The URL can be used to link to this page

Home My WebLink About183-040CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. From:Rixse, Melvin G (OGC) To:Ryan Thompson Subject:20230719 1649 APPROVED MPD-02 (PTD: 183-040) - Flow Under Evaluation Date:Wednesday, July 19, 2023 4:50:12 PM Attachments:image001.png Ryan, Hilcorp is approved to POP this well for a 5 day evalution period as described below. Mel Rixse Senior Petroleum Engineer (PE) Alaska Oil and Gas Conservation Commission 907-793-1231 Office 907-297-8474 Cell CONFIDENTIALITY NOTICE: This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Mel Rixse at (907-793-1231 ) or (Melvin.Rixse@alaska.gov). From: Ryan Thompson <Ryan.Thompson@hilcorp.com> Sent: Wednesday, July 19, 2023 4:34 PM To: Rixse, Melvin G (OGC) <melvin.rixse@alaska.gov> Subject: MPD-02 (PTD: 183-040) - Flow Under Evaluation Mel – Producer MPD-02 (PTD# 183-040) was made not operable in April 2008 for TxI communication after failing an MIT-IA. The well was secured with a plug and passed a non-witnessed CMIT-TxIA to 2500 psi on 2/13/2010. On 7/18/23 the well passed a non-witnessed CMIT-TxIA to 2691 psi with a plug set at 8459’ MD. Hilcorp requests to pop this well Under Evaluation for economic evaluation for up to 5 days to decide whether to fix the TxI and install surface piping. We will naturally flow the well and not use gas lift during the under evaluation period. The well will be flowed back to tanks. Thanks, Ryan Thompson Milne / Islands Well Integrity Engineer 907-564-5005 The information contained in this email message is confidential and may be legally privileged and is intended only for the use of theindividual or entity named above. If you are not an intended recipient or if you have received this message in error, you are hereby XHVZE ect Well History File' le This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. .L) ~.~_ ~ ~_~) Well History File Identifier Organizing(done) ~ded rlllllllllllllllll cN DIGITAL DATA OVERSIZED (Scannable) Color items: ~f/l~,7~ D Diskettes, No. C] Maps: [3 Grayscale items: D Other, No/Type D Other items scannable by large scanner [3 Poor Quality Orig~ hals: OVERSIZED (Non-Scannable) [] Other: NOTES: D ' Logs of varibus kinds [] Other BY' BEVERLY BREN VINCENT SHERYL MARIA LOWELL DATE~'~"~,~'~E'~, ~SI Scanning Preparation '~___x 30- /~'~ + ~"~- TOTAL PAGES /,'~ Production Scanning Stage I PAGE COUNT FROM SCANNED FILE: [ 9-~ COUNT MATCHES NUMBER IN SCANNING PREPARATION: X YES PAGE Stage 2 IF NO IN STAGE 1, PAGE(S) DISCREPANCIES WERE FOUND: YES BY~ BEVERLY BREN VINCEN ARIA LOWELL DATE DUE TO QUALITY, GRAYSCALE OR CO{.OR IMAGES) NO NO ReScanned (individual page [special attention] scanning completed) RESCANNEDBY: BEVERLY BREN VINCENT SHERYL MARia LOWELL DATE:' Isl General Notes or Comments about this file: Quality Checked (done) 10/25/02Rev3NOTScan ned.wpd • • ~ .~ ~ S ~~ ARAN PAL/N, GOVERNOR COI~TSEB~,li01~ ~ MM= ~ 333 W. 7th AVENUE, SUITE 100 ~~~~~~iiiiii trOl~il~ii~7 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Laurie Cornell Production Engineer BP Exploration Alaska, Inc. PO Box 196612 ~,~ ApR ~ ~ ~p08 Anchorage, AK 99519-6612 ~ i ~~ ~~ V~ Re: Milne Point Unit, Kuparuk Oil Pool, MPD-02A Sundry Number: 308-123 Dear Ms. Cornell: Enclosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. When providing notice for a representative of the Commission to witness any required test, contact the Commission's petroleum field inspector at (907) 659-3607 (pager). As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for rehearing. A request for rehearing is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. A person may not appeal a Commission decision to Superior Court unless rehearing has been requested. Sincerely, Daniel T. Seamount, Jr. Chair DATED this g day of April, 2008 Encl. ¢ - ~~~. • ~ ,~ ~ STATE OF ALASKA • ~~1 ~/ ALASKA OIL AND GAS CONSERVATION COMMISSION ~( APR p /~ ~ry~APPLICATION FOR SUNDRY APPROVAL,q~~a Qil & ~~ `~"~' ~"\ ~l,l ~ 20 AAC 25.280 Gas Cons. r.~.,;.,::_ _ 1. Type of Request: Suspend Operational shutdown Perforate Waiv /~~ Altercasing^ Repair well ~@ ^ ~~ Plug Perforations[ Stimulate ^ Time Extension ^ Change approved program ^ Pull Tubing ^ ~ Perforate New Pool^ Re-enter Suspended Well ^ 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: BP Exploration (Alaska), Inc. Development ~ Exploratory ^ 183-0400 . 3. Address: P.O. Box 196612 Stratigraphic^ Service ^ 6. API Number: Anchorage, AK 99519-6612 50-029-20900-01-00 ' 7. If perforating, closest approach in pool(s) opened by this operation to nearest 8. Well Name and Number: property line where ownership or landownership changes: MPD-02A. Spacing Exception Required? Yes ^ No ^ 9. Property Designation: 10. KB Elevation (ft): 11. Field/Pools(s): ADLO-047434 ~ 59.3 KB ~ MILNE POINT Field / KUPARUK RIVER Pool 11. PRESENT WELL CONDITION SUMMARY Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (measured): Junk (measured): 9340 7503.5 ~ 9224 7407 NONE NONE Casing Length Size MD TVD Burst Collapse Conductor 80' 20" URFACE 115' SURFACE 115' Surface 2508' 13-3/8" 72# L-80 URFACE 2545' SURFACE 2412' 5380 2670 Production 9270' 7" 29# L- 80 URFACE 9305' SURFACE 7474' 8160 7020 Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade: Tubing MD (ft): 8705 - 8741 6979.94 - 7009.94 3-1/2" 9.3# L-80 Surface - 8488' Packers and SSSV Type: 3-1/2" Camco TRDP-4A Packers and SSSV MD (ft): 1108' 7"x4" SABL-3 BAKER 8434' 12. Attachments: Descriptive Summary Proposal ~ 13. Well Class after proposed work: Detailed Operations Program ^ BOP Sketch ^ Exploratory ^ Development [y~ Service ^ 14. Estimated Date for 15. Well Status after proposed work: ~ y'.,' Commencing Operations: 4/18/2008 OIL ^ GAS ^ PLUGGED 16. Verbal Approval: Date: WAG ^ GINJ ^ WINJ ^ WDSPL ^ Commission Representative: Prepared by Gary Preble 564-4944 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Laurie Cornell Printed Name Laurie Cornell Title Production Engineer Signature Phone 564-5952 Date 4/4/2008 COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: ~ ' { p2.3 Plug Integ rit y ^ BOP Tes ^ Mechanical Integrity Test ^ Localion Clearance ^ t ~ y ~r~ ` - Other: _ V.J~1~ pC~e\ \X1~ l E ~j~ ~'S 1- rl ~ Cil nr~•(.~/ ~~~ \ ` `~ \ VJ O~ ~q V~ ~S ~ v~ ~ • Y Subsequent Form Required: ~~~ ~;: ~P~ ~ ~~~~ APPROVED BY /~ Approved by: ~ COMMISSIONER THE COMMISSION Date: 1/ n ~ i- Form 10-403 Revised 06/2006 Submit in Duplicate ~IC~I~IA1 ~.~ ~~.~,~ To: Mark O'Malley ~~ MPU Wells Ops Supervisor From: Laurie Cornell Milne Point Production Engineer CC: Emeka Emembolu Milne Point Light Oil Team Lead Date: April 3, 2008 Subject: MPD-02A CT Cement Plugback IOR: 0 Cost Code: MKDPDWL02 Est. Cost: $150M 1 C Cement Plugback OBJECTIVE The objective of this job is to abandon the current perforations from 8705'-8741' MD with a cement plug placed by coiled tubing. These actions will be done to prepare the well to be permanently abandoned and cut off at surface. MPD-02A needs to be plugged and abandoned with all surface equipment removed in order to facilitate the . expansion of D-pad in 2008. BACKGROUND MPD-02A was completed as a Kuparuk B and C sand producer in 1983. The well originally was an ESP lifted well. Throughout its life, MPD-02A suffered from problems with calcium carbonate scale and asphaltenes, which continually caused pump failures. It was worked over in March of 1994 to change it to a gas lifted producer. The well produced on and off until September of 1999 when it was SI due to low oil rate and high water cut. The SSSV was locked open in February 1995. The well was secured in June 2005 with a XX plug set in the XN-nipple located at 8,476' MD. The XX plug was pulled by slickline on 3/16/2008. Note: MPD-02a is in HU181. The Milne Point gas storage well, MPE-03, is also in this hydraulic unit. It is possible that gas has migrated from MPE-03 to MPD-02a causing increased reservoir pressure and making it likely that there will be gas in the wellbore. ^ - - - -- WELL DATA Current Status: LTSI since 09/1999. Well secured 06/27/2005. Max Deviation: 53 degrees at 4,900' MD Min ID: 2.75" at 8,400' MD (3-1/2" X Nipple) Last TD tag: 8,745' MD on 3/16/2008 Latest H2S level: N/A Reservoir Press: 3,880 psi on 3/16/2008 (SBHP - SI for 3,126 days) '~' ~EMv`1 -...'Z . ~'y"t y c,_o~ • MPD-02 A Cement Plugback SCOPE Coil Tubing 1. MIRU CTU. 2. Ensure that the IA is fluid packed. 3. MU BHA with 2" ball drop nozzle and stingers. (No Check Valves). Drift connector and stingers with proper ball size. 4. PT low and high (300, 4000 psi). `~ 5. Line up with 1 % KCI down the backside for well kill and pump the following schedule: a. Spear with 5-10 bbls methanol b. 133 bbls 1 %KCI Note: a. Fullbore volume to bottom perfs at 8741' MD is 88.7 bbls and 1.5 FB volume is 133 bbls. b. With a column of diesel, the Max WHP is 1381 psi. With a column of water, the Max WHP is 764 psi before we fracture the formation. c. Based on 3,880 psi BHP (3/16/2008), the well should have approximately 789 psi WHP after fluid pack with water. 6. RIH with cement nozzle taking necessary weight checks. Tag TD at 8,745' MD. 7. Once you have tagged TD, pump approximately 100 bbls of water to cool down the sump depending on BHT and thickening time. 8. RU cementing equipment and PT. 9. Pump the following fluid schedule down the coil: a. 5 bbls of water spacer (Do Not Use Xtra Slick) b. 9 bbls of 15.8 ppg Class G cement. c. Water spacer Note: Assuming TD at 8,745' MD (tagged on 3/16/2008), the volume of cement required to fill the wellbore to requested TOC at 8605' MD is 5.3 bbls. Ensure that the top of the perforations is covered by 100' of cement, but the tubing tail is not submerged in the cement plug. ... ~5v~' 10. RIH to TD, close choke and watch WHP. 11. Do not pull uphole until ~4 bbls of cement are out of the nozzle. This will place the cement top 100' above the nozzle and will prevent dilution of the cement while pulling uphole. After 4 bbls of cement are out of the nozzle, pull uphole and lay in cement 1:1. Adjust CT speed so that nozzle is at the cement top as the last cement exits the nozzle. 12. As last cement reaches nozzle, PUH to safety at 8360' MD. You may want to PU significantly higher due to small tubing capacities (3.5" tubing is 115 ft/bbl). WCTOC is 8494' MD. April 3, 2008 MPD-02A Cemen t Plugback Note: 9 bbls of cement would extend up the tubing to 8,494' MD if the perfs take no cement before squeeze pressure develops. At WCTOC, ththere is 6' MD of clearance before the tubing tail is submerged. 13. With coil at safety and choke closed, increase pressure in 200 psi increments to target of 2000 psi WHP. Maintain pressure (circulating) for 30 minutes while closely monitoring in and out volumes. Attempt to squeeze 2 bbls of cement behind pipe. Do not squeeze more than 3 bbls of cement behind pipe. Note: Requested TOC is 8605' MD. Do not squeeze more than 3 bbls of cement behind pipe as this will drop you below the target TOC. 14. If cement holds. POOH. 15. Freeze protect the top 2500' of wellbore. 16. RDMO CTU. ~~~E ~- ~ ~ 5 ,, ~~.E ~- a ohs-. ~~ 1 Apri13, 2008 ,' MPD-02A Cement Pl ugback ~_ -- -.e ~. WELL N~. ~.... ~. CC~MPLEi7pN TCF! 1~AiLt~E F~lN'~' lJPMT [P) ~~i hto~ ~-291 Ct~~T~~Mt. LAST' WORK~%+~R;~-3 Inc s~ ~1~ ~~• ~n~r.H. ~~~It~. t. Ail„ P'~S ~+IEAl~IlFI~ FFi~1 i€~~t-rS~~ 5~' f8' +~, MIM AFiGLE _ ~' 5. E8~ [i~ATA: Wl~ 8.7'IiE,E 'FYI ~-t ~' ~~I~s srl~+lu~noly: t~AK ~ ~~ r~EN~I'1Y: ~,~PF. 1~ Ski 14L tII~EFI R'WV~p, ~1#~^' ~1~ TREY (i ~ "~~ ~ 108' ~~ ~~ a-~r~ ~t rya t~~~x~.~ 1~~ 7` BA)~A PACKER 1'I~~~.16' ~~ 7', ~N. L-80 ~ CSC! ~aa~ '1 847' April 3, 2008 ,' MPD-02A Cement Plu back g TREE: 3-118' - Sbl FMC 14'ELLFtEAD: t3-SIB'- SM FMC ACTUATOR: ??? 13.3/8', 72t:Rt. 2~, L 80 BTC KOP ~ 600' Max Angle ~ 52° 3-1/2", s.3tlnt, BTC, L 80 TUBING TUBMG ID:2.92' CAPACITY:0.0087 BBVFT 7 ' ,2911 L 80 BTC -- 3-12.9~381tt L80 NSCT Tailpipe 7',29 L80 BTC --- PBRtaORATiON c'~MMARY REF: LOG: SIZE SPF INTERVAL OPEN/SOZ'D MK 12 B705'-8741' OPEN DATE REV. BY 5120!94 G.L.A. COMMENTS PROPOSED COMPLETION ORtG. KB. ELEV . BF. ELBV: TRSSSV ~ ,!-llbfl GAS LIFT MANDRELS Ae MD BKB TVDsa ~O /2 ~ p z6,w.y 8 lY.:3 ~ = Y ~„T =+i~GG ~ S/P,9 :~ 9 u J 3 b ~6/ z t ~/5~/ f Its 2' 'X' NIPPLE (2.813' ID) $y o 0 112' x T ricer Packer {1iYdauiic it, latched) 2' •X' NIPPLE (28137 Q tl5cf " 'XN' NIPPLE (2.813' I ~y~~-' -112' WLEG 9~>~7~ 'B7D (lop of Fish) .'D 91A4'MD 9905'MD PRUDHOE BAY UNIT WELL• MP. D-02A API N, O_~50-0~9-20Q~~-0! BPlARCO PBU DRILLl~ Apri13, 2008 LARRY GRANT Attn. ALASKA OIL + GAS CONSERVATION 3001 PORCUPINE DRIVE ANCHORAGE AK, 99501. Date: 12 June 1995 Transmittal of Data Sent by: PRIORITY MAIL Dear Sir/Madam, Enclosed, please find the data as described below: WELL DESCRIPTION 1PLS FINAL BL + RF 1 PFC/PERF FNL BL+RF Run ~ 1 Run # 1 ECC No. 6266.01 6442.00 Please sign and return to: Attn. Rodney D. Paulson Atlas Wireline services 5600 B Street Suite 201 Anchorage, AK 99518 Or FAX to (907) 563-7803 Received by: Date: Please s i~n and r. eturn Pe~rotecnnical Data Center BP Exploration (Alaska) 900.~e~st Benson Boulevard AJaska Oil & Gas Cons. Commission Anchorage ALASKA OIL & GAS CONSERVATION COMMISSION Attn. LARRY GRANT 3001 PORCUPINE DR. ANCHORAGE AK, 99501. USA Date: 12 September 1994 RE: Transmittal of Data ECC #: 6266.00 Sent by: ANCHORAGE EXPRS Data: PL Dear Sir/Madam, Reference: BP MPD-02A MILNE POINT NORTH SLOPE, AK Enclosed, please find the data as described below: Prints/Films: 1 PFC/PERF FINAL BL Run # 1 1 PFC/PERF RF SEPIA Run # 1 Please sign and return to: Atlas Wireline Services 5600 B Street Suite 201 ~; Anchorage, 99518 .~ ~ Attn. ~d~y D. Paulson ~ Received b' ' ' ' ~ Please sign and re~ to: Petrotechnieal Data Cente~ BP Exploration (Alaska) 900 East Benson Boulevard Anchorage, Alaaka Received by STATE OF ALASKA AlaSKA OIL AND GAS CONSERVATION COMMISSIOI~' REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown Stimulate Plugging Pull tubing x 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 1149' SNI_, 1436' WEL, SEC. 13, T13N, RIOE At top of productive interval 2012' SNI_, 328' WEL, SEC. 14, T13N, RIOE At effective depth 2074' SNI_, 614' WEL, SEC. 14, T13N, RIOE At total depth 2089' SNL, 678' WEL, SEC. 14, T13N, RIOE 12. Present well condition summary Total depth: measured true vertical 5. Type of Well: Development X Exploratory Strafigraphic Service 9340 feet Plugs (measured) 7503 feet 6. Datum elevation (DF or KB) KBE = 59.3 7. Unit or Property name Mi/ne Point Unit feet 8. Well number MPD-2A 9. Permit number/approval number 83-4O/94-110 10. APl number 50- 029-20900-01 11. Field/Pool Kuparuk River Pool Effective depth: measured true vertical 9224 feet Junk (measured) 7407 feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size Cemented 80' 20" 345 sx Permafrost 2508' 13-3/8" 200o sx cs 11~5oo sx cs II 9270' 7" 928 sx Class "G" measured 8705'-8741' true vertical 6973'-7001' Tubing (size, grade, and measured depth) 3-1/2", 9.3lt, L-80 tubing to 8488'MD Measured depth True vertical depth 115' 115' 2545' 2412' 9305' 7474' Gas Cons. Commission Anchorage Packers and SSSV (type and measured depth) 3-1/2" Camco TRDP-4A @ 1108'MD; 7" SABL-3 Baker packer @ 8434' MD 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure 14. Prior to well operation Subsequent to operation Reoresentative 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/I;~)perations x 16. Status of well classification as: Oil x Gas Suspended Service 17. I hereby ce~ t~h~~ correct to the best of my knowledge. Signed~'~ (,_~~' Title Drillin~j Engineer Supervisor Form 10-404 Rev 06Y15/88 ' SUBMIT IN DUP'LI(Y'ATE ! MP D-02A 05/14/94 PREPARE TO MOVE RIG. FET TRUCK HOOKED UP. MOVE F/VECO YARD TO MP D-02A. SPOT RIG OVER WELL. SET PIT AND PIPE SHED. WORK ON STEAM LINES, STEAM HEATERS. 05/15/94 RAISED AND SCOOPED DERRICK. WORK ON STEAM LINES AND HEATERS, HEATER MOTORS. BUILD BEAM AROUND RIG FUEL TANK. PUT MINI BEAM AROUND PERIMETERS OF LINERS UNDER RIG, PIPE SHED AND PITS. BUILD BERM AROUND 500 BBL JUNK TANK. HOOK UP CAMP/OFFICE TRAILER. FIXED PIPE SHED HYDRAULICS. 05/16/94 BUILD BEAM AND SET 400 BBL UPRIGHT JUNK TANK. WORK ON SCR'S. WORK ON HEATERS, REPLACE SEIZED MOTORS IN PITS. CLEAN UP PITS AND PIPE SHED. LOCATE AND INVENTORY XO & SAFETY VALVES. REPAIR WIND DAMAGE TO SUBSTRUCTURE WALLS. CLEAN PARTS[~ E (~ FlY E D HOUSE. CLEAN SNOW AND ICE FORM WALKWAYS AND TOP OF PIPESHED. WORK ON STEAM HEATERS IN CELLAR. INSTALL BELT JUN ] 3 1994 GUARD ON SHALE SHAKER. ~,tz'ska 0Ii & Gas Cons. Commission 0 5 / 1 7 / 9 4 Anchorage THAW AND CLEAN MANIFOLD, FUNCTION ALL VALVES. REPAIR 2, 3" 5000# GATE VALVES, CONTINUE TO REPAIR HEATERS IN CELLAR. HIJACK AND LEVEL RIG. WORK ON #2 GENERATOR. SET IN STANDBY GENERATOR AND HOOKUP. REPAIR MANUAL ADJUSTABLE CHOKE. REPAIR SUCTION VALVE SEATS IN PITS. CLEAN SUCTION LINES. INSTALL 40/60 SCREENS ON SHAKERS. BUILD BERM FOR HARD LINE TO JUNK TANK, LAY HARD-LINE TO JUNK. HOOK UP MUD AND CHOKE LINES. TAKE ON 435 BBL SOURCE WATER. TEST CHOKE MANIFOLD. REPAIR VALVE ON MANIFOLD. HOOKUP FLOW LINE F/RIG TO PITS. CLEAN PIT ROOM, GREASE ALL DERRICK SHIEVES. PICK UP LOCATION. 05/18/94 REPAIR VALVES IN CHOKE MANIFOLD. REPAIR HYDRAULIC LINE F/ CONSOLE TO ADJUSTABLE CHOKE. TAKE #2 GENERATOR OUT OF MOTOR ROOM, TEST CHOKE MANIFOLD. PUT NEW VALVES, SEATS & LINERS IN MUD PUMP. SERVICE AIR DRYER, CLEAN MOTOR ROOM. TEST RUN MUD PUMP, HANG TON & RIG UP FLOOR. LOAD XO SUB RACK. BERM OIL STORAGE AREAS. CLEAN ANDS TIDY UP PIPE SHED & RIG. BLEED 325 PSI OFF TREE, RIG UP LUBRICATOR, PULL BPV. RIG UP TO BLEED OFF GAS AND PUMP DOWN TUBING. CLOSED SSSV. MONITOR TBG GAUGE. BULLHEAD DOWN TBG. 05/19/94 9,305' KILL WELL, FREEZE PROTECT, SET BPV. NIPPLE DOWN TREE. NU BOPE. 05/20/94 9,305' NU BOPE. STING DRY ROD INTO BPV, BLEED OFF GAS. FILL STACK W/ WATER. BO'I-I'OM GRAY LOCK FLANGE LEAKING. TIGHTEN CLAMP, CONTINUE TO BLEED OFF GAS, FILL TBG W/3.7 BBL, MONITOR. WELL DEAD. PULL BPV, INSTALL 2 WAY CHECK. PRESSURE UP ON STACK. LEAKING BETWEEN BO'I-rOM RAM FLANGE AND ADAPTER FLANGE. PULL 2 WAY CHECK, INSTALL BPV. CHANGE OUT LOWER GRAY LOCK CLAMP. STING DRY ROD INTO BPV. BLEED OFF GAS. 05/21/94 9,305' PUMP DOWN TBG through BPV. MONITOR WELL. PULL BPV, SET 2 WAY CHECK. ATTEMPT TO TEST BOP, HCR AND BLINDS, TIGHTEN MUD CROSS AND BTM GRAY LOCK. PULL 2 WAY CHECK, SET BPV. PULL BPV. SET 2 WAY CHECK. ATTEMPT TO TEST BOP, BLINDS, HCR, INSIDE CHOKE LINE VALVE OK. INSIDE AND OUTSIDE KILL LINE VALVES WOULD NOT TEST. REPLACE BOTH VALVES. FILL TBG. PULL BPV, SET 2 WAY CHECK. TEST INSIDE AND OUTSIDE KILL LINE VALVES, OK. PULL 2 WAY CHECK, FILL TBG. TEST CHOKE MANIFOLD, CHANGE OUT TOP OVERBOARD VALVE FILL TBG. TEST OVERBOARD VALVE, OK. TEST FLOOR SAFETY VALVES AND INSIDE BOP VALVE. TEST RAM BODY SEALS, TIGHTEN PIPE RAM DOOR SEALS. RETEST. TEST PIPE RAMS. TEST LINE TO JUNK TANK. MAKEUP LDG JT. TEST HYDRILL. HANG ESP E LINE SHIEVE. RIG UP. 05/22/94 9,305' FILL TBG. BOLDS, CLOSE ANNULAR, SHEAR PKR. PULL HGR TO FLOOR. DISCONNECT ELECTRIC LINES; CIL & CONTROL LINE. LAY DOWN LDJ JT & HGR, FILL TBG. PUMP 20 BBL DIESEL IN ANNULAR TO CLEAN TBG. RIG UP TO PULL TBG. PULL TBG. 05/23/94 9,305' LAY DOWN TBG, SLM AND DRIFT. OlRO 24 BBL SOURCE WATER DOWN TBG TO GET RID OF CRUDE ON TOP OF ANNULUS, SPOT 15 BBL DIESEL ON TOP OF ANNULUS TO CLEAN TBG AND ELECTRIC WIRE. LAY DOWN TBG SLP AND DRIFT. INSPECT AND LAY DOWN ESP. CLEAR FLOOR. FISH ELECTRIC WIRE BANDS OUT OF STACK AND OFF TOP OF 7" HANGER. 1 FLAT GUARD FELL BACK DOWN HOLE. RIG UP CAMCO AND RUN 5.90 GR/JB. RE¢£1VED JUN 1 ;5 1994 A.l~ska 0ii & Gas Cons. Commission Anchorage 05/24/94 9,305' RUN 5.90 GR/JB ON CAMCO WL. RECOVER 4 BANDS IN SMALL PIECES. RIG DOWN CAMCO. LOAD 3 1/8 COMPLETION EQUIPMENT IN PIPE SHED, LAY DOWN DBL OF 2 7/8", UNLOAD 3 1/2" EQUIPMENT, SERVICE KELLY AND ROTARY TABLE. WAIT ON DP FROM C PAD, LOAD 4 3/4" DC IN PIPE SHED. MU FTA #1. LOAD D PIN PIPE SHED. INSTALL WB. ATTEMPT TO CLEAN CEMENT F/DP, UNLOAD DP F/PIPE SHED. LOAD PIPE SHED W/3 1/2" DP F/22E. DRIFT AND STRAP AND PICK UP 15.50 #E PIPE. CUT DRLG LINE. PICKLE UP DRILL PIPE. 05/25/94 9,305' PICK UP DRILL PIPE. STRAP AND DRIFT. A'rTEMPT TO GET OVER FISH @8574'. PULLED 7 K OVER 1 TIME, 5 K OVER ANOTHER, FELL OFF. BLOW DOWN KELLY AND SET BACK KELLY AND POH. NO FISH OR JUNK RECOVERED. INSPECT MILL AND GRAPPLE. LAY DOWN EXTENSION. MU FTA #2. OVERSHOT W/4.125 GRAPPLE TAG @8576'. ATTEMPT TO GET OVER FISH. SLACKED OFF. ROTATED DOWN, PICKED UP. CONTINUE TO WORK AND ROTATE. CBU. POH TO PICK UP WASH PIPE. 05/26/94 9,305' POH, 3-GUARD BARS AND ALLAN WRENCH RECOVERED IN OVERSHOT. LAY DOWN SAME, LAY DOWN OVERSHOT. WAIT ON FISHING TOOLS FROM PRUDHOE BY HELICOPTER, ICING CONDITION. MU FTA #3, RIH. BREAK ClRC, TAG SLICK STICK @8578'. WASHOVER SLICK STICK, TAG PKR @8596'. MILL ON PKR F/8596-8597'. MONITOR WELL. GAS BREAKING OUT OF WELL BORE. ClRC BOTTOM UP. POH FOR MILL. 05/27/94 9,305' CONTINUE POH W/FTA #3 AND LAY DOWN SAME. CLEAN METAL BAND F/ BOOT BASKET. MU FTA #4 RIH WITH SAME. TAG FISH @8578'. LATCH ONTO FISH. POH AND RECOVER SLICK STICK, LAY DOWN SAME. MU FTA #5 AND RIH. TAG PKR @8609'. CIRC BOTTOMS UP. 05/28/94 9,305' CONTINUE TO CIRC BOTTOMS UP. TOH W/3 1/2" DP. MU BHA #6 AND SPACE OUT 7" 29# CSG SCRAPER. RIH W/3 1/2" DP AND METAL MUNCHER 6" MILL. TAG FISH @8717'. ATTEMPT TO PUSH PKR DOWN HOLE. CBU. TOH FOR CENTER SPEAR AND LAY DOWN BHA #6. MU BHA #7 AND RIH. SLIP 42' DRILLING LINE. CONTINUE RIH W/BHA #7. 05/29/94 9,305' RECEIVED JUN 1 ~ 19~4 Oil & Gas Cons. Commission Anchorage CONTINUE RIH W/BHA #7 AND SET SPEAR INTO PKR @8717'. POH 1 STAND. RIH WITH 4 STANDS DP. DRIVE PKR TO 8993' SPEAR DEPTH. SET SPEAR. POH 5 STANDS. CIRC BOTTOMS UP. POH. LD BHA #7. SPEAR HAD REF. MARKS AS IF IT PULLED OUT OF PKR. MU BHA #8 AND RIH TO 8993'. TAG PKR. CBU. LAY DOWN 3 1/2" DP AND BHA #7. RIG UP TO RUN COMPLETION STRING. 05/30/94 9,305' CONTINUE RIG UP TO RUN COMPLETION. RIH W/TUBING FROM DERRICK. RUN CONTROL LINE. INSTALL HANGER AND LANDING JOINT. FILTER 300 BBL SOURCE H20 AND ADD S5 GALLON/100 BBL COREXlT AND CIRC 3 1/2 X 7" ANNULUS. LAND TBG HANGER AND DROP SETTING BALL. UNABLE TO GET BALL TO SEAT. LAY DOWN LANDING JT. AND INSTALL BPV. CLEAR FLOOR OF TBG TOOLS. NIPPLE DOWN BOP'S AND INSTALL TBG TREE. 05/31/94 9,305' INSTALL ESP LINE W/HANGER AND TEST. NIPPLE UP TREE AND TEST. PULL TWC- RU CAMCO SLICK LINE TEST LUBRICATOR. RIH. FILL ANNULUS W/FILTERED SOURCE H20. SET PACKER, BLEED TBG. TEST ANNULUS. SHEAR RP VALVE @2060 AND FREEZE PROTECT TBG AND 3 1/2 X 7" ANNULUS WITH 70 BBL DIESEL. VALVE SHEAR @3000 PSI. CLEAN PITS AND HAUL SOURCE H20 TO DISPOSAL. RELEASE RIG @0200 HRS 05/31/94. G~s Cons. Commiss'm~ Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon ~ Suspend __ Operation Shutdown __ Re-enter suspended well ~ Alter casing ~ Repair well __ Plugging __ Time extension Stimulate Change approved program ~ Pull tubing x Variance Perforate __ Olher 2. Name of Operator BP Exploration (Alaska) Inc. 3. Address P. O. Box 196612, Anchorage, Alaska 99519-6612 5. Type of Well: Development X Exploratory ~ Stratigraphic ~ Service 4. Location of well at surface 1149' SNL, 1436' WEL, SEC. 13, T13N, RIOE At top of productive interval 2012' SNL, 328' WEL, SEC. 14, T13N, RIOE At effective depth 2074' SNL, 614' WEL, SEC. 14, T13N, RIOE At total depth 2089' SNL, 678' WEL, SEC. 14, T13N, RIOE 12. Present well condition summary Total depth: measured true vertical 6. Datum elevation (DF or KB) KBE = 59.3 7. Unit or Property name Milne Point Unit 8. Well number MPD-2A 9. Permit number 83-40 10. APl number 50- 029-20900-01 11. Field/Pool feet Kuparuk River 9340 feet 7503 feet Plugs (measured) Effective depth' measured true vertical 9224 feet Junk (measured) 7407 feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size Cemented Measured depth 80' 20" 345 sx Permafrost 115' 2508' 13-3/8" 2000 sx cs//~,5oo sx cs II 2545' 9270' 7" 928 sx Class "G" 9305' measured 8705'-8741' RECEIVED True vertical depth 115' 2412' true vertical 6973'-7001' ~IAY - 5 1994 Tubing (size, grade, and measured depth) 2-7/8", 3-1/2" tubing @ 8240'MD A~aska 0il & Gas Cons. Commission Anchorage Packers and SSSV (type and measured depth) Otis 2-7/8" "FMX" SCSSV @ 558' MD; Arrow Hydrow II packer @ 573' MD 13. Attachments Description summary of proposal x Detailed operations program BOP sketch 14. Estimated date for commencing operation 5/2O/94 16..If proposal was verbally approved Oil x Gas ~ Name of approve~' Date approved Service 17. I hereby certify ~l~-/at the foregoing is trj~e and correct to the best of my knowledge. / ~~ C~~'~ Title Drilling EngineerSupervisor Signed . FOR COMMISSION USE ONLY 15. Status of well classification as: Suspended Date Conditions of approval: Notify Commission so representative may witness Plug integrity BOP Test ~ Location clearance Mechanical Integrity Test Subsequent form required 10- Approved by order of the Commission Original Signed By 0avid W. Johnston I Approva' N°c~ ~.--/'? ~ / Commissioner Form 10-403 Rev 06/15/88 Approved Copy SUBMIT IN TRIPLICATE Returned Milne Point D-02A RWO OPERATIONS SUMMARY Ob!e~tive: Pull failed electrical submersible pump from well and recomplete as a gas lift producer. , , o . , Pre- rig: Verify tubing integrity. Pull bottom GLV. Test SSSV.' Bullhead kill well down tubing with kill weight brine. Install BPV. MIRU Nabors 4ES workover rig. Pull existing 2 7/8" tubing and :ESP assembly. , ' : Re- run existing 2 7/8" tubing with gas lift mandrels. Set packer,at +/- 8450 MD. Pressure test tubing and annulus, i,,, ' , ; RDMO Nabors 4ES. Place well on production. MAY -~ ]994. 0ii & Gas Cons. Oommissio~ Anchorage · I tA LL No. D- 2A COMPLETION SI<RTCH MILNE POINT UNIT APl No.: 50-O29-20900-O1 PERMIT No.: 83-4-0 COMPLETED; 3/12/83 LAST WORKOVER: 11-1-93 LANDING FLANGE 4' ABOVE GL 1/4-' x .049 S.S, CONTROL LINE ELECTEJC SUBMERSIBLE PuHP CABLE NO. 2 CL-350 3/8' x 0.049' SS CHEMICAL. ~IJECTION LINE TUBING SEAL SUB ADAPTOR FMC TUBING HANGER W/3-1/2' H BPV PROFILE PUP 3 1/2 £UE x BTRC 3,57' 17 iTS 3 1/2" 9,2#/'F-r BTRS L-80 TUBINO 513.34' PUP 3 I/2" BTRc 2.15' XO 3 1/2.' BTRC x 2 7/8' EUE PIN 0.81' PUP 2 7/8" EU£ 6.13' 558' 2 7/8" OTIS 'R,4X' TRSV SCSSV 2.313" ID 6.80' PUP 2 7/8" EUE 6.18' CHECK VALVE IMMEDIATELY BELOW PACKER .(~LO'F6S: ALL DEPTHS ~EASURED KDB-$L -- 57' KDB-GL - 35' HANGER FLG j~I ABOVI[ GL MAX. ANGL~ = 33' 3. K.O.P. = 700' 4. SLANT HOLE: YES 5. TREE TYPE: CAlvERON/~-'M¢ 3 1/8" 5000# W/ 3 1/2' 8rd TREETOP CONNECTION 6. MIN. ID - 2.374' 'X' NIPPLE @ 605' 7. COMPLETION FLUID: 9.0 PPG' W/ 12% METHANOL STIMULATION.' 7/10/89 1302 CAL. 10~, ACETIC AQD 1760 (;:AL, 10% HCl 4010 GAL. MUD ACID 9. ESP: CENTRILIFT 0C1200, 133 STAGE, GSBT, KRYPTOx, 1:5 TC AR 10. BROKEN ESP CABLE 8ANDS LOST ON TOP OF SAB PKR JUNK BANDS & (1) FLAT GUARD E C E iV E D e7o5,-s7 1' Mo MAY - .3 1994 6979'-7009' ~ Ai~SM 0il & Gas Cons, Commissi Anchorage Cc~oc~ EPNA - _ ANCHORAGE D~SION 573' ARROW HYDROW Jr PACKER 2,374-" ID 10.53' PUP 2 7/8" EUE 6.18' 590' 2 7/8" OTIS 'X' NIPPLE 2.31,:3" ID 1.2' PUP 2 7/8" EUE 10.19' PUP 2 ?/8" EUE 4.18' 6;05' 2 7/8' CAMCO KB~O MANDREL 2.347' ID W/ 5/16" ORIFICE 6.5,3' PUP 2 7/8' EUE 10.19' ×0 3 ~/2' BTRCPIN x 2 7/8 EUE BOX 0.42' 3 1/2' 9.2#/FT BTRS L-80 lEG 744-6.16' XO 3 1/2" BTRC x 2. 7/8" RUE PiN 0.82' PUP 2 7/8' EUE 10.19' PUP 2 7/8" EUE 4.12' 8081' 2 7/8' CAMCO KBMG UANDREL 2,347' iD 6,52' PUP 2 7/8" EUE 10,18' 8097' 2 7/8' 6.5/J/FT L-80 8rd TBC B12g' 2 7/8' CHECK VALVE 0.40' 812g' 2 7/8" 6.5#/FT L-80 8RD l'BG PUP 2 7/8" EUE 4,09' 8197' TOP OF' ESP 31.61' 63.18' 8240' KUEN 8585' 8628' 8660' BOTTOM OF ESP ALIEN WEENCH BAKER SAB PERI',4 PKR W/~ILLOUT EXTENSION 1/2" OTIS ×N NIPPLE TBG TAIL TOP OF FiSH 9223' PBI'D 9305' 7", 29#, L-80, B1RC APPROVED BY: JHA DATE': DRAFTED BY: GKF CAD FILE: 9-29-93 WCOD2A Conoco Inc. 3201 C Street, Suite 305 Anchorage, AK 99503-3999 (907) 564-7600 October 18, 1993 Mr. David Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: MPU D-2A; APPLICATION FOR SUNDRY APPROVAL Dear Mr. Johnston, Attached are three copies of our Application for Sundry Approval, Form 10-403, for replacing the electrical submersible pump in Milne Point well D-2A. Please direct any questions regarding this Application to me at 564-7600. Sincerely, Tom Yeager SHEAR Specialist Attachment CC: TJY Chevron Occidental D-2A Well File OCT Anchorage STATE OF ALASKA ALASI~,/~ OIL AND GAS CONSERVATION COMMI~oiON APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon Suspend . Alter casing .. Repair well Change approved program . Operation shutdown Re-enter suspended well __ //~',~. J ' Plugging Time extention __ Stimulate /t~J ] -'--Pull tubing x -- Variance Perforate Otherx ~E, SP I 5. Type of Well: 6. Datum elevation (DF or Ki~)~,~,,,~ I Development X 56, KDB "~li~l Exploratory 7. Unit or Property name ~ I Name of Operator Conoco Inc. Address 3201 C Street, Suite 200 Anchorage, AK 99503 Location of well at surface 1149' FNL, 1436' FEL, Sec..13, T13N, R10E, Umiat Meridian At top of productive interval 2012' FNL 328' FEL, Sec. 14, T13N, R10E, Umiat Meridian At effective depth 2075' FNL, 593' FEL, Sec. 14, T13N, R10E, Umiat Meridian At total depth 2089' FNL, 678' FEL, Sec. 14, T13N, R10E, Umiat Meridian Stratigraphic Service Milne Point Unit 8.. Well number D-2A 9. Permit number 10. APl number 50-029-20090-a/ 11. Reid/Pool Kuparuk River Field 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Uner Perforation Depth: Length 4' 2514' 9274' measured 8705'-8741' 9340' feet 7503' feet 9223' feet 7407' feet true vertical 6973'-7001' Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) Plugs (measured) 8565' Size Junk (measured) Cemented Measured depth True vertical depth 20" 13-5/8" ,1 345 sx Permafrost C 115' 305 bbl Arctic Set IV 2545' 67 bbl Class G 84 bbl Class G 9305' 115' 2545' 7474' RECEIVED 3-1/2", L-80, 8197' Otis FMX SCSSV @ 558'; 0CT 1 9 1993 Alaska 0il & Gas Cons. Commission Anchorage Arrow Hydrow II Pkr. 573' 13. Attachments Description summaryof proposal X Detailed operations program __ BOP sketch 14. Estimated date for commencing operation October 22, 1993 16. If proposal was verbally a 3proved Name of appr~ver .~t.'~ 17. I hereby certilthat the1 Signed ~,~l ~ /~ I 15. Status of well classification as: Oil X Gas Suspended ~~ Date approved Service )regoing is true and correct to the best of my knowledge. ~'~N J. H. Andrew Title Sr. Production Engineer FOR COMMISSION USE ONLY Date October 18, 1993 Conditions of approval: Notif~ Commission so representative may witness Plug integrity__ BOP Test ~ Location clearance Mechanical Integrity Test Subsequent form required 10- Approved by order of the Commission Origina! Signed By David W, Johnston Commissioner Form 10-403 Rev 06/15/88 JApproval No. · ~- ~-:~;'.m:'i Copy SUBMIT IN TRIPLICATE Milne Point Unit D-2A Workover Procedure Summary . . . . . . . . . 10. MIRU EWS workover rig. ND tree, NU and test BOP's. Kill well by pumping 9.0 ppg NaCI/NaBr heated to 150° F. PU to release Arrow Hydrow liP packer at 573'. Circulate hole with 9.0 ppg brine. POOH with packer, inspecting ESP cable and penetrators for point of failure. Continue POOH with completion until failure is found. If failure is relatively high and other cable looks and tests acceptable, replace failed cable and rerun completion. If failure is deep or if multiple damage spots are seen, POOH to ESP and replace entire cable. Redress packer. TIH with packer and SCSSV to place SCSSV at least 500' below ground level. Set and test packer. Freeze protect tubing and production annulus. ND BOP's. NU and test tree. Place well back on line in ESP production service. RECEIVED OCT 1 9 1993 Alaska Oil & Gas Cons. 6omm~ssiOr' Anchorage WELL No. D-EA COMPLETION SKETCH MILNE POINT UNIT (P) APl No.: 50-029-20900-01 PERMIT No.: 83-40 COMPLETED: 3/12/83 LAST WORKOVER: 9-20-93 LANDING FLANGE 4' ABOVE GL 1/4" x .049 S.S. CONTROL LINE ELECTRIC SUBMERSIBLE PUMP CABLE NO. 2 CL-350 3/8" x 0.049" SS CHEMICAL- INJECTION LINE FMC TUBING HANGER W/3-1/2" H BPV PROFILE PUP 3 1/2 EUE x BTRC 3.57' 17 JTS 5 1/2" 9.2#/FT BTRS L-80 TUBING 515.54' PUP 3 1/2" BTRC 2.15' --XO 5 1/2" BTRC x 2 7/8" EUE PIN 0.81' PUP 2 7/8" EUE 6.15' 558' 2 7/8" OTIS 'FMX' TRSV SCSSV 2.313" ID 6.80' PUP 2 7/8" EUE 6.18' TUBING SEAL SUB ADAPTOR NOTES: ALL DEPTHS MEASURED KDB-SL = 57' KDB-GL = 35' HANGER FLG 4' ABOVE GL 2. MAX. ANGLE = 35' 573' ARROW HYDROW II PACKER 2.574" ID 10.55' PUP 2 7/8" EUE 6.18' 590' 2 7/8" OTIS 'X' NIPPLE 2.513" ID 1.2' PUP 2 7/8" EUE 10.19' PUP 2 7/8" EUE 4.16' 3. K.O.P. = 700' 4. SLANT HOLE: YES 5. TREE TYPE: CAMERON/FMC 3 1/8" 5000# W/ 3 1/2" 8rd TREETOP CONNECTION 6. MIN. ID = 2.374" 'X' NIPPLE @ 605' 7. COMPLETION FLUID: 9.0 PPG W/ 12% METHANOL 8. STIMULATION: 7/10/89 1302 GAL. 10% ACETIC ACID 1760 (;AL. IOY, HC] 4010 GAL. MUD ACID 9. ESP: CENTRILIFT GC1200, 135 STAGE, GSBT, KRYPTOX, 1:5 TC AR 10. BROKEN ESP CABLE BANDS LOST ON TOP OF SAD PKR JUNK BANDS & (1) FLAT GUARD PERFORATIONS (12 SPF) MK 8705'-874i' MD 6979'-7009' TVD {conoco.) EPNA - ANCHORAGE DIVISION 605' 2 7/8" CAMCO KBMG MANDREL 2.347" ID W/ 5/16" ORIFICE 6.55' PUP 2 7/8" EUE 10.19' XO 3 1/2" BTRC PIN x 2 7/8 EUE BOX 0.42' 5 1/2" 9.2#/FT BTRS L-80 TBG 7446.16' XO 3 1/2" BTRC x 2 7/8" EUE PIN 0.82' PUP 2 7/8" EUE 10.19' PUP 2 7/8" EUE 4.12' 8081' 2 7/8" CAMCO KBMG MANDREL 2.547" ID 6.52' PUP 2 7/8" EUE 10.18' 8097' 2 7/8" 6.5#/FT L-80 8rd TBG 31.61' 8129' 2 7/8" CHECK VALVE 0.40' 8129' 2 7/8" 6.5#/FT L-80 8RD TBG PUP 2 7/8" EUE 4.09' 8197' TOP OF ESP 63.18' 8240' BOTTOM OF ESP 8585' 8628' 8660' 9i44' 9225' 9305' APPROVED DRAFTED BY: BAKER SAD PERM PKR W/MILLOUT EXTENSION R FF'F IV ED TBG TAIL 'top o~ ~-~s, OCT 1 9 1993 PBTD Alaska Oil & 6as tons. oomm 7", 29#, L-80, BTRC Anchorage DATE' 9-29-951 GKF CAD F,LE: WCOD2A · BY: JHA ~sio~ November 15, 1993 Conoco Inc, 3201 C Street, Suite 305 Anchorage, AK 99503-3999 (907) 564-7600 1 Mr. David Johnston Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: MPU D-2A; REPORT OF SUNDRY WELL OPERATIONS Dear Mr. Johnston, Attached are duplicate copies of the Report of Sundry Well Operations, Form 10-404, for replacing the electrical submersible pump in Milne Point Unit Well C-16, Approval Numbers 93-115 and 93-287. Please direct any questions or concerns regarding this form to me at 564-7660. Sincerely, Tom Yeager SHEAR Specialist Att: cc: TJY Chevron Occidental D-2A Well File REC£1VED NOV 1 8 199,~ 0il & Gas Cons. Commission Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMI~olON REPORT OF SUNDRY WELL OPERATIONS Operations Performed: Operation shutdown Stimulate __ Plugging __ Pull tubing X Alter casing Repair well X Other X Name of Operator Conoco Inc. Address 3201 C Street, Suite 305 Anchorage, AK 99503 5. Type of Well: Development Exploratory Stratigraphic Location of well at surface 1149" FNL, 1436' FEL, Sec. 13, T13N, R10E, Umiat Meridian At top of productive interval 2012' FNL, 328' FEL, Sec. 14, T13N, R10E, Umiat Meridian At effective depth 2075' FNL, 593' FEL, Sec. 14, T13N, R10E, Umiat Meridian At total depth 2089' FNL, 678' FEL, Sec. 14, T13N, R10E, Umiat Meridian Replace ESP t .... ~-' .; 6. Datum elevation (DF o?~KB) x 56 KDB ", '~ ./feet 7, Unit or Property name Milne Point Unit 8, Well number D-2A 9. Permit number/approval number 83-40/93-115 & 93-287 10, APl number 50_029.~,~ 11. Field/Pool Kuparuk River Field 12. Present well condition summary Total depth: measured 9340 feet true vertical 7503 feet Plugs (measured) 8565 feet Effective depth: measured 9223 feet true vertical 7407 feet Junk (measured) Casing Length Size Structural Conductor 84' 20" Surface 2514' 13-5/8" Intermediate Production 9274' 7" Uner Perforation Depth: measured 8705'-8741' true vertical 6973'-7001' Tubing (size, grade, and measured depth) 2-7/8", L-80, 8197' Cemented Measured depth True vertical depth 345 sx Permafrost C 115' 305 bbl Arctic Set IV 2545' 67 bbl Class G 84 bbl Class G 9305' 115' 2545' 7474' RECEIVED NOV 1 8 199,3 Alaska 0ii & Gas Cons. Commission Anchorage Packers and SSSV (type and measured depth) Otis FMX SCSSV @ 558'; Arrow Hydrow II-P Packer 573' 13. Stimulation or cement squeeze summary None Intervals treated(measured) Treatment description including volumes used and final pressure 14. Prior to well operation (Injection) Subsequent to operation (Injection) Representative Daily Average Production or Iniection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure 0 0 0 0 0 0 0 0 Tubing Pressure 200 200 15. Attachments 16. Status of well classification as: Copies of Logs and Surveys run Oil X Gas Suspended Daily Report of ~/Vell Operat~ns X 17. I hereby certifylh:t the fo~3~/oing is true and correct to the best of my knowledge. Si,ned {,~J~j~ /"f4v~ J.H. Andrew Title Sr. Production Enqineer Date Service Form 10-404 Rev 06/15/88 SUBMIT IN DUPLICATE MILNE POINT UNIT D-2A WORKOVER REPORT DATE: 10/30/93: 10/31/93: 11/01/93: 11/02/93: Description of Operations: NU BOP's. Test BOP's and choke manifold to 300/3000#. Test waived by Bobby Foster with AOGCC. Pull BPV, install landing JT. Backout landing screws. PU on packer won't release. Packer released with 125,000#. Circulate hole. PU and LD hanger. POOH LD SSSV and packer. LD pump. W/O weather. LD pump. TIH with scrapper to 8269'. POOH and LD scrapper. PU pump. RU injection line. RIH with injection line and flat guard to top of flat cable. TIH with tubing, ESP cable and injection line. PU GLM, X Nipple, Packer and SSSV. TIH to hanger with control line, chemical injection line, ESP cable and TBG. MU hanger. Hookup cable, chemical injection line and SSSV line. Land hanger and Iockdown. Pump 20 bbls diesel down tubing and 10 bbls down tubing. Drop ball. Set packer. Test backside to 500 PSI. ND and washout BOP's. MU tree and test to 5000#. RECEIVED NOV 1 8 1993 A!aska Oil & Gas Cons. Commission Anchorage ' '; - STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMI~SSION APPLZCATTON FOR SUNDRY APPROVALS '1. Type of Request: A~andon Suspend Operation shutdown Re-enter suspended well ~" ~__/~,,~ Alter casing m Repair well x Plugging t Time extention m Stimulate/~ ~-'~/ Change approved program __ Pull tubing ..x Variance __ Perforate m Other x 2. Name of Operator 5. Type of Well: 6. Datum elevation (DF or Conoco Inc. Development X 56' KDB ',feet 3. Address Exploratory__ 7. Unit or Property name 3201 C Street, Suite 200 AnChorage, AK 99503 Stratigraphicm Milne Point Unit 4. Location of well at surface 8. Well number 1149' FNL, 1436' FEI., Sec. 13, T13N, R10E, Umiat Meridian D-2A At top of productive interval g. Permit number 2012' FNL, 328' FEL, Sec. 14, T13N, R10E, Umiat Meridian 83-40 At effective depth 10. APl number 2075' FNL, 593' FEI., Sec. 14, T13N, R10E, Umiat Meridian 50-02g-20090-~/ At total depth 11. field/Pool 2089' FNL, 678' FEL, Sec. 14, T13N, R10E, Umiat Meridian Kuparuk River Field 12. Present well condition summary Total depth: measured 9340' feet Plugs (measured) 8565' true vertical 7503' feet Effective depth: measured 9223' feet Junk (measured) true vertical 7407' feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 84' 20" 345 SX Permafrost C 115' 115' Surface 2514' 13-5/8" 305 bbl Arctic Set IV 2545' 2545' Intermediate 67 bbl Class G Production 9274' 7" 84 bbl Class G 9305' 7474' Uner Perforation Depth: measured 8705'-8741' true vertical 6973'-7001' MAY I 2199;$ Tubing (size. grade, and measured depth) 2-7/8", L-80, 8506' Alaska Oil & Gas Cons. 60mmission Anchorage Packers and SSSV (type and measured depth) Otis FMX SCSSV @ 558'; Otis RDH Pkr. 577' p, i 13. Attachments Description summaryof proposal X Detailed operations program ~ BOP sketch 14. Estimated date for commencing operation 15. Status of well classification as: August 1, 1993 16. If proposal was verbally approved Oil X Gas Suspended Name of aPl~OVer Date approved Service 17. I hereby certify that th~ foregoing is true and correct to the best of my knowledge. Signed ~I~J /"~ J.H. Andrew Title Sr. Production Engineer Date May 7, 1993 FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness bA~pproval No. Plug integrity BOP Test Location clearance ~ C,o // ,, ~oro~edd Mechanical Integrity Test ~ Subsequent form required 10- ~o4 ,~-¥, ,,3~e Original Signed By Approved by order of the Commission Commissioner Date / 7' Form 10-403 Rev 06/15/88 SUBMIT IN TRIPUCATE Milne Point Unit D-2A Well ESP Replacement Procedure Summary 1. MIRU workover rig. 2. Kill well by circulating hole full with 8.4 ppg source water. 3. ND tree. NU and test BOP's. · MU landing joint to tubing hanger. PU 25,000# above pipe weight to release Otis RDH retrievable packer at 577'. 5. POOH with 2-7/8" production tubing and ESP. · RU wireline. GIH and tag packer to confirm no sand fill in casing. POOH and RD wireline. TIH with sand bailer on production tubing and bail to clear perf interval, if necessary. Perform casing cleanout procedure if sand is bailed. · MU new ESP assembly and TIH on 2-7/8" production tubing. Install gas lift mandrel with dummy three joints above ESP. · MU an Otis dual packer with side penetrator. Install gas lift mandrel with gutted check valve one joint below. Install a 2- 7/8" tubing retrievable SCSSV in the production string above the packer and space out to place SCSSV at least 500' below ground level. · Land production tubing hanger. Freeze protect tubing and annulus. 10. Set packer by pressuring up against a wireline plug run below the packer. 11. Pressure test packer by pressuring up on annulus to 1800 psig. 12. ND BOP's, NU and test tree. 13. RDMO rig. RU and test flowline. Return well to ESP lift production. I 'ECEIVED MAY 1 2 1993 Alaska OJJ & Gas Cons. (.,urnrmssio,~ Anchorage Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-7600 December 30, 1991 Mr. David Johnston Commissioner, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 RE: Reports of Sundry Well Operations Dear Mr. Johnston: Attached please find Reports of Sundry Well Operations for Wells D-2A and I-1. These wells are located on the Milne Point Unit. If you have any questions or require additional information please contact me at 564- 7617. Yours very truly, Bob Soptei Environmental Coordinator RJS/bgs Attachments CC D-2A Well File I-1 Well File Chevron Occidental Hal Stevens/Van Heare, MPOC RECEIVED JAN - 7 3992 Alaska 011 & 6as Cons. Commission Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONI IGINAL 1. Operations performed: Operation shutdown ~ Stimulate ~ Plugging Pull tubing X.~ Alter casing __ Repair well .__X Perforate ~ OtherX Replace ESP 2. Name of Operator CONOCO INC. 3. Address 3201 C Street, Suite 200 Anchorage, AK 4. Location of well at surface 1149' FNL, 1436' FEL, Sec. At top of productive interval 2012' FNL, 328' FEL, Sec. At effective depth 2075' FNL, 593' FEL, Sec. At total depth 2089' FNL, 678' FEL, Sec. 5. Type of Well: Development X Exploratory ~ Stratigraphic __ Service ~ 13, T13N, R10E, Umiat Meridian 14, T13N, R10E, Umiat Meridian 14, T13N, R10E, Umiat Meridian 14,T13N, R10E, Umiat Meridian 6. Datumelevation(DForKB) 56' KDB feet l UnitorProperfyname Milne Point Unit 8. Well number D-2A 9. Permit number/approval number 83-40 10. APl numbe.~, a q¢¢,- ol 50--029~ 11. Field/Pool Kuparuk River Field 12. Present well condition summary Total depth: measured 9340 true vertical 7503 feet Plugs (measured) 8565 ' feet Effective depth: measured 9223 ' feet Junk(measured) true vertical 7407 ' feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 84 ' 20 ' 345sxPermafrost C 115 ' 115 ' Sudace 2514 ' 13-5/8"305bblArcticSet IV 2545 ' 2545 ' Intermediate 67bbl Class G Production 9274' 7" 84bbl Class G 9305' 7474' Liner Perforation depth: measured 8705' - 8741' truevertical 6973' 7001' Tubing (size, grade, and measured depth) 2-7/8", L-80, 8554 ' Packersand SSSV(type and measured depth) Otis RDH PKR @577' Otis FMX SCSSV @558 13. Stimulation or cement squeeze summary " 14. Intervals treated (measured) N/A Treatment description including volumes used and final pressure Representative Daily Average Production or Injection Data Prior to well operation JAN - ? t99~- Alaska Oil & Gas Cons. Commiss[o~ ^,chora_~e OiI-Bbl Gas-Md Water-Bbl 455 112 10 Casing Pressure 25O Tubing Pressure 250 Subsequent to operation Not Tested 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations 16. Status of well classification as: Oil ~ Gas_ Suspended __ Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed/~7~ <~./~ Title /¢~ ~ ~ Form 1~3-404 II!¢ev-06/1,~8 Date I~/1¢/?l SUBMIT IN DUPLICATE CONOCO MILNE POINT UNIT D-2A ACTIVITY SUMMARY ESP REPLACEMENT 12/03/91: Warm rig up for move from B-Pad to D-Pad. Had several problems with equipment failure due to downtime for so long in the cold. Completed freeze protecting the tubing with 20 BBLS of diesel. Set BPV in hanger. Removed wellhouse and flowline. Locked out the breaker for ESP with systems and operations locks. Completed move to D- Pad and presently hauling 380 to 400 BBLS of source water to location in order to clean up the well. Will have Baroid send out the brine soon as all source H20 is on location. ~ 12/04/91: Remove BPV. Rig up hard line to pump down flow line and finish filtering source water. Change of plans. Rig down hard line. Rig up to take returns to slop oil tank. Build berm for slop tank. Pump 300 BBLS source water down tubing. Take returns to slop tank. Shut well in and let pressure stabilize. Tubing pressure 675 PSI, annulus 575 PSI. Bullhead 20 BBLS source water down tubing. Shut well in and let stabilize. Tubing press 850 PSI, annulus 725 PSI. Clean tanks and fill with 9.5 brine. Work on rig pump. Pump 298 BBLS of 9.5 brine at 1.70 BPM at 700 PSI. Let well stabilize tubing press 225 PSI csg 275 PSI. Bled annulus off on 12/64" choke. Press would not bleed off to 0. Well still flowing. Shut back in. Press on tbg 225/csg 225. Order out 11.0 brine to kill well. 12/05/91: Annulus & tbg 325 PSI. Transferred 9.6 brine from volume tank to desilter. Annulus & tbg 250 PSI. Waiting on 11.0 brine. Annulus & tbg 225 PSI. Clean up rig. Wait on 11.0 brine. Filter 11.0 brine in to volume tank. Pump 200 BBLS of 9.5 brine into vac truck from shaker & position tanks. Pump 293 BBLS of 11.0 brine down tbg at 2 BPM at 700 PSI. Casing pressure 600. Taking 9.5 PPG returns to pit & pumping off with vac trucks. Haul 9.5 brine to Nabors 27-E to use on J-7 (approx. 420 BBLS). Shut well in. No pressure on tubing or casing. No loss of fluids. Set BPV, nipple down tree. Run conductivity test on hanger penetrator. Nipple up BOP's. Hook-up blow down manifold & hydraulic hoses & function test BOP's. Pull BPV & set two-way check. Start BOP test. 12/06/91: BOP test. Pull two-way check. Pick up 1 joint 3-1/2" 8 RD EUE with TIW valve & make up in tubing hanger. Pick up 105K (3 times). Pick up to l15K (5 times). Pick up (1 time) to l18K. Packer would not come free. Shear Point on packer 25K. Work packer from 0 to l15K. Packer released. Start to POOH. Lay down one joint 3-1/2 8rd EUE & hanger. Break out tubing hanger. Send to Deadhorse for new pup. POOH to SSSV. Lay down SSSV. ~E'~I~'~' Change out spools in spooling unit. Continue to POOH. 12/07/91: Continue to POOH with ESP. System made all checks on cable & pigtails & also collected all oil samples from ESP. Pump sections of the ESP were frozen up. Lay down ESP & pick up PLS packer & over shot. TIH. Shut down to repair drilling line on rig. Continue to TIH with PLS packer to 8540 OKB. Had problems setting PLS packer due to hole deviation. Finally got packer to set by stacking tubing string on packer. Released from PLS packer & pulled up 15'. Close in BOP's and test packer to 500 PSI. Reverse circulate 43 BBLS dirt mag pill & 40 BBL gel pill. Circulate pills out. Pump 6 BBL of super pickle. Pump tubing. Volume of 69 BBLS. Reverse out pill pump 83.3 BBLS. Pick up one joint, latch on to bridge plug & release same. Start POOH. 12/08/91: Continue to POOH with Otis PLS packer & lay down. Operations shut down. PU & begin running ESP equipment and found seal section problems. Replace seal assembly. Continue to run ESP with new seal assembly. Continue to TIH. 12/09/91: Continue to run ESP. Pick up gas lift mandrel (2-3/8), 2 JTS 2-7/8 EUE 8RD, packer & SSSY. Splice cable & tie into bottom of packer. Tie into top of packer with cable. Tie in SSSV with control line & pressure test to 5000 PSI for 10 minutes. TIH with 17 JTS of 3-1/2 BTRC tubing. Pick up tubing hanger & landing JT & make up same. Splice control line & cable into hanger. Land tubing hanger & open SSSV. Set two-way check. ND BOP's & NU tree. Pressure test hanger & penetrator to 5000 PSI for 10 minutes. Pressure test tree to 5000 PSI for 10 minutes. Test SSSV control line to 5000 PSI. All pressure tests ok. All system tests on cable & penetrators ok. 12/10/91: Rig up & circulate 8.5 source water to displace 11.0 brine. Circulate 225 BBLS of good 11.0 brine out of hole & store at Baroid in Deadhorse. Pump 290 BBLS total of source water. Pump 70 BBLS of diesel down casing & let eqvalize to tubing. Rig up WL unit. RIH with plug and set in X-nipple at 586'. Tubing pressure 1000 PSI. Casing pressure 1000 PSI. Set plug. POOH. Rig up to set RDH Otis packer at 576.94'. Press up on tubing to 1000 PSI to begin setting packer. Continue setting packer by pressuring up to 2500 PSI in 500 PSI stages. Hold final pressure of 2800 PSI for 15 minutes. Bleed pressure off to zero. Pressure up on back side to 500 PSI for 10 minutes. Packer test ok. Rig up WL unit RIH & pull XX pluge at 586 WLM. POOH with plug. Rig down W/2 unit. Close SCSSV. Set BPV. Start laying down rig. Move to I-1. RECEIVED JAN - 7 ' 992 .Oil .& Gas Cons. Commission ~Armhoraae Conoco Inc. Suite 200 3201 C Street Anchorage, AK 99503 (907) 564-7600 August 22, 1991 Mr. David Johnston Commissioner, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 RE: Application for Sundry Approval Dear Mr. Johnston: Attached please find an Application for Sundry Approval for Well D-2A. This well is located on the Milne Point Unit. If you have any questions or require additional information please contact me at 564-7617. Yours very truly, Bob Soptei Environmental Coordinator RJS(bgs) Attachments CC D-2A Well File C :\data\wp51 \ds\aogcc 14.ds RECEIVED s E P 0 ~ 1991 Alaska Oil & Gas Cons. ~ch0rage "-'"' STATE OF ALASKA ALAS~,.. OIL AND GAS CONSERVATION COMMI~,..,ON APPLI'CATI'ON FOR SUNDRY APPROVALS 1. Type of Request: Abandon ~ Suspend Alter casing Repair well x Change approved program__ Operation shutdown ~ Re-enter suspended well __ Plugging __ Time extention __ Stimulate ~ Pull tubing x Variance~ Perforate~ Other x Replace ESP Name of Operator Conoco Inc. AddreSS 3201 C Street, Suite 200 Anchorage, AK 99503 5. Type of Well: Development X Exploratory Stratigraphic Location of well at surface 1149' FNL, 1436' FEL, Sec. 13, T13N, R10E, Umiat Meridian At top of productive interval 2012' FNL, 328' FEI_, Sec. 14, T13N, R10E, Umiat Meridian At effective depth 2075' FNL, 593' FEI~ Sec. 14, T13N, R10E, Umiat Meridian At total depth 2089' FNL, 678' FEL, Sec. 14, T13N, R10E, Umiat Meridian 6. Datum elevation (DF or KB) 56' KDB 7. Unit or Property name Milne Point Unit 8. Well number D -2A 9. Permit number 10. APl number 50-029-20090 11. Field/Pool Kuparuk River Field feet 12. Present well condition summary Total depth: measured 9340' feet true vertical 7503' feet Effective depth: measured : 9223' feet true vertical 7407' feet Casing Structural Conductor Surface Intermediate Production Uner Perforation Depth: Length Size 2514' 13-5/8" 9274' T' measured 8705'-8741' true vertical 6973'-7001' Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) 2-7/8", L-80, 8389' Otis FMX SCSSV @ 587; Plugs (measured) 8565' Junk (measured) Cemented Measured depth True vertical depth 345 sx Permafrost C 115' 305 bbl Arctic Set IV 2545' 67 bbl Class G 84 bbl Class G 9305' 115' 2545' 7474' RECEIVED 0 3 Otis RDH Pkr. 611' 13. Attachments Description summary of proposal X Detailed operations program BOP sketch 14. Estimated date for commencing operation September 10, 1991 16. If proposal was verbally approved Oil X Name of approver 1 Date approved Service 17. I hereby cer~fythat t foregoing is true and correct to the best of my knowledge. ~. ,j ~.~ ~/.~ J.H. Andrew Title Production Signed Engineer 15. Status of well claSSification as: Gas Suspended Date August 22, 1991 FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity~ BOP Test~ Location clearance Mechanical lntegrityTest ~ Subsequent form required 10- Approved by order of the Commission ORIGINAL SIGNED B~.' LONNIE C ~pproved Copy Returned Commissioncr D~4c I Approval No. ¢/. ~~ Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE Milne Point Unit D-2A Well ESP Replacement Procedure Summary · . 1. MIRU workover rig. 2. Kill well by circulating hole full with 8.4 ppg source water. 3. ND tree. NU and test BOP's. 4. MU landing joint to tubing hanger. PU 25,000# above pipe weight to release Otis RDH retrievable packer at 611'. 5. POOH with 2-7/8" production tubing and ESP. 6. RU wireline. GIH and tag sand fill in casing. POOH and RD wireline. If necessary, TIH with sand bailer on 2-7/8" production tubing and bail to clear perf interval. 7. TIH with 7" retrievable bridge plug on 2-7/8" production tubing. Set 30' above top perforation. Test plug. 8. Release tubing from plug. Circulate casing clean with HEC pill, Dirt Magnet flocculant and source water until returns are clean. 9. Clean tubing by pumping, then reversing, Super Pickle surfactant. 10. Latch and release bridge plug. POOH with plug and tubing. 11. MU new ESP assembly and TIH on 2-7/8" production tubing. 12. MU an Arrow Hydrow II packer with side penetrator. Install a 2-7/8" tubing retrievable SCSSV in the production string above the packer and space out to place SCSSV at least 500' below ground level. 13. Land production tubing hanger and freeze protect annulus. 14. RU wireline and set a plug in an Otis X nipple located below the production packer. Pressure up against the plug to set the packer. POOH with plug and RD wireline. 15. Pressure test packer by pressuring up on annulus to 1800 psig. 16. Freeze protect tubing. ND BOP's, NU and test tree. 17. RDMO workover rig. RU and test flowline. Return well to ESP lift production. RECEIVED S EP 0 1991 Alaska Oil & Gas Cons. Core,[ssi.et1 Anchorag(~ 1. Operations performecl: RECEIVED ALASKA OiL AhlD GAS CONSERVATION COMMISSION REPORI OF SUNDRY WELL OPEI TIONS aPR 2, ] st Operation st~u~lcm~_ Stimulate_ Plugg,ng__ ~txate__ Alaska 0il & Gas Cons. C0mmissim pull tubing ~ Aller caang __ 2. Name of Operator CONOCO INC. 3. Aclclress 3201 'C' ST, SUITE 200, ANCH., 4. Location ut weft at surlace Repa, weft __ Type of Well: DeveloDr'nent Exploratory _S~at~graonlc 99503 service ~ 1149t FNL, 1436' FEL, SECTION 13N, At top of proauctlve interval 2012' FNL, 328' FEL, SECTION 14v At effective del)th 2074' FNL, 614' FEL, SECTION 14, At total cle0th 2089~ FNLt 678~ FELt SECTION 14t 12. Present well concl~on summary Total clepth: measured 9340 ' feet true vertical 7503 ' feet Eflecave 0epth: measured 9224 ~ feet uue vertical tee{ 7407' Casing Length Size StrucaJrai 80 ' 20" Co~uctor Surlace 2508 ' 13-3/8" Intermediate Procluction 9270 ~ 7' Pertorabon depth: measureO T13N, R10E, UM T13N, R10E, OM T13N, R10E, OM T13N, R10E, OM Other __ Anchorage , , 6. ~atum elevation (DF or KB) ~-59.3' MSL teet , ?. yj S: 8. Well numoer 9. Pertmt numberla~oroval number 83-40 10. APl number 50-- 029-20900-01 11. Field/Pool KUPARUK RIVER UNIT Plugs (measured) Junk (measured) N/A N/A Cemented Measured aepth True verucaJ depth CEMENT TO SURFACE 115 t RKB 115 ~ RKB 2000 BKB COLDBET III 500 SK8 COLDSET II 2545' RKB 2412~ RKB 928 S~ C~S tG' 9305 7474 8705I -- 8741' true vertical 6 97 3 ~ Tubing (s~ze, grace, and measurecl 0epth) Pact(ers and , 13. Sbmutation or cement squeeze Intervals treatecl (measured) - 7001~ 3-1/2', L-80, 9.2#/FT BUTTRESS, 8441~ OTIS ADH DUAL RETRIEVABLE PACKER @ 611~, , AND OTIS ANNULAR VENT VALVE @ 609~· Treatment clescnption inclu~llg volumes useQ and final pressure Reoresentative Daily Averaae Producaon or Injection Data Oii-Bbl Gas-Md Water-Bbl Casing Pressure Tubing Pressure 715 164 5 177 177 Pnor to well operation Service PRODUCTION ENGINEER 725 168 20 175 ISubsecluent to operation J 15. Attacrtments 16. Status of well classification as: Copies of Logs and Surveys run.~; ~ X Daily Report of Well Ooeraaons ~ Oil __ Gas __ , SusDencled __ i i 1Z I rmreOy certify t~at the toregCXng is a'ue an0 correct to ~e best of my Knowleoge~ OTIS 175 D~te1'/19/90, l__ SUBMIT IN DUPLICAT.E~' 11/23/90 1991 Install BPV. MIRU EWS Rig #4. Pull BPV. RU Transtech Slickline Unit. RIH w/EMS 700 Memory Gage. Could not get through SCSSV @ 555~. 11/24/9o Haul Diesel to Rig. Pump 3 BBLS. Diesel @ 700 PSI down TBG to Open BCSSV. RIH w/EMS - 700 to 8337~ WLM(6?011TVD). Gradient = 0.47 PSI/FT. MID Perf 69951TVD = 3288 PSIA @ 0.4? PSI/FT. EMW= 9.04 PPG. RD B/L unit. Off-load and filter 365 BBLS. 9.5 PPG Natl. Drop 1.75" OD ball. Mix up pill 20 BBL Brine w/ 3# HEC/BBL. BICP = 525 BITP =550. Bleed CSG pressure down to 50 PSI. Pressure TBG to 1300 PSI to shear Otis circulating sub. Started to pump pill valves on rig tanks frozen up. Thaw valves. Pump pill down TBG and circulate w/9.5 PPG Natl. Take returns from CSG. Choke back on annulus and circulate @ 500 PSI. Circulate 300 BBLS. SI CBG and bullhead 25 BBLS down TBG. SI and Monitor. 11/25/90 Continue to monitor well. SICP = 0 SITP = 0. Set BPV. ND Tree. NU BOP. Pull BPV set 2-way chk. ND BOP and RE-TEST. Freeze porteot TBG w/5 BBLS. Diesel and CSG W/13 BBLS Diesel. Service Rig and wait on spooling unit. 11/26/90 Circulate W/9.5 PPG Nat1 dow~ TBG. Take returns from CSG. Circulating pressure = 250 PSI. Circulated 74 BBLB. to verify AW/SCSSV open and well dead. Run out HGR lock downs and alignment pin. Release PKR. POOH and LD TBG HGR RU spooling shed. Hang cable sheave POOH slowly 9 STDS. LD SCSSV and Otis RDH PKR. Function tested AW on Rig Floor. POOH W/ 3 1/2~ TBG. 11/27/90 POOH w/ESP. Inspect and LD ESP. Pump and motor assembly turned freely by hand. No visible signs of burned cable. Top section on top protector had well fluid. No corrosion on outside of equipment. Recovered numerous broken bands. 11 bands were fished out of the TBG spool/bowl. 493 bands and 3 flat guards were recovered. (-+) 60 Bands lost down hole. RU Transtech slickline unit. RIHw/2 1/4~ LIB. Sat down @ 8538~ WLM POOH LIB indicates bands and other sharp edged debris. RD S/L Unit. MU ?" CSG scraper and 6" Bit. RIH on 3 1/2~ TBG. Tagged hard @ 8593~ slm RKB. POOH. Daily Well Activity Summary Cont. 11/28/90 Continue POOH. LD bit and scraper. PU ESP equipment. MU/SERVICE ESP MOTOR, SEALS, GAS SEP., Pump. Re-Splice Motor lead cable. PUi JT. MU circulating s~b I JT above pump. PUi JT. MU Otis sliding sleeve. RIH w/3 1/2~t TBG. Place 2 heavy duty pre-formed bands per joint. TBG started icing up when RIH. Tried to circulate but suction valve frozen and return line frozen. Thaw valves/lines. RU hot oil truck and heat brine in volume tank to 150 degrees farenheit. 13./29/90 Continue to heat brine to 150 degrees farenheit and thaw lines and valves. Circulate 50 BBLS down TBG. Oil in returns. Continue RIHw/TBG. PU Otis RDH PKR and SCSSV. Splice cable above and below PKR. MU control line to AW on PKR and SCSSV. Function Test AW. -OK. RIH w/18 JTS & 2 PUPS(2t&4~) above SCSSV. Install FMC TBG HNG. Splice HNG. Penetrator connector onto power cable and make up to tubing hanger. Land hanger and lock down. Pump 15 BBLS of diesel down backside taking returns up tubing. Equalize diesel from backside into tubing to freeze protect. N/D BOPE. N/U Production Tree. Pressure Test Tree to 5000 PSIG - OK. Open SCSSV. Pull BPV. RU suckline unit. 11/29/90 Complete slickline unit rig up, RIH w/ 1.875~ X-X plug and set in X-NPL @ 621~ RKB. (Below PKR) & POOH. Pressure up tubing to 3200 PSI~ and hold for 10 minutes. PKR appeared to start setting @ 2100 PSIS. RIH w/ GS retrieving tool to pull X-X Plug - Unable to get past 6007 RKB. RIH w/1.73" 00 LIB-TAB Restriction at same depth. POOH. Impression indicates a scud flat restriction with a small wedge shaped protrusion. RIH w/ 2.0" OD LIB with similar results. RIH w/ 1/2t~ OD weight bar & spang jars. - Able to work past restriction. Pressure up on TB~ to 3200 PSI and cycle SCSSV Control Line Pressure. Control Line Pressure indicates that both AVV & SCSSV are functioning properly. RIHw/~S pulling tool to 621~ RKBw/o any restriction, latch a release X-X plug & POOH. No junk inside plug body. Pressure Test Annulus to 300 PSIG - OK. RIH w/ ~B" shifting tool on suckline - shift sliding side door valve to the closed position. POOH. R/D Suckline Unit. Install BPV. Rig down, move out workover rig. 13./30/90 Finish moving rig off well locatlon. retrieved BPV out of TBG. HNG. STATE OF ALASKA AL/~KA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS ~-~1 1. Operations performed: Operation shutdown __ Stimulate ~ Plugging __ Perforate __ Pull tubin~;~ Alter casing __ Repair well __ Other __ 2. Name of Operator CONOCO INC. ,,c,, soz = 200, 5. Type of Well: DeveloDrr~nt X Exl~oratory ratigraphic ANCH. t A 9950'~ Ser~ce 4. Location of well at surface 1149' FNLt 1436' FEL, SECTION 13N, T13N~ R10E~ OM At top of productive interval 2012' FNL~ 328' FEL, SECTION 14~ T13Nt R10E~ OM At effective depth 2074' FNL, 614' FEL, SECTION 14, T13N, R10E, OM At total depth 2089' FNL, 678' FEL, SECTION 14, T13N, R10E~ OM 12. Present well condition summary 'rural depth: measured 9 3 40 ' feet Plugs (measured) true vertical 7503 ' feet N/A 6. Datum elevation(DF or KB) KB-59.3' MSL 7. Unit~~y~T UNIT 8. Well number D-2~ 9. Permit number/approval number 83-40 10. APl number 50--029-20900-01 11. Field/Pool KUPARUK RIVER UNIT Effective depth: Casing Structur~ Conductor Surface Intermediate Production Liner Perforation depth: measured true verlJcal Tu~ng (size, grade, and measured clepm) measured 9224 ' true vertical 7407 ' Length 80 ' 20" Size feet Junk(measured) feet Cemented Measured depth True vertical depth CEMENT TO SURFACE 115 ' RKB 115 ' RKB 8705' - 8741' 6973' - 7001' 2508' 13-3/8"' 2000 SKS COLDSET III 500 SKS COLDSET II 2545' RKB 2412' RKB 9270' 7" 928 SKS CLASS 'G' 9305 7474 RECEIVED JAN 2 8 ]991 .Off & (]as Cons. ', ch0rag 3-1/2", L-80, 9.2#/FT BUTTRESS, 8441' OTIS RDH DUAL RETRIEVABLE PACKER @ 611', OTIS 13. ~ or cement sq~ ~ Jmen,a~ t~amd (measured) Tmalment descri~ion inclu(~3 votumes used and final pressure .._ 14.~-'J' " ' .... ~l~pr~-~ntative Daily Average Pr~x:luction or iniection Data Prior to welt operation Subsequent to operation Copies of Logs and Surveys run __ 15. Attachments Daily Report of Well Operations .][. Oil-,~l~.l5 Gas-M~f64 Water-ebl Casing Pressure 5 177 725 168 20 175 16. Status of well classification as: OilZ__ Gas __ Sus.oerxted __ Service 17. I hereby certify that the tore/g~g is true and correct to the best of my knowledge. Form 1(0-404 Rev 06/15/88 feet Tubing Pressure 177 175 PRODUCER Date/,/Z~,/~-/'/>' ,,~ / SUBMIT IN DUPLICATE CONOCO MILNE POINT UNIT D-2A WELL ACTIVITY REPORT SUMMARY NOVEMBER 25, 1990 PULL BPV RU TRANS TECH SLICKLINE UNIT. RIH W/EMS 700 MEMORY GAGE. COULD NOT GET THORUGH SCSSV @ 555'. NOVEMBER 24, 1990 HAUL DIESEL TO RIG. PUMP 5 BBLS DIESEL @ 700 PSI DOWN TBG TO OPEN SCSSV. RIH W/EMS-700 TO 8557' WLM (670i'TVD). GRADIENT = 0.47 PSI/FT. SBHP @ 6995' TVD = 3288 PSIA OR 0.47 PSI/FT. EMW = 9.04 PPG. RD S/L UNIT. OFF-LOAD AND FILTER 565 BBLS. 9.5 PPG NACL. DROP 1.75" OD BALL. MIX UP PILL OF 20 BBL BRINE W/3# HEC/BBL. SICP = 525, SITP=550. BLEED CSG PRESSURE DOWN TO 50 PSI. PRESSURE TBG TO 1500 PSI TO SHEAR OTIS CIRCULATING SUB. STARTED TO PUMP PILL VALVES ON RIG TANKS FROZEN UP. THAW VALVES. PUMP PILL DOWN TBG AND CIRCULATE W/9.5 PPG NACL. TAKE RETURNS FROM CSG. CHOKE BACK ON ANNULUS AND CIRCULATE @ 500 PSI. CIRCULATE 500 BBLS. SI CSG AND BULLHEAD 25 BBLS DOWN TBG. SI AND MONITOR. NOVEMBER 25, 1990 CONTINUE TO MONITOR WELL. SICP=O SITP=O. SET BPV. ND TREE. NU BOP. PULL BPV. SET 2-WAY CHK. COULD NOT MU LANDING JT IN TBG HGR TO TEST PIPE RAMS AND HYDRIL. ND BOP AND REMOVE ADAPTOR SLEEVE FROM TOP OF TBG HGR. NU BOP. TEST BOPE. TEST WITNESSED BY HAROLD HAWKINS W/AOGCC. AFTER TEST COULD NOT REMOVE 2-WAY CHK. ND BOP AND REMOVE PIECE OF RUBBER FROM TOP OF 2-WAY CHK. NU BOP AND RE- TEST. FREEZE PROTECT TBG W/5 BBLS. DIESEL AND CSG W/13 BBLS DIESEL. SERVICE RIG AND WAIT ON SPOOLING UNIT. NOVEMBER 26, 1990 CIRCULATE W/9.5 PG NACL DOWN TBG. TAKE RETURNS FROM CSG. CIRCULATING PRESSURE = 250 PSI. CIRCULATED 74 BBLS TO VERIFY AVV/SCSSV OPEN AND WELL DEAD. RUN OUT HGR LOCK DOWNS AND ALIGNMENT PIN. RELEASE PKR. POOH AND LD TBG HGR. RU SPOOLING SHED. HANG CABLE SHEAVE. POOH SLOWLY 9 STDS. LD SCSSV AND OTIS RDH PKR. FUNCTION TESTED AVV ON RIG FLOOR. POOH W/5-1/2" TBG. NOVEMBER 27, 1990 POOH W/ESP. INSPECT AND LD ESP. PUMP AND MOTOR ASSEMBLY TURNED FREELY BY HAND. NO VISIBLE SIGNS OF BURNED CABLE. TOP SECTION ON TOP PROTECTOR HAD WELL FLUID. NO CORROSION ON OUTSIDE OF EQUIPMENT. RECOVERED NUMEROUS BROKEN BANDS. ii BANDS WERE FISHED OUT~ OF THE TBG SPOOL/BOWL. 495 BANDS AND 3 FLAT GUARDS WERE RECOVERED. +/- 60 BANDS LOST. RU S/L UNIT. RIH W/LIB. SAT DOWN AT 8558'WLM. POOH. LIB INDICATES BANDS AND DEBRIS. MU 7" CSG SCRAPER AND BlT. RIH ON 3.5" TBG. TAGGED HARD AT 8593'. PKR NOT SHOWN ON SCHEMATIC. POOH. D--2A PAGE 2 NOVEMBER 28 CONTINUE POOH W/TBG. LD BlT AND SCRAPER. PU ESP. SPOT SPOOLING UNIT. MU/SERVICE ESP. SPLICE ESP CABLE. WORK ON TONGS. PU 1 JT OF 3.5" TBG. MU CIRC. SUB i JT ABOVE PUMP. PU 1 iT. MU OTIS SLIDING SLEEVE. RIH ON 3.5" TBG BANDING CABLE 2 BANDS /JT. TBG ICING UP. RU HEATERS TO THAW HOSES/VALVES. RU HOT OIL TRUCK TO HEAT BRINE. NOVEMBER 29 CIRC. 500 BBLS DOWNT TBG. CONTINUE RIH. PU OTIS RDH PKR/SCSSV. SPLICE CABLE ABOVE/BELOW PKR. MU CONTROL LINE TO AVV/SCSSV. FUNCTION TEST. RIH W/J8 JTS AND 2 PUP JTS. MU TBG HGR. SPLICE CABLE AT HGR. LAND/LOCKDOWN HGR. PUMP i5 BBLS DOWN TBG. EQUALIZE INTO CSG TO FREEZE PROTECT. ND BOP. NU TREE. TEST TREE TO 5000 PSIG. TEST OK. OPEN SCSSV. PULL BPV. NOVEMBER 5O RU S/L. RIH W/1.875" XX PLUG AND SET IN X NIPPLE AT 621 RKB. POOH. PRESSURE UP TBG TO 5200 PSI AND HOLD FOR 10 MIN. RIH W/GS. COULD NOT PASS 600' RKB. POOH. RIH i.73 OD LIB. POOH. LIB SHOWS WEDGE SHAPE. RIH W/621 RKB. LATCH PLUG. POOH. PRESSURE TEST ANNULUS TO 300 PSIG. RIH W/ B SHIFTING TOOL AND SHIFT SLIDING SLEEVE CLOSED. INSTALL BPV. RDMO RIG. TO: THRU: MEMORANoUM State of Alaska ALASKA OIL AND GAS CONSERVATION CO~/~ISSION Lonnie C. Smith Co~missioner DATE: FILE NO: December 11, 1990 JT.HH.1211.5 TELEPHONE NO: SUBJECT: BOP Test CONOCO t~PU D2-A Kuparuk Poz Field FROM: Harold R. Hawkins Petroleum Inspector Saturday Nov. 24, 1990: I went to CONOCO M PU DS D2A and witnessed the accu--6~-6-~-I~at~-~e~r~e test. The rest of the BOP test was completed when i arrive~&~ The accumulator test was o.k. The initial BOP test had one fai!urA~-. An "0" ring on one door on the top pipe ram gate. The rig was EWS. The company man was Bernie Barril!eux. The toolpusher was Ty Peirce. As requested by Lonnie C. Smith, ! confirmed weed or b~ash burners were not used around the EWS #4 rig. They were used 150 to 200 ft. away from the rig by a construction crew using the burners to put on shrink on insulation on piping. The last BOP test was the initial test on 11/24/90. ~ summary:._ ~ I also checked the EWS ~g~__ #4 for conformance with our regulations Ty Pierce toolpusher for _~WS #4 showed pictures of the new equipment and winterization coming up for EWS from N. Dakota. The accumulator I witnessed, tested was satisfactory. Attachment. 02-00LA (Rev. 6/89) 20/117MEMO1.PM3 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COHNISSION BOPE Inspection Report Inspector Location; Sec T Drlg contrctr,. Location (general) General housekeeping .~_~ Reserve pi R Well sign Rig Rig # HUD SYSTEMS~ -Trip tank Pit gauge Flow monitor Gas detectors Visual Audio BOPE STACK~ Annular preventer Pipe rams Blind rams Choke ltne valves HCE valve Kill 1the valves Check valve Test PressOre Representative Permtt ~. Casing set ~ ft ACCUMULATOR SYSTEH~ Full charge pressure ~ ~{~:~ pstg Press after closure ~¢:7 psig Pump tncr clos press 200 pstg ..- mtn ,~,{~ sec Full charge press attained / mtn L/7/~ sec Controls~ Master, (~/~ Remote C3/~ Blind switch cover_~tg / KELLY AND FLOOR SAFETY VALVES:~ saute Lower Kelly ~ Test pressure Ball type ~~ Test pressure Inside BOP~ ./ lest pressure Chok~mantfold~ lest pressure Number valves' Number flanges Adjustable chokes Hydraulically operated choke TEST RESULTS: Remarks: Fatlbres Test'time hrs Repair or replacement of'-failed equipment to be made within and Inspector/Commission office notified. . .. · days Distribution: orlg - AOCCC c - Operator c - Supervisor C.O0~ (rev 03/17/89) ., Inspector: o, TO: THRU: M E M O c A la s k a C ommi~ s s loner JT. HH. 1211.5 FILE NO: TELEPHONE NO: SUBJECT: BOP Test CONOCO }~PU D2-A Kuparuk Rv Field FROM: Harold R. Hawkins Petroleum inspector Saturday Nov~ 2~, 1990: I went to CONOCO P~U DS D2A and witnessed the aCcumUlator ~erfo~---~e test. The rest of the BOP test was completed when I arrived. The accumulator test was o.k. The initial BOP test had one failure. An "0" ring on one door on the top pipe ram gate. ~he rig was EWS. The company man was Bernie Barrilleux. The tooipusher was Ty Peirce. As requested by Lonnie C. Smith, I confirmed weed or brush burners were not used around the EWS #94 rig. They were used 150 to 200 ft. away from the rig by a construction crew using the burners to put on shrink on insulation on piping. The last BOP test was the initial test on 11/24/90. In summary: I also checked the ~WS rig ~94 for conforming with our regulations. Ty Pierce, toolpusher for EWS #94, showed pictures of the new equipment and winterization comming up for AWS from N. Dakota. The accumulator I witnessed, tested was satisfactory. Attachment. 02-001A (Rev. 6/89) 20/11/MEMO1.PM3 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Inspection Report Inspector Location: Sec T Drlg contrctr Location (general) General housekeeping Reserve pit R M Well sign Rig Rig # MUD SYSTEMS: ';Trip tank Pit gauge Flow monitor Gas detectors Visual Audio .. BOPE STACK: Annular preventer Pipe rams Blind rams Choke line valves HCR valve Kill line valves Check valve Test PreSsQre Casing set ACCUMULATOR SYSTEM: Full charge pressure Press after closure Pump incr clos press 200 psig Full charge press attained Controls: Master ft min ~0 min /7/2 psig psig sec sec psig ~ Jf'/~ ,X Remote ~/~ Blind switch cover KELLY AND FLOOR SAFETY VALVES:~-' Upper Kelly T~es~p(e~sure Lower Kelly .// Test pressure Ball type :;/~ Test pressure - Insid~ BOP~' .-J~ Test pressure · Chok~ manifold Test pressure Num valves Number flanges Adjustable chokes Hydraulically operated choke TEST RESULTS: Failures :' ' Test'time hrs Repair or replacement off'failed equipment to be made within and Inspector/Commission office notified. Remarks: days DiStribution: orig - AOGCC c - Operator c - Supervisor C.004 (rev 03/17/89) Inspector: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Alter casing ~ Repair well ~ Change approved program __ 2. Name of Operator Conoco Inc. - 3. Address 99503 3201 C Street, Suite 200, Anchorage, AK Operation shutdown __ Re-enter suspended well __ Plugging ~ Time extension __ Stimulate ~ Pull tubing _X_ Variance __ Perforate __ Other 4. Location of well at surface 1149' FNL, 1436' FEL, Section 13,-T13N, At top of productive interval 2012' FNL, 328' FEL, Section 14, T13N, At effective depth 2075' FNL, 593' FEL, Section 14, T13N, At total depth 2089' FNL, 678' FEL, Section 14, T13N, 5. Type of Well: Development X Exploratory __ Stratigraphic __ Service __ R10E, U.M. R10E, U.M. R10E, U.M. R10E, U.M. 6. Datum elevation (DF or KB) KB 35 ' feet Unit or Property name Milne Point Unit Well number D-2A 9. Permit number 83-40/9-996 10. APl number 50-- 029-200900-01 11. Field/Pool Kuparuk River Field 12. Present well condition summary Total depth: measured true vertical 9340' feet 7503' feet Plugs (measured) Effective depth: measured true vertical Casing Length Structural Conductor Surface Intermediate Production Liner Perforation depth: measured 9223' 7407' Size 20" 13-3/8" 7" 8705'-8741' true vertical 6973'-7001 ' Tubing (size, grade, and measured depth) 3-1/2", feet feet Junk (measured) Spent Van Gunns @ 9141' Cemented Measureddepth ~ueve~icaldepth 345 SX PERMFROST 115' 115' 2000 SX COLDSET III 500 SX COLDSET TI 925 SX CLASS O 9.2¢//F.t, L-80 BTRS MD 2545' 2412' 93°5 C V E 474' NOq 2 ? 1990 Anch0raUa - 8465' BoCCom of Pump ~o~o~ Packers and SSSV (type and measured depth) 7" "t~DH" Otis Packer at MD - 582' Otis "~X" , , SCSSV @ 555' MD 13. Attachments Description summary of proposal ~ Detailed operations program __ BOP sketch __ 14. Estimated date for commencing operation November 25, 1990 16. If proposal was verbally approved 11 / 21 / 90 Oil ~ Gas __ Name of approver Lonnie Smith Date approved Service 17. I hereby cert~ that thiforegoing is true and correct to the best of my knowledge. / /I. Signed k~f/~ /-~O(~r~ J.H. Andrew Title Production Engineer 15. Status of well classification as: Suspended __ Date 11/21/90 FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity __ BOP Test __ Location clearance __ -/t-¢ ¢ Mechanical Integrity Test __ Subsequent form required 10- Approved by order of the Commission ORIGINAL SIGNED BY LONNIE C. SMITH Form 10-403 Rev 06/15/88 Approved Copy lApprOval No.¢d_ ~_~¢ Commissioner Date I~, SUBMIT IN TRIPLICATE MPU D-2A Workover Procedure Summary ~ e 7~ RU slickline unit on well. GIH with BHP bomb and determine reservoir pressure. POOH and RD slickline. MIRU workover rig on well. Kill well with NaBr/NaCl brine (density determined by BHP survey). ND tree, NU BOP's. PU to release Otis RDH packer at 582'. POOH with packer, 3-1/2" production string and Reda ESP. TIH with 3-1/2" production string with Centrilift ESP, Sliding Sleeve Assembly, X nipple, Otis RDH packer with annular safety valve, Otis FMX SCSSV, and FMC tubing hanger. Run tubing to set ESP near 8420' and SCSSV near 550' MD. Land hanger and set packer. ND BOP's. NU tree. STATE OF ALASKA ALAoKA OIL AND GAS CONSERVATION COMMISSION 0 ~ REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown __ Stimulate __ Plugging Pull tubing ~ Alter casing __ Repair well __ 2. Name of Operator CONOCO TNC. 3. Address 3201 C ST #200, ANCHORAGE · /%K 915 5. Type of Well: Development Exploratory Stratigraphic 0 3 Service FEL, Section 13, T13N, R10E, FEL, Section 14, T13N, R10E, 4. Location of well at surface 1149' FNL, 1436' At top of productive interval 2012' FNL· 328· At effective depth At total depth 2089' FNL, 678' FEL, Section 14, T13N, R10E, 12. Present well condition sUmmary Total depth: measured true vertical 9340 ' feet Plugs (measured) N/A feet 9223 · feet Junk (measured) feet Perforate __ Other__Sub. Pump Insta: UM UM 6. Datum elevation (DF or KB) KB-31 7. Unit or Property name Milne Point Unit 8. Well number D-2A 9. Permit number/approval number 83-40/9-996 10. APl number 50-- 029-200900-01 11. Field/Pool Kuparuk River Field Spent Van Gunns @ 9141' Effective depth: measured true vertical UM feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: measured Length Size Cemented 20" Measured depth True vertical depth 115' 13-3/8" 2545' 9305' 8705'-8741' DEC 1_ 81'389 .0il & 6as C0p. s. ;Ar cfi0rage true vertical 6973 · -7001 ' Tubing (size, grade, and measured depth) 3-1/2"· 9.2#/Ft, L-80 BTRS (MD Pump Motor Packersand SSSV(b/peandmeasured depth)7I, "RDH" Otis Packer at (MD - 778, SSSV @ 555' MD 13. Stimulation or cement squeeze summary 8465') Bottom of 582') , Otis "FMX" Intervalstreated (measured) N/A Treatment description including volumes used and final pressure N/A 14. Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation N/A Subsequenttooperation Waiting on Surface Equipment Hook-up 15. Attachments i 16. Status of well classification as: Copies of Logs and Surveys run __ I Daily Report of Well Operations X Oil x Gas __ Suspended __ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Service Form 10-404 Rev 06/15/88 Title Senior Production Foreman Date12/04/89~ SUBMITINDUPLIC~E ONOCO ]NC, DALLY WELL ACTIVITY REPORT ALASKA ActivitT: SUBMERSIBLE PUMP INSTALLATION Zone(s) Open: MIDDLE KUPARUK Weather: WIND: S ! 5 kts; Gusts To: Kts; Temp: -20 F/ -2g F WC; Visibility: 12 Mi. Froa To Daily Operations ®00 0200 PUMP 50 BBL,'G OF 160 DEGREE DIESEL DOWN ANNULUS AND 25 BBL,'S OF DOWN TUBING FOR FREEZE .................... , ..... PROTECTION. 1/2 BBL/MIN DOWN ANNULUS AND 1/4 BBL/MIN DOWN TUBING AT 1000 PSI, ........................................ 0200 0400 RIH WITH XX PLUG AND SET tN X SELECTIVE NIPPLE BELOW PACKER, POOH WITH RUNNING TOOL, HAD 400 PSI .,, ,.. ,,~, .. . , . ,. . . , ...... . ON TUBING DUE TO THE DIESEL USED FOR FREEZE PROTECTION, , ,.,..~ ................... .,--_ ........ 0400 0~t30 PRESSURE UP ON TUBING TO 3000 PSI IN 500 PSI INCREMENTS. HELD FOR 15 MINUTES ON TUBING, 0430 0500 BLED DOWN THE TUBING PRESSURE AND CONTROL LINE TO ZERO, .... r ............................... 0500 0530 PRESSURED UP DN THE ANNULUS TO 1000 PSI FOR PRESSURE TEST OF PACKER, HELD FOR 20 MINUTES, PACKER , ~ .................................... IS SET AND HOLDING, ...................... 0530 0545 SET BPV IN TUBING HANGER. ................................... 0545 IlO0 ND BOP'S AND NU TREE, ................. 1100 1800 RD AND MO LOCATION. WILL STACK RI6 t94 IN DEADHORSE, ............. . 1800 20S0 RIH WITH SLICKLINE AND RETRIEVE XX PLUG IN THE X SELECTIVE NIPPLE BELON PACKER, .................... 2030 21~0 RDSLICKLINEUNIT ~ ~~[~ ........ , ....... ~~'1 v ~ ..... r~, F ~O'~q 21~0 2~00 EMS WOR[ING ON RD AND CLEANING UP LOCATION. )~C ~. J.t-Jt.J~ Anchorage .......... : . :7: : ....... ~{~' ' - ~ 1'"~: 277 ; 7:,::: ..... ~ ~ ,, , : '; ', l,lh,:: ' '" Total Fluid Produced: Last 2~ Hrs BBLS, Cum. BBLS, ffpe , Weight PPG, Vise. Sec. ...... - ............ Total Fluid Lost: Last 24 Hfs BBLS, Cum. BBLS, TTpe , Weight PP6~ Vise. Sec. ............................ BPV: OUT SSSV: IN downhole Plug: Type ..... Service Personnel: 5 EWS, I FMC, I REDA, 2 OTIS, I CONOCO ...................... EWS RI6 I ~4 ~ Supervisor: HARRINGTON Rig: ....... -,. .... ........ , ~. ................. DEPTH MIDDLE UPPER DESCRIPTION i OEC -6 03- I~. OTIS PACK[R INSTALLATION REPORT x-c~g. . s & ',~.~/?,u x ,7'/z * 6'rc P/,u ,~25 ..,~:~-& /o ~ YAt4Z~: 7'Fff £,~)~£~t/-~ ..T-o = ~',~/'2 "6,o= 4/26" X-ev~-a 3'/~ ~ex/p,j x SY/'/3r6 P//,/ o~ = $.%" ' - .... ITE~ D~PTH LENGTH ~T~ DE~RIPTIOH , ~ ~ : ~__~. :' - ~ : · . : ,. , ~ . . : .... ...... . ,. .___ ..... ~ ..... ................................. ............................... ................................ ~ ~. ' .~_ DEC 1. ':" -~r~..q~ ....... PACKER INSTALLATION REPORT ~. ,~,aslm Oil & Gas Cons.uor~,.,,,.~,..x"' ..,.,.t~-.,.~ .... Anchorage CONOCO INC. DALLY WELL ACTIVITY REPORT / .. Well: D-2A Date: 11/30/B9 AFE/Facility: 1270 Cum, Day5 for Activity: 5 .................. Activity: SUBMERSIBLE PUMP INSTALLATION Zone(s) Open: MIDDLE KUPARUK ,, , leather: WIND: S# 0 6 Kts; Gusts To: Kts; Temp: -22 F/ -35 F NC; Visibility: 20 Mi. ~ '~ ........... ~: , . ....... ,., . ...... , , . .,.,, :, . , '~ . ., '., . Fros To Daily Operations 0000 0030 CONTINUE RIH WITH 3 I/2' BTRS, TUBING NITH SUBMERSIBLE PUMP CABLE AND CONTROL LINE, MEGGED CABLE I I BEFORE LIFTING THE HANGER, CABLE DID NOT CHECKOUT. , , 0030 0200 POOH TO PACKER AND HEGGED THE CABLE BELOW THE PACKER~ CHECKED OUT OK, ............. 0200 0600 UNREELED THE TOP 600' OF CABLE iN ORDER TO FIND PROBLEH WITH CABLE. 0600 0800 FOUND BAD SPOT IN REDA CABLE TO BE 20' FROll TOP OF PACKER SPLICE. APPARENTLY HAD 60TTEN COLD WHILE ....... SPLICZN6 THE PACKER. FOUND SOME PLACE DN THE CABLE INSULATION THAT HAD SPLIT. DECIDED TO COMP- ............. LETELY CHANGE OUT THE TOP 600'. 0800 1230 GATHERED UP SPOOL ON D-PAD AND REELED CABLE TO ORIGINAL SPOOL. PUT UNDER HEATED CONDITIONS BEFORE ...... TRYING TO HIGH-POT. , , , ........ 1230 1530 'COMPLETED HiGH-POTTING OF REDA CABLE. CHECKED OUT OK. ........ 1530 1930 SPLICED PI6 TAIL CONNECTOR TO CABLE,- 1930 2030 RIH WITH 3 112' TUBING AND CONTROL LINE TO HANGER, ME66ED CABLE AND CAHE OUT OK. 2030 2300 COMPLETE SPLICE OF CABLE TO HAN6ER. SET HANGER IN PLACE. .. 2300 2qO0 LOADING UP DIESEL TO FREEZE PROTECT ANNULUS AND TUBING, ~ C i , ;:~a~l,,,"'- ,,',~ Oil. & 6a-.S Annhora~e Well Bore Fluid~ Properties: lype SODIUM BROMIDE/SODIUM CHLORIDE #eight: 1~,2 ,,, Total Fluid Produced: Last 24 Hrs BBLS~ Cum. BBLS~ Type , Weight PP6~ Visc. Sec. ... Total Fluid Lost: Last 2q Hfs BBLS~ Cum. BBLS~ Type , Weight PP6~ Visc. Sec. BPV: OUT 555V: OUT doNnhole Plug: Type , .. Service Personnel: 5 ENS! 1 FMC, I REDA~ 2 OTIS, I CONOCO EWS RI6 I 94 ! Supervisor: HARR]NGTON Rig: · , ! Daily Cost Est: $ 13~410 EST. ! Cum. Well/Act. Cost: $ 76,M0 I Auth. Ami: $ 272~000 I [ , ., CONOCO INC. /'-'. DAILY WELL ACTIVITY REPORT Activity: SUBI~ERSIBLE PUHP INSTALLATION Zone(s) Open: RIDDLE KUPARUK Weather: WIND: SM ~ 5 Kts; Gusts To: Kts~ Temp: -34 F/ -44 F NC; Visibility: 15 Ri, From To Daily Operations ............... 0000 0300 WORKING ON PUTTING SUBRERSIBLE PUHP AND AND PIOTOR TOGERTHER, , 0300 0630 SET UP SPOOLING UNIT WITH REDA CABLE, ........... O&30 1700 RIH WITH SUBHERSIBLE PUHP AND 3 1/2' BTRS, TUBING, COHPLETION CONFIGURATIONi PURPt I JNT, BTRS,~ OTIS CIRCULATING SUB~ 257 JNT,'S OF ~ 1/2' BTRS.~ PACKER AND SSSV ASSEHBLY~ lB JNT,'S OF BTRS,~ .................. AND TWO 8' PUPS TO HANGER. BOTTOR OF HOTOR WILL BE SET AT B~65,78', ............................ 1700 2~00 PROCESS OF SPLICING RED~ C~BLE ON TOP AND BOTTOH OF PACKER, ........................ 23~ 2400 RIH WITH LAST EIGHT STANDS AND CONTROL LINE FOR SSSV. ....... ~ ....... . .: ........................... .............. ............ .... Anch'ora ............. . ,, ' ' ' ~e]] Bore Fiu~d~ Properties: ........ Total Fluid Produced: Last 2q Hrs BBLS~ Cue. BBLS~ Type ~ ieight PP6~ Visc. Sec, ........ Total Fluid Lost~ Last 24 Hfs BBLS~ Cue. BBLS~ Type ~ ~eight PP6~ Vise. Sec. ........ BPV~ OUT SSSV: OUT doNnhole Plug: Type : ,. '..: .......... Service Personnel~ 5 ENS~ I FflC~ I REDA~ 20TIS~ I CONOCO ............ Rig: ENS RI6 I ~ ~ Supervisor~ HARRINGTON I ............ Conoco, inc. Daily Well Activity Report Alaska Well: b-(~,~ I O~'e: , We/ l AFE/Facility: ~(~"',)0 I Cum. Days f°r Activity: ~ Activity: ~:~'~' ~ ~ ~ ~ ~ ~ Zone(s) O~n: ~ I ~ ~ ~ ~ ~ ~/~ / Weather: Wind: ~ ~ ~ Kts.; GustsTo: Kts.; Temp: ~ OFI -~ °FWC; Visibili~: /~ Mi. From To Daily ~rations Well ~re Fluid, Pro~.ies: Ty. l/~, Weight: ~ (~ ' ' >~ '-- '" Total Fluid Pr~uc~: ~st 24 Hrs. BBLS, Cum. BBLS, Ty~ ~ ~ Tota~ F~uia Lost: Last 24 Hrs. ~BLS, Cum. B~LS, Ty~ .~:il~! }ii ~,~iii~"~-'"' PPG, risc. Sec. BPV: ~n~ SSSV:~ e ~ ~w~ho~ P~es ~pth ~O~Ola~Type /No Conoco, Inc. Daily Well Activity Re~ort Alaska Well: "'~...,.~- IOate: ,//O~lE~lAFE/Faci,ity: /o??0 lCum. Daysf°rActivi~:~ Activin: ~ ~ ~~ ~ ~ Zon~s)O~n: ~ I ~ C~ Weather: Wind: ~ ~ ~ Ets.; Gusts To: K~s.; Temp: - ~ 0FI OF we; ~sibili~: I~ Mi. From To Daily ~rations o~)~ ~~ / ~~o~~b /,0 ~~~ ~ ~P~ ~ ~ ,, -.-- =.- 5 Well Bore Fluid, pro..les: Ty~ _~ ~ .... ~ ~Weight: - ~ ~ I- ~ , ( i Total Fluid Pr~uc~: ~st 24 Hrs. BBLS, Cum. BBLS, Ty~ , Weight PPG, Vi~. S~. Total Fluid Lost: Last 24 Hrs. BBLS, Cum. BBLS, Ty~ , Weight PPG, Vi~. Sec. ~pv:,~ ~s~~,o~ ~w.~o~e.,~:~ Cme.,~ 1~.~ . /.o Sunice per~nnel: ~~ ~ Rig: ~ ~ 9 ~ [ gu~i~r: ~ ~~[~~_ STATE Or ALASKA ALASKA OIL AN:} ~ coNeENVAIIOIq ¢O~l~i~lOlq MUD IYeTE~{ Trip Annular prevtn~e~ ...... =-: , -- _ Blt~I ra~$ :---.~__, ..... ~_~__~.0_ Choke line velvol ~.- .... ._~.~~x ..... ~ vel. :_ .... --:. Kill line vilvom Cheek vilvo ~ _ _ _ ~ -- AOZUMULAIOR SYSTId { r~ I I -- J . Pump Jno~ oleo p(~ ZOO pJtg ~ln ~ieo Full oh,~e, pres~ ~:~a~ned ~lfl ~ieo ! ...... pm{g_ . -- Nl ,- ....=,___. .... _. } R~o~$~ Blind lwi~oh KELLY ~} FLO~ ~Y VALVes Up~P Ke11~ ' Toi~ prel~uee _ - L~er Kelly ~ _ {n~{de 1~ ~ Teet peem~ure_ _ Choke minlfold ~ ~ellurto .... ~ _ Teet Rtpt{~ o~ repleoemon~ of felled and InJpictor/CowMs~lon offio.m notified. I Numlaor velvte : _.__~ _ __ -_-.:.._ · , , ~ Number fl mAg,mt ..,.; · ,,,, . Z~. __-,. .., _ AdJumtobl$ 0 el ' .- -- OJitrlbu~{onl erie · A~CC · Inlpioto~i ALASKA OIL AND ~ CONSERV^TION CO~IO~ A~dlo Upper Kelly Inilde BM Number velvet ~',~ur._ /__ .... t,,~ ~t. ,~/~. hr, ; ; Rept~n o~' ~eplmo~,nt of f~lled tqufl~n~n~ ~ I~ m~de ,l~hln _..._ cle¥i and InJpe=~or/Ce~nll~ton offloe notified. ortg · A~CC RECEIVED ALASY~ OIL ANI) CAS CONSERVATION PIp~ r~ KII1 line vtlvea .~ c~ o o end IflsAeetor/Ce~alsalefl offloe nol;tfl~l. I STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Alter casing __ Repair well __ Change approved program __ 2. Name of Operator CONOCO INC. 3. Address 4. Location of well at surface 1149' FNL, 1436' FEL, At top of productive interval 2012' FNL, 328' FEL~ At effective depth At total depth 2089~ FNL~ 678' FEL~ Operation shutdown __ Re-enter suspended well __ Plugging ~ Time extension ~ Stimulate ~ Variance __ Perforate ~ Other Pull tubing _~. I 5. Type of Well: Development _.~ Exploratory ~ Stratigraphic __ 9 9 _~ O '~ Service ~- Section 13, T13N, R10E, UM Section 14, T13N, R10E, UM Section 14, T13N, R10E, UM 6. Datum elevation (DF or KB) KB 57 feet 7. Unit or Properly name }~ILNE POINT UNIT 8. Well number D-2A 9. Permit number 83-40 10. APInumber 50-- 029-200900-01 11. Field/Pool Kuparuk River Field 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length measured 9340 i feet Plugs (measured) feet N/A 9 2 2 3 I feet Junk (measured) feet Size Cemented 20~ Spent Van Gunns @ 9141' Measureddepth ~uevedicaldepth 115' 13-3/8" 2545~ 9305' 8705'-8741' true vertical 6 97 3 ' - 700 1 ~ Tubing (size, grade, and measured depth) 3-1/2", 9.2 #/Ft, L-80, Packers and SSSV (type and measured depth) Baker Sab Permanent, 1926~ Buttress, 8659~ 8585~, Camco TRDP, IAE, SSS~ 13. Attachments Description summary of proposal ~ Detailed operations program ~ BOP sketch __ 14. Estimated date for commencing operation November 10. 1989 16 If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil .x.- Gas __ Suspended __ Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~'~_~ Title-__ __ Production FOR coMMIsSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity __ BOP Test ~ Location clearance ~ Mechanical Integrity Test ~ Subsequent form required 10- ,/-/.,~/-t. Approved by order of the Commission Form 10-403 Rev 06/15/88 ORIGINAL SIGNED BY Lm,~,~ r, eMITH Foreman Date SUBMIT IN TRIPLICATE SUMMARY OF PROPOSAL D-2A 1. MIRU WORKOVER RIG 2. KILL WELL W/ i0.5 NABR 3. ND TREE, NU BOP'S~ TEST BOP'S 4. PULL OUT OF PBR AND PULL TUBING OUT OF HOLE 5. MILL OUT PERMANENT PACKER AT 8585 MD AND RETRIEVE REST OF DOWN HOLE ASS. 6. RIH WITH SUBMERSIBLE PUMP AND CABLE, WITH SCSSV AND RETRIEVABLE TYPE PACKER. 7. ND BOP'S AND NU TREE. RECEIVED MILNE POINT UNIT D NO. 2A - Ct. 'LETION DIAGRAM OPERATOR: CONOCO, INC. SURFACE LOCATION: 1147' FNL, 1434' FEL, SEC 13, TI3N, RIOE, U.M. BOTTOMHOLE LOCATION; 2089'FNL, 678'FEL, SEC 14, TI3N,RIOE,U.M. RIG KELLY BUSHING TO THE TOP OF THE TUBING HANGER =;51' OESCRIPTION , s DIESEL 1926' .~ OIL 8503, r I N 856Z' E 8585' 8628' '~ ~ ~ ~ FORMATION 8741' ~ OIL NaBr BRINE . 9223' b O'b ~o ~ I0 4PPG 9140' ORIGINAL:dBF~ 5-85 REVISIONS: ~CAMERON TUBING HANGER LENGTH 0 O. I O. DE~H 0.74' 3.5" 8RD. BOX LOOKING UP 3.5" 8TRS BOX LOOKING OOWN $.5", 9.21b/FT, L-BO, BTRS TUBING 30.49' 5.5", 9.21b/FT, L-80, BTRS PUPS (5)16;58' $.5", 9.21b/FT, L-80, BTRS TUBING 1846.96' I/4"ENCAPSULATEO CONTROL LINE 4-193~' TE: 2;5 BBL OF DIESEL WAS OISPLACED iWN THE TUBING JUST BEFORE THE PLUG WAS SET. CAMCO TRDP SAFETY VALVE W/3' FLOW COUPLINGS 19.75' !AE SSSV, SN: HXS-15?O ~ . #, 55 9.21b/FT, L-80, BTRS TUBING 6582.46' ~ RADIOACTIVE MARKER 29 Ib/FT, L-80, BTRS CASING 927100' BAKER EXPANDA-JOINT X-TRA LONG SEAL ASSEMBLY W/A 2.81" 25.43' X-NIPPLE PROFILE AND CROSSED OVER TO 5.5" BTRS BOX, 40,O001b SHEAR lAKER SAB PERMANENT PACKER 5.?1' BAKER 5"x6' MILL-OUT EXTENSION 6.53' 8RD x 5.5" BTRS PIN CROSS-OVER 3.5',9.21b/FT~L-80 BTRS TUBING $0.26' OTIS ~.81# X-N NIPPLE WITH 2-?S" 1.28' NO-GO ANO A PXN PLUG IN PLACE 3.5'~ 9.2Ib/FT, L--80 BTRS TUBING 29.85' 3.5" BTRS X 5.5" 8RD PIN CROSSOVER 0.76' 3.5~ HYDRAULIC TUBING RELEASE 4-1' (UPPER SECTION) PERFORATIONS (MIDDLE KUPARUK) LYNES MOOEL RTSX EXTERNAL CA~ING PACKERS i' HYDRNJLIC TUBING RELEASE (BOTTOM S~CTION) LS" E.U.E. 8RD BOX X 2 3/'8" 8RD X.O.0.84' 3/8" VANN REVERSE CIRCULATING VALVE 3.07' 3/8"~ SRO E.U.E. TUBING 30.50' 5/8# E.U.E. 8RD FIRING HEAO EXTENSlO~I 8.04' - ~ 3 3/8" MECHANICAL FIRING HEAD I..59' 5' SCALLOP PERFORATING GUNS 3-5"x I1' AND 1'-5""3' CARRIERS 36.00t W/12 JSPF STEEL BULL PLUG 1.56' 7'8 P, W STAB -IN FLOAT COLLAR {PBTD) B & W FLOAT SHOE -TOTAL DEPTH 3.90" 3.90" 3.90" 2.992" 30.86' 2.992" 51.60' 2.992" 62.09' 2.992" 78.67' 5.937" 2.812' 1926' 2.992'* 1945' ~ ~ 8503' 7.0" 6.184" ~ 5.68" 2.81' 8562' 5.697 5.00" 3.90" 3.90" 3.90" 2.875' 2.675" BOTTOM 2.875' 3.875" ~.0u 3.250" 8585' ~ 8591' 2.992" 8597' N/A 8628' 2.992" 8629' 2.992" 8659' 3.5" 8660' OF TUBING = 8660.5' TOP OF FISH: -[-9141' 9141' 9142' 9143' 9146' 917E' 9184' 9185' 9221' J., I I · , . STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMM~,~SION REPORT OF SUNDRY WELL OPERATION Stimulate ix: Plugging__ Perforate__ 1. Operations performed: Operation shutdown__ Pull tubing __ Alter casing __ Repair well __ Other 2. Name of Operator CONOCO TNC, 3. Address P.O.Box 340045, Prudhoe Bay, AK 99734 4. Location of well at surface 1149' FNL, 1436' FEL, Sec. 13, 5. Type of Well: Development Exploratory Stratigraphic Service At top of productive interval 2012' FNL, 328' FEL, At effective depth T13N, R10E, U.M. Sec. 14, T13N, R10E Attotaldepth 2089' FWL, 678' FEL, Sec. 14, T13N, R10E 12. Present well condition summary Totaldepth: measured 9340' true vertical N/A Effec!ivedepth: measured 9223' true vertical 6. Datum elevation (DF or KB) KB 57 7. Unit or Property name Milne Point Unit 8. Well number D-2A 9. Permit numbedapproval number 10. APl number 50--029-20900-01 11. Field/Pool Kuparuk River Field feet feet Plugs (measured) feet feet Junk(measured) Spent Vann Guns @ 9141' feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size 20" Cemented Measured depth 115' 13 3/8" 2545' 7" 9305' measured' 8705'-8741' True vertical depth true vertical 6973'-7001' Tubing (size, grade, and measured depth) 3 1/2", 9.2¢f/ft, L-80 Buttress, 8659' Packersand SSSV (type and measured depth~aker Sab Permanent Packer @ 8585 ' Camco TRDP~ 1AE SSSV @ 1926' 13. Stimulation or cement squeeze summary * See Attachment Intervalstreated(measured) 8705'-8741' Treatment description including volumes used and final pressure 0CT o ]989 Alaska Oil & Gas Cons, C0mm[ssi0~ Anchorage 14. Prior to well operation Subsequent to operation RepresentativeDailyAverageProductionorlnjectionData OiI-Bbl Gas-Mcr Water-Bbl CasingPressure None None None None 309 N/A N/A 0 ~bingPressure None 75 psi 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 certify that the foregoing is true and correct to the best of my knowledge. Signed /,_~. ~,'/-¢,,¢~ Title Senior Foreman Form 10-404 Rev 06/15/88 SUBMIT IN DUPLICATE ACIDIZING WELL ACTIVITY D-2A 1. RIG UP COILED TUBING 2. PRESSURE TEST TO 4000 PSI. SMALL LEAK UNDER BOP, REPLACE O- RING. TEST OK. 3. RIH WITH COIL AT 100'/MIN 4. START PUMPING ZYLENE AT 1 BBL/MIN AT 7500'. 5. CONTINUE RUNNING IN HOLE TILL ON DEPTH. FINISH PUMPING ZYLENE TAKING RETURNS TO SURFACE. · PUMP CHEMICAL BBLS ZYLENE 17.5 10% ACETIC 34 10% HCL 302 MUD ACID 122 NH4CL 27 XYLENE 24 11. POOH 12. RIG DOWN COIL TUBING, FLOW BACK ACID TO ATMOSPHERIC TANK AND TEST WELL STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMiUSION 0 R APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend m Alter casing ~ Repair well Change approved program __ 2. Name of Operator CONOCO ]:NC. 3. Address 3201 C ST.: STF 2fl~= 4. Location of well at surface 1149' FNL, 1436' FEL, At top of productive interval ANCI-InnAfiI:' Sec. 13, T13N, Operation shutdown ~ Re-enter suspended well m Plugging __ Time extension __ StimulateX__ Pull tubing ~ Variance __ Perforate __ Other __ 5. Type of Well: 6. Datum elevation (DF or KB) Development__ KB 57 Exploratory __ Stratigraphic Service '-X' R10E, U.H. 7. Unit or Property name MTI M~ DATMT II~TT i i i Ii !i i ! i i! I Vlll· 8. Well number D-?A 9. Permit number 2012' FNL, At effective depth At total depth 2089' FNL, 328' FEL, Sec. 14, T13N, RIOE 678' FEL, Sec. 14, T13N, RIOE 12. Present well condition summary Total depth: measured true vertical 9340 ' feet N/A feet Plugs (measured) 83-40 10. APl number 50-- 11. Field/Pool Kuparuk River Field Effective depth: measured true vertical 9223' feet Junk (measured) feet Spent Van Gunns ~ 9141' feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size 20" Cemented Measured depth True vertical depth 115' 13 3/8" 2545' 7" 9305' measured 8705'-8741' true vertical 6973' -7001 ' Tubing (size, grade, and measured depth) 3 1/2", 9.2#/ft, L-80, Buttress, 8659' OtToe-19,9 Oil & Qa$ Con~, COi~rni . - AnchOrage" .ssi Packers and SSSV (type and measured depth) Baker Sab Permanent, 8585', Camco TRDP, IAE, SSSV 1926' 13. Attachments Description summary of proposal _,[. Detailed operations program w BOP sketch 14. Estimated date for commencing operation ~7/2fl/Rq 16. If pr'opo~al was verbally approved Name of approver Date approved 15. Status of well classification as: Oil.x_ Gas__ Suspended~ Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed /~.22~ Titles~-n'inf' Prod. Fn~'-man FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Date LAP_?va, No. Plug integrity __ BOP Test __ Location clearance __ Mechanical Integrity Test __ Subsequent form required 10- ORIGINAL SIGNED BY Approved by order of the Commission LONNIE C. SMITH Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE ACIDIZING PROCEDURE D-2A 1. RIG UP COILED TUBING 2. PRESSURE TEST TO 4000 PSI 3. PUMP ACID DOWN COILED TUBING CHEMICAL BBLS ZYLENE 3 10% ACETIC 25 10% HCL 42 MUD ACID 86 NH4CL 28.5 XYLENE 28.5 NH4CL 24 4. RIG DOWN COIL TUBING, FLOW BACK ACID TO ATMOSPHERIC TANK AND TEST WELL H. D. Haley Manager of Alaskan Operations Conoco Inc. 2525 C Street Suite 100 Anchorage, AK 99503 October 17, 1983 Mr. Jim Trimble Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Trimble: Attached are completed 10-403 forms for Milne Point A-I, A-2, B-i, B-2, B-3, B-4A, C-l, C-2, C-3, C-4, D-l, and Gwydyr Bay State #2A. Ail of the above are classified as suspended wells, and Conoco will be contacting one of your representatives to conduct an inspection of these wells each year as long as the wells remain under this status. Also attached is a completed 10-407 form requesting a change in status for Milne Point B-5 from plugged and abandoned to suspended. You will also find photographs enclosed covering the cleanup operations that took place subsequent to this year's inspection of~Gwydyr Bay State #1 and #2A. Photographs are also included that show the new signs mounted on Milne Point C-4 and~D.2A~ Please contact J. T. Dosch if additional information is necessary or if you should have any questions. H. D. Haley Manager of Alaskan Operations cc: A. E. Hastings, Anchorage .. MEMORANDUM State of Alaska ALASKA_OIL A~D ~S CONSERVATION COM~ISSIO~ Chai~h~ 1 0 8A J4 FILE NO: T~RU: I~nnie C. Smith W~ ~ Commissioner TELEPHONE NO: FROM: ~:arold R. Hawkins Petrole~ Inspector SU BJ ECT: Inspect Oil Well, Conoco, Milne Point D-2A, Surf Location 1149' FNL, .1436' FEL, Sec. 13, T13N,R10E, UM, Permit No. 83-40. Wednesday, August_ _!7,~ 198._3.: I left Gwpdyr Bay State ~7o. 1, subject of another report to Milne Point to inspect D-2 for P&A. ~en I got ~ok to office, I found out D-2 was plugged doYa~hole. The sign that shows D--2 is actually_ another well, which should show as D-2A and with the pe~it no. changed to 83-40. ~'his well is classified as an oil well. I filled out an A.O.C--.C.C. report which is attached to this report. I also took pictures to verify sign data %~rong. In summary, I inspected Conoco's Well No. 5~2A, which is classi- fied to he an oil well in our files. The well sign still must be correcte8 to meet A.O.G.C.C. regulations. Attachments October 19, 1983: Jim Dosch wi-th Conoco, subr~itted picture of corrected wel i sign. ¢19.,,qr11AfR,.c,v 1~17.9'~ FILE I NFOR~b%TION: Operator Address Date Downhole P & A Surface LoCation of Well /iq? Ft. F L,/ Ft. -- . Sec. I 3 , T_Z,~_~__, Rfd ~_,'b/ M. Permit No. API No. Unit or Lease Name Wel 1 No. Field & Pool 20 AAC 2~.120: WELL ABANDONMENT bb\RKER: Dia. Steel Post (4"Min.) /t,/~/~ , Length (10' biin.) Height Above Final Grade Level (4' Min.) Screw Cap Welds , In Concrete Plug Ft. in. , Wi{h Cement Top of Marker Pipe Closed with: Cement Plug Set: On Weii Head __, On Cutoff Casing Distance Below Final Grade Level Side Outlets: All Valves and Nipples Removed All Openings Closed , With Blinds , Other INFORMATION BEADWELDEI) I)IREC'ITFJLY TO MARKER POST: (List Where Different from File Information) Operator Unit or Lease Name - Well Number , Surface Location of Well: Ft. F L, Ft., F L, Sec , T , R · . 20 AAC 25.170: LOCATION CLEAN-UP PITS: Filled In ~ /P'~., .Liners Removed or Buried .... , Debris Removed SURFACE OF PAD AND/OR LOCATION: Rough". , Smooth &-"~, Contoured , Flat ~", Compacted ,, __ Other CLEgN UP OF PAD AND/OR LOCATION: , , Clean ~7/, Pipe Scrap , Iron Scrap Paper .... , Other , Wood , Mud , Cement SURROUNDING AREA: Wooded , Brush Sand , Other , Tundra /, Grass , Dirt , Gravel CONDITION SU~ROUNI)ING AREA: Clean ~,/, Trash from Site Other , Trees and/or-Brush from Clearing Site ACCESS ROA'D: Dirt. , Gravelp'/, Ice~ , Other CONDITION ACCESS ROAD AND SURROUNI)ING: Clean 4/, Rough , Smooth , Trash from Operations Trees and/or Brush from Clearing Road__, Spoil from Clearing Road Other RE~t~INING TO BE DONE: ~-/~ff~ ~T~),~ A~-~~),. ~ k'~~ ~KdA- RECOMMEND. APPROVAL OF AB~4DON%iENT: Yes , No Final Inspection INSPECTED BY : .~/~__ ~,~~ · DATE Conoco Inc. 3201 C Street, Suite 305 Anchorage, AK 99503-3999 (907) 564-7600 May 10, 1993 Mr. David Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: MPU D'2A; APPLICATION FOR SUNDRY APPROVAL Dear Mr. Johnston, Attached are three copies of our Application for Sundry Approval, Form 10-403, for pulling tubing in order to replace the electrical submersible pump in Milne Point Unit welt D-2A. Please direct any questions regarding this application to me at 564-7660. Sincerely, Tom Yeager SHEAR Specialist Attachment CC: CVL, JHA, TJY Chevron Occidental D-2A Well File RECEIVED Alaska Oi/& Gas Cons. Commission "Anchorage .' Onoco Inc. ., '9cord of Shipment of ~;onfidential Information [] Under Separate Cover ~Enclosed Via I~,i ~o.,/_~(.~T '~~V~ .~ Quantity Transmittal Approved By Date Instructions: Please acknowledge-receipt promptly by signing and feIuming carbon copy. ~ved By ~ate Transmittal Copy Only To · NO~.;CK OKLA. CITY ~IA!N-TED IN U.S,A.' 13-98 PCX1, 7-79 Cco oco) March 31, 1983 Conoco Inc. 2525 C Street Suite 100 Anchorage, Alaska 99503 Mr. Lonnie Smith,.Commissioner' Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive AnchOrage, Alaska 99501 Dear Sir: Subject: Well completion Reports - Milne Point C No. 2, A-2, D-2, D-2A Enclosed are the original and one copy of the subject completion reports for each of the captioned wells. Please refer any questions to Gary Merriman at 279-0611. Very truly yours, A W. M. Haskell Administrative Coordinator SHB/kr Attachment ALASKA-:_.._ .-,. AND GAS CONSERVATION Cf i¢IlSSlON 1. Status of Well Classification of Service Well OIL [~ GAS [] SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number Conoco :Inc. 83-40 3. Address 8. APl Number 2525 C Street, Suite 100, AnChorage, Alaska 99503 5o-029-20900-01 4. Location of well at surface 9. Unit or Lease Name .~ .... Milne Point Unit 1149' FNL, 1436' FEL, Section 13, T13N, RiOE, U ~LOCA-rI©xSl lO. Well Number At Top Producing Interval I 20.12' FNL, 328 FEL, Section 14, T13N, RIOE : VFP. IF~ED ' D-2A At.;TFo.tel:Depth~ -' Surf. ~ 11. Field and Pool ~2089' FNL, 678' FEL, Section 14, T13N, RIOE !B.H._EZ i Kuparuk River Field 5. E~ev,.a. tien in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Kuparuk Ri ver Pool c_.:-=:... 57' KB ADL 47434 12. ,D~.te?.]~pudded,2':'25-8313' Date T'D' Reached3-6-83 14' Date C°mp" Susp' °r Aband' 115' Water Depth' if °ffsh°re 116' N°' °f C°mpleti°ns~3--'~1~""'--8.~ feet MSL 17. Total Depth (MD+TVD) 18.Plug Back Depth (MD+TVD) 19. Directional Survey I 20. Depth where SSSV set 21. Thickness of Permafrost 9340'-- (7503') 9224' (7408'-) i YES C~]X NO []I 1900' feet MD +1800 ~2. ~¥~-.~Ele~tric or Other Logs Run DIL/BHCS/SP-GR FDC/CNL/NGT SWC 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 7" 29# L-80 O' 9305' 8½" 925 sks. Class G Downsqueeze 400 sks Coldset I I 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 3½" 8660' 8585' 8705' - 8741' 12 SPF 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED 27. PRODUCTION TEST See attached Date First Production I Method of Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE IGAS-OILRATIO TEST PERIOD II~ Flow Tubing Casing Pressure CALCULATED ..~ O!L-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl {corr) Press. 24-HOUR RATE ~' 28. COP E DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. NONE: TAKEN R [ C ~ l i/E D MAR 5 :.. !983 Alaska 0il & Gas Cons. Commission Anch0raga Form 10-407 Rev. 7-1-80 AFE 1016 AOGCC (2) CONTINUED ON REVERSE SIDE Submit in duplicate 29. ':: - .: _.- , :. : .:, .'~:: ; . ~ . . . . .... . ...-;-. : ..- . .... GEOLOGIC MARKERS' - FORMATION TESTS -.- NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Schrader B1 uff 3431' 3192' Top KA 4278' 3894' MA 4627' 4143' OA 5222' 4504' · Seabee 5572' 4719' Lower K. Uncon. 8314' 6657' Middle Kuparuk 8706' 6981' Lower Kuparuk 8948' 7181' 31. LIST OF ATTACHMENTs 32. I hereby certify that the foregoing is true and correct to the best of my knowledge - ,/-/ ? - ~, INSTRUCTIONS General; This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate Which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- lng and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". MILNE POINT NO. D No. 2A WELL COMPLETION REPORT AND LOG PRODUCTION TEST DATA Interval Tested: Date of Test: Method of Operation: Hours Flow Tested: Production Test No. 1 8705' - 8741' MD (6979'-7008' TVD) 3/13-14/83 Flow Test 10 Minute Initial Flow 720 Minute Final Flow Wellhead Flowing Tubing Pressure(PSIG): 90 8628' (MD) 6915' (TVD) 405' 114.5 38/64" 22.3° A_PI Gauge Depth: Oil Produced (BBL): Gas Produced (MCF): Water Produced (BBL): 0 GOR (MCF/BBL): 0.300 Choke Size: , Flowing Bottomhole Pressure (PSIG): 2095 , Final Build-Up Pressure (PSIG): 3472 Maximum Rates: BOPD 760 BWPD 0 MCF/Day 229 Oil Gravity: Ail pressure values listed are the values recorded at gauge depth. WELL HISTORY MILNE POINT D NO. 2A Kuparuk River Field - North Slope Borough, Alaska - 57.89076% Milne Pt.D No.2A - CONFIDENTIAL (9000' - Kuparuk River) AFE 10-61-1016 2-25 - AP1 No. 50-029-20900-01. Ak. Permit No. 83-40. Elevation: 57' KB. Location: 1149' FNL, 1436' FEL, Sec. 13, T13N, R10E, U.M. P/U DynaDrill & Teleco Collar & TIH. Orient DynaDrill. Drill & survey f/2634' to 3800'. Survey - Dev: 28° N45.15W @ 2634' 27° N56W @ 2788' 28.7° N62.7W @ 2905' 29.2° N69.3W @ 3032' 28.9° N74.3W @ 3160' 28.6° N80.9W @ 3288' 28.9° N85.5W @ 3415' 30° S86.8W @ 3542' 32.4° S83.9W @ 3670' Nabors #27-E (0-1-0) Drlg. Foreman - Fritsch 2-26 - Drlg. @ 4550', made 750'. DynaDrill & survey f/3800' to 4317'. POOH L/D D.P. to 2634'. POOH. M/U BHA & ream f/2634' to 4317'. POOH. M/U angle building assembly & TIH. Drill & survey f/4317' to 4550'. Survey - Der: 33.3° S76.6W @ 3796' 35.2° S70.2W @ 3924' 36.7° S63.5W @ 4051' 37° S59W @ 4178' 38.1° S59W @ 4241' 44.6° S58.3W @ 4440' 2-27 - Drlg. @ 4968', made 418'. Drill & survey f/4550' to 4676'. POOH, M/U 10' pend. BHA & TIH. Drlg. f/4676' to 4968', unable to control build, POOH. TIH w/open-ended D.P. to 4968', P/U plug catcher. Break circ.; equalize 250 sks. Class "G" w/2% CaCi? & 1% D-31; C.I.P. @ 12:00 noon. POOH, L/D excess D.P M/U packed BRA & TIH. Hole drag excessive, wash down from 4110'. Survey - Dev: 49.1° S58.3W @ 4599' 57.8° S59.0W @ 4885' Mud Wt. - 9.2# Visc. - 34 2-28 - Drlg. @ 5836', made 1145'. Wash down from 4110' & tag cmt. plug @ 4691'. Sidetrack & drill ahead f/4691' to 5709'. POOH, change bit & TIH. Drill & survey f/5709' to 5836'. Survey - Der: 49.1° S58.3W @ 4599' 52.4° S58.6W @ 4695' 53.3° S59.3W @ 4886' 52.4° S58.6W @ 5204' 51.4° S57.9W @ 5554' 50.6° S57.9W @ 5809' Mud Wt. - 9.6# Visc. - 39 3-1 - Drlg. @ 6920', made 1084'. Drill & survey f/5836' to 6920'. POOH, 'L/D stabs. P/U DynaDrill, TIH to shoe @ 2500'. Repair rig, swivel packing. Survey - Dev: 49.2° S57.2W @ 6095' 46.8° S55.5W @ 6414' 45.0° S54.1W @ 6733' 44.1° S54.4W @ 6828' Mud Wt. - 9.4# Visc.- 40 3-2 - Drlg. @ 7400', made 480'. TIH w/DynaDrill. Break circ.; swivel packing leaking, repair same. Orient DynaDrill. DynaDrill & survey f/6920' to 7299', POOH. L/D DynaDrill. M/U BHA & TIH, slip & cut drlg. line @ shoe & TIH. Wash & ream 12' to bottom. Drill & survey f/7299' to 7400'. Survey - Dev: 43.6° S55.8W @ 6980' 43.6° S60.4W @ 7107' 44.5° S65.7W @ 7234' Mud Wt. - 9.6# Vise. - 38 3-3 - Drlg. @ 8524', made 1124'. Drill & survey f/7400' to 8524', lost pump pressure. POOH, look f/washout, L/D 15 jts. G pipe, found no washout, bit o.k. L/D Teleco collar, change BHA. Pull wear bushing, test rams w/500 & 5,000#. Annular would not test, prepare to change Hydril element. Survey - Dev: 42.5° S68.5W @ 7630' 40.3° S69.9W @ 7948' 36.7° S70.2W @ 8264' 35.0° S70.2W @ 8422' Mud Wt. - 9.7# Vise. - 37 3-4 - Depth - 8524'. Change out Hydril element; retest annular BOP w/500# & 2500#. Attempted to pull test plug, plug stuck in csg. head. Lifted stack & inspected. Pull test plug w/150,000# pull. N/U stack, retested stack w/500# & 5000#. Installed bore protector; re-test surface mud system w/3500#, no leaks. M/U BHA. TIH looking for washout, found no washout in downhole equipment, had normal strokes & pressure when started to ream. P/U 15 its. pipe. Wash & reamed f/8240' to 8366'. 3-5 - Drlg. @ 8741', made 217'. Wash & ream f/8366' to 8450'. Unable to make anymore progress reaming w/BHA, got stuck for lengthy periods, taking longer to jar free. POOH, L/D 2 RWP's; P/U 2 WB stabs. TIH to 8425'. Wash & ream f/8425' to 8524'. Work stuck pipe, spot lube 106 pill, came free. Drilled f/8524' to 8741'. Mix & pump pill, POOH. 3-6- Drlg. @ 9340', made 599'. TIH. Wash to bottom 30', no fill. Drlg. f/8741' to 9340'. Circ. bottoms up, short trip 20 stands, circ. for logs. Drop magnetic multishot survey, pump pill, s.l.m. POOH. Mud Wt - 10 4# Visc - 37 3-7 - Depth - 9340' POOH, retrieve multishot. R/U Schlumberger & ran DIL-BHCS-SP-GR. Ran FDC-CNL-NGT. Ran sidewall cores, R/D Schlumberger. RIH~' csg. shoe. Cut & slip drlg. line. Mud Wt - 10 4¢ Vise - 37 3-8 Depth 9340' Finish TIH Wash to bottom 30' 10' fill Circ Short trip 15 stands first five very tight Circ & cond mud Short trip 10 ~ · · · · s~ands, o.~. Circ. ~ condition ~o run 7" cs~. L/D drill s~rin~. Chan~e pipe rams, brea~ ~elly. R/U casers ~ run 7" cs~. Mud W~. - 10.~# Vise. - 4S 3-9 - Depth - 9340', 9224' PBTD. Finish running 236 jts. 7" 29# L-80 butt. csg. to 9305'. Hook up cementing head and circulate. Pump preflush and test lines to 3500 psi. Mix & pump 925 sx. Class "G" cml. w/l% D-31,.2% R-5, .2% D-6, 5% KC1. Displace w/342 bbl. 9.4# brine. N/D stack, hang csg. w/200,000#. Rough cut csg, move stack & make final cut. N/U tubing spool. Set stack on wellhead. Downsqueeze 400 sx. Coldset II and 180 bbl. Arctic pack. R/U wireline company & - 2 - run gauge ring & junk basket. Run gyro survey & R/D wireline company. Coordinates @ 9170'-TVD of 7362.87, Section 4512.65, South 719.10, West 4428.35 Mud Wt. - 10.4# Visc. - 40 3-10 - Depth - 9340', 9224' PBTD. Test BOPE to 500 psi & 5000 psi. Test 7" csg. to 2000 psi for 30 min., no bleed off. R/U casers & run 3~" tbg. R/U GO wireline & run correlation log. Space out & land tubing. Start displacement w/diesel, tubing hanger leaked. P/U & repair hanger, land tubing, displacing 9.4# brine with diesel. Shut down to repair leak in line, tbg. annulus - pressure bled off & hydraulic packer set. Had displaced 170 bbl. diesel, leaving 1844' 9.4 brine & 6734' diesel in tbg. annulus & full column of brine inside tbg. Mud Wt. - 10.4# Visc.- 40 3-11 - Depth - 9224' PBTD. Test 7"x13-3/8" annulus to 1000 psi. Bled off to 850 psi in ½ hour. N/D BOP. N/U production tree. Test seals & SSSV control line. Rig released @ 1:30 a.m. 3-11-83. RDMO. Mud Wt. - 10.4# Visc.- 40 -3 - F'AI';I £1, WELL Nf'l.' '2A SIGMA GM::_'; ._Il]lB NCI". AO383SC*0124- MF'U, KUF'ARLIK FIELD, I',IORTH .C-;LCIF'E, ALASKA . . ." , 'Il ' '.'.-]IG GMS, ¢)-'-}100. MD.,.-- SURVEYOR -. dAHN/i'qlLLER, DATE R_N...O'S-MAR-83 ................................................. '.--: I ISMA .':-:(')t'), GYRO NFl 7/_-,:':.~, F'ROBE N_6. .~,::: FORESIGHT: 14.2 (AZIMLITH) '.il!;URVEY PERFORME]] IN ONE R_IN RIG: NABOIRS 27E . ........................................................................................................................................................................................................................................................... VER]" I CAL.. ~i:EC:]': I.ON ............... RECORD . OF ..SLIRVEY ................................................ I-RADII_lC'._, r]F_ CURVATURE METHOD ....................................... r: [] l,i! I':' I [i t~ ~il I';'I'AI: ............................. .' ":ONOLTf/,/, I Nt-:. -A[" ~ ~l WELl_ i',lFI : 2A :~'' I GMA Gl'dS.. -! 3' "'-"-"-"- ...... ' "ID'U, KUPARUK FIELD, NARTH '.-:LOPE, ALA:.:":KA F:r~MF'I_ _ _ITAT I O'N ' F' AL-~ E NO . 1 TI ME ............. DATE ' 10: =' ' · _, 0.03 1 O- M A R- 83 .............................................. TRUE MEASUREr] DRIFT DRIFT F:OURSE VERTICAL VERTICAL SUBSEA R E C T A N G U L A R E: L 0 S U R E f'uDGLE( DEPTH ANGLE DIRECTIOr, I LENGTH DEPTH :---;ERTInN TVD C 0 0 R D I N A T E S DISTANCE DIRECTION SEVERI' FEET.. D M . D ..... M .......... FEET ................ FEET ....... FEET .................... FEEZ .............................. E. EE.T. ........................................ EEET ........................... D ...... I"1 . . . . · im .- d~.. . . n I # . · -- : ,"'1 _ ~- n 100 0 1Z N 2.'5 4-'.;; E 100, 100 ici(:: -(:: ~_"~."' 4.:E: (:~[:) .Ci....l~. N c) (,-, E (:) 1:.~:...N ":'R ' · ~ "' · . . . · ~ - .k,.. . 20o. 0 1:.2 1'4 44. 13 W 100, '..700,00 -o,1.=;, 14,=,,cio 0 48 N 0 o2 E 0 4::: N '--" .=,'.-' E 0 2:3 · .'4o 00 0 78 N 0 7" ..... ':'-~ :'.:.:Oc:. ¢) 10 N 2l '-;¢~._.. E 100. :::cio ..... · 00 -0.18 '-' '-'. . 0. o3. El . ,:, N .~ ..-.. N O. 2¢:. 40c: 0 1'.:.'* 1`,1 6 14 W 100 4Cx:: CiO ,0.:--:4 34.8.0cl 1 ..... i'I~._N ('), .)~ l E 1 1'.'.-* N 1 7 E 0 19 '.:-'-; ..... 00 . 0 4. 6 hi /-_,,_,° :-34. W 100 , 4. 9. 9. .9. '--;. - 0 . o_ 1 4. 4. 7 , ,--;. 9. 1 ,9. 0 N o.. F,_ 2 W 1 . 'F; 7 hi 15 .,..':.-' 3 W 0 · 6 ::: /-,c:O 2 '-" 27 W 100. '?5 2 '-"° ='. ,.?=-- .... .... · .',~ ~ N /.:, ?.'¢ =" '-"-' ,47 ; ._,................................ .. . ........ ,;,;-. .~-.., . ~..'"' "?"~, ~.. N .3. ~8 W 4..::',~ N 47 27 W ~ 73 '70,:}, 5 4. hi /_-,3 4.5 W 100. 679.72 7.4.1 /_-,47.72 5,54 N 9,241 W 10.77 N 59 2 W 2.59 i "o. 0· ,_,'=' 9. N ' 67 4. 4. ~ 100, 79':.? · 05 16 , .~.._"-'% 74. 7 ,05 10 ,27 N 19. · 7:3 W ..-Z,'-"- 24 N 62 :--:0 1,4 ..,2 1 ~.'-' ..... ' .... "-' ' : '-'"-¢' '-"-" 2. =' ....'OC: ............... .10. ,::L-:: r,l 6,: ,:,,:,...w ................. loc ............... =,,.~.7..70 ...,= 77. ................. 845,z0. . ....... 1/_-,.....?.Sx..,.N 3.4,,,5'.--..,t. 1,4 "-._-:b.: ~4 ...... N, 63 51 W ...,7. ,. 10()0 1° :::'.-;' N 5':) 3:.:i: W 1 t,,ll~--I~il";''l'li'l¢/ ':~9. ,,, : ..:,.43. 29,.,.,..,,,.. ';'?43, 64:.., 2/.-,, .=,q N :34 W . ,.z. 4 W ...,. ..:o.'. ,.-~::..'.:,,.' :.:.,:lOlL 6,=,:; ~:, 64 W 12":00, 1,.':' ..... '-- N ~-.0 1 4. W 100;.':::?i':~:i/ 11:::8, ":76' 741:; '~:":1 i":764 .-,c,,, .... ,... i;':":':'~::::i':i!~;":::"'"::":"=,~ '~,:~;,:....,, · 47 W :!.:--:¢:02.1 Z.':'" N 4.:'-:.: 5(': W ;,..:':~,:.u .-.,,-,.-, =-.,- .1 uO ~:.:,.,.:,~ .1z..:.,:. ~.~/ '~5;':/.-i 1 .i:i;: .,:..~,~.1:230., .57/ ' :~.:.1",:t. 16 W 14.()0 :,23 4.4 N ~; ' .-. .... :l · ,~ 116,, 7 :~, ! :3,~ ~:. ,:~ .3 l:ff'lil:i:i: i l~O. '--'--"0' W : :: :i:: :[,;:!,(:,.:: ]. 600, 24- "'- '5":''- /-,6 :E:7 "'- ] · .' ,l .N ~.1 H ZOO Z .?,':']' '-" r.-],~ ,.,t,-, ,_~ .-, ,= .............. o.,=,0 .l 1..,L4,80 .1 N 2.1/.:, ,1 N 4/:,._, '7.1N 54 27 H 0 ":'":' 170 t) '-, z 1. ,~. t-, C: 1 N 24 ~; ~. '--" '-":,' ,::..t. :_-..', N :54. 2':; W 100 1/-, 4. 7 ':'"-' '--;':' ="- ':" ~'''':`178 '::' 0 · _,.-.~._, W .':-:07, 10 N 54 24 W 0 -,,-,' ,-,/. ~,:, .1 .-, / 1800,, ":"".' 30 N 54 7 W .1.00 17::::'? ,/-,?.~'2.17 :_":4 .1./: ,:::, 7 . &';* 201 ,:,~ N 76 W .=,4.=, 61 N ~ .-4 W I ~/-. .......· 19c.:o. '-'":' :4 N.,54 Z00,. ~832. ,Z~ .... 24.1 · 02 .1780.,22 ............ ................. '-'.:,o4'-' .... ~'-',.- ]'.] 5& ~":'":' ~ 0.44- ._,,=, 70 N /-':'_,.., 4 W · 1 ,_,-,71 N 61 27 W ..-,'" 77 1.1.1.12 N 5'.:.)14 W 3.~.'1 14.4 .=,1 N 5/-, ~o W 3 3:_: I '-- . -- .. ,_l .... _, 24 1,4 :Z ,.:.::':7" 2000, 21 !52 1'4 !53 :.?. 4. W 100 ,, 1 '.-.? :2.-.: 4. '.:..) 7 2.64.. 24 18'72, 9'7 24. 6.07 N 342.75 W "::I .1. O0 · 2:.'-.: 31 N 5:_:: 1. 7 W 100 2017, 22 287 · ¢¢2 19/_-,5.22. 26':.? · ¢:5 .. N :BT:_::, 73 W , ':' ¢) 0 ,=, '-'.,.. ~'= .... 4-1 hi ~(':... ...'-~,/-_, W ]. 0¢: . :,71 o:::.... 14. 31 '.':_' .6 `1. 2o~/-,. _ _, 14 2o4.. ,71 N 4,:)/.:, . r.-](':_. W :;.,'..:300. 28 29 N 4,'.-'.' 27 W 100. 21 'P7. 17 338.3::: 2145.17 .'_-:2.'_-:. $;/_-. N 441.3':'.' W .-:,o '--' - :_'-:5 .¢64 57 ;-,:, :d!:, 5 51 N 477 W 24 (] () .,:.,:.:, 41 N 4-8 ":' W `1. 00 22:--:4 o::: ..-.,.-., c,,-, o,-, -..- 4:21,?:B N 54. 1'? W O.3:E: 4,/-'l(:).50 N 54 15 W ..1,65 502.0'.:; N 54 3 W 2.44. 547.51 N 53 43 W 2.85 5'F, 5. 17, N 53 17 W 0.71 . ....,.:, 4. 5 N 4/-, :3 :.':: W .100 :2372,6 o 2 .'::20 68 -:.,.:.., o 10 hi 512 66 W 642 9':'; N 5'.' .'-, 2 W .... · I. 1 _ - .. · l_l% .... I .__Il__l I[1 · ~ I · · ~ '-' '-' "-' 4-21 /-,¢~ N 547 28 W 6'.:.)0,':,0 N ~'" .~,o · ..'..'/-,n 0. 2:~: ~/-, N 4. 5. 1 t W ,100 2460 27 4. :l 4 .c 0 .. = 4 oo. 27 ._ .~ ..._, ,...._.~_ ??._ ..... · # # . --... - i .' . 2-/(]) (). 27 4, :::-:: N 4. 7 ~:~ 6 W 100. 2.'.54. 8. '.76 4, 38.5 t': 24 ? 6. '26 4. 54.. 51 N 581./_-, 3 W 738.15 N 52 0 W 2 ::', t} t': 2. '7""' '-' .. . 4 .:..., 10 "' = ''~ ~ 86 4,:,.:,. '- =' F, -~ ,~,::,N ~:.:~: 4.:;..:: W 100 2/-,:--:/-, :q/- /'~' '-"-' .,~._, N /_-,17 44. W 7:_--:4 :':0 N .=,1 ._._, W .... n . .... ,, .... · .,.' ._l~, ~-~ . . · _ . _ '7 9 ¢: (': 2 ~: '-' c~ .... '.=, ¢~ .=i "/. '" B ~- '?/- 8 3 · _ ~.7~:.._. . . .... ,~ 7 W ................ :,.- N 5-/ ~',6 W 100. 1C~ 4..'- -. ~-:9~ =,7.:: 10 10 4?; N .... 6:-',/-',. ~.., W 1.43 N 0,72 0.68 i ,5/.:-, 2 · "-; % 2. :1.8 C:ONf'ICI]'.t', II"IC. , CFIMF'UTATION F'AGE NO. 2 F:'AD i)., , WE",LI_ NO: 2A '..:.'; I GMA OMS ,.lOB-.NO: AOS:'-:SSF~O1..24 TI ME ................DATE. : . : (.)._. 10 - M A R -:=:.2: MF'U, KUF'ARLIK FIEL. D, ixlr]IRTH .=,L_IFE., ALA'SKA 10' 5(i) ' ''~ .......................................... TRUE MEASLIRED ]]RIFT DRIFT COURSE VERTICAL VERTICAL SUBSEA R E C T A N G U L A R C: L 0 S U R E I]OGLE( DEF'TH ANGLE DIRECTION LENGTH DEPTH SECTION TVD C 0 0 R D I N A T E ..E~ DISTANCE DIRECTION ~E~EVERI- FEE'r D hl D · .M ......... FEET ...........FEET ...........FEET ................. FEET- ...................................... FEET- ................................. FEET ..................... :300o. :2:100, -. 3200· :2:3 :'3400. :2:2: 35()0. 29 14 N 62 36 W 100. 2812./:.1 529.33 2760.61 534L.60 N 69:_--.'.20 W 879.36 N 22 N 6'.:'.' :35 W ...... 100.: ....... 28'.:'/:'F.". 82 567.08 ...... 2847. :2:2 554,. 42, N .............. 742 ,, '.:'..'0 W ..... .-'?26..-'¢..'8 59 N 72 41 W 100. 2'F.'87.13 /-...[)7.2.9 27,'35.13 570.18 N 78'.'.".". 0:3 W '.-.-.'73.48' N 57 N 81:2:2 W 20'0. ..'2-.: 1/:,2.12 /:, :'F.,'2.41 3110.12 5?;' 1 · 78 N 8.'_--:3.3.'-_-: W 1 ¢}63.28 N 4.8 N 88. 11 W 100. 3249,26 738..27 31 ~7..26 ........ 5'Fz6...-.1-7-N ........... ':.-~::::2, 21 .... W ..... 1..106.54 ..... N. 52 34 W 2.49 53 1/:. W ...... 3.42 54 9 W 1.56 5/:. 11 W 2.14 57 24 W .......... 3,37 ::ii: 600 .~ :3700. ::.:) 8 C) 0. ""0¢) ,, ("' .00 :":: 0 4. 0 :-'; 8:2:42 W 100. 3 :':: 35.66 786.71 32:2: 3./:./_-, 59/:.. 4. 0 N '.:'..' 82.5/:. W 114 ?..'2_-:'? N .3:;,::.: 3:3 S 84 55 .W ........ 100,.. ....... :_-;:420,, :.-]',2 :33'7. '.=.:'0 3:36:3 ,,.82 5'.~-:3..48.. N ....... 1034.8:2:. W 11,92. ';)7 ....... N :33 2:3 S 79 48 W 100. :]:.:504. 72 8'F,'1.77 3452.72 58/:..25 N 10.88.7'.:'..' W 1236.5.-'F,' N :":':4 41 S 74 26 W 100. 3587. !58 '...-",'47.66 :353.',.'.]. 58 573.77 N 114:3.33 W 127.9,'. 22 N 36 :5 :."J; ,68 43... W .......... t 00. :2:.669.1..1 ........ 1005.47 ...... 3617.1 1 ........... :555....48-, N .......... tl .98.24,...W 1:320.73 N 58 45 W I .77 60 10 W .... 2..73 /_-.1 42 W 2.91 63 21 W 3.27 65 8 W ...... 3.59. 4. 100. 37 4200. 37 4:30 o ,, :2:9 4400. 42 4. 50,[::, ,, 4 5 4600. Zl 8 4- 7 ()0. 5 ('} 4.,~] (') (') ~:~.':, 4. 9 (') (') ~ ":' 5010 ¢}.."-::'i 2 '~'"'" =',' '--':":~:"':'~ .... ' '"' '::' '-" 15 N 1 24. W 1 :'::/_-,1 ._ 4 N 67 (') W 2:37 1':' '"-' /:,5 19 W 1 ..::747. ....0.,,,10/:,4,.71 .:~:.::,:./.',:;7,?:,0~:..:;. ='"""-" '-.,F,':, ,_1 ...,, · . . · -,o .,:.:. 60 :7 W 1 ': """ "'"' '": . .,:.,.. ..... =; O(:i. ...,.':,o.::,,:,,.., .,.,~, · 76 :i i-'4,'z:.~:: ::,:,776 ~.:7 :,.:~. 50 .::(-"-)7. ~,. , '",::L:.' W, 1401 , 43 N..68 ~:":~. - W 2.66 ......· _ ' ¢),:, 11 ,:~4.,..7~ .:,,: .-,. 0,:, 1~:.: N :,I'. '"'~ c.,,,.] ,A /:. 1 1'~) W 1 2707. "'''' '""" '"' : '"''''' '''"; -'= ' '~' ,:,..', W 144.2 . 1 9 N 70 47 W 1 . ':.'~6 ..-...4 .... 7.: 37 W 14,:,::, 97 N 72 '-,o ' '-, ............"::'." '=' /:, .1. 2:2: W I '"': .... ':)'''''.":,,~.'':' ~;.. '7 1 '":'. 'R ,:..,:, ,: ~ :. ::,:,"' "'¢~; .:,,.,, '"'''' .~ . '-'z. , .:, .. W ,:, · 12 , z 31 W 1 ._ .:,.., · '.;:'2 N 74 .... ' 3z. W '" ~.,:::. :2: /,o 4:2: W 1 1:31'/:, "'" '::;'~'~ '""' .... .:.3, ;;:,:4(',"-32 ":' 1' ,:: ,. 1 '"'"" 4,070 11 .., .... , .... : .... ,.:, ,=, 7. ,_,° ("). . ':-, 9 ":, cl :':'., KI 154.4.5:2: W 1589.19 N 76 23 W 3.11 1611.54 W 1646.54 N 78 10 W 1.55 1/.':.:2:1.1:3 W 1707. :'F..' 1 N 79 50 W 2. 'F.,,' 8 1772.4:3 N 81 24 W 0.44. 07-W ........... 1, 838.45 .......... N., 82,. 50 ,,. W .......... 0..27 510('). 5:2 '""] 20,.'::,..'='.:;2 i', ,:')~"}., 1 5 54. 00 ,, 51 5:30 C',. 51 :13'7 S /:,:3 28 W 100. 442:9. :39 1773.97 4377. :_--:9 1 ':.-"4.01 N 1 :_=:95 · :]-.:/:. W 1905.26 N 1..,=, 34 N. 1966 38 W 1 75 N "'"" '--" /- '--' 12 W 100 4. 4 '? 0 ~' '-' '-' =' 9/:, .-;,,:, ~,-, c~"7.-., .J,:, 1,:,,_, 1 44...,,_, O,'B .,- r-';5 '._--; 62 4'.-.-¢ W 100. 4..551 .:.2'7 1'.:.¢2'.=.).4,8 4.4'F, 9,27 13.23.2.45 N 20:36.:--:6 W 2040.54 N :27 '.--; /:,2 :_::8 W 100, 4/_-, 13, 3'...2'72006. :2:¢.} 4 561,27 8/:,. 4.9 N 2106,/:.0 W 2108.37 N 15 S 62 5 W ..... ~00 4.675.'72 20:_-':2./:,7 4/-.,23.72 50.26..N 2175,7:'-:.W. 217/:,.:36 N 84 ? W 0. :_.'-:4 85 24 W . 0..21 :_--'.'6 34 W 0.78 87 .'2_-:? W 0.49 :38 41 W ~ 0.47 · 5/_-. ()0. 570¢). 5:.E:00. 5 '..7., 00. /_-, 00 C). 51 6 S /:,1:32 W 100. 4738.4.2 2:158./:,9 468/:,.42 13.46 N 2244.45 W 2244.49 N 89 39 W 0.45 51 .28 S /:,1 16 W ......... 100 ............. 48C)0.'P7 ...... 2234..70 .......... 4748..'~7 23....E~0.,.S ....... 2312.95..W .... 2313..08 ........ S....89.,.24 W 0...~2 ~0 36 S /-,(') ~° "~' 61 45 c. '~1 W 0.c/o · _ .=, W 1 c) 0. 4.86:3 '-' "= 1 ¢)3 W ..... ,:,._t ~..:, ~ 0 ?:~ 50:3'7 S 60 4:2 W 100. 4927.30 2385.4'7 4875.3¢) 'P9.12 S 2448.52 W 2450.53 S 87 41 W 0.21 4.9.43 S 5'~¢ 57. W ............ 100 ........... 4991.3~ ........ 2459.94 ........... 4939..36 ...........13Z. 1A.,..S F:'AD D., WELL NO' 2A SIGMA~GMS ..................... MF'IJ, KI_IF'ARLIK FIELD NORTH .=,L_FE, ALASKA Cr]MPLITAT I Ft~q ' F'AGE NO, :2: .... 'TIME ........... I]ATE ' ..................................................... 1. (:): 5 (.'): C):3 10- M A R -83 .............................. TRUE ..................................................................................... NEASURED OR ZFT nRIFT COIJR'.::E VERTICAL VERTICAL 'SUB'.SEA R E C T A N O U L A R C L E,m S LI R E £nqGLE( DEPTH ANGL. E DIRECTION LENGTH DEPTH :E;ECTION TVD C 121 0 R D I N A T E .S; DI:::TANCE [IIRECTION :_--;EVERI] FEET. ri. M D M ......... FEET ................ FEET ............. FEE]". ................ FEET. ................................... EEE]L ................................................... FEET ................... D ..... M ......DG/..1.00F 6100. 4.9 8 S 5'.-.-~ 31 W 100. 5056.40 25:33.40 5004.40 175.42 S 2580.84 W 2586.79 S 86 7 W 0.67 6200. qo 42 '.--; =;c~ 11 W 100 5122.12 2606 17 ~('~7('~.12 "1':' o.~ S 264~.69 W 2/-,~4:31 S ~:5 23 W O 50 . · ~_~ ,_ .. .......... ~ ...... ~ -- . ~ ~1 ~, ~_~ ._ , ..... ~ ..... ~ 6300. 47:36 S 58:32 W 100. 5188.83 2677.'P2 51:36.8:3 252.37 S 2709.44 W 2721.17 '.S 84 41 W 1.2() 6400. 4/-,_ 54 S ._~':',_, 1 W 100. ~2~/-.. 71 ..... 2748.44. 5204.71 2'P0. c~,:,.. ,_, S 2771 .9(]. . W 2787.13 c.._, 84 0 W 0.80 6500. 46 20 S 57 37 W ....... 100 5:325.40 2818.08 527:3.40., 329...6'~. E: ..... 2833.41 W _2852.52. S..8:3 22~W ..... 0.64 Z~,600 4=; ..it, S 57 1 I W 100 53'.:.~4 7:2-': 288/:., ¢"-' ~-"' ~' '-"/-':' - . 82 .55 ............. .'.-,: .... 28 S.." 4 12 W '.".' 917 4 .-'Fy '.--; 4- 5 W () R W ......... 10 C) !'-', 4/', 4- :--: 7 .,q, A ~ '":, 87 .-:, c,, ~ 4 's,,:,,,:, '.',-, S '-'""' '7' /-:,'7 (:) 0, 4. 5 2 S .. 7 1 ':' '-"-' ''''''''''''''''''=' '='" C) 6 4 (')7, ,n 9 ':' C)/, W 1 '- '" .-' ~z. I. ! ._ . ~- ~ .~ ........... .~, ........ ~ ..._ ~ ...... ,:,..,:. W 0 "" ./::,:--: 0 (") 4' 4' :2:2: S 57 ! 6 W 10 C). '=' ='''' '=' ':-,' 4. '"'(' '-'"' 2'-"'.," ~'; n o.-, ,..; . ._,._,c ..... o.).,:...: ...... --,. .... :,.94 44...,. 1:'-: ._, .~, (- .-, (-),-,,-, .-, - .~, · -' .57 S '} C, 4:3 14 '.:, 5'7 .:, .) W 1 ('),F) Pi/.-, C):-':, 11 4. 7 ~ ~ 5 A. 11 4 :-':2, 4. 4 8 W I 4 W ................ · -,0, I :31 (')9 s'2 ':' · .:, .. ,_-,,~ . · .,,.,,, . ,.., . _ . .,0C) 4.2: ..,~'"'.,::. ;,::'-' .... ,.,,:."="-' .......... '-'.: ....... W ............... 10.(.)' ";z-,"',.", "5c:, "'" '=' '"'~ '-"-' :"-",' '~ ~ '-' ' . . .............. c,o'..,, ",1 :..,4.4.7 ....,6.,:.,: ..... , :: ', ..,1 :'F/......lo. ' .... -, ,-,o ,'-,~"....-,¢' .-,-. W .... O. 74 , , , 100.,...:.~: .. _, 7..,...'. ,:,6 ' .,:: .,,:: 1 .., ~ ,.,700. ,:,6. ,.-,...". :: .,,::..-, .... 1 .'.."'~ ). 14 W 7C) S 80 10 W .:, 77 7100 4":' :--:4 '::'/"':' 2'T,'W -'"~:?,::'::?~,I: ~-~.-, ,-,"':.:'.,..~,.-,.-,, ~,- ,=. " '-' "=-'~'-' ':""-' "" '"':' '-' 3237 '" u ...! '-' "'! '-~ "' ,14', ],:.,,. . - ~ .- . ;,, . : i.. .,,. - 7:20() 44 4.1 ~' 67 7 W 1C)C),:::.r;~i~ ._,,_,....4, .64 ..,~:.,.:,.,:;..~ 'L~,.,.;,.,:;.,..: ~,..,77,'.,/.:,4: :.:,,=,..=:~;.::~):1:...~':.,:;,:.,,':~,::,~.~:::.:.~,.,.,,., ........... W ............ ::, ::;f4::(.;': =."c:,.':, ":: '~, ':'.,, ¢/ :~" ' m, ':":'[ ~o.;,,, " '=' "~'"':'~'":' ~"-'..' '":""'-' C) ~ 03 ':"' .... ::, 79 51. W 2.76 ~ .... ' :?:'::~:'~ ~,'",,D.~- ,":', '"' ! '"'~", Z" '~, "~ ", "~;" : ' ''" ;': r':.,. ,.~..,=,:..,,, ;..., ,:..~,-, ,_. ..:,,:~ 7 :3 (') ,:":, , 44 :'.'i:,"_.., '::',_, 7c).:,A N _1,[)0.,:.::,..,o..,.,.:,() .::,..-,...,[)...__.:A ._,,-,4..-., ,-,0 /-,07. 1...., ..-.,.,:,.~1,.'.,. · - ~" ": '"" ]"~":'~"Z"'"~ ~':':,"'~" : -'?" ";~'"'~ ': '-' "' 2::: 2,-":': 74,'"',n,.....4.,1. 1 .::,'"' '~'...', 71 .'2(') W 1 (')O:~:':':i::::i:::~, .:;'."-),:..:.,7.23 :::.:,'.~30.1.,:..: ?....:,'~ 1 ..,:, 2:3 .'/::' ,..~: ,':,2".'-2.:."¥L:,: ~..:,,:,..,. 20 W .:,4.4.:, · _ '.-_-; 7? _ W O. 47 - 1()(~ 6(). ,-':,'.".,.. ,:".':~ ..49,:. 4.:_A: .:i:::':. ,:;, ,7.2:%' .4'.' Ao'i'. 7,~ .84'. ,1.02 W 1 .'.--; ,., '" ' .... ) 4:3 - ·: - .-~ ~..,.-~ .-., c,, =, ? , , . = .. ~ ,_. . ,= · :, c,~ 7.::,~.:'"L 41 '.:S 71 4.':' W 03 7';','1 o W O 6(":, . ·/ ..'iI '.. "().'., .:,,_ 6 79 ¢) c,..:,..~ ._ .:, 1 /..:-,C),z':,(.). L)._, z ~.-~' .~ .r4 ~. ":'.=i .-:, .-~ c, (-) 7/:,00 4,2 F; ,1,':' 7 :L .=;-,6 W 10C) /_', ,1. 1 ,Z. ' ~'''' '-'~ ' "':":' .., ... ~m..i. # .,, ,.., -- · ,. , . . ,. 7'7()c), 42:2, S 72.. 4.o N 100 6185.8:.3 :-'.:S:35.34 /.:,133.:--:.:3 6'~3.67 .S :3580.44 W 3/_-.47·(')2. S 77T, 2 N ., 0.'~4 ...... $ c z"-,rr-, ":' ' ':'1 S 78 55 1,4 ('} 64 '7 F: 0 (') 4.1 2.6 ',:, 7:2 :' "-- W 100 (:,~::: :--., .~ 45 ._,,., .2:701 9 o c, ,'.,.. ,:, 4. 5 71 37 .--; .":: 644 04 W 3713 .... · · N m . - · '.-! · -- · · 7'::'.' C)(), 4. () 57 S 72 57 W 100. ./:, 3:3 ?,. 70 :--: 767. '7'-:.2 62:3:3.7,r') 7:32.71 C-"; :3706. ':.-.' 9 W :3778.70 :--; 78 49 W 0, 4 ::.:: 8000, :39 4,-.?,...S W ............ 100., 6411, · 9'-.-:: 3:'-:32 · 4. 2 .............. 6359, ?.'3 751 ..... ~.6.,-S ......... 3'Z6, E: ..84..,. W ...... 3843.08 ........ S,,....78..43. W ....... 1,24. 810,:}. :3?.) ].c)S 7:.".:', :3'P W ':::'.20fl, :!:7 14. '._:; 74 ].(") W 30c:,,, :36 52. S 74 42 W :!ii:4.,:")'0.:2:5 44 S 7.4 2:7 W 850,:.'),, :34:37 :!3 '75 4. W 1 (') 0 ./::, 48'P 1 .':-]:38 '-."/~ ':'.":,: 6, 4:3'7 15 770 C)'::) ¢' ':":' '-.":,' 6, 6 W 3'F/,c) 6 ::: 2 ':":' ............. _ . ... · ...... _,..... , _ '.S 78 ._,,., W c).76 1C)0. 6,567.72: 3957.7/: 6515.72: 7:--:7.22: S. 388':-./. 08 W 3':-.~67. -.95 S 78 33 W 1.96 10('). 6647.5;4 4018.02 /:,5'~5.54. 803.40 S 3947.12 W 4028.05 :E: 78 3C) W 0.4':.'-~ ~, c. 78 100. 6'728 . 14 4077 .21 6676.14 ,_,c'19. . 14 o._, 4. C)£)4 .19. W 40,:,7. i 1 ~, 26, W 1 . 14 100. 6:30'~,).8'7 41:34.82 6757.,:37 , .834.2'~ S 4059.76 W 4144.60 S 78 23 W . 1.1.7 :F.i:600. 34 14. S 75 6 W ir.)(:). /:,892.36 4191..2:7 684C).36 848.84 S 4,114.41 W 4,2C)1.06 '.'_-; 78 21 W 8700. :3:3:30 'S 76 49 W 100. 6'P75.3'F' ,124-7,07 6'P23,:3'9 862.36 S 41/",8.47 W 4256,,74 $ .78 17.' W ::::', ...... :::: c) (') ,, '='._,...,'=' 49 S 7 '7 ~._ W 10 C) . 7,") ..... ~"~'-'=, .6,.2: ,4. ~:. ('). 2 .4. 4, 70 C). 6, ./-.,._,'=' 874, .87 c;._ 4- 222: .4, 7 W 42:12 .1 ?';,. .-,¢' 78 1 ,_,° W 8'~.:'00. :'": 4- 1 !5 S 77 2 :L' W 100. 7141,50 4..2: 5:3, :35 7 c):3'?, 50 887.26 :.3 4.277.05 W 4.:36:3.1 1 E: 7:3 17 W 'F'OC)O. :34 42 :--; 77 52 W 10C). 7222:.'.-.)4 4414,.87, 7171.94 879,.4C) S 4:_'-:32.33 W 4.4,24,.71 S 78 1/.-, W O. 3:E: 1.21 C) O. 46 O.54 C*,;]IqOr_':O, I NC. CF'iMF'LITAT I C(l',l ' F'AGE NFl. 4 , I:::'~-~.'E.I T'I .~ WE'";LL NCI: 2A ....... c. I I3I"IA.. _F..~M:_:: ,.JClB..--NO: A~.J,:,oc,.--,GO'-'""-' ' 124. · .................................................................... 'i"I PIE DATE ' MPi I, k-:'l IF'ARI.II-:.'. F T I"-LD~ NFIR'r'H f::LOF:'E, ALA:'-:I.:.'.A 10.._,0,' 03 I .,-,-,,-,n-,_,..:, .............. 'FRLIEE ............................................... MEASLHRED 1]RIFT ;".~RIFT COURSE VERTICAL VERTIF:AL SUB'.:_:EA R E C T A N G I_1 L A R C: L O .S I_1 R E I"u]GLE~ DEPTI't ANGI_E [IIREI]:TIIEIN LENGTH DEF'TH '.=:ECTICIN TVI:I C I]1 0 R D I N A T E .S DI::;TANCE DIRECTII_-IN SEVERI' FEET D FI - l] . I'1 ..... FEET ...........FEE-[' ....... FEET .......... FEET ............................. FEE.T. FEE]: ................D ....M .... FIG/.1.0OI ';/1 c)c)._. :34 49._,':' 7:E: 3 W 100. 7::~C)/',_.. · 10 4471 .77 7254. 10 F/ll . :30 ..~ '' 4.:,,:,o'~'" '?'. 0'.~. W 4481 .71 ._,-~ 7c',_, 16 W F'IR O,J E C-[' E D T 0 '1" D 0.16 FINAL. CLO::;URE DIRECTION .......... .D I .::, f AN ..E· Zl./-,_ 1 ,,.,¢'. 74. FEET CONOC:O, INC ..... PAD D, WELL NO ". 2A ..,c. I GMA GM'.--; ,_Ir~B_ NO: Ac.)""-..:,,:,..:,.:,- ..... bO 1 ... 4 MPU, KUF'ARUK FIELD, NORTH SLOF'E, ALASKA .... · '. "'~ g'. g'. i -- i · ~:, I G ~.: Mo ,. 0-. '~.1.00...,. MD., ...... ,:,UFcVEYUR ......... ,.IAHN/M.I LLER,_DATE_ RLIN.[...,. O!?--MAR.-_SSL ............................................................................................... :--;TGM~ .':-:(')('~,_ _ _ GYRO NO: 76.-0, PROBE NO", .%o._,_, FORES;IGHT: 14.2 (AZIMUTH) SLIRVEY F'ERFORMEB IN ONE RUN RIG: NABORS 27E ']:CINO;~;O";' I IxIC. .. ' ' ' Ct3MPUTAT I Oi',I ' ' PAGE NO.' 1 I:""'AD .]']~ WEI'.L NO: 2A .... '.::IGMA,....GMS ,.IOB.-.NC~: .... AO3::.::,::SG01.24 TIME .................DATE ......................... , '-' n' , )-MAR-o.:, MF'U, KUF'ARIJK F I ELD NORTH .:.L_ F E ALASI<A 10: 55: :34 1 ( ' '~'-' MARKER ....... CODE NAME TRUE '-' "" - ................. · :,UB.:,EA MEASURETI VER'r'Ir:AL Mn-TVD VERTICAL R E C T A N G U L A R F: I_ O '.-; U R E VERTIr:AL DEPTH DEF'TH DIFF DEPTH C 0 0 R D I N A T E $ DISTANC:E DIRECTION THICKNESS .- FEET .............. FEET ..... FEET ....... FEET FEET ............................................. FEET ..................... D M ........................... dA MA NC OA MK 4210.00 :38:36.59 3'73.4 3784.5'.-} 501.72 N 1:312.83 W 1405.4:3 N 6? 5 W 4/.,27 ~ 0C) .....4.139.61 .... 487.4 · 40:E:7. /.,1 .... 364. 1.3,.-N--1562.6/', W 1604.52 · N 76 53 W ................... 5074.00 4413.66 660.3 4361.66 203.24 N 1876.82 W 18:E:7.80 N 8:3 4'.'.-~ W 52.!:22.00 450:--:. 54 718.5 4451.54 150.45 N 1781.87.~ W 1987.59 N 85 4C) W 87£)6, O0 6'.-;'80.39, 1725.6 6'P28.39 ....... 86:3. 1.1 ....8.,,.41.71.,..71 ..... W .......... 4260.06 ..... S -78 · 19. W LK F'BTD ................. SEOPE. IALASK, ..I ' i. i iFINAL STATION, ; ,i..! .... DEPTH 9340 I'ID 7503.:17., I 'iSOUTH 939.61J.UESTI4522'.04; ! BICLOSURE 518: 63; S/78 1 $) 43 ;W SCALE DEE.TH... ROJECT[ON ':SOO FEET ~,T.O R~L...~ V O .:,...~,. DATA SI GM^ QMS , NORIH SLOPE.: ^L^SKA ~ EASTMAN WHIPSTOCK. INC. ; ~ ' · CONOCO, INC. ' PAD D. WELL NO: 2A _M~U._..KUPARUK FIELD. [ .1000 _ .. 2000 ~ 6000_ ~ . · -- · i - ~ ?000._ C:ONOC:O~ INC PAD D, WELL NO: 2A .E;IGMA GM'.-]; dOB NO: AO:::83'.~.;G0124 MF'U, KLIF'ARUK FIELD, NORTH '.'3LOF'E, ALASKA ....... SIG GMS, 0-';,100 MD, SURVEYOR: dAHN/MILLER, DATE RUN: 0'~*-MAR-83 F;IGMA 300, GYRO NO: 76'.:.~ F'ROBE NO: 5:.-.: FORESIGHT: 14.2 (AZIMUTH) '.!:";IJRVEY F'ERFORME£~ IN ONE RUN RIG: NABORF; 27E ,.( l:::'Al'l D, ' W'EL.L NO' 2A :---: I OMA r;l'l~; , Ir'~B NO' ,~"xCr'"-"-"-"-""'. o.:.,:,o,~,_, 124 MPU, KUF-'ARI_I'"~-... FIEL. D, NORTH SLOF'E, ALA'.::;I<A r':CIMF'UTAT l n~l ' T I ME ]]ATE 10: 55: :'-: 4. 1 O-H A R- 8:---: PAGE NO. MARKER ....... TRUE SLIBL--;EA CODE - MEASLIRE1] VERTICAL MD-TVD VERTICAL R E C T A N G LI L A R C L 0 S U R E VERTICAL NAME ......... DEPTH DEPTH DIFF DEPTH C 0 0 R D' I N A T E S DISTANCE DIRECTIOi'4 TI--IICI.::;NE'.--;:-':. FEET FEET FEET FEET FEET FEET ID Fl ,_IA MA NC OA MK 4210.00 :2:8:36.59 :3'7:3.4 :3784.59 4627.00 413'?. 61 487.4 4087.61 5074.00 4413.66 660. B 4361.66 ~:""'-"-' 718.5 4-4.51 54 .,~:~:~. 00 450:3.54 . :::_ '7 ~')./-,_. ('). r). 6 'F~ :30 . :::_.9 17 ~:._,'-' '= .,_,~- 6928 . :::_.9 5(])1.72 N 1:312,:3:3 W 364.1:':: N 1562,6/- W · .' t .-.. 24 N 1 F.:7A :.--.:2 W 1:50.45 N 1781.:::9 W :--:/:.:3.11 F-: 4171.71 W 14.05.4:3 N 6'? 5 W 1604.52 N 76 5:--: W 18:E:7. 8(]) N :E:::: 49 W 1'.-}87.57 N 85 40 W 4260.06 '.:; 78 19 W I_K F'BTD :z:,.::~ 4-:::. 00 7181.07 1766.9 7129.07 ~ .-, ,~ ,='- ?,,,:") 9224.00 .740'7,90. 1816.1 ~.: ..... ,. 9:':: (')9 c. 4. 30:3 '=''' W ,.-~..z,?-; 9/-. '.:; 44- 5'7. '-' ''= PAD .'WELL' N[ : '"~'MPU,I KUPARUK IELD !NORTH SLOPE ALASKA ' SOUTH! t~LOSURI JAI"A F'[LE~ BII614 , } _-~ .. CONOCO, INC. : PAD D. WELL NO: 2A SIOMA GMS ...... j_.. ...... MpU, ~KUPARUK FIELD, NORTH SLOPE. ALASKA, - i EASTM.~N WHIPSTOCK. INC. ~ ...... i ....... ~ ..... i ................... ~ .... , , ~ ..... ~ .............. ! ............ t ......~ ......~ .......... ~ ........ :ii:-'i ......... ..... ''- ~ L- -.-0 -- '--0 , , .- -~- ...... --'-.--- - - . .... ~ .~t ...... ? ........l .... i .... ~ ..... i .... I ~ ' ' ! ' ~ ..... ... -_T'i_.~':' i-.TLi ..... ! ....... , ..... : ........! ....... ;- -~.- ~ --~-i ' i'i'ii~ . ~ ... ~ .... j .... ~ .... i .... .~ . - - I ..........~ .... ; .... ~ -. - ~ - - , ; ....... _~_-Li-_-~'I .~..Z .'/ , ~ i ; ......... i z .... i ......... ~ ..... ! .... ....... ~ ...... 500 ........................................................................................ · ~ ........ i .... { .... ................. i 000 i 000 ............................ '. ...................................................... i 500 ....... ~ ............ ~ ........ . . ! L ~ 2000 ..... ~ ......... 2000 -~ ~ ~ ~---~ ......... ~ ...... ~-: .... ~ ....... ~ ..... ;"-~ ...... I ....... ~ ~ ' ' ~ ...... ~ ......~ ..... ~ .... ~ ' ' ~ ........ '-T.' ': .... I _ .: ...... 2500 ~ _. -- ~ ...... i--~:~-~---'~ ........ ~ ......... ~ ..... ~ ........f-~ ......... ~ .... ~ ......... ~ ................... ~ ~ ' - · ~ -~ ~ t ~ ' · . .... ,.. -. -. :-~ .:-.--~_ .... ~_-- _ .... :-i---~.-E ....... :-.'K =~'~'-"~;-~ ~-~ ~5000 :--~--i--;-~:~Zl.'-~-;~- ~ .......... i--: .... ~ ....... t--- ........ ~ ....... t . . ~ ..... : ..... J ..... P¥~.+-; .... :~-~ i ......... : %.-,-~-~ .... i ........... i .... ~ - -~ ' ' ~ .... -1 : ~ ;--~--i-;--.--~ _~~ _-LL~O00 ~ ' ~-~ .-__~ '~u~..b.~ '_::~~z~ ~ . ........... '~---~ '--~"-~-"~"" ~ -~-,d.~.,-~~-~,~~-~-~-~?~,~,'~--'~---~:-,,-~.,----~,, ~.,.~ ,~--,-~ -. ' · .-~~~:- ~oo ~ ~.~ .; i ... : ......... ~ ...... : _ ~ · - ~ ............................. '. ........... ~ .... ~ ...... ~,- " : ....... ~ ...... ~ ............ r ......... ~ ...... ~ ......... ~ ........... ~ ~.- ~ ........................ i -' ..... i-': ...... +- ~ ....... ~ .......... i ............ , - · ~ m .... ,. ~loo -~" - ~-- ~ ....~ :'.':'T:TI:-: :" :'. ~: :.'~ .. .:' ~. ........... ~ ..... .............. ~ooo -- -~. ~ ..... ,. .... ~ ~ ..... ~ ...... ~ - 'i ............ ~ ...................... --~ ~ ..... -' :-;:.: .... :..--~-: .... ~ .... sloo .... ~ ........... ~-~- ..... ~ ...... ~-~ t ....... ~'--t-~-'~-~-t ....... : ........... ~: ..... r"~- '- ' ~- ~~ "-' ' ' ::-~_~:Z'' ~:~.~-.:' /Z--L-' .... .. :_.. -- '~ ......... ~ ..... '~~"~ :'f~-~ ?-~ ........ ~t ..... ~-~----,__ . --:_ _ ~ ........ ~.-~ ............. ~-.: ..... ~ ~ -~ .......... ~-..~ ....~ ....... ~ ................. ~ ........ ---~+--~/'-'- ~ .... ~ ..... i ........... ~- '-' 'I- ......... "~ ............. ~ ~ .... "--'-~'~ ........ ..... ~ ~ ~--~- :-~ ........... ~-'~ ...... ~ ---! ~ ~ ........ ~ '-:-::-_1-- ,- - - ,-- ~ ~ -':/' :_~_t:".-~-":-~":' ' '.'~-~. .... ~ ---~-~ ~- ~' .-"-~-~'-~--'-' '~000 . .: i· ~- -' 7"! '~' :'-r ~ -:-? ~ '- ~ .... ~'~ ~w't .... : :--I ........ ~-'~-~' ~ 7~-'-~-7~-= :-r~-:-~ .... :-F-LC.~-' ~ - ~ :- -~ - - ~ ..... '_: ....... i_._: ......... ~ ....~..' ..... '. .... L_t.-~ ..... -~---' '~ ....;-- ~ -.~,~.~ ~:i. :-;-.~~- :- ~~ : : ' ~ '~ .... ~~~' ~: I-:--: -- --. ~ ...... ~ .............. ~-h-; .... ........... ....... ,- -, ..... ......... ........... ...... ............ ..... .... "-' ..................... ---~ '.-~-: !i--¢ ........... : ~ ......... ' ............ ¥-¥-'- ~ ................ -'. '---~t-f ........ -~, :~:~ ~ ~l .- ,-- ~ --k ~F~.._ :: .... ' '--' 'S-'X:~ - '~:'~ .... ~__ .......... ..... .... ........ ~ .... ~.. ~-~.~ .... ~ ...... ....... ~ ........... .......... i ..... ~_..m_.~_ -:--: .... .... :~7_:L~T~l~-:~:''' ~:-Y::-Z[:;J.__ : L'__ :_ _ ~. :..Z_ :-_SI :...i_. ~ ..... ~ .... ~ .... i-:---p-~.~~-- ~ ........ ~ ........ ~-.: ~---+-~-~ ........... =.P+-~H-=-t---~--.~~-~--- ._~.' .::::-'z~-~_:::._~_. zoo ..... ~:~ ..~-~~' :/'"'-'~ ...... i ........... ~ ...... ~.! ._._~k__~ .... i ..... i -' .... !--~ ~~-~ ..... ~. ~ ..... '--~ .... [ .... ~-~--~-,~-~-.-.l-~--~~~ -~~-+~-~t--~~--~--~ ......... t-~ ..... ~._+ .... ~ ...... N ~ _~ ~.~2_ ........... F-~_;_~__.=t--~_-~~.~- ....... ~-:---~-~-~ ..... ,.-~--~.i ..... ~-=~ ...... ! ........ ~ ............ i ........ , ........... ~ .......... ~ ........... ,--~-~ .... [-~--' .... J ....... ~-~ ...... I ..... 4-++~ ....... - - 4 ......... L:-,--;-.l-4-1 :- ~p4--L ........ I ..... ~--~ ............. ~_.-~S_k.: .......... L: ..... : ~ ......e--- I--~--:-:-P.~--~ -~ 4 ...... ,--K-~-~ ....... P--'--~[--' ...... .... ~ ......... ~ -~-~ .~-~! ..... z~4_A.;_. _~ ......... b--~--=-<-~ ~-----~ ........ z! . -: ..... [-~ -=t-z -==:-b'~; ..... ! ....... ~--I ..... z __. I ..... ~,:~ ~-~-',- ..... ~.__ _._ ...-~~.7.: T-r --.~ --~'----~4 _--~'-L. I ........ ~ ...... ',--~J'. ~-----~.~'ZZt.-L I .......... ~. · "- -~1-~--'~-~ ...... ~ .... ~1'' ........ i~ ;--'~' ...... I---L~-~--: ...... i ~ : - ~ ~ - ~ I ~_: ~ _ - : -:~-~._ ~_:_~ . . _~ ..... ~_~_.,.: _.:.. z__b=.b~:..~__l :_.~.:.~ ...... ~ ..... ~_~ ........ -:-::~ :: '- :-:-~: :::::L~.-b' ': ~::ZZ;~':: ~l ooo'-~-/:~t~-O0o'--~-~-. -:~ooo ~--~?'~ooo ~4--r;.~-5ooo ,--~k ..... t---~---pi-+-: .... . -----'. . ~ .... ~' -- ~' ~--~'- t ........ ~ ..... '-~ .......~- ~ -: .i' '~'1.' - : ~ ! ..... '' :! : ' ~ ':- f' ,a 4~ ~ '~l ~~' ~~~ ~.L --:-~J_ ....... . r-. ............. t= ............ b~~- .....~ -,--:-'~ ........ ~-'~ E7 ~-r-:~ ~.-~t. - ...... ~.... ......... ~ ........_~.~ ...... i. ..... ~ ..... i ..... -~'~ .....~'~ ~ ' ' ' , - ~ ~: ~ -~ i .. ~ ~ f ~'i ' · ~ ~. ' ' ! [ - ~ ~ f I - ~ ' ~ i ; ~. , i' ~- ~ : [ i .! I ~ [.'. ~ ' ~ -"~ .~ . ~~'-~ -_-~ 7 ;'~. _~:.L L~ · -~'-,- ~- '-~.-, ....... ~.~.-- -.. = '2,' . ~ ~'~ .... Suggested form to be inserted in each "Active" well folder to d~,eck for timely compliance with our regulations. · Operator, Wel 1 Nam~ Reports and Materials to be received by: . Required 'Date .Received Remarks · , · .. ii ., ,, -- ,. , · Well History'... Yes --- , "~ , , · , , , , ,. , ,,,. · ,., , ,, , . ' , . 'Mud. Log . _ ., , ....,.. ... .. . ..... · .,,' .... ,'.::,:',:,,'>., :'.:,,, : ,,,,,,,,~>.,: i, . ..... ,,,,: ' ........ .ii.',-, ......, ...... : .... Core Chips ' ~/// /~/~___~,,. _.~_ ,. '~' %,~~ .,. ,.,. , . . , ~d. ,, '. . .. . · cOre Doscr'i pti.on ' '-.--- · r,~ ,,~. ,, ,---~~ ' '~ , 'Registered Surve~ P_12A___~____~ 't/ ' ........ , .--~~ , ... . , ~nolination survey ' . . , . . . Directional Survey ..... ' , · ' ~ - . .' ' · ~ ' , ' Drill St~n TeSt Reports. , ', ,, , . . , ,. . . . Production Test Reports " ,, '' ' ,. . ' , , · Digitized Data , ,. (con March 18, 1983 Conoco Inc. 2525 C Street Suite 100 Anchorage, Alaska 99503 Mr. Lonnie Smith, Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Sir: Monthly Report of Operations - Milne Point A No. 3, D No. 2 & D No..2A Sundry Notice - Milne Point D-2A The original and a copy of the subject reports are attached. If you have any questions, please contact Gary Merriman at 279-0611. Very truly yours, W. M. Haskell Administrative Coordinator SHB/kr Attachment RECEIVED MAR 2 1 i:;,~8 3, Alaska Oil & Gas Cons, [;on~mission Anchorage · ~-' STATE OF ALASKA ALASKA OiL AND GAS CONSERVATION COMMISSION SUNDRY NOTICES AND REPORTS ON WELL , DRILLING WELL ~ COMPLETED WELL ~X ~ER 7. Permit No. / 5o- 029-20900-0Z 2. Name of Operator Conoco Inc. 3. Address 2525 C Street, Suite 100, Anchorage, Alaska 99503 4. Location of Well 1149' FNL, 1436 Fel, Section 13, T13N, RIOE, U.M. 5. Elevation in feet (indicate KB, DF, etc.) 57' KB 6. Lease Designation and Serial No. ^DL 47434 - 9. Unit or Lease Name Milne Point Unit 10. Well Number D-2A 11. Field and Pool Kuparuk River 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations X]X Altering Casing [] Stimulate [] Abandon [] Stimulation [] Abandonment [] Repair Well [] Change Plans [] Repairs Made [] Other [] [] Other [] Pulling Tubing [] Pull Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed O_perations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). The following information pertains-- to the notice of .intention to perforate the D-2A well which was approved by AOGC on March 8, 1983. 1) March 10, 1983t3½" 9.3'#/ft., L-80 BTRC tubing was RIH with a Vann Gunn assembly for perforating. Tubing was spaced out to perforate the Middle Kuparuk formation from 8705' to 8741'. The completion packer is located at 8585' MD while the subsurface safety valve is at 1926' MD. 2) With the tubing landed and the tree nippled-up, the rig was released then moved off of the well. 3) Once the rig was released a coiled tubing unit was rigged up to displace the tubing with diesel. (The well was to be displaced with diesel while the rig was on location but the packer was prematurely set during the displacement operation.) 4) After releasing the coiled tubing unit the detonating bar was dropped to perforate the well. After cleaning Up'the well for one hour the gun was sheared off. 5) A downhole shut-in tool/pressure gauge were RIH and set in the "XN" nipple below the packer at 8628' MD. The well was tested as follows; a) 10 minute initial flow c) 12 hour final flow b) 100 minute initial flow d) 12 hour final shut-in -over- 14. I hereb~ c~rtify that th, e, foregoing is true and correct to the best of my knowledge. Signed~L/,~_.~._~.~.N~~' ~ ~ Title Engineer The space below for Com-'?t~i~"~rron use Date 3-18-83 Conditions of Approval, if any: Approved by. Form 10-403 By Order of COMMISSIONER the Commission Date Submit "lntentions. Y in Triplicate and "Subsequent Report's" in D~plicate Rev. 7-1-80 . · 6) Once the test was completed the gas was bled off .of the tUbing with the shut-in tool closed. .The top 'of the tub. lng ~tag':thenfilled'with diesel' (diesel to 2640+'). 7) The shut-in tool pressure gauge were POOH then a positive plug was set in the "XN" nipple at 8628'. The SSSV was closed then the surface safety valves were closed to suspend the well. ~--. STATE OF ALASKA --- [_~ ALASi;(A C 'AND GAS CONSERVATION COl, _~IISSlON MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIO 1. Drilling well [-X]X Workover operation [] 2. Name of operator 7. Permit No. Conoco linc. 83-40 3. Address 8. APl Number 2525 C Street, Suite 100, Anchorage, Alaska 99503 5o-029-20900-01 4. Location of Well at surface 1149' FNL, 1436' FEL, Section 13, T13N, RIOE, U.M. 6. Lease Designation and Serial No. ADL 47434 5. Elevation in feet (indicate KB, DF, etc.) 57' KB 9. Unit or Lease Name Milne Point Unit 10. Well No. D-2A 11. Field and Pool Kuparuk River Field Kuparuk River Pool For the Month of February ,19 83 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Depth on 2/28 - 5836' D-2A is a sidetrack of Milne Point D-2 kicke, d off at 2634'. Unable to control buiid angle ' plug back w/250 sks. Class G al~ 4691 . Sidetrack well at 4691', continue drilling. 13. Casing or liner run and quantities of cement, results of pressure tests 14. Coring resume and brief description 15. Logs run and depth where run 1 6. DST data, perforating data, shows of H2S, miscellaneous data 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. DATE NOTE--Report on this form is required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 Submit in duplicate STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION SUNDRY NOTICES AND REPORTS ON WELLS DRILLING WELL I~x COMPLETED WELL [] OTHER 7. Permit No. 83-40 2. Name of Operator Conoco Inc. "~" :~ 8. APl Number 3. Address "-:,.'~ 99~5, 029-20900-01 2525 C Street, Suite 100, Anchorage, Alas~'~ '~ 50- 4. Location of Well '?~- 1149' FNL, 1436 FEL', Section 13, T13N, R10~.H:~,, -~, lO. WellNumber ~e~ ~, ~L~:~ D-2A ~ ~:'~ 1 1. Field and Pool 5. Eleuation in feet (indicate KB, D~, etc.} ~ ~. kease ~esi~nation and Serial ~o. 12. Check Appropriate Box To Indicate ~ature of ~otice, Beport, or Other ~ata 9. Unit or Lease Name Milne Point Unit (Submit in Triplicate) Perforate ~ Alter Casing [] Perforations Stimulate F-I Abandon [] Stimulation Repair Well' [] Change Plans. [] Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10.407 with a submitted Form 10.407 for each completion.) Kuparuk River (Submit in Duplicate) [] Altering Casing [] [] Abandonment [] [] Other [] 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). The Milne Point Unit D-2A well was drilled to 9340' MD (7500' TVD). It is being proposed that the well be completed then tested in the Middle Kuparuk formation. Upon completion of a transient test the well is to be suspended. Proposed Procedure: 1) A tubing-run 12 spf casing gun and a permanent packer will be run inside of the 7" production casing on 3½", 9.3#/ft., L-80, BTRC tubing. A subsurface safety valve will be run in the tubing string to be'located at 1900'MD (1830'TVD). 2) After spacing out the tubing, the wellbore fluid will be displaced with diesel then the tubing will be landed and the tree NU. 3) Rig will be released. 4) Once the rig is off location the packer will be set then the casing guns will be detonated, perforating the Middle Kuparuk formation from 8705' to 8741' (36' - DIL Measurements). 5) After cleaning up the well, the guns will be sheared off then pressure transient test will be run with; 1) 10 minute initial flow 4) 12 hour final shut-in 2) 100 minute initial shut-in 3) 12 hour final flow -over- .. 14. I hereb~'t't'r~tify that the foregoing is true and correct to the best of my knowledge. Signed ~_~/O-'bq~ .---.-_,, ' Title Engineer The space below for Commission use Date 3-7 -83 Conditions of Approval, if any: Approved Copy 5t;.l)::ecjt~¢r_t \¥oz'],c Bepozte~t Approved by By Order of COMMISSIONER the Commission Date Form 10-403 Rev. 7-1-80 Submit "intentions" in Triplicate and "Subsequent Reports" in Duplicate 6) Once the test is comPlete a positive plug will be set in the tubing below the packer then the top 2000'± of the well will be displaced with diesel. 7) To suspend theU-2A well, the subsurface safety valve will be closed and the surface safety valves will be closed. February 25, 1983~ - !;Ir. Don Girdler, Engineer Conoco, !nc. 2525 C Street, Suite 100 ~tnchorage, Alaska 9950~3 ~.e. Milne Point Unit D-2A Conoco, Inc. Pe~it ~' ~3-A~ S ~ c. T13N RIDE ~,P~ ur. Loc. 1!49'~'~' i43&'FEL, ~e.~ 13, , , Btmhole Loc. 2538'~L, 738'FEL, Sec. 14, T13I~, RiOE, UI~. Dear M~. Girdler Enclosed is the approved application for perroit to drill the above referenced well. If coring is ' ~ '-~ ~.~ conouc~u, a one cubic inch chip from each foot recovered core is required. ~ ~ oamples of well cuttings an~ a log are not requ~re.~. A continuous directional survey is required as per 20 AAC 25.DSO(b)(5). If available, a tape containing the digitized lo~ ~nformation shall be sub...zEtea on all ~o0~ for cooyinp~ except experimental logs velocity s,~rvey., and dipmeter surveys. ~Ias~ca and u~eir drainage systems have been. Many rivers in ^ " ~ classifie~ as important 'for the spawning or migration of anadromous fish. Operations in these areas are subject to AS 16.05.870 and the regulations promulgated thereunder (Title 5, Alaska Administrative Co~Je). Prior to comr0x~ncing operations you may De contacted by the ~-~abitat Coordinator's Pollution of any ~aters of the State is prohibited by AS 46, Chapter 3, Article 7 and the regulations pro~r, ulgated thereunder (Title lg, Alaska Administrative Code, Chapter 70) and by the Federal Water Pollution Control Act, as a~ended. Prior to commencing operations you may be contacted .by a r~.presentative of the Department o~ Environn~ental Conservation To aid us in scheduling field work, please notify this office 24 ' ~ ' ~o~; of the blowout ~%o~rs prior to commencing installer= = prevention equipment so that a representative of the Co.~,~ission Mr. Don~ Girdler Milne ?oint Unit D-2A -2- February 25, 1983 may be present to witness testing of the equipment before the surface casing shoe ms drilled. I~ere a diverter system is required, please ~also notify this office 24 hours prior to commencing equip~nt installation so that the Commission may ~tness testing before drilling below the shoe of the conductor pipe. In the event of suspension or abandop~nent, please give this office adequate advance notification so that we may have a ~fitness present. C. V.' Chatterton BY ORDER OF ChairmAn of Alaska Oil and Gas ConServation Commission Enclosure cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmmntal Conservation w/o encl. be Conoco Inc. 2525 C Street Suite 100 Anchorage, Alaska 99503 February 24, 1983 Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Chatterton: Subject: Permit to Drill Milne Point D~ No. 2A Sundry Notice ~ilne Point D-2 Enclosed for your approval are the original and two copies of the subject permit. A check for $100 is also enclosed in order to comply with the State's filing fee. Approval to abandon Milne Point D No. 2 is requested, Sundry Notice attached. If you have any questions, please contact Don Girdler at 279-0611. Yours very truly, W. M. Haskell Administrative Coordinator SHB/kr Attachments Alaska Oil & Gas Cons.Commfsmor,"' ' ,~ Anchorage STATE OF ALASKA PERMIT TO 2O AAC 25.O05 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY [] DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE~ MULTIPLE ZONE [] 2. Name of operator Conoco Inc. 3. Address 2525 C Street, Suite 100, Anchorage, Alaska 99503 4. Location of well at surface 1149' FNL, 1436' FEL, Section 13, T13N, R10E, U.M. At top of proposed producing interval 2310' FNL, 330' FEL, secti0n 14, T13N, R10E, N.H. At total depth 2538' FNL, 738' FEL, Section 14, T13N, R10E, U.M. 5. Elevation in feet (indicate KB, DF etc.) 57' KB I 6 . Lease designation and serial no. ADL 47434 9. Unit or lease name Milne Point Unit 10. Well number D-2A 11. Field and pool Kuparuk River 12. Bond information (see 20 AAC 25.025) Type Blanket surety and/or number 8086-15-54 13. Distance and direction from nearest town 14. Distance to nearest property or lease line Deadhorse SE 35 miles 9822' feet 16. Proposed depth (MD & TVD) 17. Number of acres in lease 9360' MD (7380' TVD) feet 2560 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT 2650 feet. MAXIMUM HOLE ANGLE °I (see 20 AAC 25.035 (c) (2) 21 Proposed Casing, Liner and Cementing Program Amount $200,000.00 15. Distance to nearest drilling or completed D-1 well 250 feet 18. Approximate spud date February 25, 19_83 ~0(~ psig@(] Surface 3690 psig@~ft. TD (TVD) SIZE Hole I Casing o"l 20" 17½"l 13 3/8 Weight 94# CASING ANDi LINER Length Grade i Coupling PELP[ c L-80 9360' SE I I lNG DEPTH MD TOP TVD O' I O' O' I I O' QUANTITY OF CEMENT MD BOTTOM TVD (includestagedata) In place 80'I 80' 72# 26# 22. Describe proposed program: Oi i 0I I I 2545'1 2413' lin blace (Cmtd. to su~f.) q~n,I 7qRn, 1785'± CF (2000' fillup'] .... I .... IAHS:11") 2nd stage: 1 i 11300± CF incl. ArcticJPak I The D-2A well is to be a sidetrack of the D-2 well. The D-2A will be kicked-off at 2650'± MD. See attached supplemental data, proposed directional, well bore and BOP sketches. IVED SIGNED ~ TITLE ......... uu~.JIIl~;510[! Anchorage Enqineer DATE 2-23-83 The space below for Commission use CONDITIONS OF APPROVAL Directional Survey required L,ES ~NO Samples required I Mud log required Permit number App.r-,,-I APPROVED BY_ ~ ~"' "~/' -~,..~~~"~/ / by order of the Commission Form 10~O1 Rev. 7-1-80 APl number 5o-0Z¢7- 2.o~o~~ o I SEE COVER LETTER FOR OTHER REQUIREMENTS DATE ._ February 25, 1983 3t~u,,,,Y in triplicate SUPPLEMENTAL DATA SHEET APPLICATION FOR PERMIT TO DRILL Conoco et. al.. - Milne Point No. D-2A Conoco Inc. 2525 "C" Street, Suite 100 Anchorage, Alaska 99503 CEMENTING PROGRAM , A. The 20" conductor has been set 80' below the surface (115' K.B.), and cemented to the surface with permafrost cement. Be The 13-3/8" surface casing was set at 2545' MD and cemented with 2000± sacks of Cold Set III cement followed by 500 sacks of Cold Set II cement. Good lead cement returns were obtained at the surface. Ce The 7" production casing will be cemented in two stages. The primary cementing job will consist of 900± sacks of class "G" cement pumped around the casing shoe (estimated 2000± of annular cement, assuming an .AHS=ll"). The secondary cement job will consist of 300± sacks of permafrost type "C" cement followed by 180± barrels of Arctic Pack, pumped down the 7" x 13-3/8" annulus. II. ANTICIPATED GEOLOGY 2650'- 4500' Surface conglomerates, silt and sand sequences. 4000'- TD Predominately shale until the Kuparuk Sands - expected at 6900'± subsea TVD. III. FORMATION EVALUATION A. Standard mud logging equipment to be used. B. Sidewall cores to be taken as determined by onsite geologist. Wireline logs for the 8~" hole from T.D. to the 13-3/8" shoe will include: Dual. induction laterolog; borehole compensated sonic-gamma ray; formation compensated density with CNL and GR-caliper. We do not plan to log the 17~" hole. IV. DRILLING FLUIDS Low solids dispersed gel/water mud system KOP - TD V. DIRECTIONAL PROGRAM The D-2A well is to sidetrack the existing D-2 well at 2650' and will build angle and turn to the southwest. At 4153' MD (3756'TVD), the well should be aligned to a S61°W direction and a 46° angle. This direction and angle will be maintained to T.D. The closest that the D-2A will come to another wellbore is from surface to kick-off depth where the ~ D-2 was 250' southwest of the existing D-1 well. A Teleco tool is to be run for surveying. ~,~ xg ~ -D (L) SIO~ OUT£ 1358" 5000 GPOOL .... ~ C.A$1tVEj COtVOUCTOt~ 8.0. P. STACK SIZE g'ATIN5 HEKTS APl R'P 55 / 8P~C ~A FOe ALL ~YO~AULICALLY ~P~ATED. BOPE TO ~E OPE~A~ED ON EACH W[T~ I~0 GA~'OM ~¢~U~ULAYO~ AMD CHOKE AND KILL ~AN/FO~DS SEPARATELY TO ~EET APl ~P 5~ CLA~ -~ CASIAIG 3POO(t TSP. PR.-- mOO ~ CA$1MG t-I~0: .. 20"- ~000 X ISa~- '--5oo0 Or/TX4 5000 S/OK OUTLET,~ { VALV~. ~0~- ~000 ~( 20' CSG IV/T/-/ ~"-ZO00 FI AIJG~O OUT~ET~ SU~FAC~ CONOCO, e ~ ,,I - MILiVF ?DIN T L~ 0 PE FOl~ I$~ 'f' 7 "dASING Kill and choke manifolds to-meet API RP 53 Class 5 M standards.-~- · _ Vent Line: 4" 10,000 psi Accumulator' 3000 ps.i 180 gal w/Ni trogen back-up Note- Choke mahifold and c6ntrol for the adjustable choke are on the rig floor. C~okc - ~ I CltOKE 8 KILL ~4ANIFOLDS FOR i:~3/8" & 7" OD CASING BOP STACK L . ~o ~., ~:~Cn.~ ~ ,~,/m~T - C~C~; ~ ~ .... , CHECK LIST FOR NEW WELL PERMITS Company ITEM APPROVE DATE YES NO REMARKS (1) Fee <2) Loc (2 thru 8) (3> Admin ~ ~( 9' thru (4) Casg (12 thru 20) O?E_ .//,7/'/ (21 thru 24) 1 Is the permit fee attached 2. Is well to be located in a defined pool .......................... ,...~J,~ __ 3. Is well located proper distance from property line .. ...... , .......... /j~ 4. Is well located proper distance from other wells .................... ~Z~ 5, Is sufficient undedicated acreage available in this pool ............ /~ 6. Is well to be deviated and is well bore plat included ............... ~. 7 Is op th ly ff cted party ~/a~ . erator e on a e .... ..... ......... . .............. 8. Can permit, be approved before ten-day wait .......................... /~ . 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. h b d i f ' A6~ Does operator ave a on n orce ........... . ....................... Is a conservation order needed . f~ Is 'administrative approval needed ~. Is conductor string provided ................................ Is enough cement used to circulate on conductor and.surface . Will.cement tie in sUrface and intermediate or production str Will cement cover all known productive horizons .......... .. Will surface casing protect fresh water zones ......... ''[''~an Will all casing give adequate safety in collapse, tension Is this well to be kicked off from an existing wellbore ..... Is old wellbore abandonment procedure included on 10-403 .... Is adequate well bore separation proposed ............. ' ..... ........ ings ... .,/~/?~c~ Is diverter syst required a, em ee.eee.eeeeeleeeeeeeeeeeee.e®eeeeee.eee Are necessary diagrams of diverter and BOP equipment attached Does BOPE have sufficient pressure rating - Test to ~~ Does the choke manifold comply w/AP1 RP-53 (Feb.78)..~ ........... Additional requirements ' ~/ . Additional Remarks: z Geology: Engine .ering: :w~ ~ LCS~BEW -- ~'V~.~..'~ JK~' HJH /~ rev: 12/06/82 ,, INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SH~RE 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 APPENDIXl No Special'effort has been made to chronologically organize this category of information. PRUDHOE BAY ALASK:A 73909 ,'.hl, umberoer Alaska (.,'~o.'~Put~,r'~q Center 23-dUN-1990 1,2~2g **** R EEI,~ H'EhDER **** SE'R V I:C~ NAt4E : D~T~; : 90,t06t23 ORIG.[~ = g,[,.~ I C REEL NAME : 7'3909 p ~ ~::: v ,'[ 0 t) 8 RFC E L CC~4~ENT ~ ~RCr} ALf~,SKA, ]',NC., PRUDHOE BAY, D.S, 7-22, gPI #50-029~20925 **** TAPE SERVICE NAD:,~E : EDIT DATE : ~0!06123 OPIGI~ : FhlC TAP'F NA~fE : 73909 CCNTINi..~ATION PREVIOUS T,~PE CO~S~ENT ..... : ARCF~., AI.,ASKA, INC,, PRi~[)Et')E. .... ,,,. BAY,. D.S. 7-2~, API ~50-029-20925 **** FILE HEADER F,,I'LE NA~,tE : E~,)IT SF R V,,I,', CE : F.LIC VERSION' : O01. A04 DATE : 90/06/23 ~,~A,X REC SIZE : 1024 FILE TYPE : bO bAS? FILE : PAGE: COI-.~,PL'%NY NAME;: ARC() ALASKA, Ii~C. WFL, L: D.8. 7-22 FTELD: PRUI)HL';E BAY BOROIIGH: NOR'.I.'~ SLOPE STATE: hL, hSK~ LCCA'I/:I('IN: 1831' F'>.iI, & 682' RANGE: 1 4E ES Ta~e 'Verificat,~,on Listj,,nq ;h.lumberger A!,,asko (,'.o~put. inO Cen'ter 23-dL.il,'- 1990 1.2:28 09 - d I.,.! :a,?~ - t. 990 1025¢ 10185 BIT SIZE: 12,25" T Y P E F b U I D I t"4 }~ r~ L F,: P R {'l t) [I¢ E i':; F b U I D S /P U I,l p,, I h w E S T ATC CT 1.163 T't~ C 2 FIELD RE~iARKS: TI:K-IN S~S B},!CS DATED 18-MAR-S3 OVER THE PERFS, RAN TEMPERATURE P.ASSF, S ([~) A{~I') Tt)T-P PASSES (3) W~'tlLE THE WEht, WAS FbOv~ING, FI.,OWtb!G '~EI,L Cf~.~'r).I. TI('}~,~S: RA'I'~" = 3000 B(3P!'.'), 8 ! MNSCFPDI 0 % AIER, .... . E..,F ['TP = 280 PSIG '~>U~PED-IN 250 ~:~BLS (;[}R = 2685 F'TT = 124 !) '{ .... . ........ S[~;AW'A. TF'.'[¢ A'.t[ 79 [..~F:(jF'~ 20() B~I.,S DF;AD CRUr>E i0 BBbS DIESEl..,, 10 ;~BLS r ;,'~."'~t'~thN(~[}.r t'..,OG(jF[~ I,'~)flR TE~PERA'I;:IJRE WAR';~B[CK PASSES AND' T'HR~;E STATI ~,~;[,~, TOT-P PASSES. RESULTS~ .N(.3 UP I~j[)R DO~N CHANt~,~E!.,S WERE EVIDENT, F!.,I.:.:)~J.'.~:~G TDT PASSES SHC¢~[JD T[!E GAS E~,tTt~Y Wh.S [3VER T~'IE E~TIRE IMTERVAL ~.O01{I' 'to loo3~' T}.~IS cJ~S SEEN BY THE DRAMATIC SHIFT I~ THE INFD C~RVE 4[~T~.4 FI...,C~'~'I~',~G ht'.~'{') STATIC TDT PASSES SHOW GOC ~hPPROX, 9962' ~ . ......... '?RAT f)!,~ THIS LIBR~SRY TAPE: ?iATCfiES THE CURVE LCO1 U~ BLUELINES. [,COJ = TSC~'2/TSCF, If, DEX OF FILES O~,, T[.~IS T~PEI EDIT.O0~ = Hf,~I:)CES-ISEYNAb~? AVG OF 3 FLO~'I¢IG & 3 STATIC PASSES EDIT,OO2 = P~SS ~1 - WE[,.,!., FLOWING EDIT,O04: = PASS ~3 - WEAL [{I)I*.005 = PASS gl - hELL STaTiC F~[)i.T.O06 = PASS ~2 -WEL[, STATIC E;D!T.~O8 = ~ T~i:~P~':~ATI.JRE [>[~Wt~ PASSES 1') g T E ,? O B S ".i' h R T ~',.,...n ,- 21 -.. d Li ,! -, q. 0. PAGE: iS Tape Verification Listinq ~Dl, umber~er ;ilas~a Co~r;,,,~t:inq Center 23,,,jUN-1990 12:28 ********************************************************************************** F I !.,F., - H 0 r.) G E $ - b E Y ¥ A ~I ~st A V g R A (] g 1~') '1' g T I) .A T: A D~T~h INCL{.tDED ,,, T 0 I:J t., E X T E N S I 0 t4 T O 0 I., TDT'P T D T -P ,HSF TiiER~t~I.., DF;CAY 101.28' Tt3 9577' il ,oiL},: FR 3 FLOWIt!~G PASSES , H !:.., 8 i~i. g R .~<~ .a !'. 1) ~; C A Y 101. i. 0 ' T 0 9595 ' '~.t- I... A V (1 T P 141:, 81 C; ,~., 81 g !,,{ F' R 0 ~'..~ 3 8 T A T I'C P A $ S E 8 ********************************************************************************* CN ARCU A.bASK~A, I?,1¢, Company Name F.~ PRUDH..r3E B!~Y Field Name w~] [).8. 7-~? ~ell Name APlI',t 50'029-20925 API Serial Number FI, 1,831' FN'L g 682' FW!,,, Field [,ocatlon S~:CT 34, Section T(3 W ~J I. 1 ~ TOWnShip RANG 145 Range COuN N[JRTI4 5I,[')PE County STAT ALASEA State or Province NATI USA Nation ~ITP ~E1NTS/~tORNIS witness' Name Sg~ 391256 Service Order Number PDAT f4SL Permanent datum EPD F'T 0, I,~F PKi4 Loq ~easured From AP~ FT 58. · S Ta~e, Verification Listi,,nq ~ h 1 u 'mb e r (.~'e r a 1,. a s k: a C o fr~ p ti 't ,i,. r'~ q Ce n t e r 23-JU~.~-1.990 12:2~ '~ ~ . £.K[ .... FT E,,, ~ F T 57 , BLI FT I0i62, 80ttom Loq Interval, '.~LI FT 9600. ToD Log I~terval I T~BL,P.: TYPf!: : (..Jl~:v D' E F I [)~'.',P~ Depth Char~ne] ~ame SI, ON 8iqma (f'~eutron Co:pture Cross oe:ti, on) ..... D.I Porosit. y . SIi3H Borehole s,'iqma (corrected) '""' 8I~~ 8igr~a (~<~eut~o. Capt, t~r'e Cross Section) T~?tl TDT Porosity -- "l" SIS~',l ~ore~ole siOa',a (corrected) ** SET TYPE TYPE RF:PR C(':~DE Vh, LUF: i 66 0 2 66 0 3 73 28 ,! 66 .1. 5 6 6 '7 65 8 69 0,5 9 65 1. l. 66 36 !2 6~ 1,3 66 0 !. 4 65 15 66 68 16 66 1 0 66 0 :$ Torte Verif.:fcat. i, on l,,,,i,,st, ir~q .:hlu~berqer ~l~sk'.o Comput.i.:r~q (:'enter 23-JbN,,1,990 1..2;~8 N g [~ E $ E R V U 741 '1'.'~'!: ~' V D E: P T F'T 3 ~ !. 2 ,, ~ 8,T G'~ HbF Ctl 391256 T P H 'I H [.., ~" P U 39 !. 256 8I(;'~* HI,a8 CU 391256 TPH! I.~L8 PU 391.256 PAGE: , * :!:) A T A * * DEPT. 101. 36. 000 SIG~. HLS -999. 250 DEPff', 1. 0100,00() S]:G~~. ~[.,S ! 5,555 DEPT, 10000,000 SIg~, [{lbs 13,039 DE:PT, 9800, Of)O D~'fPT, 9700.00 DEPT. 9600. $I(;~". HLS J. 2,039 DEPq". 9523,009 SI'G~~ . HL,S -999. 250 ** E¢iD f)F DATA ** '] "' IT HbF 12 744 $IBH. H[,F tG?~ ~',,[,,,~ 0 000 PtiI. , P ~'~ ",I. 'F! [.,, 5 '~ 999.250 ,S I B H. ~.~ L $ - 999.250 S I G,. ~':~. '['~ L F 12.32 [. T P H I:. H L F 23,291 S I B H ...., H b F T P [~ I. ~4 I,, S 19,09 ? S T B H. H I., S 135.375 ' ~-~!,,,,S 30. 127 SIGH, HLS 34,125 T P H [, 81 G ~'~, H L F 12. V 54 T P H i, H b F 5.664 S I B H, ~'~ I,,. F T P ~.'t I., ~.:1 I..., o':' 13, i. 35 S T .... B H, H L S 42,906 5 !,. TM''~ , Ga,, HLF 15.523 TPI':~I.HbF '8.594 8IBH.HI,,,,F T P Ft I:. H b S 20.410 S I B ¢:, H i',, 8 40.563 S!G~.i,HLF z)45'570 TPHI,HbF 8 252 SIBH.HLF TPHI H'L*' 0,313 Si~,H.HI,,S 43:063 ~ ~} . , , S I G a, H [.,, F 15.3 () 5 T P H I. I,t L, F 6.152 S I B n. H [,, F "e P H I. H [, '3 13.525 S ,I B Ii. ~ L S 50.063 SIG.... ~.~,FII,F -999.. ,250. TPHI,HLF. -999 250 SIBH,HI,~F VpuI, ?~LS O, 00() S!t~H, HLS -999:250 28.813 139,750 34.375 44.313 41,781 41.188 51.031 -999,'250 [$ TaDe '¥eritJ. cation [,,istinq ~hl. umberoer ~,lasKa Computlnq Center 23-OL;tN-1. 990 1,2:28 T 1, ] k, I V ~ [., L, f.) E F I .......................................CN X'''RCO ....... AL, ASKA:''~[I ............... . [;moanv'''''Name ................. ''' F~ PRi,,~[)~O~.: BaY Field ~ame " 7-22 ~ell .[~ a m e 50°02~'20925 AP! Serial Number FI~ 1.831' FOb & 682' FN[.~ Field Location S [..C~" 34 Section TOWN ! ~, ~: Townsh ~, D R.a~lG I 4E Range COUk' {,: ("~ ~ T [..~ SLOPE County STAT .A[,ASBA State or Provl. nce t<:~Tl t_iS~ 5ation i4TTL NEIN'.FS/YOt:{F{I.S witness ' fJame IS Tar, e Veri,,ficat,Jon ~,hlumberger hlaska Comport. hq Center 23-alL.iN-1990 12t28 PAGEt 7 T U ~4 ::,[,. V A b {,.t Ii) E F I, s 0 ~',~! 3 g 1 2,5 6 S e r v i ce 0 r d e r ~ u m b e r D ~ T ~t S .L, P e r m a n e n t d a. t u m E P 0 I.~,~ k t~ bog ~.~easured From APg F.~B EDP f'"T g G L F T 2 'r D t') T~BLE TYPE : CURV Depth Chard, ne 1, Si(!ma (Neutron Capture ¢'.:ross Sectior~) Status' of TDT TDT Porosity TDT ShUnt ""' C. urrent Slqma formati, or~ - far detector (TbTP) 8iqma for,~atIon- near 4erector (TDTP) $1~ma borehole - far detector (TDTP) Sic~'~a bor'ehole - near detector Far TOT:~,:. Cotl~t ~.~ate ~:~]ear TD"I'~ Cou~t Rate .~nli. tude ~ormation -- ~ar detector Amplitude borehe,l.e -- Far deteCtor (TDTP) h~r~lJ, tude format';ior~ - near detector (TDTP) Amplitude Berehole -- near detector (TDTP) SI(;~ Correction orehole si¢~'~a (corrected) -- '!'bTP initron mode ~onitor ratio TD'T Ratio Standard deviation of ~iq~a-for~ation (TDTP) ~ack~ro~nd, ~.~ear ~ates Far Total CO~:ntS analyzed - near detector (TDTP) Total counts analyzed - ~ar detector' (TPTP) '!'oral counts - near detector (TDTP) Total counts - far detector (TPTP) Selected dates count rate - near detector (TDTP) Selected dates count rate - far detector (TPTP) Inelastic cou.t:ino rate - near detector (TOTP) Inelastic count, lno rate - far detector (TDTP) TDT-P Tele~etrv ~:rror Count ~ead Vol ta~e Status o~ ATe Raw ~ear 1st Gate Raw ?4ear 2nd Gate ~aw ~,lear 3rd Gate ~aw ',,~ear 4t~ Gate Tape VerificatJ. on I,.0istjnq :hlumheroer A, laska Computinq Center 23-JUN-1990 '.t2: 28 RN5 ~aw Near 5th Gate RN6 Raw Near 6th (;at',e RN7 Raw Near 7th Gate RN8 Raw Near 8th Gate R.~9 Raw r"~ear 9th Gate RNIO Raw ~,~ear loth Gate RN,11 Raw Near 1,1th Gate PN12 Raw Near 12'th Gate RN13 Raw Near !3th Gate RN14 Rsw Near 14th Gate RN15 Raw ~',~ear 15th Gate R~16 ~aw r~ear 16th Gate RF1 Ra'w Far ],,st Gate RF2 Raw Far 2nd Gate RF3 Raw Far 3rd Gate RF~ r~aw Far ~th 6ate R. F5 Raw' Far 5th Gate RF6 Raw Far 6th Gate RF7 Raw Far ~th Gate RF8 Raw ~'ar 8t, h Gate PF9 Raw ~ar 9th ~a, te RFIO Raw Far IOt;h Gate RFll Raw Far 11th Gate PFlP Raw Par 1,2t:h Gate RF13 ~8w Yar 13t:h Gate R~'14, Raw Far 14th RF1,5 Raw ?ar 15th Cate RF1.6 Raw Far !.6th Gate GR Gamma Ray TENS Tension CCh CC!,, a.,~P 1 i'tt~de PAGE: ** [3ATA F'OR~,~A'I! SPECIF'ICATICI!'4 RF, CORI.') ** ** SET TYPE Y [,$ Ta~e Ver:t.ticat!on Li,$tIng ~'h,],umberc!er A!,aska Comput, ing Center 23-dUN-1990 12328 PAGE: NA~E ~EP,'V UNI r>~:t,T $ l (3~ PlF CU STDT P 1 F TPHI PIF 1 ,S. U P 1 F V SFPP P 1F CU' SFND PlF CU SBHF P I F CU SBi.!~ P 1 F CU FTDT P 1 F CPS NTDT P I F AFF[} Plf" CPS ~FP PlP CPS AFNO P t F CPS A ~ ~,,,~PP:IW CPS SIGC P!P CL)' 81 B H P 1 F C U ~':OF PJF FP.~,C PlP CPS TCA'~{ Pl F TCND PlF CPS TCF[) PlF CPS TSCN PIP CPS TSCP P IF CPS I ~.~ ~D PiP CPS I[;FD P!F C~S TTEC [~ V P 1 P V SATe RN1 ¢!P CPS p k~ 2 P '1 F (l P S R~,'3 PlF CPS R~4 PlF CPS RN5 Pl F CPS ~.~6 PlF CPS R~7 P!.F CPS T TYPE - CHAN ** S VE R I: C E: ,h P ,:!: h P i A P I A ORDF, R # LOG TYPE CLASS M .91,256 ,, 0 0 O0 39'1.256 51 4(.)0 O1 0 39I 256 51 390 O0 0 2 391256 5! F~gO 01 0 2 391:256 51 000 O0 0 2 391756 51 400 02 0 2 3q12S6 51 400 02 0 2 391256 51 400 01 0 2 391.256 51 40() 0f 0 2 391256 51 000 O0 0 2 391256 5 ! 000 O0 0 2 391256 51 391 O0 0 2 391256 51 391 00 0 2 391256 51 390 O0 0 2 391256 5! 390 O0 0 2 39 !256 51 400 01 0 2 391256 5 ! 400 01 0 2 391256 51. 000 O0 0 2 - 391256 5t 000 O0 (,) 2 391256 51 000 O0 0 2 391256 51 390 1,? 0 2 391256 51 391 17 0 2 391256 5! 000 O0 0 2 391256 51 000 nO 0 2 391 256 51 o 00 00 0 2 391256 51 00('~ O0 o 2 391256 51 000 O0 0 2 39! 256 51 000 O0 0 2 391256 51 000 nO 0 2 391256 51 000 O0 0 2 3~1256 51 390 ()0 0 2 3912,56 51 900 O0 0 2 391256 51 o00 O0 0 2 391256 5! t90 O1 O 2 39 ! 256 51. 390 02 0 2 391 256 51 390 03 0 2 391.25~ 51. 390 04 0 2 3ql, 256 51 390 05 0 2 391256 5! 390 06 0 2 391256 5 I 39r) 07 0 2 1, 1. 4 68 00000000O0 1 1 4 68 0000000000 I 1 4 68 0000000000 ! 1. 4 68 0000000000 1. 1 4 68 0000000000 1, I 4 68 0000000000 1 1, 4 6R OOO0000000 1 1 4 68 0000000000 1 I 4 68 0 (:) 00000000 1 1. 4 68 0000000000 1, 1, 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 ~ 1 4 68 0000000000 l 1 4 68 000000()000 1 1 4 68 0000000000 .!,. 1. 4 68 0000000000 I. 1 4 68 0000000000 ~. 1 4 68 000000000() ! 1 4 68 0000000000 1 '1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 000000 () 000 1 1 4: 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1. 1 4 68 0000000000 1 1 4 68 0000000000 1 I 4 68 OOO0000000 I 1 4 68 0000000000 1 1 4 68 0000000000 1. 1 4 68 0000000000 1 1 4 68 0()00000000 1. 1 4 68 0000000000 1 1 4 68 000000o000 .t ! .4.. 68 0000000000 1 1 4 b8 0000000000 1 I 4 68 ()0o0000000 :$ Ta~e Verlfi. cati, on .his'tin,:~ ;hlumberoer Alaska Computino Center 23-jUN-1990 12:28 PAGE: 1¸0 I D 0 R D E R ~ F C P $ 391256 R'N9 PlF C'P~ 391256 RNiO P1F CP,S 39~256 5I R ~.~ 11 PIF CPS 39~256 51, RNI2 PIP CP~ 39~256 RNI3 PlF CP.S 391256 RN14 PlF C'PG 391256 51 RN15 PiF CPS 391256 51 RN16 PI,.F CPS 39!.256 51 ~Fi P1F CPS 391256 51 l! F ~ P 1 F C P S 391256 5 RF3 P1F CPS 391256 51 RFa P1F CPS 391256 5 RF5 P1F CPS 391256 51 ~F6 PlF CPS 391556 51 RF7 PIF' CPS 391256 51 RF8 PlF CPS 391256 51. RF9 PiP CPM 391256 5t 0 P!F CPS 391256 51 RF 1 P1F CPS 391256 5! RFI~ P1F CPS 391,256 ~F~3 PIF CPS 391256 P~ 1 ~' PlF CPS 391256 5! ~F~5 PlF CPS 391~56 5'1 ~F16 PtF CPS 391256 51 G~ PIF fi; a P I 391256 5!. TENS P1F LB 391256 51 CCL PtF V 391256 51 390 1. 0 0 390 11 0 390 1.2 0 1390 13 0 390 14 0 390 '15 0 390 1.6 0 39 l 01 0 391 02 391, 03 0 391 04 0 391 05 0 391 06 o 391 07 0 .391 08 0 391 09 0 391 10 0 39.1.. 11 0 39 :!. .12 0 391. 13 0 391 1.4 0 391 15 0 391 16 0 310 O1 0 635 21 0 1.50 01 0 I b ,.~, U 1,..~ B S I Z E R E IR P R 0 C L,~ NIj~vtB Sa~!P EI..,EM CODE (HEX) 1, 61~ 0 000000 1. 4 68 0000000000 2 1 2 I 1 4, 68 0000000000 2 ! i 4 68 0000000000 2 :1. .1 4 68 0000000000 2 1, 1 4 68 0000000000 2 1 1, 4: 68 0000000000 2 1 I 4. 68 0000000000 2 1 1 4 68 0000000000 2 1 1 4 68 00000 (') 0 () 00 2 1 1 4 68 0000000000 2 I. 1, 4, 68 0000000000 2 1 :1. 4 68 0000000000 2 1 1 4 68 0000000000 2 ,1, 1 4 68 0000000000 2 1 1 4. 68 0000000000 2 1 1. 4 68 0000000000 2 1 I .4 68 0000000000 2 I 1 4 68 0000000000 2 1 1. 4 68 0000000000 2 1 1 ,4 68 0000000000 2 1, 1 4 68 0()000()0000 2 I 1 4 68 0000000000 2 i 1 4 68 00()0000000 :2 ;1 I 4 68 0000000000 2 I 1. 4 68 0000000000 2 1 1 4! 68 0000000000 2 1 i 4 68 0000000000 ** DATA ** D[TPT, :1, 0135,500 IS[If!, P 1. F -999,250 SBH~ , P 1F -999,250 ABFg. P 1F -999. 250 StBH,P 1F -999,25() BgC~.PlF -999,~50 TC ?.i ~, PIE -999,250 IN;..~D. P 1F -999, SATC.PlF -999.250 ~k:4, ~!.F -999,250 PN~, P 1~ -999. 250 R~: 1 ~, PIP -999. ~59 R~> 16, P 1F -999,250 ~F4, P ~ ~ -999,250 ~F'8. P 1~ -999, RFlP,P1F -999,250 RF 16. P 1 F -999. 250 SIG?'4.P,I~" _.099 250 SF'FL).P!F 2999[250 FTDT, Pl F 999,250 4FND. P1 F' -999. 250 i~[)F. P IF -999,250 F[~C. P 1F -999. 250 TCF'D. PlF' -999. 250 INFO. PlF' -999. 250 PNI.,P1F -999.250 {~NS. P1F -999. 250 RN13.P1F 9.99,250 RF1 ,PlF' -999,250 RFS,P!F ~999,250 RFg, P ] F g99,250 R~13.PlF -999,250 GP. Pl F -q99. 250 STDT,P1F -999.250 TPHI.P1F SFND,Pl.F -999,250 SBHF.P1F ' '" PIF '999,250 AFFD,P1F N 7 D r, A)3NI),PI F -999,250 $IGC,P1F TRhT,P1. F -999,250 SDSI.~I.F TCAN.P1F 999 250 TCAF.P1F TSCt~, P1F :999:250 TSCF,P1F TTEC,P]. F 999 250 BV.P1F R~2.PlF 2999:250 RN3,P!F ~N6,PlF -999,250 RN7 RNIO,P1F '999,250 RNll P1F RN14,P1. F -999 250 RF2,PI.F -999~250 RF3,P1F R["6,P1F -999,250 nfl {'.), Pl F -999,250 RFll,P1F [~'14, Pi~ -999 250 TENS,Pl.F '999~250 CCL,P1F 999,250 :999,250 '999,250 I999.250 '999.250 2999 250 999~250 -999,250 -999.250 -999,250 -999,250 -999,250 -999,250 -999.250 -999.250 -999,250 -999.250 IS 'rar~e Verification L:tstir~q :hl, umberger AlasKa Com~)ut;lr~c] Center le P,!..F 32 563 ,:.-. H U, . , :8P,~4t ,p! F 91,6~3 P .... '~ P1. F 14:6.325 B~C~, Pl F 1,03,4~,3 I ~:~.~ ' P'l F 2706.889 8ATC, P! F 1. 000 ~N4, P I,F 1766,09~ R ~,~' 8, P 1 F 980, :I 14 RN :12, Pl F 2767,519 RF4 PlF 563 447 P F' ['~ ' F ' ,[~'1 409.564 R. FI. 2, !F I 1.15.()57 :RF 1, 6, P 1, W 1051,136 DEpT, I0000. 000 8IGa. P!~" ISHU P1. F 28.1..56 SF'F[') PI.F 8B~'IN, P 1 F 37. 005 F TDT, P1F ABVD,P1. F 296'028 AFNI'.~, P 1. F $ I B }'~, P 1. F 33,197 ~ ~. 0 [.", P 1 F' BACg:,P1F 121,901 FBAC,PIF~ TCND, P 1 F 47'338,656 TCFD, Pl. F I N N D, P 1F 2 ? 02,620 i ~:~1F D, P 1 F $ ,~ T C, P 1, F I, 000 R N' 1,,P 1 F ~,~4, P 1. F 1761,364 RNS, P1 F R',,~. P1F 946.970 R'Ng,P1F R, 12, ~.1. F 5390.~;24 R.N13.P1F RF4, P1F gl 8,452 RF'5,P1F RFI~,PlF 2931..547 R~'i3,.P 1F' 2.3-dLIN-I. 990 12:2g 12,344 1.2, I 82 473.757 1., 250 I..35.4g0 1 088 . ~l 50 540 777 928 030 1.420 454 1, :~.54 26,1 3 57 575 340 909 5(.",)6 629 629,735 1474,905 20, O63 1,6,74:8 1. 6.705 36,493 7t~5,066 1.352 35,789 24557.203 1926 8'64 958 807 2005 208 2504 734 6.235 795 756 448 94:7,421 !411,210 3449,900 1,7, P, 28 66 000 13 776 27 028 544 .189 2 02'! 88973,328 891,6,957 0,00() 87 , 720 1366,004 1685,606 31.(55 246 t. 21. 629 527 936 580 01,9 1650 094 950 000 66,000 '.1,, 6.916 64,234 608,278 170378 375 1,7258 090 0 ()00 103 937 2597 064, 2739,109 5669,98(') 30,9(50 1.21.7 758 !] 572. 420 229,1.67 965,000 ' P1F 66 000 D F: p T, 990 (,, 000 S ii- (; ~"~. ;:, 1 F 12,616 S_iT'; D T, ISNU.PI.F 28 875 GFFt).P'I~' 12.693 8 ND,P1 F 12~616 5B{-iN. [., 1 F 43 ~ .349 F'TDT. P i]V 3e. 388 A~E"[5 P1F 316 464 AFN[') ~'!F 8~'a7 524 ABNP PlF 57'1~523 I - · ~ ... · .... l'f~H PlF 43.~3~ ~dOF,Pl~ 1.100 TROT Pl~~ 1,363 ~aCg'P1F 170,4.27 F~:~aC, P.'! F 56 063 ;~Ct,~t',: P t F 47090.688 TCFI).PlF' 29891~1.33 TSC.~,~ ~ [:' 1 g 18736,996 iN~:r~...,P1F 261P,004 .... I'HF~,PlF 1957.922. TTEC,P1F 0 000 RN4.P1F 1.763.73! RNS.PIF 1896.307 RN6.PIF 2466.856 RN~,P1F 935.t32 RF~q. PIF 2367.424 R~IO.PIF 2556.818 P~'~ 1.2,P 1F 5104,166 k:~l 3.P1F 6115.057 RU14,P1F' 6193,182 R~1.6,PlF P426,609 RFI.P1F' 80~.532 RF2,PlF 48 651 PF'4,P1F 942,460 RFS.PI.F 107~.8aq .PF6,P!~ 1378~968 PFg,PlF ~40,774 PPg,PlF' 15!0.417 g~IO.P1F 1634' 424 RFI2,P1F 331[?.452 RF13.P'IF 4012.896 RF14,PlF 42a8 194 ~F'16.mlF 1835.31~ {~R.PlF i. 9.281 TF~S,PlF 965:000 TP},iI, P1. F SBHF .P 1 F AFFD. P 1F 8IGC.P1F SDSI,PlF TCAF.P1F TSCF. P 1F RN3.PlF RN7 .PlF RNlloPlF RN15 RF3iPlF RF7 P1F RFI. 1 ,PIF RFI. 5.P1F CCI.,, P 1 F 22,424 78,195 110,897 0,132 0,132 3889,328 44398,614. 235 500 1659 564 1072 443 2424 242 2270 359 471 1.1.7 561 079 885 417 1536,458 0,000 12 288 32 120 288 997 0 O86 0 180 98022 141 9928 930 235 625 1.264 204 2090 436 4500 473 3'109 753 592 758 1056,547 2532,242 2227,182 0,000 5,744 37.031 313,915 0,000 0.121 136105,500 13745,631 235.375 1285.511 2140,151 4178,503 4775.094 684.524 1262.401 2596,7~6 3566.468 0.000 .11 ,,:, e v'eri..f.i...cation I;,,,i, st, ir'~{~ ~blumherqe.r A, lasKa Comput::.,ino Center 23-JUN-1990 1.2;28 D E P T, 9700,000 S I G ~i. 'p .!. F I $ ~.,t I.~, p 1. F 40,406 $ F F D $ B H ~:, P 1 F 4 i, 879 F T [} T, P 1.. F AP.F'D, PlF 33.4,308 .A. FND,P1F S' 1 .B ~t.., P.. 1 F 41 , 562 ~4 ~4 C) F, tP~ 1l FF B A C ~, P 1 F 2.47,366 F ~..t A C, P 1 F ' C P ! F 48 E~ 93,04:7 T C F ~',3 I ~ i~:i' D, . . , $ ~ '.'.i' C. P 1. F l., 000 P t'~ i., P 1 F RN4, P1 F 1. 867,897 Ri'~5, PI.F ~, P 1. F 916. !93 RNg. Pl F o ~ ~'. R~i: 16, P1. F ~346, :117 RFi. PIF RF4,P1F 968 276 RFS,P!F .... ~ , P ...... R~ .. IW 8~(')'6B2 PFg,PI.F RF12,Pi..F 3269,413 R. F13,P1F RF16 P1. F I;325 757 GP · . ~ ~ ,~, ... "' ') P1 F 15,.4~q 15,590 4:0,664 NTDT,P1. F 832. '1 '79 A B .N t') P i F , '' '"~""'PIF 1, 333 ~ ..... ~., 85,532 TCAI'~, P 1F 284 2 430 T~(..~,P1F 2224 933 925 663 RN2,P1F 21~0 151 RN6,P1. F 251 ~, 206 R f,J ! 0, 'P 1 F 6323.390 812. 026 ~F2,P1F 1089.015 RF6,PiF 1614,583 RFiO,P1F 3856,534 RF14*PlF 16,!.09 TENS,PIF 66,000 1.5,510 55,529 573 4,30 1 550 160574 625 16271 477 0 000 185 '760 2308 238 2419 507 52'36 74.2 77 400 1. 3.3 ~ 786 15:1 681 3396 739 940 000 66 000 1.5 489 61, 41,9 623 21.6 1 520 178444 656 18022 ?66 0 000 2,;7 680 2772 25:] 27~3 844 6096 1 ~7 86 246 1479 640 1697 443 3@92 045 935 000 D g P T. 900 ,'), 000 S I G !/{, P 1 F 15,0 ~.~ 0 $ T D T. P ~ F 66.000 IS!~U PIF 40.43~'.~ SFF~:).P1. F ~4,976 SFND,P1F 15,!!9 · '. ,,. ~ ~ 5 . .. . T[,~ , .B 1 S~H~,PIF 46,4.2~ .' ~[.T P1F 38,799 N "'~ P!F 52 4 APFI),PlF 370,394 .AF~D,PIF R63,088 A}:!ND,P1F 678,497 SIgP,P1F 41:,606 ~.IaOF,P1F 1,237 ~RAT,P1F 1,348 B~C~ PlF 287.777 F~C,PI, F 107.662 TCAI'..P1F 154454.938 TC~,~D:P1F 46991.32g TCFD,PlF 29755,633 TSC¢,~.P1F 15876,945 I~;~D PlF 2407 ,106 1~;~''~') P1F 2~1..4 151 TTEC,PIF 0,000 S&TC,P1F 1,000 RNi,P1F 928:030 RN2,P1F 286,380 P1F 2253 788 RN6.PlF 2843,276 RN4,P1F 2097.538 R~5, ..... PN~.P!F 925,663 °Nq,PIF 2618.371 R~;IO.P1F 2774,621 RNI9,P1F 5'210,700 R:~I. 3.PlF 5963.541 RN14.P1F 5743,370 R~,'16,P1F 2521 .307 RFI.P1F 812.500 RF2.PIF 105.780 PF4.,P1F 11,77.[,83 I~FS,PJ.F 1223,958 Rf'b,Pl F .1.583 333 PFS,PI~' 860.792 ~F9,PI.F !723.958 RFIO,p!F 1820:312 RFI2,P~.F 333(~,729 RFI3,PIP 38aa,5~3 RF'14,P1F 3901,041 RFI6,PI~ !674,479 G~,PlF ~4,063 TENG,PlF 1025,000 P A G E: 12 8,802 37,535, 282,466 0 0~6 0 189 I0 238 235 500 1238 163 1.936 553 3920 454 3728.693 681,.612 1052.989 000 8,145 34,560 323,198 0,000 0,177 117379,375 11.855.221 235,375 1351,799 2339,01.5 44,86.269 4351,325 719,697 1226 326 2668~057 2807,765 0,000 '5,971 42.402 315,463 0,015 0,181 114552 000 11.7751188 ~35,875 1574,337 2289,299 4483,901 4341,855 869,792 1299 479 2833:333 3177,083 0,000 IS T a~;,e Veri, f, ication :il,,ist:ir"~ :hl,,.]mberger h]..asKa Comr:,ut:inq ("'enter 2 ] -J U ~,,i ,,,, ..1. 990 12: 2 ~. 1] 534,000 8 iG['~. P] F 999,25o SFFD,P'iF 999.250 F"r [)T. P 1. F' 999.250 ..a F ~, 0, P :l F , ..... , . .... ' .... ~.,~ ~. . ~'" 99 250 .:~ ...... ; ~ , 1 F 999,250 TCFg, 999,250 I ~".J F' 9, P I F ......... - 999,250 R .~'::~ 1. P' 1 F ..... .~.5,.) PNS'P1[:Pl 999,250 ~.~'N9, Pl 999,250 RK1, 999 2.5 ~"~ R F 5, P 1 F 999 ' P 1 F .... , ~250 R F' 9 ,. 999, '250 l:i'~ F 13, P 1 F q 99,250 (:; R. P I F - 999,250 S T D T, P .1.. -999.250 SF'ND,PlF '999'250 NTDT.P1F ~ 999,250 A. [~ N D, P 1 .999'250 TRAT,P1F -999,250 TCAH,P1F -999,250 TSCt"~. P 1F -999,250 T T F. c, -999,250 RN2,PIF -999. 250 ¢Nf.:Pp -999,250 -999,250 R3',~l 4, PI F -999 250 RF2.P1F 999: 2q - ..... 0 R F 6, 'P 1 -099,250 RFlO,pl -999,250 RF14, -999,250 TENS,PlF -999 250 TPHI,P1F -999 250 SBF!F,~I..F -999 250 A'F.'FD,v,~F -999 250 SIGC,P1F '999 250 SDSI,PlF -999 .?.50 'rCAF,P!F -999,250 TSCF,PI, F -999,250 -999,250 RN3,PI.!'~ -999 2.50 RNT,PlF -999 250 RNll,PlF -999 250 RN15,PI.F -999 250 RF3,P1F '999 250 RF7 ,P1F -999 250 RFll,P1F '999 ~50 RFIS,P1F -999,250 CCL,PIF -999 250 -999 250 -999 250 -999 250 -999 250 · -999 250 :-999 250 '-999 250 ~-999 250 -999 ~50 .-9gg 50 -999,250 -999 ~5¢) -999,250 -999,250 -999,250 -999,250 ** E:ND OF DATA ** **** FILE TRAILER **** FILE NA~,IE : EDIT ,o02 SFRVICE : FLIC VFRSIOa : 001A04 DATF : 90/06/23 ~gX REC SIZ[.: : 1.024 FILF, TYPE : LO LAST FIL~: : **** FILE HEAD~;R **** F I b F: ;',,:I A ~ g : SE'RV ICE: : FLIC VERSIflYq : O01h04 DATE : 90/06/23 NAX REC SIZE : !.024 F!LF TYP~: bgST FILE ****************************************************************************** * * FILE - P..i[)IT,O03 * ARC[') A[,ASK.~, INC, * PRUDHOE * [~.5. 7-2? Tape 'veri. flcation I.,.i. stlnq :hlt.~mberger Al, asK. a ComF.)utlnq Cent. er 1.2:28 50-029-20925 1,01.28' TO 9534' PAG~I 14 T~BI:..,E TYPK : E BAY 0 .... F i e ',i a m e 7-22 ~ell Name 5~-~29-20925 W N APlN FI.~ 1831' FNL & 682' F~4, b SECT 3 4. TOWN 1 ! ~' R~NC 1 4E CC}U~ .N{:}R T H Sb[.)PE STAT AbASKA W TTN RE,I,N']'S/MORRiB SON 391256 P D A T ~i 8 L E P D F']:' !,~, b ~: F P K ~PI) FT 58, F~B FT 58, EBF ?T 57, E~L FT 2 8 , AP1 Serial Number Field Location Section Township Range COunty State or Province Nation Witness' Nsme Service Order Number Permanent datum bog Measured From I'~D FT 10250 .. .. TABLF, TYPE : CURV DKPq ...................... ' D e p t h ,1 S!G~" 8iqma (b~eutron Copt. rite Cross Section) 8TDT Status TPH) TDT PoFos~ ty ISk~l; TDT Shunt Current Tame Verification ~blumberoer Alaska Compt~t,ing Center 2,3-JUN-~! 990 12:28 ~AGg: 15 F .r~.~ formati, on- f~,~r detector (T..,I.P) SF"~<!t') 310m format:ic)n - near detector (.l.l.,l.[') s~..~r sigma bore~o.l.e - far detector (TDTP) 8ioma borehol, e - near detector Far TDT!,,~! Count. Rate Near TDTM Cour~t 'F:ate ~mplltude ~ormat.,ion -- f~ar detector (TDTP) Amplitu~e borehole -- For detector Am~l.,ttuOe formation - near detector (TDTP) AmDlitude Borehole -- near detector (TDTP) 8'IG~,.~ Correct ion Borehole sigma (corr'ected) -- TDTP M:lnitron mode mo~l. tor ratio (TOTP) TDT Ratio Standard deviatior~ of Si. oma-formation (T[)TP) ~acKqrouBd ~,*~ear ~:,ates Far Bac~or~ur)d 'l'otal counts anal. yzed - near detector (TDTP) Total. counts analyzed ~ far Oetect:.or (TDTP) Total cou~t.s - near detector 'total. cour~ts - far detector (~'rDTP) Sel. ected Oat. es count rate - near detector Selected qates count rate - :far Oetector (~DTP) [nelast. ic counting:, rate - near oetector (TDTP) tnel..astic counting rat, e - far detector TDT-P Telemetry F:rror Count ~]ead Volt. aqe status of gTC Raw Near 1st Gate ~aw ?~ear 2nd (;ate ~aw t~ear' 3rO Gate Raw ~':~ear .4t~ Gate ~ta~ ~,,~ear 5t:t~ (;ate ~aw :~;ear sth (;ate ~aw ~;ear' 7th Gate Raw ~esr ath Gate Pa~ ~;ear Otb (;ate ~a~' ~,~ear loth Gate Paw ~ear llth Gate ~a~ Near 12t.~ Gate ~at~, ~ear 1.3th (;ate Ra~ Near 1,qth (;ate ~aa' ,ear 15th Gate Raw ~ear 16th Gate Row Far 1st Gate [~aw ~'ar 2nd (;ate Raw Far 3rd Gate Raw Far 4th Got. e ~aw Far 5th Gate ga-~ P'ar 6tn Gate Ra~ Far 7th Gate [~aw rat ~t. (;ate Paw ~ar 9th Gate S Tar,,;e Verif,l, catlon, bisttn~.~ hlumberqer Alask:a Comput,lnq Center PAGE: 16 RFlf'~, R Far 1. C,.th Gaaw te RFI~ Raw f.~'ar llth r.:;ate RF12 Ra~ Far 12th (;ate RF13 Raw Far 13th (;ate RF14 Raw Far !4t, n Gate RFI5 Raw F~r 1. Str:, Gate RF'16 Raw Far ].6th Gate GR Gamma Ray T E F~S T e n s i. o r~ CCI CCL .~mplitude ** SET T'.gPF: ~g~E: ..... SE CE: hPI P APl liMB Nt_t~qB. ,..,IZE REPR ROCE;SS , . .. "~ ~ ', lO ORD~iR ~ 1.,0(1 TYPE CLASS ~OD Ni~MP, SA~P EI,~E~ (.[.,LL (HEX) DF 391256 ,')00 ..fl . 3 1 4 6~ . nO, O0 S].G~~ P2F C{~ 391~56 51 400 O1 0 3 1 1 4 6~! 0000000000 $ T t',' ? P2F 391256 .SI 390 O0 0 3 1 1 4 68 TP!,I]' P2F Pd 391 256 51. [~90 O1 0 3 1 1 4 68 I S HI.J P2F V 391256 51 ()00 O0 0 3 !. 1 4 68 8FFD P2F CU 391256 51 400 02 0 3 1, 1 4 68 SF'NP P2F (1~) 391255 51 4Of) 02 0 3 1 1 4 68 SPHF P2W C~; 391256 5! 400 Oi 0 3 1, 1 4 68 Sb ~ ~" P2F C!l 3q1256 S! 400 (.)1 o 3 1 1 4 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 IS Ta.r,>e verl.f'icotion [,i. stir)c~ chlumberger i~lasKa C. ompUtin9 CeDter 2 3-J~!~-1.990 12:28 PAGE: 17 ",! F.. SERV ,~,' T $ VI.E P .bPI I' I O C' k D E f4 ~ I., L) (:. T ¥ P [ii, C IL~ h S 8 fy/ ! ~I II I! ,m m m lm~ ~m ~m~ m ~m m, ,m ~i~ ~,mm m m Immmmm r,l T DT P2F CPS 39125f'~ 51 000 O0 .AFFD P2F" CPS 391256 5~ 391 O0 ABFD P2F CPS 391256 bl 39! O0 A F ~,~D P2F CPS 39125s 5! 390 A~ND P2F CPS 391 256 51 390 STGC P2F Ci~ 391250 51 400 O1 8IBH P~F CU 391256 5! 400 b~DF P2F 3912,56 51 000 O0 TRAm P2F 391256 5]. 000 O0 SDS~ P2F CU 391256 51 000 BACK P2F CPS 39125(~ 51 390 17 FBAC P2F CPS 391256 51 391 17 ']'C AK P2F 39~256 51 000 00 TCAF P2F 391.256 51. O00 O0 TCND P2F CPS 391256 51 000 O0 'rCF¢ P2~' CPS 391256 51 00o O0 TSCN P2F CPS 39!256 5! 0oo 0 TSCF P2F CPS 391256 51 000 IN~qP P~F CPS 391256 5J. nOO O0 INFO P2F CPS 391256 5t 000 O0 ~TEC P2F 391256 51 390 O0 H' V P 2 F V 39125 ~ 51, 000 0 S~TC P2F 391256 51 000 O0 RN! P2F CPS 391256 51 390 Ol RN2 P2F CPS 391256 51 390 02 RK'3 P2F CPS 391256 51 390 03 ~ N' 4 P 2 F C P S 391. 256 5 ! 390 04 RN5 P2F CPS 391256 5!. 390 05 R5~6 P2F CPS 391256 5~ 3go 06 RN7 P2F CPS 391256 5! 390 07 RN8 P2P CPS 391256 51. 390 08 RN9 P2F CPS 3g~256 51. 390 09 R~,; 10 P2F CPS 391256 51. 390 10 RNll P2F CPS 3q1256 51 390 RNI~ P2F CPS 391256 51 39f) 12 RNI3 P2F CPS 391256 51 390 13 RN !.. 4 P2F CPS 391.256 51 390 !4. [?N&5 P2F CPS 39!,256 5& 390 RNI6 P2F CPS 391256 51 390 16 RF1 P2F CPS 391256 51 391 B. F2 P2F CPS 391256 51 39:t 02 RF3 P2F CPS 391256 51 391. 03 RF4 P2F CPS 391256 51 39l. 04 RP5 P2F CPS 391256 51 391 05 Rr6 ¢2F CPS 391256 5! 391, 06 RF7 P2F CPS 391~56 5I. 391 07 RF8 P2F CPS 391256 51 30! 08 RF9 P2.P CPS 391256 51 391 09 RBIO P2F CPS 39~256 51 391 RKI~ P2F CPS t91256 5,1 39~ 1I 0!3 NUMR 8A~¢P E ~'~ 3 ! 1 0 3 I 1 0 3 1 1 0 3 1 1 0 3 1 1 o 3 1 1 o 3 1, o 3 1 1 o 3 1 1 () 3 1 1 o 3 1 1 0 3 1 !. 0 3 1 i 0 3 ! 1 0 3 1 0 3 1 1 0 3 1. 1 0 3 ! 1 0 3 1 1 o 3 1 1 0 3 I 1 0 3 1 1 0 3 1 ! 0 3 1 1 0 3 1 1 0 3 1 I 0 3 1 1 0 3 1 1 0 3 1 1. 0 3 1 1 0 3 I 1 0 3 1 1. 0 3 1 I. 0 3 1 1. 0 3 ! 1 0 3 1 0 :3 t 1 0 3 1 1 0 3 :1 1 0 3 1, 1 0 .3 1 1, 0 3 1. () 3 1 1 0 3 1 1 0 3 1 1 0 3 1 1 0 3 ! 1 0 3 I 1 0 3 I 1 0 3 I 1 _.MB $I ... PROCESS L, Eta CODE ( HEX ) 4 8 O0 0000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0o00000000 4 68 0000000000 4 68 0000000000 4 6H 0000000000 4 68 0000000000 4 68 0000000000 4 68 ()000000000 4 68 0000000000 4 68 000000000o 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4. 68 0000000000 4 6H 0000000000 4 68 00o0000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 O00000OO00 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 o 0 () 0 0 0 () 0 0 0 4 68 0()00000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 6.8 0000000000 4 68 0000000000 4 68 0()00()(')0000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 00000000()0 4, 68 0000000000 1,8 'l!ar.,e Verifi, cati..or~, L].st..lna chlumt"erc.~er ~laska Computir~q Center 23-JUh-,l. 990 1.2:28 PAGE: , v ' . ........ NUM. SI REPf{ .. ROCE S NA,~.F. SEP T St;:RV apl ./'..PI AP I.)~'~B I0 ORDFR ~ LOG TYPE C[,,,~SS ~Og ~U~r~ S~.~P ELE':,: CODE (HEX) ~ 2 P2F _ . 3 1256 5 391 12 i.) 3 1 I 4 8 000000 0 RF13 PPF CPS 391256 51 39I 13 0 3 1 1 4 68 O000000nO0 RFI~: P2F CPS 391256 5~. 391 !4 0 3 1. 1 4 68 0000000000 RFI5 P2E CPS 39125~ 51 391 !5 0 3 1 1 4 68 OOOO000000 RF16 P2F CPS 391256 51 ]91 16 0 3 1 i 4 68 0000000000 GP P2F G~PI 391256 51 31o O1 0 3 1. 1 4 68 o000000000 T F [-.t S P2F [., t[~ 3q!256 51 635 21 0 3 1 1 4 6B 0000O00000 CCL P2F V 391.256 51 1.5o O1 () 3 !. 1 4 6a 0000000000 * * D A T h * * D ~ P q' 10135,5 o () S I G ~',:!. P 2 ~' 22.725 $ T D T. P 2 F ISH. ti~ P2F 2a.906 SFFg.P2F 22,725 SE'N I'). P2F ~ ~'"' P2F 0 000 NTDT,P2.F S g H [:~, 'P 2 F 1. 08.707 ~" ,r [,, t.,, ........ ABFD,P2F 56.713 AFNi).P~F 23,5(}4 .A~xiT). P2F SI'BF~,P2F 134.22'1 [q.~OF. P2F -O,029 TRAT,P2F BAC~ P2F 660 875 F'F~C.P~F 230,953 TCNP~P2F -73.45'!!7, ,. ¢'CFI"'~,P2F -2543,332 TSC;'~,P2F,.~., I~,*~x:~D,P2F -22.465 'I~X~Fg,P2F' 7,851 'rTEC.P2F ~; ~ T C. P 2 F 1.,. 000 R ~,:,~ 1, P 2F 979.167 k ~J 2. P 2 F RN4,P2F 2015,625 RNS,P2F i 536,458 RN6.P2F PN8 P2F '963,542 qNg,P2F '1828,125 R ~ ! 2' P2,F 1666,667 RN 14, P2F ,P2F' 1703,125 Ri'~t 1. 3, p~F RN 16, P2F 906,250 RFI ,.,. RF2,P2F ' ' ' O P'2 F 0(') RFS,P2F 453.125 RF'4.P2F 625,500 RFq PTF 61.4,583 RFI{'}, 2F 437 , , P 2F 66:1,4,58 RFi3,P2F" 578,125 RF1.4,P2[ CF16,'['2F 291,66'! (,"'R.P, .... 2F 29,359 T~:NS.P2 F 1,313 SFFO P2F 12,3()5 SF'ND' P2F I $ H U. P 2 F q 2,523 ~"' ',r' L'"' ;',r ', ~ 2 F' 12.1, 12 N T' t)T, P 2 F · S [¢1.t [~, P2F A B, F O, P 2 F 1, 43.792 .h F N D. P 2 F 46 '3,572 A B N ~,,:), P 2 " P2 ACK P2F' 1,76,654 F [:~A C, T C t,<~ ['~: P ~ F' 26956. '18:5 T C F [), P 2 F 1. 0073,55 ~ T $ C ~. P 2 F P 2 ~" 529.606 I N ,!~ P, P 2 ~] 2633.793 I' ~',~' F [). :P 2 F' 904.356 ' R N 2 · P 2 F S ~ T C. ,P 2 513 ' 000 R ~ '.I,,, "F 2.. 1. 43 g, 39.4 R R~:4,~2F 1922,917 RaS. ~,~2F 1.808,712 P~I~, 2F 946,970 RNg, ....... 'RR ~'':;N 1162[ PP 2,~.2 F'F' 21 [~45354 '. 61. 5193 R R?'I F131 ', P2F p 2 F 3 .345.442, ~ 43 } R R F 2, P 2 F ~' RF4,P2F 525,568 RFS,P2F 21,40:1 RF'6,p2 R e'~, P 2 F 435,606 R F' 9 ' P 2 ~" 53,977 R. F 10, . R~'I2,P2F 107,4,811 RF'I'3,P2F 1302,~83 RFI4.P2F RF16,P2F '14,8. I 06 GR'P2F 29, 59 TEt.:'S,P2F 66 000 22i725 0 000 154. (5)900 50000. 0,000 0,000 0,000 185.760 1244,792 1.51.5.625 !296875 58 050 453 125 557 292 484. 375 1065 000 66,000 13,127 26,679 553 800 2!065 453.9~ O23 923 ,361 258. 000 174'150 1491 477 1671:401 3465. 909 56,760 506,629 610,795 1515,151 1065,000 0,000 108.011 34,425 0,000 0,080 0,000 0,000 236,625 1838,542 822,917 1932,292 989,5~3 562.,500 6,250 296,875 0.000 23,510 83,760 114,861 0 076 0 173 21984 000 4473 883 1571. 123i 061 2462 121 487 9 464 015 852 273 .00 IS Tape Verif'tcatior~ l:.,ist:ina chl, umherqer A, ],,asKa (:ompL]t lnc,~ center DEP?, 10000.00o S IG'.;]. P2F 'ISHU,P2F 23.375 S .~F'D. P2F S~N. p2F 39.7R6 FTDT.P2F APFP, P2F 2~9,92 1 aF~..~D. P2F' SI.E.F~. P2~' 37,907 (q~CF, P2F B~CY.P2F !93,568 F~'.SAC. P2F TC~,~P.P2~ 47846.906 TCFD,P2F INI',~D. P2F 27 35,6~9 I"'4F~), P2F SATC. PPF 3. 000 Rf~ 1. P2F RN4. P2F 1794,507 Rt',~5. P2F PN~, P2F 961,174 RNg. P2F R~12.P2F 5326,704 RK'16 .PPF 1893.939 PF4,. P2F 760.41 7 RFS. P2F PF'F. P2F ~4 3,7 50 RFg, P2F RFI. 2.P2F 2979.~67 RF13,P2F RF 1 6, F2F 1 010, 41 7 GR, P2F D E P' I'. 9900.000 8 :[ g :',,~. P 2 F ]SHt~.P2F 41.9(!6 SRH~,'., P 2F 45.26l F'TDT. PPF Av:;PP, P2F 339.817 81'a~ P2F 46 7~r~ ~,~,aOF,P2F .... . ~ . . ~ ... , B~C~:.P2F 221..323 F.,5~C. P2F T C i~ D. P 2 F 49853,547 T C F' ~'::,~. P 2 F . ~ INND P2g 2642,376 .... , P2F RN4.. P2F 1 885.417 RNS, P2F RN~, P2F 953,1. 25 R~[9, P2F RNI2,P2F 5354,1,66 R~F4..,N 16. P2F P2F 2598524,, 0883 [~F1, p2F 48 RFS, 2F 068 RF 9, P2F PF'8, P2F 838' " RF12,P2F 3319.128 RFI3,P2F ['~FI 6, P2F 1898.67.4 GR, F2F PEPT, 980o 000 SIC, a pPF "' . ~F~ 'p ISHIt,P2F 4(),7[~ J ........ S [3 H t?, P 2 F ~ ~ 0 fi 6 ~ ".[ ,,,,,~ 1' P 2 g . . e'~. , .~' "T¢ A B F~, P 2 F 312,681. ~ ,, ,~ ['.), P 2 F IBH P2F 41,836 ~OF,P2F ' 'P2F' 234,, 1,23 FBA(',: P2F .... ('~" T ' TC~,~'P, P2F 4.6666,523 CFD. P2F' I ~ ~,~D, P 2 F 2790,81 6 I 'I~: F [), P 2 F S~TC, P2F 1,000 RN 1, P2F P ~'~.. P2F 18 J 8,1 82 RFa5, P2g RN8 'P2F 942,235 RN. 9,P2F ' '" P2F R ~'~ 12, P 2 r 5269,886 ~ ~ 1, 3, RN:!.6,P2FF, 2315,34t RFI.,P2F FF4:, P2 904., 356 RF5, P2F . P 2 F 86 6,4, 7 7 'R F o, P 2 F'~ ~F8, RF'I 6, P2F 132 ]. , 022 GR, P2F 2 3'd t.:irx~,, 1 990 1.2:28 I6,587 STDT.P2F ] 6.508 SW,NO. P2F 35.9{'!0 ?~T[.',T. P2 F 822.2i9 A~t,~9. P2F 1.lb2 TRAT.P2F 64,158 T(TAr'.~, P2F 24464,332 T8Ct~,P2F 2030,84~ TTFC,P2F 1017.992 RN2,P2F 2073,8~3 RN6,P2F 2485,795 b216.855 R[':I 4. P2g 765.625 R.F2,P2F 9~9.583 PF6,P2F 1375.000 RFiO,P2F 3515,625 RF14,P2F 36,9U6 TENS.P2F 12,699 STDT.P2F i2.653 SFNg,P2F 4,0,446 r,,{TDT, P2F 953,846 A B ~ i7), P 2 F 1.. 04.8 T~AT P2F 68: 978 TCA?.a, ]1614,363 TSCN,P2F 2114.~2! TTEC 2 F 1031, . ,p2F 2()88. 542 RN6, 2F 2505.208 RNIO,P2F 6309,791 R :~'~t 14. P 2 F 875. 947 RF'2, P2F 1136. 364 RF6. P2F 1628,788 RFIO,P2F P" F 4:138,257 RP14. 2 31,50() TENS,P2F 5. $ 2 7 s p 2 F , 15 505 38,~7 *TDT.P2F 780, · 8 ABND,P2F 1 ,~52 TRAT' P2F 82, 52 TCAN. P2F s ' P2F 210~, 147 TTEC, P2F 905,909 R N 2 045,454 RN6,P2F 410.038 RNiO,P2F' 6231,060 847,538 RF'~,P2F 994,31. ~ RF6, P2F 2 12 RFIO P2F 35.41, t.~ ~ 1 ~ F 1. 4, P 2 F 35.1. 88 TENS, P2F 194.000 16.780 65. :]24 595.901 1.786 85903 422 1.7693:547 0.000 196.080 2623.106 2684 7659 5861 ~ 4.2 61 920 .1.307;292 1489 583 3312 ~ 500 1095.000 66. ()00 12.699 54. 920 608.766 1.353 95980.141 19656.461 0 , 000 2O 1,240 2708,333 2739.583 6255.208 65 790 15001947 1..71.4, Ol 5 4507.575 1. 09 5 , () 00 66 000 15 716 59 622 601 792 1. 547 83320 109 17243 039 0 o0o 211 56(') 2575 757 2665 ,719 6022 7~7 82 560 1268 939 1496 . 09 3465 1085 000 TPHI .P2F SBHF.P2F A F.,.t'" b . P2F 8IGC.F2F SD$I.P2F TCAF.P2F TSCF.P2F HV,P2F R~.'3, P2F R~\~7 P2F RNll :P2F RN 1 5. P2F RF3,P2F RF7,P2F RF11. P2F RF1S.P2F CC[..,, P2F PAGE: 19 13,247 33.788 286.404 0.096 0,270 48093,305 9905.789 242.875 1339,962 2149.621 4356 061 3963~068 588.542 1015,625 2447 917 22911667 0.000 5 976 36!893 333 685 0,000 0,180 70940,859 14:528.486 242,875 1364.583 2213,542 4260,416 4833'333 '771,780 1330,492 2769,886 3745.265 0,000 8 34 299 0 0 53848 1114 4204 4450 662 1136 27 41 625 664 5'86 087 301 938 000 875 492 341. 545 757 ~79 364 326 477 0,000 I$ Tar, e VerifY. cat.ion I.,istinO chlumberqer Alaska C.on,~?uti. nq Ce.nter DFPT, 9700,000 ISHI~.D2P 34.4:69 SBHb,P~F 40.939 h BF[.~. P?F 33 [. 196 5 F'N[~, P2F SIB~, P~F 40.05~ B~C~.P2F 255.347 TCNP, P2F' 4~651. ,438 'FCFD, P2F SgTC, P2~ t. 000 RN 1. P2F R ~,.) a .P2F 1917. 614 RN5 .P2F' [~ ~,~ ~. P2P 937. 500 ¢~412.P2F 5359.~48 R~13,P2F' RN 1~ .P2F 2258,522 [~F1. P2F RF'4. ¢2F 965. 909 RF"5 PK~.P2F ~¢61 ,742 RF'q, P2F RFI?.P2F 32d8,1.06 ~F13,P2F RFIG.P2F 1387.31 I GR.P2F DEl>?', 9600,00o SIG~q.P2F ISHIi,P2F 33,594 SFFD.P2F SPHN,P2F 48.233 F'TI)T. P2F ABFP.P2F 373.407 AFND,P2F S ! B H, P 2 F 51., 414 ¢~ ~,~ 0 F. P 2 F BAC[,P~F 282.02~ F.a~C. P2F TCNr). P2~ 46801. ,641. 1' 149 ! ",~ F 0, P 2 F 513, . gTC.P2F SRN'4, P2F 20~1., 780 RNS. P2F ~N8. P2F, 951. 704 RN12,P2F 5132,575 ~ ~ J, 3 P2F R~':~ 16, P2F 2267,992 RF1 P2F RF4,P2F 1145,833 RF5 P2F' ¢F'8, P2 880,682 R F' 1. 2, V 2 F 3300, ! 89 ~'::~. F' 13 P 2 F p.F'16 P2P I4.~6 74:2 .~E, .... 2F' 1.2:28 15.6~!1 STDT.P2F 15.825 40.981 NTDT.,r?2F 836.732 ~BND,P2F 1 . I ~9 TRAT,P2F 91 .803 TCAfJ.P2F 28272.734 TSC:'t. P2F 2251 ,Ob8 TTEC.P2F 984.848 RN2.P2F 2178030 RIFF;, P2F' 2537~R'18 RHIO.P2F 6396.779 ~N14.P2F 833 333 ~F'g. P2F 1055 ~ 871 ~FG, P2F 1628' 798 RFIO,P2F 4'024'621 RF14,P2F 34,906 T~:NS, P2'F 15 361 15: 270 2t8.437 NTDT,P~F 852,830 AB.ND,P2F 1,338 * ~ g T .... .P2F 101.222 TCA;'I, P2F 29171.9.!5 TSCN.P2F 208,2,]~3 TTE',C, P2F 961.1 4 RN2,P2F 2258.522 RNG,P2F ~599.432 RHiO,P2F 5838.06.7 RN14.P2F 785,985 RF2, P2F 1., 226,326 RF6,P2F .1695. 076 RFI. O. P2F ~ 816,2 ~ 8 R F 14,, P 2 F 80. 375 TE*.:S, P2F 27.195 S?'DT. P2F . , .... [.) e, 27.24. I. S f:" I'~i ~. ,:. 2 'F P 2 F 737. 696 ABN,). .... I. 156 TRAT.P2F 9 9,5 7 0 T C g .~"'J. P 2 F' 0436,0 ~ 2 1' e p 2 F' 2z5~496.4395'70' 8 TRN2,T.[/:C,p2P2FF 2178,030 ~{~6, P2F 244:3,1 ~.2 3858.901 R~'~ 14, P2F 842,803 RF2,P2F 9~, 3'79 RFG.g2F 14 ,659 RFIO, 2F 1979,1. ~7 RF14. P2'F 90.()00 66 000 15:681 62,058 622,634 1.528 87290,281 17987,285 0.000 247.680 2717.803 2750.947 6112.688 87.720 1392.045 1624.053 3882.575 1.075.000 66,000 1.5.361 52.577 665.637 1.360 74993,734 15556.469 258 OeO 258:000 2755,682 2741,477 5520 833 92 880 1524 62I 1728 219 3877 84.0 1,0't5 000 27.29'7 43.7~4 636,439 1.87.3 35065,8'75 7290,205 1~90,000 ~78,640 2580,492 2627,841 2788,826 96,750 1089,015 1453,598 1444,129 205,000 TPHI.P2F SBHF.P2F AFPD,P2F SIGC.P2F SD$I.P2F TCAF,P2F TSCF.P2F HV.P2F RN3.P2F RN7.P2F RNll.P2F RN15,P2F RF3 P2F RFT:P2F RFll.P2F RF15,P2F CC[~,P2F TPHI.P2F SBHF.P2F AFPD.P2F SIGC.P2F SDSI.P2F TCAF,P2F TSCF.P2F HV,P2F R~3,P2F RNT.,P2F RNll.P2F ~N1.5.P2F RF3,P2F RF7,P2F RFll.P2F RF'I.$,P2F CCi..P2F TPF{I..P2F SBF!'F.P2F ,~,FPD.P2F SI(;C,P2F SDSI.P2F 7'ChF.P2F TSCF.D2F R~!3.F2F R~;*7.P2F RNll,P2F RNI5 P2F RF3 P2F RF7 P2F RFll P2F' RF15 P2F CCh.P2F PAGE: 20 8.263 35.949 326,202 0.000 0,256 57120,047 11770,320 242 875 1335~227 2391 098 4588:067 4251.894 696 023 1197i917 2736 742 2788 826 0:000 6.484 40,369 31.2.975 0,000 0.244 55150,391 11440,227 242,625 1505.682 2277 .462 4412~8.78 4067,234 828.598 5.151 2902.462 0.000 18,~4'5 45,360 260.139 0,O45 0,738 1,~723.785 3892,680 2'1 672 1562 500 1851 326 3953 598 1818 182 677~083 823,864 2073,863 823,864 0,000 IS "rs~.Je Yeti. fl. cat. ion I,.i. stiaq chlur,,~ber'ger ~\l,!ts~a CoI~!puti.?,.O Center 23-JU~-1990 1~:28 *~** FILE TRAILE}{ FILE ~h~'~[!: : EDIT , SF~ICE ; FL, lC VE~SI[J~q ~ 001a04 D~TE : 90/(16/23 b~lX aEC SIZ5 : 1024 flbE TYPE : F'Ib5 N&aE : EDIT .004 SFt~V ICF; : FLIC VS~SIO~:; : O0 't.a.~X ~EC SIZE FILE' TYPE : LO IS Tar, e Verification l.,lst:ir~q Chl. umberc~er AlasY. a Com[~otJ.,qq Center 23-JUi,~- 1990 12:28 PAGE: 22 CN AR(~I3 A[,ASKA, ].~.IC. Company Name F"',: PRi. Jb?,iOi( F~AY Field Name ,.~,~, [, S 7-22 ~ell r omc APl~' 5~-~'29 2oQ25 a~I Serial ~;umber F'T, ~31' ~;'~T,, & a82' F<L Field Locoti. on S~:Cq' 34 Sect ion e-n~:¥._ ~ ;',,n~:T~ ~:,'-'/,U~,k: County sff:,A~' ~bAS~,:h ,State or Province N a '~" l l.' S A N a t i 0 n SO~'~ 39t 256 Service order Number PDAT ~'", S b Permar~ent datum. E P D F T t':, · L~F" ~,K.~ 5oq Measured From AFD FT 58, E:KB ~T 58, EDF FT 57, E G L F T 28 T O t:': F T 1 o ~ 5 0, . , Depth Channel Nar~'~e Sigma (Neutron Capture Cross Sectio,r~) Status of TI')T TDT Poros,i TD~ ~h,u'r) t (.u~ent Siena formation -.far detector (TDTP) Slq~r~a f. ormatior) - near detector ('[[)TP) Slqma borehol, e - ~ar det:ector (TDTP) S.iqma borenole - near detect, or Far TOT'~.,~ Count Pate Near Tt)T~ Cour~t: Rate I. D1F ) ampl..Itnde formation --far detector ,.i~, amplitude borehole -- Far detect, or ( DT amplitude formation - near d~tector (T!)T~) ~.mpl. itnde ~'~orenol..e -- n~ar detector (TDTP) Borehole sit, ma (:corrected.) -- TDTP ~4initron mode r, onit. or ratio (TDTP) T[.)T Ratio Standard deviation of $.ic, ma-format',i, ot~ Backqround., Near Gates Far BacKground Total counts analyzed - near detector I8 Ta~e vertficat]..on [,ist:inq OhlUmt.,erqer Alaska Comc~ut:iI"~,7 Cen~er 12:28 P~GEI 2] D~FI TCAF T co,Iht analyzed - a tect TP TCND Total counts -near detect, or (T['>TP) TCFD Total counts - far detector (TDTP) TSC~ Selected (~ates count rate - near detector TSCF Selected dates count rate - far detector I~.~<,~ Inelastic countj, n<~ rate - near detector (TDTP) INYD Inelastic cot~ntjnq rate - far detector (TDTP) TTEC Tr)T-P Telemetry Error Count gV ~ead Voltaqe S~TC Stat,~s RN1 ~aw ~ear !st (;at, e g~2 Ra~ t,.~ear 2nd Gate R~'3 Raw ~ear 3rd Gate RN4 Raw ~,~ear 4th Gate R~45 Raw i,Jear 5tn Gate RN6 ~aw ~tear 6th Gate PN7 Raw ~,~ear 7tn Gate RN8 Raw ~ea~ ath Gate P~'~,9 i~aw ?~ear 9th (,;ate ~:q~'"l~ ~'~'aw ,':~ear :~ lth (;ate ~:~?'12 ~;aw ~",~ear 12th Gat:e ~:~'?14 R~iw ,.~ear t4th Gat:e F,'f:~15 ~aw ",~ear 1.5t.i", Gate PF2 t?a~,,~ F'ar 2n,,'..~Gate h:F3 i:~a~.v Far 3rd Gate 1~4F"4 ~a:~ F'ar 4, th Cate RF'5 I"~a,~ Far 5th (',~at, e ~F':~:~ ~a~,~ ~;'ar ~",th (:;;ate [~F'I ~aw l';'"a[ 'Tth Gate R~'8 Raw ~'ar 8th Gate ~F9 Raw Far 9th Gate RFIO Raw [~ar i, Oth Gate ~F'! l [:~a'w Far :1, l. th Gate RF19 ~a~ Far 12th Gate ~F"13 Raw Far !3th (;ate PFI4 l:~aw Far 1..4th (late ~F1.5 ~a~ Far l..5t~ (;ate RF16 'aaw Far l.~t.~ (:;ate GR Gamma T E ~,~ ~ T e n s 1 o C e !.., C C [., ~. m p..!. i. t u d e IS Tape Yerificatlon Llstinq c~lumber¢!er AlssKa ¢..'.omputinq Center 23-jLiN-1990 12:28 * * [" .~ T A F' 0 R .~,~ A !.' S P E C I .~' I C A '1: I r'~ i:o R F..: C 0 R D * * .1. 6 f; 0 2 6 b 0 3 73 2,72 6 73 7 65 8 6 ~ 0,5 9 65 11 66 3 1.2 1.3 66 0 14 65 1.5 66 68 16 66 0 66 1. ** SET TYPE - C},IaN ** NA~E $.ERV l..]b1I'.!:' SEt, VICE AP1 gPI gPI APl FILE: NU~qB NUMB SIZE REPR ..PROCESS 1.1) ORDER '~ !.,OG TYPE CbASS t~OD NU.~B. SA~,~P EJbE~4 CODE (HEX) 3q 1256 O0 391256 51 391256 51, 391256 51.. 391256 51 391256 51 391256 51, 391,256 51, 391 ~ 56 51 'FTD¢' P3F CPS 391256 51, N'r O .~.' P3F CPS 391256 51 AFF'O P3F' CPS 391256 5:1, APFD P3F CPS 391256 A F' r,,,~ t55,: P3F CPS 3S1256 Si.. A a ~":,~ r", 1.,' 3 F' C P $ 3 9 I, 2 5 6 51. S '1 (; C P 3 F C '~.] 3 9 1, 2 5 6 5 S '] [:.~ i-~ P 3 ~" C ~) .3 9 1 2 5 t'., 5 "r ;~ ,~,. T' t,::~ 3 ~' 39 '1:25 ~. 5 t ;5 r', s iF' 3 ['," C ~. ~ 39 !. 256 51. 't' C t,. ;~ p 3 r,.' 39 t 25 ~); 5 00o O0 0 4 1 1 .4 68 0000000000 400 01 0 4 1 1 4 6 [.~ 0000000000 390 00 0 4 :!. 1 4 68 0000000000 890 01. 0 4 1 1 4 68 0000000000 000 O0 0 4. 1. 1 4 68 0000000000 400 02 0 4 1. 1 4 68 0000000000 400 02 0 4 ~ 1 4 68 0000000000 400 0.1 0 4 1 1 4 68 0000000000 400 O1 0 4 1, 1 4 68 0000000000 000 O0 0 4 1 1 4 68 0000000000 000 O0 0 4 1, I 4 68 0000000000 .39~ O0 0 4, 1 i 4 68 0000000000 391, 00 0 .4 1. 1 4 6 a 0000000000 '] 90 00 0 4 :[ 1. .4 6 fl 0000000000 390 00 0 4: I. 1 4 68 0000 (:;' () 00 (:) 0 4 0 ~") () 1 (J .4 ! 1, 4 68 0 0 00 ('.) () (.~ () 0 0 4, 0 () () 1 0 ,4 1 1 4 & 8 (> 00900 (:~ 000 00 ('; () L; 0 4 1. t. 4 68 000000000 00 (') 00 ('.] 4. 1 1 4. 68 0000 (> () (') O 00 00 ~':~ 00 (J~ 4. 1 1 4, 68 0000 () 0000 0 39 ('~ 17 (.) 4 t 1. 4 68 0 <:) 000 o 0 o () 0 391 17 0: 4 I 1 4, 68 00 ('2; 0 (:) 0 0 (..~ () 0 0 (".' (>~ (',' () 4 t I 4 68 0 () () 000 0 (; (); 0 (> (..~ <:~ (? ('~ (.; 4 :I I. 4 68 00900 () ('? O (:~ 0 24 25 R I C E; P .. ~ t-: ! ~. P I I)EI4 =. l.,n(; TYPE Cl.,ASS HOD ;~6 5~''';~. . ............ O0 CPS 3~1 256 51 o0o oo 0 CPS 391 256 51 ooo O0 0 CPS 391256 51 900 ~0 0 391256 5t 390 Go 0 v 391256 51 000 OO 0 391256 51 000 O0 0 CPS 391256 51 39o 01 0 CPS 391256 5! 390 02 0 CPS 39 ] 256 51 30o 03 0 CPS 391256 51 390 04 o C ~8 391256 51 39o 05 0 CPS 391256 51. 39~ 06 0 CPS 391256 51 390 O? 0 CPS 391256 51 390 08 0 CPS 391.256 5! 3~n 09 o CPS 39~256 51 390 10 0 CPS 391256 51 390 11 0 CPS 391256 51 390 12 0 CPS 391256 51 390 !3 0 C~$ 391256 51 390 14 0 C~$ 391256 51 390 15 0 CPS 391256 5~ 390 :! 6 0 CPS 391.256 51 391 Of 0 CPS 391256 51 391 02 0 CPS 391256 51 391 03 0 C, P8 391256 5! 391 04 0 CP3 39! 256 51 391 05 0 CPS 391256 51 39! 06 0 CPS 391256 51, 391 07 0 C~8 391256 51 391 08 0 CPS 391256 51 391 09 0 CPS 391256 51 .391 !0 0 CPS 391256 51 391 11 0 CPS 39!.~56 51 391 12 0 CPS 391256 51 391 13 0 CPS 391256 5I 3~1 14 0 CPS 391256 51 391 15 0 CPS 391256 .51 391 16 0 GAPI 391256 5i 310 O1 0 I,,B 391256 51 635 21 0 V 391256 5! ~ 50 O1 0 NUMB S h ~..i P 4 a 4 4 !. 4 1 1 4 1 1 4 ! 1 4 1 1 4 1, 1 4 1 1 4. 1 4 !, 1 4 1, 1 4. 4 I 1 4 I I 4 1, I. 4 1 1 4 1. ,1 4 1, 4 1 1 4 1 ! 4 4 1 1 4 1 1 4 4 I 1 4 4 I :!,, 4 I 1 4 1 ! 4 1 1 4 1 1 4. I, 1 4 1, I 4, t 1 SIZE; PROCESS CODE (HE×) 4 68 OOOO000000 4 68 0000000000 4 68 0000000000 4 6~ 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 6~ 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 6~ 00000,00000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4. 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 DATA DEPT. 18 H U, P 3 F 8 B H ~;, P .3 F ABFD,P3F $ ,'I?DT, P3 F S F' ~<t i.,), P 3 'F NTDT'P3F A B N [,?, P 3 F -999.250 -999.250 :-999,250 -999,250 'I,S Tape Yerl. fl. catior,~ I,istinq cb, lt]mbero'er Alaska Com!'>:]tinc Center Sigh ,P3F -999. 250 P l~ Ct~' .P3F -999,250 F~%AC, P3F TCI'~D,P3F -999,250 IM ND, P 3F -999. 250 I ~Fg, P3F S~TC. P 3F -999. 250 ~N 1. D3F ~'~4,P3F -999,2b'[) ~i'.5.P3F' ~-:' W ~. F' :'~F -<)9'9, '25 ',~ i< ~"g. P3[,' -99'9.25~ ;'~f 9. p 3F it F' '1 ?, ,.° 3, 1:; - 9. 9, 4 . z.~ 5. () 23-JUN-1990 12:28 -999,250 TR/~T,P3F -999.250 TCA~;,P3F '999,250 TSC~,P3F -999.250 TT.F,C, P3F -999.2b0 '999,250 -qgo 250 .. .~ ~ ,,. -999.P50 ~',,' ~ -q99.?bO -999.25u RF14.P3F 12.395 12.2t:4 i2.2(16 4.55.741. 1.252 :i, t~ 1.4 .h, 5 1<,;2t,"t. 6 ? 2 524 , '7 :',:~ .1 928,0 30 f491 ,477 17 C49,772 3484.848 326 705 492 424 610 795 1491 477 99 938 16,737 16.578 36,466 801,533 1, (162 ':36,509 24656,672 1785, (.)13 96 174 2() ~ 12 803 25!)1 7,,,~34 663 5 z 2 828 125 ~68,750 15 ~ 0, ~7 3562,500 49,500. ~9999 250 99: 250 -999 250 -9991250 -999 25O -999~250 -q99,250 -999.25t~ =999. - 999.25 -999, -999,250 6. 6 o 000 1.2.7::!3 26.35~ 543.024 467 ! 5.'103 94.09,209 {:1. (:* ',,..~ i..','. 3 ~..) 9,6 (; O' 1.5C'5,622 1676,136 3503,788 123,840 530,303 601,326 1050,000 66.000 1.6,899 66.118 615.824 I 779 85432:672 17782,859 0.000 294,120 2883,522 2'155,682 6!69.50'1 87,720 1286,458 1583,,333 34.32,291 1115,000 66,000 !2.928 55.581t 61,6.139 1,3:36 SDSI.P3F TCAF.P3F TSCF.P3F HV,P3F RN3,P3F Rs'/.P3F RHil.F:3F t'~!,! ! 5. [' 3F ~I:"3. P3F ~FToP3F P~ii.P3F RFlb.P3~ C(iL.P3F TP~I,P3F SBBF,P3F AFFD,P3F' SIGC.P3F SDSI.P3F PAGE: 26 -999.250 -999.250 '999.250 '999,250 '999.250 '999,250 · 9:250 -999.2b0 -999'250 -999.250 -999.250 -999.250 80.315 1!.6.395 0,038 (),206 22571.695 4545.7'78 242,~5 ~47.727 1358.90I 2372,159 3039,772 492,424 530.303 970.644 1482.007 0.000 13,1.42 33,927 287.805 0,084 0,305 48028.375 9997,133 242.875 1268,939 2400,568 4427,083 4289,.77~ 604.~67 1,166,667 ~463.542 2442.708 0,000 5 309 331,166 0,001 0.197 IS Tape veri. flcat, ion Listinq chlumbet"ger .h.[asK. a Com[~uti, p.g Center BaCK,P3F' 317.o5q. FB^C.P3K TC¢tD.P3F 49573.547 TCFL~.P3F' IN~D, p3F" 2~34. 428 I:;~F'D, p3~T S~TC. P 3F 1.00o ~il, P3F RN4 P3~' 19!2,'~79 R~"~S,P3F RN12.P3F 532! ,969 R~ 16. P3F 2H9i~, 257 ~F' 1., P3F ~F4.P3w 9~4. ~F~. P 3F ~ 0.6S 2 aFo, P3F RFI, 9.P3F 350B,522 RF13.P3F RF l 6. ~3W 2249. 053 GR, P3F DF.mT. 9800,000 SIGN.P3F ISHU. P3F 42.281 SFFD. P3F SR F!k!, PBF 41 , 688 FT!')T. P3F ARF[>,P3F 326.120 ,AFN[>, P3F SIBH, P3F 41,251 ~'~OF'. P3F BACK.P3F 323,759 FBAC,P3F TC~,~D, P3F 47 ! 43,281 i~ND,P3F 2582,347 SATC, P3F' I, 000 RN I, P3F R~t4. P3F 1796,875 RMS. P3F P 3 F P~q8. P3F 937. 500 ~,~9. P3F RN12,P3F 4963,541 R~413, RN 16,, P3F 2604,167 RF1, P3F ~F4,P. 3F 932,292 RF'5,P3F RF8, P3F 859,375 RFg, P3F RF12,P3F 2921 875 R RF16,P3~' 1 ~.21: 875 9700,000 SIC P3F · . ., r,,:/, P 3 F 43.781. SFFD, 41,949 FTDT,P3F 336,702 ~F~,D, P3F 41,66q 329. 4.32 FBAC,.P 8151,914 T C F t), i'-," 3 F 2509,177 I,NFO. P3F 1963.542 ~. a 5. ~:> 3 F 2625.00 {) R F' '.i,. P 3 F' 93 7,50 ,..~ f? .t:'5, P 3 K 3205.4.92 I~F'i. 3. P3 i 46 '7. Ft t"~ 3 (:; R. P3 F 23-JUN-1990 12:28 109,5~5 TC~ai.P3F 31871.68~ 2078 615 T'TEC. P3F 9!.3:826 RN2.P3~ 2.173.295 RNO,P3F 2471 ,591 RNIO,P3F 6316,2~37 RNI4.P3F 77~.515 RF2,P3F 1183.712 RFG.P3F 1638,257 RFIO.P3F 4280,303 RF14,P3F 51,2~1 TENS,P3F 15,607 STDT,P3F 15,615 3~, 728 NTDT, P3F 763,~09 A~ND,P3F 1,254 TRAT,P3F 110,170 TCA,~, P3F 20950,250 TSC~4,P3F 2182,409 TTEC,P3F 947,917 RN2,P3F 2000,000 ~NG,P3F 2307,292 RN10,P3F 5~74,999 RNI4,P3F ~85,417 RF2,P3F 1052,0~3 RFG,P3F 1468,750 RFIO,P3F ~500,000 RF14,P3F 47,156 TENS,P3F ~5,557 STDT,P3F 802, Ob6 aBND.P3 27860,133 TSC~.P3 F 2.13'1,645 947,917 RN2,P3F 2125,0 (..' 0 R ~"~ 6. P 3 F 757. 576 F'F"2, P3F 1507.2 35 F:.~ F 10. F; 3 F' 47, (':, 56 T E.5 ~",.; 8. P 3 t 5 4 :i 7 ~,:; 'r i,', T' P 3 ;7 ~ b,~ , ,, a , i 5. I ~';, 0 5 F' ~,;. :'.>. P 3 F' 3 a. !:. b 3 ~..~ T' f',.> 'r, F-' 3 F' a 7 C'. i 09 A f..~ !". 9, P 3 94844 516 i954 :75 0 000 299i280 2713 {)68 2750,g47 6358 900 1562 500 1812:386 ~687,~99 1120.000 66,000 15 607 591436 607.702 1,535 83200,844 17308,047 0,000 332.820 2525,000 2562 500 5739 583 123 840 1317 708 1572 917 3583 333 1110 000 66,000 15 55'1 60 684 618 973 1 528 84631 734 1.7728 887 0 000 319 920 2984 375 27.44 792 6 2 76 . 04, 1. 118,680 1,444,129 1, 685.60i5 3 9 67.803 1 (:' 75.0 f! 0 66. r) i) 0 15..41 '7 52 · O25 667. g '"i: 7 1.,.322 73299,0:.>9 TCAF. P3F TSCF.P3F ~V.P3F RN3.P3F RN7.P3F RMI. I.P3F RN15.P3F RF3,P3F RF7,P3F RF'i 1 .P3F RF15,P3F CCL,P3F TPBI,P3F 8BHF.P3F AFFD,P3F $IGC,P3F SDSI,P3F TCAF,P3F TSCF,P3F ~4V',P3F RN3.P3F RN7.P3F RN]I,P3F RN15,P3F RF3,P3F RF7 RFI5,PSF CCh,P3F PAGE: 27 71017,266 14633 141 242:875 1321 022 2320i076 4360'795 5203 598 733,901 1358,901 2850,378 3882,575 0,000 8,484 .34,137 3{)4.114 0.000 0,292 11.~7 387 43 125 1281 250 2291'667 4072,916 446!!749 69 708 120 333 2500,000 2750,000 o,ooo 8,347 31 931 314 946 0 000 0 259 55397. 9 243 125 1354 167 2411.458 691,~ 1. 3()2. O~ 3 265t,51.5 29 ('; 7.197 0.0 (} 0 6,095 42.323 3i5.4.91 0, '900 0.26 2 55456,41.4 I~kO. P3F 259']. 32.5 I:'<'.F!>, P3~' 5ATC. P 3F' I .000 R[~I ,P3F R~4, P.3F 20o2.841 R~5. P3F Ph~, P3F 937,500 R~;q. P3~~ RNI~.P3F 5160,984 R~:tl 3. P3F RS~ 16,P3F 2594.69'7 RF1, P3F RF4.P3F 1078. 125 RF5,P3F PF~. P3F ~()2. Oa3 R.F 9, RF12.P3F 3255.20~ RF13.P3F' PF16'P3F 1,645,~33 GR.P3F DFPT. 9534,000 SIG~'"'i, P3F I'$[-!U, P 3F -999,25,0 S!~'Fb. P3F SBHN,P3F -9qa,,250 F'TD:I'. P3F ABFD. P 3F -999. 259 AFNg' P3F S'!B~. P3F -999,250 a~,Cg .P3F -999.250 FEAC,P3F INI~D, P3F -999. 250 i' ~'~, P3F S~ TC, P3F -999,250 Rt; 1. P3F R",~4, P3F -999,250 R~,.~5. P3F R'f'~ 8, P3F -999. 250 R~'~9, P3F R~,!i 2,P3F -999,250 P3F -q99 25n ~.~"I,,P3F R ~' I 6 ~ ...... , .... PF4 P3F -9q9 250 RF5 P3F . ~ . * ~ ~ PFS, P3F -999,250 RFg. P3F R~' 12,P3F -999,250 RF!3. P R. F16, 3F 999,259 ':', .... 3F 29 :~, 6a. 55~'~ '!".~¢': ' . P 3 ? 15337.?54 'I 998.49q 7T~C. P3F' O, 000 937,500 RN2. P3F 314,760 2215. 909 RN6, P3F 2907,197 2552.0{;3 RN10,P3F 2765,151 5894.896 RN14,P3F 5596,590 760,417 RF2, P.3F 113.520 1203,125 RF6,P3F 1572.917 1734,375 RFIO,P3F 1755,208 3865,4/.6 RF14.P3F 3854,166 94,000 T~NS,P3F 1070,000 -999.250 STDT,P]F -999.250 -999.250 SFND,P3F -999.250 Z~99 250 NTDT,P3F 999 250 999 [ 250 ABt~;t). P3F 2999: 250 -999,250 TRAT,P3F -999,250 -999,250 TCAa.P3F -999,250 '99 P3E ~999 250 999,2b0 '1:,5C,~, , -. 9.250 TT'E;C.P3F 999.250 -999,250 P, N2.P3F -999,250 -999,250 RN6,P]F -999,250 -999.250 RNI. O,P3F -999,250 -999,250 RN14,D3F -999 250 -999,25(.) RF2,P3F -999~250 -999,250 RF~,P3F -999,250 -999.250 ~'FIO,P3F -999,250 '999.250 RFI4,P3F -999,250 '999,250 TE~S, P3F -999,250 TSC~'.P3F HV.P3F Rt~!3.P3F R~7.P3F RNI1,P3F RN15,P3F RF3 .P3F RFT,P3F RF11 P3F RF15iP3F CCL,PBF 1,1603,732 242.875 1510,417 2315,34! 4346,591 4365,529 942,708 1276,042 ~796,875 306~,500 0,000 '999,250 '999,250 '999,250 '999,250 -999,250 -999,250 -999,250 -q99,250 '999,250 '999,250 '999,250 -999,250 -999.250 '999,250 -999,250 ,-999,250 I$ !"a~e veriflcat,Jon Llst:.i,r~q chlumber¢~er AlasKa ComPutin<'.~ Cent. er P.,3-dU~- 199o 1.2,'28 2q ~ FILE - E'.!i~i'i'.005 * APCO At..,.~Sg'A, I~,~C. * '0.8. 7-22 * 50-029-20925 L, og !~easured Fro;r~ I8 Tape ~erl~icat.!on L, istinq chlumberqer AlasKa C. ompt,!tinq Cent:er 23-dt~N-l..990 1.2:28 TABLE TYPE : CORY' SIG~' STDT T P H ]' ISHU SFFP SFND SBHF FTDT AFFD S~TB~ TRAT 8081 BACF. F'B AC T C A ~ TCFD TSCN TSCF I N N 0 I N F P 8ATC ,R N 4 RN 6 RN7 RN 9 R N 1, :1 RN13 RNI, 4 RN15 Depth Chan~.~e 1 tvame Sigma (;,;eutron Capture Cross Section) Status of 'ri.)q~ TDT DorosJ. ty TDT Sbt]at Current Slqma fornation - far detector (TbTP) Sigma formation - near detector (TDTP) Si~a borebole - far detector Sigma borenole - near detector Far ':FD'I'~ Count ~ate ;:qear TD'I'M Count Rate ~mplit. ude formati, on,~- far detector (TDTP) amDlit,]de borehole Far detector (T'I',)TP) AmDlit. ude [ormat:ion - near detector (TDTP) ~mp]..itude Bore~ole -- near defector (TDTP) S I Gtc, Correction [~oreho!e s.i.q~a (correct,d) -- TDT~ ;'.~iDitron mode mo.ni, 5or ratio (TDTP .... D F ~ a t: i o Standard deviati, on of Siqma-~or~atlon (TPTP) aacKqro[ln..~, Near Gat, ee ... Far BackqrOunct Total. counts anal. vzed - ~ear detector (TDTP) ..ora.1 cot~nts a~al zed9 - tar detector (.TDTP)' "I) P ~ota. 1 cou.~ts - near detector (t .... T ) Total counts - ~a~' detector Selected gates coun~ rate - r:ear c]etector (TDTP) ,Selected qates count rate - far detector (TDTP) ")TP Inelastic count, ing rate - Dear detect, or (.[[ ) Ine.last. ic count:inq rate - ar detect, or (TDTP) TD'I'~P Tel. emetry Error Count Head V oltaqe Status of ATC ~aw ~.~ear Ist Gate Raw i~iear 2nd Gat. e Raw Near .]rd Gate Raw ~..ear 4tn (;at, e Raw Near 5tn Gate Raw Near 6ttq (;ate Raw :Near 7th Gate Raw N'ear 8t.,h (;ate Raw Near 9tr~ Gate ~aw Near tOth Gate ~aw ~ear lttn Gate Raw Near 12th (;ate Raw ~'~ear 13t,,n Gate ~'aw ~seear 14tn c ~8 te Raw ~?~iear tSth (;ate · h , Ra~' ~:~,ear' 1,6t ' Gate Ra~' E'a.r :lst, Gate Rs Far 2nd (;ate ]0 I$ T~][)e Ver.'~..ficatlon !.,~.st. inq chlumberq]er ~].aska Com!:t, ut:ir'~q Center 23-db?l-.1. q9() '12:2Fi P AG,,.;: 31 ~F4. Raw F'ar 4t:h Gate RF5 R8,' F'er 5t~ Gate RF'6 Raw Fat 6th Gate RV7 Raw Far 7th Gate RF8 Raw Far ~th Gate RFll Raw Far ~lth ~ate RF12 Raw Far !2tc~ Gate RF13 ~a~ Par 13th Gate RF]5 Raz, Far 1. Str~ Gate ~F1,6 Raw Far 16t, n Gate (.;R Gamma Ray TENS Ten. sion CCL CCL ,ampli t~]de ~-' ,'"' I RLC(3RD *'* C~'].Ui, bor~']6~r t\].as.~3 Colrr:,t.ltir~(:1 Center' 32 S'Ti?,q'P!5 39125f~ S ? ~:;[''~ PiS C': 3C, 1256 FT ~';? P~S CPS 39125(i, Th~ PiS CPS 3q1256 A F' F 1": P'tS CPS ']9]256 ARF[: P.t.S CPS 39125o ~ F i~ [.'.~ Pl~ CPS 391256 AB~D P1S CPS 39~25b $IGC P!S Cit 391256 S'.I B }'~ P1S C[J 39~256 ~OF PiS 39125o TRAT PIS 391256 SDS! PIS CU 39125~ BACF PiS CPS .391256 F'BAC P~S CPS 391256 TCA~~ PIS 39~256 TCAF PIS 391256 TCNP PiS CPS 391256 TCFD P1S CPS 391256 TSCN PIS CPS 391256 TSCF' P!S CPS 391256 lEND P1S CPS 391256 iNFD P1S CPS 391256 TTEC P1S 391256 F~V PlS V 391256 SATC PlS ~91256 RN! P1S CPS 391256 RN2 PIS CPS 391256 Rt'~3 PIS CPS 391256 R ~':~ 4P t 5 C P $ 391256 RN5 PIS CPS 391256 RN6 PlS CPS 391256 RN7 PIS CPS 391255 RN8 P1, S CPS 391256 R~9 PIS CPS 391256 R~10 PI.S CPS 391255 (~,Nll P:IS CPS 391256 RN1.2 PIS CPS 391256 RN,13 PlS CPS 391'256 RN14 PIS CPS 391256 R'N~5 P1S CPS 391255 RNI6 PiS CPS 39125,5 RFi PIS CVS 391256 RF'2 ~.S CPS 391256 RF3 P.1S CPS 39!25~ R~'4 PIS CPS 391256 AP! ,"tpt AP, .P FII,E ,v 51 39 () 0 {~ 0 5 1 1 5 1 4 ~) ~i C 2 <; 5 1 1 5 ! 40 ~ 5 1. ,:i 0 ':) 0 1. {'~ 5 i. 1 51. ~') 0 3 {,) (> 0 5 1, i 51 391 00 o 5 1 1 51 3 g u 00 0 5 51 390 ()0 0 5 ! 1 51 400 01 0 5 1 1 5 ! 400 01 0 5 1 5 ] 000 O0 0 5 1 51 n 00 00 0 5 1 1 5i 000 O0 0 5 1 1 5:! 390 17 0 5 ! 1 51 391 17 0 5 I 1 51 000 00 0 5 1 1 51 00 o 00 0 5 ! 51 000 O0 0 5 1 1 51 000 00 0 5 1 1 5:1 0 0 0 0 0 0 5 1. 1 5 1 0 0 0 0 0 0 5 1 I 51 000 O0 0 5 51 000 00 0 5 1 1 51 390 00 0 5 1 1. 51 000 O0 0 5 1 1 51. 000 00 0 5 1 1 5 ! 390 01 0 5 I 1 51 390 02 0 5 I 51 390 03 0 5 I 1 51. 390 04 o 5 1 1 51 390 05 0 5 1 5:1. 390 06 0 5 t, 1 5~ 390 07 0 5 1 1 51 390 08 0 5 ! 1 51 390 09 0 5 I 1 51 390 10 0 5 1 51 ] 90 I. 1 0 5 51 390 51. ] 90 1, 3 0 5 1. 1 51 ,] 9 (,)14 0 5 1 1 51 390 15 0 5 51, 390 16 0 5 1 1 51 391 01 0 5 1 1 51, 3 9 1 02 0 5 1. 51, 39 :t 03 0 5 5:1 39 ~, 04 0 5 1 ?\ :~ P f?,t..~F ~'" C('}i)E ( ak;X ) /'t 6 i~ O, © 0 (',' C' 0 C 0 0 l) ¢ 6 a ;', 0 () 0 ('l O C~ 0 {'.; 0 4. 6 i~ () o (') 0 {~ i) ¢) 000 4. 68 {~ ,'.) <) 000 r.~ C, 00 4 68 00 (') 0 ¢~ () (' 000 4 6 ~.~ 0 f.) ('~ 0 !.) 0 0 (> 0 O z~ 68 00 r~ (.} C; i) () 0 C, f! 4 08 oO0OOO('?OOu 4 68 o0o0o00000 4 68 0000000000 4.. 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 tis 0000000000 4 68 0000000000 4 ' 68 0000000000 4, 68 0000000000 4 68 0000000000 4. 68 0000000000 4 68 000000C'000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0()00000000 4 68 0000000000 4 68 0000000000 4: 68 0000000000 4: 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4: 68 0000000000 ,4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 68 0000000000 4 66 0000000000 4 68 0000000000 4 68 0000000000 iS Tor.:e ~eri~t, cot:ior~ I..,ist. ir~q Ch,ltlrs~>erqer AlasKa Comp,]tin~ (;enter 23-J~,N-!99o '12:~ 33 ID ['.iRDE:~ '~ bOG T RF5 PI.S CPS 391256 51 39 FF6 PIS CPS 391256 51 39 ~F7 P~S CPS 391256 51 39 RF~ PIS CPS 391253 51 RF9 PlS CPS 391256 5l 39 RFlO PlS CPS 3912.5o 51 39 RFI] PlS CPS 391256 51 39 RFI2 PIS CPS 391256 51 39 RF13 PIS CPS 391256 51 39 ~F14. PIS CPS 391256 51 39 RF1.5 PIS CPS 391256 51 39 aF'16 PlS CPS 391.25~ 51 39 (;R PIS GAPI 391 256 51 31 TF. NS PiS L~ 391256 51 63 CCL PIS V 391256 51 !5 mi.j~B SI EPR P.RLCE ,S E L E a C 0 D E ( H E X ) l Ob 0 5 i 1 4 68 0000000000 I 06 0 5 ! 1 4 68 0000000000 1 07 0 5 1 1 4 68 0000000000 1 OS 0 5 l. 1 4 68 0000000000 1 09 0 5 1 1 4 68 0000000000 1 1¢) 0 5 l 1 4 68 0000000000 1 1t 0 5 1 1 4 68 0000000000 1 12 0 5 I 1 4 63 0000000000 I 13 0 5 I ! 4 68 0000000000 1 14 0 5 ~ 1 4 68 0000000000 I 15 0 5 1 1 4 68 0000000000 ! 16 0 5 I. 1 4 68 0000000000 0 01 0 5 1 I 4 68 0000000000 5 ~1 0 5 1 I 4 68 0000000000 0 01 0 5 ! I 4 68 O000000OO0 * * I) A T A * * DEPT, 10100,000 SIC; I8~ll).PlS 24,438 SFFD $ B H N P ..1. S 99,324 F ;r i')T A B F D ,' P 1. S 8, O_ .32 A F N [.) S I', B ~. P 18 ! 721.231 M ~,~' 0 F l.$ 1.12,~61 F:B A(..I BACg" ~P> 18 -1.278,2o9 TCFt') T C N D, .......... ., .... .. INND, PlS -3. 836 I S~TC, P 1S 1,000 ¢.~4, plS 1 a28.70,4 RN5 ~8,P18 920,139 ~ N '12, P 1. $ 1. 886.574 ~ ;~ 1 3 RN 16.PIS 526,620 f~F'4.P1S 555,556 RF5 306 P.F~,PIS 399, t~F 1,2. P 1 $ 9~3. 796 PF1 3 RF 16. PlS 341. 435 10<)00,000 P 1 S 20.67 ?,, S F F D P1. S 38,251 FTDT P 1, S t, 4:0,74, 9 A F ~} D P 1 $ 33.4 q I 'i~: PIS 79,653 .p 11 3 6 2 5 9.2 7 ?, T C F 4.583 R ~: 5 P 1. S '161. Pl.S 885 .41.7 r~N9 ,'.~ .1. 66 .a, ,~:,~ 13 !6,PI, S 1<)78.1.25 ~F1 , .['IS .PlS . P 1. $ , P 1 S ,PIS , Pl S ,PI.S .PIS .PlS ~PlS .PIS .PlS ,PlS , ,P!$ ,PlS .PI, S ,PiS ,PlS , .PlS 22.725 22,725 0. 000 23.504 -0,033 44,4.17 -510 , 180 -1,. 510 833 333 1440 97~ 1'724 ~,37 I927 083 329 861 439 815 619,213 1. 0 ii 2 ' :1 '16 35,156 1.2,859 14,550 14,765 641,493 1.177 :1.7,528 1.1.192,775 454,4:,56 854.167 1.885.4,17 2380,20~ 4791,656 326,705 .PlS .P!$ .P!8 . PIS .PiS .PIS ,P18 · .P ! S ,PIS ,PIS , P 1..S ,PlS .PIS 66 000 22 725 0 000 22 783 0 000 0 000 0 000 0 000 61 920 1099 537 ~440 972 1620: 3'?0 10,320 45!.389 5 2 6.6 2 0 108 2,1 '7.6 1125.000 45,276 AFFD 'PiS 5.41,819 SI. GC:PIS 2,602 SDSI.,PI~ 581.31.,516 ?7CAF,PiS 12017 492 TSCF,P1S 0:000 HV,P18 69,660 RN3,P1$ 2203,125 RN7,P1S 2442,708 RNll,PIS 4182.291 RN15.P18 10.320 RF3,P1S 0, O00 79,145 34,425 0,000 1,242 0,000 0,000 236,750 1730,324 688,657 197 9.167 983.796 509 259 36.4 583 781 25(; 723 38O 0 000 29,820 30,49:1 134,151 2,003 0,256 22340,500 4618.438 242,875 12.29,16'7 1697,917 36~7,500 27,55.208 255,682 Verification b.i.s t iraq c!er ~].as~a Con'c, utir';g C. enter ~.. ~ ........' . ,. ~ .- · F ~:' C k.'. p 1 s 9 ~'.). ? g 9 ~;' :'~ ~-'. C, P 15 20.226 '!' ¢' ;;, r".. P 1 S 3 ~; 75 ~. r'~ ("; ~ T C F ;". D 15 1 b 327. E 20 ',:~;" 16.P'1S 1.69f~.'~4-1 ~.~F!,Pl;:¢ 331.439 F; F'4. P 13 572.917 ~i.~FS. P15 562.3~sf~ ~' .F'¢~. P 1. S .~ (~ 7, :I, 97 ;-~ F' ".:). ;) ~ 5 871.712 0 F; Il;,' 7', 9 i.~ ('~. C. "'~ 0 <? S £ G :4.. p 1 :.'..i 12,513 8 T D 'J". P 18 iSH:U. P i S 24.7 ~.I 5F'~'i), P 1S i 3,861 SIn"ND, PlS 88H~', P 18 41. 060 FTOT.PI5 16,682 I'.tTDT, PiS AOF'D.PIS 1.55,063 AF."ND, P 1. 8 629,179 ABND,P18 $ ! :B P:. P 1 S 39,80 ,i 't~! M 0 F.)~P 1. S 1., 201 T R h T, P 1, S BACK'.PI.$ 96,383 FBAC, 1~ '22,574 TCAN,PI,$ TCND,P1S 35791,930 TCFD,P1$ 12660,318 TSCN.P1S INND,PlS 1981,016 INFD,PlS 485,41.7 TTEC,P18 $~TC. P1$ 1. 000 RN l. PlS 84:3. 750 RN2. PlS R~ 4,P1$ 1630.208 RNS,~18 :1. f~ 12,5()0 RN6,P1S PNS.P1S 859.375 RN9. 18 2192.708 RNIO.P18 ~:F~,, PiS 449,81 1 RFS, P18 a20,833 RF6, P18 RF'8,P18 350,379 RF9,~1S 833,333 RFI.(),P1S RF12,PI8 I,'191...i77 RFI. 3, 1.8 1,785,038 RF14,P18 ~' ~"~ PIS 33,250 TENS,PIS RFI6, 1.8 653,4,.)) (':;R. D E P 7' c, 700,000 S I (ii; ~',i p 1 S 12,892 $ T O T ! 8 H !.!, P !.$ 35,063 8 F' F 0, P 1.. $ 13,944 8 F N D, P 18 8BHN,PIS 42,'305 FTDT,P1. S 1.7,516 NTDT,P1S AP'F[), P18 1.6b,741 AFN. D,PI.S 678,~}! ABND,Pi8 338 T,AT,Pl8 $1:B~,P18 42.202 0.,~ ;~ t']'[:;'. P I $. ], ~r c ~ c¢< 0 ~ ' p 1. 8 t I a. 2 9 0 F' a ~ C, P 1. S 2 4.4 5 2"~'~ C C~: ~':;~. P 1 S ........ 5 ,PIS 36693,594 TCFD,P18 13437,217 8 N.PI.S P1$ 189 J ,,333 .I~FD k.,.' .... SA ' ' PIST(, 1,.000 RNI,, 15 83 ,333 RN ,PIS .... ' P ' 542 R 'N Q, P ,1 S 2244, ~ :1, 6 RNa p18 1729 167 RNS.Pla 1916.667 ~ p..i ~, 18 83~f, ....... ' 792 RNIO, RN 12.P18 4,35,4.166 ~13. P18 4760. RN16, P 18 .1. 296, ~.t75 afl, P 1 S 3.33,333 R..F2, PlS ...... P 1 ,:S 557.292 P F4, P 1 S 500,0 ('~ 0 ~ 'F 5, 591.856 752.941. 1600.379 !2.677 39.252 55P..,. 64~ 1 . 6844,4,453 1407 3,3 $1 0.00 O 57.090 2125.947 2301.136 464.4. {~86 15.4a0 7'16.5! 5 904. 356 24. 76 3 ? 6 66, GO0 1.5. 763 41.63,~ 54..4 546 2i!98 5'1(347 922 12004,334 0 000 77 400 201,5 625 2296 875 3906 250 19 35O 634 470 871 21.2 1822 917 i 105 000 66.000 16.056 43.229 553,!,26 2,'143 59181,773 12236,711. 0.000 89,0'I0 225(),000 2364,583 4265,624, 15,480 713,54:2 RF7.P:iS PF1:1.. PIS ~IF'I 5.Pt8 CCh. P! 8 TPHI,Pi8 5BHF,P18 AFFD.P16 SI. GC.P18 SDSI,PIS TCAF,PiS TSCF'PI'8 HV,PI$ RN3.P1$ RN7.PI8 RNl. I.',P18 RN1;$.P18 R~3,P18 RF7;P18 RFll.PI8 RF15,P1$ CCL,P1$ TPHI.PIS SBHF,PI'8 AFFD,PI, 8 SIGC,PI8 SDSF~,PIS TCA .P15 TSCF*P1S aV.P1S .RN3,PIS RN7.,PIS ~N15,PI8 RF3,P18 RF7,P18 F A (':: Ii:: 3 4 449, 11.50.568 1136.364 0, 13.1.46 36.49R i68,9B8 O. ~52 0.175 37985. ,aP,~ 7810.524 243, 1259.469 1, 652,462 3{~55.3G3 3342. 374,053 68!,81~ 2220.8,I4 0. 000 20.994 35.730 147'687 !'386 0,228 26368,016 5462,326 243,000 1171'875 151.5,625 3479,166 2557,292 364 583 553 977 1.240 530 0 000 20.023 33,'"25 1..,374 0,242 243,125 1234.375 1734,375 3703,125 2906,250 338,542 520,833 ils Tape VerifI. catlon L'iSt!ng chlum~er.'qer Alaska Com~..'.,utir~c.~ Center' RF~, PIS 385,417 ~F'9, Pl.S r:FI~,PlS 1.598.953 RF1..3,PIS 9600.000 ISHU.PIS 38.031 SF'Fg. PlS SPHb,PlS 45,537 ~I'DT.PlS ABFD,PlS 183.452 AF~.~D. PlS .Pl.$ 121,501 F'~AC, Pl S TCND.P1S 35925.305 TCFD.PlS I~ND.PIS lS~l.. !,45 S~TC,PlS 1.000 ~I,.P1S ,P1, S 1~43,750 RNS,P1S PIS g 12. 500 P 1S 4052.063 PlS 1453,125 RF1. ,PIS P1S 606. 061 PFS, P 1S PIS ,364. 583 RFg. Pl, S CFI~,P1S 1666,667 RF13,¢IS CF16,P!S 304.92,~, GR.P!S [;FPT, 9536. 000 S ISHU,PlS 3~,43S S~H~¢.PIS 45,149 FTDT,PlS A~FD,P1S 147,232 .A[;'ND, Pl S SIgN,PIS 48,047 B~CK,P1S 128.!6'3 F~4AC,P1S TC~:D,P1° 30734:492 TCFD, ~ ., P 1 I N a P, P 1, S 195 ~ ~ 1 ~ 7 I t<~ F (). P 1 $ SATC, P !o ~ 1,, 00<'} RN 1,, PlS RN4, Pl S ! 614,583 F~h5 ,Pl.S RNa, P 18 ~48,958 a~9,PlS ¢~l?.PlS 3661 ,458 Rh~l, 6 P1S 854,1,67 ~F4' p18 487,689 ~ ..... ~'FS, P 1S 37,4,053 ' P 1 S RF12,P1. S ,I ~83,14,,~ RFI. 3,plS R F 1, 6. P 1 S ~; 74,, 621, ** E~D OF t) ATA ** 23-,JON-1990 1,2:28 859.375 RVlO.Pl.S ! 968,750 PFI. 4.P1S 37.9~6 TEN&.P!S 875.O00 1916,667 1095,000 11,808 STIlT,PIS 66,000 13.014 SFND,PlS 15.178 17,657 ~iTDT.DIS 37 461 653,460 A[~N[).P1S 588~858 1.163 TRAT,PlS 1.819 33,257 TCA!J,P18 53655 609 1.45,i. 5,771 TSCi~.P1S !..1217~605 463,727 TTEC,P1S 0.000 812.500 PN2,PlS 139,320 1994.792 RN6.P1S 21.66,667 z239,5~3 R~ilO, " PlS 2348.958 4239.5~3 RN14.PlS 4010.416 317.235 RF2,PlS 27 090 643.939 RI;"6, PlS 785!985 965.909 RFIO,'PI$ 904 356 19~0,2,27 RF14,P1S !.983,901 78,125 TENS.PIS 1095,000 1.7,1.24 1.9,310 !4.1,09 5e6.1,56 1,162 28,913 9989 842 451 495 81.2 500 181.2 500 2~35 417 3669 375 312 500 530 303 828 598 1415 71.9 39 28! 66 000 38,872 521,917 2,442 386'17,297 0,874 8110.000 118,680 2020.833 2307 292 291, I 458 2 800 587 121 76,2 3 1 11,78 9~7 1075 000 RFiI,P18 RF15,P18 CCI.,,,P1S TPBI.P1S SBNF.PtS AFFD.PIS SIGC.PI, S SDSI,P1S TCAF.PIS TSCF,PIS HV.P1S RN3,P1S RN7.P1S RNll RN15:PIS RF3.PlS RF7.PI$ RFII,PIS RF15,P1S CCb. PlS 8IGC,PI$ 8DSI'..Pi.$ TCAF,P15 TSC'F.P18 HV,PIS RN3,~,IS RNT. 1S R iq I , 18 RF3.PlS RF7,PiS RFll,PI8 RF:IS,Pl. 8 CCL,PI$ PAGE: 35 1.291,667 1552.083 0o000 13 587 39~483 149 064 1:30'1 0,226 29496,180 6166.672 243,125 1322.917 1567,708 3572,9~6 2791,667 454,545 625.00O 1406,250 1624,053 0,000 27,314 37.959 132.562 2,166 0,409 15836,043 3320 918 243 125 1187 500 1406. 250 3369 791 1.635'417 359,848 454.545 1202,651 738,636 0,000 IS ,Tope verification chlumberoer Alaska Co~,~putin(;l Center **** FlbE IlEAl)ER **** FILE ~,iA~E : E[)!'r .006 SF'R~ICE : FLIC VFRSiO~:~ : O01A04 i..}ATE : q0/061~3 ~'IL, E TYPV : LgST FILE : 23-jL'N-1990 12:28 P A. G g: 36 ****************************************************************************** * FIL~': '" El) * f~Rcr3 ALAS ,, PR [I'~ H[)E BAY * i}. '~ 7'22 , , , , , C~': ARCO AbASKA, I!tC. Compan~ :Name F' ~s, P R U .0 t..~ [; ~ ~.5 A Y F 1 e 1 d a m e - :, ~.0.~25 API Seria~ Number FL 1831' FNL & 682' F~.;'B Field I..,ocat.ton SE;CT 34 Sect ion ~O ~ ~' 1 1N Township R ,~ ~>~ G 14g Range C 0 U ~;~' N 0 R T }'{ S b 0 P fi: C o u n t y STAT ALASF, A State or Province NATI USA Nation i{ITN ~EINTS/.~ORRIS Wlt,~ess' Name verification I.,,i $ t: inq ch].umberqer A]..aska C. omputir',°' Center 12:28 PAGE; 37 . . ......................... ....... [;..---......- sun 39~.256 S e rder Num r Pt)AT ~,Sb Permanent datum ~Pt) FT 0, [,~'~F ~{K[~ Loq Measured From APD FT 58, E~B F'T 58, E~F FT 57, El;l, FT 28, TD[.) IT 10250. DEFI PeDth Channel.. ~a~,e Si. oma (e,ieiJt~."or~ Capture Cross Section) Status o~ TDT Porosit, y TD'r Shunt Current Si, oma tormatior~,- far detector (TDTP) Si,<~a formation - near' detector (TDTP) Siqma boreho],.,e - far ~(~etect:or (TDTP) Si~ borenole - near detect:or (TDTP) Far TI)':I:~ Count, Rate Near TDTN Count ~'ate &mplitude format-fo. --far detect, or (TDTP) ~mplitude borehole -- Far detector (TDTP) AmPlitude format, ion -,near oetector (TDTP) AmPlitude [3orehol, e -- near detector (TDTP) S IG'~ Correction E~{,)rehole slo..:,a (corrected) -- T b,~ini, tron mode monJ. tot Tatio (TI) P) TDT ~at:.lo Stan(]a~d deviation of S:io'ma-[oFmati~n (TDTP) Baci<uFour~d, Neat Gates Far ~ackqrot~nd Total, counts analyzed ~eor detector Total counts a'nol~'zed - far detector ('TDTP) Total, coL~nts - ~ear detector Total cOUnts -far detector (TDTP) Selected c~ates count rate - near detector (TDTP) oe],,ecteO gates count rate -far' detect, or (TDTP) Inelastic count, ing rate - near detector (TDTP) !~el,astic CO~,ln~i, no rate - far detector (TDTP) TDT'P TelemetrV Error Count ~ead V'oltaoe Status of ATC r;aw ';~{ear 1st Gate Raw Near 2nd Gate "~ ,, ~ ~.{aw ~.:~ear .4t.h Gate .I'.8. Tape Verifi. cat,~.on L.l. st. ino ChlU~,ber(~er Al..as~a Cor~put. in° Center 2 3 - d [.ii t,i , 1. 9 9 (~ 1 2: 2 8 P A G E: 3n ~'~5 R~w t.:(e~r 5th (.gate E~>6 Raw :'~ear 6th FN7 Raw ~',~ear 7tr'~ Gate kN8 Ra~ ~.~ear 8t,~ Gate R~,~O Raw ~',~ear 9th Gate ~hlO Raw ~3ear loth Gate ~11 Raw t,'ear llth Gate P~,'lP Raw ~ear .tPth Gate RN1] Raw ~'.lear 13th Gate P~14. Raw a.iear 14th Gate R~I5 Raw Near 15tn (;ate R~I6 Raw ~,~ear ].Gt:n Gate RF'i Raw Par 1st Gate RF2 k. aw Far 2nd Gate RF3 Raw Far 3r<:~ Gate RF4 Raw Far 4tn (;ate RF5 Raw Far 5t~ Gate RF6 Raw F'ar otn (;ate RF'7 Raw Far 7th Gate RF8 Raw Far 8th Gate RF9 Raw Far 9th Gate RF!O Raw Far loth (;ate ~F1] Raw Far ll. tn Gate RF1.2 Raw ~ar 12t. n Gate RFI. 3 Raw Par 13t. n Gate RF14 ~a~ Far 1..4tn Gate ~.~at.e RF15 Raw Far 15tn RF16 Raw ~"ar 16t~ (;ate GR G~mma Rav TENS Tens i. on C C L C C L, A. t,': p .:l.. :i t U ~t e IlS Tape 'v"eri't[ica .r,. ion bi, st.i.r~O ChlUmberger Al. asKa COn~[)ut.~.nc~ Center 99O 1.2 PAGE I 39 ...... ......... ........ DEP~' T 391 .6 SIG~ P2S CU 391256 S?gq' P2S 391 256 TPHI P2S F'U 391256 ISBU [>28 'V 39! 256 SEED P2S C[! 391256 SFND P2S Ct..I 391256 SE, HF P2S CU 391256 $~H~ P2S CU 391256 FTDT P28 CPS 391256 :N T Dq.: P2S CPS 391256 AF'FD P2$ CPS 391256 ABFD P25 CPS 391256 IF'ND P2S CPS 391256 ABND P:28 CPS 391256 8IGC P28 CI, l 391256 Sl;BH P28 CU 391256 ~]MOF P2S 391256 TRAT P28 391256 SDSI [)28 C !:..~ 391256 ~hCK P2$ CPS 391256 FBAC P2S CPS 391256 "rC g N P2S 391256 TCgF P2S 391256 'TCND P2S CPS 391256 TCFD P2$ CPS 391256 ?SC~ P28 CPS 391256 TSCF P2$ CPS 39~256 INNg P2S CPS 391.256 INFD P2S CPS 391.256 TTEC P2S 391.256 HV P2S V 391256 sA're P2s 391256 ~NI P28 CPS 391256 ~N2 P2S CPS 391256 RN3 P2$ CPS 391256 RN4 P2S CP[~ 391256 RN5 P2$ CPS 391256 aN6 P28 CPS 391256 R.~.~ ~ P28 CPS 391256 PI Al?! 1..,OG TYPE CLASS NUD N ;0 0;~''';0 ...... 0 ''; 51 400 01 0 O 51 39o O0 0 51 890 O1 0 51. (~ 00 00 0 51 40O O2 0 51 400 02 0 51, 400 Ol 0 51. 400 01 0 5 ..1. 000 00 0 51, 000 O0 0 51 391 O0 0 51 391 O0 0 51. 390 00 0 51 390 O0 0 51 4. 00 01 0 51 400 O1 0 51. 000 O0 0 51 000 00 0 51 000 o 0 0 51. 390 1. 7 0 5 'I 391 17 0 51 000 00 0 51. 000 00 0 51 00 ('.) 00 0 51, 000 00 0 51. 000 O0 0 5 1 00 0 0 ('.) 0 51 000 00 0 51 000 00 0 51 39 0 00 0 51, 000 00 0 51 0 () () 00 0 5 !. 390 01. 0 51 390 02 0 51 390 0 3 0 51. 3 90 04 0 51 39O 05 0 51. 390 06 0 51 390 07 0 b ~ t.!~ B ZE REPR PROCESS LtT'4,'~ SA~P I~;[,E~.,~ CODE (HEX) ............ "X .... .... '" I 1 f18 0 . 00000 1 1 .4 68 0000000000 6 1 i 4 68 0000000000 6 1 1 4 68 O0000000OO 6 1 1 4. 68 0000000000 6 1 1 4 68 0000000000 6 1 1 4 68 0000000000 6 1. ! 4 68 0000000000 6 1. i 4 68 0000000000 6 1. 1 4 68 0000000000 6 1 1 4 68 O000()O000O 6 1 1 4 68 000000000o 6 1 I. 4 68 0000000000 6 I I 4 68 0000000000 6 1. 1. 4. 68 0000000000 6 1 1. 4, 68 O00()O000OO 6 1 1. 4 68 0000000000 6 1 1 4 68 0000000000 6 1. 1 4 68 0000 00 0000 6 1, 1 4 68 0000000000 6 1, ! 4 68 0000000000 6 1 1. 4 68 0000000000 6 1 1. 4 611 0000000000 6 I I ,4 68 00000()0000 6 :1, 1 4 68 0000000000 6 1, 1 4 68 0000000000 6 1. 1, 4 68 0000000000 6 I I 4 68 0000000000 6 I 1, 4 68 0000000000 6 1 1 4 68 0000000000 6 1,, 1 4: 68 0000000000 6 1, 1 4 68 000000 () 000 6 1 1. 4 68 0000000000 6 :1 1 4 68 0000000000 6 I. 1 4 68 0000000000 6 :,t i 4 68 0000000000 6 1 ! 4 68 0000000000 6 :!. I .4 68 0000000000 6 1 1 4 68 0000000000 6 1 1. 4 68 0000000000 IS .q'a~e veri.~ication blsti, nq chl. umberaer AlasKa Comi:,uti~q Center 23-dU1i-1990 12:28 PAGE: 4O I i) [.~ R D R N 8 P S C P S . 1 PN9 P2S CPS 391256 R~lO P2S CPS 39125~ F~11 P2S CPS 391256 RN12 P2S CPS 391256 P~;~3 P2S CPS 391256 RN14 P2S CPS 391256 ~!6 P2$ CPS 391 256 ~F1 P2S CPS 39] 255 ~F'2 P2S CPS 391256 RF'3 P2S CPS 391256 RF4 P2S CPS 391256 RF5 P2S CPS 39t256 RF6 P2~ CPS 391256 ~F'7 P2S CP~ 391256 RF'8 P2S CPS 391256 RF9 P2S CPS 391256 RFI~ P2S CPS 391256 P.F'11 P2S CPS 391256 RFI? P2S CPS 391256 RFJ, 3 P2S CPS 391256 RF14 P2$ CPS 391256 R~I5 P2$ CPS 39!256 RF!6 P2S CPS 391256 GR P2S GAPI 391256 TEN8 P28 LB 391256 CCL P28 'V 391256 .... T'"i .......... ; ............ ' l 5 cO08 b .1 5!. 390 09 O 6 Il 1 41 68 51 390 10 0 6 I 1 4 68 51 390 11 0 6 I 1 4 68 51 390 12 0 6 1 1 4, 68 5!. 390 13 0 6 I I 4 68 5 '.1 390 14 0 6 1 .1. 4 61~ 51. 390 15 0 6 1 1 4 68 51 390 16 0 6 1 1 4 68 5i 391 O1 0 6 ! I 4 68 51 39! 02 0 6 ! 1 4. 68 51 391 03 0 6 ] 1 4 68 51 391 04 0 6 1 1 4 68 51 391 05 0 6 1.. 1 4 68 5 !, 391 06 0 6 1 1 4 68 51 39 ! 07 0 b 1 1 4 68 51. 391 ()~ 0 6 I 1 4 68 51, 391 09 0 6 1, 1. 4 68 51 391. 10 0 6 1 1, 4 68 5! 391 I l, 0 6 1. I 4 68 51 391 12 0 6 1, 1 4 68 51 391 13 0 6 I I 4 68 51 391 14 0 6 1 1, '1 68 51 391, 15 0 6 I 1, 4 68 51, 391, 16 0 6 I I. 4 68 5 !, 310 01 0 6 ! 1 4 68 51 *535 21 0 6 I 1. 4 68 51 150 0 ! 0 6 i 1 4 68 B SI'ZE REP PROCESS LEa CODE (HEX) .......... 4 6 00o0000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O00000OO00 0000000000 0000000000 0000000000 O000000OO0 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 ** DAT~ ** DEPT. I 0 I. I. 8,000 IS,Htl P,2S 1,2 234 8'B H ~,:~, P 28 :! 0 g~, 693 ABFD. P28 1.3,990 $1' B P' ' P 2 S 1, 34.207 BAC~, P2$ 304. ? 10 TC~:~D. P2S -3464:. 989 IN[,:..~D, P28 -10. 358 S~TC.P2S t OOG RN4. P2$ 711. 806 PN¢', P2S 763. R~i, 2. PPS J 903,935 R~',~I 6, P28 758, ! 02 P~'4 .P2S 179.39 ~';~ F" 8. P '2 $ 23:1, F:'fi' 1. 2. P2S 734. 954 P ~;' .16. P 2 S 358. '7 96 , . P 2 '~' [,l. 000 TPHI P2S S I G ~,."t l,,, 2 S 20,1,35 S t,'rl) r P2$ 0 000 N~'DT,P2$ 0.0()0 AFFD.P2S 'p2s 3o22523 a~Nrj~. P2S 62.21.2 8IGC.P~,8 AFND'p28 -0 030 TP, A ,P2S 0,000 SI)Sit,,., .P S FBAC, ........ ,710 T. A P5 ~ ' ' T C F D. P 2 S - 776 ' 04 3 T S C }".,~, ....... > 0,000 T $ C F, P 2 S I ~',,~ F 0. P 28 - 2.302 T T E C. P 28 0.000 ~,! V. P28 R ~ 1,, .P2S 40.509 PN2. P2S 61.920 R.~ 3 ,. P 28 P~vS'P2S 596.065 'Rt'~, 6, P2S 572.9!,7 R't,;7. P28 Rh9,'P28 I290.509 .R,~:,~ I f.). P 2 S 1168,9~ 1:. RNll,.P2$ R i",,i 1 3.P28 2:309.028 [:¢: f',l lm "{ * P 2 S 221,0.648 Rt',:~ 1, 5. P28 RF"I .P2S 1. I. 574, ¢F2,P2S 15.480 RF3.P28 "g ,,,~ i,~'. }?c .=. P2S 42 :454 RFiO. RFII..P28 F' 3 P"~ 4 9{.~7 RFI,% P"" . 2 .... 8 4, . ..... . . . .z,$ 960 64~ t;'Fi, 5 P28 C; R. P 2 $ 40..188 T F. 0,000 1,10,498 158,350 0.108 0.435 o.ooo 0'000 192.000 734.954 474.537 1666.667 1591.435 179.398 I56.250 578.704 752,315 0.000 'lis c h l SF!I'. P ",~ o I 5, C, 7 g S F F"f'~ o l-:' 2o S ~-~ I-- ~ . P 2 S q 2,12 i~ F,' '.[' 1',~ !'. ~." 2 ,S .a [~ F [:. ? 2 $ 1. 45.06 "~ A F' ~< p. P 2 S SIr E)'P,. P2S :14:3,531 bi.'iOF. P25 t::~ A C ~ .P28 95.010 Ff~,~C, P2S TCr~!F,. P2S 26182.344 TCFi).P2S I ~,i~:C.. P 2S 2.t56,664 SflTC P2S 76° 000 t{'N1 P2$ PF,!a P2~ 1794.5()7 RaB,P2S FN8 ,P2S 932. 765 R~,,9. P2$ RNI2 P2S 2732.0()7 R~13.P28 RN 16: P2S 1027. 462 ~{F 1,, P2$ RF4.~ 928 520,833 RF'5, P2S RF~. P2$ 38 ~. 258 gFg, P2S RF'12,P2S 999.053 RF'13,P2S RF 1.6. P2S 4~2,955 (.;[{, P2S 12.997 STLT.P2$ 12. ! 07 459.630 i 264 231395 TCAi',~. P2S 9705.170 TSC~;. P2S 538.059 TTEC,P2S 357,007 ~r;2.P2S 1382.576 RNS,P2S 1.775,5b8 RNiO.P2S 3025.568 34.0,909 RF2.P2S 37 ~, 788 RF6. P2S 591.~56 RFIO.P2S 13";7.8~1 RF1.4,P28 4,0. 1~8 TENS,P28 DE. PT. 10000.000 S,.[(;i'4. P2S 13,027 ST[)T,P2S ISH[.i'. F'2S 10,719 SF'F'O, P2S 1,4,902 SF~D.P2$ SB},{~, P2S 37,994 FTDT,P2S 3.5,043 NTDT,P2S ,~t,,:,~'~ P2S 602 314 .A~ND,P2S ~BF'D, P2S !. 52,5()8 '" ...., · ..... S!~E,P2S 32,95() ~'~OF, P28 1,225 TRAT,P2S B~C~:.P2S 96.613 F~%AC, P2S 24.,804 TC~t~, P2S TC~..~I). P 28 36215,203 TCFD,P~$ 11194,115 TSCN,P2S ......... '~'" . , ~ P2S IN~,~D P28 2223,904 T~aFr),[..28 465 402 ¢,~,,'~4,P2S 866 477 t'~N, 9 P2$ 2277,462 Ri,:10,P2S P 2 $ 4, 22 ~, 219 R ~: 13, P 2 $ 4588,0 t~ 7 R ~,:: 1. 4 I{M 1' ~' P2S 1160,038 R, F1 .P2S 331 439 ~F2,P2S R NJ 6 ,, ~F4,,P2S 416,667 RFS,P2S 520,833 RF6,P28 RF~,P2$ 364,583 RFg,P2S 781,250 RFIO,P2S F12,~5 '1.1, 10. ~5 r~13.P25 1633,522 RFJ 4,P'2S ~<F'l, 6, 2S ,!82, 55 GR,P2S 39,094 TEkS,P2$ ' , ,,,, ~ D T, PEPT::, 9900,000 SI(;a,P28 :10,300 s ' P2S iS~IJ,P2S 12,555 SFFO P2o 1!,155 SEN ' "'DT' P25 $:BHk.~ 28 42 562 ~'TDT P2$ 18.899 ~.[ . , ABFD,P2S 184,'728 AFND,P2$ 74:1,926 ABND,P2S '~ ' P2S , , P 2 S I, I. 67 ~. :~. A ,r, S ',l, ~3 H P 28 4 '2.665 t,i r,~ 0 F, BACK P2S 11,2 78:1, FB~C,P2S 23 513 T C N D ' ' " 0 ,48,4 T 8 C ~,~, . ,P2$ 3~464,414. TCFD,P2S. 1.60~3'. ~'""'"""'" P2S I ~ N~ C',', P 2 ~ i 23,446 I N F 0, P 28 5 Z 005 T T E, (,,,,.,, ~,~ 4, ~ 2 $ 1756,629 R t,; 5. P 2 S ~ 8 ~ 9.204 F;: N 6, P 25 ~N~, 28 885,417 Ri'~9.:O2g 215,~J09 R~:IO,P2S RN' 12, P2$ 4270,833 RN 13, P2S ,4900,56'7 ~'~S 364,583 ~[;"2, P2S R k :1 fi, P 28 1. 699, ~ ~, 1 ~ F 1, ,. ~ ...... ~F4., P2$ 525,568 RF5 P25 643,939 R,F'6, P2$ ~F~, F2, 38 ,523 R,Fgl P2S 86:1,742 RFJO,P2S R.F!.2.~2S 16']3, 522 RF1...,~.P2S,.. ,,. 22~5,909 "RFI'4'P2S 66.0 U G 13.6~7 26. 509 543.952 2,095 4.3219,352 8828.613 258.000 98,040 1382 576 1699i811 .3158 144 20,640 459 280 553:977 1.287.879 1.140.000 66.000 16 750 431849 545,891 2,593 57624,688 11898.0!2 0 000 92 88O 2050 189 2357 954 4142 992 23 ~20 6()1,.326 838,068 1538,826 1145,000 66,00(,) 12,640 :38,676 564 08i 1, 806 67824 953 13907 340 0 000 1.:1.8 680 2.178 030 2414 772 416 743,371 909,583 238~,625 1i2 ,000 5Bk~F,P2S AFFD.P2S SIGC.P2$ SPSI.P2S TCAF.P25 TSCF,P2S H~.P2S RP3.P2$ R~7,P25 RNll.P28 RN15.P2$ RF3 P2S RF7:P2S RFI. 1.P2S RF15.P2$ CCb. P2S 24.770 77,714 116.099 0,063 0,167 20633,754 421~.950 242,875 1605,114. 1032,197 2386,363 2187.500 430.871 388,258 804.924 1098.485 0,000 29,917 26,962 136.156 },786 0,267 22219 770 4587 810 242 ~75 1164 773 1642 992 3726 325 2722 538 303 030 473,485 1117,424 1131,629 0,000 I3,152 32,693 1.66,849 0,897 0,205 ,37553,359 7700,224 242,875 1231,'061 1680.871 3707.386 3503,788 402.462 634,470 1434,659 211~,477 ,000 41 IS Ta~e verification !.,lstir~c~ cblumber<;ler A, lasKa Comput:im~ Center DEDT. 9800.000 ISH!~. P,2S 48,7!9 SFFD.P2S SBH~:.P?S 40,972 FT[>T, P2S A~FD.P2S 1.51..284 AFNO.P2S 8IB~.P2S 39.637 BAC~.P2S 130,340 TCND,P2S 359~3.578 TCFO.P2S I~ND.P2S ~039.927 tNFD.P2S SATC,P2S I .000 F'N4,P~S 168~.~92 RNS.P2S RNS, P2S 848. 958 R~9. P2S ~12,P2S 4.06~,500 RN13,P2S RN 16. P2S 1359.375 RF 1. ~F~,P2S 487,6~9 ~F5.P2S PF~. P2S 383.5~3 RF9 RFI. 2,P2S 1543.561 RF13.P2S ~F16, P2S 639. 264 G~<, P2S DEP?. 9700.000 ISHU,P2S :]t9.756 SFFO'P2S SBHb,P2S 42,394: ABFC.F2S 171,617 AFND,P2S ~ P 2 S S 1 B B, P 2 S 42, .,~ 72 BgC~,P2S 132.063 F[~AC,P2S TCND,P2S 36469,8,44 TCFD,P2S INND,P2$ 1975,870 ! NF'.i.), P2$ SATC, P2S 1 , 000 ~{N 1, P2S [~N4, P2S 1742. 424 RN5, P2S ~N 8, P~S ~47. 538 RN9 R~:~I 2,P28 4237,688 RNI,,3 R[,i 16, P2S 1.396 780 R RF4,P2S 494,792 RF'5, P2S RFS. P~S 395. 833 ~Fg, P2S RF12,P2S 1526,042 [~F'I 3, P2S ~ F t 6. P28 614,583 (..; D El P T, 9600. '000 ISHU.P2~ 41,969 ~ rE ,r. s B H ~,:;., P 2 S ,47,280 ..... ABFP P2S 1~5.164 AFNt). $1 B H. ' P 2 $ 50,86. 1 r,4 M 0 P P2S 36049 23'. T C N g, ' S 4 ' ...... :l N ~,'~D, P 2~, 192 ,662 INFD SATC P2o I 000 RN RN4 ,P2$ 1950,'757 RN5. ~,,~8, P2$ 852. 273 RN9 ..... S 4019 886 R~13, , 2o ! 19 886 RF1. i':~F12. P28 167 I., 875 RF13, RF 16. P2e ia48, a58 GR 23-dbN-l. 990 !2128 i 2.810 STDT. P2S 1.4,312 SFND.P2S 1.7,124 NTDT,P2S 596.511 ABI~D.!?2$ 1.213 TRAT,P2$ 29.14'1 TCAN,P2S 12813,625 TSCi,~. P25 50! .626 TTEC.P2S 890.625 PN2.P2S 1880.208 R~6, P2S 2260.417 RNIO.P2S q348.958 Rbl4.P2S 317.235 ~F2.P2S 520.833 ;~F6.P2S 866.477 RFIO,P2S 18'15 000 RF14.P2S 79:250 TENS,P2S 13.150 8 Tp'.r, P28 14.248 SFND,P2S , -} ~ 17,765 NTr..r,p2$ 637.202 Al{ND, P2S 1.193 'rRAT.P2S 29,734 TCgN,,P2~ ~,) 13207.5~3 TSCN,P2S 492. 157 TTEC,P2S 847.538 F, N2,P2S 1856,060 RN6,P2S 2310,606 RfWI O,P2S 4-815,34.1 RF, 1.4,P2S 322,917 [4F2,P2S 572,917 [~P6,P2S ~59,375 ¢FiO,P2S 1854. 167 RF14,P2S 39,28! TE~~ ~ P2S 12,1,70 13.200 1.8,.41.4 7O7 308 I 34.3 34 432 14.707 494 .520 797 847 538 2078,598 2310.606 4~,55. 492 338,542 651. 042 921.875 2015'625 83,938 66. 15. 41. 551, 57104 11.891~ O. 118. 2062 2~07: 3968. 30, 733, 875, 1785. 970. 06, 1.5. 42. 551 2 58977 t, 2182 0 !54 2324, 2386 4332 25 645 880 1.822 950. 66 37. 601. 53289 11187 0 1,54 2277 2433 3991 8O2 906 2078 955 000 854 481 910 187 750 881 O00 680 50O 292 750 960 901 947 0]8 000 000 44 741 15O 047 805 000 800 811 363 386 800 833 ~ 08 000 000 300 662 765 641 936 000 800 .4.62 712 477 830 O83 25O 125 000 TPHi.P2$ 5BHF.P2S AFFD,P2S SIGC.P2S SDS!.P2S TCAF.P2S :rSCF,P26 HV,P2S ~N3.P2S RN7.P2S ~NI1.P2S RN15.P2$ RF3.P2S RF7.P2S RFII.P2S RFIS.P2$ CCL.P2S 'rpHI.P28 SBHF,P2S AFF'D,P26 $1GC,P2S SI,)SI,P28 TCAP.P28 TSCF,P2$ HV,P2$ RN3.P28 RN7,P2$ RNi. I.P2S RN1,5,P2S RF3.P28 RFToP28 RFll.P2S RF15,P2$ CCL,P2$ TPMI.P2S SBBF.P2~ AFFD.P2S 8I(;C,P2$ SDSI.P2$ TCAF.P2$ TSCF,P28 HV,P2S RN3 P2S RN7:P2S RNIi.P2S R. NF,1;5,P2$ R 3.P25 RF7,P2S RFI. I.P2$ RF15.P2$ CCb,P2$ PAGE: 42 20.672 37 090 1491379 1.357 0.253 26113.145 5437,979 243.125 1229.16'/ 1562 500 35782125 2781.250 374 053 535[038 1330,492 1344,697 0,000 20,581 29.651 154,486 1,183 0 270 27432 379 5666 66'7 243 000 1259 469 1732.954 :3731'060 2968.750 333,333 588,542 12'76,0.42 1.41(~.,458 ,000 13,242 37,,636 157'765 1,178 0,244 '30199,918 6340,346 243 125 1410 985 1699 811 3622 159 2760.417 406,250 640.625 1,437.500 1.635.417 0,000 verification I.,is t J..nq ChlUmt',erger ,,~las~a Computi, r~q (:enter 23-JUN-I, 99C 12:22 4.3 DFPI . 9595.0f)C $IG~.,~.P2,.S ISHI~. I~2S 41. 969 SF'FO. P25 ASFD.P2S 1~i2.593 BAC~. P2"o 151 .703 7'C~':D. P25 349f16,617 I~'uD.F2$ I ~1,.0. 473 !,',iFO. P2S SaTC. P2S 1. OOq tt r~ 1 .P2S P~'~a. P2S 17 ~6.45 F'~.F P2S a59,375 ~ 12: ~2$ 3901.041 i~,~ 13.P2S R~,. l 6, P~S 122q. 16'7 afl. P2S !~F4, P2S 56a, 1 a2 RFS, P2S FFS, P2S 392,992 RFg, ['28 RF',I, 2. P~S 1571,969 RFi3,P2S RF16,P2S 582,386 GR,P2S 14.579 ST.DT, P25 66.000 1.6.1.27 SFND.P2S 18.405 17.058 NTDT.P2$ 40.539 657 .~37 ABN;.), P2S 590,465 I .2h8 TRAT,P~S 2.0a2 33.3?4 TCA ~',~, P'2 S 4?634.406 12897.256 ~SC~',,P25 10010.94! 465.322 TTEC.P2S 0.000 ~07,292 ~'~2. P2S 159.960 1979.!~7 RN6,P2S 2046.875 23~8.~25 n~JlO.P2S 2291,667 4.~69,791 Rr.~14,P2S 3791 279.356 kF~,¢2S ~5'800 606.0~1 RF6,P2S 743.371 642,803 RFIO,P2S 928,030 17~1.3(~4 RF1,4,P28 1~32,954 149,625 *1'Ethos, P2 S 950,000 19,535 35.751 150,815 1.502 0.299 22874.255 480'1,299 243o125 130'7,292 3677.083 2395.833 383,523 553,977 1.415.719 1292.614 0.000 **** FI'BE TRAIbER **** FiI, E: NAME : EOIT .006 SERVICE : FI., I C VERSION : O01A04 DATF : 90/06/23 ~gX REC SIZE : 1024 FILF TYPE : I,,,0 I, AST FI, LE : **** FILE HEADER **** FILF ~,!A~E : EDIT ,007 SERV IC'E : Fb!C 'VFRSiOf¥ : ()O1A04 DATF: : 90/06/23 ~,A,X' REC SIZE : 1024 F I 1'.., F T Y P E : !., 0 LAST F I l,,,~; : IS Tat~e Ver.i. ficat..Ion ChlUmberger ~l. asKa Co.,putinq Center 23-dU~,1-1990 1.2,'28 50-029-20925 PASS ~] " ,',~"LL STATIC DATA GAP:PI, ED EVERY -.5000 T [.10 L E: x T E N 81 () ;',~ 9524' PAG~I 44 TUtti VALU DEFI (2~) RCO AL SK Compa ame F~,' PRIJI'~H[)E RA~' Fie.Id ~,ame w~, ~2o.8, 7-22,. ~'ell ~,~ame AP][~! 50'02q-~0925 APl ~- ...... oerial. Number FI.. 1831' F~I., & 682' F~L Field bocation SE[CT 34 Section R A ~,~! G 14 ~,~ R a n g e C 0 U,~ ,~':~ 0 R T }'{ Bf.,OPE County STAT , ,A[,AS~.A State or N~,TI USA Nation WIT~.~ REIb~'I"$/~f]RP:!8 Witness' Name 8[~ 391256 Service Order Number PPAT ~" $ I..., Permanent datum E P [) F T 0 [,~F ,~;:~:8 bog ~easured From APb FT 58, E~B 'FT 58, EOF FT 57, EGL FT 2 8, T g D F T I 025 0, DEPT DePtlne]:~ Cha., n ,, ~,~ame S:IG~ $1. g.,~.a (~",,~eut, ro'n Capture (:'ross sect:ion) S~'BT Status of Ti)T TPH]' ':!"D~ Poros:jty ~F~I.; TDT Shunt Current IS Ta~:,e Verifi. cat:i, or~ [~istlnq cblumberoer A].askla Com.r,~ut.i. nq Center 12:28 PAGE: 4S Sigma retd.,arian- far detect:or (T[',TP) Sigma formation - near ~.~etector Sigma borehol, e - .~ar detector ('i'D'fP) Si.g~a Oorehol. e - r,,e~r detector ('rk:~Tp) Far TDTk~ Count Rate ~.lear 5[DT~, Count Rate Amplitude format Jan -- far detector (TDTP) A,,pl. ltuoe borehole -- Far detector Amplltu~e lormatlon - near Oetector (TDTP) A~r>1itude Borehole -- ~ear Oetector (TDTP) SIG~ Correetlo~ ~orehole sl, a~a (eorreeto~) -- TDTf'~ ~,lnltror~ mooe moab, tar ratio 'rDT Ratio StanOard deviation of 8i~.:]~a-~ormatlo. gac~qround, ~ear Gates Far bacKgrounO Total counts analvzed- rlear detector ('rDTP) Total COUr~ts an. alyzed - far detector Total counts - near detector (TBTP) Total cotlnts - far detector SelecteO gates count rate - near detector {TDTP) Selected aates count rate - far detector (TDI'P) IDelastic counting rate - near defector {TDTP) Inelastic counting rate - ~ar detector (TDTP) TDT-P Telemetry Error Cou~t ~.tead Voltaqe Status of ATC Ra~ .~'{ear !st Gate Raw ~:i'ear 2r)d Gate R O W '~ ,,,ear 3rd Gat, e Ro~ ~:~ear ,tt, h (;ate Raw ~,;;ear 5th Gate Raw ~,e, ar 6th Gate Raw i~ear 7th Gate Ra~ ~'~:iear 8t, h Gate Raw ,',;ear 9th Gate (,,~*. Ra~, ~k~ear loth ,,ate Raw ;~,~ear llth Gate Raw ear 12t. h Gate Raw ?,:ear 13th Gate Raw ,~,,~ear 14th Gate Raw ~,~'ear :l, 5th Gate Raw ~iear 16th Gate Raw Far l st Gate Raw Far 2nd Gate Raw Far 3rd Gate Raw Far 4th (';at.e Raw Far 5th Gate Raw Far 6th Gate Raw Far 7th Gate Raw Far 8th Gate Raw Fi~r 9th Gate IS ~"ape Verificatior~ L, isti~.q chlumber~jer ~,.].aska Co~',puti. nq Cent. er 23-dLit~-i 990 12:2a D EF I ''~";P 1 , .... !~;''~'~;'~'w ....O. th ~'7[; ................................. ' RFll Raw Far l!tn Gate RF12 ~aw Far 12tn (;ate RFI~ Raw Far 11tn Gate PVl~ Raw Far lath Gate R. F15 Raw 'Par 15tn Gate RF16 Raw Far 16th Gate GR Gamn:~a Ray TENS Tension COL CCI, ~,Pl it, ude P A G E; I 46 ** DATA FOR!,4AT SPE(,.:IY!CA'rlON RKCL) RD ** SET T'/PE - 647,.:B Y Pt); R [:,P V Al, g 1, 66 0 2 66 0 3 73 272 4. 66 5 66 7 65 8 68 0.5 9 65 FT 11 66 3 1,2 68 13 66 0 1 !5 66 68 16 66 ;It. 0 66 1, 5',,T DT P3$ 391256 51, 390 O0 0 7 1 1 4 68 0000000000 TP}.! I P3S PU 391256 51 ~90 01 0 7 ! 1. 4 68 0000000000 I:SHt] P38 V 391 256 51 000 Oo 0 7 1, 1 4 68 0000000000 SFFD P3$ CO 391256 51 400 02 0 7 1, I 4 68 0000000000 SFND P3$ CU 391,.256 51 400 02 0 7 1, I 4 68 0000000000 SB}.,IF' P3S CU 391256 51 400 O1 0 7 I 1 4 68 0000000000 SBHN P3$ CU 391256 51 400 01 0 7 !, 1 4, 68 0000000000 IS Tape veri,!ic~.~tJ, on [~,istinq Chlt.]mberqer AlasKa (.':omDutinq (?enter 23-jtiN-~ 990 12:28 47 P3$ CPS 391256 51 o00 O0 P35 CPS 391256 51 39! 0(: P3S CPS 391256 51 ;]91 Oo 0 P3S CPS 39 t 256 51 39() O0 0 P3S CPS 391 256 51 390 O0 0 P3S CO 391256 51 400 O1 0 P3S CU 39!.250 51 400 01. P3S 39!25~ 51 0o0 O0 0 P3$ 391256 51 ()00 O0 0 P3S Ci.~ 391256 51 000 O0 0 P38 CPS 391256 5~ 390 !7 0 P3S CPS 391256 51 391 17 0 P3S 391256 5! 000 O0 0 P35 391256 51 000 0() 0 P3$ CPS 39!.256 51 000 O0 () P38 CPS 391256 51 000 O0 0 .. ~ ~ ....... ~ ., - . P 38 (... P o 391256 51 o 0 o 0 n 0 P3S CPS 391256 51 000 O0 0 P3$ CPS 391256 51 000 O0 0 P3S CPS 391256 51 000 oo 0 P3S 391256 51 390 O0 0 P3S V 391256 51 000 O0 0 P38 391256 51, 000 O0 0 P3S CPS 391256 51 390 O1 0 P3S CPS 391,256 51 39o 02 0 P38 CPS 391256 51 390 03 0 P38 CPS 391256 51 390 04 0 P38 CPS 391256 51 390 05 0 P3S CPS 391256 51, 390 06 0 P38 CPS 391256 51 390 07 0 938 CPS 391256 51 39() OS 0 P3S CPS 391256 51, 390 09 0 P38 CPS 391256 51 390 10 0 P38 CPS 391256 51 390 l 1 0 P38 CPS 391256 51 390 12 P3S CPS 391256 51 390 13 0 P3S CPS 391256 5'1 390 14 0 P38 CPS 39~256 51 390 15 0 P38 CPS 391255 51 390 16 0 P3S CPS 391256 51 391, 01, 0 P3S CPS 391256 51 391 02 0 P38 CPS 391, 256 51, 391 03 0 P3S CPS 391256 51 391 04 0 P]S CPS 391256 51 391 05 0 P3S CPS 391256 51 391 06 0 P3S CPS 391256 51. 391 07 0 P3S CPS 391256 51 391 Oa 0 P3S CPS 391256 51 39! 09 () P3S CPS 391256 51 391. 10 0 P3$ CPS 391. 256 5:1 391 11 0 · I.L,E ~,~U N ~ SIZE.: R ; ......... 1 ; .......... 4 6 ; 7 1 1 4 68 7 1 1 4 68 7 1. 1. 4 68 7 1. 1 4 68 7 I I 4 68 7 1, 1 4 68 7 ! 1 4 68 7 1 1 4 68 7 I. 1. 4. 68 7 1.. 1, 4 68 7 1 i 4 68 7 1 ! 4 68 7 1 1 4 68 7 1. 1 4 68 7 1 1 4 68 7 I 1 /4. 68 7 I 1 4 68 7 I 1 4 68 7 1 1. 4 68 7 I. 1 4 68 7 1 1 4 68 7 1, 1 4 68 7 I 1. 4.: 68 7 I 1 4 68 7 1 1 4 68 7 1. 1. 4 68 7 1 I 4. 68 7 1 1 4 68 7 1 I 4 68 7 1 1 4 68 7 I 1, 4 68 '7 1. 1 4 68 7 1, 1 4 68 7 1 1 4. 68 7 1, 1 .4 68 7 '1 1 4 6 8 7 1 1 4 68 7 1 I 4 68 7 1 1 4. 68 7 ! I 4, 68 7 i, 1 4: 68 7 1. 1 4.: 68 7 1 1 ,.4, 68 7 1. 1. 4 68 7 ,11. 1, 4: 68 7 1 1 4 68 7 1 1. 4 68 7 1 1 4 68 7 I 1 ,,.4. 68 7 1 1. 4 68 DE (HEX) , 00000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 I$ 7'ape Yeriflcat. iom [.,istinq' .... ' ~ ' (7. ch,1..um~erqer .Alaska C. omg uti. riel enter 23 - j l.! N - 1. 'ii 90 RV13 P3S CPS 391256 5I. 391 13 0 7 1 RVi4 P3S CPS 391.256 51 391. !4 0 7 1 RF15 P3S CPS 391256. 51 ~91 15 O 7 1 RF~6 P3S CPS 39~25~ 5I 391 16 0 7 1 GF P3S GAPI ~9!256 51 3!0 Ol 0 7 1 T~NS P3S L,B 391.256 51 535 21 0 7 CCL P3S V 391256 51 15(i O1 0 7 1 ~. ......... 4 ;8 ¢,;';;';0 0 .... 000 ' 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 OOC, O000000 1 4 68 0000000000 I 4 68 0000000000 mmmm~mm~mm~m~mm~m~M~m~mmmmmmmMMmmmmmmm~mmm~m~mmMm#~m~mmm~m~mm~#mm~mmmmmmmmmm! PAGE: 4~ , * 13 A T A * * 10124.500 S I C.'.r,~. P 3S 17.480 STDT,P3S 17.~22 SFi?'D,P3S 17.4}~6 SFND.P3$ 1.32.427 F'I'r)T. P3S O.OOO NTDT.P3S 16.546 AFND.P3S 4U7,068 aBND.P3S 167. (,, 78 ~q ~ 0 F. P 3 S - 0.031 T R h T, P 3 S 31R.086 FBAC.P35 61.626 TCAN.P3S -3661.235 TCFD.P38 -665,740 TSCN,P3S . , P3S -2,095 TTEC,P3S -10 813 r~'~'~Fr), .... !. ,000 RNi .P3ea 931, .713 RN2,P3S 1.782,407 ~NS.P38 1464,120 RN6.P3S 9 25,926 ;~t,~9 P3e · ..... . o 16~6.667 RNIO P38 2835,6.48 RN1.3.P3S 3657.'1()7 RN1..4,P3S 1400,463 RF!, ,P3S 312,500 R. F2,P3S 15.046 RFS.P35 376,~57 RF'6, P3$ ~51..389 RFg,P3S 590, 78 RF'lO,P38 064,815 ~F'I 3. P3S 1. 412,037 T~.J.~F't 4. P3S 1'827 5,!6 GR.P3S 60,813 ENq P3S 101, 00. (.) 00 S I G ;:t,t, P 3 S I ,'.3, '74, 2 $ ',f"' F 1':), P 3 o 88,844 FTDT.P3$ 141., 467 AVND, P3S :! 38.556 MMOF.P3S 106,.'35[{ FBAC.P3S 27220.633 TCFD,P,3S 2426,672 I ~'.tFl), P 38 l.. 000 R i",! 1, P3$ 1818, :18:2 RN5,P3S 961,1,74 Rr,i9. p3$ 2855.1.13 R;~I 3. P38 1155,303 RF! .P35 526 042 RF5 P3S :,27,0~3 RF9,P3$ 1125.000 RFI3.P35 567. 708. GR. P3S .13. 256 1.3 , 234 12,414 499,402 1,237 26.682 9900,441 549.8'18 904'356 .15,1, O, 417 1761. 364 34:13 825 34, 58 43~ 992 619 '~92 1354.16'I e,. 0.81, 3 66.000 20.299 0.000 66.935 0 000 0 000 0 000 0 000 1.08 360 1359 954 1631 944 . 3738,426 1,5.480 462.963 509.259 1695,602 995.000 66,000 14.016 28,516 554.099 2,169 445.32,.992 7,195 9240,000 98.040 1.3~6.288 1,7 9.772 338(.),682 15,480 447,917 614.583 1.401.942 980. O0 TPHI.P38 SBHF.P3S AFF'D.P3S SIGC,P3S SDSI,P3S TCAF,P3S TSCF.P3S HV,P38 RN3.P3S RN7,P3$ RNll.P38 RN15,P3$ RF3,P3S RF7.P38 RFII.P3$ RF15.P3$ CCb,P3S TPMI,P3$ SBHF,P3S AFFD,P3S SI. Ge.PBS SDSI'P3S TCAF,PBS ~ ' P38 T,.>C~ , HV. P35 RN3,P3$ RN7,P3S RNll.P3S RNIS.P3S RF3.P38 RF7,P38 RF15,P3S CCL,P3S 0.000 109 067 0.000 0,574 0 000 0:000 240,250 1603 009 1024 305 2233 796 2962 963 451 389 422 454 839 120 !550 9.26 o 0oo 26,836 76,947 121,343 0,092 0,173 20532.387 4263,51.3 242,875 1.538,826 1131,629 2433,712 0}'875 2~2. 136 406,250 9()6,250 1,05~.083 ,000 IS Ta~e Ve~if.!cation chlum~.erqer Alaska Co~r~t~utinq Center D E P !'. 1 O, (? 00,00 fl S I (:., i,.'~, p 3 S I Sf.~[;, P3S 43.81 3 SF'Fi),'P3S 8BH~,~ P3S 39 759 F'TD"r.F3S SIBH.'P3S 36,~90 [~CK,P3S 1,07,850 F.~AC.P3$ TCND. P 38 !51 ~ 1.797 I~:~:P.P3S 221.7.525 It,~Fg. P35 SATC. P3S 1 . 00(~ Rr, i 1, P3S P~44. P3$ 1543.561 R~.:5, P3S ~1~ P3S 899.~21 aa9,P3S R ~ ! 2: P3S 4199.. 11 R~:,i 13. P3S a~.:l 6, P3S 1245.265 afl ,P3S 9F4. P3S 375.00~3 RFS. P35 RF~, P3S 34 a, 958 aFg, P3S RF12,P3S 1354.1,67 RF13.P3S RF1,6 ,P38 5!5.625 ' 0 t) 0 S I G I,,I. P 3 S 99(,,0,094 [';.F'FD P38 !9 F P'I.', P 3 $ 41 , . I $ H!,I, , ., $F'.i4 N ,P3$ 4.2,699 FTDT, P3S, ~ . 3 S /%BF[), 38 187.~24 AFND ~P3S~ 5 l' ~ ~. P 3 S 42.900 ,a :',~ O F. B~C~,,P38 1,20,929 Ff~C, P 3 TCND,P3$ 38540,91,4 TCFD.P38 I ~ ~ D, P 3 $ 2209,816 I ~ F [), P 3 S S~.~' C.., P 3 S 1.. 000 R ~11. P 38 Rt~4, P3S 1.737,689 RN5. P3S ~N~ .P ~S ~366,477 RN9, P3S R N 12. P 3 S 4. 209,279 :R ?q ~. 3. P .3 S R~16,P3$ 1.761,364 ~.F:l,P38 RF4.P38 552.083 RF5. P3$ PF8. P3$ 395. 833 RFg,.P.3S RF12,P35 1.734,375 RFI, 3,P3$ ~F! 6. P38 1! g2. 292 GR. P3S ....... ~" P:3S 42.773 ~T[, 166. 555 AFN[),P3S 43 '9""; 84 :a ?,~ O r:, P 3 S 1,37, !7 FgA, C.P3S .35451,. 11, 7 T C F O, p 3 S 2154,134 I :~,~ F D, P 3 S 1,, () 00 R 1687,500 'R~,~5, P3$ aa0.20~ aa9. P35 4041., 666 ~:~ ~'~ 13, P 3 $ 1,427,083 RF1. ' P3S 4. 26,1, 36 R F' 5. P 3 407, I .., ~ RF'9, P3S 1,4,9!, 477 RF13. P3S 696.0~3 GR,P38 13.243 STDT.P3S 66. 14.575 SFND.P35 16. 14,41.8 ~;TDT.P35 43 612.427 A [.ii~[.), P3S 5151 1.147 TRAT.P3S 24.5~9 TCA:'~,P3S 55517. 10958.994 TSCN.P35 447.6~2 TTEC,P3S O. 890,151 ~a2.P3$ 89. 1742.424 RN6,P3S 2201.. 2196,969 aNIO,P3S 2286 4436.553 R?~l.I.P35 4034: 307.292 RF2.P3S 23 458'333 RF6,P3S 578: 708.333 RF'IO.P38 791. 1531.250 RF1.4.P3S 1442, 45,625 TENS.P3S 975. 1,0 409 STOT.P3S 11.: 196 8Ft,I'D. P3$ '~' P35 19,023 aTl.,,r.p3s 731.()49 ABND, . 1.211 T R A ':[', P 3 S 23.513 TCA~.:,P3S 1,6114,303 TSCN'P3$ 522.980 TTEC,P3$ 899,621 ~N2,P3S 1865,530 R'N6.P3S 2253.788 RNI, 0,P3$ 4715,908 R!"t 14, P3S 348 9~8 ~F2,P3S 9,42.7()8 RFiO, 3S 2208. 333 'Ri ~1.4,P3$ 37. 469 TENS, P38 1,2. (:)44 13,481. 16,~03 627. 55 1 15.4 21~ 039 1,277,3 633 4..92 3 95 859 3'75 i854,167 2276,0,42 4541,,666 340,909 492,424 823,864, 1709,280 45,81. 3 66 38 563 1 65686 13968 0 103 2130 2320, 4621, 15, 807, 994. 2348. 975, 66. 15 40 533 2 56838 11688 0 1.49 2145 2442 41010 23 66~ 866 1,766 940, 000 720 325 237 619 555 350 000 010 704 932 090 220 125 667 708 000 000 542 546 62] 809 078 498 000 2O0 682 07~ 212 480 292 792 958 O00 000 831 715 095 127 281 828 000 640 83:3 708 416 220 614 477 O98 0 O0 TPHI.P3S SBFiF.P3S AFFD.P3S $IGC.P3$ SDSI.P3S TCAF.P3S TSCF,P3S HV.P3S RN7.P3S RNll P35 RNI5:P3S RF3 P3S RF7iP3S RFll.P3S RF15,P3$ CCI...P35 TPHI.P38 SBHF.P3S AFFD,P3S SIGC.P35 SO$I.P,3S TCAF.P3$ TSCF.P3S HV.P38 RN3,P3S RNT.P35 RNll..P3$ RN1.5 P3$ RF3 P3$ RF7 P3S RFll P38 RF15 P3$ CCb,P38 30,907 31.337 131.508 1.6la 0.272 21194.527 4496 151 243~125 1093 750 1553~030 3499 053 25611553 281.250 .484.375 1151,042 1109,~75 0,000 13.208 31.325 166.672 0,834 0 9O 3631~ ~97 7722 112 243 125 1216 856 1728 219 368~ 712 3437 500 380 208 687. 500 1406~50 2088,542 0,000 19,388 28'.681 1.41,729 1,618 0.251 26727,922 5496,614 242,625 1239,583 1552.083 3546,875 2744,792 3~1,970 544,50~ 283,144 11382,576 0,000 I$. Ta,v.e Verification b.ist, ir.,o cbl. u~berqer ~.lasKa Computing Center DE:PT. 9700.000 SIG.4.D3$ IS.HU,P3S 35.844 SFFI_>. P35 8P~~ .P3S 43.95~ F'TDT. P35 bP. FD. P3S 15~,084 ~PXO.P3S S!B~. P3S 45.343 ~OF'. p3S B~CK,P3S !.40,qOt FB~C.P35 TCii[;, P3S 36520.406 TCFD.P38 I ~,~D. P3S 2054,18,t I~qPD.P3S S~TC. P3S !., 000 pi{ l. P3S RN4, P 3S 1. 704,545 af~5. P3S PN$ .P3S 885.417 R~99. P3S RN19.P3S 4204.545 R:>il '~, P3S ~'.N16.P3S !.41.0.9~5 ~K!.P3S ~F4,P3S 544.508 RF5 P35 ~;F8, P 3S 392,992 RF91P3S kF"lP.P3S 1600.379 RF13.P3S ~F 16, P3S 714,962 (;a. P38 DF. PT. 960©. 000 P 3 .$ 3 t.,., 2 !. 9 I S H U, SB~{N. p3$ 47. ! 92 AB.FD,P3S 189,27S. SI BE, P:3S 50,794 BACK.P3$ 1,64,578 TCND,P3S 36266,461, INND, P35 2060,459 SATC. P3S 1.. 000 939 RN4.~3S 1893, ........... RN8.. 3S 875,947 4,P3$ 671. 75 CF~.P3S 390.625 3o 164~ FI2 P' ~ ..~ 833 . F16,P3S' 7441792 23-JUN-1990 1. 2: 2~ 1.2.378 13.742 17.225 iqTDT,P3S 660,268 A[I~D,P3S 1.163 q'RAT.P35 27 269 TCAa.P3S 1332~973 TSCr<~,P3S 4~6.610 TTEC,P3S 8t~..742 RN2,P3S !f51 326 RN6,P3S 22151g09 RNIO,P3S 4711.174 RN14,P35 317 235 RF2.P38 535~038 RF6,P3S 819.129 RFIO.P3S 1827.651 RF14,P3S 39.003 'rENS.P3S 66 000 151992 43.2:33 534 450 2:157 60Ql5,258 12286,750 O.O00 129,000 2310,606 2339.015 4318.182 27,090 714.962 885,417 1893,939 930,000 12.102 STDT,P38 66.000 13.151 $FN!:) p35 14 933 ~8.204 NTo"rlp3s 37:351 689 762 7~,BND,P3S_ 592,1,35 1~291 RAT,P3S 1,807 40.538 TCAN,P3S 56175,125 14716.861 SC P3S 11367;832 499 ' 6 a 8 T' f F.,~C , P 3 S 0,000 828,598 RN2,P3$ 149'640 200~.8~1 RN6.P3S 2296,401 ~30. ,1 6 RNIO,P3S 2533,144 .'.~232,954 .R.N 14,P3S 4024.621 34~.750 RF2,P]$ 38.700 67 .()83 RF6,P3$ 776.042 937. 500 880,208 RFIO. P3S P38 1994'792 20 ~1) 0,41 '1 R F 1, 4 · 2.1 ~8 TENS,P 3 9 5 0 0 0 0 9523,500 $I(;;~, P3S 16,820 STDT,P3$ ~49 185 AFNg,P35 655,811 A. BND,P3S 57~076 ~M~'~OF,.. P3$. . v 1,171. T~AT,P3S 1, 73.768 k~ g L,,, P 3,,~ 28,44:2 T C A N. p 3 $ 29528,773 TCFO, P3,,q 1.0433. 746 T 1870,281 INB'9. P38 ,438,239 769. 000 R~!...P3$ 859. 375 RN2, P38 !723,958 RNS.P3S 1.812.500 RN6.P3S 848.958 R~'~:9. P 3,5 221.8,750 3536.4.58 P 3 $ 3578.125 a Rr" I 3' [)3'* 307,292 RF'~2 'P3S 9~9 167 ~:4~"1, ,,~: ,, , · , ~ ~ 4, 8 ¢~ 5 8 3 '[':~ F 5. p 3 $ $ ! 5.6 2 5 ~ F ~. P 3 S 348.958 RFg,P3$ 755,208 RF10,P3S 1:2 B I , '250 ~ F 13. P 3. o ~e 14. 79,167 312,500 G R, P ,3,,,> 33,750 T E N S, 66 000 2 517 ~7 047 527 885 2 045 37053 094 7477 919 258 000 1701250 2041,667 2229,167 2859,375 25.8O0 67.708 07,292 12'16,042 970,000 TPHI.P3S SBHF,P3$ AFFD.P3S $IGC.P3S SDSI,P3S TCAF,P3S TSCF,P3S HV,P3S RN3.P3S RNT,P3$ RNll,P3$ RN15.P38 RF3,P3S RF7.P3S RFI1.P3$ RFi5,P3$ CCb. P3S TPHI.P3$ SBHF,P3S AFFD.P3$ SIGC,P3S SDSI,P3'S TCAF,P3$ TSCF,P38 HV' P3S RN7 P38 RNll P3$ RN15 P3S RF3 P3S RF7 P38 RFIi,P3S RF.15.P3S CC[,,P3$ TPBI,P3S SBHF'P38 AFFD,P3S SIGC,P3S TCAF,P3$ TSCF,P3$ HV,P35 RN3,P3S RN7.,P3S RNI. I'P3$ RN15 P38 RF3 P35 RP7 P38 RFI1 P3S RF15.P3S CCb.P3$ PAGE: 20.394 37,885 150,430 1,546 0 278 2@244~641 5697,010 242,750 1254,735 1661,932 3664,772 2987,689 350,379 539,773 1297,348 1387,311 0,000 13, 39, 156, 1, O, 31089 6291. 242 1368 1619 3759 2788 442 593 1447 1.557 0 20, 43, 144, 2, O, 1,8121, 3657. 242, 1281, 1385, 3307, 1630' 369, 447', 1270, 802, O, 5O 871 278 916 076 234 77O 455 75O 371 31,8 469 708 750 91,7 292 000 751 999 825 241, 3 B 7 930 301 75O 250 417 291. 208 792 917 833 083 000 I$ Talbe \!erifi. cat. t. on List;lng chlumberger ?,lask'a (~orc,~ut..inO Cent. er 23-jt.)74-1 990 12:28 PAGE: 51 F!LE; r,!hl~,qE : F,.9IT .007 SER¥ICFi : Fii.,IC ¥ ERS I'OF. : O01A04 DATE : 90/06/23 t,~X REC SIZE : 1024 FI L,F: TYPE [.., g ST FILE **** FILE HEADER **** FILE NA,.uE : EOIT S~'RVICE : FL. lC V E R $ I O.,',i : O01h04 I) I~"I' F : 90106/23 PbX REC SIZE : 1024 F 1 b E. T Y P LgST FILE : ******************************************************************************** , :,: , , * , * * , * , * * * , , , , , , :, , , FILE ' EOIT,O08 8 I'. X '17 E: ~ P E P A T U R E 'F) 13 W N - P A S ,S.. E,$ OhT.h $.t~,~PLEf) EYERY ,5000 F'E[!;T T O ~'] h E X T Ii; N S I O N T O !,.3 L TYPE USED NAME 986'7' TO 10162' 9867' T0 101.62' 9867' TO 10162' 9867' TO 10162' 9867' TO 10162' 9867' TO 10162' I$ Tar;e verification Llstin~ chlumberger AlasKa Computinq C'enter 23-dUN-1990 1.2:2~ ****************************************************************************** PAGE: 52 TYPE V A [, U DEFI .ARC:O A ASKA' ]NC'L, Company Name PRUD.hOE: BAY Field Name W~; D 7-.22 FL 1831' SECT 34 TOW~,~ 11 RANG COU~ ~iOR T},~ SI, OPE STAT ~LAS~A ~,.~ A T ! U S A SON 391256 ghAT t~Sb F, PD FT O, APO FT 58, ~:~B FT 58, ~:OF FT 57, E G I,, F T 2 8 ~ell Name APl. Serial Number Field Location Section Township Range County State or Province Marion ~itness' Name Service Order Number Permanent datum bOg Measured From Tt'A!~t,,,~,; TYPE : CUPV Depth Channel ~ame Gamma Elapsed Time Tim,,, 0,~ Job PTSA Fluid Pressure PTSA Flui. d Temperat Tension CCh l~litude Gamma Ra~ E,1 a ~ s e d 'i' i m e Time of, Job PTSA Flul, d Pressure PTSA Plutd 'remperatu, re Tens CCL Aaplitud. e Gamma E I a F s e d i m e Ti, me o'f Job PTSA Fl, uid Pressure IS Tar, e Veri. f~icat, ion l'.,iSt!.nQ cb]..un'~berqer Alaska Com!~)utinq Center 23-JUN-I 990 pTENi PTSA ~'loi. d Te~er~ture ~'~'~S 'tens ion CC!., CCh Amplitude ET[~ f,71a~sed ime Tf]J Time pi Job pPpF PTSA Fluid Pressure PTEF PTSA Fluid Temperature TK~$ Ter, ston CCh CCL !mplitude GR Gamma Pay E*T!~'~ Elapsed Time TOJ Time of Job PP~E PTSA Fit)id Pressure PTEk PTSA Fluid Temperature TE~,S Tension CCL CCI,, ETI~ ~lapsed Time TOJ 'ri~e of Job PPRK PTSA Flui. d Presst]re PTE:'N PTSA Fluici Tem~er.~ttlre T E N S T e n s i o C C b C C h a m ~'.) 11 t, u c'~ e ** DATA FORMAT SP~?,CIFICATIiI3N REC['}R[) ** IS Ta~;,e V'eri. f icatlo~ I, lstln~ cblumberqer hlasKa Comput.l.r~Q Center 23,-d t.i ~- 199¢'~ 54 DEPT FT 391.2.6 O0 O0 0 (;P q't~! 1 G~PI 3q1256 gl'.!f¢ q'X~l S 391256 TOd T~41 S ~91256 pPRE TY, 1 PS! 391256 pTEP' T~,!l. DEGF 391256 TENS T~;1 f..,B 391256 COL TV1 V 391256 GR T'~2 GAP~ 391256 ET'!~'~ T¢:,2 8 391256 TOJ T?~2 S 39~ 256 pPiS7 Tx2 PS! 391256 PTE~' T'¢/~2 DEGF 391256 TENS T~2 L, 8 391256 eCL T~2 V 391256 GR T ,~ .3 (;AP1 391256 ETI~ T~q3 S 391256 TOd T~'~3 S 391256 'PPRE T~43 PS! 391256 PT'i~]M T,Y~3 DEGF 391256 TENS TV~3 LB 391256 CCL T~3 V 391256 GR T,~4 GAPI 391256 ET I, ~ Ta4 S 391256 T 0 J T ~',~ 4 S 3 '91256 PPRE T ~,'{ 4 PSI 391256 p T E r. T ~¢f 4 D [:,.': G F 391256 TENS T'F~4 LB 391256 G~PI 391256 E'T '.[ 5~, T~o5 S 391256 YGJ Tt~5 8 391256 PPRE T~5 PSI 391256 P~E~'~ Tt~.5 OEGF' 391256 TENS T~5 LB 391256 CCh "r ?, 5 v' 391256 GR T),46 GA..P].] 391256 ETIY T~46 S 391256 TOj T~V;6 S 391256 PPRE T~.~6 PSI 391.256 PTgr': T?,6 DEGF 391256 T E ~':~ $ T~¢;6 t.., E~ 391256 C C l..~ T iq 6 g 3 91. 2 5 6 51 51 51 51 51. 51 5!. 51 51 51. 51. 51 51 51 5!. 51 51 51. 51. 51 51 51 51. 51. 51. 51 51 51 51 51. 51 51 51 51 51. 51 i~., ~,~l...t~,~b IZE REPR PROCESS [.lNg SAEP gbg~ CODE (HEX) 0 8 ! 1 68 0 000.000 310 O1 0 8 1. 1 4 68 0000000000 636 21 0 8 1 1 4 68 0000000000 000 O0 0 ~ 1 1 4 68 0000000000 650 15 0 8 I 1 4 68 00o0000000 660 O1 0 ~ 1 1 4 68 0000000000 635 2!. O ~ 1 1 4 6~ 0000000000 156 01 0 8 1 1 4 68 0000000000 310 01 0 8 I 1 4 68 O00000nO00 636 21 0 8 1 1 4 68 0000000000 000 O0 0 b 1 1 4 68 O0000t)O000 650 1.5 0 ~ 1 1 4 68 0000000000 660 O1 0 8 1 1 4 68 0000000000 635 21 0 ~ 1 ! 4 68 0000000000 15(~ Ol 0 8 ! 1. 4: 68 0000000000 310 Ol 0 ~ 1 1 4 68 0000000000 636 21 6 g I 1 4 68 0000000000 000 O0 0 8 1 1 4 68 0000000000 6,50 15 0 8 1 I 4 68 0000000000 660 01 0 8 1 1 4 68 0000000000 635 21 0 8 1 1 4 68 0000000000 :150 Of 0 8 1 1 4 68 0000000000 3!0 01 0 8 1, I 4 68 0000000000 636 21 0 8 1 1 4 68 0000000000 000 O0 0 8 1 ! 4 68 0000000000 650 15 0 8 ~, 1 4 68 0000000000 660 Ol. 0 8 1 1 4 68 0000000000 635 21. 0 8 I 1 4: 68 0000000000 1.50 Ol 0 8 1 1 4 68 0000000000 310 01. 0 8 I I 4 68 0000000000 636 21 0 8 1, 1, q 68 0000000000 000 O0 0 8 1 1 4 60 0000000000 650 1,5 0 8 1, 1, 4 68 0000000000 660 O1 0 8 I I 4 68 0000000000 635 21, 0 8 1 1 4 68 0000000000 150 O1 0 8 1 1 ,t 68 0000000000 310 O1 0 8 1 I 4 68 0000000000 636 21 0 8 I 1. 4 68 0000000000 000 O0 0 8 1 1 4 68 0000000000 650 15 0 8 1 1 4 68 0000000000 660 O1, 0 8 1 1 4 68 0000000000 635 21 () 8 1 1. 4 68 0000000000 150 Of 0 8 1, 1 4 68 0000000000 IS Tar.:~e ¥'er..if.'lcaticn I,J. st'inu cblt.lmberger Alaska Comv, L!tip, q Center PPP ~;, T!.'~ I -999,250 ~TE;.I, Tk I GF.TM2 -999.250 PTEk.T~2 -9m9.250 [T.I~.. T~,~ ] -999.250 TO,J TE:~,*S. TY~3 -999. 250 CCI.. T,~ 3 TO..d. T",,,'4 436~8,0n0 PP:RE T~4 CCI,' . T~.4 0.0o0 GR.T $ pPRE.T~>5 -999.25O P'ZEM.T~5 GP.T~.~6 -999.250 p T E ~:;, T~..' 6 -999, ~ 50 T [{] b* S, TN 6 23-JVN-,1,,99P, 1.2:28 -990,250 ET! 1~,!. TM 1. -999,250 TF...:NS. TM 1 -999.250 TOd,'.r~2 -999.250 CC[.,. ?~2 -099.250 PPRE.T~3 -999,2bO GR 3159.451 PTE~.~.T~4 -999 250 Eq'Ix' T~5 -999.250 -999,250 TO J, T,V~6 -999.250 15,641 ETIM.T~41 192.754 'T'ENS.T~I 93.2!.5 TOJ, T,?I2 375,000 CCL,T~!2 41456.469 PPRE:,TM3 0,000 GR.TM4 3~66,745 PTEM,TM4 38,594 ETIt;:,TM5 165.4~10 TENS, 73.87. 1 T(,iJ.T~6 525.000 CCL,TM6 1.8.047 ETIM,T~! 192.575 TE1L~S, T~ 1 289,305 TOJ,TM2 385,000 CC.I..,, Tt~ 2 41654,156 PPRE:,TM3 0.000 ' "!5 976 PTE~,~. 32 , .... T ~t 4 41 , ,.438 /TIY[,TM5 ,2 7 ,,, 1:. T 0 d, T:'~ 525, 0 CC[.,~, ..... ~.6 13,...1..17 ETI!V~.Tgl :216,41,5 T.~2 685,133 T 0 d, ,~,,~ ~ 2 300.00 () C C [,.,, -999,250 PPRE,T~.t3 -999,250 GR ,TN.4 -999.250 PTE~4,TM4 -999.250 -999.25O -999.250 -999.250 -999,250 40,000 1.52.083 -999.250 -999.250 -999 250 -9 9[ 5o 99.190 410.000 32365.215 0.000 3220.334 36.625 152 268 98 712 490 000 49961 867 0 0O0 30O 1.99 415 000 32561 305 0 000 3327 933 43 750 1.55 551 287 232 505 000 50162 531 0,000 503 470 395 000 32758 867 0 000 :]371 320 38 906 210 717 477 572 490 000 50365 148 0 000 703 889 300 000 32957 133 0 000 -999 250 -999 250 -999 250 TOd.TM1 CCb. T~I PPRE.TM2 GR.T~3 PTE~,T~3 ETI~,T~4 TEN$.T~4 TOd.TM5 CCL.T~5 PPRE.T~6 TOJ.TM1 CCL.TN1 PPRE.TN2 GR.TM3 PTEM.Ta3 ETIM.TM4 TENS.T'M4 TOJ,T~5 CCL.T~5 PPRE.TN6 TOd.T~I CCh.TN! PPRE.T~2 GR.TM3 PTEM,T~t3 ETIM.T~4 TENS.T~4 TOJ,T~5 CC[,,,.T~5 PPRE,T~i6 TOd,Tgl CCh,TM1 PPRE TM2 GR:T~13 PTE:~,Tg3 ETI~,T~4 TEN$.T~4 TOd,TS5 CCL.T~5 PPRE.Tg6 CCI,,. T M 1 PP[~E.T~42 GR.TM3 P T R ~ T M 3 E; T I M , T M 4 TENS, T~ 4 PA(;E: 55 -999,250 -999.250 -999 250 -999~250 -999,250 2.565 515,000 -999,250 -999.250 -999.250 28614,188 0,000 898,393 38,219 139 407 1,00i325 5000O0 46500 7!1 0 000 3161~151 28815,199 0.000 909,235 36;875 141,683 298,242 505,000 46689,227 0,000 3197,177 29018,469 o,000 944,343 34,~!9 213, 36 498,684 515,000 46879,576 0,000 3246,202 29218,887 0,000 993,168 '999,~50 '999, 50 '999,25,0 -999,250 IS Ta~>e Veriflcatic)D chlt!'mberqer ~X.laska Com[,:,utin. q Center DFPT. 10252. oOt; GR. T,~..'! l PDRE.TM1 -999.250 P'EM. T,~ 1 GP.T~,s2 13.,.5.,31 F, TI,~4. T¢ 2 PTF~"., Tf~ 2 215,671 ETI~. T~~' 3 -99q, 250 T[3J. T~; 3 T_F,~tS. T~.~ 3 -999. 250 CCh. T?43 '170 d, T i',~ 4 - 9 9 9. ?.. 5 0 P P R E, 1:' :'~t 4 CC!,, TY: 4 -999. 250 (;N~, T!~5 PPRE,T~45 -999,250 GR.T?~6 -99q.250 ETI F.,. T:46 PTE~.TY. 6 -999.250 'I?EN S. q'~.~6 ** END I,']F DATa 2..3-d'bN-1990 12:28 24.. 7~'.{ 1 ~:T:[~.'rM5 595.612 214.425 TENS.TM5 490.000 -999.250 TOd. TMt~ -999 250 -999,250 CCI.,. T~6 .-999:250 -999.250 ETIU.TM1 -999.250 -9.99.250 ~E NS,'tI~ 1 -999.250 710,676 TOJ.T~2 32952,@75 340.000 CCL.TM2 0.000 -999,250 .PPRE, T!q3 -999,250 -999,250 GR, . Tg4 999,250 -999,250 P T [,,',,~. T ,~ 4 :999,250 -999,250 ETIYi,TM5 -999,250 -999,250 TENS,TM5 -999,250 -999,250 TOd.TM6 -999 250 -999,250 ECL.TM6 -999~250 TOd. T~* 5 CCI_,. TM5 PPRE.I~6 PAGE: 56 46997.609 0.000 -999.250 -999.250 -999,250 993,198 -999.250 -999.250 999,250 999.250 -999,250 -999,250 -999.250 **** FILE TRAIl, ER **** FILE NA~E : EDIT .{)08 SERVICE : FLIC VERSION : 001, h04 DATE : 90/06/23 '~AX REC SIZE : 1024 FIbE T',/PE : 1..,0 I,.., ~ S T F I I, E : **** TAPE TRAILER **** $~RVlCE NA~,'IE : EDIT DATE : 90/06/23 ORIGIN : FLiC TAPF NAgE : 73909 CON'~'INUATION ~ : l PREVIO'US TaPE : COM~E;NT : ~RCO AI,,~ASKh, **** REiEh TRAILER ,**** DATF : 9C, I06/23 ORIGIN ~ FL, lC REEL NA~,IE : 73909 PR'EV iOUS REEK., C 0 M ,,~ E; ~., I? : h P C 0 ,~ l"., A S K A, I N C, , I N C, , PR[,tD'HOk: BAY, D,$, 7-22, Eh'Y, D.S, 7'22, API A, PI ~50-029-20925 ~50-029-20925 VE~ITICATION LISTI~IG ~IDENTIAL INFORMATION Famd4id~4;I; By Conoco In(3, ATE ~3103117 EEL 5~A'~.,~E : 135283 REVlOUS ~EE, L ' P" HEADER ** *'lA.I: ~TE 18~/03t17 DNTI',~UATIQN ~: :01 ILE NA~E ERVIC~ N .A ~'F ERSION ~ ATE ~ ILE TYPE ~MVIOU~ CONFIDENTIAL INFORMATIO Furnished By Conoco In(;, N EM C (3 N T E ,N TS, N : KUPARUK OUN: N, SLUPE TAT: ALASK& TRY ~ lISA U [II T TYPE 000 000 000 000 000 000 000 000 CATE 000 000 000 000 000 000 000 000 000 01.4 004 008 003 004 002 O0'B 006 004 CODE 065 065 O65 O65 O65 065 065 O65 065 DATA NTRY BLOCKS TYPE STYE R~P~ CODE F~NTRY 4 I 66 1, aTU~ N E ~ SER v'T. CK SERViCe: E'.PT ~ L I! D :Y L L ~4 D I L '" L D D l I., P D IL ~ D T L T BHC ~- ~"'DN --' FDN GR NeT HOP OTA NGT 73 65 APl: FILE Mf'!D NO · o 0 o 0 0 0 0 0 0 0 o 0 0 0 0 0 r~ 0 0 0 0 0 o o 0 0 o 0 o 0 0 0 0 0 0 o 0 0 si 6 0 ,!,I! 0 ZE PROCESS SAMPLE REPR LEVEI, 4. o 1, 68 4 0 1 68, ~ 0 I 68 4 0 1 ~ 0 1, 68 4 0 t 68 4 0 1, 68 4, 0 1 68 4 0 1 ~ 0 1 4 0 ~ 68 4 0 1 68 4 0 1 6 R 4 0 1 68 4 0 I 68 4 0 1, 68 ~, 0 ! 611 4 0 1. 68 4 0 1 4 0 I 68 4 0 I 68 4 0 1 68 BPT P PHI CN b ~RA MPT ,, NRa OTA P PHI CN![,~ ~PT o340,5000 S F," I.., U -999,22,500 -999,2500 GR -9qq, 500 9,570]- DRT,!D 0,256~ ~43~6.0000 CA.[,I 8.5000 1., 3457 SGR 27 1 , 500o 4,0039 92.00 0000 71.:9oe2 37,109a 677. 0000 3,2637 I, OlOO,O000 DT DT -999,2500 -999.2500 1,3291 27 1,5000 207.0000 !,9463 ILD 94,3750 G~ 2.4!60 NCNL 1,02,3125 NP~T 54.6250 TNOR 2,4570 96.3750 dR 2,4316 95.3125 NRAT 66,~750 THOR 2,3730 ILD 0 o -999. 32752,0000 1,3!0~ 43,8437 1.7910 92,8750 2202,0000 3,2227 11,601~ 2,3613 93,6250 2210.0000 3,2168 1.2,1797 2.2813 CONFIDENTIAL IN'FORMATIOl% Furnished' By Conoco' Inc;. Vp 01. O t402 YER'I. FIC~7It~ LISTING ? "2,1. 7969 PHI 4,3 ' 798 ~ DR CNL 546,0000 C~.I~I ~A ~ 73~3 SGR CML 1258,0625 fill 68t6 SaR ~PT ~!oi,o000 SFI.,U P :2 . ,4375 PHI' 36,0138 DRH0 CN[, 739,1250 7891 SGR ., 1 C,~ L OT A EPT ..8700 P -23 P H I 40 Cai, 557 0000 SFI.,U 6094 c~ 5762 DR!4D 5000 C~,bI 5996 SGR '~PT R. 600,0000 P -23,5313 GR PHI 30.4.68~ 'CNL 754.5000 '.~;~.~ ~, 8906 SGP ~F } 8500 !PHI 54 'CN I..~ 08 'OT~ ~EP? 8400 ',P IPH! 53 'CNI, 350 ,0000 ,2069 ,2175 D R H 0 .7500 Cat.! .0~73 SGR .5749 0000 8750 G~ 055! 6250 CII, I 1.680 .9043 UR~N ~a,0625 DT 0,0718 ~HOB 9,5347 SaR 98,9375 CGR 2,2129 a 367:~ 4[i 1.2.0 00..69 2.9121 DT ,3 ,6777 .6:2:50 ,0494 ~HOP. ,0692!SGR ,4,570 4 5625 DT 0059 :PH0~ 9062 SG~ 49~7 C~ ~368 i, 8301, IL~ 1.07,5625 DT 0,0342 1.1.,578~ 10~,81.25 .q395 3,0723 IY.,g 94,2500 VT 0,004~ 10,0859 111,5~25 CGR 3,63,48 2,0723 .ILU I~.0625 DT ,o071 g},{O~ 19.5o00 SCR 92.0234 CCR., 3,4927 100,5625 DT 0,0047 1,4,6387 2,8~13 03 0000 102 8,3 3750 ! 8867 53 32 .3750 q. ' 3750 2,478~ 96'4576 83.5098 4. 5273 9~,3750 ' 3696 84,4937 61,707~ 1,8047 102'7500 2,3770 106'81~5 79.0000 2.1797 86.7500 2,4102 111,5625 85,9375 1,5381 132,5000 !,8204 91,923R 67.3984 1.4639 150.7500 2,t896 100,7098 ~0.4707 GR NI~AT ILO N~,AT THOR ILD NCNI., NRAT THOR It,D GR NCNb N~AT THOR I LD NCNb THOR I LD GR N C N L TwOP NCNI., TgO~ NCNb THOR .0000 ~04~ ,6035 17.0469 1,7842 42,1250 3413,5000 2,644,5 818203 8 ,9902 .6250 2481,~750 '1~02 14,3711 4,5359 89,5625 ?653'5000 2,9277 1,2,4556 1 ~490 107 .625 2007 0000 3 54.10 15 6~.72 2.1328 94 2500 21.82'0000 , 2,9023 17,0156 1,5615 74,0625 1473,1~50 4,5056 13,6514 1,4658 100 5625 1763' ,8750 4,3631 1.6,126~ ~ P ? ~ 130 PH ! -999 CNL -999 P CNL -999 NRA OTA -999 P 10 PHI -999 CNb -99q NP -999 Fptr ~000 p -6 pHI -guq CNL -999 NRA -999 OTA -999 EPT 7900. 0000 8F I.~U PHI -999.2500 DRH0 CN[.~ -999,2500 C.ALI NRtA -999.2500 SGR OTA -999.2500 URAM 2,2754I. L:~ 140,7500 PT "'~1,936~ SGR -~99!,'~500: C~R -999.2500 RPT 7~00. P '26. oHI -999. CNL '999. NRA C '~ -999, · ~PT ~700. P -44, PHI 999, CNL -999. N~.~ :~99 OTA 1 .99 , soo -999,2~00 7600. -50. -qg~. -999, 143 -999 4707 'II.;~ 2500 DT 2500:RHO~ 2500 ,8066 IL, M ,5000 DT -999,2500 RHOB ~ 9253 -999,2500 CGR -qqq · 2.~00 000n 5000 GR ~5oo 2500 CaLl ~500 SGR 2500 00()0 2~13 2500 DRHO ~5~0 2500 SGR 2500 URAN 1.9355 11.8.2500 DT -9~9.2500 9,7820 '999.2500 '999,~500 3.5078 IbM 103.4375 DT '999,2500 RNOB ~.0.7734 999 2500 CG~ 2o99: soo 0000 $~L,U 1250 GR 2500 2500 2.]496 I[.,~ q7,5625 [)T -999,~500 RHOB 9.916.4 SGR 2,4277 ~15,1875 -999,2500 NCNb -999,2500 T~OR 2,2480 TLD ,119'7500 GR 999'2500 NCNL ,!38,9727 NRAT · 999,2500 THOR ~020,375 GR -999,2500 NCNI, ~4~.,I699 NRAT -999.2500 TNOI~ 6045 II.,D 111,187 .... -909.:2500 NCNL ,].44,0000 999,25:00 THOR I ,7295 II]D 100,0000 GR -999,2500 NCNI,~ 1~4;397~ NRA'1' -909,2500 T,uOR 2 0410 ]02 0o00 -999 2500 124 3008 -999 2500 II, D ' GR NCNL NRAT T,gOR 3 8066 ILD 88:5625 GR -999 2500 NCNL ~OiO000 N~AT -999 2500 THOR 2.5684 92,1875 GP -999.2500 NCNL O4.5!.56 1.0~ 5859 7506 -999 ~500 .,qg9 2500 -999 2500 2.1484 140,7500 ~r2500 '9¢9'2500 -999,. '~ -999,25(.0 2 3262 11,6 0625 -999 2500 -g~ 2500 -ooq 2500 1. 6006 143 ~500 -999 500 -999 ~500 -99~ 50O I 6855 114 5000 -999 2500 -999 2500 -999 2500 2,0332 118.2500 -999.2500 -999,2500 -909.2500 3,7129 103,4375 -999,2500 -999,2500 -999,2500 2 5430 97:5625 -999,2500 -ggg,2500 -999,2500 I I[~A 7400 ...66 -99~ -999 -999 -999 7500 2500 DRHO 2soo cant 2500 2500 ~P~ 7200 P PN! -999 CNL -999 ~RA -O99 0TA -999 0000 7500 2500 2500 2500 2500 !.IR l I~l 7100 -999 NRA -999 OTA -go9 0000 SFI...U 2500 DRHU !~]PT 700 () P 63 PHY C -, -999 r ! -999 Uq_'A -999 RTPT 6900.0000 S~!,,U P .5a.3438 G~ PH! -999,2500 CNI., -999.2500 CaLl ~I~a -999 2500 SGR OTA -999~500 w, pT P (,800,0000 S t." b{) -51 ,93'15 GR -999,25o© -999,2500 2.9316 79,4375[)T -999,25~0 RHOB 0.~750 '" O C -999,250... G~. -q~O.2~00 90 81.25 DT -9:gO 2500 -999.2500 g 2: 1.40~ 2500 2:.500 I b t~ R H 0 [e ~1,2500 DT -~69,2500 ~oB '['9,7813 SGR -gog,~5.00 CGa -999,2500 ~ 8164. 0000 -999 2500 8 6263 -999 2500-999 2~00 DT CGR 2.919n 93,31.25 DT 10,4207' -999'2500 CaR -999,2500 2,5352 l':bM 81.9375 DT -999,2500 RqOB !0,2344 SdR -9~9,2500 CG~ -9q9,2500 2,6504 ~2,2500 DT -999,2500 TNOR 3,0645 IL, D 90.5625 GR -999,2.500 NCNL a9,8750 N~:AT -999,2500 TN[)n 2, 26..) ILD 93 .. 875 GR -999,2500 NCNL ~.q), 7500 N~T -999,2500 T~OP 3,0137 'ILD 91,7500 GR '999,~500 NCNL 999,2500 2 9082 94 :~750 G~ '999, 500 NCNL 91,5547 N'RAT '999 · 2500 THOR 3,04~.() ILD 95.1,875 GR '999.2500 NCNL ~9.0000 NRAT '999.2500 T~OR 2,5039 97,3750 -999,2500 85,6250 -999.2500 TMOR 2.66R0 It..D 97,0000 (;P -999,2500 3,0449 79,4375 -999,2500 -909.2500 -9~9,2500 2 6504 90 8125 -999 250(} -999 2500 -999 2500 2 7207 92 1875 -999 2500 -9g9 2500 -999 2500 3 0117 91 2500 -999 2500 -999 2500 -999 2500 2 8906 80,0000 -999,2500 -999,2500 -999,2500 3,0762 93,312~ -999.250~ '999,2500 'ggg,2500 2,5098 81,9375 -999 2500 -999!2500 -9§9 2500 2,6738 3/P OlD.H02 VERIFIChTIO!;1 LISTING PA(;E 7 -999.2500 t)~A~',: -999 EPT 6700,0000 SFL P ,,66'9375 PHI -.999. 2500 D R}'~n '999 CNL 99Q, ~f300 NR.A -099, ~500 SGR -999 KPT PHI CN L CNI, ~R a PH 1 CNI, NRA EPT ~HI CNI, ~ .'~ OTA .EPT P p~l' 4336 IL~ 93::7:5 2500 3047 CGR 6600 0000 6250 2500 -999 2500 -999 -999.2500 SWT.~T? 2 GR . 78 DRH0 999 CALl g U~AN -999 : 55,6~50 c.~ 7 -999,2500 DRH[:') -999 ,,999, ~500 C:AI.,I 10 -999. ~500 SGR :999 -q~9, 500 '..'~a~ : 99:9 .5000 Ib~ .6a75 DT ,2500 ,2500 CGR 6400 -63 -999 -999 -999 -999 0000 ,.$ ~ ' !,.. U 2 3438 GR 68 ~500 D~ H f':~ -999 2500 C.~L I 10 2500 ,~(,~ -9:99 .250o URAN -999 6777 II,~ ~500 DT .25:0o RHO~: 15.75 .2500 .6';300 -56 -999 -9t~9 -999 0000 4o63 2500 2500 2500 2500 sKI,{) C~LI g 5957 I l... a' 6, : 4063 DT -999,2500 1 I. 2734. -999o~500 CGR -Q99,2500 6200, .999. -999. -999, 0000 6~75 25OO 25OO 2500 2500 GR D P H 0 3.5664 75,0625 DT -999.2500 9.3438 -999.250~ -999,2500 100. 9~9. -999. -999. -999. OOO0 4375 2500 25(')O 2500 25(.)O SFL.,U CR 2.8516 ILg 78.0625 DT -999.2500 RHOB 1.0,6563 SqR -999.~500 CGR -999.2500 ? .50 O N C N b 1875 NRAT 2S00 T~OR 2,5918 ILD 103,1.~75 G~ -999,2500 'N'CNL 90,6~75 NRAT -999.~500 THOR 2,6699 I'L,D 98,7500 GR -999'2500 'NCNI, , 87,6875 NRAT 999,2500 THOR lOgO 584O 3750 01, 95 -999 2500 I L D NCNL NR a,T TNOR 2.5781 ILD 99 ~000 GR -999:500 NCNL 73,6641. NRAT -999.~500 THOR 1,71.78 ILD 104,3750 GR -999,2500 NCNI, 63.531 3 NI~AT -999.2500 'l.'N O~ 3.2109 ILD 97.0000 GR -999.2500 NCNI, 80.3750 NPaT -999.~500 THOR ,,.999,25OO -999,2500 2,5918 90,9]75. '999.~00 '999, OD -999.2500 8~ 6875 7 4375 -999 2'500 2999 ,2500 999 2500 2 6172 76 6875 -99 '99:~ 2500 2500 -999 2500 2 6211 68 2500 -999 2500 -999 2500 -999 2500 1.8564 60.4063 '999,2500 '999.2500 '999.2500 3,2285 75,0625 '999.2500 -999 2500 -9~9' ' ,2500 2 9473 7~2o625 999 2500 -'999:2500 -999,2500 VP 010,H02 VE:I4!IFJ. CaTI[2~: LISTING PAGE 8 EPT 5qnO P -62 PHI -,999 O T A - 009 FPT 58 00 P '-70 PHI -999 C N l, - 999 NRA .-909 O'*' -999 D H I 4. t NRA OT.B P -12 3 1 .EPT 5500 u -~4 'PHI 'CNT, 639 'OT~ ~[. ] 5400 ,P ~PHI 'C~L 627 'OT A 2 'EPT 5~00 ',p ~PHT 40 'CNI., 609 6'855 Ibm 7500 DT 2500 RHnB 9,234 s~ 250o -999,2S0o ~437 .~R 79,6875 Del 2500 DR i'{[> -999,2500 RHOB 2500 C A l.'., I { 6,6719 SGR 2500 SGR -999,2500 CGR 0000 S i~ 1.,, U 2 0625 GR 8 ~ 2500 DRHO -Og 250 () C A I,., 'I 7500 3906 2500 2500 0000 SFLU 1, 975 GR 8106 t')R HO ,5030 SGR 1 .4746 8O, 5625 o. 0~42 1.~.1953 SGR 84. ! 250 CGR 3,1172 0000 8FI,,I.I 3750 3535 0000 CAI,T 4980 s 9531. 2,9160 I L M R~!,7500 0. 0454 RHO~ !.4,2891 SGR 94.4.375 CGR ,0000 9687 ~ Z174~ DRHO , 0000 CAI,I .3965 SGR .0020 URAt'i 2.7~7l 91,8125 DT 0,0430 RHO~ 1.3,6797 SGR 9~,7500 CGR 4.378~ :0000 SFT. J a437 GR .3623 CALl .5313 SGP 2.5156 IbM ~9,0625 0,0387 RH0~ 11.2720 SCR 91,85~0 CGR 2 6953 1. Ol ~750 -999 500 7500 2500 2,5020 112,0:00o 2500 8~,2500 -999,2500 2,4199 1..07,7500 -999.~.500 8.~,5625 '99. ,~'500 9~5: :~240460..9. 60,0000 1,6q82 11~,7500 .3125 R4,12..50 62,1.562 3.2090 106.7500 2.3691 94,4375 73,8125 3,0000 112,0000 2,361] 98,7500 67.8125 2.6914 tj2,3750 2,3246 91.8560 67,5?03 I LB GP . ~,,,, NRAT THOR I:LD NCNL N~AT THOR I L D GR NCNL NRAT THOR I.,'D NCNL NR AT THOR ILD NCNB NRAT T H OR I L D GR NRAT THOR ILD GR NCNL NRAT THOR ILO GR NCNI., NRA? 2.7168 . 81,7500 999,~500 -999,2500 -990.2500 2 5586 79 6875 2500 2,4902 81,7500 ,-999,2500 -999,~500 -99'9,2500 8~, 578 6~7:~ ,2500 244~' .60~ 12,8533 1.791.0 80 5625 2290' ,O000 3,5000 12.44:53 3 38(,)9 88,7500 2282.0000 3,4336 13,4375 3.1992 9!.8125 21.30.0000 3,3691. 10,3o47 2 8730 89:0625 2219 1875 ]:s529 12,597? VP 010 HO~ VERIFICATION LISTING P~.G~ 9 OT~ EPT CNI~ OTA EPT P}q I EPT OTa. ~MI' OTA K PT CNI., EPT P PHI 7O9 5!o9 38 766 5000 521 1 0000 05 ...7 041. O: 5000 4648 4900 36 0000 9062 : 9 3105 2280 tjR~N 4800 37 64.8 3 0 4700 0000 SFI..U -55,7813 GR 40,2153 DRHO 620,718~ CAI.I 3,4375 SGR 0.786~ [IRAN 4600 33 789 3 1 .0000 SFI.,U .5156 GR .2092 DRHO 9687 CALI 3594 SGR 3220 UR.au 4~00 0000 SWLU 53:~,5oo 38,7,51.0 .4507 1895 687 Dr., 0362 :R:~O~ 4211 ,8086 I1,,~ 4375 pT 087~ CGR 89:6 t 79:6 9 I L ~ 8740 9316 25,00 3.0762 IL~ 55.~00 DT o, 54 7578 SGR '6875 CGR 5' ~,7715 2,8555 IL~ 37.8750 DT -0 0062 RHOB 1012313 SGR 47.~4o6 CGR 1.7029 3.1875 ILM 71,0000 DT 0,0264 ~HO5 11.1.040 SGR 78,7300 CGR 3,2~00 4.9844 ]:bM 40,7813 PT 0.0029 RHnP 3,593~ IbD 107,750~ (;R 2,382 NCN[.., 85.9~36 NRAT g1,8477 T~OR ,5352 I[.,n 1:0 .5625: C,~ 2,1719 NC~L 49,0879 NRAT 35; 7148 TH[)R ,3. '2168 I L D 113,0000 GR 3262 NCN L 5625:: THOf~ 1,3584 II.,O 121'7500 6191 MRAT 43,109,1 THOR 2,2402 (~bO 3750 ,R 12 :Iii:3 NCNL 58,6875 NRAT 46.1875 THO8 1,5078 ILD 124,0000 GR 2,1160 NCNb 47.1406 NRAT 35,1252 THOR 3,0078 109,7500 GR 2.2.476 NCN!., 78,7,300 NRAT 55.7744 THOR 2,6797 IL, I) 124.5625 GP 2,1.340 NCNL 3 9~6~ 7~ 6675 2~9 906~ 3 43. 7:5 2604,5156 3,2515 6.4343 3, .5234 76,,,1250 I977,0000 1,1a65 49,2500 2664,5938 3,1:071. ~. 3066 1.9912 55,g~00 ~007, OO 3,1855 8. 0859 1.2988 37.8750 2248,3750 3.4608 6.7347 3,0391 71,0000 2565,0625 3,1410 10,8755 2 2969 40:7813 2477,5625 L'I~ I'll! t Iii iI:.t ii! [;t/ NRA EPT 'OTA 'EPT :NRA 'OTA IPHI 'CNL 'OTa ;P ~EPT ;P )EPT 4..4 900.1. O~t~,n : :0, 1,3623 l.J~ AN 1,,7825 ,410(), 0{'~0(~ SFI,,Ii 2.6895 IbM 4~,2910 DRHO 0,0034 B}{OB 565,5000 C~.[,t : 9' 1.4:84: 8!IR 3,7480 SGR 7i;1875 CGR ~ .6!1 ? U'~] 0' 850~ 0000 74. 22 0000 1 ~0 (,;.~" 7 4. D R B 0 0, CALl 11, S.C,P 76. 390O 0000 -1 4 5234 41 7450 54.9 2500 3 1797 1 1!33 3800,0000 8 ~'l,,l.! 4. . 18.8906 GR 63, -r499. 2500 D~FI[i -99g. -999.2500 CALl -909. -999. ~500 S~F~ -gg9, -999,2500 URA~ -999. SFL, U 6.367 6250 0229 7109 2031 2930 ILM 1;250 DT 0453 RHOB 2041 MGR 3535 CGR 2324 3203 II,N 9687 DT 2500 RHOR 2500 86R 2500 '¢gR 2500 5,1797 ! T, M 3700,0000 46,1831 ' NRAT 36,8818 THO9 3,6602 I b D 126,7500 GR ~ C N THOR 2,6367 I b D 13,~, 1250 GR . t, 961 NCNL 76,6250 N~AT 64,0547 T,NOR 12373,0508 ILD · 5:625 GR 721, ' t. 445 NCNb . 187:5 'Nt~ AT' 65.1 ~75 T}'IOR 4.5391 ILD 1.3~,~000 ~P , 879 NCNL 76,1.875 NRAT 60,6563 TNOR 3,7891 1,25.0000 GR 2.1530 NCNb 68,5518 NR~T 4.6,5391 THOR 5.0039 II.,D 122.0000 GR -999.2500 NCNb -999.2500 NRAT -999.2500 4,3398 II,D P.A ~,E 10 3,4044 8,2368 1 7920 37 7500 21.80,000:0 ] 5508 6289 3 2285 si 232i 2344: " 601 l~ 7 1030 2,6953 76,3125 2009.5547 3,6340 12,8945 6] 0605 2187 212~ 0000 ' 8223 11 703~ 5 1055 74 6250 1697 0000 3 9492 1,2 8906 4 152,3 49~1250 1917'687'~ 8.9971 4.964~ 63,9687 -999,~500 -999,2500 -999,2500 4,8242 PT ..3600 P -9 CNI., ',-999 NRA '999 OTA -,999 EPT 3500 P ' 10 PHI -999 CNL '999 NRA -999 P PH CNI,, OTA EPT P P.H I ~NL NRA OTA , !. 250 :: ()000 $~LI! "~,9062 DT 6 ~ 7 ~ GR 6 , 500 C~LI -999,2.500 SOO SGR.: "909,2:500 C.~:~ 2500 ~JRA~,~ -999. 2500 ,5 3400, (')000 =q99, ... 500 -999 , 25( 0 -990 ' 2500 -999,250O S~ LU 7 2500 PH~B 2500 S~ 2 O0 ~500 3~00,0000 SFLU ~ 1.7.,)250 (;~ 54 -~9~,250,.) [)RHn -,999 -~99,~5(,)0 CAll 'r999 -99~.2500 SG~ -999 -~g..2500 [.IRAI: -999 ~:PT 3200 000o SPLU 7 , P -17,1875 GR 32 PHI -q99,~500 DRHO -999 CNL -999.2500 CALI -999 N~A. -999.2500 ~GR -999 OTA -999.~500 [IRAN -999 Pt~ i. CNL NRA 0078 I,L, ~ 4689 DT 250:0 ),~ L::) ri 2500 p 'CNL .NRA 'OTA 2305 II,~ 6563: DT 2500 C(';R 78t3 Ib~ 4063 DT 2500 RHOB 2500 SGR 2500 CGR .2500 3!no,n000 SFLL! 6 -9.3159 GR ~3 -999.2500 OPhr] -999 -999.~500 CALl -999 -99~o2500 $GR -gq9 -999.2500 t. IRAN -ggq .5313 IL~ ,6250 DT .2500 RHOB .2500 ,2500 CGR ,2500 3000,0000 2,117~ -999.2500 -990,2500 -909,2500 -999.2500 D a H {] CAI.!I 4,0547 82 5625 PT -999:2500 RHOR -999.2500 -909,2500 CGR -999.2500 127.5625 2500 2500 2500 T ~! O R 4 122 -999 9570 TLD GR NCNL 2500 'I~.OR 5,93'15 ~LD 130,O0()OGR -999,~500 NCNb '999, 500 NRAT '999,2500 THOR 7,5039 IT, I:) 149,3750 GR 99 ' - ,:2500 NC, NL -999,2500 N.RAT -999,2500 THOR 6,5742 ~LD 131.5000 GR -gg9 2500 NCNL .2500 N~AT -999,2500 THOR 7,6445 ILD 140,7500 GR -999,2500 NCNL -9q9,~500 RAF -999,2500 THOR 6,6250 ILD 132,1250 GR '999,2500 NCN[, -g99,2500 NRAT -999,2500 THOR 3,8359 ILD 143,3750 GR -999,2500 NCN!., 99.2500 THOR 65.1879 -999,2509 -999,250 5 5 1602 62 906~ .,999 2500 -999 2500 6 5234 83 4375 -999 2500 -999 ~500 · ..999 2500 8,4766 . 50,4688 999,25(0 '999 ~00 .999' O0 : .: soo g99,~500 8.3984 32,4063 -999,2500 -999,2500 -999,2500 7,4336 63.6250 -999 2500 -999:2500 . -999.2500 4.4336 82,5625 -999,2500 :999,2500 999..2500 /~ I~ 1!1 iil ~I:-1 ~_,. [:41 fP 0!0,RO2 VERIFIC. A. TI[.N 5IS:I~I,N~ PAGE 12 EPT 2700 ~ ~31 P~ -999 CNI. -099 -999 00 ) 0 S 1~ L U l~, O: 7 e I I L ~ 2,~13 GR 65,1B75 DT ~500 :DR[q'[] -099,2:500:: R~'OB ~ C 25' 00 ,~ G' R 2500' : ~LI ~999, a ' '~ -g99. 2500 2500 U R A J 13~:.0742!bD -999,2500 ,NCNb ~9:99~500 N~.AT -999,2500 THO~ 8.4:375 ILD ~500 NRAT -999,$ '999.2500 FI000 SFLU :4,8125 Ira 14~5'2 4258 ILD , 750 0 9~19 : 37,:093~ DT ~ ~,~ .~" ~00 RH, OB -999.2500 NCNL 5oo ScR 2500 CGR -999.2500 ~OR 2500 U P A N: : ':O q 0. ~ 500 ,p E T 2600.0000 ::SPI,T:t P -25,~844 GR PHI -999,2500DRMO NRA -~g9.~LO0 SGR OTA -999,2500 URAN ~ 0:00:0 :IT,.,~ -999 2500 2' 0000 SFLU 2000,0000 P 16.~.406 ~R 30~8125 DT PHI -999,2500 DRH0 -999,2500 RHO~ CNI., -099.~500 CAI.,T -99.9.~506 NRA -999,2500 SGR -o~9,2500 CGR O~A -~o9,~500 U~A.~ -696,~500 8.492211.,D 1.32,5000 Ga -999,2500 NCNL "999 2500 NRAT -:99:9' ,2:500: TMO~ 2000 0000 -999 ~500 -999 500 -999 2500 ILD NCNb NRAT THOR , FILE TRAIT,E~ ** ILK NA~E :SFRVIC.OOi. ERVICE NA~E : g [.,~N(ITH : j. 024 I ,., r.: '~YPE : ~",XT WILE aa~E ~ EOF *******~** 55 -999 2500 9 3906 65 -999 2500 25:00 093 ~ -99~,2500 "999 ' 2500 -999,2,500 l0 2578 53 8437 -999 2:500 -999 2500 -999 2500: 2OO0 ~000 30 1:25 -999 2500 -999 2500 -9q9 2500 :* TAPE TRAILER ** ;ERVlCE N~MK :$E~VlC ~TE :83103t17 i~IGIM :0000 !~P~: {',IA~AE 18097 lp ¢)~.0 ~.{O2 YERIFIChTI:ON L] .... TING PAGE ,13 T.~ PE