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189-134
WELL HISTORY FILE COVER PAGE XHVZS This page identifies oversize material and digital information available for this individual Well History file and weather or not it is available in the LaserFiche file. Please insure that it remains as the first page in this file. / /if /.3 f W ell History File # Digital Data Added to LaserFiche File 0 CD's - # - 0 DVD's - # - 0 Diskettes - # 0 Yes 0 No 0 Yes 0 No 0 Yes 0 No Oversized Material Added to LaserFiche File 0 Maps # 0 Mud Logs # - 0 Other # - 0 Yes 0 No 0 Yes 0 No 0 Yes 0 No General Notes or Comments about this file. If any of the information listed above is not available in the LaserFiche file you may contact the Alaska Oil & Gas Conservation Commission to request copies. Please call Robin Deason at (907) 793-1225 if you have any questions or information requests regarding this file. UNSCANNED, OVERSIZED MATERIALS AVAILABLE: ~~/ /3Y FILE # /11~r/J L ~~ To request any/all of the above information, please contact: Alaska Oil & Gas Conservation Commission ~ 333 W. 7th Ave., Ste. 100 Anchorage, Alaska 99501 Voice (907) 279-1433 -Fax (907) 276-7542 ~ ~ STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG " No. of Completions 1a. Well Status: D Oil D Gas D Plugged II Abandoned D Suspended D WAG 20AAC25.105 20AAC25,110 D GINJ D WINJ D WDSPL 2. Operator Name: BP Exploration (Alaska) Inc. 3. Address: P.O. Box 196612, Anchorage, Alaska 99519-6612 4a. Location of Well (Governmental Section): Surface: 1449' NSl, 722' WEL, SEC. 16, T12N, R14E, UM Top of Productive Horizon: 3694' NSL, 4251' WEL, SEC. 16, T12N, R14E, UM Total Depth: 3902' NSL, 4494' WEL, SEC. 16, T12N, R14E, UM 4b. Location of Well (State Base Plane Coordinates): Surface: x- 674332 y- 5994579 Zone- ASP4 TPI: x- 670749 y- 5996742 Zone- ASP4 Total Depth: x- 670500 y- 5996945 Zone- ASP4 18. Directional Survey DYes II No Zero Other 5. Date Comp., Susp., or Aß~nd. 3/22/2004 fie; 6. Date Spudded 01/31/1990 7. Date TD. Reached 03/07/1990 8. KB Elevation (ft): KBE = 42' 9. Plug Back Depth (MD+ TVD) 10354 + 8919 10. Total Depth (MD+TVD) 11100 + 9623 11. Depth where SSSV set N/A MD 19. Water depth, if offshore N/A MSL 1b. Well Class: II Development D Exploratory D Stratigraphic Test D Service 12. Permit to Drill Number 189-134 304-029 13. API Number 50-029-21996-0~00 14. Well Name and Number: P1.07 15. Field / Pool(s): Prudhoe Bay Field / Point Mcintyre Ft Ft 16. Property Designation: ADl 028297 17. Land Use Permit: LAS 12554 20. Thickness of Permafrost 1900' (Approx.) 22. 21. Logs Run: DIUSDT/GRICAUSP, swc, DlUMSFUSDT/GR, lDT/CNUEPT/NGT, SST, FMS/GR, CST/GR, HlS (SWC), CBT/CET/GRlCCl, vSP, GCT CASING - SIZE 20" 13-3/8" 9-5/8" 7" - Wi. PER FT. 91.5# 68# 47# 29# , , - 'G~E. H-40 K-55/ L-80 L-80 L-80 CASING, LINER AND CEMENTING RECORD :~G~=:': :S:;'kÑG :~~:~ ~~;~?ki:~;, Surface 113' Surface 113' 30" Surface 4272' Surface 4092' 17-1/2" Surface 9471' Surface 8094' 12-1/4" 9125' 11098' 7782' 9621' 8-1/2" 23. Perforations oRen to Production (MD + TVD of To,e and Bottom Interval, Size and Number; if none, state' none"): None MD TVD MD ,TUBING REcORD ' DEPTH SET (MD) 7583' - 9695' (Cut) :25.-,.-, ' Açii:tfRAÇT9~¡;, CEMENTSaUEEZE,ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATEfilAl USED 8800' P&A with 37 Bbls Class 'G' / 7368' Set Bridge Plug with Whipstock on top r . 24. '" , SIZE 3-1/2",9.3#, L-80 TVD PRODUCTION TEST Method of Operation (Flowing, Gas Lift, etc.): N/A OIL-Bel GAs-McF WATER-Bsl 26. Date First Production: Not on Production Date of Test Hours Tested PRODUCTION FOR TEST PERIOD + Flow Tubing Casing Pressure CALCULATED + Press. 24-HoUR RATE OIL-Bel GAs-McF WATER-Bsl ,". ' AMOUNT PUllED , , GrSt.1~ING RECORD 2150# Paleset 2750 sX CS III, 500 sx Class 'G' 1425 sx Class 'G' 425 sx Class 'G', 50 sx Class 'G' PACKER SET (MD) 9638' & 9093' ~~ CHOKE SIZE I GAS-Oil RATIO Oil GRAVITY-API (CORR) CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water (attac~~Ë~t, ï~cessary). Submit core chips; if none, state "none". 1"'\1:: \." I V t: D None MAY 11 2004 'RBDMS BFL 27. MAy, t, 3 100' 0 RIG I N A L Form 10-407 Revised 12/2003 CONTINUED ON REVERSE SIDE Alaska Oil & Gas Cons. Commission Anchorage Gr- r-... /'"'\ 28. GEOLOGIC MARKERS 29. FORMATION TESTS NAME MD TVD Include and briefly summarize test results. List intervals tested, and attach detailed supporting data as necessary. If no tests were conducted, state "None". Sagavanirktok Surface Surface None Colville Group 7418' 6483' Seabee Formation 9690' 8298' Pebble Shale 9950' 10143' 8541' Kuparuk 8721' RECE\VED MAY 11 2004 0., & Gas Cons. COIOfmssion A\aska , Anchorage 30. List of Attachments: Summary of Pre-Rig Work and Daily Drilling Reports 31. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed Terrie Hubble ~~ 0 ~ ~ Title Technical Assistant Date 05 - J 1- 0 c¡ P1-07 189-134 304-029 Prepared By Name/Number: Terrie Hubble, 564-4628 W II N b Drilling Engineer: Rob T/'pack 564 4166 e um er Permit No./ Approval No. "',, , - 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 1a: Classification of Service Wells: Gas Injection, Water Injection, Water-Altemating-Gas Injection, Salt Water Disposal, Water Supply for Injection, Observation, or Other. Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated. Each segregated pool is a completion. ITEM 4b: TPI (Top of Producing Interval). ITEM 8: The Kelly Bushing elevation in feet above mean low low water. Use same as reference for depth measurements given in other spaces on this form and in any attachments. ITEM 13: The API number reported to AOGCC must be 14 digits (ex: 50-029-20123-00-00). ITEM 20: True vertical thickness. ITEM 22: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool. ITEM 23: If this well is completed for separate production from more than one interval (multiple completion), so state in item 1, and in item 23 show the producing intervals for only the interval reported in item 26. (Submit a separate form for esGh additional interval to be separately produced, showing the data pertinent to such interval). ITEM 26: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-In, or Other (explain). ITEM 27: If no cores taken, indicate "None". ITEM 29: List all test information. If none, state "None". Form 10-407 Revised 12/2003 ,,-....., r--.. Well: Field: API: Permit: P1-07A Prudhoe Bay Unit / Point Mcintyre 50-029-21996-01-00 204-037 Accept: Spud: Release: 04/06/04 04/10/04 04/17/04 Nabors 2ES PRE-RIG WORK 03/12/04 SET 3-1/2 WHIDDON CATCHER. PULL 1-1/2" OGLV (CANNOT DETERMINE PORT SIZE) FROM STA-2 @ 5904' SLM - SET 1-1/2" (RK-DGLV) IN STA #2. PULLED 3112 WHIDDON C-SUB. DRIFTED WI 2.69 CENT, TEL & SAMPLE BAILER, LOC TT @ 9704' SLM -10' CORR = 9694' ELMD, TAG TD @ 10,364' SLM -10' CORR =10,354' ELMD. (ALL PERFS OPEN) (MIT BAILER) - GAVE WELL BACK TO DSO. WELL TO REMAIN SHUT IN. 03/22/04 ATTEMPT TO BULLHEAD KILL, WELL HEAD PRESSURE CAME UP TO 2200 PSI AT 1.9 BPM AND S~IL CLIMBING. RIH WITH 2.25" BDN, TAG TO AT 10371' CTMD. SET COUNTER TO 10356' ELMD. LAY I 7 BB - 15.8# CLASS G CEMENT. (9 BBLS NEAT, 10 BBLS W/13# AGG/18 BBLS NEAT. LAY IN CMT AND P SAFETY. SQUEEZED -5 BBLS CMT LAYING IN ESTIMATED TOP -8850'. RBIH JETTING TO 8800' CTMD. POOH AT 60% JETTING TUBING W/ KCL (BIOZAN FROZEN). FP WELL TO 2500' WITH 60/40 METHANOL. 03/23/04 COMPLETE FP TUBING TO 2500' CTMD. PT WELL TO 300 PSIG WHP. SECURE WELL. PERFORM WEEKLY BOP TEST. CHANGE OUT INJECTOR PACK-OFF. WELL TO REMAIN SHUT IN. JOB COMPLETE. 03/25/04 DRIFT W/3.70" CENT & SAMPLE BAILER TO 9125' SLM TO TOC (TOC EST @ 8800'), SAMPLE BAILER FULL OF CEMENT. PRESSURE TUBING TO 3500#, DROPPED TO 3350# AND HELD FOR 30 MINS. GIVE WELL BACK TO DSO, DO NOT POP WELL. 03/28/04 RAN 2.65" CHC TO CUT TUBING AT 7585'. RAN STRING SHOT WITH ONE STRAND FOR SCALE REMOVAL PRIOR TO RUNNING CHEM CUT. STRING SHOT FROM 7575' TO 7587'. 03/29/04 TIIIO = 0/0/160. WELL CIRC. CMIT - TBG X IA TO 3500 PSI PASSED. (POST CHEM CUT). PUMPED 693 BBLS OF KCL DOWN TBG TAKING RETURNS UP IA AND OUT FLOWLINE. CMIT - TBG X IA PASSED. PRESSURED IA TO 3500 PSI AND TBG TO 3000 PSI. STARTED 30 MIN TEST. TBG AND IA LOST 20 PSI IN THE 1ST 15 MIN AND 10 PSI IN THE 2ND 15 MIN FOR A TOTAL LOSS OF 30 PSI. RU TO IA AND PUMPED 160 BBLS OF DIESEL FOR FREEZE PROTECT. SD AND U-TUBE. FREEZE PROTECTED FLOWLINE WITH 5 BBLS OF METHANOL. BLED TBG AND IA TO 0 PSI. FINAL WHP'S = 0/0/160. 03/30/04 SET 31/2" HOLD OPEN SLEEVE @ 2245' SLMD. /""". /'--"" Page 1 - BP EXPLORATION Operations Summ"ary Report Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: P1-07(08) P1-07A REENTER+COMPLETE NABORS ALASKA DRILLING I NABORS 2ES '<Date From - To Hours; Task CodS NPT Phase 4/5/2004 5.00 MOB P PRE 14:00 - 19:00 19:00 - 00:00 5.00 MOB P PRE 4/6/2004 00:00 - 06:30 6.50 MOB P PRE 06:30 - 10:30 4.00 RIGU P PRE 10:30 - 12:00 1.50 RIGU P PRE 12:00 - 15:00 3.00 RIGU P PRE 15:00 - 15:30 15:30 - 17:00 0.50 RIGU P 1.50 WHSUR P PRE DECOMP 17:00 - 20:30 3.50 KILL DECOMP P 20:30 - 21 :30 1.00 BOPSUF P DECOMP 21 :30 - 23:30 2.00 BOPSUF P DECOMP 23:30 - 00:00 0.50 BOPSUF P DECOMP 4/7/2004 00:00 - 04:30 4.50 BOPSUF P DECOMP 04:30 - 10:00 5.50 BOPSUF P DECOMP 10:00 - 11 :00 1.00 BOPSUF P DECOMP 11 :00 - 12:30 1.50 PULL P DECOMP 12:30 - 14:30 2.00 PULL DECOMP P 14:30 - 22:00 7.50 PULL DECOMP P 22:00 - 22:30 ,22:30, 00:00 I 0.50 WHSUR P 1.50 CLEAN P DECOMP DEcaMP 4/8/2004 6.00 CLEAN P I DECOMP I I 00:00 - 06:00 Start: 4/6/2004 Rig Release: 4/17/2004 Rig Number: Spud Date: 2/2/1990 End: 4/17/2004 Description òf Operatións" RD floor & Top Drive. Blow Down And disconnect utilities between pit complex and sub base - move cuttings tank - Bridal up - LD derrick and pull sub base off of 03-07A - Hold PJSM wI Security, CPS, And Rig Team Move sub from OS 03-07Ai to P1-07A. Move sub from OS 03-07Ai to P1-07A. Pin sub cellar doors, Lay Herculite - Spot sub over Point Mac P1-07 - Close up cellar doors Raise Derrick and pin, Raise Cattle chute and pin Spot mud pit complex and cutting box - Spot camp and welding shop - Prepare rig for acceptance - Rig accepted at 1400 hrs 416104 - Back up rig acceptance one hour due Central Power Station personnel measuring rig height before rig move. Pre-Spud meeting with all personnel Install double annulus valve, Rig up drill site maintenance Lubricator and pull CIW 3" BPV - no pressure on well, Rig down lubricator Rig up surface lines and test to 4000 psi - attempt to reverse circulate out tubing freeze protection, no go, pressure up - check lines, all ok - Circulate by pumping down tubing taking return out annulus to cutting tank - no problem -Displace well bore by pumping 50 bbl SafeKleen pill followed 8.4 filtered seawater until clean seawater at surface - Monitor well - No pressure Install CIW 3" Two way check valve with dry rod - Test to 3500 psi from above - Blow down surface lines Nipple down CIW 11" x 3 1/8" 5000# tubing head adapter and 3 1/8 Tree - Stand back and secure tree in cellar Nipple up 11" x 13 5/8 5000# DSA Nipple up 3' 135/8 x 13 5/8 5000# spacer spool - Nipple up 13518 Bop stack - 2 7/8 x 5" Varaible rams in bottom, 3 1/2 x 6" varaible rams in top Test Bop: Test all rams, lines and valves to 250 low, 3500 high, Test hydrill, floor valves, top drive manual & IBop to 250 and 3500 psi- 5 minutes each test- all ok Rig up drill site maintenance lubricator and pull two way check Make up 3 1/2 8rd crossover to it. of drill pipe, screw into tubing hanger, back out lock down screw and pull tubing hanger to rig floor with no problems, P/U wt. 86k - Rig up tubing tongs - Lay down tubing hanger Rig up Camco spooling unit, Pooh lay down 71 its 3 1/29.3# L-80 8rd IPC tubing, Lay down AVA sssv, Recovered 75 SS bands (two short of tubing detail)- Rig down spooling unit and clear rig floor Continue pooh laying down 3 1/2 tuibing - Lay down total 241 its, SSSV, 2-GLM, 3-pup its & 15' cut it. - Norm tubing, all ok - Rig down tubing tong and clear, clean rig floor Install wear bushing Make up Baker window milling assembly with 8.5 od upper mill, difficulty getting past wear bushing - Pull wear bushing and leave out, TIH picking up milling BHA Continue make up BHA, Pick up 9 - 6 1/4" drill collars & 21 - 5" Hwt drill pipe - TIH picking up 4" 15.7# S-135 HT -40 drill pipe Pronled: 4/1912004 1209,24 PM Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: Date 4/8/2004 4/9/2004 4/10/2004 ,r---, ~ Page 2. BP EXPLORATION 0 perati ons"S'ummary Plepo rt P1-07(08) P1-07A REENTER+COMPLETE NABORS ALASKA DRILLING I NABORS 2ES Spud Date: 2/2/1990 End: 4/17/2004 Start: 4/6/2004 Rig Release: 4/17/2004 Rig Number: Phdše From -'To Hours. Task Co'de NPT 00:00 - 06:00 06:00 - 08:00 08:00 - 09:00 09:00 - 12:00 12:00 - 16:30 16:30 - 18:00 18:00 - 18:30 18:30 - 19:30 19:30 - 23:00 23:00 - 00:00 00:00 - 01 :30 01 :30 - 02:30 02:30 - 06:00 06:00 - 09:30 09:30 - 10:00 10:00 - 10:30 10:30 - 11 :30 11:30 - 15:30 15:30 - 16:30 16:30 - 17:00 17:00 - 22:30 22:30 - 23:30 23:30 - 00:00 00:00 - 02:00 02:00 - 04:30 I 04:30 - 05:00 I 05:00 - 06:00 I I 1 6.00 CLEAN P DECOMP 2.00 CLEAN P 1.00 CLEAN P DECOMP DECOMP 3.00 WHSUR P DECOMP 4.50 WHSUR P DECOMP 1.50 WHSUR P 0.50 WHSUR P 1.00 CLEAN P 3.50 CLEAN P 1.00 CLEAN P DECOMP DECOMP DECOMP DECOMP DECOMP 1.50 DHB DECOMP P 1.00 DHB P 3.50 STWHIP P DECOMP WEXIT 3.50 STWHIP P 0.50 STWHIP P 0.50 STWHIP P WEXIT WEXIT WEXIT 1.00 STWHIP P WEXIT 4.00 STWHIP P WEXIT 1.00 STWHIP P WEXIT 0.50 STWHIP P WEXIT 5.50 STWHIP P WEXIT 1.00 STWHIP P WEXIT 0.50 STWHIP P 2.00 STWHIP P WEXIT WEXIT 2.50 STWHIP P 0.50 STWHIP P 1.00 STWHIP P WEXIT WEXIT WEXIT Description of Qperations , '" from pipe shed.- Tag tubing stub at 7,580' dpm - stand back one stand in derrick Slip and cut 153' of drill line, Adjust brakes - Service top drive Make up Halliburton 9 5/8 Rtts and Storm valve, Set top storm valve 2' below casing head, Test to 1000 psi from above Nipple down and set back bop stack - Nipple down and remove spacer spool, DSA, & CIW gen 4135/8 x 11" 5000# tubing head Verify all pressue off 9 5/8 x 133/8 annulus - change out mandrell hanger pack-off - Nipple up 3 ft 135/8 x 13 5/8 5000# spacer spool w/ 6" intergal 9 5/8 stub out top of spool - Nipple up McEvoy SSH 13 5/8 x 13 5/8 5000# tubing head - Test both pack-off to 5000 psi - ok Nipple bop stack - Test all breaks to 3500 psi - ok Install wear bushing Retrieve & lay down storm packer - Clear rig floor Pump slug, Pooh Rig up Schlumberger E-line - Make up Halliburton 9 5/8 Bridge Plug & RIH Continue RIH with 9 5/8 bridge plug on E-Line, Tag tubing stub at 7583' elm - Log up, casing collar at 7,373' - Set top of Bridge plug at 7,368' elm - bottom of plug 2' above casing collar - Pooh - RID E-line Test casing to 3500 psi for 30 minutes on chart - ok Pick up Baker 9 5/8 Window Master whipstock and make up to milling assembly, Make up MWD, orient and program - Continue make BHA out of derrick Shallow test MWD ok, TIH with drill pipe slowly to 7,238' Service top drive - Install blower hose, fill pipe Orient whipstock to 82 deg right of high side, tag bridge plug at 7,366' dpm, set whipstock anchor & verify with 20k p/u, Shear off whipstock with 45k down wI. Displace seawater with 9.6 ppg LSND mud at 550 gpm 1600 psi Mill 8 1/2" window in 9 5/8 casing 7,341 to 7,357' with 500 gpm, 100 rpm's, 4-6 wob - starter mill depth 7,370' Circulate around high vis sweep at 500 gpm, 1600 psi - Work mill over slide, clean Test formation to 468 psi at 6,425' TVD with 9.6 ppg mud in hole for 11.0 ppg EMW - ok Monitor well, Pump slug, Blow down top drive - Pooh, Lay down mills, Top mill in gauge - Clear rig floor Pull wear bushing, wash out and function bop, Install wear bushing Make up drilling BHA Continue make up Bha: Pick up Hughes RR 81/2 HCM 605 PDC bit, Sperry 7" motor set at 1.22 deg, Adjustable gauge stablizer, MWD/GRIRES/ Den/Neutron/PWD logging tools - Test and verify adjustable stablizer operational pressure - Load source TIH picking up 102 its of 4" drill pipe from pipe shed Continue TIH with stands out of derrick to 6,660 Mad Pass 6,620 to 6,965' in recorded mode for Tie in log - Printed: 4/19/2004 12:09'24 PM '. ,r---.. ~ Page 3 . BP EXPLORATION Operations Summary Report Legal Well Name: Common Well Name: Event Name: Contractor Name: Rig Name: P1-07(08} P1-07A REENTER+COMPLETE NABORS ALASKA DRILLING I NABORS 2ES Date From-To Hours ':ra~k Code NPT Phase 4/10/2004 1.00 STWHIP P WEXIT 06:00 - 07:00 07:00 - 00:00 PROD1 17.00 DRILL p 4/11/2004 6.50 DRILL P PROD1 00:00 - 06:30 06:30 - 07:30 1.00 DRILL P PROD1 07:30 - 08:30 1.00 DRILL P PROD1 08:30 - 09:00 0.50 DRILL P PROD1 09:00 - 10:00 1.00 DRILL P PROD1 10:00 - 17:00 7.00 DRILL P PROD1 17:00 - 18:30 1.50 DRILL P 18:30-19:30 1.00 DRILL P 19:30 - 21 :30 2.00 DRILL P 21 :30 - 00:00 2.50 DRILL N 4/12/2004 00:00 - 03:30 3.50 DRILL 03:30 - 04:30 PROD1 04:30 - 10:00 P PROD1 2.00 DRILL PROD1 P 12.00 DRILL PROD1 P Start: 4/6/2004 Rig Release: 4/17/2004 Rig Number: Spud Date: 2/2/1990 End: 4/17/2004 Description o~ Operations TIH 6,965 to 7,237' - Install blower hose - Fill pipe and orient to 85 deg right - Shut down pumps, pass thru window 7,341 to 7,357 with no problem - Tag under gauge hole at 7,361'- Ream 9' to bottom at 7,370' Directional drill 7,370 to 8,264' at 2400 hrs - Ast 8.42 hrs, Art 1.39 hrs, Average Rop 91 ft/hr - Turn well bore to right from 3 to 20 deg, Drop angle 43 degree to 22 degree and strart building back up as per directional plan - Pumping 565 m at 2900 psi, with 5 -12 K wob - Maintain mud wt 9.6 - 9 ppg, ECD 10.5 ppg - survey every 30' for JORPS Directional drill 8,264 to 8,637 . - Continue tur . g well bore right to 53 deg azimuth and builing angle back t 3 degrees as per directional plan - finish turn and build s on at 8,560' - Rotate ahead to 8,637'- Pumping 565 gpm a 200 psi, 100 rpm's with 8 -10k torque, 10 -15K wob - Ast 3 hrs, Art .97 hrs, Average Rop 91 ftlhr Pump high vis sweep, circul around - shakers clean Pooh for planned short tri - No problem - Max drag 5K - Pick up wt off bottom 215k Service top drive an grease crown TIH -Fill pipe and ash 90' to bottom at 8,637' - No problem on TIH, no fill -sf 155k Drill tangen ection 8,637 to 9,317' - Ast .58 hrs, Art 3.76 hrs, Average op 156 ft/hr- Pumping 565 gpm at 3500 psi, Rotate at 12 pm's with 10-12K torque - plu 205, slo 165, rlt 185- W . e drilling at 9,317' wash out occured on #1 mud pump Isation dampner flange - Shut in and lock out #1 mud pump Circulate hole clean at 7.0 bpm 1200 psi - Monitor well Pooh into 9 5/8 casing - plu wt off bottom 225k - No problem, max drag 5k Slip and cut drill line, Service top drive - Clean mud pits, Take on new 9.9 ppg 3% kcl LSND mud system Repair mud pump #1: Weld new ends on Goose neck, Replace pulsation dampner Continue Rig Repair of mud pump #1 wash out on pulsation dampner - Replace Goose neck and pulsation dampner, Charge pulsation dampner and pressure test mud pump to 4000 psi- ok TIH to 9,317' - Pump sweep & Displace drill pipe with New 3% Kcl LSND mud - Start drill after new mud out bit Drill ahead 9,317 to 9,662' - Shaker loading up with cutting and wall cake, Screens will not handle load. Change shaker screens from 200 mesh to 180 & 150 mesh. Torque(8-9000 ft-IOO to 1-12000 ftlbs) and drag increasing, Hole wanting to pack-off, Pick up wI. increased from 205 to 235k Art 1.98 hrs, Ast 1.34 hrs, Average rop 104 ftlhr - Pumping 525 gpm at 3250 psi, rotating at 120 rpm's with 12 -16 ft/# torque Circulate -pump high vis sweep at 510 gpm 3000 psi to clean up hole - Rotate at 100 rpm's - Shakers cleaning up Drill 9,662 to 10,314' - Art 2.8 hrs, Ast 4.33 hrs, Average rop 91 ftlhr - Pumping 525 gpm at 3300 psi, ECD 10.6 ppg, Rotate at 100 rpm's with 14k torque - Maintain mud wt at 9.9 ppg- -Control drill +1- 125 ftlhr keep from loading up well bore - angle P<onled, 4/19/2004 1209 24 PM STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVAL 20 MC 25.280 ,,.J qA- 1-/31 Lc)C." l{- Or! 2/3/4-- 1. Type of Request: ~ Abandon 0 Suspend 0 Operation Shutdown 0 Perforate 0 Waiver 0 Other 0 Alter Casing 0 Repair Well ~ Plug Perforations 0 Stimulate 0 Time Extension .. 0 Change Approved Program 0 Pull Tubing 0 Perforate New Pool 0 Re-Enter Suspended Well 0 Annular Disposal 2. Operator Name: 4. Current Well Class: 5. Permit To Drill Number BP Exploration (Alaska) Inc. 181 Development / D Exploratory 189-134 / 3. Address: D Stratigraphic Test D Service 6. API Number: / P.O. Box 196612, Anchorage, Alaska 99519-6612 50- 029-21996-00-00 7. KB Elevation (ft): KBE = 42' 9. Well Name and Number: P1-07 / 8. Property Designation: 10. Field / Pool(s): ADL 028297 Point Mcintyre 11. PRESENT WELL CONDITION SUMMARY Total Depth MD (ft): Total Depth TVD (ft): I Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (measured): Junk (measured): 11100 9623 10354 8919 10354 Yes, Below PluQ Casing Length Size .. .. MD TVD Burst Collapse Structural Conductor 113' 20" 113' 113' Surface 4272' 13-3/8" 4272' 4092' 3450 1950 Intermediate 9471' 9-5/8" 9471' 8094' 6870 4750 Proour.tion Liner 1973' 7" 9125' - 11098' 7782' - 9621' 8160 7020 Perforation Depth MD (ft): Perforation Depth TVD (It): I Tubing Size: Tubing Grade: I Tubing MD (ft): 9440' - 10168' 8065' - 8745' 3-1/2",9.3# L-80 9695' Packers and SSSV Type: 7" x 3-1/2" Baker 'FB-1' packer; 9-5/8" x 3-1/2" Baker Packers and SSSV MD (ft): 9638'; 9093' 'SB-3A' packer; 3-1/2" AVA SSSV 2257' 12. Attachments: 13. Well Class after proposed work: / 181 Description Summary of Proposal D BOP Sketch D Exploratory 181 Development D Service D Detailed Operations Program 14. Estimated Date for I' 15. Well Status after proposed work: Commencing Operations: February 12, 2004. DOil DGas D Plugged 181 Abandoned 16. Verbal Approval: Date: DWAG DGINJ DWINJ D WDSPL Commission Representative: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Rob Tirpack, 564-4166 Printed Name Bill Isaacson Title Senior Drilling Engineer kJ.lL: ~ 7. /1./ o'"i Prepared By Name/Number: Signature Phone 564-5521 Date Terrie Hubble, 564-4628 " . Commi.ssionUse Only .. . ... .. Conditions of approval: Notify Commission so that a representative may witness I Sundry Number: 3oJ-j--OdJí r¡{PIU9 Integrity D BOP Test D Mechanical Integrity Test D Location Clearance RECEI\IEf~)' Other: FEB 0 2 2004 Alaska Oil & Gas Cons. Comm~S$¡i»n Subsequent form Anchorage I', / Date ffiø I iJ/ BY ORDER OF Approved By. t .,' COMMISSIONER THE COMMISSION Form 10-403 ReViSè&f2/20~l~t)1 <;j ,~f.'OO4 G\NAL RIIJNS BfL S/kt'Û ~~ic2' It' GAN~~E, ,..:' '- "B 1 8 Z .' '.. . ~t OR\ ~ To: Winton Aubert - AOGCC Date: January 28, 2004 From: Rob Tirpack - BPXA GPB Rotary Drilling Subject: P1-07 Application for Sundry Approval- P&A for Sidetrack Operations Approval is requested for the proposed P&A of Point Mcintyre well P1-07. This well is currently shut-in due /' to low productivity and tubing by inner annulus communication. The wellbore is providing no production or value to the field. The proposed rotary sidetrack will target otherwise untapped reserves between the original P1-07location and P1-18A location to the east. P1-07 was originally drilled as an exploration well-to delineate the western extent of the Point Mcintyre field in 1990. It was originally known as PM-8. 'the Kuparuk intervals tested wet. The Kalubik sand was oil productive, but suffered from low produc~ity. From very early in it's producing history, this well has been plagued by cold flowing temperatures. Low flowing temperatures have resulted in paraffin and hydrate deposition. Hot oil treatments were marginally effective in removing these tubing restrictions. The well was cycled twice in 1995 before being shut in for all of 1996. /The last sustained production for the well occurred through 1997 and into the second quarter of 1998. A final attempt to produce the well in 2000 was unsuccessful and yielded very low oil rates. 1"'/ The P1-07 A sidetrack is currently scheduled for Nabors 2ES beginning around 04/19/04, after completing the A-30A sidetrack. The pre-rig work for this sidetrack will be priority scheduled immediately after the Application .for Sundry is approved. Scope t Pre-Ria Work: -'" /" 1. Drift 3-1/2" tubing and tag fill~' lider. Dummy off all GLM's. 2. Perform a cement P&A usin 33.1:>'61s of 15.8 ppg class 'G' cement. Fill the 7" liner from t9P of fill and up into the 3-1/2" tubing to - " MD. Squeeze 5 additional bbls into the perforations. /" 3. Tag and document top of cement and drift tubing for upcoming tubing cut. r' 4. Liquid pack the tubing and 9-5/8" x 3-1/2" annulus to surface. Test the integrity of the cement plug' ." and casing by simultaneously pressure testing both the tubing and annulus to 3500 psi for 30 minutes. ./' ". 5. Chemical cut the 3-%", 9.3#, tubing at approximately 7600' MD. Displace the well to seawater by / circulating down the tubing through the tubing cut. Continue to circulate until clean seawater returns to surface. Freeze protect top 2200' MD with diesel. 6. Pressure test the casing pack-off and tubing hanger seals to 5000 psi for 370 minutes. 7. Bleed tubing and annuli pressures to zero. Set a BPV and secure well. 8. Remove the well house and flowlines. If necessary, level the pad. 'r~t; J (7- '-I 0 .~ of P y11 J ,,'- L P1-07 Application for Sundry RiQ Operations: 1. MIRU Nabors 2ES 2. Pull BPV. Circulate out freeze protection and displace well to seawater. 3. Set TWC. Nipple down tree. Nipple up and test BOPE. Pull TWC. 4. Pull 3-1/2" tubing from pre-rig cut. 5. PU window milling BHA and drift to the KOP. Hang-off on storm packer. 6. ND BOPE and change out tubing head and 9-5/8" pack-off. Add spacer spool between existing casing head and new tubing head to raise overall wellhead height -3'. 7. NU and test BOPE, recover storm packer. POOH with window milling BHA. 8. MU 9-5/8", 47# bridge plug on e-line with CCL. RIH and set at -7370' MD. 9. RIH with 9-5/8" Baker whipstock assembly. Orient and set on bridge plug. 10. Displace well to 9.6 ppg 30/0 KCL millling fluid. 11. Mill window in 9-5/8" casing at 7350' MD, plus 20' past middle of window. Perform FIT. POOH. 12. MU 8-1/2" drilling assembly with Dir/GR/Res/Dens/Neu/PWD and RIH. 13. Kick off and drill the 8-1/2" production interval, turning and dropping at 5°/100' to a 34° hold angle. 14. Verify that the mud weight is at least 9.9 ppg prior to cutting the HRZ. 15. Drill ahead to a planned TD of 10,652' MD. 16. Run and cement 7",26# carbon and chrome liner throughout the 8-1/2" hole and back into the 9-5/8" casing with 150' liner lap to 7200'. Displace cement with mud. Set liner hanger and liner top packer. POOH. 17. Pressure test wellbore to 3500 psi for 30 minutes. 18. MU 6-1/8" clean out assembly. RIH to PBTD. Displace well over to 2% KCL water. POOH, LD DP. 19. Run 4-1/2",12.6#, 13Cr80 VAM-ACE completion. Space out to land WLEG -200' above TKUP. 20. Set packer and test the tubing to 3500 psi and annulus to 3500 psi for 30 minutes. 21. Set and test TWC. 22. ND BOPE. NU and test the tree to 5000 psi. 23. Freeze protect the well to -2200' and secure. 24. RDMO Post-RiQ Work: 1. Install wellhouse and flowlines. 2. MIRU slickline. Pull the ball and rod / RHC plug from 'XN' nipple below the new production packer. 3. Perforate and POP well. Install gas lift valves. Estimated Pre-rig Start Date: 03/01/04 Estimated Spud Date: 04/19/04 Rob Tirpack Operations Drilling Engineer 564-4166 P1-07 Application for Sundry TREE"; ? - WELLHEAD = CALlCO-CIW/MCEVOY ACTUA TOR = AXELSON KB. ELEV = 42' BF. ELEV = KOP= 2900' Max Angle = 44 @ 6800' Datum MD = 10272' Datum1VD= 8800' SS P 1-07 <I> ST MD 1VD 1 3809 3735 2 5925 5383 3 7611 6625 4 8571 7335 5 9004 7680 6 9415 8042 7 9525 8144 13-3/8" CSG, 68#, L-80, ID = 12.415" I Minimum 10 = 2.75" @ 9684' 3-1/2" OTIS XN NIPPLE I TOPOF 7" LNR I 9125' 9-5/8" CSG, 47#, L-80, ID = 8.681" I 3-1/2" TBG-IPC, 9.3#, L-80, 0.0087 bpf, ID = 2.992" I ÆRFORA TION SUMMARY REF LOG: DLL/GR ON 03/08/90 A NGLE AT TOP ÆRF: 23 @ 9440' Note: Refer to Production DB for historical perf data SIZE SPF INTERV A L Opn/Sqz DATE 4" 4 9440-9450 0 03/24/90 2-5/8" 4 10144-10168 0 04/18/90 2-5/8" 4 10403-10420 S 04/07/90 2-5/8" 4 10640-10660 S 03/29/90 2-5/8" 4 10705-10714 S 03/29/90 2-5/8" 4 10760-10792 S 03/29/90 I PSTD I 7" LNR, 29#, L-80, 0.0371 bpf, ID = 6.184" I DATE REV BY COMMENTS DATE REV BY COMMENTS 03/15/90 ORIGINAL COMPLETION 01/16/01 SIS-lsl CONVERTED TO CANVAS 02/21/01 SIS-LG REV ISION 07/20/01 RNlTP CORRECTIONS I SAFElY NOTES: FORMERLY PM-8. TUBING HANGER: CIW GEN IV @ 32' MD. -I 3-1/2" AVA SIDEGUARDTRSSSV, ID = 2.812" I GAS LIFT MANDRELS DEV 1YÆ VLV LATCH 34 CA-MMG RK 39 CA-MMG RK 43 CA-MMG RK 40 CA-MMG RK 34 CA-MMG BROKEN 23 CA-MMG RKP 21 CA-MMG RKP PORT DA TE -I 9-5/8" X 3-1/2" BAKER SB-3A PKR I -1 3-1/2" OTIS X NIP, ID = 2.813" I 3-1/2" TUBING TAIL/SHEAR OUT SUB I ELMD TT LOGGED 04/08/90 I -I TOP OF CEMENT I -I FISH - 1.5" RK LATCH I FISH - 1.5 INCH CA-RKED BODY -EST. LOC LOST 11/5/93 POINT MCINTYRE UNrr WELL: P1-07 PERMrr No: 89-134 API No: 50-029-21996-00 Sec. 16, T12N, R14E, 4517.01 FEL 1354.29 FNL BP Exploration (Alaska) TREE"; ? - WELLHEAD = CALICO-CrN/MC8JOY A CTUA TOR = AXELSON KB. EL8J = 42' BF. EL8J = KOP= 2900' Max Angle = 44 @ 6800' Datum MD = 10272' Datum ìVD = 8800' SS P1-07 Pre-Rig Work 8> ST MD ìVD 1 3809 3735 2 5925 5383 3 7611 6625 4 8571 7335 5 9004 7680 6 9415 8042 7 9525 8144 13-3/8" CSG, 68#, L-80, ID = 12.415" I / Tubing Cut at -7600' MO - / Top of Cement P&A Plug @ -8800' I TOPOF 7" LNR 1 Minimum 10 = 2.75" @ 9684' 3-1/2" OTIS XN NIPPLE 9-5/8" CSG, 47#, L-80, ID = 8.681" 1 3-1/2" TBG-IPG, 9.3#, L-80, 0.0087 bpf, ID = 2.992" I ÆRFORA TION SUMMARY REF LOG: DLL/GR ON 03/08/90 ANGLE AT TOP ÆRF: 23 @ 9440' Note: Refer to Production DB for historical perf data SIZE SPF INTERV AL Opn/Sqz DATE 4" 4 9440-9450 0 03/24/90 2-5/8" 4 10144-10168 0 04/18/90 2-5/8" 4 10403-10420 S 04/07/90 2-5/8" 4 10640-10660 S 03/29/90 2-5/8" 4 10705-10714 S 03/29/90 2-5/8" 4 10760-10792 S 03/29/90 7" LNR, 29#, L-80, 0.0371 bpf, ID = 6.184" 1 DATE R8J BY COMMENTS DATE R8J BY COMMENTS 03/15/90 ORIGINAL COMPLETION 01/16/01 SIS-lsl CONVERTED TO CANVAS 02/21/01 SIS-LG REVISION 07/20/01 RNlTP CORRECTIONS 12/17/03 WSI Planned Pre-Rig Work SAFETY NOTES: FORMERLY PM-8. TUBING HANGER: CrN GEN IV @ 32' MD. -i 3-1/2"AVASIDEGUARDTRSSSV,ID=2.812" 1 GAS LIFT MANDRELS D8J TYPE VLV LATCH 34 CA-MMG RK 39 CA-MMG RK 43 CA-MMG RK 40 CA-MMG RK 34 CA-MMG BROKEN 23 CA-MMG RKP 21 CA-MMG RKP PORT DA TE -I 9-5/8" X 3-1/2" BAKER SB-3A PKR 1 -1 3-1/2" OTIS X NIP, ID = 2.813" 1 -1 3-1/2" OTIS XN NIP, ID = 2.750" 1 -1 3-1/2" TUBING TAIL/SHEAR OUT SUB 1 1-1 ELMD IT LOGGED 04/08/90 1 FISH - 1.5" RK LATCH 1 FISH - 1.5 INCH CA-RKED BODY -EST. LOC LOST 11/5/93 POINT MCINTY RE UNrr WELL: P1-07 PERMrr No: 89-134 API No: 50-029-21996-00 Sec. 16, T12N, R14E, 4517.01 FEL 1354.29 FNL BP Exploration (Alaska) 4272' 7,200' Top of Window at 7,350' BP set at 7,370' 9471' 11,098' P1-07 A Proposed Completion TREE = 4-1/16" WELLHEA D = CA LlCO-CIW/MCEV OY ACTUATOR = AXELSON KB. ELEV = 42' BF. ELEV = KOP= 2900' Max Angle = 44 @ 6800' Datum MD = 10272' Datum ìV D = 8800' SS 14-1/2" HES WellStar SSSV at 2250' MD I 13-3/8",68#, L-80 4-1/2",12.6#, 13Cr-80, VAM-ACE Tubing GLM Design: #6 - 3500' TVD - 4-1/2" X 1-1/2" #5 - 5000' TVD - 4-1/2" X 1-1/2" #4 - 5700' TVD - 4-1/2" X 1-1/2" #3 - 6400' TVD - 4-1/2" X 1-1/2" #2 - 7100' TVD - 4-1/2" X 1" #1 - 7800' TVD - 4-1/2" X 1" 9-5/8" X 7" HMC Liner Hanger with ZXP Liner Top Packer and C2 Running Tool Tubing Tail: -10' Pup Joint -X Nipple (3.813") -2 x 10' Pup Joint -Packer -2 x 10' Pup Joint -X Nipple (3.813") -2 x 10' Pup Joint -XN Nipple (3.725") -10' Pup Joint -WLEG ITOC @ 9,039'1 17" X 4-1/2" S-3 Permanent Packer @ 9,825' I '",/ 9-5/8",47#, L-80 "-\ "<\ 7', 26# @ 10,652' L-80 BTC-M from liner top to -100' above packer and 13-Cr80 VAM-ACE to TD. ~ 7",29#, L-80 Date Rev By Comments POINT MCINTYRE UNIT 1-13-04 WSI Proposed Completion Design - wp04 WELL: P1-07A API NO: 50-029-21996-01 Permit NO: GPB Rotary Drilling LEGEND . EXISTING WELLS AS-BUILT THIS SURVEY -~-~ I - . - " . J.; .::¿l.- 'VQ 5. , . " ',~,,,"rJE£::) PtS<:- I . ".' ,'( "/.:.2C-l-/ NO I... ,. / '/-/ ) '.:..... SURVEYOR'S CERTIFICATE '! HEREBY CERTIFY THAT I AM PRO- PERL Y REGISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY MADE BY Me OR UNDER MY DIRECT SUPERVISION AND THAT ALL DIMEN- SIONS AND OTHER DETAILS ARE CORRECT AS OF JAN. 24, 1991. LOCATED WITHIN PROTRACTED SECTION 16. T12N, R14€, Ut.4IAT L4ERIOIAN. ALASKA. WELL A.S.P. PLANT GEOOETIC CELLAR LOCA TlON NO. COOROS. POSITION BOX IN SECTION ELEV. p\ .3 6.5' 1424' FSL 641' FEL f\ 4 6.~' 146; FSl 66; FEL Pi 0 7.5' 1~26' f"Sl 49; FEL f\ 8 7.0' 1448' FSL 724' Fa /..þ ¡;;¿,.~ ~V fB 3/19/ r:::R- .." ... .~. '. 'J '...' . "'" I '" .."- 0 1/24/91 REV NO. DA TE REVISED COORDINATE VALUES REVISIONS JMf" RF A DRAWN 'CHECK 0 S THIS SURVEY I' . u, . n2N, R14£ VICI NI TY MAP-""'~'" NOTES N.T.S. ,.I,. ~ No T .s. ,. COORDINATES SHOWN ARE REVISED PER PT. MC INTYRE HORIZONTAL CONTROL SURVEY - NOV. 7-18, 1990. ORIGINAL AS-BUILT FOR PT. t.4C INTYRE' STA'Œ NO.3 & 4 PER BESSE, EPPS 'Ie POTTS 3/88 AND 1/89 AND WELL ,7 Ie 8 PER r.R. BELL Ie ASSOC. 1/22/90. 2. BASIS Of' LOCATION PER MONUMENTS CCP-C AND CCP-O AND OS-l1 NORTH AND SOUTH. J. COORDINATES SHOWN ARE ALASKA 51 ATE PLANE ZONE 4. 4. ELEVATIONS SHOWN ARE ARCO DATUM (M.L.L.W.). S. REFERENCE FIELD BOOKS: PB 90-66 (P. 1-5) DA TE Of' SU~VEY: 12/14/90 PB 91-02 (P. 43) DA TE OF SU~VEY: 1/22/91 ~ ~,""'\ ..,"'--;' OF Ai \, -- ~ ". ' , . . . '. ~ lit', .. ... 1"":: . . , . "...... t lflii '"' ,. ~- , ~ Ct,' -:.. '.y , 1*" .", *, ~,... ...~~~ ~.~ ......."...".....,..~ ~ ~'. F. Rab8t 811. " ~ ~ 'J ~" .... ma.a ~~ ÌI' ~ . ' ~ f. '. .'~~ "" f'. .e ~- '" ~\).~..~., \\"",~~ F. ROBERT BELL & ASSOC. ARCa Alask. Inc;, 0:' PT. Me INTYRE WELL AS-BUILT WELLS #3; 4;' 7' & 8 L '2,3,1 ,'. '':. '. . Date: ]'uly 28, 1992 ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Subject: Transmittal #149 From: To: ARCO Alaska Inc. Bob Crandall AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Please find enclosed the Core Analysis Reports from Core Labs for Point McIntyre wells #5, 7 and 8.~ This information is confidential and your cooperation in maintaining confidentiality is appreciated. Laura S. Lahrson, ATO-~09 ' / ARCO Alaska, Inc. P.O. BOX 100360 Anchorage, Alaska 99510-0360 Transmittal #149 PLEASE SIGN ONE COPY AND RETURN Pt Mclntyre Wellname Changes 5/28/02 Pt. Mclntyre 01 , !177-046 1St. Mclntyre 02 i 1177-065 Pt. Mclntyre 03 !P1-02 1188-005 'Pt. Mclntyre 04 iP1-03 1189-013 Pt. Mclntyre 05 P1-25 i189-041 Pt. Mclntyre 06 P2-58 1190-008 Pt. Mclntyre 07 P1-01t190-027 Pt. Mclntyre 08 P1-07 189-134 ........ Pt. Mclntyre 09 P2-59 190-140 1St. Mclntyre 10 .[P2-57 191-079 Pt. Mclntyre 11 P1-12 191-013 Pt. Mclntyre 12 191-037 Pt. Mclntyre 13 P2-60 191-091 Pt. Mclntyre 3 DP 189-003 6CaM NED'MAy 2 9 2002 Page 1 BP EXPLORATION ARCO Alaska, Inc. February 19, 1992 Lonnie C. Smith Commisioner Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99504 Dear Mr. Smith: ..,.~~... Enclosed are core descriptions for three Point Mclntyre Wells: Pt. Mcintyre #8, Pt. Mcintyre #11, and Pt. Mcintyre #12. If you have any questions, please contact me at 564-5606. Sincerley yours, David R. Nakamura RECEIVED Alaska.Oil.&,.Gas. Cons, c0~]rrlissJon ~inCl;orage CONFIDENTIAL BP Exploration (Alaska) Inc. Post Office Box 196612 Anchorage, Alaska 99519-6612 Telephone (907) 561-5111 Co-Operators, Prudhoe Bay Unit ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone (907) 276-1215 Pt. Mclntyre #8 CORE DESCRIPTIONS CONFIDENTIAL CORE #1 9485' - 9513' Cut 53', Rec. 28' Lithology: interbedded siltstone and sandstone * SF: none to spotty dull gold ** CSF: instant streaming milky yellow-white CORE #2 973O'- 9734' Cut 4', Rec. 4' Lithology: claystone * SF: none ** CSF: none CORE #3 9734'- 9742' Cut 8', Rec. 7.0' Lithology: silty claystone * SF: trace-spotty bright yellow ** CSF: none CORE #4 10181'- 10194' Cut 13', Rec. 8.6' Lithology: sandstone * SF: bright yellow ** CSF: instantaneous milky-white CORE #5 10194' - 10201' Cut 7', Rec. 0.7' Lithology: sandstone * SF: none ** CSF: instantaneous milky-white RECEIVED FEB 2 0 1992 Alaska Oil & Gas Cons. Commission Anchorage CORE 10201' - 10206' Cut 5', Rec. 3.9' * SF: none ** CSF: none to instantaneous milky-white CORE #7 10206' - 10266' Cut 60', Rec. 58.1' * SF: weak yellow to gold ** CSF: milky-white CORE #8 10266' - 10326' Cut 60', Rec. 58.3' * SF: none ** CSF: streaming pale-yellow CORE #9 10326' - 10357' Cut 31', Rec. 29' * SF: none ** CSF: trace streaming transparent yellow CORE #10 10357' - 10447' Cut 90', Rec. 89.4' * SF: none ** CSF: moderately fast, steaming pale yellow CORE #11 10447' - 10537' Cut 90', Rec. 88' * SF: none ** CSF: none CORE #12 10537' - 10627' Cut 90', Rec. 0' CORE#13 10627' - 10717' Cut 90', Rec. 88' * SF: brownish gold ** CSF: fast streaming brownish gold CORE #14 10717' - 10807' Cut 90', Rec. 90' * SF: brownish gold ** CSF: fast streaming brownish gold CORE#15 10807' - 10834' Cut 27', Rec. 2' * SF: bright gold °* CSF: fast streaming bright milky yellow Out of 718' of core cut, $74 were recovered. Sample Fluorescence Cut Sample Fluorescence i~1'.,~ IlT]~I F'.~T OF' OFFICE OF THE ATTORNEY GENERAL July 18, 1991 Shawn J. Holliday Groh, Eggers & Price 2550 Denali Street, suite 1700 Anchorage, Alaska 99503 Billie Pirner Garde Hardy, Milutin & Johns 500 Two Houston Center 909 Fannin at McKinney Houston, Texas 77010 WALTER J. HICKEL, GOVERNOR REPLY TO: ~ 1031 W 4TH AVENUE, SUITE 200 ANCHORAGE, ALASKA 9950 I. PHONE: (907) ~69-5100 FAX: (907) 276.3697 ~] KEY BANK BUILDING 100 CUSHMAN ST., SUITE 400 FAIRBANKS, ALASKA ~9701-467§ PHONE: (907) 452-1568 FAX: (907) 456.1317 C~ P.O. BOX K- STATE CAPITOL JUNEAU, ALASKA 99811-0300 PHONE: (907) 465.3600 FAX: (907) 463.5295 · Re: Exxon Corp. v. Burglin, civ. H-90-3995 Our file: 661-92-0017 Dear Mr. Holliday and Ms. Garde: I represent the Alaska Oil and Gas Conservation · Commission with respect, to the deposition subpoena that was directed to its records custodian in the above-referenced case. Some of the materials requested in that subpoena are required to be maintained confidential by AS 31.05.035(c). A review of the Commission's files shows that these materials are the reports and information required by AS 31.05.035(a) for Pt. McIntyre 3, 3 dpn, 4, 5, 6, 7, 8, 9, 10, 11, 12, and 13; Since the Commission is precluded by law from disclosing these materials, the Commission objects, pursuant to Federal Rule of Civil:Procedure 45(d)(1), to inspection or copying of these materials. I note that all of the materials in question were filed with the Commission by the owners of the wells to which they relate, and that the owners themselves are of course not subject to the constraints of AS 31.05.035(c). Perhaps you will wish to consider directing your discovery efforts to those owners. REC IVI D JUL 1 ~laska.0il & Gas Con~, Sincerely, CHARLES E. COLE ATTORNEY~"~ g' GENERAL ~ By: Robert E. Mintz Assistant Attorney General 03.CSLH '. o ARCO Alaska(' Post Ok..,. ax 100360 Anchorage, Alaska 99510 Telephone 907 276 1215 February 4, 1991 Mr. L. Smith Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: Revised State reports Dear Mr. Chatterton: Please note the highlighted correction on the attached reports and make these corrections on any reports you have which carry these errors. If you have any questions please feel free to call me at 263- 4618. Engineering Aide DW Attachments cc: File W4-3 Binder Distribution RECEIVED FEB - 6 t991 Alaska Oil & .Gas Cons. C0mmissloa /tnchorage ARCO Alaska, Inc. Is a Subsidiary of AtlanticRIchfleldCompany *REVlSI__I~ON {' STATE OF ALASKA {~' "~ ----~---" AL,-,.,;~.A OIL AND GAS CONSERVATION C~,~,,,,,'.~;~ION -, WELL COMPLETION OR RECOMPLETION REPORT OIL [~] GAS [~] SUSPENDED r--] ABANDONED F"] SERVICE r-=] 2 Name of Operator 7 Permit Number ARCO Alaska~ Inc 89-134 3 Address B APl Number P.O. Box 100360~ Anchorager AK 99510-0360 50-029-21996 4 Location of well at surface 9 Unit or Lease Name 1449' FSL, 722' FEL, SEC 16, T12N, R14E UM N/A At Top Producing Interval 10 Well Number 1588' FNL, 1025' FWL, SEC 16, T12N, R14E UM POINT MclNTYRE STATE #8 At Total Depth 11 Field and Pool 1380'FNL, 781'FWL~ SEC 16~ T12N, R14E UM 5 Elevation in feet (indicate KB, DF, etc.) J 6 Lease Designation and Serial No. WILDCAT RKB 42'I ADL 28297 12 Date Spudded 13 Date T.D. Reached 14 Date Comp., Susp. or Aband. 15 Water Depth, if offshore J 16 No. of Completions 01/31/90. 03/07/90. 04/09/90* N/A feet MSLJ 1 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVD) 19 Directional Survey J20 Depth where SSSV set 21 Thickness of permafrost 11100' MD/9622' TVD 10878' MD/9412' TVD YES ~ NO O I 2257' feet MD 1900' (approx) 22 Type Electric or Other Logs Run DILISDT/GR/CAI_/SP~ SWC~ DLLIMSFIJSDT/GR, LDT/CNI./EPT/NGT, SST~ FMS/GR, CST/GR~ HLS(SWC)~ CBT/CET/GR/CCL~ VSP~ GCT 23 CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PUl 1 FO 20' 91.5# H-40 SURF 113' 30' 2150# POLESET 13-3/8' 68.0# K-55/L-80 SURF 4272' 17-1/2' 2750 SX CS III & 500 SX CLASS G 9-5/8' 47.0# L-80 SURF 9471' 12-1/4" 1425 SX CLASS G 7" 29.0# L-80 9125' 11098' 8-1/2' 425 SX CLASS G - SQUEEZED SHOE W/50 SX CLASS Gl 24 Perforations open to Production (MD+TVD of Top and Bottom and '25 TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) PERFORATED W/4 SPF 3-1/2' 9731' 9093' & 9638' 9440'-9450'MD/8065'-8074q'VD 10144'- 10168'MD/8722'-8744'TVD 2S ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) I AMOUNT & KIND OF MATERIAL USED SEE ATTACHED WELL HISTORY ADDENDUM (DATED 7/20/90) FOR STIMULATION & CEMENT SQUEEZE DATA. 27 N/A PRODUCTION TEST Date First Production JMethod of Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO TEST PERIOD ~ 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 or water. Submit core chips. FEB - 6 t991 Alaska 011 & Gas Cons. Commission *NOTE: DRILLED RR 3/15/90. TUBING RUN & PERFORATED WELL 5/25/90. STIMULATED WELL 4/2/90 & 4/7/9A01'1C~'0'--8 ADDITIONAL PERFORATIONS 4/9/90. Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 129. 30. -- :'~ G~LOGIC MARKERS FORMATION TESTS "' NAME Include interval tested, pressure data, all fluids recoverd and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. SAGAVANIRKTOK SURF SURF COLVILLE GROUP 7418' 6483' SEABEE FORMATION 9690' 8298' NONE PEBBLE SHALE 9950' 8541' KUPARUK 10143' 8721' 31. LIST OF ATTACHMENTS NONE 32. i hereby certify that the foregoing is true and correct to the best of my knowledge Signed ~, ~OVJ (~.(2. ~,... Title DRILLING ANALYST Date Z-4 'c) ~ 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". Form 10-407 ARCO Alaska, Inc. Lisburne/Point McIntyre Engineering Date: December 21, 1990 From: ARCO Alaska Inc. Larry Grant AOGCC 3001 Porkupine Drive Anchorage, Ak 99508 In regards to our telephone conversation on 12/19/90 the following logs am enclosed: ( 1 blueline and 1 sepia for each of the following logs:) PT. MAC #8 PT. MAC #7 Mud Log - Epoch Mud Log - Epoch 3/23/90 3/17/90 Epoch Epoch Please sign and return to: Laura S. Lahrson ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 Transmittal #22 RECEIVED DEC 2 7 1990 Alaska 011 & Gas Cons. Commission Anchorage ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 8/28/90 FROM: JOHN BARBO ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: REPORTS: PM#8 Well Test Data Report 3/27- 4/3 1990 SIGN AND RETURN TO: RECEIVED BY: JOHN BARBO ARCO ALASKA, INC. 700 G STREET; ATO-409 ANCHORAGE, ALASKA im ~ TRANSMITTAL # 636 ~ Halliburton 99510 RECEIVED AUG g B lc3~0 Alaska Oil & Gas Cons. GqmQ~~n Anchorage ...... ARCO Alaska, ~ Post Offi'u=, .100360 Anchorage, Alaska 99510 Telephone 907 276 1215 August 22, 1990 · CONFII ENTI L Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Chatterton: Attached as required is the completion report and well summaries for Point Mclntyre # 8. It is requested that in accordance with the Commission's rules that all information about the well be kept confidential. Should further information be required please contact Jim Schumacher at 265-6128. Danielle Warner Engineering Aide DW ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany RECEIV'ED AUG 2 :~ 1990 AJasI,,a 0il .& Gas Cons. G.0.mmissi0n Anchorage " AL~,~,,A OIL AND GAS CONSERVATION COI~',,,,,,$SI'O~ WELl COMPLETION OR RE¢OMPLETION REPORT AND LOG I Status of Well Classification of Service Well OIL [] GAS [~l SUSPENDED r""I ABANDONED [~] SERVICE I--"l 2 Name of Operator 7 Permit Number ARCO Alaska, Inc 89-134 3 Address 8 APINumber P.O. Box 100360, Anchorage, AK 99510-0360 50-029-21996 4 Location of well at surface ~ g Unit or Lease Name 1449' FSL, 722' FEL, SEC 16, T12N, R14E UM COMPLETION" LC'C"~'TiC!NS.'.:r-'~r-~ N/A At Top Producing Interval _,DATE, ~'/E"'~ '~'~' ~ 10 Well Number 1588' FNL, 1025' FWL, SEC 16, T12N, R14E UM ~~lSur'[:~~_ L POINT MclNTYRE STATE #8 At Total Depth ~VERIFIEB l l~. H. --~------[ 11 Field and Pool 1380'FNL, 781'FWL, SEC 16, T12N, R14E UM - - · ~_ 5 Elevation in feet (indicate KB, DF, etc.) 6 Lease Designation and Serial No. WILDCAT RKB 42' ADL 28297 12 Date Spudded 13 Date T.D. Reached 14 Date Comp., Susp. or Aband. I 15 Water Depth, if offshore 116 No. of Completions 01/31/90. 02/23/90. 4/36/90'I N/A feet M SLI 1 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVD) 19 Directional Sun/ey 120 Depth where SSSV set I 21 Thickness of permafrost 11100' MD/9622' TVD 10878' MD/9412' TVD YES [~] NO D I I 2257' feat MD 1 900' (approx) 22 Type Electric or Other Logs Run DIL/SDT/GR/CAL/SP, SWC, DLL/MSFL/SDT/GR, LDT/CNL/EPT/NGT, SST, FMS/GR~ CST/GR, HLS(SWC), CBT/CET/GR/CCL, VSP, GCT 23 CASING, LINER AND CEMENTING RECORD SE'FI'lNG DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BO'[T(:~ HOLE SIZE CEMENTING RECORD AMOUNT PUl 20" 91.5# H-40 S U R F 113' 30" 2150# PO LES ET 13-3/8" 68.0# K-55/L-80 SURF 4272' 17-1/2" 2750 SX CS III & 500 SX CLASS G 9-5/8" 47.0# L-80 SURF 9471' 12-1/4" 1425 SX CLASS G 7" 29.0# L-80 9125' 11098' 8-1/2" 425 SX CLASS G - SQUEEZED SHOE W/50 SX CLASS G 24 Perforations open to Production (MD+TVD of Top and Bottom and 25 TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) PERFORATED W/4 SPF 3-1/2" 9731' 9093' & 9638' 9440'-9450'MD/8065'-8074'TVD 10144'- 10168'MD/8722'-8744'TVD 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) I AMOUNT & KIND OF MATERIAL USED SEE ATTACHED WELL HISTORY ADDENDUM (DATED 7/20/90) FOR STIMULATION & CEMENT SQUEEZE DATA. I 27 N/A PRODUCTION TEST Date First Production IMethod of Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO I TEST PERIOD 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 or water. Submit core chips. SEE ATTACHED CORE DESCRIPTIONRECE/V D 19, 0 · NOTE: DRILLED RR 2/26/90. TUBING RUN & PERFORATED WELL 3129190. STIMULATED WELL 4~2~90 & 417190. """~'~ ADDITIONAL PERFORATIONS 4,26/90. Form 10-407 Submit in duplicate Rev, 7-1-80 CONTINUED ON REVERSE SIDE .. ,~: .'~¢ ~,' '~' ~. ',. ,~. ',. GEOLOGIC MARKERS FORMATIC ESTS .... NAME Include interval tested, pres~...~e data. all fluids recoverd and grawty. MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. SAGAVANIRKTOK SURF SURF COLVlLLE GROUP 7418' 6483' SEABEE FORMATION 96cj0' 8298' NONE PEBBLE SHALE 9950' 8541' KUPARUK 10143' 8721' 3~. LIST OF A'FrACHMENTS WELL HISTORy, ADDENDUM (DATED 7/20/90)~ GYROSCOPIC SURVEYS (2 COPIES), & CORE DESCRIPTION .32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed.. ~~~~ Title DRILLING ANALYST 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". Form 10-407 WIREUNE REPORTS Well # POINT MclNTYRE STATE #8 WELL HISTORY ADDENDUM Work performed: AFE: ALl121 3/27/90-3/28/90 RU Western Atlas. Test lub, perforate f/10640'-10660', w/4 spf, @ 180° phasing. 3/29/90 RU DA. PT to 4000 psi. TIH w/perf gun. Perf f/10770'-10792', increase in tbg press. TIH w/ perf guns. Perf f/ 10760-10770, & 10705-10714, all w/ 4 spf, @ 180° phasing. MIRU Fracmaster. PT equip to 4000 psi. TIH w/nozzle to 5000'. Brought N2 on line @ 800 scf/min. Decreased rate to 400 scf/min. TIH to 7000'. Increased N2 to 600 scf/min. Varied rate f/350- 800 scf/min & nozzle depth f/6000'-7000' to attempt to kick off well. Recovered 282 bbl of fluid w/164,000 scf N2 pumped. POOH w/CT & RD. Freeze protected line. Perf Summary: 1 0705-1 0714 10760-10792 3/30/90 RU ACT CTU. Bled off press. TIH w/2 way cmt nozzle @ 15 fpm. Tagged pbtd @ 10837'. PU to 10815. Pumped 10.5 bbl Class G cmt f/ 10815'-10554'. 3/31/90 RU Camco. Press test equip. TIH w/tool string. Found TT @ 9695'slm(9700°elm). Tagged cmt bridge @ 10300'. Worked to 10341'sim. RD. RU Fracmaster CTU. TIH w/jet nozzle to 10355' Jetted to 10386' using 20 gal, 12:3 HCL:HF acid in 4 stages. TOH w/CTU. 4/1/90 RU Fracmaster. TIH w/jet, tagged 10388'. Jetted w/10 bbl acid, 5 bbl diesel & 1.5 ppb Biozan w/20% methanol gel to 10403'. Had BJ pump failure; replaced. Jetted w/5 bbl acid, 5 bbl diesel, 5 bbl acid, 5 bbl diesel, 5 bbl acid, 5 bbl diesel, & same gel to 10415°. Nozzle partially plugged. TOH & unplugged nozzle. TIH. PM #8 Well History Addendum continued "OIIFIOEiVTiAL 4~2/90 Jetted nozzle on CTU w/a total of 72 bbls 12:3 HCL:HF acid, 56 bbls diesel, 310 bbls 1.5 ppb Biozan'gel wi 20% methanol & 64 bbls 60/40 methanol/water in 5 bbl acid stages f/ 10415'- 10425'. Could not get deeper. Freeze protected w/60/40. RU Camco. Tagged pbtd. 4/3/90 & 4~4/90 Underreaming 4~5/90 RU Atlas WL. production. Perf f! 10403'-10420', w/4 spf, 180° phasing. All shots fired. Monitering 4/6/90 Monitering production. Engr testing oper. Received word'to attempt Acid Stimulation. RU for acid job. Tag TD @ 10444'. Pumped 8% HCP, 19 bbl across perfs @ 10403°-10420'. SI bullhead acid into perfs. Start N2. Parked CT nozzle @ 7000'. RIH to 8000', blow tbg dry. 4/7/90 POH w/CTU. Fluid pack well w/68 bbls 60/40 meth/water in prep for cmt plug. RIH w/CTU & tag bottom @ 10526'(new pbtd)-Acid job removed cmt stringer fish. POH. RIH w/cmt nozzle, set down @ 9645'. POH. 4/8/9O RU CTU. Install longer & stiffer nozzle assy. RIH through previous stopping point @ 9745'. RIH. Batch mix 7 bbls cmt. Pump cmt w/CTU parked @ 10516°, 10 bbl FW ahead, 7 bbls cmt, 26 bbls FW flush w/CT pulled to 10250' during placement. RD. MIRU Atlas WL. PT lub. RIH w/24' perf gun w/180° phasing. Prep to perf A zone. 4/9/90 Per~rate zone A F 10144'-10168'. 4/9/90. POH. All shots fired. Opened for initial flow @ 0540 hrs, DRILUNG SUPERINTENDENT R'ECEI'VED Alaska Oil & Gas Cons. { ARCO. Oil an~l Ga~ Company Well History ~. Initial Report- Dali,, leelnmiomc Pmpom and Mt. thl_;~iil~.~.:' ~n. the firm Wednesday after a well lB apudded or womr oWonl -,ri ,mad. Dilly work pllOL~O;~-Iommldzld on the form giving IncluM~,l dills only. . ..'. ~,~:":"" ,. "4~,'.T';' .... ..:~,. ::f~.t.?: ....' matr~ct ~CO '~m,¥.~lLq~i~'. - Fle~d POII~ HC] '' Auth. orW.O, nOAL1121 rrme DI~TLL, COMP~.V. TE, & PElt"ORATE I 8till PT~"#8 ~I: 50-029-21996 Operator ~CO IARCO w.,. o. ooo o Spudded or W.C~[I~i~~ IDete 01/31/90 IHour 16:30 IPrior at~ue if" w.o. Date and depth aa of 8:00 a.m. Complete record f~'(~ d~ reported 0) MIRU RT 0) MI RU RT. 01/31/90 ( 0' ( SOPV: GLO 02/01/90 ( · D: 725'( SUPV:GLC DAILY:8128,087 ii) ~m 20"6 113' M~: 0.0 VIS: CUM:$128,087 'ETD:S128,08? EFC:$5,128,107 20"9 113' M~: 8.8 VIS:i.90 725) SPUDDED 17.5" HOLE AT 1630 HRS 1/31/90. DRILLED TO 725'. DAILY:S381,304 CUM:$509,391 ETD:S509,391 EFC:$5,1~,107 02/02/90 ( 2) DRILLING 20"9 113' MW: 9.6 VIS:291 TD: 2009'( 284) DRILLED TO 2009'. SUPV:GLC DAILY:S88,036 CUM:$597,427 ETD:S597,427 EFC:$5,128,107 02/03/90 ( 3) DRILLING 20"9 113' MW: 9.5 VIS: 75 TD: 3055'( 046) DRILLED TO 2470'. TRIPPED FOR BHA. DRILLED TO 3055'.. SUPV:GLC DAILY:S83,808 CUM:$681,235 ETD:S681,235 EFC:$5,128,107 02/04/90 ( 4) DRILLING 20"9 113' MW: 9.4 VIS: 84 TD: 4173'( 118) DRILLED TO 4173'. ST.T~V:GLO I .... '.':.i~.::~..., ' .l~~LY:$83,406 CUH:$764,641 ETD:S764,641 ,.~'~';" ~ ..:' !:..:"., ~:'. '%?':~'t,"~'"' ' 02/05/90 ('....~~ING.~~......_..~.... 13-3/8" CASING 20"6 113' 'MW: 9.4 VIS:158 TD: 4284"(:?~II&~IF~,~'~.~...,.,.!7.5" HOLE AT 4284' AT 0730 2/4/90. CIRC. SHORT o.. R ING 13-3/8" CASING. SUPV:GLC' . , DAZLY~$69,968 CUM:$834,609 ETD:S834,609 EFC:$5,128,107 02/06/90 ( TD: 4284'( SUPV:GLC 02/07/90 ( TD: 4284'( SUPV:GLC 02/08/90 ( TD: 4284'( SUPV:JC 6) 7) 8) NU BOPE 13-3/8"9 4272' MW: 9.4 VIS: 68 RAN 13-3/8" CASING TO 4272'AND CEMENTED W/ 2750 SX CSIII G 500 SX G. CZRC 50 BBLS CMT. ND DIVERTER. SET SLIPS. CUT OFF CSG. NU BOPE. DAILY=S431,962 CUM:$1,266,571 ETD:S1,266,571 EFC:$5,128,107 TESTING BOPE 13-3/8"9 4272' MW: 0.0 ViS: 0 WELDED ON 13-3/8" CSG HEAD. NU BOPEAND BEGAN TESTING BOPE. DAILY:S58,168 CUM:81,324,739 ETD:S1,324,739 EFC:$5,128,107 DRILLING'OUT CEMENT 13-3/8"@ 4272' MW: 8.8 VIS: 44 TESTED BOPE. TIH TO FC. TESTED CASING TO 2500 PSI F/ 30 MIN OK. DRLD FC & HARD CEMENT. DAILY:S72,508 CUM:$1,397,247 ETD:Si,397,247 EFC:$5,128,107 The above la correct For form preparatl~'n-and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 end 87. AR3B-459-1-D Date . Title Odmn0 "" v i.-/j ]Number al del y well h . las they am prepared for each ARCO Oil and Gas Company CONFIDENTIAL Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show Iormstlon name in describing work performeci. Number sll drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section wilt be reported on "Interim" sheets until final completion. Report official or representeU~ t~st on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than eve~ 30 days. or (2) on Wednesday of the week in which oil strfag is set. Submit weekly lot workovers ,=nd following setting of oil string until completion. District Field Date end depth as of 8:00 a.m. ARCO ALASiQ~. INC. [County or Parish NORTH SLOPE I It ease or Unit POINT MCINTYRE #8 Complete record for eac,_h_da_y_whila drilling or workover in prog .... 02/09/90 ( TD: 6077' ( SUPV: JC 02/10/90 ( TD: 6880'( SUPV:JC 02/11/90 ( TD: 7536'( SUPV:JC 02/12/90 ( TD: 8378'( SUPV:JC 02/13/90 ( TD: 8681'( SUPV:JC 02/14/90 ( TD: 8760'( SUPV:JC 02/15/90 ( TD: 9010'( SUPV:GLC 02/16/90 ( TD: 9219'( SUPV:GLC 02/17/90 ( TD': 9465'( SUPV:GLC 9) 1793) 10) 803) 11) 656) 12) 842) 13) 303) 14) 79) 15) 250) 16) 209) 17) 246) State AK IWell no. DRILLING 13-3/8"@ 4272' MW: 9.2 VIS: 41 TESTED 13-3/8" CASING TO 2500 PSI OK. DRILLED CMT AND 10' OF NEW FORM. CIRC. PERFORMED LOT TO 12.5 EMW. DRILLED TO 5354'. SHORT TRIPPED. DRILLED TO 6077'. DAILY:S83,490 CUM:$1,480,737 ETD:S1,480,737 EFC:$5,128,107 DRILLING 13-3/8"@ 4272' MW: 9.2 vIS: 43 TRIPPED FOR BIT % 4. DRILLED TO 6880'. DAILY:S76,078 CUM:$1,556,815 ETD:S1,556,815 EFC:$5,128,107 . DRILLING 13-3/8w@ 4272' MW: 9.2 VIS: 36 DRILLED TO 7490'. TRIPPED FOR BIT %5. DRILLED TO 7536'. DAILY:S82,598 DRILLING DRILLED TO 8378' CUM:$1,639,413 ETD:S1,639,413 EFC:$5,128,107 13-3/8"@ 4272' MW: 9.6 VIS: 38 DAILY:S68,337 CUM:$1,707,750 ETD:S1,707,750 EFC:$5,128,107 DRILLING 13-3/8"@ 4272' MW: 9.6 VIS: 44 DRILLED TO 8439'. TRIPPED FOR BIT %6. DRILLED TO 8681'. DAILY:S75,253 CUM:$1,783,003 ETD:S1,783,003 EFC:$5,128,107 DRILLING 13-3/8"@ 4272' 'MW: 9.6 VIS: 40 DRILLED TO 8683'. TRIPPED FOR BIT % 7. DRILLED TO 8695'. BIT TORQUED AND STALLED PDM. PDM FAILED. TOH. CHANGED OUT PDM. TIH. DRILLED TO 8760'. DAILY:S74,813 CUM:$1,857,816 ETD:S1,857,816 EFC:$5,128,107 DRILLING 13-3/8"@ 4272' MW: 9.7 VIS: 42 DRILLED TO 8814'. TRIPPED FOR BIT. DRILLED TO 9010'. DAILY;S73,593 CUM:$1,931,409 ETD:S1,931,409 EFC:$5,128,107 DRILLING 13-3/8"@ 4272' MW: 9.8 VIS: 45 DRILLED TO 9066'. TRIPPED FOR BHA. DRILLED TO 9219'. DAILY:S74,192 CUM:$2,005,601 ETD:S2,005,601 EFC:$5,128,107 TOH 13-3/8"@ 4272' Y~: 9.8 VIS: 46 TD'D 12-1/4" HOLE AT 2045 HRS 2/16/90 AT 9465'. SHORT TRIPPED. CIRC. TOH. DAiLY:S65,180 CUM:$2,070,781 ETD:S2,070,781 EFC:$5,128,107 $lgnsture/,_~ ... / /'/ Date For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 I" Orilling Supt. AR3B-459-2-B Number all daily well history forms consecutively as they are prepared for each well, IPage no. ,, ,.co o,,.!o o.. co.,.,., o ( CONFIDENTIAL ,.. Daily' Well History--Interim Inatrucllena: This form ia 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 ell cores. Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or reprleentatl~,,e teat on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days, or (2) on Wednesday of Ihe week in which oll string ia let. Submit weekly for workovers and following setting of oil string until completion. District ARCO ALASKA INC. ICounty or Parish NORTH SLOPE IState AK Lease or Unit ~8 IWell no. Field Date and depth aa of 8:00 a.m. POINT MCINTYRE 02/18/90 TD: 9465' SUPV:GLC 02/19/90 TD: 9475' SUPV:GLC 02/20/90 TD: 9475' SUPV:GLC 02/21/90 TD: 9485' SUPV:GLC 02/22/90 TD: 9524' SUPV:GLC 02/23/90 TD: 9730' SUPV:GLC 02/24/90 TD: 9742' SUPV:JC 02/25/90 TD:10142' SUPV:JC record for eac~]'~hi~ drilling or workover in progress 18) 0) 19) 10) 20) 0) (j 21) (! 10) (22) ( 39) (23) (2O6) (' 24) 12) 25) 4OO) The above is correct TIH 13-3/8"6 4272' MW: 9.7 VIS: 47 TOH. RAN OH LOGS DIL/SDT/GR/CAL/SP, SWC. DAILY:S72,494 CUM:$2,143,275 ETD:S2,143,275 EFC:$5,128,107 RUNNING CASING 13-3/8"6 4272' MW:10.4 VIS: 43 TIH. DRILLED 10'. SHORT TRIPPED. TOH. PREP TO RUN 9-5/8" CASING. DAILY:S151,069 CUM:$2,294,344' ETD:S2,294,344 EFC:$5,128,107 CHANGING WH PACKOFF 9-5/8"6 9471' MW:10.4 VIS: 44 RAN 9-5/8" CASING TO 9471' AND CEMENTED WITH 1425 SX G. RAN PACKOFF. PACKOFF WOULD NOT TEST. ND BOP TO INSPECT PACKOFF. DAILY:S392,609 CUM:$2,686,953 ETD:S2,686,953 EFC:$5,128,107 CIRC 9-5/8"6 9471' MW:10.4 VIS: 69 REPAIRED PACKOFF. NU AND TESTED BOPE. TIH. LOGGED W/ Y~WD TOOL F/ 9116-9367. TESTED CASING TO 2000 PSI OK. DRILLED FC, CMT AND 10' NEW FORM. DAILY:S77,889 CUM:$2,764,842 ETD:S2,764,842 EFC:$5,128,107 CORING 9-5/8"@ 9471' MW:10.4 VIS: 89 RAN FIT TO 12.5 EMW. CLEANED PITS. DISPLACED WITH MUD WITH BLAND KCL CORING MUD. TOH W/ BIT. TIH W/ CORE BBL %1. CORED TO 9524'. DAILY:S80,231 CUM:$2,845,073 ETD:S2,764,842 EFC:$5,208,338 TIH W/ CORE BBL %2 9-5/8"@ 9471' MW:10~4 VIS:104 CORED FROM 9524' TO 9538'. TOH. REC 28' OF 53'. TIH W/ BIT. DRLD TO 9730'. TIH W/ CORE BBL %2. DAILY:S64,974 CUM:$2,910,047 ETD:S2,910,047 EFC:$5,128,107 POH W/ CORE %3 9-5/8"@ 9471' MW:10.4 VIS: 82 RIH W/ CORE BBL. CUT DL. FIH W/ CORE BBL. CORE F/ 9730-9735'. EBL JAMMED. POH. REC'D 4' OF CORE. RIH W/ CORE BBL. CORE F/ 9735-9742'. BBL JAMMED. POH. DAILY:S94,920 CUM:$3,004,967 ETD:S3,004,967 EFC:$5,128,107 DRILLING 9-5/8"@ 9471; MW:10.5 VIS: 72 POH W/ CORE BBL. REC'D 7 FT. P/U BHA AND TIH. CUT AND SLIP DL. FIH. REAM 9710- 9742'. DRILLED TO 9987'. CBU. DRILLED TO 10032'. CBU. DRILLED TO 10142'. DAILY:S72,822 CUM:$3,077,789 ETD:S3,077,789 EFC:$5,128,107 I Date~/~///~¢~ ITM Drilling Supt. see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B INumber all daily well history torres consecutively as they are prepared for each well. Page no. ARCO Oil and Gas Company CONFIDENTI:AL Daily Well History--Interim nelm;tlone: This form is used during drilling, or workover ogeratlons. If testing, coring, or perforating, show formation name in describing work performed. Number all drill stem teats s~luentlally. Attach description of all cores. Work performed by Produc ng Sect on will be reported on "Interim" sheets until firtal comp et on. Report official or representative ~ on ".FI~.." fo .r~.. 1.) Subm. it "lnterl.m:' .s. hee. te when filled .o. ut.b. ut not I?se freq. uently than every 30 days. or (5) on Wednesday of the week in which oil ,tdllg ii set. Submit WeeKly TOt worKovers and rollOWlng setting Ct oil string until completion. District ~CO ALASKA INC. Field POINT MCINTYRE County or Parish NORTH SLOPE Lease or Unit IState AK I Well no. Date and depth as of 8:00 a.m. 02/26/90 TD:10194' SUPV:JC 02/27/90 TD:10205' SUPV:JC 02/28/90 TD:10323' SUPV:JC 03/01/90 TD:10383' SUPV:GLC 03/02/90 TD:10532' SUPV:GLC 03/03/90 TD:10627' SUPV:GLC 03/04/90 TD:10627' SUPV:GLC 03/05/90 TD:10717' SUPV:GLC Complete record for eoc~)lv, hil5 drilling or workovar In progress 26) 52) 27) 11) 28) 118) 29) 6O) 30) 149) 31) 955 (32) O) 33) 90) TESTING BOPE 9-5/8"@ 9471' MW:10.5 VIS: 78 DRILLED F/10142-10153'. CBU. DRILLED TO 10181'.CBU. TRIP FOR CORE BBL. TIH TO 10181'. CBU. CORE F/10181-10194'. BBL JAMMED. CBU. POH. REC'D 8.5 FT. TEST BOPE. DAILY:S88,031 CUM:$3,165,820 ETD:S3,165,820 EFC:$5,128,107 CHANGING CORE BBL 9-5/8"9 9471' MW:10.5 VIS: 65 RIH W/ CORE BBL TO 9471'. C AND S DL. RIH TO 10~94'. CORE F/ 10194-10201'. BBL JAMMED. POH..REC'D 1' OF CORE. RIH W/ CORE BBL %6. CORE F/ 10201'10205'. BBL JAMMED. POH. DAILY:S77,694 CUM:$3,243,514 ETD:S3,243,514 EFC:$5,128,107 CORING AT 10323 9-5/8"6 9471' MW:10.5 VIS: 60 FIN CORING TO 10326' RIH W/ CORE BBL %7. CORE 10205-10265'. POH. REC'D 57' OF CORE. TIH W/ CORE BBL %8. SERVICE RIG. FIH. CORE F/ 10265-10323'. DAILY:S66,467 CUM:$3,309,981 ETD:S3,309,981 EFC:$5,128,107 CORING AT 10383 9-5/8"6 9471' MW:10.5 VIS: 53 POH W/ CORE %8. REC'D 58.3'. WIH W/ 90 FT CORE BBL. CORED F/ 10326-10357'. BBL JAMMED. POH W/ CORE %9. REC'D 29'. TIH W/ CORE BBL %10. CORED F/ 10357- 10383'. DAILY:S66,160 CUM:$3,376,141 ETD:S3,376,141 EFC:$5,128,107 CORING 9-5/8"9 9471' MW:10.5 VIS: 59 CORED 10383-10447'. CIRC. POH. L/D CORE %10. REC'D 89.6'. TIH W/ CORE BBL %11. DAILY:S66,845 CUM:$3,442,986 ETD:S3,376,141 EFC:$5,194,952 CHANGING BHA 9-5/8"6 9471' MW:10.5 VIS: 54 CORED TO 10537'. TOH. REC 88' OF 90'. CORED FROM 10537' TO 10627'. TOH. NO RECOVERY. DAILY:S73,772 CUM:$3,516,758 ETD:S3,516,758 EFC:$5,128,107 TOH W/ BIT 9-5/8"9 9471' MW:10.6 VIS: 44 TIH W/ BIT. REAMED 80' TO BOTTOM. RAISED MW TO 10.6 PPG FOR TIGHT SPOTS. TOH. DAILY:S124,306 CUM:$3,641,064 ETD:S3,516,758 EFC:$5,252,413 TIH W/ CORE 8BL %14 9-5/8"6 9471' MW:10.8 VIS: 45 TIH W/ CORE BBL %13. CORED TO 10717'. TOH W/ CORE BBL %13. LD CORE. DAILY:S64,436 CUM:$3,705,500 ETD:S3,705,500 EFC:$5,128,107 The above is correct For form preparation and ~strlbutlon see Procedures Manual Section 10, Drilling, Pages 85 and a7 ITM Drilling Supt. AR3B-459-2-B INumber all dally well history forms consecutively IPage no. as they are prepared for each well. I ARCO 011 an. Gas Company g~, , . i, :;ONFt'DENTIAL Q~ily Well History--Interim instructions: Th · form is used dudflg ddllP~l, or wo~ver operations. I.f te?tlng,.coring.,_or_pe~or.~ting_, eh.ow fo.r..m.atlon ns.me, in d,.e. sc. ribih,.g~,~.o_Tk .per~.o..rm_ed. Number ell drill stem tests le~uenl~Ml~."'..A. _~19~1~_ ..dllc~,~n of. all coat. es_. ~o.r.K,?r. To.rm,e,o .Dy Proe. ucln..g, ue.CtlO, n~ w. iit .Be. rap.DrieD o~,.I.n~le~, a~_~l~l~.sWou, n._~.al completion. Report off cie or mprel~flm~lr~_llll ga', I~Blr~ ' rorm. ~.j .~unm. lt Inten? .s. nee. te wne.n Tiile.~ .o. ut out hOE I~e~a rregue.nu~' ~u,eye~/F.~u~ep, or t2J on Wednesday of the week In whid~,:~'...lllll~_ .'il.'.l~*~....Sul~a~lt w~ekly lot worKover~ aflo tOliOWmg Setting or o:1 strJnG until completlon,.~ · . . * · , ,. -.~, , . .,., · ::.;'.' :-.. ,. . ~co AU~S~ INC. I=°u"ty°r''ri'~ NORTH SLOPE POINT MCINTYR~ il.-- or Unit I District Field Date and depth Complete mcord es of 8:00 a.m. 03/06/90 ( TD:10834'( SUPV:GLC 03/07/90 ( TD:11052'( SUPV=GLC 03/08/90 ( TD:11100'( SUPV:JC for ea~(~r, awh~e drilling or workover In progress 03/09/90 ( TD:11100'( SUPV:JC 03/10/90 ( TD:11100'( SUPV:JC 03/11/90 ( TD:11100'( SUPV:JC 03/12/90 ( TD:11100'( SUPV:JC 03/13/90 ( TD:11100'( SUPV:JC AK IWell no. 34) TOH 9-5/8"6 9471' MW:10.8 VIS: 47 117) CORED TO 10807'. TOH. REC 90'. CORED TO 10834'. TOH W/ CORE BBL. DAILY:S69,245 CUM:$3,774,745 ETD:S3,774,745 EFC:$5,128,107 35) DRILLING 9-5/8"6 9471' MW:10.8 VIS: 48 218) TOH W/ CORE 915. REC 21' OUT OF 27'. TIH W/ BIT. DRILLED TO 11052'. DAILY:S85,972 CUM:$3,860,717'ETD:$3,860,717 EFC:$5,128,107 36) LOGGING 9-5/8"6 9471' MW:10.8 .VIS: 52 48) TD'D 8-1/2" HOLE AT 11100' AT 0930 HRS 3/7/90. TOH. RAN DLL/MSFL/SDT/GR F/ 11077' TO 9457'. DLL FAILED. RAN DLL/MSFL/GR F/ 11077' TO 9457'. RAN LDT/CNL/EPT/NGT F/ 11075-9457'. TIGHT HOLE AT 10620'. DAILY:S59,232 CUM:$3,919,949 ETD:S3,919,949 EFC:$5,128,107 37) LOGGING 9-5/8w@ 9471' MW:10.9 VIS: 60 0) RAN DLL/MSFL/GR F/ 11077-9457'. RD WL. TIH W/ BIT AND COND HOLE. TOH. RAN ARCO SST LOG FROM 10593-9457'. TIH W/ FMS/GR TOOL. DAILY:S58,193 CUM:$3,978,142 ETD:S3,978,142 EFC:$5,128,107 38) TOH W/ CORE GUN 9-5/8w@ 9471' MW:11.0 VIS: 59 0) RAN FMS/GR F/ 11071-9457'. STUCK BRIEFLY @ 10933'. WOP~KED FREE. TIH W/ BIT TO 11100'. CIRC. TOH. TIGHT SPOTS @ 10942' ARD 10765'. RU WL. SHOT 45 PERCUSSION CORES F/ 10820-9447'. DAILY:S64,419 CUM:$4,042,561 ETD:S4,042,561 EFC:$5,128,107 i39). i:i.,,,::".~. .T'IH W/. BIT 9-5/8"@ 9471' MW:11.0 VIS: 51 .;-~:,.!,.~ .. TOa W/ CST/GR. REC 29 OF 45 SAMPLES. SHOT 24 SAMPLES ~/ '.,"?"~,, 10520'. REC 19. TIH W/ BIT. NO TIGHT SPOTS. TIH W/ HLS 'RSWCT. CUT ONE CORE @ 10600'. TOOL FAILED. TOH. STUCK TOOL AT 9636'. WORKED FREE IN 1.25 HRS. TOH. RD HLS. TIH W/ BIT. DAILY:S247,101 CUM:$4,289,662 ETD:S4,289,662 EFC:$5,128,107 40) TOH W/ SETTING TOOL 9-5/8"6 9471' MW:11.0 VIS: 57 0) TIH W/ BIT. CIRC. TOH. RAN 7" LINER F/ 9125' TO 11098' AND CEMENTED W/ 425 SX. TOH W/ SETTING TOOL. DAILY:S80,742 CUM:$4,370,404 ETD:S4,370,404 EFC:$5,128,107 41) DRILLING OUT CEMENT 9-5/8"@ 9471' MW:10.9 VIS: 50 0) TIH W/ 8-1/2" BIT TO TeL. NO CEMENT ON TeL. TESTED LINER LAP TO 3500 PSI F/ 30 MIN OK. TOH. TIH W/ 6" BIT TO 10810'. DOC TO 10976'. DAILY:S123,064 CUM:$4,493,468 ETD:S4,493,468 EFC:$5,128,107 The above Is correct For form preparation distribution see Procedures Manuel Section 10. Drilling, Pages 86 and 87 i Ddtling Supt. AR3B-459-2-B INumber all daily well history forms consecutively as they are prepared for each well. Page no. CONr' ENTIAL: i ARCO Oil and Gas Company,,," ' ' Daily.Wbll History--Interim Instructions: This form is u~ed during drilling or workover operetlons. If testing, coring, or_perforating, show formetlon name in describi_n'~ 'work perform6d. Number ali drill stem tests sequentle ly Attach dmcrlption of all cores..Work performed by ~,reducin..g, Section will be reported on "Interim' sheets until fir~al completion. Report off c · or repre-,entetll~ tat on _"F. MM' lore. 1.) Suom. it "lnlerlm" ~heets when fille, d .o. ut.but not less frequently than svep/30 days, or (2) on Wednesday o! the week in which oil -tHng I~ mt. Suomit weekly Ior worKovere and fOllOwing setting el oil string until completion.. , · · · District Field DeLe end depth es of 8:00 a.m. ! I County or Psrish ARCO ALASKA INC. NORTH SLOPE Lease or Unit POINT MCINTYRE J8 Complete record for each day while drilling or workover in progress POOL 5 / NABORS 2ES 03/14/90 ( TD:11100 PB:1087~ SUPV:JC 03/15/90 ( TD:11100 PB:1087~ SUPV:JC 03/16/90 ( TD:11100 PB:1087~ SUPV:JC 3/18/90- 3/19/90 COMPLETION 03/24/90 ( TD:11100 PB:10878 SUPV:GLP 03/25/90 ( TD:11100 PB:1087~ SUPV:GLP 42) 43) 44) IState AK I Well no. CLEANING PITS 7"911098' ~: 0.0 DRILLED OUT CEMENT F/ 10976' TO 11018'. TESTED CASING TO 2100 PSI. PRESSURE BLED OFF TO 1800 PSI. TOH. PUCR AND SET @ 10878'. SQUEEZED SHOE W/ 50 SX G W/ ADDS. CLEANED PITS. DAILY:S74,654 CUM:$4,568,122 ETD:S4,568,122 EFC:$5,128,107 LD DP 7"911098' MW:10.8 NaBr TESTED CASING & LAP TO 3500 PSI FOR 30 MIN OK. DISPLACED W/ 10.8 PPG FILTERED BRINE. POH LD DP. DAILY:S58,706 CUM:$4,626,828 ETD:S4,626,828 EFC:$5,128,107 RIG RELEASED 7"@11098' MW:10.8 NaBr LD DP. LEFT 400' DIESEL CAP. ND BOPE. NU TBG HEAD AND DRY HOLE TREE. RELEASED RIG @ 2100 HRS 3/15/90. DAILY:S184,179 CUM:$4,811,007 ETD:S4,811,007 EFC:$5,128,107 45) 46) RU SCHLUMBERGER, RUN %1 CBT/CET/GR/CCL F/ 10837'-8100' (1000 PSI). RUN %2 VSP(DSA-B) SHOT 40 STATIONS (EVERY 50', 135 LEVELS TOTAL) F/ 10800'-4050'. RUN %3 GCT F/ 10800'-28'. RD SCHLUMBERGER COST:$212,407 CUM:$5,023,414 RU sHoOTING FLANGE 7"@11098' MW:10.8 NaBr MOVE RIG FROM DS 17-3. SPOT RIG AND ACCEPT @ 1800 HRS, 23-MAR-90. ND TREE, NU BOPE. PULL BPV, SET TST PLUG. TST BOPB TO 5000 PSI. PU 15 JTS 3-1/2w DP AND RIH. DISPLACE DIESEL OUT OF HOLE W/10.8 PPG BRINE.. RU SHOOTING FLANGE.' DAILY:S297,709 CUM:$5,108,716 ETD:S5,108,716 EFC:$5,128,107 CUM: $5,156,855 ETD: $5,156,855 EFC:$5,128,107 MU SSSV 7"@11098' MW:10.8 NaBr MU SHOOTING FLANGE. RU WESTERN ATLAS. RIH W/4" SUPER JET PERF GUN AND PERF 9440-9450' MD. POOH. RIH W/6" GR/JB TO 10878. MU PERM PKRAND TAILPIPE ON ELECTRIC LINE AND RIH. SET PKR AT 9609' MD. POOH, RD WA. MU SEAL ASSEMBLY ~ RIH W/3-1/2" STRADDLE ASSEMBLY, BAKER SB-3A PERM PKRAND 3-1/2" TUBING. DAILY:S48,139 Drilling Supt. The above Is correct For for~ preparation and ~lstributlon see Procedures Manuel Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B ' ' .~1_1_~c~qj~Dr a~'~ Number .,, daily well history form, consecutively as they are prepared for each well. Page no. ARCO O!i.,md Gas Company Dally Well I.listory-Finai- mrt Ine#uotlmte: Prepare mt(I,.., "' ' ' - ' '._]lt~.~flrlt. Wednalday after al!owablo has been .a~.lgned or well I1_ Plug.ged. Ablndogmd, or_ .~,ld. required upon compl .~" ~ .-I. LII~'ltlt dlta in CLOCKS provlce(L Tnb I;mll gqeeen' form may ee utes Tor reponlflg the iIItlrl claret on if space is Field ILsese or Unit IWell no. POII~ MCINT¥1UC I XDL: 28297 PTi ~.C #8 I Autb. or W.O. no. ITiUe ]~T,1121 I DI~TLT., COHSL~TE, & PERFOL~t. TE I Operator ~LRCO IA.R.Co. W.I- Spudded or W.O. begun loire SPUD I J~I: 50-029-21996 ITotel number of wells (active or inactive) on this 0. 0000 Icost center prior to plugging and I lebendonment of this well I IHour IPrlor status If a W.O. 01/31/90 / 16:30 I Date end depth Complete record for each day repo~led aa of g:00 a.m. POOL 5 / N]),~O~ 2ES ~7) 03/26/90 ( TD:11100 PB:10878 SUPV:GLP 03/27/90 ( TD:11100 PB:10878 SUPV:GLP Old TD Released rig Classifications (o11, gas, etc.) ND BOPE 7"911098' M~:-8.5 Seawater RIH W/3-1/2" COMPLETION ASSEMBLY. STING II~O PI<R AND PRESS TST TO 500 PSI. STING OUT AND SPACE OUT. MU TUBING .HI~~ CONTROL LINES. RU SLICKLINE. RIH AND SET OTIS 'PXN' PLUG ._~ XN NIPPLE BELOW TOP PKR. PRESS TUBING TO 3000 PSI TO'S~T .~ TOP PKR. RETRIEVE 'PXN' PLUG. PU TO SHEAR SEAL ASSEMBL~ " OUT OF TOP PKR. FREEZE PROTECT TOP 2400' OF WELL W/DIESEL. ATTEMPT TO STING INTO TOP PKR. WORK SEAL ASSEMBLY INTO PKR. PRESS TST TUBING TO 3500 PSI F/30 MIN. PRESS TST ANNULUS TO 3500 PSI F/30 MIN. PRESS TST CONTROL LINES TO 5000 PSI. SET BPV. ND BOPE. DAILY:S31,974 CUM:$5,188,829 ETD:S5,188,829 EFC:$5,128,107 8) RIG RELEASED 7"911098' MW: 8.5 Seawater ND BOPE, NU TREE. PULL BPV, SET TST PLUG. PRESS TST HANGER SEALS, CONTROL LINES, TREE VALVES TO 5000 PSI. PRESS ANN TO 1500 PSI. PRESS TBG TO 5000 PSI TO SHEAR SOS. RELEASE PRESS. SET BPV. RELEASE RIG @ 1200 HRS, 3/26/90. ~~i:'~'.~~'~ 'AVA SSSV @ 2257', BASKER 'SB-3A' PKR @ 9093', BAKER @ 9638,, & TT @ 9731'. ,/, ,,t,' ~. , ~:~:~:....,, I New ?D IP8 Oapth Date IKInd of rtg I ITypn completion (single, dual, otc.) Official reservoir name(s) Producing method Potential test data' Well no. 'Date Reaewolr Producing Interval OII or gasTest time Production 011 on test Gas per day Pump size, EPM X length Choke size T.P. C.P. Water % CDR Gravity Allowable Effective date corrected The above Is correct . /~ IDate Slgnature~~'~*~ ~/'/~~I IT'.'. Drilling Supt. For form preparation and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. AR3B-459-3-C INumber all dally well history forms consecutively as they are prepared for each well. Pegs no. Dlvldafl of AllsnllcRIcMllldContplr 0 RIG 1N t'.. ~. ICRO FILHEI SUB- SURFACE DIRECTIONAL SURVEY r-~ UIDANCE r~ ONTINUOUS ~ OOL CONFIDENTIAL Company ARCO ALASKA, INC. Well Name ~0~ MCINTYRE STATE #8 (1449' FSL,722' FEL,SEC 16,T12N,R14E,L~) Field/Location WILDCAT, NORTH SLOPE, ALASKA Job Reference No. 73755 Lo~qed By: HAGARRD Date 18-MAR- 90 Computed By: KOHRING GCT DIRECTZONAL SURVEY CUSTO#ER LXSTING FOR ARCO ALASKAw INC. PT. NCZNTYRE ~8 gZLDCAT .. igORTH SLOPE~ ALASKA -. · · .. ,.. -SURVEY DATE: 18-NAR-1990 '"ENGZNEER: HAGAARD NETHODS OF COHPUTATZON TOOL LOCATZON: TANGENTZAL- AVERAGED DEVZATZO# AND AZZNUTH ZNTERPOLATZO#= LZNEAR VERTICAL SECTION: NORZZ. DZSTo PROJECTED ONTO A TARGET AZINUTH OF NORTH 56 DEG 4~ NZN MEST COHPUTATZON'DATE: 1B-AUG-90 PAGE I ARCO 'ALASKA ZNC. PT. NCZNTYR~ ~8 MZLOCAT- NORTH"SLOPEr ALASKA DATE OF SURVEY: 18-HAR-1990 KELLY BUSHZNG ELEVATZON: 42.00 FT ENGZNEER= HAGAARD XNTERPOLATED VALUES FOR'EVEN 100 FEET OF HEASURED'DEPTH TRUE SUB-SEA COURSE NEASURED VERTXCAL VERTZCAL_DEVZATZON AZXHUTH DEPTH DEPTH DEPTH DEG H~N DEG VERTZCAL DOGLEG RECTANGULAR COORDZNATES HORZZ. DEPARTURE SECTZON SEVERXTY NORTH/SOUTH EAST/blEST DXST. AZZMUTH FEET DEG/IO0 FEET FEET FEET DEG HZN 0.00 0000 -42.00' 0 0 N 0 0 E 100.00 100000 58000 0 3 N 20 2 E 200000 200.00 158.00 0 5 N 53 26 W 300.00 300,00 258.00- 0 7 S 73 35 # 400.00 400000 358.00 0 7 S 20 29 M 500.00 500,00 458.00 0 9 S 48 49 E 600.00 600.00 558.00 0 4 N 79 42 E 700.00 700.00 658.00 0 2 N 5 17 E 800.00 800.00 758.00 0 6 S 33 19 ~ 900.00 900~00 858.00 0 12 S'19 7 E 0.00 0.00 0.00 N 0.00 E -0.17 0.23 0.03 N 0.22 E -0,08 0.00 0.11 N 0.17 E 0.06 0.00 0o14 N 0.01 E 0011 0003 0.00 N 0.13 Id -0010' 0.00 - 0.23 S 0.04 bi -0.28 0.00 0.30 S 0.14 E -0.31 0.06 0.26 S 0.20 E -0,27 0.05 0.28 S 0.14 E -0043 0.00 0056 S 0.15 E 0.00 N 0 0 E 0.22 N 81 47 E 0.21 N 56 52 E 0.14 N 5 32 E ,'~- 0.13 N 89 6 bi 0.24 S 9 22 Id 0.33 S 25 37 E 0.33 S 38 0 E 0.31 S 27 0 E 0.57 S 14 52 E 1000.00 1000.00 958.00 1100.00- 1100000 1058.00 1200000 1200.00 1158000 1300000 1300.00 1258000 1400000 1400.00 '1358.0Q 1500.00 1499099 1457099 1600.00 1599099 1557099 ITOO. O0 1699.98 1657098 1800.00 1799,97 1757.97 1900.00 1899.96 1857.96 0 11 S 58 I E 0 7 S 8637E 0 4. S 64'14 E 0 10 S 8 48 Id 0 26 S 23 10 E 024 S 45 5 E 0 39 S 24 28 E 0 53 S 3O 22 E 0 46 S 44 43 E 0 27 S 61 5 E -0.77 0.20 0.84 S 0.37 E -1.02 0.16 0,91 S 0.63 E -1.15 0.00 0.93 S 0.76 E -1.22 0.13 lo06 S 0.77 E -1.57 0.36 1.56 S 0.85 E -2.24 0.25 2.12 S 1.29 E -3.05 0.35 2.84 S 1.78 E -4.25 0.21 4.08 S 2.41 E -5.62 0.33 5.18 S 3.32 E -6.64 0.29 5.8i S 4.13 E 0.91 S 23 53 E 1.11 S 34 Z7 E 1.20 S 39 26 E 1.31 S 35 54 E 1.78 S 28 32 E 2.48 S 31 21 E 3.35 S 32 5 E 4.74 S 3O 33 E 6.15 S 32 37 E 7.13 S 35 25 E 2000,00 1999.96' 1957096 2100.00 2099.96 2057.96 2200.00 2199.95 2157095 2300.00 2299.95 2257.95 2400.00' 2399.92 2357.92 Z500.O0- 2499.90 2457.90 2600000 2599.89 2557.89 2700000 2699060 2657.60 2800.00 2798.68 2756.68 0 35 S 57 17 E 0 29 N 80 32 E 0 26 N 71 23 E 1- -1 S 72 31 E I 21 S 57 29 E 0 33 S 65 19 E I 55 N 28 56 bi 6 24 N 47 34 bi 8 41 N 50 24 Id N 50 46 Id ~ 2900.00 2897.27 2855.27 10 44 -7.54 0.24 6.40 S 4.82 E -8.33 0.12 6.57 S 5.65 E -8082 0.11 6.34 S 6.40 E -9o71 1.19 6.34 S 7.46 E -11098 0.28 7.38 S 9.49 E -13,83 1.44 8.35 S 11.06 E -13.28 5.04 7.62 S 10.89 E -6.29 4.77 2.18 S 6.09 E 7.14' 2.01 6.50 N 4.28 bi 23.71 2.25 17.12 N 17.13 bi 8.01 S 36 59 E 8.66 5 40 43 E 9.00 'S 45 16 E 9079 S 49 40 E ...... 12.02 S 52 7 E 13.86 S 52 57 E 13.29 S 55 I E 6.47 S 70 16 E 7.78 N 33 22 Id 24.22 N 45 I Id 3000.00 2995.09 2953.09 13 14 3100000: 3091090 3049090 15 44 3200000- 3187047 3145.47 18 32 3300.00 3281.63 3239063 ZO 35 3400000 3374,74 3332.74 22 19 3500.00 3466.31 3424031 25. 6 3600.00 3555.68 3513.68 28 1 3700.00 3642090 3600090 30 44 3800'.00 37Z7.Z9 3685.Z9 34 9 3900000 3808029 3766029 37 25 N 50 15 Id 44.32 2.59 N 50 6 Id 69.18 2.54 N 52 37 # 98045 2.82 N 55 56 ~ 13.2.07 2.29 N 59 37 # 168051 2020 N 59 49 Id 208.60 3004 N 59 28 Id 253.39 2033 N 60 18 W 302.21 3044 N 60 16 # 355.71 3.47 N 58 53 ~ 414.27 2.14 30024 N 33.17 Id 44.89 N 47 39 Id 46.27 N 52.38 bi 69.89 N 48 33 bi 64071 N 75.29 Id 99.27 N 49 19 Id 84.46 N 102054 Id 132.84 N 50 31 Id 103066 N 133.53 Id 169.04 N 52 11 Id 123.88 N 168.22 Id 208.91 N 53 38 Id 146.52 N 206.93 Itl 253.55 N 54 42 Id 171.22 N 249.11 Id 302.28 N 55 30 Id 197.54 N '295083 Id 355072 N 56 16 bi 227.37 N 346.29 bi 414.27 N 56 43 Id CO#PUTATION 'DATE: 18-AUG-90 PAGE ARCO ALASRA· INC. PT. MCINTYRE #8 #ILDCAT. NORTH SLOPE· ALASKA DATE OF SURVEY: 18-HAR-1990 KELLY BUSHING ELEVATION: 42.00 FT' ENGZNEER: HAGAARD INTERPOLATED VALUES FOR EVEN 100 FEET OF IqEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG .#EASURED VERTICAL VERTICAL.DEVIATION AZIMUTH"' SECTION SEVERITY DEPTH DEPTH- DEPTH DEG #IN DEG #IN FEET DEG/IO0 RECTANGULAR COORDINATES HORIZ. DEPARTURE NORTH/SOUTH EAST/IdEST DIST. AZZHUTH FEET FEET FEET DEG HZN 4000000 3886.80 3844080 39 2 4100.00 3963.54 3921,54 40 57 4200.00 4038011 3996.11 42 11 4300.00 4112059 4070.59 -41 0 44000-00 4188.98 4146.98 39 26. 4500000 4266.78 4224078 38 37 4600.00 4344.96 4302.96 38 26 4700.00 4423.41 4381.41 38 14 4800000 4501.94 4459.94 38 32 4900.00 4580.31 4538031 38 11 N 59 12 Id 476015 lo73 N 60 24 # 540.17 2.79 N 60 38 M 606.64 0.11 N 60 13 Id 673023 2o13 N 60 32 M 737062 1,12 N 61 2 ¥ 800o29 0.44 N 61 36 e 862045 0042 N 61 51 # 924.22 0.26 N 61 33 Id 985090 0.74 N 61 41 # 1047079 0,29 259.32 N 399.35 Id 476015 N 57 0 291.56 N 454.76 Id 540.20 N 57 20 324030 N 512.78 g 606.73 N 57 41 357022 N 570.82 Id 673038 N 57 58 389012 N 626.91 Id 737.86 N 58 10 419080 N 681.73 Id 800.62 N 58 23 449.76 N 736.42 Id 862.90 N 58 35 479.10 N 791.05 Id 924.82 N 58 48 508.46 a 845.56 bi g86.66 N 58 59 538.04 N 900.18 M 1048.71 N 59 8 5000000 4658.99 4616.99 ;~ ~ 5100000 4737041 4695.41 3 5200.00 4815.81 4773.81 38 15 5300.00 4894.20 4852.20 38 33 5400.00 4972.43 4930.43 38 25 , 00.00 000., 00.00 00.00 N 61 34.W 1109028 N 61 18 g 1171.12 N 61 0 # 1233.01 N 60 32 Id 1294.95 N 60 37 H 1357010 N 60 45 M 1419.13 N 60 24 # 1481.20 N 60 19 # 1543.59 N 60 4 Id 1606.09 N 60 6 U 1668.66 0.27 0.28 0.37 0.27 0.21 0.11 0066 0.57 0025 0007 567.31 N 954.51 Id 1110,38 N 59 17 597000 N 1009.00 Id 1172038 N 59 23 Id 626093 g 1063037 Id 1234.43 N 59 29 bi 657.26 Al 1117.56 Id 1296.51 N 59 32 Id 687091 N 1171.79 kl 1358.79 N 59 35 Id 718.36 N 1226.00 Id 1420.95 N 59 38 Id 748088 N 1280.21 bi 1483.16 N 59 40 779.85 N 1334050 Id 1545066 N 59 42 bi 810.96 N 1388085 bi 1608.28 N 59 43 Id 842.24 N 1443.16 bi 1670.95 N 59 44 bi 6000.00 5440073 5398073 39 5 6100.00 5518022 5476022. '39 29 6200.00 5594.66 5552.66 40 53 6300000 5669.63 5627063 41 46 6400000 5743.89 5701.89 42 16 6500.00 5817.52 5775.52 43 3 6600000 5890.18 5848018 43 38 6700.00 5962.42 5920042 43 46 6800.00 6034,26 5992.26 44 21 6900.00 6105.83 6063.83 44 2 N 59 56 W 1731.45' N 59 30 g 1794.58 N 58 39 Id 1858099 N 57 6 ~ 1925.15 N 55 43 W 1992.12 N 55 14 bi 2059.77 N 54 40 W 2128.43 N 54 35 # 2197.53 N 55 10 M 2267.06 N 55 21 M 2336.87 0.04 1.18 lo82 1.68 0.77 lo36 0.63 0.21 0.69 0.62 873.70 N 1497.62 ~ 1733.85 N 59 44 14 905.54 N 1552.23 Id 1797006 N 59 44 Id 938070 N 1607.52 Id 1861.52 N 59 43 bi 973076 N 1663.64 g 1927.67 N 59 40 Id 1010093 N 1719.31 Id 1994.53 N 59 33 bi ~, 1049030 N 1775.08 Id 2062.02 N 59 25 Id 1088.82 N 1831.28 Id 2130.52 N 59 16 bi 1128.90 N 1887.63 bi 2199.44 N 59 7 bi 1168.94 N 1944.51 Id 2268.82 N 58 59 bi 1208077 N 2001.88 Id 2338.51 N 58 53 Id TO00. O0 6177.70 6135.70 43 53 7100.00- 6250.28 6208.28 43 9 7200.00' 6323054 6281054 42 50 7300.00 6396.50 6354.50 43 23 7400000 6469027 6427027 43 5 7500.00 6542.66 6500.66 42 38 7600.00 6616.40 6574.40 42 32 7700.00 6690.08 6648.08 42 38 7800000 6763063 6721063 42 35 7900.00 6837.19 6795.19 42 39 N 55 17 Id 2406.39 N 55 48 Id 2475.16 N 56 7 Id 2543.22 ' N 56 57 M 2611061. N 57 49 # 2680019 N 57 38 M 2748.10 N 57 40 Id 2815.65 N 57 49 g 2883024 N 57 40 # 2950.99 N ST 12 Id 3018.72 0.71 0.17 O. 83 0044 1 0.60 0.31 0025 OoZ7 0.40 1248038 N 2059.03 1287.31 N 2115.75 Id 2476.60 N 58 41 Id 1325051 N 2172008 1363021 N 2229.14 Id 2612.93 N'58 33 id 1400.12 N 2286 94 bf 2681 50 N 58 31 Id 14,36.36 H 2344.*39 Id 2749:42 N 58 30 Id 1472052 N 2401.45 bi 2816.97 N 58 29 Id 1508.60 N 2458063 Id 2884.57 N 58 28 1544.76 N 2515093 1581.20 N 2573.03 COHPUTATION DATE: 18-AUG-90 PAGE 3' ARCO ALASKA9 /NC. PT. HCINTYRE J8 MZLDCAT NORTH SLOPEB ALASKA' DATE OF SURVEY: 18-#AR-1990 &ELLY BUSHING ELEVATION: 42.00 FT ENGINEER: HAGAARD INTERPOLATED VALUES FOR EVEN 100 FEET OF HEASURED DEPTH TRUE SUB-SEA , COURSE NEASURED VERTICAL VERTICAL DEVIATION AZI#UTH DEPTH DEPTH DEPTH DEG #IN DEG HIN VERTICAL DOGLEG' RECTANGULAR COORDZNATES HDRIZ. DEPARTURE SECTZON SEVERITY NORTH/SOUTH EAST/IdEST DIST. AZZHUTH FEET DEG/IO0 FEET FEET FEET DEG MZN 8000.00 6910.68 6868068 42 39 N 56 44 # 3086053 8100000 69-84.00 6942000 43 0 N 56 16 Id 3154.54 8200000 7056.83 7014.83 43 19' N 55 35 id 3223006 8300000 7129.77 7087.77 42 52 N 55 51 Id 3291045 8400000 7203.81 7161.81 41 31 N 56 22 Id 3358.66 8500.00 7279.31 7237.31 40 25 N 56 2 id 3424023 8600.00 7356.27 7314.27 39 3 N 55 39 Id 3488.07 8700.00 7434.44 7392.44 38 7 N 55 53 id 3550.43 8800000 7513.81 7471081 36 54 N 55 25 # '3611.24 8900000 7594033 7552.33 35 44 N 55 45 Id 3670.52 9000000 7676025 7634.25 34 19 9100000 7759.87 7717.87 31 48 9200.00 7846066 7804.66 27 48 9300.00 7936.34 7894.34 25 10 9400.00 8027060 7985.60 23 1 9500.00 8120.44 8078.44 ZO 55 9600.00 8213.76 8171076 21 10 9700000 8307006 8265006 21 5 9800.00 8400.43 8358043 20 55 9900000 8493082 8451082 21 0 N 55 3 td 3727085 N 53 52 id 3782.64 N 56 49 Id 3832.23 N 6-0 20 id '3876.38 N 56 26 Id 3917.22 N 54 49 Id 3954036 N 54 43 kl 3990026 N 54 2 M 4026.22 N 53 26 if' 4061.96 N-52 10 Id 4097.64 10000.00 8587.20 8545020 20. 59 10100000 8680056 8638.56 21 0 10200000 8773.84 8731084 20 53 10300.00 8867.41 8825.41 ZO 39 10400.00 8961009 8919009 20 12 10500000 9055015 9013.15 19 34 10600000 9149045 9107.45 19 Z1 10700.00 9243.83 9201.83 19 12 10800.00 9338032 9296.32 18 56 "q 10900000 9432090 9390090 18 56 N 50 52 id 4133.28 N 49 34 Id 4168.89 N 48 29 # 4204.59 N 48 33 id 4239049 N 48 24 Id 4274.13 N 48 36 kl 4307.70 N 50 33 M 4340074~. N SO 27 id 4373060 N 50 14 Id 4405.96 N 50 14 Id 4438.21 11000.00 9527.49 9485049 18 56 11100o00' 9622.08 9580008 18 56 N 50 14 id 4470.46 N 50 14 Id 4502070 0.32 0.57 0.94 0.80 1.18 1.23 0.68 1.02 0083 1.57 1 047 4.30 5.78 2.79 3.27 0.35 0.26 0042 0.22 0.40 0.81 0.98 0094 0.35 0.78 0098 0 0.35 0.00 0.00 0.00 0.00 1618.20 N 2629.86 H 3087.84 N 58 24 id 1655075 N 2686.57 id 3155.81 N 58 21 id 1694.11 N 2743034 M 3224.27 N 58 18 id 1732*78 N 2799.77 Id 3292.61 N 58 15 1770.25 N 2855.57 id 3359.78 N 58 12 id 1806.66 N 2910.11 id 3425.31 N 58 10 id 1842054 N 2962092 id 3489.10 N 58 7 1877.69 N 3014.44 W 3551.41 N 58 5 id 1911096 N 3064069 ~ 3612.19 N 58 2 1945.59 N 3113052 id 3671042 N 58 0 1977-93 N 3160.87 id 3728.72 N 57 58 ~ 2009.93 N 3205040 id 3783.44 N 57 55 N 2038.66 N 3245.87 Id 3832099 N 57 52 id 2060.95 N 3284.05 id 3877.18 N 57 53 ~ 2082.34 N 3318086 W 3918003 N 57 54 M 2103037 N 3349.47 W 3955.14 N 57 52 ~ 2124.13 N 3378.79 id 3991.01 N 57 51 M 2145.09 N 3408006 M 4026.g4 N 57 49 id 2166.24 N 3436.92 id 4062.64 N 57 47 ~ 2187.86 N 3465.42 e 4098.27 N 57 44 M 2210.10 N 3493.45 ~ 4133.85 N 57 41 2232.99 N 3521.02 ~ 4169.39 N 57 37 2256.65 N 3548.19 W 4205.01 N 57 33 2280.06 N 3574057 ~ 4239.84 N 57 28 ~.~.~ 2303.23 N 3600.81 ~ 4274.42 N 57 24 2325.84 N 3626.12 ~ 4307.93 N 57 19 2347040 N 3651.48 M 4340.92 N 57 16 2368.34 N 3677.05 M 4373.75 N 57 13 2389016 N 3702010 ~ 4406.09 N 57 10 2409.93 N 3727004 ~ 4438.31 N 57 7 2430.69 N 3751.98 ~ 4470.53 N 57 4 M 2451046 N 3776.93 ~ 4502.76 N 57 I ~ COMPUTATION DATE: 18-AUG-90 PAGE ARCO' ALASKAt INCo PT. #CINTI'RE tiE8 I~ZLDCAT ' NORTH SLOPEr ALASKA DATE OF SURVEY: 16-HAR-1990 KELLY BUSHING ELEVATION: 42000 FT INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE NEASURED VERTICAL VERTICAL.DEVIATION AZI#UTH DEPTH DEPTH DEPTH DEG HZN DEG 0.00 0000 -42000 0 0 1000.00 1000o00 958.00 0 11 2000.00 1999.96 1957096 0 35 3000.00 2995.09 2953.09' 13 14 4000000 3896080 3844.80 39 2 5000.00 4658.99 4616099 38 7 6000000 5440.73 5398073 39 5 7000.00. 6177.70' 6135..70 43 53 8000.00 6910068 6868068 42:39 9000000 7676.25 7634025 34 19 ENGINEER: HAGAARD 10000.00 8587020 8545020 20 59 11000e00 9527.49 9485.49 18 56 11100.00 9622.08 9580008 18 56 VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SDUTH EAST/blEST DZSTo AZI#UTH FEET OEG/IO0 FEET FEET FEET DEG NIN N 0 0 E 0.00 S 58 I E -0077 S 57 .17 E -7.54 N 50 15 ~f 44032 N 59 12 # 476.15 N 61 34 ill 1109.28 N 59 56 # 1731.45 N 55 17 tf 2406.39 N 56 44 bi 3086.53 N 55 3 H 3727.85 N 50 52 M 4133.28 N 50 14 W 4470046 N SO 14 # .4502070 0.00 0.20 0.24 2.59 lo73 0.27 0004 0o71 0.32 -1.47 0.00 N 0.00 E 0.00 N 0 0 E 0.84 S 0.37 E 0.91 S 23 53 E 6.40 S 4.82 E 8.01 S 36 59 E 30024 N 33017 id 44.89 N 47 39 bi~-. 259.32 N 399.35 bi 476.15 N 57 0 bi 567.31 N 954.51 bi 1110.38 N 59 17 bi 873070 N 1497.62 bJ 1733.85 N 59 44 bi 1248038 N 2059.03 W 2407.92 N 58 46 bi 1618.20 N 2629.86 ii 3087.84 N 58 24 bi 1977.93 N 3160.87 ~f 3728.72 N 57 58 bi 0.81 0.00 0.00 2210.10 N 3493.45 bi 4133.85 N 57 41 bi 2430.69 N 3751.98 bi 4470.53 N 57 4 bi 2451.46 N 3T76.93 ~ 4502.76 N 57 I bi CDHPUTATION DATE:'ZB-AUG-90 PAGE 5' ARCO ALASKA, /NC0 PT. #CINTYRE #8 ~ILDCAT NORTH SLOPE9 ALASKA DATE OF SURVEY= 1B-MAR-1990 KELLY BUSHING ELEVATION: 41.00 FT ENGINEER= HAGAARD INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE .MEASURED VERTICAL VERTICAL'DEVIATION AZIMUTH DEPTH DEPTH DEPTH 'DEG #IN DEG MZN VERTICAL DOGLEG RECTANGULAR COORDINATES HORZZo DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/HEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG 0.00 0.00 -42.00 0 0 N 0 0 E 42000 42.00 0000 0 15 N 31 30 E 142.00 142000 100000 0 3 N 30 19 242.00 242.00 200.00 0 5 N 74 33 14 342.00 342.00 300000 0 442.00 442.00 400000 0 10 S 16 17 E 541.00 542.00 500.00 0 8 S- 68 12 E 642000 642.00 600000 0 3 :' N 53 24 E 742000 742.00 700.00 0 I N 80 50 842000 842.00 800.00 0 9 S 4 22 14 0000 0.00 0.00 N 0.00 E -0.16 3.42 0.04 S 0.16 E -0.14 0000 0007 N 0.21 E -0003 0.00 0.14 g 0.12 E 0.11 0.00 0.10 g O.OT 14 0.06 0.32 0.10 S 0.14 14 -0020 0000 0.29 S O.OS E -0.31 0.00 0.29 S 0.19 E -0.30 0.12 0024 S 0.19 E -0.30 0.19 0.37 S 0oll E 0.00 N 0 0 E 0.17 S 76 53 E 0.22 N 73 T E 0.18 N 41 32 E 0.12 N 34 0 14 0.17 S 55 47 14 0.29 S 10 2 E 0.34 S 33 2 E 0.31 S 38 29 E 0.38 S 17 16 E 942.00 942000 900.00 0 12 1042000 1042.00 1000000- 0 10 1142.00 1142.00 1100000 1242.00 1242,00 1200000 1342000 1342000 1300000 1442.01 1442.00 1400.00 1542.01 1542.00 1500.00 1642.01 1642.00 1600.00 1742.03 1742.00 -1700000 1842003 1842.00 1800.00 S 36 37 E S 71 59 E 0 4 N 79 39 E 0 2 S 04614 016 S 3 53 E 0 25 S 38 0 E 0 29 S 37 21 E 0 48 S 25 21 E 0 49 S 40 22 E 036 S 52 9 E -0.56 0-12 0-69 S 0022 E -0090 0.14 0.89 S 0.49 E -1-09 0.00 0.92 S 0070 E -1.17 '0.16 0.95 S 0.78 E -lo30 0.16 lo22 S 0.76 E -1.85 0.14 1.83 S lo01 E -2056 0006 2*37 S 1.51 E -3050 0.31 3032 S 2.00 E -4.83 0.00 4058 S 2077 E -6-11 0.27 5.52 S 3.68 E 0.71 S 17 36 E 1.02 S 28 42 E 1.15 S 37 20 E 1.23 S 39 38 E 1.44 S 31 58 E 2.09 S 28 53 E 2.81 S 32 27 E 3.88 S 31 3 E 5.36 S 31 9 E 6.63 S 33 45 E 1942004 1942.00 1900.00 2042.04 2042000 2000.00 2142.04 2142.00 2100.00 2242.05 2242.00 2200.00 2342006 2342.00 2300000 '2442.09 2442.00 2400000 2542.10 2542.00 2500.00 2642016 2642.00 2600.00 2742.74 2742000 2T00.00 2843087. 2842000 2800000 0 33 S 38 29 E 030 S 75 23 E 0 27 N 71 49 E 0 31 N 82 17 E I 20 S 63 38 E I 14 S 56 53 E 0 8 N 15 57 E 3 50 N 38 52 14 749 N 50 25 14 9 24 N 50 18 14 -6o97 0.55 6.01 S 4.39 E -7.93 0.65 6056 S 5.18 E -8.56 0.09 6.48 S 5.98 E -9005 0.75 6026 S 6.71 E -10057 0.82 6.67 S 8.27 E -12.93 0066 7090 S 10.19 E -13.98 1.10 8.37 S 11.23 E -11.29 3.99 5.87 S 9.66 E -0.96 1.42 1.33 N 2.02 E 13099 2.19 10090 N 9.58 id 7.45 S 36 7 E 8.36 S 38 15 E 8082 S 42 41 E 9.18 S 47 0 E ~_. 10.62 S 51 6 E' 12.97 S 52 18 E 14.01 S 53 17 E 11.30 S 58 42 E 2.42 N 56 35 E 14.51 N 41 18 W 2945.61 2942.00 2900000 11 48 3048031 3042.00 3000.00 14 25 3152.23 3142.00 3100.00 17 9 3257076 3242.00 3200000 19 56 3364.71' 3342.00 3300.00 21 38 3473.23 3442.00 3400000 24 20 3584.53 3542000 3500000 27 39 3698095 3642000 3600000 30 42 3817085 374Zo00 3700°00 34 48 3942067 3842.00 3800.00 38 10 N 50 58 14 32.57 2058 N 50 9 W 55.80 2.71 N 51 3 W 83.86 2.94 N 54 7 14 117.44 Z.01 N 58 58 W 155.34 2oll N 59 47 14 197.42 2.61 N 59 32 W 246.17 2.44 N 60 17 W 301.68 3046 N 59 55 W 365.81 4.04 N 58 54 W 440.41 l.TO 22.73 N 24004 W 33.08 N 46 36 W 37062 N 42.05 W 56.42 N 48 11 W 55.67 N 63.77 W 84.65 N 48 53 W 76.06 N 90.55 W 118.26 N 49 58 W 96.92 N 122.20 W 155097 N 51 35 W 118.24 g 158054 W 197.78 N 53 17 W 142.85 N 200.70 W 246.35 N 54 34 W 170095 N 248065 W 301075 N 55 29 W 201.59 g 304,60 W 365.81 N 56 ZZ W 240090 N 368069 W 440.41 N 56 50 W COHPUTATION DATE: 16-AUG-90 PAGE 6 ARCO ALASKAt INC. PT0 HCZNTYRE #8 #ZLDCAT.' NORTH'SLOPEt ALASKA DATE OF SURVEY: 18-#AR-1990 KELLY BUSHING ELEVATION: 42000 FT INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE .HEASURED VERTICAL-VERTICAL DEVIATZON'AZZNUTH DEPTH DEPTH DEPTH DEG gin DEG HIN ENGINEER: HAGAARD VERTICAL DOGLEG RECTANGULAR COORDZNATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/NEST D~STo AZIMUTH FEET OEG/IO0 FEET FEET FEET DEG MZN 4071063 3942.00 3900.00 40'13 N 60 7 ti 521.74 4205026 4042.00 4000000 42'12 N 60 37 ti 610.16 4338.76 4142000 4100000' 40 20 N 60 ZO # 698042 4468026 4242.00 42000-00' 38 44' N 60 54 ti 780.52 4596.23 4342.00 4300.00 38 26 N 61 34 ti- 860.11 4723066 4442.00 4400000 -38 11 a 61 48 # 938080 4851022' 4542.00 4500.00 38 25 N 61 33 ti 1017.70 4978041 4642.00 -4600.00 38 5 N 61 38 ti 1096.01 5105.86 4742000 4700.00 38 29 N 61 17 ti 1174.76 5233036 4842.00 4800000 38 19 N 60 52 ti 1253.62 5361.14 4942.00 4900.00 38 32 5488.82 5042.00 5000.00 38 29 5616.59 5142.00 5100.00 38 38 5744077 5242.00 5200.00 '38 47 5673005 5342000 5300.00 38 50 6001.63 5442000 5400.00 39 5 6130090 5542.00 5500000 39 51 6263001 5642.00 '5600000 41 35 6397.45 5742.00 5700.00 42 15 6533.58 5842.00 5800.00 43 20 N 60 31 ti 1332.98 N 60 44 ti 1412019 N 60 20 ti 1491.53 N 60 15 ti 1571.57 N 60 6 ti 1651078 N 59 56 ti 1732048 N 59 15 ti 1814028 N 57 53 ~ 1900056 N 55 43 ti 1990041 N 54 58 ti 2082.75 6671.72 5942.00 5900000 43 46 6810.82 6042.00 6000.00 44 26 6950.36 6142.00 6100.00 44 7 7088065 6242.00 6200.00 43 11 7225.21' 6342.00 6300.00 43 0 7362.57 6442000 6400000 43 20 7499.10 6542000 6500000 42 38 7634.74 '6642000 6600.00 42 29 7770.60 6742.00 6700o00 42 40 7906055 6842.00 6800.00 42 39 N 54 34 ti 2177098 N 55 12 ti 2274062 N 55 17 ti 2371o91 N 55 47 ti 2467.39 N 56 20 ti 2560039 N 57 37 ¥ 2654055 N 57 38 ti 2747.49 N 57 43 ti 2839.12 N 57 43 ti 2931.08 N 57 10 id 3023.16 N 56 31 ti 3115.49 N 55 45 ti 3209.06. N 55 57 id 3302.76 N 56 20 ti 3392.15 N 55 41 Id 3476.47 N 55 54 ti 3556.35 N SS 20 ti 3632.28 N 55 47 ti 3704.21 N 53 51 ti 3771041 N 56 23 ti' 3829.77 8042065 6942000 6900.00 42 50 8179060. 7042.00 70.00.00- 43 22 8316.66 7142.00 7100000 42 43 8450.79 7242.00 7200.00 40 57 8581061 7342.00 7300.00 -39 13 8709.61 7442.00 7400.00 38 0 8835.18 7542.00 7500.00 36 34 8958038 7642.00 7600.00 34 47 9078o89 7742o00 7700000' 32 31 9194.73 7842.00 7800000 28 I 2.30 0.04 1.33 0.68 0.43 0036 1 o 68 0.31 0.31 0050 282.40 N 438.73 bi 521.76 N 57 14 bi 326.03 N 515.86 bi 610.25 N 57 42 bi 369075 N 592.74 id 698.61 N 58 3 bi 410.17 N 664.40 id 780081 N 58 19 bi-"~-~ 448064 N 734.36 bi 860056 N 58 35 bi 486002 N 803095 id 939044 N 58 51 id 523.67 N 873.62 id 1018.55 N 59 4 ti 560097 N 942080 id 1097.07 N 59 15 ti 598.75 N 1012.20 ti 1176.03 N 59 24 id 636.98 N 1081043 bi 1255009 N 59 30 id 0056 0.16 0.55 0.25 0.23 0.06 lo42 lo40 0.75 0.77 676.03 N 1150.73 bi 1334.62 N 59 34 bi 714096 N 1219.93 id 1414.00 N 59 38 bi 754.01 N 1289.21 id 1493.51 N 59 41 id 793.75 N 1358.85 ti 1573.70 N 59 43 bi 833.81 N 1428.50 bi 1654.04 N 59 44 bi 874021 N 1498,51 id 1734.87 N 59 44 ti 915060 N 1569.20 bi 1816078 N 59 44 id 960053 N 1642.90 bi 1903.09 N 59 41 id 1010.02 N 1717.90 bi 1992.82 N 59 33 id 1062.46 N 1793.93 id 2084.95 N 59 ZZ id 0.26 0072 0.38 0.38 1.00 0.75 0o61 0039 0.62 0042 1117.56 PI 1871069 id 2179.94 N 59 10 id 1173026 N 1950.72 bi 2276037 N 58 59 id 1228.73 N 2030.69 Id 2373.49 N 58 4,9 id 1282.94 N 2109032 id 2468.84 N 58 41 bi 1335.05 N 2186.35 id 2561.74 N 58 35 id ~'~' 1386043 N 2265.27 bi 2655.87 N 58 32 id 1436.03 N 234,3087 Sd 2748081 N 58 30 id 1485.07 N 2421030 ti 2840044 N 58 29 id 1534..11 N 2499.10 id 2932.41 N 58 27 id 1583.61 N 2576.76 Id 3024.49 N 58 26 id 0.53 0.83 1.03 1.13 lo30 1.26 1.11 1.97 3o01 5.23 1634013 N 2654.04 id 3116.78 N 58 23 W 1686.2! N 2731.78 id 3210.28 N 58 19 ti 1739012 N 2809.14 id 3303.91 N 58 14 id 1788.80 N 2883.45 id 3393.24 N 58 11 id 1836.00 N 2953034 id 3477051 N 58 8 bi 1881001 N 3019.34 id 3557.34. N 58 5 bi 1923.92 N 3082.00 id 3633021 N 58 2 ti 1964.51 N 3141.40 id 3705.09 N 57 59 bi Z003030 N 3196032 bi 3772023 N 57 55 bi 2037030 N 324.3.81 id 3830.52 N 57 52 ti CO#PUTATION DATE: 18-AUG'90 PAGE ARCO ALASKAw INC- PT. #CTNTYRE #8 IdZLDCAT NORTH SLOPE, ALAS[A DATE OF SURVEY: 18-MAR-19~O KELLY BUSHING ELEVATION: 42.00 FT ENGINEER': HAGAARD ~NTERPOLATED VALUES FOR EVEN- 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE #EASURED VERTICAL VERTICAL DEVIATION AZINUTH DEPTH DEPTH OEPTH"DEG #IN DEG MZN VERTICAL DOGLEG RECTANGULAR COORDINATES HDRZZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/IdEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG HZN 9306.25 7942.00 '7900000 25 2 9415063 8042000 8000000 22 35 9523009 8142.00 8100000 20 57 9630.28 8242.00 8200000 21 7 9737044 8342.00 8300000 120 59 9844050 8442.00 8400000 20 57 9951.60 8542000 8500.00 20 57 10058.71 8642.00 8600.00 20 58 10165.88 8742000 8700.00 21 11 10272.85 8842.00 8800000 20 35 N 60 7 M 3879.02 N 55 56 id 3923.30 N 54 42 id 3962060 N 54 33 M 4001.17 N 53 52 # 4039.65. N 52 57 id 4077.83 N 51 35 .W 4116.06 N 50 19 # 4154.22 N 48 47 id 4192046 N 48 25 id 4230.03~ 2.76 3.06 0.52 0 0.53 0.60 0.59 0076 0.90 0.35 2062.27 N 3286.33 id 3879.82 N 57 53 bi 2085.71 N 3323092 bi 3924011 N 57 54 bi 2108.13 N 3356.21 id 3963.38 N 57 52 id 2130.45 N 3387.69 id 4001.91 N 57 50 2153.00 N 3418092 id 4040.35 N 57 48 bi 2175.77 N 3449065 bi 4078.&9 N 57 46 bi 2199026 N 3479096 bi 4116066 N 57 42 bi 2223.47 N 3509.72 bi 4154.75 N 57 39 bi 2248.55 M 3539.00 id 4192.91 N 57 34 bi 2273.72 N 3567.41 bi 4230.40 N 57 29 bi 10379.65 8942.00 8900.00:20 20 10486.04 9042.00 9000.00 19 00.00 00.00 ,o0.0o 11100000 9622.08 9580.08 18 56 N 48 31 id 4267.15 N 48 18 id 4303.07 N 50 26 M 4338.13 N 50 28 id 4372.96 N 50 14 ~ 4407022 N 50 14 ~ 4441031 N 50 14 id 4475040 N 50 14 id 4502.70 0066 lo00 0050 0.37 0000 0.00 0.00 0.00 2298055 ti 3595.53 bi 4267.45 N 57 25 bi 2322.74 ti 3622.62 bi 4303.31 N 57 ZO bi 2345073 N 3649.47 bi 4338.33 N 57 16 bi 2367.94 N 3676.56 bi 4373.12 N 57 13 id 2389097 N 3703.07 bi 4407.34 N 57 10 bi 2411.93 N 3729.44 id 4441.41 N 57 6 bi 2433.88 N 3755.81 ~1 4475.47 N 57 3 id 2451.46 N 3776.93 id 4502.76 N 57 I bi ARCO ALASKA~p. ]:NC. PT. MCZNTYRE e8 #ZLDCAT' NORTH SLOPEr ALASKA MARKER GCT LAST READING PBTD TD COMPUTATZ:ON DATE: 18-AUG-90 PAGE 8' DATE OF SURVEY: 1B-MAR-1990 KELLY BUSHING ELEVATIOH: 42.00 FT ENGZNEER: HAGAARD ]:NTERPOLATEO VALUES FOR CHOSEN HOR]:ZONS SURFACE LOCATION = 1449' FSL & 7ZZe FELe SECZ6 TIZN R14E MEASURED DEPTH TVD RECTANGULAR COORDINATES BELOW KB FROM KB' SUB-SEA NORTH/SOUTH EAST/NEST 10800-00 9338.32 9Z96.32 2389.16 N 3702.10 N 10878.00 941Z.09 9370.09 2405.36 N 3721.55 W 11100.00 9622°08 9580.08 2451o46 N 3776.93 N COHPUTATION DATE: 18-AUG-90 PAGE ARCO ALASKA INC. PT. NCINTYR~.~8 WILDCAT NORTH SLOPE~ ALASKA HARKER PBTD TD DATE OF SURVEY: 18-HAR-1990 KELLT BUSHING ELEVATION: 42o00 FT' ENGINEER: HAGAARD ~~:lnk~ STRATZGRAPHIC SUMMARY :~c~.~fff~f~ SURFACE LOCATION = 1449t FSL & 722' FEL, SEC16 T12N R14E MEASURED DEPTH TVD RECTANGULAR COORDINATES BELOM KB FROM KB SUB-SEA NORTH/SOUTH EAST/NEST 10878.00 9412.09 9370009 2405.36 N 3721.55 g 11100000 9622008 9580008 2451.46 N 3776.93 g FINAL WELL LOCATION AT TD:. TRUE SUB-SEA MEASURED VERTICAL VERTICAL' DEPTH DEPTH' DEPTH 11100.00 9622.08 9580008 HORIZONTAL DEPARTURE DISTANCE AZIMUTH FEET DEG ~.502o76 N 57 I kl SCHLUMBERGER O I REC T I ONAL SURV E Y COMPANY ARCO ALASKA. INC. WELL PT. 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'l--f-t-'+'"-f"+'-~"-I'-'. -+.~.-.+..+- +.; : ::i: ::::-+'H"'! ..... ,'--H-+...-+.+-4...~-..~,i-,i-,.~H...i...~ ........ +...~..+.,~ ...... ','"'...'"T"'? ........ FT'T'T ...... ?.'T"...'"' ," ........ ~'-'"':"'~ ...... '"':'":"'? ....... :'"'"'"": ........ :"'""'"" ...... '"","':'"? .... ~000 PROdECTION ON VERTICRL PLRNE 30:3. - 12:3. SCRLED IN VERTICRL DEPTHS HORIZ SCRLE = 1/1000 IN/FT HALLIBURTON RESERVOIR SERVICES Anchorage, Alaska MICROFILMED FIELD: POINT McINTYRE AREA: PRUDHOE BAY, ALASKA INTERVAL: 10144-10660 FT MD TEST DATE: MARCH 27 - APRIL 13, 1990 TEST: PRODUCTION WELL TEST MULTI-STAGE HRS report copies have been sent to the following companies and\or individuals: # COPIES RECIPIENT ARCO ALASKA INCORPORATED C/O JOHN MARCOU 700 G STREET 99501 P.O. BOX 100360 99510-0360 ANCHORAGE, AK. <907> 265-6145 HRS 3000 .C Street. Suite 200 Anchorage, Ak 99503 <907> 261-7750 J-0013 T# 005902 ~LIBURTON RESERVOIR SERVICES July 20, 1990 Mr. John Marcou Arco Alaska Incorporated ?00 G Street Anchorage, Alaska 99§01 re: Well Test of March 27 - April 13, 1990 No. 8 Well Point McIntyre Field North Slope 10144-10660 FT MD Dear Mr. Marcou, Please find enclosed the analyses results and documentation of the above reference test. The data was gathered and processed by HRS for reporting. This report includes the complete analyses of buildups one and two for test number 4, zone A and the well test reports for all zones that were tested in this well. The analyses results were previously submitted to Mr. Ryan Lance on 26 April 1990. This report is presented in chronological order as the zones were tested. Ail appropriate' plots are shown ahead of the tabular listings for each zones test. A brief summary of the analyses results of test four immediately follows this letter. The appendix contains an equipment diagram showing the major components in the package and a list of all the personnel utilized on the job. SUMMARY Test One: zone C - No appreciable 'flow or show of hydrocarbons. Test Two: zones C,D, 'and E - Sustained'water production. Test Plugback One: Documents acid treatment. Test Three: zone B2 - No appreciable flow, positive show of hydrocarbon and reservoir pressure. Test Plugback Two: No documentation, well test crew was not called to location. Test Four: zone A - Appreciable pressure and flow of hydrocarbons. Flow Wellhead Period Duration Pressure (hours) (psia) Cleanup 2.5 877 Flow 1 2.5 581 5.1 1107 Buildup 1 4.0 1440 Flow 2 16.0 282 Buildup 2 13.8 1486 Cf = Volume correction factor Sep Sep Manfld Gas Oil Water Sep Choke Rate Rate Rate GOR (Mscfd) (bpd) (bpd) (scf/bbl) 20/64 Not in separator 32/64 1041 1787. 0 583 16/64 312 467** 0 668 64/64 1275 2525# 0 505 Cf = Volume (tank)/Volume(meter)=Meter factor * Weathering factor · Cf = 160.7/157.5 = 1.0203 · *Cf = 94.8/105..93 = 0.8949 #Cf = 1575.8/1570.92 = 1.0031 Test Five: casing sands - This test was intended to flow the casing sands but was unsuccessful. A plug was set in the tubing and some dummy gas lift mandrels were removed to allow the annulus to communicate with the tubing. Flow was commenced and looked good, however a subsequent spinner survey to verify the source of the flow indicated that the tubing plug was leaking and the flow was coming from zone A. To summarize, the data reported as test five, casing sands, is actually zone A. The label "Test Five: casing sands" is retained at your request. The following table shows a summary of the data collected. This data may be considered as unrepresentative because of the unknown choking effect of the leaking down hole plug. Flow Wellhead Period Duration Pressure (hours) (psia) Flow 1 20.5 607 'Buildup I 0.6 1170 *Cf = 1094.84/1130.1 = 0.9688 Sep Sep Manfld Gas Oil Water Sep Choke Rate Rate Rate GOR (Mscfd) (bpd) (bpd)(scf/bbl) 32/64 583 1355. 0 430 The oil rates are based upon separator turbine meter data and reported as separator barrels at separator conditions. The separator condition may be obtained from the field data transmittal sheets that were submitted in the field at the conclusion of the test. The oil volume correction factor, Cf may be used to convert the oil rates to stock tank units at separator temperature. The gas rates are reported in thousands of standard cubic feet per day (MSCFD). The gas rates are separator gas rates and do not include the tank off gas that results from natural shrinkage. The standard conditions used are: 14.73 psia and §0 degrees Fahrenheit. The gas rates are calculated according to the Gas Measurement Committee Beport No. $ - 1969. The reported salinities were determined by titration method using .01% Silver Nitrate. Reported H2S detections were measured using lead acetate draeger tubes. We appreciate the opportunity to assist you on this project. Please do not hesitate to contact us at (907)261-7750 if you have any questions concerning this or any other project. ames C.. L'~~~~r O/~:~atlons Superviso JCL/jcl C: \WP5 i\ANCH90\J0013CL. DOC COMPANY NAME: WELL NAME: FIELD: AREA: INTERVAL: DATE OF TEST: TEST: ARCO ALASKA INCORPORATED NO. 8 WELL POINT McINTYRE PRUDHOE BAY, ALASKA ZONE A: 10144-10168 FT MD APRIL 09-10, 1990 BUILDUP NO. 1 - PRIOR TO PVT SAMPLING SUMMARY OF ANALYSIS RESULTS 1. Effective Permeability, 2. Flow Capacity, 3. Skin Effect, 4. Pressure Drop Across Skin, 5. Completion Efficiency, 6. Extrapolated Pressure, @ gauge datum 7. Radius of Investigation, @ dt = 15.2 hrs. kb, S, dPs, CE, Pext, ri, 73.54 md 1764.96 md-ft 4.72 191.00 psi 62.24 % 4318.14 psia 796.90 feet BASIC'INPUT PARAMETERS' 1. Last Flowing Pressure, @ gauge datum 2. Average Pressure, · gauge datum 3. Wellbore Radius, 4. Total Compressibility, ~ average pressure 5. Average Viscosity, 6. Formation Volume Factor, 7. Porosity, 8. Water Saturation, 9. Last Sandface Flow Rate, 10. Formation Net Thickness, Pwf, Pavg, rw, Ct, UO, Bo, Phi, ~o, h, 3812.59 psia 4065.38 psia 0.4023 ft 11.21 v/mmv/psi 0.82 centipoise 1.32 RB/STB 22.00 % 20.00 % 616.95 RBOPD 24.00 ft COMPANY NAME: WELL NAME: FIELD: AREA: INTERVAL: DATE OF TEST: TEST: ARCO ALASKA INCORPORATED NO. 8 WELL POINT McINTYRE PRUDHOE BAY, ALASKA ZONE A: 10144-10168 FT MD APRIL 10-11, 1990 BUILDUP NO. 2 - FOLLOWING HIGH RATE DRAWDOWN SUMMARY OF ANALYSIS RESULTS 1. Effective Permeability, 2. Flow Capacity, 3. Skin Effect, 4. Pressure Drop Across Skin, 5. Completion Efficiency, 6. Extrapolated Pressure, @ gauge datum 7. Radius of Investigation, @ dt = 9.65 hrs. ko, 80.95 md kh, 1942.82 md-ft S, 3.83 dPs, 782.00 psi CE, 62.80 % Pext, 4336.98 psia ri, 284.70 feet BASIC IN~UT PARAMETERS' 1. Last Flowing Pressure, @ gauge datum 2. Average Pressure, @ gauge datum 3. Wellbore Radius, . . 4. Total Compressibility, @ average pressure 5. Average Viscosity, 6. Formation Volume Factor, 7. Porosity, 8. Water Saturation, 9. Last Sandface Flow Rate, 10. Formation Net Thickness, Pwf, Pavg, rw, .' Ct, UO, Bo, Phi, Sw, ~o, h, 2235.02 psia 3286.00 psia 0.4023 ft 55.31 v/mmv/psi 0.88 centipoise 1.28 RB/STB 22.00 % 20.00 % 3242.80 RBOPD 24.00 ft TABLE OF CONTENTS SECTION 1: TEST 1 ZONE C Plots Surface Well Test Data SECTION 2: TEST 2 ZONE C, D, & E Plots Surface Well Test Data SECTION 3: TEST PLUGBACK 1 Plots Surface Well Test Data SECTION 4: TEST 3 ZONE B2 Plots Surface Well Test Data SECTION 5: TEST PLUGBACK 2 Surface Well Test Data (No data collected) SECTION 6: TEST 4 ZONE A Plots Surface Well Test Data SECTION 7: TEST § ZONE CASING SANDS Plots Surface Well Test Data SECTION 8: APPENDIX Schematic of 'equipment List of Personnel Analysis (Test 4 Zone A) 1.1 1.2 2.1 2.2 3.1 3.2' 4.1 4.2 5.1 6.1 6.2 7.1 7.2 8.1 8.2 8.3 HALLIBURTON RESERVOIR SERVICES 35O We ~ ~ He c~d P~ ess%~ e Vs. T~,m e Point Mclntyre No. 8 zone C , _. ,v' lA, 300- Bm) 2OO 150 0 0 0.00 br~ -- 27-~--00 0~:00:00 5 10 15 80 Test Time (hours) HALLIBURTON RESERVOIR . SERVICES COMPANY : ARCO ALASKA COMPANY REP : PETERSON/MARCOH SEPARATOR : 42' X 15' 80 NNSTPD 12000 BPD WELL NAME: POINT McINTYRE 18 TEST NO. : ONE - ZONE C METER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10640-10660 FT ND LIQUID METERS : 2u-OIL, 1.5'-OIL, I"oWATER NNFLD GAS OIL WATER GOR CUM CUM CUM DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-MNM-YY HH:NM:SS (hfs) (Psig) (Psig)(daf F)(64ths)(tscf/d)(STB/D)(BDL/D) ETD) (ascf) (STB) (BBL) COMMENT 2?-Hat-90 13:58:00 8.967 157.50 543.6 0 Data acquisition systea up and running. 2?-#ar-90 13:58:30 8.975 .159,00 0 27-Mar-90 13:59:00 8,982 160,40 545.4 0 2?-Nar-90 13:59:30 8,992 161,93 0 2?-#ar-90 14:00:00 9,000 163,48 547.1 0 27-Mar-90 14:00:30 9.008 165.23 0 27-Mar-90 14:01:00 9,017 166,55 549,0 0 2?-Mar-90 14:01:30 9.025 168.18 0 2?-Nar-90 14:02:00 9,033 166.45 550,9 0 27-Mar-90 14:02:30 9,042 I00.55 0 2?-Mar-90 14:03:00 9,050 49,70 552,1 0 27-Mar-90 14:03:30 9,058 17.25 0 2?-Mar-90 14:04:00 9,067 6,78 50 0 2?-Mar-90 14:04:30 9.075 7.73 50 0 2?-Mar-90 14:05:00 9.083 2,13 50 0 2?-Mar-90 14:05:30 9,092 3.45 50 0 2?-Mar-90 14:06:00 9,100 5.48 51 0 27-Mar-90 14:06:20 9,108 6,43 51 0 2?-Mar-90 14:07:00 9,117 6,80 51 0 2?-Mar-90 14:07:30 9,125 7,23 51 0 2?-Mar-90 14:08:30 9.142 8,58 51 0 2?-Mar-90 14:09:00 9,150 9.45 51 0 2?-Mar-90 14:09:30 9,158 10.40 51 0 2?-#ar-90 14:10:00 9,167 11,25 2669,8 51 0 2?-#ar-90 14:10:30 9,175 12.42 51 0 2?-Mar-90 14:11:00 9.183 13.10 2671.5 51 0 2?-Mar-90 14:11:30 9.192 14.65 51 0 2?-Nar-90 14:12:00 9.200 15.70 2672.5 51 0 2V-#ar-90 14:12:30 9,208 1V,15 51 0 2?-Mar-90 14:13:00 9,217 18,60 2677,1 '51 0 2?-Mar-90 14:13:30 9,225 20,02 52 0 HRS ready to perforate, Perforate zone "c" Page 1,2,1 HALLIBURTON RESERVOIR SERVICES Pefe 1.2,2 COllPAllY : ARCO ALASKA WELL llAllg: POIllT llcIllTYRE J8 AREA : PRUDHOE BAY, ALASKA CONPANY REP : PETERSOM/llARCOU TEST ilO. : OllE - ZOllE IRTERVAL TESTED: 10640-10660 SEPARATOR : 42' X 15' 80 llllSTFD 12000 BPD llETER ROll : 5.761' W/BARTOll 202A RECORDER LIQUID HETERS : 2t-OIL, 1.5*'OIL, I*'WATER llllFLD GAS OIL WATER GOR COil COil CUll DATE TIllE dTIllE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-llllll-YY 8H:llH:SS (hfs)(Pail) (Pail)(del F)(64~hs)(escf/dI(STB/D)(BBL/D) STB) (mscf) (STS) (BBL) COHHKNT 2~-Har-90 14:14:00 9.233 21,72 Z672.8 5Z 0 2?-liar*90 14:14:30 9.242 23.40 52 0 2?-liar-90 14:15:00 9.250 25.65 52 0 2?-Har-90 14:15:30 9.258 27.62 52 0 2?-Hat-90 14:16:00 9.26? 29.92 52 0 2?-liar-90 14:16:30 0.275 32.30 52 0 2?-liar-00 14:17:00 9.283 34.78 52 0 2?-liar-90 14:17:30 9.292 3?.30 52 0 2?-Har-90 14:18:00 9.300 40.2? 52 0 27-#ar-90 14:18:30 9.308 43.55 53 0 2?-liar-90 14:19:00 9.317 46.90 53 0 2?-liar-90 14:19:30 9.325 50.55 53 0 2?-liar-90 14:20:00 9.333 54.23 53 0 2?-Har-90 14:20:30 9.342 5?.?2 53 0 2?-liar-90 14:21:00 9.350 61.50 53 0 2?-liar-90 14:21:30 9.358 65.05 53 0 2?-liar-90 14:22:00 9.36? 69.10 53 0 2?-liar-90 14:22:30 9.375 ?3.33 53 0 2?-liar-90 14:23:00 9.383 ??.32 54 0 2?-liar-90 14:23:30 9.392 81.33 54' 0 27-liar-90 14:24:00 9.400 85.55 54 0 2?-Har-90 14:24:30 9.408 90.02 54 0 2?-liar-90 14:25:00 9.417 94.35 54 0 2?-liar-90 14:25:30 9.425 9?.55 54 0 2?-liar-90 14:26:00 9.433 98.60 54 0 2?-ll&r-90 14:26:30 9.442 97.88 54 0 2?-llar-90 14:27:00 9.450 96.?? 54 0 2?-ll&r-90 14:27:30 9.458 91.45 54 0 2?-il&r-90 14:28:00 9.46? 83.80 55 0 2?-#ar-90 14:28:20 9.4?5 83.55 55 0 2?-liar-90 14:29:00 9.483 87.90 55 0 HALLIBURTON RESERVOIR · SERVICES CONPANY : ARCO ALASKA CONPANY REP : PETERSON/NARCOU SEPARATOR : 42* X 15' 80 NNSTPD 12000 BPD YELL NANE: POINT NcINTYRE 18 TEST NO. : ONE - ZONE C #ETER RUN : 5.761' M/BARTON Z02A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10640-10660 FT ND LIQUID NETERS : Z*-O[L, 1,5*-OIL, I*-MATER NNFLD GAS OIL MATER GOR CUH CUN CUH DATE TINE dTIEE WHP CSG YHT CHOKE RATE RATE RATE (mscf! GAS OIL MATER DD-HHH-YY sa:NH:SS (hrs) (Psig) (Psig)(dee F)(64the)(ascf/dl(STe/D)(BBL/D) STD) (ascf) (STB) (eeL) CONNENT 2?-Har-90 14:29:30 9,492 8?,9? 55 0 2?-#ar-90 14:30:00 9,500 84,33 150.0 55 0 2?-Har-90 14:32:00 9,533 82,15 55 0 2?-#ar-90 14:34:00 9,56? 61.40 56 0 2?-Her-90 14:36:00 9,600 45,98 56 0 2?-Har-90 14:38:00 9.633 31.17 5? 0 2?-Nar-90 14:40:00 9,66? 22,95 57 0 2?-Nar-90 14:42:00 9,?00 14,15 58 0 2?-Hat-90 14:44:00 9,?33 10,25 59 0 2?-Nar-90 14:46:00 9,767 5,20 60 0 2?-Nar-90 14:48:00 9,800 2.?3 60 0 2?-Nar-90 14:50:00 9.833 2,33 61 0 2T-Nar-90 14:52:00 9,867 0.00 61 0 2Y-#ar-90 14:54:00 9,900 0,00 62 0 2?-Nar-90 14:56:00 9,933 0.00 62 0 2?-Nar-90 14:58:00 9.967 O,O0 62 0 2?-Har-90 15:00:00 10,000 0,15 350,0 63 0 2?-#ar-90 15:02:00 10,033 5,48 63 0 2T-Nar-90 15:04:00 10,067 33.1? 63 0 2Y-Nar-90 15:06:00 10,100 62,45 63 0 2?-#ar-90 15:08:00 10,133 89.50 475,0 64 0 2?-Hat-90 15:09:00 10,150 0,00 475,0 61 96 2?-Nar*90 15:10:00 10,167 60 96 2?-Har-90 15:11:00 10,183 61 96 2?-Har-90 15:12:00 10,200 61 96 2?-#ar-90 15:13:00 10,217 61 96 2?-Har-90 15:14:00 10,233 62 96 2?-Har-90 15;15;00 10,250 63 96 2?-Har-90 15:30:00 10,500 650,0 66 96 2?-Nar-90 16:00:00 11,000 500.0 ?0 96 2?*Har-90 16:05:00 11,083 ?0 96 Open veil to tanks at nanifold - no flor, Call out coiled tubing unit, Page 1,2,3 HALLIBURTON RESERVOIR SERVICES Page 1,2,4 COMPANY : ARCO ALASKA WELL NAME: POINT McINTYRE S8 AREA : PRUDHOE BAY, ALASKA COMPANY REP : PETERSON/MARCOU TEST NO. : ONE - ZONE C INTERVAL TESTED: 10640-10660 FY ND SEPARATOR : 42" X 15' 80 NMSTFD 12000 BPD METER RUN : 5,?61" W/BARTON 202A RECORDER LIQUID NKTERS : 2"-OIL, 1,5"-OIL, I"-WATER DATE TIME dTIME WHP DD-MNM-YY HH:MN:SS (hfs) (Psig) 2?-#ar*90 16:10:00 11116? 2?-Nar-90 16:15:00 11.250 2?-Mar-90 16:20:00 11.333 2?-Mar-90 16:25:00 11.417 2?-Mar-90 16:30:00 11.500 2?-Mar-90 I?:00:00 12.000 2?-Mar-90 17:30:00 12.500 2?-Nar-90 17:45:00 12.750 2?-Mar-90 18:00:00 13.000 2?-Mar-90 18:30:00 13.500 2?-Mar-90 18:45:00 13.750 2?-Nar-90 19:00:00 14.000 2?-Mar-90 19:15:00 14.250 2?-Mar-90 19:30:00 14.500 2?-Nar-90 19:45:00 14.750 2?-Mar-90 20:00:00 15.000 2?-Mar-90 20:10:00 15.167 2?-Mar-90 20:30:00 15.500 2?-Mar-90 21:00:00 16.000 2?-#ar-90 21:30:00 16.500 2?-Mar-90 21:50:00 16.833 2?-Mar-90 21:52:00 16.867 27-Mar-90 22:00:00 17.000 2?-Mar-90 22:30:00 I?.500 2?-Nar-90 23:00:00 18.000 2?-Mar-90 23:30:00 18.500 2?-Mar-90 23:46:00 18.767 Z8-Mar-90 00;00;00 19,000 28-Mar-90 00:05:45 19.096 28-Mar-90 00:22:00 19.367 16.27 0.22 38.38 139.28 0.00 308.50 281.?0 198.58 0.00 155.65 0.00 28.33 0.00 0.00 0.00 NNFLD CSG WHT CHOKE (Psig) (dee F)(64ths) ll00.O 1175.0 1150.0 2736.9 1150.0 900.0 800.0 800.0 675.0 600.0 675.0 675.0 71 96 71 96 72 96 73 96 73 96 ?4 96 72 96 72 96 ?1 96 69 96 67 96 64 96 62 96 · 62 96 61 96 59 96 58 32 ?0 32 55 32 50 32 66 32 65 32 61 32 55 32 54 32 61 32 61 32 61 32 62 32 59 0 675,0 6?5,0 GAS OIL WATER GOR CUt CUt CUt RATE RATE RATE (mBcf/ GAS OIL WATER (mscf/d)(STS/n) (SSt/D) ETa) {mscf) (ETS) (Bet) CONSENT Coiled tubing on location rigging up. No flow. Start in hole with coiled tubing, 29.92 88.20 Coiled tubing at 2000 ft. ND. Coiled tubing at 3000 ft. ND, displace 1.5 tubing volumes. 88.20 Stop injecting N2 from 7000 ft. ND. Start out of hole with coiled tubing. 0.00 0.00 Coiled tubing out of the hole. Fluid level at 5500 ft. MD. Shut well in at manifold 88,20 9iscontinue data acquisition, HALLIBURTON RESERVOIR SERVICES xooo Iff ~ c~d P~ ess~~ ~ Vs. T~,~ e Point Xfcltyre Bio.8 zone C,D,& E 900 800 700 000 500 4OO 300 200 loo 0 0 0.00 hrm - ;8-]/.~-90 10:00:00 10 20 3o 4o Test Time (hours) 6O HALLIBURTON Page 2, ~., 1 RESERVOIR . SERVICES .-.-.-.-__-.-.-.-.-.-__-g__-.-g.-.-~.-.-.-__-.--.-..-.-:.-.-g-__.-.-.--__.-__-g.--.__-g__-__-__-__-__-.-~-__.--__.-.-.--__ .-.-__--.-.-.-.-:-..-.-.-__--. :.-~.-.-.-__-~-.-.-.-.-.-.-.--____-.-.-.-.-~-.-.-.-.-~__-__-.-.-g__-__--____-.-__-g.-~-~-__-.-g.-__--____-.-__-.-.-.-.-~-g .-: __~ __-.-.-.-.-g.-.-__-.-~-__--__ __-~-__ g __-__-.-:__-__-::__-g.-.-_- COMPANY : ARCO ALASKA COMPANY REP : PETERSON/MARCOU SEPARATOR : 4~.' X 15' 80 M#STFD lEO00 BPD WELL fAZE: POINT McINTYRE 18 TEST NO. : TWO - ZONE COD,& g METER ROM : 5.761u W/BARTON 20ZA RECORDER AREA : PRODHOE BAY, ALASKA INTERVAL TESTED: 10640-10792 FT MD LIQUID METERS: 2*-OIL, 1.5*-OIL, It-WATER MNFLD GAS OIL WATER GOR CUM CUM CUM DATE TiME dTIMg WHP CSG WIlT CHOKE RATE RATE RATE (mscf/ GAS OiL WATER DD-MMM-YY HH:MM:SS (hfs) (Psig) (Psig)(dee F) (64the) (mscf/d)(STB/D) (BBL/D) STB) (mscf) (STB) (BBL) COMMENT 28-Mar-90 10:00:00 0.0000 0.00 0.00 58.00 0 Running in hole with 2nd set of guns. 28-Mar-90 11:00:00 1.0000 0.00 ?6.00 58.00 96 28-Mar-90 11:15:00 1.2500 0.00 0.00 58.00 0 28-Mar-90 11:30:00 1.5000 0.00 200.0 5? 0 28-Mar-90 11:45:00 1.7500 1.52 291.8 60 0 28-Mar-90 12:00:00 2.0000 ?.25 300.0 63 0 28-Mar-90 12:15:00 2.2500 9.98 389.8 66 0 28-Mar-90 12:22:00 2.366? ?.?0 400.0 66 0 28-Mar-90 12:30:00 2.5000 0.00 525.0 65 96 28-Mar-90 13:00:00 3.0000 0.00 675.0 64 96 28-#,-90 13:30:00 3.5000 0.00 675.0 58 96 28-Mar-90 14:00:00 4.0000 0.00 725.0 53 96 28-Mar-90 14:30:00 4.5000 0.00 890.0 59 96 28-Mar-90 15:00:00 5.0000 0.00 1100.0 69 96 28-#,-90 15:10:00 5.1667 0.00 96 28-Mar-90 15:15:00 5.2500 0.00 1169.3 73 96 28-Mar-90 15:30:00 5.5000 0.00 1050.0 73 96 28~Har-90 15:45:00 5.?500 0.00 1189.8 74 96 28-#ar-90 16:00:00 6.0000 0.00 1100.0 73 96 28-Nar-90 16:15:00 6.2500 0.00 1100.0 63 96 28-Mar-90 16:30:00 6.5000 4.63 1100.0 74 96 28-Mar-90 16:45:00 6.7500 22.63 II00.0 74 96 28-#ar-90 l?:0O:00 ?.0000 16.60 1050.0 8? 96 28-Mar-90 17:15:00 7.2500 40.33 1096.8 91 96 28-Mar-90 17:25:00 ?.4167 301.75 1079.5 87 96 28-Mar-90 17:30:00 7.5000 275.75 1050.0 78 96 28-#ar-90 17:35:00 7.5833 124.10 1093.8 76 96 28-Hat-90 17:40:00 ?.666? 33.90 1117.0 68 96 ~8-Mar-90 I?:45:00 7.?500 13.30 1137.5 ?I 96 28-Mar-90 17:50:00 7.8333 29.30 1149.8 ?9 96 3.15 58.25 Open well to tanks - pre-flow before perforate. Guns fired. Pull out of hole with wireline. Wireline at surface, Open well to tank, No flow, Rigging up coiled tub£ng. Tubing initially filled with diesel. Running in hole with coiled tubing. Weak gas blow. Liquid to surface - 70~ water, 3% diesel/crude. trace solids, chlorides: 100k ppw. 85~ water. 152 diesel/crude. 5X water, 952 diesel/crude. HALLIBURTON RESERVOIR · SERVICES COHPAHY : ARCO ALASKA CONPANY REP : PETERSON/HARCOU SEPARATOR : 42* X 15' 80 HNSTFD 12000 BPD WELL NANE: POINT Nc[NTYRE 18 TEST NO. : TWO - ZONE C,D,& g NE?ER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10640-10792 FT MD LIQUID NETERS: 2*-OIL, 1.5*-OIL, I*-WATER HHFLD GAS OIL WATER GOR CUN CUH CUH DATE TINE dTIHE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-#NH-YY Ha:NH:SS (hrs) (Psig) (Psig)(dee F) (64tbs)(sscf/d)(STB/n)(BBL/D) STB) (mscfJ (STB) (BBL) COHHENT 28-Nar-90 17:55:00 7.9167 45.40 1159.3 88 96 28-Nar-90 18:00:00 8.0000 44.15 1050.0 89 96. 28-Nar-90 18:05:00 8.0833 39.30 1162.0 88 96 28-Nar-90 18:10:00 8.1667 12.93 1170.0 83 96 28-Nar-90 18:15:00 8.2500 1154.5 78 96 28-Nar-90 18:20:00 8.3333 22.38 1144.5 83 96 28-Nar-90 18:25:00 8.4167 46.15 1138.8 90 96 28-Nar-90 18:30:00 8.5000 154.30 1000.0 86 96 28-Nar-90 18:35:00 8.5833 504.75 1090.0 81 96 28-Hat-90 18:40:00 8.6667 492.25 I083.5 80 96 28-#ar-90 18:45:00 8.7500 436.00 1068.5 79 96 28-Hat-90 18:50:00 8.8333 300.50 I0?9.3 80 96 28-Nar-90 18:55:00 8.9167 246.98 1082,0 81 96 28-Nar-90 19:00:00 9,0000 203.95 1006.0 80 96 28-Kar-90 19:05:00 9.6833 158.88 1098,8 80 96 28-Naro90 19:10:00 9.1667 139.40 1107.5 80 96 28-Nar-90 19:15:00 9.2500 130.15 1114.0 81 96 28-Nar-90 19:20:00 9.3333 94.10 1119.0 82 96 28-Nar-90 19:25:00 9.4167 96.55 1122.5 82 96 28-Nar-90 19:30:00 9.5000 81.28 '1000.0 82 96 28-Nar-90 19:35:00 9.5833 87.15 1123.3 81 96 28-Nar-90 19:40:00 9.666? 201.45 1124.5 81 96 28-Nar-90 19:45:00 9.7500 52.30 1127.5 79 96 28-Hat-90 19:50:00 9.8333 0.00 1134.8 ?8 96 28-Nar-90 19:55:00 9.9167 0.00 1139.5 ?8 96 28-Har-90 20:00:00 10.0000 0.00 I075.0 ?7 96 28-Nar-90 20:05:00 10.0833 0.00 1129.6 75 96 28-#ar-90 20:10:00 10.1667'0.00 1123.8 ?5 96 28-#ar-90 20:15:00 10.2500 54.40 1116.0 ?9 96 28-Nar-90 20:20:00 10.3333 92.68 II04.0 79 96 28-Nar-90 20:25:00 10.4167 211.13 1086.3 ?6 96 64.55 Injecting N2 7000' e 400 scfm. 75,55 113.35 Liquid 100% water, no solids, 124.37 Liquid 100t water, no solids, chlorides = l?k ppa. Increase H2 injection to 800 scfu. Page 2,2.2 HALLIBURTON RESERVOIR SERVICES Pale 2.2,3 COMPANY' : ARCO ALASKA CONPANY RfP : PETERSON/MARCOU SEPARATOR : 42w X 15' 80 #ESTFD 12000 BPD WELL NAME: POINT McINTYRE 18 TEST NO. .: TWO - ZONE C,D,& E METER RUN : 6.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10640-10702 FT ND LIQUID METERS: 2'-OIL, MNFLD GAS OIL WATER GOR CUM CUE CUM DATE TINE' dTINE WHP CSG WHT CHOKE RATE RATE RATE (ascf! GAS OIL WATER DD-NNE-YY aS:NM:SS (hfs) (Psif) (Psig){dee F)(64ths)(tscf/d)(STS/D)(BBL/D) STB) (mscf) (STBJ (BBLJ CONHENT 28-Mar-90 20:30:00 10.5000 500.75 1025.0 ?1 96 155.8? Liquid 97% water, 3% oil, no solids. 28-#ar-90 20:25:00 10.5833 438.25 1084.5 66 96 28-Nar-90 20:40:-00 10.6667 166.00 1079.5 ?2 96 28-Mar-90 20:45:00 10.7500 108.43 1075.8 73 96 28-Mar-90 20:50:00 10.8333 82.63 1073.3' ?1 96 28-Mar-90 20:55:00 10.9167 77.05 1070.0 ?0 96 28-Mar-90 21:00:00 11.0000 64.65 985.0 68 96 28-Nar-90 21:05:00 II.0833 97.65 1059.0 ?I 96 28-Nar-90 21:10:00 11.1667 197.45 1047.0 70 96 28-Mar-90 21:15:00 11.2500 188.53 1044.0 ?0 96 28-Mar-90 21:20:00 11.3333 195.40 1044.5 69 96 28-Mar-90 21:25:00 11,4167 261.75 1048,0 70 96 28-Mar-90 21:30:00 11.5000 251,75 970.0 69 96 Z8-#ar-90 21:35:00 11,5833 147,40 1060,8 67 96 28-Hat-90 21:40:00 11,6667 129.18 1067,3 68 96 28-Mar-90 21:45:00 11,7500 62,55 1073,5 6? 96 28-Mar-90 21:50:00 11,8333 84.40 1079.8 68 96 28-Mar-90 21:55:00 11.9167 48.30 1086.0 6? 96 28-Nar-90 22:00:00 12,0000 29.00 1000.0 66 96 28-#ar-90 22:05:00 12,0833 20,60 I094,5 63 96 28-Mar-90 22:10:00 12,1667 0.00 1095.5 60 96 28-Nar-90 22:20:00 12,3333 0,00 1088.8 61 96 28-Nar-90 22:30:00 12.5000 0.00 1000.0 62 96 28-Mar-90 22:40:00 12.6667 12.63 1066.0 64 96 28-Nar-90 22:45:00 12.7500 14.73 1062.0 66 96 Z8-H&r-90 2Z:50;00 12.8333 19.?0 1960.5 69 96 28-Mar-90 22:55:00 12,9167 3?.53 1058.8 ?0 96 28-Nar-90 23:00:00 13.0000 71.50 1000.0 70 96 28-Mar-90 23:05:00 13.0833 188.98 1051.0 ?0 96 162.17 Chlorides: Ilk ppm, 12.54 Liquid 98% water, 2% oil, no solids. Chlorides: Ilk ppi. HALLIBURTON RESERVOIR SERVICES 2,2,4 CONPANY : ARCO ALASKA CONPANY REP : PETERSON/NARCOU SEPARATOR : 42* x 15' 80 #NSTFD 12000 BPD WELL NANE: POINT #cINTYRE J8 TEST HO. : TWO - ZONE C,D,& E NKTER RUN : 5,761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10640-10792 FT aD LIQUID NETERS: 2w-OIL, 1.5*-OIL, I*-WATER NNFLD GAS OIL WATER GOR CUH CUN CUN DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-NNH-YY Ha:NH:SS (hrs) (Psig) (Psig)(dee F)(64tbs)(mscf/d)(STS/D)(BBL/D) STB) (mscf) (ETS) (eSL) COHHENT 28-Nar-90 23:10:00 13.1667 387.00 1049.5 68 96 28-Nar-90 23:15:00 13.2500 379,00 1050.8 6? 96 28-Nar-90 23:20:00 13.3333 324.25 1054,8 67 96 28-Nar-90 23:25:00 13.4167 268.75 1060,8 68 96 28-Nar-90 23:30:00 13.5000 210.00 1000,0 67 96 28-Nar-90 23:35:00 13,5833 242.63 1072,8 67 96 28-Nar-90 23:40:00 13,6667 180.38 1078.5 6? 96 28-Nar-90 23:45:00 13.7500 ?2.75 1087.0 67 96 28-Nar-90 23:50:00 13,8333 99.35 1095,3 6? 96 28-Hat-90 23:55:00 13.9167 75,88 1103.5 67 96 29-Her-90 00:00:00 14,0000 79.20 1020,0 6? 96 29-Nar-90 00:05:00 14.0833 107,38 1117.0 68 96 29-#ar-90 00:10:00 14.1667 90.15 1120.3 6? 96 29-Nar-90 00:15:00 14.2500 0,00 1121.8 64 96 29-#ar-90 00:20:00 14.3333 0.00 1124.5 65 96 29-Nar-90 00:25:00 14,4167 0,00 1125.3 66 96 29-Nar-90 00:30:00 14.5000 0.00 1010.0 6? 96 29-Nar-90 01:45:00 15,7500 360.00 II19,3 6? 0 29-Nar-90 02:OO:0O 16.0000 365.00 825.0 6? 0 29-Nar-90 02:30:00 16.5000 380.00 8OO,O 6? 0 29-Nar-90 03:00:00 17.0000 390,00 ?50,0 6? 0 29-Nar-90 04:00:00 18,0000 400,00 ?00,0 6? 0 29-Nar-90 05:00:00 19.0000 416,00 660.0 6? 0 29-Nar-90 06:00:00 20.0000 420.00 480.0 6? 0 29-Nar-90 07:00:00 21,0000 420,00 450.0 6? 0 29-Nar-90 08:00:00 22,0000 420,00 400,0 6? 0 29-Nar-90 09:.00:00 23.0000 42o.oo 3oo.o 72 o ~9-Kar-90 10;00:00 24,0000 40?,00 300,0 80 0 29-Har-90 II:00:00 25.0000 397.25 220.0 90 0 29-Hat-90 11:15:00 25,2500 391.50 292.5 93 0 29-Hat-90 11:30:00 25.5000 38?.50 281.5 95 0 Shut well in at wing valve, Run in hole with wireline, HALLIBURTON RESERVOIR SERVICES Page 2.2.5 COHPANY : ARCO ALASKA COMPANY REP : PETERSON/MARCOU SEPARATOR : 42u X 15' 80 MHSTFD 12000 BPD WELL NA#E: POINT #cINTYRE 18 TEST NO, : TWO - ZONE C,D,& E HETER RUN : 5.761u W/BARTON 202A RECORDER AREA : PRUDHUE BAY, ALASKA INTERVAL TESTED: 10640-10792 FT ND LIQUID HETERS: 2"-oIL, 1.St'OIL, IW'WATER RNFLD GAS OIL WATER GOR CUH CUll CUN DATE TIIIE dTIEE WHP CSG WHT CHOKE RATE RATE RATE (mscf! GAS OIL WATER DD-llllll-YY SS:Kill:SS (hfs) (Psig) (Psig)(dee FI (64thE)(,scf/d)(STS/D)(BBL/D) STB) (mscf) (STB) (eSL) COSHENT 20-liar-90 11:45:00 25/?500 389,50 2?3.3 99 0 29-liar-90 12:00:00 26.0000 395.25 200.0 101 0 29-liar-90 12:15:00 26,2500 39?,00 255,3 101 0 29-liar-90 12:30:00 26.5000 400.25 246.2 101 0 29-liar-90 12:45:00 26.7500 399,20 237,3 101 0 29-liar-90 13:00:00 27.0000 400,90 150,0 101 0 29-liar-90 13:15:00 27,2500 401.78 226.9 101 0 29-liar-90 13:30:00 27,5000 401,63 218,2 102 0 29-#ar-90 13:45:00 27,7500 401,30 213,5 102 0 29-Hat-90 14:00:00 28.0000 401.10 150,0 103 0 29-liar-90 14:15:00 28.2500 401,68 199,8 103 0 29-liar-90 14:30:00 28.5000 402.03 191.8 103 0 29-liar-90 14:45:00 28,7500 402.55 183,1 103 0 29-liar-90 15:00:00 29.0000 405.10 350.0 103 0 29-liar-90 15:15:00 ~29.2500 404.25 319,3 102 0 29-liar-90 15:30:00 29.5000 404.75 269.0 101 0 29-liar-90 15:45:00 29.?500 404.?5 250,8 101 0 29-liar-90 16:00:00 30.0000 405.25 100.0 100 0 .29-liar-90 16:15:00 30.2500 405,60 220,0 99 0 29-liar-90 16:30:00 30.5000 405,98 207.1 99 0 29-liar-90 16:45:00 30,7500 406.10 195.I 99 0 29-liar-90 17:00:00 31,0000 406,63 100.0 98 0 29-liar-90 17:15:00 31,2500 40?,05 174,5 98 0 29-liar-90 I?:30:00 31,5000 40?,23 166,6 98 0 29-Har-90 17:45:00 31,7500 407,15 158,1 99 0 29-#ar-90 18:00:00 32,0000 40?,03 ?0,0 99 0 29-~ar-90 18:04:00 32.0667 407.00 ?0.0 69 0 29-Nar-90 18:12:00 32,2000 43,15 142,9 6? 20 29-Nar-90 18:13:00 32,2167 32,85 143.4 65 20 29-Hat-90 18:14:00 32.2333 19,98 144,0 64 20 29-liar-90 18:15:00 32.2500 11.60 144.7 -63 20 Wireline back at surface. Rig up coiled tubing unit to set cement plug, Open well to bleed down pressure, Change choke, HALLIBURTON RESERVOIR SERVICES Page .2,2,6 COMPANY : ARCO ALASKA COMPANY REP : PETERSON/MARCOU SEPARATOR : 42" X 15' 80 M#STFD 12000 8PD WELL HAKE: POINT #c[NTYRE J8 TEST HO. : TWO - ZONE C,D,i g METER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA iNTERVAL TESTED: 10640-10792 FT MD LiQUiD METERS: 2*-OIL. 1.5"-OIL, I"-WATER MHFLD GAS OIL WATER GOR CUM CUM CUM DATE TiME dTIME WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER nD-aNN-Y? Ha:MN:SS (hfs) (Psig) (Psig)(dee F)(64ths)(mscr/d)(STB/D)(eEL/D) ETS) . (mscfJ (ETS) (eEL) COHNENT 29-Mar-90 18:20:00 32.3333 0.98 149.9 60 30 Chlorides: 10k ppa. 29-Her-90 18:25:00 32,4167 1,75 155,5 58 96 29-Nar-90 18:30:00 32,5000 1,68 70,0 55 96 29-Mar-90 18:40:00 3S,6667 5,30 170,2 56 96 29-Nar-90 18:50:00 32,8333 3,15 I79,2 53 96 29-Nar-90 19:00:00 33,0000 2,25 125,0 53 96 29-Mar-90 19:10:00 33,1667 2,90 193,9 55 96 29-Mar-90 19:20:00 33,3333 0,48 203,0 55 96 29-Mar-90 19:30:00 33,5000 1,17 230,0 54 96 29-Nar-90 19:40:06 33,6683 0,93 216.7 54 96 29-Nar-90 19:50:00 33.8333 0.93 222,6 52 96 29-Nar-90 20:00:00 34.0000 14.20 150.0 50 96 29-Mar-90 20:10:00 34.1667 56.53 233.8 40 96 29-Nar-90 20:20:00 34.3333 53.03 240.8 38 96 29-Mar-90 20:30:00 34.5000 62.50 265.0 39 96 29-Mar-90 20:40:00 34.6667 65.63 3?4.8 38 96 29-Mar-90 20:50:00 34.8333 68.68 410.8 40 96 29-Mar-90 21:00:00 35.0000 77.70 300.0 39 96 29-Mar-90 21:10:00 35.1667 98.95 411.5 4? 96 29-Nar-90 21:20:00 35.3333 91.35 412.8 54 96 29-Nar-90 21:30:00 35.5000 96.45 405.0 58 96 29-Nar-90 21:40:00 35.666? 28.50 410.3 59 96 29-Nar-90 21:50:00 35.8333 25.05 411.0 58 96 29-Nar-90 22:00:00 36.0000 69.78 315.0 57 96 29*Nar-90 22:05:00 36.0833 119.53 415.0 58 0 29-Mar-90 22:08:00 36.1333 173.03 413.0 59 0 29-Nar-90 22:09:00 36.1500 251.00 418.8 60 0 Z9-Har-90 22:10:00 36.1667 263.75 419.0 61 0 29-Mar-90 22:11:00 36.1833 268.25 419.0 62 0 29-Mar-90 22:12:00 36,2000 2?0,25 419,0 63 0 29-Mar-90 22:13:00 36.2167 -113.76 419.0 61 0 324.00 174.77 2~5.60 179.47 379,20 187,37 1435.20 1058,40 239,32 1814.40 277.12 832,80 294.47 Start I bpn injection rate. 296.47 Stop injection. Start 2 bpm injection rate. 305.42 Stop injection. HALLIBURTON RESERVOIR Page 2.2,7 . SERVICES COMPANY : ARCO ALASKA COMPANY REP : PETERSON/NARCOU SEPARATOR : 42* X 15' 80 MNSTFD 12000 BPD WELL HAME: P,[lIT Nc[NTYRE J8 TEST NO. : TWO - ZONE C,D,& E METER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA iNTERVAL TESTED: 10640-10792 FT MD LiQUiD METERS : 2*-OIL, 1,5w-OIL, I*-WATER MMFLD GAS OIL WATER GOR CUM CUM CUM DATE TIHE dT[HE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OiL WATER DD-MMM-YY Ha:MN:SS (hfs) (Psig) (Psig) {dee F)(64tbs)(mscf/d)(STB/D)(BBL/D) STB) (nscf) (ETS) (BBL) COMMENT 29-Sar-90 22:14:00 36.2233 67.53 413,0 60 0 29-Nar-90 22:15:00 36.2500 50,50 412,8 61 0 29-Nar-90 22:29:00 36,4833 121.98 423,0 60 0 29-Nar-90 22:30:00 36.5000 166.08 250,0 59 0 29-Nar-90 22:40:00 36.666? 165,90 411,3 61 0 29-Nar-90 22:50:00 36,8333 170.88 409.3- 60 0 29-Mar-90 23:00:00 37,0000 180,75 260,0 69 0 29-#ar~90 23:15:00 3?,2500 584.25 436,8 69 0 29-Nar-90 23:30:00 3?.5000 257,50 407,5 68 0 29-Nar-90 23:45:00 37,7500 ?64,75 396.3 64 0 30-#ar-90 00:00:00 38,0000 736.25 255,0 62 O 30-Nar-90 00:15:00 38,2500 ?05.25 355,5 53 0 30-Nar-90 00:30:00 38.5000 901,25 280,0 50 O 30-Nar-90 00:32:00 38,5333 903,25 336.5 50 0 30-Nar-g0 00:45:00 38.?500 694,75 312.8 51 0 30-Nar-90 01:00:00 39.0000 660.25 292.0 49 0 30-Mar-90 01:15:00 39,2500 131,75 265.0 4? 0 30-Nar-00 01:30:00 39,5000 812.25 288.5 48 0 30-Nar-90 01:41:00 39,6833 274,5 46 0 Start'cementing. 372.14 Freeze protecting 3500 ft of tubing and tree. 394.19 Injecting 60/40 methanol. Switch to tank #4 - tethanol. Shut in well - End of zone 2 test, HALLIBURTON RESERVOIR SERVICES lO ~ He~d P~ ess~z~ e Point Mclntyre No; 8 Plugbaek No. 1 zone C, D, & E ,, I .... I .... I 'A I 0 0 0.00 b.~ - 90-1fm*-O0 BO 80 4O Test Time (hours) O0 HALLIBURTON RESERVOIR ,-SERVICES Page 3.2.! CONPANY : ARCO ALASKA WELL NANE: POINT NclNTYRR [8 AREA : PRUDHOE BAY, ALASKA CONPANY REP : PETERSON/NARCOU TEST NO. : PLUGBACK CLEAN-OUT - ZONE C, D, & g INTERVAL TESTED: 10640-10792 FT ND SEPARATOR : 42' X 15' 80 #NSTFD 12000 BPD NETER RUN : 5.761' W/BARTON 202A RECORDER LIQUID NETERS : 2"-OIL, I.S'-OIL, I"-WATER DATE TINE- dTI#E WHP DD-N##-YY HH:NN:SS (hfs) (PaiR) NNI~LD CSG WHT CHOKE (PRig) (der P)(64tbs) . GAS OIL WATER GOR CUR CU# CUR RATE RATE RATE (mscf/ GAS OiL WATER (mscr/d)(STS/n) (eEL/D)STS) (uscf) (sTe)(eeL) CON#ER? mmmmmmmommmmmmmmmmmmmmmmm~mmmmm~m~mmw 30-#ar-90 21:00:00 0.0000 0.00 0.2 49 128 30-Nar-90 22:00:00 1.0000 0.00 0.2 49 128 30-#ar-90 23:00:00 2.0000 47.60 152.8 I01 128 30-Nar-90 23:14:00 2.2333 19.88 266.3 98 128 30-Nar-90 23:30:00 2.5000 10,95 287.2 89 128 31-Nar-90 00:00:00 3.0000 28,73 411.0 ?? 128 31-Nar-90 00:30:00 3.5000 0.00 334.? 58 128 31-#ar-90 01:00:00 4.0000 25.95 489.0 92 128 31-Nar-90 01:30:00 4.5000 8.13 431.0 ?0 128 31-Nar-90 02:00:00 5,0000 46.15 562.6 103 128 31-Nar-90 02:30:00 5.5000 0.00 586.4 85 128 31-Nar-90 03:00:00 6.0000 46.23 58'1.7 103 128 31-Nar-90 03:15:00 6.2500 28.95 686.2 9? 128 31-Nar-90 03:30:00 6.5000 18.80 690.5 ?6 128 31-#ar-90 03:45:00 6,7500 18.60 648.3 ?4 128 31-Nar-90 04:00:00 ?.0000 17.27 400.5 ?4 128 31-Nar-90 04:15:00 7.2500 18.78 587.6 ?3 128 31-Nar-90 04:30:00 7.5000 18.?8 559.2 ?3 128 31-#ar-90 04:45:00 ?,7500 21,60 522,2 73 128 31-Nar-90 05:00:00 8.0000 25.38 502.9 ?2 128 31-Nar-90 05:15:00 8.2500 34,98 453.7 5? 128 31-Nar-90 05:30:00 8.5000 0.00 403.6 44 128 31-Nar-90 05:37:00 8.6167 0.00 384.2 44 0 31-Nar-90 05:38:00 8.6333 0.00 381.5 44 0 31-Nar-90 05:39:00 8.6500 0.00 378.8 44 0 31-Nar-90 05:40:00 8.6667 0.00 3?6.2 44 0 31-Nar-90 05:41:00 8.6833 0.00 3?3.6 44 0 31-Nar-90 06:42:00 8.7000 0'.00 371.0 44 0 31-Nar-90 05:43:00 8.7167 0.00 368.5 44 0 31-Nar-90 05:44:00 8.V333 0.00 365.9 44 0 31-Ear-90 05:45:00 8.?500 0.00 363.5 44 0 25.2 ?5.6 113.4 133.5 154.3 188.9 207.8 239.3 264.5 301.5 Start in the hole with coiled tubing. Begin pumping mud and acid. 337.5 371,5 371.5 447.1 522.3 Shut well in at wing valve. HALLIBURTON RESERVOIR _ SERVICES .'2" .. "-' '.' '.'' .' "'..' .'.''.-'.''-?.'.':: "2'-".''-7.-'.'.'.'-'-' .':.''--'"-'-': :'"-'-' '--'-'"-''-'-, :---'-' :-''--' :-'-'-'-'-' ::'.:-'::::.'::::7. "-'.' .':.' :::::::::::::::::::::: "--" :'--'-' "' :-' :-- '--'-'?'-'----'-'-'-' --"-'-': "" ":": """ CO#PAN? : ARCO ALASKA CO#PANT REP : PETERSON/HARCOU SEPARATOR : 42' X 15' 80 HHSTFD 1~.000 BPD MELL HAHS: POINT HcINTYRE 18 TEST HO. : PLUGBACK CLEAH-OUT - ZONE C, D, & E HETER RUN : 5.761e Y/BARTON ~.0ZA RECORDER AREA : PRUDHOS BAY. ALASKA iNTERVAL TESTED: 10640-10792 FT SD L[CIUID I(ETERS : 2*-OIL, 1.5*-OIL, I*-¥-ATER HNI~LD GAS OIL #ATER GOR CUH CUH CUH DATE TIKE dTIHE #HP CSG #HT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-HHH-YY Ha:HR:SS (hfs) (Pelf) (PsigJ (dee F)(64the)(mscf/d)(STS/n)(eSL/D) ETS) (uscf) (ETS) (eSL) CONHEHT ....... =_ _.--....--_....._..... :....--:--._.,:--_.: :--~----------------------~-----------~--:?------~--~:--:-.~--------------------.-~------~----?--------------:--------------------~--- :,.,.-,.--..-:.-.-.-.-:.--..-.--..-.---.-.-.-.-:.-.-.--'.-'.:.-_-.-:~---_---'"" :_--' :.-.-.'--.'.'' --::: :"7. 31-Hat-90 05:50:00 8.8333 0.00 406.0 45 0 31-#ar-00 05:55:00 8.9167 0.00 392.3 46 0 31-Har-90 06:00:00 9.0000 0.00 377.1 4? 0 31-#ar-90 06:t5:00 9.2500 0.00 336.1 49 0 31-Hat-90 06:30:00 9.5000 0.00 302.1 51 0 31-Har-90 06:45:00 9.7500 0.00 27?.6 54 0 31-Nar-90 07:00:00 10.0000 0.00 249.4 56 0 31-Har-90 07:15:00 10.2500 0.00 227.0 5? 0 31-Har-90 0?:30:00 10.5000 0.00 205.2 57 0 31-Hat-90 07:45:00 10.7500 0.00 184.5 58 0 31-Har-90 08:00:00 II.0000 0.00 165.7 59 0 31-Hat-90 08:15:00 11.2500 0.00 148.1 5? 0 31-Har-90 08:30:00 11.5000 0.00 184.1 54 0 31-Har-90 08:45:00 11.7500 0.00 189.6 48 0 31-#ar-90 09:00:00 12.0000 0.00 161.0 43 0 31-Har-90 09:15:00 12.2500 0.00 140.0 45 0 31*Hat-90 09:30:00 12.5000 0.00 122.1 46 0 31-Har-90 09:45:00 12.7500 0.00 105.? 45 0 31-Hat-90 10:00:00 13.0000 0.00 90.4 43 0 31-Mar-90 10:15:00 13.2500 0.00 75.5 40 0 31-Mar-90 10:30:00 13.5000 0.00 97.0 38 0 31-#ar-90 10:39:00 13.6500 0.00 128.1 36 0 Run vireline in hole to tag bottom, Pull wireline out of hole and rig down. Stand by on location - waiting on acid. Discontinue data acquisition. Page 3.2.2 3l-#ar-90 18:19:00 Z1.3167 0.00 0.0 53 0 31-#ar-90 18:20:00 21.3333 0.00 0.0 53 0 31-Hat-90 18:30:00 21.5000 0.00 0.0 52 0 31-Hat-90 18:45:00 21.7500 0.00 0.0 36 0 31-Sar-90 19:00:00 22.0000 0.00 0.0 36 128 31-Nar-90 19:15:00 22.2500 0.00 0.0 36 128 31-Mar-90 19:30:00 22.5000 0.00 0.0 35 128 31-Har-90 19:45:00 22.?500 0.00 0.0 36 128 526.S Resuae data acquisition. Rigging up coiled tubing. Running in the hole with coiled tubing. Open to tanks. HALLIBURTON RESERVOIR SERVICES Page 3,2.3 COMPAMY: ARCO ALASKA CONPAMY REP : PETERSON/NARCOU SEPARATOR : 42u X 15' 80 MMSYPD 12000 BPD WELL MANE: POINT NclMTYRE J8 TEST MO, : PLUGBACK CLEAN,OUT - ZONE C, D, t E METER RUN : 5,761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: I0640-10?92 FT MD LIQUID METERS : 2'-OIL, 1,5*-O[L, I'-MATER MMFLD GAS OIL WATER GOR CUM CUM CUM DATE TIME dY[HE WHP CSG WHT CHOKE RATE RATE RATE (tscf/ GAS OIL WATER DD-MMM-YY SS:MM:SS (hrs) (PsigJ (Peig)(dee F)(64the)(uscf/d)(STS/D)(BBL/D) ETS) (,scf) (SYB) (BBL) COMMENT 31-Nar-90 20:00:00 23,0000 0.00 0,0 38 128 31-Mar-90 20:15:00 23,2500 0.00 0.0 38 128 31-Mar-90 20:30:00 23.5000 0.00 0.0 36 128 31-Nar-90 21:00~00 24.0000 0,00 51,9 6? 128 31-Nar-90 21:30:00 24,5000 0.00 114.? 75 128 31-Nar-90 22:00:00 25,0000 29.38 166,1 80 128 31-Mar-90 22:30:00 25.5000 10.45 271,1 74 128 31-Mar-90 23:00:00 26,0000 0.23 249,1 ?3 128 31-Mar*90 23:30:00 26.5000 0.00 168,8 55 128 01-Apr-90 00:00:00 2?.0000 0.00 127.8 67 128 01-Apr-90 00:30:00 2?,5000 45,80 100.0 16 128 01-Apr-90 01:00:00 28.0000 0,00 127.? 33 128 01-Apr-90 01:15:00 28,2500 0,00 91.7 32 128 01-Apr-90 01:30:00 28,5000 0.00 63.8 33 128 01-Apr-90 01:45:00 28,7500 0.00 44,8 34 128 01-Apr-90 02:00:00 29.0000 0.00 30.5 35 128 01-Apr-90 03:02:15 30,0375 41.67 23.5 55 128 01-Apr-90 04:15:00 31,2500 41.90 31,3 54 128 01-Apr-90 04:30:00 31.5000 22.43 96,3 79 128 O1-Apr-90 04:45:00 31,7500 0.00 158,2 74 128 01-Apr-90 05:00:00 32,0000 0,00 143.? 61 128 01-Apr-90 05:15:00 32,2500 0,00 123.1 144 128 01-Apr-90 05:30:00 32.5000 0.00 108,4 140 128 01-Apr-90 05:45:00 32,7500 0.00 95.8 137 128 01-Apr-90 06:00:00 33,0000 0,00 178.? 124 128 01-Apr-90 06:15:00 33,2500 2.83 140.1 ?4 128 01-Apr-90 06:30:00 33,5000 0.22 98.9 69 128 01-Apr-90 06:45:00 33.7500 0.22 67.7 64 128 01-Apr-90 07:00:00 34.0000 0.22 60.8 83 128 01-Apr-90 07:15:00 34,2500 0.00 55,5 6? 128 01-Apr-90 07:30:00 34,5000 13.48 43.5 66 128 541,2 Start 'puaping acid. 592.1 623.6 661.4 664.5 Shut down putp truck. ?Zl.Z Pull out of hole with coiled tubing, 727.5 727,5 Run in hole with coiled tubing, ?2?,5 HALLIBURTON RESERVOIR Pa~e 3,2,4 · SERVICES CONPANY : ARCO ALASKA CONPARY REP : PETERSON/NARCOU SEPARATOR : 42' x 15' 80 IHSTFD 12000 BPD WELL NANE: POINT Nc[NTYRE 18 TEST NO. : PLUGBACK CLEAN-OUT - ZONE C, D, & E NETER RUN : 5,761u W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10640-10792 FT ND LIQUID NETERS : 2*-O[L, I,S*-O[L, I*-WATER NNFLD GAS OIL WATER GOR CUN CUN CUN DATE TINE dT[NE WHP CSG WHT CHOKE RATE RATE RATE (BSCf/ GAS OIL WATER OD-#NN-YY HH:NN:SS (hfs) (Psig) (Psig) (dee F)(64tbs) (,scf/d)(STB/D) (BBL/D) STB) (mscr) (STB) (BBL) COHHEHT O1-Apr-90 07:45:00 34.?50O 15.15 3?.4 ?1 128 01-Apr*90 08:00:00 35.0000 1.80 91.3 72 128 01-Apr-90 08:15:00 35,2500 5,80 84,? ?0 128 01-Apr-90 08:30:00 35,5000 0,?3 ?6,4 ?I 128 01-Apr-90 08:45:00 35,7500 8,90 64.5 65 128 01-Apr-90 09:00:00 36.0000 19,85 60,9 58 128 01-Apr-90 09:15:00 36.2500 42,78 80,5 66 128 01-Apr-90 09:30:00 36,5000 0.10 115.8 58 128 01-Apr-90 09:45:00 36,7500 12,75 179,8 ?8 128 01-Apr-90 10:00:00 3?,0000 22.28 297,8 69 128 01-Apr-00 10:15:00 37.2500 1.13 291.? ?6 128 01-Apr-90 10:30:00 37.5000 2,28 255.3 71 128 01-Apr-90 10:45:00 3?,?500 23.25 2??.8 80 128 01-Apr-90 11:00:00 28,0000 21.35 285,4 68 128 01-Apr-90 11:15:00 38.2500 0.22 287.2 74 128 O1-Apr-90 11:30:00 38.5000 62.85 2?2.3 ?8 128 765.3 Tested 11 ppi H2S, 802.1 Tested ? ppa H2S - add 1/4 sack of soada ash. 862.95 Tested 11 ppm H2S - add 3/4 sack of soada ash. Ph: 2,5 Diacont~nue data acquisition, HALLIBURTON RESERVOIR SERVICES 8000 Well Head Pressure vs. Time Point Mclntyre No. 8 zone B2 2000 2000 1500 10oo 500 0 0 0.00 h~ = 4-APR-90 07:00:00 10 20 30 40 00 Test Time (hours) 0o HALLIBURTON Page 4,2,1 RESERVOIR · SERVICES CONPANY : ARCO ALASKA CONPANY REP : PETERSON/#ARCOU SEPARATOR : 42' X 15' 80 HHSTFD 12000 BPD WELL NANE: POINT Nc[NTYRE f8 TEST NO. : THREE - ZONE B2 NETER RUN : 5.761* W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10403-10420 FT ND LZQUID NETERS: 2u-OIL, 1.5*-OIL, I"-WATER NNFLD GAS OIL WATER GOR CUH CUN CUH DATE TINE dTINg WHP CSG #HT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-NNH-YY 8H:HN:SS (hfs) (Psig) (Psig)(dee F)(64the)(mscf/d)(STS/n)(eSL/D) ETS) (mscf) (ETS) (eeL} CONHENT 04-Apr-90 07:00:00 0.000 0.00 0.0 64 0 Rig up perforating equipment. 04-Apr-90 07:45:00 0,750 0.00 0,0 64 0 04-Apr-90 08:45:00 1.750 0.00 0,0 64 0 04-Apr-90 09:00:00 2.000 0.00 0,0 64 0 04-Apr-90 09:10:00 2,167 0.'00 0,0 63 0 04-Apr-90 09:11:00 2,183 0,00 0,0 63 0 04-Apr-90 09:12:00 2.200 O.00 0.0 63 0 04-Apr-90 09:13:00 2.217 0.00 0.0 63 0 04-Apr-90 09:14:00 2.233 0.00 0.0 63 0 04-Apr-90 09:15:00 2.250 0.00 0.0 63 0 04-Apr-90 09:16:00 2.267 0.00 0.0 63 0 04-Apr-90 09:17:00 2.283 0.00 0.0 62 0 04-Apr-90 09:18:00 2,300 0.00 0,0 62 0 04-Apr-90 09:19:00 2.317 0,28 0,0 62 0 04-Apr-90 09:20:00 2,333 0,60 0,0 62 0 04-Apr-90 09:21:00 2,350 0,95 0.0 62 0 04-Apr-90 09:22:00 2,36? 1.20 0.0 62 0 04-Apr-90 09:23:00 2,383 1.50 0,0 61 0 04-Apr-90 09:24:00 2.400 1.70 0.0 61 . 0 04-Apr-90 09:25:00 2.417 0.00 0.0 61 0 04-Apr-90 09:26:00 2.433 2.50 0.0 61 0 04-Apr-90 09:27:00 2.450 2.85 0.0 61 0 04-Apr-90 09:28:00 2.467 3.33 0.0 60 0 04-Apr-90 09:29:00 2.483 3.45 0.0 60 0 04-Apr-90 09:30:00 2.500 3.18 0.0 60 0 04-Apr-90 09:32:00 2.533 3.35 0.0 60 0 04-Apr-90 09:34:00 2.567 2.83 0.0 60 0 04-Apr-90 09:36:00 2.600 0.00 0.0 59 0 04-Apr-90 09:38:00 2.633 0.00 0.0 59 0 04-Apr-90 09:40:00 ~.667 0.00 0.0 59 0 04-Apr-90 09:45:00 2.750 0.00 0.0 58 0 Run in the hole with guns. Guns fired. Wire line pulled out of the hole, HALLIBURTON RESERVOIR SERVICES CONPANY : ARCO ALASKA COHPAMY REP : PETERSON/NARCOU SEPARATOR : 42' ! 15' 80 H#STFD 12000 BPD WELL NANE: POINT NcINTYRE J8 TEST NO. : THREE - ZONE 92 NE?ER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10403-10420 FT ND LIQUID NETERS: 2t-OIL, 1.5*-OIL, In-WATER NNFLD GAS OIL WATER GOR CUll CHH CUN DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ GAS OIL WATER DD-HNN-YY HH:H#:SS (hfs) (Psig) (PsiS)(deg F)(64the)(mscf/d)(STS/D)(esL/nj ETS) (mscf) (STB) (eEL) COHHHNT 04-Apr-90 09:50:00 2;833 0.00 0.0 57 0 04-Apr-90 09:55:00 2.917 0.00 0.0 56 0 04-Apr-90 10:00:00 3.000 0.00 0.0 56 0 04-Apr-90 10:30:00 3.500 0.00 0.0 53 0 04-Apr-90 11:00:00 4.000 0.00 0.0 51 128 04-Apr-90 11:30:00 4.500 0.75 0.0 58 128 04-Apr-90 12:00:00 5.000 2.22 0.0 63 128 04-Apr-90 12:30:00 5.500 0.00 23.4 60 128 04-Apr-90 13:00:00 6.000 5.00 0.0 64 128 04-Apr-90 13:30:00 6.500 0.00 0.8 65 128 04-Apr-90 13:40:00 6.667 7.93 I.I 70 128 04-Apr-90 13:50:00 6.833 22.13 5.5 ?3 128 04-Apr-90 14:00:00 ?.000 1.38 11.8 ?I 128 04-Apr-90 14:10:00 ?.167 8.08 74.5 69 128 04-Apr-90 14:20:00 ?.333 O.00 69.8 66 128 04-Apr-90 14:30:00 7.500 0.00 56.9 64 128 04-Apr-90 15:00:00 8.000 0.00 20.0 57 128 04-Apr-90 15:10:00 8,167 0,00 12,3 54 128 04-Apr-90 15:20:00 8.333 0.00 10.4 53 128 04-Apr-90 15:30:00 8.500 0.00 9.1 52 128 04-Apr-90 15:40:00 8,667 5.93 51.9 50 128 04-Apr-90 15:50:00 8.833 349.53 55.8 53 32 04-Apr-90 16:00:00 9,000 43,48 38,9 49 128 04-Apr-90 16:10:00 9.167 0.00 22.0 56 128 04-Apr-90 16:20:00 9.333 0,00 11.0 61 128 04-Apr-90 16:30:00 9.500 0.00 ?.I 66 128 04-Apr-90 16:40:00 9.66? 0.00 2.2 ?3 128 04-Apr-g0 16:50:00 9.833 0.00 0.2 74 128 04-Apr-90 I?:00:00 10.000 0.00 0.0 ?4 128 04-Apr-90 17:30:00 10.500 23.23 0.0 47 04-Apr-90 17:45:00 10.750 24.70 0.0 47 128 Well on a vacuum. Full open choke to tanks. Rig up coiled tubing. 0.00 Start in hole with coiled tubing. Injecting N2 at 350. ecrm. 18.90 Injecting N2 at 500 ecrm. 25.20 Take fluid sample: diesel. 31.50 Injecting N2 at 900 ecrm. 37.80 Take fluid sample: I gallon of water '63.00 Injecting N2 at 600 scfm, move to ?000 ft, ND. Injecting N2 at ?00 scfm. 66.15 HALLIBURTON RESERVOIR Page 4.2.3 · SERVICES COHPAHY : ARCO ALASKA CONPANY REP : PETERSON/HARCOU SEPARATOR : 42* X 15' 80 NHSTFD II000 BPD WELL NAHE: POINT NcINTYRE t8 TEST NO. : THREE - ZONE B2 NETER RUN : 5.761' M/BARTON ZOZA RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10403-10420 FT KD LIQUID NETERS : Z'-O[L, 1.5*-OIL, Ia-MATER HNFLD GAS OIL WATER GOR CUH CUN CON DATE TINg dTIHE MHP CSG MHT CHOKE RATE RATE RATE {mscf/ GAS OIL MATER DD-NNN-YY SS:NE:SS (hfs) (Psig) (Psig)(dee F)(64thE)(tscf/d)(STS/D) (BBL/D) STB) (tscf) (STB) (8BL) CON#ENT 04-Apr-90 18:00:00 I1.000 I?.?0 0.0 46 128 75.60 Injecting N2 at 900 Ecru. 04-Apr-90 18:15:00 11.250 46.?0 0.0 45 128 04-Apr-90 i8:30:00 11.500 42.40 11.6 45 128 04-Apr-90 18:44:00 11.733 .54.15 5.6 45 128 04-Apr-90 19:00:00 12.000 25.75 0.0 43 128 04-Apr-90 19:14:00 12.233 74.15 0.0 45 128 04-Apr-90 19:30:00 12.500 ?.83 0.0 45 128 04-Apr-90 Z0:00:00 13.000 0.22 0.0 45 128 04-Apr-90 20:30:00. 13.500 0.22 0.0 45 128 04-Apr-90 21:00:00 14.000 11.28 0.0 42 128 04*Apr-90 21:14:00 14.233 11.00 0.0 42 128 04-Apr-90 21:30:00 14.500 13.10 0.0 40 128 04-Apr-90 21:44:00 14.733 19.30 0.0 40 128 04-Apr-90 22:00:00 15.000 20.78 0.0 40 128 04-Apr-90 22:15:00 15.250 20.45 0.0 41 128 04-Apr-90 22:30:00 15.500 18.63 0.0 41 128 04-Apr-90 22:45:00 15.750 19.85 0.0 41 128 04-Apr-90 23:00:00 16.000 21.68 0.0 41 128 04-Apr-90 23:15:00 16.250 27.63 0.0 43 128 04-Apr-90 23:45:00 16.750 137.40 0.0 44 128 04-Apr-90 23:50:00 16.833 4.30 0.0 38 128 05-Apr-90 00:00:00 I?.000 0.22 0.0 23 0 05-Apr-90 00:31:00 17.517 0.0 0 05-Apr-90 00:45:00 l?.?S0 138.73 0.0 39 0 05-Apr-90 01:00:00 18.000 146.98 0.0 54 0 05-Apr-90 01:15:00 18.250 154.02 0.0 64 0 0S-Apr-90 01:30:00 18.500 160.15 0.0 71 0 0S-Apr-90 01:45:00 18.750 165.13 0.0 ?4 0 0S-Apr-90 02:00:00 19.000 169,08 0,0 ?? 0 05-Apr-90 02:15:00 19.250 173,50 0.0 83 0 05-Apr-90 02:30:00 19.500 177.40 0.0 86 0 81.83 89,70 89.70 Injecting N2 at 350 Ecrm. 91.28 92.85 Start out of bole witb coiled tubing. 103,88 Coiled tubing out of the hole. Close wing valve, fill lines with methanol. Open veil to choke manifold to toni'tot pressure. Well shut-in, letting liquid level rise, HALLIBURTON RESERVOIR · SERVICES P&fe 4,2,4 CO#PANT : ARCO ALASKA WELL flANK: POIllT NcINTYRE J8 AREA : PRUDHOE BAY, ALASKA COllPAllY REP : PETERSOll/llARCOU TEST liS, : THREE - ZOllg B2 IllTERVAL TESTED: 10403-10420 FT lid SEPARATOR : 42' X IS' 80 llHSTFD 12000 HPD HETER RUll : S.76'1' W/BAR?OIl 202A RECORDER LIQUID HKTERS: 2'-OIL, 1,5'-OIL, I'-WATER DATE Tills dTINE DD-llNll-YY HH:llH:SS (hFs) HllFLD WHP CSG WHT CHOKE (Psif) (Pail)(dee F)(64thsJ GAS OIL WATER GOR CUll CUll CUH RATE RATE RATE (uscf/ GAS OIL WATER (mscr/d)(STB/D) (BBL/D) STB) (mUCf) (STB) (BBL) COllNSllT 0S-Apr*90 02:45:00 19,?S0 0S-Apr-00 03:00:00 20,000 05-Apr*90 03:15:00 20.250 05-Apr-90 03:3-0:00 20.500 05-Apr-90 03:45:00 20,750 0S-Apr-90 04:00:00 21,000 0S-Apr-90 04:15:00 21,250 05-Apr-90 04:30:00 21.500 0S-Apr-90 04:45:00 21,750 0S-Apr-90 0S:00:00 22,000 05-Apr-90 05:15:00 22,250 0S-Apr-90 05:30:00 22.500 0S-Apr-90 05:45:00 0S-Apr-90 06:00:00 23.000 0S-Apr-90 06:15:00 05-Apr-90 06:30:00 23,500 05-Apr-90 06:45:00 23.?50 0S-Apr-90 0?:00:00 24,000 0S-Apr-90 07:15:00 24,250 0S-Apr*90 0?:30:00 24,500 05~Apr-90 0?:45:33 24,759 0S-Apr-90 08:00:.3? 25.010 05-Apr*90 09:00:00 26,000 05-Apr-90 09:15:00 26,250 05-Apr-90 09:30:00 26,500 05-Apr-90 09:45:00 26,?50 05-Apr-90 10:00:00 27,000 05-Apr-90 lO:lS:O0 27,250 05-Apr*90 10:30:00 2?,500 05-Apr-90 10:45:00 0S-Apr-90 II:00:00 28,000 181,75 0,0 88 0 186,65 0,0 89 0 191,73 0.0 90 0 195,48 0.0 94 0 200,08 0.0 98 0 205,15 0,0 100 0 208,00 0,0 107 0 209,68 0.0 114 0 215,80 0,0 118 0 220,35 0,0 119 0 225,30 0,0 121 0 230,35 0.0 121 0 236.38 0,0 120 0 241,15 0,0 120 0 246,10 0,0 119 0 250,35 0.0 119 0 255,63 0,0 118 0 259,95 0,0 120 0 264,35 0,0 121 0 268,83 0.0 122 0 273,?0 0,0 122 0 278,00 0,0 121 0 299.?8 0,0 119 0 305.35 0,0 118 0 312,05 0,0 116 0 317,58 0,0 116 0 322,88 0,0 116 0 327,15 0,0 117 0 331,30 0.0 118 0 336,13 0,0 119 0 341.90 0,0 120 0 Rig up electric line, Run in hole with s&upling tool. HALLIBURTON RESERVOIR Page 4,2.5 · SERVICES CONPANY : ARCO ALASKA COHPANY REP : PETERSON/NARCOU SEPARATOR : 42" X lS' 80 NNSTFD 12000 BPD WELL NANE: POINT Nc[NTYRE J8 TEST NO. : THREE - ZONE B2 HETER RUN : 5.761' W/BARTON Z02A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10403-10420 FT ND LIQUID NETERS: 2t-OIL, 1.Se-OIL, I'-¥ATER HNFLD GAS OIL WATER GOR CUN CUE CUN DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (BSCf/ GAS OIL WATER DD-NNN-YY HH:NN:SS (hfs) (PBig) (Psig)(dee F) (64thE)(uscf/d)(STS/n)(BBL/D) STB) (mscf)'(STS) (EEL) CONSENT 05-Apr-90 I1:15:00 28.250 344.95 0.0 120 0 0S-Apr-90 11:30:00 28.500 340.50 0.0 120 0 0S-Apr-90 11:45:00 28.?50 353.78 0.0 122 0 05-Apr-90 12:00:-00 20.000 358.43 0.0 123 0 05-Apr-90 12:15:00 20.250 365.75 0.0 122 0 0S-Apr-90 12:30:00 29.500 371.?0 0.0 120 0 0S-Apr*90 12:45:00 29.750 375.15 0.0 121 0 05-Apr-90 13:00:00 30.000 378.83 0.0 122 0 05-Apr-90 13:15:00 30.250 381.05 0.0 122 0 05-Apr-90 13:30:00 30.500 381.78 0.0 123 0 05-Apr-90 13:45:00 30.?50 384.00 0.0 125 0 05-Apr-90 14:00:00 31.000 38?.70 0.0 126 0 05-Apr-90 14:15:00 31.250 390.85 0.0 125 0 05-Apr-90 14:30:00 31.500 398.23 0.0 125 0 05-Apr-90 14:45:00 31.750 403.43 0.0 I25 0 05-Apr-90 15:00:00 32.000 406.25 0.0 124 0 05-Apr-90 15:15:00 32.250 409.48 0.0 125 0 05-Apr-90 15:30:00 32.500 415.45 0.0 124 0 0S-Apr-90 15:45:00 32.750 421.80 0.0 122 0 05*Apr-90 16:00:00 33.000 428.03 0.0 122 0 05-Apr-90 16:15:00 33.250 432.33 0.0 123 0 05-Apr-90 16:30:00 33.500 440.?8 0.0 123 0 05-Apr-90 16:45:00 33,750 447,13 0.0 119 0 05-Apr-90 17:00:00 34.000 452,80 0,0 119 0 05-Apr-90 I?:15:00 34.250 458,28 0,0 119 0 05-Apr-90 17:30:00 34.500 465,50 0.0 118 0 05-Apr-90 17:45:00 34.750 468.33 0.0 117 0 05-Apr-90 18:00:00 35.000 472.80 0.0 117 0 05-Apr-90 18:15:00 35.250 4?8.05 0.0 117 0 05-Apr.90 18:30:00 35,500 482.65 0.0 IIV 0 05-Apr-90 18:45:00 35.750 488.58 0,0 118 0 Pull out of the hole. Received water sauple - chlorides: 12k ppu. HALLIBURTON RESERVOIR · SERVICES Page 4,2,6 COMPANY : ARCO ALASKA COMPANY REP : PETERSO#/MARCOH SEPARATOR : 42' X 15' 80 MHSTFD 12000 BPD WELL NAME: POINT MclNTYRE 18 TEST NO. ': THREE - ZONE B2 METER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA iNTERVAL TESTED: 10403-10420 FY MD LIqUiD METERS: 2'-OIL, 1,5*-OZL, I"-#ATER NHFLD GAS OIL WATER GOR CHH CUN CUM DATE TINE' dTIME WHP CSG WHT CHOKE RATE RATE RATE (tact/ GAS OiL WATER DD-MH-YY aH:H:SS (hfs) (PeLf) (PeLf)(dee F)(64the)(mecr/d)(STB/D)(EEL/D) STB) (mecf) (STB) (BBL) COMMENT 05-Apr-90 19:00:00 36.000 493,65 0.0 118 0 05-Apr-90 19:15:00 36.250 498,25 0.0 119 0 05-Apr-90 19:30:00 36.500 503,00 0,0 121 0 05-Apr-90 19:45:O0 36.750 509,25 0.0 120 0 05-Apr-90 20:00:00 3?,000 516,00 0.0 117 0 05-Apr-90 20:15:00 3?.250 522,50 0.0 114 0 05-Apr-90 20:30:00 37.500 528,50 0.0 112 0 05-Apr-90 20:45:00 3?,750 535,00 0,0 108 0 05-Apr-90 21:00:00 38,000 547,?5 0.0 94 0 05-Apr-90 21:15:00 38,250 553,25 0,0 81 0 05-Apr-90 21:36:00 38.600 558,25 0.0 ?4 0 05-Apr-90 21:40:00 38.667 521,75 0.0 62 0 05-Apr-90 21:50:00 38,833 2,88 0.0 3? 0 05-Apr-90 22:00:00 39,000 0,00 0,0 41 0 05-Apr-90 22:30:00 39,500 0,00 0.0 58 0 05-Apr-90 23:00:00 40,000 43,63 0.0 55 0 05-Apr-90 23:10:00 40,167 116,78 0.0 54 0 05-Apr-90 23:20:00 40.333 114,50 0,0 53 0 05-Apr*90 23:30:00 40.500 14,25 0.0- 54 20 05-Apr-90 23:40:00 40,66? 1,05 0.0 56 20 05-Apr-90 23:50:00 40.833 0,22 0.0 54 20 06-Apr-90 00:00:00 41.000 0,22 0.0 51 20 06-Apr-90 00:10:00 41.167 1.13 0.0 50 20 06-Apr-90 00:20:00 41,333 47,90 0,0 51 20 06-Apr-90 00:2?:00 41.450 360,70 0.0 57 20 06-Apr-90 00:29:00 41,483 284.23 0.0 65 50 06-Apr-90 00:30:00 41,500 235.38 0,0 69 50 06-Apr-90 00:35:00 41.583 176,86 0,0 82 58 06-Apr-90 00:36:00 41.600 371,75 0,0 83 O 06-Apr-90 00:3?:00 41.617 ?05,00 0.0 83 0 06-Apr-90 00:38:00 41,633 1558,00 0,0 83 0 Rig up coiled tubing to pump acid stimulation, Bleed off. Run in bole witb coiled tubing, Start pumping methanol at 4000 ft, HD, 116,48 Hole displaced, coiled tubing moving to perforations, Open veil to tank, 118,06 Displace 24 bble in tubing with 8~ HCL, 160.58 Shut well in &~ choke uanifold and pump acid job, HALLIBURTON page RESERVOIR . SERVICES COMPANY : ARCO ALASKA COMPANY REP : PETERSON/MARCOU SEPARATOR : 42' K 15' 80 N#STFD 12000 BPD WELL NAME: POINT McIMTYRE J8 TEST NO. : THREE - ZONE D2 METER RUM : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10402-10420 FT MD LIQUID METERS: 2*-OIL, 1.5"-OIL, I"-WATER MNFLD GAS OIL WATER GOR CUM CUM CUM DATE TIME' dTIME WHP CSG WHT CHOKE RATE RATE RATE (mncf/ GAS OIL WATER DD-MMM-YY HH:#N:SS (hrs) (Psig) (Psig)(dee F)(64tbs)(mscf/d)(STB/D)(BBL/D) STB) (mscf) (STB) (BBL) COMMENT 06-Apr-90 00:39:00 41.650 2452.75 0.0 83 0 " 06-Apr-90 00:40:00 41,667 25??.50 0.0 83 0 06-Apr-90 00:41:00 41,683 2662.75 0.0 83 0 06-Apr-90 00:42:00 41.700 2699,?5 0,0 83 0 06-Apr-90 00:43:00 41,717 2726.75 0.0 83 0 06-Apr-90 00:44:00 41.733 2747.00 0,0 83 0 06-Apr-90 00:45:00 41,750 2751,25 0,0 83 0 06-Apr-90 00:50:00 41.833 2?23,25 0,0 83 0 06-Apr-90 00:55:00 41,917 2720.75 0.0 81 0 06-Apr-90 00:59:00 41,983 1115,75 0,0 61 0 06-Apr-90 01:00:00 42.000 1116.00 0,0 61 30 06-Apr-90 01:10:00 42,167 205.25 0,0 59 30 06-Apr-90 01:15:00 42.250 164.55 0,0 59 30 06-Apr-90 01:20:00 42.333 14'5,55 0,0 5? 30 06-Apr-90 01:25:00 42,417 161.35 0.0 54 30 06-Apr-90 01:30:00 42,500 183.48 0,0 51 30 06-Apr-90 01:40:00 42,667 200,08 0,0 50 30 06-Apr-90 01:50:00 -42.833' 158.98 0.0 48 30 06-Apr-90 02:02:00 43,033 863,25 0.0 51 60 06-Apr-90 02:10:00 43.167 449,35 0.0 46 60 06-Apr-90 02:20:00 43.333 144,40 0,0 42 60 06-Apr-90 02:30:00 43.500 82.00 0,0 41 50 06-Apr-90 02:40:00 43,66? 30,28 0,0 46 50 06-Apr-90 02:50:00 43.833 0.65 0,O 42 50 06-Apr-90 03:00:00 44,000 221.13 0,0 44 50 06-Apr-90 03:15:00 44,250 146.95 0.0 40 50 06-Apr-90 03:30:00 44,500 67,25 0,0 36 50 06-Apr-90 03:45:00 44.750 36.83 0.0 35 50 06-Apr-90 04:00:00 45,000 21.93 0,0 33 50 06-Apr-90 04:15:00 45,250 12.58 0.0 33 50 06-Apr-90 04:30:00 '45.500 10.25 0.0 32 50 Open well to tank. Start injecting N2 at 1000 scfm from 7000 ft, MD, 199.95 215,70 Cut N2 rate to 500 ecrm, 225.14 Move coiled tubing down to 8000 ft, MD, Coiled tubing at 8000 ft, N2 rate at 1000 ecrm, 247.20 Cut N2 rate to 500 ecrm. 267.67 Cut N2 rate to 300 ecrm. 277.13 280.28 HALLIBURTON ,. RESERVOIR SERVICES __.~.................g g..__...~..., mg ..g....~.__.~,....o .......................... a................................__..__.__..o ..g......g........ __.g....g...... g..__, g__--.--.--__--~--_--.--.--.--~.--.--.--_--.--.--.--~ ~.g....g..a~. ~.~g.......--_--.--...--g .--g.'.--.--g.--wg ~ .. g...--.--.--.' w.g..: .-.- COMPANY : ARCO ALASKA COMPANY REP : PETRRSON/MARCOU SEPARATOR : 42' X 15' 80 MNSTFD 12000 BPD WELL NAME: POINT McINTYRE J8 TEST MO, .: THREE - ZONE B2 METER RUM : 5,761' W/BARTON ZOZA RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10403-10420 FT ND LIQUID METERS: 2*-OIL, 1,5*-OIL, I"-WATKR Page 4,2.8 NNFLD GAS OTL WATER OOIL CUM CUM CUM DATE' TIME dTIME WNP CSG WHT CHOKE RATE RATE RATE (uscf! GAS OIL WATER OD-MMN-YY HH:EM:SS (hfs) (Psif) (Psig)(del F)(64tbs)(mscf/d)(STn/D)(BBL/D) STB) (mscr) (STB) (BBLJ CONNRNT 06-Aprmg0 04:45:00 45,750 8,90 0,0 30 80 280,28 Blowing dry M2. Increase N2 rate to 750 scfu. 281,85 Close well in, 281.85 Open to tanks, 281,85 Fluid to surface, 288,15 Shut well in to freeze protect, 06-Apr-90 05:00:00 46,000 7.23 0,0 29 80 06-Apr-90 05:15:00 46,250 5.63 0,0 29 80 06-Apr-90 05:30:00 46.500 8,35 0,0 28 80 06-Apr-90 05:45:00 46,750 208,78 0.0 39 0 06-Apr-90 06:00:00 47,000 248.80 0,0 49 0 06-Apr-90 06:15:00 47,250 253,33 . 0,0 49 0 06-Apr-90 06:30:00 4?,500 260,42 0,0 54 0 06-Apr-90 06:45;00 4?.750 265.67 0,0 4? - 0 06-Apr-90 06:50:00 4?,833 249,93 0.0 39 0 06-Apr-90 06:51:00 47.850 250.38 0,0 40 0 06-Apr-90 06:52:00 47,867 250,20 0,0 40 0 06-Apr-90 06:53:00 47,883 182,48 0.0 33 96 06-Apr-90 06:54:00 47.900 104,90 0,0 30 96 06-Apr-90 06:55:00 47,917 71,23 0,0 30 96 06-Apr-90 06:56:00 47,933 45,20 0,0 28 96 06-Apr-90 06:57:00 47,950 25.78 0.0 27 96 06-Apr-90 06:58:00 47,967 13,28 0,0 27 96 06-Apr-90 06:59:00 47,983 5,10 0,0 26 96 06-Apr-90 07:00:00 48.000 0,22 0.0 26 96 06-Apr-90 07:10:00 48,167 0,22 0,0 30 .96 06-Apr-90 07:12:00 48,200 0,22 0,0 37 48 06-Apr-90 07:15:00 48,250 231,48 0,0 35 48 06-Apr-90 07:23:00 48,383 128,18 0,0 34 48 06-Apr-90 07:30:00 48,500 53,53 0,0 33' 96 06-Apr-90 07:40:00 48,66? 2,93 0,0 33 96 06-Apr-90 07:45:00 48,750 27.33 0.0 37 0 06-Apr-90 08:00:00 49,000 39,80 0,0 51 0 06-Apr-90 08:15:00 49.250 60.65 0,0 61 0 06-Apr-90 08:30:00 49.500 78,?5 0.0 66 0 06-Apr-90 08:45:00 49,750 95,73 0,0 70 0 HALLIBURTON RESERVOIR SERVICES COMPANY : ARCO ALASKA COMPANY REP : PETERSON/MARCOU SEPARATOR : 42w X 15' 80 NMSTFD 12000 BPD WELL NAME: POINT McINTYRE i8 TEST NO. : THREE - ZONE B2 METER RUN : 5,761" W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10403-10420 FT MD -. LIQUID METERS: 2w-OIL, 1.5*-OIL, I*-WATER NNFLD GAS OIL WATER GOR CUM CUM CUM DATE TINE dTIME WHP CSG WHT CHOKE RATE RATE RATE (ascf/ GAS OIL WATER DD-NMM-YY HH:NN:SS (hrs) (Pelf) (Psig)(dee F)(64tLs)(mscf/dJ(STS/Dj (8BL/D) ETS) (mscf) (ETS) (BBL) CONSENT 06-Apr-90 09:00:00 50,000 111,53 0.0 72 0 06-Apr-90 09:15:00 50.250 121.38 0.0 ?0 0 06-Apr-90 09:30:00 50.500 128,65 0.0 64 0 06-Apr-90 09:45:00 50,750 140.30 0,0 65 0 06-Apr-90 10:00:00 51.000 150,02 0.0 64 0 06-Apr-90 10:15:00 51.250 159.75 0,0 54 0 06-Apr-90 10:30:00 51.500 167.75 0.0 47 0 06-Apr-90 10:45:00 51.750 177.85 0.0 44 0 06-Apr-90 11:00:00 52.000 188.93 0.0 49 0 06-Apr-90 11:15:00 52.250 197.55 0.0 42 0 06-Apr-90 11:30:00 52.500 207.66 0.0 35 0 06-Apr-90 11:45:00 52.750 217.18 0.0 33 .0 06-Apr-90 12:00:00 53.000 226.78 0.0 34 0 06-Apr-90 12:10:00 53.167 225.23 0.0 31 0 06-Apr-90 12:11:00 53,183 214.63 0.0 25 18 06-Apr-90 ]2:12:00 53.200 204,35 0,0 24 18 06-Apr-90 12:13:00 53.217' 195.75 0.0 23 18 06-Apr-90 12:14:00 53.233 187.00 0.0 23 18 06-Apr-90 12:15:00 53,250 177.88 0.0 24 18 06-Apr-90 12:16:00 53.267 171.75 0.0 25 18 06-Apr-90 12:17:00 53.283 167.80 0.0 26 I8 06-Apr-90 12:18:00 53.300 165.98 0.0 28 18 06-Apr-90 12:19:00 53.317 165.83 0.0 29 18 06-Apr-90 12:20:00 53.333 166.85 0.0 29 18 06-Apr-90 12:22:00 53.367 165.35 0.0 31 18 06-Apr-90 12:24:00 53.400 149.98 0.0 32 18 06-Apr-90 12:26:00 53.433 149.08 0.0 30 18 06-Apr-90 12:28:00 53.467 156.23 0.0 30 18 06-Apr-90 12:20:00 53.50O I70.13 0.0 30 18 06-Apr-90 12:35:00 53.583 235.28 0.0 30 18 06-Apr-90 12:40:00 53.667 445.98 0.0 46 18 Open well to tanks to bleed off pressure. Start pumping methanol. Page 4.2,9 HALLIBURTON RESERVOIR SERVICES Page 4,2,10 cOHPANY : ARCO ALASKA CONPANY REP : PETSRSON/HARCOU SEPARATOR : 42* ! 15' 80 E#STFD 12000 BPD WELL HAHS: POINT #c[HTYRE J8 TEST HO. -: THREE - ZONE B2 ESTER RUN : 5,761" W/BARTOH 202A RECORDER AREA : PRUDHOE BAY, ALASKA iNTERVAL TESTED: 10403-I0420 FT MD LIQUID NSTSRS: 2*-OIL, 1,5*-O[L, I*-¥ATSR EHFLD GAS OiL WATER GOR CUH CUH CUH DATE T[HE' dT[HE WHP CSG WHT CHOKE RATE RATE' RATE (mscf/ GAS OiL WATER DD-NNH-YY Ha:NY:SS (hfs) (Pail) (PsiS) (des F)(64the)(mscf/d)(STS/D) (eSL/D) STB) (nscf) (ETS) (88L) . CONHENT 06-Apr-90 12:45:00 53.?'50 498,10 0.0 50 18 06-Apr-90 12:50:00 53.833 293.55 0.0 48 18 06-Apr-90 12:55:00 53,917 190.95 0,0 43 18 06-Apr-90 13:00:00 54,000 929,00 0.0 55 18' 06-Apr-90 13:05:00 54.083 390,03 0,0 51 18 06-Apr-90 13:10:00 54,167 48,80 0.0 50 18 06-Apr-90 13:15:00 54.250 8,75 0.0 44 18 06-Apr-90 13:20:00 54.333 15.30 0,0 37 0 06-Apr-90 13:30:00 54,500 19.67 0,0 2? 0 06-Apr*90 12:45:00 54.750 31.38 0,0 27 0 06-Apr-90 14:00:00 55.000 50.98 0.0 29 0 06-Apr-90 14:15:00 55.250 76.95 0.0 27 0 06-Apr-90 14:30:00 55.500 55.55 0.0 31 0 06-Apr-90 14:45:00 55.?50 38.33 0.0 34 0 06-Apr-90 15:15:00 56,250 17,67 0,0 33 0 Fluid to surface, shut down coiled tubing pump, Shut well in, Stand by on location. End the test, HALLIBURTON RESERVOIR SERVICES CONPANY : ARCO ALASEA CONPANY REP : PETERSON/LANCE SEPARATOR : 42* X 15' 80 HHSTFB 12000 BPD WELL NANE: POINT Nc[NTYRE 18 TEST NO, : PLUGBACK ZONE B2 NgTER RUN : 5,761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: LIQUID NETERS: 2*-OIL, 1,5*-O[L, I*-¥ATER NNFLD SEP GAS SEP OIL WATER C-OR CUH DATE TINE- dTINE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ SEP frAE SEP OIL WATER DD-NNN-YY._..... SS:NH:SS (hrs) (Psig) (Psig) (dee F} (64tbs) (uscF/d)(SEPB/D)(BBL/D) SEPB) (sscf) (ETS) (HBL) CONSENT Page 5.2.1 0?-Apr*90 No data collected during this operation, HRS ordered on standby at the shop, HALLIBURTON RESERVOIR SERVICES 8OOO We l-1 H e act' Pr ess~w e vs. Point ]~clntyre No. 8 zone A 1000 lO00 §00 0 0 Well End of , Test Change ~ cno~e -~X ~..~'Shut Well in OPen .W~i_~--~ ~ To Surge Perforations ~--Choke ~---Change Shut ~- ~ Well in ~ ~\ Guns ~ Blow------- ~2 Shut Fired Down Well in Separator I I I I I I I I 10 20 30 40 50 80 70 80 Test Time (hours) 0.00 hfs - OB-Apr-90 08:30:00 9O HALLIBURTON RESERVOIR SERVICES ~'~ 10oo Choke Change 0.00 hfs -- OB--APB-gO 08:90:00 Casing Pr ess~zr e Point Mcintyre No. 8 zone A ~'7-~Shut Well in /Shut /~/ Well in Test Time (hours) Open Well i 9O HALLIBURTON RESER¥OIR SER¥1CES Separator Oil Rate Point Mclntyre No. 8 zone A Tir~ e IM00 k XS00 Il) D3 XO00 8OO I 0 lO 0,00 hfs - OB-APR-gO 00:80:00 I . I I I IM 80 4O lO 80 Test Time (hours) I 90 i i i Ii I I I' I i I I I' I i I t Ii i I HALLIBURTON RESERVOIR SERVICES mo 0.00 brs - 08-APR-90 Separator Gas Rate Point Mclntyre No. 8 zone A I I I [ I 2O ,SO 50 O0 Test Time (hours) Tirr~ e I t' i i I i i i i i i I I i i i I i I i HALLIBURTON RESERVOIR SERVICES 0.0 0.7 I~ 0.4, 0 0.2 0.! I 0,00 h~ - OB-APR-gO 08."30.'00 S ep ar a~ or G OR ~oi~t ~I~t~re ~o. ~ ~.o~e ~ 20 80 40 ilo . Test Time (hours) I Tir~ e 90 J i I J i J j i I I i I i i t I t t HALLIBURTON RESERVOIR SERVICES Page 6,2,1 COMPANY : ARCO ALASKA COMPANY REP : PETERSON/LANCE SEPARATOR : 42" ! 15' 80 MMSTFD 12000 BPD WELL NAME: POINT McIMTYRE 18 TEST NO, : FOUR - ZONE A METER RUN : 5.761" W/BARTON Z02A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10144-10168 FT'MD LIQUID METERS: 2°-OIL, 1.5"-O[L, I*-WATER MNFLD HEP GAS HEP OIL WATER GOR CUM CUM CUM DATE TIME dT[ME WHP CSG WHT CHOKE RATE RATE RATE (mscf/ SEP GAS HEP OIL WATER DD-MMN-YY HH:MM:SS (hfs) (Ps[g) (Ps[g)(dee F)(64thE)(mscf/d)(SSPB/D)(BeL/n) SEPB) (uscfJ (ETS) (88L} COMMENT 08-Apr-90 06:30:00 0.0000 75,38 0,0 55 0 Start data acquisition system. 08-Apr-90 06:35:00 0,0833 78,80 0.0 57 0 08-Apr-90 06:36:00 08-Apr-90 06:3?:00 08-Apr-90 06:38:00 08-Apr-90 06:39:00 08-Apr-90 06:40:00 08~Apr-90 06:41:00 08-Apr-90 06:42:00 08-Apr-90 06:43:00 08-Apr-90 06:44:00 08-Apr-90 06:45:00 08-Apr-90 07:00:00 08-Apr-90 08:00:00 08-Apr-90 08:05:00 08-Apr-90 09:00:00 08-Apr-90 I0:00:00 08-Apr-90 11:00:00 08-Apr-90 12:00:00 08-Apr-90 13:00:00 08-Apr-90 14:00:00 08*Apr-90 15:00:00 08-Apr-90 16:00:00 08-Apr-90 17:00:00 08-Apr-90 18:00:00 08-Apr-90 19:00:00 08-Apr-90 20:00:00 08-Apr-90 21:00:00 08*Apr-90 22:00:00 08-Apr-90 23:00:00 09-Apr-90 00:00:00 0.1000 79.7? 0.1167 375.00 0.1333 761.50 0.1500 829.25 0.1667 850.00 0.1833 858 25 0.2000 863 25 0.2167 862 O0 0.2333 865 75 0.2500 866 5O 0.5000 871 O0 1.5000 869.00 1.5833 8?0.00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.5000 872.50 0.0 3.5000 873.00 . 0.0 4.5000 872.00 0.0 5.5000 8?0.25 0.0 6.5000 870.25 0.0 1.5000 871.75 0.0 8.5000 869.50 0.0 9.5000 8?0.00 0.0 10.5000 868.00 0.0 11.5000 8?0.25 0.0 12.5000 869.25 0.0 13.5000 871.75 '0.0 14.5000 871.00 0.0 15.5000 8?3.25 0.0 16.5000 8?5.75 0.0 17.5000 879.75 0.0 57 0 58 0 58 0 59 0 59 0 59 0 59 0 59 0 59 0 59 0 58 0 55 0 55 0 60 0 70 0 ?? 0 87 0 99 0 103 0 109 0 106 0 106 0 9? 0 92 0 83 0 75 0 79 0 86 0 83 0 Guns fired - perforate zone Pull out of hole with wireline. Waiting on BHP tools - monitor pressure. BHP tools on location. HRS safety meeting. I { I I I i I i' i I i I i I i I i ~ HALLIBURTON RESERVOIR SERVICES COMPANY : ARCO ALASKA CONPANY REP : PETERSON/LANCE SEPARATOR : 42' X 15' 80 NNSTFD 12000 BPD WELL NANE: POINT NclNTYRE 18 TEST NO, : FOUR - ZONE A NETER RUN : 5.761' W/BARTON 20ZA RECORDER AREA : PRUDROE BAY, ALASKA INTERVAL TESTED: 10144-10168 VT ND LIQUID NETERS: 2*-O[L, 1.5"-OIL, I*-WATER m~m~m~i~m~ii~m~~mi~~i~m~m~m~m~mim~m~m~m~m .... mmllllmmililmiilllllilllmilmmmlllmillllmlillliillmlmmmilmllmlimO/mmmm NNFLD SEP GAS SEP OIL WATER GOR CUN CUN CUN DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (lscf/ SEP GAS SEP OIL WATER DD-HNN-YY HH:HN:SS (hrs) (Psig) (Psig)(dee F)(64tbs)(mscf/d)(SEPB/D)(BBL/D) SEPB) (usc?) (STB) (BBL) CONNENT 09-Apr-90 01:00:00 18.5000 884.00 0.0 ?9 0 09-Apr-90 02:00:00 19.5000 879.75 0,0 ?6 0 09-Apr-90 02:00:00 20.5000 873.00 0,0 86 0 09-Apr-90 04:00:00 21.5000 8?7.25 0.0 ?2 0 09-Apr-90 05:00:00 22.5000 8?2.75 0.0 69 0 09-Apr-90 05:34:00 23.0667 871.25 0.0 ?0 0 09-Apr-90 05:35:00 23,0833 561.75 0.0 50 20 09-Apr-90 05:36:00 23,1000 429,75 0.0 38 20 09-Apr-90 05:3?:00 23,1167 412,75 0,0 36 20 09-Apr-90 05:38:00 Z3.1323 410.50 0.0 36 20 09-Apr-90 05:39:00 23.1500 415.00 0.0 36 20 09-Apr-90 05:40:00 23,1667 420.50 0,0 36 20 00-Apr-90 05:41:00 22.1823 682.00 0.0 36 0 09-Apr-90 05:42:00 23.2000 ?80.50 0.0 36 0 09-Apr-90 05:43:00 23.2167 814.75 0.0 3? 0 09-Apr-90 05:44:00 23.Z333 930.00 0.0 39 0 09-Apr-00 05:45:00 23.2500 837,75 0.0 40 0 09-Apr-90 05:46:00 23,2667 842,25 0.0 ,41 0 09-Apr-90 05:4?:00 23,2833 845,50 0,0, 42 0 09-Apr-90 05:48:00 23.3000 847.75 0.0 43 0 09-Apr-90 05:49:00 23.3167 849,50 0.0 44 0 09-Apr-90 05:50:00 23.3333 851.50 0.0 45 0 09-Apr-90 05:51:00 23.3500 853.75 0.0 46 0 09-Apr-90 05:52:00 23.366? 855.50 0.0 46 0 09-Apr-00 05:53:00 23.3833 857.00 0.0 4? 0 09-Apr-90 05:54:00 23.4000 858.25 0.0 4? 0 09-Apr-90 05:55:00 23.4167 859.25 0.0 48 0 09-Apr-90 05:56:00 23.4333 860.00 0.0 48 0 09-Apr-90 05:57:06 23.4517 870.75 0.0 49 0 09-Apr-90 05:58:00 23.466? 861.75 0.0 50 ' 0 09-Apr-90 05:59:00 23.4833 861.75 0.0 50 0 5280.00 Running in the hole with BHP tools. BHP tools on bottom. Open well to tank - surge perforations. 22.00 Shut well in - tonitor pressure. Open well to tanks. Page 6.2.2 i I' ~i i I i ! I i i i ~ i i i ! i ti HALLIBURTON RESERVOIR SERVICES CONPAN¥ : ARCO ALASKA CONPAN¥ REP : PETKRSO#/LANCE SEPARATOR : 42' X 15' 80 INSTFD 12000 8PD WELL NANE: PO[MT Nc[NTYRE t8 TEST NO, : FOUR - ZONE A NE?ER RUN : 5,761' W/BARTON 202A RECORDER AREA : PRUDHOg BAY, ALASKA iNTERVAL TESTED: 10144-10168 FT ND LiQUiD NRTERS: 2e-OIL, 1.Se-OiL, I'-WATRR DATE T~HE dT[HR YHP CSG WHT CHOKE RATE RATE RATE (nscf! SEP GAS SEP OiL MATER DD-HNH-YY HH:N#:SS (hfs) (Psig) (Psi8)(dee FI (64ths)(nscf/dI(SEPB/D)(BBL/D) SEPB) (mscfJ (STB) (BBL) COHNENT 09-Apr-90 06:00:00 23.5000 480.00 0,0 44 20 09-Apr-90 06:01:00 23.5167 260.30 0,0 36 20 09-Apr-90 06:15:00 23.?500 555.75 0,0 35 20 09-Apr-90 06:16:00 23,7667 241,48 0.0 34 20 09-Apr-90 06:24:00 23,9000 191,55 0,0 34 20 09-Apr-00 06:2?:00 23,9500 199,45 0,0 34 20 09-Apr-90 06:30:00 24,0000 220,40 0,0 35 20 09-Apr-90 06:32:00 24,0333 194.63 0.0 35 20 09-Apr-90 06:3?:00 24,1167 207,85 0,0 36 20 09-Apr-90 06:43:00 24.2167 178.43 ' 0,0 37 20 09-Apr-90 06:45:00 24,2500 219,13 0;0 37 20 09-Apr-90 06:4?:00 24,2833 148.23' 0,0 37 20 09-Apr-90 06:51:00 24,3500 223,40 0,0 38 20 09-Apr-90 06:54:00 24,4000 221,?0 0,0 38 20 09-Apr-90 06:58:00 24,4667 257.25 0.0 38 20 09-Apr-90 07:00:00 24,5000 281,00 0,0 39 20 09-Apr-90 0?:02:00 24,5333 214,80 0,0' 39 20 09-Apr-90 07:04:00 24,566? 248,?5 0,0 39 20 09-Apr-90 07:06:00 24,6000 339,75 0.0 39 20 09-Apr-90 07:09:00 24,6500 302,?5 0,0 39 20 09-Apr-90 07:I1:00 24,6833 319,00 0,0 . 40 20 0g-Apr-90 07:13:00 24.7167 325.75 0,0 40 20 09-Apr-90 07:15:00 24.7500 327,50 0,0 40 20 09-Apr-90 07:20:00 24.8333 385.50 0,0 41 20 09-Apr-90 0?:22:00 24,8667 449,00 0,0 42 20 09-Apr-90 07:25:00 24,9167 518,50 0,0 40 20 09-Apr-90 07:30:00.25,0000 532,00 0,0 40 20 09-Apr-90 08:00:00 25,5000 873.50 0,0 47 20 09-Apr-90 08:03:00 25.5500 877.75 0,0 45 20 09-Apr-90 08:22:00 25,866? 794,00 0,0 43 24 09-Apr-90 08:30:00 26,0000 688.00 0,0 41 32 1088.64 1059.84 1056,00 680.16 0,00 0.00 ?9,68 0.00 0.00 Purge choke - hydrates, 59.80 Recovering uethanol and water, Purge choke - hydrates.. Purge choke - hydrates, Purge choke - hydrates, Purge choke - hydrates, Purge choke - hydrates, 81.88 Purge choke - hydrates, Purge choke - hydrates, Purge choke - hydrates, Oil to surface, Divert flow through separator, 103,88 Establishing liquid levels in separator, 118.05 Change choke, Change choke, I19,71 Gas gravity: 0,810 Page 6,2,3 HALLIBURTON RESERVOIR SERVICES ~age 6,2,4 COMPANY : ARCO ALASKA COMPANY REP : PETERSON/LAMCE SEPARATOR : 42' I 15' 80 MMSTFD 12000 BPD WELL NAME: PO[NY MclMTYRE i8 TEST NO. : FOUR - ZONE A METER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10144-10168 FT ND LIQUID METERS: 2e-OIL, 1.5*-OIL, IH-WATER MNFLD SEP GAS SEP OIL WATER GOR CUM CUM CU# DATE TIME dTINg WHP CSG WHT CHOKE RATE RATE RATE (usc// SEP GAS SEP OIL WATER. DD-H#H-YY aH:MM:SS (hfs) (PsigJ (PnigJ (dee F)(64~hs)(mscf/dJ(SEPB/DJ(BBL/D) SEPB) (uscf} (STB} (BBLJ COHMEHT 09-Apr-90 09:00:00 26.5000 538.25 14.0 43 32 43.23 551.17 590.40 0.078 09-Apr-90 09:09:00 26,6500 519.00 25,0 43 32 09-Apr-90 09:30:00 2?.0000 560.50 67,0 44 32 902.17 1737,31 0.00 0.519 09-Apr-90 I0:00:00 2?,5000 568.75 120.0 43 32 1055,63 1741.68 0,00 0,606 09-Apr'90 10:30:00 28.0000 580.25 174,0 44 32 1033.23 1743.51 0,00 0.593 09-Apr-90 11:00:00 28.5000 581,25 226,0 44 32 1040.?? 1786,51 0,00 0.583 09-Apr-90 11:30:00 29,0000 1073,00 212.0 44 16 172.61 444,64 0.00 0,388 09-Apr-90 12:00:00 29.5000 1111.00 165.0 42 16 300.25 453.32 0.00 0.662 09-Apr-90 12:30:00 30.0000 1096.25 130.0 41 16 299.97 452.36 0.00 0.663 09-Apr-90 13:00:00 30,5000 I082,00 I08.0 41 16 287.96 467.29 0.00 0.616 09-Apr-90 13:30:00 31,0000 1050,00 93,0 40 16 2?9.38 504,90 0,00 0,553 09-Apr-90 14:00:00 31.5000 1076.75 82.0 40 16 266.03 574.28 0.00 0.463 09-Apr-90 14:30:00 32.0000 1089.00 ?4.0 40 16 2?6.40 542.96 0.00 0.509 09-Apr,90 15:00:00 32.5000 1096.75 67.0 40 16 281.87 525.98 0.00 0.536 09-Apr-90 15:30:00 33.0000 1103.25 60.0 40 16 295.23 506.40 0.00 0.583 09-Apr-90 16:00:00 33.5000 1106.75 54.0 40 16 314.25 472.19 0.00 0.666 09-Apr-90 16:09:00 33.6500 1107.25 52.0 40 16 312.00 467.20 0.00 0.668 09-Apr-90 16:10:00 33.6667 1111.50 51.0 40 0 09-Apr-90 16:15:00 33.7500 1215.25 51.0 50 0 09-Apr-90 16:20:00 33.8333 1287.75 49.0 56 0 09-Apr-90 16:25:00 33.9167 1336.25 46.0 60 0 09-Apr-90 16:30:00 34.0000 1365.75 42.0 60 0 09-Apr*90 17:00:00 34.5000 1415.75 18.0 58 0 09-Apr-90 17:30:07 35.0019 1425.25 6.0 57 0 09-Apr-90 18:00:00 35.5000 1434.25 0.0 57 0 09-Apr-90 18:30:00 36.0000 1435.25 0.0 56 0 09-Apr-90 19:00:00 36.5000 1442.00 0.0 59 0 09-Apr-90 19:30:00 37.0000 1446.75 0.0 59 0 09-Apr-90 20:00:00 37.5000 1438.75 0.0 55 0 .. 09-Apr-90 20:10:00 37.6667 1439.50 0.0 55 0 lO-Apr-90 07:30:00 49.0000 1449.25 0.0 46 0 0.90 11.48 132.01 Production is 95% oil, 5% water. Gas aeter on line - BSW: 5~. 19.70 47.68 132.01 Gas gravity: 0.670 41.69 83.96 132.01 Oil gravity: 28.1 dee APl - BSW: 5~. 63.21 120.28 132.01 84.90 157.50 132.01 Change choke - BSW: OZ. 88.49 166.77 132.01 94.75 176.21 132.01 101.00 185.64 132.01 107.00 195.37 132.01 112.82 205.89 132.01 118.36 217.85 124.12 229.17 132.'01 129.99 240.12 132.01 Gas gravity: 0.810 I36.14 250.67 132.01 142.69 260.51 132.01 Oil gravity: 28.9 dee APl. 144.64 263.43 132.01 Shut well in for fluid sampling. End. of buildup. Arrive on location. HALLIBURTON RESERVOIR SERVICES CONPANT : ARCO ALASKA CONPANT REP : PETERSON/LANCE SEPARATOR : 42" ! 15' 80 NNSTFD 12000 BPD MBLL NAME: POINT Nc[NTYRR i8 TEST NO. : FOUR - ZONE A HATER RUN : 5.761' g/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA iNTERVAL TESTED: 10144-10168 FT ND LIQUID METERS: 2*-O[L, 1.5'-OIL, 1*-MATER NNFLD SEP GAS SEP OiL MATER C-OR CUM CUM CUB DATE TiNE dT[HE MHP CSG MHT CHOKE RATE RATE RATE (ascf/ SEP GAS SEP OiL MATER DD-NNN-YY Ha:NH:SS (hrs} (PRig) (PRig)(dee F)(64tbs)(mscr/d)(SRPB/D)(BBL/D) SEP8) (mscf) (ETS) (ESL) COMMENT I0-Apr-90 07:35:00 49.0833 1448.50 0.0 10-Apr-90 0?:40:00 49.1667 1449.50 0.0 10-Apr-90 07:45:00 49.2500 1449.75 0.0 10-Apr-90 07:48:00 49.3000 1423.25 0.0 10-Apr-90 0?:50:00 49.3333 884.25 0.0 10-Apr-90 08:00:00 49.5000 632.00 0.0 10-Apr-90 08:30:00 50.0000 392.25 0.0 10-Apr-90 09:00:00 50.5000 382.00 13.0 10-Apr-90 09:30:00 51.0000 374.00 109.0 10-Apr-90 10:0O:00 51.5000 369.25 220.0 10-Apr-90 10:30:00 52.0000 363.25 320.0 10-Apr-90 11:00:00 52.5000 360.50 410.0 10-Apr-90 11:30:00 53.0000 356.25 490.0 10-Apr-90 12:00:00 53.5000 353.75 563.0 10-Apr-90 12:30:00 54.0000 351.00 631.0 10-Apr-90 13:00:00 54.5000 350.75 694.0 10-Apr-90 13:30:00 55 lO-Apr-90 14:00:00 55 10-Apr-90 14:30:00 56 10-Apr-90 15:00:00 56 10-Apr-00 15:30:00 5? 10-Apr-90 16:00:00 5? 10-Apr-90 16:30:00 58 10-Apr-90 I?:00:00 58 10-Apr-90 I?:30:00 59 10-Apr-90 18:00:00 59 10-Apr-90 18:30:00 60 10-Apr-90 19:00:00 60 10-Apr-90 19:30:00 61 lO-Apr-90 20:00:00 61.5000 336 10-Apr-90 20:30:00 62.0000 336 .0000 349.00 752.0 .5000 348.25 805.0 .0000 348.75 854.0 .5000 344.75 900.0 .0000 342.00 944.0 .5000 338.50 985.0 ,0000 337,75 1023.0 ,5000 326,25 10~8,0 ,0000 237,~0 1091,0 ,SO00 227.00 1122,0 ,0000 327.00 1152,0 .5000 337.00 I181.0 ,0000 33?,50 1208,0 ,75 1234.0 .50 1258.0 4? 0 48 0 52 0 52 0 0.00 0.00 0.00 144.64 263.43 Open well, 25 24 0.00 0.00 0.00 144.64 263.43 31 24 0.00 2045.94 0.00 144.64 277.64 132.01 Change choke. 38 64 1614.85 3248.32 0.00 0.49? 178.28 345.31 132.01 Oil gravity: 28.1 dee AP[ - gas gravity: 0.699 42 64 1503.22 2589.78 0.00 0.580 209.60 399.27 132.01 Oil gravity = 29.4 dee AP[. 43 64 1514.93 2517.02 0,00 0.602 241,16 451.?0 132.01 BE#: 0%, 44 64 1483,24 2482.12 0,00 0,598 272,06 503.41 132,01 Oil gravity: 28.8 dee APl. 45 64 1455,40 2452.20 0.00 0.594 302.38 554,50 132,01 Gas gravity: 0.?05 - RSg: 0~, 45 64 1438,73 2433,90 0,00 0,591 332,35 605,21 132,01 46 64 1423.23 2413.89 0.00 0.590 362.00 655.50 132.01BSW = 4? 64 1409.83 2397.44 0.00 0.588 391.38 ?05.44 132.01 Oil gravity = 28.4 dee AP[. 4? 64 1399.99 2385.75 0.00 0.587 420.54 755.15 132.01 BEg: 0~. 48 64 1390.57 23?3.82 0.00 0.586 449.51 804.60 132.01 48 64 1382.84 2363.11 0.00 0.585 4?8.32 853.83 132.01BSM = trace solids. 49 64 1375.81 2347.10 0.00 0.586 506.98 902.73 132.01 49 64 1327.38 2340.28 0.00 0.56? 534.64 951.49 132.01 BEN = trace solids. 50 64 1355.97 2330.40 0.00 0.582 562.89 1000.04 132.01 Gas gravity: 0.710 50 64 1302.58 2194.98 0.00 0.593 590.02 1045.?? 132.01 DSM: 0Z. 51. 64 1291.01 2343.6? 0.00 0.551 616.92 1094.59 132.01 51 64 1280,74 2336,66 0,00 0,548 643.60 1143,27 132,0! BEg 52 64 1273,35 2324.68 0,00 0.548 670,13 1191,70 132,01 52 64 1267.49 2298.05 0.00 0.552 696.54 1239.58 132.01 52 64 1263,15 2293,15 0,00 0.551 ?22.85 1287,35 132,01 53 64 1254,57 2301,57 0,00 0,545 748,99 1335,30 132,01 53 64 1249,26 2283,01 0.00 0,547 775,01 1382.87 132.01 54 64 1246,46 2267,10 0,00 0,550 800,98 1430,10 132,01 54 64 1243.56 2261.39 0.00 0.550 826.89 1477.21 132.01 54 64 1239,40 2271,32 0,00 0,546 852,71 1524.53 132.01 Page 6.2.5 i' I I i i I' I i i I' I i I' I I I i i i HALLIBURTON RESERVOIR SERVICES Page 6,2,6 CONPANY : ARCO ALASKA CONPANY REP : PETSRSON/LANCS SEPARATOR : 42' X 15' 80 HHSTFD 12000 BPD AREA : PRUDBOS BAY, ALASKA ZNTERVAL TESTED: 10144-10168 FT aD LIQUID NE?eRS: 2'-ozL, 1,5'-O[L, I'-WATSR NNFLD SSP GAS SEP OIL WATER GOR CUR CUB CUR DATe TIRE dTIae WHP CSG WHT CHOKE RATe RATe RATe (msc[/ SEP GAS SSP OIL WATER DD-NNN-YY SS:aB:SS (hrs) (Psif) (Psig)(dew F)(641hsJ (mscf/dJ(SEPB/D)(BBL/DJ SEPB) (mscfJ (STB) (BBLI CONNER? 10-Apr-00 21:00:00 62.5000 335,50 1280,0 55 64 1235,99 2262,43 10-Apr-90 21:30:00 63,0000 336.00 1301.0 55 64 1232,00 2258,12 10-Apr-90 22:00:00 63.5000 334,00 1323.0 55 64 1231,78 225?,49 10-Apr-90 22:30:00 64,0000 335,75 1344,0 55 64 1230,76 2247,40 10-Apr-90 23:00:00 64.5000 335,50 1363,0 56 64 1226.93 2246,94 10-Apr-90 23:30:00 65.0000 286.?5 1383.0 57 64 1263,93 2336,40 10-Apr-90 23:45:00 65,2500 282.00 1399,0 57 64 1275,00 2525,14 10-Apr-90 23:50:00 65,3333 490.75 1394,0 59 0 10-Apr-90 23:55:00 65,4167 627,75 1381,0 58 0 Il-Apr-90 00:00:00 65,5000 767.50 1368.0 58 0 Il-Apr-90 00:06:00 65.6000 928.50 1349.0 58 0 Il-Apr-90 00:10:00 65.6667 1019.25 1333.0 58 0 ll-Apr-90 00:I5:00 65,7500 1107,50 1311.0 57 0 Il-Apr-90 00:20:00.65.8333 I169.75 1287.0 5? 0 Il-Apr-90 00:25:00 65.9167 1211.50 1261.0 57 0 Il-Apr-90 00:30:00 66,0000 1240,00 1235,0 57 0 Il-Apr-90 01:00:00 66,5000 1308.75 1093.0 55 0 Il-Apr-90 01:30:00 67,0000 1335.50 9?6,0 55 0 Il-Apr-90 02:00:00 67.5000 1355.25 879.0 54 0 ll-kpr-90 02:30:00 68,0000 1368.50 794.0 53 0 ll-Apr-90 03:00:00 68.5000 1380.50 ?20.0 53 0 ll-Apr-90 03:30:00 69.0000 1389.75 654.0 52 0 ll-Apr-90 04:00:00 69,5000 139?,75 594,0 52 0 ll-Apr-90 04:30:00 ?0,0000 1406,00 540,0 51 0 Il-Apr-90 05:00:00 70,5000 1413,50 490,0 51 0 fl-Apr-90 05:30:00 ?I,0000 1421.50 444,0 54 0 Il-Apr-90 06:00:00 71,5000 1428.00 401,0 56 0 fl-Apr-90 06:30:00 ?2,0000 1433,75 362,0 56 0 ll-Apr-90 07:00:00 ?2,5000 1439,50 325,0 56 0 fl-Apr-90 0?:30:00 73,0000 1444,00 291.0 54 0 Il-Apr-90 08:00:00 73.5000 1449,00 259,0 53 0 0,00 0,546 878,46 1571,66 132,01 0,00 0.546 904.13 1618.?I 132.01 0,00 0,546 929,?9 1665.74 132,01 0,00 0.548 955,43 1712,56 132,01 0,00 0.546 980,99 1759,37 132,01 Blow down seperator. 0,00 0,541 1007,32 1808,04 132.01 0,00 0.505 1020.60 1834,35 132.01 Shut well [n for buildup. I f I I ! i i i' i I I I i I I ! i' I HALLIBURTON .. RESERVOIR SERVICES COHPANY : ARCO ALASKA COHPANY REP : PETERSON/LANCE SEPARATOR : 42* X 15' 80 HHSTPD 12000 HPD WELL NAME: POINT HcINTYRE i8 TEST #O, : POUR - ZO#E A HETER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10144-10168 FT ND LIQUID HETERS : 2*-OIL, 1.5*-OIL, I*-WATEK DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ SEP GAS SEP OIL WATER DD-HNN-YY HH:H#:SS (hfs) (Psig) (Psig)(dee F)(64ths)(ascf/d)(SEPB/D)(BBL/D) SEPB) (mscf) (STB) (BBL) COHNENT II-Apr-90 08:30:00 ?4.0000 1453,75 229.0 53 0 Il-Apr-90 09:00:00 74,5000 1458,00 201,0 53 0 Il-Apr-90 09:20:00 ?5.0000 1462,00 175.0 54 0 fl-Apr-90 10:00:00 75.5000 1466.75 150.0 56 0 Il-Apr-90 10:30:00 ?6,0000 1470,25 126,0 5? 0 ll-Apr-90 II:00:00 76,5000 1473,25 I04,0 59 0 Il-Apr-90 11:30:00 ??.0000 1476,50 83,0 61 0 ll-Apr-90 12:00:00 ??,5000 1479.50 63,0 64 0 Il-Apr-90 12:30:00 ?8,0000 1482,50 44,0 66 0 ll-Apr-90 13:00:00 ?8,5000 1484,50 27,0 6? 0 Il-Apr-90 13:30:00 79,0000 1485,50 12,0 66 0 End of test, Page 6,2.? i i i i i i i i I i i i i I I i i i i HALLIBURTON RESERVOIR s,~,v,,,,:s Well Head Pressure vs. Time Point ]~clntyre No. 8 casing sands zone 1500 Terminate Buildup Shut Well In Freeze Protect 0 I0 20 30 4~ ilo Test Time (hours) O.O0 his - ~.~.-APR-90 23:25:00 HALLIBURTON RESERVOIR SERVICES o00 C~s~~ g Pr ess~r e Point Mclntyre No. 8 casing sands zone T~,~ e 8~ 7O0 ~ 800 500 800 ~.00 Shut Well In Terminate Buildup F~reeze Protect 0 0 0.00 hfs ,- ~.~.-APR-90 28:P~:00 I i I Test ~r~_e (hours) 60 · i' t I i i i i i t i i i i I t' ~ i I i HALLIBURTON RESERVOIR SERVICES lm 144o 1ooo S ep ar af or Oi ~ R afe ~s. Ti~ e Point ~cintyre No. 8 cuin~ sands zone Test Tinle (hours) HALLIBURTON RESERVOIR SERVICES ~00 Se~oara~or Gas Rare ~s. Ti~e Point ~elntyre No. 8 easing sands zone ~00 4O0 0 ,.! L Test T~me (hours) 0,00 ht*g -- 11--APR-~O i i i I ( ( i I i I i I I i I i HALLIBURTON RESERVOIR SERVICES o..[ eparat or GOR Point ]~elntyre No. 8 easing sands zone T'/,'rrt, e O.88 0.~ O.a 0 Test T~_~e (hours) i i i i i i I i I i i I i i I t I i HALLIBURTON RESERVOIR SERVICES CONPANY : ARCO ALASKA CONPANY REP : COOPER/LANCE SEPARATOH : 42' ! I5' 80 NMSTFD 12000 BPD WELL NANE: POINT NclNTYRE J8 TEST NO. : FIVE - CASINO SANDS NETER RUH : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10440-10450 FT MD LIQUID METERS: 2"-OIL, 1.5'-OIL, I"-WATER MNFLD SEP GAS SEP OIL WATER GOR .CUM CUM CUM DATE TIME dTIME WHP CSG WHT CHOKE RATE RATE RATE (mscf/ SEP OAS SEP OIL WATER DB-MMM-YY HH:MM:SS (hrs) (Psig) (Psig)(dee F)(64the} (mscf/d)(SgPB/O)(BBL/D} SEPBJ (mscf) (SEPB) (BBL} COMMENT Il-Apr-90 23:25:00 O,0000 1206,50 0.0 96 0 Data acquisition system up and running, Il-Apr-90 23:29:00 0,0667 1202,75 o,o 96 0 Open well to manifold, Ii-Apr-90 23:30:00 0,0833 fl-Apr-90 23:31:00 0,1000 ll-Apr-90 23:32:00 0.1167 Il-Apr-'90 23:33:00 0.1333 Il-Apr-90 23:34:00 0,1500 Il-Apr-90 23:35:00 0.1667 Il-Apr-90 23:36:00 0,1833 Il-Apr-90 23:37:00 0.2000 ll-Apr-90 23:38:00 0.2167 ll-Apr-90 23:39:00 0,2333 Il-Apr-90 23:40:00 0,2500 Il-Apr-90 23:42:00 0,2833 Il-Apr-90 23:44:00 0,3167 fl-Apr-90 23:59:00 0,566? 12-Apr-90 00:00:00 0.5833 12-Apr-90 00:05:00 0,666? 12-Apr-90 00:10:00 0,?500 12-Apr-90 00:15:00 0,8333 12-Apr-90 00:20:00 0,9167 12-Apr-90 00:25:00 1,0000 12-Apr-90 00:30:00 1.0833 12-Apr-90 00:35:00 1,1667 12-Apr-90 00:40:00 1,2500 12-Apr-90 00:45:00 1,3333 12-Apr-90 00:50:00 1.4167 12-Apr-90 00:55:00 1,5000 12-Apr-90 01:00:00 1.5833 12-Apr-90 01:10:00 1.7500 12-Apr-90 01:20:00 1,9167 1089.75 0.0 54 0 1005,25 0,0 34 16 955.00 0.0 33 20 901,00 0,0 32 2o 866,50 0.0 32 20 848,50 0,0 32 20 822,00 0,0 32 20 819,5o o,o 32 20 81o, o o,o 22 2o .8o1, 5 o,o 22 20 795.00 0,0 32 20 787,50 0,0 32 20 785,75 0,0 33 20 ?98,25 0,0 34 20 799,00 0.0 34 20 ?99,25 0,0 34 20 812.00 0,0 34 20 828,22 0,0 35 20 866,00 0,0 36 20 931,60 0,0 36 2O 849.75 0,0 34 24 694.50 0.0 34 24 542,00 0.0 35 24 487,00 0,0 36 24 463,75 0,0 3? 24 45?,50 0,0 39 24 359,00 1,9 38 32 464,25 2?,6 39 32 595,00 49,4 40 32 16.3 0.00 0,00 0.00 0,00 0.0 32,5 ?83.56 1847,31 0.00 0,424 24,49 67.8 Open veil to tank. 0,0 Divert flow through separator. Oil gravity: 29,5 dee APl - gas gravity = 0,664 0.0 BSW: Trace solids - chlorides: 152k ppm, Page 7,2,1 I t I I i i i I I i I' i i I i I I I i HALLIBURTON RESERVOIR SERVICES COMPANY : ARCO ALASKA CO#PAN? REP : COOPER/LANCE SEPARATOR : 42* X 15' 80 NNSTFD 12000 BPD WELL NAME: POINT McINTYRE t8 TEST NO. : FIVE - CASING SANDS METER RUN : 5.761' W/BARTON Z02A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: I0440-I0450 FT MD LIQUID METERS: 2"-OIL, 1.se-OIL, I"-WATER NNFLD SEP GAS SEP OIL WATER GOR CUM CUM CUM DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (ascf/ SEP GAS SEP OIL WATER DD-MNN-YY aH:NM:SS (hrs) (Psig) (Pail)(dee F)(64~hs} (mscf/d)(SEPB/n)(SSL/n) SEPB) (mscf) (SEPB) (8BL) COMMENT 12-Apr-90 01:30:00 2.0823 628,25 66,4 40 32 447.12 1478,23 0,00 0,302 33,80 91,5 0.0 BSW: 11%- chlorides: 105k ppm. , 12-Apr-90 01:40:00 2.2500 645.50 80,0 41 32 12-Apr-90 01:50:00 2,4167 618,00 94,0 40 32 12-Apr-00 02:00:00 2,5833 606,75 109.3 40 32 658,63 1396.47 0,00 12-Apr-90 02:15:00 2,8333 592,75 132,0 41 32 12-Apr-90 02:30:00 3,0833 595,50 153,9 41 32 634,75 1363.36 0,00 12-Apr-90 02:45:00 3.3333 59?.25 174.4 41 32 1Z-Apr-90 03:00:00 3.5833 587.50 194.0 42 32 638.63 1337.25 0.00 I2-Apr-90 03:15:00 3.8333 566.50 214.1 41 32 12-Apr-S0 03:30:00 4.0832 603.25 23?.4 42 32 605.00 1319.38 0.00 12-Apr-90 03:45:00 4,3333 570,75 256,9 42 32 12-Apr-00 04:00:00 4.5833 508,25 274,1 44 32 552.91 1357,55 0.00 12-Apr-90 04:15:00 4,8333 492,75 290,1 45 32 12-Apr-90 04:30:00 5,0833 487,00 306,4 45 32 769.94 1364.25 67,20 12-Apr-90 04:45:00 5,3333 483,50 322,2 45 32 12-Apr-90 05:00:00 5.5833 415.00 338.1 45 32. 759.71 1322.17 0.00 12-Apr-00 05:15:00 5.8333 474.25 353.9 45 32 I2-Apr-90 05:30:00 6,0833 4?5,00 369.2 45 32 747.I5 1322,24 0.00 12-Apr-90 05:45:00 6.3333 4??,?5 383,? 45 32 12-Apr-90 06:00:00 6.5833 482.00 39?.8 46 32 ?46.90 1341.22 0.00 12-Apr-90 06:15:00 6.8333 491.00 411.6 46 32 12-Apr-90 06:30:00 ?.0833 483.00 424.3 45 32 0.00 12-Apr-90 06:45:00 7,3333 499.50 437.6 46 32 12-Apr-90 07:00:00 ?,5833 493,50 449,4 46 32 7?4,78 1355,34 0,00 12-Apr-90 07:15:00 ?,8333 .491,00 461,0 46 3~ 12-Apr-90 0?:30:00 8,0833 488,25 472,0 46 32 840,77 1358,70 0.00 12-Apr-90 07:45:00 8.3333 486.50 482.7 46 32 1Z-Apr-90 08:00:00 8.5833 484.50 493.1 46 32 ?44.85 1362.15 0.00 12-Apr-90 08:15:00 8.8333 484.50 503.0 4? 32 12-Apr-90 08:30:00 9.0833 486.00 512.8 46 32 705.5? 1364.93 0.00 12-Apr-90 08:45:00 9.3333 483.25 522.1 47 32 0.472 47.52 117.3 0.466 60.75 143.6 0.478 74.05 169.4 0.459 86.66 195.0 0,40? 98,17 228,0 0.564 114,21 257,4 0.575 130;04 278.0 0.561 145.6I 30?.6 0.0 BSW:0.6%. gravities: oi1:23.8 deg'APl, gas:O.692 0.0 BSW: Trace solids. 0.0 0.0 BSW: Trace solids. Gravities: oi1:24.2 dee APl, gas:0.690 0.0 Purged choke. 1.4 BSW: Trace solids. 1.4 1.4 0.557 161.17 337.4 1.4 767.14 1348.97 ' 0.569 17?.15. 367.3 1.4 0.572 193.29 397.1 1.4 0,619 210,81 426.3 1,4 0,54? 226,33 455,? 0,517 241.02 485,0 1.4 Gravities: oi1:29.1 dee APl, gas:0.?04 1,4 Page ?.2.2 i i i i i i i i' i I I i' I I' i i t ~i' HALLIBURTON RESERVOIR SERVICES CONPANY : ARCO ALASKA CONPANY REP : COOPER/LANCE SEPARATOR : 42" X 15' 80 NESTFD 12000 BPD YELL NANE: POINT NcINTYRE 18 TEST NO. : FIVE - CASING SANDS HETER RUN : 5.761" M/BARTON Z02A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10440-10450 FT ND LIQUID ENTERS: 2"-OIL, 1.5"-OIL, I"-#ATER NNFLD SEP GAS SEP OIL MATER GOR CUE CUE CUE DATE TINE dT[NE YHP CSG YHT CHOKE RATE RATE RATE (mscf/ SEP GAS SEP OIL HATER DD-HNN-YY HH:NN:SS (hfs) (Psigl (PsigJ (dee F} (64the)(uscF/d}(SEPB/D)(BBL/DI SEPB) (tscfJ (SEPBI (8BLI CONNENT 12-Apr-90 09:00:00 9.5833 484.25 530.9 4? 32 729.19 1367.32 0.00 0.522 256.22 514.3 1.4 Gravities: oi1:28.9 dee API, gas=0.?04 12-Apr-90 09:15:00 9.8333 489.75 539.6 47 32 12-Apr-90 09:30:00 10.0833 491.00 548.1 47 32 753.15 1369.37 0.00 12-Apr-90 09:45:00 10.3333 489.75 556.6 4? 32 12-Apr-90 10:00:00 10.5833 490.25 565.0 4? 32 753.95 1370.97 0.00 12-Apr-90 10:15:00 10.8333 489.25 573.2 47 32 12-Apr-90 10:30:00 11.0833 489.00 581.3 4? 32 754.61 1372.14 0.00 12-Apr-00 10:45:00 11.3333 489.75 589.1 47 32 12-Apr-90 11:00:00 11.5833 490.50 596.9 47 32 754.23 1373.04 0.00 0.549 319.05 12-Apr-90 11:15:00 11.8333 491.25 604.6 47 32 12-Apr-90 11:30:00 12.0833 489.25 611.9 4? 32 754.10 I373.97 0.00 0.549 334.76 659.? 1.4 12-Apr-90 11:45:00 12,3333 489,75 619.1 47 32 12-Apr-90 12:00:00 12.5833 490.?5 626.2 47 32 ?54.02 1374.76 0'.00 0.548 350.4? 688.7 1.4 12-Apr-90 12:15:00 12,8333 490,00 633,2 47 32 12-Apr-90 12:30:00 13,0833 489,00 639,9 47 32 750.54 1375,54 0,00 0,546 12-Apr-90 12:45:00 13.3333 489.25 646.6 4? 32 12-Apr-00 13:00:00 13.5833 488.25 653.1 48 22 742.?0 I376.07 0.00 0.540 12-Apr-90 13:15:00 13.8333 488.50 659.5 48 32 12-Apr-90 13:30:00 14.0833 488.25 665.? 48 32 ?29.44 1376.68 0.00 0.530 12-Apr-90 13:45:00 14.3333 488.00 672.0 48 32 12-Apr-90 14:00:00 14,5833 487,75 677,9 48 32 734.6? 1377,05 0,00 0,534 12-Apr-90 14:15:00 14,8333 48?,50 683,7 48 32 12-Apr-90 14:30:00 15,0833 484,25 689,6 48 32 733.45 I377.38 0.00 0.532 12-Apr-90 14:45:00 15,3333 480,75 695.3 49 32 12-Apr-90 15:00:00 15,5833 479,75 ?00,9 49 32 732,33 1377,62 0,00 0,532 12-Apr-90 15:15:00 15,8333 4?8,75 706,4 49 32 12-Apr-90 15:30:00 16,0833 478,00 711,8 49 32 12-Apr-90 15:45:00 16.3333 478,25 717,I 49 32 12-Apr-90 16:00:00 16.5833 478,00 722,3 49 32 731,62 1376,98 0,00 0,53I 473,1.2 919,3 12-Apr-90 16:15:00 16,8333 477,75 727,3 49 32 12-Apr-90 16:30:00 I?,0833 478,00 732,4 49 32 0.550 271,91 543,5 1,4 0,550 287,61 572,7 1,4 0,550 303.34 601,? 1,4 630.? 1.4 366,10 717,8 1,4 381,60 746,7 1,4 396,79 775,? 1,4 412.10 804.6 427,38 833,5 442.64 862.3 1.4 Gravities: oi1:28.9 dee API, gas:0.685 1.4 1.4 1.4 Page ?,2,3 ,' HALLIBURTON RESERVOIR SERVICES Page 1.2,4 COMPANY : ARCO ALASKA COMPANY REP : COOPER/LANCE SEPARATOR : 42* X 15' 80 MNSTFD 12000 BPD AREA : PRUDHOE BAY. ALASKA INTERVAL TESTED: 10440-10450 FT MD LIQUID METERS: 2u-OIL, 1.5"-OIL, I*-WATER mmmmmmmmmmmmmmmmm~mmmmmmmmmmmmmmmmmmmmmm~mmmm°mmmm~mmmmmmmmmmm~mmmmmmmmmm~mmmNmNmmmmmmmm .... mmm~.m*eeeom*m~memo.mmmm~mmoememmmmememmmeeememmmmm~__eem ...... mmmmmm NNFLD SEP GAS SEP OIL WATER GOR CUN CUN CUN DATE TINE dTINE WHP CSG WHT CHOKE RATE RATE RATE (mscf/ SEP GAS SEP OIL WATER DD-MMN-YY aH:NH:SS (hfs) (PsiS) (Psis)(dee F)(64tbs)(mscf/d)(SEPB/D)(BBL/D) SEPB) (mscf) (SEP8) (BBL) COMMENT 12-Apr-90 16:45:00 11.3333 411.50 131.3 49 32 12-Apr-90 11:00:00 11.5833 411.50 142.2 49 32 12-Apr-00 11:15:00 17.8333 411.25 746.9 49 32 12-Apr-90 11:30:00 18.0833 460.15 152.9 46 32 IS-Apr-00 11:45:00 18.3233 474.00 161.6 46 32 12-Apr-90 18:00:00 18,5833 488,15 166.8 46 32 12-Apr-90 18:15:05 18.8347 491.75 171.5 46 32 12-Apr-90 18:30:00 19.0833 496.15 775.5 47 32 12-Apr-90 18:45:00 19.3333 513.25 ??1,1 48 32 1S-Apr-90 19:00:00 19,5833 520.15 ??8,0 47 32 12-Apr-90 19:15:00 19,8333 562,25 716,6 4? 32 12-Apr-90 19:30:00 20,0833 516,25 774,9 46 32 12-Apr-90 19:45:00 20,3333 588,50 174,0 46 32 1Z-Apr-90 19:59:00 20,5667 606,15 7?3,5 46 32 12-Apr-90 20:00:00 Z0,~823 621,00 v?3,5 46 0 12-Apr-90 20:01:00 20.6000 640.25 773.6 48 0 12-Apr-90 20:01:20 20.6056 641.00 773.5 49 0 12-Apr-90 20:02:00 20,6161 659,15 ??3,4 50 0 12-Apr-90 20:03:00 20,6333 618.15 113,1 53 0 12-Apr-90 20:04:00 20.6500 698.00 772.5 57 0 12-Apr-90 20:05:00 20,6667 717.25 771,9 61 0 12-Apr-90 20:06:00 20.6833 736.75 711,2 65 0 12-Apr-90 20:01:00 20.1000 756.00 170.4 68 0 12-Apr-90 20:08:00 20.1161 115,25 169,6 11 0 12-Apr-90 20:09:00 20,1333 192,00 768,6 13 0 12-Apr-90 20:I0:00 20.1500 811.15 161.6 15 0 12-Apr-90 20:11:00 20,1661 833,00 166,4 18 0 12-Apr-90 20:12:00 20.1833 852,25 165,3 ?9 0 12-Apr-90 20:13:00 20.8000 811.15 164.0 80 0 12rApt-90 20:14:00 20.8161 890.25 762.8 80 0 12-Apr-90 20:15:00 20.8333 909.00 761.5 81 0 130.69 1316.61 0.00 0.53I 503.51 916.5 1.4 113.25 1314.77 0.00 0,519 533.29 1032,4 659,00 1369,85 0,00 0,481 560,74 1085,9 1,4 582,55 1355,09 0,00 0.430 584.61 1130,1 1.4 Gravities: oi1=29.3 dee API, gas:0.682 1.4 Shut in well. I i t i i' i I i i i i I i' I t i l' i' I HALLIBURTON ,. RESERVOIR SERVICES CONPANY : ARCO ALASKA CONPANY REP : COOPER/LANCE SEPARATOR : 42" X 15' 80 NNSTFD 12000 BPD WELL NANE: POINT NcINTYRE 18 TEST HO. : FIVE - CASING SANDS NETER RUN : 5.761' W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10440-10450 FT ND LIQUID NETERS: 2'-OIL, 1.St-OIL, I"-WATER NNFLD SEP GAS SEP OIL WATER GOR CUN CUN CUN DATE TINE dTINE WHP CSG MBT CHOKE RATE RATE RATE (mscf/ SEP GAS SEP OIL WATER DD-NNN-YY HH:NN:SS (hrsJ (Psig) (Psig)(dee F)(64tbs)(mscf/d)(SEPS/n)(BBL/n) SEPB) (mscf) (SEPB) (BBL) CONNENT 12-Apr-90 20:16:00 20.8500 926.75 760.1 82 0 12-Apr-90 20:17:00 20.8667 944.00 758.? 83 0 12-Apr-90 20:18:00 20.8833 961.25 757.1 84 0 12-Apr-90 20:19:00 20.9000 977.50 755.5 85 0 12-Apr-90 20:20:00 20.9167 994.75 753.8 85 0 12-Apr-90 20:21:00 20.9333 1011.25 752.1 86 0 12-Apr-90 20:22:00 20.9500 1026.25 ?50.3 8? 0 12-Apr-90 20:23:00 20.966? 1041.75 748.4 8? 0 12-Apr-90 20:24:00 20.9833 1057.50 746.4 88 0 12-Apr-90 20:25:00 21.0000 1074.00 744.5 88 0 12-Apr-90 20:26:00 21.0167 1089.50 ?42.5 89 0 I2-Apr-90 20:2?:00 21.0333 1104.50 ?40.4 89 0 12-Apr-90 20:28:00 21.0500 1119.00 738.2 90 0 12-Apr-90 20:29:00 21.0667 1132.50 ?36.0 91 0 12-Apr-90 20:30:00 21.0833 1145.50 733.? 92 0 12-Apr-90 20:31:00 21.1000 1157.75 731.3 93 0 12-Apr-90 20:32:00 21,1167 1169.50 728,9 94 0 Terminate test and discontinue data acquisition, (' 13-Apr-90 12:00:00 36.5833 0.00 0.0 80 13-Apr-90 13:52:00 38.4500 0.00 0.0 100 13-Apr-90 14:00:00 38.5833 0.00 0.0 107 13-Apr-90 14:10:00 38.?500 0.0 106 13-Apr-90 14:20:00 38.9167 0.0 93 13-Apr-90 14:30:00 39.0833 0.0 82 13-Apr-90 14:40:00 39.2500 0.0 82 13-Apr-90 14:50:00 39.4167 115.83 I1.I 13-Apr-90 14:52:00 39,4500 133.78 25,9 72 13-Apr-90 14:54:00 39,4833 112.40 43,9 73 13-Apr-90'14:56:00 39,5167 93,05 62,? 78 13-Apr-90 14:58:00 39,5500 75.70 ?9.3 ?9 13-Apr-90 15:00:00 39.5833 76,88 93,3 78 Rigging up coiled tubing to freeze protect. Resume data acquisition. Begin pumping 50/50 methanol and water. Page ?,2.5 i i i i i i i i t i I I i i i i' I i HALLIBURTON RESERVOIR SERVICES COHPANY : ARCO ALASKA CO#PANY REP : COOPER/LANCE SEPARATOR : 42* X 15' 80 NNSTFD 12000 BPD WELL NANE: POINT EcINTYRE J8 TEST NO. : FIVE - CASING SANDS NETER RUN : 5.761* W/BARTON 202A RECORDER AREA : PRUDHOE BAY, ALASKA INTERVAL TESTED: 10440-10450 FT SD LIQUID HETERS: 2'-OIL. 1.5'-OIL, I*-#ATER NNFLD SEP GAS SEP OIL WATER GOR CUN CUN CUN DATE TINE dTINE WHP CSG NHT CHOKE RATE RATE RATE {mscf/ SEP GAS SEP OIL WA?E! DD-NHH-YY SS:NH:SS (hfs) (PsigJ (Psifl (des FJ (64thE)(mscf/dJ(SEPB/DJ(BBL/DI SEPB) (mscf) (SEPB) (BBL) COHHENT 13-Apr-90 15:10:00 39.7500 56.85 145.8 78 13-Apr-90 15:20:00 39.9167 58.55 174.2 ?8 13-Apr-90 15:30:00 40.0823 63.22 194.5 ?8 13-Apr-90 15:40:00 40.2500 ?8.63 201.0 75 13-Apr-90 15:44:00 40.3167 ?2.55 195.6 79 13-Apr-90 15:50:00 40.4167 63.18 186.3 76 13-Apr-90 16:00:00 40.5833 6?.52 179.0 77 13-Apr-90 16:10:00 40.7500 61.40 165.6 64 13-Apr-90 16:20:00 40.9167 0.00 139.9 59 13-Apr-90 16:30:00 41,0833 14.97 125.3 53 13-Apr-90 16:40:00 41,2500 198.05 110,9 53 13-Apr-90 16:50:00 41,4167 59,85 ?5,5 50 13-Apr-90 I?:00:0041.5833 16.72 49.1 50 13-Apr-90 I?:10:0041,7500 0,00 30,? 55 13-Apr-90 17:20:00 41,9167 0,00 16,9 65 13-Apr-90 I?:30:00 42,0833 0,00 16,3 ?6 13-Apr-90 17:40:00 42,2500 0.00 21.3 82 13-Apr-90 17:50:00 42,4167 270,80 37,1 47 13-Apr-90 18:00:00 42,5833 140,40 29,0 46 13-Apr-90 18:10:00 42,7500 47,?0 12,4 45 13-Apr-90 18:20:00 42,9167 24,82 0,8 45 13-Apr-90 18:30:00 43,0833 8.58 0,0 45 13-Apr-90 18:40:00 43,2500 1,68 0,0 45 13-Apr-90 18:50:00 43,4167 0.00 0,0 45 13-Apr-90 19:00:00 43,5833 13-Apr-90 19:10:00 43,?500 13-Apr-90 19:20:00 43,9167 · 13-Apr-90 19:30:00 44,0833' 13-Apr-90 19:40:00 44,2500 13-Apr-90 19:50:00 44.4167 13-Apr-90 19:51:00 44.4333 Injecting N2 at.550 scf/m. Coiled tubing at 5000 ft md. Coiled tubing at 7000 ft md. Injecting #2 at ?50 scl/a, Injecting N2 at 500 .scl/m, Blowing N2 at surface. Shut well in and rig down transducers. Terminate data acquisition - End'of Test Page 7,2.6 Page 8.1.1 ARCO ALASKA - PT. MCINTYRE PROJECT - EQUIPMENT LAYOUT 30' 0" t , 68' t i 6" t i 6" UTI L ITY MODULE STEAM GENERATOR 40' 0" --- Ii.. 28' 6"-- '~ iI- SEPARATOR DOGHOUSE SEPARATOR 42"X 15' 1440 PSI STEAM HEAT EXCHANGER 6 MMBTU/HR !0,000 PSI $PRoDUCED FLUIDS TO SEPARATOR TEAM ..LET F"O~ UTIUTY ,ODULE "ELIEF LINE P~D~ED'ELUIDS STE~M OUTLET LAB -" 24' 0" '"- 1,1 AN IFOLD ~ELLHEAD PTAP t $? GA.5 OUT TO FLARE ~ AIR SUPPLY FROM tJTILITY MODULE OIL OUT TO TANKS RELIEF LINE 27' 6" ~- iI- Page 8.2.1 LIST OF PERSONNEL Larry Carlyle Erwin Dewald Dan Wuthrich Mike Litner Ron Cookson Specialist Specialist Specialist Specialist Specialist Bob Clump Sherry Dyck Engineer in Training Engineer in Training Tom Ackley Operator HALLIBURTON RESERVOIR SERVICES 0 A ~,~ Page 8.3.1 April 26, 1990 Mr. Ryan Lance Arco Alaska Incorporated 700 G Street Anchorage, Alaska 99501 re: Buildup Tests of April 9-11, 1990 Number 8 Well Point Mclntyre Perforations: 10144-10168 ft MD Prudhoe Bay, Alaska Dear Mr. Lance, Please find enclosed the engineering analysis report of the referenced well tests. This report consists of the input data, processed data, and several diagnostic plots for your inspection. The flow rate data was gathered by HRS using an electronic data acquisition system and the pressure data was reported to us by your company. WELL HISTORY Production began from the referenced well on April 09, 1990 at 0534 hours as per the real-time rate schedule shown on page 10. During the flow periods the well produced a'cumulative total of 19 barrels of 28.1 gravity crude oil and no.formation water. Following this initial flow the well was shut in for 20 minutes. The purpose of this short surge was to relieve the super-charge. Flow was resumed at a moderate average rate of 500 bpd for 10.26 hours followed by the first buildup of 15.24 hours. A second flow rate was established at an average rate of 2300 bpd and continued for 16.11 hours followed by a 9.65 hour buildup. ANALYSIS RESULTS The fluid properties use were empirically generated using correlations for a 28.1 degree API oil. The bubble point pressure was calculated to be 3781.42 psis for an estimated solution gas at . the bubble point, Rsb, of 610 scf/stb. The Rsb is based upon the last producing GOR. The properties were calculated at a reservoir temperature of 181 degrees Fahrenheit and appear on page 24. Buildup no. 1 (pages 1-11): The log-log derivative plot on page § shows the unit slope line of fluid compression in the flow string. The derivative plot on the same page shows the after-flow rate decay which completes the ETR (early time regio~n) at about data point 29 (delta time = 1.94 hours) and begins the MTR (middle time region) which is denoted by a constant derivative (horizontal) trend along the base of the trough of the derivative plot cited above. This trend correlates with a semi-log straight line on the superposition plot on page 6 which is expanded on page 7. A linear regression analysis of the MTR yields results that are summarized at the front of this report. The data regressed upon includes the estimated pressure supplied by Arco that appears as the very last point in the profile. The data fit the radial flow model with an average difference of less that 0.2 psi between the measured and calculated pressures as shown on page 1 and 2 of this report. This pressure difference is within the sensitivity band of the gauge and therefore lends confidence to the analysis results. Buildup no. 2 (pages 12-23): The derivative plot on page 16 indicates the presence of an MTR at data point 46 (dr=2.1§ hrs). The last few points show a reduction in slope indicative of an increase in the flow transmissibility, kb/u, away from the wellbore. This is also seen in the superposition 'plot on page 17 and the expanded version on page 18. The rate insensitive MDH semi-log plot on page 19 also exhibits this behavior lending confidence to the accuracy of the analysis results. The extrapolated pressure from the MTR is 4336.98 psis at the gauge datum. This is 18.84 psi greater than the extrapolated pressure from buildup number 1 (4318.14 psis at gauge datum.) This difference is attributed to the additional cleanup during the interim flow. The linear regression analysis of'data points 46-73 (delta time = 2.15-9.65 hours respectively) on a radial flow model yields an average difference in the calculated pressure versus the measured pressures of 0.17 psi that is statistically random indicating that the radial flow model is applicable. The total system compressibility, Ct, for this buildup is 5 fold higher than for buildup no. 1. This is due to the average pressure for the buildup ( Pavg=[Pwf-P*]/2 = 3286 psis ) falls below the calculated bubble point pressure 3781 psis. Free gas is present below Pb and the analysis model accounts'for this. We appreciate the opportunity to assist you with this project. Please feel free to contact me if you have any questions concerning this or any other projects. //4ames C. Li~.g Reservoir Engineer JCL/il JO008 TABLE OF CONTENTS I Buildup Number 1 ........................................ 1-11 analysis results ...................................... 1-3' plots ................................................. 4-8 input data ........................................... 9-11 I I Buildup Number 2 ....................................... 12-28 analysis results ................................ ,...12-14 plots ............................................... .1§-19 input data .......................................... 20-28 I I I Appendix fluid properties .................................... 24-26 m~lILOUP NO. ! ON APR 9-!0 ARCO ALASKA INC. WELL NO. 8 POINT M¢INTYRE NORTH SLOPE ALASKA PERFORATION INTERVAL: 10144-10168 GENERAL FILE - G FLUID FILE - F ANALYSIS FILE- C! RESULTS OF PRELIMINARY LINEAR REGRESSION USING LINE SOURCE RADIAL FLOW MODEL AVA. DEVIATION OF CALC PRESSURE .1978 PERMEABILITY CALCULATED SKIN FACTOR CALCULATED 4.72 PRESSURE DROP ACROSS SKIN AT LAST SANDFACE RATE COMPLETION EFFICIENCY 62.24 INITIAL PRESSURE ENTERED EXTRAPOLATED PRESSURE, P* 4314.7 4318.14 AT 2S.93 HRS,DRAWDOWN RADIUS ORAWDOWN AREA OIL IN ORAWDOWN AREA AT 15.241HRS FROM SHUTIN, PT) 47 BUILDUP RADIUS BUILDUP AREA OIL IN BUILDUP AREA C1RADIAL, CI/EXP(-2s) Cl, (~92.2~E-B*K)/(Phi*U*Ci*Ru*Ru) 1039.5 77.93 'l.9381756E+B 796.9 4S.8 1.1390934E+B 1,66902E+9 153124 *** INPUT PARAMETERS *** LAST FLOWING PRESSURE AVERAGE PRESSURE WELLBORE RADIUS TOTAL COMPRESSIBILITY AVERAGE VISCOSITY FORMATION VOLUME FACTOR POROSITY LAST SANDFACE RATE NET THICKNESS NO. OF POINTS ANALYSED 3812.S9 408S.38 .4023 11.21 .82 1.32 22 G1B.9~ 24 18 PSI MILLIDARCIES PSI PERCENT PSIA PSIA FEET ACRES S.T.BBL. FEET ACRES S. T. BBL. PSIA PSIA FEET V/MMV/PSI CENTIPOISE RES.BBL/STB PERCENT RES.BBL/DAY FEET BUILDUP NO. 1 ON APR 9-10 ARCO ALASKA INC. WELL NO. 8 POINT MclNTYRE NORTH SLOPE ALRSKA PERFORATION INTERVRL: 10144-10168 GENERAL FILE - G FLUID FILE - F ANALYSIS FILE- G1 TIME PT (HRS) 1 19.69 29 12.63 30 12.71 31 12.80 32 12.88 33 12.98 35 13.13 36 13.21 37 13.30 38 13.38 39 13,48 40 13.55 41 13,83 42 13.71 43 13.80 44 13.88 47 25.03 X PRES.ME~S. PRES.CfiLC. RfiTE-TIME FUNC. PSI6 PSIG 1.00570954286+03 7,63382233716+02 7.51043163406+02 7,39219724056+02 7.27873279836+02 7.169B942968E+02 7.0647740427E+02 G.~B38958708E+02 6.8662099879E+02 6.7720914880E+02 G.G811354092E+02 6.59315523926+02 8.50798058576+02 B.4254553500E+02 6.34543615536+02 6.26779098536+02 'G.19239800146+02 2,42216816836+02 3787.89 3797.80 4245,77 4245.80 4246.66 4246.73 4247.85 4247.82 4248.59 4248.48 4249.40 4240.30 4250.21 4250.10 4250.89 4250.88 4251.77 4251.80 4252.86 4252.31 4253.10 4252.96 4253.65 4253.66 4254.40 4254.30 4254.88 4254.92 4255.30 4255.53 4255.78 4256.11 4258.15 4258.68 4285.30 4285.15 DIF -0.00 .03 .07 -.03 -.11 · -.10 -.11 -.03 -.17 -.35 -.11 .01 -.10 .04 .23 .35 .53 -. '15 BUZLDUP' NO. I ON RPR 9-11~ POZNT Ho/NTYRE RRCO RLRSKR-];NC. H R S NORTH SLOPE RLRSKR HELL NO, 8 ~.gLZMZN~Y rzgca mmLvezs PERFORRT~ON ~NTERVRL~ IBI44-IBIG8 CflL~TED( ~VS HEflS~ED(B) PRESSURES fiND DZFrER~CES(. ) ;? I BUILDUP NO. ! ON RPR 9-$QI RRCO RLRSKR ZNC. 'HELL NO, B III. YBZB r~l.E~ II311:IL F2LE: I I I I HRS PRELZHZliY IrZ~n ~IfLYBZB I I / I POZNT HoZNTYR£ NORTH SLOPE RLRSKR PERFORRTZON ZNTERVRL; 18144-10168 I.II I Il,I! I I I I II.ii II.II Il.lB II.II TIME,hours I I i I ! I I4. II II .II I X BUILDUP NO. I ON APR 9-10 ARCO RLRSKR INC. NELL NO, B fI~t. YBIB FIts'. -Cl GE3iERflL. rILE m m mmmlI HRS PR~ZHZN~ ?~3.1J IYBZS POINT HoZNTYRE NORTH SLOPE RLRSKR PERFORRTZON INTERVRL: 18144-18168 DELTR P t QLRBT(DP/DX$)/2.3B3 v8 DELTR TZHE (HRS) ! 'm t m i'i mmI m m m ! i i mmI · 4* · m m m m ! t m m mJmmm! ]]ELTR TIME (HRS) I I I I J I I fJ N ~UZLDUP NO. ! ON RPR 9-118 POZNT MoZNTYRE RRCO RLRSKR 1'NC. H R S NORTH SLOPE RLRSKR NELL NO. B- i~o.~a~#nln' rxEt.a ~YSZS PERFORRT~ON ZNTERVRL~ ~ rZLC ~e PRESSURE - PSXfl v~ BUHC (Q(K)-Q(K-J))~LOG(T(3)-TCK-I ) ),BBLPD-LOG(HRS) I I I I i I I I i I . II · · · · · '1 i I I I I ! . I i ~UPIc CQCK)-QCI~-] ) )~I_OGCTC.T)-TCK-; ) ), GBL. P]~-I_OG C HR~) l~I44-lBIGB I .I BUZLDLJP NO. I ON RPR 9-!0 RRCO RLRSKR ZNC. NELL NO. 8 HRS PREI. IHINFIRY F[EI.D FIId~YBIB POINT HoINTYRE NORTH SLOPE RLRSKR PERFORRTION INTERVRL: GENE3Ul. FiLE PRESSURE - PBZR ye SUlq( CQ(K)-QCK-t ) )#LOG(T($)-T(K-! ) ) ,BBLPB-LOG(HRS) I 18144-18168 I I i I I i I i I J' I I I I I I I I 35B. BO 4BO,BO 4BO,BO BOO. BO · BSO. OB 6BB. BO 65B. BO 7BO,OB ~UM((O(K)-QCK-I) )-~I_OG(T ( $)-T (K-I) ) , BBI_F:)D-LO(~ (HRS) ! ?SO,BO · -I ? I BUZLDUP NO, ! ON RPR 9-lB RRCO RLRSKR ZNC. · NELL NO. B I I I HRS ~XHI~Y tZ~ IYBZB POZNT HoZNTYRE NORTH SLOPE RLRSKR PERFORRTION ZNTERVRL: 1~!44-19168 PRESSURE - PSZfl ve DELTfl TZHE (HRS) i t I I i I i! t t I I I I ilI I I I I I I'1 I · i i I Ii IJellIJIllIf i·1· · oeec00 6 41 Ii I I I I I I tll I ,,I I DELTR TIME (HRS) I ! BUILDUP NO. I ON APR 9-10 ARCO ALASKA INC. WELL NO. 8 POINT MclNTYRE NORTH SLOPE ALASKA PERFORATION INTERVAL: 10144-10lBS GENERAL FILE: G ANALYSIS FILE: C1 JOB INFORMATION: TEST BEGAN- TEST ENDED- WELL 1.0. - JOB I.D. - GAUGE NO. - 9 APRIL 90 ll APRIL 90 PT. MAC. NO. 8 ANALYST - SCHLUMBERGER GAUGE DEPTH FT - LING-CLUMP-OYCK 10100 WELL CONFIGURATION: TUBING I.D.,INCHES TUBING LENGTH,FEET TUBING O.D.,INCHES PACKER DEPTH FEET TOP OF PERFS,FEET 2.992 CASING I.D.,INCHES 9893.0 CASING LENGTH,FEET 3.508 PLUGBACK DEPTH FEET 9093.0 WELLBORE DIAMETER,INCHES 10144.0 BOTTOM OF PERFS,FEET 6.184 10362.0 10362.0 9.GSG 10168.0 RESERVOIR DATA: INITIAL PRESSURE,PSI6 4300.000 PRESSURE DATUM,FEET 8800.0 GAS MEAS. PRESS. BRSE,PSIA 14.?00 ATMOSPHERIC PRESSURE,PSIA .14.700 RESERVOIR TEMP., BEG.F. 181.0 AUG. RES. DEPTH, FEET 101SB.O AVG. POROSITY, PERCENT 22.00 AVG. WATER'SAT., PERCENT 20.00 AVG. NET. THICKNESS, FEET 24.00 FORM. COMP., V/MMV/PSI 3.500 TOTAL COMP., V/MMV/PSI 10.796 FORMATION FLUID OIL lO BUILDUP NO. I ON APR 9-10, 1990 ARCO ALASKA INC. WELL NO. 8 POINT PIeINTYRE NORTH SLOPE ALASKA PERFORATION INTERUAL: 10144-10168 PT ~ YR MO DA HR PIN SO B,O,P,D. MSCF/D B.W.P .O. 30 31 32 33 34 RATE FILE 1 gO 4 g 5 40 0 453E.00 2 B0 4 g 8 0 0 0.00 3 gO 4 g 7 0 0 1058.40 4 80 4 g 8 0 0 888.08 5 80 4 B B 0 0 288.00 B 90 4 9 10 0 0 1812.00 ? 90 4 9 11 0 0 1788.00 8 90 4 B 12 0 0 432.00 9 90 4 g 13 0 0 480.00 10 90 4 B 14 0 0 528.00 1! 90 4 B 15 0 0 528.00 12 90 4 9'IB 0 0 504.00 13 80 4 B lB 15 31 467.20 14 80 4 10 7 30 0 0.00 15 80 4 10 7 48 0 0.00 lB 90 4 10 8 0 0 1653.B0 17 90 4 10 8 30 0 3244.80 18 50 4 10 B 0 0 2583.441 19 90 4 10 10 0 0 2407.20 20 90 4 10 11 0 0 2489.38 21 80 4 10 12 0 0 2358.?B 22 90 4 10 13 0 0 2373.80 23 gO 4 10 14 0 0 2341.92 24 90 4 10 15 0 0 2480.88 25 90 4 10 lB 0 0 2288.72 28 90 4 10 17 0 0 2328,72 27 80 4 10 18 0 0 ' 2253.88 28 90 4 10 lB 0 0 2288.38 2B 90 4 10 20 0 0 2282.24 90 4 10 21 0 0 2284.88 50 4 10 22 0 0 2255.52 90 4 10 23 0 0 2248.BB 90 4 I0 23 51 50 2475.23 90 4 11 12 40 53 0.00 R:C580,700,0,1 WRITTEN BY EDITR 2631,00 0.00 813.80 45.98 43.23 1055.83 I036.99 246.98 294. lB 272.92 279.13 304.83 285.00 0.00 0.00 858.87 1887.30 1504.20 1588.75 1481.82 1438.88 1424.18 1405.15 1483.72 1293.17 1280.80 1281.52 1259.15 1244.23 1245.88 1240.54 1235.78 1381.38 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Bate of Start of Production: April 9, 1990 @ 05:34 11 BUILDUP NO. ! ON APR 9-10, 1990 ARCO ALASKA INO. WELL NO. 8 POINT McINTYRE NORTH SLOPE ALASKA PERFORATION INTERVAL: 10144-101G8 PT ~ YR MO DA HR MN SO PSIG PSIA I 90 4 9 lB 15 31 3797.890 3812.590 2 90 4 9 lB lB 47 3824.580 3839.280 3 90 4 9 16 18 47 3887.690 3902.390 4 90 4 9 lB 20 47 3939.530 3954.230 5 90 4 9 lB 21 47 3964.0G0 3978.760 G 90 4 9 IB 24 l? 401G.270 4030.9?0 ? 90 4 9 IB 2B 4? 4056.810 4071.510 8 90 4 9 1G 31 17 4111.020 4125.720' 9 90 4 9 lG 31 47 4116.480 4131.160 10 90 4 9 lB 38 4? 4150.920 41SS.B20 11 90 4 9 16 41 4? 4172.010 4186.?10 !2 90 4 9 1~ 46 4? 4184.270 4198.9?0 13 90 4 9 1S 51 47 4194.380 4209.080 14 90 4 9 IS SS 4? 4203.700 4218.400 1S 90 4 9 17 1 4? 4212.460 4227.1B0 lB 90 4 9 17 B 47 4216.920 4231.620 I? 90 4 9 17 11 47 4220.920 4235.B20 18 90. 4 9 I? lB 47 4223.710 4238.410 19 90 4 9 17 21 47 4225.?90 4240.490 20 90 4 9 17 2B 4? 4228.050 4242.750 21 90 4 9 I? 31 47 4230.210 4244.910 22 90 4 9 17 3B 4? 4230.640 4245.340 23 90 4 9 I? 41 47 4232.490 4247.190 24 90 4 9 17 4G 47 423S.130 4249.830 25 90 4 9 17 51 47 4239.200 4253.900 26 90 4 9 17 5B 47 4241.520 425B.220 27 90 4 9 18 1 47 4243.260 4257.9S0 28 90 4 9 18 G 47 4244.480 4259.180 29 90 4 9 18 11 47 4245.7?0 42B0.470 30 90 4 9 18 IS 47 424G.GBO 4261.360 31 90 4 9 18 21 47 4247.BS0 4262.350 32 90 4 9 18 2B 47 4248.590 42B3.Z90 33 90 4 9 18 31 47 4249.400 4264.100 34 90 4 9 18 36 47 4250.210 4264.910 35 90 4 9 ~8 4! 47 4250.890 4265.590 36 90 4 9 18 4G 47 4251.770 42BB.470 37 90 4 9 18 51 47 4252.660 4267.360 38 90 4 9 18 56 47 4253.100 4257.800 39 90 4 9 19 I 47 4253.650 4268.350 40 90 4 9 19 6 47 4254.400 4269.100 41- 90 4 9 19 11 47 4254.880 4269.580 42 90 4 9 19 16 47 4255.300' 4270.000 43 90 4 9 19 21 47 4255.760 4270.460 44 90 4 9 19 26 47 4256.150 '4270.850 45 90 4 9 22 35 0 4272.300 4287.000 46 90 4 10 I 0 0 4280.300 4295.000 47 90 4 10 7 30 0 4285.300 4300.000 .. PRESSURE FILE P1 WRITTEN BY EOITP -t 12 BIJ!LOUP TEST OF APRIL !0-!I !990 ARCO ALASKA INCORPORATED NIJMBER S WELL PERFORATIONS: !0!44-101BB FT MD POINT Mc!NTYRE NORTH SLOPE ALASKA GENERAL FILE - G FLUID FILE - F ANALYSIS FILE- C2 RESULTS OF PRELIMINARY LINEAR REGRESSION USING LINE SOURCE RADIAL FLOW MODEL AVG. DEVIATION OF CALC PRESSURE CALC.MOB!LITY,(Ko/Uo+Kg/Ug+Kw/Uu) EFFECTIVE PERMEABILITY, Ko SKIN FACTOR CALCULATED PRESSURE DROP ACROSS SKIN AT LAST SANDFACE RATE COMPLETION EFFICIENCY · ! 705 80.951 3.83 ?82 INITIAL PRESS~JRE ENTERED EXTRAPOLATED PRESSURE, P* 4314.? 4336.98 AT 51.95 HRS,DRAWDOWN RAD!~JS DRAWDOWN AREA. OIL IN DRAWDOWN AREA AT 9.651 HAS FROM SHUT!N, PT~ ?3 BUILDUP RADIUS BUILDUP AREA OIL IN BUILDUP AREA C1RAD!AL, C!/EXP(-2s) C!, (592.25E-E*K)/(Phi*U*Ci*Ru*Ru) BBO.S 3!.47 ?82889.3 284.7 145444 5.9984E+? 28095 **~ WARNING *~ ~N PRESENCE OF 2 PHASE FLOW ANALYSIS RESULTS CAN ONLY BE APPROXIMATE INPUT PARAMETERS LAST FLOWING PRESSURE AVERAGE PRESSURE WELLBORE RADIUS TOTAL COMPRESSIBILITY AVERAGE VISCOSITY FORMATION VOLUME FACTOR POROSITY LAST SANDFACE RATE NET THICKNESS NO. OF POINTS ANALYSED 2235.02 3288 .4023 cc 308 .883 1.285 22 3242.8 24 PSI MB/CP MILLIDARCIES PSI PERCENT P$IA PSIA FEET ACRES S.T.BBL. FEET ACRES S.T.BBL. PSIA FEET U/MMV/PS! CENT!POISE RES.BBL/STB PERCENT RES.BBL/DAY FEET 13 BU!LD~JP TEST OF APRIL 10-!I I~0 ARCO ALASKA T~trn~nm~Tcn NUMBER 8 WELL PERFORATIONS: !O14~-lO1G8 FT MO POINT M¢!NTYRE NORTH SLOPE ALASKA FLUID CTt c - c ANALYSIS CT~ :- r, TIME X PT (HRS) RATE-TIME FUNC. 1 ~2.38 3.7G37074240E+O~ ~8 44.46 2.9848638104E+03 47 44.81 2.8988280496E+0~ 48 44.?8 2.81S87381S4E+8~ 4B 44,.B6 2.74047S8~0E+0~ S0 4~.11. 2.67049~0!~6E+0~ E1 4~.28 2.S0~107307GE+03 ~2 4E.46 2.6438082434E+03 53 ~5.G1 2.48S1586780E+03 54 4~.78 2.43178BB!lSE+03 55 ~6.95 2.380388648SE+03 5G 46.11 2.3318820868E+03 67 48.28 2.285~2BS!SBE+03 58 ~G.45 2.2~14234783E+03 5~ 48.~1 2.1BB480528BE+83 S0 48.95 2.121'152B411E+03 B1 47.28 2.0483~BSO33E+03 82 47.61 1.S831873874E+03 83 47.95 1.921951052~E+0~ 84 48.28 1.SB~O47203BE+03 85 48.8! 1.81198!3~33E+03 G6 48.9~ I.TB23~SS822E+03 S? 49.28 1.7157588908E+03 68 49.61 1.B?19434SS~E+O~ GB 49.B~ 1.8~0828~763E+03 70 50.45 1.572853383BE+03 71 58.95 1,5!B5437208E+03 72 61.45 1,470158894!E+03 73 5!.95 1.4242488935E+03 PRES.MEAS. PRES.CALC. PS!6 PSI6 2220.32 2228.32 4105.3B 4!05.83 4112.10 4112.2! 4117.98 4118.!8 412~.~ 4123.SS 4128.B0 4128.S3 4133.42 4133.37 4137.BB 4137.8! 4142.!4 4141.BB 414G.OB 4146.94 414B.SB 414B.GG 41E3.34 4153.!9 415G.~3 415G.55 ~15~.83 415B.74 4!G2.8~ 4182.78 4168.67 41~8.4G 4173,G7 4173.G7 4178,57 ~178.47 4182.85 4182.B! 4188.77 4187.03 4190.86 4190.88 41~4.65 4194.48 41BT.B8 41B?.SG 4288.92 4281.04 4204.13 ~204.03 4208.44 ~208.22 42!2,0S 4212.0B 4215,48 42!S.S7 4218.68 42!B.00 .. DIF -0.00 .44 .11 .!4 .09 .03 - -.18 -.lB -.!S -.!9 -.15 -.09 -.11 -.11 -0.00 -.10 .06 .2B .03 -.!? -.12 .!2 -.!8 -.22 .8~ .2! I BUZLnUp TEST OF' FIPRZI. lB-Il 199B PERFORFITZONSI lBI44-IBI68 F'T lid NUHBER B NELL PRE3.ZH2N.RIW F]:EI.~ RNIILYB2B NORTH SLOPE RLRSKR CRLCLILRTED( ----~VS HERBURED(8) PRESSURES RND DZF'F'ERK'NCF._q(. ) .., - .! . I, ! ! I I I l 42_m~__m"_.-8~ 4~-Wa 4,1__me~m~_-oB .4.5000£-01 4SHOoK-rd 47088E-B~ 4OBBIE-.eB 4BBBOE-8~ 50888E-~ alOOOC-OJ CUHULflTZVE TZHE OF PRODUCTZON - HOURS W BUILDUP TEST OF RPRIL lB-Il RRCO RLRSKR ZNCORPORRTED NUHBER B NELL I 'i 44,U HRS PRE3.Z#ZNFIRY lr~'gl.D FIitoLyBzB PREBEURE: - PBXR ye TXHE, Hours PERFORRTIONSt IB144-1~160 FT ND POINT HoINTYRE NORTH SLOPE RLRSKR I I 46, N 41. lB ti. Ill TIME, Hours · · · · · · BUILDUP TEST OF APRIL ]8-S] ]998 ARCO RLBSKR INCORPORATED NUHBER B HELL ! ! ~ I I"~'1 II' HRS PRE3.ZHZNflRY F'ZE3.0 fll4:K.YBZB PERFORRTIONS: 18144-1816B ?T ND POINT HoINTYRE NORTH SLOPE flLRSKfl DELTR P & QLflST(])P/DXJ)/2.3B3 v= DELTR TZHE (HRS) .... m 9'"~" m i m I mI ..... m m m::/'l m.'m mI .... · · Il · · · · 4, eeeeeee~e~e · e eeeeeeee eeeee __! I ..I ! t I I I1 · ! ,t,l... , .r., m , ,...,.,i ''"id' f , 4 , DELTA TIME (HRS) I I I I I I III BU:FLDUP TKST OF RPRIL 18-11 1998 PERFORRTION51 18144-181GB FT MB .R=O .LRSK. ,NCORPOR.TED H R S POXNT MoXNTYRE HUMBER B HELL ~xaxl rx~ IYiXn NORTH ~LOPK RL~SKR I F]~ -I PRESSURE - PS~R ve SUM((O(K)-O(K-] } )~LOG(T(~}-T(K-I } ) ~BBLP~LOG(HRS) I I I I i I I I I I I I · %lll·l I·('.e·ll · · · 6 ·eel I · · I · · · i e · · I . I I I I I I I I I SUM( (Q(KI-Q(K-I ') )*LOG(T (J)-T(K- 1 ) ), BBLPD-LOG(HRS ) BUZLDUP TEST OF RPRZL 1~-11 flRCO flLRSKR INCORPORRTED · NUHBER B NELL 1990 HRS PRE~ZHZNFIRY F:Zlrt D RNRI.YSTB PERFORRTZONS: 18144-18168 FT MD POZNT HoZNTYRE NORTH SLOPE RLR5KR RNRI. Y~2B F:IIJ: PRESSURE: - PSZR ye BUH(CQ(K)-Q(K-I ))#LOG(T(J')-T(K- I ) ), BBLPi)-LOG(HRB) BI.lB I I I I I I I I I I I I o. II · '11. · · I I I I I I I I I SUM((Q(K)-QCK-I) )*LOG ( T (J)-T(K- 1 ) ), BBLP]]-LOG (HRS) BUILDUP TEST OF RPRIL l B-! ! RRCO RLRSKR INCORPORRTED NUHIiER B NELL RI~YB2B F21.~ -C~ ~ FZ~ -G ~ ~ I"' I I I illI I I I 999 I I · HRS PRELZHZNI~Y KZEL,D RNJM. YB]B PERFORRTXONS: lBI44-1BI68 FT ND POINT NnINTYRE NORTH SLOPE RLRSKR PRESSURE - PBZfl ye D£LTR TZHE (HRB) I I I I I III .e · · · · · · · · · leleeee:eeeleelell · · ·,,, ,""'"""'4,' db ELTR TIME (HRS .I I I_l I IIIJ . a 3 4 S J? BIIiBi ..J.. I J f f ! BI?Ill 2O BUILDUP TEST OF APRIL !0-!I 1990 ARCO ALASKA INCORPORATED NUMBER S WELL PERFORATIONS: 10144-!01S8 FT MD POINT M¢!NTYRE NORTH SLOPE ALASKA :ENER~L :TI~: G ANAmv~,c ~T~. C2 lll kl~ li~I JOB INFORMATION: TEST BEGAN- TEST ENDED- WELL I.D. - JOB I.D. - GAUGE NO. - 9 APRIL 99 11 APRIL 90 PT, MAC. NO. 8 ANALYST - SCHLUMBERGER GAUGE DEPTH FT - LING-CLUMP-DYCK 10100 WELL CONFIGURATION: TUBING I.D.,INCHES TUBING LENGTH,FEET TUBING O.D.,INCHES PACKER DEPTH FEET TOP OF PERFS,FEET 2.992 CASING I.D.,INCHES 9093.0 CASING LENGTH,FEET 3.S00 PLUGBACK DEPTH FEET 9093.0 WELLBORE DIAMETER,INCHES 10144.0 BOTTOM OF PERFS,FEET G.184 103G2.0 10362.0 9.BSG 10168.0 RESERVOIR DATA: INITIAL PRESSURE,PSIG GAS MEAS. PRESS. BASE,PSIA RESERUDIR TEMP., DEG.F. AUG. POROSITY, PERCENT AUG. NET. THICKNESS, FEET TOTAL COMP., U/MMV/PSI 4300,000' PRESSURE DATUM,FEET 8800.0 !4.700 ATMOSPHERIC PRESSURE,PS!A 14.700 !81.0 AVG. RES. DEPTH, FEET 1015S.0 22.09 AVG. WATER SAT., PERCENT 20.00 24.00 FORM. COMP., U/MMV/PSI 3.500 55.306 FORMATION FLUID OIL BIITI nllp TECT hi:: ApR'r~ lm-1 ~ ~ ~nm ~r0 ~l ~c~ ~Nr0RPn~T~n NUMBER 8 WELL PERFORATIONS: 1~144-1~!~8 FT MD POINT Mc!NTYRE NORTH SLOPE 6LSSK6 21 PT ~ YR ~0 0~, HR ~N SC B.O.P.O. MSCF/D B.W.P.O. 4.536,00 0,00 1058,4.0 868.08 289.00 1812,00 1788,00 432,00 4.80,00 528,00 S28,00 504.,00 4.67,20 0.00 0,00 1653.60 3244.80 2593.44 2407,20 2469.~6 2399.76 2373.60 2341.92 2480.88 2268.72 232B.72 2293.8S 2289.36 2282.24. 2264..88 2255.52 2248.88 24.75.23 0.00 ?~1 00 w · 0.00 6!3.80 43.?x 1055.63 1036.99 24.6.96 294.. ! 9 272.92 279.!3 304. n~ 285.00 0.00 0.00 856.87 1887.30 1504..20 1588.75 14.81.82 14.39.88 14.24..18 14.05.15 14.83.72 1263.17 1280.80 1281.52 1256.!S 124.4..23 124.5.88 1240.54. 1235.78 1381.38 0.00 0,00 0,00 0,00 0,00 0,00 0,00 0.08 0,00 0,00 0,00 0,00 0,00 0.00 0,00 0.00 0,00 0,00 0,00. 0,00 0,00 0.00 0,00 0,00 0,00 0.00 0,00 0,00 0,00 0,00 0,90 0,00 0,00 0,00 0,00 ~J!LOJJP TEST Of APRIL !0-!1 !990 ARCO ALASKA INCORPORATED NUMBER 8 WELL PERFORATIONS: !0!44-10150 FT MO POINT McINTYRE NORTH SLOPE ALASKA PT ~ YR MO DA HR RN SC ! 2 3 4 ? 9 !0 1! 12 !4 !G 17 lB 19 20 2! 23 24 2-q 27 29 34 ~d' I,MP 37 39 40 41 42 43 , 44 47 PSIS 2220.320 2258.820 229E.490 2334.410 2372.050 2409.430 244S.5S0 2483.340 2519,.840 2555.890 2626.S70 2695.910 2763.540 2929.890 2694.740 2958.150 3020.020 3080.130 3139.500 3249.110 3443.180 3S25.950 3599.190 3ss3.220 3718.590 3766'019 3800.370 3840.600 3875.980 3909.800 3936.400 39?4.620 4996.376 4016.240 4028.940 4939.479 4049.430 4056.260 40G3.250 4089.450 4075.100 4060'.2!0 4089.670 4097.880 4~05.390 41 2. 00 PSIA 2235.020 2273.520 2311.190 2349.!!9 2386.759 2424.130 24S1.2S0 2498.040 2534.540 2570.560 2541.370 2710.6!9 27?8.240 2844. 390 2909. 440 29?2. 850 3034.720 3094.830 3153.200 32S3.810 3365,530 3457,880 3540.650 3613.890 3B??.920 3?33.290 3780.710 3821.070 3855.300 3890.980 3924.500 3951.100 3999.320 4015.070 4839.940 4043.640 4054.170 4053.!30 4070.960 4077.950 4084.150 4089.800 4094.910 4104;370 41'12.580 4120.090 412G.800 22 81J!LD~JP TEST OF ,~PRIL !0-!! 1990 NUMBER 8 WELL pEm~nm~T!ONC. ~l~4_~lGO cT ~n POINT MclNTYRE NORTH SLOPE ALASKA 23 PT ~ YR MO DA HR MN SC PSIS PSIA 48 4.9 50 51 54 61 G2 64 GEl 70 71 72 74 78 77 78 ?Et 99 4 11 3 26 S3 90 4 1! 3 48 53 90 4 11 4 0 53 ElO 4 1'1 ¢ 10 53 90 4 11 4 50 53 4 11 5 10 53 90 4 11 5 58 53 90 ~ 11 G 18 53 99 4 I! S 39 53 99 4 11 G 50 53 90 4 1! ? 16 53 90 ~ 11 ? ~0 53 ElO 4 I1 8 0 53 90 ~ 11 8 30 53 90 A 11 9 0 53 9~' A 11 9 30 53 90 A 11 10 0 5~ 90 ~ 11 11 0 ~3 90 ~ 11 12 0 5~ 90 ~ 11 I~ ~0 53 411 ?. 969 ~ 123. 4128.696 ~133. 4137.999 4142.!49 4149.859 4153.340 415B.~30 ,~1~8.570 4173.G70 ~178.570 4182.850 4188.779 41~0.850 4194.8~0 4197.980 4200.920 4204.130 4208.440 ~2i2.050 4215.480 42!8.5G0 4221.G50 4224.060 422G,4~0 4226 42~0. 42~3.2G0 4132.G80 ~138.160 4143.300 4148.120 4152.G90 4158.849 4169,796 4184,550 41G8,040 4171,330 4174.530 4177.599 ~183.270 4188.370 4193.270 41 El?. 550 4201.470 4295.559 4209.356 4212.880 4215.G20 4218.'830 4223.140 ~22G.750 4230.160 ~233.2B0 423B.350 4238.789 4241,180 4243.~0 4245.0G0 24 BUILDUP TEST OF 9-10/APR/90 ARCO ALASKA INC. No. 8 Well PERFORATIONS: 10144-10188 FT MD POINT MclNTYRE NORTH SLOPE CALCULATED FLUID PROPERTIES USED IN PRELIMINARY ANALYSIS API 6RAV 28.100 BUB.PT.PRES. 3781.42 PSIA BUB.PT.60R RES.TEMP.(DEG.F) 181 OIL PROPERTIES FILE - F G10.00 CU.FT/BBL PRESSURE VISCOSITY Bo Co DENSITY P$IA CP. RES.B/STB .V/MMV/pSI LB/CU,FT 92.00 3.S304 1.05128 4014.152 52.1478 94.00 3.B238 1.08137 3935.173 52.14S2 98.00 3.6189 1.06147 3859.308 52.1428 98.00 3.6102 1.0B15B 3786.357 52.1399 100.00 3.8034 1.eB1BB 3716.168 52.1373 158.84 3.4190 1.08449 2443.305 52.0808 213.27 3.2478 1.0B743 1819.559 51.9810 269.91 3.0904 1.07048 1448.583 51.8988 328.55 2.9480 1.07380 1197.593 51.8147 383.19 2.8135 1.07B79 1018.927 51.7289 439.82 2.6918 1.08004 887.840 51.6416 498.48 2.5799 1.08335 788.781 51.5531 553.10 2.4767 1.08B71 ,705.380 51.4634 G09.74 2.3814 1.09012 638.369 51.3728 6BB.37 2.2931 1.09357 582.173 51.2811 723.01 2.2113 1.09707 534.329 51.1886 779.B5 2.1351 1.10051 493.074 51.8953 838.28 2.0B41 1.10418 457.112 5'1.0013' 892.92 1.9979 1.10780 425.469 50.9066 949.56 1.9359 1.11145 397.397 50.8113 1008.20 1.8777 1.11514 372.314 50.7155 1062.83 !.8231 1.11886 349.758 50.6191 1119.47 1.7718 1.12251 329.360 58.522.2 1178.11 1.7234 1o12640 310.818 50.4249 1232.75 1.6777 1.13022 263.886 50.3272 1289.38 1.6345 1.13496 278.366 50.2290 1346'.02 1.5936 1.13794 264.068 50.1306 1402.66 1.5549 1.14185 250.868 50.0318 1459.29 1.5181 1.14578 238.636 49.9327 1515.93 1.4831 1.14975 227.269 49.8334 1572.57 1.4498 !.15374 216.677 49.7338 1829.21 1.4181 1.15775 206.782 49.6341 1685.84 1.3879 1.18180 197.517 49.5341 ~.. 1742.48 1.3590 1.18587 188.823 49.4340 1799.12 1.3314 1.lB998 180.648 49.3337 ".~. SOLN.GAS CU. FT./STB 8.7 8.9 9.2 9.4 9.7 16.9 24.4 32.1 40.0 48.0 SS. 1 64.3 72.7 81.1 89.5 98.1 106.7 115.4 124.1 132.9 141.7 150.6 159.5 168.4 177.5 188.5 195.6 204.7 213.8 '223.0 232.3 241.5 250.8 260.1 2G9.4 25 8UILDUP TEST OF 9-10/APR/90 ARCO ALASKA INC. No. 8 Well PERFORATIONS: 10144-10168 FT MB POINT McINTYRE NORTH SLOPE CALCULATED FLUID PROPERTIES USED IN PRELIMINARY ANALYSIS API GRAV 28.100 BUB.PT.PRES. 3781.42 PSIA BUB.PT.GOR RES.TEMP.<DEB.F) 181 OIL PROPERTIES FILE - F 610.00 CU.FT/BBL PRESSURE .PS!~ !855.78 2!38.94 2 ! 95.58 ~?~. 77 3!0!.78 3328.32 338~.98 35!!~51 VISCOSITY Bo Co OENSITY '~P. .RES.'8/ST8 V/MMV/PSI LB/CU.FT 1.3050 1,2797 .2322 .!885 1,!878 1 I~RQ 1,O~ZB !.0275 !.0125 · · g70~ .~AAA .9320 · 9200 .8BSB .8858 .8751 .8846 .8545 .8349 .82~5 .807~ .7987 ~A~ 1.19080 1.20789 1 ~1~ 1,28888 1.3029~ 1 .~12~2 1 ·3!7!8 !.32S78 !72.947 .49.23'32 !85,880 49.!327 152.307 48.93!4 !48,!4! 48.8308 ~..,m~ 129 d2~ ~n !!4.9B! 48.2257 !!0,58~ ~8,!250 !08,357 48,0243 !02.328 47.9237 88.45~ 47.823! 94.781 ~?.7228 ~!.204 4?.8223 8?.?8? 47.5220 84.500 47.4219 8!,339 ~?,32!8 ?B,295 47,22!9 75,382 47.,1222 72.535 47.022S 69.808 48,9232 87.!77 48.8239 64.636 46.7248 G2.!81 59.809 46.52?2 57.515 48.428~ 55.295 48.3303 53.147 48.2322 5!.0B6 48,1342 49,05! 48.038~ 47.098 ~5.B391 45.205 45.8418 SOLN.GAS OU.FT./STB '27.8..8 288,2 297.8 387.! 3!8,5 ~A ~..~. · ! 3?3.8 393.! ~02.8 ~!2.5 ~22.2 ~3!.9 ~1.? ~5!.~ ~61.2 ~7!.0 480.9 490.7 500.S 520.3 530.2 540.! 550.! 5~0.0 S70.0 580.0 SBO.O 600.0 26 8~J!LDUP TEST OF 9-!0/~PR/90 ~RCO ~L~SK~ INC. No. 8 LJ~!! PERFORATIONS: !0144-101G8 FT MD POINT Mc!NTYRE NORTH SLOPE C~LCUL~TED FLUID PROPERTIES USED IN PRELIM!N~RY ~N~LYSIS ~PI GR~V 29.100 BUB.PT.PRES. 3781.42 PSI~ BUB.PT.GOR RES.TEMP.(DEG.F) lB! OIL PROPERTIES FILE - f G!0.00 CU.FT/BBL PRESSURE VISCOSITY Bo Co DENSITY P$!~ Cp. .RE~.B/STB V/MMV/PS! .LB/CU,FT 3903.29 .8075 !.32235 9.276 45.9945 4025.14 .8lEG 1.32088 8.982 46.0457 4147.00 .8255 1.319~G 8.702 46.095'4 4268.85 .8345 1.31808 8.435 46.1436 4390.?! .8434 1.31675 8.182 46.1993 ~5!2.57 .8524 1.31545 7.941 46.235? ~634.43 .8613 1.31420 7.712 46.2799 4755,28 ,8703 !,31298 7,494 48,3228 ~878.!~ .8?92 1,31180 7,288 48,3845 5980,00 :8892 1,31065 7,087 46,4'052 SOLN. G~S CU ~ FT./ST8 610.0 610.0 6!0.0 610.0 610.0 GLO.0 610.0 610.0 610.0 610.0 CONVENTI'ONAL CORE STATI'STI'CAL DATA AND SURFACE CORE GAMMA LOG ICROFILMED (' 10000. Permeability vs. Porosity o N 0 1000.0 lO0.O lO.O 1.O O.1 O.Ol O.OO1 0 + 8.0 i8.0 24.0 32.0 Helium Poposlty: N 4O ARCO ALASKA. :]:NC. POINT McINTYRE #8 POINT Mc INTYRE (10181.3 - 10827.4) - LEG ENI~)-._ JUL Alaska Oil & Gas Cons. Cor~ Anchorage D liSsio~ Core Laboratories ig-MAY-1990 100 Porosity Histogram lO0 9O GO 7O 6O 5O 4O 3O 2O iO 0 3.0 7.0 it.0 / / 15.0 t9.0 23.0 Helium Po,ostty: ~; / / / / 27.0 3t .0 9O 8O 7O 60 50 40 20 m 0 35.0 t0 ARO0 ALASKA. POTNT Mc~NTYRi= POTNT Mc TNTYFIE iOIBi.3 - ~08E7.4 feet tg-NAY-i990 - LEGEND - Median Value (2%.8) ............ Arlth. Average ~Cumulablve Frequency -- -- .Cumulative Gaeac~ty Lost 535 Sam; lee I ,lie ~00 9O BO 7O 6O 5O 4O 3O 2O iO O, · 003 Per'meability Histogram : / : / I · / / / ! i I ! ! .04 .7t tt. iBt. Horizonta! Permeability (Air): md tOO 9O / 8o _J / 70 50 40 30 20 iO 0 2896. 4J r. u IO ARCO ALASKA. ZNC. PO?NT Ncl'NTYRE #8 POINT Nc~NTYRE i0i8i.3- i0827.4 feet i9-HAY-ig90 - LE6END - --.Nedian value (0.9i0) ............ Geom. Average (t.49) -Cuaulattve Frequency -- -- - Cumulative Capacity Lost -, ,. ££EIVE ) .11~ Alaska Oil & ~las Cons. Commission Anchorage d iii r Pain Densi[y His ogPam 4J i:: U 90 BO 7O 6O 5O 4O 3O 2O tO 0 :~.60 · go 8O Iii illlllllil B. 80 3. O0 3. BO 3.40 3.60 Grain Denm~ty: gm/cc 4J r' &RGO kLASKA. ZNG, POZNT NcZNTYFIFr #8 POZNT NcZNTYflE i0i8i.3 - i0827.4 feet Core Labored:or tee ~9-HAY-~990 - LEGEND - ---Medten Value (2.95) ............ Ar[th. Average (2.9G) ~Cumu~at~ve Frequency 535 gample8 ~u,~onG ~,.. Anchot'age ARCO ALASKA, INC. CORE ANALYSIS REPORT POINT MCINTYRE #8 EXPLORATORY NORTH SLOPE, ALASKA CL FILE NO. BP-3-1372 Olt IGIN i't. Performed by : Core Laboratories ~ 8005 Schoon St. Anchorage, AK 99518 (907) 349-3541 Final Report Presented May 31, 1990 ICROFiLHED oa _ /Ol O, O, , These analysis, opinions or interpretations are based on observations and materials supplied by the client to whom, and for whose exclusive and confidential use, this report is made. The interpretations or opinions expressed represent the best judgement of Core Laboratories {all errors and omissions excepted); but Core Laboratories and it's officers and employees assume no responsibility and make no warranty of representation as to the productivity, proper operations, profitability of any oil, gas or other mineral well or formation in connection with which such report is used or relied upon. INTRODUCTION Core Laboratories was requested to perform a core analysis study on behalf of Arco Alaska, Inc. for samples recovered from the Point McIntyre #8 exploratory well, North Slope, Alaska. Presented herein are the results of this study. Conventional cores cut with a bland mud were submitted. A service description with methodology is presented in section 1. The core analysis results, core statistical data, and surface core gamma log are presented in sections 2 and 3. Section 4 contains data regarding preparation of samples for tracer analysis. Section 5 contains shipping transmittals. Appendices are provided in Section 6. In conjunction with the report, the tabular results of the analysis are supplied on an IBM PC compatible diskette. Four sets of visible spectrum flash and ultraviolet light photographs are provided in separate binders. Two sets of laminated visible spectrum tracer photographs also sperarately provided. We sincerely appreciate this opportunity to be of service and hope these data prove beneficial in your exploratio~ efforts. CONVENTTONAL CORE ANALYSI'S, SERVTCE DESCRI'PT1'ON AND HETHODOLOGY SECTION 1 CONVENTIONAL CORE Field Procedures Conventional coring equipment, in conjunction with a bland based drilling fluid was used to extract four inch diameter core samples from Point McIntyre #8 well during February of 1990. There were three Core Lab personnel assigned to the wellsite during the coring operation. One hundred thirty-seven plugs, of which fourteen were 1.5 inches in diameter, were drilled at the wellsite with isopar and were dry trimmed into right cylinders. The trimmed wellsite plugs were preserved in bottles of isopar and the wellsite plug ends were sealed in ProtecCore. Thirteen 2 inch whole core tracer samples were dry cut from the core, photographed, wrapped in saran wrap, and sealed in ProtecCore. Eleven sidewall samples were also taken. The 1.0 inch wellsite plugs, plug ends, and tracer samples were shipped along with five hundred and seventy-four feet of core to Core Laboratories' Anchorage facility. The 1.5 inch plugs were shipped to Arco's Plano facility. The whole cores were preserved for shipment either with saran wrap, foil, and coated with CoreSeal or were shipped in three foot long fiberglass barrels sealed with rubber caps and clamps. The method of p, reservation chosen for the various intervals is outlined in the 'appendix. Please refer to the appendices for a detailed description of the core handling procedure and a complete list of the tracer samples, wellsite plugs with their diameters and corresponding depths. Core Processing Surface Core Gamma Loa A surface core gamma log was performed on the recovered core samples upon arrival at the Anchorage laboratory. The gamma response is graphically presented in Section 3. Sample Preparation Dean-Stark Plug Samples When the gamma log was completed the core was extruded from the fiberglass barrels or, where appropriate, stripped of wrapping, and placed onto tables. Horizontal one-inch diameter plug samples were drilled with brine from each foot of core which had not already been plugged at the wellsite, with the exception of an interval from Core 10 (10423.3 - 10446.0) from which samples were taken at the wellsite and in Anchorage. The data for the wellsite plugs taken from this interval follows the rest of the routine data. Plugs were taken from the center of each section and parallel to the bedding strike. The plug samples were dry trimmed into right cylinders and prepared for fluid saturation measurements. Plug ends were saved and stored according to depth for each sample. Core 4 remains preserved. Oil Gravity Samples Core Laboratories was asked to perform oil gravity analysis on six feet of core (refer to the appendices for depths). Approximately one inch of whole core was selected and cut dry with a cut off saw. The core section was then broken up into peanut sized pieces and placed into a retort bomb for retorting. The samples were taken after the core had been slabbed and remained unpreserved in excess of two weeks. '. Slabbing At the completion of the conventional plug sampling th~~ core was slabbed in one-third and two-third section~a~~~r as a blade coolant. Appropriate depths were marked on the slabbed faces of both slabbed sections. The one-third sections were put in protective plastic sleeving material and placed in boxes. The two-thirds section was prepared for photography and later packed in slab boxes. Core 4 was not slabbed and remains preserved. State Chips One set of state chips were taken to represent every foot of core. The chips were marked and boxed according to depth. Analysis Techniques Dean-Stark Fluid Saturation Measurements Water was extracted from the plug samples by Dean-Stark technique using toluene. Samples were left in Dean-Stark for 24 hours. Recovered waters were measured and the samples were removed. The samples were then placed in a toluene centrifuge for hydrocarbon extraction a minimum of two days, or until no fluorescence was visible. Extracted samples were dried in a vacuum oven at 180 degrees F. for a minimum of 48 hours, and cooled in a desiccator to room temperature before porosity and permeability was measured. Saturations by Dean-Stark methods were calculated using Equations 1 and 2. Where: So = [((Wi - W2 - H20)/Do)/Vp] x 100 (.1) sw = [H20/Vp] x 100 (2) So = Oil Saturations, Percent Sw = Water Saturation, Percent Wi = Natural Weight W2 = Extracted and Dried Weight H20 = Extracted Water, Density Assumed 1.0 gm/cc Do = Density of Oil Vp = Pore Volume Grain Density Grain volume determinations were performed according to Boyle's Law utilizing the Heise Gauge Helium Porosimeter. Grain density was calculated using Equation 3. Dg = Mg/Vg Where: Dg = Grain Density Vg = Grain Volume Mg = Grain Mass (3) Atmospheric Porosity The samples were measured for bulk volume by mercury displacement at ambient conditions. Porosity was calculated using Equation 4. P = [(Vb-Vg) / Vb)] x 100 (4) Where: P = Porosity, Percent Vb = Bulk Volume Vg = Grain Volume Atmospheric Permeability to Air Samples were loaded into a Hassler type core holder at a confining pressure of 400 psig. Permeability calculations were performed as defined by Darcy's Equation for compressible fluids Equation 6. ' Pa x v x 1000 (Pl - P2) (Pl +P2) 2 QaxLxL x (6) Vb Where: K = Permeability v = Gas Viscosity P1 - P2 = Differential Pressure P1 + P2 ....... = Mean Pressure 2 Pa = Atmospheric Pressure Qa = Flow Rate L = Length Vb = Bulk Volume JUL 2 9 199 Alask80i~ & Gas Cons, comrnissio~. Anchor~9e Dean Stark Analysis Conclusions There are three particularly noteworthy observations regarding this analysis. First, samples were preserved differently and plugged with different lubricating fluids. Second, some samples had extremely high porosities for their measured permeabilities. Finally, there were a number of samples that exhibited slightly oxidized mineral assemblages. The affect of the differing plug lubricating fluids and storage methods is most easily seen in Core 10 from 10423.3 to 10446.0, where a sample was taken with each method from every foot. The only obvious affect is the Isopar-drilled samples h~ve a higher oil saturation. The rest of the data seems very similar, although water saturations were sometimes slightly lower in the Isopar- drilled samples. The samples with high porosities when compared to their permeabilitities is most obvious between 10268 and 10422. Here permeabilities are generally under 5 millidarcies, yet porosities exceed 25% and are often in 30% range as permeabilities approach 5 millidarcies, The best explanation for this is the dehydration and shrinkage of water-sensitive minerals. This results in microporosity, which was then measured with our to,al porosity, Boyle's Law method. Rehydration in a humidity oven before measuring porosity should reduce the microporosity measured. The changing oxidation states of the minerals can be explained by the presence of a Roll-Front, which was encountered intermittently in cores eight through eleven, from 10,266 ft. to 10,534 ft., and in the sidewall samples, as shallow as 10574 ft. A Roll-Front is characterized by chemical alterations left in a permeable unit by oxidizing fluids moving laterally through that unit. They are identified visually on the basis of the changes to the iron mineralogy. The Roll-Front has a reduced (ahead of the Roll-Front) side, an intermediate zone of chemical activity, and a fully oxidized side. The reduced zone is typically represented by disseminated pyrite; and other accessory minerals such as hornblende, pyroxenes, biotite, and chlorite. Organic carbon is represented by the presence of cellulose, lignin, and other compounds. The chemically'active zone contains a progressive series of reactions that move laterally as more oxygen is introduced from the moving fluids. As the reactions start to occur the first noticeable effect in the increase of pyrite, often forming large nodules. Next the iron is changed to Fee, siderite, and limonite Other metals are commonly concentrated at this point, a~~i~E compounds undergo fermentation. JUL 2 9 1992 Alaska Oil & Gas Cons. commission. Anchorage The oxidized zone typically is represented by the presence of hematite, although in some sandstones the iron may be reabsorbed into the lattice of clay minerals such as montmorillonite. Organic compounds have typically been removed from this oxidized zone. Permeability and mineral content are often affected by the creation and destruction of compounds by the Roll-Front. Commonly, permeability will be low in the chemically active zone, because of the deposition of siderite and other carbonate minerals; but higher in the oxidized areas than was originally present. This well apparently intercepted a Roll-Front some distance from the most advanced edge of the oxidation. The sandstone section above 10,254 ft. is in the reduced environment with organic compounds present. It is above a long section of intermediate and oxidized sandstone extending down to at least 10,574 ft., as indicated by the sidewall samples taken in place of the unrecovered Core #12. At 10,578 ft. the reduced nature of the sidewall sample indicates that the well has passed below the lower limb of the Roll-Front. Oil Gravity Analysis The retort bombs containing the crushed oil gravity samples were loaded into ovens and retorted up to 1200 degrees F. The retorted oil was recovered in glass recovery tubes. The refractive index of the retorted oil was measured using a refractometer. The API gravity (60 deg. F.) was determined using correlation charts derived from previously analyzed Kuparuk River Unit crude samples, North Slope, Alaska. The oil gravity may lower because of slabbing and long exposure to the atmosphere of the core before sampling. Sidewall Core Analysis Percussion sidewall core samples were submitted for Point McIntyre #8. One of the sixteen samples was determined to contain only drilling mud and was therefore unusable. A Dean-Stark core analysis was performed on the samples. Fluid saturations, porosity, grain density, and permeability were measured using the same procedures and equations as the conventional plug analysis. The samples were cleaned of any hydrocarbons in the Dean-Stark. · Plug Tracer Preparation Nine plugs were chosen from Core 4 to be prepared for tracer analysis upon completion of Dean Stark analysis. Each of the dried plugs was crushed with a mortar and pestle and weighed _ after crushing. The crushed material was then place~L~t~'~ g ~/~l?a~k,~ ~ ~ ~. JUL 2_ containing distilled water. The flask was weighed before and after adding distilled water. Each flask containing distilled water and the crushed sample was continuously agitated overnight using a sample shaker. At least 10 cc's of the supernatant liquid from each sample was filtered through a .45 micron filter and bottled for shipment. A sample of the distilled water used for the process was also bottled for analysis. An explanation of the reported data is provided below. CRUSHED WEIGHT GRAMS - the weight of the sample after crushing, which was placed in the flask. EMPTY FLASK WT. GRAMS - the weight of the sample flask before the addition of distilled water and the crushed sample. WEIGHT FLSK/H20 GRAMS - the weight of the empty flask after the introduction of distilled water. DRY WEIGHT GRAMS - the weight of the sample which was placed in the matrix cup, but before crushing. , FRESH WEIGHT GRAMS - the weight of the plug sample before water extraction by the Dean-Stark method. WATER OUT CC's - the volume of water extracted from the fresh sample by the Dean-Stark method. GV - the grain volume of the uncrushed sample as calculated using Equation 7. Vg = S.F. - Read Where: Vg = Grain Volume S.F. = Screen Factor Read = Heise Gauge Porosimeter reading (7) PV - the pore volume of the uncrushed sample as calculated using Equation 8. PV = Vb - Vg (8) Where: PV = Pore Volume Vb = Archimedes Bulk Volume corrected for the density of mercury Vg = Grain volume as calculated in Equation 7. RECEIVED JUL 2 9 1992, Alaska Oil & Gas Cons. Co.mmJssio~: Anchorage Core Photographs The two-thirds slabbed section of each core was photographed. Approximately 15 feet of core appears in each photograph. Core 4 remains preserved and was not photographed. Four sets of visible spectrum flash light and four sets of ultraviolet light photographs are provided in separate binders. Sample Disposition Both core slabs of Point McIntyre #8 along with plugs drilled at Core Lab, Anchorage drilled plug ends, Core 4, sidewall samples, wellsite plugs from Core 10, and state chips were shipped to the Arco storage facility in Anchorage. All wellsite plug ends and wellsite tracer samples are being stored at Core Lab, Anchorage until shipping instructions are received. The liquids from the plug tracer samples have been shipped to Arco's facility in Plano. RECEIVED JUL 2 9 1992 Alaska Oil & Oas Cons, Commissio~ \ DEAN-STARK CORE ANALYSTS AND STDEWALL CORE ANALYSTS, TABULAR RESULTS RECEIVED JUL 2 9 1,992 Alaska Oil & 0~ Cons Coll'lr~issior: Anoliora~l~ POXNT HoXNTYR£ #8 POINT Ho~NTYRi'.' 10181.0 - 10827.8 feet Core Loborotorlo. 12--He r-1880 Vertical 8.ale 5.00 In - 100.0 ft ~ 8.nd.tone - Llthology Legend - Hud.tone ~ 81ltotone Cong Jomerote Core Gamma HorJz K.J r I0.. . . !OOlO-.J-.~.. md. . Cum. Curve Weter Sat: · Depth Helium Per.airy 011 8at: S Grain Den Feet [0. X esl... I0012. e4 ge/oe 2.75 10200 Iiiiiiiiiiiiiiiii Iiiiiiiiiiiiiiiii i1111111111111111 i1111111111111111 I!111111111111111 Iiii!111111111111 10550 10600 .- CORE LABORATORTES Company : ARCO ALASKA, INC. Nell : POINT McINTYRE //8 Location : 16-12N-14E, Fr NN cot 1358'S 797'E (BHL) Co,State : NORTH SLOPE, ALASKA Field : POINT McINTYRE Formation : EXPLORATION Coring Fluid : BLANO HUO Elevation : CORE ANALYS I S RESULTS File No.: BP-3-1372 Date : 12-Mar- 1990 AP! No. : Analysts: PLB SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc CORE 4 10181.0 - 10189.6 FEET 4 1 10181.3 259. 25.7 71.7 27.5 2.76 SS-vltgy,mgr,wsrtd,sbang,qtz,cht,glau,w chic. 4 2 10189.3 179. ~7.3 49.7 32.5 Z.95 SS-vltgy,fgr-mgr,pred mgr,sbang-sbrnd,mod srtd,qtz,cht,glau,frac,w cmt. 4 3 10182.8 2701. 24.1 43.6 54.8 ~.76 SS-vltgy,fgr-mgr,pred mgr,sbang-sbrnd,wsrtd,qtz,cht,glau,tr pyr,broken,mod fri 4 4 10184.3 368. 27.3 68.3 23.1 Z.84 SS-vltgy,fgr-mgr,pred fgr,sbang-sbrnd,mod srtd,qtz,glau,dol,mod-wcmt. 4 5 10185.3 418. 24.6 57.7 35.7 ~.71 SS-vltgy,fgr,sbang-sbrnd,wsrtd,mod-wcmt,qtz,cht,glau. 4 6 10186.4 507. 26.2 34.7 36.1 2.74 SS-vltgy,fgr,sbang-sbrnd,wsrtd,mod cmt,qtz,cht,glau. 4 7 10187.~ 121. 30.4 45.9 31.3 2.96 SS-vltgy,fgr-mgr,pred fgr,sbang-sbrnd,wsrtd,qtz,cht,glau,tr calc,mod cmt 4 8 10188.3 0.0~ 10.1 43.1 35.5 3.10 SS-vltgy,fgr-mgr,pred fgr,sbang-sbrnd,wsrtd,qtz,glau,dol,sid cmt,wcmt. 4 9 10189.g 47.4 23.4 50.4 47.1 2.82 SS-vltgy,fgr-mgr,pred fgr,sbang-sbrnd,wsrtd,mod cmt,qtz,wcmt. CORE 5 10194.0 - 10194.7 FEET 5 I 10194.3 3.81 11.3 1.0 98.5 2.92 gDST-mdkgy,sdy clyst,sl calc,fgr,ss pods,f lith peb. CORE 6 10~201.0 - 10204.8 FEET 6 I 10201.2 1.24 11.8 3.1 96.6 Z.73 MDST-mclkgy,sdy mdst,peb,qtz,glau,tr pyr,vwcmt. I~ 2 1020~.2 0.53 3.8 10.1 80.5 3.49 SLTST-mltgy,wsrtd,sltst,sdy mdst,qtz,glau,vwcmt,frac filled. 3 10203.2 0.27 5.9 0.5 92.5 3.36 SLTST-mltgy,wsrtd,sltst,sdy mdst,qtz,glau,vwcmt,frac filled. 4 1~.2 0 32 11.5 14 I 69.1 3.29 SS-ltyelbrn,vfgr-cgr,pred fgr,sbangd-sbrnd,sid cmt,qtz,glau. [-- (~1 CORE 7 10206.0 - 10263.7 FEET ~ gc~ 1 .2 0.17 10.2 14.2 84.4 2.73 SS-mdgy,f-cgr,pred fgr,mod srtd,vwcmt,sbang-wrnd,qtz,glau. 1- 1 Company : ARCO ALASKA, INC. Well : POINT NclNTYRE #8 CORE CORE LABORATORTES Field : POINT HcINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1372 Date : 12-Hat-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kmir OIL WATER ft md % % % gm/cc 7 3 10208.2 0.0g 11.8 38.9 48.6 2.69 SS-mdltgy,vfg,thn lam, sbang,vwcat,tr glau. 7 4 10209.3 0.04 10.4 37.6 56.9 2.70 SS-mdltgy,vfg,thn lam, sbang,vwcat,tr glau. 7 5 10210.2 0.05 10.9 37.8 49.7 2.69 SS-mdltgy,vfg,thn lam, sbang,vwcat,tr glau. 7 6 10211.2 0.03 6.6 22.4 71.8 2.99 SS-mclgy,vfgr,vwsrtd,sbang,vwcat,qtz,tr calc. 7 7 10212.2 0.06 10.0 18.0 73.2 2.71 SS-mdgy,vf-fgr,pred vfgr,wsrtd,sbang-rnd,vwcmt,qtz,tr glau. 7 8 10213.1 0.03 11.7 22.5 67.9 3.03 SS-med ltgy,vf-vcgr,pred fgr,psrtd,sbang-wrnd,vwcat,qtz,vltgy cl atrx. 7 9 10214.2 0.02 7.7 7.0 92.7 2.79 SS-mdkgy,vf-mgr,pred vfgr,psrtd,$bang-sbrnd,vwcmt,tz,occ glau,ltgy cl mtrx. 7 10 10215.8 <.01 5.5 20.5 63.4 3.42 SS-mdltgy,vf-vcgr,pred fgr,psrtd,ang-sbrnd,vwcat,qtz,glau,sid cmt. 7 11 10216.4 0.03 7.0 30.5 51.5 3.11 SS-mdltgy,vf-vcgr,pred fgr,psrtd,ang-sbrnd,vwcat,qtz,glau,sid cmt. 7 12 10217.1 0.03 11.9 18.1 73.4 3.02 SS-ltolvgy,vf-vcgr,pred fgr,psrtd,ang-sbrnd,vwcat,qtz,glau,sid cmt. 7 13 10218.4 0.02 9.2 19.3 73.5 2.76 SS-mdkgy,vf-mgr,pred mgr,wsrtd,ang-sbrnd,vwcat,qtz,r 91au,wt cl cat. 7 14 10219.2 0.05 10.3 21.6 61.5 2.73 SS-mdkgy,vf-mgr,pred mgr,wsrtd,ang-sbrnd,vwcmt,qtz,r glau,wt cl cmt. 7 15 ~0220.3 ...... 0.04 11.4 6.9 84.2 2.84 SS-mdgy,vf-mgr,pred fgr,mod srtd,ang-sbrnd,vwcat,qtz,g3au,3tgy cmt. 7 16 10221.3 0.02 8.2 26.3 69.5 2.78 SS-mdltgy,vf-mgr,pred vfgr,wsrtd,ang-sbrnd,vwcmt,qtz,glau, ltgy cmt. 7 17 10222.1 0.40 8.2 5.1 94.8 2.83 SS-mdkgy,vfsd-mpbl,pred fgrsd,mod srtd,ang-rnd,vwcmt,glau, lith frag, ltgy cmt. 7 18 10223.2 <.01 6.0 16.4 80.0 3.40 SS-ltgy,vf-cgr,pred fgr,psrtd,ang-sbrnd,vwcmt,qtz,glau,sid cmt. 7 19 10224.2 0.05 10.3 3.5 90.1 2.85 SS-mclkgy,f-cgr,pred mgr,peb,wsrtd,vwcat,qtz,glau,gy cl cat. 7 20 10225.2 0.05 10.1 5.4 89.7 2.81 SS-mdkgy,vf-mgr,pred fgr,mod srtd,ang-vwcat,qtz,glau,gy cl cat. 7 21 10226.1 0.02 8.5 6.7 91.0 2.92 SS-mdkgy,vf-mgr,pred fgr,mod srtd,ang-vwcmt,qtz,glau,gy cl cmt. 7 22 10227.4 0.07 8.7 29.2 69.7 2.91 SS-ltgy,vf-mgr,pred fgr,mod srtd,ang-sbrnd,vwcmt,qtz,glau. 7 23 10228.1 0.03 6.8 6.8 83.8 2.83 SS-mdkgy,vf-cgr,pred vfgr,prsrtd,ang,vwcmt,qtz,r glau,tr dol. .~,. 7 24 10229.4 0.15 9.2 1.1 89.3 2.82 SS-mdkgy,vf-c§r,pred vfgr,prsrtd,ang,vwcmt,qtz,r glau,tr dol. ~,~. 7 25 10230.2 0.04 14.5 19.9 79.6 3.26 SLTST-pkishgy,sdy,vwcat,sid,dol. ~'7(~7 26 ~.231.2 0.15 12.5 19.3 80.4 2.70 SS-ltgy,vf-cgr sd,pbl,pred fgr sd,psrtd,ang-wrnd,vwcmt,qtz,glau,lith fraM. ,:,= ~7 T.T1~232.3 0.01 7.1 27.0 69.9 2.83 SS-ltgy,vf-cgr,pred fgr,psrtd,ang,vwcat,qtc,dol,ltgy cl cat. ." a7 ["~8 (~233.4 <.01 5.2 28.8 69.7 3.33 SS-ltgy,vf-cgr,pred fgr,psrtd,ang-rnd,vwcmt,qtz,sid. : '~7 r~9 r-tt~1234.3 0.23 7.2 0.2 98.8 2.89 SS-ltgy,psrtd,bnds of sltst,vfss,m-css,ang-rnd,qtz,glau,lith fraM. cji0 ?~235.2 0.27 11.1 24.0 73.4 3.24 SLTST-pkishgy,sdy,vwcmt,sJd,dol. ;~[ "~6236.1 0.52 13.3 23.0 68.8 2.85 SS-ltgy,vf-cgr, pred fgr,psrtd,ang-~rnd,vwcmt,qtz,glau,ltgy cl cmt. 1-2 Company : ARCO ALASKA, INC. Well : POINT IlcINTYRE #8 CORE CORE LABORATORTES Field : POINT FIcINTYRE Formation : EXPLORATION ANALYSIS RESULTS Fi le No.: BP-3-1372 Date : 12-gar-1990 SATURAT! ON SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft mci % % % gm/cc 32 10237.5 3.85 14.2 30.3 60.1 2.90 SS-ltgy,f-mgr,pred fgr,wsrtd,ang-rnd,wcma,qtz,glau,occ sid cma. 33 10238.3 <.01 4.2 31.9 67.8 3.18 SS-vltgy,f-cgr,pred fgr,wsrtd,ang-sbrnd,vwcmt,qtz,glau, ltgy cl cmt. 34 10239.2 0.21 11.9 27.2 69.4 2.95 SS-vltgy,f-cgr,pred fgr,wsrtd,ang-sbrnd,wcmt,qtz,glau, ltgy cl cma. 7 35 10240.2 0.35 13.6 34.2 60.6 3.12 SS-ltgy,f-cgr,pred mgr,eod srtd,ang-rnd,v~cmt,qtz,glau,sid cmt. 7 36 10Z41.4 0.14 7.3 20.9 62.~ 3.~9 SS-vltgy,bnd ~srtd,vfgr,psrtd,vf-vcgr,ang-$brnd,vwcma,qtz,dol cma,sid cma frac 7 37 10242.5 11.7 9.9 16.6 83.0 2.96 SS-vltgy,vf-vcgr,psrtd,ang-sbrnd,wcet,qtz,glau, ltgy cl cmt. 7 38 10243.1 0.07 11.0 32.6 65.8 3.08 SS-vltgy,vf-vcgr,prstd,pbl,sbang-rnd,wcet,qtz,glau,ltgy cl cma. 7 39 10244.4 0.05 10.0 24.5 74.9 3.20 SS-ltbrngy,vf-mgr,prstd,ang-rnd,v~cma,qtz,dkgy cl gr. 7 40 10245.7 0.28 12.6 0.9 98.2 2.79 SS-ltbrngy,vf-mgr,prstd,ang-rnd,wcma,qtz,dkgy cl gr. 7 41 10~46.2 0.01 9.8 0.7 97.7 3.27 SS-v pale or,f-cgr,pred mgr,mod srtd,ang-rnd,wcmt,qtz,sid cmt. 7 42 10247.2 0.02 12.8 0.4 92.0 3.35 SS-v pale or,f-cgr,pred mgr,mod srtd,ang-rnd,wcma,qtz,sid cma,pt op frac. 7 43 10248.3 0.04 12.2 1.0 87.8 2.79 SS-ltbrngy,vf-mgr,prstd,ang-rnd,wcmt,qtz,dkgy cl gr. 7 44 10Z49.3 0.03 11.5 0.8 92.4 2.81 SS-ltgy,f-cgr,pred mgr,mod srtd,ang-rnd,vwcma,qtz,brn lith gr. 7 45 10250.3 0.01 12.7 26.5 72.6 3.18 SS-dkgy,vf-vcgr,pred mgr,mod srtd,sbang,sbrnd,vwcmt,qtz,chl,sid. 7 46 10g51.2 0.04 11.6 15.3 79.0 2.82 SS-ltgy,f-cgr,pred mgr,mod srtd,sbang-sbrnd,vwcma,qtz,chl. 7 47 10252.6 0.05 15.5 9.2 88.5 2.92 SS-ltgy,f-cgr,pred mgr,mod srtd,sbang-sbrnd,wcmt,qtz,chl. 7 48 10Z53.3 0.07 18.8 9.7 90.3 3.20 SS-ltgy,f-cgr,pred mgr,eod srtd,sbang-sbrnd,wcmt,qtz,chl. 7 49 10254.3 0.03 14.5 10.5 89.Z 2.90 SS-ltgy,f-vcgr,pred mgr,psrtd,sbang-sbrnd,vwcma,qtz,lith,tr lim. 7 50 10255.5 0.59 14.8 8.0 90.8 2.89 SS-mdgy,f-cgr,pred mgr;psrtd,sbang-sbrnd,vwcmt,qtz,chlor,11th,ltm. 7 51 10256.3 0.02 19.4 7.3 91.9 3.21 SS-olvgy,f-cgr,pred mgr,psrtd,sbang-sbrnd,vwcma,qtz,lim, glau,tr hem, ~7 52 10257.3 0.04 16.8 10.9 88.9 3.04 SS-mdgy,fsd-fpbl,pred mgr. sd,sbang-sbrnd,vwcmt,qtz lJm, chlor,glau,tr hem. ~7 53 10258.8 0.04 19.3 2.9 96.2 3 19 SS-mdgy,fsd-fpbl,pred mgr sd,sbang-sbrnd,vwcma,qtz lim, chlor,glau,tr hem. . a7 54 ~,,~59.3 0.07 19.8 3.1 95.5 3.18 SS-mdgy,fsd-fpbl,pred mgr sd,sbang-sbrnd,vwcmt,qtz lim, chlor,glau,tr hem. ~7 ~5~ 260.3 0.07 18.8 0.3 99.4 3 15 SS-ltbrngy,f-vcgr,pred mgr,psrtd,sbang-rnd,vwcmt lim, glau,qtz,sid cmt frac. ~7 !-56 (~1~61.4 0.01 16.7 0.3 99.1 3.12 SS-ltolvgy,f-cgr,pred mgr,mod srtd,sb-wrnd,vwcmt,lim,glau,qtz,blk cmt. ~7 r~7 !-~4~62.3 0.02 15.8 0.9 98.7 3.01 SS-olvgy,f-cgr,pred mgr,mod srtd,sb-wrnd,vwcmt, lim, g]au,qtz,tr hem, blk cma. ~ --1~Y~63.3 0.11 19.6 1.1 98.4 3.08 SS-olvgy,f-cgr,pred mgr,mod srtd,sb-wrnd,vwcmt, 11m, glau,qtz,tr hem, blk cmt. 1-3 Company : ARCO ALASKA, ]NC. Nell : POINT McINTYRE #8 CORE CORE LABORATORTES Field : POINT HcINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1372 Date : 12-gar-lg90 SATURAT! ON SAMPLE DEPTH PERHEABILITY POROSITY GRAIN DESCRIPTION HUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc CORE 8 10266.0 - 10324.2 FEET 1 10266.6 0.18 20.8 1.0 98.9 3.06 SS PBL-dkgngy,fsd-med pbl,pred md,psrtd,sbang-wrnd,wcmt,lim, chlor,qtz. 2 10267.2 0.87 24.9 4.4 92.3 3.25 SS-dkgngy,f-cgr,pred mgr,md srtd,sb-wrnd,sl fri,lim, chlor,qtz,tr glau. 3 10268.0 0.71 27.4 4.7 93.5 3.30 SS-dkgngy,f-cgr,pred ruHr,mod srtd,sb-wrnd,sl fri,ltm, chlor,qtz,tr glau,tr hem. 4 10269.2 0.70 26.3 TRACE 97.0 3.18 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sbang-wrnd,wcmt,lim, chlor,qtz,tr glau 8 5 10270.2 0.27 23.3 4.4 93.2 3.11 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sbang-wrnd,wcmt,lim, chlor,qtz,tr glau 8 6 10271.4 0.58 25.6 2.6 97.1 3.27 SS-dkgngy,f-vcgr,pred ruHr,md srtd,sbang-wrnd,wcmt, lim, sid,qtz,tr hem. 8 7 10272.5 0.28 23.8 3.4 93.4 3.19 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,lJm,chlor,qtz. 8 8 10273.2 0.56 23.1 1.7 96.1 3.09 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,l~m,chlor,qtz,tr glau. 8 9 10274.4 0.53 25.2 0.8 95.3 3.26 SS PBL-dkgngy,fsd-fpbl,pred ad,md srtd,sb-wrnd,~cmt,ltm, chlor,qtz,hem. 8 10 10275.1 0.56 23.9 3.6 94.4 3.38 SS PBL-olvgy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,lJm, qtz,hem, chlor,sid cmt 8 11 10276.6 0.53 24.4 4.6 95.4 3.13 SS-olvgy,f-cgr,pred mgr,md srtd,sb-wrnd,wcmt,11m, qtz,hem,gygn, cmt. 8 12 10277.3 0.46 23.6 4.5 93.9 3.09 SS-dkgngy,f-vcgr,pred ~gr,mod srtd,sb-wrnd,wcmt,ltm, qtz,tr hem, HYMn cmt. 8 13 10278.2 0.30 27.4 1.4 95.7 3.15 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcet,lJm,qtz,gygn cmt. 8 14 10279.2 0.25 26.7 0.7 97.8 3.26 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,l~e,qtz,gygn cmt. 8 15 10280.4 0.50 29.0 0.1 97.3 3.34 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-~rnd,wcmt,lim,qtz,gygn cmt. 8 16 10281.2 0.57 26.7 2.3 96.8 3.08 SS-olvgy,f-vcgr,pred egr,mod srtd,sb-wrnd,wcmt,llm, qtz,gygn-blk cmt. :~ 17 10282.3 0.36 27.8 0.5 98.1 3.18 SS PBL-dkgngy,fsd-fpbl,pred mad,md srtd,sb-wrnd,wcmt,lim,qtz,gygn cmt. 18 10283.3 0.22 28.5 TRACE 98.0 3.36 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,lim,qtz,gygn cmt. 19 0.12 26.2 TRACE 96.2 3.28 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,lJm,qtz,gygn cmt. 4.2 ~ 5.4 0.38 27.9 2.3 92.9 3.28 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,l~,qtz,gygn cmt. ~-~~ 6.4 0.08 25.4 0.9 99.0 3.17 SS PBL-dkgngy,fsd-fpbl,pred md,md srtd,sb-wrnd,wcmt,lJe,qtz,gygn cmt. ,~ ~o 7.2 0.88 26.2 1.0 95.5 3.37 SS PBL-dkgngy,fsd-fbpl,md srtd, sb-wrnd,wcmt, 1 jm, qtz,hem, gygn cmt. ;L{D 8.2 0.34 26.5 0.3 96.4 3.16 SS PBL-dkgngy,fsd-fbpl,md srtd,sb-wrnd,wcmt,lJm, qtz,hem, gygn cmt. ~ ki}~9.3 0.38 27.1 0.7 95.3 3.26 SS-dkgngy,f-vcgr,pred mgr,md srtd,sb-wrnd,wcmt lJm, qtz,hem, gygn cmt. 250 7191~10.1 0.22 26.7 0.3 99.0 3.25 SS-dkgngy,f-vcgr,pred ruHr,md srtd,sb-wrnd,wcmt lim, qtz,hem, gygn cmt. 26 1~1.4 0.59 24.4 1.6 97.7 3.05 SS-dkgngy,f-vcgr,pred mgr,md srtd,sb-wrnd,wcmt,lim, qtz,hem, gygn cmt. 8~i 27 10292.2 0.46 26.6 2.0 91.8 3.22 SS-dkgngy,f-vcgr,pred mgr,md srtd,sb-wrnd,wcmt,]im, qtz,hem, gygn cmt. 1-4 Company : ARCO ALASKA, ]~NC. gel1 : POINT HcINTYRE #8 CORE CORE LABORATORTES Field : POINT McINTYRE Format1 on : EXPLORATZON ANA LY S I S RESULTS File No.: BP-3-1372 Date : 12-gar- 1990 SATURAT I ON SAMPLE DEPTH PERMEAB[LZTY POROSITY GRAXN DESCR[PTZON NUMBER (HORZZONTAL) (HELZUMI (PORE VOLUME) DENS[TY Kair OZL t/ATER ft md ~ ~ ~ gm/cc 8 28 10293.2 0.63 27.1 0.8 92.4 3.17 SS-dkgngy,f-vcgr,pred =jr,mod srtd,sb-wrnd,wcat,lie, qtz,gygn cat,occ blk cmt. 8 29 10294.2 0.46 22.7 1.8 97.3 3.01 SS-dkgngy,f-vcgr,pred egr,mod srtd,sb-wrnd,wcat,lie, qtz,gygn cat,occ blk cat. 8 30 10295.2 0.38 23.2 1.7 95.9 3.10 SS-dkgngy,f-vcgr,pred mgr,mod srtd,sb-wrnd,wcat,lJm, qtz,gygn cmt,occ blk cat. -*~- 8 31 10296.2 0.59 21.0 1.2 96.4 3.08 SS-dkgngy,fgr-rfpbl,pred mgr,mod srtd,sb-wrnd,wcat,11m, qtz,gy cmt occ blk cat. 8 32 10297.2 0.72 22.1 0.7 96.0 3.13 SS PBL-dkgygn,fsd-fpbl,pred csd,psrtd,sb-wrnd,wcmt,ltm, qtz,gy cat. 8 33 10298.2 0.14 25.3 6.3 91.5 3.12 SS PBL-dkgygn,fsd-fpbl,pred csd,psrtd,sb-wrnd,wcat, lim, qtz,gy cat. 8 34 10299.3 0.38 25.8 0.9 98.3 3.27 SS PBL-dkgygn,fsd-fpbl,pred csd,psrtd,sb-wrnd,wcat,lie, qtz,gy cat. 8 35 10300.2 0.21 26.6 3.0 95.5 3.23 SS PBL-dkgngy,fsd-fpbl,pred msd,psrtd,rnd-wrnd,wcmt,lim, qtz,occ hem, gygn cat. .-~ 8 36 10301.3 0.25 25.6 2.5 96.9 3.39 SS PBL-dkyelbrn,fsd-fpbl,pred csd,psrtd,rnd,wcat,lim, qtz,hem, gygn cat. ~*--~ 8 37 10302.2 0.26 27.1 2.9 96.0 3.34 SS-olvgy,f-vcgr,r fpbl,pred cgr,mod srtd,rnd-wrnd,wcat, 11m, qtz,occ hem, dk gy c -~ 8 38 10303.2 0.58 26.8 2.4 96.9 3.19 SS-olvgy,f-vcgr,r fpbl,pred cgr,mod srtd,rnd-wrnd,wcat, 11m, qtz,occ hem, dk gy c ~ 8 39 10304.2 0.42 24.6 8.4 90.7 3.21 SS-olvgy,f-vcgr,r fpbl,pred mgr,mod srtd,rnd-wrnd,wcat,ltm, qtz,tr hem, My cat. .... *-~ 8 40 10305.2 0.98 22.0 2.0 93.3 3.14 SS-olvgy,f-¢gr,pred egr,wsrtd,rnd-wrnd,wcat,lJm, qtz,gy cat. .---~ 8 41 10306.2 0.64 24.5 g.o 90.8 3.15 SS-olvgy,f-vcgr,r fpbl,pred cgr,mod srtd,rnd-wrnd,wcat,lim, qtz,occ hem, dkgy cm .... -~' 8 42 10307.3 0.64 25.7 7.6 91.0 3.22 SS-olvgy,f-cgr,pred mgr,mod srtd,rnd-~rnd,wcntt,lJm, qtz,gy cat. ~ 8 43 10308.2 0.65 21.9 5.7 93.8 3.09 SS-olvgy,f-cgr,pred mgr,mod srtd,rnd-wrnd,wcat, 11m, qtz,gy cat. ---~ 8 44 10309.3 0.37 28.0 6.1 93.1 3.46 CGL SOY-brngy,m-cgr,sd,sb-wrnd,wcat,lim, qtz,oc hem, dkgy cat. ....... ~ 8 45 10310.2 1.14 27.4 2.3 96.8 3.38 SS-molvbrn,m-vcgr,pred mgr,mod srtd,rnd-wrnd,wcat,lJm, qtz,dkgy cat. -'~-> 8 46 10311.3 0.74 23.2 2.6 95.6 3.20 SS-dkyelbrn,f-vcgr,pred cgr,wsrtd,sb-wrnd,wcat,lim, qtz,hem, dkgy cat. 8 47 10312.2 0.60 27.7 2.2 95.4 3.32 SS-olvgy,m-vcgr,pred cgr,wsrtd,sb-wrnd,wcat,lJm, qtz,hem,gygn cat. 8 48 10313.2 0.42 23.1 3.4 94.3 3.18 SS-brngy,f-vcgr,pred cgr,wsrtd,sb-wrnd,wcat,lim, qtz,hem, gygn cat. 8 49 10314.3 0.10 29.2 3.1 96.1 3.52 SS PBL-brngy,fsd-fpbl,pred cgsd,psrtd,sb-wrnd,wcat, 11m, qtz,occ hem, gygn cat. 8 50 10315.2 0.08 30.1 2.7 96.2 3.41 SS PBL-olvgy,fsd-fpbl,pred cgsd,mod srtd,rnd-wrnd,~cat,lim, qtz,gygn occ blk cm ..... .~ 8 51 10316.3 0.14 25.9 3.1 95.5 3.35 SS PBL-olvgy,fsd-fpbl,pred cgsd,mod srtd,rnd-wrnd,wcat, lim, qtz,gygn occ blk cm 8 52 10317.2 0.74 29.4 4.0 92.7 3.56 CSL PBL-olvgy,fsd-fpbl,pred cgsd,psrtd,rnd-ernd, lim, qtz,occ hem, gygn cat. 8 53 10318.2 0.11 23.3 3.0 96.3 3.23 SS-dkgngy,m-vcgr,pred mgr,wsrtd,rnd-wrnd,~cat,11m, qtz,gygn cat. 8 54 10319.2 0.38 29.6 1.3 97.9 3.30 SS-dkgngy,m-vcgr,pred mgr,wsrtd,rnd-wrnd,wcat,11m, qtz,gygn cat. 8 55 10320.2 0.41 25.7 TRACE 97.7 3.23 SS-dkgngy,m-vcgr,pred mgr,wsrtd,rnd-wrnd,~cat,11m, qtz,gygn cat. -~ 8 56 10321.2 1.49 25.1 1.6 96.7 3.10 SS-dkgngy,mgr,wsrtd,sb-wrnd,sli fri,11m, qtz,gygn cat. 1-5 Company : ARCO ALASKA, INC. Well : POINT IIcINTYRE #8 CORE CORE LABORATORTES Field : POINT HclNTYRE Formation : EXPLORATION ANALYSTS RESULTS File No.: BP-3-1372 Date : 12-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft n~l % % % ge/cc 8 57 10322.2 0.97 27.0 2.0 96.1 3.23 SS-dkgngy,m-vcgr,pred mgr,mod srtd,sb-wrnd,wcmt,lim, qtz,tr hem, gygn cmt. 8 58 10323.2 0.41 27.4 TRACE 98.7 3.25 SS-dkgngy,m/occ vcgr,mod srtd,sb-wrnd,wcmt,lim, qtz,tr hem, gygn cmt. CORE 9 10326.0 - 10355.0 FEET 9 1 10326.2 0.62 27.9 13.6 82.0 3.08 SS-dkgngy,f-cgr,pred fgr,wsrtd,sbrnd-wrnd,wcmt,qtz,lim, tr hem. 9 2 10327.3 0.44 29.0 24.0 75.6 3.02 SS-dkgngy,f-cgr,pred fgr,wsrtd,sbrnd-wrnd,wcmt,qtz, lim, tr hem. 9 3 10328.2 0.75 24.1 28.8 70.8 2.99 SS-dkgngy,f-cgr,pred fgr,wsrtd,sbrnd-wrnd,wcmt,qtz,l~m, tr hem. 9. 4 10329.2 0.52 25.8 10.8 88.3 3.06 SS-olvgy,fgr,vwsrtd,sbrnd-wrnd,wcmt,qtz,glau,tr lim. 9 5 10330.4 0.86 27.4 2.7 96.5 3.02 SS-olvgy,fgr-mgr,pred fgr,wsrtd,$brnd-wrnd,mod cmt,qtz, lim. 9 6 10331.2 0.30 30.4 3.1 96.8 3.15 SS-olvgy,fgr-mgr,pred fgr,wsrtd,sbrnd-wrnd,mod cmt,qtz, lim. 9 7 10332.2 2.29 32.1 2.3 95.4 3.01 SS-gnblk,fgr/mgr bnd,wsrtd,rnd,mod-wcmt,qtz,lim tr hem. 9 8 10333.2 1.09 29.5 6.8 91.5 3.09 SS-olvgy,fgr,vwsrtd,rnd,mod-wcmt,qtz,glau,l~m. 9 9 10334.2 1.65 32.1 3.9 95.1 2.98 SS-olvgy,fgr,vwsrtd,rnd,mod-wcmt,qtz,ljm, s frac/cly. 9 10 10335.3 1.61 32.2 3.6 95.9 3.03 SS-olvblk,fgrss,vfpeb,rnd,mod srtd,mod-wcmt,qtz,lJm. 9 11 10336.3 1.43 30.8 0.4 98.4 3.10 SS-olvblk,fgr,rnd,~srtd,mod-wcmt,qtz,lim. 9 12 10337.2 2.06 32.0 3.0 96.9 3.05 SS-olvblk,fgr,rnd,wsrtd,mod-~cmt,qtz,lJm. 9 13 10338.2 2.59 26.5 0.5 98.4 3.08 SS-olvgy,bnd fgr+mgr,mod-wsrtd,sbrnd-wrnd,qtz,ltm, mod-~cmt. 9 14 10339.2 2.41 30.6 6.8 92.9 3.06 SS-olvblk,fgr,wsrtd,rnd-wrnd,qtz,11m, mod-wcmt. 9 15 10340.3 2.97 31.2 0.4 98.9 3.00 SS-olvblk,fgr,wsrtd,rnd-wrnd,qtz,l~m, mod-wcmt. 9 16 10341.3 0.79 31.4 1.5 98.0 3.10 SS-vdkyelbrn,fgr-mgr,pred fgr,wsrtd,rnd-wrnd,qtz,lim, wcmt. 9 17 10342.3 1,37 30.4 0.7 97.3 3.14 SS-vdkyelbrn,fgr,wsrtd,rnd,wcmt,qtz,lim, tr glau. ;~ 18 ~0343.3 0.57 30.8 5.7 92.3 3.14 SS-vdkyelbrn,fgr,wsrtd,rnd-wrnd,wcmt,qtz,lim, tr glau. _ ~9 .f-T~344.3 2.56 31.0 1.9 97.9 2.92 SS-vdkyelbrn,fgr,wsrtd,rnd-wrnd,wcmt,qtz,ltm,tr glau,few vf frac. ~9 I--20 (~blj345.1 2.66 26.9 0.5 99.2 3.04 SS-vdkyelbrn,fgr,wsrtd,wrnd,wcmt,r peb,qtz,lJm. ~9 r~l I-qtt1346.3 2.60 29.1 1.4 98.4 3.09 SS-vdkyelbrn,fgr-vcgr/vfpeb,pred fgr,psrtd,wrnd-sbrnd,qtz, lJm, glau,wcmt. c~2 ~47.2 3.16 27.6 1.0 98.4 3.02 SS-dkgy,fgr-mgr,pred fgr,wsrtd,wrnd,mod-wcmt,qtz,l~m. ~ ~ '~lk348.2 9.96 31.9 1.2 97.4 3.03 SS-vdkyelbrn,fgr-vcgr/vf pbl,pred fgr,psrtd,w cmt,wrnd,qtz,lim. ~ ~.~ ;1[0'~49.2 2.77 28.3 1.1 98.8 3.12 SS-dkgy,f-vcgr/occ vfpbl,pred fgr,mod srtd,sbrnd-wrnd,wcmt,qtz,lim, glau. 1-6 Company : ARCO ALASKA, INC. I/ell : POINT FIcINTYRE #8 CORE CORE LABORATORTES Field : POI NT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1372 Date : 12-Mar- 1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) OENSlTY Kair OIL WATER ft md % % ~ gm/cc 9 25 10350.2 1.34 32.8 1.7 98.1 3.02 SS-olvblk,fgr,wsrtd,rnd-wrnd,qtz,lim,wcmt. 9 26 10351.2 1.38 33.6 2.0 97.6 3.06 SS-olvblk,fgr/occ vcgr,mod-wsrtd,rnd-wrnd,qtz,lim,wcmt. 9 27 10352.2 2.61 31.0 0.2 99.4 3.36 CGL SDY-gybrn,mgr sd-fpbl,mod srtd,sbrnd-rnd,blk w cmt,lim, qtz. 9 28 10353.2 0.64 31.5 1.8 98.3 3.41 CGL SDY-gybrn,mgr sd-fpbl,mod srtd,sbrnd-rnd,blk w cmt,lim, qtz. 9 29 10354.2 3.61 30.8 1.8 92.3 3.43 CGL SDY-gybrn,mgr sd-fpbl,mod srtd,sbrnd-rnd,blk w cmt, lim, qtz. CORE 10 10357.0 - 10446.1 FEET 10 1 10357.2 1.07 31.9 TRACE 98.5 3.08 SS-brnblk,fgr/occ vcgrn,mod srtd,wcmt,rnd-wrnd,qtz, lim. 10 2 10358.2 2.98 30.1 2.0 97.5 3.37 CGL SDY-brnblk,fgr sd-fpbl,psrtd,wcmt,wrnd,plty f lith pbl,lim, qtz. 10 3 10359.2 2.45 30.1 7.1 92.1 3.42 CGL SDY-brnblk,fgr sd-fpbl,psrtd,wcmt,wrnd,plty f lith pbl,lim, qtz. 10 4 10360.1 2.47 30.4 5.3 94.1 3.38 SS-dusky ywbrn,f-vcgr,pred cgr,psrtd,sb-wrnd, lim, qtz,dk brn cmt,vwcmt. 10 5 10361.3 3.74 29.3 1.5 97.9 3.44 CGL PBL-dusky'ywbrn,fgr sd-fpbl,psrtd,sb-wrnd,plty, lim, qtz,tr hem,vwcmt. 10 6 10362.2 2.11 31.4 4.5 94.5 3.41 CGL SDY-dusky ywbrn,fgr sd-fpbl,psrtd,sb-wrnd,occ plty, lim, qtz,tr hem,vwcmt. 10 7 10363.2 6.16 28.4 2.4 96.1 3.44 CGL SDY-dusky ywbrn,fgr sd-fpbl,psrtd,sb-wrnd,occ plty, lim, qtz,tr hem, vwcn~c. 10 8 10364.2 6.41 31.3 TRACE 98.2 2.90 SS-olvblk,fgr,mas,wsrtd,sb-wrnd,qtz,blk cly grs. 10 9 10365.2 9.85 33.2 1.3 96.6 2.89 SS-olvblk,fgr,mas,wsrtd,sb-wrnd,qtz,blk cly grs. 10 10 10366.2 7.40 32.4 1.6 97.5 2.88 SS-olvblk,fgr,mas,wsrtd,sb-wrnd,qtz,blk cly grs. 10 11 10367.2 5.80 33.1 1.1 96.9 2.93 SS-olvblk,fgr,mas,wsrtd,sb-wrnd,qtz,blk cly grs. 10 12 10368.2 4.94 31.3 0.4 98.9 2.93 SS-olvblk,fgr,ms,wsrtd,sb-wrnd,qtz,blk cly grs. 10 13 10369.2 9.30 29.7 1.2 96.1 2.99 SS-olvblk, mgr,ms,vwsrtd,rnd-wrnd,qtz,brn cly grs. 10 14 10370.2 3.96 31.3 1.1 92.3 2.98 SS-olvblk, mgr,ms,vwsrtd,rnd-wrnd,qtz,brn cly grs. 10 15 10371.2 2.14 32.6 1.6 94.7 3.07 SS-olvblk,f-mgr,pred mgr,mas,wsrtd,sb-wrnd,qtz,brn cly grs. 10 16 10372.2 4.24 32.0 0.6 96.4 3.00 SS-olvblk,f-mgr,pred mgr,mas,wsrtd,sb-wrnd,qtz,brn cly grs. 10 17 10373.2 6.14 31.6 1.4 98.0 2.99 SS-olvblk,f-mgr,pred mgr,mas,wsrtd,sb-wrnd,qtz,brn cly 9rs. 10 18 10374.2 5.10 31.0 0.2 97.9 3.01 SS-olvblk,f-mgr/occ vcgr,pred mgr,ms,mod srtd,rnd-wrnd,qtz,brn cly grs. 10 19 10375.2 11.1 33.4 0.5 99.5 2.97 SS-olvblk,f-vcgr,pred mgr,mas,mod srtd,rnd-wrnd,qtz,brn cly grs,horiz frac. 10 20 10376.2 6.74 33.1 0.9 98.0 2.98 SS-olvblk,f-mgr,r fpbl,pred mgr,mas,mod srtd,rnd-wrnd,qtz,brn cly grs. 10 21 10377.2 3.48 30.3 0.7 98.4 3.13 SS PBL-dusky brn,f-mgr,pbl,pred mgr,mas,mod srtd,sbrnd-wrnd,qtz,pbl plty. 1- 7 Company : ARCO ALASKA, INC. Well : POINT MclNTYRE #8 CORE CORE LABORATORIES Field : POINT I~cINTYRE Format1 on : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1372 Date : 12-gar-1990 SATURATZON SAHPLE DEPTH PERHEABZLZTY POROSZTY 6RAZN DESCRZPTZON NUHBER (HORZZONTAL) (HELZUH) (PORE VOLUHE) DENSZTY Kair OIL WATER ft md % % % gm/cc 10 22 10378.2 6.80 33.8 0.5 97.6 2.87 SS-dusky brn,f-m~r,pred n~jr,vwsrtd,vwrnd,qtz,wcmt. 10 23 10379.2 8.62 31.0 0.9 98.8 2.93 SS-gybrn,f-mgr,pred m~r,wsrtd,rnd,qtz,wcmt. 10 24 10380.3 4.85 34.0 0.3 98.1 2.90 SS-gybrn,f-m~r,pred,wsrtd,wrnd,hor frac,qtz,rfpbl,wcmt. 10 25 10381.2 4.68 33.1 0.3 99.4 3.01 SS-gybrn,f-m~r,pred m~r,wsrtd,wrnd,qtz,occ fpbl,wcmt. 10 26 10382.2 6.15 32.2 0.6 98.9 3.20 SS PBL-gybrn,f-vcgrn,pred mgr/fplty pbl,wrnd,qtz,lim, wcmt. 10 27 10383.2 7.37 30.6 0.4 97.6 2.95 SS-gybrn,f-m~r,pred fgr,wsrtd,wrnd,qtz,lim, wcmt. 10 28 10384.2 4.17 34.7 0.6 94.8 2.98 SS-olvblk,fgr,r fpbl,md srtd,Vwrnd,qtz,ltm, wcmt. 10 29 10385.2 4.75 32.7 1.0 94.6 2.91 SS-olvblk,fgr,r fpbl,md srtd,vwrnd,qtz,lim, wcmt. 10 30 10386.2 6.41 30.4 0.8 96.3 3.00 SS-olvblk,f-mor,pred mgr,r vf pbl,wsrtd,rnd,qtz,dk gy cly gr,wcmt. 10 31 10387.2 5.57 29.9 1.5 98.5 3.30 SS PBL-gybrn,m-vcgr/f plty pbl,psrtd,rnd-wrnd,lim, qtz,wcmt. 10 32 10388.2 3.39 28.6 1.0 98.4 3.41 SS PBL-gybrn,m-vcgr/f plty pbl,psrtd,rnd-wrnd,lim, qtz,wcmt,tr hem. 10 33 10389.2 3.36 28.7 3.3 96.0 3.42 SS PBL-gybrn,m-vcgr/f plty pbl,psrtd,rnd-wrnd,lim, qtz,wcmt,tr hem. 10 34 10390.2 3.36 28.8 3.6 93.2 3.15 SS PBL-gybrn,m~rs-fpbl,pred mgr,mod srtd,qtz,lim, tr hem,sli fri,wrnd,ox halos. 10 35 10391.5 4.00 33.3 1.2 95.6 3.13 SS PBL-gybrn,mgrs-fpbl,pred m~r,mod srtd,qtz,lim, tr hem,sli fri,wrnd,ox halos. 10 36 10392.2 5.52 31.9 1.0 97.2 3.38 SS PBL-gybrn,~rs-fpbl,pred m~r,mod srtd,qtz,lim, tr hem, sli fri,wrnd,ox halos. 10 37 10393.2 4.89 32.9 1.2 97.6 3.22 SS-gybrn,m-vcgr,r fpbl,pred m~r,mod srtd,qtz,11m, tr hem,slJ fri, wrnd. 10 38 10394.2 6.12 34.3 3.6 92.6 3.22 SS-gybrn,m-vcgr,r fpbl,pred m~r,mod srtd,qtz,lim, tr hem, sli fri, wrnd. 10 39 10395.2 3.62 33.4 2.0 95.0 3.06 SS-gybrn,f-vcgr,pred mgr,mod srtd,qtz,lim, dkgy cly gr,fri,sb-wrnd. 10 40 10396.2 5.30 35.2 2.0 96.7 3.17 SS-gybrn,f-vcgr,pred m~r,mod srtd,sb-wrnd,blk cmt,fri,lim, qtz. 10 41 10397.2 19.8 34.0 6.4 92.6 3.09 SS-brngy,f-cgr,pred mgr,mod srtd,qtz,ltm, dkgy cly gr,wcmt,frac. 10 41 10398.2 4.26 31.4 2.4 96.5 3.44 SS-gybrn,f-vcgr,pred ~r,mod srtd,fri,rnd-~rnd, 11m, qtz,hem. 10 43 10399.2 3.05 31.6 1.4 96.3 3.17 SS-gybrn,f-vcgr,pred m~r,mod srtd,fri,rnd-wrnd, 11m, qtz,hem. 10 44 10400.4 10.3 27.4 2.3 96.2 2.97 SS-brngy,f-m~r,r fpbl,wsrtd,wrnd,fri,qtz,lim, dkgy gr. 10 45 10401.4 5.08 29.4 2.6 95.6 2.98 SS-brngy,f-mgr,r fpbl,wsrtd,wrnd,fri,qtz,lim, dkgy gr. 10 46 10402.2 3.30 23.5 1.4 95.6 3.05 SS-ltbrngy,f-mgr,pred fgr,wsrtd,wrnd,qtz,lim, sl fri. 10 47 10403.2 4.38 31.6 7.5 91.3 3.39 SS-gybrn,f-vcgr,pred mgr,mod srtd,rnd-wrnd,mod cmt,lim, qtz,tr hem. 10 48 10404.4 8.76 34.3 6.2 92.1 3.19 SS-gyblk,f-cgr,pred fgr,mod-wsrtd,rnd-wrnd,blk rsns mtrx,vfri,qtz. 10 49 10405.2 7.41 27.8 3.8 93.5 3.05 SS-ltbrngy,f-cgr,pred m~r,wsrtd,sbrnd-wrnd,m-wcmt,qtz,ltm. 10 50 10406.4 8.44 34.2 1.6 93.2 3.27 SS-gyblk,f-cgr,pred m~r,mod srtd,rnd-wrnd,fri,blk rsns mtrx,qtz,lim. 1-8 CORE LABORATORIES Company : ARCO ALASKA, INC. Well : POINT MclNTYRE #8 Field Format i on : POINT McINTYRE : EXPLORATION File No.: BP-3-1372 Date : 12-Mar- 1990 CORE ANALYSIS RESULTS J ~ATURATION ....... -/- SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 10 51 10407.Z 44.3 33.8 1.5 90.2 3.03 SS-gyblk,f-cgr,pred mir,mod srtd,rnd-wrnd,fri,blk rsns mtrx,qtz,lim. 10 52 10408.2 15.7 32.5 1.3 91.2 3.44 SS-gybrn,f-vcgr,pred mir,mod srtd, sb-wrnd,mod cat,qtz,lim, hem. 10 53 10409.1 7.49 34.1 2.0 90.8 3.03 SS-brnblk,f-mir,pred mir,wsrtd,sb-wrnd,fri,blk rsns mtrx,qtz. 10 54 10410.1 13.8 31.2 1.2 97.1 3.09 SS-gybrn,m-cgr,pred mgr,wsrtd,sb-wrnd,fri,qtz,lim. 10 55 10411.2 6.33 29.0 2.5 96.0 3.30 SS-gybrn,f-cgr,pred fgr,mod srtd,rnd-wrnd,fri,qtz,lim,blk rsns+clr carb cmt. 10 56 10412.1 4.44 30.6 1.6 95.3 3.08 SS-gybrn,f-cgr, pred mir,wsrtd,rnd-wrnd,fri,qtz, lim, blk rsns cmt. )0 '.52 ....... 1.0413.6 .... 4.78.. 33.2 2.7 95.3 2.92 SS-gybrn,f-cgr,pred fgr,wsrtd,rnd-wrnd,fri,qtz lim, blk rsns cat. ,~tO 58 10414.6 8.31 31.3 2.2 95.9 2~'§4 SS-gybrn,f-cgr,pred mir,wsrtd,rnd-wrnd,fri-sft,qtz, lim, blk rsn~""cmt.' 10 59 10415.7 3.56 30.8 3.0 97.0 2.97 SS-gybrn,f-cgr,pred mgr,wsrtd,rnd-wrnd,fri-sft,qtz, lim, blk rsns cmt. 10 60 10416.2 13.1 29.3 1.3 96.9 2.99 SS-gybrn,f-vcgr,pred mir,mod srtd,sb-wrnd,fri,qtz,lim, blk rsns cat,frac. 10 61 10417.2 6.01 30.8 3.1 94.8 2.79 SS-brnblk,f-mir,pred fgr,wsrtd,rnd-wrnd,fri,qtz,lim, blk rsns cat. 10 62 10418.8 4.25 31.3 2.5 97.5 3.05 SS-gybrn,f-cgr,pred mgr,wsrtd,rnd-wrnd,fri,qtz, lim, blk rsns cat. 10 63 10419.2 3.49 31.3 2.6 94.1 3.14 SS-9ybrn,f-cgr,pred mgr,wsrtd,rnd-wrnd,fri,qtz,lim, blk rsns cmt. 10 64 10420.5 39.4 28.4 2.3 94.2 3.30 SS-dkyelbrn,f-cgr,pred mir,wsrtd,rnd-wrnd,fri,qtz,lim, chlor cat. 10 65 10421.5. 1579. 25.4 28.7~ 68.1 2.98 SS-brngy,f-mir,pred mgr,vwsrtd,sb-wrnd,fri,qtz lim, tr hem, frac. 10 66 10422.1 33.1 26.7 "i~ 85.1 3.00 SS-brngy,f-mgr,pred mgr,vwsrtd,sb-wrnd,frt,qtz lim, tr hem. 10 67 10423.4 26.4 26.3 19.1~ 80.3 2.91 SS-brngy,f-egr,pred mir,vwsrtd,sb-wrnd,fri,qtz lim, tr hem. 10 ~). 10424.1 5~.3 23.9 1~7:..~._~.. 69.1 2.~_$S-miy,f-mir,pred mgr,vwsrtd,sbang-sbrnd,fri,qtz,lim, tr hem. "['~ ....... 69" 'i'~['~'~ 76:2 ..... ~':'"'6 .... 18.2 67':§ .................... ['.87 SS-blkrd,f-mir,.pred mir,vwsrtd,sbang-sbrnd,fri,qtz,lJm, he;. 10 70 10426.1 28.8 22.0 14.9 69.9 2.89 SS-brngy,f-mir,pred mgr,vwsrtd,$bang-rnd,fr$,qtz,lJm. 10 71 10427.3 7.52 22.2 6.3 81.5 2.80 SS-brngy,f-mir,pred mir,vwsrtd,sbang-rnd,frt,qtz,ltm. 10 72 10428.1 0.57 18.3 2.1 90.8 2.81 SS-brngy,f-mir,pred mgr,vwsrtd,sbang-rnd,frt,qtz,ltm. 10 73 10429.3 36.6 21.6 15.0 69.6 2.71 SS-brngy,f-mir,pred mgr,vwsrtd,sbang-rnd,fri,qtz,lim. 10 74 10430.3 22.1 23.6 13.3 72.0 2.82 SS-brngy,f-mir,pred mgr,vwsrtd,sbang-rnd,fri,qtz,lim. 10 75 10431.4 1.35 23.3 4.1 92.3 2.72 SS-brngy,f-mir,pred mgr,vwsrtd,sbang-rnd,fri,qtz,lim. 10 76 10432.2 0.48 22.7 2.8 92.0 2.86 SS-brngy,f-mir,pred mgr,vwsrtd,sbang-rnd,fri,qtz,lim. 10 77 10433.2 0.29 20.9 2.7 92.7 2.96 SS-brngy,f-mir,pred fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,tr lim. 10 78 10434.3 5.01 25.2 7.5 81.0 2.71 SS-brngy,f-mir,pred fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,tr lim. 10 79 10435.3 0.63 20.8 5.3 90.0 2.73 SS-dkmiy,fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,tr lim. 1-9 Company : ARCO ALASKA, INC. Well : POINT HcINTYRE #8 CORE CORE LABORATORTES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP- 37 Oate : lt-I~- SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 10 80 10436.2 2.87 23.4 6.5 86.7 2.69 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,sli fr~,qtz,cht,tr l~m. 10 81 10437.3 5.38 23.7 9.3 78.7 2.69 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,slj frJ,qtz,cht,tr lim. 10 82 10438.3' 0.59 22.6 3.2 95.9 2.73 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,slt fr~,qtz,cht,tr lJm. 10 83 10439.2 0.58 24.0 4.2 94.6 2.74 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,sl~ fri,qtz,cht,tr lJm. 10 84 10440.2 0.89 24.8 0.8 98.3 2.77 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,slJ fri,qtz,cht,tr l~m. 10 85 10441.5 1.08 23.3 0.7 80.8 2.80 SS-dkegy,fgr,vwsrtd,sbang-sbrnd,slt fri,qtz,cht,tr lim. 10 86 10442.3 0.60 23.8 2.1 93.3 2.75 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,sl~ fri,qtz,cht,tr lim. 10 87 10443.2 1.93 23.9 2.7 96.9 2.82 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,tr l~m. 10 88 10444.6 1.22 19.4 5.9 93.6 2.77 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,$1i frJ,qtz,cht,tr 1tm. 10 89 10445.2 4.59 24.3 9.5 81.6 2.87 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,sli fri,qtz,cht,tr lim. 10 90 10446.2 2.21 21.6 0.4 99.3 2.87 SS-dkmgy,fgr,vwsrtd,sbang-sbrnd,s11 fri,qtz,cht,tr lie. CORE 11 10447.0 - 10534.8 FEET 11 I 10447.3 0.67 15.7 0.9 90.0 2.87 SS-dkgngy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,wcma,qtz,tr lim. 11 2 10448.2 0.87 19.6 4.5 94.0 3.14 SS-brngy,f-vcgr,pred fgr,mod srtd,sbang-wrnd,wcmt,qtz,lim, tr chlor. 11 3 10449.2 0.20 24.1 1.9 98.0 3.47 SS-gybrn,fgr sd-fpbl,pred cgr,psrtd,sbang-rnd,vwcmt,11m,qtz,chlor. 11 4 10450.4 0.85 22.2 2.4 92.4 3.02 SS-dkgngy,f-cgr,pred fgr,md Srtd,sbang-rnd,wcmt,qtz,11m,tr chlor. 11 5 10451.3 0.45 15.0 9.9 78.6 2.89 SS-olvgy,fgr,r vcgr,wsrtd,sbang-wrnd,wcmt,qtz,lJm,tr chlor. 11 6 10452.2 0.40 16.5 0.9 95.1 2.81 SS-dkgngy,fgr,wsrtd,sbang-wrnd,vwcma,qtz,chlor,tr 1tm. 11 7 10453.2 1.07 21.5 1.6 97.8 2.90 SS-dkgngy,fgr,vwsrtd,sbang-wrnd,wcmt,qtz,chlor,tr 1im. 11 8 10454.4 0.86 26.3 0.7 98.7 3.14 SS-olvgy,f-mgr,pred mgr,wsrtd,sbrnd-wrnd,wcmt,qtz,lJm, hem, mgy cl cma. 11 9 10455.2 1.20 23.1 0.7 99.3 3.01 SS-dkgngy,f-mgr,pred mgr,wsrtd,sbrnd-wrnd,wcma,qtz,lim, occ hem, gngy cma. 11 10 10456.2 0.97 25.7 0.3 98.6 3.10 SS-dkgngy,f-mgr,pred mgr,wsrtd,sbrnd-wrnd,wcmt,qtz,l~m, occ hem, gngy cma. 11 11 10457.3 0.46 20.2 TRACE 98.9 2.97 SS-dkgngy,f-mgr,pred mgr,wsrtd,sbrnd-wrnd,wcmt,qtz,lim, occ hem, gngy cma. 11 12 10458.4 0.58 20.4 1.7 98.2 2.99 SS-dkgngy,f-mgr,pred mgr,wsrtd,sbrnd-wrnd,wcma,qtz,lim, occ hem, gngy cma. 11 13 10459.2 0.96 24.7 0.6 99.2 2.82 SS-dkgngy,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcma,chlor,qtz,l~m,tr hem. 11 14 10460.1 1.54 24.2 0.9 96.9 2.87 SS-dkgngy,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcma,chlor,qtz, lJm,tr hem. 11 15 10461.2 0.06 24.1 2.6 96.6 3.01 SS-dkgngy,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcmt/chlor,qtz, l~m,tr hem. 1 - 10 Company : ARCO ALASKA, INC. Well : POINT FIcINTYRE #8 CORE CORE LABORATORTES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1372 Date : 12-Flat-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBFR (HORIZONTAL) (HELIUN) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 11 16 10462.1 0.67 24.7 4.0 95.7 3.00 SS-dkgngy,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcee/chlor,qtz,lim,tr hem. 11 17 10463.2 0.13 22.4 0.9 97.1 3.46 SS-dkywbrn,m-vcgr,pred cgr, psrtd,rnd,wcee,hem halo,lim, gygn cee. 11 18 10464.4 4.00 25.4 0.9 99.0 3.10 SS-olvgy,f-cgr,pred fgr,wsrtd,rnd-wrnd,wcee,qtz,lim, gy cmt. 11 19 10465.2 0.24 25.5 0.7 99.0 3.17 SS-olvgy,fgr,vwsrtd,wrnd,wcmt,qtz,lim,tr hem. 11 20 10466.2 0.08 23.8 0.7 99.1 3.41 SS-olvgy,fgr/csd-fpbl,mod srtd,rnd,wcee,qtz,lim, tr hem, gygn cly cee. 11 21 10467.2 0.46 24.4 TRACE 98.9 3.11 SS-olvgy,fgr/cgr,mod srtd,wcmt,rnd,qtz, lim, gygn cly cmt. 11 22 10468.2 0.52 22.8 TRACE 99.5 3.13 SS-olvgy,fgr/cgr,mod srtd,wcee,rnd,qtz, lim, gygn cly cee. 11 23 10469.2 0.67 23.1 0.3 99.7 3.16 SS-olvgy,fgr/cgr,md srtd,wcee,rnd,qtz,lim, gygn cly cee. 11 24 10470.2 0.42 24.3 0.1 99.7 3.18 SS-gyolvgn,fsd-fpbl,pred msd,mod srtd,rnd-wrnd,wcmt,qtz,lim, gygn cly cee. 11 25 10471.3 0.38 24.7 0.3 98.6 3.22 SS-gyolvgn,fsd-fpbl,pred msd,mod srtd,rnd-wrnd,wcee,qtz,lim, gygn cly cee. 11 26 10472.2 0.55 24.3 0.4 98..0 3.23 SS-gyolvgn,fsd-fpbl,pred msd,mod srtd,rnd-wrnd,wcee,qtz,lim, gygn cly cmt. 11 27 10473.2 0.40 24.0 0.2 98.3 3.14 SS-gyolvgn,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcmt,qtz,lim, tr hem,gygn cee. 11 28 10474.2 0.34 21.2 0.5 97.7 3.11 SS-gyolvgn,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcee,qtz,lim, tr hem, gygn cmt. 11 29 10475.2 0.61 23.7 0.4 97.4 3.22 SS-gyolvgn,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcee,lim,tr hem, tr carb cee. 11 30 10476.2 0.55 24.7 0.2 97.6 3.07 SS-gyolvgn,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcee,qtz,lim, tr hem, tr carb cee. 11 31 10477.2 0.33 22.9 0.6 98.0 3.03 SS-gyolvgn,f-cgr,pred fgr,mod srtd,rnd-wrnd,wcee,qtz,lim, tr hem, tr carb cee. 11 32 10478.2 0.33 26.1 0.5 98.6 3.15 SS-gyolvgn,f-vcgr,pred fgr,mod srtd,rnd-wrnd,wcee,qtz,lim, gygn cee. 11 33 10479.2 0.49 24.7 0.5 98.1 3.04 SS-gyolvgn,f-vcgr,pred fgr,mod srtd,rnd-wrnd,wcmt,qtz,lim, gygn cmt. 11 34 10480.2 0.05 25.9 0.8 99.1 3.60 SS-olvgy,f-vcgr,pred cgr,wsrtd,sbrnd-rnd,wcee,ltm,tr hem, gygn cmt. 11 35 10481.2 0.12 20.9 0.2 99.2 3.00 SS-gyolvgn,fgr sd/vcsd-fpbl,mod srtd,sbrnd-rnd,wcee,qtz,lim, gygn cmt. 11 36 10482.2 0.34 22.4 2.2 97.3 3.00 SS-9yolvgn,f-mgr,pred fgr,wsrtd,sbrnd-rnd,wcmt,qtz,lim, tr hem,tr carb cmt. 11 37 10483.2 0.33 22.8 0.6 98.8 3.03 SS-gyolvgn,fgr,f pbl,mod srtd,sb-wrnd,wcee,qtz, lim, tr hem, gygn cee. 11 38 10484.2 1.08 25.9 0.2 99.5 3.33 CGL PBL-brn,bnd ss,fgss-fgpbl,psrtd,ang-rd,wcmt,plty-blky plb. 11 39 10485.2 0.23 26.3 0.2 99.3 3.46 CGL PBL-brn,f lith pbl,lim, plty-blky,eex,f-mgr sd,rnd,qtz,lim gygn cee. 11 40 10486.2 0.37 25.9 1.3 94.3 3.34 SS PBL-gyolvgn,f-msd/f brn lim pbl,psrtd,wcee,rnd sd, lim, qtz,gygn cee. 11 41 10487.4 1.96 25.2 0.5 96.6 3.25 SS PBL-gyolvgn,f-msd/f brn lim pbl,psrtd,wcmt,rnd sd, lim, qtz,gygn cmt. 11 42 10488.2 0.32 26.6 5.2 91.5 3.52 CGL PBL-brn,f l~th pbl,ltm, plty-blky,eex,f-mgr sd,rnd,qtz,lim,gygn cee. 11 43 10489.2 0.19 26.4 6.2 91.5 3.57 CGL PBL-brn,f ltth pbl,lim, plty-blky,eex,f-mgr sd,rnd,qtz,lim,gygn cee. 11 44 10490.2 0.17 25.6 4.9 93.7 3.38 SS PBL-gyolvgn,f-msd,f brn 1im pbl,psrtd,wcmt,rnd sd, lim, qtz,gygn cee. .....-I 1- 11 Company : ARCO ALASKA, INC. #ell : POINT HcZNTYRE ~8 CORE CORE LABORATORTES Field : POINT Hc]NTYRE Formation : EXPLORATION ANALYSTS RESULTS SATURATZON SAHPLE DEPTH PERHEABZLTTY POROSI'TY GRAZN DESCRI'PTTON NUMBER (HOR]:ZONTAL) (HELTUH) (PORE VOLUHE) DENSI'TY Kair 01'L I,/ATER ft md ~ ~ ~ gm/cc 11 45 10491.2 0.28 25.2 3.4 96.3 3.14 SS PBL-gyolvgn,f-msd/f brn 1tm pbl,psrtd,wcmt,rnd sd, ltm, qtz,gygn cmt. 11 46 10492.2 0.74 26.1 3.0 94.5 3.23 C&L PBL-f pbl,lte,plty-blky,hem, etx f sd,rnd,qtz,gygn cmt,wcmt. 11 47 10493.1 0.89 26.2 7.4 91.5 3.14 SS-gyolvgn,mgr,occ cgr,mod srtd,wrnd,wcmt,qtz,lJm, gygn cmt. 11 48 10494.2 0.49 26.0 1.7 98.2 3.19 SS-gyolvgn,n~lr,OCC cgr,mod srtd,wrnd,wcmt,qtz,l~m, gygn cmt. 11 49 10495.7 0.38 23.5 3.1 98.5 3.20 SS-gyolvgn,egr,occ cgr,mod srtd,wrnd,wcmt,qtz,lim, gygn cmt. 11 50 10496.2 0.34 23.9 7.8 92.0 3.29 SS-gyolvgn,mgr,occ cgr,mod srtd,wrnd,wcmt,qtz,ltm, gygn cmt. 11 51 10497.2 0.07 25.0 2.0 97.1 3.59 SS-mod brn,vcgr,psrtd,wcmt,sbang-wrnd,l~th,qtz,gygn+hem cam. 11 52 10498.2 0.34 25.0 6.2 93.0 3.09 SS-gyolvgn,f-vcgr,pred egr,psrtd,sbrnd-wrnd,wcmt,qtz,glau, ltm, hem. 11 53 10499.4 0.81 23.3 5.6 92.7 3.05 $S-gyolvgn,f-vcgr,pred mgr,psrtd,sbrnd-wrnd,wcam,qtz,glau, lJm, hem, occ lim pbl. 11 54 10500.2 0.51 25.0 6.5 92.0 3.38 CGL PBL-f pbl,lJm, plty-blky,hem, amx,msd,rnd,qtz,§ygn cmt,wcmt. 11 55 10501.2 0.47 25.1 3.4 96.3 3.38 CGL PBL-f l~m plty-blky pbl/hem, etx,msd,rnd,qtz,gygn cmt,wcat. 11 56 10502.6 0.47 23.6 5.9 9:i.5 3.24 SS-gyolvgn,fsd-fpbl,pred msd,psrtd,wcmt,sbang-wrnd, l~m, qtz,glau. 11 57 10503.2 1.04 21.8 7.8 91.2 3.38 CGL PBL-f pbl,ltm, plty-blky,hem, mtx,msd,rnd,qtz,gygn cmt,wcmt. 11 58 10504.1 0.39 25.4 5.3 94.3 3.43 CGL PBL-f pbl,ltm, plty-blky,hem, etx,msd,rnd,qtz,gygn cmt,wcmt. 11 59 10505.2 1.01 25.8 5.2 94.0 3.41 SS-mod brn,m-vcgr,pred cgr,vpsrtd,sbang-wrnd,mod cmt,ltm, qtz,gygn cam. 11 60 10506.2 0.28 25.8 5.3 94.2 3.53 $S-olvgy,f-cgr,pred cgr,psrtd,sbang-wrnd,wcmt,qtz,ltm, hem. 11 61 10507.6 1.65 25.5 7.0 91.7 3.06 SS-olvgy,f-vcgr,pred ~r,psrtd,sbang-wrnd,frJ,qtz,lJm, glau. 11 62 10508.2 1.15 24.5 9.8 89.6 3.15 $S-olvgy,f-vcgr,pred mgr,psrtd,sbang-wrnd,fr~,qtz,l~m, glau. 11 63 10509.6 0.88 24.4 11.9 87.2 3.23 SS-mod brn,f-vcgr,pred cgr,psrtd,$b-wrnd,wcmt,ltm, qtz,glau,hem. 11 64 10510.2 0.49 25.5 1.3 97.8 3.44 SS-mod brn,f-vcgr,pred cgr,psrtd,sb-wrnd,wcmt,lJm, qtz,glau,hem. 11 65 10511.2 0.42 21.0 1.5 98.3 3.09 $S-brngy,f-vcgr,pred fgr,psrtd,sbwrnd,sli fr~,qtz,l~m, glau. 11 66 10512.2 0.39 21.2 3.2 96.5 3.00 SS-gyolvgn,f-cgr,pred mgr,mod srtd,sb-wrnd,slt frt,qtz,glau,l~m. 11 67 10513.2 0.32 23.1 3.9 94.4 3.15 $S-dkyelbrn,f-cgr,pred mgr,mod srtd,sb-wrnd,sli frJ,qtz,glau,lJm, tr hem. 11 68 10514.2 0.38 20.3 1.8 96.5 :!.01 SS-olvgy,f-cgr,pred mgr,mod srtd,sb-wrnd,slt fr~,qtz,glau, ltm,tr hem. 11 69 10515.1 0.41 21.1 1.4 98.6 3.06 $S-olvgy,f-cgr,pred mgr,mod srtd,sb-wrnd,slt frJ,qtz,glau, lJm,tr hem. 11 70 10516.2 0.11 24.4 3.0 96.8 3.47 SS-mod brn,f-cgr,pred cgr,wsrtd,sb-wrnd,wcmt,l~m, glau,hem, qtz. 11 71 10517.2 0.33 20.9 3.1 95.1 2.91 SS-gyolvgn,f-mgr,pred fgr,wsrtd,rnd-wrnd,slt frJ,glau,qtz,l~m. 11 72 10518.2 1.28 21.7 8.5 90.2 3.05 SS-gyred,f-cgr,pred fgr,mod srtd,sb-wrnd,fr~,§lau,lJm,qtz,hem. 11 73 10519.2 0.42 21.2 2.9 96.8 2.87 $S-gyolvgn,f-egr,pred fgr,wsrtd,rnd-wrnd,sl~ frJ,glau,ltm, qtz. 1 - 12 CORE LABORATORIES Company : ARCO ALASKA, iNC. tie11 : POINT HcINTYRE #8 CORE Field Formation ANALYSTS : POINT MciNTYRE : EXPLORATION RESULTS SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md ~ ~ ~ gm/cc 11 74 10520.1 0.14 2~.3 5.6 93.4 3.27 SS-gyrd,f-cgr,pred fgr,mod srtd,sb-~rnd,~cmt,lim, hem, g~au,qtz. 11 75 10521.2 0.35 22.8 8.7 90.6 3.23 SS-gyrd,f-vcgr,pred cgr,psrtd,sb ang-wrnd,wcmt, lim, hem, glau,qtz. 11 76 10522.4 0.11 22.1 10.7 87.2 3.30 SS-gyrd,f-vcgr,pred cgr,psrtd,sb ang-wrnd,wcmt,lim, hem, glau,qtz. 11 77 10523.2 0.17 21.8 3.5 96.0 3.21 SS-gyrd,f-cgr,pred fgr,mod srtd,sb-wrnd,wcmt,l~m, hem, glau,qtz. 11 78 10524.2 0.21 21.6 2.4 96.1 3.21 SS-dkgngy,fsd-fpbl,pred mgr sd,psrtd,sb-wrnd,wcmt,ltm, glau,hee, qtz. 11 79 10525.2 0.23 22.3 0.4 97.9 3.35 SS-dkgngy,fsd-fpbl,pred ~jr sd,psrtd,sb-wrnd,wcmt,l~m, glau,hem, qtz. 11 80 10526.2 0.17 22.3 1.0 94.4 3.38 SS-dkgngy,fsd-fpbl,pred mgr sd,psrtd,sb-wrnd,wcmt,lJm, glau,hee, qtz. 11 81 10527.3 0.32 Z2.5 0.3 95.6 3.17 SS-brngy,f-vcgr,pred cgr,psrtd,sb-wrnd,wcet,11m, glua,hem, qtz. 11 82 10528.2 0.36 24.0 0.5 96.6 3.15 SS-dkgngy,f-cgr,pred mgr sd,r do1 pbl,mod srtd,sbang-wrnd,ltm, glau,hem, qtz. 11 83 10529.2 0.34 22.5 0.4 98.2 3.02 SS-dkgngy,f-vgr,pred mgr,mod srtd,rnd-wrnd,wcmt,qtz,ltm, glau,hem. 11 84 10530.4 0.31 21.1 0.6 72.5 3.19 SS-dkgngy,f-vgr,pred mgr,mod srtd,rnd-wrnd,wcmt,qtz,l~m, glau,hem. 11 85 10531.2 0.32 19.7 3.2 76.1 3.03 SS-dkgngy,f-vgr,pred ,~r,md srtd,rnd-wrnd,wcmt,qtz,lJm, glau,hem. 11 86 10532.3 0.37 26.3 0.2 99.8 3.52 SS-eodbrn,f-vcgr,pred cgr,psrtd,rnd-wrnd,wcmt,lim, hem, qtz,glau. 11 87 10533.2 0.31 27.$ 1.4 97.3 3.58 SS PBL-dkyelbrn,fsd-fpbl,pred cgr,vpsrtd,sub-wrnd,wcmt,lim, hem, qtz,chl cmt. 11 88 10534.2 0.31 19.2 0.3 96.8 2.87 SS-dkgngy,f-mgr,pred fgr,wsrtd,sbrnd-wrnd,wcmt,glau,lim, qtz,hem. CORE 12 NO RECOVERY CORE 13 10627.0 - 10714.5 FEET 13 I 10627.4 0.04 13.8 16.6 73.0 2.94 SS-mgy,fgr,occ cgr,wsrtd,sbang-rnd,vwcmt,qtz,occ glau,rcalc,bit. 13 2 10628.2 0.07 13.3 13.8 82.1 2.81 SS-mgy,fgr,occ cgr,wsrtd,sbang-rnd,vwcmt,qtz,occ glau,rcalc,b~t. 13 3 10629.2 0.15 20.1 12.2 73.4 3.00 SS-mgy,f-cgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,occ glau,r calc,b~t. 13 4 10630.1 0.26 22.2 12.2 64.2 3.06 SS-mgy,f-cgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,occ glau,r calc,bit,vug. 13 5 10631.2 0.21 17.1 7.9 82.7 2.89 SS-mgy,f-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,glau, l~th,r calc. 13 6 10632.2 0.33 18.0 9.0 84.1 2.91 SS-mgy,f-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,glau, lith,r calc. 13 7 10633.3 0.06 21.7 3.2 82.4 3.09 SS-ltgy,f-cgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,glau,sl vug. 13 8 10634.2 0.99 16.8 3.1 88.2 2.94 SS-mgy,f-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,glau, lith,tr bit. File No.: BP-3-1372 Date : 12-1qar- 1990 I - 13 Company : ARCO ALASKA, INC. gel1 : POINT HcINTYRE #8 CORE LABORATORIES Field : POINT HclNTYRE Format1 on :EXPLORAT]ON CORE ANALYSIS RESULTS SATURATION SAMPLE DEPTH PERMEABILITY POROSITY 6RAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Katr OIL ~ATER ft md ~ ~ ~ g~c¢ 13 9 10635.2 0.21 16.0 7.7 87.5 2.88 SS-mgy,f-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,g]au, lith,tr bit. 13 10 10636.4 0.19 17.5 4.9 84.6 2.93 SS-mgy,f-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,g]au, lith,tr bit. 13 11 10637.2 0.24 17.0 8.3 85.4 2.89 SS-mgy,f-vcgr,pred fgr,mod srtd,sbang-rnd,vwcmt,qtz,g]au, lith,tr bit. 13 12 10638.2 0.28 19.4 6.3 83.3 2.99 SS-mgy,f-cgr,pred fgr,mod srtd,sbang-rnd,vwcmt,s] vug,qtz,g]au,arg,tr bit. 13 13 10639.3 0.23 17.5 8.0 86.0 2.95 SS-mgy,f-cgr,pred fgr,mod srtd,sbang-rnd,vwcmt,s] vug,qtz,g]au,arg,tr bit. 13 14 10640.3 0.42 17.2 10.8 83.8 2.91 SS-~gy,f-cgr,pred fgr,wsrtd,sbang-rnd,wcmt,qtz,occ g]au,r arg,tr bit. 13 15 10641.1 1.10 17.9 11.0 83.2 2.92 SS-~gy,f-cgr,pred fgr,wsrtd,sbang-rnd,wcmt,qtz,occ g]au,r arg,tr bit. 13 16 10642.3 0.13 17.0 12.0 77.2 2.90 SS-mgy,f-cgr,pred fgr,wsrtd,sbang-rnd,wcmt,qtz,occ glau,r arg,tr bit. 13 17 10643.2 0.11 14.9 13.5 74.5 2.91 SS-mgy,f-cgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz,dol,tr bit. 13 18 10644.1 0.14 16.4 13.5 76.8 2.93 SS-mgy,f-cgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz,dol,tr bit. 13 19 10645.4 0.34 16.0 12.7 75.3 2.89 SS-mltgy,fgr,occ cgr,mod srtd,sbeng-sbrnd,wcmt,qtz,sid. 13 20 10646.2 0.58 16.5 16.7 70.0 2.92 SS-mltgy,fgr,occ cgr,mod srtd,sbang-sbrnd,~cmt,qtz,sid. 13 21 10647.2 0.82 17.6 17.2 68.5 2.88 SS-mltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,~cmt,qtz,tr bit. 13 22 10648.3 0.64 21.9 16.9 55.0 2.95 SS-mltgy,f-mgr,p~ed fgr,wsrtd,sbang-sbrnd,wcmt,qtz,tr bit. 13 23 10649.2 2.48 22.7 18.0 53.8 2.93 SS-ltbrngy,f-vcgr,pred fgr,psrtd,sbeng-sbrnd,~cmt,qtz,sl vug. 13 24 10650.2 0.25 19.8 19.4 56.0 2.83 SS-ltbrngy,f-n;ir,r vcgr pred fgr,md srtd,sbang-sbrnd,wcmt,qtz. 13 25 10651.3 0.65 20.2 19.8 49.3 2.83 SS-ltgy,f-cgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz. 13 26 10652.2 1.09 19.5 18.4 55.7 2.80 SS-ltgy,f-cgr,pred fgr,mod srtd,sbang-sbrnd,~cmt,qtz. 13 27 10653.4 0.19 16.7 19.6 55.0 2.94 SS-ltgy,f-cgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz. 13 28 10654.2 0.79 18.3 20.5 60.1 3.01 SS-ltbrngy,f-vcgr,pred fgr,psrtd,sbang-rnd,wcmt,qtz,brn lith gr. 13 29 10655.2 0.77 15.5 19.2 63.3 2.93 SS-ltbrngy,f-mgr,r vcgr,pred fgr,mod srtd,sbang-rnd,wcmt,qtz,brn lith gr. 13 30 10656.3 0.24 17.8 13.2 63.6 2.95 SS-ltbrngy,f-mgr,r vcgr,pred fgr,mod srtd,sbang-rnd,wcmt,qtz,brn 11th gr. 13 31 10657.2 0.41 15.2 19.0 70.6 2.88 SS-ltbrngy,f-cgr,pred fgr,mod srtd,sbang-rnd,wcmt,qtz. 13 32 10658.2 0.76 17.2 14.4 72.4 2.87 SS-]tbrngy,f-cgr,pred fgr,mod srtd,sbang-rnd,wcmt,qtz. 13 33 10659.3 89.0 21.2 25.4 46.4 2.72 SS-;tgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 34 10660.1 97.9 20.2 26.2 43.6 2.72 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 35 10661.2 94.5 21.4 25.3 48.3 2.71 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 36 10662.2 106. 21.9 25.7 45.2 2.71 SS-itgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 37 10663.2 135. 22.4 23.8 47.0 2.71 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. F"ile No.: ~-1~'~' '':~ ~ ,-':: Date : 1~14ar~990~ {~? ~., }.~.'~...'~ ~ · 1- 14 CORE LABORATORIES Company : ARCO ALASKA, iNC. gel1 : POINT NcINTYRE #8 Field Formation : POINT Mc !NTYRE : EXPLORATION CORE ANALYSTS RESULTS SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) OENSITY Kair OIL WATER ft md ~ ~ ~ gm/cc 13 38 10664.1 130. 23.1 23.5 48.7 2.70 SS- ltgy, fgr,wsrtd,sbang-rnd,wcmt, qtz, cht. 13 39 10665.2 72.1 20.4 24.0 46.3 2.74 SS- ltgy, fgr,wsrtd,sbang-rnd,wcmt, qtz, cbt. 13 40 10666.2 43.9 20.5 24.8 46.4 2.77 SS- ltgy, fgr,wsrtd,sbang-rnd,wcmt, qtz, cht. 13 41 10667.1 200. 23.2 27.2 45.5 2.67 SS-ltgy,fgr,wsrtd,occ lam, sbang-rnd,wcmt,qtz,cht. 13 42 10668.2 57.7 21.1 20.9 52.6 2.74 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 43 10669.2 70.5 21.6 19.7 53.0 2.73 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 44 10670.3 81.3 22.2 22.1 52.5 2.71 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 45 10671.2 53.9 20.6 22.8 48.3 2.75 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt,qtz,cht. 13 46 10672.3 55.7 20.1 11.3 57.7 2.74 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 47 10673.3 39.2 20.2 20.0 54.1 2.73 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 48 10674.2 17.1 19.2 22.2 59.6 2.68 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 49 10675.2 34.6 21.5 21.2 54.8 2.71 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 50 10676.2 41.8 20.8 23.1 51.6 2.72 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 51 10677.2 3.82 15.9 23.7 55.8 2.71 SS-ltgy,fgr,p lae,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly. 13 52 10678.1 36.8 20.8 20.9 52.1 2.70 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 53 10679.2 11.2 20.0 20.8 57.3 2.68 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 54 10680.3 10.2 19.5 20.7 56.6 2.70 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 55 10681.2 3.27 18.6 20.9 61.6 2.80 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcmt,qtz,cht. 13 56 10682.1 1.10 15.7 23.4 63.8 2.76 SS-ltgy,fgr,occ vc cht gr,mod srtd,sbang-rnd,wcmt,qtz,cht,r glau. 13 57 10683.4 0.06 16.6 17.0 73.9 3.00 SS-ltgy,fgr,occ vc cht,ltbrn cly gr,mod srtd,sbang-rnd,wcmt,qtz,cht,ltbrn cly. 13 58 10684.3 8.12 20.4 13.4 68.8 2.73 SS-ltgy,fgr,occ vc cht gr,mod srtd,sbang-rnd,wcmt,qtz,cht,r glau. 13 59 10685.3 1.16 16.8 18.9 65.2 2.79 SS-ltgy,fgr,occ vc cht Mr,mod srtd,sbang-rnd,wcmt,qtz,cht,r glau. 13 60 10686.3 1.45 17.2 18.5 71.1 2.78 SS-ltgy,fgr,occ vc cht gr,mod srtd,sbang-rnd,wcmt,qtz,cht,r glau. 13 61 10687.2 3.64 18.3 19.2 70.6 2.76 SS-ltgy,fgr,r cgr qtz gr,wsrtd,sbang-rnd,wcmt,qtz,cht,r glau. 13 62 10688.2 6.04 19.2 16.0 68.5 2.70 SS-ltgy,fgr,wsrtd,r lam, sbang-sbrnd,wcmt,qtz,cht. 13 63 10689.2 22.3 21.6 14.3 66.7 2.68 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt qtz,cht. 13 64 10690.1 9.36 20.4 14.7 66.1 2.72 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt qtz,cht. 13 65 10691.2 7.40 20.7 14.6 67.2 2.72 SS-ltgy,fgr,wsrtd,sbang-rnd,wcmt qtz,cht. 13 66 10692.3 2.31 16.2 11.6 71.0 2.70 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly. File No.: BP-3-1372 ~.~-~ Date : 12-Nar- 1990 ------~ t .... ,~ 1- 15 Company : ARCO ALASKA, INC. Well : POINT IIcINTYRE #8 CORE CORE LABORATORTES Field : POINT FIcINTYRE Formation : EXPLORATION ANALYSIS RESULTS SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc 13 67 10693.3 1.47 15.3 10.2 76.0 2.71 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,egy cly. 13 68 10694.1 6.97 18.8 20.8 62.6 2.74 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly. 13 69 10695.3 6.62 18.8 24.2 61.1 2.70 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly. 13 70 10696.2 21.0 21.2 23.5 61.9 2.69 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly. 13 71 10697.3 28.3 20.6 19.6 60.8 2.70 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly,glau. 13 72 10698.1 9.93 20.2 22.9 62.0 2.70 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,mgy cly. 13 73 10699.2 1.66 15.0 20.1 67.4 2.71 SS-ltgy,fgr,p lam,wsrtd,sbang-rnd,wcmt,qtz,cht,egy cly. 13 74 10700.2 6.99 20.6 23.6 60.8 2.69 SS-ltgy,fgr,vwsrtd,sbang-rnd,wcet,qtz,cht. 13 75 10701.3 9.21 16.3 15.2 52.8 2.76 SS-ltgy,fgr,vwsrtd,$bang-rnd,wcet,qtz,cht. 13 76 10702.2 1.35 18.0 20.6 54.1 2.90 SS-ltgy,far/car ltbrngy cly,bit gm,mod srtd,sbang-rnd,wcat,qtz,cht. 13 77 10703.5 1.78 17.9 28.2 55.2 2.77 SS-ltgy,fgr/cgr ltbrn§y cly,bJt gm,mod srtd,sbang-rnd,wc~t,qtz,cht. 13 78 10704.8 2.14 16.9 17.4 67.4 2.81 SS-ltgy,fgr/cgr ltbrngy cly,bit gm,mod srtd,sbang-rnd,wc~t,qtz,cht. 13 79 10705.4 2.86 17.7 18.8 64.3 2.86 S$-lt§y,fgr/cgr ltbrngy cly,bit gm,mod srtd,sbang-rnd,wc~t,qtz,cht,r glau. 13 80 10706.4 4.69 19.3 17.8 70.2 2.72 SS-ltgy,fgr/r cgr,wsrtd,sbang-sbrnd,wcmt,qtz,cht,§lau. 13 81 10707.8 2.23 17.8 15.7 65.2 2.98 SS-ltgy,fgr/occ cgr qtz,ltbrngy cly Mr,mod srtd,sbang-sbrnd,wcmt,qtz,cht,cly,g 13 82 10708.2 0.01 11.7 19.5 62.8 3.06 SS-payelbrn,fgr/cgr It brn cly,mod srtd,sbang-rnd,vwcet,qtz,cht,sid,tr bit. 13 83 10709.2 7.43 20.2 19.2 63.1 3.25 SS-ltgy,fgr/cgr qtz,ltbrn cly Mr,mod srtd,sbang-rnd,wcmt,qtz,cht,glau. 13 84 10710.2 2.89 18.0 16.9 69.8 2.72 SS-ltgy,fgr/cgr qtz,ltbrn cly Mr,mod srtd,sbang-rnd,wcmt,qtz,cht,glau. 13 85 10711.2 12.3 14.3 17.3 65.3 2.93 SS-ltgy,fgr/cgr dkgy cly,mod srtd,sbang-rnd,wcmt,qtz,cht,tr pyr. 13 86 10712.2 2.44 18.5 20.6 67.2 2.70 SS-mltgy,fgr,vwsrtd,sbang-sbrnd,wcet,qtz,cht,dkgy cly gr. 13 87 10713.2 3.98 19.1 21.5 67.1 2.70 SS-ltgy,fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 13 88 10714.1 1.77 18.5 18.1 61.5 2.71 SS-mltgy,fgr/cgr brn gy cly,mod srtd,sbang-rnd,wcmt,qtz,cht,tr glau. CORE 14 10717.0 - 10807.1 FEET 14 1 10717.2 1.81 17.1 18.6 70.5 2.72 SS-ltgy,fgr,vwsrtd,sbang-rnd,vwcmt,qtz,cht,tr glau. 14 2 10718.2 0.52 13.2 14.3 75.6 2.72 SS-ltgy,f/cgr,pred fgr,mod srtd,sbang-sbrnd,vwcmt,qtz,cht,mgy cly gr,glau. 14 3 10719.3 1.25 15.7 24.4 63.0 2.71 SS-ltgy,fgr,sl lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 4 10720.2 2.35 17.5 24.0 61.6 2.72 SS-ltgy,fgr,sl lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. File No.: BP-3-1372 Date : 12-1~ar-1990 .... , 1 - 16 Company : ARCO ALASKA, INC. Hell : POINT HcINTYRE #8 CORE CORE LABORATORTES Field : POINT McINTYRE Formation : EXPLORATION ANALYSIS RESULTS SATURATION SAHPLE DEPTH PERHEABILITY POROSITY GRAIN DESCRIPTIOH .~ HUHBER (HORIZONTAL) (HELIUH) (PORE VOLUHE) DENSITY Kair Oil WATER ft md % % % gm/cc 14 5 10721.2 0.82 15.4 21.9 64.5 2.71 SS-ltgy,fgr,sl lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 6 10722.3 1.92 17.1 24.0 62.6 2.72 SS-ltgy,fgr,$1 lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr §1au. 14 7 10723.3 1.14 16.8 21.9 66.5 2.72 SS-ltgy,fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht. 14 8 10724.2 0.46 11.6 23.2 70.3 2.71 SS-ltgy,fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht. 14 9 10725.2 0.30 12.1 25.6 70.1 2.70 SS-ltgy,fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht. 14 10 10726.2 80.2 17.7 24.2 48.0 2.68 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,wt alt gr. 14 11 10727.2 145. 21.1 23.9 45.6 2.70 SS-vltgy,fgr,vwsrtd,sbang-$brnd,wcmt,qtz,wt alt gr. 14 12 10728.2 239. 22.5 23.3 44.5 2.68 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcet,qtz,wt alt gr. 14 13 10729.4 259. 23.5 22.7 49.7 2.67 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcet,qtz,trt alt gr. 14 14 10730.3 216. 23.2 26.7 44.6 2.70 S$-vltgy,fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,wt alt gr. 14 15 10731.3 338. 23.6 21.4 50.9 2.68 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,wt alt gr,tr glau. 14 16 10732.2 230. 22.2 28.0 42.7 2.69 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcet,qtz,wt alt gr,tr glau. 14 17 10733.2 112. 19.5 24.2 48.3 2.68 SS-vltgy,fgr,vWsrtd,sbang-sbrnd,wcet,qtz,wt alt gr,tr 91au. 14 18 10734.3 0.21 9.2 23.7 64.4 2.70 SS-ltbrngy,fgr,f lae, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,dkgy cly. 14 19 10735.2 102. 19.8 25.6 50.2 2.69 SS-ltbrngy,fgr,f lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,dkgy cly. 14 20 10736.2 174. 19.3 26.3 52.4 2.67 SS-vltgy,fgr,vwsrtd,$bang-sbrnd,wcmt,qtz,wt alt gr. 14 21 10737.2 63.6 16.5 22.5 52.4 2.67 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,wt alt gr. 14 22 10738.3 0.40 11.1 20.7 70.5 2.70 SS-ltbrngy,fgr,f lae, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,dkgy cly. 14 23 10739.3 1.59 14.7 24.2 63.8 2.69 SS-ltbrngy,fgr,f lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,dkgy cly. 14 24 10740.2 2.49 16.9 28.3 62.8 2.72 SS-ltbrngy,fgr,sl lam, wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 25 10741.3 0.47 14.4 18.5 72.6 2.72 SS-ltbrngy,fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 26 10742.3 4.59 18.1 15.5 74.1 2.67 SS-ltbrngy,f-vcgr,pred fgr,psrtd,sl lam,sbang-sbrnd,vwcmt,qtz,cht,dkgy cly,gla 14 27 10743.2 0.91 15.1 16.1 74.4 2.76 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,vwcmt,qtz,dkgy cly,tr glau. 14 28 10744.2 1.36 15.6 15.1 77.0 2.71 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,vwcmt,qtz,dkgy cly,tr glau. 14 29 10745.2 0.33 12.8 13.5 85.5 2.69 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,vwcmt,qtz,dkgy cly,tr glau. 14 30 10746.2 0.05 13.4 11.7 84.2 2.92 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,vwcmt,qtz,dkgy cly,tr glau. 14 31 10747.2 0.85 20.6 15.2 73.2 2.97 SS-brngy,f-cgr,pred fgr,psrtd,sbang-wrnd,vwcmt,qtz,dkbrn cly gr,sid. 14 32 10748.4 0.10 16.5 8.8 78.0 3.18 SS-brngy,f-cgr,pred fgr,psrtd,sbang-wrnd,vwcmt,qtz,dkbrn cly gr,sid. 14 33 10749.3 0.30 18.5 20.4 72.0 3.19 SS-brngy,f-cgr,pred fgr,psrtd,sbang-wrnd,vwcmt,qtz,dkbrn cly gr,std. 1- 17 Company : ARCO ALASKA, ]NC. Well : POINT HcINTYRE #8 CORE CORE LABORATORTES Field : POINT McTNTYRE Formation : EXPLORATION ANALYSIS RESULTS File No.: BP-3-1372 Date : 12-Hat-lMM0 SATURATION SAMPLE DEPTH PERMEABZLITY POROSZTY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft mci % % % gm/cc 14 34 10750.2 0.14 19.1 9.2 83.3 3.14 SS-brngy,vf-cgr,pred mgr,psrtd,sbang-wrnd,vwcmt,qtz,dkbrn cly gr,sid,vug. 14 35 10751.2 0.58 14.7 18.7 78.7 3.12 SS-brngy,vf-cgr,pred n~r,psrtd,sbang-wrnd,vwcmt,qtz,dkbrn cly gr,sid,vug. 14 36 10752.2 0.17 16.3 11.0 84.9 3.23 SS-brngy,vf-cgr,pred mgr,psrtd,sbang-wrnd,wcmt,qtz,dkbrn cly gr,sid. 14 37 10753.2 1.07 18.1 19.3 74.0 3.23 SS-brngy,vf-cgr,pred ngr,psrtd,sbang-~rnd,wcmt,qtz,dkbrn cly gr,sid. 14 38 10754.2 1.64 17.2 20.4 75.8 3.08 SS-brngy,vf-vcgr,pred fgr,psrtd,sbang-rnd,v~cmt,qtz,cht,brn cly gr,sid. 14 39 10755.2 0.01 5.8 20.6 74.0 3.04 SS-ltgy,f-ngr,pred fgr,wsrtd,sb-rnd,wcmt,qtz,glau,carb cmt. 14 40 10756.2 236. 19.8 21.8 45.0 2.66 SS-vltgy,fgr,wsrtd,sbang-wcmt,qtz,cht,tr glau. 14 41 10757.2 159. 18.9 21.5 41.2 2.68 SS-vltgy,fgr,wsrtd,sbang-wcmt,qtz,cht. 14 42 10758.2 172. 19.0 22.0 41.5 2.69 SS-vltgy,fgr,vwsrtd,sbang-vwcmt,qtz,cht. 14 43 10759.2 93.5 17.7 19.5 59.0 2.73 SS-vltgy,fgr,v~srtd,sbang-vwcmt,qtz,cht. 14 44 10760.2 65.5 16.8 20.2 57.8 2.76 SS-vltgy,fgr,vwsrtd,sbang-vwcmt,qtz,cht. 14 45 10761.3 1.48 13.5 10.9 74.5 2.71 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz,glau. 14 46 10762.2 0.90 16.8 14.0 67.5 2.91 SS-ltbrngy, f-vcgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz,glau. 14 47 10763.2 0.54 13.3 10.5 72.5 2.75 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz,glau. 14 48 10764.2 4.35 16.5 18.4 55.5 2.69 SS-ltbrngy,f-vcgr,pred fgr,mod srtd,sbang-sbrnd,~cmt,qtz,glau. 14 49 10765.1 32.7 18.3 14.1 56.2 2.69 SS-ltgy,vf-fgr,~srtd,sbrnd,vwcmt,qtz. 14 50 10766.2 24.0 17.4 17.5 49.1 2.71 SS-ltgy,vf-fgr,wsrtd,sbrnd,v~cmt,qtz. 14 51 10767.2 3.41 15.2 16.1 54.5 2.70 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,wcmt,qtz,dkbrn cly,tr glau. 14 52 10768.4 3.50 15.1 16.6 54.3 2.71 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,wcmt,qtz,dkbrn cly,tr glau. 14 53 10769.1 5.88 15.9 17.6 53.4 2.70 SS-ltgy,vf-fgr,~srtd,sl lam,$bang-sbrnd,vwcmt,qtz,dkbrn cly,tr glau. 14 54 10770.2 5.34 15.7 15.1 58.0 2.69 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,wcmt,qtz,dkbrn cly,tr glau. 14 55 10771.1 2.97 15.3 16.4 58.3 2.69 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,wcmt,qtz,dkbrn cly,tr glau. 14 56 10772.2 4.84 14.7 13.8 54.8 2.72 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,v~cmt,qtz,dkbrn cly,tr glau. 14 57 10773.3 2.77 14.2 19.5 53.7 2.70 SS-ltgy,vf-fgr,wsrtd,sl lam, sbang-sbrnd,wcmt,qtz,dkbrn cly,tr glau. 14 58 10774.1 1.55 13.4 15.9 62.3 2.70 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,v~cmt,qtz,dkbrn cly,tr glau. 14 59 10775.3 2.03 14.4 15.3 56.6 2.71 SS-ltgy,vf-fgr,~srtd,sl lam, sbang-sbrnd,v~cmt,qtz,dkbrn cly,tr glau. 14 60 10776.5 1.37 15.4 14.8 48.9 2.75 SS-ltgy,vf-fgr,wsrtd,sl lam, sbang-sbrnd,wcmt,qtz,dkbrn cly,tr glau. 14 61 10777.6 1.32 14.5 15.7 57.3 2.73 SS-ltgy,vf-fgr,wsrtd,sl lam, sbang-sbrnd,v~cmt,qtz,dkbrn cly,tr glau. 14 62 10778.8 0.54 12.9 13.7 68.9 2.77 SS-ltgy,vf-vcgr,pred fgr,mod srtd,sbang-sbrnd,~cmt,qtz,glau. 1 - 18 CORE LABORATORTES Company : ARCO ALASKA, INC. Well : POINT HcINTYRE #8 CORE Field Formation ANALYSIS : PO INT McINTYRE : EXPLORATION RESULTS SATURATION J. JL.,:, ~ "~ SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION ~ '.~ NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY J~ ~,. Kair OIL WATER ~ ft md % % % gm/cc ~ 14 63 10779.8 0.22 11.0 13.8 76.9 2.80 SS-ltgy,vf-vcgr,pred fgr,mod srtd,sbang-sbrnd,wcmt,qtz,glau. 14 64 10780.7 224. 19.6 17.7 46.4 2.70 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 65 10781.2 277. 19.6 17.8 48.1 2.66 SS-vltgy,f-mgr,pred mgr,vwsrtd,$bang-sbrnd,wcmt,qtz,cht,occ glau. 14 66 10782.3 193. 19.1 16.7 46.6 2.65 SS-vltgy,f-mgr,pred mgr,vwsrtd,$bang-sbrnd,wcn~c,qtz,cht,occ glau. 14 67 10783.2 499. 23.2 19.3 52.8 2.66 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 68 10784.2 206. 21.1 16.1 52.4 2.69 SS-vltgy,f-mgr,pred mgr,wsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 69 10785.2 128. 19.8 17.8 49.3 2.68 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 70 10786.3 190. 21.3 22.6 45.7 2.69 SS-vltgy,f-mgr,pred mgr,wsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 71 10787.3 168. 21.3 22.1 45.9 2.69 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 72 10788.2 58.4 20.3 22.8 51.9 2.84 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcn~c,qtz,cht,occ glau. 14 73 10789.2 228. 23.8 21.9 50.9 2.68 SS-vltgy,f-mgr,pred mgr,vwsrtd,$bang-$brnd,wcmt,qtz,cht,occ glau. 14 74 10790.3 288. 23.9 27.9 59.0 2.72 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 75 10791.2 87.3 21.9 20.6 60.7 2.80 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 76 10792.4 405. 23.9 33.2 50.5 2.67 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 77 10793.2 231. 22.5 29.7 43.9 2.68 SS-vltgy,f-mgr,pred mgr,wsrtd,$bang-$brnd,wcmt,qtz,cht,occ glau. 14 78 10794.2 202. 21.8 24.9 46.5 2.68 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,occ glau. 14 79 10795.2 279. 22.6 24,1 46.1 2.70 SS-vltgy,f-mgr,pred mgr,vwsrtd,sbang-sbrnd,wcnfc,qtz,cht,occ glau. 14 80 10796.4 154. 21.1 27.7 51.5 2.71 SS-vltgy,fgt,v~srtd,sbang-sbrnd,~cmt,qtz,cht,tr glau. 14 81 10797.4 221. 21.8 23.4 47.6 2.68 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcn~c,qtz,cht,tr glau. 14 82 10798.6 227. 22.1 23.8 50.2 2.68 SS-vltgy,fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,cht,tr glau. 14 83 10799.0 NO SAMPLE, RUBBLE 14 84 10800.3 120. 20.3 28.0 44.3 2.70 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 85 10801.6 133. 21.5 24.3 48.4 2.74 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 86 10802.3 123. 20.5 26.2 43.5 2.71 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 87 10803.2 69.3 20.8 22.7 45.9 2.77 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 88 10804.2 75.4 21.5 26.6 45.1 2.70 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 89 10805.7 79.3 20.6 22.5 46.2 2.74 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. 14 90 10806.2 73.1 20.3 24.9 44.5 2.75 SS-vltgy,f-mgr,pred fgr,wsrtd,sbang-sbrnd,vwcmt,qtz,cht,tr glau. File No.: BP-3-~372 Date ~ 12-Ha~-1990 -"- 'L~, ;!~" ~ ~ ...... -~. ~.. ."'8 I - 19 Company : ARCO ALASKA, INC. Well : POINT HcINTYRE 18 CORE CORE LABORATORIES Fi el d : POINT McINTYRE Formation : EXPLORATION ANALY S 1~ S RESULTS File No.: BP-3-1372 Date : 12-Mar-1990 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc CORE 15 10807.1 - 10827.8 FEET 15 I 10807.3 107. 21.0 22.1 46.1 2.74 SS-vltgy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 2 10808.Z 96.1 20.7 22.2 50.3 2.77 SS-vltgy,f-~gr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 3 10809.3 117. 20.8 19.6 43.9 2.74 SS-vltgy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 4 10810.3 112. 21.4 22.1 41.6 2.78 SS-vltgy,f-~gr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 5 10811.1 105. 21.5 19.8 45.0 2.79 SS-vltgy,f-egr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 6 10812.3 90.4 20.5 19.1 54.8 2.74 SS-vltgy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 7 10813.3 216. 22.0 22.9 45.3 2.69 SS-vltgy,f-egr, pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 8 10814.2 243. 22.1 21.4 48.4 2.70 SS-vltgy,f-egr,pred fgr,vwsrtd,sbang-sbrnd,wcmt,qtz,occ glau,tr calc. 15 9 10815.2 6.28 10.9 14.5 50.7 2.85 SS-vltgy,fg,vwsrtd,sbang-vwcmt,qtz,tr glau,calc cmt. 15 10 10816.3 0.89 9.4 16.1 66.4 2.98 SS-vltgy,fgr,vwsrtd,sbang-vwcmt,qtz,tr glau,dol cmt. 15 11 10817.4 0.05 13.2 15.1 84.5 2.96 SS-grngy,f-mgr,pred mgr,wsrtd,sbang-sbrnd,vwcmt,glau,qtz,s~d,calc. 15 12 10818.3 0.20 12.5 1.8 94.2 2.72 SS-grngy,f-mgr,pred mgr,wsrtd,sbang-sbrnd,vwcmt,glau,qtz,s~d,calc. 15 13 10819.2 0.05 9.8 3.8 93.7 2.75 SS-mltgy,vf-fgr,pred vfgr,wsrtd,sbang-rnd,vwcmt,qtz,glau,dol,calc. 15 14 10820.2 0.08 10.1 10.7 86.6 2.70 SS-mltgy,vf-fgr,pred vfgr,wsrtd,sbang-rnd,vwcmt,qtz,glau,dol,calc,m qtz pbl. 15 15 10821.3 0.23 9.3 9.0 90.8 2.71 SS-;ltgy,vf-fgr,pred vfgr,wsrtd,sbang-rnd,vwcmt,qtz,glau,dol,calc. 15 16 10822.2 0.21 11.0 20.3 67.1 2.72 SS-mgy,vfgr,f lam/bm sltst,vwcmt,qtz,cht,glau,carb cmt. 15 17 10823.2 0.13 10.2 18.0 75.4 2.69 SS-mgy,vfgr,f lam/bm $1tst,wcmt,qtz,cht,glau,carb cmt. 15 18 10824.2 0.19 10.1 13.9 79.5 2.69 SS-mgy,vfgr,f lam/bm sltst,vwc~,qtz,cht,glau,carb cmt. 15 19 10825.2 1.15 11.4 14.7 76.3 2.70 SS-mgy,vfgr,f lam/bm sltst,vwcmt,qtz,cht,glau,carb cmt. 15 20 10826.4 0.11 9.7 14.4 82.7 2.71 SS-mgy,vfgr,f lam/bm sltst,vwcmt,qtz,cht,glau,carb cmt. 15 21 10827.4 0.09 8.8 2.7 91.1 2.70 SS-mgy,vfgr,f lam/bm sltst,wcmt,qtz,cht,glau,carb cmt. 1 - 20 CORE LABORATORTES Company : ARCO ALASKA, INC. Well : POINT NcINTYRE #8 Location : Co,State : NORTH SLOPE, ALASKA CORE Field : POINT McINTYRE Formation : EXPLORATION Coring Fluid : BLANO HUO Elevation ANALYSIS RESULTS File No.: BP3-1372 s~T~ATION ~/- JJ ~.j ~ SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION ~ ~ NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ~ ft mci % % % gm/cc '~. WELLSITE PLUGS FROM INTERVALS ALSO SAMPLED IN ANCHORAGE 10 66 10423.3 10.5 25.9 5.0 94.9 2.97 SS-brngy,f-mgr,pred mgr,vwsrtd,sbrnd-wrnd,fri,qtz,lim, tr hem. 10 67 104~4.~ 103. ~6.6 g7.7 62.6 ~.88 SS-olvgy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,occ lim, occ cht. 10 68 104~5.~ 57.1 ~6.8 33.5 58.9 ~.93 SS-brngy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,lim, tr hem. 10 69 104~6.Z 75.~ ~5.8 34.6 64.~ ~.86 SS-olvgy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,occ lim, occ cht. 10 70 104~7.Z 5Z.5 ~4.6 30.1 66.5 ~.79 SS-brngy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,lim, tr hem. 10 71 104Z8.~ 13.6 Z4.~ ~.4 76.4 ~.8~ SS-brngy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz, lim, tr hem. 10 72 104Z9.~ 1.10 ~3.8 11.5 86.9 ~.74 SS-brngy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz, lim, tr hem. 10 73 10430.~ 10.5 ~3.9 ~3~Q 76.8 g.86 SS-brngy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,lim, tr hem. 10 74 10431.3 0.69 Z5.8 11.7 87.1 g.75 SS-olvgy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,cht,lim, tr hem. 10 75 1043~.1 0.40 ~3.6 9.8 89.7 Z.81 SS-olvgy,f-mgr,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,cht,lim~tr hem. 10 76 10433.1 1.69 Z6.6 19.~ 74.4 2.76 SS-olvgy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,cht, lim, tr hem. 10 77 10434.~ 0.87 ~5.~ ~0.3 76.6 Z.76 SS-olvgy,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,fri,qtz,cht,lim, tr hem. 10 78 10435.Z 0.44 23.3 ~0.5 78.6 ~.75 SS-olvgy,f-~r,pre ~r,vwsrtd,sbrnd-wrnd,fri,qtz,cht,lim,tr hem. 10 79 104~6.1 0.7~ 21.4 13.4 85.7 ~.76 SS-~y,f-~r,pred ~r,vwsrtd,sbang-rnd,sli fri,qtz,cht,tr lim, tr hem, My cly. 10 80 10437.~ 1.95 ~.3 1~.~ 86.7 ~.77 SS-~y,f-~r,pred ~r,vwsrtd,sbang-rnd,sli fri,qtz,cht,tr lim, tr hem, By cly. 10 81 10438.Z 1.14 ~3.9 13,4 84.4 ~.74 SS-~y,f-~r,pred ~r,vwsrtd,sbang-rnd,sli fri,qtz,cht,tr lim, tr hem, My cly. 10 8Z 10439.1 0.35 ~I.Z 3.3 9~.1 Z.85 SS-~y,f-mgr,pred ~r,vwsrtd,sbang-rnd,sli fri,qtz,cht,tr lim, tr hem, My cly. 10 83 10440.1 0.56 g3.~ ~.4 95.4 ~.89 SS-~y,f-~r,pred ~r,vwsrtd,sbang-rnd,sli fri,qtz,cht,tr lim, tr hem, My cly. 10 84 10441.4 0.77 Z1.4 1.8 98.0 Z.76 SS-~y,f-~r,pred ~r,vwsrtd,sbrnd-wrnd,sli fri,qtz,cht,tr lim, gy cly,tr bit. 10 85 1044~.0 0.61 Z3.9 1.9 96.4 ~.75 SS-~y,~r,vwsrtd,sbrnd-wrnd,sli fri,qtz,cht,lim, tr hem, My cly c~. 10 86 10443.1 0.57 ~0.0 5.1 94.1 2.99 SS-~y,~r,vwsrtd,sbrnd-wrnd,sli fri,qtz,cht,lim, tr hem, My cly c~. 10 89 10446.0 Z.44 ~1.3 18.7 80.7 ~.83 SS-~y,~r,vwsrtd,sbrnd-wrnd,~d fri,qtz,lim, tr hem, My cly c~. 1 - 1 CORE LABORATORIES Company : ARCO ALASKA, TNC. Well : POTNT McTNTYRE #8 Location : Co,State : NORTH SLOPE, ALASKA CORE Field : POTNT lqcZNTYRE Formation : EXPLORATORY Coring Fluid : Elevation : ANALYS IS RESULTS File No.: BP-3-1372 Date : 16-gay-1ggo APT No. : Analysts: PLB .~.'. SATURATION SAMPLE DEPTH PERMEABILITY POROSITY 6RAIN DESCRIPTION ~ ~ ~,.~ NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc LJ.J ::~ ... SIDEWALL CORE ANALYSIS I 5610.1 70.3 23.7 1.1 90.6 g.70 SS-ltgy,vfgr,wsrtd,sbrnd,wcons,lam. 2 7438.0 40.2 25.2 0.0 87.5 2.68 SS-ltgy,vfgr,rnd,mod cons,qtz,carb lams. 3 7605.0 29.5 28.8 7.8 77.5 2.66 SS-ltgy,vfgr,wsrtd,sbrnd,mod cons,qtz. 4 7630.1 14.7 29.2 8.8 80.0 2.67 SS-ltgy,vfgr,wsrtd,sbrnd,mod cons,qtz. 5 7665.0 38.9 29.9 14.3 67.6 2.66 SS-ltgy,vfgr,wsrtd,sbrnd,mod cons,qtz. 6 10148.0 72.1 29.6 27.7 70.9 2.91 SS-vltgy,f-mgropred mgr,vwsrtd,sbrnd-wrnd,vfri,qtz,glau,cht. 7 10153.0 222. 32.9 13.3 86.5 2.85 SS-vtlgy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,vfri,qtz,glau,cht,calc,frac. 8 10162.0 793. 27.1 8.0 91.4 2.79 $S-vtlgy,f-mgr,pred fgr,vwsrtd,sbang-sbrnd,vfri,qtz,glau,cht,calc,frac. 9 10520.0 48.1 34.8 2.3 96.6 3.62 SS-ltbrn,f-vcgr,vpsrtd,arg mtx,rnd-wrnd,fri,lim, hem, qtz,chlor,calc. 10 10532.0 38.3 30.5 1.5 96.8 3.15 SS-ltbrn,f-vcgr,vpsrtd,arg mtx,rnd-wrnd,fri,lim, hem, qtz,chlor. 11 10553.0 5.46 33.9 1.4 96.5 3.56 SS-ltbrn,fsd-fpbl,vpsrtd,arg mtx,wrnd,fri,lim, hem, qtz,chlor,frac. 12 10562.0 96.9 34.1 2.0 96.2 3.51 SS-dkyelorng,fsd-fpbl,vp srtd,arg mtx,rnd,fri,lim, hem, qtz,chlor,frac. 13 10574.0 11.1 27.1 2.1 72.1 3.10 SS-gygrn,f-mgr,pred mgr,wsrtd,arg mtx,wrnd,fri,qtz,glau,sid,calc,tr hem. 14 10578.0 25.6 1.7 94.2 2.94 SS-ltgrngy,vf-mgr,pred fgr,wsrtd,arg mtx,rnd,vfri,qtz,glau,calc. 15 10600.0 0.18 14.3 0.5 83.3 2.88 SS-mltgy,vf-vcgr,pred fgr,mod srtd,$bang-rnd,vwcmt,qtz,glau,gyolv gr,sid. 1- 1 Company Well : ARCO ALASKA, !NC. : PO!NT Hc!NTYRE #8 ANALYTICAL PRO CORE LABORATORIES Field : POINT HcINTYRE Formation : EXPLORATION EDURES AND QUAL ITY File No.: BP-3-1372 Date : 1g-HAY-1990 ASSURANCE HAliDLING & CLEANING ANALYSIS Core Transportation : AIR FREIGHT Solvent : TOULENE Extraction Equipment : DEAN STARK Extraction Time : 24 HOURS Drying Equipment : VACUUM OVEN Drying Time : 48 HOURS Drying Tenq~erature : 180 DEGREES F. Grain volume measured by Boyle's Law in a matrix cup using He Bulk volume by Archimedes Principle Water saturations by Dean Stark Oil saturations by weight difference in Dean Stark Dean Stark grain densities clean, dry solid mineral phase are measured RENARKS TWENTY-SIX DEGREE API OIL WAS USED TO CALCULATE OIL SATURATIONS .-. ''''';. Cbmpany : ARCO ALASKA, INC. '~Jll : POINT McINTYRE #8 ",..:'1::'- \-I ~ ........ .-,... ~'., ., :) ~ ZONE AND CUTOFF DATA ZONE: Identification --------- NOT Top Depth ---------------- Bottom Depth ------------- Number of Samples -------- SPECIFIED 10181.0 ft 10827.8 ft 536 DATA TYPE: Porosity -------------- (HELIUM) Permeability ------- (HORIZONTAL) Kair CUTOFFS: Porosity (Minimum) ------- Porosity (Maximum) ------- Permeability (Minimum) --- Permeability (Maximum) --- Water Saturation (Maximum) Oil Saturation (Minimum) - Grain Density (Minimum) -- Grain Density (Maximum) -- Lithology Excluded ------- 0.0 100.0 0.0000 100000. 100.0 0.0 2.50 3.80 NONE % % md md % % gm/cc gm/cc CORE LABORATORIES File No.: BP-3-1372 ~ate : 12-Mar-1990 "(j) cJ) 'S Ç'.1 '§ ð"> c.:>. tP 92 <¿~ en 80 tf).s§ 0J ~ã. .-l o<j ::::> - -:) Õ ~ ~ CHARACTERISTICS REMAINING AFTER ~UTOFFS Field Formation TABLE I SUM MAR Y 0 F : POINT McINTYRE : EXPLORATION COR E 535 535.0 ft 11496.8 tþ-ft 21.5 % 3.8 % 35.2 % 21.8 % t6.7 % 2.98 2.65 3.60 2.96 to.24 gml cc g ml c c 9 ml c c 9 ml c c g ml c c D A T (.:) \,..1J /> -- A~ w.J -~ L-I- Flow Capacity --------- Arithmetic Average ---- Geometric Average ----- Harmonic Average ------ Minimum --------------- Maximum --------------- Median ---------------- Standard Dev. (Geom) -- k f PERMEABILITY: 17665.0 md-ft 33.0 md 1. 50 md 0.10 md 0.00 md 2 701 . md 0.91 md K.10:t1.100 md HETEROGENEITY (Permeability): Dykstra-Parsons Var. -- Lorenz Coefficient ---- / 0.886 0.885 " ZONE: Number of Samples ----- Thickness Represented - POROSITY: Storage Capacity Arithmetic Average ---- Minimum --------------- Maximum --------------- Median ---------------- Standard Deviation ---- GRAIN DENSITY: Arithmetic Average ---- Minimum --------------- Maximum --------------- Median ---------------- Standard Deviation ---- AVERAGE SATURATIONS (Pore Volume): Oil ------------------- Water ----------------- 9.6 % 82.1 % r ~ - Stat 1 - 1 # TIMI ' ~LLHEAD DATA OOWNHOLI GAl MITININO OIL OR CONOE~ATI M~KRI~ WATIN-MITIRINIYI~AI .......... I~Y: (""' ..... """ ~=''"'~ ' ~ .... "' "' ' ~ ~ ~1 ~ ,, K~ .~] , ,, ~~, ~ _ - ~ 75. I /~ ~/. ,1~ ~/~ ......................... ' ..... I [] ,A., -,-,,-,-,-,~ opt, CORIIICTrD GAI IK'A Ti~ X/ i · · m CO.-KC,U, B,~S'U -- Ct M FU hw PI C~'F'b X Irtf X Irl)v X Y, flow RATIO Tall O &et OiL Y[OW ~.eW__j GO! · · NaS a L DAY OAS Qi-- Ct X C2 n A I ! · El GRAVITY rn~ Ma,) IIl~l [ It~%) ~. I% ~.. Ya TOTAL ...............vt ...... ' ,- TOTAL TOTAL 1.___'-/_ '-~I'--2~:-_ Z_'::".' .'"'-':. .............................................. _--__ ............... I .................... l ............................ -" -::... ................ ! · I _~1 ........... 1 I.~. -- I ..... _____I .............. ........ ,, .......... .... = ...... .... 1 .... _._ .................. T- ....... ~..g_.t~i ~u?.;.-~T~ ..... ........... :~: ............ --_~ .................... ~.~?...'.~or~.. _., - __ I _ 1 ............ _5- _ --1 ............................. I ....... .'_1.2.' .................. ~. _ .................... , ,, I, ,. - ....... [ .............. -~ _ .,.I ............. I .................................................. .I~_ '1 .............. - ........ _-. ZI ................................................................................................................ TOTAL TiM[ WELLHEAD DATA DOWNHOL[ DAI METERINe OIL ON CONDENIATE IdETEIIINe WATER-HIT[RING 2PTIONAI _. ?:.~, :~_ Yulml · ~,, · on u,!~ll · A· &vi · ! · liMB ow Ilkl I'-I (H~J c.oa. nc,~ upvN] (DI~ (~S~ CO t,~) r~[ I'sL I ~,~- ~. :~ _' .... __.~ ~ _~ ~,~ I, ,~. ~,~ ~ ' " ~ . '~ ~ ~ ~ ....... '~r .... ~ ' ' , ~: - ' ................... ~ ,. ~ ~, ~ ~ .......... ~4 FIELDTES1 CALCULAIlONSAND IL)TALS ~ ....... .. ,, . - v~.uM Iv co tc Ct co mc No · ~ , . . . LMT ...................-" '"' ' o., ; CONN[CTtD GAS ~ATIOI - ,j ................ . ,, DAY GAS QI" Cl X C? G I GRAVITY [~ ~O) EMIl ( ~ } Fb Fi, rp. Y~ TOTAL .... :~ ......o,~.~y:.t... ,., TOTAL TOTAL I ................................... I I _ I __ I ...... -- - I _. I .... I [ - ze.f~ __ I I ................................... ~.~ ,.. I .... .-. [ I .... _ .... ~.~ · ,, .... .............. __I ..... ~7__.-- .................................................... ~,~ ,, 22 ................. F ......................... F ................................................. ~ :___.__~,,. __ - U-':: .... : ........... [:-:7~:.. ::::::::::.~ ................... ' ~.~ ......................... [ ....... :' ............ !' .'" ....... ' ............................................ ,~.,.~ -- ......................... T ........................ F'27~:~ ...... 2'.:.L.2:':'~.:--~'_ .: Y .... _ '"' ~.~ ......... .............................................................................. TIMK IIELLNIAD F~ATA DOWNHOLIr GAl kl~TglllN8 OIL OR CONOIrNIAT! MI?BIIIN~ WATliR-MK?BNiNG OPTiONAl ...... .., ...... ~:::~- ,,~ ........ . ' ~ ~/. ~ ~ ~ · ~. ~,_ ,, ~ ~/~ J~s~' ~z~ ~ " ~ s~. m. ~/e ~ Lq' I~ '~ ..... ~4 '.;~ ')~ ":" ~ ~ .... ,~t( -I~ _~-~:~/~ ~ CflMW! ...... ...... O TANK cim,i COKmlCTEO Q, AI '/ ri .............. _ Cl ,. rU__hw PI CleF"b X Irtf X Irpv X Ye /'LOW mATE .... lifo e,,el ' ,,,~' ] ....... ::::'.',..',f:::,;':::Z'[X' . ......... ] -o, L*t.::". ) ~, ~ ,, r,. Y, ~ o t A L .~L .... · ..... ... [ '~"~ ........................... I I ........ ,~(~,Z -.~ ..... ..... I [ ................... ' ~.~ I -r .... __-. · I I ...... ................ F ................ ."-T .... -"~'... ' ............. . '" L_--..-'i~.-_ ........... ~ ....... · ...... I I _ I I .... _Z __ C~ .T~ ...... - ,o , I _ ,,:2 " (TI [. ,,,"' I '~1 '~','_. ..... I I ...... ~i,~. r... .,i ... 1 ................. 1 ............................. .~ ZL_'Z ............... [ ............ r ..... '2-..' ........................... ......... I .__I ...... - ~.*-. .......... ...... I ....... I ..... _ ............ ~.,- i;,..'.z ...... :---~: ....... --'::,:':'::~-::'"-"r:"::"":.'.' ::'::.:r.:::::z',:::,.:.'..::-'::.r:-'.". ........ .:'.-..:-:' ' ~ ................... 7-:: ........ I ....... ::":.i::.:::.::'-':..:;-'_-_- ................................ ~.,.~'~ Ii _- :.; ......... I"~'T-..'~'~ ............ [ ............ ...._'.~ ...... "_,:'.ZZ-..'i.. L."... Z Z ........... - .............. t~.iU.. .......... .... i ~I ... ~, ~ ,r ...... I .__I ............................ 5. _ r~ ~.-) y; -.. ..................................................... ................................................................................ T~TAL ' ' ..... ,.. .~:,- ~. ~N, -,, ,~ ... .... ,.,, i,!1 i .11 t t iiii ilUP illpl~l i~1 , ~ ~/, ' ~ ,, - ~ , ~L~ 7. J II ,~ Il. L . ~Zo° ~ 4 /,/..,,-. -: .... " ~ '~ - " ~30~ 1~o , ,, ~AO. lI ~ .... ~L~ I~ ............... ., ~ .................. U~* ~o " ~ "T ................. ~ ........... ,70~ ~ h / ~ .~ ~/~ ~71'~ " 4~ ~- ' ' ......... ~ ~ ~1 ..... . , k · . · LAJ~I ~J[AbIN~ C O F4r ~u. VI IVm Cf kJl- ~w iici WILL ~iuI QI kUUlll C. ,. ru ~ f~ C."rb X rtl X rpv X Y. r~ow WAVE . DAY OAI Ol-. CI X C} ! I IilLII 1411 j I . ................... i liIi iiMi ii i iillli i1~ ...... .... 1 ! ........ ' ................... ' ..... .~'" [ I:,11~)r~ f,, f" Yf TOTAL ............... ~,', TOTAL TOTAL I ~ ..... ~ . ' 'L ........ ~,~.~ -.-- , , ~'~~ -2 ~~'-~ ::}-.-'- ~ ..... ~ - ~ .... ..... ~ ................. ~z~'~ ' I~ ~' - ....... . -_.~ ..... ~~ ~:'~ ,(' - ........ I ....................... ~ ........ Y ................................ . I I ........ I I -' I I .... I , .. I I ........... .~1 1 ...... 2 .......................... __ .................. I 1 .......... :: ........ I~:'.~'.'2: .::'~'5~:~:: ....... :7 ..... 2':"2'~.~7-: 2_'__,~~ ............. ~ - I~ ........................ ............ ~ .... r ................ ~22::'.. ' ............................................................................. I! ........ ~ ~ ............ ~"~ ............................... - ........... I I ....... :2;":2:~".~'.'.'~ ..................................... RAIl ........................................................................................... TOTAL -- tm_Es_ _m__h OA?A DOWNHOLI GAl G~,~&~&~,~ OIL OR CONDINIATI MITIRINi . ,., ..... .. ... .,., ,,.,,, .,.. :~, ,,, ..... ,,~ ........ · ................... I~ ~6o ' doe ~ .,, ~ I~O I / ,~ -.i ~ ~ ,~, ',~ ,.:- ;/~ - ....... , ', '_ ....... ..... - "__ ~& ['," '~. ' , _- . 2~ ~ /~ ....... 37.~" .......... ~' "Fo . ..... __ opi · CORRI'~TKO GAB ./ ,,, .................... ..,. Cf .. Iru tim PI Ci,p'b X Prtf X roy X Yf fLOw RATS o ,-, ~ i FLOW V' 0I. (~! ]4 C1 fi·l iii Imfl I ............................ '~"' , ..,.., .,; .......... ',.d. ,,. ' '"'""' ....... lOl ( c~,j:~ ) Ir~, Y~ TOTAL , ','-,~,~2:.'-,. '"',., ~i,",", TOTAL TOTAL .. , .~ ...... . 1__-7-_'-. ........... 1_. I .... 1, - · ....... -..... ...... ~5____. :__I ......... ..... -; I _ ~ __L____ ........ -1 ~---[ ........................... -.... . .... 17.' ~ ..... L ....... - ~-_ I I _ ' ........ .... I 'w ....... I ..'" _1_ ......... -' 2, I _ I .- I I - ._ I. 1__.~. .. .... ,I .... ! .... .... '~-~' .£ .... ...L___-~_~ ..... ~:'Z~; .... -T .::.-::'.':-_E-:,::;:'. ........ 7 ...... :::'T: ..... · _. , ................ ,~,~;. ......... j ...................... 1-._._. ....... 2 ............. '.25_': ............ - ~o~' I I ......... /z. ~,~C I I ........................ "'7 " '-- .... "/z RATE ...................................................TOTAL I ........ ' ............ TIME ' I~LLHBAI DATADOWNHOLE GAl NITIIIIINI OIL ON CONDINIATE IdE?e'IIINI WATEN*METEIIIfl¢I ~PTIONAI ...... .. ...... . ....... ,, ..... ...................... ..... ..~[T .~ .~ .~ FIELD TEST CALCULATIONS AND IOTALS ~ .......................... V~L~MI CCI#IIICTION ~ M r~cto. ~ ~ c, LM~ Ao, n I ........,~ ...... '-'""'"'="'w' '"~ ~ ~ I ' I'. ....... ~ VelVmCf k(1- wi o,i CONNECTED GAl RATIOI I~l III ,~ ' I D '~..~Y " 'I ~..~0~ :'5~() .'.. ....... t~ ~ ~7~. ~ I II I I ,_ ._ ~ ......I' _ ......... I .2 ....... I ........... ~ .............. .~ 1~ 1 -.~ .......... ..... I ............ [ ........ 2:.-' ....................................... ............................................................................................................ I I c o · i i el& m Hi IANN ...... (.,) -,, =..~ ',,~:; .'-.' .... lu 4llO~ .... ............ ,,,.,,,, .. ............ JJJJ JJJ JJJ J 4 II ~0~ al ~. II , , . ,.~,~ FIELD TEST CALCULA'I IONS AND tOTALS ~ ........................ v~ ~ coe~ccvlo~ v.. CfIMWI .......... ~-~o ~c~ DAY GA1 QI' Cl X C .................. ~Y~_~ ...................... ,,., ....... . .... tOtAL tOtAL .. __~ ............. -"I~ ............. ?~L.5_i~ .............. ~ ............. ...... I'-- I ..... ............... ..1~ ' ........ [ ....... .._ I ~ J - I. _ '_iT2 .......... ~ ....... X .............................................. l I ' ~.~ I I _ ~.~ ] I .... ~.{ .1 ....... j -- Z._, ...... __~.~ ........... I '~ _ , J .................... 1__ ' ............ F ............................................_["~ I I _ .~2 ., ~.~ ~ - --W ~.~ ......................... RAT[ ................................................................................................................. TOTAL I Tilde WELLHEAD DATADOWNHOL"r GAl METKIIIND OIL ON ¢ONDENI&TE METERING WATER-METERINGDPTIONAI ' o r.-iMil~ ( .w~pq~ mP~ ImM(ep) IMm.. ImM ........................... , .................... ......... ,~=,-~ -...,.; ............. ~,.,;. ..,. · , .......... ,,&,.,..::,, " .... ~ ........ . ~ / ~o0 ~ ,, I~ ..... 14 "? ~ ?,. ,",Y ~'~ II v . ). ~ "~ ;="~ t~ ~ ..... ~ ~ . ~2~ ~ ~e,~ ........ II ~1 ~ ........ tlbo ~l ~ .... v .~ cf k(I.I o~l CO~tCT~D OAS ~mTmoI .. tm ~ DAY ~A~ QI Cl X C~ 'IAJ[N~I Il { ,?:,1:~ JJ J T flea. ..... ..... Y '~ ........... ... ,.," tOTAL IOTAL ~ ~u '"' -. . .............. :-. ~ ........... ~. ......... I ......... ~ ........... l .......... e,e.s ..... "' I __ ] _ _ ~o,.< " ' ....... ] ................... ~ ........................ ~a~.~- ' L ..................... Z _._ - - -- ____K ........ . .................... ~ ........ -~Z~ .-~ ............... ........... L.' ............ ' ..... ....... I I - ~ ~ - ,. I I I _ I I _ Io I I _ I I ,, ...... I I _ 14 ~L .... [ ......... . ......... I~ i . .ZL.~; ............. I .............. Z. 'ZZSZ.ZZZ'Z'~S 2 ....................... ~.. Z ..... Z~';~": ' Ii 1 T .............. ";'~ -- I- T ._ i_ ~ T~ _~1~_. -~c~ ................................................... .t~ .......... ~: ~ ....................................................................... ......... : ....... - .... .,,.... ,, .. ~Q_. .~Z. ' ........ I .................................... IZ.~'..Z .......... ~._'. L'.'L...' ". 7 S~' ........................... .~.~_' ..... I T ' Ittl~o , .~........................... RATE ....................................................................................................................... TOTAL I I TIME · WILLNIAD DATADOW#HOLe OAS #ITIIIINI OIL OD CONDBNIATi MITIDINI WAY,R-METE#lNG3PTIONAI -. o o ,/VMNI ON ~1 'Ill · ! K J · OI flAVITI Il I AN eALilll'l · ,, ........ ',:,' .... t .,. ' .... ',;,.".: ..... - ........ · · · .u ~N II mi j I/mi -~ Z 7 ~'.~1 . ,(~o, ~ /~,~ 37T~' -1.'.'.'.'.'.'.'.3~ '~ " 'tff.~.l U~ (-_~t~_ T, ~,~ 5(,,:7 · ~ Il " ,~. ,, ~,~- .. //~ .~ ,~ ..'~:{~,~i ,. /)~ l))_~ ;1_~ A_dj ~ CA ~' ..~' ¢..]= Z}. /./ '" ~ -'" (~ __-.--__.~.. ~_~ __ ~, ~ ,-, I , ~2:ao ~,,l~t: ¥ :<2tg !£o7 Ah ., ,~ ...... ~~ ~ ~,9 ~ ~' ~ ~ ...... ~ ............................ Y · . ...... .I o PACT &Ol cI _.. ......... fuMW, ................... NUMB . -' ' ./ ": r.' " ' ' '=:= ....... ..... DAY GAl ONAVITY {~o ~lJ i om .-- ~.~. _ I_~_ '-[ ............... _ .... /~/.3- ' ~o I I Z.. /T~. / ~ j ...... ~ ...... - .... ~ ...... I ~ ....... ~ .................... . ..... - -- - ~ ..... i ...................................... .~. I ~z.~ I I _ ._ ~o I _. I _ ~ 1 ......... i .... ~ q3 o -- " ~7F .g:oo I I "- , ti I~ I .......... ,~ ......... ~" -- V ..................... T-["' 7",'.::::', ::Z;:'.'.'Z222~ ........ :.:_ ............... ~ - ............... .......................... i ...................................... E ..~ .,.:. ..... , .,, .......................................................... ................... ~----~':'.. ' ......... [:~.-,:Z.., ' ........................................................................................... Z4 ......................................................... -~ ....................... ................................................................................................... TOTAL FIELU U~l t~ )~I~IU I H~NbMI I I AL PAGE _,,~....,,.~ ,;:,, . ! o ~ IN ImlW iPm lind lip) IJlI.ii i lePl {A~lllld II ~ IpPul i ~ ......... ,:.~ ........................... :~. ................................. 4 i i L~ II ~ Iii 11- ~' il' ~, ~, II ,- ,. ~., d' , I~0 ~i~.~ ' 57.~ iL~ ,~ ~.~ ~ - ~. I~ , ~ ~q ....... ~t~.._ II '~ ........ ~ ~ ......................... ; .............................................. ;." ', ' ~Y.z~ . [~ ~ . I~.? I .. ,~ _~ Ill~ % FIELD TEST CALCULA'I'IONS AND TO fALS I.,J M~.,L,, ., VOLUe4 u, t Oli~,~ o idI~tmll II'MCI I ...... ~ ~/~ ~ " ' .... ' '"' I)'; 0' ..... -" '=::::' ¢-Z-¢* I .......... r~e ( .%.. ~...~c~,,.. .............. . ..... ..~.~ fl;l CONNICTIO OAt , i I iN I IiTIOI '- V ...................... Ct *, rU ~ PI ~'rb X Ftf X r~ X Yi FLOW NAYS vlu, o III DAY QAI Oim CI X CI I I IN I I Ikll ONAVITY II~ PII ,,,, ......... 1 ................ ;.~-] ...... ;; .... , ..,,.,,~,.. ?~...,. ~-~ Mil II ~4~ U'~,I *.,~ (~:~:} r. r,, TOTAL ............... ', TOTAL ~1 it. ,~, I I _ i __ I I I I ......... -- · ~ --. ..L ....... I ............. ._ ............... ,, I ..... I ._. I I .... i I 1 I I ........ I I IqOO I I , z Iq~O I, __ I '" ~eZ, q 14 I I ~.~o '* 7~/¢.'~ /~ I ~ i~o I I ..... ~.q ,, I~.~ Lloo .[ I t~ 7. q ii ~.~,~ , .~-;:I .......................... ~ ............................. ~_~Z_.2 .................. ,, , ..~ ' ........ .L.L ............... L_'..,..~..J ......................................................... ~.. ' ............. " . ........... ~ ~o.o~ Av~ ........................................... ~3.~ ......................................................... ~u ...... TIME "ll[--i--u~-~lD OA?A -'-'u-~-?-NHOLE GAlli-;~i---ne OIL OII CON_~I'_i~_!.~.'rE Ill?_l_"_i.._--~_ · 'i~i WATER i,G RING ~PTIONAI .......... -', '" '="-: '"" ..... r.',':',!~' ' ............. __ I,#*1 IoPl Imo#.~ I (m --~ml & i .................... iiNi Lin IILI 0~°°, ~ " " ~o~ I ~ la. IT ..... .. ..,, o~ ~ 19 . ' ' " . ~" IO'- ~' d ' , ':' ~U~ ,U .... ~. "" "~ "* ~,.- ,, /y ..... ,. .~ ~_ - ~ ~ ~ , ~ =: .......... ,,-- · , , ........... ~ .............. ~ ~ ................. . ....... /~?: 111 ,' ~ ~. ", I" ~ ,, r .... ~ ~/~ "'"""~ ..... 'i/l" ... ~ ..... ,-,,-,-,~'TF'~ *~ ....,... ......... ,..,., GRAVITY (::~::1 ~b ~,, r,. Y, TOTAL ,'.:7::'.~:,:,,, '"~%'~.'.?. TOTAl. TOTAL . ~o I '~ ...... '~ m~.s~ - ~-. . ................................. ' ......... [~~- , -1 .... ~-~1 ........ ..: ...................... . · - ~ ....~ -, ~ .. ~[ ...... ;, ........ 1 ............k ................... o~o o I , I ~or. ~ i~/. ~ .~. _~ ~ - . 1 ...... L .................... ',' _ ~;~.tr- .~o ~,, I t ............ ~ ~. ~ _ ........ ~ ~' I ................... ~i _ ~o~.~ '~- /1~, I I II . .. ~00.. , .~~ ...... :::.: ..... ~[- - /~ I I .___- .... ~/.~ ~ ........... ................................................. ~ ...................... TIME wig,HEAD DATAOOWNHOLIr DAi Id[TKIJIN~ OIL OR CONDENBATIJ METIPjlJlND WATKR-MfTEIIIND P'IIONAI .............. _. . ~1 ~ / _ j~.~ { . ~ ~ ~ I~. 7~ ~ ,~.~. ~ ·, · ..~ ~ ~ . ; ' ~~ ~ ': ......... j -. ~:~ I~O,~ ............... ~ ~ ,, ................................................................. ,~. ~ ,.~ IJ~ll~ ?~.., FIELD TEST CALCULATIONS AND 'TOTALS v~.u,~ .v ,.oemmc lin~ uc~tmu MNCl pmcvon .... LA~ MAOi~ Ce VI,YIn Cl kll- " __ ~ I m Igoo I I ___ '_~r .~ ~.~ J.__ , ~ ~.~ ,~-- · ' ~~ ....... ~ , ~ '~ -.. ~.~ ~ t~'~' I I I ,_ [, ..... __2 ........................ 2 .... 2 - 'I .... I .~_ I, _~~ ........................ ~1 t ....... "~ ................... I ............................. 1 ..... " .... /-. 5.'~ZX~ '1 .L.',,~...',~.'~LT. ..... ~.~,~, .','/I '. ,, .., .......... . ............................................................................. - I I ..... ' ................. '.~ ............................... 11 RATE ................................................................................................................. TOTAL -,- ,;.T', -~ ~ ~ ~-'--~---------~ w--,,.,,,.,.,.o ----"------ l'l#.l Jill I~.,o#o~l I..I ~I,41 ....... .., e,~ .......... ~-","* "~"" * '" ii-i,i., ~ Imm! --i-.i-. ~ ~ " ~ JL:.. .............. i i __l ~;'i~l L~_~ ~ · - ............. ~.._ S,l~r (~. ~i~ I'll: LL) lEST CALCULAIlONS AND IOTAL% c o ~.~i,~ ~,,,Gc. ~cst~o (1 .... ~:~ .... i;~o~' ~z~' o, .... ...-....~'"~"~'~e Ct - ~U ~ Cle~b XFtf X F~X YI f~OW WATI ~ i ( * 'OItli{I~ IltlI Oly IAI ~1' Ct X C} I I I~ II II ............... t ~) ~b K,, ~" TOTA~ ~] ~ ..................... I I -- ..~. -- ~ ~ ...... ~ ..................... ........ . 4 ............ . ~ -~ I, ~ - ,, ~ ~_ ~..~~..: ~ ~'~ 'I .... I ............... I I -- zo ................................................ ~, ........................ I ............................... ! ......... . .......... L, ............. :'"'"'"".' .............. . ~. ~ ........ ....... " , .................................. 7~.~, ., I T ....................... L ....... . .................................................. ..... ..~ ZZ,~ ~ ........... ~ .............................................. TIME WIL~HKAD DATADOWNItO~! ~AI MITERINI OIL ON CONDENIATK METENINI WATIR~ETKRING ~IONAI N&Plll I~ OIL ............. ......... '~': ........ '" ' .............. '"" ~. ......."~.= ..... ,,~v,:~::. ' ~,~_._~9__~ .............. ~ ................................. '~.~i ~..._~_ _~ .................... ~.~._~ ........ ......_~. ~ // ':~:" I ' ........ ~ Jm ...................... l=~Z~ .... ~ ........... ~ U~.. ~ ~.~_ i ....:::::'.".'.':': ........... ~_~....~ ...... ~,~,;:~;~ ~--~,.~ ,~; ~, / ~, ,~ ,~, ~ o4~,~ .7=~.. II .... ~ ............... ~ ........... Il ........... ~ ~ ..................... _~Ol;~.V.,'v~. ~..~.~ ~~. ~ .............. ~ .... /~7 ~ ..... .;.~ ~ ~+..J~, o~ L.~.~,~. ~%.',~7~ (~ ......... ........ " ~ .......................... ....................... ~ ............... ~ ................. ~ .............. .-,,~ .~=,... ' ....... ...~ ........................ ............... ~ ..... · ~?, ................ ~ ........ '~.:_".' ":Z ................................ :-2.::::..' ..... ............. ~ ........................ ~ ......................... .~ .............. ~... ~ ................ , .............. .................. ~[ ..................................................... ~ ....... ~ ................... /~ ...................... ............ . ~ ............. ~ ................ ,, ............. ......Jl$ ......................................................................................................... ~.. ............ . /[~ .......... :Z.:...::'Z ...-........... : ~ jq~ ~ ........ · ." _ F ................. I..I M).ILI( Ltl AbU#LMLNI~, OTIS FIELD '[ESl (:AL.¢:ULAII(JN.qANI)IC)IAL*; .-~,7, CI - flU ~__ __PI Ce '~b X Ktf X Fpv X Y~ ffLOW RATE ~&~p ~ .,,, P~O. ~ GO~ ..,:,::11 h, r,, r,,. Y, TOTAL "v~ ' ' " TOTAL TOTAL ..] won . ..... ~.~ .......................................... ........................................................ ~.~ IO ......................... ~ ~ ..... ~. ......... .... _ ........ ,~aL~ ............. 2 ....................................... .I ....................................................... ................................................ AVG nA~ ......................................... .................................. TOTAL .......................... DATA AND TRANSMI"I TAL PAGE ~ OTE FIEL. O TEST CALCULATIONS AND TOTALS ,/ c~-Fb X Ft! X C! - TOTAL. IIATIO~ 0T_~B i FIELD OAI'A AND TRANSMITTAL PAGE o,:c..lSt ?.A TIME WI~LLHBAO DATA OOWNHOLB' MAI MrrEIIINB OiL ON CO#DINIATE MBTERIND WATIB'N.MBTI'RiND -- ., .......... i ......................................... ........ ~=- ,..,.. ... , ....... ~, ,,,, ~ ~ ;,,, ~ o ~.~ ~ m~,~ ~Mo~ ............ O ~ ...... I ............. ~ ~//~ ~ , · ........ ~ ...... ,~s~-7: ................ -----~o ~ ~ ..... .. II .ss* ~ '~.... t~"~ FIELD TEST CALCULATIONS AN[.) TOTALS U MC'rEIt MI[A'~URI:MENI'S ........ E! '*"" CONIIIPCTEO DAB IIA?IOI C1- ,U~ / I~_._,, C,-P'h X Il'If X Il'pr Jl( Y, PLOW NA?, ............................ ,&#. · i1~' ,,,, .lam ~ T ''-' -a~.ll- [ ~) Kb ~,, Fp, Ya TOTAL ............. vt '"~,' ~'.;~' ...... TOTAL TOTAL [ ~. I .............. ! ......... [ .......................................... ~ - ._'.~--- ~ ........... I-?-'L .......... 3 ........... - , .... ~3=L.L] _.. I .......... ~= ................ 4 ]:'2'~-"~ "' 3.3L~ ........ ' .............. ...................... .~.~o .... ...... __Z ............. Z.~ ........ - ..... ...... ] .......................... t ......................... :~ / ~7. ~z -. .............. ..................... ~ ....................... I .................................. ................ T ........... I ......... :". .................................. '=_. ................... .................... 1 .................... 1 ......................................... 2~.~~ ~'"' ....... L:2~3-'7 ...... .= .... ~'~ .... 1 ................................... 3 ~.~ ..................... ........ ' ..... . .............. ~ ......... '-' ..................... 1 ............... ~ ~....[ ....................................... ~,~ ~ ....... b2_: ............................... ~ .... ~ ~ ~ ~ ~._~ .......... · w' I :_'_ .................... L .................. ~. ~ ~.~ .............. ~ ~'~.~ ~.~ "~ ........................ ~ ~ ~ .~_ ~ I .............. _~' ~..~- ~='-' '- ....... '2.23 ....... ~ .................. [~:~ "~:='~: .~.:"'.~_='~ '~ ~ ,~ ~. - ...... J 1 .......................................... ~. ,~ .Z.3:. .~ .......... ~ ................ , .................. I ..................................... -_ ............. ..... 1[ .................................. - ............... .................................................................................................................... ~O~L -- TIIdi ' IIiI.I.NIAI lA?& ! IOINI4OLI IAI IdlTilllll OIL II IONIINIATI 141TII~INO IATII~-MITIRING IPYIONAI l&! Inul I# II!1 ilfWll Ipll Mil ~'li~ i~l~lqlgffI I Ill Ilk ...... : ................. '~"; ~""~~ .............. -- ....................... II .~1,1 I~.~i~ tlll~6 i II I IllTll Illl qNI ~ t r,i ~llIl M! Ill ~ ,. ~.~ ' ,!. ~/ Z .. · 4~ -- ' l] I /v · - , II ~ , ,, ~. '4 : ::~ '~. ~ ~ IT ',, ~.~ -- , ~ -. , . . .... I~'; ~ ' ~ ~ ~ '~ '~ , '-- . Pii:LU Il:bi C~Lt, ULA I IUNb ANu IU I AL.% t~_ vo~,~ .(~...~,.~1o.· t uqv~M~ v. cf MWI o~vl ....... ~'~&7~; ' M* COnNKCTKD GAl mATlOI ./ ................... Ct .. fu ~ P~ C.-rb X F. X roy X Y. fLOW WATE ...... n. ,~ G~ ,,~; ........ ~ ............................ [ .... , ....... ..,.,~ .... ., ..... ~, ~ ~, , .......... _ ~,~ [~:;l[) ' ' " TOTAL ............ ' ........... tOtAL tOtAL I ~ '-' ................. I .............. ~ .................................... I _ Y ..... ~ ............................ I I I ~ __ ~8 .......... I ,. _ ....... I I ........................... . ..... [ ....................... ~ .... 3::'. Z~:':2Z~: .... -- . ..... .-.-- 1 ............... F .......... . ............................................... ..... , ..... I1 ., ,.. , 7 ..... ~ ..... · ................ _ RATE ................. ~O~A--L ................................... ~ ............................. ~ ........ ~ TIMIC W~LLHEAD OA?A OOWNHOLK ~AI MB?ININI OIL OR CONDENIAT~ MIT~RIN~ WATER.METBRING . A IN I ~ ~ a~ ~ ~ )~ L ~C ............. ~ II · ' I I ~1 ii , " ~ ,;~' ~ ~' ~ " ......... .............. ~~' ~ -' ~ .o-~ ,, _. t0 ~ ~: ........... J 1~ ~, lt, I ~0 FIELD TEST CALCULAI'IONS AND I()TALS ~-~ ...................... MITIMII I4NCI p &CYOII · ~clo- VI 'Yin Ct kl I. ~ TANK MEAIURKMKNT~~~__ a . GRAVITY ( IN PII I~1 ...... 1 ............ [ ....... 2. ' .......................... .... I I - I _ .-- .... ., I k~' __ , I .~ .... [~ . .........I -,- ~ ............... 2 ................... :I .................................... I ................. :2::.'.::.,.:: -7 ......................... 22 ....... ....... r ......................... w ...... : ................................... i -- ....... 1,~ 1 .......................................... - '~i .................. ...........1 ............[ .... - ......... 14 --.~ ........... AV~ ~ATE .......................................................................................................... TOTAL FIELU UAIA ANU I HAN:~MI I I AL PAGE TIME ~LL#~AI OATA DOWNHOL[ OAI ilETIRIN OIL. OR ~ONDENIATE M~K~NIWATER-M[TENING~I~AI (p~) CNONI :~n NPIN IPN) [Pt~ tCOj I'M) I~1 IWBLI ' ~71 ~ · t~ IO~ ~_ ' ' ~1u 1~ Io~~ ~. " I~ ,,' .... '~.., ~1 ,~ ..... ' .... ~, ~' d ........... '~*~ p .................................... FIELD TEST CALCULATIONS AND TOTALS L-I MrTL# MEASURkMkklb, v~mcl,o e o ~ TANKMEAIUREMENT~ OPT CORRKCTKO GAS ~AT OS G~AVITY I~ ~o1 mpom TIME m MOtif · VOLUME .;-- ~OumEC~lO - wo _1 ...... I ...... -. ..... I _.. I ..................... I 1 .......................... .J ........... ] .......... ~. -.-- I I I ~ ....................... T~'J_'"~ ..................... ~ .......... I .... ~ ......................... .... I ....... [ ............... ....................... ...................... ~ i ............................................. - I I _ ..... I I .................... ~__ 11 . ---'1 ............. ~: ....... ~ .......... ' ........................ RATE ................................................................. ~ TOTAL I-II=LU UA I/~ AIqU I HANSMI ! IAL PAGE ~s.3550 i I I TIMr WELLHEAD DATA OOWNHOI,eGAll MKYI'NING OiL OR CONOrNIATI' MI'TEllING WATI'R,44m'TI'RING ;3P'TIONAI flow oil W · N · fllFICI illM JI Ol· OIL. · o · · · ,.lieu idA,. · · Iltdl O! IILI led IPJlllCNOK~ .NC.. NP~. IPiJl) Ipi4~ ~ I,N.I I',l le. LI I·ml ~?? , · ~=1-7. ~ '- 1Z' ~ ...... 7~. e ....... ~- ~ ,, 142l ~ ~ ~ ~- . I~ / ................. " ................. ' ........................... l~~ ................... FIELD TEST CALCULATIONS AND TOTALS · lit #UMIII IIelIIVAL II'lllrCI I'lCfOI V! o·· COlWECTfO GAll ' IA'rIOS ./ .- C~ ru ~w P, c~-rb x r. x rp. x Y, rLow .AT= ..~. '[."~".~l~t." -'"' __ ., ~ ~ /~oll GOI . · DAY OAS Ol CI X C3 ilia PlOt VAILII GI~AVITY i I I .. - 1 ........ i ............................. -- 4 .................................. ~1.- .... 1~.. .... 1 ...................... 1- ............................................... ...... ........ I---' ...; ....... I.~_ '-"2- ............ 7-.i .' ................ 5: .................. _ ............... I J .... ..... [ I ~_-- ............. ................ -' I ..... I~_ I ......... I '"::'7 ............ I ........ ~ ....... : ............ ~'":12- ............... .:'.:..:.'. ..... -1 I .... .......... ._'2,.i .'.. ......... -,'2 ..... I',J"J '..,.J..25 ...... 2..--E/L.'.:':.'... i....i ................. '2-::..,',i .... :...:,i. . ........... l .................. ..' ......... ............ I ......... I ............................ 21 .................................................................... · ~.i ......................................................................... .......... 1" ' .~I~_. m.~ ' ......... I ........... 1-- ....... ::.' ................................ ~ATr ........................... ~ .............................................................. q ...................... TOTAL FIELD UAIA ANU I HANSMI ITAL PAGE Hr~S..~O I I "".,,,-- °Z"?'-. .. "'""'""'" ...... ............., . ...- ~. ~ ~, ~ ~ ~G ~ ~ ......... -' ~% ~- ~ ~ ~ ..... ~4 ~ ~ , ........ ~._ . II .... , I I · ~ * '. ~ ~ ';~ ' ~ ......... ~ ...... J' :~0TM (~' I.~ ~ .~ Z~.l* ' ;~1 ~ I~ /.~ ~, ~o , ~,j. I~o ~ ZI~ )~ ~' ~z.o ~.~ FIELD TEST CALCULATIONS AND TOTALS U iv COWllC I'OP' I ........ ....... ~r~" vi ivm c! k(1. 'nPi CONRtCTKD GA1 Cl ,. FU ~ P~ C,'Fb X Ftf X Kpv X Y, FLOW ~AT~ o DAY GAl QI" Cl X C] IiA ,~ ~il~ll -~,e .lei 1 ........ I .................. ~-.-::i~- ~-'] ...................................... ~"2 ............. ~ .................... [ .................... -- ............. i .................... - ............ .............. l ....... _.~ ............................... ...................... '._ ............ __ I _ ~ .................. ,t., ..... ....... _k__~'. ............... _[ ............................... · --:;~ ................................... j -- I .2 ..... I ::.'~ .... _~1 1 I J ........... I __~ ........... ._. I ,_~ .... m~( I _,,ZI ............................. ' ..... .......................... ...... ~ _1 ' I ........... ~ ................ 7~ ~.~ ~.~l '- ,..~.,~, ~ ~ ....... ~.r ................ ~ '~'~'~ F~'~'~ t.~' ..... ~,~ .... ~.;~ ............. ::~ ~-'-'"'~ .... ~;,~ ..... w~. .... ....................... ........................................... ~ ........... ~ ............ TIM[ -- w, ILL#EAD DATA OOWNHOL" GAg MKTIIDING OIL On CONDENIATE MS'TIrNIND WATI'N.MI'TENING ~IrTIONAI llPI IISi) li,l,mi ~m~ NP~N {Pill) IPI~ {COl I,he} I~m 14 ... ti .................. ............ ........... ....................... la . , ¢ .~1... ,% FIELD TEST CALCULAI IONS AND IOIALS '-' ........................... · v~uM COINICTION -- ~ ~o'~o C" ........................ · .,jo. ~..~ f,%~,,. 4 , o ..... "" COWN~CT~D ~A% ~A fmo~ -- ./ ............................ ~.. C, · ~U ~ fl Cra-Kb X F~i X FDv X Ym ~tOW ~AT[ ,iN. o · ,,.~ ,,,.* fLo~ ...... o.~v,.Y ..... t... ~.] ,--, ( ~ [,,;j:: )r,, r,, r,,, Y, TOTAL vt ...... TOTAL TOTAL ] [ ~' ..... '.k[~.~ ~~ [.~?_~[~ ~ .-~g!%~.[.~qO..l._l m~ "'~g~'z~ ............. ih'~'~-~'°" ,.)J~ ~. __~_'~ ' ~z.,,~ .~z,~ .~ ~.o ~ .' ~j.~_ i~.~**~ ~~ ..... i._- .... ~.~ ¢ -' .~ ~s~~ ] ~ q~'~-' .~ ................ ~._~ ' z ~o. ~{ 11~~ ,'~9 ~ ..... ~ i'~'- 4s~.o . Z~ 9 l.~l t 1~ .4~ s q~ -" ,~ ~ .... ~s~,D . , ~7~.~ ~.4%~ ~_ ._ ~Z~.o ~ . ~ ,, ................................. J ............... ~ 1 ,1 .............................................. .;/' ",-~'XL37-'TTi 3-~3:";E'_i_~ZY7 ';::~'.~"~"'Z'3""".'.: 7E3"2.";:;';~; : ..' . ..... I ......... I ..~-- ~ [ .............................................. 7~ ............................................. I ................................. ~ .... ..................... 1 ......................... 7'2'Z'[ .......... i";i ' ................. .,.,' ................................................................. [ .............. 1 ................................. ....., .I ....... ~2~.~ ....'--i~./.'i ........................................................ RATt TOTAL FIbLIJ U~I~ ~NU I H~,lqbMI I I AL PArdi- ,.~. [~ FIELD TEST CALCULATIONS AND IOTALS L.J · V~4.UMI i,i. COIIIIC liON lal~m'l V','CI f &C ~0" ~ ~I~D, I ......... A~ .....-,..:" .... ,-..,.~"'"_., '"~-/o¢o- 1~1" · ., .c,. vi *Yin cf k( 1. .... ., .../~., c.....,,....., · ....... . .... '=::'= ......... IIAI ~AI ~1" Cl X ~J iIi~l~.l IJIlII Pill '' TiM[ ] I~1 ~,~,1 ...... [~ } F.I '" " v' TOTAL .... ~ ....... "'" '~:'":' TOTAL TOTAL .1 -~I-~ I ---- . ................. ~ ............ t ._,' ........... : - , _ ........ ~ .~ - ..... ]_ ~l ...... ....... ~ ~] ..... .._ ~~6:t~l,q~ Za~ I1.~ ~~ /zL'~ ......... . I1~o 8/&J~1.941~ /.o~o II, Oo/~ ................... ~ .... e ,, ~l~,c~fl .&~l, ~~ ).~ ..................... ~,~.~ ............ ~ ..... . ~.,.~ ........ ~,';~<o~.~.~._.~.~z~:, ...~..~~.~~ ..~m_...._ _._. .................... g~ ,.~:~ .............. ~ ~,~""~ ..... LO%~ I.o~ "'~'L~ ................ ~o ~ II ~ATE . ....... ~ ...................................................... TOTAL TIM[ WELL#lAD DATA I DOWNHOL[ GAt MKTENINI OiL OR CONDENIATK METallING WAT~N.MKTK~ING~I~AL l~o ~%' ~qo ~ JS~ ~' ""'io2~ ~G ....... J~ S~' I I Z~ I~ I~ ~7" I~.o ~1~z' ' ~ ~ I,q~ 10' .~1~ ~.~ ' ~? &~], I.~ 11' 1l~ ~f .~ ' ~t~ ~%0 i~ I~ I~.~ 34- ~c~c ~.~ " ~ ~ i,~C ~' .9l~" ..__~ ' " ~'~ ~ 1.7~ 7~ ..~, ,, . ~ ~. I.~ ~' .gl~ '~.~ " ~' ~41~ I,?~ 7~' ,~/b ~q - - ,, -.:?- -~ ............... ~ ~ -h~ , , . . lB ir' '" ..... ~ , II ......................... Ii ......................... ................................ , ............................... .... !1 II ..... , , o~ CORRKCTKD GAS ~AT OS ~ c, .. ru ~ P~ C,-rb X rtl X rpv x Y, flow RAT[ ~AN' m~ ,~o* I~ow GO . .i. · ,, - .....~~..~.:~:...:. - ~'- I ~..~ ,. ,~ ~'%Z .... ~% .- . .,~ ~ ~ ...... ~ ......... ' ............................... _~. ' ............. AVG ................................................................................................................................... TOTAL ,, , TIMK ,IILLI41&D OATA OOWNHOL! Oil 141tllllNI OIL ON CONOINIATI MI~TIIIINO WATIN-MITIRINOCX'TIONAL- · iiii lIMP mi. ' ~ ~ ~ ~ ~. / ~ !/~ " i~ .~. . 1~ ~ ~ ~ -- ~. , 14~ ~ ,~, ~, '~ _ . ~ .~., II ,.: ~ '~ ~ ~,~ ..... ......... ,~ -. ~... ~.~~ (~: l~~ ~ ....................... ~e l, ?'. ,: ',~'I , i~ ', ,~, :~'~ - . ......... , , ...... ~1 .................... ........... ~ .................................................................................................. ~ ', .~..:~ FIELD TEST CALCULATIONS AND lO/ALS L_, ......................... vOkuMI ~ .. II~ ~l) I Il ~.o ........ 1 ....................... 1 ............ ~:~:[) r. f,, r,,. v, TOTAL '.:~[;~:'[,' '";';~"'~' TOTAL TOTAL ] [., ...... i2~ ....... 7 ....... [ ..................... , ........................ ~,.. -~ ....... ..... I .... ~ ........ _1 .... I ......................... ..... .................. ' zzc6 _. - "~ I ' ' I ~,.~ ,- . ,o I IZ~.~ - 14 , /.~a~ ..... 1 .... -~[ ........................... "...~:: -- /d~.~ ............ I ..2 .... ............. [~2Z:': ":::' :3 .............................................. - ~ ................ . ............................. 18 ~ I _ ~_I [ ......... ' ....... r - ...... . ................. ............... --2] ....... E:2:: ,T-.'~:2:".'.". T.-./. ':2"':" ,, ....................... I .................. I'" . .................................. 2~'' ....... ' .... '_. ' ........... "' ~ ..... T', .... _J'. ........ Z::'": ........................................... i'i ...... ................ ~ .~:'W~.:i.' ~ ............................. RATE ........................................................... TOTAI, ,~,.~'~ ,I ,'~] ? FIELU UAIAANU IHANSMI1 [ALPAGE HRS.3$5O .... I~' F ~~ *~1 TiM. 'LLN'A' DATA OOWNHOL. IAI M'T.RIN. WAT'N-M.T.*,NO .................. ~:;)........... ., ~::: .... = .... "' le') (PS~) ~HO~I I~l~ WTN {P~) (Pl~ ~COi ' I~ I~ ,~. ~- ~ ~' b~ /c~ 15~.7 ~" 5~ I~ ~-~ I~,~ ., ~,~ ~.~ I~~ .~b ~.~ " ~ ~" ~.~ ~ ~0. ~G.~ , ,,..,,/, ,/ " . Mg-~;' ,*/. 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'~_ /.~ " ,.....L~.f~ ...L?_ ............... tJ.~.,.U ~Z~ ~'~.~,]_..~.,~.~_ .............. ~~ ~Tz~ ...... . . ~.~.~ ~' - *~*~ ~.~.ez~z /,~f //.~-'~ ,.~"_... ~.] ',~.~ RATE ...................................................................................... TIM[ IIILLI4IAD DATA DOWNHOL~r OAI MirTIRINO OIL OR CONOINIATE METKIIING WAT[I.MITERINO=FTIONAI : ....... ............ r NI l ~ ~" I'd I~) I~ JtNj JlJ jll~ ~col I.-.)i.,~ I.JLI fiji , ~ ,~ ...... ~.. ~,' ........... ,,/.~ . ~, J IINI Ul IlL) ' ~ ~ I.Z~ ~' .~ ~,1 ~ q7~ ~ /(~ (~4.7~ ~1 ~ h~ ~5~ · d~ ~ I.Z~ ~ .~G~ z~.~ ,, ~t..~.. ~' I.C~ ~. ~8C ~.fl " 4~~ ~, t.~ ~ .~ ~,~ ~ 4~~ ~ l~ 1~3 ~" ~ ~ I.~ '" '~ ~ I,~ ~' ,~5~ .... ~,~ ' ,. ~ ~ ... " ~ ~::~'T~ :~' ' . )~ '.~" ,. ~'~ e~}, ,,, ..,.:,' ...... '~ '{~', ~7;' " . -.,. , , ,, ,. ~,, '~,~; ,... .. %__ ' .... -. ~ _~_: ', .......... ' __,, . .......... T ............ II ,~ ¢ - ~ i , ,. ..__ Ii .............. , ...... ,, ¢i~ FIELD IE$I CALCULAIIUNSAND I(.)IALS "-' ............... -- ' ...m.~., co~A,-c?~ I ..... .............. ......... c.._..__.o,_ - I° ~,lc In, ve.um Cf k(I. "'" CONN~CTEO O~l ~aTlOI .... ~ ~ Ct -. FU ~ PI C~'Fb X Ftf X F~ X Ym ~LOW RAIl tm,, .... ',~* w~ "~ II~:) r. ,,. '" " TOTAL .... :,, ........... ... ,.,' TOTAL TOTAL -:-'J (~ · ~. gT~g ~ 17, E~2M~ 7/~.1 /~.~ ~ ,~/ I~ ~,~l,~>Y i,~1/.~8/~ 4~.~ ~ I ~ _ l~~~ .~~.:.::: ........ .~ t;+ _ II I I ..~ , ! I ..... II I I _ ti ~__, I ~' -- -- ] ,[ .......................................................................... ,. - ,..~,-., ............. :j,. , .............. [.~2~ ........... ,:::.:.. ;....:'...~.. ::.:::.'...'.:::::._'::~: ~ ..... ~ _ .~. I .... 1 ......... .................................................. , .................................. TOTAL FIELD UA I A ANU I HANSMI'I TAL PAGE ,ns.3sso · I TIM[ W~LL#B&O OA?AOOWNHOLI~ ~AI N~KRIN OIL ON CONDKNIAT[ .............. ~, .... ~j~ .......... . ~:: ..... - ~ t i II ~ ' ~1~ n I! 1- . . .... . , 01~ ,, ,' .,.~. ........ · r,-7 ,'~ ;~.,r ~ .,. i, .... ,, ~;,~ I-?. ~ . ' ,i . II ~t'~ t ' ~' - ............ II II ......... . ............... ~' %~~-~,~ n~~.,~'~ ~~ ........................................ .... ~[~ '' ,,~. [_~ FIELD TEST CALCULATIONS AND TOTALS ......... ~ .... S'¢'~-,~ o ..... .-..-.-,~"~"~"h ~~ ......... ' ' '"' 2I( I~t~l:) r" ~,, ~,, Y~ IOTA[ ............. ........ 1 .... 1 ...... _ I _ ' .... I I I .... {~ _ [~_ I ....... ......... 1 ......................... 2 ................... .......... I "ir ..... . ~I .............................. I .............................................. 2__.2 ........ .[ .......... ~.., _ ................. '": ....... ' ............................................... I .......... ,._ I I _ 11 RAT[ ............................................ ...... ~ ............ TOTAl. ~~m~ FIELU DAI A AND I HANSMIITAL PAGE H~s.3sso FIELD TEST CALCULATIONS AND TOTALS -,.~....'~, -'~c. ..... ,,.. ~t~v J~'~ Ye "~mCf kll- ~P' CON~CT~O GAS ~AT~O .... C, -. rU ~ C,-rb X rtl X rpv X Y, fLOW hATE ,,,, fLOW GNAVItY I-*,- Pel ,Mit J I I ................ ', IOIAL TOTAL [~::) r~ ~,, t., Y, TOTAL vt ...... ............ ...... g ............. ~ .................................... I _J .... -- I _J ............... -~ ---~.~ -_ _ I _~ ~_~ ~1 ~ ......... ............................ i ~-F ,. ' ...... 7 I I _. ~,~ ._ . I I ...... ~¢.~ ,, I I ~.~ "!~. ~ _ I ...... ~ ~.R 1~__ I --. ,, ...... ~ ..... ......... ]: ................ ~ ................................ ' .... .. ' ...... ~ .... ,, ~"- ~.~ ........ .. . ,,,~.~ ~~~ ~~. ~ _~,~ ~.~ .q?[S . I:~ I I,~ zo.I ~l,e ~ " AVG RATE ................................................................................. TOTAL ,,, TiME W~LLHBAO DATA DOWNHOLI~ ' ~ ,, L~ .1~ 7~,~ - ' ~ · h I.~' I~ . · ~ 1.0 I~~ .~ ~L~ , . ,. ~ - · '.' ~ :: ,, - ~~.~ ~ .~ "' 2~.~ ........ '~" ..... ~; ~-'~. i'~ ~ .~.' FIELD 1'ESI CALCULAIlONS AND I()IALS~ .......................... vee.~le., , O~EC ~,o~ k~ ~AO,~ C' J ........ / ~-'"-"-'"'""'='.-- ........ I'~' ........................ . .... ..,~..~,__ ..... ....... ,/ ..~ .......... .........'~"~ · _ GRAVITY I-~ PlI 'Wi' ( r~ r,, r.. Y, TOTAL '"% '?:.";"... ,., TOTAL TOTAL -.~ ~~~ ....... .~_. ~., I~ ~ 9~J .~ I,OSb I/.~t5 1~~ ~" l~.t~ -- I ..... I l ..... ' .... ___ I . I _, II I I I I I _ 14 I I _ 15 .~ I ......... ~ ........................................ .....~ ~~ ..... ,.: .... [ ,~,. ~}L~ ...... ~ 2~.. .......... 2 ................... i~...--~ ..... ,..~ a I~. ~1 ~' 6~-~ .......... r'l~ ~ ~11. ..... ~[ ~ . ~ ?~. ..~, ~ .....~~~~~~' '~' ~~ .... ~ ......................~T-- ' ~ ' IqT~.~ ~lb.l~l--'- ~1o,~ I~q.~ ~ .~1. AVG , RATE ............................................................................ TOTAL . TIM[ IIDLLNIAD DATA DOWNHOLr GAl IdKTEDIN~ Oli. OD CONDI'NIATII MI'TI'RIND WATI'R-MI'TI'IliNG :IIvTIONAI o, ,.,,,,, ..,.,,R (p,~ ..,,, ...·y... ,,..... ,,,~.o,,,. ,,,,,., .., ~.'~, .",~ ....... ,,.. '" ............... ~.~, :? ). Z,C"~' .?ZI _.. ~ .... , 7.~<;, ,. 1.2~ 9~K, .,77j_ ~'--"~ ~Y, ~c.~ " qR,."Z~7" 'z'z.s- , ! , ~ ~__~_. oTcx g3ci~' Sq..~ :: ~9.7 ¢-.~'' · ?.-?-'~ I.?--'~' Ir~,.- .1:~7_ z'% (,,, ~ ~' ~9 ~ :' ~1.7 4,';- ' ~ ,, ~1.'~ iloo,,"l~i~ -~7.'~ · ~1~ t.Z~ ~ol" .7~C$ C_~'- . I ' ~_l"l ' ., 7-.~' II~' .7~ 'Z."/,,~, ~ 4i' ~i' :: qq 3 ~i~,., arg, " I:~.J"T&.' ,,/" I,"Z.~IC:Zf,7~ z.'7.'9 '~c~ ~]l' *IA, N- e.iq.-1 axe,. -- - ,, .~,,?_~.;.. F... 1.7_~ lop " ~2_c~",,: ~ 'I.'L~I~ (or ~c, dY_" ~Z"::t " :qA .'a '~' " 7_~[? :,"= 1.7.¢ ff'~':~'q, ZT,~S ~5o~) ~o $55 ~."+ ~" (,-%q ,~ ~__S...~ " ??t.'i' ' i.~g ?~' .'~, ~ °/5, ~(,(.b '1 cal:~.'p ~'~' - ,, Z,Z.4~' _,, II? /~ ...~.I ~IELU Ihbl ~.,~L~,UL~IIUI~IO I.~l,lL) ItJIALN ~M~K CO.NtCTiO. ~ ~.~,~. ~I,~ Kg k(1. ........................ . ...... oF/ CORWICTEO GAl RATIO .-;,. .................. ... DA~ ~A~ Gl" C1 X C~ I ~ITf mivI GRAVITY I-,u Mci MO ( i~ .............. r I [~"~J/ F,,--1 Y~ TOTAL .... :~ ...... "'%.'~"'~-'.,. ,., TOTAL TOTAL "~ [ ..~ ........ ~~-.[ ~.~ ~.z_ . ~o~ ~' ~.~1 .~6~_'/~~ ~.~ ...... ~.~- .... ~ ~.l~_.. ' tq~. qq~,~" ~-~( ......~ ~ ~ I' -- l..6~~ ......................... : ...... . 7~/_ .......... ~ ~o. ~ $~.. '~~Z..~ l.. LL.i'3 Zi"Z ...... .-~ ~(~, ~Zt ~7,Z ~ ~S/ /, I~q I.q~% ~ I~ Z~ ~g. ~ .... ~._ --' ~' ~TP~ ~ ~ $1~. q~. .... ~gT~ ......... /~ s~ ~ ~/. '~-' ~I~.~gl .~g'~ /,o~ I 7.~$_~ ,,~~_ '- R~'.-~ m%~ ~I'~I,~N~ ~~~ ...~:~ ........................... )~,~ m~.~o ' "}~"~~'~v') ...~Z~~o ~" '~ .... ",-" ._.~=~ .......................... 2.,~./' . A~G ............................................................... TOTA~ I TIME ~LLfl~AD DATADOWNHOL[ DAI MrlTRIN OIL OR CONDINIATI METERING WATeR-METERING ~ ~' sq~ ~ ~ ~m' -' ~*/ ............ ;'~"~.1~ ,, 4 - ,, "'" i ,4 ,?j'~ ..~ , , ·., ti ~.~'.: ' '* to '.' ' .......... -i .......... ., ~ ; :. . . ................ ..... .~. ~Bg~ I-II=LD 1ESI CALI~ULAIIL)N$ ANU IUIALS "~' ............. ~ L,m~ NIAOiN~ C' OPT CORRKCT(D GAS NATIM .J ...... GAY GAS Qi~ Cl X C~ I i TAILIi . GRAVITY ..... 1 ........ I .................... "2 .......... ~ I __ I I 1~_ ~1 .... .... .... I I _ "i~ .... ........ L I ........................... -T ............ ......... .... ~ 1 ......................................... r - , , , I ~._.Z .~TZ ............... ~ -- 'il [' -., [ ................................................ - .................. ...................................................................................... TOTAL AOGCC GEOLOGICAL MATERIALS INVENTORY LIST COMPLETION DATE -~ I -'~?! ~;~o CO. CONTACT & NO. ~ ~ C O m form received received date comments no completion, rep. oft 403 yes no sundry application 404 yes no report of sundry, applicatfon Open' required received Cased required received Productior required received hole Io9 / hole Io9 Io9 MUD ,.~ ~ / ~CT TEUP DiU'SFL ~ ~ ~: CNL PROD D~ ~ ~ ~ CBT PRESS BHCISL C~ SPINNER BH~AC E~ OTHER DATA PERF ', Suwey' nEC SSS PACKER ' Digital "~ Data CNI_ ~ ~ Tests FDC RWD required received SAMP~S required received MWD ~T!CNL / ~/' ' d~ ditchi ML core CYBER core LOOK Analysis "~ PERMIT NO. AOGCC DETAILED WEt.T. LOG INVENTORY LOG TYPE RUN # INTERVAL SCALE 01) ,g4/,/'/2 F'_~oo 0,/ ._ ///o ,~ ' , 02) 03) P-,, t ~.,,/~,.olo~ ,~-~,-~ - a',,::,- ~ ~p')o°'-- //o~' ' 5'" 04) o5) ,, , , o~) ,, ¢~,,~) ~ ~ " , -" 07) ~,.,,,~ .~~ , , 08) 09) " ~)/0~;, .F.., ~ -37'c ~,,' /, ~ ~" , . , , , , 17) PERMIT NO. AOGCC DETAILED WELL LOG INVENTORY LOG TYPE RUN # INTERVAL SCALE ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Date' July 31,1990 From: ARCO Alaska Inc. To: John Boyle AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Pursuant to the "Well Data Trade and Equalization Agreement, Point Mclntyre Wells No. 6, 7, and 8, Point Mclntyre Area, North Slope Alaska," the following data is enclosed. Logs: (1 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 ×Pt. Mac #7 /Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #7 Pt. Mac #8' Bluelines, I Sepia) Dual Induction - SFL 5" 4/5/90 Dual Induction - SFL 2" 4/5/90 Dual Laterolog Micro-SFL 5" 4/16/90 Dual Laterolog Micro-SFL 2" .4/16/90 Array Sonic- Delta Time 5" 3/7/90 Array Sonic- Delta Time 2" 3/7/90 Comp Neutron Litho Density 5" 4/16/90 Comp Neutron Litho Density 2" 4./16/90 Microlog 2" ; 4/16/90 Microlog 5" 4/16/90 Natural Gamma Ray 2" 4/16/90 Natural Gamma Ray 5" 4/16/90 Borehole Compensated Sonic 5" 4/16/90 Borehole Compensated Sonic 2" 4/16/90 Electromagnetic Propagation Log ~'~'4/16/90 Array Sonic 3/7/90 Schlumberger ~" Schlumberger/,,,,' Schlumberger~--". Schlumberger Schlumberger Schlumberger.,,,,'~' Schlumberger ¥~ SchlumbergerV', Schlumberger.~'"/' Schlumbergerr~ Schlumberger,,,'~ Schlumberger ~''~ Schlumberger~" Schlumberger'"'"'. Schlumberger Schlumberger .,-' Please sign and return to: John E. Barbo ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 Transmittal #20 ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Date: July 13,1990 From: ARCO Alaska Inc. John Boyle AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Pursuant to the "Well Data Trade and Equalization Agreement, Point Mclntym Wells No. 6, 7, and 8, Point Mclntyre Area, North Slope Alaska," the following data is enclosed. · Logs: (1 Sepia) Pt. Mac #8 Casing Collar Log 4/08/90 Atlas Pt. Mac #8 Collar Log 4~04/90 Atlas Pt. Mac #8 PFC Log 3/27/90 Atlas Please sign and return to: John E. Barbo ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 RECEJYED J U L 1 r~ '~990 Alaska 0il & 6as Cons. 'Anchorage Mr. Boyle: Per Belinda Davis' request I have enclosed a sepia print for each of the above logs run on Pt. Mclntyre #8. Transmittal #19 ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Date: From: May 30,1990 ARCO Alaska Inc. John Boyle AOGCC 3001 Porcupine Drive Anchorage, AK 99501 RECEiV. ED Ala~ Oil & 6~ con;. Anchorage Co, minion Pursuant to the "Well Data Trade and Equalization Agreement, Point Mclntyre Wells No. 6, 7, and 8, Point Mclntyre Area, North Slope Alaska," the following data is enclosed. Logs: (1 Bluelines, I Sepia) Pt. Mac #8 Dual Induction - SFL 5" 2/17/90 Pt. Mac #8 Dual Induction - SFL 2" 2/17/90 Pt. Mac #8 Dual Laterolog Micro-SFL 5" 3/07/90 Pt. Mac #8 Dual Laterolog Micro-SFL 2" 3/07/90 Pt. Mac #8 Array Sonic- Delta Time 5" 2/17 & 3/7 Pt. Mac #8 Array Sonic- Delta Time 2" 2/17 & 3/7 Pt. Mac #8 Comp Neutron Litho Density 5" 3/8/90 Pt. Mac #8 Comp Neutron Litho Density 2" 3/8/90 Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Schlumberger Please sign and return to: Tina M. Kincaid ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 Transmittal #19 Date: May 25,1990 From: ARCO Alaska Inc. To: John Boyle AOGCC ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineerings, 3001 Porcupine Drive Anchorage, AK 99501 Pursuant to the "Well Data Trade and Equalization Agreement, Point Mclntyre Wells No. 6, 7, and 8, Point Mclntyre Area, North Slope Alaska," the following data is enclosed. Logs: (1 Blueline)~ Pt. Mac #8 Casing Collar Log 4/08/90 Atlas Pt. Mac #8 Collar Log 4/04/90 Atlas Pt. Mac #8 PFC Log 3/27/90 Atlas Tape: Pt. Mac #7 ~ "'"'"' ,,=~,i Directional Survey (1 listing, 1 Survey Report) 4/21/90 Schlumberger Please sign and return to' Tina M. Kincaid /- ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 Transmittal #18 ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Date: April 30,1990 From: ARCO Alaska Inc. To: John Boyle AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Pursuant to the "Well Data Trade and Equalization Agreement, Point Mclntyre Wells No. 6, 7, and 8, Point Mclntyre Area, North Slope Alaska," the following data is enclosed. (Enclosed 1 blueline, 1 sepia) / Et. Mac #8 Array Sonic - Waveforms 3/7/90 Schlumberger '-~t. Mac #8 SDT Sonic- Waveforms 2/17/90 Schlumberger ',/Pt. Mac #8 Nat GR Spectrometry 2" 3/08/90 Schlumberger · t. Mac #8 Nat GR Spectrometry 5" 3/08/90 Schlumberger ~Pt. Mac #8 Dual Laterolog Micro-SFL 2" 3/07/90 Schlumberger t ' Mac #8 Dual Laterolog Micro-SFL 5" 3/07/90 Schlumberger · Mac #8 Electromagnetic Propagation 2" 3/08/90 Schlumberger ~Pt. Mac #8 Electromagnetic Propagation 5" 3/08/90 Schlumberger /Pt. Mac #8 Comp Neut Litho-Density 2" 3/09/90 Schlumberger ,'"Pt. Mac #8 Comp Neut Litho-Density 5" 3/09/90 Schlumberger v~t. Mac ~ Dual Induction - SFL 2" 2/17/90 Schlumberger ~'Pt. Mac #8 Dual Induction - SFL 5" 2/17/90 Schlumberger ~/Pt. Mac #8 Array Sonic- Delta Time 2" 2/17/90 Schlumberger ~-Pt. Mac #8 Array Sonic- Delta Time 5" 2/17/90 Schlumberger ,,-Pt. Mac #8 Nat Gamma Ray Spectrometry 2" 3/08/90 Schlumberger ,,,Pt. Mac #8 Nat Gamma Ray Spectrometry 5" 3/08/90 Schlumberger Mac #8 Mud Log 2/8- 3/7/90 Epoch (1 sepia only) Please sign and return to: Tina M. Kincaid ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 REEEIVED Transmittal #13 MAY - 1 1990 011 & Gas Cons. Commission ;Anchorage TO: ARCO Alaska,l. Post Olfice r~ox 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 State of Alaska Oil & Gas Conservation Comm. 3001 Porcupine Dr. Anchorage, Ak. 99501 Attn: John Boyle SAMPLE TRANSMITTAL · . DATE: 4-30-90 AIRBILL #: ALT484457 AFT#: 0-04-30-39 CHARGE CODE# AL1121 OPERATOR: Arco SAMPLE TYPE: dr}, ditch, core chips,and plug ends. SAMPLES SENT: Point Mclntyre Stat: NAME: Various--see below NUMBER OF BOXES: 12 pieces #8 chips: 9485-1020 10206-10354 10357-10393, 10394-10429~ 10430-10445~ 10447-10493/' 10494-10534/' 10627-10657/ 10658-10689.~ 3 /10690-10714 / 10717-10747/' 10748-10778/ 10779-10806~ 10807-10827// 10238-10263~/- 10266-10313' 10314-10354 · Drys: 4289-7500 7500-9890 9000-11100 SENT BY: Teresa Gorup ',~ UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: RECEIVED BY: ArcoAlaska, Inc. P. O. Box 100360 Anchorage, AK. 99510 AII3|I ¢,oO.q C ARCO Alaska, Inc. is a Subsidiary ol AllantlcRIchfleldCoimpany ARCO Alaska, Inc. Lisburne/Point Mclntyre Engineering Date: April 26,1990 From: ARCO Alaska Inc. To: John Boyle AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Pursuant to the "Well Data Trade and Equalization Agreement, Point Mclntyre Wells No. 6, 7, and 8, Point Mclntyre Area, North Slope Alaska," the following data is enclosed. PT. MAC # 8 Open Hole Logs 3/7/90 DTE/DLL/SDT/LDT/CNL/NGT/EPT sign and return to' Please Tina M. Kincaid ARCO Alaska, Inc. 700 G Street; ATO 409 Anchorage, Alaska 99510 Transmittal #12 Schlumberger RECEiYE~) March 23, 1990 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: DS 2-29A & Pt. Mclntyre 7 & 8 As-Builts Dear Mr. Chatterton: Enclosed are copies of the subject As-builts for your information. If you have any questions, please call me at 263-4618. Engineering Aide DW cc: File W1-1 ARCO Alaska Inc. Is a subsidiary of Atlantic Rlchflekl Company AR3B-6OO1-A L OCA TED WITHIN PRC SECTION 16, T. 12 N.=R. 14 E. UMA T MERIDIAN, ALASKA $~de ~SSt. EDFOR REVISIONS VICINITY MAP N-TS... 16 ?5 21 R2 NOTES" I J .~ OF L OCA TK~ RE~ AS...BUL T DATA S TA T'~ t.J aLASKa STATE PLANE ~TE$ ARE' '1 HEREBY CERTIF~ THAT I AM P~ Y REGISTERED ANO ~ TO PRAC' TICE LANO SURVEYIN6 IN THE STATE OF' ALASKA ANO THAT THIS PLAT REPRESENTS AN AS'BtALT SURVEY MADE BY ME OR UNOER MY DI~CT SUPERVISION'AND THAT' ALL DtUENS/ONS AND OTHER . DETAILS ARE CORRECT AS OF' 1'16'~990 . F. Robert -- ARCO Alaska, Inc. NORTH $L~ ~TRICT · CONDUCTOR AS'B~ T PT. Md~rYRE~ W~LS 7 ~. 8 .-~~1~~, ~' "~'~ ~' s.s. LEGEND CONDUCTORS BUL T ~ SURVEY EXISTING CONDUCTORS SURVEYOR'S CER~A TE I: ~TATS OF ALASKA Inspection Import · Loeationl S * " .. . .... Coin! let ' fi, ' · Reserve ~tt [ ~/~ Pressure After Closure._, ~ ....... . . -] -; ..... - - ~ __/~ __ pelt nod ~ stems Visua~ Audio ?map incr.'eXes, pies, 200 Piti / --,- ~- - mtn ~see ~lt O,u · . ~ ~ ' -, .. - I ~ ..... ' -'l ~ ,.z__ i ~/'~ :.= · ,. ~: / rr--~ Pill r~ov .ontCor y~ J ~ . , 7 ...... :-: .... ---=...::_ - ' - -- .... · -~- , ~mo~a~ Blinds av~t~h 3 / -~, .. . _., ,_.__/ _- ....... ., P , - _&. ~, .~nn~ . __ Choke Line 'Vi H,C.X, Valve " t' ~t~l Line Va yea. Ch,ok Valve '" ion metitor ~psrvilor AdJuscebXe Ohokas~ Dtstribul 5rt8, · I ' t,,c.R.,.l,.,[ F,iZ,r,, C/2 . t,,, T~,, ~ hr,. . . Repair or Replacement of fa/lsd equipment to bi made within days and Inspector/ Co.isaiah of~/eo notified.' . M EMORAN M State of Alaska ALASKA OIL AND GAS CONSERVATION CO....~ISSION TO: Lonnie C. Smith ~,.., <iI m DATE: Commissioner ~/?" '~ FILE NO: February 14, 1990 JT.BDF. 23 TELEPHONE NO: THRU: SUBJECT: FROM: Petroleum Inspector BOP Test AAI Pt. McIntyre #8 Permit #89-134 Exploratory Sec 16, T12N Ri4E b~ Wednesday, February 7, 1990: The test began at 2:15 a.m. and was completed at'7:4'5 a.m; ~A~-the attached BOPE test report shows, there were five failures. Except for the 4" choke manifold valve, all were corrected before my departure of the location. The valve will be repaired and I will be notified. The non-compliance items included thread connections and chic-sans in kill line, threaded connections in lines down stream of chokes going to degasser and down stream of same, to shale shakers in 4" "b!ooey" line to be removed and replaced flanges, welded or clamped componeuts ASAP. The AOGCC will be notified in writing . ,, In summary, I witnessed the BOPE Test on Pool Arctic Rig 5 upon AAI's Pt. McIntyre ~8. Attacl~nent: On 2/11/90, I was notified by Carl Lee, Toolpusher for P.A.A., that the 4" valve in the choke manifold had been repaired and tested. 02-001A (Rev. 8/85) STATE OF ALASKA~ ~" ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Inspection Report Inspector Operator. Well Location: Sec Drlg contrctr Location (general) · General housekeeping Reserve pit ./~/.~ MUD SYSTEMS Trip tank Pit gauge Flow monitor Cas detectors BOPE STACK: Annular preventer Pipe rams Blind rams Choke line valves HCR valve . Kill line valves Check valve Visual Well sign Rig ft Audi o J I Test Pressure ! ACCUMULATOR SYSTEH: ' Full charge pressure _~~ psig Pump incr clos press 200 psig ~ min / ~ sec Full charge press attained / min />/-~ sec Controls: Master Remote~.~ Bl~nd search cover~ KELLY AND FLOOR SAF~Y VALVe: Upper Kelly Lower Kelly Ball type Inside BOP // Test pressure~;1~o/~6'~ Test pressure ~./ Test pressure Test pressure Choke manifold .~ Test Number valves ! /~ Number fl anges Adjustable chokes Hydraulically operated choke TEST RESULTS: Failures ~__/ Test time ~;. hfs Repair or replacement of failed equipment to be made within and Inspector/Commission office notified. . .~..' days ~..,.,,~ Oil & Gas Cons. Commlsslo. ri Anchorag8 R E C E IV E D( o, FEB 0519~0~ ICAS:~ o~c s ~s CO~S~Vl, T~OX~' B.O.P.E. Inspection Inspe.¢cor .... Location, General .... ~11 Cene~al Houseke~pin~ Ri~ .... Reserve Fi~:. _.. N~d systems visual ..... Au.dip Trip Ta~k ...... Pit Cauge Flor Nonitor Gas DeCeccors ?e s__~ Pres?ur.e .... . I I .&._._ ' ~o;'s scac~, Annular Preventer Pipe Rams ..... 'Blind Rams . m , Choke Line Valves ..... ~.C.R. Valv~ -..- ...... Kill Line Valves__:. .... Check Valve ii I ACCUHULATOR S¥STEH Full Charge 'Pressure Pressure A£cer Closure ~~0 psig ...... . .... __.. Pump incr. clos. pres. 200 Full Charge Pressure A~tained:_._ Controls: Haster ? p_. ,5 ........... · ...... Re_moc, e ~.'~Blind.s...,swicch cove~ *._.?~-'... __.K.e_lly and Floor .$_a~eCy.Va!v_e_s_ Upper Kelly...: ..... Test Pressure . Lower Kelly ..... Test Pressure Ball Type .... _Test Pressure.. Inside BOP._______Tesc PressuTe .... · Choke ttanif~ld__~'~es~ Pressure ~o. ~,-s,,. q.. ~1~,~ f ~5 ...... Adjustable Chokes ...- .... . ........... Hvdrsuically operateg choke Tes~ Ti~e ....... hfs ........ 'da~s and Inspector/ o~i~. - IO&GCC cc - Operator cc - Superviso~ TOd 089~ ARCO Alaska, J Post Ot,~. .,x 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 January 15, 1990 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Point Mclntyre State #8 Permit No. 89-134 Dear Mr. Chatterton: This is to confirm my conversation with Bob Crandall on January 10, 1990, regarding the mudlogging starting point on the subject well. As we discussed, the mudlogging is scheduled to begin after setting surface casing at 4100' TVD. Since mudlogs are available on the surface holes of offset wells (Point Mclntyre State #'s 3 and 4), it was decided that mudlogging the surface hole would not be necessary on the Point Mclntyre State #8. Also, samples will not be taken on the surface hole. Very truly .yours, T. E. Krawietz Sr. Drilling Engineer R'ECEiVE'D ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany AR3B-6003-C December 29, 1989 Telecopy: (907)276-7542 Mr. John Gillespie Regional Drilling Engineer ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Point McIntyre State ARCO Alaska, Inc. Permit No. 89-134 Sur. Loc. 1451' FSL, Btmhole Loc. 1358' FNL, 724'FEL, Sec. 16, T12N, R14E, UM. 797'FWL, Sec. 16, T12N, R14E, UM. Dear Mr. Gillespie: Enclosed is the approved application for permit, to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. To aid us in scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment so that a representative of the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled. Where a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commissio'n may witness testing before drilling below the shoe of the conductor pipe. C. V. Chatterton ....... Chairman of Alaska Oil and Gas Conservation Comission BY ORDER OF THE COMMISSION dlf Enclosure cc.~ Department of Fish & Game, Habitat Section w/o e'ncl. Department of Environmental Conservation w/o encl. STATE OF ALASKA (~ ALASKA.{' L AND GAS CONSERVATION C .,,MISSION 20 AAC 25.005 -_. la. Type of work Drill v.--.. Redrill :1 lb. Type of well. Exploratory ~ Stratigraphic Test m DevelOpment Oil ~ """ Re-Entry - Deepen Service .-_ Developement Gas F- Single Zone - Multiple Zone ~ 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool '" ARCO A1 aska, I nc. RKB /+2 ' feet Wi 1 dcat 3. Address 6. Property Designation P.O. Box 100360, Anchorage, AK 99510-0360 ADL 28297 4. Location of well at surface 7. Unit or property Name 11. Type Bond(seee0AAC 25.025) 1/+51'FSL, 72/+'FEL, Sec.16, T12N, R1/+E, UN N/A Statewide At top of productive interval 8. Well number Number 1529'FNL, 'I05/+'FWL, Sec.'16, T'I2N, RI~+E, UM an{n~- Mnln~-v~.~. R~a~'e #R No. U-630610 At total depth 9. Approximat~ spud date ~ Amount 'I358'FNL~ 797'FWL~ Sec.16, T12N~ R1/+E~ UM Januaryl.'lg~!~) . $200~000 12. Distance to nearest 13. Distance to nearest well 14. Number ~)f acres in property 15. Proposed depth(up and property line pt:. Nclntyre #/+ 111-10~NB 797' (~ TD feet 61 ' I~ Sur'faee feet ~_~Rn ~Ra~, TVD feet 16. To be completed for deviated wells /+1 o 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Kickoff depth 2500 ' T~f~tMD Maximum hole angle o Maximum surface 2975 psig At total depth O'VD) /+265 psig 18. Casing program Setting Depth size Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 30" 20" 91.5 H-/+( Weld 80' 35' 35' 115' 115' 2000# Poleset "'17-1/2'1 13-3/8' 68 L-8( BTC /+232 3/+' 3/+' /+266' /+100' 2'~00 sx AS Ill, 500 8-1/2" 7" 29 I -8( RTC 1830 ti?Rd .7927 1-111n 9R/4.~, ?on -~x 'Gm 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 Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor . Surface Intermediate '""~"~ C lj.. g ": Production ,'~- Liner , ' 5 GB~, Perforation depth: measured .... true vertical '~0. Affachments Filing fee I-~ Property plat [] BOP Sketch ~: Diverter Sketch F~' Drilling program ~ Drilling fluid program ~ Time vs depth plot ~ Refraction analysis I~ Seabed report [] 20 AAC 25.050 requirements [] 21. I hereby certify that the foregoing is true and correct to the best of my knowledge,/¢.~_. ......... Signed ~, ~'~~.~ Title Regional Drilling Engineer D ate/.~/f./, . // /' Commission Use Only (TEK) PD3/098 '" / .P,.~r.~nit N~j~nber /' ! APl number _ J Approval date J See cover letter '" ~ ~ ~-- / ~ ~', 150--o:Z.. ~- ~-/ ~' J -~]:2./29/89'. _,,.~_ _ . ' for other requirements Conditions of approval Samples requ..ired /~_Yes [] No Mud Icg required ~'Yes [] No .... Hydrogen sulfide.measures, ..-. Yes ~i' N6 Directional survey required _/~.Yes [] No Required workingj~e, ssure fj)r BOJ~E) I~(yl;., i-I~M; ~ SM; [] 10M; [] 15M Other: /' ' -.---,i ///~"//~' ~' ...... :-- by order of Approved by~k,~ ~/'~,'~/ (/.~~ Commissioner the commission Date~', ' / Sub~ :ate I PIPE RAMS 4. SPOOL 6. CASING 7. SPOOL BLIND RAMS -~ BRADEN 10. HEAD 11. 12. 13. CONFIDENTIAL 14. 15. 16. 17. ACCUMULATOR CAPACITY TEST 1. CHECK AND FILL ACCUMULATOR RESERVIOR TO THE PROPER LEVEL WITH HYDRAULIC FLUID. 2. ASSURE THAT THE ACCUMULATOR PRESSURE IS 3000 PSI WITH 1500 PSI DOWNSTREAM OF THE REGULATOR. 3. OBSERVE TIME, THEN CLOSE ALL UNITS SIMULTANEOUSLY AND RECORD THE TIME AND PRESSURE REMAINING AFTER ALI UNITS ARE CLOSED WITH THE CHARGING PUMP OFF. 4. RECORD ON THE IADC REPORT. THE ACCEPTABLE LOWER LIMIT IS 45 SECONDS CLOSING TIME AND 1200 PSI REMAINING PRES- SURE. 13 5/8" STACK TEST FILL BOP STACK AND MANIFOLD WITH A NON-FREEZING FLUID. CHECK THAT ALL HOLD DOWN SCREWS ARE FULLY RETRACTED. MARK THE RUNNING JOINT WITH PREDETERMINED PLUG SEATING DEPTH. RUN THE TEST PLUG ON DRILL PIPE AND SEAT IN WELL- HEAD. CLOSE ANNULAR PREVENTER AND UPSTREAM VALVES. FUNCTION TEST CHOKES. IN EACH TEST, FIRST HOLD 250 PSI FOR 3 MINUTES PRIOR TO THE HIGH PPRERSSURE TEST. INCREASE PRESSURE ON ANNULAR TO 3000 PSI AND HOLD FOR 3 MINUTES. BLEED PRESSURE TO ZERO. OPEN ANNULAR PREVENTER AND CLOSE TOP PIPE RAMS. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR 3 MINUTES. BLEED PRESSURE TO ZERO. CLOSE VALVES DIRECTLY UPSTREAM OF THE CHOKES AND OPEN CHOKES. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR 3 MINUTES. BLEED PRESSURE TO ZERO. OPEN TOP SET OF PIPE RAMS. CLOSE BOTTOM PIPE RAMS. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR 3 MINUTES. BLEED PRESSURE TO ZERO. TEST REMAINING MANIFOLD VALVES (IF ANY) WITH 5000 PSI UPSTREAM OF THE VALVE AND ZERO PRESSURE DOWNSTREAM. BLEED PRESSURE TO ZERO. OPEN BOTTOM PIPE RAMS. BACK OFF RUNNING JOINT AND POH. CLOSE BLIND RAMS AND TEST TO 5000 PS1 FOR 3 MINUTES. BLEED OFF ALL PRESSURE. OPEN BLIND RAMS. FILL MANIFOLD AND LINES WITH NON-FREEZING FLUID. SET ALL VALVES IN THE DRILLING POSITION. TEST STANDPIPE VALVES TO 5000 PSI. CHECK DEGASSER OPERATION. RECORD BOP TEST INFORMATION ON THE BOP TEST FORM SIGN AND SEND TO DRILLING SUPERVISOR. [~-~ i~.~ , =~ ,i~ ~: ~ ..? ..., :~.. PERFORM COMPLETE BOP TEST WEEKLYi~D ~! ',I,~¢~,I.,ON TEST '.. ~ ,~.~.~ ~ ~ ~:~ " ~., '~ .,.,, DAILY. CONFIDENTIAL DIVERTER SYSTEM SCHEMATIC ARCO ALASKA, INC. FILL-UP LINE RISER FLOWLINE 20" 2O0O PSI DIVERTER I I10'' BALL VALVE "'1 I ICONI:)LJCTOIq RESERVE PIT lO" VENT UNE 2 EACH 10" ;'.:.~,,-~',~;.~,'~ ~ WITH MANUAL OPERATOR8 EQUIPPED WITH UNKAGES WHICH OPEN ONE VALVE AS THE OTHER IS CLOSED WELL DIVERTER LINES DISCHARGE 100' FROM RIG IGNITION SOURCE. · Point McIntyre State #8 Mud Program CONFIDENTIAL DEPTH DENSITY YP INT 10 min FL OIL SOLIDS (TVD) (PPG) VIS (#/ft GEL GEL cc/30min (%) (%) MUD TYPE Surf 8.8 300 70 30+ 50+ 25+/- 0 to to to 13-3/8 9.2 100 40 Csg Pt 8 Gel-Benex Spud Mud DEPTH DENSITY PV YP INT 10 min FL OIL SOLIDS (TVD) (PPG) (CP) (#/ft GEL GEL cc/30min (%) (%) MUD TYPE 13-3/8 8.8 5 2 2 5 25 to to to to to to . to 9-5/8 9.7 10 10 5 12 10 2 Low Solids to Non- 6 Dispersed DEPTH DENSITY PV YP INT 10 min FL OIL SOLIDS (TVD) (PPG) (CP) (#/ft GEL GEL cc/30min (%) (%) MUD TYPE 9-5/8 9.7 10 10 5 12 8 0 4 Low Solids to to to to to to to to Non- TD 10.2 15 15 8 14 5 6 Dispersed 1. TO CONTROL SHALE PROBLEMS IN THE K-SHALES AND KINGAK INCREASE MUD WEIGHT AS REQUIRED. 2. DO NOT WEIGHT UP PREMATURELY~ USE HIGH VISCOSITY PILLS TO CLEAN HOLE AS NEEDED. 3. MAINTAIN FINE SCREENS ON THE SHAKERS. USE 75% OF THE SCREEN AREA. 4. ON THE DAILY MUD REPORT HAVE THE MUD ENGINEER RECORD THE HOURS THE SOLIDS CONTROL EQMT. WAS RUN. NOTE THE SHAKER SCREEN SIZES 5. THIS MUD PROGRAM IS A GUIDELINE ONLY. ACTUAL HOLE CONDITIONS WILL DICTATE THE ACTUAL MUD PROPERTIES. ANY MAJOR CHANGES SHOULD BE DISCUSSED WITH ANCHORAGE. SOLIDS CONTROL EQUIPMENT: Shale shakers Mud cleaners Centrifuge Trip Tank Degasser Pit Level Indicators (visual and audio) Fluid Flow Sensor Fluid Agitators MUD SYSTEM II ~kND TRAP PIT 1 PIT 2 DEGASSER PIT DESANDER PIT lOS BBL8 gg BBL8 PIT 3 PIT 4 MUD CLEANER PIT ' PILL PIT 100 BBLS 108 BBL8 I PIT 5, PIT 8 VOLUME PIT SUCTION PIT 391 BBL8 280 BBL8 IIII I CONFIOENTIAL {" Drilling Time Curve ~, Well name NP' Point McIntyre #8 T.E. Krawietz 12/15/8c. 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PREPARED BY KHOI LE MUD HEICHT FRP~CTURE LBS/I~AL I~RADIENT 14 1~ 18 20 Drilling Procedure 1. MIRU drilling dg and support equipment. . . Drill 17-1/2" hole to 2500' MD / 'I'VD. Kickoff and build angle at 2.5 degrees per 100' MD to 41 degrees 25 minutes in a North 56 degrees 44 minutes West direction. Maintain hole angle and direction to 13-3/8" casing point at 4266' MD / 4100' TVD. Run open-hole logs. Run and cement 13-3/8" casing to surface. Rig up mudloggers and mudlog from surface casing point to TD. Drill 12-1/4" hole to 8457' MD / 7241' TVD holding angle and direction. At 8457' MD / 7241' TVD, drop angle at 2 degrees per 100' MD to 20 degrees 0 minutes. The end of the drop section is at 9528' MD / 8157' TVD. Drill to 9-5/8" casing point at 9580' MD / 8207' TVD holcing angle and direction. 5. Run open-hole logs. Run and cement 9-5/8" casing. . Drill an 8-1/2" hole holding angle and direction to core points at +-9739' MD and +-10203' MD. Core as needed. Drill to at 11110' MD / 9642' 7. Run open-hole logs. Run and cement 7" liner. 8. Run cased hole logs. CONRDENTIAL 9. Run completion assembly and nipple up tree. Release drilling rig. Test well as required. Excess non-hazardous fluids developed from well operations and as necessary to control fluid levels of the mud pits, will be hauled to an approved injection site until the 9-5/8" x 13-3/8" annulus becomes available. At that time excess non-hazardous fluids will be pumped down the annulus. The annulus will be left with a non-freezing fluid during any extended interruption in the pumping process. The annulus will be sealed with 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 20AA025.033. Maximum surface pressure is based upon a BHP of 4265 psig at 9642' TVD, less a 1500' TVD oil column, less a gas.column to surface. Wells within 200' of Point Mclntyre State # 8 are: o Point Mclntyre State # 4: 61' away at surface. o Point Mclntyre State # 3: 89' away at surface. o Point Mclntyre #1 and 82: 135' away at surface. (These two wells were drilled from the same wellbore and are now plugged and abandoned). Hazardous levels of H2S are not antidpated in this well. 0 1000 2000 3000 4000 5000 6000 7000 1000 2000 3000 4000 ~5000 6OOO 7000 8000 9OOO 10000 ' ....... a ! a t t t t t t , t ' ' ' ' ' ' ....... 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 ' RI~R F.I.~VATION 42' 20" TVD=II5 TMD=II5 DEP=~[, ' .......... AR( O ALASKA, I1 C. POINT MCINTYR]5 #8 OI'~AT '1~. Itt o,.~,~. - I~90' SHL: U Ii~N 14E 16 145~' FSL 724' FEL THL: U ! ZN 14E 16 1529' FI ~'L 1054' FWL BHL: IJ 12N 14E 16 1358' F. ~rL 797' FWL N56 44' H BASE OF PERMAFR OST TVD:1842 .~. · KOP TVD--2500 5.0 17.5 0.0 2.,5 '~ 35.0 '~0'0 EO~ .TVD-=4016--T-M];)=4.1.54-~1~572 ................................................................................................................. q~S/8" Casin§ TVD-=4100 TMD--4266 DE:P=G4.6 ., . ]::-.4500 'I'~D::)'.4800 DEP---999 ,' .... D-.=4987 "~D=:5449 D BZ~=1428 AVERAGE Al ~IGLE = 41 25' , WES'I SAK TVD=6792 TMr_~ BOD TVD=? ~1 TMD=8457 DEP=3 94 ~[ 51.4 ~.4 TMD: }528 DEP~3962 ~'~'~ TVI~8157 9-5/8" Casing TVD=8207 TMD--9581 DF.~-3979 q K-10/$EABF~ TVD:8357 TMI~ 739 DEP--4034 \ K-5 TVI~8659 TldI =10060 DE?--4144 KUP~RUK ! :'ARGET 'rv1~8794 'I vI1~10203 DEP~4193. ~ TVD----94~8 TMD~10880 DEP--4123 ~ K1 [PARUK BASE TVI~ ~510 TMI~-10967 DEB--4453 TD TVD--9~42 TMD--llll0 DE~ ¢503 ................... ...................................... ~ .... 3000 4000 VERTICAL SECTION 5000 6000 7000 0 10o0 2000 ARCO ALASKA, INC. POINT MCINTYRE #8 N 56 44' W 4000 3OO0 200O- ~ooo 0 $0oc E - W COORDINATES -$000 4000 -3000 -2000 - I000 0 1000 20o0 -I000 -- '. ' _ t i:IIIIFI!]ENItrI-A, P?' MCINTYRE #8 '[ . . , I , , , : ..................... I -6000 -5000 -40(0) -3000 -2000 - I000 0 1000 20oo 300{ ';572 I0()() {) · ARCO ALASKA, INC. POINT MCINTYRE #8 N5644' W -60O0 5000 4000. 3000 2000 CJ looo, 4ooo2 ~ ~95 PT MCINTYRE ~12 8513 I]OtlF! !D. E)II1FIA 5 ~5~ mm ............ 9 / 5833 PS? MCINTY~ ~8 ~ PT M'2INT~E ~4 ~~ ...................................... PT MCINTYRE ~3 ....................................................................... E - W COORDINATES -5000 -4000 -3000 -2000 - 1000 0 1000 2000 -2000 -6000 -5000 -4000 -3000 -2000 - 1000 0 1000 - 5000 400O 30O0 2000 9572 10o0 o 10000 - 1000 -2000 2000 pomt_mcmtyre('8 E - W COORDINATES -200 -100 0 100 200 300 400 500 2284 __ 600 ......... s i i i i i i i i ~ i i i s , , , , ' ' ' ' ............ i i i i i i i i i i i i . i i . i i i i i ~00 :IllJEliI1F 500 500 PT MCINTYRI~ # 1 400 400 42'/2 300 /4: 3O0 200 ,~, PT MCIN'rYRE #2 ~/ 200 _ q~ 8 / 3808 ,oo'"~"~ '---~"......,~ ~,,~"° /'"~, .......... ,oo z -~r8o 0 ~ ~ 10000 PT MCINT'~'RE #3 -100 -100 -200 -200 -300 .................................................................... 300 -200 - 100 0 100 200 300 400 500 E - W COORDINATES October 10, 1989 Pete McGee Regional Supervisor Northern Regional Office Alaska Department of Environmental Conservation 1001 Noble Street, Suite 350 Fairbanks, AK 99701 RE: Annulus Pumping - Notification of New Wells Point Mclntyre '--'- Permit 8740-DB002 00 ~.~ Dear Mr. McGee: , COMM ~ . OMu COMM .J~ RES ENG _ SR ENG _...~_ ENG ASST SR GEOLz~_~ GEOL ASST~(,,)~ '~?A?'?~i--- FILE I ARCO Alaska, Inc. on behalf of the Prudhoe Bay Unit owners, requests approval to utilize additional annuluses for pumping of excess fluids from reserve pits' and drilling operations. This material will consist primarily of drilling fluids, rig wash water and snowmelt water. Wells will be drilled and completed as per 1989 annual report. Approval is sought for the following wells: * Well 7 * Well 8 Attached is a well-specific summary sheet which indicates the surface hole location, anticipated pumping depths, and anticipated start/stop dates for each well. Thank you for your prompt approval of this notification. If you have any questions on this submission, please call Mike Frampton or me at 659-5999. Sincerely, Pepsi Nunes Environmental Coordinator Attachment CC: C.V. Chatterton, AOGCC, Anchorage Steve Atkinson ATO 1977C RECEIVED OCT 1 ,s ]989 ,,~la~,,a Oil & Gas Cons. Comlnissiol~ Anchorage _ I I I ARCO ALASKA, INC. ANNULUS PUMPING NOTIFICATION PERMIT NO. 8740-DB002 Point Mclntyre · S16, T12N, R14E, UM Estimated Estimated ,Well No Start Date Stop Date 7 02/1 5/90 05/1 5/91 8 01/15/90 04/15/91 Surface Hole Location Depth TVD Estimated Beg/End Volume 1512'FSL, 491'FEL 1424'FSL, 841'FEL 3000/6750 3OOO/675O 35,OOO bbl 35,OOO bbl CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE Loc ~?/ ~ (1 t~ru (8), (9 thru 13) ' 10. (10 and 13) 12. 13. ( (14 thru 22) (23 th~u' 28) 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. Company .~.~z- ~ Is the permit fee attached .......................................... 2. Is well td be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. Is well located proper distance from other wells .................... 5. Is sufficient undedicated acreage available in this pool ............ 6. Is well to be deviated and is wellbore plat included ................ 7. Is operator the only affected party ................................. 8. Can permit be approved before fifteen-day wait ...................... Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate ..................................... Does the well have a unique name and number ......................... Is conductor string provided ........................................ Will surface casing protect all zones reasonably expected to serve as an underground, source of drinking water ..................... Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............. Is adequate wellbore separation proposed ............ ~ ............... Lease & Well No. NO Is a diverter system required ' ~ eeeemmlllee .®...mm.®. e....leel.eee..®®. 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 oO psig .. ~ Does the choke manifold comply w/API RP-53 (May 84) .................. Is the presence of H2S gas probable ................................. ,,.. ~ om. -(29 th rev: 01/30/89 6.011 For 29. 30. 31. 32. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ I~ an offshore loc., are survey results of seabed conditions presented Additional requirements ............................................. ~ Additional Remarks: INITIAL GEO. UNIT oN/OFF POOL CLASS STATUS AREA NO. SHORE , , .I Well Histo~ 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 roadability of the Well History file and to simplify finding information, information, of this nature is accumulated at the 'end' of the file under APPENDIXi No special'effort has been made to chronologically organize this category of information. CONPANY NAPE ~ELL NAPE FIELD NA~E BOROUGH ; NORT~ SLOPE STATE ~ ~LASKA API NUMBER ~ 50-029-21996 REFERENCE NO ~ 73743 MICROFILMED I$ Tape Verification Listlno chlumherqer Alaska Computt.q Center 20-~PR-1990 lO:3g PAGE: **** REEL SERVICE taA~E : EDIT D~TF : 00/04/2o ORIGIN : FLIC ~FFT. NA~E : 73743 CON93'l~IjATI~N # P~EV'IOIJS RE~L CO~UENT : ARCO ~[.,ASKA INC,,WILDCA~',PT, MC!NTYRE #8,API 50-029-2~996 **** TAPE ~EAD~R SERVICE NA~E : EDIT D~T~ : 90/04120 T~P~ NA~E : 73743 CONT'INU~TI(~ # : 1 p~EvIOIIS TAPE COMNENT ~ ARCO ALASKh INC,,WlI.,I.)CAI,?To ~C1NTYRE #8,API 50-02~-21996 **** F[IJE {.lEAl)ER FILE NA~E , EDIT .001 SERVICE : FblC VFRSlON ~ 001A04 DATE : 90/04/20 MAX REC SIZE : 10~4 FILE TYPE I LO LAST FILE COgPAN¥ NAVEl ARCO .ALASKA WELL: POINT ~4ClNTYRE STATE ~8 FI'EbD: WILDCAT BOROUGH: NORTH SLOPE STATE~ ALASKA API NUMBER: 50-029-21996 bOCA!rlo~ 1451' FSb & 724' FEI, SECTION~ 1.6 TOWNSHIP~ RANGE~ PMR~ANENT DATUM: MSb ELEVATION: 0 1S ?a.~.. Verification Listing chlumberqer Alaska Comp~.~tinq Center 20-APR-1990 10:]4 LOG ~EASURED FRO~ kKR 42 ABOVE PERMANENT DATI. I~ FLEVaTINT, i$ KB: 42 DF: 41 GL: 7 DAT~ bOGGED: 17-FEB-g0 ROd I',~U;~.BER: (]NE TD D[~.~ bLE~.: 9465 CASING: 1~ 3/8" m DRILLER DEPTH OF 4272 BIT STZ~..: 12 1/4" TYPE FLUID IN HOLE: FRKSH WATER/NUTPLUG/LSbD DENSITY: 9.8 VISCO$ITY~ 46 PH: ~.5 FLUID bOSS: 5.8 ~UD RESISTIVITY: FILIRATE RESISTIVITY: MIID C~KE RESISTIVITY: 2 79 @ 68 3:03 8 66 2,33 ~ 66 TTME CIRCULATION ENDED; 01:00 17-FEB TI~E LOGGER ON BOTTOM~ 10:40 !7-FEB NAXIMU~ RECORDED TEMPERATURE: 145 LOGGING DISTRICT: bOGGING ENGINEER: WITNESS~ PRUDHOE BAY SARBER COOPER/PRIVOZNIK TOOL NUMBERS: AM~-AA-712 SRE-D-797 SDC-C-3~ SbS-CA-57 DIS-ZA-276 ST~-CA-22B TCC-B-320 DRS-C-4842 SLR-CA-56 DIC-EB'271 TC~-AB-509 WDM-AA-570 F']'ELD REMARKS: TOOL ST~ING (BOT-TOP)mDITE-SDT DR~-GR=TCC-AM~ 2.5" FINNED STANDOFF'~ AND A 2 HOLE FINDER USED ON T~OLS, DUE TO ~E TOOL ORIENTATION IN THE HOLE, THE 2 ARM CAbI~E~ WOULD NOT FULLY OPEN ON TNE REPEAT SECTIONS AND AFTER 2 ATTEMPTS, IT FINALLY OPENED FULLY ON THE MAIN P.~SS .AND WAS CORRECT THOUGMOUT. THE LOG. SOURCE OF THE INTEGRATE6 TRANSIT TI~E STICKS IS TEE DT CURVE. DUE TO TEE LONG LEMGTH OF THIS TOOL STRING TEE TOOL WAS ZEROED AT TEE TOP OF TH~ DIL TOOL, WITS THAT DISTANCE FRO~ RKB ENTERED IN TEE TRUCK 9DOMETER, THE SP. ON THE REPEAT PASS HAS 2 SPIKES FROM ~I'G WELDING, NO FURTHER PROBLEMS WE'RE ENCOUNTERED AFTER SHUTTING DOWN THETWELDING. THE ORIGINAb LOGGING PASS HAD TO BE RESTARTED ONCE IN HE MIDDLE DUE TO A COMPUTfER, OVERSPEED ABORT, NO bOSS" OF DATA OCCURRED, AS THERE ~AS SUF ICIENT OVERLAP BETWEEN DTCO WAS PARTIALLY RECOMPUTED DUE TO IMPROVED PARAMETER SELECTION AFTER THE MAIN PASS, THAT DATA MAS BEEN ADDED TO THE DATA TAPE, PAGE~ Tore Ver.i£icstion Lis%inq chlumrer,'~er /~lasKa Co,'~ut~..q (."enter 20-APR-199n 10:34 .~'.F",~A' VL': 70 CAL,.'°.,.SD7 Sr.' TI-!h'.t' IT C]I]T,.p.p.k '"ERGEI.' TEl 73743 *********************************** ~I.IR #2 ************************************ ******************************************************************************* DATE bOGGED: 07-MAR-g0 RUN 5~U~BER: TD LOGGER: 11076 CASING: 9 5/8" $ D~ILLER DEPTH OF 9471 AND bOGGER DEPTH OF 9438 BIT SIZE: 8 1/2" TYPE FLUID IN HOLEJ KCL BbAND MUD DENSITY: !0,8 VISCOSITY: 46 PHI 8 FLUID LOSS~ 5 ~tlO RESISTIVITY! FILTRATE RESISTIVITY: MUD CAKE RESISTIVITY: 0 256 m 66 O: 229 ~ 66 0,9~ ~ 66 TIME CIRCULATION ENDED: 13:50 7-MAR TIME LOGGER ON BOTTOM (SOT PASS): 19j40 7-~.AR TI~E LOGGER ON BOTTO~ (Ohh PASS): 23120 7'~AR T~E LOGGE~ ON BOTTO~ (LDT/CNL/EPT/NGT PASS)I MAXIMUm' TE~P RECORDE'D ~$DT PASS)~ ~AXI~UM' TE~P RECORDED DLL PASS). 172 ~AX'XMUM TE~P ~ECORDED (LDT/CNL/EPT/NGT PAS$)I 02130 8-~AR bOGGING DISTRICT: bOGGING ~MGINEEB: PRUDHOE BAY SARBER CAR~II.,E/b,ANC~/CAMPAIGN TOOL N'U~BER$ (DLL & SDT PASS): SPCA-01. TCC-B-278 SDC-CA-69 SLS-CA-134 DRS-C-4842 DL$-F-975 AM~-AA-774 SLR-C~-56 DDE-g~?24 TOOL NUMBERS (LDT/CNb/NGT/EPT PASS): AM~-AA-774 TCC-B 278 NGD-D 756 NGC-C 1935 PAGE: IS T~.e Verl~.lcatiom Listinq ChlUm~'erqer Alaska Com..DurinG Center 20-APR-1990 10:134 PAGE: ~PC-DA 12o C~C-a 3]2 DRS-4847 EPS-EA 154 NSC-E 760 TC~-AB 19 FIELD RE_~APKS (SOT PASS): TOOL STRING ([%OT-TOP):DLT-~'SFL-SDT-GR-TCC-AMS-BRIDLE-SP. THE GDT wAS CENTRALIZEO WITH 7, 1.5" RUBOER FI,~NED STANDOFFS. THIS LOGGING PASS WAS TIED INT[] THE INTERMEDIATE ~UN OVER THEq DEPTHS 8900'-9050', A DEPTH SHI~T OF 16' WAS ~ADE ~TWEEN RUNS 1 AND 2, THIS '.IS PROBABLY [)UE TO DIFFERENT LOGGING CABLe]S, TOOL STRING ~EIGNTS, ETC, FIELD RE~.~ARKS (Df.L. TOO[., STRING (BOT-TOP)=DL'.f'-~SFL-SOT-GR-TCC-AMS-B~IDLE-SP. TO PROVIDE BEST POSSIBLE ~SFL. DA~A THE TOOb WAS ORIENTED USING 2 3-FINNED STANDOFFS. THIS LOGGING PASS WAS TIED INTO THE INTERMEDIATE RUN OVER THE DEPTUS ~900'-9050' A DEPTH SHIFT OF 16' WAS ~ADE B~TWEEN RUN8 'THIS IS PROBABLY DUB TO OIFFERENT hOGGING CABhE8, TOOL $TRING AND 2 . . . . ~:~GHTS, ETC. FIELD RE'~ARKS (LDT/CNL/NGT/EPT TOO[, STRING (BOT-TOP)=bDT-CNb-EPT-NGT-TCC-A~8. A BOWSPRING WAS USED ON TH~; CNL. NEUTRON ~ATRIX = SANDSTONE, HObE CORRECTI. ON = CAbIP~R' ~ATRIX = 2.65 G/CC. Fbi]ID DENSITY = ~.0 G/CC. THE BARITE CONT THE ~I2D'- 6.5% BY WEIGHT, THE EPT DATA IS INVAhID OVER THE INTERVAL 10142 9690' DUE TO POOR PAD CONTACT IN THE WASHED OUT INTERVAh$. . ' ' A TH~S hOG CONTAIN$ NGT INITIiAL, ~,~UD KCb CONCENI. R TION = 21,000 DATA NAT HAS NO E:NVIPON~IE{',~TAb COR.RECTIONS FOR BARITE OR POTASSIUM, T}~E LOG ~AS ()RIGI~.~AL, bY GEi'~iE';R~ED WITH THOSE CORRECTIONS BUT OE;C:.DED 'l':n RE?JGVE THEN ~FTf):R,~"IE 4[)G ~AS RUN. S[It.~E COR~iECTI':[;,}xl SHCUL, D ~:E ADF~F.:) TO THE i.,f:1G, BI.IT THE EXACT C[]NCENTRATIO~:'~S JIF KCL A~,~D BARITE AT T.D ARt? :",:OT CERTAIn:, A. 2,~D APPEAR FR()~: THE LOG TO DIFFER BIG?."IFICANTLY FROq THE ORIGIf,iAL i*:I,ID CO}':[)ITIO:'iS. .T.t~ESE COMPI.:TATIONS CA~ BE tqADE'. AT A I..,A~E~ '[:A~m"" IF DESIRED, I'::~ RECO~,IPI,ITIt.:G.. THE RAW LOG DATA. [.,EAST S(,)IiARI~?S ................ ~'I. LT~.iRI.NG USED FOR T~.IB NGT PPOCE~',~SING, ' C(~i,".PUTING CE~:~ITI<R RE?qARFS: LIS LIBRARY TAP~.; FI:LES EDIT.(.:01 & EDIT 002 ARE NOT TOGETNERA...ECAUSE ~ (IF THE 1]ARGF OUANTITY OF' CI.JA~,iNEI..,S WiiICH C~NNOT BE HANDLED BY SO~:E SYSTEMS, FILE ~DIT.O03 .IS Tt~K 1.4I'G}.t SAP, PLE RATtq ~]iSFL/EPT DATA. .A NEW NGT FIL~ 'HAS MADE I'N COMPUTING CENTER THAT ~ATCHBS THE DATA FROM ON THI~ LIBRARY TAPE, THE DATA OF WHICH MAS BEEN CORRECTED FOR BARITE AS WEL5 AS POTASSIUM BY FIEbD ~OFTWARE. D~TE JOB STARTED~ lO-APR-90 JOB REFERENCE NO: 73743 LDP/ANA: F'IbE - ~:DIT,OOf ARCO ALASKA INC, IS Ta~e Verification I, istinq Cblumber. c~er AlasKa Computlnq Center 20-APR-I. 990 1.0:t4 WILDCAT POINT MCTNTYRE STATE ~8 50-029-?1996 DATA SANP!,ED EVERY -,5dO0 FEET DATA I;~CbUOED- TOOL E×TENSIL)N TOOL TYPE USED NAME DIT-E ,DTE PHASOR DUAL INDUCTION SFL 9435' TO 4270' (RUM1 ONLY) DLI, ,DbL DUAl., LATERObOG 1,1056' TO 94]8' (RU,N2 ONLY) SbT ,SDT ANRAY SONIC 11024' TO 4270' (RUN1 MERGED TO RUN2 M9389') SDT/STC PROCESSED ARRAY $O~.~IC 11010' TO 4146' EXTENSIONS USED: ,PTE, ,ITP, & ,STC GR ,CSG GAMMA ~AY 43t0' TO 65' {RUN1 ONLY) ****************************************************************************** PAGE: 5 TABLE TYPE : CONS TUN! VAEU D~FI CN ARCO ALASKA !NC, FN WILDCAT WN POINT MCINTYRE STATE #B APIM Fb 1451' FSh & 724' FEL SECT 16 TOWN RAN~ 14E STAT ALASKA NATI' USA WITN CARLIL~/LANCE/CAMPAIGN SON 548448 PDAT EPD FT 0 ~PD FT EKB FT 42, EDF FT 41, .EGb FT 7, TD!) FT 111,00, Name ei a e Well Name AP! Serial Number 'Field Docatton Section Township Range County State or Province Nation witness' Name Service Order NUmber Permanent datum Bog ~easured 'From rS ~ave Veriff. catiom i.istinq .ChlV,,.,~ere. er .,'~.la$~. Co".,e~,tin~? Center 20-~.b'R-1990 PAGE: 6 T t, ~': l V b.l, t! r'~EV ). ~_ i b'T I 1. ~58. Bott. _ o~: LOU It~terval ~'[1' }:T ~3~. Top Lo~ Interval "('8 !3:5(', '}-"~A~q 'rin'e Circulation St. oppeo ",', °"'' '5[.PT ...... ,~;;[['''Channel ...... ~me .......... ' ........................ SFbl! SFt, Resistivity (unaveraoed) I[,~ I [, D IDPH IFRF IOOF I~OF CIDP CI~P IIRD IIXD CILI TENS ~TE~ HTEA~ LbS LLD CALS T~NS MTEN ~RES DT DTb DTLN DTbF D~CO DTS~ COHC rtl TT2 TT3 ~edium Induction Standard Processed Resistivity Deep Induction Standard Processed Resistivity Spontaneous Potential INDUCTION DEEP PHASOR RESISTIVITY INDUCTION ~EDI[}~ PHASQR RESISTIVITy Induction Calibrated Freguency IOOF DEEP INDIJCTIO~ OUA!..,ITY FACTO~ I~OF ~ED INDUCTION QUALITY FACTOR INDUCTIO~t DEEP PHASOR CONDUCTIVITY INDUCTION ~EDIIJ~ PHASOR CONDUCTIVITY Deed Inductlo~ Real Intermediate Conductivity Deep Ind%~ctlon Quad Intermediate onductlv~ ~edtum Induction Rea! Intermediate Conductivity Gamma Ray Calt~er Tens on ~{ud Temperature ~UD ReSiStiVity Head Tension batero-~og Shallow (~esistivity) batero-Lo~) Deep (Resistivity) Sonic Caliper Spontaneous Potential Gamma Ray Tension M~d Temperature MUD Resistivity Head Tension DEbTA-T DELTA-T LONG SPACING" DELTA-T LONG SPACING NEAR DTLF DTCO DTSM COHERENCE VALUE AT COMPREMSIO~Ah PEAK COHERENCE VALUE AT SHEAR PEAK COHERENCE VALUE AT STONEBEY PEAK CSAT Transit Time for CSAT 1 CSAT Transit. T~me for CSAT 2 CSAT Transit Time for CSAT 3 ,IS Tape Verl. ftcatlon Listing chlumherr~er AlasKa Computlnq Center 20-APR-1990 10:34 DEFT. ........ .. ...... .......... ..... ..... ............... ..... TT4 T Ah, KIT . E 4 LTT.~ LOMG SPACING TRANSIT TIME MODE LTTP. LONG SPAClk~G TRANSIT TIME MODE LTT3 LOnG SPACING TRANSIT TIME ~ODE 3 LTT4 L[)MG SPACING TRANSIT TI~E MODE 4 wf'C ~arning Flag For Compressional ~FSP warning Flag For Shear SP Seontaneous Potential C~LS Sonic Cal, lDer G~ Gamma ~ay TFNS Tension ~TE~ ~ud Temperature ~RES ~UD Resistivity HTE~; ~eao Tens DT DELTA-T DT DELTA-T DTS~ DTS~ DTS~ DTS~ D~ST DELTA-T STONELEY DTST DELTA-T STONELEY RSHC ~ATIO SPEAR TO COMPRESSIiINAL DELTA T O~'C(", OUALITY FhA. G CO~PRES$IONAI,, (~ F S f'" (~i.JA[,! T ~ FLAG OF'Sq' Ot;~,,L',[TY ~L&(; STC,~.'Et, k~Y C~,[,I ('iai. ioer 7' ¢'i~, ¢. Tens J. OO (;P Canna Ray 3.' ~? ~'.." 5'r'e n s .i o n , '~ [.iD ~es.istivi. tv ,'~. 7 E ~' ~'.~ u d Temperature hTF[~. ~.~eao Tensj. oq ** i'Aq"h {,'r.¢a~'~A']' ,5"pECI'!z'tCATI;"!L;' f;'ECI.)R[) ** ], 66 0 2 66 0 3 73 296 4 66 ! 5 66 6 73 7 .65 8 68 0.5 9 65 FT 11 66 3 IS Tane Verl. f!cation Listln~ ~chlumberqer Alaska Compt.ltinq Center 20-APR-1990 ].0:34 PAGE: Mm mmmmmmm m m mmmm m ~ mmm 13 66 0 14 65 FT 15 66 68 16 66 1 ** SET TYPE - CHAN ** ...... "'F ......... .............. .... ' ......... ..... EPT T 54~44 O0 000 0 0 1 ! 1 6~ 0 00000 SFLU DTE OH)~ 54844~ O0 0o0 O0 0 1 1 1 4 ~8 0000000000 II,~ DTE OHRN 548448 SP DTE ~v 548448 ~MpH D'rg OH~M 54~448 IFRE DT£ HZ 548448 IDOF DTE 548448 I~OF DTE 54844~ CIDP DTE )4MHO 5~(8448 CI~P DTE ~MHO 548448 IIRD DTE )~MHO 548448 II×D DTE MMHO 548448 IIR~ DTE ~M~O 548448 GR DTE GAPI 548448 CAL! DTE IN 548448 TFNS [)TE LB 548448 MTE~ DTE DEGF 548448 ~RES OTE OH~ 548448 HTEN DTE LB 548448 LLS DbL OH~ 548448 LLD DLL OH~ 54,8448 CALS DL[, IN 54~448 SP DLL MV 548448 (JR Dhh GAPI 54~44.8 TENS DI~L, hB 54~448 MTE~ DLh DEGF 548448 ~RE$ DLL 08MM 548448 HIE~ DLL LB 548448 DTF,)~ SDT f,! ~/~' ~")q'S? SDT LiS 50.8448 Cr~gC S !':,'r 548a48 Cf)ST SbT 54.84.48 00 0 o 0 00 0 1 1 1 4 oo 000 O0 0 I t 1 4 O0 000 O0 0 I 1 1 00 000 00 0 1 1 1 4 00 000 00 0 1 1 1 4 O0 000 O0 0 1 I 1 4 O0 000 O0 0 1 1 1 4 O0 000 O0 0 1 i 1 4 O0 000 O0 0 i 1 1 4 O0 000 O0 0 i 1 1 4 O0 000 O0 0 1 1 1 4 O0 000 O0 0 I l, 1 4 O0 000 O0 0 1 I 1 4 O0 000 O0 0 1 1 1 4 O0 000 O0 0 1 I 1 4 O0 000 O0 0 1 1 1 4 O0 000 O0 0 I 1 I 4 O0 000 O0 0 1 1 1 4 O0 000 O0 0 1 1 I 4 11 220 09 0 I 1 1 4 11 220 I0 0 1 1 1 4 11 280 O1 0 1 1 1 4 11 010 O1 0 1 1 1 4 11 310 O1 0 1 1 1 4 11 635 21 0 ! 1 1 4 1.1 000 O0 0 1 I 1 4 1, 1 000 O0 0 1 I 1 4 11 000 00 0 I 1 l 4 1.l 520 80 0 1. 1. 1 4 11 ,520 80 (> I 1 1, 4 I i 5 2 (;' 8 O '3 I 1 1 I I 52 (; 60 (; i I t 11 t.~ 00 00 0 1 1 1 4 11 00 ('~ 00 0 I I I 4 11 0 0 0 (.: 0 (;. 1 1 1 4 1. 1 000 t.:. 0 0 1 l, 1 4 68 0000000000 OOOO000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 .., 0000000000 verification t,] s%ine heroer i-~]as~.a Co,,~[.ut. ir, c~ Cepter PAGE: ~m~ m m emmmm mm mmmMmmmmm ! ~ m mem~mm~mm mM~emem! ~m '; '~ .? 5F'" $ 54~4q~ 11. 522 3" 4 ~l,'l' :'~ 5~¢4~ 11 522 83 <: 1, 1 1 4 68 0000(}00000 [.,'rTl SBT ~,S 548~4b II 522 83 0 1 1 I 4 68 0000000000 1,'~'3'2 S~'I' US 548648 11 522 83 0 ! I 1 4 68 0000000000 [,TT3 SBT ~B 548448 ll 522 83 0 1 1 1 4 68 0000000000 L, TT4 SOT US 548448 11 522 83 O 1 I 1 4 68 0000000000 WFC SBT 548448 1! 000 O0 0 1 I 1 4 68 0000000000 ~FS}~ Si)T 548448 11 000 O0 0 i 1 1 4 68 0000000000 SP SPT ~V 548448 11 010 O1 0 1 1 1 4 68 0000000000 C~I,,S SBT IN 548448 11 280 O1 0 1 1 1 4 68 0000000000 11 310 Ol 0 1 I 1 4 68 0000000000 11 635 21 0 1 1 1 4 68 0000000000 lJ 000 O0 0 I 1 1 4 68 0000000000 11 000 O0 0 1 1 1 4 68 0000000000 11 000 O0 0 I 1 1 4 68 0000000000 1! 000 O0 0 I 1 1 4 68 ()000000000 11 000 O0 0 1 1 1 4 68 0000000000 11 000 O0 0 1 1 I 4 68 0000000000 11 000 O0 0 1 1 1 4 68 0000000000 11 000 O0 0 1 1 I 4 68 0000000000 II. 000 O0 0 1 1 1 4 68 0000000000 11 000 .00 0 I 1 1 4 68 0000000000 11 000 O0 0 ! 1 1 4 68 0000000000 11 000 O0 0 1 1 1 4 68 0000000000 11 000 O0 0 I I I 4 68 0000000000 11 000 O0 0 I I 1 4 68 0000000000 11 000 O0 0 I 1 I 4 68 0000000000 11 000 O0 0 i 1 I 4 68 0000000000 07 310 01 0 I i I 4 68 0000000000 07 635 21 0 I 1 1 4 68 0000000000 07 000 O0 0 I 1 1 4 68 0000000000 07 000 O0 0 1 1 ! 4 68 0000000000 07 000 O0 0 ! 1 1 4 68 0000000000 G~ SBT GAPI 548448 TENS SBT LB 548448 ~TE~ SOT DEGF 548448 ~E$ BDT OH~M 54844~ HTEN SBT LB 548448 DT PTE US/F 54~448 DT ITP US/F 548448 DT$~ PTE l,JS 548448 DTS~ ITP US 548448 DTST PTE US/F 548448 DTST ITP US/F 548448 RSHC STC 548448 OFCO STC 548448 OFS~ STC 5.48448 OFST STC 548448 GR STC GAPI 548448 CILI gTC IN 548448 IENS $TC LB 548448 G~ CSG GAPI 548448 TEN8 CSG bB 548448 MRES CSG OHMM 548448 MTE~ CSG DEGF 548448 MTEN CSG bB 548448 ** DATA ** DEPT, SP DTE IDOF DTE IIRD DTE CAbI DTE HTEN DTE ~ES.DLb DTLN.MDT COHC,SDT TT~,SDT 1,1088 500 -999 250 .-999 250 -999 250 -999 250 -999 250 -999 ~50 -999 250 96 800 0,000 0,000 SFLU,DTE IDPH,DTE IMOF,DTE II. XD,DTE TENS,DTE bLS,Bbb GR,DLL HTEN,DLb DTLF.$DT COHS.,SDT TT3,SDT -999 250 '999 250 -99 -99~ 250 25O -999 250 -999 250 -999 250 -999 250 96 200 0,000 0,00! IMPH,DTE CXDP,DTE IIRN,DTE MTEN,DTE LbO,Bbb TENS,DLL BT,SBT DTCO SBT COSTiSDT 114 SBT -999 250 -999 -999 -999 -999 -999 -999 0 0 624 ILD,,DTE 250 IFRE DTE 250 CIMP DTE 250 G~ DTE 250 MRES DIE 250 CAbS DL,L 250 ~TE~ DLL 000 DTL SD2 000 DTSM SDI 000 TT! SBT 000 5TTi,SDg -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 96 400 000 °:oo IS Tau, veri. flcatton blsttno ehLumberger Alaska Comr;,utinq Center L~T~,SOT 934,~00 LTT].SDT WFSH.$DT ~.000 SP.SDT T~$oSDT ]114.000 ~TE~.SDT Dff'.PTE -999.250 DT.ITP DTST.PTE -999.250 DTST.ITP OFSB.S~C -999,250 QFST.STC T~h~S.STC -999.250 GR,CSG PTE~.CSG -999.250 HTEN.CSG D~PT, 11000.000 SFI..U.DTE SP.DTE -999.250 TDPH,DTE ID~F.DTE -999.250 IMOF.DTE IIRD.DTE -999,250 IIXD.DTE C~/.I.I)TE -999,250 TENS,DTE Hq'E~.[)TE -999.250 LLS.DLL SP,DL~ -41.469 GR,DL~ ~ES.DLL 0.085 8TEN.DLL DT[~N.SDT 96.900 DTLF,SDT COFC.$D~ 0.986 COH$.SDT TT2.SD 0.000 TT3.SDT LTT~ SDT 942,400 LTT3,SDT WFSH~SDT ~0.000 SP,SDT T~S.SDT 7.472.000 MTEM,SDT DT.PTE 96.590 DT,ITP DTST,PTE 228,168 DTST,ITP OFSH.STC 5.000 OFST,STC TENS STC 7472,000 GR,CSG MTE~:CSG -999.250 HTE~.CSG DEPT SP:DTE IDOF,DTE CALI,DTE HTEN,DT~ SP,DbL ~RES.D[,L DTLN,SDT COHC SDT TT2:SDT LTT2,SDT WFSH,MDT TESS SDT DT PTE DTST PTE. ~FS~ STC TENS STC MTEM,CSG 10900 000 '999:250 IDP~'.' '999.250 IMQF -999.250 IIXD -999,~50 TENS -999.250 bLS -39.531 GR 0 085 95:700 DTLF 0 974 CONS 0 -' 000 TT3 928 800 bTI3 o;ooo . 7600,000 96,70~ DT 2~8,330 DTST 0,000 QFST 7.~00 000 GR 99:250 HTE~ .DTE DTE :DTE DTE DTE DI.,b SDT SDT ,SDT ,SDT SDT .ITP STC CSG CSG DEPT, SP,DTE IDQF,DTE I'IRD,DTE C~LI.DTE MTE~!,DTE 10800,000 -999 250 -999:250 :999 250 999:~50 -999.250 SFLU, OT~; IDP.H DTE I. ~OF: DTE I I XD. DTE TEN,%, DTE bbS.ObI~ 20-APR-1990 10~34 1320.800 LTT4.SDT 105.313 CALS.SDT 164.500 MRES,SDT -999.250 DTSM,PTE =999.250 RSHC,$TC -999.250 GR.$TC -q99.250 TENS.CSG -999.250 '999.250 ILM.DTE -999.250 I~PH,DTE '999,250 CIOP,DTE '999,250 IIRM,DTE -999.250 MTE~.DTE 2.929 LI...D,OLL 105,000 TENS DLL 776.500 DT:SDT 96,800 DTCO,SDT o.ooo 0 001 TT4 DT 1331:200 DTT4.SDT 105,250 CAL$.SDT !9 0 DTSM,PTE 221!168 RSHC gTC 000 GR~STC '99 250 TENS,CSG -99 250 -999 250 -999 0 -999 0 858 000 95 400 0,654 0,001 1310 400 105 563 164 000 .96 ]01 228 30 0 000 -999~250 -999,250 -999 250 -999 50 -999 ~50 -999 0 6,271 ILM.DTE XMPH.DTE CIDP,'DTE IIRM,DT~ MTEM,DTE LLD,DbL TENS D.LL DT SOT DTCO SDT COST SDT TT4 LTT4,SDT CAL$,$DT MRES,SDT DTS~,PTE RSMC,STC GR STC TENS:CSG ILM,.DTE :MPM,DTE IDP.DTE IIRM,DTE MTEM,DTE 1127,600 9,115 0 086 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 2 702 7004 000 98 8O0 97 000 0 973 628 000 ° 0,086 999.250 -999~250 -999 250 -999 25O -999 250 -999 250 -999 250 2 32 708O gO0 97 300 95 000 0 946 62~ 400 Ioo 95 0 086 18~872 932 11 063 -999 250 -999,250 -999,250 -999,250 999,250 5,.776 WFC.$DT GR.SD~ DTS~.ITP QFCO.STC CALI.STC MRES,CSG II.,D.DTE IFRE.DTE CIMP,DT'E GR,DIE RE$,DTE ALS.DLL MTEM.DLL D'IL,SD~ DTSM,SDT TT1,SDT LTTI,SDT GR DT HTEN,SDT DTSM,~TP QFCO,STC CALX,$TC MRES,CSG ILD.DTE IFRE.,.DTE CI~P,DTE GR,DTE MRES,DTE CALS,D~L MT~,DbL DTD,$D~ DTSM,$DT TTI.,'SD{ LTTI..$DT WFC,SDT GR,'SDT HTEN,SDT DTSM.ITP OFCO,'STC CALI..STC ~RES,CSG IDD DTE IFRE DTE ClMP DTE GR DTE MR. ES DYE CAbS DbL PAGE: 10 0,000 110,458 '249.875 o999,250 999,250 ;999.250 -999.250 -999,250 -999,250 -999.250 -999.250 -999,250 8,477 70,000 19~,00o ,800 0,001 1135,600 0,000 102,i88 12.74.000 187,566 0,000 -99 250 -99~:25.0 -99 250 -999250 -999 250 :'999 250 8,711 169 625 96 900 184 000 0,001 1117,600 0 000 112 063 0 o 7' '999 250 "-999 250 -999~250 -999.250 -999,250 -999,250 8,523 }~ Ta~e veritication Listinq chlumber,jer AlasKa Comptltinq Center SD, DI.L -40,438 GR,DbL r..R~$,DLI,. 0,085 HTE.~J. .,DI.L. DTL~:,SDT 75,900 DTGF,SD7 COHC,SDT 0,990 C(]HS,SDT 1"r~, MDT 0. 000 TT 3. BDT '7~ c.S~TY ~.~,5 a. ;~C.'~: "'. ~F ",. Sk.,, F"~. PT~ 77.535 OT. I TP ~'" S~ . P'F~.' Z ~ 3. 579 ~'fST. l'rP l'~:"".C''~'o,, .,.~ga,. 25~} HT~;~.CSG. . 0 F;' p'r. I ti700.O0r F~?. l'}"(' F' -999. 250 1 F'~F. P. TF. -999.25 I 1 .~P-. DT6] -999,25<'.' 1 I.X ['). DTE C ,"-. )., ]. [';'{' w -99g.'250 SF". r:. L [, -37. ;;.50 GR. OL.b i,.'1 L~'. 5U'[ ~ 1., 60 C, i)TLF, SDT C(?hC. SD1' 0.961 C~}~S.SDT '1"'].'2 5[)T 0.000 TtJ.SDT LTTg:SDT 790,400 LTT3.SDT WFSH.GDT 0. 000 $P.SDT TB~NS,SDT 7168 000 MTEM,SDT DT,PTE 79:298 DT ITP DTST,PTE 2~7.787, [)TST:ITP QFS}{, STC 0 000 OFST,STC TENS STC 7~68:000 GR,CSG MTEN:CSG -999' 250 HTEN,CSG OEPT, IPQF, IIRD, CAbI HTE~i gP ~RE$ COHC TT2 LTT2 WFgH, TENS, DTgT: QFSH, TENg, MTEM, 10600,000 gFbU..,DTE DTE -999,250 IDPH,DTE DTE -999,250 IMQF DTE DTE -999,250 IIXD:DTE DT~ -999,250 TENg,DTE DTE -999,250 Dbb -38,500 GR,DLL DLL 0,088 HTEN,DbL gDT 81,900 [)TLF,gDT SDT 0,971 COHS,SDT SDT 0,000 TT3,gDT SDT 822,000 LTT3,S.DT MDT 0,000 SP gDT gDT 7468,000 MTEM.:$DT PTE 8~,~.13 TDT, ITP PTE 22 ., 82 D gTC 0,000 OFST STC gTC 7468,000 CSG '999,250 HTEM,CMG 20'APR-1990 10:3.4. 82,56] TENS,Dbb 818,000 DT,SDT 75,700 DTCO.SDT 0,902 COS'I,SDT 0.001 T~a .MDT 1090.400 LTT4.SOT ! C 6.1, ~ C 103,000 77,535 ~13.579 NSFC.STC '999.~b0 T k ~'.'. S, CSG '990,250 -~99. 250 I b,". DTF, -999.250 -999. 250 C! DP -99q.250 IIR ...... -999.250 ~4 Tt:'";. OT ~J 7.30~ bLu,DLb R 11 . 000 DT, S[)T 8 O, 900 P T C (,;t. S 1") T 0.927 COST.SDT 0,001 T~4.SDT 111~,600 bTT4.SDT 16 625 MRES,SDT 7 298 DTSM,PTE 217,787 RSHC,STC 0 000 GR,STC -999:250 TENS,CSG '999,250 -999.250 -999 250 -999 ~50 '999 50 -999 250 8 644 52 ~75 929 00 81 I00 0,909 ,001 11.4 ,200 10 625 0,000 -999,.250 -999,~50 ILM,DTE 'IMPH DTE CIDP!DTE IIRM DTE MTE~ DTE LI, I):DLL TENS,DbL DT,SDT DTCO,gDT COgT,MDT TT4,SDT LTT4,SDT CAbS,MDT MRES,gDT DTSM PTE RSHC:$TC GR,STC TENS,CgG 6760.000 77,400 77,000 0,899 520,800 938.400 7,273 ¢~ . 0 a 6 3 34.2~2 ~.732 7R.31.~ -999.250 -999,250 -999,250 :999,250 999.250 -999.250. 7.717 6546.00() 82,300 79,000 0 819 536 400 952 400 .7 457 0 088 118 045 1 741 56 281 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 8 t09 6824 000 84 200 82 000 0 888 553 200 986 000 7 395 0 089 150 453 ! 817 52 125 -999 250 ILD.I)TE 'lYRE.GTE CI?.'P.DTE CAbS.DLL '~TEM.DLL DTSS.$DT TTI,$D% LTTI.,gDT WFC,gDT GR.,gDT HTEN,gDT DTSM,ITP CALI,gTC MRE$,CSG ILD. DTE IM~ DTE .DYE GR DTE MRES DT.E CALM DbL MTE~ Dhb DTb,'gO~ DTSM:gDT TT! gDT WFC,'gDT .GR,SDT MTEN,'gDT DTSM,'ITP QFCO.gTC CAbI.gTC MRES,CgG PAGE~ 69,000 177.700 131,000 0.001 935.600 0,000 7~.313 1212.000 134,282 0.000 7.273 -qgg.250 -999.250 -999,250 -99~.250 -999,250 -999.250 8.430 ~67,500 82,0O0 136,000 0,001 949,200 0.000 '56 201 1.200 000 ,138 045 0 000 ,7 457 '999 250 '999,250 '999,.250 '999,250 '999,'250 '999,250 .9,609 1.~5,250 3,800 i44,000 0,001 .981,600 .0,'000 .453 15g''000 ,000 . 7 tl I$ Tape Verification [,lstln~ chlumberger Alaska Computing Center [)EPT. 10500.000 SFt, U,DTE SP.DTE -999,250 IDPH,DTE IDQF.DTE -999,250 !MQF.DTE IX~D.D7~ -999.250 ]IXD,DTE CALI.DTE -999,250 TENS.DTE 8TEN.OTE -999.250 LbS.DLi~ SP.DLL -~8.484 GR,DI.,L M~ES,D/.L 0.090 NTEN,DI, L DTLN.SDT 85.~00 DTLF,SDT COHC.SOT 0.926 COHS.SDT TT2,SDT 0.000 TT3.SDT LTT~.SDT 874,000 LTT3.SDT WFSH,SDT 0,000 SP,SDT T~NS,SDT 7592.000 ~TEM,SDT D~.PTE 85.130 DT.ITP DTST.PTE 232.364 DTST.ITP QFSF,STC 5,000 OFST.STC TENS.STC 7592,000 GR.CSG ~TE~,CSG -999.250 HTEN,CSG DEPT, SP.DTM IDOF.DTE HTEN,DTE SP,DLL DTLN:SDT COHC,SDT TT~.SDT WFS~ SDT TENS SDT DT PTE DTST OFSH STC TENS STC ~TE~ CSG DEPT. SP,DTE IDOF,DTE IIRD,DTE CAL'.! DTE SP. DLL ~RES, DLL DTLN,SDT COHC.SDT TT~,SDT LTT~,$DT WFSH,SDT TE~S, 8DT 10400,000 -999.250 -999,250 -999.250 -999,250 -999,250 -16,328 0 091 9~:600 0,958 0,000 942,800 0,000 7388,000 104,954 -999,250 lO,O00 7388 000 -999:250 10300,000 99,250 '999 250 '999:250 '999.250 '19,734 0.092 93.500 0,791 0,000 877 200 :oo0 7352,000 SFLU,OTE IDPH.DTE IMOF,DTE IIXD,DTE TENS,DTE LLS,DLL HTEN,DLL DTLF,'SDT COH SDT LTT$ SDT SP SDT ~TEM SDT DT ITP DTS STC OFS~ ITP GRCSG HTEN CSG SFLU,DTE IDPH,DTE I~OF,DTE IIXD.DTE TENS,DTE bLS,DLL GR,DLL HTEN,DL5 DTSF,SDT COHS..SDT TT3,MDT LTT3,SDT SP,MDT MTEM,SDT 20-APR-1990 10:34 '999.250 IL~,OTE '999.~50 I~{PM.DTE '999.250 ClDP,OTE '999,250 IIR~.OTE '999.250 ~TE~.DT£ 2.300 bLD.DLL b1.781 TENS.DLL 956,000 DT,$DT 84.200 DTCO,SDT 0.709 COST,$DT 0.00! TT4,$DT 1218.000 LTT4.SDT 112.750 CALS.$DT 155 375 ~RES,SDT ~5:130 DTSM,PTE 232,3~4 RSHC.STC 0,000 GR.STC -999.250 TENS,CSG -999.~50 -999,250 -999,250 -999,250 .250 3,453 35,406 941,000 93,200 0,702 0 001 1 954 253,723 5,000 -999,250 -999.250 -999,250 -99~,250 -99 ,250 ~999,250 '999,250 ooo .300 0,250 0,001 1218,~00 108, 38 153'125 ILM,DTE I~PH,DTE ClDP,DTE IIR~,DTE MTE~,DTE LLD,DL~ TE.NS,DL~ DT,$Dr DTCO,SDT COST,SDT TT4,SDT bTT4,S~T CALS,SDT MRES,SDT DTSM,PTE HC,STC RSGR,STC TENM,CSG CIDP IiR~ LbO 'TENS DT DTCO COST TT4 LTT4 CAbS ,DTE ,OTE ,DTE DTg :OTE ObL : OLL ,SOT ,SDT ,SOT ,SDT ,SDT ,$DT ,SDT -999.250 999.250 -999 250 '999,250 2,476 6840.000 87,500 82.000 0.898 591,200 1051,600 7,301 0,092 -999,250 1,733 58,406 -999.250 -999 250 -999 250 .-999 250 -999 25O -999 250 3 641 6772 000 97 70O 103 000 0 838 640 800 1140 800 7 379 0 093 -999 250 -999 250 39 625 -999 250 -999..250 -999 250 -999 250 -999 250 -999 250 3 206 6732 000 97 900 89 000 0,250 608,400 1048,800 7,586 0,094 ILD.DTE IFRE.DTE CI~P.DTE GR.DTE ~RES,DTE CALS.DLL MTEM,DLL DTL.SD~ DTSM,SDT TTI,SDT LTTX,SDT WFC,SDT GR,SDT HTEN,SDT DTSM.ITP OFCO.$TC CALI,$TC ~RES,CSG lbD.DTE IFRE,DTE CIMP,DTE GR,DTE MRES,DTE CAb~,Obb ~TE ,Dbl., DTL,SDT DTSM,'$DT TTI.,'SDT LTTi,'SDT WFC,SOT GR,$DT HTEN.'SDT DTSM,I. TP OFCO.STC CALI,STC MRES,CSG ILD DTE IFRE DTE CIMP DTE GR DTE PRES DTE CAL$,DLL MTEM,Dbb DTL.$DT DTSM SDT TTi SDT 5TT1, SDT WFC SDT GR,$DT HTEN,SDT PAGEI '999,250 '999,250 '999,250 '999,250 '999,250 11,602 162,500 87.200 156.000 0,001 1049,200 0,000 58.406 1402,000 147,539 0,000 7.301 -999,250 -999.250 '999,250 '999,250 - ,250 9,242 159,625 97,000 173,000 0 001 1~23 200 0 000 .39 625 1355 000 '-999 250 '0 000 7 379 -999 250 '-999, :999, 999, -999 "999 .172. .0 104~, 0 '54 250 25O 25O 25O 25O 43O 75O 0 000 O65 000 12 Verification bistinq cblum~erqer Alaska Computing Center Dg,PIE 85,939 DT,ITP DTST,PTE 233.638 DTST,ITP OFS~.STC 0.000 OFST,STC TEMS.STC 7352.000 GR.CSG ~TK~,CSG -999,250 HTEN,CSG DEPT, 10200,000 SFLU,OTE SP. DTE -999,250 !DPH. DTE I DL~ F', DT~; -999.250 I~QF,DTE ITRD.DTF. -999.250 TI~D.i')TE C~I.,~,DTE 909,250 TENS,DTE ~TE~, DTE ~9~, ~50 5I,S. DLL SP.DI,,L -28,875 GR.DLb M~E~, DL[. O. 09 ] ~TF{~. DLL DTt.;~. SOT 7~,. 5,30 F, TI,F. StJT C~uC,SDT ,).930 CC, hS,SDT ~. ~'".[' ?. S ~)T 7 ~ :3.40 5 bT'P 3. SD~' ~,'; ~:" c~" I-,. S ;'~ T {). tt 00 S '['K ',:S. SC'T 6592. B 0:3 ? T ~:::". SD'i' L:, ~..P 7 g 7 ~;:. 5 J ] B T. 17' P T":? S q' .PT~: 215.569 f:TST. ITP (: FSF~. S'TC c,.,.~O0 QFST,STC ']'F t',:, S. STC 0592. t~OO GR. ~<:9' E~. CSG -999.250 OFP9'. SP.!')TE -999.250 IDQF'.[}TE -999,250 IIR~oI)TE -999,250 (:~LI,DTE -999.25'0 SP,DLL '17,234 ~ ~8 DLL, 0 096 DTLNiSDT 106,600 COHC'SDT 0,890 TT2,gDT 0.000 LTT2,gDT 1067,600 WFSH BDT 10,000 TENS:gDT 6760,000 DT PTE 102,505 DTgTiPTE -999,250 ~FS~ gTC TEN8 gTC 6760,000 ~TE~.CSG -999,250 SFI.,[~. OTE I [) P ;'t. l) 'r E I :~OF. PTE I I X r.'). D T E T E~.!$. OTE LLS DLL GRiDLL H'TE~ DLL DTLF SOT COHS gDT TT] SOT LTT] SOT SP SDT ~TEM SOT DT ITP DTST ITP OFST STC GR:CSG HTEN,CgG DEPT, 1~000,000 SP,DTE 999,250 IDOF,DTE '999,250 II'RD,DTE 999 250 CALI,DTE ~' 999,250 HTEN,DTE -999,250 SP,DLL -18,375 ~RES,DL[, 0,097 DTLN,SDT 119,000 gFLU IDPH I~OF II'XO TENS GR HTEN DTLF ,DTE ,DTE DTE :DTE .DTE ,DLh ,SOT 20-APR-1990 10134 85.939 [)T$~,,PTE 168,639 233,638 RSRC,STC 1,962 0.000 GR,STC 54.063 -999.250 T~N$,CSG -999,250 -999,250 -999,250 IL'4.DTE -999.250 I'~PH.DTE -999.250 CIDP,DTE -999.250 IIR~4,DTE -999.250 ~TE'~.DTE 6,709 LLD,DLI, ~2. 344 TE~'$, DLL 855. 000 ~'r, SBT 7~.500 D'I'CO. SOT 0.790 CCST.$BT 0.0 b I. ~"r ~., $ f) T ,i095,2o0 L?T4.SDT 1ol .5o3 Ch[,8.SDT 151.500 ~KS,SDT 78.413 9TS::,PT~ ~15.569 ~SbC,S'PC 0.000 ~.STC -999.250 T~rJS,CSG -99O.250 -999,250 -999,250 -999,250 -999,250 -999.250 1,338 82 375 799i000 O,o 0 001 1518 800 10 5O5 25~ 414 5,000 '999, 0 '999.~0 '9,99,250 "999,150 -999. 50 -999,250 "999,~0 2.2 6 872, 0 118,900 I ~:PH. OTE C I DP. O?g II~,OTE ~TE~,DTE LbD,Ob~ TENS,ObL DT,$DT DTCO,MDT COST,SOT TT4,SDT LTT4,SDT CAL$,$DT NRES,$DT DTS~,PTE RSHC.STC GR,SXC TEN$.CSG ILM,DTE 'IMPH,OTE CIDP,DTE IIRM,DTE ~TEM,DTE bLD.DLL TENS,DLL DT,$DT DTCO,SDT -999.250 -999.250 -999.250 -999.250 -999,250 6,57! 6384.000 79.300 7~.000 0.909 532.800 944.0OO 7,332 0,094 ~47.218 ~.877 67.625 -999,250 -999.250 -999,250 -999.250 -999.250 -999 250 1 447 ,oo°°° 107 000 0 882 12 600 8 828 0 097 -999.250 -999.250 90,688 -999,250 -999,250 :999.250 999.~50 -999,250 '-999.250 2,261 6192,000 20,800 115.000 DTS~,ITP OFCO.gTC CALl,gTC MRES,CSG IGD.DTE IFRE,DTE ClMP,DTE GR.DTE MRE$,DTE CALS,DLL ~TE~,DI..L OTb.gOT DTS~.gD~ T1'J.,$DT [.T'rl.SDT ?f~ C.SOT (;R .SOT ~t"FgN,SD7 DTS~:. 1TP OFCO . STC CALl STC I[..,D,DTE I~i~E.DTE CI?P.DTE' (:;R,DTE ~RE$,DTE CAL$,DbL MTE~.,DL~ OTb,gDT DTS~,SDT TT~,,gDT WFC,$DT HT~N,'$DT DTSM,ITP QFCO,$TC ILD,DTE IFRE,DTE CI~P,DTE GR,DTE MREg,DTE CAbS,DLL MTE~.DSL DTL,SDT DTSM,SDT PAGE~ 168,639 0,000 7.586 -999,250 -999 250 '999 250 '999 250 '99g 250 'ggg 250 9 516 156 500 79 I00 142.000 0.001 940,000 0o000 67,625 1216,000 147.218 0.000 7.3~2 -999.250 -999,250 -999,250 -999,250 '999,250 '999,250 14,523 5~,375 000 0Ol 1292,400 0,000 90,688 .~9.1.000 99,250 .0,000 8'$~O -999,'2 -999 250 '999 ~,50 '12 48 .150 750 '1.19 000 105. 000 13 .IS Ta~e Verification Listing ~chlumberger Alaska Computin~ Center COHC,SDT 0,951 COH$,SDI IT~.SDT 0.001 TT$.$DT LTT~,SDT 1090,800 LTT$.SDT wFSP.SDT 10.000 SP.SDT TENS.SDT 7048.000 ~TEM,SDT DT.PTE 114.776 DT.ITP DTST.PT~ -999.250 DTST.ITP OFSU.STC 10.000 OFST.$TC TENS,STC 7048,000 GR,CSG MT~]~,CSG -999,250 HTE~,CSG DFPT, 9900.000 SFLU.DTE SP,DTE -99Q,250 IDPM,DTE 1DQF,DTE -999,250 I~QF,DTE IIRD,DTE -999,250 IIXD,DTE CALI,DTE -999,250 TENS.DTE HTE~!,DTE -999,250 bL$,DLL SP,DLL -23,344 GR,DLL M~ES,DL5 0.09~ HTEN,DL5 DTI.,N,$DT 106,100 DTLF,$DT COHC,SDT 0,871 COHS,SDT TT~,SDT 0,000 TT$,SDT LTT~,SDT 1030.000 LTT$,SDT WFSH,SDT 1,0,000 8P,MDT TEN$,SDT 6748.000 ~TEM,SDT DT.PTE 103.949 DT.XTP OTST,PTE -999,250 DTST,ITP OFSH STC 10,000 QFMT,$TC TF'N'$[$TC 6748,000 GR,CSG ~TE~ CSG -999,250 HTEN,CSG DEPT, 9~00,000 SFLU DTE SP DTE -999,250 IDPH:DTE IOOF:[)TE -999,250 I~QF, DTE IXRD DTE -999 250 IIXD,DTE C~LI:DTE,., ~. -999i250 TEN$,DTE HTE~ DTE -999 250 $P DBX,, -22.406 M~ES:DLL 0,099 HTEN,DL5 DTLN,SDT 98,700 DTLF,SDT COHC SDT 0,97~. COH$,,$DT TT2:$DT 0,000 TT$,SDT LTT2,$DT 964,000 bTT$,SDT WFS~,SDT ~0,000 SP,SDT TEN$,$DT 6648 000 MTEM,SDT DT,PTE 102:911 DT,ITP DTST,PTE -999,250 DTST,ITP QFSH STC 10,000 OF~T,STC TE'N$iSTC ~648,000 ' GR,CSG ~TE~ CSG 999,~50 HTEN,CSG DFPT, 9700.000 SFLU,DTE SP,DTE -999,250 IDPH DTE IDQF,DTE 999,250 XMQF:DTE IXRD,DTE '-999,250 IlXD,DTE 20-APR-1990 10:34 0,822 COST,S~T 0.001 TT4,SOT 1532.400 LTT4,SDT 106,000 CALS.SDT 146.500 ~RE$,SDT 114.776 DTS~,PTE 24~.854 ~$HC.$TC 5.000 GR.STC -999,250 TE~S.CSG -999.250 -999,250 -999,250 -999,250 -999,250 -999,250 1,412 164.125 880.500 106,000 0,925 0,001 1420 8OO :104 438 -999 250 10 000 -999 250-999 250 -999,250 -999 250 -999:250 '- 9, 50 : oo [25 ,300 0,318 0 001 135 ~ O0 O0 1 o '999, -999 50 -999 2 0 -999 250 TL!~,OTE IMPH,DTE CIDP,DTE IIR~,DTE ~TE~.DTE LLD,DLL TEN$,DLf, DT,$DT DTCO,SDT COST.SDT TT4,SDT LTT4,SDT CALS,SDT MRES,SDT DTSM,PTE RSHC,$TC GR,STC TEN$,CSG ILM,DTE IPPH,DTE CIDP,DTE MTEN,DTE LLD,D~5 TENS,D5~ ~T,SDT DTCO,$DT C~T,SDT 4,$DT LTT4,SDT CALS,$DT NRE$,SDT DT$~.,PTE RSHC,STC GR,$TC TENS,CSG IL~,DTE IMPM,'DTE CIDP,DTE 'IIR~,DTE 0.652 768.400 1312 400 7' .8i3 0,098 -999,250 -999,250 145.875 -999.~50 -999,250 -999,250 -999,250 -999.250 -999,250 1.312 6504,000 11~.600 106 000 0 25O 694 400 1228 000 7 711 0 098 -999 250 -999 250 171 125 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 367 624[ 000 104 70O I02 000 0 25O 649 200 1162~00 7 18 0 099 -999 250 -999 250 138 500 -999 250 -999,250 -999,250 -999,250 -999,250 TTI,$DT LTTI,SDI WFC.$DT GR.SDT HTEN.SDT DTSM.ITP QFCO,$TC C~LI,$TC ~RES.CSG ILD.DTE IFRE,DTE CX~P,DTE GR,DTE ~RES,DTE ~TE~,DLL DTI,..$D~ DTS~,SDT TTI,SDT bTTI,'$DT WFC,SDT GR.$DT HTEN,$DT DTSM,XTP OFCO,STC CAbI,STC ~RE$,CSG X[..D,DTE {FRE.DTE MP,DTE CXGR.DTE MRES,DTE CAL$,DI~L DTL,'$DT DTS~,'SDT TTX','SDT L'TTI,SDT WFC,'~DT GR,,$DT TEN,$DT ~TSM,'ITP OFCO,'STC CALI.,'ST¢ ILD,DTE IFRE,DTE CIMP.DTE GR,DTE PAGE~ 14 0,001 1309,200 0.000 145.875 1373.000 '999.250 0.000 7.813 '999.250 -999,250 -999.250 -999,250 .-999.250 -999,250 10,430 148.875 110.400 111,000 0,00 1214.40~ 0,'000 1.7~,125 ,'000 ,.000 ' ,711 -999,.250 -999~.250 '999:. '999."250 -9~9,250 0,4~9 ~47,.5 0 oo 000l 0 000 .138 500 0 000 7 418 -999 250 -999.250 '999i250 '999'250 '999,,250 I$ Tar..e Yerification tistinq chlumberner ~]aska Comvutinq Center ChL]' DTE -999.250 TENS.DTE HTE~::IDTE -999,250 bLS.DLb SP.DLI, -22.93~ GR.DL4 ~PE$,DLL O.Og9 }{TEN.DLL DTL~'.SDT ~00.900 OTLF.SDT COHC.SDT (;.953 COHS.SDT TT?.SDT 0,000 TT3.$DT [.TT?,SDT 991.~00 LTT3,$DT wFSF~,S~T 10o000 SP,SDT TENS,SDT 6752,000 ~TE~,SDT DT.PTE 107,77! DT,ITP DT$~oPTE -999,250 DTST,ITP OF$~.STC 10,000 ~FST,STC TENS.STC 6752,000 GR,CSG MTEF.CSG -999.250 NTEN°CSG DFPT. 9600,00~ SFLU,DTE 8P, DTE -999. 250 IDPH.DTE IDQF, DTF'.. -999.250 I~OF,DTE IIRP..DTE -ggg.250 IIXD.DTE C ~ l'., I ,gTE -999,250 TENS. I'.)TE },q"Eb. DTE -99g. 250 LbS. DI,,L SP, DLL -26,500 GR. ,",'~ P r< ~. DLD 0,099 ~l'rE N DT[,,u. SPT ~ 7, ~)00 C~MC.SDT 0.943 CO}'{S. SDT T7"2. Si>T O. 000 TT]. SOT I.,TT2. SI)T ~0,800 LTT3,SDT TE'~, S[;.T 6700.000 ~.~"l~ E ~. S D T DT p'IE 8f~,On7 DT,IT l,~ ] ,~7 ~ pmf'] g99,25r~ L),~$ . , * . '%~ 0 f'S ~'~ STC 10,000 OFST, OTC TF.~S: STC 6700. o00 GR, CSG ~TE~.~. CSG -999,250 FtTEN,CSG DFPT,).. ~ 9500.000 SFLU SP,[..~rE -47,063 IOPJ'J:f)TE IDQF,DTE 3,000 IMQF,DTE IIRD,DTE 398.250 IIXD,DTE CALI,DTE 2,896 TENS,DTE HTEN.DT~ 176,750 SP Dhb -26,359 GR,DLL ~RE$:DbL 0,100 HTEN,DLL DTbN,$DT 95,400 DTLF,SDT COHC.SDT 0,927 COH$.SDT TT~ SDT 0 000 TT3,$DT LTT.:$DT 949:200 LTT],SDT ~FSH SDT 3,000 8P.SDT TEN$:SDT 6652.000 MTEM.SDT DT,.PTE 97,199 DT,ITP DTST,PTE -999,250 PTBT,ITP QFS}~,'$T~ 10,000 QFST,STC TENS,STC 6652,000 GR,CSG ~TEM,CSG -999,250 HTEN.CMG 20-APR-~990 -999.250 MTE~,DTE ~.911 LLD,DLL 131.500 TENS.OLL 858.000 DT,SDT 99,600 DTCO,SDT 0,9]! COST,$DT 0.001 TT4,SDT 1383.600 LTT4,$D~ 98.625 CALS,SDT 143,625 ~RES,SDT 107,771 DTS~,PTE -999,250 ~$HC,STC 10.000 (;R.STC '999.250 TENS.CSG -q99.250 '999 250 IbM,gTE -999:250 I~'PH,DTE -999.250 CIDP.DTE -999.9.50 -999. 250 3.239 88.000 918.000 [)T SOT 86.500 0.360 C 0 S T. S !) T t 236. 800 LTT~,SOT 95.938 CAI, S.SOT ~43.250 ~RES.SOT 88.067 DTS.~, pTE '999.250 RSHC,STC '999.250 TENS.CSG '999,2b0 m 4412 2. 99. 863, 96. O, 95 142 97 '999 lO :999, 999, 303 ILZ,OTE 045 IMPH,DTE 000 CIDP,DTE 750 IIRM,DT£ 000 MTEM..,DTE 845 hLD,DLb 06.3 TEN$,DLL 000 DT,SDT 500 DTCO,$DT 264 COST,$DT O0 LTT4 PT 688 CAL. S DT 500 MRES,$DT 9 DT$~,PTE I~0 RSHC.$TC 000 GR,STC 250 TENS,CSG 250 ' -999 1 6300 102 100 0 671, 11.98. 7. 0 -999-999 ~4! -999 250 908 000 900 000 510 600 800 520 099 250 250 500 250 -999 250 :999,250 999.250 -999,250 3,331 6288.000 90. 000 91.000 0.250 598.800 1063.200 7.520 0.099 -999 250 . '999,250 93,750 '999.250 2 488 419 141.. 3 5880 98 98 0 640 11.48 0 -999 -999 94 -999 205 205 750 250 375 078 000 300 000 250 000 400 551 100 250 250 938 250 FRES,DTE CALS,DLL ~TE~,DhL DTL,SD3 DTSM,SDT TTI.SDT I,TTI,SDT WFC.$DT GR.SDT HTEN,$D? DTS~,ITP OFCO,STC CALI,STC NRE$,CSG IbD.DTE IFRE.DTE CI.~P,D~E GR.D.rE ~RE$.DTE CAL$.DLL ~ITEM,DI.,L D T L. $ D ~ D TS ~, S I) ~ TTI.SDT LTT1.SDT %~FC.SDT GR.SOT HTEN .SOT I)TS~. ITP OFCO. STC CADI.STC ~RES.CSG ibD.DTE I.F~E,DTE CI~P,DTE GR.DTE MRES,DTE CAL$,DLL ~TEM.DLI,, DTL,SDT DTS~,,SDT TTI,'SD~ LTTI,$DT GR DT HT~N,$DT DT$~,ITP OFCO.STC CAbI,'STC ~RES,CSG PAGE{ -999.250 10,789 146,625 101,400 104,000 0,001 1194,000 0,000 141.500 1289,000 '999,250 0,000 7,520 -999,250 -999.250 -999,250 -999,250 -999.250 -999,250 11,266 145.375 89.400 173.000 0,001 1051,~00 0,000 93.750 1,306.000 '999,250 0,000 7.520 '999,250 2,012 20,000 453,250 62,781 1,201 11,625 1'44,250 98,200 167',000 0 001 1138 400 0 000 94 9)8 12t0 000 -999 250 0,000 7. ~51 -999 50 15 IS Tape verification Listj. nq eblum.erqerb A].asR. a Computlno Center D~PT, 9400.000 SFLLI.DTE SP.DTK -49,]13 IDPi{.DTE IDOF.DTE O.O00 I:40F.DTE II~D.DTE 351.500 IIXO.DTE CALI.DTE 2.896 TENS.DTE HTEN.DTE 1465.000 LLS.DLL SP,DLL -45,344 GR.DLb MRES.DLL 0.099 HTEN.OL[, DTL~.SDT 54.500 DTI..F.SDT COHC,S~T 0.974 C~H$.SDT TT2.S,.T 0.000 TT3.$DT LTT~.$DT 595.600 LTT3,$DT WFS~,$OT 3.000 SP,MDT TF~$,MDT 6600.000 ~TEM,SDT DT,PTE 96.91.2 DT,ITP DTST.PT~ -999.250 DTST.ITP OFSH.STC 5.000 QFST.MTC TEN$.STC 6600,000 GR.CSG ~TE~'~. .CSG -999,250 MTEN.CSG. DEPT. 9]00.000 SFLU,DTE SP.DTE -19.250 IDPH.DTE IDOF,DTE 0,000 IMOF.DTE ],)~D DT[ 349 000 IIXO ~TE CAbI:DTE 13:422 TEN$:DTE HTEN.DTM 1377,000 LLS,DLb SP DLL -999.250 GR,i)Lb MRESiDLb -999,250 HTEN,DLL DTL~ MDT 9~,800 DTLF.SDT COHC,SDT 0,949 COMM..SOT TT~,SDT 0,000 TT3 MDT LTT~,SDT 92~ 000 LTT3:$DT WFSH,SOT 3:000 $P.MDT TENS.MDT 7644,000 MTEM.SDT DT. PTE 92 , 2 J. 7 D:I~, ITl) DTMT,PTE -999,250 DTST,.ITP OFSH.STC 5,000 QFST,STC TENS STC 7644,000 'GR,CMG MTE~:CSG -999.250 HTEN,CSG DFPT. 9200,000 SFLU.,DTE 8P,DTE '29,281 IDPH,DTE 0,000 IMOF,DTE IOOF DTE IIRD~DTE 312.500 IIXD DTE CAb!, DTE 13,742 TENS:DTE HT~,DT~ 1274,000 bLS DI,,b ,DbL '999,250 GR:DbL MRES.DLL -999,250 MTEN.DbL OTb'M., GDT 97,300 DTLf',SDT WFSH~:S[')T 10.000 SP,$DT TENS.SOT 7120.000 STEM,SOT 20-APR-tq90 10:34 2.521 IL~.DTE 2.348 I~PH.OTE 0.000 CIDP.DTE 54.313 IIR~.DTE ~120.000 MTEM.DTE 0.942 LLD.DLL 47.031 TENS.DLb 854.000 DT,$DT ~92,100 DTCO,$DT 0.2~1 COST,MOT 0.0 1 TT4,SDT 837,600 LTT4,$DT 82.125 CAbS,MDT 141.500 PRES.SOT 96.912 DTSM.PTE -999.250 RSHCmSTC 10,000 GR,STC '999 250 TENS,CSG 2.592 2 375 0 000 59 094 7644 000 -999 250 -999 250 90O 0,726 0,001 25O 142~625 92, !! ° -99 250 -99 50 -999,]50 2.988 2.6~6 0 0 0 51 125 7120 000 ..999 250 -999 2'50 -999 0,726 0,001 29. $1 143,250 XLM,DTE IMPH,DTE CIDP,DT£ XIRM,DTE MTEM,DTE bLD,Dbb TENS,Ob~ DT,SDT DTCO,$DT OST,SDT CTT4,SDT LTT4,$DT CAbS,MDT MRE$,$DT DTSM,PTE RSHC,STC GR,STC TENS,CSG IMPH, CIDP, IIRM, MTEM, bLD, TENS DTCO, COST TT4: I.~TT4, ALS, DTE DTE DTE DTE DTE Dbb SOT SOT MDT MDT SOT MDT SOT . 425, 391, 141, 1, 5940, 55, 96, 0 399 7O2 7 0 -999 45 -999 . 2 421 96 -999 -999 93 9] 0 631 1104 13 -999 1, 8]., -999, 2 2 372 346 143 -999. -999 96 95 0 648 1136 13 363 348 750 750 375 110 000 6O0 00O 948 2OO 800 363 lO0 250 843 8~3 25O 336 330 000 50O 625 25O 25O 5OO 000 901 60O 4O0 422 ~86 25O 95.1 688 25O 680 676 1250 750 250 250 25O 2OO 000 877 4OO 4OO 742 ~97 ILD.DTE IFRE.DTE CI~P.DTE GR.DTE MREM.DTE CALS.DLL ~TE~,DLL OTb,SOT DTSm.MDT TTI.MDT bTTI,$OT WFC,SDT GR,5DT HTE~,MDT DTSM,IT~ OFCO,STC CAbI,$TC MRES,CSG ILD.DTE IFRE.DTE CIMP,DTE GR,DTE ~RE$.DTE CALS,DbL ~TEM,DI, L DTb,$D~ DT$~,SDT TTI..SDT LTTI,$DT ,MDT HTEN,SDT DTSM,ITP QFCO,STC CAbI,$TC ~RES,CSG IbD,DTE IF~E.DTE CIMP DTE GR:D~E CAbS DbL MTE~ PbL DTb SD~ DT~M ~DT TTI,$DT bTTI',SDT WFC.SDT GR.SDT HTEN,$'DI 2.314 20 000 425:500 62,781 1.201 8.555 143,750 55,600 141,000 0,000 727,600 0,000 45,813 1326 000 178 567 0 000 7 363 -999 250 2,320 2O 000 429 000 81 688 99~ 186 .-250 :-999 250 93 100 177. 000 0 0 000 81 688 79 3 0 ,000 13 42.2 ~"999 250 ,2 631 20 000 84, 8 1,1.7 ',-99 250 :'-99~ 250 96,100 177 000 1'140, 0,000 84,'1.88 1274,000 IS 'rape verification Li..stin~ ChlUm. bert~er Alaska ComDutinq Center DT.PTE 98.973 DT.ITP OTST.PTE -999.250 OTST.ITP OFSU.STC 10.006 QFST.STC TENS.STC 7120.000 GR,CSG MTE~.CS~ -999.250 HTEN.CSG DEPT. 9100.000 SFLU,OTE SP.STE -30,53! IDPH.DTE IDOF.DTE 0.000 IMOF.DTE ITRD.OTE 255,000 IIXD.DTE CaL].DTE 14,234 TENS.DTK ~TEN,OTE 1291,000 LL$.DI.L SP,DDL -999.250 GR.DLD MRES.DLL -999.250 HTEN.DLL DTLN,SDT 97,700 DTLF.SDT COHC,SOT 0.947 CDHS.$DT TT2.SDT 0.000 TT].$DT LTT2.SDT 967.600 LTT~.SDT WVS~.SDT 10.000 SP.SDT TENS.SDT 7224.000 ~TE~.SDT DT.PTE 98,332 DT.ITP DTST.PTE -999,250 DTST,ITP QFS~.STC ~0.000 QFST.STC TENS SYC 7224,000 GR,CSG ~TE~" .CS(; -999,250 HT~.CSG DEPT. 9000 000 SFLU,DTE SP, DT~.: -37: ! 88 IDOF. DTE O. 000 I~OF. DTE IIRD,DTE 312.250 IIXD.DTE CALI ,'DTE 14,375 ~ ~'~'~ ~ DTE ~TE~.DTE 1285. 000 LLS. DLL - GR D[,L 8P. Di.L 999,250 DTLF.SDT 93,400 DTbF,SDT CO}iC. SD ~ f:), 949 T T ?. $ [) T 0.000 T T 3, S D T L "'~ T Y. S D T 9 ~ () .000 ,I, T T 3 . ~,, wFS~.~.SDT 3,0()0 SP SOT TENS.SOT 7148.O00 ~<~T E'~ ~ SDT [)T. ~TK 93. 443 UT. I]"P DTST PTE~ -999 250 [')TST ITP QFSB,S'.C ,000 OFST gTC TENS, STC 71 ,000 GR CSG HTE~', CSG -999,250 HTEN CSO 20-APR-J990 10:34 98.973 DTS~.PTE '999.250 RSHC,STC '999.~50 GR,STC '999.250 TENS.CSG '999.250 3,455 ILg,DTE 3,369 I~PM,DTE 0.000 ClDP,DTE 38,719 IIRM,DTE 7224.000 ~TE~,DTE '999.250 LLD,DGL '999.250 ~ENS,DL5 '999.250 DT,SDT 97.900 DTCU,SDT 0.922 COST,SDT 0,001 TT4,SDT 1361,600 I~TT4.SDT '3('.~1 CALS.SDT 143. 5 ~E$,SDT 98. 2 DTS~,PTE '999,~0 ~S"C,STC '999, STC .999.~0 GR 0 TENS:CSG '999,250 2.770 II...M. DTE 2.693 0.000 C!DP DTE 55.781 7148 000 ~.,~'1'.' E r.l, D T E -999:250 LbD.DLL -999 250 -9991250 DT.SDT 93.900 DTCO,SDT 0.259 COST,SDT 0.00i TT4.SDT 1316.400 bTT4,SDT -37 ~88 CALS,SDT ~43:375 ~ES,SDT 93.443 DTS~4. PTE -999.250 RSHC,STC -999. 250 GR, STC -999,250 TENo,CSG '-999.250 2 262 000 60 594 7o 8 99o -999 z~O -999 250 -999 250 I00,900 IDM,DTE IMPH,OTE CIDP DTE IIR~:DTE NTE~,DTE 5bD,Obb TEN$,DbL DT.,SDT DTCO,SDT 999,250 84.188 -999,250 3.268 29 500 285,500 143,375 '999.250 '999,250 97.800 9~,000 0,891 663,200 1163.200 14.234 1.194 -999, . 95,500 999,~50 2 695 , 2,709 371 000 344:750 143 375 -999~250 -999,250 93,800 93.000 0 922 640:400 1121.600 14,375 1,211 -999 25O -999:250 78,500 -999,~50 2 393 2 396 421 000 387 250 .143 000 -999 250 -999 250 94 000 102,000 DTS~.ITP OFCO.STC CALI.STC PRES.CSG II.,D,DTE IFRE,DTE CIMP.DTE GR,DTE gRES.DTE CAL$.DLL NTE~,DbL DTL,SDT DTSM.$DT TTI,$DT GTT1,SDT WFC,SDT GR,$DT flTEN,$DT DTS~,ITF OFCO,$TC CALI,STC ~RES,CSG IbD,DTE IF~E.DTE CIMP.DTE GR.DTE ~RES.DTE CALS,DhL ~TE'~. DLL DT[.. SD~ OTS~. BDT TII.$DT bTTI.SDT ~FC.SDT GR,$DT HTE~,SDT OFCO,$TC CALI,STC MRES.CSG ILD,DTE IFRE,DTE CIMP,DTE GR.DTE MR. KS,DTE CA. LS.DbL MTEM,DbL DTL.SDT DTS~,S~T PAGE '999,250 0,000 13,742 -999,250 3,320 20,000 302,000 95,500 1.194 '999.250 '999,250 98,100 98.000 0.001 1166 800 0 000 95 500 129! 000 -999 250 0 000 "999 0 2 682 201000 368 750 78 500 1.211 -999,250 -999,250 93.400 126.000 0.001 .1127,600 0,000 78,500 1285.000 -999,250 0,000 14,375 '999,250 417;250 '90,'311 999~250 97,200 .180,000 17 IS ~ar,,e Vett~ication bistinq chlumber~er AlaBk'a Computinq (.'enter CuHC. SDT O, 91. 1 COHS.,SOT 7'T2, SDT O. 000 ~).]. SOT LTT2,$DT 907,200 LTT3,$DT WFSU,SOT I O. 000 SP,SDT TE~,S. SDT 70~8,000 r~TE,~, SDT DT, PTE 100,685 DT, ITP DTST.PTE -999,250 DTST,ITP OFSH.STC 10,000 ~FST.STC TENS,STC 70P8. 000 GR,CSG MTE~.CSG -999,250 HT~.CSG O~PT. 8800.000 SFLU.DTE SP.DTF -43,125 IDPH,DTE I~QF.DTE 0,000 I~QF.DTE IIRD,DTE 357,000 IIXD,DTE CALI,DTE 1.4,375 TENS,DTE NTEN,DTE 1224.000 bLS,DLL SP.DLL '999,250 GR,DLL !~ES,DLL -999,250 HTEN,DLL DTLN.$D~. 95,600 DTLF.$DT COHC.$DT 0,950 COH$,SDT TT2,SDT 0,000 TT3,SDT LTT~,$DT 958 400 bTT3,SDT WFSH,SDT 3:000 SP,SDT TENS SDT 6904.000 ~TgM SDT DT~PT£ 94,920 DT~ITP DTST,PTE -999,250 DTMT,ITP OFSH,STC 10,000 OFST,STC TENS STC 6904 000 GR,CSG MTEM:CSG -999:250 HTEN.CSG DEPT, SP DTE IIRD DTE CAb! DTE MTEN,DTE SP,DDL M~ES DLL DTLN:SDT C~HC,SDT T~,SDT [JTT~ SDT ~FSB:SDT TENS,SDT DT PTE DTST PTE OFSH STC TENS STC MTE~ CSG 8700,000 SFb[J, -43,344 IDPH 0.000 I'MOF! ]75 500 IIXD 16:281 TENS 1266,000 bLS -999,250 GR -999 25o .Ten' 97:600 DTLF 0 944 COH$ 0!000 982 400 5TT3. ],000 6848,000 ~TEM: 96,669 DT -999.,250 DTST 10,000 OFST 48 000 DTE DTE DTE DTE Dbh Dbh DLL SDT SDT SDT SDT SDT SDT ITP ITP $TC DEPT ' 8600,000 8FLU, SP:OTE -29,359 II)PH, IDOF',DTE 0,000 IMQF, 'IIRO,DTE 343,000 IIXD, DTE DTE DTE DTE 20-APR-1990 10:34: 0.334 CUST,SDT 0.001 TT4,SDT 1290.800 !,TT4.$DT -35,9~9 CAI.,$.SDT 143,000 ~RES,SDT 100.685 D]'S~,PTE -999.250 RSHC STC '999,250 GR:$TC '999,250 T~N$,CSG '999,250 ~,090 i[,M,OTE 2,305 IMPB,DTE 0,000 CIDP,DTE 64,563 IIR~,DTE 6904,000 MTE~.DTE '999.250 bbD,D~b -999,250 TENS,DLb '999,250 DT,SDT 95,700 DTCO SDT 0.308 COST:$DT 0,001 TT4,$DT 1~42.$00 [.,TT4,$DT 43,125 CALS,SDT 142 250 MRES.$DT 94:920 DTSM,PTE 2999'250 ~SHC,$TC 999,250 GR,STC 2., 8 0 000 69 680 68~8 000 -999 0 -999 250 98 1oo 0 915 0 ool 137~ 400 -43 344 141 625 96 669 -999 250 -999 250 '999,.250 '999,250 2 207 2i416 0 000 59.625 ILM.DTE 'I~P~,DTE CIDP,DTE IIR~,DTE MTEM,DTE I.~LD,DLL TENS,Dt, L DT,$DT DTCO,SDT COST,SDT TT4,SDT LTT4,SDT CALS,SDT MRES,SDT DTSM,PTE RSHC,STC GR,STC TEN$,CSG II.,M,DTE IMPH.,DTE CIDP,DTE IIR~,DTE 0.912 643.600 1099,600 14.625 1,213 -999,250 -999,250 90,313 -999,250 2,275 2.270 433,750 406 500 142' .~99 '250 ,250 - 99,250 95,500 95,000 0,940 666,400 1147,600 14,375 1,218 -999,250 -999,250 92,438 -999,250 2,148 2,146 458,750 430,000 .141,625 .999,250 .999,250 98,600 99,000 0 962 681 20O 1178 4OO 16 281 1 22O -999 250 ,-999 250 90 938 -999 250 2,334 2,344 413,750 396,500 TTI,SDT LTTI,SD? WFC.SDT GR.SDT HTEN,$DT DTS~,XTP QFCO,STC CALI.STC ILD.DTE IFRE,DTE CIMP,DTE GR.DTE MRE$,DTE CAL$,DLL MTEM.DLL DTL,SD~ DTSM,SDT TTI.,SD~ LTTX.SDT WFC.$DT GR.SD~ HTEN,SDT DTS~,ITP OFCO,STC CALI.STC MRES,CSG ILD.DTE IFRE DTE CIMP:DTE GR,DTE MRES DTE CALS:DLL MTEM,DLL DTL,SD~ DTMM,$DT TTI,SDT LTTI,'SDT WFC,$DT GR,SDT HTEN SDT DTSM ,ITP QFCO STC CAL, I'STC MRE$ CSG ILD.,DTE IFRE,DTE CIMP,DT~ GR,DTE PAGE: 18 0.001 1100,$00 0.000 90,313 ~267,000 999,250 0,000 14,625 '999.250 2 268 2O 000 440 250 92 438 1 218 -999,250 -999.2.50 96,400 121,000 0 001 1152 800 0 000 92 438 1224 000 -999 250 0 000 14:375 '-999,250 2~,'148 000 465 250 90 938 ~,220 -999 250. -999.250 98 300 99 000 .0, ~266,000 .000 16,281 -999,250 0oo ,426,250 97;375 IS Tape Verification [,istimq chlumberoer AlasKa Computing (:enter CAL~.DTF SP,DLL -g9g,~50 ~RE$,DLL -999,250 DTLN,SDT 95.200 COHC.$~T TT~.SDT 0,000 [.,TT~,SDT 978.400 WFSH SOT 10.000 TFNS~SQT 6880,000 DT.PTE 95.880 DTST,PTE -99g,250 OFSP STC 10,000 STC 6880 000 MTE~,CSG -999,250 DEPT'. 8500,000 SP.DTE -12,289 IDOF.DTE 0,000 IIRD.DTE 328,250 CALI.DTE 16.781 HTEN.DTE 1321.000 SP.DLL -999,250 MRES.DLL -999 250 DTL~i.SDT 94:900 COHC SOT 0,923 TT~:SDT 0,000 GTT2.SDT 959,200 WFSH SOT 10,0o0 TENS~SDT 6848,000 PTE 95 004 DT,p,, , [,)TST...TE -999,250 OFS~.STC ~0,000 TENS,STC 6848,000 MTE~,CSG -999,250 DEPT, 8~00,000 SP,DTE 28.359 IDOF.DTE 0,000 IIRD.DT~" 277 000 CALI.DTE 14:930 HTEN,DTE 1.345.000 SP D[,L -999,250 ~PESiDI, L -999,250 DTLN SOT 96,400 COHC SOT 0,896 TT~,SOT 0 000 LTT2,$DT 962:400 WFSH,SDT TENS.SOT 6784.000 DT,PTE 94.270 DTST,PTE -999,250 QFSM,STC 10,000 TENS,STC 6784.000 ~TE~,CSG -999.250 TE~S,DTE LL$,DLL GR,DI,L HTEN,DLL DTLF.SDT COHS,SOT TT],SDT LTT].SDT SP.SDT ~TE~.SDT DT.ITP OTST,ITP OFST,STC GR.CSG HTEN,CSG SFLU,DTE IOPH,DTE IIXD,DTE TEN$,DTE [,LS.DLL DTLF,SDT COH$,SDT TT3,SDT bTT3 SOT SP SOT ~TE~ SOT DT DTST OFST STC UR CSG HTEN,CSG SFLU.OTE IDPH,DTE DTE IgOF,.) IIXD,ITE TENS,DTE GR,DLI., HTEN.DLL DTLF,SDT COHO,SOT TT3.SDT LTT3,SDT SP.SDT MTE~.SDT DT ITP DTST~ITP OFST STC GR:CSG HTEN,CSG 20-APR-lgg0 10:34 6880,000 MTE~,DTE -999.250 LI,D,DhL -999.250 TENS,DLL -999,250 DT,SDT 95,400 DTCO,SDT 0,779 COST,SOT 0,001 TT4,SDT 1376.800 LTT4.SDT ~.359 CAbS.SOT · ,000 MRES,SDT 95,880 DTSM,PTE -999,~50 RSHC,STC -999,250 GR,STC -999.250 TENS,CSG -999,250 2,330 2,527 0.000 55,40~ 6848 000 '999 250 '999 25O '999 ~50 95 O0 0 779 001 1.~3 '400 ., -12,~89 140, 50 95 0O4 ~999 250 5O -999 ~5 -999 0 -999 250 2,846 3,063 0,000 43,563 6784,000 -999.250 .-999,250 -999,~50 96,600 0.877 0.001 13,44.400 -28.359 139.250 94 270 -999 250 -999 -999 50 -999 250 ILM,DTE IMPH,OTE ClD?.DTE IIRM,DTE ~TEM,OTE LLD.DLb TENS,DLL DT DT COST,SOT TT4,SDT LTT4,$DT CALS,SDT MRES,SDT DTSM,PTE RSHC,STC GR,STC TE~$,CSG ILM,DTE .CIDP.OTE IIRM,DTE MTEM,DTE LLD,DLL TENS DLL DT:SDT D~'CO SOT COST:SOT TT4,S~T bTT4,$DT CA~$,$DT MRES.SDT DTS~,PTE RSHC.$TC GR,ST¢ T~$,CSG 141, -999, -999 95, 98, O, 676, 1179, 16 -999, -999, 97, -999. 2 ~95 375 -999 -999 96 95 0 666 11,48 1, -999, -999. 81, -999, 2 3 326 313 139 -999 -999 93 95 0 670 1151 14 1 -999 -999 95 -999 00o 250 25o 6OO 000 974 400 20(, 922 23O 25O 25O 375 25O 250 25O 25O 25O 25O 4O0 000 965 4OO 400 781 2]7 25O 25O 25O 975 004 250 000 25O 25O 25O 6OO 000 982 000 2O0 930 245 25O 250 313 25O )~RE$,DTE CAI,S.DLL ~4TEM.DLL OTb. SOT DTSM,$DT TTI.MDT LTT1.SDT WFC,$DT GR SOT [{TEN:SOT DTSM,ITP OFCO,STC CALI.STC ~RES,CSG ILD,DTE 1FRE,DTE ClMP,DTE (;R.DTE MRE$.DTE CA[,$,DLL MTEM.DhL DTL,$DT DTS~.$DT TT1.SOT LTTI,$DT WFC,SDT GR,SDT MTEN,$DT DTSM,ITP QFCO,STC CAbI,$TC MRES,CSG ILD,DTE IFRE,DTE CIMP,DTE GR.DTE MRES,DTE CALS.D[,,,L MTE~,DLL OTb. SOT [)TS~ TTi.:SD~ hTT1 GR.SDT HTEN,SDT DTS~ QFCE}:STC CALI,STC MRE$,.CSG PAGE; -999, -999. 97. 101, O, 1182, ~276. 999, -999, 2 2O 403 81. 1 -999 -999. 95 10.1 0 1151 0 1321 -999 0 16 -999 332, 95. 1. '999 '999 95. 95 0 1152 O. 95 1345 -999, O. 14, -999, 19 2]0 250 25O 000 000 001 400 000 375 000 25O 000 922 25O 494 000 5OO 813 237 250 250 700 000 00! 6OO 000 81~ 000 25O 000 020 000 750 313 245 250 250 900 000' 00! 400 000 3t3 000 250 000 930 250 Tare verification Listing chlumberoer Alaska Computing Center DEPT, 8]00,000 SFLU,DTE SP,DTE -31,609 IDPH,DTE IDOF',DTE 0,000 I~OF,DTE IIRD,DTE 275,250 II×D,DTE CALT,OTE 15,688 TENS,DTE HTE~.DT£ 1331.000 LL$,DLL SP.DI.L -999.250 GR.DLL MRES.DLL -999,250 HTEN.DLL DTLM.$DT 94.600 OTLF.SDT COHC.S~T 0.904 COHS.SDT TT~.$DT 0.000 TT3,SDT LTT~,$DT 960.000 LTT3,SDT WFSH,SDT 0,000 SP.SDT T~N$.SDT 662~,000 ~TE~.$DT DT.PTE 94.155 DT.ITP DTST,PTE -999.250 DTST.ITP QFSH.$TC 10,000 QFST,STC TEN$.STC 6628,000 GR.CSG NTE~,CSG -999,~50 HTEN,CSG DEPT, 8200.000 SP.DTE -22,656 IDQF.DTE 0.000 ZZ~.DTE 252 750 CALI.DTE 14.:898 HTE~ DTE 1250,000 SP,DLL -999,250 M~E$.DL5 -999 250 DTLN,$DT 96:700 COHC,$DT 0.934 TT].SDT 0 000 LTT .SDT 988:800 WFSH,SDT 10 000 SDT 6484~000 DT. ].f; 92518 DTST,PTE -999~250 OFSH,STC 10000 TEN~ STC ~484i000 MTE~':CSG 999 250 DEPT, 8100,000 $P DT~ '22,688 IDOF:i)T..~ 0,000 IIRD,DTE 348,750 CALI,DTE ~4,250 HTEN,DTE 1286,000 SP,DLL -999,250 MRE$ DLL '999,250 DTLN:SDT 97.100 COHC' SDT 0,927 TT2:SOT 0.000 LTT2 $DT 97~,000 WFSH:$DT .3,000 TENS.$DT 6564,000 SFLU,OTE IDPH.DTE IIXD,DTE TENS,DTE LLS,DLL GR DLL HTEN DLL DTLF SDT COHS SDT TT3 $DT iTT3 SDT SP,SDT ~TEM SDT DT DTST OFST STC GR CSG HT~N CSG SFLU.DTE IDPH,DTE I~QF,DTE IIXD,DT~ TEN$,DTE 55S,DLL GR,DLL HTEN DLL DTLF:$DT COHS.,SDT TT3.SDT 5TT~,SDT SP,SDT MTEM,$DT 20-APR-1990 10:34 2.666 3.080 0,000 40.438 6628,000 '999,250 '999.250 '999.250 95,400 0,893 O.O01 1346,800 '3i,609 138625 94 '999 -999 250 -999 250 '999 250 3.137' 3,418 0.000 42 344 6484 00 '999 ~50 "999 250 -999 O0 97 ~50 0,800 0 656 137875 92 -999 250 -999250 · -9 250 2,041 2,357 0..000 54938 6564000 -999 ~50 -999 50 -999 250 97. 300 o ..22688 136875 IL~.DTE IMPH,DTE CIDP,DTE {IR~{.DTE MTEM,DTE LLD.DLL TENS,D~L DT,SDT DTCO,SDT COST,SDT TT4,SDT LTT4,$DT CALS,SDT MRES,$DT DTSM.PTE RSHC STC GR:STC TFNS,CSG II..M,DTE INPH,DT~ CID.P,DTE 'IIRM,DTE MTE~.DTE ~LD,DbL TEN$,OLb DT,$DT DTCO,SDT COST,SDT TT4,S~T LTT4,$DT CAL$,SDT MRE$,$DT DTSM,PTE RSHC,$TC GR,$TC T£NS,CSG ILM,DTE IMPH,DTE CIDP,DTE IIR~,DTE MTEM,DT~ LDD,DLL TEN$,Dhb DT,SDT DTCO,SDT COST!!DT TT4 DT LTT4 OT CALS,$DT MRE$,$DT 2 938 ILD.DTE 2 939 IFRE,DTE 324 500 CI~P.DTE 317 000 GR.DTE 138 625 MRE$,DTE -999.250 CALS.DLL -999,250 ~TE~,DLL 94.800 DTL,$DT 95,000 DTSM,SDT 0,969 T~I.$D~ 66~,600 LTT{,$DT 1148.000 WFC.$DT {5.688 GR.SDT 1.255 HTEN.$D~ -999.250 DTS~.XTP -999.250 OFCO,STC 85.750 CALI,STC -999.250 MRE$.CSG 3 250 3 292 287 137 -999 -999 95 9~ 0 676 000 1178 400 ~4 898 -999 250 88938 -999 ILD.DTE 93 IFRE,D~E 50 CINP.DTE 000 GR,DTE 875 ~RES,DTE 250 CALS,DLL 250 700 DTL.$DT 000 974 TTI,SDT LTT.I,$D~ ~FC,SDT GR,SDT HTEN,$DT DTS~,ITP QFCO,STC CALI,$T¢ 250 ~RE$,CSG' 2 254 ILD,DTE ~46 IFR~,DTE 42 .000 CIMP,DTE 4~ 250 GR.D,E 1 875 HRE$,DTE -999 !50 CALS,DLL -999 !50 MTEN,DLL 97' 100 DTL,'~DT 95 000 DT$~,SDT 0 966 TTI,SDT 670:400 LTTI,SDT 1166,800 WFC,$DT 14,250 GR,'SDT 1,270 HT£N,$DT 3,027 20,000 340,000 , 55 , $0 · O0 0.001 li52,000 0000 85 750 1331000 -999 250 0 000 15 688 -999 250 3,438 20,000 303.500 1, -999.250 -999 250 95 600 97 000 000l 11804OO 0000 88 938 t250 000 -999 250 0 000 .14 898 -999 250 2,303 20,,000 4~5,000 1:.,.270 "999',250 ""999,,250 ill'200000 O' OOl 1'169 200 0000 8 938 t28~ 000. Tape Verification Llstioc~ cblumbercer AlasKa Computtnq Center DT,PTE 97.359 OT,IT.P DTST.PTE -999,250 DTST,ITP OFSH,STC 5.000 QFST,STC TENS.$TC ~564,000 GReCSG HTEF.CSG 999.250 HTEN,CSG DEPT. ~000,000 SFLU.DTE SP,DTE -16.531 1DPH,DTE I~OF',DT~ 0,000 IMOF,DTE IIRD.DTE 257.750 IIXD,OTE CAb~.DTK 15,680 TEN$,DTE HTE~,DTF ~230,000 55S,D~L SP.DI.L 999,250 GR,DLL ~E$.DLL -g99,250 HTE~,~I.L DTL~.SDT 100,~00 OTLF,SDT COHC,SDT 0,932 COH$,SDT TT~.SDT 0.000 TT3,SDT LTT~.SDT 99~,400 [,TT3,SDT WFS~,SDT 10 000 SP.SDT TE~$.SI)T 6192:00o ~TE~,$DT DT",PTE 98,845 DT,ITP DTST,PTE -999,250 DTST,ITP OFSP,STC 5,000 QFST,STC TEN$.STC 6192,000 GR,CSG ~TE~,CSG -999,250 HTEN,CSG DEPT. SP,DTE IDOF.DTE CALI,DTE NT~N,DTE SP.DbL ~RES,DLL COMCiSDT TT~ SOT bTT2,MDT WFSM SDT DT.PTE OFS~,STC TEb!S,STC MTE~,CSG DEPT. SP.DTE IDOF.DTE !IRD.DTE CALI.DTE HTEN'DTE SP.ObL MRES.DbL DTbN.SDT 790O 000 -87:875 0,000 198,500 16.469 1287 000 -999 250 -999 250 93 900 0 925 0 000 964:400 10 00o 6360~000 9~,561 .-999,250 000 '999.250 7800,000 -50,438 0,000 213,750 15,984 1251.000 -999,256 -999,250 89,700 SFbU.DTE IDPH.DTE IMQF,DTE IIXO,DTE TENS.DTE LLS,DbL GR~DLb HTEN.DLL OTLF.SDT COHS,SDT TT3 D SP,SDT HTEM,SDT DT,ITP OTST.ITP QFST.STC GR.CSG MTEN.CSG SFLU,DTE IDPH,DTE IMOF,DTE IIXD,DTE TEN$.OTE LLS,DLb GR,DLb HTEN,DLL DTLF.SDT 20-APR-1990 !0:34 97.359 DTSM.PTE '999.250 RSMC,STC 999,250 GR,STC 999,250 TENS,CSG 999,250 3,072 3,350 0.000 40.219 6192 000 -999:250 -999,250 '999.250 99,500 0.~33 0,001 1385.200 -16 531 136 250 98 845 -999 250 -999 250 -999 250 -999 250 3 668 4 426 000 2~ 609 6360 000 -999250 -999 250 -999 250 7 875 9~.5oo ,561 999,250 -999,250 '9~9,250 -9,9,250 3 309 0,000 25,328 164,000 ~999,250 250 88,800 IL~.DTE CIDP.DTE IIR~.DTE MTEM.DTE LbD.DLL TENS.DLL DT.SDT DTCO.SDT COST,SOT TT4,SDT LTT4,$DT CAbS,SOT ~RES SDT DTSM:PTE ~$HC,STC GR,$TC TENS,CSG ILM,DTE IMP}{ DTE CIDP:DTE IIRM,DTE ~TEM,DTE TE~.Dbb .$DT DTCO.SDT COST,SOT TT4,SDT LTT4,SDT C'ALS,SDT MR. ES.,SDT DTS~ PTE RSHC:STC GR,$TC TEN$,CSG ILS DTE I~PH:DTE CIDP,DTE IIRM,DTE LLD.,DLL TEN$.DLL DT.SDT DTCO.MDT -999.250 DTSM,ITP 1,796 OFCO,STC 81.938 CALI.STC -999,250 ~RES.CSG 3,359 ILD.DTE 3.354 IFRE.D,E 136.250 ~RES,DTE -999,250 CALS,DLL -999.250 kTE~,DLL 100,700 DTb,SD~ 98,000 DTSM.SD~ 0,977 TT1,SDT 702,400 LTTI,SDT 1192.400 WFC,$D~ 15.680 GR,SD~ ~,276 MTEN,$DT '999,~50 1,763 OFCO.STC 86,563 CAL.I.$TC -999,250 ~RE$,CSG 4 141 4 225 226 135 -999 -999 92 93 0 667 1146 16 1 -999 -999 9O -999 ILD.DTE 160 IFRE.DTE 875 CIMP,DTE 250 GR,DTE 500 MEgS DTE 250 CAbS 250 MTE~ 400 OTb 000 DTS~ BDT 9'8~ TT! MDT 00 5TTI..SD~ O0 NFC.SDT 469 GR 84 HTEN,'SD~ 50 DTSM,ITP 250 GFCO.STC 500 CALI.STC 250 MRE$,CSG 3,754 II,,,D DTE 3,783 IFREiDTE 245,750 CIMP. DTE 249,250 GR. DTE 134,625 M'RES,DTE -999,250 CAL$,DLL -999,250 MTEN..DbL 91,600 DTL:$DT 87,000 DTSM.'SD? 174,904 0,000 14,250 '999,250 3,328 20,000 298,000 563 ~999,250 999,250 99,800 122,000 0.001 li92,000 0.000 86 563 1230 000 174 302 0 000 15 680 -999 250 2~ 320 000 240 250 90 500 84 25O 9 900 9~ 000 0 )01 1147 ~00 0 )00 500 000 250 ~ 000 2~ 980 000 · 264 000 91 375 $0 ,-999 250 90 800 97. 000 21 ,15 !'are Verlf.icatJ. on l,isttnO ;chlumberqer AlasKa C.o~,putino Center CO}lC.SOT 0,897 CONS.SbT 7TY,SDT 0.000 TT3.SDT LTT~,SDT 961.600 LTT3.SDT WFSH,SDT 10.000 $P,SDT TFMS.SDT 6~64,000 ~TEM.S~T DT.PTE 88,548 DT.ITP DTST.PTE -999.250 DTST.ITP QFS~,STC 5,000 QFST,$TC TFNS.STC 6164,000 GR,CSG ~TE~,CSG -999.250 HTEN,CSG DFPT. 7700.000 SFLU,DTE SP.DTK -84.56] IDPH.OTE IDOF,DTE 0,000 IMOF,DTE , :soo CALI,DTE 1 461 TEN$,DTE MTEM,DTE 1178,000 LL$.DLb SP,DI,.L -999.250 GR,DLL M~E$,DLL -999.250 MTEM.OLL DTL~!,SDT 100.100 DTLF,$DT COHC.$DT 0.882 COMS.,SDT TT~,$DT 0.000 TT~,SDT LTT2,SDT 959,600 LTT3 SDT WFSU,SDT 0,000 SP:SDT TEN$.SDT 6068,000 MTEM,SDT DT.PTE 94,615 DT,I, TP DTMT PTE -999.250 DTMT,ITP OFSH:STC 10.000 QFST STC TEN$,STC 6068 000 GR:CSG MTEM,CSG -999:250 HTEN'CSG DEPT, 7600,000 SFI. U,DTE $~.DTE -51,031 IDPit,DTE IDQ DTE 0 000 IMQF',DTE IR.D:DTE 248i000 IIXD.,DTE IAL! DTE 14 633 TEN$,DTE DTLN[SDT 84,900 DTLF:$DT COHC SDT 0,830 COHS,S~T TT~.SDT 0,000 TT3,SDT LTT~,$DT 934,000 bTT3,SDT WFSH.SDT 0,000 SP,SDT TENS.SDT 5904 000 ~TE~,$DT DT,PTE 94:471 DT,ITP DTST,DTE -999,250 DTST,ITP QFSH $TC 5,000 ~FST,STC TEMSiSTC 5904,000 GR,CSG ~TE~ CSG -999,250 DEPT. 7500,000 SFbU,DTE SP,DTE -69,438 IDPH,DTg IDOF.DTE 0,000 IM~F,DTE I~RD,OTE ~84,500 IIXD,DTE 20-APR-1990 10:34 0.901 COST,$DT 0.001 TT4,TDT 13G5.600 LTT4,$DT -50.438 CaLS,SDT 134.625 NRES.SDT 88 548 DTS~,PTE -999:250 RSMC,STC -999.250 GR,$TC -999,250 TENS,CSG -999,250 3,752 2,191 0,000 71,250 6068.000 '999,250 '999,250 "999,250 101,100 0,734 0 001 1348 40O -84 563 33 ~75 194 15 -999 250 -999 50 -999 ~50 ~999 250 4 64 3 404 4§ 000 9O6 5904 000 999 ~50 -999,250 85,100 0,540 0.001 18,000 1~51,031 133,000 94 471 -999 250 -9 250 -999 250 3,88! 2,926 0,000 4.0,000 ILM,DTE I)~PH,DTE ClDP,DTE IIRM,DTE MTEM,DTE LLD,DLL TENS.DLL DT,SDT DTCO,$DT CC)$T,SDT TT4,SDT LTT4,$DT CALS,SDT MRES,SDT DT$~,PTE RSHC,$TC GR,STC TENS,CSG I~PH CIDP:DTg MTEM.,DTE LbD,DLb TEN$,DLb DT,$DT DTCO,SDT COST,$DT TT4,$DT TT4,$DT '~AL, S,$DT MRES.,$DT DTSM,PTB RSHC,$TC GR,STC TEN$,CSG ILM,DTE IMPH,DTE CI. DP,DTE IIPM,DTE 0.965 658,000 1141,600 15,984 1.297 -999.250 1.882 91.375 -999.250 2,516 ~,504 456,000 368,500 133,875 '999,250 -999,250 99 600 95 000 0 000 655 600 1156 000 14 461 309 -99~ 250 0 -999 25O 4.051 4 102 285 250 2.31 250 133 000 -999 250 -999 25O 89 800 92 000 0 000 643 200 1120 800 14 633 I 316 -999~250 1,802 78,313 -999,250 3 246 3i279 341 750 287,250 TTI.SDT I..TTI.SDT GR.SDT HTEN.$DT DT$~.II'P OFCOoSTC CALI,STC ~RES,CSG ILD.DTE IFPE,DTE CI~P.DTE GR,DTE ~RE$,DTE CAL$,DLb MTE~.DLL DTL,SDT DT$~ MDT TTI SDT LTT! SDT WFC MDT GR HTFN SDT DT$~ OFCO STC CAbI STC ILD,,DTE IFR.E.DTE CI~P,DTE GR,DTE MRES,DTE CAb$,DbL MTE~ DLL DTL~$DT DTSM,,$DT TTI,SDT LTTI GR,SDT HTEN,MDT DTS~!.ITP OFCO STC CALl[gTC MRE$ CSG ILD,DTE IFRE,DTE CIMP,DTE GR,DTE PAGE: 22 0.001 1143,200 0.000 9t,375 1251,000 166.614 0,000 15,954 '999,250 2.154 20,000 399,250 55 438 ! 309 -999 25O -999 250 100 7OO 193 000 0 001 1150 4OO 0 000 55 438 ,250 o: oo 14 61 "999,250 3 53.3 20OO0 24.3,750 78, 3 -999 250 -999 250 89 ~00 i94 00 0 001 1134 000 0 000 78 313. 170 2 · .ii 000 633 '-999 250 2, 826 ,20 000 304 750 6~ 344 Tame Verification Listino Cblumberoer AlasKa Computin~ Center CALl DTE 13,625 TEN$,DTE HTE~,' .DTE 1~44,000 LI.S.DLL SP.DLL -999.250 GR.D£.L ~ES.DLL -999,250 HTEM,DLL DTLN SDT 95,500 DTLF,SDT COHC:$DT 0,925 COHS,SDT TT2.SDT 0,000 TT].SDT LTT2.$DT 936.400 LTT3.SDT ~FSH,SDT ],000 SP,SDT TEN$,SDT 6144.000 ~TE~,SDT DT,PTE 100.832 DT,ITP DTST.PTE -999,250 DTST,ITP OFSH.$TC 5,000 OFST,STC T~NS,STC 6144.000 GR.CSG MTE~.C$~ -999,~50 H'~EN,CSG DFPT, 7400.000 $FLU,DTE SP,DTE -69,813 IOPH,DTE IDOF,DTE 0,000 IMOF,DTE IIRD,DTE 289,500 IIXD DTE CAL~,DTE 14,953 TEN$iDTE HTEN,DT~ 1.168,000 bLS DLL SP,DLL -999,~50 GR,DLL ~RES,OLL '999,250 HTEN,DLL DTLN $DT 89,500 DTLF,SDT COHC:SDT 0.250 COH$.SDT TT~,SDT 0 000 TT~.SDT LTT~,SDT 940:800 LTT3,$DT WFSH,SDT 0,000 MP,TDT TENS,SDT 5720,000 ~TEM,MDT DT,PTE $8,0~9 DT,ITP TENS:STC 57~v,000 GR,CSG ~TE~,CSG '999,250 HTEN,CSG DEPT, IDOF, IIRD. ¢~LI. D?bN COHC: TT~. LTT2, TEN$~ DT DTST @FSH 7300,000 SFLU,DTE DTE -103,4~$ IDPH,DTE DTE 0,000 I~F,DTE DTE 417,250 IIXO,DTE DTE 12,664 TEN$,DTE DTE 1165,000 LLS,'DLL DLIi -999,250 GR,DLb DLL -999,~50 HTEN,DLL SDT 96 200 DTLF,$DT SDT 0:974 COMS,SDT SDT 0,000 TT3,$DT SOT 966,000 LTT3,'SDT SDT 7 '~ 000 SP,$DT SD? 5,08:000 M. TE~,$DT PTE 96,824 OT,ITP PTE -999,250 DTST,ITP STC 10.000 OFST.$TC STC 5708,000 CSG -999,250 HTEN,CSG 20-APR-~990 t0:34 144 000 MTE~!,DTE -999.250 TEN$,DLL -999.250 DT,SDT 95,200 DTCO,SDT 0.298 COST,SDT 0,001 TT4,MDT 1266,$00 LTT4.SDT -69,438 CALM.SDT 132,]25 MRE$,SDT 100,~]2 DT$~,PTE '999,250 RSHC,STC '999,250 GR,$TC -999,250 TENS,CSG -999,250 3,461 2,949 0 000 5720 000 -999 250 -999 250 -999 250 89 800 0,796 0 001 1295 200 , ! 625 88 0 9 99 2[0 -999 250 5,535 1,927 5708 O0 -999 -999 250 -999 250 94 0,2 2 1307, 0 -103.438 130,750 '9 ,250 '999.,~50 '999, 50 "999,250 I[.M.DTE I~PH,DTE CIDP,DTE IIR~,DTE ~TE~,DTE LLD,DLL TEN$,DLL DT SDT DTCO:SDT COST,SDT TT4,SDT LTT4,SDT CALS,$DT MRES,SDT DTSM.,PTE RSHC,STC GR.MTC TEN$.CSG IbM,OTE IMPH,D?E DP.,DTE ~R~.,DTE N~EM,DTE I...LD,DbL TEN$,DLL DT,SOT DTCO,$DT COST..SDT TT4 SDT LTT4:SDT CAL$,$DT MRE$,$DT DT$' PTE GR,STC TEN$,CSG 132 -999. -999, 9~. 97 0 644 ~094 -999 6~ -999 3 3 338 279 131 -999 -999 90 91 0 646 14 I -999 -999 77 -999 2 2 518 395 130 -999 ~999 97 97 0 671, I10~ 1 1 -999 -999 63 -999 125 250 250 600 000 682 000 400 625 319 250 756 344 250 342 326 750 250 625 25O 250 7OO 5OO 917 000 000 953 33! 25O 25O 688 250 342 348 500 500 750 250 250 500 000 494 200 200 664 334 250 250 375 25O MRES.DTE CAL$,DLL MTEM,DI.,L DTL.MDT DTSM,$DT TTI,$DT LTTI,SD~ ~FC,SDT GR,$DT HTEN,$DT DTSN,ITP ~FCO,$TC CAL/,$TC MRES,CMG ILD,DTE IFRE,DTE CI~P,DTE GR,DTE ~RES,DTE CAL$,DLL MTEN,DLL DTL,$DT TT~,SDT [,TTI,MDT WFC,MDT GR,MDT HTEN,MDT QFCO,$TC CALI,$TC ~RES.CSG IFRE,DTE CIMP,DTE GR,DTE MRE$,DTE CAL$,DLA MTEN,D5~ DTb,'$DT DTMM.$DT TTX,'SDT LTTI,'SDT WFC.$DT GR,SD~ HTEN,$DT DTSM,'ITP ~FCO,STC MREM*CSG PAGE; 23 1,319 -999,250 -999 250 92 700 172 000 0 001 1094 800 0 000 63 344 1344 000 177 073 0 000 13 625 -999 250 3,014 20,000 300,500 77.688 . 1'331 999:250 -999 250 90 600 91 000 0 001 1120 000 3 000 77 688 1t. 68 000 -999 250 0 000 I~ 953 99 - 250 '99~ 334 - 250 '999 250 95 200 153 000 0 001. ~07 600 0 000 63 3.75' t~65 000 -99~ 250 000 t2 664 -999 250 tS Tape Verification Listinq chlumherger Alaska Computino Center DFPT, 7200.000 SFLU,DTE SP,DTE -89.06] IDPI.{,DTE IDOF,DTF 0,000 I~OF,DTE IIRD,DTE 318,750 IIXD,DTE CALI,DTE 13,227 TENS,DTE HTE?,DTE 1221,000 bI, S.DLL SP,DLL -999,250 GR,DLL ~,!~ES,DI,,L -999,250 HTEN.DLL DTL~',SDT 95,900 DT[,F.SDT CQHC,SDT 0,957 COMS,SDT TT~,SDT 0,000 TT].SDT LTT~.SDT 942.000 LTT3.SDT ~!FS~.SDT 10,000 SP,SDT TFNS.SDT 571~,000 MTEM.SDT DT,PTE 94,5~9 DT,ITP DTST.PTE -999,~50 DTST,ITP QFSP.STC 10.000 OFST,STC TE~S.STC 5712,000 GR,CSG MTE~,CSG -999,250 HTEN,CSG DEPT, ID~F:DTE IIRD,DTE C~LI',DTE SP, M~ES DLL DT~;SDT CUHC TT~ SDT LTT~ SDT WFSM SDT TENS SDT DT PTE DTST,PTE QFSH.$TC TFNS STC DEPT, SP.DTE IDQF.DTE IIRD,DTE CAL, I,DTE H?EN,DTE SP,DLL DTLN,SDT COHC,SDT TT~,SDT LTT~,SDT WFS~.SDT TEN$.$DT 7100,000 -95,563 0 000 388i250 13 086 1182 000 -999,250 -999,250 101,000 0,971 0,000 966,800 10,000 5640,000 98,609 '999,250 10,000 5640,000 '999,250 7000.000 '8~,938 0.000 360,500 1,3,461 1219,000 '999,250 '999,~50 102,800 0,919 0,000 981,,200 10,000 5684,000 SFLU DTE IDPH DTE IlXO DTE TENS DTE Lt.,S DLL GR DLL HT~N DLL DTLF SDT COHS SDT TT~iSDT LTT3 SOT SP SDT MTEM SDT DT DTST ITP QFST STC GR CSG HTEN CSG SFLU,DTE IDPH,DTE IMOF,DTE IIXD,DTE TENS,DTE LbS DbL GR: H'rEN, DLL DTLF,$DT COHS,'SDT ,TT3,$DT [.TT3,SDT SP,SDT MTEM,SDT 20-APR-1990 10:34 5.262 2,625 0,000 66 5712:000 2999.250 .9~9.250 '999.250 95.2OO 0,906 0,001 1336,800 '89,063 519 -999 250 -999 250 -999 250 -999 250 5,020 2. 2 72, 3 '999,~50 '999, 50 ~999,~50 98, O0 0,251 0 1 -95 ~ 98 609 -999 250 -999 250 -99~ 250 -99 25O 3,275 ,277 ~,000 66,563 5684,000 "999,250 '999,250 '99 ,250 10~,300 0 918 0 O1 13'72 lO0 -83 938 129 125 IL~,DTE IMPH,DTE CIDP,DTE XIR~,DTE MTEM,DTE I,I,D.DLL TENS,DL~ DT,SDT DTCO,SDT COST,SDT TT4,SDT bTT4,SDT CALM.SDT MRES.SDT DTSM,PIE RSHC,$TC GR,STC TENS,CSG ILM,DTE XMPH,DTE CIDP,DTE IIRM,DTE MTEM,DTE [,LO O'bb TENS:DLL DT,SDT DTCO,SDT COST,$DT TT4,SDT LTT4,SDT CALS,SDT MRES,SDT DTSM,PTE RSHC,$TC GR,STC TEN$,CSG ILM,DTg IMPH DTE CIDP:DTE IIRa,DTE MTEM,DTE LLD,,D~L TENS,DLL DT,SDT DTCO.,SDT COST,SDT LTT DT CA[,~ DT MRE$,SDT 3,166 3.162 380.750 294,500 129,750 '999.250 -999.250 94,400 94,000 0,634 644,800 1139,200 13,227 1,337 '999,250 -9~9,250 2,688 -999,250 2 2, 479, 369, 129. -999, -999, 98 98 0 658 1164 13 1 -999 -999 47 -999 2 2 .438 349 129 -999 -999 102 102 0 679 1170 13 1, 512 510 750 250 250 000 000 6O0 8O0 000 O86 25O 25O 5OO 250 658 652 75O 5OO 125 25O 25O 400 000 662 6OO 80O 461 356 ILD,DTE IFRE.DTE CI~P,DTE GR,DTE MRES,DTE CAI,S.DLL ~TEM.DbL DTL.$D~ DTSM,$DT TTI.$DT LTT~,SDT WFC,SDT GR,SDT HTEN,SDT DTSM,ITP OFCO.STC CALI,STC MRES,CSG ILD DTE IFRE DTE ClMP DTE GR DTE MRE$ DTE. CAbS DTL.SDT DTSM,$DT TTI,'$DT LT~X,'$D~ WFC,SDT GR.,SD~ HT£N,SDT QFCO,STC CALI,STC ~RES,CSG IbD,DTE I.FRE,DTE CI,MP,DTE GR;DTE MRES,DTE CAL$,DLL MTEM,DbL DTL,SDT DTSM',"MD~ TTI','SD~ LTTI,'SDT WFC,'SD~ HTE.N,'SDT PAGE: 24 2.670 20,000 326,000 72,688 1,337 '999.250 '999,250 94.800 103,000 0,001 1144,000 0,000 72,688 ~221,000 999,250 0,000 13.227 -999,250 2'055 20 000 398 250 47, 500 351 -99~ 250 -999 250 98 200 1.77 000 0 001 1170 400 0 000 47. 500 1.182 000 -999!250 0.000 13 086 '-999,250 2.254 20,000 376,750 50,344 I",'356 '"999,250 -999,250 02,100 198,000 0,001 .1.168,800 0,.000 50,344 .1219,000 -rS Ta~.~e Veri. flcation [,istino chlumheroer ~laske ComDutin..d Center DT.PTE 104,082 DT ITP DTST.P%E -999.250 DTST:ITP QFSH.STC 10.000 OFST,STC TENS.STC 5684.000 GR.CSG ~TEF.CSG -g99.250 HTE~.CSG DFPT. 6900.000 SFLtI,DTE SP.DTE -105,688 IDPH,DTE IDQF.O'{?E 0.000 IMQF,DTE IIRD.~TE 402.500 IIXD,DTE CALT.DTE 13.016 TEN$.DTE HTEN.DT~ 1217,000 Lb$.DLL SP.DLL ~999.250 G~.DL5 N~ES.DLL 999.250 HTEN.DLL DTLN.SDT 100.500 DTLF,SDT COHC.$DT 0.903 CO~S.SDT TT2 SDT 0.000 ?T3.SDT LTT~:SDT 992.400 LTT3.$DT WFS~.SDT 3.000 SP.SDT TENS SDT 5612.000 MT£M.SDT DTiPTE 97.246 DT,IIP DTST PTE -999,250 DTST.ITP QFS~.STC 5.000 QFST.STC TENS.STC 5612.000 GR,CSG ~TE~.CSG -999.250 HT~N,CSG DEPT. 680{) 000 5FBU.DTE SP,DTE -108:313 IDPH,DTE IDOF DTE 0.000 IMQF,DT~ IIRD:DTE 378,500 IIXD,DTE CAL~,DTE X3,086 TENS,DTE HT~]N,DTE 1206.000 ~L$,DS5 SP.DLL -999,250 GR,DL5 MPES'DL£. -999,250 HTEN,D55 DTLN,$DT 98,100 DTLF,SDT COHC SDT 0,884 COH$,SDT TT2:SDT 0,000 TT3 SDT LTT2,$DT 968,400 LTT3:SDT WFS}I.SDT 3000 SP SDT TENS.SDT 5504i000 ~TE~:SDT DT.PTE 98 ~0! DT ITP DTST.PTE '999,250 DTST'ITP OFSH,'STC lO,O00 QFST,STC TENS,STC 5504,000 GR,CSG MT~,CSG -999,250 HTEN,CSG DEPT,.~ ~ 6700.000 SFSU,DTE SP,[.TE -128875 IDPH,DTE IDQF.DTE 0:000 IMQF.DTE I/RD [.rE 513500 IIXD,DTE C~LI,DTE 12898 TENS.,DTE HTE~.i,DTE ~94:000 LL$.DLL SP.DG5 -999,~50 GR,Di..5 ~RES,D[..5 -999, 50 HTEN,DL~ DTLN.SD~' ~00,800 DTLF,SDT 20-~PR-1990 10:34 104.082 DTSt.~,PTF. -999,250 DTSP.ITP -999.250 R$}~C,STC =999.250 QFCO.STC -999.250 GR.$TC 50.344 CALI.STC 999250 TENS.CSG -999,250 MRES.CSG 3,967 IL~,OTE 1.9~7 I~PB.DTE 0,000 CIDP,DTE 91.375 IIR~,DTE -999. ~50 -999,250 TEhS,D~L '999,250 DT,SD? 100,600 DTCO,SDT 0.895 COST,SDT 0.001 TT4.SDT !419,200 bTT4,SDT 105.688 CA[.$.$DT 128,750 NRES,SDT 97.~46 DTSM.PTE '999.~50 RSHC,STC '999 ~50 GR.,STC '999:250 ?ENS,.CSG '999.~50 4961 IL~,DTE 2:195 IMPH,DTE 0.000 .CIDP,DTE 6~,875 IIR~,DTE '!5.0 ,000 NTE~,DTE 999,250 LLD,DLL 999.250 TEN$,DLL "999,250 DT,SDT 99.000 DTCO,$DT 0,8.~1 COST,$DT ~0 I TT4,SDT 8 '~00 LTT4,$DT · 0~'~13 CAI, S, SDT 128: 5 MRES,SDT 98.3~1 DTSN,PTE :999,2 0 RSHC,STC 999,~0 GR,STC -999, 0 TENS,CSG -999,250 4,750 ' 10 115, 0 ~272',000 '999, 0 '-999,250 99,500 ILM DTE I~PH DTE CIDP DTE IIRM DTE MTEM DTE TEN$.DLL DT SDT DTCO SDT 2,398 2.385 508.250 386.250 128,750 -999.250 -999,250 102,700 100.000 0723 680000 1209600 13 016 I 368 -999 250 1,761 56,531 -999.250 455' 39 .250 381.750 128.125 -999. 50 -999,250 99.400 95 000 0 573 691 200 11.66 000 6 -999 ~50 -999 50 67 563 -999 250 1,906 1 894 662 000 482 750 127, 50 -999 ~50 -999 250 100 900 98000 ILD.DTE IFRE.DTE CIMP.DTE GR.DTE ~RE$.DTE CALS.DLL ~TEM.DLL DTL.SD~ DTSM,SDT TTI,SDT LTT1.SDT WFC.SDT HTEN.SD~ DT$~.ITF OFCO.STC CALI,STC. MRE$.C~G IFRE TE M~.pTE CIG ,DTE MRES.DTE CAL$..~LL MTE~.DLL DTL.$DT DTS~,SDT TTI.,$DT LTTI.,$DT WFC,'$DT GR,SDT HTEN~'SDT OFCO,~'STC HRES,CSG I.'LD,DTE IFRE,DTE CI.~.DTE G~.DTE NRES.DTE CAL$..DLL MTE~,DLL DTI~.$DT DTSM.'SDT PAGE; 25 -999.250 0,000 13.461 -999,250 2.045 20.000 4X9,000 56.531 1,368 -999.250 -999,250 98.200 98,000 0,001 1241,600 0,000 56,531 121'7.000 171.237 0.000 t3 016 - 9:25o 5O 409.500 67:563 -999 250 98.,400 94,000 000! 1.1.74800 o o0o 67563 1206000 -99~,250000 ~"086 '999,250 I 378 -999 25O -999 25O 100 300 115 000 .IS Tar~e Verification [..istinc 'c~.].umberger Alaska Compt]tin~ Center COdeC.SOT 0.927 COHS.$DT 7T?.SDT 0.000 TT3,SOT LTT~.SDT ~q4.800 [.TT].MDT ~FSP.SDT ~0.000 SP.SDT TFM:S.SOT 5272.000 ~TEM.SDT DT.PTE 99.208 DT.I~P DTST.PTg -999.250 DTST,ITP OFSM.$TC ~0.000 QFST.STC ~E~;M.STC 5272.000 GR.CSG ~.TE~.CSG -9~9.250 H'rE~I,CSG DFP%. 6600,000 SFLU, SP.PTE -1~9.375 IDPH, IDOF.DTE 0.000 IIRD.DTE 692,000 IIXD. CALI,DTE ]~,664. TENS, ~TE~3.DTE ~239,000 LbS, SP.DL[, -999,~50 MRES.OL[. '999,250 HTE. N, DTL~.SDT 103.900 DTLF, COMC,SDT 0,936 COHS, TT2.SDT 0,000 TT3. LTT~.$DT 1018.000 LTT3. WFSB,SDT 10,000 SP. T~N$.SDT 5248.0.00 ~TEM OT.PTE 103,365 DT DTST,PTE -999,250 DTST OFSH,STC 10,000 OFST TENS,STC 5248,000 GR ~T~]~,CSG -999,250 MT~N DTE DTE DTE DTE DTE DLL DLL DLL MDT SDT MDT MDT MDT MDT ITP STC CSG DEPT SP IDOF IIRD CAb! HTgN SP MRE$ DTL~Y COHC TT~ i.,TT2 WFSH TENS DT DTST TENS . 6500,000 SFLU,DTE .DTE -82,625 IDPN,DTE ,DTE 0,000 IMOF,DTE ,DTE 354,000 IIXD.DTE .DTE 14,094 TENS,DTE ,OTE 133~,000 LLS,DLL ,DbL -999,250 GR,DLL 'Db[, -999,~50 HTEN,DLL .$DT 178,600 DTLF.SDT .MDT 0 873 COHS,SDT MDT 0:000 TT3,SDT MDT 1050,400 LTT3,$DT MDT 1.0,000 SP.SDT S'OT 5624,000 ~TEM,$DT PTE 99,288 DT.ITP PTE '999,250 DTST,ITP .STC ~.,000 O.FST,STC ,STC 5~ 000 ,CSG -999:250 MTEN,CSG DEPT, SP,DTM IDOF,DTE IIRD,DTE 6400,000 SFLU,DTE -58,094 IDPH,DTE 0,000 XMOF,DTE 302,000 IlXD,DTE 20-APR-{990 10:34 0.270 COST.MDT 0.001 TT4.SDT !400.800 LTT4.SDT 128.875 CALM,MDT 127.750 ~RESoSDT 99.205 DTS~,PTE -999 250 RSHC,STC -999:250 G~,STC '999.250 TEN$,CSG '999.250 3.711 1.056 0.000 192.875 5248,000 -999,250 -999.250 -999 ~50 103:000 0.254 0 001 1440 400 -149 3'75 ! 365 -999 250 '999 250 "999 250 -999 250 3 998 2 340 0 ~00 25 56~ 000 -999 250 -999 250 -999 0 0,277 0,001 1473 200 'B2 625 2 813 19~ 288 -9 25O -99 99~ 250 '-. 250 2,0B4 2.834 0,000 47,281 IL~,DTE I~PM,DTE CIDP,DTE IIRa,OTE MTEM,OTE LLD,DLL TENS,D/,L DT,SDT DTCO,$DT COST,MDT TT.4,$OT 5TT4,SDT CALM,MDT MRES,SDT DT$~,PTE RSHC,STC GR,STC TENM,CSG ILM,DTE IMPH,DTE CIDP,DTE IIRM,DTE MTEM,DTE LLD,DLL TENM,DLL DT,SDT DTCO,SDT COST,MDT TT4,SDT LTT4,SVT CALS.,SDT ~RES,SDT DTS~,PTE ~SH~.,STC O ,STC T~NS,CSG iLM,DTE IMPH,DTE CIDP,OTE IIRM,DTE 0.432 676.000 1196.000 12.898 1,378 -999.250 999.250 47.156 999,250 TTI.$DT [,TT1.SDT WFC.$DT GR.SDT FITE~.SDT DTS~.ITF QFCO.STC CALI,STC MRES,CSG , 946. 699 127, -999, -999. ~03 103 0 683 1228 12 1 -999 -999 32 -999 294 296 500 500 250 250 250 500 000 609 600 400 664 385 25O 250 78~ 250 ILD.DTE IFRE.DTE CIMP.DTE GR,DTE MRES,DTE CALS.D[.,L ~TE~.DLL DTL,SDT DTSM.SDT TTI,SDT I.,TT1.SDT GR,SDT HTEN,'SDT DTS~,.ITP QFCO,STC CAbI,STC MRES,CSG 2~ 2 427 382 1.26 -999 -999 103 98 0 .7 1 -999 -999 54 -999 ILD,DTE IFRE.DTE CIMP..DTE GR,DTE HRES,DTE CALS,DI, L MTEB,DLL 422 10 250 250 I00 DTL,SDT 000 DTS~,SDT 953 TTI.,M'OT 000' bTT1.SDT 000 WFC.SDT. 094 .GR,SDT 379 H~EN.,'SDT 250 DTSM.XTP 250 QFCO,'STC 250 MREM,CSG 2 611 2i561 352 500 355,500 ILD DTE IFRE:DTE GR,DTE PAGE: 26 0.001 1199.600 0.000 47.156 1194.000 -999,250 0.000 12.898 -999,250 1.047 20,000 771,000 32.781 1,385 -999.250 -999.250 103.300 132,000 0,00! 1232,000 0,000 32,78~. 1239,000 '999,250 0,000 12',664 '999,250 2,283 O0 '54,813 1',379 '999,250 '999,250 101',200 131',000 0,001' 126~.,800 ,000 54,'8i3 1333,000 "999.250 0 000 14:094 "999'250 2 7.79 20!000 39O 250 66,435 :I$ Ta~e Verification 1.1stina 'chlumberoer Alaska Computing Center CALT.I)TE 14.g92 TEN$,DTE gTF~.DTE 130b.000 LLS.DLL SP.DLL -999.250 GR,DLL MRES.DLL -999.250 HTEN.DLL DTLN.SDT 9~.000 DTLF,SDT COHC.$DT 0,773 COHS.$DT ?T2.$DT 0,001 TT3.$DT LTT~.SDT 990.400 LTT3.SDT WFSH SDT 10.000 SP.SDT TEN$~SDT 5332,000 MTES.SDT DT PTE 11.4,502 DT DTST.PTE -999,250 DTST,ITP OFSH.STC 10,000 OFST,STC TEN$.$TC 5332,000 GR,CSG ~?E~,CSG -999.250 'HTEM,CSG DEPT. 6300,000 SFLU,DTE SP,OTE -91,500 IDPH,DTE IDOF.DTE 0 000 I~OF,DTE I)RD.DTE 41~:250 .IIXD.DTE CRSI.OTE 1.4,320 TEN$,DTE HTEN.DTE 1205.000 LLS,DLL SPoDLL -999,~50 GR.DL[, ~ES.DLL -999.250 HTEN,DLL DTLN SDT 112.100 DTLF,SDT CGHC:SDT 0.834 COHS,$DT TT2,SDT 0,001 TT3,$DT LTT~oSDT 1094,400 LTT3,SDT WF$~ SDT 3 000 SP,$DT TENS!SD? 51201000 ~TE~,SDT DT PTE 110 262 TDT,ITP DT$~,PTE '999 250 O ST,ITP OFSH,STC 10,000 OFST,STC TENS,STC 5120,000 GR,CSG ~TE~,CS~ -999,250 HTEN,CSG DEPT SP IDQF IIRD C.RbI DTLN TT2 LTT2 TENS DT DTST ~FS, TENS :DTE -$].000 IDPH:DTE o ooo ..)~E 209,125 IIXD,DT~ ,DTE ~,844 TENS,DTE ,DT.,E 12 .000 LbS.,DLb ,DLb -999,250 GR DLL ,DLL -999,250 HTEN:DLL ,$DT ~1.4,400 DTLF,SDT ,SDT 0,700 COH$,SDT ,SDT 0 001 TT3,SDT ,SDT 1145i200 LTT3..$DT ,SDT 0 000 SP,$DT ,SDT 5244 000 MTE~,SDT PTE 104 307 DT,ITP PTE -999,250 DTST,ITP STC 10,000 ~FST STC STC 5244,000 GR:CSG CSG -999,250 HTEN,CSG 10:34 332,000 ~999.250 =999.250 =999,250 97.600 0,896 o.001 1425.600 -58 694 126 375 114 502 -999 250 -999 250 -999 250 -999 250 2 318 1:973 0,000 69,188 120,000 ~999,250 -9 .250 110,600 0,929 0 001 1521 6OO -91 500 1.26 188 110 262 -999 250 -999 250 -999 250 -999 250 3 098 4 340 0 000 30 344 5244 000 '99~ 250 · -99 250 "999 '2.50 115 ~00 0 910 0 001 1642 000 ~83 000 25 688 104 307 -999 250 -999 250 '999 250 '999 250 PTEP,DTE [.LD,DLb TENS,DLL DT,SDT CO~T DT TT4,SDT LTT4,SDT NRES DT DTSN,PTE RS~C,$TC GR,STC ~ENS,CSG IL~,DTE IPPH,DTE CIDP.DTE IIRN,DTE LLD,DLL TENS,DLL DT,SDT DTCO,$DT COST,SDT TT4,SDT LTT4,SDT S,SDT CA s MR .SDT DTSM,PTE RSHC,STC GR,,STC TEN$,CSG ILM,DTE IPPH,DTE CIDP,DTE IIR~,DTE MTEM,DTE LbD,DLL ~ENS,DLL DT,SDT DTCO,SDT CC]$T,SDT TT4,SDT bTT4,'$DT CALS,SDT MRES,$DT DTSM,PTE RS~C.,STC .GR,'STC TENS,CSG 126. -999. -999. 99. 111. O, 688 1220 14 1 -999 -999 66 -999 2 2 506 455 126 -999 -999 1.14 0 738 1313 14 ! -999 -999 49 -999 4 3 230 219 125 -999 -999. 118, o: 77~ 1409 -999 -999 48 -999 375 250 250 400 o0o 5]7 000 4OO 992 ]99 250 250 438 25O 023 006 750 750 188 250 250 800 000 000 400 200 320 390 25O 250 5OO 250 277 965 250 125 688 250 250 9OO 000 000 6OO 6OO 25O 25O 25O ~RES,DTE CALS.DLI. ~TE~.DLL DTL,$DT DTS~.SDT TTI.SDT LTTI,SDT WFC.SD~ GR,SDT HTEN.$DT DTSN,ITP QFCO,STC C~LI,STC MRE$,CSG ILD ~TE IFRE:. TE CINP.DTE GR.DTE MRE$ DTE ~TEM.DSL DTL,$DT DTSM.8DT TTI,SDT LTTI,SD~ WFC,'$D~ GR.SDT HTEN,SDT [)TSM,ITP OFCO,STC CALI,STC MRES,CSG ILD,DTE IFRE.DTE CINP,DTE GR,.DTE MRES.,DTE CAI, S,.DLL MTEM,DbL DTL,SDT DTMM,SDT TT1..,.SDT LTT'I,SDT W'FC,$DT GR,$DT HTEN,MDT DTSN,.ITP OFCO,MTC CALI.,STC MR'EB,CSG PAGE: 1.399 =999.250 -999.250 96.700 115'000 0,00! 1221,600 0,000 66,438 1306.000 -999,250 0,000 14,992 '999,250 1',882 20,000 498.250 · 9 469 .1 390 -999 250 -999 250 111. 300 193 000 0,00! 1324,000 0 000 49 469 1205 000 -999 250 0 000 14 320 · -999 250 4,258 '20,000 ,656 99~''391 - ;,2S0 "999,250 '~19,900 '194,000 o...ool 1398,400 0,000 48,656 1259,000 250 "999,000 -999,250 27 Tape Verification I,.l. stino chlumberger Alaska Computing Center OFPT. 6100,000 SPLU.DTE SP,DTE -106,250 IDPH,DTE ICOF,OTE 0,000 IMOF.DTE IIRD.D~I'E 374.000 IIXD.DTE ChL!.DTE 13,141 TENS,DTE HTEN.DTE 1261,000 LLS.DLL SP.DLL -999,250 GR,DL[.. ~E$.DI.,L -999.250 HTE~.DLL DTI.,~'.SDT 110,500 DTLF.$DT COHC,SDT 0,864 COH$,SDT TT~.$DT 0,001 TT].SDT I,TT~.SDT 1174.400 bTTS.SDT WFSf~,SDT 0,000 SP,SDT TENS,SOT 5124,000 ~"TEM,SDT DT.PTF 1~1,528 OT,ITP DTST,PTE -999.250 DTST,ITP OFSW.STC 10,000 OFST.$TC TE~S.STC 5124,000 GR,CSG ~TE~.CSG -999.250 HTEH,CSG DEPT. 6000,000 SP,DTE -128,125 IDOF,DTE 0,000 gTE 491.000 CAI.,I,rTE 13,438 $P:DbL -999:250 M~ES,DI.,[, -999,~50 DTLM,SDT 116,300 C~MC,SDT 0,905 TT2 SOT 0,001 W S SDT 10,000 TENS,SOT 5052'000 DT.PTE 118,804 ,250 DT~,PTE -999 OF ..,$TC lO,O00 ~ ~,CSG 999,250 DEPT, SP,DTE IDQF,DTE IiRD,DYE CALI,DTE MTEN,DTE SP,DLI., ~E$,DLb DTLN,$DT MC,MDT C~T2,MDT LTT2 MDT TENS,MDT 5~00,000 87,875 0,000 257,000 13,984 261 000 -999 250 103 200 0 791 0 000 1057 200 10 000 4980 000 SFLU,DTE IDPH,DTE IMOF.DTE IIXO,DTE TEN$,DTE I..,b$,DL£, GR,DLL BTEN,DLb DTLF,SDT COHM,SDT TT3,$DT LTT3,$DT SP,SDT STEM MDT DT ITP DTST QFST STC OR CMG HTEN SFhU,DTE IDPH DTE IMOF DTE IIXD DTE TENS DTE LbS DLL GR DLL H'r~N DbL DTLFiSDT COHS MDT TT3 MDT bTT3,MDT SP,'SDT MTEM,$DT 20-APR-1990 10:34 3,311 IL~,DTE 2,203 I~PH,DTE 0.000 CIDP,DTE 55,875 IIR~,DTE 5124.000 ~.~TEM,DTF -999.250 L[.D,DLL -999,~50 TENS,DLL -999.~50 D~,SDT 122.500 DTCO,SDT 0,~45 COST,$DT 0,001 TT4,SDT ~586,800 LTT4.MDT -106,250 CAbS,SOT 125.1~8 MRES,SDT 111.528 DTSh,PTE '999,250 RSHC.STC '999,~50 GR,STC '999.250 T~iNS,CSG '999,250 3.428 1,588 0,000 .107.8i3 5052,000 -999.250 -999,250 -999,250 1~6,300 0,670 o o01 1.559 600 -128 125 625 124 118 804 ~999 250 999 250 - 99 250 5 129 3 400 o o00 38 906 4980 000 ~999 250 -999 250 -999 250 104 000 0,499 0 00! 1.523i600 -87. 875 123 81~ I£.~,DTE IgPH,DTE CIDP,DTE IIRM,DTE MTEM,DTE bt~D,Dt, b TENS,DbL DT,$DT DTCO,$DT COST SOT TT4:SDT LTT4 SDT CALM:SOT DTMM,PTE RShC,$TC GR,STC TENM,CMG 'ILM,DTE IgPH,DTE CIDP,DTE IIRM,DTE gTEM,DTE LLD,DLL 'TENS,DBB DT,SDT DTCO.,SDT COST,MDT TT4.,MDT LTT4 MDT CAbS:MDT MRES,SDT , 2, 453, 434, 125, -999, -999. 113. 312, O. 778 1381 13 1 -999 -999 . 62, -999, . 1. 629, 507. .12'4, 999, -999, 1~5. 0 758 130S 13 -999 -999 53 -999 3 .293, 268 123 -999 -999 103 10! 0 .735 131.I 1 1 127 125 750 o00 188 250 250 400 000 000 800 200 141 405 250 250 406 25O 811 801 500 250 625 250 250 400 .0 O0 698 400 000 438 416 250 250 406 250 484 600 750 000 250 250 600 000 854 200 400 984 438 ILD,DTE IFRE,DTE CIMP.DTE G¢.DTE MRES.DTE CALS,DI..L MTEN,DLL OTb,MDT DTSM.SDT TTI,$DT bTTI,SDT WFC,SDT HS'EN.$DT DTSM,ITP OFCO,STC CA[,I,STC HRE$,CSG ILD,DTE IFRE,DTE CI~P.DTE GR,DTE MRES.DTE CALS,DLL DTL,SDT DTMM,.SDT TTI,MDT LTTI.SDT WFC,SDT GR,SDT HTEN,SDT DTSM.ITP QFCO.STC CALI,STC MRES,CSG IbD,DTE IFRE DTE CIMP:DTE GR,D'TE MRES,DTE ~TEM,DLh DTL,~DT DTSN,SDT TTt,'MDT 'LTTI,SDT WFC,'SDT HTEN,$DT PAGE: 28 2,082 20,000 470,250 62,375 1,405 '999,250 '999,250 110,700 195,000 0,001 1384,800 0,000 62,375 261 000 0,000 13,141 -999,250 1,579 20,000 555,000 53,406 1,416 '999,250 '999,250 115 700 l :ooo o.0o1 1328,400 0,000 5~,406 1242,000 -999 250 0!o00 13.438 '999,250 3,336 20,000 277.,500 71,188 } 438 '-999 250 '-999 250 100 800 116 000 0 001 1328 000 0 000 71 188 .1261,,000 Tape verification I.,l$tinq chl. umberqer ~].as~a Computinq Center 20-APR-t990 10:34 DT.PTE 110.960 DT.ITP 110.960 DTSE.PTE -999.250 DTS?,PTF -999,250 OTST,ITP -999,250 RShC.STC -999,250 QFSH,STC 10,000 QFST STC -999.250 GR,STC 71,188 TEN$.STC 49~0,000 GRiCSG :999,2b0 TENS.CSG -999,250 MTEF,CSG -999.~50 HTEN.CSG 999,250 DEPT. 5800,000 SPLU,DTE SP,DTE -122,1~8 IOPH,DTE IDQF.DTE 0,000 I~OF,DTE ITRD.DT£ 401,000 IIXD,DTE C~LI.DTE 13,367 TEN$.DTE HTKN,DTE 1276,000 L[,S,DLL SP.DLL -999,250 GR.DLL ~RES,DL[., -999,~50 HTEN,DLL DTL~.SDT 116,400 DTbF.SDT C~C.SDT 0,940 C~H$,SDT TT2,SDT 0,000 TT3,SDT LTT~,SDT 1110,000 LTT3.LDT WFS~.SDT 10.000 SP.SDT TENS,MDT 4980,000 ~TE~,SDT DT PTE 114 844 DT,.ITP DTSTiPTE -9091250 DTST.ITP OFSIJ.STC 1.0,000 OFST STC TENS,S' ,,,TC 4980,000 GRiCSG ~TE~,CSG -999,250 HTEN,CSG 5700.000 '152,750 0 000 657 500 14 055 1289 000 -999 250 -999 250 .122,400 0,885 0 001 1139~600 10.000 4980,000 117 451 -999:250 10,000 980,000 ' 999,250 SFLU DTE IDPH~DTE IIXD DTE TENS DTE bbs Dbb GR DL~ HTEN.DLL DTLF MDT COH$:SDT TT3,$DT LTT3,$DT SP,$DT ~T~,SDT DT ITP DTST ITP OFST STC G~ CSG HT~ CSG DE.PT SP:DTE IDOF.DTE II~D,OTE CAL,I,DTE HTE~I,DTE SP.DbL ~RES,DLL DTLN,SDT COMC.SDT TT2 MDT LTT2iSDT WFSH,S~T TENS MDT DT:PTE DTST,PTE ~[$H STC N$iSTC ~TE~,CSG 5600,000 -79,500 0,000 247,125 1,4,773 1283,000 -999,250 -999,~50 105,100 SFLU OTE IDPH:DTE IMQF,DTE IIX'D,DTE TENS,DTE LLS.,DI..,L GR,DLb HTEN,DLL DTLF,SDT DEPT, SP,DTE IDOF DTE CALl DTE HTEN~DTE SP, DLL MRE$ DLL DTLN: MDT 4,367 2,020 0,000 68 375 49~0 000 -999 250 -999 250 -999 250 116,000 0.817 0.001 1573,200 .122,188 122,875 .114,844 999,250 -999,250 -999,~50 -999,250 l:l o 0 O0 168 ~25 4980 000 so 999 ~50 -999 250 120 900 -152 750 122 25O 117 451 "999 250 999 250 ' 999 250 999 250 3,166 3.500 3~'000 ,563 5004,000 ~999,250 "999 ~50 "999i250 105 8O0 IL~!,DTE IHPH,DTE CIDP.DTE IIRM,DTE MTEM,DTE LI.,D,DLL TENS,DLL DT,SDT DTCO.SDT COST.MDT TT4.SDT LTT4,SDT CAbS,MDT ~RES.SDT DTMM,PTE RSHC,MTC GR STC TENS:CMG 'IbM,DTE IMPH,DT£ CIDP,DTE IIRM DTE bLD Dbb T'ENM:DLL DT,aDT DTCO,SDT COST,MDT TT4,SDT LTT4,$DT CAbS,MDT MREM,SDT DT$~.,PTE RMHC,$TC GR.,STC TgNS,CSG I[,M,DTE IMPH,DTE CIDP,DTE IIRM,DTE MTEM,DTE LbD,DbL TENS,DLh DT MDT DTCO:SDT 2.375 2,402 494,750 390,000 1.22,875 '999,250 '999,250 142,300 116.000 0,721 746,400 1335.600 13,367 1,432 -999,250 -999,250 58,313 -999,250 ,1 356 I 370 884 500 669 000 1.22 250 -999 250 -999 250 122 4OO 11~ 000 611 773 60~ 1'376 40 14 055 1 450 :-999 250 -999 250 .36 844 -999 250 3 254 3 271 285 500 .286 750 1,21 500 ,-999 250 -999 250 lOB BO0 107 000 DTSM,ITP QFCO.STC CA[.I,STC MRES.CSG ILD.DTE ,DIE MRE$.DTE CAI,,S,DLL MTE~,DLL DTL,MD~ DTSM,SDT TTI,SDT LTTI..SDT WFC,MDT GR.SDT HTEN,MDT DTSM.ITP OFCO,'MTC CAbI.,STC MRE$,CSG ILD DTE IFREiDTE CIMP,DTE GR,DTE HRES,DTE CALM,DbL NTEM,DLL DTb,~DT DTSM,$DT TTI,MDT LTTI,$DT WFC,SDT GR MDT HTEN BDT DTSM. QFCO 'STC CALl STC ~RES CSG ILD,DTE IFRE,DTE CI~P,D~E GR,DTE MRES DTE CALS:DLL MTEM.DLB DTB,'gDI DTS~.SDT PAGE: 29 -999,250 0,000 13.984 -999.250 1.980 20.000 6,250 418.313 1,432 '999,250 -999.250 116.100 118,000 O,OOl 1340,400 0,000 58,~13 ~276,000 999,250 0.000 13 367 -999~250 I0 729,000 36,844 999,250 121,800 115,000 001 36,84.4 1289,000 0 14 055 -999:250 3,424 .20,000 305,500 71,688 1 467 "999 250 '999 250 .105 900 121 000 stlnu Ut[hq Center C£;HC.SDT 0.949 COH$.SDT TT2.SDT 0.001 TT3.SDT 5TT2.$DT 1104.Ro0 LTT3,SDT WFSN.SDT 10.000 SP.SDT TENS.SOT 5004.000 ~TE~,MDT DT.PTE 110.31.3 DT.ITP OTMT.PTF -999.250 DTST,ITP QFSH.STC 10.000 OPST,STC TEt~$ MTC 4748.000 GR.CSG NTEM:CSG -999.250 HTEN.CSG DEPT. 5500.000 SP.DTE -131.750 IDOF'.DTE 0,000 IIRD.DTE 4:30,500 CALl DTK 13.086 HTEN:DTE 1203.000 SP.DLL -999,250 HRES.DLL -999,~50 DTL~.$DT 116.800 CONC.$DT 0.953 ~T2.SDT 0,001 bTT~,SDT ~096 000 WFS~i.SDT 10:000 TENS.SOT 4640.000 DT.PTE 114,236 DTST PTE -999.250 OFSH:STC 10,000 TEN~ STC ~640,000 ~TE~:CSG 999,250 5400.000 0,000 734 000 14:375 227,000 !999.250 -999 ~50 119:400 0.940 0.00! 1128 4OO 10~000 4632,000 1!8,128 -999,250 10,000 4632,000 -999'250 DEpT IDO DTE IIR DTE CALI,DTE HTEN.DTE SP,DI.,L ~RES DLL Dm :SOT COHC.SDT TT2.SDT LTT2,SDT WFSN SOT TENS'SOT DT PTE DTST PTE ~FSH STC TENS STC 530O -84 0 267 ,000 ,563 .000 ,750 DEPT, SP DTE I, DOF:DTE 'IIRD,[TR SFLU.DTE IDPH.OTE I~OF.DTE IIXD,DTE TEHS.DTE hbS.Ol,b GR,DbL MTEN.DLL OTLF.SDT COHS.SDT TT3,$DT LTT3.SDT SP,SDT STEM.SOT OT,ITP OTST,ITP QFST.STC GR,CMG HTEM,CSG SFI.,U DTE X~QF DTE IIXDiDTE TENS DTB LbS DLL HTEN,DL~ DTLF,SDT COH'$,SDT TT3,SOT 3,MDT LTIp. SDT ~TEM SOT DT ITP DTST ITP OFST STC UR CSG MTEN CSG SFLU DTE IDPH!DTE I~OF DTE IIXD,DTE 20-APR-1990 10:34 0.733 COST.MOT 0.001 TT4.SDT 1524.800 LTT4.SDT -79.500 CALM,MDT 121.500 MRE$,SDT 110.313 DTM,.PTE -999,250 RSHC,STC -999.250 GR,MTC -999.~50 TENS.CSG -999.250 3.232 1.886 0.000 89,000 4640,000 -999,250 -999,250 -999,250 11.6,500 0.874 0 001 1536 80O -131 75O 114 ~ '999 250 -999 250 -999 250 -999 250 2.758 0 984 0 000 199 500 4632 000 -999 250 -999 250 -999 250 119 700 0.868 0.001 61 0 50O 119 313 il8 128 -999 0 -999. 50 -.999,~50 2,533 3,254 0,000 41:,156 IL~,D?E IMPH.DTE CIDP,DTE IIRM,DTE MTEM.DTE b6P, D I., [, TENS, O[..h DT, SOT DTCO.SDT COST,SOT TT4.SDT bTT4,SOT CAbS,MDT MR.ES,MDT DTS~,PTE RSHC,STC GR,STC 'TEN$,CSG 'IL~,DTE IMPH,DTE CIDP,DTE IIR~.DTE MTE~,DTE L.LD,Ob~ TENM.DLb DT MDT DTCO:SDT COST,MDT TT4,SDT bTT4,SDT .CAbS,SOT ~RES,SDT DTS~,PTE RSHC,STC GR.STC TENM,CMG ILM..DTE 'IMPH.DTE CIDP,DTE I'IRM,DTE 0,820 756,000 1315,600 14,773 1.467 -999.250 -999.250 77.688 -999.250 2,193 2.184 530.000 421.250 119.625 :999.250 999,250 117.700 114.000 0.000 752.8O0 1313,600 13,086 1.525 -999.250 -999,250 52.3?5 '-999,250 1',162 1,182 101.5,500 7.75 000 . 1,19.313 -999.25O -999.250 120,500 118,000 0,000 767.200 1363 600 14 375 1 517 -999 250 -999 250 34 813 -g99,250 2. 865 2 875 307:250 324,750 TT1.SDi LTT1,SDT WFC.SDT GR.SDT HTEN,$DT DTSM,IIP QFCO.STC CALI.STC MRE$.CSG ILD,DTE IFRE,DTE CIMP.DTE GR.DTE MRES.DTE CALS,DBL MTEM,DLL DTL.SD~ DTSN,SDT TT1.SDT LTT1,SDT GR DT HTEN 'SDT DTSM:ITP QFCO,STC CAbI.$TC NRE$,.CMG ILD,DTE IFRE,DTE CI'MP,DTE GR,DTE MREM,DTE NTEM,DLL DTL,MDT DTSM,'SDT TTI,$DT LTTI.'SDT WFC.SOT GR.SDT HTEN.'$DT DTSM.ITP QFCO,STC CALI.,$YC ~REM.CSG XLD,DTE IYRE,DTE CIMP.DTE GR.DTE PAGE; 0,001 1320,400 0,000 71,688 ~283,000 999,250 0.000 14.609 '999,250 1,852 20,000 457,500 52,375 1,525 -999.250 -999,250 116.400 196,000 0,001 1316 400 0 000 52 ~75 1203 000 -999 250 0 000 1~ 086 ,-99 250 0,956 20,000 845,500 34.781 1,517 -999 250 -999 250 .118' 900 196 000 0 · -99 250 0,000 4,375 · -9 9,250 '3,186 20 000 80,063 3O IS Tape Verification L.iStl~ cblumterqer AlasKa Computing Center CA[,I,DT~: 15.234 TENS.DTE HTE~, DTK ] 282,000 LL$.DLL SP. DLL -9g9 · 250 GR, MPE$.[)!,L -999,250 HTEN,DLL DTLN SDT 113.900 DTLF,SDT COMC~SDT 0,~60 COHS.SDT TT?.SDT 0,001 TT],SDT LTT2.$DT 1~83.600 [,TTB,$DT WFS~.SDT 0,000 SP.SDT TENS,SDT 4648,000 ~TEM,SDT DT.PTE 112.350 DT.ITP DTST.PTE -999.250 DTST.ITP OFS~.$TC 10.000 OFST.STC TFN$.STC 4648.000 GR.CSG MTE~:.CSG -999.250 HTEN.CSG 5~00.000 SFLO,DTE ,. IDQF,DTE 0.000 I~QF,DTE IIRD.DTE 23~.6~5 IIXD,DTE CtLI DTE lt.750 TEN$,DTE HTEF:DTE 1262.000 SP.DLL -999 250 GR DLL M~ES,DLL -999:250 HTEN:DLL DTLN,SDT 110,800 DTLF,SDT COHC.$DT 0,8!4 COH$,SDT TT2,SDT 0.O01 TT3,SDT LTT~.SOT 1184.000 LTTB,SDT WFS~,SDT 3.000 SP SDT TENS,SDT 4520,000 ~TE~:SDT DT.PTE 101,~39 DT,ITP DTST.PTE -999,250 DTST,ITP OFSH,STC 10 000 OFST STC T~N~,STC ~520i000 GR:CSG MTE~,CSG 999 250 HT~N,CSG oo.ooo sF u SP:DTE -114,000 IDPH:DTE IDOF DTE 0 000 IMOF,DTE II'R,D:DTE 264:250 IIXD,DTE CA'bI.DTE i4,556 TENS,DTE HTEN,DTE 1315. 000 L[,S,[)~ SP DbL '999~250 , GR.DLL M~ES ~ DI.,L -999 ~50 HrEN,D~L DTL,,SDT ~5: 100 DTLF,$DT COHC.SDT 0,8~.] COH$,SDT TT~,SDT 0,001 LTT2 SDT {145,200 LTT3,SDT WFS~{:SDT 0.000 SP,SDT TEN$,SDT 4608.000 MTEM.SDT DT,PTE 106 149 DT,'ITP DTST,PTE -999:250 DTST,ITP OFSH.STC 5,000 OFST.STC TENS.STC 4608,000 GR.CSG PTE~,CSG -999,250 HTEN,CSG 20-APR-1990 10:34 4648.000 ~TEM DTE -999,250 I.,LD:DLL -999,250 TENS.DbL -999.250 DT,SD~ 114,~00 DTCII.SDT O. 01 COST.SDT 0,001 TT4.SDT 1638.800 LTT4,SDT '84.56] CALS.SDT 118.938 M~ES.$DT 11~.350 DTSM,PTE -999.250 RSHC.STC -999,250 GR.STC -g99.250 TENS,CSG -999.~50 4,090 3.756 0.000 29,531 4520,000 -999,250 -999,250 -999,~50 111,ooo 0,865 0 1628 ~§0 118 5 101 839 -999 25O :999 250 .999 25O -999,250 2,611 3,268 0.000 36,906 ,,99 o250 .250 1,1 ,400 0,757 o 1592 0 ,,114 000 117 500 106 ~49 -999 '50 -999 250 -999 250 -999 250 IL~.DTE I~PH,DTE CIDP.DTE IIRM,DTE MTE~,DTE [,LO,PI,l,,, TENS.DLL DT.$DT DTCO,SDT COST,'SDT TT4,SDT LTT4,SDT CALS,SDT ~RES..SDT DTSH,.PTE RSHC,STC GR,$TC TENS,CSG IMPH,DTE CIDP,DTE 'IIRM,OTE ~TEM,DTE L~D.DL~ TENS,DL~ DT.SD? DTCO,SDT COST,SD? ,TT4.SDT LTT4,SDT ~S SOT DTS~,PTE RSHC,STC GR,STC TEN$.CSG 118.938 -999.250 -999 250 . 116,200 5.000 110.000 81.4,800 1420.400 15.234 1,564 -999,250 -999.250 80.125 -999.250 3,623 3,672 266,250 258.000 1.18 125 -999:250 -999 250 1.22 7OO 107 000 0 000 810 400 1399 600 14 750 1 6'10 -999 250 -999 250 74 125 -999 250 3 166 31102 305 75O 294 500 117 500 -999 250 -999 250 126 500 106 000 0 000 ~02 800 137X 20O 14 586 :6o7 -999,250 ~.,707 71.,250 -999.250 ~RES.DTK CAI,S.DI,L t~TE~:,DI.,L DTL,SDT DTSM.SDT TTI.SDT bTT1,SDT WF'C.$DT GR,SDT HTE~.SDT DTSK.ITP OFCO.STC CADI.STC MREM.CSG II, D.DTE IFRE,DTE CIMP.DTE GR,DTE MRES.DTE CALS.DLI~ MTEM,DLL DTL,SDT DTSN.SDT TTI.SDT LTTI,.SDT WFC.SDT GR,$DT HTEN,SDT DTSM.'ITP OFCD,STC CAI.,I,'STC MRE$.CSG IILD,DTE FR.E.DTE CIMP,DTE GR.DTE MRES.DTE MTEM,D~L DTh,'SDT DTSN,'SDT TTI,SDT LTTIjSDT WFC.SDT G~.'SD~ HTEN,$DT DTS~.'ITP QFCO.STC CALI,STC ~RES.CSG PAGE: -999, -999, 115, 196, O. 1426· O, $0, 1282, -999, O. 15. -999, .20. 272. 74, 1, -999, -999 194 0 1404 O, 74 1262~ -999, O, t4 -999: 20, '322. .71, '999 117 ~95 0 1386 0 71 1315 0 1.4 '"999 31 564 25O 25O 40O 000 001 4OO 000 063 000 250 000 234 25O 648 000 25O O63 610 250 250 50O 000 001 000 000 063 000 250 000 750 250 211 000 250 i88 607 250 25O 400 000 001 40O 000 188 000 178 000 586 250 IS Tape Verification £,lstinq chlumber<~er Alaska ComputinO Center D~;P?, 5000,000 SFbU,DTE SP,DTE -1}1,313 IDPH,DTE IDOF,ETE 0,000 I~OF,DTE I].RD DTF 2)9.750 IIXD.DT~ C~LI:DTE 15.461 TENS.DTE HTE~.DTF 1249.000 LLSoDLL SP.D[.L -999.250 GR.DLL ~RES.D[.L -999.250 HTEN.DLI. DTLN.SDT 11~.]00 DTLF.SDT COHC.SDT 0.849 COHS.SDT ~T?.SDT 0.001 TT3.SDT LTT2.SD~ 1166.000 LTT3.SDT WFS~.SDT 10.000 SP.SDT TE~S.SDT 4364.000 ~TE~.SDT DT,PTE 105.306 D'r,ITP DTST.PTE -999.250 DTST.ITP OFSH.STC ~0.000 OFST.STC TENS STC 4364.000 GR.CSG ~TE~':CSG -999.250 BTEN.CSG DEPT. 4900.000 SFLU.DTE SP.DTE -151.875 IDPH.DTE IDeF.DTE 0 000 IMQF.DTE I~RD DTE 414~500 IIXD.DTE C,LI:DTE 13,148 TENS.DTE BTEN.DTE 1264.000 L~S.Dbh SP.DbL -999.250 GR.DLL ~ES DLb -999 250 HTEN.DLL DTL~:SDT 11]!800 DTLF.SDT CGHC.SDT 0 928 CO~S.SDT TT2.SDT 0.001 TT3.SDT LTT2 SOT 1098 400 LTT3.SDT WFSH:SDT ~0:000 SP.SDT TENS SDT 4368.000 ~TE~.SDT DT:PTE '113.321 DT,ITP DTST.PTE -999.250 DTST.ITP QFSB.STC 10.000 QFST.STC TE. NS.STC 4368.00() GR.CSG ~TE~.CSG -999.250 HTEN'.CSG DFPT. 4800.000 SFLU DTE SP.DTE '-119,688 IDPHiDTE ID~F.DTE 0.000 I~OF DTE iIRD.DT~ 430.500 IIXD.DTE CA~I.DTE 17,~59 TENS.DTE HT~.DTE 1272.000 ~SS.Db~ . ~LL -999. 250 G~. DLL ~RES.DLL -999.250 NTEN.DLL 106.100 DTLF.SDT DTbN.SDT CO~C.SDT 0.876 COHS.SDT TT~.$DT O.OO1 TT3'SDT LT'T~.SDT 1158,400 LTT3.SDT WFSH.SDT 10 000 SP SDT TENS.SDT 4260:000 ~TEM:SDT 20-APR-~990 10:34 3.994 4.008 0.000 25.375 4364.000 -999.250 -999.250 -999o~50 111,400 O.S4~ 0 -111.313 117 000 ~05 306 -999 250 -999 250 -999 250 -999 250 4 2 0 000 4368 0 -999 ~50 -999 50 -999.~50 113.500 -15.1' $ 5 115 -999 0 -999 250 -999 250 -999 250 2,758 1.489 :ooo 5 '999.250 '999. 0 O, 3 0 -11~ 688 !L~!.DTE I~!PH.DTE CIDP.DTE IIR~.DTE HTE~.DTE LI.D.DLL TENS.DLL DT.SDT DTCO.SDT COST.SDT TT4.SDT LTT4.SDT CALS.SDT ~RES.SDT DTS~.PTE RSHC.STC GR.STC TENS.CSG CIDP. IIRM ~TEM! bbD TENS. DT. DTCO, COST TT4: LTT4. CABS. MRES, DTSM. RSHC, G~, TENS, It, M, INPH. CIDP. 'IXR~, MTE~. LLD, TEN~, Dr., DTCO. COST. TT4 LTT4.: CABS. MRES. DTE T~ D E DT~ DT£ DTE 6DT SDT SDT SDT PTE STC OTE DTE DTE DTE SDT SDT SDT SDT SDT SDT SDT 3.807 3.898 249.375 245 875 117.000 -999.250 '999.250 120.000 104.O00 0.884 797.200 1395.200 15.461 1.641 '999.250 '999.250 75.563 '999.250 2 348 2 344 506 000 '-999 250 -999 250 114 700 114 000 0 683 743 200 1325 0 I 639 -999 250 -999 0 -999 250 1,908 1,791 671.000 482 ]50 115 13 -999 250 -999 250 11~ 300 O0 10 0 0,942 796,800 1404,400 17.359 1.624 ILD.DTF IFRE.DTE CXMP.DTE GR.DTE MRES.DTE CAI_.S.DbL MTE~.DI.L DTI..SDT DTS~.SDT TTi.SDT [.TTI.SD~ WFC.SDT GR,SDT HTEN.$DT DTS~.ITP UFCO,STC CALI.STC MRES.CSG I[.D.DTE IFRE.DTE GR DTE MRES DTE CAbS PLb STEM DLL DTL.SDT DTSM,SDT TTI,'SDT LTTI.'SDT WFC.SDT GR.SD~ HTEN.SDT DTS~.ITP OFCO'S?C CAhI~STC ~RES.CSG IbD.DTE IFRE DTE CIMP DTE GR DTE MRES DTE CAbS Dbn MTE~ DbL DTL SDT DTS~ T'T~.SDT bTTI,SDT WFC,SDT GR...SDT HTEN.'SDT PAGE{ 3.900 20,000 256,250 75,563 1,641 '99g.250 -999.250 112,500 105,000 0,o01 1394.800 0.000 75,563 1249,000 '999.250 0,000 15,461 '"999.250 1,937 20,000 426,250 "999 250 "999 250 113 ~00 105 00 0 001 1330 400 0 000 48 313 t264 000. -999 250 0 000 13 148 -999 250 .2 00 2~ ooo 55 71 125 I 624 '999 250 '-999 11~ 000 0,001 140~,800 71 ,000 .125 1272.000 IS Tape Verification LlstlDq chlumberger Alaska ComPut~,O Center DT.PTE 101.444 DT.ITP DTST.PTE -999.250 DTST.ITP OFSH.STC 10.000 OFMT.STC TENS.STC 4260.000 GR.CSG MTE~.CSG -999.250 HT£N.CSG DEPT. 4700.000 MFLU.DTE SP.DTE -i25,813 IDPH.DTE IDOF.DTE 0.000 I~QF.DTE ITRD.DTE 241.125 IIXD.DTE CALI.DTE ]5.180 TENS.DTE HTE~'.DTE ~245.000 LLS.DLL SP.DLL 2999.250 GR.DLI.. ~RE$.DL[. 999.250 DTL~.SDT 112.800 DTLF,SDT COHC MDT 0.893 COHS.SDT TT2iSDT 0.001 TT3.SDT LTT~ MDT 1~24.000 LTT3.SDT WFS~.$DT 10.000 SP.$DT TENS.MDT 4192.000 ~TEM.SDT DT PTE 1~4.269 DT.ITP DTST:PTE '999.250 DTST ITP OFS~.STC 10,000 .STC TENS.STC 4192.000 GR,CSG MTE~.CSG -999.250 HTEN.CSG SFLU. IDPH., I~QF. IIXD, TENS LLS DTLF COHS. LTT3 SP, ~TEM, DTST, QFST, HT~N, D~PT 4500..000 SFLU,DTE SP~DTE '146,375 IDPH,DTE IDOF,DTE 0,000 IMOF,DTE IIRD.DTE 373.750 IIXD.DTE CILI.DTE 14 000 TEN$..DTE HTEN.DTE 1257i000 SP,DLL -999 250 GR.DLL MRES.DLL -999 250 HTEN.OLL DTLN.SDT 1'14.300 DTLF.SDT DEPT. 4600.000 SP.DTE -169.125 I~OF DTE 0 000 CALI.DTE 14,609 HTE~,DTE 1283,000 SP.DLb '999 ~50 ~RES.DLh -999~ 50 DTLN.MDT 1,17,600 COMC.SDT 0,896 TT2.SDT 0,001 LTT;.$DT 1.128.400 WFS}).SDT 1.0,000 TENS.MDT 4188 000 DT.PTE 11.7!105 DTST.PTE -999 250 OFSH.STC 10 000 STC 18S 000 MTE~:CSG '999:250 DTE DTE DTE DTE DTE DLL DLL DLL MDT MDT MDT gDT MDT ITP STC CSG 20-APR-1990 10:34 101.444 DTS~.PTC -999.250 RSHC.STC -999.250 GR.STC -q99.250 TENS.CSG -999.250 4.469 ILM.DTE 3.590 IMPH.OTE 0.000 CIDP.DTE 31.422 IIRM,DTE ~192.000 ~TEM.DTE 999.250 LLD.DLL ~999.250 TENS.DL~ 999,250 DT.SDT 112.700 DTCO,SDT 0.773 COST,MDT 0.001 TT4.SDT LTT4.SDT 1572.000 '1~5.81] CAbS,MDT 1 4 313 MRES.SDT 114~269 DTSM,PTE "999.250 RSHC,STC -999.~0 GR,STC '999. 0 TENS.CSG -999.~50 4.5)1 1,6 8 418B,000 '999, 50 -999.~50 -999.250 117.8~0 0,4 6 0 1594 ~0 -~69 125 13 625 117 to5 -999 250 -999 250 -999 250 '999 250 4, 1 .8 4132 000 -999 250 -99 .,,;°o 113 600 ILM,DTE 'IMPH,DTE DP,DTE ~IR~,DTE MTE~,DTE bLD,DLL TEN$,Db~ DT,SDT DTCO MDT COST MDT TT4 MDT bTT4 MDT CALM MDT MRES. SDT DTSM PTE RSMC. STC GR STC TEN$,CSG ILM,DTE I~PH,DTE CIDP,DTE IIR~,DTE MTEM,DTE I.,Lg,DLL TENS,DbL DT.'SDT DTCO.SDT -999.250 -990.250 71.125 -999.250 3.896 3.910 278.500 240 250 114 313 -999 250 -999 250 116 20O 115,000 0.794 779.600 1347.600 15.180 ].,646 -999. 72 438 -999~50 2 018 .2 020 595 500 457 000 113 625 -999 250 -999 250 119 100 118 000 0 587 764 000 1358 400 14.609 1,626 -999,250 9,250 '9~2.875 -999,250 2 674 2 686 449 500 347 250 ~1'2 438 -999 250 -999 250 O0 lO o DTMM.ITP QFCO.STC CALI.STC MREM.CSG ILD.DTE IFRE.DTE CIMP..DTE GR.DTE MRE$.DTE CALS.DDL MTEM.DLL DTL.SDT DTSM.SDT TT1.SDT LTTI.SDT WFC,SO~ GR,SDT HTEM.$DT DTS~,'ITP OFCO,STC CALI.STC MRES.CSG ILD DTE IFRE:DTE CIMP DTE GR DTE ~RES DTE CALM DbL DTSM TTi' LTT1. SDT WFC SDT DTSM.,.I. TP OFCO.STC MRES,~MG ILD.DTE IFRE,DTE CIMP.DTE GR,DTE MRE$,DTE CALS.DLL DTL,~DT DTSM.$DT PAGE: 33 '999.250 0,000 17.359 -999.250 3,498 20 000 255 625 72 438 1 646 -999 250 -999 250 113 800 113 000 0 001 1352 000 0 000 7 438 1,24~ 000 -999 250 0 000 80 1,635 20,000 44952,000 ,875 1,626 '999.250 '999.250 117,800 115 000 -999 250 0 000 $ 4 609 '-999 250 182 ooo o00 57 469 .1. 637 -999 250 "~99 250 15 000 11t 000 IS Tame verification Listing CblUmberger Alaska Computino Center COHC,SDT 0,919 COHS,SDT TT~.$OT 0.001 TT3,SDT LTT2.SDT 1115.600 LTTL.SDT WFSH.SDT 3,000 SP.SDT TFN$.SDT 4J32.000 MTEM.SDT DT.P~E 113,809 DT,ITP DTST.PTE -999.250 DTST.ITP OFSE.STC 10,000 QFST,STC TENS.STC 4132,000 GR,CSG NTK~.CSG -999,250 HTEN.CSG DEPT. 4400,000 SFLU.DTE SP.D?E -172,875 IDPH.DTE IPOF.DTE 0.000 IMOF,DTE II~D.OTE 583,000 IIXD,DTE CALI.OTE 18,125 TENS.DTE HTEN.DTF 1375.000 LLS.DL5 SP,DLL -999.250 GR.DLL ~E$.DLL -999,250 HTEN,DLL DTL~.$DT 126.900 DTLF,SDT COHC SDT 0.906 COHS,SDT TT2:$DT 0,001 TTL,SDT [.TT2,$DT ~1~7,600 LTTL,SDT WFS}~.$DT 10.000 SP.SDT TEN$,SDT 4248,000 MTEM,SDT DT,PTE 122,202 DT,ITP DTST,PTE '999,250 DTST,ITP O S..STC 10.000 OrS STC TE S,STC 248.000 ~TE~,CSG 999,250 HTEN,CSG DEPT. ~300 SP,DTE 166 /DOF,DTE 0 IIRD,DT~ 456 CALl DTE 18 HTENiDTE 1440 SP DLL -999 ~ES DbL -999 DTLN:SDT 120 C~HC SDT 0 T2:SDT 0 LTT~,SDT I162 WFSM,$DT TENS,SDT 4280 DT,PTE 11.8 DTST,PTE -999 QFSH,STC Io TENS STC 4280 MTE~}:CSG 109 DIEPT, .4200 SP,DTE 999 I~F,DTE -999 IIRD.DTE -999 ,000 ,500 ,000 250 i422 '000 25O ,250 ,800 953 001 4O0 ,000 000 138 25O 000 000 875 .oOo ,250 ,250 ,250 SFbU DTE IDPH!DTE I.~OF DTE IIXD DTE TENS DTE G~ DLL HTEN Dbb OTLF MDT COHS,SDT TT3.$DT LTT3,$DT SP.$DT ~TEM.,SDT DT.ITP DTST,'ITP OFST,$TC GR,CSG HTEN,CSG SFLU DTE IDPHiDTE IMQF DTE IIXD,DTE 20-APR-1990 {0:34 0.937 COST,SDT 0.001 TT4,SDT 1588,000 LTT4,$DT '~46.375 CALS,SDT 112,438 MRES,SDT 113,809 DTSM,PTE -999.250 RSHC,STC -999.250 GR,STC 3,8~2 1.2 9 0.000 142.125 4248 000 '999:2b0 '999,250 '999,250 126,600 0.8~1 0.0 1 1687. 11 938 ~22 202 -999 250 :999 250 999 25O -999 250 4 941 1 0 000 100 063 280 000 999 250 999 250 -999 250 120 200 0 891 0 001 1634 000 .-166 500 1 138 '999,250 '999.250 47,~5'0 1207, O0 ,,999,250 "'999, 0 '999,250 IL~,DTE XMPH,DTE CIDP,OTE XXRM,DTE MTEM,DTE LLD.DLb TENS.OLL DT,SDT DTCO,SDT COST,SDT TT4,$DT bTT4,SDT CALS.,SDT MRES.SDT DTS~,PTE RSHC STC GR:STC TENS,CSG ILM,DTE I~PH DTE CIDP:DTE MTEM,DTE LLD,DLL TENS,DLL DT 8DT DTCO SDT COST SOT TT4 SDT LTT4 SDT CALS,SDT ~RES,SDT DTS~.,PTE RSHC,STC GR,STC TENS,CSG ILM,DTE XMPH,DTE CIDP,DTE IXRM,DTE 0.893 747.200 1355.200 14,000 1 637 -999,250 -999.250 57,469 -999,250 1,609 1.615 769,500 568.000 111,9~8 -999,250 -999,250 127 900 127 000 0 884 802 400 1438 000 18125 1 643 -999 250 -999 250 38 438 -999 250 2 355 2 369 598 500 393 000 iii 438 -999 250 -999 250 123 8O0 118,000 0 912 785 200 140~ 600 I 422 1 651 -999 250 -999 250 48 000 3984 000 -999,'250 -999,250 :999,250 999,250 TTI.SD~ LT]'I.SD~ WFC.SDT ~.SD? HTEN.SDT DTSM.XIP OFCO.STC CALI.$TC MRES.CSG ILD,DTE IFRE.DTE CIPP.DTE GR.DTE bIRES,DTE CAI, S.DL5 ~TE~.DI.L DTL,SDT DTSM,SDT TT1,SD~ LTTI,$DT WFC,$DT GR,SDT HTEN,SDT DTSM.,I. TP CALI.$TC ~RE$,CSG ILD,DTE IFRE,DTE CIMP.,DTE GR,DTE MRES,,DTE CALS,DL, L ~TE~.DLL DTL..$DT DTSM,$DT TTI',SDT LTTI.'SDT WFC,$DT GR,SDT HTEN,SDT DTS'~ OFCO!STC CALI STC MRES CSG ILD.DTE IFRE.DTE CIMP,DTE GR.DTE PAGE: 34 0.001 1361.600 0,000 57,469 1257.000 -999,250 0,000 14,000 '999,250 1',276 20.000 619,000 38.438 1,643 '999,250 '999,250 126.500 119,000 0,001 1438,800 0,000 38,438 1375,000 '999,250 0,000 18'.125 -999,250 1. 711 2 42~ 000 000 48 000 I 651 '999 250 -999 250 .~20,400 119;000 0,,001 1408,000 0,000 48.000 ~440,000 999,250 0.000 18,422 1,691 '9.99,250 '999.150 '999. '50 "999,'250 .IS Tar'~e Verification bistina .chlu~berqer Alaska Computinq Center C~LI.DTE -909.250 TENS.I)TE HTEV.DTE -999.250 bLS.DLL SP.DI.[.. -99g.250 GR.DLL MPES.DI..L -999.250 HTE~.DLL DTLN.SDT -999.~50 DTLF.SDT COHC.$DT -999,~50 CO~S.$DT TT~.SDT -999.250 TT3.SDT LTT2.SDT -999.250 LTT].SDT WFS~.SDT 999.250 SP.SDT TE~S.SDT :999,250 qTE~,SDT DT.PTE 120.207 DT,ITP DTST,PTE -99g.250 OTST,ITP OFSH,$TC ~0 000 QFST,STC TF~S.STC -999:250 GR.CSG MTE~,CSG 110.~50 HTEN.CSG DEPT 4100.000 $FLU. SP:DTE -999.250 IOPH. IDQF.DTE -999.250 IIRD,DTE -9g9,250 IIXD, CALI.DTE -999.~50 TENS. HTEN.DTE -999,250 ~LS. $P DLL -999,250 ~{~ESiDLL -999,250 HTE~. DTLM SDT -999.250 DTLF, COHC SDT -999,250 COHS, T~'2,SDT -999,250 TT], LTT2,SDT -999,250 LTT3. WFSM SDT -999.250 TEN$:SDT -999.~50 ~TE~. DT,PTE -999,~50 DT DTST.PTE -999,250 DTST QFSH,STC -999,250 QFST TEN$.$TC -999,250 GR. ~TE~.CSG 110,250 HTEN DTE DTE DTE DTE DTE DbL DLL DLb SDT SDT BDT SDT SDT ITP STC CSG CSG DFpT, 4000,00.0 SFLU DTE SP,DTE -999,250 IDPH:DTE IDOF,DTE -999,250 I~OF,DT~ I'IRD.DTE 999,250 I~XD,DTE Z o, so HTEN.DTE -999, 50 LE,$,DL5 SP.,DL5 '999,250 GR,DLL ~RE$,DbL '999,250 HTEN,DLL DTLN.SDT '999,~50 DTLF,SDT COHC.SDT -999,~50 COHS,SDT TT~ SDT -999,250 TT3 SDT LTT2:SDT -999,250 LTT3:$DT ~FSH,SDT -999,250 SP,SDT TENS,SDT -999,250 ~TEM,$DT DT,PTE '999,250 DT,ITP DTST,PTE '999.250 DTST,ITP OF'S~,'STC -999,250 QFST,STC TENS,STC -999,250 GR,CSG "T~,CSG 1,10,375 HTE~.CSG 20-APR-1990 10:34 ~99 250 FTE~.DTE 99:250 LLD,DLL -999.250 TENS.DLL -999.250 DT.SDT -999.250 DTCO.SDT '999.250 COST.$DT -999.250 TT4,SDT '999,250 [.TT4,SDT -999.250 CALS,SDT -999.250 MRES,$DT 120.207 DTS~,PTE '999.250 ~$HC,STC '999.2b0 GR.STC 42.031 TEhS,CSG 1363,000 ,250 '999.250 '999 250 '999 250 '999 250 99~ 250 250 -999 250 -999 250 -999 250 -999 250 -999 50 -999 ~§0 -999 0 31. 3 1340 000 ~999 250 999 250 99 250 -999 250 -999 250 -999 250 -999 250 99 .. 250 -999 250 -999 250 -999 250 -999 250 -999 250 -99~ 250 -99 250 4! 750 1371 000 ILM,DTE I~PH,DTE CIDP,DTE MT~,DTE LLD,D55 TENS,DLL DT,SDT DTCO.,'SDT CO~T,$DT TT4,$DT LTT4,$DT CALS,SDT NRES,SDT DTSN,PTE RSHC,STC GR,$TC TENS,CSG IL~ DTE IMPH DTE CIDP DTE MTE~ DTE LLD DLL TENS OLL DT DTCO SDT COST $DT TT4,SDT LTT4,$DT CALS,SDT MRES,SDT DTS~.,PTE RSHC,STC GR,STC TENS,CSG -999. -999, -999. -999. -999. -999. -999. -999, -999. -999. -999. -999, -999. 4240, -999 -999 -999 -999 -999 -999 -999, -999, -999, -999. ~999, .999. .999, 999. '999, :999, .999. 4000, '999 "999 '999 '999 '999 =999 '999 '999 '999 '999 '999 -999 '999 '999 '999 '999 '999 4034 250 250 250 250 250 250 250 250 250 250 250 250 250 000 25O 25O 25O 25O 25O 25O 25O 25O 25O 25O 25O 25O 250 25O 25O 25O 25O 000 25O 25O 25O 25O 25O 25O 25O 25O 25O 25O 250 .250 250 250 250 250 250 000 NRE$.DTE CAL$.DLL ATEM.DLL DTL.$D~ DTS~.SDT TTI.SDT LTTI.$DT WFC.$DT GR.SDT HTEN.SDT DTS~,ITP OFCO.STC CALI.STC MRES.CSG ILD.DTE IFRE.DTE CIMP.DTE GR.DTE MRE$,DTE CALS.DLL MTEM,DLL DTL,$D~ DTSM,SDT TTI,$DT LTT~,SDT .,MDT HTEN.SDT DTS~,ITP CALl.S~ MRES,CS 'ILD DTE IFRE DTE CIPP DTE GR DTE MRE$ DTE CAL$ DbL DTL,SDT DTSN.SDT TTI,$D~ LTTi,$DT WFC,'SD'T GR,SDT HT£N,SDT DTSM,ITP OFCO,.STC CALI,STC MRE$,CSG PAGEI -999. -999. -999, -999, -999, -999. -999. -999, -999. -999, -999, O, -99~, -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 "999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 35 250 250 250 250 250 250 250 250 250 250 250 000 250 696 25O 25O 250 25O ~$0 ~0 2~0 0 25O 25O 2~0 ~0 686 25O 25O 25O 25O 250 25O 25O 25O 250 25O 250 25O 25O 695 ,.[8 Tare Verification Listing ;chlu~',berqer Alaska Computino Center DEPT. 3900.000 SFL(I,DTE SP.DIE -999.250 IDPH,DTE ]~OF.DTF -999.250 I~OF,DTE IIRD.DTE -999.250 IIXD,DTE C~LI.DTF -999.250 TENS.DTE HTE~I. DTE 9~9.250.- LLS.DLL SP.DLL ~999.250 GR.OLL ~RE$.IJLL -999.~50 ~TEi~.DLL DTL~.SDT -999.250 DTLF,SDT COHC.$OT ~999,250 COH$,SDT TT~.SDT 999.250 TT],SDT [.TT?.$DT -999.250 LTT3,SDT WFSM.SDT -999.250 SP,SDT T~'N$.SDT 999,250 ~TE~ SOT DT.PT~ ~999.250 DT:ITP DTST.PTE -999.250 DTST.ITP OFSH.STC -99g.250 QFST,STC T~IS.STC -999.250 GR,CSG ~TE~,CSG 110,375 HTEN.CSG DEPT. SP.DTE IDQF.DTE IIRD.DTE CASI.DTE HTEN,DTE SP.DLL MRES.DLL DTLN,SDT COHC,SDT TT2,$DT LTT2.SDT TENS,SOT DT PTE DTST PTE OFS~ STC TENS STC P~TEP CSG DEPT, SP DTE IIRD,DTE CAUI,DTE HTEN DTE M~ES,DLL DTLN.$DT CGHC SDT TT~iSDT 5TT2 SOT WFSM SDT TENS.SOT 3800.000 -999.250 -999.250 -999.250 -999.250 -999.250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 ,250 3700.000 -999,250 -999.,2'50 -999,250 -999.250 -999 250 -9992250 '999,250 '999.250 '999,250 '999,250 '999,~50 '999.250 '999.250 SFLU,DTE IDPH,DTE ]MQF,DTE IIXD DTE TENS:DTE ~SS,DLL GR,DLL ~TEN.DL5 DTLF,$DT CORS,SDT TT3.SDT LTT3 SOT ~TEM SDT DT ITP DTST QFST STC GR CSG MTE~ CSG SFLU.DTE IDPH,DTE I~QF,DTE IIXD,DTE TE~$,DTE tI~S,I)SL DTLF:SDT C'OHS,$DT TT3,SDT LTT],$DT SP,$DT ~TEM,$DT 20-APR-~ 990 1.0:34 -999.250 IL~.OTE -g99.250 -99g.250 CI. DP.DTE -999.250 IIR~.DTE -999,250 MTE~.DTE -999.250 LLD,DLL -999.250 -999.250 DT,$DT -999.250 DTCO.$DT '999.250 C~ST,SDT -999.250 TT4.$DT ~999.250 LTT4,SDT 999.250 CALS,SDT 999,250 ~E$,SDT 999.250 DT$~,PTE 999.250 RSHC,STC -999.250 GR.STC 45.813 TENS.CSG 1431.000 .-999.250 -999 0 -999 250 -999 250 -999 250 -99~ 50 -999 ~0 -999 2 0 -999 50 '999 ~5.0 -999 250 -999 250 -999 250 -999 250 -999,250 -999,250 44, I -999 250 -999 0 -99~ 250 -99 250 -99~ 250 -99 250 -999 250 -999 250 ~999 250 -999 250 -999 250 -999 250 -999 250 I[..g.DTE I~PH,DTE CIDP DTE ]IR~ DTE MTE~ DTE L~D Db5 TENS ObL DT SOT DTCO SOT COST SOT TT4 SOT LTT4 SDT CAL$ SDT MRES SDT DTS~ PTE ~SHC STC G~ STC II.,~,DTE I~PH.DTE CIDP,DTE IIR~,DT£ ~'TEM,DTE LLD,DSL TENS,DL5 DT,S.DT DT¢O,SDT COST,'SDT TT4~$DT LTT4,SDT .CAbS.SOT MRES,SDT -999.250 -999.250 -999,250 '999,250 '999.250 '999.250 '999.250 '999.250 ILD,DTE IFRE,DTE CI~P,DTE GR.DTE MRES.DTE CALS,DLL MTE~.DLL DTL.SDT -999.250 DTSM,SDI -999,250 TTI.SDT -999,250 bTTI.SDT -999,250 WFC.$DT -999.250 GR,SDT '999,250 HTEN,$DT '999,250 DTSM,ITP -999,250 OFCO,STC -999.250 CALI.STC 4128.000 ~'~RES,CSG -999,250 I.i~D.DTE -999 250 iFRE,DTE -999 250 CI~P.DTE -999 250 GR,DTE -999 250 NRES,DTE -999 I~ CALS.DLL -999 MTEN,D~L '999 250 DTL,SDT '999 250 DTSM.$DT -99~ 250 TTI.,SDT -99 i 250 LTTI,SDT '999 ~50 WFC,$DT -999 50 GR,:SD~ -999 ~50 HTEN.SDT -999 50 DTSM,ITP -999 250 OFCO,~TC -999 250 CALI,'$TC 4~60 000 ~RES,CS~ -999 250 I£,D,DTE 0 CI~P,DTE -999 250 GR,DTE -999 250 MRES,DTE -999 250 CAL$ -999 250 MTEM:D.LL -999 250 DTL,$DT -999 250 DTSM,SDT '999 250 TTI.,$DT '999 250 LTTI.,SDT '999 250 WFC,$D~ -999 2'50 GR,'SDT '999 250 HTEN,,SDT PAGE: 36 '999,250 '999,250 '999,250 '999 250 '999 250 '999 250 '999 250 '999 250 '999 250 '999 250 '999 250 '999 ~50 '999 250 -999 250 -999 250 -999 250 -999 250 1,6B5 -999 250 -999 250 -999 250 -999 250 -999 250 ..-999 250 ~999 250 ,-999 250 '~-999 250 '999 250 -999 250 -999 250 '-999250 -999 250 ""999 250 '999,250 '999 250 1, 689 '999,250 -999,250 -999,250 -999 250 -999 250 ''999 250 "999 250 '999'250 ~'999 250 '-999 250 "999 250 '999 250 .-999 250 "999 250 ,IS ~'ape Verification Listl, nq .cblumberger Alaska Computina Center 20-APR-1990 10:34 DT.PTK -999.250 DT.ITP 999,250 DTS~.PTE DTST,PTE -999.250 DTST,ITP 2999.250 RSHC,STC QFS~{.$TC -999.250 QFST.STC -999.250 GR.STC TFMS.STC -999.250 GR.CSG 35.000 TENS,CSG ~ITE~,C$C 110.063 HTEN,CSG 1485.000 ' DFP3. $600.000 SFLU,DTE SP.DTE -999.250 IOPH.DTE ID(~F.DTE -999,250 IMOF.DTE IIRD.DTF -999.250 IIXD,DTE C~[,.].OT~ -999,250 TENS,DTE ~TE~,DTE -~99,250 LLS,DLL SP.O[.L -999,250 GR,DLD ~ES,DLL -999,250 HTEN.DLL DTLN.$DT -999.250 DTLF.$DT COHC.$DT -999.250 COMS.$DT ~T~ SDT -999 250 TT],$DT GTT~:SDT -999:250 LTT],$DT wFSM,SDT -999,250 TEDS.SDT -999.250 ~TEM,$DT DT.PTM -999,250 OT.ITP DTST.PTE -999,250 DTST,ITP QFSH.STC -999,250 OFST,STC TFN$,$TC -999.250 GR,CSG ~TE~,CSG 109.625 HTEN,CSG DEPg:, 3500,000 SFLU,DTE SP,DTE -999,250 IDPH,DTE I~OF,DTE 999,250 I~OF,DTE IIRD,DTE ~999,250 IIXD,DTE C~bI.DTE -999,25(; TEN$',DTE MTEH.DTE -999,250 LL$,DI,,b SP DLL -999,250 GR Db5 ~RES!DLL -999,250 HTEN:DLL DTLM SDT -999,250 DTLF.SDT COHC,SDT -999 250 COH$,$DT ?T2.SDT -999i250 TT],$DT LTT~,SDT -999 250 LTT],SDT WFSH SDT -999,250 SP,$DT TEN$:SDT -999,250 MTEM,$DT DT,PTE -999,250 DT,ITP DTST,PTE -999,250 DTST,ITP OFS~,STC -999,~50 QFST,STC TEM$,STC -999 250 GR.CSG MTE~.CSG 109:313 HTEN,CSG DEPT. 3400.000 SFI, U DTE $P,DTE -999,250 IDPH:DTE IDOF,DTE -999,250 I~QF DTE I'IRD.DTE -999,250 IIXD:DTE C~LI.DTE -999,250 TENS,DTE HTEN.DTE -999,250 LL$,DLL SP,D[.,L -999,250 GR,DLL ~E$,DLL -999,250 MTMN,DI.L DTLNoSDT -999,250 DTLF,MDT -999.250 I[.~.DTE -999,250 I~PH,DTE -999.250 CIDP,DTE -999,~50 IIR~.DTE -999,250 ~TE~,DTE -999.2b0 LLD,DLL -999.250 TENS.DL[., -999.250 DT,SDT -999.250 DTCO,SDT -999,250 C~$T,SDT -999,250 TT4,SDT -999.250 LTT4,SOT -999,250 CALS,$DT -999,250 MRE$,SDT -999 250 DTSM,PTE -999!250 RSHC,STC -999 ~50 GR STC 37 406 TEN$:CSG 1520:000 ' -999 250 '999:250 -999,~50 '999, 50 '999 250 '999 250 -999 250 -999 250 '999 '999 250 '999 250 '999 250 '999 ~50 250 1546,000 -999 250 '999 250 -999 250 '999 250 '999 250 'i9'250 99,2.50 99,250 99,250 IL~,DTE IPPM,DTE CXDP,DTE IIRM,DTE MTE.~,DTE LbD,DLL TEN$,DbL DT,SDT DTCO,SDT COST,SDT TT4,SDT bTT4,SDT CAL$,$DT MRES,SDT DTSM,PTE RSMC,$TC GR.STC TENS,CSG 'XL~ DTE IMPH~DTE CID~ DTE ~TEM,DTE TENS,DL5 DT,$DT DTCO,$DT -999.250 Z999.250 999 250 4060:000 -999,250 -999.250 -999.250 -999,250 =999.250 -999,250 -999,250 -999.250 -999 250 -999:250 -999,250 -999,250 '999,250 -999,250 -999,250 -999,250 -999,250 4034,000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 50 -999 ~50 -999 25O -999 25O -999 25O -999 250 -999,250 -999 250 -999 250 -999 250 -999 250 3984 000 -999 250 -999 250 -999 250 :-999 250 -g99 250 -999 250 -999 250 -999 -999 250 DTS~,ITP QFCO.STC CAt. I.STC MRES.CSG XLD.DTE IFRE.DTE CI~P.DTE GR,DTE ~RE$,DTE CALS,DLL MTE~.DLL DTL,$DT DTSM,MDT TTI,SDT LTTI,$DT WFC,SDT GR.MDT HTEN,$DT DTMM.IT~ OFCO,$TC CALI,STC MRE$,CSG IbD,DTE IFRE,DTE CI~P,DTE GR.,DTE ~RE$ DTE CAL$:DLL MTE~,DLL DTL,$DT DTSM,&DT TTI,SDT LTTX.$DT WFC,SDT HTEN.,$DT DTSM,'ITP QFCO,'$TC CAi.,I,'STC ~RE$,.CSG ILD,DTE IFR. E,DTE CIMP,DTE GR..DTE CAb$:DLL DTL,SDT DT$~,$DT PAGE: 999.250 -999,250 1,688 -999,250 -999,250 -999,250 =999,250 -999,250 -999,250 -999,250 -999,250 -999,250 -999,250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 ~ 698 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 '999 250 '-999 250 -999 50 -999 ~50 -999 250 .-999 250 -999,,~50 '~999, 50 '999,250 "999,250 "999,250 1'.704 -999 250 -999 250 -999 2'50 -999 250 .-999 250 .'-999 250 -999 250 -999 250 '999,250 37 ,IS Tare veriftcat,ion Listino ;cbluff, berqer Alaska Computin0 (:enter COHC,SbT -999,250 CO~S.SDT TT2.SDT -999,250 TT3,SDT LTT$.SDT -999.250 LTT3,SDT ~FSU,SDT -999,250 SP,SDT TE~S.SDT -999.~50 ~TE~.SDT DT,PT~ -999,250 DT.ITP DTST.PTE -999.250 DTST.ITP OFS~.STC -999.250 OFST,STC TENS.STC -999.250 GR.CSG ~TE~.CS~ 109,000 HTEN,CSG DFPT. 3]00,000 SFLU,DTE SP.DTE -999.250 7DPH.DTE IDOF.DTE -999.250 I~OF.DTE IIRD,[~TE -999,250 IIXD.DTE C~LI.~7'E -999,250 TENS.DTE ~?EN.DT~ -999.250 Lt.,S,DLL SP,DLL -999.250 GR.DLb ~RE$.DLL -999,250 MTEN.DLL C~HC,SDT -999,250 TT~,$DT -999,250 TT SDT LTT~.$DT -999.250 LTT],$DT ~FS~.$DT -999.250 SP,SDT TENS.$DT -999,250 ~TEM,SDT DT,PTE -999,250 DT,ITP DTST,PTE -999,250 DTST,ITP QFSH STC 2~99 250 QFST,STC TFN$!STC 99:250 GR,CSG ~TE~ CSG 109,000 ~TEN,CSG DEPT, 3200 .DSP DTE -999 I,,OF:[.)TE -999 IIRD,DTE -999 C~L~,DTE -999 HTE~.DTE -999 SP,DLL -999 COH'C SDT -999 LTT~.SDT -999 ~FSH,$DT -999 TENS SDT -999 DT:PTE -999 DTST,PTE -999 QFSH.STC -999 TENS.STC -999 MTEM,CSG 109 000 SFLU,DTE 250 IDPH,DTE 250 IMQF.DTE 2SO IIXD DTE 250 TENS,DTE 250 bLS,Phb ,DLL ,250 GR ,250 HTEN DLh ,250 DTLF:$DT ,250 COHS,SDT ,250 TT3,SDT ,250 LTT3,SDT ,250 SP.SDT ,2.50 MTEM'.SDT ,2.50 DT,ITP ,250 DTST,ITP ,250 OFST,STC ,250 GR,~SG ,000 BTAM, DEPT 3100 SP*DTE -999 IDOF~'' DTE -999 I.YRD,DTE -999 ,000 SFLU,DTE ,250 IDPH,DTE .250 IMOF,DTE ,250 IIXD,DTE 20-aPR-lg90 10:34 -999.250 COST.SDT -999.250 TT4.SDT -999.250 LTT4,SDT -999.250 CALS.SDT '999,250 MRES SDT -999,250 DTS~:P'rE '999.250 RSHC,STC '999.250 GR,STC 38.906 ~ENS.CSG 1551.000 -999,250 ILM,DTE -999,250 I~.PH., DTE -999,250 CIDP.DTE -999.250 IIRM.DTE -999.250 MTEM,DTE -999.250 LI..['), DLL -999.250 TENS,[)Lb -999.250 DT,SDT -999.250 DTCO,SDT -999,250 COST,$DT -999.250 TT4,SDT -999.250 LTT4,SDT i99~,250 CAbS,SDT 99 ,250 MRES;SDT 99 ,250 DTSM,PTE -999.250 RSHC,$TC -999.250 GR,STC 25 016 TENS,CSG 1538;000 -999 250 '999!250 '999 250 "999 250 -999,250 -999,250 -99§,250 -999,250 -999,.250 -999,250 -999.2'50 -999,250 -999,250 '999,2.50 '999,250 -99 250 4 9 '999,250 '999.'250 '999,250 '999,250 ILM,DTE I~PH,DTE CIDP,DTE IIRM.DTE ~TEM,DTE · TENS DLL DT MDT DTCO COST MDT TT4 SDT bTT4,SDT CALS,SDT MRES,SDT DTSM,PTE ~SHC,STC ,GR,STC TENS'CSG ILM,DTE IMPH,DTE CIDP,OTE IIR~,OTE -999,250 -999.250 -999 250 -999,250 -999,250 -999.250 999.250 ~999.~50 3894.000 -999,250 999.250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 250 -999 250 -999 250 -999 250 -999 250 -999 25O 3754 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999250 -999 250 -999 250 '-999 250 -999 250 -999 250 '-999 250 '-999 250 ~999 250 -999 250 -999 250 ]614 000 -999.250 -999,250 -999,250 '999.250 TTI.SDT LTTI.SDT WFC,SDT GR.SDT MTg~,SDT DTS~,ITP OFCO,STC CALI.$TC NRES,CSG ILD,DTE I.FRE.DTE CIMP.DTE GR.DTE ~RES.DTE CALS.DLL MTE~,DLL DTL,SD~ DTSN.SDT TT1,SD~ LTT1.SDT WFC,SD~ GR.$DT HTEN,SDT DTSN.ITP ~FCO.$TC CA.LI.STC ~R. ES,CMG I[,D,DTE IFRE DTE CI~P DTE GR DTE NRES DTE DTb,SDT DTSM,$DT TT~.SDT LTTI.,'SDT G~.SDT HTEN SDT DTS~ QFCO STC CAb! STC MRES ~LD,DTE IfRE,DTE Cl~P,DTE GR,DTE. PAGE: '999,250 '999,250 '999,250 '999,250 999,250 ~999,250 '999.250 '999,250 1,701 '999,250 '999.250 '999,250 ~999,250 999,250 '999,250 '999,250 -999,250 999,250 999.250 999,250 '999,250 '999.250 '999..250 '999,250 '999,250 '999,250 1,709 -999 250 -999 250 '999 250 -999 250 -999 250 -999 250 -999:250 '999,250 "999,250 "999,250 '999'250 '999,250 '999,250 '999,250 '999,'250 '999,250 '~999,250 1,721 '999,250 '999,250 '999,250 '999,250 38 I~ ?ape verf~ic~t~on Listinq chlumberger A~aSK~ Computina Cen~er CALToDTE -999,250 TENS,DTE HTEN.OTF -999.250 LLS.DLL SD ObL '999.250 GR,DI.L .DLL -999,250 HTEN,DLL DTLNoSDT '999.250 DTLF,SDT COHC,SD? '999.250 COHS,SDT 7T~,SDT '999.250 TT3,SDT LTT~.SDT -999,250 LTT3.SDT WFSH.SDT 999,2B0 SP,SI)T TENS.SDT :9q9.250 qTE~,$DT DT,PTE -999.250 DT,ITP DTST.PTE -999,250 DTST,ITP ~FSU.STC -999,250 OFST.STC TFNS,STC -999,250 GR,CSG ~TE~,CSG 108,81~ HT£N,CSG DEPT, 3000,000 SFLU,DTE SP,DTM -999.250 IDPH.DTE IDQF' DTE -999,250 IMOF,DTE IIRD:DTE -999.~50 IIXD,DTE A'~I.DTE -999,250 TENS.DTE ~TE~.DTE -999.250 bLS,DLL SP,D!.L '999,250 GR DLb MRE$,DLL '999,250 HTENiDLL DTLM,SDT '999,250 DTLF SOT COHC,SDT '999,~50 COHS.S[)T TT2.SDT ~999 250 TT3,SDT L~T~,SDT -999:250 LTT3,SDT WFS~.$DT '999,250 SP,SDT TENS,SOT '999.~50 MTEM,SDT PTE -999,250 OT DT'pT~ -999,250 DTST:ITP DTsT, ...... Q~$~,STC -999,250 QFST,~TC T NS.STC -999,250 GR,CSG ~T~,CSG 108,688 HTEN.CSG DEPT, 2900 000 SFLU DTE SP,DTE -999:~50 iDPH:DTE IDOF,DTE -999,250 I~Q.F,DTE IIRD.DTE -999,250 IIXD,DTE CAbI,DTE -999,250 TENS,DTE HTE~.DTE -999,250 bL$,DLL SP.DbL -999,~50 GR,D[,L MRE~ DLL -999 ,~50 HT£N,DLL DTLN:SDT -999:~50 DTLF,SDT COHC,SDT -999,250 COBS,SOT TT2 SDT -999,250 TT],SDT LTT2:SDT -999,~50 LTT3,$DT WFSH.SDT -999,250 SP,SDT TENS,SOT -999,.250 ~TEN,SDT DT,PTE -999,250 DT,ITP DTST.PTE -999,250 DTST.,ITP QFSM,STC -999,250 OFST,STC TENS,STC -999,250 GR,CSG ~TE~,CSG 108,500 HTEN,CSG 20-APR-!.990 10:34 -999,250 MTE;4,DTE -q99,250 LLD,DLL -999.250 TEN$,OLL '999.250 DT,$DT '999.250 DTCO,SDT '999,250 COST,SOT ~999,250 TT4.SDT 999.~50 LTT4,SDT ~999 250 CAbS,SOT 999:250 MRES.SOT '999.250 DTSM,PTE '999,250 RSHC,STC '999,250 GR,STC 28,016 TENS,CSG 1500,000 2999 250 999:250 -999 250 -999 0 -999.250 -999 ~50 -999 50 · -999 50 -999 ~50 -999 50 -999 -999 ~50 ~999 50 , 999 -999 250 2§ ~502,0 0 -999 250 -999 250 -999 250 -999 250 99~ 250 25O '999,'250 '999,250 '999,250 '999,~50 99 250 -999 250 "999 250 '999 250 '999 ~50 250 1490 000 ILM,DTE I~PH,DTE CIDP,DTg IIRM,DTE MTE~ DTE LLD:DLL TEN$,DLL DT,SDT DTCO,SDT COST,SDT TT4,SDT LTT4,SDT CALS MDT ~RE$ SOT DT$~ PTE RSMC STC GR STC TENS CSG IbM DTE IMPH:DTE CIDP,DTE 'IIRM,DTE ~TE~,DTE bbD,Dbb TEN'S,DbL DT,SDT DTCO,SDT COST,MDT TT4,$DT b?T4,SDT CAhS,SDT MRES,$DT DTSM,PTE RSHC,STC GR,$TC TENS,CSG -999. -999. -999. -999, -999, -999, -999 -999, -999, -999, -999, -999. -999. 3500, -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 3454 -999 -999 -999 -999 -999 .-999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 3320 250 250 250 250 250 250 250 250 250 250 250 250 250 000 250 250 250 250 250 250 250 250 250 250 25O 25O ~0 000 250 250 250 250 250 250 250 250 250 25O 250 25O 250 250 250 250 250 000 ~RES,DTE CALS,DbL MTEM,DLL OTb,MDT DTSM.SDT TTI.SOT LTT1.SDT ~FC.SDT GR.SDT HTEN.SDT DTSM.IT~ QFCO.STC CALI,STC MRES,CSG ILD.DTE IFRE,DTE CI~P,DTE GR,DTE MRES.DTE CALS,DLL MTEM,DLL DTL,SDT DTSM SOT TT~:SDT UTTI,'SD~ WFC,SDT GR,SDT HTEN.'SD~ DTSM,ITP CALI,STC ILD,DTE 'IFRE,DTE CIMP,DTE GR,DTE MRES,DTE .CALS,DLL MTEM,DLL DTL,SDT DTSM,:SDT TTI','SDT 5TTI'.'SDT WFC,SDT GR,SDT HTEN,SDT, DTSM QFCO:STC CASI,.$TC ~RES,CSG PAGE~ 39 '999,250 '999,~50 '999 250 '999 ~50 '999 '999 '999 '999,~50 '999,~50 '999,250 999,250 999,250 999,250 1,718 999,250 '999 250 -999 250 -999 250 -999 250 -999 250 -999 250 '999 250 -999 '-999 250 · -999 250 .-999 250 -999 250 -999 250 -999 250 -999 250 ~ 735 '999,250 : . -999.250 :-999 250 ~-999 250 ~-999 250 ~-999 250 -999 250 -999 250 -999 250 "999 250 -9 .250 '"9 2~0 "'999 ~'~0 -999 0 "999 250 ~ 768 '.IS ~ave Verification I..,istin~ .cblumberger Alaska Com~[.]t.~nq Center DEPT. 2800,000 SFI,U,DTE SP,DTE -999,250 IDPH,DTE IDOF.OTE -999.250 IMOf'.DTE IIRD.DTE -999.250 IIXD.DTE C~LT.DTE -999.250 TEMS.DTE HTE~.DTE -999,250 SP.DLL -999.250 GR.DLL ~ES.DLL -999.250 STEM DLL D'TL~i SOT -9~9,250 DTLF:SDT COHC.SDT -999.250 COHS.SDT ~T2.SDT -999,250 TT],SDT LTT2.SDT -999.250 bTT3.SDT ~FS~.SDT -999.250 SP.SDT TFNS.SDT -999,250 ~tTE~.SDT DT.PTE 999 250 DT,ITP DTST.PT~ ~ 999.250 DTST,ITP OFSP,STC -999.250 QFST,STC TENS STC -q99.250 GR.CSG ~!'TE~.: CSG i08,375 HTEN,CSG DEPT. 2700,000 SP DTE -999 250 IDOF:DTE -999i250 IIRD DTE -999 250 CALI:DTE -999 250 HTEN.DTE -999,250 SP DLL -999.250 ~RESiOLL -999,250 DTLN MDT -999,250 COHC.SDT -999 250 TT2,6DT -999i250 hTT~.SDT -999 ~50 WFS}'~.SDT -999,250 TENS,SOT -999.250 ~T,PTE -999.250 TENS STC -999.250 MTE~:CSG 107,875 DEPT, 2600,000 SP.DTE -999.,250 IDOF.DTE :999,250 'I'IRD.DTE 999,250 CALX',DTE -999.250 HTEN,DTE -999,250 SP.DLL -999,250 M~ES.DI.,L -999.250 DTI, M.SDT -999.250 COHC.SDT -999.~50 TT~ SOT -999.~50 LTT2iSDT -999.~50 WFS}~ SOT -999,250 TENS,SOT -999,250 SFLU.DTE IDPH,DTE IMOF,DTE !IXD,DTE TENS,DTE bbS.DLG GR,DLb HTEN,DLL DTbF,SDT COHS.SDT TT].SDT LTT3,SDT SP,SDT MTE~,SDT DT DTST OFST STC GR CSG ~TEN CSG SFLU,DTE IDPH.DTE IMOF,DTE IIXD DTE TENS DTE LbS, DLL GR DLL HTEM Dbb DTLF SOT COH$ MDT TT3 SOT LTT3 SDT SP MDT ~TEM,SDT 20-APR-lg90 10:34 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 '999 250 -999,250 -999,250 '999,250 -999.250 -999 250 '999 25O -999 25O -999 25O '999 25O -999 25O 35 469 1461 000 -999.250 -999.250 '999 250 'g99 250 '999 250 '99~ 250 '99 250 ' 99 ~50 '~99 50 '999 250 '999'~50 -99~ 50 -99 250 -99 50 -999 ~50 -999 ~50 4 -999 250 -999 250 -999 250 999 50 -999 50 -999 ~0 '999 0 -999 50 ~ 0 -999 -999 250 '999 250 IL~.DTE I~PH,DTE CIDP.DTE IIR~,DTE ~TEM.OTE LLD,DLL TENS.DLb DT,SDT DTCO,SDT COST.SOT TT4,SDT LTT4.SDT CAI. 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DT,' DTCO., COST, TT4, LTT4, CALM, ~RES, DTE DTE DTE TE DI~b SDT -999.250 -999.250 =999,250 -999.250 -999.250 -999.250 -999,250 -999.250 -999.250 -999 250 -999 250 -999 ~50 -999 ~50 -999 250 -999 250 -999 250 -999 250 3200.000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 25O -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 ~164,000 -999 250 -999 250 =999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 50 -999 ~5 -999 0 -999 250 -999 250 -999 250 ILD.DTE IFRE.DTE CI~P.DTE GR.DTE MRES.DTE CALS.DGL MTEM.Db~ DTL.SDT DTSN.SOT TT~.SDT LTTI,SDT WFC.SDT GR.SD~ HTEN,SDT DTSM.ITP QFCO.STC CAI, I.STC NRES.CSG ILD,DTE IFRE,DTE CIM~.DTE GR.DTE MRES,DTE CAbS.DbL MTEN,DbL OTb,SOT DTSM.'SDT TTi,SDT LTTI.,SDT WFC,SDT GR.,$DT HTEN,SDT DTS~,ITP QFCO,'STC CALX,'STC MRES,CMG ILD,DTE IFR. E,DTE CXMP,DTE ~R,DTE MR. 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MP.DTE IDOF.DTE IIRD.DTE CALI.DTE HTEN DTE ~RMP DLB ~ ES DLL DTLN MDT COMC MDT TT~.SDT LTT2,SDT WF$}~,MDT TENS.MDT DT.PTE DTST.PTE TEN$.STC DEPT..) .... 'IDQF.DTE II'RD.DTE CALI,DTE HTEN.DTE SP.DLb ~R~S,DLL DTL~.SDT 2400 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 105 -999 -999 -999 -999 -999 .-999 -999 -999 ,000 ,250 .250 .250 250 250 250 250 250 250 250 250 ,250 .250 .250 ,250 ,250 ,875 000 250 25O 250 250 25O 25O 250 250 DT.ITP DTST.ITP OFST STC GR~CMG HTEN.CSG SFLU.DTE IOPH.DTE I~OF.DTE IIXD.DTE TENS.DTE LLS.DLL GR.DLL HTEM.DL5 DTLF MDT CUMS'SDT TT3.SDT LTT~.SDT SP.SDT ~TEM.$DT DT,ITP DTMT,ITP QFST.STC GR.CSG H~EN'.CSG SFLU.DTE IDPH.DTE I~OF,DTE IIXD.DTE TENS,DTE bb$.Dbb GR DLL HTL~.. DbL DTL TT3 MDT bTT3:SDT SP gTE..:. DT DT..ITP DTST.ITP 0FMT,$TC GR,CSG HTEN,CMG MFLU DTE IDPH:DTE I~OF,DTE IIXO,DTE TEN$.DTE LLS.Db~ GR.DLL HTEN.DL[. DTLF.MDT 20'APR-lOgO 10114 '999.250 DTSg.PTE '999.250 RSHC.STC '999.250 GR.STC 29.81] TENS.CSG ~444.000 '999.250 '999.250 '999.250 '999.250 '999.250 '999.~50 '999.250 '999.250 -999,~50 '999. 50 '999.250 '999.250 '999 250 '999 ~50 '999 250 -999 250 *999 250 27 141 1.458.000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -99 .250 -999.2§0 -999.250 -999.250 -999.250 -999 250 -9991 0 -999 250 '9~9 250 5 188 1436 000 '999 0 *999 0 "999 250 -999 250 -999 250 -999 250 -999 250 ILM.DTE I~PH.DTE CIDP.DTE IIRM.DTE MTEM.DTg LLD.DI.L TENS.DLL DT.SDT DTCO.SDT COST.MDT TT4,$DT bTT4.$DT CALM,MDT MRES.SDT DT$~,PTE RSHC,STC GR.STC TE~M.CSG IbM OTE iMPH:DTE DP.DTE ~R~.DT~ MTE.~.DTE t. LD.DLL TEN$.DLL DT.SDT DTCO.SDT C[]$T.SDT TT4.$DT LTT4.$DT CALM.MDT MRES.SDT DTM~.PTE RMHC.STC GR.STC TENS.CSG 'I~.DTE XM }.t. DTE C'IDP.DTE I'IRM.,DTE MTEM,DTE LLD,.DLL TENS.D~L DT.SDT DTCO.SDT -999.250 -999.250 -99q.250 3054.000 -999.250 '999.250 -999.250 -999.250 -999.250 -999.250 -999 250 -999 250 -999 250 '999 250 -999 250 -999 250 '999 250 -999 250 '999 250 -999 250 '999 250 3074 000 -999 250 -999 250 -999 ~50 -999 50 ,-999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 3030 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 DT$M.ITP OFCO.MTC CALI.STC MRES.CSG ILD.DTE IFRE.DTE CI~P.DTE GR.DTE MRES.DTE CALS.DLL MTEM,DLL DTL.SD~ DTSM.$DT TTI.SD~ LTTI.SDT WFC,SoT GR,SDT HTEN.SDT DT$~ OFCO:STC CALI,STC ~RES.CSG ILD.DTE IFRE.DTE CI.~P.DTE GR.DTE MRES.DTE CAL$.DbL MTEM.DbL DTb,MDT DTSM.$DT TTI,SDT LTTI,,SDT WFC.$DT GR,MDT ~TEN,SDT DTS~.XTP OFCO,$TC CALI.MTC MRES.CS~ ILD.DTE IFRE.DTE CIMP.DTE GR.DTE ~RES.DTE CAL$.DbL ~TEM.DLL DTL.$DT DTLM.MDT PAGE~ 41 -999.250 -999.250 '999.250 1.811 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 1 823 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 - 9 50 -999 250 -999 250 -999 250 -999 250 '"999 250 -999 250 '-999 250 :-999 250 '-999 250 1 853 -999 250 -999 250 -999 250 -999 250 -999 -999 250 -999 250 -999,250 IS T~e Verification bisti, no. CO~C.SDT -999.250 Cr)HS.SDT TT~.SDT -999.250 TT].SDT LTT?.SDT -999.250 LTT],SDT WFS}4.SDT -999.250 SP.SDT Tg~$.S~T -9~9.250 ~TF~.SDT DT.PTE -999.~50 DT.ITP DTST.P?F -999,~50 DTSToITP OFSH.STC -999.~50 OFST.STC TF~$.STC -999 250 GR.CSG ~T~.~.CS~ 105~063 HTEN.CSG DEPT. 2200,000 SFLU.DTE S~.DTE -999.250 ]DPH.DTE ]DQF.DTE ~999,250 I~OF.DTE IIRD.~TE 999,~50 IIXD.DTE C~I.0~.DTE 999.250 TENS.DTE HTE~.DTE -999.250 LLS.DLL SP.DLL -999.250 GR,DLL ~E$.DLL ~999 250 HTE~.DL5 DTLN.$DT -999:250 DTbF.SDT COMC.SDT -999.250 COHS.SDT TT~.SDT -999.250 TT3.SDT bTT~.SDT -999,250 LTT~.SDT WFSH.SDT -999.250 SP,SD~ TENS.SDT -999 250 ~TE~.S~T DT.PT~ -999:250 DT.I~P DTST.PTE -999 250 DTST..ITP QFS~.STC -9991250 OFST.STC TENS STC -999'250 GR.CSG ~TE~:CSG 104 563 HTEN,CSG DEPT, ~100,000 SFLU,DTE SP DTE -999,250 IDPH..DTE IDOF:DTE -999,250 IMOF,DTE IIRD.DTE -999.250 IIXD.DTE CALl DTE -999,250 TEN$.DTE ~TENiOTE -999,250 bLS.Db5 SP DbL -999,250 GR..DLL MRES.DLL -999 250 HTEN.DL5 DTLN.SDT -999' COHC SDT -999.250 DTLF.SDT .250 CO~S.SDT TT~:$DT -999,250 TT~.SDT LTT~.SDT -999,250 LTT3.SDT WFSH.SDT -999,250 SP.$DT T~S SDT -999 250 ~TE~ SDT DTiPTE -999~250 DT~ITP DTST PTE -999 ~50 OTST,.XTP QFSH.STC -999,250 QFST.STC TENS STC -999,250 GR.CSG ~TE~I:CSG 103,813 HTEN,CSG DEPT. 2000,000 SFLU.DTE SP DTE -999 250 IDPH.DTE . : D'....E -999 250 IMOF.DTE I/RD.DTE -999,250 IIXD,DTE 20-APR-1990 10:34 -999.250 COST.SDT -999.250 TT4.SDT -999.~50 LTT4.SDT -999.250 CALS SDT -999.250 ~RES:SDT -999.250 DTS~mPTE -999.250 RSHC,STC -9~9 ~bO GR,STC 9:141 TENS.CSG 1429.000 -999.250 -999.250 -999.2b0 -999.250 -999.250 -999.250 -999.R50 -999 ~50 -999 250 '999 250 -999 250 -999 250 -999 ~50 -99~ 250 -999.250 -999,250 28,281 14.52.000 -999,250 -999,25O -999 2.50 -999:250 ~999, '999, 50 "999,~50 '999.250 '999 250 "999 250 "999 250 '999 ~0 '999 0 -999 ~50 -999 0 .29 "999 250 '999:250 "999..250 '999.250 ILH.DTE I~PH.DTE CIDP.DTE IIR~.DTE MTEM.DTE LLD.DLb TEN$.DL5 DT.SDT DTCO.SDT COST.SDT TT4.SDT LTT4.SDT CALS,SDT MRES.SDT DTS~,PTE 8SHC,STC GR,STC TENS,CSG ILM,DTE I~PH,DTE CIDP,DTE XIRM,DT£ MTEM.DTE LbD,DLL TENS,Dbb DT,SDT DTCO.$DT COST,SDT TT4,SDT LTT4 SDT CABS SDT MRES SOT DTSM PTE ~$HC STC GR STC TENS CSG ILM,DTE XMPH DTE CXDP:DTE 'IXRM,DTE 999.250 2999.250 -999 250 -999" .250 -999.25O -999.250 -999.250 ~999o250 990,000 '999,250 '999.250 '999,250 '999,250 '999,250 '999,250 '999.250 '999.250 '999 25O '999 250 '999 25O '999 25O '999 250 '999 25O '999 25O '999 25O '999 250 2890 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 50 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 50 -999 250 -999 250 2860 000 2999,250 .999.250 999,250 -999..250 TT1.SDT LTTI.SDT WFC.$DT GR.$DT HTEN.SDT DTSH,ITP QFCO.STC CALX.STC MRES.CSG I[,D.DTE IFRE.DTE CI~P,DTE GR,DTE MRES,DTE CALS,DLL ~TEN,DLL DTL.SDT' DTSM.SDT TTI.SDT LTTI.$DT wFC,$DT GR,SDT HTEN,MDT DTSM..ITP QFCO.STC CALI,$TC MRES,CSG ILD,DTE IFRE,DTE CI~P,DTE GR,DTE MRES,DTE CAB$,DLL MTEN,DLL DTL.$DT DTSN,$DT TT! 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"999,250 IS Ta~e Verificetion Listing chlu,~?,eroer ~las.Ke Computinq Center C~b~,DTO: -999,250 TEMS,DTE HTEP.DTE '999,250 DLS,DLL SP,DLL -999,2b0 GR,DLG MPE$,DLL -999,250 HTEN,DLL DTL~.SDT -999.250 DTDF.MDT COHC.SDT -999,250 COHS.SDT T~.SDT -999.250 T~].SDT LTT~.SDT -999.250 ~FSb.SDT -9~9.250 SP.SDT T~NS.S!)T -999.~50 ~TE~.SDT D?.PTF -999,~50 DT,!TP DTST.PTK -999.250 DTST,ITP OFSH.STC -999.250 QFST.STC TE~S STC -999.~50 GR,CSG MTE~:CSG 103,063 HTEN,CSG DEPT. 1900,000 SFLU.DTE SP.D'FE -999,250 IDPH.DTE ID~F.DTE -999.250 I~QF.DTE IIRP,DTE -999.250 IIXD,DTE CAI..I..DTE -999,250 TENS,DTE HTEN.DTE -999,250 LLS,DLL SP,DLI., -999,250 GR.DLL N~ES.DLL -999.250 HTEN,DLb DTLN.SDT -999.250 DTLF.SDT COHC.SDT -999,250 COH$.SDT TT~.SDT -999,250 TT3 SOT LTT~.SDT -999,250 5TT3:SDT WFSH.$DT .-999 250 SP,SDT TF~S,SDT -999:250 ~TEB,SDT DT,PTE '999.250 DT,ITP DTST.PTE '999,250 DTST,ITP OFSH,STC '999,250 QFST.STC TEN$.STC -999,250 GR.CSG ~TE~.CSG 10~,188 HTEN,CSG DFPT. SP.DTE IDQF.DTE IIRD.DTE C~LI .DTE HTEN , DTE SP, DLb ~ES, D? LN. SOT COHC SOT TT2:SDT LTT~.SDT WFS~,$DT TENS.SOT DT,PTE DTST,~TE OFSH.STC TENS,STC 1800 000 -999 250 -999 250 -999 250 -999 250 ~999 250 -999 250 -999 250 -999 250 -999 250 '999i~50 -999 250 -999,250 -999,250 -999.250 -999.250 - 9:250 101..188 SFI..U,DTE IDPH.DTE IMOF,DTE IIXD,DTE TENS.DTE 5LS,DLL GR DLL ~TEN:DL5 DTbF,SDT COHS.SDT TT].SDT LTT3,SDT SD.SOT ~TE~.SDT DT,ITP DTST,ITP OFST,STC GR,CSG HTgN.CSG 20-APR-1990 -999.250 FTE~ DTE '999.250 LbD~Oi,,L '999.250 TENS.bbb -999.250 bT,SOT -99 250 COST.MDT -999.250 TT4,SDT -999.250 bTT4,SDT -999,250 CAbS.MDT -999,250 MRES,SDT '999.250 DTSM,PTE -999,250 RSBC.STC -999,~50 GR,STC 21, 94 TENS,CSG 1424,000 -999 50 -999.250 -999.250 -999 50 -999,250 -999,250 -999.250 -999,250 -999 250 -999:250 -999 250 -999 250 -999 250 250 938 1420,000 '999 250 '999 250 "999 250 "999 250 "999 250 '999 250 "999 250 '999i250 '999 250 '999 ~50 '999 250 -999 250 -999 250 -999 250 -999 250 -999 250 "999 250 20 5~3 1441 000 IL~ DTE I~PH:DTE CIDP,DTE IIRM.DTE MTEa,DTE LLD,DLL TENS,DLL DT,SDT DTCO,SDT COST,SOT TT4,SDT LTT4,SDT CAbS,SOT MRES,SDT DTSM,PTE RSHC,STC GR,STC TENS.CSG IbM,OTE IMPM,DTE ClOP,OTB IIRM,DTE ~TEM,DTE LLD,DLL TENS,bbb DT,$DT DTCO,SDT COST MDT TT4 $DT 5TT4 SOT CAbS $DT MRES SDT DTSM PTE RSHC STC GR STC TENS:CSG -999.250 MRE$.DTE -999.250 CALM.bbb -999 250 MTEM,DLL -999 250 OTb.SOT -999 250 DTSM.$DT -999 250 TTI.$DT -999 250 LTTleSDT -999 250 WFC,SDT -999 250 GR.SDT -999 250 HTEN.SDT -999 250 DTSN.ITP -999.250 QFCO,STC '999.250 CAbI.STC 2790,000 MRES.CSG ~999,250 IbD,DTE .999,250 IFRE.DTE 999.250 CI~P.DTE -999,250 .GR,DTE ~999.~50 NRES,DTE 999.250 CAL$,DLL -999 250 NTEM,DbL -999 250 DTh.'SD~ -999 25~ DTSN,SDT -999 25 TT1,SDT ' -999 250 5TTI SOT -999 250 WFC SOT -999 250 GR MDT -999 250 HTEN MDT -999 250 DTSM .ITP -999 250 QFCO '$TC -999 250 CAL.! STC 2760 000 MRE$ CSG -999 250 -999 -999 -999 -999 '-999 -999 -999 -999 -999 -999 -999 -999 -999 -999 ~999 -999 2764 ILD.DTE 250 IFRE.DTE 250 ClMP DTE 250 GRiDTE I~0 ,RES DTE 0 CA~S D~ ~50 250 250 DTSM.$DT 250 TT2,SDT 250 LTT2,SDT 250 WFC,SDT 50 HTEN,SDT 250 DTS~,ITP 250 QFCO,STC 250 CAbI.$TC 000 ~RES,.CSG PAGE: 43 '999,250 '999.250 '999 250 '999 250 '999 250 '999 250 '999 250 '999 250 -999 250 -999 250 -999 25O -999 250 -999 250 1 888 '999,250 '999,250 '999 250 '999 250 "999 250 '999 250 '999 250 -999 250 -999 250 -999 250 .-999 250 -999 250 "999 0 -999 250 -999250 -999 250 I 916 -999.250 -999.250 -999 250' -999 250 -999 250 · '-999 250 -999,250 -999250 "999 250 '"999 250 °999 250 -999 0 -999 250 -999 250 -999.250 1 .IS !'a?,e Verification Listin~ ,cblu?~heroer Alaska Computinq Center DFPT, 1700.000 SFLU,DTE SP,DTE -999,250 IDPH.DTE IDOF.DTE -999.250 I~OF,DTE ]]RD.Dq'F -999.250 IIXD.DTE CALI.DT£ -999.250 TENS.DTE HTEN.DTE -999.250 LLS,DLL SP.DL[. -999.250 GR.DLL ~RES.DLL -999,250 HTEM.DLL DT[.N.SDT -999,250 DTLF.SDT COHC.SDT 999 ~50 COHS SDT TT~ SDT ~ ' 999~250 TT].SDT LTT~SDT -99g.250 LTT3.$DT WFSH.SDT -q99.250 SP.SDT TE~S.$DT -999,250 MTE~,SDT DT.PTE ~999,250 DT,ITP DTST PTE 999,250 DTST,ITP OFSH~STC 999.250 QFST,STC TENS.STC -999,250 GR,CSG MTE~.CSG 9g,938 HTEN,CSG DEPT, SP.DTE IDOF,DTE IIRD DTE CALI:DTE HTEN,DTE SP.OLL ~ES,DI.,L DT~N,SDT CONC.SDT TT2,$DT LTT2,SDT WFS~,SDT TENS SDT DT:PTE DTST.PTE OFSH,STC ~TE~.CSG DEPT SP:DTE IDOF,DTE IIRD DTE HTEN,DTE SP,D[,L DTLN.SDT COHC.SDT TT~,SDT .£,TT~ SDT WFSH~DT TENS.SDT 1600,000 -999,250 -999,250 99~250 -999.250 99,250 -999,~50 -999 -999 250 -999 ]50 -999 290 -999 250 -999 250 -999 250 -999 -999 250 98 750 1500,000 '999,250 '999,250 '999,250 '999,250 '999,~50 '999,250 '999,~50 '999,250 '999,~50 '999.250 '999 250 '999:~50 '999,~50 SFLU.DTE IDPH,DTE I~OF,DTE IIXD.DTE TENS DTE GR.DLL HTEN,DL~ DTLF,SDT COBS SDT TT3:SDT LTT],SDT SP,SDT MTEM,SDT DT,ITP DTST,ITP QFST,STC GR,CSG HTEN,CSG SFLU,DTE IDPH OTE I~OF!DTE IIXD DTE TENS DTE LSS,DLL ~R,DLL HTEN,DLL DTLF,SDT COH$,SDT TT3,SDT bTT3,SDT 8P,SDT MTE~,SDT 20-APR-1990 10:34 -999.250 II.~,DTE -999,250 I~PH,DTE -999.250 CIDP,DTE '999,250 IIRS,DTE -999.250 MTE~.DT£ -999.250 LLD.DbL -999,250 TENS.DLL -999,250 DT,SDT -999,250 DTCO,SDT -999.250 COST,SDT -999,250 TT4,SDT -999.250 LTT4,SDT -999.250 CA[.$,SDT '999,250 ~RES,SDT '999,250 DTS~,PTE -999,250 RSHC,STC -999,250 GR,STC 30,797 TENS.CSG ~443,000 -999 250 -999 250 -g99 250 -999 250 '999 250 '999 250 -999 250 -999 250 '999 250 "999 250 -999 250 -999 ~50 '999 50 "999 250 '999 250 '999 250 "999 250 3 44 , O0 -999 250 99 ~50 "999 ~50 -999 50 -999 250 -999 250 -999 250 -999 250 '999 250 '999 250 i999,250 .999,250 999,250 ILM,DTE I~PH,DTE CIDP,DTE IIRM,DTE MTE~,DTE LLD,D~L, TENS,DL5 DT,SDT DTCO,SDT COST SOT TT4,:SDT ~TT4 SDT CALSiSDT HRES SDT DTS~ PTE RSHC,$TC GR,STC TENS,CSG 'IL~,DTE I~PH DTE CIDP:DTE IIR~,DTE MTE~,DTE L~D DbL ,TENS:DLL DT SDT DTCO SDT COST SDT TT4 SDT LTT4 SDT C~LS SDT MRES,SDT -999.250 I!,D.DTE -999.250 IFRE.DTE -999.250 CI~P.DTE -999,250 GR,DT~ -999,250 MRES,DTE -999.250 CALS,DLL -999 250 MTE~,DLL -999 250 DTL,SD~ -999 250 [)TSM.SDT -999 250 TT1.SD~ -999 250 LTT1.SDT -999 250 WFC.SDT -999 250 GR,$DT '999.250 HTEN,SDT '999,250 DTSM,ITP -999,250 OFCO STC -999,250 CA[,!:STC 2714,000 MRES.CSG -999,250 ILD,DTE -999 250 IFRE,DTE -999 250 CI'P,DT~ ' 250 ~RE$,DTE '999 250 CALS,DLL -999 250 ~TEM,DLL -999 250 DTL,SDT -999 250 DTSM,SDT -999 250 TT1, SDT -999 250 5TTI SDT -999 250 NFC SDT -999 250 GR,'SD~ -999 250 HTEN SD~ -999 250 DTS~ ,ITP -999 250 OFCO,STC -999 250 CAI,! 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STC ~TE~ CSG DEPT. SP,DTE IDOF,DTE I]RD,DTE CALI.DTE HTEN,DTE SP,DLb ~E$.DLL DTbN.SDT -999.250 DT.ITP -999.250 DTST.ITP -999,250 OFST.STC -999,250 GR,CSG 97,688 NTEN.CSG lVO0,O00 SFLU.DTE '999.250 IDPH.DTE -999.~50 I~OF.DTE '999,250 IIXD.DTE -999,250 TENS.DTE -999,250 LLS.DLL -999,~50 GR.DLL -999,250 HTEN,O[.L -999.250 OTLf',SDT -999.250 COHS,SDT -999,250 '~T3.SDT -999,250 [.TT],SDT -999,~50 SP SDT -999.250 -999,250 DT.IT? -999,250 .DTST.ITP -999.250 OFST,$TC -999.250 G~,CSG 96,688 HTEN.CSG 1,300.000 SFLU,DTE -999.250 IDPH.DTE -999.250 I~OF,DTE -999,250 IIXD,DTE -999,250 TEN$,DTE -999.250 5L$,'DI..~ '999,250 GR,DLL '999,~50 HTEN,DLL '999, 50 DTLF.SDT '999 250 CO"S SOT '999i250 TT3i '999.250 LTT3 ~T T -999.250 $P SDT -999 250 MTE~,SDT '-999i250 DT,ITP -999 250 DTST,ITP -999 250 OFST,.STC -999:250 GR,CSG 95,813 HTEN,CSG 1200,000 SFLU'DTE '999,250 I. DPH.DTE '999,250 ' ' XD,DTE '999.250 TEN'$,DTE '999,~50 bLS,DLL -999,~50 GR,DbL -999.250 HTEN,DLL -999.250 DTLF.SDT 20-APR-.1990 10:34 -999.250 DT$~,PTE -999.250 RSHC,STC -999.250 GR,STC 35.469 ?ENS.CSG 144~.000 ~999.250 999.250 '999.250 '999.250 '999.250 '999.250 -99 250 -999.250 -999.250 '999.250 -999,250 '999,250 -999.250 -999 0 '999 250 46 281 1436 000 -Egg 250 -999 2.50 -999 250 'Egg 250 -99 -99~ 250 25O ~99 50 -99 50 25O -9 25O -99 50 -999 250 -999 250 078 ! 446 000 -999,250 -999,250 -999,250 -999,250 -999,250 -999,250 -999, 0 .999.~ 5 5O -999,250 ILH,DTE IMPH.DTE CIDP.DTE MTEM.DTE LLD,DLL TENS,DLL DT.SDT DTCO,SDT COST.SOT TT4,SDT 5TT4,SDT CALS,SDT ~RES,SDT DTSM,PTE RSHC,STC GR STC TENS:CSG I. LM,DTE IMPH DTE CIDPiDTE IIRM DTE MTEM,DTE bbD.DbL TENS,~b~ DT, DT DTCO SOT COST $DT TT4 SDT LTT4 SDT CALS SOT MRES SOT DT$~ PTE RSHC STC GR,STC TEN$,.CSG I~M,DTE I~PH,OTE CIDP,DTE IIRM,DTE MTEM,DTE bLD,DLL TEN$,DLL DT,SDT DTCO,'$DT -999.250 DTS~ XTP -999.250 OFCO' -999.250 CA[,I'STC .STC 2620.000 ~RES,CSG -999 250 I[.D,DTE -999 250 IFRE.DTE -999 250 CIMP.DTE -999 250 GR.DTE -999 250 MRES,DTE -999 250 CALS,DLL -999 250 MTEM.DLL -999 250 DTL,SD~ -999 250 DTSM.$DT -999 250 TTI.$DT -999 -999 -999 -999 -999 -999 -999 2620 250 LTTI,SDT 250 WFC,SDT 250 GR,SD~ 250 HTEN.SDT 250 OTSM.,ITP 250 OFCO,'STC 250 CALI.STC 000 MRES,CSG -999 250 -999 -999 -999 -999 -999 -999 -999 -999 -99. -999 -999 -999 -999 2670 ILD. DTE 250 IFREiDTE 250 CIMP DTE 250 GR 250 ~RES,DTE 250 CALS,DLL. 250 ~TEM,DLL 250 DTD,'SDT 250 DTSM SDT 250 TTI;SDT 250 LTTI DT 250 GR D~ 250 DTS~,I'TP 250 OFCO,STC 250 CALI.S'TC 000 ~RES.CSG -999 250 IFRE TE' -999 250 Ci~P.DTE -999 .250 GR,DTE -999 250 MRE$,DTE -999 250 CAL$,DI, L '-999 250 -999 250 DTL,sD~ '999 250 DTS~,SDT PAGE: 45 '999,250 '999,250 '999,250 2,000 =999,250 '999,250 2999,250 999,250 '999.250 i~ 99'250 99,250 .99,250 -999 250 -999 250 -999 250 =999 250 -999 250 -999 250 -999 250 -999 25O -999 50 2 -999 250 -999 250 -999 250 -999 250 -999 250 '-999 250 -999 250 '999 250 -999 250 '999 250 '999 250 '999 250 -~99 250 - 99 250 '999 250 -999 250 -999 250 2 023 -999'250 -999.,250 '- 250 .-999 250. '-999 250 '999 250 '999 250 '999 250 .,IS Tane verification Ltstfnq ;cblumberner AlasKa Computima Center C©HC.SDT 999.250 COHS.SDT TT2.SDT 2999.250 TT3,SDT LTT?,SDT -999,250 LT?3,$DT WFS~.SDT -9q9.250 SP.SDT T~N$.SDT -999.250 NTEM.SDT DT.PTE -999.250 DT.ITP DTST.PTE -999.250 DTST.ITP OFSH.STC -999.250 OFST STC TENS.STC -999 250 GR:CSG MTE~.CSG 95:188 HTEN.CSG DEPT. llO0.O00 SFLU.DTE SP.DTE !999,250 IDPH.DTE IDOF.DTE 999,250 I~OF.DTE IIRD.DTE 999.250 IIX~.DTE C~I..I.~TE -999.250 TENS.DTE NTEN.DTE -999.250 LLS.DLL SD.DLL -999.250 GR.DLL ~RFS.DLL -999,250 HTEN.DLL DTLN.SDT -999.250 DTLF.SDT COHC.SDT -999.250 CO~S.SDT TT2.$DT ~999,250 TT3,SDT LTT~,SDT 999.250 LTT3.$DT ~FSH,SDT -999.250 SP.$DT TENS.SDT -999.250 MTE~.SDT DT.PTE -999,250 DT,ITP DTST.PTE -999..250 DTST.ITP OFSH.STC -999.250 QFST STC TENS.STC -999,250 GR:CSG ~TEM.CSG 94,750 HTEN,CSG DEPT, 1000,000 SFbU . DTE -999,250 IDPH ID~ .DTE -999,250 I~QF I~RD.DTE -999.250 IIXD CAI..! DTE -999.250 TENS HTEMiDTE -999,250 bLS SP DbL -999.250 GR. MRES,DLL '999.250 HTEN. DTLM.SDT '999,250 DTLF, COHC.SDT '999.250 COHS. TT2.SDT '999,250 TT3. LTT~.SDT '999,250 bTT3, WFS~,SDT -999,250 8P. TEN$,SDT '999.250 STEM. DT,PTE '999.250 DT. DTST,PTE -999,250 DTST. .STC -999,250 OFST. ~,STC -999,.250 GR, MTE~,CSG 94,000 [{TEN. DTE DTE DTE DTE DTE Dbb DLL DLL SD'.[ SDT SDT SDT SDT 8DT .ITP STC DEPT. 900 000 SFLU. SP.OTE -999:250 IDPH. IDQF.DTE -999.250 I~QF, .IIRD.DTE -999.250 IIXD. DTE DTE DTE DTE 20-APR-.~990 10:34 ~999.250 999.250 '999,2b0 -999.25O 999.250 :999,250 999.250 31.063 1456.000 999.250 :999.250 -999.250 999.250 :999.250 -999.~50 -999. 50 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999 250 '999 250 '99 99~ 250 - 250 3 79 -999 250 "~99 250 - 99 250 -999 250 '-999 250 -999 250 -999 250 -99.9 0 ~999 250 "999 250 '999,250 '999,250 '999,250 "999.250 "999,. 42,156 14.12,000 '999 0 -999.250 COST.MDT TT4.SDT LTT~.SDT CALS.SDT MRES,SDT DTSM.PTE RSHC,STC G~.$TC TENS.CSG IL~,OTE IMPM,DTE CIDP,DTE MTE~:DTE [.LD,DLL TEN$.DLL DT.SDT DTCO,$DT COST.SDT TT4 $DT bTT4:SDT CALS.SDT DTSM,PTE RSHC,STC GR,STC TENS,CSG ILM,DTE IMPH,DTE CIDP,DTE IIRM,DTE NTEM,DTE LLD,DLL TEN$.DLL DT,$DT DTCO,$DT COST,SDT TT4.SDT LTT4,'SDT CALS,SDT ~RES,SDT D'TSM,PTE RSHC,.STC GR S?C TENB:CSG ILM,DTE IHPH.DTE CIDP.DTE IIR~,DTE 999.250 :999.250 -999 25O -999 25O -999 25O -999 250 -999 25O -999 25O 2610 000 :999,250 999,250 =999,250 999,250 :999.25o :999,250 999,250 -999 250 -999 250 -999 25O -999 25O -999 25O -999 250 -999 250 -999 250 -999 250 -999 250 2620 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 -999 250 -999 250 -999 25O -999 250 -999 -999 250 -999 250 -99~ 250 -99 250 2574,000 999,250 '-999,250 -999.250 -999..250 TT1.SDT LTTI,SDT WFC.SDT GR,SDT HTEN.SDT DTMM.ITP OFCO,STC CALI,STC MRES.CMG ILD.DTE IFRE.DTE CIMP.DTE GR.DTE MR.E$,DTE CALS.DLL MTE~.DLL DTL.SD~ DTSM.SDT TTI,SDT LTTI.$DT WFC,SDT GR,'SDT HTEN $DT DTSM ITP OFCO BTC CALl STC MAES CSG ILD DTE IFRE DTE CIMP D~E GR DTE MR. ES DTE CALS.DLL MTEM,DLL DTL.SDT DTSM.SDT TTi,SDT LTT~.,'SDT ~TgN,SDT OFCO,STC CAbI,STC MRES,CSG ILD,DTE IFRE,DTE CIMP,DTE GR,DTE PAGE: 46 i999.250 999,250 -999,250 i999,250 999.250 999,250 -999.250 -999,250 2,029 -999.250 -999,250 '999,250 '999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 2 035 -999.250 .-999.250 -999 250 -999 250 -999 250 :-999 250 -999 250 -999 0 '-99 250 -99~ 250 '999 250 "999 250 -999 250 -999 250 -999 250 -999 250 2 061 -999.250 "999,250 '999,,'~50 "999, 50 chlum~erqer Alaska Computing Center 20-APR-1990 10:]4 CALT.DTE -999.250 TENS,DTE -999.250 MTE~!.DTE HT~',DTE -999.250 LLS.DL5 -999,250 LLD,D£.b SP.DLL -999.250 GR.DLL -999.250 TENS.DLL ~E$.D[.I. -999.250 HTEN,DLL -999,250 DT,SDT DTLN.SDT -9q9.250 DTLF'.$DT ~999,~50 DTCO.SDT COHC.SDT -999.250 COR$.SDT 999.250 COST,MDT ~T~.SDT -999,250 TT],S~T ~999,~50 TT4,$DT LTT2.$DT -999.250 LTT3.SDT 999.250 bTT4,SDT ~FSH.. . SDT -999,250 SP · MDT 2999,250 CAL$,SDT TENS.MDT -999.250 ~T£~.SDT ~99,250 DT.P?'E -999,250 DT,ITP -999,250 DTS~,PTE DTST.PTE -999,250 OTST,ITP -999,250 RSHC,STC OFSH.STC -999.250 OFST,STC -999,250 GR,STC ~'E~$.STC -999,250 GR,CSG ~9,578 TENS,CSG ~T~,CSG 94,188 HTEN,CSG 1433,000 D~PT 800,000 SFbU.DTE SP:DTE -999,250 IDPH,DTE XDQF.DTE -999,950 I.~QF.DTE II~D.DTE -999,250 IIXD,DTE CALI DTE 999 250 TENS,DTE : H 'g DTE ..999 bLS SP,DLL -999,~50 GR,DLL ~ES,DLL -999,250 HTEN.DLL DTLN,$DT '999,250 DTLF MDT COHC,SDT -999,~50 COHS:$DT TT2 MDT -999 250 TT] MDT [,TT2 :MDT -999i~50 bTT3iSDT WFS~,SDT -999 250 SP MDT T~NS,$DT -999 ~50 STEt'MDT DT,PIE '999,250 DT,ITP DTST,PTE -999,250 DTST,ITP OFS~ STC '999,250 OFST STC TEN$:$TC -999,~50 GR!CSG ~TE~,CSG 9~,250 HTEN CSG SFLU,OTE IDPH,DTE I~OF.DTE IIXD DTE TENS DTE HTEN DLL DTLF MDT COHS MDT TT3 MDT LTT3 MDT SP,$DT ~TEM'$DT DT,ITP DTST,ITP OFST STC GRiCSG HT£N CSG DEPT, 700,000 SP,DTE '999,250 IDOF,DTE '999,250 IIRD.DTE '999,250 RTEN,DTE :~99 2SO SP.DLb 99~.2.50 ' ~RE$,DLL -999,250 DTLN,SDT -999,250 COHC,SDT -999,.250 TT2'SDT -999,250 bTT~,'SDT -999,250 WFSM,MDT -999,250 TENS,MDT -999,250 DT.PTE -999,250 DTST PTE -999,250 QFS~:$TC -999,250 TENS STC -999,250 ~TE~.:CSG 92,438 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 ~999 ~50 999 ~50 -999 ~50 -999 ~50 -999 250 -999 250 -999 250 36 8~,3 14~9 000 -999,25~ -999,25 -999,250 '999.250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 250 -999 250 -999 0 "999 250 "999 25O -999 250 22 281 1427 000 IL,~,OTE IMPH,DTE CIDP,DTE I/R~,DTE NTEM DTE LLD:DLL TENSeDbL DT,SDT DTCO,SDT COST,MDT TT4 MDT LTT4:$DT CALM,MDT MREM,$DT DTSM',~TE RSHC,STC GR,STC TENS.C$~ X[,~,DTE IMPH,DTE CIDP,DTE IRM,DTE TE~,DTE LLD,DLL TENS,D~L DT,$DT DTCO,MDT COST,MDT TT4,SDT LTT4,$DT C~bS,$DT NRES,MDT DTSM,PTE RSHC,STC GR STC TENS:CSG -999 250 MRES.DTE -999 250 CALS,DLL -999 250 MTE~,DLL -999 250 DTL MDT -999 250 -999 250 TTI,$DT -999 250 LTTI,SDT -999 250 WFC,SDT -999 250 GR,SDT -999 250 HTEN.SDT -999,250 DTSM.ITP -999,250 QFCO.STC -999,250 CALI.STC 24]0.000 MRE$.CSG -999,250 ILD.DTE -999,250 IFRE,DTE -999,250 CI~P,DTE -999.250 GR,DTE -999 250 MRES,DTE '999 250 CAL$,DLL "999 250 MTEN DLL -999 -.999 -999 -999 -999 -999 -999 -999 -999 -999 2340 250 OTb SDT 250 DTSN MDT 250 TTi'$DT 250 bTTX MDT 250 WFC 250 GR MDT 250 .HTEN 250 ,DTS~ ITP 250 QFCO STC 250 CALI,MTC 000 MRES,CSG -999 250 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 23i0 lbD DTE 250 IFRE DTE 250 CINP DTE 250 GR DTE 250 NRE$ DTE 250 CASS DLb 250 MTEH DbL 250 DTL SDT ~50 DTSM MDT 250 TTI':SDT 250 'LTTX.,~DT 250 WFCoSDT HTEN'e'SDT 50 DT8~.ITP 250 FCO:STC 250 CAb,X,STC 000 M'REM,CMG PAGEI · -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 2 090 -999 250 -999 250 -999 250 -999 250 -999 250 .-999 250 -999 250 '-999 250 -999 ,250 -999 250 '-999 250 -999 250 -999 250 .-999 250 -999 250 -999 250 2 0 '99~:0~0 '"999 250 '999 250 '999250 "999 250 '999 250 '999 250 "999'250 '999 250 "999 25'0 '999 250 -999 .250 -999 .250 "999 250 · '999 250 -999 250 ~999 250 ~999 250 3 070 47 ,IS Ta~e. verification Listlno ;chlumberger Alaska Computind Center DFPT. 600.000 SFLU.DT~ SP.DT~ -999.250 IDPH.DTE IDOF.DTE -999.250 I~OF.DTE I]RD.DTE -999.250 IIXD.DTK CALI.DTE -999.250 TENS.DTE HTE~,'.DTE -999.250 LLS.DLL SP.DLI.. -999.250 GR.DLL ~RE$.DLL -999.250 HTEN.DLb QTLN.SDT -999.250 DTLF.SDT COHC.SDT -999.250 COHS.$DT TT?.SDT -999.250 TT3.SDT [.TT~.SDT -999.250 LTT3.SDT WFSF.SDT -999.250 SP.SDT T~N$.SDT -999.250 ~TEM.SDT DT.PTE -999.250 DT.ITP [.TST.PTF -999.250 DTST.ITP OFS~.STC -999.250 OPST.STC TE~S STC -999.~50 ~TE~:CSg 92.1~8 HTEN.CSG DEPT. 500,000 SFLU.DTE SP.DTE -999.~50 IDPH.DTE IDOF.DTE -999.~50 IMOF.DTE ItRD.DTE -999.250 iIXD.[)TE CALl DTE -999.250 TENS.DTE HTEN:DTE -999.~50 LLS.DLL SP DLL '-999.250 ~ES.DLL -999.~50 HTEN.DLL DTLN.SDT -999,250 DTLF.$DT COHC.SDT -999.250 COHS.S~T TT2 SDT -999 250 TT3.SDT LTT~:SDT -999:250 LTT~.SDT WFS~.SDT -999.250 SP.SDT TEN$.SDT -999 ~50 ~TEM.$DT DT,PTE -999:~50 DT.ITP DTST.PTE -999,250 DTST,ITP OFSH.STC -999.250 OFST.STC T~NS.STC -999.~50 GR.CSG ~TEM.CSG 92.2S0 HT~N.CSG DEPT. 400 SP DTE -999 IDOF:DTE -999 II~D DTE -999 C~L~:DTE -999 HTEN.DTE -999 SP.DLL .-999 ~ES.DLL -999 DTLN.SDT -999 COHC.$DT -999 T'T2.SDT -999 LTT~.SDT -999 WF$M.SDT -999 TENS.SDT -999 ,000 .250 ,250 ,250 ,250 ,250 25O 25O 25O 25O 25O ~50 25O .250 SFLIJ.DTE IDPH DTE IIXD DTE TENS DTE 5LS DI.,~ GR DS~ HTEN DLL DTLF SDT COHS.SDT TT].SDT 5TT3.SDT SP.$DT NTEM.SDT 20-~PR-1990 10:34 '999.250 ILg. DTE -999.250 IPPH.DTE '999.250 CIDP.DTE '999.250 IIRP.DTE '999.250 MTEM.DTE -999.250 LLD.DL5 '999.250 TENS.DLL -99 250 DTCO.SDT '999.250 COST.SDT -999.250 TT4.SDT '999.250 LTT4.SDT '999.250 CAL..S.SDT '999.250 MRES.SDT '999.250 DTS~.PTE '999.250 RSHC.STC '999.250 G~.STC 18.§~7 TENS.CSG 14~7. '999.250 '999 0 '999 250 "999 250 -999 -999 ~50 50 '999 250 :999, 5o 999~250 '999,250 '999.250 '999.250 2 078 141~ 000 -999.R50 -999 250 -99~ 250 -99 250 '-999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 CIDP IIRN MTEM L L D TENS DT DTCO COST ~T4 LTT4 DTSN ~SHC GR TENS I~PH CIDP IIRM MTEM TENS DT DTCO Cost TT4 5TT4 CAUS MRES .DT~ .DTE ,DTE .DTE .DTE DT .SDT .SDT ,SDT .SDT .SDT PTE STC STC CSU .DTE DTE DTE DTE DTE ,SDT .SDT .SDT ,.SDT ,SDT .SDT .SDT -999.250 -999.250 -999.250 -999.250 -999.250 -999.~50 -999.250 '999.250 -999.250 '999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 2174.000 -999 250 -999 o -999 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 2~0 -999 250 2184 000 -999 250 -999 250 -999 250 :-999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999250 -999 250 -999 50 -999 ]50 -999 250 ILD.DTE IFRE.DTE CI~P.DTE GR.DTE ~RES.DTE CALS.DL5 NTEM.DLL DTL.SDT DTSM.SDT TTI.SDT LTTI.SDT WFC.SDT GR.SDT HTEN.SDT DTS~.ITP OFCO.STC CALI.STC MRES.CSG 'IbD.DTE IFRE.DTE CIMP..DTE GR.DTE ~ES.,DTE CAL$,D~L ~TEM.DLL DTL.SDT DTSN.SDT TT1.$DT LTTI SD~ WFCi'SD HTEN.SDT DTSN,'ZTP OFC~,STC CAL NRES,CSG ILD'.DTE IFRE.DTE CINP.DTE GR..DTE MRES.DTE CALS.DLL ~TE~,DLL DTL,$DT DTSM,'$DT 'TTI,,SDT 5TT1.SDT WFC SDT GR~SDT HTEN.SDT PAGE: '999.250 '999.250 '999.250 =999.250 '999.250 '999.250 '999.250 '999.250 '999.250 '999.250 '999 250 -999 250 '999 250 -999 250 -999 250 -999.250 -999,250 2.045 ,-999 250 -999:250 '-999,250 ~999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 '-999 250 "999 250 "9~,250 'g ,250 '999,2.50 '99],.250 ,037 -999 250 -999 250 -999 250 -999 250 '999 250 ,Z999 250 999 5O · ,'999 ~50 "999 250 '999 ,250 "999 250 5O '-999 250 4t~ IS Te[;e Verification bistino chlum.beroer AlasKa ComDutinq Center DT.PTE -999.250 OT.ITP DTST.PTE -999.250 DTST,ITP OFSH.STC -999.250 OFST.STC TFNS.STC -999,250 GR,CSG MTE~.CSG 92,813 HTE~.CSG DEPT. 300.000 SFbU.DTE SP.DTE -999.250 IDPH.DTE IDOF.DTE -999,250 IMOF.DTE IIPD.DTE -999.250 IIXD.OTE CAL].DTE -999.250 TENS.DTE HTE~.DTE -999.250 LLS,DLL SP.DbL -999.250 GR.DLL NRE$.DLb -999.250 HTEN.DLL DTL~{.SDT 999,250 DTLF,SDT COHC.SDT ~999,250 C~HS.MDT TTI.SDT -999,250 TT].MDT bTT~,SDT -999,250 LTTS,$DT WFSH,SDT -999,250 SP.SDT TENS.MDT -999,250 STEP.MDT DT.PTE -999,250 DT ITP DTST.PTE -999,250 OTST:ITP QFSH STC -999,250 ~FST MTC TENS:STC -999,250 GR:CSG ~TE~.CSG 9],000 HT~M,CSG DEPT. 200 000 SFbU,DTE SP.DTE -9991250 IDPH,DTE iDOF.DTE -999 250 IMQF,DTE IIRD,DTE -999 250 IIXD.,DTE CALI,DTE -999 250 TENS,DTE HTEN DTE '999,250 LLS,DLL ~R $,Di, L -999,250 HTEN,DLL DTLN.SDT ~999,250 DTLF SDT COHC,SDT 999,250 COH$:SDT TTI,SDT 999,250 TT]'SDT LTTI.MDT :999,250 LTTS,$DT WFS}!,$DT '999.250 SP,$DT TENS MDT -999.250 MTEM.$DT DT:PTE '999,~50 DT,ITP DTST,PTE '999,250 DTST,ITP OFSH STC -999,250 OFST STC TENS !STC -999 250 ~TE~ CSG 92:813 HTEN C~ 1.00 000 SF~U,DTE DE'P~'DTE -999~50 IDPH,DTE XD~ :DTE '999,250 I~OF,DTE IIRD.DTE -999~250 XIXD.DTE CAb! DTE -999,250 TENS,DTE HTE~!:DTE -999,250 bhS,D£.b SP,DLL 999,250 GR,DLL ~RE$.Dbb .~999.250 MTEN.DLL DTLN.SDT -999.250 DTLF,$DT 20-APR-1990 10{]4 -q99.~50 DTSM,PTE -999,250 RSMC,$TC -999.250 GR,STC 22,359 TENS.CSG 1404.000 -999 250 =999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999,250 -999,250 -999,250 -999.250 -999.250 '-999,250 16 531 384 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 .-999 250 -999 250 -999 250 999 250 999 250 999 25O -999 250 -999 250 -999 250 '999 ~50 15,711 1365,000 ~999 250 Z9~9 250 999 250 -~99 250 -999 250 -999 250 250 -999 250 IMPH.DTE CIDP,DTE IIRM,DTE MTE~,DTE LLD,DLL TENS.DLb DT,$DT DTCO.$DT COST,MDT TT4,SD~ 5TT4,SDT CALM,MDT PRES.MDT DTSM,PTE RS~C,STC GR,STC TE.NS,CSG lb~ DTE I~PHiDTE CIDP DTE I'IR~,DTE MTE~,DTE .bLD,Dbb TENS Dbb DT:$DT DTCO,SDT COST SDT TT4 MDT bTT4 MDT CABS MDT DTSM PTE RMHC STC GR,STC TEN'$,CM~ ILM,DTE IMPS DTE CIDP DTE IIRM DTg STEM DTE TENS DLb DT MDT DTCO,SDT -999,250 DTS~.ITP -999.250 QFCO.STC -999.250 CALI,STC 2200.000 ~RES.CSG '999 250 -999 -999 -999 '999 '999 '999 '999 -999 ILD.DTE 250 IFRE.DTE 250 CI~P,DTE 250 GR.DTE 250 NRES.DTE 250 CALS.DL~ 250 MTEN.DLL 250 DTb. SDT 250 DTSM.SDT -999 250 TTI.SDT ~999,250 LTT1.SDT 999.250 WFC.SDT -999 250 GR.SDT -999 250 HTEN.SDT -999 250 DTSM.ITP -999 250 OFCO.STC -999 250 CALI,$TC 2100 000 MRES,CSG -999 250 XbD.DTE -999 250 liRE DTE -999 250 CI~P DTE DTE -999 -999 -999 999 -999 -999 -999 -999 -999 -999 -999 ~999 -999 1975 250 GR 250 ~RES DTE 250 CAbS DbL 250 ~TEM Db~ 250 DTb:SD~ {50 DTSM,SDT 250 TT! S.DT 250 bTTI.:SDT 250 WFC,'SDT 250 GR'SDT 250 HTEN:SDT 250 DTS~.ITP 000 ~ RES.CSG -999 2.50 I5D.,DTE =999 250 IFR. E,DT.E. -999 250 CINP.DTE -999 250 GR.DTE -999 250 ~RES DTE -999 250 '-999 250 NTEN,D~5 -999 250 DT.b,SDT -999 250 DTSM.'SDT PAGE: 49 '999.250 '999,250 '999,250 2,037 -999 250 -999 250 -999 250 -999 250 =999 250 -999 250 -999 250 -999 250 '999 250 -999 250 -999 250 '999 250 '999 250 -999 250 -999 250 -999 250 -999 250 -999.250 · .999 250 -999 250 -999 250 .-999 250 .-999 250 .-999 250 :-999 250 '"999 250 -999..250 '999 250 -999.250 -999,250 -999 .250 "999'250 -999.250 2 189 -999,.250 '999,250 -999,250 -999,.250 :999,.250 999.,250 :999,250 999.250 '-999,250 I8 Ta~e Verification Listine ChlUmberger Alaska Computing Center CO~C.SDT -999,250 Cf]HS.SDT TT2.SI)T -999.250 TTB,SDT LTT2,SOT -909,250 LTT3,SDT WFSF,SDT -999,250 SP,SDT TENS.SDT -999.250 ~TE~.SDT DT.PTE -999.250 DT.ITP DTST.PTE -999.250 DTST,ITP OFShoSTC -999.250 QFST,STC TENS.STC -999.250 GR,CSG ~TE~.CSG 92.250 HTEN.CSG DEPT. 58.000 SFLU.DTE SP.DTE -999,250 IDPH.DTE IDOF.DTE -999,250 I~OF.DTE IIRD.OTE -999.250 IIXD DTE CALI.DTE -999,250 TENS:DTE }tTEL~.DTE -999,250 bLS.DLL SP.DI..L -999,250 GR.DLL ~RES.DLL -999,250 NTEN,DLL DTLM.SD'r -999,250 DTLF,SDT COHC SDT -999,250 COH$,$DT TT~:SDT -999.250 TT].SDT LTT2.SDT -999.~50 LTT3,SDT WFSH.SDT -999.~50 SP,$DT TENS,$DT 999.250 MTEM SDT DTST.PTE -999,250 DTST,ITP OFSH.STC -999,250 OFST.'STC TENS STC -999,250 GR CSG ~TE~:CSG 9~,875 HTEN:CSG ** ENO OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT ,001 SERVICE : FblC VERSION : O01A04 M~X REC SIZE : 1024 FILE TYPE : LO LRGT FILE ~ **** FILE HEADER **** FILE NAME ~ EDIT ,002 SERVICE I FLIC VERSION : 001A04 DATE ~ 90/04/20 ~AX REC SIZE : 1024 F~LE TYPE ~ bO LAST FILE : 20-~PR-1990 1,0:34 '999.250 COST.SDT '999,250 TT4,SDT -999.250 LTT4,$DT '999,250 CALS.SDT -999.~50 MRES.SDT -999.250 DTS~,PTE '999,250 RSHC STC -999.250 " GR:STC 15.2~9 TEhS,CSG 1371,000 '99~i~50 ILV,OTE '99 50 I~PH.DTE -99 50 CIDP,DTE -999.~0 IIR~,DTE '999. 0 MTEM.DTE '999.250 L£.D,DLL '999.250 TENS,DbL '999,250 DT,SDT '999,250 DTCO.SDT '999.~50 COST,SDT '999. 50 TT4,$DT '999,250 LTT4,SDT '999.~50 CALS,SDT '999.250 MRES,SDT '999,250 DTSN,PTE '999,250 RSHC,STC '999.250 GR,STC ,0 08 TENS'CSG 134 .000 -999.250 -999.250 -999,250 -999.250 :999.250 999.250 :999,250 999.250 1855,000 '999,250 '999.250 -999.250 '999,250 '999.250 '999.250 '999.250 '99q 250 '999.250 '999.250 '999.250 :999.250 .999,250 999,250 '999,250 '999,250 '999.250 1790.000 TT1.SD? LTT1.SDT WFC.SDT (;R.SDT HTEN.SD~ DTSN.ITP OFCO,STC CALI.STC NRES.CSG ILD.DTE IFRE.DTE CI~P.DTE GR.DTE MRES,DTE CAbS.PLb MTEM,DD~ DTL.SDT DTSM SDT TTI MDT LTT1 MDT WFC HTEN 8DT DTSM QFCO,'STC CALI,.$TC MRES,CSG PAGE: 50 -999.250 -999.250 -999.250 -999.250 -999.250 999,250 :999.250 -999.250 2.170 -999,250 -999,250 -999,250 -999.250 -999,250 -999 250 -999 250 '999 250 -999 250 .-999 250 '-999 250 -999,250 -999.25O -999.250 -999.250 -999,250 -999.~250 2.262 IS Tame verification Listing chlumberger Alaska Computing Center 20-APR-1990 10:34 PAGE: 51 FYLE - F. DIT,O02 ARCO ~[,ASK~ INC. WILOC&T POINT }~CINTYRM STATE 50-029-2~996 DATA SAMPLED EVERY -,5000 FEET D~TA INCLUDED - TOOL ~×TENSION TOOL bDT .bDT CNT=A/D/M .CNL MGT ,NGT EPT-D/G ,EPT blTHO DENSITY 11073' TO 943~' (RUN20NhY) COMPENSATED NEUTRON 11053' TO 8994' (RUN~ ONLY) NATURAL GAMMA SPECTROSCOPY 11019' TO 9000' (RUN2 ONLY) ELECTROMAGNETIC PROPOGATION 11048' TO 9438' (RUN2 ONLY) ******************************************************************************** TUNI VALU DEF! , · CN ARCO ALASKA INC, Compan Name, FN WILDCAT Field. ~ · ame WN POINT MCINTYRE STATE #8 Well Name AP.IN 50-0.~9-21996 APl Serial Number FL 145! FSh & 724' FEb Field Location SECT ~6 Section TOwN 12N Township RANG 14E ~ange COUN NORTH SLOPE uounty STAT ALASKA State or Province NATI USA Nation SON 54~=~, ' Service Order Number PDAT MSL Permanent datum IS Tape Verification Listing chlumber~er Alaska Computing Center 20-APR-lggo 10:34 PAGEt 52 T!ti,i! VALU DEFI APb FT 4 2, gK8 F~ 42, EOF FT 41, EGL FT 7 TABI.,K TYPF : CURV DEFI PEF QI, S DSS LS L U LL LI TH 851 LSH¥ SSHV slr~ LSRH LUR~ CALl CGR ~RES T~PH TNRA NPOr RCNT RCFT CTC C~TC HTE~ 'SGR Bulk Density Delta RHO Photoelectric Factor Quality control of long spacing for bDT 0uality control on short spacing for LDT Long SPacing Computed Count Rate eLL+bO/2) bong Upper X-2 Window Count Rate (LUI+LU~ Long Lo,er ~indow Count ~ate Lit~olog ~indow Count Rate S~ort Spacin~ I ~lndow Count Rate Snort SPacin~ 2 ~in~0w Count Rate bong Spacing Hig~ V'oltaqe OutPut S~ort Spaci6g H~gh Voltage Loop Output Short Sp cin6 ~ Dens~ty ~'RHOB (U rrected) bong spa~ln~ nco Long Upper '.HOB Caliper Spectrosco Gamma-Rav Computed G~Yfrom Thorium, Uranium, Potassium Tension ~ud Temperatt]re Nun Resistivity Head Tension Neutron Porosity_ Thermal Neutron Forosity Calibrated Thermal Neutron Ratio Neutron Porosity Output From an APPltca. t,~on Program ECN~ RCFT CNTC CFTC Spectroscopy Gamma-Ra~ Computed GR from Thor um, Uranium, Potassium Caliper Tension, ~[)D Resistivity ~ud Temperature Head Tension Spectroscopy Gamma-Ray Computed G' from Tnor um, Uranium~ Potassium 15 ~ar...e verification bistina chlumberqer AlasWa Computin~ Center 20-APR-1990 10:34 T~ ~ Thor PnT~ Potassium !~R~N Uranium WlNC window 1 (.150 w2N~ window ~3N~ window 3 (1.1 - {-6 MEV) W4NG Window 4 (1,6 - 2 MEV) ~SNC window 5 TENS ~ension MTE~ ~Ud Temoerature ~RES ~UD ~eslstlvlty C$ Cable Speed HTEN ~ead Tension NVR ~ear Voltane Reference FV~ Far voltage re[erence SGR Spectroscopy Gamma-Ray CG~ Computed GR from ThOrium, Uranium, Potassium C~! CaliPer T~NS Tension ~TE~ ~ud Temperature ~R~S ~UD Resistivity HT~N Head Tension PAGE: 5] ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE TYPE REPR C[)DE . . VALUE 1 66 0 2 66 0 3 73 252 4 66 5 66 6 73 7 65 9 65 11 66 4 12 68 13 66 0 1.4 65 FT 15 66 68 16 66 '1 0 66 1 ,IS Ta~e verification t,lstlnq .cblumberner AlasKa Comvutinq Center 20-APR-1990 10:34 PAGE: 54 ** SET TYPE - CNAN ** NhME S .... V UNIT R CE API PI AP1 P FI E NtI~ NOlO SIZE REP IP ORDER ~ LOG TYPE Cl.,A88 MOD NUMB SA~P EbE~ CODE (HEX) .................... ; ......... ;;--- .... . .......... . ....... ...... ..... ;;;- .... DEP3' FT 5484 8 00 0 00 0 2 1 1 4 68 000000 R~OF LDT G/C3 548448 09 350 02 0 2 1 1 4 OR~%O LDT G/C3 548448 09 356 01 0 2 1 1 4 PFF I, DT 548448 09 358 01 0 2 1 1 4 O[,S I.,DT 548448 09 354 O1 0 2 1 I 4 aSS I,OT 548448 09 354 01 0 2 1 1 4 1,$ LDT CPS 548448 09 354 01 0 2 1 I 4 L, IJ LDT CPS 548448 09 354 01 0 ~ 1 1 4 LL LDT CPS 548448 09 354 01 0 2 1 1 4 LITH LDT CPS 548448 09 354 01 ~ 2 1 1 4 SSI LOT CPS 548448 09 354 02 0 2 1 1 4 SS~ LDT CPS 548448 09 354 02 0 2 I 1 4 [.,$HV bDT V 548448 09 354 O0 0 2 1 I 4 GSHV LOT V 548448 09 354 00 0 2 1 1 4 S~ LDT G/C3 548448 09 350 02 0 2 1 1 4 68 L$~H LDT G/C3 548448 09 350 02 0 2 1 1 4 68 LURH LDT G/C3 548448 09 350 02 0 2 1 I 4 68 CALl LDT IN 548448 09 280 01 0 2 1 1 4 68 SGR LDT GAPI 548448 09 310 01 0 2 I I 4 68 CGR LOT GAPI 548448 0g 310 01 0 2 1 1 4 68 T~NS LDT LB 548448 09 635 21 0 2 1 I 4 68 ~TE~ bDT D~GF 548448 09 000 O0 0 2 1 1 4 68 MRE$ b~T OH~M 548448 09 000 00 0 2 1 1 4 68 HTEN LDT I~B 548448 09' 000 00 0 2 1 1 4 68 NP~! CML PU 548448 09 890 O0 0 2 1 .1 4 68 TNpH CNL PU 548448 09 890 00 0 2 I 1 4 68 T~RA CNL 548448 09 420 01 0 ~ I 1 4 68 NPO~.CNL PU 548448 09 890 00 0 2 1 1 4 68 RCNT CNL CPS 548448 09 420 01 0 2 1 1 4 68 RCFT CNL CPS 548448 09 420 01 0 2 1 1 4 68 CNTC CNL CPS 548448 09 420 01 0 2 1 1 4 68 CFTC CNL CPS 548.448 09 420 01 0 2 I 1 4 68 SGR CNb GAPI 548448 09 310 01. 0 2 1 1 4 68 CGR CNL GAPI 548448 09 310 01 0 2 1 1 4 68 CALl CNL IN 548448 09 280 01 0 2 1 1 4 68 TENS CNL LB 548448 09 635 21 0 2 1 1 4 68 ~RES CNL OHMM 548448 09 000 00 0 2 ! 1 4 68 ~TE~ CNL DEGF 548448 09 000 00 0 2 I 1 4 68 HTEN CNL LB 548448 09 000 00 0 2 1 1 4 68 MGR NGT GAPI 548448 09 310 01 0 2 1 1 4 68 CGR NGT GAPI 548448 09 310 01 0 2 1 1 4 68 T~O~ NGT PP~ 548448 09 790 50 0 2 1 1 4 68 POTA. NGT PU 548448 09 719 50 0 2 1 I 4 68 U~AN NGT PP~ 548448 09 792 50 0 2 1 1 4 68 WING NGT CPS 548448 09 310 0! 0 2 I 1 4 68 W~g NGT CPS 548448 09 310 O1 0 2 I I 4 68 W3NG NGT CPS 548448 09 310 01 0 2 1 1 4 68 W4NG NGT CPS 548448 09 310 01 0 2 i 1 4 68 WLNG NGT CPS 548448 09 310 01 0 2 1 1 4 68 TENS NGT LB 548448 09 635 21 0 2 1 1 4 68 68 0000000000 68 OOnO000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 e Yerl~ic~tion l, istln~ IS ~erger A.l~$k,a Computln chlum Center 20-APR-lggO 1.0:34 55 -;--;-~--~--~-~;;;~;--g ....... . ..... .-g-.-.-. ...... ....--.-...-...-..,,.,...... ~. ~. ~ ooo oo ~ I , 4 ~. oo o oooo ~RE~ "GT 0"~' 548448 09 000 O0 0 2 1 1 4 68 0000000000 CS NGT F/HR 548448 09 [{TEN NGT LB 548448 09 NVR EPT V 548448 og FVR EPT V 548448 09 SGR EPT GAPI 548448 09 CGR EPT GAP! 548448 09 CALl EPT IN 54844.8 09 TENS EPT LB 548448 09 MTE~ EPT D£GF 548448 09 ~PgS EPT OHM~ 548448 09 HTEN EPT LB 548448 09 6]6 21 0 2 1 ! 4 68 0000000000 000 O0 0 2 1 1 4 68 0000000000 132 O! 0 2 1 1 4 68 0000000000 132 11 0 2 1 1 4 68 0000000000 310 01 O 2 1 1 4 68 0000000000 310 O1 0 2 I 1 4 68 0000000000 280 01 0 2 1 1. 4 68 0000000000 635 21 0 2 1 1 4 66 0000000000 000 00 0 2 1 1 4 68 0000000000 000 O0 0 2 1 1 4 68 0000000000 000 O0 0 2 ! 1 4 68 0000000000 ** I.)ATA ** DEPT, 11.104,500 RH. OB,LDT LDT -0 012 OSS,LDT LSHV.LDT 1252.000 SSHV.LDT I,U~H,~DT 2 338 CALI,bDT TENS,LDT 4532:000 NFHI.CNL 42,170 TNPH CNL RCNT.CNb 1901,329 RCFT:CNL SGP,CNb 136,928 CGR CNb MRES,CNb 0,085 ~TEM:CNL CGR,NGT 26,772 TROR.NGT WlNG,NGT 423,032 W2NG,N'GT WSNG,NGT 9,401 T£NS,NGT CS,NGT 678.500 HTEN.,NGT SGR,EPT 136,928 CGR.EPT MTE~,EPT 173,000 ~RES,EPT DEPT, 11100,000 ObS.LDT '0.020 I.,L,LDT 158.750 LSHV,LDT 1252,000 ~URH,LDT 2,346 TENS,bDT 4672,000 NPHI.CNI,,, 42,170 RCNT.CNb 1,901,329 SGR,CNL 1.36,928 MR'ES,CNL 0.085 CGR,NGT 84.002 W1NG,NGT 423,03.2 WSNG.NGT 9,401 CS ~GT '844 500 ,TE~.~PT 1.73,000 RHOB.LDT OSS.LDT hlTH,LDT SSHV bDT CAbI bDT TNPH CNL RCFT CNb CGR,CNb MTEM.,CN'L THOR,NGT W2N NGT HTEN,~GT CGR,EPT MRES.EPT 2,367 0.~30 53. 56 1322,000 8,500 173,000 567 3 2672 173 000 :ggo 2,429 0,068 54,844 1.32~,000438 1'73i000 36 019 567113 84~002 173,000 8,818 215,041 ooo 19~750 84,002 0,085 DRHO.bDT bS,bDT SSI,bDT S1RH,LDT SGR,bDT ~RES,LDT TNRA CNb CNTC:CN~ CALI.CNb MTEN,CNb POTA,NGT W3NG,NGT MTEM,NGT NVR,EPT CALI,EPT HTEN,EPT DRHO.LDT L$.bDT SSI,bDT $1RH.bDT SGR,LDT ~RES..bDT TNRA,CNL CNTC.CNL CALI,CNb HTEN,CNb POTA,NGT W3N'G,NGT MTE~.NGT NVR,EPT CALI.EPT HTEN,EPT 0 047 PEF.LDT ~ 124 NPOR CNL 1906 831 CFTC:CNL $ .500 T£NS,CNL -202 000 SGR.N. GT .0 791 URAN,NGT 84 606 W4NG,NGT 1.73 000 MRES NGT 3 98.2 8 500 -202 000 0 097 302 223 2 136 O. ~o~ -219 84 -219 PEF.bDT 000 b~.bDT 875 SS ,bDT 131 LSRH,bDT 928 CGR,LDT 085 HTEN bDT 124 N'POR:CNL 831 CFTC,.CNL ~ TENS,.CNL SGR.NG~ 290 URAN,NGT 606 W.4NG.NGT 000 MRES,NGT 982 FVR,.EPT 438 TENS,EPT 75O 3,564 290,000 '296,,]50 -202.000 619 4532.000 136 928 '0 0.8~5 4532, 000 6,176 '286,.250 ..295,500 2 33'2 84 002 '-2~9 750 '36 019 619 853 4672 000 .136928 ,5 670 .14 O1 0 ~5 0885 467~ 000 Tare Verification bist. ino .chlumberoer Alaska ComPutiDq Center DFPT, 1.1000,000 RHOB,LDT OLS,LDT 0 011 OSS,LDT LI.,LDT 121:250 LITI{,LDT Y.SHV,LDT 1252,000 SSMV,LDT L{)R}~.LDT 2.516 CALl,bDT TENS LDT 7208,000 NPH~:ChL 38.014 TNPH.CNL RC~.T CML 1762.319 RCFT.CNb SGR:CNL i2~.49] CGR.CNL M~ES.CWL 0.083 ~TEM,CNL CG~.NGT 86.062 THOR.NGT W~NG.NGT 399.795 W2NG.NGT W5NG.NGT 1~.759 TENS.NGT CS,NGT 949.000 HTEN.NGT SG~.EPT 122,49] CGR.EPT MTE~.EPT 173.375 ~RES.EPT DgPT. OLS,LDT bL.LDT LSHV.LDT 5URn.bDT TENS bDT NPHI CNb RCNT CNL SG~ CML MRES CML CGR,NGT W1N~,NGT WbNG,NGT CS NGT SGRiEPT STEM EPT DEPT, ~LS bDT bSHV,LDT 1.0URM,LDT TENS,bDT NPMI,CNL RCNT,CNb 'SGR.CNL CG~ NGT CS MGT MTEM,EPT 10900,000 RHOB,LDT -0.015 QSS.LDT 121,438 LITH,LDT 1252.000 SSH¥.LDT 2,~96 C~LI,bDT 7004,000 MTE~,LDT 35,903 TNPH,CNL 1819.941 RCFT.CNL 124,033 CGR.CNL 0.083 MTEM,CNh 101,056 THOR,NGT ]83,069 W2NG,NGT 13,228 TEN$,NGT 974,500 HTEN,NGT i 24,0~] CGR,[PT 74,250 MRE$,EPT 10800,000 RHOB.LDT 0,016 QSS,LDT 123,313 LITH,LDT 125.12.000 SSHV.hDT ,510 CALI,LDT 6860.0.00 MTE~.LDT 21,167 TNPM.CML '2755,240 RCFT CNb 86,02.5 CGR:CNb 0,084 MTE'M,CN~ 46,862 THOR,NGT 285,3~3 W~NG,NGT 9,3t0 TEN$,NGT 972,500 HTEN.NGT 86,025 CGR EPT 174,000 NRES:EPT 20-APR-3990 10:34 2.500 0.015 54.000 1327,000 9.117 173.375 36,489 5~8.424 86,062 173,375 12,206 192,740 7208.000 1016,500 86,062 0,083 2,507 0,033 5~,188 132 .000 9 41 4 ~50 136 79 54 ~82 10~ 056 174 50 1' ~70 20~ 524 7004 ~0 994 0 101 056 .0 083 2,497 1.74 000 20 282 1253 813 46 862 1,74 000 8 282 123 220 6860 000 0,084 DRHO.LDT LS,LDT SSi,bDT SIRI'{,LDT SGR,LDT NRES,bDT TNRA,CNb CMTC.CNL CALI.CML HTEN,CNL POTA,NGT WbNG.NGT NTEM,MGT NVR,EPT CAbI,EPT MTEN,EPT · DRHO,LDT LS,LDT SSi,bDT S1RH,LDT SGR,bDT MRES,LDT TNRA,CNL CNTC,CNL CALI,CNb HTEN,CNb POTA.NGT WbNG,NGT MTE~,NGT NVR,EPT CAbI,EPT HTEM,EPT DRHO,LDT L$,bDT SSl.,LDT 'S1RH,LDT SGR,bDT ~RE8 bDT TNRA:CNb CNTC,CNL CALI,CN~ HTEN,CNb 'POTA,NGT WbNG,NGT MTEM,NGT NVR,EPT CALI,EPT MTEN,EPT -0. 2. 122. O. 3. 1769, 9. 1016 . 2 74 173 3 9 1016 0 235 193 2 124 0 3 1822 9 994 3 74 174 3 9 994 0 .235 188 2 86 0 2 2836 8 1031 I 49 1,74 I031. 002 250 250 512 493 083 267 188 117 8 375 977 50O 014 500 250 436 033 083 153 810 141 000 139 603 250 982 000 005 250 500 473 025 084 184 033 906 000 016 288 000 8 000 PEF.LDT LU.LDT S$2.LDT LSRH,LDT CGR.LDT HTEN.LDI NPOR,CNb CFTC,CML TENS,CML SGR,MGT URAN.NGT ~4NG,NGT MRE$.NGT FVR.EPT TEN$.EPT PEF bDT L.U:LDT SS2,LDT LMRH,LDT CGR,LD~ HTEN,LDT NPOR,CNL CFTC,CNL TENS,CML SGR,NGT URAN..N'GT ~4~G,~G~ MRES,NGT FVR,EPT TENS,EP~ PEF.I.,DT LU,bOT MS2,LDT bSRH,LDT CGR.LDT' HTEN,LDT NPOR,.CNL 'CFTC,CNL TEN'S,.CNL SGR.NGT URAN,NGT W4NG.,NG~ rVR,EPT TEN$,EPT PAGEI 56 4,039 221.875 255,750 2,502 86,062 1016,500 36,533 564,402 7208,000 122,493 3,500 8,691 0,083 0,884 7208,000 3,396 228,125 261,750 2.492 101. 056 994 000 7004 000 124 033 ~ 642 7 937 0 083 700~ 906 000 3,424 24,000 . 59,500 2 492 46 862 1031 000 2~ 065 .137 401 6860 000 86 025 3 887 8. ~IS Tape verJfication 51stinq .chlumberqer Alaska Computing Center DEPT. 10700,000 RMOB.LDT OI..S.LDT -0,014 OSS.I. DT L[..LDT 131,125 LITH.LDT LSHV.LDT 1249.000 SSHV.LDT I.,IJRH, bDT 2,455 CALI,LDT TENS.LDT 6644.006 MTE~.LDT NPHI .CNb 24,254 TNPH.CNL ~C~T.C~L 2~74,]37 RCFT,CNL SGR.CNI. 61,827 CGR CNL ~RkSoCNL (),085 CG~,NGT 22,779 THOR,NUT W1. N~.NGT 194,180 W2NG,NGT w5NG.NGT 6,349 TE~$.NGT CS.NG~ 970,000 HTE~,NGT SGR.EPT 6~,8~7 CGR,EPT MTE~.EPT 172,125 MRES.EPT DEPT, 10600,000 OLS.LDT -0,001 QSS LL,[.,DT 107.6~8 L.ITH LSHV bDT 1249,000 $SHV LI~RH:LDT 2,574 CALI T~NS.LDT 6804,000 MTE~ NPHI,CNL 26,750 TNPH RCNT CNL 2378,173 RCFT 'SGR:CN[., 58,428 CGR M~ES,CNL 0,057 CUR.NUT 3~,i44 THO~ W{NG NGT 178,496 W2NG W5NG:NGT 5,297 TENS C$,NGT 970,500 HTEN, SGR,EPT 58,4~8 CGR, MT~,EPT 169,625 ~RE$, I,DT bDT ]BDT ~DT LDT CN~ tNb NUT NUT NUT N~T EPT EPT EPT, 10500 DO[,$,LDT -0 Lb,bDT 81 LSMV,LDT 1249 5URH,LDT 2 TENS,bDT 6868 NPNI,CNL RCNT,CNL $ CNI, 63 C R NUT 49 W5NG,NGT 8 CS,NUT 973 $GR,EPT 63 MTE~,EPT 164 .000 RHOB,£,DT :05,1 OS$,bDT 188 LITH,LDT ,000 $SHV,LDT ,705 CAbS,bDT ,000 MTE~,bDT ,09! TNPH,CN5 ,810 RCFT,CN5 08~ CGR CN~ 089 M. TE~!CNB 843 THOR N'GT 429 ~2NG,NGT 242 TENS,NUT 500 HTEN NUT ,088 CGRiEPT ,750 MRES'EPT DEPT. 10400 05$ bDT -0 Lb:bDT 157. LSHV,LDT 1247 ,000 RHOB,LDT ,033 QSS.[,DT .625 L~T.H,LDT ,000 SSHV,LDT 20'APR-1990 10:34 2.45g DRHO,[,DT 0,017 LS,6DT 60,~13 $$1.5DT 1327,000 $1RH,LDT 8,906 SGR,LDT 172,125 HRES,LDT 24,30~ TNRA,CNL 982.729 CNTC.CNL 22,779 CALI,CNL 172.125 HTEN.CNL 5,327 POTA.NGT 92,063 W3NG,NGT 6644,000 MTEM,NGT 936.000 NVR.EPT 22,779 CALI.EPT 0.085 HTEN,EPT 2.558 0.023 41.656 1~. 8 2 99 85 275 6804 000 ~099 000 31 1~4 0,0 7 2 2~ 4368 1326 000 164 0 321. 4.9 843 164 750 104 6 6868 000 49 0 089 2.341 ,0544 ,375 !324,000 DRHO,DDT SS1,LDT 8(;R:LDT MRES'hDT TNRA:CNb CNT.C CN5 CAbX:CNL HTEN,CNL POTA,NGT W3NG,NGT MTEN,NGT NVR.EPT CALI,.EPT HTEN,EPT DRHO,bDT LS,LDT S$1,LDT 'SlRH,SDT MRE$,~DT TNRA CN5 CNTC:CNL CAbI CN5 HTENiCNL POTA NGT W3NG,NGT ~TE~,NGT NVR'EPT CAbX,EPT HTEN,EPT DRHO,bDT S l R H, LDT 0.006 252.375 ~9~,625 2.426 61.827 0.085 2.~90 2555.879 172.125 3,994 8,906 936,000 =0 003 209 875 180 375 2 574 58 428 0 087 2 661 2362 49O' 10 188 ,o g:ooos 16 .625 4,000 109 000 0 074 1.67 500 4 138 1504 582 766 0 274 32 41.8 .164 750 4 012 11 .1112 000 0,014 302,000 .203,000 2,270 PEF,LDT LU,LDT S$2,LDT LSRH,LDT CUR,bDT HTEN.LDT NPOR,CNL CFTC,CNL TENS.CNb SGR.NGT URAN,NGT W4NG.NGT ~RE$,NGT FVR,EPT TENS,EPT PEF,LDT bU,LDT S$2,bDT LSRH,bDT CUR,bDT HTEN,LDT NPOR,CNL CFTC,~NB SGR.,NGT URAN,NGT W4NG,NGT ~tRES,NGT FVR,EPT TEN$,EPT PEF,LDT bU,bDT bSRH.,bDT CGR,LDT HTEN',LDT NPOR,CNL CFTC,CNL TENS,CN'L SGR.NGT URAN.NGT W4NG,NGT MRES,NGT FVR.EPT T~$.EPT 'PEF,LDT bU,bDT PAGE: 3.490 242.625 267,500 2.451 22,779 936,000 25,291 1095,0~4 6644.000 61,827 ~,740 9,524 0,085 0.942 6644,000 4,825 204.500 244.625 1099,000 " 26,509 6804, 58,428 .2,167 87 0,968 6804,000 11,703 1,72.6~ '24~.:~99 4~.843 ~ 000 55 546 360 618 6868 000 '63 088 0 228 '8,791 0 089 0 995 6868 000 7,402 289,000 '276.500 2,326 57 ,I8 Tare Verfftcetion Listlnq ,chlBmbe~Qe~ AI~k~ ComPutinq Center LI}R;'{,LDT 2.340 CALI,LDT TE~;S.LDT 6740.000 ~TE~.LDT NPHT.CNL 33.931 Tr. iPH.CNL RCNT.C~}L 2094.192 RCFT.CNL SGP.C~L 39.219 CGR.CNL RRES.C~L 0.091 MTEM.CNt. CG~.MGT ~1.834 THOR.NGT WlNG.NGT 125,!33 W2NG.NGT W5NG.NGT 6.36~ TENS.NGT CS.NGT 970.500 HTEN.NGT SG~.EPT 39,219 CGR.EPT NTE~.EPT 162.375 ~RES.EPT DEPT. 10300.000 RHOB.LDT OI.~S.LDT ~0,028 OS$.I.,DT L~..SDT ! ~.750 LITH.LDT 5SH¥,LDT ~247,000 SSH¥.LDT LURH.LDT 2,4~4 CALI.LDT TENS.LDT 6724.000 MTE~.SDT NPH~.CNb 45.559 TNPH.CNL R.C~IT.CNL ~652,~24 RCFT,CNL SGR.CNb 61,756 CGR.CNL ~RE$.CNL 0.092 MTEM.CNh CGR.NGT 47.381 THOR.NGT ING,NGT 195,390 W2NG.NGT . 5NG.NGT 13,172 TEN$,NGT CS NGT 953.500 HTEN,NGT SGR:EPT 61,756 CGR.EP~' ~TEM,EPT 160.375 MRES,EPT EPT 10200.000 RHOB, DQ&$:LDT '0.015 QMS, bL LDT 90 625 bITH, LSHV!LDT 1247!000 LUR~ LDT 2 664 CAhI, TENS,LDT 6520.000 MTEM. N~HI.CNL ~8,375 TNPH RCNT.CNL ~445,295 RCFT SGR CNb 83.553 CGR ~ES:CNb 0,092 CGR.NGT 58,580 THOR W~'NG,NGT 265,576 WSNG,NGT 11,088 TENS C$,NGT 941 500 TEN SGRoEPT 83,5~3 CGR MTE~.EPT 159,125 MRE$ [,, D T bDT bDT bDT LDT LDT CNb CNb CNb CNb NGT NGT NGT NGT EPT EPT DEPT. 10100,000 RHOB, Ob$,LDT '0 025 hL,LDT 157;250 bITH, LSHV .bDT 1245,000 $SHV, TE NS.LDT 6548,000 MTEM, MPH]'.CNb 46.974 TNPH, RCNT.C~{L 1376,181 RCFT. LDT bDT bDT LDT I~DT bDT CN b CNL 20-APR-1990 10:34 9.578 SGR,bDT 162.375 MRES.LDT 35.918 TNRA,CML 618.711 CNTC,CNL 21,834 CALI,C~L ~62.]75 HTEM.CNL 5.952 POT~.NGT 61.506 W3NG,NGT 40.000 MTEM,NGT 2,502 DRHO.bDT 36, 4 $SI,LDT 1324,000 SlRH,bOT 11,000 SGR,LDT 160,375 ~RES,bDT 45.275 TMRA,CNh 8~,94~ CNTC,CN5 34 ,381 CAbI,CNb 16~,375 HTEN CNb 1 ,098 POTA:NGT 96,048 W3NG,NGT 6724,000 MTEM.NGT 11~,~00 NVR EPT O' 81 CAI. I~EPT ,092 HTEN,EPT 1322, 0 159 5 28 7~6 813 9 1 58 9O 13] 524 6520 00O 1075 0 0 2,393 000 330,507. DRHO,bDT b$,bOT SSi bDT $1RH~bDT $GR bDT ~RES bDT TNRA CNL CNTC CNL CA[,I CNb HTEN CNL POTA NGT W3NG:NGT MTEM,NGT NYR,EPT CALI,EPT .HTEN,EPT DRHO,LDT L$,bDT SSI.,LDT SIRH,bDT SGR,bDT .MRES,bDT TNRA.CNL CNTC,CNb 39. 2080' , 9, 1134, 24, 162. 4, 9, 1134, O, 259, 216, 2, 61, O, 3. 159~ 1 1129 -0 30 160 4 1! 1129 0 181 182 2 8~ 0 2 2430 9 1075 I 45 159 4 9 1075 0 21 2 0 4 1.357 219 091 081 696 578 000 037 920 375 02O 578 000 O87 000 125 229 756 092 816 532 000 000 124 187 375 0 000 013 375 750 607 553 092 984 000 ~83 ,[O7 031 98.4 000 057 0 203 196 0¢4 OO3 CGR.t. DT HTEN.I..DT NPOR . CNL CF~'C, Ckl.. 'rENS,CNL SGR,NGT URAN.NGT W4~G,NGT MRES,NGT FVR,EPT TEN$,EPT PEF,LDT SS2,bDT LSRH,LDT CGR,LDT HTEN,LDT NPOR,CNL, CFTC,CNI. TEN$,CNL SGR,NGT URAN,NGT W4NG,NGT MRES,NGT FVR,EPT TEN$,EP~ PEF bDT LU bDT SS2 bDT bSRH bDT CGR /,DT HTEN bDT NPOR CNL CFTC'.CN5 TEN$,CNL 8GR.,.NGT URAN,NGT W4NG.NGT NRES,NGT FVR,EPT TENS,EPT PEF.,EDT LU.,bDT LSRH,LDT CGR,bDT MTEN., T NPOR,~D CFTC,CNb PAGEI 58 21,834 1134.000 35,521 667.036 6740,000 39,219 0 98i 2 651 0 091 I 003 6740 000 9,117 250 625 2 o:ooo 4~ .414 ,381 1129,000 43,253 4~1'394 67 ,000 61.756 0 613 9 330 0 092 ~ 022 67.24 000 4 535 t81 500 241 250 2 658 58 58O 1075 000 28 379 908 ?13 6520 000 83~53 $, 19 1', ~7 6520,000 6 914 000 ooo 70~ 336 4 1 81 0~0 1143 268 ,354 578 IS Tape qerlfi, cation Llstinq Chlumberqer AlasKa Computln~ Center SGP.C:ll, 106,196 CG~,CNL ~ES,CNL 0,094 ~TE~.CNL CGP.~(;T 70,431 THOR.NOT W~.~G.N~T 329.508 W2NG.NGT WLM6.N~T 10.929 TENS.~GT Ca,~GT 967.500 HTE~.NGT SGR.EPT 106.196 CGR.EPT ~TE~.EPT 154.875 k~ES.EPT DEPT. 10000,000 RHOB,!~DT OI.S,LDT '0,031 O$S,LDT L~,,LDT 173.250 LITH.LDT LSHV I, DT 1245,000 SSHV,LDT [..URH :LDT "2,291 CALI.LDT TENS.LOT 6248,000 MTEM,bDT NPH! .CNL 45,549 TUPH.CNL RC~T,CNL { 396.642 RCFT.CNL $G~.CNL 179,226 CG~.CNL ~PES.CNL 0.095 MTE~.CNL CG~.SGT 102.61.9 THOR.NGT W{SG,NGT 572.837 WgNG.NGT ~5N~.NGT 1.6.4~9 TENS.NGT C6,NGT 967.500 HTEN,NGT SGR.EPT 179,296 CGR.EPT MTE~'.EPT 152,125 ~RE$,EPT DEPT. 99()0,000 RHOO,LDT OLS,LDT -0,0i9 QSS,LDT LL.LDT 170,250 LITH,LDT LSH~.LDT 1245,000 $$HV.LDT LUR .LDT 2,31! CALI,LDT TENS.LDT 6268,000 ~T~M.L~T NP~I CNL 4~,173 THPH,CN5 RC~T'CHL, . 151z,009 RCFT,CNL SG~,CNL 179,082 CGR.CNL ~RE$.CNL 0.096 MTEM.CNL CGR.NGT 74,093 THOR,NGT W1NG,NGT 582,452 W2NG,NGT WLNG,NGT 15,328 TENS,NGT CS,NGT 968,§00 HTEN,NGT SGR EPT 179,082 C~R,EPT ~TE~:EPT 150,875 ~RE$,EPT DEPT, 9800,000 RHOB OL$,LDT 0,010 OSS LL,LDT 152.875 LITH LSHV.,LDT 1245,000 SSHV LU~,L~T 2,387 CALl TENS.LDT 6264,000 ~TE~, NPHI,CNL 39,185 TNPH. RCNT.CNL 1655.371 RCFT, SGP.CNL 155,565 CGR, ~RES,C~L 0.097 MTEM, CGR.NGT 58.538 THOR, WlNG.~GT 517,951 W2NG. LDT LDT LDT LDT LDT LDT CNL CNL NGT NGT 20-APR-1990 i0:34 70.431 CALI.CNL 154.875 HTEN,CNL 9.747 Po'rA.NGT 177.596 W3NG.NGT 6548.000 ~TE~.~GT liB1.000 NVR,EPT 70,431 CALI,EPT 0,094 HTEN,EPT 2,363 DRHU.LDT 0.046 LS,LDT 71.313 SSI,LDT 1119,000 SI~H,LDT 12,594 SG~,LDT 1.52.125 ~RES.LDT 44.485 TNRA,CNL 343.989 CNTC,CNL 102.619 CALI,CNL 152,125 HTE~,CNL 14,231 POTA.NGT 268.894 W3NG,NGT 6248,000 MTEM.NGT 1032,000 NVR,EPT 1.02,619 CALI,EPT 0.095 HTE~,EPT 2,3.12 0 OO9 68 625 18 000 1310 891 374 · 373 823 74 093 150 875 13 835 ':ooo ooo 0~8 2,375 0 032 66 813 1.49 750 40 05 435 ~49 58 538 149,750 9,481 234,952 DRHO,hDT LS,LDY SSl,LOT SlRH,LDT SGR,hDT TNRA,CNL CNTC,CNL CAL~,CNL HTEN C'N~ POTA:NGT W3NG,NGT MTE~ NGT NVR:EPT CALX,EPT HTEU,EPT DRHO, SSl. SlRH, .SGR, MRES' TNRA~ CNTC. CALX, HTEN, POTA. W3NG, 5DT LDT LDT LDT LDT LDT CNL CNL CNL NGT 15.172 !181.000 2.185 55,738 154,875 4,043 15,172 118!,000 0 066 329 750 218 625 2 139 179 226 0 095 3 857 1395 350 12 594 1032 000 3 177 103 505 152 125 4.055 12.594 i032,000 0 012 322 000 203 250 '2 252 179 082 0 096 3 792 1626 343 10 891 1069 000 I 426 82 981 150 875 4 059 10 891 1069 000 0 004 287 250 195 000 2 354 155 56~ 0 O9 3 469' 1681 44~ 11 03 1130 00§ 1 48 73 918 TENS.CNL SGR.NGT URAN.NGT W4NG.NGT MRES.NGT FVR,EPT TENS.EPT PEF,[,,DT SS2,LDT LSRH,LDT CGR,LDT HTEN,LDT kPOR,CNL CFTC,CN5 TENS,CNL SGR,NGT URAN.NGT W4NG,NGT MRES.NGT FVR,EPT TENS,EPT PEF,'LDT L~,LDT SS ,,LDT bSRH,LDT CGR. LDT HTEN:LDT NPOR CNL CFTC CNL TENS CNL SGR NGT URAN NGT W4NG NGT HRES,NGT FVR,EPT TENS,EPT P~F,LDT LU,LDT 'SS2,LDT bSRH.,LDT CGR,LDT HTEN LOT N'POR:CNL CFTC.CNL SGR,NGT URAN,NGT ~4NG,NGT 6548,000 106,196 3,206 9,290 0,094 1,049 6548,000 5 820 312 750 301 000 2 287 102 619 1032 000 44 296 370 376 6248 000 179 226 9 137 '24 644 0,095 6241 "06'7 ,000 59 4 50~ '303 ,295 750 .7~ 299 46 887 447 166 6268 000 179 082 12 682 24 313 0 096 I 07.0 6268, 000 26~ 625 ' 500 271 250 2 37~ 58 53 1t30 000 41 099 484,976 6264,000 155,565 11,469 16,367 59 IS Tape Verification Listtn~ chlumberqer Al. ask8 Computtnq Center W5NG.NGT 12,144 TENS NGT CS.NGT 966.500 S~,EPT 155,565 CGR,EPT NTE~.EPT 149,750 ~RES,EPT DEP3, 9700,000 RHOB.LDT OL$,LDT -0.0~! ~SS,LDT LL,LDT 136,375 LITH LDT LSH¥.LDT 1~45,000 SSHV:LDT LI~RH,t, DT 2,436 CALI,LDT TFNS,I,DT 6032,000 ~T~N,L[)T NPH].CNL 34,506 TNPH.CNL RC~T,CaL 1892.606 RCFT.CNb SGR,CNL 154,419 CGR,CNL MRES,CN[., 0,097 ~TEM,CNL CGR,MGT 67,775 THOR,MGT W1NG.NGT 5~7,932 W2NG.NGT WbNG,MGT ~1,076 TEN$,N~T CS.NGT 967,000 HTEN,NGT SGR.EPT 154,419 CGR.EPT ~TE~.EPT 148,500 ~RE$,EPT DEPT. 9600,000 RHOB,LDT O[.,$,LP'r 0,001 OS$.bDT LL ~DT 117,000 LITH,LDT LSHV:LDT 1245,000 . SSHV,bDT I, URH,LDT 2,529 CALI,bDT TENS.bDT 5992,000 MTEM,b'DT NPHI,CNb 30,108 TNPH.CNb RCNT.CNb 2~0'5,34! RCFT,CNb SGR,CNL ~06,113 CGR,CNL MRES,CNL 0,098 MTEM,CNL CG~,MGT 73,315 THOR,NGT WI[~G,NGT 318,231 W2NG,NGT W5N~ NGT 9~825 TEN$,N~T Cgi~GT 970,500 'HTEN,NGT MGR EPT 106~11~ CGR,EPT MT~ SPT 147,500 MRES.,EPT oo.ooo LSHV,LDT 1246,000 SSH~ LOT LUR~,LDT 2,484 CAL .:bDT TENS,bDT 5840,000 STEM bDT NPHI,CN[,, 32,051 TNPH:CNb RCNT,CNL 1976,000 RCFT,CNb 'SGR,CNL 107 760 CGR,CNb CGR,'HG 75.162 .THOR.N'GT 'W1NG NGT 337,897 W2NG,NGT WbNC:NGT 11,501 TEN$,NGT CS ~]GT 972 500 HTEN.NGT SGRiEPT 1072760 CGR.EPT ~TE~.EPT 146,250 ~RES,EP? 20'APR-1990 10:34 6264,000 MTE~.NGT 1130,000 NVR.EPT 58.538 CALI,EPT 0,097 HTEN,EPT 2.424 DRHO,LDT 0.011 LS.LDT b0.188 SSI,bDT 1317,000 S1R}'{.bDT 11.328 SGR,bDT 148.500 MRES.LOT 37.135 TNRA.CNb 508,802 CNTC,CNL 67,775 CALI.CNL 148,500 HTE~.CNL 9,758 POTA,NGT 2~.013 W3.NG,NGT 60 .000 MTEM.NGT 968.000 NVR,EPT 67,775 CALI,EPT 0,097 HTEN.EPT 2.524 0 019 0 il 703 · 56 698 093 73,315 147.500 9,192 167 576 5992 000 1045 000 73 3 5 0 0~8 2,483 0,006 57,688 1316,000 12,063 146,250 33.146 598 606 75 162 146 250 10 246 159 584O 000 0,099 DRHO,LOT LS,hDT 881 bDT SGR,bDT MRES,LDT TNRA,CNL CNTC,CNL CAb! CNL MTEN CNL POTA NGT W3NG NGT STEM NGT NUR EPT CA[..I EPT HTEN.EPT DRHO,bDT bS bDT $SI..:5DT 'S1RH,LDT MGR,bDT MRES,bDT TNRA,CNL CNTC,CNb CRLI,CNL HTEN,CNL POTA,NGT W3N'G,NGT MTE~,NGT NVR,EPT CALI,EPT HTEN,EPT 149,750 4,059 11.039 1130.000 -0,004 261.250 187.500 2,445 154.419 0,097 3.221 1872.198 11.328 968 000 2..011 81.224 148,500 4.063 11,328 968,000 0 002 225 875 106 113 0 098 2222 1,1~03 O0 ~ 507 70 415 147 500 4 063 11 703 1045 000 -0 O01 2 488 .~07 760 0 099 3 092 200~ 087 I 063 lo4~ o0o 37O 66 813 146 250 4 O59 12 063 1048,000 MRES,N(;T FVR,EPT TEN$,EPT PEF,LDT LU,LDT SS2.[,DT LSRH,LDT CGR.LDT HTEN.LDT NPOR,CNL CFTC,CNb TEN$,CNL SGR,NGT URAN.NG~ ~4NG,NGT MRES,NGT F¥'R,EPT TENM,EPT PEF,LDT LU,LDT S82,LDT LSRH,LDT CGR,LDT HTEN.,LDT NPO~..CNL CFTC,CNL TEN'S,CNL MGR,NG~ URAN,NG~ W4NG,'NG~ MRESeNGT FVR.,EPT TENS,EPT PEF bDT LSRH bDT CGR ,HTEN bDT NPOR CNb CFTC CNL TENS CNL SGR NGT U~N NGT W4NG NGT FYR EPT TENS EPT PAGE: 60 0,097 1.073 6264,000 3 736 249 750 265 250 2 428 67 775 968 000 36 539 572 622 6032 000 154 419 10,232 17,405 0,097 1,079 6032,000 3 361 217 875 73 315 1045 000 · 31 353 765 125 5992 000 9 825 0,098 , 080 599 ,000 3 998 ooo . 000 71 484 ~62 1048 000 · 33 560 656,978 5840,000 1072,760 .860 10,405 0,099 , 075 584 ,000 ..IS Tac~e Verification Listin.q chiun',Derc.~er AiasKa Computinq Center DEPT. 9400,000 Ol,S,LDT 0.075 LI,LDT 64.000 LSHV,LDT 1246.000 LURH.LDT 2,920 TFNS.T..DT 5788.000 NDH].CNL 48.01! RCNT.C~.~I. 1359.250 SGP.CNL 53.825 ~ES.CNL 0.098 CG~.NGT 26,291 W1NG NGT 168,675 . .NGT 3,834 C$.NGT 99],000 SGP.EPT 53,825 MTEM.EPT 144.875 DEPT. 9300.000 OLS.LDT -999.250 Lt.,,LDT -999,~50 LSHV.LDT -999.250 LURU,LDT -999,250 TENS LDT -999,250 NPHIiCNL 44.950 RCNT CN'L ~382.882 SGR.CNL 46,816 MRES.CNL 0.097 CG~.NGT 1,7 672 WiNG NGT WbN~:NGT 5,476 CS.NGT 993,000 $GR.EPT -999,250 ~TEM.EPT -999,250 DEPT. 9200 OhS,LOT '999 LL,LDT '999 LSHV bDT '999 LURH:LDT -999 T~S,LDT .-999 NPHI,CNL 45 RCNT,CNL 1377 ~'R~S NL 0 C,GR,NGT 2'5 WING,NGT 152 W5NG,NGT 3 CS NGT 992 SG~:EPT -999 ~TE~,EPT -999 000 25O 250 250 25O 25O 126 170 O8O ,09@ ,172 .293 ,821 .000 ,250 ,250 RHOB.LDT OSS.LDT LITH,LDT SSHV.LDT CALI.LDT gTE~,LDT TNPH.CNL RCFT.CNL CGR.CNL ~TEM.CNL THOR,NGT w2NG,NGT TENS.NGT HTEN,NGT CGR,EPT ~RES.EPT RHOB.LDT OSS,LDT LITH,LDT SSHV.LDT CALI,LDT MTEM:~DT TNPH Nb RCFT.CNL CGR,CNL MTEM,CNL THOR,NGT W2NG,NGT TEN NGT C~ EPT MRE~:EPT RHOB,LDT ~SS,LDT LITH,LDT SSHV,LDT C.ALI,LDT MTEM.LDT TNPH.CNL RCFT,CNL CGR,CNL ~TEM.CNL THOR.NGT ~2NG,NGT TENS.NGT HTEi!~GT CG EPT NRE EPT 20-APR-1990 10:34 1.937 DRHD.LDT '0.153 LS.LDT 14.742 SS1.LDT 1319,000 S1RH.GDT 9.039 SGR,LDT 144,875 MRES,LDT -999.250 TNRA.CNL ~ ~31 C~'TC.C~L 3 ' 91 CALI,CNL 144'8~5. HTEN,CNL. 4,3 0 POTA,NGT 84.~85 W3NG,NGT 5788. O0 MTEM,NGT 955.000 NVR.EPT 26,2~1 CALI.EPT 0.0 8 HTEN.EPT -999.250 '99~.250 -99 ,250 -999.250 '999250 -99~ 250 -99 i7 672 144 O0 4 ~94 ~5 717 .500 50 -999 250 -9~ 250 -9 250 "9 250 "999 250 -999 250 172 142 750 4 117 86 245 5572 000 -9 250 -999 250 DRHO.LDT LS.LDT SSi.BDT S1RH,bDT SGR,LDT MRES,LDT TNRA.CNL CNTC,CN~ CALI,CNb POT NGT W3N NGT ~TE~,NGT NVR,EPT CALI,EPT HTEN,EPT HO, SSi, ~E$, TNRA, CNTC, CALI, HTEN, POTA, W3NG, NTEM, NYR. CALl, HTEN, BDT bDT bDT bDT LDT bDT C N h CNL NGT EPT EPT -0.039 131.750 49.188 4.848 53.825 0.098 4,036 1344.132 9,039 955,000 0.638 40,526 144,875 4.066 9.0~9 955,000 -999 250 -999 250 -999 250 -999 0 -999 250 8 992 961 500 -0 144 000 -999 250 -999 2~0 -999 250 -999 250 - 50 -999 250 -999 25O -999 250 3 878 1338 894 .9 055 970 500 0 627 30 568 .142 750 -999 250 -999 250 -999 250 PEF.LDT LU.LDT SS2,LDT LSRH.LDT CGR.LDT HTEN,LDT NPOR,CNL CFTC.CNL TENS CNL SGR:NG~ URAN,NGT W4NG.NGT MRES,NGT FVR.EPT TENS,EPT PEF.LDT LU.LDT 5S2 LDT GSRH:LDT CGR.LDT HTEN,LDT NPOR,CNL CFTC,CNL TENS,CNL SGR,NGT URAN,NGT W4NG,NGT MRE$.NGT FVR,EPT TENS,EPT 'PEF,LD~ $~,LDT ,LDT LSRH,LD~ CGR,~D~ HTEN,LDT NPOR,CN~ CFTC,CN~ TENS,.CN~ SGR,NGT URAN,NGT W4NG,N'GT MRES,NGT FVR,EPT TENS,EPT PAGE{ 61 20,203 135,625 83,813 2 875 26:29X 955 000 -999 250 335 266 5788 000 53 825 2 223 7 119 0,098 1,067 5788,000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 350 76 5688 000 99~ 097 - 250 -999 250 ,-999 250 -999 250 -999 250 -999 250 "999 250 '-999 250 '-999 250 427 ooo .~} 0~0 2 0~ 3 275 · 0 098 ~999 250 999 250 .IS WaDe Verification Listin..q ch.l. uwberqer AlaSKe ComputiDq Center DFPT. 9100.000 RHOK%.LDT OI..S, [,DT -g99,250 '..ISM, LDT L!... [.,bT -999,250 LITH. LDT LSHV, [,DT -999,250 SSHV. I, DT LUSH bDT -999,250 CALI,LDT TF.'{.q_ ~ bDT -999,250 MTEM,LDT NPHT. ClqI., 45,]25 T,~,~PH, CN L RCD,;T, CNL 1351,90t RCFT.CNb SGR,CNL 58,363 CGR,CNL .~ P E..q., C.~ L 0,099 MTEM,CNL CG~,MGT 2.7.657 THOR,NGT W ~ 5'..G, NGT 197,846 W2NG.NGT WM~G,NGT 2,268 TENS,NGT CS. NGT 994. 500 HTEN, DGT ~GR. EPT -999. 250 CGR, EPT MTE~.EPT -999,250 ..qR£S. EPT DEP~ , 0[,$, LDT LL, I.., D T 5SH¥, I.,URB, bDT TENS,bDT NPH1 CNL RCNT :CN~ SGP. CN CGR NGT WlNG NGT WMN~ NGT CS MGT SG~ EPT ~TE~ EPT 9000,000 -999.~50 -999,250 -999,250 -999,250 -999.250 45,]59 ~363,779 · 54,065 0,100 19,046 170 843 4 556 995 500 -999 250 -999 ~50 RHOB,LDT QMS.bDT LITH.LDT SSHV.LDT CALI.LDT MTEM,LDT TNPH,CNb RCFT,CNL CGR,CNL MTEM.CNL THO.R.NGT W2NG,NGT TENS,NGT HTEN,NGT CGR,EPT M'RES..EPT DEPT, 8993 000 OhS b.DT -999:250 bL!LDT .-999,250 LSHV bDT -999,250 LURH.,LDT ,-999,250 TENS,LDT -999,250 NPHI,CNL 45,137 RCNT,CNL ~.402,684 SG~,CNL 55 235 MR~$,CNL 0:100 CGR NGT 32.491 WlNGiNGT 172,355 WMNG NGT C$,NGT 994,500 SG~,EPT -999,250 MTEN,EPT -999,250 RHOB.LDT Q$S. bDT EITH bDT SSHV bDT CAb! bDT MTEM LDT TNPH CNb RCFT CNL CGR CNb MTEM CNL THOR NGT W2NG NGT TENS,NGT HTEN,NGT CGR,EFT MR.E$,EPT ** END OF DATA 20-APR-1990 10:34 ~999,250 DRHO,LDT 999,250 LS,bDT ~999,~50 SSi,bDT 999,250 SlAM,bDT -999.250 SGR.LDT -999,250 ~RES,LDT -999,2b0 TNRA,CNb ]25,934 CNTC,CNL 27,~7 CALI.CNL 141, 5 HTEN,CNb 4.875 POTA,NGT 97.506 k3NG,NGT 5500,000 ~TE~,NGT 907,000 NVR,EPT -999.250 CALi.EPT -999,250 HTEN.EPT -999,250 -999 250 -999 250 -999 ~50 '999 50 -999 250 -999 250 140 315 4,6 1 83 3 92 0 .99~,5 0 .250 -999,250 -999 !50 -999 50 -999 ~0 -999 ~ 0 -999 ~0 -999 2 0 -999 250 334i403 32 491. 140,250 5 O35 85 324 5528 000 922 500 '999 250 -999 ~50 DRHO.bDT bM.bDT SSI,DDT S1RH.bDT SGR.bDT MRES.LDT TNRA.CNb CNTC.CNb CALI,CNb HTEN,CNb POTA,NGT N3NG,NGT ~TEM.NGT NVR EPT HTEN',EPT DRHO,bDT L$.LDT SSI.LDT 'SIRH,LDT SGR.bDT MRES,LDT TNRA.CNb CNTC.CNb CALI,CNL 'HTEN,CN~ P[]TA,NGT W3NG,NGT MTEM,NGT NVR,EPT CAbI,EPT HTEN.EPT ~999, 999, '999, '999, '999, '999, 1352' , 8, 907, O. 31 -999 -999 -999 -999, -999, -999, -999 -999 -999 137~ 26, .140, ,999, .999, -999, -999 -999 -999 -999 -999 -999 3 134~ 922 0 38 140 -999 -999 -999 '25o 250 250 250 250 250 889 602 992 000 603 746 875 250 250 250 250 25O 25O 250 25O 250 891 50O 102 37~ 5O 250 250 250 250 250 0 8 992 50O 8?7 25O 250 25O 25O PEF.LDT LU,LDT SS2.LDT LSRH,LDT CGR.LDT HTEN.LDT NPOR.CNL CFTC,CNL TENS.CNL SGR,NGT URAN.NGT W4NG,NGT MRES.NGT FYR.EPT TENS.EPT PEF,LOT LU,LDT SS2,I, DT LSRH.I, DT CGR,LDT HTEN,LDT NPOR,CNL CFTI.~NL TEN , NL SGR,NGT URAN,NGT W4NG,NGT MRES,NG~ FVR,EPT TEN$,EPT PEF,LDT LU,LD~ S$2,LDT LSRH.LDT CGR,bDT HTEN,LDT NPOR,CNb CFTC.CNb TENS CNL '$GR:NGT URAN,NGT W4NG,NGT MRE'$,NGT FVR,EPT TEN$,EPT PAGEI 62 :999,250 999,250 '999,250 '999,250 '999,250 '999,250 '999 250 351 376 5500 000 58 363 2 704 6,236 0,099 '999,250 '999,250 -999 250 -999 250 -999 250 -99 0 '999 250 '999 250 350 509 5444 000 54 065 3 i81 64 0 0 -999 250 .-999 250 '-999 250 -999 250 ,-999 250 -999 250 -999 250 -999 250 -999 250 358 603 5528 000 55 235 I 555 3 982 0 -999 250 IS Tane veri~.ication L, istiDq chlumber,~er Alaska Computin~ Center 20-APR-~990 10:34 6] $*** FILE TRAILER FILF' ~AME ~ EDI:P .002 VER$IO~ : DAT~' : g0/04/20 MAX REC SIZE : 1024 FILE TYPE : LO LAST FIL~ : **** FILE NEADER Flb~ N.A~E : EDIT .003 S~RVICE : FLIC VER$IO~ : O01A04 DATF : 90/04/20 MAX REC SIZE : 1024 FIb~ TYPE : LO LAST FILE FILE - EDIT,O03 ARCO ALASKA INC. WILDCAT POINT MCINTYRE STATE #8 50-0~9-~996 DATA 'SAMPLED EVERY -.1667 FEET DATA INCLUDED - TOOL EXTENSION TYPE USED DbL ,DSL EPT-D/G .EPT TOO[, NAME DUAL LATEROLOG EI, ECTROMAGNETIC PROpOGATiON 056' TO 9438' RU~2 ONLY) lu48 TO 9438' (RUN2 ONLY) IS Ware Verification bi. stl. n.~ chlumt-,er.qer Alaska ComDottnq Center 20-APR-1990 10:34 TA8[..E TYPE ," CONS TUN! VALU OEf'I 'CN ................. '' ........ ' ....... ''';''''''='';'''~iRCU A6ASK IN .... ''''' ...... Compan~'''''''''''''''''''''''''''''''Name F~' ~I[:DCAT Field Name ~6! POINT MCI~TYRE STATE APIF 50-029-21996 FI. 1451' FSL & 724' FEL SEC~ 16 TOw~ ~ANG 14E COU~' NORTH SI, OPE ST~ ALASKA NATI ()SA W!Tf' CARLIb£/LANCE/CA~PAIGN SON 548448 P~AT EPD FT L~F RKB APb FT 42, EKO FT 4~, EDF FT 41, E~L FT TDD ~ell Name AP1 Serial Number Field Location Section Township Range County State or Province Nation Witness' Name Service Order Number Permanent datum Log ~easured From TABLE TYPE : CURV DEFI ..-...-...,,,-............................................. DEPT De .., Channel Name ~$FL ~SF~ Resistivity EATT EPT Attenuation TPL Time of propagation l.n lossy formation FVD Far voltage down FVU Far voltage up, NVD Near Volt~ge Down ~}VU Near Voltage O P PSUP Phase Sb~.~f U. PSDO Phase Shift Down ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE.- 64EB **. T¥'PE. REPR CUD~ VALUE 1 66 0 2 66 0 tS 'rar, e Verification t, iEt. ino chi. umbers:er Alaskla Comput. inq Center 20-AP~-1990 10:34 PAGEI b5 3 73 40 4 66 5 66 7 65 8 68 0.166 9 65 FT 11. 6~ 25 i2 68 1) 66 0 1.4 65 KT 15 66 68 16 66 0 66 ** SET TYPE - CHAN ** N ~ ~mm~ SKRV APl AP1 AP! AP1 NUMB NUM SIZE REPR PROCESS ID OR[)'F'''R ~ bOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 548448 MSF{.~ DI.,L C))'{MM 548448 EATT EPT DB/~ 548448 TPL ~PT NS/M 548448 FVD EPT V 548448 FVU EPT V 548448 NVD EPT V 548448 NYU EPT V 548448 PEUP EPT DEG 548~48 .PSDO EPT DEG 548448 O0 000 O0 0 3 1 J. 4 68 0000000000 ll 270 04 0 3 1 1 4 68 0000000000 09 130 O1 0 3 I 1 4 68 0000000000 09 1.32 19 0 3 ! 1 4 68 0000000000 09 430 11 0 3 1 1 4 68 0000000000 09 430 11 0 3 1 I 4 68 0000000000 09 430 10 0 3 1 1 4 68 0000000000 09 430 10 0 3 1 1 4 68 0000000000 09 430 10 0 3 1 1 4 68 0000000000 09 430 11 0 3 1 1 4 68 0000000000 ** DATA ** DgPT, 1.1104,834 FYD.EPT 0.607 PSUP,EPT 225.500 D~]PT, $1100,000 FVI') EPT 0,607 PSIiIP:EPT 225,500 DEPT, 11000 000 FVD EPT 0i571 PSUP:EPT 222 1~5 ~pT, 10900 000 DFVD,EPT 0~656 PEUP,EPT 225.625 MSFL DbI, '999 250 EATT,'EPT 562,500 TPb.EPT FYU:EPT 0:593 NVD,E.PT .2.957 NVU.EPT PSDO,EPT 231' 250 MSFI.,,DLL '999,250 EATT,EPT 562 500 TPL.EPT FVU,EPT ~.593 NVD,E:PT 2:957 NVU.EPT PSDO.EPT 23 ,250 MSFL,DLb 3,832 EATT,EPT 528.500 TPL,EPT FVU,EPT 0,~84 NVD,EPT 2,748 NVU,EPT PSDO.EPT 229. O0 MSFb'DLb 4.617 EATT,EPT 533.000 TPL,EPT FVU,EPT 0,445 NVD.EPT 2,709 NYU,EPT PSDO.EPT 221,625 14,375 2,89..1, 14,375 2,891 114,203 2,764 14,078 2,768 ,IS Ta~e veri~ication Ltstlnq ~ChlUmberoer AlasKa Computin..~ Center DFPT. {0500.000 MSFL.DLL FVD.~PT 0.945 FVU.EPT PSI,IP,EPT 174.500 PSDO.EPT DFPT, 10700,000 MSFb. DI,I, FV~.EPT 0,657 FVU,EPT PSUP.FP? 167.250 PSDU.EPT DFPT. 10600.000 ~SFL.DLb FVD.EPI' 0.614 FVU.EPT PSUP.EPT 1~3.500 PSDO,EPT DEP~. 10500.000 ~SFL.DLL FYD.EPT 0.115 FVU.EPT PSUP.EPT 278.250 PSDO.EPT DEPT. 10400.000 MSF£..DLL FV~.EPT 2~0 455 FVU.EPT PSU.P. EPT 0:250 PSDO.EPT DEPT. 10300,000 MSFb. DLb FVD.~PT 0,059 FVU.EPT PSUF.EPT 2;9.750 PSDO.EPT ,D~PT, 10200,000 MSFL,DLL FYD.EPT 0,584 FVU,EPT PSUP,EPT 187,250 PSDO,EPT DEPT. 10100,000 ~SFL.DLL FVD.EPT -0.444 FVUoEPT PSUP,EPT 362.500 PSDO.EPT DEPT, 10000,000 ~SFb,DLL FUD,.~PT ;0,440 FVU,EPT PSUP,EPT 2 2,750 PSDO,EPT DEPT, 9900,000 MSFb,DLL FVD.EPT 0.633 FVU.EPT PSUP,EPT 251,500 PSDO,EPT DEPT. 9800.000 MSFb. DLL FVD.EPT -0.374 FVU.EPT PSUP,EPT 332,750 PSDO,EPT DEPT, 9700.000 ~SFh.DLL FVD EPT -0.011 FVU.EPT PSUP~PT 252.000 PSDO,EPT DEPT. 9600.000 NSFb. DLL FVD.EPT 0.646 FVU.EPT PSUP.EPT 214.750 PSDO.EPT 20-APR-1990 10:34 7.324 EATT.EPT 1.095 NVD.EPT 179.750 7.371 EATT.EPT 0.811 NVD.EPT 174.875 8.008 EATI'.EPT 0.779 NVD.EPT 180.!25 2,273 EATT,EPT 0 663 NUD,EPT 278~500 2.564 EATT.EPT -0.364 NVD.EPT 230.000 3,119 EATT,EPT 0.552 NVD.EPT 263.750 6.828 EATT.EPT 1,018 NVD.~PT 190.250 2.484 EATT.EPT 2;02:875436 NVi).EPT 2.926 EATT.EPT 33~,098 NVD,EPT ,500 2.738 EATT.EPT 1 068 NVD.EPT 263:750 1.486 EATT.EPT 0.~16 NVD,EPT 256, 50 2 635 EATT.EPT 0i880 NVD.EPT 263 000 4 383 EATT.EPT 217.875 436.000 3.293 363,500 2.111 348,250 1,977 635,500 2.783 393,750 1.104 518.000 2,21.9 0,000 412.182 0 021 -0~442 0.500 612,604 543,000 2,793 581,000 1,899 500 472.500 2,537 TPL.EPT NVU.EPT TPL.EPT NVI.I.EPT TPL.EPT NVU.EPT TPL.EPT NVU.EP? TPL.EPT NVU.EP? TPL,EPT NVU,EPT TPL.EPT NVU,EPT TPL,EPT NVU,EPT TPL.EPT NVU.EPT TPL,EPT ?PL,EPT N'VU,.EPT TPL..EPT NVU.EPT TPL.,EPT NVU.EPT PAGE: 66 11,148 2,313 10,773 2,314 11.453 2,232 17,531 3,109 14,813 !,244 16,484 2,418 11,891 2.699 1'8',469 -0,438 19,469 16,219 3,234 18.563 2:471 , 27 3,094 IS Ta~e verification List, ino chlumberoer AlasKa Computing Center DF. pT. 9500,000 F VD,F;PT O, 381 FVI.], F. PI PSUP. F:PT 260,000 PSDO,EPT DEPT. 9400,000 MSF'L.DUL F'VD,EPT -0,442 FVU,EPT PSIjP.EPT 288,250 PSDO,EPT 20-APR-1990 10:34 3,709 EATT,EPT 1.Ob3 NUD,EPT 2B9,250 0,331 EATT,EPT -0.440 NVD,EPT 2B5,500 DFPT. 9392 1.68 MSFL,DI,L 0,276 EATT,EPT ~vr],EPT -999:250 FVU,EPT ~999,250 NVO,EPT P$1.!P.~PT -999,250 PSDO,EPT 999,250 ' ** E~D OF DATA 555.500 2,783 0.375 -0.440 '999,250 '999,250 TPB,EPT NVU,EPT TPI,,EPT NVU,EPT TPL,EPT NVU,EPT PAGE: 67 17,297 3,107 18,109 -0,439 -999,250 -999,250 **** FILE TRAILER F~L~ NAME : EDIT ,003 SERVICE : FLIC V~RSION : O01A04 DAT~ : 90/04/20 MAX AEC SIZE : 1024 FILE TYPE : bO LAST FIL~ **** TAPE TRAIl, ER SERVICE NA~E : EDIT OAT~i : 90/04/20 ORIGIN : FLIC TAPE NA~E : 7~743 CONTINUATION # PREVIOUS TAPE : CO~FENT : ARCO AbASKA INC,,WISDCAT,PT, MCINTYRE #8,kPI 50-029-21996 SERVICE NA~E ~ EDIT DATE : 90/04/20 ORIGIN : FLiC REEL NA~E ~ 73743 COMTINUATION # : P~EVIOUS REEb COM~NT .~ ARCO AbASKA INC,,WIbDCAT,PT, ~CINTYRE #8~API 50-029-21996
