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191-028
XHVZE Pages NOT Scanned in this Well History File This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. /(~/'- ~"~/File Number of Well History File PAGES TO DELETE Complete RESCAN Color items - Pages: Grayscale, halftones, pictures, graphs, charts -.. Pages: Poor Quality Original- Pages: [] Other'- Pages: DIGITAL DATA Diskettes, No. [] Other, No/Type _,,~s 'of various kinds . 'other"'' OVERSIZED · · COMMENTS: Scanned' by: Beverly DiVan Lowell TO RE-SCAN Notes:. Re-Scanned by: Beverly Dianna Vincent Nathan Lowell Date: Isl STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG Plugged Back for Sidetrack 1. Status of Well Classification of Service Well [] Oil [] Gas [] Suspended [] Abandoned [] Service ~. Name of Operator 7. Permit Number BP Exploration (Alaska) Inc. 191-028 303-089 3. Address 8. APl Number P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-22142-00 4. Location of well at surface 9. Unit or Lease Name 3098' SNL, 2196' WEL, SEC. 02, T11N, R13E, UM X = 652650, Y = 5973714 Prudhoe Bay Unit At top of productive interval 3876' SNL, 1492' WEL, SEC. 02, T11N, R13E, UM X = 653371, Y = 5972952 10. Well Number At total depth F-45 4195' SNL, 1324' WEL, SEC. 02, T11 N, R13E, UM X = 653546, Y = 5972637 11. Field and Pool 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Prudhoe Bay Field / Prudhoe Bay Pool KBE = 65.71' ADL 028280 12. Date Spudded02/27/1991 113' Date T'D' Reached 114' Date C°mp'' Susp'' or Aband'03/12/1991 4/19/2003 115' Water depth' if °ffsh°reN/A MSL 116' NO' of CompletionsZero 17, Total Depth (MD+TVD) 118. Plug Back Depth (MD+TVD) 119. Directional Survey 1 20. Depth where SSSV set1 21. Thickness of Permafrost 9510 9182 FTI 9464 9145 FTI [] Yes [] NoI N/A MDI 1900' (Approx.) 22. Type Electric or Other Logs Run DIL / BHC / ER / SP, LDT / CNL / CAL / GR 23. CASING~ LINER AND CEMENTING RECORD CASING SE'FI'lNG DEPTH HOLE SIZE WT. PER FT. GRADE TOP BOTTOM S~ZE CEMENTING RECORD AMOUNT PULLED 20" Surface 110' 13-3/8" 68# L-80 Surface 2664' 17-1/2" 3723 cu ft Permafrost 9-5/8" 47# NT80-S Surface 8710' 12-1/4" 1746 cu ft Class 'G' 7" 26# NT13Cr80 8426' 9510' 8-1/2" 300 cu ft Permafrost 24. Perforations open to Production (MD+TVD of Top and 25. TUBING RECORD Bottom and interval, size and number) S~ZE DEPTH SET (MD) PACKER SET (MD) None 4-1/2", 12.6#, L-80 2123' MD TVD MD TVD 3-1/2", 9.2#, L-80 9196' 8374' & 9165' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL U,.SED 9250' P&A with 22 Bbls Class 'G', Squeezed to 1500 psi 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) Not onProduction N/A Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS'OIL RATIO TEST PERIOD I Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER'BBL OIL GRAVITY'API (CORR) Press. 24-Hour RATE .... ~, CORE DATA j~~~% Brief description of iithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit c~re'~c]~l~'~~' ~ V ~ jL~,~ .... "'~--'"~ --'--' JUN 0 2, 2003 No core samples were taken. ~,.~..,, Anchorage · ~t~NNE. I£~;, JUN ~. ~ 2gQ3 ~. ~ ~ ~ ~ ~_ ~ ~ ~ Form 10-407 Rev. 07-01-80 U KIbll~l~A Submitln Duplicate 29. Geologic Markers 30. Formation Tests Measured True Vertical Include interval tested, pressure data, all fluids recovered and Marker Name Depth Depth gravity, GOR, and time of each phase. Sag River 8722' 8513' Shublik A 8750' 8538' Sadlerochit / Zone 4 8839' 8617' 31. List of A~achments: Summa~ of Pre-Rig Work and Daily Drilling Repo~s 32. I hereby ce~ify that the foregoing is true and correct to the best of my knowledge Signed TerrieHubble~~ ~ Title TechnicalAssistant Date F-45 191-028 303-089 Prepared By Name/Number: Terrie Hubble, 564-4628 Well Number Permit No. /Approval No. Drilling Engineer: Ma~ Endaco~, 564-4388 INSTRUCTIONS G;,;RAL: 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. I~'~M 16 AND 24' If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. ITEM 21: Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). ITEM 23: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool. I'rEM 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-In, Other-explain. ITEM 28: If no cores taken, indicate 'none'. Form 10-407 Rev. 07-01-80 Well: F-45A Accept: 04/25/03 Field: Prudhoe Bay Unit Spud: 04/27/03 APl: 50-029-22142-01 Release: 05/05/03 Permit: 203-046 Rig: Nordic #2 Date PRE-RIG WORK 04/08/03 WELL SHUT IN ON ARRIVAL. DRIFT W/2.70 CENT, TEL, SB. LOC -I-[' @ 9180' SLM TD @ 9338' SLM + 15' = 9353' COR DEPTH. NOTIFY PAD OP WELL LEFT SI. 04/19/0~ ,, K.,I.L-L"WI~LL WITH 240 BBLS 2% KCL FOLLOWED BY 65 BBLS CRUDE. RIH WITH 2 COMBO NOZZLE. LAY IN /2'2 BB.,tz~ OF 17 PPG CEMENT CONTAINING 12 PPB AGGREGATE. SQUEEZE TO 1500 PSI. PLACE 8 BBLS ~" (' ~D PIPE. DROP BALL, CONTAMINATE AND CIRCULATE OUT EXCESS TO 9200'. JET TO 7944', BACK "--TO 9200'. CHASE OUT, MAKING REPEAT SLOW JETS ACROSS JEWELRY/GLM'S. FP WELLBORE FROM 2500' W/WATER/METH. TRAP 550 PSI WHP AT SURFACE. RDMO. JOB COMPLETE. 04/21/03 TAGGED CEMENT PLUG W/2.70" CENT @ 9198' CORRECTED TD. PT CEMENT PLUG TO 1000 #. RE- TAGGED CEMENT PLUG @ SAME AFTER PT TEST. BLEED TBG TO 500#. LEFT WELL S/I. 04/23/03 T/I/O= 50/540/VAC BLEED TBG, IA, OA (PRE CTD) TBG FL NEAR SURFACE. BLED TBG FROM 50 PSI TO 0 PSI IN 20 MINS. IA FL @ 345'. BLED IA FROM 540 PSI TO 240 PSI IN 4 HRS. BLED FLUID AND GAS BACK (ABOUT 12 BBLS) OA FL NEAR SURFACE. MONITORED WHP'S FOR 30 MINS, lAP INCREASED 10 PSI. FINAL WHP'S 0/250/VAC. BP EXPLORATION Page I O Operations Summary Report Legal Well Name: F-45 Common Well Name: F-45 Spud Date: 4~25~2003 Event Name: REENTER+COMPLETE Start: 4~23~2003 End: 5~5~2003 Contractor Name: NORDIC CALISTA Rig Release: 5~5~2003 Rig Name: NORDIC 2 Rig Number: N2 ;' Date From-To Hours Task COde NPT Phase Description of Operations 4/24/2003 09:30 - 14:00 4.50 MOB P PRE Hold PJSM with crews and Security. Begin rig move to F-45. ~14:00 - 15:00 1.00 RIGU P PRE Arrive on F pad. Wait on pad prep. While waiting, install e line reel in CTU. 15:00 - 16:00 1.00 MOB P PRE PJSM prior to moving over well. 16:00 - 17:00 1.00 MOB P PRE Move over well F-45. 17:00 - 17:20 0.33 RIGU P PRE Nipple down tree cap. Prepare to nipple up stack. 17:20 - 18:20 1.00 RIGU N RREP PRE Burst a 1" hydraulic hose on bridge crane in loft area. Significant release of hydraulic fluid. Fluids from leak captured within rig. 18:20 - 18:55 0.58 RIGU P PRE Safety meeting to discuss resolution of hydraulic leak, cleanup, and impact on operations and safety, while moving operations forward. RU operations suspended until leak is cleaned up and a safe rigup can be performed. (Slipping hazards). 18:55 - 00:00 5.08 RIGU N RREP PRE Continue with cleanup operations from hydraulic fluid spill in rig. Order more hydraulic fluid from Coleville. Order more absorbant and oily waste bags from drilling tool service. Estimated volume of leak within rig was 100 gallons. All leaked fluid was contained within the rig. Note - No hydraulic oil made it to the ground. 4/25/2003 00:00 - 04:30 4.50 BOPSUF:P PRE Resume nippling up stack. Continue rigging up. Position geo trailor and BHI trailor. Weld modifications to cuttings tank. Problem with OA pressure monitor trying to rig it up in close proximity to rig mat. Suggest changes be made for future rig ups. Rig mat not needed in this position. Accept the rig at 00:00. 04:30 - 05:00 0.50 BOPSUF.P PRE Safety meeting prior to begining BOP test. 05:00 - 10:00 5.00 BOPSUF.P PRE Begin initial BOP test. Witness waived by State of Alaska AOGCC, Chuck Sheve. Tested inner/outter stack and HCR valves, upper/lower pipe slip rams, blind rams and choke manifold valves to 3500 psi/5 min & 250 psi/5 min. Annular to 2500 psi. Perform accumulator draw down test. 10:00 Make-up BHA #1 on catwalk. - 11:00 1.00 RIGU P WEXlT Secure injector to blocks and 3 point to rig floor to stab coil to injector. Prep tugger line to coil. !11:00- 11:15 0.25 RIGU P WEXIT PJSM review procedures for stabbing coil. : 11:15 - 12:30 1.25 RIGU P WEXIT Stab coil to injector. Install Kendal CTC and pull test to 30k. 12:30 - 15:30 3.00 STWHIP P WEXIT Install BHI wet connect. Test cables, failed short in reel box. Repair and re-test. PT CTC to 3400 psi. Install lubricator cap and bleed off 50 psi from well. 15:30- 16:00 0.50 STWHIP P WEXIT P/U BHA#1. 16:00 - 18:00 2.00 S'[WHIP P WEXlT RIH and displace MeOH from coil and wellbore. 18:00 - 18:15 0.25 STWHIP P WEXIT Log tie in over gamma character at 9030', make -3' correction. 18:15 - 19:00 0.75 STWHIP P WEXIT Kick on pumps. Free spin 2000 psi at 1.6 bpm. RIH, tag ;cement at 9200', same depth as left by service CT unit. Begin 'milling. Making 30 fph. Milling 1.6/1.6/2250 psi. IAP=387 psi, OAP=22 psi. 19:00 - 20:10 1.17 STWHIP P WEXIT 9220', ROP down to 20 fph, drilling good hard cement. Adding bio to active pits to compensate for dilution from seawater in wellbore. Pumping 10 bbl sweeps of gelled up KCL every 50 bbls while drilling. 20:10 - 20:30 0.33 STWHIP P WEXIT 9242', ROP 20 fph, good hard cement. This cement is Printed: 5/5/2003 11:28:20 AM BP EXPLORATION Page 2 ~ Operations Summary Report Legal Well Name: F-45 Common Well Name: F-45 Spud Date: 4~25~2003 Event Name: REENTER+COMPLETE Start: 4~23~2003 End: 5/5/2003 Contractor Name: NORDIC CALISTA Rig Release: 5~5~2003 Rig Name: NORDIC 2 Rig Number: N2 · Date From - To Hours Task Code NPT Phase Description of Operations 4~25~2003 20:10 - 20:30 0.33 STWHIP P WEXlT adiquate to do a cement ramp. Orient to high side. Continue milling cement ramp. TF=0 deg, straight up. (Coil track is wonderful!). 20:30 - 20:40 0.17 STWHIP P WEXlT 9250', Stop ramp. No significant erratic tool faces indicating contact with casing. PUH slowly, while waiting on last sweep to , get to mill. 20:40 - 22:25 1.75 STWHIP P 'WEXlT POOH, chasing last sweep to clean hole. Paint tie in flag at 8900' EOP on way out of hole. 22:25 - 23:00 0.58 STWHIP P WEXIT Tag up at surface, stand back injector. Lay down pilot mill and 1.75 deg motor. PU 2.5 deg motor and 1 step window mill. Scdbe same. 23:00 - 00:00 1.00 STWHIP P WEXlT RIH with BHA #2 to mill window off of cement ramp. 4/26/2003 00:00 - 00:55 0.92 STWHIP P WEXIT Continue RIH with Window milling BHA #2. Set down while RIH at 7226', 8243', 8365'. Oriented tool to get free. Note motor not spinning at tag ups. Make -8' correction at flag. i Stop at 9040'. 00:55 - 01:10 0.25 STWHIP P WEXIT Make tie in pass down with EDC open and pumping .6 bpm. Log down at 180 fph. Make +2' correction. 01:10 - 04:30 3.33 STWHIP P WEXIT RIH, dry tag 9252.4'. PU at 31 klbs, kick on pumps. Orient to high side. Kick on pumps. Free spin 2100 at 1.5 bpm. Flag pipe with odometer = 9250.4'. PU 1'. Begin time milling process from 9249.4' according to schedule in proceedure. 04:30 - 12:00 7.50 STWHIP P WEXIT Back at 9250.4', start depth at top of window. Good character on motor work, WOB, etc. All indications look good. Continue milling window to 9256'. 1.5/1.5/2400 psi. lAP=420 psi, OAP=10 psi. 12:00 - 12:35 0.58 S'I'WHIP P WEXlT Drill formation f/9256' to 9265'. 12:35 - 14:30 1.92 STWHIP P WEXlT TOH (PJSM for next BHA change) Standback injector. 14:30 - 15:00 0.50 STWHIP P WEXlT Change out motor back to 1.75 deg and p/u Crayola mill. 15:00 - 16:45 1.75 STVVHIP N WEXlT RIH tagged up on nipple at 8365' w/2.75" ID. 16:45- 18:00 1.25 STWHIP N WEXlT TOH. 18:00 - 18:20 0.33 STWHIP N WEXIT Tag up at surface, change out mills. 18:20 - 20:00 1.67 STWHIP N WEXIT RIH with BHA #4, 1.75 deg motor, 2.74" cutrite only crayola mill. 20:00 - 20:15 0.25 STWHIP P WEXlT Slick RIH, no hang ups while running in. Tie in at 8900' EOP flag, make -6' correction. Confirm tie in at gamma spike at 9O4O'. 20:15 - 20:50 0.58 STWHIP P WEXIT Kick on pumps, begining swap to mud. RIH slowly, pumps on to 0.75 bpm. Tag up at top of the window at 9249.8', kick pumps up to 1.5 bpm, 2020 psi. Holding TF =0 deg. Try to ream down. Stalling at top of window. 20:50 - 22:50 2.00 STWHIP P WEXIT Mud to bit. Free spin 1.73, 3000 psi. Continue milling. Stalling at 9250.7', about a foot down into the window. Had to work down slowly, but finally made it thru. Several stalls at 9257', probably bottom of window. Setting down at 9260', 4' out in open hole. 22:50 - 00:00 1.17 STVVHIP P WEXlT Backream back up thru window at 90R, and 90L. 4/27/2003 00:00 - 00:10 0.17 STWHIP P WEXIT Dry drift window. Made it down slick with 0 deg TF. 00:10 - 00:20 0.17 STWHIP P WEXIT Log tie in to check depth. Make +2' correction. 00:20 - 01:15 0.92 STWHIP P WEXlT POOH for drilling BHA. Refresh EOP flag at 8900' EOP. 01:15 - 01:35 0.33 STWHIP P WEXlT Pre spud and PJSM safety meeting while continuing to POH. 01:35 - 01:50 0.25 STWHIP P WEXIT Continue to POH. 01:50 - 02:25 0.58 STWHIP P WEXIT Tag up at surface with BHA #4. Break off WF motor and Printed: 5/5/2003 11:28:20 AM BP EXPLORATION Page 3 ~ Operations Summa Report Legal Well Name: F-45 Common Well Name: F-45 Spud Date: 4~25~2003 Event Name: REENTER+COMPLETE Start: 4~23~2003 End: 5~5~2003 Contractor Name: NORDIC CALISTA Rig Release: 5~5~2003 Rig Name: NORDIC 2 Rig Number: N2 Date From -To Hours Task :Code NPT Phase Description of Operations 412712003 01:50 - 02:25 0.58 STWHIP P WEXlT crayola mill. The mill gauges 2.65". Call WF for another crayola mill. None on the slope. Call Hughes for a diamond string mill in this OD. They don't make one. Rats. Call Baker for a crayola mill. They have one dressed with metal muncher buttons. I would prefer cutrite only, but call for it ASAP. While waiting for Baker, make an attempt with a drilling BHA and 2.70"x3" Hughes bit, to see if we can get thru window. 02:25 - 04:05 1.67 DRILL P PROD1 RIH with BHA #5, first drilling BHA. Stop at flag, subtract 10'. 04:05 - 04:15 0.17 DRILL P PROD1 Log tie in pass down with pumps on, EDC open. Start at 9040' bit depth. Make a +2' correction. 04:15 - 09:50 5.58 DRILL P PROD1RIH, slick thru window. Tag up at 9262', pumps off. Kick on pumps. Free spin 2825 psi @ 1.5 bpm. Begin drilling. 1.5/1.5~3050 psi. REP=25 fph. lAP=410 psi, OAP=0 psi. Drilled to 9435'. Expected to drill to +/- 9515' but seeing.,,~ore than expected DLS with this motor. No problems jus/t,~eed to reduce motor bend angle. ~ 09:50 - 11:45 1.92 DRILL P PROD1 TOH Setback injector ~ 11:45 - 12:00 0.25 DRILL P PROD1 Inspect bit #5 (1-2-CT-G-X-I-No-BHA) Adj~ AKO down to 1.5 deg. ~ 12:00 - 13:25 1.42 DRILL P PROD1 RIH to 9140'. ~ 13:25 - 13:40 0.25 DRILL P PROD1 Log tie in -5' correction. RIH to/w~dow. 13:40 - 15:40 2.00 DRILL P PROD1 Held Safety & Spill stand do~41'. AIl crew members and contract personnel participated flr~s a group then pairing off and touring the rig. Follow/e,d'with each person commenting on their most important HS/E'issue found. Everyone was very pleased with having the~and down. 15:40 - 15:55 0.25 DRILL P PROD1 RIH to botto,,J~. No problems through window. 15:55 - 18:00 2.08 DRILL P PROD1 Direc~~ d f/9435' to 9456' Ran into what appears to be~t expected fault~ith repeated stalls. 1.5 b,~ 2700 ps'~i motor work. Continue rilling ahead. 18:00 - 18:20 0.33 DRILL P PROD,l,~ 9600', Wiper trip to shoe. Slick off bottom, no problems. 18:20 - 19:45 1.42 DRILL P_P_~__ 1. Resume drilling ahead. 1.65/1.7/3246 psi. Pit vo1=294 bbls. IAP=425 psi, OAP=4 psi. REP=80 fph. PROD1 9685', Drilling getting hard, and having problems getting weight 19:45 - 20:10 0.42 DRILL P j to bit. Make wiper trip to shoe. Clean PU off bottom at 25 klbs. Smooth to shoe. 20:10 - 22:40 2.50 DRILL P J PROD1 Able to resume drilling ok. 1.6/1.6/3330 psi. Pit vo1=292 bbls. REP=95 fph. 22:40 - 23:15 0.58 DRILL PROD1 9850', Wiper trip to the shoe. 9klbs over pull off bottom. Clean to shoe from there. Pit vol =285 bbls. Lost 10 bbls since start of tour. 23:15 - 00:00 0.7j5, P PROD1 Continue drilling. Midnight depth=9883'. 4/28/2003 00:00 - 01:05,~8 DRILL P PROD1 Continue drilling turn section from 9883'. Drilling 1.6/1.6/3400 psi. Free spin 3000 psi. IAP=435 psi, OAP=5 psi. Pit vo1=278 bbls. (We do not appear to be loosing fluid to formation. It looks as if we are loosing it over the shaker with cuttings, as well as hole volume being increased as we drill.) 0.17 DRILL N DPRB PROD1 9948', Drilled off then started getting sticky. Picked up to 9927', then got stuck. Still have 100% returns. Work pipe up ,~ and down to 60 klbs with no movement. Probably differentially stuck. Circulate for 10 minutes to fluff any cuttings up hole prior to trying the "relax" technique. Printed: 515/2003 11:28:20 AM ObP To: Winton Aubert Sr. Petroleum Engineer Alaska Oil & Gas Conservation Commission From: M.S. Endacott CTD Engineer Date: March 14, 2003 Re: CTD Sidetrack of well F-45 F-45 is scheduled for a through tubing sidetrack with the Nord. d..Jc 2 coil drilling rig:The/'''' sidetrack, F-4$a, will kick off from a window milled in Zone 2 and will target Zone 2A./AII e~isting perfs will be cement squeezed and the new sidetrack will be completed with a fully cemented liner. ,/ The following describes work planned to prep for sidetracking and is submitted as an attachment to Form 10- 403. A schematic diagram of the proposed sidetrack is attached for reference. 1. Gas lift mandrels..have been dummied off. 2. MIT tubing /' 3. Tubing has been callipered and found to be in gooj;ke~ndition. 4. Service coil will lay a 17ppg cement plug acro)s~"'~ll e~'r'sting perfs to shut off the perfs and to provide for a cement ramp whipstock. A minimum o/¢10 b.~_~'of 17 ppg cement will be used. 5. The window will be milled from the cement ¢ai'rfl5 with drilling coil. Steps 2-4 will be performed March 24th. Drilling coil is scheduled to mill the window and drill the sidetrack on 'March 27, 2003. .' ,.,./ , ~ ,f; , ,¢ ~, ." M.S. Endacott CTD Drilling Engineer CC: Well File Terrie Hubble (' STATE OF ALASKA ~' ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVAL 1. Type of Request: [] Abandon I-I Suspend [] Plugging [] Time Extension [] Perforate [] Alter Casing [] Repair Well [] Pull Tubing [] Vadance [] Other [] Change Approved Program [] Operation Shutdown [] Re-Enter Suspended Well [] Stimulate Plug Back for Sidetrack 2. Name of Operator BP Exploration (Alaska) Inc. 3. Address P.O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 3098' SNL, 2196' WEL, SEC. 02, T11N, R13E, UM At top of productive interval 3876' SNL, 1492' WEL, SEC. 02, T11N, R13E, UM At effective depth 4171' SNL, 1338' WEL, SEC. 02, T11N, R13E, UM At total depth 4195' SNL, 1324' WEL, SEC. 02, T11N, R13E, UM 5. Type of well: [] Development [] Exploratory [] Stratigraphic [] Service X = 652650, ¥ = 5973714 X = 653371, Y = 5972952 X = 653532, Y = 5972661 X = 653546, Y = 5972637 6. Datum Elevation (DF or KB) KBE = 65.71' 7. Unit or Property Name Prudhoe Bay Unit 8. Well Number / F-45 ' 9. Permit Number 191-028 10. APl Number 50- 029-22142-00 11. Field and Pool Prudhoe Bay Field / Prudhoe Bay Pool 12. Present well condition summary Total depth: measured 9510 feet true vertical 9182 feet Effective depth: measured 9464 feet true vertical 9145 feet Casing Length Structural Conductor 110' Surface 2664' Intermediate 8710' Production Liner 1084' Plugs (measured) Junk (measured) Size Cemented 20" 13-3/8" 3723 cu ft Permafrost 9-5/8" 1746 cuft Class 'G' 7" 300 cu ft Permafrost MD TVD 110' 110' 2664' 2664' 8710' 85O2' 8426'-9510' 8248'-9182' Perforation depth: measured true vertical 9150'-9154', 9280'-9295', 9345'-9368' 8888'-8891', 8997'-9009', 9050'-9069' Tubing (size, grade, and measured depth) 4-1/2", 12.6#, L-80 x 3-1/2", 9.2#, L-80 to 9196' Packers and SSSV (type and measured depth) 7" TIW 'HBBP' packer at 9165'; 9-5/8" TIW 'HBBP-R' packer at 8374'; 4-1/2" Otis SSSV Nipple at 2059' 13. Attachments [] Description Summary of Proposal [] Detailed Operations Program [] BOP Sketch !4. Estimated date for commencing operation Mamh 24, 2003 16. If proposal was verbally approved 15. Status of well classifications as: [] Oil [] Gas [] Suspended Service Name of approver Date Approved Contact Engineer Name/Number: Mary Endacott, 564-4388 Prepared By Name/Number: Terrie Hubble, 564-4628 17, I hereby certify that the foregoing is tr)Je an~ correct t,,o the best of my knowledge , ,, S gned Mary Endaco~-'~/~'~ ' 7.,Y~./'v/U~(~. '~Title CT Drilling Engineer Date ~//~7/(~,/,~ 'T ';?' IC°nd'iti0n; Of AP'Pr0~;i;'" N;;i~"cc~;;'i;;;'i~'~";0";;i~r%';r~;;i'ive"i~'a~wi~'n~;s '" "' " .... "" ....... '"'"' "' ' '' I'"__._' ...... '.~ ...).~" .'~ g. g.y o es /~, Locat'oncea I' - ' .... ":"- ' Plu ~nte nt B P T t ~ I rance ~pp[uva~ mu :.) ~. ~: ~-_~ / Mechanical Integrity Test X~ form required 10- I Approved by order of the Commission~------~ .~ .L..~ ~,.~,ZX~~., ~",:, Commissioner Date ?0 ~ubmit~l~'T~plid'ate ',~ ......... ~AR 19 ...... 'Fgrm 10-403 Rev. 06/15/88 ~ ,,: "..: ,.. '.,,:!RBDNS BFL ' TREE =~ 3-1/8" 5M ClW WELLHEAD = FMC ACTUATOR = OTI~ KB. ELEV = 65.71 ;BF. ELEV = 37.95' KOP = 6300' Max Angle = 37 @ 9500' Datum MD = 9124' Datum TVD = 8800' SS I 4-112" TBG, 12.6~, L-80, 0.0152 bpf, ID = 3.958" H 2123' TOP OF 3-1/2" TBG H 2123' I 13-3/8" CSG, 68#, L-80, ID= 12.415" Id 2664' F-45A Proposed CTD Sidetrack rY NOTES: TIW PKRS MAY FAIL IF MORETHAN 21uo PSI DIFFI~,J~rTIAL PRESSURE IS EXCEEDED. CHROME LNR *** IA X OA COMM. OPERATING PRESSURE OF THE 13-318" ANNULUS MUST NOT EXCEED 2500 PSI (10/27102 WAIVER) *** 2059' 2123' Id4-1/2" OTIS SSSV NIP, ID = 3.813" Id4-1/2" X 3-1/2" XO I GAS LIFT MANDRELS DAT~ Mini .m. um ID -- 2.750" @ 8365' 3-112 PARKERSWS NIPPLE I TOP OF 7" LNR H 8426' I9.5/8" CsG' 47#' L'80, ID = 8.681" I--~ 8711' 8365' 8374' 9072' 9139' H3-112" PARKER SWS NIP, ID = 2.750" H9-5/8" TIW HBBP-R RET PKR, ID = 4.00" I~ 3-1/2" OTIS XA SLIDING SLEEVE, ID: 2.750" HBLAST JOINT, ID = 2.992" [Top of Cement Id 9190' 3-1/2" TBG, 9.2#, L-80, 0.0087 bpf, ID = 2.992" [d 9196' PERFORATE)N SUMMARY REF LOG: SWS CE-TON 03/13/91 ANGLEATTOP PEP, F: 32 @ 9150' Note: Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 4-1/2" 5 9150- 9154 isolated proposed 2-1/8" 4 9285 - 9290 isolated proposed 2-1/2" 4 9280 - 9295 isolated proposed 4-1/2" 5 9345 - 9368 isolated proposed 944! [ 7" LNR, 26#, 13-CR, 0.0383 bpf, ID = 6.276" H 9510' 9165' I--t 7" 'r~ HBBP F~°,M ~KR I 9185' ~--~3-1/2" PARKER SWS NIP, ID = 2.750" Top of 2-3/8" Liner 9192' 3-1/2" PARKER SWS NIP, ID = 2.750" 9195' I-] ELMD Tr LOG~E~ 03/19/91 I 9250' Id Cement Ramp Window I 2-3/8" c~'ed and perfed 11150' DATE REV BY COMMENTS DATE REV BY COMMENTS 03/19/91 ORIGINAL COMPLETION 03105/01 SIS-MH CONV~TO CANVAS 03/10/01 SIS-MD FINAL 09/09/01 P, Nq~ CORRECTIONS 10/27102 BM/TP WAIVER SAFETY NOTE PRUDHOE BAY UNIT WELL: F-45 PERMIT No: 1910280 APl No: 50-02g-22142-00 SEC2, T11N, R13E, 2180' FSL & 2196' FEL BP Exploration (Alaska) t'"' STATE OF ALASKA.j ALASK., ,alL AND GAS CONSERVATION L,'~" ,MISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: []Operation Shutdown []Stimulate [] Plugging [] Perforate [] Pull Tubing [] Alter Casing [] Repair Well [] Other RST Log 2. Name of Operator BP Exploration (Alaska) Inc. 3. Address P.O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 2179' FSL, 2196' FEL, SEC. 02, T11N, R13E, UM At top of productive interval 3875' FNL, 1491' FEL, SEC. 02, T11N, R13E, UM At effective depth 1167' FSL, 1371' FEL, SEC. 02, T11N, R13E. UM At total depth 1084' FSL, 1323' FEL, SEC. 02, T11N, R13E, UM Type of well:. . [~ Deve~opmem [] Exploratory [] Stratigraphic [] Service (asp's 652650,5973714) (asp's 653496,5972719) (asp's 653546,5972637) 6. Datum Elevation (DF or KB) KBE = 65.71' 7. Unit or Property Name Prudhoe Bay Unit 8. Well Number F-45 9. Permit Number / Approval No. 191-028 10. APl Number 50- 029-22142 11. Field and Pool Prudhoe Bay Field / Prudhoe Bay Pool 12. Present well condition summary Total depth: measured 9510 feet true vertical 9181 feet Effective depth: measured 9351 feet true vertical 9055 feet Casing Length Size Structural Conductor 110' 20" Surface 2636' 13-3/8" Intermediate 8682' 9-5/8" Production Liner 1084' 7" Plugs (measured) Junk (measured) Tag TD @ 9351' SLM (03/22/2001). Cemented MD TVD 3723 c.f. Permafrost 1746 c.f. Class 'G' 300 c.f. Class 'G' 138' 138' 2664' 2664' 8710' 8502' 8426'-9510' 8247'-9181' Perforation depth: measured Open Perfs 9150' - 9154', 9280' - 9295', 9345'- 9368' true vertical Open Perfs 8888'-8891', 8997'-9009', 9050'-9069' Tubing (size, grade, and measured depth) 4-1/2" 12.6#, L-80 tubing to 2123'. 4-1/2" x 3-1/2" crossover @ 2123'. 3-1/2" 9.2# L-80 tubing down to 9165' with 3-1/2" tubing tail @ 9196'. Packers and SSSV (type and measured depth) 9-5/8" Retr. Packer (TIW HBBP-R)(4.00" ID) @ 8374'. 7" Permanent Packer TIW HBBP 3.875" ID). 4-1/2" Otis SSSVLN @ 2059'. 13. Stimulation or cement squeeze summa~ See Attachment ~. Intervals treated (measured) Treatment description including volumes used and final pressure 14. Prior to well operation: Subsequent to operation: Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 15. Attachments [] Copies of Logs and Surveys run [] Daily Report of Well Operations 16. Status of well classifications as: [] Oil [] Gas [] Suspended Service 17. I hereby certify that, the foregoing is true.and correct to the best of my knowledge Signed ew~ay~re~ .~~~ · Title Technical Assistant Prepared By Name/Number: Form 10-404 Rev. 06/15/88 ~'"'~ i"~ ~ .~I' Date 0 ~/'~/~,// ¢ . De Wayne Schnorr 564-5174 ~ Submit In Duplicate F-45 i'~ Description of Work Completed NRWO OPERATIONS 03/22/2001 RST: DRIFT & TAG 05/02/2001 RST: RST SGMA-POROSITY SUMMARY 03/22/01 DRIFT & TAG W/2' STEM, 2.5 CENT., TEL, AND SAMPLE BAILER. T.T. @ 9169' SLM T.D. @ 9325 SLM ' + 26'= 9351' CORR. DEPTH. LEFT WELL SI. 05/02/01 RST-GOC LOCATED @ 9312 FT. WELL SHUT IN UPN ARRIVAL. PUMPED 150 BBLS OF CRUDE @ 5 BPM, REDUCED TO 3 BPM. LOGGED AFTER 150 BBLS AWAY PASS ONE, TWO @ 3600 FT/HR. LOGGED PASS THREE @ 1800 FT/HR @ 4 BPM. TOTAL VOLUME PUMPED 397 BBLS OF CRUDE, 5 BBLS OF METH & 11 BBLS OF DIESEL. ***DSO TO POP*** Fluids Pumped BBLS. Description 1 PRESSURE TEST LUBRICATOR W/DIESEL 11 DIESEL 397 CRUDE 5 METHANOL 414 TOTAL '1 MEMORANDUM TO: THRU: State of Alaska Alaska Oil and Gas Conservation Commission Julie Heusser, DATE: February 24, 2001 Commissioner Tom Maunder, ~~ P. I. Supervisor ~ I y~" O \ FROM: John Crisp, SUBJECT: Petroleum Inspector Safety Valve tests Prudhoe Bay Field F, G & J Pads Februa. rv 24' 2,0.01' Commissioner Julie Heusser & myself traveled to BP's Prudhoe Bay Field to witness miscellaneous safety valve tests. Merv Littlelow was BP representative in charge of testing. Testing was done in a safe & efficient manner. Four cycle wells were tested with three failures Witnessed. The AOGCC test reports are attached for reference. Four wellhouses were inspected. SUMM.,ARY: Julie Heusser & myself traveled to BP's PBU to witness misc. SVS tests. 4 Wells, 8 components tested. 3 'failures witnessed. 37.5% failure rate, 4 wellhouses inspected. Att.achm.e..nts:. Misc. SVS PBU F Pad 2-24,01jc Misc. SVS PBU G Pad 2-24-01jc Misc. SVS PBU J Pad.2-24-01jc .cc; NON-CONFIDENTIAL Misc. SVS PBU 2-24-0 ljc Alaska Oil and Gas Conservation CommiSsion Safety Valve System Test Report Operator: BPX Operator Rep: Merv Littlelow AOGCC Rep: Heusser / Crisp Submitted By: John Crisp Date: Field/Unit/Pad: Prudhoe, Bay, Field F Pad Separator psi: LPS HPS 2/24/01 660 · i "il " ' '= Well Permit Separ Set L/P Test Test Test Date on, WAG, GI~J, Number Number PSI PSI Tr!p Code Code Code Passed GASorCYCLE oi" ,, i7o646o ........... F ' F-02 1700560 ,, ,,, F-03 1700580' F-04 1710020· F-05 1710090 ...... .., _ F'_06 "' 1'710120 ..... · 'F-07 1720230 F-08 1740110 , ' F-09 1790760! , ' , _ .-l,,~e-~n^ 2000670 ' ' ' ' ' ' . F- 11A 2000620 , , F-12 1791070 F-13^ 1961520, F-14 1800120 rso~'-" ' 18113001 ' ' ' . ' · F-16A 19,616oo , ,, , , ,' F-17A '1941630 F-19 " 1811060' F-e1'" 1890560 ,' ,,,' ...... F-22 1890620 " ' ' ' F-23A 19907/,0! ..... . ,, , F-24 ' 1831540 , . ., ' F-26/( 1981890 ' , ........ . F-27 1861690 . F-28 1861590 .... , , ,, _ , F-29 1861330 F-30 1 ~191100' ' ' ,, F-'31 ' 1'86i~70 " .... , - _ , ,, , , , F'32 1890330: , .,, , F-33 1960030 ' , ,, , , 11 , , F-34A, 1961090 ........... ', . F-35 1880810 F-3,6 ,1951960 ........ ' _ F-37 1890990 . 3/12/01 Page 1 of 2 Misc. SVS PBU F Pad 2-24-Oljc I I L i I I i ! i ~ i i i I . . ii~ iii I ;%. , .z'~7~",'', "-" "il.'' .;: ' ,.:,'. ' :'. '!" .,.~...),.; .,..,,. ~?.., -,....:,. <,.. ,.,. ',.. :....,,.'?., ... ..~ '),...'.." ~-'.',: ':.','*~': .;.,~ ':",. ".;':,:"::~:",".".,2 . "',..., I ') ',' · ' ..:. ............. . ...... ..... . Well Pemit Separ Set ~ T~t T~t T~t Date ~ WAG, G~J, Number Number PSI PSI Tdp Code Code Code Passed G~ o~C~, .11 I F-38 1901350 F-39 1901410 F40 1911170 F-41 1911040 F-42' ' 1901580 ...... , F-43 "i9~o55o ' ' ' ,, F44 191~80, , F-45 .... 1910280 ,' ,660 550 ,480 'p , ~ , cYClE F-46 1901780 660 550 320 3 P 2)24/oi ' ~YCLE F~TA 2066350 .......... , , ii i il F148 '1'910860, , .... ' .... , i , , , ~ i , , i , , , , i }Yells: 2 Components: ..... 4 Failures:,L' I Failure Rate: Remarks: 3/12/01 Page 2 of 2 Misc. SVS PBU F Pad 2-24-01jc .i Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: BPx Operator Rep: Merv Littlelow AOGCC Rep: Heusser / Crisp Submitted By: Jolt.., Crisp , . Field/Unit/Pad: Prudhoe Bay Field Separator psi: LPS Date: 2/24/01 HPS 670 '!}:,il . ~ ,i ?~:,-:!.~;-:::',~ ~ k":":,':7, ':'.',,.5,:~t,'!.T:..5;::'".';.,,,~:',':"": : ":2:-"j'~: ;....'. "-~'/':';. :' '.-'. :". 2',-:!; : : ':2zl ". · . . .i ii i .. Well Permit Separ Set I~P Te~t Test Test Date oit, wAo, GIRJ, Number Number PSI PSI Trip Code Code Code Passed GAS or CYCLE .... G-01A 1931710 G-02A 1950230 G-03A 1970700 ............. , ~ ,~ , , . . .~ . · G-04A 1951630 ,, ' a-os 78o /5o ........ · . . ,,, ., . , 0-06 1790120' G-07 17901801 . , . ' ' .. . · . . ~, ., ~ ~ ~ , a-og^ G-10A 1950390 G-11A 1931600 G-12A 1961050 ..... G-13 18110720 , , G-14A 19g~)530 ". , ,, , , . ........ G-15A ' 19Si346 G-10 ..... 1811220 .... . ..... O- 17 1810940 ' ' , , , , ,, , G-18A 1990320 ,7, G'~¢1'.9~A~''''r', :; ' 1.9~1030 670 '' 550 ' ~540 'P. 5 ' CYCLE O-21 I95i54'0 ' ............... "- G-23A ,'] 196~200 '' ...... ' ............ G-24 1861830! G-25 1861620 G-26A 1981510 G-27 1861560 G-29 1861600 ...... G~-30^ '195i~760 ............. , ..... " O.31A 1~80540 ' ............ ~ ..... , , , , , , , , , = , ~ i , ! ,,, , , , G'32A 1970010 ' . . Wells: 1 Components: 2 Failures: 1 Failure Rate: 50.0%['q 9o nay Remarks: 3/12/01 Page 1 of 2 Misc. SVS PBU O Pad 2-24-01jc Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: BPX Operator Rep: Merv Littlelow AOGCC Rep: Heusser / Crisp Submitted By: ,John Crisp Field/Unit/Pad: Prudhoe Bay Field Separator psi: LPS Date: 2/24/01 HPS 680 mi i ~.~"~':'""' ' .- ', -":' "weuData" , ,, ,.,:..,:".,*".' ? .?, i!:., Well Permit Separ Set L/P Test Test Test Date oi~ WAG, Gm J, Number Number PSI PSI T, rip Code Code Code Passed GAS or CYCL~ iiii i i. J-01A 1941110 J-,02A 1690970' '.... J.03 ' 1690450 ...... J-06 1770200 J-07A 1960870 .... , " J-08 1770470 · J-09A 1940990 J-10 1800160 J-11A 1961040 ' ' ' '" j'.12 ' 180/)i701 ....... . J-13 1800830 J-14 r 1830750 J-15A 1981750 , J-16 i83o88o' '.. J-17A 1990920 .... J-la ' i83108o , ' ....... [jZl'9' " 1861350 680 550 0 3 P 2/24/01 cYcLE tJ.-20A 1961060 J-21 "'i870:}40 ............. J-22A 2001240 J-23 , 1870310 ~ , ..... J,24 "1870'020!' ." J-25 1870680 .......... ~ " '. ' J-26 1870590 . J-27 1870580 J-28 1870410 , JX-02A' 1941540 ..... . . , , Wells: 1 Components: 2 Failures: 1 Failure Rate: 50.0%F190 var Remarks: 3/12/01 Page 1 of 2 Misc. SVS PBU J Pad 2-24,01jc MEMORANDUM TO: THRU: State of Alaska Alaska Oil and Gas Conservation Commission Julie Heusser, ~\~' Commissioner Tom Maunder, P. I. Supervisor FROM: Jeff Jones, SUBJECT: Petroleum Inspector DATE: January 22, 2001 Safety Valve Tests Prudhoe Bay Field BPX A,B,E,F,G,K,M,R Pads January 21,200!: I traveled to Prudhoe Bay Field to witness Misc. Safety Valve System tests on BPX's WAG and Cycle wells. Well house inspections were also conducted. One SSV and SSSV system on A'Pad was tested with one failure witnessed. The SSSV on A-21 failed to close. Two SSV systems on B-Pad were tested, with one 'failure witnessed. The pilot on well B-18 failed to trip. It has been repaired,, and I witnessed a retest.' One SSV system on E'Pad was tested, with one failure witnessed. The SSV on E-14 failed to hold pressure. It has been repaired.. Two SSV systems on F-Pad were tested, with one failure witnessed. The pilot on F-45 failed to trip. It has been repaired, and ! witnessed a retest. One SSV system on G-Pad was tested with nofailures witnessed. Two SSV systems on .K-Pad were tested with .no failures witnessed. One SSV system on M-Pad.was tested with one failure witnessed. The SSV on M-29 failed to close. ThiS well also failed a retest and is shut in until it is repaired. One SSV system and SSSV were tested on K-Pad with no failures witnessed. The AOGCC test forms are attached for reference. All well houses were in order with no exceptions noted. SUMMARY: i witnessed the SVS tests on 11 MI injection wells in the Prudhoe Bay Field. SVS MISC A-B-E-F-G-K-M-R Pads 1-21-01 }J.doc wells tested, 24 components, 5 failures witnessed, 20.8% failure rate. well houses inspected, no exceptions noted. Attachments: SVS MISC PBU A Pad 1-21-01 JJ SVS MISC PBU B Pad 1-21-01 JJ SVS MISC PBU E Pad 1-21-01 JJ SVS MISC PBU F Pad 1-21-01 JJ SVS MISC PBU G Pad 1-21-01 JJ SVS MISC PBU K Pad 1-21-01 JJ SVS MISC PBU M Pad 1-21-01 JJ SVS MISC PBU R Pad 1-21-01 JJ NON-CONFIDENTIAL SVS MISC A-B-E-F-G-K-M-R Pads l-2l-0l JJ.doc Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: BPX Operator Rep: Merv Liddelow AOGCC Rep: _ Jeff Jones Submitted By: Jeff Jones Date: Field/Unit/Pad: PBF/PBU/F Pad Separator psi: LPS HPS 1/21/01 654 ii i i ii I ii iii . i iiii i . ii i i i i i i i ii ~ .' i ii i i, .( , . · . ,,. .. , . , ,, .' i'.'"'~"?,' [.,' Well' Permit Separ Set L/P Test Test Test Date Oil, WAG, G11~J, Number Number PSI PSI Trip Code Code Code Passed GAS or CYCLE 700460 ....... F-O1 1 F-02 1700560 . F-03 '1. ~0,.0580~ ...... ' ............ 'F'.04 1710020! .......... F-05 1710090 .. F-06 1710120' ., , i L J . , , , I ~ L ,,., F-07 .... 17202~0 F-08 1740110' ~54 '550 500 P P ' " .." cYCLE. F-"09 1~90760 ..... : ~ ' ' ............. F,!0A . 2000670 .... .... ' . . .... [.. F-11A 2000620 · ' 791070 ............... F-12 1 ! ............ F-13A 1~1520 .... . '~. F-14 ]800120 F_15 .... i811300 ....................... F- 16A 1961600 . ' .... ilI I I1 11 I1 Il! I I . Il F-17A 1941630 ..... " F-21 '~ 1890560 ., . , . , ... .... F-22 .. 1'890620. - ..... ' ' ' F-23A 1990740': F-24 1831'540 ......... . · ' ..... F-26A ' 1981890 ' ' ' F-27 186169'0 :. , . , , i , , i , i i , i ii i , i . , _ , ,,', i~ i F-25 1861590 .. F-29 1861330 F-30 1891100 ' . F-31 "1861570 F'-32 1890330 . ,, '"" ' , . ~'-33 1960030 " il F-34A" 1%1o961 ............. i ~ ,,, . _ . , ~1 , i i il , ,,,. , _ , , , 11 i.~ , , F-35 1880810 F-36 195196~i ' F-37 1'~90990 .................. 1/24/01 Page I of 2 SVS MIsc PBU F Pad 1'21-01 JJl.xls , "1! "' ' "" ' ..... ' ""' ' ' ' ~: ' Well Permit Separ Set IdP' Test Test Test Date Oil, WAG, GINJ, Number. Number . PSI PSI Td, p, ...C°de Code. Code , .Passed. GAS or C-~CLt F-38 1901350 F-39 1901410 F-40 1911170 F-41 1911040 · F-42 1901580 F-43 1910750 F-44 1910080 F-45 1910280 ~554 550' 0 1 P 1/21/01 ' CYCLI~ F-46 1901780' F-'47A 2000350 F-48 ' 19'10860 Wells: 2 Components: ...... 4. Failures:. , 1 'Failure Rate: N/A 139o Remarks: 2 wellhouse inspections. . ............ 1/24/01 Page 2 of 2 SVS .MISC PBU F Pad 1-21-01 JJl.xls MEMORANDUM TO: THRU: Julie Heusser, COmmissioner State of Alaska Alaska Oil and Gas Conservation Commission Tom Maunder, P. I. Supervisor DATE: December 7, 2000 FROM: Jeff Jones, SUBJECT: Petroleum Inspector Safety Valve Tests Prudhoe Bay Unit BPX / F-Pad Thursday, December 7, 2000: I traveled to BPX's F-Pad in the Prudhoe Bay Field to witness Safety Valve System tests. Merv Liddelow, BPX representative in charge of testing, performed the tests in a safe and proficient manner. Of the 28 wells tested, 10 failures were witnessed. For the most part, frozen contaminants (water) in the block valves upstream of the pilots and in the SSV hydraulic control lines caused the failures. On 12/8/00 Mr. Liddelow indicated to me that aii SVS failures had been corrected and successfully re-tested. The 17.8% SVS failure rate requires a 90-day test cycle for this pad. The AOGCC test report is attached for reference. I conducted 28 well house inspections concurrent with the SVS tests.. Due to recent high winds, several well houses were drifted with snow inside. In addition, SVS hydraulic fluid leaks were noted on wells F-12 and F-13A. Mr. Liddelow indicated that these items would be addressed. No other exceptions were noted. SUMMARY': I witnessed SVS tests and conducted well house inspections on BPX's F-Pad in the Prudhoe Bay Field. 17.8% failure rate = 90 day test cycle. 28 wells, 56 components tested. 10 failures. 17.8% failure rate. 28 well house inspections conducted. ' Attachments· SVS PBU F Pad 12-7-00 JJ CC: ,,, NON-CONFIDENTIAL SVS PBU F Pad 12-7-00 JJ.doc Alaska Oil and Gas Conservation CommisSiOn Safety Valve System Test Report Operator: BPX Operator Rep: Merv Liddelow AOGCC Rep: Jeff Jones Submitted By: Jeff Jones Field/Unit/Pad: PBF/PBU/F Pad Separator psi: LPS 156 Date: 12/7/00 HPS 828 Well Permit Separ Set LfP Test Test Test Date Oil, WAG, GINJ, Number Number PSI PSI Trip Code Code Code Passed GAS or CYCLE F-01 1700460 828 550 525 P P OIL , F-02 1700560' 828 550 500 P P OIL L F-03 1700580 F-04 1710020 156 125 125 P P OIL F-05 1710090 F-06 1710120 , " F-'07 1720230 F-b8" 1740110 .... . .... F-09 1790760 F-10A 2000670 ,, ,,,,, ,', ,,, F-11A 2000620' 828 550 500 P P OIL , , F-l, 2 1791070 828 550 '550 P P ' OIL ,, F-13A 1961520 828 550 525 P P OIL , ,, ,, F-14 '1800120 F-15 1811300 828~ 550' 490 P P , OIL F-16A 1961600 156' 125 0 1 P OIL F-17A 194'1630 156 125 130 P P ' OIL F-19 1811060 F-21 1890560 156 125 125 P P OIL F-22 1890620 156 125, 1~5P' P OIL F-23A 1990740 156 125 125 P P OIL F-24 1831540 F'226A 1981890 '156 1251 125 P 4 OIL F~27 1861690 828 ~501 '0 1 P OIL F-28 18615901 828 550 500 P P OIL F-29 1861330' 828 550 250 3 ~ ' OIL 1891100 ,,, F-31 1861570' F-32 1890330' 828 550 520 P P OIL F-33 1960030 , F-34A 1961090 F-35 1880810 828 550 525 P P ' OIL , F-36 1951960 828 550 0 2 P OIL F-37 1890990 828 550 5'50 P P " OIL ,,, ,,, 12/13/00 Page 1 of 2 SVS PBU F Pad 12-7-00 JJ.xls Well Permit Separ Set L/P Test Test Test Date Oil, WAG, GINJ, Number Number PSI PSI Trip Code Code Code Passed CAS or CYCLE I1 F-38 1901350 F-39 1901410 156 125 125 P P OlI~ F-40 i911170' 828 550 0 1 5 OIL F-41 1911040 828 550 530 P P OIL F-42 1901580 F-43 1910750 156 125 125 P P OIL F-44 1910080 F-45 1910280 828 550 0' 1 P OIL F-46 1901780 828 550 50 3 P OIL F-47A 2000350 156 125 ,130 P P OIL F-48 1910860' 156 1251 100 P P OIL · Wells: 28 Components: 56 Failures: 10 Failure Rate: 17.8%[]oo t~av Remarks: 12/13/00 Page 2 of 2 SVS PBU F Pad 12-7-00 JJ. xls LARRY GRANT Attn. ALASKA OIL + GAS CONSERVATION 3001 PORCUPINE DRIVE ANCHORAGE AK, 99501.' Date: i April 1996 RE: Transmittal of Data Sent by: HAND CARRY Dear Sir/Madam, Enclosed, please find the data as described below: WELL -39 (31-35-11-13> DESCRIPTION PFC/PERF FINAL BL+RF PFC/PERF FINAL BL+RF PFC/PERF FINAL BL+RF PFC/PERF FINAL BL+RF PFC/PERF FINAL BL+RF ECC No. Run # i 1423.09 Run # 1 2577.10 Run # 1 4060.07 Run # 1 5999.05 Run # 1 6070.01 Please sign and return to: Attn. Rodney D. Paulson Western Atlas Logging Services 5600 B Street Suite 201 /~ Anchorage, AK 99518 ~~FAX to (907) 563-7803 Received by: _ Date: APR 0 9 Gas Cons. Commission An~,norage STATE OF ALASKA ALAL,,-.A OIL AND GAS CONSERVATION COMMISSIL,,.~ REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown Stimulate Pluggingm Pull tubing Alter casing Repair well Perforate Other 2. Name of Operator BP Exploration (Alaska) Inc. 3. Address P. O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 3098' SNL, 2196' WEL, SEC. 02, T11N, R13E 5. Type of Well: Development X Exploratory Stratigraphic Service 6. Datum elevation (DF or KB) KBE=65. 71 7. Unit or Property name Prudhoe Bay Unit 8. Well number F-45 (34-02-11-13) At top of productive interval 3875' SNL, 1491' WEL, SEC. 02, T11N, R13E At effective depth At total depth 4193'SNL, 1323' WEL, SEC. 02, T11N, R13E 9. Permit number/approval number 91-28 / 10. APl number 50- 029-22142 11. Field/Pool Prudhoe Oil Pool feet 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical 9510 feet Plugs (measured) 9182 feet 9464 feet Junk (measured) 9145 feet Casing Length Size Cemented Structural -- Conductor 110 20 Surface 2636 13 3/8 3723 c.f. Permafrost Intermediate 8682 95/8 1746c. f. Class G Production -- Liner 1084 7 300 c.f. Permafrost Perforation depth: measured 9150'- 9154' 9345'- 9368' true vertical subsea 8822'- 8825' 8984'- 9003' Measured depth 138 2664 8710 8426-9510 True vertical depth BKB 138 2664 85O2 8247-9181 RECEIVED Tubing (size, grade, and measured depth) 4 1/2" L-80 12.6# @ 9196 1994 Packers and SSSV (type and measured depth) Packer @ 8374' and SSV @ 2059' 13. Stimulation or cement squeeze summary See Attachment ~.\t~_.~ka [J~i & Gas Cons. CommJssiop Anchoraae Intervals treated (measured) Treatment description including volumes used and final pressure 14. Prior to well operation Subsequent to operation Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure 1501 ~1~789 386 0 1771 ~ 16825 75 0 Tubing Pressure 821 844 15. Attachments Copies of Logs and Surveys run __ Daily Report of Well Operations 16. Status of well classification as: Oil X Gas Suspended Service 17. I hereby c, ertify that the foregoing is true and correct to the best of my knowledge. Si~ln ed q.~, //~(~ Q~,~"-" ~ 0_ ~;~~ Title Senior TechnicalAssistantl Form 10-404 Rev 06/15/88 / Date SUBMIT IN DUPLICATE 10/20/93 WELL F-45(34-0211-13) Addt~erf -- The following additional interval were perforated using 2 1/8" guns, 4 SPF, random orientation and 0° phasing. 9285' - 9290' MD fjh 4/04/94 RECEIVED Aiaska 0il & 6as 0OHS. Commission Anchorage This is to acknowle..~_ receipt of the following p~ints and negatives. COMPANY: STATE OF ALASKA, INC. - ALASKA OIL & GAS CONSERVATION ATTENTION: LARRY GRANT FIELD: PRUDHOE BAY WELL - LOG DESCRIPTION PRINTS NEGS. SEPIA $~. ~ H-23 PDK/TEMP/GR~¢CL- ~" qq%0 ! 10[~P- 1 1 70-q~ F-01 PDK/TEMP/GR/~ 5" %700 ~ 9%q~ 1 ~0-[5~ F-42 PFC/GR/CCLCPERF~ 5" }~O ! }[ ~t 1 70_qe F-01 GR/CCL (~q 5,% %7~ ~ q[0~ 1 9/-~ F-4~ PFC/GR/CCL(PERF) ~ ~ ! ~ ,5" q~qO-- ~q~ ~_~ *F-21 CA -QPACKER~ 5,~ 9%~0 3 1%5q5 1 Y-36 PFC/CCL~PERF) ~t I[5~A 1%~7 1 , *F-21 WAS ORIGINALLY ~ELED F- 210H WELL N~E ~S C~GED. PLEASE RE- P~CE PREVIOUS LOG WITH RE-R~. ' ct VED ~'~ 2 8 1~ ~ 0 / 2 2 / 9 3 ( rk ~ ) ~ ~ ,~~~ SIGNED ~ L~ DATE Please return one copy of signed transmittal to each of the following: Atlas Wireline Services Pouch 340013 Prudhoe Bay, AK 99734 BP Exploration (Alaska) Inc. Petrotechnical Data Center MB 3-3 900 E. Benson Blvd. Anchorage, AK 995.19-6612 FT~RTNC.~D1 BP EXPLORATION BP ~U GNET BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO, Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 DATE: 04/12/93 TS 84455 IC TAPES Enclosed is your copy of the materials listed below. If you have any questions, please contact BP Well Records at (907) 564-4004. F-45 CH/TMD 8979.00- 9378.00 API#500292214200 8699.00- 9447.00 API~500292152300 FIN 07/26/92 #1 1600BPI 9309->TP~ FIN 10/21/91 #1 1600BPI 9310->TP~ HALIBUR REF#L84752-8 HALIBUR REF~L70944-5 Information Control Well Records BP EXPLORATION BP/PBU CH LOGS BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO, Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 DATE: 04/12/93 T# 84457 Enclosed is your copy of the materials listed below. If you have any questions, please contact ~P Well Records at (907) 564-4004. B-29~ ~b~lq TMD 10/21/91 #1 07/26/92 .#1 8800.00- 9410.00 HALIBUR 5 " 9000.00- 9342.00 HALIBUR 5 " Information Control Well Records BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO, Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 /3 DATE: 05/27/92 T# 83529 BP CASED HOLE FINALS Enclosed is your copy of the materials listed below. If you have any questions, please contact BP Well Records at (907) 564-4004. D-18 ~1--/~ PFC ,~ ~~Z--~ CCL/PERF ~ F-31~'/~ TDT-P BO~X / F-45 ~/-- ~g PROD-F ~ G-02 ~g-r~ TDT-P BO~X / H-13 g]'/f~PROD-F / M-26A~'~ CNL / M-31~Z-)m CCL/ 05/22/92 91 P-15~-/~ GAS LIFT SUAVEY/ 05/04/92 ~1 P-16~°'~3 GAS LIFT SUAVE~ 04/29/92 91 W-3 ~'~ CCL/PERF, 05/14/92 ~1 X-027~-g~ PE~ ~ 05/21/92 91 Z-19 ~%3 PERF/ 05/15/92 92 D-08 ~ USI CEMENT D-08 COrrOSION 5 " 04/29/92 #1 05/23/92 #t 05/25/92 #1 05/09/92 #1 05/05/92 #1 04/10/92 #1 05/10/92 #1 05/20/92 #1 11500.00-12372.00 CAMCO 5 " 10900.00-11150.00 ATLAS 5 " 10080.00-10369.00 ATLAS 5 " 8750.00- 9482.00 SCH 5 " 9000.00- 9330.00 CAMCO 5 " 9500.00-10231.00 SCH 5 " 9250.00- 9500.00 CAMCO 5 " 9100.00-11770.00 SCH 2/5" 8800.00- 9861.00 SCH 5 " 2100.00-11900.00 CAMCO 2/5" 365.00-10200.00 CAMCO 2/5" 11300.00-11820.00 ATLAS 5 " 9690.00- 9881.00 SCH 5 " 13450.00-14350.00 SCH 5 " 04/2~/92 #1 12100.00-12372.00 CAMCO 05/09/92 #1 100.00- 8900.00 SCH 05/09/92 #1 100.00- 8900.00 SCH Information Control Well Records Adrian J. Martin JUN 't 't 997. Alaska Oil & Gas Cons. Commission Anchorage BP EXPLORATION i~P Exploration (AlasKa) Inc. 900 East Benson Floulevarcl PO. Box 196612 Anchorage. Alaska 995!9-6612 (907') 561-5111 DATE: 10/07/91 T9 82899 BP PRESSURE REPORTS Enclosed is your copy of the materials listed below. If you have any questions, please contact BP Well Records at (907) 564-4004. . ~' H-24~- PRES 07/31/91 ,Tg- '~ J-09 -- PRES 07/31/91 ':~,'"'~' Y-30 J PRES 05/25/91 / 3&' ,,'7 C-35'~ PRES 08/04/91 ¢~-~ C-02~-' PRES 07/31/91 2/-;~f F-!7 ~-- PRES 08/13/91 f.-~ f~ F-42 -- P~S 09/04/91 69-~f J-03~ P~S 09/04/91 ~ ~J~ G-2~~ P~S 09/03/91 ~.'~;~ A-i6~ P~S 09/01/91 ~)-~- F-44~' ~'P~S 09/04/9t'~. 9/~>$ F-45~ P~S 09/02/91 ?~'~'~ P-03'~ PRES 09/10/91 ~-~ M-16~ P~S 08/26/91 ~..rf F-03~ P~S 08/30/91 ~??~ R-04~ PRES 08/26/91 ~-f: G-11~ P~S 08/31/91 }~'~7 W-11~ P~S 08/21/91 ~-~ Z-28 ~ P~S 08/22/91 ~ '~$f F-38~ PRES 09/06/91 .~ ' G-26 ~ PRES 09/04/91 ~?~'~ G-32~ P~S 09/04/91 ?J-~f G-05-- P~S 09/03/91 ~"~ B-32'/ P~S 09/15/91 - F-24 ~- PRES 09/03/91 ~F~ REF~ REF% REF~ REF~ ~F% REF~ REF~ REF% REF%. BHP FLOW REF% ...... !' ~ '-" BHP STATIC STATIC SURVEY STATIC SURVEY STATIC SURVEY STATIC SURVEY STATIC SURVEY GRADIENT BHP STATIC BHP STATIC BHP STATIC REF% BHP STATIC REF~ BHP STATIC REF~ BHP FLOW REF~ BHP STATIC REF~ BHP FLOW REF~ BHP STATIC REF~ BHP STATIC REF~ BHP STATIC REF~ BHP STATIC REF~ BHP STATIC REF~ BHP STATIC REF~ BHP STATIC REF~ BHP STATIC REF~ BHP ~iC HLS HLS HLS HLS HLS HLS CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CAMCO CA24CO CAMCO CAMCO CAMCO C A~M C O informanion Connro! ~ ~ ~ Reco Adrian J. Martin STATE OF ALASKA ' ~" i~'~.-;,~' ~ '~;- ALASKA oIL AND GAS CONSERVATION COMMISSION Wi=! ! COMPI r::TION OR RI=COMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well OIL [] GAS [] SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number BP Exploration 91-28 3. AddreSs 8. APl Number P. O. Box 196612, Anchorage, Alaska 99519-6612 50- 029-22142 4. Location of well at surface 9. Unit or Lease Name 3098' SNL, 2196' WEL, SEC. 02, T11N, R13E r...~...~ Prudhoe Bay Unit At Top Producing IntervalIC0~q!:'l*~TJ0~ i-i'~, :i','~;~.'~i'i?,~-~,~'- 10. Well Number F-45(34-02-11-13) 4193'SNL, 1323' WEL, SEC. 02, T11N, R13E ~.~ ~ 5. Elevation in feet (indicate KB, DF, etc.) ~6. Lease Designation and Serial No. KBE = 65. 71' I ADL 28280 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore 116. No. of Completions 02-27-91 03-12-91 03-19-91II1N/A feet MSL 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+TVD) 19. Directional Survey 120. Depth where SSSV set 121. Thickness of Permafrost 9510'MD/9182'TVD 9464'MD/9145'TVD YES [] NO []I 2059'feet MD I 1910' 22. Type Electric or Other Logs Run DIL/BHC/ER/SP, LD T/CNL/CAL/GR 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP Bo'FrOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED ~ 20" Surface 110' 13-3/8" 68# L-80 Surface 2664' 17-1/2" 3723 cu ft Permafrost 9-5/8" 47# NT80-S Surface 8710' 12-1/4" 1746 cufl Class G 7" 26# NT,3CR-80 a426' 9510' 8-1/2" 300 cu f~ e~,mafr~ 24. Pedorations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET {MD) PACKER SET (MD} Schlumberger 4.5" @ 5 spf 4-1/2" L-80 12.6# 9196' 8374' MD TVDss 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. 9150'-9154' 8822'-8825' DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 93z15'-9368' 8984'-9003' 13-3/8" X 9-5/8" Freeze Protect Annulus w/170 bbls Dry Crude 27. PRODUCTION TEST Date First Production IMethod of Operation (Flowing, gas lift, etc.) April 09, 1991 I Flowing Date of Test Hours Tested PRODUCTION FOR OIL-BBL ~A,S-MCF WATER-BBL CHOKE SIZE IGAS-OIL RATIO ' ' TEST PERIOD I~ I Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE I~ 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips, and presence of oil, gas or water. Submit core chips. RE( EIVED Ala~k~ Oil & Gas Gons, Gornm'~sslOn Anoho~aS~ Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate ,,, 29. 30. GEOLOGIC MARKERS .4MATION TESTS NAME .... Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Sag 8708' 8501' Shublik A 8751' 8539' Zone 4 8839' 8617' 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge · . Jr'~ ~'~'~'~/'~¥'~,.-T~itle pBU Lead Engineer 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 BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Wednesday, February_ 27, 199! WELL: F-45 (34-02-11-13~ APl No. 50-029-221 42 Day: -__1 Depth at 0600 Hrs. = 24 Hour Footage = Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors 22E 12539O Current Operation: Washing out conductor to 110' .. Summary.0f Last 2_&4 H0urs: Move rig to F-45. N/U riser. Mix spud mud. P/U BHA Mud.Type Mud Weight Viscosity Spud 8.5 #/gal .52 Sec. pv YP Fluid Loss Solids cc ..' .. OF Survey Depth An__ng].~ Direction TVD N-S E-W Dog Leg Section Coordinate (;;QQ. rdinate .°/100' Reviewed By: MJS MAY 3 0 t'991 Alaska Oil & Gas Cons. Commission Anchorage BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Thursday, February. 28. 1991 WELL: F-45 (34-02-11-13) AP! No. 50-029-221 42 Day: 1_ Depth at 0600 Hrs. = 24 Hour Footage = 2,230 Ft. 2,!.2Q Ft. Rig' AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Rig #22-E 125390 Current Operation' Tripping for bit change Summary of Last 24 Hours' Drilled to 748'. Tripped for bit change. Drilled to 2230'. Tripped for bit change MuclType .. Mud Weight Viscosity P V YP Flui¢ LOSS Solids Temp Spud Mud 9.8 #/gal 1 95 Sec. 1 9 48 20.0 cc 1 0% 48 °F Survey. Depth Angle Diregti0n N-S E-W Dog Leg TVD Section .O..oordinate Coordinate °/100' Reviewed By' MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: As of 0600 Hrs. Friday. March 1. 1991 - WELL: F-45 (34-02-11-13), PRUDHOE BAY UNIT AP! No. 50-029-221 42 Day: 2 Depth at 0600 Hrs. = 24 Hour Footage = 2,69,0 Ft. 46O Ft. Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Riq #22-E 12539O Current Operation' Displacing 13-3/8" csg cement Summary of Last 24 Hours: Drilled to 2690'. POH. Ran and cemented 13-3/8" casing. Mud Type ..... Spud Mud Mud Weight ,V. iscosity 9.9 #/gal 95 Sec. P V, ,,YP, Fluid Loss Solids Temp 21 28 95.0 cc 10% °F Survey Depth Angle Direction TVD, N-S E-W Dog Leg Section Coordinate Coordinate .°/100' Reviewed By' MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Monday. March 4, 1991 WELL: F-45 (34-02-11-13) APl No. 50-029-22142 Day' 5 Depth at 0600 Hrs. = 72 Hour Footage = 5,355 Ft. 2,665 Ft. Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Rig #22-E 125390 Current Operation: Tripping in Summary of Last 72 Hours: N/U wellhead and BOPs. P/U BHA, RIH drilled out shoe. LOT 12.5ppgEMW. Drilled w/trips for bit changes to 5355'. Mud Type Mud Weight Viscosity P V YP. Fluid Loss Solids Temp LSND 9.4 #/gal 39 Sec. 1 0 7 10.2 cc 7% °F ,, ~ Deoth Angle Direction TVD N-S E-W Dog Leg Section Coordinate Coordinate °/100' Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: pRUDHOE BAY UNIT As of 0600 Hrs. Tuesday, M~,r(;;h 5. 1991 WELL: F-45 (34-02-11-13) AP! No. 50-029-22142 Day: 6 Depth at 0600 Hrs. = 24 Hour Footage = 6,220 Ft. 865 Ft. Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Rig #22-E 12539O Current Operation- Drilling at 6220' Summary of Last 24 Hours:. Drilled to 5810'. Trip to shoe, P/U kelly, RIH. Drilled to 6220' Mud Type Mud Weight Viscosity p V LSND 9.5 #/gal 37 Sec. 1 1 YP Fluid Loss Solids Temp 6 8.8 cc 8% 58 °F Survey Depth Angle Directi(;)n TV[;), N-S E-W Dog Leg Section Coorclin8te Coordinate °/100' Reviewed By' MJS. BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Wednesday. March 6. 1991 WELL: F-45 (34-02-11,13) APl No. 50-029-22142 Day: Z Depth at 0600 Hrs. -- 24 Hour Footage -- 7,32q Ft. .1 ,.188 Ft. Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Riq #22-E 12539O Current Operation' Drilling at 7320' Summary of Last 24 Hours' Drilled to 7320' Mud T_vpe Mud Weight Vi~;cosity LSND 9.7 #/gal 38 Sec. ..P V Y.P. Fluid Loss Solids Temp 12 9 4.4 cc 9% 71 °F Survey Depth Angle Di. re. ctionTVD N-S E-W Dog Leg Section Coordinate O,Q.ordinate °/100,.' Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY.UNIT As of 0600 Hrs. Thursday. March 7. 1991 WELL: F-45 (34-02-11-13) AP! No. 50-029-22142 Day: 8 Depth at 0600 Hrs. = 24 Hour Footage = 7,643 Ft. 32.3. Ft, Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Rig #22-E 125390 ..C....urrent. Operation' Drilling at 7643' Summary of Last .2.4.. Hours: Drilled to 7571'. Tripped to lay out mud motor and bit. Drilled to 7643' Mud Type , .Mud Weight Viscosity P.__~V YP LSND 9.6 Cf/gal 37 Sec. 12 7 Fluid Loss Solids Temp 4.6 cc 8% °F Survey_ Depth Angle .Direction N-_:_8_ E-W Dog Le9 T. VD Section Coordinate Coordinate °/100' Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: As of 0600 Hrs. Friqla~y, March 8. 1991 WELL: F-45 (34-02-11-13), PRUDHOE BAY UNIT APl No. 50-029-221 42 Day: 9 Depth at 0600 Hrs. = 24 Hour Footage = 8,627. Ft. 984 Ft. Rig: AFE Number: AFE Amount = Current Costs = Estimated Final Cost = Nabors Riq #22-E 125390 Current Operation' Drilling at 8627' Summary of Last 24 Hours: Drilled to 8627' Mud Type Mud Weight Viscosity LSND 9.9 #/gal 39 Sec. PV YP Fluid Loss Solids Temp 1 4 1 0 3.8 cc 1 0% 76 °F Survey Deoth Angle Direction N-S E-W Dog Leg TVD Section Coordinate Coordinate °/100' Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Monday. March 11. 1991 WELL: F-45 (34-02-11-1~,) AP! No. ~;0-02c,)r22142~ Day: ! 2{ Depth at 0600 Hrs. = 72 Hour Footage = 8.720 Ft. 93Ft. AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 12539O Rig: Nabors Rig #22-E Logging AFE' ,684744 Log AFE Amt = Current Costs = Current Operation: Testing BOP Summary_ of Last 72, Hours' Drilled to 8720'. Ran logs. Wiper trip to btm. Ran and cemented 9-5/8" casing to 8711'. N/U BOPs. MudTvoe Mud Weiaht Viscosity PV YP Fluid Loss Solids Temo LSND 9.9 #~gal 44 Sec. 1 8 11 4.2 cc 10% °F N-S. E-W Dog Leg .~ Deoth Angle Direction TVD Section Coordinate Coordinate °/100! Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRU, DHOE BAY UNIT As of 0600 Hrs. Tuesday. March 12. 1991 WELL: F-45 (34-02-11-13), APl No. 50-02cj:22!,42 Day: ! 3 Depth at 0600 Hrs. = 24 Hour Footage = 8.730 Ft. 10Ft. AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 125390 Rig' Nab0r~ Rig i#22-E Logging AFE: 684744 Log AFE Amt = Current Costs = Current Operation: Building mud volume Summary_ of Last ,.,24 Hours' RIH w/8-1/2" BHA. Drilled cement and float equipment. Drilled new hole to 8730'. Changed out mud system to brine/polymer. , Mud Type MudWeiaht Viscosity Brine/Polymer 8.8 #/gal 39 Sec. ~ Depth Anale Direction TVD -- PV YP Fluid Loss Solids 11 8 7.6 cc N-~ E-W Section Coordinate Coordinate TemD 75 OF Dog Leg, 01100' Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRIdDHOE BAY UNIT As of 0600 Hrs. Wednesday. March 13. 1991 WELL: F-45 (34-02-11-13), APl No. 50-029-22142 Day: 1 4 Depth at 0600 Hrs. = 24 Hour Footage = 9.510 Ft. 780 Ft. AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 125390 Rig' Nab0r$ Rig #22-E Logging AFE: 684744 Log AFE Amt = Current Costs = .Current Operation' POH to Icg Summary_ of Last 24 Hours: Drilled to 9510'. Wiper trip. POH to Icg. Mud Type M,.ud Weight ,Viscosity Brine/Polymer 8.9 #/gal 34 Sec. PV YP, 7 8 8.2 cc 5% Temp 78 OF Angle N-8 E-W Section Coordinate Coordinate Dog Leg °/100' Reviewed By: MJ$ BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Thumday, March 14. 1991 WELL: F-45' (34'02-11-1~ APl No. 50-029-22142. Day: 1 ~ Depth at 0600 Hrs. = 24 Hour Footage = ,9,510 Ft. Ft. AFE Number: AFE Amount = Current Costs = Current Operation' Estimated Final Cost = , POH to run liner Summary of Last 24 Hours: POH. Ran logs. Performed wiper tdp to btm. POH. 1__25390 Rig: Nabors Rig #22-E Logging AFE' 684744 Log AFE Amt = Current Costs = Mud Typ.¢ . Mud Weight Viscosity Brine/Polymer 8.9 #/gal 35 Sec. P V. YP iE~ Solids 7 9 8.4 cc 5% Temp oF Angle ' r.[~LC,..Gt[.g~ TVD N-S E-W Coordinate Coordinate DOg Leg o/100' Reviewed By: MJS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: As of 0600 Hrs. Friday. March 15. 1991 , , , Day: 1 6 Depth at 0600 Hrs. = 9.510 Ft. 24 Hour Footage = _0. Ft. PRUDHOE BAY UNIT AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 12539O AP! No. Rig: Logging AFE' Log AFE Amt = Current Costs; 50-029-221 42 Nabors Ria #22-E 684744 Current Ooeration: POOH with liner running tool. Summa, ry. of Last ~4 Hours: Ran and cemented 7" liner. Mud Tvoe Mud Weiaht Viscosity - . -- XCD Polymer 8.9 #/gal 35 Sec. · Survey ~ Angle .D_J.Ee.C,,.tt.EE TVD YP E~ Solids Temo 9 8.4 cc 500% °F N-$ E-W, Dog Leg Section Coordinate Coordinate °/100' Reviewed By: RI$ BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs, Monday, March 18, 1991 WELL: F-4S (34-02-11.-13), APl N'o, 50-029-22142 Day: 1 9 Depth at 0600 Hrs. = 72 Hour Footage = 9,510 Ft. OFt, AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 125390 Rig: Nabors Rig #22-E Logging AFE' 6RaTz~a Log AFE Amt = Current Costs= Current Operation' Logging. Summary of Last 72, Hours: Cleaned out cement to top of liner. Cleaned out liner to Float collar. Displaced well to filtered brine. Rigged up to log. Type Mud Weight Viscosity NaCI 8.7 #/gal Sec. .PV YP Fluid Loss Solids Temp cc °F Survey, Depth Angle DirectiQn N,-.S E-W Dog Leg TVD,. Section Coordinate Coordinate °/100' Reviewed By: RIS BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Tuesday, Mar6h 19, 1991 WELL: F-45 (34-02-11-13) APl No. 50-029-22142 Day: 20 Depth at 0600 Hrs. = 24 Hour Footage = .9,510 Ft. Ft. AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 125390. Rig: Nabors Rig #22-E Logging AFE' 684744 Log AFE Amt = Current Costs = Current Operation: Perforating well. Summary of Last 2.4 Hours: Completed logging runs 1,2, and3. Rigged up to perforate. Mud Tvoe Mud Weiaht Viscosity NaCI 8.7 #/gal Sec. pV YP Fluid Loss Solids CC Temp oF Survey Depth Angle Directi~.n TVD N-S E-W Secti0. p Coordinate Coordinate .Dog Leg .°/!..00' Reviewed By: R!S, BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT. As of 0600 Hrs. Wednesday. March 20. 1991 WELL: F-45 (34-02-11-13) APl No. 50-029-22142 Day: 21 Depth at 0600 Hrs. = 24 Hour Footage = 9.510 Ft. a Ft. AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 125390 Current Operatiqn: Run tie-in log. Summary of Last 24 Hours: RIH and perforated. Ran and landed tubing. Run tie-in log. Mud Type , M. ud Weight Viscosity P V Brine 8.7 #/gal Sec. Rig: Ne, bors Rig #22-E Logging AFE: 684744 Log AFE Amt = Current Costs = YP Fluid Loss Solids Temo CC OF Survey Deoth Anale Direction TVD N-S E-W Dog Leg Section Coordinate ~oordinate °/100' Reviewed By: BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: PRUDHOE BAY UNIT As of 0600 Hrs. Thursday, March 21, 1991 WELL: F-45 (34-02-11-13) APl No. 50-029-221 42 Day: 22 Depth at 0600 Hrs. = 24 Hour Footage = .9,510 Ft. O Ft. AFE Number: AFF Amount = Current Costs = Estimated Final Cost = 125390 Rig: Nabors Riq #22-E Logging AFE: 684744 Log AFE Amt = ~ Current Costs = Current Operation' Displace to diesel. Summary_ of Last 24. Hours'. ND BOPE. NU tree. Set and tested packer. Displaced tubing to diesel. Mud TyDe Mud Weight Viscosity P V, Cf/gal Sec. YP. Fl, uid Loss Solids Temp cc °F Survey, Depth Angle Direction TVD. N-$ E-W Dog Leg Section Coordinate Coordinate °/100' Reviewed By: ~'/ ,, BP EXPLORATION (ALASKA), INC. DAILY DRILLING REPORT: As of 0600 Hrs. Friday, March 22. 1991 WELL: F-45 (34-02-11-13) PRUDHOE BAY UNIT APl No. 50-029-221 42 Day: 23 Depth at 0600 Hrs. = 24 Hour Footage = 9,510 Ft. Ft. AFE Number: AFE Amount = Current Costs = Estimated Final Cost = 125390 Current Operation: Rig Released at 1400 hrs 3/21/91 Summary of Last 24 Hours' Freeze protected well and released rig at 1400 hrs 3/21/91. Rig' Nabors Rig #22-E Logging AFE' 684744 Log AFE Amt = Current Costs = MudType Mud Weight .Viscosity p V #/gal Sec. YP Fluid Loss Solids Temp CC OF Survey. Depth. Angle Direction .N-$ E-W Dog Leg TVD, Section Coordinate Coordinate °/100' Reviewed By: RIS. GREAT LAND DIRECTIONAL DRILLING, INC. REPORT OF SUB-SURFACE DIRECTIONAL SURVEY BP EXPLORATION (ALASKA) INC. COMPANY F-45 WELL NAME PRUDHOE BAY LOCATION AL391D15 MWD 03 / 13 / 91 JOB NUMBER GARY PAUL TYPE SURVEY DIRECTIONAL SUPERVISOR DATE NAME TITLE SIGNATURE DEPTH INTERVAL 493 FT. 8636 FT. FROM TO 02/26/91 03/09/91 DATE SURVEY TAKEN FROM TO THIS IS A RECORD OF A SUB-SURFACE SURVEY OF YOUR WELL WE HAVE RETAINED A COPY OF YOUR SURVEY REPORT IN OUR FILES FOR YOUR CONVENIENCE; HOWEVER, SHOULD YOU SO DESIRE, ALL COPIES OF THE SURVEY REPORT WILL BE FORWARDED TO YOU ON WRITTEN REQUEST. ALL SURVEYS ARE KEPT IN A LOCKED FILE AND ARE HELD IN STRICTEST CONFIDENCE. MAY 5 0 't99I qate ~nchorage SREAT LAND Client - Field · · · · · · · ~ell ...... : Section at: Engineer..: DIRECTIONAL DRILLING, BP EXPLORATION PRUDHOE BAY, ALASKA F-45 S,41.54,E GARY PAUL S MEAS INCLN C DEPTH ANGLE 7 493 0.50 7 1004 0.25 7 1549 0.25 7 1995 1.50 7 2214 1.50 7 2659 0.50 3 2939 0.60 3 3224 0.50 3 3700 0.40 3 3890 0.40 3 4311 0.50 3 4786 0.70 3 5235 0.70 3 5529 0.70 3 5836 0.50 3 5930 0.40 3 .6023 3.60 3 6118 5.70 3 6209 7.40 3 6305 10.10 3 6399 10.60 ^ Survey Codes (PF45D $1.17) VERTICAL-DEPTHS BKB SUB-SEA 493.0 427.3 1004.0 938.3 1549.0 1483.3 1994.9 1929.2 2213.8 2148.1 2658.8 2593.1 2938.8 2873.0 3223.7 3158.0 3699.7 3634.0 3889.7 3824.0 4310.7 4245.0 4785.7 4720.0 5234.6 5168.9 5528.6 5462.9 5835.6 5769.9 5929.6 5863.9 6022.5 5956.8 6117.2 6051.5 6207.6 6141.9 6302.5 6236.8 6395.0 6329.3 : 3/MWD 7 /GYRO INC. SECTION DISTNCE 2.1 3.5 4.0 7.1 8.6 RECORD OF SURVEY DIRECTION BEARING S 58.00 E N 32.00 E S 88.00 E N 59.00 E N 68.00 E 14.1 S 56.00 E 16.5 S 72.70 E 19.2 S 30.50 E 22.4 S 6.10 W 23.3 S 7.30 W 24.4 S 49.80 W 25.7 S 15.40 W 23.3 N 32.30 W 20.3 N 8.90 E 18.4 N 14.30 E 18.2 20.2 27.8 38.0 52.5 69.3 Computation...: Survey Date...: RKB Elevation.: Reference ..... : Magnetic Dcln.: RELATIVE-COORDINATES FROM-WELL-HEAD 03/12/91 1.1 S 1.8 E 0.5 S 4.8 E 0.6 N 6.8 E 2.3 N 13.3 E 4.8 N 18.4 E RADIUS OF CURVATURE 03/09/91 65.71 ft 30.00 E 4.1 N 25.8 E 2.9 N 28.2 E 1.2 N 30.3 E 2.4 S 31.1 E 3.7 S 30.9 E 6.5 S 29.4 E 10.6 S 26.8 E 11.3 S 22.5 E 7.8 S 21.7 E 4.7 S 22.4 E N 54.10 E 4.1 S 22.8 E S 50.90 E 4.2 S 25.8 E S 53.80 E 8.9 S 31.9 E S 51.00 E 15.2 S 40.1 E S 44.90 E 25.0 S 51.0 E S 46.90 E 36.7 S 63.1 E CLOSURE DL DISTNCE BEARING /100 2.2 S 58.00 E 0.10 4.8 S 84.45 E 0.05 6.8 N 84.90 E 0.00 13.5 N 80.23 E 0.28 19.0 N 75.25 E 0.00 26.1 N 81.06 E 0.22 28.4 N 84.13 E 0.04 30.3 N 87.66 E 0.04 31.2 S 85.67 E 0.02 31.2 S 83.24 E 0.00 30.1 S 77.52 E 0.02 28.8 S 68.32 E 0.04 25.1 S 63.35 E 0.00 23.1 S 70.19 E 0.00 22.9 S 78.19 E 0.07 23.2 S 79.84 E 0.11 26.2 S 80.83 E 3.46 33.1 S 74.46 E 2.21 42.9 S 69.25 E 1.87 56.8 S 63.89 E 2.82 73.0 S 59.80 E 0.54 F-45 S MEAS INCLN C DEPTH ANGLE 3 6495 13.90 3 6591 17.10 3 6685 17.70 3 6778 22.80 3 6874 25.40 VERTICAL-DEPTHS BKB SUB-SEA SECTION DISTNCE 6488.8 6423.1 89.6 6581.3 6515.6 115.1 6671.0 6605.3 143.2 6758.2 6692.5 175.3 6845.8 6780.1 214.2 3 6970 24.70 6932.8 6867.1 3 7063 25.10 7017.1 6951.4 3 7159 24.50 7104.3 7038.6 3 7252 24.30 7189.0 7123.3 3 7347 23.90 7275.7 7210.0 3 7443 23.70 7363.5 7297.8 3 7536 24.20 7448.5 7382.8 3 7605 25.50 7511.1 7445.4 3 7729 25.70 7623.0 7557.3 3 7824 25.60 7708.6 7642.9 3 7917 25.80 7792.4 7726.7 3 8011 25.90 7877.0 7811.3 3 8106 26.00 7962.4 7896.7 3 8200 26.10 8046.9 7981.2 3 8293 26.20 8130.3 8064.6 RECORD OF SURVEY DIRECTION BEARING RELATIVE-COORDINATES FROM-WELL-HEAD S 48.40 E 50.5 S 78.2 E S 45.00 E 68.0 S 96.8 E S 44.40 E 88.0 S 116.6 E S 46.00 E 110.7 S 139.4 E S 50.80 E 136.7 S 168.7 E 254.4 S 50.20 E 162.6 S 200.1 E 293.0 S 51.40 E 187.3 S 230.4 E 332.8 S 49.50 E 213.0 S 261.5 E 370.9 S 49.00 E 238.0 S 290.6 E 409.4 S 47.80 E 263.8 S 319.6 E 447.8 S 50.60 E 289.1 S 348.9 E 485.3 S 45.90 E 314.2 S 377.1 E 514.2 S 44.00 E 334.7 S 397.6 E 567.7 S 44.00 E 373.3 S 434.8 E 608.8 S 44.20 E 402.8 S 463.4 E 649.1 690.1 731.6 772.8 813.5 S 42.80 E 432.1 S 491.2 E S 41.90 E 462.4 S 518.8 E S 37.30 E 494.4 S 545.3 E S 36.70 E 527.4 S 570.1 E S 34.30 E 560.7 S 593.9 E S 34.50 E S 29.20 E S 28.80 E S 27.20 E 3 8386 26.30 8213.8 8148.0 854.4 3 8481 26.30 8298.9 8233.2 895.8 3 8571 26.10 8379.7 8314.0 934.6 3 8636 26.20 8438.0 8372.3 962.5 594.7 S 617.1 E 630.4 S 639.3 E 665.2 S 658.6 E 690.4 S 672.1 E Page 2 03/12/91 CLOSURE DL DISTNCE BEARING / 100 93.0 S 57.16 E 3.44 118.3 S 54.90 E 3.35 146.1 S 52.95 E 0.64 178.0 S 51.55 E 5'49 217.2 S 50.98 E 2.86 257.8 S 50.91 E 0.74 297.0 S 50.89 E 0.49 337.2 S 50.84 E 0.71 375.6 S 50.68 E 0.23 414.4 S 50.46 E 0.47 453.1 S 50.36 E 0.52 490.8 S 50.19 E 1.01 519.7 S 49.90 E 1.95 573.0 S 49.35 E 0.16 614.0 S 49.00 E 0.11 654.2 S 48.66 E 0.36 694.9 S 48.29 E 0.21 736.0 S 47.80 E 0.94 776.6 S 47.23 E 0.16 816.8 S 46.65 E 0.51 857.0 S 46.06 E 0.12 897.9 S 45.40 E 1.10 936.1 S 44.72 E 0.24 963.5 S 44.23 E 0.50 ^Survey Codes: 3/MWD F-45 Page 3 DATA INTERPOLATED FOR 100 FT SUBSEA INTERVAL 03/12/91 SUBSEA MEAS INCLN DEPTH DEPTH ANGLE TVD BKB 500 566 0.46 566 600 666 0.42 666 700 766 0.37 766 800 866 0.32 866 900 966 0.27 966 1000 1066 0.25 1066 1100 1166 0.25 1166 1200 1266 0.25 1266 1300 1366 0.25 1366 1400 1466 0.25 1466 1500 1566 0.30 1566 1600 1666 0.58 1666 1700 1766 0.86 1766 1800 1866 1.14 1866 1900 1966 1.42 1966 2000 2066 1.50 2066 2100 2166 1.50 2166 2200 2266 1.38 2266 2300 2366 1.16 2366 2400 2466 0.93 2466 2500 2566 0.71 2566 2600 2666 0.50 2666 2700 2766 0.54 2766 2800 2866 0.57 2866 2900 2966 0.59 2966 MD-TVD VERT DIRECTION RELATIVE COORDINATES DIFF CRRT BEARING FROM WELL HEAD 0 0 N 19.58 W 0.85 S 2.19 E 0 0 N 33 . 26 E 0.87 S 3 . 04 E 0 0 N 86.10 E 1.63 S 3.79 E 0 0 S 41.06 E 2.86 S 3.84 E 0 0 S 11.78 W 3.88 S 2.99 E 0 0 S 1.98 E 0.51 S 4.95 E 0 0 S 57.03 E 0.33 S 5.38 E 0 0 N 67.93 E 0.26 N 5.62 E 0 0 N 12.88 E 0.99 N 5.36 E 0 0 N 42.16 W 1.41 N 4.59 E 0 0 N 75.73 W 0.66 N 6.77 E 0 0 N 2.41 W 1.14 N 7.29 E 0 0 N 70.91 E 0.91 N 8.82 E 0 0 S 35.76 E 1.14 S 10.03 E 0 0 S 37.58 W 3.85 S 8.86 E 0 0 N 61.91 E 3.20 N 14.88 E 0 0 N 66.02 E 4.35 N 17.23 E 0 0 S 32.55 W 4.08 N 19.02 E 0 0 S 35.78 E 3.93 N 21.53 E 0 0 N 75.90 E 6.50 N 23.47 E 0 0 N 7.58 E 9.96 N 22.36 E 0 0 S 56.41 E 4.03 N 25.86 E 0 0 S 62.38 E 3.56 N 26.64 E 0 0 S 68.34 E 3.16 N 27.52 E 0 0 S 68.71 E 2.81 N 28.49 E 3000 3066 0.56 3066 0 0 S 53.90 E 2.33 N 29.36 E ?-45 Page 4 DATA INTERPOLATED FOR 100 FT SUBSEA INTERVAL 03/12/91 ~UBSEA MEAS INCLN )EPTH DEPTH ANGLE TVD BKB 3100 3166 0.52 3166 3200 3266 0.49 3266 3300 3366 0.47 3366 3400 3466 0.45 3466 3500 3566 0.43 3566 3600 3666 0.41 3666 3700 3766 0.40 3766 3800 3866 0.40 3866 3900 3966 0.42 3966 4000 4066 0.44 4066 4100 4166 0.47 4166 4200 4266 0.49 4266 4300 4366 0.52 4366 4400 4466 0.57 4466 4500 4566 0.61 4566 4600 4666 0.65 4666 4700 4766 0.69 4766 4800 4866 0.70 4866 4900 4966 0.70 4966 5000 5066 0.70 5066 5100 5166 0.70 5166 5200 5266 0.70 5266 5300 5366 0.70 5366 5400 5466 0.70 5466 5500 5566 0.68 5566 MD-TVD VERT DIRECTION RELATIVE COORDINATES DIFF CRRT BEARING FROM WELL HEAD 0 0 S 39.09 E 1.68 N 30.04 E 0 0 S 27.27 E 0.93 N 30.50 E 0 0 S 19.58 E 0.15 N 30.83 E 0 0 S 11.89 E 0.62 S 31.04 E 0 0 S 4.20 E 1.38 S 31.14 E 0 0 S 3.48 W 2.11 S 31.13 E 0 0 S 6.52 W 2.81 S 31.05 E 0 0 S 7.15 W 3.50 S 30.96 E 0 0 S 14.97 W 4.20 S 30.84 E 0 0 S 25.07 W 4.91 S 30.58 E 0 0 S 35.16 W 5.59 S 30.20 E 0 0 S 45.26 W 6.24 S 29.67 E 0 0 S 45.82 W 6.84 S 29.04 E 0 0 S 38.57 W 7.54 S 28.40 E 0 0 S 31.33 W 8.37 S 27.80 E 0 0 S 24.09 W 9.33 S 27.28 E 0 0 S 16.85 W 10.41 S 26.84 E 0 0 S 38.98 W 11.50 S 26.32 E 0 0 S 68.45 W 12.21 S 25.34 E 0 0 N 82.08 W 12.36 S 24.14 E 0 0 N 52.61 W 11.89 S 23.03 E 0 0 N 27.95 W 10.95 S 22.27 E 0 0 N 13.93 W 9.81 S 21.83 E 0 0 N 0.08 E 8.60 S 21.69 E 0 0 N 9.55 E 7.39 S 21.82 E 5600 5666 0.61 5666 0 0 N 11.31 E 6.29 S 22.02 E ~-45 Page 5 DATA INTERPOLATED FOR 100 FT SUBSEA INTERVAL 03/12/91 ~UBSEA MEAS INCLN )EPTH DEPTH ANGLE TVD BKB 5700 5766 0.55 5766 5800 5866 0.47 5866 5900 5966 1.64 5966 6000 6066 4.56 6066 6100 6167 6.61 6166 6200 6268 9.05 6266 6300 6369 10.44 6366 6400 6471 13.08 6466 6500 6575 16.56 6566 6600 6679 17.66 6666 6700 6786 23.02 6766 6800 6896 25.24 6866 6900 7006 24.86 6966 7000 7117 24.77 7066 7100 7226 24.35 7166 7200 7336 23.95 7266 7300 7445 23.71 7366 7400 7555 24.56 7466 7500 7665 25.60 7566 7600 7776 25.65 7666 7700 7887 25.74 7766 7800 7998 25.89 7866 7900 8110 26.00 7966 8000 8221 26.12 8066 8100 8332 26.24 8166 MD-TVD VERT DIRECTION RELATIVE COORDINATES DIFF CRRT BEARING FROM WELL HEAD 0 0 N 13.07 E 5.30 S 22.24 E 0 0 N 27.04 E 4.45 S 22.48 E 0 0 S 56.56 E 4.07 S 23.41 E 1 0 S 52.22 E 6.08 S 28.23 E 1 0 S 52.30 E 12.02 S 36.09 E 2 1 S 47.27 E 20.70 S 46.49 E 4 2 S 46.27 E 33.00 S 59.16 E 6 2 S 48.03 E 46.76 S 74.03 E 9 3 S 45.58 E 64.74 S 93.47 E 14 5 S 44.44 E 86.83 S 115.42 E 20 7 S 46.41 E 112.90 S 141.72 E 30 10 S 50.66 E 142.67 S 176.02 E 41 10 S 50.67 E 172.25 S 211.81 E 51 10 S 50.34 E 201.56 S 247.95 E 61 10 S 49.14 E 231.14 S 282.64 E 70 10 S 47.94 E 260.81 S 316.31 E 80 9 S 50.48 E 289.71 S 349.66 E 89 9 S 45.38 E 319.67 S 382.64 E 100 11 S 44.00 E 353.52 S 415.68 E 111 11 S 44.10 E 388.06 S 449.07 E 122 11 S 43.25 E 422.66 S 482.37 E 133 11 S 42.02 E 458.29 S 515.10 E 144 11 S 37.28 E 495.67 S 546.23 E 155 11 S 36.16 E 534.79 S 575.59 E 167 11 S 34.38 E 575.10 S 603.73 E 8200 8444 26.30 8266 178 12 S 31.27 E 616.22 S 631.08 E F-45 Page 6 DATA INTERPOLATED FOR 100 FT SUBSEA INTERVAL 03/12/91 SUBSEA MEAS INCLN DEPTH DEPTH ANGLE 8300 8555 26.13 TVD MD-TVD VERT DIRECTION RELATIVE COORDINATES BKB DIFF CRRT BEARING FROM WELL HEAD 8366 190 11 S 28.87 E 659.16 S 655.31 E ?-45 Page 7 DATA INTERPOLATED FOR 1000 FT MEASURED DEPTH INTERVAL 03/12/91 MEAS INCLN VERT-DEPTHS SECT DIRECTION REL-COORDINATES CLOSURE DEPTH ANGLE BKB SUB-S DIST BEARING FROM-WELLHEAD DIST BEARING DL/ 100 1000 0.25 1000 934 5 S 29.89 W 4 S 3 E 2000 1.50 2000 1934 7 N 59.21 E 2 N 13 E 3000 0.58 3000 2934 17 S 63.67 E 3 N 29 E 4000 0.43 4000 3934 24 S 18.40 W 4 S 31 E 5000 0.70 5000 4934 26 S 78.46 W 12 S 25 E 5 S 32.19 E 0.0 14 N 80.03 E 0.0 29 N 84.71 E 0.0 31 S 81.79 E 0.0 28 S 63.69 E 0.0 6000 2.81 6000 5934 7000 24.83 6960 6894 8000 25.89 7867 7801 18 N 19.58 E 267 S 50.59 E 685 S 42.01 E 3 S 24 E 171 S 210 E 459 S 516 E 24 S 83.95 E 3.4 270 S 50.88 E 0.5 690 S 48.33 E 0.2 <KB>O r ...... a-' ,-i- .................................. , .......................... 500 VERTICAL :-,h,.TIuN VIEN BP EXPLORATION F-45 i~u''~,,,, ion ~t: rvo Dep Scale.: L_ 41.54 E inch = 1000 iri~;h : 1000 I ~1 ~9 0 0 0 ........ --~ B) TD 8636 843B 962 INCLN 0.00 26.20 Section Depaptu~.~ " ~larker Identlficat. ion~ I~tS E/W PLAN VZEW a} TO 8636 ~90 s 672 E BP EXPLOBATION ,;LU~4URE, ' fi~i4 f t ~-; 44.23 E DEELZNATZON.' 3b.O0 E .'.::.,.,ALE I ..... ' = ' i , iO0 0 iO0 200 ~00 40~ ~00 6~0 700 ~00 ~0~ iO0~ SUB - S URFA CE DIRECTIONAL SURVEY r~ UIDANCE r~ ONTINUOUS ['~ OOL RECEIVED Alaska Oil & Gas Cons. Commission Anchorage Company BP EXPLORATION Well Name F-45 (34-02-11-13) (2180' FSL, 2196' FEL, SEC 2, T11N, R13E) Field/Location PRUDHOE BAY, NORTH SLOPE, ALASKA Job Reference No. 74489 Lo~jqed B¥- HUSBAND/BARNARD/MCBRIDE Date Computed By' * SCHLUMBERGER , GCT DIRECTIONAL SURVEY CUSTOMER LISTING FOR BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY METHODS OF COMPUTATION TOOL LOCATION: INTERPOLATION: VERTICAL SECTION: NORTH SLOPE, ALASKA SURVEY DATE: 18 MAR 91 ENGINEER: HUSBAND/BARNARD/MCBRIDE TANGENTIAL- LINEAR HORIZ. DIST. Averaged deviation and azimuth PROJECTED ONTO A TARGET AZIMUTH OF SOUTH 38 DEG 58 MIN EAST BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA COMPUTATION DATE: 11-APR-91 TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN PAGE 1 DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71 FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH VERTICAL DOGLEG RECTANGULAR COORDINATES HOR'IZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST, AZIMUTH 0.00 100.00 100 200.00 200 300.00 300 400.00 400 500.00 499 600.00 599 700.00 699 BO0.O0 799 900.00 899 0 0 N 0 0 E O0 34.29 0 14 S 29 59 E O0 134.29 0 11 S 41 4 E O0 234.29 0 14 S 13 22 E O0 334.29 0 23 S 15 39 E 99 434.28 0 22 .S 31 27 E 99 534.28 0 19 S 21 28 E 99 634.28 0 25 S 21 34 E 99 734.28 0 14 S 37 53 E 99 834.28 0 10 S 26 55 E 0 O0 -65.71 1000.00 999 99 1100 1200 1300 1400 1500 1600 1700 1800 1900 934.28 O0 1099 O0 1199 O0 1299 O0 1399 O0 1499 O0 1599 O0 1699 O0 1799 O0 1899 0 17 N 79 25 E 99 1034.28 0 23 N 40 27 E 98 1134.27 0 31 N 28 27 E 98 1234.27 0 29 N 7 31 W 98 1334.27 0 22 N 8 37 W 98 1434.27 0 16 N 6 57 E 97 1534.26 0 7 N 23 34 E 97 1634.26 0 20 N 56 59 E 97 1734.26 0 27 N 48 10 E 96 1834.25 1 5 N 47 10 E 1 18 N 54 53 E 1 12 N 57 18 E 1 12 N 61 32 E 0 46 N 69 54 E 0 35 N 71 26 E 0 23 N 79 43 E 0 22 N 89 33 E 0 24 N 85 23 E 0 18 N 88 37 E 0 30 S 83 58 E 2000.00 1999.94 1934 23 2100.00 2099 91 2034 20 89 2134 18 88 2234 17 87 2334 16 87 2434 16 87 2534 16 86 2634 15 86 2734.15 86 2834.15 0 33 85 3034 14 0 27 14 0 26 14 0 26 13 0 18 13 0 21 13 0 32 12 0 33 12 0 26 12 0 23 S 84 21 E 580 2 E S 52 2 E S 37 5 E S 15 38 E S 9 34 E S 5 59 W S 8 13 W S 0 14 W S 1 48 W 2200.00 2199 2300.00 2299 2400.00 2399 250O.O0 2499 2600.00 2599 2700.00 2699 2800.00 2799 2900.00 2899 O0 3099 O0 3199 85 3134 O0 3299 85 3234 O0 3399 84 3334 O0 3499 84 3434 O0 3599.84 3534 O0 3699.83 3634 O0 3799.83 3734 O0 3899.83 3834 3000 O0 2999 86 2934.15 3100 3200 3300 3400 3500 3600 3700 3800 3900 FEET DEG/IO0 FEET FEET FEET DEG 0 O0 017 0 60 0 90 1 40 2 06 2 62 3 23 3 87 410 4.42 4.45 4.24 3.69 3.03 2.62 2.38 2.40 2.39 2.28 2.29 2.53 2.81 3 22 3 61 3 9O 4 24 4 68 5 O0 5 48 6.16 6.82 7.45 8.26 8.91 9.41 9.99 10.67 11.26 11.78 0.00 0.42 0.07 0.04 0.00 0.00 o.30 0.12 0.58 0.26 0.34 0.16 0.21 0.41 0.24 0.00 0.04 0.17 0.19 1.05 0 54 0 O0 0 O0 0 55 0 14 0 O0 0 45 016 0 O0 0.00 0.11 0.25 0.26 0.40 0 14 0 44 0 32 0 14 0 O0 0 O0 0 O0 N 0 14 S 0 49 S 0775 1 31 S 1925 2405 3 04 S 3 59 S 3.81 S 3.96 S 3.62 S 2.95 S 2.12 S 1.43 S 0.89 S 0.55 S 0.31 S 0.13 N 0.97 N 2 42 N 3 57 N 4 64 N 5 37 N 5 69 N 5 93 N 6.03 N 6.05 N 6.09 N 6.05 N 5 94 N 583 N 5.56 N 4.97 N 4 38 N 3 82 N 3 07 N 2 10 N 1 27 N 0 59 N 0.00 E 0.00 N 0 0 E 0.10 E 0.17 S 37 27 E 0.35 E 0.60 S 35 31 E 0.48 E 0.91 S 31 54 E 0.61 E 1.44 S 25 8 E 0.90 E 2. 12 S 25 4 E 1.19 E 2.68 S 26 17 E 1.39 E 3.34 S 24 30 E 1.72 E 3.98 S 25 33 E 1.81 E 4.22 S 25 25 E 2 14 E 2 60 E 3 09 E 3 24 E 3 05 E 3 07 E 3 10 E 3 42 E 3 95 E 4 82 E 6.64 E 8.44 E 10.21 E 11.76 E 12.78 E 13.53 E 14. 19 E 14.92 E 15.49 E 16.20 E 17 14 E 18 06 E 18 72 E 19 28 E 19 58 E 19 70 E 19 70 E 19 56 E 19 48 E 19 47 E 4 50 S 28 23 E 46 S 35 39 E 27 S 46 16 E 87 S 56 50 E 37 S 64 55 E 20 S 73 51 E 15 S 79 51 E 44 S 84 46 E 95 N 88 9 E 92 N 78 41 E 7.O6 N 69 59 E 9.16 N 67 5 E 11.22 N 65 34 E 12.93 N 65 27 E 13.99 N 66 0 E 14.78 N 66 19 E 15.41 N 66 59 E 16.10 N 67 56 E 16.64 N 68 32 E 17.30 N 69 31 E 18.15 N 70 53 E 18.98 N 72 7 E 19.53 N 73 28 E 19.91 N 75 32 E 20.06 N 77 24 E 20.06 N 79 1 E 19.93 N 81 8 E 19.68 N 83 52 E 19.52 N 86 15 E 19.48 N 88 15 E COMPUTATION DATE: 11-APR-91 PAGE 2 BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71 FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/100 FEET FEET FEET DEG MIN 4000 O0 3999.83 3934.12 4100 4200 4300 4400 4500 4600 4700 4800 4900 0 14 S 11 33 W O0 4099.83 4034.12 0 30 S 23 26 W O0 4199.82 4134.11 0 33 S 30 20 W O0 4299.82 4234.11 0 30 S 36 26 W O0 4399.81 4334.10 0 28 S 41 34 W O0 4499,80 4434.09 1 2 S 43 21 W O0 4599.79 4534.08 1 4 S 42 49 W O0 4699.77 4634.06 1 8 S 38 15 W O0 4799.76 4734.05 0 43 S 32 17 W O0 4899.75 4834.04 0 22 S 38 35 W 12.13 12.42 12.81 13.08 13.27 13.43 13.65 14.00 14.45 14.73 0 26 0 48 013 0 O0 0 03 0 16 0 19 0 O0 0 56 0 73 0 12 N 0395 1 25 S 2025 2705 3665 491 S 6.37 S 7.73 S 8.53 S 19 44 E 19 18 18 17 16 15 14 13 12 19 44 N 89 39 E 26 E 19 26 S 88 50 E 83 E 18 87 S 86 13 E 31 E 18 42 S 83 43 E 77 E 17 97 S 81 21 E 82 E 17 21 S 77 43 E 63 E 16.39 S 72 33 E 39 E 15.73 S 66 7 E 41 E 15.48 S 60 2 E 87 E 15.45 S 56 28 E 5000.00 4999.75 4934.04 0 10 5100.00 5099.75 5034.04 0 25 5200.00 5199.75 5134.04 0 33 5300.00 5299.74 5234.03 0 39 5400.00 5399.73 5334.02 0 33 5500.00 5499.73 5434.02 0 33 5600.00 5599,72 5534.01 0 31 5700.00 5699.72 5634.01 0 35 5800.00 5799.72 5734.01 0 27 5900.00 5899.71 5834,00 0 18 S 45 15 W 14,78 N 77 12 W 14.69 N 51 22 W 13.84 N 43 33 W 12.77 N 24 38 W 11.75 N 13 30 W 10.83 N 10 10 W 10.04 N 7 50 W 9.23 N 8 14 W 8.43 N 11 9 E 7.BB 0 13 0 99 0 O0 0 38 0 32 0 21 0.05 0.19 0.25 0.77 8.81 S 8.95 S 8.48 S 7.74 S 6.89 S 5.95 S 5.08 S 4.15 $ 3.22 S 2.56 S 12 61 E 12 30 E 11 52 E 10 73 E 10 17 E 9 87 E 9 69 E 9 55 E 9 42 E 9 37 E 15.38 S 55 4 E 15.21 S 53 58 E 14.30 S 53 40 E 13.24 S 54 12 E 12.28 S 55 53 E 11.52 S 58 54 E 10.94 S 62 21 E 10.41 S 66 32 E 9.95 S 71 7 E 9.72 S 74 44 E 6000 O0 5999,66 5933.95 6100 6200 6300 6400 6500 6600 6700 6800 6900 3 36 O0 6099.33 6033.62 6 9 O0 6198.56 6132.85 7 34 O0 6297.35 6231.64 10 7 O0 6395.59 6329.88 11 59 O0 6492.85 6427.14 14 37 O0 6588.88 6523.17 17 19 O0 6683.89 6618.18 19 42 O0 6776.33 6710.62 24 29 O0 6866.96 6801.25 25 6 S 55 57 E 9.96 S 53 22 E 17.67 S 52 9 E 29,68 S 46 48 E 44.87 S 47 27 E 63.38 S 48 26 E 86.29 S 45 27 E 113.88 S 45 20 E 144.86 S 48 46 E 182.53 S 52 26 E 223.86 3 13 3 96 1 25 1 33 4 12 2 99 1 10 5 45 301 0 68 3 43 S 8 15 25 38 53 73 95 120 147 11 60 E 11 S 18 61S 27 74 S 39 56 S 53 98 S 70 05 S 90 05 S 112 99 S 140 59 S 173 12 09 S 73 31 E 07 E 19 89 E 31 53 E 47 12 E 65 48 E 88 77 E 116 83 E 147 68 E 185 50 E 227 81 S 65 51 E 96 S 60 46 E 17 S 56 56 E 64 S 54 1 E 78 S 52 33 E 52 S 51 10 E 53 S 49 53 E 55 S 49 18 E 78 S 49 37 E 7000.00 6957.62 6891.91 24 58 7100.00 7048 31 6982.60 24 42 7200.00 7139 7300.00 723O 7400.00 7322 7500.00 7413 7600.00 7504 7700.00 7594 7800.00 7684 7900.00 7775 34 7073.63 24 17 61 7164.90 23 54 17 7256.46 23 34 78 7348.07 24 0 60 7438.89 25 25 76 7529.05 25 42 92 7619.21 25 33 10 7709.39 25 43 S 51 5O E 264.94 S 51 2 E 306.06 S 49 49 E 346.63 S 48 43 E 386.86 S 49 36 E 426.42 S 46 53 E 465.94 S 44 3 E 507.53 S 43 22 E 550.65 S 43 22 E 593.79 S 42 33 E 636.88 0 28 1 04 0 53 0 66 0 44 2 41 1 25 0 10 021 0 46 173 46 S 206 85 E 269.95 S 50 1 E 199 67 S 239 226 08 S 271 252 79 S 3O2 279 11 S 333 3O5 58 S 363 335 05 S 392 366 38 S 422 397 85 S 452 429.43 S 481 82 E 312.06 S 50 13 E 69 E 353.45 S 50 14 E 64 E 394.32 S 50 8 E 01 E 434.51 S 50 2 E 12 E 474,59 S 49 55 E 82 E 516.30 5 49 32 E 66 E 559.35 S 49 5 E 34 E 602.41 S 48 40 E 83 E 645.42 S 48 17 E COMPUTATION DATE: 11-APR-91 PAGE 3 BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71 FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN FEET DEG/IO0 FEET FEET FEET DEG MIN 8000.00 7865.18 7799 47 25 47 S 41 0 E 680.25 8100.00 7955.16 7889 45 25 59 S 39 1 E 723.89 8200,00 8044,96 7979 25 26 9 S 37 24 E 767.87 8300.00 8134 72 8069 01 26 11 S 35 32 E 811.91 8400.00 8224 41 8158 70 26 17 S 33 2 E 856.00 8500.00 8314 06 8248 35 26 17 S 29 37 E 899.88 8600.00 8403 78 8338 07 26 6 S 26 47 E 943.27 8700.00 8493 45 8427 74 26 32 S 23 55 E 986.27 8800.00 8582 53 8516.82 27 16 S 23 5 E 1030.02 8900.00 8671 23 8605.52 28 0 S 24 29 E 1074.56 081 0 89 0 74 1 04 1 68 1 5O 1 35 1 58 0 25 1 72 461.81 S 510.77 E 688 58 S 47 53 E 495.24 S 538.82 E 731 529.81 S 566.01 E 775 565.24 S 592 24 E 818 601 75 S 617 20 E 862 639 60 S 640 20 E 904 678 54 S 661 05 E 947 718 55 S 679 95 E 989 760 28 S 697 92 E 1032 802 56 S 716 47 E 1075 84 S 47 25 E 28 S 46 54 E 68 S 46 20 E O0 S 45 44 E 95 S 45 2 E 31 S 44 15 E 27 S 43 25E 05 S 42 33 E 84 S 41 45 E 9000.00 8758 95 8693.24 29 24 S 26 10 E 1121.22 9100.00 8845 35 8779.64 31 5 S 26 52 E 1170.38 9200.00 8930 14 8864.43 32 58 S 27 56 E 1222.30 9300.00 9013 17 8947.46 34 41 S 29 21 E 1277.12 9400.00 9094 25 9028.54 37 14 S 30 18 E 1334.90 9500.00 9173 70 9107.99 37 24 S 30 21 E 1394.93 9510.00 9181 64 9115.93 37 24 S 30 21 E 1400.93 1 41 845 93 S 737 04 E 1121.98 S 41 4 E 1 92 891 O0 S 759 49 E 1170.77 S 40 27 E 2 07 938 05 S 783 88 E 1222,46 S 39 53 E 1 96 986 98 S 810 55 E 1277.15 S 39 24 E 4 15 1037 72 S 839 70 E 1334.90 S 38 59 E 0 O0 1090 12 S 870 36 E 1394.95 S 38 36 E 0 O0 1095 36 S 873 43 E 1400.96 S 38 34 E COMPUTATION DATE: 11-APR-91 PAGE 4 BP EXPLORATION F-45 {34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71 FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ, DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 0,00 1000 O0 2000 3000 400O 5000 6000 7000 8000 9000 0 O0 -65,71 0 0 999 99 934,28 0 17 O0 1999 94 1934,23 1 18 O0 2999 86 2934.15 0 33 O0 3999 83 3934,12 0 14 O0 4999 75 4934.04 0 10 O0 5999.66 5933,95 3 36 O0 6957.62 6891.91 24 58 O0 7865.18 7799.47 25 47 O0 8758.95 8693.24 29 24 N 0 0 E N 79 25 E N 54 53 E S 84 21 E S 11 33 W S 45 15 W S 55 57 E S 51 50 E S 41 0 E S 26 10 E 1121 0,00 4.42 2,29 6,16 12 13 14 78 9 96 264 94 680 25 22 0.00 0,34 0,54 0.11 0,26 0.13 3,13 0,28 0,81 1 ,41 0 O0 N 3 2 5 0 8 3 173 461 845 0 O0 E 96 S 2 42 N 6 94 N 17 12 N 19 81 S 12 43 S 11 46 S 206 81 S 510 93 S 737 0,00 N 0 0 E 14 E 4.50 S 28 23 E 64 E 7,06 N 69 59 E 14 E 18,15 N 70 53 E 44 E 19,44 N 89 39 E 61 E 15,38 S 55 4 E 60 E 12,09 S 73 31 E 85 E 269.95 S 50 1 E 77 E 688,58 S 47 53 E 04 E 1121,98 S 41 .4 E 9510,00 9181.64 9115,93 37 24 S 30 21 E 1400,93 0.00 1095,36 S 873.43 E 1400.96 S 38 34 E COMPUTATION DATE: 11-APR-91 PAGE 5 BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG 0 O0 65 71 165 71 265 71 365 71 465 71 565 72 665 72 765 72 865 72 0.00 65 71 165 71 265 71 365 71 465 71 565 71 665 71 765 71 865 71 -65.71 0 0 N 0 0 E 0.00 0 8 S 42 34 E 100.00 0 16 S 40 15 E 200.00 0 10 S 19 1 E 300.00 0 21 S 14 44 E 400.00 0 23 S 28 34 E 500.00 0 17 S 31 58 E 600.00 0 24 S 16 47 E 700.00 0 21 S 36 20 E 800.00 0 7 S 5 4 E 0.00 0.06 0.47 0.79 1 .20 1 .84 2.45 3.00 3.69 4.03 0 O0 013 0 08 013 0 O0 0 O0 O O0 0 O0 0 2O 0 25 0 O0 N 0 05 S 0 39 S 0 65 S 1 10 S 1 73 S 2 25 S 281 S 3 44 S 3 73 S 0.00 E 0 04 E 0 26 E 0 45 E 0 56 E 0 79 E 1 11 E 1 30 E 1 61 E 1 79 E 0 O0 N 0 0 E 06 S 35 33 E 47 S 33 47 E 79 S 34 20 E 23 S 26 56 E 90 S 24 27 E 51 S 26 14 E 09 S 24 56 E 80 S 25 0 E 14 S 25 35 E 965.72 965.71 900.00 0 14 S 74 5 E 1065.72 1065.71 1000.00 0 21 N 47 26 E 1165.73 1165.71 1100.00 0 31 N 35 34 E 1265.73 1265.71 1200.00 0 30 N 3 24 E 1365.73 1365.71 1300.00 0 24 N 20 31 W 1465.73 1465.71 1400.00 0 17 N 6 10 E 1565.74 1565.71 1500.00 0 9 N 0 44 E 1665.74 1665.71 1600.00 0 17 N 57 19 E 1765.74 1765.71 1700.00 0 25 N 48 3 E 1865.74 1865.71 1800.00 0 45 N 44 30 E 4.32 4.48 4.33 3.92 3.24 2.74 2.43 2.37 2.40 2.33 0 34 0 09 012 0 27 0 O0 0 O0 0 07 0 06 0 10 0 73 3.95 S 3.78 S 3.21 S 2 42 S 1 65 S 1 06 S 0 63 S 0 41 S 0 04 S 0 58 N 1 99 E 2 45 E 2 92 E 3 25 E 311 E 3 05 E 3 08 E 3 27 E 3 76 E 4.43 E 4 42 S 26 41 E 50 S 32 56 E 34 S 42 16 E 05 S 53 24 E 52 S 62 5 E 23 S 70 53 E 15 S 78 26 E 29 S 82 48 E 76 S 89 20 E 47 N 82 29 E 1965.76 1965.71 1900 O0 2065.79 2065.71 2000 2165 81 2165.71 2100 2265 83 2265.71 2200 2365 84 2365.71 2300 2465 84 2465.71 2400 2565 84 2565.71 2500 2665 85 2665.71 2600 2765 85 2765.71 2700 2865 85 2865.71 2800 1 25 N 52 36 E O0 1 13 N 57 19 E O0 1 11 N 59 50 E O0 0 54 N 66 49 E O0 0 35 N 75 45 E O0 0 24 N 75 11 E O0 0 23 N 81 49 E O0 0 25 N 88 15 E O0 0 18 N 86 58 E O0 0 28 S 85 12 E 2 26 2 ,45 2 69 3 07 3 ,48 3 79 4 11 4 54 4 90 5 28 0 19 0 12 0 28 0 34 0 43 0 10 0 05 0 O0 0 24 0 O9 1 93 N 3 18 N 4 29 N 5 19 N 5 59 N 5 89 N 6.01 N 6.03 N 6.09 N 6.08 N 5.98 E 7.84 E 9.59 E 11.30 E 12.44 E 13.30 E 13.97 E 14.67 E 15.31 E 15.91 E 6.28 N 72 5 E 8.46 N 67 55 E 10.51 N 65 53 E 12.43 N 65 2O E 13.64 N 65 48 E 14.55 N 66 8 E 15.21 N 66 44 E 15.87 N 67 39 E 16.48 N 68 20 E 17.03 N 69 5 E 2965.85 2965.71 2900 O0 3065.86 3065 71 3000 3165.86 3165 3265.86 3265 3365.87 3365 3465.87 3465 3565.87 3565 3665.87 3665 3765.88 3765 3865.88 3865 71 3100 71 3200 71 3300 71 3400 71 3500 71 3600 71 3700 71 3800 O0 oo O0 O0 O0 O0 O0 O0 O0 0 34 S 84 3 E 0 30 S 81 16 E 0 25 S 65 14 E 0 29 S 41 14 E 022 S 24 12 E 020 S 11 7 E 0 28 S 4 32 W 0 35 S 8 16 W 027 S 5 7 w 023 S 1 8 W 5 92 6 61 7 21 7 98 8 72 9 23 9 78 10 44 11 06 11 60 0 O0 0 O0 0 15 0 O0 0 33 0 01 0 62 0 O0 0 11 0 17 5.98 N 5.87 N 5.69 N 5.18 N 4.56 N 4.02 N 3.38 N 2.44 N 1.54 N 0.83 N 16.81 E 17.78 E 18.51 E 19.11 E 19.51 E 19.66 E 19.73 E 19.61 E 19.49 E 19.48 E 17 84 N 70 26 E 18 19 19 2O 2O 20 19 19 19 72 N 71 43 E 36 N 72 54 E 80 N 74 50 E 04 N 76 50 E 07 N 78 26 E 02 N 80 16 E 76 N 82 55 E 55 N 85 30 E 49 N 87 34 E COMPUTATION DATE: 11-APR-91 PAGE 6 BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71 FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 3965.88 3965 71 3900.00 4065.88 4O65 4165.89 4165 4265.89 4265 4365.9O 4365 4465.90 4465 4565.92 4565 4665.93 4665 4765.95 4765 4865.96 4865 0 12 S 3 25 W 71 4000.00 0 18 S 21 51 W 71 4100.00 0 33 S 28 30 W 71 4200.00 0 32 S 35 11 W 71 4300.00 0 32 ~S 39 29 W 71 4400.00 0 55 S 44 39 W 71 4500.00 0 58 S 43 26 W 71 4600.00 1 7 S 39 45 W 71 4700.00 0 54 S 33 38 W 71 4800.00 0 32 S 33 34 W 12.04 0.21 0.25 N 19.46 E 12.31 0.42 0.17 S 19.36 E 19 12.69 0.04 0.96 S 18.99 E 19 13.00 0.00 1.77 $ 18.49 E 18 13.21 0.02 2.47 S 17.96 E 18 13.35 0.61 3.24 S 17.22 E 17 13.56 0.32 4.47 S 16.05 E 16 13.86 0.16 5.85 S 14.80 E 15 14.29 0.48 7.33 S 13.67 E 15 14.66 0.12 8.31 S 13.03 E 15 19 46 N 89 16 E 36 $ 89 29 E 02 S 87 6 E 57 $ 84 32 E 13 5 82 10 E 53 S 79 20 E 66 S 74 27 E 92 S 68 26 E 51 S 61 49 E 46 S 57 28 E 4965.96 4965.71 4900.00 5065 96 5065.71 5000.00 5165 5265 5365 5465 5565 5665 5765 5866 0 11 0 12 96 5165.71 5100.00 0 33 97 5265.71 5200.00 0 39 97 5365.71 5300.00 0 35 98 5465.71 5400,00 0 35 98 5565.71 5500.00 0 29 99 5665.71 5600.00 0 33 99 5765.71 5700.00 0 32 O0 5865.71 5800.00 0 22 S 50 18 W S 65 32 W N 51 53 W N 45 2O W N 29 28 W N 15 36 W N 11 24 W N 7 3 W N 7 43 W N 4 6 W 14.77 0.16 B.74 S 12.68 E 14.80 0.74 B.95 S 12.47 E 15 14.15 0.17 B.68 S 11.77 E 14 13.16 0.17 B,03 S 11.01 E 13 12.08 0.23 7,19 S 10.32 E 12 11.14 0.18 6.28 S 9.95 E 11 10.30 0.04 5.37 S 9.74 E 11 9.52 0.30 4.49 S 9.59 E 10 8.68 0.10 3.51 S 9.46 E 10 8.04 0.00 2.75 S 9.37 E 9 15 41 S 55 25 E 35 S 54 20 E 62 S 53 37 E 62 S 53 55 E 57 5 55 9 E 76 S 57 45 E 12 561 9 E 59 S 64 56 E 09 S 69 38 E 77 S 73 37 E 5966.01 5965.71 5900.00 1 55 6066.22 6065.71 6000.00 4 45 6166.87 6165.71 6100.00 7 20 6267.88 6265.71 6200.00 9 30 6369.51 6365,71 6300.00 10 57 6472.00 6465.71 6400.00 13 56 6575.75 6565,71 6500.00 16 58 6680.75 6665.71 6600.00 18 52 6788.34 6765.71 6700.00 24 6898.62 6865.71 6800.00 25 6 S 68 51 E 8.40 S 54 16 E 14.57 S 52 28 E 25.50 S 47 53 E 39,43 S 46 38 E 57.39 S 48 44 E 79.48 S 45 57 E 106.78 S 45 1 E 138.59 S 48 15 E 177.79 S 52 26 E 223.29 6.25 3 43 1 58 2 85 2 69 1 90 2 O0 391 3 38 0 68 2.60 S 6 21 S 15 12 98 S 24 22 01 S 35 34 44 S 48 49 41 S 65 68 06 S 85 90 60 S 108 117 82 S 137 147 23 S 173 10 15 E 49 E 16 49 E 27 49 E 41 69 E 59 30 E 81 66 E 109 36 E 141 06 E 180 03 E 227 10 48 S 75 38 E 69 S 68 9 E 72 S 62 4 E 76 S 58 12 E 64 S 54 44 E 89 S 52 53 E 40 S 51 32 E 25 S 50 6 E 74 S 49 19 E 20 S 49 36 E 7008.93 6965.71 6900 O0 24 58 7119.14 7065 71 7000 7228.92 7165 7338.37 7265 7447.48 7365 7557,04 7465 7667.76 7565 7778.71 7665 7889.58 7765 8000.59 7865 71 7100 71 7200 71 7300 71 7400 71 7500 71 7600 71 7700 71 7800 O0 24 34 O0 24 13 O0 23 43 O0 23 32 O0 24 53 O0 25 42 O0 25 36 O0 25 41 O0 25 47 S 51 48 E 268.62 S 50 43 E 313.86 S 49 28 E 358.30 S 48 54 E 402 11 S 49 6 E 445 07 S 44 55 E 489 37 S 43 28 E 536 71 S 43 21 E 584 63 S 42 40 E 632 37 S 41 0 E 680 51 0.24 0 95 0 60 0 58 1 20 1 76 0 22 0 22 0 50 081 175 79 S 209.81 E 273.72 S 50 2 E 204 233 262 291 322 356 391 426, 462 71 S 246.01 E 320,04 S 50 14 E 77 S 280.74 E 365,33 S 50 13 E 99 S 314.29 E 409.81 S 50 5 E 44 S 347.41 E 453.47 S 50 0 E 04 S 380.04 E 498.13 S 49 43 E 22 S 413.05 E 545.44 S 49 13 E 17 S 446.03 E 593.27 S 48 45 E 11 S 478.77 E 640.93 S 48 20 E O0 S 510.93 E 688.84 S 47 53 E COMPUTATION DATE: Il-APR-91 PAGE 7 BP EXPLORATION F-45 (34-02-11-13) PRUDHOE BAY NORTH SLOPE, ALASKA DATE OF SURVEY: 18 MAR 91 KELLY BUSHING ELEVATION: 65.71 FT ENGINEER: HUSBAND/BARN INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN FEET DEG/IO0 FEET FEET FEET DEG MIN 8111.74 7965 71 7900 O0 26 1 S 38 47 E 729 03 8223.11 8065 8334.54 8165 8446.09 8265 8557 59 8365 8669 03 8465 8781 08 8565 8893 74 8665 9007 77 8765 9123 83 8865 71 8000 71 8100 71 8200 71 8300 71 8400 71 8500 71 8600 71 8700 71 8800 O0 26 9 S 37 2 E 778 O0 26 14 S 34 44 E 827 O0 26 15 S 31 22 E 876 O0 26 13 S 27 59 E 924 O0 26 19 S 24 44 E 972 O0 27 16 S 23 4 E 1021 O0 27 55 S 24 22 E 1071 O0 29 31 S 26 13 E 1124 O0 31 32 S 27 8 E 1182 0.86 05 0.70 537.92 S 572 13 0.96 577.71 S 601 29 1.67 619.04 S 628 96 1.27 661.94 S 652 94 1.36 705.99 S 674 69 0.15 752.31 S 694 71 1.71 799.89 S 715 96 1.48 849.38 S 738 49 1.96 902.03 S 765 499,23 S 542 07 E 736 93 S 47 21 E 17 E 785 02 E 833 10 E 881 44 E 929 28 E 976 53 E 1023 25 E 1073 74 E 1125 11 E 1182 32 S 46 46 E 65 S 46 8 E 89. S 45 25 E 44 S 44 35 E 25 S 43 41 E 88 S 42 43 E 03 S 41 48 E 69 S 41 1 E 81 S 40 18 E 9242.60 8965,71 8900.00 33 45 S 28 27 E 1245.33 9364.42 9065.71 9000.00 36 10 S 30 2 E 1313.91 9489.95 9165.71 9100.00 37 24 S 30 21 E 1388.89 9510.00 9181.64 9115.93 37 24 S 30 21 E 1400.93 1.99 958.72 S 794.95 E 1245.43 S 39 40 E 2.94 1019.35 S 829.03 E 1313.91 S 39 7 E 0.00 1084.85 S 867.28 E 1388.91 S 38 38 E 0.00 1095.36 S 873.43 E 1400.96 S 38 34 E SCHLUMBERGER O I RECT I ONAL SURV E Y COMPANY BP EXPLORAT I ON WELL F-4S ( 34-02- 11- 13 ) FIELD PRUOHOE BAY COUNTRY USA RUN ONE DATE LOOOEO 18 - MAR - 9i REFERENCE 74489 ,.L: F-45 (34-02-1t-13) · 180' FSL, 2196' FEL, SEC 2, 7. ,~1, R13E) ~"",IORIZONTAL PROJECTION NORTH 400 ?00 -200 -400 -600 -8O0 -1000 SOUTH -1200 -400 NEST REF ?4489 SCALE = 1/200 IN/FT .:---*::--+-+---t--.*.'---f4--%----t--+--t-+.{-.-t..-t---.*--.~: ...... *..+-t--t ...... +.-.*--+--t ....... ~-++-+-4--+-+-+'-:. ....... .*--+--++-l..-t.-++-t ....... ,-.+.+.+.-,.'..+.+..?:...+ ...... :.-:...:...;...,...~.-~-.~4 ...... · .-*--++-¢-.--ff--4..-.*.---t--:--+-..H....';.-.*-4..+--4--.~: ...... 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H.=..~.-.H+..H.H+..~ ....... ?H.*...~--+-.H.~---~-.-~ .... ..~...,...,_~ ...... ~._~...~..., ...... ~...~...~_.~ ...... ~..~...~...~ ...... ,...~_.,..,..1...~...~...~...~ ....... ~...,...~...~ ...... ,...,..~...~ ....... ~...~._~...~ ...... ~...~...,..., ...... ~....~...*...,.....~l.l~..l~...~ ...... ~....'...~...'...'....~...*l..~.l..~ ....... ~.l.~...~....~ ...... '...*...~...~ .... -~00 0 200 400 600 800 1000 IZO0 E~T .: F-45 (34-02-'11-13~) ./.-~.~ ~0' FSL, 2196' FEL, SEC 2, T11N, 1¢13E) VERTICAL PROJECTION - ! 500 -1000 -500 0 0 500 lO00 1500 2000 ZSO0 141. PROJECTION ON VERTICAL PLANE 141. - 321 . SCALEO IN VER]'ICAL OEP~HS HORIZ SCALE = 1/SO0 IN/FT WF, LL ~ F-45 LOCATION 1 I:,~.ll)HOt~ LOCATI~ 2 ALAS~ MAGN£TIC DECLINATION 30.0(, DfiTE: IO-MAR-?I I~ELL Nt.M. BER 99' WELL HEN) LOCATIOH: LAT(H/-S) 0,~ AZ!Mb~H ~ROM RO'I'~Y 'f~LE TO TAi:E;ET IS TIE IH ~I~T(TIP) : I~9U~£D DEPTH TEtlE VERT DEPTH I~LI~TI~ ~II'~UTH L~TITUD£(H/-S) D£F'~TU~(£/-W) 2659.0(. 265~,80 124,00 4.I0 D~'(E/-W) 0,00 136.46 RECEIVED MAY 5 0 t991 Alaska Oil & Gas Cons. uummission Anchorage MEAS~-'.' tF~ERVAL '~RTICA~ DEPTH DEPTH f~ f~ f~ 2659,00 0,0 2658,80 2~r~'.00 280,0 2938.79 3?.._24,00 285.0 3223.77 37~:;.0~ 476.0 3699.76 3890,00 190,0 3669.75 ~.********* ANAl)RILL ********.****** SL~:VF~ CALCU~TI~S ***** F~'IUS OF CLMVATUEE MET~I)******** T~ET STATION AZtMLr~H lATITUDE SECTION I~CLN, N/-S ft deg deg. ft 14,,.94 O J-_/J 124,00 4,10 16,51 0,6C' 107,30 2+94 19.14 0,50 149,5% 1,26 22,~ 0,40 I86,10 -2°30 23,21 0,40 107,30 -3,61 F-45 I)EPAF:TUF~ I)TSPI~,J~NT at AZIMUTH £/-W ft ft deg 25,80 26.12 ~.97 28,21 26.37 64,C6 30,31 30.34 87,58 31.08 31,17 94.23 30,93 31,14 96,67 DLS deg/ lOOft 0.~7 0,14 0,06 0.00 4311,(E. 4786.00 5235.00 5836.00 42i.0 4310.74 475.0 4785.71 449,0 5~4,~ 304,0 5538,66 297,0 5835.64 24,3t 0,50 2~,80 -6,44 29,~' 30,09 102+36 0,06 ~,65 0,70 195,~D -10,58 26,74 28,76 i11,56 0,08 23,28 0,70 327,70 -11,22 22,44 25.~ 116,56 0,29 20,13 0,70 8,.~J -7,66 21,71 23,02 109,44 0.16 18,26 0,50 14,~ -4,61 22,33 2~,60 101,65 0,07 6!k8,~ 94,0 5~2~,64 S~,O 6022,57 ~,0 6117,~ 91,0 6207,M.. 96.0 6302,53 18,08 0,40 54,10 -4,01 22,74 23,09 100,00 0.34 20,14 3,&C' 1~'+1~ -4,09 25,76 26..~ 99.03 3,78 27,71 5,70 126.20 -8,80 31,85 33,05 105.44 2.22 -1~,1~ 40,06 4~,_A4 llr,,~, 1,90 37.90 7+¥J 1~',00 ~ ~ ~ ~ -- 52.41 t0.10 135.10 -24,9I 50.91 56,68 116.07 2.97 6591,00 6778,00 94,0 6395.00 96,0 6486.8,[) 96.0 658,1 94.0 6671 93,0 6758.22 69,24 10,60 133,10 -36,66 89,49 13,90 131,60 -50,38 115,04 17, I0 135,00 -67,97 143,I0 17.70 135,60 -87.95 17%22 29,80 134,00 -I10,62 63,04 72.~ 120,1~ 0,65 78,09 92,93 122.83 3,45 96,76 118,24 125,0~ 3.46 116,53 145.~ 127,04 0,67 139,36 1~,~ 128,44 5,52 6874,® 6970,~0 7~.00 7252.00 96,0 6845,84 96,0 6932,61 93,0 7017,17 96,0 7104,31 ?3,0 7189.01 214,12 25,40 129,20 -136,64 2~4,~ 24,70 1~,80 -162,49 ~.~ 25,10 128.60 -t87,24 332,70 24,50 1)~.50 -212.88 370,~ 24.30 131,00 -237.96 I66,66 217,06 129.01 3,39 200,03 257,71 129.09 0.78 ~0,37 296,87 129,10 0,69 261,42 337.13 129.16 1,04 290,52 375,54 129.32 0,31 7347,00 7443,00 7536.00 7605.00 77~.00 95,0 7275,73 96,0 7363,56 ~.0 7448,56 69,0 751i,17 124,0 7622,99 40%28 23.W 132,20 -263,71 447.67 23,70 129,40 -289,02 405.16 24,20 134,10 -314, i5 514.10 25,50 136,r~g -334,67 567,63 25,70 136,00 '373,21 319,53 414,30 129,53 0,67 348,86 453.03 129.64 1.2~ 377,01 4i0,75 129,80 2.12 397,50 519,63 130,10 2.21 434,72 b'72,94 130,65 0,16 7824,00 7917,00 BOil,~ 8106.00 8200.00 95,0 7706.63 93.0 7792,43 94.0 7877,02 95.0 7962, .44 94.0 8046.B9 608,71 25,60 1~,80 -402,74 64~,01 25,00 137.20 -432,00 689,~ 25,90 138,10 -462,29 731,53 26,00 142.70 -494.31 ~2,68 26.10 143,30 -52.7.28 463,33 613,91 131.00 0,14 491,09 654,~. 131,34 0,69 518,71 694,81 131,71 0,43 .~15.11 7~.~ 132.20 2,12 570.04 776.51 132,77 0.30 8293,~5 8386,00 8481,00 ~571,~ 93,0 Bl~,~ 93.0 8213.79 95,0 8298,!5 90.0 8379,71 65,0 8438,05 813,44 26.20 t45,70 -560,64 854.25. 26,30 145+50 -594,58 895,73 26.30 150,80 -630,33 934,52 26,10 151,20 -665,08 t'62.37 26,20 152.80 -690+37 593,84 8t6,56 133,~ 1,14 617,08 8~5,92 133,94 0.14 639,28 897.77 134.60 2,47 ~6.55 935,96 135,28 0,30 671,99 963,43 135.77 1,10 AOGCC GEOLOGICAL NiATERiALS iNVENTORY' LiST PERMIT # 0~1 - ,,~-~ WELL NAME COMPLETION DATE 3 !,l,,,~ /~m_~_ CO. CONTACT check off or list data as it is received.*list for 407. if not * ~--,..=~-~q ~ drillinQ history survev well tests cored intervals core ditch intervals uired list as NR core descri ital data LOG -rvni= , , r~_ RUN INTERVALS SCALE NO. .(ts thc nearest footJ I I [inchl100.'1 ¢~b ........ ~ ~o~- q~¢ .......... 5 m mm m m mm ~ m ,,m. m / cbt (c~5 I ,, ~oq-q~ ,~5 ,,, , , , , ,, i ii , ,,,,, , ........................ BP EXPLORATION BP Exploration (Alaska) Inc, 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 TO: ARCO Date :03/20/91 CHEVRON T#:82242 EXXON MOBIL PHILLIPS TEXACO STATE OF ALASKA GEOSCIENCE ARCHIVES BP OPEN HOLE FINAL Enclosed is your copy of the matedal listed below. If you have any questions, please contact BP Well Records at (907) 564.4445. F-45 BHC 03/13/91 #1 8709-9482 Sch 2"/5" F-45 CNL Poro 03/13/91 #1 8709-9505 Sch 2"/5" F-45 CNL Raw 03/13/91 #1 8709-9505 Sch 2"/5" F-45 DIL/SFL 03/13/91 #1 8709-9502 Sch 2"/5" GEOS/ARCO/EXXON/ARCHIVES ONLY. F-45 SS TVD 03/13/91 #1 8709-9482 Sch 1 "/2" STATE ONLY: Magnetic Single Shot Directional Survey Date: Gyroscopic Directional Date: Job~: Job~: Inforation Control Well Records LR 2-1 J. Dietz/S. McCurry Gas Cons. BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 TO: ARCO Date :03/15/91 CHEVRON T#:82181 EXXON MOBIL PHILLIPS STATE OF ALASKA TEXACO GEOSCIENCE ARCHIVES BP OPEN HOLE FINAL Enclosed is your copy of the material listed below. If you have any questions, please contact BP Well Records at (907) 564-4445. F-45 DIL/SFL 03/08/9 #1 2661-8686 SCH 2"/5" F-45 LDT/CNL RAW 03/08/91 #1 2661-8687 SCH 2"/5" F-45 LDT/CNL PORO 03/08/91 #1 2661-8687 SCH 2"/5" F-45 MSCT 03/08/91 #1 7229-7422 SCH 5" F-45 ARRAYSONIC 03/08/91 #I 2661-8654 SCH 2"/5" F-45 MICROLOG 03/08/91 #1 2661-8651 SCH 1 "/5" *** GEOS/ARCO/EXXON/ARCHIVES ONLY. STATE ONLY: Magnetic Single Shot Directional Survey Date: Gyroscopic Directional Date: Job#: Job#: lnforation Control Well Records LR 2-1 J.. Dietz/S. McCurry BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P,O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 TO: DISTRIBUTION Date :05/15/91 T#:82398 FROM: SUBJECT: Information Control Well Records LR2-1 BP CASED HOLE FINALS Enclosed is your copy of the material listed below. If you have any questions, please contact BP Well Records at (907) 564-4~.~.5. B-13 .? B-17 q I'" ~ ~' .-"'~-45 Y-16 Leak Der. 05/03/91 #1 0-10847 Camco 5" GR/CCL/JEW 05/02/91 #1 9400-10780 Camco 5" Pmd-F 05/06/91 #1 9000-9404 Camco 5" Gas Entry/Prod-F 05/04/91 #1 8250-9639 Camco 5" Prod-F 05/06/91 #1 10475-10740 Camco 5" Prod-F/PITS 05/04/91 #1 8550-9528 Camco 5" Distribution: · ,, ARCO CHEVRON EXXON GEOSCIENCES MOBIL PHILLIPS RESERVOIR STATE OF ALASKA ARCHIVES %%,%<-' BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 TO: ARCO DATE :04/10/91 EXXON T#: 82332 PHILLIPS STATE OF ALASKA ARCHIVES SYSTEM Tape & Transmittal Only BP MAGNETIC, I. IS TAPE & LISTING Enclosed is your copy of the material listed below. If you have any questions, please contact BP Well Records at (907) 564-4445. F-45 DIT-E/BHC/SDT/LDT/CNL/HI/RES 03/13/91 #1&2 2546-9572 TP#07702 SC H#74444 1600 B PI AP 1#50-029-22142 Information Control Well Records LR 2-1 J. Dietz/S. McCurry BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard P.O. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 TO: DISTRIBUTION Date :03/26/91 T#:82254 FROM: SUBJECT: Information Control Well Records LR2-1 BP CASED HOLE FINALS Enclosed is your copy of the material listed below. If you have any questions, please contact BP Well Records at (907) 564-~.~.~.5. F-45 CBT 03/18/91 # 1 8330-9430 Sch 5" F-45 C ET 03/18/91 # 1 8330-9454 Sch 5" F-45 Check Shot 03/18/91 #1 500-9450 Cch 5" F-45 Perf/Tubing 03/18/91 #1 8200-9460 Sch 5" Distribution: ARCO CHEVRON EXXON GEOSCIENCES MOBIL PHILLIPS RESERVOIR STATE OF ALASKA ARCHIVES RECEIVED APR 't Alaska 0ii & ~as Cons. ~o,~aisslort Anchorage TO: THRU: FROM: MEMORANDUM State of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION Lonnie C. SmI~ DATE: March 12, 1991 Commi s s ioner/ ' FILE NO: DA31291 TELEPHONE NO: SUBJECT: BOPE Test BPX PBU F-45 Permit No. 91-28 Prudhoe Oil Pool Doug Amos ~ Petroleum Inspector ~ridav.jMarch_~,._%99~: I travelled this date from AAI KRU to BPX PBU F-45 well to witness the BOPE test on Nabors Rig 22E~ I conducted a follow-up inspection before the test commenced to verify that the threaded connections on the stack choke line had been brought into compliance. The connections were welded before the testing commenced and verified by me. Satu~av March. 2,..~9%: The testing commenced at 12:00 a.m. and was concluded at 7:00 a.m. As the attached AOGCC BOPE inspection report indicates, there were flange and choke manifold valve leads which were repaired and tested, resulting in a longer than normal test time. In summary: I witnessed the BOPE test at BPX PBU F-45 well on Nabors Rig 22E. All failures and non-complicance items were corrected and verified by me during this test. Attachment. 02-001A (Rev. 6/89) 20/11/MEMO1.PM3 fi,,,/, / OPERATION: Drlg V Wkvr ,,. Operator ~t~X Location: Sec ~- Drlg contrctr /~/~/~~ Location (general) , ~ Housekeeping (general) ~ Reserve pit ~ ~ T R /$6" Well sign~ Rig~ MUD SYSTEMS: Visual Trip tank / J Pit gauge // ,,I I Gas detectors / I STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Inspection Report BOPE STACK: Annular,preventerPP' Pipe rams Blind rams Choke line valves HCR valve ~' Kill line Valves Test Pressure ~~o S~ 000 Audio Check valve DATE Rig// TEST: Initial / Weekly__ Other Representative ~C~I/~'~ ~"/; //~ ~/~/I//'7 Permit ~ ~t--~ /3 ~ ti Casing set ~ ~~ ACCUMULATOR SYSTEM: Full charge pressure Press after closure Pump inet clos press 200 psig Full charge press attained Controls: Master ft min min psig psig psig sec Remote ~ Blind switch cover~~_~ KELLY AND FLOOR SAFETY VALVES: Lower Kelly Ball type ~I~ ~ Test pressure Inside BOP ~ I ,, Test pressure Choke manifold I Test pressure Number valves / Number flanges Adjustable chokes Hydr.aulically operated choke TEST RESULTS: Failures ..~ Test time ~ _ hrs Repair or replacement of failed equipment to be made within days. Notify the Inspector, and follow with written/FAXed verification to Commission office. Distribution: ~,~.~ ~ .~ orig - AOGCC WITNESS ~' " c - Operator c - Supervisor C.004 (rev 05/10/90) ALASKA OIL AND GAS CONSERVATION COMMISSION February 25, 1991 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 278-7542 Bill Kirton PBU Lead Engineer BP Exploration (Alaska) Inc. P. O. Box 196612 Anchorage, AK 99519-6612 Re: Prudhoe Bay Unit F-45 BP Exploration (Alaska) Inc. Permit No. 91-28 Sur. Loc. 3098'SNL, 2197'WEL, Sec. 02, TllN, R13E Btmhole Loc. 4476'SNL, 1333'WEL, Sec. 02, TllN, R13E Dear Mr. Kirton: 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. The Commission will advise you of those BOPE tests that it wished to witness. Sincerely, __ hairman ~laska Oil'-~d Gas Conservation Commission dlf/enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work Drill [] Redrilll-illb. Type of well. Exploratoryl'"l Stratigraphic Testr'l Development Oill~ Re-Entry [] Deepeni-iI Service [] Development Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool BP Exoloration KBE = 66 feet Prudhoe Bay Field/Prudhoe 3. Address 6. Property Designation Bay Pooi P. O. Box 196612. Anchoraae. Alaska 99519-6612 ADL 4. Location of well at surface 7. Unit or property Name 11. Type Bond(sea 2o Mc 25.025) 3098' SNL, 2197' WEL, SEC. 02, T11N, R13E Prudhoe Bay Unit At top of productive interval 8. Well number Number 4000' SNL, 1400' WEL, SEC. 02, T11N, R13E F-45 (34-02-11-13) 2S100302630-277 At total depth 9. Approximate spud date Amount 4476'SNL, 1333' WEL, SEC. 02, T11N, R13E ~, 1991 ~//.=.~ /t~c $200,000.00 12. Distance to nearest 13. Distance to nearest well 4. Number of acres in property15. Proposed depth (MO and mVD) prope~L line 28281 ~ 3976' feet F- 17 @ 1994'/19' feet 2560 9494'MD/9222'TVDfeet 16. To be completed for deviated wells 17. Anticipated pressure (sea 20 ^Ac 25.035 (a)(2)) Kickoff depth sgoo'feet Maximum hole anc, lle 24.9 o Maximum surface 3330 pelg At total depth (TVD) 8800'/4,.~'90 pslg 18. Casing program Setting Depth s~ze Specifications Top Bottom Quantity of cement Hole Casing Weight Grade CoUpling Length MD TVD MD TVD (include stage data) 20" Cond. 80' Surface 110' 110' 17-i/2" 13-3/8" 68# L-80 Butt 2650' Surface 2680' 2680' 3723 cuft Permafrost 12-1/4" 9-5/8" 47# L-80 NSCC 8678' Surface 8708' 8500' 1749 cuft Class G 8-1/2" 7" 26# ,3.c,.8e NSCC 1046' 8458' 8273' 9494' 9222' 310 cuft Class G 19. To be completed for Redrill, Re-entr'y, 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 Conductorr ; Surface Intermediate Production ['; [!~ ~ 2 Liner Perforation depth: measured ':::,~ Oii& Gas C011s. true vertical &r~ch0ra~r~ 20. Attachments Filing fee [] Property plat [] BOP Sketch [] Diverter Sketch [] 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 Si~Ined ~ ?~~-- Title PBU Lead Engineer ~/~ 0/~ i/ Date Commission Use Only Permit Number IAPI number IApproval date ISee cover letter ?/-' <7.~ 15o- o.z. ?- .z. =./?'cz,, I 0?./25/9]_ Ifor other requirements Conditions of approval Samples req,uir, ed [] Yes ~ No Mud log require.,ed,d [] Yes ,~ No Hydrogen sulfide measures [] Yes ~ No Direction.~ survey requ~rea ~ Yes [] No Required working pressure for BOPE []2M; []3M; .I~.5M; •10M; I-!15M; Other: ~ ~ by order of Ap.proved'-b.y..~_~~)_ ~~ ~" Commissioner ~ne comm,ssion_ .Oa!e .z,/'z.~.~ Form 10-401 Rev. Submit in t~ 20" Conductor PRELIMINARY WELL PLAN PBU WELL ~ F-45 F-45 [34-2-11-13] PROPOSED DEPTH BKB 110' Ball Valve 13-3/8" Casing Shoe !7-1/2" Open Hole 2100' 2680' 2700' 3-1/2"9.2~NT13CR-80,TDS Tubing with5 GLM' 9-5/8" Retrievable Packer 8398' 7" Tieback Assembly 8448' 9-5/8" Shoe 12- 1/4" Open Hole Sliding sleeve 7" Permanent packer 7" 26# NT13CR-80, NSCC Liner 8698' 8708' 9150' 7" PBTD 7" Liner Shoe 8-1/2" Open Hole 9454' 9494' 9494' AFE No. 125390 PROPOSED DRILLING AND COMPLETION PROGRAM WELL F-45 [34-2-11-131 PI~U Install and cement 110' of 20" conductor to surface. The Drilling fluid program will consist of an 8.5 - 9.5 ppg spud mud in the 17- 1/2" hole, a 9.0 - 9.7 ppg water base mud in the 12-1/4" hole and a 8.8 ppg water base mud in the 8-1/2" hole. Drill vertical 17-1/2" hole to 2700'. Run and cement 13-3/8" L-80 Buttress casing to surface. Install blowout prevention equipment consisting of 5000 psi W.P. pipe rams, blind rams, and annular preventer. Maximum possible bottomhole pressure is 4390 psi at 8800' TVDss based on original reservoir pressure. Maximum possible surface pressure is 3330 psi based on a gas column to surface from 8600' TVDss and an oil column to 8800' TVDss. Drill vertical hole to 5900'. Kick-off and directionally drill 12-1/4" hole to the 9-5/8" casing point above the Sadlerochit Sandstone. Run 9-5/8" 47# L-80 NSCC casing to within 10' of 12-1/4" TD and cement with Class G cement around the 9-5/8" shoe. The annulus will be freeze protected by dry crude. Formation leak-off tests will be performed 10' below both the 13-3/8" shoe and 9-5/8" shoe as per AAC 25.030. Directionally drill 8-1/2" hole to TD. Run open hole logs. Run 7" liner from TD to 250' inside 9-5/8" casing shoe and cement using Class G cement. Clean out to 7" float equipment. Change over to NaCI completion fluid. Test casing and lap to 3000 psi. Run cased hole logs. Perforate well with wireline guns. Run 3-1/2" tubing with 9-5/8" and 7" packers and a sliding sleeve. Set 9-5/8" packer 50' above top of liner. A subsurface safety valve with dual control lines will be placed 100' below base of permafrost. Install and test Xmas tree. Displace tubing to diesel. Set and test packers. Fluids incidental to the drilling of the well will be pumped down the 9-5/8" x 13-3/8" annulus of the well. Tubing Size: Tailpipe Size: 3-1/2", 9.2# NT13CR-80, TDS TBG with 5 GLM's. 3-1/2" TAILPIPE MJS: 2-14-91 PRELIMINARY WELL PLAN WELL: F-45 [34-2-1 1-13] PBU AFE NUMBER: 125390 LOCATION: Surface: Target: T.D.: 3098' SNL, 2197' 4000' SNL, 1400' 4076' SNL, 1333' WEL, Sec.2, Tl lN, R13E WEL, Sec.2, TllN, R13E WEL, Sec.2, TllN, R13E ESTIMATED START: March 1991 OPR. DAYS TO COMPLETE: 20days (15days drilling, 5 days completion) CONTRACTOR: Nabors 22E MAX ANGLE/SECT COURSE/KOP/BUILD RATE: 24.9/S41.5E/5900/2.5 Item TVDss MD(BKB) Mud Wt. 20" CONDUCTOR 13-3/8" SHOE BASE WEST SAK FORMATION 9-5/8" SHOE TOP SAG RIVER SANDSTONE TOP SADLEROCHiT CURRENT GOC TARGET TOTAL DEPTH 110 8.5 2614 2680 9.5 5985 6051 9.0 8434 8698 9.7 8443 8708 8.8 8553 8829 8.8 8890 9200 8.8 8935 9250 8.8 9156 9494 8.8 LOGGING PROGRAM: Open Hole - Record all logs on magnetic tape where applicable. 12-1/4" Hole: None 8-1/2" Hole: DIL/BHCS/SP/GR, CNL/LDT/GR, RFT (Optional) Cased Hole CBT/CET and Gyro survey prior to rig release MJS: 2-14-91 1" = 5280' 20 % 21 32 33 5 4 22 23 26 35 25 36 12 T12N T11N WELL No. F-45 LAT. = 70°20'06.618" LONG. = 148°45'41.445" y = 5,975,714.19 A.S.P. X = 652,649.96 ZONE 4 2,180' FROM SOUTH LINE 2,197' FROM EAST LINE 0 1 2 (MILES) PADF-45 WELL PAD 'F' ~ '*~*~'~*~~"~ UMIATWELLMEREDIAN,N°' F--45ALASKA ASBUILT LOCATED IN PROTRACTED SECTION 2, TOWNSHIP 11 NORTH, RANGE 15 EAST, ,. .... :...,..._ ........ ...(~..._.2, .... SURVEYED FOR: ' ~~.~?~ ' B.P. EXPLORATION ',¢:~'~_ Keith A. McNeil ~ P.O. BOX 196612 ~.,~,~o No LS 7335 ,~'~5 ANCHORAGE, ALASKA 99519-6612 -e:~?.,.,,,,,,,r,~_~ RCTIC SLOPE CONSULTING GROUP ',,~~~;d 6700 ARCTIC SPUR ROAD ANCHORAGE, ALASKA 99518 ]DRA~ BY: KMC ~DA~: 12/19/90 , ' -'1% SURVEYOR S CERTIFICATE . .......... _4. I hereby certify that I om properly registered and hcensed to pracbce land surveying in the State of Alaska, J -£ 49th and that this plat represents a survey made by me or under my supervision, and that all dimensions and other details are correct. Date, DEC. 18, 1990 LS No. egistered Lan~ Surveyor 35 T12N T11N 35 2 2197' NO SCALE 2 11 F-45X WELL PAD "F" WELL No. F-45 ASBUILT LOCATED IN PROTRACTED SECTION 2, TOWNSHIP 11 NORTH, RANGE 15 EAST, UMIAT MEREDIAN, ALASKA SURVEYED FOR: B.P. EXPLORATION P.O. BOX 196612 ANCHORAGE, ALASKA 99519-6612 SURVEYED BY: ARCTIC SLOPE CONSULTING GROUP 6700 ARCTIC SPUR ROAD ANCHORAGE, ,ALASKA 99518 DRAWN BY: KMC IDATE: 12/19/90 SUR~ ACE HOLE DIVERTER SYSTEM Two lines venting 90 deg. apart in directions that ensure safe down wind venting, and ex- tending to a point at least 100' from any potential source of ignition. .._10" Full Opening Valves ' "35' or as required ,,.._ ! ""- 1 Dresser Sleeve 1. All pipe connections 150# ANSI Ranges or welded connections and secured to prevent movement. 10" Diverter Line 2. Manual 10" full opening valves mechanically connected to ensure that one valve is fail-safe (:pen at all times. 3. All tums are 90 deg. and targeted, 10" Full opening bail valve w/Hydraulic Actuator Cellar 20" Oiverter Spool w/10" Side Outlet MEM 1/3/9o BOP STACK CONFIGURATION 13 5/8", 5000 PSI WP TRIPLE RAM STACK DRILLING / RISER l' ANNULAR PREVENTER PI PE RAMS I. , I BLIND RAMS .'l 2" KILL LINE' MANUAL HYDRAULIC GATE GATE DRILLING SPOOL PIPE RAMS 4" CHOKE LINE HYDRAULIC MANUAL GATE GATE ,, ~45DUA247:[DRAN043]F45 CLOSAP SHORT7.LIS;10 ~earch Radius= 200 7 DEGREE LEAD LINE ~or proposed well: F-45 [34- 2-11-13] ~ocation = W-E S-N TVD(SBS) Pop 652650.00 5973714.00 -66.00 3ottom 653645.81 5972869.77 9156.08 ~ote: All depths in feet Below Kelly Bushing (BKB) 19-FEB-1991 ---- Closest Approach Analysis --- Date: 19-FEB-91 Time: 18:38:13 18:38 Page Closest Approach WELL IDENT /PROPOSED% /NEARBY% CLOSEST TVD DEPART TVD DEPART DISTANCE A029-2008500 F-3 4041.1 0.0 A029-2008900 F-4 4066.3 0.0 A029-2009500 F-5 NO COORDINATE POINTS A029-2041000 F-10 5520.3 0.0 A029--2063600 F-18 1295.6 0.0 A029--2065100 F-15 0.0 0.0 A029-2065200 F-17 1994.2 0.0 A029-2066100 F-16 0.0 0.0 A029-2164900 F-28 5198.7 0.0 A029-2165900 F-27 2847.7 0.0 A029-2198700 F-26 0.0 0.0 4031.4 659.5 221.2 4057.4 641.3 267.8 WITHIN SPECIFIED SEARCH WINDOW 5520.6 1066.8 370.7 1300.0 5.3 143.6 4.4 0.0 185.0 1999.7 21.0 19.2 5.5 0.0 75.0 5199.4 30.8 167.7 2849.6 38.2 32.5 i .7 0.0 40.0 SUMMARY The well which comes closest to the proposed well is: A029-2065200 F-17 Closest approach distance = 19.2 feet KICK OFF for this run = 5900.0 feet Vertical /PROPOSED~ TVD DEPART Intersection /NEARBY~ TVD DEPART VERTICAL DISTANCE 7681.5 591.5 4602.7 1208.0 -3069.0 45DUA247:[DRAN043]F45 CLOSAP SHORT.LIS;ii earch Radius= 200 COURSE LINE or proposed well: F-45 [34- 2-11-13] ocation = W-E S-N TVD(SBS) op 652650.00 5973714.00 -66.00 ottom 653535.50 5972754.71 9156.08 Ail depths in feet Below Kelly Bushing (BKB) 19-FEB-1991 --- Closest Approach Analysis --- Date: 19-FEB-91 Time: 18:37:30 18:37 Page Closest Approach tELL IDENT /PROPOSED~ /NEARBY% CLOSEST TVD DEPART TVD DEPART DISTANCE ~029-2008500 F-3 4041.1 0.0 4031.4 659.5 221.2 ~029-2008900 F-4 4066.3 0.0 4057.4 641.3 267.8 %029-2009500 F-5 NO COORDINATE POINTS WITHIN SPECIFIED SEARCH WINDOW %029-2041000 F-10 5520.3 0.0 5520.6 1066.8 370.7 %029-2063600 F-18 1295.6 0.0 1300.0 5.3 143.6 %029-2065100 F-15 0.0 0.0 4.4 0.0 185.0 k029-2065200 F-17 1994.2 0.0 1999.7 21.0 19.2 k029-2066100 F-16 0.0 0.0 5.5 0.0 75.0 A029-2164900 F-28 5198.7 0.0 5199.4 30.8 167.7 A029-2165900 F-27 2847.7 0.0 2849.6 38.2 32.5 A029-2198700 F-26 0.0 0.0 1.7 0.0 40.0 SUMMARY The well which comes closest to the proposed well is: A029-2065200 F-17 Closest approach distance = 19.2 feet KICK OFF for this run = 5900.0 feet Vertical /PROPOSED~ TVD DEPART Intersection /NEARBYN TVD DEPART VERTICAL DISTANCE 7370.2 447.2 4447.0 1050.7 -2913.4 MUD WEIGHT CALCULATIONS WELL F-45 (34-2-11-13) Mud Wt. (8-1/2" Hole): 8.8ppg. P Sag River: P Sadlerochit: P Top Sadlerochit: 3700 psi. 3550 psi. at 8800' TVDSS 3525 psi. OB Sag River: OB Top Sadlerochit: Current GOC: 200 psi. 388 psi. 8956' TVDBKB 9-5/8" Casing Pt. Top Sag River Top Sadlerochit 8698' TVDBKB 8509' TVDBKB 8619 TVDBKB Cement Calculations 13-3/8" CASING Measured Depth: 2680' Basis: 2. X Annular volume Total Cement Vol: 3723. (cuft) Lead Slurry Vol: 2778 (cuft) 1410Sx Permafrost E @ 1.97 Cu £t/Sk Tail Slurry Vol: 945 (cuft) 1015 Sx Permafrost @ 0.93 Cu ft/Sk 9-5/8"CASING Measured Depth: Basis: Total Cement Vol: Lead Slurry Vol: Tail Slurry Vol: 8698' 90% Annular Volume to 13-3/8" + 50 cu ft 1746 (cuft) 1456 (cu ft) 770 Sx G+8% @ 1.89 Cu ft/Sk 290(cu ft) 250 Sx G Neat @ 1.15 Cu ft/Sk 7" LINER Measured Depth: 8448' (Hanger) - 9494' (Shoe) Basis: 1.5 X Annular volume to 9-5/8" shoe + 150 cuft Total Cement Vol: 300 (cuft) 255 Sx Neat G @ 1.18 Cu ft/Sk MJS: 2-14-91 CENTRIFUC~ PIONEER MK ! DEGASSER MUD CLEANER ~,2 TRIFLoW MUD CLEANER 4, 1 TRIFLOW TO PIT MIX HOPPERS / · SUCTION TANK MUO PUMPS 2- Erasco FB 1600 Triplex Pumps STANDPIPE WATER-VOLUME TANK ~ KI..L LINE FILL LINE VOLUME TANK SHAKER TANK FLOW LiNE TO FLARE NABORS DRILLING RTD RIG No. 22E MUD SYSTEM SURFACE FACILITIES TOTAL ACTIVE SYSTEM: 948 BBL TOTAL SURFACE CAPACITY: 1200 BBL NABORS RIG NO. 22E MUD/SOLIDS CONTROL EQUIPMENT 1 - Brandt Dual Tandem Shale Shaker 2 - Triflow 16" Cone Mud Cleaners 1 - Demco 416H w/16 cones & (1) Demco 48H w/16 cones (Desilter) 1 ~ Gasaway Vacuum Mud Degasser 2 - Pioneer 100 gpm Capacity Centrifuges 1 - Brandt CF-2 200 gpm Capacity Centrifuge 19- Brandt MA5 Mud Mix Agitators 1- Trip Tank 1- Recording drilling fluid pit level indicator with both visual and audio warning devices at driller's console 1- Drilling fluid flow sensor with readout at driller's console 1- Caviem Dewatering screen assembly 45DUA247:[DRAN043]F45 MARK.LIS;9 19-FEB-1991 18:47 Page PRUDHOE BAY UNIT DRAN043 / 19-FEB-91 /18:47:07 MARKERS FOR WELL F-45 [34- 2-11-13] ENGINEER: Mark Stanley abel TVD TVD MD DEPART INC SS (BKB) ANGLE ASE PERMAFROST 1960. 2026. 2026. 0. 0.00 3 3/8" SHOE 2614. 2680. 2680. 0. 0.00 7 1/2" HOLE 2634. 2700. 2700. 0. 0.00 ~OP UGNU SANDS 4300. 4366. 4366. 0. 0.00 iSCC X/O 4434. 4500. 4500. 0. 0.00 tOP #1 5834. 5900. 5900. 0. 0.00 3ASE WEST SAK FORMATION 5985. 6051. 6051. 5. 3.78 ~ND OF BUILD #1 6798. 6864. 6895. 212. 24.87 £KRU-PBU 7320. 7386. 7470. 455. 24.87 PACKER 8162. 8228. 8398. 845. 24.87 tOP 7" LINER 8207. 8273. 8448. 866. 24.87 9 5/8" SHOE 8434. 8500. 8698. 971. 24.87 12 1/4" HOLE 8443. 8509. 8708. 975. 24.87 TOP SAG RIVER SANDSTONE 8443. 8509. 8708. 975. 24.87 TOP SHUBLIK FORMATION 8483. 8549. 8752. 994. 24.87 TOP SADLEROCHIT 8553. 8619. 8829. 1026. 24.87 CURRENT GOC 8890. 8956. 9201. 1182. 24.87 TARGET 8935. 9001. 9250. 1203. 24.87 TOP HOT 8980. 9046. 9300. 1224. 24.87 CURRENT OWC 9020. 9086. 9344. 1242. 24.87 ORIGINAL OWC 9020. 9086. 9344. 1242. 24.87 KAVIK (BASE SADLER) 9119. 9185. 9453. 1288. 24.87 TOTAL DEPTH 9156. 9222. 9494. 1306. 24.87 / CHECK LIST FOR NEW WELL PERMITS Company ~:~/0 ~,L<.Z)./,~,--~,~J Lease & Well No ITEM APPROVE DATE / - YES NO .... (i) Fee ./(?C_ ~.~/~/ 1. Is the permit fee attached .......................................... REMARKS Loc' (2 thru 8)' (3) Admin ~jOC Z/z£/~/ 9. '(9 thru 13) 10. (10 and 13) 12. 13. (4) Cas g ~,~. ~ ~- ~'-~ / (14 thru 22) 14. 15. (23 thru 28) 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 2. Is well to be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. 'Is well located proper distance from other wells .................... 5. Is sufficient undedicated acreage available in this pool ............ 6. Is well to be deviated and is wellbore plat included ................ 7. Is operator the only affected party ................................. 8. Can permit be approved before fifteen-day wait ...................... Does operator have a bond in force .................................. ~. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate ..................................... ~-- . Does the well have a unique name and number ......................... ~ Is conductor string provided ........................................ Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water ..................... Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed ............................ Is a diverter system required ....................................... 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 ,~d~ psig .. ~f~f Does the choke manifold comply w/API RF-53 (May 84) .................. Is the presence of H2S gas probable ................................. © ~z ~0 ':% zZc z.¼.c/9.,, '(2.9 thru 31) (6) Add: Geology: En~ineerin~: SEW. rev: 11/30/90 6.011 For 29. 30. 31. 32. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ If an offshore loc., are survey results of seabed conditions presented Additional requirements ............................................. POOL Additional Remarks INITIAL GEO. UNIT ON/OFF ~ ~O '' ~{ ,17~ ' ~ CLASS STATUS AREA NO. SHORE l- o ,'t ?o ll ,r'o 0;,3 Well History File APPENDIX Information of detailed 'nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information, of this nature is accumulated at the end of the file under APPENDIX~ No special'effort has been made to chronologically organize this category of information. HALL/BURTON I. O G GING S~R VIC~S, INC. OA Halliburton Company LIS TAPE VERIFICATION LISTING LDWG FORMAT Page 1 REEL HEADER RECORD TYPE 132 SERVICE NAME DATE ORIGIN OF DATA REEL NAME REEL CONTINUATION NUMBER PREVIOUS REEL NAME COMMENTS: --- COMCEN --- 93/04/08 --- ANCH --- 847528 TAPE HEADER RECORD TYPE 130 SERVICE NAME DATE ORIGIN OF DATA TAPE NAME TAPE CONTINUATION NUMBER PREVIOUS TAPE NAME COMMENTS: --- COMCEN --- 93/04/08 --- ANCH ~-- 0 COMMENT RECORD TYPE 232 TAPE HEADER PRUDHOE BAY UNIT CASED HOLE WIRELINE LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION(FT FROM MSL 0) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD OPEN HOLE F-45 500292214200 BP EXPLORATION, INC. HALLIBURTON LOGGING SERVICES 08-APR-93 L84752-8 M. MCCARTER D. HILDRETH 02 llN 13E 2180 2196 65.70 64.70 36.20 CASING DRILLER'S CASING Page 2 BIT SIZE(IN) SIZE(IN) DEPTH(FT) WEIGHT (LB/FT) lST STRING 13.375 2664.0 2ND STRING 12.250 9.625 8711.0 3RD STRING 8.500 7.000 9510.0 PRODUCTION STRING 8.500 3.500 9195.0 CURVE SHIFT DATA - ALL PASSES TO STANDARD (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU TOOL CODE: BCS PBU CURVE CODE: GR RUN NUMBER: PASS NUMBER: DATE LOGGED: LOGGING COMPANY: BASELINE DEPTH .......... EQUIVALENT UNSHIFTED DEPTH TMD 68.00 47.00 26.00 9.20 TIED INTO SWS CBL DATED 18-MAR-91. NO DEPTH SHIFTS TO OPEN HOLE REQUIRED. PASS #1-2 ARE NON-BORAX BASELINE PASSES. PASS #3-4-5-6 ARE BORAX INJECTION PASSES. PASS #7 IS A NON-BORAX SEAWATER FLUSH PASS. TUBING VOLUME TO TOP OF THE PERFORATIONS = 101 BBLS. TOTAL PUMPING VOLUME AND FLUID TYPE: SEAWATER: 228 BBLS. BORAX: 60 BBLS. METHANOL: 20 BBLS. $ FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.001 mmB 0 t~ 5 --- 93/04/08 --- 1024 --- LO COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 01 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 01 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH Page 3 TMD 9342.0 8990.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 ......... EQUIVALENT UNSHIFTED DEPTH ......... BASELINE DEPTH TMD $ REMARKS: THIS FILE CONTAINS NON-BORAX PASS #1 DATA. 101 BBLS SEAWATER PUMPED PRIOR TO PASS #1. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU SGBH TMD 847528 CU NSBF TMD 847528 CPS FSBF TMD 847528 CPS NTMD TMD 847528 CPS FTMD TMD 847528 CPS RTMD TMD 847528 CRNF TMD 847528 PHIT TMD 847528 PU SGFM TMD 847528 CU SIGQ TMD 847528 RSBF TMD 847528 SGIN TMD 847528 CU API CODE FILE# SIZE 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 #SAMP REPR. 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 Page 4 SIGC TMD 847528 00000000 0 4 1 68 GRCH TMD 847528 GAPI 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.000 SGFN = 22.151 SGFF = 18.369 SGBH = 68.656 NSBF = 37.061 FSBF = 17.466 NTMD = 15762.190 FTMD = 2691.295 RTMD = 5.857 CRNF = 6.286 PHIT = 34.954 SGFM = 18.877 SIGQ = .986 RSBF = .599 SGIN = 17.901 SIGC = 1.082 GRCH = -1.000 DEPT = 9142.000 SGFN = 15.977 SGFF = 11.864 SGBH = 98.383 NSBF = 64.542 FSBF = 21.129 NTMD = 10567.310 FTMD = 1990.709 RTMD = 5.308 CRNF = 5.927 PHIT = 29.520 SGFM = 12.404 SIGQ = .991 RSBF = .849 SGIN = 11.615 SIGC = 1.069 GRCH = 35.558 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.001 --- 93/04/08 --- 1024 --- LO --- COMCEN.002 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.002 --- 93~04~08 --- 1024 --- LO --- COMCEN.001 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 02 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 02 DEPTH INCREMENT: 0.5000 FILE SUMMARY Page 5 PBU TOOL CODE START DEPTH STOP DEPTH TMD 9342.0 8986.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 EQUIVALENT UNSHIFTED DEPTH- BASELINE DEPTH TMD 8986.0 8986.5 9034.0 9034.5 9087.0 9087.0 9159.0 9159.0 9224.0 9224.0 9297.0 9297.0 9342.0 9342.0 $ REMARKS: THIS FILE CONTAINS NON-BORAX PASS #2 DATA. AFTER PASS #2 PUMP-IN INFORMATION: METHANOL 10 BBLS. BORAX 60 BBLS. METHANOL 10 BBLS. SEAWATER 32 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU API CODE FILE# 00000000 0 00000000 0 00000000 0 SIZE #SAMP REPR. 4 1 68 4 1 68 4 1 68 Page 6 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CPS 00000000 0 4 1 68 FSBF TMD 847528 CPS 00000000 0 4 1 68 NTMD TMD 847528 CPS 00000000 0 4 1 68 FTMD TMD 847528 CPS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 PU 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GRCH TMD 847528 GAPI 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.000 SGFN = 22.116 SGFF = 19.719 SGBH = 70.109 NSBF = 134.885 FSBF = 39.184 NTMD = 15941.960 FTMD = 2738.642 RTMD = 5.821 CRNF = 6.269 PHIT = 34.690 SGFM = 18.840 SIGQ = .985 RSBF = .564 SGIN = 17.861 SIGC = 1.083 GRCH = 77.986 DEPT = 9142.000 SGFN = 15.698 SGFF = 11.585 SGBH = 94.436 NSBF = 118.600 FSBF = 25.040 NTMD = 9669.723 FTMD = 1838.744 RTMD = 5.259 CRNF = 5.846 PHIT = 28.341 SGFM = 12.116 SIGQ = .996 RSBF = .865 SGIN = 11.296 SIGC = 1.072 GRCH = 74.216 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.002 --- 93/04/08 --- 1024 --- LO --- COMCEN.003 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.003 ~m~ 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.002 Page 7 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 03 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 03 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH TMD 9341.5 8982.5 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 ......... EQUIVALENT UNSHIFTED DEPTH BASELINE DEPTH TMD 8982.5 8983.0 9034.0 9034.5 9087.0 9087.5 9159.0 9159.5 9224.0 9224.5 9297.0 9297.5 9341.5 9342.0 $ REMARKS: THIS FILE CONTAINS BORAX PASS #3 DATA. AFTER PASS #3 PUMP-IN INFORMATION: SEAWATER 5 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 Page 8 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS API CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CPS 00000000 0 4 1 68 FSBF TMD 847528 CPS 00000000 0 4 1 68 NTMD TMD 847528 CPS 00000000 0 4 1 68 FTMD TMD 847528 CPS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 PU 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GRCH TMD 847528 GAPI 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9341.500 SGFN = 20.632 SGFF = 18.401 SGBH = 122.995 NSBF = 176.709 FSBF = 24.186 NTMD = 9814.758 FTMD = 1859.554 RTMD = 5.278 CRNF = 6.223 PHIT = 33.973 SGFM = 17.264 SIGQ = .997 RSBF = .521 SGIN = 18.396 SIGC = 1.039 GRCH = -1.000 DEPT = 9141.500 SGFN = 15.838 SGFF = 11.727 SGBH = 100.937 NSBF = 145.516 FSBF = 16.841 NTMD = 9736.180 FTMD = 1845.143 RTMD = 5.277 CRNF = 5.911 PHIT = 29.284 SGFM = 12.261 SIGQ = .992 RSBF = .642 SGIN = 11.456 SIGC = 1.070 GRCH = 68.690 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.003 --- 93/04/08 --- 1024 --- LO --- COMCEN.004 FILE HEADER RECORD TYPE 128 Page 9 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.004 mt~ 0 ~m~ 5 --- 93/04/08 --- 1024 --- LO --- COMCEN.003 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 04 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 04 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH TMD 9342.0 8989.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 ......... EQUIVALENT UNSHIFTED DEPTH BASELINE DEPTH TMD THIS FILE CONTAINS BORAX PASS #4 DATA. NO PASS TO PASS DEPTH SHIFTS REQUIRED. AFTER PASS #4 PUMP-IN INFORMATION: SEAWATER 20 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 Page 10 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS API CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CPS 00000000 0 4 1 68 FSBF TMD 847528 CPS 00000000 0 4 1 68 NTMD TMD 847528 CPS 00000000 0 4 1 68 FTMD TMD 847528 CPS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 PU 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GRCH TMD 847528 GAPI 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.000 SGFN = 21.352 SGFF = 18.112 SGBH = 116.255 NSBF = 181.363 FSBF = 23.159 NTMD = 8346.391 FTMD = 1701.041 RTMD = 4.907 CRNF = 5.831 PHIT = 28.123 SGFM = 17.836 SIGQ = .998 RSBF = .556 SGIN = 18.936 SIGC = 1.037 GRCH = -1.000 DEPT = 9142.000 SGFN = 15.284 SGFF = 11.669 SGBH = 97.542 NSBF = 146.245 FSBF = 17.929 NTMD = 9811.988 FTMD = 1829.949 RTMD = 5.362 CRNF = 5.979 PHIT = 30.286 SGFM = 11.688 SIGQ = .990 RSBF = .666 SGIN = 10.825 SIGC = 1.076 GRCH = 87.537 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.004 --- 93/04/08 --- 1024 --- LO --- COMCEN.005 Page 11 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.005 --- 93/04/08 --- 1024 --- LO --- COMCEN.004 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 05 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 05 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH TMD 9342.0 8994.5 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 ......... EQUIVALENT UNSHIFTED DEPTH BASELINE DEPTH TMD 8994.5 8995.0 9034.0 9034.5 9087.0 9087.5 9159.0 9159.5 9224.0 9224.0 9297.0 9297.0 9341.5 9342.0 $ REMARKS: THIS FILE CONTAINS BORAX PASS #5 DATA. AFTER PASS #5 PUMP-IN INFORMATION: SEAWATER 20 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: Page 12 TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS API CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CPS 00000000 0 4 1 68 FSBF TMD 847528 CPS 00000000 0 4 1 68 NTMD TMD 847528 CPS 00000000 0 4 1 68 FTMD TMD 847528 CPS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 PU 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GRCH TMD 847528 GAPI 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.000 SGFN = 22.115 SGFF = 18.968 SGBH = 121.163 NSBF = 169.553 FSBF = 22.493 NTMD = 7589.625 FTMD = 1550.649 RTMD = 4.894 CRNF = 5.851 PHIT = 28.422 SGFM = 18.426 SIGQ = 1.001 RSBF = .580 SGIN = 19.545 SIGC = 1.034 GRCH = -1.000 DEPT = 9142.000 SGFN = 15.775 SGFF = 11.624 SGBH = 102.788 NSBF = 147.590 FSBF = 17.513 NTMD = 9912.961 FTMD = 1888.957 RTMD = 5.248 CRNF = 5.893 PHIT = 29.025 SGFM = 12.195 SIGQ = .994 RSBF = .641 SGIN = 11.384 SIGC = 1.071 GRCH = 107.834 FILE TRAILER RECORD TYPE 129 Page 13 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.005 m~ 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.006 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.006 --- 93/04/08 --- 1024 --- LO --- COMCEN.005 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 06 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 06 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH TMD 9342.5 8988.5 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 ......... EQUIVALENT UNSHIFTED DEPTH BASELINE DEPTH TMD 8988.5 8989.0 9034.0 9034.5 9087.0 9087.0 9159.0 9159.0 9224.0 9224.0 9297.0 9296.5 9342.5 9342.0 $ REMARKS: THIS FILE CONTAINS BORAX PASS #6 DATA. AFTER PASS #6 PUMP-IN INFORMATION: SEAWATER 50 BBLS. Page 14 $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS API CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CPS 00000000 0 4 1 68 FSBF TMD 847528 CPS 00000000 0 4 1 68 NTMD TMD 847528 CPS 00000000 0 4 1 68 FTMD TMD 847528 CPS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 PU 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GRCH TMD 847528 GAPI 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.500 SGFN = 25.955 SGFF = 20.754 SGBH = 113.494 NSBF = 179.938 FSBF = 22.959 NTMD = 5409.742 FTMD = 1250.311 RTMD = 4.327 CRNF = 5.295 PHIT = 20.748 SGFM = 20.633 SIGQ = .993 RSBF = .751 SGIN = 21.571 SIGC = 1.027 GRCH = -1.000 DEPT = 9142.500 SGFN = 15.686 SGFF = 11.669 Page 15 SGBH = 95.880 NSBF = 149.940 FSBF = 17.929 NTMD = 10001.040 FTMD = 1921.617 RTMD = 5.204 CRNF = 5.798 PHIT = 27.649 SGFM = 12.103 SIGQ = .994 RSBF = .895 SGIN = 11.282 $IGC = 1.072 GRCH = 125.731 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.006 m~m 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.007 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.007 --- 93/04/08 --- 1024 --- LO --- COMCEN.006 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 07 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 07 DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH TMD 9342.5 8979.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS PBU CURVE CODE: GR PASS NUMBER: 01 EQUIVALENT UNSHIFTED DEPTH .......... BASELINE DEPTH TMD 8979.0 8979.0 9034.0 9034.0 9087.0 9087.0 Page 16 9159.0 9224.0 9297.0 9342.5 $ REMARKS: 9159.0 9223.5 9296.5 9342.0 THIS FILE CONTAINS SEAWATER FLUSH PASS #7 DATA. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU SGBH TMD 847528 CU NSBF TMD 847528 CPS FSBF TMD 847528 CPS NTMD TMD 847528 CPS FTMD TMD 847528 CPS RTMD TMD 847528 CRNF TMD 847528 PHIT TMD 847528 PU SGFM TMD 847528 CU SIGQ TMD 847528 RSBF TMD 847528 SGIN TMD 847528 CU SIGC TMD 847528 GRCH TMD 847528 GAPI AP1 CODE FILE# SIZE #SAMP REPR. 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.500 SGFN = 26.390 SGFF = 23.778 SGBH = 65.964 NSBF = 154.606 FSBF = 18.964 Page 17 NTMD = 8999.988 FTMD = 1487.847 RTMD = 6.049 CRNF = 6.454 PHIT = 37.606 SGFM = 23.386 SIGQ = .979 RSBF = .630 SGIN = 22.779 SIGC = 1.034 GRCH = -1.000 DEPT = 9142.500 SGFN = 15.213 SGFF = 11.777 SGBH = 94.321 NSBF = 128.423 FSBF = 16.203 NTMD = 7748.191 FTMD = 1438.914 RTMD = 5.385 CRNF = 5.981 PHIT = 30.320 SGFM = 11.616 SIGQ = .994 RSBF = .872 SGIN = 10.745 SIGC = 1.077 GRCH = 135.490 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.007 ~ 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.008 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.008 ------ 0 ~-- 5 --- 93/04/08 --- 1024 --- LO --- COMCEN.007 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 08 AVERAGED CURVES Compensated Neutron: Arithmetic average of edited passes for all curves. Pulsed Neutron: Unaveraged edited Pass 1 gamma ray and background counts; arithmetic average of edited static baseline passes for all other curves. DEPTH INCREMENT: 0.5000 PASSES INCLUDED IN AVERAGE PBU TOOL CODE PASS NUMBERS TMD 01,02,07 AVERAGE OF NON-BORAX PASSES #1, #2 AND #7. Page 18 GRCH, NSBF AND FSBF ARE TAKEN FROM PASS #1 DATA. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 68 4 1 66 1 5 1 66 1 8 4 73 60 9 4 65 .liN 11 2 79 14 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN PNAV 847528 CU SGFF PNAV 847528 CU SGBH PNAV 847528 CU NSBF PNAV 847528 CPS FSBF PNAV 847528 CPS NTMD PNAV 847528 CPS FTMD PNAV 847528 CPS RTMD PNAV 847528 CRNF PNAV 847528 PHIT PNAV 847528 PU SGFM PNAV 847528 CU SIGQ PNAV 847528 RSBF PNAV 847528 SGIN PNAV 847528 CU SIGC PNAV 847528 GRCH PNAV 847528 GAPI API CODE FILE# SIZE #SAMP REPR. 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9342.000 SGFN = 23.288 SGFF = 20.365 SGBH = 68.076 NSBF = 37.061 FSBF = 17.466 NTMD = 13550.160 FTMD = 2310.251 RTMD = 5.880 CRNF = 6.303 PHIT = 35.212 SGFM = 20.086 SIGQ = .984 RSBF = .592 SGIN = 19.209 SIGC = 1.069 GRCH = -1.000 Page 19 DEPT = 9142.000 SGFN = 15.665 SGFF = 11.751 SGBH = 95.718 NSBF = 64.542 FSBF = 21.129 NTMD = 9357.512 FTMD = 1759.106 RTMD = 5.326 CRNF = 5.928 PHIT = 29.540 SGFM = 12.082 SIGQ = .994 RSBF = .857 SGIN = 11.259 SIGC = 1.072 GRCH = 35.558 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.008 ~ 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.009 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.009 ~ 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.008 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 09 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 01 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): 9354.0 8990.0 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 Page 20 DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE NO TOOL NUMBER GR GAMMA RAY TMD TMD $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): 108672 108672 8.5OO 9510.0 SEAWATER 0.0 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS NON-BORAX PASS #1 DATA. 101 BBLS SEAWATER PUMPED PRIOR TO PASS #1. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 Page 21 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS API CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CNTS 00000000 0 4 1 68 FSBF TMD 847528 CNTS 00000000 0 4 1 68 NTMD TMD 847528 CNTS 00000000 0 4 1 68 FTMD TMD 847528 CNTS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 DECI 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 G4ER TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 ABTN TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GR TMD 847528 GAPI 00000000 0 4 1 68 CCL TMD 847528 MV 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9354.000 SGFN = 18.682 SGFF = 15.158 SGBH = 78.076 NSBF = 106.872 FSBF = 21.781 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.647 PHIT = .000 SGFM = 14.483 SIGQ = .988 G4ER = .010 RSBF = .772 ABTN = 25729.090 SGIN = 13.129 SIGC = 1.168 GR = -1.000 CCL = -1.000 DEPT = 9254.000 SGFN = 21.434 SGFF = 17.905 SGBH = 68.363 NSBF = 41.554 FSBF = 10.259 NTMD = 15808.990 FTMD = 3004.044 RTMD = 5.263 CRNF = 5.672 PHIT = .259 SGFM = 18.102 SIGQ = .984 G4ER = .013 RSBF = .749 ABTN = 25138.480 SGIN = 17.062 SIGC = 1.093 GR = 43.544 CCL = 10.890 Page 22 DEPT = 9154.000 SGFN = 18.576 SGFF = 14.590 SGBH = 99.292 NSBF = 64.263 FSBF = 19.145 NTMD = 8811.391 FTMD = 1661.618 RTMD = 5.303 CRNF = 5.927 PHIT = .295 SGFM = 15.111 SIGQ = .989 G4ER = .013 RSBF = 1.147 ABTN = 21426.930 SGIN = 14.625 SIGC = 1.050 GR = 34.688 CCL = 10.672 DEPT = 9054.000 SGFN = 17.159 SGFF = 13.020 SGBH = 80.193 NSBF = 83.794 FSBF = 23.715 NTMD = 18902.000 FTMD = 4490.207 RTMD = 4.210 CRNF = 4.571 PHIT = .119 SGFM = 12.402 SIGQ = .990 G4ER = .013 RSBF = .634 ABTN = 26429.610 SGIN = 10.908 SIGC = 1.235 GR = 39.902 CCL = 12.004 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.009 g--m 5 --- 93/04/08 --- 1024 --- LO --- COMCEN.010 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.010 g~ 5 --- 93/04/08 --- 1024 --- LO --- COMCEN.009 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 10 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 02 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD 9378.0 8986.5 $ Page 23 LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 NO TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE TOOL NUMBER GR GAMMA RAY TMD TMD $ 108672 108672 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): 8.50O 9510.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): SEAWATER 0.0 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS NON-BORAX PASS #2 DATA. AFTER PASS #2 PUMP-IN INFORMATION: METHANOL 10 BBLS. BORAX 60 BBLS. Page 24 METHANOL 10 BBLS. SEAWATER 32 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU SGBH TMD 847528 CU NSBF TMD 847528 CNTS FSBF TMD 847528 CNTS NTMD TMD 847528 CNTS FTMD TMD 847528 CNTS RTMD TMD 847528 CRNF TMD 847528 PHIT TMD 847528 DECI SGFM TMD 847528 CU SIGQ TMD 847528 G4ER TMD 847528 RSBF TMD 847528 ABTN TMD 847528 SGIN TMD 847528 CU SIGC TMD 847528 GR TMD 847528 GAPI CCL TMD 847528 MV API CODE FILE# SIZE #SAMP REPR. 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9378.000 SGFN = 17.782 SGFF = 15.110 SGBH = 71.607 NSBF = 110.301 FSBF = 29.125 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.403 PHIT = .000 SGFM = 14.138 Page 25 SIGQ = .989 G4ER = .008 RSBF = .608 ABTN = 23947.050 SGIN = 12.755 SIGC = 1.178 GR = -1.000 CCL = -1.000 DEPT = 9278.000 SGFN = 21.549 SGFF = 17.913 SGBH = 67.634 NSBF = 115.158 FSBF = 21.875 NTMD = 15563.680 FTMD = 2956.021 RTMD = 5.265 CRNF = 5.663 PHIT = .257 SGFM = 18.241 SIGQ = .986 G4ER = .009 RSBF = .662 ABTN = 23541.590 SGIN = 17.212 $IGC = 1.091 GR = 56.066 CCL = 11.231 DEPT = 9178.000 SGFN = 17.855 SGFF = 14.912 SGBH = 70.522 NSBF = 121.956 FSBF = 22.943 NTMD = 17497.650 FTMD = 4394.633 RTMD = 3.982 CRNF = 4.147 PHIT = .074 $GFM = 14.002 SIGQ = .985 G4ER = .009 RSBF = .903 ABTN = 32037.370 SGIN = 12.627 SIGC = 1.182 GR = 60.914 CCL = 9.821 DEPT = 9078.000 SGFN = 17.472 SGFF = 14.529 SGBH = 75.625 NSBF = 131.321 FSBF = 26.930 NTMD = 19371.700 FTMD = 4574.406 RTMD = 4.235 CRNF = 4.506 PHIT = .112 SGFM = 13.613 SIGQ = .989 G4ER = .016 RSBF = .691 ABTN = 27297.380 SGIN = 12.205 SIGC = 1.194 GR = 67.612 CCL = 11.582 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.010 ~w~ 5 --- 93/04/08 --- 1024 --- LO --- COMCEN.011 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.011 ~w-- 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.010 COMMENT RECORD TYPE 232 Page 26 FILE HEADER FILE NUMBER: 11 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 03 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD 9359.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE 8983.0 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 NO TOOL NUMBER GR GAMMA RAY TMD TMD $ 108672 108672 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): 8.500 9510.0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): BORAX 0.0 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 Page 27 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS BORAX PASS #3 DATA. AFTER PASS #3 PUMP-IN INFORMATION: SEAWATER 5 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU SGBH TMD 847528 CU NSBF TMD 847528 CNTS FSBF TMD 847528 CNTS NTMD TMD 847528 CNTS FTMD TMD 847528 CNTS RTMD TMD 847528 CRNF TMD 847528 PHIT TMD 847528 DECI SGFM TMD 847528 CU SIGQ TMD 847528 G4ER TMD 847528 RSBF TMD 847528 ABTN TMD 847528 SGIN TMD 847528 CU SIGC TMD 847528 API CODE FILE# SIZE 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 00000000 0 4 #SAMP REPR. 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 1 68 Page 28 GR TMD 847528 GAPI 00000000 0 4 1 68 CCL TMD 847528 MV 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9359.000 SGFN = 17.386 SGFF = 14.293 SGBH = 75.333 NSBF = 152.038 FSBF = 29.260 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.543 PHIT = .000 SGFM = 13.540 $IGQ = .990 G4ER = .009 RSBF = .607 ABTN = 20699.010 SGIN = 13.907 SIGC = 1.197 GR = -1.000 CCL = -1.000 DEPT = 9259.000 SGFN = 17.208 SGFF = 14.523 SGBH = 123.710 NSBF = 151.253 FSBF = 16.574 NTMD = 11200.730 FTMD = 2539.224 RTMD = 4.411 CRNF = 5.436 PHIT = .226 SGFM = 13.573 SIGQ = .995 G4ER = .004 RSBF = .555 ABTN = 14781.790 SGIN = 14.588 SIGC = 1.060 GR = 47.217 CCL = 7.711 DEPT = 9159.000 SGFN = 27.654 SGFF = 23.543 SGBH = 91.805 NSBF = 149.585 FSBF = 16.383 NTMD = 5114.387 FTMD = 888.342 RTMD = 5.757 CRNF = 6.378 PHIT = .364 SGFM = 24.725 SIGQ = .987 G4ER = .009 RSBF = 1.282 ABTN = 16079.240 SGIN = 25.633 SIGC = 1.017 GR = 89.121 CCL = 10.057 DEPT = 9059.000 SGFN = 15.673 SGFF = 12.898 SGBH = 83.364 NSBF = 151.846 FSBF = 16.138 NTMD = 17445.750 FTMD = 4543.977 RTMD = 3.839 CRNF = 4.276 PHIT = .087 SGFM = 11.897 $IGQ = .990 G4ER = .012 RSBF = .524 ABTN = 19091.870 SGIN = 10.592 SIGC = 1.191 GR = 57.000 CCL = 7.760 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.011 ~ 0 ~ 5 --- 93/04/08 --- 1024 --- LO --- COMCEN.012 FILE HEADER RECORD TYPE 128 FILE NAME --- COMCEN.012 Page 29 SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME ------0 --- 93/04/08 --- 1024 --- LO --- COMCEN.011 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 12 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 04 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD $ LOG HEADER DATA 9357.0 8989.0 DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 NO TOOL NUMBER GR GAMMA RAY TMD TMD $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): 108672 108672 8.500 9510.0 BORAX 0.0 Page 30 GAS/OIL RATIO: CHOKE (DEG): 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS BORAX PASS #4 DATA. AFTER PASS #4 PUMP-IN INFORMATION: SEAWATER 20 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU SGBH TMD 847528 CU NSBF TMD 847528 CNTS FSBF TMD 847528 CNTS NTMD TMD 847528 CNTS API CODE FILE# SIZE #SAMP REPR. 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 Page 31 FTMD TMD 847528 CNTS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 DECI 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 G4ER TMD 847528 00000000 0 4 i 68 RSBF TMD 847528 00000000 0 4 1 68 ABTN TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GR TMD 847528 GAPI 00000000 0 4 1 68 CCL TMD 847528 MV 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9357.000 SGFN = 16.832 SGFF = 13.973 SGBH = 82.784 NSBF = 159.662 FSBF = 18.365 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.826 PHIT = .000 SGFM = 12.955 SIGQ = .990 G4ER = .019 RSBF = .556 ABTN = 16875.560 SGIN = 13.413 SIGC = 1.170 GR = -1.000 CCL = -1.000 DEPT = 9257.000 SGFN = 16.871 SGFF = 14.020 SGBH = 116.512 NSBF = 152.958 FSBF = 16.860 NTMD = 11470.280 FTMD = 2676.723 RTMD = 4.285 CRNF = 5.279 PHIT = .205 SGFM = 13.113 SIGQ = .995 G4ER = .011 RSBF = .550 ABTN = 14300.650 SGIN = 14.064 SIGC = 1.063 GR = 55.868 CCL = 7.123 DEPT = 9157.000 SGFN = 20.363 SGFF = 14.883 SGBH = 104.981 NSBF = 152.868 FSBF = 18.318 NTMD = 4719.254 FTMD = 776.216 RTMD = 6.080 CRNF = 6.843 PHIT = .440 SGFM = 16.988 SIGQ = .996 G4ER = .006 RSBF = 1.060 ABTN = 16203.860 SGIN = 16.736 SIGC = 1.040 GR = 102.416 CCL = 8.248 DEPT = 9057.000 SGFN = 16.519 SGFF = 12.653 SGBH = 81.895 NSBF = 153.149 FSBF = 16.177 NTMD = 16849.460 FTMD = 4242.051 RTMD = 3.972 CRNF = 4.371 PHIT = .098 SGFM = 11.649 SIGQ = .991 G4ER = .008 RSBF = .501 ABTN = 18074.510 SGIN = 10.231 SIGC = 1.227 GR = 73.626 CCL = 7.645 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME --- COMCEN.012 mB~ 0 Page 32 VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME ------ 5 --- 93/04/08 --- 1024 --- LO --- COMCEN. 013 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.013 ~m 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.012 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 13 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 05 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD LOG HEADER DATA 9358.0 8995.0 DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 NO TOOL NUMBER GR GAMMA RAY TMD TMD $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 108672 108672 8.500 9510.0 Page 33 LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): BORAX 0.0 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS BORAX PASS #5 DATA. AFTER PASS #5 PUMP-IN INFORMATION: SEAWATER 20 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 Page 34 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS AP1 CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CNTS 00000000 0 4 1 68 FSBF TMD 847528 CNTS 00000000 0 4 1 68 NTMD TMD 847528 CNTS 00000000 0 4 1 68 FTMD TMD 847528 CNTS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 DECI 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 G4ER TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 ABTN TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GR TMD 847528 GAPI 00000000 0 4 1 68 CCL TMD 847528 MV 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9358.000 SGFN = 16.384 SGFF = 14.220 SGBH = 79.057 NSBF = 163.591 FSBF = 19.000 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.684 PHIT = .000 SGFM = 12.974 SIGQ = .991 G4ER = .016 RSBF = .547 ABTN = 16333.110 SGIN = 13.244 SIGC = 1.216 GR = -1.000 CCL = -1.000 DEPT = 9258.000 SGFN = 17.315 SGFF = 14.170 SGBH = 127.045 NSBF = 151.418 FSBF = 16.624 NTMD = 11597.520 FTMD = 2659.017 RTMD = 4.362 CRNF = 5.415 PHIT = .223 SGFM = 13.340 SIGQ = .996 G4ER = -.007 RSBF = .552 ABTN = 14636.830 SGIN = 14.298 SIGC = 1.061 GR = 63.853 CCL = 8.058 DEPT = 9158.000 SGFN = 20.949 SGFF = 18.362 SGBH = 95.092 NSBF = 146.596 FSBF = 17.040 NTMD = 4409.117 FTMD = 758.953 RTMD = 5.809 CRNF = 6.460 PHIT = .377 SGFM = 17.607 SIGQ = .991 G4ER = .016 RSBF = 1.178 ABTN = 16361.070 SGIN = 17.436 SIGC = 1.038 GR = 132.741 CCL = 7.764 DEPT = 9058.000 SGFN = 16.150 SGFF = 12.361 SGBH = 83.420 NSBF = 151.355 FSBF = 16.584 Page 35 NTMD = 16896.790 FTMD = 4274.273 RTMD = 3.953 CRNF = 4.385 PHIT = .099 SGFM = 11.383 SIGQ = .991 G4ER = .013 RSBF = .517 ABTN = 18561.920 SGIN = 10.065 SIGC = 1.202 GR = 77.357 CCL = 8.832 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.013 ~m~ 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.014 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.014 ~m 0 --- 93/04/08 --- 1024 --- LO --- COMCEN.013 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 14 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 06 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD 9357.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): 8989.0 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 NO Page 36 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE TOOL NUMBER GR GAMMA RAY TMD TMD $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): 108672 108672 8.500 9510.0 BORAX 0.0 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS BORAX PASS #6 DATA. AFTER PASS #6 PUMP-IN INFORMATION: SEAWATER 50 BBLS. $ LIS FORMAT DATA DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 Page 37 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS AP1 CODE FILE# SIZE #SAMP REPR. DEPT F 00000000 0 4 1 68 SGFN TMD 847528 CU 00000000 0 4 1 68 SGFF TMD 847528 CU 00000000 0 4 1 68 SGBH TMD 847528 CU 00000000 0 4 1 68 NSBF TMD 847528 CNTS 00000000 0 4 1 68 FSBF TMD 847528 CNTS 00000000 0 4 1 68 NTMD TMD 847528 CNTS 00000000 0 4 1 68 FTMD TMD 847528 CNTS 00000000 0 4 1 68 RTMD TMD 847528 00000000 0 4 1 68 CRNF TMD 847528 00000000 0 4 1 68 PHIT TMD 847528 DECI 00000000 0 4 1 68 SGFM TMD 847528 CU 00000000 0 4 1 68 SIGQ TMD 847528 00000000 0 4 1 68 G4ER TMD 847528 00000000 0 4 1 68 RSBF TMD 847528 00000000 0 4 1 68 ABTN TMD 847528 00000000 0 4 1 68 SGIN TMD 847528 CU 00000000 0 4 1 68 SIGC TMD 847528 00000000 0 4 1 68 GR TMD 847528 GAPI 00000000 0 4 1 68 CCL TMD 847528 MV 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9357.000 SGFN = 20.420 SGFF = 16.592 SGBH = 86.153 NSBF = 160.726 FSBF = 19.865 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.953 PHIT = .000 SGFM = 16.215 SIGQ = .989 G4ER = .016 RSBF = .697 ABTN = 17078.800 SGIN = 16.818 SIGC = 1.074 GR = -1.000 CCL = -1.000 DEPT = 9257.000 SGFN = 17.209 SGFF = 14.073 SGBH = 119.793 NSBF = 152.092 FSBF = 16.774 NTMD = 11083.520 FTMD = 2591.985 RTMD = 4.276 CRNF = 5.293 PHIT = .207 SGFM = 13.216 SIGQ = 1.000 G4ER = .000 RSBF = .550 ABTN = 14076.770 SGIN = 13.920 SIGC = 1.062 GR = 61.953 CCL = 8.660 Page 38 DEPT = 9157.000 SGFN = 19.523 SGFF = 14.190 SGBH = 97.763 NSBF = 146.764 FSBF = 17.771 NTMD = 5536.547 FTMD = 913.627 RTMD = 6.060 CRNF = 6.770 PHIT = .428 SGFM = 16.105 SIGQ = .994 G4ER = -.002 RSBF = 1.331 ABTN = 21395.760 SGIN = 15.740 SIGC = 1.044 GR = 139.640 CCL = 7.663 DEPT = 9057.000 SGFN = 16.689 SGFF = 13.758 SGBH = 76.454 NSBF = 147.965 FSBF = 18.051 NTMD = 18609.430 FTMD = 4414.184 RTMD = 4.216 CRNF = 4.503 PHIT = .112 SGFM = 12.910 SIGQ = .992 G4ER = .006 RSBF = .654 ABTN = 25593.460 SGIN = 11.445 SIGC = 1.219 GR = 97.091 CCL = 8.073 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.014 --- 93/04/08 --- 1024 --- LO --- COMCEN.015 FILE HEADER RECORD TYPE 128 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL PREVIOUS FILE NAME --- COMCEN.015 --- 93/04/08 --- 1024 --- LO --- COMCEN.014 COMMENT RECORD TYPE 232 FILE HEADER FILE NUMBER: 15 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file. PASS NUMBER: 07 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH TMD 9357.0 8979.0 $ Page 39 LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE 26-JUL-92 DLS 4.01 1130 26-JUL-92 9351.0 9349.0 9000.0 9342.0 900.0 NO TOOL NUMBER GR GAMMA RAY TMD TMD $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF): BOTTOM HOLE TEMPERATURE (DEGF): FLUID SALINITY (PPM): FLUID LEVEL (FT): FLUID RATE AT WELLHEAD (BPM): WATER CUTS (PCT): GAS/OIL RATIO: CHOKE (DEG): 108672 108672 8.500 9510.0 SEAWATER 0.0 8053 86.0 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 8.500 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): 9270.0 BASE NORMALIZING WINDOW (FT): 9310.0 BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5540 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 30000 TOOL STANDOFF (IN): 0.0 REMARKS: THIS FILE CONTAINS SEAWATER FLUSH PASS #7 DATA. $ LIS FORMAT DATA Page 40 DATUM FORMAT SPECIFICATION RECORD TYPE 64 ENTRY BLOCKS: TYPE SIZE REPR. CODE ENTRY 1 1 66 0 2 1 66 0 3 2 79 80 4 1 66 1 5 1 66 1 8 4 73 30 9 4 65 .liN 11 2 79 12 12 4 68 -999.000 14 4 65 F 15 1 66 68 16 1 66 1 0 1 66 0 DATUM SPECIFICATION BLOCKS: MNEM SERVID SERVICE# UNITS DEPT F SGFN TMD 847528 CU SGFF TMD 847528 CU SGBH TMD 847528 CU NSBF TMD 847528 CNTS FSBF TMD 847528 CNTS NTMD TMD 847528 CNTS FTMD TMD 847528 CNTS RTMD TMD 847528 CRNF TMD 847528 PHIT TMD 847528 DECI SGFM TMD 847528 CU SIGQ TMD 847528 G4ER TMD 847528 RSBF TMD 847528 ABTN TMD 847528 SGIN TMD 847528 CU SIGC TMD 847528 GR TMD 847528 GAPI CCL TMD 847528 MV API CODE FILE# SIZE #SAMP REPR. 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 00000000 0 4 1 68 DATA RECORD TYPE 0 DEPT = 9357.000 SGFN = 17.514 SGFF = 14.667 SGBH = 73.482 NSBF = 156.920 FSBF = 19.037 NTMD = .000 FTMD = .000 RTMD = .000 CRNF = 1.474 PHIT = .000 SGFM = 13.784 SIGQ = .988 G4ER = .009 RSBF = .631 ABTN = 20591.230 SGIN = 12.372 SIGC = 1.189 GR = -1.000 CCL = -1.000 Page 41 DEPT = 9257.000 SGFN = 18.388 SGFF = 16.284 SGBH = 64.778 NSBF = 130.032 FSBF = 15.394 NTMD = 13059.040 FTMD = 2587.223 RTMD = 5.048 CRNF = 5.404 PHIT = .222 SGFM = 14.914 SIGQ = .984 G4ER = .006 RSBF = .704 ABTN = 18918.980 SGIN = 13.613 SIGC = 1.157 GR = 65.667 CCL = 9.416 DEPT = 9157.000 SGFN = 20.202 SGFF = 14.808 SGBH = 98.930 NSBF = 129.764 FSBF = 16.037 NTMD = 3889.479 FTMD = 643.266 RTMD = 6.046 CRNF = 6.762 PHIT = .426 SGFM = 16.819 SIGQ = .996 G4ER = -.002 RSBF = 1.318 ABTN = 15940.370' SGIN = 16.545 SIGC = 1.041 GR = 147.811 CCL = 9.944 DEPT = 9057.000 SGFN = 16.581 SGFF = 12.742 SGBH = 78.865 NSBF = 128.732 FSBF = 15.775 NTMD = 14453.480 FTMD = 3483.277 RTMD = 4.149 CRNF = 4.486 PHIT = .110 SGFM = 11.900 SIGQ = .991 G4ER = .014 RSBF = .610 ABTN = 18742.120 SGIN = 10.357 SIGC = 1.260 GR = 95.589 CCL = 10.007 FILE TRAILER RECORD TYPE 129 FILE NAME SERVICE SUB LEVEL NAME VERSION NUMBER DATE OF GENERATION MAX. PHYSICAL RECORD LENGTH FILE TYPE OPTIONAL NEXT FILE NAME --- COMCEN.015 --- 93/04/08 --- 1024 --- LO TAPE TRAILER RECORD TYPE 131 SERVICE NAME DATE ORIGIN OF DATA TAPE NAME TAPE CONTINUATION NUMBER NEXT TAPE NAME COMMENTS: --- COMCEN --- 93/04/08 REEL TRAILER RECORD TYPE 133 SERVICE NAME DATE ORIGIN OF DATA REEL NAME --- COMCEN --- 93/04/08 --- 847528 Page 42 REEL CONTINUATION NUMBER NEXT REEL NAME COMMENTS: END OF TAPE ENCOUNTERED Page 43 * ALASKA COMPUTING CENTER * . ****************************** . ............................ . * ....... SCHLUMBERGER ....... * . ............................ . ****************************** RECEIVED OCT 02 ~998 Oil & Gas Cons, CommjssJ0n ~chora~ COMPANY NAME : BP EXPLORATION (ALASKA), INC. WELL NAME : F-45 FIELD NAME : PRUDHOE BAY BOROUGH : NORTH SLOPE STATE : ALASKA API NUMBER : 500292214200 REFERENCE NO : 98475 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: **** REEL HEADER **** SERVICE NAME : EDIT DATE : 98/09/23 ORIGIN : FLIC REEL NAME : 98475 CONTINUATION # : PREVIOUS REEL : COGENT : BP EXPLORATION, PRUDHOE BAY, F-45, API #50-029-22142-00 **** TAPE HEADER **** SERVICE NAME : EDIT DATE : 98/09/23 ORIGIN : FLIC TAPE NAME : 98475 CONTINUATION # : 1 PREVIOUS TAPE : CO~4ENT : BP EXPLORATION, PRUDHOE BAY, F-45, API #50-029-22142-00 TAPE HEADER Prudhoe Bay CASED HOLE WIRELINE LOGS WELL NAME: F-45 API NUMBER: 500292214200 OPERATOR: BP Exploration (Alaska), Inc. LOGGING COMPANY: SCHLUMBERGER WELL SERVICES TAPE CREATION DATE: 23-SEP-98 JOB NUMBER: 98475 LOGGING ENGINEER: H KIRKBY OPERATOR WITNESS: M KISSINGER SURFACE LOCATION SECTION: 2 TOWNSHIP: lin RANGE: 13E FNL: FSL: 2180 FEL: 2196 FWL: ELEVATION(FT FROM MSL O) KELLY BUSHING: 65.70 DERRICK FLOOR: 64.00 GROUND LEVEL: 36.20 WELL CASING RECORD OPEN HOLE CASING DRILLERS CASING BIT SIZE (IN) SIZE (IN) DEPTH (FT) WEIGHT (LB/FT) lST STRING 8.500 7.000 9510.0 2ND STRING 3RD STRING PRODUCTION STRING CURVE SHIFT DATA - ALL PASSES TO STANDARD(MEASURED DEPTH) LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 BASELINE CURVE FOR SHIFTS LDWG TOOL CODE: ECS LDWG CURVE CODE: GR RUN NUMBER: PASS NUMBER: DATE LOGGED: 13-MAR-93 LOGGING COMPANY: SCHLUFiBERGER WELL SERVICES .......... EQUIVALENT UNSHIFTED DEPTH .......... BASELINE DEPTH GRCH CNTD 88888.0 88889.5 88889.5 9315.0 9316.5 9308.5 9310.0 9302.0 9301.5 9298.5 9300.0 9297.0 9297.0 9295.5 9297.0 9287.5 9289.0 9286.5 9285.0 9274.0 9274.5 9270.5 9272.5 9262.0 9264.0 9255.5 9256.5 9253.0 9254.0 9251.5 9254.0 9249.0 9249.0 9246.0 9247.0 9243.5 9245.0 9241.0 9242.5 9225.5 9227.0 9222.5 9224.0 9222.0 9224.0 9219.0 9222.0 9208.0 9208.5 9207.5 9209.0 9195.0 9194.5 9183.0 9183.5 9177.0 9178.0 9173.0 9174.5 9168.0 9168.5 9167.0 9168.5 9164 . 0 9166.0 9163.5 9166.0 9160.0 9161.5 9159.0 9160.5 9155.5 9158.5 9154.0 9155.0 9153.5 9154.5 9149.0 9151.0 9147.0 9148.5 9136.5 9139.0 9130.0 9132.0 9128.5 9130.0 9126.5 9129.0 9123.0 9125.5 PAGE: LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 9120.0 9121.5 9104.5 9103.0 9097.5 9097.5 9092.5 9093.0 9086.0 9087.5 9060.5 9061.5 9057.5 9057.5 9055.5 9057.5 9051.0 9051.0 9045.5 9047.0 9039.0 9040.0 9038.5 9040.0 9033.0 9034.5 9031.0 9032.5 9029.0 9030.0 9022.0 9023.0 9020.0 9020.0 9018.0 9018.5 9015.5 9016.5 9014.0 9016.5 9013.0 9014.5 9007.5 9009.5 9007.0 9009.5 9004.0 9007.0 9000.5 9003.0 8997.5 8998.5 8994.0 8995.5 8993.5 8995.5 8992.0 8993.0 8989.0 8993.5 8985.5 8988.5 8983.5 8984.5 8982.0 8984.5 100.0 101.0 102.5 $ REMARKS: CONTAINED HEREIN IS THE LDWG FORMATTED CASED HOLE CNTD DATA AQUIRED ON BP EXPLORATION'S F-45 WELL. THE DEPTH SHIFTS SHOWN ABOVE REFLECT CORRELATIONS BETWEEN GRCH PASS #1 AND THE BCS GAM~A RAY, ALSO PASS #1 NPHI AND THE BCS GAF~VlA RAY, CARRYING ALL CNTD CURVES WITH THE NPHI SHIFTS. $ $ PAGE: **** FILE HEADER **** FILE NAME : EDIT .001 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: FILE HEADER FILE NUMBER: 1 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 1 DEPTH INCREMENT: O. 5000 FILE SUMMARY LDWG TOOL CODE START DEPTH STOP DEPTH GRCH 9323.5 8979.0 CNTD 933 6.5 8980.5 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: PASS NUMBER: BASELINE DEPTH $ .......... EQUIVALENT UNSHIFTED DEPTH .......... GRCH CNTD .............. REMARKS: THIS FILE CONTAINS CASED HOLE CNTD PASS #1. NO PASS TO PASS SHIFTS APPLIED TO THIS DATA. $ LIS FORMAT DATA THERE ARE ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** .............................. TYPE REPR CODE VALUE .............................. 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 0 LIS Tape Verification Listing Schlumberger Alaska CompuTing Center 23-SEP-1998 15:35 PAGE: ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 00 000 O0 0 1 1 1 4 68 0000000000 NPHI CNTD PU-S 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 NRAT CNTD 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 CRAT CNTD 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 NCNT CNTD CPS 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 FCNT CNTD CPS 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 CFTC CNTD CPS 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 CNTC CNTD CPS 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 GRCH CNTD GAPI 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 TENS CNTD LB 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 CCL CNTD V 1244219 O0 000 O0 0 1 1 1 4 68 0000000000 ** DATA ** DEPT. 9336.500 NPHI.CNTD 21.653 NRAT. CNTD 4.190 CRAT. CNTD NCNT. ClTTD 4093.023 FCNT. CNTD 976.859 CFTC. CNTD 976.859 CNTC. CNTD GRCH. CNTD -999.250 TENS. CNTD 1470.000 CCL. CNTD 0.000 DEPT. 8979.000 NPHI.CNTD -999.250 NRAT. CNTD -999.250 CRAT. CNTD NCNT. CNTD -999.250 FCNT. CNTD -999.250 CFTC. CNTD -999.250 CNTC. CNTD GRCH. CNTD 15.084 TENS. CNTD -999.250 CCL. CNTD -999.250 4. 075 4137. 165 -999.250 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .001 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .002 SERVICE ' FLIC VERSION : O01CO1 DATE · 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: FILE HEADER FILE NUMBER: 2 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. PASS NUMBER: 2 DEPTH INCREMENT: 0. 5000 FILE SUFk~ARY LDWG TOOL CODE START DEPTH STOP DEPTH GRCH 9322.0 8996.0 CNTD 9337.5 8997.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: GRCH PASS NUMBER: 1 BASELINE DEPTH .............. 88888.0 9331.5 9324.0 9322.0 9319.0 9316.5 9311.0 9306.5 9304.5 9301.5 9299.5 9298.0 9297.0 9294.0 9290.0 9286.5 9286.0 9284.0 9279.0 9274.5 9270.5 9267.0 9265.5 9259.5 9255.5 9253.0 9244.0 9241.5 9238.0 9225.0 9223.0 9221.5 9218.5 .......... EQUIVALENT UNSHIFTED DEPTH .......... GRCH CNTD 88888.0 88890.5 9316.5 9305.0 9299.5 9297.5 9293.0 9289.0 9285.5 9283.0 9279.0 9274.5 9272.5 9269.0 9261.0 9256.5 9254.0 9244.5 9242.0 9240.0 9224.0 9222.0 9334.0 9326.5 9323.5 9320.5 9314.0 9310.0 9302.5 9300.0 9288.5 9267.5 9245.0 9243.5 9226.5 9224.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 9211. 9207. 9206. 9204. 9200. 9195. 9193. 9190. 9189. 9185. 9184. 9180. 9174. 9174. 9172. 9171. 9167. 9165 9160 9158 9155 9154 9142 9140 9138 9133 9132 9130 9128 9125 9119 9118 9114 9107 9104 9100 9095 9085 9082 9076. 9075 9065 9063 9062 9059 9055 9051 9049 9045 9043 9037 9032 9031 9030 9023 0 9213.5 5 9209.0 0 9206.0 0 9204.0 5 9199.5 5 9194.5 5 9193.0 5 9189.0 0 9188.5 0 9183.5 0 9184.0 5 9181.0 5 9174.5 0 9173.5 0 9172.0 0 9170.0 5 9169.0 5 9166.0 5 9160.0 0 9159.0 5 9155.0 0 9154.5 5 9143.5 0 9139.5 0 9139.0 0 9134.0 0 9132.5 0 9130.0 0 9127.5 5 9126.5 0 9117.0 5 9118.0 0 9112.5 5 9107.5 5 9103.0 5 9097.5 0 9094.5 5 9080.5 5 9080.0 0 9072.0 0 9073.0 5 9064.0 0 9061.5 5 9062.5 0 9058.0 5 9054.5 0 9051.0 5 9050.0 0 9044.0 5 9043.5 5 9040.5 5 9032.5 0 9033.0 5 9030.0 5 9023.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 9023.0 9023.0 9019.5 9018.5 9020.0 9017.0 9016.5 9016.0 9016.5 9009.0 9010.0 9007.5 9009.5 9005.0 9006.5 8998.5 8998.5 100.0 100.0 101.0 $ REMARKS: THIS FILE CONTAINS CASED HOLE CNTD PASS #2, THE DEPTH SHIFTS SHOWN ABOVE REFLECT CORRELATIONS BETWEEN GRCH PASS #2 AND GRCH PASS #1, ALSO NPHI PASS #2 AND NPHI PASS #1, CARRYING ALL CNTD CURVES WITH THE NPHI SHIFTS. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** .............................. TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 O0 000 O0 0 2 1 1 4 68 0000000000 NPHI CNTD PU-S 1244219 O0 000 O0 0 2 1 1 4 68 0000000000 N-RAT CNTD 1244219 O0 000 O0 0 2 1 1 4 68 0000000000 CRAT CNTD 1244219 O0 000 O0 0 2 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID OR. DER # LOG TYPE CI..~SS MOD ~ S.~k.~IP EL~.~ CODE (HEX) NCNT CNTD CPS 1244219 FCNT CNTD CPS 1244219 CFTC CNTD CPS 1244219 CNTC CNTD CPS 1244219 GRCH CNTD GAPI 1244219 TENS CNTD LB 1244219 CCL CNTD V 1244219 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 ** DATA ** DEPT. 9337.500 NPHI.CNTD 22.159 NRAT. CNTD 4.205 CRAT. CNTD NCNT. CNTD 3973.961 FCNT. CNTD 944.945 CFTC. CNTD 944.945 CNTC. CNTD GRCH. CNTD -999.250 TENS. CNTD 1547.000 CCL.CNTD 0.000 DEPT. 8996.000 NPHI.CNTD -999.250 NRAT. CNTD -999.250 CRAT. CNTD NCNT. CNTD -999.250 FCNT. CNTD -999.250 CFTC. CNTD -999.250 CNTC. CNTD GRCH. CNTD 14.181 TENS. CNTD -999.250 CCL. CNTD -999.250 4.143 4069.738 -999.250 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .002 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .003 SERVICE : FLIC VERSION : 0 O1 CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER: 3 EDITED CURVES Depth shifted and clipped curves for each pass in separate files. LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 10 PASS NUMBER: 3 DEPTH INCREMENT: 0.5000 FILE S~Y LDWG TOOL CODE START DEPTH STOP DEPTH GRCH 9321.5 8992.5 CNTD 9336.0 8993.0 $ CURVE SHIFT DATA - PASS TO PASS (MEASURED DEPTH) BASELINE CURVE FOR SHIFTS LDWG CURVE CODE: GRCH PASS NUMBER: 1 BASELINE DEPTH .............. 88888.0 9331.0 9325.0 9320.0 9317.5 9317.0 9313.0 9309.5 9308.0 9302.5 9298.5 9297.0 9288 5 9288 0 9287 0 9284 5 9280 5 9275 0 9274 0 9270.5 92 66.5 92 62.5 92 61.5 9258.0 9255.0 9254.5 9252.5 9252.0 9243.0 9237.0 9231.5 9224.5 9222.5 9215.0 9212.5 9208.0 9205.0 .......... EQUIVALENT UNSHIFTED DEPTH .......... GRCH CNTD .............. 88887.5 88889.0 9316.5 9308.0 9303.5 9297.0 9287.5 9285.0 9283.0 9274.5 9272.5 9269.0 9263.5 9261.0 9256.0 9254.0 9244.5 9240.0 9232.0 9224.0 9218.0 9206.5 9332.0 9325.5 9320.5 9318.5 9314.5 9310.0 9302.5 9300.0 9289.0 9280.5 9275.5 9264.0 9257.0 9253.5 9245.0 9227.0 9213.5 9208.5 9206.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 11 9203.0 9203.5 9195.5 9196.0 9194.5 9194.5 9194.0 9194.5 9187.5 9187.5 9183.0 9183.5 9181.5 9182.0 9180.0 9181.0 9178.5 9179.0 9173.5 9174.5 9172.5 9173.0 9169.5 9170.5 9167.0 9169.0 9164.5 9166.0 9160.5 9161.5 9159.0 9160.0 9157.5 9158.5 9156.5 9159.0 9153.0 9155.0 9151.0 9154.0 9147.5 9148.5 9145.5 9146.5 9132.5 9132.5 9128.5 9130.0 9119.0 9118.5 9109.0 9109.0 9107.0 9107.5 9102.5 9103.0 9096.5 9097.5 9095.0 9096.5 9092.5 9094.5 9081.5 9081.0 9080.0 9076.0 9076.0 9073.5 9073.0 9070.5 9069.5 9059.5 9060.5 9058.5 9057.5 9056.0 9056.5 9049.5 9050.0 9045.5 9047.0 9043.0 9043.5 9041.0 9041.5 9039.5 9039.5 9034.0 9034.5 9031.5 9032.5 9030.0 9030.0 9022.0 9023.0 9018.5 9020.0 9018.0 9018.5 9016.0 9016.5 9014.0 9014.5 9010.0 9012.0 9008.0 9009.5 9006.5 9009.5 9004.0 9005.5 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 12 9000.0 9002.5 8998.0 8998.5 8994.5 8992.5 8993.0 100.0 100.5 $ 8995.5 101.0 REMARKS: THIS FILE CONTAINS CASED HOLE CNTD PASS #3. THE DEPTH SHIFTS SHOWN ABOVE REFLECT CORRELATIONS BETWEEN GRCH PASS #3 AND GRCH PASS HI, ALSO NPHI PASS #3 AND NPHI PASS Hi, CARRYING ALL CNTD CURVES WITH THE NPHI SHIFTS. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE .............................. 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 NPHI CNTD PU-S 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 NRAT CNTD 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 CRAT CNTD 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 NCNT CNTD CPS 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 FCNTClTTD CPS 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 CFTC CNTD CPS 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 CNTC CNTD CPS 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 13 NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) GRCH CNTD GAPI 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 TENS CNTD LB 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 CCL CNTD V 1244219 O0 000 O0 0 3 1 1 4 68 0000000000 ** DATA ** DEPT. 9336. 000 NPHI. CNTD 21. 797 NRAT. CNTD 4.246 CRAT. CNTD NCNT. CNTD 3939.940 FClFT. CNTD 928.017 CFTC. CNTD 928.017 CNTC. CNTD GRCH. CNTD -999. 250 TENS. CNTD 1578. 000 CCL. CNTD O. 000 DEPT. 8992.500 NPHI.CNTD -999.250 NRAT. CNTD -999.250 CRAT. CNTD NCNT. CNTD -999.250 FCNT. CNTD -999.250 CFTC. CNTD -999.250 CNTC. CNTD GRCH. CNTD 29.378 TENS. CNTD -999.250 CCL.CNTD -999.250 4.094 3982.359 -999.250 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .003 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .004 SERVICE : FLIC VERSION · O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER: 4 AVERAGED CURVES Compensated Neutron: Arithmetic average of edited passes for all curves. DEPTH INCREMENT 0.5000 PASSES INCLUDED IN AVERAGE LDWG TOOL CODE PASS NUMBERS LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 14 Ch"rD REMARKS: 1, 2, 3, THIS FILE CONTAINS THE ARITHMETIC AVERAGE OF PASSES 1,2, &3.THE DATA WAS CLIPPED AND DEPTH SHIFTED BEFORE THE AVERAGE WAS CALCULATED. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 40 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 25 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 NPHI CNAV PU-S 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 1FRAT CNAV 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 CRAT CNAV 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 NCNTCNAV CPS 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 FCNTCNAV CPS 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 CFTC CNAV CPS 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 CNTC CNAV CPS 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 GRCH CNTD GAPI 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 TENS CNTD LB 1244219 O0 000 O0 0 4 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 15 ** DATA ** DEPT. 9336.500 NPHI.CNAV -999.250 NRAT. CNAV NCNT. CNAV -999.250 FCNT. CNAV -999.250 CFTC. CNAV GRCH. CNTD -999.250 TENS.CNTD 1470.000 DEPT. 8979.000 NPHI.CNAV -999.250 NRAT. CNAV NCNT. CNAV -999.250 FCNT. CNAV -999.250 CFTC. CNAV GRCH. CNTD 15.084 TENS.CNTD -999.250 -999.250 -999.250 -999.250 -999.250 CRA T. CNA V CNTC. CNA V CRA T . CNA V CNTC. CNA V -999.250 -999.250 -999.250 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .004 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .005 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER 5 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUMBER: 1 DEPTH INCREMENT: 0.5000 FILE S~Y VENDOR TOOL CODE START DEPTH CNTD 9357.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT): STOP DEPTH 8975.5 28-JUN-98 8C0-609 1625 28-JUN-98 9350.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 16 TD LOGGER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): 9351.0 8978.0 9335.0 1800.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE GR GAMMA RAY CNTD COMPENSATED NEUTRON $ TOOL NUMBER ........... CGRS-A CNT-D BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT) : LOGGERS CASING DEPTH (FT) : 8.500 951 O. 0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS~OIL RATIO: CHOKE (DEG) : 9.00 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT) : BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5500 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 25000 TOOL STANDOFF (IN): REMARKS: Tied into SWS Sonic dated 13-Mar-1991 Note: High Gamma Ray activity at 9258 feet due to neutron activation while pumping fluids 150 BBL seawater pumped prior to logging and 2 BBL/min pumped while logging TD tagged at 9351 feet Three passes logged at 1800 fph 2.5" OD CNL used for logging LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 17 THIS FILE CONTAINS THE RAW DATA FOR PASS #1. $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 NPHI PS1 PU 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 RTNR PS1 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 TNRA PS1 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 RCNTPS1 CPS 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 RCFT PS1 CPS 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 CNTC PS1 CPS 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 CFTC PS1 CPS 1244219 O0 000 O0 0 $ 1 1 4 68 0000000000 GR PS1 GAPI 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 TENS PS1 LB 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 CCLD PS1 V 1244219 O0 000 O0 0 5 1 1 4 68 0000000000 ** DATA ** LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PA GE: 18 DEPT. 9357.000 NPHI.PS1 RCNT. PS1 3764.706 RCFT. PS1 GR.PS1 52.647 TENS. PSI DEPT. 8975.500 NPHI.PS1 RClTT. PS1 6758.759 RCFT. PS1 GR.PS1 16.475 TENS.PSI 59465.094 RTNR.PS1 0.000 CNTC. PS1 1186.000 CCLD.PS1 9.713 RTiV-R.PS1 2329.939 CNTC.PS1 1467.000 CCLD.PS1 -999.250 TNRA.PS1 3764.706 CFTC. PSi -0.010 2.901 TNRA.PS1 6089.460 CFTC. PS1 -999.250 -999.250 0.000 2.454 2329.939 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .005 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .006 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE~BER 6 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUMBER: 2 DEPTH INCREmENT: 0.5000 FILE SUPEEARY VENDOR TOOL CODE START DEPTH ........................... ClFTD 9356.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT): STOP DEPTH 8994.0 28-JUN-98 8C0-609 1625 28-JUN-98 9350.0 9351.0 8978.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 19 BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR): DEPTH CONTROL USED (YES/NO): 9335.0 1800.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE GR GAMMA RAY CNTD COMPENSATED NEUTRON $ TOOL NUMBER CGRS-A CNT-D BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT) : LOGGERS CASING DEPTH (FT) : 8.500 951 O. 0 BOREHOLE CONDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS~OIL RATIO: CHOKE (DEG) : 9.00 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT): BASE NORMALIZING WINDOW (FT) : BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5500 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 25000 TOOL STANDOFF (IN): R~IARKS: Tied into SWS Sonic dated 13-Mar-1991 Note: High Gamma Ray activity at 9258 feet due to neutron activation while pumping fluids 150 BBL seawater pumped prior to logging and 2 BBL/min pumped while logging TD tagged at 9351 feet Three passes logged at 1800 fph 2.5" OD CNL used for logging THIS FILE CONTAINS THE RAW DATA FOR PASS #2. $ LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 2O LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 NPHI PS2 PU 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 RTNR PS2 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 TNRA PS2 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 RCNT PS2 CPS 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 RCFT PS2 CPS 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 CNTC PS2 CPS 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 CFTC PS2 CPS 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 GR PS2 GAPI 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 TENS PS2 LB 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 CCLD PS2 V 1244219 O0 000 O0 0 6 1 1 4 68 0000000000 ** DATA ** DEPT. 9356.000 NPHI.PS2 21.103 RTNR.PS2 4.000 TNRA.PS2 RCNT. PS2 3878.788 RCFT. PS2 969.697 CNTC. PS2 3878.788 CFTC. PS2 GR.PS2 27.121 TENS.PS2 1245.000 CCLD.PS2 -0.010 4.000 969.697 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 21 DEPT. 8994.000 NPHI.PS2 RCNT. PS2 6617.430 RCFT. PS2 GR.PS2 22.280 TENS.PS2 11.024 RTNR.PS2 2386.387 CNTC. PS2 1402.000 CCLD.PS2 2.773 6643.216 -999.250 TNRA.PS2 CFTC.PS2 2.634 2386.387 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .006 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .007 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER 7 RAW CURVES Curves and log header data for each pass in separate files; raw background pass in last file PASS NUMBER: 3 DEPTH INCREMENT: O . 5000 FILE SUMFIARY VENDOR TOOL CODE START DEPTH CNTD 9356.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME LOGGER ON BOTTOM: TD DRILLER (FT) : TD LOGGER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR) : DEPTH CONTROL USED (YES/NO): STOP DEPTH 8990.5 28-JUN-98 8C0-609 1625 28-JUN-98 9350.0 9351.0 8978.0 9335.0 1800.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 22 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE GR GAM~A RAY CNTD COMPENSATED NEUTRON $ TOOL NUMBER ........... CGRS-A BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN) DRILLERS CASING DEPTH (FT) LOGGERS CASING DEPTH (FT) 8.500 951 O. 0 BOREHOLE coArDITIONS FLUID TYPE: FLUID DENSITY (LB/G): SURFACE TEMPERATURE (DEGF) : BOTTOM HOLE TEMPERATURE (DEGF) : FLUID SALINITY (PPM) : FLUID LEVEL (FT) : FLUID RATE AT WELLHEAD (BPM) : WATER CUTS (PCT) : GAS~OIL RATIO: CHOKE (DEG) : 9.00 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): THERMAL SANDSTONE 2.65 BLUELINE COUNT RATE NORMALIZATION IN OIL ZONE TOP NORMALIZING WINDOW (FT) : BASE NORMALIZING WINDOW (FT) : BLUELINE COUNT RATE SCALES SET BY FIELD ENGINEER FAR COUNT RATE LOW SCALE (CPS): 0 FAR COUNT RATE HIGH SCALE (CPS): 5500 NEAR COUNT RATE LOW SCALE (CPS): 0 NEAR COUNT RATE HIGH SCALE (CPS): 25000 TOOL STANDOFF (IN): REMARKS: Tied into SWS Sonic dated 13-Mar-1991 Note: High Gamma Ray activity at 9258 feet due to neutron activation while pumping fluids 150 BBL seawater pumped prior to logging and 2 BBL/min pumped while logging TD tagged at 9351 feet Three passes logged at 1800 fph 2.5" OD CNL used for logging THIS FILE CONTAINS THE RAW DATA FOR PASS #3. $ LIS FORMAT DATA LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 23 ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE .............................. 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT I1 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 NPHI PS3 PU 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 RTNR PS3 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 TNRA PS3 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 RCNTPS3 CPS 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 RCFT PS3 CPS 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 CNTC PS3 CPS 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 CFTC PS3 CPS 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 GR PS3 GAPI 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 TENS PS3 LB 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 CCLD PS3 V 1244219 O0 000 O0 0 7 1 1 4 68 0000000000 ** DATA ** DEPT. 9356.000 NPHI.PS3 21.103 RTNR.PS3 4.000 TNRA. PS3 RCNT. PS3 3878.788 RCFT. PS3 969.697 CNTC. PS3 3878.788 CFTC. PS3 GR.PS3 54.242 TENS.PS3 1127.000 CCLD.PS3 -0.010 DEPT. 8990.500 NPHI.PS3 13.509 RTNR.PS3 2.984 TNRA.PS3 RCNT. PS3 6018.710 RCFT. PS3 2016.740 CNTC. PS3 6013.003 CFTC. PS3 GR.PS3 17.561 TENS.PS3 1485.000 CCLD. PS3 -999.250 4.000 969.697 2. 974 2016. 740 LIS Tape Verification Listing Schlumberger Alaska Computing Center 23-SEP-1998 15:35 PAGE: 24 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .007 SERVICE : FLIC VERSION : O01CO1 DATE : 98/09/23 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** TAPE TRAILER **** SERVICE NAME : EDIT DATE : 98/09/23 ORIGIN : FLIC TAPE NAME : 98475 CONTINUATION # : 1 PREVIOUS TAPE : COFk4ENT : BP EXPLORATION, PRUDHOE BAY, F-45, API #50-029-22142-00 **** REEL TRAILER **** SERVICE NAME : EDIT DATE : 98/09/23 ORIGIN : FLIC REEL NAME : 98475 CONTINUATION # : PREVIOUS REEL : COA~W~ENT : BP EXPLORATION, PRUDHOE BAY, F-45, API #50-029-22142-00 FIELD NAME : PRUDHOE B~Y B(]R[}[!GH : NORTW SLOPE STATE : ALASKA AP1 NUNBER : 50-029-2~t42 REFERENCE NO : 74444 lO-Af"P-19~! lJ :54 **** TAPF~ HE~,PE¢ **** SF~IV!C~; ,~I~K : EDIT OP !C!~ : FLIC TAP[:.' NAP[~ : 744,14 Cn~.~E~.~;T ~ BP EXPLDRATIrI~.~,PR!JDHO~; ~A~,F-45 (34-02-11-13),50-O29-22142 **** F ! [.,l~; NEADER **** SEPVICE : FbIC P~T~ I gl/n4/10 M~X P~TC SIZb7 : !o24 FIbF TYPE : T.~n I.~S~ F t L~.; PAGE: ******************************************************************************** ******************************************************************************* ** ** ** ** SCHLU~IEEgGER ~ELL SERVICES ** ******************************************************************************* ******************************************************************************** ~F!,!~: F-~,5 (34-02-1.!-13) FIELD: PRU[)~O~ RAY STATE: ALASKA Lr'~CaTIgt,!: 3oq~' SNL & 2!9'1' WEb [.,OG ~.~7~S[.tRED F.R.O~-~ R~i.g 56' Ai¢ovg PER~'~ANE!".~T I$ Tar, e Yer~ftcatiof l,i. stina KTFVATIO,~:S KF'~: 5&' 36.2' · h?7~O ' DENSITY,* 9,9 r!'bTR[TE !~ESISTIV!TY: ~UD CAKE P~]SIST!V!~I.Y: ¥I$COSITY: 39 FLi!ID L[]S$: 3.8 3.44 ~ 63 ~.72 a 63 2.55 a 63 ~")~IE; CIRC[!LATIgN E?DED: 16:30 P¢ t,!DH[;E ~AY A, F~ITZKE C. ZAP, tqDT//G. ~[AI!..,E;iY TCM-~B !.07 TCC-A 123 SL$-VB 26 D!C-KC ~77 SGC-SA 404 DI51-HO 379 ~MM-A~ 774 DRS-C 4950 G C AMS BITE-SD'F- R-T C- . WERE RU .... ............. _ ~,,'~ Ow THE TOOl., STRI SF':D ON T~'{E .... u~.tu ............ SBT,ECT.'ED AT> 20 K~Z, [)aTE LOGGED: !3-PqAR-1991. TU? DF ! !..,[.ER: 95!. O' TD I, ni;GER~ 95~ O' C~SI~.,:d 1: 9 518" 47 [,B ~ DF:t!,~I,E~ DEPT~ O~" O' T0 871.1,' a!T SIZE 1: ~,5" a 871!' TYPE D~iNS'ITY: ~,~ Vle~'rlqlTYl 34 .. ..... kJ k-,- ~,g · Pt4:~,5 PL[IID LOSS~ 8,20000 ~:~U[:~ RE]$!S ~!vlTY: 0.58 a 55 I O-A~.~R-,.~ 99 ! 11:.%4 0.49 r~ 55 0.57 '~ 55 l.,e{;G! NC t~!gT~ICT: ~ T T f,." KS,S: T, '~'~ E S 7, ARNI~T ! ~a!<SSE;R TCC A 123 SDC 14 DIC 271 CbC HA 1675 [)~S 4q69 h~H ~A 950 $6C SA 593 5LS wA 2004 DIS ?.76 NSC 793 F'T [{Tb D .N F i'~,a~P K S: TOOL $'I'~'!NG (ROT-TOP) D!TE"B;tC$-SGTb-TCC-A'MS 5 !,5" TEFLON STANbOFF8 ~ND A 2' HOLE FINDER WERBT~ USF;D ON O;taL, PI~T'S., 7 1,5" R~TBBE]R.~... STA~DOFFS O~! T~B7 8~,~CS, TOOL $'rP!N¢ (GUT-TUP) LDTD-Cb;Tii-SGTL-TCC-AMS, BOW SPRING ON THE CNI., AND TW(') ROLI..,OVER SLEEVES, ~EUTRO% t4~t'R!X=SA.l~r~, ~.aTRI, X {)EF:$'!TY = 2,65 G/CC, F!.,U!D DB~NS!TY I G/CC, HOI, E CORF. ECTION = CAb!PER. ****************************************************************************** F!bE -EDIT,OO! t~P EXPLORATION PRi,JDHOE ~,~AY F - 45 (34-02..t1-13) 50-020-22 ! 42 EVERY -,5000 FEET P!.!ASOR DUA!.~ I~DUCTIf'~,~ SI¢'L blTHO DFa!SITY PAGE: Tape Vertt:ication l,ist'!r~,q chlt~?.'~:er,,Ter ~t!esKa Comr~t~tfnc~ Center PAGE: 4 CN [i%P E~PSO~TI~M COmoany. Mama. Wr, F - 45 (34-0~-11-13) A P l'~' 50-0~9-2214 2 Fl, 21~0' FSL & 2196' F'EL S F C m Cods~ NO~H SLOPE S~T ~ ~ T ! USA S ['~,'~ 548190 PD~T .MSL F:P D F T 0 ~. APt:, ~'T 65,7 Ewe% PT 65,7 EDF FT 65,7 ECl.., WT 36,2 TDL VT 9510, B!,I VT 9502 , Tbl ~'T 2661 . DFT P, RINE f XCD D F p (; / C 3 ~, 9 DFV CP 34, DF'L F3 8,200001 %.~ MCST DK~F 55, Field Name Well Name .APl Serial Number Field Location Section Township Range County State or Province Nation Witness' Name Service Order Number Permanent datum Elevation of Perm, Datum Log Measured From ABOVE PER~AMENT DATUM Elevation of Kelly Bushing Elevation of Derric~ Floor Elevation of Ground Level Total DePth - Driller Tota~_O~pth- Logger ~Ottom Log Interval Top LoG Interval Drtl!i6o Fluid Type Orilll. no Fluid Density Dr llin~ .Fluid Ph Drillin6 ~!u~d Viscosity Orillin~.F.lul~ Loss Resistivity of ~Ud Sample ~u:d Sample Temperature ResistiVity of mud filtrate s aud~Flltrate SamPle Temperatu Resistivity of Mild Cake Sampl Mt~d Ca~e SamPle Temperature Bottom Mole Temperature IS T~n~ Ver~.fication !~i st ir~c~ ChlUm~er~r A!_as~a Come, ut. iraq Center 10-APR-19gJ 11:54 PAGE: I;eDth Channel flame TND~iCTIOU DEF. P PH.t, S3R cr!NDUCTIVITY- I.~,,.D. UCT!Ob rJE~jP PttAS(]~ RKS!ST!VITY !ND~!CTI~U ~4EI')III~ DHASO~ CCNDIICTIVITY r?~OUCTION ~Er'I!..;~' PHA. SQP RESISTTVTTY r)ee~ Induction o.andard ~,rocessed Conductivity Dee~ lnductIon 8ta~darn Processed ~esistIvltv t~edium It~ductiem Standard ProcesseO COnductivlt~ v4edtum !nductiom Standard Processed Resistivity Imductio~ Ca!Ibrated Frenuencv ' IDOF DEEP IN[)UCTI['~N OHAi:ITY FACTOR I~OF ~iF[) INDUCTION ~U~blTif FACTOR Peen InductioD ~eal Intermediate Conductivity POOD IBdUCtJ. On Quad lDterwedI, ate Cor'~dt:ctivlty ~edj.~lm Imdtlctlon Real Intermedl. ate Condt.lCtiV vedi[l~ IDouction ~uad Intermediate CoBdtlctlvttg SVI, ~sist!vitv (unaveraoed) Spontaneous Potential Camma ~av Temslon ~ud Temperature ~,~ I.! D Resistivity ~ead Tensinn Density Porosity ~3ulK Densj. ty Delta / . , . Photoelectric Factor Quality contrnl o~ lonq m~aclnc~ for LDT Oual!tY control, on short spacing ~or bDT LoB~ SDacimq Computed Cot!Dr Rate Long bower ~,ln,.c~o~ Cou. Bt Rate bit,alcoa ~,~.iDdow Count Rate Short Sp~cInQ !. Window Count. Rate Short ~pac..nc~ ~ Windo~ Cou~t Rate [~ODQ ~[}aC~ ~.Qh Volta. c:~e [)utout sr. ~tzah Vol. ta~e f,oor~ OUtPut ~ort. SoaclOc~ '' Sbort SDaCiD~ '! Density bon~ J~DaC~,~q P~'~OB (Uncorrected) I, onq U~?,per R. HOa Ca!i~er Tens !.o,~ ~,~: U D ~esistlv~tv ~e~d Tensio~ t~ut'ron Poros~.tv ~' Tnermsl Neutron ~atfo Thermal Neutron Porosity Calibrated Thermal ~',~eutron Ratio ~,~eut:ron ~¢orositv Ot!tpt)t From ar~ Ap~lJCat. io~ 18 Tace ver~f..ica~ion l.,lstinq 10-~[:;P-lgg! 11:54 I';. E F' .T. imm~m ~mmm~ C N T P C ~,~ T C C~TC C~'TC ~ ~ tension f~ P E ,~ ~ ~] r:~ ~esistivitv uTE~ ~ t,) d Temperature HT~, Head Tension T~uS Ten~ion ~,! m E~ ~ud Temperature ~ ~ [~:f ~ID Resist:fyi. tV g T ~t'.' Head Ten~ion }iD]~ Hole niameter !..,~ I.,arqe ~rm $~ Small ~rm Nh~t3P M1cro ,,ormal. ~esistivitv ~ l'~,~v ~icro-!nverse ~eslstivit. y UT Dbl[.,TA-T TT! TR~blSIT TI~E I TT2 '.TRA"~SIT TIME 2 TTd TRA~,~SIT TlbfE 4 T w I',-~ S Tens ion MT['~'~ MUd ~emmerature ~ b'tS b~UD Resist ivJ. t:.V HTE~ Head Tension D ~ )) E L T A - T '~" "-T [,EI_,gA bONG ~P~C!NG DTL~ DEI..,~ ~ LONG 8PACI~;IG fVEA[~. D T L F' I) T L F TT1 ~RANgIT TIME 1 T~2 TRANSIT TI~E 2 Tm4 T~A~:]$].T TI~E 4 1.~!, LDNG 8P.AC!~G TRA~?~SIT TIME MODE i ITT3 I.,O~?G SPACING TRhNSIT TI}.{E ~IODE 3 L~Td I:,O~,~C SPAC!N(; ~'~A?STT T:I~'iE NODE; 4 (;~ Gamma Ray 'r F r,~ ~ T e v s :i o n ~T}~?~ Mud Temperature ~ ~:1S ~uD Resistt. vitv U T[:~) ~.,,~ e a d Tension ~S ~aF, e Ver.ificatio. Listi.o Chlumberc~r Alaska Computino Center lO-ABR-1991 ~!:54 ** BATP, ?'FIRMAT SP%.:CJFT. CAT.[OI',; R},',C,q~D ** ! 66 0 ? 66 0 3 73 4 66 5 66 6 73 7 65 ~ 68 9 65 PT ~ 66 !~ 1.3 ~6 0 I~ AS PT !5 66 68 16 ~6 1 0 66 0 mm#mmmmmmmmmmmm#mmmmmmmm~m~mmm NA~,F sER,, U~,~IT ....... I AP! PI FI, .... [~lJ~ REPR PR,, S ID ORDER ~ bOG TYPE CLA~ ~,~(3D NUMB SA~D EI,,~,E~ CODE (HE]X) '""" ..... ,,'"",,','"'"",,'""'"""" .... ' 'T'""'"';'"'" .... DgPT . 5~ ,q O0 . O O0 ~ 1 4 8 000000 0 0 C!DD DTE D~MHG 548~9(; Off OOC, O0 0 1 ~ ! 4 68 0000000000 IDD~' DTE 0~-{~ 548190 O0 CI~D IDTE M~?IO 548190 O0 I~P~ DTE (.)H~~ 548190 O0 C!LD D'!:E ~k~H{) 54R190 O0 I I., D O T ~C 0 H a '~,~ 54 8 190 0 0 II,~. DT~ O~4Mg'~ 54B!QO O0 IF'RE DTE HZ 548190 O0 Ii~!Om DTE 54~1q0 O0 ITRO DTE ~,~.!gO 54819C O0 I~XD D~ ~4~aHO 548190 O0 t!Pu DT~ ~.~',4BO 548190 O0 IIX~' DTE q~,~HO 548i9(') O0 SFbU UTE i}H~M 54H! ~0 O0 8P DTE ~,iv 548190 O0 GR t'>?E C;~PI 5,X8190 O0 TENS DTE L,?! 548190 O0 MTE''~ OwF D~IGF 548i9C; O0 HTtiN DTE bP, 5481.9(l O0 DPH! !,PT PI} 5~8!~0 O0 RPU~.) [,D7 G/C3 ~4819u O0 DRHD I.,DT G/C3 54810o 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000o0o 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 PAGE: I$ ~ar~e Verif~e~t~.on Lj.~ttn_a PAGE (.)SS LDT 54~ .1. gO T,$ LI'~T CoS 548190 l,l~ BDT Ct~;5 54~. 1. qo O0 L,[~ [,~T CPS 54~!g0 oO L, IT~ [~i)T CPS 548~9~ SS! LD~ CPS 548~90 00 SS2 LDT CPS 548190 O0 J..,S H V bl)T V 548109 O0 SSHV bDT V 540!9C) O0 $1~u bL'r c:/C3 ~4~t90 O0 I.,S~H !.,DS G/C3 5481,90 O0 I.,UP~ LPT G/C3 54~190 C ~ 1., 't' [,DT IN 5481g0 O0 G~ LPT GIPl 548190 O0 T F: ~'~ SLDT LB 54~1.90 O0 ~KS [,,9~ OH~q~ 548190 O0 ~.~TEk~ [,PT !.,B 54~190 0o bIPHI C t~i 1~ [)!J 54~190 0() Rm~ ~ CcL 548190 oo TNP~ C~gL Pti 548190 O0 TNPI Ct~L 54819(; OO N~o~ C:q'h PIJ 548190 O0 F'C ~,~T CNL CPS 548190 O0 RCF~ C~!'I,, CPS 548100 O0 CNTC CNL CPS 548190 O0 C~TC C;'~L CPS 548190 O0 ~P CkL, G~PI 54819O O0 TE~JS CNI, LB 548190 OO ~!PE$ C;4L (..~Hi~M 548190 O0 H T E~ Cbii, [,~B 548!9u O0 GR ~CD GAPl Sa~ioO O0 TF~:,~G PCD [,,E 548!90 00 ~,¢TE~'~ PCD DEGF 549190 OC ~PES PCP OHMM 548109 O0 HT~:~,~ PCD [.,~ 54:8190 O0 HDI.~ PCO FT 548190 O0 g~ FCD I~ 54g190 O0 S ,~ P C g l ~ 54 ~ 1 90 O 0 ~.~N(JP PCD Ol~b~,~.~ 548190 O0 ~I~V PCD O~;:,!a 548190 O0 pt F, HC ~S/F' 548190 O0 TTi F~HC !{$ 5.48100 O0 TT2 ~HC U,S 548190 O0 TT3 aHC ~$ 548190 O0 ~.,a ~Hc us 54atoo oo fir F~HC GAPI 54~!90 eO 0000000000 0000000000 O000OO0000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O0000000OO 0000000000 0000000000 O0000OO000 0000000000 O00uO00000 O00OO00000 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 O000OO0000 0000000000 0000000000 IS raoe VerJ. fication l,ist, inq ch.lum~erqer ~.lasKa Com!:~t.!tir~q Cent;er I i)-A?R-1q91 1!:.54 TO OqDEN ~ LOG T DTL S['>T US/F 54P 1.90 O0 [)~[,M S[)T US/F 54~!q0 00 ~Tb~' S~T ~IS/F 5!~19~ TT1 SbT ~,S 54~199 00 TT? SDT US 54~!90 O0 TT~ gUT US 548190 00 · T,i 8DT IlS 548190 O0 L~T1 5DT bS 54S190 O0 LTT~ S~'r US 54~190 O0 L'~ Sr)T .... U"o ~4~1 O0 O0 LTT ~ SD~ U8 54~190 O0 GP SDT GAPI 5{~t90 TEJ. N' 8 SDT LB 54~190 O0 OOO O0 0 1 1 1 4 69 000 nO 0 1 ! 1 4 68 000 00 0 l 1 1 4 68 OhO O0 0 i I 1 4 68 000 00 0 i 1 1 4 68 0oo oo 0 i ~ ! ~ 6~ 000 00 (;' 1 1 I 4 6 ~ 000 O0 0 t I J. 4 68. 000 00 0 1 1. 1 4 68 00,) 00 0 1 t I 4 6~ 0()0 00 0 I t 1 4 68 o o o 0 o 0 1 1 I 4 6 ~ ooo oO 0 !. 1 i 4 68 000 00 O ! 1 1 4 68 o 0 0 00 0 t i ! 4 6 8 000 () 0 t; 1 1 ! 4 68 oo0 00 0 1 1 I 4 68 o o 0 0 0 ~.) I i ! 4 68 000 O0 0 I ~. I 4 68 000 00 0 1 ! 1 4 6 ~ PROC (HEX) O0000UO0 .... O00000OO00 0000000000 0000000000 0000000000 o0000o0000 0000000000 o000000000 0000000000 0000000000 0000000000 0000000000 0000000O00 0000000000 O000000nO0 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 DEPT. 9572,000 T~,~ ' - ..... . ,DTE ~a,414 IIRD,bT~. !04,813 SFLU..:~:E 9.50~ ~ T E.;~ DT~: 1.67,875 ~Hon:LD~[' .999,25(~ t,m TM. [,PT -999,25o C.~[..T . LDT '999,250 ~E;8, [.,DT -999,250 T N [:, H. C ~ 1, : 909,250 RCFT, C~':~[, -999, T~N,c. CNL -999,250 GP. PCD -999.25o HTFN . PCD -909,250 ~M Nfj~, PCD -9g9, TT2,BHC 371.200 TFi~.~ 8. BHC 2597 , D~ , SDT '999,250 '!'T~ ,SOT '999,250 I,,TT ! .SDT -999.25(> C;P, 89!' -999,250 CIPP,DTE I i 6, QO0 · ' w D T g 20 ' IF~ ..... , T ' 000 IIX[.).D E 8.4.60 SP.DTE -~6.000 M R g $. [)T E 0.169 O R H 0. !, D T - 999,250 1,8. l,,f: .,' -9o9. 250 8~ L!)T '999,250 .. i.t.~T -999,250 l~,P'I' -999. 250 GR. {, t~,. '999. 250 CNb -999 . 250 CNTC C:~ L -999 950 HRFS' (.~NL -~99.2~ 0 TEt¢S, PCD '990,250 HI)IA, PCD -999,250 ~I'NV, PCD -999,250 TT3,BM{. 53 '':'7 ~ - BNC 167, B 5 ',TEM. O T L,. 8 D T - q 9 9.25 {) TT2," L,I2, DT '9c:9 2..-,. ........... :~ T E b: S. S D T - 999,250 I L D, ! P Q F, IIRM~ GR. H ,r E,,'. , PEF t 882. TENS, ~ P H I, NPOR, C F T C. LA, DT. TT4. MRES, DTLN. T'I:3, O T E DTE D'r E DTE DTE b D T bDT LDT LDT L, DT C~ L PCD PCD BHC BHC SDT $ D T 8,617 8,445 3,000 112...313 85 375 -999 250 -999 250 -999250 -999,~50 -999,50 -999 250 -999 250 -999 ~50 -999.250 -999,~50 -999.250 78,600 374.800 -0,169 -999 250 -g99125o -999.250 -999.250 CIMP DTE CIL~'DTE IMQF.DTE IIX~,DTE TENS.DTE DPH I . bDT Oho. LDT LL.LDT LSHV.LDT 5URH.LDT MTE~.LDT RTNR.CN:b RCNT'CNt, GR,CNb HTEN,CNb ~RE$,PCD $loPCD TT1,BHC GR,BHC HTEN,BHC . 8DT DThF, :5~ ~:RES. MDT 116 688 1181750 2 000 '2 432 2545 000 -999 250 :999 250 999 250 -999 250 -999 250 -999 250 -999250 -999250 -999 250 -999 250 -999~50 -999 250 529 200 85 375 -999 250 -999 250 -999 250 -999 250 IS Ta~e verif, icat1, oB !.~istinq cblu~erc~f ,~!~ka Comt~utinq Cept. er DPPT. 95(}0.o00 ! F'[), DT~i 104,~75 ~.WQD. hOT 2,599 U~HO, LDT SSHV.bDT 1393,o00 S1R!'{,bDT CAI.,T. I, UT 9,44.5 ~R. bDT ~'~r' ES. bDT 0,165 HTKN,LPT T~ ~~ . C~.; I, 26, &50 T~'iR ~ · NCWq .C?~. 976,320 C~.~TC. CNi~ TF~,;S. C ~,]L 4285,[)0() Cm,PCD -999,~50 HTEb),PC~ -099,250 HOIA.PCD 'rT2. ~C 37 1, ?oo TT3, E ~< S. ~ ?~ C 3928. {~ 00 ~ T F t4. F, H C . ~, D T [~T S!:T .oqO 2~C, DT:L,S ~ .-'. ,~ ~ .,- ~ .. 'rTl ,SOT -999,250 TT2.SDT HT[:r4. SDT -999' 250 DT. q400.O00 CIDP.!)TE DTE P. ....... ,'307 CI :[ l.,~', n,~"E 2.324, IF~E.DTK I IRF, tj)TE: 335,500 IIXD.DTE D T ~ 2, ~; 25 b?~ :167,375 ~<:RES DTE t, i~ T 2.279 D ~ H O, L D T LE;T -0,001 I, DT 1 ! 5' 000 SS 1 · LDT SS~Y. !,OT :! 396,000 LOT 9,297 GR. LDT L O T 0,166 ,C~,~L 25 656 RCFT,CNb !O92,62~7 C~.~'!'C, C f:~ L . P( ~ C") - 999 . ~ ......... B[-{C 414,000 TT3. SDT -9~q 250 l)Tb BDT S , i -999 ' ,7' ~:" .250 T T 2 ,8DT -999,25() LTT2.SDT 11:54 ~ 14.b25 IDPH, [)TE 117.563 ILD.DTE 20, o00 IDQW. !.)TF: ;~.477 TIRH.DTE -25.~75 GR, D'rE 0. 169 ~TE~, L)TE 0.044 PEF.bDT 23 !. 000 LU. bDT 21P.500 SS2,hnT 2.443 LSR~. L[>T 11 L{. 938 TENS, bDT ~5~.000 NPHI,CNL ~,54~ NPOR,CNL 2~9.83] CFTC,CNL -999.250 ~TE~,PCD -~9~. 250 LA, PCD -999. 750 DT, 53] .200 TT4, 167,875 ~ES.BHC -999,250 DTLN,SDT -999.250 TT3,SDq" -99'~ 250 I~r~3 SDT 4 '..) c~, 0 0 0 I D P H, D T E 42 o, 2 5 0 ! ! 2 (;. 0 t) 0 I D 0 F. D T E 43 6~8 TIRM,DTE - 3 C' ', 67 ..... 2 -0,014 PEF, bDT .... ,' nT 355.750 LU, 2!~ ,000 852, LDT 2.348 [., S R 'H, b D T 2~. 2~! ~'~'S bDT 737, ..... ~: ....... . ........ 2.617 NPOR.CNb 29t~.5. 191 CFTC. C~b O,lt~6 '~ TE~, CN[.., ' 99 ~,'~, 250 -990,250 LA. PCD ~99~ . 250 DT, 591 ,279 TT4, [:~iqC · ~ HC lt, 7,~75 ~4 R F'8' ,SqO . :,: i~ . e ..... . -999,250 T'I3,SDT -999.250 LTT3,SDT -999,250 ~.7lg 8.500 0.000 !15.31] 85.]75 77~,500 2,977 223.875 297.750 2.555 4285,000 25.899 25 1005:910 176.750 -999.250 -999.~50 78.600 374,800 0,169 -999,250 -999 250 -.999i250 -999 250 2.44] 2,379 0.000 398'250 27~$63 782.000 2;5 8 333.000 309.500 2,291 3955.000 27.181 29,271 1130.999 1,76'375 999'250 :999.250 9!.760 4!2.721. 0 !69 -999~$0 -999,250 CI?~P.DTE CIL~.DTE ImQF.DTE IIXM.DTE TEN$.DTE Q!.,S . LOT LL. LDT LSHV,LDT bI.~RH,LDT MT~.LDT RTNR,CNL RCNT,CNL G~,C~L HTEN.CNL ~RES.PCD SA.PCD TT1,MHC GR.BHC HTEN.BHC DTLF.SDT TT4,$DT LTT4.SDT MRE$.SDT C!MP,DTE CIL~,DTE IMOF,DTE IIXM,DTE TMNS DTE DPHIiLDT OhS LOT UL,LDT LSHV.LDT bURH.LDT MTEM,LDT RTMR.CSL ~ C~T, dR. C~L !'i TE N, CNL ~RE$.PCD SA,PCD TT~,BHC GR,BgC HTEN.B~C DTLF.SDT TT4,SDT LTT4,SDT ~RES,SDT PAGE: 10 llB 313 121:938 0,000 0,976 3880,000 3.073 0,004 119,125 1727,000 2,557 ~76,750 2690, 2 118.93~ 852,000 '999250 '999:250 529 2O0 85:375 770,699 -999,250 -999,250 :999.250 ~99'250 433,250 430,000 O,000 18,156 3885,000 22,511 '0,007 189,250 1728,000 2,297 176,375 2'942 3132,475 28,281 737,500 '999 250 '999 250 593 279 27 137 785 602 "999 250 -909'250 -999,250 '999'250 7~ T~r~ V'erfflcation l,!stin~ chlur~er~:er ;~!asKa Cor~putinq Cnt~ter . 9300,0 n 0 C I~PP.PTr 7,09~ . OTF] 7. O~ 2 IPRF], OId .0TE 166,875 .[.,r~T 2,305 DP}i"~ bDT SS~'V.LD'f !39~, 00 .S ~H~LDT' .LOT 9.297 G~, LL)T . LDT 6.167 C ~ t., 21 .aq'i TriR. ~ RrF~'._...I.... 1430,674_ CUT¢~, C~;L, ('~P. PCO -999,250 }~1'~ ~:, Cf> -999,250 HDIA,PCD , ACD -999. 250 'T"T2.BHC 403,1P! TT3.~HC TEUS,~qC 3862,000 ~4TEH, 3hC , SDT -999,250 [)TL, SDT , SDT -999,2~0 LTT2. :~DT GP.SDT -999.25f) TENS.SBT SDT -qg~. 250 DT. :. ,::~ DEPT. 9200,000 CIDP,DTE !~PH.DTE 8. 172 CILO,DTK Ib~...f}TE 8.367 iFRE,DTE I'!RB, DT'C a4,6a8 II~D.OTE 5FLO. DTE 9,563 SP, 9TE ~4TF~~ DTE 166, ~'bDT R'~O~,I.,DT 2,287 DRH ...., ........ O S S, L D T 0,00 ]. I~ $, L D t.I TH. LOT 124,31. 3 SS1, SSHV,LDT i 397,000 S'!RB,i~DT C ! L 'l, L [) T 9.297 G R, L D T ~P'FjS, LOT O, !68 BTEN, I, DT TNPH,CNL 19.700 T'NRh, CN!, ~CFV, C~I.. i746,54:3 CbiTC. CF!L GR,PCD -999,250 T~]NS. PCD HTEN. PCD -999,250 HDIA, PCD ' PCD '~O~, PCD 999,250 HINV. m*2, B~{C 378..39~ TT3. BHC 9T, SOT '999,250 OTb, SPT ~g~ -~q9 250 T~2,gDT TT1 , ..... , LTT1 SnT '~691250 bTT2. ~n~ GP.SOT -999'250 TE¢,~8, SDT ~ q"ET~. SOT -999,250 DT. ~,':-APR-199J 11:54 1!.3,438 IDPii. OTP; 116.438 ILD.DTC 20.000 IDQF. 9TE 9,578 T!R?.OTE .'3. ] 69 HTEM, I)T~; -(' .036 PEF, LDT 32 ~. 000 LU, LDT 199. 125 SS2.LDT 2,463 23.219 TENS, ~DT 750.500 NP[iI.C~L 2,225 HPOR,CNL 304a.413 CFTC,CNL "'. !67 MTE~. C.~ib -990.250 MTE~,. PCP -99(~ 250 La. PCD -99~: 250 DT. 55g.375 TT4.3~lC 106.775 MRES,BHC -999,250 DT~N.SDT 'g99.~50 TT3,SDq' '999.250 LTT3.SDT '999,250 MTE~. SDT 93. 750 !DPH, DTE 94.813 ILD,DTE 20,000 IOOF, DTE 2.830 IIR~, DTE "18 , 688 GR. i')TE 0,170 HTEN, DTE '0,0 1 I PEP, LDT 35 ~, O0 O I,~:[,J, LOT 212,250 882,LDT 2.342 LSRH, !~DT 1 R, 4 b 9 T E ~ S, L 0 T 745,500 ~¢PHI,CML 2,042 38t3,906 CFTC,CaL 0.168 - 9 ~) 9.2 5 ;) [., 'q99,250 BT. 536,80i TT4. bric 166,000 MRES,~HC -999,250 DTLN,SDT -999.250 TT3,$DT -999 250 LTT3,SDT -999' ' , ,2 50 8.586 0.000 133.250 20.828 773.no0 3.195 311.750 285 250 2:340 3980.000 21,302 22 829 1399:494 ~74.625 -999.250 -999.250 91.020 401,.359 0.I70 -999.250 -999.250 -999.250 -999.250 10,654 10.539 0.000 1!2.938 16.6'72 789.O00 2,27g 328.000 310,000 2.297 3975.:000 18.560 19.787 1~60.798 172.0B0 -999.~50 -999.253 83.5~0 378,477 0.170 -999.250 -999.250 99,250 CI~P.DTE C!I~a.OTE IMOF.DTE IIX~.DTE DPHI.LOT Ob$.LDT LL.LDT [.8HV.LDT LURH.LDT ~TE~.LDT RTNR CNL RC~.~T:CNL GR.C~+L ~RES.PCD SA.PCD TTI.BHC GR.B~C HTEN.BHC DTLF.SDT TT4.SDT LTT4.SDT ~RES.$DT C!~P.DTE ClLM.DTE IMQF.DTE IIXM.DTF TEMS.DTE DPHI,LDT OLS..LDT LL,LDT LSMV,bDT LURH,LDT ~TEM.bDT RTMR,CML ~C~T.C~b GR.C~I~ ~RES.PCD $~. PCD TT ~,. BHC GR. BHC DTGF,$DT T'T4,SDT LTT4,SDT aRES,SDT PAGE:: 11 140.875 141.125 0,000 -1,013 3830,000 20.922 =0,0lb 173,125 1729 000 174,625 2.471 3137.240 23,219 750,500 -999 250 '999i250 558 875 21,867 776,602 -999,250 -999,250 :999,250 999,250 !22,250 119,438 0,000 3835.000 21.999 0'009 190,125 17.29,0o0 2,305 172,000 2,128 4069.696 18.469 745'500 -999,250 -999,250 538.242 !7'510 790,60:2 -999 250 -999 250 -999 250 -999 250 !Lv.DTR ?~.469 IFRE,DTE' ! I pP. ~7'F ~ ~. 750 IIX O. R~O~.Lt>T ~.214 OR'$O.L~T OSS. LOT (>, O01 IS, LDT SSh~ ~,gl' 13o7,n00 S1RH LDT ~ ~ - ... ~PE8. !~>T O. i 69 HTEt.~, LI)T pC~T'.CtL 1651.48~ C~.~TC. C?.~ L C~.PCD -999.250 TEUS.PCD HT~,¢CD -99q,2BO HDI~,PCD g'~,3P. PCO -999'250 TT~. 3ge 41 O, 950 TT3. TE¢~S.BHC 3890,063 hq':. SOT -999,250 DT[,. TT1 .SOT -o 09.250 TT2. gDT I..,~T 1 .SDT -o99,25o bTT2.SDT GP,S~)T -99q,259 TENS.. SDT ,...~, m ,. ~ .... DE.P..."' T oOOfS,O00 CIDP,DTg I,uPH. DT?, 12.469 CILD. DTL' T [,~. DTE J 2.391 IFRE IIRP.DTE 41 .750 I!XU.DTE ~OP,, LDT 2.5.:~b DPHO,bDT OS,~ [,~..~ P 0,0!4 b :! T [~ I., [') T 71,438 ,> 81. 8SHV b ..... i' 13°7,<)o0 $1, RH,LDT C~[,1 ' "" .... ,I~9T 9.477 ~kgS, !.,OT 0. 170 HTEN. !..,DT T t~ P~, C,:'~ L 1.4 509 ~ 677 C~ITC C'~I. T E'. {,,I S ' C;'~L 3820. OO0 ~'~R ES. CNL gP, PCO -999. 250 T'ENS. PCD gq"~';,i.pcD -999 250 HO[~,PCD YN[')~, PCO -999,250 t~I. NV,PCD TT?, B~iC 3t~4. 723 TT 3,6HC TE~{$. ~HC 38!6,000 ~4TEN. BHC .,.,D [ -999 250 DTb, 8C'T ~T 1 . SDT -999' , .250 TT2.SOT LTT1.SOT -999.250 I.,TT2.8r~'r (;P,SDT -999,250 TE~!S. SDT ~TEt~. SaT -999, ~50 DT, lO-ak'R-! 991 1l:54 15.609 I [:) P H. t)!' E 18.2)7 !LD. DTE 20,000 IDOF.OTE -! .104 I!Rt~. OTE -63.R75 GR,DTE 0. ! 7 ! HTE~. DT~; -0.0i2 PEF.bDT 4i)5. o00 bU. hOT 216.000 SS2.LDT 2.273 LSRH.LDT 16.266 TENS,LDT 706.500 NPMI.CNL 2.200 NPf3R.CNb 3552.9!2 CFTC.CNL O, 160 ~TEM,CtiL -999,250 ~TEU.PCD -999.250 bA.PCD -999. 250 DT. BHC 586,720 164.525 '~99 250 DTL~{, SDT -499:250 TT3.SOT 92.639 51,909 46,7!0 -56,344 0,1'!2 0,024 246,125 216,250 2,436 20.5t33 727.000 1.795 400i,202 0 170 -999 250 ~999 250 -999 250 511, !25 162.750 -999.250 -999.250 -999,250 -999,250 79,441 IDPH.DTE ILO,DTE IDQF.DTg HTE~,DTE PEF,LDT bU, bDT 082, .~D .~ bSRH,, BDT TENS,LD~ NPCIR,C~h CFTC,C~b MTEM,CNL MTEg. PCD DT,BHC TT4,SgC a~ES.BHC DTLN.SDT TT3,SDT LTT3.SDT NTE~.SDT 64,000 54,625 0.000 38.813 14,203 @30.000 ! 974 3732250 32o.250 2.225 3830.000 20.777 21.546 !621.128 170,375 -999.250 -999.250 92.639 410.719 0.171 -q09.250 -999 250 -99o12so -999.250 19 219 0.000 76.41t8 26.031 817,000 3.527 239,000 297,0O0 2,512 3820.000 !4,637 1,4.253 2360.681 .168.125 999.250 -999.250 79,441 374.969 0 172 -999 250 -999 250 -999 250 -990 250 CIgP.DTF CIbM.DTE TMOF.DTE IIX~.DTE TENS.DTE DPHi,LDT OLS.I, DT LL.LDT DSHV.I, DT LURH.LDT ~TEM.t, DT RTNR.C~L RCNT.C~L GR.CML MTEN.C~L MRES.PCD S~.PCD TTi.BgC GR.BHC HTEM.BMC DTLF,SDT TT4.SDT LTT4.SDT MRES.SDT CI~P.DTE CILM.DTE IMQF.DTE IIX~.DTE TENS.DTE DPHI,LDT OLS.LDT L[,.LDT i, SHV,I, DT LURH.LDT MTEM.BDT RTNR.CNL RC.~I C~h GR~C~L 'T CNL MRES.PCD SA PCD GR.BHC HTEM.BMC DTbF,$DT TT4.$DT LTT4,$DT ~RES,$DT PAGE: 12 39.031 40,844 0,000 0 000 26428 0,002 218'375 1730.000 2.227 1.70,375 2,416 3~23 324 16:266 706.500 -999,250 -999 250 588 000 !4 598 823 188 -999 250 -999,250 :999.250 999.250 gg*125 ,625 0o000 . 3827"164 0,000 6,916 -0 012 126 625 1731 000 2 5!2 168 125 1 910 4313 049 20 563 727000 -999 250 -999 250 518 734 31 813 81.2 195 '999 250 -999 250 999,250 DEPT. 8900, o00 TL~'~ ~TF 24.07~ IFRE. SFL ~). DTF 3 ~. 500 SP ~', b,',.gT~ !6o 62~ R~'O~. [,;')T 2.274 DRHO.LDT QSS.b[:'T 0.017 LS. LOT LI'{U.I,0T il 1.313 SS1,Lf)T C~ !, I. LDT 9. ~O 5 GR. LOT ~,'~RES. i.,DT 0. ! 71 ~TE;q. BDT pCFT. C'~:f[, 1195,()47 CqTC. C~'ih TF~4S. Crx,!, 3715.009 ~ PCr) -oOq.25B T~IfJK.PCD i.t'rg~0. PC0 -999,250 ~[)IA, PCD T !' 2. ~, a C 4 3 2,4 ~ 0 T T ,3. S H C PT.SD? -~9 250 DTL.SDT L T'I t . e ,~ T -, o[~ -999,250 LTT2,SD ., ~ . , ~ . . ...... C;T~ 8DT -q99 250 ~EftS 5.,7 kiTE~~ . gDT -999.25(} DT. 8800.000 31.328 24.~53 .... 28.359 44.3 1 ~ 158.375 2.6! S 0,00 i 39, fi 13 i .3 q 6.00 () 10,055 2320.170 -999,250 -999.250 332 . '242 ..... 3783,125 -999.25 0 - q 99.250 -999.25n. -999. 250 i 0-/~.PR-1991 t1154 18. 609 II)PH. I)TE 19.766 ILD.DTE 20.000 !DOF.DTE -0.911 IIR~,DTE '67.375 GR.DTE 0,174 HTEN.DTE -0.008 PEF.L[)'r 3b1.750 LU.LD'r 215,125 8S2,!,,DT 2,313 LSR}'I.UDT 32 094 TENS.LDT 724:500 :NPHI,CNI., 2.4~5 2953.298 CFTC.CNL C.!71 MTEf4.CNh -999.250 ~TEa,PCD -q99,250 LA,PCO -g99.250 DT,BgC 629,03g T~4,~HC 160.525 ~RES,B~C -999'250 DTL~,SDT -999.250 TT3,SDT -099.250 bTTB.SOT -999.250 ~TE~.SDT 99.i60 2[~.766 IDPa,!)TE 3. C.313 !LD.DT~ 20,0 o 0 0.771. I -38.875 GR.!)TE 0.176 HTE~.DTE -O,~il PEF,SOT 2{)], ; 5 LU.LDT 192.625 SS2.LD? 2,670 139.250 TENS.bDT 860.500 1.716 NPOR.CNL 3855.448 CFTC.CNL 0.174 ~TEa. CNL '999°250 ~TE.~.PCO - PCO 099.250 -999.250 DT,hHC 158.3'75 ~4RES,BNC -~99.250 DTL~.$DT -999,250 TT3.SDT -Ooq 250 I,.,TT3 ' ~ % ~ 5 ,. ~ ...... -999.2 0 ~TE~.SDT ~8,441 53. 50. O, 39. 29. 965. 333. 308. 2. 3715. 25. 27. 1!75. 166. -999. -999. 99 433: O. -999. -999. -999 -999: 53!, 000 469 391 000 799 500 500 28i 000 186 607 288 375 250 250 I60 766 174 250 250 ~50 250 34.750 32.969 0,000 38 844 5o2 2s 887.500 5.488 197.875 263.250 2,627 3910.000 12.744 i. 2.716 2:227.6!4 164.~25 -999.250 -999.250 68.441 334 242 0~175 :9 o so: 9991250 -999.250 -999.250 CIMP.DTE CILM.DTE I~QF.DTE IIX~.DTE TENS.DTE DPHI.I, DT OLS.I.,DT f,L,LOT LSHV.LOT LUR~.LOT ~TE~.LDT RTN~.CNL RCMT.C~L G~.CSh ~TEN.C~L ~RES.PCD SA.PCD TT!.BHC GR,BHC ~TE~.~HC DTLF,SDT TT~,SDT LTT~,SDT MRES.SOT CI~P,DTE CIGM..DTE IgOF.DTE ItX~,DTE TEMS.DTE DPHI, bDT O[,S LDT LLiLDT LShV.LDT LURH.LDT MT~g.LDT RTNR.CNL RC~T.C~b GR.C~L ~TEN.C~L gRES.PCD SA.PCP GR.BHC HTEN.BHC DTLF.SDT TT4.SDT LTT4.SDT ~RES.SDT 42.031 41.500 0.000 -6.551 3905 000 0.013 194.875 ~729.000 2,295 166.375 2.792 3073 090 32:094 724 500 2999!250 999 250 632.316 26,637 967,~0! 2999 250 99 :2so :999.250 999.25~ 31,906 40.844 0.000 '5,805 3715.000 1 935 0 011 102 688 1730 000 2 648 164 125 i 752 4454 686 139 250 .860.500 .999,250 -999'250 479~359 t4~i01~ 892'703 -999;250 -999~250 -999'250 -999'250 Ig Tane werificatlon f, istinq cblo~her:Ter ^]asKa Coi~;~,~]ti, nq Center DT~! 1,2~1 Cl L!') [". T £ DT~ i . 2 P. 7 ~ F~, {~T~ ~T'E 5~2.5(,o l IX O. DTE O!"F i,~ 0.875 tiNES. DTE GDT 2,3~,7 DRHO. L[)T 0. O44 LS, LPT {,~nT P 2,93 ~ $51, LDT I~)T !. 217. OOO S1RH. LDT LPT !.. 3 C~,~[, 5~. 459 T~I~ A. Cat, ~C~ T.C;1[. 291.134 C~'iTC. C;~ L T~qS,CNL c~.PCO 1!3,438 TENS, PCD HT~;'~. PCD 497,500 HOI~.PCD PCO 0,901 ~I Nv, PCD BHC 287 b79 TT3.BHC TF~g'BHC 3810:969 aTEg, E. HC S[;-r 11 i, 900 DTb. SDT SDT 705, [)O0 TT2,5DT SDT 1276. ~00 bTT2, SDT (;P, $[)T 127,000 TENS,SOT SgT [)[:pm. 8600,000 CIDP,DTE I,~,P~. DTE t ,585 C!LD,DTE !.L~. Di [. 1,556 FRE,DTE II~?D,DTE 513,500 IIXD,PTE $ F !..,~.~ r~ RMp~x,DTE 140,125 MR~$.DTEi.n9 . .LDT 2,.141 DRHO. 0S8, LPT O, 010 LS, LDT L !. T ~'~, L D T ~ 2,37 S S $1., L P T SS~'.{V. L0T t21a,000 $1RH, C~LI' . [,OT 13,009 Ga. bDT .... ~, L[)w 1,343 T i~! p a,.(C (4 L 45,972 T N R A. C N l.~ aCF'~',. ~'.i L 420,3~1 CNTC. Ck~L, T'FNS. C~ql., 4430,000 aP~S.CNL G~,PCD 1!6'375 TENS, PCD NTIS.;. PC[) 1131.000 HOIA,PCD TT ?, BbC -999.250 TT3. T~3~.IS. a~C -999,250 I)T, SDT i ! 2,500 DTL. SDT TT 1, SDT 695,200 TT2, SDT Lq'T1 .SDT 1265.20o I~T~[ 2, SDW G~.SDT 106,563 TENS,SPT HT'E~~, SO~ 1.048,000 DT, 10-AP~-199!. 1.1:54 769.000 ILD.DTE 20.000 I D O F, 't) T E 136.125 !!RY.,.DTE -25.53! GR,DTE 1,531 HTEN. DTE 0 . 053 PEP, bDT 334,750 bi), bDT ~2I ,250 SS2.LDT 2.1 a8 LSRH, LO'r 63.625 TENS.bDT 497.500 NPHI.CNb 4.304 NPOR.CNb 1215,180 CFTC,CNb 3420.000 ~TEa,PCD 1 ~ .127 LA,PCD 0. 890 DT, BHC 399 921 TT4, i~HC 1 b3.0(')0 ~RE;S, ~HC ~12.7n0 DTLr4.SDT 487.200 TT3,SDT 1053.6~0 !,TT3.SDT 4330,000 ~TE~4,SDT 11 !, 9O0 662.500 IDPH.OTE 660.500 ILD,DTE 20 0g~0 iDQF'. OTE 127~00o IIRa,DTE -24,9~8 GR,.OT6 1,520 HTEa,DTE 0,004 PEP,bDT 275,000 LU. LDT 198'375 S$2,LDT 2,420 LSRM,LDT !.t6,375 TENS,I~DT 113t,00g NPBI,CNL 3.~7 NPOR,CNL 1.7~5,2~ CFTC,CaB 1.348 aTEM.CNb 4430.0©0 ~TEM,PCD I1.184 LI,PCD 1,677 DT, }'lC '999,250 TT4.BHC '999.250 ~RES.gHC 112.300 DTLN,SDT 485.600 TT3.SDT 1039.200 LTT3,SDT 4325.000 ~!TE~,SDT !.12'500 1.]03 1,267 3.000 703,500 5q. O00 1011.000 3,395 320.250 305.500 2.313 3420.0o0 57.832 51.422 2~9,077 ~56.750 152.125 11,477 64.313 2a5.600 0.181 t13.6o0 936.400 1508.000 140,875 !.508 1513 0iO00 587 000 !06,563 1048,000 2,850 262,750 28~.750 2.436 4430 45 542 461~31,$ 1.52 125 152i125' 7 11 29. -999,250 -999,250 -999 250 113:300 922,000 1477,200 !40,125 C]i~P.DTE CII.,~.OTE IIXX.DTE DP~!.LOT OLS,!,DT LL.LDT LS~V.LDT LUR~.LDT ~TE~.LDT RTNR,CNL RCNT.CNL GR,C~L HTEN,C~iL ~RES.PCD SA,PCD TTI,BHC GR.BHC MTEN,BHC DTLF.SDT TT4.SDT !~TT4,SDT i~RES.SDT Clap DTE CILN:I)TE I~¢F,DTE II,X~,DTE OL$,LDT LL.LDT LSBV,LDT LURH,LDT MTEM,LDT RTNR,C~L RCNT,CNL GR,CNL HTEN,CNL aRES,PCD SA.PCD TT1.B~C GR.BHC HTEN,BHC LF.SDT D~T4,SDT LTT4,SDT MRE$,SDT PAGE: 14 780,000 776,500 2,000 56,219 4330,000 17,162 '0 026 174:500 1164,000 2,313 152,125 4 800 1368i020 63'625 834,000 1,358 -0,349 406,000 56 723 926 598 113 600 716 400 12~4 800 1.531 630 500 6421500 0,000 47,375 4325'000 003 143'625 1165,000 2,441 152 125 3 969 !9~i 044 116 375 1131. 000 1,348 -0 11.3 '999~250 '999.~250 '999'250 114.'400 695;600 1270,000 1'520 IIR[5.DTF 501.500 IIXD,!)TE ~TF'~ , DTF ! 4n. 250 ~,~RES. gTE SSltV.LDT 121~,000 CAI, I. LDT 13. 266 Ga. !,DT .'~:P". C;,'t, 45.I8e TNRA.CNL .Cv~. C,:t, 480.262 T[r~S, C,,,L 44 I. O. 000 ~PeS. Ci,~b Ge .PCP !O9.250 TgnS. PCI3 }!T~:r~. ~C[') 1176.000 ;~si]P, PCD !.502 ~INV.PCP T~2 ~3~C 990 25~ TT3 T~'~,~ S...r., .... ....... fiT. SOT 113. ~O,) DTI,. ~"r' SBT 713.2~o TT2,oDI I,,TTt.sOT 1322.400 LTT2.SDT GP,SDT 108,1R~ TENS.SBT D~PT. g4(?O, 000 C I"Pl~.OTE 1.1, aa C ! L,D, P'l'g .... '~o0 IFRE, DTE ] t..,~. D~P; !, ~ ...... IIP~'DTE 647.500 IIX. D. DT~ 8FL~!, DYe7 !. 53 :t 8P. DTE ~4' .... ~.D 1.3~,750 ~RES, riTE', [iHou I,I~'P 2.3~6 DRHO' !.~DT OSS. LDT 0,0 !9 bS' !.,,DT LT'T'~. LOT 80' bSf~ SS1, LDT C ~ b T, b F:, r 12, ~* 05 G r~, l, b T .F~RES. LDT 1,396 ~dTE~4, LDT T~PV. C?:}L 42.943 T~.~RA. CNL RCFT, C?,~L, 442,5R2 Cb:TC.CF~L TE0~ 8. C~,:!:, .43b0.000 GP.PCD !.09,938 T~JNS. PCD t~7'E:F;, PCP 1,135.000 HDIA.PCD ?~'l[~, PCO 1.079 mlNV.PCD Tr9. BHC -909,250 T'T'3. BHC T~5. BHC -999. 250 i'~. T, 8 P V 1, ! 9,6 n 0 D T L, S D T TT].SDT 765.200 TT2.SOT LT"P!.SI)T I 364,400 LTT2.SDT (;t>.SDT 1.09.6f!~3 TEFIS.SDT lO-APR-199! !1:54 633.5()0 IDPH,!)TE !.577 640.000 ILD.OTE 1.562 20.000 It)QF.D*E 0.000 110.500 I!R~,DTE 566.000 -25,531 GR.OTE 108.188 !.535 NTE~,DTE 1039.000 O.Oll DEF,LD'¥ 2.998 2~5.250 LU,GDT 276.000 203.375 S$2.LDT 281.250 2.309 LSF~.LDT 2.410 (.19 250 TENS.LDT 4410.000 1.,76~00 ~PHI.CgL 44.192 3,801 ~POR.C~I, 44.676 i767,91~ CF~C,CNb 461.320 1.3o9 aTE~.CN[., 151.500 4410.000 gTE~.PCD 151.500 11,4~8 LA.PCD 1.1,602 2.311 DT.g[IC -990.250 -999.250 TT4.~C -999.250 -999,25o NP~S,B~C -999.250 !13.200 DTLN.SDT 112.300 505.600 TT3,SDT 971.200 1.090.4(tO LTT3.SDT 1553,200 42U0.000 MTE~,$DT 140.250 1!3.800 854,500 IDPH,DTE ~g3.000 ILD.DTE 20,000 IDQF'DTE 159.500 IIRa. OTE -26,984 GR,DTE 1.552 2 9 6:7 0 L 198.750 $$2,LDT ' 2'389 bSRH,LDT 109.938 !136.000 ~!PHI,C~L 3,702 ~PORoCNL !667.426 CFTC,C~L t,.396 11,723 L~,PCD 1,636 DT,BHC -999.~50 -999,250 ~RES,BHC .2 ' ..... '7'..". o6, 0 ~130,800 LTT3,SDT 119.600 , O. 752. 109 1055i3 28! 2 4360 42 43. 52, ~49, 149. -999. -999. -999' 1,17. 1003. ~596' t38. 170 132 000 O00 688 000 180 750 75O 385 000 597 369 856 875 875 836 25O 25O 250 2OO 200 000 750 CT~P.DTE CIL~.DTE IgQF.DTE IIXm. DTE TE~S.DTE DPHI.LDT OLS.LDT I,[,,LDT LSHV.LDT LURH.LDT ~TEM.LDT RTNR.CNL RCNT.CNL GR.C~L HTEN.CN[, ~RES.PCD SA.PCD TIi.BHC GR.BHC HTEN.~HC DTLF.SDT TT4,SDT LTT4,SDT ~RES,SDT CIgP.DTE CILY,DTE ImOF.DTE I!Xg'DTE TENS.DTE DPHI,LDT OLS,LDT LL.LDT LSHV.LDT LURH.LDT MTEg.LDT RT~R,CNL G~[CNL HTEN.CNi., SRES.PCD SA.PCD TTI.BHC DThF.SDT T'T.4'$~T LTT4.SOT ~SES.SDT PAGE: 632. 618. O. 42, 4200. J. 3. '0. 147. 1165, 151. 4. 1905 I09~ 1176. '0. '999, '999 '999 112 736 1328 000 50O 000 719 000 792 021 250 000 408 5O0 281 609 25O 000 369 25O 250 25O 80O 8OO 000 535 15 840.500 833.000 0,000 71.750 4140,000 16,010 0,003 156.000 1165,000 2,396 149,875 3,885 1763,532 109.938 I136'000 1,396 '0'113 -999,250 ~999,~50 -999;250 117'300 767,600 1365.600 1.552 chlU~.bercer ~laska Com~'Lltin~.~ Center T)~ P.q. D'rF ! .87C ! Lv . OTF !, 863 [FRE:, DTE '1' ~'~' nT~: 139.3~7~ OSS. LDT 0.00[~ LS. bDT }..,I.T~. I,[>T 86. ! ~ ~ SS !, bDT SS!!V. [,OT !218.C~n0 C~ I.,I L :.. ', 13.6aa GR ~ES. T, CT !, 41 I HTF~.i. I,DT TNPu. C~L 36.94! R CF':'r. C~,~ 1, 585.910 CiviC. (jhh G~;' PCD q5.063 Te~q PCD HTE':~.~CP, 1218.000 H[)IA.PCD NNOP.PCD 1.51,6 ~,INV.PCD ~'r2,2HC -909,250 DT.,.SI>T 108,000 DTL. TT1,SaT (:,77,2n0 TT2,SDT LTT1 .SDS' ...... 118F~. 40(~ G~. SDT Od. 975 H~'EN S F I105.O00 DT,kE~ [)FpT, 8200,000 CIDP.DTE I ~4PH. L)TF: 2.379 CILO.DTE I L ~". D T F 2.42 ~ I II~'D.DTE 360,250 II~.D,OTE SFL[). DTE 2. ~32 SP. DTE , m" 39 875 LITe. EDT 80,250 SSl. LOT SSHv. LDT 1217.00C' SIRH.LDT CALl, ......... , . 423 ~.~ T E :~, L D T t'~R ES . I,,DT 1,. RCFT.CNL 898.105 CNTC.CNb TE~$,CNL 4:i70,000 f~RE,5, CNL G~ · PCD 77,625 !iT~;~.~, PCD 1103,000 HDIA'PCD ~.N OP, PCD 2,717 sINg,PC.i) TT2, BI:,{C -999,250 Tg'3., BHC T F t.:'~ ' SD~ ~ 9. ~ o 6 L~TL, TT !, SPT 665. 600 TT2. SPT L~'I'SDT 1!74'800 LTT2.SDT (;P,SDT 7'2'000 TE;~$, SDT hTE~J, SDT 1 ()~ 3,00C UT. 1[>-A['~-199! !1:54' 5 l 4,500 IDPH, 530. eCG ILO. 20.0o0 IDOF. DTE 7p. 7 b0 ! IP~, DT -29. 625 GR. DTE 1.5~0 }.tTE~. DYE 290.00O bU. bDT 201 .750 SS2,LDT 2.377 LSPH.LOT 95.0~3 TENS.LDT 1216.000 NP~I.CNb 3,412 ~POR. C~L ~. 411 NTE'4, 4430 000 M~E~, PCD 1.861 DT.BHC 'gqge250 TT4,BHC '999,~50 ~RES.ahC 108,500 DTLN,SDT 490.000 TTi,SDT 994,000 LTTi,SOT 4285,000 ~iTE~{. SDT 4.38 500 IDPH,DTE 44.31500 ! I..,,.D. gTE 20.0()0 IDOF,DTE 6~. !,25 -ii.SOO !' 555 HTE~,~, DT~ O, 019 PEP,LD~ 265,750 LUi.LDT 204,000 SS2,LDT 2,391 L S R ~. b D T 77,6z5 TE.~ ~..S, bD.T 1103,000 NPHI,CNb 2,766 5~POR, CNI.. , C U L 2576 91.3 Cf C, 1,423 ~4TE}~. CML 4170.000 ~ T E ~}, P C D 12. 824 LA,PCD ~ ~ C O.45 DT, ~ ~ ...... -999,250 250 ~ [~ E S, i~ H C -999, 89.400 DTL~4, S[)T 450 400 TTi.SDT 991 [6b0 LTTi,oDT 4055,000 M TE ~t S,-., :f 1.9a3 1.885 0,000 493.250 94.875 1.105.000 2.553 273,750 289.000 2,402 4430.000 36.865 39.940 598.120 1.48.750 148 750 12:.445 -999.250 -999.250 -999.250 106.600 881,600 !376.000 !39.375 . 72 I023i2 277, 2. 4170. ~5. 964' 1,48. 148' 12 -999~ -999. -999, 91 1359, t39. 279 254 0 O0 750 000 000 547 75O 457 000 477 5 125 125 9]8 250 ~50 250 100 800 :200 875 CI~O.DTE CILM.DTE IIX~.DWE TENS.DTE DPH!.LDT QLS.LDT L!..LOT LSHV.LOT LURH,LDT ~TE~.LDT kTN~.CNL RC~'T.ChI.,, GR.C~L HTEN.CNL ~RES,PCD SA.PCD TTI.B~C GR.BHC HTEN.DHC DTLF,SDT TT4.SDT LTT4,$DT ~RES.SDT CI~P,DTE CILM.DTE IMOF.DTE IIXM.DTE TENS.DTE DPHI.I,DT GLS'LDT LL,LDT LSHV,LDT LURH,LDT ~TEM.LDT RTNR,CNL RCNT,C~L GR,C~L ~TEN,CNL MRE$.PCD SA,PCD TTI.BHC GR,BHC ~TEN.BHC DTLF,SDT TT4.SDT LTT4.SDT MPES.SDT PAGE: 16 534.000 536,000 0,000 27.594 4285.000 14.493 0.016 153 125 1166~000 2.414 148.750 3,70! !996.384 95.063 1.218.000 1.411 -0.113 2999.250 999,250 -999 250 106:400 671 600 ~'188i0001560 420,000 411.750 2§:000 4055,00:0 ~0.,452 ;0;020 136'500 1:165'000 2'453 !48,125 7'1,625 o :ooo -o,113 '999,250 -999,250 -999,250 9!,800 666,800 1183.600 1.555 . 810 o. 000 C . DTE ~., 387 C ILD, DTU DTF 1,405 . DTF 578, OOC . DTE 1. 600 SP. . I~DT 2,4(~ 1 DkHO. LL)T , I_,[)T O, O ~. 3 I,S, bDT . LDT 83,93 ~ SS SSf~,LOT 12i7,{)00 S1RH.LDT ,LOT 1],961 GR,LDT ~.~P ES, I. JDT 1,446 WTErq, LI)T T~vPu,CNL 42,923 ;~FT,C:4L 447,24~) Ct~TC.C~ L .Ct~I, 404o, ooo :~ES.CbL ~?F.~. pC~ 1025.000 uDIA..PCD ~NO¢.PCD 1.283 ~ I N'q. PCD . BMC -999,250 TFOS.S}qC -909,250 . SDT ! ], 6. 200 DTL. SDT ,gDT 757,20C. TT2,SDT ,SgT 134! .600 LTT2, SDT GI-~, SPT 101,938 TE~']S, SDT . SDT 1005,000 DT !~P[I,DTE I .4~ 5 C![-D.DTE !L~' DTE 1.411 IFRE,DTE !IRb~r:,TE 564,000 IIXD,OTE SWLI~' DTF 1,720 SP, ~,~T~:~', DTE 136, ! 25 ~RF5, DTE [~DOB, L[~T 2e37{1 I)RHD, !~DT OSS, LDT 0 , 022 LS, LDT LIT[~, I,DT gl, 5(.)0 SS!, LDT SS{~V .LDT !217,000 S 1R}i, LDT C~LI LDT 13.961 GR,LDT , ~.[~T 1,474 HTEi~,LDT ~CFT, C~I,, 43~ 064 ' ..... . , . , Ct<~L GP,DCD 115.938 '.TEMS. PCD ~TE~,PCD 1.179,000 [iDI~ PCD y~,~On, PCD ~ ,297 TTP. BHC -999, ~50 TT3. BEC TFNS.B~{C -999,~50 MTF'M, BB:C 'f)'l, SOT I l 8. 500 DT!,,. SDT TT1 ,SDT 753,20(., TT2,SDT L ~.TI ,SDT 1336.40~. (:;P. SDT !12,!.25 7 b 3.500 766.000 IL[:.DTE 20.0o0 136.500 -30,781 GR,DTE 1,5~4 0.()05 PEF,I, DT 201.250 8S2,LDT 2.375 102.6~8 TE~:S.LDT t025.00C NPF~!. CNI., 3.7i4 NPOR,CNL 1720,3~{4 CFTC,CNL 1,446 ~TE~,CNL 4040.000 )qTE~.I, PCO 13.1e7 LA,PCD 2.0 l 4 '999.250 TT4,BMC '999.250 ~RES, BMC 114 660 DTLN,SDT 522~500 TT3,SDT 1!11,200 LTT3,SDT !16,200 '7~1 500 IDPH,DTE 744~000 II,D, DTE 20,060 IDQF,DTE !32,000 I!R~.,DTE -.32,406 GR,DTE '0 002 PEF,LDT los: 500 1..98,750 SS2,LOT 2 3~! LSRH, LDT 1i51938 TENS,LDT .4 , 070 NPOR C [~ b !727,485 CFTC, C.:.. b 1,474 ~ITEg,CNL 4!50.000 ~TE?~, Peg [3.105 LA,PCD 1.8 ~ i DT -999,250 T T 4 -~99. 250 ~ES,.B~C !17,700 DTL~q. SDT 51.~,800 TT~,SDT 1102,400 LTT3,SDT 3975,000 118,5O0 1.326 1.304 0,000 647,000 101.938 !005.000 2.896 277.250 287.000 2.395 4040.000 42,269 42,g52 462.354 146.000 146.000 13.234 -999.250 -999.250 -999,250 114.000 98~,000 1572 800 i.366 1 343 0!000 644 500 112.125 I036 000 2 785 286 750 281,250 2 371 4150!000 48 79! 48.242 426,672 143,875 1.43875 13i172 -999 250 -999.250 -999,250 ~18.400 985,600 1576.000 136.125 ci~p.o'r~: CIL~.DTE I~OF.DTE IIXg.DTE TENS.DTE DPF!. LDT QLS. LDT LL. LDT LSHV.LDT LURH.LDT ~TE~.I..DT RTNR.C~L RC~T.C~L GR.CNL HTEN,C~L ~ES,PCD SA.PCD TT1,B~C G~,BHC HTEM.BHC DTLF,$DT TT4.SDT bTT4,SDT MRES,SDT CIgP,DTE ClLM.,DTE INQF,DTE i. IXM.DTE TENS.DTE DPHI,LDT QLS'LDT LL. LDT LSMV, LDT LURH · LDT MTE~,LDT RTNR.CNL RCNT.CNL HTEN,CNL MRES.PCD SA,PCD TT~,B~C GR,MMC HTEN,BHC DTLF,SDT TT4,MDT LT~4.gDT PAGE: 17 720,500 711.500 0.000 65.875 3950.000 15.082 0.010 154.500 1165.000 2,406 146.000 4,016 1834.462 102.688 1025.000 1,446 -0,067 -999.250 -999,250 -999,250 114,600 758.800 1343.200 1.564 706,000 708,000 0.000 55"094 3975,000 16'948 0,017 162,250 1164'000 2,38.5 143;875 4 611 1851 618 115 938 !179 000 I,,474 9~'0,067 - 9'250 ~999'250 -999'250 11880O 754 000 1337 600 1 584 chlumber~'~er Alaska Con~putinct ('enter I~-pP DT~ 2 {'!l~ ][}<.DT~ ~,!()0 IF'PK. I I~.P, OTP, 432,000 IIXD. DTF S~'I,I]. D!'~ .{. 496 SP. ~7't~', D~E 135,~75 ~OP,!,I)T 2,439 LIT'. I, DT 72.06! SS! .LDT SSHv, [,.9q 1217,000 S1RH.LDT C~ LT, bDT 13,953 GR, !,DT ~.~'~. [,PT I .491 HTEa. I,DT C~4I, 41 712 RCB~'. Ct,~l, 5!9.476 Ct, iTC.Cab Tw~S.CNL 4105.000 ~qR~;S,CNL C;~, PCP 94.,0~5 TENS.PCP +~T~, PCn !192.000 }~h{iP.PCD 3.877 MINV,PC[) TT~. BaG -999,250 TT3. BHC pT. SOT ~9,50L. [)TL. SOT TTI .SPT 700.000 TT2,SDT bTTI .SPT I274,80G LTT2.SDT G~,SDT 79,563 TE~S, SPT HTK'~, SPT 107a, 000 PT, PEp'1.~, 7800,00o CIDP.D.TC I~PH.OTF 3,215 CILD.DTE II~,PTff 3,201 IFRE,DTF; IIRD,DTK 268,750 !IXD,DT'E SFLU. DTE 3,232 SP.DTE W ~: ~ D T ~ 135,375 R~OP, LD7 2,455 asa' LOT O, 041 LS, LD 1 t 'Y'~ H, L D T 24,250 S $ ........ ~ LDT !216. O0 SI~H,LDT N~V, C{qh 28. 659 T RCFT', .... CiviL. a65,120 T?~4S. C?;'b 4U65,000 MRES.CN'L G~,PCP ~4,875 ~OP, PCP 2, ~'.54 ~ilNV,PCD TTg, ~HC -999,250 TT3, TE:Ng,BHC -999.250 ~TE',M. ~3HC T>T, 5DT 06. 900 I)'l' I.,~. 8PT Tq"l SDT 662 000 TT2 ,..[,.~'.~, [..,~T 1 ,SPT l :I. 501 ~00 LTT2.SDT (;P,SD~ 77' 750 TENS.SDT ~TE~,~, SPT ! 1 ~ ~ · 0~0 DT 541.5C0 IDPR.DT'E 536. SO0 IL!). DTK 20.000 !DgF. OT[< 9,!,375 -37.43R GR, DTE 1 . 559 HTE~. r~TE -O.O0! PEF,LD~ 271 . 500 LO. LDT 195.375 SS2.bDT 2.445 LSRH.~PT 94.625 TENS.LDT iI92.0U0 NPHt.CNI, 3 517 19561!-40 CFTC.CNL 1.491 13.650 LA,~CD 3,4~6 ~99o 250 TT4, BHC 10!,860 DTLN,SDT 475,600 TT3,SDT 1058,000 bTT3,SDT 3955.000 ~TE~,SDT ~9,500 ll9 250 IDPH.DTE 31250 ILD.DTE -42,969 Ga, ,..~., .... I, 550 MTE~, DTE 0 020 PEF, bDT 2761250 205'500 SS2,LDT 2.367 L S R H. b [:) T . 84,875 T~S,L...f !134.000 2'755 MPOR,CNL 2497,773 CFTC,C~}L 1.485 4065,000 i 3. 355 LA. PCP 3,158 DT,[gHC -999.250 TT4,BHC -999'250 97,200 DTLN, SDT 469,200 TT3,SDT 954,400 bTT3,SBT 3950,000 96. 900 1.846 !.862 0.000 439.500 79.56] 1078.000 3.393 263.000 274.750 2.439 4105.000 3~.670 4O 301 536:294 141,875 !41.875 13.!17 -999,~50 -999.250 -999.250 98 5OO g52:eoo 1538 000 3 129 0 000 77,750 11211000 264.750 279 500 ~ 434 4065 000 26 236 28 806 882.051 !41.000 141.000 13,422 -999.~50 -999,250 -999.~50 97.400 846.4©0 1339.2o0 135.375 CI~P.DTE CIb~,DTE I~OK.DTE I!!~.DTE TENS.DTE DPHI,I, DT QL$.LDT LI,.LDT I.,SHV.LDT I,.URH.LDT ~TEM.LDT RTNR,CNL RC~:T.CN!.. GR.CNL HTEN.CNL aRES.PCP SA.PCP TT1.BHC GR.BHC HTEN,BHC DTLF.SDT TT4.SDT bTT4.SDT MRES.SDT CI~P.DTE CILM,DTE IaQF.DTE IIXM,DTE TEN$,DTE DPHI,LDT OLS,LOT I~[,, LDT bSH:V. LDT LURH. LOT MTEM,LDT RTMR,CNL RCMT,C~L GR.CML HTEN,CNL MRES.PCD Sa.PCP TTI.BMC GR.BHC HTEN,BHC DTLF.SDT TT4.SDT LTT4,SDT M~ES.SDT PAGE: 495, 476. 0. 37. 3955. 12. '0, 140. 1164. 2. !,41. 3. 2151 94: 1192. 1. -0 -9991 :999, 999, 97 706: t3!4 310, 3i2; 0. 3950' 1164, 2. 141, 2656 84 1134 !, -999, -999 -999 97 660 1149 1, 18 250 000 000 156 000 761 017 000 000 441 875 629 0O8 625 000 491 067 250 25O 250 90O 400 400 559 750 250 000 188 O00 83O OO2 000 000 027 546 875 000 485 O67 25O 250 250 9OO 4OO 2OO 550 IS Tar, e ~eri. f!.cation Li. stlvq chlumbe_roer Ala~k.a ('om,':)utinq Center L'.,K Pq'. 7700.000 c...f_ PP. DTE !'-~PH. DTE 3,3a! CZ bD. DTt< ] L:~' , I~TE 3. I~ r~. D'r~t ~46,750 I IXO, pHOr,, I,DT 2.44 t OSS,. [,DT O. 02P b~. LDT i.,l T~. LOT 84.43~ 881. bDT SS~iV.LDT 12!5.000 SI~H.LOT C~L! .LOT 1 3,953 G~. LOT 'r~}PH. CiJl, ~5.969 pCP~.Cr,~L 944.822 Cr,.~TC, CN b ~R.PC~ 79,500 !tTEh~. PCO 1154.000 HOIA.PCO ?'~OP. PCD T'r2 B~C -999,25~ TT 3. ~tiiC [')Y, SPT 95.3n0 DTU. TT] .SPT 662,000 I.,TT 1 .SDT I144,400 bTT2,SDT (;P. SOT 7~,]75 TENS,SDT H.'r E V. $ D T OEPT, 7600,000 CIDP,OTE; I ~'~PH. DTF ! ,626 CILD,DTE I L~,'i, DTE 1,636 IFRE.DTE I!Rr',DTF 486,000 !IXD,bTE SF[:!~. DTE 1,758 SP. DTE MTEF.T)TE 131,500 ~iRES. DTE ~OP,.LDT 2,41. g . LOT 0. ()14 LS,LDT bDT 76,875 SS1 LOT SSF~W.LDT '1215,000 81RH,LDT I,DT 14,023 . I~r~' 1 , [r~tPM,CNb 36,820 TNRA,CNI, PCFT,CNL 602.7! ;~ CaTC,C~L TE?~!S, CNL 3780.000 HRES,ChL , PCD 99,813 T~NS. PCD }iTE~:, PCD 1013,500 ~iDIl,PC9 , BHC -999,250 ~ .... ~ .... TF~¢.BaC -999,2~0 , SDT ! 06,300 DTL. SDT .5D~ 71 i, 600 TT2, bDT .SBT I 25a.0t~0 LTT2.SOT GP.$OT 93.l~S TENS.SOT , BDT 1 o7'2,0o0 DT. lO-~PR-199! 11:54 290.250 IDPH.DTE 296.000 !LD.DTE ._ DTE 20 ooo Ir)O~. 27:i88 II~.OTE -45.531 GR.DTE 1,5B9 ~4TEN,OTE 0.005 PEK,BDT 276.000 LJ,LDT 190.250 SS2.LDT 2.414 LSRH.~,DT 79.500 TENS,LDT ]154,000 NPHI,CML 2,7~0 NPOR,CNb ~618.0C8 CF~C.CNb 1.524 .T ',, b 4010,0U0 ~TE~,PCt) 13,597 ~A.PCD 3.219 , "T ~C :999.25(, 9g9,250 95,600 DTbN.$DT 4~9,~O0 TT3,SDT g61,200 LTT3,SOT 3700,0©0 95.300 612.5(;0 IDPM,DTE 624.000 ILD.DTE 20.000 IDOF,DTE 98,875 IIRY!, DTE -25, I 88 GR, DTE 1 . 618 HTEN, OTE 0,004 PEF.bDT ~ . ~ ') 283 000 LU,~,t,T i99,3'15 882,LDT 2 400 bSRH' bi)T O9~213 IENS,LDT !013,500 NPHI.CNL 3,317 MPOR,CNL 2007,073 C FTC, C ~' L I ,548 ~TEM, . 0C0 ?4TEM, PCD 3780 ~ i 3.652 BHC: 1,8~! y'DT'~ -g99'250 T .999,25 0 ~ ~ E S ' a H C 106.0~.,,O0' 519,600 TT3,SDT I046,000 I,.TT3, SPT ~755,0(0 aTEM,SOT 106,300 3.44! 3.375 0,000 266.750 72.375 1050,000 2 5!4 267:500 278.250 2.436 4010.000 26.030 25 756 987:59 !39.500 139.500 13.66~ -99g.250 -999.250 -999.250 95.600 856.000 1328 400 132~750 1.632 1.602 0.000 559.000 93.188 1072.000 2,967 268,250 283.000 2.414 3780.000 34,974 37 774 5991108 ~37,375 ~37375 1.,3i7!9 -999 250 -999.250 -99g,250 106.300 930,400 1,472.400 !31,500 CIYP.DTE CIL~.DTE tMQF.DTE IIXM.DTE TENS.OTE DPDI.LDT OLS.LDT LL.i, DT LSHV,LDT LURH.LDT ~TE~.LDT ~TN~.C~L RCS~T.CNL G~.C~;L HTEN.CNL ~RES.PCD SA.PCD TT1,BHC GR.BMC HTEN,BHC DTL~,SDT TT4,$DT bTT4.SDT ~RES.SDT PAGE: 19 294 75O 85:5o0 0,000 4,711 ~760.000 12.647 -0.021 142.125 1163,000 2 430 139~500 2.877 2810 600 792500 1~54,000 1,52& -0,067 :999,250 999.250 -999,250 96,500 664.800 1135,600 1,589 614,500 611'000 0,000 40.]13 3755,000 13,972 0.012 148.875 !162,000 2,428 2095,236 99o8~3 !013 500 I 548 -0 067 -999 250 -999 250 -999 250 106 500 7!5 600 1257,600 1,6!8 chlu~erqer ~!aSka Comol]tln~ C~*'er )' T~P. DT~7 ! ~ 1,250 QS8, !.PT 0,04 ~ L8 C~LI. I.,DT 14,297 ~4~E~.LPT [.592 '~TE~. LDT 7~PU. C{'4L 41 .241. pCF]~.C:-~L ~93.415 C~)TC.C~b T~eS.C~;L 37~0,000 ~Rgs,e~'b C:P. PCD 175.250 TE~NS, PCF, HTE~. PC~ 'l, llfi,OO0 HDIA.PCD ~q~QP, PCO 2,758 Trt'~ P~['{C ~99g.2~(> [.)7. SDT 114,200 DTL, SDT TT1 .SPT 690,000 TT2 L~T],SDT 1239,600 LTT2,SDT GP.SDT 1,53,500 TE~S,SDT HTE~, SDT 1079. 000 DT. DEPT. 7400.060 CIDm. DTE I~PH.DTE ~,906 CILD.DTE ! b ~'!. [) T E 8,773 ! F I!~D D'~ ....: 97,000 IIXD, DTtL [;FI,Il. Oq.: [; 8.125 ~TE~,~. [)TE 128,625 ~'~RES, DTE RHOE.L[>T 2.31 [ I~RHO,LDT OS~. LDT 0,0 ! 7 !58, L[>T !..~TTH, LDT 99,500 55l. I.DT e~,'~/ LDT I212,000 S1RH I.DT ~'.} ~ .... ~ . C~I.,I. !.~DT 13,8 ! 3 GR, t, DT ~,~P ES, I.,DT 1,506 H~VE!~, i.,DT ?M$:'~;. C ~L 31 402 T~!R A ~CFT'CNL 794:~56 GP, PCO 7 8.8 1, 3 TENS," C H'TF.~ PCD 1!57,000 HD TTP, BHC -999,250 TT3. B'HC T~NS, BHC -999,250 ~TE~4' BEC [)T,SDT lOt.OOO DTL BDT TT~ .SDT 664,400 LTT] ,SDT 1173,600 bTT2, $D7' GP.SDT 69,625 TEN'S, 6, UT HTEM, SOT 1. !. 26,000 DT, .!0-AF'[~-IOO] !1:54 21e.sno !DPH,OTE 221. O00 ILl), DTE 25:172 IIR~4'' - ,OTE -33 . 656 GR ,DT~J 1,652 HTE,;~, DTE 0.043 PFF. 332.750 LU. 21~.375 8S2.LDT 2,2il LSRH.LDT 175.250 TENS.bDT 1i16.000 NPHI.CNL 1~06:679 CrtC.~Ub 1,592 MTE~, CNb 37~0 000 '14:47~ LA,PC[) 3,69~ DT,BHC -999,250 TT4,BHC -999.250 YRES,BHC 112,700 DTLN,SDT 50~.400 TT3,SDT 1016,000 LTT3,SDT 37~0,000 ~TEb%.SDT 114,200 !09.!25 IDPH,OTE 109,875 IbD,DTE 20.000 IDQF,DTE 6,160 IIR~4,OTE -44,875 GR.DTE 1 . 661 HTEN, OTE -O,glO PEP,bDT 333, ...50 bU, bDT 197,375 882,LDT 2 361 LSRH, bDT 7$: 8 ! 3 TE~8, bDT !157.000 NPHI.C~b 2,949 NPOR, C~.~L ~516.967 CFTC, CN'b ~,596 3~00 OOO 13'852 6.207 DT,8HC -~99,250 'g99,250 ~,REo, . i00,200 DTLN,SDT 4~4,800 TT3,SDT q' 5DT 980,400 L..T], 3715,000 4.61'1 4.520 0.000 20~.625 153.500 !079.000 3 000 310:250 300.000 2.320 3780.000 44,115 44. 009 497.716 !32.375 132 375 14:211. -999.250 -999.250 -999.250 1 12 600 9o3:2oo 1474 400 9 t56 9 094 0 000 !07 688 69 625 1126 000 2670 310 750 284 250 2,320 3800. O00 29 217 30.314 838,931. 132.000 132,000 13.539 -999'250 :999,250 999.250 100 000 !379 200 CIMP.DTE CIL~,DTE IMOF.DTE I!XM.DTE TENS.DTE I)PHI.I,DT OLS.LDT LL,LDT LSMV.LDT LURH.LDT MTEM.LDT RTNR.CNb RCMT.CNL GR,CNL HTEN.CNL ~RE$,PCD A.PCD T~,BMC GR.BHC HTEN,DHC DTbF.SDT TT4.SDT DTT4.$DT MRES.$DT CI~P.DTE CtLM.DTE tMQF.DTE IIX~.DTE TEMS.DTE DPMI,LDT LDT QLS. LSHV.LDT bURH.LDT MTE~.LDT RTNR,CNL RCNT.CNL GR.C~L HTEN,CNL ~RES,PCD S~.PCD TT1,BHC GR,BHC HTEN,BHC DTLF,SDT TT4.$DT LTT4,$DT 228 875 222:250 0000 0,000 ~7,298 0 015 177i625 1159 000 2.334 132,375 4.233 1819,918 175,250 !116,000 1,592 0.267 -999 250 '999i250 -999 250 115,800 697.600 1240.400 1.652 I, 1~ 250 :s7s o,000 -3,443 3715'000 20;572 0,014 177'750 1158,000 2,332 132],000 ,056 2762,1521 78,813 1157,000 1,596 0'313 -999,250 -999,250 -999.250 t00,500 667,600 t!75,200 1.661 Chl,~-mberoer ~loska Co~pntin.~ Center 7300.0(10 C!DP,DTE~ P'r~.~ 2,963 C[LD.DTL f)Y~E 2. ~77 IFRE. OTF 283.75n DTF 1~7.8~ 3 uRES,DTE LDT 0,0?9 LOT 77.6 ~5 SS SS~-~v. LDT 1~13.{;00 S1RH.T~D~ .LDT ~3.6gn GR.LDT ~4~ES. [,DT !.601 HTE~i. I.,DT TMPF', C~L, 30.688 TH~h.C~q!, pCFT.C~iL 792.478 C~3TC.CNL Tw~S.CYL 37~0.000 GP.~CD 82,438 TENS. PC!) ~iTE~.PCO 1171.000 HDIA.PCD ~:OR.PCD 2,771 ~INV,PCD ~HC -999. 250 TT3 TW~,;S. ~HC '999,250 SDT 91 , 300 DTL. SDT .SDT 620,000 TT2.$DT ,SDT 10~6,~00 !,,..,TT 2 , SPT GR,SDT 77.250 IENS,SDT DFPT, 7200.000 CIDP,DTE T~PH.DTE 3.352 CILO,DTE ]'h'~ DTE 3. ~.79 IFRE.DTE II~D:DTE 260.500 SF'[.~U, DTE 3,5~ 2 SP, ~TE~'~, DYE 127,!25 ~RES,PTE [~ }:~OP.. [,DT 2,441 DRHO.LDT OSS. LDT O, 028 b8, I,OT LITM..LDT ~2,750 881,LOT SS~.iV.LDT 12!3,000 S1 ~!, I.,DT CAt.. 'I , !..~DT I 3 , 96 ]. GR I,D7 ~'~ CF~. C t':~i [, 734,444 C r~!TC, C ~: I.., 6P, PCP 84. S75 HTE~:', oCD ~!43,000 HDIA,PCI> y~.iOP, PCD 3.469 TT2.8[lC -999,25f) TT 3. BHC .. ' - 250 TF~S, BHC 999, DT, 8D7' 96,,t0() DTL, SOT ~TI,SD'~ 646,400 TTP,SDT bTT! ,SDT '1!51,6o0 GP,SDT' 78,43~ TEf.iS, SOT H ~Ef~. Sr~*r 1093. 000 bT. 341.750 IDPH,O'rE 34E.250 !LD.OTE 20.000 TDQF,DTE 3O.313 IIR~,DTE -27.!09 GR.DTE !.653 HTEM.DTE O 009 DEF,hDT 27A~000 LI!.LDT 200.875 8S2,bDT 2,402 bSR~,LDT ~2.438 TENS,hOT 1171.000 '4PH!.CNI, 3 os4 23~6~183 CFTC. CNI., 37g0~000 13,806 3.344 DT,BHC -999.250 -999.~50 ~RES.BMC 91.200 DTLM.SDT 438.800 TT3.SDT 905.600 LTT3.$DT 3795.000 MTE~.SDT 91.300 3(.*6.000 IDPH.DTE 310.500 ILD.DTE 20.000 IDOF'DTE 33.594 I I R -31.109 GR, DTE P T 1,7!0 MT.E~, 278,0~0 bU, bUT 202. 250 822. bDT 2.387 bERM.bDT 84.S75 TENS. bDT t143,000 3 127 ~PO'~ CNb 2 ~ . .267 765 C~ ,.. C, CNb ~., 6 ! 0 3725.000 14. I i4 L~, PCD 3'957 DT, BHC -999.~50 TT4, BMC -999,250 ~RES,BHC 452.000 TT3,SDT g58,800 LTT]'SDT 3570.000 MTE~, 8DT 96. 400 2.994 2.869 0.000 312.750 77.250 1!52.000 2.844 266.000 277.750 2.436 3780.000 31.305 29.391 785.323 1.31.125 131.125 13.539 -999.250 -999.250 -999.250 90 300 o :4oo I264.000 127.813 3.266 3.217 0.000 284 500 7B:43~ 1093.000 2.977 262.750 280 500 =:4 o 37~5.000 1.830 33.855 715.872 !:30,2:50 130.250 i3.898 -999 50 -g99,250 9B.O00 846.000 I356 400 1271!25 CIMP.DTE CILM.DTE I~OF.DTE IIX~.DTE TENS.DTE DPHI.LDT OLS.LDT LL.LOT LS~V.LDT LIIRH.LOT MTE~.LOT RTNR.C~L GR.CML HT~M,C~L ~RES,PCD SA,PCD TTI.BHC G~.BHC HTEN.BHC DTI.,F,SDT T~4.SDT bTT4.$DT ~RES.SDT C!~P.DTE CILM.DTE IMOF.DTE !IXM,DTE TE~S.DTE DP~I,LDT QLS, LDT Lb. LOT bSHV.LOT LURM.LDT MTEM,bDT RTNR,CNL RCNT,CNL GR.CNL HTEN,CNL ~ES.PCD SA PCD TTI:BMC GR.BMC HTEN.BHC DTLF.SDT TT4.SDT LTT4.SDT PAGE: 21 337 250 335~750 0,000 15.203 ]795 000 12: o -0.021 141.000 1159.000 2,434 131.125 3,354 2557,524 82,438 I171,000 1,601 0.267 -999.250 -999.250 -999,250 91,400 623,600 1.087,~00 1,653 298,250 304,750 0,000 ii,578 3570,000 12,668 0 019 146 500 1159 000 I3:~ 441 250 3 471 2424 909 8.4 875 11,43.000 1,610 0,215 -999;250 -999,250 -999,250 95 800 649 600 1.146'800 1;710 chlU--..herr<!er Alaska Comoutinc_' Center D T~., 3,404 I OTE 246, ~ 75 iST~ 3,43 ~ SP, ~Y~i 126. 063 !..DT ~, 437 OR,i). I.PT LOT O. 02 .! [.DT 75. 375 SS1, Lf)T C!bI,LDT I 4,09a G~,LDT ~PES.LDT 1.639 ~{TEN, LDT T~'~PN. Cqlj ~9.:l~b T[.IRh,CNL PCF?. C':~L 561..la6 G~.i~CO 147,375 TE~JS,.PCD ~¢. ~ (;.)~. PC D 2.730 MINV.PCD BHC -q99,250 TT3 TENS.B~C -999 250 S[.)T 107 ~ 000 DT6, SD~I' MDT 69~, 000 TT2,SDT LTT I, S[')T 12a3.200 LTT2 S. G~,SDT 13!.900 TI]NS. MDT SDT ! 027, OhO DT. D~:PT, 7000,000 C!DP, DTf.7 ? I_,~', DTF 3,879 IFRE DTE [~TE'.a. DTE 125,500 MRES.DTE QMS, I.I)T t). 021 , !,DT LITH, LDT 67,1 ~8 SS1. LDT SSUV. LDT 1213. 000 $1RH,LDT C! [.,I , L[)T 14' 758 GR, !,DT ~-I~ES, LDT !, 664 ~TEN, LDT , T' TNP~ C~IL 3i,505 RCF !', C~L 777,906 CNTC,CNL T~'~S, C~ L 3530,00o GP.PCD !0.1.375 TENS..PCD HTE~.~. PCD 1057.000 MNO~.PCD 2,744 MI~V.PCO TT2.¢~C -999.250 TT .B~C OT. 89~ 07,700 DTL.GDT TT l. MDT 675,500 TT2, MDT I...TT 1 .MDT t903,600 LTT2.$DT GP,SDT 90,625 'r~;Ns. MDT HTEN, MDT 1 t 01,000 DT, :54 2e:9.7b0 !f)PH, [~TE 294. 500 !I.:D, DTE 20.000 InO~',DTE 29,0!6 I IR~'!, L'TE -3~,53! GR.DTg ~ , 712 0,004 PEF.LI)T 275. 500 19~.625 SS2,LDr 2.416 LS~a. LI~T 147,375 TENS.LDT 1151 .00O [~PHI.CNL 3 607 ~.~POR, CNL 21131V25 CFTC,CNL 3700,000 ~TEM.PCD I 4.2~7 LA, PCB ~.219 '999.250 TT4.~C '099.250 MRES.a~C 107.900 DTLN,SDT 480,200 TT3,SDT 102~.600 LTT3,SDT 3545.000 ~TE~, MDT 255, 125 IDPH, DTE 257,750 ILD,DTE 20 gOO IBQF, DTE 25i 47 IIRM,DTE -38 4~9 (:;R, DTE !,71i HTEN, DTE 0,010 PEF, bDT 251.500 L'~.~, L D T 198.250 SS2,LDT 2.449 bSRH,LDT 104.375 TENS,LDT 1057,000 NPH I, C~.iI~ 3 o28 2410%440 CFTC.CNL I ,664 MTE.¢.~, CNL 353 o. 0 O 0 ~ T E g, P C D 14,576 [,A.PCD 2,912 DT,BHC -~9o. 250 -99~,250 , 500 DTLN,SDT 4 9 600 T..3,SDT ~ ~r . 992,000 LT. 3,SPT 97. 700 3 449 0.000 274,250 13l 000 10271000 3 234 267~750 276.750 2,432 37O0,000 40.246 38,693 601 590 !29i250 129 250 14.031 =999,250 -999,~50 -999,250 1,08.800 908.400 1445,600 126,053 3 918 3i~77 0 000 2.41 375 90,625 ilO!.O00 2.881 243'625 274'250 2.488 3530.000 30,O38 32'2~5 793'465 128.250 128.250 I..4,453 -999.250 -999,250 -999,250 99,700 879,~00 1.402,400 i25.500 CIMP.DT[; CILM.DTE IIX~.DTE TENS.DTE DPHI.LDT OLS,LDT LL.LDT LSHV.[~DT L!.IRH.LDT MTE~ .LOT RTNR .CNL RCN T. CNt.. GR.CNL MTEM,CNL MRES,PCD 8A,PCD TT1.BHC Gfi.BHC HTEN.BnC DTLF,SDT TT4,SDT bTTI,SDT aRES,MDT CI~P.DTE CILM.DTE !MOF',DTE I!XM,DTE TE..,~S.D~,E DPHI,L[~ LL'LDT LSHV,LDT LURH,LDT LDT ~TE~.a RTNR. R C N T C ~ L GR: CNL MRE$.PCD TT!'B~C GR.BMC gTEM.BHC DTLF MDT TT4iSDT LTT4,SDT aRES.MDT PAGE: 290,500 293,500 0,000 4.973 3545,000 12.932 -0,023 141,750 1159,000 2,430 1~9,250 3,797 2292 589 1471375 1151,000 1,638 0,215 '999,250 '999,250 '999,250 110,000 700.800 1240,400 1'712 259, 257., 0, 7' 3535' 9 -0 129 1159 2 128 3 2521 104 1057 0 '999 -999 -999 101 679 1201 22 250 500 000 0O4 000 152 003 625 000 494 250 39 l 359 3?5 000 664 123 250 250 250 50O 600 200 711 chlumherner Alaska Com~utin.~ Center 6900. 000 C!Dm. I}~'p~ ~ DTF 4.035 CII. D.PTE riTE 3,9~ ~ SP, DTE: LDT 2.46 l [)RH[). LI)T bDT 0 . 025 LS. LDT LI~H.LDT 78. ! 88 SS~ ,LDT SSHV,LOT 1212.00q $1RH,1DT LDT t 4.430 GR. LDT ~Rk:S. I. DT 1.6a7 UTEN.LDT TNP~.CN[~ 31 .~7o ~CFT. C:qI~ 760.9~6 CNTC.CbI. TFN.S. CL'.L 3470.600 NRES.CNL G~.PCD 92,50Q T~NS.PCD }~TE~.:~. PCD 1061.000 flOIA.PCD ~iiC -999. 250 TT3. TF~.~S. ~HC -9~9.250 SDT 95. 900 DTL, . gh~" 650,400 TT2,SDT S ~ T I i a 2. ,400 L T T 2. GR.SDT 87.125 SDT 1092,000 DT. 6800.00(? IV P;-~. o'r~: 3,732 CILD.DTEi DTE 3.666 IFRE.DTE IIRD:DTa 234.250 IIX~,O~.E D. ~3 3.670 O T E 123.625 ~ R F S. D T E LDT 2,349 ORHO. LDT L[','T 0,()n~ t ~ YDT B O T 93.125 S SSHV.LOT t212,00(~ S!RH... LOT !2,578 GR. b L D T 1,67 ~ C ~ L 35,59 i T RCFT. Ci'.~l, 666.248 C?,iTC. CNL C {,~ L 3385,000 ~,,! R g $. C r,~ b G[~' PC9 82 813 TENS'PCP pCO 1 o67. 000 HDIA. PC N~,;[}R, PCD 2.949 alNV,PCD BHC -999. 250 TT3. BHC SDT 6~ 9,200 TT2, SD'I' .SDT i 140.~0t~ LTT2.SDT (;~.SO~ 82.625 Ta~5. SPT SPT 1045. 000 BT, lO-AHR-199! 11:54 253. n00 IDPH. 255.75{) ILD.!)TE 20.000 IDOF,DTE 27.047 I!R~-i. DTE -35.844 GR.DTE 1 .714 ~TE,',.i. DTE 0 014 PEF. LDT 270~25~ blJ LDT 203 37 882' 2.380 LSRH,LDT 92.500 TENS,LDT 10El .000 NPH!.CNL 2.9~ 6 2330.316 CFIC,CNL 1,6~7 ~TEa,CNL 3470,000 14,40 ~ L~, PCD 3. 344 BT, BHC '9~9.~50 TT4,~HC -999.250 96 100 DTLN,SDT 457:600 T~3,SDT 3425:000 MTE~,SDT 95.900 274,500 I D P l-!. 0 T E 276.750 ILD,DTE 20.000 IDOF,DTE 30.219 IIRg. DTE -36. 906 GR. [)T~7 1,739 HTEN,DTE T o 015 PEF,LDT 3251000 Ld,L9 210,375 SS2. !.,DT 2.273 LSRH,LDT 82.813 TENS,BDT 1067,O00 NPH!.C~L 3. !77 NPOR.CNL 2!79.6e3 CFTC,CNL 1~678 MTF?I, Club 3385.000 12.661 LA, PCD 3 1 ~ 0 DT, BgC '9991250 TT4,:~HC '999.250 MRES,BHC 96.200 DTL~, SDT 472'000 TT3,SDT 958.400 [..TT3,SDT 3320.000 95.700 3.O51 3.908 0.000 237.250 ~7.125 1092.000 2,721 261.250 282.000 2.445 3470 000 291537 33.113 767.017 127.250 127.~50 13.898 -999 250 -9992250 -999.25O 95.200 043.600 1343.200 124.500 3.641. 3,609 0.000 82 25 I04~.000 .117 314,500 306,250 2.332 3385"000 33,1,30 35,503 676,689 125.813 125.813 12 445 -9991250 :099,250 999,250 95200 856!800 1342 000 123,625 CTuP.DTE C!LM.DTE I~OF.DTE IIXM.DTE TE~S.DTE DPHI,LOT OLS.LDT Lb.LDT LSHV.LDT LURH.LDT MTEM,LDT RTNR.CMb RCMT,CNL GR,CML MTEN,CNL M~ES.PCD S~.PCD TT!,Bg¢ GR.BHC HTEN,BHC DTLF,SDT TT4,$DT bTT4,$DT MRE$.SDT CIMP.DTE ClL~.DTE igOF.OTE IIXM,DTE TENS.DYE DPHI.LDT ObS.LDT LL, LDT LSHV.LDT LURH,LDT MTEM.LDT RT~R.CNL RCNT CNL HTEN,CML ~RES.PCD SA.PCD TTI'BMC GR.BMC HTEN.B~C DTLF.SDT TT4.SDT LTT4,$DT MRES,SDT PAGE: 23 247,50O 253,250 0,000 6,547 3425,000 11,434 -0.012 139 625 1159:000 2,445 127.250 3,366 2397,646 92.500 1081.000 1,687 0,502 -999,250 9g: so 95,800 654'800 1148,000 1,714 26~750 27:500 1 430 332 18.269 -0,039 167~$75 1158,000 2.324 125'813 3,27 2330,432 1067,000 1.678 0 215 -99912so -999.250 -999'250 94.900 668,000 1153,600 1,739 chlumberqer A].~sk.a Comr~utln<~ Cemter [.'..'F~:']', 6700, C(,O C!DP, T L;,'~, DT'F 4. ~2 ! IR[~, DIE !89,125 IIXD. ~T~ SFL;'. DTE 4.67 2 SP. ~!T~;~, DTE I22.b25 R;~OP· , bPT 2,5 ] 0 CSS. LBT 0.030 LS. I, PT U!TR, LnT 6 !, 844 SS !. bDT SSHY.L[)T !212.000 S1Rq. I,DT . .-- . . ~ ..... ~RMS, LOT 1,702 MTE~. LDT TNPV. C~,II~ 31 ,q30 Tt!RA.CN~ PCFT. C~"I., 692,423 T'FYS.C~L 3~65,000 GF. PCE~ 89.68g 7'gt~S.PCU H?'~:~'. pCP !O64,()00 HOI~,FCP ~:~.~OP, PCP 3.496 TTg, ~HC -9gg, 25(. TT3 Pt, SDT 9~, 000 DTL TTI .8r3T 652.~00 TT2,SOT LTT~,SF:'r 1.150,40f> I.,TT2.SDT G~.SDT ~7.063 Tg~,.~S. SDT HTE~'~, S~,T 108 3. 000 DY. .DE;PT, 6600,000 CIDP,DTE IuP~'~.DTE 3,590 CILO,DTE IL~',. OTE7 3,602 IFRE,j)TE I!RP.`DT~ 238,625 8FLU.DTE 3. 572 SP,DTE ~:, TE~';, DT E 12I ,563 R~OS,LDT 2.443 !)R[iO. LDT O88,LDT 0.012 LS,LOT I,~ITH. LDT 75,563 SSl .ISOT SS~4V.I,DT i212.000 C!I..,!. bDT I 3.641 GR. LDT ~R F;$. I,.,DT 1,721 HTF, a. L`DT TbJPH,CNI 37,827 T~,~R~ TE[,~. C~L 3420.000 , PCP 90,938 TENS' HTr<~,~, PC;> 1178,000 HglA,PCO TT2.P, HC -gOO 256 TT3, [) ~', S c, T 99. ! 0 o l') T L,. 8 TT~ ,SOT 668,000 TT2.SDT .. . SPT I.~TT l SDT !. 165,2a0 LTT2. .. S i, ,F G~,SOT el, ....... HTE~, SOT 10~{5, OOO DT. IO-APR-1991 !1:54 2!6.375 IDP}J, DTIg 217. g75 !LD, DTE 2n.000 IDOF.DTK 2.4.625 IIR~,DTE -gl.0~3 GR,DTE 1.737 HT~'q. DTE 0,018 PEF,LDT 242. ~ 25 LU, bDT 200.500 SS2,LOT 2,445 bSRg,bDT 89,688 TENS,LDT ~064.000 NPMI,CNL 3,099 biPOR. C~L 2243,9(~6 CFIC,CNL 1 ,702 MTE~.CNL 3~65.000 ~TE~,PCD 15.178 3,3i3 DT.BMC -~99.250 TT4,BMC -99g,250 96,000 DTLM.$DT 456,000 ~T3,$DT 95S,600 LTT3,SDT 32B0.000 t.!TE~!, gDT 96,000 280.500 IDP~".DTE g3,500 ILD, DT~: 220,000 IDQF,D!FE 29.71,9 IIR~'DTE -4!. 156 ~. ,755 NTEM,DTE 0,001 PEF,LDT 271,750 LU,LDT 196 375 SS2,LDT 2243S LS~H.LDT 90,938 ! 178.0 O0 3.294 NPOR,CNB 2286,418 CFTC,CNL 1 721 ~TE~ CNL 3420]000 ~TEt~, PCD 1 ~. 771 LA,PCO 3. t39 DT. BHC . BHC -999,250 TT4, -~99. 250 ~FE8, ~ ~. ~ 99. 200 967,200 LTT~,8DT 3240,000 MTE~,SDT 9Q.100 4,617 4 586 0[000 201.750 87.063 !083.000 3 150 3 125o 272,750 2.512 3265.000 30.928 32.718 728.830 123,625 123,625 15.055 -999,250 -999.250 -999,250 96 200 842!800 1354 800 122.625 3,563 3,525 0,000 259,500 91063 1085:.000 3,434 261,250 278.000 2,441, 3420,{)00 34.724 36.~4 672'682 !22.875 !22 875 131602 -999,250 -999,250 -999,250 99,700 860,800 !~59.200 ..21.563 CIMP,DTE CII. M.DTE I~OF.DTE IIXg.DTE TENS,DTE DPHI,LDT QLS.LDT LL.LDT LSH¥.LDT BURH.LDT gTEM.LDT RT~.CNL ~ChT.ChL GR.ChL HTE~.CNL ~RE$,PCD SA.PCD TTI,BMC HTEN,BHC DT[,f'.SDT TT4,SDT bTT4,SDT ~RES,$OT CI~P,OTE ClL~,DTE IMQF,DTE I!Xg,DTE TEMS.DTE DPHILDT OLS~I.,DT Lb,bDT LSHV,LDT LURH,LDT MTEM.LDT RTNR.CN!., RCNT.C~L GR.Chb HTEM,CNL MRES,PCD SA.'PCD TT1,BHC GR,BHC HTEN'BHC DTLF,SDT TT4,SDT LTT4 SDT PAGE: 24 212.125 214,750 0,000 5,438 3280.000 7,276 0,028 126.500 1158 000 2~529 123.625 3.200 2347.092 89,688 1064,000 1,702 0.123 -999.250 -999.250 -999.250 96,800 653,600 !152.800 1,737 278,250 27'7,500 0,000 11 906 3240 000 12 544 -0'004 141'000 1158'000 2,445 122,875 3 427 2530 999 90 938 1178 000 1 721 0 169 ~999 250 ~999,250 999,250 100.300 668.800 11,68,400 1,755 I$ Tace ver~f!cat~o, ChlUmberqer ~llaska ComFutln.~ Center t) FPT. 6560. O00 C! iP. ob. BTK 3.361 CILD I Lx'. DTF: 3,314 IFP I 1 er,. bTK 254,750 I!X ~PO~, I~gT 2,4a5 D~ N j. I, DT OSS. L?)T 0.021 LS. LDT L,!T~ .LDT 75.31 ~ SSI .I,DT SSHV.LO* 1212.000 SlPH.LDT C[b~, LDT 13,95 ~ G~, I,DT roPES, LDT 1 .734 RTEN, I.PT T[,P[~, C:,~L 35.]57 PCFT,CS!L 663,374 TE~,;g, C~-~L 3270, COO m~FS, G~.PCD 8g,063 ~TEr~ , PCD t 0~2,00(, HDI A, FCD ~NgF,PCD 3.209 TT?. BHC -q99,250 TT3. BHC TEkiS, ~,HC -999. 250 ~TE~, 9~iC DT, SDT 9~, ! 00 DTL, SD1' TTI ,8DT 650,800 TT2,SDT [.,TTI ,SDT 1152,O00 LTT2,ol)~ GP,SDT 85,438 TENS,SDT HTE~. SDT 1058. OOO PT, 6400,000 CIDP D T E 348,000 I DTE 1., 955 BTF 1 ~ 9,938 LDT 2,344 i) R~O, LDT LPT 1211.000 S !~UT 14. 242 GR, LDT LET 1,753 HT[:N,LDT C ;~ L 41,8 ~ 7 T N ~ A, C N L [ITF~", PCD 1082.0Oo BDIA PCD PCB i. !7,4 ~INV~ POi) P, HC -999,2~0 TT3, ~3HC B~.{C -999,950 :,4TEM, E~HC . . ,.~ SD? ~ 05,0fi0 UT SDT 6gO .80~'~ TT2...D~ gDT .t192 000 LTT2,SDT G~,SDT 77,68~ TE:N~ S D T 107 '.~. 000 D T, ~ E P. 10-At-:~<-!..c}91 1!.:54 300.250 302.500 20.000 IDOF,OTE -41 .219 GR. DTf] !. 773 }'1 T [l])~, DTE O. O i 0 PEF. 274. 500 LU, ~01.~25 SS2.LDT 2,395 LSRH, LDT 88,06] TENS,BDT ].320 NPOR.CNL 214().928 CFTC,CNL J ,734 ~,ITEN, C~'IL 3270.000 MTE~:~,PCP 14, I 3g L,~,PCD 3. 875 Di', BHC -999.250 T~4,aHC 46~ ,600 TT3,SDT 962,000 LTT], SDT 3!20,000 MTE~,SDT 98.1 O0 425,500 IDPH. DTE 420.000 46.313 IIg~q,DTg '41,813 GR ,DT~ 1,7~O BTEN.I)TE 0,006 PEF, bDT 323,2 50 ' h'~!, L P T 2.314 LSRH, bDT ~2,gl~ TENS,bDT 1082. 0 NPHI,CNL 3. 693 NPOR,CNL I~76.642 CFTC,CML 1 753 ' i4,426 LA, PCD 1.646 DT, BHC I 99~250 ~()5 200 DTLN,SDT ... 487,200 TT3,SDT ~" 8 D T 993,2UO LTT], 3135,000 MTE~,SDT 3.330 3.305 0.000 281.750 85,43~ 1058.000 3.180 264.000 282,000 2.434 3270.000 35,220 36.098 657.480 121.313 121.313 13.969 1999,~50 -999 250 -9991250 97"300 854'400 1349.200 120.938 2.348 2.293 0.000 406 O00 77 688 1073 0()0 2 637 308 500 290 500 2 338 3100 000 .4!,750 42.781 511.725 120.375 ~20.375 14 21I -999:250 -999.250 -999.250 104,600 885.60O 1397 600 119~938 CI~P.DTE CIL~.DTE !~OF.DTE IIXg.DTE TENS.DTE OPHi.LDT ObS.LDT !,I,.LDT OtI~H,LDT NTE;~,I, DT ~CNT.CNL G~,C~L hTEN.C~L ~RESoPCD SA,PCD TT!,BHC GR,BHC HTE:N,BHC DTLF,$DT T'r4,$DT LTT4.SDT gRES,SDT CIMP.DTE CILM.DTM I~OF.DTE IIXM.DTE TEN$.DTE DPHI.LDT OLS,LDT I,L,LDT LSHV.LDT LURM,LOT MTE~.bDT RTNR.CNL RCNT.CNL 'GR'Ci~L HTE:N'CNL MRES,PCD SA'PCD GR.BHC HTEN,BHC DTLF,SDT TT4.SOT bTT4.$DT MRES,SDT PAGE:: 25 297 250 301:500 0,000 11,984 3120,o00 12.4!0 -0,006 142.500 !15B,000 2,439 121,313 3,768 2244.761 88,063 1082.000 1,734 0,169 -999.250 '999,250 '999 250 97i700 658 000 !157,600 1.773 484,500 438,750 o. ooo 192234 3135,000 [8,556 0,017 169,125 !157'000 122;338 ~:375 684 19~'247 108 000 1,753 0,2!5 -999,250 -999,250 -999,,2~50 IO4~200 681,200 600 IS Ta~e ver.~f, icatJ, en I.isti, r:q ch!u~-eraer &!aska Comgutir:q Center DF:Pq'. 6300. 000 C I~Du.r>TF 2.7~ CILO.P~E SF[,U. D?F 2.621 SP, P~-~OI,. f,O~ 2.386 ORPO. LDT OSS. LOT O. 023 LS.LL~T L~T~.[DT 90.500 SS! .LDT SS~V,LOT ~21.1.600 S!Rh,LDT CALl, bDT 13. 266 GR, LOT ~'~F~jS. LFT ! .776 ~CF~. C~.~L 553.272 C Xlq'C. C~.~L T~ ~:~,e.. (~ ,",~ 1, 3220.000 t~ES.CaL GP.PCD 89,750 T~:~4S.PCP HTF~N. PCD 107~,OeO ~DIh.PC[; T'r'?, BdC -999. 250 TT3. T~.IS. BHC -999,250 [:,T. sD~r 1 n 2.7 o o *T~ .SDT 670, q()O TT2 .bDT bTT! ,SOT IiRP,SA() LTT2.SDT GP .SPT 79.625 TEndS, SDT HTEN,SDT I O30,00O DFPT, 6200.006- CIDP.DTE !..~p,. [.'.TE 3,645 C!I,D. DT~[ .! I..~:. DTE 3,650 IFRE. [)TE IIkP.DTE 229,000 IIXD.D~.'E . DT~; [~. 662 SP. DTF2; T~']F", DTF'~ 118,43~ r4[~ES, i)TE · L O T ' g , 392 . LOT 90. ! 88 8S 1. bDT !~DT 1211 000 S!.R~i.t. DT : LDT ! ]: 727 "GR't i')T ~4BES, LDT 1.7~8 EtTE~.~, LDT T~.~p~, CNL 35,259 T~!~,CNL RCFT.CN[, 579,990 C~I'!'C, CN L GP,PCD 09.063 TE~$. PCD HTE~, bCD !070.000 HDIA,PCD Nt~(]~. PCD ?,7!7 :~4!Nv,PCD . BHC -999,250 TT]. 6HC T~.':r<:~, B a C -999.250 .SBT 105, 100 DTL.SDT ], SDT 702,000 TT2. SOT ,SOT 12!5,600 L:TT2.SDT . . !..~.., ..t:. ~ · O HTFN, SOT i 048, lO-APR-1991 11:5¢ 336.750 IPPB,DTE 341,500 ILO, DT~; tO.OOO I. DOF.OT£ 37,944 I!~.DTE -43. 375 GR. 0.006 PEF.LgT 30 1. 750 LU, bDT 203.000 SS2,LDT 2.354 5SRH.LDT 89.750 TENS,BDT 1078.000 3,4~6 NPOR,CNL 2113.901 CFTC.CNL 1.776 MTE~,C~L 3~0,©00 ~T~B,mCD 13.384 LA.PCD ~,473 DT.~HC -099.250 TT4,BHC -999.250 ~ES.BaC 103,000 DTLN.SQ'~ 474,400 TT3,$OT 985,600 LTT3,S~T 3055,060 ~TE~,SDT 102.700 267.250 IDPH,DTE 271 000 ILD,DTE 20: 0 t,) 0 I [> 0 F. D T E 27' 609 '54. 875 G'R, DTE 1 · 812 H T [:'¢,~, DTE 0 012 PEF,bDT 206.3~5 SS2.6[:,w 2,3 .,. 8 !.,,MR l.'{, 6DT 99,063 TENS,BDT i o7o.o0o NPH 3,390 NPOR,CNL 1978.357 CFTC,CNL t ,7~8 HTES,CNL 2995,000 t4TE~,.PCO 2.842 2099.250 TT4,BHC ! 06,200 496, ~00 TT], SDT I016,000 [,TT3,SDT 2935,000 ~,[TE~4. SDT 105. 2.969 2.928 O.000 336.250 79.625 1030.000 2.730 284.750 286.500 2.379 3220.000 3~.417 39.390 622,081 119,000 !19,000 13.117 -999.250 -999.250 -999.250 101.900 873.200 1391,600 !19.:188 3,740 3.688 0,000 256,250 95,750 1048,000 2,881 286,500 292 000 2 379 2995 000 36 443 34 956 6!0 255 117.81.3 1!7.813 13.539 -999,250 -999,250 -999,250 107.200 913.600 1,42~,400 !18,438 C!MP.DTE CIL~.DTE IgOF.OTE II×~.DTE TENS.DTE [)PHI.LOT gLS.LDT I..L.LDT LSHV,LDT bURH.LDT ~TEg. LDT BTNR,CNL RC~;?, CNL GP,CNL HTEN .CNL ~RES.PCD SA.PCD TT1.BMC GR,BHC HTEM.BHC DTDF SOt bTTg.SDT MRES,SDT C!~P,DTE ClLM,DTE IMQF.DTE IIXg,DTE TENS,DTE DPHI,LDT OLS.LDT bb'LDT LSHV.LDT LURII,L, DT MTEM,LDT RTMR.C~L R. CNT,C~L GR,C~!.~ gTE~.C~L MRES,PCD SA,PCD TT1,B~C (;R,B~C HTEN.BHC DTLF SDT TT4iSDT LTT4SDT MRES.SDT PAG~:: 26 361.000 361.500 0.000 15,094 3055.000 15.970 0 010 159:500 1156,000 2.389 119.000 3,482 2188,221 89,750 !078,000 1,776 0,267 -999,250 -999 250 -999,250 !02,700 672.000 1184.800 1,803 274,000 273,750 0,000 10'617 2935,000 !5,630 0,00! !58,750 1.156,000 2,385 111' 7 99.063 1070,000 ~,7~8 0,267 -999,250 -999 250 -999 250 107 600 700 400 !215,200 1,812 ch_l.L]mY~eroer A!.aska Coral:uti. hq Cent'er D~Pq', 6100, (,on CI I ~? P ;~. t-; T v 2,5 ~ 4 C I b ILP D~F 2.611 SFT. U . DT~ 2,3Q3 SP OSS, L[')~ O. 041 LS. LIT~ . LF~T 108 .1~ SS L. LDT SS[~V LOT !~!l.(lOn S1R}t LDT CAL ~. T,DT 14. 500 ~. L~T ~ ~ ,:~ · .. .... ,~R~,o LDT 1.7Q] HTEq.t,OT T~P~:. C~';L 39.01i ~CFT. C,~L .449. 484 Gn.PCD H! .gRO TE~,;S. PC!~ FTE~' ,PCD lo97,00C HDIA,PC9 ~}~, PCD 2,129 N INV. PCP TT 2. RHC -9q~, 250 . C 999, ~50 DW.SDT 107,900 [)Tb S TT1,SDT 694:,40(~ TT~, LTTI,SDT 1,240.80('; LTT~.S[~T GD, S()T 79.275 T~ g SDT DEPT. 6000.000 CIDP.DTE IMPH, [)T~2 2.354 CILD. Dq'~] IL~,DTF 2,307 IFRE,DTE lie I R [). D T E 3 g 1,75 ('~' SFLU. OTE 4,4~.() SP, DTP:: ~T~+~ ~. ~)Tk; !16.938 ~RES, 9TE ~{;~U~, L[)T 2,307 DRHC,bDT OSg, L[)T 0.018 LS. LDT ~' g LF)T ..... L D T 104,5 () 0 o,. 1, L t) T I, l T H, ........... SS~-.~ V, L, DT !211,0n0 S1RH, CALl, LDT ! ~, 430 GP, LD~ A!PES.LDT I.~2r) HT~N.L[),,T T ~>'~ P H, C ~I I.. 35,461 T N ~ a, C .~J b RCFT.CaI, 65! ,4Gl C~.~'TC, CNL GR,PCD 56,40~ TENS.PCD HTF~> Pt:D 10!q,5 .... u ..PCr~ 7,785 TT2, BHC -9q9,250 ~TT3,5HC ~ ,. ,., ~ , . DT, SOT 100. 900 DTL, SDT TT1. ,St,:,T 685.600 TT2.SPT I~TTI ..SDT' ! !.71, ~;O0 LTT2, ~P~' 3~9.750 IDPH.DTE 372,500 ILD, DTE 20.0¢'0 IDQF. DTPl 45.375 I I R~.~t, OTE -52,59:t GR, i)Tg 1,82 ] HTEN, 0 ()47 PEF. LDT 338 [ 250 LU, LDT ~19.875 SS2,LDT 2.!97 [,SRH.LDT 81.938 TENS,LOT 1097.000 NPHI,C~:L 167~,795 CFTC, CN'L 1,791 14.47t La,PCS 2,342 DT.BHC -999.~50 TT4.aHC 489.2u0 T~].SOT o 4.ooo 107.200 487. 750 IDPH. DTE 500.500 20.000 IDQF,DTE 56.156 -!, I. 8. 375 GR,DTg 1,8~0 HTE.N.DTE -0.0()~ PEF,LDT 339,500 LU,LDT 201,375 SS2,LDT ~ 324 LSRH,LDT 56:4o6 L TEN, DT 1.014,5U0 aPHI.Cab 3,314 NPOB,CNb 2i24.377 CFTC,CNL 2855,000 ~!TEa, PCO I2.362 ba PCD 6 . 254 DT' ,8HC '999,250 TT4' BHC -9o~250 ~RES. ~HC i66 500 DTI.,N' SOT 475 200 TT3.SDT 9[~3,200 LTT3,SDT 2880,000 ~TE~, SI)T 100,900 2.703 2.684 0.000 355.500 79.875 1024.000 2.479 319.750 305.250 2,313 3010.000 37,71.5 39,511 477.611 116,938 116 9]8 13i969 -999 250 -999 250 '999i250 108 900 902,400 1452.400 1.17,625 2.049 1.997 0,000 401.000 58,31.3 !030,000 2 832 :t171500 290 250 2 311 2855 000 35 680 37 083 662 297 115 688 115 688 12 0~] -999 250 -999 250 -999 ~50 100 7O0 863!200 13.68 80.0 !16,938 CI~P.DTE CIL~.DTE I~GF.DTE IIXM.DTE TENS.DTE DPHI.LDT QLS.I, DT LL. L DT LURH ,LOT MTEM,LDT RT~R,CnL RCMI'.CMb GP,C~!L MTE~.CNL ~RES.PCD SA PCD TTI:a C G~,BHC HTEN.B~C DTLF.SDT TT4,S[)T LTT4.$DT ~RE$,SDT PAGE: 27 386.750 382,500 0.000 10,219 2945,000 17.479 -0.008 178,500 1155,000 2.314 116,938 t.662 1764,194 81,938 1097,000 1,791. 0 502 -9992250 -999 250 -9992250 !03.800 703.600 123t.200 1,823 424.500 433 000 0 000 18 672 2880 000 2O 0 008 1.80 875 1t55 000 115 3 506 2182,533 56,406 1014,500 1,820 0,359 '999. 250 -999,250 -999.250 !00 gO0 680 800 11,71 600 I 840 chl. u.~erq,r Alaska Comt.':~tins Center SF!,~ [)T~ ~ ,,'}n ~ ~TL v , DTE ~ 15, . Rur.~, I~T 2,331 OSS, I~)T O, 040 b$. LDT 'l'+~. !,Om t 17.063 SS!. LOT SS[*V. LOT 12] n,~nC S!RH,I, OT C~L..I, !,~T I 3,4~6 GR. bDT ~Fe ~,C~i~ !,822 H'T~' LF, T 'r NpFT, C ~.~ b 35,330 T~iRA.C'Nb TE~R,C~L 2940,00o eR,PCP 63,531 TENS.oCt) ~TE~.PCD 1057,000 ~.~0~, PCD 8.i41 TT2. EHC -9o9,250 TT3, BHC TE?,;$,BdC -999,25o UTE'4 ~C . :... .. , ..... I..,r.SDT 97 600 OTL.SD~ TT~,SDT 647~60() 7T2.SDT ? !. SOT 1, 1 t o, o0o brm2,~OY dP,SOT 54.750 E: ~,~ . $ i> T I 02 !, 500 9FPT. 5aO0,000 I ~PH, I'~T[¢ 4,082 C!LD '! L ~'~, D T E 4 ' 070 I F IT~E.DTE 209,250 IIXO,DTE SFLU, DTE 4,332 SP, OTE MTE~',, i)TE 1!.4.625 ~RES, DTE R}-~O~., [,DT 2.3~3 ORHO,LDT ~SS, LDT 0,044 L5, LDT LITF{, LDT 06,500 SS 1, bDT SSHV,LDT 1~10,0O0 S!R~H, L[)T C~LI. LDT ] 2. ~28 GR,LDT ~RF~ ~, t,~T I ,843 ~'~rEN,bF, T TNPH ~H' C ~ !., 557,273 CNTC,CNL ~ ..... TFNS,CNL 2865,000 ~,iRES,, CN L C~,PCD 70'438 TENS,PCP }.~Tg~, PCD I066,000 fiDiS,PC[> MNOP,PCD 4,O66 ~4!f,~V, PCO TTP, Ri, lC -999,250 TT3. Bt. lC TENS.BHC -999,250 DT, SDT 93,500 DTL. SDT TTI ,MDT 672,909 TT2.SDT LTT1 .MDT 1144:.400 LTT2,SDT C~,SDT 69,125 TENS,SDT HTE~*', SOT 1052, O00 DT, I()-~PR-199! 1 ! :~,4 233, ! 25 I DP}i. b"rE 235.125 IL, D, DTE 20,0~0 IDO£,DTE 2! .2V~ I IR.~4, DTE 'l O0 . 125 GR , DTE i . 854 HTEN, DTE 0.034 PEF,LDT ~ 49.25 o L U, !, i)T 217.375 8S2.LDT 2.2(}3 [~SRH.LOT b3.53~ TE~S, LOT 1057,00~ NPHI,CNb 3.?'72 NPOR.C~U 17~1.154 CF~C,CNL 1,822 YTE~;.CNL 2940,000 MTE~,. PCD 13,321 LI,PCD 5, ~ 87 DT. -999.~50 TT4,B~C "97: 9oo .SoT 484.4U0 TT3,MDT 923.200 LTT3,SDT 97,600 24.3 !.25 24.4~750 ILr:~.DTE 20,000 !DQF.DTE 25,453 IIR~,DTE -85.563 G~,DTE 1,885 HTEN,DTE 0,(z5 PEF, 313,750 Lg,LDT 211,625 SS2,LDT 2,279 [~SF~,LDT 70,4~8 TENS,bDT 1066,000 NP~!,CNb 3.338 1996.738 CFTC,CML 1.843 ~TEM,CNL 28~5,000 gTE~,PCD 3,101 L~,PCD 5,254 DT,SHC '999,250 TT4,BHC -999.250 92,100 DTLN,SDT 480,400 TT3,SDT 966 800 LTT3,SDT 93°500 4.2~5 4,250 0.000 203.750 54.750 1021.500 2,508 325 500 303:750 2.2q7 2940.000 34,447 34.792 544.479 114,563 114.563 12,203 -999.250 -999 250 -999~250 9~,200 803,200 13~2,800 ~i5,063 4.109 4.082 o.ooo 23.0.250 69 !25 ,o52:ooo 2,908 290'500 291.000 2.357 2865,000 35..926 39,406 600,203 1,!~ 063 1.1 063 12 695 -999 ~50 -999 .50 -999,250 89.000 866.800 !.31~,200 1I ,625 CIHP.DTE CILk,DTE IIXgoDTE TENS.DTE DPwi.LDT ObS,LDT LL.[.,DT !.,SHV.LDT LURH.LDT iqTEM,LDT ET~R,CNL RCNT, CNL GR. C~.~L HTEN,CNL ~RE$.PCD SA.PCD TT1.BHC GR.B~C HTEN.BHC DTLF.SDT TT4.SDT bTT4.SDT MRES.SDT ClMP.DTE CILM.DTE IMQF.DTE IIX~.DTE TENS,DTE DPHI,LDT QLS.LDT LL.LDT LSHV,LDT LURH,LDT RTNR,C~L RCNT,CNL GR,CNL BTEN,CNL HRES,PCD SA,PCD TT1.BHC GR,BMC HTEM,B~C DTLF,SDT TT4,SDT LTT4,$DT MRE,. ,oO.r PAGE: 28 206.375 216.875 0,000 4,!21 2865,000 !9,310 0.008 186.375 1155 000 2!303 114 563 3,594 1903,312 63.531 1057.000 1.822 1,118 -999,250 -999.250 -999,250 98.300 648,000 1123.200 1,954 244,875 500 245'000 !2,227 2865'000 16'.182 0 034 168 500 1155 000 2 375 113 063 3 562 2024 660 70 438 1066'000 1,843 0'405 -999,250 -999'250 -999,250 .91'000 671,600 1159,600 1'885 IS Taee v~rification l,istjr~n chlt}n',berqer alaska Compute, hq Center D~iPT . 5700.000 C!DP.r]TE ! ~P.~ . D'TK 2,994 C!LD.DTE , ., ~ .. IIRr: Dr~ 281 2~o IIXO. 5 F [._,T~. DT~ 4.031 SP. UTE OSS.LUT 0.017 [,S.LDT I. IT¢. LDT 88. ]75 SS 1. LDT SSHv. LOT 1. 21. 0.00O S 1R~i. L I)T CALl. LDT 12.781 GR. LDT PDES.Li)T 1.85~ ~qTE~?. hUT T'aJ P !'.~. C t,: L 31.526 T{fR&.C~! .... [~ C F*. C ',~ T, 675 683 C TE~TS. C~t, 2795:000 URES.C~L ~.PCD 74,93~ ~.~t3~. PCP 6.023 *4INV.PCD TT 2.3HC -~99. 250 TT3. TEb~.~HC -9~9.250 D~.SOT ~5 7u ~O TT1 .SOT 67~.000 TT~.$OT bTT1.SBT I !85.200 BTT2.SDT GP.SI)T 67.625 TENS.SDT HTEh:. SDT I 019. 000 DT F, EPT. 5000.000 CIDP. D'I!5] I ~PH. P'.r~ !.313 ILU,DT~ I 3'13 ! SFLU. PTE 3.9 i 3 SP RHGg,LDT 2.200 DRHO. i..,DT QSS. LDT 0.023 [,~S. bDT !.,I T~4. LgT 152. ! 25 SS i. LDT SSHV'LDT 1210.000 S!R~I.bDT C,~LI,LOT !2.!72 G'R.LDT ~ES .LDT ! .86~] HT~r~. bDT ' 'l, . 69 423 ~CF C~t <;P. PCP 39. 656 T¢~hS. PCD ~.~ T ~5 ~' P C D 1028.0 O o H D I' h '~C ['~ ~ · .. . TT~, E;~.'¢C -999. 250 TT3 TF:~S. BHC -999' 250 ~,~TEP, P, HC DT.SDT lO0.900 OTb. SOT TT 1. SOT 677.2co rT2. SDT LTTI .SDT 117!.600 LTT2.SDT ~ ~2750 ~ bi'), DTC 20.000 ID@F. DT~2 44.063 I !~M, DT~ -~9,938 GR, DTE I ,899 HTE:~, DTE 0,0 I0 PEF, bDT 289,250 Lg, BDT 203.500 SS2.bDT 2.365 LSRH.LDT 74 ~3~ TE ~8.LDT 10291000 NPHI.CNL 2. 992 NPOR. CNL 2065.427 CF~C. CN I., l .858 MTE~.CaL 2795.000 ~TF~, . PLI.. 12.851 5,957 PT, 3HC -999,250 TT4, B~C -999,250 gRES,SHC 94.300 DTLN,SDT 487.200 TT3.SDT 10 u 2.8 O 0 l,,,, T T 3. $ D T ~835,000 MTE~4.SDT 95,700 824.000 IDPH.DrE 858.560 T L, i;). 0 T E 20.000 IDQF.DTE 14.3,75.0 I I R ~, D T E -153,000 GR,DTE 1,919 -0,001 PEF,LDT 415,500 LU,LDT ~09.125 5S2. [,,DT 1025.000 NPHI,CNL 3,271 NPOR,C6, L 23.43.438 CFTC.CNL 1.868 2740.000 gTE~.PCD 12,103 LA, PCB 6,633 DT, BMC '999,250 TT4,BHC '999,250 ~{RES,BHC 100.500 DTLr,SF~'r 478.800 TT3.SDT 985.200 LTT3,SDT ~705.000 MTE;~.SDT I OO. 900 3.029 2.994 0.000 303 750 672625 !019o000 2.42~ 275 750 287:750 2.406 2795 000 30.546 695.380 1.12.000 112.000 12.445 -999.250 -999.250 -999.250 91.200 884.800 1380.800 113.813 1.213 1.164 0,000 690,000 43.781 102~:50o 1!5 387'250 30~:750 199 2740.000 35.009 37.218 724.935 110.75~0 11.0.750 11.836 -999 250 -999' , ,.250 -999.250 98.800 870.800 1374,000 112.875 CIMP.DTE CILM.DTE I~QF.DTE IIX~.DTE TENS.DTE DPEI.LDT OLS.LDT LL.I, DT LSHV.LDT LU~H.LDT ~TEM.LDT RTNR,CNL RCNT.C~L GR.C~L HT~N.CNI, YRES.PCD SA.PCD TT1.B~C GR.BHC HTE~.B~C DTLF.$DT TT4.SDT LTT4.SDT g~ES.SDT CIMP.DTE CIbM.DTE I~QF,DTE ~IXM,DTE. TE~!S.DTE DPHI,I.,I)T QLS,bDT L~,LDT LSaV.L'DT LI!R~ LDT gT~ LDT RT~R CaB RCNT.CNL GR.CNL HTEN.CSL MRES,PCD SA,PCD TT1,BHC GR,BHC HT~N*BHC DTbF.SDT TT4.$DT LTT4.SDT MRES.SDT PAGE: 2~ 333.750 325.750 0.000 12 320 2835i000 14 108 0.000 151.250 1155.000 2.410 112.000 3.!44 2260.329 74.93~ !029,000 1.858 0.405 -999.~50 -999.250 -909.250 92.300 676.000 1!90.000 1,898 760.500 761,000 0 gOO 67~ 63 2705'000 27~292 -0,010 221'750 l!53,000 2.197 110 750 3 6!8 2428 941 39 656 1028 000 I 868 0,267 -999'250 -999'250 -999 250 98 o00 67~ 800 1178 000 1 919 IS war~e verifJ, catJon Lisrina ch]umherc~er ,~<las<a ~Omp,]tinq Cent, eT' SFL~~ . DTE B, ~34 ~ SP, OSS.LOT 0.024 L8. l. l TF;. LDT 1, 57. 500 SSI. LDT SSHV.!,0T 1210.oo0 C~LI .[~rT I 2,172 GR.LOT 'l~r,~[' ~. C :,; L 35,15a RCFT.C;,~L 691.1~3 TF~?S,C~L 28o5.000 (;~, PC}?, ~9.000 HT}<~~ ,PCP !026,000 HDTA.PCg t~NOR. PCB 7,92~ .~INV, PC!) ~ 7 2. ~C -ggq. ~50 TT3. ~C ? ~>NS, B~4C -990,250 r>~.SPT 104 ooo o~[,.SPT TT! .SOT 690:40© TT2,SDT LTTI ,SOT 1200.O0O GP.SDT 45,4~ T~]NS. SDT t!TE~ .SBT !036,000 PT. OFPq'. 5400.000 C!DP.O'FE I~'~PFi:, DTE 1.287 CILD,DTE I1,~';, DTE 1.241 IFRE.OTE ITRD.DTF; 624.500 IIXO.OTE SFLU, DTE 2, ]O ! SP. DTE ~ T E '',~ .D T E I i 2.000 '~.~" P ~ ~? T E RHOP ~LOT 2 280 LRHO, GSS. LOT 0.014 LS, Lr>T SS~V.LDT 1210, .... :0 $1RH TNPH,CNI, .35.4~7 T~qPh. CNL RC~T,CNL 890'489 CdTC,C~,L TE'NS.CNL 2685,000 a~E;$,CNL g~, PCU 50.125 'FENg,PCO tiTFP,PCD 1034.000 HOIA,PC0 M. No~.PCD 7,387 TT?. BHC -999,250 TT3. BHC T~NS,BHC -999,~50 ~{TE~4, BHC SDT 1.05,600 OTL,SOT ¢T! .c,D~ 692,400 TT2,SDT !.,TT!.SDT I~IO,BO0 LTT2,SDT C~,$[)T 44,063 TENS.SPT H.T E~. SDT 1031, OeO OT 10-nFR-199! ! 1:54 729.,'u0 IDP~I.Pl'E 766.50,3 ILO. DTE 20.000 IPOF.DT~ 110.125 II[~'~,OTE -142.750 G~.DTE 1,934 NTE'q. DTE -0.005 PEF.LDr 424. ~50 LU. BDT 907.J25 8S2,LDT 2.2C9 LSRH.LDT 49.000 TENS.LDT 1026.000 aP~!,C:qL ] ,863 ~TE~. cng 2805,000 MTE~, PCD 12. J 0~ I.,A. PCD 6. ! 64 DT, BHC' -999.250 TT4.SHC -999 250 102~ 7C, 0 DTL~ gDT 484400 T" ~. I3 ,gDT 1011 200 bTT3,S:..r 27 l 5 [ 000 a TF~4, S[)T 104.O00 833.000 G~5.000 O.OOO 1.35,625 -146,375 ,.1. , 946 -0.005 357,000 202,250 2 303 1034,000 3'292 ~ 209,2 ~ 4 1,8~0 2685,000 !2,103 6 512 -999 250 -999 250 ! 04 800 486.4C, 0 !010.800 27O0.000 105.600 ¸0 624. 45. 1036. 2. 396 303~ 2805. 35. 694 lO91 109. 1!. -999. 999 ~02 897: 1402. 112. 728. 44' 335' 294, 2. 2685. 35. 36. 690 I08i 1,08 !1 999, 105' ~94. 1410. 112. 371 304 000 500 438 000 750 000 000 699 202 291 750 750 250 250 250 000 200 4OO 063 200 142 000 000 063 0o0 322 250 250 283 000 393 01.2 750 750 250 2.50 2.50 300 800 800 CI~P.DTf] C!LM.DTE I~0F.DTE IIXg. DTE TE~S.DTE DPHI.LDT OLS,LDT LL.LOT LSi!V.LDT LU~H.LDT ~TE~.LDT RTNR.CSL RC~T,C~L GR.CNI, HTE~.CNL gRES.PCD SA,PCD TTI,~HC GR.BHC HTEN.BHC OTI,F.SDT TT4.SDT LTT4.SDT MRES.SDT ClgP.DTE C!LM.DTE I~QF.DTE IIX~.DTE TENS.D~E DP~I.,[,DT QLS,BDT LB,LOT LSHV,LDT LURH, LDT M T g ~!, F D T RTNR * CML ~ T, R(.a,..' C~b G~,C~,~L ~TEN,CNb ~RES,PCD SA,PCD G~,BHC HTE~.B~C {)TLF.SDT T'I:4,SDT bTT4,$DT MRES.SDT P~GM: 30 686.000 6~5.500 0 000 51~500 2715.000 28.279 -0.016 226.000 1153.000 2.184 109,750 3,759 2354,099 49,000 1026.000 1.863 0.267 -999.250 -999,250 -999.250 10!,900 694,800 1201.600 1.934 776.000 805.g00 0 O0 64 1~5 2700 000 22 428 -0 005 189 375 I152,000 2,285 !0@,750 3.83! 14,917 2350.125 lo34'000 1.880 0,267 2999,250 999,250 -999'250 104 ]00 691:600 1217,200 ~.946 I$ ~'ar, e 'Verification !.:isti~a [~F:p'r. 5300 o 000 C!O !aPH,DTE 2.3~3 CIL9. i)TF~ T L~ , DTE 2.39b IERE. DTK J I. kF. DTF 380. 250 SrbU, gTE 3,227 Sm. DTE ~iTE~ .f)TE 1.10.875 p ~ o ~, L P T 2.2 g 0 D R H O, [, P '1~ ~SS. LDT 0.019 LS. [.DT bl T~. L[)T 107,3! 3 SSt .LDT 5ShV.I,DT !.210.00(~ S1R~t. LDT CAt, I. L~T 14,6~ ~ GR. LPT ~,~ES.LDT I 874 b'~E?~.LI)T PCFT.CN[, 700.659 C:>ITC, CNL TF'.qS. CF~L 2695,00f ~KS.CNL (;~ PCO 63.156 TENS,PCD ;qMOP,PCD 3,B65 T7 ?.'B~C -999,250 TT.3, TE'~g, B~C -999,250 pT. SnT !02,300 DTL. S DT TT1 ,gDT "103.20u TT2,SDT LTT1 .SDT 12as.soo I.,TT~. 8DI CD.SOT 60.563 TENS.SDT ?~T~;N, SOT 1029,000 DT. DEPT. 5200,000 CIOP.DT~i l, ~ P~']. ~'!¥. E 0.990 CI!,O.DTE !I.,W~. DTE t.009 I!RP.DTE 756,500 IIXD,DTE SFL~. [')TF 1,69g SP. ' ' ' 0 T E ~;TE~'~'.. DTE. :! 1 i, 438, R F~ 0 g. L P T 2, I. () 0 D R H 0, L D T OSS, LDT 0. 007 !,S,E 9T LITe. LDT 178. 500 SS!. LDT 58~{V,LDT I209,000 SiRH.LDT "g CDT 12.~()5 GR,LDT C .L~. ~.~¢E8. I BT 1.863 HTg[~,LL~ T~PF,CNL 38,07q RCFT,CN[, 5q5,702 CNTC,CNI, TENS CNL 2775,000 gR~$., CNI G~ PC~ 28 406 ~,~, PCP 1091.000 NDI~,PCD TT?. PHC -9q9,250 TI3 TE~',:S. BHC -999,250 STE~, ~BC OT.$~T IOR, 700 bTL. SPT TTi ,SBT 732.,~00 TT~, SD'~ t,mt !. ,SDT 127~,009 '[,TT2.8DT G~.SOT 36,594 iO-AF'R-1991 11154 408.250 IDP_H. DTE 455. 750 ILO. DTE 20.000 IDOF. D'?E 86.063 -!05.188 Ga, DTE 1 .956 HT~]~.i. DTE 353 000 LU. LDT 205]875 SS2.LDW 2,277 LSRN,LDT ~3.~56 TE~S, bDT 1066.000 ~iPMI.CNL 3 226 ~'PO-, CNL 2!q4:493 CFI'C.CNb 1.874 ~695.000 ~iTEE. PCD 13,664 Lg,PCD 3,086 DT,BHC -999.250 TT4.BHC 'g99,250 ~RES.BHC 102,800 DTLN,SDT 496,400 TT3,SDT 1034,000 !,TT3,SDT 2705,000 gTE~,SDT 1023.000 IDPH.DTE l!0!,O00 ILD, DTE 20,OUg IDQF,DTE 174.12 IIRI,~,DTE '! 53,500 G:R, DYE 1 9~3 HTEW.DT~ '0: 0.4 PEF' bDT 484'750 !.~U 6DT 206.000 882' , LDT 2,170 LSRH, bDT ~ 06 TENS. LDT zS'(~00 NPH!,CgL 109 !. 3,476 NPOR.C~L C~:'L ~075.!33 C~' C, 1.883 ~TE~'~. CNb 2775,000 ~TE}~I. PCD 12. 847 LA. PC9 2'608 DT,BHC '999,250 TT4, BHC -999,250 ~RES, BHC ~07,600 DTLN,SD~' 520,000 TT3,SDT 1050.800 [,,TT3, SDT 2660,00() ~lT~7~, 8 UT 108,700 2.135 2.!93 0,000 386.500 60.563 1029.000 2.596 329.750 297,500 2,287 2695,000 33.024 35 210 6731830 108.188 108.188 13.305 -999,~50 -999.250 -999 250 10!i700 918 000 1.478 400 0 977 0!~08 0 000 886 000 36 594 I05i 000 318 441.500 3 000 ~775,000 38,472 38.677 613.164 107 !25 107 !25 12 391. '999 250 -999 250 -999 250 106.100 944,000 I503.200 111.438 CIMP.DTE CILM.DTE I~QF.DTF IIX~.DTE T~NS.DTg DPHI.LDT QLS.LDT LL,LDT LS~V.LDT LIIRH.LOT ~TE~.LDT RTNR.CNL RCNT.CNL GR,CNL NTEN.CNL MRES.PCD SA,PCD TTI.BNC GR.BHC HTEN.BHC DTLF SDT TT4:SDT LTT4.$DT ~RES.SDT CIMP.DTE CILM,DTE I~OF'DTE I!XN,DTE TENS,DTE DPHI,LDT OLS.LD~ LL,LDT LS~V,LDT LURH.LDT HTE~.LDT RT~R RCNTiCNL HTEN.CNL ~RES,PCD SA,PCD TTI.BNC GR'BMC HTEN,BHC DTLF.$DT TT4'SDT LTT4*.$DT PAGE: 3! 41.9.500 417.000 0.000 32 000 2705:000 21.846 0,004 188.125 !152,000 2.295 108.188 t 451 2329i172 63 !56 1066,000 1.874 0 359 -9991250 -999,250 -999,250 102,500 701,200 1250.000 1,956 1009.500 991.000 · 000 2660;000 3~1350 264, 009 000 1t51;000 2'i21 I07, 25 3.534 2184 6117 28 406 1,091 000 1,883 0,456 '999,250 '999 250 '999 250 105 900 735.600 ~279,600 1.953 TS Tar, C. VerificstJon [,i. stir~n ch]umherqer ~],aska Comoutj. nq Center be ¢'r. bI00.000 'I~¢p!~. PTE 1.350 C!LD. DT¢] 1L'". DTF I. 365 IFPE. !tpP. OTK 5q2. SFLU. DTE ~. 299 ~4T ~1~'. DTE 109. OSS. LOT O, 0 ! 3 SShV, LOT 1209, OC C~,I.:*, LD~ 12,492 G~. LDT PCF?. C;'~I 482.071 CNTC.Cab TF~,~S, C~b 2620.000 ~4RES,CtqL PT~:"' PCO 1058.00o ...~' ~ TT?. ~HC -999.25d TT3. DT, MDT ] 26. 000 I:.~TL TT! ,SOT 839.600 TT2.SDT LTT~ .SOT 14t0,4o0 LTT2.SD'F G~, St.:)T ~1 ,813 TENS.SDT DEPT. 5000.Of)O C!OP.i>TE ] Lv. UTE 2,613 I?RE, DTE I 1F'.r', [)TE 3~7.50~ IIXO.DTE S~.t~U DTE 3,016 SP.OTE ,r)T¢ ! Of' .8J. 3 ~RES DTE R~4OB. [,,OT ~,256 DRHO.LDT C'SS. [~T 0,0 ~ 9 LS. LDT !, ~ "tH. LDT 1 ~_ 9.500 SS~ ,LD., 1209,000 SI~H,LDT CAL ,LDT 12,71c~ GR.LDT ~PKS, bDT 1,880 M'TEM,LDT ..... .. ~ R C F"r C:'~L 5 ~ 2,60~ C~'"'~,. ,~ ..,. ,_,, C~' N' L TKT~S. C~3L 26~5.000 GP,PCD 72,000 ti T [{; :o'. p C D I 077.00 O TT2. Bric -9q9,250 TT3. BHC T~IL:8, B}{C -99q. 250 D~. SDT 1 I '1,200 [>Tb. SDT TTJ ,SDT 691. ' ~00 '.FT2, SDT LTTJ ,SDT 1236.1~00 RTT2,SDT GP,SDT 59,500 HTE~,~ . BDT I 039. 000 DT. ]o-~P~-lqg! 11:54 7~6.500 If)Pft, r)TE 797. 500 I LD. DTE 20 060 :DOF DTE -134.750 1.9~4 HTB~,DT£ '0,010 PEF.Lf)I 50~o0C0 LU,LDT 209.500 S$2,LDT 2,!31 LSRq. LDT 46,000 T~Ng,LDT 105~,000 NPHI,C~L 3,626 NPOR,CmL !~'71..260 CFTC,C~:L 1.888 ~TE~,Ct~L 2620.000 MTEM,PCD 12,604 LA,PCD 4,305 DT.~HC -99~.250 Tq4,BHC "" 6HC -999 250 ~331500 DTL~.SDT 598.~00 ~T3,SDT 120~ 200 LTT3,SDT 2630[O00 126,0(>0 3~0,750 IDPH,DTE 3~5.000 ILD,DTE ,~0,0 .-O IDOF, DTE 48,594 II~,DTE -~9,000 GR, DTE 1,990 HTE~, OTE 0,004 PEF.LDT 376.250 b i,J. !,, D % 209.250 S$2.bDT 2,232 .[,SRH, LDT 72,000 TENS,bDT 1077,000 NPH [, CNL 3. 622 NPO~.C, NL 1966,862 CFTC,CNb ~ 880 ;VTEa, CKL i. 2' ~51 LA,PCD ~,457 DT,BHC -999.~50 T'r4. BHC -999;250 ~RES, GHC .t t 0,100 DTI,,N, SDT 519,600 TT3,SDT lOOg,400 LTT3,SDT 2605.000 ~TE~4. SDT !l. 1 ""' ~.304 1.z53 0.000 665.000 41.81~ 1038.000 2.137 462.750 317 000 2:090 2620.000 41.358 42.733 515.950 106.000 106.000 12.148 -999,250 -999,250 -999.250 1.1.3.000 1.072.800 1607 200 109:625 2.625 9~ 2.5~ ~, 0.oo0 355.25O 59 500 l 03u' .... ,000 2,529 355,000 304 250 2 250 2685 000 4:1. 1.93 40 ~36 552 ." 133 1.05~ O63 105.063 12.445 -999,250 -999.250 -999,250 11 ~. 400 . u6 000 I465,600 108,81.3 C!~:P.DTE CII.:~,DTE !~OF,DTE II×~,DTE TEN$.DTE DPBI.LDT !,L,LDT LS~V,LDT LURH.LDT ~TEM,LDT RTMR,CNL RCNT.CML GR,CNL HTE~,C~L MRES,PCD $~,PCD TTt,BHC GR,BHC HTEN.BHC DTLF SDT LTT4 SDT C!MP,OTE CIL~.DTE IMQF.DTE IIXM.DTE TENS.DTE DPHI,LDT OLS,LDT Lb,LDT bSHV,LDT LURH'LDT MTEM.LDT RT~R.CNI, RCNT.C~I., G~.CNL HTEN.C~L ~RE;S,PCD SA,PCD TTi.B~C .... i~'....6N, ..... HC DTIiF,$DT TT4,$DT LTT4.$DT MRES,SDT PAGE: 32 740,500 732.000 0.000 59.688 2630.000 34.442 -0.OO7 270 500 1151i000 2 094 106.000 .] 800 !975:044 46,000 1058 000 1!888 0 456 -999.250 -999,250 -999,250 115.400 840,800 1416,400 1,984 371 750 s2lsoo 0 §00 18:31 2605.000 23.859 -0,017 198,875 ll5i.O00 2'~50 105, 63 3,743 21,06.848 72 000 o7 :ooo .880 0 405 -999 250 -999 250 -999 250 109 400 69~ 200 1235,200 1'990 Tone Verification l. isti. nO cb!u~beroer ~%laska Co~'putinm Cent:er I I ~D. DT~ 49<), 50 O I i OSS. [.DT 0. 026 [.$. LDT LTTH. LOT ! 38. 875 S51.1..DT SS~t/.bOT !209,O00 S1Rh. LD~ Ca!,!. LDT l ~. 617 G~. LPT ,~(PES. LDT 1.887 kCFT.CFL 717.181 C~*C.ChL CP.PCD 48.375 }{T[~5~. PC~) 1052,900 ~{~'~C~, PCO 7,129 T'[ ?. ~3MC -999,250 TT 3. ~[iC TE'NM, ~C -999. 250 DT.SDT ! 42 g00 OTL.SDT LTT!.SOT 1.377.~00 LTT2.SDT G~ .S[>T 59,156 'liENS,SOT k~TEN . MDT 1064,000 DT, [)EP'r, 4800,000 CIDP.OTE I~P}!. [)TE 2,387 CILD,DTE ![~ PTE 2,387 IFg~E DTf; ,~,r~ 3,3!3 SP OTE ~TE?~. DTE lO6.500 ~gS~OTE 0$8, LOT 0,018 BS, bDT [,IT~... ;~gT 145,62$ o.. 1....t.T SSi.iV,bDT 1209,000 S1R}i LDT ~PES, LOT 1,9!9 HTE.SJ, LOT T ~ P ~, C ;4 !... 38,709 T N R ~., C N L PCF:~, CN~ 683,7~0 CNTC,CFL TE ~.~. C ~.!b '2525,000 aRES.,CNL G¢,PCD 59,469 TE?,!S. PCD H~' E~'.', CCD 1050,00o HDIA,PCO MN()~, PCP 5,723 gINV,PCD TTP. BIqC -999,250 TT3, P~iC TENS. ~k:C -999,250 ~4TFM, F. HC DT, SOT 1 ! 6,000 DTb, SDT TT! .SDT 76! ,200 T?2, SPT LTT! ,SOT !342,000 LTT2, S[.~T GP,SgT '61.09~ TENS.SDT HTE~;. SgT 1. Oa4,000 DT. ;<EP 62~,5(~0 IDP~.OTE 643.500 !LO.DTE 20.000 I[>OF.OTE 87.250 I]~.DT~ -1~C,,250 GR,DT~ 2.000 ~iTEM.DTE 0.009 400.500 LU.bDT 2t3.750 SS2.UOT 2,1~? LSR~.LDT 48.375 TENS,LOT 1052.000 NP~I,CNL 3.06! NPOR.CNb 2115,038 CF~C,CNb 1,967 ~TY~,CNL 12,429 L~,PCD 6,328 DT,BHC -999.250 TT4 118.500 DTL~.SDT 478.400 TT].SOT I166,400 LTT3.$DT 2530,000 ~TEN,SOT 192,900 428.750 IDPM L'IE 43!,750 ILO,DTE 20,000 IDOF,DTE 62.813 IIR~.DTE -122,125 GR,DTE 2,041 ~T~,DTE 420,006 PEF,hDT 3.250 LU,bDT 206,625 SS2'LDT 2,2~! LSRH,bDT 59,4 9 T~N$,LDT !050.00(! NPHI,CNb 3,300 NPOR,CNL 2216.~0! CFTC,CML 1.919 STES CNL 2525,000 .PCB 12,5.32 LA,PCD '999,250 TT4,..M '999,250 113.0(!0 DTL~,S l 536,400 TT3,SDT t!13.600 LTT3.SDT 2555.000 ll~,0VO 1.59i. 1.554 0.000 567.000 59.!56 1064.000 2.5O4 372.500 309,750 2,219 2625,006 31.365 32,208 662.~70 104.000 104.000 12.023 -999.250 999:250 118.400 1031.200 1603,200 107,813 2,330 2.31.4 o: oeo 388.250 61.094 !044,000 2'305 393,500 304,750 2.!88 2525.000 35,342 ;)6.991 649.072 02.i$8 12.266 -999,250 -999.250 -999.250 1!5,900 993,600 1580.800 106.500 C!~P.DTE CILg,DTE IMCF.DTE IIXM.DTE TENS.DTE DPH!.LD~ ObS.LDT LL.LDT LSH~.I.,OT LURH.LDT MTEM.LDT RCMT.CNb GR.ChL HTEN,CNL SA.PCD TT1.BHC GR.BHC HTEN.BHC DTLF.SDr TT4.SDT b~T4.SDT MRES,$DT C!~P,DTE CIL~.DTE !~F,DTE II×M,DTE "lENS,' DT~ [)PHI,LDT OLS,LDT Lb.bDT LSFV.LDT LURH.LDT MTE~ LDT RTNR:CNL RCNT,CNL GR.CNb ~TEN,CNL ~RES,PCD S~,PCD TTI,BHC HTEN,BHC DTLF,$DT TT4.$DT bTTa,SDT MRES,SDT PAGE: 33 630,00O 620,000 0,000 39,313 2530 O00 -0.0O3 214,250 1!50.000 2'221 104,000 3.328 2421,718 48.375 1052,000 1.887 0.405 -999.250 -999 250 -999~250 ~12.700 795,200 1380,800 2,000 418,500 4!8.750 0 000 23 609 2555 000 28 404 -0 008 !15i,000 2,189 102.188 3'566 245§;921 59'469 1050'000 1.,919 0.267 -999'250 -999,250 "999,250 1!6'400 766,400 1.34~,400 ,041 Verification List]hq chiumberoer 51aska Con~D,,~t:in~7· Center [,:v. DI'~ 2.0aa IIRP.nTE 37 I. 50,'~, IIXO. OS~. L~)T O. 023 [.TTH.I.DT 1~2,J25 SSI,LDT 5SHU I,DT I20O OO(} C~[,1 .LOT 12.445 G~. [.OT TNPTM. ,:. C~IL 38.766 7'r, iR A. C N I', R.C F T. C ::"~ [., 609.7~2 CNTC.Ch!', T~.:'JF. C? I, 2520.000 ~RE:S, C N L ~:.PCD,. . 53.563 }~?~: ~,J. PCO 1046.000 HD!A.PCD ~[~OF. PC[) 7.156 ,~INV.PCD TT9 PHC -999,250 . . TF~S, RHC -qgq, :250 DT, SPT 116,100 DTI~. SI)T TT! ,SDT 749,600 TT2,SDT LTTi. ,MDT 131~,~00 LTT2,MDT G~,SnT 50,813 TENS.SPT H T ~7: ~. S [:) T 1042.000 D T, ~:~ g R DEP'P, 4600.ONO CIDP.DTE !~PH.DTF 8.461 CILD,DTf] I L~-*'. r)TE ~,453 IFRE.OTE ITRD.DT~ lB7.000 I!XD.DT~: ~TF:P. . D~7.~' i05.313 ~RES,OTE O.~$, LOT O. 033 LS. LDT SS},~V. LDT 1209,000 SIR .LDT C~l.,/. LDT l, 2.2 ! 1 GR,. LDT ~ES.LOT ! ,952 TMPH. C~L 45,146 RCFT,C~L 424,030 C~qTC, Cr.:b TE~g,CNL 2450,000 GR,PCD 85.875 TENS,. PCD HT~J~. PCD 1048,000 HDI.~,~CD ~'~ ~,~OR, PCD 4,45,] TT?, BHC -999,250 TT3, ~.3HC T E 12 S. B H C -~ 99,250 H T E ~:q, i% H C [:) T. $ l) T 135.700 0 T L. S ~ T ':?T~ ,8DT 751.600 TT2.SDT LTTI,.SDT !327'200 LTT'2.SDT GP,$[)T 82.000 H T ~ f,.~. SOT 1042. oO 0 DT !O-APA.-!99! 1!:54 4~7,750 IDPH.DTE 463.750 ILD.DTE 20.000 IDCF.DTE 59.063 IIR~,DTE -14!.375 GR.DTE 2.0~3 [!TE~.DTE -O.O1C PEf'.LDT 49i.~50 LU.LDI 208.625 S$2.LDT 2.14~ LSRH.LDT 5] ~3 TENS.LDT 1046~(,00 NPHi.C~L 3 340 NPOR.C~.!L 20g0:g52 CFTC,C~iL 1,960 ~TE:~.C~L 2520.000 ~!TE~,PCD 12,1~3 LA,PCD 6,328 DT,SMC -999,260 TT4,BHC -999,250 MRE$,B~C 114 500 DTLN,SDT 552:000 TT3.SDT 1!6.100 216.000 IDPH,DTE 216.000 ILD,DTE 20.000 IDOF.DTE 20.~16 -98,250 GR.r)TE 2,057 HTEN,DT~ 0.01~ PEF bDT 379,750 ,LDT 216,500 SS2,LDT 2 78 bSRH,L[.r ,8 ..... LDT 85 75 I04~.000 NPHI.CNL 3.805 NPOR,CNL 1691.01.5 CFTC.CNL 1.952 ~TEN.CNI~ 2450 000 . ~N PCD 12,284 LA,PCD 4,844 DT,BHC 2999.~50 TT4.BHC 999.250 ~RES,Bu'C 109.600 DTL~.g~T 485.200 TT3,$DT 1095.600 LTT3.SDT 2475.000 STEPi,SDT ~35,700 2,232 2.154 0,000 440.500 50.81~ 1042.000 I 962 4571750 3~0.250 2.105 2520.000 36.143 38.576 612.510 100,625 100 625 11~836 -999,250 999,250 :999o250 !12 ~0o 9711600 1.553 2o0 4 625 4 625 0 000 210 750 82 000 !04~ 000 69i 356 750 309 250 2 244 2450 000 45 869 46 494 4~s158o 99,938 99,938 1~ 781 -999 250 -999 250 -999 250 108.200 972.800 1550 400 CI~P.DTE CIL~i,DTE IaCF.OTE IIXM,DTE TENS,DTE DPHI.LOT OLS.LDT LL.LDT LSH¥,LDT LU~H,LDT gTEM,LDT RTNR,CNL RCNT,CNL G~.CNL HTEN.C~L iVRES,PCD SA,PCD TTI,BHC GR,BHC HTEN,BHC DTLF SDT TT4:$DT LTT4 SDT ~R~S:SDT C!MP.DTE CILM.DTE I~OF.DTE IIX~'DTE TE~S.DTE DPBI,LDT Q!,$.LDT LL,LDT LS~¥,LDT LURH,LDT MTEM.LDT RTNR,CNL RCNT.CNL GR,CNL HTEN.CNL C ~RES,P~.D T~I~BHC GR,BHC HTEN,BHC DTLF,SDT TT4,$DT LTT4,SDT gRES,SDT PAGk;: 475, 477, 0 2535. 33, '0, 262 1150~ 2, 100. 2240. 53 1046~ 1, 0 -999~ -999, -999, 117, 756, 1315. 24, ~24o O. 201., 1151. 2 4, 1756. 85, !048. 1. 0 -999 -999 -999 75O 1327 34 25O 250 000 547 000 541 022 5O0 000 102 625 597 144 563 000 96O 267 25O 250 25O lO0 4OO 600 O63 o00 5o0 000 951 000 47! 012 ]75 000 248 .392 960 875 000 952 502 250 250 ~00 8OO 200 057 I$ Ta~-~e YerificatJor~ l. istinq cPlum~er~.~er ~las<a Computinq Center 4500_ ,0Ci';. .... . F;,?~: 1.92g CI Lg. E~T[:; ~TF' ~45. 750 I DTE 3,369 SP. ~.TE I DT 2.07o E, PHO.LDT [,PT 0.010 !,[)T 190,1 ~5 SS1. LDT ~[.,T 1209,00(') SIRH LET LO t ' "" 1~,031 ~EK.I f)T 1,997 ~TE~2.I,DT T~.! Pl-~. C ~J 1. 37.964 T;JR.~. CF]L C ~ L 2450.000 GP.PCD 32,375 TENS,PCD ~TF~. DCD 1049.00() HDI~.mCF. ?~)P, PCD 7,590 BEC -999.250 ~HC -9~9 250 ~TE~.aMC ,., , ~ ~ -- . ..~ SET 119, ~00 [)I'[.,, ~DT SDT 7 a 2,400 TT~ S D T i 370,800 ,..., (;~.SDT 32,a4-4 TEt'~S, St)T SOT 1 o41,0CO DT. DEPT, 4400,000 I~iP;4, DTE 2,393 CIL !b~, [)TE 2,393 !FRE,DTE IIRP,DT~ 365.500 I!.XO,DTE ? ~-,.. I' t')T~ 3,467 SP, .. MTE~'~ , D['f ~: I0],813 MRES,DTE PH!.>P. LET 2, I 1 $ OR~{!:.). LET OSS. LOT 0. 006 LS, !.., 1 T n, L D T 171,125 S $ ~{ V, L D T 1208,000 S 1 ~ .~.t, L 0 T C~I,]:, I.,DT 12,031 GR, ~,:RES, LET 2,0 ! 6 HTE~, LET P~'~' CNL 41,551 TNR~,CNL. . , C ~>:.] [., 504 423 C~TC, T ..;S,CNL 2465.O00 ~RES' CI,~L GP,PCO 43,250 TE'NS, PCD H T E ~'.~, P C D I 053,000 H D 1 .~, PC ~NOR, PC[~ 6,7! 5 ~'~INV, PCD TTg, ~}~C -999. 250 TT3,.MHC · F ~',~$, ~-IC -qq9,250 : ...... ., ~ · ,. ~ nTb SDT t:>T.SOT 4~ I v ...... . , ~ ~. -,-.,S.DT "51,504 TENS,SET iO-AP'R-lqgI 11:54 555.0 C 0 I 506.©60 !LD,OTE 20.000 IDOF,D?E ~4,0o3 I!F'?~. DTE - ! 69. 250 2. O~ 8 H~EN, OTE -O. 016 PMF,,bDT 5!2.000 LU,LDT 206. 625 882, LET 2,~46 LSRg,LDT 32.375 TENS.LET 3.309 NDOR.CNL 1~5.g51 CFTC.CNL 1..9~7 M TE'~, (..~ [~ 24b0,000 ~TEM,PCO 6,316 D'!, BHC -999.250 -999.250 5~6.400 TT3.SDT 1!34 ~00 LTT3, SDS' 2435~000 MTFM,SDT 119.800 443. 500 IDPH.. DTE 449,000 ILD,DTE 20.000 IDOF.DTE 62 344 IIR~,DTE · ' .15 !. ~ 250 G 2,100 ~TEN,DTE P I,,~ D T -0.014 468' 750 LU, bDT 205,250 SS2,LDT 2. !88 LSR?{, bDT ~3,250 TENS,LDT i053.000 NPHI,CN!.. 3.758 NPOR,CNL 1B'72,052 CF~C,CNL 2 016 12.031 LA,,PCD 5,~67 999,250 TT.4, BHC :999.250 M~FS,~HC !19.900 DTLN,SD~f 4~2.800 ~T3,SOT 1167.260 !..,TT 3, SOT 2440.000 NTEa,SDT 14~,!00 It 4E9. 32. !041, 1. 472. 314, 2, 2450. 35. 37, 555. 98 11 -999 -999. -999. 1!9. 1018 1619~ 104, 51 1053 2 432 311, ~465. 43 98 98. -999, -999 -999~ 11.9 1.0271 1653 1.03 801. 759 O00 250 844 00o 965 75O 5O0 084 000 772 853 765 813 477 250 250 25O 100 40O 2O 0 252 227 000 000 594 000 135 500 25O !. 31 000 725 225 000 000 719 25O 250 250 50O 20O 60O CI~P.DTE CIL~.DTE !~OF,DTE II~.DTE TENS.DTE DPHI.LDT ObS,I.,DT LL,LDT bShV.LDT LURH,LD? MTE~,LDT RTNR.CNL RC~T,CNL GR,C~L HTE~.C~L ~RES,PCD SA.PCD TT!,B~C ~TEN,B~C DTLF SOT bTT4,$DT MRES,SDT CIMP,DTE CILM.DTE I~OF.DTE !!X~.DTE TENS.DTE DPHI.LDT aLS,bDT bL,LOT LSNV,LDT LURH,LDT MTEM,LDT RTNR,CNL RC~T,CNL GR,CML HTEN,C~L MRES,PCD SA.PCD TT1,BH¢ GR,B~C HTEN,BHC ?T4.SDT L~T4.S~7 PAGE: 35 518.000 531,500 0.000 34,344 2435,000 35,153 -0.008 ~75,750 !149,000 2,082 98,813 3,652 !995,791 32,375 1049.000 1.997 0 405 -9991250 -999,250 -999,250 117,500 786.400 ~386,000 2,088 417,500 417,500 0.000 22 328 2440 000 32 222 -0 006 252 500 1.14~:000 1909;175 43,250 ,o :OOOo 0,313 -999 250 -999 250 -999 250 122 50O 782 400 I41.8,000 2,I00 !S 'rs~e Uer[f!cati..on I,is[ina chlumherqer Alaska Cor. putinq Center . 43 C 0.000 ! }-!P". I~TE 2.65o CILD,LT~ .DTF 2,777 IFRE, ~}T~J Tpr~. DTF 305,000 ! . DT~ 2, ]55 , LDT 9,1 q ! 9RHO, bDT . LDT 0.019 LS. LDI' U!TH.LPT I42.375 8S1 .I,OT . I,[,T 1209. 000 S1RH. LDT C~LI. L!)T 12,500 GR, LDT . C'N[. 53. 091 hCF'r.C~.L 375,47b CaTC,C~JL ~'~S. CN!., ~410.000 M~gS.CNL (;~. PCD 70.2~0 TaNS.PCD H'rE~.~. PCD !O52,000 HD!~.FCD , PCD 2,8~ 1 MINV,PCP . PHC -999. 250 TT3. BHC TWN~.B~C -999.250 MTE~!. aHC . SDT 159,700 DTL. ,SOT 81 1.600 TT2,SDT ,SOT 1458.400 LTT2.SDT C~.SOT 69,625 TENS.SBT .SOT 104.I. 000 DT. DEPT. 4200,000 CIOP,OTF, I~'PM.PTE 4,527 CIDD.DT.~ IIPD.:D~'E ~ gl. !25 I!Xg. DTE 5FLt.i. DTE 3. 990 SP. OTE ETE?.OTE t02,125 ~RES, ETE ~FIB. I, DT 2.259 DRHO,I.DT OSS, LDT O, 02 3 LS [,!TH. LDT 1 ! O, 313 SS1, LOT SSHV,LDT 1209,000 S~RH.LDT CALI.LDT !..2,172 GR LDT M~:~S. LOT 2.041 HTF, N~ LDT 'r N p ~. C ~: !., 39,545 T . ChTC CNL RCFT CNL 439.659 "" ., T E N S. C N ! 2320,000 ~! R E S. C ~.i L CR.PCD 70.438 T~;tq'S. PCD HTF~3,PCD 1056.000 HDIA.PC.O ~,~NOP. PCC, 4.137 ~INV.PCD q'T~.BHC 909 25r~ TT3 TF~*~$....ut 999.250 I,)T.S~T 152,400 PTb,SDT TTi SDT ~05,2f)0 TT2 [.']. bTT! .SOT 13~4.400 LTT2,SDT G~,SDT 64,063 TENS.SPT ~TFD,~. SDT 1045,000 PT. lO-APR-1901 11;5.! 361.0U0 IDPH.DTE 362.0O0 II,O, OTE 20.000 IDOF.DTE 35,094 I I~'~. i)T~ -i24.750 GR.DTE ~. 115 ~TE~I, DTE -0.002 PEF.[,DT 4~8 75O LU. bD~ 208[625 SS2.LDT 2.20! LSRH,LDT 70.250 TE~S, L9T 1052,O00 NP~I,CNL 4,047 NPOR,CNL 1516.754 CFTC,C~qL ~,023 ~TEM,C~L 241.0,000 ~TEY~, PCD 12,276 LA,PCD 3,814 -999,250 TT4,GHC -999.~50 124.7U0 DTLN.SDT 519.600 TT3.SDT 1!90 0O0 LTT~.SDT 2440~000 ~ 159.700 221.750 IDPM.:DTE 223.125 ILD'DTE 20,000 IDOF,DTE 15,438 IIR~,DTE -11~,313 GR.DTE 2,137 HTEN,DTE 0,094 PEF,BDT 372,250 LU,LDT 208,625 SS2,LDT 2,240 ~SRH.hDT 70,438 ..... ENS,LDT ~056,000 MPHI,CNL 3,766 NPOR,CNL 232 O00 '~g ~CD ~2,248 LA,PCD '099,250 TT4,BHC '999,250 11.4,860 DTLN,SD? 519,600 TT3,SDT II~3.~00 bTT~,SgT 2 50,001) !52,400 1 2. 0. 334, 69, 1044. 2. 389. 307. ~410. 49, 54, 358. 97, 97, 11. -999. -999, -999, 119 !059: 1706 ,o31 77~ 76O 000 750 625 000 857 000 250 !91 000 059 072 67i 125 125 539 250 250 250 60O 200 800 500 4,508 4,477 0,000 208,750 64,063 1045.O00 2 71.3 3o :soo 254 2320;000 44.:081 42'856 508,507 95.813 95,813 Il 602 -9991250 -999,250 -999,250 112,100 1034,~00 1632.400 102':125 CIaP,DTE I~OF.DTE TE~iS.DTE DPHI.LDT OLS,LDT LL.LDT !.,SHV.LOT LIIRH,LDT MTE~,LDT RTMR,C~I, RCNT,CNL GR.CNI. HTE?,CNL MRE$.PCD SA.PCD TTI.BHC GR,BHC HTE~.BHC DTLF,SDT TT4,SDT LTT4,$DT MRES.SDT CIMP.DTE C!LM.DTE I~OF,DTE IIX~,DTM .E,S,DTE DPHI,LDT OI.,S, LDT LL. LDT LSHV, I, DT b{,jRH'LDT MT~M.LDT RTN R. ~CNT. CN L HTEN,CNL ~RE$'PCD SA,PCD TTI,BHC GR'BHC HTEN,BHC DTLF,$DT TT4,SDT 5TT4,SDT PAGE: 36 373,000 359,750 0 000 281844 2440 000 2718 1 0,006 2~4.250 1149,000 2.195 97.125 4,605 ~590 765 70~250 1052 000 2~023 0,739 -999,250 -999,250 -999,250 121.I00 805,200 1456,800 2.115 220.625 222,375 0,000 -5,230 2350,000 23,683 o'ool 198,750 1149,000 2,264 95.813 3,985 174~,834 7 .438 1056 000 2 041 0 646 "999 250 -999 250 -999 250 113,900 804'400 1398.000 2,137 IS q,'a~-:} verJ. ficatiot~ I.,istinq chlt)mber~er ~Jlaska Co~put~n~ Center .I .~; PTM DT~.. 4.320 CILr). [>Tk TLW ,DTF ~,~50 l'F~ g. P. Tk I T ~[3,, DTE 20? ~ 5n0 I TXO, SF[.,H. PTF 4,7 bI'rw, LgT i 06.06 SSHV ,[.DT ~208,OO0 ..... G R P C~r ~. I,.r)q' 12.047 ".L T TN pV, C;;[~ 4 !, 804 Tf.~RA, RCF'~ C' , . .. :~ l, 525,5!.4 Ct~TC. C.L T~:S.CNL 2295,00n HRES.CNL GP.oCD 63.938 TENS. FCD H'T'E ~' .PCD 1057,000 ?~ ~ O P, P C ~ 5, TT?, ~tf'~C -999,25n TT3 'rFh~ B~C -909,250 ~TE~ f)T. SDT 140,500 DTL, SPT 'FT! .SDT 800.400 TT2, S!}T I.TT! SDT 1,394,000 LTT2, .... D'.t G~.SDT 64,625 TEN~,SDT ,*~ Si')T lo48.0oo ,T. 4OO0,000 CIDP. [~TE I~PH,DTK 4,203 CILD.DTE Bmr< 4,1 ~0 IFRE, TIRD,OTE 2!0'125 !IX0.DT6; DTE 4,914 SP. DTE - ~ 1~~ ~ ~..., DTE 99 750 [,DT 2,322 DRHO[ LDT OSS.LDT 0 019 LS, LUT .... ...... S~ LDT' l,p~ 93 563 ...... L[)T 1208 O00 $tR~"t. LDT CAI,T. ~.DT 1~ 055 GR,LD~ ~.4R ES. !...{)T 2,08d 8TEN,I..DT PCFT,ChL 564,31.3 C?4TC, C~.;L TE~ S. Ct:.~L 2270,000 h~RES, C~.:L CP,PCD 68.000 NTE:~, PCB t044,000 HDIA,PCO PCn 5 8~7 ~I~V,PCD . ,. ~ , ,., , , . c 25o .~... 9 250 8DT :1. 37 . 500 DTL, SDT oD'r 75~, 80o T T SOT 67,3 t 3 TEPS. SOT SOT !. 0,!3, O00 DT, 10-APR-19g! 1 i :54 234.250 IDPH,DTE P36.375 ILD.DTE 20.000 IDOF,DTE [0,268 I !P'~4 -1 2.938 GP. DT~; 2,170 HTFN. PT~ 0,000 PEF,[~DT 368. 000 L(J, bDT 206.000 SS2.LDT 2.262 I, SFH.I,DT 63 93~ TEa!S, LDT 1057~000 NPHI.CNL 3.775 ~POR.C~L t959.1~3 CFTC.CNh 2.003 aTE~.CNL 2295. 000 ~ T E ~;, PCD i2,187 L~,PCD 5.457 DT, ~:7%HC -999.250 TTg,BNC -999.250 111.400 DTbN,SDT 487.600 TT3,SDT !!69,600 LTT3,SDT ~350.000 ! 40 ' 5OO 243,000 IDPH, DTM 244.500 tLD,DTE 20,000 IDOF,DTE 21,5~1 IIR?4, OTE '133,8 5 GR,DTE 2.209 NTEN,DTE '0,002 PEF,LDT 330,500 5U, LDT 201.625 SS2,LDT 2 332 I~SRH; [,OT 1044.000 NPHI,CNb 3,574 NPOR'CNL lg89,8f7 CFTC,CNL 2 084 ~TE~,C~5 2270 ~ 000 ~{TE~4, PCo 11'985 LA.PCD 4,918 DT, OMC -999,250 TT4,SHC -999,250 ~Rf~S.BHC 112,300 DTLN,SDT 463.200 TT3,SDT 1107,600 LTT3,SOT 2255,000 b!TE:~, SBT 1,37,500 . 4. O. 220, ~4. 1048. 2 343~ 293 2205, 44, 43, 545. 94. 94, 11. '999. -999, ~999 I09: 030. 1618. !00. 4~. 4 0 224 67 1043 3 309 289, 2, 2270, 40, 40, 568. 93. 93. 1~. -~99o -999, -999. ~14. 985. 1598. 99. 266 227 000 625 625 0o0 8 ~77 000 50 u 260 000 2~7 042 216 500 500 781 250 250 250 500 6O0 688 113 086 O00 125 313 000 078 000 50O 000 70~ 611 31. 3 3~3 719 250 800 0o0 750 CI~F.DTE CILM.DTE I~CF.DTE I!X~.DTE TENS.DTE DPNI,LDT OLS.LDT LL,LDT LSHV.LDT LURH. LOT ~TE~, LDT RTNR .CNL RC~T. CMl, GR, CNL HTEN.CNL ~PES,PCD SA PCD T ~ rl:BHC GR,BHC HTEN.BHC DTBF,SOT TT4,SDT [,TT4.SDT ~RES.SDT CIMP,DTE CILM,DTE I~O[,DTE IiX ,DTE TENS.DTE DPHI.LDT QLS.LDT LL,LDT LSHV,LDT LURH,LDT ~TEM,,LOT RTNR,CNL RCNT CNL HTEN,CNh ~RES.PCD SA.PCD TT~'BHC GR,BHC HTEN,BHC QTLF,SDT TT4,SDT LTT4,SDT gRES,SDT PAGE: 37 231 250 0 000 -30~469 2350.000 23.573 0 003 196:500 1150,000 2,271 94,500 4 028 2037!067 63 938 1057 000 0,405 '999,250 '999,250 "999,250 109 700 795:200 !416,800 2,170 237 750 2392000 0 000 9i523 2255000 19,89! 0,0!1 175 875 I149 000 2 336 93:313 3,879 2!03, 67 '084 0 267 -999~250 -999,250 -999,250 118.100 756 800 t349:600 2,209 chlumberoer ~]aska Comr)utipq Center l I~Y. OTR I~RD.DT~] ~ ~O~. LD't 2.271 D~RO. bDT 95~. LOT 0, t')2%~ LS. [.DT L! TP. BDT I ~4,6~ SS1. LOT SS~V.LDT ~208,000 S1RH.LDT C~T.,!. LOT ! 2,070 GR. LDT [~RES. LDT 2,092 HTE"~, L[)T Tt~Ph, CiqL 51.1~6 RCVT. CF,:I, 390.603 C~TC.C~, L T~.; S. C~..iL 2220.000 mRES,CNL G~.PCD ~4,~75 TENS,PCD H ~' f:~". PCt% 1067,000 HDI~,PCO MilOs'. PC() 4,070 ~4It~v,PCg TT2.BHC -909 25c) TT3 BHC i.)T. SDT ! 6 t. 000 OTL. SOT TTt .SOT 8a3,200 TT2. S[)T LTT1, S {.')T 1472.000 LTT2.$DT GP,SDT 72,563 TCNS, S[)'r }iT ~ N, SOT I ~.PH, 9TM 3 81° CiLO, DT~: I ![~r',oTE 228,125 I!XD, [:~TE 8F l,,, (!. DTE 4. <469 SP, . -:'- c~ 500 ....... ,.. , L .,T 0,018 b8, LDT LIT[~ LDT 106,563 SS1,LDT .LL~ !208,000 SI. RH, bDT C A L 1:, I., D T 12, O 31 G R, L P T T TNPH,C[JL 40,841 TNPA,Cr.:L RCFT.C~L 473.61.~ CNTC,CNL TF~.~S, CN L 2205,000 GP,PC9 69,25(} ... P C 0 i o 6 0, o 00 ~ t~ 9 P. P C r) 6.484 ~q I ~,~ V. P C O TT2. BHC -999,250 TT3. T~S,OHC -999.250 i.., ...... 1 ] $ D 1 3 ¢ 0,8 0 0 b T T 2. $ D (;~,SDT 66,125 TE~JS,SDT HTE:~, SDT 1055. 000 DT, ] u,-~PR-!99j 11:54 ?..37. 125 II,0, OTE 20.000 IDOF, OT~] 29,953 IIR;~. OTE -! 12. 250 GR. 2.?07 0.008 FEF.LOr 366.750 Lt.I, LOT ~10,500 SS2.LDf 2.230 LSRH.LDT 84,~75 TENS,LDT 1067.000 NPBI,CML 3,9d2 1670.962 CFTC,CNL 2. 092 MTE~, CNL 11~9~5 L.A,PcO 4,355 DT, 3ac '999,250 TT4,BNC -999,950 ~aPES, g~C 122.4 () O g T L ~, 5 O r 5lB,BO0 TTB,SDT 1216,000 LTT3,SDT 2265, O00 ~TE~. SDT 161,000 266,750 268,~b0 TLD'DTE -135,875 GR,DTE 2,221 HTE~..!, DTE 3~0,o08 PEF, LD'r 6,750 LU, LDT 2.3 i I LSRH, LOT 69,250 T 1060,000 NPHI,CML 3.654 N~OP.CNL ~.754'185 CFTC'CNL 2,11 ~ YTEM, CNL 2205, .~00 i I ,9~5 LA.PC 5 ~98 DT.a~C -999~50 TT4, BHC -9°9 250 ~P'~S ~uC 11.8,000 DTI.,N. SDT 493,200 TT3,SDT 1148,000 LTT3.SDT 2225.000 ~t TE~:f, Sf)T t46,600 4.26~ 4.215 0.000 238.250 72.563 1049. 000 2.898 343.750 30!..750 2. 262 2220,000 48,080 50.809 403.731 9~,875 91.875 11.719 -999,~50 -999 250 -999!250 124 390 1101.600 !711,2oo 98.938 3 74.6 3~719 0, .00 0 246,375 66.!25 1. 0 55. ooo 2 930 327:2S0 291o250 2 g79 2205 ~ 0() 42.69 40. 327 496.~97 90.6~8 90,688 ,q11'719 99,2.50 -999.250 -999,250 ~17,600 !025.600 1.628,800 98. 500 PAGE: 248.500 254'250 0.000 20.984 2265 000 22: 88 -0.005 194.875 1149.000 2 270 91:875 4,340 1795 081 84:875 1067.000 2,092 0,267 -999,250 -999,250 -999 250 125!300 855 200 1464.800 2,207 262, 263, O, i2 22, 0, 193, 1149, 2 9O 1892, 69, 1060 2 0 -999 -999' -999, 118, 787' !384, 2, 0o0 o00 000 922 000 846 031 125 000 301 688 879 444 250 000 267 250 250 250 7O0 60O 000 221 IS Tape veri~,ica~i, on !.isti, nq cbl, omberqer Alaska Co,~ut.lno Center DrmT. 37 O0 o 00(; CID?. TI,~.DTE 3, 117 I~E, ! IP[~. DT~: 207,750 IIXD. SW!.~, DTE 5. ~ ~0 SP. DTE ~TE~'. OTK 96.875 ~4R~S. R~CV~, bDi' 2,284 PRHD. LDT O55. bDT o. 049 !,fi. LDT L~T~. LDT I 21,06 ] ~$1. SS~V. I.,E:T 1208.000 S! R~-{. bDT CA!.,] .I, BT !2.203 GR.LDT [4~ES. LDT 2. ! 29 HTEk~. T~,sP~. C~:.]L 33,937 Tf~RA.CNI~ pCFT,Ck[. 640,b~0 CNTC.CNL TP~'~S.CNb ~lSO.t)O0 C~,PCD 56,906 T~NS, P('D hIF~,PCD 1059.006 HDI~.PCD TT2. ~C -o00. 250 TT3. T~NS. BHC -999.25(} ~TE~. ~C P~', SDT 1 I 3,20('~ OTb. SPT TT! . S [?,'.r 773.~00 'rT2, SDT LTT~ .SQT ~ 403,600 bTT2. SDT GR,SDT 55,71,9 TEN$,SI)T HTE.rq, SPT 1. 0riO, 000 D['. !O-APk-!~q! !1:54 35].750 IDPH.DTF 355,000 ILD.OTE 20.000 IDQF.OTE 45.594 IIRi~.DTE -160,750 Ga,D'rE 2.244 HTE~,OTE 0.0!1 PEF.LDT 364 250 gU.LOT 211~875 SS2.bDT 2.227 LSRH,LDT 56,906 TENS.LDT 1059.000 ~PH'I.C:~L 3.060 NPO~.CNb P020.15~ CFTC.CNL 2.129 ~TE~,C~L 2180.000 MTE~,PCD 12.2~ La,PC[) 13.648 -999.250 -999.250 93.900 DTL~.SDF 516,000 TT3.SDT !166,800 5TT3.SDT 2180.000 ~TEM.SDT 113.200 bEPT, 3600.000 CIDD,DTE 538,0(:0 IDPH,DTE I ~P~. t)'rE ! .90! CILD. C~TE 547.000 ILl'). DTE !L~.DTE !,925 IF~E. [)TE 20,000 !DOF,DTE I!RD.DTE 434.500 IIXD.DTE ~4.000 I IR~. DT[,] 8F'Ltt. [) 7'~ 3.002 SP ' i':~T K - !. 73.875 GR. PTa MTE~,DTE 95.938 ~R:B?S. DTE 2.250 HTEa,DTE RH[)B,LDT 2,088 DRHO, L~DT -0.0tl PEF,LDT OSS, L[>T 0.0 a..i LS, I...D 5) /496 ' 0OO bl~, BDT LITH,t..DT i70.50q SS!,L!'~T 208,375 8S2, bDT SSPV, LDT 1.207,000 S lrRH, LDT. 2,143 [,ERa,bDT Ch [.,l .LDT 12.031 ,,a. I.[)T 47.125 TENS.LDT ~.~R~$' LDT 2,131 HTEN. i;[~T I060.000 NPHI:,CflL T~P }~. C~'~!] ~2. 140 'rr::,R~,. C~: L 3,52! NPOR,CNL F~CFT. Cb~l.. .473' 198 Ci~ITC, CNL 1. 8 t 8,558 CFTC. CNL TENS.C~L 2150,000 P~RES,CNL 2,J31 GP,PCD ..... 47, l~q~ T~N%...., PCD 2150,000.. gTEt4,.PCD HT~i~:, PCD 1060.000 HDIA,PC¢ 11,9[15 LA,PCD P: ~ ()[:. PCP 7,l!3 ~!~V', ¢CD 6,543 DT,BHC TTP.BHC -999,25~) TT].~HC -999.250 T~.'4, BHC TE~S.BHC -999,250 ~ITE~, ~,HC -999,250 F4PES, BHC t) T. S D T 1. 71,500 [) T L, $ [)T ! 12., 600 D T L ~, S D T · ~. 8 ..,,, . wTi.SV~T 876.400 .~ 2 SDT 528,000 TT3,SDT LTT1 .SDT 15~..4. 000 [,TT2,8DT I !89.600 LTT3.SDT ~ ;'~:'g 5[;'T 2140,000 MTEa,SDT (;P, SDT 43, OOn TL.,,.:, i~E;¢ t 7 !. 500 i~ T ~7 ~. 8 D T :1065,00 ~) D T. 2. 0. 299. 55. 1060. 339: 298. 2. 2180. 31. 30. 650. 89 I! -999~ -999, -999. 90. 1022. 1669, 96. 1 0 478 43 1(!65. 45~' 2!50. 503, 89. 89, 1! -999 -999 -999 120 1098 !745 95 824 814 000 000 719 000 135 750 50O 271 000 514 3!5 717 813 8]6 2S0 000 20 0 875 857 827 000 000 000 000 379 250 250 098 0 o 0 664 OO3 232 375 375 7J. 9 25O 250 30O 40O 2OO 938 CIMP.DTE CIL~,DTE !~@F.DTE IIX~.DTE TENS.DTE DP~I,LDT QLS.LDT I.:L,I, DT LSHV,LDT LURH.LDT ~!TEM.I, DT RT~R.CNL RC~T,CNL GR,CNL MTEN.CNL MRES.PCD SA,PCD TT1,BHC GR,BHC HTEN.BHC DTLF SDT TT4:$DT LTT4,$DT M~ES.SDT CINP.DTE C I lam ' DTE IMOF.DTE I!X~,DTE TEN$,DTE DPH [. bDT Ob$. LDT LI..,, b DT bSHV. LOT LURH'LDT MTEM, LDT ~TNR,CML RCNT CNL HTgN, Cab M~ES.PCD SA.PCD '.:TI., BHC GR' BHC HTEN,BHC DTLF, SDT TT4, SDT bTT4, SDT fIRES, SDT PAGE: 30 337,500 320,500 0,000 17.875 2180.000 22,209 0 003 194:375 1148.000 2,277 89.8!3 3.024 2362,410 56,906 1059,000 2,129 0 405 -9992250 -999.250 -999,250 93,400 775,600 1407,200 2.244 525.500 519'000 :ooo 3 500 2140,000 34.085 0.005 2~9'250 1147,000 2,107 89,375 3.9!2 1987 ~9 47 5 1060 000 2 131 0 267 -999 250 -999 250 -999 250 12 000 87~ 400 1524 400 2 250 ChlUmberqer ,%]ask'a Co~:puLir, q Center DE:PI. ~50©.O0q C!I~,o. OT[. II,~ , ~TF 3,850 IFRE, OTE SFL!t. DT~ 4.4P6 ~,~TE~. DTE 96,563 ~ROP.LDT 2.264 OSS. LDT 0, O~ 1 LS. LOT I.!Ta. I.DT 107. 063 SSI. LOT 5SHV, I,[)T 1208,000 ca LI, L[)T 12,172 GR ~-.IPES, LDT 2.146 HTF~.:, LDT C~-'' .. :.r t..: a . RCFq, Cr~L 411 .686 CuTC. CNI~ (;o,PC¢ 76,875 TE~JS, PC[', HTE~.', POD 1057,000 HDIA.PCD ~:~O~. PCO 5,832 Tq"2. ~HC -qq9. 250 TT.3. Tr,q,~. ~HC -999.250 ~TEa. 6~C D'r, MDT l 61.800 DTL. gDT Tml .SDT 855,600 TT2.SDT !.TT~ ,SDT t492.~00 bTT2,SDT G¢.SDT 7~,~75 D~PT, 34fi0,000 I.'aP~,DTK 2,45'7 CIbD,DTE IL~, DTE 2.43q !FRE:,DTE IYRg'DTE 354,000 IIXD, DT~:~ MTE:~ .DT~ 95,688 RI!Cig, bDT 2,1.67 DRHO,LDT OSS. LDT 0,0:! 9 LS, LDT I~ 1 T ~. L D T 1. a 0.500 S S !. l, D T 8SUV,LDT ~208,00n C ~ !. l:, b [> T 1. 2,016 G R, L D T gRFg I.DT 2,13g ¢!TEN :LD~ T~P~. CNL 43,791 T RCFT. C~.,}!, 464,21 i CN'TC, CNL ~E~'~r.. C{.;L 2120,000 <;P, PC9 53,7~1 TT~. BbC -999,250 T TF~S. BHC -999,25o ~TEM . - ~T.SDT ~2'200 q'T {. SDT : ..... ], [.~T1 .St)T !560,000 ~R, SD'T 49,969 FiTF~.;. SOT 1064, gO0 BT, !.1.:54 256,000 IDPH,bTE 258,500 Ibr:., DTE 20,000 It'.OF, r)Tr 27,5~7 IIR~4, DT~; -! 34,625 GR,DTE 2. 256 HTEN, OTE -0.002 PEF.LDT ~o5 ~50 LU,LDI 204~875 SS2.LDT 2.273 I..SRH, LOT 76.875 TEhS.LDT 1057.000 MP~I.CNb 3 g6g HPO~,CNL 1679~42~ CFTC,CNb 2, lq6 ~TE~,C~L 2~g0.000 ~TE~{.PCD 12.094 bA.PCD 5.305 DT,BMC '999.250 TT4,BHC '999,250 MRES, f:;HC ~25,700 DTLN.SDT 520.400 T~'3,SDT 1183.600 LTT3.SDT 2080.000 ~TE~', SDT 16~ ,800 429,250 II)PH,DTE 435 OCO !bD DTE 20!000 IDOF!DTE 52 438 tlR~a ~TE. -! 70. 250 GR, DTE 2.270 HTE~.;. OTE 'O,OiO PEF,LDT 429. 750 LU, bDT 205,125 SS2, bDT 1 T E ~ $, L 0 T 1064,060 NP~t,Ci~B 3.75 g N P 0 R. C ~ L 1789,212 CFTC,CNL 2. 139 ~ITEN. CNL 2120000 1 l ~9~5 hA., PCD 6 4 i o DT, SHe -9992P50 T?4.BHC '999,250 NRES,'BHC ' ~ SDT 124,900 DTL,~, .... 534,400 TT3.SDT 1230,800 LTT3. SDT 2070.000 NTE~{, MDT 182,600 3.904 3.865 0.000 243.125 73.875 1069.000 2,955 347.000 296.250 2.266 2180.000 47,797 47.817 430.802 88.500 88.500 11. 781 -999!250 -999 250 -999.250 154,100 I097,200 175! 60O 96~563 2,328 2,297 o 0oo 379 750 49 969 1064000 2 664 398 250 303 000 2 !76 2120 000 44 031 45.720 48~.870 87,750 87,750 11 719 -9992250 -999,250 -999.250 1.41,800 1.177,600 1806.000 95,688 CI~P,DTE CILM,DTE !POF.DTE IlXM,DTE TENS.DTE D~HI,LDT OLS.LDT LL.LDT bS~V.LDT LIIRH.LDT gTE~.LDT RTFR.C~L RCNT.CNL GR.C~B HTEN,C~L MPES.PCD SA,PCD TT1.MMC GR.B~C HTEN.BHC DTLF SDT TT4~SDT 5TT4.SDT ~RES.SDT C!~P.DTE C!LM.DTE IMOF DTE II×~DTE TENS.DTE DPH!,LDT QLS.LDT LL ' LDT LSHV, LDT L, U R H, L D T gTE~. LD T RTNR,CNL RCNT.C~L GR.CNL ~S.~CD SA'PCD TTt.BHC ~T~N'B~C DTLF.SDT TT4,SDT 5TT4,SDT MRES,SDT PAGE: 40 259,750 259,500 0.000 0,851 2080 000 23:377 -0.024 191,875 1148.000 2,264 88.500 4,386 ~.759 8~6 761875 1057,000 2,t46 0,3~3 -999 250 -999 250 -999 250 122 700 850 000 1506 400 2,256 406,500 409 500 o 000 36 000 2070 000 29 265 -0 004 230 750 !148,000 2 182 87 750 3 885 1836 202 53 781 ~064 000 2 139 0 267 -999 250 -999,250 -999 250 123 500 906 400 ~548 400 2 279 cblu~erqer ..~,las~a Comr~utino Center I~P~.~TF 2.877 S~[~~ . DTF 3. o.~3 ,TF.~; . DTK 9 ~, 375 P~"~7'~. bDT 2, ~ 52 DRHO. L ITP, LDT 15! .75[~ SS1 .LDT 5SHV, !,DT 1207. 000 S 1 PH. LDT C.~!,T, LDT ! 2,102 GR. i,03 ~P~3S. LDT 2,135 7'MPH.CN!~ 45,8F5 T~.~RA. C~[~ ~CF~',CNL 465,~42 CNTC,CNb W~{S, C~,L 2115,O00 MRES,CNL GP,PCD 67.125 TENS,PCD HTF;~;, PCD 1969,O00 HDI~.,PCD ~1M(JP. PCD 4,629 TT2. BHC -999.25~ TT3. TFk, S.~HC -t~09.250 DT. SDT 173. 100 OTB. SSI: T'!:' ~ .SPT 870.800 TT2.SPT !~TT~ ,SDT '! 569,200 LTT2.SDT GP.SDT 65.6g8 T~:NS.SDT !.! :54 336.75o IDPH.DT~, 3~3.060 ILO,OTE 20,000 IDOF.DTE 35 ~13 T !R.v,, DTE 2.277 HTE~'~. DTE -O,016 PEF,LDI 43 ~ . O00 LiJ . LDT 202.250 SS2,I, DT ~,732 LSRH.LDT 67.125 TENS,bDT 1069.000 UPHI.CN!, 3,933 ~POR.CNL 1~0~.073 CFTC.CNL 2.!35 2!15,000 ~TE~.PCD 12,148 L~.PCD 4.742 DT.BHC -990.~50 TT4,BHC '999.250 136,~00 DTL~q,SDT 511,200 TT3,SDT ~O 000 ! 73. 100 . .... ~- q E 360. 250 !DPH. DTE D[;?T. 3200 n00 CIDP.')'. . , ... DTE 30~.500 I.~PH DTE 2,676 CII.D. T~' IL~,' ~,TE 2 64~ !F~E,O' ~.: 20 000 IDOF.D..T ITRD DT~: 303,250 !IXD.nT~ 38,909 T IR.~, DTE 8FL!~,B, TE 3,666 ~P, ~.,:,Tc, -145,500 G~,DTE .... E. OT~'.: 94 1.~a ~S DTt~: 2.287 HTE~4,DTE ~. ¢ O F~. L D T 2: 1. O 5 D R H ~3: 'f, D T - 0.007 P ¢5S, LDT 0,022 L5, I,DT 409. 250 L[I, LDT . L D T . . SS , 205 375 S82., I.,I. Tkl LDT 125,3~3 1 LDT · SS~V I t)~ ~207.000 S!~H.L[~T 2.230 LSRH,u .... 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TE:NS, SDT SOT 1085,000 f)T. 5iER ]('~-Z~PP,-1991. 11;54 660.000 20.000 IDOF'.DTE 104.500 IIR~4.DTE -171. 000 GR, DTE 2.267 HTEN, r)T~ -0.022 P~F,GDT 5U 4. 500 203.~25 SS2,LDT 2. 176 LSRH.LDT 60.906 TENS.LDT ~083.0{;0 NP~I.CNL 3.770 NPOR,CNL !767.670 CF~C,CNL 2.!15 uTE~,CNb 2015.006 12,3~2 L~,PCO 5. ~80 BT, BHC -099.250 TTq. BHC -~99.250 ~[~ES.BHC 140.300 DTLN,SDT 523.200 TT],SDT ~276.400 bTT],SOT l~lS,0UO MTEtq.SDT !91.700 558.5(}0 IDPH.DTE 574,000 ILD,DTE 20.000 IDOF,DTE 77.O63 I IR}~!, DTE , -160 625 GR,f~ -0,0i8 PEF', LDT 475.50U bU,LOT 203.875 SS2,LBr 2 * I 89 LSRH. bDT 68'250 TENS,LDT 1072,000 3 926 NPOR,CNL 1~2~:919 Cf' C CNL 2,111 ! 955,000 MTE{~,PCD 12,604 LA,PCB 5,121 DT.BHC,.. , '999.250 TT4,BHC -999.2(~0 ~RES,g~C 133,3 0 DTLN,SDT 514,400 TT3,SDT 1!99.600 bTT3,S[)T 1900.000 MTEM,SDT 167,300 !,540 1.4q.~ 0.000 594.500 53.938 1073.000 2.344 467. 750 3!2.000 2015'000 44.080 45 275 87.313 87.313 12.023 2999.250 999.250 -999.250 169.500 1197.200 1896.000 94.188 1.789 1,74! 0 000 529 500 55 094 1085 000 2 406 435 750 305i750 21t9 1955 000 46:852 46880 12 148 -999,250 '999.250 '999,250 t62,800 11!1 200 i79'21~00 95,250 CI~P.DTS: C!L~ .BTM IIXM,DTE TEN$,DT~ DPHI,LDT OL$,LDT LL,I.,DT bSHV,LDT LURH.LDT MTE~.LDT RTNR,CN[, RCNT.CNL GR.CNL HTEN,CNL MRES.PCD SA,PCB TT1.BMC GR,OHC HTEN.BMC DTLF SBT TT4~SDT LTT4.SDT MRES.SDT C!MP.DTE C!LM.DTE I~OF.DTE IIXM.DTE TENS.DT£ DPHI,!,,DT OLS.LDT LL, LDT LSH q. LDT [,URH , LOT LDT M~EM, q* R NR.C~i. RCNT.CMB GR.CNL HTEN,CNL ~PES.PCD SA.PCB TTI,.,B~tC GR,BHC HTEN,BHC DTLF.$DT TT4,SDT LTT4"$DT ~RES,SDT PAGE: 42 664,000 651,000 0,000 50.063 lB15.000 35,273 '0.013 270,500 1146 000 :oss 87,313 3,810 1522,748 60,906 1083,000 2,115 0,359 -999.250 -999.250 -999,250 133.300 913,600 1618 000 2~287 588 500 577 500 0 000 30906 1900 000 33 150 0 002 257 500 1146 000 2 129 87 438 4,344 1915,267 68,250 1072,000 2,111 0,456 -999,250 -999.250 -999,250 130,600 850.800 1555,200 2,268 chl. un~b, er~er .~laska Computina (:enter F)'rE 3 I)TF 3.777 P'r ~" 3,727 !3 T E C) 4~, 250 >~ R E S, O T E I,[;'l' 2,32g DRHO. LPT bDT 0.029 I,PT ..... 1.2c'7,C09~ S!~H.i,DT L P 'r 'I'NP~. C~,~L 39.74n T~R,~.CNL 9CFT.CNL P C D 65.563 T E ~.1S. P C ['~ PCP 1. 1 J 8,00() HOIA, PCi.) ~,~r~, PC~ 3.502 MI~.~V. PCD ~HC -999,250 TT3, AHC BHC -9c'9,250 · , . . '- ' ' *" I~.,' . SDT 125. 300 9Th. SPT ..... 28,209 TT2. SDT .SDT !363,600 LTT2,SDT GP,SOT 63.3! ~ TENS.S[>T ' ....... 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CI~P.DTE CILM.DTE IgOF.DTE IIXg.DTE TE~S.DTE DPHI.bDT OLS.LDT Lb. LDT LSHV.LDT BURH,LDT MTE~,LDT RT~!R.CNb RC~T,C~L GR,C~L HTEN,CNL ~RES'PCD TT!'B~C GRoBMC HTEN.BBC 4.SOT LTT4.SDT ~!R[S'SDT PAGE: 43 259,000 264,500 0 000 1865,000 19.632 -0.028 174,625 1147,000 2,313 87,625 4 072 20!1~741 65,563 1118,000 2,115 0 405 -999:250 -999 25O -999:250 113,000 836,800 1368,000 2,275 486,750 485,750 0,000 39,656 1865,000 31,826 0 007 247 000 11.46 000 8.26 1,54 625- 3 750 1733,323 69,750 1117:, 000 2,127 0,456 -999,250 -999.250 13 .200 83 ,600 485,200 2'311 IS ~ape ver~.ficatlon I.ist.inq chlUm~-'-erner ~,]asKa Comot.]tir~a Cent.[~r' EPT. 770i). 00o C T~'~Dp DTE 1 .0~~:~ T ~;r~. OTE' 726.5C0 SFL~~. DT~: 2.17 ~ Sn. .... HOP,. T,[)T I. 983 08S. I,DT O. 029 LS. gi)l' TTT~. T,,?~T 201. 250 881. LDT CALI,T,DT 14.g~:4 s,~ ~3~. L~T ?. 1 J 9 HTFN. I~DT TNPH. C?~I,. 45,6~ ~ Tt!RA. R , C I.., 36~.1Q6 CT<mC.CNL T~I~'tS. C(~L ~, ~50. Cot) GP.PCD 43.500 TCNS.PCD HTEsiJ. POi) 11J 4.GO0 HDI~.PCD ~JO~. 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LDT 43.500 TENS.LDT !J 14.000 3.968 15~5..~07 2.119 1~50,000 ~TE~-I, PCD 15. 067 b~, PCD 5.21 l DT.5~C '999.250 TT4.BHC -999.250 'qRES.BMC 140 500 DTL~.~, SPT 527 ~ 200 TT3 132l* 200 LT~ 3*6DT 1865.0u0 30,7!9 IDPH,OTE 3!,766 ILD.DTE 20,000 IPOF, OTE -142,750 !IR~!,DTE -t. 28,125 GR, DTE 2.342 HTEN, [)TM 2~1 036 PEF, LDT 1: 3 7 5 b u, t, o,'r 51,53~. 882, LDT 4,754 bS~i'!, BDT sl. 375 1151,000 NPH!.CNL 4,997 NPOR,CNb 1175,957 CFTC.CNL 2,1~0 ~TEM,CNL 12. 470 L~, PCD O, 000 DT, BHC -999.250 TT4,BHC -999,~50 57.!00 DTLN,SDT 327.200 TT3,SDT 630.000 LTT3,SDT !~45,000 56,900 1.022 0,97t 0,o00 847,000 43,969 1089,000 2.516 563.500 336.750 1.977 1850.000 46.308 45.901 395,496 86.438 86.438 13 969 -999~250 -999.250 -999 250 137~400 1186,400 187J 200 92:698 32.531 3t.469 0o000 32,188 51,68~ 1065,000 23.828 195.000 90,688 2.60o 1955'OO0 66,49~ 69,496 250,356 85.313 85,313 12,203 -999,250 -999,250 -999.250 55 800 858,000 92,563 CIMP.DT~; CIL~.DTK IgGF.DTY IIX~.DTE TEN$.DTK DPHI.LDT OLS.LOT Lb. LOT LSHV, I, DT LI.i~H.LDT ~TE~.I, DT RT~R.CaL RCNT.CNL GR.CNL HT~N.CNL ~RgS,PCD SA.PCD TTI.BHC GR.BHC HTKN.BHC DTLF,SDT TT4,$DT LTT4.SDT MRES.SDT CI~P,DTE CILM,DTE IMQF.DTE IIX~.OTE TENS.DTE DPHI,LDT OLS,LDT LL.LDT LSHV,LDT LURH,LOT i~TEM,LDT RTNR,CNL RC~{T.CNL GR,CNL HTEN,CNL ~RES,PCD SA,PCD TT1,BHC G~ ~C DTLF,SDT TT4,SDT bTT4.SDT MRES,SDT PAGE: 44 945.000 944.500 0.000 80,438 1865.000 40.394 -0.005 327.750 1145,000 1,983 86.43~ 4.102 1639.252 43.500 1114.000 2.1,19 1,118 '999,250 '999,250 '999,250 ~36.700 909.200 1584,800 2.309 32,594 33.844 0,000 '380,000 1845,000 65'805 0.161. !03,875 1!48.000 2,656 85,3~3 5,067 !252,10(i 51.375 !.151.000 2,160 0 267 -999 250 -999 250 -999 250 57 000 441 600 743 600 2 342 Alaska Combutina Center I I~v . [>T~ -999,250 IF~E. C;TE !TPD.~S;~ -999.250 IIXD.[,TK OSS. I~[>w -0.125 I,~S. LDT I.,TTH. [ UT 23. f~('~ SS 1. T UT SSMV.LDT 1,2~ O.OOo C.. ~ t,_ T. L P T 1 2.3 0 ~_, G ~'PES. T,D~ 2.176 NTE~,'~. I,DT T~pH.CNL !0.3.6~4 ?'NRa. C~I~ ~CFT.CNL 216.016 Gp . PCP 32.0 ~ 1 TENS. PCb ........ . PCr', ~.fT~t, p~p 1148 000 HDI~. T't2. ~}~C -999. 250 TT3 , TF:,>;g. }! aC -099.250 t.)w. SD~ -999.25n DTb. SOT TT 1, BDT -999,250 TT2.~OT LTT1 .8DT -999.75Q T,TT2. SDT G ~, S [~ T - 9 ~ 9.25 U m ~7 N ~. 8 F) T HT ~',] N, S DT -999,250 DT, **~* FTLF~ TRAIbER **** F I I..; F ~'~ A !4 E SERviCE : FblC VERSION : 0011%06 [)ATE : 9!/0,1/10 ~!X kEC SIZE I !024 F!LF TYP~7 : LO Ii'ST FILE $*g~ FILE HEADER Fib[< ~AaE : EDIT .o02 SERVICE : FLIC VERSION : 00! A06 [)~TF : 91 t041~.,0 MaX k?C 81Z~;i : F!L~': TYP~.7 : !.~0 -099.250 IDPH,bTE -g99. 250 IL!). OTE -990,7b0 IPGF,DTE -Q99.250 -99~, 250 -999,250 HTEN. [)TL~ -I .09l 227. 375 LU. LOT 50.7i9 SS2.LDT 4,738 LSR~.bDT 32.031 TEb~S, LOT 1148.000 NPh!,C~L 5.598 ~POR,CNL !164.356 CFTC,CNL 2,176 MTE~.CNb !.905.0(;0 gTE,4, PCD 12.470 b 0,000 DT,aMC -999,250 TT4,6HC -99g,250 :999,250 DTLN,SDT 999,250 TT'3,SOT ,, 99.250 MTE~t,SDT '999.250 -999.250 -999,250 -999.250 -999.250 -999.250 -999.250 34.0~0 ~16.375 ~6.938 2,5!6 1905.000 77.480 ~06.41! 2~0.~67 84.563 84,563 12.20~ -999.250 999 250 -999.250 -999,250 -99g.~50 -999,250 CImP,DTE CILM,DTE IMQF,DTE IIX~.DTE TENS.DYE DPbI.LDT OLS,LDT LL. LOT LSHV. LDT LIJRH. LOT PTEM, LDT ~TNR.C[N!, RCNT.CNL GR.CNL HTEN.CNL ~ES.PCD SA.PCD TT1.BNC GR.~NC HTEN.6MC [)TLF.SQT TT4.SOT bTT4.SDT MRES.SDT PAGE;: 45 2999,250 999,250 -999.250 2999 999~250 74,253 0,~92 119 125 !149~000 2,578 84,563 6.120 1208,696 32,031 1148.000 2.176 0,267 '999,250 -999 250 '9991250 -999 250 -999 ~50 -999,250 -999,~50 F- 45 (~14-n2-i.. _,~-13) 5n-029-22~.42 , PAGE: 46 F~ API~? I~ I T~,~ GOr:J POAT TDI.> TD L [)FT D ~ f> FT FT ~T PT PRUDi, IOE BAY 'F"' ' 45 (3~'02'I1'1.3) 50'029'22142 2180' f'Sh & 2196° FEL, 2 13E htORTB SI,OPE l L A 8 K~ .~ ZARNDT / 54S190 O, 65,7 65,7 65,7 36 ~ 95io. 95t0, 2661, bPI~JE / XCD Field Name ~ell Name AP1 Serial Number Field Location Section Township Range county state or province ~at:.ion ~itness' uame Service Order ~um~er Peri, anent datum Elevation of Perm, Patum boq ~easured From ABOVE PER~ANENT DATUM Elevation of Kell~ BushiBg Elevation of Derrick Floor Elevation of Ground bevel. Total DePth - Driller Total Depth - Logger Bottom bog I.terva! To¢ boq Interval Dr'illig~o Fluid Type Drilling Wlul, d Densltg ,cblu~berc!er ~,laska ComCtlti.no Center lO-P.¢R-I. 991 !1 :54 PAGE: 47 Drl!llno Fl. utd Ph SrilliDo Fluid ¥1scoslty OrilliDq Fltlid Loss ~esistiv~ty of Mud Sample ~ld Sample Temperature Resistivity of ,hud filtrate s ~ud Filtrate Sample TemPeratu gesistivit¥ of ~ud Cake SamDl ~u~ Cake Sample Temperature Bottom Mole Temperature TYPE : CU[~V DFP7 neath Channel Na~e *!PEr HIGH PESO!,I.J.TIr)~ PhOTr~-ELFCTR.!C FACTOR HDAI H!Ch RESOI.,UTIO¢,! DENSITY ~[~PH[ FACTOR H~4fl UlG}4 RESOt,,UTIO~: ~3ULK ~DUN ~!GH RESOLI~TIf?~:~ DENSITY CI"~'RRECTION EDP~ b~IGB RESGLUTIOh D~:':NSITY POROSITY H!.,L ~IGH RESObilTION LO~;G LOI,~ER ¢:'Ib~POw COU{4'rS 'hL!T MIGh RESOLUTION LITHObOGY C~UNT8 H, SS1 ~Ig~; CESOt.,UT]Oe~ S?:{ORT SFhCING I riSS2 HIGH RESOLHTIOh S}50PT SPhCII';{G 2 COIJr',iTS ** SET TYPE - 64E8 ** T~P~; REPR C D~ ~ ..g !, 66 0 2 66 0 .] 73 48 4 66 6 73 7 65 9 68 0,(!83 9 ..6,'5 Fl" l I 65 21. ! 2 6~ !. :t 6 6 0 !. 4 65 FT ch]u~.er.c~er Alaska Co,-:putinq Cente~ !n-~,PP,-J. ggJ ~.1:54 PAGE~ 4~ ,%g"v TYPE - CHA~',; *~'- URD~.~ ~ LOG TYPF CbASS UOp ~L.;".B SAPP ELE~,~ CODE (HEX) ....... 548~::''~; ........ 0,0 ;; ...... o ' ...... 2 ~ .............. 1 4 ~;''';;;;;~;0o0 ..... n 2 1 I 4 6B 0000000000 HPE~~ LDH 54Hi~o O0 F.~RH L;F'H G/C] 548190 O0 000 O0 0 2 HRhn ~,r)~q a/C3 54:81~0 0(; 900 00 0 2 1 1 4 68 HD~U L, DH G!C3 54~190 0u 000 00 (.> 2 1 1 '~{npH LDH pIJ 54~1q0 0 H !; L L I:~ H C P 8 5,1 B I ~ O 00 000 0 ~T~IT T,OH CPS 54a1~0 O0 HSS1 bDN CPS 548190 O0 00o O0 0 2 I 1 4 68 'g ' ~[;,~ CPS 548i9{') 60 000 O0 O 2 I 1 4 68 00000()0000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O00OO00000 0000000000 m.~mmmm~mmmmmmmmMmmmmm~m!. * * "' A T. 2.57! HDAI.,,h[)H 0,133 }~DPH.LDE 25!.624 RSS2,LOH 2.47t HDAI,.LDH -0.01() H:DPH.bDH 201.309 HSS2.LDH 2. 294 HDAL, bDH -0.003 HDPH,GDH 218.730 HSS2.I,,DH 2 327 HD.AI,,LDH -(L):(.,~39 HDpH,LDH 195.918 HSS2.LDH 2.206 HDAL.LDH -0.018 HDPH,bDH 208.940 H$S2,I, DH :2. :24 3 H P A I,,?, LOH -0.00B HDPH.L, DH 217.622 HSS2.LDH 0.367 4'790: 322.029 '0,059 10.010 2~1.!23 0.042 22.963 318,913 -0.223 18'429 278,t31. -0 , 014 22.964 3!2,037 0 039 25 320 323 326 IS I~r,e veri~'ic.at, ior~ L].st.inq ct"!,t~,beraer AlaSKa Com:.:,t.ltinq Center I n,-.A F'R-! qQ! tI:5~ PAGE: 49 HLT.f,DH 1~4.2.~7 H[,IT.LD~ HP;q'..'. I,[!H 1. 389 HRHO. LF';{ HI;[.,. I.,Pq 9P, 772 HLIT. bf?,?{ 1!6.955 HRHO. I.,O'q 455.759 HI, IT..LOH 98.50q HSS! .L, DH 3,056 2.2~4 llO.la5 HSS1.LDH 5,744 2. 604 HDRH, 36. 902 2.062 HD~H.~DH 54.556 ~SS1.LDH 1~.C52 HNRH,I~DH 1.547 HDRH.LDd 24Q.6~'~9 WSS1,LDh 2.398 0.000 216.~09 2.267 -0.014 211.99o 2,627 193.5D7 ~.0!6 0.030 250,031 0,720 -0.242 169.322 HDAL.LDH HDPH.LDH HS$2.LDH HDIL.LDH HDPH.LDH HS$2.LDH ND~L.LDH HDPH.LDH HS$2.LOH HD~b.LD~ HDPH.LDH HS$2.LDH HDAL.LDH HDPH.LDH HSS2.LOH 0 0!7 307.451 -0.001 23.415 314,524 -0.092 2 769 2632247 0.956 35.663 466.596 '1,151 66.B68 263.066 FIL~: NA~E : El)IT .002 S~vlCk: ~ wLIC: L) AT~: : ql/04/lO ~q~X PEC s'rz~: : ,1024 PTbY 'TYPE : bO I.,AG~ F !'b~': : FILE {'?A~'~'E : E~IT ,003 SFPVTCE : PLIC "'~X. RE(':: S:i'Z~: : !.024. ~'. . ......... . F :[ L'F: TYPE : ****************************************************************************** * ~'!!,~ - EDTT.O03 c~].u~t~eroer ~].aska Co.~?ut~nq Cer~t:~r PAGE: 50 ..... EXP. OnATI Co..party ~ame Field Name PRUDHOE] .BAY API~: 5o-02'~-221 F! 21RO' FS6 L 2!96' FEb CO'i~ ¢~ NO,RTtt SLOPE ST~T 80~',~ 548190 PI)aT EP ~ FT APr', PT 65,7 EK?, FT 65 , 7 EDP FT 65,7 ~7(; f., FT 36,2 TOt., PT 9510, ~t,I F? 9502, TLI FT 2661 . e~'v CP 34. ~S'F ~EGF 55, ~ell ~ame APl Serial Number Field hocation Section Township Range County State or Province Nation ~it~ess' Name Service Order Number Permanent datum Elevation of Perm, Datum bog ~ea.sured From ABOVE PER~ANEMT DATU~ Elevation of KellV Bushing Elevation o~ Derrick Floor Elevation of Ground Level Total Dept~ - Driller Total Depth - Loqger Dottom l,,og Interval, To Log Interval Or~ ldTyDe ,,lllnq FlU Drillln~ ~luid Density Dril!in~ F!u~d Pb Dri],,1, i~ Fluid Viscosity grillinq FlOid bOSS Reslsttv]tY of Mud Sample ~d Sa~Dle Temperature IS ~a~e ~e?i. ffcation [istinq chlU..T-ber~er ~.!.a$~a Cot,:~utJnq Center ]{~-,xPr:<-!991. 1! :5:1 PAGE= 5! O t tv of rat 55, i~ud Filtrate Sample Temperatu 0,5700001 aesistlvi, ty of Mud CaRe Samol 55, ~ud Cake Sample Temperature 165. ~ottom Hole ~'emperature I~II~III~I~I~II~II~I~II~~II~I~I~I~III~I~I~II~I~IIIIIIIIII~I~I~I~IIIIIIIIIIIIII~II mmmm.~,~mm~mM~mmmmmmmmmMm#mmM#mmmmm~mmmm#mmmmmmMNmmmmmmmmmmMMm D~: P'! Deot. h Char)ne] ~,~T HI~n PESOLI~'I~!m~ RAM FAR HN~r, MI aESOI.,UTIfiN f~.iUTPO~ ~npoSI'ry (E~;VI~{JN. CO~P~;CT. A~4D AI,.,PIiA PaOC) ~.CFT HIGH R~JSOI~!:.ITIO~, Ct;,t'~R~;CTED FI~ T~ERaA[., COUNTS ~C:x~T NIGH RESOLUTIr~N CO~ECTED ~'EA¢ 'I'HER!~'Ab COUNTS IS Tare t~erjficatin~ T ., 4 ~ ] q 0 0 0 0 0 3 1 8 U 0 CPS 54alqo OO 0(~o oo C, 3 ! ! ~ 68 0o0o0o0oo0 CPS 54819r~ O0 000 O0 0 3 I 1 4 68 O00000OO00 Pil 548100 O0 O00 O0 0 3 ! ! 4 68 0000000000 PT! 54Rlq(' O0 00() O0 0 3 1 1 4 68 0000000000 CPS 542 ~ qO O0 fi00 O0 n 3 1 ] 4 68 0000000000 C~S 548190 GO OOC, O0 0 3 I i 4 62 OOO00000OO 548190 00 ~)00 00 0 3 1 1 4 6a 0000000000 G~PI 54~1q0 aO 000 O0 0 3 ! 1 4 68 0000000000 GIPI 548190 (,0 OOO On 0 3 1 1 4 68 0000000000 PAGE: 5~ 9523.3!4 RHiFT, C{~ ~i 11.24.791! RHNT, C~:!!i 2708.~59 HTNP.CNH . .., (..~ ~.~ 11.58 ~88 HCNT,CN~4 2538.3o9 .HTAL.CNH 22 428 }iCF~" '~'. . ......... nF'pT 9400 0~0 R"Fr C~,~ lOOB 418 ¢}{h"l' C{:.;il 3199.449 HTtP.CN}t ' ...... ' ...... ' ..... 'C~ 30i0 611 NTlh C4h ~,4~3Pr'~,C~ 28.6~1 ~1' C[~t 11.42~105 ~ICu'~, . . ..... , ', ,...~ ,. ~ ...... ~ , -: +.,.. :.:.~ .~ 33,499 ;:4 G ~. 5 r:~ ~i 33 ' 499 D'~Pq'. 9100.0n0 R[,,i FT, C?..; ~ :I 74 !, ?...01 R~4. NT,CNH 3937.339 HT~P. C[~H H~,~:Pn, C~:~ 19,652 HCFT, C~ 17e~. 375 HCNT. C~t~ 3630,365 HTAb.CNN 9000,,00(? R;~-I FT. C !'~ i-i i704.075 R{.iNT, CNH 4477,389 HTNP,CNH 16 707 HCFq' C~'~'{ 1047,057 HCNT CN'~' 3924.263 HTAb.CNg ~ ... ~ ~ ~ · , . ...... ~ . .. 28,093 a G ~. i, D h: ~ I!, 093 8900,000 RHFT.C~:H !.031.860 RNNT,.CN[.{ 3022.692 HTNP,CNH 26,500 HCFm,C'~;4 1145 ~57 HC~T c'aE 2892'824 HTAL CNH 8,4o1. ~G~ r,p'~.~ 28.491 22.428 0.799 24.603 0,038 28.568 1.13'5 2~,212 .048 21,165 1.172 1.9.733 '4 1,0 6 1.9.182 !,,II0 26.904 i,042 I,~ ms. pe :terJfJ. ca.t~o, bj~t'ina ChlU~r.~eraer Alaska Comt;t.]tinq Cent...~r 1. b-APR-!.gc~:l 11:5~ ~73~.645 ~CNT,,., 135,838 252, !06 282.835 ~23. 389 RHNT.CNi~, 304. !58 ~CNT.C~rl 6!.253 3745...633 3642.~09 !.279.600 1258.149 1442.~'33 1262.!86 H T t,~ p. C ~,i H HTAL.C%H F;TN P. Ci~. H HTAb.C~H PAGE: 53 !.9.975 1.058 61,662 0.933 0.817 SErvICe: : FLIC V~R,$~C:q : 001~06 ['~ ~'~ ~ : 9i1(;4/!,0 ":~X RFC STZK . ! ~TLE TYDF : L~,ST FILE : 9!/94/!.0 FLIC 74444 BP EXPLORhTI. O~':,~'Rt,~DHOK b~Y ,F-45 (34-02-1,~,-13),50-029-22142 ( 34-02-11:-1 :~) , 50-029-221 42
