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Home My WebLink About191-145TONY KNOWLE$, E~OVEF~NC)Ft ALASI~& OIL AND GAS CONSERVATION COMMISSION 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 August 27, 1996 Land Department (MB 1 2-1 ) Pete Zseleczky, Mgr. BP Exploration (Alaska) Inc. PO Box 196612 Anchorage, Alaska 9951 9-661 2 Re: Location Clearance, Northwest Milne #1. Dear Mr. Zseleczky: On August 25,1 996 our inspector, Lou Grimaldi, conducted a final location clearance inspection of Northwest Milne #1. Mr. Grimaldi concluded that subject well meets the requirements for Location Clearance. Well Name Northwest Milne #1 PTD N. 91-145-0 Final Location Clearance is hereby approved for Northwest Milne #1. The Commission will require no additional work on subject well; however, BP Exploration (Alaska) Inc. remains liable if problems with the wells occur in the future. Sincerely, Tuckerman Babcock Commissioner CC: Blair Wondzell Icbpnwml MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO' THRU: David Johns~n~,~(~-~-''~ Chairman //~/"' - Blair Wondzell, ~~ P. I. Supervisor E~r~-T FROM: Lou Grimaldi,/.,~ SUBJECT: Petroleum Inspector DATE: FILE NO' August 25, 1996 IW9JHYDD.DOC Location Clearence Inspection BPX North West Milne #1 Kuparuk River Field Exploratory ':. PTD #91-0145-0' ' Sunday, August 25, 1996: I made a location clearence inspection on BPX EXploratory well North West Milne #1. This well was drilled from one of the North West Milne exploratory islands used to explore the field. This well was abandoned last year on this island. We flew from Deadhorse by helicopter and landed on the island. I made a walk-around and found the island to be free of trash or debris. There was a slight depression in the island where the wells were abandoned earlier this year. This island will be allowed to erode naturally and should be visited occasionally to check on its pr0,gress._ SUMMARY: I made a location clearence inspection on BPX well North West Milne in the Kuparuk River Field. I found no problems with this location Attachments' Photographs PC: BPX (Anchorage) NON-CONFIDENTIAL PLUGGI'N~i,~- & LOCATION CLEA~_.~NCE REPORT State of Alaska .ALASKA 0iL & GAS CONSERVATION COM~ISSiON . = Review the well file, and' comment on plugging, well head status, and !ogation clearance - provide^loc, clear, code. Marker ~ost or plate~" - -'--: ~,~ ' Location Clearance: STATE OF ALASKA ALASKA ,- AND GAS CONSERVATION COM 'WELL COMPLETION OR RE:COMPLETION REPORT AND LOG 1. Status of Well Classificadon of Service Well OIL [] GAS [] SUSPENDED [] ABANDONED [] SERVICE[~.. 2. Name of Operator 7. Permit Number Conoco, Inc., (BP Exploration Alaska, Inc.) ~ 91-145 3. Address P 0 Box 196612 i~,~:~'~'~ 8. APl Number Anchorage~ AK 995~9-6612;~~ 50-029-22231 , 4. Location of well at surfaco 2501' FSL, /,95' ZEL, Sec 25 ';' ..... '91 unit or Lease Name T.14N, R.9E, UM Milne Point Unit At Top?roducing Interval (10,752'MD, 7217' ~/J)) 2166' FSL, 806' 1~, ]0. WeilNumber Sec 23, T.14N, R.9E, UM Northwest Milne No. 1 At Total Depth 2347' FSL, 947' FEL, Sec 23~ T.14N, R.9E, UM 'il. Field and Pool Milne Point, Kuparuk River Sands 5.' Elevation in feet (indicate j~, DF, etc.) G. Lease Oesignation and Serial No. 35' AGL, 43' MSL KB ADL 355021 , , 12. Date Spudded 13. Date T.D. Reached 14. DaTe Comp., Sump. or Aband. [ 15. Water Depth, if offshore [ 16. No. of Completions 02/25/92 03/19/92 03/30/96J 7.5 feet MSL[ None 17. Total Depth (MD+TVD) 18.Plug 8ack Depth (MDt-TVD) '19. Directional Survey 20. Depth where SSSV set 21. Thickness of Permafrost ]-l,060' MD/7426' ~"P) 53' KB YES [~ NO [] None feet MO 1750' '22. Type Electric or Driver Logs Run NG~/MSFL/LO~/C}IL/DI~fE-SD~/AI~f/GR-F~vfI/GR-VSP-CBL/VDL/GR/CCL (all pre~iously submitted) 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT... PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED ..... 30" 158 X-56 Surface ...90' 44" Permafrost 18' 20" 94 K-55 Surface 150' 26" ~-350 sx Permafrost .. %~, 13-3/8" 61 K-55 ISu~face 2863' 17-1/2'' 2450 sx Permafrost 350 -~x "G" 18' ,,, ... 9-5/8" ~7 N-80 Surface 6235~ 12-l/z,- 660 sx (;lass G 18~ ,,, 7" 26 . N-8'0 5901~ 11,055'._ . 8-1/2" 761 sx Class G .~_. ... ~0 24. Perforations open to Production (MD.~.TVD of Top and Bo,.tom and 25. TUBING RECORD interval, size and number) ., _S_I Z..._E DEPTH SET (MD) PACKER SET (MD) 10~752~ - 10,776' MD(7217'-7233':L"VD) 6 s. pf, 32 gm Rone "' , , 10,778.~ - 10~786' HD(7235'-7240':L'VD) 12 spf, 25 gm~ Plugs: BP @ 10,~95' }~, Cat' Plug 10,595'-10,695' ! ~61 ACID, FRACTURE, CEMENT SQUEEZE, ET~. , , BP @ 5~875' MD~ Cat ?lug 5762"-5875'MD DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED CMt Plug 53'-205' MD. ' . . (All dept'hs are original AKB) ~90i"MD-6335'MD .1_~00 'sx Class G C~.ment (liner. lap squeeze). , ~27. PRODUCTION TEST , , .... , , Dat~ First Production [ Method of Operation {Flowing, gas lift, etc.) 03/26/92] Flowing ,, Date of Test Hours Tested , PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE [GAS-elL'RATIO 03/26/92. 17 TEST PERIOD ]~ 157 39 58 16/64[ 250 Flow Tubing Casing Pressure CALCULATED OIL.BElL GAS-MCF WATER-BBL OIL GRAVITY-APl {corr) Pres,. 3_19 1605 24-HOUR RATE ]i~ 303 75 0 26.4 -:281 ' ' CORE DATA" " , , , Brief description of J'ithology0 porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. 10,776' - 10,828: SANDS3~3NE, DARK TO VERY DARK BROWN, FINE TO VERY FINg GRAINk~D WI~ FAIR TO GOOD SOPPING. GOOD VISIBLE POROSI~f, FAINt, EVF. N PARALLEL CROSSBEDDING ~[~OUGHOLFf. GOOD OIL S~AINING ~tROUGHOU~, NO APPARENT CONTACt. BASE OF CORE GRADES iIbrfO UNDERBEDDED SIL~STONES AND SHALES OVERLYING .SILALE. Form ~0~07 AlaSKa 0ii & Gas C~r~i. C~.7,, Rev. 7.1-80 CONTINUED ON REVERSE SIDE . Anchora~lbm,t i. duplicate '2S. GEOLOGIC MARKERS 30. FOIRMATION TESTS NAM E MEAS. DEPTH I BASE PF, RMAFROST il 1920' K. Schrader Bltlff [ TnUE VEP, T. OEPTI~t 1757' Include in:erval tesled, pressure data, all fluids recover,.-,J and firavily, 'KA' SS. I 4683' 'lA' SS. i 5004~ 'MA' SS. 5152' 'NA' SS. 5582' 'OA' SS. 5865' OD 6.]_50' K. 'I~Z' 10,282' K. KUPARUK 10,541' T.IX3 SS. 10,749' B/LK3 SS. 10,802' BASE KUPARUK 10,832' 3448' 3646' 3737' 4013' 4195' 4378' 6914' 7079' 72].6" 7251' 7271' GOg, and time of each phase. NONE 31. LIST OF ATTACI.IMEN'tS SI~ARY OF P&A O'PI~RATIONS, DAILY I?IE'~Z) PROGRli:SS REPORTS. 32. I hereby certify that the foregoing is Iruo and correct lo tho best. of my knowledge INSTRUCTIONS General: This form is desicjned for submitting a complete and correct well completior~ report and log on all types of lands and leases in Alaska, Item 1' Classification o'f Service Wells' Gas injection, water injection, steam injection, air i~jection, salt water: disposal, water supply for injection, observation, injection for in-situ combus'tion. Item 5' Indicate which elevation is us~:.~d as reference (where not otherwise shown) for depth measurements given in other spaces on this [orrn and in any attachrner~ts, l'tem 16 and 24: If d'~is well is completed for separate production from more than one interval (multiple completion), so state in itarn 16, and in item 24 show the producing irll:ervals for only the interval reported in item 27. Subn~i~ a separate form for each additional interval to be separately produced, sl~owinfl 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 sl~ould show the details of any multiple stage celnent- ing and tt~e. [o,catio.a of tt:e cernentir~g tool. Item 27: Method of Operation: Flow[n~, Gas Lift, Rod Pump, }.-t~draulic Pump, Subn~cr'sible, Water jection, Gas. Injection, Shut-in, Orlner-expla'~in ~ * "'" . ' Item 28' If no cores 'taken, indicate "none". Form 10-407 SUMMARY OF OPERATIONS PEi-~MANENT ABANDONMENT CONOCO ][NC. (BP EXPLORATION ALASKA INC.) NORTHWEST MtLNE NO. i The Northwest Milne No. 1 well was spudded on February 25, 1992, directionally drilled to 11,060' (7426' TVD), suspended on March 30, 1992, and abandoned on March 30, 1996. The well was originally operated by Conoco Inc., but operatorship was assumed by BP Exploration (Alaska) Inc. (BPXA) as a result of BPXA's acquisition of the Milne Point Field. At the time the well was suspended two downhole plugs were set to effectively abandon the hydrocarbon bearing part of the hole. To facilitate re-entry at a later date, no surface plug was set and the top 2,000 feet of the wellbore as well as the 13-3/8" X 9~5/8" casing annulus were freeze protected with diesel when the well was suspended. The final abandonment work reported below consisted of 1) displacing the diesel in the wellbore and 13-3/8" X 9-5/8" casing annulus with kill weight brine; 2) setting a surface plug in the wellbore and atmulus; 3) removal of wellhead and cellar; 4) severing of all casing strings more than two (2) feet below the original mudline; and 5) backfilling, regrading and general location cleanup, including backhauling of solid m~d liquid wastes. A wellbore diagram is attached showing the post abandomnent condition of the wellbore. (See Figures 1 and 2.) OPERATIONS SUMMARY Mobilized equipment, materials and persom~el to Northwest Milne No. 1 location from Deadhorse. Installed wellhead shelter m~d applied heat.. Checked pressures on wellbore and casing am~uli. (See Figure 3.) ' , DiSplaced diesel in 13-3/8" X 9-5/8" casing ammlus With kill weight brine, followed by =200 ft. cement plug. (See Figure.4.) , , o Nippled up and tested BOPE.. Displaced diesel freeze protection in wellbore with kill weight brine, taking returns to vacuum tank. (See Figures 5 and 6.) . Set 170 ft. (BGL) permafrost top plug in 9-5/8" casing. Rigged down wellhead shelter and hot air heater. Excavated to 19 ft. below pad level, removed cellar, cut casing strings and removed wellhead. (See Figures 7, 8 and 9.) Recovered residual diesel.from.. 13-3/8" X 9-5/8" annulus and topped off cement plug in annulus. (See Figure 10.) All plugs inspected and approved by AOGCC inspector Lou Grimaldi. NW Milne No. 1 - Summary of Operations .. Page two o Trimmed up casing stubs to 3 ft. below original mudline (18 ft. below island surface) and welded steel plate over stubs. (See Figure 11.) o Backfilled excavation, cleaned up and recontoured island surface. (See Figures 12 mhd 13.) Demobilized from Northwest Milne No. 1 location. Final site cleanup and location clearance inspection is scheduled for summer 1996 after snow cover has melted. The job was completed with no lost time or OSHA reportable accidents, and no spills. NW Milne No. 1-Sun,nary of Operations Figure 1 Wellbore Schematic Conoco, Inc. [BP Exploration (Alaska)Inc.] Northwest Milne No. 1 Post Abandonment Condition 88' Steel Plate 90' 150' 2,000' Etev, 18' ;BeLow IsLand SurPc~ce, (3' :BeLow OriginaL MudLlne) 36' Casing, Cemented -to Suraace 30' CasinG Cemen%ed to SurFace 20' Ca$1n~ Cemented to Sur?ace 8,863' 13 3/8', 61~ K-5~ BTC, Cemen%ed %0 Sur?ace SPUD, 8/85/92 SUSP, 3/30/92 ATTACHMENT, 3/30/96 TOC 8 4,183' AIl depths are original RK3 which was 43' above MSL and 35' above Istand sur?ace, unless otherwise noted, 5,875' BrtdQe P[u9 8 5,875' wl%h 100' Ce,~ent on Top NO SCALE LEGEND CEMENT 9.6 ppg Brine ---I Mud 10.4 ppg 5,90t' 6,835' 10,695' !1,055' 11,060' TD Liner Lap Squeezed 9 5/8', 47#, N-80, BTC RECEIVED TBC @ 9,880' MAY 0 1 199~ Bridge Ptug @ 10,695' with 100' Cemen't on Top AJB~ka 011 & G~ O0nl, C0mmil Anchorage Per.Ps, 10,752' - 10,786' 7' Liner, 26~, L-80, BTC FAiR (00__7-0515/N0 ,RMIL/4. / 2:9/96 1:1 SR Il I'll I ~ll II ;ion Figure 2 Post Abandonment Condition Conoco, Inc. [BP Explora}ion (Alaska)Inc.] Northwesf Milne No. 1 Island IsLcnd sur¢cce ct ~clme well wes drilled, -- . ...... _~ ~ Se~ Level. Cement Ptugs Severed In ~/eLlbore wi-th end Annull ~' Steel Plate NOT TO SCALE FAI R/OOT-O.3-5/PAN M/:4/29/96 I I I II III]11111 I 1:1 SR LU I I II I'1 I' II PERMANENT ABANDONMENT NORTHWEST MILNE N(}~ t Settma wellhottse she tet x el wellhead. P~'eDa~.-e to thaw wellhead and ceiiaL PERMANENT ABANDONMENT NORTHWEST MtLNE NO~ I Figure 5: Se,x:ing BOP stack on well prior displacing fleeze protect/on well bore. weltbore with brine. ~ TI~ N PERMANENT ABANDON~/~E,-T NORTHWEST MILNE NO, 1 ?igure 7: Excavating to below original mudlNe prior to cutting casing, FigureS: Culling !3-3'8" casing. PERMANENT ABANDONMENT NORTH~¥EST MILNE NO. I Figure 9: Removing wellhead from excavation. Fi~ure i0: %5'$' casing and i3-3/8" X 9-?8" a,~mulus q l!ed x,,itt~ cement. PERi¥IANENT ABANDONMENT NORTHWEST MILNE NO. 1 Figt~l~e l l: Steel plate welded ovei' 13-3/8" a~d 9-5/8" casing stubs. Fi~u~-o~,~ 12: Backfilling excavation, Note Mi~ht~, n3otlnd to allow Ik>r compaction. PERMANENT ABANDONMENT NOR'IHWEST HLNENOs 13: Final site co~]dition i-'ollowing permanent abandol~n~et~t of Northwest Mil~e No. 17 March, t 996. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT' P&A OF NORTHWEST IVHLNE NO. ! Report No. 1 Date: i4-Mar-96 Job No. ~07-03-300 AFE Na. 337023 Contract No. 96MR048 Report Period: 0,6600 ~rs 13-Mar-96 to 0600 hrs ld-M[ar-96 Continue with mobilization for Northwest Milne No. 1 (NWM#1). Traveled to NWM#1 location to recon site. Access and pad okay for performing abandomnent work. Checked out wellhead and found evidence of diesel stained snow on top of 13-5/8", 5000# casing spool. Diesel stained snow indicates possible leak at 13-5/8", 5000# flange. Met with Jimmy Pyrone at Pingok Island, Rig 22E, to discuss NWM#1 project. Cleaned up camp, and tested batch cementing unit with water. Activit~y at Report Time: Checking out camp, BOP, and cement mixing equipment. Fuel Used: 0 Fue~ On Hand: 0 ©n-.s~te Personnek Weather ~ 0600 hrs. Temp' -21 °F Wind' 5 SW Visibility: ! 0 miles Pressure: 29.57 Precipitation: Trace Sky: Partly cloudy Chill Factor: -37°F Submitted By: Jesse Mohrbacher Fa~rweather E&P Services, ][nc. FAIR'WEATHER E&P SERVICES, INC. FIELD PROGRESS I:','~E~ORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST M~LNE NO. 1 Repot*, ?~o. 2 Date: 15-r.~ar-96 Job No. 00'7-03-300 AFE ?qo. 337023 Contract No. 96MR048 Report Period 0600 hrs ~_d.-Mar-96 to 0600 hrs 1S-Mar-96 Continue with mobilization for NWM#1. During check out of camp and batch cementing unit, determined that both were underpowered. Reconfigure camp generators and order 165 KW generator from Anchorage for cementing/BOP unit. Generator to arrive in Deadhorse late today or tomorrow AM. Continued with camp cleanup and organization of food and supplies. Consolidated generator, wellhouse, cement and other freight in Fairbamks for shipment to Deadhorse. Scheduled Jesse Mohrbacher to attend BPX waste management training tonight at 6:30 PM. Plan to move camp, 966 loader, water houses, cement and other supplies to NWM# 1 later today. Cementing unit and generator to go out tomorrow with well operations commencing tomorrow. RECEIVED Alaska Oii & Gas Cons. Commi~=ion Anchorage Activity at Report Time: Testing Type C cement for 6-8 hour thickening time, assembling spill van, reconfiguring camp generators. Fuel Used: 0 Fuel On Hand: 0 On--s~,te Personnel: 0 Weather ~ 0600 hrs. Temp: -31 °F Wind: Visibility: 5 miles Pressure: 29.81 Precipitation: Sky: 3000' scattered Chill Factor: -65 °F Submitted By: IOSW None Jesse Mohrbacher Fairweather E&? Services, ][nc. FAI~i *¥EATHER Ec%? SERVICES, ~NC. FIELD PROGRESS ~PORT CLIENT: BP EXPLORATION (ALASF,~k) INC. PROJECT: P&A OF NORTHWEST MILNE NO. i Report l~eriod: _ 0600 hrs _!5-Mar-96 to _ 06,00 ~ l~rs tS-Mar-96 -- Continue with mobilization for NWM#1. Configured double rani BOP stack with 7-1/16" shear rams on bottom and 7-1/16" blind rams on top. BOp stack wp = 5000 psi. Install CATCO radio on Fairweather pickup. APC inspected all fire extinguishers and smoke alarms in camp. Repaired leak in camp water -- system and repaired hot water system. Assembled spill van with shovels, sorbents, rags, etc. .. Jesse 1V~ohrbacher met with Duff Strong, MPU sa'.fety officer regarding permits required for NWM# 1 well abandonments. Determined that Area Civil ,Work Request and Hot Work Permits necessary. ConiSl'~ed space entry will be addressed at the time of cellar excavation. Attended BPX Waste Disposal training at MPU. kctivity at Report Time' Waiting on gen}rator"and other equipment enroute from Fairbanks. Rewiring ~ackup generator for camp. puel Used: 0 Fuel On.Hand: 0 On-si~e Personnel: 0 . . Yeather ~ 0600 hrs. Temp: _-33°F '" Wind: _ ressure: 29.631 precipitation: _ lhill Factor: -90 °F "s~-bmitted By: . . · ...... .. ., , .. 18SW Trace V~s~b::,li~¢: _____!1 mile Sky: _ 3000 scattered Jesse Molzrbacher F~/rweather E&? Services, ][nc. FAIRWEATHER E&P SERVICES, iNC. FIELD PROGRESS F~EPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A O? NORTHWEST ?4ILNE NO. i Report No. 4 Date: i7-Mar-96 Job No. C97-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 i:rs 16-Mar-96 to ¢6¢0 t~rs ~[7-Mar-96 Continue with mobilization for NWM# i. Submitted Area Civil Work Request to Duff Strong at MPU-HSE office. Received 165 KW generator, well stielter; Type C cement and other miscellaneous supplies. Repaired gray water tm~k for use on location. Cut and tl:a'eaded 1" pipe for use in cementing. Photocopied MSDS sheets for all products anticipated to be onsite. Plan to set up camp and operations on NWM#1 today. MAY 0 1 1995 Nask; 011 & Gas Cons. Commission Activi~ at Report Time: BPX Safety Representative John Miller inspecting camp and loading out equipment .and supplies for NWM#1. Fuel Used: 300 Fuel On Hand: 2200 On-site Personnel: 0 Weather ~ 0600 hrs. Temp: -40°F .. Wind: V~sibility' L/mile/Ice Fog Pressure: 30.161 ]?recfpitation' Sky: Clear · Chili Factor: -66 °F 7SW None Submitted By: Jesse Mol:a'bacher Fairweather E&P Services, linc. ~'~'~C. FAIR. WEATHER E&P SERVICES, *' T FIELD PROG1LESS P,~.PORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT' P&A OF TM ~ r ~ORTHWE~,T ]?.4][LNE NO. 1 Report No. 5 D,xte: !8-Mar-96 Job Ne,. 087-03-300 A~ ~'~o. 337023 C.antrzct No. 95MR048 Repot*, Period: 0600 hfs 17-Mar-96 to 0600 hfs 18-Mar~96 Continue with mobilization ofNWM#1. Truck 3 sleeper units, kitchen, wash car, potable water tanks, 2 generators, 966 loader, cement, salt, BOP stack, gray water tank and other miscellaneous equipment to NWM#1. Set up camp on location and ordered potable water fi'om Peak. Notified by Peak ~ 0530, 18-Mar. that no potable water allowed in non BPX certified tanks. BPX certification approximately 3 day process. Potable water tank meets State of Alaska requirements. Activity at Report Time: · Trying to contact Fred Chase at BPX CSTF to resolve lack of potable water. '.Working on alternative solutions as well. Fuel Used: 200 Fuell On Hand: 2000 ©n-~te Personnel{: 2 Weather ~ 0600 hrs. Temp: -26°F Wind: 2 N V~s~b~lity: 1 mile Pressure: 30.40 Precipitation: None Sky: Overcast, 2000 Chill Factor: -26 °F Submitted By: Jesse Mohrbacher Fairweather E&P Services, ][nc. FAIRWEATHER E&P SERVICES, tNC. FIELD PROGRESS REPORT CLIENT' BP EXPLO~re~TION (ALASKA) INC. PROJECT: P&A OF NORTHWEST M~LNE NO. Report No. 6 Date: ~.5-MAR-96 Job No. 007-03-300 AFE No. 337023 Con'~ract No. 95MR048 Report Period: 0600 hfs 18-Mar-96 to Completed mobilization for P&A ofNorthwe'st Milne No. 1. Trucked 3000 gallons potable water to camp. Trucked batch cementing unit and generator to location. Changed out 966 loader for 950B loader to permit safer handling of on-site equipment (fork pockets on equipment would not accommodate forks on 966). "Transport remaining persomael to camp. Conduct initial project orientation and safety meetings. All equipment and personnel on-site to commence operations. Activity at Report Time: Setting wellhead house over well. Fuel ~rJsed: 200 ga!.. Weather ~ 0600 hrs. Temp' Pressure: 30.88 Chili Factor: -68 °F Fuel O~ Hand' -31 °F Wind: Precipitation: 1800 gal. O.n-si~e ~?ersonnel: SW ~ 11 knots Visibili'ty:. '15 miles Trace Sky: Clear Submitted By: Jesse Mohrbacher Fairweather E&P, Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALAS,:-c~) INC. PROJECT: P&A OF NORTHWEST MiLNE NO. 1 Repert No. 7 Date.: 20-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 95MR048 Report Period: 0600 hfs 19-Mar-96 to 0600 hrs 20-Mar-96 Commence P&A operations on NW Milne No. 1. Set wellhouse on well and apply heat. Check for pressure on 9-5/8" casing. Casing pressure 150 psi. Ble'd of£40 gals. diesel with casing flowing est. 5-10 gpm after 40 gals. bled off. Open needle valve at top of wellhead with slight blow of air. Closed needle valve with pressure at <50 psi and air pressure built back up. Initially unable to activate seized valve on 13-3/8" X 9-5/8" annulus. Discussed possibility that upper wing valve on wellhead may be open to annulus based on casing repair discussion in well file. Tightened bolts on Wellhead and rigged up to pump into upper wing valve. Pumped 9.6 ppg NaC1 brine into upper wing valve; pressured up to 900 psi, with gauge on needle valve on top of wellhead reading the same. Determined that upper wing valve open to casing. Finally able to activate 13-3/8" x 9-5/8" annulus valve after applying direct heat. Annulus under pressure, amount unkn~w~ ~t~o~1~ I~r.t..r- I v kid NOTE: All pressure testing done with backup valves in place. MAY 0 1 1996 Activity at Report Time: Prep to test annulus pressure and attempt to bleed off pressure on annulus and wellbore. Fuel Used: 300 gals. Weather ~ 0600 hrs. Temp: Pressure: 30.44 Chill Factor: -55 °F Fuel On Hand' 1500 gals. On-s2e Personnel: -19°F Wind' E ~ 12 Knots V~sibility: 15 miles Predpitation: None Sky: Clear Submitted By' Jesse Mokrbacher Fairweather E&P Services, Inc. FA!RWEATHER E&P SERVICES, INC. FIELD ?ROGRESS P,~PORT CLIENT: BP EXPL@RATION (ALASKA) iNC. PROJECT: P&A OF NORTHWEST M!LNE NO. 1 Repart No. 8 Date: 2!-Mar-96 Job Ne. 007-03-300 AFE N,~. 337023 Contract No. 9.5MR048 Report Period: 0600 hrs. 20-Mar-96 to 0600 hrs 2J-Mar-96 Checked 13-3/8" X 9-5/8" annulus pressure (150 psi). Pumped 9.6 ppg NaC1 brine into annulus at 6.0 gpm to test for injectivity. Pressure built to 1150 psi in 5 minutes and broke back to 600 psi after 18 minutes. Bled casing pressure to zero. Called out BJ Services and Peak vac truck with 180 bbls 9.6 ppg NaC1 brine. Held cementing and pumping safety meeting. Rigged up hard line on 9-5/8" casing valve.' Tested line to 2500 psi. Put 750 psi back-up pressure on 9-5/9" casing. Installed hard line on 13-3/8" X 9-5/8" annulus and tested line to 2500 psi. Pumped 180 bbls 9.6 ppg NaC1 brine at 4.2 bpm with average injection pressure of 750 psi. Casing pressure increased to 1700 psi during pumping. Batch mixed 75 sx t5.0 ppg Coldset II cement and pumped annulus plug. Chased plug with 0.5 bbl water. CIP ~ 2200 hfs 3/20/96. Shut in annulus. Bled pressure off 9-5/8" am2ulus to <100 psi. Activity at Report Time: Prep to pressure test annulus plug to 1000 psi and nipple down casing spool. Fuel Used: 750 Fuel On Hand: 750 On-site Personnel: 7 Weather ~ 0600 hrs. Temp: -11 °F . Wind: V~sibility: 20 miles Pressure: 30.60 PrecipitatiOn: Sky: Clear Chill Factor: .-40°F E ~ 10 Knots None Submitted By: Jesse Mohrbacher Fairweather E&P Services, FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INCo PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. 9 Date: 22-Mar-96 Job No. 007-03-300 ArE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 21-Mar-96 to 0600 hfs 22-Mar-96 Attempted pressure test of romulus plug. Pressured up to 800 psi with <1 gal fluid pumped. Pressure bled off to 250 psi within 10 minutes. Repeated test with same result. Concluded cement at surface but not sufficiently set up to hold pressure-will re-test after additional WOC time. Nippled down tubing bonnet, adapter flange and casing spool. Cut off 9-5/8" casing stub above bradenhead. Nippled. up 7-1/16" 15,000 psi shear ram, adapter flange., aJ~d 7-1/16" 5000 psi blind ram. 'rested stack to 1500 psi for 20 minutes, test ok. Monitored annulus pressure during BOP test - remained at zero. Bled offtest pressure on casing and secured well. RrCrlVrD MAY 0 i 1998 Alaska 011 & Gas Cons. Commission Anchorage Activity at Report Time: Preparing to pump brine and collect diesel returns from wellbore. Fuel Used: 250 Fuel On Hand: 500 On-site Personnd: 7 Weather @~ 0600 hrs. Temp: -12°F Wind: Visibility: 15 miles Pressure: 29.88 Precipitation: Sky: Clear Chill Factor: -29°F West ~ 7 Knots None Submitted By: Jesse Mol~bacher Fairweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. 10 Date: 23-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 22-Mar-96 to 0600 hrs 23-Mar-96 Ran in well with 1" hose to 150 ft. to displace diesel from wellbore with brine using density swap. Pumped 120 bbls of 9.6 ppg NaC1 brine into well taking diesel returns out BOP stack. Recovered diesel recycled with PBV annular communication engineering group. Rigged up'to set top plug. Ran in well with 1" steel pipe to 170 ft, pushing a wad of cement sacks ahead as "poor boy" cement retainer. Mixed 70 sx Type "C" permafrost cement with retarder. Hopper plugged during mixing after 30 sx. Tore down hopper and unplugged system. Continued mixing remaining 40 sx. Pumped 14.5 ppg permafrost plug taking brine returns out BOP stack. Final slurry sample set within 15 minutes of completion of pumping. CIP ~ 0035 hours, 3/23. Cleaned up ce~nenting unit. Manifested and shipped = 100 bbls cement rinsate and returns from cementing to Pad 3 for disposal. ', Activity at Report Time: Prep to nipple doWn BOP stack and excavate cellar. Fuel Used: 200 gal. Weather ~ 0600 hrs. Temp: Pressure: 29.93 Chill Factor: -17°F Fuel On Hand: -8°F Wind: Precipitation: 300 gal. On-site Personnel: SSW ~ 5 knots Visibili. ty: 15 miles None Sky: 4000 scattered Submitted By: Jesse Mohrbacher Fairweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. 11 Date: 24-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 23-Mar-96 to 0600 hrs 24-Mar-96 Continue inquiries regarding backhoe availability. Three (3) backhoes are cun'ently on the slope-all of which are being utilized by BPXA on other projects. Currently awaiting release of Peak Hitachi 400 working at Milne Point. Nippled down BOP stack. Top off cement plug in 9-5/8" casing. Returns and excess cement taken to vacuum truck. Cleaned up and flushed batch cementing unit. Demobed cementing unit, BOP stack and other equipment no longer required on location. Manifested and shipped cement rinsate and cement returns for Class I disposal. Suspending activities at NW Milne No. 1 location while awaiting release of backhoe. MAY 0 1 1996 ~.~_~ 011 & Gas Cons. Commission Anchorage Activity at Report Time: Reallocating resources to Niakuk Island abandorm~ent job while awaiting backhoe. Fuel Used: 200 Fuel On Hand: Weather ~ 0600 hrs. Temp: +5°F Wind: Pressure: 30.28 Precipitation: Chill Factor: -9°F Submitted By: 100 On-site Personnel: SW ~ 7 knots Visibility: 15 miles None Sky: Clear Jesse Mohrbacher Fa~rweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. Date: Job No. AFE No. Contract No. 12 25-Mar-96 007-03-300 337023 96MR048 Report Period: 0600 hrs 24-Mar-96 to 0600 Maintaining camp and warm shutdown of equipment while awaiting backhoe. hrs 25-Mar-96 RECEIVED MAY 0 1 1996 Oil & Gas Cons. Commlssion., Activity at Report Time: Awaiting backhoe release by BPX. Fuel Used: 30 Fuel On Hand: 70 Weather ~ 0600 hrs. Temp: -14°F Wind: Pressure: 30.2'4 t recipitation: Chill Factor: -24°F Submitted By: SE ~ 10 knots None On-site Personnel: Visibility: 15 miles Sky: Clear Virgil Thrapp Fairweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. 13 Date: 26-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 25-Mar-96 to 0600 hfs 26-Mar-96 · Maintaining camp and warm shutdown of equipment while awaiting backhoe. Backhoe expected to be released from BPX Milne work this evening. RECEIVED Anchorage Activity at Report Time: Awaiting backhoe release by BPX. Fuel Used: Est. 30 Fuel On Hand: 40 On-site PersOnnel: 2 Weather ~, 0600 hrs. Temp: Pressure: ..... 29.99 +25°F Wind: ,. Precipitation: Visibility: 15 miles Sky: 4000 overcast Chill Factor: +10°F Submitted By: S ~ 10 knots · None Virgil Thrapp Fairweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. - 14 Date: 27-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 26-Mar-96 to 0600 hrs 27-Mar-96 Maintaining camp and warm shutdown of equipment while awaiting backhoe. Backhoe scheduled for this morning but delayed by Category 3 weather. Verified that backhoe is available once weather lays down. , ,. ,, Activity at Report Time: Fuel Used: Est. 30 Fuel On Hand: 100 On-site Personnel: 2 Weather ~ 0600 hrs. Temp: +11 °F Wind' Visibility: < 1/4 mile Pressure: 30.22 Precipitation: Sky: Obs. (Blowing snow) Chill Factor: -33 °F SW ~ 26-40 knots None Submitted By: Virgil Tkrapp Fairweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. 15 Date: 28-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 27-Mar-96 to 0600 hrs 28-Mar-96 Phase 3 weather conditions until early afternoon on 27-March-96. Convoyed to Northwest Milne location under Phase 2 restrictions. Weather improved to Phase 1 by 1500 hours. Peak backhoe arrived at location at 1700 hours. Met with "F" pad operator to update civil work permit and issue unit work permit. ACS representative from Rig 22E on location when excavation started. Excavated around cellar and removed. ACS representative checked for contamination-none observed. Concrete debris separated from gravel during excavation. Had to get hot work permit from'BPX to cut base plate below braden head, as base plate was interfering with excavation. RECEIVED MAY 0 1 199g Alaska 011 &,Ga6 Cons. Commission Anchorage Activity at Report Time: Continuing excavation. Depth at report time approximately 16 ft. Fuel Used: 40 Fuel On Hand: 60 On-site Personnel: 5 Weather ~ 0600 hrs. Temp: +14°F Wind: V~sibili~y: 3-5 miles Pressure: 3.0.51 Precipitation: Sky: Obscured Chill Factor: -12°F 'Submitted By: W ~ 13 knots None Virgil Thrapp Fairweather E&P Services, Inc. FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLORATION (ALASY~) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 Report No. 16 Date: 29-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hrs 28-Mar-96 to 0600 hrs 29-Mar-96 Complete excavation around wellhead. Cut and remove 30" pipe. Break off cement and cut away 26" pipe. Hot tap 20" casing at base of hole. No fluids present. Cut vertical stress relief slots. Expose window of 1.3-3/8" casing. Casing collar exposed. Build up work area and cut 4" additional window. Hot tap base of 13-3/8". Approximately 30 gal. of dark colored diesel was drained from 13-3/8" X 9-5/8" casing annulus. Well area was cleared and secured and work was suspended for the night. Entire CATCO camp demobed and sent to Niakuk site. Shop mad welder remaining on site. Activity at Report Time: Making preparations to recover any remaining diesel in 13-3/8" x 9-5/8" annulus. Fuel Used: Weather ~ 0600 hrs. Temp: Pressure: 30.70 Chill Factor: +5 °F Fuel On Hand: On-site Personnel: ., +9°F Wind: E ~ 3 Visibility: 1/4 mile-fog Precipitation: 0 ' Sky: Obscured Submitted By: Virgil Thrapp ~ Fairweather E&P Services, nc. Anchorage FAIRWEATHER E&P SERVICES, INC. FIELD PROGRESS REPORT CLIENT: BP EXPLOILa~TION (ALASKA) INC. PROJECT: P&A OF NORTHWEST MILNE NO. 1 i Report No. 17 Date: 30-Mar-96 Job No. 007-03-300 AFE No. 337023 Contract No. 96MR048 Report Period: 0600 hfs 29-Mar-96 to 0600 hfs 30-Mar-96 Using hot tap valve, pumped 3/4 bbl 9.6 ppg NaC1 brine into annulus and allowed to swap with residual diesel. Recovered 4 gallons diesel and 27 gallons brine. Hooked up nitrogen purge 'to hot tap valve to inert annulus. Cut away 13-3/8" casing with no drop in wellhead. Cut 9-5/8" casing and recovered wellhead. Trimmed up casing stubs to 3 ft below mudline (18 ft below pad level). AOGCC representative, Lou Grimaldi on site and approved plUgs in 13-3/8';' X 9-5/8" annulus and in 9-5/8" casing. Welded steel plate over casing stubs. Backfilled excavation to grade plus 2 ft to allow for compaction. Demobilized remaining equipment from site. Final report from NW Milne No. 1. · Activity at Report Time: Demobilizing equipment and personnel to Niakuk. Final fuel reconciliation to be .provided tomorrow. ' Fuel Used: - Fuel On Hand: - On-site Personnel: 5 Weather ~ 0600 hrs. Temp: -15°F Wind: Visibility: 10 miles Pressure: 30.88 Precipitation: Sky: 'Clear Chill Factor: -35 °F E ~ 7 knots Trace 'Submitted By: Jesse Mokrbacher Fairweather E&P se~wices, Inc.' MEMORANDUM TO: THRU: Blair Wondzelr, '¢ . P. I. Supervisor ¢ State of Alaska Alaska Oil and Gas Conservation Commission DATE: March 30, 1996 FILE NO: YVV9JC4DD.DOC FROM: Lou Grimaldi, [...& SUBJECT: Petroleum Inspector Surface Cement plug BPX Northwest Milne #1 Kuparuk River Field PTD 91-145 Thursday, March 28, 1996: I traveled to BPX well Northwest Miine #1 to witness the surface abandonment of this well. I met Virgil Thrapp (Fairweather) on location while the casing was being cut. This well was drilled from a man made island which will be allowed to erode naturally. When the surface string was drilled to check for pressure some diesel was encountered. The operation was discontinued until tomorrow when the fluid can be drained. Saturday, March 30, 1996: The wellhead and casing were cut off to a depth.of four feet below the mud line when I arrived. Jesse Mohrbacher (Fairweather) had relieved Virgil Thrapp and was overseeing this job now. He explained that the fluid encountered was a small quantity of freeze protection that had been left in the tree. The casing stub had good cement in all annular spaces and I approved the abandonment. I informed Jesse that we would make a return inspection this summer SUMMARY: I inspected the surface plug on BPX well Northwest Milne #. Attachments: YW9JC4DD.XLS . Photographs STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment / Location Clearance Report ( Title 20 AAC 25, Article 2 ) FILE INFORMATION: Operator: BP Exploration Address: Surface Location: 2501 F S L, 495 F E L Section 25 ,T 14N ,R 9E ,M Well Name: North West Mi/ne #1 PTD No.: 91-145 APl No. 50- 029-2231 Unit or Lease Name: Milne Point Unit Field and Pool: Kuparuk River Field Downhole P&A Date: Inspection Date: I 20 AAC 25.'125 - ABANDONMENT MARKER: I Approval Date: Steel Post OD: (4" min) "Length (10' min.) ft. Height Above Final Grade Level (4' min.) Top of Marker Post Closed With: (Welded, Cmt., Cap), Set: (On Wellhead, Csg, In Cmt) Distance Below Final Grade Level: ft. Side Outlets: All valves and nipples removed ? All openings closed ? With Marker Plate Diameter: Marker Plate Attached To: Wellhead "Thickness: "Distance Below Mudline: 4 ft. Cutoff Csg Other Information Beadwelded Directly to Marker Post or Blind Marker Plate: Operator: Unit / Lease Name: Well Name: Remarks: Surface Location: F L, F L Section ,T ,R ,M Inspection Date: ( Note when different from file information) , ....... '.. ,'..: ', .' 20 AAC':25;'170'~ EOC=ATION,.CEEANUP I PITS: Filled In: Liners Removed or Buried: SURFACE CONDITION OF PAD AND / OR LOCATION · Clean: Approval Date: Debris Removed: Gravel Island ( Rough, Smooth, Contoured, Flat, ComPacted ) Type &Quan. of Debris if any remaining on pad and / or location: TYPE AND CONDITION OF SURROUNDING AREA' ( Wooded,Tundra, Grass, Brush, Dirt, Gravel,Sand) Clean: Type &Quan. of Debris if any remaining on surrounding area · TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: Ice ( Dirt, Gravel, Ice, Other) Clean: Type &Quan. of Debris if any remaining on access road or surrounding area · CLEANUP WORK REMAINING TO BE DONE · Casing was cutoff 4' below mudline. Island will be allowed to erode natually RECOMMENDED FOR APPROVAL OF ABANDONMENT: Yes No X ( If"No" See Reason ) Distribution: Reason: Return in summer to check on island condition orig - Well file c- Operator FINAL INSPECTION: Yes No c- Database c-Inspector INSPECTED BY: Louis R. Grimaldi DATE: 3/30/96 FI-000 (Rev. 3/93) YW9JC4DD.XLS STATE OF ALASKA ALASKA OIL AN D GAS CONSERVATION COM MISSION' APPLICATION FOR SUNDRY APPROVALS 1. Type el Request Abandon X Aller casing ~ Change approved program Suspend __ Operalion shuldown __ Re-enler suspended ,..,'ell Repair ',veil ~ Plugging ~ Time extensior'~ ~ Slirnulat--~__ Pull lubing ~ Vadance ~ Pallorate ~ Other. 2. Name of Operator CONOCO, ']:NC. (BP EXPLORATION (ALASKA), INC. ) 3. Address P 0 BOX 196612 ANC}K)RAGE, AK 99519-6612 5. Type el Well: [.)eveloprnent Exploralow Skatigraphic Service FEL, SEC. 25 T. 14N,, Ri9E., UM A[Iopolproduclive;r~le~val (10,752' MD, 7217' TVD):2166' FSL, 806' FEL, SEC. 23, T.1/+N., R.9E., UM. AIellec[ivedep[h (5762' MD, /+]_58' TVD): 4821' FSL, 3154' FEL, SEC. 25 T.14N., R.9E., UM AllolaldepH] 23/+7' FSL, 9/+7' YEL, SEC. 23, T.1/+N., R.9E., ElM. 4. Location el well at surlace 2501' FSL, 495 ' 6. Dalum devation (DF orKi,~ 35' KB, 43' MSL '"'%._ feet 7. Ur, il or Property name t~LNE POZ_,~ UI'flT 8. Well number NORTHWEST MILNE NO. 1 9. Permit number 91-1/+5 lO. APl r~urnber 50--029-2.2231 12. Present well condition summary II. Field/Pool BP @ 10,095' Total depth: measured 11,060, true vertical 7426' feet [eot EHective depth: measured 5762' feet true vertical /+:!_58' feet Plugs(measured) CM~. P~Ui6 10,595'-10,695' ~P e 58~5~ Julfl~ CMT. PLUG 5762'-58~ RIGINAL Casing LengU~ Size Cemented Measured depth ~ue vertical deplh Structural 90' 30" TO SURFACE 90 ' 90' Conductor 150' ~ 20" TO SURFACE 150' 150' Sudace 2863' 13-3/8" TO SURFACE 2863' 2389' Intern~ediate 6235' 9-5/8" 660SX "G"(TOOO4163'MD) 6235' z¢¢~8' Production ....... Liner 515/+' ' 7" 761SX "G"(TO08 9880'MD)5901'-]_l,055' /+244'-7390' Perforation depth: measured 10,762' - 10,786' true ver[ica, l 7,211' - 7,226' tr m r:, vt:iD Tubing (size, grade, and measured depth) (NONE) Packers and SSSV (type and measured depth) (NONE) 13, Attachmer~ls Description sumrnar7 of proposal Detailed operatiorls prograln ..._X_ BOP sketcll ~ 14, Estimated date for cor"nrr~encing operaUon 15. Stalus el ,,-',,ell classification as; I MARCE 24, 1996 I I6. Il proposal was verbally approved -t Oil ~ Gas __ . Name of approver Date approved Service 17. I hereby certily that the Ioregoing is true and correct to t~'e best el rny knov, iedge. TIM SCItOFIELD ' Suspended Date .~,~. ~_~,, Approved by order of the Con'm'fission Original Slgnea By David W. Johnston '~DDrov'ed Copy Returned, co,-,-~,,~,io~-,,:~~' ~ Date Form 10-403 Rev 06/15/88 SUBMI F IN TRIPLICATE BPX EXPLORATION (ALASKA), INC. NORTHWEST MILNE NO. 1 PTD 91-145 /API #50-029-22231 PROPOSED WELL ABANDONMENT AND LOCATION CLEARANCE PROGRAM FAIRWEATHER E&P SERVICES INC. BACKGROUND AND SUMMARY OF PROPOSED WORK The Northwest Milne No. 1 well was spudded on ~Februarv 25, 1992, directionally drilled to 11,060' MD/TD (7,426' TVD), and suspended on March 30, 1992. The well was logged, cased mad drillstem tested from the interval between 10,752' and 10,786' MD. At the conclusion of testing operations, two downhole plugs were set to effectively abandon the hydrocarbon bearing part of the hole. In addition, the 13-3/8" X 9-5/8" almulus and the 9-5/8" casing were freeze protected with diesel from 2000' to surface. The well was then.suspended b~ the operator (Conoco) for future consideration as a development or observation well, but is no longer being considered for this purpose. BPX has since assumed operatorship of the well and proposes to abandon the well in accordance with the program defined herein. Attaclnnent I shows the current status of the Northwest Milne No. 1 well. The Northwest Milne No. 1 location is on a manmade gravel island in the Beaufort Sea approximately 5 miles northwest of Milne Point. Water depth in the island vicini{y is 7' to 8'. In order to abandon the Northwest Milne No. 1 well and its location in accordance with current Alaska Oil and Gas Conservation Commission (AOGCC) regulations, the following tasks must be completed: 1. Displace diesel in the 9-5/8" casing and 13-3/8" X 9-5/8" annulus with 10.4 ppg brine. 2. Set a 150' surface cement plug in the 9-5/8" casing. 3. Set a 150' surface cement plug in the 13-3/8" X 9-5/8" annulus. 4. Excavate and remove well cellar. , Cut off all casing strings a minimmn of 4' below original mudline (seafloor before artificial island was constructed), and install a subsurface steel marker plate. 6. Backfill excavation and regrade island surface. Pickup any remaining debris on the location. The above work is required by 20 AAC 25.105 (i)(2)(k), 20 AAC 25.120, and 20 AAC 25.172 (c)(d). Attachment II presents a schedule for completing the abandolm~ent of Northwest Milne No. 1. NORTHWEST MILNE NO. 1 1 {' ( PROPOSED OPERATIONS PROGIL~M o Obtain all required permits and regulatory approvals before starting job. Fairweather proposes to secure all permits for the project on behalf of BPX. Anticipated permits include the following: · Application for Sundry Approvals, Form 10-403 (AOGCC); · Wastewater Disposal Permit; · Food Service Permit; · North Slope Borough Administrative Approval; and · Island Abandonment Plan Approval (DNR). . Mobilize all required persom~el amd equipment to the Northwest Milne No. 1 location on an as needed basis via CATCO units. The proposed personnel and equipment spread is as follows: Persolmel: Working Supervisor (1) Equipment Operators (2) Mechanic (1) Welder (1) Cook (1) BOP/Wellhead Hand (1) EMT III/Environmental Tech (1). Equipment: Trucks as needed 200 ft. 3/4" Steel Pipe 200 ft. 1" Steel Pipe Nitrogen 966 Loader Cat 225 Backhoe 3,500 gal. Fuel Tanks (2) 2,800 gal. Vacuu.m Liquid Waste Tanks (2) 125 KW GenSet 3,000 gal. Water House (2) 12 Man Skid Camp with Generators (2) Mechanics Shop (Weld/Cut/Maintenance/Etc.) 7-1/16" 5,000 psi WP BOPE Cement Mixing & Pumping Module Cement 1 Lot Valves, Fittings, Tools, Etc. 1 Lot Oil Spill Contingency Equipment Hot Air Heaters (2) 1 Prefab Wellhead Warm-up Shelter with Ceiling Port Cellular Telephones NORTHWEST MILNE NO. 1 2 Equipment: (cont.) Air Monitor Trash Dumpster Wireline Unit, if necessary . Erect a prefab shelter over well and apply heat with hot air heatbrs. Check for pressure on 9-5/8" casing, and 13-3/8" X 9-5/8" annulus. Remainder of program assumes any pressure can be bled off. If 13-3/8" X 9-5/8" romulus is under pressure, the pressure may be due to the difference between the pore pressure of the formation at the 13-3/8" casing shoe and the hydrostatic of the diesel column in the annulus. In this case, bleed off pressure in annulus to zero and collect diesel in vac tank at the surface. Remove tubing bom~et on wellhead and nipple up and test 5,000 psi WP 7-1/16" BOP stack. BOP's will consist of one set of blind/shear rams and an annular preventer (see Attachment III). The BOP stack will be tested to 1,500 psi. , If 13-3/8" X 9-5/8" amulus flowed and all freeze protection fluid was recovered, proceed to Step 4a below. If annulus did not flow, or annular pressure was able to be bled off without full recovery of diesel freeze protection fluid, proceed to Step 4b below. 4a. Rig up mixing and pumping module. Bullhead 170 ft. (BGL) thixotropic permafi'ost cement plug into 13-3/8" X 9-5/8" annulus through annulus valve. Close annular valve and proceed to Step 5 below. Give AOGCC representative opportunity to witness annulus plug. 4b. Rig up mixing and pumping module and attempt to bullhead 9.6 ppg brine down annulus. Do not exceed 60% of lowest rated well component exposed to pressure. If succsessful, pump sufficient volume of brine down annulus to clear annulus of diesel, then mix and pump a 170 ft (BGL) permafi'ost cement plug into amulus as in Step 4a above. If unable to pump into annulus with above pressure constraints, rig down mixing and pumping module, and rig up wireline unit and lubricator. RIH to 2000 ft and shoot 4ea 1/2" holes in 9-5/8" casing to establish communication between 13-3/8" X 9-5/8" amulus and 9-5/8" casing. Circulate 9.6 ppg brine down a~nulus, taking returns up 9-5/8" casing to vacuum tank. When brine circulation is complete, set cement plug in top of amulus as per Step 4a above. Using 1" open ended pipe, run in 9-5/8" casing to 170 ft (BGL). Push "poor boy" cement retainer (i.e. wad of cement sacks) in hole ahead of pipe. Mix and pump 170 ft permafrost surface plug in 9-5/8" caisng, taking returns to waste tank. Have plug witnessed 'by AOGCC representative. Rig down BOPE. Excavate and remove well cella' box. Continue to excavate below cellar box to expose 36" structural casing at a point approximately 5' below original mudline. Cut and remove 36" casing such that the remaining 36" conductor stub is approximately 4' below original mudline. Break out cement from behind 36" casing to expose 30" casing. Repeat this NORTHWEST MiLNE NO. 1 3 o procedure on 30" and 20" conductor casings to expose 13-3/8" casing. Rig up safety line on wellhead to prevent wellhead from falling into excavated area as further cuts are made. NOTE: Conduct safety, meeting prior to initiating Steps 9, 10 and 11. Cut and remove 13-3/8" casing window to expose 9-5/8" casing. Use caution when cutting 13-3/8" casing, since some compression may be present in 13-3/8" casing due to 9-5/8" casing string hanging in the wellhead. Cut rectangular windows (3" wide by 3' long) in an oppositely opposed radial fashion to gradually relieve compression. Use an extended reach torch for this work and be aware that the wellhead could drop several inches when 13-3/8" casing windows are removed, if surface annular plug was not set in 13-3/8" X 9-5/8" romulus. o Break out cement behind 13-3/8" casing and cut 9-5/8" casing and remove wellhead for backhaul. , Top off 13-3/8" X 9-5/8" annulus with cement, if necessary. Backfill excavation to island grade, but leave small mound of gravel over excavation to allow for natm'al compaction after island thaws next summer. Attachment IV shows the post-abandonment condition of the wellbore. 10. 11. 12. Pick up any debris on location and demob to Deadhorse. File new Form 10-407 with AOGCC referencing the new P&A well status. Return to Northwest Milne No.1 location the following summer to pick up any minor remaining debris exposed after snow melts, and to conduct a final location inspection with the AOGCC and DNR. WASTE DISPOSAL AND RESPONSIBILITIES FOR WASTE All liquid wastes recovered in the abandmm~ent program will be held onsite in secure tanks and made available for the BPX contract hauler to transport the wastes to an injection facility as directed. BPX will be responsible for final disposal arrangements (injection). Fairweather will facilitate final disposal, if requested. , Solid waste (i.e., cellar box, wellhead, etc.) will be transported to the Pingok Island drillsite and made available lbr disposal by BPX. , In the event that any hydrocarbon contaminated gravel and soil is identified during excavation, the materials will be segregated and staged on location. Smnpling, transport and disposal of such materials will be at the direction of BPX and costs for such services will be in addition to the fixed price well abandonment bid. NORTHWEST MILNE NO. 1 4 REPORTING AND BPX OVERSIGHT 1. BPX will receive daily progress reports faxed to the Anchorage BPX office and to the designated recipient on the North Slope during the term of the project. During any periods when a BPX representative is not on site, the faxed reports will be followed up by a phone call to the designated BPX contact in Anchorage or on the North Slope. . The amount of direct BPX oversight of field operations is entirely at the discretion of BPX. Transportation and camp space will be provided for the BPX representative. NORTHWEST MILNE NO. 1 5 ATTACHMENT il BP EXPLORATION (ALASKA), INC. NORTHWEST MILNE NO. 1 PROPOSED WELL ABANDONMENT AND LOCATION CLEARANCE SCHEDULE DAYS TASK 1 2 3 4 5 6 7 8 :::::::::::::::::::::::::::::::::::::::::::: Mobilize ¥::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::: Perforate 9-5/8" casing and :::::::-'-:::::::::::-'"-::::-'-::::::::::::"-::: :ii~!~i!~i~!~!!~:::::::::..::::.-..-.::::::: displace diesel Set 9-5/8" casing and annular surface cement plugs Excavate cellar and remove ................................ ~ ............ <<" '~ .......................................... :::::::::::::::::::::::: Backfill Excavation, Pick up ~' Debris ...................... :::::::::::::::::::::: .:.:-:-:.:-:.:,:.:.:.: :::::::::::::::::::::::::::::::::::::::::::::::: NOTE: Above schedule does not include summer follow up activity. Attachment III Fairweather E&P Services Inc. BOP Schematic Diagram for P&A of Northwest Milne No. 1 (BP Exploration (Alaska)Inc.) 7 1/16" - 5,000 psi wp Annular BOP 37" Over All Length 7 1/16" - 15,000 .p, si wp x 5,000 psi wp adapter. 15' Over All Length 7 1/16" - 15,000 psi wp Single Ram BOP with Shear and Seal 22 1/2" Over All Length 7 1/16" - 15,000pwp' x 5,000 psi wp adap}er. 15"S~ov~r All Length 89 1/2" FAIR/OO7-O.~-l/NIA4/2/15/96 SR 1:1 NOT TO SCALE Attachment I Wellbore Schematic BP Exploration (Alaska)Inc. Northwest Milne No. 1 Presenf Condition [11/1/95) 82' 90' 150' 2,000' 2,863' 36' Ccsing, Cemented ¢o SurFcce 30' Car;n§, Cemented ¢o SurFace 80' CoslnG Cemented to SurFace Diesel From 2,000' to Sur?oce In 9 5/8' Cosm9 and 13 3/8' × 9 5/8' AnnuLus 13 3/8", 61~, K-55, BTC, Cemented to Sur¢oce SPUD, 8/85/98 SUSP, 3/30/92 TOC 8 4,183' A~i depths ore orlglna~ RKB which wes 43' cbove MSL ond 35' obove ~stond surface, 5,875' 5,901' 6,235' Bridge Ptu9 8 5,875' wrth 100' Cement on Top Liner top Squeezed --9 5/8', 47~, N-80, 3TC TBC 8 9,880' LEGEND CEMENT DIESEL Mud 10.4 ppg 10,695' 11,055' 11,060' TD BrldQe PLug 8 10,695' with 100' Cement on Top --PerFs, 10,752' - 10,786' 7' Liner, 26~, L-80, BTC NO SCALE FAIR/O07-O 1 - 1/N M 1 - 1/2/15/96 1:1 SR 82' 90' SPUD, 2125/92 SUSP, 3~30~92 At~ depths are original RKB which was 43' above HSL and 35' above Island sure.ce, LEGEND CEMENT 1 0.4 ppg Brine F'--] Mud 10.4 ppg NO SCALE FAIR/OOT-O$-1/NM-2/2/15/96 1:1 Affochmenf IV Wellbore Schemofic BP Explorofion (Alaska)Inc. Nodhwesf Milne No. 1 Posf Abondonmenf Condifion 150' 2,000' 36' Casing, Cemented to Sur?cce 30' Ca$;nG Cemented to Sur¢ace 20' C6sln9, Cemented to SurP6ce 2,863' 13 3/8;, 61fi, K-55, BTC, Cemented to SurCace TOC 8 4,183' 5,875' Bridge Ptu9 ~ 5,875' with 100' Cer~ent on Top 5,901' 6,235' Liner tc~p Squeezed 9 5/8', 47#, N-80, BTC TOC @ 9,880' 10,695' Bridge Plug 8 10,695' with 100' Cement on Top 11,055' 11,060' TI) --PerFs, 10,752' - 10,786' 7' Liner, 26~, L-80, BTC SR I SENT BY: E & P SERVICES, tNC, 10-31-95 ; 2:29P~1 ; 907 276 7542;# 1/ 2 FAX TRANSMITTAL FORM DATE: TO- FROM: RE: COMMENTS: SENDING TO FAX #: NO OF PAGES INCLUDING (:OVER" w, ' , SHEE 1: JO~ # 71.5 L Sb'eet Anchorage, Alaska 99501 (907) 258-3,1,16 F'AX (907) 258..5557 SENT BY' 10-31-95 ; 2:29PM i ~ 907 276 7~42;# 2/ 2 '(" ~ :~~~, ~ fAl-.~k~i~ ~ .......... uti & ~as gons. gommissim't 'An~orag~ )) t -- OMM BP EXPLORATION To' David W. Johnston Dato: Chairman Alaska Oil & Gas Commission From: Steve Horton, Drlg Mgr Shared Services Drilling Subject: .Suspended wells Compliance with regulations in response to your letter dated August 15, 1994 regarding suspended wells attached are lists detailing well status and criteria for maintaining these wells in a suspended status. Plans for well inspections are in place for October 1 through October 3, 1994 as discussed with Blair Wondzell and John Spaulding. Updated reporting has been filed with the commission as listed. Yours Sincerely, Steve Herren Drilling Manager Bill Bredar Patrick Collins Jim Farnsworth Mike Miller Bruce Policky Scott Sigurdson Marian Sloan RECEIVED ' OCT 1 4 1994 Alaska 0il & (las Cons, Commission Anchora~a Suspended Wells, ReQuest to retain suspension status The following wells are listed as suspended by the AOGCC under 20 AAC 25.110. These wells are requested to remain suspended for the reason(s) as indicated. Site inspections should be conducted as soon as possible. MPA-01; 029-20376-00 79-/¢04 Potential recompletion in the Kuparuk C and/or B sand as a water injector. Decision hinges on 1994/95 development drilling results (E-13) in this area. MPB-02; 029-20662-00 81-/¢(142 This well is scheduled for initial completion in the Schrader Bluff late this year or early next year. MPA-03; 029-20891-00 83-~001 Future utility as a Schrader Bluff producer with producing utility when surface infrastructure is installed on A pad. MPN-01 B; 029-21053-02 84-0013 N-01 B is a usable well in the Schrader Bluff, with producing utility when surface infrastructure is installed on N pad. The well should be retained in a suspended status until that time. MPC-16; 029-21364-00 85-0110 C-16 has recompletion potential in the Kuparuk "C" sand and/or the Schrader Bluff horizons. Although additional evaluation must be performed to quantify reserves and production potential, C-16 is believed to be a viable workover and/or sidetrack candidate. NWM#1; 029-22231-00 91-0145 Northwest Milne #1 should remain suspended until the Northwest Milne Point development is better defined. The wellbore is strategically located on a gravel island and may possess utility in either production or injection operations. DNR recently certified this well as capable of production. No Point #1;029-22450-00 94-0027 No Point #1 will be utilized in the upcoming F- Pad development. Expectations are to complete the Kuparuk "A" zone and commence production 4Q95. Niakuk #4, 029-21217-00 84-0200 Niakuk #4 is requested to remain suspended until the viability of the well for monitoring is defined. Niakuk #5, 029-21290-00 85-0027 Niakuk #5 should remain suspended for observation purposes at this time. Sag Delta #33-12-16, 029-20176-00 75-0058 Area being drained by 1994 Alapah well NK-26 (HAW). Potential use as a monitor well for this new reservoir Would have to truck oil across winter ice road if resume production Produced 186 MBO in 1985 2 month production' test. Sag Delta #5, 029-20527-00 80-0129 Area being drained by L5-26 (high gas well), L5-28, and L5-36 from south to west. Well tests indicated fairly tight, but productive rock; perhaps inadequate stimulation? Costs prohibitive for eventual tie-in to L5 (? via Heald Point). Potential for gas cap monitor well Sag Delta 31-11-16, 029-20011-00 69-0014 Area being drained by L4-36, 80 Acre offset to NW. Potential for service well (water injection?) Well is capable of production, but most Lisburne in water leg and costs likely prohibitive for tie-in to L4. Sag Delta #2A, 029-20234-01 77-0069 South of Sag Delta #1, in water leg of Alapah oil accumulation in NK-26 well. Remote potential for pressure monitoring of Alapah offtake and the effect on the Alapah aquifer; though, costs would likely be prohibitive. Sag Delta #8, 029-20519-00 80-0121 Z-32A, 029-21924-01 93-011 3 S-10A, 029-20765-01 91-0123 Sag Delta #8 should remain suspended until the development plan for the area is better defined. This well may possess utility for production or as an observation well. Zo32 was shut in due to high water production in 1992. In 1993 it was sidetracked to a new location. The oil column at the new location was less than prognosed and was not considered economic and the well was suspended. There is oil in the area that can be reached as a new sidetrack from this well. A specific location has not yet been identified, but we wish to retain this wellbore for a future sidetrack. S-10 was sidetracked in 1992. Drilling difficulties were encountered while drilling through a fault in the Kingiak and the well was suspended. There is oil in the area that can be reached as a new sidetrack from this well. A specific location has not yet been identified, but we wish to retain this wellbore for a future sidetrack. The West Sak formation, a non unitized formation in the PBU license area, is reachable from this wellbore. Work in ongoing on a facility sharing agreement. In the case that a satisfactory agreement is reached, this wellbore could be used to access oil in this formation. Y-22A, 029-21558-01 88-0115 Y-22 was sidetracked in 1988. The sidetrack was suspended due to drilling difficulties. There is oil in the region that can be reached as a new sidetrack from this well. A location has not been worked on but we wish to retain this wellbore for a future sidetrack. U-01, 029-22244-00 92-0011 There is oil in the area that can be reached as a new sidetrack from this well. A specific location has not yet been identified, but we wish to retain this wellbore for a future sidetrack. PR 33-12-13, 029-20047-00 69-0104 The well penetrates The West Sak and Ugnu formations in the aquifer. Work in ongoing on a facility sharing agreement with subsequent appraisal of the formations. This well could be used to test the aquifer properties. These wells are listed as suspended, action items are detailed. Ak Island #1,289-20018-00 81-0119 Alaska Island #1 was abandoned in 1988. The completion notice has been refiled with AOGCC on 9/15/94. The site is ready for inspection (priority 1 ). Niakuk #lA, 029-20156-01 76-0028 Niakuk #lA was abandoned in 1991. A sundry application requesting status change was filed with AOGCC 9/20/94. A completion notice will follow when the sundry application is approved. The site is ready for inspection (priority 1). Niakuk #2A, 029-20180-01 76-0079 Niakuk #2A was abandoned in 1991. A sundry application requesting status change was filed with AOGCC 9/20/94. A completion notice will follow when the sundry application is approved. The site is ready for inspection (priority 1). PBU H-01, 029-20099-00 71-0015 The well was drilled in 1971 and hit a down thrown fault block with only 20ft of oil bearing Ivishak. This was not economic at the time. It was left suspended without tubing. Recent success in fraccing the Sag formation indicated that it might be an economic well. A rig workover was completed in April 1994 and the well was put on production 9/94. It is not necessary to inspect this site. Kemik Unit #1,223-20006-00 7O-0O60 Kemik Unit #1 is scheduled to be abandoned in the near future, Abandonment planning is now in progress. Site inspection will not be necessary at this time most likely should be scheduled for Spring of 1995. P2-59, 029-22096-00 90-01 40 Arco Alaska Inc. is the operator of this well, they will be addressing the question of suspension. Sag Delta #3, 029-20233-00 79-0080 Well plugged and abandoned March, 1991. Well completion notice will be refiled with the Commission. Sag Delta #4, 029-20245-00 77-0015 Well plugged and abandoned March, 1991. Well completion notice will be refiled with the Commission. The following wells are not under BP Exploration ownership. A letter requesting the owners to respond regarding their wishes for these wells was sent on 9/30/94. MP 03-10-12, 029-20483-00 80-0O66 MP 33-11-12, 029-20504-00 80-0092 CHEV 18-11-12, 029-20511-00 80-0108 Term C 03-11-12, 029-20356-00 78-0102 MP 22-31-11-13, 029-20545-00 81-0010 MP 43-31-11-13, 029-20536-00 80-0139 MP 30-11-13, 029-20546-00 80-0152 MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David~ DATE: October 2, 1994 ~..-~ Chairn'~n TtlRU; Blair Wondzell, .-~~ FIEF., NO: 2991jbbd.doc P. I. Supervisor '~/~ John Spaulding,~. Petroleum Insp. ~,l~ 3~ FROM: SUBJECT: Suspended Wells Inspection North Slope, Alaska October 1,2&3, .1994; I accompanied Marian Sloan BPX representative on an inspection tour of BPX suspended wells at various North Slope locations. Travel was by pickup and helicopter. Marian Sloan Informed me that BPX is drafting a program with reasons for leaving wells listed below as suspended, this program will be available to the AOGCC in the very near future Oct. 1,1994 Y-22A/ PBU / PTD 88-115; well head on configuration, no pressure on tubing or annulus, area very clean, well is located on a producing drillsite. S-10A/ PBU / PTD 91-123; wellhead on configuration, no pressure on tubing or annulus, area clean, well is located on a producing drillsite. U-01 / PBU / PTD92-11; wellhead on configuration, no pressure on tubing or annulus, area clean, well is located on a producing drillsite. Z-32A / PBU / PTD 93-!.!.3; wellhead on configuration, no pressure on tubing, 750 psi on inner annulus, 0 pressure on outer annulus, area clean, well is located on producing drillsite. Chevron 18-11-12 / PTD 80-108; wellhead on configuration, no pressure on tubing or annulus, area clean. MP 22-31-11-13 / PTD 81-10; wellhead on configuration, no pressure on tubing or annulus, area clean, reserve pit is still open. MP 32-30-11-13 / PTD 80-152; wellhead on configuration, no pressure on tubing or annulus, area clean, reserve pit is still open. Oct. 2, 1994: A-01 / MPU / PTD 79-40; wellhead is removed with casing hanger still on, area clean, well is located on a active drillsite. A-03 / MPU / PTD 83-01; wellhead on configuration, no pressure on tubing or annulus, area clean, well is located on a active drillsite. B-02 / MPU / PTD 81-142;. wellhead on configuration, no pressure on tubing or annulus, area clean, well is located on a producing drillsite, C-16 / MPU / PTD 85-116; wellhead on configuration, no pressure on tubing or annulus, area clean, well is located on a producing drillsite. N-01B / MPU / PTD 84-13;. wellhead on configuration, no pressure on tubing or annulus, area clean with timbers covering the cellar area and well guard around the wellhead. No Point #1 / MPU / PTD 94-27; wellhead on configuration, area clean, unable to land helicopter to check wellhead for pressures, No Point #1 is scheduled to become part of the F- pad construction at MPU. NW Milne #1 / MPU / PTD 91-145; wellhead on configuration, area clean, island is suffering from severe-erosion on the North side. Oct. 3, 1994: Sa.q Delta 31-11-16 / PTD 69-14; wellhead on configuration, area clean, has wooden location marker, no pressure on tubing or annulus. Sa,q Delta #3 / PTD 76-80; wellhead on configuration, area clean no pressure on tubing or annulus. Saq Delta #4 / PTD 77-15; wellhead on configuration, area clean, no pressures on tubing or annulus. .Sag Delta #2A / PTD 77-69; wellhead on configuration, no pressures on tubing or annulus, timbers and cellar box material, reserve pit open. .Sag Delta #5 / PTD 80-129; no wellhead; bell shaped affair was covering the supposed well surface location, area clean. Sa,q Delta #8 / PTD 80-121; wellhead on configuration, timbers and well guard, island is eroding. o Alaska Island #1 / PTD 81-119;. unable to land, area appeared clean from the air, marker post visible on South side of island. Niakuk #4 / PTD 84-200; wellhead on configuration, concrete river weights, cellars open, island eroding. Niakuk #5 / PTD 85-27; wellhead on configuration, concrete river weights, cellars open, island eroding. Location Clearances; Niakuk #lA / PTD 76-28; area is clean, no visible marker post, island is eroding as planned. ~N,.iakuk #2A / PTD 76-79;...area-is-clean; ..no--visible-marker-post; ..island.-is-eroding as planned. I recommend that the AOGCC consider Niakuk lA & 2A for final abandonment and location clearance. , Summary: I inspected locations of 28 BPX suspended wells. I also inspected 2 wells for final abandonment and location clearances. ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501.3192 PHONE: (907) 279-1433 TELECOPY: (907) 276.7542 August 15, 1994 Steve Horton, Drlg Mgr BP Exploration (Alaska) Inc P O Box 196612 (MB12-1) Anchorage, AK 99519-6612 Re: Suspended Wells Compliance with regulations Dear Mr. Horton: BP Exploration and the predecessor Sohio companies have several suspended wells as shown on the attached lists: BP SUSPENDED WELLS PRIOR TO 1980 and BP SUSPENDED WELLS SINCE 1980. The applicable regulation is as follows: 20 AAC 25.110 SUSPENDED WELLS (a) Upon application by the operator under 20 AAC 25.105(e), the commission will, in its discretion, approve the suspension of a well if the well (1) encounters hydrocarbons of sufficient quality and quantity to indicate the well is capable of producing in paying quantities as reasonably demonstrated by well tests or interpretive formation evaluation data; or (2) is reasonably demonstrated to have future value as a service well. For each well on the attached lists of suspended wells, please provide data showing that the well meets the criteria of (1) or (2) above, or advise as to your plans to abandon the well. Wells that meet the criteria of (a) above that you wish to maintain as suspended, as racu&.re.d_ by 20 AAC 25.110(e), must have well site inspections ~s 'ye~-~ri,,o~ -to snow covering the locations _ . David W. Johnston ~ ....... Chal rman ,,,,.,..,,...,~ Attachments c: Blair Wondzell bew/llbp~usp $/15/94 BP SUSPENDED WELLS PRIOR TO 1980 AUGUST 1994 PAGE PERMIT 69-0014-0 69-0104-0 70-0060-0 71-0015-0 75-0058-0 76-0028-0 76-0079-0 76-0080-0 77-0015-0 77-0069-0 78-0102-0 API NUMBER 029-20011-00 029-20047-00 223-20006-00 029-20099-00 029-20176-00 029-20156-01 029-20180-01 029-20233-00 029-20245-00 029-20234-01 029-20356-00 WELL WELL WELL NAME CLASS STATUS SAG DELTA 31-11-16 EXP SUSP PRUDHOE BAY UNIT 33-12-13 DEV SUSP KEMIK UNIT I DEV SUSP PRUDHOE BAY UNIT H-01 DEV SUSP SAG DELTA 33-12-16 EXP SUSP NIAKTJK 1-a EXP SUSP NIAKUK 2-a EXP SUSP SAG DELTA 3 EXP SUSP SAG DELTA 34633 4 EXP SUSP SAG DELTA 28337 2-k EXP SUSP PRUDHOE BaY UNIT TERM C BEV SUSP STATUS DATE 4/28/69 12/20/69 6/17/72 6/22/71 4/28/76 4/30/76 3/30/77 3/23/77 3/22/78 12/27/77 4/25/79 SECT 31 33 17 21 04 26 26 35 35 10 O3 T~qP llN 12N 01N llN llN 12N 12N 12N llN llN RNG 016E 013E 020E 013E 016E 015E 01SE 016E 016E 016E 012E MER U U U U U U U U U U U 8/15/94 PERMIT 79-0040-0 80-0066-0 80-0092-0 80-0108-0 80-0121-0 80-0129-0 80-0139-0 80-0152-0 81-0010-0 81-0119-0 81-0142-0 83-0001-0 84-0013-0 84-0200-0 85-0027-0 85-0110-0 88-0115-0 90-0140-0 91-0123-0 91-0145-0 92-0011-0 93-0113-0 94-0027-0 API NUMBER 029-20376-00 029-20483-00 029-20504-00 029-20511-00 029-20519-00 029-20527-00 029-20536-00 029-20546-00 029-20545-00 089-20018-00 029-20662-00 029-20891-00 029-21053-02 029-21217-00 029-21290-00 029-21364-00 029-21558-01 029-22096-00 029-20765-01 029-22231-00 029-22244-00 029-21924-01 029-22450-00 BP SUSPENDED WELLS SINCE 1980 AUGUST 1994 WELL WELL WELL NAME CLASS STATUS MILNE POINT UNIT A-01 EXP SUSP PRUDHOE BaY UNIT 3-10-12 DEV SUSP PBU MP 11-33-11-12 i DEV SUSP PRUDHOE BaY UNIT TR 18-11-12 DEV SUSP SAG DELTA 8 EXP SUSP SAG DELTA 5 EXP SUSP PRUDHOE BaY UNIT 31-11-13 DEV SUSP PSU MP32-30-11-13 1 DEV SUSP PBU MP22-31-11-13 2 DEV SUSP ALASKA ISLAND I EXP SUSP MILNE POINT UNIT B-02 DEV SUSP MILNE POINT UNIT A-03 DEW SUSP MILNE POINT UNIT N-01B BEV SUSP NIAKUK 4 EXP SUSP NIAKUK 5 EXP SUSP MILNE POINT UNIT C-16 DEV SUSP PRUDHOE BaY UNIT Y-22A DEV SUSP PT MCINTYRE P2-59 EXP SUSP PRUDHOE BAY UNIT S-10A DEV SUSP NORTHWEST MILNE i EXP SUSP PRUDHOE BaY UNIT U-01 DEV SUSP PRUDHOE BaY UNIT Z-324 DEV SUSP NO POINT i DEV SUSP STATUS DATE 4115/8o 10/11/80 4/29/81 12/24/80 4/15/81 4/13/81 2/20/81 i/i8/8i 2/14/81 6/08/82 5/27/82 12/10/83 4/27/84 2/17/85 4/18/85 10/27/93 10/29/88 12/22/90 11/06/91 3/30/92 3/16/92 8/31/93 4/08/94 SECT 23 33 33 O7 27 36 O5 3O 3O 11 19 23 3O 25 25 10 33 14 35 25 18 19 O6 T%qP 13N llN llN 11N 12N 12N 10N 11N llN 10N 13N 13N 13N 12N 12N 13N 11N 12N 12N 14N 11N 11N 13N RNG 010E 012E 012E 012E 016E 015E 013E 013E 013E 022E 011E 010E 010E 01SE 01SE 010E 013E 014E 012E 009E 013E 012E 010E PAGE MER U U U U U U U U U U U U U U U U U U U U U U U ERMI? 1-145 1-145 1-145 1-145 1-145 1-145 1-1,45 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 '1-145 DATA AOGCC Individual Well Geological Materials Inventory T DATA_PLUS CORE CHIPS DST #1 DST %1 DST %1 DST ~1 DST #1 ASL/GR ASL/GR CBT CDN CDN CDR CDR DD/GR EPM EPM FMI/DIP C 10776-10828 D 10098-10685 D 10212-10685 D 10220-10685 D 10222-10685 D SURFACE TEST DATA L 6964-7406, TVD L 6238-11030 L 150-7395, TVD L 152-10994 L 9592-10952 L 4360-7356, LWD L 6124-10960, LWD L 4400-7400, LWD L 6190-11025, LWD L 10185-10550 L 150-110~1, MD L 150-7414, TVD L 6238-11042 LDL/CNL/GR (PORO L 2275-7406, TVD LDL/CNL/GR (PORO L 2862-10995 LDL/CNL/GR (RAW) L 2275-7406, TVD LDL/CNL/GR (RAW) L 2862-10995 MUD MUD NGT L 150-11061, MD L 150-7414, TVD L 4180-7384 RUN 3 3 1-3 1-3 1 1 1 1 1 1 3 2-3 2-3 2-3 2-3 3 Page' Date' 1 02/14/94 DATE_RECVD 04/23/92 05/22/92 05/22/92 05/22/92 05/22/92 05/22/92 04/28/92 04/21/92 04/28/92 04/21/92 05/22/92 04/28/92 04/21/92 04/28/92 04/21/92 05/22/92 04/21/92 04/21/92 04/21/92 04/28/92 04/21/92 04/28/92 04/21/92 04/21/92 04/21/92 04/28/92 ERMIT 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 1-145 DATA NGT PDL PDL PIL/SFL/MSFL AOGCC Individual Well Geological Materials Inventory T DATA_PLUS L 5850-10966 L 150-11061, MD L 150-7414, TVD L 152-11041 PIL/SFL/MSFL/GR L 150-7410 SHDT L 6240-11042 407 R COMP DATE:03/30/92 CORE ANALYSIS R 10776-10827 ~~?} CORE DESCRIPTION R 10776-10828 DAILY WELL OP R 02/26/92-04/07/92 SURVEY R 194-11061 WELLTEST ANALYSS R DST #1 DRY CUTTINGS S 150-11060, SS# 839 5236 T 113-11086, OH-DITE Page: Date- RUN 3 1-3 1-3 3 1-3 re dry ditch samples required? ~~/~/ho And received? 'as the well cored? yes no Analysis & description received? ,re well tests required? no Received? no ell is in compliance Ih ~ Ini l omments 2 02/14/94 DATE_RECVD 04/21/92 04/21/92 04/21/92 04/21/92 04/28/92 04/21/92 04/28/92 06/26/92 06/26/92 04/28/92 04/28/92 05/22/92 06/04/92 04/28/92 yes no STATE OF ALASKA Alaska Oil Gas Conservation Commission Anchorage, Alaska 99501-3192 CONFIDENTIAL DATA RELEASE Thc AOGCC will release confidential well data to authorized DNR/DOG employees. All data is to be inventoried prior to release and a copy of thc inventory given to the DNRIDOG employee. 011 Permitto Drill {40i}: pages 02} Completion Report (407}'...~...~pages 03) Daily Drilling History: '"7 pages 04) Directional Surveys: "~ pages 05} Drill Stem Tests: ~ [ pages 0G}CoreAnalysisRepod: '~ pages 07) Core Description: /~ pages 08) Digital Data: reels 5¢ 091 Formation Picks': ~'.d'~pagcs 10) Bluciincs '~ logs (list below) ,, OTHER LOG TYpE INTERVAL RUN 8 SCALE ! , , · , , , Thc under-signed B~V/~d employee hereby accepts receipt of the above listed confidential materials, Print and sion your name below. 1"~ }-- 'Facsim"ile Cover Sheet To: Company; Phone: Fax: From'· Company: Phone= Fax: LARRY GRANT Alaska D.N.R. Oil & Gas Conservation Comm. 907-279-1435 907-276.7542 Timothy J. Ryherd _ _ . Alaska D,N.R.- Division of (907)762-2140 (907)562-3852 Date: 06/10/93 Pages including this cover page: I Larry, I request the following well data be prepared for me to pickup as soon as possible. Thanks for your help. , BP Cascade #1 (93-0001)-all well logs, well history, ~ompletion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · Bp Cascade #lA (93.0041).-all well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · Conoco N.W, Milne Pt. #1 (9t-0145)--all well logs, well history, completfon report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · Conoco Badami #2 (91-01~,4)-.ail well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · ARCO N. Prudhoe Bay State #3 (92-0145)--ali well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · ARCO Tulaga #1 (93-0010)--all well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · ARCO Jones Island #1 (92-0140)-all well logs, well histo~, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · Exxon Thetis Island #1 (93-0021)--all well logs, well history, Completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · ARCO Kuukpik #3 (92-0138).-all horizon picks and production tests, · ARCO Co;viii· River #1 (92-0153)--all core descriptions & analyses, IO 'el ~98~;~;99£06 'ON XVz{ S¥9 dr,iV "II0 AIG/){¥ AS 90:6 flHJ., ~:6-OI-Nfl/' Conoco Inc. 3201 C Street. Suite 200 Anchorage, AK 99503-3999 (9O7) 564-76OO June 26, 1992 Mr. Larry Grant State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Grant: RECEIVED JUN 2 6 1992 Alaska 0il & Gas Cons. Commission Anchorage Enclosed are the following documents which you requested from Conoco's Badami No. 2, Sequoia No. 1 and NW Milne No. 1 wells. 'NW Milne No.'l APl No. 50-029-22231 .'~Core description' and' Permit No. 91-145 ~,..0re,: AnalY§is These and all other data from the above referenced wells are CONFIDENTIAL and should be handled accordingly. To confirm arrival of the data, please sign the attached copy of this letter and return it to me. Should you have any questions, telephone me at (907) 564-7640. Sincerely, Staff Geologist A Baker Hughes company ® EXLOG U.S.A., A DIVISION OF EXLOG, INC. Phone: (907) 563-3112 Fax: (907) 562-7602 JUNE 18, 1992 TO: LARRY GRANT ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PH: 279-1433 FR: EXLOG, INC. 5430 FAIRBANKS ST. SUITE 11 ANCHORAGE, ALASKA 99518 (907)563-3112 FAX:(907) 562-7602 CC: STEVE DAVIES CONONCO, INC. 3201 "C" STREET SUITE 200 ANCHORAGE, ALASKA 99503-3999 RE: DEPTH 8110- 8140 ENVELOPE BREAKAGE. PER INSTRUCTIONS FROM STEVE DAVIES THE CONOCO GEOLOGIST, THE FOLLOWING DRY CUTTING SAMPLE IS BEING DELIVERED TODAY. CONOCO NW MILNE POINT #1 ~/-/¢3-- DRJ~r CUTT I NG S2%~1~P L E ITEM NO: 1 MISC SET A DESCRIPTION COVERING THE INTERVAL FROM 8110' - 8140 PLEASE CALL ME IF YOU HAVE AN~ QUESTIONS REGARDING THIS SAMPLE. S I NCERELY, EXLOG, INC. ADHINISTRATIVE ASSISTANT R E¢ E IV E D ~I'ON 1 8 1992 v / / v Rnch~mga DA~E: Location · 5430 Fairbanks, Suite 1 · Anchorage, Alaska 99518 .,onoco Inc. Anchorage Division _,cord of Shipment of Confidential Information To Larry Grant Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchora~le, Alaska 99501-3192 (907) 279-1433 [] Under Separate Cover Enclosed Date From Steve Davies Conoco Inc. 3201 C Street, Suite 200 May 14, 1992 Anchora~le, Alaska 99503 (907) 564-7640 Via Petroleum Couriers Subject Quantity Wildcat, Northwest Milne #1 Contents APl #50-029-22231 TIGHT HOLE 8 boxes Dry Cuttings from the following depths: 150' -- 2;'900'~ ~/~ ~ 2,900' -- 4,450' 4,480' -- 6,250' 6,280' -- 7,810' 7,840'."' -- 9,040' 9,040, - 10,400' t0"400' -- 10,870' 10,880' -- 11,060' Signed By Transmittal Approved ~ Date nstruct,ons: Please a~. '~'-~ ~'l~Ol~tly I~y signing and returning second copy. · Remarks ~ ~, ~ ., Transmittal Copy Only To ,.,onoco Inc. Anchorage Division .,~cord of Shipment of Confidential Information To Larry Grant Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchora~le, Alaska 99501-3192 (907) 279-1433 [] Under Separate Cover Enclosed Date From Steve Davies Conoco Inc. 3201 C Street, Suite 200 May 19, 1992 Anchorage, Alaska 99503 (907) 564-7640 Via Petroleum Couriers Subject Wildcat, Northwest Milne #1 APl #50-029-22231 TIGHT HOLE Quantity Contents ~/~- ~/~1~'.~~-' W,..e.l!, Test ,Analysis~ DST #1 :,~,,.,,:;¥,',.,:,.., : 3-1/2" Diskettes: DST #1 DST #1 DST 41 DST.#1 DST #1 Blueline Log: Sepia Log: (Halliburton Reservoir Services) Surface Test Data (~ ~ HMR Gauge #10212, Gauge depth 10,685' HMR Gauge #10222, Gauge depth 10,685,'.~ HMR Gauge #10220, Gauge depth 10,68~ ~ HMR Gauge #10098, Gauge depth 10,~6~." Depth Determination - Gamma Ray ~'Ri~ 1 03{~2 10,185' Depth Determination - Gamma Ray -'" Run 1 03,24-92 10,185' Blueline Log: Sepia Log: Cement Bond Log (CBT) Cement Bond Log .(CBT)' -'/'' Run 1 03-24-92 9,592' Run 17~. 03-24-92 9,592, -- 10,550' -- 10,550' -- 10,952' -- 10,952' Transmittal Approved By Instructions: Please acknovl~re"d~ receipt promptly by signi.,ng~.~3nd returning second copy. Received By ~ '/~._.~ Date Remarks ~ Transmittal Copy Only To ?/--,,, Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-7600 May 18, 1992 Mr. Blair Wondzell Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Wondzel!: RE: NORTHWEST MILNE NO. 1; SUSPENDED WELL REPORT Attached please find a Suspended Well Report for the Northwest Milne Well No. 1. If you have any questions or require additional information please contact me at 564-7617. Yours very truly, Bob Soptei Environmental Coordinator RJS Attachments cc Northwest Milne No. 1 Well File Jeff Allison RECEIVED MAY 2 0 1~92 Alas!~a Oil :& Gas Cons. Commission ~Ancflorage , ME. 'MORANuUM of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION TO: Lonnie C Sm DATE: May 5, 1992 Commissione~ ~' FILE NO: hh55-1, doc THRU: Blair Wondzell P.I. Supervisor FROM: Harold R Hawkins Petr Inspector //'/!~ TELEPHONE NO: SUBJECT: Suspended Well Conoco N/W Milne #1 Permit No. 91-145 Sec 25,T14N,R9E,UM 2500'FSL,500'FEL Northwest Milne Prospect Tuesday, -~ 28, [i9.9.2 I inspected the suspended well and location. The location was fairly clean, but had a berm about 6' high ea-~~ on two sides. Conoco said it would be spread out and around location later. The well sign was okay with well data, except for 50' FEL. It should be 500' FEL on well sign. David Mountjoy with Conoco said. he would have sign fixed with right no., take pictures, and send them to AOGCC. There was too much snow for a final now. I filled out an AOGCC field report, which is attached° In summary: I inspected suspended well location and took pictures of Conoco~s Northwest Milne Prospect Well under suspension. The location needs another inspectior~ before acceptance. Attachment 02-00lA (Rev. 6/89) 20/11/MEMO1.PM3 Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-7600 April 27, 1992 Mr. Larry Grant State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Grant: Enclosed are data from the NW Milne #1 well, which is located in Section 25, T 14 N, R 9 E on the North Slope of Alaska. The APl number for this well is 50-029-22231. The attached spreadsheet lists the data being transmitted at this time. Dry cuttings from the well will soon follow under separate cover. These and all other data from the NW Milne #1 well are CONFIDENTIAL and should be handled accordingly. To confirm arrival of these data, please sign the second copy of the attached spreadsheet and return it to me at the letterhead address. Should you have any questions, telephone me at 564-7640. Sincerely, Steve Davies Staff Geologist Conoco Inc. CC: S. J. Lawless J. R. Hand RECEIVED APR 2 8 199Z ~Jaska Oil & Gas CQns, Commissiorl Anchorage File: 1111.04 Geological File C:\NW_Milne\Corresp\AOGCC2.Ltr Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-7600 April 22, 1992 Mr. David Johnston Commissioner, Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 RE: Well Completion Report Dear Mr. Johnston' Attached please find a Well Completion Report for Well Northwest Milne No. 1. A Drill Stem Test Report will be submitted upon completion. 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 Northwest Milne No. 1 Well File Jeff Allison Steve Bolt \RJS\AOGCC34. FUS RECEIVED APR Alaska Oil & Gas. Cons. Anchorage CONFIDENIIAL WELL cOMi LETION OR RE¢OMIILETION REIIORT .&.lID 1. Status of Well Classification of Service Well OIL [] GAS [] SUSPENDED [~ ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number CONOCO, INC. 91-145 3. Address f.~,~.,.._,.,, ~ ....... , ~ i L~-'""' !"-'i'"~l 8. APl Number 3201 C STREET SUITE 200~ ANCHORAGE~ AK 99503 ~ "'2's~LET'~0~ V?.;7:~ ;' 50-029-22231 =*-~'~-Z.~~F' " ;'.:r L~'~._'. 4. Location of well at surface i ....~/~ _-/,~. 9. Unit or Lease Name MILNE POINT UNIT 2501' FSL, 495' FEL, SEC 25, T14N, RgE, U.M., ALASI~A VERIFIED :'" :~'~'~)~' lO. Well Number At Top Producing Interval f._.,,~..._.- . ~'"---,-----.-, NORTHWEST M I LNE #1 10, 752'MD, 7217' TVD, 2166' FSL, 806' FEL, SEC 23, T14N, ~ U.M., ALASKA At Total Depth 11. Field and Pool 11,060' MD, 7426' TVD, 2347' FSL, 947' FEL, SEC 23, T14N, R9E, U.M., ALASKA KUPARUK RIVER FIELD 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 35' KB, 43' ASL ADL- 355021 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. I 15. Water Depth, if offshore 16. No. of Completions 02/25/92 03/19/92 03/30/92 - ABAN.I 7.5 feet MSL NONE ' 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+'l'VD) 19. DirectionaISurvey 20. Depth where SSSV set I 21. Thickness of Permafrost 11,060' MD/7426' TVD 10,968' MD/7362' TVD YES [] NO [] N/A feet MDI 1750' 22. Type Electric or Other Logs Run NGT/MSFL/LDT/CNL/ DITE - SDT/AIT/GR - FMI/GR - VSP - CBL/VDL/GR/CCL 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOLJNTPULLED 30" 158 X.-56 SURFACE 90' KB 44" PERMAFROST 0 20" 94 K-55 SURFACE 150' KB 26" ±350 sx PERMAFROST 0 13-3/8" 61 K-55 SURFACE 2863' KB 17½" 2450 sx PERMAFROST/350 s~ "G'.' 0 9-5/8" 47. N-80 SURFACE 6235' KB 12~" 660 sx "G" 0 7" 26 N-80 5901' KB 11,055' KF 8½" 761 sx "G" 0 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) NONE 10752 - 76 (7217-33' TVD) 6 spf 32 gm 10778 I 86 (7235--40' TVD) 12 spf 25 gm P]ugs: 26. ACID, FRACTURE, CEMENT SOUEEZE, ETC.' See Wel 1 bore Schematic Attached DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 59.01' MD - 6335' M£ 100 sx CLASS "G" CEMENT ( S QU~E~ZE'-L'I'RER L LAP ) 27. PRODUCTION TEST , , Date First Production Method of Operation (Flowing, gas lift, etc.) 3/26/92 FLOW I NG D I FSEL LOAD Date of Test Hours Tested PRODUCTION FOR OIL-BBL 'GAS-MCF tA/.A.T-BR~BBL CHOKE SIZE GAS-OIL RATIO 3/26/92 17 TEST PERIOD ~l~ 157 39 58 16/64 250 Flow Tubing Casing Pressure CALCULATED~ OIL-BBL GAS-MCF WATER-BB'L OIL GRAVITY-APl (corr) Press. 119 1605 24-HOUR RATE ~ 303 75 0 26'.4 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. 10,776 - 10,828' SANDSTONE, DARK TO VERY DARK BROWN, FINE TO VERY FINE GRAINED WITH FAIR TO GOOD SORTING. GOOD VI S I BLE POROS I TY, FAINT, EVEN PARALLEL CROSSBEDDI NG THROUGHOUT. GOOD 01L STAIN I NG THROUGHOUT, NO I~E~ 0VERLY I NG SHALE. APPARENT CONTACT. BASE OF CORE GRADES INTO UNDERBEDDED SILTSTONES ANDS CEiVED APR AJaska 0JJ & Gas Co~s. C0mmissi0'~ Anchorao~, Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE GEOLOGIC MARK.. -?MATION TESTS N/',M E BASE PERMAFROST K. SCHRADER BLUFF 'KA' SS. !1 4683' 'LA' SS. I! 5004' 'MA' SS. I'ii5152' 'NA' SS. 5582' 'OA' SS. 5865' OD 6150' K. 'HRZ' 10,282' K. KUPARUK 10,541' T/LK3 SS. 10,749' B/LK3 SS. 10,802' BASE KUPARUK 10,832' 31. LtSTOF AT'TACHMENTS MEAS. DEP'TH L TRUE VERT. DEPTH 1920' ii 1757' h 3448 3646 3737 4013 4195 4378 6914 7079 7216 7251 7271 Include interval tested, pressure data, all fluids recovered and gravity, GOR,and time of each phase NONE ....... D..!.R.E_.C.~. IONA L. S U.R.V.EY.,. SUMMA. R¥ ..0..F. ORERA T..! ONS ,_J. S.L..A.~.D......'.!.AS ?.BU.I_.L._T.!.'_~..._W E.L_L.B. ORE .S.~H E~A_~[.!...C ........................................................................................................ 32. I here ~y cm ~ifv that the foregoing ~s true and correct to the [)est of my knowledge I INSTRUCTIONS General: This form is designed for submitti'ng a complete and correct well cornpletion report and log on all types o'f lands and leases in Alaska. Item 1' Classificatior'~ o'f Service W/ells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for ir~-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measuremen'ts given in other' spaces on 'this form and in any attachments. Item 16 and 24' If this well is completed for separate production frOFn mo. re than one interval (multiple completion), so state in item 16, and in item 24 Show the producing intervals 'for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, Showing the data pertinent to such interval. Item 21' Indicate whether from ground level (Gl_) or other elevation (D'F, KB', et'c.). Item 23: Attached supplemental record~ f'or' t'his well should show the' details of' any multiple stage Cement- lng and the location of the cementing tool. Item 27: Method of Operat'ion' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Subnnersible, Water In- jection, Gas Injection, Shut-in, Other-explain. I'tem 28' If no cores taken, indicate "none" Form 10.4C7 O FID[ 11RL CONOCO EXPLORATORY NORTHWEST MILNE ~1 - DRILLING API No.: 50-029-22231 02/26/92= Drilled 26" hole from 94' to 150'. Run 20" casing to 150'. Cement to surface with "Cold Set II" cement. NOTE: Accepted rig at 0500 hrs on 02/25/92. Cost Breakdown for Spud Day 1: 1. 1990 Pre-Drill Study: $328,130 2. Island Design: $58,648 3. Gravel Island Construction: $2,064,898 4. Ice Road Construction: $281,036 5. Rig Mobilization: $295,000 6. Company Labor: $72,000 7. Wellhead/Casing: $59,000 8. Misc.: $325,070 02/27/92= Cut and lay down 30" bell nipple. Rough cut 20" casing (conductor). Make final cut on 20" casing, pre-heat braden head and weld same to 20" casing. N/U diverter system. 02/28/92= Test braden head to 200 psi - OK. M/U 17-1/2" BHA and TIH to 150'. Drill from 150' to 193' POOH with BHA. RIH to 130' with drill pipe. Close di~erter and cement 20" to surface with 500 sx of cement. Wait on cement. 02/29/92: Wait on cement. M/U BHA and TIH to 143' - tag TOC. Drill cement from 143' to 151'. TIH to 193'. Drill from 193' to 880'. 03/0~/92: Drill from 880' to 891'. CBU and short trip. Drill from 891' to 1401'. CBU and short trip. Drill from 1401' to 1580'. 03/02/92: Drill from 1580' to 1977'. CBU and short trip. 1977' to 2630'. Drill from 03/03/92: Drill from 2630' to 2905' - TD. Circulate and condition mud. Short trip. Circulate and condition mud. POOH. R/U Schlumberger and run open hole logs; GR-SONIC-CAL-DIL-SP. R/D Schlumberger. M/U bit and TIH to 2905'. Circulate and condition mud prior to running casing. 03/04/92: Finish circulating and conditioning mud. POOH. R/U and run 69 joints of 13-3/8" 61 #/ft, K-55, BTRC casing to 2863' (FS) - FC at 2773'. M/U cementing head and circulate. Mix and pump 50 bbls water, test lines to 2500 psi, 2450 sx (843 bbls) Coldset III cement, 350 sx (72 bbls) class "G" cement, and displace with 5 bbls water and 412 bbls of mud. Bump plug with 1500 psi - cement to surface. Pick up diverter and set 13-3/8" casing slips. Rough cut 13-3/8" casing and N/D diverter. Make final cut on 13-3/8" casing and weld on wellhead. 03/05/92: Finish welding on wellhead. Test wellhead to 1000 psi - OK. N/U BOP's and test same to 250/5000 psi - OK. Install wear bushing. M/U 12-1/4" BHA and test motor and MWD. TIH. CONFIDENTIAL 03/06/92: Finish RIH. Drill out Float Equipment and 10' of new formation to 2915'. Perform leak off test to 12.2 PPG. Drill from. 2915' to 4800'. 03/07/9Z: Drill from 4800' to 4850'. CBU and short trip. Drill from 4850' to 5782'. CBU and short trip. Drill from 5782' to 6160'. 03/08/92: Drill from 6160' to 6250' - TD of 12-1/4" hole section. CBU, short trip and POOH. R/U Schlumberger and run logs. Run #1: DITE-SDT-MSFL-GR. 03/09/92: Logging Run #2: LDT-CNL-GR. R/D Schlumberger. P/U bit and TIH to 6250'. Circulate and condition mud. POOH and L/D BHA. Change top rams to 9-5/8" and test bonnett seals to 2000 psi - OK. Run 9-5/8" casing. 03/10/92: Finish running 150 joints of 9-5/8" 47#, N-80, BTRC casing to 6235' MD (FS), FC at 6151' MD. Land hanger and circulate and condition mud. Mix and pump 50 bbls Sepiolite spacer at 11.0 PPG, 50 bbls water and test lines to 3000 psi - OK. Mix and pump 660 sx (135 bbls) class 'G' cement plus additives and displace with 5 bbls water and 441 bbls of 10.6 PPG mud. Bump plug with 1700 psi. Set pack-off and test to 5000 psi - OK. Test BOP's to 250/5000 psi - OK. M/U 8-1/2" BHA and TIH to 6150'. Circulate and condition mud and test casing to 1500 psi - lost 75 psi in 30 min. Drill float equipment. 03/1~/9Z: Finish drilling float equipment and 10' of formation from 6250' to 6260'. Perform LOT at 9-5/8" casing shoe: 895 psi at 4443' TVD with 9.4 PPG mud for a 13.27 PPGe. Drill from 6260' to 7288'. Circulate and short trip. Drill from 7288' to 7850'. 03/~2/92: Drill from 7850' to 8015'. Circulate and short trip. Drill from 8015' to 8040'. Mud motor stalled - unable to restart. Circulate and POOH. Change out mud motor and TIH to 8040'. Drill from 8040' to 8545'. 03/~3/92: Drill from 8545' to 9242'. Circulate and short trip. Drill from 9242' to 9785'. 03/~4/92: Drill from 9785' to 9862'. Circulate and POOH for new bit - low ROP. Two jets plugged in nose of PDC bit. TIH. Drill from 9862' to 9965'. Bit balled and one jet plugged. POOH. 03/15/92: Replace bit with 3-cone insert. Drill from 9965' to 10,062'. Discovered communication between 9-5/8" and 13-3/8" casing while injecting in annulus. POOH. P/U RTTS and TIH testing casing. Found leak between 350' and 360'. POOH with RTTS. TIH and set bridge plug at 900'. Dispalce hole and annulus to communication point with water. Pull wear bushing and pack-off of 9-5/8" casing. 03/~6/92: Pull casing and L/D 8 joints of 9-5/8". Casing parted at 362'. P/U back-off tool and attempt to back-off casing at 436' - no success. P/U spear and stab fish at 362', unscrew pipe and POOH. Retrieved 1 joint TIH with spear, latch fish at 401' POOH and L/D 1 joint. R/U casing crew and run 9-5/8" casing with screw-in sub. Screw in and test casing to 1500 psi for 30 min - OK. Pull test casing to 150,000 lbs - OK. N/D BOP's and set emergency slips with 225,000 lbs. Set pack-off and N/U BOP's. 03/17/92: Test pack-off and seals to 3,800 psi - OK. P/U magnet and TIH to top of sand (on top of BP). POOH. P/U BP retrieving tool and TIH. Reverse out sand and attempt to retrieve BP - no success. P/U magnet and TIH to BP at 901'. POOH and L/D magnet - no junk recovered. P/U BP overshot ant TIH to 901'. Latch BP and. POOH. P/U 8-1/2" BHA and TIH to 10,042' (20 fill). Drill from 10,062' to 10,400'. Drill from 10,400' to 10,776' MD. Drilling break at 10,772' MD (LK-1 top).. Circulate and POOH for core barrel. Bottoms up samples showed fine sand grained fluorescence. Test BOP's to 250/5000 psi - OK. P/U core barrel and TIH to 10,776' MD. Core from 10,776' to 0~. Circulate and POOH with core. L/D core and recovered~2.4' P/U mud motor BHA and TIH. ~z~'~3 03/20/92: Finish TIH to 10,776' MD. Ream core hole from 10,776' to 10,828'. Drill from 10,828' to 11,060' - TD. Circulate and short trip. Circulate and condition mud for logging. POOH. R/U Schlumberger. RIH with logging run No. 1: NGT/MSFL/LDT/CNA/DITE. Finished logging run No. 1: NGT/MSFL/LDT/CNL/DITE. POOH and L/D same. R/U and run logging run No. 2: SDT-AIT-GR. Tag bridge at 9400'. POOH and change stabilizer. RIH with logging run No. 2. POOH and L/D same. 03/22/92: R/U and run logging run No.3: FMI-GR. POOH and L/D same. M/U bit and BHA for conditioning trip. NOTE: Released well to "Northwest Milne DST 1" AFE at 09:30 hrs on 03/21/92. 03/29/92: NOTE: Accepted rig from Northwest Milne ~1 DST AFE No. 10- 20-1471 at 12:00 hrs on 03/28/92. P/U 7" Bridge Plug (BP) and TIH to 10,702'. Break circulation and set BP at 10,695'. Test lines to 2500 psi. Spot a 100' cement plug on top of BP. POOH 2 stands, reverse circulate and test plug to 2000 psi for 30 minutes - OK (AOGCC witness). POOH and P/U 9-5/8" BP. TIH to liner top at 5901' and circulate. 03/30/92: Circulate. Set 9-5/8" EZSV at 5875'. Set a balanced cement plug from 5875' to 5762'. POOH 3 stands and reverse out. POOH to 2000' and displace mud with diesel. L/down 3-1/2" drill pipe. Nipple down Bop. Place blind flange on wellhead and freeze protect 9-5/8" x 13-3/8" annulus. Release rig at 01:30 AM. Demob rig to stacking location. CONOCO EXPLORATORY NORTHWEST MILNE ~1 - DST API No.: 50-029-22231 03/zz/gz: TIH with conditioning BHA to 11,000' MD. Wash and ream from 11,000' to 11,060' MD. Circulate and condition mud. POOH. L/D drill pipe from 5900'. R/U casing crew and Run 122 joints of 7" 26 #/ft, L-80, BTRC casing. M/U liner hanger/packer assembly and TIH to 9-5/8" casing shoe on drill pipe. NOTE: Accepteted rig on AFE No. 10-20-1471 "Northwest Milne ~1 - DST" at 09:30 hrs on 03/21/92. 03/z3/gz: Circulate liner volume at 9-5/8" shoe. TIH with liner on drill pipe to 10,900' MD. Wash liner from 10,900' to 11,060'. Circulate and reciprocate liner on bottom. Test lines to 3,500 psi. Pump 50 bbls of 11.0 PPG spacer and 20 bbls water. Mix and pump 460 sx (162 bbls) of class 'G' lead cement with 8% gel, 303 sx (62 bbls) of class 'G' tail cement, 5 bbls water, drop plug and displace with 284 bbls of 10.4 PPG mud. Lost circulation 64 bbls into the dispalcement. Bump plug and set liner hanger. Release from liner hanger and POOH. P/U squeeze packer and TIH to top of hanger. Set packer and establish injection rates in annulus. Squeeze 100 sx (20.5 bbls) class 'G' cement in annulus. Release packer and sting into liner top tie-back recepticle. Set liner top packer with 4000 psi. Test liner packer to 1000 psi - OK. 03/z4/gz: Release packer and POOH L/D 5" drill pipe. Test liner lap/casing to 3500 psi for 30 minutes - OK. Change rams from 5" to 3-1/2" and test BOP's to 250/5000 psi. M/U BHA and TIH P/U 3-1/2" drill pipe to 10,968' - PBTD. circulate bottoms up. 03/ZS/gZ: Drop ball and flex test string to 4000 psi 5 times - OK. Reverse ball out and POOH. R/U Schlumberger and run VSP check shot. R/U and run CBL-VDL-GR-CCL log from 10,968' to 9500'. TOC at 9880' MD, RA tag at 10,245' MD. R/D Schlomberger. M/U DST test string and TIH. 03/26/9Z: Finish TIH with DST test string. Pump full diesel cushion and pressure test surface equipment and test string. Fire guns and flow well for 56 minutes. Shut-in well due to darkness for initial build-up. Schlomberger. M/U DST test string and TIH. 03/Z7/9~: Open LPR valve and flow well for 17 hours. Shut-in well for main build-up period. 03/Z8/9~: Shut-in well for main build-up period. Flow well for final flow period. Shut well in for final build up. Reverse out well. POOH. Finsih POOH and L/D with DST assembly. DST complete - Released rig to Northwest Milne #1 Drilling AFE No. 10-20-1450 at 12:00 hrs on 03/28/92. 04/01/92: Demob rig to stacking location. 04/oz/gz: Demob rig to stacking location. Preparing to mobilize crew for placement of protective gravel berm on island. Preparing to mobilize crew for placement of protective gravel berm on island. 04/04/9Z: Placing gravel berm on island. 04/05/9Z: Continue placing gravel berm on island. 04/06/92: Finish placing gravel berm on island. The $158,820 daily costs is as follows: $48,820 - AIC gravel berm placement $110,000 - Nabors Rig Demob 04/07/92: Bell performed final As-Built survey of island with berm. Placed navigational lights on islands East and West sides. Island abandon for summer season. Final report for Northwest Milne #1. SHOULDER LINE WATER LINE ,Anchorage NOTES: ,., 1. DIMENSIONS SHOWN ARE THE AVERAGE OF THE PADS WIDTHS. 2. AVERAGE PAD ELEVATION IS 8.0 FEET. · RAMP RE.CE VEb APR ~ 8 1~t92 Alaska Oil :& 6ss Oorm. Comm~s¢O'"" LOCATED WITHIN PROTRACTED SECTION 25 T14N, R9E, UMIAT MERIDIAN,ALASKA I WELL A.S.P. PLANT GEODETIC WE'LL LOCAtiON IN NO. COORDINATES COORDINATES POSITION ELEV. SECTION 60464-95,69 70'32'16,762" 2501' FSL 1 5,:38850.62 N/A 14.9'40'53.976" 8.1' 495' FEL EV. NO. DA'rE: REVISIONS DRAWN CHECK SURVEYOR'S CERTIFICATE I HEREBY CERTIFY THAT I AM PROPERLY REGISTERED AND UCENSED TO PRAC~ICE LAND SURVE~NG IN THE STATE OF ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY MADE BY ME OR UNDER MY DIRECT SUPERVISION AND THAT ALL DIMENSIONS AND OTHER DETAILS ARE CORRECT AS OF FEB. 14, 1992, F. ROBERT BELL & ASSOC. CONOCO 2/19/92 1"=200' 91059 NW MILINE WELL AS STAKED AND PAD AS-BUILT 1450 NWIvIIUNE CDNFIDENIIAL NORTHWEST MILNE #1 WELLBORE SCHEMATIC SURFACE: DRY HOLE FLANGE 36" CASING @ 82' RKB CMTD TO SURF. 30" CASING @ 90' RKB CMTD TO SURF. 20" CASING AT 150' RKB CMTD TO SURF. ~13-3/8", 61#,K-55, BTRC CASING @ 2863' RKB- CMTD TO SURF. ETOC @ 4183' RKB GE PLUG @ 5875' RKB ETOC @ 5762' RKB- 113' PLUG TOP HANGER/PACKER @ 5901' RKB ANNULUS SQUEEZE CEMENTED 9-5/8", 47#, N-SO, BTRC CASING @ 6235' RKB ETOC @ 9880' RKB BRIDGE PLUG @ 10,695' RKB 100' CEMENT ON TOP OF BP ETCO @ 10,595' RKB ' PERFS FROM 10,752' - 10,786' RKB 7", 26#, L-80, BTRC LINER @ 11,055' RKB TD AT 11,060' RKB NW MILNE #1 CORE #1: 10,776' - 10,828' 10,776.0' - 10,789.5': 10,789.5' - 10,801.5': Sandstone, dark brown, very fine grained, friable, subround, good sorting. Interval is an amalgamation of several thick beds. Faint, even, parallel cross- bedding is visible throughout. Scattered thin to very thick (2 - 40 mm) laminae of buff to brownish-gray, hard, silty shale. Sandstone (70%) & silty shale (30%): Sandstone, dark to very dark brown, as above, but slightly silty, fair sorting, subangular to subround, v. thin laminae to medium beds (3 mm - 22 cm). Silty shale: buff to brown-gray, medium to thick laminae (4 - 25 mm), occasionally calcareous & mica-rich. 10,801.5' - 10,809.3': Sandy siltstone (60%) & silty shale(40%): Sandy siltstone: dark brown to brown, friable, fair to poor sorting; layers and lenses up to 30 mm thick. Scattered, very thick to thick laminae (25 to 10 mm) of sandstone. Silty shale: dark gray-brown, hard, thin to thick laminae (2 - 15 mm). 10,809.3' - 10,819.8': Sandy siltstone & siltstone (50%), and shale (50%): Sandy siltstone: brown to buff, firm to hard, fair to poor sorting, thin to very thick laminae (3 - 35 mm). Sand content diminishes downward. Shale: very dark to dark brownish gray, hard, common mica, thin to thick laminae (2 - 25 mm). 10,819.8' - 10,828.0': Shale (70%) & siltstone (30%): Shale: as above. Siltstone: as above, grain size & frequency of laminae decrease downward. C: \ NW_MI LNE \ CORE \AOGCC_DE. NOT RECEIVED JUN 2 6 1992 Oil ,& Gas Cons. Commission Anchorage Western Atlas International CORE LABORATORIES CONOCO, INC. CORE ANALYSIS REPORT NORTHWEST NILNE #1 NORTH SLOPE, ALASKA CL FILE NO. BP-3-1463 Performed by: Core Laboratories 8005 Schoon St. Anchorage, AK 99518 (907) 349-3541 Final Report Presented April 2, 1992 These analysis, opinions or interpretations are based on observations and materials supplied by the client to whom, and for ' ' ' ..... ,The~_]_~nte_rpret. at. lor~. or. op]n] .or~. express,.ed..r~[r~s~mlrtlhe best judgement ......... ~p~c-'ui; ou[ ~ore Laboratories and itd~ l~flf~-~ ~,/~l'~,r~oYees ass ~1- 0 .......... [ner m~nerat welt or ?ormation in connection,with ~ich such report is used or retied ~J~x~. '-' ...... ' JUN 2- 6 199~ AlasKa Oil & G~S Gons. Oomm'~ssion AnChOrage 8005 Schoon StFeet, AnchoFage, Alaska 99518-3045, (907) 349-2541. Fax (907) 344-2823 m mm Company : Well : Locati on : Co, State : REC£IVEDCORE CONOCO INC. JUN 2 6 1992 NORTHWEST MILNE Alaska Oil &A~aac~ Cons. NORTH SLOPE, ALASKA nOrage Commission LABORATORIES Field .. Formation .. Coring Fluid Elevation EXPLORATION CORE ANALYSIS RESULTS File No.: BP-3-1463 Date : 26-Mar-g2 API No. : Analysts: PLB SAMPLE NUMBER DEPTH ft i i 10776.5 I 2 10777.5 I 3 10778.5 i 4 10779.5 i 5 10780.5 I 6 10781.5 i 7 10782.5 i 8 10783.5 1 9 10784.5 i 10 10785.4 1 11 10786.4 i 12 10787.5 i 13 10788.5 i 14 10789.5 1 15 10790.3 1 16 10791.4 1 17 10792.6 I 18 10793.5 i 19 10794.5 i 20 10795.3 1 21 1079G.5 I 22 10797.2 i 23 10798.7 1 24 10799.3 i 25 10800.5 PERMEABILITYI POROSITY (HORIZONTAL) (HELIUM) Kair md % 112 235 161 167 269 219 235 232. 21.5 60.0 200. 32.5 54.1 45.1 20.5 20.8 6.04 7.91 4.00 3.70 7.02 3.12 122. 1.11 2.GO SATURATION (PORE VOLUME) OIL WATER % % GRAIN DENSITY gm/cc CORE I 10776.0 - 10828.4 DESCRIPTION 26.1 42.6 47.2 2.67 26.8 84.7 6.9 2.65 26.1 85.7 5.2 2.66 26.6 65.2 23.4 2.65 26.4 85.1 6.6 2.64 26.5 63.2 27.8 2.66 26.8 86.5 5.4 2.65 26.8 85.5 6.2 2.65 18.2 59.2 28.9 2.65 21.4 75.4 13.6 2.64 27.0 84.3 6.3 2.65 20.4 71.7 17.4 2.69 23.7 79.3 10.2 2.65 20.4 81.4 17.6 2.63 18.8 72.2 15.6 2.69 17.0 65.4 28.0 2.65 17.3 68.4 20.8 2.64 16.6 63.5 28,9 2.65 13.7 53.6 38.2 2.65 18.0 73.0 18.1 2.65 21.3 77.8 10.0 2.65 18.7 71.4 17,3 2.64 11.5 41.4 55.8 2.62 18.2 67.6 15.3 Z.65 15.6 64.0 26.0 2.65 SS-ltgy,vfgr,vwsrtd,occ lam, sbrnd,wcmt,qtz,brn cly,calc. SS-ltgy,vfgr,vwsrtd,sbrnd,wcmt,qtz,tr pyr. SS-ltgy,vfgr,vwsrtd,sbrnd,wcmt,qtz,tr pyr. SS-ltgy,vfgr,vwsrtd,sbrnd,wcmt,qtz,tr pyr,tr brn cly. SS-ltgy,vf-mgr,pred vfgr,vwsrtd,sbrnd,wcmt,qtz,tr musc. SS-ltgy,vfgr,vwsrtd,occ lam, sbrnd,wcmt,qtz,brn cly& pyr lam. SS-ltgy,vfgr,vwsrtd,sbrnd,wcmt,qtz,tr musc. SS-ltgy,vfgr,vwsrtd,sbrnd,wcmt,qtz,tr musc. SS-ltgy,vf-cgr,pred vfgr,wsrtd,lam, sbrnd,wcmt,qtz,brn cly,tr pyr. SS-ltgy,vf-cgr,pred vfgr,wsrtd,lam, sbrnd,wcmt,qtz,brn cly,tr pyr. SS-ltgy,vfgr,vwsrtd,rnd,mod cmt,qtz,tr talc. SS-ltgy,vf-mgr, pred vfgr,wsrtd,lam,rnd,wcmt,qtz,brn cly,wh arg gr. SS-ltgy,vfgr,vwsrtd,occ lam, rnd,wcmt,qtz,brn cly,tr calc. SS-ltgy,vfgr,vwsrtd,occ lam, rnd,wcmt,qtz,brn cly. SS-ltgy,vfgr,vwsrtd,lam,rnd,wcmt,qtz,brn cly,pyr. SS-ltgy,vfgr,vwsrtd,occ lam, rnd,wcmt,qtz,brn cly,occ pyr,frac. SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd SS-ltgy,vfgr,vwsrtd ucc lam, rnd,wcmt,qtz,brn cly. ucc lam, rnd,wcmt,qtz,brn cly. ucc lam, rnd,vwcmt,qtz,brn cly. wk lam,rnd,vwcmt,qtz,tr brn cly. tr lam,rnd,vwcmt,qtz,qtz & calc vns. wk lam,rnd,vwcmt,qtz,brn cly,tr pyr. bnd,rnd,vwcmt,qtz,brn cly,occ pyr,frac. rnd,vwcmt,qtz,occ pyr. bnd,rnd,vwcmt,qtz,brn cly. 1 - 1 Company : CONOCO INC. Well : NORTHWEST NILNE #1 · _../-r- ORE LABORATORIES JUN 2 6 1992 Field : EXPLORATION Formation : Alaska Oil & (~as Cons. Commission A~h~geR E 'A'N A L Y S I S R E S U L T S File No.: BP-3-1463 Date : 26-Mar-92 SATURATION SAMPLE DEPTH PERMEABILITY POROSITY GRAIN DESCRIPTION NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % gm/cc i 26 10801.5 1.45 16.9 72.3 21.3 2.64 SLTST-ltgy,slt-vfsd,pred slt,vwsrtd,bnd,rnd,vwcmt,qtz,brn cly,musc. i 27 10802.6 1.43 11.5 42.5 56.1 2.64 SLTST-mltgy,slt,dk brn cly bnds,vwcmt,qtz,tr pyr. I 28 10803.5 1.45 15.5 68.5 21.3 2.64 SLTST-ltgy,slt-vfsd,pred slt,vwsrtd,bnd,rnd,vwcmt,qtz,brn cly,musc. I 29 10804.6 16.6 16.2 53.6 33.8 2.65 SLTST-ltgy,slt-vfsd,pred slt,vwsrtd,lam, rnd,vwcmt,qtz,brn cly. I 30 10805.5 3.23 11.1 43.1 51.7 2.62 SLTST-mgy,slt-msd,pred slt,wsrtd,bnd w/brn cly,rnd,vwcmt,qtz. i 31 10806.6 0.94 12.7 45.5 48.3 2.63 SLTST-mltgy,slt-vfsd,pred slt,wsrtd,lam, rnd,vwcmt,qtz,brn cly.. 1 32 10807.6 0.74 14.2 66.4 22.4 2.64 SLTST-ltgy,slt bnd w/bm cly,rnd,vwcmt,qtz,tr pyr. 1 33 10808.5 1.91 14.5 55.4 32.4 2.63 SLTST-ltgy,slt-vfsd,pred slt,lam, rnd,vwcmt,qtz,brn cly. i 34 10809.6 0.12 11.0 41.4 57.6 2.64 SH-mdkgy, lam w/qtz slt,hd,vwcmt,tr pyr. i 35 10810.6 0.57 11.9 42.1 50.9 2.66 SLTST-mltgy,slt lam w/dkgy cly,hd,vwcmt,qtz,occ pyr. 1 36 10811.5 2.87 13.6 51.4 44.7 2.64 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz. i 37 10812.6 3.66 13.4 50.8 39.9 2.63 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz. i 38 10813.5 0.14 10.9 39.0 55.5 2.62 SLTST-ltgy,slt lam w/dkgy cly,hd,vwcmt,qtz,broken. 1 39 10814.5 15.3 13.5 49.9 48.5 2.73 SLTST-ltgy,slt lam w/dkgy cly,hd,vwcmt,qtz,occ pyr,tr calc,frac. 1 40 10815.5 0.32 11.3 40.9 53.1 2.64 SLTST-ltgy,slt lam w/dkgy cly,hd,vwcmt,qtz,occ pyr,frac. 1 41 10816.5 0.31 15.3 48.7 44.7 2.63 SLTST-ltgy,slt lam w/dkgy cly,hd,vwcmt,qtz. 1 42 10817.6 3.83 12.5 39.8 55.8 2.65 SLTST-ltgy,slt lam w/dkgy cly,hd,vwcmt,qtz,tr pyr. i 43 10818.5 2.04 11.3 30.9 68.3 2.65 SLTST-ltgy,slt lam w/dkgy cly,hd,vwcmt,qtz.tr pyr,broken. i 44 10819,5 6.56 11.8 36.4 61.8 2.61 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz,occ pyr. 1 45 10820.5 0.69 12.3 36.0 60.1 2.66 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz,occ pyr. 1 46 10821.6 0.11 11.9 53.8 31.5 2.78 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,abd dissem pyr. 1 47 10822.6 14.0 11.0 22.6 75.9 2.61 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz,tr pyr,broken. 1 48 10823.4 1.07 10.1 12.2 86.1 2.60 SM-mdkgy, lam w/ltgy qtz slt,hd,vwcmt,tr pyr. 1 49 10824.6 5.09 11.3 22.8 75.0 2.71 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz,occ pyr. I 50 10825.7 0.09 10.1 10.7 89.2 2.62 SH-mdkgy, lam w/ltgy qtz slt,hd,vwcmt,tr pyr. I 51 10826.5 0.08 11.2 26.0 68.0 2.63 SLTST-ltgy,slt bnd w/dkgy cly,hd,vwcmt,qtz. i 52 10827.5 2.23 11.9 10.6 88.2 2.68 SM-mdkgy,hd,brit w/occ ltgy slt lam,frac. 1 -2 ,II ORIGINAL COMPLY CONOCO~ INC. WI~LL I~NME H.W. MILN£ FI' £1 U]CATION 1 NORTH SLOPE LOC,~TION 2 AL4S~ M~QiETIC DECLINATION ~: 27-~-~2 NELL NI.IMB~ 0 kq~LL ~ LOC~TI~: LAT(N/-S) 1.00 ~ZIMUTH FROM ROT~¥ TABLE ~0 T~ET IS TIE IN POINT(TIP) : MEASURED DEPTH 194.77 TRUE Vff<T DtFI'H 194.77 INCLINATION 0.40 ~ZII'IUTH 318.70 LATITUDE(N/-S) 1 D~'ARllJR~(~-W) 5.0<) D~(F./-W) 5.0(} 311,10 "JlC OFILHED RECEIVED APR 2 8 IBB2 Alaska, Oil & Gas Cons. Commission Anchorage r IF~SU~ IHTE~h~L UI~TIC~L TP/~T STATIO~ ~I~ D~ D~H S~I~ I~. ft ft ft ft d~ de8 1~4,~ 0.0 1~4.~ -3.11 0,~ 31~70 ~4.~ ~.0 ~4,77 -2.~ 0.31 ~6.43 ~.17 ~,4 ~.17 -2,73 0.42 3~,70 284.7~ ~.6 284.7~ -~.45 0,71 ~7.14 315.53 ~,7 315.52 -2.~ 1.24 3~,74 346.23 30.7 346.21 -1.35 1.61 338../,4 372.95 26.7 372.92 -0.63 1.89 340,83 405.97 33.0 405.92 0.44 2.26 ~.57' 435.11 29,1 435,03 1,65 2.82 329. ,48 464,93 29,8 464.81 3.07 2.99 334,31 500.82 35,9 500+65 4,89 3,30 333,28 525.16 24.3 524.93 6,34 4,00 32~,65 557,55 32.4 5'5'7,25 8,45 3.91 330,85 590.16 32.6 589,78 10.52 3,76 328.07 ~)5,70 15,5 605,30 11.50 3,80 329,13 616,19 10.5 615.76 12.18 3,98 325,81 &46,21 30.0 645°69 14.36 4.55 322,25 676.79 30,6 676,17 16.93 5,22 319.08 707.00 30.2 70~.23 1%92 6.17 311,85 732,17 25.2 731,22 22.92 7,55 312.20 765,53 33,4 764,23 ?.7.67 8,82 311,70 796,83 31,3 795,12 32,72 9,77 312,82 828,17 31,3 825,98 38,19 10,33 311,82 856.52 28.3 853,86 43.34 10,59 316.13 ~.65 31,1 884.42 4%28 11.42 312,59 917.03 947.32 9/7.76 1007.40 1037.63 I0~5.87 1098,20 1128.(~ 1158.93 1187.93 29.4 913,16 30,3 942.64 30.4 972,01 29.6 1000,37 30,2 1029.12 55,34 12,38 313,77 ~2,31 14,27 313,77 70,29 16,14 314,2~ 78.~0 17,70 314,30 88.22 18.25 313.94 29,2 1056.82 97,58 19.13 313,91 31.3 1086,34 108.07 20.03 313.93 29.9 1114.31 118,57 21.19 312,98 30.8 1142.93 130.06 22,57 313.18 29.0 1169,62 141,38 23,42 312,83 1217,62 1246.47 1~6.~ 1306.10 1~.09 I.qTITUDE DEPA. RTURE DISPLACEMEHT al: AZI~Lr~ DIS ft ft ft deg lOOft 1.00 5.00 5.10 78.69 0.00 1.15 4.89 5.02 76.77 0.34 1,29 4.76 4.93 74.79 0.51 1,53 4.58 4.83 71.58 1,31 2.02 4.42 4.8~ 65,40 1,81 2,75 4,19 5.02 56.70 3,52 3.91 5,26 48.00 1,0~ 4,62 3.45 5.77 36,70 1.37 5.76 2.83 6.42 26.17 2,01 7.10 2,12 7,40 16,62 1.00 8.86 1.25 8.95 8.01 0.87 10,23 0,51 10,24 2.84 3.03 12,16 -0,10 12.18 357,17 0,38 14.04 -1,71 14.14 353.06 0.73 14,92 -2.25 15.09 351.44 0.52 15.52 -2.63 15.74 350.39 2.75 17,33 -3.94 17.77 347.19 19.34 -5,59 20.13 343.88 2,34 21,48 -7.69 22.81 340.30 3,94 23.49 -9,93 25.50 337.09 5,48 26.67 -13.46 29.87 333.22 3,80 30.06 -17.20 34.64 330.23 3.10 33,75 -21.24 39.88 327.81 1.87 37.12 -25.13 44.83 325,91 1.42 41,05 -29.59 50.t0 324.22 3,05 29.7 1196,83 153.25 23.75 313.10 28,9 1223.23 164.91 23,94 313,14 29,9 1250,55 177,00 23,89 313.06 29,8 1277.70 189.14 24.30 313,63 27.0 1302,24 200.37 24.88 31~,21 45.19 -34.01 56.56 323.04 3,39 50.03 -3%05 63.46 322.03 6,24 55.58 -44.79 71.38 321.14 6.16 61,60 -50.97 7%?5 ~cvJ.40 5,24 ~.10 -57.66 89,23 319.74 1,88 81.88 -71,98 109.02 318,68''' :'~' :~ 2.8~ 89.12 -79.61 119.50 318.22 4,03 96.97 -88.00 130.95 317.77 4,49 104,69 -96.29 142.24 317.39 2,96 112,79 -I04.98 154.08 317.05 1.16 120,76 -113,49 165.72 316.78 0,68 129.03 -122,33 177.80 316.53 0,21 137.37 -131.16 189.93 316.32 1.60 145.01 -139.39 201,14 316,13 3.06 ,T' ~:~,~*~ ANAl)RILl. *******~ SUk'UEY CALOJLATI)S RADIUS OF CURUA.'r~ METHOD******~ TARGEI STATI) AZ!HLrfH LATIlqJDE SEll) IEI~, ~-S ft de~ cleo ft 214,44 25,29 312,62 154.51 227.09 25.82 312,21 163.04 240.44 27.59 30~.06 171,74 25'5,16 30.39 308,20 180,94 270.62 32.91 307,66 190.46 H. MII. HE PT £I CONFIDENTIAL DEP~ DISPLACB'OD,(T ~t FY-W ft ft -149.78 215.19 -159.12 227.82 -169.25 241.13 -180.76 255.76 -192,98 271.14 ~.I.~ DIS deg lOOft 315.89 1.32 315.70 1 315.42 7,63 315.03 ?.31 314.62 8.60 1513,23 1543.66 1574.31 1604.27 1633.64 1662,93 1694,61 1725,40 17'37,45 1788,74 28,0 1460,32 30.4 1485,38 30.7 1510.77 30.0 1536.07 29.4 1561.40 29,3 1586,90 31,7 1614,47 30.8 1641,16 32,1 1668,72 31,3 .1695,30 286,10 34,38 307,94 19%96 303.33 34,73 308.6.8 210,66 320,50 33.45 309. ,40 221,48 336.53 31.30 308.62 231.58 351.38 29.51 307.90 240,78 365,77 29,48 308,01 249,64 381.35 29,55 308,44 259,30 396,68 30,23 30~,21 268,81 413.02 31.15 309,31 279,05 429.52 32,51 310,19 289.61 -205.22 286.53 314.26 5.29 -218.76 303.70 313.92 1.77 -232.11 320.82 313.66 4,36 -244,57 336.81 313.44 7.31 -256.24 351,62 313.22 6.24 -267.61 365,97 313.01 0.22 -279,87 381,52 312.82 0,72 -291,90 396,82 312.64 2.25 -304.66 413.14 312,49 3,38 -317.34 429.62 312.38 4.57 1819.72 1851,91 IM3,89 1915.65 1946.86 1978,10 2009,72 2041,71 ~072,61 2U35.31 2165.34 I:'"' 2196.77 ~259.59 2290,90 Z354,59 2418.58 2479.17 i,i ~1.18 2543.~ 2606.~ 31,0 1721,25 32,2 1747,86 32,0 1774,05 31,8 1799,88 31,2 1825,03 31.2 1849,90 31,6 1874.82 32.0 1899.50 30.9 1922,41 32,2 1945,29 30,5 1966,01 30,0 1985,71 31,4 2(X)5,75 31,9 202~,48 30,9 2043,?? 31.3 2062.50 63,7 2100.79 31.9 2120.32 32,1 2140.13 60,6 2177.26 32,0 2196,47 31,9 2215,34) 63,8 2252.86 62.6 2289,27 63,8 2326,49 446.46 33.78 312,08 300,75 464.57 34,72 312.89 312.99 482.8? 35.27 313,86 325.58 501.34 35,89 315.10 338.53 519,76 36,71 315,98 351,72 538,59 37,78 316.54 365.38 557.97 38.20 316,48 379,50 578.23 40,85 316.86 394.31 598,86 43.42 316,67 40%41 . 621,46 46,13 316,13 425,84 643.70 48.15 316,57 442,01 666.26 49.84 316,37 458.44 690.37 50.92 315,96 475,90 715.34 52.66 315.90 493.90 740.03 53.81 316,26 511,75 765,23 53,70' 313.14 52%51 816,11 52,39 311,77 563.86 841,29 52.02 312.04 580.68 866,57 51,83 312,22 597.65 914.44 52.60 313.01 630.07 940,01 53,59 314,55 647,78 965.66 53,68 313.05 665.55 1017.29 54.40 312,71 700.70 1068,21 54,47 311.66 734.90 1120,07 54,19 310,92 769,12 -330,10 446,56 312.34 5,30 -343,46 464,68 312.34 3.25 -356,79 483,01 312,38 2,45 -369.98 501.48 312.46 2.99 -382,91 519,93 312,5'7 3,10 -395,99 538.80 312.70 3.61 -409,38 558.23 312.83 1.32 -423.35 578.54 312.97 8.32 -437.55 599,22 313,10 8,33 -453,20 621.88 313.22 8,48 -468.62 644.19 313.33 6.74 -484.23 666,81 313.43 5.64 -500.99 690.99 313,53 3,59 -518.42 716.03 313,61 5.44 -535,61 740,79 313,70 3,86 -553,56 7&6.03 313.73 8.05 -591.11 816.92 313.65 2.68 -609.85 842.09 313.60 1.37 -628,60 867,37 313,55 0,73 -663,84 915.25 313.50 1,64 -682.32 940.84 313.51 4,94 -700.86 966.52 313.52 3,80 -738.71 1018.17 313.49 1,21 -776,45 1069.09 313.43 1,37 -815.42 1120.91 313.33 1,04 I~PTH D~H ft ft ft 2808.93 75.6 2370.69 2890.23 81.3 2418.26 2985.13 94.9 2472.94 3081.08 ~6.0 2526.50 3176,31 95.2 2578.86 T~i~;ET STATION AZIMUTH SELl'ION INCI.N, ft d~. deg 1181,39 54,24 311,63 1247.28 54.14 314.&6 1324,80 55.49 309,67 1404,35 56,&4 308,52 1483.82 56,65 308,39 N, ,; HILNE PT £1 LATITUDE DEPARTURE DISPL~I~EHT at AZIIIITH DL5 deoy ft ft ft d~ l~ft ~.~ -~1,51 I182.~ 313,~ 0.76 8~.~ -~,61 12~. 13 313.22 3.03 ~.70 -967.~ 1~.65 313.15 4.53 ~.~ -102~.~ 1~.07 312.~ 1.% 1~.37 -1~1.16 1~.~ 312.6~ 0.12 3271.73 95,4 2630,79 3356,75 95,0 2681,43 3460.65 93,9 2731,68 3523.23 62,6 2766,04 3616,94 93.7 2819,01 1563.79 57,42 308.58 1644,11 58,17 308,42 1723,33 57,13 308.19 1775,59 56,26 309,38 1852,87 54,90 309.97 1056.19 -1153.82 15M.24 312.47 0,82 I1(X,.24 -1216,74 1M4.45 312.28 0,80 1155,40 -1278,99 1723,59 312.0~ 1,12 li88.16 -1319.76 1775,81 312,00 2.12 1237.52 -1379,25 1853.05 311.~0 1.54 3711,76 94,8 2874.14 3807,32 95.6 2?29.56 3899.95 92,6 2981.76 3992,99 93.0 3033,44 4088,13 95,1 3087,82 4181,68 4273,79 4371,85 4464,86 45~2,38 4657,31 4749,65 4M7,01 4~43,74 5038.66 5132,16 5227,1& 5324,04 5417,58 5'511,76 5703,78 5794,94 5889,32 5985,03 6141.~ 6441,28 1540,03 '": ~,69 '. 1930,00 53,99 310,57 2007.84 55,13 310.31 2084,35 56,27 311,12 2161,72 56,26 312,46 723%75 54,01 312.91 93,6 3143,46 2314,91 53,01 313,07 92,1 3198,&~ 2388,59 53,35 313,92 98.1 3257,53 24&~.94 52,87 313,72 ~3,0 3314,31 2540,54 51,87 312,58 97,5 3374.38 2617,32 52,08 313,24 94,9 3432,41 2692.38 52.56 313,88 ~2,3 3488,54 2765,63 52,57 313,78 97,4 3548,19 2842,51 51,85 312,80 96,7 3&07,78 2718,68 52,08 310.57 94,9 35~,53 2993,24 51,44 310,83 ~3,5 3724,93 30~,26 51,27 310,72 95,0 3784,74 3140,08 50,71 309,64 96.9 3846.54 3214,62 49.99 309.13 93,5 3~)~,76 328~.18 49.84 310,13 94.2 3967,98 3357.73 4%06 309.62 96,8 4031,13 3431,08 49,50 309,53 95,2 4092,44 3503,89 50,33 309.38 91,2 4150,77 3573,93 50,11 309,70 94,4 4211,26 364~.35 50,19 30~,40 95,7 4272,68 3719,71 49.97 308,99 95,8 4334,00 3793.30 50,46 308.71 60.3 4372,19 3839.97 51,01 308,02 303,1 4561,82 4075,80 51,53 30~,16 95,7 4621.90 4150,08 50,74 306,34 95,7 4682,55 4223,93 50,56 30~.49 1287.38 -1438.11 1930.16 311.83 1337.88 -1497.35 2007.98 311.78 1,21 1387.79 -1555,35 2084,49 311,74 1,43 1439,35 -1613.04 2161,8~ 311,74 1,20 1492,27 -1670.42 2239.~ 311.78 2,40 1543,55 -1725,43 2315,0~ 311.82 1,07 1594,30 -1778,92 2388,80 311,87 0.83 1648.61 -1835,52 2467,19 311,93 0,51 1698,98 -1889,25 2540,83 311.96 1,46 1751,28 -1945.51 2617,~ 311.99 0,58 1803,06 -1999,96 2692.74 312.04 0.74 1853.84 -2052,85 2766.03 312.08 1906,60 -2108.86 2842,96 312.12 1,09 1957.26 -2165,75 2719.13 312.11 1,83 2005.88 -2222.27 2993.67 312.07 0,70 2053,57 -2277,57 30~,67 312,04 0,21 2101,21 -2".':~,98 3140,47 312,00 1,06 2148,54 -2391,61 3214.97 311,94 0,85 2194,19 -2446.73 338~,48 311,89 0.83 2240,08 -2501.66 3358,01 311.84 0.94 228~,83 -25'58,21 3431.33 311,79 0,46 2333.12 -2614,46 3504.12 311.75 0,88 2377,71 -2668.49 3574,12 311.70 0,35 2423,85 -2724.36 3546,53 311.&6 0,25 2470,24 -2781.24 3719,86. 311,61 0,39 2516,43 -2838.~ 3793,43 311.5~ 0,56 2545,43 -2875,23 3840,07 311,52 1,26 2688,00-30~,81 40Z5,82 311,26 0,51 2732.08 -3123.93 ~,~4!_50.08 311.17 0.84 ) 8EAStErlY'Ilfrl~AL VEA?ICAL ft ft ft &730.06 94.4 4742.19 6823.2I 93.1 4800.46 6917,96 94,7 4858.92 7011.89 93,9 4916.44 7108,99 97,1 4976.22 7204.63 7298.37 7395.00 7487.32 7578.56 7673,27 7770,41 7863,89 7990,61 8085,45 8178,86 82.72,28 8368.00 M62,74 8558.56 6653,45 8747,36 ~41.3q ~.65 9128.36 ~319,70 9415,04 ~11,45 %03.45 9696,45 W76.26 .1(1050.71 100~,42 10152,10 !lX112,17 95.6 5035.15 93.8 5092.50 96,6 5151.b0 92.3 5208.19 91,2 52&3,78 94.7 5321,27 97,1 5380,59 93,5 5437,63 126,7 5514,75 94,8 5572,71 93,4 5629,97 93,4 56.B7,42 95,7 5746,30 94,7 5804,32 95,8 5862,17 94,9 5918,86 93,9 5974.90 94,0 6031,00 95.3 608668 96,7 6147,43 95,0 6205,17 96,9 6263,99 94,5 6321,05 95,3 6378,48 96.4 6436,87 92,0 6493.45 93,0 6551.25 9O.9 6608,56 93,0 6667.94 54,5 6760,66 :36.7 6782.88 94.7 6840.36 94,4 6898,36 ~,6 6957.88 ~'******* ANAI)RII.I *****:::::::x: SLE<U£Y CALCULATIONS ***** RADIUS OF CURUA.TURE MEll~ODm*~** TARG~ STATION AZtI~ITH LATIllJI)E SECTION INCLN. N/-S ft deg ~ec ft 4297.06 51.05 310.86 2.924,72 4369,73 51,51 31! ,48 2872.57 4444,29 52,30 312.22 2922,32 4518.54 52.17 311.24 2971,74 4595,(]5 51,83 310.86 3021.99 4670.39 52.11 310,73 3071,21 4744.56 52.45 311,46 3119,96 4820,98 52,12 312,00 3170,83 4893,~ 52,26 312,43 3219,84 4966.21 52,66 313,58 3269,19 5041,42 52,59 313,20 3320,90 5118,31 52,14 312,58 3373.25 51~2,35 52,65 311,95 3423,06 5292.88 52,37 312,31 34~0,51 5367.93 52,29 312.47 3541,12 5441.72 52.12 312,83 3591,13 5515.35 51,98 312,71 3641,15 5590,79 52,09 312,65 3692,31 5665,67 52,38 311,71 3742,60 5742,05 53,35 309,86 3792,49 5818.10 53,28 308,59 3840,61 5893.38 53,45 308,27 3887,44 5968,62 53,13 308,04 3933,99 6044,44 52,49 308,17 3980,84 6121,12 52,68 307,72 4028,07 6196,48 52,48 308,66 4074,72 6273,41 52,76 309,72 4123.36 6348,69 52.93 310,13 4171,68 6424.77 52,96 30~,30 4220,31 6501,45 52.48 309,,23 4268,86 6573,95 51.61 309,71 4314,97 6646,79 51,55 309,21 4361,28 6717,29 50,26 310.34 4406,39 6788,86 50,38 311,49 4453,27 6863,95 52,64 310,42 4502,48 6907.25 52,70 311,08 4530,75 693~,46 52,80 312.46 4550,21 7011,57 52.4I 315,81 4602,59 7085,82 51,84 316,40 4656.30 7160.18 51,20 319,12 4711,73 MILNE F~ £1 CB iFiBEUli^L DEPARTLFd~ DISPLACEMI~IT at AZIMUTH DLS ~-W deg/ ft ft deg 100It -3238.16 4297.06 311.10 1.25 -3292,86 4369,73 311.10 0.70 -3348.40 4444.29 311.11 1,04 -3403,81 4518.54 311.12 0.84 -3461,51 4595.05 311.12 0.46 -3518.55 4670,39 311,12 -3574.45 4744.56 311.12 -3631.48 4820.98 311,13 -3685,50 4893,90 311,14 -3738,41 4966,22 311,17 -3793,11 5041.43 311.20 -3849,47 5118.32 311.23 -3904,27 51~2,37 311.24 -3978,84 5292,90 311,26 -4034,28 5367,96 311.26 -4088.57 5441.75 311.29 -4142,65 5515,3~ 311,31 -4198.13 5590,83 311,33 -4253,62 5~65,72 311.34 -4311,46 5742,10 311,34 -4370,41 5818,14 311,31 -4429,44 5893,40 311.27 -4488.69 5968,63 311,23 -4548,43 6044,45 311.19 -4609,00 6121.13 311,15 -4668.30 6196,48 311,12 -4727,96 6273,41 311,0~ -4785,70 6348,69 311,08 -4844,24 6424,77 311,06 -4~03,64 6501,45 311.04 -4959,&3 6573.96 311.02 -5015.89 6646.80 31i.01 -5070.09 6717,30 310.99 -5124,18 6788,87 310,99 -5180,89 6863,96 310.99 -5213,70 6907,26 310,99 -5235,48 69~.48 310.99 -5289,46 7011,58 311,03 -5341,13 7085,82 311.08 -53~1.46 7160,18 311.15 0.32 0.72 0,56 0.40 1.09 0,33 0.69 0,77 0.32 0.16 0.35 0,18 0,12 0,84 1.84 1,07 0,33 0,39 0,68 0,41 0,82 0,91 0,39 0,70 0.50 1,04 0,43 1,72 0,96 2,51 0,97 3,01 2.84 0,78 2,32 PAGE NO, 6" SURV~ CA~U~.?IONS ~UR£I) INl~RVA~ V~R?ICAL ~AR~ S?A?ION AZI~ ~A?Ill~)Y. D~PARllI~ DISPb%Cl~ ~t AZI~U~ D~H Sl~IION INCLN, N/-S E/-W deq/ deg. lOOft 311,23 1,54 311.33 1.12 311,42 1,10 311.47 0,67 311,53 O,52 ft ft ft ft deg deq ft ft ft 10444.89 92,7 7016.83 7230.98 49.82 319,61 4766,02 -5438.05 7231.00 10547.94 103.1 7083.37 7308.65 49.76 321.12 4926.63 -5488,25 7308.71 10642,45 94,5 7144.99 7379.28 46.85 320,45 4882.15 -5533.55 7379.40 10699,79 57,3 7182,83 7421.78 48.58 320.80 4915.45 -5560.89 7421.93 10761.35 61.6 7223.66 7467.17 48.33 321,06 4951.22 -5589.92 7467.38 311,63 0.09 311,73 2,14 311.7~ 0,86 311,83 0,05 10863,82 102.5 7291,81 7542,53 48,31 321,19 5010,80 -5637,96 7542.85 I0~58,57 94.8 7355.68 7611,21 46.93 323,19 5066,09 -5680.86 7611.66 10983,90 25,3 7373,00 7629,28 46,77 322,98 5080,86 -5691,96 7629.78 11061.00 77,1 7425.78 7684,28 46.80 323,00 5125,73 -5725.80 7684,91 CONOCO Sfru¢fure : NORTH WEST MILNE POINT Field ' NORTH WEST MILNE POINT Location · NORTH SLOPE, ALASKA ENIi/ L -400- ~ o .. - . ~ ~ - ~ - 2~ - . ~,. . V - · ,,oo.oo E a s t : > i i i i i I I I i I I I i i i i i ! i i i ! i i i i i I I I I I I I I I I I I I Scale 1 : 400.00 R.K.B. TO WATER LINE = 49 rT. jIi PAD HEIGHT OF 8 jk 30 csg I 3.00 ! 6.00 I 9.00 ~ 12.00 15.00 18.00 21.00 Target 2 Target. I 9-5/8 41aska Oil & Gas Cons. Commissio~ Anchorage __ Tar,jet I -- Torget 2 T.D./7 CSO i i i i t i i i i i i i i i i i i i i i i i i i i i ~ i i i i i i i i i i i i ! i ! 0 400 800 1200 1600 2000 2~0 2800 3200 3600 ~ 4-~00 4600 5200 5600 6000 644)0 ~ 7200 7600 8000 Vedlcal Section on 311.10 azlmufh with reference 0.00 N, 0.00 E from sfrucfure centre 4OO 600O . - - 4200 - -4800 - - ,I.~0 - -4000 - -360O -28OO - . -1200 400 HALLIBURTON RESERVOIR SERVICES Anchorage, Alaska CUSTOMER: WELL NAME: FIELD: AREA: INTERVAL: CONOCO, INC. NW MILNE PT. #1 WILDCAT NORTH SLOPE, ALASKA 10718- 11O6O Alaska 0il & Gas Cons. Commission Anchorage HRS report copies have been sent tothe following companies and\or individuals: # COPIES RECIPIENT CONOCO, INC Attn: Jim Hand 3201 'C' Street, Ste 200 Anchorage, AK 99503 (907) 564-7645 T#007387 HALLIBURTON RESERVOIR SERVICES REPORT TICKET NO: 007387 MEMORY GAUGE TICKET NO: 007387 DATE: 2S-Mar-92 HALLIBURTON CAMP: Prudhoe Bay TESTER: M. Sachau WITNESS: J. Hand DRILLING CONTRACTOR: Nabom 27-E LEGAL LOCATION: S25-T14N-R9E OPERATOR: Conoco Inc. LEASE NAME: NW Milne Pt. #1 WELL NO: 1 TEST NO: One TESTED INTERVAL: 10718.00 - 11060.00 ft FIELD AREA: NW Milne Pt. COUNTY/LSD: North Slope STATE/PROVINCE: Alaska COUNTRY: USA NOTICE: THIS REPORT IS BASED ON SOUND ENGINEERING PRACTICES, BUT BECAUSE OF VARIABLE WELL CONDITIONS AND OTHER INFORMATION WHICH MUST BE RELIED UPON HALLIBURTON MAKES NO WARRANTY, EXPRESS OR IMPLIED AS TO THE ACCURACY OF THE DATA OR OF ANY CALCULATIONS OR OPINIONS EXPRESSED HEREIN. YOU AGREE THAT HALLIBURTON SHALL NOT BE LiABlE FOR' ..... ~ ANY LOSS OR DAMAGE, WHETHER DUE TO NEGLIGENCE OR OTHERWiSE'ARISING :' . OUT OF OR IN CONNECTION WITH SUCH DATA, CALCULATIONS OR OPINIONS. TABLE OF CONTENTS SECTION 1' TEST SUMMARY & INFORMATION Summary of Test Results Test Period Summary Pressure vs. Time Plot Test and Formation Data Rate History Table Tool String Configuration Operator Job Log 1.1 1.2 1.3 1.4 1.5 1.6 1.7 SECTION 2: ANALYSIS Analysis Results Analysis Plots 2.1 2.2 SECTION 3: MEMORY GAUGE DATA Gauge No. 10098 History Plot Gauge No. 10098 Reduced Listing Gauge No. 10212 History Plot Gauge No. 10222 History Plot Gauge No. 10220 History Plot 3.1.0 3.3.1 3.2.0 3.3.0 3.4.0 SECTION 4: SURFACE TEST DATA Wellhead Conditions and Rates Flow Period Plots Oil Data Gas Data Barton Chart Recordings 4.1.1 4.2.1 4.3.1 Date: 25-Mar-92 Ticket No: 007387 Page No: 1.1 SUMMARY OF TEST Lease Owner: Conoco Inc. Well No.: 1 County/LSD: North Slope Country: USA Formation Tested: Kuparuk Hole Temp: 174.20 F Total Depth: 11060.00 ft Net Pay: 15.20 ft Gross Tested Interval: Lease Name: NW Milne Pt. #1 Test No.: One State/Province: Alaska 10718.00 - 11060.00 fi Perforated Interval (fi): 10752.00- 10776.00 10778.00- 10786.00 6 spf 32 gm 12 spf 25 gm CALCULATED PARAMETERS FOR LIQUID WELL USING SEMI-LOG ANALYSIS: Gauge No: 10098 X-axis Function .................... Y-axis Function .................... .____..~Production Rate (bbl/D) ............ Pressure Intercept (psi) ........... Flow Capacity (md-fi) .............. Permeability (md) .................. .~ ........... ~ Skin Factor ........................ Delta P due to Skin ................ Damage Ratio ....................... Flow Efficiency .................... Theoretical Rate (bbl/D) ........... Radius of Investigation (ft) ....... at Transient Time (hr) ......... Gauge Depth: 10685.00 fi xj Pressure 290.0 3583.21 1142.02 75.13 ~ 0.259 40.122 1.043 0.959 302.5 184.68 12.31 Period No.: 5 Period Type: BU REMARKS: MTR used for this analysis is 04:31:12 to 15:30:28 3-27 Plot appears on page 2.2.10 Date: 25-Mar-92 Ticket No: 007387 Page No: 1.2 TEST PERIOD SUMMARY PLOT ID Gauge No.: 10098 Depth: 10685.00 ft PERIOD DESCRIPTION TIME Blanked off: No PRESSURE (psi) DURATION (min) A I Start Draw-down 19:21:40 3-25 3627.95 B End Draw-down 20:15:40 2651.10 54.00 B 2 Start Build-up 20:15:40 2651.10 C End Build-up 05:59:56 3-26 3579.96 584.22. D 3 Start Draw-down 10:20:00 3386.88 E End Draw-down 16:59:40 2636.84 399.67 E 4 Start Draw-down 16:59:40 2636.84 F End Draw-down 03:11:32 3-27 2613.40 611.87 G 5 Start Build-up 03:11:35 2613.40 H End Build-up 15:30:28 3512.74 738.88 Notes: 1. The start time for period 5 was adjusted forward by 3 seconds from the actual gauge sample point. 2. Period 3 is cleanup flow with the separator bypassed. 3. Period 4 is flow with the separator engaged. X 8 4 Test No: One Gauge No'- 10098 I I I I I _ I I Pressure /Temperature History Well No: I Company: I ' ' ' I ' ' ' I ' ' ' I ' ' ' I ' ' ' I ' ' ' 1 I C H , I Conoco , I 2OO 100~ Z Z Date: 25-Mar-92 Ticket No: 007387 Page No: 1.4 TEST AND FORMATION DATA Formation Tested: All Depths Measured From: Elevation: 42.70 ft Total Depth: 11060.00 ft Net Pay: 15.20 ft Hole or Casing Size: 7.000 in Gross Tested Interval: Kuparuk RKB 10718.00 - 11060.00 ft Perforated Interval (ft): 10752.00 - 10776.00 10778.00 - 10786.00 6 spf 32 gm 12 spf 25 gm HOLE FLUID Type: Weight: Viscosity: Mud 10.40 Ibm/gal cp HOLE TEMPERATURE Depth: 10865.00 ft Estimated: 175.00 F Actual: 174.20 F HYDROCARBON PROPERTIES Oil Gravity (APl): 26.4 @ 60 F Gas/Oil ratio (ScF/STB): 250.0 Gas Gravity (SG): 0.77 CUSHION DATA TYPE AMOUNT Diesel Full WEIGHT BOTTOMHOLE SAMPLERS Bottle Time of Sampling Sampler Depth Sample Pressure before Outage Sampler Pressure after Valve Opening Sample Transfer Temperature Sample Transfer Pressure Outage Taken in Sample Container Container Volume Bubble Point Determination #873835D 21:40 3-26 10694 ft 1950 psi 1050 psi 60 degf 1950 psi 55 cc 950 cc 1500 psi #873828D 21:40 3-26 10702 ft 1950 psi 1050 psi 60 degf 1950 psi 50 cc 950 cc 1500 psi Date: 25-Mar-92 Ticket No: 007387 Page No: 1.5 RATE HISTORY TABLE Period Test No Type I DD 2 BU 3 DD 4 DD 5 BU j Prod Rate q(j) Duration Cum. Time t(j) (bbl/D) (hrs) (hrs) 0 0.0 0.00 0.00 1 -3100.0 0.04 0.04 2 -3300.0 0.01 0.05 3 426.0 0.90 0.95 4 0.0 9.74 10.69 5 320.0 6.66 17.35 6 290.0 10.20 27.55 7 0.0 12,31 39.86 Notes: During the course of operations on this test the guns were fired prematurely while pressure testing down the tubing string. This was caused when the LPR-N tester valve was in the open position at a time that it was presumed to be closed. However, the test string was in the proper position and the guns were fired on depth. When the tubing string was pressured to fire the guns, it resulted in two short injection periods which are noted on the rate history table above. For analysis purposes they have been included as a "Pre-test Rate History" and are accounted for in the Superposition equation. Times and volumes injected are noted as follows: 18:49 - 18:52 3-25 Injected 5 bbl 18:58 - 18:59 3-25 Injected 2 bbl Date:25-Mar-92 Ticket no' 007387 Ii Page no: 1.6.1 TEST STRING CONFIGURATION O.D. I.D. LENGTH DEPTH (in) (in) (ft) (ft) S-15 LIFT NIPPLE ............. 2.680 4.040 S-15 MASTER VALVE .......... 2.680 1,850 S-15 REMOTE CONTROL VALVE LT-20 SWIVEL ................. S-15 MASTER VALVE ........ '.. 2.680 3.680 2,680 2.720 2.68O 1.850 S-15 MASTER VALVE .......... TlW VALVE ..................... DRLL PIPE ..................... DRLL COLLARS ................ DRILL PIPE ..................... RADIOACTIVE TAG SUB ......... APR-M2 SAFETY CIRCULATING VALVE DRILL COLLARS ................ DRA1N VALVE .................. APR OMNI CIRCULATING VALVE , DRLL PIPE ..................... DRILL COLLARS ................ DRA1N VALVE .................. LPR-N TESTER VALVE ......... BUNDLE CARRIER .............. SAMPLE CHAMBER ............. CONTINUED 2.68O 2.65O 2.938 1.:340 3.500 2,602 9928.000 9912.:320 4.750 2.250 538.370 10450.690 3,500 2.602 :30.920 10481,610 4,800 2,500 0,960 10482.570 5.0:30 2.250 7.5:30 10490.100 4.750 2,250 88.550 10578.650 5,0:30 2.250 1.000 10579,650 5,030 2,250 21.150 10600,800 :3,500 2.602 30.920 106:31,720 4,750 2.250 29,640 10661.360 5,0:30 2,250 1,000 10662,360 5.030 2,250 16,370 10678,7:30 5,0:30 1.900 7.770 10686,500 5.030 2.250 7.8:30 10694,:330 HRS Date:25-Mar-92 Ticket no: 007:387 ~i' Page no' 1.6.2 TEST STRING CONFIGURATION O.D. I.D. LENGTH DEPTH (in) (in) (ft) (ft) SAMPLE CHAMBER ............. ,JAR ............................ VR SAFETY JOINT ............. CHAMP PACKER ................ PUP JoiNT ..................... PORTED SUB/NIPPLE ........... PUP JOINT ..................... TllvIE DD_AY FIRING HEAD ...... BLANK SUB .................... TUB1NG CONVEYED GUN ....... BLANK SUB .................... TUBING CONVEYED GUN ....... BLANK SUB .................... TUB1N~ OONVEYED GUN ....... BLANK SUB .' .................. TIME DEI. AY FIRING HEAD ...... ~ICAL SHOCK ABSORBER... PORTED SUB/NIPPLE ........... DRAG BLOCK .................. AP RUNNING CASE ............. AP RUNNING CASE ............. BULL PLUG/NOSE .......... ,.. 5.0,30 2.250 8.010 10702.340 4.630 2,500 5.150 10708.240 5.000 2.250 4.080 10712.320 5.870 2.370 7.490 10720.310 2.875 2.441 10.100 10730.410 :3.770 2.441 2.250 107:32.660 2.875 10.150 10742.810 3.375 3.250 10746,060 4.625 5.940 10752.000 4.625 8.580 10760.560 4.625 1.720 10762.280 4.625 14.000 10776,280 4.625 1.720 10778.000 4.625 8.000 10786.000 4.625 6.500 10792.500 3.375 3,870 10796.370 :3,700 1,991 :3.180 10799,550 3,375 1,991 2,880 10802,430 5,750 2,500 3,260 10805,690 ;.'5,875 0.950 6.100 10811,790 2,875 0,950 4.1;;.-50 10815.920 3.060 2.441 1.130 10817,050 TOTAL DEPTH 11060.0O HRS Date: 25-Mar-92 Test No: One Ticket No: 007387 Page No: 1.7.1 OPERATOR JOB LOG Type of Flow Measuring Device: HRS Separator CHOKE SURFACE TIME SIZE PRESSURE HH:MM:SS (in) (psi) REMARKS 25-Mar-92 00:00:00 01:30:00 02:00:00 04:00:00 09:55:00 13:50:00 15:45:00 16:25:00 16:30:00 LPR-N run in hole with 16:35:00 lock open kit. 16:40:00 16:42:40 17:00:00 17:15:45 17:17:00 18:47:00 1938.50 18:49:00 1527.75 18:49:50 3147,25 18:52:00 18:58:00 2621.00 18:59:00 19:05:00 Determined that guns had fired 19:06:10 12/64 1417.50 19:06:40 14/64 741.25 19:07:20 16/64 355.00 19:08:50 133.53 19:18:20 1047.75 19:21:40 12/64 1049.75 20:15:30 67.02 20:16:00 0.00 20:20:00 0.00 26-Mar-92 06:00:00 0.00 Makeup & lay down control head Safety meeting Pickup guns Makeup bundle carrier Rig up SWS for correlation Displace tubing w/diesel Finish displacing w/diesel Packer set, close rams Press csg 1500 psi, hold 5 min Close LPR-N PT tubing 4500 psi, bleed off Guns Fired Rig up flowline Start surf data acquisition PT surface lines Open LPR-N Press tubing to fire guns Press broke back @ 3147 psi Shut down, injected 5 bbl Come up again on tubing press Shut down, injected 2 bbl while pressure testing tubing Open to tanks on 12/64 Open to 14/64 Open to 16/64 Shut in Raise csg pressure to 1510 Open to 12/64 bypass choke Close LPR-N Shut in at choke manifold Monitor well on buildup Open LPR-N, no whp increase Note: When the LPR-N tester valve was opened at 06:00 it was determined that the OMNI had cycled ahead 5 cycles, leaving it in the blank position at this point. The following procedure from 06:00 to 10:20 was to confirm this and to cycle the OMNI to the well test position. The plot on report page no. 2.2.13 is presented to show the time interval from when the tool string reached bottom to when the tubing string was pressure tested in order to diagnose how the OMNI could have been inadvertently cycled. Events occurring this time included pipe movement, packer setting, wireline correlation, & diesel cushion displacement, all of which caused pressure fluctuations. Note the LPR-N was run locked open. Date: 25-Mar-92 Test No: One Ticket No: 007387 Page No: 1.7.2 OPERATOR JOB LOG Type of Flow Measuring Device: HRS Separator CHOKE SURFACE TIME SIZE PRESSURE HH:MM:SS (in) (psi) REMARKS 26-Mar-92 06:27:30 0.00 06:43:40 0.00 07:30:00 0.00 07:58:00 0.00 08:00:00 0.00 08:01:00 26.00 08:04:50 3574.25 08:14:40 1606.25 08:45:30 1774.00 08:48:10 4122.00 08:50:30 3983.50 08:53:40 4511.75 09:01:00 4398.25 09:03:40 1279.50 09:05:00 1372.00 09:08:10 1440.00 09:10:00 1460.00 09:12:00 2005.75 09:27:40 1342.25 09:29:40 3142.25 09:33:30 6/64 3107.5 0 09:37:00 2333.25 09:38:40 2036.50 09:40:00 1547.00 09:42:30 1276.75 09:57:00 1917.00 09:59:20 1913.75 10:00:00 1010.75 10:00:10 1035.50 10:05:10 979.25 10:14:20 948.50 10:16:50 12/64 916.75 10:18:20 234.38 10:20:00 12/64 707.25 10:27:30 13/64 92.75 10:30:00 13/64 60.35 10:45:00 13/64 51.95 11:00:00 13/64 46.42 11:15:00 13/64 44.55 11:30:00 13/64 39.70 11:45:00 13/64 36.80 12:00:00 13/64 33.87 Relieve annulus pressure Press csg, monitor well Rig lines to inject in tubing Csg gauge aligned on tubing Maintaining 2200 on csg side Pump downhole with water Shut down Shut in tubing, relieve pump Press up on tubing Shut down rig pump Pump in with test pump Shut down Bleed off to tanks Shut in Relieve pump pressure Realign csg gauge to annulus Equalize with rig pumps Relieve annulus pressure Pressure up on csg, 195 Pressure up on csg, 1875 Bleed off to 1500 to tanks Csg to tubing communication Shut in Relieve csg pressure Cycle OMNI OMNI in blank position Open to tanks Shut in Relieve csg pressure Cycle OMNI OMNI in test position Open to tanks Shut in at choke Open to tanks Open to 13/64 bypass choke Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Date: 25-Mar-92 Test No: One Ticket No: 007387 OPERATOR JOB LOG Type of Flow Measuring Device: HRS Separator CHOKE SURFACE TIME SIZE PRESSURE HH:MM:SS (in) (psi) REMARKS Page No: 1.7.3 26-Mar-92 13:28:00 14/64 113.15 13:30:00 15/64 129.10 13:34:00 15/64 176.78 13:52:00 16/64 139.45 13:58:00 16/64 135.70 14:07:00 17/64 135.62 14:30:00 17/64 122.40 15:00:00 17/64 119.15 16:02:00 12/64 142.00 16:26:00 12/64 135.03 17:00:00 21:40:00 12/64 123.40 21:53:00 12/64 126.13 22:18:30 12/64 121.78 27-Mar-92 02:00:00 12/64 113.78 03:11:30 12/64 112.70 03:21:00 102.03 03:23:30 111.23 15:35:00 274.75 15:38:30 12/64 331.75 15:43:00 14/64 186.38 15:54:00 14/64 52.57 16:08:00 48/64 86.10 16:10:00 48/64 79.08 19:00:00 48/64 45.73 19:08:00 48/64 43.95 19:13:00 45.85 20:05:00 187.88 20:21:00 421.42 20:30:00 21:45:00 21:46:00 23:05:00 28-Mar-92 08:00:00 Open to 14/64 choke Open to 15/64 choke Gas to surface Open to 16/64 choke Trace crude to surface Open to 17/64 choke Well flowing Well flowing Change to 12/64 htr choke Trace solids, no water Engage flow to separator Press csg to setoff sampler Start bleeding csg press Csg back to nominal 1574 Take samples at separator Shut in at LPR-N Shut in at choke manifold Maintain 130 psi on csg Open LPR-N Open well on 12/64 Open to 14/64 choke Fluid to surface Open to 48/64 Control flow w/ball valve Flowing well Shut in at LPR-N Shut in at manifold, monitor Start to cycle OMNI OMNI in circ position Reverse out Open bypass Pump 5 bbl into formation Unseat packer Lay down test tools Date: 25-Mar-92 Ticket No: 007387 Page No: 2.1.1 RESERVOIR PARAMETERS USING SEMI-LOG METHOD FOR LIQUID WELLS Oil Gravity: ............................................ Gas Gravity: ................................................... Gas/Oil Ratio: .......................................... Well Bore Radius: ............................................ Net Pay: .................................................... Porosity: ........................................................ Water Salinity: ............................................. Fluid Properties Reference: ................................ Formation Temperature: ........................................ Viscosity: ..................................................... Formation Volume Factor: ................................ Total System Compressibility: ............ __._~...Bubble Point: ............................................ 26.4 APl @ 60 F-~-~~ ...... 0.774 SG 250.0 ScF/STB 0.3750 fi 15.20 fi 26.50 % 0.01% SALT 3580.0 psi 174.200 F 3.750 cp 1.153 Rvol/Svol 36.000 x 10A-6 vol/vol/psi 1537.59 psi Gauge number: 10098 10098 Gauge Depth (ft): 10685.00 10685.00 Test Period: 2 5 Period Type: Build-up Build-up X-axis Function: Xj Xj Y-axis Function: Pressure Pressure Period Start Press. (psi): 2651.10 2613.40 Y Intercept (#1 Units): 3585.836 3583.211 Pressure Intercept (psi): 3585.836 3583.211 Slope (#2 Units): 274.849 178.485 Sy (#1 Units): 0.200 0.042 10098 10685.00 5* Build-up xj Pressure 2613.40 3607.73 3607.73 195.98 0.082 Production Rate (bbl/D): Flow Capacity (md-fi): Permeability (md): Skin Factor: Delta P due to Skin (psi): Damage Ratio: Flow Efficiency: Theoretical Rate (bbl/D): Rad, of Investigation (ft): ~ at Transient Time ( hr): 426.0 290.0 290.0 1089.41 1142.02 1040.09 71.67 75.13 68.43 -0.353 0.259 -0.109 -84.216 40.122 -18.51 0.917 1.043 0.982 1.090 0.959 1.019 302.5 140.51 184.68 32.07 9.74 12.31 0.476 Note: #1 Units = psi for Pressure Y-axis function. #1 Units = psi/bbl/D for dp/dq Y-axis function. #2 Units = psi/cy for Pressure Y-axis function. #2 Units = psi/cy/bbl/D for dp/dq Y-axis function. REMARKS: MTR for period 2:20:20:48 - 20:37:20 3-25-92 MTR for period 5:04:31:12 - 15:30:28 3-27-92 *Additional analysis on period 5 uses MTR of 03:15:16 - 03:40:08 3-27-92 Pressure Vs Delta Time X 5.8 5.6 5.4 $.0 2.8 2.6 Gauge No: 10098 _- Period No: 1 - Well: 1 - Company: Conoco Inc. - Analyst: M. Sachau -Illll Illlllll Illlillllllllllllllllllllllillll Illlllllllllll Illllll I Ill I I Illlllll ]Ill Illlll- -0.2 0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 Delta Time (hours) Initial Flow Z 0 0 ~4 EX} --4 Pressure Vs Delta Time X 3.8 3.6 3.4 3.2 3.0 2.8 2.6 i : ! _- _ -- -- -- -- o -- -- -- · -- -- - I Te,t No: One - - ~auge No: 10098 - _- Period No: 2 - - . Well: 1 - - ' L C°~ypOnY:M,C°n°c° Inc. - - Ana st: . Sachou -,,,,,,,,,I,,,,,,,,,I,,,,,,,,,I,,,,,,,,,I,,,,,,,,ll,,i,,,,,,I,, ,,,,,,I,, ,,,,,,I,,,,,,,,,- -2 0 2 4 6 8 10 12 14 16 Delto Time (hours) lnitiol Buildup 0 0 C~ DERIVATIVE LOG-LOG PLOT - Test ~1o: 'On~ ' '' ""' - Gauge No: 10098 Period No: 2 ~. Well: 1 Company: Conoco Inc. ~- Analyst: M. Sachau Transient Time: 10.69 hr -- I I I I I I I I 10 -4 10 -3 I - I I I I I I I I J , i ~ I i I I ' "1 I-- I I I I ] -- t I I I I I I I Derivativ,~ Technique: Slope Between Pts. I I I I I I I I I 10 -2 10 -~ 10 o Equivalent Time Initial Buildup Z t SEMI-LOG PLOT 3.8 3.6 X 2.8 2.6 - 1 - Slope - 274.85 Dsi/cy ! Y at 1 = 5585.8 psi I - kh = 1089.4 md-fi , - k - 71.672 md i - I Skin = -0.55 i 10 o 10 ~ i I i I i 1 I I I I I I 102 -T-~' I I f 1' I----T--T-T--l-- . est No: One - Gauge No: 10098 - ' Perloa No: 2 - Well: 1 - Company: Conoco Inc. - Analyst: M. SQchau - Transient Time: 10.69 hr _- I I I I I I I 103 I NNI I I I I Superposition Time Initiai Buildup Z 0 0 O4 CO ',-4 Pressure Vs Delta Time x 5.5 5.2 2.9 2.6 '''''~:'''''''''Test One I ''''''''' gauge No: 10098 - Period No: 3 - Well: 1 Oompany: Oonoco Inc. Analyst: M. Sachau - -1 0 1 2 3 zt- 5 6 7 8 Delta Time (hours) Cleanup Flow 0 Cl Z Pressure Vs Delta Time X 3.0( 2.9( 2.8( 2.7( 2.6( 2.5( 2.4( (~ouge No: 10098 Period No: 4 Well: 1 Compony: Conoco Inc. Analyst: M. Sachau -2 0 2 4 6 8 10 12 lZ~ 16 Delta Time (hours) Separator Flow 0 0 PressUre Vs Delta Time X 3.8 5.6 3.4 5.2 5.0 2.8 2.6 Test No: One - · gauge No: 10098 - , Period No: 5 - - I Well:1 Company: Conoco Inc. [ ~ Analyst: M. Sachau. -,,,,,,,,, ,,,,,,,,,I,,,,,,,,,I,,,,,,,,,1~,,,,~,i,~,,,,,,,I,, -2 0 2 4 6 8 10 12 lZ~ 16 Delta Time (hours) Second Buildup DERIVATIVE LOG-LOG PLOT ® 10 u 102 b Test No: One I- Gauge No: 10098 p Period No: 5 h Well: 1 ICompany: Conoco Inc. Analyst: M. Saahau Transient Time: 59.86 hr i ' i0 -4 I I I I I I I ., I I I I I I I "1 ' ! I I I i I I I I I I I I i i i' I i i I 'I Der:vcCve ~hn~que: Slope Between Pts. I I I I I I I [ I I I I I I I 10 -5 10 -2 Z 0 0 co --.4 10 -1 100 10~ co Equivalent Time Second Buildup SEMI-LOG PLOT 5.8 3.6 X 2.8 2.6 i i Test No: One - Gauge No: 10098 Period No: 5 - Well: 1 - Company: Conoco Inc. _Analyst: M. Sachau Trensient Time:..59186 hr ~ ~ 10 o 10 ~ ! I, I I I I I I 103 Superposition Time --'~--1- 1 F---I-' 'T-T--FT I s~o~ = 195.98 psi//cy Ut 1 = 5607.7 psi kh = 1040.1 md-ft k = 68.427 md Skin = -0.11 ._/._. I I I I I I I I I I I i Second Buildup SEMI-LOG PLOT 3.8 3.6 X 2.8 2.6 ~i i i i I''l I ] .. I I I I I "'1 "1 I' I I i ! I . I . , I ,I ¥I I I ' '1_ Slope = 178.48 psi/cy - Y at 1 = 3583.2 psi - kh = 1142.0 md-ft - k = 75.13.5 md - Skin = 0.26 - - I i ! I I I I I I I fill . 102 103 Superposition Time - I Test No: One - Gauge No: 10098 Period No: 5 I - Well: 1 ! - Company: Conoco Inc. ! Analyst: M...Sacha~9186 1 Transient Time: hr t I L I I t 10 o 10 ~ · I I I I I I I ~04 Second Buildup . I I I I I I 1- 10s Z 0 o *-4 O~ ~q Z Pressure Vs Delta Time X 3.6 3.4 3.2 3.0 2.8 2.6 2.4 JJ J t J J J J~J(~:j j jj j j j j jj est One jJ i J J Ji i J i _ Gauge No: 10212 - Period No: 6 - Well: 1 - -- Company: Conoco Inc. - Analyst: M. Sachau - -- \ \ -0.5 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 Delta Time (hours) Third Flow Z 0 0 *-4 0-4 O0 Pressure Vs Delta Time X 3.6 3.4 5.2 3.0 2.8 2.6 2.4 ./ -0.2 0.0 0.2 0.4 0.6 0.8 1.0 Test No: One - -- Gauge No: 10212 - Period No: 7 - Well: 1 - Company: Conoco Inc. - Analyst: M. Sachau I I ~ ~ I I I/ I Ill I I I I I I I I I Il I I I I- 1.2 1.z~ 1.6 Delta Time (hours) Third Buildup Z o o O0 Pressure Vs Delta Time X 4.3 4.2 4.1 4.0 3.9 5.8 .5.7 Test No: ~One Gauge No: 10212 Period No: 8 Well: 1 Company: Conoco Inc. Analyst: M. Sachau -1 0 1 2 3 ~ 5 6 7 8 Delta Time (hours) Correlotion Z 0 o c~ Z x 8 Test No' Gauge No: I I I One 10098 ' I Pr ess ur e,/T ember at ur e Well No: 1 History Company: ' ' ' B E Conoco Inc. , I 2OO Z o 0 O~ CO Z Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.1 HALLIBURTON Gauge No.' 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 25-Mar-92 00:00:00 01:30:00 02:00:00 02:48:19 03:48:31 04:00:00 04:52:31 05:16:31 05:24:31 05:40:31 05:44:31' 05:52:31 06:04:31 06:12:31 06:20:31 06:28:31 06:40:31 06:44:31 06:56:31 07:04:31 07:12:31 07:20:31 07:28:31 07:40:31 07:56:31 08:08:31 08:16:31 08:32:31 08:48:31 09:12:31 09:16:31 09:20:31 09:28:31 09:36:31 09:40:31 09:55:00 10:44:31 11:20:31 12:20:31 12:48:31 12:52:31 15.237 71.808 12.045 44.293 112.745 57.290 229.524 55.770 372.214 54.647 478.359 53.809 578.979 53.727 711.735 53.451 894.610 54.409 1054.869 57.126 1182.238 60.307 1337.518 62.530 1474.938 67.473 1586,358 69.778 1742.071 75.776 1845.811 79.967 1958.688 82,411 2114.274 83.977 2239,898 87.153 2408.581 92,640 2554.213 98.667 2779.625 104.313 2894.183 109.378 3121.946 116.885 3436.106 126.956 3801.570 141.358 3681.425 144.672 3741.742 148.547 3865,686 156.505 4080.560 163.111 3924.082 164.313 4012.374 163.571 3835,778 163.000 3843.490 163.535 3592,940 163,585 3932.871 163.740 Makeup & lay down control head Safety meeting Pickup guns Makeup bundle carrier Rig up SWS for correlation Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.2 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME HH:MM:SS 25-Mar-92 12:56:31 13:00:31 13:50:00 14:00:48 14:25:44 14:27:24 14:28:04 14:37:52 14:38:08 14:44:04 14:44:16 14:44:36 14:49:28 14:49:44 14:50:16 14:50:52 15:44:08 15:45:00 15:52:44 15:53:28 15:53:44 16:02:20 16:03:12 16:03:56 16:05:52 16:06:28 16:06:40 16:16:04 16:23:32 16:25:00 16:29:12 16:30:00 16:33:56 16:34:00 16:35:00 16:38:52 16:39:36 16:40:00 16:40:00 16:40:20 16:40:40 16:41:00 16:41:20 D TIME (min) PRESSURE TEMP COMMENTS (psi) (F) 4177.508 163.711 3931.579 163.678 3952.596 164.504 4053.097 164.671 4157.031 164.669 4054.767 164.667 3886.963 164.591 3772.620 164.573 3875.446 164.592 3989.425 164.594 4093.333 164.621 3993.011 164.150 4106.181 164.117 4003.412 163.991 4108.935 163.860 3955.073 126.052 4056.658 129.779 3923.313 129.972 3816.919 130.018 3917.090 132.352 4018.440 132.516 3891.284 132.645 4008.688 133.188 3894.348 133.361 3792.600 133.413 3896.229 135.465 3996.350 136.652 4097.658 137.453 4121.608 138.196 4121.798 138.204 4345.886 138.826 4549.376 139.013 4778.003 139.115 4984.768 139.201 5204.553 139.299 5420.595 139.413 5631.206 139.528 Displace tubing w/diesel Finish displacing w/diesel Packer set, close roms Press csg 1500 psi, hold 5 min Close LPR-N PT tubing 4500 psi, bleed off Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.3 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME HH:MM:SS 25-Mar-92 16:41:40 16:41:56 16:42:08 16:42:20 16:42:32 16:42:44 16:42:56 16:46:08 16:46:16 16:46:24 16:46:32 16:46:40 16:46:48 16:46:56 16:47:04 16:47:12 16:47:24 16:47:32 16:47:40 16:47:52 16:48:04 16:48:16 16:48:28 16:48:44 16:49:04 16:49:08 16:49:12 16:49:16 16:49:24 16:49:36 16:50:12 17:00:00 17:15:45 17:17:00 17:50:44 18:47:00 18:47:28 18:47:32 18:49:00 18:49:08 18:49:16 18:49:24 18:49:32 D TIME (min) PRESSURE TEMP COMMENTS (psi) (F) 5841.489 139,642 6076.515 139.735 6299.814 139.834 6518.452 139.935 6729.186 140.036 6934.768 140.136 7135.928 140.237 6866.113 140.666 6615.050 140.615 6373.711 140.556 6139,917 140.497 5879.357 140.439 5623.400 140.380 5382.054 140.321 5129.776 140.263 4894.880 140.205 4555,914 140.118 4330.193 140.079 4109.950 140.039 3819.649 139,981 3564.336 139.923 3337.979 139.865 3119.082 139.840 2881.703 139.807 2631.596 139.776 2129.816 139.607 2452.858 139.683 2684.246 139.758 2979.622 139.907 3180.931 140.005 3384.459 140.115 3575.902 147.001 4411.250 150.730 4159.470 150.778 4442.362 151.127 4747.245 151.236 5132.206 151.372 5453.970 151.506 Guns Fired Rig up flowline Start surf data acquisition PT surface lines Open LPR-N Press tubing to fire guns Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.4 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 25-Mar-92 18:49:40 18:49:44 18:49:50 18:49:52 18:52:20 18:52:40 18:53:44 18:55:56 18:58:00 18:58:32 18:58:40 18:58:48 18:59:00 18:59:48 19:00:16 19:01:08 19:02:56 19:06:08 19:06:10 19:06:16 19:06:28 19:06:40 19:06:48 19:07:16 19:07:20 19:08:24 19:08:50 19:09:12 19:09:36 19:10:20 19:13:08 19:18:20 19:21:36 19:21:40 5712.231 151.622 5471.100 151.595 5206.631 151.546 4880.408 150.955 4666.687 150.724 4453.753 150.459 4249.861 150.326 4534.692 150.516 4886.267 150.621 5106.543 150.725 4862.566 150.894 4625.956 150.786 4415.850 150.683 4205.121 150.578 3993.306 150.649 3677.792 150.587 3442.988 150.496 3150.853 150.438 2938.830 150.398 2734.167 151.069 2960.764 152.859 3168.528 154.002 3371.498 155.632 3574.536 157.313 3627.600 156.517 Press broke back @ 3147 psi Injected 5 bbl to formation Come up again on tubing press Shut down, injected 2 bbl Open to tanks on 12/64 Open to 14/64 Open to 16/64 Shut in Raise csg pressure to 1510 Open to 12/64 bypass choke *** Start of Period I *** 19:21:40 0.0000 3627.953 156.510 19:21:44 0.0011 3604.738 156.502 19:21:48 0.0022 3588.415 156.494 19:21:52 0.0033 3421.112 156.485 19:21:56 0.0044 3336.955 156.457 19:22:00 0.0056 3269.850 156.428 Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.5 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10585.00 ft TIME D TIME PRESSURE TEMP COMMENTS HH:MM:SS (min) (psi) (F) 25-Mar-92 19:22:04 0.0067 3192.124 156.400 19:22:08 0.0078 3134.238 156.371 19:22:12 0.0089 3091,682 156.343 19:22:16 0.0100 3050.802 156.340 19:22:20 0.0111 3015.123 156.336 19:22:24 0.0122 2987.018 156.333 19:22:28 0.0133 2961.835 156.329 19:22:32 0.0144 2940.552 156.360 19:22:36 0.0156 2921.887 156.391 19:22:40 0.0167 2904.075 156.422 19:22:44 0.0178 2888.856 156.497 19:22:48 0,0189 2874.996 156.573 19:22:52 0.0200 2862.723 156.648 19:22:56 0.0211 2851.913 156.763 19:23:04 0.0233 2833,685 156.993 19:23:12 0.0256 2819.063 157.243 19:23:20 0.0278 2807.074 157.513 19:23:36 0.0322 2788.706 158.062 19:23:52 0.0367 2775.098 158.623 19:24:08 0,0411 2764.665 159.175 19:24:32 0.0478 2752.668 159.963 19:25:04 0.0567 2741.911 160.909 19:25:52 0.0700 2730.958 162.102 19:26:56 0.0878 2720.696 163.321 19:28:24 0.1122 2710.611 164.520 19:31:00 0.1556 2700.337 165.870 19:35:24 0.2289 2690.143 167.018 19:50:32 0.4811 2680.103 168.348 20:15:36 0,8989 2672.325 169.085 Close LPR-N 20:15:40 0.9000 2651.096 169.087 25-Mar-92 *** End of Period I *** *** Start of Period 2 *** 20:15:44 0.0003 2678.387 169.089 20:15:48 0.0014 2829.521 169.120 20:15:52 0.0025 2917.372 169.150 20:15:56 0.0036 2975.245 169.181 20:16:00 20:16:00 0.0047 3016.739 169.211 20:16:04 0.0058 3048.197 169.216 20:16:08 0.0069 3073.074 169.222 20:16:12 0.0081 3093.519 169.228 20:16:16 0.0092 3110.739 169.234 Shut in at choke manifold Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.6 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 25-Mar-92 20:16:20 0.0103 3125.448 169.239 20:16:24 0.0114 3138.315 169.245 20:16:28 0.0125 3149.688 169.241 20:16:32 0.0136 3159.871 169.236 20:16:36 0.0147 3169.103 169.232 20:16:40 0.0158 3177.481 169.228 20:16:44 0.0169 3185.197 169.223 20:16:48 0.0181 3192.310 169.219 20:16:52 0.0192 3198.915 169.214 20:17:00 0.0214 3210.787 169.206 20:17:08 0.0236 3221.270 169.197 20:17:16 0.0258 3230.639 169.185 20:17:24 0.0281 3239.110 169.170 20:17:32 0.0303 3246.843 169.155 20:17:40 0.0325 3253.972 169.140 20:17:48 0.0347 3260.504 169.125 20:18:00 0.0381 3269.545 169.100 20:18:08 0.0403 3275.157 169.082 20:18:16 0.0425 3280.412 169.065 20:18:32 0.0469 3290.077 169.030 20:18:48 0.0514 3298.782 168.992 20:19:04 0.0558 3306.739 168.954 20:19:20 0.0603 3314,089 168.917 20:19:36 0.0647 3320.866 168.879 20:19:52 0.0692 3327.156 168.842 20:20:00 20:20:08 0.0736 3333.044 168.806 20:20:24 0.0781 3338.569 168.770 20:20:40 0.0825 3343.774 168.735 20:21:04 0.0892 3351.095 168.682 20:21:28 0.0958 3357.807 168.630 20:21:52 0.1025 3364.030 168.581 20:22:16 0.1092 3369.833 168.532 20:22:40 0.1158 3375.229 168.483 20:23:04 0.1225 3380.392 168.436 20:23:36 0.1314 3386.722 168.375 20:24:04 0.1392 3391.937 168.323 20:24:36 0.1481 3397.434 168.264 20:25:08 0.1569 3402.593 168.209 20:25:48 0.1681 3408.570 168.141 20:26:28 0.1792 3414.122 168.075 20:27:08 0.1903 3419.307 168.010 Monitor well on buildup Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.7 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 25-Mar-92 20:27:56 0.2036 3425.083 167.936 20:28:44 0.2169 3430.410 167.864 20:29:40 0.2325 3436.192 167.780 20:30:36 0.2481 3441.537 167.698 20:31:40 0.2658 3447.152 167.605 20:32:44 0.2836 3452.312 167.514 20:33:56 0.3036 3457.680 167.413 20:35:16 0.3258 3463.156 167.305 20:36:44 0.3503 3468.565 167.187 20:38:20 0.3769 3474.091 167.061 20:40:00 0.4047 3479.222 166.934 20:41:52 0.4358 3484.301 166.795 20:43:56 0.4703 3489.548 166.646 20:46:08 0.5069 3494.567 166.497 20:48:36 0.5481 3499.587 166.336 20:51:24 0.5947 3504.622 166.164 20:54:40 0.6492 3509.805 165.978 20:58:32 0,7136 3515.127 165.772 21:02:52 0.7858 3520.290 165.560 21:07:56 0.8703 3525.432 165.339 21:14:08 0.9736 3530.692 165.098 21:21:20 1.0936 3535.788 164.869 21:30:04 1.2392 3540.813 164,636 21:41:08 1.4236 3545.934 164.400 21:55:20 1.6603 3550.977 164.175 22:14:16 1.9758 3556.049 163.981 22:41:12 2.4247 3561.199 163.819 23:22:24 3.1114 3566.375 163.772 26-Mar-92 00:23:28 4.1292 3571.048 163.853 01:23:28 5.1292 3573.928 163.928 02:23:56 6.1369 3575.857 164.111 03:25:28 7.1625 3577.303 164.317 04:26:28 8.1792 3578.413 164.522 05:28:28 9.2125 3579.289 164.725 05:59:52 9.7358 3579.659 164.836 05:59:56 9.7369 3579.963 164.836 06:00:00 06:27:30 06:43:40 07:00:56 *** End of Period 2 *** 3579.352 165.368 Open LPR-N, no whp increase Relieve annulus pressure Press csg, monitor well Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.8 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 26-Mar-92 07:30:00 07:58:00 08:00:00 08:01:00 08:02:00 08:04:50 08:14:40 08:45:30 08:48:10 08:50:30 08:53:40 09:01:00 09:03:32 09:03:40 09:05:00 09:08:10 09:10:00 09:12:00 09:27:40 09:29:40 09:33:30 09:37:00 09:38:40 09:40:00 09:42:30 09:57:00 09:59:20 10:00:00 10:00:10 10:04:12 10:05:10 10:12:40 10:13:52 10:14:20 10:16:50 10:16:56 10:17:00 10:17:04 10:17:08 10:17:12 10:17:20 10:17:28 3579.795 165.479 3580.230 165.559 3580.533 165.568 3695.143 165.547 3641.494 165.541 3442.125 165.511 3368.954 165.488 3296.224 165.466 3227.447 165.443 3172,656 165.421 3086.827 165.377 3026.070 165.364 Rig lines to inject in tubing Csg gauge aligned on tubing Maintaining 2200 on csg side Pump downhole with water Shut down Shut in tubing, relieve pump Press up on tubing Shut down rig pump Pump in with test pump Shut down Bleed off to tanks Shut in Relieve pump pressure Realign csg gauge to annulus Equalize with rig pumps Relieve annulus pressure Pressure.up on csg, 195 Pressure up on csg, 1875 Bleed off to 1500 to tanks Csg to tubing communication Shut in Relieve csg pressure Cycle OMNI OMNI in blank position Open to tanks Shut in Relieve csg pressure Cycle OMNI OMNI in test position Open to tanks Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.9 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 26-Mar-92 10:17:40 1 O: 18:00 10:18:20 10:18:24 10:18:32 10:18:40 10:18:52 10:19:04 10:19:20 10:19:40 10:19:52 10:20:00 2965.654 165.346 2907.651 165.339 3000.132 165.540 3056.992 165.655 3115.340 165.770 3184.390 165.931 3239.100 166.066 3295.885 166.223 3348.416 166.373 3372.819 166.429 *** Start of Period 3 *** 10:20:00 0.0000 3386.876 166.466 10:20:04 0.0011 3343.979 166.484 10:20:08 0.0022 3300.128 166.503 10:20:12 0.0033 3211.907 166.498 10:20:16 0.0044 3151.262 166.494 10:20:24 0.0067 3067.873 166.487 10:20:28 0.0078 3032.437 166.483 10:20:32 0.0089 3004.336' 166.480 10:20:36 0.0100 2979.950 166.476 10:20:40 0.0111 2958.744 166.484 10:20:44 0.0122 2940.884 166.492 10:20:48 0.0133 2925.621 166.500 10:20:52 0,0144 2912.463 166.508 10:20:56 0.0156 2901.118 166.516 10:21:04 0.0178 2883.036 166.532 10:21:12 0.0200 2869.464 166.561 10:21:20 0.0222 2858.873 166.605 10:21:28 0.0244 2846.399 166.648 10:21:40 0.0278 2834.278 166.718 10:21:56 0.0322 2822.763 166.823 10:22:20 0.0389 2811.844 166.979 10:23:08 0.0522 2801.536 167.255 10:24:28 0.0744 2791.022 167.647 10:27:00 0.1167 2780.849 168.232 10:27:28 0.1244 2767.208 168.313 10:27:30 10:27:36 0.1267 2756.433 168.334 10:27:56 0.1322 2744.096 168.389 10:29:56 0.1656 2734.044 168.706 Sh~ in atchoke Open to tanks Open to 13/64 bypass choke Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.10 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 26-Mar-92 10:30:00 10:35:36 0.2600 2723.772 169.344 10:45:00 10:57:12 0.6200 2713.099 170.345 11:00:00 11:15:00 11:30:00 11:45:00 11:57:16 1.6211 2721.719 171.127 12:00:00 12:39:00 2.3167 2731.901 171.419 12:46:40 2.4444 2742.835 171.456 12:52:32 2.5422 2753.008 171.484 12:55:52 2.5978 2742.733 171.502 13:28:00 13:30:00 13:31:12 3.1867 2732.405 171.680 13:34:00 13:37:44 3.2956 2722.012 171.714 13:41:56 3.3656 2709.431 171.735 13:43:04 3.3844 2699.402 171.741 13:44:44 3.4122 2689.037 171.750 13:52:00 13:58:00 14:06:52 3.7811 2678.743 171.923 14:07:00 14:13:32 3.8922 2668.567 171.961 14:25:36 4.0933 2658.317 172.036 14:30:00 15:00:00 15:26:08 5.1022 2653.127 172.265 15:56:32 5.6089 2642.869 172.413 16:02:00 16:02:32 5.7089 2654.421 172.453 16:03:12 5.7200 2666.534 172.458 16:04:08 5.7356 2677.516 172.464 16:05:20 5.7556 2687.980 172.472 16:09:28 5.8244 2698.462 172.497 16:23:28 6.0578 2688.126 172.480 16:26:00 16:27:28 6.1244 2677.930 172.468 16:33:12 6.2200 2667.618 172.463 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Flowing to tanks 2 and 3 Open to 14/64 choke Open to 15/64 choke Gas to surface Open to 16/64 choke Trace crude to surface Open to 17/64 choke Well flowing Well flowing Change to 12/64 htr choke Trace solids, no water Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.11 HALLIBURTON Gauge No,: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 26-Mar-92 16:40:52 6.3478 2657,463 .. 172.458 16:48:36 6.4767 2647,438 172,487 16:59:04 6.6511 2637,406 172.574 16:59:32 6,6589 2637,076 172.578 16:59:40 6.6611 2636.839 172.579 *** End of Period 3 *** *** Start of Period 4 *** 17:59:48 1,0022 2629,408 172.832 18:48:28 1,8133 2619.332 172,963 19:49:16 2,8267 2613,552 173.161 20:49:40 3,8333 2613.081 173,326 21:18:36 4.3156 2623,373 173,405 21:40:00 21:50:48 4,8522 2633.501 173,582 21:53:00 22:18:30 22:27:32 5,4644 2623.430 173,519 23:27:20 6,4611 2613.336 173,736 27-Mar-92 00:27:48 7,4689 2611.079 173,884 01:28:04 8,4733 2611,946 174,016 01:46:00 02:12:00 02:28:12 9.4756 2606,427 174.114 02:28:12 9,4756 2606.427 174,114 03:11:28 10,1967 2613,339 174,247 03:11:32 10,1978 2609,548 174,247 *** End of Period 4 *** *** Start of Period 5 *** 03:11:36 0,0003 2637,665 174,247 03:11:40 0.0014 2753.061 174.249 03:11:44 0,0025 2816.211 174.266 03:11:48 0.0036 2857.504 174.283 03:11:52 0,0047 2887,183 174,299 03:11:56 0,0058 2909,921 174.316 03:12:00 0,0069 2928,204 174,319 03:12:04 0.0081 2943.324 174.321 03:12:08 0,0092 2956,135 174,324 03:12:12 0.0103 2967,260 174,326 03:12:16 0,0114 2977.076 174.329 Engage flow to separator Press csg to setoff sampler Start bleeding csg press Csg back to nominal 1574 Take 2 oil samples at separator Take 2 gas samples at separator Shut in at LPR-N Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.12 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 03:12:20 0.0125 2985.830 174.331 03:12:24 0.0136 2993.724 174.333 03:12:28 0.0147 3000.898 174.336 03:12:32 0.0158 3007.470 174.338 03:12:36 0.0169 3013.540 174.341 03:12:40 0.0181 3019.152 174.343 03:12:44 0.0192 3024.405 174.340 03:12:52 0.0214 3033.954 174.334 03:13:00 0.0236 3042.513 174.328 03:13:08 0.0258 3050.212 174.323 03:13:16 0.0281 3057.279 174.317 03:13:24 0.0303 3063.762 174.311 03:13:32 0.0325 3069.791 174.305 03:13:40 0.0347 3075.374 174.299 03:13:48 0.0369 3080.599 174.293 03:14:04 0.0414 3090.110 174.274 03:14:20 0.0458 3098.625 174.254 03:14:36 0.0503 3106.322 174.235 03:14:52 0.0547 3113.367 174.215 03:15:08 0.0592 3119.872 174.196 03:15:24 0.0636 3125.907 174.177 03:15:40 0.0681 3131.533 174.157 03:15:56 0.0725 3136.804 174.139 03:16:20 0.0792 3144.191 174.112 03:16:44 0.0858 3150.990 174.086 03:17:08 0.0925 3157.274 174.062 03:17:32 0.0992 3163.122 174.038 03:17:56 0.1058 3168.610 174.014 03:18:20 0.1125 3173.792 173.990 03:18:52 0.1214 3180.241 173.960 03:19:24 0.1303 3186.235 173.931 03:19:56 0.1392 3191.808 173.903 03:20:28 0.1481 3197.060 173.875 03:21:00 03:21:08 0.1592 3203.185 173.841 03:21:48 0.1703 3208.904 173.808 03:22:28 0.1814 3214.253 173.776 03:23:16 0.1947 3220.216 173.739 03:23:30 03:24:04 0.2081 3225.806 173.702 03:24:52 0.2214 3231.029 173.667 03:25:48 0.2369 3236.755 173.627 Shut in at choke manifold Maintain 130 psi on csg Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.13 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 03:26:44 0,2525 3242.160 173.589 03:27:40 0.2681 3247.173 173.552 03:28:40 0.2847 3252.252 173.514 03:29:44 0.3025 3257.346 173.475 03:30:56 0.3225 3262.680 173,433 03:32:08 0.3425 3267.681 173.392 03:33:28 0,3647 3272.917 173.348 03:35:00 0.3903 3278.505 173.300 03:36:28 0.4147 3283.523 173.256 03:38:08 0.4425 3288.886 173.209 03:39:56 0.4725 3294.328 173.157 03:41:44 0.5025 3299.337 173.112 03:43:48 0.5369 3304.719 173.060 03:46:00 0.5736 3310.042 173.006 03:48:24 0.6136 3315.400 172.950 03:50:52 0.6547 3320.558 172.896 03:53:28 0.6981 3325.632 172.839 03:56:16 0.7447 3330.701 172.780 03:59:28 0.7981 3336.050 172.717 04:02:44 0,8525 3341.125 172.654 04:06:16 0.9114 3346.225 172.590 04:10:04 0.9747 3351.322 172.523 04:14:04 1.0414 3356.329 172.455 04:18:32 1.1158 3361.554 172.385 04:23:20 1,1958 3366.746 172.312 04:28:40 1.2847 3372.004 172.236 04:34:16 1.3781 3377.135 172.159 04:40:16 1.4781 3382.211 172.083 04:46:44 1.5858 3387.271 172.004 04:53:44 1.7025 3392.345 171.925 05:01:32 1.8325 3397.587 171.843 05:09:40 1.9681 3402.611 171.761 05:18:28 2.1147 3407.630 171.678 05:28:32 2.2825 3412,893 171.590 05:39:04 2.4581 3417.992 171.504 05:50:32 2.6492 3423.091 171.418 06:02:52 2.8547 3428.123 171.331 06:16:48 3.0869 3433.301 171.241 06:31:40 3.3347 3438.375 171.152 06:47:44 3.6025 3443.401 171,062 07:05:32 3.8992 3448.484 170.976 07:25:24 4.2303 3453.635 170,888 Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.14 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 07:46:48 4.5869 3458.685 170,796 08:10:56 4.9892 3463.841 170.702 08:37:24 5.4303 3468.962 170.610 09:06:36 5.9169 3474.070 170,521 09:39:24 6.4636 3479.198 170.438 10:16:40 7.0847 3484.413 170.363 10:57:24 7.7636 3489.466 170.290 11:43:32 8.5325 3494.538 170.222 12:35:56 9.4058 3499.626 170.160 13:36:28 10.4147 3504.760 170.112 14:36:28 11.4147 3509,188 170.065 15:34:20 15:34:32 15:34:36 15:34:40 15:34:44 15:34:48 15:34:52 15:35:00 15:35:12 15:35:36 15:36:00 15:36:24 15:36:48 15:37:12 15:37:36 15:38:00 15:38:24 15:38:30 15:39:12 15:39:20 15:40:40 15:41:12 15:41:48 15:42:20 15:42:52 15:43:00 15:43:32 15:43:56 15:44:20 15:44:52 *** End of Period 5 *** 3513.208 170.033 3513.921 170.033 2811.938 169.902 2630.838 169.776 2672.548 169.764 2710.743 169.751 2694.572 169.739 2706.030 169.753 2716.395 169,770 2728.090 169.812 2739.287 169.896 2749.661 170.032 2760.097 170.191 2770.568 170.354 2781.074 170.513 2792.041 170.670 2780.157 170.855 2770.031 170.886 2758.068 171.196 2745.971 171.320 2733.524 171.459 2722.962 171.583 2712.597 171.707 2701.067 171.862 2689.976 171.925 2679.005 171.973 2667.838 172.037 Open LPR-N Open well on 12/64 Open to 14/64 choke Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.15 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 15:48:08 15:50:24 15:51:20 15:52:12 15:53:00 15:54:00 15:55:16 16:02:24 16:04:20 16:05:40 16:07:16 16:08:00 16:08:28 16:09:16 16:10:00 16:10:12 16:11:08 16:12:04 16:13:08 16:14:48 16:16:08 16:17:20 16:18:24 16:19:36 16:20:56 16:22:20 16:23:40 16:25:08 16:26:44 16:28:28 16:30:20 16:32:36 16:35:08 16:37:48 16:40:52 16:44:16 16:46:20 16:52:44 16:56:12 17:02:16 17:20:44 17:32:12 2678.514 172.352 2689.019 172.556 2699.576 172.636 2709.655 172.711 2719.883 172.782 2730,150 172.972 2720.022 173.304 2709.424 173.363 2699.417 173.399 2688.830 173.443 2678.160 173.476 2667.481 173.497 2656.081 173.523 2645.240 173.548 2635.129 173.576 2625.030 173.611 2614.217 173.667 2604.102 173.712 2593.861 173.753 2583.625 173,789 2573.001 173.830 2562.028 173.877 2551.266 173,925 2540.966 173.966 2530.250 174.011 2519.614 174.059 2509.587 174.112 2499.331 174.169 2488.802 174.239 2478.386 174.309 2468.218 174.382 2457,654 174.466 2447.601 174.529 2458.055 174.568 2447.967 174.681 2437.639 174.728 2427.628 174.793 2437.668 174.939 2447.787 175.002 Fluid to surface Open to 48/64 Control flow w/ball valve Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.16 HALLIBURTON Gauge No,: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 17:46:08 18:46:28 19:00:00 19:07:52 19:07:56 19:08:00 19:08:00 19:08:04 19:08:08 19:08:12 19:08:16 19:08:20 19:08:24 19:08:28 19:08:32 19:08:36 19:08:40 19:08:44 19:08:48 19:08:52 19:08:56 19:09:00 19:09:08 19:09:16 19:09:24 19:09:32 19:09:40 19:09:48 19:09:56 19:10:04 19:10:12 19:10:20 19:10:28 19:10:36 19:10:44 19:11:00 19:11:16 19:11:32 19:11:48 19:12:04 19:12:20 19:12:36 2457.799 175.071 2461.945 175.265 2455.890 175.317 2466.079 175.317 2603.607 175.345 2693.676 175.374 2751.245 175.402 2791.878 175.430 2822,558 175.436 2846.997 175.441 2867.071 175,447 2884.150 175.452 2898.875 175.458 2911.714 175,463 2923.176 175,461 2933.454 175.459 2942.741 175,457 2951.257 175.455 2959.049 175.453 2966.317 175,451 2979.283 175.446 2990.755 175.442 3000.985 175.438 3010.231 175.432 3018.672 175,424 3026.414 175.415 3033.441 175.407 3040.189 175.399 3046.479 175.391 3052.425 175.383 3058.061 175.375 3063,401 175.367 3068.473 175,359 3077.935 175,339 3086,647 175.320 3094.759 175.300 3102.269 175.281 3109.276 175,260 3116.045 175.239 3122,272 175.218 Flowing well Shut in at LPR-N Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.17 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 19:12:52 19:13:00 19:13:08 19:13:24 19:13:48 19:14:12 19:14:36 19:15:00 19:15:24 19:15:48 19:16:12 19:16:44 19:17:16 19:17:48 19:18:20 19:18:52 19:19:32 19:20:08 19:20:48 19:21:28 19:22:16 19:23:04 19:23:52 19:24:48 19:25:44 19:26:40 19:27:44 19:28:48 19:30:00 19:31:12 19:32:32 19:33:52 19:35:20 19:36:56 19:38:44 19:40:32 19:42:32 19:44:36 19:46:48 19:49:16 19:51:44 19:54:24 3128.122 175.197 3133.670 175.175 3138.913 175.153 3146.307 175.120 3153.183 175.088 3159.712 175.057 3165.834 175.026 3171.597 174.996 3177.080 174.966 3182.264 174.936 3188.755 174.899 3194.874 174.861 3200.660 174.826 3206.119 174.791 3211.307 174.757 3217.394 174.717 3222.554 174.681 3228.013 174.643 3233.152 174.605 3238.964 174.561 3244.496 174.520 3249.686 174.479 3255.367 174.435 3260.725 174.392 3265.775 174.351 3271.279 174.304 3276.445 174.261 3281.929 174.214 3287.089 174.169 3292.459 174.121 3297.553 174.074 3302.826 174.026 3308.220 173.974 3313.824 173.919 3319.088 173.866 3324.593 173.811 3329.876 173.757 3335.143 173.701 3340.439 173.641 3345.777 173.584 3350.961 173.524 Shut in at manifold, monitor Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.18 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 27-Mar-92 19:57:16 20:00:24 20:03:52 20:04:24 20:04:40 20:04:56 20:05:00 20:16:24 20:16:52 20:21:00 20:22:24 20:30:00 21:22:44 21:43:32 21:44:32 21:45:00 21:45:16 21:46:00 21:56:24 21:59:52 22:01:12 22:01:44 22:15:28 22:24:20 22:59:36 23:03:24 23:05:00 23:06:12 23:10:00 23:10:16 23:11:36 23:16:16 23:29:04 23:53:16 23:54:12 23:56:40 23:57:12 23:58:08 23:58:24 23:58:40 23:58:44 3356.125 173.453 3361.355 173.401 3366.721 173.336 3367.506 173.326 3367.918 173.322 2638.582 173.179 2859.370 175.311 3072.009 175.403 3273.295 174.611 3414.985 172.989 3905,560 172.733 4134.148 172.871 4338.656 172.944 4550.954 172.955 4345.499 172.843 4558.252 172.863 4759.225 172.912 4557.764 164.205 4355.881 162.897 4150.888 163.415 4352.793 163.564 4145.456 163.526 4626.485 163.617 4412.307 163.638 4207,509 163.682 4005.734 164.014 3805.017 163.934 4029.979 164.664 3815.483 164.681 4088.719 164.792 3845.660 164.779 4174.050 164.846 3852.966 164.863 3514.186 164.792 3752.595 164.791 Start to cycle OMNI OMNI in cim position Reverse out Open bypass Pump 5 bbl into formation Unseat packer Date: 25-Mar-92 Ticket No: 007387 Page No: 3.1.19 HALLIBURTON Gauge No.: 10098 Memory Recorder No.: 20566 PRESSURE VS TIME Gauge Depth: 10685.00 ft TIME D TIME HH:MM:SS (min) PRESSURE TEMP COMMENTS (psi) (F) 28-Mar-92 00:28:36 00:29:00 00:31:16 00:46:24 01:04:12 01:08:04 01:27:00 01:27:36 01:31:04 01:36:52 01:42:08 01:51:08 02:06:40 02:20:20 02:34:36 02:47:36 03:00:32 03:11:24 03:25:44 03:34:56 04:26:56 04:38:20 04:47:16 04:54:48 05:02:08 05:08:44 06:03:20 06:43:48 07:43:56 08:00:00 08:44:04 09:32:16 3543.453 159.946 3758.953 159.905 3558.705 159.477 3779.954 154.724 4031.244 153.332 3812.485 153.234 4110,892 153,026 3818.354 152,989 4102.752 153.029 3881.475 153.016 3639.598 152.973 3418.572 147.672 3210.404 140.187 3010.222 135.232 2804.364 128,886 2597.937 121.182 2394.630 113.842 2191.352 107.587 1980.220 98.806 1768.758 93.018 1543.957 77.876 1342.480 74.228 1136.672 70.106 930.518 66.514 724.070 62.608 510.182 59.100 310.133 57.537 106.327 63.138 98,908 67.480 41.831 55.541 40.144 37.879 Lay down test tools X 8 4 Test No' Gauge No: I I One 10212 , I I Pressure/Temperature Well No: 1 [ I i Histor v [ I [ [ [ I ~ [ , I ;g 0 C) I I , I I I Company' Conoco Inc. I I I I I I I I I [ [ [ 2OO Z Z X 8 0 Test No: One Gauge No: 10222 I I 0 OOO I I I I I ir-T]°. Pr essur e,/T e mper at ur e Well No: 1 ,f.-. History I I I I I I Company: Conoco Inc. I I I I I ~RS 200 0 0 "--4 Ca '-4 Z X 8 Test No' Gauge No: I I I One 10220 Pressure//Temperature Well No: I I I I I ! I I I History , I I I Company' Conoco Inc. i I i i i I i i i I I I I I 200 -- -- -- 0 ~...& Z 0 o --4 O0 k Z NW Milne Pt. #1 DST#1 25-1Vlar-62 25-Mar-92 17:30:00 17:45:00 18:00:00 18:15:00 18:30:00 18:45:00 19:00:00 19:15:00 19:30:00 19:45:00 20:15:00 20:30:00 20:45:00 21:00:00 21:15:00 21:30:00 21:45:00 22:15:00 (hfs) (ps~) (degf) (ps~) 89625 431.53 2556.50 1920,00 1936.00 1938.00 215225 1026.75 114.65 83.67 72.90 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.2375 0.4875 0.7375 0.9875 1 2.375 1.4875 1.7375 1.9875 2.2375 2.4875 2.7375 2.9875 3.2375 3.4875 3.7375 3.9875 42.375 4.4875 4.7375 4.9875 Gas Rate (rn~da) 51.5 49.36 53.8 48.44 56.0 48.17 57.0 48.00 58.4 45.40 57.9 47.35 572. 1428.63 50.3 1411.25 452. 1479.62 48.1 1474.87 482. 1473.25 48.0 1471.87 51.6 118.73 53.0 119.04 54.5 118.16 55.0 118.99 56.0 119.39 57.0 1172.8 1' Oiimtr (b~Vda) (bbVda) 4,.~.00 Rereads Page No. 4.1.1 Inil~ Flow Pe~cl Returned 162.5 to Tank 4 in 54 min Shut in for buildup Co{loco~ NW Milne PL #1 DST#1 25-Mar-.92 00:15:00 00:30:00 00:45:00 01:00:00 01:15:00 01:30:00 01:45:00 02:15:00 03:00:00 03:15:00 Wellhead C, ondlione and Rates Dame Whp Wht Csg (hrs) (ps~) (de~ (psis) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0,00 0.00 0.00 5.2375 5.4875 5.7375 5.9875 6.2375 6.4875 6.7375 6.9875 7.2375 7.4875 7.7375 7.9875 8.2375 8.4875 8.7375 8.9875 9.2375 9.4875 9.7375 9.9875 10.2375 10.4875 Gas Rate (rncf/da) 57.6 116.29 58.0 110.09 55.4 110.89 54.7 152.50 54.4 141.25 54.3 139.75 54.4 139.25 54.5 139.00 54.9 138.00 55.7 138.50 56.5 134.87 57.3 133.12 58.1 132.62 60.1 131.50 61.4 130.50 62.2 129,87 62.6 129.25 1 · Oilmtr strap (bbl/da) GOR Rema~,s Page No. 4.12 NW Milne Pt, #1 DST#1 25-Mar~ 08:15:00 08:30:00 09:00:00 08:15:00 D~rne Whp Wht Csg (hrs) (ps~) (dec~), (psi(j) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 1611.00 1678.75 1779.50 4437.75 1324.00 3137.25 10.7375 10.9875 11.2375 11.4875 11.7375 11.9875 12.2375 12.4875 12.7375 12.9875 13.2375 13.4875 13.7375 13.9875 14.2375 14.4875 14.7375 14.9875 15.'~75 15.4875 15.7375 15.9875 16.2375 (rnc~'da) 63.1 128.37 63.4 127.50 63.8 126.88 64.1 126.00 64.3 125.75 64.6 125.13 64.8 124.49 65.0 12421 652 699.38 65.3 1433.25 64.4 4.83 63.8 2195.25 63.4 2161.88 62.8 2201.13 62.6 2194.25 62.4 2191.63 62.5 3.76 64.5 624.62 65.2 0.00 65.8 1733.25 71.8 3592.38 67.0 2.91 67.5 1872.00 (scf/$tb) Remarks Page No. 4.1.3 Attempt to open NW Milne Pt. #1 DST#1 25-Mar-92 T'IITle 26-Mar-92 09:45:00 lO:O0:00 lO:15:00 lO:3O:OO lO:45:0o 11 :oo:oo 11:15:o0 11:30:00 11:45:00 12:oo:00 12:15:0o 12:30:00 12:45:00 13:00:00 13:15:00 13:3o:o0 13:45:oo 14:00:oo 14:15:00 14:30:00 14:45:00 15.00:00 15:15.00 (hrs) (psig) (de~ (psig) 3174.75 1010.75 926.50 60.35 51.95 46.42 44.55 39.70 36.80 33.87 33.25 31.05 32.32 57.97 129.10 161.75 135.50 130.23 113.53 119.15 124.53 16.4575 16.7375 16.9875 17.2375 17.4875 17.7375 17.9875 18.2375 18.4875 18.7375 18.9875 19.2375 19.4575 19.7375 19.9875 20.2375 20.4875 20.7375 20.9875 21.2375 21.4875 21.7375 21.9875 Gas Rate (mc=da) 63.0 1957.50 63.3 1976.12 65.0 1568.38 57.9 1538.13 54.6 1536.00 52.9 1537.00 52.1 1541.63 51.4 1547.13 51.1 1554.63 50.6 1562.87 49.8 1581.00 49.4 1586.88 48.8 1592.25 48.4 1597.25 47.2 1601.13 48.8 1603.50 48.1 1605.62 47.3 1608.88 472. 1613.88 47.2 1619,25 45.9 1623.88 46.7 1632.63 (bbl/da) 320.06 240.05 480.10 300,05 GOR Page No. 4.1.4 Well Rowing eypas~ t~ inks NW Milne Pt. #1 DST#1 25.Mar-92 26-Mar-92 15:30.00 15:45.00 16:00.00 16:15:00 16:30:00 16:45.'130 17:00.00 17:15:00 17:30:00 17:45:00 18:00.00 18:15:00 18:30:00 18:45:00 19:00.00 19:15:00 19:30:00 19:45:00 20:15:00 21:00:00 Wellhead Con~ons and Rates Dtime Whp Wht Csg (hrs) (~s~) (de~f) 127.48 128.15 128.95 154.60 132,15 127,38 129.95 129.08 132.20 127.38 127.10 128.30 124.65 123.70 122.15 121.75 119.55 118.55 119.20 118.48 118.05 119.60 22.2375 22,4875 22.7375 22.9875 23.2375 23.4875 23.7375 23.9875 24.2375 24.4875 24.7375 24.9875 25.2375 25.4875 25.7375 25.9875 26.2375 26.4875 26.7375 26.9875 27.2375 27.4875 27.7375 Gas Rate (rnc~da) 46.6 1643.13 46.5 1561.38 46.6 1570.50 46.3 1529.38 47.0 1552,75 46.1 1578.12 50.7 1528.13 53.7 1557.87 56.3 1569.00 58.4 1530.38 59.9 1542.87 60.9 1547.75 61.6 1549.75 61.9 1550.50 62.0 1551.00 62.0 1551.13 61.8 1550.63 61.7 1550.12 61.4 1549.63 61.1 1548.88 60.3 1547.87 59.9 1547.75 70.77 67.89 68.99 70.89 72.71 72,29 72.31 70.37 69.58 67.48 69.64 1 · Oilmtr ~,l/da) 307.09 321.96 312.87 307.34 287.98 318.29 320.60 314.60 312.92 308.37 310.11 299.31 310.84 (bt~da) 260.05 180.04 300.06 GOR 226 221 24O 223 227 230 231 228 224 225 224 241 Rema~,s Page No. 4.1.5 Engaged separ~r NW Milne PL #1 DST#1 25-Mar~ Time 26..Mar-92 21:15.'00 21:30.00 21:45.00 22:00.00 22:15.1:)0 22:30:00 22:45.'00 23.'00.'00 23:15:00 00:00:00 00:15.00 01:00:00 01:15.00 01:30.'00 01:45.t30 02:15:00 Wellhead Conc~a:~ and Ra~ Dlirne ~ Wht Csg (hfs) (m'i~) (__de~,~. (psis) 121.55 123.25 124.15 125.25 122.85 122.35 119.35 120.00 119.80 116.73 116.20 114.88 116.30 114.33 113.18 113.70 114.03 115.28 116.80 113.78 113.30 112.85 27.9875 28.2375 28.4875 28.7375 28.9875 29.2375 29.4875 29.7375 29.9875 30.2375 30.4875 30.7375 30.9875 31.2375 31.4875 31.7375 31.9875 32.2375 32.4875 32.7375 32.9875 33.2375 Gas Rate (rncf/da) 1' Oilmb' ~W) 59.7 1547.62 71.31 293.90 59.5 1547.38 74.69 291.86 59.2 2634.00 70.55 294.60 59.2. 2284.38 72.61 297.44 58.6 1738.13 72.89 305.56 58.0 1582.87 73.52 313.98 57.5 1585.75 69.67 306.43 57.1 1589.63 65.41 300.88 56.7 1598.88 73.91 299.16 56.3 1598.50 73.29 314.01 56.0 1601.00 67.32 308.56 55.6 1602.00 76.43 305.53 55.3 1602.63 67.01 298.53 55.7 1602.87 72.03 295.10 56.5 1603.12 71.04 296.53 56.5 1603.75 70.68 299.87 56.5 1604.00 71.94 305.50 56.4 1604.25 72.20 297.88 56.0 1604.75 70.82 290.95 55.4 1605.50 73.24 304.95 54.9 1606.25 76.40 307.92 54.8 1608.38 76.17 300.34 strap (bbVaa) GOR 243 256 239 244 239 234 227 217 247 2,.93 218 250 224 244 240 238 235 242 243 240 245 254 Page No. 4.1.6 NW Mitne PL #1 DST #1 25-Mar-92 07,'130:00 07:15:00 07:30:00 07:45:00 08:15:00 We~head Comtli(~s and Rates Dtime Whp Wht Csg (hrs) (psig) (clegf). (ps~) 112.05 106.83 113.68 145.05 180.45 201.78 217.90 248.75 259.25 264.50 264.10 33,4889 33.7375 33.9875 34.2375 34,4875 34.7375 34.9875 35.4875 35.7375 35.9875 36.2375 36.4875 36.7375 36.9875 37.2375 37.4875 37.7375 37.9875 38.2375 38.4875 38.7375 38.9875 39.2375 Gas Rate (rncf/da) 54.7 55.8 57.9 62,6 60.6 58.4 59.7 61.1 62.0 63.1 63.8 67.6 69.6 70.5 68.1 66.3 66.1 65.7 64.5 61.1 59.5 58.8 57.8 1611.88 1613.88 0.00 129.87 130.50 130.50 130.37 128.37 125.88 122.98 119.95 116.19 113.05 110.38 109.28 107.14 118.85 116.90 116.75 129.75 129.50 128.62 , (bbVda) (bbVda) 280.06 GOR 245 Remarks Page No. 4.1.7 Shut in for bta'ldup NW Milne PL #1 DST#1 25-Mar-92 10:30:00 10:45:00 11:00:00 11:15:00 11:30:00 11:45:00 12.'00:00 12:15:00 12:30:00 12:45:00 13:00:00 13:15.00 13:30:00 13:45:00 14:00:00 14:15:00 Wellhead ~ and ~ Dtime Whp Wht Csg (hrs) (ps~) (de~ 39.4875 264.50 57.0 128.00 39.7375 264.50 56.7 127.00 39.9875 264.25 56.1 124.86 40.2375 264.40 56.4 122.78 40.4875 262.58 56.1 120.75 40.7375 263.53 61.5 126.25 40.9875 263.75 63.0 133.87 41.2375 264.25 64.0 133.37 41.4875 264.75 64.8 132.25 41.7375 264.50 65.4 131.12 41.9875 265.25 66.1 129.87 42.2375 264,75 66.0 129.00 42.4875 264.75 65.9 127.63 42.7375 264.50 66.3 126.38 42.9875 265.00 66.8 125,13 43.2375 264.75 67.2 123.90 43.4875 264.30 67.5 122.85 43.7375 264.78 67.8 121.95 43.9875 264.58 68.2 121,03 44.2375 264.43 68.4 119.91 44.4875 264.83 68.6 118.90 44.7375 264.95 68.9 117.95 44.9875 266.00 69.3 116.39 Gas Rate (mcr~da) 1' Oiimtr (bbVda) strap (bbVda) (scf/stb) Rerna~,s Page No. 4.1.8 NW Ml~ne Pt #1 DST#1 25-Mar-92 'l'lme 27-Mar-92 14:30:00 14:45:00 15.00:00 15:15:00 15:30.00 15:45:00 16.00:00 16:15:00 16:30:00 16:45:00 17:00:00 17:15:00 17:30:00 17:45:00 18:00:00 18:15:00 18:30:00 18:45:00 19:00:00 19:15:00 19:30:00 19:45:00 Wellhead ~s and Rates Dame Whp Wht Csg (hfs) (psig) (degf), (psig) 264.17 264.40 264.75 264.17 266.48 107.93 80.50 74.80 67.10 74.25 56.77 462o 45.17 42.73 44.57 47.10 40.95 45.73 65.70 137.12 16,3.83 · 183.40 45.2375 45.4875 45.7375 45.9875 46.2375 46.4875 48.7375 48.9875 472375 47.4875 47.7375 47.9375 48.2375 48.7375 48.9875 49.2375 49.4875 49.7375 49.9875 50.2375 50.4875 50.7375 Gas Rate (mcr/da) 69.5 116.33 70.0 115.35 70.4 114.06 70.5 113.79 68.1 11228 62.3 1437.50 56.5 1523.63 49.5 1512.62 46.9 1509.50 48.9 1508.25 46.8 1506.33 47.2 1506.25 47.2 1506.63 47.0 1506.88 46.6 1509.62 48.3 1513.13 46.0 1516.50 48.0 1519.00 45.8 1522.13 48.7 0.00 49.9 0.00 51.6 0.00 52.8 28.61 117.81 106.63 107.62 108.74 110.38 102.47 108.90 strap (bbVda) 765.16 480.76 320.64 320.64 240.48 ,.'.'.'.'.'.'.'.'.'~0.68 281 326 Rerna~s Pacje No. 4.1.9 Well Rowing Engaged~r Shut in, End Test NW Milne Pt. #1 Second & Third Flow Periods 800 Whp data starts at 10:30:00 26-Mar ,~.,..~' Oil Rate Gas Rate I I I I I I 15 20 25 30 35 40 45 Delta Time (hrs) 50 NW Milne Pt. #1 Second Flow (Thru Separator) 350 ~ Data acq shut down 15 min ..~~ Oil Rate I ! \ 17:45:00 26-Mar ..7"! 2504 ........................................................ :;"'-~~".:~::: ............ '~ ........ ~' .... ~;; ......... ~ ......I 0 I I I I I I I I I 24 25 26 27 28 29 30 31 32 33 Delta Time (hrs) NW Milne Pt. #1 DST#1 25-Mar-92 Time 26-Mar-92 10:00.~30 10:16:00 10:18:00 10~0:00 10."27.130 10:30:00 10:45:00 11:00:00 11:15:00 11:30:00 11:45:00 12:00.~:)0 12:15:00 12:30:00 12:45.130 13:00.130 13:15.1:)0 13:30:00 13:30:00 13:45:00 14:00:00 14:00:00 14:30.00 14:30:00 16.8042 17.0709 17.1042 17.1375 17,~342. 17.3042 17.5542 17.8042 18.0542 18.3042 18.5542 18.8042 19.0542 19.3042 19.5542 19.8042 20.3042 20.8042 21.3042 I Inch Oil Meter Cum Rate Rate(con') Tank2 (bbl) (bbl/da) (bbVda) (in) Opening straps: Tank1 = 3', Tank2 = 3.5', Tank3 = 4.5', Tank4 = 11.75' open te Tank fl2 on 12/64 choke Shut in at choke Open te Tanker2 on 12/64 choke 6.50 8.00 10~5 11.75 14.00 17.00 Change te 17/64 choke 18.50 Tanks (~) 7.00 8.50 11.50 13.50 16.00 18.00 26.00 TankStraps (in) 3.00 2.50 2.25 1.50 2,00 3.00 2,25 2.00 1.50 2.50 2-00 3.00 2.00 6.00 5.00 4.17 3.75 2.50 3.33 5.00 3.75 3~33 2~50 4.17 3.75 3.33 5.00 3.33 (bbl) 5,00 9,17 12-92 15.42 18.75 23.75 27.51 30.84 33.34 37.51 41~-----------------o~ 44.59 49.59 52-93 Rate (bbVda) Page No. 4~..1 480,10 320.06 240.05 NW Milne PL #1 DST#1 25-Mar-92 'rETie 26.Mar-92 15:00.'00 15:30:00 16.00:00 16:30:00 16:30:00 17.00.'130 17.'00:00 17:15.00 17:30:00 17:30:00 17:45.00 18:00:00 18:00.-130 18:15:00 18:30.00 18:30:00 18:45:00 19:00:00 19:15:00 19:30:00 19:45.00 20:15:00 (hfs) 21.8042 22.3042 22.8042 -22.8042 23.3042 23.8042 23.8042 23.9875 24.2375 24.2375 24.4875 24.7375 24.7375 24.9875 25~375 25.2375 25.4875 25.7375 25.9875 262375 26.4875 26.7375 26.9875 272375 I Inch Oil Meter (bb~) (bbV~ Oil Gravity 26.7 @ 60 degf Flow through separator, oil reacings from 1' tufc~ne meter 1.10 317.73 307.09 Change to 17/64 dx~e 4.57 333.12 321.98 7.94 323.71 312.87 Oil Gravity 26.4 @ 60 degf TaJlk2 (in) 29.50 11.25 317.99 307.34 33.50 14.35 297.96 287.98 Change to 16/64 choke 17.78 329.30 318.27 21.24 331.71 320.60 24.63 325.50 314.60 37.00 28.00 323.77 312.92 31.32 319.06 308.37 34.66 320.86 310.11 37.89 309.68 299.31 40.50 41.24 321.62 310.84 Tank3 (~n) Tank Straps (in) 29,25 3.75 3.25 3.50 31.50 2.25 3.25 4.00 38.25 3.00 4.50 43.00 3.50 3.25 Irlc 6.25 5.42 5.83 3.75 5.42 6.25 6.67 7.50 7.92 5.83 (bbi) 71.68 77.10 82.93 86.68 92.10 98.35 105.02 110.02 117.52 125.44 131.28 136.69 (bbl/da) ,, Page No. 4.2.2 300.06 260.05 280.06 180.04 260.05 320.06 240.05 360.67 380.05 280.06 260.05 'l-lrne 26-Mar-92 20:45:00 21:00.~)0 21:15.00 21:30:00 21:45:00 22:00:00 22:15:00 23:15.00 27-Mar-.92 O0:O0.1:X) 00:15.00 00:30.00 00:45.00 01:00:00 01:15:00 01:30:00 01:45.'00 27.4875 27.7375 27.9875 28.2375 28.4875 28.7375 28.9875 29.2375 29.4875 29.7375 29.9875 30.2375 30.4875 30.7375 30.9875 31.2375 31.4875 31.7375 31.9875 32.2375 32.4875 32.7375 1 Inch O~ Meter Cum 44.53 47.84 51.00 54.15 57.33 60.53 63.82 67.21 70.51 73.75 76.98 80.36 86.98 90.20 93.38 96.57 99.81 100.10 106.37 109,54 112.83 Rate (bb_WJ 316.21 317.47 304.09 301.97 304.81 307.75 316.15 324.85 317.05 311.31 324.89 319.28 316.12 308.88 305.33 306.81 310.26 316.09 3O8.20 301.03 315.52 305.62 306.84 293.90 291.86 294.60 297.44 305.56 313.96 306.43 300.88 299.16 314.01 Tank2 (in) 56.00 58,50 622.5 Tank3 (in) 49.25 53.50 57.00 60.25 64.00 (in) 3.75 3.00 3.75 4.25 3.25 3.50 4.75 3.25 2.50 3.75 Inc 6.25 5.00 6.25 7.08 5.83 4.17 6,25 6.25 (bbl) 142.95 147.95 154,20 161.28 156.70 172.53 180.45 185.87 19O.04 196.29 (b~da) Page No. 4.2.3 300.05 240.05 340.07 280.05 260.05 200.04 NWMale Pt #1 DST#1 25-Mar-92 Time (hrs) (biff) (bbl/deJ Rate(corr) (bbl/da) Tank2 (in) 27-Mar-92 02:15.00 32.9875 116.15 318.60 02:30:00 33,2375 119.39 310.75 02:45.00 33.4889 122.65 3132.0 03.00:00 33.7375 126.34 310~2 307.92 300.34 302.71 299.83 65.75 Volume & Rate Summalfons for flow from 17.~30 to 03.00 126.34 336.91 325.62 Shut in LPR-N, Blow down lines to tank 3 Shut in at choke manifold 15.00.130 15:38.~X) 15:52:00 15:57.00 16:03:00 16:15.00 16:30:00 16:30:00 16:45.00 17:03:00 17:15:00 17:30.~:)0 46.7375 46.9875 47.2375 47.4875 47.7375 47.9875 46.2375 Slarling Straps: Tank1 = 4.5" Tank2 = 64" Tank3 = 70 · Tank4 = 11.75" Open Well Fluid at surface, Choke is 18/64 Dump Separator to Tank2 1.49 536.40 518.43 64.00 8.80 701.76 678,25 Change choke to 43/64, Control flow wilh ball valve on flowfine 15.58 650.88 629.08 74.50 21 ~2 541.44 523.30 26.00 458.88 443.51 30.04 387.84 374.85 33.85 365.76 353.51 78.50 Tank3 (in) 67.50 71.00 TankStraps (in) 3.50 3.50 3.5 10.50 6.00 Inc 5.83 5.83 5.83 17.50 208.38 2142.1 122.11 220.04 17.50 (bbVda) Page No, 42.4 280.08 325.62 280.08 763,64 450.10 NW Milne PL #1 DST#1 25-Mar-92 Time (hfs) (bb{.) (l~l/da) 17:45.00 48.4875 37.76 375.36 18:00:00 48.7375 41.84 391.68 18:15.00 48.9875 46.02 40128 18:30:00 49.2375 50.11 392.64 18:45:00 49.4875 53.96 369.60 19:00.00 49.7375 57.95 383.04 19:07:00 49.8542 59.83 386.74 Ra~(~ (bbVda) Tank2 (in) Tank3 (in) 362.79 378.56 80.00 387.84 379.49 81.50 357.22 370.21 8425 373.79 See Nol~ $ Tank Straps Inc (~n) 4.00 3.00 425 2.00 Inc 6.67 5.00 7.08 3.33 45.84 52,92 56.25 (bbVda) Page No. 4.2.5 320.06 240.05 340.07 6(X).12 Noles: 1) Flowed into Tank #1 for 15 minutes 2) The I inch ml rnei~r rote column is calculated from rne~r increments with no correclions applied 3) The corrected rate has a 0.9665 wea~ factor applied which was derived from lhe average rate using tank straps over lhe 9 hour period flowing through the separator 4) Tank factor is 1.667 bblrmch 5) Flowed to Tank#1 for final 8 minu~.s NW Milne Pt, #1 DST#1 25-Mar-92 Gas Data (hfs) Whp Static (ps,j) Diff {in) Temp ol~r~ce (in) Gas Grav (Air=l) Rate (rnsc~/da) Cum (msct) 26-Mar-92 17:30:00 17:45:00 18:00:00 18:15:00 18:30:00 18:45:00 19."00:oo 19:15:00 19:30:00 19:45.o0 20:00:00 20:15:00 20:30:00 21:00:00 21:15:00 21:30:00 21:45:00 22:15:00 23:15:00 24.2375 24.4875 24.7375 24.9875 25.2375 25.4875 25.7375 25.9875 26.2375 26.4875 26.7375 26.9875 27.2375 27.4875 27.7375 27.9875 28.2375 28.4875 28.7375 28.9875 29.2375 29.4875 29.7375 29.9875 132.20 127.38 127.10 128.30 124.65 123.70 122.15 121.75 119.55 118.55 119.20 118.48 118.05 119.60 121.55 123.25 124.15 125.25 122.85 122.35 119.35 120.00 119.80 68.60 68.95 67.15 57.70 43.91 44.13 42.70 37.35 35.30 54.00 34.97 45.56 45.84 70.75 65.75 72.00 51.10 32.42 29.30 31.15 45.16 46.85 48.07 49.91 51.76 45.56 30.47 49.06 50.80 47.31 31.64 37.26 34.05 30.78 55.11 39.50 33.01 46.52 99.20 99.95 99.69 98.95 97.22 95.31 92.89 89.78 87.86 85.55 82.41 87.15 92.74 100,27 106.17 109.61 110.51 54.37 106.31 106.10 104.13 101.04 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0,500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.765 0.752 0.752 0.752 0.752 0.752 0.752 0.752 0.752 0.740 0.740 0.740 0,740 0,740 0.740 0.740 0.740 0,740 0.740 0.740 0.780 0.780 0.780 0.780 Page No. 4.3.1 70.77 67.89 68.99 70.89 72,71 72.29 72.31 70.37 69.56 67.48 69.64 71.95 73.93 71.31 74.69 70.55 72.61 72.89 73.52 69.67 65.41 73.91 0.00 0.74 1.44 2.16 2.90 3,66 4.41 5.17 5.90 6.62 7.33 8.05 8.80 9.57 10.31 11.09 11.83 12.58 13.34 14.11 14.83 15,52 16.29 NW Milne Pt. #1 DST#1 25-Mar-92 Gas Data Dlime (hrs) Whp Stalic Diff (in) Temp Orifice (in) Gas Grav (Air=l) Rate (m.~/da) Cum (mscf) 01:15:00 01:30:00 01:45:00 02:00.00 02:15:00 02:30:00 02:45:00 03:00:00 30.2375 30.4875 30.7375 30.9875 31.2375 31.4875 31.7375 31.9875 32.2375 32.4875 32.7375 32.9875 33.2375 33.7375 116.73 116.20 114.88 116.30 114.33 113.18 113.70 114.03 115.28 116.80 113.78 113.30 112.85 112.05 106.83 62,64 55.05 57.21 41.01 44.66 37.60 38.17 48.51 35.61 40.00 50.35 70.66 63.87 63.18 93.79 96.13 94.85 98.77 100.98 102.97 103.27 101.34 100.37 102.12 102.69 100.41 98.70 103.09 0.500 0.500 0.5O0 0,500 0.500 0.5OO 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.500 0.750 0.780 0.780 0.780 0.774 0.774 0.774 0.774 0.774 0.774 0.774 0.774 0.774 0.774 0.774 Page No. 4.32. 73.29 67.32 76.43 67.01 72.03 71.04 70.68 71.94 72.20 70.82 73.24 76.40 76.17 74.92 17.05 17.75 18.55 19.24 19.99 20.73 21.47 22.22 22.97 23.71 24.47 25.27 26.06 26.64 27.68 17:30:00 17:45:00 18:03:00 18:15:00 18:30:00 18:45:00 19:03:00 48.2375 48.4875 48.7375 48.9875 49.2375 49.4875 49.7375 45.18 42.73 42.90 44.57 47.10 40.95 45.73 17.36 16.19 13.53 15.85 16.45 14.66 15.46 43.79 40.92 43.61 42.71 45.21 40.40 41.60 112.90 113.70 110.50 113.90 116.30 117.80 117.80 0.750 0.750 0.750 0.750 0.750 0.750 0.750 0.774 0.767 0.767 0.767 0,767 0.767 0.767 117.81 105.83 107.62 108.74 110.38 102.47 106.90 1.23 2,34 3.46 4,59 5.74 6.81 7.92 O: / . ,/ ../ / /, '/ .... 3CAN CHART NO. M-1S00-H-250F / -i .. · , ., . · . · .. .. -OOEI . og~'- .. .'. .. ... .-,, ::;[ '. NWM_DATA.WK1 NW MILNE #1: DATA INVENTORY 24-Apr-92 WELL LOGS 8 AM SECOND SHIPMENT STATE WELL LOG / REPORT .~I/RUN I DATE I SCALE I MD/TVDI TOP I BASE [ TYPE I # I SENT Array Induction ,-"~' 3 20-Mar-92 1", 2" 'rVD 6,964 7,406 Blueline ~ 1 24-Apr-92 An'ay. Induction v// 3 20-Mar-92 1", 2" TVD 6,964 7,406 ~"' Sepia 1 24-Apr-92 Array Sonic (LSS) - GR~./ 1,2, 3 2,7,20-Mar-92 1", 2" TVD 150 7,395 Blueline I 24-Apr-92 ArraySonic (LSS) - GR '~" 1, 2, 3 2,7,20-Mar-92 1', 2' TVD 150 7,395 Sepia ' I 24-Apr-92 , CDN '/' 1 9>19-Mar-92 1", 2" TVD 4,360 7,356 Blueline 1 24-Apr-92 CDN ,..~/i I 9>19-Mar-92 1", 2" TVD 4,360 7,356 Sepia . 1 24-Apr-92 CDR .'~ 1 9>19-Mar-92 1", 2" TVD 4,400 7,400 Blueline ~ I 24-Apr-92 CDR~' I 9> 19-Mar-92 1", 2" TVD 4,400 7,400 Sepia 1 24-Apr-92 UthoDensity-CNL-GR (Poro) J 2,3 7 & 20-Mar-92 1", 2" TVD 2,275 7,406 Blueline ~ I 24-Apr-92 UthoDensity-CNL-GR (Poro) ~. 2,3 7 & 20-Mar-92 1", 2" TVD 2,275 7,406 Sepia t I 24-Apr-92 UthoDensity-CNL-GR (Raw) ~ 2,3 8 & 20-Mar-92 1", 2" TVD 2,275 7,406 Blueline 1 24-Apr-92 UthoDensity-CNL-GR (Raw)/ 2~3 8 & 20-Mar-92 1"; 2" TVD 2,275 7,406 Sepia i 1 24-Apr-92 Natural Gamma Ray Spectrometry J 3 20-Mar-92 1", 2" TVD 4,180 7,384 Blueline ~ 1 24-Apr-92 Natural:Gamma Ray Spectrome~y.../". 3~ 20-Mar-92 1", 2" TVD 4,180 7,384 " Sepia ~ 1 24-Apr-92 Phasor Induction/SFL-MSFL v~ 1,2, 3 2,7,20-Mar-92 1", 2" TVD 150 7,410 Blueline I 24-Apr-92 Phasor Induction/SFL-MSFL . ~/ ' 1,2, 3 2,7,20-Mar-92 1", 2" TVD 150 7,410 Sepia . I 24-Apr-92 LIS (Open-hole Edit) J ca. 20-Apr-92 MD 113 11,086 9-Track Tape - 1 24-Apr-92 RECEIVED APR 2 8 1992 Alaska 0il & Gas Cons. Commission Anchorage PERMIT ~ ~/ - //-/'~ WEll NAME 4,/~J. _ · UM,---C,,u,, DATE J i -~ o i ~"~- CO. CONTACT AOGCC GEOLOGICAL MATERIALS INVENTORY LIST [ check off or list data as it is received ) 407 ! ~/,-~,/~'~ drillin9 history v/ survey I ~ ~,-. tests ~'rcore desription(~ cored interval~ core analysis ~ dh/ditch intervals digital data i , ~ ..,,~" ~w/ ,~ i i ii _1 _ i LOG TYPE RUN INTERVALS SCALE NO. 1} ..... , ,, ,,, , ........... , .... : 8l , ..... , , ,, _ lO| 12! 13} 16] , ,.17} 11~I 19] .o Western Atlas interna:ional CORE LABORATORIES TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT TO: ALASKA OIL AND GAS COMM. 3001 PORCUPINE DR. ANCHORAGE, ALASKA ATT'N: LARRY GRANT MATERIALS RECEIVED VIA: CORE LAB PERSONNEL ITEMS RECEIVED: STATE CHIPS NW MILNE #1 .~BOX 1 OF 2 10776 - 10810 FEET ,~'~2 OF 2 10811 - 10828 FEET for COREl. AB Date: 23-APR-92 Shipped by: PERRY BROWN / ,,, 8005 Schoon Street, Anchorage, Alas~<a 99518-3045. (907) 349-3541, Fax (907) 344-2823 NWM AK.WK1 21 -Apr-92 8AM NW MILNE #1 DATA TRANSMITTAL STATE OF ALASKA CONFIDENTIAL TIGHT HOLE WELL LOG Array Induction (Prelim) RUN Array Induction (Prelim) Array Sonic (LSS) - GR Array Sonic (LSS) - GR 1,2,3 J 1,2,31 CDN' ;DR FMI-Mierolmager Image & Dipmeter Mode LithoDensity-CNL - GR (Poro) LithoDensity-CNL- GR (Poro) 2,3 12,3 LithoDensity-CNL- GR (Raw), LithoDensity-CNL- GR (Raw) Natural Gamma Ray Spectrometry DATE SCALE Nature[ Gamma-Ray Spectrometry: Phasor Induction/SFL- MS FL Phasor In duction/SFL- MS FL 20-Mar-92 2,7,20- Mar- 92 2,7,20 - Mar- 92 20-Mar-92: 5" 1", 2", 5" 1", 2", 5' 9> 19- Mar- 92 2",5" 9>19-Mar-92 9>19-Mar-92 9>19-Mar-92 21 -Mar-92 21 -Mar-92 7 & 20- Mar-92 7 & 20-Mar-92 2,3 8 & 20-Mar'92 2,3 8 & 20-Mar-92 I :~ 20-Mar-92 20-Mar-92 2,7,20-Mar-92 1, 2,3,. 1,2, 3 2,7,20-Mar-92 11 11 1 ", 2", 5" :1-", 2", 5" ', 2", 5' 1", 2", 5" 1", 2", 5" ~: 1'.', ,2", 5" 1", 2", 5" 1". 2"i' 5" MD/TVDI TOP IBASEI TYPE II COPIES MD 6,238111,030 . Blueline 1 MD 6,2381-tl,030 ' Sepia 1 MD 152110,994~. Blueline 1 MD 152110,994 Sepia 1 MD 6,124 10,960 ~ Blueline I 1 MD 6,124 10,960 SepiaI 1 MD I 6,190111,025 Blueline 1 MD I 6,190111,025 ~ Sepia 1 MD 6,238 11,042 Blueline 1 MD 6,238 11,042 Sepia 1 MD I 2,862110,9951 Blueline Il 1 ~ MD · 1.2~862110,9951 SepiaII 1 MD 2,862110,995 ;~ Slueline 1 - MD- 2,862110,99-5 Sepia 1 MD 5,850110,966 Blueline I 1 MD 5,850t 10,966 SepiaI 1 MD 152111,041 J_ alueline 1 MD :1 ' :152111i0_41..1~ Sepia 1 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 SENT -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 SHDT Formation Evaluation Log Formation Evaluation Log: Formation Evaluation Log =ormation Evaluation Log ~..~Jngineering Parameters Log Engineering Parameters Log Engineering Parameters Log Engineering Parameters Log- Pressure Data Log Pressure Data Log Pressure Data Log Pressure Data Log ~3 | 21'Mar'92 ' 27- FEB > 20- Mar- 92 27-FEB>20-Mar-92 27-FEB>20-Mar-92 27-FEB>20-Mar-92 27-FEB>20-Mar-92 27- FEB > 20- Mar- 92 27-FEB>20-Mar-92 27-FEB>20-Mar-92 27-FEB>20-Mar-92 1" = 250' 27-FEB>20-Mar-92 ~1~,~r= 2501~ 27-FEB>20-Mar-92 ~;,~L_ 250' 27-FEB>20-Mar-92~ 1" = 250' ~:'-MD:~ I'r : ;2 4OI 11 O42 Blueline 5" MD I 6,240/11,042 Sepia 2" MD I 150/11,061 Blueline ~2" ~ .... MD ~ I~ ~,~15Ot'~1~1~,06~ Sepia 2" TVD ! 150/ 7,414 Blueline ~2~:~- ~33lD;~.,'1~01 ~.7~14:~.. Sepia 2"~ MD 150 11,061 Blueline 2.1 MD I 150111,061 Sepia 2"~ TVD ~ 150~ 7,414 Blueline 2~t ~TVD I~ ~:.- 1501 7,414: ~:~ .Sepia MD ~ 150~11,061 Blueline MD ~ 150111,061 Sepia TVD I 1501 7,414 alueline _TVD I 150.1: 7,414 Sepia 1 21 1 21 1 21 1 21 I 21 I 21 1 21 I 21 I 21 1 21 I 21 I 21 I 21 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 -Apr-92 APPROVED~ RECEIVED APR 2 1 1992 AJaska 0/1 & Gas Cons. Commission Anchorage April 21, 1992 Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-7600 Mr. Larry Grant State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Grant: Enclosed are data from the NW Milne #1 well, which is located in Section 25, T 14 N, R 9 E on the North Slope of Alaska. The APl number for this well is 50-029-22231. The attached spreadsheet lists the data being transmitted at this time. Additional data will soon follow under separate cover. These will include all TVD wireline logs, all LIS magnetic tapes, and dry cuttings from the well. Chips from the conventional core will be delivered by Core Laboratories. These and all other data from the NW Milne #1 well are CONFIDENTIAL and should be handled accordingly. To confirm arrival of these data, please sign the second copy of the attached spreadsheet and return it to me at the letterhead address. Should you have any questions, telephone me at 564-7640. Sincerely, Steve Davies Staff Geologist Conoco Inc. CC: File: S. J. Lawless J. R. Hand 1111.04 Geological File C:\NW_Milne\Corresp\AOGCCl RECEIVED APR 2 1 1992 Alaska 0ii & Gas Cons. Commission Anchorage TO: THRU: FROM: MEMORANL)UM State of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION Lonnie C Smith~n DATE: April 1, 1992 Commissioner FILE NO: lg4192r, doc Blair Wondzell P. I. Supervisor Louis R Gri~i Petr Inspector TELEPHONE NO: SUBJECT: Well Bore Plugs Suspension Conoco NW Milne #1 Permit 91-145 Exploratory SEC 25,T14N,R9E.UM saturday, March 28, 1992 I traveled to Conoco's Northwest Milne #1 to witness the well bore plugs being set to suspend this well. In summary, I witnessed the well bore plugs placed in preparation for the suspension of Conoco's Northwest Milne #1. Attachments: Confidential/AS 31.05.035 02-001A (Rcv. 6/89) 20/1 ]fMEMO1.PM3 STATE OF ALASKA ALASKA 0 i L and GAS CONSERVAT I ON COMM I SS I ON Suspended Well & Location Clearance Report (Title 20 AAC 25, Article 2) F I LEI NFORMAT I ON Operator Address Surface Location Date Suspended Permit Sec,..7~", T /~ .A,}, R ~ ~Z--; , CONDITION OF PAD: · APl # 50- Unit or Lease Name Well Name CONDITION OF PITS: WELL HEAD: All outlets plugged- (~ No WELL SIGN: Attached to well head- Yes (~ Attached to well guard-(~ No Attached to (other)- Information correct- CELLAR: Opened- ~ No Filled- Yes (~ Covered- O No WATER WELL: Plugged off -~ Capped -~- Open RAT HOLE: Opened- Yes No //~4~ Fi 11 ed- Yes No Covered- Yes No . Photographs taken to verify above conditions? YeseS_ No ,.. ExPlain Work to be done to be acceptable cHA,~,,~ ,~ fA~ ~'~ r~'~/ f~'~'~ L~' ~~ ~v~/T~/~'~ This well and location is (acceptable) (unacceptable) to be classified as suspended for the period of , 19~through , 19__. Inspected by C.0012 (rev 07/25/89) TO: THRU: FROM: MEMORANDUM St'a e of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION / Lonn ~ ,~ONFIDENT AL/ ' '" ie C Smit / .... ''/ I DATE: April i 199~.~ , ' Comm!sslonel~./ ~- AS 31.05.035 PILE NO: 1 g4 19 2. do c TELEPHONE NO: Blair Wondzell ~'~ P. I. Supervisor/t;, Louis R Grimaldi:~'~'~ Petr Inspector SUBJECT: Well Bore Plugs T~~ry Ab andonmerrt~ ~~ Conoco NW Milne #I Permit 91-145 Exploratory SEC 25,T14N,R9E.UM saturday. March 28. 1.99.~ I traveled to Conoco's Northwest Milne #1 to witness the well bore plugs being set to ~ .... ~,~_~-abandon this well. The bottom plug was set using an EZ/dri!l packer set at 10695 (10752 top of perfs) with 5 barrels of class "G" cement on top, it. was then pressure tested to 2000 psi with no loss of pressure. The second plug was set using another EZ/drill set at 5875 (5901 top of liner) with 8.2 barrels of class "G" cement on top and pressure tested to 2000 psi. The 'top 2000~ of hole was freeze protected with fresh diesel. In summary, I witnessed the well bore plugs placed in preparation for' the ...... = .... ~ ................. o f Conoco ' s Northwest Milne ~1. Attachment 02-00lA (Rev. 6/89) 20/11/MEMO1.PM3 ~ ~4/80 Operator ~ 69 AJ C.% q..,~3 //~/ Lease'No. Well No. Total Depth Elevation OIL & GAS C%'~:SERVATION COHr~,cSION CONFIDENTIAL/ ~Y Plug & Abandonment Repor~ AS 31.05.035 Date W~ll /0 ~/~5-;' /~/~, ~"~:'/' Drilling Permit ~ ~/--/~~ Eud Wt. Cas ing: Conductor 6~ O "0 D. @ /d~O Ft. Surfac~"Y~' · . Inte~edia~e ~ "O.D. ~ ,. Ft. Production Plugging Data: 1. Open hole plugs: o 3. Perforation plugs (if any): e 5. Casing stub plugs: 6. Surface plug: Casing removal: , ,"casing cu~- at "casing cut at.. ' ALAS KA OIL CON S E i{.VA.T I ON AND GA S COMlvII S S I ON TO: THRU: Lonnie C Smith Commissioner Blair E Wondzell .. .St Pct~-claum En~j~2 FROM: Lou Grimaldi Petr Inspector DATE: SUBJECT: ~,_)~LZ.~o~ PLO~ ORIGI CONFIDENTIAL Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-760O -,/% March 27, 1992 Mr. D. W. Johnston Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, Alaska 99501 Dear D. W. Johnston, Please be advised that we will complete the testing program for Northwest Milne #1 on 03/27/92. The tests did indicate future production potential. Therefore it is requested that the commission approve suspension for Northwest Milne #1. Additionally, we request a waiver from the 20 AAC 25.105/20 AAC 25.110 (c) plugging requirements concerning the setting of a bridge plug between 200 to 300 feet with a 100' cement cap. We feel the two bridge plugs that we propose to set with 100' cement caps will be sufficient to ensure well integrity. There are several advantages to setting the surface bridge plug deeper 1)' additional hydrostatic of the completion fluid on top of the plug, 2) upon reentry the completion fluid will be displaced at a deeper depth prior to drill out of the plug, and 3) drill out will be easier due to the additional weight of drill string. We respectfully request approval to suspend Northwest Milne #1 and to temporary plug and abandon the well per the attached procedure. We anticipate commencing abandonment operations on March 27, 1992. Best Regards, Steve Bolt Division Drilling Superintendent RECEIVED MAR Alaska Oil & 6as Cons. Anchorage j STATE OF ALASKA f'L' A ~..~ OIL AND GAS CONSERVATION COM ,~lON APPLICATION FOR SUNDRY APPROVALS ORIGINAL 1. Type of Request: Abandon __ Suspend X Alter casing m Repair well Change approved program Operation shutdown __ Re-enter suspended well __ m Plugging __ Time extention Stimulate Pull tubing ~ Variance ~ Perforate Other Name of Operator Conoco Inc. Address 3201 C Street, Suite 200, Anchorage, AK 99503 Location of well at surface 2501' FSL, 495' FEL, SEC 25, T14N, R9E, U.M., Alaska 5. Type of Well: Development Exploratory Stratigraphic 6. Datum elevation (DF or KB) 35' KB, 43' ASL 7. Unit or Property name Milne Point Unit Well number Northwest Milne #1 At top of productive interval 9. 10,752' MD, 7217' TVD, 2166' FSL, 806' FEL, SEC 23, T14N, R9E, U.M., Alaska At effective dept At total depth 11,060' MD, 7426' TVD, 2347' FSL, 947' FEL, SEC. 23, T14N, R9E, U.M., Alaska 10. 11. Permit number 91-145 APl number 50-029-22231 Field/Pool Kuparuk River Field feet 12. Present well condition summary Total depth: measured true vertical 11,060 (MD) feet Plugs (measured) none 7,426 (TVD) feet Effective depth: Perf Top. measured 10,752 (MD) feet Junk(measured) none true vertical 7,217 ('I'VD) feet Casing Structural Conductor Surface Intermediate Production Liner Perforation Depth: Length Size Cemented Measured depth True vertical depth 115' 20" Surface 150' KB 150' 2,828' 13-3/8" Surface 2,863' KB 2,402' 6,200' 9-5/8 4183' - 660 sx 'G' 6,235' KB 4,431' 4,820' 7" 9880' - 761 sx 'G' 11,055' 7,426' measured 10,752'- 10,786' KB true vertical 7,217' - 7,240' TVD Tubing (size, grade, and measured depth) NONE RECEIVED M AR 2 6 1992 Packers and SSSV (type and measured depth) BAKER Type "H" Liner Top Packer @ 5909' KI~laska 0il & Gas Cons. commiSS't( Anchorage 13. Attachments Description summary of proposal X Detailed operations program ~ BOP sketch 14. Estimated date for commencing operation 3/27/92 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil . Gas ~ Suspended Exploration X Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed~--_____~~/~, .~~° Title Drilling Engineer /f~/ v , . - - FOR COMMISSION USE ONLY Con~liti6ns' of approval: No~f~ Commission so representative may witness Plug integrity ~ B")P Test ~ Location clearance Mechanical Integrity Test .l~/Subsequent form required 10- Date 03/26/92 .-.-~;.-~'/ ORIGINAL SIGNED BY Approved by order of the Commission // Form 10-403 Rev 06/15/88 ('~/' IApproval No. ! LONNIE C. ~MITH Commissioner Date SUBMIT IN TRIPLICATE NORTHWEST MILNE #1 AB/~DONMENT PROCEDURE MARCH 25, 1991 NOTE: Notify the AOGCC of any plugging/testing operations in advance for their witnessing. me Insure the State Of Alaska Form 10-403 is approved or that verbal approval has been granted prior to commencing abandonment operations. · At the completion of the DST, L/D the downhole DST tools, rig down and demob all testing equipment. NOTE: Leave the 3-1/2" drill pipe in the derrick as this will be the work string for the abandonment. · Pick up a 7", 26 #/ft casing scraper, and a 9-5/8", 47 #/ft casing scraper spaced out to insure the 7" scraper reaches 10,752' MD (top of perfs) while the 9-5/8" scraper tags the top of the liner. TIH and circulate and condition 10.4 PPG mud. POOH and L/D the casing scrapers. · Pick up a 7", 26 ~/ft "EZ Drill" bridge plug and TIH to 10,702' MD. Set bridge plug and spot a 100' balanced cement plug on top of the bridge plug. POOH 5 stands and reverse circulate. · Test plug to 1000 psi for 30 minutes. POOH laying ±4250' of drill pipe. · Pick up a 9-5/8" "EZ Drill" bridge plug and TIH to 5880' MD. NOTE: Bridge plug to be placed no more than 25' above top of casing stub (tie-back receptacle). Circulate and condition 10.4 PPG mud. · Set bridge plug at 5880' MD and spot a 100' balanced cement plug on top of the bridge plug. POOH 5 stands and reverse circulate. · Test plug to 1000 psi for 30 minutes. POOH laying down drill pipe to 2000' MD. · Displace the 10.4 PPG mud with diesel from 2000' to surface to freeze, protect. 10. POOH laying down drill pipe. 11. Freeze protect the 9-5/8" x 13-3/8" annulus with diesel to 2000' MD. 12. N/D BOP's and N/U dry hole flange. 13. Rig down and demob rig. RECE VE ) CONFIDENTIAL NORTHWEST MILNE #1 PROPOSED WELLBORE SCHEMATIC SURFACE: DRY HOLE FLANGE 36" CASING @ 82' RKB CMTD TO SURF. 30" CASING @ 90' RKB CMTD TO SURF. 20" CASING AT 150' RKB CMTD TO SURF. .... 13-3/8", 61#,K-55, BTRC CASING ~-~ @ 2863' RKB- CMTD TO SURF. ETOC @ 4183' RKB SE PLUG @ 5880' RKB 100' CEMENT ON TOP OF BP TOP HANGER/PACKER @ 5901' RKB ANNULUS SQUEEZE CEMENTED 9-5/8", 47#, N-80, BTRC CASING @ 6235' RKB RECEIV D ~,R t ~ 1992 Alaska 0~1 & Gas Cons. ,Go.inm[ss~' ' ETOC @ 9880' RKB Anchorage BRIDGE PLUG @ 10,702' RKB 100' CEMENT ON TOP OF BP - PERFS FROM 10,752' - 10,786' RKB 7", 26#, L-80, BTRC LINER @ 11,055' RKB - TD AT 11,060' RKB ALASKA OIL AND GAS CONSERVATION COMMISSION January 27, 1992 WALTER J. HICKEL, GOVEFtNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 Jeff Allison Engineer Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503 Re: Well Name: Northwest Milne #1 Conoco Inc. Permit No: 91-145 ~ Sur. Loc. 2500'FSL, 500'FEL, Sec. 25, T14~ R9E, UM Btmhole Loc. 2299'FSL, 1042'FEL, Sec. 23, T14N, R9E, UM Dear Mr. Allison: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before drilling below the surface casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector on the North Slope Pager at 659-3607. David W. J~nst~n, Chairman Alaska Oil ahd~as Conservation Commission BY ORDER OF THE COMMISSION dlf/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (907) 564-7600 January 8, 1992 David W. Johnston, Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 RES ENG SR ENG SR ENG ENG ASST ENG ASST SR GEOL GEOL ASST GEOL ASST STAT TE_C.H__']..j 'STAT TEOH i FILE RE: Addendum to the Badami No. 2 and Northwest Milne No. 1 Drilling Permit Applications. Dear Mr. Johnston: In response to a telephone conversation on 1/8/92, with Mike Minder of the AOGCC, Conoco Inc. submits the following addendum to the Badami No. 2 and Northwest Milne No. 1 Drilling Permits: 1) 2) Attached is the anticipated pressure profile for the Badami No. 2 well (also included in the original permit), indicating a pore pressure of 11.8 ppg and a proposed mud weight of 12.5 ppg at total depth. As stated in the drilling permit, the anticipated leak-off test at the surface casing shoe is 14.5 ppg (5,300' TVD). These design parameters were derived from offset well data, including the Badami No. 1. Based on these factors, it is considered prudent to continue drilling to a total depth of 12,000' TVD without setting casing above the anticipated pressure transition zone located at 9,300' TVD. While drilling the Badami No. 2 and Northwest Milne No. 1, Conoco will adhere to strict well control practices (See the attached pressure control procedure). Flow and pit level indicators will be set in a 5 bbl. position and will be functioning properly at all times. Therefore, any influx taken from the well should be less than 5 to 10 bbls. Standard well control procedure will be used to control and circulate out any influxes. The rigs that will be used to drill these wells will have sufficient pit capacity to handle a 50 bbl. influx. In the event of a planned test, sufficient tankage will be brought to location to temporarily store produced fluid until it can be injected or transported to a process facility. RECEIVED JAN - 9 t992 Alaska. Oil & Gas Cons. CommisStot nchorage If you have any further questions regarding these wells, please direct them to me at 564-7637. Very Tru~ Y?urs, Senior Drilling Engineer cc: SGB, JLA Badami No. 2 Well File File: 500.21.11 RSR EECEIVED JAN - 9 3992 Alaska Oil & Gas Cons, (.;ommission Anchorage Conoco Inc. 3201 C Street. Suite 200 Anchorage, AK 99503-3999 (907) 564-76(X) January 2, 1992 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 ATTN: Mr. David Johnston C-48840-NW"MILNE' PROSPECT DESIGNATION OF OPERATOR Gentlemen: Enclosed for your records are Designation of Operator forms from Amerada Hess Corporation and Maxus Exploration Company, lessees of ADL 355021, each designating Conoco Inc. as Operator of ADL 355021. Each form has been originally executed by the appropriate parties. Should you need any additional information, please contact the undersigned at (907) 564- 7649. Sincerely, David Cramer Staff Landman Enclosures RECEIVED JAN - 7 3992 Alaska 0il & Gas Cons. Commission Anchorage STATE OF ALASKA ¢~ ALASKA OIL AND GAS CONSERVATION COMMISSION DESIGNATION OF OPERATOR 20 AAC 25.020 1. Name of Owner Amerada Hess Corporation 2. Address 1201 Louisiana, Suite 700 Houston, Texas 77002-5681 3. Notice is hereby given of a designation of operatorship for the oil and gas property described below: Property designation: Legal description of property: ADL-355021 Sections 11-15, 22-24 (All), T14N-RgE, U.M. Property Plat Attached ,~1 4. Name of Designated Operator 6onoco :]:nc. Address 3201 C Street, Suite 200 Anchorage, Alaska 99503-3999 5. Effective date designation December 20, 1991 6. Acceptance of operatorship for the above described property with all atteni~ ~tsiJ~it~s tions is i~ I:: L I' I VI:: L) acknowledged and obliga- hereby JAN - l ~992 C o~¢o ~_ InF_.. ,~..~/~ Signed ~e~~es s Title Alaska 0il & Gas Cons. 6ommissio[I Anchorage Attorney-in-Fact Date 1/3/92 7. The owner hereby certifies that the foregoing is true and correct Amerada~ Hess Cor~orat~9on Signed ~y .~~ ~;p~¢_~ Title Form 10-411, 124-85 ,/2.~/~ Attorney-in-Fact Date 12/20/91 Submit in Duplicate STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION DESIGNATION OF OPERATOR 20 AAC 25.020 1. Name of Owner Haxus Exploration Company 2. Address 717 North Harwood Street Dallas, Texas 75201 3. Notice is hereby given of a designation of operatorship for the oil and gas property described below: Property designation: Legal description of property: ADL-355021 Sections 11, 12, 13, 14, 15, 22, 23, and 24, T.14 N., R. 9 E., U.M., Alaska, containing 5,120.00 acres, more or less. Property Plat Attached 4. Name of Designated Operator Conoco ]:nc. Address 3201 C. Street, Suite 200 Anchorage, Alaska 99503-3999 5. Effective date designation January 2, 1992 6. AcceptanCe of operatorship for the above described property with all attendant responsibilities and obliga- tions is acknowledged REEEIVED hereby JAN - 9 992 Con.,.o/o~, I r}c.~ // Alaska 0il & Gas Cons. CommissloO ~.~~~~ Anchorage Signed ~-t"even~d~.L/awless Title Attorney-in-Fact Date 7. The owner here6y certifies that the foregoing is true and correct 1/8/92 Signed Title Attorney-in-Fact Date 1/6/92 Form 10-411, 12-1-85 Submit in Duplicate ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR ... 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279--1433 TELECOPY: (907) 276-7542 January 3, 1992 Rodney Smith Reg Supvr Field Oprns HMS Alaska OCS Region 949 E 36th Av Rm 110 Anchorage, AK 99508-4302 Re: ARCO's Gull Island #3; Conoco's Badami #2 and Northwest Hilne #1 -- exploratory wells Dear Hr Smith: This is in response to your letter dated December 30, 1991 in which you made inquiry regarding proposed bottom-hole locations for the subject wells. The attached published public notices for spacing exceptions for each of these wells contain the proposed bottom-hole locations. Upon completion of each well, the Commission will publish the actual surface and bottom-hole locations. should you feel compelled to review data from any of these wells prior to the expiration of confidentiality, you must direct such a request to the well's operator. Please contact Robert Crandall of this office if you have any further questions regarding this matter. Sincerely, Russell A Douglass Commissioner RPC/jo attchments Notice of Public Hearing STATE OF ALASKA Alaska Oil and Gas Conservation Commission Re: The application of Conoco Inc. for exception to 20 AAC 25.055 to allow drilling the Badami No. 2 exploratory oil well. Conoco Inc. by letter dated December ll, 1991 has requested an exception to the provisions of 20 AAC 25.055. The exception would allow drilling the Badami No. 2 exploratory well from a surface location closer than 500 feet from the boundary of a drilling unit. The proposed location is 2390' from the north line (FNL) and 2500' from the west line (FWL) of section 30, T10N, R20E, Umiat Meridian. A person who may be harmed if the requested order is issued, may file a written protest prior to 4:00 pm January 2, 1992 with the , ~.. ~.~ r~: .~.,~ ~.:~ .~..~.=~-,.~:~.j~ Commission 3001 Porcupine Drive, Anchorage, Alaska 99501, and request a hearing on the matter. If the protest is timely filed, and raises a substantial and material issue crucial to the Commission's determination, a hearing on the matter will be held at the above address at 9:00 am January ~0, 1992 in conformance with 20 AAC ~5.540. If a hearing is to be held, interested par'ties may confir~n this by callin~ ~he Commission's office, (907) ~79- 1433, after January 2, 1992. If no 'proper protest is filed, the Commission will consider the issuance of the order without a hearing. Russell A. Douglass Commissioner Alaska Oil and Gas Conservation Commission Published December 17, 1991 Conoco Inc. 3201 C Street, Suite 200 Anchorage, AK 99503-3999 (9O7) 564-7600 December 31, 1991 David W. Johnston, Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 COMM ~ RES ENG SR ENG ~ SR ENG ENG ASST ENG ASST SR GEOL GEOL ASST GEOL ASSTI STAT TECH FILE t RE: Revised Surface Casing Design for the Conoco N.W. Milne No. 1 Well Dear Mr. Johnston: Conoco Inc. submits the following surface casing design revision to the N.W. Milne No. 1 request for Permit to Drill: 0 to 440' (TVD) 440' to 2,400' (TVD)/2,880' (MD) Size: 13-3/8" Size: 13-3/8" Weight: 54.5 ppf. Weight: 61 ppf Grade: K-55 Grade: K-55 Thrd: BT&C Thrd: BT&C This revision is submitted to utilize surplus casing inventory and complies with Conoco design parameters as submitted in the original N.W. Milne No. 1 request for Permit to Drill. If you have further questions regarding this well, please direct them to me at 564-7637. Very Truly Yours, Steve Rossberg Senior Drilling Engineer cc: SGB, JLA N.W. Milne No. 1 Well File File: 500.21.11 RSR RECEIVED JAN - 3 t992 Alaska Oil & Gas Cons, {.;ommissio~ Anchorage STATE OF ALASKA ALASKA 0IL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage Alaska 99501-3192 Re: THE APPLICATION OF ) CONOCO INC. for an order ) granting an exception to spacing ) requirements of Title ) 20 AAC 25.055 to provide for ) the drilling of the Northwest ) Milne No. 1 exploratory well. ) Conservation Order No. 287 Conoco Inc. Northwest Milne No. 1 January 3, 1992 IT APPEARING THAT: I . Conoco Inc. submitted an application dated December 11, 1991 requesting an exception to 20 AAC 25.055(a)(1) to allow drilling the Northwest Milne No. 1 exploratory well closer than 500 feet to a drilling unit boundary. e Notice of hearing was published in the Anchorage Daily News and the Anchorage Times on De,ember 17, 1991 pursuant to 20 ACC 25.540 and in the Alaska Administrative Journal December 23, 1991. 3. No protests to the application were. received. FINDINGS: The Conoco Northwest No. 1 well as proposed will be a straight hole drilled from a surface location 2299 feet from the north line (FNL), 1042 feet from the east line (FEL) of Section 23, T14N, RgE, Umiat Meridian. 2~ Offset operators/owners Amerada Hess Corporation, Chevron U.S.A. Inc. and Maxus Exploration Co. have been duly notified. . An exception to 20 AAC 25.055(a)(1) is necessary to allow drilling of the well. Conservation Order. 287 January 3, 1991 Page 2 CONCLUSION- Granting a spacing exception to allow drilling of the Conoco Northwest Milne No. 1 well as proposed will not result in waste nor jeopardize correlative rights. NOW, THEREFORE IT IS ORDERED: Conoco Inc.'s application for an exception to 20 AAC 25.055 for the purpose of drilling the Northwest Milne No. 1 well is approved as proposed. DONE at Anchorage, Alaska and dated January 3, ~[992. n Commission Russell A. Douglass,~Commissioner Alaska Oil and Gas Conservation Commission ALASKA ~ la. Type of work Drill ~ Redrill Re-Entry - Deepen STATE OF ALASKA AND GAS CONSERVATION PERMIT TO DRILL · 20 AAC 25.005 41SSION lb. Type of well. Exploratory [~: Stratigraphic Test ~ Development Oil Service _-_ Developement Gas ~ Single Zone ~, Multip!e Zone 2. Name of Operator Conoco Inc. 3. Address 99503 3201 C Street~ Suite 200, Anchorage, Ak. 4. Location of well at surface 2500' FSL, 500' FEL, SEC 25, T14N, RgE At top of productive intervaJ 2000' FSL, 700' FEL, SEC. 23, T14N, RgE At total depth 2299' FSL, 1042' FEL, SEC .23, T14N, RgE 12. Distance to nearest ! 13. Distance to nearest well property line 2.000 feet 16,360 feet 16. To be completed for deviated wells 5. Datum Elevation (DF or KB) ~ 43' A_NSL feet 6. Property Designation ADL-355021 7. Unit or property Name Northwest l~ilne 8. Well number 1 9. Approximate spud date February 1, 1992 14. Number of acres in property 5,120 acres 10. Field and Pool Northwest Hilne Prospect 11. Type Bond (see 20 AAC 25.025) Blanket Number 8086-15-54 Amount $200,000 15. Proposed depth (MD and TVD) 11,060'MD/7,393' TVD feet 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Kickoff depth 500 feet Maximum hole angle 53 0 Maximum surface 2650 psig At total depth ('I'VD) 18. Casing pro! [ Setting Depth size Specifications I Top Bottom Hole Casing TVD 36" 20" Weld 150 ' BTTS 3500 psi0 2400' 4500' 12~" 9 5/8" B'Z'TS 35' 7" BTTS 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Quantity of cement (include stage data) 1000 SX Pe~'~afrost"C" Pe~-,..a frost"E'~ 350 Sx "G" 600 SX "G" Effective depth: measured feet Junk (measured) true vertical feet Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: measured true vertical 20. Attachments Filing fee ~ Length Size Cemented Measured depth True Vertical depth R[C[IV D Pit Sketch Property plat ~ BOP Sketch r~ Diverter Sketch r~j Drilling program Drilling fluid program ~ Time vs depth plot ~ Refraction analysis D Seabed report ,~, 20 AAC 25.050 requirements 21. I hereby certify that the foregoing is true and correct to the best of my knowledge _ Signed~,/,/~,./~. ~. ' Title Engineer Date 12/6/91! //" ",/' Commission Use Only Permit Number I APl number I Approval date See cover letter ~/"///~,,~ I 50-- 02--~;.-- 2.-~.. ~,~'// I/- ~ ~.-- ~',,,~-~ for other requiremen.s : ,C, on, bftior;s S!,.approval Samples requ, irCd ,,~Yes © No Mud log require~d ,~ Yes [] No ' ' ' ~yaro. gen sulfide.measures ~ Yes ./Ni~No Directional survey required ~Yes [] No , R_equ~red wo,.r.~~u/e'-f'~P~jF~ I-]2M; ]~ 3M; ~ 5M; ~ 10M; /F_] 15M Other:~ '~Jr~ ( '~ ~ . ~..._, . ~~%J ) ...... by order of Approve Commissioner the commission Date [. Form 10 401 Rev 12 1 85k,,,,,. X Submit ~n tr~pl~uate SEC 26 TOWNSHIP RANGE 9 EAST SEC 24 NW MILINE SEC 25 .~E~'42~9'W 5280.00' SEC ,36 1 ~ NORTH RANGE 10 EAST R'ECEIV ,D NOTES' 1. BASIS OF LOCATION IS FROM DATA g~_ C -6 !991' PROVIDED BY CONOCO. 2. ELEVATIONS HAVE YET TO BEAlaska 0il & Gas Cons. C0mmi ' ESTABLISHED. Anchorage LOCATED WlTHIN PROTRACTED SECTION 25 T14N, R9E, UMIAT MERIDIAN, ALASKA A.S.P. PLANT GEODETIC CELLAR LOCATION IN COORDINATES ZONE 4 COORDINATES POSITION BOX ELEV. SECTION 6046494.20 N NA 70'32'16.74-732' NA 2500'FSL 538845.32 E 149'40'54-.13261" 500'FEL REV. NO. DATE: REVISIONS F. ROBERT BELL & ASSOC. CONOCO NW MILINE //1 PROPOSED WELL LOCATION 12/4/91 90059 J DRAIN I~. C~ ADM ADkl 1450 O0 CONN~I~I MISC CONOCO NORTHWEST MILNE POINT WELL No. WELL PLAN OUTLINE PAD HEIGHT: 8' RKB/PAD: 35' SURFACE: 2500' FSL, 500' FEE, Sec 25,T14N,R9E TARGET: 2000' FSL, 700' FEE, Sec 23,T14N,RgE X: 538,845.32' Y: 6,046,494.20' EAT: 70 32' 16.747" LONG: 149 40' 54.133" DEPTH FORMATION FORM. HOLE CASING DIR. FRAC. MUD TYPE/ MD LITHOLOGY EVAL. SIZE SIZE PRGM. GRAD. WEIGHT 36' 20" @ 150' GRAVEL 1000' SAGAVANIRKTOK 17-1/2" KOP @ 500' 8.6 PPG SHALE/SAND DIL-GR-SP- BUILD @ BASE OF . SONIC-CAE 3 DEG./100' GEL/EXTENDED PERMAFROST lEOB @ BENTONITE 2000' AT +/-1800' TVD EDT-CEE (POSSIBLE) 13-3/8" @ 2246' MD 28a0' MD 2013' TVD 3000' 2400' 'rvD 52.38 DEG. 12.O PPG 9.2 PPG 12-1/4" 9.2 PPG DIL(PHASOR)- MSFL-LDT- 4000' PALEOCENE CNL-NGT- SANDSTONE GR-SP-CAL GEL/EXTENDED SONIC TERM. ANG. BENTONITE 5000' KA TOP @ 3632' TVD 2-SWC's 52.38 DEG. MA TOP @ 3897' TVD EFT .NA TOP @ 4153' TVD 9-5/8" @ 6000' DA TOP @ 4315' TVD = 6321' MD B/OB @ ~.~.~.2' TVD 4500' TVD 12.70 PPG 9.6 PPG 8-1/2" 9.6 PPG 7000' CRETACEOUS DIL(PHASOR)- MSFL-LDT- CANNING SHALE CNL-NGT- I GR-SP-CAL 8000' SONIC 2-SWC's RFT PHPA POLYMER 9000' vsP 10000' LK-1 @ 7o48' 'rVD B/LK-3 @ 7148' TVD 7" LINER @ 11,O60' MD FINAL ANG. 11000' 7~93' TVD 52.38 DEG. TD L~ 7393' TVD 13.5 PPG 10.6 PPG ooo' RI CEIV[D ^laska 0il & 6as Cons. Commlss'to~ ~nchora[tE FORMATION EVALUATION Hole Size 17-1/2" 12-1/4" 8-1/2" Interval TD (2880' MD) to 20" shoe TD (6321' MD) to 13-3/8" shoe TD (11,060' MD) to 9-5/8" shoe Logs GR, SP, DIL, CAL, Sonic GR, SP, DIL (Phasor Induction), MSFL (Micro Resistivity), LDT (Pe Curve), CAL, CNL, Sonic SWC's - Optional RFT - Optional GR, SP, DIL (Phasor Induction), MSFL (Micro Resistivity), LDT (Pe Curve), CAL, CNL, NGT, Sonic SWC's - Optional RFT - Optional VSP or Seismic check shot-Optional Note: MWD tools with gamma ray and resistivity will be run from the 9-5/8" casing shoe to TD. RECEIVED DEC - ~ '~99'~ AIasJ(a 0il & Gas Cons. Commission Anchorage 36" HOLE (20" CASING) At the conclusion of island construction and prior to drilling rig mobilization, a ± 8' diameter/8' deep hole will be excavated for the placement of a prefabricated corrugated steel cellar lined externally and on the bottom with 4" of polystyrene insulation. A big hole drilling rig will then drill a 36" hole to 100' below the mud line (approximately 115' below pad surface) and run 20" casing. The casing will be plain end and will be welded while running. The top of the 20" should be approximately 3' above the top of the island surface. The 20" will be cemented by pumping cement in the 36"x 20" annulus from the surface as per the cementing program. Cement should also be allowed to fill one foot in the bottom of the cellar. It is essential that the 20" be cemented straight. If water is present during cellar/conductor installation an additional conductor may need to be set for isolation purposes. Once the drilling rig has been mobilized, nipple up the 20" diverter, bell nipple and flowline. RECEIV[D AJaska 0JJ & Gas Cons, Commission Anchora§e 17-1/2" HOLE (13-3/8" CASING) , . . . 5, . . . Nipple up and function test 20" diverter system. Install wear bushing. Drill a 17-1/2" hole to 500' utilizing BHA #1. Prior to drilling below the 20" shoe, circulate through the diverter system. Kick off the well at 500' in a N48.90°W direction building 3°/100' to 52.38o at 2,246' RKB / 2,013' TVD. Maintain hole angle and direction to a depth of 3,880' RKB / 2,400' TVD. Pump hi-vis gel sweeps as needed to insure proper hole cleaning. Take MWD surveys at least every 100' starting at 500' (or shallower) until TD of the surface hole at +/- 2,400' TVD. Circulate hole clean. Check samples at TD to make sure that the bottom of the hole is not in a sand. If the bottom of the hole is in or near a sand, the hole should be deepened so that the shoe will be a minimum of 50' below any sand. Short trip and condition mud. Strap out of hole. Run open hole logs as specified in the logging program. A geologist will supervise the logging operations. Make a conditioning trip. POOH. Retrieve wear bushing. Rig up and run 13-3/8" casing. Ensure that the 13-3/8" BTC by 4" Weco circulating swedge is on the rig floor with the valve open prior to running the casing. Record valve actuation on IADC report. A stab-in float collar will be used for cementing the 13-3/8" casing string. Run float equipment two (2) joint apart making sure to thread lock each end of the float equipment and the joint connections between the float equipment. Check circulation through both the float collar and shoe prior to running in the hole. Size 13-3/8" Depth +/- 2,880' RKB / 2,400' TVD Grade K-55 Weight 61 Ib/ft Thread Buttress Collapse 1,540 psi Burst 3,090 psi Tensile 962,000 lbs RECEIVED D E0 - 6 Alaska 0ii & Gas Cows. Anchora~q~ . 10. 11. 12. 13. 14. 15. 16. 17. Run centralizers as follows: One 10' above the float shoe, one 10' below and one 10' above the first joint connection, one just below the float collar, one every joint for the next 14 joints (across the collars), one every 3rd joint (120') from joint #17 to 20 shoe, one 50' above the 20" casing shoe, A rigid centralizer should be run just below the surface to insure that the 13- 3/8" casing is properly centralized after cementing. Again, this centralizer must be positioned to allow for abandonment 15' below the mud line. Fill casing at least every 5 joints while running. Land the 13-3/8" casing just off of bottom. Establish circulation slowly, reciprocating pipe while circulating. Circulate and lower mud rheologies to help insure better cement placement. Rig up to cement. The 13-3/8" casing string will be cemented using a drill pipe stinger. Land the 13-3/8" landing joint in the spiders as Iow as possible to facilitate a false rotary rig-up on top. Run the drill pipe stinger and land in the float collar. Pressure test lines and pump to 3,000 psi. Cement to surface as per cementing program. Release top plug and displace cement with mud. Bump plug with 1,000 psi over final circulating pressure. If cement does not reach surface, run a 1" conduit down the annulus and pump a top job. After bumping plug, bleed off the pressure and sting out of the float collar to insure that floats are holding. If floats are not holding, maintain pressure on casing for 4 to 6 hours or until the pressure can be bled off. Shear out of the stab-in float collar. Run 1" string down 20" x 13-3/8" annulus and wash out cement to +/- 30' below the mud line. Displace annulus with 10.8 ppg CaCI2 with a freeze point of -570 F after washing out cement. This will help when abandoning the well by allowing the 13-3/8" casing to be cut and pulled separately. POOH with the drill pipe stinger. R/D false rotary on rig floor. Nipple down the diverter and set 13-3/8" slips in 20" casing head as per Wellhead Section. Rough cut the 13-3/8" casing and L/D landing joint. Make final cut on casing, preheat and install 13-5/8", 5000 psi split speed- head as per Wellhead Section. Test head to 70% of the 13-3/8" collapse (1,078 psi). 18. Nipple up and test BOP's and related equipment. J~ ~C~ ~ V NOTE: Mudlogging services are required below the 20" casirl~a~'~'~ 4. ~as Co~,~s~ ¢orar~issi0~ Ancho.ra.qe 12-1/4" HOLE , . , , . Install wear bushing. Pick up BHA No. 2. Run in hole and clean out 13-3/8" casing to the top of the float collar. Pressure test the casing to 1,500 psi. Pressure up on the casing at a rate of 1/4 barrel per minute and plot pressure versus volume on a graph to establish baseline for LOT. Pressure must be held for 30 minutes. By government standards, the pressure test is acceptable if the pressure drop is 10% or less in 30 minutes. However, if any leakoff is detected, contact the Drilling Superintendent in Anchorage before proceeding. The pressure test must be recorded on a chart recorder and the chart given to the Conoco Drilling Foreman. The casing test must also be recorded on the IADC report. Drill cement, float equipment, and 10' of new formation to +2890' MD. Circulate a minimum of 1 bottoms up and until the mud weight is consistent from surface to TD. Perform leakoff test as follows: Ao Close BOP around drill pipe and pump down drill pipe at 1/4 barrel per minute. B. Plot pressure versus volume pumped each 1/4 barrel on the same plot as the casing test. At the point where the pressure departs from the straight line, stop pumping. Hold the pressure for 10 minutes plotting the pressure each minute. Bleed off the pressure and record the volume of fluid returned. If no leakoff in pressure is observed after reaching 1.0 ppg EMW over the minimum acceptable leakoff, contact the Drilling Superintendent to see if an actual leakoff pressure is necessary. At the end of the test if no leakoff was observed, be sure and state that it was a "jug test" on the reports. Note: All casing and leakoff tests should be performed with a cement pump. The minimum acceptable leakoff is 10.3 ppg. MALO = MW at TD + Kick Tol. + Trip Margin MALO = 9.6 + 0.5 + 0.2 RECEiVeD A1~ska Oil & Gas Co,ns. Commission . . . . 10. 11. 12. 13. 14. 15. MALO = 11.3 ppg NOTE: Anticipated formation fracture gradient is 13.5 ppg. Drill ahead to TD at 4-11,060' RKB/7393' TVD taking surveys at a minimum of every 100'. Hi-vis sweeps should be pumped as needed to help insure proper hole cleaning. No abnormal pressure is expected throughout this interval. The top of the Kuparuk interval is expected to be at ± 10,290' RKB/6,923' TVD and may be detectable by reduced ROP. A Gamma Ray/Resistivity MWD will be used to aid in formation evaluation and determination of TD. It is possible that cores may be requested through the Kuparuk interval, be prepared for conventional core runs. After reaching TD, circulate bottoms up and short trip to the 9-5/8" casing shoe. If no fill or prOblems are encountered on the short trip, strap out of the hole for logging. Log well as per logging program. After evaluating the logs, a decision will be made to abandon the well or a run 7" liner and test the well. If a liner is not run, the following procedures will not apply and the well should be abandoned as outlined in the Abandonment Section. If the decision is made to run the 7" liner, make a conditioning trip and pull the wear bushing. Install 7" rams above the blind rams and test the bonnet seals to 3,000 psig. Rig up and run the 7" liner. Ensure the 7" BTC by 4" Weco circulating swage is on the rig floor with the valve open prior to running casing. Record valve actuation and position on the IADC report. Run the float equipment two joints apart making sure to thread lock each end of the float equipment as well as the connection in between. Check circulation through float equipment prior to running string in hole. Run and cement 7" liner as per Uner Running And Cementing Procedure. The liner will have 300' of overlap in the 9-5/8" casing. Change out casing rams and test BOP's. Clean out and test well as per Testing Procedure which will be constructed after evaluating logs. Abandon the well as per the Abandonment Section. 8-1/2" HOLE SECTION . . , . , Install wear bushing. Pick up BHA No. 3. Test mud motor and MWD. Run in hole and clean out 9-5/8" casing to the top of the float collar. Pressure test casing to 1500 psig for 30 minutes. Pressure up on the casing at a rate of 1/4 BPM and plot pressure versus volume on a graph. Pressure must be held for 30 minutes. By government standards, the pressure test is acceptable if the pressure drop is 10% or less in 30 minutes. However, if any leakoff is detected, contact the Drilling Superintendent in Anchorage before proceeding. The pressure test must be recorded on a chart and the chart given to the Conoco Drilling Foreman. The casing test must also be recorded on the IADC report. Drill cement, float equipment, and 10' of new formation to +6331' MD. Circulate a minimum of 1 bottoms up and until the mud weight is consistent from surface to TD. Perform leakoff test as follows: A. Close BOP around drill pipe and pump down drill pipe at 1/4 barrel per minute. a. Plot pressure versus volume pumped each 1/4 barrel on the same plot as the casing test. C. At the point where the pressure departs from the straight line, stop pumping. Hold the pressure for 10 minutes plotting the pressure each minute. Bleed off the pressure and record the volume of fluid returned. If no leakoff in pressure is observed after reaching 1.0 ppg EMW over the minimum acceptable leakoff, contact the Drilling Superintendent to see if an actual leakoff pressure is necessary. At the end of the test if no leakoff was observed, be sure and state that it was a "jug test" on the reports. Note: All casing and leakoff tests should be performed with a cement pump. The minimum acceptable leakoff is 11.3 ppg. MALO = MW at TD + Kick Tol. + Trip Margin MALO = 10.6 + 0.5 + 0.2 . . , . 10. 11. 12. 13. MALO = 10.2 ppg Note: LOT's traditionally range from 11.5 to 12.5 PPG at this depth Drill ahead to TD at +4,500' TVD/6,321' MD taking MWD surveys at a minimum of every 100'. Hi-vis sweeps should be pumped as needed to help insure proper hole cleaning. If hole cleaning problems persist, pump Iow vis/high vis sweeps as needed. Insure that T.D. is below the base of the OB sand series. After reaching TD, circulate bottoms up and short trip to the casing shoe. If no fill or problems are encountered on the short trip, strap out of hole for logging. Log well as per logging program. Make a conditioning trip. POOH and L/D BHA. Retrieve wear bushing. Install 9-5/8" rams above the blind rams and test the bonnet seals tested to 3,000 psi. Rig up and run 9-5/8" casing. Ensure that the 9-5/8" BTC by 4" Weco circulating swedge is on the rig floor with the valve open prior to running casing. Record valve actuation and position of the IADC report. Run float equipment two joints apart making sure to thread lock each end of the float equipment as well as the connection in between. Automatic fill PDC drillable float equipment should be run on this casing string. Check circulation through both the float collar and shoe prior to running in the hole. Depth +6,321' MD/4500' TVD Grade N-80 Weight 47 Ib/ft Thread Buttress Collapse 4,750 psi Burst 6,870 psi Tensile 1',086,000 Run centralizers as follows: One 10' above the float shoe and one on the next collar. One 10' below the float collar and one across every other collar to the top of the highest producing zone (KA sand). Run one positive stand-off centralizer 50' inside 13-3/8" casing shoe and one positive stand- off centralizer 50' below the mudline at surface. R[CEIVED Alaska 0il & Gas Co~s. Anchorage. 14. 15. 16. 17. 18. 19. 20. 21. Fill casing at least every 5 joints while running if auto-fill float equipment is not used or is not working properly. If using auto-fill float equipment is used, check for proper fill every 10 joints. Run casing to last joint desired and then make up 9-5/8" mandrel casing hanger and running tool as per Wellhead Section. Land casing hanger onto shoulder in lower section of speed head. If the casing does not land in full tension, attempt to wash casing down. If the casing becomes stuck, be prepared to use emergency hang off equipment to land casing. Establish circulation slowly, reciprocating pipe while circulating. Circulate at least 1 casing volume and lower mud rheologies to help insure better cement placement. Rig up to cement. Pressure test lines and pump to 3,000 psi. Release bottom wiper plug and cement as per cementing program (TOC at 1000' MD above KA sand top). Release top plug and displace cement with mud. Bump plug with 1,000 psi over final circulating pressure. Reciprocate casing while cementing if possible. If casing becomes tight, land casing on landing shoulder and finish cementing. Approximate displacement volume is 460 bbls. After bumping plug, bleed off pressure and insure that the floats are holding. If floats are not holding, maintain pressure on casing for 4 to 6 hours or until pressure can be bled off. Back out running tool and flush out on top of the 9-5/8" hanger. Install 9-5/8" packoff as per Wellhead Section. Test packoff to 5,000 psi. Change out casing rams and test BOP's to 500/5,000 psig. NORTHWEST MILNE POINT #1 0 (2,000) (4,OOO) (6,000) (8,000) (10,000) (12,000) J 0 DAYS -vs- DEPTH 20" @ 150' I I I 13-3/8" @ 288(: MD SET 20" COI~DUCTOR CASlN~ I I DRILL 11-1/2" HOLE J I I I T.D. @ 28~10' MD/2400' T~ SET 13-3/1" CASING I I DRILL 1~-1/4" HOLE I I I 9:5/8" @ 6321' M 5 T.D. @ 63;~1' MD/4500' TV SET 9-5/8"~ CASING I I I I ILL 8-1/2" HOLE T.D. @ 11,060' ,Gas 20 J P & A WELL ~jSSJO~] DEMO~DRILLING RIG I ' ~ ~ ~ J ~ ~ I I 10 15 I I I I I I I I MD/7393' TVD CUMMULATIVE DAYS NORTHWEST MILNE POINT #1 0 (1,000) (2,000) (3,000) (4,000) (5,000) (6,000) (7,000) (8,OO0) PORE PRESSURE PROFILE c~s,.~ DESIGN 7" LINER (Opt.) 8 9 10 11 12 13 14 15 16 MUD WEIGHT (PPG) PORE PRESSURE MUD WT. FRAC. GRAD. II II ! ! ! ! II ! ::::::::::::::::::::::::::::::::::: SURFNCb_ IN1ERVRL - 100' HKB ]'[] ;~80' RLA[~/~400'~ ]V£) ,, i 7 l,,'d-" HOL..E~ MUD ~¥P~-: Extended Bentonite MUD PARAMETERS: Weight - 8.5 - 9.2 ppg Viscosity - 50 - 100 sec/qt Plastic Viscosity - 12 - 20 Yield Point - 15 - 30 Maximum Solids - < 6% Drill the 17 1/2" interval u. sing an extended bentonite slurry having an initial viscosity in the 100 sec/qt range for the initial gravel formations. Rheology can be reduced as allowe~ by actual hole cleaning requirements with final viscosities ~ailing in the 50 sec/qt range. Should heavy formation clays, be encountered, bit and stabilizer balling can be reduced through the use of drilling detergent additions. While drilling out the 2..0" casing, combat any cement contamination with additions of Bicarbonate of Soda arid Desco As drilling in the 17 1/'2" hole commences, adjust Calcium leveis to < 100 ppm through the addition of Soda Ash. ( 12 1/4" HOLE ) MUD "I"YPE: Low Solids Nondispersed MUD PARAMETERS: Weight Plastic Viscosity Yield Point Fi ltrate pH Maximum Solids - 9.2 .- 9.6 ppg - 33 - 4,~. - 6 - 12 - 12 cc/30 min. initial 6 cc/30 min. Final - 9.0 - 9.5 - < 6% Low Gravity Solids Drill the surface casing shoe and rathole with a portion of She spud mud from the previous interval. After the leakoff test, displace the well with the new low solids mud formulated as follows: .2 10.0 .3 · 005 ppb Caustic Soda ppb Bentonite ppb PAC-L ppb X-Tend II Drill ahead maintaining the pH at 9.0 with Caustic Soci~a. Maintain the commercial bentonite concentration at 5.0 ppb to insure good filtration control and wal lcake characteristics. PAC-R may be used to provide additional yield point based on actual hole cleaning requirements, lhe theological propert i~es should be controlled through the addition of Therma-l~in, a polymer deflocculant, on an as needed basis. These treatments may be supplemented with additions of Desco CF for ac~oitionai control of yield point and gel strengths. Prior to encountering the Schrader Bluff shallow sands, lower ~he APl Filtrate through additions of PAC-L to the ~ cc/30 rain range. ~or improved filtrate control, a 2 - 4 ppb Baranex treatment may be considered. As in the surface intervals, should bit and stabilizer balling become a problem due to formation clays, the use of drilling detergent will provide some degree of relief. Maximize the use of the rig solids control equipment to maintain low gravity solids to a minimum and abrasive solids at less than 1/4%. If a weight-up is required, increase density with barite. Do not allow weight to climb through the accumulation of drilled solids. Prior to running and cementing the 9 5/8" casing, reduced the viscosity and theological properties of the fluid with additions of Therma-Thin and/or Desco CF to reduced the impact of surge and swab pressures associated with these operations. PRODUCTION INTERVAL - 6321' RKB TO 1 i~ 06_~O~'.~*_~Z~..~.Z]~_~_~ ...... (8 1/'2" HOLE) MUD TYPE: Low solids PHPA Polymer MUD PARAMETERS: Plastic Viscosity Yield Point F'i itrate Maximum Solids 9.6 - 10. b ppg 12 - 18 8 - 14 < 6 cc/30 min < 6% Low Gravity Solids 9.5 As in the previous interval, drill out the casing shoe and rathole with mud from the previous interval, discarding cement contaminated returns. Prior to c~rilling ahead, displace the well with the new PHPA Polymer system formulated as follows: 12.0 ppb Bentonite .2 ppb KOH .5 ppb PAC-L .25 ppb PHPA Polymer .2 ppb Therma-Thin Drill ahead maintaini Potassium Hydroxide concentrations at init Keep the bentonite content integrity and filtrat be required as the for the APl Filtrate valu added depending on we .25 ppb initial conce .75 - 1.0 ppb range by ng tile pH at 9.0-9.5 with additions of (KOH). Maintain the PHPA and PAC iai levels until the system has stabilized. in the 5 - 8 ppb range for wailcake e control. Additional PAC treatments will marion objectives are approached to reduced e to less than 6 cc/30 min. PHPA may be llbore stabilization requirements with the ntration being gradually increased to the TD. Therma-Th in, a polymer deflocculant, treatments should be initiated early in the interval to avoid theological control problems. Desco CF may also be required for rheological stabilization. Specialty additives for this interval may include drilling detergent for balling problems and sulfonated asphalts for control of sensitive shales. Protection of s~ales with the asphalt products should be a prime consideration if a protracted exposure time is anticipated in the Lower Cretaceous formations, or if Jurassic aged shales are penetrated. Mud weight requirements for the Kuparuk sands in this area ~ay run as high as 11.0 ppg. Ail weight-up procedures should be doric using barite and drilled solids should not be allowed to accumulate in this system as rheo logical control wi 11 ~e comprised resulting in the need to use dispersant products. Ail efforts should be made to maintain the low gravity solids content of the fluid at less than 6%. CASING DESIGN 20" Conductor Casing at 150' RKB (100' Below Mudline) The type of casing to be used is as follows: Size: 20" Weight: 94 #/ft Grade: K-55 Thread: Plain End Welded Burst: 2,110 psi Collapse: 520 psi Tensile: 1,480,000# A. Burst Assume that shallow gas is encountered and the well is being diverted when the diverter line plugs: Pb = (Pore Pressure x Depth x .052) - ( Gas Gradient x Depth) Pb = (8.6 ppg x 2,400' x .052) - (.115 x 2,400') Pb = 797 psi The burst safety factor is therefore: SF : 2,110/797 = 2.65 B. Collapse Assume that the casing is completely evacuated with cement on the backside: Pc = Cmt. Wt. x Depth x .052 Pc = 15.6 ppg x 150'x .052 The collapse safety factor is therefore: SF = 520 / 122 = 4.26 C. Tension The tensile strength is more than adequate to run the required 150'. 13-3/8" Surface Casinq at 2,880' RKB/2,400' TVD The type of casing to be used is as follows: Size: 13-3/8" Weight: 61 #/ft Grade: K-55 Thread: BTC Burst: 3,090 psi Collapse: 1,540 psi Tensile: 962,000# A. Burst The fracture gradient at 2,400' is estimated to be 12.5 ppg. Assume that while drilling below the 13-3/8" shoe with 9.2 ppg mud a kick is taken allowing 2,400' TVD of the 13-3/8" casing to be filled with a .115 psi/ft kick gradient. The burst pressure would be as follows: Pi) -- (Frae. Grad. x Depth x .052) - (MW x Mud Column x .052) - (Kick Grad. x Depth) Pi) -" pi) -- (12.5 ppg x 2,400' x .052) - (9.2 x 0.0 x .052) - (.115 x 2,400') 1,284 psi The burst safety factor is therefore: SF = 3,090/ 1,284 = 2.40 B. Collapse Assume that lost returns are experienced while drilling below the 13- 3/8" casing which evacuates the surface casing to a depth of 2,400' TVD. The collapse pressure is calculated as follows: Pc = Pore Pressure x Depth x .052 Pc ~-' 8.6 ppg x 2,400' x .052 C. Pc = 1,073 psi The collapse safety factor is therefore: SF = 1,540 / 1,073 = 1.44 Tension The tensile load is calculated as follows: Tension = Casing Wt. x Setting Depth x ((65.4 - Mud Wt.) / 65.4) Tension = 61 #/ft x 2,880' x ((65.4 - 9.2) / 65.4) Tension = 150,967# The tension safety factor is therefore: SF = 962,000 / 150,967 = 6.37 9-5/8" Intermediate Casing Set At 6,321' RKB/4,500' TVD The type of casing to be used is as follows: Size: 9-5/8" Weight: 47 #/ft Grade: L-80 Thread: BT&C Burst: 6,870 psi Collapse: 4,750 psi Tensile: 1,086,000# A. Burst The fracture gradient at 4,500' is estimated to be 13.5 ppg. Assume that while drilling below the 9-5/8" shoe with 9.6 ppg mud a kick is taken allowing 2,100' TVD of the 9-5/8" casing to be filled with a .115 psi/ft kick gradient. The burst pressure would be as follows: Pb Pb (Frac. Grad. x Depth x .052) - (MW x Mud Column x .052) - (Kick Grad. x Depth) (13.5 ppg x 4,500' x .052) - (9.6 x 2,400 x .052) - (.115 x 2,100') j~'~C ~ I !~,¢ ~ D Pb = 1,719 psi The burst safety factor is therefore: SF = 6,870 / 1,719 = 4.00 B. Collapse Assume that lost returns are experienced while drilling below the 9- 5/8" casing which totally evacuates the intermediate casing. The collapse pressure is calculated as follows: Po = Pore Pressure x Depth x .052 8.6 ppg x 4,500' x .052 Pc -- 2,012 psi The collapse safety factor is therefore: SF = 4,750 / 2,012 = 2.36 C. Tension The tensile load is calculated as follows: Tension = Casing Wt. x Setting Depth x ((65.4 - Mud Wt.) / 65.4) Tension = 47 #/ft x 6,321' x ((65.4- 9.6) / 65.4) Tension = 253,478# The tension safety factor is therefore: SF = 1,086,000 / 253,478 = 4.28 7" Production Liner Set At 11,060 RKB/7,393' TVD (possible) The type of casing to be used is as follows: Size: 7" Weight: 26 #/ff Grade: L-80 Thread: BT&C Burst: 7,240 psi Al~sI~a Oil & Gas Cons. Cornm_ ission Anchora.g~- Collapse: Tensile: 5,410 psi 604,000# Assume that a tubing leak develops just below the tubing hanger which exerts shut-in tubing pressure on top of the packer fluid above the production packer. The burst pressure would act against the 9- 5/8" casing at the surface and is calculated as follows: Pb -- ((Pore Pres. x Depth x .052) - (Gas Grad. x Depth)) + (Packer Fluid Grad. x Packer Depth x .052) - ( Backup Grad. x Packer Depth x .052) Pb = ((9.6 ppg X 7,000' X .052) - (.115 X 7,000')) + (10.6 ppg X 6,950 X .052) - (8.6 ppg X 6,950' X .052) Pb '" 3,412 psi The burst safety factor is therefore: SF = 6,870 / 3,412 = 2.01 B. Collapse Assume that the well is on gas lift and the packer fluid has been displaced out of the annulus to the top of the packer and the gas lift pressure has been bled off of the casing. The collapse pressure is calculated as follows: Pc = (Pore Pres. x Depth x .052) - (Gas Lift Gas Grad. x Depth) (9.6 ppg x 7,000' x .052) - (.02 x 7,000') 3,354 psi The collapse safety factor is therefore: SF = 5,410 / 3,354 = 1.61 C. Tension The tensile load is calculated as follows: Tension = Casing Wt. x Setting Depth x ((65.4 - Mud Wt.) / 65.4) Tension = 26 #/ft x 5,060' x ((65.4 - 10.6) / 65.4) Oil & Gas Oo~s. Commission Tension = 110,237# The tension safety factor is therefore: SF = 604,000 / 110,237 = 5.48 CEMENTING PROGRAM 2O" CASING The 20" casing will be cemented to surface by placing a chicksan line into the annulus. The slurry volume will be calculated on 100% excess. Slurry properties are as follows: Cement Type: Volume: Slurry Density: Slurry Yield: Water Required: Thickening Time: Compressive Strength: @ 20°F BHST ETOC: Permafrost "C" Cement + 1,000 sx (100% excess) 15.0 ppg 0.96 cu ft/sx 3.89 gal/sx 3:00 Hr:min @ 40°F BHCT 24 hrs. = 1,000 psi 7 Days = 1,550 psi Surface A lab test will be run prior to the cement job. 13-3/8" CASING The 13-3/8" casing will be cemented utilizing a permafrost lead slurry and a premium cement tail slurry. The cement volume will be calculated on open hole volume plus 20%. The tail slurry should cover the bottom 300' of open hole. A +/- 50 bbl. water spacer should be pumped ahead of the lead cement slurry. This string will be cemented with a drill pipe stinger and a stab-in float collar. Pump a 50 bbl water spacer, ± 1,050 sx of Permafrost "E" cement with 5 #/sk of Gilsonite until the water spacer is seen at the surface, then switch to class "G" cement and pump 50 bbls. This volume will yield 300' of annular coverage and an 80' cemented shoe joint. The slurry properties are as follows: Lead Cement Type: Volume: Slurry Density: Slurry Yield: Water Required: Thickening Time: Compressive Strength: @ 105°F BHST ETOC: Permafrost "E" Cement ± 1,120 sx (20% excess) 12.2 ppg 1.92 cu ft/sx 10.53 gal/sx 6:00+ Hr:Min @ 75°F BHCT 12 hrs. = 25 psi 24 hrs. = 100 psi 7 Days = 1,550 psi Surface 0il & Gas Co~,s. Commissio Tail Cement Type: Volume: Slurry Density: Slurry Yield: Water Required: Thickening Time: Compressive Strength: @ 115°F BHST ETOC: Premium Cement 350 sx (20% excess) 15.8 ppg 0.96 cu ft/sx 3.89 gal/sx 4:00 Hr:Min @ 75°F BHCT 12 hrs. -- 673 psi 24 hrs. = 1,550 psi 2,580' MD A lab test will be run prior to the cement job. An extra 100 sxs. of the tail slurry should be on location to perform a top job if necessary. A total of 5 #/sx of gilsonite should be added to the lead slurry to help prevent lost circulation. 9-5/8" CASING The 9-5/8" casing will be cemented with class "G" premium cement to 500' above the top of the KA sand package estimated at ± 4,962' MD. A ± 50 bbl spacer at 11.0 PPG will be pumped ahead of the cement and the casing will be reciprocated during the cement job. The slurry properties are as follows: Tail Cement Type: Volume: Slurry Density: Slurry Yield: Water Required: Thickening Time: Compressive Strength: @ 115°F BHST ETOC: Premium Cement 600 sx (20% excess) 15.8 ppg 1.15 cu ft/sx 5.0 gal/sx 3:30 Hr:Min @ 75°F BHCT 12 hrs. -- 800 psi 24 hrs. - 2,200 psi 4,460' MD A lab test will be run prior to the cement job. 7" LINER If the decision is made to run a 7" liner, a detailed cementing procedure will be developed utilizing the open hole caliper Icg plus 20% excess. The liner will be cemented from TD to 300' inside the 9-5/8" casing. The estimated cement slurry properties are as follows: Tail Cement Type: Volume: Slurry Density: Slurry Yield: Water Required: Thickening Time: Premium Cement 670 sx (20% excess) 15.8 ppg 1.15 cu ft/sx 5.0 gal/sx 3:30 Hr:Min @ 75°F BHCT Compressive Strength: @ 115°F BHST ETOC: 12 hrs. = 800 psi 24 hrs. = 2,200 psi ± 6,000' MD A lab test will be run prior to the cement job. BOP TEST PROCEDURES The following test procedures shall be conducted at the time of nipple up, configuration change and on a weekly basis. All BOP tests shall be recorded on the IADC report. 13-3/8" CASING . Upon nipple up, all rams (including the blind rams), kelly valves, emergency valves, choke and kill lines and valves, and the choke manifold must be tested to a Iow pressure of 250 psi and a high pressure of 5,000 psi. The annular preventer shall be tested to a Iow pressure of 250 psi and a high pressure of 2,500 psi. . After nipple up, all pipe rams, kelly valves, emergency valves, choke and kill lines and valves, and the choke manifold must be tested to a Iow pressure of 250 psi and a high pressure of 5,000 psi on an interval not to exceed 7 days. The blind rams will also be tested to a Iow pressure of 250 psi and a high pressure of 5,000 psi by backing off of the test plug on an interval not to exceed 7 days. The annular preventer shall be tested to a Iow pressure of 250 psi and a high pressure of 2,500 psi on an interval not to exceed 7 days. . All pipe rams and the annular preventer are to be function tested daily. . Blind rams shall be function tested on each trip out of the hole not to exceed once per day. 9-5/8" CASING The following test procedures shall be conducted at the time of nipple up, configuration change and on a weekly basis. All BOP tests shall be recorded on the IADC Report. The 11" 5,000 psig casing and tubing spool (Starting Head) is made up to the 10- 3/4" pin of the 9-5/8" casing hanger. The 13-5/8" 5,000 psig BOP stack is flanged to the 11" 5,000 psig tubing spool flange. Upon nipple up, all ram type preventers, kelly valves, emergency valves and choke manifold must be tested to 250 psi Iow and 5000 psi high. The blind rams will also be tested to 250 psi Iow and 5,000 psi high. The test plug isolates the casing from this pressure. Annular type preventer shall be tested to 250 ps, LIo._w and 2,500 psi high. ~'~ ~ :~ ~ ~ ~ ! E After nipple up, all ram type preventers, including blind rams, kelly valves, emergency valves and choke manifold must be tested to 250 psi Iow and 5000 psi high on an interval not to exceed seven (7) days. Annular type preventer shall be tested to 250 psi Iow and 2,500 psi high on an interval not to exceed seven (7) days. Shear rams shall be function tested on each trip out of the hole not to exceed once per day. Fill out and submit the AOGCC BOP Test Form. CO}IOCO IIIC NORTHWEST HILI{Z POINT NO 1 slot ~1 NORTHWEST MILNE POINT NORTH SLOPE,ALASKA PROPOSAL LISTING Your ref : BUILD AND HOLD PROFILE Our ref : propl2 Other ref : Date printed: 29-0ct-9I Date created: 29-0ct-91 Last revised: 29-0ct-91 Field is centred on 0.000,0.000,0.00000,+ Structure is centred on 0.000,0.000,0.00000,+ CONOCO ~NC PROPOSAL LISTING Pa~e 1 NORTHWEST }4II2fE POINT NO 1,slot I1 Your rtf: BUILI) AND HOLD PROFILE NORTHWEST MILIqE POINT,HORTH SLOPE,~JI~KA Last ~evis~d: 29-0ct-91 }{easured Inclin. Azimuth True V. rt. R E C T A N G U L A R De~{~ Vert Depth Degrees Degr~ Depth C 0 0 R D I N I T g S Ft Sect 0.00 0.00 311.10 0.00 0.00 N 0.00 E 0.00 0.00 100.00 0.00 311.10 100.00 0.00 N 0.00 W 0.00 0.00 200.00 0.00 311.10 200.00 0.00 N 0.00 W 0.00 0.00 300.00 0.00 311.10 300.00 0.00 N 0.00 W 0.00 0.00 400.00 0.00 311.10 400.00 0.00 N 0.00 W 0.00 0.00 500.00 0.00 311.10 500.00 0.00 N 0.00 W 0.00 0.00 600.00 3.00 311.10 599.95 1.72 !{ 1.97 W 3.00 2.62 700.00 6.00 311.10 699.63 6.88 N 7.88 W 3.00 10.46 800.00 9.00 311.10 798.76 15.46 N 17.72 W 3,00 23.51 900.00 12.00 311.10 897.08 27.43 N 31.45 W 3.00 41.74 1000.00 15.00 311.10 994.30 42.78 1{ 49.04 W 3.00 65.08 1100.00 18.00 311.10 1090.18 61.44 N 70.44 W 3.00 93.48 1200.00 21.00 311.10 1184.43 83.38 N 95.60 W 3.00 126.85 1300.00 24.00 311.10 1276.80 108.54 N 124.43 W 3.00 165.12 1400.00 27.00 311.10 1367.05 136.83 N 156.87 W 3.00 208.16 1500.00 30.00 311.10 1454,92 168.19 N 192.83 W 3.00 255.87 1600.00 33.00. 311.10 1540.18 202.53 N 232.20W 3.00 308.12 1700.00 36.00 311.10 1622.58 239.76 N 274.88 W 3.00 364.75 1800.00 39.00 311.10 1701.91 279.77 N 320;75 W 3.00 425.62 1900.00 42.00 311.10 1777.94 322.46 N 369.69 W 3.00 490.56 2000.00 45.00 311.10 1850.47 367.70 N 421.56 W 3.00 559.38 2100.00 48.00 311.10 1919.30 415.37 N 476.21 W 3.00 631.91 2200.00 51.00 3.11.10 1984.24 465.35 N 533.51 W 3.00 707.95 2245.95 52.38 311.10 2012.72 489.06 N 560.69 W 3.00 744.01 2500.00 52.38 311.10 2167.80 621.32 N 712.33 W 0.00 945.23 3000.00 52.38 311.10 2473.02 881.65 N 1010.78 W 0.00 1341.26 3500.00 52.38 311.10 2778.24 1141.97 N 1309.23 W 0.00 1737.29 4000.00 52.38 311.10' 3083.46 1402.29 N 1607.68 W 0.00 2133.32 4500.00 52.38 311.10 3388.68 1662.61 N 1906.13 W 0.00 2529.35 5000.00 52.38 311.10 3693.90 1922.94 N 2204,58 W 0,00 2925.39 5500,00 52.38 311.10 3999.12 2183.26 M 2503.04 W 0.00 3321.42 6000.00 52.38 311.I0 4304.34 2443.58 N 2801.49 W 0.00 3717.45 6500.00 52.38 311.10 4609.56 2703.90 N 3099.94 W 0.00 4113.48 7000.00 52.38 311.10 4914,78 2964.23 N 3398.39 W 0.00 4509.51 7500.00 52.38 311.10 5220.00 3224.55 N 3696.84 W 0.00 4905.54 8000.00 52.38 311.10 5525.22 3484.87 N 3995.29 W 0.00 5301.58 8500.00 52.38 311.10 5830.44 3745.19 N 4293.75 W 0.00 5697.61 9000.00 52.38 311.10 6135.66 4005.52 N 4592.20N 0.00 6093.64 9500.00 52.38 311.10 6440.88 4265.84 N 4890.65 W 0.00 6489.67 10000.00 52.38 311.10 6746.10 4526.16 N 5189.10 W 0.00 6885.70 10486.38 52.38 311.10 7043.00 4779.39 N 5479.42 W 0.00 7270.94 10500.00 52.38 311.10 7051.32 4786.48 N 5487.55 W 0.00 7281.73 10650.19 52.38 311.10 7143.00 4864.68 N 5577.20 W 0.00 7400.70 11000.00 52.38 311.10 7356.54 5046.80 N 5786.00W 0.00 7677.76 11059.73 52.38 311.10 7393.00 5077.90 N 5821.66 W 0.00 7725.08 TARGET 12 TOTAL DEPTH A.ND 7" CASING POINT All data is in feet unless otherwise stated Coordinates are from structure centre and TVDs are from rkb. Vertical sc~cion is from wellhead on azimuth 311.10 deqrees. Calculation uses the minimum curvature method. OONOCO INC NORTHWESY MILNE POINY NO 1,$10t I1 NORTHWEST MIIJiE POINT,NORT]{ SLOPE,LLASKA Your ILD HOLD PROFILE Last revised: 29-0ct-91 Comments in wellpath lID ~l) Rec~ngu~ar Coo~. Comment 10486.38 7043.00 4779.39 N 5479.42 W . .~, ........................ ' 10650.19 7143.00 4864.68 N 5577.20 V; ~ {2 11059.73 7393.00 5077.90 II 5821.66 W ~OTAL DEPlq{ AND 7" CASING POINT Casing position~ in -~ing 'A' Top RD Yop TV]) R~-tangular Coord~. Bot RD Bot YVD Rc~rmngulaz Coord~. Casing ........... _. - 0.00 0.00 O.OON O.OOE 150.00 150.00 O.OON O.OOW SURFACE 0.00 0.00 0.001{ O.OOE 400.00 400.00 O.OON O.OOW 20 CSG 0.00 0.00 O.OON O.OOE 2880.37 2400.00 819.36]{ 939.37W 13 3/8 CSG 0.00 0.00 O.OON O.OOE 110§9.73 7393.00 5077.901{ §821.66W Taz~et~ associated with ~ w~llpath Target name Position T.V.D. Loc~ r~~ar ~oords. Date revised not sp~ified 7043.00 4779.39M 5479.42{4 29~:~ ........ All data is in feet unless otherwise state~ Coorclinate~ are from structure centre and TVI)s are from rkb. Vertical section is from wellhead on azimuth 311.10 degrees. Calculation uses the minimum curvature method. C9NOCO -~fructure : NORTHWEST MILNE POINT NO 1 Field : NORTHWEST MIl. NE POINT L~cafion: NORTH SLOPE,ALASKA .. 12OO )~O0 -400 0 ~ Scole 1 ' ,4-00.00 TARCET LOCATION 2000' FSL - 700' SEC 23.T14N. RgE TAR~E'T t2 LOCATION [ 2085.29' FSL - 797.78' FEL SEC 23.T1 ~4~I.RgE BUILD RATE 5 O£G/100' WELL PROFILE DATA .... 0 0.00311.10 O O ~ 0.~ 311,10~ 0 ~ ~ 311.1o~ o 1~ ~ 311,10~ 4~ -~ SURFACE LOCA~ON ] 2500' FSL - ~oo' FELl SIFC 2§,T14N,Rg£ { TANGENT ANGLE 52.38 DEG VM~¢c~ ~M.T~e, 0~t ,311 .ID ~Z:b11~ ~ r~er~K~ O.O0 N. 0.00 [ fr~t ~ (:4~irl ( cosOco,, { ~lthlE POINT DIVER~ER ST^CK FOR 13 318" CONDUCTOR -. - ~ .cLo'~ LIt¢I 1 J I C)Iv[IITER QUICK C01~N[CT ASS[kilLY START I!~0 I.([ A D Gas Cons. 00mmissi0n A.'~chor'age' ,, 1. 1-he hydraulic control syste,~ will be specifications and AOGC~] requirements. in ac-corder,ce with ~°I '2.' The HCR ValUe Will open" Wgen the :preventer Clo~es..' A 5ingle iO' relief line will run off of the drilling s~ool I-tCR valv~ and will have a targeted downs%ream tee for downwind diversion. Valves on both side5 of the %e~ will bo full opening and linked together to cnabla one to always bc~ (>[)~2n and the other to be closed. CONOCO 'I'NC,--I',iABORS PxilO 27EE 13-S/8" 5138rd8 BOP SYSTE,PI AFl 13-5/8' ~H ~1 x 11' 51,1 APl 11' 51't Connection Flow Line Annular Preveator Ram Ram Choke Ltne~ 3" 5880~ Manual & 3" HCR VALVE KiLL Ltne~ Two 3" 5Bl~l~ Manual VaLves Ram Tubing Spool w/ 2"-5000~t Side Outlets Casing Spool w/ 3"-50¢J0~t Side Outlets 9-5/8" SUrt:ace .Casing 13-3/8" Conductor Casing Gate VaLve BOP STACK SIZE RATINO HEETS.AP] RP53 & SPEC 6A FOR BOrE TO BE OPERATED EACH TRIP AND TESTED WEEKLY, BOP HI'DRAUL]C CONTROL SYSTEH TO INCLUDE (5) STAT]ON klAN]FOLD LOCATED REklOTE WITH 16I~ OALLON ACCUHULAT'OR, UN]T, & AUXILIARY ENERO¥ SOURCE FOR S¥STEH ACT]VAT]ON, H]NItdUH ONE SET BLIND RAHS & TWO SETS APPROPRIATE PIPE CHOKE & KILL FIAN]F:OLDS SHOWN SEPARATELY TO MEET AP] CLASS 51'1 REOU]REHENTS, CLASS 5H CONTROL RESERVOIR RAkl¢ ,~), tRP 53 KILL ;,!~,~;;FO~_D ~ ~... P~ESSu~E PuuP ~ ~J~ R[UOIE PEESSU2E ~OTE: ~ HYDRZULIC CONT2OLLED ~ ~auuc cc~t s~ ~o~ e~ ~ac~ 6 c.o~ ~ REMOTE OPERATED ~t ~0 e[ ~c~[o o~ mo fCOOe. z ~L 8 Ca¢~ ~m~OLOS ~ ~[T ~ ~P53 ~. DRILLING 5. K~L ~RIf~O S~2E- RATING Z'- 5~ SPOOL ~:~ HYDR.~ULIC CONTROLLED =~RE)~OTE OPERATED RE.UOT£ P~ESSURE G~GE SENSOR ADJUSI'ABUE CHOKE CHOKE ADJUSTABLE MANIFOLD - CHOKE .. -- VARI.~BLE CHOKE CGNll~OL ...__.TO SHALE TO .4T~OSPNERIC '~UD/GAS SEPARATOR; ,~,. CHOKE 8 KILL i~(/~NIFO[_DS FOR ct's/$'~ ~i 7" OD t OP I,IANIFOLD LAYOUT - CONOCO, · Z.ZL.~.._.Z'=L.'.' "LL.'. ' I O. o I Iii. I I IT 1, N n g F_ 1' 13 N R 10 E r 13 N R 11 ~ MILNE POIN' ~co~odo ~T xL AC ADL-47434 2560 AC ADL-47433 ~BO AC I , ADL-~SS16 ' 4OL-31~148 ADL-4~437 2580 AC ADL-4743~ 2544~C 12B0 AC ,12~0 ~.~-25514 25~O AC ADL-25~l~ 2~4 AC 1280 AC 1280 AC ................. ~t ...... J ........ ~nou .~°-~oc~ 4~ CHEVnOU CO~O'CO. ~ '*w . ,'L~ i , I' , 30 29 28 27 26 , 25 30 29 ~ EX~ 31 3 33 34 .. , 2~5 AC~--~20 ~:2~ 2580 AC ADL-25518 2~60 AC ADL-28231 -- . , ............ ~ ,: . ~ .... :- . . .. UNIT :::: . . ~::: ; :: ~ - ....... , IBIT A NT UNIT CH~:¥,, ARCO IOHIO Interoffice Communication TO: Jim Hand FROM: Dave Homan DATE: SUBJECT: November 8, 1991 Shallow Hazard Assessment: N. W. Milne Area N. W. Milne No. I Surface: 2500' FSL, 500' FEL Sec 25-T14N-R9E Target: 2000' FSL, 700' FEL Sec 23-T14N-R9E North Slope Borough, Alaska I have reviewed the available seismic, geological, and engineering data in the vicinity of our proposed N. W. Milne prospect and have found no evidence of shallow gas accumulations beneath the proposed location. This conclusion was reached after reviewing the following data: Engineering site studies -- including high resolution profiling -- conducted by EBA Engineering in 1990 found no evidence of shallow hydrocarbons in the zone from mudline to top of permafrost (see attached 1"-1000' scale maps from the EBA study, labelled Fig. 1-3) at the proposed location. A series of VNMO maps that graphically display final stacking velocities from the recently acquired Milne Point 3D seismic survey show no anomalously slow zones between surface and 3000' at the proposed location. It should be noted that the shallow velocity structure is significantly influenced by the effects of permafrost, which locally thins from onshore to offshore. Thinning this high velocity media imparts a strong gradient on the local velocity field. I've also examined the available 2D and 3D seismic data profiles in this area. I have noted no amplitude anomalies to suggest large accumulations of shallow, highly pressured gas. Please be aware that the seismic acquisition and processing techniques used in the arctic preclude classic "bright spot" ty~ Fr?~ysis. Shallow Hazard Assessment: N.W. Milne Area November 8, 1991 Page 2 The attached seismic line (Fig. 6A and location map, Fig. 6) was extracted from a preliminary edition of the 3D seismic volume and crosses the proposed surface and bottom hole locations of the N. W. Milne well. No high amplitude events ("bright spots") are seen in the shallow section. The decrease in data quality seen between trace 90 and 150 is a function of ice noise. Other traverses of the 3D data look similar. The strong, continuous events seen below 0.3 seconds are reflections from lignite bearing strata interbedded with sands and shales. Lignite units, and the coal gas associated with them, are common in this area. A search of the mudlogs from wells in the MPU L and C pads indicate no shallow drilling hazards. In fact, mudloggers are not generally used in the shallow section in this part of the field. The mudlog from the MPU #2 (now B-l) shows only traces of gas in the shallow section, and then generally associated with normally-pressured lignite beds. A plot of mudweight versus measured depth in the nearest offset well, the MPU L-4 (Fig. 7, and location map, Fig 6), shows no abnormal pressure in the shallow section. It is my opinion that shallow gas will not be a hazard here. L. David L Homan Geophysical Advisor Attachments cc: Steve Lawless Steve Davies MAP INDEX And List of Figures Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. Fig. 1 2 3 4A 4b 4c 4d 5a 5b 5c 5d 6 6a 7 EBA Bathymetry Map EBA Depth to Permafrost EBA Shallow Gas or Anomalies VNMO Approx. 850' level VNMO Approx. 1600' level VNMO Approx. 2450' level VNMO Approx. 3050' level Approx. Time to 850' level Approx. Time to 1600' level Approx. Time to 2450' level Approx. Time to 3050' level Basemap with Seismic Line 6A Highlighted Seismic Line L-4 Mudweight Plot 11 ~ II II 11 .... II II Il II II II II 1000' 2000' 12.5 MUD WT VS DEPTH MPU L-4 .< © 12 1 1.5 11 10.5 10 9.5 8.5 7.5 I I I 1 5 5 7 (ThousQnds) Ii! TRACE Sp , CDP 0.00( RECON 268 260 217 LINE 36 250 240 230 220 210 FOLD 3D MIG .. 200 190 180 170 NW MILNE ,~1 PRELIMINARY 1.60 150 lqO 130 120 PROCESSING (NON RAP) 110 100 95 90 85 80 75 ?0 65 60 55 50 45 O. 0.20, ,,, ,,, 0.~01 ,1, 1. FIGURE 6A' ** CHECK LIST FOR NEW WELL PERMITS ** . FEM APPROVE DATE ---- ~'2 thru 8]"" [10 & 13] [14 thru 22] (4) Casg (5) BOPE . ~,, '7, ! ;~ -- ~ ! [23 thru 28] (6) Other -['29 -thru'3 ][ ] (6) Addl engineering:, BEW ,..-' JH_~ geology' DW RP~. rev 03/29/91 jo16.011 Company YES 1. Is permit fee attached ............................................... /~ Lease & Well NO 2. Is well to be located in a defined pool .............................. 3. Is well l cx:ated proper distance from property line ................... 4. Is well located proper distance from other wells ..................... 5. Is sufficient undedicated acreage avai..lable in this pool ............. 6. Is well to be deviated & is wellbore plat included ................... 7. Is operator the only affected party .................................. 8. Can permit be approved before 15-day wait ............................ 9. Does operator have a bond in force ................................... 10. Is a conservation order needed ....................................... 11. Is administrative approval needed .................................... 12. Is lease nLrnber appropriate .......................................... 13. Does well have a unique name & nL~nber ................................ 14. Is conductor string provided ......................................... 15. Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water .................. Is enough cement used to circulate on conductor & surface ............ ~ 16. 17. Will cement tie in surface & intermediate or production strings ...... ~ 18. Will cement cover all known productive horizons ..................... ~ 19. Will all casing give adequate safety in collapse, tension, and burst. ~-~ 20. Is well to be kicked off from an existing wellbore ................... ~.. 21. Is old wellbore abandonment procedure included on 10-403 .............. 22. Is adequate wellbore separation proposed ............................. ~ a diverter system required ........................................ ~ 23. Is 24. Is drilling fluid program schematic & list of equipment adequate ..... 25. Are necessary diagrams & descriptions of diverter & BOPE attached .... 26. Does BOPE have sufficient pressure rating -- test to ~o..psig ..... 27. Does choke manifold comply w/API RP-53 (May 84) ...................... 28. Is presence of H2S gas probable ...................................... FOR EXPLORATORY & STRATIGRAPHIC WELLS: 29. Are data presented on potential overpressure zones ................... 30. Are seismic analysis data presented on shallow gas zones ............. 31. If offshore loc, are survey results of seabed conditions presented... 32. Additional requirements ............................................. INITIAL OEO' UNIT oN/OFF POOL CLASS STATUS AREA ~ SHORE R~RKS 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 APPENDIXi ., No special 'effort has been made to chronologically organize this category of information. * ALASKA COMPUTING CEMTER * * , ****************************** *------- SCHLUMBERGER ****************************** COMPANY' NA~E : CO~OC.O INC WELL NANE : NORTHWEST ~I6NE #1 FIELD NAME ~ WILDCAT BOROUGH : NORTH SLOPE STATE : ALASKA API NUMGE~ ~ 50-029-22231 REFERENCE NO : 92208 RECEIVED IS Tare verlflcatiov t, tsting chlumberoer A!as~a Computing Center 20-APR-19g2 17104 **** REEL HEADER **** SERVICE NA~F : EDIT DATE : 9~/04/16 ORIGIN ~ FLIC CONTI~iU~TION ~ : PREVIOUS REEL : CO~wE~T : CONOCO INC.,wILDCAT,NORThWEST MILNE #1,50-029-22231 **** TAPE MEADER **** SERVICE NA~ t KDIT DATE ~ 92104/!6 O~I~IN : FblC T~PE NA~E : 92208 CONTINUATIO~ # pREVIOUS TAPE CO~EMT : CONOCO IMC.,~ILDCAT,NORTM~EST MIbNE #I,50-0~9-22~3! PAGE: **** FIrE HEAOER **** FILE MA~E : EDIT .00! SERVICE : Fb!C VMRS!OM : O0~A07 D~TE : 92/04/~6 MAX REC SIZE : 10~4 FILE TYPE ~ LO L~ST FILE : ******************************************************************************* ******************************************************************************* ** ** SCH[,UMBERGER ~ELL SERVICES **. ** ** ******************************************************************************* ******************************************************************************* COMPANY NAME: WELl,: FIELD: BOROUGH: STATE: AP! NUNBER: COg~OCO INC. WILDCAT NORTM SLOPE ALASKA 50-029-22231 LOCATION: 2500' ESL & 500' FEb SECTION: 25 TOWNSHIP: PE~ANENT DAT[)~ ~Sb ~LEVATION: 0' LOG ~EASURED FRO~ RKB 42,7' ABOVE PERMANENT DATUM IS Tame Verificatl~on Listing chlumberger AlasKa Comuutino Center 20-APR-1992 17~04 ELEVATIONS KB: 42.7' DF: 41,7' **************** DATE LOGGED! 2-MAR-92 TD DRILLER: 2905' TD LOGGER: 2902' CASIUG II 20" ~ DRILLER DEPTH OF 150' BIT SIZE 1: 17.5" ~ ~905' TYPE FLUID IN HOLE: SPUD DENSITY: 9,5 LB/GAL PH: 8,5 GL: 7,7' VISCOSITY; 45 FLUID bOSS; 14 ~ 68 DEGF 9 68 DEGF M 68 DEGF DEGF RUN NUMBER: **************** D~TM LOGGED: TD DRILLER: 6250' TD LOGGER: 6250' CASING. t: !3,375" ~ DRILLER DEPTH OF 2862' ' ' 25" ~ 6250' BIT SIZE 1, TYPE f L.JID !N HOLE: bOW SOLIDS DENSITY: 9,6 5B/GAL VISCOS!TY~ 45 FYLTRA,.,E,,,,.~R.,.S~STIVITY; 1;1 g 64 DEGF ~.~D Y: I;58 NAXI'~It~ TEMP RECORDED: 99 DEGF RUN NUMBER: ~ *************** DATE LOGGED: 20-MAR-199~ TD DRILLE~: 11060~ TD LOGGER~ 11051' 6 ~ DRILLER DEPTH OF 6235' cAs!~c I: 9, ~5'c~ !!o~o' ~I~ sIz~ l: ~o~:: - TYPE FLUID IN EZ ~UD DENSITY: 10,4 bE/GAL PH: g MUD RESISTIVITY: FILTRATE RESISTIVITY: ~UD CAKE RESISTIVITY: 1,55 VISCOSlTY:~50 FLUID bOSS: 4 C3 M 78 DEGF e 65 DEGF IS Tame verlftcatloD List]nc chlumberger AlasKa Computing Center 20-APR-lEg2 17:04. LOGGING DISTRICT: LOGGING ENGINEER: PRUDHOE BAY D. WARNER/J, CRYFR [3aTE JOB STARTEP: g-APR-q2 JOB REFERENCE MO: 9~20~ I.,mP/~NA: ~, K~UWELL ****************************************************************************** FIL~ - EDIT,O0I CONOCO INC, WILDCAT NORTHWEST ~IL~tE 50-029-22231 "MAIN PASS LOG DATA" DATa SAMPLED EVERY -,5000 FEET DATA INCLUDED TOOL EXTENSION TOOL TYPE USED NAME DIT-E ,DTE DIT'E ,PHA bSS ,bSS LDT-D LOT CNT-q ' ~ ,CNB NGT'D ,NGT NGT-D ,KAL NGT-D ,ALP NGT-D ,LSQ MSFL ,~SF A!T ,AtT PHASOR DUAL INDUCTION SFb PHASOR ENHANCED AND VERY ENHANCED pROCEsSING ARRAY SONIC LITHO DENSITY COMPENSATED NEUTRON NATURAL GAMMA RAY' SPECTROMETRY LOG (CURVES COMMON TO ALL NGT DATA) DATA ADPHA FILTERED NATURAL'GAMMA RAY SPECTROMETRYDATA LEAST SQUARE FILTERED NATURA~ GAMMA RAY SPECTROMETRY (DATA DISPLAYED~ON FIELD BbUELiNE) MICRO SPHERICALLY FOCUSED LATE'ROLOG (MSFL NOT LOGGED 'ON R[!N ,!) b ARRAY INDUCTION TOOL (ON Y EPEAT FILE AVAILABLE FOR PROCESSING AT COMPUTING CENTER) ****************************************************************************** PAGE: TABLE. TYPE : CONS TUNI VALU DEFI C~ CONOCO INC, Company Name ~ILDCAT ~te!d Name ~ NORTHWEST ~IILNE #!. el~ Name API~ 50-029-22231 APl Serial Number ~ 2500' FSb & 500' FEb F1e!d Loc tion IS Tame 'Verification Listing 20-4P~-1992 17{04 chlUmberqer AlasKa Computing Center PAGE: 4 TUN! 8gCT T~w~ 14N R~ 9K COUN NORT8 STAT A~A$~A NATI USA SON 9453 PDAT ESL EPD FT O, APO FT 42,? EKB rT EOF FT 41 E~L rT 7 TDD FT I{060, T~L FT 051, B~I FT 11041, TLI FT 150, OFT EZ MUD DFD G/C3 DFPH 9. DFV S 56, DFL F3 DEGF ~FST DEGF R~CS ~CST QEGF 6§ ~MT DEGF 15 VALU DEFI ;~mmmmmmmmmmmmmmmmm~mm~mm~mmmmm~;mmmmmmmmm~mm~mmmm~mmm 5 Sect on 89 ~mmmmmmmmmmmmmmmmmmmm~m~mmmmmmmNm Township Range County State or Province Nation Witness Name Service Order Number Permanent datum Elevation of Permanent Datum boq ~easured From Above Permanent Datum Elevation of Kelly Bushing Elevation of Derrick Floor Elevation of Ground Level Total Depth - Driller Total DePth - Logger 8ottom Log Interval Top Log Ihterval · nq uid Ph Dri~ Fl Dri ~nq Fluid ViscositY Drilling:Fluid Loss ResiStivitY of Mud Sample MUd,,Sample Temperature Resistivity of'MU~ Filtrate S ~ud,Flltrate Sample Temperatu ReSistiVity Of MUd Ca~e sampl ture Bottom HoleT u ,emperat ~re TYPE t CURV DKPT ClDP IDPH CDE~ CDV~ C~EP C:MV~ I~V~ CILD DePth INDUCTION DEEP INDUCTION DEKP DEEP INDUCTION D~EP I DUCTION PHASOR CONDUCTIVITY PHASOR RESISTIVITY ENHANCED RESOLUTION PHASOR CONDUCTIVITY ENHANCED RESOLUTION PHASOR ~E$ISTI¥ITY DEEP INDUCTION VERY-E~MANCED RESOLUTION PHASOR CONDUCTIVITY DEeP INDUCTION VERY-ENhANCED RESOLUTIO~ PHASOR RESISTIUITY INDUCTION ~EDIU~ PHASOR CONDUCTIVITY INDUCTION ~EDIU~ P~ASOR RESISTIVITY ~EDIUM I~DUCTION ENHANCED RESOLUTION PNA$OR CONDUCTIVITY ~EDIU~ INDUCTION ENHANCED RESOLUTION PHASOR RESISTIVITY gEDIUM INDLCTI'OM VERY-EMHA CED E$ObUTION PHASOR CONDUCTIVITY ~EDIUM INDUCTIOM VERY-ENHANCEDRESOLUTION PHASOR RESISTIVITY Conductivity Ib Deep Standard Processed Deep Induction Standard Processed Resistivity Is Tape Veriflcatl~on [,isttn~ cblumberc~er alaska Con, s)uti, hq Center 20-APR-lNg2 17:04 PAGE: OEFI CI'L,~ Conductiv tg um StanOa d ocessed ILh~ g',edium Induction Stamdard Processed Resistivity IOOF IIRD IIR~ IIX~ SFLU SP TENS MTE~ NTEW DT DTL DTL~ DTLF GR T~NS MTE~ DPH! R~OB PEF LL LITN SS2 bSHV SSHV SIR~ LS~ LUR~ CA[,I TE~S ~TE~ TNPN RCNT InductloD Deep Oualitv Factor IDduction ~edium Oualit¥ Factor Deep Induction Real Intermediate Conductivity Deem Induction Ouad Inter~edlate Conductivity ~edium Induction Real Intermediate Conductiv!ty Medium Induction Quad Intermediate Conductivity SFL Resist~vit¥ Unaveraged Spontaneous Potentia! Spectroscopy Gamma Rav Tension ~ud Temperature ~UD Resistivity Head Tension DELT~-T DELTA-T bONG SPACING DELTA-T bONG SPACING NEAR DELTA-T LONG SPACING FAR Gamma ~av Tension ~ud Temperature ~UD Resistivity Head Tension Density Bulk Density Delta RHO PhotoElectric Factor . Ouai%ty control of long spacing for LDT OualltY control on short spacing for bDT Long Sbacing Computed Count Rate (bL+LU/~) at (b +bU2 5o 6 bo.er,"lndow ount Rate [Jit~oloq Window count' Rate Short S~acin~ ! Window Count Rate Short S~acing 2 Window count Rate Long spaeinq'"High Voltage Short Spacl~ High Voltage Short Sbaci ,~ Long spacing 0ul~ Density Long UPper Bul~ Density CaliPer Spectroscopy Gamma Ray Tension gud Temperature ~UD Resistivity Head TensiOn Neutron Poroslt~ ~aw Thermal Neu ton Ratio Thermal ~eutron ro sity P°tio Calib ated Thermal Neutron Ra r ~eutron Porositv~from~ an Application Progra~ IS Tape Verification Listing chlumberqer AlasKa Computina Center 20-APR-IH92 17104 PAGE: DKFI ......... ..,.......................................... RAW FAR NT COUNTS C~4TC Corrected ~ear Thermal Counts CFTC Corrected Far Thermal Counts SGR Spectroscopy Gamma Rav TENS Tension MRES ~UD Resistivity M?E. ~ud Temperature grew Head Tension THOR Thorl%]m IIRAN Uranium POT5 Potassium SGR Spectroscomv Gamma Rav CGR Computed Gamma Rav U~AN Uranium T~O~ Thorium POT~ Potassium SGR Spectroscopy Gamma Rav CGR Comp-ted Gamma Ray u~ uranium THO~ Thorium POT~ Potassium SGR Spectroscopy Gam~a Ray CGR Computed Gamma Ray CS Cable speed WING Window 1(,150 - ,5 Ney) W2N~ Window 2 ( 5 - 1 1 HeY) w~NG Wln~ow ] ({.~ - {.6 Mev) ~G win~ow ~ (~.~ - ~ ~ev~ W5NG window 5(~ - 3 Mev) TENS Tension HTE~! Head Tension ~TEM ~ud~,Temperature C~'LS Sonic CaliPer SGR Spectroscopy Gamma Rav TENS Tension NTE~ uud Temperature MRES MUD ReSistiVity HT~ Head Tension G~ Gamma Ray HTEN ~ead Tension TENS Tension ~RES ~UD Reslstlvit¥ NTE~ ~ud Temperature IS Tape verification Listing ChlUmberqer AlasKa Computin~ Center 20-APR-Igg2 17:04 ** SET TYPE ,. 64EB ** TYPE REPP CO~ E ¥~ U I 66 0 2 66 0 3 73 448 4 66 5 66 6 7 65 g 65 1! 66 12 68 13 66 0 14 65 FT 15 66 68 16 66 0 66 0 ** SET TYPE - C~4AN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER ~ bOG TYPE CbASS MOD NUMB 8AMP ELEM CODE (HEX') DEPT FT 599453 00 000 00 0 1 I ! 4 68 ClOP DTE ~MHO 599453 00 000 00 0 1 1 1 4 68 IDP~ ~TE OHM~ 59~453 O0 000 O0 0 I I ! 4 68 COED PHA UMHO 599453 O0 000 O0 0 1 I 1 4 68 IDER ~HA ()HM~ 599453 00 000 00 0 1 1 I 4 68 CDV~ PHA ~HO 599453 O0 000 O0 0 1 I 1 4 68 IDV~ PHA OHM~ 599453 O0 000 O0 0 I I I 4 68 CI~P DTE ~HO 599453 O0 000 O0 0 i 1 I 4 68 I~P~ DTE DHM~ 599453 O0 000 O0 0 1 1 t 4 68 C~ER PHA ~HO 599453 O0 000 O0 0 1 I 1 4 68 I~ER PMA OHMM 599453 00 000 00 0 1 1, 1, 4 68 C~V~ PH~ MMHO 599453 O0 o00 O0 0 1 1 1 4 68 I~V~ PHA OH~M 599453 O0 000 O0 0 1 1 I 4 68 CILD DTE ~MHO 599453 00 000 O0 0 I 1 1 4 68 ILO DTE OH~ 599453 O0 000 O0 0 1 1 1 4 68 CIL~ DT~ ~HD 599453 O0 000 O0 0 I ! 1 4 68 IL~ DTE OH~ 599453 O0 000 00 0 1 I ! 4 68 IDQP DTE 599453 O0 000 O0 0 1 I I 4 68 I~OF DTE 599453 O0 000 O0 0 ~ 1 1 4 68 IIRD DTE ~MHO 599453 O0 000 O0 0 I I 1 4 68 ITXD DTE aMMO 599453 O0 000 00 0 I I 1 4 68 IIR~ DIrE M~HO 599453 O0 000 O0 0 1 1 1 4 68 IIX~ DT~ M~HO 599453 O0 OOO O0 0 I 1 1 4 68 SFLU DT~ OHMM 599453 O0 000 O0 0 1 I 1 4 68 SP DTE MV 599453 00 000 00 0 1 1 1 4 68 SG~ !)T~ GaPI 599453 O0 000 O0 0 1 I 1 4 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 000000000 000000000~ 0000000000 0000000000 IS TaDe verification histJ, nO chlum~eroer Alaska Computlnq Center 20-APR-1992 17:04 PAGEI N~F ERV UNIT SERVICE AP APl APl PI FILE N MB NU.~B ZE REPR PR CES$ !D OSDER # LDG TYPE CLASS MOD NUMB S~P ELEM CODE (HEX) ........,............. ...... ,...,........-.,........,...........,.................,.... TENS PT bB 599453 0 O0 O0 1 1 68 000000 000 ~TEu DTE }{TE~ DTE DT LSS DTL LSS DTL~ DSS DTL~ [,SS G~ I,SS T~$ LSS ~TE~ LSS ~ES bSS DPH] LDT R~OB bDT D~O LDT P~F LDT QLS bDT Q$$ bDT b~ LDT LU LDT LL LDT LIT~ LDT SS~ LDT SS2 bDT LSHV bDT SSMV LDT $1R~ bDT LS~ LOT LUR~ LDT C~b! bDT DEGF 599453 O0 000 O0 OH~ 599453 O0 000 O0 LB 599453 O0 000 O0 U$/F 599453 O0 000 O0 US/F 599453 O0 000 00 US/F 59945] O0 000 O0 US/F 59945~ O0 000 O0 GAP! 599453 O0 000 O0 LB 599453 O0 000 O0 DEGF 599453 O0 000 O0 OH~ 599453 LB 599453 PI] 599453 G/C3 59945~ G/C3 599453 599453 599453 599453 CPS 599453 CPS 599453 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 CPS 599453 O0 CPS 599453 O0 CPS 599453 O0 CPS 599453 oo V 599453 oo V 599453 O0 G/C3 599453 O0 G/C3 599453 00 G/C.3 599453 O0 IN 599453 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 000 O0 SGR LDT GAP~ 599453 O0 000 O0 TENS LDT MTE~ LDT MRES LOT HTEM LDT NPHI CNL ~TMD CML TNP~ CNL NPOR CNL ~CNT CNb RCFT CNL CNTC CNL CFTC CNL SGR CNL TENS CML MRES CNL MTE~ CNb MTEM CML TMOR LSO LB 599453 O0 o00 O0 oo ooo oo oo ooo oo ooooo oo ooooo oo ooooo oo ooooo oo ooooo oo CPS 599453 CPS 599453 GAPI 599453 bB 599453 OHX~ 599453 DEGF 99945~ L8 599453 PPM 599453 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 0 1 I 1 4 68 0000000000 0 1 I I 4 68 0000000000 0 1 ! I 4 68 0000000000 0 I I 1 4 68 0000000000 0 1 I ! 4 68 0000000000 0 I 1 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 I 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 I ' 1 1 4 68 0000000000 0 1 1 1. 4 68 0000000000 0 1 1 1 4 68 0000000000 0 I ! ! 4 68 0000000000 0 1 1 1 4 68 0000000000 0 I t 1 4 68 0000000000 0 I I 1 4 68 0000000000 0 I I I 4 68 0000000000 0 ! I 1 4 68 0000000000 0 I 1 1 ,4 68 0000000000 0 { I 1 4 68 0000000000 0 i I ! 4 68 0000000000 0 I I 1 4 68 0000000000 0 1 1 ! 4 68 0000000000 0 I 1 1 4 68 0000000000 0 I 1 I 4 68 0000000000 0 I 1 1 4 68 0000000000 0 I ! I 4 68 0000000000 0 I 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 4 68 000 O0 o° I 0 I 1 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1. I 4 68 0000000000 0 1 I I 4 68 0000000000 0 I 1 1 4 68 0000000000 0 I I 1 4 68 0000000000 0 1 1 I 4 68 0000000000 0 1 I 1 4 68 0000000000 0 I 1 i 4 68 0000000000 0 1 1 I 4 68 0000000000 0 I 1 ! 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 I I 4 68 0000000000 0 I i 1 4 68 0000000000 0 I 1 1 4 68 0000000000 IS Tape Verificat~,on bisti, nq cblumberqer Alaska Computlnq Center 20-APR-1992 17:04 PAGE~ ~E . UNIT E V AP1 API A FILE NUM NUMB IZE REPR P~ . SS ID ORDER # LOw. ~ TYPE CLIlSS MOD NUMB SAMP ELEM CODE (HEX) RA~? [,SO PPg ~ 53 O0 O0 O0 1 1 1 4 000 00000 POTA tS0 PU 599453 00 000 00 0 1 1 i 4 68 0000000000 SGR LSO GIlP! 599453 O0 000 O0 0 i 1 ! 4 68 0000000000 CGR LSO GAPI 599453 O0 000 O0 0 1 1 ! 4 68 0000000000 UPA~ KAL PPM 599453 O0 000 O0 0 I 1 1 4 68 0000000000 T~O~ KAL PP~ 599453 O0 000 O0 0 1 1 I 4 68 0000000000 POT~ KAL PU 599453 O0 000 O0 0 1 1 1 4 68 0000000000 SGR KAL GAPI 599453 O0 OOO O0 0 1 1 ! 4 68 0000000000 C~R ~AL GAPI 599453 00 000 00 0 1 1 1 4 68 0000000000 URAN ALP PP~ 599453 00 000 00 0 1 ! ! 4 68 0000000000 THOP ALP PP~ 599453 00 000 00 0 1 1 1 4 68 0000000000 POT~ II[,P PU 599453 00 000 00 0 1 I I 4 68 0000000000 S~R ~LP G~PI 599453 00 000 00 0 1 1 1 4 68 0000000000 CGR ALP GAPI 599453 00 000 00 0 1 1 1 4 68 0000000000 CS ~GT F/H~ 599453 00 000 00 0 1 1 1 4 68 0000000000 ~1~ NGT CPS 599453 00 000 00 0 I ! 1 4 68 0000000000 ~NG ~GT CPS 599453 O0 000 O0 0 1 1 1 4 68 0000000000 W3NG NGT CPS 599453 O0 000 O0 0 1 ! ! 4 68 0000000000 W4NG NGT CPS 599453 O0 000 O0 0 i 1 ! 4 68 0000000000 WLNG NGT CPS 599453 O0 000 O0 0 ! 1 I 4 68 0000000000 TENS NGT LB 599453 O0 000 O0 0 1 1 1 4 68 0000000000 HTEN ~{GT LB 599453 O0 000 O0 0 ! I ! 4 68 0000000000 ~RES NGT OHM~ 599453 O0 000 00 0 1 1 ! 4 68 0000000000 MTE~ N~T DEGF 599453 00 000 00 0 1 1 1 4 68 0000000000 C~L$ ~SF IN 599453 O0 000 O0 0 I 1 ! 4 68 0000000000 SGR ~SF GAPI 599453 O0 000 O0 0 1 1 1 4 68 0000000000 TENS ~SF LB 599453 O0 OhO O0 0 1 I 1 4 68 0000000000 MTE~ ~SF DEGF 599453 O0 000 O0 0 ! ! I 4 68 0000000000 ~RE$ MSF OHMM 599453 O0 000 O0 0 1 ! 1 4 68 0000000000 HTE~ ~SF LB 599453 O0 000 O0 0 1 1. I 4 68 0000000000 G~ AIT GAPI 599453 O0 000 O0 0 I 1 ! 4 68 0000000000 HTE~~ AI'T LB 599453 00 000 00 0 1 1 1 4 68 0000'000000 T~N$ AlT LB 599453 O0 000 O0 0 ! 1 1 4 68 0000000000 ~RES ~IT OMeN 599453 00 000 00 0 1 ! ! 4 68 0000000000 ~TE~{ AlT DEGF 599453 00 000 00 0 ! I i 4 65 0000000000 DEPT I I~P~,DTE I~V~ IIXD,DTE SP.DTE ~RES,DT~ DTLN.LSS ~TE~ [,SS 11086,500 2,855 2.481 2 481 2 476 51 441 -2O 000 0 717 -9~9 250 -999 250 2 494 CIDP OTE · PHA CILD DTE IDOF DTE IIR~ DTE SGR DTE HTEN DTE DTLF LSS DR~O bDT 35419. 247 IDPH,DTE 082 !DVR,PHA 303 026 I~ER.PHA 077 ILD,DTE 000 I~OF.DTE 4 .349 0 374 -129 -999 -999 0 7~ IIX~,DTE 07 TENS,DTE 77 DT,LSS 50 GR,BSS ~50 HTEN,~$S 304 PEF.LDT 2 86) CDER PHA 2 848 DTE VR PHIl 2 865 eib) 0 000 IIRD 39 050 SFbU 2235 000 NTEM -999 ~0 DTL -999 0 TENS -999 ~50 DPHI 6 351 OLS 350, 40 40].I DTE 403 DTE 290 DTE DTE 15~ 5SS -999 LSS -999 bDT 9 LDT 0 3¸0 065 847 3!1 502 874. 25O 250 4~7 234 IS Tape Verification I~istlng chltlmberqer AlasKa Computing Center O$S bDT 0 153 LS.LDT LIT~"LDT 77:514 $S1 LDT SSHV[LOT 12i8,000 S1RH:LDT CALI.L!)T 8,06! SGR,LDT M"ES.LDT 0.717 ,TENoLDT T'PH.C~b 41 048 Tr~RA CNb RCFT,CNL 755:439 CNTC:CNL T~NS.C~L 2235.0O0 ~RES.CNb TMOP.[.,SO 3.275 URAN.LSO CGR.LSO -17.258 URAN.KAL SG~.KAL -999.~50 CGR.KAL PDTA.ALP -999.250 SGR AbP W~N~.NGT 390,625 W2NG:NGT ~5~ ~GT ~5.6~5 TENS.NGT ~..TE~NGT 155,874 CALS,~$F ~TE~.gSF 155.~74 MRE$.~SF NT~N.AIT -g99.250 TEN$.AIT DEPT. IDER,PH~ IMP~,QTE I~V~,PHa IL",DTE IIXD.DTE SP,DTE MPES,DTE DTLN,LSS MTE~ LSS RMoB'LDT , O$S,LDT LITH,LDT SSHV,LDT C~L~ LDT MRES LDT TNPM CNb TENS CNL CG~ SG~ KAb POT:a ~LP WSNG NGT i.qTE~, NTE~.~SF ~TM~,AIT 1~000.O00 3.491 3.576 3'579 3,579 33,650 '6,813 0,717 89,800 164,5~7 2.407 0,091 84'746 ~.218,084 8,096 0'717 30.081 9~0'313 7875,000 9,442 65,994 115,821 0.~9 3471273 9;091 155,874 I55,874 838,156 CIDP,DTE CDVR,PHA CIL DTE IDOF. II,M. DTbF, MRES DRHO L$ SIR. H HTEN TNRA C~TC MRES CNL URAN,LSQ URAN,KAL CCR'KAb SGR.ALP W2NG'NGT TENS'NGT C A L $, '~ S F MRES~ gSF TEN$.AiT DTE DTE DTE DTE bSS LSS bDT bDT bDT LDT LDT bDT CNb CNL DEPT !MPH,DTE I~:V~,PH~ !L~.DTM IiXD.DTE SP DTE MRE$'DTE , 1.0900,000 2,934 '004 i,904 ,ooo 4 ;434 -~2;ooo IDP,DTE ~DVR.PHA C~ER.PHA CILD,DTE IIRM.DTE SGR.DTE HTMN.DTE 20-APR-1992 17:04 394.902 293.~39 1, 98 -129. 7 3 0 0 717 s:7os -999 25O -999:~50 62. 0 2235,000 2.210 0 717 -999:250 284 558 286i506 280 355 287.538 o'ooo 261 364 134 ,410 90.000 0,709 0,15! 252, 4 ~'9 o 107~2~4 ~342'410 2'73! 2601'0 4 5 7 9 I618~8 7875 00 8 999 0 717 7450 000 340,35t 341,031 33.008 ]42,024 0,000 !0,654 ~!5,217 1469,6~0 LU.LDT SS2 bDT LSR H: bDT TENS,bDT NPHI .CNL NPOR CNL CF~C:CN~ ~TEM.CNL POTA, bSO THOR,KAb URAN, ALP CGR, ALP W3NG,NGT ~TEN, NGT SGR, NSF HTEN NSF MRES:A!T IDPH,DTE IMER HA ILD,DTE IMQF 'DTE I IX~ ' DTE TENS,DTE DT.LSS GR' bSS ~TE~,LSS PEF, bDT bU, [,DT $82, bDT bSRH, BDT TENS, bDT NPH!, CML NPOR,CNB CFTC;CN5 MTEM.~.CNL POTA,bSQ THOR,KAL U R ~ N, A b P CGR '.ALP W3NG' NGT H T E N ,.NG T MGR,MSF HTEN, NSF MRES'AIT I D P H ' D T E IDVR,PHA I M E R, P H A ILD'DTD 1 g 0 F' DTE I IX H, DT E TENS, DTE D~ ;.bss 318,436 339,580 2.190 2235 000 422586 41048 155 874 -999 250 -999 250 -999 250 15 625 -129 877 88 907 -129 877 -999 250 3 514 3 490 3 567 3 478 0000 24 ~18 7875 O0 92.100 54~995 891005 4:217 341 907 317 070 7875 I 374 8 407 094 ,971 17598 46 472 53'939 1342,410 107,254 1342,410 0,712 2,938 22932 3'003 2,924 o,ooo 332704 7845.000 97;600 LL.LDT LSHV I, DT LURH:LDT MTEM.LDT RTNR,CNL RCNT,CNb SGR,CNb HTEN.CNL SGR,LSO POTA,KAb THOR.AbP CS.NGT W4NG.NGT MRES,NGT TENS.NSF GR.AIT MTEM.AIT CDER.PHA ClMP DTE CMVR:PHA CILM, DTE IIRD, DTE SFLU DTE MTE~ DTE DTL LSS TENS LSS DPHI bDT OhS bDT LL.LDT LSHV bDT LURH bDT MTEM bDT RTN~ CNL RCNT CNL SGRCNb HTEN CNL SGR LSO POTA KAL THOR ALP CS NOT W4NG NGT MRE$ NGT GR AlT MTEM AIT CDER.PH~ CI~P'DTE CMVR,PHA CILM,DTE IIRDiDTE SFbU.DTE MTE~,DTE PAGEI 10 235.684 , 06 155],874 ,667 2816613 88 907 8 7 -12988 9~7 -999250 · ,999 250 1119 403 ! 5625 0717 2235000 ",999 250 ,,,999 250 286,467 2 ,377 3 242, 3594 155 874 o 7540, 14~52 -0, 31 186 ~30 116513 74 2,995 694;540 :!'07'254 1342,410 107'254 2-040 ~;oo 16,364 0'717 7875,000 98.992 164'.563 332 28~'t29 ,~69 57,235 197,700 IS !'aee Ver{ficatlon bistino chlu~!ber(~er Alaska Computing Center DTbw LSS q7 700 D.rL.. LSS ~,~E~:LSS 1~5,391 ~RES.LSS ~W{3~,LDT 2.438 DRHO.bDT OSS,LDT 0 01.3 LS.LDT LITH.LDT 66:450 SSI.LDT SSHV LD? 1218,445 S1RH.LDT CAL[:LDT 9.035 SGR,LDT ~ZS LDT 0 725 HTEN,LDT TNPHiCNL 41:976 TNR~.CNL RCFT CNL 565.329 CNTC.CNL TENS.Ch!L 7845,000 ~RES.CNL T~O~.[.SO 16 359 URA~.LS8 CGP.LS0 113:041 (]RAN,KAL SGR KAL 130,479 CGR,KAL POTA:ALP 2,840 SGR,AI, P W1NG,NGT 345 700 W2NG~NGT WLNC.NGT 16~863 TENS, NGT ~TE~ PGT 157 235 CALS.~SF ~TE~:~SF 157:235 ~RES.~SF HTEN.AI~ 913.~42 TENS.AIT DMPT. IDEA,FHA I~PH.DTE I~V~,PHA IIXD' .DIE SP,DT~ MRES.DTE DTL~ LSS ~T~ LSS ~H©B LDT OSS LDT LIT~ LDT SSH LDT .. LOT ~ES LDT TNPH CNL RCFT CNL TENS,CNb THO~,LSO CG~ LSO PDTA ALP WlN~oNGT WLNG NGT MTE~ MSF MTEN'AIT 7.403 7.465 16 47 -26 6~8 0,735 11~6,500 164.601 2 439 0 026 29 76 94~ I219 9 ~75 0 35 31 590 855 453 7865,000 10,990 71718 112 062 2117 345 960 ~0 943 156 502 156 502 930 736 CIDP DTE CDXR PHA C~.R PHA CILO DTE IDQF DTE XIRM DTE SGR,DTE MTEN.DTE DTLF LMM ~RES,LSS DRHO,LDT LS,bDT SS1 bDT S1RH LDT S~ LDT HTEN LDT TNRA CNL CNTC CNL ~RE$ CNL URAN LSO URAN K~L CGR KAL SGR ALP W2NG NGT TENS NGT CALS MSF MRES,~SF TENS.AIT DEPT, l~..DT~ I~v~,PHA IL ,DTE 10700 ~00 3:. 19 3,598 3.350 ClDP CDVR CMER ClLD IDOF DTE PHA PHA DTE DTE 20-APR-'I. 992 !7:04 97,100 0,717 0,002 265,018 197,113 2 427 115 217 1.469 630 3 767 2086 1~2 075 , 0.161 2.444 108.473 130.405 19~.400 784 .000 8,657 0,725 7~65.000 140 5 0 000 128 161 96 710 13~9 191 Oo 3 0,0 7 ~68,7~6 200,i 3 2. 03 13792 2599 99 3 512 80 443 110 076 148 990 7B65 000 8807 0.~35 7240, 00 32 3 2 ~ 78 0 0 GR LSS ?!TEN:LSS PEF,LDT Lu,LDT SS2,LDT SRHLDT ENS:LDT NPHI.CNL NPOR.CNL CFTC.CNL MTEM,CNL POTA,LSQ THOR,KAL UR~M ALP CGR:AbP W3NG,NGT HTEN,NOT SGR MSF HTEN:MSF ~RES,AIT IDPH DTE IDVR:PHA I~ER PHA ILD DTE IMOF DTE IIXM,DTE TENS DTE DT LSS GR LSS HTEN,~SS PEF.LDT LU,LDT SS2,LDT LSRH,LDT TENS,bDT NPHI CNL NPOR CNL CFTC CNL MTE~ CNb POTA LSQ THO~ KAL URAN,AbP CGR ALP W3NG NGT HTEN NGT 8GR MSF HTEN MSF MRES AIT TENS LSS 846 ] 60~ QbS.LD? ~50,514 55 LDT 269.429 LSHV:LDT ~,436 LURH,LDT 7845.ooo TE .bD? 47.301 ~TNR.CNb 44o49~ RCNT.CNL 600 403 SGR.CNL 157 235 HTEN.CNL 3 542 SGR,LSO 15 248 POTA,KAL 3 018 THOR.ALP 103 289 CS.NGT 74.199 W4NG NGT 1469,630 MRES:NGT 1 ~.217 TENS MSF 141= G IT ,630 R:A 0.7~6 MTE..AIT 7 7 7 7 0 89 84 820 2 156 11 77 9~ CXNP.DTE 457 C~VR.PHA .111 CILM,DTE 000 IIRD.DTE 062 SFLU.DTE O00 ~TEM.DTE 700 DTL,L$S 07 TENS. LSS 29 DPH! LDT O00 447 I 098 587 Ob$ LDT Lb LDT L$HV LDT LURH LDT MT:'~M bDT RTNR CNL RCNT CNL SGR CNL ~ LSO POTA KAL THOR ALP 0'92 CS,NGT 606 W4NG.NGT 191 ~RES.NGT 71,0 TENS,~SF GE AlT IDPH,DTE 3,120 CDEP,PHA IDVR,pHrA 3.1~2 C!MP,DTE ~' I C'V".PHA I.,~ER.PHA 3. ILD,DTE 3,1~4 CILM,DTE IMOF.DTE 0,000 II~D.DTE PAGE: 7285 000 15~ 462 4 145 2069 871 ~I5 217 1469 630 115 217 3 041 14 870 1.535 628 13 491 0 725 7845,000 6 ,634 34, 7 133. 51 135,~95 I 4.9 !56,502 89,300 6965.000 12'792 -o oot 139 496 1167 350 2440 50~ I51,039 2708,100 96,710 1379,~9 2 202 1! 114 1546 537 13 468 0 735 7865 000 87:909 {64 74{ 310.6 2 ~77,96 2 g 8.536 2 67,223 I$ Tape Verification Listing chlu~berger AlasKa Computlno Center IIXn DTE 46 8]0 IIRi~ DTE HRES.DTE 0,763 HTE~,DTE DTL~'.LSS 1129 100 DTLF [SS wTE~.LSS 161:996 ~RES:LSS RHOB,LDT 2 576 D~HO,LDT OsS.L~T 0~0~7 bS.b~T !.ITw LDT 52 060 S$1,LDT SSHV~LDT 1220:1.36 S1RH,LDT 9,592 ~RE$.t. DT 0,763 HTE~ DT TNP~,CML 34.056 TNRA'CNL RCFT.CNb 705,077 CNTC,CNL TENS,CNb 7340,000 ~RES,CN[, T~OR,L$O 20,136 URAN,L$O c~ ~so ~.o7. ORAN K~ SG~:KAh 147,25! CGR:KAL pOTA,ALP 3,616 SGR ALP W1NG,NGT 407,563 W2NG:NGT WLgG, (,T ~4,370 TEN$,NGT MTE~.{~GT 153,6~9 CAbS,NSF MT'E~ ~SF 153 6~9 ~RES,~SF HT~w[AIT 768:713 TEN$,AIT DFPT IDER PHA I~PM ~TE I~Vm PHA IL~ DTE I!×D,DTE SP.DTE NRES.DTE DTL~ bSS MTE~'LSS 0S$ bDT LITe' .. .LOT SSHV.LDT CALI.LDT MRES,LDT ~MPH.CNL RCFT.CNL TEN$.CNL ,LSO SGR KAL M~,NGT HTEN.AIT 10600,000 3 512 3 599 3 704 ] 652 42 647 -28,875 0,776 80,500 15~.929 ,524 0,002 64.272 1220.~5 1.0. 8 0,776 33.24~ 78~,622 731 ,000 14 ~98 99 58 150 492 3 300 398 319 16 807 152,~71 152 7~ 795 432 ClDP DTE CDVR PHA CMER PHA CILD DTE IDOF DTE IIRM DTE $GR DTE HTEN DTE TLF'LS$ ~RES,LS$ DRHO;LDT LB,bDT SSI.bDT SIRH LDT SGR bDT HTEM bDT TNRA CNL CNTC CNL ~RES. CNL ORAN b$O [IRAN KAl, CUR KAL SGR ALP W2NG NGT TENS NGT CALS,~SF MRES, MSF TENS,AIT 20-APR-1992 17:04 278,898 IIX~,DTE 1~.861 TENS.DTE 14 ,500 DT,LSS -952.400 GR,LSS 0,75i HTEN,LSS PEF,LDT LU,bDT 0089 242!551 219277 SS2,bDT 1422, 0 NPHI,CNL 2 989 NPOR,CNL 2217:046 CFTC.CNL 0,763 STEM,CML '0,236 POTA,LSO 2.410 THOR,KAL 125.554 URA'N,ALP 150 746 CGR,ALP 1721969 W3NG,NGT 7340 O0 HTEN,NGT 8 863 SGR,MSF 0.~3 HTEN,MSF 6915. 0 MRES.AIT 294 275 06~ 294,374 0 000 256 233 126 959 1309 093 81 800 0.758 0 010 115 977 152 501 00 10 014 0.776 6960,000 IDPH,DTE IDVR PHA IMER PHA ILD DTE IMQF DTE IIXM DTE TENS DTE DT,bSS GR.LSS HTEN,LSS PEF,LDT LU,LDT S$2,~DT LSRH, DT TENS,bDT NPHI,CNL NPOR,CN'L CFTC,CNL MTEM.CNb POTA LSQ THOR KAL [IRAN ALP CGR ALP HTE .NGT SGR,~SF ~RE$.AIT 21 771 SFbU DTE 7340:000 ~TEN:DTE 80.200 DTL,LSS 91 902 TENS,LSS 7811219 DPHI.LDT 4 580 OL$ LDT 240 836 Lb:bDT 261.012 LSHViLDT , 86 LURH bDT 00 MTEM 3 , 03 RTNR CNL 47 RCNT CNL 32 3. SGR,LSO 11 ~789 POTA KAL 0 THOR;ALP 12~:753 CS.NGT 128.861 TENSiMSF 3 391 3 549 3 636 3 397 0 000 39 328 7315 000 81 1!4 785 3 7315 3~ 34 804 152 16 4 115 57 1309 126 1309 093 0.763 CDER'PHA CIMP,DT£ CMVR,PHA ILM,DTE ~IRDiDTE $.FLU,DTE MTE~,DTE 300 DTL. LS$ 823 TENSLSS 'g64 DPHI. LDT 27 OLS, LDT 9 9 bLLDT 57 LSHV.LDT 515 LURHLDT 000 MTEMbDT ~]7 RTNR CNL 2 RCNT CNL 99 SGR CNL 71 HTEN CNb 144 SGR LSO 287 POTA KAL 36 THOR ALP 38 CS NGT MREM NGT 959 TENS MSF GR AIT MTE~,AIT PAGE{ 12 4.013 153.629 84,100 687~,000 ,515 -0 030 122 133 1167 920 2 489 153 629 3 354 2404590 128 861 1422 500 128 861 3 608 17 565 1563 710 11 765 o 3 162,406 94 7 273 248 534 3,3!4 152,171' 84, 700 683 ,000 7,606 9" 079 8,289 '54 2454,' 92 126" 959 1309,093 15i4, ~{ 73~g:776000 ~ ~ 3, :~ 3 0 159'816 IS Tare Yerification ~,lstinq ChlUmber~er AlasKa Computing Center DEPT. 10500.000 CIDP.DTE IDEP.PHA 2,2J.,2 CDVR.PHA I~PN.DTE 2.296 C~ER.PHA I~V~ PHA 2,291 CILD,DTE SP.DTE '30,000 SGR.DTE M~ES.DTE 0.791 HTEN DTE DTLN,LSS 95.600 DTLF~LS$ ~TEM,I, SS 157,873 ~RE~ LSS ~HOg,I.,DT 2..442 DR~LDT LITe:bDT 6818~4 SS~:LDT S~H~,LDT 1220.15! SIR bDT CALl,bDT 9.766 SG~.LDT ~RES.LDT 0,791 MTEN bDT T~PH.CNL 43.718 T~RA:CNL RCFT CNL 516'140 CNTC.CNL TE~'S~CNL 7345,000 ~RES,CNb T~O~.LSO 17 564 CG~.bSO 1081757 URAg. KAL SG~ KAL 160,599 CGR KAL POTA:A~P 3.042 SGR:ALP WIN~.NGT 45~ 847 W2N~,N~T WLNG,NGT 1511~5 TEN~,NGT ~T~.NG~ 150 303 CAL$,~SF MTE~.~S~ 150:303 MRE$,MSF HTE~.~.IW 835.684 TENS.AlT DEPT I~PH,DTE I~V~,PHA IL.~ DTE X~X~:DT~ SP ~RE$ DTE DTLN LSS ~TE~ LSS R~OB,LDT ~SS,LDT LITN,LDT S$}~V.LDT C~LI.LD~ ~RES.LD.. TNPH,CNL ~CFT.CNb TENS,CNL THOR.LSO CGR LSQ SGR ~AL POTA ALP ~ ~GT ~5~G ~GT ~TEu ~GT 10400,000 2,129 2,~93 2, 64 7~ ,196 ,I~5 '30.688 0.797 103,800 155.666 2,448 0.0i7 64 584 1219 649 9 175 0 797 45 339 473 523 7180 ~00 16 .~5 98 146 124 371. 35~ 882 7 ~Sg ~4~ 699 CIDP DTE CDVR PHA CMER PHA CILD DTE IDQF DTE IIRM DTE SGR DTE HTEN DTE DTLF,LSS MRE$.LS$ DR~O~LDT [.S. LDT SS~ BDT SIR bDT SGR BDT HTEN bDT TNRA CML CNTC CNL MRES CML URAN LSO URAN. KAL CGR,KAL SGR,ALP W2NG,NGT TEN$.NGT CALS,MSF 20-APR-1992 17104 453 071. 454}034 435 268 450 094 0 000 403 565 138 173 13 322 1396 500 0.769 0.005 198, 2,419 138.173 1313,322 3,685 1951 506 3,~24 5,~03 ! . 8 734 : 0 9,49~ 7045. 0 IDPH.DTE IDVR.PHA I~ER,PHA II, D.DTE IMOF,DTE IXXM,DTE TENS.DTE DT,LSS GR,bS$ HTEN,bSS PEF.LDT LO bDT SS2:LDT LSRH.bDT TENS,bDT NPHI,CNb NPOR,CNL CFTC CNb MTE~:CNb THOR.KAL URAN,ALP CGR,A5P W3NG.NGT HTEN.NGT SGR,MSF HTEN.MSF M~ES,AIT 459 472 459 453 0 421 108 1192 103 0 198 465 3 899 1905 436 0.797 1,621 3,067 9~,759 12 ,~76 182. og 7180,~00 8, 94 IDPH.DTE iDVR.;PHA 3 iID,DTE 0 IMQF,DTE IIX.~q'DTE 2 TENS ,DTE 0 DT,bSS GR,.GSS 7.9 HTEN,b$$ 005 PEF,LDT 967 Ltl,bDT SS2,bDT TENS,bDT NPHI,CNL NPOR.CN5 CFTC.CNL MTEM,CNb POTA,LSQ THOR,KAL URAN;ALP W3"G,NGT HTEN,NGT SCR,~SF 2 207 CDER PHA 2 202 CI~PiDTE 2 297 C~VR PHA 2 222 CI[,~.DTE 0 000 IIRD.DTE 47 496 SFLU DTE 7345 000 MTEM:DTE 99 500 DTL.L$S 128 663 TENS.LSS 818 751 DPHI.LDT 3 408 ~LS.LDT 254 295 LL,LDT 269 436 LSHV,LDT 2 ~ bURH.LDT 7345 MTEM,LDT 44 697 RTNR.CNb 44 499 RCNT.CNL 540 067 SGR.CNL 1.50 303 HTEN,CNL ~ 962 SGR,bSO 16 508 POTA'KAb 27 R,AbP 5 .~ THO !09 29 CS.NGT 66.726 W4N'G,NGT 1.313,322 MRES°NGT 8.il TE~S,~SF 7 13 3,32~ GR,AIT 0~777 ~TEN.AIT ClNP,DTE 2:,!~g CMVR'PHA 2,.206 CILM,DTE 0,0 SFLU.DTE 7188 000 MTM~,DT~ 600 DTL.LSS TENS.bSS DPHI,bDT 50 ,LOT :000 MTE~,LDT 509 RTNR,CNb 194 RCNT.CNL 516 692 SGR.CNL 148,699 2'51'I 8GR.LSO 12,.992 POTA.KAL 3.493' 91.887 C8,NGT 46,346 W4NG.NGT 1t92.480 MRES.NGT 108'172 TENS.~SF 106 106 3 253 269 2 45 PAGEI 13 451.978 435,51! 436.443 435,90 364.95~ 2514 150 303 98 600 6935 000 12 636 0 OO6 137 965 1167 984 2 452 150 303 200~ 840 ~22 138 .173 13!3 22 138 473 2 92 ! 724 154~ 782 16 904 o 7345 123 366 157 659 469616 455 916 462455 il~ 36~620 237 !48 699' 1.04 tOO 6670 000 12 243 -0 008 135 059 1~66 563' 2 453 148 699 4 O57 It96 734 o ~8o 72 2'829 1~,368 1605'947 15,I52 0,797 7180,000 IS Tare verification Listing chlumberger AlasKa Computtnd Center },,{TE,'~ ~SF 148 699 r~R~$, HTEk~;AIT e3S;599 TENS.AlT DEPT, IDER.PHA I~PH.DTE IMVR,PHA IL~,DTE I!XD.DT~ SP.DTE MRES.DTE RHOR,I,DT OS$.bDT LITe,BDT SSHV.BDT CALI.LDT MRES.LDT TNP~.CNL RCFT,CNL T~NS.CNL THOR.LSQ CGR SGR KAL POT~ ALP W1NG NGT WBNG NGT ~TE~ NGT .. .AlT 10300.000 2,379 2,475 2.406 2,5~0 57.971 -31,625 0.~40 '35,100 153,833 2.437 0 043 68!81.6 1219 556 9.731 0 840 ~7!2~7 689 020 6965 000 12 326 2 673 ~02 674 7 .~30 147 06 147 306 -999.250 CIDP.DT~ CDVR,PHA C~ER.PHA CILD DTE IDOFiDTE IIR~ DTE SGR.DTf HTEN;DTE DTLF,LSS ,RES,DSS DRHU.LDT I,S,LDT SS1,LDT $1~H,LDT SGR LDT ~TEN bDT TNRA CNb CNTC CNL ~RES CNL URAN LSO URAN KAL CGR KAL SGR ALP w 2NG NGT TENS NGT CABS MSF ~RES TEN$.AIT DEPT. I~P~ DTE I~VP' ib~ ,pH~ .DTE IIXD,DTE SP.DTE ~RES.DTE DTLM,[~SS ~TE~,LSS R~O~,LDT QSS,L~T LITe,BDT SSHV.LDT CALI,LDT ~RES,LDT TMPM.CNL RCB': C~L TENS: CNb T~OR LSQ CG~,LSO SGR,KAL POT~,AbP 10200 000 3 024 3 156 3 140 3 52 0 792 1117 800 151 798 2,5t8 0 048 65.223 1219,722 9,975 0.792 31,896 840.959 7105 000 106 124 143 757 ~ 895 CIDP DTE CDVR PHA CMER PHA CILD DTE IDOF DTE IIRM DTE SGR DTE HTEN DTE DTbF LSS ~ES, LSS DRHO BDT L$,LDT $S1,LDT S1RH,LDT SGR,LOT HTEN bDT TNRA,CNL CNTC,CNL ~RES.CNL UR~M bSO URAM.KAb CGR,KAb SGR.ALP 20-APR-1992 17:04 0 797 HTEN.~$F 6840:000 ~.ES.AIT 408 645 40 0,000 369.743 0.79] 0 019 272 765 206 160 648 1097 241 0o8~0 10o~!4 9 164 I0 431 }49 4 6965 000 9 51.2 0 840 -999 250 328 753 33! 613 49'1 0 000 122 O6 1123 22 -945 00 0 83 0 ~7 24 2 7 122 647 1123 2. 352 4,518 103.076 144.015 IDPH,DTE IDVR.PH~ IMER,PHA ILD,DTE I~OF.DTE II×~.DTE TENS,DTE DT,bSS GR,bSS HTEN,bSS PEF.bDT LU,LDT SS2,LDT LSRH,bDT TENS,bDT NPHI,CNL NPOR,CNL CFTC,CNL MTEM CNL POTA:L$O THOR.KAL URAN ALP CGR ALP W~NG NGT MTEN NGT SGR MSF HTEN ~RES AIT IDPH,DTE IDVR.PHA I~ER.PH~ ILD,DTE IMOF,DTE IIXM,DTE TENS.,DTE DT LSS GR LSS HTEN bSS PEF BDT LU,LDT SS2,bDT LSPH,LDT TENS,BDT MPHI,CNL NPOR,CML CFTC,CNb ~TEM,~Nb POTA.b~O T~OR.KAL URAN.ALP CGR,~LP 1192.480 GR.AIT 0.796 MTEM.AIT 2 2 0 36 6965 98 160 831 447 CDER 337 =443 CMVR,PMA 439 CIb~.DTE 000 IIRD.DTE 680 SFLU,DTE 000 MTEM.DTE 400 DTL,L$S 514 TENS 097 599 QLC:LDTL bDT 265 271 2 6965 36 36 729 147 2 1097 ~097 990 702 309 bSHV.LDT 418 buRH,LDT 000 MTEM LDT 573 RTNR CML 949 RCNT CNL 41 SGR CNL 06 HTEN CNL 952 8GR bSO ~5 POTA KAL 9 THOR ALP 73 CS NGT 40 W4NG NGT 241 MRES NGT 648 TENS MSF 241 GR AlT 250 MTEM 3,042 3 3 3 0 34 7105 88 124 7105 t0 ~0 t4 3 .~09 S~R 14 ~2 POTA 4 6 9 THOR 1022592 CS CDE~,PHA .00g CIMP, DTE I48 CMVR PHA 044 CIL:M DTE '000 IIRD DTE 653 SFLU ~TE 000 ~TEM TE 700 DTL 424 TENS LSS 112 DP'HI bDT 3 OLS bDT · ~31 Lb LDT 76 LSHV LDT 497 LURH LDT 000 ~TEM LDT RCNT CNL 049 SGR CNL 973 MTEN CNL KAL ALP NGT PAGEI 14 96.302 155'247 420 279 40420 3 4t5 557 398 392 334 318 2 348 147 306 98 000 6875 000 12:888 -0,023 139.914 147 306 246~ 50O 988 160 6~8 1097 241 160 648 2 ~66 15 ~17 1.568 67 23 73 0 ~40 6965 O0 -999 0 330 691 316 876 318 456 2 458 3 11 14 9½i 300 6640 000 8 000 0 004 145 73 3 067 2798 883 11 322 1.4 381 1599 727 IS Tape Verlflcatton Llstlno chlumberoer Alaska ComDutinO Center ~ . w ' NGT wlNO NGT 409 253 NbNG.NGT ~8:683 TENS.NOT ~TE~.NGT 14-5.973 CALS.~SF MTE~ NSF 145.u73 ~RES,~SF · .AIT -999,250 TENS.AIT OFPT. I~P~.DTE IL~.DTE DT~ ~ES DTE DTL~:LSS RNOB,LDT OSS GDT LITH:LDT SSHV.LDT CALI.LDT M~ES.LDT TNPN.CNL RCFT CNG TENS:CNG T~OR,LSO CGR.LSO POTA,~LP WiNG NGT WSNG,~GT ~TE~,N'GT · ~TE~. HTEN.AIT 10100 000 3:268 3,379 3,373 3,361 40.635 -38,938 0.800 88'500 150.599 2.521 0 017 601352 1218 865 10 149 0 800 33:379 786.192 7235,000 16,424 108,421 160 175 3 319 436 673 145 098 -999 250 CIDP,DTE CDVR,PHA C~ER.PHA CIbD DTE IDOF:DTE IIR~.DTE SGR,DTE HTEN DTE DTLF:LSS qRES.LSS DRHO.LDT I.S.LDT SSI,bDT SIRH,GDT SGR,LDT HTEN,LDT TNRA~CNL CNTC,CNL ~RE$.CNL URAN.LSO URAN,KAL CGR KAL SGR ALP W2NG NGT TENS NGT CALS NSF EN$ .AlT DEPT. 10000,000 IDER.PHA 3,.552 I~P~ DTE 3,707 I~V,.'PHA 3,655 IL~.DTE 3,709 IIXD.OTE 38,252 SP.DTM -40,688 DTLN bSS 87,600 · ' .... ..~+.LSS 1.48,687 RHO~ LPT 2,480 OSS:LDT 0.004 LITH,LDT 62,245 SSHV.LDT 1218,O~7 CALF bDT 11, 054 MRE$:LDT I 002 TNPH CNL 3.0 872 RCFT,CML 89'7 344 TE{.S.' '~. CNI.. 7020.000. THO~.LSO CIDP DTE CDVR PHA CMER PHA ClLD DTE IDOF DTE II~u DTE SGR DTE HTMN OTE D' LSS %LF, ~R'ES,LSS h GDT SSI,LDT SIRH,LDT SGR.LDT HTEN,LDT TNR~,CNL CNTC,CNL MRES,CNL !.{RAN,I~SQ 20-APR-199~ 17:04 34.377 N3NG.NGT 7 5,000 HTEN.NGT 9.709 SGR.MSF 0.792 HTEN,MSF -999.250 ~RES,AIT 94,190 u6,266 296 753 305:206 0.000 277 960 138i02! 1220 392 87 500 0.790 0 OO7 34i781 95 128 2 485 138 021. 122~ 392 042 2530 ~38 Oo 00 3 574 5 405 1!1 510 72 000 9 831 0 800 -999 250 " 484 279; ~2 4 0,000 ~52'362 11 5 ,90 87'400 0,810 '0,010 24].622 187.920 2 528 108 718 1121. 905 268~ 889 817 1,002 3.473 IDPH,DTE IDVR,PHA I~ER,PMA ILD,DTE XMOF,DTE IIXM.DTE TENS,DTE DT,LSS GR,LSS HTEN,LSS PEF.LDT GU,bDT SS2,GDT LSRH,LDT TENS*bDT CNG NPO ' CFTC,CNG MTEM..CNG POTA,LSO THOR.KAL URAN,ALP CGR.AbP W3NG,NGT HTEN,NGT SGR,MSF HTEN.MSF MRES.AIT 'IDPH:DTE IDVR PHA IMER.PHA It, D,DTE I~QF,DTE IIXM,DTE TENS.DT~ DT,bSS GR,LSS NTE~,LSS PEF.LDT LU.bDT SS2,LDT DSRH.bDT TENS,bDT NPHI,CNL MPOR CNG CFTC' ,CNG MTE~,CNb PoTA,.LSQ 395 W4NG.NGT 6i'322 ~RES.NGT 1~ '647 TENS . 1123 322 G~.IIT -99g:250 STEM.AlT 3 287 CDER,PHA 3 265 ClMP DTE ~VR:PHA C 3 3 0 31 7235 88 117 754 3 2.28 260 2 7235 14 5 1 -99~ 370 276 ClLM DTE 000 IlRD:DTE 129 SFLU.DTE 000 MTE~,DTE 700 DTL,LSS 049 TENS,LSS 326 DPHI,LDT 342 OLS,LDT 044 LL bDT 886 LSHV:LDT 514 bURH.LDT 000 MTE~.LDT ~45 RTNR.CNL 8 RCNT,CNL 8 SGR,CN~ ~8 HTEN.CNL 218 SGR,LSO 682 POTA,KAL 847 THOR,ALP 829 CS,NGT 327 W4NGiNGT 392 ~RES,NGT GR,AIT 250 MTEM,AIT 3 588 CDER 3.515 CI~P 3.687 C~VR 3 581 CILM 0 000 28 986 .oo 8 ,,740 3 415 237 917 257 ,136 2 490 7020 000 29 407 3O 395 937 756 143 PHA DTE PHA DTE IIRD DTE SFLU DTE STEM DTE DTL bSS TENS LSS DPMI GDT ~[.S,LDT Lb,bDT LSMV,LDT GUaM.bDT MTE~ LDT RTNR CNL RCNT CML SGR CNL 84 HTEN,CNL PAGEI 15 792 7105,000 -999'250 -999,250 305 991 295i931 296 475 297 512 25~,136 .195 145,098 90.000 6555 000 7 829 0 010 326 2 527 145 098 3 365 131 021 0 OO 7235 000 -999 250 -999 250 273~578 269 613 237 107 3 562 14 3 88 4 88400 6585 000 10 295 -0008 124 663 116~1450 497 2837;33 I08,71~ 1121'905 I08~718 IS Tape Verification !.isting chlumberqer Alaska Compt]ting Ce,ter 20-~PR-1992 17:04 SGD~KAL 135:895 CGR.KAL 104948 Wb~G:NGT 11,566 TEMS.NGT 7uzO 000 ~TEU Nb? ~43884 CALS.,gSF - 10:425 ~TE~:~SF 43:884 ~RESiMSF 1.002 HTEN.~IT -999.250 TENS*Alt 999.250 IDF.,~: PHA 3.607 ~OVR:PHA. 275:279 IL~:DTE 3.665 IDOF.DTE 00u'O I I XS~. DTE 37.273 I IRma. OTE 255:: 3301.0 .DTE ']9.375 ~ES'DTE 0 963 HTEN:D ET ' 1~ 510 DTL~.LSS 90:600 DTLF.LSS 89.100 ~TE~.LSS 146 829' MRESiLSS 0.861 RHOB.LDT 2496 DRHO. bDT 0.014 OSS. L[)T 0:044 LS. bDT 246,758 LITe.bDT 63,340 $!,bDr 200 853 SS~V.LDT 1218.691 Si~H,LDT 2,425 CA5!,LDT 1 !.506 S~.LDT 119.613 ~ES,5DT 0,963 HTEN'LDT 1210.510 RC~T.C b 817, 58 CNTC.C~L 251 ,216 TENS*C~b 7000.000 ~aES~C,L 0,963 T~O~.LSQ 9.074 URAN.LSQ 5'03~ UR~N.KAb ,938 SG~.KAb 151.756 W~bNG'NGT 13.445 TENS.NGT 7 ,000 MTE~:t~GT 143,828 CAbS,MSF 1!~350 ~TE~"'~SF .143~8~8 MR~$*MSF 0,963 HTE~.AIT 999;250 TENS,AIT -9991250 9800,000 2,602 2,714 2,722 2,689 61,491 '37,750 0 961 1201 400 145 694 2 4~2 0.036 78 054 !2!8577 g 836 0,961 32,287 DEPT. I~VR.PHA IL~.DTE I!XD,DTE SP.DTE ~RES.DTE DTLS.LSS ~TE~.LSS R~O~.LDT OSS,LDT LITH.LDT SSHV.LDT CALI.LDT ~RES.LDT TNDH.CNI~ 354.723 84,007 67,793 383~158 0.000 ~4 '667 8~u. 900 0 824 0 O08 276 468 201 .422 8 4 1420 667 ~ 878 THOR.KAL URAN.ALP CGR.AL? W3NG,NGT HTEN.NGT SGR MSF HTEN:MSF ~RES.AIT IDPH DTE IMER,PHA ILD,DTf IMQ~,DT[ IIX~,D?[ T~N$,DTg D~,bSS GR HTfN~SS P~F,bDT U.bDT SS2.hDT bSRH.LDT TENS.bDT NPHI,CMb NPOR.CNL CFTC~CNb ~TEM'CND POTA,LS0 THOR,KAL URAN,'ALP CGR.ALP W3NG'N~T HTEN,NGT SGR,:MSF HTEN'MSF MRES,AIT IDPH,DTE IDVR~PHA IMER,PHA ILD,DTE IMQF,DTE IIXM"DTE TENS'DTE DT,LSS GR,bSS HTEN,bSS PEF,LDT LU,LDT $S2*bDT DSRH,GDT TENS'bDT NPHI,CNL NPOR,CNL 13 726 POT~ KAL 3 966 THOR:ALP 97897 CS.NGT 56 9]9 W4NG.NGT 1121 905 MRES.NGT 108.718 TENS.~SF !!21.905 GR.AIT 999.250 MTEM.AIT 3.564 CDER PHA 3.633 CI~PiDTE 3.716 CMVR PHA 3.555 CILM DTE 0000 IIRD DTE 29353 SFbU:DTE 7000000 MTE~.DTE 91500 DTL.LSS 72~ TENSLSS 19 DPHI:LDT 402 OLS,LDT 970 Lb,bDT 009 LS:HV.bDT 482 bURH'LDT 000 MTE~.LDT · 02~ RTNR'CNb 056 RCNT,CNL 'SGR.CNL . SGR.LSO 981 POTA.KAL 60~ THOR:~AbP CS,NGT 9~6 W4NG,NGT ~.:~13 TE'NS.~SF ~0 .250 STEM,Alt 1 3 238 7000 3 850 ~210 '999 2 599 CDER.PHA 604 CIMP*DTE 2 719 CMVR'PHA 6 ! 0 000 725~ 30 M.DTE 939 SFUU.DTE 000 MTE~.DTE 700 DTb,bSS 070 TENS~LSS ~79~ DPHi,LDT 012 OLS,LDT 622 L~:*bDT 047 bSH .bDT ~14 UURH.LDT 00 ~TEM,LDT ]~50 RTNR,CNL 53 RC~T~C~b PAGE{ 16 3.138 12,769 1622.566 7 117 1 OO2 7020 000 -999 250 -999 250 277,216 270.104 266,614 272,843 2~8 066 3 501 50O 6710 000 9 335 0 005 127 273 116~ 736 494 121 0 3 712 14 588 1.661. ~56 65 t~ 963 TO00 000 -999~50 -999250 384.272 368 929 2 782 143 368 9 700 669~ 000 - 04 I 3 656 It~5 281 2 4~2 143 368 3 015 2955 837 IS Tape verification Llstlno cblumberger AlasKa Computing Center RCFT.CNL 898,957 CNTC CNL TENS.C~{L 7255,000 ~RF$[CMb T~O~,LSQ !0.445 CGR.LSO 78 7~7 U~N SGR.~AL ~7:~70 CGR:KAL POTA ALP 2.478 SGR ALP W1NG:NGT 350,534 W2NG:NGT WbNG,NGT 12,456 TENS,NGT ~TE~,NGT 1.43.368 MTE~ NSF 143 368 IATEN:AIT -999:250 TENS,AIT DEPT, IDEP,PHA IMPH,DTE I~VR PHA ILU:DTE IIX~.DTE SP.DTE MRES.DTE DTLM.LSS MTE~,LSS RHOB.LDT OSS.LDT LIT~.I~DT SSHV LD~ ~RES.[.DT TNPM,CNL RCFT.CNL TENS.CNL T~O~.LSO CGR.LSO POT~.ALP W I. N~, NdT WbN~, MTE~, MST HTEN.AIT 9700,000 2.9~2 3,103 3,104 3,111 48,339 -38,750 I 006 37~20o 144,515 2.409 0,03) 7-9.651 1217 ~86 9: Ol 1.006 ]1 954 957 019 7065 000 5 963 59 508 113 020 2 655 3~4 370 5 882 i42 ~06 1,42 O6 -999 250 CIDP,DTE CDVR,PHA C~ER,PHA CILD DTE IOOF' ~,DTE IIRM,DTE SGR.DTE HTEN DTE DTLF:L$S DRHO,LDT L$.LDT S$! LOT $1RH bDT SGR bDT MTEN LOT TNRA CNL CNTC CNL MRES CML [)RAN LSO URAN KAL CGR KAL SGR ALP W2NG NGT TENS NGT CALS NSF ~RE$ MSF TENS ~IT oo: oo 2,18 2,9q3 ~,996 2 976 49 027 -41 81.3 I 138 225 200 142 084 2 430 7? 047 945 1217 751 ClDP DTE CDVR PHA CMER PHA CILD DTE IDQ~ DTE IIR DTE SGR DTE HTEN DTE DTLF.LS$ MRES. LS$ DRNO.bDT LS.LDT ssi.LOT SlAM.bDT 20-APR-!992 17:04 2833.513 CFTC,CNL 0 961 ~TE~,CNL 2:745 POT~,bSO 3.~8 THOR,KAL 87. 7 [!RAN,ALP !~2,792 CGR,ALP 159,253 W3NG,NGT 7255,000 HTEN,NGT 9,282 SGR,~SF 0 961 HTEN,MSF '999~250 MRE$,AIT 330 826 335!201 323 244 331 591 0.000 99,882 298,532 1291,621 -95 . 800 O,g3! O, 05 28~.268 20 .494 9 :' 32 1291,,621 2,946 1. 6 89 1 I51 ~60 7065 O0 9,3~3 -999, 50 4 .~80 4~. 99 341. 0,~00 313,.07 .280 -936,~00 0.820 0,022 277.868 907,418 2.336 IDPH DTE IDVR PHA IMER PHA ILD DTE IMOF DTE IIXM,OTE TENS,DTE DT,LSS GR,LSS HTEN,LS$ PEF,bDT LU,LDT S$2.LDT LSRH.bDT TENS,bDT NPHI,CNL NPOR,CNL CFTC CNL STEM CNL PDTA LSQ THOR KAL UR'AN,ALP CGR:ALP W3NG NGT HTKN NGT SGR.MSF HTEN,MSF MRES'AIT IDPH DTE IDVR .PHA IMER PHA ILO DTE IMOF DTE IIX~ DTE TENS,DTE DT.LS$ GR,LSM HTEM.b$S PEF,LDT LU,LDT S$2,LDT LSRH,LDT 977 230 SGR.CNL 142~!368 HTEN CNL 698 SGR:LSO 1.391 POTA,KAL 13.207 THOR.ALP 83.981 CS.NGT .834 TENS:MSF 1420.667 GR AIT -999,250 MTEMiAIT 023 CDER.PHA 983 ClMP.DTE 094 CMVR.PHA 016 CILM DTE ooo :DTE 35. 388 7065,000 89.300 91,721 946 561 3 011 ~6 7065 90 1291 -999 SFbU DTE MTEM DTL TENSiLSS DPH! bDT OLGiLDT 474 Lb bDT 529 LSHV.LDT 404 LURH LOT 000 STEM:bDT ~41 RTNR,CN5 4 RCMT,CNL 866 SGR,CNL · 806 HTEN.CNL 511 868 65O 879 0 SGR LSO POTA KAL THOR ALP CS NGT W4NG NGT MRES NGT TEN~ NSF GR AIT ~TEM AIT 2 2 0 35 7235 92 106 929 3 264 272 ,93~ CDER PHA ,92 ¢IMP DTE 988 CMVR PHA 925 DTE 000 D 993 ~IR .DTE FLU DTE 000 STEM DTE 000 DTL bSS 350 TEN$.LS$ 050 DPHI,LDT 467 OLS,LDT 739 LL,LDT 255 L$~V,LDT 408 LURHiLDT PAGE: 17 96.834 1420,667 96.834 2 60 I1 204 1543 119 6 228 0 961 7255 000 -999 250 -999 250 33 385 32~ 280 322 166 487 2 823 142 806 700 ooo 3 O28 2912 940 98 532 ~29 62! 9~ 532 2 634 12 264 1608 0~! 12 605 I 006 00 ~06 0 99~ 250 -999 25O 342 725' 334 149 3 987 29' 2842 76~ ooo 0 OO9 145 498 1~64 129 2 425 iS rave verification bistinq chlumberger AlasKa Computing Center CALl. bDT 9. 836 SGR,I,DT ~P,E$, bDT 1.138 MTEN, LDT T~PH.C~L 33,422 TNRA,CNL RCFT.CNL 824.988 CHTC.CNL TEN~.CNL 7235.000 MRESiCNL T~{O~ LSO ~1.957 URAN.LSO CGR :I~SQ 101.6~8 URAN.KAL SbA,KAL ~9.634 CGR.KAb POTA. ~LP 3.7~$ SbA.ALP W~NG NGT 370 5~0 W~NG NGT WbI~G:NGT ~5:123 TENS:NGT ~TE~.~GT 141,3~9 CAbS ~SF HTEb~. ~IT -999.250 TENS.AIT DEPT, I~PM.DTE !~VR.PH~ I L~ , DTE IIXD.DTE SP DTE M~ES;DTE DT L ~,!. ESS ~TE~. L. SS RHOO bDT OSS:b. DT LIT~4,LDT SSHV, ~ bDT TM'PM CNL RCFT CML TENS CML THOR CG~. bSO SG ..,KAL POTA, ALP W1NG,NGT WbM~, NGT MTE~.NGT 9500.000 3.0~0 3.122 3,107 3 1.05 47~933 -43.t88 0.959 111,600 141.797 2,411 0,037 1217~719 9.557 0'959 31,634 947.943 7005.0'~0 10,526 ~:~693 10 '859 2,563 294.508 138 523 571 139 571 -999 ~50 CIDP, CDVR, C~ER. CILD, IDOF SGR, HTEM, DTLF DRHO ~TEN TNRA CNTC ~RES, URAN URAN CGR W2~G TEN& C~LS MAES TENS DTE PHA PHA DTE DTE DTE DTE DTE bSS LSS DT bDT LDT bDT bDT C~L CNL CNL LSO KAL K~L ALP NGT NGT ~SF DEPT. IDE~,PHA I~VR .PHA IL~'DTE . . I!XD DTE SP DTE ~RES DTE DTLM LSS ~E.~ LSS R~OB LDT 9400.000 2.3~2 ,440 .'515 2 388 68 306 -42 O63 0 964 67,000 141.294 2.513 CIDP,DTE CDVR.PMA CMER PHA CILD DTE IDOF DTE IIRM DTE SGR DTE HTEN DTE DTLF LSS ~RES bSS DRHC,LDT 20-APR-1992 17:04 112.254 1403.280 3.003 2476.870 1.138 1.354 2.048 10 159. 5 9,509 1,138 -999,250 330 97 ! 3341218 320 83.4 331 553 0 000 3OO 39O 96 532 I ~00 0,847 283, 204.795 2.349 134i. 71 0.959 2.049 7005 0 0.959 -999.250 426 714 411 2O2 405 540 426 .0 t 0 0 000 38 161 9.48. 476 140 9~. 073 lO0 0.892 0.011 TENS,bDT NPHI,CNL NPOR,CNb CFTC,CNb ~TEM,CNL POTA.LSO THOR,KAL URAN,ALP CGR,ALP W3NG,NGT HTEN'NGT SGR,MSF HTEN,MSF ~RES.AIT IDPH.DTE IDVR.PHA IMER.PHA ILD.DTE IMOF,DTE IIXM.DTE TENS.DTE DT,LS$ GR,LSS HTEN,LSS PEF,~DT LU, DT SS2.bDT bSRH,bDT TENS~bDT NPHI,CNL NPOR,CNL CFTC,CNL MTE~.CNL POTA~LSO THOR KAL [!RAN ALP wCGR.AbP '3NG,NGT HTEN,N~T SGR,MSF HTEN~MSF ~RE$ AIT IDPH,.DTE IDV.R,,PM~ IMER,,PHA Ig ~ DTE IIXg DTE TENS DTE DT DSS GR bSS HTEN PEF bDT 7235 32 33 833 141 3 i0 2 109 66 1403 112 1403 -999, 3 2 3 3 0 34 7005 125 97 875 272 7005 31 86 1349 -9.99 2 0 46 7165 9O 96 893 3 000 324 O50 317 339 858 697 390 959 163 28O 254 28O 25O 99 117 016 000 5O8 000 100 370 611 954 969 99 000 i 70 571 OO9 O97 250 343 432 466 347 000 021 000 -700 786 532 986 STEM bDT RCNToCNL SGR,CNL HTEN.CNL SGR LSO POTAiKA5 THOR ALP CS.NGT W4NG.NGT MRES.NGT TENS.MSF GR.AIT ~TE~,AIT CDER PHA CX~P:DTE CMVR,PHA CIb~.DTE IIRD.DTE SFLU.DTE MTEM.DTE TENS,LSS DPHI.LDT OLS,LDT Lb,bDT .LSHV.LDT LURMiLDT STEM.bDT RTNR,CNL RCNT,CNL SGR,CNL HTEN.CN~ SGR,LS POTA,K~b THOR.ALP MRES NGT TENS MSF GR STEM AIT CDER.PHA ClMP.DTE C~VR.PHA CILM DTE IIRD DTE FLU DTE TEN DTE DTL TENS DPH! bDT OLS bDT PAGEi 18 141.339 3,248 2612,007 t40 280 112,254 3,663 11.820 1648,938 11 3~ 7235000 -999:250 '999,250 332 26 320 321 879 322 043 276 602 2 948 139 57 51 30~ 6365 000 14 496 0 ~32 1.50 56 1t9 71 2 63 2962 8 1349 9'7 96 132 2 51.8 1601 6 8 7005 0 -999 ~50 -999 50 419 819 408 837 397 589 O62 2 8 289 -0 015 IS Ta~e verification L~stino chlumberqer Alaska Comptjtin~ Center QSS.LDT LITH bDT 5 SSHV:LDT 121 CALI.!.!)T MPE$.LDT T~P~ CNL TFNS,CNL 7165 THO",L$O 13 CGR.LSO 77 SG~,KAL 112 POTA ALP 2 W~NGiNGT 322 WSNG,NGT 16 .TE~.NGT 138 ~TE~.~SF 138 HTEM.AIT -999 0.029 5.113 7.209 9.697 0.964 9 866 6 455 000 181 715 124 ,315 06~ 904 763 763 250 I.S.LDT SSI.bDT SlRH.LDT SGR bDT HTEN:bDT T~.CNL CNTC.CNL ~RES.CNL URAN.bSO URAN,KAb CGR.KAL SGR,ALP W2NG,NGT TENS.NGT CAL$.MSF ~RES,.MSF TENS.AlT DKPT, IDER,PHA I~PH.DTE I~VR PHA .DT~ IIXD.DTE SP'DTE MRES.DTE DTL 'LSS RMOB,LDT QS$.LDT LITH;LDT $SHV t. DT T N P H; C'N b RCFT'CNb TENS,C~I' THOR,LSQ CG '5$0 SGR,K^b POTA,ALP M1N~ NGT WLNG NGT ~TEw NGT MTE~ ~SF HTEN.AiT 9300.000 2.279 2,341 2,333 2,338 68,612 '45,125 0'832 198;900 140~631 2'396 79. 1217,164 9,766 0,832 35,574 784'695' 6665.000 9,435 72~876 11~1675 '709 309,935 6,479 137 899 137 899 -999 CIDP.DTE CDVR PMA CgER:PHA C!LD.DTE iDOF'DTE IIRM.DTE SGR.DTE HTEM DTE ~RES, LSS DRHO~LDT L$'LDT SSI'bDT SIRH.LDT SGR.LDT HTEN.LDT TNRA;CNL CNTC'CNL ~:RES'CNb URAN URA~KAL CGR KAL SGR ALP W2MGNGT TENS~NGT CALSMSF TENS.AIT DEPT, IDER,PHA IMPH,DTE iuVR.PHA Ih~ DTE I!XD~DTE SPDT~ 9200,000 2,3~0 2 447 2 440 65 247 -46.000 0,841 20-APR-Igg2 17:04 237.723 LU.LDT 198,120 $S2.LDT 2.456 LSRH.LDT 94.476 TENS bDT 140~ 073 NPHI:CNL 2~790 NPOR.CNL 2842.~64 CFTC,CNb 0.964 MTEM.CNL 2,752 POTA.LSQ 2,828 THOR.KAL 86,662 URAN,ALP 109 68~ CGR.ALP 148!577 W3NG.NGT 71.65 000 MTEN.NGT 8.988 SGR..MSF 0.964 HTEN MSF '999.250 ~RES:AIT 436.744 439.763 428.276 436,624 0.000 96'164 00'389 1280.943 92.800 0'860 0 009 288 486 203 2 353 100 389 1280 43 I1 1 CG~ 161.987 6665,000 ~TEN O' 2 '999,25'0 IDPH,DTE IDVR,PHA I~ER.PHA ILD.DTE X~OF.DTE iIXM.DTE TENS'DTE DT,LSS R,LSS HTEN'LSS PEF'LDT LU bDT 8S2 bDT LSRH 5DT TENS bDT NPHI, CNL CNL CNL KAL ALP NGT SGR.MMF HTEN.MSF ~NES.A!T CIDP.DTE 419,269 IDPH,.'DTE CD~R,p~A 420,601 IDVR,PHA C~E:R,PHA 408,756 IMER,PHA CILD,DTE 41.9,2!6 ILDiDTE IDQF~DTE 0,000 IMOF,OTE IIRM,DTE 380.]51 IIX~.DTE SGR~DTE !05. 70 TENS.DTE HTEN,DTE 1288,633 DT,LSS 7165 10 8. 138. 1. 12, 2. 84 64 1401 94 1401 -999 929 Lb. 486 DSHV, 502 bUSH' 000 ~TEM. 288 RTNR. X46 RENT 608 SGR: 763 HTEN. 963 SG~. 580 POTA. 783 THO~. 679 , CS, 057 W4NG, 073 ~RES, 476 TENS, 073 GR. 250 MTE~. 2 2 0 44 6665 94 93 916 3 290 CDER. 274 CI~P. 335 CNVR. 290 CIbM. 000 IIRD. 000 ~ · 200 DTL 992 TENS 198 DPHI 144 QbS 19 LL 19 LSHV 2 ,387 bUR 6665 ~000 MTE~ ]4~236 RTNR 5,548 RCNT 805'947 I37.899 HTEN 2 1 1 '53 1~80 1 -999 8 THOR 996 W4NG 943 MRES 389 TENS ~43 GR 50 ~TE~ 2 2 2 0 44 6730 94 i]85 CDER. 78 CXMP. 6 C~VR. 000 IIRD, ~013 SFLU, ~000 ~TE~. ooo LOT LOT bDT bDT CNL CNL CNL CNL KAL ALP NGT NGT NGT MSF AIT PHA DTE PHA DTE DT£ DTE DTE LOT LDT OT LOT ~{<AL ALP NGT PHA DTE PHA DTE DTE DTE DTE LSS PAGE{ 19 120 59 1163:~69 2.509 138 763 2!761 3111 387 94 476 1401!073 94 476 2,354 12.261 1932.993 6,228 0,964 7165,000 '999.250 '999,250 43~ 732 42 093 428 672 427 679 354 944 13~ 180 899 94 000 6175 000 15 405 0 0!3 2 4O, :943 764 583' ~0 0832 6665 O0 '999 ~50 -999.~50 420,185 408,651 408,550 409,926 342*257 2;269 !.36.68.4 93,700 IS ~ave Verification Llstlnq ChlUmherqer Alaska Computtno Center OTL~ [.,SS 15.900 DTLF.LSS ~TE~:[,SS 139.366 MRES.LSS RHCR.LI)T 2.407 DRHO.LDT QSS.LDT 0.035 LS,LDT LITH.LDT 80.762 SSi.LOT SSHV.{,DT 1217.261 SiPH LOT CALI,LDT 9.662 SGR:LDT ~ES.~,DT 0 841 HTMN.LDT ~PH.CN[,, 33:146 TNRA.CNL RCFT.CNL 823'088 CNTC.CNL 7 o.ooo SG¢.~L I22 788 CGR.KAL POTh ALp 2:874 SGR.ALP Wb~C NOT 1.342 TEN NGT :~TE~ NG? 136.684 CAL$.MSF STE~:MSF 136.684 gRES.MSF .... 'U AIT ~ITEt~,AIT -999,250 TE.S, 910~,000 .7~6 2 768 2 8O2 2 764 54,850 '50 375 0 839 169 400 !38 001 2 334 0 024 8~ 3.45 !21 453 9 418 0 839 33,933 920,723 6875.000 9.886 69.499 2,169 325,623 8'007 135~692 ,!35,692 .999,250 ClDP,DTE CDVR,PHA CMER,PHA CILD,DTE IDO~,DTE SGR.DTE HTE~.DTE DTLF~L$S ~R~S'BSS DRHO'LDT SSI,LDT $~RH,LDT HTEN,LDT TNRA:.CNL C E' NTC CNL MR!,~,8, CNL URANLSO CGRKAL SGR ALP M2MG NOT TENS. NGT C~bS~,MSF MRE$:MSF TENS,AIT DEPT IDEA It L~ . ,DTE .PHA .DTE 9O00. 000 2.554 2.578 2.592 2.567 CIDP.,DTE CDVR' CMER 'PHA C ILD, DTE 20-APR-1992 17:04 89.700 GR.LSS 0.899 HTEN',LSS 0.007 PEW,bDT 283.142 LU,LOT 202.010 S$2.LDT 2 370 bSRH,bDT 1051170 TENS.BDT 1288 633 NPHI,CNL 3 021 NPOR.CNL 2515.758 CFTC.CNb 0,841 MTEM.CNL .2,028 POTA.LSO 2.858 THOR.KAL 97,059 U~AN,ALP 121,730 CGR,AbP 182.420 W3NG.NGT 6730.000 HTEM.NGT ~,089 SGR MSF -999:250 MRES.AIT 375 7 357 526 3:4:594 o'ooo 3~6,636 97~140 1318'282 91;soo 0;885 -O,OOl 314.196 20i~I53 2,340 97'I40 1318;282 2,929 2799'070 0;839 4,305 2'712 86,827 I~1,606 1'~9,466 6875;000 8.975 . 0.839 999;~50 39 ~6 38~;687 394'214 0,000 IDPH.DTE IDVR.PHA IMER.PHA ILD'DTE IMOF'DTE IIX~',DTE TENS,DTE DT.~SS GR LSS HTEN PEF DT LU DT LSRH TEN~ bDT NPH] CNL NPOR, CNL CFTC~CNb MTE~'CNL POT'LS~ THOR.KAL URAN*ALP CGR;ALP W3NG:.:~GT HTEN~NGT SGR,MSF MRES~AIT IDPH.DTE IDVR,PHA IMER'PHA IL.D,DrE IMOF'DTE 101 220 879!761 2 982 ~69 896 269 939 2 4O0 6730 000 3~ 800 3 490 853 801 136:684 3 075 12 573 2 879 95 858 62 382 1288 633 105 1.70 1288 633 -999 250 2 ~64 2 7O o,0oo 38.868 6875'000 95~300 97'228 891:045 3303 299 726 276 337 2 335 6875000' 31714 85' 3733:52~ 12 291 3 392 81 125 ,41815 13~ 282140 2,539 86 2'537 0.000 TENS DP~IiLDT OLS LOT bL.LDT LSHV,LDT LURH,LDT MTEN,LDT RTNR.CNL RCNT.CNL SGR.CNL HTEN.CNL SGR LSO POTA~KAb THOR,ALP CS.NGT W4NG.NGT NRES.NGT TENS.MSF GR,AIT MTEM,A!T CDER,PHA C! MP, DTE CMVR.PHA C l b ~. D T E iIRD.DTE SFLU. DTE MTEM' DTE DTL.LSS TENS LSS DPHI bDT ObS bDT bb bDT LSHV LDT URH bDT M'TEM 'LDT RTNR CNL RCNT .CNb SGR CNb HTEN, CNL SGR, LSO POTA ,KAL TMOR,ALP CS 'NGT W4NG'NGT M,. ES, NGT TENS.~SF GR.AIT MTEM,AIT CDER,PHA ciMP' DTE CMVR RHA Clb~. DTE IIRD.DTE PAGEI 20 5O 000 004 148 194 1162:966 2,412 136.684 3,123 2672,126 105.170 1288,633 105..170 2,925 12.554 1638.265 2,836 0.84! 6730,000 '999,250 ~999,:250 366 96 361:]34 356 888 36185 308 07~ 2 896 135692 93 900 6070000 19 !42 -0 014 164 '332 116~ 4 0 I35;692 3;310 2930'250 97,:!40 1318,282 97~'140 1~.~18 1812.3~5 o.6~8 0.839 ~75'.000 99,250 -999.250 391 589 32 ! IS Tan, Verification Listina cblumberqer Alaska ComDutinq Center ITXD.DTE 57 553 TIRM.DTE SP.VT -48:175 S S.DT H~ES.DTE 0.855 HTEN.DTE DTLN LSS 52.200 DT['F LSS OSS:LDT 0:045 LSiL~T LITH.LDT 76,591 SS1 LDT SSH¥.LDT 12~7,196 S1RH L'DT C!L[.['DT 9,871 ,GA LDT M~ES.LDT 0,858 HTEN:LDT TNPH.CNL 35,558 TNRA.CNL RCFT,CNL 72].324 CMTC,CNL TFNS.CNL 6545 000 MRES.CNL T~OR,L$O 7:549 URAN,LSO CG~.LSO 57.73i URAN KAL SGR.K~L 117,014 CGR:KAL pova ALP 2,235 SGR.ALP wIN~N(;T 341.414 W2NG.NGT WL~C NGT 2.020 TEN~,NGT ~TE~'~GT. 135,036 CAL ETE~,~SF 135.036 HTE~,AIT -999.250 TENS~AIT I~P~ DTE I~VR PHA Ih~ DTE IIXD DTE SP DTE ~RES DT~ DTb~ LSS ~TE~ L$S OS~ LOT LITN LOT C M~ES LDT TNPH RCFT CNL TE~$ CNL CG~ LS0 SG~ KAL POTA.AI..P WING NGT WLNG~GT ~T~ NGT MTE~ ' ~'SF NTE~,AIT 890~,000 ~,764 ,790 2 876 2 752 5 4~ 534 - 063 0 931 94 500 135 897 2 384 0~031 81 474 1216 459 9 871 3~ ,93t .419 861,912 6715 000 ,597 112 817 2 681 320 565 17 137 I 296 -999 250 CIDP CDVR CMER CILD IDQF IIR~ SGR HTEN OTLF DRHO SIRH HTEN TNRA C~TC MAES URAN CGR W2NG TENS CALS MAES TENS DTE PHA P~A DTE DTE DTE DTE LSS LSS LDT bDT LDT bDT ,bDT ,bDT CNL CNL' CNL' [,SO {<,AL ALP NUT AIT 20-APR-1992 !7:04 361.794 98.831 1268.218 91.800 0.901 o 283 3 205 710 2 342 98 831 1268 21~ 3 038 0.858 6,211 3.787 ~2.922 115,800 150.505 6545,000 9.559 0,858 -999,250 370 814 355 462 354 6OO 371 294 0 000 9~ 049 807 500 0 ~46 0 08 2 050 2 342 95 0 1 1,886 84,~ 6 112. 18 .715'000 6152' 9,~47 0, 31 -999.250 IIXU,DTE TENS.DTE DT.LSS GR.LSS HTEN,L$S PEF,bDT LU,bDT SS2.bDT [,SRH,bDT TENS,bDT NPHI,CNL NPOR,CN[, CFTC,CNL ~TE~.CNL POTA,bSO THOR.KAL URAN.AbP CGR ALP W3NG:.NGT HTEN.NGT SGR,~SF HTE~ ~RE ~AIT IDPH,DTE IDVR,PMA I~R,PHA I[D.DTE IMQF.DTE ~ DTE TE DT LSS GR bSS ~TEN b$S PEF bDT LU LDT SS2 LDT bSRH LDT TENS~LDT NPHI.CNL, NPOR CNb CFTC~CNL POTA.LSO THOR,KAL [IRAN.A[,P CGR.AbP W3NG,NGT HTEN.NGT SGR.MSF HTEN,MSF ~RES.AIT 38 319 65451000 93.600 95 77! 828 855 3 257 266 064 271 659 2 397 6545 000 32 806 36.612 775,656 135.036 2.005 I 399 14i088 79 071 39 394 1268.218 98.831 !268,218 999..250 2 697 2 813 2 820 2 693 0 000 3~ 782 000 ioo 154 277 375 275 600 2:37~ 6715 O0 0 9 768 2 837 t0 589 2 ~28 B5 61 61 492 1396 774 95 807 1396 774 -999 250 SFLU,DTE MTEM.DTE DTL,LSS TENS DPHI:LDT 0bM.bDT LL,LDT LSHV.LDT bURH.LDT MTEM LDT RTNRiCNL RCNT.CNb SGR.CNb HTEN.CNL $GR.L,Q POTA KAL CS NGT W4NG:NGT MRES.NGT TENS.NSF GR.AIT ~TE~.AIT CDER PHA CIMP DTE CMVR PHA ¢IL.~ DTE IIRD DTE SF ~T~ DT£ DTE DTL.L$$ TEN.S.bS$ DPHI~LDT 0bS~LDT LL bDT LSHV bDT LURH bDT MTE~ bDT RTNR CNL RCNT CNL SGR CNL HTEN:CNL SGR,LSO POTA'KAL THOR ALP CS~NGT W4NG.NGT MRES.NGT TEN$,~SF GR.AIT MTEM,AIT PAGE: 21 3 92,300 5925,000 14,524 0 030 150 661 1162 476 2 421 135 036 3 177 2459 005 98 831 1268 218 98 831 2 374 1 068 1881 694 I0 101 0 858 6545!000 -999 250 -999,250 61,845 58,417 47,674 63,407 ]06;948 2~.729 134,296 95'500 6085,000 16'120 0,015 i55~4 2'394 134~296 3,146 2858'927 95,807 1396'774 95,807 2,603 10'683 1799,903 15:;121 0,931 ~715,000 :999,250 999,250 IS wade Verlflcation Listing chlumberoer Alaska Computing Center DFPT. 0800,000 CIDP DTE IDE~.PHA 3.299 CDVPiPHA I~P~.I3TF 3,417 C~ER P[~A IYSV~ PHa 3.458 CILD.DTE "I5~[DTE 3'384 IDOF.DTE I!XD.PTE 43.581 IIPM.DIE SP [)T~ -54 125 SGR.DTE .DTF 0.944 HTEN.DTE DTLN.LSS 37,800 DTLF,LSS ~TE~.LSS 134.891 ~RES*LS$ OSS.UDT 0.0]4 L$.LDT LITH,LDT 78.9~7 SS1.L~T SSHV.bDT 1216.582 S1. RH bDT CALI.UDT 9.697 SGR:LDT ~RES.!~DT 0,944 ~TEN LDT TNPH,CNL 32.748 TNRA[C~L RCFT.CNL 863.668 CNTC CML TENS,CUL 6400.000 MRES,CNL T~OP,LSO 10,184 URAN.LSQ CGP.LSO 84.779 [IRAN,KAL SG~'KAL 115,067 CqR.KAL POTA.~I..,D 3,141. SGR,ALP W1NG,NGT ]10,101 W2NG,NGT W5NG.MGT 11~'111 TENS, NGT MTE~ ~GT 133,108 CALS,MMF ~TE~.~SF 1~3.108 MRES,MSF HTEM,AIT -999.250 TEN$,AIT DEPT, IDER,PMA I~PH.DTE Ib~ DTE IIXD DTE SP DTE MRES DTE DTL~,b$$ ~TE~':t. SS WOB,LDT ROSS,bDT LIT~.LDT SSHV,bDT CA. LI.LDT MRES.LDT TNPH.C~L RCFT,CNL TENS,CML THO~.LSO CGR.LSQ SG~,KAL POTA.ALP Wl~G'M~T WbN~'NGT 8700.000 3.302 3 348 3 353 3 328 41 676 -56 688 0 877 92 600 133 539 2 396 0 038 79 8~1 ~216 485 9 871 0 877 32,370 902.921 6235.000 8'052 75,½70 1.16,83 2.697 3t4,~41 11111 13:395 ClDP,DTE ~DVR,',PHA CMER~PHA CIbD,DTE IDQF.DTE SGR.:DTE STEM DTE DTLFLSS ~RE$ DR~O bDT bS LDT SSt LDT $!RH bDT SGR bDT MTEN bDT TNRA CML CNTC CML ~RE$ CML URAN URAN,KAL CGR.KAL SGR.,ALP W2MG,NGT TEN$.NGT CAL$,!~SF 20-APR-1992 17:o4 310.050 IDPH.DTE 302.410 IDVR.PMA 290,49~ IMER.P~A 311.042 XLD,DTE 0 000 I~OF.DTE 276i102 IIX~,DTE 101 648 TENS,DTE 1272 81~ DT,LSS 84~700 GR,gSS 0.908 MTEN.gSS 0.006 PEF.gDT 286,~27 bU,bDT 201, 81 SS~,LDT 2,367 LSRH.gDT 101.648 TENS.bDT 1272.81~ NPMI CML 2,96! NPOR:CML 2592 147 CFTC,CML 0:944 STEM,CNg ~.815 POTA,LSO t .830 CG~,ABP 178,788 W3NG..NGT 6400~000 HTEN,MGT 9,3~2 SGR,MSF 0.94~ MTEN.MSF -999,250 MRE$,AIT 303. 947 303'307 .04 0 280 I02 1137 92 0 ooo 703 9 0 ,009 59 23s3 102'419 1137,332 · 3,1!5 2684,712 0,877 3.878 3 551 ~4 8!3 834 62~5 000 9,5~0 IDPH,DTE IDVR*iPNA ~ H IMER,P A ILD,DTE I~OF,'DTE IIXM'DTE TENS~DTE _ G~,gSS HTEN,L$S PEF'LDT LU;bDT $S2'hDT gSRH,LDT TENS,gDT MPHi,CNb NPOR,CML CFTC,CML MTE~,CNg POTA.LS.O THOR,KAL URAM,ALP W3NG,NGT HTENiNG'T SGR,MSF 32 6400 89 88 897 3 276 270 3 225 CDER.PHA 3!307 CI~P'DTE 3 442 CMVR.PHA 3 ~15 CIL~ DTE 0 O00 IIRD~DTE 282 SFLU.DTE 000 MTE~.DTE B00 DTL.LSS 699 TENB.L$S 943 DPHI'bDT ~50 OL$.bDT 366 Lb.bDT 783 LSHV.LDT 2 392 LURH.LDT 6400:000 MTEM.LDT 31 856 RTNR.CNL 32:403 RCNT,CNL 886 924 SGR CNL 133 108 MTEN:CNL 3 165 SGR.LSO 10 973 POTA,~AL 2 595 THO~.ALP 94 513 C$,NGT 57 576 W4-NG.NGT 1272 812 MRE$.NGT 101 648 TEN$'MSF 1272 8!2 GR,AiT -999 250 MTE~,AIT 3.290 CDER.PHA 3'297 CIMP,DTE 3':353 CMVR,PHA 3'282 CILH,DTE 0'000 IIRD DTE 30 789 SFLU DTE 6235 000 MTE~ DTE 94 400 DTL LS$ 94, !~56 TENS bS$ 784 21 DPH! :bDT 27~ :i~42 QLS LDT · 04 bg bDT 27! 498 bSHV bDT .388 bURH LDT 6235 000 MTE~ gDT 34 32 923 13~ lO, 3 85 70 :!19 RTNR CNg 128 RCNT CNL 697 SGR CNb 395 HTEN.,CNL 045 SGR.bS0 522 POTA,KAb 805 THOR;ALP 642 C$2NGT 707 WANG.NGT 332 MRES.NGT 419 TENS.MSF PAGE: 22 303 105 292:650 89'175 ~95.484 5O7 133 108 97.700 5920,000 15,241 '0,018 147,944 1162 1~0 2i396 133 lOB 3,290 2732.073 1272 10! 648 2 978 ,Oo 640 O0 -99~ 0 -999 ~50 302,837 298,659 298'220 3O0'508 256'154 3,2t 132'395 93,700 5695,000 !5;374 4B7 1161 869 39 2822 414 !o2 1 419 645 t0 536 1899 894 8 0:877 6235 000 IS TaDe Verification Listing ChlUmberoer AlasKa ComPutiDg Center HTENiAI? -999.250 DEPT. 8600.000 CIDP.DTE !DER.PHA 3.243 CDVR.PHA I~P~.DYE 3,311 C~ER,PHA I~VR.PHA 3,315 CILD,DTE IL~.DTE 3.299 IDQF.DTE II×D.DTE 41.453 IIR~.DTE SP DTE -55,625 SGR DTE DTLN LS$ 90 200 DTLF.LSS MTE':LSS 132:598 ~RES.LSS RHO~.L[)T 2.344 DRHO LDT OSS.L[)T 0 033 L$[LDT LITH.LDT 93:938 S$I LDT $SHV.LDT 12!6,100 S1RH:I, DT CALI.LDT 9.557 SGR.LDT ~RES.LDT 0.882 TNP~.CNL 32,970 TNRA,CNL RCFT.CNL 9~1.207 CNTC,CNL TENS,CNL 6250.000 gRE$.CNL THOR.LSQ 5,289 URAN,LRQ SGR,KAI., 901~26 CGR.KAL POT~'ALP 1 SGR,A[P W~NG.NGT 279 W2NG.NGT ,707 ~234 WSNG NGT 6,048 TENS,NGT ~TE~'NGT 13~:55~ CALS.MSF ~TE~'~SF 131i558 HTEN[AIT -999'250 TEN$,AIT , DffPT. 8500,000 CiDP,DTE ]~DER'PHA 3'~54! CDVR~PHA I~PH~DTE 3,617 CMER~PHA !~V~ ;PH~. C'ILD' DTE I5~'DTE 3.597 IDOF. D'TE I I X D, D T f ] 4 '. ~5 ). 9 I I R ~, D T E sP,D~ -54i~563 SGR~DTE NRES.DTE 0'887 HTEN.DTE DTLN,LSS 92.500 DTLF.SSS ~HOBiLDT 2'350 DRHO,LD~ OSS.[ .... ~r 0 027 LS, LD] L!TH,LDT 92 076 SS!.SDT SSHV.LDT 12!5 973 SIRH'LDT CALI,LDT 9 523 SGR'LDT NRES LDT 0,887 HTEN.LDT TNP~:CNL 31,423 TNR~.CNL RCFT CNb 986.528 CNTC.CNL TENS CNL 5870 000 ~RES.CNL THO~. LSO 15,953 URAN.LSQ CGR,LSO 100.888 URAN~KAL SGR, KAL 103. 896 CGR. KAL PO~R~ALP 2'6~6 SGR~ ..ALP 20-APR-1992 !7:04 0.877 HTEN.~SF -999.~50 3(}8 595 308!798 301 905 3O8 884 0.000 283.089 78.568 1203.569 89.900 0.889 0 OO8 315!260 205 888 2 306 78!568 1203 569 2 948 2904:514 0.882 4,660 3.335 60,803 90.649 114.919 6250.000 9'221 O. 2 278,933 285'683 278'038 279~59'6 0,000 260.082 92.06~6 1288~556 89.600 0,898 0~002 309 036 202 021 2 ~41 92 66 1288 556 2 852 2877 191 0 887 *~ 609 31~ .910 IDPH.DTE IDVR.PHA I~ER,PHA ILD.DTE IMOF,DTE IIX~.DTE TEN$.DTE DT,LSS GR.LSS HTEN,bSS PEF 5DT [,U LDT SS2 LDT LSRH LDT TENS.SDT NPHI.CNL NPOR.CNL CNL CFTC, . ~TE~,CNL POT.I,LSQ THOR,KAL URAN,ALP CGR,ALP W3NG.,NGT HTEN,NGT SGR'MSF HTEN,MSF MRES*AIT IDPH DTE IDVR IMER !~QF II~ TENS DT HTEN PEF LU SS2 PHA PHA DTE DTE DTE L S S' LDT bDT LDT bSRH,LDT TENS bDT NPHI CML NPOR CNb CFTC CNL MTEM CNL POTA bSQ THOR KAL I~RAN"ALP 'CGR;.ALP 1137 -999 3 3 3 3 0 31 6250 92 78 759 2 296 279 2 6250 31 33 991 8 3 57 45 1203 78 1203 -999 3 3 3 3 0 94 76 828 2 27 2 5870 3O 3O 1016 130 85 .332 .250 240 238 312 237 000 601 .000 .600 ,763 .009 855 230 337 000 829 427 164 558 :094 7O7 .342 363 569 568 569 .250 585 5OO 597 577 000 823 000 000 083 929 843 166 619 348 O00 431 923 '934 ,663 .831 .773 '305 .201 GR.AIT MTEM.AIT CDER PHA CX"PiDTE CMVR.PHA CIL~.DTE II~D.DTE SFLU.DTE ~TE~ DTE DTLiLSS TENS [,SS DPHIiLDT OLS LDT LL LDT LSHV,LDT LURH.LDT ~TEM.LDT RTNR.CNL RCNT CNL SGR:CNL HTEN,CNL SGR,LSO POTA,KA5 THOR.AUP CS'NGT W4NG'NGT ~RES.NGT TENS,NSF , GR'AIT MTE~.AIT CDER:PHA ClMP DTE CMVR PHA ClLMDTE IIRD DTE SFLU DTE STEM DTE DT~LSM TENS bSS DPHI.LDT OLS'LDT LL.LDT LSHV,LDT LURH.LDT STEM bDT RTNR CNL RCNT CMl, SGR CNL MTEN CML SGR L$O POTA KAL THOR ALP CS NGT PAGEI -999 -9991 308 30! 303 259 3 13! 92 5835 0 167 1161 131 3 3000 78 1 7 1739 3 0 6250 :,,,999 ,,,999 25O 25O 23 341 027 686 115 915 368 558 800 000 533 009 196 151 352 558 188 743 568 569 568 791 024 882 000 25O 250 27 8 280 946 278 0!6 236 081 3609 130 663 9.3 500 56'30 000 18 16 '0 00~' 909 13~ 358 66:3 3.!74 3045 470 92::066 1288;556 066 !739,308 15 Tape Verification ListlDq chlumberQer AlasKa Computing Center W I l',iC NGT 306.452 W2NG.NGT ·: ~ , ' NGT WbNC, NGT 20 161 TENS, HT~"~IT =999,250 TENS, hiT DEPT. 8400. IDEP'PHa 3. I~PH.DTE 3. IMV~.PHA 3. IL~.DTE 3, IIXD,DTF 42, SP.DTE -56. ~ES,D'rE O, DTLN.LSS 93. MTE~.LSS 130, RMOB,bDT OSS.LDT 0 L!T~.LDT 78: 12 5 92 MRE$,LDT 0 TNPN,CNL 32: RCFT CNL 924 TENS'CNL 6080 CG~:LSO 84 SG~,KA[, 105 POT~,:ALP 2 W{NG.NGT 295 W5NG,~CT 10 NTE~,NGT 129 ~T~]~',~SF 129 HTEN,~IT -999 000 CIDP.DTE 153 CDVR.PHA 165 CMER,PHA 213 CILD.DTE 161 IDOF.DTE 446 IIRM DTE 250 SGR:DTE 9~9 HTEN.DTE 000 DTLF,L$$ 419 uRES,LSS 385 DRHO,LDT 019 L$.bDT 495 SSi.bDT 1~6 S1RH.LDT 871 SGR.LDT 989 H_EN,bDr 026 TNRA.CNL 805 CNTC,CNb 000 iMRE$;CNL 691 URAN.LSQ 328 URAN'KAL 933 CGR,KAL 660 SGR;ALP W2NG'NGT ,ST~ 25O ~S'~ .. ~ 000 IDKR,PHA ~]020 i~PH,DTE 3~019 iMVR,PHA 3.0~4 IL~,DTE 3,010 IIXD.OTE 44.544 sP -53. 7 ~RE$:DTE 0.885 DTLN,LSS 94,500 NTEN,LS$ 129,425 ~HO~.[,DT 2, 4t5 OSS.LDT 0,050 b!T~ LDT 76,602 'bDT ~2~5,994 $SHV, ALI bDT t0,219 ~RES' · ,LOT 0.885 Th!PH.CNb 35 267 RCFT. CNb 777 020 TENS' C~L 6080 000 THC)R.L:SO 6,649 CIDP'DTE CDVR~PHA CMER.PHA ClLD'DTE IDQF DTE IIRM DTE SGR DTE HTENDTE DTLF ~RESLSS DRHO~LDT b$ 4PT SS~ bDT Si~ bDT SGR bDT HTEN bDT TN~A.CNL CMrC,CNL ~RES,CML URAN,LSQ 20-APR-Ig92 17:04 1.35,081 W3NG,NGT 5870,000 HTEN.NGT 9,22i SGR,MSF 0,887 HTEN.MSF -999.250 MRES.AIT 315.264 3 ,082 3~7,374 0.000 295 201 90:204 1263,490 92.!00 0.905 '0,002 288.012 197.465 2 397 90 204 1~63 490 2 907 2739 78~ 0.989 ~'030 ~2i453 e3.8~3 105,572 140'832 6080'000 9'577 . 0,989 999~250 332.785' 331.055 331'586 ,334.731 0,000 309'644 104.022 1285,7~9 94,700 0'91~ 0,019 284,!15 207'471 2,329 ~04,022 1285~729 3'132 2527,055 4, ~8 IDPH.DTE IDVR,PHA INER.PH~ ILD.DTE IMOF.DTE IIX~ DTE TENS[DTE DT,LSS HTEN~LS$ PEF,bDT LU.bDT SS2.LDT LSRH,LDT TENS,hOT NPHI,CNL NPOR,CNL CFTC,CNb MTE~,CNb PDTA,LSQ THOR'KAL IIRAN,.ALP W3NG'NGT HTEN.NGT SGR'~SF HTED'MSF MRES,A!T I'DPH,DTE IDVR;PHA IM~RoPHA ISD,DT~ IMQ~'D~E IIX~,DTE TENS DTE DTbSS GRb$S HTEN LSS PEF,LDT LU'LDT $S2,LDT LSRH'LDT TENS~LDT NPHI CNL NPOR CNL CFTC,CNL MTEM,CNL POTA,LSO 51 411 1288!556 92 066 128~.556 -999.250 W4NG.NGT MRES,NGT TENS.~$F GR.AIT ~YEM.AIT 3 172 3'186 , 3.174 3.151 38 000 742 6080 000 95 900 80 764 903 554 3 220 276 696 270 265 2 388 6080 000 30 832 33 074 49,~66 29 71 2:;767 11.;070 i7~ 43'478 1263~490 90,204 !263,490 999,250 CDER PHA CI~PiDTE C~VR PHA ¢I5~ DXE IIRD:D?Z SFLU.DTE MTE~.DTE DTL.bSS TENS.LSS DPHI,LDT OLS,LDT bL.LDT LSH¥.LDT LURH.LDT MTE~.LDT RTNR,CNL RC~T.CNL SGR,CNL HTEN.CNL SGR L$O POTA KAL CS NGT W4NGNGT MRES NOT TENS MSF GR MTEM AlT ' :3.005 CD ER'PHA 3;021 CI~P.DTE 3i:016 CMVR,PHA 2'987 CILM.DTE 0.000 I!RD'DTE 32.581 SFLU.,. · DTE 6080,000 ~TE,~.. DTE 98.:300 101 248 TENS, bSS 889 606 DPHI'LDT 272 LL,LDT 07 LSHV. bDT 27~ 396 LURH,LDT 0 000 MTEM..LDT 6083 .8 4 RTNR,CN 3 9 L 35 143 RCNT'CNL 813 25 SGR.CNL I2~ 040 HTEN,CNb !33 SGR.LSO PAGE~ , O. 5870. -999, -999, 31 31. 66, 2, 129. 9O 5585, ~0. 149 1161 2 3 2788 126~ 9O 2 I77 6080, '999, '999, 33:! 33! 330 332 97 5545 14 -0 148 1160 129 2642 I04 1285 104 24 040 887 000 250 250 {76 952 270 361 790 1 900 0o0 0~7 664 2O0 871 064 54O Oo 204 488 989 o00 '51 719 187 17 0~0 8O0 O0 004 01.0 40. O4O 0~0 2 IS ?aLe verlficatton 5lst. inq chlumberger AlasKa Computinq Center CGR.LSQ 71.356 URAN.KAL SGD.KAI, !23.660 CGR KAL pnT~ ' ,~l,g ]. 126 SGR: ALP WING NGT 346.465 W~NG.N W5{~O:NG~~ 2,0~0 TENS.. GT7 v.~g". NGT 1~9 040 CAL.., 9SF HTEh~, ~SF 129~040 ~RES, MSF HTE~, hIT -999.250 TENS.AIT DFPT. 8200,000 IDER. PHA 3,066 ImPH.DTE 3,128 I~V~..P~A 3,088 SP DTF -57.188 b~RES ~ DTF O, 947 DTLN. LSS 170,400 ~TE~, LSS 1~8,251 RHO~. bDT 2. 384 OS8 LDT 0,057 LITH: LDT 80,317 SSHV.LDT 1215,542 CaLI,LDT 10.079 NRES,LDT 0.947 TNPB,CNL 34,321 RCFT,CNL 816,698 TENS,CNA 5760,000 THt3~, LSO 10' 96! CgR,bSO 84.225 SG~.KA5 122,042 POTA · ALP 3. 202 W 1NG;.NGT 331,439 W'5~G' NUT ! 0 ' 417 MTE~; NGT !~8,110 MTEU'~SF !~8,1!0 ~TE~'Ait -999,250 CIDP DTE CDVR: PHA C~FR,PHA CILD.DTE I DQF, OTE IIRM,DTE SGR.DTE HTE~J. DTE DTLF.LSS ~IRES. LSS DRHO. LDT tS. LDT SS 1 . BDT SIRH BDT SGR [ BDT HTEN. LDT TNR.A,CNL CNTC,CNIa MRE$'CNL URAN URAN KAL CC, R KAL SGR ALP W2NG NGT TENS NGT C/iLS ~4SF ~RES ?ENg AlT 8100.000 2,866 2.881 879 i 866 48 984 -59 8!.3 0 969 -41 800 127 082 2 383 0'029 1280.346 I5.063 10'462 0,969 34,68! CIDP DTE CDVR,PHA CME'R,PHA CILD,DTE IDOF,DTE IIRM.DTE SGR,E~E HTEN,DTE DTLF,LSS ~RES'LSS DRHO.LDT LS,LDT $S1.LDT S1RH BDT SGR,LDT H' ' BDT .~EN, TNRA.CNL 20-APR-1992 17:04 2.695 THOR.KAL 99.397 URAN,ADP ~23.609 CGR,AbP 153 535 W3NG.NGT 6080:000 HTEN.NGT 9,~2 S(;R. MSF 0. .5 HTEN,MSF '999,250 MRES.~IT 323.$7t 330.954 320.185 324.584 O 000 298;259 03.825 i 44. 650 101.200 0.922 0 025 3o1: 47 211.112 ~,282 103.~25 !144,650 3 0,947 ~.749 9 5'1'60.000 9,~78 O, ~7 -999.2 0 349 426 347, 1 350. ~1 00 0 324 8~2 99 9 7 500 0.946 0.0O6 2 . 31 55 929:~27.. 1159.473 3.206 IDPH,DTE IDVR,PHA IMER,PHA ILD,DTE IMQF,DTE IXXM,OTE TENS,DTE DT,bSS ~R,bSS HTEN,LSS PEF,BDT bU.LDT SS2,LDT LSRH,SDT TENS,BDT NPHI.CNB NPOR.CNB CFTC,CNL MTEM,CNL POTA,LSO THOR,KAL URAN.AhP CGR ALP W3NG NGT HTEN NGT SGR ~SF HTEN MSF MRES AIT IDPH.OTE IDVR,PHA IMER;PHA ILO DTE IMQF:DTE IIXM,DTE TENS.DTE DT,LSS GR*.DSS HTEN,~S$ PEF,.LDT LU,LDT SS2,BDT TEN~ 'BDT .LDT NPBI,CNL NPOR.CNL 11, 4!3 3i177 95 061 64 646 12851729 104 022 1285 729 -999.250 3°.088 3.022 3 123 0 000 31 530 5760 000 96 900 95 536 875 699 3 378 287 084 276 ~ 7 5760 000 32 318 34 .~ 128 ~ 0 11 334 2 755 98 108 56 ~18 1144 50 103 825 1!44 65O -999 250 2 ,8862 2, 60 2 881 o 33 982 5785 000 1 O0 300 94 990 84~ 083 204 282 512 273 723 2 .377 5785 000 34 886 34.997 POTA.KAL THOR.ALP CS,NGT W4NG NGT MRES~NGT TENS MSF GR!AIT ~TEM AlT CDER PHA CI~P DTE C~VR PHA CILM DTE IIRD DTE SFLU.DTE MTE~.DTE DTL,LSS TENS LSS DPHI:LDT QLS.LDT LL.LDT LSHV,LDT LURH,LDT MTEM.I, DT RTNR.CNL RCNT,CNL SGR,CNL HTEN CNL 'SGR~LSO POTA, KAL CS NGT W4NG NGT ~RES NGT TENS MSF GR AIT MTEM,AIT CDER. CIMP, CMV~. CILM II~D SFLU ~TE~ DTL TENS DPHI QLS Lb LSHV LURH MTEM RTNR. RCNT. PAGE: . 178 10 6080 -999 -999, 326 323 319 270 2 5455 ~0. 158. 1160 2 1144 10~ 1 181} 9 5768 -999 -999 PHA 348 DTE 347 PHA 347 DTE 348 DTE 291 DTE DTE ~27 LSS 5 LDT 16 LDT '0 LDT LDT 2 LDT 127 CNb CNB 259 25 275 998 464 101 885 000 250 250 2O0 739 845 709 876 927 110 000 000 116 O04 004 860 2172 110 454 880 825 650 1 481 947 000 250 250 908 18 908 076 . 637 447 200 000 191 01.9 849 060 IS Tape Verification Itstinq chlumber~er AlasKa COmpUtlnq Center C~,I!j RCFT'cNL 5785 00o ~RES[CNL TENS, . _ THOR.bSO 9,71~ URAN.LSO CG~ LSD 81,9~5 !JRAN.KAL SG~:KA5 117.356 CGR,KAL POTa.ALP 3 343 SG~,ALP ~G,NGT 304:4~5 W2NG,NGT W5~C ~GT 10,081 TEN$,MGT MTE~iHGT 127'447 CALS.~!SF ~TE~ NSF 127,447 MRES ~$F HTE~:AIT -99~.2S0 TEN$:AIT DMPT, IDER,PHA I~PW,DTE IL~,DTE IIXD,DTE SP,DTE MRES.DTE DTLN.LSS ~TE~.LSS RWDP.LDT OSS.[.DT LITH,LDT SSHV.LDT CALI.LDT ~ES,LDT TNPH.CNL RCFT,CNL TENS,CNL CG~.LSO SGR KAL ~N~'NGT MTEU.MGT HTEM..AIT @000 000 2~939 2,943 2.930 2,934 49.256 1 OO9 ~5~500 126.157 ~,434 0.046 80.576 1215,187 J.l,O~8 1.009 35,459 739,078 5700,000 11 145 124 595 3 29O 314 777 15 I 678 -999 250 ¢IDP DTE CDVR:PHA CMER,PHA CILD,DTE IDOF,DTE IIRM,D?E SGR.DTE HTEM.DTE DTLF LSS MRES LSS DRHO bDT LS bDT SSI,bDT S1RH,LDT SGR,LDT HTEN bDT TNRA CML C~TC CNb ~RES CNb URAN LSQ URAN KAL CGR KAL SGR ALP W2NG NGT TENS NGT CAbS. NSF MRE$ NSF TENS. AlT DFPT, I~P~ DTE I~IYP'PMA . IL~ DTM II×P' oDTE SP.DTE DTLM,LSS RMOB.LDT OSS.LDT LTTH.LDT $SHV.!jDT 7900.000 2.858 2.915 2.90() 2,937 50.316 -60.000 1,007 o7: oo 125 71 2~385 0,019 78,765 121~.635 CIDP. CDVR. C~ER, CILD. IDOF IIR~, SGR, HTEN. DTLF. MRES, DRHO, L$. SSI, $1RH. DTE PWA DTE DTE DTE DT E LSS LDT bDT LDT 20-APR-lg92 17:O4 2504.367 CE?C,CNL 0.969 MTE~,CNL 2.422 POTA,LSt~ ~.255 THOR.KAL 97,056 URAN,A~P 120 ~25 CGR,ALP 166:31 W3NG.MGT 5785,000 HTEN,NGT 10.1~5 SGR,MSF o 360 342i173 340 086 340 749 0,000 17,511 399,74~ 1.247 0.981 0 O45 287 878 214 78 2 178 99 742 1~47 595 3.180 2~95.192 1,009 2:140 2 019 10 420 12~ 118 5~49 798 00 000 ~0 -999 ~50 3 .296 3 .b4 0 000 17~ ! 7 1328 782 97 20O 1 025 0 O06 291 954 202 ~93 2 357 IDPH DTE IDVR~PHA IMER.PHA ILD,DTE IMOF,DTE IIXM DTE TENSiDTE DT,LSS GR.LSS HTEN.bS$ PEF bDT LU bDT S$2 bDT LSRH bDT TENS bDT NPHI,CNL NPOR.CNL CFTC CNL MTEM CNb POTA bSO THOR KAL URAN ALP CGR ALP W3NG NGT HTEN.NGT SGR,MSF HTEN,~SF MRE$,AIT IDPH DTE IDVR:PHA IMER,PHA I~QF,.DTE TEN$,DTE DT.LSS GR LSS HTEN~LSS PEF bDT LU bDT SS~ bDT L$~H bDT 13 335 3.089 10 817 2 403 98 533 60 484 1159 473 99 927 1159 473 -999 250 2 936 2 922 2 940 2 935 0 000 35 848 5700 000 102,200 98,447 939.979 3,086 274,273 281,531 2.389 5700.000 ' 901 791 082 126 678 3 149 12 784 2 473 I00 894 513 644 1247 595 99 74.2 1247 595 -999 250 2 895 2847 2 903 2 885 0 000 O00 100 ~500 !0! 959 933 89I 3 284 279 476 277 436 ~ 379 SGR.CNL ){TEN.CML SGR,LSO POTA KAL THOR~AbP CS NGT W4NG~NGT MRES,~'GT TENS.NSF GR,AIT MTE~,AIT CDER.PHA CI~P,DTE CMVR.PHA CIL~,DTE IIRD,DTE SFLU.DTE MTE~,DTE DTLLSS T~NS:LSS DPMI,LDT OLS,LDT t,b,bDT LSHV,LDT I, IJRH,[~DT MTEM, bDT RTNR CNL RCNT CNL SGR CNL HTEN CNL SGR LSO POTA KAL THOR ALP CS NGT W4NG NGT MRE$ NGT TENSMSF GRAIT MTEM,~IT DER,PHA IMP,:DTE CMVR,PHA CILM,DTE IIRD,DTE SFLU,DTE NTEM,DTE DTb,b$$ TENS,LSS DPHI,LDT OPS..bDT Lb'bDT LSHV,LDT LURH'bDT PAGE~ 26 99,927 1159,473 99,927 3,260 10,864 1834 146 8:065 0,969 5785.000 -999 250 -999:250 340 254 339i748 341 280 340 821 284,210 2 646 1~6 678 oo°° 13 111 0 004 150 74 1!60 2 40 126 3 41.2 2580 205 99 742 1.247 595 99 742 1~ 823 177:2 750 700 000 ~999 250 ~999 250 349,884 343,~019 344,814 340,455 287,862 2'61! 125,878 100.700 5425'000 16'074 "0,008 6 IS Tape Verification Listlno chlumber~er Alaska Comoutinq Center CaI.,T.I,DT 10,358 SGR bDT MRF$.LDT I 007 HTEN~bDT TW~¢.C~bL 36~282 TNUA.C~L ~CFT,CNL 732,386 TMMS.CN[ 5810,000 ~R ~ .CNL THOR,}..SO 11 594 URAN "'CG~,LSQ 96:727 URAW:KAL SG~.KAL 123,537 C~R.KAL POTa.AbP 3,329 SGR,ALP ING,NGT 334,280 W2NG.NGT . 5NG.~GT 14.205 TENS.NGT ~TE~ MGT 1~5,878 CAL$,MSF ~TE~SF 125.878 ~RES,MSF STEm.hIT -999.250 TENS.AIT DEPT, 7800.000 IDER,PHA 3,051 IgPg DTE 3,114 I~V~PH~ 3,0~0 IL~ PTE 3,095 IIXD~DTE 45,365 SP DTE -63,313 ~RE$:DTE 0.917 DTLN.LSS 178,700 MTE~ LSS 123,874 RUOR'LDT 2,333 $ .., , bITS.bDT 87,932 SSMV.LDT 1214.453 bDT 9,627 MRES ,.~DT O.917 TNP~ CNB ]1.913 RCFT:CNL 861.9~2 TEN$,CNL 5800,000 MOR,LSQ 5,5~5 TCGR,LSO 59.937 SGR.KAL 92,650 POTA,AbP 2,157 WING,NGT 262,097 ~TE~.NG? 124: 0 MTE~ ~SF 124,970 HTE~',AIT -999.250 CiDP CDv : C~ER CibD: IDOF, IIRM, SGR. HTEN. DTbF. ~RES. HTEM TNRA C~TC ~RES URAN UR~N CGR W2NG TENS CAbS MRES., TENS. DTE PHA PHA DTE DTE DT E DTE DTE !.,SS bDT bDT bDT bDT bDT bDT CML CNL CNt. KAL KAL NGT NGT I' A ~ DEPT, 7700,000 CIDP, IDEP.PH~ 2.918 CDVR. I~P~,DTE 2,898 C'~ER, 904 CILD, I~VR,PH~ IL~.DT~ ~886 IDOF. IIXD.DTM 48.675 SP,DTE -64.500 SGR, hRES,DTE 0.968 DTLN.bSS IOO.O00 gTE, F, ~TE~,bSS 122,~93 MREM. ~MO~.LDT 2,381 DRHO. DTE PHA PHA DTE DTE DTE DTE bDT 20-APR-1992 1.7:04 105.674 TENS.bDT 1328.782 NPHI,CNL 24241831 CFTC:~Nb 2,693 THOR:KAL 9~ 291 IIR~N,ALP 12:860 CGR,AbP 160.985 W3NG,NGT 5810.000 HTEN,MGT 9,9~8 SGR,MSF 1,007 HTEN,MSF -999.250 MRES.AIT 321 799 3281220 324 017 321 752 0.000 301.342 80,182 1395, 23 91,400 1,I17 0,009 320.234 207,~19 2, 89 1395, 0.917 897 544 69 747 92 9~8 5~16 9'5 O0 ~00 g. 10 0,917 '999.250 346.040 343.788 344.004 3.47,533 0.000 3~2,682 ,6,281 1164.865 98.400 1.~14 0.24 IDPH,DTE IDVR.PHA IMER.PHA ILD,DTE IMOF,DTE IIX~.DTE TENS,DTE DT,bSS GR.bSS HTEN.bSS PEF,LDT bU;bDT SS2,LDT LSRH,LDT TENS,bDT NPHI,CNL NPOR ~NL CFTC CNb STEM CNb POTA THOR ~AL URAN bP CGR,AbP W3NG,NGT HTEN,NGT SGR,MSF HTEN.MSF MRES,AIT IDPH.DTE IDVR.PMA IMER,PMA ILD,QTE I~OF.DTE IIXM,DTE TENS,QTE DT.bSS GR.LSS HTEN.LSS PEF.LDT 5810 OOn 36 514 37 0o5 763 460 125 878 3 617 11 047 2 ~82 !00 59 68 18.2 132~ 782 105 674 1328:782 -999.250 3,108 3.047 3 O86 3 108 0 000 31 516 5800 000 96 100 76 770 875 008 3 260 3O5 483 5800 O~ 894 7 124 970 2 648 8 426 2 616 69 6 58 ~2 68 1395 ~23 80 82 ~395:323 999 250 2.890 2 909 2 907 2 877 0 000 35 411 5625 000 101 200 , 89,388 900,897 3,115 MTEM.LDT RTNR.CNL RCNT.CNL SGR,CNb HIE,. Nb SGR SO POTA.KAL THOR ALP C$:NGT W4NG.NGT MRES.NGT TENS.MSF GR.AIT MTEM.AIT CDER PHA CI~PiDTE CMVR PHA ClbM DTE IIRD.DTE SFLU.DTE MTE~,DTE DT .bSS TENS LSS DP~I!bDT QLS bDT LL.LDT LSHV,LDT LURH.LDT STEM,bDT RTNR,CNL RCNT.CNL MGR,CNL HTEN,CNL SGR.LS~ POTA.KAL THOR:ALP C$,NGT W4NG,NGT MRES.~T TENS. F GR.AIT MTEM.AiT CDER,PHA C!MP.DTE CMVR.PHA ClLM.DTE IIRD,DTE SFLU.DTE MTEM.DTE DTL.LS$ TENS,bSS DPH!,LDT QLS,LDT PAGE: 27 125,878 3 8!2 2491:666 105'674 1 674 339 11,607 1812,031 8.523 1,007 5810.000 -999 250 -999:250 327 771 321 176 324 721 323 086 270 041 2 863 900 5315 000 19 207 -0 017 ! 67 493 115:~ 957 332 124 70 3 ~40 263~) 219 182 13~5 323 8~ 182 2 8 5800 -999 250 -999 250 342,653 345'021 344 331 346:502 287.626 2 536 124 025 100 300 5125 000 0 ~30 . 03 IS Tape Yeriftcatlon I~lstlnq ChlUmberoer AlasKa Comvutino Cch%er 8SHV.LDT 1214.~54 SIRH.LDT C~LI,LDT 10.114 SG~ LOT ~RES,L6T 0°968 HTEM~LDT TNPW CNL 37 004 TNRA.CNL ~CFTiCNL 732i386 CNTC,CNL TEN$.C~L 5625 000 ~RE$.CNL T~OR,LSQ 12 150 URA~,LSO CG~.LSO 89 844 URAN KAL SGP.KAL 114:060 CGR:KAL POTA.ALP 3,0~7 SGR.ALP Wl~C.NGT 327,35@ N2NG.NGT ~SNG.NGT 11,32! TENS NGT ~TE~,NGT 124.025 CALS[MSF ~T~U.MSF 124.025 ~RE$ MSF HTEN.AIT -g99,250 ' DEPT. 7600 IDE~.PHA 2 IMPH.DTE 2 I~U~ PH~ 2 IIXD DTF 46 SP:DTE -64 ~RE$.DTE } DTL~,LSS 21 MTE~.LSS 12~ OSS,LDT 0 LIT~.LDT 82 $$gV LDT t214 MPES LDT 1 TNPH.CNL 36 RCFT.CNL 733 TENS,CN5 5395 T~OR.LSO 8 CGR,LSO 66 SG~ KAL 103 292 W5~G.NGT 6 MTE~,NGT 122 ~TE~.~SF 122 HTE~.AIT -999 .000 CIDP ,889 CDVR: .88g CMER, :898 CILD, 871 IDQF, 177 IIRM, :563 sc~. 21 ~TEN, 00 DTLF, 68~ 366 DRHO, 021 948 SSl~ 487 S1RH 84 SGR 21 HTEN 6~2 TNR~ ,87'9 CNTC .000 ,893 URAN ,563 URAN .705 CGR 805 SGR '339 W2NG · ,048 TEN:$ ,529 CALS .529 ~RES ,250 TEES DTE PHA DTE DTE DTE DTE DTE LSS LOT LOT LOT LOT bDT LOT CNL CNL CNL KAL KAL A I.,P NGT NSF git DEPT 7500 ID~ PgA 2 IMPH,DTE 2 I~VR,DHA 2 IL~.DTE 2 IIXD.DTE 50 SP DTE -65 71 CDVR:PHA ,892 CMER,PHA ~896 ClLD~DTE D 873 .0~2 IIR~,DTE 625 SGR DTE 055 HT~N~DTE 20-APR-1992 17:04 3~3i673 LU.LDT 2 0 963 SS2,bDT 2 282 LSRH.LDT 96 281 TENS.LOT 1164~865 NPHIoCNL 3,206 NPOR.CNL 2541.416 CFTC.CNL 0 968 ~TEM.CML 0~850 POTA,hSO 2,285 THOR,KAL 93,490 URAN.ALP 113 564 CGR,ALP 155~660 W3NG.NGT 5625,000 HTEN NGT 0.968 HTEN,MSF '999,250 MRES.AiT 341.237 344.715 346,976 342.589 0.000 324 351 87:904 ,000 ~0. 152 .001 299,342 200.602 872 36 1 904 245 760 121 001 2 016 B5 557 ! 04 093 ~28 ,O24 5395, .iO0 21 -999,250 34 47 0 000 59 90. 1169. 2 IDPH, IDVR, I~ER, ILD, IMOF, IIX~ TENS DT GR PEF, LU, S$2. LSRM TENS NPHI NPOR CFTC ~TEM THOR~ URAN, CGR., W3NG. HTEN, SGR, HTEN, ~RES, IDPH, IDVR. IMER, ILD. IMOF, IIXM. TENS, '"DT, DTE PHA PHA DTE DTE DTE DTE bSS bSS bDT bDT bDT bDT bDT CNL CNL CNb CML 'S~ :ALP NGT NGT MSF !AlT DTE PHA DTE DTE DTE DTE 288.~12 280 15 5625 000 35~407 36 366 79 : o9 02~ 10 979 2i207 93732 47 170 1164.865 96.281 !164,865 999.250 2 2 2 2 0 31 5395: 101 83 877 3 287 275 2 5395 34 36 769 122 2 9 1 87 56 1230 87 123.0 -999 2 2 2 0 33 5285 101 931 901 882 919 000 764 000 100 593 548 165 652 000 791 · 953 726 266 949 894 076 452 9O4 ~50 864 880 000 000 LL.LDT LSHV.LDT [,LIRH.LDT MTEM LOT RTNR:CNL RC~T.CN5 SGR.CND HTEN.CNL SGR.5$Q POTA.KAL THOR.ALP C$.NGT W4NG.NGT MRES NGT TENS:~SF GR.AIT MTEM.AIT CDER.PHA CIMP DTE CMVR:PHA CILM.DTE IIRD,DTE SFLU DTE MTEM~DTE DTL.LSS TENS,LSS DPHI LOT OL$iLDT LL ~DT LSHV LOT LURH LDT MTEM bDT R R~NR CNL NT CNL 5G~ CNL HTE CNL SGR bSO POTA KAL THOR ~hP CS GT ~LNG NGT MRES NGT TENS GR AIT MTE~.AIT CDER PHA CIMP~DTE CMVR.PHA ILM,DTE IRD,DTE SFLUiDTE MTEM.DTE DTL.LSS PAGE: 28 159,267 1159,021 2.368 124.025 3,240 2695,010 96,281 1164.865 96.281 3,033 11,188 1777,501 g:547 968 5625.000 -999,250 -999.250 346 176 346 085 345 029 348 ~35 28.4 48 2 606 122 529 99 700 4965 000 -0 1 516 370 12~ 5 9 3 2'546 509 87 904 1230 819 87 904 2 795 10 ! 089 5.39~ 121 000 -999 250 -999 250 8 345 45 27O 48 014 290 905 2 644 122 O9O 101 600 IS 7'ame verification blstlnq CblUmberqer AlasKa Computino Center [)TL~.bSS 9q.600 DTLF.LSS ~E~~ LSS 120,566 ~RES,LSS .LDT 2.377 DRWO.LDT ~S$.LPT 0.015 L$.bDT LITE.bDT 83.806 SS1.LDT SSHV.LDT 1214,408 S1RH LOT CAbI.hDT 10.045 SGR:LDT ~RES I,DT ~.055 HTEN.LDT TNP~[CN[, 36.305 TNRA CNL RCFT.CNL 698.197 CNTC!CNL · F!~S.Ci~L, 5285.000 ~R~S CNL T~O~.bSG 8.641 URAN.L$O CG~.bSO 73.471 URAg. KAL SGR.K~I, 106.453 CGR,KAL POTa.ALP 2.785 5GR.ALP W~NG NGT 303.644 ~2NG NGT WS~:NGT 9.109 -. ENS:NGT hTE~.' '~ NGT 122.090 C,~L$.~SF. ~7'E~.~SF 122.090 ~RES.MSF ~TE.,.AI -999.250 TENS.AlT DEPT INPH.DT~ I~V~,PHA PTE IIXD.DTE SP DTE g~ES!I)TE DT~N'LSS ~TE~ ESS OSS,[.DT LITH LOT SSH¥:bDT C~L~,bDT ~ES,bDT TNPH.CNb RCFT,CNb TENS.CN[, THO~.LSQ SGR,KAb POT~ ALP , WSMC,MGT MTM~ , NGT HTE~~. 7400,000 2.726 2.692 2,692 2.687 52.952 '6~,625 7~;8oo ,49~ ,359 0,041 83 8~5 1214 037 11 158 1 056 3 344 533~,000 i ,579 75,655 1~2.501 3,211 351,815 13,105 i, 2~, 41 -99.250 CIDP DTE CDVR PHA CMER PEA CILD DTE IDOF DTE IIRM DTE SGR. DTE HTEN. DTE DTLF LSS ~RES..LSS DRHO,LDT bS, bDT SSI bDT StRH bDT SGR bDT HTEN bDT TNRA CNL CNTC CNb ~RES,CNL URAN, CGR.KAh SGR.ALP W2N TEN , CABS. NSF ~RE$.MSF TENS.AIT DFPT, IDEA.PLeA IMPH.DTE I~VR PHA ...PTE 730 0.000 2 862 2 8o3 2804 2 795 CIDP,DTE CDVR,PHA CILO.DTE IDOF.DTE 20-APR-lg92 17104 97.600 1.175 0.006 296.515 202.713 2.349 90.407 1169 452 2352,199 1.055 2.372 2.754 81657 1061259 139676 5285 000 9.689 1.055 -999.250 367 6 368 3 98 651 1090 1.02 600 o 308 3 9 208 39 2 94 98 51 1090 38 230~ 400 332 1,056 2.852 I0~'420 121 ,709 .631 166,331 ,t .ooo .804 I O56 -999:250 83 352 2 0 000 GR.LSS MTEN,LSS PEV.LOT LU.LDT SS2,LDT LSRH,LDT TENS,bDT NPHI.CNL NPOR, CN b CFTC,CNL NTEN.CN5 POTA.LSO THOR,KAL UR A N. AhP CGR.ALP W3NG.NGT HTEN.NGT SGR,MSF HTEN.~tSF ~RES,AIT ! DP H, DTE IDVR.PHA I~ER.PHA · T ~ ILO,D. E I~QF'DTE I I. XM, DTE TENS, DTE DT, bSS GR~.LSS HTEN.LSS PEF.LDT LU .bDT SS2 .bDT LSRH .LOT TENS ,bDT NPHI ,CNL NPOR CNL CFTC CNL POTA, LSO THOR KAL. URAN.'AbP CGR, W3NG.NGT HTEN. SGR ~ ' . ~8F HTEN, MSF NRES,.AIT IDPH, DTE XDVR.PHA IMER,PHA ILD. DTE IMOF.DTE 83.862 856,337 3,060 286.443 279,608 2 37! 5285 000 34 983 37 122 743 231 122 090 2 788 9 189 2 486 83 925 59 717 1169 452 90 407 1169 452 -999,250 TENS.LSS DPHI.LDT Qt, S.LDT BL.LDT LSHV.LDT LURH.LDT MTE~.LDT RTNR.CML RCNT.CNL SGR.CNL HTEN.CNL SGR.LSO POT~.KAL THOR.ALP CS.NGT W4NG NGT MRES:NGT TENS.NSF G~.AIT ~TEM.AIT 2 692 2,~14 0 00 44:760, 00o 96 ~97 868 57 3 287 288 86 279 67 2 46 864 36487 718 803 1,2 541 460 102 238 50 403 1090 338 98 651 1090,338 -999,250 CDER,PHA CIMP,DTE CMV'R.PHA ClLM'DTE IIRD,DTE 8FLU.DTE STEM DTE DT~:hSS TENS.LS$ DPHIibDT QLS~bDT Lb,LOT LSHV,bDT LURHiLDT STEM,bDT RTNR.CNL RCNT'CNL SGR~CNh HTEN,CNL SGR,LSO POTA.KAh THOR,ALP C$.NGT W4NG'NGT ~RES.NGT TE:NS.MSF GR'AIT MTEM,AIT 58 ClM:P,DTE O0 I'IRD,DTE PAGE{ 29 4915.000 16.544 -0024 153 293 1158 466 2 373 122 090 3,402 2411,916 90.407 1~69.452 90407 2 726 9 580 1885 730 10 121 1,055 5285,000 '999,250 '999.250 O2 '473 05, 4835~000 I7 608 OO2 16429~ 115~'391 ~,369 12t'541 3,618 2405;010 98,651 1090,338 98'651 3'~019 12 621 1820 ~44 3 24 5'33~ §5600 -999 250 -999 250 349 392 356 8~2 356 61 293 3 chlumber_erq Alaska ComPuting Center II×D.DTE 47.493 SP.DTE -71.438 b~.~ ES. DTF. I .092 NTEN. DTLN. I,SS !37 300 DTLF. ~4TE~.LSS 118:~79 ~RES. R~DB.LDT 2,373 DRHO. OSS.LDT O. 044 bS. LITe,bDT 83 235 SS~, SSHV.LDT 1214:257 S1RH, CALl. GDT 10. 880 SGR. ~ES.LDT 1,092 T~PN.CNI. 38,248 TNRA, ~CFT.CNL 665,5~5 CNTC. TmNS.CNL 5245,000 ~RES. T~O~,LSO 12.333 URAN, CG~ LSQ 97.811 URAN. P- l'a ALP 3,209 SGR WING.NGT 31~.553 WbNG NGT R,523 TENS ...'rEv: NGT 121 040 CALS }~TEb~. NSF 121,040 ~TEN.AIT -999,250 TENS gTE gTE DTE LSS [,SS bDT bDT LDT LDT bDT bDT CNL C~L KAL KAL ALP NGT MGT DEPT, IDE~.PHA I~PN,DTE I ~V~..PN A I L~.. gTE I 'TXD gTE Sp ' DT~ ~ .. ~RES .DTE DTLM L ~ .SS MTE~~ ' ,LSS RHDB, bDT OSS. LDT LITH. bDT SSHV bDT CALI,LDT NRES,LDT ~ ~:~ P~. cNL RCFT. CN L T E ~ S . CNL T ~ O R. L S O CGR. LSO SG ,, POTA. ALP ~ tNG MGT ~TE~~ NGT MTVE ' HTEN' ~SF .AlT 7200.000 3.160 3.190 3,196 3,162 46,773 -70,250 1.080 202.300 I17,111 2. 03 031 0'040 99, 1214 ~08 9:s3 31 080 O38 820 261 5395 000 1.4 946 86 947 i06 146 2,12g 296,537 12,987 120,466 120,466 '999,250 CIDP.DTE CDV~,PHA CME ,PHA CILD,gTE II)OF. DTE IIRM.DTE SGR,DTE HTEM,DTE DTLF.L$8 NRES LSS DRMO bDT LS LDT SSi bDT $1RH bDT SGR LDT HTEN bDT TNRA CNL CNTC CNL ~RES CNL 1.iRAN,LSQ IJRAN,KAL CGR.KAL SGR.,ALP NS,NGT CAI~$i,~SF NRE$,MSF TENS, AiT 20-~PR-1992 17:o4 332.o15 IIX~., gTE 97.722 TENS.gTE 1142.544 DT,LSS 101 ,200 GR.LSS 1,219 HTEI":. LSS 0 020 PE?.L.].D ' 304~ 953 LU,LDT 210.286 $S2,LDT 2.284 LSRH,LDT 97,722 TENS,bDT 1142.544 NPHI.CNL 3 301 NPOR.CNL 2350:213 CFTC,CNL 1 092 ~TEM,CNL -0:488 POTA,5$Q 2 144 THOR,KAL 99!277 URAN, ALP 119 ~1 CGR, ALP 165 720 W3NG,NGT 5245 000 HTEN, NGT 10:527 SGR, ~SF 1 092 HTEN,~SF '999'.250 MRES.AIT 319.057 317.~04 312, 88 318.1,58 0.000 92, 0 1357.787 95,050 1,240 333, 6 202.894 2 ~08 92i ?0 1357 787 3.116 2639.116 1,080 0.900 2 300 85 443 105 680 51~ 775 000 8,899 1.080 -999.250 34 5245' . 106, 95. 821. 292. 279, 2. 5245 38 707 1 123; I! 1 104 59 11472 9 142 !999: IDPH,DTE 3 IDVR,PHA 3 IMER.PHA 3 ILD,DTE 3 INQF~DTE 0 IIX~,OTE 3! TENS.gTE 5]95 DT,LSS 52 GR.LS$ 87 HTEN,5SS 859 PEF.bDT 2 LU.LDT S$2.LDT ~7 LSRH,LDT 2 TENS,bDT 5395 NPOR.CN~ CFTC,CNL 863, ~T~,CNL 120, PO~A,LSQ 2 THOR.KAL 1,2 I,JRAN,A[.~P 2 CGR,AbP 81 W3NG'NGT 41 HTEN.NGT 1357 SGR ~SF 92. "{''~$F 1~57. H~Eq, .... MRES,AIT - 99, 576 000 350 434 804 256 415 955 353 000 ~78 899 766 O4O 5O9 801 7O5 O4O 659 544 722 54 4 25O 143 000 O0 400 673 898 053 054 304 000 762 ,361 125 466 1.48 852 721 23] 126 O7O 787 250 SFLI.,,I.DTE MTEW.DTE DTL.LSS TENS.LSS DPHI,LDT OLS,LDT LL.LDT LSHV.LDT LURH.LDT NTEM.~DT RTNR.CNL RCNT.CNL SGR.CNL HTEN.CNL SGR.LSO POTA.KAL THOR.ALP C$,NGT W4NG,NGT ~RES NGT TENSi~SF GR AfT MTENAIT CDER,PHA ,PHA CILH DTE IIRD!DTE SFLUDTE MTEM.DTE DTL'bSS TENS,LS$ DPHI,LDT OLS,LDT Lb;bDT LSHV,LDT URH'LDT TEM'LDT RTNR.'CNb RCNT.CNL SGR CNb HTEN CNL SGR bSO POTA KAL THOR ALP CS NGT W4NG,NGT MRES,NGT TEN$,MSF GR,AIT MT~M.AIT PAGE: 30 2 485 1211040 106 000 4815,000 16,762 -0.0!7 158,746 1158.042 2,360 121 040 3 615 2420 31.9 97 722 1142 544 97 722 3 194 13 154 1882 347 11364 1',092 245,000 999.250 999.250 3!6,427 3131442 ~12'871 316,272 267,155 3,003 1'20,466 97,800 48]5,000 1:'4;540 1157,787 466 9~'070' !357'787 92,070 2'~35 !2;247 1866,379 8.658 1,080 5395.;000 -999'250 -999,~0 IS 'rape Verification I, istt. ng chlumberoer AlasKa Computing Center DEPT. IUPF!,DTE I~VP. PHA ILM,DTE !T×n SP:DTF DTLN. bSS ~TE~ .[SS R~DR, I, DT OSS. bDT LITH,LDT SSHV LDT CALI:LDT ~PES,LDT TNpH ,CNL RCFT.C~b TE~JS, CML CGP, LSO POTA~LP W I NO. MGT W5NG.MGT MTE~ MGT MTE~ :~SF HTEM.A!T 7100,00o 3 379 3:34~ 3.353 3.310 38.377 -72.0()0 1.072 99.000 115.977 2.343 0.033 95,143 1.213,957 10,288 I 072 37 205 758 520 5235 000 8 442 76 340 111 905 2 742 311 492 8.065 1 -999.2'50 CIDP.OTE CDVR.PHA C~aFR.PMA CILD.DTE IDOF.DTE IIR~, DTE SGR,DTE HTEN,DTE DTLF.LS$ ,~RES, LSS DRHO,LDT LS, LDT SSI, LDT S1RH. LDT SGR,LDT HTEN, LOT TNRA,CNL CNTC CNL MRES: CN [. URAN, URAN,KAL CGR KAL SGR:ALP W2N'G.NGT TENS.NGT CALS, MRES,MSF TENS.AIT DMPT IDER PHA I~PH DTE ImVR PHA ! L~, DTE ITXD,DTE SP.DTM MRES.DTE DTLN .[SS ~iTE~1 . LSS RHOB, LDT 0. S$. LDT LITH. LDT SSHV.LDT CALl . LOT M~EM.bDT T~PH, CNL RCFT, CNL TENS,CNL THOR, LSQ CG~, SGR. KAL POT~ W 1 NG ' W5~G. NGT ~ T EL~. MGT 7000,000 3, 79 ~'2o4 4'5,307 '72,I88 1'075 2O5.450 114,813 2.335 0 0~9 85 958 1213 870 t0 775 1 075 36 084 681 854 5015.000 9.741 109, 2,808 293,347 13.105 !19.085 ClOP DTE CDVR PHA CMER PHA CIbD DTE IDOF,DTE IIR~.DTE SGR,DT~ HTFN,DTE DTLF.L$S ~RES,LSS DRH~.LDT L$.LDT SS~ BDT S1R LDT SGR bDT HTEN LDT T~RA CNL CNTC CNL MRE$ CNL [IRAN LSQ URAN KAL CGR KAL SGR ALP W2NG NGT M.NS blGT 20-APR-1992 17:04 295.984 295 818 298~893 297,722 0.000 282 52 1215,590 97.800 1',258 0,013 318 769 ~09:375 ~ 277 94~654 1215.590 3.227 2450,360 1.072 2,6~3 8~ 4 3 637 1 9 5235 000 1 2 -ggg 50 313.~4 314,3 9 311,518 313 627 0 000 291 360 92 385 I2.06 041 95 600 I 316 0 O4 316 204 472 2 312 ~ 85 1.075 2.790 2 029 i 6 I~o 50! IDPH DTE IDvR:DHA IMER,PHA ILO.DTE IMOF,DTE II×~,DTE TENS,DTE DT.LSS GR,LSS HTEN.LSS PEF,LDT LU LOT SS2~LDT LSRH,LDT TENS,LOT NPHI.CNL NPOR'CNL CFTC.CNL ~TE~,CNL POTA.bS~ THOR,KAL URAN,ALP CGR..A'LP W3NG,NGT HTEN,NGT SGR,MSF HTEN~MSF MRES,AIT IDPH,DTE 'IDVR,PHA IMER,PHA ILD,DTE IMOF.DTE IIXM,DTE TENS,DTE DT,I, SS GR.LS$ HTEN.L$$ BDT 882 DDT LSRH bDT TENS bDT NPHI CNL NPOR CNL CFTC CNL MTR ,CNL POTA.LSO THOR,KAL [IRAN.ALP CGR.ALD W3NG,NGT HTEN,NGT SGR.MSF 3,379 CDER,PHA 3,380 CIMP.DTE 3.346 C~VR.PHA 3.359 CIL~,DTE 0.000 IIRD.DTE 27,403 SFLU'DT~ 5235.000 MTEM,DTE 101 050 DTL,LS$ 89i829 TENS.LSS 886 013 DPHI.LDT 2 855 QLS.LDT 2.330 LURH LDT 5235.000 MTE~ bDT 35,543 RTNR CNL 38.329 RCNT CNL 758 301 SGR CML 119 3 11, 2 89 49 1215 121 -999 921 HTEN CNL 027 SGRibSO 247 POTA KAL 553 THOR ALP 464 C$:NGT .395 W4NG,NGT .590 MRE$.NGT ~54 TENS.MSF 90 GR.AIT STEM.lIT 3 186 CDER,PHA 3 181 CI~P,DTE 3 21~ CMVR,PHA 3 1.8. CiLM,DTE 0 000 IIRD,DTE 28:40:1 SFLU,DTE 000 'DTE 50~ MTE. I ~ 900 DTL,5$$ 94 981 85 LL,LDT 279 233 LSHV.LDT 2 330 LURH,LDT 5015 000 STEM,bDT 37 .481 RTNR,CNB 36 .~34 RCNT,CNL 728242 SGR,CNL 2 316 SG~, 11,494 POTA,KA.B '50~ T~O~,ALP 0~209 C$,NGT PAGE: 31 295.919 299.156 298.260 250. 11~ 014 921 100 8O0 4695 000 18 594 0 023 170 5'39 1157 428 2 351 119 921 3 651 2496 000 94 654 1215590 11 402 1849 13105 1,072 ~235.000 ~999'250 999,250 314,613 311:;885 309'967 312'158 264'333 2,802 119,085 i00,200 4975'000 19;!I7 0'000 167,239 1157,~468 2;345 119'085 3'575 'I!3 23~..3,5 2 810 1! 269 188~ 504 048 075 501 000 IS Ta~e Verlflcatlon Listinq chlu~berger Alaska Computlno Center I 19. 085 MRES, ~'~SF. -999,250 TENS.AlT DFPT. 6900.000 ID~R.PHA 2,540 l~ ~:PH.a 2,454 It.~.DTE 2,447 IIX'D,DTE 54.546 SP bTM -71,625 P?~ ~SS ilo loo ~,mE~bSS I14~051 RHOB bDT 2,311 OSS:LDT 0.019 LIT~ bDT 95,573 SSHV:LDT 1213,638 CALl.bDT 10.184 ~RE$,LDT 1.139 TNPH.CNL RCFT.CNL 600. 48 TFNS CHL 497~,000 THOR'bSO I 543 . CG~ LSO 87 88O P~T~,ALP 2.810 WlNG.NGT 291'498 WbNG.NGT 4,049 MTE~.NGT 118,144 MTE~ MSP 118.1~4 HTEN'A!T. .. -999,250 CIDP.DTE CDVR,PHA CMER ClbOlbT~ IDOF,DTE IIR~.DTE SGR.DTE HTEN,!)TE DTLF LSS ~RES DSS DRHO bDT LS LOT SS~ bDT S1R bDT SGR bDT HTEN bDT TNRA CNL CNTC CNb MRES CNb URAN URAN KAL CGR KAL SGR ALP W~NG NGT TENS NGT CAbS MSF ~RES~SF TENS.AlT DEPT,pHA I~R,DTE I PH. I~VR,PHA Ib~.DTE IIXD,DTE SP,DTE MRES,DTM DTLN.LSS MTE~',LSS RMOB,LDT OSS,LDT blTH,[DT $SMV,LDT CAL!,LDT NRES.LDT TNPM.CNL RCFT,CIVL T~NS,CNL ' bSO ~HOR. CGR.LSO SGR.KAL POT~.ALP 6800 000 3 025 2 990 2 9'61 2 975 43 533 '?3 438 10~ 163 200 112 ~7 2 O8 0,032 92,267 ,184 1,163 37.467 662'192 4775,000 12,097 92,736 121'944 3.407 CIDP DTE CDVR PHA CMER PHA CILD OTE IDOF DTE IIRM DTE SGR DTE T~ HTEN,D.E DTLF.LSS ~RES.,LSS DmH~.bDT bS. bDT SS! bDT 81RH LOT SGR bDT HTEN bDT T~BA CNb CNTC CNL ~ES C~b URAN LSQ [!RAN KAL SG ALP 20-APR-!992 17:04 -999.'250 ~RES.AIT 394.605 394.628 407 3791089 97 536 1088 846 108.500 1.168 0 009 208 654 97 536 1088:846 208~ '459 .758 1,~39 1. 88 2 227 70 4975 000 9 685 ]27 746 2O0 3 6 ~01 oo ,916 977 680 105 700 1.175 0,008 . 70 2 267 lo] 916 971 680 297 2258 928 ,163 ,188 2*570 9~'8o5 t22.844 IDPH,!)TE IDVR.PHA IMER,PHA ILD.DTE IMOP,DTE IIXM,DTE TKNS.DTE DT.bSS GR.bSS PEF,LDT LU,bDT S$2,b~T bSRH,LDT TENS,bDT NPHI.CNL NPOR CNL CFTC:CNL MTE~ CNb POTA THOR KAL URAN AbP CGR ALP W3NG NGT HTEN NGT SGR ~SF HTEN MSF MRES AlT IDPH,DTE IDVR,PHA IMER,PHA OTE _ILO,) , IMOF.[TE IIX~,[TE TEN$.DTE DT,bSS GR.,bSS HTE~,bSS PE'F,bDT LU,LDT SS2,I,DT LSRH,LDT TENS,bDT N:PHI,~NL ~PO~,C~ CF?CiCNb ~TE~,CNb POTA,LSO THOR,KAL URAN,ALP CGR.:ALP 1206 041 GR.AIT -999; 250 MTE~.AIT 2 53~ CDE~.PHA 2:53 CI~P.DTE 2 456 CMVR PHA 2:519 CILN:DTE o ooo 4975 000 NTMN.DTE 112 700 DTL,L$S 102 602 TE~S.bSS 819 111 DP~I.LDT 3 069 OLS.bDT 4975 000 NTEM.BDT 39 9]6 RTNR.CNL . 40 629 118 3 5 9 1088 -999 762 RCN'T CNb 880 SGR CNb 144 HTEN,CNb 284 SGR,LS~ 43 THOR ALP 042 CS NGT 656 W4NG NGT 46 ~RE$,NGT 36 TEN$.~SF 846 GR.AIT 250 MTE~.AIT 3 29 4775 108 96 749 285 $96 t16 lo CDER PHA 976 CMVR PHA 000 DTE 75 SFLU,DTE O0 MTEM,DTE 6OO DTb 841 '924 253 OhS.bDT 697 Lb.bDT :157 bSH¥,LDT 300 LURH.LDT 000 STEM bDT 976 RTNE:CNL 500 RCNT.CNL .434 SGR,CNL ,912 HTEN,CNL ,'22.8 SGR.L$O .931 POTA.KAb ,396 THOR.ALP .3i3 CS.NGT PAGE: 32 -999 250 -999:250 393,679 407,809 407,513 408,740 32],802 ,250 ,500 4625,000 20,526 -0 005 176 ~76 115~ 490 ~14 2O8 1088 846 97 536 I~ 944 1948 369 4 O49 -999 .~50 -999 50 330 538 11 ' 3 6 2~ 4 964 2 728 116 912 O8 300 4[~0 000 70~ ~o 02~. -0 '4 174 816:2 1156 2 306 116 912 235~ 6 2 103 9~6 977 6 0 103:,9~6 3,3 4 XI,329 1873'.268 IS Tame Verification Listinq chlumberqer AlasKa Computing Center W 5!~JC.: NGT 12i987 TCN$:NGT MT~D~, NGT 116 9!.2 CABS, NSF ~'!' E ~~ ~SF 116,912 MRES,, ~'SF HTI. C~ ~ ~ IT -999,~50 TENS, AliT DFpT, ~:~R PHA I~'PH; DTE I~VD,PHA ILV,DT[ IIXD,DT[ ~RE~ DTR ~TE~ , LSS RHOM. bDT DSS,bDT bITS. bDT SSHV, bDT C~bI.bDT MRES LOT TNPH~~CNL RCFT CNL TENS CNL TMOR,LSO CG~,LSO SGD.KAL POT~,~LP W ~NG, NGT ~TE~, NGT ~TE~ ,.MSF H~E~ ~IT 6700,000 3,057 2.848 2,987 2,794 52.386 -70.438 ~,172 111.600 111,606 2.284 0.041 99,066 1213.54! 10.880 I ~72 39 875 624 692 4885 000 10 650 67 589 111 159 2 456 298 491 8 621 115 943 115 943 -999,250 CIDP DTE CDVR!PHA CMER PHA CIbD,DTE IDOF.DTE IIRM DTE SGR:DTE HTEN,DTE DThF.LSS ~RES.LSS DRMO.LDT L$.LDT SSI.bDT SI~H.[,DT SGR'LDT HTEN,.LDT TNRA,CNb CNTC,CNb ~RE$,CNL URAN LSO URA~' .KAL CGR.KAb SGR.ALP W2N~.NGT TEN ,NGT CALS.MSF ~RES,MSF TENS, AIT D~PT I ER'PHA . I'~DH,DTE I~VR.PHA I L~. DTE IIXD.DTF SP DTE DTLM LSS ~TE~ :LSS OSS, bDT [,I"~ bDT SS HV. bDT C~t,I bDT ~R ES LDT TNP~ CNL RCFT CNL TENS CNL THOR 660~,.000 .251 2,231 2'161 2,251 57.569 ,563 .235 112.050 110 488 2 290 0 O4O 101 !84 1213 342 10,810 1.235 40.899 522,084 4855.000 10,683 CIDP DTE CDVR PHA CNER PHA CILD DTE IDQF.DTE IIRM,DTE SGR,DTE HTE~,DTE DTI, F,bS$ MRES.LSS DRHO bDT kS LDT SSI bDT S1RM bDT SGR bDT HTEN bDT TNRA CNL CNTC CML MRES CNL URAN LSD 20-APR-lO92 17:04 19!.558 W3NG.NGT 4775 000 HTEN... GT 9.779 SGR,MSF 1.163 HTEN,MSF -999.250 MRES,RIT 353 105 20i878 41 796 351624 0,000 3~3,019 1,283 1021,740 109,700 1.~.87 0 013 212. 7 2 219 3 2222 3 8 ~ 426 88 928 1! 666 15~ 940 488~ 000 lo 535 172 0 11 2 11~ 90O I 220 0 018 351 032 214 639 2 206 107 787 1187 632 193~ 660 66~ 1.235 5.035 IDPH,OTE IDVR PHA IMER:PHA I~QF,DTE IIXM,DTE TENS,DTE DT LSS GR:LSS HTEN.LSS PEF,bDT LU,LDT SS2.LDT LSRM,LDT TENS,bDT NPHI.CNL NPOR.CNb CFTC.CNb MTEM,CNL POTA bSO THOR KAL URAN ALP CGR ALP W3NG NGT HTEN NGT HTEN MRES AlT IDPH,DTE IDVR,PHA IM. ER,PHA ILD.OTE IMOF,DTE IIXM,DTE TENS DTE DT~LSS GR~LSS HTEN~LSS PEF.LDT LU bDT SS2 LOT LSRM bDT TENS bDT NPHI CNL NPOR.CNL CFTC CNL ~TE~.CNL 0 28 4885 115 89 789 3 289 I:832 CDER.PHA 16 CIMP.DTE 26 CMVR.PHA 844 CXLM.DTE 000 IIRD,DTE ~47 SFLU,DTE O0 MTE~,DTE 00 DTL.LSS 85 TENS.LSS 3 DPH! LDT 171 LL.LDT O41 LSHV.LDT ~7! LURH.LDT 4885 38 39 649 115 1 12 2 86 47 1021 91 000 ~T£M LDT 559 RTNRiCNL 690 RCNT CNL 499 SGR.CNL 943 HTEN CNL 906 SGR LSO 735 POTA KAL 754 THOR ALP 94 CS NGT 4~4 W4NG.NGT 740 MR£S,NGT 283 TENS,NSF 740 GR,AIT ~50 MTE~.AIT 2 2 4855 116 106 797 2 4855 42 41 554 115 CDER,PHA CIMP,DTE 5 CM A 97 CI~'PH .,DTE IIRD.DTE SFLU.DTE ,~00 ~TE~.DTE 0'0 DTL.LSS ~'399 TENS.LSS ~840 DPMI.LDT 075 OhS bDT 271 LL:LDT ~ LSHV.LDT LURH,LDT 000 STEM bDT 793 RTNR:CNL ~ RC'NT,CNL SGR'CNL 045 MTEM.CNL 113 SGR.LSO PAGE{ 33 9.740 63 4774:0100 -999.250 -999,250 327,165 34' 9 357,869 294,518 4~:~0000 22,193 -0,012 185,681 1156.280 Ill 282 943 3 826 2331 546 9~ 283 lOll 740 283 2449 12 178 1911 ~03 ! I 000 -999 250 444 205 448 2:56 444 l115 5045 116 00 435 ooo 210 792 - 02,2 ! 84397 46 !552 .2487 115 04 3 78~ 2008 ! ~7 .I0'7 787 187632 107 787 verification [istlna cblumberger AlasKa ComoutlnO Center CGW.LSQ 70 819 !.IRAN,KAL SGR.KAL 128:950 CGR'KAL POTa. ~LP 2,939 SGR.ALP W~NG.NGT 348 485 W2NG NGT ,~IGT ~2:987 TENS.NGT TE NGT 115 045 mALS MSF . NSF 115:045 MRES.~SF HTE~. AIT -999,250 TENS..AIT 6500 000 I~PM.DTE 2,632 IuVP.PHA 2,638 Ib~ DTE 2,622 IIXD:DTE 47,829 SP,DTE -70.438 ~E$.DTE 1.214 bSS 105,200 DTLN,L. MTE~, SS 109,401 NOB, bDT 2.283 ROSS. L[)T O, 049 LITH, LDT 97,617 SSHV.LDT 1213.454 CALI bDT 10.566 M~E$~LDT 1,214 TNP~ CNL 37,A19 RCFT CNL 706. 52 TENS CNf. 4495,000 THOR LSO 7,853 CGP LSO 47,520 SGR:KAL 100,069 POTA,ALP 2,135 WING.NGT 285,714 WL~G NG~ I~'823 ~T~:NGT 1 ~,117 ~TE~ MS'F '114,117 HTEN:AIT -999,250 ClDP,DTE CDVR,PHA CMER,PHA CILD,DTE IDQF.DTE IIRM.DTE SGR.DTE HTEN.DTE DTLF.LSS MRES,LSS DRHO,LDT LS.LDT SSI,LDT S1RH,LDT SGR.LDT HTEN,LDT TNRA.CNL CNTC.CNL MRES,CNL URAN.,LSO UR~N KAl, SGR ALP W2NG NGT TENS NGT CALS NSF ~RE$ MSF ~ · lENS AIT D~PT PHA IDER, IMPH.DY I~V~ PMA IL~' .DTE IIXD.DTE SP.DTE DTL~.LSS MTE~ LSS Q$S,LDT ITH LDT ChbI.LDT M~ES.L~T TNpM.cML 6400,000 2,599 2 5~4 2541 2 578 53 115 -77 125 1.237 11.0,400 108 320 2 33O 0035 96 643 12{2 936 1168O 1 237 38:529 ClDP,DTE CDVR,.PHA CMER PHA CILD DTE IDOF DTE IIRM DTE SGR DTE HTEN DTE DTLF LSS MRES LSS DRHO LDT L$ bDT SSI~LOT S!RH, LDT SGR LDT HTEN,LDT TN~A,CNL 20-APR-1992 17:04 3,374 THOR,KAL 98,573 URAN,ALP 130537 CGR.ALP !70i996 W3NG'NGT 4855 000 HTE~ HGT 10 459 SGR NSF 1:235 HTEN ~iSF -999.250 MRES AIT 366968 365i075 379 777 369,954 0 000 354!372 B~ 610 103 .525 104,100 1, 32 0,021 356.242 215 963 2:191 B~.610 103 ,525 0 4 0 7~ 462 904 101 1 44~5 i0 ~°5 1 , ~,I4 -999:50 390 389 ~11 0 O00 360 976 337 108 400 1.290 0,022 2 .339 74 379 IDPH,DTE IDVR,PHA IMER,PHA ILD.DTE IMOF,'DTE I!XM.DTE TENS.DTE DT,LS8 GR.LSS HTEN.hSS PEF,LDT LU,LDT SS2.bDT LSRH.LDT TENS,LDT NPHI,CNL NPOR,CNL CFTC.CNL TEM,CNL POTA.LSO THOR.KAL URAN,ALP CGR,.ALP W3NG;NGT HTEN~N'GT SGR,MSF HTEN,MSF MRES.AIT 'IDPH DTE IDVR PHA IMER PHA ILD DTE IMOF DTE IIXM DTE TENS DTE DT LSS GR LSS HTEN LSS PEF LDT LU LDT 882 bDT LSRH LDT TENS.LDT MPHI.~ML NPOR, Nb 13.446 3 217 43 290 1187 632 !07 787 1187 632 -999 250 POTA,KAL THOR.ALP CS.NGT W4NG,NGT ~RES.NGT TENS MSF GR:AIT MTEM.AIT ~39 CIM ,DTE 633 C~VR,PHA 703 CIL~,DTE 0 000 IIRD DTE 33 910 SFLUiDTE 4495 107 79 774 3 338 290 2 4495 38 11 2 1034 '999 000 MTE~ DTE 600 DTL:LS8 7 TENS LSS ~40 ObS LDT 52 LL:LDT 979 LSHV.LDT 262 LU~H,LDT gO0 MTEM LDT 37 RCNT,CNL SGR.CNL 566 51 4 70 HTEN CNL SGR bSO POTA KAL THOR ALP W CS NGT ~.4NG NGT 5 MRES,NGT 20 TENS.NSF ~IS GR.A~T 250 ~TEM .AIT 114 91 720 2 4490 37 39 :i~'i CDER.PHA ClMP,DTE ~70 CMVR,PHA 6~2 CILM.DTE 000 IIRD,DTE 56~ SFLU DTE 00 MTE~:DTM 000 DTL,bSS 202 TENS.LSS 731 DPHI,'LDT 968 OLS,LDT 053 LL,LDT 15 LSHV.LDT 08 LURH.LDT 000 ~TE~,LDT 3 RTNR,CNL 4 RCNT.CNL PAGE: 34 2 842 13 878 1893 358 9 740 1 235 4855 000 -999 250 -999:250 365,t~9 380,0 5 379,075 381,405 306.059 2,364 8,600 4205 000 22i~47 -0 024 187,066 1155 7~4 11~ 2697 1034 525 83610 2 075 11,850 1919,,240 5,411 4495. 0 -999,~50 -999.~50 384 781 386 94 393 387 860 314 881 2 370 11.3 059 41 000 1940.3 0 O04 175 305 1155165 2 323 113059 23.11 ~8231 IS Tape verification Llstlnq cblumberc!er Alaska Computlnq Center RCFT.CNL 653,424 CNTC,CNL TENS,CML 44goq'o00 r. ARES. CML TF.'O~. LSO . ,174 URAN.LSQ CG~, LSO 66 275 URA~ KAL POTA, ALP 2,820 SGR. AI~P ~ 1 t,.~, NGT 338.057 W2NG,NGT . ~ ' T , NGT 5~,~C ~)Gr 10.121 EMS, ~T'E~, NGT 1 ~ 3,059 CABS. NSF ~TEW, ~SF 11 ~.059 MRES.NSF HTE~} ~IT -99~.250 TENS.AIT DMPT IDER~PH~ I~P~,DTM I~!VR, PHA ITXD DTF SP:DTE b~ES DTE DTLN: LSS ~4TETM LSS R H('3~, bDT QSS, LOT LITN.LDT CAb . bDT MRES bDT TNPH:CNL RCFT, CML TENS, CML THO~ LSO C~'bSO SGR,KAL POTA, ALP W5NG.NGT MTE~ MGT ~TE~:MSF HTEN. AIT 6300,000 2,204 2.133 2.114 2 152 72ig50 -74 313 1.240 110,200 107.348 2.298 0 040 101:097 1.213,002 li,819 1,240 38,b73 702.379 4655,000 97 85 I 87~ 262 791 12 791 11~,069 1 .069 '999,250 CIDP,DTE CDVR,PHA C~ER,PMA CILD,DTE ID~F,DTE IIRM,DTE SGR.DTE HTEN,DTE DTLF,LSS MRES,LSS DRHO,LDT LS,bDT SSi.bDT SIRH,LDT SGR,LDT HTEN bDT TNRA CML CNTC CML MRE$ CNL URAN bSQ LIRAM KAL CGR KAL SGR ALP W2NG NGT TENS NGT CAbS, MSF MRES*~SF TENS.AIT 620'0,000 3,102 3.041 3,047 3 32~ 21 -6.563 0 794 110,300 95,065 2,311 0.040 95,309 1209.850 CIDP, CDVR, CMER CILD IDOF IIR~ SGR HTEM DTbF, MRES, DRHO LS, SS1, S1RH, L)TE PHA PHA DTE DTE DTE DTE DTE LS$ LS$ LDT bDT bDT bDT 20-APR-1992 17:04 2274,846 CFTC,CML 1,237 ~TEM,CNL 4.254 POTA,bSg 2,590 THOR KAL 95.34g URAN~ALP 118.813 CGR,AbP 134.615 W3NG.NGT 4490 000 HTEN.NGT 11:244 SGR,MSF 1.237 HTEN,MSF -g99.250 ~RFS.AIT 455.844 458.268 469,619 460.630 0 000 42 i 5~ I082.490 109.200 1,290 0.014 343,881 212,319 0 !082 490 3 447 2457 144 1 240 2 730 2 653 7 970 9~ 991 ooo il 2,0 -999,250 32 6 328 Ob6 328 998 0 000 308 712 52 592 1207 711 I10 1~0 0,74 33~'007 .627 206.224 2.275 II)PW DTE IDYRiPHA I~ER PHA ILD,DTE IMQF.DTE IIXN,DTE TENS.OTE DT,LSS GR,LSS HTEN,LSS PEF.LDT LU.LDT S$2.LDT LSRH,~DT TENS.bDT NPHI,CNL NPOR,CNL CFTC,CML MTEM,,CNL Pf]TA, L$O THOR URAN ALP CGR ALP W3N NGT HTE~ NGT SGR NSF HTEN NSF ~RES IDPH,DTE IDVR,PHA IMER,P~A I[Q,DT~ IMQF,DTE IIXM,DTE TENS,DTE DT*LSS HTEN*L$S PEF,LDT LU,LDT SS2,LDT LSRH~LDT 671,945 ~i .o59 .190 .427 12.743 94 t. 63 47i571 976 337 94 274 976 ~37 -999]250 2,194 ,182 ,1.29 2,171 0,000 89 2026 4655:O0 1162 400 7 300 728 771 2 969 288 4 2 285 4655 000 38 401 36 864 725 903 112 069 I 390 Irl 082 50 000 1082 490 7) 790 490 3 048 3 040 0 000 35 828 4095 000 111 100 44 988 1207 711 2 964 3~2 469 280 570 2 304 SGR,CNL STEM,CML SG~.LSO POTA KAL THOR:ALP CS.NGT W4NG.NGT MRE$.NGT TENS,NSF GR,AIT ~TE~,AIT CDER.PHA CI~P DTE CMVR:PHA ClLM.DTE IIRD DTE SFLU:DTE MTEM.DTE DTL.LSS TENS.LS$ DPH! bDT QL$:LDT Lb,bDT bSHV.bDT LURM bDT ~TEM bDT RTNR CML RCNT CNL SGR,CNL HTEN.CNL SGR,LSO POTA.KAb T~OR.AbP CS.NGT W4NG,NGT ~RES.NGT TENS MSF GR:AIT MT'EM,AlT CDER PHA CI~,P DTE CMVR PHA CILM DTE IIRD DTE SFLU DTE MTEM,DTE DTL.LSS TENS.LSS DPHI,LDT OLd,bDT LI...LDT LSHVobDT bURH,LDT PAGE~ 35 94 274 2 859 12!346 1958308 9,109 449~ '237 ,000 -999,250 -999,250 453,773 468.728 472.947 64,629 71,709 9 II 300 4145 000 21 3O4 -0 014 181 252 1155 4!6 2 293 1~2 069 3 86 2674 75 790 1082 490 75 790 ! 944 ooo 250 -999 250 322,362 328,87t 328,242 331,.165 277,072 2'696 95.06~ ~09,90 4095,000 o,o 4 1150,015 2'31! IS Tape Verification Listing chlumberger AlasKa Computinq Center C~LI.I, DT 14,o37 SGR bDT ~RES,LDT 0,820 HTEMiLDT T~DH.C~3L 36.615 TNRA CNL RCFT.CNL 548,624 CNTC,CNL TENS.CML 33~5.000 ~RES~CNL T~n~.LSQ 3 932 UR~N LSO KAL 59.671 CGP'KAL POTa.'~LP 1.411 SGR.ALP WlN~:NGT 170.259 W2NG.NGT WL~G.NGT 3.233 TENS.NGT NGT 111.277 CALS.~SF ~TEu:gSF 95.065 ~RES,~SF HTEN,AIT -9q9.250 TENS. hIT DFPT. I~Pg. I~V~. ]L~. IlXP 8P ~TE~ LIT~ RES TNPH RCFT TENS THO~ W5NG ~T~ 6lo0 PHA 2 DTE 2 PH~. 2 DT~ DTE 59 DTE 3 DTE 0 LSS LSS 94 LD? 2 bDT 0 LDT LDT 120 LDT 12 LDT 0 C~L 4~ CNL 4~ CNL 3395 LSO 3 LS~ 35 KAL 60 ALP 1 NGT i72 NGT 4 NGT MSF 9 AlT -999 .000 CIDP .275 CDVR .199 CMER .199 CILD : 186 IDOF 995 IIRM ,500 SGR ,9!.0 HTEN .600 DTLF .750 ~RES 316 DRHO 03g LS 137 SS1 564 S1RH 724 SGR 823 HTEN 2~0 TNRA 977 CNTC 000 ERES 317 URAN 888 DRAM 911 CGR 107 SGR 897 W2NG 73 TENS 49 GALS 750 ~RES, 250 TENS. DTE PHA PHA DTE DTE DTE DTE DTE LSS LSS bDT bDT LDT LDT LDT LDT CNL CNb CNL LSO KAL ALP NGT N'GT ~SF AIT DEPT, I~PN'.DTE I~VP.PHA ILU.DTE .DTE MRES.DTE DTLN'LSS MTE~,LSS R~OB.LDT 6000 2 2 2 2 44 -23 0 108 94 2 000 CIDP,DTE 845 CDVR,PHA 777 CMER.PHA 743 CILD DTE 775 IDOF,DTE ,463 IIRM,DTE .063 SGR.DTE .~89 HTEN.DTE , O0 DTLF.LSS ~RES. LS$ 20-APR-1992 !.7:04 80 470 ~41~887 3.418 2006.927 0,820 2 351 I 593 4 5~ 333 877 89 440 4620 000 -999.250 0,794 -999.250 43 048 456.806 447.083 0 000 422 965 83 8~8 1229 2 4 110 400 0.910 0 010 329 756 207 849 2 264 89.~ 3 155' ~7 7 194 . 28 0.8 3 2.868 4~'933 ~505 b0,894 85.280 47~'000 .,504 0,910 -999.250 348,1~! 354,75 361.886 3'5~,662 .000 335.231 125 107~800 0.889 0.012 TENS,LDT NPHI,CNh NPOR.CNb CFTC.CNb MTEM.CNL POTA.LSO THOR,KAL DRAN ALP CGR:ALP W3NG.NGT HTEN.NGT SGR,MSF HTEN.~SF ~RES,AIT IDPH. IDVR, IMER ILD: IMOF. IIXM. TENS, DT, GR. HTEN, PEF, LU' SS2. LSRH, TENS, NPHI, NPOR CFTC ~TEM POTA THOR URAN CGR, W3NG, HTEN, SGR, HTEN, MRES, IDPH. IDVR, IMER, ILD, I~QF. IIXM, TENS. DT, GR. HTEN, PEF, DTE PHA PHA DTE DTE DTE .DTE LSS LSS LSS bDT LDT LDT bDT LDT CNb CNb CNb CNb ALP ALP NGT NGT NSF AIT DTE PHA DTE DTE OTE DTE LSS bSS LD'I 3325 000 36!811 35 798 601 293 93 30O 1 431 5 372 1 698 44 29 095 1129 749 52 592 1207 711 -999 250 2.304 2.283 2.189 2.237 0 .000 71:758 4060 000 8 818 1229274 3 148 313:~168 283 067 2 306 3395 O00 44 ~46 44 ~50! 524 429 93 589 1 582 5'517 2 ,427 39,089 32;710 1163'.174 83'818 99,.25O 2.872 ;819 ~.763 .844 ~;,000 52'593 4060,000 109,400 83,116 1258.888 3'209 MTEM.LDT RTNR.CNL RCNT.CNL SGR.CNI, HTEN,CNL SGR I, SO POTA~KAL THOR.ALP CS.NGT W4NG.NGT ~RES.NGT TENS.NSF GR,AIT MTEM.AIT CDER.PHA CIMP,DTE CMVR.PHA CILM,DTE IIRD.DTE SFLU'DTE MTEM DTE TENS LSS OLS.LDT LL,bDT LGH¥,LDT bURM,LDT MTEM.bDT RTNR,CNL RCNT.CNL SGR,CNL HTEN,CNL SGR~LSO POTA'KAb THOR'ALP CS,NGT W4NG.NGT GR,AIT ~TE~'AI,T CDER,PHA CIMP.DTE CMVR,PHA ClLM*DTE IIRD.DTE SFLU.DTE ~TE~'DTE DTL,LSS TENS.L$$ DPMI.LDT OhS.bDT PAGE; 36 93.300 3 644 80 470 141~887 52.592 1.462 5 8 621 1 251 4095 000 -999 250 -999 25O 439.594 454.801 454,770 457.499 358,261 2,114 94,750 110,600 4060.000 · 20.227 -0.025 173~:172 1150 532 2 310 93 589 !9~i !77 '929 I~334 5;460 1985.958 5;84~ 1,25 4060;000 -999,250 -999'250 351 464 360.079 364 :509 360,305 291 022 2 304 94 436 I08 000 4060 000 17 714 0 004 IS TaLe Verification I, Istlnq chlumberger Alaska ComputinQ Center OSS,LDT.,, 0.035 LS. LOT LITH L.[..iP 83.375 SS1 LOT SSHV.I.DT .1.209.803 SI. RH"LOT C~LT. [,DT 13,434 SGR LOT MRE$.LDT 0.824 ~TEN~LDT T~P~.CNL 4~,310 TSRA CML RCFT.CNL 537,44~ CNTC.CNL T~NS CNL 3170.000 MRES.CNL THUR:LSQ 7,097 URAN.LSQ CG~ LSO 43,503 URAN.KAL SGR: KAL 64.8 15 CGR. KAL P~TA. ALP [. 55[ SGR,ALP W[NG,NGT 205.8t4 W2NG.NGT W5N~ N~T 10,465 TENS, NGT NTE~:NGT 110,025 CALS.NSF MTE~, ~SF 94,436 MRES,MSF MTEN. AIT -999,250 TENS. AIT DEPT. IDEP PHA I~PH:DTE I~VR,PHA ILM.DTE IIXD,DTE SP,DTE MRFS,:.!E DTLN,bS$ RMO~, LDT OSS,LDT LITH,LDT SSHV,LDT CAbI,LDT ~RES'LDT TNP~,CNL TENS,CML THOR,LSQ CG~.,LSQ SGR,K~L POTa'ALP W1NG,NGT W5NG.NGT MTE~'.NGT MTE~MSF 5900.000 2,2!I 2 277 59.839 '41,000 0,885 107'700 94'847 2,152 0 014 148 073 54 1209 68~ 12 0 834 39 581 552 690 3210 000 3 685 29 502 38 601 0951 307 103247 109'073 94,847 CIDP DTE CDVR:PHA CMER PHA CILD:DTE IDOF. DTE IIRM DTE SGR DTE DTL~ LSS ~RES hSS DRMO bDT L& bDT SSI LOT SI~H,LD~ SGR,LDI HTEM~LDT CNTC~CNL MRE$,CNL W2NG,NGT TEN$~;NGT ~RE$~MSF TENS'AIT DEPT, IDEP, I~PH, l~VP. IL~ II×D SP 5800,~00 3,87 DTE 3,'005 PH~ 2 ,970 DTE 3,005 DTE 40,09R ~'~ 750 ,,~E '13. ) 037 [TE I, CIDP,DTE CDVk,PHA CMER PHA CILD DTE IDQF DTE IIRM :DTE SGR'DTE HT~N,DTE 20-APR-I. 99~ 17:04 308.196 LU,LDT 206 6~7 S$2,LD 92,0~3 TENS,LOT 133.726 NPHI.CNL 3 743 NPOR,CNb 204i:078 CFTC,CML 0.824 MTEH CML 2.058 POTA:L$O ~ 157 THOR.KAL 54~399 URA~,ALP 64.~74 CGR.ALP 82 558 W3NG,NGT 4555i000 HTEN,NGT 13 105 SGR.MSF 0.889 HTEN.MSF -999.250 MRES.AIT 444 313 IDPM,DTE 439~956 IDVR,PHA 440.405 IMER'PHA 451.543 ILD,DTE 0,000 IMQF.DTE 4~,4~ IIX~,DTE ,~ TENS,DTE 5 DT,L$S 0, 85 HTEN'LSS -0.006 PEF 'bDT 43 ~LDT SS2,LDT 2'181 LSRH~LDT 48;893 N TES'LDT 213,519 NPHI,CNh 3'637 NPOR,CNb 21~4'0~9 CFTC'CNL 0,834 MTEM2CNb 0 864 POTA,LSQ 0400 'THOR.KAL 905 CGR,ALP 4570 O0 HTEN,~GT 12 623 SGR,~qSF 0 885 HTEN,~$F -999 250 ~RES,AIT 3 t5 335 7O 320 ~06 0 0o0 3!0 207 '12~3 9 289 047 280i800 2 345 3170 000 43i053 41 866 547841 93i830 ! 167 7.267 1.392 51 671 30 233 1,137 378 83 116 1258 888 -999 250 2 251 2 273 2 271 2 215 0 000 39 828 3890 O0 106 lO0 46 193 1241 195 2368 397 0 2 3210 000 '432 608~732 93.493 1,067 4..106 0'778 30,913 242.892 1172.192 46~:193 124i'195 -999,250 LL.LDT LSRV.LDT LURH.LDT MTE~ bDT RCb~T CNL SGR:CNL HTEN.CNb SGR.LSQ POTA.KAL THOR.ALP CS.NGT W4NG"NGT ~RES,NGT TENS'MSF GR,AIT MTE~,AIT CDER,PHA CIMP,DTE CMVR.PHA CISM.DTE IIRD'DTE SFLU.DTE MTEM'DTE OTb TENS LSS DPHI LOT OLS LOT LLoLDT LSHV,LDT LURH,LDT MTEM.LDT RTNR'CNL RCMT'CNL SGR'CNL HTEN.CNL SGR,LSQ POTA,KAL THOR'ALP CS'NGT MRES,NGT TENS,NSF GR,AIT MTEM'AIT PAGE: 163 1151!2 93, 2183 92 133 56 I. 6. 2016, 2~ 406 , -999. -999. 452, 439, 433. 468. 367, 2' 94, 10! 3890 30 -0 1~33 ,50 2154 4~ 213 1 201~ 5, ,999' 999, 672 024 361 83O 233 838 083 726 86O 598 754 856 326 260 000 25O 25O 37 10 43 377 O5O 235 107 847 .0 !95 012 !66 493 781 70~ 893 69 O0 250 IDPH,DTE 3,14 PHA 323, 44 IDVR,PHA 31.06~ CDER, CIMPiDTE .332'~62 IMER,:PHA 2.984 CMVR PHA 336,652 ILD,DTE 3,~22 CIL~ DTE 332'804 IM~F'DTE 0,000 IIRD DTM 268'296 IIXM:;DTE 23.000 SFLU DTE ~ 562 TEN$,DTE 3970;000 MTEM,DTg 9~:.726 DT,LSS 111'300 DTL,LSS 111,300 IS Ta~e YeriflcatioD tlstlnq chlumberaer AlasKa ComPut[nq Center DTI,~=] LSS 1!0,200 ~HOB,LDT 2,329 O$S.LDT 0 0~7 LITH.LDT 94~744 SSHV.LDT {209,596 CALI,LDT 13,576 ~ES,LDT 0,84i TNP~.CNL 41,230 RCFT.C~L 553,533 TENS,CNL 3415,000 TgO~,LSO -999,250 CG~,LS0 -999,250 SG~,KAL -999,250 POTA ALP -999 250 .NGT -999,250 W5NC.NGT -999,250 ~TE~ NGT -999,250 igTE~gSF 94,7~6 HTEN'AIT -999,250 DTL~!LSS ~RE i, SS DRH bDT LS.LDT SSI.LDT S1RH bDT TNRA,CNL CNTC.CNL ~RES,CNL URAN L$O URAN KAL CGR KAL SGR ALP W2NG NGT TENS NGT CALS. aSF ~RES,~SF TENS,AlT DEPT, IDE~,PHA I~PB.DTE I~V¢.PHA IL~ IIXD' .DTE SP DTE ~ES ~TE DTL~ SS ~TE~ LSS ~HOB LDT OSS LDT LIT~ bDT SSHV LDT CgLI bDT gRES LDT TNPH CNL RCFT,CNL TENS,CNL T'HO~.LSO CG~,LSO SGR,KAL POTA ALP WbNG NGT MTEu NGT ~TE~.MSF MTEN.~IT 5700 000 2 541 2 556 2 562 2 530 63, 215 -19 688 I O38 118,400 94,654 2.285 0,015 99,094 1209,416 13.3'28 0 840 4O !63 562 766 2985 000 -999 ~50 -999 50 -999 250 -999 250 -999 250 -999 250 -999 250 94,654 -999.250 CIDP DTE CDVR PHA C~ER PHA CIbD DIE IDOF DTE IIRM DTE SGR DTE HTEN DTE DTLF LSS ~RES LS$ DRH~,LDT L ,bDT S$1 LDT S1RH LDT SGR LDT HTEN LDT TNRA CNL C~TC CNb ~RES CNL URAN URAN KAL CGR~KAb SGR,ALP W2NG,NGT TEMS. NGT CAL$,~SF MRES,~SF TEN$,AIT DEPT. IDER,PHA IMPM.DTE V~ PHA 5600,000 3.670 3.670 ,643 .652 CIDP DTE CDVR PHA C~ER PHA CILD DTE IDOF DTE 20-APR-1992 17:04 109,800 GR.LSS 1.037 HTEN'LS$ 0.014 PEF,LDT 325.806 LU,bDT 209.625 SS2,L~T 2.257 LSRH.LDT 8~,470 TENS,bDT !51 ~1 NPHI.CNL 3 NPOR.CNb 2034,617 CFTC,CNL 0.841 ~TE~.CNL -999.250 POTA,LSO -999,250 THOR,KAL '999,~50 U~AN,ALP -999, 50 CGR,ALP -999,250 W3NG,NGT -999.250 HTEN,NGT 13.437 SGR.MSF 1,037 HTEM'MSF '999,250 ~RES,AIT 401,~2 393. 1 401. 8 0,000 366~901 61,002 1211,131 117,500 1,038 92 696 2 298 66 204 149 640 201~ 591 O9O 0 ~40 -999 50 -999 50 -999 ~50 -999 50 -999 ~50 -999 250 13 188 1,~38 '999, 50 27 7 273 5O2 271 926 0 000 IDPH.DTE IDVR,PHA I~ER'PHA ILD,.DTE IMOF,DTE IIXM.DTE TENS,DTE DT.5SS GR bSS HTEN PEF bDT LU bDT 882 bDT LSRH bDT TENS bDT NPHI CNL NPOR,CNL CFTC,CML POT a. bS~J ~: "' ,A CCR.ALP M3NG.NGT HTEN,NGT SGR,MSF HTEN,MSF ~ES,AIT IDPH.~TE IDVR. HA IMER.PHA ILD,DTE IMOF,DTE 72 ~o] TE~S.bSS !26~!349 DP~IoLDT 2 go0 OL$.LDT 306.965 LL.LDT 289.167 LSHV.LDT 2.315 LUR. bDT 3415'000 MTE~iLDT 43,~32 RTN~ CNL 42. 50 RC~T:CNt. 564,39~ SGR.CNL 93.060 HTEN.CNL -999,250 SGR.LSO -999,250 POTA.KAL -999.250 THOR,ALP -999,250 CS,NGT -999,250 W4NG.NGT -999,250 MRES.NGT 72 eo3 TE~S MSt -999.250 ~TE~.AIT 2 2 2 2 0 35 3725 117 61 ~I~ CDER,PHA CIMP.DTE 56~ CMYR,PHA 490 CILM,DTE 000 DTE 5U'DTE 000 MTE~,DTE 700 DTL,LS$ 002 T~NS.LSS 32 2 2985 40 4~ 570 92 -999 -999 -999 1211 131 694 LSH¥ 288 bURH 000 MTEM 316 RTN'R 384 RCNT 930 30 "TTM 50 SGR DPHI.LDT OLS LDT LL LDT LDT bDT bDT CNL L$O 250 POTA,KAL .250 THOR,ALP -999 250 CS,NGT '999 250 W4N'G.NGT -999 250 MRES.NGT 61 002 TE~S.~SFN . 1211. 131 GR,AIT -999 250 MTEM.AIT 3 662 CDER,PHA 3 647 CIMP.DTE 3 656 CMVR.PHA 3 677 CILM.DTE 0 000 I!RD.DTE PAGE: 3~ 3970,000 19,439 -0,011 172,323 1150,673 2.322 93,060 4,161 2063.230 81.470 157,751 -999 250 -999:250 -999 250 -999 250 -999 250 -999 250 3970 000 -999 250 -999 250 393 558 391 173 390 358 395 249 334 400 2 312 94 654 11 200 000 i80 0 1150 93 92 530 4 219 66 4 250 -999 250 '999 250 -999 250 -999 250 -999 250 3725 000 -999 250 -999 250 272 515 27 447 271 503 273 788 235 74O IS Tape verification Li'stinq ChlUmberger Alaska ComDutln~ Center I!×D,DTE SP.DTE ~KS,DTE DTL~! LSS MTE~:LSS ~OB LDT OSS' .DDT LIT~,LDT SSHV.LDT CAbI.bDT ~RES,LDT TNPH.CNL RCFT.CNL TENS.CML THOR.LSO CG~.LSO SGP.KAL POTA.ALP W1NG,NGT MbNG.NGT MTE~,NGT MTEM,MSF HTEN.AIT 41 I87 -53~625 1o1~9 135.000 94,315 2 100 0 O28 170 67! 1209 736 13.541 0,850 4-1 604 583:900 2995 000 -999 250 -999 ~50 -999 250 -999 250 -999 250 -999.250 -999'250 94,315 -999,250 !IRM.DTE SGR DTE DTLF.LSS ~RE$,LSS DRHO,LDT LS,LDT SSi bDT S1RHiDDT SGR LDT HTEN:LDT b T~'RA.~b CNTC, ~RE$.CNL URAN.LS~ :IRAN.KAL CGR'~.AI., SGR,ALP W2NG,NGT TENS.NGT CAL$,MSF ~RE$.MSF TEN$'AIT DEPT. ID~ I~V~ PHA !L~ DTE IIXD DTE SP M~ES DTE DTLN ~TEM LSS RMOM DDT OSS bDT LITH'LDT SSHV;LOT CALI,L~T MRES,LDT TNPW,CNL RCFT,CNL TENS,CNL CG~'LSO SGP..KAb POT~.ALP ~ING NGT WSNG NGT ~TE~ NGT ~TE~ HTEN s oo:§oo 3 57 3,002 , 9 40,540 -32,063 1~28 114~00 94 218 2 ~09 0'038 ~0 153 1209 960 1~ 541 0 854 4~ 168 514'179 050,000 ~999,250 -999;250 -999~250 -999,250 -999'~50 -999'~50 -999'250 94'218 -999'250 C I D P, D T E CDVR~PHA C ~ E R ' ? H A CIbD. DTE IDQF. DTE iIR~ DTE SGR DTE HTEN DTE DTLF LSS MRES LS8 DRHO bDT LS bDT SS 1 LDT S1RH DDT SGR LDT HTEN bDT TNRA CML CI',~TC Ct, IL ~RES CNb URAN · LSO CC ;KAD ~ GR, ALP W2NG,NGT T E NS, N G T CALS,MSF MRES.. MSF TEN$'AIT 20-APR-!9O? !7:04 256 199 I!X~.DTE 44:~45 '~ENS.DTE 125!. 16 DT.LSS !27,000 OR.DSS 1,119 HTEN,LSS '0.003 PEP.bDT 478.016 LU.LDT 211.251 SS2.LDT 2.115 LSRH,LDT 52 382 TENS.LDT 197:726 NPHI,CNL 3 610 NPOR CML 223I:972 CFTC:CML '999, 0 POTA.L$O :999.~0 THOR.KAL 999. 0 URAN,ALP -999.250 CGR,ALP -999.~50 W3NG.NGT -999,250 HTEN,MGT 13.425 SGR,MSF ~ i~ HTEN.MSF -99 : MRES.AIT 324 488 33 33~ 624 692 323049 0 000 307 789 81 527 1245 ~1 113 ~ 0 128 016 336 567 211 436 2,231 89~177 170, 1926;129 0 854 -999 250 -999 ~50 -999 250 -999 2§0 ' 250 13 427 I 128 -999 250 !DPH,DTE IDVR'PHA I~ER;PHA II, D,DTE !MQF,~DTE IIXM,DTE TEN$,DTE DT.LSS GR,LSS HTEN'LSS PEP,bDT LU,.LDT: SS2,LDT BSRHibDT TENS bDT NPHICNh NPOR CNL CFTC,CNL MTEM'CNL POTA*bSQ THOR.KAL URAN,ALP CGR'AbP W3NG.NGT HTEN'NGT SGR.MSF HTEN~MSF MRES,AIT 19 44 1251 438 3O3 2 2995. 40. 40. 615. 91. -999. '999 -999 '999 -999 -999 44 51. 2 2 3 0 29 3755 116 81 !.24~ 320 288 2 3050 44 517 91 -999 -999 -999 -999 -999 -999 1245 -999 868 000 8OO 745 816 252 947 523 103 000 571 110 468 832 25O 25O 25O ,250 25O 250 745 816 250 082 988 .979 096 000 .472 000 500 :527 321 320 · 5 2 4 ,293 000 604 .644 660 :,'158 250 250 250 250 250 250 SFLU.DTE STEM DTE DTLiL$S TENS.LbS DPHI.L~T ODS.DDT LL.LDT LSHV LDT LURH:LDT MTE~.LDT RTNR,CML RCNT CML SGR' .CML HTEN CMl., SGR:bSQ POTA.KAL THOR,ALP CS,NGT ~4NG.NGT MRES.NGT TE~S,MSF GR.AIT MTEM.AIT ': DTE CMVR~PHA CILM DTE IIRD DTE SFLU DTE STEM DTE DTL LSS TENS LSS DPHI,LDT ODS.bDT LL~LDT LSHV*LDT LURH.LDT STEad'bDT RTNR,CNL RCNT~CNL SGR,CNL HTEN,C~L SGR.L$O POTA,KAL THOR'ALP CS'~GT ~4~G,NGT MRES,NGT GR,AI.T MTE~,AiT PAGE~ . 129, 3715. 33. '0. 258, 1149. 2, 91 3 2392 52 197 -999 -999, -999. -999 :999i 99 371~ 999, :999, 327 333 341 330 271 2 94 115 3755 20 "0 i76 1150 2 91 4 2064 89 170 -999 ~999 -999 -999 -999 -999 755 999 999 39 536 315 000 000 321 022 542 874 108 832 909 867 382 726 25O 25O 25O 25O 25O 0 ~59 83 941 153 82O 231 218 oo 692 O32 305 465 295 158 065 5O5 177 i04 25O 250 25O 250 .250 -250 ,000 ° 0 IS Tape Yerlflcation Llstinq ChlUiDberqer AlasKa Computing Center D~P~ 5400 IDFR'PHA 2 , IMPH.DTE 2 iMYR.PHA 3 TL~,DTE 2 ITXD.DTE 46 SD,DTE -35 MRFS DTE ! D~LN:LSS 114 MTE~,LS$ 94 RHOB,LDT 2 OS$,LDT 0 LITH,LDT 99 SSBV.bDT !208 CALI,LDT 1] ~RE$.LDT 0 TNPH,CNL 37 REFT,CML 548 7FN$.CNL 3040 THOR,USa -999 CGR.LSO -999 SGR,KAL -999 POTA,ALP -999 WING.NGT -999 W5NG NGT -999 ~TE~ NGT -999 HTEN AIT -999 .000 ,998 .927 .019 ,877 ,223 ,875 ,146 ,000 ,169 .282 .015 ,520 ,927 0 59 99 ,326 .000 ~250 250 5O 25O 250 25O ~69 25O CiDP.DTE CDVR,PHA CMER,PHA CiLD.DTE IDOF'DTE IIR~.DTE SGR,DTE HTEN,DTE DTLF,bSS MRES. LSS DRHO LOT LS~LDT SS1 LOT S1RH LDT SGR DDT HTEN LOT TNRA CNU CNTC CNL MRES CNL URAN hMO URAN KAL CGR KAL S~R ALP W2NG NGT TENS NGT CAbS NSF MRE$ NSF TENS AIT DEPT. IDER, IMPH, IMVR IIXD ~P DTLN, MTEM RHOB 5ITH SSHV CALl, r pH RCFT' . TENS, THOR . CGR, SGR. POTA, ~bNGo MTE~. 53O0 PHA 1 DTE 1 PHA 1 DTE DTE 12~ DTE -68 DTE 1 LBS 117 LSS 93 bDT 2 LOT 0 LDT 149 bDT 1209 bDT 13 LDT 0 C~L 35 CNL 731 LSQ 9 LSQ -999 KAL -999 ALP -999 NGT '999 N'GT -999 NGT -999 000 ~504 587 569 6O6 498 563 123 14 196 016 ,882 .429 896 87O 374 589 000 25O 25O 25O 25O 50 25o CIDP. CDVR, CMER C!LD IDOF IIRM HTEN DTLF ~RES DRHO bS SSi SIRH SGR HTEN TMRA CMTC MRES [IRAN URA~ CGR SGR W2NG TENS, CALS~ DTE PHA PHA DTE DTE DTE DTE DTE LSS bDT bDT LDT bDT bDT LOT CNL CNL CNL LSQ KAL KAL ALP NGT NGT NSF 20~APR-].992 17:O4 345.428 328.555 337.074 347.465 0 000 86 010 1234i872 114 300 1.146 0.004 346,418 205,693 9] ,263 .099 230.372 3 643 2007i643 0 859 -999.250 -999 250 -999 250 -999 250 -999 ~50 -999 50 13 6~0 -999 50 651,999 668,121 635,785 644.155 0,000 569,517 41,117 i212.026 117,~00 1, 23 205,785 2,224 4~,123 t3 .304 3.314 2429,888 . 0.870 ~999.250 9991250 ~999.250 999, 50 -999,~50 -999.250 13'804 IDPH.DTE IDVR,PHA IMER.PHA ILD,DTE IMOF,DTE IIXM.DTE TENS,DTE DT,LSS GR,DSS HTEN,USS PEF,LDT LU,LDT SS2.LDT USRH,LDT TENS.UDT NPOR NL CF~C,CNL STEM.CML POTA,LS~ THOR,KAL [JFAN,ALP CGR,ALP :~' 3 i~ G. i~GT I}~ER,PMA ILD DTE IMQF DTE IIX~ DTE TENS DTE DT LSS GR bSS HTEN,LSS PEF bDT LU LDT 882 LOT LSRH LOT TENS.LDT NPMi,CNL NPOR,CNL CFTC.CNL MTEM PDTA THOR KAL URAN AhP CGR,ALP W3NG,N~T MTEN.NGT SGR.MSF 2 895 3i044 2 967 2 878 0~000 24,306 3885.000 1234:g722 92 ~24:~76 290 90 2 278 3040:000 41 009 37:619 588 575 90!416 -999 250 -999.250 -999 250 -999 250 -999250 -999250 n6 010 i234 872 -c99 250 1.53q 1497 1 573 1 552 0 000 62 69O 35 ,ooo 1~.6oo 41 ,117 12i2026 2 071 371 220 294 907 2 199 2750 000 34 974 34 217 746 469 8955~ -99925O -999 250 -999 250 -999 ~50 -999 50 -999 250 41 117 CDER,PHA CIMP.DTE CMV'R.P~A CILM.DTE IIRD.DTE SFLU DTE MTEM~D~E DTL.LS$ TENS.USS DPHI bDT QLS:LDT LL.LDT bSHV.LDT LURH,LDT i~TEM bDT RT~RiCUL RENT CNL SGR CNL HTEN C~L SGR LSO POTA KAL THOR ALP CS NGT W4NG:NGT MRES.NGT TENS,~SF GR.AIT ~TE~.aIT CD~R,PHA CI)~;P.DTE CMvR.PHA CIL~.DTE IIRD,DTE SFLU,DTE MTEM,DTE DTL,LS$ TENS,LSS DPHI.bDT QL$.LDT LU.LDT LSHV.LDT LURH,LDT STEM,bDT RTNR.CNL RCNT.CML SGR,CNL HTEN.CNL SGR,LSO POTA.KAL THOR.ALP CS,NGT W4MG.NGT MRES,NGT TENS.NSF PAGE: 333 341 331 347, 94, i13, 3885. 18 2. 90, 93. 230. -999 -999 -999 -999 -999 -999 3885 -999 -999 664 63O 637 622 5O4 1 93 117 3520 27 -0 217 1149 2 89. 2593, 48. 134, '~99, '999 '999 '999 '999 '999. 3520. 4O 549 594 289 611 526 718 169 400 0o0 301 012 180 O26 288 09~ 372 250 25O 25O 250 250 25O 000 25O 250 723 017 412 594 734 964 535 O8 9 123 250 25O ~0 250 250 000 IS Tape verificatior~ Li chlumberger Alaska Comp MTE~.MSF 93 614 HTEN,AIT -999~250 DEPT. IDER,PHA IMPH,DTE I~VR,PHA IL~,DTE IIXD,DTE SP.DTE ~PES.OTE DTLN LSS MTE~'LSS , RHOF,LDT OS$,LDT LITM bDT SSHV:LDT CALI.LDT ~RES.LDT TNPH,CNL RCFT.CNL TENS,CNL TMOR.LS~ CGP SGR KAL POTA ALP W1NG NGT W5NG.NGT ~T~.NGT ~{TEN.AIT 5200,000 1,068 1,085 1,083 1,083 178,025 '65,500 1,158 131,100 92.602 2,082 0.014 188,980 1209,178 13,115 0,879 42.484 593 707 2715 000 -999 250 -999 ~50 -9991 50 -999 250 -999 250 -999 250 -999 250 92 ~02 DMPT, IDER, IMPH. IIXD SP DTLN ~HOB OSS LITH SSH¥ TNP~ RCFT TE~S THOR CGR POTA PHA DTE PMA DTE DTE DTE DTE LSS LSS bDT LDT bDT bDT LDT LDT CN b N'L LS~ KAL ALP 5100 000 34 I ~39 1 I 597 I 653 -46 I ~23 124 00 92 168 2 137 0 039 159 856 1209 413 12 902 o .~83 3'9 96 608 283 2615 000 -999 250 -999,250 -999,250 -999.250 stlnO utln~ Center MRES.MSF TENS.AlT CIDP.DTE CDVR.PMA CMER PHA ClLD DTE IDOF DTE I!RM DTE 8GR DTE HTEN~DTE DTbF,LSS MRES,LSS DRHO,LDT LS,LDT SSI,bDT S1RH,LDT SGR,LDT HTEN,LDT TNRA,C~L CNTC.CNL MRES.CNb URAN.LSQ [,!RAN KAL CGR KAL SGR ALP W2NG NGT TENS NGT CAbS NSF MRES.MSF TENS.AIT CIDP,DTE CDVR,PHA CMER.PHA CILD DTE IDOF,DTE IIRM,DTE SGR.DTE HTEN,DTE OTLF,LSS ~RES LSS DRHO bDT LS LDT SSI bDT S1RH bDT SGR bDT HTEN bDT TNRA CNL CNTC CML ~RES CNL URAN bSO URAN KAL CGR KAL SGR ALP 20-APR-1992 !.7:04 1.I23 HTEN.~SF -999.250 MRES.AIT 919.939 935,226 925 122 0,000 828.787 35.983 1228.194 o0 o 158 '0,010 489.362 207.505 2.134 38,107 182.415 .690 221 .351 0 879 -999 250 -999 250 -99~ ~5050 -999 250 12 875 8 576 910 618 96 620 ~73 589 327 000 12o 0 o 123 000 0 450 .~89 2'11 20 92,631 3,583 2177,479 0 883 '999 250 '999 250 -999 0 IDPH,DT£ IDVR.PHA I~ER.PHA ILD,DTE IMGF,DTE IIXM.DTE TENS,DTE DT,LSS GR,LSS HTEN,LSS PEF LDT LU:LDT SS2,LDT LSRH,bDT TENS,bDT MPHI,CNL CFTC NL MTEM,CNL POTA,LSQ Ti~OR,KAL URAN,ALP W3NG,NGT HTEN,NGT SGR,MSF HTEN,I~SF MRES,AIT IDPH,DTE IDVR,PHA IMER,PHA IbO.DTE IMOF DTE~ IIXM DTE TENS DTE DT GR HTEN.LSS PEF,LDT LU,LDT SS2,LDT LSRH.LDT TENS,bDT NPHI,.CNL NPOR,CNL CFTC,CML ~TE~CNL POTA.bSQ THOR,KAL URAN.ALP CGR,ALP 1212. -999, 1 1, 1. 0 3540, 129. 35. 1228 2 455 3O4 2 2715 42 44 603 88 -999 -999 -999 -999 -999 -999 35 1228 -999 1 1 1 1 0 47 3365 125 52 1209 2 413 297 2 26i5 4O 3S 631 88 -999 -999 -999 -999 026 250 087 069 081 O52 000 823 000 20O 983 .194 OO2 622 284 O93 000 227 888 401 648 25O 25O 25O 25O 25O 250 ,983 · 194 25O 733 000 772 O00 000 746 12t6 000 41 .250 250 250 GR.AIT STEM.AIT CDER PHA CZ P:DTS C~VR,PHA CIL~.DTE IIRD.DTE SFLU.DTE MTE~ DTE DTL:LSS TENS,LSS DPMI.LDT QLS.LDT LL.LOT LSHV.LDT LURH.LDT ~TEM.bDT RTNR,CNL RCNT.CNL SGR.CNL HTEN.CNL SGR.LSO POTA KAL THOR:ALP CS.NGT W4NG.NGT MRES,NGT TENS.NSF GR,AIT MTEM,AIT CDER,PHA CIMP,DTE CHVR.PHA CILM.DTE IIRD.DTE SFLU DTE M'TEM DT~ DTL bSS TENS LSS DPHI bDT OLS,LDT LL.LDT LSHV.LDT LURH LDT MTEM LOT RTNR CNL RCNT CML SGR.CNL HTEN.CNL SGR.LSO POTA,KAL THOR,ALP CS.NGT PAGE: 41 -999.250 -999.250 936.280 921,509 923 494 923:209 687,610 1,432 92,602 130,200 3540,000 34,395 '0,043 261.551 1148,953 2.087 88.648 4 159 ~186 09O 38 107 5 -999 250 -999 250 -999 250 -999 250 -999 250 3540 000 -999 250 -999 250 609 78 604 85 459,166 68 12~ 800 336 000 31 065 -0 017 243 330 1149 008 2 142 88 059 227~ '761 .775 53 038 92 631 -999 250 -999 250 -999 250 -999 250 IS q:aoe Verificatiom Listing chlumberger Alaska Computing Center W1NC. NOT 999 250 W2NG.~iGT ;~ 5_~JG: K~GT 2999.' 250 TENS'NOT ~'.T ~ii ~. NGT -999,250 CALS.~SF ~ TE~ ~SF 9~.168 MRES. ~SF E .AlT -999.250 TENS, ~IT DFPT. IDER,PHA I~P~,DTE I~V~ PHA L~DT~ IIXD DTE SP:DTE ~RES.DTE DTLN,LSS MTEU.LSS RMOB.LDT OSS,LDT L!TH.LDT $SHV,L[)T CALI.LDT ~RES.LDT TsP,.CML RCFT CML TENS CML THO~ CGR LSQ SGR KAL POT~,ALP W~NG.NGT W5NG.NGT MTE~.NGT MTE~,MSF MTE~,AIT 5000, 1. I, 1. 1. 88, '44. 1, i14. 91. 2. 0 101 1208 14 0 41 530 2605 -999 -999 -999, -999. -999 -999 -999 9~ -999 000 893 9O5 881 957 858 188 1~5 700 663 285 037 435 998 676 O2 000 25O 250 250 CIDP,OTE CDVR.PHA C~ER.PHA CIbD,DTE IDQF,DTE IIRM,DTE SGR,DTE MTEN,DTE DTLF.LS8 ~RES,L$$ DRHO.LDT LS,LDT SSI,GDT $1~H,LDT SGR,LDT HTE'~,LDT TNRA.CNb CNTC,CNL gRE$.CNL URAM,LSQ URAN~:KAL CGR KAL SGR ALP W2NG NOT TENS NOT CAbS NSF NRES NSF TENS AIT DEPT IDMR PHA INPH DTE IMV~ PHA IL~ DTE IIXD'DTE SP DTE HRES DTE D3'L,~ LSS ~TE~ bSS ~ LDT QSS LOT LITH LOT SSHV.LDT CALI LOT MRES LOT TMPM C~L RCFT CML TENS CNb THO~ LSQ 4900,000 ClDP 1.337 CDVR 1..3.32 CMER 1.294 CILD 13~,375 IDOF .686 IIR~ -59,688 SGR 1,067 HTEM 87 300 DTLF 90:292 MRES 2.206 DRHO 0,004 bS 136,333 SSi, 1209,296 S1RH. 13 150 SGR, 0 897 HTEN. 33 510 TNRA. 708 528 CNTC~ 256 000 MRE§, '99~:250 URAN. DTE PHA PHA DTE DTE DTE DTE DTE LSS bSS bDT LOT bDT bDT LOT LOT CN h CML 20-APR-1992 !7:04 -999.250 W3NG,NGT -999.150 HTEN,NGT 12, 33 SGR,aSF 1.123 HTEN,}~SF -999.250 MRES.AIT 51~.833 53 ,612 530,083 516,579 '0.000 0 759 1228 151 121 200 1.135 0,029 359,326 216,813 2 172 b3 472 140 256 210~ 657 778 o ~o2 -99 50 -999 250 -999 250 1 5 -999 ~0 729,~6 762. 6 2 .474 0 000 660 8?9 $9 889 125~ ~53 B6 ~00 I 067 -0,010 390,086 201,325 4 ,204 12 ,~42 0,897 -999,250 -999 -999 52 1209 -999 IDPM,DTE 1 IDVR,PHA 1 I~ER,PHA 1 ILD DTE 1 IM. QF:DTE 0 IIXN,DTE 44 TENS,DTE 3365 DT,bS$ 118 GR,LSS 49 HTEN,LSS 1228 PEF.LDT 3 LU,LDT 341 S$2,LDT 298 LSRH.LDT ~ TENS.LOT 2605 NPHI,CNb 40 NPOR,CNL 44 CFTC.CNL 574 MTEM,CNb 87 POTA,LSQ -999 THOR,KAL -999 URAN ALP -999 CGR ALP -999 W3NG NGT -999 HTEN NGT -999 SGR,~SF 49 HTEN,MSF 1228 MRES,AIT -999 IDPH,.DTE I IDVR,PHA 1 IMER,PHA ILD.DTE 1 IMOF,DTE 0 IIXM,DTE 7~ TENS,DTE 3480 DT~bSS 106 GR,~SS HTEN,L$S 12 PEF,LDT LU.LDT 35 S$2 bDT 292 LSRH:LDT 2 TENS.LOT 2560 NPHI.CNL 32 NPOR,CNL 31 CFTC,CML 761 STEM.CML 86 POTA.LSQ -999 25O 25O 746 840 25O .942 874 :886 936 :000 3O6 ,000 .700 .146 1 :162 256 000 76 58 0 2SO .250 0 151 25o w4b;G.NGT NRES NOT GR.AIT MTEM,AIT CDER.PHA CI~P.DTE CMVR,PHA CIL~ DTE ZIRD:DTE SFLU,DTE MTE~.DTE DTL LS$ TEN$~LS$ DPMI.LDT OLS.LDT LL bDT bSH¥:LDT bURN.LOT STEM.bDT RTNR.CNL RCNT.CNL SGR.CNL STEM.CML $GR.LSQ POTA.KAL THOR ALP C$ NGT W4NG NGT MRE$ NOT TENS,NSF GR.AIT MTEM.AIT :372 CDER.PHA CI~P.DTE CMVR.PHA ~§ CILM.DT~ 000 IIRD,DTE 77O SFLU.DTE 000 MTEM.DTE 100 DTL.LS$ 889 T~N$.LSS 253 DHI.LDT 60 41 QLS.LDT LL.LDT 33 LSHV.LDT 17 LURH~LDT 000 STEM.LOT 299 RTNR.CNL 626 RCNT.CNL 917 SGR.CNL 485 HTEN.CNL 250 SGR.LSQ PAGE: 4P '999,250 '999,250 3365.000 '999,250 '999.250 528.319 524.855 531.714 510 963 413:886 2.050 91,663 119,500 3365.000 22,105 -0,036 188,689 1149.486 2,257 87,358 4 063 2084 248 63 472 140 256 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 50 3365 000 -999 25O -999 25O 748,~07 750, 28 727 9 55~ 166 6t5 90 292 103 000 3480 000 26 886 -0 004 210 414 1148 775 2 ~25 86 85 3 090 2579 561 45 204 -9 50 IS Ta~e verification Listing chlu.~berger AlasKa Computin0 Center CGR,LSQ -999.250 URAN KAL SGR.KA5 -999'250 CGR:KAL POT~.ALP -999,250 SGR.ALP WI~JG.NGT -999.250 W2NG,NGT W5NG,NGT -999,250 TENS, NGT NGT -999.250 CAL$,MSF MTE~.~ 90,~92 HTE~ AlT -999.250 TEN$.AIT DEPT IMPH,DTE IG~,DTE IIX~.DTE SP.DTE ~ES.DTE DTL~.LSS MTE~.LSS R~GB.LDT OSS.LDT LIT~.LDT SSHV.LDT CAL?,LDT MRES,LDT TNPH,CNL RCFT,CNL TENS,CNL THOR,LSO C~R,LSO SGR KAL POi .ALP W1NG,NGT w5~G.N'GT ~TE~ NGT HTEN,AIT 480~,000 ,118 i.140 1,141 1,140 18!,037 '57,125 1.064 127 000 90:077 2,092 0.001 168,467 1208.973 ~3.541 0.910 41 224 593:862 25OO 000 -999 250 -999 ~50 -999 250 -999 250 -999 250 -999 50 -999 '~50 99 077 -99 250 CIDP DTE CDVR:PHA CMER,PHA CILD,DTE IDOF,DTE IIR~,DTE SGR,DTE HTEN.DTE DTL~ LSS ~RE :LSS DRHO LDT LS,LDT SSi,LDT S1RH,LDT SGR,~DT HTEN, DT TMRA,~NL CNTC, NL ~RES, CNL URAN, [,SO URAN KAL CGR KAL SGR ALP W2MG NGT TEN~,NGT CAb MRES~SF TENS,AIT I , I~VP, TL~. ITXD. DTL~. ~TE~ LITH SSHV CALI T~P~. 4700 PHA DT~ PHA I DTE 1 DTE 100 DTE -49 DTE LSS 150 LS$ 90 LDT 2 LDT 0 LDT 135 LDT 120'8 LDT ~ 3 bDT 0 CN t, 41 .000 ,717 .766 ,756 ,77~ 838 43 5OO 343 .013 155 990 470 37 CIDP DTE CDVR PHA CMER PHA CILD DTE IDQF,DTE IIRM,DTE SGR.,DTE HTEN,DTE DTLF,LS$ MRES,LSS DRHO,LDT L$,LDT SS1.L~T S1RH,LDT SGR,LD, T HTEN,LDT TNRA,C~L 20-APR-1992 17:04 -999 250 -999° 50 CG~,ALP -999 ~50 W3hG,NGT -9991 50 ~ 824 SGR.~<~SF 067 HTEN.~SF -999,~50 MRES.AIT 899 970 895:071 875 876 917:871 0 000 789 643 3 424 122~ 917 126 500 1 004 4~0, 6 203,705 2.171 2215, 3 0 -999 0 -999 250 -999 ~50 -999 0 577.735 568 9 58~..874 0~000 .,,558 1:283 335 14:0 400 I :143 -0 0tl 421 554 203 124 ~,2!5 5 ,378 119,014 3,576 IDPH,DTE IDVR,PHA IMER,PHA ILD,DTE IMQF.DTE IIXM,DTE TEN$,DTE DT.LSS HTEN,L$S PEF.LDT LU,LDT SS2.LDT LSRH.LDT TENS,LDT NPHI,CNL NPOR.,CNL CFTC~CNL MTEM,CNL POTA.LSQ THOR.KAL URAN,ALP CGR,ALP W3NG,NGT HTEN,NGT SGR,MSF HTEN,MSF MRES,AIT IDPH,DTE IDVR'PHA IMER~PHA ILD,DTE IMOF,DTE IIX~,DTE TEN$,DTE DT,LSS GR,LSS HTEN.,LSS PEF,LDT LU,LDT S$2.LDT LSR~.LDT TENS,LDT NPHI.CNL NPOR.CNL -999 250 -999i250 -999 250 -999 250 -999 250 39 889 1251 253 -999 250 1 1 1.142 1.089 0 000 94 675 3460 000 128 800 36 424 1226 917 2 265 433 812 3O 3 239 2 108 250O 000 39 163 41 440 614 971 -99 5O -99~ 250 -99 250 -999 0 -999 i~5 36 0 716 000 5O 281 3600 000 114 500 49 558 128~ 335 611 388 560 294 152 2 170 2445 000 39 982 37 995 POTA.KAL THOR.ALP CS.NGT W4~G.MGT MRE$.NGT TENS.NSF GR,AIT ~TEM,AIT CDER PHA CIMP:DTE CMVR.PHA CILM,DTE IIRD,DTE SFbO,DTE MTEM.DTE DTL.LSS TENS LSS DPHI:LDT OLS LDT LL:LDT LSHV.LDT LURH,LDT ~TE~,LDT RTNR.CNL RCNT.CNL SGR.CNL HTEN.CNL 8GR.LSO POTA,KAL THOR,ALP C$,NGT W4NG.NGT ~RES,NGT TEN$,~SF GR.AIT MTEM,AIT CDER.PHA CINP DTE CMVR PH.A CILN DTE IIRD DTE $FLU DTE ~TEM.DTE DTf, eLSS TENS,5SS DPHI,LDT QLS.LDT LL bDT LSMV LDT LURH LDT MTEM DT RTNR ~ RCNT CNL PAGE: 43 -999 250 -999!250 -999 250 -999 250 -999 250 3480 000 -999 250 -999 250 94.506 77,071 876,582 877.115 672 077 I 608 90 077 127 800 3460 000 33 834 -0 018 257 049 1148 812 2 115 ~290,311 38,453 -999~ -999 250 "999 0 -999 250 -999 250 ~460 00 -999 ~50 -999 250 582 408 566 190 569 92 462 ' 2 04 90 3~19 300 00 000 29 809 -0 014 227 273 1148 645 2,179 85,052 238~ '848 ,581 IS Tane Verification Listin~ Cblumberger AlasKa Computing Center 20-APR-lq92 17:04 RCF· CN[, 564.905 CNTC'CNL 2143,631 ~FTC,CNL , ~ , .i . rE~ S~CNL 2445 000 MR~$,C~L 0,916 THOR.LSO -999.250 URAN,LSO -999.250 POTA.LSO C~P.L$O -999 250 URAN ~AL -999 ~50 THOR,KAL SGR.KA5 -999:250 CGR:KAL -999:50 [IRAN,ALP POT~ ALP -999,250 SGR.ALP -992.250 CGR.ALP NI~!~:NGT -999.250 WING,NGT -99~. 250 ~3NG,NGT W5NG.MGT -999'250 TEN$,NGT -999.]~0 HTEN.NGT MTE~.MGT -999,250 CALS,~SF ~3. 5 SGR,MSF MTE~.MSF 90,343 ~RES MSF 1,143 HTEN.MSF HTE~.AIT -999,250 TENS:AlT -999.250 MRES,AIT 4600,000 1,$43 1,853 1,742 1.837 69.538 -39,813 1,107 127.900 90,555 2,209 0,031 106,029 1208,~16 14, 89 0,915 46,238 ~445, 0 '999 250 '999 250 50 -999 250 -999 250 -999 90 558 -999.250 CXDP DTE COVRiPHA CMER FHA CILD.D?~ IDQ~,DT~ IIRM,D~ SGR.DTE HTEN DTE OTLF LS5 MRES LSS DRHO LDT LS LDT SSi LDT S1RH LDT SGR GDT HTEN LDT TNRA CNL C~TC C~L MRE$ C~L URAN LSQ [IRAN KAL CGR KA5 $~R ALP W2N~ NGT CAL$ ~S~ MRE$ ~SF TENS.AlT DEFT. IDER.PHA I~PU.DTE I~VR,PHA I.L~,DTE IIXD.DTE SP,DTE MRES.DTE DTL~.LSS ~TE~,LSS RHO~.LDT OSS.L[)T LITH.LDT SSHV .LDT CALl bDT MRES LDT TMPH CNL RCFT CML TENS CML THOR CGR LSO SGR ~AL POTA ALP W5NG NGT ~TE~ NGT ~TEg ~SF HTEN.AIT CIDP,DTE CDVR,PHA CMER FHA CILD DTE IDQF DTE IIRM DTE SGR DTE HTEM DTE DTLF .LSS ~RES LSS DRHO. LDT LS~LDT SS1,LDT S1RH,LDT DEFT, 4500,O00 I, .FHA 2,471 IL~.DTE 2,511 IIXD.DTE 54,117 SD.DTE -29.313 MRES.DTE 1.:142 DTLN,LSS 1~6'600 MTE~.LSS 89,166 R~OB,LDT ~,~84 OSS.LDT 0. 32 LITH.LOT 134,001 SSMV.bDT 1209.200 10.971 561.694 ~54,121 527.044 0.000 500.468 134~.877 1,2 .000 ,107 ~ ,006 ~0~ '049 .625 2.~40 60, 16 4, 2087,4~0 0,9!5 -999,'2~0 :999.2 0 ~g99 -99g ~50 15 617 O7 . 5 369 3 74 450 1331 652 137 9OO 1.14~ 43~*036 224 .398 .979 ~.050 IDPH,DTE IDVR,PHA IMER.PHA ILD,DTE I~QF,DTE IIX~,DTE TENS,DTE DT.LSS GR.LSS HTEN LSS PEF LDT LU LDT $$2 bDT LSRH,LDT TEN$,LDT NPHI,CNL NPOR,CNL CFTC,CNL POTA.LS~ THOR,KAL URAN,ALP CGR,ALP W3NG.NGT HTEN.NGT SGR,~SF HTEN,MSF MRES.AIT IDPH,DTE IDVR~PHA IMER.PHA ILD,DTE IMOF,DTE IIXM.OTE TENS DTE DT' ,~SS GR.LSS HTEN.LSS PEF,LDT LU,LDT S$2.~DT LSRH.LDT 595 175 85i05~ -99g 250 -999.250 -999.250 -999.250 999,250 49'558 1283,335 '999,250 1,957 1.780 1,805 1 897 0~000 3410 O0 ! 39 ~00 7 285 8 2 216 2445 000 48 276 46 1355 529 058 84 737 99 ~50 -99g !~50 -999 250 53~73~ 1346 87 -999 =250 2 688 2 625 2 .483 2 685 0 000 28 446 3335:000 129 90O 74 450 1331 652 2 ~14 4.08 08 3,1~ 757 147 PAGE: SGR.CNL 56, HTEN CNL 119, SGR~LSQ -999. POTA.KAL -999. THOR.ALP -999. CS.NGT -999 W4NG.NGT -999 MRES.NGT -999 TENS,MSF 3600 GR.AIT -999 MTEM.AIT -999 CDER.PHA 542, CI~P.DTE 539, CMVR.PHA 574, CIL~.DTE 544 IIRD.D~E 416; SF~U.DTE 1 MTE~.DTE 90 DTL.LSS 127 TENS.LSS 3410 DPH! LDT 26 OLS:LDT -0 ~05 LL LDT bURH.LDT MTEM.LDT 84 ~TNR CNL 4 CNT,:CNL 2162 SG~.CNL 60 HTEN.CNL 165 SGR.LSO -9~ POTA.KAL -9 THOR.ALP -999 CS.NGT -999 W4NG.NGT -999 MRES.NGT -999 TENS MSF 3410 GR:.AIT -999 MTEN,AIT -g99 CDER,PHA 377, CI~P,DTE 401. C~VR,PHA 404, CILM.DTE 398. IIRD DTE 307 MTEM.DTE 89 DTL.LSS 127 TENS.LSS 3335 DPHI.LDT 28 OLS.LDT -0 LL.LDT 233 ~$HV.LDT 114~ URH.LDT 44 378 014 250 0 25O 25O 000 7!7 807 154 558 600 000 018 8O0 498 600 458 250 250 250 250 25O 000 250 136 640 ?~3 154 4OO 000 IS i'ace verilication LlstinQ chlumberQer AlasKa Computino Center MRE$ LDT O. T~,pH' . ....C~IL 47. RCFT.CNL 40~, TF!~S.CNL g520, T!40~.LSQ -990. CGR.LSO -999. SGR.KAL -999 POT~.ALP -999 WI~G NGT -999 WSNG:NGT -999 ~TE~.NGT -999, ~tTE~,MSF HTEN.AIT -999, 321 SGR,LDT 91~ ~{TEN.LDT 945 TNRA.CNL 300 CNTC'CNL 000 ~RES,CNL 250 URAN LSO 250 I)RAN~KAL 250 CGR.KAL 250 SGR.ALP 250 ~2NG,NGT 250 TENS.NGT 250 CALS.~SF 166 ~RES.~SF 250 TENS.hIT 4400,000 3.278 3,160 3.102 3 095 40:321 '27.i88 1.101 123 200 88~287 2 145 0 029 142 824 1208 ~4 ~44 0 31 417 0 2410 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 88 287 -999 250 CIDP DTE CDVR:PHA CMER,PHA CILD.DTE IDOF.DTE IIR~.DTE SGR DTE HTEN:DTE DTLF~LSS MRES. LSS DRHO LDT S$1 LDT SIRH LDT SGR LDT HTEN LDT TNRA CNL CNTC CNL ~RES,CNL URAN.L$O URAN,KAL CGR.KAb SGR.A W2NG,NGr TEN$,NGT CALS,~SF TENS.hIT 20-AP~-1992 1.7:04 79.990 TENS.LDT 2520. 171.602 NPHI~CNL 48. 4.066 NPOR.CNL 46. 1761.0~] CFTC,CNL 437. 0 918 MTEM.CNL 84. '999i~50 POTA,LSO :999, -999 250 THOR,KAL 999, '999.250 URAN,ALP -999' -999'250 CGR,ALP :999, -999 250 W3NG,NGT 999, -999:250 HTEg,NGT -999. 14.290 SGR,,MSF 74, . ' N~SF 1331. 1 142 HTE~, -999.250 MRES.AIT '999. 293 681 306:523 320,644 296.532 0 000 301:391 62.293 1293.844 ~2~.400 1.101 o ',oos 446,444 215 77 -99 50 -999 50 -999 2~50 -999 250 14 001 1.101 -999.250 IDPH.DTE IDVR,PHA I~ER.PHA ILD.DTE I~OF,OTE IIX~.DTE TENS,DTE DT,LSS GR LSS HTEN LSS PEF LDT LU LDT SS2 LDT LSRH,LDT TEN$.LDT NPHI,CNL NPOR,CNL CFTC,CNL MTE~,CNL POTA,bSO THOR,KAL URAN,ALP W3NG,NGT HTEN.NGT SGR,MSF HTEN,:~SF MRES.AIT DEPT, 4300.000 CIDP,DTE 502,502 IDPH,OTE IDE:,PHA 2 0~4 CDVR,PHA 478, ~ IDVR.PHA I~PH,DT~ 1.979 CMER PHA 499, 8 I~.ER,PHA I~V~,PHA 2.009 CILD.DTE 507.191 ILD,OTE IL~.DT~ 1.981 IDOF.DTE 0.000 I~]OF.DTE SP,Dt'E '33.813 SGR,.D~E 59.1~1 TENS,DTE ~RES.DT~ 1,206 HTEN,DTE 1~70,052 DT,L$S DTL~.LSS 125.200 DTLF,L$~ 124,160 GR,L$S ~T~'~ LSS 87.145 ~'RES LSS I 206 HTEN,L$S R~OB,LDT 2.102 DRHO.LDT 0.002 PEF,LDT 3 3 3 3 Oo 19, 62 129~ 41~ 2410 47 4,4 -999 -999 .-999 -999 -999 -999 62 1293 -999 1 2 t 0 39 3035 127 59 1270 000 534 O01 144 049 250 0 25o 250 ~50 2BO 405 262 37 000 204 000 ~00 640 977 13'7 000 ,90'/ .836 850 3O2 250 25O 250 $0 293 .990 :088 000 972 000 oo isoo 345 ~TE~.LDT ~CN C~L SGR.CNL HTEN.CNL SGR.LSO POTA.KAL THOR.ALP CS,NGT W4NG.NGT ~RES.NGT TENS.~SF GR,AIT MTE~.AIT CDER.PHA CI~P.DTE CM'VR.PHA CILM.DTE IIRD.DTE SFLU.DTE MTEM.DTE DTL.LSS TENS LSS DPHI:LDT OLS,LDT LL,LDT LSHV LDT LURH~LDT ~TE~,LDT RTNR.CNL RCNT.CNL SGR,CNL HTEN.CNL SG.R.LSO POTA.KAL T~OR.ALP CS NGT W4NG~NGT MRES,NGT TEN$.~SF GR.AIT ~TE~.AIT CDER.PHA CI~P,DTE C~R.PHA CIL~,DTE IIRD.DTE SFLU.DTE ~TE~.DTE DTL.LSS TENS*LSS DPMI,LDT OLS.LDT PAGE: 45 84,049 4'340 1898,611 79,990 -999.250 -999"~50 -999,R50 -999,250 -999,250 -999,250 335,000 999,250 999.250 3O 31~ 085 474 39 251 903 2 455 .400 000 -0 027 239 ~0~ 1147 67 2 {42 223 744 -999 ~0 '999 50 '999'250 -999'250 '999,'250 '999,250 3110,000 '999,250 '999,250 479 898 497 504 .785 408 207 1,9~7 87.145 ~24.600 3035,000 33,~ 8 -0, ~7 IS Tare YerificatioD Listing chlU~berqer Alaska Computing Center LOT O, 037 L$. LDT LTTH,LDT 166.602 SS1 ,LDT LnT 1208,90Q S1RH,LDT C~LI.LDT 13.7!8 SGR bDT LDT 0,936 HT.~N~LDT THP~,CNL 48.03] TNRA.CNL RCFT,CNL 455,671 CNTC.CNb NS,CNL 2265,000 ~RES.CNL ~O~.LSO -999,250 URAM,LSQ CGR. LSO ~999 250 [IRAN,KA~ KAL -999: 250 CGR,KAL POTA.ALP -999,250 SGR ALP M!~qG.NGT -999,250 W2NG:NGT WbMG.NGT -999.250 TENS.NGT F~TE~. NGT -999,250 CALS. MSF ~SF 87,145 NRES.NSF HTEN:AIT -999,250 TENS.AIT DEPT, IDMR.PHA I~P~.DTE I~Vm.PHA IL~.DTE IIXD.DTE SP.DTE ~RES,DTE DTLN,LSS ~TE~.LSS RHOB.LDT OS~,LDT LITN,LDT SSH~,LDT LDT CALI,~ MRES,LDT ~CFT~C~L TEMS,CNL CGR;LSO ~ NGT ~SNG.NGT MTE~,NGT ~T£~.AIT 42O0 000 2 6~7 2 621 2 592 49~999 -34~813 11~ 160 600 87 050 0 015 171 584 120~ 427 1.4 073 3 877 669';86'6 ~385,000 :999, 50 999,25({ Z999.250 :999,250 999,250 87,050 '999,250 CIDP,DTE CDVR,PHA CMER,PHA CILD. DTE IDOF DTE IIRM DTE SGR~DTE HTEN~DTE DTLF~LSS ~RE$ L$S DRMO LDT L$ LDT SSi LDT SIRH LDT SGR LDT HTEM LDT TNRA CNL CNTC CNL ~RE$ CNL URAN~LSQ URAN'.KAL CGR KAL SGR ALP w2NG NGT TENS NGT CALS ~SF MRES ~SF TENS AIT DEPT IDEP PHA I~PM DTE I~VR PHA ILM DTE IIXO DTM SP DTE ~PES DTE 4100 000 2 903 2 820 2 811 2,802 39.918 -42.125 1,194 CIDP CDVR C~ER CILD IDOF IIRM SGR HTEM DTE PHA T~ DTE DTE 20-APR-1992 !.7 ~04 479 I~3 t,U.LDT ~t3:9 3 SS2,LDT 2.095 LSRM,LDT 59,901 TENS,bDT 179,421 NPHI,CNb 4,027 NPOR.CNL 1944,422 CFTC,CNL 0 936 MTEM,CNb -999!250 POTA,LS~ -999 2~0 THOR,KAL '999,250 []RAN,ALP -099,250 CGR,AbP -999.250 W3NG,NGT '999'250 HTEN.MGT I].715 SGR,MSF 1,206 ~TEN,~SF '999.250 ~RES,~IT 370 274 72 1~1 ~82 4 5 372 530 0o000 .897 137~,440 ~2 .500 1,~60 '0, 07 466,699 208,465 7:i o 216,620 3.567 2481.926 0.956 -999 250 '999,250 '999,250 -99 250 160 -999.250 1 7,218 O0 0'~79 332, 55,1846 1394. 54 IDPM.DTE IDVR,PHA IMER,PHA ILD,DTE ~MOF,DTE IIX~,DTE TEN$,DTE DT,LSS GR,LSS HTEN,bSS PEF bDT LU bDT S$2 bDT LSRH.,bDT TENS.bDT NPHI.CNb NPOR.CNb CF~C.C~'L MTEM,CNL PC)TA.,~SQ THOR,KAL URAN,ALP CGR,ALP W3NG,NGT HTEN,NGT SGR,~SF ~TE~:'~ ~RES~ SFIT IDPH,OTE IDVR,PHA IMER,PHA ILD,DTE IMOF.OTE II×~',DTE TE~)S,DTE DT,LSS 434 895 303i644 2 ~01 2265.000 48.107 48.159 484.265 82 617 -999:250 -999,250 -999.250 -999.250 -999,250 -999'250 59.131 1270,052 '999,250 2 701 2 687 2 614 2 684 0 .000 25 496 ooo 400 45 897 44O 137~ .:147 .316 2 .117 2385 .000 39 ,525 40 061 726 346 81 399 -999 250 -999 250 -999~ 5.0 -999 ~50 -999 250 -999 250 45 897 1376 440 -999 250 3,003 2,984 2.816 2,96:5 0 000 22 .184 3045 000 127 500 LL.LDT LSHV,LDT LURH.LDT MTEM.LDT RTMR.CNL RCNT.CNL SGR.CNL HTEN CNL POTA KAL THOR~ALP C$,NGT W4MG.NGT ~RES NGT T~S:~S~ GR.AIT MTEM.AIT CDER,PHA CIMP,DTE CgV'R.PHA CILM,DTE IIRD.DTE $FLU,DTE MTEM.DTE DTL.LSS TENS.LSS DPMI,LDT OhS.bDT LL.LDT LSHV.~LDT LURH,LDT ~TE~.bDT RTNR CNL RCNT CNL 8GR CNL HTEN CNL SGR LSO POTA KAL THOR ALP CS NGT W4NG,NGT MRES.NGT TENS,~SF GR.AIT ~TEM.AIT CDER,.PMA CImP,DTE CMVR.PHA ClLM.DTE IIRD.DTE SFLU,DTE ~TEM.DTE DTL,!,SS PAGE~ 46 261.714 I147 614 82,617 4 419 2014~090 59.901 179,421 -999.250 -999 250 -999:250 -999.250 -999.250 -999,250 3035,000 '999,250 -999.250 372,731 382'052 381,600 85 829 ~06:248 2 428 87 05O ~00 -0 ~ 52 252 041 1147 902 99 3 829 2455 207 47 li0 226 620 -999 2'50 -999 250 99 250 -999 250 -999 250 3295 000 -999 250 -999 250 ~54 2 835 280 26 2 57~ 86 IS Taue Verlflcatlon l, istinq chlumberqer AlasKa ComPutinq Center DTL~!.LSS b!TE~.LSS QSS.L~T LITH.LDT S V bDT ~RES,LDT INP~.CNL RCFT,CNL THO~,LSO CGR.L$O SGR.KAL POTA,ALP WI~'~C,NGT ~5~G.NGT MTE~.NGT MTEN,AIT 125.900 86'975 2.1~ 0,041 153.911 1208,949 14,002 0.956 39'656 599,605 2255,000 -999,250 -999-250 -999,250 -999,250 -999.250 -999 250 -999 250 86 975 -999,~50 DTbF.L$S ~RES LSS LS,LDT SS1,LDT SIRH,LOT SGR.LDI HTEN,bDT T~*RA.CNb CNTC.CNL ~RES.CNL URAN LSQ CGR.KAL SGR.ALP W2N~]NGT TEN MGT CALS. MSF MRES.~SF TEN$.AIT I~PH IIXD SP MRES DTLN MTE~ RMOB bITS RCFT TENS THO~ CGR POT~ WL~G NTE~ HTEh~ :PHA DTE .DTE .DTE DTE LSS LDT LOT LDT LDT bDT LDT CNb CNL CN L ALP NGT NGT . NGT , ~l S F ,AIT 4000 2 2 2 2 71 -51 1 130 86 2 0 161 1208 14 0 39 685 2120 -999 -999 -999 -999 -999 -999 -999 -999 000 CIDP 226 CDVR 259 CHER 229 CILD 268 IDOF 08 IIRg 38 SGR 198 HTEN 90o DTLF 550 MRES 08 DRHO 27 039 SSl 883 SIRH 215 SG~ 961 HTEN 135 TNR~ 888 CNT 000 MRES 250 []RAN 250 URAN 250 CGR 250 SGR 250 w2NG 250 TENS 250 CALS ,550 MRES 250 TENS DTE .DTE DTE DTE DTE DTE LSS ~bSS bDT LDT bDT LDT LDT LDT CNL CNb CNL LSO ALP NGT NGT MSF DEPT, 3900,000 ClDP,DTE IDEP,PNA 2,~82 CDVR,PHA DTE 2. 87 CMER,PHA I~PM ...... IFVR,PHA 2..361 ClLD,DTE ILM.DTE 2.393 IDOF.DTE 20-APR-lg92 !7:04 124.600 1.194 0.008 461 410 216~770 2.0@8 58,178 209.850 3.570 2265.075 0.956. 99.250 '999 250 '999 25O '999 25O '999 250 13 848 1,194 '999,250 44 445 860 443~659 0,000 408.135 49.007 1399.759 131.200 1,.198 -0~01! 463 722 206 070 5~ 1,61 160 ~02 O8 0 O! -999 ]50 -999 50 -999 ~50 -999 250 -999 250 -999.~50 14. 89 396 028 42 5 3991 646 0.000 HTE~,LSS PEF,LDT LU,LDT SS2,LDT bSRM,LOT TENS.LDT NPHI.CNL NPOR.CNL CFTC.CNL MTE~,CNb POTA,LSO THOR,KAL URAN,ALP CGR.ALP W3NG,NGT HTEN.NGT SGR.~SF HTEN.MSF ~RES.AIT IDPH,DTE IDVR.PHA IMER~PHA ILD~DTE IMOF DTE IIXM DTE TENS OTE DT 588 GR bSS HTEN bSS PEF bDT .LDT LSRH.LDT TENS,bDT NPHI.CNL NPOR,CNL CFTC.CNL TEM,CNL OTA,b$O THOR,KAL [IRAN,ALP CGR,ALP W]NG.NGT MTEN.NGT SGR.MSF HTE~,MSF ~RE$,AIT 55 1394i2 416 2. 2255 ~9 642. 80. -999 -999 -999: 9, 55, 1394. -999. t46 854 487 059 177 120 000 619 329 .734 696 25O 250 25O 250 25o 25O 46 8154 250 2 . 2 243 2 254 0 000 32 941 3245,000 132 400 49 007 1399 7'59 2 340 424 559 295 890 2 119 I .ooo ,236 39.867 7~1.208 -999. 0 -999 250 -999 250 -999 ~50 -999 250 -999 ~50 49 007 25O IDPH,~TE ~ IDVR, HA IMER,PHA 2 ILD,OT~ 2 I~OF~OTE 0 TENS.I..$S DPHI LDT OLS:LDT LL LOT bSHV:LDT bURH.LDT STEM.bDT RTNR,CMb RCNT.CNL SGR.CNL HTEN,CNL SGR.LSO POTA,KAL THOR ALP C$:NGT W4NG.NGT MRE$.NGT TENS.~SF GR.AIT MTE~,AIT CDER..PHA CIMP.DTE CMVR.PHA ClLM.DTE IIRD.DTE SFLU.DTE ~TEM.DTE DTb. L$S TENS.LSS DPHI bDT OLS bDT Lb LDT bSHV LDT LURH.LDT STEM,bDT RT~R.CNL RCN~.CNL SG .CNL HTEN,CNL SGR.LS~ POTA.KAL THOR.ALP CS.~GT W4NG~NGT NGT MRES,~SF TENS, GR,AIT MT~M.AIT 525 CDER,PHA 6 4 CI~P.DTE .70 C~VR.PHA 502 CI'LM,DTE 000 I'IRD.DTE PAGE: 47 3045.000 31,608 0.007 253 381 1147!345 2 139 80.696 3 712 2368:758 58.178 209 850 -999 250 -999 250 -999 25O -999 250 -999 250 -999 250 ~045,000 999.250 -999,250 442. 448 666 440 984 36~ 953 322 86 550 127 2OO 3245~000 -0 015 441 25 114~ 651 2 .127 254,2 ~25 53 62 16~ 408 -99 250 -999 250 -999 250 -9 250 999.,~50 ]245. O0 '999,~56 -999. 402 905 418 986 423 506 417 943 325 841 IS Tape Verification [.,istfng chlumberqer AlasKa ComputinO Center IT×D.DTR 52,901 !IPM.DTE SP.DTE -50,375 SGR.DTE ~RES.DTE 1.280 HTE~.DTE DTI.,~.LSS -87 700 DTLF,LSS MTE~,Lss 86:507 MRES,LSS HOS,LDT 2,~2 DRMO,LDT ~OS$,LOT 0.024 LS,LDT LIT~,LDT ~59,223 SSi,LDT SSHV,L~T 1208,406 SIRH,LDT CALI.LDT 13 6~2 SGR,LDT MPE$,L[)T 0~982 HTEN,LDT TNP~ CNL 39 535 TNRA,CNL RCFT~C~ ,,,n 66!:831 CNTC'CNL TE~S CmL 2215 000 ~RE$,CNL T O : So -999:250 CG~,LSO -999,250 SG~.KAL -999,250 CGR,KAL P~TA ALP -999 250 SGR,ALP ~1N~NGT -999i~50 W2NG,NGT WSNG.NGT -999 250 TENS.NGT MTK~.NGT -999.250 CAL$,MSF ~TE~ ~SF 86,507 MRES, MSF HTE~.'[AIT -999,250 TEN$.AIT IDE,PHA I~PH.OTE I~VP.PHA IL~.DTE IIXD.DTE SP.DTE M~ES.DTE DTLN.LSS MTEM,LSS RHOB,LDT Oq~$,LDT LI'_'H.LDT $S~V,LDT CALI,LDT ~RES.LDT TNP~.CN[~ RCFT,CNL TENS,CNL THO~,LSO CG~.LSO SG~.KAL POTa.ALP W1N~,~GT WS~G.MGT ~TE~.NGT 3800,000 2.873 2. 739 2 747 2 710 39 528 -55 063 1 284 127 40o ~6 050 2 076 0 013 i68 677 1208 449 13 292 0 987 36 599 658 534 2175 000 -999,250 -999.250 -999,250 -999,250 -999,250 -999,250 999,250 86,050 999°250 CIDP .DTE CDVR PHA CMER PHA ¢IbO DTE IDOF DTE IIR~,DTE SG , DTE HTEN,DTE DTLF, MRES LLD~S DRHO ~ T L$ LDT SS 1 LDT SGR bDT HTEN LDT TNRA CNL CNTC CNL ~R~$. CNL URAN URAN ! KAL CGR KAL SGR, ALP W2NG,.NGT TE. S. NGT CALS, ~SF TENS, AIT 20-APR-lOg2 17:04 387 539.2 IIX~.;. DTg 48i 70 TENS.DTE 133:1 744 DT,L$S -110.700 GR.bSS 1.280 HTEN,LSS '0,007 PEF,LDT 463,287 LU bDT 208.318 S$2:LDT 2,,146 LSRH.LOT 49~842 TENS~LDT 109.635 NPHI.CNL ] 507 NPOR.CML 2388:380 CFTC,CNL 0 ~82 MTE~,CNb -099: 50 POTA,LSO -999 ~50 T~OR,KAL -999:50 ~RAN,aLP -q99,250 CGR.~LP -999,250 WS~G.NGT -999,~50 HTE.~ 'N,NGT 13, 37 SGR,gSF 1 280 HTEN,MSF 999:250 MRES. AlT 365,885 IMER.PHA 345,932 IL~q,DTE 0.000 IMQ ,DTE 3~,127 IIX~ DTE .315 TENS DTE 13~,558 DT LSS 1 .200 OR bSS 1,~8.4 HTEN bSS 4'0'8 20 PEF LDT 20~,~76 LO bDT . 26 8S2 LDT 58 TENS,bDT 223 400 NPHI.CNL 3 337 NPOR.CNL 2310 308 CFTC.C~L 0,987 ~TE'~,CNL '999.250 POTA,LSO -999'!50 THOR.KAl, :999i 50 URAN.ALP 999 50 CGR.ALP -999,250 WSNG,NGT -999,250 MTEN.'NGT 13,028 SGR.~SF 1~284 HTE~.~SF -999.250 MRES,AIT 26.627 2860 000 125:400 48 570 2 378 30~,218 22!5 '119 ,000 38,643 39 164 681:843 79,198 -999,250 -~99.250 - 99:250 -999 50 -999 .250 481570 744 2 .85 2 733 2 891 0 000 21 307 2900 000 132 000 56 315 1354.558 2 341 29 8 2.095 2175 000 .433 999 50 -999 ~ 0 -999 ~0 -999 250 -999 250 56 .3i5 1354 558 -999 250 SFLU.DTE gTE~ DTE TEUS.LSS DPHI,LDT OLS.LDT Lb.LDT DSHV.LDT LURH.LDT ~TE~.LDT RTMR,CNL RCNT.CNL SGR,CNL HTEN POTA,KAL THOR.ALP CS,NGT W4NG,NGT gRE$,NGT TENS,MSF GR.AIT MTEM,AIT CDER.P'HA IMP,DTE MVR.PHA CILM.DTE IIRD,DTE SFLU,DT'E ~TEg,DTE DTL.LSS TENS,L$S DPHI,LDT OhS,bDT Lb,LDT LSHV,LDT LURH,LDT MTEM~LDT RTNR CNL SGR.CNL HTEN.CNL $'GR LSO POTA KAL THOR ALP CS NGT w4NG,NGT MRES.NGT TENS.MSF GR.A!T MTEM.AIT PAGE{ 48 2,382 86,507 122.400 2860 000 32:576 2~ o,oll 1,869 1146,701 2,130 71,198 ,851 2500 194 49~842 109,635 -999,250 -999,250 -999,250 -999,250 -999,250 '999,~50 2860, 00 -999,~0 -999,0 348,014 365,076 364,023 69,002 050 128'300 2900,:000 34,810 '0,008 0 2408:2~ 53~558 -223400 ~999250 -999~250 -.999i250 .999:~25.0 999,;250 ~900,00o ~999,.250 .999'250 IS Tape Verification Listino ChlUmberger AlasKa Computing Center DEPT. 3700 I~PH.DTE 4 ! L~, DTK 4 I~Xn D?E 21 SP2 T -3o ~ES,DTE 1 DTLN.LSS 136 ~TE~ LSS 85 ~HOB~LDT OSS.LDT 0 LIT~,LDT 156 ssHv LUT 1208 CALI:LDT ~DES LDT 0 TNpH~cNL 50 RCFT.CNL 389 TE{'~$.CNL 2025 THOR.L$O -9~9 CG . SO SG~,KAL '999 POTA.ALP -999 WING NGT -999 W5NG' .N~? '999 ~TE~.NGT -99g MTE~,~SF 85 HTEN.AIT -999 000 ClDP,DTE '758 CDVR.PHA , ,283 C~ER,PHA .251 C]LD DTE .263 IDOF:DTE 750 !IRM.DTE :500 SGR.DTE .370 HTEN.DTE ,000 DTLF.LSS ,351 ~RES.LSS ,1!1 DRHO.LDT .029 LS LDT ,628 SSI:LDT 505 SIRH,LDT :250 SGR.LDT ,997 HTEN.LDT .533 TNR~.CNL .325 CNTC.CNb ,000 ~RES.CNL .250 URAN 580 .250 URA~iKAL 250 CGR KAL 250 SGR.ALP .250 W2NG, GT 250 TEN$.NGT 250 CALS,SSF 351 MRE&.MSF .250 TENS.AIT DEPT IMPH.DTE I~VR.PHA ILM,DTE IIXD.DTE SP.DTE ~RES.DTE DTLN,LSS ~TE~.LSS RHOB,LDT OSS.LDT LIT~.LDT SSHV.LDT C~L!.LDT ~RES,LDT TNDH.CNL RCFT,CNL TE~S,CN5 CG~,L$O SG~.KAL POTA,ALP WLNG.NGT ]6:00.000 5,244 4,964 4~.895 4 ~28 1,9:50 -43.B75 1.355 143 O0 2,103 0 017 1208 . 13 008 I 021 47 558 425 977 2060 000 -999 250 -999 250 -999 250 -999 250 -999 250 :999,250 999,250 CID DTE CMER PHA CILD:DTE IDOF,DTE IIRM,DTE SGR,DTE gTEN,DTE DTLF.LS6 ~RE$.LSS DRHO,LDT LS.LDT SSl LOT $1RH:LDT SGR LDT HTEN L~T TNRA CNI, ~RES CML URAN LSO URAN ~AL CGR KAL SGR ALP W~NG NGT TENS,NGT CALS.aSF 20-APR-lO92 17:04 210.457 IDPH,DTE 21.1.~2 IDVR.P"A 1368.379 DT,LSS 136.600 1.370 HTEN.5SS 0.008 PEF.LDT 475 849 LU LDT 82~ 9 TENS,BDT 196.2~3 NPHI,CNL 4,2 9 NPOR,CNL 1740,407 CFTC,CNL 0,997 MTE~,CNL -999,250 POTA,5SO -999.250 T~OR,KAL -999,250 U~AN,A.LP ,250 ~TEN,NGT 14,106 SGR,~SF 1.370 HTEN,gSF -999.250 ~RES,AIT i ,421 202,909 189,984 0,~00 lgO, 82 70.054 1416~629 t42'500 1,355 -0;009 467,.436 207.3~9 82,i48 221 '285 ,287 195~ .928 .7~6 -999 0 -999 250 -999 250 -999 250 12 720 IDPH,DTE IDVR~PHA IMER'PHA ILD,DTE I~OF,DTE IIXM,DTE TENS,DTE DT;LSS GR,LSS HTEN,5$$ PEF...LDT LU~LDT SS bDT L.SR~ :LDT TENS LDT NPHI CNL MPOR~CNL CFTC.CML POTA.LSO THOR~KAL URAN..ALP CGR.ALP W3NG;NGT HTEN.NGT SGR.~SF 4 752 42731 4,261 4 737 o2ooo 287 000 140.400 73,887 1368.379 2.548 441,040 31~:023 103 202~.000 52 470 50~742 418 445 77 917 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 73 887 1368 379 -999 250 5 ]24 5 1197 4928 5 264 0'000 ! ,874 2 9;0o0 4 ,,200 70 =054 14I~629 .574 50i 2060 000 46.642 493 90 77.444 -999 250 -9991 50 :999~ 50 999 50 -999 250 -999.250 70 054 DERPH~ Z PiDT CMVR.PHA CIbM DTE IIRD:DTE SFLU.DTE MTE~.DTE DTL.L$S TENS.LSS DPHX.LDT OLS.L~T LL LDT LSHV~LDT LURH,LDT ~TE~,LDT RTNR CNL SGR,CNL HTEN,CNL SGR,LSO POTA.KAL THOR.ALP CS.NGT W4NG.NGT ~RES,NGT T£NS,~SF GR'AIT MTE~.AIT CD~R PHA CI~PiDTE C~VR,PHA CIL~.DT~ IIRD, DTE SFLU'DTE MTEM;DTE OTh.t, SS TENS.bSS DPHI,LDT OL$'LDT LL.LDT LSHV.LDT LURH'LDT ~TE~ RCNT.CNL SGR,CNL HTEN.CNL SGR.LSO POTA,KAL THOR..ALP C$.NGT W4NG.NGT MRES.NGT TENS,~SF PAGE: 49 210 192 233 456 235 217 234 571 181 754 3 452 85,351 136,800 2875.000 32 666 -0 034 255 328 1146 924 O5 4 278 1800:172 82 179 196 233 -999 250 -999 250 -999 250 -999 250 '999 250 -99 250 287 000 -999 ~50 -999 250 90,697 04,304 02'9!6 4 ~ ! . 143'300 299 ~00 3~ ,29 4 04 77 4 .2:25'287 :999; 50 2999.;2so Z999;'250 ';999.250 ;990'250 999,~50 2995,000 IS TaPe Yerificattom I. istino chlumberqer Alaska Computing Center t4TEN..u.S.!~I 84,853 MRE$,~SF ~TKN.AI =999,250 TENS.AlT 3500,000 7.535 6,645 6,554 6.513 I0,223 '42.688 1,654 1~2,400 4,199 ~,161 0,014 14!. 105 1208:444 13,150 1.017 39,995 595'414 2135.000 -999,250 -999,250 -999,250 -999,~50 -999, 50 -999 250 -999 250 84 199 -999 250 CIDP,DTE CDVR.PHA CMER.PHA CILD,DTE I DOF DTE IIRM:DTE SGR DTE HTEN: [)TE DTLF I.,SS MRES~LSS DRHO,LDT DS,bDT SS 1 bDT SIRH:LDT SGR bDT HTEN: LDT CNTC,CNL ~RES,CNL UR N, KAL CGR. KAL SGR' ALP W2NG~ NG~'~ TE~S.,G CALS. ~SF ~RES'~SF TENS, AlT DEPT. IDER'PHA I~VR'PHA IL~iDTE IIXD,DTE SP~DTE MRE$'DTE DTLN,LSS ~TE~.LSS ~HOB bDT OSS LOT LITH LOT SSHV bDT CALI bDT ~qES.LDTcNL Pg. RCFT.CNb TENS.CML SGR~KAb POT~.ALP 3400,000 7,47i ~'69~ 6;581 1,::392 135,400 ~3,513 2:~.145 0,026 136':567 ~3,931 1,026 45.2~2 477.265 2030 000 -999 25O -999 25O -999,250 -999,250 CIDPDTE CDVR PHA CMER PHA CILD DTE IDOF.OTE IIRM DTE SGR:DTE HTEN..DTE DTLF!LSS MRES.~LSS DRHO. LDT LS,LDT SSI~LDT S1RH,LDT SGR,LDT H~EN,LDT TNRA,CNL CN~C,CNL URAN~LSQ ORAN.KAL CGR,KAL SGR,ALP 20-APR-1992 17:04 ..]55 HTEN. ~!SF [250 MRES,AIT ~1.73$ IDPH DTZ 1 .439 ID~R:PHA 1]~ 897 IMER.PHA ~ [50] I~D.DT~ 0 000 IMQ~.DT~ 144~837 IIXM,DTE 69,041 TENS,DTE 1416,605 DT,LSS 132,800 GR,bSS 1,654 HTE~,LSS -o oo4 426:030 LU.LDT 20~,420 SS2,LDT 7 ,181 LSRH,LOT ,797 TENS,bDT 22 .3~7 3,595 NPOR,.CNL 2152,712 CFTC,CNL 1,0!7 ~TE~,CN~ :999'250 POTA.bSO .9991250 .999,250 999,250 999,250 HTEN,NGT 13.617 SGR,MSF 1'654 HTEN"~SF -999,250 ~RES,AIT 1 4,~ IDPH,DTE ! . IDVR;PHA _9'168 IMER,PHA 136~882 ILD~]DTE 0,000 IMOF~DTE 143~359 II~M,DTE 63;727 TEN$.DTE 1~2,3~0 DT,bSS ~4'000 GR:'bSS 1.392 HTEN,LSS 204,030 SS2,LDT 2.200 LSRH,bDT 69,414 TENS,bDT ~977 820 CFTC.CNb 1.026 MTEM'CNL %999,250 ~999,250 THOR,KAL .999.250 URAN.'ABP 999',250 CGR,AI.,,P ~416 629 999:250 .477 .438 6,627 7,380 0,000 13,735 2960,000 164,000 69,041 14!6,605 2,488 387,780 300 191 2 165 2135 000 40 478 38 667 612 497 = 76,:825 .999,2 0 .999.2~0 .999,250 ~999,250 .999'250 999,250 69,041 1416,605 -999,250 7,427 7,468 6'704 7:;3'06 o~ooo 6*;232 2770.000 170,400 63'727 139~,670 393 995 29~ 56 }45 2030:000 44.433 45 207 51~1893 7 753 -999~250 -999 ~50 999 250 GR.AIT MTEM.AIT CDER PHA CIMP:DTE CMVR.PHA CILM.DTE IIRD.DTE SFLU.DTE ~TEM DTE DTL:LSS TENS.bS$ DPHI.LDT QLS.LDT Lb.bDT bSHV LDT LURH:LDT ~TE~,LDT RTNR,CNL R~NT.CNL SGR,CNL HTEN CNL SGR:LSO POTA,KAL THOR,ALP CS,NGT W4NG,NGT MRES.NGT TENS,MSF GR,AIT MTEM.AIT CDER,PHA C IMP. DTE CMV~. PHA ClLM DTE ! iRD DTE TE DTE DTL LSS TENS LSS DPHI ,bDT Ob$, bDT Lb. bO~ bSHV, LOT LURH 'LDT MTEY~. bDT R :T N R. C N b RCNT ' CNL $~R.CNb HTEN. CN b SGR, LSO POTA,KAB THOR. ALP CS.NGT PAGE: 50 -999 250 =999:250 .495 152,568 153,537 118,712 5,581 84,199 133,200 2960,000 29,659 0 O0 232 1145 779 2 180 76 825 3 941 230 7~ 494 797 .220 367 999 250 -999250 -999 250 -999250 -999250 -999 250 2960 000 -999'250 -999,250 i49'438 148;927 I51'954 120~401 8~'784 ,513 '000 30'595 '0.004 234,3,39 1146'022 72,171 5,75~ 2053-810 69;414 .184'456 .999,250 ;999'250 ~999,250 '.999;250 IS Tare VerificatJ. on [,istiDo chlumDer~er Alaska Computin~ Center W1;~C~.NGT -999,250 W2~,~G, NGT WbN~,NGT -999.250 TKN$.~GT ~!TE;~,. MGT -999. 250 CABS. ~SF MTE~.aSW 83.513 MRES.MSF H M? AIT -999.250 TENS'AIT DEPT. IDER PHA I~VR !L~:DTE IIXD,OTE ~ES,DTE DTLM, [,SS ~TE~, LSS ~OB, bDT OS$.LDT LITe,bDT $SHV,LDT CAL!.LDT ~RES.bDT TNPH.CNL RCFT.CNL TENS.CNL THOR.5$O CGR,LSO SG~,KAL POTa. ALP W5NG.NGT MTE~.NGT MTE~,~SF HTEN.AIT 3300,000 8.027 7.158 7 195 7:086 4.498 -43.750 1,655 142,000 81.,095 2.109 0 038 1208 091 13~1~6 ,O30 5 ,436 414,381 1935 000 -99 25 -99~ 0 ~50 -999 ~50 -999 250 -999 250 -999 250 -999 250 81 O95 -999 250 CIDP.DTK CDVR.PHA CMER.PHA CILD DTE IDOF:DTE IIRM.DTE SGR,DTE HTEN.DTE OTLF,LSS ~RES. L$S DRHO,LDT LS.LDT SS1.LDT S1RH.LDT SGR.LDT HTEN bDT TNRA CNL CNTC CNL MRE$ CNL UR~ URAN~KAL CGR:KAL W2~G ~GT TENS NGT C~L$,~SF ~NES,~SF TEN$,AIT D~ 3200,000 I~,DTE 7 659 I ,PHA 7 723 Ib~,DTE 7 364 ~ES~DTE 438 DTbM,LSS 143,800 '~'TE~.LSS 80,241 R~OB. LDT 2.156 OS$. bDT O. 03 ~ bi Tg. LDT 137. 210 SSHV.LOT ~208,137 CALl.bDT ~3,541 TNPM,CNL RCFT.CNL 437.755 TMM$.CNL 1900 ~00 T~OR.LSO -.999~ 50 CIDP,DTE CDVR,PHA CMER~PHA ClLD DTE IDOF DTE IIR~ DTE 8GR DTE HTEN DTE DTLF LS$ ~RES LSS DRHO bDT L$ bDT SSI bDT $1RH bDT SGR bDT HTEN bDT TNRA CML CMTC CNL MRES.CNL URAN.LSO 20-APR-lg92 1.7:04 -999.250 W3NG.N~T -999 -999.250 ~TEN,NGT -999 13.421 SGR.~$F 63 1,392 HTEN.~SF 1392 -999,250 MRE$,AIT -999 123.305 IDPW,DTE 8 412 IDVR,PHA 8 I~'557. I,ER.PHA 7 125,6~0 ILD,DTE 7 0,0 0 IMOF'DTE 0 133,243 IIXM,DTE 14 65,351 TEN$.DTE 3040 147],310 DT.LSS 184 140.800 GR.LSS 65 1,655 HTEN.LSS 147~ 0 009 PEF.bDT 2 47~i039 LU,LDT 441 21 358 $$2,LDT 309 2,064 LSRH,bDT 2 67,261 TENS,bDT 193~ 154.637 NPHI,CNh 4 3.959 NPOR,CNL 52 !924'6~8 CFTC'CNb 466 , 1,030 MTEM,CNL 74 999,250 PoTA,LSO -999 -9'99'2.50 THOR,.KAb -999 -999.~50 URAM'ALP -.999 '999,250 CGR;.ALP :999 -999,250 W3NG, qf 999 -999'250 MTEN,NGT -999 12.8~5 SGR,MSF 65 !.655 HTEN,MSF 1473 -999,250 MRE$,.AIT '999 I~1,909 IDPH:,DTE ,gl8 IDVR*PHA 8 130,190 IMER'PHA 7 1:20'049 'ILD*DT~ 8 ,0,000 I~OF'DTE 0 128'~56 iIXM,DTE 12 59'5~5' TENS,DTE 2890 1432'599 DT,bSS 176 I42,200 GR,LS$ 59 t;438 HTE~,L$S 143~ ,0 01 PEF,LDT 2 43 '543 LU,5~T 396 21t'101 SS~,.LDT 299 2,149 LSRH*LDT 2 69~266 TENS.bDT 190~ 1.77,303 NPHI,CNL 5 4,144 NPOR,CN5 .44 1967'951 CFTC.CNL 500 .99~,081 MTE~,CNb 74 .250 POT~bSQ -999 25O 250 115 855 000 700 ~10 4~0 96~ 75~ ,100 ,000 ,122 ,106 .328 ,6!6 25O 25O 0 ~250 ~250 ,351 W4NG.NGT MRE$.NGT TENS.MSF GR.AIT MTEM.AIT CDER.PHA CI~P.DTE C~VR.PMA CIbMDTE SFLU.DTE MTEM.DTE DTL.L$$ TENS.LSS DPHI.LDT OL$.LDT Lb bDT LSHV:bDT LURH bDT MTEM:LDT RTNR CNb RCNT CNL SGR~CNL HTEN~CNL 'S¢~,LSO POTA~KAL ~HO ~. CS W4N~ NOT MRES NOT TEN~ SF OR ~IT MTE~,AIT PAGE{ 51 '999,250 '999'250 2770,000 '999,250 '999,250 124 584 139i699 138 981 6 264 81 095 141 3040 000 1 ! 050 2 104 74 616 154 . -999~ 250 ,,999 250 -999 0 '999, 50 3040, O0 :999'250 .999'250 .~8i CDER,PHA 115,762 .70 ClMP,DTE 130,559 ,681 CMVR.PBA !29'490 i330 CILM.DTE 135,:797 ,ooo I :000 DTL,LS$ 142,7 585 TENS,LSS 2890,000 :599 DPMI,LDT 29'910 OL$,LDT 663 -0~009 431 Lb,bDT 214'327 293 LSHV,LDT 1146'440 · 155 LURH,LDT 2;:167 000 MTEM,LDT 74'019 .348 RTNR.CNL 4":1.48 75 RC....~.CN:L 2149;158 ::1454 SGR,CNL 69'266 :~19 HTEN.CN5 ~77,303 50 SGR,L$~ ' 99,~50 I$ Ta~e Verification Listing chlumberqer Alaska Computing Center CGR,LSO -999.250 iIRAN KAL SGP.KAL -999.250 CGR:KAL POTA,ALP '9q9.250 SGR.ALP wIRS NGT -999.250 W2NG.NGT WbNG:NGT -999,250 TEN~.NGT MTE~! NGT -999,250 CAL$,MSF MTE~:MSF 80,241 MRES,~SF BTEU.AIT -999.250 TENS.AlT 3100 D~PT'pHA 9~ IDE~, I~P~.DTE 8, I~UP,PHA IL~.DTE 8, IIXD DTE 7, SPiDTE -38. NRES DTE 1, DTLM.LSS 141, ~EY,LSS 79, RHOB.LDT 2, OSS.LDT O. LITH.LDT 145. SSHV.LDT 1207, ChLI.LDT 1.4, MRES.bDT 1, T~P~ CNL 44 RCFT:CNL 470 T~NS,~NL t810 T~OR. SO -999 CGR,LSO -999 MGm.KAL -999 POT~.ALP -999 WlNG,NGT -999 ~TE~. GT '999, MTE'~ ~SF . 79, HTEN~AIT 999, 000 CIDP. 816 CDVR. 513 CMER, 507 ClbO. 440 IDOF. 025 IIRM, 625 SGR, 689 HTE~, 000 DTLF, 750 MRES, 159 DRHO, 015 41~ SSl 747 SGR, 12~ HTEN, 90 TNRA 090 CNTC 000 ~RE$ 250 [IRAN 250 URAN 250 CGR 250 SGR 250 W2NG 250 TENS 250 CAb& 75O MR.~ 250 TEN DTE PHA PHA DTE DTE DTE DTE DTE bS$ [SS LDT LDT bDT LDT bDT bDT CNL CNL CNL [,SO KAL ALP NGT NGT ~4SF AIT DEPT, 3000.000 IDE~,PHA 9,821 I~P~.DTE 8,786 I~V~,PHA 8,580 IL~.D..E 8~805 IIXD,DTE ],190 SP,DTE '-31,625 ~ES DTE 1,588 DTL~,LSS 1.3 ,500 ~TE~,.LSS 79,806 ~HOB.L[)T 2,142 OSS.LDT ~ LIT~,LDT 14 ,021 ,616 SSHV,LDT 1207.830 CALI.LDT 13..789 MRES bDT 1,127 TNP~CNL 44.942 CIDP.DTE CDVR,PHA C~ER,PHA CILD,DTE IDOF,DTE IIRM,DTE SGR.DTE HTEM,DTE DTLF, LSS MRES. LSS DRHO. LDT L$, L[ ~ SS 1 . bDT S1RH.LDT SGR.LDT HTEN.LDT TMRA.CNL 20-APR-1992 17:04 -999 250 '999i250 -999 250 -999 ~50 -999 50 13 578 I 438 -999 250 101 2 11].309 10 ,920 0 000 69,971 1577.094 139,900 1,689 0,009 437.59~ 215,7~3 76, 75 192.636 193~ 97 50 -999 50 -.999 250 -99g,250 -999,250 -999,250 1'5,242 1,689 -999.250 l! 290 0 000 ' 25 15~ 697 I 900 I 588 -0 001 I°° 2 22 148 7~ 368 172 741 ~.821 T~OR,KAL URAN,ALP CGR,ALP W3NG.UGT HTEN,NGT SGR,~SF HTEN'MSF MRES,AIT IDPH,DTE IDVR,PHA IMER,PHA ILD,DTE I~%OF,.DTE IIXM,DTE TENS.DTE DT,bSS GR,LSS HTEN,5SS PEF,LDT LU,LDT S82 bDT LSRH:LDT TENS,bDT MPHI,CNL NPOR,CMh CFTC.CNL MTE~,CNL POTA,bSO TMOR.KA5 tIEAN,ALP ALP CGR, . HTEN, SGR.,MSF HTEN,MSF MRES.AIT IDPH.DTE IDVR.PHA IMER.PHA I~ ,DTE IIX~.DTE T' TEN~,D.E D'r,Lss GR,LS$ HTEN,bSS PEF,bDT LU,LDT SS2,LDT LSRM,LDT TENS.bDT NPHI.CNL NPOR,CNL -999 ~50 -999 50 -999 250 -999 250 -999 250 59 585 i432 59'9 -999 250 9.84] 9.768 525 O0 523 3060i 0 000 183.800 69,971 1577,094 2 485 406~.732 31~ .545 150 1810 000 46 .661 44 42~ 500 05 73 251 -999:250 -999 250 - 250 -999 250 -999 ~50 69 971 I~77 094 - 99 250 9 898 9 ~19 01 8 9 682 0 000 I0 002 2880 000 $ 25 151~ 697 549 413 505 302 371, 2 143 1830 000 44,3O4 45.304 POTA. THOR. CS. W4NG. NRES. TENS. G~. ~TEN. CDER. CMVR CILM: IIRD SFLU: MTE~. DTL TENS: DPHI. 058 LSHV LURH~ MTEM. RTNR, RCNT SGR: HTE~:sG POTA THOR MTEM KAL ALP NGT NGT NGT ~SF AlT AlT PHA DTE PHA DTE DTE DTE DTE LSS LSS bDT bDT bDT LDT bDT CNL CNL CNL [SO KAL ALP NGT NGT NOT AIT CDER.PHA CXMP.DTE CMVR,PHA CILM.DTE IIRD,DTE SFLU,DTE MTEM,DTE DTL,LSS TENS.LSS DPHI,LDT QLS*LDT Lb,bDT LSHV.LDT LURH,LDT ~TEM,bDT RTNR.CNL RCNT.CNL PAGEI 52 '99~,250 '99 '.250 '999,250 '999, 0 2890.000 '999,250 '999,250 1 464 117,555 118,486 92,464 6 919 79i750 ~4! 000 3060 000 29:767 -0 029 234 225 1145 971 2 152 7~ 251 404 -999 250 -999 250 -999 250 -999 250 -999 ~50 3060 -999 250 -999 250 I 815 t g .55 764 7 304 79 806 ooo °° 30 773 -0 039 235 ,347 1145 444 7~ 142 640 4 119 2047 552 IS TaDe verification t, istin~ chlumberger AlasKa Computing Center RCFT.CML 486.869 C~{TC.CNL TENS.CNL 18]0.000 MRES.CNL THOP.LSO -9o9,250 URAN.LSO CGP.LSO -999.250 URAN.KAL SGR,KAL -999.250 CGR'KAL POT~.ALP -999,250 SGR,ALP W1NG.NGT -999,250 W2NG,NGT WbN~.NGT -999.250 TENS.NGT ~TE~.~GT -999,250 CAL$~SF ~TE~.~$F 79.806 MRES,~SF HTEM.AIT -999.250 TENS,AlT DEPT. IDEP.PHA I~PM.OTE I~VR IIXD.DTE SP,DTE ~ES.,DTE LN.LSS ~TEg,LSS RgOB.LDT OSS.LDT LITHoLDT SSMV.LDT CALI.LDT MRES,LOT TNPM CML RCFT TENS ~NL NL THOR CG~ SGR KAL POTa ALP W~N~ NGT W5NG NGT ~TE~ NGT MTE~ ~SF HTEN.AIT 2900. 9, ?o 4, ! 156~ 78 O~ lBO, 1208, 18. 1, 40, 487, 1690, -999, -999, -999 -999~ -999 '999 -999 78 -999 000 159 095 612 612 591 4:t8 521 200 313 064 040 315: 079 793 059 548 116 000 250 250 §0 250 250 250 CIDP. CDVR, C~ER, CILD IDOF~ IIRM SGR: HTEN DTLF~ MRES DRHO b$ StRH SGR HTEN TNRA CNTC MRE$ [IRAN [)RAN CGR SGR W2NG TENS CABS, MRES, TENS. D T E PHA OTE DTE DTE DTE DTE LOT bDT DDT LOT bDT bDT CML CN L CNL KAL ALP NGT NGT NSF AIT DEPT. PHA IDEP,]~ IL~.DTE II×D.DTE SP.DTE ~RE$.DTE DTLN,LSS ~{TEg,LSS R~OB.LDT OSS.LDT LIT~.LDT SSHV.LDT 2800 000 9 662 8 456 9 121 7 930 2 979 -57.656 3.070 72.563 1.644 -0.153 2~,849 121 ,I03 CIDP CDVR: CMER CILD IDQF IIRM SGR, HTEN. DTLF, MRES. DRHO, SSI. $1RH. DTE PHA PHA DTE DTE DTE DTE DTE bDT LOT bDT LOT 20-APR-1992 17:04 1986.286 CFTC,CML 1.127 MTE~,CNL -999.250 POTA,LSQ '99g.250 THOR,KAL '999.250 URAM,ALP '999.250 CGR.ALP '999.250 W3MG.NGT '999.~50 HTEN.NGT 13. 97 SGR,MSF I 588 HTEN.MSF -999:250 MRES.AIT 116,231 96 2 o:§go 124,~17 35, 20 ~437,07g 154.900 1.521 0,040 47 240 32 649 31 920 37.2 268 930 3 818 17.40 595 1 059 -99 250 -99~ 250 25O -999 250 -999 250 tO 589 I 521 -999 250 11.4 409 98 828 115 5 0 000 119 125 39 281 116 14~ 000 ,897 57,839 4.474 IDPH,DTE IDYR,PHA IMER,PHA ILD.DTE I~OF.DTE IIXM DTE TENS~DTE DT.LSS GR.b$S HTEN,5S$ PEF.LDT bU.bDT $S2,bDT bSRH,bDT TENS,bDT NPMI.CNb NPOR.CNL CFTC,CNb MTEM.,CNb POTA LSO THOR KAL [IRAN ALP CGR ALP W3NG NGT HTEN NGT SGR NSF HTEN NSF MRES AIT IDPH,OTE IDVR,PHA IMER,PHA ILD,DTE IMOF,DTE IIXM,OTE TENS~DTE DT~LSS GR~bS$ HTEN,LSS PEF,bDT LU.bDT $S2,LDT bSRH,LDT 517 72 -999 -999 -999 -999 -999 -999. 59. 1514 -999~ 10. 8. 10. 0. -4 2760 216 35 1437 2 500 332 2 1690 41 41 7 -999 -999 -999 -999 -999 -999 -g99 3595 157 39 1162 20 203 101. 2, 888 640 250 25O 250 250 25O 25O 625 697 25O 777 219 604 407 000 350 000 200 72O 079 581 146 59O 024 000 846 643 9~9 ,! 25 50 2~0 25O ~50 79 25O 741 9~ 000 ~00 600 000 584 397 8G~,CNL HTE~.CNL SGR.LSO POTA.KAL THOR.ALP CS NGT W4NG:NGT ~RE$.NGT TEN$.~SF GR.AIT MTEM.AIT CDER,PHA CIMP.DTE CMV~,PHA ClLM.DTE IIRD.DTE $FbU.DTE MTEM,DTE DTL,L$S TENS,bS$ DPHI.bDT OhS.LOT Lb,LOT LSHV,LDT LURH.LDT STEM,LOT RTNR.CNL RCNT.CNL SGR.CNL MTEN.CNL SGR POTA THOR ALP CS NGT W4NG NGT MRES NGT TENS MSF GR AIT STEM AIT CDER,PHA CIMP,DTE C'MVR.PHA CI~M.DTE IIRD,DTE SFLU*DTE MTEM,DTE DTL.LSS TEN$,LSS DPMI.iLDT OLM,LDT bb.bDT LSHV,LDT LURH,bDT PAGE{ 71. 172 999, 999, '999, -999, '999, 2880, '999, -999, 82 123: 104, 131, 84. 7 78 ~5 -0 297 1144 2 72 4 1765 -999 -999 -999 -999 3590 -999 -999, 103 109 O4 7 72 146 3595 60 108. 11.4~, . 53 368 741 25O 25O 25O 25O 250 25O 000 250 250 244 526 033 375 887 683 313 400 000 502 027 166 764 034 ~25 2~0 25O 25O 2~0 2'$O 000 250 250 494 57 633 063 000 789 563 5OO 000 949 010 104 7O8 604 IS Tare Verification Listing chlua~beroer Alaska Co,;putinO Center CALT.LDT 12,,831 SGR,LDT P,~, ES' bDT 1,038 HTEN, LDT TNP~.C;,~L 53.292 T~RA.CNL RCFT.CNL 282 8~2 C 7C.CNL T~NS,CNL 1645.000 ~RES.CNL TNO~,LSO -999 250 URAN.LSO CG~.LSO -999:250 URAN.KAL SG~.KAL -999 250 CGR KAL POTa. ALP -999:250 SG~ ~ ALP WING.NGT -999.250 W2NG& NGT ~5~qG.NGT -999.250 TENS.NGT ~TE~' . ~GT -999. 250 CABS. MSF ~TE~, ~SF 72.563 ~RES,~SF HTEU.AIT -999.250 TENS.AlT DFPT. IDEP,PMA IMP~.DTE IL~.DTE IIXD.DTE ~RSP.DTE ': ES,DTE DTLN.LSS ' ~ LSS ~PE RMO~, bDT QSS. bDT L!TH,LOT SSHV.L~T CAL!.LDT ~RES.bOT TNPM,CNL RCFT.CNL TENS CNL T~OR LSQ CGR SGR KAL POTA,ALP W~N~.NGT ,NGT BTEN.AIT 2700,000 10.373 9,542 9,457 9.398 7.352 '60,469 3,066 ~39 200 72 500 ,~6] 25 357 ~210 469 12 795 i 049 54 530 275 474 15 0 0 .9~0, 0 9,250 -9'99,'250 -999,250 -999,250 -999,250 -999,~50 -999, 50 72,500 -999~250 CIDP.DTE CDYR,PHA CMER,PHA CILD.DTE IDOF,DTE IiRM.DTE SGR,DTE HTEN.DTE DTLF~bS$ ~RES~5$S DRHO~LDT LS, LDT SS bDT S1R~ bDT SGR bDT MTEN bDT TNRA CNL CNTC CNL ~RES CNL URAN LSO CGR KAL SGR~ALP W2NG.NGT TENS.:NGT CAb& ~SF MRES MSF TENS AlT DEP~, 2600,.000 IDER,PI~A I0.794 I~PH.DTE 9,874 IL~.D,.~.E 9.711 IIXD.DTE 7,465 SP.DTE -63,2~9 M~ES,DT~ 3 031 ~TE~.LSS 72,125 R~OB.LDT -999.250 CIDP DTE CDVR PMA CMER CILD DTE IDOF DTE IIR~ DTE SGR DTE HT~N DTE DTL'F LSS ~RES, LSS DRMO.LDT 20-APR-lq92 17:04 22.270 TENS.bDT 189.975 NPMi.CNL 4.129 NPOR.CNL ~244.196 CFTC.CNL 1,038 MTEM,CNL -999.250 POTA.LSO '999,250 THOReKAL -999.250 U~AN.ALP :999 250 CGR.&LP 999:250 W3NG.NGT -999,250 HTEN,NGT 16.984 SGR,MSF 3.070 HTEN,~SF -999.250 ~RES.AIT 94,046 96.'?33 105.591 96.1~8 0 000 1001563 5~.563 11~ .000 1 9,900 3.066 i0,787 2 2.525 '5.287 4 232 37 330 202 .160 119~ 290 145 , I 049 '.99~ 250 -999 50 -999 -999 -999 ~50 5O 3 66 -999 IDPH.OTE IDVR.PHA IMER.PHA ILD,DTE IMOF,OTE IIX~.DTE TENS.DTE DT,LSS GR,LSS HTEN.,SSS PEF ,bDT LO SS DT LSR~ bDT TENS,bDT NPHI,CNL NPOR CNL CFTC ~TE~ CNL PoTA LSO THOR KAL URAN ALP CGR,ALP W3NG,NGT HTEN,NGT SGR,~$F HTEN,~$~ ~RES,AIr 92 ~06 IDP~,DTE 92:82 IDV 101.343 IMER,PHA 94,625 ILD,~TE 0,000 IMQF,DTE 97,438 IIXX.DTE 144 00 GR,bSS 3.~31 HTEN.L$S -999, 50 PEF,LDT 1645 000 ~TEM.LDT 50 417 RTNR,CNL 53 483 RCNT,CNL ~93 149 SGR.CNL 72 546 HTEN,CNL -999 250 $GR.L$O -999 250 POTA.KAL -999 250 THOR,ALP -9991250 CS.NGT -999 250 W4NG.NGT -999 250 ~RES.NGT 39,281 TEN$.'MSF ~162,000 GR,AIT 999,250 ~TEM.AIT 0 633 CDER.PHA [0 338 CI~P.DTE 9 I0 0 18 52 Illl 117 2 156~ 5 53 278 -99 '99 -999 -999 '999 -999 52 99 470 CMVR,PHA 391 CIL~,DTE 000 IIRD DTE 641 SFLU DTE ~000 MTEM DTE 500 DTL 563 TENS LSS 000 DPMI bDT 702 OhS, bDT 215 LLiLDT 000 MTE~ bDT 374 RTNR CNL 592 RCNT CNb 7 SGR CNL POTA KAL 2~0 THOR 0 W4NG,~GT 563 TENS,MSF I49 50 937 -999 00SFLU ~TE O0 ~TEM[ TE 200 DTL,L$$ 781 TENS.LSS 000 DPHI,LDT 250 OLS.LD'T PAGE: 54 72,546 4 657 1287 516 2 18~ 270 975 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 595,000 999.250 999,250 96 400 t04 '795 106 85 6OB B 2O3 7! 500 000 55 878 o ~15 t148 685 2 569 126237 i7530 2O2 ~60 -999 ~ -999 250 '999,250 25 :999; 0 999,25O O0 ~270, 0 999,250 -999'250 I0! 72 5 000 -999 '250 -999 250 IS Tape verification Listi, m~ chlumberQer AlasKa Computing Center OSS.LDT -999,250 L$.LDT LITH.LDT -999.250 $SHV.LDT -999,250 S1RH.LDT C~LT,LDT -999~250 SGR bDT ~RES,LDT -999,250 HTEN~LDT TNPH,CNL -999,250 TNR~ CN[. OR.LSO '999~250 ORAN bSQ CGR,bSO -g99,250 ORAN,KAL P ~A.ALP '999.250 SGR.AbP W5N~ NGT -999 250 TENS,NGT NTE~NGT -9991250 CALS,gSF ~TE~,~SF 7~ 125 ~RES.MSF HTEN,AIT -999 250 TEN$.AIT DEPT, IDER.PHA IMPN.DTE . ~.DTE IIXD DTE SP~D.~.ET' ~RES,~TE DTLNi[SS MTE~.LSS PHOB.LDT OS$ bDT LITH bDT SSHV bDT CAb! LOT ~RE$ bDT TNPW CNL RCFT CNL TENS CNL T~OR,L$O CGR.LSO SGR.KAL POTA.ALP W~C NGT W5NG NGT ~TE~ NGT ~TE~ ~SF HTEN AlT 2500.000 8 936 8 188 8 ~72 6. 95 -76 875 029 15 .000 72 188 -999 25O -999 250 -999 250 =999 ,250 -999 250 -999 250 -999 250 -999 250 -999.250 -999.250 -9'99,~50 -999,250 -999,250 -999,250 -999,250 -999i250 72,188 '999,250 CIDP.DTE DVR,PHA ~MER,P~A CILD DTE . IDQF,DTE IIR~,DTE SGR,DTE HTEN,DTE DTLF,L$$ MRE$ L$$ DRHO LDT LS bDT SSi bDT S1RH LDT SGR LDT HTEN LDT TNRA CNL CNTC,CNL URAN,LSQ URAN~KAL CGR KAL SGR AbP ~2NG NGT TENS NGT CAbS MSF ~RES MSF TENS 20-APR-1992 17:04 ~.~99i250 LU,LDT 99 250 SS2,LDT -999 250 bSRH.LDT -999 250 TENS,bDT =999:250 NPHIiCNL -999,~50 NPOR.CNL -9991 50 CFTC.CNL -.999.250 MTEM,CNG .999,250 POTA,L$O 999.250 THOR,KAL -999,250 ORAN.ALP -999 250 CGR AbP '999::2i02 W3NG:NGT '999 0 HTEN,NGT 19 1 5 SGR,MSF 3.~351 HTEN,MSF 109.440 113.551 120.390 11.1.813 0.000 106 5~7 i5~ o.o 600 3 29 -999 ~50 -999 250 -999 250 -999 -999 0 -999 -999 ~0 -999 0 -999 ~50 -gg9 50 -999 0 19 -999250 DEPT 2400,000 ClDP DTE 83 4~0 I,.. EP.PHA 12.059 CDVR.:PHA 83:324 i M PHA g0.~778 IMPH.DTE ! 033 IIXD:DT~ 5.496 IIR~,DTE 87,..0 S P. DTE -60. 438 SGR,DTE 66. 938 ~RES.DT~ 3.004 HTEN.DTE ~05...1.000 IDPH,DTE IDVR.,PHA IMER,PHA IbD DTE IMOF DTE IXM DTE EN$ DTE DT GR LSS HTEN,LSS PEF,LDT LSRH,bDT TENS,bDT NPHI~CN5 NP8R,CNL CFTC'CNL ~TEM.CNL POTA,LSQ THOR'KAL URAN,AbP CG~,ALP W3NG;NGT HTEN,NGT SGR,MSF HTEN.MSF ~RES.AIT IDPH OTE IDVR PHA I~ER PHA ILD DTE I~4QF,DTE IIXM.DTE TENS,DTE DT,.LSS -999.250 99.250 -999 250 -999:~50 -999 250 -999:2S0 :999o250 999.250 :999,250 999,250 -999,~50 -999,250 -999,250 50.781 937,000 -999,250 9.137 8.807 8.306 8938 0000 2391 3320000 1061 000 -999250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 250 '999 -999 50 -999 -999,250 -999,~50 -999,~50 -999,250 31,547 1061;000 -999.250 I.,L.LDT LSHV LDT LURH:LDT MTEH LDT RTNR:CNL RCNT.CNL SGR,CNL HTEN CNL SGR~LSO POTA,KAL THOR.ALP C$,NGT W4NG,NGT ~RE$,NGT TENS,MSF GR.AIT MTE~,AIT CDER.PHA CIMP.OTE CMVR.PHA CILM DTE IIRD:DTE SFLU,DTE MTEM,DTE DTL.LSS TEN$,bS$ DPHI,LDT OLS.LDT LL bDT bSHV LDT LURH bDT MTE~ LDT RTNR CN5 RCNT CNL 8G'R CNL HTEN CNb SGR.LSQ POTA,KAL THOR,ALP CS.NGT W4NG.NGT MREM,NGT 11.989 CDER.PHA l .001 CIMP,DTE 11.04'0 CMVR,PHA 11.703 CILM,DTE 0,000 IIRD.DTE 10,617 SFLU.DTE 3180:008 MTE.M.DTE 190.20. PA ,E ~ 55 '999 250 '999i250 '999 250 '999,250 '999,250 '999,250 -999.250 :999,250 .999,250 .999,250 .999,250 999,250 :999,250 999,250 3110.000 -999 50 111.910 119.314 122,i28 122,250 99.000 7 047 72:188 ,il .°°° ,000 -999 0 -999 : 0 -999 50 -999 50 -gg9 ~0 · -999 0 -999 250 -999 250 '999 150 '999 5O '999 ggg 50 3320 000 -999 250 -999 250 9O 8 90 815 92 625 9 6 71:500 146 600 Verification blstinO ch]umberoer Alaska Comvutinq Center D~'L~.LSS 143.300 DTLF.LSS ~TE~.I.$S 71.500 MRES.LSS RHOB,LI)T '999,250 DRHO.LDT OSS,LDT -999 250 5$,LDT LITe.bDT -999:250 $S1.LDT SSHV t' .~LT -999 250 S1 H,LD~ CALI,LDT -999~250 SGR,LD ~RES,LDT -999,250 HTEN bDT TNPm,CNL -999,250 TNRA:CNb RCFT,CI~L -999,250 C~?C,¢nL W~NS,C~L -999,250 ~R~S,CNL ~O~,bSO -999,250 [.iRAN,bSQ TCGR.LSO -999.250 {IRAN,KAL SGD KAL -999.250 CGR P~TA:AbD -999.250 . ~lt~,NGT -999 250 W2NG.~.GT WLNC.~;GT -999:250 TEN$,NGT b!TE~.HGT -999 250 NTE~.NSw 71:500 MRES.MSF }.iii;.. hit -999.250 TENS..aIT DEPT, IDE~.PHA ImPH.DTE I~V~.PH~ ILm.DTE IIXD.DTE DTE ~ES,. DTLN LSS ~TE~ * · L$S RHOB.LDT ~SS LDT LITH I~DT $SBV LDT CAL? LDT NPE$ I. DT TNPR CNL PCFT CNL TENS.CH5 CGP,LSO SG~,KAL ~'~ ALP W5NG.NGT MTE~.NGT HTEN.AIT 2.300 000 11:208 10,267 ~0,399 10 ~16 -0 81 -74 2 984 170 400 72 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 999,~50 :999,250 -9~ 25O -999,250 -999o250 -999,250 -999.250 -999 ~50 -999:250 72,125 -999.250 CIDP DTE CDVR:PMA CMER,PMA CILD,DTE IDOF DTE IIRM:DTE SGR.DTE HTEM.DTE DTLF.LSS MRES~LSS DRHO.LDT bS.LDT SSi LDT SiRH:LDT SGR.LDT HTEN.LDT TNRA CAb C~TC:CN~ ~RES. CNL URAN.LSO URAN KAL CGR KAL SGR ALP TE~$ NGT CALS. MSF MRE$~SF TENS AlT 20-APR-1992 17:04 143,000 3,004 '999.250 '999,250 '999.250 '999 50 -999 ~50 -999~ 50 -999,250 -999.250 -999 250 2999 250 9991250 ~999 25O -999 250 18 984 3 004 -999 250 9 96 °°oo 45 38 973,000 436 4 '99g,~50 '999. §0 '999 250 '999 ~50 '99~ 250 '99 250 '9'99 250 '999 250 '99~ 250 '99 250 '99~ 250 '99 250 '999 250 '999 250 '999 250 19 281 99~'984 - .25O GR.LSS MTEN.LSS PEF,LDT LU.LDT SS2.LDT LSRH.LDT TEnS.BDT NPHI.CNL NPOR.CNb CFTC,CHh MTE~,CNL POTA,LSO THOR,KAL URAN,ALP CGR.ALP W3NG.NGT HTE~,NGT SGR,MSF HTEN,MSF ~RES.AIT IDPH, DTM IDVR,PHA IMER.PHA IbD,OTE I MOF, DTE I I XM, DTE TENS , DTE DT,LSS HTEN.L$$ PEF, bi ~ LU,LDT $$2,bDT LSRH,LDT TENS,bDT NPMI.CNL NPOR,CNb CFTC.CNL ~TEM,CNL POTA, THOR.KAL URAN .ALP CGR.ALP W3NG .NGT BTEN.~qGT SGR.MSF HTEN.MSF MRE$.AIT DEPT. 2200,~000 CIDP OTB,: 74,490 IDPH,OTE IDEP.PH~ 13., 27 CDVR~PHA 71..985 IDVR,.PHA I~PM.DTE 12,321 CMER.PH~ 80.318 IMER,PMA IMVP.PHA t2,640 CIL[).DTE 76.438 ILD,DTE IL~.DTE 12,109 IDOF,DTE 0.000 IMQF,DTE 66.938 ~051.000 999,250 -999 250 -999:250 -999 250 -999:250 -999,250 -999,~50 :999.250 999 250 -999~250 -999 250 2999 250 999 250 -999 250 -999 250 66 938 1051 000 -999.250 10 10 345 I0 500 0 000 -13 141 2975 000 '221:300 45 938 973 000 -999250 -999 250 -999 250 -999250 -999 ,250 -999 250 :999:250 999 250 -999 250 -999 25O -999 250 -999 250 -999250 99~] 250 45 938 973 000 -999 13 425 892 13 078 0 000 TENS.LSS DPBI.LDT OLS.LDT LL LDT LSHV:LDT LURH.LDT MTEM.LDT RTNR CHh RCNT:CNL $GR.CNL MTEN.CNL SGR LSO POTA:KAL THOR ALP CS:NGT W4NG,NGT MRES.NGT G IT ~TE~.AIT CDER,PHA ClMP,DTE CMVR,PHA CILM.DTE IIRD,DTE SFLU.DTE MTEM,DTE DTL,LSS TENS,LS$ DPHI,LDT OLS,LDT LL.LDT LMMV,LDT LURH,bDT MTEM'LDT RTNR~CNL RCNT.CNL SGR'CNL MTEN,CNL POTA2KAL T~OR..ALP CS NGT W4NG NGT MRES NGT TENS MSF GR,AIT MTEM.AIT PAGE: 56 3150.000 -999,250 -999,250 -999 250 -999:250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999:250 -999.250 -999 250 -999 250 -999 250 -999 250 ooo 250 -999 250 89.221 97'401 96,164 99.813 84,875 7,9~0 72.10 322~8~5 2975 000 -999 250 -999 250 -999 2~0 -999 250 999 250 -999 250 -999 1250 -999 250 -999 !250 -999 250 -999 250 -999 250 -999 250 -999 250 ~975 000 999 250 -999 250 CDER. PHA 72,85! C I ~] P · P T E 81 ' 159 C ~ V R., P H.A 79, 117 ClL~. DT~ 82,500 IIRD.DTE 6:8"313 IS Tape Verification Listln~ chlumberQer AlasKa Computing Center IIXD.DTFi 3,742 tIR~, PTE. SP. DTE -79.813 SGR. DTE ~E$.DT~ 2,975 ~TEN.DTE DTL~ LSS 500500 DTLF,L$S RH~B.LDT -999,~50 DRHO.LDT QS$,LDT -999.250 LS'bDT L~T~ bDT -999250 S81,LDT SSHV:LDT -909i250 SIRH,SDT C~LI.LDT -999250 SG~ BDT ~RE$.LDT -999.~50 HTEN[bDT TNP~ CNL -999.250 TNRA,CNL RCFT:C~L -999,250 CNTC.CNL TENs,CNL -999250 PRES CNL so URA : S HoR.LsQ '999~.~50 URAN.KAh TCGR,LSQ -999. SGR,KAb -999,~50 CGR,KAL POTA.ALP -999,250 SGR ALP W~G,NGT -999,250 ~2NG:NGT WbN~,NGT ~999,25099 TENS.NG~ ~T~,. NGT 999. 250 CALS.'~S~ ~TE~ ~$F 7!.938 ~RE$.~SF HTEN:AIT ~9 .250 TENS,AIT DEPT, 2100,000 IDE'R,PHA 14,788 I~DH:iDTE 13'041 !MVR.PHA 13,366 IG~,DTE 12,539 DTE 3.240 IIXD,D . SP,..TE -83250 MRES.DTE 3 i~02 DTLM.LSS '150 00 ~TE=~.I~SS . 71.063 RHOB'LDT .999,250 OS$~LDT ~999~250 bITH,LDT 2999'2so $~¥,LDT ,999;250 C ,LDT 999'.~50 ~RES,LDT :999.~250 TNP~,C~L 999,250 RCFT,CNL '999,250 TENS'CNL -999~250 HOP,[,SO -999,~50 TCGR.LSO -999 250 SGR KAL '999' . ,250 POTA,ALD -999,250 ~ING,N~T -999,250 W5M~N(.~T -999~250 MT~'-MGT -999,250 ~TE~SF 71,063 HTE~,AIT -999,250 CIDP,DTE CDVR~PHA CM~R'PHA CIbD,~DTE IDQ~D?E IIR~,~DT~ SGR,,DTE H, TEN~DTE DTLF,bSS MRESbSS ~o 5~T LS bDT SS1 bDT S1RH~LDT SGR,,LDT HTEN.iLDT TNRA~CNL CNTC.CNL MRE$ CNL URAN bSO URAN KAL CGR KAL SGR ASP W2NG NGT TENS TENS AlT 20-APR-1992 17:04 78.1.88 31.188 1214.000 ~81.500 2975 -999250 -999250 -999250 -999250 -999,~50 -999,250 :999,250 999,250 -999,250 -999,250 -999,250 -999.250 -999,250 -999,250 -999,250 18.141 2975 70-833 66'989 482 O0 75,563 38'906 I~79;000 68,:500 . 3,002 999,250 '999~50 :999,:250 2999'250 999;250 -999.250 -999~250 -999,=250 -999,250 2999-250 .999 250 999250 :-999 250 -999 ~50 -999250 17 i7~7 3 2 -999 ~50 IIXE.OTE TENS'DTE DI,LSS GR,LSS HTEN,LSS PEF,LDT SS2.bDT bSRH.bDT TENS.bDT NPHI,CNL NPOR CNL CFTC:CNL MTE~,CNL POTA,bS0 THOR,KAh URAN,AbP CGR,ALP W3NG,NGT HTEN,NGT SGR.MSF HTEN.MSF MRES.AIT IDPH,OTE IDVR,PHA iMER,PHA IbD~DTE I~QF~DTE IIXM DTE TENS,DTE DT.LSS GR.bSS HT~N~5SS PEF.~.GDT LU.LDT 882 LDT bSRH,~DT TENS.bDT NPHI,CNL NPOR,CNL CFTC,CNL MTEM,CNL POTA.,bSQ THOR,KAL URAN'ALP CGR,AbP W3NG,NGT HTE~,NGT SGR,MSF HTEN,~SF MRMS.AIT 7,078 2880.000 196.000 31 188 , 1214.000 -999.250 -99g.250 -99 250 -99 250 -999250 -999250 -999250 -999 ~50 -999250 -999250 -999250 -999 ~50 -999250 31 188 !214 000 999~250 14.118 14.928 13,248 23,672 0'000 0 ~38 3290: oo :163,100 38'906 ~279,:000 .999,250 -999~250 -999.,250 :999,!250 999.~50 -999~:~50 -999,250 -999-250 :999,250 999,250 -999,~250 -999,250 -999..250 :999,250 999,~50 38,906 !279'000 .999,250 SFI. U.DTE NTEM,DTE DTL.LSS TENS bSS DPH!:bDT Ob$ LDT LL:LDT LSHV.LDT LURH.bDT MTEM.LDT RTNR.CNL RCNT.CNL SGR.CNL HTEN CNL SGRiLSQ POTA KAL THOR ALP CS,NGT ~NG,NGT MRES NGT TENS:NSF GR.AIT MTEM.AIT CDER.PHA CIMP'DTE CMVR,PHA CILM.DTE IIRD.DTE SFbU,DTE MTEM,DTE DTL.LSS DPM!'LDT Q:bS,bDT Lb*PDT LS~V,LDT LURM,LDT STEM*bDT RTNR,CNL RCNT*CNL SGR.CNL HTEN,CNL SGR,LSO POTA,KAb THOR,ALP CS.NGT W4NG,NGT MRES,NGT TEN:S,MSF GR,AIT MTE~.AIT: PAGE: 57 9672 71!938 170 900 880.000 999.250 999,250 -999,250 :999,250 999,~50 '999,250 '999.~50 '999,~50 '999,250 '999250 '999 250 -999250 -999250 -999 ~50. -999 R50 -999250 2880 000 -999 250 -999 250 67,623 76,682 74'819 79,688 65,625 10656 71. 063 161 O0 999:250 -999250 "999 250 ~999~.250 .999'250 999'~50 -999.~50 '99~ ~50 "99 50 '999 250 "999 ~250 '999 '50 '999 ~50 '999 0 ~290,000 ~999,250 "999,.250 I8 .waDe verification ListJ. nq chlumberqer Alaska Computin.~ Center DEPT, 2000.000 CIDP, IDE~,P!~A 17.44] CDVR. I~PN.DTE 14,9o4 CgER. I"VR.PBA 15.I10 CILD. ILU.DTE 14.641 IDOF, IIXD.DTE 2.143 IIRM. SP,DTE -83,500 SGR, ~ES.DT~ 3,039 HTEN. DTL~.LS8 -15~.800 DTLF, MTE~,LSS 70,~75 MRE$. RHOB, L[)T i999.250 DRHO. QSS. bDT -999,250 L~ LIT~,Li)T -999,250 SS~: SSHV.LDT -999,250 S1RH, CALI.LDT -999,250 SGR. ~RES LDT -999.250 HTEN TNp~:cNL -999.~50 THRA: ~CFT CNL ~999 250 CNTC, TE,~$:C~5 999:250 MRES. SGRoKAL -999,250 CGR POTA,ALP -999,250 SGR W]~G,NGT -999,250 W2NG wL~G,NGT -999,250 TENS MTE~ ~GT -999,250 CA. LS. ~TE~:hSF 70.3.75 MRE$, ~TE~.AIT -999,250 TENS. DTE PHA DTE DTE DTE DTE DTE bSS LOT bDT bDT bDT bDT LDT CNL CNL CNL K Ab ALP NGT NGT MSF AIT DEPT 1900,000 IDER:P~A 14,~67 I~PH.DTE 11,724 I~V~.PHA 12.256 IL~.DTE 10.~ IIXD.DTE i, ~RE$.DTE 3. pTbN.hSS ~56 o0o ~TE~.LSS 70 000 RHOB,LDT -999 250 OSS.LDT -999 250 LITN.LDT -999,250 SSH¥,LDT -999,250 CALI.LDT -999,250 ~RESeLDT '999,250 TNP~,CNL -999,250 RCFT.CNL -999.250 TEN$.CNL -999 250 C~.L$O ~999, 50 SG~.KAb '999,250 POTA.ALP '999,250 WI'MG.NGT -999,~50 WLN~.NGT -999,~50 MTE~.MGT -999o250 CIDP, CDVR. CMER CIbD IDQF IIRM DTL ~RE~ DRHO S~RH MTEN TNRA CNTC MRE~. U.RAN, URAN, CGR. SGR, W2NG, CAL$.. DTE PHA PHA DTE DTE DTE L$$ LDT LDT LDT LDT bDT bDT CNL CNb hSO ALP NGT NGT .MSF 20-APR-1992 17:04 58 710 57[175 66.644 60.625 0 000 64~750 39.313 1369.000 459 300 3:039 -999.250 -999 '999:~00 '999,250 '999.250 '999 50 '999~50 -999 50 -999 ~50 -999 ~50 -999 50 -999 0 999 250 999 250 17 875 3.039 999.250 71.223 67,060 84.138 70.313 0.000 88.313 58,594 1251.000 50 -999 250 -999 250 -999.250 -999.250 -99 ~50 -99~ 50 -999 250 -999 250 '9991~50 -999 50 -999 250 24 IDPM.DTE IDVR,PHA IMER.PHA IbO.DTE IMOF.DTE IIXM.OTE TENS,DTE DT.b$S GR,bSS HTEN,LSS PEF,bDT LU.LDT SS2,bDT LSRH.LDT TENS.bDT NPHI,CNL NPOR,CNL CFTC,CNb MTE~'CNL POTA..GSQ THOR,KAh URAN.AhP CGR.ALP W3NG,NGT HTEN.NGT SGR,MSF HTEN,MSF ~PES.AIT IDP DTE IMER..PMA ILD DTE IMOF DTE IIX~ DT£ GR hSS HTEN LSS PEF LDT LU LDT SS2 bDT LSRH TENS ~DT NPRI .Nb NPOR CML CFTC CML MTEM POTA THOR ~hb URAN LP W3NG, NG~ MTEN,NGT SGR.MSF 17.033 17.490 15.005 16 484 0:000 1 194 3195 000 170 400 39 313 1369 000 -999 250 -999 250 -999 250 -999 250 -999 250 -999.250 -999.250 -999..250 -999.~250 -999.250 -999.',250 '999 250 -999 250 -999 250 -999 250 39,313 [369.000 999,250 040 i '912 . 11:,:885 14'211 0.000 10,45] 2960~0'00 172.500 8,594 99,.250 -999-~50 '999 .250 -999 250 -999 250 -999250 -999 250 -999 1250 -99~ ::250 -99 ~50 -999 250 -999.:~50 -999.~250 ~999~50 -999~50 58 594 CDER.PHA CIMP.DTE C~VR.PHA CXLM.DTE IIRD.DTE SFLU.DTE MTEM.DTE DTL.LSS TENS.LS$ DPMI.bDT QL$;LDT LL.LDT LSHV.LDT bURH.LDT MTEM,LDT RTNR,CNL RCNT.CNL SGR,CNL HTEN.CNL SGR.LSO POTA.KAL THOR,ALP CS.NGT W4NG NGT MRE$:NGT TENS'NSF GR.,AIT MTEM,AIT CDER.PHA CIMP,DTE C~VR,PHA CIL~,DTE IIRD,DTE SFLU,DTE MTE~DTE DT[*LSS TENS.LS$ DPHi,LDT QL$,LDT Lb'bDT LSHV,LDT LURH,LDT MTEM.LDT RTNR.CNL RCNT.CNL SGR'CNL HTEN,CNL SGRoLSO POTA.KAL THOR'AUP CS,NGT W4NG.,NGT ~RES,NGT TEN$:.~SF PAGE{ 58 57,329 67.096 66.179 68,250 54.625 ! 400 ]195.000 -999.250 -999.250 ~999, 50 -999,]50 -999,250 -999,250 -999 250 -999 250 -999 250 -999 250 '999 250 '999 250 '999 250 '999 250 '999 250 '999 250 3195 000 '999 250 -999250 70.585 85,294 81,596 93,188 61,438 12,531 70~000 156..~200 2960,000 '999 250 0 :.999 -999 250 -999 250 · 9~ 250 '999250 -999250 -99~ 0 0 -999 ~50 -999:~50 "999 250 '999 250 '999250 2960.000 IS Ta~e verification Listino chlumberqer AlasKa ComDutinq Center ~TE~.~SF 70,000 MRE$,MSF HTE~.AIw -999.250 TEN$.AIT DFPT 1800. IP~R'PHA.. . I~PN.DTE O, I~VR.PH~ ~0. TL~.DTE I0. IIXD.DTE 2, SP.DTE DTL~.LSS 149. ~TE~.L$S 68. R~O~.LDT -999. OSS.LDT -999, LITH.LDT 999. $SHV.LOT :999. MRES.LDT 999~ TNPH.C~L -999. RCFT.CNb -999. TENS CNL -999 THOR~[,SO -999 CGR.L$~ '999 SGR.KAL -999 POTA.AbP -999 w~NG,NGT -999 W5NG MGT -999 ~TE~]MGT -999 MTE~,~SF 68 HTEN.AIT -999 000 921 ~90 ?09 43O 9$7 0~4 ?00 563 250 250 25o 25O 25o 25O 5O 25O 250 250 25O 25o CIDP. CDVR. C~ER. CILD. IOOF II~M HTEN DTLF, MAES. DRHO, SSI. SIRH. SGR. HTEN. TNRA. CNTC MRES~ URAN. URAN. CGR. SGR W2NG TENS CAL$ NRES. TENS. A PHA DTE DTE DTE DTE DTE LSS LSS LOT bDT bDT bDT LDT bDT CNL CNL CNL LSQ KAL ~AL ALP NGT NGT ASF AIT DEpT IDEA PHA I~PH DTE IL~ DTE IIXD DTE SP DTE ~RES.DTE DTLM.LSS ~TEU.LSS RHOB,LDT OSS,LDT LITN.LDT SS~V.LDT CALI.LOT M~ES bDT TNP~ CNL RCFT CNL TENS C~L THOR,LSO CGR.LS~ SGR,KAL 1700 000 66 36 87 ~6 4~7 35 219 -0,209 -79.563 3 .~09 109 O0 68 063 -999 250 -999 250 -999 250 -999.250 -999,~50 -999,250 -999.250 -999.2~50 -999.250 -999.250 -999,250 -999'250 -999.250 CIDP.DTE CDVR,'PHA CMER.P~A CILD~DTE IDOF~DTE IIRM.DTE SGR DTE HTEN DTE DTLF LSS MAES LBS DRHO bDT bS LDT SSt LDT S1RH LDT SGR:LDT HTEN LDT TNRA CML CNTC CNL MAES CNL URAM LSO URAN KAL CGR KAL SGR ALP 20-APR-1992 !7:04 3 037 HTEN.MS~ -999:250 ~RES.AIT 79 6Ol 93.639 80.188 0 000 90i750 61 938 1346 000 145.300 3.084 -999.250 -999,250 -999.250 -999.250 250 -999.25O -999.250 :go so -99~ 50 -999 ~50 -99 ~ 0 ~ 3 084 -999 250 i6 30 ,2 8 18,783 o.o o . 1790.o00 100.600 99. 50 99~,250 999.250 -99~250 -999~250 -99~ 250 -99 25O -9 ~50 -99~ 25O -99 250 -999 250 -999 25O !DPH DTE IDVR:PHA IMER,PMA ILD,DTE I~OF DTE IIXM:DTE TENS,DTE DT,L$S GR,LSS HTEN,LS$ PEF,LDT LU,LDT SS2,LDT bSRH,LDT TENS,LDT NPHI,CNL NPOR,CNL CFTC,CNL MTEM,CNL POTA,LSO THOR.KAL URAN.ALP CGR,ALP W3NG,NGT HTEN,NGT SGR,MSF HTEN,gSF ~RES,'AIT IDPH,DTE IDVR,PHA IME.R,PHA ILD.DTE IMOF.DTE IIXM,DTE TEN~,DTE DT GR:LSS HTEN LSS PEF bDT LU bDT S82 LDT LSRH LDT TEN$.LDT NPHI CNL ~PO :CNb CFTC.CNb MTES.CMB POTR,b80 THOR.KAL URA~.ALP CGR.ALP 1281.000 -999.250 56] ! 9 1~ 679 1 461 0 000 1,061 3000.000 259.800 6~,938 1346.000 '999.250 -999 250 -999 250 '999 250 -999 250 -999 250 -999 ~50 -999 50 -999 250 . -999.250 -999.~50 -999. 50 .:250 -999,250 61,938 134 .000 -99~250 60 ..497 64 .781 36 0 3:621 3890 000 121 500 55 719 [79~ 000 -99 250 -999 250 -999 250 -999 .250 -999 ~50 -999 250 -99 -999 .250 250 99~ .250 250 -999 250 -999.250 -999.250 GR.AIT MTEM.AIT CDER.PHA CIMP DTE CMVR:PHA CIbM.DTE IIRD.DTE SFLU.DTE MTE~,DTE DTL.LSS TENS,L$$ DPHI,LDT OLS.LDT LL,LDT LSHV.LDT LURH.LDT MTEM LDT RTNR:CML ~CNToCNL SGR.CNL HTEN CNL SGR:LSO POTA KAL ' R ~HO ALP NGT MEg NGT TENS NSF GR.AIT MTEM,AIT CDER.PHA CIMP.DTE CMVR,PHA CXL~ DTE IIRD DTE $FLU DTE MTEM DTE DTL [,SS TENS bSS DPHI bDT ObS LDT Lb LDT LSHV:LDT LURH:.LDT MTEM LDT RTNR CNL RCNT CNL SGR CNL HTEN CNL 5GR LSQ POTA KAL THOR.ALP CS,NGT PAGE: 59 -999.250 -999.250 71.832 94.431 93.381 95.813 73.375 8.906 68 563 155:900 3000,000 '999,250 '999,250 '999,250 '999,~50 '999,250 '999,250 '999.250 '999 250 '999 ~50 '999 250 '999 250 '999 250 '999 250 -999-250 '999 250 -999 250 ]000 000 -999,250 -999,250 15 ~26 27 84 27 452 31 047 68 063 105 000 3890 000 :999 250 '999 250 -999 250 -999 250 -999 250 -999 ~50 999 ~ -999 .50 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 IS ~'aDe Verification Llstlnq chlumber~er Alaska ComputiD~ CeDter W~NC. M~T -999 250 wSNC.;N'GT. . -999:250 TE~$,NGT' .b~TE~. NGT -999,250 CALS. ~SF ~TE~. ~<Sr 68.06] ~RES.MSF ~TE~.AIT -999,250 TENS,AIT DFP~ 1500,000 CIDP.[TE IDER.PHA 95,278 CDYR.PHA I~PH..TE 53 164 C~ER,PHA IMVR,PHA 55,911 CILD,DTE ILU.DTE 50,156 IDQF,DTE I!XD DTE 1,014 IIRM.DTE ~RE$,DTE 3.365 HTEN,DTE DTLN.bSS 302,500 DTLF,LSS MTE~.LSS 64,063 MRES,LSS RHO~.LDT -999,250 DRHO,LDT O$S.LDT -999.250 L$.LDT LITH.LDT -999.250 SSi,bDT $SHV,LDT -999.250 S1RH,LDT CALI.LDT -999.250 SGR.LDT MRES LDT -999,250 HTEN.LDT TNPH:CNL -9~9.250 TNRA.CNL RCFT.CML -999,250 CNTC,CML TEN$.CNL -999.250 MRES.CNL THDR,LSQ -999 250 URAN.,LSQ CG~,LSQ -999:250 URAN,KAL SGR KAL '999,~50 CGR,KAL POTA:ALP -999.~50 SGR.A.LP W1MG,~GT -999.25o W2NG,NGT W5NG,NGT -999,250 TEN$,NGT NTE~,NGT -999.250 CALS.,MSF MT~,~SF 64,063 MRES,MSF HTE~.AIT -999,250 TENS,AlT D~DT 1500 1DER:PH~ IMPH,DTE 9 IMYR,PHA 9 ILY,DTE 9 IIXD.DTE SP.DTE g. ES. 'rE DTLN.LoS 160 ~TE~.LSS 65 RHOB.LDT '999 OS$.LDT '999 LITH.LDT :999 SSHV.LDT 999 Li.T -999 MRES,LDT -999 TNPH,CNL -999 RCFT,CNL -999 TE~$,CNL -999 TH(}R.LSO -999 000 650 397 375 016 125 139 50O ,750 ,250 ,250 25O '250 25O :r250 ,~50 , 50 ,250 .250 ¢!DP DTE CDVR PHA CMg PHA CIL~ DTE IDQF DTE IIRM DTE SGR DTE HTEN DTE DTLF LSS MRES LSS DRHO bDT LS LDT S$I LDT MIRH DDT BGR,LDT HTEN,L.DT TNRA,CNL CMTC,CML MRES~CNL URAN~bS~ 20-APR-lg92 !7:04 -999,9.50 -999,250 HTE~, NGT 26,688 SGR.MSF 3, ~09 HTEN, MSF -999,250 MRES.AIT 13,927 18.324 14.406 0,000 18.969 37,875 ~423,000 112.900 3 365 '9991250 -999 250 -999 250 -999.250 -999,250 -999,250 -999.250 ~99 99~ .250 25O -999 250 -999 250 -99~ 250 -99 250 -999,250 -999,250 -999~250 87 069 87:911 10 58 0 000 100i813 75 75o 1321.000 127,500 3,:139 -999,~50 -999, 50 -999.2~0 -999,2 0 -99~,250 -99 ,250 '999,~50 '999, 50 -'999,~50 -999. 50 IDPH.DTE IDVR.PHA INER.PHA ILD,DTE IMQF,DTE IIXM,DTE TEN$.OTE DT,LSS GR,bSS HTEN,LSS PEF,LDT LU,~DT SS2.LDT DSRH.LDT TEN$,LD~ NPHI.CNL NPOR,CNL CFTC,~N5 MTEM, NL POTA,5$O THOR.KA5 URAN,ALP CGR.ALP w3NG,NGT HTEN,NGT SGR,MSF HTEN,MSF MRES,AIT IDPH,DTE IDVR.PHA IMER PHA ILD DTE IMQF DTE IIX~ DTE TENS DTE DT.LSS GR,LSS HTEN.LSS PE~,LDT LU,bDT S$2,LDT LSRM.LDT TENS,LDT NPHI.CNL NPOR,CNb CFTC,CNL MTE~,CNL POTA,LSQ '999 250 -999i250 55 7~9 !790.000 999.250 71.801 98.504 54.573 69 375 0 000 -0 826 2890 000 91 300 37 875 1423 000 -999 250 -999~250 -999,250 -999.250 -999,250 ~999o250 -999.250 ~999'250 :999.250 .999.250 999..250 · ,250 :i99,'250 99~50 37,875 1423'000 -9991250 I ~ ,:485 ,375 9 4:11 10 ~34 0 000 6:016 O0 75.:~50 132~.000 99., 50 i999~ 50 ,999.250 9991~50 -999=~250 -999'~50 -999,.250 -999~250 -999,250 W4NG NGT MRES:NGT TENS.~SF GR,AIT MTE~,AIT CDER.PHA CI~P.DTE CMVR,PHA IIRD.DTE SFLU,DTE MTEM.DTE DTL.LS$ TENS.L$S DPMI LDT QL$:LDT LL.LDT LSHV.LDT LURH.LDT MTEM,LDT RTNR,C b RCNT*C~L SGR,CNL HTEN,CNL BGR,LSQ POTA,KAb TH~.A. bP .NGT W4NG,NGT MRE$,NGT TENS, .IT GR,~SF MTEM.AIT CDER,PHA CIMP*DTE CMvR'PHA CI:~DTE IIRD'DTE SFbU.DTE MTEM,DTE DTb,LSS TEN$"LSS DPHI'LDT QLS*LDT Lb,LDT LSM¥,LDT LURH,LDT MTEM.LDT RTNR,CNL RCNT,CNL SGR~¢Nb H?EN.CNb PAGE: 6O ~999,250 999,250 .3890,000 999'250 '999,250 10.496 18 810 19 922 12:820 17 016 64 063 87 300 2890 000 -999 .250 -999 250 -999 250 -999 .250 '9991~50 -999 50 -99 .50 '999 250 '-999 250 -999 250 .-999 250 -9 -9~ 250 250 ~999 250 "999 250. 2890 00o -999.250 -999 250 ~0~, 2 ! :563 85313 6~: !!7 750 2560,000 :999,2$0 .999~250 -999,1250 '999:,250 '"999~250 '999,250 :'999,250 .999,..2.50 ~999,250 i999;250 .999~250 IS zaDe YerificatioD Listin~ chlumberqer AlasKa Computing Center CGR,LSO -909,250 [IRAN.KAL SG~.KAL -999.250 CGR.~,AL POT~.ALP -999.250 SGR.ALP Wl~G,~GT -999,250 W2NG NGT ~bMG.NG? -999.250 TENS:NGT ~TE~ ~GT -999 250 CAbS NSF -999. $o TENS. DEPT. IDE~. PHA I ~'pH. DTE I g VR, DHA I L~. DTE IIXD,DTE SP.DTE ~RES, DTE DTLN.bSS ~TE~.LS$ RMOB,LDT OSS, bDT LITH.LDT SS~V.LDT CALI. LDT MRES,LDT T~P~, RCFT, NL TENS, CGR, SGR.KaL POTA,ALP W 1 ~G, NGT ~TEN,AIT 1400,000 24,004 15,459 15,721 14.891 0.852 -38,500 3 I05 122 800 67 688 -999 ~50 -999 250 -999 -999 ~5050 :~99 250 99~250 -999 250 -999 250 -999 250 -999 ~50 -999 250 -999 250 -999 ~50 -999 250 -999 250 -999 250 67 6~8 -999.250 CIDP.OTE CDVR.PHA CMER,PHA CILD.DTE IDQF,DTE IIRN.DTE SGR DTE HTEN~DTE DTLF.LS$ ~RES.LSS DRMO bDT L$ bDT SSi bDT S1RH bDT SG~,LDT HTEN,LDT TNRA.CNL CNTC~CNL ~RE$.CNL URAM,LSQ URAN,KAb CGR,KAL SGR ALP W2MG NGT TENS NGT CAbS NSF ~RES MSF TENS hiT DEPT, 1300.000 CIDP, IDER,PH~ 31 814 CDVR. 357 CMER. IMP~,DTE 20 I'~V~,PH[ 18 853 CILO I ~L ,,DTE 20 344 IDOF IiXD,DT[ -0.7~0 IIRM SP~DTE -47.156 SGR gRES~TE 3.100 ~TEM DTL~,LSS ~o6,500 DTbF ~TE~,LSS 67,625 MRES RMOB,LDT -999,250 DPHO, QSS.LDT -999 L!TH.LDT -999250 SS1, SSHV.LDT -999 250 S1RH, C.ALI.LDT -999 250 SGR. MRES,LDT -999,250 HTEM, T~!PH.CNL -999,250 TNRA. DTE PH h DTE DTE DTE DTE DTE LDT bDT bDT bDT bDT bDT CNb 20-APR-1992 1.7:04 -999.250 THOR.KAL -999.250 URAN,ALP -999,250 CGR,ALP -999.250 !4 N' ] G,NGT -999.250 HTEN,NGT i8.328 SGR,MfF 3.139 HTEN,MSF -999.250 ~RES.~IT 42,544 41.102 64 250 45:125 0 000 63~719 57,813 13~8,000 122.800 3.105 -999,250 -999.250 -999.250 -999.250 -999 250 -999 250 -999 250 -999 250 -9 . 250 -999 250 -999 250 -99 56 -999 0 2O ~5 06 ~ ~05 -999 50 34 34 5O 73 29,594 0.000 46 688 67 125 I475 000 354 8OO 3 }00 -999 50 -999 2~0 -999 250 ~99~ IDPH.DTE IDVR.PHA IMER,PHA ILD.DTE I~OF.DTE IIX~,DTE TENS.OTE DT'bSS GR.bSS HTEN,LSS PEF,LDT LO,BDT SS2,LDT LSRH,LDT TENS.bDT NPMI,CNL NPOR,.CNL CFTC,CNb MTEM.CNL POTA~LSQ TMOR.KAL URAN,'ALP CGR,ALP w3NG,NGT HTEN.~GT SGR,,~SF MTEN~MSF MRES.AIT IDPH,DTE IDVR,PMA IMER,PMA ILD~OTE I~QF,OTE IIXM DTE TENS DTE DT GR HTEN,LSS PMF,LDT LU.LDT SS2,LDT bSR bDT ~PHI,CNb NPOR,CNL -999.250 -999.250 -999.250 -999.250 -999,250 75 750 2i:ooo -999.250 23,505 24.329 15.564 22.141 0.000 1.050 2660 000 207~000 57 813 1368~000 -999.250 -999 ~50 -999 250 -999 250 :999 250 999 250 -999 50 -999 .~50 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 50 57 813 136~ 000 -99 250 34,882 29, 19,~97 34 000 -0 .523 2675 000 218 500 67 125 1475 000 -999 250 -999 250 -999 250 -999 250 -999 250 POTA.KAL THOR.ALP CS.NGT w4NG.NGT ~RES NGT TENS!~SF GR hiT MTEM,AIT CDER.PHA CIMP,DTE C~VR,PHA CIL~.DTE IIRD.DTE SFLU.DTE MTEM,DTE DTL.LSS TENS,LS$ DPHI.LDT OhS.LOT LL.LDT LSHV,LDT LURH.LDT MTEM,LDT RTNR.CNL RCNT.CNL SGR,CNL HTEN'CNL SGR.5$Q POTA,KAL THOR~AbP CS.NGT W4NG'NGT MRES.NGT TENS"NSF GR:,AIT MTEM'AIT CDER,,PHA CIMP,DTE CMV'R.:PHA CILM*.DTE IIRD,DTE SFLU,DTE MTE~,DTE DTL,LSS TENS,LS$ DPHI'.LDT QLS'LDT Lb.bDT hSHV,LDT LURH'bDT MTEMoLDT RTNR,CNL RCMT,CNL PAGEx 61 -999 250 -999~250 -999,250 -999 250 -999 250 2560 000 -999 250 -999 ~50 41,659 64.688 67, 41,938 15,453 67,688 127.100 2660,000 -999,250 -999,250 -999.250 50 -999 ~50 -999 -999250 -999 250 -999 250 -999 .250 -999 250 '-999 250 -999 150 -999 150 -999 250 ~999 ~50 -99 ~50 266~ 000 ~999250 999 250 3!: 433 49 122 53 042 49 ,!25 26 422 20~094 67,625 102~300 2675~000 -999~:250 -999250 ;250 "999'250 -999'250 --999~.250 -999'250 IS Tape verification bistino chlumberoer Alaska Computlna Center RCFw,CNL -99g 250 CNTC.CNb TFMS.C?qL -999;250 MRES.CNL THO~.LSQ -999.250 URAN"LSO CG~.LS. . ~0 -999.250 ORAN.KAL SGP, KAL -999, ~50 CGR. KAL POTA ALP 999,250 SGR. ALP W~.MG:NG'F :999,250 W2NG,NGT WLNG.NGT -99~ 250 TENS, NGT MTE~{,NGT -99~:250 CALS,MSF ~TE~,MSF 67 6~5 MRES, HTEN.AIT -999:250 TENS.AIT DEPT, IDER.PNA I~PW.DTE IMV~.PHA Ib~.DTE IIXD DTE SP:DTE M~ES,DTE DTLN.LSS MTE~,LSS RMOB,LDT OSS.LDT LITH.LDT SSHV bDT MRE$.LDT TsP,.CML RCFT,CNL TENS,CML THOR,LSO CGR,LSO SG~ KAL POTi ALP W~NG NGT W5NG NGT MTE~ NGT MTE~ HTEN.AIT 1200, 11, 10, 1!, O, '50 112 66 -999 -999 -999 -999 -999 -999 -999 -99g, -999. -999, -999, -999 -999 -999 -999 -999 66 -999 000 CIDP. 390 CDVR, 396 CMER, 409 CILD, 984 IDOF, 161 IIRM, 906 SGR, 152 HTEN, 700 DTLF, 188 MRE$ 250 DRHO: 250 250 SS1, 50 S1RH, 50 SGR, ~50 ~TEN. 250 TNRA, 250 CNTC. 250 ~50 URAN 250 ORAN 25O CGR 250 250 W2NG 250 TENS 250 CAbS 8 ~RE$ 50 TENS. PTE PHA PHA DTE OTE DTE DTE DTE bDT bDT bDT bDT bDT bDT CNL CN L CNb LSO KAL KAL ALP NGT ~SF DEPT, 1100,000 IDER.PHA 7,692 I~PH DTE 5,870 I~VR:PHA 5,437 IL~.DTE 5.957 I!XD.DTE 1.887 SD,DTE -45,094 ~ES.DTE 3,037 DTLN,LS$ 158,~00 MTE~.LSS 68,750 ~ LDT -999,250 R~~.~'LDT. -999,250 LITH,LDT -999 250 SSHV.LDT '999:250 CID C~ER. CILD IDQF HTEN DTLF MRES DRHO LS SSi S1RH DTE PHA PHA DTE DTE DTE DTE DTE [,SS bDT ~LDT .bDT bDT 20-APR-!992 17:04 -999,~50 -999.250 -999,250 -999 250 -999 250 -999 ~50 -999 50 99 ~50 '921 984 3 100 -999~250 50,846 65 288 92~526 51.938 0.000 79 000 58 906 OOoo 3 ~52 -999 50 -999 ~50 '999 50 '999 ~0 -999 0 -999 0 -999 ~50 ~999 50 999 25O -999 250 -999 250 -999 250 -999 ~50 -999 250 21 906 -999,250 1 .015 178.28~ 109,87 0 00 158 ~25 54 ~06 1345 00 -114 00 3 ~37 -999 0 999 -999 50 CFTC,CML MTEM,CNL POTA.LSO THOR.KAL URAN,AbP CGR,ALP W3NG,NGT HTEN,NGT SGR,MSF HTEN.~SF MRgS,~IT IDPH,DTE IDVR,PHA !MER,PHA IbD,DTE IMQF,DTE IIXM,DTE TENS,DTE DT.L$S GR.LSS HTEN,LS$ PEF.LDT LU bDT 882 LDT LSRH LOT TENS bDT NPHI,CNL NPOR.CNL CFTC.CNL MTE~,CNL POTA,LSO THOR.KAL URAN,ALP CGR,ALP W3NG~NGT HTEN'NGT SGR.~SF HTEN,MSF MRES.AIT IDPH,OTE IDVR,PHA IMER.PHA ILD.OTE IMQF.DTE IIXM.,~TE T£NS,DTE DT.LSS GR.bS$ HTEN,LSS PEF,~T bU. DT SS2,LDT LSRH.LDT ~999.250 .999'250 999.~50 -999.~50 -999.~50 -999,250 -999.250 -999,250 67.125 1475,000 999,250 19.667 !5,317 10,808 19.250 0.000 0 198 2410 000 209 000 58 ~06 138~ 00 -99 50 -999~ 0 -999 ~0 -99 -999 250 -999 250 -.999 250 -999 250 999 ~50 999 ~50 999 ~50 999 50 -999 2'50 -999 ~50 58 906 1383 000 ,.999 ~50 9,151 7.352 5 609 0 000 iO ,33'0 °°° 000 54 406 1345 000 ~50 -999,250 -999.~50 PAGE: SGR.CNL -999 HTEN CNL -999i SGR~LSO -999 POTA,KAL -999, THOR.AbP '999, CS NGT :999 W4NGiNGT 999: TENS.MSF 2675 G~,AIT '999 ~TE~.AIT '999 CDER,PHA 61, CIMP BTE 87 C.VR:PHA CIL~.DTE 83, IIRD.DTE 46, SFbU,DTE ~0, ~TEM.DTE 66, TENS.LS$ 2 . DPHI.~DT -99~ OLS, DT -99 Lb,LDT -999 bSHV,LDT -999 LURH:.bDT RCNT.CNL '999 $GR,CNL -999 H~E~.,CNL -999 SGR,LSO -999 POTA.KAL -999 THOR,ALP -999 -999 W4NG, ~RE$,NGT -999 TENS,~$F 24.1~ GR.AIT -99 ~TEM.AIT -999~ CDER PHA CI~P DTE CMVR PHA 18~ ClbM DTE 16 DTE 95 I~:DTE 5 ~TE~,DTE 68 TENS.LSS DPHI,LDT ObS,LDT -999 Lb.bDT -999 LSHV.LDT '99~ LURH.LDT -99 6~ 250 250 250 250 250 250 250 250 000 250 250 014 '/51 O?4 375 344 96 900 000 250 250 5O 25O 0 2.50 250 250 250 000 250 250 OO7 359 75O 8 750 'I 00 000 250 250 250 250 250 I$ Tare verlficatlon Listing chlumber~er Alaska Computin~ Center C~LI.LDT -999.250 SGR.LDT ~RE$.LOT -999.256 HTEN.LDT TNPH.CML -999.250 TNR~.CNL RCFT.CNL -999.250 CNTC.CNL TFNS.CML -999,250 MRES.CNL HOR,LSO -999.250 TCG~.LSO -999.250 URA~.KAL MGm.KAL -999.250 C~R.~AL POTA.4LP -999.250 SGR'ALP W~G.MGT -999.250 ~2NG,NGT ~LN~.i~GT -999.250 TEMS.NGT ~TE~ ~GT -999.250 CALS,MMF ~TE~'~SF. .. 68'750 ~TE~?.AIT -999,250 TENS,AlT DEPT. IDER.PHA IMPH.DTE IL~.DTE I!XD.DTE SP[DTE M~E8 ~TE~.bSS RMOB.LDT OSS.LDT LITM.LDT SSHV.LDT CALI LDT MRE$ LDT TNPM CML RCFT CML TENS.CML THO~,LSQ SG~..KAL POTA ALP ~TE~ .~SF HTE~:.AIT 1000.000 6,524 4.662 4,701 4,56] 9.945 -5~ 625 2 961 126 200 71 563 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999,250 -999.250 -999.~50 -999.250 -999.~50 -999.250 -999.250 -999.250 :999,250 999.250 7! 563 -999:250 CIDP. CDV~. CMER. CILD. IDOF IIRM SGR HTEN DTLF DRHO bM S1RH SGR HTEN TNRA CNTC MRE$ URAN URAM CGR. DTE PHA DTE DTE DTE DTE LDT bDT LDT LDT LDT LDT ClUb CNL KAL ALP NGT DEPT. IDEP,PHA I~PH.DTE I M VR. PHA IL~{. DTE IIXD.DTE SP.DTE MRES, DTE DTLN. LMM MTEM.LS$ R~{OB. LOT 900.000 2.489 2.440 2,239 2.652 20,031 2,.. -163.700 73.938 '999.250 CIDP DTE CDVR PHA CMER PHA CILD DTE IDOF DTE IIRM,DTE SGR'DTE ~TEN,DTE DTLF.LSS DRHO,LDT 20-AP~-1992 17:04 -999.250 TEN$.LDT -999.250 MPHI.CNL -999.250 NPOR.¢NL -999.250 CFTC.CNL -999,250 MTEM.CNL -999.250 POTA,LSO -999.250 THOR,KAL -999.250 URAN,ALP -999.250 CGR,ALP -999,250 W3NG.NGT -999.250 HTEN,NGT 18,984 SGR,gSF 3.037 HTEN,MSF -999,250 MRES.AIT ].637i .863 214.034 156.125 0 000 205 750 5 t34~ 063 000 129 800 2 961 -999 ~50 -999 50 -999 ~50 -999 50 -999 0 '999 0 '999,250 '999.~50 '999,250 -999,250 -999.250 -999.250 -999;250 2i.656 .99~ '961 .250 369.$29 428.380 ~425.989 386.750 0.000 350.250 36.281 13~9.000 '9.400 2.912 '999.250 IDPH,DTE IDVR.PHA IMER.PHA ILD.DTE IMOF,DTE IIXM.DTE TENM:DTE DT LMM GR,LSS MTEN.LMM PEN,bDT LU,bDT $$2.50T LMRH,LDT TENS bDT NPHI:CNL NPOR,CNL CFTC;CNL MTEM~CNL PDTA,LSO THOR,KAL URAN,ALP CGR,A5P W3NG.NGT HTEN.NGT MGR.MSF HTEN.MSF MRES.AIT IDPH,DTE IDVR.PBA IMER.PHA ILD.'DTE I~OF.DTE IIXM DTE T 'M E~S.DTE DT,LS$ GR.LM$ HTEN,L.S$ PEF,bDT -999.250 -999.250 -999.250 -999.250 -999.250 -999 250 -999:250 -999.250 -999.250 -999.250 -999,250 54.406 ~345.000 -999.250 6 5O9 4 672 6:402 0.000 5 883 2340 000 176 100 5O O63 ooo -9 250 -999 250 -999 250 -999 ~50 -99~ 250 -99 250 -999 ~50 -999 0 -999 ~50 -999 250 -999 .250 -999.250 -999,250 -999,250 50.063 1~43,000 - 99,250 2 704 2 334 2 347 2 ,584 0 000 6 082 2280 000 1.8! 100 36:281 !~49 000 99 250 ~TEM.LDT RTNR,CNL RCNT,CNL SGR.CNL HTEN.CML MGR.LSO POTA.KAL THOR.ALP CS.NGT W4NG.NGT MRES.MGT TENS,~SF GR.AIT MTEM.A!T CDER PHA CIgPiDTE C~VR PHA CIb~ DTE IIRD.DTE SFLU.DTE MTEM DTE TENS.LMM DPMI 5DT QLS bDT LL.LDT LSHV,LDT LURH.LDT MTEM.LDT RTNR.CNL RCNT,CNL MGR.CNt, HTEN.CNL MGR,L$O POTA.KAL THOR.ALP CS,NGT W4NG.NGT NRE$.NGT TEN$.MMF GR.AIT MTEM.AIT CDER PHA CIgP[D?E C~VR PHA ClLM,DTE IIRD,DTE SFLU,DTE MTEM.DTE DTL,bMM TENS.LMM DPMIoLDT Qb$.LDT PAGE: 63 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999' ,250 '999,250 -999,250 -999250 '999i250 2520 000 -999 250 -999.250 27'6 743 I :ooo 136.875 5.250 71 563 174 §00 2340 O0 -999 250 999 50 -999 250 -999 250 -999 50 -999 -999 250 -999 250 -999 250 -999.250 -999 250 -999 2.50 -999 .~50 -999 250 -999 250 2340 000 -999 250 -999 2.50 401 776 409 752 446 660 376 ~50 308 00 4 484 7! 938 °o8 -999 250 -999 250 IS Tare verification Listino chlun~ber~!er Alaska Computlnq Center OS$.LDT -999,250 I$,I.DT LITH.LDT -999,250 SS1.LDT $SHV.LDT -999,250 SiRH.I,DT CALI.LDT -q99.250 SGR,LDT MRE$.LDT -999.250 HTEN,LDT T~pH CNL -999.250 T~RA CNL RCFT:CNL -999,250 CNTC CNL TENS,CNL -999,250 ~RE$ CNL ~O~,LSQ -999,250 U~AN LSO TCGR'LSO -999,250 URAN,KAL SUP.KAL -999,250 CUR,KAL POT~,ALP -999,250 SGR,ALP W~NG,NGT -999,250 W2NG,NGT NUT -999,250 TENS.NUT I~LhG'hGT 999,250 CALS,~SF MTE~ ~SF 73~93~ RTE~]AI~ -999,250 TENS,AIT DEPT IDER[PHA IgVP,PHA ILM,DTE ITXD DTE ..DTE ~RES,DTE DTLN,LSS MTE~.L$$ RMOB,LDT OSS.LDT LITH.LDT SSHV.LDT C~L~,LDT ~ES,LDT TNPH.CNL RCFT,CNL TENS,CML THOR,LSQ CGR.LSO SGR,KAb POTA.ALP MTE~,~'gT MTE~.MSF HTEN.AIT 800,000 6,561 4,951 62 ~5 500 -58 281 2 852 ~ ~00 75 688 -999 250 -999 250 -999 250 '999,250 '999,250 '999,250 '999.250 '999 ~50 '999 250 '999 250 '999 2SO '999 250 '999 250 -999 250 '999 250 -~99.250 7~,688 -99 ,250 CIDP,DTE CDV'R,PHA CMER,PH.A ClLD,DTE IDQF,DTE IIRM DTE SGR:DTE HTEN.DTE DTLF.LSS MRES,LSS DRHO.LDT bS.LDT SS1 bDT S1~ LDT SGg LDT HTEN [,DT TNRA CNL CNTC CNL ~RES CNL URAN KAL CG~ KAL SG. ALP w2NG NUT TENS.NUT CAL$,~SF MRES,MSF TEN$.AIT DEPT, IDEP.PHA IMPN,DTE IMV~,~Hg ILM, TE IIXD.DTE SP,DTE 700,000 2,831 2,392 2,'457 2,32.4 39,156 -53.219 2,930 CID PHA CDV~ DTE CMER PHA CILO DTE IDOF DTE IIRM DTE SGR DTE HTEN DTE 20-APR-lgg2 17:04 -999.250 -999.250 -9991250 -999.~50 -999,250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 - 0 -999 250 24 453 ,99~ '912 .250 169 684 150!796 195 281 168 500 0,000 500 134 000 14~ 40O -990 250 -999 50 -999 ~50 -999 ~50 -999 250 -999 250 -999 250 -999 250 -999 50 -999 ~50 -999 250 -999 250 -999 250 -999 250 26 844 2,852 '999,250 358.3~9 344.293 414.9~9 366.5.0 .000 39~,250 44,750 1371.000 LU,LDT SS2,LDT L$~H,LDT TENS.bDT NPHI,CNL NPOR,CNL CFTC,CNL MTEM CNL POTA:LSQ THOR,KAL URAN,ALP CUR,ALP W3NG,NGT HTEN,NGT SGR,~SF HTEM,MSF MRES,AIT IDPH,DTE IDVR,PHA IMER,PHA ILD,DTE IMOF,.DTE IIX~,DTE TEN$,DTE DT,LSS GR.LSS HTEN,L$S PEF,LDT LU,LDT SS2.LDT LSRH,LDT TENS,.LDT NPHI,CNL NPOR,CNL POTA,bSO THOR.KAL URAN,ALP CGR.ALP w3NG.NGT HTEN,.NGT SGR,~SF HTEN,~SF MRES,AIT IDPM,DTE IDVR,'PHA IMER,P~A ILD,DrE I~OF.DTE IIX~,DTE TEN~,DTE D -999 250 -999 250 -999 250 -999,250 -999,250 -999 250 -999250 -999 250 -999 250 LL.LDT LSH¥,LDT LURH.LDT ~TEM,LDT RTNR.CNL RCNT.CNL SGR,CNL HTEN CNL $GR:LSO -999. 250 POTA KAL -999 250 THOR:ALP -999 250 CS NGT -999 250 ~4NG:NGT -999 ~50 MAES,NUT 36 281 TEN$,~SF !349 000 UR.hIT 999:250 MTE~.AIT 5.893 CDER,PHA 5 21 C~'VR,PHA 5 30 CILM,DTE 0:~00 IIRD.DTE ~175 000 MTE~.DTE 1347 000 DP~I.LDT -999 250 QL$~LDT -999 250 LL LDT -999 250 LSH¥:LDT -999 250 LURH.LDT -999 .250 MTE~.LDT -999 ~50 RTNR.CNL -999 250 RCNT~CNL -999 250 SGR.CNL -999 .250 HTEN.CN5 -999 250 SGP,LSO -999 250 POTA,KAL -999 250 THOR.,ALP -999 250 CS,NGT -999 250 w4NG,NGT -999 250 ~Rg$.NGT 27 500 TENS.MSF 47 000 UR.AlT ~ 199 R50 MTEM.AIT . 2O9 255 I 90 ,DTE 410 ~VR.PHA 727 .LM,DTE 000 DTE 938 IIRB' FL ,DTE 000 MTEM DTE 200 DTL:LSS PAGE: 64 -999,250 -999,250 -999,250 -999,250 -999,250 -999.250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 22$o:ooo -999 250 152,424 20 .975 191,701 209,875 165,375 4 ~98 75 88 150 000 2175 000 :999 250 999 250 -999 250 -999 250 -999 ~50 -999 50 -999 250 -999 250 -999 250 -999 ~50 -999~50 -999~250 -999 25~0 -999 250 -999.250 -999.:250 2175,000 -999,250 -999,250 0 407 009 430 000 30~ 750 666 7~ 125 15 800 IS Tape Verification Listing chlumberqer Alaska ComDutinq Center MTE~.LSS 72 125 ~RE LSS REOR.LDT -999:250 DRHO.LDT OS$.LDT -999.250 b$ DDT LITH.LDT -999.250 SSI:DDT SSHV.LDT -999.250 SXmH.LDT CALI.LL)T -999.250 SGR.bDT ~RES.LDT -999 250 HTEM.LDT TMPH.CNL -999:250 TNRA.CND RCFT.CNL -999.~50 CNTC CNL TENS.CNL -999.250 MRE$:CND TMO~ LSO -999 250 UR~N SG ,LSO -999:250 URAN:KAL ~.KAL -999.250 CGR.KAD POT .ALP -999.250 SGR.ALP W~MG NGT -999.250 W2NG.NGT WDNG:NGT -999,250 TENS.NGT MTE~.MGT -999,250 CADS ~TE~.~SF 7~.~25 HTEM.alT -999.250 TENS.AIT PMA 7 ID..~. T~ IMPH.D_L 5 I~VR.PHA 5 ILN.DTE 5 4 IIX. D,DTE SP,DTE -61 ~ES.OTE 2 DTLM.LSS 124 MTE~.LSS 70 RHOB.LOT -999 OSS.LDT -999 bITS.bDT -999 SSHV. bDT :999 C~LY.LDT ~99g M~ES,LDT 999 TNP~CNL -999 RCFT.CNL -999 TENS, -999 SO -999 CGR.LSQ -999 SGD~KAL -999 OT~.ALP -999 tNG,NGT -999 wDM~,NGT -999 ~TE~.NGT -999 MTEM,MSF 70 HTEN.AIT -999 ~000 CIDP 636 CDVR .206 CgER .175 ClLD ,203 IDOF. .641 IIR~, 844 SGR :94~ HTEN .400 DTLF .688 ~RES 250 DRMO 250 250 $'$1, 250 250 SGR, 250 HTEN, 250 TNRA, 250 CNTC, .250 MRE$., 250 UR~N~ 250 250 CGR' 250 SGR. 250 W2NG, 250 CAI.S. .688 ~RES, ,250 TENS. DTE PHA PHA DTE DTE DTE DTE DTE DSS DSS DDT DDT DDT bDT LDT bDT CNb KAL AlT 20-APR-{992 !7:04 99.500 2 930 -999:250 99 250 -99~ 250 25O -999 250 -999 250 -999 25O -999 25O -999 ~50 -999 50 -999 250 -999 250 -99 50 18 500 2:930 -999.250 8 133,~5 131. 134. 5 0 000 180,50 844 ooo 119 700 2 941 - 9 50 -999 50 -999 50 -999 50 -999 50 -999 -999 !58 -999 0 -999 ~50 -999'~50 -999,250 -999,250 2.4 8 2 GR,LSS PEF,LDT LU.LDT S$2.LDT LSRH.LDT TENS.DDT NPHI CNL NPOR:CNL CFTC.CNL MTEM.CNL POTA,LSO THOR.KAL URAN,ALP CGR.ALP W3NG,NGT HTE~,NGT SGR,MSF HTEN,MSF IDPH,DTE IDVR,PHA IMER,PHA I~D~DTE IMQF,DTE IIX~DTE TEN$.DTE DT.LS$ GR.GS$ HTEN,L$S PEF,LDT LU.LDT S$2,LDT SRH,LDT ENS,LDT NPMI,CNL NPORe'CNL CFTC,CNL NTEM,CNL POTAiLSQ THOR~KAL URAN,ASP CGR,ADP W~NG,NGT HTEN,NGT SGR,.MSF HTEN,~SF MRES.AIT 44 1371 -999 999 2999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999 44 137~ -999 7 7 5 7 0 3 2035 194 37 ~326 999 -999 · 999 -99'9 -999 -999 -999 999 -999 -999 -999 -999 -999 37 1~26 - 99 .750 TENS,DSS .000 DPHI.LDT .250 ODS.DDT 50 LL,LDT *i. 50 LSHV,LDT 250 LURH,LDT :250 STEM.DDT 250 RTNR,CND 250 RCNT.CNL 250 SGR.CNL 250 HTEN,CNL 250 SGR.LSQ 250 POTA,KAL 50 THOR.ADP 50 CS,NGT 250 W4NG.~GT 250 MRE$, GT 750 TENS,MSF 000 GR,AIT · 250 MTEH,AIT . ClMP.DTE 188 CMVR,PHA 410 CID~iDTE 000 IIRD'DTE 6'13 SFLU.DTE ~000 MTEM,DTE 000 DT5,L$S 844 TEN$,~SS 000 ~PHI,LDT 250 OLS,LDT 250 LL,LDT 250 5SH~ DDT ~250 LUR~ DDT 250 ~TE~ LDT 250 RTNRCNL 250 RCNTCN~ 12.50 SGR CNL ,,'50 SG.R:,LSQ ..~$0 HTEN..CN5 ~50 PO?A KA5 · ~50 THOR]ALP ,250 'CS '.250 W4NG .~50 ~RES · ~44 TENS MSF .000 GR,AIT ~50 MT~M,AIT PAGE: 2090. -999. -999. -999, -999. -999. -999, -999, -999, -999, -999, -999. -999' -999 -999 999 2090 '999 -999 130 !92 193 192 115 ~035 .999 -999 ~999 -999 -99i9 -999 ~999 ~999 :-999 '999: .'999 ~999~ .-999 -999 -999 -999 2035 '999 '999 DEPT. 500.000 CIDP.DTE !98,43~ IDPH..DTE 5,040 CDER.PHA 224 IDER PH~ 4,447 CDVR,PHA 2~5,14 IDVR,'PHA 4,442 ~I~.P,DTE 293 I~PH~DTE 3,407 CMER.PH~ 3.1.994 iMER,PHA 3,311 CMVR.PHA 302 I~VR,PHA 3.303 CILD,DTE 203.125 ILD..DTE 4..918 CILN.DTE .29~ IL~.DTE 3,414 IDQF,DTE 0.000 I~QF.DTE 0.000 IIRD.DTE 19 65 000 250 250 250 250 25O 250 250 2~0 50 0 25O 25O 000 25O ~50 7 230 000 2 ~ o 688 600 000 250 :250 250 250 250 250 25O 2,5 0 250 000 250 250 87 4 7 9 750 500 IS Tape Verift. catlon Listing chlumberger Alaska ComPutfDg Center I!XD DTE 10 516 IIRM,DTE SV~DT~ -53~0~1 SGR.DT~ ~RES,O']'E 2,963 HTEN,DTE DTL~,,LSS 139,600 DTLF,LSS ?~TE',L$S 70,625 ~RES,LS$ RPO~.I.,DT -999,250 DRH~:LDT LIT~',LD? -99g,250 SS~':bDT $$HV.LDT -999.250 SIR bDT CALl,bDT -999 250 SG~.LDT ~RES.LDT -999:250 ~TEN.LDT T~pH CNL -999,250 TNRA CNL RCFT:CNL -999,250 CNTC:CML TENS.CNL -999.250 ~RE$ CNL T~O~.[,SO -999,250 [JRAN:LSO CGP,LSO -999.250 URAN.KAL SGR.KAL -999,250 CGR,KAL POTA.ALP -999.250 SGR,ALP WlNC,NGT -999,250 ~2NG,NGT WSNG.NGT -999.250 TENS~NGT MTE~.NGT -999.250 CAbS,NSF ~TEM.~SF 70 625 MRE$,MSF GT~.~ AlT 999:250 TENS~AIT DEPT. IDER.PHA iMPH~DT~ IMVR.PHA IL~.DTE I!XD.DTE SP .DTE DTL~.LSS ~TE~,LSS RHDB,LDT OSS,LDT LITe.bDT CA ,bDT ~RES,LDT T~P~.CNL RCFT.CNL T~NS,CNL THO~.LS~ SGR KAL POTA~A. LP W5NG,NGT ~TE~,NGT ~TE~.MSF HTEN.AIT 400,000 3,497 2,710 '52 906 18~ 098 5OO 68 000 -999 250 -999 ~50 -999 250 -999 250 -999 ~50 ~999,250 -999.250 -999, ~999,250 999i250 :999,250 999.250 -999 250 -9991250 -999.250 6~,000 '999,250 ClDP,DTE CDVR,PH.~ CMER~PHA CILD,DTE IDQF.DTE IIRM,DT~ SGR.DTE HTEN,DTE DTLF,LS~ MRES LSS DRHO bDT LS bDT SS1 bDT SGR bDT HTEN bDT TNRA CNL CNTC CNL URAN LSQ URAN KAL CGR KAL SGR ALP W2NG NGT TENS NGT CAbS ~SF ~RES TENS AlT 20-APR-1992 17:04 273 500 50i438 1312 000 137.600 2.963 -999 250 -999 250 -999 250 -999 ~50 -999 ~50 -999 ~50 -999 250 -999:250 -99 50 -999250 -999 250 ~999 250 -999 250 -999 ~50 20 641 2.963 -999.250 288 667 29~ 500 0 000 ' 94 zsi:ooo 162, 3 8 -999 ~50 -999 ~50 -999 50 -999 50 -999 ~50 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 R50 -999 ~50 -999 250 -9 50 20 688 3,098 -999.250 IIX~,DTE T~NS,DTE D'r.bSS GR.L$$ HTEN,LS$ PEF.LDT LU,LDT SS2,LDT LSRH,LDT TENS,bDT NPHI,CNL NPOR.CNL CFTC,CN5 ~TE~ CNL POTA:L$O THOR,KAL URAN,ALP CGR,ALP W3NG,NGT HTEN,NGT SGR,~SF HTEN,MSF MRES.AIT IDPH,DTE IDVR,PHA IMER.PHA IL I~O~,DTE' ,DTE IIX~,DTE TENSiDTE DT,LSS GR,L$$ HTEN. L$S PEF LDT LU bDT $$2 bDT SRH,LDT ENS'LDT NPHI, NL NPOR,.~N~ CFTCiCN5 MTEM,CNL THOR,KAL URAN,ALP CGR,ALP ~3NG.NGT TEN,NGT SGR.MSF HTEN,MSF NR'ES,AI~ 6 305 1930!00O 203 200 50 438 1312 000 -999 250 -999 250 -999 ~50 -999 250 -999 250 -999 250 -999 250 -999 RSO -999 250 -999 ~50 -999 250 -999 250 -999 250 -999 250 -999 250 50 438 1312 000 -999 250 3 3 2 3 0 44 .' -999 -999 -999 -999 -999 -999 -999 -999 999 '-999 -999 -999 -999 -999 44 1351 -999 464 506 719 416 000 600 ~89~ , O0 ,250 250 250 25O 250 250 000 250 SFLU.DTE MTEM.DTE DTL.LSS TENS.LS$ DPHX.LDT QL$ LDT Lb:bDT LSHV [.,DT LURH:LDT STEM,bDT RTNR,CNL RCNT,CNL $GR,CNL HTEN CNL SGRiLSO POTA KAL THOR ALP C$,NGT W4NG.NGT ~RES NGT TENS:MSF GR.,AlT ~TE~.AIT CDER,PHA CXMP,DTE CMVR.PHA CIbM.DTE IIRD.DTE SFLU.DTE MTEM'DTE DTL'LS$ TENSiLS$ DPHI.bDT QLS.bDT bb.,bDT LSHV.LDT LURH.LDT MTEM'LDT ~TNR.CN5 CNT,CNb $GR,CNL HTEN.CNL $GR.LSO POTA,KAb THOR,ALP CS.NGT W4NG,NGT MRE$.NGT TENS,NSF GR.AIT MTEM.AIT PAGE! 4 70 180 1930 -999 -999 ~999, 999, -999, -999, -999, -999, -999, -999, -999, 999, 999, -999, -999, '-999 ~930~ '999, '999. 3 366 37 ~860 '999 '999 '999 -999 ~999 -999 '999 '999 -999 -999 -999 '999 -999 -999 -999 -999 -99~ -999 66 289 625 200 000 250 250 0 0 0 ~50 2~0 000 955 025 750 625 9'/5 000 700 000 250 250 250 250 250 250 25O 5O :250 25O 25O 25O 25O 25O 25O 000 250 25O Tame verification Listino cblumberoer Alaska Commuting Center DEPT. 300,000 CIDP,DTE I D~.]~. Pt~.a 1.186 CDVR,PHA I~{PH. DT~] 1.242 CMER.PHA I~.VP,PMA 1.249 CILD OTE IL~.DTE 1,~39 IDOF~DTE IIXD,DTE 141,375 IIR~,DTE ~P, DTE -49,594 SGR,DTE ~gES.DTE 3.092 HT~N,DTE DTL~.LSS 166,900 MTE~.LSS 66.875 R~OB.LDT -999.250 DRHO.LDT OSS, LOT -999,250 LS. BDT LIT~,LgT '999,250 SS1, LOT CALl,LOT --99:250 SGR:LDT M~ES LOT -999 250 MTEN,LOT TNPH:CNL -999:250 TNRA.CNL ~CFT,CNL -999 250 CNTC,CNL TE{~S.CNL -999:250 MRES,CNL THOR.bSO -999 250 URAN, CG~,LSO -999:250 URAN.KAL SGR,KAL -999,250 CGR KAL POT.A. ALP -999,250 fiGR: ALP ~NG NGT -999,250 W~NG,.NGT WbNG:NGT '999,250 TENS,NGT MTE~, NGT -999,250 CABS, MTEM.MSF 66,875 }.{TEN AIT -999 250 TE~S AIT DEPT, IDER,PHA I~PM.DTE I~VR.P~A Ib~ DTE IIXD DTE SP DTE MRES DTE DTLN bSS MTE~ LSS RHOB bDT OSS LOT LITH,LDT SSHV,LDT C.LI LDm ~RES,I.,DT TNP~.CNL RCFT,CN5 TENS,CNL THO~,LSQ CGR,LSO SGR KAL POTA:ALP WSNG.NGT MTEM.NGT 200.000 1,914 1.924 14~,I00 6 ,500 '999,250 '999.250 '999,250 '999,250 '999,250 '999,250 '999,~50 -999~250 '999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 IOP, DVR, CMER, CILD IOOF IIRM SGR MTEN DTLF ~RES DRHO S1RH SGR HTEN TNRA CNTC MRE$ [JRAN URAN CGR SGR W2NG TENS CABS, DTE PEA DTE DTE DTE DTE OTE bDT LOT LOT bDT bDT I,DT CNL CNb CNb LSO KAL KAL ALP MSF 20-APR-199~ 17:04 8~!,120 8 0,501 804,639 86g,500 0.000 7 :ooo 5~3 134 0 17~:0 0 200 3092 -999 250 '999 250 '999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 ~50 -999 250 -999 250 25O '999,~50 '766 ~,092 '999.250 9~ 16 49 . 50 479, 0 44.~63 1~16, O0 -99 50 -99~ 250 -99 -999 250 -999 250 -999 250 -999 250 -999 ~50 '999 50 '999,250 -999,250 -999,~50 '999. 50 -999,250 17.906 IDPH.DTE IDVR,PHA IMER.PHA ILD,OTE I~OF.DTE IIX~,DTE TENS~OTE DT,BSS GR,L$S HTEN,LSS PEF,bDT LU bDT SS2:LDT LSRH,LDT TENS,bDT NPHI,CNL NPOR.CNL CFTC,CNL MTEM.CNL POTA,LSO THOR.KAL URAN,~LP CGR, bP W3NG,NGT HTEN NGT HTEN MSF MRES.AIT IDPH,DTE IDVR,PHA IMER,PMA ILO,DTE IMOF,OTE IIXM.DTE DT,.' GR bSS HTEN LSS PEF bDT LO LDT 8S2 ~DT LSRH bDT TENS,bDT NPMI,CNb NPOR,CNb CFTC.CNL MTEM,CNb POTA,LS~ THOR,KAL URAN.ALP CGR LP w3 G SGR,MSF 1.203 1 190 1,149 0,000 1780 O0 204,400 54,563 !349.000 999.~50 -999 250 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999 250 -999 250 -999 250 -999 250 -999 ~50 -999. 0 1349 0 -999 250 CDE~ PHA CIMPiDTE CMVR PHA CIL~,DTE IIRD.DTE SFLU.DTE ~TE~,DTE DTL.LSS TENS,LS$ DPHI,LDT QLS,LDT LL,LDT LSHV,i. DT LURH,bDT STEM,bDT RTNR CNL RCNT:CNL SGR,CNL HTEN CNL SGR LSO POTA KAL THOR ALP CS NGT W4NGNGT MRESNGT TENSMSF GRAIT MTEM,AIT 2 I 91 2 03] C~VR, CIbM, 0 000 IIRD 49 094 SFbU 1810000 148 900 DT5 44 563 TENS !316 ,000 DpH!, 999 250 0 -999 .250 bSHV, -999 250 bURH, -999.250 -999 250 RT~ -999 250 RCNT~ -99~ ~50 SGR: -99 .~50 HTEN -999 250 SGR -999 .250 POTA -999 ~50 THOR -999 0 -999 ~50 44 PHA DTE PHA D T E DTE DTE DTE bDT bDT bDT bDT bDT .bDT CNb CNL C N ~ b$ 4CS ~ NGT TENS , MSF PAGE: 67 843 011 805 080 800 822 806 000 634 500 2 66 75 ~72,300 1780,000 '999 250 '999 250 -999 250 '999 250 -999 250 -999 250 ~999 250 -999 250 "999 250 -999 250 -999 250 ~999 250 -999 250 -999 250 -999.~,250 -999,250 ~780,000 .~999,250 .999,250 492,405 522,549 519'819 520,000 000 i 600 8 0000 i999 :250 '999250 ~-999 250 -999.~50 -999~50 '999 250 '999 250 -'999 250 -999250 "999,~50 '999,250 '999, '999,~O0 -999':150 -999~50 '999,2:50 1810,000 IS Tane VerificatioD I,]stino chlumberger Alaska Computing Center ~?F..~ ~,SF 68.5O0 [{TEN:AlT -999.250 TENS' AlT DEPT. 113 500 CIDP I)T~ IDER.DMA "7~891 CDVR:PHA I~P~.~TE 195o 000 C~ER.PHA I~¥R.PHA 1950~000 CILO.DTE ~.~T~ ~950.000 IDOF IIXD OTE -459,500 IIRM:DTE SP~DTE -188,125 SGR'DTE ~PES.DTE 3,037 HTEN.DTE DTLN.LSS 58,300 DTLF.LSS ~TE~,LSS 71.375 MRE$.LSS R~O~ LDT -999'250 DRHO.LDT OSS:LDT -999.250 LS,DDT LIT~.LDT -999.250 SSI~LDT SSH¥.[,DT -999.250 S1RH~LDT CA[,I.I. DT -999 250 SGR.LDT ~RE$.LDT -999:250 MTEN.LDT TNPM.CNL -999,250 TNRA CNL RCFT.CNL -999.250 CNTC:CNL T~N$.CNL -999 ~50 MRES,CNL THO~.LSO -999:~50 URAN,LS~ CGR.LSO -999.250 URAN.KAL SG~.KAL -999.250 CGR.KAL SGR.ALP pO ~,ALP '999,250 Wi.~G.NGT -999 ~50 W2NG.NGT CA.L$:~SF 14TE~,NGT -999.250 ~TE~,MSF 7~.375 ~RE$,MSF HTEN.AIT -999,250 TENS,AIT ** [N[) OF DATA FILE ~A~E : EDIT ,001 SERVICE : FLIC VERSIO~ : O01A07 ~AX REC SIZE : 10~4 FILE TYPE ~ LO LhST FILE : 20-APR-lg92 17:04 3.037 HTE~i.NSF -999.250 ~RES.AIT 137 665 -385 129 137:750 0.000 -377,500 17,828 58.500 3.037 99 25O -99q.250 -99~.250 -999.~50 -999. 50 -999 250 -999~250 -999 '999'~ 0 , 0 :999 999 -999 25O -u99 -~99 18 2~0 9~9 0 IDPH ~TE IDVR:PHA IMER,PHA ILD,DTE I~OF.DTE IIX~,DTE TEN$.DTE DT,LSS GR,LSS NTEN.LSS PEF,LDT LU.LDT SS2.LDT LSRH bDT TENS bDT NP~I CNL NPOR.CNL CFTC.CNL MTEM,CNL POTA,LSO THOR.KAL URAN.,ALP CGR,ALP W3NG,NGT HTEN.NGT 8GR,.MSF HTEN~.MSF ~ES~AIT !316 000 GR.AIT 999:250 ~TE.' ~.AIT 71264 ~P!DTEPHA 7 954 0 000 CMVR PHA 1957 254 CIb~,DTE 0 000 IIRD.DTE 4t40 000 SFLU,DTE 1940 000 58 700 DT~:L$$ 17 828 TEN 1398 000 DPHI,LDT -999 250 OLS,LDT -999 250 LL.LDT -999 250 LSHV LDT -999 250 LURH:LDT -999.~950 MTE~.LDT -999,250 RTNR.CN'L -999,250 RCNT.CNL -999.250 SGR,CNL -999:~50 "TEN CNL -999 50 -999 0 POTA,KAL 50 THOR,ALP :999,-250 C$,NGT .999:'250 'W4NG,NGT 999'.~250 MRE$,NGT 17~828 TENS.~SF !398,000 GR..AlT 999,250 MTE~,AIT PAGE: 68 '999.250 '999,250 -3 324 -385 9O8 -385 250 120 06 0 51~ 71,375 59,200 1940,000 -999.250 -999 250 -999:250 :999,250 999,250 -999'250 :999,250 ,999,250 999;250 -999,2~0 :999,250 ,999.~2:50 999,250 -999~250 -:999'250 -999,250 1940;000 -999,250 -999.250 IS Tame verlflcation Listing cblumberger AlasKa Computing Center **** FILE FIS[ NA~E : EDIT .002 SERVICE VERSION : 001A07 DATE : 92/04/16 ~AX REC SIZE : ~024 FILK TYPE LAST FILE 20-APR-1992 17:04 PAGEt 69 ****************************************************************************** FILE - EDIT,O02 CONOCO !aC. WILDCAT NORTHWEST ~IbNE 50-029-22231 DATA SAMPLED EVERY -.t667 FEET DATA INCLUDED - TOOL EXTENSION TOOL TYPE USED NA~E ******************************************************************************* TABLE TYPE ~ CONS TUNI VALU DEFI C~! CONOCO INC. Company Name F~' ~;ILDCAT Field Name W~,~ NORTHWEST ~ILME ~1 well Name APIM 50-029-22231 API Serial Number Fl, 2500' FSb & 500' FEb Field Location SECT 25 Section TOWN 14N Township RANG 9E b ' Range COUN NORTH S OPE County STAT ALASKA State or Province . ~I USA Nation i~ I T ~ 8 DAVIES witness Name SO~t 5~9453 Service order Number IS '~aoe VertflcatioD Listing 20-APR-lEER 17:04 chlumberqer Alaska Computing Center PAGE: 70 T mmmmmmmm,~mmm PD~T FT APD PT EKB PT EOF FT EGL FT TOD FT TDL FT BLI FT Th! FT OFT DFD G/C3 DFPW DFV S DFL F3 ~ST DEGF R~F'S OHM~ ~rST DEGF R~CS OH~M ~CST DEGF BHT DEGF UN! VALU ~.$b 42,7 42.7 41 7 I{o6o, 11051, 11041, !50 10,4 89 1.. 5 15 , Permanent, datum Elevation o~ Permanent Datum Log ~easured From Above Permanent Datum Elevation ot Kelly Bushing Elevation of Oerric~ Floor Elevation of Ground Level Total DePth - Driller Total Depth - bogger Bottom Log lnterval To Log Interval Dr¥11~ng Fluid Type. Drtl. l~ng Fluid Density Drillino Fluid Ph Oril lng Fluid Viscosity Drilli~ Fluid boss Resistivity Of MUd SamPle. ~ud-Sample Temperature Resistivity o~ MUd Fl. itrate S ~ud. Filtrate Sample T~mp~ratu Reslstlvlty Of Myd Ca~e ~amol ~ud Ca~e sample Temperature' BOttom Hole Temperature . TABLE TYPE ~ CURV ** DATA FOR~4AT SPECIFICATION RECORD SET TYPE - 64KB ** FE REPR CODE VA, UE 1 66 0 2 66 0 3 73 8 4 66 5 66 6 73 7 65 9 65 {166 1~ 66 128 IS Tape Verification Listing chlu~berger AlasKa Com~>utin~ Center 20-~PR-1992 17:(34 PAGE: TY REP_ 'ODE VA UE 13 66 0 14 65 FT !5 66 68 i6 66 1 0 66 I ** SET TYPE - CHAN ~E SERV UNIT SER¥I E APl AP, APl AP1 F BE NU B NUMB SIZE EPR PRO ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 599453 O0 000 O0 0 2 1 1 4 68 0000000000 MSFL uSr OHNM 599453 O0 000 O0 0 2 1 1 4 68 0000000000 ** DATA ** D~PT. 11086.834 ~SFL.MSF -999,250 DEPT, 11000,000 ~SFL.~SF 4.533 DEPT, 10900,o00 ~SFL.~SF 3,846 DEPT, 1080o,000 ~SFL.NSF 8.319 DEPT, 10700.000 ~SFL,~SF 4,993 DEPT. 10600,000 MSFL.~SF 4,080 DfPT, 10500,000 MSFL.NSF 3,535 DEPT, 10400,000 ~SFL,~SF 3.112 D~PT, lO300,000 ~SFL.~SF 2.882 DEPT. 10200.000 ~SFL.MSF 4.614 DEPT. lOlO0,O00 ~SFL,aSF 4.509 DEPT. ~0000,o00 aSFL,~SF 4.451 DEPT. 9900,000 a$FL,~SF 4,625 DEPT. 9800,00o aSFL.~SF 3.766 DEPT, 9700,000 ~SFL,~SF 3,738 71 Tape Verification Listina chlUmber~er alaska Co~utina Center 20-.A:PR-i992 17:04 PAGE: DEPT. 9600.000 ~$FL.MSF 3.415 DFPT. 9500.000 ~$FL.MSF 3.271 DFPT. 9400.000 ~SFL.MSF 7.798 D~PT. 9300,000 ~SFL.~SF 2,7~4 DEPT. 9200.000 MSFb.~SF 2,892 DEPT. gl00.000 MSFL.~$F 3.7~0 DEPT. 9000.000 ~SFL,MSF 3,266 DEPT. R900.000 MSFb. MSF 3.317 DEPT. 8800.000 ~SFh.~SF 4.029 DEPT. 8700,000 MSFL.MSF 4,059 [)~':PT. 8600,000 MSFL,~SF 5,54~ DEPT. 8500.000 MSFL.~iS~ 5.073 DEPT. 8400,000 ~SFL,~SF 4,369 DEPT, 8300,000 ~SFL,MSF 3,874 DEPT, 8200,000 MSFD,~SF 3'892 DEPT.. 8100.000 MSFL.MSF 3,580 DEPT. 8000,000 ~SFL..~SF 3,554 DEPT, 7900,000 ~SFL,MSF 3,635 DEPT. 7800.000 MSFD,~$F 3.665 D~PT. 7700,000 MSFL~MSF 3'i9.6 DEPT. 7600.000 MSFL.MSF 3,371 DEPT. 7500,000 MSFL.MSF 3.031, DEPT, 7400,000 MSFb,MSF 3,000 DEPT. 7300.000 ~SFL.MSF 3.029 DEPT, 7200,000 ~SFL,MSF 4,037 DEPT, 7100'000 ~$FL,~SF 3,693 IS 'rape verifi..cation Llstinq chlur, berger AlasKa Computing Cent. er 20-APR-1992 17:04 PAGE~ 73 DEPT. 7000,000 ~SFb. MSF 3,958 DFPT. 6900,000 ~$FL.MSF 2.729 DEPT. 6800.000 ~SFL,~$F 3.686 DEPT. 6700.000 gSFL.~$F 2,645 D~PT. 6600,000 ~SFL,MSF 2.318 D~PT. 6500,000 ~SFL.MSF 3,500 DEPT. 6400.000 MSFL.MSF 2.990 DEiPT. 6300.000 MSFL,~$F 2,538 DEPT. 6200,000 ~S~L,~SF -999,~50 'D~PT, 6~00.000 MSFL.~SF ~,7~8 {j)~PT, 6000.000 ~$Fh. MSF 3,558 DEPT. 5900,000 ~SFL.~SF 3.642 DEPT. 5800,000 ~SFL.~SF 3.251 D~PT. 5700,000 MSFD.MSF 3,543 DEPT. 5600,000 ~SFL,MSF 8,~85 DEPT 5500,000 MSFL,~SF 3,664 D~EPT, 5400,000 MSFL,MSF 3,686 DEPT, 5300,000 ~SFL,MSF 6,72~ D~PT, 5200.000 MSFL,MSF 5,246 D~PT. 5100,000 ~SFL,~SF 4,755 DEPT. 5000.000 ~SFL"~$F 4,831 DEPT. 4900.000 ~SFI~,~SF' 4,967 D~PT. 4800,()00 ~$FL,MSF 5,332 D~P 4700.000 ~SFL,~SF 5,225 D~PT, 4600,000 ~SFL,MSF 3.697 ~' ' 4500.000 MSFL,~SF 2,675 IS ~a~e Verification Listinn CblUmberqer Alaska ComDutin~ Center DFPTo 4400°000 MSFL.~SF DEPT. 4300,000 DEPT, 4~00,000 ~SFL,~SF DEPT, 4100,000 ~SFL,~SF OEPT, 4000,000 ~SFL,MSF D~PT. 3900,000 ~SFL.~SF D~PT. 3~00,000 ~SFL.~SF DEPT. 3700,000 ~SFL,~SF D~PT. 3600.000 ~SFL.MSF D~PT, 3500,000 MSFb,MSF DEPT. 3400.000 ~SFL,MSF DEPT. 3300,000 ~SFL,MSF DEPT, 3200.000 MSFb,MSF D~PT, 3100.000 ~SFb,~SF DEPT, 3000,000 ~SFL,MSF DMPT, 2900.000 ~SFh.MSF DEPT, 2800.000 ~SFb,MSF DEPT, 2700,000 ~SFh,MSF B~PT, 2655,500 ~SFL,MSF ** E~D OF DATA ** **** FILE TRAILER **** FIL~ NANE ~ EDIT ,002 SERVICE J FbIC V~RSION : O01A07 DATE : 92/04/16 ~X REC SIZE : 1024 FILE TYPE ~ bO LAST FILE ~ 2n-APR-1992 2,042 4.126 4.716 4.574 4.679 5,330 5,900 4.492 5.505 6,773 6,309 6.188 7.831 7,470 5.949 5.787 0,303 0,728 '999,~50 17:04 74 IS Tape Verification Listinq chlur~berqer AlasKa Computing Center **** FILE HEADER **** FILE Nh~E : EDIT .003 SE~V1CE : FLIC ¥~RSIO~ : O0~A07 D~T~ : 9~/04/16 ~X PEC SIZE : 1024 FILE TYPE : LO 20-APR-!992 17:04 PAGE~ 75 ****************************************************************************** * FILE - EDIT.OO3 * CO~IOCO I~C, * WILDCAT * NORTHWEST MILNE * 50-029-2223], , , , , , , , , , , , * AlT ,AIT ARRAY INDUCTION ~OOb (ONLY ~EPEAT FI'bE AVAIBABhE, * ' OUTPUTS.OF COMPUTING CENTER PROCESSING) ' *********************************************'** ******************************** 'DATA SAMPLED EVERY -,25 FEET DATA INCLUDED - TOOL ~XTENSION TOOL TYPE USED NA~E TABLE TYPE I CONS TUN! VALU DEFY CN CONOCO INC Comp n Name F~ wYbDCAT ' Fiel~ ~ame wN NORTHWEST MILNE #1 ~e!l ~ame APlN 50'029-22231 APl Serial Number FL 2500' FSL & 500' FEb Field Location SECT 25 Section TC~N 1,4N Township RA~G 9E Range COoN NORTH SLOPE County ST.AT ALASFA State or Province NATI USA Nation W'IT~) S, DAVIES wtt~e$$ Name IS 'rase Verification Llstlno 20-APR-19g2 17:04 PAGE: 76 chlumberQer AlasKa Computing Center TUN! VA[,,[.] DEFI $0~) 599453 Service Order Number P~AT MSL Permanent datum EPD FT 0 Elevat!on of Permanent Datum L~F R~B bog Measured From APD FT 42,7 Above Permanent Datum EKE FT 42,7 Elevation of Kelly Bushing EOF FT 41 7 Elevatzon of Derric~ Floor EGL FT 7 ~ Elevation of Ground Level TOD FT 1{060, Total Depth - Driller TDL FT ~1~51, Total DePth - Logger B~I FT 11041 Bottom Log Interval TLI FT 150 ' TOp bog Interval OFT EZ ~[.!D Drilling Floid Type DFD ~/C3 10,4 Drilling Fluid Density DFPF Drillln~ Fluld Ph DrY S · DrtlllnO FlUId Viscosity DFL r3 4, Drilling Fluid Loss R~S OH~ 3,89 Resistivity Of MUd Sample MST DEGF 78 MUd Sample Temperature RMFS OHMM 1~5 Resist~vit of ~ud Filtrate s ~FST DEGF 6~ ~ud..Flltra~ · Sample Temperatu R~CS OHM~ 1.~5 Resistivity Of MUd Ca~e Sampl ~CST DEGF 65 ~ud Ca~e Sample Temperature'' BHT DEGF .15~, BottOm HoleTemperature. TABLE TYPE ~. CURV ROI0 A02~ A03 A060 AO90 ATIO AT20 AT30 AT60 ATgO ATRT ATRW ATOD ATID DEFI ..... ""'"'"" :' :'"'""' ;""'"'"' i::: ::'::::::: . I'VERTXCA ESPONSE 0 RADIAL ~I VITY AlT !'VERTICAL RESPONSE 0 RADIAL MI POINT REBXST'IVXTY AlT 'VERTICAL RESPONSE 30 RADIAL ~l POINT RESISTIVITY AXT 1'VERTICAL RESPONSE 60 RADIAL~IDPOXNT RESISTIVITY AIT I'VERTICAL RESPONSE 90 RADIAL NI Ai 'VERTICAL RESPONSE 20 RADIAL DPOINT ~ESISTIVITY AIT 2'VERTICAL RESPON&E 30 RADIAL MIDPOINT RESISTIVITY ~.IT 2'VERTICAL RESPONSE 60 RADIAL ~IDPOiNT RESISTIVITY AIT 2'VERTICAL RESPONSE 90 RADIAL MIDPOINT RESISTIVITY TRUE FORMATION RESISTIV TY FOR TWO FT. VERT. RES. ~ATA FLUSHED ZONE RESISTIVITY FOR TWO ~T_, VERT RES., DATA OUTER DIANE, ER LIMIT OF INVASION fOR T'WO ~T.. VERT. RES, INNER DIAMET~R LIMIT OF INVASION FOR TWO FT' VERT, RES. DATA DATA IS Tape verification L~st~ng chlumberqer AlasKa Computing Center 20-APR-1992 17:04 PAGE: ** PATA FORMAT SPECIFICATION RECO~D ** SET TYPE - 6~EB ** .--..-....--...~-...-.-.-... TYPE REPR ~ VA]hUE I 66 0 2 66 0 3 73 60 4 66 1 5 66 6 73 7 65 8 6~ 0.25 9 65 1~ 66 17 12 68 13 66 0 14 65 FT 15 66 68 ~.6 66 0 66 ** SET TYPE - CHAN ** ..~ s~.; " X;i'"'"' '""'"' '""""' ESS ID ORDER # hOG TYPE CLASS MOD NUmB SA, MP EbEM CODE (HEX) mmmmmm.mmmmmmmmmmmmmmmmmmmmmmmm#mm! D~PT FT 599453 A I0 AIT OHM~ 599453 A020 AlT OHMM 599453 A030 AIT OMMM 599453 A06O AIT OHMM 599453 A090 AIT OHMM 599453 ATIO AIT OMM~, 599453 ATgO AIT OHMM 599453 AT30 AIT OH~' 599453 AT60 AlT OHMM 599453 AT90 AlT OHM~ 599453 ATRT AIT OHMM 599453 ATR× AlT OHM~ 599453 ATOD AIT IN 599453 ATID AlT IN 599453 ooooo oo o, , , , ,~oooooooooo ooooo oo o, , , , ,~oooooooooo ooooo oo o, , , , ,.oooooooooo ooooo oo o , , ~ ~,oooooooooo ooooo oo o , , , ~.oooooooooo ooooo oo o , , , ~ oooooooooo 77 ** D.ATA ** DEPT 11038,250 A060 AlT 1950,000 AT30 AIT 1950.000 ATR× AIT -999.250 A[l,l,O AIT 195~.000 AO20.AIT 1950 Aogo:AIT 195 .000 ATIO.AIT 1950 AT60.AIT 1950 000 AT9g.~IT 195~ ATOD.AIT -q99:250 .ATI, IT -99 AIT goo ~o~2:~ 00 AT~ IT 0 0 ATRT.AIT 5O ,000 ~o°.ooo 999,2'50 IS Tar. e verification Listino chlumberger AIasKa Computing Center DFPT. 11000,000 AO10.AIT A~60.AIT ].483 AOgO.AIY AT30,AIT 3,467 AT60,AIT ATR×.AIT 3,522 ATOD,AIT DEPT. I0900,000 AOIO.AIT An60.AIT 2,835 AOgO,AIT AT30.AIT 2,940 AT60,AIT ATR~,AIT 2,992 ATOD,AIT T. AT30,AIT 6. 103 AT60,AIT A~RX, AIT 6,018 ATOD,AIT DFPT. 10700,000 AOIO AlT AO60,AIT 3,302 Aogo:AIT AT30.AIT 3,1.41 AT60,AIT ATRX..AIT 3.168 ATOD.AIT DEP~ 10600,000 AO~O,AIT A06 '.lit 4 220 AO_.O .AIT . . AT30.AIT 3,709 AT60,AIT ATRX,AIT 3.656 ATOD,AIT DEPT. 10500 000 AOIO.AIT AO60.AIT 2:1.69 Aogo,AIT AT30.AIT 2,250 AT60,AIT ATRX.~I.T 2,138 ATOD,AIT DEPT 10400,,000 AOI00 AT30,. I.r 2, 49 AT60,AIT ATRX.AIT 2- 06 ATOD,AIT END OF . ArA **** FILE TRAILER **** FILE NA~E : EDIT .O03 SERVICE : FLIC VERSION : 001A07 DATE : 92/04/16 ~AX REC SIZE : 1024 FILE TYPE : bO LAST FILE : 20-APR-1992 1.7104 3,368 AO20,AIT 3.528 ATIO.AIT 3.462 ATgO,AI.T 8,106 ATID,AIT 2,914 AO20,AIT o 5, 8 ATIO,AIT 6,031 AT90,AIT 9,164 ATID,AIT 2,688 AO20,AIT 3,265 ATIO,AIT 3.183 AT90,AIT 9,916 ATID,AIT 4,080 AO20,AIT 4.210 ATIO,AIT 3 ~8 ATgO,AIT 2.336 AO20~AIT 2 t~0 ATIO,AIT ~:1 2 AT90,AIT 9,756 ATID,AIT 2,201 A020,lIT 3,033 ATI0,.. T 2,219 AT90,AIT 9,209 ATID,AIT 3 495 31344 3 511 8 106 2.828 3.009 2.990 9.035 2~918 384 ,152 9.916 3 713 10 368 2 456 2:345 2,122 9.~56 2,946 ,206 AO30 AlT AT20:AIT ATRT,AIT AO30,A!T AT20.RIT ATRT.AIT AO30.AIT AT20,AIT ATRT,AIT 1030 AlT AT2OiAIT ATRT A030 AIT AT20.!AIT ATRT AIT AO30.,AIT AT20 AlT ATRT:AIT , IT ATRT.AIT PAGE: 78 ]:515 445 3,522 2.823 ,925 ,992 6 093 6!138 6 018 ],829 ,244 .3,168 3 · 656 2,373 2~274 ~'743 ,141 2'006 I8 TaDe veritlcatlon !,lstina Chlumberqer Alaska ComDutinq Center **** FILE FILF NA~E : EDIT .004 SERVICE : FLIC VERSION : 001A07 DAT~ : 92/04/16 ~aX REC SIZE : ~024 FILE TYPE : LO LAST FILE : 20-APR-19g2 17:o4 PAGE: 79 FILE - EDIT,O04 CONmCO ~NC, ~ILNE ~0 NT MAIN PASS bWD LOG DATA THE DENSITY D~TA , R~,SENTS;D ON THIS LIBRARY TAPE IS FROM 'RHOB SLIDING INDICATOR IS CALLED DATA,SLI DATA SAMPLED EVERY -,5000 FEET DATA INCLUDED - TOOL EXTENSION TOOL TYPE USED NAME * RG$ .LWD bOGGING WHILE DRILLING RESiSTIVITY/OR 6238' TO 11025' * ~DS .LWD LOGGING WHILE DRILLING NEUtRON/DENSITY 6~]8' TO 10961' * ****************************************************************************** T. BLE TYPE : CONS TUNI VALU DEFI . C~! CONOCO INC. Company Name FNleld ame FN WILDCAT w~ NORTHWEST MI.LNE #1 APi~ 50 SL & 500' FEb $~CZ 25 TOWN RA~., 9E COU~ NORTH SLOPE STAT ALASKA NATI USA Well Name API Serial Number Field Location Section TownShip Range Countv Sta~e or Province Nat:on IS 'Fane Verification Listing chiumberoer Alaska Computing Center 20-APR-1992 17:04 PACE= 80 TUNI VALU ~iTT~ S OAVI~S Witness Name SOt~ 5~9453 Service Order Number Permanent datum gPb rW O, Elevation ot Permanent Datum L~F RKB Log Measured From APD FT 42,7 Above Permanent Datum EKB FT 42,7 Elevation o~ Kelly Bushing EDF FT 4! 7 Elevation of Derrick Floor EG5 FT 7'~ Elevation of Ground LeVel TDD FT 1!~~' Total Depth - Driller TOL FT i ~ ' , Total Depth - Logger BbI FT 11041 Bottom Log Interval TLI FT ~50," Top Log Isterval DFT EZ N'UD DrII1 ng F1 id Type DrD G/C3 ~0.4 ' Dril!Ing rl~ oenslt ~d y Vis · F1 Cos ng ~ it DFb F3 4, Drilling Fluid boss R~S OHM~ 3'89 ReSlsflvlty o~ Mud Sample ~ST DEGF 7~& ~ud. Sample Temperature R~FS OH~ 1~5 ResistiVity o~ Mud F11trate $- ~FS~' OEGF 6~ ' MUd Filtrafe SamPle Tempgrat9 R~CS OHMM i,~5 Resistivity o£ Mud Ca~e.samPi ~CST D'.EGF 65~ ~ud Cake SamPl:e Temperature' BHT DEaF 1.5 , BOttom Hole~ Temperature .... TABLE TYPE : CUR¥ DEPT DRHO PEF OCAL DPHi DPOR TMPH ATR PSR ROP~ GR D~T~ DEF! ~ulk Denslty Delta RHO photoelectric Factor Differential Caliper Density pOrositY' Dens tV Porosity Output from an APplication Program TbermaI Neutron PoroSity ~ .ATTENUATION RESISTIVITY FROM THE CDR TOOL PHASE RESISTIVITY FROH THE CDR TOOL Gamma Ray None identified Channel Name to assure the ComPatibilit,y ,Os IS Tane Vertflcatton Listlno chlomberoer Alaska Computin6 Center 20-APR-1992 ** DATA FORMAT SPECIFICATION RECO~D ** ** SET TYPE - 64EB ** TYP~ R R CODE VALUE 1 66 0 2 66 0 3 73 56 4 66 l 5 66 6 73 7 65 11 66 18 12 68 13 66 0 14 65 F~~ 15 66 6~ 16 66 1 0 66 I RMOB LWD DRHO LWD PEF L~D DCAL LWD DPHI LWD DPOR LwD T~P!~ LwD ATR LWD PSR LWD ROPF LWD GR LWD DAT~ ** SET TYPE = CHAN ** ''''~ ........ ~i~ ..... ''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''' NAM ~ SERV SERVICE ! API FILE NUMB NU SIZE REPR PROCESS ID ORDER # LO(; TYPE CLASS MOD NUM~ SA~P ELEM CODE (SEX) DMPT MT 9453 0 000 O0 0 4 1 , 68 0000000 ROS2 WD G/C3 99453 O0 000 O0 0 4 1 1 4 68 00000000 0 G/C~ 599453 O0 000 O0 0 4 1 I 4 68 0000000000 G/C3 599453 O0 599453 O0 IN 599453 O0 PU 599453 O0 PU 59945~ 00 PU 599453 O0 OHMM 599453 O0 OMMM 599453 O0 F/HR 599453 O0 GAPI 599453 O0 599453 O0 000 O0 0 4 1 I 4 68 000 O0 0 4 I 1 4 68 000 O0 0 4 ! 1 4 68 000 O0 0 4 I ! 4 68 000 O0 0 4 i I 4 68 000 O0 0 4 1 1 4 68 000 O0 0 4 1 I 4 68 000 O0 0 4 I I 4 68 000 O0 0 4 I I 4 68 000 O0 0 4 1 ] 4 68 000 O0 0 4 1 1 4 68 0000000000 0000000000 0000000000 000000'0000 0000000000 00000000 0 0000000 0000000000 0000000000 0000000000 O000000000 PAGE{ ** D~TA ** DEPT. PEF.LMD TNP~,bWD GR.LND I!062.00u ROS2.LWD :999,250 DCAb,L~D 999,250 ATR.LWD -999.~50 DATA.SLI "999. 250 RHOB'LWD "999,250 DPHI ,bWO '999-250 PSR,L~D 5O.OOO '999 ~50 DRHOiLWD 2999:50 DPOR LWD 999,250 ROPE LWD ;999,250 999,250 43,7!.9 Tare Verification ListinO chlumberqer Alaska Computinq Center DEPT. 1,1000 000 ROS2,LWD PEF LWD -999;250 DCAL,LWD Ti~PN:L:~D -999. 250 ATR.L~D G~,LWD 106.366 DAT~.SL! D~PT. PE~.LWO GR,LWD 10800 DEPT 10700. PE~:LWD 3. TNPN.LWD 34. G~.L~D 122, 000 ROS2 LWD 954 DCAL:~WD 200 ATR.LWD 891 DATA,SLI ,~030 ROS2,LWD 8 DCAb'LWD 00 ATR LWD DEPT. 10600.000 PEF.LW~ 4,150 TNP~.LWD ~5, O0 GR,LWD 95,350 D PT Io5oo.ooo TMPH,L~D 42,400 GR.LWD 111,791 D~PT, 10400 PEF,LWD ~ T~P~,LWD 3 G~.LWD 124 ROS2 LWD DCAL:LWD ATR.LWD DATA,SLI DCAL,LWD ATR.LWD DATA.SLI -99 5 20-AP~-1992 17:04 5O 9,250 RHOB.LWD 9,250 DPHI LWD 4.323 PSR:LWD 0.000 2 447 RHOB,LWD 296 DPHI,LWD 0~9 3 PSR.LWD 2:o o 2 0 12 50 2 0 2 50 2 0 3 80 ~3~2 RHOB.LWD 1 4 DPHI.LWD ,257 PSR,LWD .000 .497 RHOB..bWD 715 DPHi.LWD i774 PSR.LWD 000 .658 RHOB.LWD ,414 DPHI,LWD ,175 PSR.LWD .790 ,434 RHOB,LWD · 56 DPHI, LWD :11 000 ROS2.LWD ,40 900 ATR.LWD '9 073 DATAiSLI 61.880 DEPT. 10200,000 R052 LWD 2,505 PEF,LWD 3,835 DCAL LWD 0,1 TNPFI,bWD 31,400 ATR LWD 2,85 GR.LWD 11,9,808 DATA SbI 73,740 PAGE: 82 O.OoO 00 DPOR.LWD 12.3 0 123'186, ROPE.LWD 48.648 2 392 DRHO.LWD 0.0!1 15i700 DPOR.LWD !~:700 13 428 ROPE,LWD 11 693 92: 7 DRMO LWD 0,~206 o o.: wo o 2.960 ROPE.LWD 14.006 2 658 DRHO..LWD -0,025 -0i500 DPOR,LWD 160, 4 278 ROPE,LWD ' .'5 0 0 499 2,43g DRHO LWD 0.001 13,,~0 DPOR:LWD 13,;200 2,113 ROPE.LWD 66,504 RHOB,LWD 2.402 DRHO,LWD -0,009 DPHI,SWD 15,.00~ DPOR,LWD ~ 000 PSR.LWD 1,95 ROPE,LWD :924 DPHI.LWD I :30 DPOR.LWD 14,300 PSR,~WD 2,806 ROP£.LWD 60,000 RHOB,LWD 2 505 DRHO.LWD DPHI.LWD 8, DPOR:LWD 8,60 PSR.LWD 3.369 ROPE.LWD 34j969 LWD 2.379 RHOB,bWD 2 ,379 DRHO,bWD ,-0,009 D.F..PT, 10000.000 PE~,LWD 3.241 DCA.L,L..D 0,000 DPHI,LWD 16 .400 DPOR,LWD !6,400 TNPFI.L.WD 34:54,00 ATR,LWD ~.938 PSR,LWD 2 984 ROPE'LWD 55,385 GR,LWD 116 29 DATA,SLI 0.O00 IS rave verification [,istina chlumberger AlasKa Computin~ Center DEPT. 9900.000 ROS2 LWD PEF.L~D '3,210 DCAL:LWD TNPM.LWD 32,300 ATR.LWD G~,LWD 125,466 DATA.$LI DEPT. 9800.000 RO$2.LWD PEF.LWD 3,028 DCAf.,LWD TNPH.LWD 29,100 ATR'LWD G~,LWD 104.948 DATA.SLI DEPT 9700 000 PEF:L, WD 3:649 DCAb. LWD TNP~, LWD 30. 400 ATR. G~,LWD 98,378 DATA,$LI DEPT. 9600.000 ROS2,LWD PEF.LWD ~,215 DC~b,LWD T~PH LWD 26.800 ATR,LWD GR.LWD 116.601. DATA,$[,I DEPT. 9500,000 ROS2,LWD PEF.LWD 3,030 DCAb. LWD DEPT. 9400.000 ROS2,LWD PEW,LwD 3,1~4 DCAL,bWD TMPH.LWD 30.300 ATRiLWD GR.LWD 107,992 DAT~,SLI DEPT PEF L~D TNPH G~ LWD DEPT PEF LWD TNPH LWD LWD DEPT, TNPH.LWD PEF.LWD TNPH.LWD GR.LWD TNPH G ,LWD 9300,000 ROS2,LWD 30,600 ATR WD 11.4,316 DATA'$LI 9200.000 ROS2.I~WD 3,~403 OCAh.LwD 31, 0 ATR.L~WD 109,792 DATA,$LI 9100,,000 ROS2.LWD 3,164 DCAB.LWD 28,~00 ATR,LWD 101. I7 DATA,SLI 9000.000 ~OS~,LWD 3,t42 DCA ,LWD 31,700 ATR.LWD 112,678 DATA.$LI 8900 000 3 084 30 700 91 437 ~o$2 bWD gTR,~WD DATA. LI 20-AP~-1992 17~04 2.575 RHOB.LWD 0,880 DPHI.LWD 3.210 PSR,LWO 84,220 2,380 RHOB.LWD 0.179 DPHI,LWD 2.581 PSR.LWD 0,350 2 437 RHOB,LWD 0~000 DPHI.LWD 2.671 PSR,LWD 0.000 430 RHOB.LWD 211 DPHI.bWD 2.956 PSR.LWD 56.980 2 380 RHOB,LWD 0:000 DPHI,LWD 2 902 PSR,LWD o:ooo 2.348 RHOB,LWD 0,000 DPMI.LWD 1,925 PSR,LWD 2,020 2,~83 RHOB,~WD O, 00 DPHI, WD 2,8324 PSR,LWD 83, 6O , i7 RHOO.LWD , 9 DPHI,LWD 2,~ 1 PSR,LWD 83, 0 2,'3~5 RHOB.:LWD 0,0 0 DPHI,LWD 2,462 PSR.LWD 84.710 2.379 RHOB,LWD 0'079 DPMI,L~D 2,303 PSR.LWD 86,940 2,348 RHOB,LWD 0,065 DPHI,bWD 2,655 PSR.bWD 74.000 2.575 4.500 3.173 2 38O !o 2 437 i : oo 2.860 43O '1~3,940 2,380 16.400 2.684 2.348 1~,300 1,,946 2,383 26,200 2.:285 2 357 17 2,493 2,379 1~6,.400 .447 2,348 18,300 2,695 DRHO LWD DPOR:LWD ROPE.LWD DRHO.LWD DPOR.LWD ROPE,bWD DRHO LWD DPOR:LWD ROPE.LWD DRHO.LWD DPOR LWD ROPE:LWD DRHO,LWD DPOR.,LWD ROPE.LWD DRHO.bWD DPORoLWD ROPE.LWD DRHO,bWD DPOR.I, WD ROPE.LWD DRHO LWD DPOR:LWD ROPE.LWD DRHO,LWD DPOR,LWD ROPE.bWD DRHO,LWD DPOR:.LWD ROPE.LWD DRHO,LWD DPOR.LWD ROPE.L~D PAGE~ 83 0.017 4.500 17.271 0 0O3 17 841 12, 11.104 ,,0.016 13' 4OO 31.915 '0,009 16,400 81.445 ~'0,028 .8'300 !22':049 ,-0.0022 I 4 '0,004 !7,~900 187'372 ":0,017 16'400 146,344 8.3 !49.288 IS Ta~e Verificat~on List~n~ chlumter~er Alaska Computing CeDter DKPT. 8~00,000 ROS2.LWD PEF,L%,{D ].008 DCAL.LWD T~PN.LWD 31.800 ATR,L~D G~.LWD 103'169 DATA.SL! DEPT 8700,000 ROS2,bWD PEF'L~D 3.025 DCAL.LWD TNPH~I. WD 29,000 ATR.LWD G~,!.WD 107,932 DATA,$LI D~T. 8600 000 RO$2.LWD F.LWD 2:865 DCAL,LWD TNP~.L~D 30. 000 ATR.LWD G~.LWD 83,081 DATA.SLI DEPT. 8500,000 ROS2.LWD PEF.LWD 2.951 DCAL bWO TNpM.[,WD 29.600 ATR~LWD GR.I.WD 88.835 DATA.SbI DEPT. 8400,000 ROM2 LWD PEF.LWD 2.322 DCAL:LWD TNPH.LwD 33.100 ATR.LWD G~.R.L~D 78.909 DATA.SLI DEPT. 8300 000 ROS2,LWD PEF.L~D 3 132 DCAb,LWD TMP~.LWD 30 000 ATR.LWD G~.LWD ~05 451 DATA.MLI DEPT. 8200,00(i) ROS~ LWD PEF.LWD 3.182 DCA :LWD TNPM.LWD 30,~00 ATR,LWD G~.L~D 100, ~7 DATA.SbI DFPT. 8100'~54 DCAb,~WD PEF LWD 3, 00 ROS~,LWD TNPH:LWD 32,500 ATR, WD GR.LWD 101.113 DATA,MLI DMPT 8000,000 ROS2.LWD PEF L~D 3,104 DCAb'LWD TNP~ LWD 32,800 ATR,LWD GR LWO 100.576 DATA,sLI DMPT. 7900 000 RO$2,LWD PEF LWD 3 0~5 DCAb,L~D TNP~:LWD 31 800 ATR.LWD G~.LWD 100 331 DAT~,SLI DEPT, 7800.000 ROS2 LWD P~. ,LWDF 2.810 DCAL LWD TNP~,LWD 30.200 ATR LWD G~.LWQ 82,663 DATA 20-hPR-1992 17:04 2.337 RHOB,LWD 0,000 DPHI,LWD 2.867 PSR,LWD 85,170 2,371 RHOB.LWD 0,084 DPHI,bWD 3,114 PSR,LWD 93,090 2.348 RHOB.bWD 0,103 DPHI,bWD 2.920 PSR,LWD 78.460 2.313 RHOB.bWD 0.064 DPHI,bWD 3,386 PSR.LWD 85.070 2,346 RHOB,LWD 0,324 DPMI,LWD 3 34 S LWD 3O 2. 389 RHOi!bWD 0,118 DPH LWD 2,~62 PS LWD 83, 30 2,~ RMOB.LWD 0. ~ DP,I,bWD O, 4 DPMI.eLWD 2, 85 PSR,LWD 86.610 ~.442 RHOB,~WD ,451 DPHI, WD ~,920 PSR.LWD 83.960 2,423 RHOB,.LWD 0,~19 DPHI.LWD 2, ~6 PSR,bWD O. 22 DPHI,LWD 3 {28 P$R,.bWO 61:190 2.337 19.000 3.140 2 '371 16i900 3 055 2 348 18: oo 2,772 2 3t3 20!500 3 142 346 :4oo 3 ..60! 2.38g 2,351 18,100 2,899 .692 .442 2.898 2.423 1~.700 ,920 ~ 342 18::700 2,988 DRHO,LWD DPOR,LWD ROPE.LWD DRHO,LWD DPOR.LWD ROPE,LWD DRHO.EWD DPOR.LWD ROPE,LWD DRHO,LWD DPOR,LWD ROPE,LWD DRHO.LWD DPOR,LWD ROPE,LWD DRHO,LWD DPOR,LWD ROP~.LWD DRHO,LWD DPOR.LWD ROPE.LWD DRHO.LWD DPOR,LWD ROPE,LWD DRHO,bWD DPOR,:LwD ROPE.LwD iDRMO,LWD DPOR,LWD ROPE,LWD DRHO,LWD DPOR,LWD ROPE.LWD PAGE: 84 -0 020 19:000 202,244 -0,018 16,900 229,926 006 251.080 -0,012 20,500 264,685 '0,074 18,400 191:, 511 0,011 ,. 15, :80 0 !66,:923 t8'i 0 19'9,995 0,017 2i6;300 4;:544 0.0 7 12.6~0 75'946 -0,032 [ ,oo ~765 84'507 IS Tape Verification LiStinG chlumberger Alaska Computlnq Center DEPT 7700,000 'ROS2 LWD TNPH.LWD 32 80(:) ATR.LWD GR.LwD 99:780 DATA.SLI DEPT. 7600.000 ROS2.LWD PEF.LWD 3.090 DCAL.LWD TNP~.LWD 34.600 ATR,LWD GP.LwD 95,813 DATA.$LI DEPT. 7400,000 ~OS2,LWD ~F W PE .L D 3,060 DC~L,L~D TNPH.L~D 35,900 ATR.LWD G~.LWD 106.239 DATA.SLI DEPT 7300 000 ~O$~,L, WD TNpH. [.,WD 35.Z00 ATR, LWD GR.LWD 101.0~4 DATA.SLI DEPT. 7200,000 ROS~,LWD PEF.LwD 2,863 DCA .LWD TNPH,LWD 32.200 ATR LWD GR.LWD 98.273 DATA~SLI DEPT, 7100 000 ROS2.L~D DEF.LWD 2:969 DCAL,LWD TNPH.LWD 32,500 ATR,LWD G~.L~D 94.732 DATA.$LI DEPT. 7000.000 RO$2,LWD PEF,LWD 2,943 DCAL~LWD TNPH.LWD 34,300 ATR,LWD GR.LWD 96.496 DATA,SLI DEPT. 6900.000 ROS2,LWD PEF.LWD 3,133 DCAL.LWD TNP~.LWD 35,800 ATR,LWD G~.LWD I051177 DAT~.SLI DEPT 6700,000 ROS2,LWD PE'F~LWO 2,921 DCAL,LWD TNPH.LWD 34,700 ATR.L~D GR.LWD 89.8t4 DATA.SLI 20-APR-1992 17:04 2.315 ~HOB.LWD 0.003 DPHI,LWO 2.801 PSR,L~D 64.600 2.329 RHOB.LWD 0.026 DPHI,LWD 2,956 PSR,LWD 63,970 2 R DPHI,bWD 2 938 PSR,LWD 51:260 2,326 RHOB,hWD 0,082 DPHI,LWD 2.690 PSR.LWD 58,290 2 79 R LWD , 884 PSR,LWD 5 .160 2,293 RHOB,LWD 0,000 DP}~I,~WD 3,198 PSR,LWD 0.000 O, 61 ~HOB PHI, D 3..0505 PSR.SWD o' 70 2,334 RHOB.LWD 0.085 DPHI,LWD 5~,270 PSR.hWD ,850 2,~065 RI~OB,LWD 0. 6 DPHI.i~WD 8 , 0 2.289 RHOB.hWD 0,000 DPHI,5WD 3,148 PSR.LWD 60.140 2 ~27 RHOB,L~D O: 60 DPHI,LWD 834 PSR.LWD 7 '740 2.]15 20. 00 2.679 ~.329 19.400 2.959 2.343 18.600 2.947 2.326 0 16, 2.701 2.293 2~,600 .!08 g.32~ 1 .80 3.435 2.334 5 ~.516 2 289 3 900 2 ~ O39 . 2.810 DPOR: nwD ROPE.LWD DRHO.LWD DPOR.LWD ROPE.LWD DRHO,LWD DPOR,LWD ROPE,LWD DRHO,LWD DPOR.LWD ROPE.LWD DRHO,LWD DPOR,LWD ROPE.LWD DRHO LWD DPOR~LWD ROPE.LWD DPO . WD ROPE.LwD DRHO,LWD DPOR,LWD ROPE,LWD DRRO,LWD DPOR.LWD ROPE.LWD DRMO,LWD DPOR,LWD ROPE.LWD DRHO,LWD DPOR,LWD ROPE.LWD PAGE: 85 -0.028 20,300 95,237 -0 023 19i400 162 164 -0,028 18.600 64,285 '0,03! 19.600 141,744 '0,0~0 16,~ 6 90.510 '0,024 2~,600 9 .363 169:802 -0 024 I ~00 6~ 17 -0,g28 20, O0 174,773 '0,~20 °° .441 19, 180,000 IS Tare Verlf~catlon [istln~ chlumber~er Alaska Computing Center 20-APR-1992 17104 PAGE: 86 DWPT. 6600.000 ROS2.LWD PEF.LWD 3.191. DCAL,LWD TNPH.LWD 37 200 ATR.LWD GR.L~D 1~2:923 DATA,SLI DFPT, 6500.000 RO$2,LWD PEP' LwD 3,204 OCAb,hWO TwPM: LWD 37,300 ATR. LWD GR.LWD 78,896 DATA,SLI DEPT, 6400,000 ROS2,LWD PEF,LWD 2,890 DCAL,LWD TNPH bwD 35,600 ATR,L~D GP:LWD 92,827 DATA,SLI DEPT, 6300,000 ROS2,LWD PEW,LWD 2,927 DCAL,bWD TNPH,LWD 36,100 ATR,LWD GR.LWD 75,802 DATA,SLI DEP~, 6200,000 ROS2,LWD PEF.bWO 100,O00 DCAL.LWD TNPH.LWD 48,300 ATR.LWD G~.LWD 48,239 DATA.$LI DEPT. !116,500 ROS2,LWD PEF LWD 9991250 DCAL,.LWD TNP~:LWD 999.250 ATR,LWD G~.LWD -999.250 DATA.SLI ** END OF DATA 2.307 ~HOB.LWO 0.045 DPHI.LWD 2 327 PSR.LWD 53~430 2.295 RHOB.LWD 0,037 DPHI,LWD 2,702 PSR,LWD 56,330 2,2B7 RHOB,LWD 0.116 DPHI,LWD 2,671 PSR,5WD 86.160 2,288 RHOB,LWD 2, I PSR WD 98.270 2 4 RHOB.bWD 0:]14 DPHI,LW 0,~7 PSR.LW 99, 4 -99~,250 RHOB,.LWD -gA ,250 DPHI,5WD -999,250 PSR.LWD 1.00.000 2 307 20:800 2.120 2.295 1,500 22.495 2 287 22:000 2,539 2.288 1,900 22,085 2,314 20,40O 5.406 -' 999,2:50 -.999.250 999 · 250 DRHO,LWD DPOR,LWD ROPE,LWD DRHO,LWD DPOR.LwD ROPE,LWD DRHO GWD DPOR~LWD ROPE.LWD DRHO.LWD DPOR.LWD ROPE,LWD DRHO LWD DPOR:bWD DRHO,LWD DP0'R,LWD ROPE,LWD ~0 019 0:800 236.974 ~0.013 1.500 116.889 000 219.527 -0,019 2 .490 . 2o' o 999~250 "999,250 '999,250 '999' 250 **** FILE TRAIbER FILE NAME = EDIT ,004 SERVICE = Fb'I'C VERSION = 00lA07 DATE : 92/04/~6 ~X REC SIZE : 1024 FILE TYPE : LO LAST FILE **** TAPE TRAILER **** SERVICE NAME = EDIT DaTE : 92/04/16 ORIGIN : FbIC TAPE NAME : 9220~ CONTINUATION ~ : P~EVIOUS TAPE COMMENT : CONOCO INC,,WILOCAT,NORTHWEST MILNE #1,50-029-22231 IS Tame verification Listing chlumberger AlasKa Computing Center 20-APR-lgg2 17:04 PAGE: **** REEL TRAILER **** $~RVIC~i NAME : EDIT DATE : 92/04/16 O~IGIN : wLIC REEL NAME : 92208 CONTINUATION # : PREVIOUS REEL : CO~ENT : CONOCO INC.,WILDCAT,NDRTHWEST MIbNE ~1,50-029-22231