~ 02 DATE : 99/0T/14 MAX REC SIZE : 1096 FILE TYPE : LC LAST FILE : '~- F IL E HE ADER ~-~ FILE N~ME : '.~DIT .003 SERVICE : FLIC VERSION : DO1A02 D,~,T E : 89107/14 MAX REC S!Z~ : 1096 FILE TYPE : LO LAST FILE : FILE - EDIT.O'03 ARCO ALASKA INC. PRUDHOE BA'Y/LISBU~NE POOL LISB:URNE L3-28 50-029-21955 REPEAT PASS D~TA AT 6" ~SAMPLE RA'TE DAT:~ SAMPLED,_=V=RY~.. -.5000 FEET DATA INCLUDED .- TDO~L EXTENS~ ~ON TOOL 'TYPE ~USED NAME DL:L . DLR NGT . NG:R LOT -LOR CNT-A/D/H .CNR DUAL LATEROLDG N~TURAL GAMMA SPECTROSCOPY LITHD DENSITY COMP:ENS~TED NEUTRON 10984' TO 11486~ 1098'4' 'TO 11462' 10984' 'T~ 11495' 10984~ TO 11479' ,IS TAPE VERIFICATION LISTING 14-JUL-lgOg 12:59 CHLUMBE~GER ALASKA COMPUTING CENTER PAGE: -17 TABLE TYPE : CONS TUNI VALU CN ARCO ALASKA INC. .r:N PRUOHOE B~Y/LISBURNE WN L~SBURNE L3-28 APZN 50-029-21955 FL 925' =NL & 868' FWL SECT 22 TOWN lin RANG COUN NORTH SLOPE STAT ALASKA NATi USA ENGI SARSER WITN B.&RTKO/PRIVOZNIK/JACKSDN SON 548433 PDAT MSL EPD FT 0 LMF RKB APO ~T 60. EKB FT 60. EOF ~:T 59. E G'L FT 21. TDD FT 11500. DEFI POOL 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 TABLE TYPE : C;URV DEFI DEPT DEPTH CHANNEL NAME LLS LATERO'-LOG SHALLOW (RESISTIVITY) LLD LATERO-LOG OEEP (RESISTIVITY) SP SPONTANEOUS POTENTIAL SSR SPECTROSCOPY G~.MMA-R AY CGR COMPUTED GAMMA R'~Y FROM THORIUM, TENS TENSION MTEM MUD T£MPERATURE MRES MUD RESISTIV!TY HTEN HEA~ T~NSION SGR SPECTROSCOPY GAMMA-RAY CGR COMPUTED G.~MMA RAY FROM THORIUM, THOR THORIUM POTA POTASSIUM URAN URANIUM WING WINDOW 1 (.150 - .5 MEV) W2NG WIN~OW 2 (.5 - 1.1 ~EV) W3NG WINDOW 3 (1.1 - 1.6 MEV) W4NG WINDOW ~ (1.6 '- 2 MEV) URANIUM, AND POTASSIUM U~ANIUM, AND POTASSIUM IS TAPE VERIfiCATION LISTING 14-JUL-lO89 12:59 .CHLUMBERGER ALASKA COMPUTING CENT!ER PASE: 18 DEFI WSNG WINDOW 5 (Z - 3 MEV) TENS TENSION MTEM MUD TEMPERATURE MRES MUD RESISTIVITY CS CABLE SPEED HTEN HEAD TENSION DPHI DENSITY POROSITY RHOB BULK DENSITY DRHO DELTA .qHO PEF PHOTO-ELECTRIC FACTO~ QLS -QUALITY CONTROL OF LONG SPACING ~OR LOT QSS QUALITY CONTROL ON SHORT SPACING FOR LOT LS LONG SPACING COMPUTED COUNT RATE CLL+LU/2) LU LONG UPPER 1-2 WINDOW COUNT RATE (LUI+LU2) LL LONG LOWER WINDOW C~UNT RATE LITH LITHDLOG WINDOW COUNT RATE SSI SHORT SPACING I WINDOW COUNT RATE SS2 SHORT SPACING 2 WINEOW COUNT R~TE LSHV LONG SPACING HIGH VOLTAGE OUTPUT SSHV SHORT SPACING HIGH VOLTA'2E L~OP OUTPUT S1RH SHORT SPACING I DENSITY LSRH LONG SPACI'NG RHO~ (UNCORRECTED) LURH LONG UPPER RHOB CALI CALIPER RB RELATIVE BEARING AZIM AZIMUTH OF HOLE ~RIFT HAZI HOLE AZIMUTH DEVI DEVIATION PI. AZ PAD I AZIMU'TH GR GAMMA RAY TENS TENSION MTEM MUD TEMPERATURE MRES MUD RESISTIVITY HTEN HEAl] TENSION NPHI NEUTRON POROSi'TY TNPH 'THERMAL NEUTRON PO~SIT'Y TNRA CALIBRATED THERMAL NEUTRON RATIO NPOR NEUTRON POROSITY OUTPUT FROM AN APPLIC,&TION RCNT ~RAW CORRECTED NEAR THERMAL COUNTS RCFT RAW CO:RR'ECTED FAR 'THERMAL COUNTS CNTC CORRECTEiD NEAR THERMAL COUNTS C~TC CORRE~CTED F,aR THERMAL COUNTS GR GAMMA RAY C.RLI CALIPER TEN,S TENSION MRES MUD RESISTIVITY MTEM MUO TEM:PERATU~E HTEN HEA~' TENSION PROGRAM IS TAPE VERZFiCATZDN LISTING CHLUMBERGER ALASK,~ COMPUTING CENTER 14-JUL-lgSg 12:59 PAGE: 119 DATA FORMAT SPECIFICATION RECORD SET TYPE - 64E5 ~ TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 ~ 66 5 66 6 73 7 65 8 68 0.5 g 65 FT 11 66 12 68 13 66 0 14 65 FT 15 66 68 !6 66 0 66 :)* SET TYPE - CH~N ~* NAME SERV UNIT SERVICE API API ~PI API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER ~ LOG TYPE CL:~SS MDg NUMB S~MP ELEM COgE (HEX) DEP'T FT 54 ~ ~3 0 0 ~000 O0 0 3 1 1 ~ 6~ O0 go000000 LLS DLR OHMM 548433 11 22:0 09 LLO DLR OHMM 5484]53 11 220 10 SP DLR MV 548433 ll 010 SGR OLR G~PI $48433 11 310 01 CGR DLR G~PI 548433 1i 310 O1 TENS DLR LB 548433 11 635 21 MTEM D~R DEGF 548433 11 000 O0 MRES OLR OHMM 548433 tl 000 O0 MTEN DER LB 548433 11 000 SGR NGR G~PI 548433 11 310 O1 CGR NGR GAPI 54843~ 11 310 Ot THOR NGR P~M 548433 1I 790 POTA NG~ PU 54~4~ 11 719 50 UR~N NGR PPM 54843~ 11 792 50 WING NGR CPS 548433 11 310 O1 W2NG NGR CPS 54~433 It 310 Ot W3NG NGR CPS 54'8433 1! 310 O1 W4NG NGR CPS 549433 11 310 O1 WSNG NGR CPS 548433 11 310 O1 ~ENS NGR L5 54B433 11 535 M. TEM NGR DEGF 548433 !1 000 O0 MRES NGR RHMM 54~433 lI 000 O0 CS NGR F/HR 548433 11 636 21 HTEN NGR L~, 5484.3~ 11 000 O0 DPHI LDR PU 548433. 1I OOO O0 0 3 I 1 4 0 3 1 1 4 0 3 1 I 4 0 3 1 I 4 0 3 1 1 0 3 i 1 4 0 3 I 1 4 0 3 1 I 4 0 3 1 1 4 0 3 1 1 4 0 3 1 1 4 0 ) 1 1 4 0 3 1 1 4 0 3 ! 1 4 0 3, 1 1 0 3 1 1 0 3 t 1 0 3 I 't 4 0 3 1 ! 4 0 3 1 1 4 0 3 '1 1 .4 O 3 1 1 4 0 3 1 I 4 0 3 t 1 4 68 0000000000 68 O0000OO000 68 0000000000 68 0000000000 68 0000000000 6 8 0000000000 68 0000000000 68 O000000000 68 0000000000 6B 0000000000 :68 00000100000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 '68 0000000000 6:8 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000, 68 0000000000 IS TAPE VERIFICATION LISTING CHLUMBERGER ALASK& COMPUTING CENTER 14-JUL-t929 12:59 PAGE: 20 NAME SERV UNIT SERVICE API ~PI ~PI &PI FILE ID ~RDER ~ LOG TYPE CL&SS MOD NUMB RHDB LDR G/C3 548433 11 000 O0 0 3 DRHO LDR G/C3 548433 11 000 O0 0 3 PEF LDR 548433 11 000 O0 0 QLS LDR 548433 11 OOO O0 0 3 QSS LDR 548433 11 go0 O0 0 3 tS LDR CPS 548433 11 000 O0 0 3 LU LDR CPS 548433 11 000 O0 0 3 LL LDR CPS 548433 11 000 O0 0 3 LITH LDR CPS 548433 11 000 O0 0 SS1 LDR CPS 548433 11 000 O0 0 3 SS2 LDR CPS 548433 11 000 O0 0 3 LSHV LDR V 548433 11 000 O0 0 3 SSHV LDR V 548433 11 000 O0 S1RH LDR G/C3 5434~3 11 000 O0 0 LSRH LDR G/C3 548433 11 OOO O0 0 3 LURH LDR G/C3 548433 11 DOD O0 0 3 CALI LOR IN 548433 11 000 O0 0 3 R~ LDR OEG 54~433 11 000 O0 0 3 AZIM LDR DEG 54~433 11 000 OD 0 3 H~ZI LDR DEG 548433 11 000 O0 0 3 DEVI LDR DEG 5484.33 11 000 09 0 3 P1AZ LDR DEG 548433 11 000 O0 0 3 GR LDR GAPI 548433 11 000 O0 0 3 TENS LDR l~ 548433 11 000 O0 0 3 MTEM LO~ OEGF 54~433 11 000 O0 O 3 MRES LDR OHMM 548433: 11 000 OD 0 3 HTEN LDR LB 548433 NPHI CNR PU 548433 11 000 O§ 0 3 TNPH CNR PU 548433 11 000 O0 0 TNRA CNR 548433 11 000 O0 0 NPOR CNR PU 548433 11 000 O0 0 RCNT CNR CPS 548433 11 000 O0 0 3 R,CFT CNR CPS 54~433 11 OOO O0 O 3 CNTC CNR CPS 548433 11 0'00 O0 0 3 CFTC CNR CPS 5484]33 11 000 O0 0 3 GR CNR GAPI 548433 ll 0:00 O0 0 3 CALl CNR IN 548433 TENS CNR LB 548433 11 0:00 O0 O 3 MRES CNR OHMM 54843~ 11 000 O0 0 MTEM CNR ~EGF 548433 11 000 O0 0 3 HTEN CNR LB 548433 11 000 O0 0 3 NUMB NUMB SIZE REPR PROCESS SAMP ELEM CODE CHEX) 1 1 4 68 0000000000 I I 4 68 0000000000 1 1 4 68 0000000000 I 1 .4 68 0000000000 1 1 4 68 0000000000 I 1 ~ 68 0000000000 t I 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 O00000OO00 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 :4 68 0000000000 1 I 4 68 0000000000 I I 4 68 0:000000000 I 1 4 65 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 I 1 ,4 68 0000000000 I I 4 68 O00000OO00 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 i 4 6~ 0000000000 1 1 4 68 0000000000 1 I 4 68 0000000000 1 1 4 68 0000000000 t t ¢ 6 8 0000000000 1 1 4 68 0000000000 I 1 4 68 0000000000 1 1 4 68 0000000000 I 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 I ,4 68 0000000000 1 1 4 68 0000000000 I 1 4 68 0000000000 · 1 1 4 68 0000000000 1 1 4 68 0000000000 DEPT. I1512.000 LLS-OLR 98.600 SGR. DLR 68.5 72 CGR.DLR 49. 639 MRES.DL~ 0.083 HTEN.OLR -31!.750 THOR.NGR 4.355 POTAo" N,.,R I. 76?. W2NG.NGR 106.329 W3NGoNGR LLD.DLR 114o174 SP.DLR TENS'DLR 2830.000 MTEM. DLR SGRoNGR 68.572 CGR.NGR URA'N. NGR 2.309 W1NG.NGR W4NG. NGR 1.266 ~WSNGoNGR -15.063 160.8'75 49.63g 212.658 1.266 IS TAPE ViERIFICATION LI.STIN,g CHLUMSERGER ALASK~ CaMPUTING CENTER TSN$.NGR 2830.000 MTEM.NGR HTEN.NGR -311.750 DPHI.LDR PE,~. LDR -999. 250 qLS.LDR LU.LDR -999o 250 LL.LOR SS2.LDR -999.250 LSHV.LDR LSRH.LDR -999.2.50 LURH.LDR AZIM.LDR -999.250 HAZI.LDR GR.LDR -999.250 TENS.LDR HTEN.LDR -999.250 NPHI.CNR NPaR.CNR -999.250 RCNT.CNR CFTC.CNR -999.250 GR. CNR MRES.CNR -999.250 MTEM.CNR DEPT. 11500.000 LLS.DLR SGR.DLR 68. 572 CGR. DLR MRES.DLR 0.083 HTEN.DLR THOR.NGR 0.706 POTA.NGR WZNG.NGR 106.329 W3NG.NGR TENS.NGR 3994.000 MTEM.NGR HTEN.NGR -304.500 DPMI.LDR PEF. LDR 5. 063' ~LS.LOR LU.LDR 204.542 L:L.LDR SS2.LDR 256.471 LSHV.LDR LSRH.LDR 2.611. L'URM.LDR AZIM. LDR 151.848 HAZI.LOR GR.LDR 123.125 TENS.LDR HTEN.LDR 24,3.078 NPHI.CNR NPOR.CNR 1.406 ~CNT.CNR CFTC.CNR 8650.631 GR. CNR MRES.CN~ O.07Z MTEM.CNR DEPT. 11400.000 LLS.DLR SGR.OLR 11.424 CGR.OLR MRES.DLR -0.08I HTEN.OLR THOR.NGR 0.101 POTA.NGR WZNG.NGR 20.080 W3NG.NGR TENS.NGR 5580. 000 MTEM.NGR HTEN.NGR 467.500 gPHI.LDR PEF.LD~ 4.276 :CLS.LDR LU.LDR 258. 503 LL.LDR SS2.LDR 285..125 LSHV.LDR LSRH.LDR 2.423 LURH.LDR AZIM.LDR 134.026 HAZI.LDR GR.LDR 10. 005 TENS.LD~ HTEN.LDR 513.104 NPH.I.CNR NPOR.CNR 14.398 RCNT.CNR CFTC.CNR 1984.3 67 GR.CNR MRES.CNiR 0.:07! MTEM.CNR DEPT. 11300.~000 LLS. gLR SGR.DLR 25.1 93 CGR. DLR MRES.DLR 0,08,2 HT~N.DLR THOR.NGR 1.911 POTAo:NGR W2NG.NGR 42.331 W3NG.:NGR TENS. NGR 5444. 000 MTEM. NGR 1~-JUL-1989 12:59 160.875 MRES.NGR -999.250 RHOB.LDR -999.250 QSS.LDR -999. 250 LiTH.LDR -999.250 SSHV.LDR -999.250 CALI.LDR -999.250 DEVI.LDR -999.250 MTEM.LOR -999.250 TNPH.CNR -999.250 R'CFT.CNR -999.250 CALI.CNR -999. 250 HTEN.CNR 54. 653 LLD.DLR 42.3,91 TENS.DLR -304.500 SGR.NGR 2.24,7 URAN.NGR 39.241 W4NG.N-GR 160.875 MRES.NGR 4. 802 RHOB.LDR -0.062 QSS.LDR 99. 304 LITH.LDR 1¢50.000 SSHV.LDR 2.598 CALI.'LDR 151.8.48 OE¥I.LDR ~721. 077 MTEM.LDR 1.Z43 TNPHoCNR 8018.398 RCFT.CNR 123.125 C~LI.CNR 169.250 HTEN.CNR 9.424 LLD.DLR 3. 710 TENS. D]LR 467.500 SGR.NGR 0.3. :01 g R A N. N G R 4. 590 WCNG.NGR 160. 750 MRES.NGR 17.034 RHOB.LDR 0.002 QSS.LDR 143.557 LI'TH.LDR 1~53.094, SSHV.LDR 2.440 C.~LI.LDR 154.026 DEVI.LDR 728. 937 MTEM.LDR 16.156 TNPH.CNR 130. 372 RCFT.CNR 10.005 C~I!.CNR t68. 999 HTEN.CNR 62.071 LLD. DLR 13.7t9 TENS.DLR ~88. 750 SGR.NGR O. 313 URAN.NGR 7.69 '7 W 4 N.G . N G R 159. t25 MRES.NGR 0.083 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 --999.250 -999.250 -999.250 --999.250 -999. 250 45.391 3994.000 68.572 3.131 1.266 0.083 2-628 0.025 4 Z. 022 1338.00.O 7.000 40.730 169.250 1.406 8241.424 7. 000 24 3. O78 1 6. 052 5580.000 11.424 O. 725 O. 57,4 0.081 2.420 0.008 59.696 1339.000 7.000 36.988 168.999 14.7313 1881.919 T.O00 51.3.104 58.97,4 5444. 000 25. 193 1.326 2.199 0.082 CS.NGR DRHO.LDR LS.LDR SS1.LDR S1RH.LDR RB.LDR PI~Z.LDR MRES.LDR TNR~oCNR CNTC.CNR TENS.CNR SP.OLR MTEM.DLR CGR.NGR WING.NGR WSNG. NGR CS.NGR DRHO.LOR LS.LOR SS'I.LDR S1RH.LDR R~.LDR P',I~Z.LDR MRES.LD~ TNRA.CNR CNTC .CNR TENSoCNR SP.OLR MTEM.DLR CGR.NGR WINGoNGR WSNG.NGR CS.NGR DRHO.LDR LS.LD~ SS1.LDR S1RH.LDR R~.LOR PI~Z.LDR MRES.LDR TNRA .CNR CNTC.CN~ TE~S..CNR S P. OL R MTEM. OLR CGR. NGR WING. NGR WSNG.NGR CS.NGR PAGE: 21 830.500 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -15.039 160.875 42.391 212.658 1.266 982.000 0.017 201.611 197.443 2.5,49 190.157 345.149 0.072 0.920 7669.890 ,4721.077 -26.609 160.750 5.710 44.177 0.574 990. 500 -0.004 2?2. 640 198.265 2.442 195.250 352.867 0.071 1.986 3838.075 5728.937 -64.500 159.125 13.719 81.913 2.749 986.500 IS TAPE VERIFICATION LISTIN~ CHLUMBERGER ALASKA COMPUTING CENTER HTEN. NGR 488.750 DPHI.LDR PEm. LDR 4.680 ~LS.LDR LU.LDR 225. 211 LL.LDR SS2.LDR 274.479 LSHV.LDR LSRH.LDR 2.523 LURH.LDR AZIM.LDR 152.575 H~ZI.LDR GR.LDR 19.638 TENS.LOR HTEN.LOR 578.405 N~HI.CNR NPOR.CNR 13.386 RCNT.CNR CFTC.CNR 2272. 894 GR.CN~ MRES.CNR 0.072 MTEM.CNR DEPT. 11200. 000 LLS.DLR SGR. OLR 23. 546 CGR.DLR MRES.DLR 0.081 HTEN.DLR THOR.NGR O. 508 POTA.NGR WZNG.NGR 30.803 W3NG.NGR TENS.NGR 5572.000 MTEM.NGR HTEN=NGR 506.500 DPHI.LOR PEF.LDR 5. 234 ~LS.LDR LU.LOR 181.841 LL.LOR SS2.L'DR 252.082 LSHV.LOR LSRH.LDR 2.695 LURHoLDR AZIM. LOR 153.095 HAZI.LDR GR.LOR 29.435 TENS.LDR HTEN.LDR 618.816 NPHI.CN~ NP'OR.CNR 2.962 RCNT.CNR C'FTC.~CNR 58 !59. 886 GR.CNR MRESoCNR 0.073 MTEM.CN~ EP'T. 11100.000 LLS.DLR SG~. DLR 23. B 2~ C GR .,DLR MRES.DLR 0.083 HTEN.OLR THO~.NGR 0.667 POTA.NGR WZNG.NGR 40.:861 W3NG.'NGR TENS.NGR 5524.000 MTEM.NGR HTEN.NGR 509.000 OPHI.LOR PEF.LDR 3. 933 ~;LS.LDR LU. LDR 211. 501 LL.LDR SS2.LDR 26,4.233 LSHV.LDR LSRH.LD~ 2. 568 LURH.LOR ~ZIM. LDR 155.181 H:AZI.LDR GR.LDR 21.832 TENS.LOR H'TENoLDR 615.603 NPHI.:CN~ NP:O~.CN~ 7.871 RCNT.CN~ FTC. CNR 3544.393 GR .CNR MRES.CNR 0.07'3 MTEM.CNR DEPT. 11000.000 ILS.DLR S g R. D'L R 103.000 C ,G R. 0 L R M R E S ' D L R 0.082 H T E:N. D ~L ~ THO~.NGR 10.60:6 POTA.NGR W 2 :N G. N G ~ ! 39.4 ! 5 W 3 N G. N G R TENS.N:GR 53~0.000 MT~M. NG~ HTEN.NGR 509. 000 DPHI.LDR 14-JUL-I989 12:59 11. 063 RHDB.LDR O. 005 QSS.LDR 121.750 LITH.LOR 1454.000 SSHV.LDR 2.53Z CALI.LDR 152.575 DEVI.LOR 5T¢6.169 MTEM.LgR 14.114 TNPH.CNR 4442. OB1 RCFT.CNR 19.638 C~LI.CNR 168.Z~2 HTEN.CNR 248.214 LLD.DLR 4.445 TENS.DLR 506.500 SGR.NGR 0.129 URAN. NGR 12.101 W4NG.NGR 158.000 MRES.NGR 0.869 RHO~.LOR -0. 043 Q'SS.LOR 1455.95~ SSHV.LOR Z. :686 CALI.LOR 15~.095 DEVI.LOR 5~377o'78B MTEM.L~R 1. ~88 TNPH.CNR 6961o 732 RCFT.CNR 29. ~35 CALI.CNR 166.522 'HTEN.CNR 84 .. g 86 L L D. D L R 11.640 TENS.DLR 509.000 SGR.NGR O. 500 UR,~N. NGR 10.491 W4NG. NGR t56. 625 MRES.NGR 8.510 RHOB.LDR -0.010 QSS.LDR ~10. 730 LI'TH.LDR 1,454.040 .SSHV.LDR 2.578 CALI.LOR 155.181 OEVI.LDR 5676o,B50 MTEM.LDR 9. 500 TNPH.CNR 5q. 77. 486 RCF'T.CNR 21.832 CALI.CNR 163. ,884 HTEN.CNR 4.236 LLD.DLR 83.794 TENS.DLR 50g. O00 SGR.NGR 2.173 URAN.NGR 54.504 W4NG'NG'R 154.~75 MRES. NGR 14.405 RHOB.LDR 2.523 0.005 59.212 1340.000 7.417 33.778 168.242 13.815 2102.016 7.417 578.405 209.136 5572.000 23.546 2.398 3.850 0.081 2.698 0.008 37.623 1340.411 7.139 31.566 t66.522 2.668 6519.442 7.139 618.816 86.438 552,4.000 23 ,. 826 1.422 1.657 0.083 2.565 0.013 46.548 i 33 '9. 000 7.418 30.771 163. $84 8.048 3 438.390 7.418 61 5. ,503 5.258 5340.000 103. 000 2.186 g. IBO O. 08,2 2.46,4 DRHO.LDR LS.LDR SS1.LDR S1RH.LDR RB.LDR P1AZ.LDR MRES.LDR TNRA.CNR CNTC.CNR TENS.CF, iR $O.DLR MTEM.DLR CGR.NGR W1NG.NGR WSNG.NGR CS.NGR DRHO.LDR LS.LDR SSI.LDR S1RH.LDR RB.LDR PI~Z.LDR MRES.LDR TNRA. CNR CNTC.CNR TENS. CNR SP.DLR MTEM.DLR CGR.NGR WI:NG.NGR :WSNG. NGR CS.NGR DRHg.LDR LS.LDR $.51. LDR S1RH.LDR RB.LDR P 1 ~Z. LDR MRES.LDR TNR~.CNR CNTC.CNR TENS.CNR SP.DLR MTEM.DLR CGR.NGR W1Ng. NGR WSNGoNGR CS.NGR DRHO.iLOR PAGE: -0.001 234.178 193.981 2.531 184.254 337.646 0.072 1.874 ~294.017 5746.169 -79.625 158.000 4.445 73.707 1.100 988.000 0.002 178.302 185.213 Z.693 191.555 346.587 0.073 1.010 6865.406 5877.788 -91.375 156.625 11.640 66.262 0.552 992.000 -0.003 216.427 190.266 2.584, 1'73.430 327.547 0.073 1.564 5138.250 5676.850 -89.563 154.875 83'794 332.760 14.343 1009.500 0.077 Z2 IS TAPE VERIFICATION LISTING CHLUMBERGER ~L~SK~ COMPUTING CENTER PEF.LDR 3.507 :LS.LDR LU.LDR 278.697 LL.LDR SS2.LCR 308.5BT LSHV.LDR LSRH.LDR 2.387 LURH.LOR AZIM.LDR 146.322 H~ZI.LDR GR.LDR 76.351 TENS.LDR HTEN.LDR 721.678 NPHI.CNR NPOR.CNR 2~.777 ~CNT.CNR CFTC.CNR 520. 802 GR.CNR MRES.CNR 0.074 MTEM.CNR DEPT. 10965.000 LLS SGR.gLR 82.324 CGR.OLR MRES.DLR 0.081 HTEN.OLR THOR.NGR 6.660 POT~.NGR W2NS.NGR 121.06! W3NG.NGR TENS.NGR 5244.000 MTEM.NGR HTEN.NGR 4'73.250 DPHI.LDR PEF.LDR -9 99. 250 ~LS. LDR :LU.LDR -999. 250 LL.LDR SS2.LDR -999. 250 LSHV.LOR LSRH.LDR -999.250' LURH.LDR AZIM.LOR '-999.250 HAZI.LDR GR.LDR -999.250 TENS.LDR HTEN,LDR -999.250 N'PH!.. CNR NPORoCNR -999.250 RCNT.CNR CFTC. CNR -9 99.2 50 GR.CNR MRES.CNR -999.250 MTEMoCNR *'~: FILE TRAILE~ ~=~-~-' FILE NAME : ~DIT .003 SERVICE : FLIC VERSION : 001A02 D~'TE : 89/07/14 MAX REC SIZE : 1096 FILE TYPE : LAST FILE **** FILE HEADER FILE NAME : E~DIT .004 SERVICE : FLIC VERSION : 001A02 D~TE : 8'9/07/14 MAX REC SIZE : 1096 FILE TYPE : L~ LAST FILE l~-JUL-'19B9 12:59 -0.004 qSS,LDR 155.959 L!TH.LOR 1,454. 000 SSHV.LDR 2.391 CALI.LDR 146.32Z DEVI.LDR 5785.391 MTEMoLDR 27.913 TNPH.CNR 1604.808 RCFT.CNR 76.351 CALI.CNR 161.625 HTEN.CNR 0.148 LLD.DLR 50.366 TENS.DLR 473,250 SGR.NGR 1.236 UR~N.NGR 37.037 W~NG.NGR 154.875 MRES. NGR -999.250 RHOB.LDR -999.250 QSS.LDR -999.250 LITH.LDR -999.250 SSHV.LOR -999.250 CALI.LDR -999.250 DEVI.LDR -999.250 MTEM.LDR -999.250 TNPH.CNR -999.250 RCFT.CNR -999.250 CALI.CNR -999.,Z50 HTENoCNR 88.518 1338.012 12.~,85 32.391 161.625 27.582 503.580 12.485 721.678 1.525 82.324 3.718 8.845 0.081 -999.250 -999.250 -999.250 -999.2 50 -999.250 -999.250 -999. 250 -999.250 -999.250 -99 9.250 -999.250 LSoLOR SS1.LDR SIRH.LDR RSoLDR P1AZ.LDR MRES.LDR TNR&.CNR CNiC .CNR TENS .CNR SP.DLR MTEM.DLR CGR.NGR WING.NGR WSNG.NGR CS .NGR DRHO.LDR LS.LDR SSI.LDR SiRH.LDR R~.LDR P1AZ.LDR MRES.LDR TNRA.CNR CNTC .CNR TENS.CNR PAGE: 2.,3 295.417 227.055 2,221 211.557 2.3,~6 0.074 3.108 1575.576 5785.391 -98.553 154.875 50.366 2~3.228 6.081 1010.500 -999.2.50 -999.250 -999.250 -999.250 -999.Z~0 -999oZ50 -999.250 -999.250 -999.2.50 -999.250 IS TaPE VERIFICATION LISTING 14-JUL-19$g 12:59 CHLUMBERGER aLASKa, COMPUTING CENTER PAGE: Z4 FILE - EOZT.O04 ARCO ~LASKA INC. PRUDHOE BAY/LISBU~NE LIS~URNE L3-23 50-029-21955 PC'gL REPE~T PaSS DATA AT 1.2" SAMPLE R~TE DATA S~MPLED .'-_VERY -.1000 FEET 'DATA INCLUOEO - TOOL EXTENSION TOOL TYP:,.. USeD NAME LOT .LHR LITHO CENSITY 10984~m TO 11¢g5' CNT-A/D/H .CHR COMPENSATED NEUTRON 1098~e TO 11479e T~iBLE TYPE : CONS TUNI VALU DEFI CN ARCO ~;L&SKA INC. COMPAN'¥ NAME FN P~UO:HDE BAY/LIS~U~NE POOL FIELD NAME WN LISBURNiE L3-2B WELL N~ME APIN 50-029-21955 API SERIAL NUMB, ER FL gBS' FNL & B68' FWL FIELD LOCATION SECT 2Z SECTION TOWN llN TOWNSHIP RANG 15E RANGE COUN NO~TH S~OPE COUNTY ST~T ALASKA STATE OR PROVINCE N~TI US~ NATION ENGI SARBER ENGINEER'S NAME WITN :.BART[O/PRIVOZNIK/JACKSDN WITNESS'S NAME SON :548433 SERVICE ORDER NUMBER PO~T MSL PERMANENT DATUM E ~P :0 F T 0. LMF RKB LOG M:E~&SURED FROM APO FT 60. EKB FT 60. E DF ~FT 5 ~. EGL FT 2 1. TOD FT 11500. IS TBPE VERIFICAT!ON LISTING CHLUNBERGER ~LASKA COMPUTING CENTER TABLE TYPE : CURV DEFI 14-JUL-1989 12:59 OEPT DPHI RHOB DRHO QLS QSS LS LU LL LITH SS! SS2 LS.HV SSHV S1RH LSRH LURH CALI AZIM H~ZI DEVI P1AZ GR TENS MTEM MAES HTEN N~HI TNPH TN~A NPOR RCN'T RCFT CN'TC C~TC GR ~CALI TENS MAES MTEM HTEN DEPTH CHANNEL NAME DENSITY POROSITY SULK DENSITY DELTA RHO PHOTO-ELECTRIC FACTOR QUALITY CONTROL OF LONG SPACING :OR LOT QUALITY CONTROL ON SHORT SPACING FOR LOT LONG SPSCING COMPUTEO CCUNT ~ATE (LL+LU/2) LONG UPPER 1-Z WINDCW CCUNT RATE (LUl+LUZ) LONG LOWER WINDOW COUNT RATE LITHOLOG WINOOW COUNT RATE SHORT SPACING I ~INDOW COUNT RATE SHORT SPACING 2 WINDOW COUNT R~TE LONG SPACING HIGH VOLTAGE OUTPUT SHORT SPACING HIGH VOLT~GE LOOP OUTPUT SHOR'T SP~CING 10ENSITY LONG SPACING RHOB (UNCORRECTEO) LONG UPPER RHOB CALIPER R~LaTIVE BEA~ING AZIMUTH OF HOLE DRIFT HOLE AZIMUTH OEVIATION PAD I AZIMUTH GAMMA RAY TENSION MUg TEMPERATURE MUD RESISTIVITY HEAO TENSION NEUTRON POROSITY THERMAL NEUTRON PO~OiSIT¥ ~CA~LISR~TEO THERM~'L NEUTRON RATIO NEUTRON POROSITY OUTPUT FROM AN APPLICATION PROGRAM RAW CORREC'TEO NEAR: THERMAL COUNTS ~AW CORRECTED FAR THERMAL COUNTS CORRECTED NEAR THERMAL COUNTS CORRECTED ~AR THERMAL COUNTS GAMEA RAY CALIPER TENSION MUD RESISTIVITY MUD TEMPERATURE HEA~ TENSION PAGE: 25 IS TAmE YERIF!C~TIDN LISTING CHLUMBERGER ~L~SK,~ COMPUTING C~NTER 14-JUL-19~9 1~:59 DATA FDRMAT SPECIFICATION 2ECORD *~ SET TYPE - 64E3 ~* TYPE qEPR CDOE 1 ,.66 3 73 5 66 6 73 8 68 9 65 11 66 1] 66 14 65 15 66 16 66 0 66 0.099 .~T 6 0 FT 68 ! ! NAME SERV UNIT SERVICE API API API ~PI FILE NUMB NUMB SIZE REPR 'ID ORDER !~ LOG TYPE CLASS MOO NUMB SAMP ELEM CODE D E P T F 'T 548433 00 DPHI LHR PU 548433 42 RHOB 'LHR G/C3 548433 42 DRHO LHR G/C3 548433 42 PEF LHR 545433 42 QLS LHR 548433 42 QSS LHR 548433 4~ L S L H R C P S 548433 4,2 LU LHR CPS 548-4 3.~ 42 LL LHR CPS 543433 42 L'ITH LHR CPS 548433 42 SS1 LHR CPS 548433 42 SS2 LHR C~S 548433 4Z LSHV LHR V 5'48433; 42 SSHV LHR V 548433 42 S1RH LH~ G/C3 548433 42 LSRH LHR G/C3 548433 42 LURH LHR G/C3 548433 42 CALl LHR IN 548433 42 RB LH~ ~EG 548433 42 AZIM LH~ ~EG 548433 42 H~ZI LHR ~EG ~433 42 ~EVI LHR ~EG ~4~433 42 P1AZ LHR ~EG ~4~433 42 GR LHR GAPI 548433 42 TENS LHR L~ 548.433 42 000 O0 0 4 1 1 990 O1 0 4 t 1 350 02 0 4 1 1 356 01 0 4 1 1 358 O1 0 4 t I 354 01 0 4 1 1 354 O1 0 4 1 1 354 Ot 0 4 1 1 354 O1 O 4 1 1 354 01 0 4 1 1 354 Ol 0 4 1 1 354 02 0 4 I 1 354 02 0 4 t 1 354 O0 0 4 1 1 354 O0 0 4 · 1 1 350 OZ O 4 t I 350 0.2 0 4 1 1 350 02 0 4 1 1 280 01 0 4 1 I 631 0 t 0 4 1 1 63 O 0 t 0 4 1 1 630 01 0 4 1 I 620 O1 0 4 1 1 630 01 0 4 1 1 310 Ot 0 4 1 1 635 21 0 4 t 1 PROCESS (HEX) 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 OOO0000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 O000OO0000 · 4 68 0000000000 4 68 0000000000 4 68 O00000OO0~O 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 O000000OO0 4 68 0000000000 4 68 DO00000000 4 68 00000:00000 4 68 0000000000 4 68 O00~O0000OO 4 68 :0000000000 4 68 O000000OO0 4 68 0000000000 PAGE: 26 IS T~PE VERIFICATION LISTING CHLUMBERG~R ALA'SK,~ CDMPUTING CENTER 14-JUL-lgBg 12:59 PASE: 27 NAPE SERV UNIT SERVI~CE API &PI ID OROER ~ LOG TYPE MTEM LHR CEGP 548433 42 000 MRES LHR OHMM 548433 42 000 MTEN LHR LB 548433 42 000 NPHI CHR PU 5&~433 42 890 TNPH CHR PU 548433 42 890 TNRA CHR 54~433 42. 420 NPOR CHR PU 54~,33 42 B90 RCNT CHR CPS 548433 42 420 RCFT CHR CPS 548433 42 420 CNTC CHR CPS 548433 42 420 CFTC CHR CPS 54843~ 42. 420 GR CHR GAPI ~45433 42 310 CALI CHR IN 548433 42 2BO TENS CHR LB 548433 42 535 MRES CHR OHMM 548433 42 000 MTEM CHR DEGF 548433 42 000 HTEN CHR LB 548433 42 000 CLASS ~Pl FILE NUMB NUMB ~00 NUMB SAMP ELEM SIZE O0 0 4 1 1 4 O0 0 4 1 1 4 O0 0 4 1 1 4 O0 0 4 1 1 4 O0 0 4 1 1 4 01 0 4 1 1 4 0 O O 4 1 1 .¢ O1 0 4 1 1 4 C 1 0 4 1 1 4 O1 0 4 I 1 4 O1 0 4 1 1 4 01 0 4 1 1 O1 0 4 1 1 4 21 0 4 1 1 4 O0 0 4 1 1 4 O0 0 4 1 t 4 0 0 0 4 1 1 ,4 REPR PROCESS CODE CHEX) 68 0000000000 68 0000000000 68 0000000000 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 DO00000000 68 0000000000 0000000000 68 0000000000 68 0000000000 68 0000000000 68 O00OO00000 68 0000000000 DATA DEPT. 11505.900 OPHi.LHR PEF.LHR 3.027 QLS.LHR LU.LHR 206.500 LL.LHR SS2.LHR 273.000 LSHV.LHR LSRHoLHR 2.602 L:URH.'LHR AZIM.LHR 151.939 HAZI..LHR GR.LHR 123.125 TENS.LHR HTEN.LHR 1252.750 NPHI.CHR NPOR.CH~ 1.412 RCNT.,CHR CFTC.CHR 865~0.631 GR.CHR MRES.CHR 0.0'72 MTEM.CHR DEPT. 11500. 000 O PHI.LHR PEF:.LHR 5.176 CLS.:LHR LU.LHR 198. 250 LL.LHR SS2.LHR 266. 500 LSHV.LHR LSRH.LHR 2.5.96 L:URH.LH~ AZIM. LHR 151.875 HAZI.LHR G~oLHR 123.125 TENS.LHR HTEN..LHR 236.500 NPHI.CHR NPOR.CHR 1.406 ~CN'T.CHR CFTC. CHR ~6 50. 631 GR .CHR MRES.CHR 0.072 MTEM.CH~ DEPT. 11400°000 DPHI.LHR PEF.LHR 4.563 ~L,S.LHR LU.LHR 257.500 L,L.~LH:R SS2.LH~ 284.500 LSHV.:LHR LSRH.LHR 2.424 LURH. LHR 5.298 RHOB.iLHR -0.062 QSS.,LHR 100.625 LITH.~LHR 1450o000 SSHV.LHR 2.590 C~,LI.LHR 151.939 OEVI.LHR 2774.000 MTEM.LHR 1.249 TNP'H.CHR 801:8.398 R:CFT.CHR 123.125 CAL!.CHR 169.250 HTEN.CHR 5.960 RHOB-LHR 0,.025 QSS-LHR 10,6.938 L'ITH.LHR 1,4:50.000 SSHV.LHR 2.619 CALI.LHR 151.875 DEVI.LHR 4~0'4.000 MTEM.~LHR 1.243 TNPH.CHR 801~.39~ RCFT.CHR 123.125 CALI.~CHR 169.250 HTEN.CHR 16.8:01 RHOB.LHR 0.005 QSS.LHR 143.750 LI'TH.LHR 1453..000 SSHV.LHR 2.441 CALI.LHR Z.619 DRHO.LHR O.O1Z LS.LHR 40.688 SS1.LHR 1337.000 SIRH.LMR 6.984 RB.LHR 40.723 PI~Z.LHR 169,.2~0 MRES.LHR 1.412 TNRi~.CHR 8241.424 CNTC.CHR 6.984 TENS.CH~ 252.750 2.608 DRHO.LHR 0.025 LS.LHR 42.188 SS1.LHR 1338.000 S1RH.LHR '7.000 R~.LHR 40.728 P1AZoLHR 169.250 MRES.LHR 1.406 TNR,~.CHR 8241=,424 CNTC.CHR 7.000 TENS.CHR ,23 6. 500 2.423 DRHO.LHR 0.014 LS.LHR 61.406 SS1.LHR '1339.000 S1RH.LHR 7.000 RB.LHR 0.017 203.875 19:8.250 2.537 190.153 365.234 0.072 0.920 7669.856 2774.000 0.012 206.125 196.500 2.547 190.166 345.188 0.072 0.920 7659.892 4804.000 -0.002 272.500 199.375 2.434 195.803 IS T~PE VERIFICATION LISTING CHLUMSERGER ~LASK~ COMPUTING CENTER AZIM.LHR 153.174 HAZI.LHR G~.LHR 9.102 TENS.LHR HTEN.LHR 519.500 NPHI.CHR NPOR.CHR 15.181 RCNT.CHR CFTC.CH~ 1930.829 GR.CHR MRES.CHR 0.0'72 MTEM.CHR DEPT. 11300.000 DPH!.LHR PEF.LHR 3.789 CLS.LHR LU.LHR 216.500 LL.LHR SS2.LHR 276.500 LSHV.LHR LSRH.LHR 2.527 LURH.LHR AZIM.LHR 151.942 HSZI.LHR GR.LHR 23.797 TENS.LHR HTEN.LHR 589.000 NPHI.CHR NPORoCHR 14.434 ~CNT.CHR CFTC. CHR 2254.382 GR. CHR MRES.CHR 0.072 MTEM.CHR DEPT. 11200.000 DPHI.LHR PE~.LHR 4.688 CLS.LHR LU.LHR 132.625 LL.LHR SS2.LHR 255.500 LSHV.:LHR LSRH.LMR 2.65~ LURH.LHR ~ZIM.LHR 153.528 HSZI.~LHR GR.LHR 23.906 TENS.!LMR HTEN.LHR 6~3.500 NPHI.CHR NPOR.CHR 3-187 RCNT-CHR CFTC.CHR 6887.050 GR.CHR MRES.CHR 0.072 MTEM.CHR DEPT. 11100.000 DPHI.~LHR PEF.LHR 4.82~ CLS.LH~ LU.LHR 193.500 LL.LHR $S2.LHR 260.250 LSHV.LHR LSRH.LH~ 2.621 LURH.LHR AZIM:.LHR 153.232 HAZI.LHR GR.LHR 23.688 'TENS.,LHR HTEN.LHR 631.500 NPHI.CHR NPOR.CHR 6.346 RCNT.CHR CFTC.CHR 3987.984 GR.CHR MRES.CHR 0.0?3 MTEM.CHR DEPT. 11000.000 OPHI.LHR PEF.~LHR 2.973 ~LS.LHR LU.LHR 272.750 LL..LHR SS2.LH~ 30'7.500 LSHV.LHR LSRH.LM~ 2.393 LURH.LH~ ~ZIM.LHR 146.985 HSZI.'LHR G~.LHR 89.563 TENS.LHR HTENoLHR 729.500 NPH~.CHR NPDR.CHR 27.046 RCNT.CHR CFTCoCHR 523.774 GRoCH~ MRES.CHR 0.074 ~TE:M.CHR l~-JUL-I989 t2:59 153.174 DEVI.LHR 5668.000 MTEM.LHR 16.220 TNPH.CHR 4155.084 ;C~T.CHR 9.I02 C~LI.CHR 168.875 HTEN.CHR 10.309 RHOS.LHR 0.049 ~SS.LHR 122. 938 LITH. LHR 1454.000 SSHV.LHR 2.557 CALI.LHR 151.942 OEVI.LHR 5'860.000 MTEM.LHR 14.687 TNPH.CHR 4282.697 ~CFT.CHR 23.797 CALI.CHR 168.125 HT:EN.CHR 2.309 RHDB.LHR 0.'029 .~SS.LHR 96.750 LITH.LHR 1456.000 SSHV.LHR 2.680 CALI.LHR 153.528 DEVI.LHR 5892.000 MTEM. LHR 2.10 g TNPH.CHR 7175. 238 RC~T..CHR 23. gO6 C~LI.CHR t66.375 HTENoCHR 5.366 ~HOB.LHR 0.010 QSS.LHR 101. 813 LITH.LHR 1455.000 SSHV.LHR 2.637 CALI.LHR 153.232 OEVI.LHR 5832.000 MTE~.LHR 7.27'9 TNPH.:CHR 5642.044 RCFT.CHR 23.688 CALI.CHR 163. 750 HTEN. CHR 13.52t ~HOS.LHR 0.009 QSS.LHR 15.4.750 LITH.LHR t454. goo SSHV.LHR 2. 404 CALI.LHR 146.985 OEVI.LHR 5700.000 MTEM.~HR 27. 600 TN~H.CHR 1671.447 ~CFT.CHR 89.563 CALI.CHR 161. 625 HTE'NoCHR 37.111 168.$75 15.418 1959.950 7.000 519.500 2.534 0.010 55.563 1340.000 7. ,418 33.855 168.125 13.995 2156. 499 7.418 589.000 2.671 0.016 48.281 1341.000 7.055 31.~85 166.375 2.736 6272.411 7.055 633.5'00 2.618 0.002 42.219 1339.000 7.418 31.093 163.750 6.519 3812.202 7.418 631.500 2.479 0.055 81.563 1339.000 12.156 32.234 161.625 27.175 449.694 12.156 729.500 PI~Z.LHR MRES.LHR TNR&.CHR CNTC.CHR TENS.CHR DRHO.LHR LS.LHR SS1.LHR S1RH.LHR RB.LHR PI~Z.LHR MRE$.LHR TNRA.CHR CNTC.CHR TENS.CHR DRHO.LHR LS.LHR SS1.LHR S1RH.LHR RS.LHR PI~Z.LHR MRES.LHR TNR,A.CHR CN?C.CHR TENS.CHR DRHO.LHR LS.LHR SS1.LHR $1RH.LHR RB.LHR PIAZ.LHR MRES.LHR TNRA.CHR CNTC.CHR TENS.CHR DRHO.LHR LS.LHR SS1.LHR S1RH.LHR R8.LHR PI~Z.LHR MRES.LHR TN~.CHR CNTC.CHR TENS.CHR PAGE: 28 352.714 0.072 1.990 3831.617 5668.000 0.005 231.125 197.125 2.508 184.381 337.213 0.072 1.912 4293.884 5860.000 0.005 188.125 188.625 2.645 191.675 347.149 0.072 1.02'9 6923.605 5892.000 -0.004 198.500 186.750 2.637 172.300 324.259 0.073 1.414 5331.836 5832.000 0.056 291.250 229.125 2.21I 209. 892 1.185 0.074 3.079 1565.496 5700.000 IS TAPE VERIFICATION LISTING CHLUMBERGER ALASK~ CO.~PUTING CENTER 14-JUL-1989 17..: 59 PAGE: 29 DEPT. 10979.000 OPHI.LHR PEF.LHR 4.184 ~LS.LHR LU.LHR 361.500 LL.LHR SS2.LHR 394.000 LSHV.LHR LSRH.LHR 2.236 LURM.LHR AZIM.LHR 117.286 H~ZI.LHR GR.LHR 52.875 TENS.LHR HTEN.LHR 1557.000 NPMI.CHR NPOR.CMR 30.125 RCNT.CHR CFTC.CMA 534.461 GR.CHR MRES.CHR 0.072 ~TEM.CHR 14. 916 RHOB.LHR -0.049 QSS.LHR 197.125 'LITH.LHR 1-452.000 SSHV.LHR 2.232 CALI.LHR 117.286 DEVI.LHR 7424. 000 MTEM. LHR 32.114 TNPH.CHR 1641.909 RCFT.CHR 52.875 CALI.CHR '161.125 HTEN.CHR 2.455 ORHO.LHR 0.015 LS.LHR 91.625 SS1.LHR 1338.000 S1RH.LHR 8.109 RS.LHR 32.968 PXAZ.LHR 161.125 MRES.LHR 29.189 TNRA.CHR 548.871 CNTC.CHR 8.109 TENSoCHR 1587.000 0.217 378.000 275.000 1.854 210.480 332.337 0.072 3.126 1568.327 7424.000 END 0~ DATA ,4** FILE TRAILER **** FILE NAME : EDIT .004 SERVICE : FLIC VERSION : OOIA02 DATE : ~ 9/07/.14 MAX REC SIZE : 1096 FILE TYPE : LO LAST FILE : **-,,* TAPE TRAILER 4:*** SERVICE NAME : EOIT DATE : 89/07/16 a~IG~N : FLIC TAPE NAME : 73395 CON'TINU,~T'ION ,~ : ~ PREVIOUS TAPE : COMMENT : ARCO, PRU~HOE .BAY/LISBURNE POOL, LtSSURNE L3-28~, 50-029-21955 , **', R E E L T R A I L E R · ,** '~ SERVICE N.~ME : EDIT DATE : 89/07/14 ORIGIN : FL lC REEL NAME : 73.395 CONTINUATION ':~ : PREVIOU~ ~EEL COMMENT : ~RCO, PRURHDE BAY/LISBURNE POOL, LISBURNE L3-28, 50-029-21955 CHLUMBERGER P~GE LIS TAPE VERIFICATION LISTING LIS TAPE VERIF!CATZON FOR RFT FIELD TAPES JOB NUMBER 73395 COMPANY NAME WELL NAME FIELD NAME COUNTY STATE API NUMBER ARCO ALASKA INC. LiSBURNE L3-Z8 PRUDHCE BAY/LISBURNE POOL NORTH SLOPE ALASKA 50-029-2'1955-00 RUN NUMBER DATE LOGGED SERVICE ORDER NUMBER DATE COMPUTED ONE 09-.J UL- 89 548433 t4-JUL-89 FIELOI FILES .00.4 THRU .014 SCHLUMBERGER OFFSHORE SERVICES A~LASKA DIVISION COMPUTER CENTER 500 WEST INTERNATIONAL AIRPORT ROAD ANCHORAGE, ALASKA CHLUM~E~G~R PAGE 2 LIS TAPE VERI=ICATION LISTING LIS 'TAPE VERIFICAT'ION FOR AFT FIELD TAPES JOB NUMBER 73395 COMPANY NAME WELL NAME FIELD NAME COUNTY :STATE ~,PI NUMBER ARCO ALASKA INC. LI S~,URNE L3-28 PRUDHOE 8AY/LISBURNE POOL NORTH SLOPE ALASKA 50-029-219.55-00 RUN NUMBER ONE gATE LOGGED 09-JUL-SO SERVICE ORDER NUMBER 548433 DATE COMPUTED 14-JUL-SO FIELD FILES .004 THRU .0'14 SCHLUMS:ERGL=R OFFSHOR.E SE~VI~CES ALASKA DIVISION COMPUTER CENTER 500 W~EST INTE'RNATIONAL ~IRPORT ROAO ANCHO:RAGE~ ALASKA 99518 907 / 5 6 2- ~2 654 ,CHLUMBERGER LIST MTAO:[]LISA.DAT; 14-JUL-89 11'49:26 PAGE 3 'EEL HEADER 548433 *~- REEL HEAOER ~ SERVICE NAME : DATE : 89/07/10 ORIGIN : CSU REEL NAME : 548433 CONTINUATION ~: O0 PREVIOUS REEL : COMMENT : SCHLUMBERGER WELL SERVICES CSU TAPE T~,PE HEADER 548433 ~, TAPE HE~ADER ,~ SERVICE NAME : D~TE : 89/07/10 ORIGIN : CSU TAPE NAME : 548433 CONTINUATION ~: O0 PREVIOUS 'TAPE : COMMENT : SCHLUMBERGER WELL SERVICES CSU TAPE 'EOF) FILE HEADER GRFT .003 *~- FILE HEADER FILE NAME : GRFT .003 SERVICE NAME : LOG VERSION :~ : 32.2 DATE : 89/07/10 MAX. REC. LEN.: 8192 FILE TYPE : PR PREVIOUS FZLE : TABLE TYPE CONS LISTING OF SET 7 TYPE CONS O~JNA~ STAT P:UNI TUNI VALU FOEP UNAL F F END OF SET 7122.45: TABLE TYPE CONS LISTING OF S;ET B TYPE CONS 05JNAM ST,AT PUNI TUNI VALU E N D ~ F S E T FILE TRAILER GRFT .003 CHLUMBERGER iLIST MT&O:E]LISA.DA'T; lC-JUL-89 11:49:26 ** FILE TRAILER *~, FILE N~W=, : GRFT .003 SERVICE NAME : LOiS VERSION ~ : 32.2 gATE : 89/07/10 MAX. RECo LENo: 8192 FILE TYPE : PR NEXT FILE : FILE SUMMARY #LR ePR ~ENC ~DR ~FM PI PI_UNITS MAXPI 33 40 0 MINPI FILE HEADER GRFT .004 :*~ FILE HEADER ~ILE NANE : GRFT .004 SERVIC~ NAME : LOG VERSION e : ~2o2 DATE : 89/07/10 MAX. 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LEN.: 8192 FILE TYP~ : PR PREVIOUS FILE : TABLE TYPE CONS LISTING OF SET Z9 T'YP~ CONS OBJNAM ST~,T PUNI TUNI VALU FQEP UNAL F m lOgZ1,6 ENO OF: SE'T 'CHLUMBERGER LIST MT&O:[3LZS~.D~T; 14-JUL-89 11:49:26 PAGE 29 T~BLE TYPE CONS LISTING OF .SET 30 TYPE CONS OBJNAM STAT PUNI TUNI VALU END OF SET :ILE TRAILER GRFT .015 ** FILE TRAILER ~ FILE NAM.:_ : GRFT .015 SERVICE NAME : LDG VERSION ~ : 32.2 DATE : 89/07/10 MAX. REC. LEN.: 8192 FILE TYPE : PR NEXT FILE : FILE SUMMARY aLR ~PR eENC ,~O~ #FM Pi PI_UNITS MAXPI 55 62 0 'EOF) 'EOO) TAPE SUMMARY FILES ~LR ~ePR 113 1085 11~1 MINPI REEL SUMMARY FILES TAPES .#LR aPR 13 1 1:086 1142 LU SUMMARY FILES TAPES REELS ~LR 13 1 i 1086 11~2 END OF LISTING MTAO:E]LISA.OAT; ~]-' ....... SCHLUMBERGER ....... ~ MICROFILMED COMP.aNY NA~,~-E : ARCD ALASKA, INC. WELL N:ME : L~ISBURNE L5-33 ~iEL,.,.q.. NA~qE : PRUDHOE BAY/LISBURNE P~OL 3C~CUGH : ~,~ORTH SLOPE ST&TE : AL~a, SK A API NU~ER : 50-029-21943 RE~ERENCE ND : '7'~372 .IS T~,PE VERIFICATTON LISTING ,CHLU~BERGER SL,~,SK~ CgMPUT'ING CENTER 22-JUN-19B9 14:06 -~-,-~-,- REEL HF-,~DER_ SERVIC,.'- NAME : .=..SIT D ~T :_= : 99105122 ORIGIN : =L!C REEL N~ME ' 73372 CONTINU~TiCN ~ : PREVigUS REEL : CONMENT : LIS ',"~-:--* T&Pc. HEADER. "'"'"'"'-.- SERVICE NA.~E : EDIT C~TE : 89/05/22 ORIGIN : '=LIC T~PE NAME : 7=]72 CONTiNU~T~GN ~ : PREVIOUS TSm[ : CONMENT : LIS ~- -,-',-',- FILE H E ~ O = R.. --"'"-,- ..... ,--,- FILE NAME : EDIT .001 S:ERVICE : .CLiC VERSION : O0!A02 D~TE : 89/06/22 MAX REC SIZE : 1096 FILl TYPE : LO L~ST ~!LE : ~RCC ALaSKa, INC., LiS8URNE L5-33, ~PI aRCO ~LASKA, INC., LiS~URNE L5-33, ~50-029-21943 ~50-0 29-219/+ 3 COMPANY NAME: ARCO ,&LASKA, iNC. WELL: LISBURNE L5-33 FIELD: PRUDHOE BAY/LISBURNE EOROUGH: NORTH SLOPE STATE: ~L~SK~ .~Pl NUMB. ER: 50-029-2t94~ PO~ LOCATION: 2303' ~SL & 'I,42' FEL SEC'TISN: 2 TOWNSHIP: lIN R~NG:E: 1SE P~m,..RF~.AN,.:NT DAT. U,M.: MSL ELEV~ATION: O IS TAPE V:~-RI~ICATION LIST!KG 2Z-JUN-tong 1~:06 CHLUF'~ERGER ~LASK4 CO','PUTZNG CENTER LOG ~::ASUPE3 ~:~nu PK~ :9 ,~.~OV5 m:P'~$N~-' gA U ............ ~NT . T ~ ELEVATIONS K.3: 5:? Cc: -qB GL: 20 C4T~ LOSGEO: lB-JUN-69 RUN NUMBER: ON,=. TD DRZLL=.R: 1151~ TD LOGG:_~: 11505 CAS~'N$'.. . 7 ~/8'~. t~ ~ nRILLE:~. ,, D~PTH~_ 3F 107'~0.,~ AND LmG.~ER,~ _~IT SIZE: 6 ]/~" TYPE FLUID ZN H3LE: LSND POLYMER DENSITY: '9.7 VZSCES~TY: 38 PH: 10 PLUTO LOSS: MUD RESISTIVITY' FILTRATE RESISTIVITY: MUD CAK~ RESIST'ZVZTY: C.192 @ 76 O.lCF ~ 69 0.276 9, 73 TiME CIRCULATION LOGGING DISTRICT: LOG~'ING WI?NESS: 06:30 18-JUN P2UONO=_ B4Y FRITZKE V ENH~US/K R,aWI ~T Z 3EPTH OF 10733 NATUPAL MAXIMUM T GAM~,~A RAY SPECTRO'qETPY LOG DASS: ~D ON BOTTOM: 17:23 I8-JUN ~M:P RECDDDED' I,5]. TOOL NUMB CTSM- 9LE-B gLS-F TCC-~ gLS--F ERS: ~ 326 LCN-~& '779 739 75'9 ~F DLC-D 761 F 123 NGT-D 719 :~ 77~ ELC-D 969 P 975 R PENS LOGG ~J~ T IT:O N EUTR. ON-L IT:HO'-D :N SZ TY ER CN BOTTOIV' 23:'57 18-JUN E~m RECORDED: 156 PASS: TOOL N'U M g 'E R S: CTS ~-i :328 T C C - B .4 Z 1 CNC-H :~ 332 NSC'- E 793 ~MN-A~ 870 SGC-S ~ 19~ CRS-C 4969 GPIC-i 730 'T ! l'~ E ,L O :.: G lv ~A X I ~ U M 'T TERLOG F4SS: ER ON BOTTOM: 05:19 19-JUN TOOL C T S :~- 'TCC-8 -RS ". ~, 32 4. 421 ~1'qN-~4:870 SGC-S,& 294 IS TAPE VERIFICATION LISTING CHLIJF'SERG:R ~LASK& CC~'~P:JT"N,S CENTER 22-JUN-1989 14:06 PAGE: DLS-F 975 CLC-D 969 FIELD Rc~ARKS: BOREHOL: SALINITY = 31, . _ ~ gO0 PPM CHLORIDES KALM~N :ILTERING USED ON THE NGT PROCESSING. ~LTE LgSGED ~T 1300 FmH, TWO 1" STANDOFFS WERE USEO CN DLTE. LgT/CNL/GR/a~S STRING LgG~SEO aT gO0 FPH. THE FIRST RUN WITH TH_: SL~TE/NGTD Cg.~BZN&TION CONTAINED A ~OLLER SUB, P,!J~BEP HOLE FINGER ~ND BOO L~,. WEIGHT e, AR. ~ FAILURE OF THE :LEXZSLE INSULATING ~RIDLE L:FT US WITH ONLY THE ~BZLITY TO ~CQUIRE GOOD NGT D~TA. THUS, NOT KNONING FUTURE HOLE CONDITIONS, A ~,~IN ~ASS TO AC,2UIRE NGT g~T~ WAS ~AD~ ~'T 900 :PH. WE HAD NC PPOELEMS GETTING TO BOTTOM. ~ 2ND ~TTEMPT WaS MADE &~TER REMOVING THE ROLLER SUiB ~ND REPLACING THE FLEXIBLE BRIDLE WITH ~ RIGID ONE. TH!E TOOL TRAVELLED SME'.]THLY TO BOTTOM BUT THE OLTE FAILED JUST PRIOR T~ M~K~NG ~ LOGGING PASS FROM 6OTTOM. HOWEVER~ A 900 ~PH REPEAT P~SS FOR THE NGT LOG W~S '4~gE. GOOO HOLE CONOITIONS PREVAILED. A DECISION WAS THEN ~DE TO RUN THE LDT/CNL/GR ST.PING ~,EFORE HOLE CONDITIONS PETE,[ORATED. 3EC~USE OF THE SM~,LL HOLE SIZE AND "RgLLOVER''~ PPOBLE?,~S IN THE P~ST THE SUGGESTION TO RUN THE DLTE/tOT/CNL/GR TOOLS IN ONE RUN W~,S gE=EATEg. THREE HIGH RESOLUTION P~SSES WERE MAOE WZTH THE LDT/CNL/GR IN ORDER TO 05TARN BETTER SKID CONTACT W~TH THE FORMATION. ROLLOVER DEVICES ~NO SPECI,AL ~UD PLOUGH WERE USED ON THE LOT. M.ATRIX = LIME, MDEKI = 271:0 g/CC~ HC = C;&LI, FD = .1.0 G/CC. THE 4TH 4ND FINAL RUN CONSISTED OF ,~ OLTE/GR COMBINATION, A HOLE =INDER ~,ND A RIGID BRIDLE. NO SINKER WEIGHT OR ROLLER SUB W,~S US=D.,. GOOD HOt:" CONDITIONS PREV,~IL'=:.D. DATE JOiB STARTED' 21-JUN-~9 JOB REFERENCE NO: 73372 LOP/JINA' J. KOHRIHG FILE - :DIT,_ .OOl ARCO ,6L4S~4, !NC. PRUOHOE BAY/L'ZSSURNE POOL LISSURNE L5-33. 5 O- 02 9-21 94 3 M.&IN P~SS LOG O~TA, DA'TA S~,'~,PL:ED EVERY -.5000 FEET IS TAPE VERIF'ICIT?DN LISTING 22-JUN-19,~9 14'06 CHLUMBERGER ~L~SK~ CO.".'!,PUT"NG CENTER Ca.T,q INCLtJD:_D - TODL EXTENS iON TCOL TYPE USED NA;~E DLL .DLL DUAL LA TE'~OLCG LOT .LOT LITHO C=NSITY C~T-A/C/H .CNL COmPENSaTeD NEUTRON NGT .NST N~TUP&L G~MM/I SPECTROSCOPY PAGE: TABLE TyP= : CCNS TdNI VALU C~FI CN ARCO ~LASK,&, lINC. FN PRUDHOE BAY/LISEURN5 WN L!SEURNE L5-33 APIN 50-029-Zt9~3 FL 2303' FSL & 142' FEL SECT Z TOWN liN RANG 1 SE COUN NORTH SLOPE ST~T ,~L,~SK.-~ NA'TZ USA ENGI F~ITZKE WITN V.~NH.AI,JS/KRAWIETZ SON 5~+836! POAT MSL EPD FT 0. LMF APO =T 59. EKB PT 59. EOF FT 5:8. E G L ~ T 2 O. TOD ~-T 11516. ~LI FT 1'1491 . TLI FT 1 0733. TCS 06:30 18-JUN TLA~ 17:23 18-JUN POOL CCMP~NY NAME FIELD N~ME WELL API SEqIAL NUMBER FIELD LOCATION SECTION T 0 ',~ N S H i P ~ANG~ CDUNTY STATE DR PROVINCE NATION ENGINEER'S NAME WITNSSS~S NAME SERVICE 0ROER NUMBER PERNAN~ENT DATU~ LOG HEASUR:EO FROM BOTTOM :LOG INTERVAL TOP LOG IN'TERVAL 'TIME CIRCUL.~TION STOPPED 'TIME LOGGER AT BOTTOM TASLE TYPE : CURV' DEFI DEPT LLS LLD gEPTH CH,~NN::L N~ME LATERC-LSG SHALLOW (RESISTIVITY) L~TERO-LOG DEEP (P, ESSS'TIVITY) IS TAPE VERIF~C&TION LISTING CHLUMBERGER aLASKA COMPUTING CENTER 2Z-JUN-1989 1~:06 PAGE: GR TENS M'TE ~ MRES HTEN DOHI DRHO ~LS QSS LS LU LL LZTH SS1 SS2 LSHV SSHV SIRH LSRH LURH CALI RB AZIM HAZI D~:VI P1AZ GR TENS MTEM MRES HTEN NPHI TNPH NPOR RCN'T RCFT CNTC CFTC GR C~LI TENS MRES M 'T E M HTEN S ,G R CGR THOR POT4 UR~N WING DEFI GAMMA RAY TENS ION MU~ TEqP~R~TU~_ qUD RESZSTZV~TY UENS!TY ~ULK ~ENSITY DELT~ ~HE ~H]TO-ELECTRZC F~CTOR ~U~LITY CENTRAL OF LON-~ SP~CZN$ :0~ LOT QUALITY CONTROL ON SHORT SPACING FOR LDT LONG SPACING COMPUTED CP!JNT 2~TE (LL+LU/Z) LONG UPPER ~-Z W:NgPW COUNT R~TE (LUI+LU2) LONG LOWER W!NOgW C~UNT RATE LITPOLOG WINDOW COUNT RATE SHORT SPACINGS 1 WiNPDW COUNT SHORT SP~ICZNG 2 W~NDDW COUNT R&TE LONG SP~CING HIGH VgLT6GE OUTPUT SHORT SP~CING HIGH VDLT,~SE LOOm OUTPUT SHORT SP:&CZNG I DENSITY LONG SP,&CZNG 'RHO~ (UNCORRECTED) LONG UPPER RHO:5 C~LIPER RELATIVE AZZNUTH OF HOLE DRIFT HOLE ATM ' ~. ~ ~UTH DEVIATION gAO 1 AZIMUTH GAMMA RAY TENSION MUD TEMPER:~TUR~ MUD DE$ISTIV I'TY HEAD T~NSION NEUT~ON POrOSiTY THERMAL NEUTRO>~ PCRDSITY CAL. IBR~TED THERMAL N~UTRON ~TIO NEUTRON DORDS~TY OUTPUT FRD~ AN &DDLIC~TIDN DROGRA~ RAW CORR~CT~O NE,~R TH~AL COUNTS R~W CORRECTED ~R T~RMAL COUNTS CDRR~CT~D NE~D THERMSL COUNTS CORRECTED F~R THERMAL. COUNTS GAM~.~ R~Y CALIDER TENSION ~UD RESISTIVITY MUD TE~,~P~R ~T UR E HEAD TENSION SPECTROSCOPY CD~PUTED GAMM~ R~Y FROM THgRIUM~ UR~NIUM~ &NO POTASSIUM THORIUN~ ~OT~SSZUM URANTUM ~IZNDOW I (.150 - .5 MEV) IS T~P: VERZFZC~,TION LIS'TiNS CHLUM~E~GER /IL,4SK:I CCuPUTZNS CENTER ~-JUN-1959 14 06 W2NG W4NG WSNG TENS MTEM MRES CS HTEN DEFI Wi>~£'OW 2 (.5 - 1.1 WINDOW 3 (!.1 - 1.6 ~,/iNDOW 4 (1.6 - 2 MEV) ~IN~OW 5 (2 - 3 ~EV) TENSICN MUD TEMF~R~TUR~ MUD RESISTIVITY CABLE SPEED H~A~ T~NSi~N $-'-,.- OATA FDP..~"AT SPECIFICATION RECORD ~-"'-,- ~'~ SmT TY°~ - 64mm "'"' TYPE REPR CODE V :~LUE 1 66 3 73 2 ~ 0 4 6.6 5 66 6 7~ ? -55 9 65 ~T ~ 66 17_ 68 13 66 0 14 65 =T t 5 66 68 16 66 1 0 66 ~ SET TY~E - CHAN ~,-~-" N~ME SERV UNIT 'SERVICE API ~PI AP1 ~Pl =ILE NUMB NUMB SiZE REP~ ID ORDER ~ LOG 'TYPE CLASS MOD NUi~8 SANP ELEM CODE D E P'T F T 54. 8361 00 LLS OLL ~HMM 548361 I1 LL~ OiL £HMM 548361 I1 GR OLL GAPI 548361 11 ~4 36 TENS DLL L~ ~ 8 1 1~ MTEM DLL g~GF 548351 I1 M~ES DLL ~HMH 548~61 11 HTEN DLL L5 54~361 11 DPHI LOT PU 548361 42 RHOB LDT G/C3 548361 42 OOO OO O 1 1 1 4 68 22 O 09 O 1 1 1 4 68 220 lO g I ! 1 4 68 310 O1 O ! ! 1 4 68 635 21 0 1 ! I 4 68 O00 OO 0 I I 1 4 68 gOO OO 0 1 ! 1 4 68 000 O0 0 I 1 I 4 68 890 O1 0 1 1 ~ 4 68 350 02 0 I I I 4 68 PROCESS (~EX) O00000OO00 O00000000O 0000000000 0000000000 0000000000 0000000000 0000000000 O0000000OO OOOOOO0000 OOOO0000OO IS TAPE VERZFZCAT!ON LISTZNS CHLU~BERGER ALASK,5 COYPU'TING CENTER 22-JUW-1989 NA~5 SEqV UNZT SERVZCE APZ ID 3RgE? ,~ LOG TYPE DRHO LgT G/C3 543351 42 356 PEF LOT 54~361 42 QLS LOT 5433~1 42 35~ QSS LOT 548351 42 354 LS LOT CPS 54~61 42 354 LU LOT CmS 548361 LL LDT CPS 548361 42 354 LITH LOT CPS 548161 4Z 354 SS1 L~T C~S 548361 q2 SSZ LOT CPS ~4~361 4Z 354 LSHV L~T V 548361 42 354 SSHV LOT V 54]361 4Z 35.4 S1RH hgI G/C3 548361 42 B50 LSRH LOT G/CB 548361 42 350 LURH LDT G/C3 54~3.61 4Z 350 C~LI LOT IN S48361 4Z 280 RB LOT OEO ~48361 4Z 531 AZIM LDT OEO 548361 ~Z HA'ZI LOT CEG 54B.361 ~Z 530 DEV! LOT PEG 548361 4~ 620 PI~Z LP'T O~G ~48381 42 839 GR hOT GAPZ 5aB~61 42 310 TENS LOT L~ 548361 42 635 MT~M LOT CEG; 54BB61 42 000 MRES ~DT ~HMM 548361 42 HTEN hOT LB 548361 42 000 NPHI CML PO 548361 42 890 TNPH CML PU ~4'836 ! 42 890 INRA CNL 548361 42 420 NPOR CNL PU 543361 42 899 RCNT CNL CPS 548361 42 420 RCFT CNL CPS 548361 4Z 420 CNT~C CNL CPS 54836'1 42 ,420 CFTC CNL CPS 543361 42 420 GR CNL GAP'I 548361 42 CALl CNL IN 54~361 42 280 TENS CNL LB 548361 42 535 MR~S CNL ~SHMM 54BB~l 42 000 MTEM CNL gEGF 54~36! 42 000 HTEN CNL LB 548361 42 gO0 SGR NOT G~PZ 548361 11 319 CGR NOT G.AP~ 548361 !1 310 THOR NOT PPM S4~351 11 790 POT,4 NGT PU 548~ 61 I1 719 URAN NOT PPM 548361 11 792 WING NOT CPS 548361 !1 310 W2NG NOT C~S 548361 il 310 W3NG NOT CPS 5.48361 11 310 W4NG NOT CPS 54,~361 I! 310 WENG NOT CPS 5~;33-81 !1 310 lENS NOT LB 54~3 61 1t 635 ~I CLASS ~PI ~ILE NUN& "~U ~00 NUmB S,&!~P 5L 0 1 1 1 0 1 1 1 O ! ! 1 0 1 I 1 0 1 1 1 0 1 1 I 0 ! 1 1 ~ ! 1 1 0 1 1 1 0 ! 1 1 0 1 ! 1 O ! 1 1 O 1 1 1 0 ! I 1 0 ! ! 1 0 1 1 1 0 I 1 1 0 I 1 0 ! ! 1 0 1 1 I 0 1 I ! 0 1 1 ! 0 1 1 1 0 1 1 1 0 I 1 1 0 1 I 1 0 1 I 1 0 1 1 1 0 ! 1 1 0 1 I 0 1 1 1 0 1 1 1 0 1 I 1 0 I 1 ! 0 I ! 1 0 1 1 1 0 1 1 1 0 I 1 I 0 ! ! 1 0 1 1 1 0 ! ! 1 0 I 1 1 0 1 1 ! O 1 1 ! 0 1 ! I 0 I i 1 0 1 1 0 1 1 1 0 1 1 1 0 1 I 1 0 1 I 1 O1 Ol O1 O! O1 O1 O! O! 02 02 09 O0 02 02 02 O! O1 O1 O! Ol 01 O1 21 O0 O0 O0 O0 O0 01 O0 O1 01 O1 01 O1 21 O0 O0 O0 O1 Ol 50 Ol Ol Ol O1 Ol 21 M B EM SIZ~ REPe CCDE PROCESS (HEX) 0000000000 0090000000 O00000OO00 0000000090 0000000000 O00000OO00 gO00000000 0000000000 OOOOOO0000 0000000000 0000000000 OOOO00300O 0000000000 0000000000 0000000000 0000000000 0000000000 OOO0000000 0000000000 O00000gO00 OOOOgO0000 0000000000 OOO000OO00 0000000000 O000000CO0 O000OO9000 0000000000 0000000000 O000OOOOO0 O00000OO00 O000OO0000 O0000000OO O00000OO00 go00000000 0000000000 O00000OO00 O0000000OO 0000000000 O000gOgO00 0000000000 O0000OO00O O00000OO00 O000OOOO00 O0000000OO 0000000000 0000000000 OOOO00OO00 O0000000OO O0000CO000 9000000000 0000000000 IS T~PE VERIFIC~T[CN LISTING CHLU~'~RGER~.:- AL~SK& CC~,'~PUTZNG:, CENT:R 2.Z-JUN-t989 14:06 NAME SERV UNZT ig -- ..... --_ ~TEM NGT E MRES qGT CHMH CS NGT F/HR HTEN NGT L~ SERVZCE ~PI aP! AP! rX°Z :ZLE 9RgER '~ LOG TYPE CL6SS ;400 NU'48 F4~361 11 009 O0 0 54'3351 1.1 000 O0 0 1 5483,61 I I 828 21 O 1 54~361 11 002 O0 0 I PROCESS (H EX) O00000OO00 0000009000 O0000OO00O O000000000 DEPT. TENS.DLL DOHI.LDT QLS.LDT LL.LDT LSHV.LBT LURH.LOT H~.Zi. LDT T[NS.LDT NDHI. CNL RCNT.CNL GR.CNL MTEM.CNL THOR.NGT W2NG.NGT T~NS.NGT HTEN. NGT O E P TEN OPH QL L LSH LUR HAZ 'T E N NPH RCN G NTE THO W2N TEN H T E DEP 'TEN DPH QL L LSH T. S.9LL 'I.LD'T S.LDT L.LDT V.LDT H.LDT I.LDT S.LDT I.CNL T.CNL R.CNL M.CNL R.NGT G.NGT S.NG'T N.NGT S.OLL !. LDT S.LC, T L.LDT V.LDT 11512 -999 ~0 -0 306 1721 1 3 ~ 6 2504 12 49 ~0 24 165 -999 -999 -999 -999 · OOO LLS.DLL -999.253 . 250 MT EM.DLL - 999. 250 .610 RHOB.LDT 2.187 .063 ~SS.LOT 0.054 · 000 LiTH.LDT 125.375 . OOC SSHV. LOT I 392.000 .978 C~LI,.LDT 6.750 .884 DEVI.LDT 35.501 .000 MTE'~.LOT 16,6.250 ,. ~ go TN .DH. C NL 8.42 O . 062 RC~T. CNL 3108. 068 .408 CAL!.CNL 6.750 . 250 HI EN.CNL 592. 500 .2 SO DCTA.NGT -999. 250 . 250 W3 NG ,. NGT - 999.250 . 250 MTEM. NGT - 99'9. 250 .250 11500.0 O0 LLS. DLL -999. 250 -999.2 50 MT;EM. DLL - 999. !50 12.3 35 RHOB. LOT 2- 499 0.012 ~SS.LOT O. 068 1 54.8 75 L! TH. LOT 84.438 1723. 000 SS Hr. LOT 1393. 000 2.3~7 CAL~.t, DT ~.03i 346.447 DEVI.LOT 35.439 55 04. OOC MTEM.LOT 166. 250 9.448 TNPH.CNL 8.420 4940.062 RC~T.CN[ 3108.068 24.406 CALI.CNL 6.031 166.250 HTEN.CNL 984. 500 0.000 POT~.NGT 0.000 :55. 556 W3NG.NGT 29.630 4140.000 MTEM.NGT 158.625 4328.000 11400. 000 tLS. Ott 111. 131 5'952.000 NTEM.DLL !65.625 4.570 RH'O~.LDT 2.632 0.008 [;:SS. LOT O. 021 97.3 i3 tlTH.L DT 39. 688 1727.000 .SSHV.LDT 1399.000 LtD .Ott MRES.DLL ORHO. tOT LS.LOT SS1 .LOT SI RM. LDT RB.LOT P16Z.LDT MRES.LDT TNRA.CNL CNTC.CNL TENS.CNt. SGR.NGT UR,~N,.N GT W4 NG. NGT MRES.NGT LLD.DLL ~ R :E S. O L t DRHO.LDT LS.LDT SS1 .LOT S1RH.LDT RB.LOT PIAZ.LDT MRES .LOT TNRA.CNL CNTC.CNL T E NS. C NE S~R.NGT UR ~.N. NGT W4NG.NGT MR E S. N ~T LLD.DLL MRES.DLL ORHO. t OT LS.LDT SS1.LOT S1RH.LDT -'999.250 - ~ 99.250 0.215 580.000 30 5.750 1. 593 70. 969 61.198 0.065 1.47 7 4g0~+.8~4 2504.000 -999. Z 50 -999.250 -999.250 -999. 250 - 9:99. 250 -999.250 0 · 134 290.250 255.125 2.100 79.762 68.076 0.065 1. 477 4904.8!4 5504.000 O.O00 0.000 1.235 0.06 E 123.359 0.062 0.006 190.500 199.125 2.604 GR. 3L L HTEN.DLL PEF .LCT LU.LDT SSZ.LDT L SRH.LDT .,-AZ~ M. LDT GR .LDT HTEN.LOT NPOR.CNL CFTCoCNL M R E S. C N L CGR.NGT ~ING. NGT WS~G.NGT CS.NGT GR.DLL HTEN.OLL PEF.LDT LU.LDT SS2.LDT LSRH.LOT ~ZIM.LDT GR.LCT HTEN.~LCT NPCR.CNL C:FTC.CNL ~RES. CNL CG R. NGT W ,1 N :!3 - N G T W 5 N g. N G, T CS. NGT GR.OLL HT[N.DLL P E F. t O 'T LU.LDT SS2.LDT LSRH.LOT -999.250 -999.250 0.000 548.000 44,2.500 1.971 346.884 24. 406 592.500 8.420 3368. 294 0.065 -999.250 -999.250 -999. 250 -999 . 2:50 -999.250 -999.250 4.988 270.750 341.000 2.365 3.~6.4~7 24.406 984.500 8.420 33,68.294 0.065 0.000 143.2:10 3.704 562.500 21.781, 902.000 5.305 186.3'75 273.750 2.625 ilS TAPE V~RZFZCATZON LIS'TiNG CHLUMBERGER /ILASK~ CO~,~PUTiNG CENTEP LUPH. LOT 2. 643 C~Li .LOT H&Z I.LI3T 746. 112 DEVI.LOT TENS.LOT 5832. 000 MTEM. LOT NPHI. CNL 4.9 52 TN PM. C NL RCNT.CNL 6050.1 97 RC:T.CNL GR.CNL 23.01..6 CALIoCNL MTE~. CNL 1 ~6. T 50 H~ EN. CNL THOR. NGT 1.151 P[IT~ .NGT WZNG, NGT 36,011 W3 NG, NGT T~NS. NGT 57 92. O00 ~T E~. N ST HTEN.NGT 4568,000 OEPT. 11300.0 O0 LLS. DLL TENS. DLL 59B8.0 ~0 MT EM.DLL BPHZ.LDT 17.537 RI-fOB. LOT QLS.LDT 0.025 ~SS,LOT LL. LD'T 14t. 6 25 LITH. LOT L SHV. LDT ! 729.0 O0 SS HV. LOT LURH.LDT 2.445 C~LI.LOT HAZZ.LDT 34.5. 947 9EVI. LOT TENS. LOT 5512.0 OD MT EM.L3T NPH'".,.. CNL 15.,4v~, .... TNPH.CNL R CN'T, CNL 32 59 , 412 RC ~T , CNL GR.CNL 10.172 C~LI.CNL MTEM. CNL 155.87~ HT EN. CNL THOR, NGT O, 5 96 PC T~, NGT W2NG,NGT !3. 870 W3NG,NGT TENS.NGT $572.000 MT~M,NGT HTEN. NGT ,49~6. OOO DEFT. 11200. 000 LLS.DLL TENS. DLL 5852.0:30 MT E~. DLL DPHZ. LOT 13. O 26 RPO~,. LOT QLS. LOT -0.017 ~ SS. LOT LL.LOT 127.000 LI TH. LgT LSHV.LDT 1730. 000 :SSHV, LOT LURH. LOT 2.475 CAL ~. LOT H~ZZ.LDT 24.5.25'7 gEVI.LDT TENS.LOT 5440. 000 ~T ;EM. LD, T NPHZ. CNL 21.506 TN~H. CNL RCNT. CNL 3227. 146 RCFT. CNL GR. CNL 37. 906 CALl. CNL MTEM. CNL ! 63.8 75 HT EN.CNL T HO R. NG T 0.6 O 5 POT A. NGT WZNG, NGT 52, ~ 57 W3NG, NGT TENS,NGT 5548,0 O0 M'T~M, NGT HT~N, NGT 4932,0 O0 DEPT. ! 1100. 000 LLS. DLL TENS. DLL 5 F, 44.000 MT EM. gLL DPHI.LD'T 21.2 83 RHO~.LOT QLS.LDT -0.035 CSS.LDT LL.L~T 152.7~0 L'Z'TH. LOT LSHV, LOT .!. 729,0 O0 SS !tV. LDT LURH,LDT 2,359 CALI,LOT 22-JUN-1939 14:06 6. 902 RE.LOT 36. 594 PI~Z.L3T 165.'750 ~RF_ S. LOT ¢. 678 TNRA,CNL 4344.'915 CNTC.CNL 5.902 TENS.CNL 1126.000 SGR.NGT 0.56:3 UR~N.NGT 19. ~52 :~4NG, NGT 153.875 MRES.NGT 49,122 LLD.DLL 165.375 ~RES.DLL 2.~10 ORHO.LgT 0.015 LS.LCT 56,125 SS1,LDT 1399.000 S1RH.LOT 7.887 RE.LOT 36.678 P!AZ.LDT 165.875 MRES.LDT 113.779 TNRA.CNL !645.592 CNTC.CNL 7.887 TENS.CNL 1072.000 SGR.N,$T 0.121 UR.~N,NGT 6.472 N4NG.NGT 157.750 MRES,NGT !1.644 LLD.DLL 165.250 ~RES.DLL 2.487 DRHD.LDT 0.025 LS.LDT 65. ~3:8 SS1.LgT 1~00.000 S1RH.LOT 6. 930 RE.LOT 37. 521 01~Z.LDT 163. 875 M~ES.LDT 16.900 TNR~.CNL 1790.248 CNTC,CNiL 6.930 TENS.CNL 1007.500 SGR,NGT t.114 UR~N,NGT 21.905 W4NG.NGT 155.875 MR~S,NGT '105. 630 LLD.DLL 16.4.000 MR~S.DLL 2. 345 DRHO.LOT 0.011 LS.LOT 60.656 SS1.LDT 1399.000 S1RH.LDT 6. 727 R~,. LOT 17:8.413 164.135 0.065 1.227 6102.345 5832.000 26.594 1.300 1.847 0.066 62.749 0.062 -0.007 265.500 205.500 2.443 171.,465 155.348 0.065 1.996 3297.487 5612.000 12.380 0.974 1.387 O. 066 13.503 0.063 0,013 245.375 213.375 2.42,0 176. 536 1,60.392 0.067 2.341 3?81. 307 5440.000 30.080 1.08~ 0.952 0.068 i 3 7. :555 0. 063 -0.009 294.250 208.2 50 2.389 176.353 AZiM.LDT G~.LCT HTEN.LDT NOCR.CNL CFTC.CNL MRES.CNL CG~.NGT WIN~.NGT WENG.NGT CS.NGT GR.DLL HTEN.OLL PE:P.LDT LU.LDT SS2.LDT LSRH.LDT AZI~.LDT GR.LDT H'TEN.LDT NPOR.CNL CFTC.CNL MRES.CNL CGq.NGT WING.NGT WSNG.NGT CS.NGT GR,DLL HTEN.OLL PEF.LDT LIJ.LDT SSZ,LDT LSRH,LDT AZIM.LDT GR.~DT HTEN.LDT NPgR.CNL CFTC.CNL MRES.,CNL CG~.NGT W1NG.NGT WSN:$,NGT CS,NGT GR.DLL H'TEN.DLL PEF.LCT LU.LO'T SSZ.LDT LSR~.LD'T ~ZI~.LDT PAGE: 346.112 23.016 1126.000 5.4~7 4900.719 0.065 16.113 85.411 2.308 834.000 13.930 935.00D 5.430 247.750 297.750 2.416 345.947 10.172 1072.000 13,929 1723.7,66 0.066 4.528 42.996 2,312 832.000 28.719 909.500 3.195 236.750 330.500 2.4'73 3,45.257 37.906 1007.500 20.721 1814.509 0.057 21.3,4 c 88,57I 0.952 855 · 0 O 0 14.5,47 881.500 4.941 282.750 307.000 2.354 345.574 IS TAPE VERZP!CATiON LIST iNS CHLUN_~ERGER AL4SKa COMPUTING CENTER HAZI,L-ST 345.574 gEVI. LOT TENS, LOT 5404,0§0 MT EM.LOT N PHI. CNL ! 7.647 TN PH · C NL RC NT. CNL 37 rio. ] ~7 RC FT. C NL GR.CNL 1~.227 CALI.CNL M'TE~.CNL 151.750 ~TEN.CNL THOR. NGT -0.0:2.~ ~OT~.NST W2NG . NG T 17 . ~ 79 W3 NG . N ST TEN S. NGT 53 24.0 O0 HTEN. NGT 491~. DEPT. i1000.000 tLS.Crt TENS. DLL 5704.0 90 MT E?. Dtt O:PH I. LOT 13.206 RH SE. LOT .,~LS. LOT 0.021 CSS.LDT LL. LOT 136.0 O0 LITH.LOT LSHV.LDT 1728.000 SSHV.LOT LURH.LDT 2. 463 C ALI. LOT HAZI.LDT 3¢5.257 DEVI.LOT TENS. LOT 5508.0 O0 MT E~. LOT N PHI . CNL ! 0 . 4 50 TN PH . CNL RCNT.CNL 4804. 500 RCFT.CNL GR.CNL ,23. 234 C.~Li.CNL MTEM.CNL 1'.50.1 25 HTEN.CNL THOR. NG'T O. ~ 79 PO T~ . NST WZNG.NGT 28,5~3 W3qG.NGT TENS. NGT 5428. O00 MT E~. NGT HTEN.NGT ~972.000 DEPT. 10900.0 90 k LS. DLL TENS.DLL 55'~0. 000 MTEM. DLL DPH I. LBv 4.3:12 RHOB. LDT QLS.LDT -0.010 QSS.LOT LL.LDT 106.813 LITH.LOT L SHV. ~DT 1727. O O0 SSHV. LOT LUPH.LDT 2.57~ ~.~ALI. LOT HAZI. LOT 345.195 O5VI .LOT TENS, LOT 56 72,0 O0 MT EM. LOT NPHI, CNL 25,3 58 TN PM. CNL RCNT,CNL 2253,209 RC~FT,CNL GR,CNL 108.625 C~LZ,CNL MTEM,CNL ! 57,375 HTEN.CNL THOR. NGT I 1.175 ~CTA. NGT WZNG. NGT 1 78. 998 W3 NG. NGT T ~- N S . N G T :54 32 . 0 O 0 M T =:_ ,~, · N G 'T HTE N. NGT 4994.000 DEPT. 10800. 000 LLS. OLL TSNS. DLL 5524. 000 MTEM. gLL DPHI. LOT I 5. 967 RH gE. LOT QLS.LOT -0. 007 QSS.LOT LL.LOT 1¢5.125 LITH.LDT LSHV. LDT 1727. OOO SSHV. LOT LURH. LD'T 2.405 HAZI.LDT ~.43,867 ~EVI .LOT 22-JUN-1989 14:06 ]~.321 PlAZ.LDT 161.750 MRES.LDT 16. B47 TNRA.CNL 1503.522 CNTC.CNL &. 727 TENS.CNL ~005.900 SG~.NGT -0. ~'}23 URAN.NGT ¢. !98 W~NG.NGT 15z,. 375 MRSS. NGT 170.780 LLD.DLL !62.625 ~RES.DLL 2.48,4 DRHO.LDT 0.026 LS.LDT 78.250 SS1.LOT 1398.000 SiRH.LDT 5.727 RB.LDT 38.491 PI~Z.LDT 160.125 MRES.LDT 10. 117 TNR~.CNL 2764.542 ~CNTC.CNL 6.727 TENS.CNL 1045. 000 SGR. N :~. O. 086 URAN.NGT 8.858 ~4NG.NGT 153.375 MRES.N;]T 4.697 LLO.OLL 160.375 MRES.~LL 2.536 DRHO,LOT 0,014 LS,LOT 51.250 SSI,LOT 1398. O00 S1RH. LOT 8. 727 RB.LDT 39.526 P1AZ.LDT 157. 375 MRES.LOT 23. '981 TNRA.CNL 725.011 'CNTC.CNL 8. 727 TENS.CML 1232.000 SGP.NGT 2.587 UR~N.NGT 65.394 W4NG.NGT 151. ~975 MRS.S. NGT 11.39~+ LLD.DLL 157.750 ~RES.OLL 1.437 DRHO.LDT 9.041 LS. LOT 5'7. 813 SS1.LDT 1397.000 S1RH.LDT 7. 598 RS.LOT 4~._ 2=.8., Pl AZ. Ln~''r,.., ~ 160.92) 0.06~ 2.070 3624.243 5404.000 12.552 1.633 2.8~5 0.068 153.585 0.064 0.033 255.250 220.500 2.359 185.289 172.013 0.069 1.586 482 '). 771 5508,000 19.709 1.810 4.~21 O. 069 7.025 0.064 0.06~ 20 8.87 '5 220.375 2.426 187. 035 174.284 O. 070 ~.729 2243.137 5672.000 11 6. '735 3.2:9 5 ! 1 .¢56 0.070 11.85t 0.065 9.044 27 6.000 22 7.3 '75 2.281 192.015 179.910 GR .LOT HTEN.LDT NPOR.CNL C ~TC. CNL MRES.CNL CGR.NGT W ! N :5. ",1 g 'T W 5NG. qGT CS.NGT GR.DLL ,zN LL PEF .LOT LU.LDT SSI.LOT LSRH.~T A Z I q. L D T GR.LDT HTEN.LDT NPCR.CNL CFTC .CNL ~RES.CNL CGR.NGT WING. NGT WSNG.NGT CS.NGT GR. OLL HTEN.DLL PE=,LDT LO.LOT SS~ LOT LSRH. LOT AZIM.tDT GR.LDT HTE N. LOT NPOR. CNL C'~TC.CNL MRES.CNL CGR.NGT W ! N G. N G T W 5 NG. NGT C S. NG'T GR.OLL H 'T E N. D L L PEF.LDT LU. LDT SSZ.LDT LSRH.LOT A :Z I ;M. t g T G R. L O'T P~GE: 14.227 1005.000 16.885 1749.908 0.068 -0.610 42.502 0.478 854.000 20.766 890.000 3.154 2~0.625 310.750 2.451 345.267 23.234 1046.000 10.246 3045.018 0.059 5.117 62.008 1.969 851.500 106. 000 92 .I. 5 O O 3.580 204.125 306.750 2.570 345.1 9 5 108.625 1232.00 ~0 23. 84 9.1 85 0.070 90.172 :'75 656 855.00 0 161.125 850.000 5.078 261.750 317.250 2. 393 343.867 148.250 10 TAPE VERZ:FICATiON LZST'ZNG CHLUM~E,°,GER ~L~'SK,a CO~qPUTZNG CENTER TENS .LDT 5240.0 00 MT~FM. LOT NPHZ.CNL 38.3 q9 TNOH.CNL RCNT. CNL 1728.2 82 RC =T. C NL GR.CNL 148.2 50 C~LI.CNL MT EM. CNL 154.3 75 HI EN. CNL THOR. NGT 10 · 424 P~T ~. NGT W2NG. NGT 236. 528 W3NG.NGT TENS.NGT 5244.0~0 ~T HTEN.NGT 652.500 DEPT. 10700.000 LLS.DLL TEN S. 9LL 54 20 · 0 O0 MT EM. DLL D~HI.LDT 26.925 RHO~,.LDT QLS.LDT 0.004 ¢SS.LDT LL.LDT 55. 938 LiTH. LDT L SHV. LOT ! 727.0 O0 SS HV. LDT LURH.LDT 2. 877 CALI.LDT Ha Z I. LOT 34. 669 DEVI. LOT TSNS. LOT 5020.0 O0 ,~,TSM. LOT NPHI. CNL 45. 076 TN PM.CNL RCNT.CNL 1 ? 82. 583 ~C CT. C NL GR.CNL 1 ]34. ~'75 CALI.CNL MT EM. CNL 151 .. ? ?5 HT EN. C NL THCR.NGT 9.1 51 ~POT~.NGT W2NG.NGT 242.355 W3NG.NGT TENS.NGT S204.000 MT'EM.NGT HTEN. NGT 636.5 O0 DE PT. 106 29. 000 L LS. DLL TENS.OLL S432. OOO MTE~.DLL OPH I. LDT -999.250 ~H CB. LDT ~LS. LDT -999. 250 DSS.LOT LL.LDT -999.250 LITH.LDT LSHV. LCT -9"99.2 SO SSHV. LOT LURH. LD'T -999.2 50 ~C~.LI. LOT H ~Z I. LOT -9 99.2 ~0 DE VI. LOT TENS.LOT -999.2:'0~. ~T=N,._ .L:DT N P H I . C N L - 9 ::~ 9 . 2 50 T N P H. C N L RCNT. CNL -999.250 RC FT. CNL GR.CNL -999.250 CALI.CNL MTEM.CNL -999,250 HTEN.CNL THOR. NGT -999. ,250 PET A. NGT WZNG.NGT -~99.250 W3NG.NGT TENS.NGT -99~.250 ~TEM.NGT HTEN.NGT -999.250 END 22-JUN-1989 ].4:06 I::C4. 375 MRES. LOT 36.2~6 TN R,&. C'NL. 441.9.66 CNTC.CNL 7.598 TENS.CNL 976.00:3 SGR. NGT 1.793 UP,~N.NGT 6~.193 W4NG.NGT 14 ~. ~75 MRES.NGT 4t.56B LLD.DLL !55. 090 '4R ES. rOLL 2.250 DRHO.LDT -0.064 L S. L :DT !6.BZB SSl .LDT 139~.000 S1RH.LDT · 6.785 RB.LDT 42.226 Pl AZ.L'DT 151.375 ~4RES.LOT 46.780 'TNR~.CNL 341.113 CNTC.CNL 6.'7B5 TENS.CNL 3~5.509 SGR.NGT 2.148 URAN.NGT 79.198 W4NG. N.GT 146.2~0 MRES.NGT 0.071 1745.915 5!40.000 159.902 10.701 23.029 0.071 5.855 0.066 -0.596 135.750 80.563 4.105 !84~.814 271.158 O. 070 3.385 1377.042 5020.000 160.28¢ 10.659 18.1BO 0. 071 33.799 LLD.DLL 60.520 153.000 MR~S.DLL 0.066 -999.~50 DRHO.LOT -999.250 - 999.250 LS. LOT -99 9. 250 -999.250 SSi.LOT -999.250 -999.250 S1RH.LDT -9'99.250 -999. 250 RB. LOT -999. 250 -999.250 PI.~Z .LOT -999.250 -999.250 MR'ES.LOT -999.250 -999.250 TNRA.CNL -99'9.250 · -999.250 CNTC.CNL -999.250 -999.250 ~TENS.CNL -999.250 -999.250 SGR.NGT -999.250 '-999.250 URAN.NGT '-999.250 -999. 250 W4NG,. NGT -99!9.250 -999. 250 MRES.NGT -999.250 NPO~.CNL CFTC.CNL M2ES.CNL CG~.NGT WiNG.NGT WSNG.NGT C S. NGT ~R.DLL HTEN.DLL PEF.LDT LU.LDT SS2.LDT LSRH.LDT AZI.~.LDT G:R.LET HTEN.LDT NPOR.CNL CFTC . CNL P,..'E S CML CGR. NGT WING.NGT WENG.NGT CS.NGT GR. 3LL HTEN.OLL PEF.LDT LU. LOT SSZ.LDT L. SRH .LOT AZIM.LOT GR. LOT HTEN.LDT NPCR.CNL C':TC.CNL NRES.CNL CGR.NGT W1 ~:S. NGT WSNG.NGT CS.NGT PaSE' tl 976.000 35.132 525.863 0.071 73.634 526.943 13.829 854.500 143.250 830.500 22.609 139.750 I26.188 2.846 84.669 134.875 885.500 47.694 357.269 0.070 74.354 516.698 10.496 849.000 192.3'75 530.000 -999.250 -999.250 .-999.250 -999.250 -999.250 -999.250 -999.25~ -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 ,IS TAPE VERI~ZCaTZGN LISTING ,CHLU~'.,.SERGE~ eL~ASK~ ,CC~PU'T!NG CENTER 22-..JUN-191.~q 14:06 PAGE: 12 '" "'"' '" FILE F~'L~. :_ N~ME ~SERVICE VERSION D~TE MAX REC SIZE ~ZLE TY~5 LAST -" -" .... '- FIL FILE NAME : =~ZT .002 SERVICE : ,:LIC VERSION : O01~O2 DAT~ : ~9/06/22 M~X RSC SiZ~ : tO~6 FILE TYPE : LO LAST FILE FILE - 'EDIT.O02 ARCO .~L~SK:&~, INC. PRUOHOE ~AY/LIS~URN~ LISBURN~ L5-33 50-029-2!943 PO OL M4IN PASS L O&TA S~.MPL~ D~TA INCLUD T O O L 'E X TYPE CNT-~/D/H gg O~TA P ~VT.-.RY -.1000 FE~'T TENS ID N TO*SL USED .LDH LITHO DENSITY .CNH CO~PENSAT 5D NiSU'TR ON ,IS TAPE VEFIFZCATION LISTING CHLUMBERGER ALaSKa CO~.oUTZNG CENTER 2Z-JUN-1989 14:06 PAGE' 13 TABLE Tvp:. : ,~CNS TUEZ VALU CN ~OCO ~L&SKA, INC. FN PRUOHOE BAY/LIS~URNE POOL WN LISSURNE L5-23 A PI N 5 9-92 '9-21 94 ~ FL 2303' FSL & lZ~2' FEL SECT 2 T 0 W N 1 1 N R4NG ! SE COUN NORTH SLGPE ST~? ~L~SK4 NATI USA E NG I .~ R ITZKE W ITN V ENHAUS/K R ~ WIET;Z SON 548361 PO4T MSL EPD :T 0. tHE RKB AiPD ,:T 59. EKB FT 59. E DF FT 5 B. EGL FT 20. TOO ~T 11516. CEFI CC~P AN'Y NAqE 'FiELO NAME WELL N'&ME ~Pl SERIAL NU~ER FIELD LOCATION SECTION TOWNSHIP RANGE COUNTY STAT= OR PRCVZNCE N~TION ENGINEER'S NAME ,WI'TNESS' S NAME SERVICE ORDER NUMBER PER~ANENT 9~TUM LOG MEASURED F~O~ TABLE TYPE : CURV DEPT DPHI RHOB DRHO PEF qLS QSS LS LU LL L ITH SSl SS2 L SHV SSHV SlRH LSRH L LJRH C,~LI AZIM HAZI DEFI DE~TH ,C'H4NNEL N~ME DENSITY ~O~OSI'TY ~ULK ~E~S'I TY DELTA ~H OTO- EL!~CTRZC FACTOR QU~LZT? CONTROL OF LONG SP~C%NG :OR LOT ~]UItlTY CONTROL ON SHORT SP~CZNG FOR LDT LONG So~CING COMPUTED COUNT RATE LONG UPPER 1-2 WINDOW COUNT RATE (LUI+LU2) LONG LOWER WINDOW COU~T R~TE L!TPOLgG WINDOW COUNT R2. TE SHDET SP,~rINr.~ ~ i WINDOW COUNT R~T~ SHOR~T SP,6C!NG 2 WINCOW COUNT LONG S~CING HIGH V~LT~GE OUTPUT SHORT SP~CING HIGH VOLTAGE LO0~ OUTPUT SHORT SPICING i OENSIT~ LONG S~ACZNG RHO~5 (UNCOR~ECT~O) LONG UP~ER RHCB C ~L i ~E ~ REL~TIVE AZIMUTH OF WO[E ORIFT MO~L~ ~ II ~UTH ,IS TA?:~ VERIF~C'~TiON LISTING 2 2- JUN-19 89 DEVI OEVI P1AZ PAD TENS TENS MTE~ MUD MRES MUD HTEN HE &~ N P H I N E U T TNPH THEP TNRfi CALZ NPGR NEUT RCNT RCFT RAW CNTC CCRR CFTC CORR GR GAMM CALI C~LI TENS TENS MRES MU~ M T:E ~.~ HTEN HE:&D I AZIMUTH RESZSTZVZTY TENSION ~CN PO2OS~TY MAL NEUTRON PORESTTY BF'1TEO THERYAL N_gUTRON Ra,'TiO RON ~OROS!TY D~JTPUT ~PON AN CORR'~CTES N5~ ~HER~L COUNTS CORR~CT~O F~R T~RMAL COUNTS ECTEO N~R THERMAL COUNTS ECTEO FAR THERMAL COUNTS ION RESISTZVZTY TE MP ~R ATUR E TENSION &PPLICaTIDN 14:06 OROGRA~ 14 DATA FORMAT, SP~ErTFICfiTION~ RECORD ~-~"*-,- ~-' SET 'TYPE - 64E:B ~:~$ TYPE REPR CCOE V ~ L lJ E 2 66 0 3 '? 3 ! 7,2 4 66 1 : 66 6 73 7 55 8 88 0. 099 9 65 ~T 11 56 5. 12 68 13 68 14 65 ~T 15 66 16 66 0 66 I IS TAPE VERZSZC~TIGN LISTING CHLUMBERGER ,~LASK~ ,CGqPUTZNG CENTER ~2-JUM-1989 14:06 15 ,~ SET TYPE - CH~N NAME SERV UNIT S~VIC~ ID gRgER ~ LOG T ~&Pl ~Pi ~Pi YP5 CLASS ~00 ~ILE N!JMB NUmB SiZE REPR PROCESS NUMB SAMP ~LEM CODE (HEX) DEPT FT 54~361 O0 DPHI LOH PU 54:9_'961 42 RHS~3 LDH G/C3 548'3,51 42 ~RHO LDH G/C? 548351 42 PEF LDH 54~351 4Z ~LS LDH 54~]6~ 42 DSS LDH 548161 42 LS LDH C~S 54~361 42 LU LDH ~OS 54e361 42 LL LDH CPS 54836] 4Z L!YH tDM CPS 54~361 42 SS1 L~H CPS 549361 ~l SS2 LDH CPS 5~8361 42 LSHV hOH V 548361 42 SSHV LDH V ~48361 42 SlRH LDH G/C3 54B361 42 LSRH LOH G/C3 54~361 42 LURH LDH G/C3 54,3361 42 CALl LDH IN ~48361 42 R3 LDH OEG 548361 4Z AZIM LOH DEG 548361 42 HAZI LOH PEG 543361 4Z DEVI LOH DEG 548361 42 P'IAZ LDH ~EG 54~361 42 GR LDH G&Pi 54~361 4Z TENS LOH L~ 54~.35! 42 NTEM LDM DEG~ 548361 42 MRES LDH OHM~,t 543361 42 HTEN LDH L5 548361 42 NPHI CNH PU 548361 42 'TNPH CNH PU 54:B361 42 TNRA CNH 543351 42 NPOR CNH PU 543361 42 RCNT CNH CPS 548361 ~2 RCFT CNH CPS 548351 4Z CNTC CNH CPS 548351 42 CFTC CNH CPS 548351 4Z GR CNH GAPI 54B36t 42 CALI CNH iN 548361 42 TENS CNH L3 548361 42 NRES ~rNH CHMM $4~361 42 MTEM CNH gEG= 548361 ,42 HTEN CNH L8 54~361 42 O00 CO 0 89O O1 0 350 02 0 356 O1 O 35 ~ 0 ! 0 354 O1 0 354 O! 0 35~ Ol 0 354 C1 0 354 O1 0 354 O1 0 354 C7_ 0 35 ¢ Ol O 35~ 03 0 354 O0 0 350 02 O 350 02 0 350 02 0 280 O! 0 631 0.1 0 53- 0 01 0 630 01 0 62 O 0 1 0 630 Ol 0 310 Ol O 635 21 0 000 O0 0 000 OO 0 gO0 O0 O 89O O0 0 890 O0 0 420 Ol O 890 O0 0 420 0'1 0 420 O1 0 ~20 O1 0 420 O1 0 310 O1 0 2_80 O1 0 635 21 0 000 O0 0 000 O0 0 000 O0 0 6~ OOOOOCO000 6~ OOOOOOOO00 68 OOOO00OO00 68 9000000000 58 OOOO000000 68 9000000000 68 OOOO000000 68 0000000000 ~8 O00000OO00 68 O00000OO00 68 O00000OOOO 68 0000000000 68 0000000000 68 O00000OO00 6;3 0000000000 68 O0000OO000 6 8 00,90000000 6~ OOOO00OO00 68 0000000000 69 O000OO0000 68 0000000000 68 O0000000OO 6~ OO900OO000 6,8 0000000000 68 000000000:0 68 O0000000gO 69 O0000OO000 ~8 0000000000 68 0000000000 6 8 O000000000 6 B 0000000000 68 0000000000 6,8 O00000OOOO 68 O00000OO00 68 0000000000 68 O0000OO000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 O000OOOO00 68 O0000:O000O ~-~ DATA IS TAPE VERZFZC~TZON LISTING CHLUMSSqGER BL~SK~ COMPUTING CENTER DEPT. 11512.000 DPHi.LOH PEF.LDH O.OgO CLS.LDH LU.LDH 545.000 LL.LDH SS2.LDH 442.500 LSHV.LOH LSRH.LDH 1. 971 LURH.LgH ~ZIM.LDH 3 46.884 HAZ!. LDH GR.LDH !4.406 TENS.LOH HTEN.LDH 592. 530 NPHI.CNH NPCR. CNH 8.4 20 qCNT. CNH CFTC.CNH 3368. 294 GR.CNH MRES. CNH O. O 65 MT EM.CNH DEPT. !'1500. OOO 9PHI.LOH PE:.LDH 4.988 CLS.LDH LU.LDH 279.750 LL.LDH SS2.LDH 341.000 LSHV.LDH LSRH.LDH 2.~65 LURH.LDH AZIM. LOH 3.46. 447 H~, ZI. LDH GR. LDH 24 . 40~ TE NS. LDH HTEN.LDH 9 ~4 . 500 NP Hi. CNH NPg~. CNH 8.420 RC NT. CNH C~TC. CNH 3358.294 GR. CNH M~E S. CNH O. 0 65 MT ~P~. C NH DEPT. 11400.0 O0 DP HI. LDH iPE=.LDH 5.305 QLS.LDH LU. LDH 186.3 75 LL. LDH SS2,LDH 273.'7 ~0 LSHV.LgH LSR~.LDH 2, ~ 25 LUSH. LDH AZIt~.LDH 346.112 HAZI .LOH GR. LOH 23.016 TEN:S. LDH HTEN. LDN .1176.0 O0 NPHI. CNH NPOR. CNH ~. 487 RC N'T. CNH CFTC. CNH 4900.7 t9 GR. CNH MRESoCNH 0.055 D:EFT, 1 13 30.0 00 OF HI, LDH PEF.LDH 5,430 CLS.LDH LU.LDH 247.7 50 LL, LOH SS 2.LOH 297,'? 50 LSHV, LOH LSRH.LDH 2.4'16 LU~N.LDH AZ! M. LDH 345. 947 HA Z !. L~H GR. LDH ! O. ! 72 TENS. L OH HTEN. LDH ! 072,0 O0 NPHI. CNH NFOR. CNH 13.929 RC NT. CNH C ~TC. CNH 172.3. 765 GR. CNH MRES.CNH O. O 66 ~T E~. CNH DEPT, 11200. 000 DPH~.LgH PElF. LDH Z. 1 95 CL S. LDH LU. LDH 2 36.7 50 LL. LDH SS2.LDH 300. 500 LSHV.LDH LSFH.LDH 2.473 LU~H.LgH AZIM.LDH 345.257 HAZI.LOH GR LD~ 37 906 TENS.LgH 22-JUN-1989 14:06 30.510 RHOB.LDH -3.063 CSS.LSH 305.000 LITH.LDH 1721.000 SSHV.LDH 1.97,8 CALI.LDH 346.~8~ DEV!.LDH 250¢.000 MTEM.LDH 12.320 TNPH.CNH ~940.062 RCFT.CNH 24.406 CALI.CNH 166.25g HTEN.CNH 12.335 RHCB.LOH 0.012 CSS.LDH 154.~75 LITH.LDH 1723.000 SSHV.LDH 2. 387 C~LI.LDH 346.447 DEVI.LDH 550~.~00 MTEM.LDH 9.446 TNPH.CNH 4940.062 RC:T.CNH 24.405 CALI.CNH 166. ~50 HTEN.CNH 4.570 RHgB.LDH 0.006 QSS.LDH 97.313 LITH.LOH 1727.000 SSHV.LDH 2. 643 CALI.LDH 346.1.1.2 DEVI,.LDH 5832.000 MTEM.LDH ~.952 TNPH.CNH 6060.197 RCFT,CNH 23.016 CAiLI.CNH 166.7:50 HTEN.CNH !7. 537 RHOB-LDH 0.025 QSS.LOH 141.625 LITW.LOH 1729,000 SSHV.L~H 2.~45 CAL~.L:DH ]45.947 OEVI.LOH 5612.000 ~T~M.LOH 15.476 TNPH,CNH 3269.,412 ~C,¢T.CNH 10. 172 C~.LI.CNH :165. 875 HT'.:N. CNH 13.025 :RHOB.LOH -0.017 ~SS.LDH 127.000 LITH.LgH !730.000 SSHV.LDH 2.,475 CALl. LDH 3 ¢ 5. :Z 57 D E '¢ I. L g H 5~+40. 000 MTEM.LDH 2.187 125.375 1392.000 6.750 35.501 166.250 8.420 3'I0 5.750 592.500 2.499 0.065 64.438 1393.000 6.031 35.439 166.250 8.~20 3108.068 6.0,31 984.500 Z.632 0.021 39.688 i398.000 6.90.2 3,6. 594 166.750 ',5.678 4 34 4.91.5 6.902 1:126. O00 ,2.410 0.015 56.125 !399.000 7.887 35.678 165.875 1 3.77:9 1645.59.2 7.887 1072.000 2.48'7 0.025 66.438 1400.000 6.9~.0 37.521 ! 6 3.875 DRHO.LDN LS.LDH SS1 .LDH S1RH.LDH RB.LDH F1A,Z.LDH ~,RES.LCH TNRA.CNH CNTC.CNH TENS.CNH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH PB .LOH PIAZ.LDH MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH DRHO.LDH LS .LDH SS!.LOH S1RH.LDH RE.LDH PlAZ.LDH MRES.LDH TNRA.CNH CNTC.CNH TENS.CNH DRHO. LDH LS.LDH SSI .LDH SIRH.LDH R;]. LDH PI~Z.LDH MRES.LDH TNRA.CNH CNTC.CNH T E N S. C N H D:RHO.LDH LS.LDH SS1.LDH S1RH.LDH R3.LDH PIAZ.LOH NRES.LDH PAGE: 16 0.215 580.000 305.750 1.593 70.959 61.198 0.065 1.477 490~.814 2504.000 0.134 290.250 255.125 2.100 79.762 68.076 0.065 1.47'7 4904.BI4 5504.000 0.006 190.500 199.125 2.604 178.413 164.136 0.055 1.227 ,6102..84,5 5832.000 -0.007 265. 500 205. 500 2.443 17'1.465 155.348 0.066 1.996 3,297.487 5612.000 0.013 245.375 213.375 2.420 176.536 160.892 0.067 IS 'TAP5 VER IF iC ,:!T ION LZSTING CHLUMBERGER ~LASK~ CO'~PUTING CENTER HTEN.LDH 1007. 500 NPHI.CNH NPGR. CNH 20.721 RC NT. CNH C~TC. ,.."'NH 1914. . 509 GR . CNH NRES.CNH 0.067 ,'47 E~.CNH D_'-FT. 11100. 000 9PHZ.LDH PE~.LOH 4.941 '2LS.LDH LU.LSH 2~2.750 LL.LDH SS2.LDH 307.000 LSHV.LDH LSRH.LDH 2.3 54 LU2H. LC!H ~ZIM.LOH 345. 574 H~ZI.LOH GR.LDH 14.227 TENS.LDH HTEN. LOH 1005. 000 NPHI.CNH NPOR.CNH 16. 885 ~,CNT. CNH CFTC. CNH 17~,9.90~ GR. CNH MRES. ,~NH 0.068 ~T~M,, , CNH DEPT. 11000.000 gPHI.L~H PE F.LDH 3.154 ~LS. L~H LU.LDH 250. 825 LL. LOH SS2. LOH 310.7 50 LSHV.LDH L SFH. LDH 2.4 51 LU RH. L~H AZIM. LDH 345,287 HA ZI, LOH GR.LDH 23.234 TENS.LDH HTEN.LOH 1046. 000 NPHI,CNH NPO~. CNH ! 0 · 246 qC NT. CNH CFTC.CNH 3045.018 GR,CNH NRES.CNH O. O~g ~T'EM. CNH EPT. 10900.0 O0 DPHI. LOH PEF.LOH 3.580 QLS.LOH LU.LDH 204,. 17..5 LL.LDH SS2.LDH 306- 7.50 LSHV.LDH LSRH.LDH 2. 570 LURH.LOH ZIM. LOH '3'~5- 1 95 HA ZI. LOH GR. LDH 10e. 8 25 TE NS. L~H HTEN. LOlt 1232. 000 NP HI,. CNH NPOR. CNH 23-:8t S RCNT.CNH FTC. CNH 849. !, :85 GR.CNH MRES.CNH 0.070 MTEM.CNH 0 EFT. 1080 O. 000 OPHI. LOH PEF.LDH 5- 078 O'LS. L~H LUo LOH 26!, 750 LL. L9H ,SSZ. LDH 317.2 SO LSHV- LOH LSRH.LOH 2.3 9;3 LUqH. LDH AZIM.LOH 343. 887 HA ZI. LOH G~.LOH ! !+8.,250 TENS.LDH HTEN. LDH 9 76.0 O0 NP HI- C NH NPO!R.CNH 35- !32 RCNT. CNH C~TC. CNH 525, 863 GR. CNH M~ES. CNH O. 0~71 ,~T.EM.CNH ~ Z-JUN-'19 ~9 14:06 2!. 506 TNDH.CNH 3227.t~5 RCF-T.CNH 37.906 C.&LI.CNN t6~. ~75 HTEN.C~H 21.283 PHOB.LOH -0,035 QSS.LOH 152. 750 LITH.LOH 1729.000 SSHV.LSH 2.35 ~ C~LI.L~H 3~+5. 574 DEVI. LOH 540~.J09 MTEM.LDH 17. 647 TNPH.CNH 3740.32~ 2C=T.CNH 14.227 CALI.CNH !6~.750 HTEN.CNH 13,206 2HOS.LDH 0.32! QSS.LOH !36.000 LITH.L~H 1728.000 SSHV.LDH 2.463 CALI.LOH 34.5.2~7 DEVZ.LDH 550~.000 MT~M.LOH 10.450 TNPH.CNH 480,4.500 RCFT.CNH 23,234 CALI,CNH t,.50.12 ~ HTEN.CNH 4.312 RHOS,.LDH -0.010 QSS.LOH 106. 813 LI'TH. LOH 1 727. 000 SSHV. LDH 2,575 CALI.LDH 1345.195 DEVI. L OH 5672.000 ~TEM.LDH 25.36~ TNPH. CNH 2263.209 RCF'T.CNH 108.625 C~LI.CNH 157. 375 HTEN.CNH 15.96'7 RHOB.LDH -0.007 QSS.LOH 145.125 LITH.LDH 727. O00 SSHV.LOH 2.408 CALI.LDH 343.867 DEVI.LOH 24.0. 000 MT EM. LDH 38. 399 TNPH.CNH 1728.252 RC~T.CNH t42.250 C~LI.CNH !54.~75 HTEN.CNH 16.900 179o.2a8 6.-930 1007.500 1.346 0.011 60.656 1399. 303 6.727 38.321 161.750 16.847 1808.622 6.727 1005.900 2.484 0.026 78.250 1398.000 6.727 38 .,491 i60.!25 10.117 2764. 542 6.727 1046.000 2. ,636 O. 01~ 51. 250 :1398. 000 8.72'7 39.526 157.375 23.981 725. :911 8.727 1232.000 2.437 0.041 57.B13 1397.000 7.598 4 2. Z 58 154.375 3 6.256 ~41.866 7.598 975,000 TNR~.CNH CN'TC.CNH T ~ ,~NS.CNH DRHO.LDH LS.LDH SS1.LDH S1RH.LDH RB.LDH P!AZ.LDH MRES.LDH TNRA.CNM CNTC.CNH TENS.CNH DRHO.LDH LS.LDH .SS1.LDH SiRH.LDH RB.LDH PI~Z.LOH M2ES.LOH TNRA,CNH CNTC,CNH TENS.CNH DRHO.LDH LS.LDH SS1.LDH SIRH.LDH R~.LDH PIAZ.LDH MRES.LDH T N R A, ,C N H CNTC.CNH TENS.CNH O~HO.LDH LS.LDH SSI.LDH S1RH.LDH RB.LDH PI~Z.LDH MRES.LDH TNR~.CNH CNTC.CNH TENS.CNH PAGE: 17 2.3aI 3781.307 54~0.000 -0.009 294.250 209.250 2.3B9 176.353 1~0.929 0.068 2.070 3624.243 5404.000 0.033 256.250 220.500 2.359 185.289 172,013 0.069 1.586 4829.771 5508. 000 0.064 208.875 220.3'75 2.426 174.284 0.070 2.729 2253.137 56'72.000 0.044 276,000 227.375 2.281 192.015 179.910 0.0'71 3.498 1745.915 5240.000 ,IS TAPE V~IFI£~T!~N LTSTZNG CHLUMBE'~GER ~L~SK,",, ~O~,P!JTING CENTER 22-JUN-1989 14:06 Pa, GE: 18 DEPT. 10700. 000 DPHI.LDM PE=; oLgH ~2.. .6ng~, ELS.LDH LU.LDH 139.7 50 LL.LDH SS2.LDH 126.1'~B LSHV.LOH LSRH.LDH 2.846 LUeH.LDH AZiM.LDH ~4.669 H.~Z!.LDH GR.LDH 1 34. 875 TENS.LDH HTEN. LO~ 8'35.5 O0 NPHI. CNH NPOP. CNH 47.6 94 RC NT. C NH CFTC. CNH 357.269 GP.CNH MRES.CNH O. 070 MTE,~.CNH DEPT. 10684. 299 D~HI.LDH PEF.LDH 20.8¢4 r~LS.LDH LU.LDH 157.!2~ LL.LDH SSZ.LOH 125.875 LSHV.LDH LSRHoLDH 2.727 LURH.LDH AZI ~. LDH '~1. 898 H~ Zi. LOH GR.LDH 130.750 'TENS.LDH HTEN.LDH 8~6. 500 NPHI.CNH NPOR.CNH 51. 258 ~CNT. CNH C ~TC. CNH 306.7 03 GR. CNH MRES.CNH O. 072 MTEM.CNH 2,6.925 RHO~.LOH 0.004 QSS.L3H 65.938 LITH.LDH 1727.000 SSHV.LDH 2.377 C.~LI.LDH 84.66~ OEV!.LDH 5020.000 MTEM.LOH 45.076 TNPH.CNH ! 3~,'2. 583 RC:T.CNH 134.875 CALI.CNH 151.375 HTEN.CNH 38.506 RHOB.LOH 0.042 QSS.LDH ~0.000 LITH.LDH 1'726.000 SSHV.LDH 2. 775 CALI. LOH 81.898 DEVI.LDH 4992.000 MTfEM.LOH 4'7. ~7I TNPH.CNH 1192.097 RCFT.CNH 130.750 ~,,LI CNH 150. 12 5 HT EN. C NH 2.250 -0.06~ 16.328 1398.000 6.785 42.226 151.375 46.7~0 3z~ !.1lB 6.785 ~85.500 2.052 -0.089 17.525 1398.000 7.695 42.723 150.125 51.301 297. 879 7.695 886.500 DRHO.LDH LS.gCH SSI.LDH S!RH.LDH RB.LOH PIAZ.LOH ~RES.LDH TNRA.CNH CNTC.CNH T~kS.CNH' DRHO.LOH LS.LOH SS1.LDH S1RH.LDH RE.LDH PI~Z.LDH MR~S.LDH TNRA.CNH CNTC.CNH TENS.CNH -0.596 135.750 80.563 4.105 1~4.814 271.1=8~ 0.070 ~ 8B5 !377.0~2 5020.000 -0.675 158.500 75.312 4.160 ~85.741 269.691 0.072 4.102 i26Z.BB3 4992.000 · ~X:~ FILE TR.~!LER FILE NAME : 5OIT .002 SERVICE ' ~LIC VERSION : OO1A02 DATE : ~39/06/22 MAX REC SIZ'E : 1096 FILE TYPE : LO L,~ST :ILE FILE NAME : ~E, iT .003 SERVICE : FLIC ViERS'ION : O01AO2 DATE : 89/05/22 MAX REC SIZE : 1096 FILE TYPE : LO LAST FILE : IS T/tPE VER:FICAT~ON LISTING CHLUMEERG:R ALASKA Cg~!PIJT:M3 CENT=R 22-JUN-1989 14:06 ~iL= '- ~DIT.0O3 ARCO aLaSKa, INC. PqUDHOE B5Y/LISBURK~ LISBU~NE L5-23 50-029-21943 ~OSL REPeaT °ASS LOG D~T~ S~.PLED EVERY-.50gO DATa INCLUgYD- T gnL =X T= NS ~ N TOOL TY~E USED N~ME DLL .DLR ~U~L L~'TEROLOG LOT .LDR LZTHO DENSITY CNT-A/D/H .CNR CgMPENS,~TED NEUTRON NST .NGR N&TURAL G&PNA SPECTROSCOPY P~GE: 19 T,~BLE TYPE ' CONS T ~J N l VALU DEFZ CN FN WN APIN FL SEC T T RANG CgUN .S TAT NATI ENGI WITN SON PDAT EPD LMF APC IE~B TDD FT FT ~T F'T FT ~RCO ~LAS:K~, INC. PRUDHOE B AY/L ZSBURN"'- LTS!BU~NE LS-3] 50-029-21943 2303' FSL 5 1'42' 2 lIN NORTH SLOPE ~L~SK~ US~ FR~TZKE V ENH~US/K R~NZ ET Z 5 ~. 83,61 NSL 0. 59. 20. 11516. FEL POOL CDMP.~NY NAME FI ELD NAME WELL NANE ~PI SERIAL NUMBER FIELD LOCATION SE CT ION TOWNSHIP RANG~ COUNTY ST.~'TE OR PROVINCE N~1TION ENGINEER'S NAME WITNESS~S NA~E SE:RVIC~ ORDE~ NUMBER PE'.RI~ ~N EN T DATUM LOG ME&SURED FROM iS TAPE VERiFZCa'TZ,n.,N L'ISTZNG CHLUNBERGEP. .~L~SK& CC~4~UT~NS CENTER TABLE TYPE : CURV DEFI 22-.JUN-l$8~ 14:06 DEPT LLS LLD GR TENS MTEM MRES H T E N DPHI RHOB DRHO PEF GLS QSS LS LLJ LL LITH SS]. SS2 LSHV S SHV SlRH LSRH LURH C.ALI R5 A ZI ~ H ~Z ! D EV I PlA Z GR TENS M 'T E M NRES HTEN N PHI TNPH T NR~,~ NPOR RCNT RCF'T CNTC C~TC GR C A L :Z TENS MRES MTEM HTEN SGR DEPTH,~H-~]N[!. _ N&~F.,_ LATERg-LSG SH~,LLr]W (RESISTIVITY) LATERg-LSG DEL--P (RESISTIVITY) TENSION MUD TEfqPER.~TUR E ~Ug RESISTiViTY HE~C T~NSiON DENSITY aULK D~NSIT~ DELTA PHOT~-EL=CTRIC F~CTg~ QUALITY CONTROL ~F LgN~ SP~CINS ~OR LDT QUALITY CONTROL 'ON SHORT SPACING FOR LOT LOnG SP~CIN~ Cg~PIJTEO CeUNT ?~TE (LL+LU/2) LONG UPP~ ~-2 W]NDeW C~UNT RATE LONG LOWER W'INDeW COUNT RATE LITHgLOG WINDO'N COUNT R~TE SHOR~ S~C]NG ~ WINDOW COUNT R~TE SHORT SPAC[N.S ~ ~iN~OW C~UNT LONG SoACING HIGH VgLT&G~ OUTPUT SHORT SP.~CING HiGH VOLTagE LOOP OUTPUT SH3RT SPACING Z DENSITY LONG SPACINg RHO8 (UNCORRECT~Eg) LONG UPP~ C~LIPER RELaTiVE 'BEARING AZIMUTH gF HOLE ~RZFT HOLE AZIMUTH ~EV~ &TION PAD 1 .~ZIMUTH T E N S~ '~ n ~ N MU'D TED~P'ER ~TUR:E MUg RESISTIVITY HE~D TENSI3N NEUTRON PGROSITY ~rd~N. PORO:S~ ~TY CAL[~RATE~ THERN~L N~UTRON PATIO NEUTRON POROSITY ...OUTPUT :FROM ~N APPLICATION PROGRAM RAW COR~:r ~ ........ T..,D E~R THERM~L COUNTS RAW COqRECTEg F&R THERMAL COUNTS CORRECTED NEAR THERmaL COUNTS CORRECTED F~R THSRM.&L COUNTS G~M~ ~Y CALIPE2 TENSION MUg ~ESISTZV~TY >~UO TEMP ER~T~JR ~ HEAC TENSION SP~CTRDSCOPY G&MMA-R~Y ZO .IS TAPE VERiFIC.&TZON LISTZNG ;CHLUMiBERGER ~LASK& COr,~PUTING CENTER 22.-JUN-1989 14:06 CGR T HO R P3TA UR~N WING W2NG W3NG WENG TENS MTEM MRES CS HTEN D 6F i COMPUTE[) G~MqA RAY FROM THOP!UM, UP~INiUM, a, NP POTASSIUM THORIU~4 ,~0 T,~ SS IUM UR~NZUM WINDOW I (.150- .5 ~!NCIW 2 (.5 - 1.1 MEV) WINEOW ~ (1.! - 1.6 ~EV) WINCOW ~ (1.6 - Z MEV) WINDOW 5 (Z - B rqEV) TENS!ON MUD TE~P5R~TUR~ MUD RESISTIVITY C~LE HE.ID TSNSION ~=~ 3A'TA FORMAT SPErIFIC6TZCN,,, RECORD '"'~' S~r TY~E '- 64~a CODE V,~LUE I 66 O 2 56 0 B 73 260 ~ 66 1 5 66 6 7 65 8 68 0.5 9 65 F T 11 66 ~Z 68 1~ 66 O 14 65 15 66 68 16 66 1 0 56 I ~-"' SET TYOE - CHAN '"'~ NAM~E SERV UNIT SEPVICE ~Pi ~PI ~PI APl ~ILE NUMB NU~ SIZE REaR ID 3ROEq ~ LOG TYPE CL,~SS MOD NUMB SANP ELEM CODE PROCESS ( H E X ) DEPT F'T ~4:~361 O0 LLS OLR ~ ;H~',~ M548361 1t LLD DLR £HMM 543361 11 GR DLR G~PI 543361 I1 TENS DLR LB 548361 II 000 OO 0 3 1 1 4 68 220 09 0 3 I i 4 68 ZZO lO 0 3 1 1 .4 68 310 O1 0 3 ! 1 4 68 6 3 5 21 0 3 1 i 4 6 8 0000000000 0000000000 0000000000 O00OO00000 0000000000 IS TAPE V!ER'Z~ZCa~TZON L!SYZNS CHLUMBERGER aL.gSK..~ CO',IPUTING CENTER ~-JUN-lO89 14'06 PAGE' Z 2 NAME SERV bNIT SERVICE a. DI :~Pl ID DP, DER ~ LOG TYPE NTEM 3L~ CEG= 54~361 !1 300 MRES 3LR CHMM 54~361 11 900 HTEN OLR LE 548361 11 SO0 D~I LDR PU 548361 42 890 RHC9 LDR G/C3 ~&316~ DRHS LDO, G/C3 549251 42 355 PEF LDR 548361 42 358 QLS LOR 5~8361 42 354 QSS LDR 54~36! 4Z 354 LS LD'~ CPS 548361 42 354 LU LD~ CPS %4B361 42 ]54 LL LDR CPS 548361 4Z LITH hER CoS 54~361 42 354 SSI LDR CPS 549361 4Z 354 SS2 LDR CPS 548361 42 354 LSHV LDR V 543~6] 42 354 SSHV LDP V 548351 42 354 SIRH LDR G/C3 548361 42 350 LSRH LDR G/C3 548361 4Z 350 LURH LDR G/C3 543351 4Z CALZ LDR ZN 543361 ~2 280 RB LDR OEG 548361 42 631 AZIM LOR gEG 548361 4Z 630 H.~ZI CDR CEG 548~61 42 530 DEVi LDR DEG 549361 4Z 520 PlaZ LDR DEG 548361 42 GR LDR GAPI 548361 42 310 TENS [DR L.B S48361 42 635 MTE~q LDR OEGF 548361 4Z 000 MRES LDR griMM 548361 42 go0 HTEN LDR L~ 548361 4Z 000 NPHI CNR PU 548361 42 890 TNPH CNR PU :548361 42 890 TNRA CNR 549~61 42 420 NPOR CNR ~PU :549361 42 '990 RCNT 'CNR CoS 548361 42 420 RCFT CNR CPS 54~33 51 42 420 CNTC CNR C~S 543361 42 420 CFTC CNR CPS 543361 4Z 420 GR CNP GAFI S48361 42 310 CALl CNR IN 54~361 4Z 280 TENS CNR LB 548361 42 635 MRES CNR ~HM~ 54~361 42 OOO MTEM CNR CEGF 54~'3~61 42 000 HTEN CNR L5 54.8961 4Z 000 SGR N~R GAPi :54836~ I1 CGR NGR G&FI 5483~1 11 310 THOR NG:~ PPM 543351 t'1 790 PDTA NGR PU 5~8361 !1 7!9 URAN NGR PPN SABB61 11 792 WING NGR CPS 54~361 11 310 ~mI ~Pl :ILE N CLASS '400 NUMB S O0 0 3 O0 0 3 O0 0 3 C1 0 3 OZ O 3 Ol O 3 O1 0 3 O! 0 3 O1 0 3 0! 0 3 OI 0 3 O1 0 3 Ot 0 ? OZ 0 3 OZ O 3 O0 O 3 O0 0 3 OZ 0 3 OZ 0 3 02 0 3 0 .! 0 3 01 O 3 0 i 0 3 Ol O 3 O! 0 3 O1 0 3 O! 0 3 21 0 3 00 0 3 O0 0 3 O0 0 3 O0 0 ~ oo o Ot 0 3 O0 0 3 O1 0 3 Ol 0 3 01 0 3 01 0 3 O! 0 3 Ol 0 3 21 0 3 O0 0 3 00 0 3 0 O 0 ~ 01 0 3 O1 0 3 :0 0 ~ so o 50 0 3 O1 0 3 UMB NUM~ SIZE R~PR PROCESS aMP ELCM CODE (HEX) I 1 4 68 0000000030 O000OCO000 65 O0000000OO O00COGOO00 68 O0000000OO 68 OOOO000000 68 00000000~0 68 0000000000 68 OOO00000OO 68 0000000000 68 0090000000 68 0000009000 68 O00000OO00 63 0000003000 68 0000009000 68 O00000OO00 0000003000 68 0000000000 68 O0000000OO 68 00000C9000 68 OOOO000000 68 0000000000 68 O0000000OO 6B 00:00000000 68 0000000000 68 OOO0000000 68 0000000000 00000000'00 69 0000000000 68 0000000000 68 0:000000000 68 O00000OO00 68 0000000000 68 0000000000 68 O000OO000O 68 0000009000 68 OOOOOCOOO0 68 O0000000OO 68 OOOO000000 68 000000,0000 68 0090000000 68 O00000OO00 0000000000 68 0000000000 68 0000000000 68 O0000000OO 'O0000000OO 68 0090000000 6,8 OOOO00OO00 68 O0000CO000 IS TAPE VERIFICaTiON LISTING CHLUMBFRGER ~L~SK~ CCMPUT!NG CENTER 22-JUN-19~9 14'06 PASE: 23 N~:E. S:RV~ UNIT. S~VIC ID W2NG NGR CmS 543B61 W3NG NG~ CPS 54~6~ W4NG NGR CPS 54B361 W5NG NGR CPS 543361 TENS NOR L2, 543351 M~EM NOR CEG~ 54~361 MRES NGR OHM~ 5~8361 CS NOR F/HR 548361 HTEN NGR L~ 54B361 &PI ,~PI ~PI 6PI =ILE NUM~ NUM~ SiZE REPR LOG TYPE CLASS ~40,3 NUMB SAM~) ELEM CODE !1 310 O1 0 3 1 1 4 68 II 310 O1 0 3 ! 1 4 68 11 31~ O1 0 3 1 1 4 6~ II 310 Ol ~ 3 I I 4 6~ 1! 635 21 0 3 1 I 4 68 11 000 O0 0 ~ 1 I 4 68 11 000 09 C 3 1 1 4 6B 11 636 21 0 3 1 1 ~ 6B !I OCO OS 0 3 1 1 4 6~ -- PROCESS (HEX) 9000900090 0000009000 O00000OCO0 0000000000 0000000030 OOOOOOO000 O00000OO00 O00000OOOC 0O9OOOOO0O DEPT. 11510.500 TENS. DL2 -999.250 DPHI.LOR 22. 424 QLS.L~R -0.041 LL.LDR 232.750 LSHV.LDR 1722.000 LURH.LDR 2.035 HAZ I. LDR 346.375 TENS.LDR 4!12.000 NPH!.CNR 10.1 18 RCNT. CNR 37 95.926 GR.CNR ~0.3A4 MTEM. CN~ 166.6.25 THOiR. NGR -999.2 50 WZNG.NGR -999. 259 T~NS.NGR -999.250 H'TEN. NGR '-9 99.2 50 DEPT. !.1500. 000 TENS.DLR -999.250 DPHI.LDR t2.818 QLS.LOR O. 000 LL.LOR 153.625 LSHV.LDP 1723.0'00 LURH.LOR 2.383 HAZI. LDR 346.105 T EN:S.LDR 5708. OOO NPHI.CN~ 7.O!q RCNT. CNR 3795. 926 G~.CNR 30.344 MTEM. CNR ! 66.625 THOR.NGR 0.000 WZNG.NGR '19.5 ~5 TENS.NGR 48~2.000 HTEN.NGR -312.250 LLS.DL~ -999.250 LLD.DLR -~99.250 MTEM.DL~ -999.250 MRES.DLR -999.250 R~OB.LDR 2.327 D~HO.LOR 0.302 ~SSoLDR O.O6B LS.LDR 529.500 LI'TH.LOR t13.938 SS1.LDR 326.250 SSHV.LDR 1392.000 SI~H.LOR 1.535 C~LI.LOR 6. 750 RB. L'OR 73.627 DEV!.LDR 35.525 PI~Z.LOR 62.927 ~TEM.LDR 165.625 MRES.LDR 0.067 TNPH.CNR 6.422 TNRA.CNR 1.324 RCF'T. CNR 2678. 246 CN'TC. CNR 3768.844 CALI.CNR 6.750 TENS.CNR ~112.000 HTEN.CNR 600.500 SGR.NGP -999.250 PCTA.NGR -999.250 UR,~N.NGR -999.250 W3NG.N!3P -99'9.250 W4NG.NGR -999.250 MTEM.NGR -!?99.250 MRES.NGR -99'9.250 LLS.DLR -999. 250 LLD.DLR -999.2.50 ~TEM.DLR -999.250 MRES.DLR -999.250 RHOB.LDR 2.491 DRHO.LDR 0.126 C SS. L'DR O. 082 LS.LDR 29 O. goo LITH.LDR 61.500 SSI.LDR 253.000 SSHV.LOR 1393.000 S1RH.LDR 2.111 C~,LI . LDR 6.207 RB. LOR 82.,447 OEVI.LDR ~5. ~%31 PI~Z.LOR 69.9B9 MTEM.LDR 166.525 MRES.LDR 0.067 TNPH.CNR 6.422 TNRA.CNR 1.324 RCFT.CNR 2678.246 CN'TC. CN:R 3768.844 CALI.CNR 6.207 TENS.CNR 5708.000 HT!EN.CNR 1095.000 SGR.NGR 0.000 POT~,.NGR O.O00 UR.~N. NOR 0.000 W3NG.NGR 11.521 N4NG.NGR 2.30'4 MTEM.NGR 164.125 MRES.NGR 0.063 GR.DLR HTEN.DLR PEF.LDR LU.LDR SSZ.LDR LSRH.LD~ AZIM.LDR G.R.LOR HTEN. LDP NPCR.CNR CFTC .CNR MRES .CNR CGR.NGR W1NG.NGR WEMG.NGR C S. NG~ GP~.OLR H T E N. O L R PE~ .LDR LU.LDR SS2.LDR LSRH .LDR /~ZIM.LDR GR.LOR HTEN.LDR N~OR.CNR C FTC. CNR MRES.CNR CGR.NGR WING.NGR W :5 N G · N G R CS.NGR -999.250 -999.250 0.000 493.500 456.000 2.023 346.3'75 30.344 6O0.5O0 6.422 2902.4~4 0.067 -999.250 -999.250 -999.250 -999.25C -999.250 -999.250 5.379 272.500 332.250 2.363 3,46.105 30. 344 10~5.000 6. 422 2902.4~4 0.067 0.000 65.658 1.t52 859.000 IS TriPE VERZFZC-'ITZOq LISTING CHLUMEERGER ~L~.SKa COMPOTZNG DEFT. 11400. 000 LLS.DLR TENS.OLR 5?q~O.OOC MTEM.ELR D°H I. LDR 7.892 Rh ge . L 9~ QLS.LDR -0.060 CSS.LSR LL.LDR 102.2~0 LITH.LOR LSHV.LDR 17 29:.000 SSHV .LDR LURH. LB R 2. 564 C~LZ .LDR HAZI.LDR 344. 659 OEVI.LgR TENS.LCR 5720.000 MT EM.LOR NPHZ. CNR 5. ~ 51 TN mH.CNR RCNT. CNR 57 $1. 034 RC ~:T. CNR GR.CNR 2] .~63 C~LI.CNR MTEM. CNR 166.5 O0 HI ~N. CNP THOR. NGR 1 . 8 89 O~T~. NGR W 2NG. NGR 36. 926 W3 NG. NGR TENS. NG~ 62'92.0 O 0 MT 5~. NGR HT EN. NGR 641 . 0 O0 DEPT. 11 B,gO. 0 O0 LLS. r~LP TENS. 9LR 5952. 000 ,~T E~. DhR DPHI. LDR 17..419 RH OB. LDR QL S. LDR ,-0.021 ~ SS. LDR LL.LD~ 137.250 LITH.LDR L SHV.LOR 1729. 000 SSHV. LDR LURH. LDR 2.428 CALI. LDR H~ZI. LOR ~ 44.9 ~ 8 DE VI. LOR TENS. LDR 5664.0 O0 MT EM, LDR NPH!.CN~ 15.57.! TNPH. CNR RCN'T. CNR 3206. 024 RC=T. CNR GR. CNR 12. 5131 CALI. CNR NTEM.CNR 165.250 HT EN .CNR THOR. NGR -0,049 POT~. NGR WZNG. NGR 10.847 W3 NG. NGR TEN S. NGR 61 :~0. 000 MT EM. NGR HTEN. NGR ~ 43. 500 DEPT. I 1200. 000 LLS. TENS.DLR 5868. 000 MTE~a. DLR D~HI.LDR 10. 382 RHO~.LDR a~LS. LDR -0.0 02 Q S S. LDR LL.LDR t18.125. LITH.LDR LSHV.LDR I729. 000 SSHV.LOR [URH.LDR 2. 525 CALI.L~R H AZ I. LDR 3 65.4 S6 DEVi. LDR TENS. LDR S408. 000 MT EM. LOR NPHI.CNR 22.7!0 TNPH.CNR RCNT.CN2 3375.208 RCFT.CNR GR. CNR 33 . g 94 C~ L I . C NR MTEM. CNR I 53.250 HI EN. CNR THOR. NGR t. 6:91 P~T~. NGR W2NG. NGR 46.4 07 W3 NG.NGR TENS.NG~ 60B4.0 O0 MT EM. NGR HTEN.NGR 6ti. 500 22-JUN-1989 14:06 107. 295 LLD.PLR 164.875 MRES.DLR 2.575 ORHO.LDR 0.910 LS.LDR 43.719 SS1.LDF, 1.39~.000 S1RH.LDR ~ 9=7 RB.LDR 36.376 P!~Z.LDR 166.500 MRES.LDR 5. 709 TNRA.CNR 4~_~46. 319 rNTC~ . CNR 6. 957 TENS.CNR 10~2. 000 SGR.NGR O. 501 UR,~N. NGR 12.97.~ W4NG.NGR !62.B75 MRES.NGR 49.240 LLD.OLR !65.000 ~RES.DLR 2.412 DRHO.LOR 0.008 LS.LOR 5:5. 000 SS1 .LOR 1400.000 S1RH.LOR 7. 945 RB. LOR 36.579 PI~Z.LOR 165. 250 MRES.LDP 12.584 TNRt!. C'NR 1 561. 524. CNTC. CNR 7.945 TENS.CNR I 094. 000 SGR. NGR 0.034 URAN.NGR 5.6.~2 N4NG.NGR !62.750 MRES.NGR 11.485 LLD.DLR 164. 375 ~MR ES. OLR 2. :5 ~3 DRHO. LOR O. O13 :LS.LOR 61.625 SSi. LOP 139'9.000 SIRH.LDR 7. 0718 RB. LDR 37.591 PI~Z.LDR 163.250 MRES.LOR 1,7.949 TNRA. CNR 1 I~31. 651 CNTC. C NR 7.078 TENS.CNR ~89 000 SGR Nq~ 0.652 URAN.NGR t 5.96:~ W4NG.NGR 161.375 MR:~S.NGR 115.329 0.063 O.O00 206.125 199.250 2.574 179.498 164.035 0.068 1.257 5842.442 5720.000 24.560 t. 02.3 2.495 0. ~ 64 62.'735 0.063 -0.007 2 5 ¢. 250 205.375 2.445 171. 844 154.869 O.06B 2.007 3167.946 5664.000 !I. 51.:3 !. 38.2 I. 550 0.,064 13. 434 0.064 0.013 227.875 2t, 0.000 2.469 17 5. 748 160.0'97 0.070 2.431 3888.550 540 8. OOO 29.442 1.419 3.992 0.065 GR.DLR HTEN. 9LR P~=.LDR LU.LDR SS2.LDR LSRH.L~R A.Z I'~,. L DR GR.LDR HTEN.LDR NP~R.CNR C~TC.CN~ MRES.CN~ CGR . NG:R WING. NGR W 5N.G. NGR CSoNGR GR.OLR HTEN.DLR PE~.LCR LU.LDR SS2. LDR LSRH.LDR AZIM.LDR GR. LDiR HTEN.LDR NP~R.CNR FTC. CNR MRES.CNR CGR.NGR W1NG.NGR 5 N G. N G R CS.NGR GR. DLR HTEN.DLR PEm.LDR LU.LDR SS2.LOR LSRH.LDR 4ZIM.LDR G R. LDR HTEN.LDR NPCR .CNR CFTC.CNR MRES.CNR CGR.NGR WING. NGR WSNG.NG~ CS.NGR P ~ G E: 24 21.578 921.000 4.297 207.625 281.250 2.574 344.659 21.56B 1052.000 5.816 4672.953 0.068 16.323 ~1. ! .497 908.500 12.]83 929.500 5.566 253.875 300.000 2.418 344.988 12.531 1094. OOO 12. 646 1725. 092 0.068 0.373 0.517 905.500 27.156 907.5,00 3 . ~.35 219.375 298.000 2.520 345.456 33.094 989. 000 2 Z. 227 1797.492 0.070 17.999 9.3.8.12 1.497 924.5.00 IS TAPE V:ERZFZC4TZCN LZSTING CHLUFBERGER ~L~SKA ~'F]MPUT"rNg,., · ~. CENTER. DEPT. ii! 00.000 LLS.gLR TENS.DLR 5712.000 MTEM.DLR DPHI,LDR 20,371 RHOB,LDR ~LS.LDq O. 007 C, SS. LL. LDR 154.875 L ITH. L~R L SHV. LD~ 17 28.0 O0 SSMV. LOR LU~.H.LDq 2.3~5 C~LI.LDR HAZi,LSR 3~5,523 O~V!, LOR TENS. LDO. ~388.000.,, ~TEM.. . LOR NPHZ.CNR 17.1 03 TNPH.CNR RCNT. CNR 3~ 21.604 RC FT.CNR GR.CNR 11.0~7 C~LZ .CNR MTEM CNR 15~ 2:0 HTsN CNR THDR, NGR O, 0 89 P~ T~ , WZNG, NGR 2! , 9~B W3 NG, NGR TENS,NG~ 5052,000 MTE~.NGR HTEN, NGR 572.0 O0 DEP'T. llO00.OOO LLS.DLR TENS.DLR 5748.000 !qTEM.DLR DPHI.LBR !0. 186 RHOB.LDP QLS.LDR O. 0 05 QSS. LDR LL.LDR :'1'5. 563 LITH.LOR LSH'V.LDR !722.000 SSqV.LO~ LURH.LDq 2.5~3 CALI.LOR HAZI.L~R 345.194 ~EVI.LDR 'TENS. LOR 53 ~2. 000 MT EM. L DF, NoHI,CN~ 10,165 ~ ~ , , ~NPH.CNR RCNT.CNR ~6S9,521 RC ~T,CN~R GR. CNR 2~. 7 ~4 CA LI. CNR MTEM CN~ 1:a 62= HTEN CNR ~ .~ ~. .,~ ~ , T H C R. N G R 0. ~ O 3 ~ C T A. N :G R W2NG. NGR 27.302 W3 NG. NGR TEN S. NG~R 6220. 0 gO MT EM. NG~ HT~N NGR ~36 DEPT. 10900,,,000 LLS.DLR TENS.DLR 56~0.000 MTE~.DLR DPHI.LD~R 2. 040 R~iO~.LDR ~LS. LOR -O. O 03 C S S .LDR LL.LOR 102.250 LITH.LOR LSHV.LDR 1'728. OOO SSHV.LDR LURH.LDR 2.607 CSLI.LD~ HAZI.LD~ B,44,396 OEVI,LDR TENSoLOR 3444. OOO MTEM.'LOR NmHI.CN~ 21.7~5 TNPH.CNR RCNT,CNR 22.60,945 RCFT,CNR GR.CNR 99.25'0 C~,LI.CNR MTEM, CNR I 56,875 HTEN, CNR THCR.NGR 10.734 POTA. N'"'P,~,~,, W2NG, NG.R 169,9 ~8 W3 NG,N G~ TENS, NGR 6244.000 ~T EM. NGR HTEN. NGR 770. 500 ~:2-JUN-1959 14 06 95.995 LLD.OLR 162.875 MRES.DLR 2.362 gRHO.LDR 0,02! LS.LDR 60.688 SS1.LDR !~99.000 S1Rh. LOR 6. 902 ~B.LD~, 3~.327 olAZ.LDR 16!.2~0 MR~S.LOR 16.734 TNRA.CNR 1629.0~4 CNTC.CNR 6,902 TENS.CNR 581.009 SGR.NGR O,BO1 URAN.NGP ~.991 W4NG.NGR 159.875 MRES.NGR !69.51 ~ LLD.DLR 16!.625 MRES.DLR 2.536 DRHO.LDR 0.018 LS.LDR 44.B13 SS1 .LgR 1393.000 S1RH.LD~ 6.902 ~B. LDP, 38.469 PlAZ.LDR 159.625 MRES.LDP 9.646 TNRA.CNR 2877. 343 ,CNTC. CNR 6.902 TENS.CNR '994. O0 O SGR, NGR 0.314 URAN.NGR 10.707 :~4NG. NGR 1:58.753 ~R,ES.NGR 4.690 LLD,DLR ! 59. 625 ,~IRES. OLR 2.675 DRHO.LDR 0.044 LS.LDR 47.469 SS1.LDR 1397.000 S1RH.L, DR 8.'984 RB.LDR 39.536 ~IAZ.LOR 156.~75 MRES,.LDR 22.428 TNqA.CNR 918.927 C~TC.CNR 8. 984 TENS.CNR It41.000 SGR.NGR 2.4~6 URAN.NGR 57. 851 N4NG.NGR 1~6. 500 MR~S.NGR 125.535 0.064 O.OOO 291.000 212.750 2.361 175.704 !60.054 0.071 2.044 3675.109 5'~88.000 1 4. 343 1.102 0.500 0.066 150.330 0.065 0.012 22 2.525 209. 375 2.47 5 184.777 !7! .286 0.071 1.577 4726.161 5'352.000 20.184 1.432 3. 747 9.066 7.050 0. 065 9. 078 200.000 ~1 6.2:5 2.434 188.065 17 4.80 g 0.072 2. 508 2282.791 54~4.000 1 ! 5.186 3.603 8.781 O. 067 GR.DLP HTEN. DLR PEF.LDR LU .LDR SSZ.LDR LSRH.LDR AZI~.LDR GR.LDR HTEN.LOR NPOR.CNR CFTC.CN~ NRES.CNR CGR.NGR W1NG.NGR W5NG.NGR CS.NGR .GR,JLR hTSN.OLR PES.LDR LU,LDR SS2,LDR LSRH,LDR AZIM.LDR GR. LC'R HTEN.LDR N P 0 R. C N R CFTC. CNR MRES.CNR CGR,NGR W1NG,NGR WENG,NG~ CS, NG~ GR.DLR HTEN.DLR PEF,LDR LU.LDR SS2.LOR LSRH.LDR AZIM.LDR GR.LDR H'TEN,LDR NPOR,CNR C~TC ,CNR MRES,CNP CGR.NGR WiNG.NGR WENG,NGR CS, P~GE: 25 14.820 861.500 5.969 272.000 308.750 2.361 345.523 !1.047 981.000 16.748 1774.374 0.071 5.458 45.954 0.500 929.000 21.781 875.000 5.566 214.125 295.000 2.5,23 345.194 23.734 994.000 9,748 3033.864 0.071 8.637 85.848 1.606 929.000 105.825 884.500 3.676 195.625 29~ ~00 2.598 344.396 99.250 1141,000 21.798 893.692 0,072 86,137 383.7:81 14.979 9131.000 IS TriPE VERI~iC~.TTCN iLISTING CHLUM~,ERGER aLASKA CO~IPUTZNG CENT--R DEP'T. 108 OO. 0 ,SO LLS. gLR TEN S. gLR DPEI.LD2 !6. 362 REOB.LDR QL S.LDR O. 04~ C SS. LDR LL. LDR 139. BT 5 LITH. LDR LSmV.LDq 1726.000 SSHV.LDR LURH.LDR 2.455 C~LI.LDR H~ZI.LDR 344.9T4 DEVI.LOR TENS.LD~ 5204. ODO ,UTEM.LDR NPHI.CNR 35.534 TNPH.CNR RCNT.CN~ 1642 .B89 RC,~T.CNR GR.CNR 147.500 C~LZ.C'~R MTE~.CNR 154.000 HTEN.CNR THO~. NGR 1! . 2 55 PO'T,~ . NGR WZNG.NG~ 242.252 WZNG.NGP TENS.NGR 5840.000 ~IEM.NGR HTEN.NGR ,~34.g00 DEPT. 10700.000 LLS.DLR TEN S. DLR 5494.000 MT E~!. DLR DPH I. LgR 31 . 362 ~H DB. LDR ~LS.LDR -0.039 ,~SS.Lg~ LL. L~R 6B. I B~ LITH. L DR LSHV. LD~ 1'726.000 SS HV. LDR LURH.LDR 2. 824 CALI,.LgR H,&Zi.LOR 78.315 gEVI.LDR TENS.LDR 5020.000 MTEM.LOR NPH I. CNR 42.72'9 'TNPH. CNR RCNT.CNR 13 82.59~ ~C:T. CN~ GR.CNq 156.250 CALI.CN~ MTE M. CNR 150. 375 HTEN .CNR THOR. NGR '-999.250 P{]'TA. NGR W2NG.NG~ -999.2!50 W3NG.NGR TENS.NGR -999. 250 ~,~TE~..NgR HTEN.NGR -999.250 DEPT. 10645. OOO LLS. DLR TENS.DLR 5384.000 MTEM.DLR DPHI. LDR -999.2 !50 RHO~. LOR QLS. LDR -999.2 50 C.,' SS. LD~ LL.LDR '-999.250 LiTH.LOR LSHV.LDR -999. LURH.LDP, 9'99. - .~ ALI LDR HflZI.LOR -999,2 50 OEVI.LOR TENS.LO~ -999.2 50 ~T EM. LOR NPHI.CN:R -999.2~0 TNPH.CNR RCNT.CNR -999. 250 ~CFT.CNR G R. CN~ '-999.250 Cfi LI. C NR MTE~.CNR -999.250 HT~N.CNR THOR. NGR -999.250 PCT'. NGR WZNG. NG R -999.2 50 W3 NG.NGR TENS.NGR -~99.2S0 MT~M,NGR HT EN.NGiR -999.2 50 22-JUH-1989 14:06 11.384 LLC.CLR ~ 57. ~_50 MRES.DLR 2.430 9RHO.LDR 0.901 LS.LDR 59. 969 SS1.LD~ 1395.000 SIRH.LDR 7.773 RB.LDR 43.204 ~iAZ.LgR 154.000 MRES.LDR 35. 693 TNR~..CNR ,462. 040 CNTC.CNR 7o 773 TENS.CNR 965.000 SGR.NGR 1.'344 UR~N.NGR 73.,~64 N4NG.NGR 153.625 ~RES.NGR ! 8. 252 LLD.DLR 15~.375 MRES.DLR 2. 174 ORHO.LOR -0.092 LS.LDR 15.836 SS1.LDR 1398.000 S'iRH.LPR 6.813 RB.LOR 42.48,8 P14Z.LDR I50. 375 MRES.LDR 4 I. 924 TNRA. CNR 341. '113 CNTC.CNR ~.813 TENS.CNR 37'5. 000 SGR.NGR -999.250 URAN.NGR --999.250 ~4NG. NGP, -999. 250 MRES.NGR 98.500 LLD.DLR '153.125 MRES.DLR -999.250 DRHD.LDR -999. 250 LS.LDR -999.250 SSI,LDR -999.250 S1RH.LDR -999. 250 R~,.LDR -999.~50 P!~Z.LOR -999. 250 MRES.LgR '-999.250 TN~A.CNP -999. 250 CNTC.CNR -999.250 TENS.CN~ -999.250 SGR.NG~ -999.250 UR~N.NGR -999,250 W4NG.NGR -999. 250 MR'ES.NGR 11.866 0.066 -0.002 260.000 2C7.250 2.439 158.358 136.412 0.074 3.321 1706.092 5204.000 159.685 10.132 21.59,4 0.068 19.030 0.06.7 -0.632 142.500 7 7.06 3 4.160 176. 901 254.115 0.072 3.733 1366.285 5020.000 -99~9. 250 -999.250 -999.250 -999.250 60.520 0.06'7 -999.250 -999.250 .-999.250 -999.250 -999.250 -999.2.50 -999.250 -999.250 -999.250 -999. 250 '-999.250 -999.250 -999. '-999.250 GR.OLR HTEN. Ot R PEF.LDR LU.LDR SS2 .LDR LSRH.LOR AZZM.LDR GR.Lg~ HTEN.LDR NPOR.CNR CFTC.CNR MRES.CNR ,~GR. NGR W1NG.NGR W5NG.NGR CS.NG~ GR.DLR HTEN.DLR PE~.LDR tiJ. LDR SS2.LDR LSRH.LDR flZiM.LDR GR.~DR ~T£N.LDR NPO:R.CN~ CFTC .CN~ MRES.CNR CGR.NG~ WING.NGR WSNG.NGR C .S. N G R GR.OLR HTEN.DLR PEF.LOR LU.LDR SS2.LD~ LS~H.LOR ~ZIM. LDR GR.LOR HTEN .LDR N P 0 R. C N R CFTC.CNR MRES.CNR CGR.NGR W 1 N G. N G R WGN3.NGR CS.NGR PAGE: 148.625 850.500 4.504 240.375 305.000 2.432 344.974 1&7.500 965.000 35.892 517.509 0.074 77.998 511.880 14.453 921 145.125 817.000 24.438 I~,$.500 127.063 2. 805 78.3,1.5 156.250 875.000 ,41.981 379.8'B1 0.072 -999.250 -999'250 -999.250 -999. 250 809. 500 -999.250 - 999.2:50 -999.250 - 9 99.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999,2.50 -999 -999.250 26 IS TAPE VERIFiC~TTgN LISTING CHLUt~:m ERG ER,:.. ,aLASK~ .,.."O~PUTING CF-MT=R_ 22-JUN-1989 1~:06 ~AGE: 27 -,- -,-.~. ,- FzL: TRAIL:P. ,-'-~-'~' ~ih~ NAME : :DZT .003 SE~V!~ : :LIC. VERSION : DATE : 39/06/22 MAX PEC SZZE : FILE TYgE : LC L,~ST ~ILE $ ~ ~-* FILE HE6DER FILE NAME : EDIT .004 SERVICE : ~L'IC VERSION : O01&02 D~TE : MAX R~EC SIZ~ : 1096 ~ILE TY~E : LO LAST FILE : ARCO ~L.~,,SY,.A, lINC. PRUOHO~ ~,~Y/LISBUPNE POOL LISBURNE L5--9~ 50-029-2!94B '~ASS LOG SAMPLED EVE~.Y -.I000 FEET TOOL NAME LITHO D~NSITY COMPENS&TEO NEUTRON .IS 'T~C'E. V=R,'rF!CaT'rgN,,.. .,. , L"rGTING.,.. ,CHL'J~EqGER ALASK~ CO~PUTIN'3 C~NT=R T~BLE TYPE : CC~',IS TUN I 22-JUN-1989 14:06 V~LU ~EFI 28 CN FN WN ~PIN FL SECT TOWN RANG COUN STAT N4Ti ENGI WZTN SON PD~T EPD L ;~F APO E D~ EGL =T ~T ~'T FT ,mT ~T ~L~.SK ~ US~ V -]NH~ US/K R~WZ ETZ 5-~8361 ~SL O. 59. 58. 20. 11516. COMPANY NAME ~! ELD NAME ~ELL N ~ME API SERIAL NUMBER ~I EL:.3 LOCATION SECTION TGWNSPZP RANGE COUNTY STAT~ 3R PROVI;4CE NATION ENGI~.~E'ER'S NA~5 N!TN~SS'S SERVICE ORDER MUMS:ER :PER~:~NeNT :DATUM LOG MEASURED FROH TABLE DiE P'T DPHI R HQ',B DRHO PEF QLS QSS LS LU LL LITH SS1 SS2 LSHV S SH V SlRH L S RH LURH CAL ! RB AZIM H,~Z I TYPE : CU'~V D~FI OEPTH CN~NN~L N~HE DENSITY POROSITY BULK DENSZTY DELT~ RHO PHOTO-ELECTRIC FACTO~ QU,~LZTY CONTROL OF LONG SPAC'INS =OR LOT :QUALZTY CONTROL ON SHORT SgACING FOR LOT LONG SPACING COMPUTED C~UNT RATE (LL+LU/2) LONG U~P'ER 1-2 W[NOOW C~UNT R~TE (LUI+LUZ) LONG LO~ER WINDO:N COUNT RATE LITHOLO~ ~ W ~,; ~NO0 ~COUNT ~T~ SHORT SR.~C~NG ~ ',VINO0~ COUNT 94. T5 SHORT SP~.CING Z ~INOO~ COUNT LONG SPACING HIGH VOLT~GE ~'~P~ SHOP'T SF~C~NG HIGH VOLT~GE LOOP 9UT~T SHgRT SPACING 1 :DENSITY LONg SP~CING RHu: (UNCORRECTED) LONG UPPER RHO~ :REL~'TIV5 ~:E~ING ~ZZNUTH OF HOLE DRIFT HOL'E AZIMUTH IS T.~PE VEPZFICAT!ON LZSTZNG CHLUMSERGER ~L~SK~ C~,!PUTZNG DEFI CE D,,~T ER 2'Z-JUN- 1999 DEVI DEVIATION PI~Z PAD 1 AZIMUTH GR GAMMA RAY TENS 'TENSZON MTEM 'qUO TE~:=R~TUR~-.., ._ _ MRES MUD RESISTIVITY HTEN HEAS ~: NPHZ NEUTRON POrOSiTY TNPH THERHAL NEUTRDN P~RPSZTY TNRA CALISR&TED THErMaL NEUTRON RATZO NPDR NEUTRDN m~RPSI'TY OUT~UT FRO~ AN AP~L~C~T~ON RCNT RAW CORRECTED NEaR THERP~L CgUNTS RCFT R~ CORRECTEg ~R T~ER~AL CEUNTS CNTC CORRECTE] NEAR THERMAL COUNTS CFTC C~RRECTED ~&~ THErMaL COUNTS GR GAMMA RAY CAL! CALiPE~ TENS T~N~T~N MRE~S ~UO RESISTIVITY MTE~ MUO TE~4~:RATURE HTEN HEAE T ENSi~gN 14:06 o A G E: 29 .IS TAPE VERZFZCaTION L!STINS ,CHLUMSERGER ~LASKA CC'4PUTZNS CENTER 22-JUN-1989 1~+: 06 ¸30 N4~E SERV ID UNIT SERVICE gRDER ~ API API ~PI ~mI =ILE NUMB NUMB SZZE REPR LgG TYPE CLASS "gg NU,~B S&MP ELEM CgDE PROCESS (H~-X) DEPT DPHI LHR RHC~ LHR DR~O LHR PEF LHR QLS LHR QSS LHR LS LHR LU LHR LL LHq LITH LHR SSI LHR SS2 LHR LSHV LHR SSHV LHR SIRH LHR LSRH LHR LURH LHR C~LI LHR R8 LHR AZIM LHR HA:ZZ LHR DEVI LHR P1AZ LHR GR LHR TENS LHR MT~M LHR NRES LHR HTEN LHR NPH! CHR TNPH CH~ TNR~ CHR NPOR CHR RCNT CHR RCFT CHR CNTC CHR CFTC CHR G~ CHR CALl CHR TENS CHR NRES CHR MTEM CH~ HTEN CHR FT 543361 PU 543361 G/C3 548361 G/C3 54~361 548361 54~]61 548361 C~DS 548361. CPS 548361 CPS 5z, 836~ C PS 5483 51 CPS 548161 C~S 548361 V 548:361 V 548361 G/CB 548361 G/C3 543361 :G/C3 54~361 IN DEG 548361 ~G 548361 C ~G 5483 DEG 54'~361 BEG 548~61 '~PI 5'48361 L8 548:51 EHM?I 54. 3361 LB. 548361 PU 548361 PU 548361 PU 548361 CPS 548361 CPS 548361 C P S ~ .. ~ 2 61 CPS GAP! 548351 IN 548361 DEG: 548351 L3 548361 O0 000 OO 0 4 ! 1 4 42 899 O1 0 4 1 I 4 63 42 3~0 CZ 0 4 1 1 4 68 42 356 O1 0 4 1 1 4 68 42 35~ Ol 0 4 1 I 4 68 42 354 O1 0 4 1 1 4 68 42 354 O1 0 4 1 1 4 68 42 354 O1 0 4 ! 1 4 68 42 354 01 0 4 1 1 4 68 ~ 2 354 O 1 0 4 I 1 4 6 8 42 354 Ol 0 4 1 1 4 68 42 354 OZ 0 4 I 1 4 68 42 35~+ 02 0 4 '1 1 4 68 4 Z :354 00 0 4 1 1 4 6 8 42 ~54 O0 0 4 1 1 4 68 41 350 02 0 4 1 ! 4 68 42 350 OZ 0 4 1 I 4 68 41 350 02 0 & i 1 4 68 4Z 280 Ol 0 4 I 1 4 68 42 ~31 01 0 ~ 1 1 ~ 68 42 630 O1 0 4 1 1, 4 68 4~. ~30~ O1 0 .4 1 1 4 68 42 520 01 0 4 1 ! 4 6 8 42 5'~0 Ol 0 4 -~ .~- 1 4 6 8 a Z 310 0:1 0 4 1 1 4 6 8 42 6 '~ ': 2 .! 0 4 ' 1 ~ 68 ,~+ 2 000 00 0 4 1 1 4 58 4 Z 000 00 0 4 ! 1 4 6 8 42 000 O0 0 4 t 1 4 68 42 ~ 90 00 0 4 1 I 4 6,8 4 ;2 '890 0 0 0 4 I 1 4 6,8 ~, 2 42 O 01 0 4 I I 4 68 42 ~ 90 00 0 4 1 I .4 6 8 4,2 42 O 01 0 4 ! I 4 6 ~ 42 4 20 01 0 4 1 I 4 6 8 4~'~, 420 O1 0 4 I ! 4 68 42 420 Ol 0 4 1 1 4 68 42 310 Ol 0 ,4 1 1 4 68 4:2 28 0 O I 0 4 1 1 4 6 8 42 6 3 5 21 0 4 1 1 4 6 8 42 000 O0 0 4 1 1 4 4 2 000 00 0 4 1 1 4 68 42 000 O0 0 4 1 I 4 68 OOOO000000 O00000OO00 0000009000 0000000000 O00000OO00 O0000000CO 0000000090 0000000000 0000000000 0000000000 0000000000 0000009000 O00000OO00 OOOO00OO00 O000OO0000 0000000000 0000000000 0000000000 0000000000 OOOO00OO00 O000000000 0000000000 O00000OO00 OOOOOOOO00 OOOO000000 0000000000 0000000000 O00000000O O0000OO00O 0000000000 OOOO00OO00 OOgOOCO000 0000000000 O00000OO00 0000000000 0090000000 O00OOOOO00 O0000OO000 0000000000 0000000000 O00000000,O '0000000000 OCO0000000 IS T~pE VERIFtC.2T!DN LZSTZNG CHLUMSERGER .a-L~SK,a. CC,~PUT.T. NS CEHTER DEPT. 115 t O. 699 DPHI. LHR PE.=. LHR O.OgO QLS.LHR LU.LH~ 493.500 LL.LHR SS£.LHR 456. OOO LSHV.LHR LSRH. LHR 2.023 LU ~H. LHR AZi,U.LHR 346.375 H~'ZT- .LHR GR.LHR 30.3~4 TENS.LHR t..'T EN. LH ~ 6_00. 500 NPHI.C~R NPOR .CH~ 8. 422 ~C NT. CHR C ~TC. CHR 2992.484 GR .CHR MRE S.CHR 0.057 ',~T EM. CHR DEPT. 11500. 090 DPHI.LHR PEF.LHR 5.348 ~LS.LHR LU. LHR 2 ~6.87_r LL. L-qR SSZ. LHR 332.0 ,.90 LS MY. LHR LSRH.LHR 2.422 LURH.LHR AZ IM. LHR 346. 130 Nfl Z I. LHR GR.LHR 30.3&4 T£NS.LHR HTEN. LH R 11,48 . 000 NP HI.CHP NPOR. CHR 6.422 RCNT. CHR CFTC. CHR ZgO 2.4-84 GR.CHR MRES.CHR 0.067 M'T EM.CHR DEP'T. 11400.0 O0 DP HI. LHR P EF. LHR 4,. ~83 qLS. LHR LU.LHR 195. 125 LL.LHR SS 2. LH'R 2 S2. ? 50 LS HV. LHR LSRH.LHR 2.534 LUR~,.LHR AZIM. LH~ 344.396 H~ZI.LHR GR.LHR 21.5.63 TENS.LHR HTEN. LHR 1078.0 O0 NP~.CHR NPCR. CHR 5.9 27 RCNT.CHR C~TC.CHR 4546.? ..=,.6 GR. CHR MRES. CHR O. 0.68 MT :EM,. CHR DEPT. 11300. OOC .~FHI.LHR PEF.LHR 5.4 26 CLS.LHR LU.LHR 242.500 LL.LHR SS2.LHR 2'98.250 LSHV.LHR LSRH.LH~ 2.426 I_U~H.LHR AZiM.LHR 345.17e HfiZI.LHR GR.~HR 11. 070 T~MS. LHR HTEN.LHR 1077. 000 NPHI.CHR NPOR. CHR 12.2 ~2 RC NT. CHR C FTC.CH R 1699.2 ~6 GR. CHR MRES.CHR O. 0~8 MT~M.. CHR OEPT. 11200.000 .gPHI.LHR PEF.LHR 3.264 QLS.LHR L,U.LHR 230.375 LL.LHR SS2.LHR 29~.750 LSHV.LHR LSRH.LHR 2.4'B2 LURH.LHR AZIM.LHR 1345.151 HflZZ.LHR GR.LHR 26.516 TENS.LHR ~2-JUN-t989 14:06 22.42~ RHOB.LHR -O. 041 CSS.LHR 2R2. 750 LI'TH. LHR 1722.900 SSHV.LHR ? 035 r~L! LHR 346. 375 gEVI.LHR 4112.000 ~TEM.LHR ~0.1!3 TNPH.CHR 3795.925 RCFT.CHR 30.344 CAL!.CHR 166.625 HTEN.CHR 9.075 RHCB.LHR 0.015 QSS.LHR 139.259 LITH.LHR 1722.000 SSHV.LHR 2.4~7 C~LI.LHR 346.130 OEVI.LHR 57~4. 000 MTEM.EHR 7.019 TNPH.CHR 3795.926 RC=T.CHR 3.0.34,4 C~LI.CHR t66. 525 HTEN.CHR 7. 531 RHOB.LHR 0.026 (}SS.LHR 105.689 LITH.LHR 172~.000 SSHV.LHR 2.60'7 CALi. LHR 34.~. 396 DEVI. LHR 5v6~.000 MTEM. LHR 5.663 TNPH.CHR 5729.012 RCFT.CHR 21.563 CALI.C~R 166.50C HT~EN. CHR 1,6.938 RHOB.LHR -0.004 QSS.LHR 136.875 LITH.LHP 1'729. 000 SSHV.LHR 2..4413 CALI. LHR 345.178 OEVI.LHR 5550.000 ~TEM.LHR 14.752 TNPH.CHR 3055.380 RCFT.CHR 1 1. 070 CALI.C HR 165. 250 HTEN.CHR 12.62~ RHOB. LHR O. 000 QSS.LHR 125.625 LITH.LHR I 729.000 SSHV.LHR 2.,492 CALi. LHR 345.',151 OEVl. LHR 5372.000 MTEM.LHR 2.327 0.063 I13.038 1392.000 5.750 35.525 166.625 6.~ZZ 267 B. 246 5.750 600.500 2.555 0.063 55.6,56 1393. OOO 6.207 35.z, 17 166,625 6.42 Z 2673.246 6. 207 I14~. 000 2.581 -0.002 43.094 1398.000 6.988 36. Z 8.3 166.500 5. 860 4138,108 6.988 1078.000 Z. 420 O. 012 54.094 1400. 000 7.945 36.617 16 5. 250 ! 2.596 1751.744 7. 945 I 077. O 00 Z. 494 0.021 61.625 1399.000 7.102 37.503 163. 250 DRHO.LHR LS.LHR SSI .LHR S1RH.LHR R5 .LHR P1AZ.LHR MRES.LHR TNRA .CHR CNTC.CHR TENS. CHR DRHg .LHR LS.LHq SS1.LHR S1RH.LHR R3 .LHR Pt~Z.LHR MRES.LHR TNR~.CHR CNTC.CHR T!ENS.CHR D 'RHO. LHR LS.LHR SS1 .LHR S1RH.LHR RB. LHR P1AZ-LHR MR E S. LHR TNR &. CHR C N T ,C ·,,,.,~r H R TENS .CHR ORHO.LHR LS.LHR S :S 1. L H R S1RH.LHR RB.LHR P!AZ.LHR MRES.LHR TNR~ .CHR CNTC .CHR TENS.:CHR DRHO.LHR LS.LHR SS1.LHR S1RH.LHR RS.LHR Pt~Z.LHR MRES.LH~ O~GE: 3'1 0.302 529.500 326.250 1.535 73.627 52.927 0.067 1.324 3768.844 ~+112.000 0.131 262.750 250.125 2.162 52.278 69.824 0.067 1.324 3768.844 5744.000 -0.003 203.250 197.125 2.596 180.261 154.719 O.068 1.280 5746.921 5764.0'00 -0.006 261.000 205.500 2.449 172.0,89 155.355 0.068 1.952 3109.539 5660.000 0.010 2:40.750 211.125 2.441 175.719 159.760 0.069 ,IS 'T~9E V~R'!FIC4TZgN LZSTZNS CHLU~,BERGER .aL~SK'A CO~IOUTING CE;'~TER DEPT. 11100.0 O0 OPHI .LHR PE:.LHR 5.S20 :;LS.LHR LU.LHR 2~3.250 LL.LHR SS 2.LH~ 3 05.5C0 LS HV. LHR L SRH. LHR 2.3 40 LU RH.LHR AZIM.LHR 3~5.3 52 HA ZZ.LHP GR.LHR 10. ? 58 TENS. LHR HTEN.LHR 991. 000 NPHI.CHR N PC ?. CHR t,5.839 ~C NT. £ HR CFTC.CHR 1747.6,56 GR. CHR MRE S. CH;~ O. 071 '47 EM. C HR DEPT. 11000. 000 DFHI.LHR PE: LHR ~ ~1 '*LS LHR LU.LHR 223.625 LL.LHR SS2.LHR 300. 750 LSHV.LHR L SR~. LHR 2.510 LU RH. LHR A ZI M. LHR 3f+5.215 HA ZI . L GR.LHR 19.594 TENS.LHR HTENoLHq 1007.000 N~Hi.CHR NPg R. CH~ 10 · 25 B RCNT. CH~ C FTC. CHR 3035.258 GR. CHR MRE S.CHR O . 0 71 MTEM.CHR DEPT. 10900. 000 DPNI .LHR PEF.LHR 3.928 ~LS.LHR LU. LHR 200.3'75 LL. LHR SS2.LHR 294.250 LSHV.LHR LSRH. LHR 2 . 5'76 LURH. LHR AZIM. LHR ]44.2 99 HAZI . LHR GR.LHR 97.000 T~NS.LHR HT EN. LHR 11 40.0 O0 NP HI. C~R NPC~.CHR ~2. 033 RCNT.CHR C~TC. CHR 894. 443 GR. CHR MRES.CHR 0.0'72 DEPT. 10800. 000 OPHI. LHR PEF.LHR 4.477 ~LS.LHR LU.LHR 246. 750 LL. LHR SS,Z.LHR 309.'750 ;LSHV.LHR [SRH.LHR 2.426 LU~H.LHR AZI?q. LHR ~45.659 HAZI.LHR G~.LHR !40.2.50 TENS.LHR HTEN.LHR I00!.000 NPHI.CHR NPO~.CHR ~6.6 84 RC NT.CHR CFTC.CHR 5.27.324 GR. CHR MR~S.CHR 0.074 ~TEM.CHR 2]-JUN-1989 1¢:06 23.419 TNPH.CHP 3236.1~0 RC=T.CHR 25.$!6 CALI.CHR 163.250 HTEN.CHR 21.~77 RHOB.LHR -9.007 QSS.LHR 159.125 LITH.LHR 1728.000 SSHV.LHR 2.359 CALI.LHR 345.3F2 OEVI.LHR 5372.300 ~TEM.LHR ~?.503 TNPH.CHR 3~98.149 RCFT.CHR 10.758 C~LI.CHR 151.250 HTEN.CHR 10.74~ RHOB.LHR -O.O!B QSS.LHR II~. ~75 LITH.LHR 1728.000 SSHV.LHR !.5!4 C~LI.LHR 345.215 DEVI.LH~ 5 384. 000 HTEM.LHR 10. 282+ TNPH. C HR 47!8.673 'RC~T.CHR I 9. 594 CALI.CHR 159.625 HTEN.CHR .3.269 RHOE.LHR 0.004 QSS.LH~ '106.3!3 LITH.LHR 1728.000 ~SSHV.LHR 2.590 C~LI.LHR 34~.299 DEVI.LHR 5412.000 MTEM.LH~ 22.313 TNPH.CHR 2492.298 RCFT.CHR 97.000 CALZ.CHR 156.875 HTEN.CHR 16.136 RHOB.LHR 0.017 GSS.LHR 139.500 LITH.LHR 1726.000 SSHV.LHR 2.447 C~LI.LHR 345.659 DEVI.LHR 524~.000 MTEM.LHR 35.351 TN~H.CHR 1667.129 RCFT.CH~ !40.250 CALI.CHR 15.4.000 HTEN.CHR ! 8.743 1645.592 7.102 987.500 0.919 61.281 6.}02 3 B. 283 161.250 .16.771 1595.498 5.90! 991.000 Z. 52~_ 0.013 58.875 1398.000 6.902 38.475 159.625 9.808 2812.01'1 6.902 1007. 000 Z. 654 0.051 48.281 1397.000 8.930 39.522 155.875 22.624 765.586 8.930 1140.000 2.434 0.912 60.250 1395.000 7. 773 4 3.4, 4. 2 154.000 34.994 50 2.412 7.773 1001.000 TNRA.CHR CNTC.CHR T E N S. C H R DRHO.LHR LS.LHR SS1.LHR SIRH.LHR RS.LHR P1AZ.LHR MRES.LHR TNRA.CHR CN~C.CFR T55'S.CHR DRHO.LHR LS.LHR SS1.LHR StRH.LHR RB.LHR PIAZ.LHR MRES.LHR TNRA.CHR CNTC.CHR T~NS.CHR DRHO.LHR L:S.LHR SS1.LHR S1RH.LHR RE.LHR ~I~Z.LHR MRES.LHR TNR&.CHR CNTC.CHR TENS.CHR DRHO.LHR LS.LHR SS1.LHR S1RH.LHR RB.LHR PiAZ.LHR MRES.LH~ TNR.4.CH~ CNTC.CHR TENS.CHR P~SE: 32 2.480 3772.851 5372.000 -0.005 300.750 211.000 2.351 175.63& 159.797 0.0'71 2.077 3624.220 5372.000 0.014 230.125 211.625 2.45.3 1B4.562 171.035 0.071 1.585 4765.745 0.076 206.500 223.250 2.410 187.618 174.135 0.0'72 2.541 22.93.528 5412.000 0.008 262.750 213.625 2.393 157.336 1:35.755 0.074 3.309 '1717. 525 5244.000 IS TAPE V=RZFZC&TZON LISTING CHLUNBERGER ~L~.SKA COMPUTING CENTER DEPT. !0700. 000 DPHT.LHR PEF.'LHR 2 B · 9 38 % LS. L HR LU. LHR !~~_. 6~ LL. LHR S S 2. LH~, ! 27.8'13 LSHV. LHR LSRH. LHR 2.8 20 LURH. LHR A Z I ~,. LH R 78.6~4 HAZI .LHR GR.LHR ! ~5.1 25 TENS. LHR HT EN. LHR 886.5 O0 NP Hi . CHR NmOR.CHR ~ 2. 274 2C NV . CHR CFTC. CHR ~ 39.1 65 GR.CHR MRES.CHR 0.072 MTE~.CHR DEPT. 10649.400 DPHi. LHR PEF.LH2 28.531 CLS.LHR LUoLHR 14~.750 LL.LHR SS2.LHR !25.500 LSHV.LHR LSRH.LHR 2.756 LURH..LHR AZIM.LHR }5.683 HAZI.LHD GR.LHR 125.000 TENS.LHR HTEN.LHR 885.500 NPH!.CHR NOOR.CHR 50.891 RCNT.CHR CFTC.~CHR 319.011 GR.CHR MRES.CHR 0.073 MT~.CHP 22-JUN-19~9 14' g6 29.408 RHOB.LHR 0.005 QSS.LMR 67.813 LITH.LH,~ 1726.000 SSHV.LHR 2.859 C~LI.LHR 78.684 DEVI.LHR 5 g90. 000 ~TE~. L!qR 4.2. 702 TNPH.CHR !375.095 RC,,:T. CHR '155.125 CALI.CHR 15~.375 HTEN.CHR 35.900 RHUB.LHR 0.112 QSS.L~.R 78.375 LITH.LHR '725. gO0 SSHV.LHR 2,840 CALI,LHR 95.683 OEV I. L:,qR 53~8.000 ~TEM.LHR 48.923 TN°H-CHR 301. 536 RCFT.CHR 125. 000 CALi.CHR 149. 250 HTEN,CHR 2.~07 -0.088 15.070 1398.000 6.871 42.B1~ 159.375 42.308 362.704 6.871 886.500 2.096 -0.087 15.781 1397.000 6.813 42.880 149.250 5 1.66.2 297.879 6.813 .885.500 DRHO.LHR LS.LHR SS1.LHR SlPH.LHR RE.LHR PI~Z.LHR MRES.LHR TNR&.CHR C~,ITC.CHR TENS.CHR DRHO.LHR LS.LHR SS1.LHR SIRH.LHR R3.LHR PIAZ.LHR MRES.EHR TNRA.CHR CNTC.CHR TE~$.CHR PAGE. :33 -0.615 139.12~ 78.250 4.141 1'77.881 255.818 0.072 3.735 1376.259 5000.000 -0.662 151.250 75.813 4 · 1 50 131.137 277.235 0.073 4 .I?,8 1~08.276 5048.000 .,- END CF DATe, ~-' ** ~'.-' FILE TRAILER FILE NAME : EDIT .004 SEP. VICE : FLiC VERSIgN : 001A92 DATE : 89/06/22 MAX REC SIZE :: 1096 FILE TYPE · LO.,. LAST ~ILE SERVICE N&~E : EDIT D&TE : 89/06/22 ORIGIN : FLIC T~PE NA'ME : 73'~72 CgNTINUaTZCN ,~ : 1 PREVIOUS TAPE : CSMMENT : LIS T~oE~ INC., LISBURNE L5-33, ~50-029-2.1943 IS T~PE ~/:.ERZFZC~IION LZSTZNS CHLU,V3EqGF~R ,~LASK~ CSt~PUTZ~.~S 22-JUN-1999 14:06 34 S6RVICE N~- : ~DIT D&T~ · 89/05/22 CRIGIN : ~LIC REEL ~.~ME : 733w2 C~NTINUdTION ~ : P~EViOUS REEL COMMENT : LIS AL~SK&~ LE-33, /1PI ~50-0~-~n-2'194~. - ~ Szz¥o-®cT MICROFILMED FILE NA',~E : SC'T .001 SERV~u= · ~LiC VERSigN : 00'1~,02 O&T~ : Sg/03/31 M~X R~-'~z~ SZZ~ ' !0'~:~6 FiLE TY~E : L~ LAST ~= I L.E ~ L~'-£!,~, mRUCHO: !~Y/Li'~BU~N~- o"gL, ~ 5 C-C 29-219 5 5 POOL CAT-Z L3.qG£C-: 2~-ddL-~, RUN T~ ,-. 3RZLLER: C$SING I: I0 C~S"NS 2: ~ 5/~~'' C.aSiNG 3: '5 I/l" TY~: D TOOL 45-.5 L~ 29.7 LE Y' 9.4 SC~J,amTZ J~C~SON P~.;'4~NEN-T O:,TbV GL: 21 ~ D.~iLL:C ,~.r'"=mTH 07- GC~ COlD ~. 37 SO' :~SM ~BTD. JO~ REF'-"ENC'F NJ" LOP,/ANA: .J K ~.:. 10749 TC COMPUT!NC- TABLE TYP~ : CCNS TUN! C N FN WN N~T i. COUN SECT V ~tLU ,,,.,.¢ ~L-~S ~,~ !NC. PRUC,:~OE E~Y/LIS® ~N LiSSU~N~ L~;'-29 U S A NORTH SLOPE 22 C O~!P,~NY NAME ~T ~L ~ NAM,= WELL N ~. T I O N ST&T~: ,jq PROVINCE COUNTY SEC'TION IS 'T~?E VERIFIC,~,~r':[Jq LISTING CH' ...... UI~ERG':~R ~L.aSK:~, C2~,',~U'T~'N:o- Cc ~ ~ E¢,. uJ-19~9 00:4! TdN: 'TOWN RANG FL :NO r SON ~OlN VOEP ~LAZ NSDR EWCR CWEL .... O E F l DEPT FT GDE~ SC" VOEP GCT F"" D'¢V_ I SCT ~,"' HLAZ GCT ~ -.'-_ G NSDR SC, T FT ENOR !SC"' FT CW~.L GCT TYO:F rt~'S M~D NU~E :S~p EL:M ShOE PR'gO E S S .C H ''= X ) O000OO0000 0O00O030O0 0000000000 9000000000 OOOO00OO00 <,O000noono OOO0000OO0 O000000000 SCEP.GC' 50.300 VD..:.P. g CT N~ LzP -,,r- ~.. ~ O. O0 =WDR.GCT SD EP, G CT ! ~29. 199 VDEP. GCT NSDR.GCT -Z~.t14 E~DR.GCT gO~~ G. rT ~71:~ 145 VD~O.GC~ GDEP.GC'T 11500.000 V3EP.GCT NSOR.GCT -5582.525 ~WOR.GCT 50.000 D::-Vi. GCT O. 300 CWEL. SCT I~28.44'~~ - . DEVI.SCT !. ! 80 C',,:i E L. GCT 7099.032 DEVI.GCT 1955,578 CWEL.SCT 9=25 000 D=VI 2574.075 C~EL.GCT 0.000 O.O00 7.t45 5.118 :38.564 0 ~4~- 36. 651 0.000 **** FILE TR!~ILER *~** FiLE NAME ': $CT .OOl :SERVICE : ~r-LIC V RSION : 001~02 O~Tf ': 89/08/31 MAX REC S'ZZS : 1096 FIL~E TYPE : LC LAST PiLE : * ~- ~:=* 'T,~P E TRAILER **~, SERVICE NA>!<~ : ..'SCm DATE : ~9/0~/31 ORIGIN : FL!C TAP~ ~4AM~ ': 734'~7 CONTINUATION ~ : 1 PREVIOUS TAPE : COMMENT : SOT, ARCO) t 3-'28, ,m R!JO HO S~Y/LIS~BURN=. ~_ POOL, ¢50-0 29-21955 ~RUG~O= ~Y/LiSeUPNE P 36:L. ~