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185-210
Ima~roject Well History File' ge XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. Well History File Identifier Organizing (done) RESCAN ~ Color items: ~ O'~:;~ [] [] Grayscale items: [] [] Poor Quality Originals: [] Other: ~.~ , ~.., , , NOTES: DIGITAL DATA Diskettes, No. Other, No/Type BY: t' BREN VINCENT SHERYL MARIA LOWELL OVERSIZED (Scannable) [] Maps: [] Other items scannable by large scanner OVERSIZED (Non-Scannable) [] Logs of various kinds [] Other Project Proofing BY: BEVERLY BREN VINCENT SHERYL MARIA LOWELl_ DATE: Scanning Preparati~ i~?, 2:'7 x 30 = (~, I O + BY: BI~y BREN VINCENT SHERYL MARIA LOWELL Is~ ~ TOTAL PAGES '---~~ Production Scanning Stage 1 PAGE COUNT FROM SCANNED FILE' BY: Stage PAGE COUNT MATCHES NUMBER IN SCANNING PREPARATION: YES IF NO IN STAGE 1, PAGE(S) DISCREPANCIES WERE FOUND: YES ~NO (SCANNING IS COMPLETE'A'T'?N~ POINT UNLESS SPECIAL ATTENTION IS REQUIRED ON AN INDIVlOUAL PAGE BASIS DUE TO QUALITY. GRAYSCALE OR COLOR IMAGES) NO RESCANNEDBY; BEVERLY BREN VINCENT SHERYL MARIA LOWELL DATE: Is~ General Notes or Comments about this file: Quality Checked (done) 10/25/02Rev3NOTScanned.wpd · . . & LOC Tm0N. 'CLEARANCE REPORT · . State of · . · · Alaska.' : . · . . .. · · . . - . · · ALAS.EA OIL & C4%S 'CONSERVATION COMMISSION . · . . . . · · · · --.-" .. , PTD No. · . Lease , .- . Memorand,-- To.'File': API'No. .- )~*- z~o%~ ~ OD .- · . · . Well Name' .a~,-v~.-e~:.,~--r,,~ 7__, .. · .. · .. Location 5&~ ~% - ---r ~B ~ ,.* F-o o~ ~ .- . .-. -. . ..Abnd Date · . Spud: . . Note casin~ size,, wt, depth, cmt' vol, '&.pro6edure. - _ Long Csg:' ~" .*.. . Liner: .. ' ..... .- Perf intervals -'tops:; ,~l~"~' --: ~- 'A~I' O ** Review the well file, ~nd' co~,e~t on plugging, status, and location clearance - provide loc. well head clear, code. . ' . . ~o ~o'. .. . WelZ head ~ut off: -q~ -- ; ~ker post or plate: P~C- ~v~O ' . Conclusions: - coae -~ © INDIVIDUAL WELL GEOLOGICAL PERMIT DATA 85-210 CORE SAMPLES 85-210 STATE PLUGS 85-210 t AFTER FRAC TEMP 85-210 ~ AS-STC 85-21o ?AS/GR 85-210 ~ CBT/VD 85-210 ~ CBT/VD 88-21o ccc.s 85-210 ~ CCL (RETAINER) 85-210 ~ CCL(SQ & RETAIN) 85-210 ~ CCL(SQ & RETAIN) 85-210 tO CEMENT RETAINER 85-210 \~ CEMENT RETAINER 85-210 l~ DIL/LSS 85-210 I$ DIL/LSS 85-210 t,~ DUAL DIP/GR 85-21o 85-210 ~V GR/CCL TIE-IN 85-210 ~1 LDL/NL(PORO) 85-210 t~ MUD 85-210 ~ MUD 85-210 $~ NGR/SPEC 85-210 ~,~ PERF 1 11/16~ 85-210 ~ ST-R-AT/,,,-,~. 85-210 ~ TEMP 85-2t0 I~ TEMP 85-210 bO7 85-210 DAILY WELL OP INVENTORY REF'ORT DETAIL $S#692,61~-6~93 CORE#1,61~-6166 R2,5",5600-6686 22~0-6600 R2~5",226~-6610 R1,5",3287-667~ R2,SU,3~96-551~ R1~2",100-2250 R1,5~',6063-6200 R2,5~,b780-5100 R2,5u,~780-5100 Rl~5",~300-N760 RI,5~',~886-5110 R1-2,2~,133-6626 R1-2~51',133-6626 R2,5~,2263-6628 R1,51'~5590-60~0 R2,SU,2263-6636 2~00-6800 5n,~00-6800 R2,51',2263-6607 R1,5",500b-5~20 R2~0030-6~--~'2 R1,5~1~500-6659 R1,5"~500-6678 COMP DATE:03/16/86 01/2~/86-03/18/86 11/02/1993 PAGE: 1 P iii{ R l'4 Z T D A T ,A C, ETA Z L. 8 !ti ~-~ 2 ! 0 R E P O F~: ',~' C O F,' E A N A L "," $ X 8 S -- 2 'i 0 S LI R V E V .0 R .~ F T 8 E,--2 I 0 85'~2 I 0 S U iv! M A R Y 85l~-2 '.j 0 O1'-'I ~ i 09 .... ,C,i"l ~ 227 [:i -~ 6 ,i!; 2 '? i f y ,-~ s .... ~,,',.,' a s t h e c o r' e a n a 1 y s 'i s & d e s c r" "i p 't.: 'i o n r' ~.:) c ,:. 'i v e d ?Y ,~':, ::; N .,::':, I i'-41 T I A L ,::] C, M H L{ N "i" S: DEPT. OF NATURAL RESOURCES DIVISION OF OIL AND GAS September 24, 1993 WALTER J. HICKEL, GOVERNOR P.O. BOX 107034 ANCHORAGE, ALASKA 99510-7034 PHONE: (907) 762-2553 (907)762-2547 D. W. Johnston, Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Subject: Release of the data from the Colville Delta #1, IA, 2, 3 and Amerada Hess 25-13-6 wells. Dear Commissioner Johnston: I granted extended confidentiality for these wells until after unleased land in T12N R 5E Sections 24, 25, and 36 was offered for lease. This unleased land was offered for lease in State Sale 75A which was held on September 21, 1993. Therefore, these wells no longer qualify for extended confidentiality and the well data should be released on November 1, 1993. By copy of this letter I am notifying Amerada Hess Corporation, Texaco Inc., Maxus Exploration Company, Hunt Petroleum Corporation, Placid Oil Company, Rosewood Resources Inc., and Union Texas Petroleum of the upcoming release of the data from the Colville Delta #1, lA, 2, 3 and Amerada Hess 25-13-6 wells. Sincerely, /~.mes E. Eason ~Director CC: Amerada Hess Corporation Texaco Inc. Maxus Exploration Company Hunt Petroleum Corporation Placid Oil Company Rosewood Resources Inc. Union Texas Petroleum RECEIVED S E P 2 it 1993 -Alaska Oil & Gas Cons. 6ommtsslo~ Anchorage April ]9, ]988 TO: Don Hartman Texaco, Inc 550 W 7th, Suite 1320 Anchorage, AK 99501 FM: John F Boyle Alaska Oil & Gas Conservation Comm 300] Porcupine Dr Anchorage, AK 99501 The following material was received from you today: Colville Delta Colville Delta Ia ~Cotville Delta 2 ~ Colville Delta 3 Inclination Survey Drill Stem Test Data Core Analysis, Drill Stem Test Data, and Production Data. Inclination Survey and Drill Stem Test Data. John F~yle Petroleum Engineer Assistant Date Telecopy No. (907) 276-7542 August ]1, 1986 Mr. Burlin D. Whitely . District Manager Texaco inc. 550 West 7th Avenue, Suite 1320 Anchorage, AK 99501-3575 Re: Final Location Clearance Colville Delta No. 2 Permit No. 85-210 Sec. 23, T13N, R7E, N~i Colville Delta No. 3 Permit No. 85-211 Sec. 33, R13N, R7E, UM Our representatives inspected these locations en June 25, ].986, and it was found that clean-up was acceptable. The casing had been cut off below pad level, and a steel plate with the required information bead welded on it was welded to the 7" casing stub. Consequently, final location clearance of Co!ville Delta Well :~o. 2 and Colvilie Delta Well No. 3 is approved. Sincerely, / ...-- /' ~onnie C. Smith Com:r~is s loner jo/A.HJH.25 ' STATE OF ALASKA' '--( (ONFIDENTI ALASKAL ,~-AND GAS CONSERVATION CO- '"ISSION ' 'WELL COMPLETION OR RECOMPLETION R PORT AND LOG 1. Status of Well OIL~I GAS [] SUSPENDED i--] Exploratory Wildcat ABANDONED ~ SERVICE [] Classification of Service Well 2. Name of Operator Texaco 3. Address 550 W. 7th Ave., #1 320 Anchorage, Alaska 99501 4. Location of well at surface 550' South and 1519' Corner Sec. 23, T13N, R7E, U.M. At Top Producing Interval Vertical Hole - Survey data attached At Total Depth East of Northwest 5. Elevation in feet (indicate KB, DF, etc.) KB is 32.5' Above Sea Level 6. Lease Designation and Serial No. ABL #355038 7. Permit Number 85-210 8. APl Number 5o- 103-20047 9. Unit or Lease NameCo1 vi 11 e Del t~ Tract 38, Sale 39 10. Well Number #2 11. Field and Pool Col vil le Delta Wildcat 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 1 5. Water Depth, if offshore 1 6. No. of Completions 1/23/86 2/8/86 Aband. on 3/16/86 1' feetMSL None .17. Total Depth (MD+TVD) 18. plUg Back Depth (MD+ FVD) 19. Directional Survey I 20. Depth whereSSSV set 21. Thickness of Permafrost 6800' Abandon YES [] NO ~X]I -- feet MD 1 470' 22. Type Electric or Other Logs Run D I FL- LSS-GR-SP-CAL-VSP-CNL- LDT-NGT- SDTA-Texaco EMW 23. CASING, LINER AND CEMENTING RECORD :~. .A .'-: ~ ' ' :' " ' -" ': .... ," SETTING DEPTH MD CASING SIZE WT. PER FT. Conduct 47# 26# GRADE )r L-80 L-80 TOP Surface Surface BOTTOM HOLE SIZE 2257' 6778' 1 3-3/8" 9-5/8" . 7" 12-1/4" 8-1/2" 25. siZE NONE 26. 24. Perforations open to=lP~t~l~i (MD+TVD of Top and Bottom and interval, size and number) DST #l: 6236' - 6406',,30", 25 Holes DST #lA: 6236' - 6272', 6280'-90, 6300'-22, 6330'-44, 6358'-90', 6400'-10', CEMENTING R,~C,.ORD . r 'AMouNT P.U.LLED 2090 cu.ft~Pe'flhiAfr°'s ':C~t & Recovered 575 cuft "6" KCL 9-5/8" & 7" 5' below original ground level TUBING RECORD DEPTH SET (MD) PACKER SET (MD) ACID, FRACTURE, CEMEN SQUEEZE, ETC. 1 2.-_1/2" HPF DST #2' 5137'-5183', 8-1/2" HPF DEPTH INTERVAL (MD) DST #1 DST #1 DST #lA 4850' & 4770' 27. Dri 11 Stem ~I~:~:~I~4XTEST fAMOUNT& KIND OF MATERIAL USED ractured w/Diesel & Sand - utual Solvent Squeeze e-fracture w/Diesel & Sand ement Squeeze Date First Production Date of Test 2/14/86 Hours Tested 289.5 Flow T~I~i_ Casing Pressure Press, : 1 50 -- 28. Method of Operation (Flowing, gas lift, etc.) F1 ow after frac from. NuiqSut ' PRoDucTION FOR OIL-BBL GAS-MCF WATER-BBL TEST PER~OD.I~ 4941- -- 24 CALCULATED OIL-BBL 'GAS:MCF WATER-BBL 24-HOUR RATE I~ 409 -- 2 CORE DATA f HOKE SIZE GAS-OIL RATIO - 64/64 I 200-500 IL GRAVITY-APl (corr) 24 - 4O° APF Brief description of lithology, Porosity, fractures, apparent dips and presence Core #1: 6144' Core #2: 6237' Core #3: 6297' Core #4: 6329I Core #5: 6389' Core #6: 6449' to 6166', recovered 19 ; med to 6297', recovered 60 ; sha to 6329', recovered 32 ; sha to 6389', recovered 60 ; sha to 6449', recovered 60 ; sha to 6493', recovered' 44 ; sha of oil, gas or water. Submit core chips. ium sandstone. le, fine sandstone w/shale interbeds. le, fine sandstone w/shale interbeds. le, fi ne sandstone· le, fine sandstone w/sha~t~-~i~i:¢~l~ds. Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE CONf" ENTIAL GEOLOGIC MARKERS NAME Base Permafrost Top Torok MEAS. DEPTH Top Nuiqsut 1470' 5047' 6233' TRUE VERT. DEPTH ]470' 5047' 6233' 30. ii 31. LIST OF ATTACHMENTS Drilling, Testing, Abandonment History, Drift Survey FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, G6R, and time of each phase. DST tested wet. DST after fracture w/diesel ISIP = 2770 psi production results summarized under paragraph #27. 32. I hereby certify that the foregoing is true and correct to the best of my knowledge ~l)~Signed ~ ~' Title District Manaae:C_Da~e B. D. Wh'i teley k¢/ ~ INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells' Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24' If this Well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23' Attached 'supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none". h, :% I,-, c, I! ~,~,a Oil & Gas Cons. ..... '_,gachora¢~ WELL TESTING SUMMARY- NUIQSUT FORMATION .. co ,vzn , . From February 14 to March 9, 1986, four drillstem tests were conducted in the Nuiqsut formation on the Texaco Colville Delta ~2 well. Two of the tests followed hydraulic fracture treatments, and one test followed reperforation. The following is a general summary of each DST. DST ~1 DATE(S): 2/14/86 FORMATION: NUIQSUT INTERVALS: 25 perforations at the following depths: 6236' 6244 ' 6248 ' 6252 ' 6256 ' 6260 ' 6264 ' 6268 ' 6272 · · · · I I · 6284', 6287', 6302', 6306', 6310', 6315', 6322', 6332', 6338', 6342', 6360', 6367', 6375', 6401', 6406'. ' 6240', After setting .the test string, the tested intervals were perforated with Schlumberger tubing guns at 3:17 a.m., 2/14/86. The low perforation density was designed to facilitate subsequent fracture stimulation throughout the entire interval. A nitrogen cushion supplied a bottomhole pressure of about 2500 psig. DURAT I ON, PERIOD MIN PRESSURES, PSIG INITIAL FINAL R~DROSTATIC FIRST FLOW FIRST S~UT-IN SECOND FLOW SECOND SEUT-IN - 3276 3268 5 2537 2541 121 2541 2869 112 2869 244 141 244 696 GAUGE AT 6144' During the second flow period· the fluid level rose approximately 542', equating to an influx of about 3 barrels. ~owever, the observed fluid rise may have been predominately due to free gas pushing liquid slugs up the drill collars. As can be seen from Figures 1 and 2, the slow pressure buildup and small fluid flow indicated a very low permeability.~eservoir. DST ~lA DATE ( $ ): FORMAT I ON: INTERVALS: 2/15- 2/22/86 NUIQSUT SAME AS DST 91 20 WELL TESTING SlE4MARY - NUIQSUT FM. coLVILLE DELTA ~:-- After running in the test string, a hydraulic fracturing treatment was performed on this formation, consisting of 2045 ~]~_ls_. diesel and 142,000 lbs. 20/40 mesh sand. Prior to fracturing, a ball-out injection job was performed with diesel to ensure open perforations for the frac job. After a 24-hour shut-in period to allow for gel breakdown, the well was opened on an 8/64" choke at 6:00 a.m., 2/17/86. During the next 58 hours, the well flowed 1215 barrels of oil/diesel mixture (initial gravity: 40°API; final gravity: 27.9°API) at various rates and choke sizes. Figure 3 summarizes the pertinent information for this flow period. The average oil/diesel production rate was approximately 5oo B/D. Following this flow period, the well was shut-in for a 30+ hour buildup test. Bottomhole pressures were monitored at the surface via Flopetrol-Johnston's MUST tool. The pressure information is summarized in Figure 4. After sufficient buildup data was collected, the well was brought back on production on larger choke sizes than during the first flow period (Figure 5). On a 1" choke, peak rates of 800-900 B/D were attained. After approximately 14 hours of flow, a spinner survey was run; however, the tool could not pass the LPR valve at 6048'. 1-11/16" sinker bars were run on wireline and the LPR valve was opened and closed several times, but each time the sinker .bars could not pass by the LPR valve. It was concluded (and subsequently confirmed) that the LPR valve could only partially open due to frac sand in the valve assemblY. Since additional perforations with through-tubing guns were planned and were now impossible, it was decided to pull the test string and perforate with casing guns. Hence, at about 1 00 a.m., 2/22/86, the packer was released and the tool string pulled out of the hole. DST $1B DATE(S): 2/23 - 3/2/86 FORMAT I ON: NU I Q SUT INTERVALS: 12 HPF: 6236'-6272', 6280'-6290', 6300'-6322', 6330'-6344', 6358'-6390', 6400'-6410'. After a bit clean-out run, the well was perforated with casing guns in the above intervals. The test string was then run and the LPR valve opened at 2:0_9- p~m_, %./23/86_ As_-_~can~-be. seen-in .... - ........ Figure 6, low flow rates~o~ 50-200 B/D were initially measured. To assist with fluid lift, coiled tubing was run inside the test string and nitrogen cir?ulated. However, this action did not appear to help unload the well, and it was concluded that the fracture and surrounding rock matrix had absorbed some completion fluid, inducing a water block problem. To alleviate this condition, 150 bbls. of nitrified diesel with 5% mutual solvent and surfactant were injected on 2/26/86. The diesel was displaced with 73,000 SCF of nitrogen. COLVILLE DELTA 92 ,/ ' After the diesel ~eeze, the well's product_on increased to 200 to 400 B/D of oil diesel mixture (Figure 6). The flow characteristics indicate that most of the-water-block problem was removed by the diesel squeeze. Since there were doubts as to the .extent of the remaining well damage, it was decided to re-frac the well. Thus, the well was shut-in at 11:37 a.m., 3/2/86, in preparation for a frac job. DST 91C DATE(S): 3/2 - 3/8/86 FORMATION: NUIQSUT INTERVALS: SAME AT DST ~IB Without pulling the test string, the formation was re-fractured with 2950 bbls. diesel (pre-pad, pad and carrier fluid) and 146,000 lbs. 20/40 mesh sand. After a 24-hour shut-in period to allow for gel breakdown, the well was opened at 6:00 p.m., 3/3/86. During the next 94 hours, the well produced approximately 1900 bbls. of oil/diesel, mixture at rates between 200 and 800 B/D (see Figure 8), with an average rate of 485 B/D. While there were two 15-minute gauges that registered over 1000 BPD, the well demonstrated a rapid rate decline, typical of a tight, hydraulically fractured well. At the time of shut-in (4:00 p.m., 3/7/86), the well was producing about 250-300 B/D. A 36-hour buildup test then-followed. Mowever, due to a gauge malfunction, no dowTlhole pressure data was collected. D24/521 9.2 A x TEX^CO U. S. A. CQLVILLE DELT^,CDLVILLE RIVER 3~OOF___ ........... 3000 __ 24.00i BOO 12_.OO 6O0 I: 'T~ 4 NORTH SLOPE. ALASKA ^K-MS-6QCOO (DSQBS) q i 8, 37, 0 19, 37, O 22, 97, 0 Start Timo, 13. 41. O0 (86, Fob, 19) ( ,97, 0 ELAPSED TIME .1 4, 37, 0 (hours) I 24 13, 3'7, 0 37, 0 !~, 37, 0 ~000 .... (-~ m ~§O0 2500 TEXACO U.S.A. CDLVILLE DELTA, CDLVILLE RIVER COLVILLE ~2 l,,, Tp volue lm, . De hr. P~ vQl um I m, P_54D. 7EI2 NL SPERRY SUN HORNER PLOT INITIAL BUILD (T + d- UP NORTH SLOPE. ALASKA AK-MS-§DODO (0506B) -I- alT) St~ T!mm, DS, 2Z~DO ~ 2000 0 I I --J 1500 TEXACO CO LVlLLE # 2 DST #1A-NUIQSUT SS-INITIAL FRAC I 10'00 I 0 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 Z~ TBG PSI I I I- ..J _1. ----_L.. _ I I X laOPD I I I I I I J:::::] CUM BBLS I I I I I I I~ GOR I I I I 12/$4. CHOKE I 8/$4 CHOKE 15~$4 CHOKE 20/$4 CHOKE I ./- 500 I o~,, ,.,, I.,,..,,,, i,.,..,...,,., I..,.,,,,,. t,,.., ~,,, t,,..,,,,,., 0 10 20 ,.30 40 50 60 FLOW TIME IN HOURS OPEN 0600HRS 2/17 · 1ST FLOW-INITIAL FRAC TEXACO U. S. A. COLVILLE DELTA, COLVILLE RIVER C'[]LV' ILLE #2 61100 ................. ~ ......................... 5GO0_._..-- 4000 ...... 3000, · 1000 ! l~7~g 2 '-, L ~7, 0 I, 7, 0 St~t Time, 01. g. O_OSE L.P.R~ 10. ~ L.P.R. ~ON lZ/5,~'" CHOKE 11. CHANC;~ TO Z.~'(~4o ~£ lZ. CHANC;~ TO Z&/§4"' §.tOKE 1~ 04AN(~ TO 3~./84" 14. O4AN~E TO 4i ]5,. CHANGE TO ! l",iL SPERP,'r' SUM PRE. SSLJRE PLOT ED. S.T. r,lo. lA · '-'I.-"~r~;N~Te'F CF~'-F'-- mnT~ ~F~7~ .......... ' 2. WELL,, FI_O~IN~ ON 1~4' ~! (l~II,~7~D ~ ~ ~ 1~* ~E [ (~4Z, O}~gL7) f 4. ~T IN TO ~ ~ICAT~ . __..~.J~~~ ~7~_~~ ....... ~ 37m O) (~45~ l) ~4~ ~KE (11m 3~ 0> ~I~ 6) ' ~E (I~3~(~ ~ 3 45 ELAPSED 1,7,0 TIME (hours) NORTH SLOPE. ALASKA AK-MS-50002 (01788) 1 8 10 11 13 ,, 7m (] O SCoo , Ttm~n nfl~ 17, rlfl ('R~, Fob, 27') r n,, 2.000 I I --J 1500 1000 500 I-- 0 TEXACO CO LVlLLE # 2 DST #1A-NUIQSUT SS-INITIAL FRAC i I I I I I _ I I '. I I A TBG PSI I I ~ ---~ BOPD I ~ I ~I I FI CUM BBLS ~ , ---~ ! ! . / ~ . I I & ' ' I " ' I I I ' · ' ' I"' ' I I "' ' I i ' I "" I 5 10 FLOW TI~AE IN HOURS 15 2500 2000 1500 I000 500 TEXACO COLVILLE # 2 DST #1B-NUIOSUT SS-INITIAL FRAC I '1 ..... I ....I / I .......... I ' - , , ,~1'/' : I , · I I I I I · I , ' // I -I , I · I . I I,~__ __ __ .~. I I I I ...... ' -- Z~ TBG PSI . ~ ~ ~~ ~ I ~ I I I I .~ ~ [ i ~ X BOPD ~ [ l.~ [ I [ [ ~ CUM BBLS ~'- j ~ i__, ___J .... I [ I [ ~ GOR ,, 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 J~ED CUSHION I I~~ i I i , I I I I , [ ) hI , , ,. 64/64 CH 0 KE I I , ,, 0 24 ,48 72 96 120 144 168 FLOW TIME IN HOURS NL SPERRY SUN .. COLVILL[ DELTAtCOLVILLE RIVER PRESSURE PLOT ~v~ ~ D.S.T. No. 1 B ~-~-eo~ ~7., 5001] 4DO0 20f~ 101~ 7~ 33. 0 n 33, O ,33, O t 33t O O 3.-3~ O 0 33, O ,0 i1~ .ELAPSED TIME (hn, ~r,~) s..co]. ? ]- :,. ~6 ............. 0 I I 2ooo-i 1500 1000 500 X C] TEXACO COLVlLLE # 2 DST #1C-NUIOSUT SS-2ND FRAC I I I I I I TEIG PSI I BOPD I I CUM OIL I GOR 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 L I J L I I I I I I I I I I I I I I I I I I I I I I f ~ -----l' I" .~2/64 I I I I I I I i~Ppl I I I ;zo/6 I I I "1 ........ / 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 '1' I------- I I Ii; 4/64. i I i I I I I I I I I I I I I i I I I I 0 10 20 30 40 50 60 70 FLOW TIME IN HOURS OPEN 1800HRS 3/2 80 90 100 1ST FLOW-2ND FRAC COLVILLE DELTA #2 ABANDONMENT OF THE NU~QSUT ZONE DATE , 3-10-86 ACTIVITY Lost 16 bbls. salt water while circ. P.O.H. Lost 150 bbls while pulling out. Schlumberger set wireline retainer at 6160". Laid down test tools. Tested BOPE. RIH with stinger. Circ. Stabbed into retainer with 173 cu. ft. of cement with 3% KC1, 3% NaC1, 1% CFR-2 and .3% FDP-344. Left 121 cu. ft. cement on top of retainer. Pulled 35 stands and reversed out. CIP at 12:48 a.m. PE6/c2 31 COLVILLE DELTA ~2 TESTING~FTHE TOROK ZONE DATE 3-10-86 3-11-86 3-12-86 3-13-86 3-14-86 3-15-86 ACTIVITY · Schlumberger ran casing gun to shoot four 1/2" holes at 4850'. Misfired. Rerunning gun ART. Re-ran casing gun and shot 4 HPF at 4850'. Re-ran wireline retainer and attempted to set. Failed. Re-ran and set at 4790'. RIH with stinger. Squeezed 288 cu. ft. "G" cement with 1% CFR-2. CIP at 1:15 p.m. 3/10/86. Reversed out. Circ. and raised density of brine water to 10 PPG. P.O.H. Laid down excess D.P. Laid down stinger at 3:07 a.m. 3/11/86. RIH with 6-1/8" bit. Drilled out retainer at 4790'. Drillin~ hard cement at 4808' ART. Drilled hard cement 4808' to 4842'. Cleaned out to 5500'. Tested casing with 1000 psig. Lost 50 psig in 22 minutes. P.O.H. Ran CBL log. No indications of bonding on either side of holes. Set wireline retainer at 4770'. RIH and stabbed into retainer. Breakdown rate 3 BPM at 2400 psig. Squeezing 115 cu. ft. cement ART. Final squeeze pressure 1600 psig. at 1 BPM. CIP at 6:13 a.m., 3/12/86. Drilled out retainer and cleaned out to 5500'. P.O.H. Made trip with 7" casing scraper. Tested casing with 960 psig OK. RIH with DST #2 ART. RIH with DST #2 test string to 5025'. Tested D.P. to 3000 psig. Sheared ball-out sub at 3250 psig. RIH to 5305' and spotted 46 bbls. diesel. P.O.H. to 5025' and set packer. Schlumberger perforated through lubricator the interval (5137'-5183'). Two runs @ 4 HPF for 8 HPF total. Began testing. RIH with coiled tubing and unloaded well with nitrogen at to intervals to 4500'. Recovered 37.5 bbls. diesel, 44 bbls. water, .3 bbls oil and 1 bbl. solids. Pulled packer loose. Reversed out D.P. fluid. P.O.H. with test tools. PE6/c3 32 COLVILLE DELTA 92 WELL TESTING SUMMARY - TOROK ZONE From 3/13/86 to 3/15/86, one cased-hole DST was performed on the Torok formation. Logs had indicated that t_his zone may be hydrocarbon bearing. The following summarizes the details and results of this test. DST ~3 DATE( $ ): FORMAT I ON: INTERVALS: 3/13 - 3/15/86 TOROK 5137' - 5183', 8 HPF Prior-to testing, two cement squeeze jobs were performed above this interval to ensure zonal isolation. After running in the test string, diesel was spotted and the packer set. Through- tubing perforation was performed on the above intervals, and the well was opened to flow at the surface at 8:30 p.m., 3/13/86. The well flowed for approximately ll hours at 1/2 to 1 bbl/hour of diesel. Coiled tubing was run and the contents of the tubing were circulated out with nitrogen. Total fluid recovery consisted of 30 bbls. water (12,.000 ~pm chlorides), 37 bbls. diesel, 1 bbl. solids and a trmce of crude oil (less than 10 gallons). 'Since the formation tested wet, the DST was terminated at 8:23 p.m., 3/14/86, by unseating the-packer. A pressure buildup test was not performed. GLM:mjr RZZ/167 33 x 24121O ]BOil 512113 TEXACO [L $. Ao L'DLVILLE DELTA, CDLVIL.I.E RIVER r.~LV I LLE #2 NL SPERRY SUN PRESSURE PLOT D. S,, T,, No,, ZONE N[l~TH 5LI~Eo ALASKA AK--HS--6.r)oofl O, 4S, 0 ..5,,45,0 St.c:r-t Tlm~ IO, LTT, L~O(EI6,1~,I3) (4.9t'56~) 1,45,0 6,4~13 21,45,0 Stoo T 1 .~, lXh IT/, DD (R6, 14()-, 15) 45,, 0 ( 42. ~66,r COLVILLE DELTA ABANDONMENT OF THE TOROK ZONE AND WELL DATE 3-15-86 3-16-86 3-17-86 3-18-86 ACTIVITY Schlumberger set wireline retainer at 5,000'. Ran in hole with stinger ART. RIH and stabbed into retainer. Breakdown rate 1550 psig at 3 BPM. Squeezed 161 cu. ft. "G" cement with 3% KC1, 3% NaC1, 1% CFR-2 and .3% FDP-344, leaving 10 sacks above retainer. Final squeeze pressure 1550 psig. POH and laid 23 cu. ft. permafrost cement plug from 140' to 40'. Found top of cement plug at 85' (45' below mud line). Cemented with 11 cu. ft. permafrost cement from-85' to surface. Cemented annulus with 310 cu. ft. permafrost cement. Final pressure 300 psig. Cleaning cellar ART. Removed BOPE and wellhead equipment. Cut off Casing head. Welded plate on 9-5/8" casing stub with 7" stub 6" higher than the 9-5/8". Welded plate on 7" stub with-well information. Cleaned mud tanks. Released rig at 10:00 p.m. Rigged down and demobilized rental equipment ART. · Continued rigging down rig. Rigged down wind walls, lowered mast. Final report. PE6/c4 35 COMPANY Texaco U.S.A. CORE BARREL Schlumberger Sidewall Samples MUD TYPE gater Base HELIUM Air DEPTH POROSITY Permeability O/g FEET PERCENT md. RATIO 4145.0 28.0 10. ** 0.11 4150.0 22.4 10. ** 0.34 4186.0 27.8 9.3 0.22 4189.0 INSUFFICIENT MATERIAL 5052.0 29.7 22. 0.28 15.6 5056.0 23.6 10. ** 0.00 0.0 5063~0 INSUFFICIENT MATERIAL 5067.0 28.9 19. 0.24 16.4 5084.0 23.4 1.9 0.24 14.1 5186.0 31.1 10. ** 0.13 9.3 5139.0 5153.0 5164.0 5169.0 5180.0 5209.0 5215.0 24.3 8.3 0.32 16.8 22.5 10. ** 0.00 0.0 INSUFFICIENT MATERIAL 19.2 1~',. 0.00 0.0 19.7 11" 0.00 0.0 24.3 4.0.. 0.00 0.0 _32.4 80."' ** 0.10 6.2 ** FRACTURED, ESTIMATED AIR PERMEABILITY PETROLEUM TESTING SERVICE, INC. CORE ANALYSIS SATURATION % PORE SPACE OIL gATER TOTAL 7.9 68.7 76.6 21.0 62.4 83.4 13.2 59.4 72.6 APPARENT SAND GRAIN DENSITY gm/cc 2.63 2;69 2.67 DESCRIPTION Clst Clst S[tst;cl 56.5 72.1 2.66 Sltst 99.2 99.2 2.63 Clst 67.9 84.3 2.67 59.3 73.4 2.66 72.8 82.1 2.70 Stst .. Slst S[tst;c[ 51.7 68.5 2.66 SLtst 96.9 96.9 2.65 Clst 88.2 88.2 2.67 CLst 98.9 98.9 2.64 CLst. 99.2 99.2 2.66 CLst 61.1 67.3 2.64 SLtst gELL FIELD COUNTY STATE Cotvitt'e Delta #2 Wild Cat PAGE 1 FILE No. 70011, DATE February 25, 1986 ,, ALaska COMPANY Texaco U.S.A. CORE BARREL Schlumberger Sidewall Samples MUD TYPE Water Base PETROLEUM TESTING SERVICE, INC. WELL FIELD COUNTY STATE Colvitle Delta #2 Wild Cat ALaska PAGE 2 FILE No. 70011 DATE February 25, 1986 CORE ANALYSIS DEPTH FEET 6240.0 6245.0 6250.0 6255.0 6260.0 6262.0 6265.0 6267.0 6270.0 HELIUM Air POROSITY Permeability O/W PERCENT md. RATIO INSUFFICIENT MATERIAL 26.8 70. 0.12 8.0 INSUFFICIENT MATERIAL 31.0 80. ** 0.18 10.5 32.4 80. ** 0.10 8.4 29.3 80. ** 0.12 8.1 INSUFFICIENT MATERIAL 31.6 [,.3 0.10 7.9 INSUFFICIENT MATERIAL SATURATION % PORE SPACE OIL WATER TOTAL APPARENT SAND GRAIN DENSITY gm/cc DESCRIPTION 64.7 72.7 2.58 Sttst 57.2 67.7 2.63 81.1 89.5 2.61 66.9 75.0 2.61 80.5 88.4 2.58 Sltst C[st;s[ty C[st;s[ty $[tst;c[ ** FRACTURED, ESTIHATED AIR PERMEABILITY PETROLEUM TESTING SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL Schlt~N~erger Sidewall Samples MUD TYPE Water Base WELL FIELD COUNTY STATE Cotvitte DeLta #2 WiLd Cat Alaska CORE ANALYSIS HELIUM Air DEPTH POROSITY PermeabiLity FEET PERCENT md. RATIO APPARENT SATURATION ~ PORE SPACE SAND GRAIN ....................... DENSITY OIL WATER TOTAL gm/cc DESCRIPTION Type of Extraction - Dean Stark ToLuene Extraction. Confining Pressure on the Permeameter.= 200 psi OiL Gravity SuppLied by Customer = 26 These results must be used with caution. SidewaLL core samples are obtained by tn~act coring. This method can fracture hard formations, thereby possibly increasing the Dorosity ar~cl permeability. In soft formations, impact coring can con,tact the san1~[es, resulting in decreased Dorosity and permeability. PAGE 3 FILE No. 70011 DATE February 25, 1986 Drifting mud may penetrate fractures and soft formations, thereby affecting the Dorosity, permeability, fluid seturation~ grain density and cation exchange capacity results. COMPANY Texaco U.S.A. CORE BARREL 4" Alumin~sn SLeeve MUD TYPE Water Base PETROLEUM TESTING SERVICE, INC. CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability O/W ....................... FEET PERCENT n~J. RATIO OIL WATER TOTAL CORE NO. 1 (6144 - 6166) : REC. (6144 - 6162.9) 6144.25 21.0 42. * 1.32 38.8 29.3 6145.15 20.7 2.4 1.97 46.6 23.6 6146.35 19.8 3.3 2.72 50.3 18.5 6147.35 14.1 1.1 ' 2.19 46.2 21.1 6148.0 17.2 4.5 2.58 49.7 19.3 CORE NO. 2 (6237 - 6297) : REC. (6237 - 6296.65) 6237.25 17.3 52. 2.12 41.5 6238.05 13.9 10. 0.98 32.4 6239.6 15.8 8.8 1.21 33.7 6240.1 17.8 12. 2.90 42.9 6241.05 15.9 7.8 1.39 36.6 6242.05 14.7 7.6 0.82 27.9 6243.3 13.3 4.6 0.69 27.9 19.6 33.2 27.8 14.8 26.4 34.2 40.4 68.1 70.2 68.8 67.3 69:0 61.1 65.6 61.5 $7.7 63.0 62.1 68.3 APPARENT SAND GRAIN DENSITY gm/cc 2.68 2.67 2.67 2.66 2.70 2.64 2.64 2.64 2.65 2.63 2.66 2.63 DESCRIPTION Sd;slt-vfsd Sd;s[t-vfsd Sd;slt-vfsd Sd;s[t-vfsd Sd;sLt-vfsd,pyr Sd;slt-vfsd Sd;sLt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;~lt-vfsd Sd;stt-vfsd Sd;slt-vfsd FRACTURED WELL FIELD COUNTY STATE Cotville Delta #2 Wild Cat Alaska PAGE 1 FILE No. 70011 DATE February 27, 1986 PETROLEUM TESTING SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION %'PORE SPACE DEPTtt POROSITY Permeabitity 0/~ ....................... FEET PERCENT md. RATIO OIL WATER TOTAL CORE NO. 2 (CONTINUED) (6237 - 6297) : REC. (6237 - 6296.65) 6244.75 16.9 20. 1.45 39.2 27.0 66.2 6245.6 16.8 25. 1.40 37.3 26.6 63;9 6246.75 18.5 51. 2.52 43.8 17.4 61.2 6247.05 19.9 111. 3.~0 45.6 12.0 57.6 6248.15 14.0 8.2 0.82 29.5 36.1 65.6 6249.2 14.4 6.2 0.70 28.4 40.8 69.2 6250.2 14.4 4.8 1.23 35.5 28.8 64.3 6251.35 13.9 4.2 0.93 33.1 35.7 68.8 6252.15 11.3 2.8 0.74 33.2 44.8 78.0 6253.4 15.9 15. 1.72 41.9 24.4 66.3 6254.5 14.6 9.3 1.32 38.1 28.9 67.0 6255.15 18.1 80. 1.85 40.8 22.0 62.8 6256.05 17.6 44. 2.53 46.6 18.4 APPARENT SAND GRAIN DENSITY gm/cc 2.63 2.63 2.65 2.66 2.62 2.63 2.65 2.63 2.63 2.62 2.62 2.65 2.65 DESCRIPTION Sd;stt-vfsd Sd;slt-vfsd Sd;stt-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;sLt-vfsd WELL FIELD COUNTY STATE Colvitle Detta #2 Wild Cat Ataska PAGE 2 FILE No. 70011 DATE February 27, 1986 PETROLEUM TESTING SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY, Permeabitity 0/~ ....................... FEET PERCENT md. RATIO OIL WATER TOTAL CORE NO. 2 (CONTINUED) (6237 - 6297) : REC. (6237 - 6296.65) 6257.35 17.9 81. 2.28 41.8 18.3 60.1 6258.6 14.5 9.0 1.25 37.9 30.3 68.2 6259.15 13.9 3.7 0.84 31.9 37.8 69.7 6260.55 13.7 10. 0.75 31.5 42.1 73.6 6261.95 13.6 3.0 1.34 37.1 27.6 64'.7 6262.8 15.4 13. 1.21 34.7 28.7 63.4 6263.05 11.4 1.4 0.60 27.8 46.2 6264.95 13.8 13. 1.21 35.5 29.4 64.9 6265.9 13.3 4.4 0.70 29.0 41.3 70.3 6266.6 12.5 2.3 0.64 29.9 46.6 76.5 6267.05 11.6 4.2 O,S1 27.0 53.4 80.4 6268.55 14.1 2.4 0.75 33.7 35.4 69.1 6269.55 12.4 2.2 0.56 27.3 49.1 76.4 APPARENT SAND GRAIN DENSITY gm/cc 2.66 2.62 2.62 2.63 2.65 2.66 2.63 2.63 2.62 2.63 2.65 2.62 2.63 DESCRIPTION sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;s[t-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;sLt-vfsd Sd;s[t-vfsd WELL FIELD COUNTY STATE Cotvitte Delta #2 Wild Cat Alaska PAGE 3 FILE No. 70011 DATE February 27, 1986 PETROLEUM TESTING SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL 4" Alc~ninum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPIH POROSITY Permeability O/g ....................... FEET PERCENT md. RATIO OIL WATER TOTAL CORE NO. 2 (CONTINUED) (6237 - 6297) : REC. (6237 - 6296.65) 6270.15 9.7 4.1 0.32 23.8 73.6 97.4 6274.3 14.0 7.7 0.27 13.5 49.5 63.0 6275.45 14.4 4,1 0.85 29.8 34.9 64.7 6276.8 14.7 10. 0.84 28.8 34.2 63.0 6277.25 16.1 12. 1.01 31.0 30.6 61.6 6278,75 14.1 3.7 0.70 29.5 42.4 71.9 6279,8 13.0 2.8 0.70 27.7 39.5 67.2 6280.25 13.8 4.8 0.64 25.6 40.1 65.7 6281.2 12.4 , 1.3 0.41 22.1 54.4 76.5 6282.05 13.0 '9.4 0.86 31.7 36,8 68.5 6283.5 14.6 4.1 1.13 35.0 31.1 66.1 6284,4 9.3 1.2 0.21 15.3 72.6 87.9 6285,)' 8.9 3.3 0.23 18.0 78.4 96.4 APPARENT SAND GRAIN DENSITY gm/cc 2.66 2.84 2.63 2.63 2,62 2.61 2,62 2.62 2.62 2.61 2.62 2.70 2.65 WELL FIELD COUNTY STATE DESCRIPTION Sd;stt-vfsd,cl lam Sd;slt-vfsd,cl lam, pyr Sd;slt-vfsd Sd;stt-vfsd Sd;slt-vfsd Sd;slt-¥fsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-¥fsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd,cl lam Colville DeLta #2 Wild Cat Alaska PAGE 4 FILE No. 70011 DATE February 27, 1986 COMPANY Texaco U.S.A. CORE BARREL 4" Alumint~ Sleeve MUD TYPE gater Base PETROLEUM TESTING SERVICEr INC. CORE ANALYSIS WELL FIELD COUNTY STATE Cotvitte Detta #2 gird Cat Ataska PAGE 5 FILE No. 70011 DATE February 27, 1986 HELIUM Air SATURATION % PORE SPACE i DEPTH POROSITY Per,ability 0/~ ....................... FEET PERCENT md. RATIO OIL UATER TOTAL CORE NO. 2 (CONTINUED) (6237 - 6297) : REC. (6237 - 6296.65) 6287.55 9.7 2.9 0.24 15.7 65.5 81.2 6288.25 12.8 1.0 0.54 23.2 42.6 65.8 6289.45 11.3 '2.4 0.65 28.1 43.2 71.3 6291.75 9.9 5.7 0.31 19.6 63.7 83.3 6292.9 12.2 13. 0.73 30.4 41.7 72.,1 6293.55 11.7 1.8 0.59 27.6 46.7 74.3 6294.4 13.1 5.2 0.71 28.3 39.6 67.9 6295.85 14.9 23. 1.33 37.9 28.6 66.5 6296.0 SECTION PRESERVED CORE NO. 3 (6297 - 6329) : REC. (6297 - 6328.7) 6297.3 13.1 2.7 1.04 33.9 32.5 66.4 6298.8 15.8 27. 1.79 38.4 21.4 59.8 6299.55 15.2 21. 1.73 39.0 22.5 61.5 APPARENT SAND GRAIN DENSITY gm/cc 2.67 2.73 2.62 2.64 2.64 2.60 2.61 2.62 2.64 2.65 2.65 DESCRIPTION Sd;s[t-vfsd,c[ [am Sd;s[t-vfsd,pyr Sd;slt-vfsd Sd;s[t-vfsd,c[ [am Sd;s[t-vfsd,c[ tam Sd;slt-vfsd Sd;s['t-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd PETROLEUM TESTING SERVICE~ INC. COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPIN POROSIIY Permeability 0/~ ....................... FEET PERCENT n~cl. RATIO OIL WATER TOIAL CORE NO. 3 (CONTINUED) (6297 - 6329) : REC. (6297 - 6328.7) 6300.9 12.4 2.0 0.82 29.6 6301.4 14.2 11. 1.16 34.2 6302.7 14.3 8.8 1.23 35.7 6303.05 10.5 0.7 0.46 24.0 6304.8 12.2 3.0 0.75 29.9 6305.75 7.7 0.3 0.31 18.8 6306.5 10.9 1.2 0.77 33.1 6307.55 12.4 1.3 0.57 25.6 6308.15 12.4 7.8 0.76 29.9 6309.2 10.4 5.6 * 0.57 31.0 APPARENT SAND GRAIN DENSITY gm/cc 36.0 65.6 2.64 29.6 63.8 2.65 29.0 64.7 2.66 52.6 76.6 2.65 39.8 69.7 2.65 60.8 79.6 2.66 43.1 76.2 2.66 45.0 70.6 2.64 39.6 69.5 2.67 54.6 85.6 2.65 6310.6 10.4 5.8 * 0.57 31.3 54.5 85.8 6311.4 12.7 12. 1.36 37.9 27.9 65.8 6312.3 9.8 7.6 0.15 12.9 85.7 98.6 2.64 2.67 2.67 DESCRIPTION Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;s[t-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;s[t-vfsd,cl lam Sd;s[t-vfsd,c[ [am Sd;stt-vfsd,c[ [am * FRACTURED WELL FIELD COUNTY STATE Colvi[[e Delta #2 gild Cat Alaska PAGE 6 FILE No. 70011 DATE February 27, 1986 COMPANY Texaco U.S.A. CORE BARREL 4" Atuminum Steeve MUD TYPE Water Base PETROLEUM TESTING SERVICE, INC. CORE ANALYSIS WELL FIELD COUNTY STATE Cotvi[le Delta #2 Wild Cat Alaska PAGE 7 FILE No. 70011 DATE February 27, 1986 HELIUM Air DEPTH POROSITY Permeab|[ity O/W FEET PERCENT mci. RATIO SATURATION % PORE SPACE OIL WATER TOTAL CORE NO. 3 (CONTINUED) (6297 - 6329) : REC. (6297 - 6328.7) 6313.4 13.5 9.5 1.61 41.9 26.0 67.9 6314.45 8.8 0.4 0.76 33.6 44.0 77.6 6315.4 7.8 0.3 0.64 31.6 49.6 81.2 6316.5 12.4 1.3 1.19 38.3 32.1 70.4 6317.3 11.9 7.3 * 0.86 33.6 39.2 72.8 6318.1 10.4 0.5 0.52 26.5 50.8 77.3 6319.25 9.6 0.9 0.73 36.5 49.7 86.2 6320.5 8,4 0.6 0.11 9.5 86.4 95.9 6321.2 8.9 0.2 0.16 13.7 85.4 99.1 6322.3 9.0 3.9 0.12 10.4 89.4 99.8 6323.05 8.0 0.1 ** 0.14 11.7 83.9 95.6 6324.0 SECTION PRESERVED 6325.45 14.7 6.9 1.25 38.2 30.6 68.8 6326.7 12.8 1o4 1.03 38.5 37.2 75.7 · FRACIURED APPARENT SAND GRAIN DENSITY gm/cc 2.63 2.62 2.63 2.62 2.65 2.63 2.68 2.65 2.66 2.66 2.62 2.63 2.63 DESCRIPTION Sd;stt-vfsd Sd;s[t-vfsd Sd;stt-vfsd Sd;s[t-vfsd Sd;slt-vfsd Sd;s[t-vfsd Sd;s[t-vfsd,cI Sd;s[t-vfsd,c[ tam S[tst;s[t-vfsd,c[ [am S[tst;s[t-vfsd,c[ tam S[tst;s[t-vfsd,c[ [am Sd;s[t-vfsd S[t-vfsd ** FRACTURED, ESTIMATED AIR PERMEABILITY PETROLEUM TESTING SERVICE, INC. COMPANY CORE BARREL MUD TYPE Texaco U.S.A. 4" Aluminum Sleeve Water Base '~. CORE ANALYSIS HELIUM A)r SATURATION % PORE SPACE DEPTH POROSITY Permeab) tity O/U ....................... FEET PERCENT md. RATIO OIL WATER TOTAL CORE NO. 3 (CONTINUED) (6297 - 6329) : REC. (629? - 6328.7) 6327.2 14.7 6.2 1.09 36.5 33.6 6328.0 ANALYSIS NOT REQUESTED CORE NO. 4 (6329 - 6389) : REC. (6329 - 6389.05) 70.1 6329.35 13.1 6.1 1.15 32.3 28.1 60.4 6330.55 11.6 5.0 0.47 23.1 49.2 F2.3 6331.8 14.5 5.9 1.13 33.2 29.4 62.6 6332.8 15.3 12.8 1.18 33.4 28.4 61.8 6333.4 15.5 9.8 1.17 32.3 27.5 59.8 6334.45 15.8 5.8 1.28 36.5 28.6 65.1 6335.4 15.1 6.6 0.92 30.8 33.3 64.1 63~6.2S 13.9 7.3 0.85 29.8 35.1 64.9 65~7.0 SECTION PRESERVED 6338.2 13.9 4.3 1.01 32.7 32.5 65.2 6339.25 12.7 1.4 0.64 25.7 40.1 65.8 APPARENT SAND GRAIN DENSITY gm/cc 2.62 2.64 2.65 2.63 2.63 2.63 2.63 2.64 2.63 2.66 2.67 DESCRIPTION Sd;s[t-vfsd Sd;slt-vfsd Sd;stt-vfsd Sd;stt-vfsd Sd;sLt-vfsd Sd;s[t-vfsd Sd;sLt-vfsd Sd;sLt-vfsd Sd;sLt-vfsd Sd;stt-vfsd Sd;stt-vfsd UELL FIELD COUNTY STATE Co[vi[[e Delta #2 gild Cat ALaska PAGE 8 FILE No. 70011 DATE February 2?° 1986 PETROLEUM TESTI~IG SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability O/W ....................... FEET PERCENT md. RATIO OIL UATER TOTAL CORE NO. 4 (CONTINUED) (6329 - 6389) : REC. (6329 - 6389.05) 6342.3 11.8 0.1 0.09 7.4 81.5 88.9 6353.5 12.6 1.2 0.66 25.4 38.6 64.0 6354.15 12.7 0.8 0.49 24.1 49.5 73.6 6355.25 12.4 1.6 0.65 26.9 41.1 68.0 6356.25 11.0 23. * 0.61 27.1 44.2 71.3 6357.25 13.7 1.5 1.26 36.0 28.6 64.6 6359.6 14.7 9.5 1.14 34.0 29.8 63.8 6360.15 12.2 4.0 0.67 26.9 40.0 66.9 6361.15 13.1 15. 0.83 27.7 33.2 60.9 6362.85 12.4 1.2 0.42 23.0 54.9 77.9 6363.75 13.2 6.2 0.69 27.5 40.0 67.5 6366.55 11.3 2.0 0.58 28.1 48.5 76.6 6367.85 10.8 7.2 0.45 27.8 61.5 89.3 * FRACTURED APPARENT SAND GRAIN DENSITY gm/cc 2 2.62 2.63 2.63 2.65 2.64 2.62 2.64 2.64 2.62 2.62 2.68 2.64 DESCRIPTION L$ Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;slt-vfsd,c[ lam Sd;slt-vfsd Sd;slt-vfsd,c~ lam Sd;stt-vfsd,cl ~am Sd;slt-vfsd Sd;slt-vfsd sd;stt-vfsd Sd;s[t-vfsd,ct [am Sd;s[t-vfsd,cl tam WELL FIELD COUNTY STATE Colville Delta #2 gild Cat Alaska PAGE 9 FILE No. 70011 DATE February 27, 1986 COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum SLeeve MUD TYPE gater Base PETROLEUM TESTING SERVICE, INC. CORE ANALYSIS gELL FIELD COUNTY STATE HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability 0/~ ....................... FEET PERCENT md. RATIO OIL gATER TOTAL CORE NO. 4 (CONTINUED) (6329 - 6389) : REC. (6329 - 6389.05) 6368.7 11.7 1.1 0.35 20.7 58.6 79.3 6369.4 11.9 0.8 0.51 25.6 49.8 75.4 6371.95 12.0 5.5 0.81 32.8 40.7 73.5 6374.45 12.6 10. 0.77 31.1 40.5 71.6 6375.7 11.9 0.~.~.' 0.39 22.2 56.8 79.0 6376.55 ' 10.9 0.4 0.17 12.8 75.5 88.3 6383.75 11.9 0.7 0.38 21.4 56.7 78.1 6384.3 11.0 0.5 0.42 23.1 54.5 77.6 CORE NO. 5 (6389 - 6449)'~.: REC. (6389 - 6450.15) 6394.3 12.1 0.7 0.31 17.0 54.6 6395.45 11.1 1.0 0.56 22.9 40.7 6398. ) 9.2 0.7 0.05 4.7 88.0 6.~99.65 9.6 0.3 0.13 9.0 67.8 71.6 63.6 92.7 76.8 APPARENT SAND GRAIN DENSITY gm/cc 2.62 2.62 2.65 2.68 2.62 2.64 2.61 2.62 2.65 2.64 2.68 2.66 DESCRIPTION Sd;slt-vfsd Sd;sLt-vfsd Sd;slt-vfsd,cl [am Sd;slt-vfsd,cl [am, ca[c Sd;slt-vfsd Sd;s[t-vfsd Sd;s[t-vfsd Sd;slt-vfsd Sd;stt-vfsd Sd;slt-vfsd,ca[c Sd;slt-vfsd Sd;stt-vfsd CoLvitle Delta #2 giLd Cat ALaska PAGE 10 FILE No. 70011 DATE February 27, 1986 PETROLEUM TESTING SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability O/g ....................... FEET PERCENT md. RATIO Oil gATER TOTAL CORE NO. 5 (CONTINUED) (6389 - 6449) : REC. (6389 - 6450.15) 6400.6 9.7 3.1 0.15 11.3 73.4 84.7' 6402.25 10.2 ',2.5 0.22 14.3 65.2 79.5 6403.55 IO.T 0.4 0.36 18.5 51.8 70.3 6404.3 10.7 0.4 0.28 17.6 62.8 80.4 6405.2 9.5 4.4 0.00 0.0 98.8 98.8 6417.85 8.7 3.6 0.00 0.0 98.1 98.1 6419.7' 9.1 3.2 0.00 0.0 99.4 99.4 6420.8 9.5 2.0 0.02 1.9 90.8 92.7 6423.3 9.3 1.0 ** 0.00 0.0 99.4 99.4 6/,23.9 9.4 0.9 0.0~' 6.4 92.6 99.0 6425.1 7.8 0.7 0.23 13.6 59.9 73.5 6426.25 8.8 0.1 0.08 7.0 87.5 9/..5 6426.9 9.6 3.6 0.00 0.0 89.0 . APPARENT SAND GRAIN DENSITY gm/cc 2.67 2.68 2.69 2.67 2.67 2.68 2.66 2.70 2.65 2.69 2.68 2.66 2.68 DESCRIPTION Sd;stt-vfsd Sd;stt-vfsd Sd;slt-vfsd Sd;slt-vfsd Sd;s[t-vfsd,c[ [am Sd;s'[t-vfsd, c[ [am Sd;s[t-vfsd,c[ tam S[tst;s[t-vfsd Sttst;s[t-vfsd Sttst;stt-vfsd Sd;s[t-vfsd,c[ tam Sd;s[t-vfsd,c[ rem Sd;slt-vfsd,cl lam WELL FIELD COUNTY STATE Colvi[le Delta #2 gild Cat Alaska PAGE 11 FILE No. 70011 DATE February 27, 1986 FRACTURED, ESTIMATED AIR PERMEABILITY COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE ' tJater Base PETROLEUM TESTING SERVICE, INC. CORE ANALYSIS WELL FIELD COLJNTY STATE Colvitte Delta #2 Wild Cat Alaska PAGE 12 FILE No. 70011 DATE February 27, 1986 ItELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability 0/~ ....................... FEET PERCENT mcl~ RATIO OIL NATER TOTAL CORE NO. 5 (CONTINUED) (6389 - 6449) : REC. (6389 - 6450.15) 6428.05 11.0 2.0 ** 0.19 14.1 75.8 89.9 6429.05 8.8 1.9 0.08 6.9 88.9 95.8 6431.8 12.4 4.4 1.05 42.6 40.5 83.1 6437.05 10.2 14. 0.11 8.6 76.4 85.0 6437.9 9.2 0.9 0.08 6.7 88.0 94.7 6438.9 11.7 0.4 0.20 13.5 68.7 82.2 6439.85 9.6 0.4 0.21 13.5 64.2 77.7 6441.15 9.3 0.7 0.11 9.8 87.1 96.9 6443.7 10.4 1.0 ** 0.20 13.4 66.0 79.4 6445.85 10.4 1.0 ** 0.23 14.7 63.5 78.2 .,447.15 7.3 0.4 0.15 10.1 65.2 6448.65 10.7 0.5 0.19 12.6 66.7 CORE NO. 6 (6449 - 6493) : REC. (6449 - 6492.8) 6449.1 10.7 1.1 0.14 8.7 61.5 75.3 79.3 70.2 APPARENT SAND GRAIN DENSITY gm/cc 2.67 2.66 2.66 2.65 2.64 2.65 2.65 2.67 2.65 2.67 2.69 2.63 2.71 DESCRIPTION S[tst;s[t-vfsd Sd;s[t-vfsd Sd;stt-vfsd,c[ lam, Is Sd;stt-vfsd, c[ tam Sd;s[t-vfsd,cl [am Sd;slt-vfsd Sd;s[t-vfsd Sd;s[t-vfsd,c[ lam Sd;s[t-vfsd,c[ [am Sd;stt-vfsd,c[ [am Sd;s[t-vfsd, c[ [am Sd;s[.t-vfsd Sd;s[t-vfsd ** FRACTURED, ESTIMATED AIR PERMEABILITY COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve , MUD TYPE Water Bas~. PETROLEUM TESTING SERVICE, INC. CORE ANALYSIS WELL FIELD COUNTY STATE Cotville Delta #2 WiLd Cat ALaska PAGE 13 FILE No. 70011 DATE February 27, 1986 HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability 0/~ ....................... FEET PERCENT md. RATIO OIL WATER TOTAL CORE NO. 6 (CONTINUED) (6449 - 6493) : REC. (6449 - 6492.8) 6450.15 8.3 1.4 0.09 5.8 62.3 68.1 6450.5 10.0 3.3 0.20 11.3 56.5 67.8 6452.2 11.5 4.3 0.18 11.1 61.1 72.2 6453.25 10.6 0.4 0.07 4.5 66.0 70.5 6454.35 10.0 3.0 ** 0.00 0.0 91.7 91 .'7 6455.5 9.9 3.5 0.02 1.8 80.9 82.7 6457. 10.2 3.7 0.00 0.0 87.7 87.7 6458.25 10.0 3.8 0.00 0.0 97.1 97.1, 6461.3 14.2 0.7 0.07 5.3 78.3 83.6 6462.25 10.2 2.8 0.00 0.0 90.7 90.7 6462.75 11.5 2.2 0.00 0.0 78.4 78.4 6471.2 10.8 0.4 0.00 0.0 77.1 77.1 6473.55 10.1 4.3 * 0.00 0.0 81.1 81.1 * FRACTURED APPARENT SAND GRAIN DENSITY gm/cc 2.71 2.70 2.68 2.71 2.69 2.69 2.65 2.65 2.68 2.68 2.72 2.66 2.72 DESCRIPTION Sd;stt-vfsd,ct tam Sd;stt-vfsd,ct tam Sd;stt-vfsd,ct tam Sd;stt-vfsd Sd;slt-vfsd,cl tam Sd;stt-vfsd,ct lam Sd;stt-vfsd,ct Lam Sd;stt-vfsd,ct tam sd;slt-vfsd Sd;slt-vfsd,ct tam Sd;stt-vfsd,ct lam Sd;stt-vfsd Sd;stt-vfsd,ct lam ** FRACTURED, ESTIMATED AIR PERMEABILITY PETROLEUM TESTING SERVICE, INC. COMPANY Texaco U.S.A. CORE BARREL 4" Aluminum Sleeve MUD TYPE Water Base CORE ANALYSIS HELIUM Air SATURATION % PORE SPACE DEPTH POROSITY Permeability O/W ....................... FEET PERCENT n~. RATIO OIL WATER TOTAL CORE NO. 6 (CONTINUED) (6449 - 6493) : REC. (6449 - 6492.8) 6475.55 9.3 0.3 0.00 0.0 98.6 98.6 6490.25 10.0 0.4 0.00 0.0 87.3 87.3 APPARENT SAND GRAIN DENSITY gm/cc DESCRIPTION 2.63 Sh 2.66 Sd;slt-vfsd,cl lam WELL FIELD COUNTY STATE Colvitte Delta #2 Wild Cat Alaska PAGE 14 FILE No. 70011 DATE February 27, 1986 TYPE OF-EXTRACTION - DEAN STARK TOLUENE EXTRACTION CONFINING PRESSURE ON THE PERMEAMETER = 200 psi OIL GRAVITY SUPPLIED BY CUSTOMER = 26 4145' ,x iNAL TEXACO COLVILLE DELTA #2 OPTICAL SIDEWALL CORE DESCRIPTIONS by Frank Wind · ,~ ../' ::> ? .,,::'.,/p ...,..--"..,. %. ?¥',.. :: '-..: .,~ ~.>.- ~-~ .,.. .~... :?....- ~ ~.~ .,.,.'.- ,. ', :., ':!,:.~-~'.~. ~ ~5:.~" ..3' · ~.? ,:; .. .,:- X;' ¥:' ,:i~ Alaska ~orth Slope ,....---~>?'.x>, :~.~.~ · .~,.-.?.,~ ~ . Sec. 23 T13H R7E Umiat > ~.- ..~ ,..::. as above,may have slight carbonate cement,oil blebs,medium gray 4150' ..... -medium to fine siltstone,clay-cemented?,salt & pepper,medium tan-gray 4186 ' coarse siltstone,clay-cemented,salt & pepper, shiny crystal faces(secondary quartz?),light gray,slightly tan 4189 ' ..... --medium to fine color banded siltstone,with clay light gray and light tan,common pyrite crystals 5052' ...... sandstone,very fine-grained,silty,micaceous NOTE: filled fracture is epoxy 5056' ...... laminated siltstone and silty very fine sand, medium gray 5063' ...... siltstone,medium tan gray 5067' ...... sandstone,very very very fine-grained clayey, medium tan 5084' siltstone,sandy with clay,small degree micaceous? along bedding,light gray 5086 ' ...... very fine-grained siltstone, silty-clayey, medium gray 5139' ...... sandstone,very fine-grained siltstone,dir~A~[~ tan,"blebs" of oil, parallel bedding ..r,:,~ !",3.,'" "-'"~' ~-~- 5153 ' -shale, silty, fissile, dark gray,micaceous ,. siltstone , 5164 ' ...... sandstone, very fine-grained, dirty, medium gray- brown 5169' ...... mudstone,medium to dark gray, silty pockets (burrows?) 5180' ash?,light gray,micaceous at top,finely laminated with dark gray 5209' shale,fissile,dark gray 5217' ...... sandstone,very fine-grained,tan,tight-cemented?, oil blebs 5446'A ..... shale,slightly fissile,dark gray 5632' ...... shale,fissile,dark gray 5775' 5777' ...... Tuff,slightly micaceous,bentonite 5446'B ..... siltstone or mudstone,medium gray 5447 ' ...... shale, silty, slightly fissile, ' medium gra~.-~. ~- 5620 ' shale, silty, slightly fissile, dark gray 5622 ' as above ./~.'~'~.~-~.~' ?. .:/" . .-~ .~.~ ..c.. ~.. .~ . .~.. 5903' ...... mudstone,calcareous,recrystallized Nannos~ -, dark gray 5905' shale, fissile,dark gray 5952' siltstone,very clayey,tan,very glauconitic, calcareous 5955' ?siltstone,mottled, very hard,dark gray 6240' ...... sandstone,fine-grained,clay-choked(DM?),slightly glauconitic,tan 6245' as above,sandstone, no glauconite observed 6250' sandstone, fine-grained,cemented,slightly glauconitic,dark brown 6255' ...... sandstone,fine-grained,partially cemented,some clean,no glauconite,light gray to brown 6260' ..... 6262 ' ..... 6265' 6267' -sandstone, very fine-grained, mostly cemented, medium brown --thin sand, (very fine-grained) stringer in shale, medium brown , , , · ~'i,. ~,,~i. sandstone fine-grained tan with clay (DM?) .~ ,.~,,..~.~..,~.~,~, ..... tan, with clay 6270 ' ...... sandstone, f ine-gra ined, c 1 ay-choked ( DM? ) - tan, center cavity with epoxy---sample below identified as key for mineralogy analysis--- Well: Date: :~-'~tOVu~°'J~ ~ \qgLo ~ .Interval Cored: ~ tP},,I~- i0( ~,,q 'Recovery: . :GENERALIZED CORE DESCRIPTION' CONVENTIONAu CORE DESCRIPTION FORM Page Core No: T.D. Core Diameter Inches '~'ED CORE DESCRIPTION Prepared by ~t~~ .,,ca co itlC . . .. Inte~al Cored: (o[MN . Recover: ~q~ Ou'~..~ GENERALIZED CORE DESCRIPTIOn: .- : CONVENTIONAl. CORE DESCRIPTION FORM Page ~ of "~ Core NO: T.D. Core Diameter Inches GRAPHIC Li'[HOLOGY SCALE lin. = , lt. DETAILED CORE DESCRIPTION Prepared by Recovery: GENERALIZED CORE DESCRIPTION: CONVENTION/-,_ CORE DESCRIPTION FORM __ ~ GRAPHIC LITHOLOGY SCALE lin.= ~ ,lt. rU;~3q ~._~ :'..'.'. -'~'" x~~' -T DETAILED CORE DESCRIPTION . Prepared by , '~'~ . . .. ~ ~t . Data: '~- (_0- ~ _ Interval Cored: CONVENTION~,_ CORE DESCRIPTION FORM Page ~ of (.9 Core No: T.D. Recovery: GENERALIZED CORE DESCRIPTION' Core Diameter 4:'~- !i"-]!::~ ': ;i?';: 7-,... :!"'::: ~:'""ii'.:: .:::: ~ Inches ,'~L;' : .... , '. . · :%p ~:'--~:..? .¢ ~,'. 'i .. :' : ' ~ GRAPHIC LITHOLOGY SCALE lin.= ~_.L..,tt. ~_~.'-':.: -..L. .... ~~..~.7~ ~ ~o ~'~. ~2'.. ~-:~. 2~.: , ~a ..~ ..... DETAILED CORE DESCRIPTION. fexaco thc Date: · Interval Cored: (_O~"~"q" Q?., q ~ Recovery: .. · GENERALIZED CORE DESCRIPTION' GRAPHIC LITHOLOGY SCALE lin.= ~ .,It, CONVENTION,,--,_ CORE DESCRIPTION FORM Core No: ~"'.~'v'¢--.-''~ ~ T.D. Formation' .J'~ ~A~ l;~&~J~ Core Diameter .... · .,~ '- .. ;. : s :. '%..' ,~;. DETA LEg COSS DESCa .T,O, Prepared by Inches - CONVENTIONA,.. CORE DESCRIPTION FORM Core No: ~LN'C ~ -Date: _'_~-~- ~f~ Interval Core(i: Recovery: GENERALIZED CORE DESCRIPTION' GRAPHIC LITHOLOGY SCALE lin. = % It, t.--, · -.-.-.' i .il~ :: ._~.'~ : ~~-:~.'. .~ ~.~ - . · ~ ~ · ___ T.D. Formation' Core Diameter Inches DETAILED CORE DESCRIPTION...... Prepared by % ",,I ]'exaco Ii'lC CONVENTION,,-,._ CORE DESCRIPTION FORM _5_ _(.L Core No: (~D~r¢-..'~'~ Date: T.D. Interval Cored: Recovery: . GENERALIZED CORE DESCRIPTION: GRAPHIC LITHOLOGY SCALE lin.= ) .,lt. ..... ,, Formation: ~C'~t,('~.v',"~ ',..~('~ Core Diameter J ~ }}~'}. ~/:,..::'! : "::~ '.~ t: ~, ~{ ~> 5L ~.~ :i ,'.- , ".- .. . " DETAILED CORE DESCRIPTION · ,,j ,,4 Inches CONVENTION,,-,_ CORE DESCRIPTION FORM Core No: Date: .Interval Cored: Recovery; GENERALIZ. ED CORE DESCRIPTION: _ ,., GRAPHIC ~ ~ LITHOLOGY SCALE ,1~1 ,,..=, ' , t~391 -- :: ,..-= :.... ~:.' .... L~ ~ - T.D. DETAILED CORE DESCRIPTION Prepared by Inches .Interval Cored: Recover: ,. 'GENERALIZED CORE DESCRIPTION: LITHOLOGY SCALE . (o'gtfl'l -- -.~- '.~ I/~_'--z :: i/<~.~: ,_ CONVENTION,,-,,.. CORE DESCRIPTION FORM DETAILED CORE DESCRIPTION Prepared by ,,j- CONVENTION.,_ CORE DESCRIPTION FORM p~g~ 7_ o~~ Core No: ~(~O~'Ct~ -~ · Date: 'q~-~.-.~,i~ .. T,D. .Interval Cored: -. Recovery: · 'GENERALIZ.ED CORE DESCRIPTION: -- ~o I GRAPHIC o ~J LITHOLOGY SCALE Formation' Core Diameter ~ ~E .~A ~:.~, :.. -: .-. ........ ;!~, ,:~r2,,, , ~,- . .-.;, ". ' . ' , DETAILED CORE DESCRIPTION Prepared by "~'~',v~v~ -.J ii '~ " Inches Texaco Date: CONVENTION~-,._ CORE DESCRIPTION FORM Page ~ o! ~ Core No: (~-~,~e.:t~ ,~ T.D. _ Interval Cored: Recovery: GENERALIZED CORE DESCRIPTION' .. Format on: - - Core Diameter = ~o I GRAPHIC o ~ LITHOLOGY SCALE .......... , _ --: ;' :-". ' - '-'" --- .. --~ · '.--'.~,:,...._~.:.; · · · '--' '-'~'~'---' --'- rb3;3 i · .... - , · ...... .. .. · ..':'-' -'-=~'J Z.:'-- · . ___i~3~ --- ,. .... ,,, - - Inches DETAILED CORE DESCRIPTION Prepared by · CONVENTION/-,- CORE DESCRIPTION FORM Page Core No: ~-~',,r/-'~-~ Date: ~,,c[~ ~i~ T.D. .Interval Cored: Recover: GENERALIZED CORE DESCRIPTION' -- ~ ~;C'.'i ;-, l i!..~. :;.. !.. ' ', ',, ". .... i'. .. GRAPHIC LITHOLOGY SCALE lin. = ~ ft. ' Formation: '.~.~')0(_~'¥ ~,_~,v~(~. Core Diameter ~' ~.~ '~;~"'~ ' ,- Inches DETAILED CORE DESCRIPTION Prepared by · , CONVENTIO, Core No: (J-D~le '~ i~ Interval Cored: (~,_-~.-.),c[. (_0.~,~c[. O~ _ Recovery; GENERALIZED CORE DESCRIPTION' - CORE DESCRIPTION FORM Page J ol (D T.D. · ,~.', ~ \ '.-/ ~., Formation: ~LAV~,¥'-~OW~c'L Z_;" ~,. ~.: DETAILED CORE DESCRIPTION~ Prepared by t)~~e~, ' CONVENTIOt',..,_ CORE DESCRIPTION FORM Page Core No: T.D, Recovery: GENERALIZED CORE DESCRIPTION' .--- GRAPHIC LITltOLOGY SCALE lin. = _[~ lt. Inches DETAILED CORE DESCRIPTION Prepared by ~Ti~Aqm~,.~e,~¥ ' ,.j I CONVENTION~,L CORE DESCRIPTION FORM Page_3~o! G _ Core No: ~3o~c'~'~ . Date: T,D. .Interval Cored' Recovery: GENERALIZED CORE DESCRIPTION: GRAPHIC LITHOLOGY SCALE ""': '--'"' .... .-- , . ,, .'~~~. DETAILED CORE DESCRIPTION .__ Prepared by Inches Texaco · CONVENTIOI Core No: (~--~'qe-''& i~ _ CORE DESCRIPTION FORM ~'~e ,~ o,_(~ Date: T.D. Interval Cored: Recovery: GENERALIZED CORE DESCRIPTION: ,, . GRAPHIC LITHOLOGY SCALE _ . " .~,,~,; ' ~-~'~', ~'., '.. .i ~'-~'~' ~/~ DETAILED CORE DESCRIPTION Prepared by '~V'¢¥~"~.~[~(~¥ ' Inches CONVENTIONAL CORE DESCRIPTION FORM Core No: -(~-O~'i~'LI T,D. Interval Cored: (,9'.:~:~ct- (o'3~c1.0~ _ Recovery: GENERALIZED CORE DESCRIPTION' o~ I GRAPHIC ~"~ I Ll'f I-tOI,.OGY I SCALE ,.' ;~-._%.~.k-'.: · o !-:' "'¢~:'-"'-.Z2--E_ .... l.,._._,_:.__,~ , ' ' '[L.=__'_- °" '" ~-: ~,:. :~.T.'. ,'. . ~.. ;:,.',~____2:~.:,0...~.;. · . Inches DETAILED CORE DESCRIPTION Prepared by %'4 ]'exaco irc CONVENTiON,~,~. CORE DESCRIPTION FORM Core No: Co, ft. ~ )~ T.D. Interval Cored: i~3,¢),ct-(~3~c~,0~ _ Formalion: 't~ U~-~ ~-$~,,- ¥, <~,,'~t~ cJ~ Recover: GENERALIZED CORE DESCRIPTION' ~ LITHOLOGY SCALE · 6~1Cl -- ,, e; ..':; ...... , ,..o.-:;: ;, .. ,, · , .'-:,:::;.;;.',,, . _ I ::--:---::~'-'"-'-" · -..Lg; i_~?. - '." --__ ? ;'. ;:-~..'.':--.-': [¢3S'1 -- 177: :-.:--.::. .. I~,C~% - i ' i~¢.~ Core Diameter .,~%,~¢~;. ~. ~ ~Y ~ i",, .~: ;- '.~ - :~ ,':..'. Inches %~% ~¢';-~'~.;~ b;.;~ U':t¢ ~P: ¢',.::~ ?4, ' DETAILED CORE DESCRIPTION Prepared by '~~ Interval Cored: ~_O'~q '- iJ~i450, ~ Recovery; GENERALIZED CORE DESCRIPTION' CONVENTION,-,L CORE DESCRIPTION FORM , '-,. '\,, Page Core No: T.D. ~ --x , -~ ,, Formation: ~.~f~,k'&~,~k '"~ (. uore u~amete[ "* ;' :' ~ ;~ :':':~*,~:~ L.~; :7 %'.,;,'~,; ' .Inches DETAILED CORE DESCRIPTION Prepared by CONVENTION,~L CORE DESCRIPTION FORM .,,g~ ~ ot '-I . Core No: .~.~'~'~ ~' ~ T.D. Recovery: GENERALIZED CORE DESCRIPTION' [ GRAPHIC LITHOLOGY SCALE lin.= ~ It. .. DETAILED CORE DESCRIPTION Pr,epared by Inches Texaco CONVENTIONAL CORE DESCRIPTION FORM Page __~ o! '-1 Core No: ("x~o',r¢, :~ ~ Date: '~,-~"'~- ~L~ T.D. Interval Cored: Formation' Recovery: GENERALIZED CORE DESCRIPTION' Inches DETAILED CORE DESCRIPTION Prepared by ,' , - . ~:~e'.%~b.:l~,:t~,~.~ ~c.~,. ~.~.~,A~'~ -- -, .. ]'exaco RecoYe~: GENERALIZED CORE DESCRIPTION' GRAPHIC LI'[HOLOGY SCALE lin.: ' -i~ ~.-." ~ -..-.'. 7..-, . , co~ No: ~'~,:'~.-5. T,D, CONVENTION,~L CORE DESCRIPTION FORM Page J-~_ ot '~ Inches DETAILED CORE DESCRIPTION Prepared by 'f itxaco I~i¢ CONVENTIONAL CORE DESCRIPTION FORM Core No: (__;3~'ct'''''f ~ T.D. Interval Cored ~ (¢HS0.t¢. Recovery: GENERALIZED CORE DESCRIPTION' GRAPHIC LITHOLOGY SCALE lin. = ~_L. ft. -,-j.'.;-, -: .' Inches DETAILED CORE DESCRIPTION CONVENTIONAL CORE DESCRIPTION FORM Core No: ¢~,~¢i¥.~. Date: "~t'~.- ~b ..... Interval Cored: Recovery: GENERALIZED CORE DESCRIPTION: _ . ~ GRAPHIC -: <~ ..oLITHOLOGY SCALE 30 ~, '~ m. = '~ It. "' .~' · . · ,: ~ · ~/.-": '7'/.' '<- 2L.z ;.--.-'_.-:;':/~_. ' · --'-- "-'----' · _ ,_ ..... · '~'--. 2:_. ~' · . · ; ,. ~. ' .--~- ,- --2 (¢'tql ,:.".' ,. . · - '--' "'":' ' T.D. DETAILED CORE DESCRIPTION Prepared by '-'~ V'~ ~ CONVENTIONAL CORE DESCRIPTION FORM Page "~_ of '"1 Core No' Interval Cored: Recovery: ._. GENERALIZED CORE DESCRIPTION: T.D. Formation: ~'~tA'~:~A',,'~-'""~(h~tL ,-' ~":'-*'~: i' !~ Core Diameler ~i :~ i.~.~ ~, :~ ~ ~.:}..7 ';~, :~.':}lnches ,-, , ,. ,¢ ,., , :r;; :: -. : : , , ,.:,. -...: ... ,.~:,~ '~'-:~ )¢' ';:. ': .. .., ... ~; ~ . 1 GRAPHIC LITHOLOGY SCALE lin,= ~ I~, DETAILED CORE DESCRIPTION .. Prapared by ~-~"~ ~"~¢A~ ~3'a ¢ ~ ~'' 'l'ex a co lng Interval Cored: - :,: .i'_ (~14q'~, ~ ___ Recovery; · , -.,. , ~,,'' - '(--/:' : GENERALIZED CORE DESCRIPTION: ."-~, _r~U~'¢. ~.5"'-~7.~C C.V~r/~,_~.Oe 3. ~'¢,.-¥'"':V0 ~,. GRAPHIC LITHOLOGY SCALE lin. = CONVENTIONAL CORE DESCRIPTION FORM %~ ....... :... ,. ,. ~- ~f '. 8" :i' ;: (-~ ,~( ,7.t -" c-' '-'. :. ., Inches DETAILED CORE DESCRIPTION Prepared by t' Date: 'd~_'=~',z'~ - Interval Cored: Recovery: GENERALIZED CORE DESCRIPTION: CONVENTIONAL CORE DESCRIPTION FORM Page Core No: ot .3 Inches GRAPHIC LITHOLOGY SCALE lin. =_.~, .lt. DETAILED CORE DESCRIPTION Prepared by CONVENTIONAL CORE DESCRIPTION FORM Core No: ~O',rd'~ (o Interval Cored: Recovew: GENERALIZED CORE DESCRIPTION: Formation' .'~ ¢~ Core Diameter Inches DETAILED CORE DESCRIPTION ......, Prepared by DATE 1-24-86 1-25-86 1-26-86 1-27-86 1-28-86 1-29-86 1-30-86 1-31-86 2-1-86 2-2-86 ACTIVITY COLVILLE DELTA #2 WELL H! STORY DRILLING & COMPLETION OPERATIONS CONFIDENTIAl, Spudded at 4:30 p.m., Alaska standard time. Kelly bushing to ground measurement' 30.30' Drilled 12-1/4" hole from 127' to 217'; lost returns outsidJ conductor pipe. POH, recemented conductor at 60' with 403 cu. ft. permafrost cement; good returns to cellar floor. Cleaned out cement from 41' to 217'. Drilled 12-1/4" hole to 2091'. Tripped for a bit change. Continued drilling 12-1/4" hole to 2275', ran list logs and velocity survey Began running 9-5/8" 47# L-80 casing · ~ ~ · Finished running 57 its. of 9-5/8" casing with shoe at 2257' and float collar at 2221' Cemented through stab in collar with 2090 cu. ft. permafrjst cement; obtained good returns. Installed casing head. Tested BOPE, witnessed and approved by Alaskan Oil and Gas Conservation Commission (AOGCC). Performed pressure integrity leak off test (PILOT) to 12.9 ppg equivalent mud weight at depth of 2060'. Drilled 8-1/2" hole to 2716'. Continued drilling to 3636' and surveyed. Drilled and surveyed to 4636', tripped for a bit change, continued dril ling. Drilled to 4976'. Surveyed and tripped for a bit change. Continued drilling to 5409'; wireline broke during survey. POH to recover survey tool. Recovered survey tool, tripped to change bit; drilled ahead. Drilled and surveyed 8-1/2" hole to 6121'; encountered tight zone for 8 stands. Continued drilling to 6144'. POH to run core barrels. CONFIDENTIAL DATE 2- 3-86 to 2-7-86 2-8-86 2-9-86 2-10-86 2-11-86 2-12-86 2-13-86 ACTIVITY Drilled and cored the following: #1 (6144' - 6166') 22 , recovered 19' #2 (6237' - 6297') 60 , recovered 60' #3 (6297' - 6329') 32 , recovered 32' #4 (6329' - 6389') 60 , recovered 60' #5 (6389' - 6449') 60 , recovered 60' #6 (6461' - 6493') 44 , recovered 44' RIH with 8-1/2" bit, reamed to 6493'. Drilled to 6553', pulled up to 6050', and surveyed with Measurement While Drilling (MWD) tool from 6050' to 6545'. POH. Drilled 8-1/2" hole to 6800' Conditioned hole for logging. Ran DIFL-LSS-GR-SP-CAL to bridge at 6630'. Ran log run #2- CNL-LDT-NGT-GR-CAL. Started running SDT. Completed running SDT., Texaco EMW. Began running VSP Survey to 6630'. Finished VSP survey. Shot 81 sidewall samples; 24 misfires and i lost in hole. RIH with 8-1/2" bit, washed and reamed to 6800'. Circulated and conditioned mud at 10.4 ppg. Began wiper trip. Conditioned hole for casing, POH . Ran 172 its., 7", 26#, L-80 buttress casing with shoe at 6778' and float collar at 6696'. Cemented casing with 575 cu. ft., class "G" slurry containing 3% KC1, 1% CFR-2, .3% Halad 22A. Bumped plug. Nippled up BOPE, changed rams to 3-1/2", laid down 5" DP. Tested 7" casing, Hydril, 3-1/2" rams. Made up 6-1/8" bit and casing scraper. Ran scraper to top of cement at 6682'. Changed over to 10.2 NaBr completion fluid, ran CBL from 6674' to 3300' and Temperature/GR from 6678' to 4500'. DRILLING OPERATIONS COMPLETED. PE6/b8 DW. 4503 -2- COLVILLE DELTA #2 TESTING OF NUIQSUT ZONE CONFIDENTIAL DATE 2-14-86 2-15-86 2-16-86 2-17-86 2-18-86 2-19-86 2-20-86 2-21-86 2-22-86 ACTIVITY Ran CBL with 1000 psig on casing. Made-up DST#1 test string and RIH. Set packer at 6116', ran GR correlation log, tested flow lines and separator. Drop bar and fired tubing conveyed guns for perforations in intervals from 6236' to 6406' Initial flow period started at 3'17 a.m. Closed LPR f~r shut-in at 3:22 a.m. Opened LPR for second flow at 5:23 a.m. Continued DST #1. Closed tool down hole @ 7'15 a.m. for second shut in. Pulled packer loose @ 9'36 a.m.P.O.H. RIH w/bit. Circulated and filtered 10.2 ppg KC1 brine water to 2 microns. P.O.H. RIH w/DST #lA. RIH w/DST #lA. Set Packer @ .6164'. Zone 6236' to 6406'. Performed perforation ball-out Fractured w/142,000 lbs. sand and 2045 bbls diesel. Frac complete @ 5'43 a.m. Ran Schlumberger temperature and GR log through lubricator from 5600' to 6677'. Began first flow period w/DST #lA Continued DST #lA. MUST tool hanging @ 5500'. Continued DST #lA. Shut in @ 4'08 a.m. w/Johnston MUST. Continued DST #lA shut in with Johnston MUST surface read-out. Could not unlatch MUST tool. Closed LPR valve. P.O.H. with wireline. Opened LPR valve. No flow. Reran MUST tool and opened MUST valve. Worked LPR valve. LPR valve opened after several attempts. POH with wireline. Well opened to separator @ 5:05 a.m. Continued DST #lA. Completed DST #lA @ 7'00 p.m. Ran spinner survey tool. Would not go past LPR valve at 6048' Ran 1-11/16" sinker bars. Stopped at 6048'. Pulled pac'ker and P.O.H. Lay down test tools. CONFIDENTIAt DATE 2-23-86 2-24-86 2-25-86 2-26-86 2-27-86 2-28-86 3-1-86 3-2-86 3-3-86 3-4-86 3-5-86 3-6-86 3-7-86 3-8-86 3-9-86 ACTIVITY , Test BOPE with 3,000 psig OK. RIH w/6-1/8" bit. Clean out frac sand from 6508' to 6677' P.O.H. Dresser Atlas perforated through lubricator intervals 12 hpf (6410'-6400'), (6390'-6358'), (6344'-6330'), (6322'-6300'), (6290'-6280'), (6272'-6236'). P.O.H. with last gun at 6'00 a.m. Lost 43 bbls fluid while perforating. RIH with Howco DST tools. Set packer at 6157' tail at 6183' Pressure tested equipment. Testing. Testing. Continued testing. Pumped 150 bbls of nitrified diesel with 5% mutual solvent and surfactant. Displaced with 73,000 cu. ft. N2· Testing. Testing. Testing. Shut in well at 11 a.m. Fractured with 2948 bbls of diesel and 146,000 lbs. 20/40 Ottawa sand. Job completed at 5'49 p.m. Ran Schlumberger temperature log from 6671' to 4500'. Testing. Testing. Testing. Testing. Shut in well downhole at 4'00 p.m. Continued shut in. Continued shut in. Reversed to separator. Pulled packer loose at 5-50 a.m. Circulated. PE6/cl DW. 4504 -2- COLVILLE DELTA #2 ABANDONMENT OF THE NUIQSUT ZONE DATE ,,, 3-10-86 ACTIVITY m. Lost 16 bbls. salt water while circ. P.O.H. Lost 150 bbls while pulling out. Schlumberger set wireline retainer at 6160'. Laid.down test tools Tested BOPE. RIH with stinger. Circ. Stabbed into retainer ~ith 173 cu. ft. of cement with 3% KCl, 3% NaC1, 1% CFR-2 and .3% FDP-344. Left 121 cu. ft. cement on top of retainer. Pulled 35 stands and reversed out. CIP at 12:48 a.m. PE6/c2 DW.4505 CONFiDENTIAl. COLVILLE DELTA #2 TESTING OF THE TOROK ZONE DATE 3-10-86 3-11-86 3-12-86 3-13-86 3-14-86 3-15-86 ACTIVITY Schlumberger ran casing gun to shoot four 1/2" holes at 4850'. Misfired. Re-ran casing gun and shot 4 HPF at 4850' Re-ran wireline retainer and attempted to set. Failed. ~e-ran and set at 4790'. RIH with stinger. Squeezed 288 cu. ft. "G" cement with 1% CFR-2. CIP at 1:15 p.m. 3/10/86. Reverse out. Circ. and raised density of brine water to 10 PPG. P.O.H. Laid down excess D.P. Laid down stinger at 3'07 a.m. 3/11/86. RIH with 6-1/8" bit. Drilled out retainer at 4790'. Drilling hard cement at 4808'. Drilled hard cement 4808' to 4842'. Clean out to 5500'. Tested casing with 1000 psig. Lost 50 psig in 22 minutes. P.O.H. Ran CBL log. No indications of bonding on either side of holes. Set wireline retainer at 4770' RIH and stabbed into retainer. Breakdown rate 3 BPM at 2~00 psig. Squeezed 115 cu. ft. cement. Final squeeze pressure 1600 psig. at I BPM. CIP at 6'13 a.m., 3/12/86. Drilled out retainer and cleaned out to 5500' P.O.H. Made trip with 7" casing scraper. Tested casing w'ith 960 psig OK. RIH with DST #2 test string to 5025'. Tested D.P. to 3000 psig. Sheared ball-out sub at 3250 psig. RIH to 5305' and spotted 46 bbls. diesel. P.O.H. to 5025' and set packer. Schlumberger perforated through lubricator the interval (5137'-5183'). Two runs @ 4 HPF for 8 HPF total. Began testing. RIH with coiled tubing and unloaded well with nitrogen at to intervals to 4500'. Recovered 37.5 bbls. diesel, 44 bbls. water, .3 bbls oil and I bbl. solids. Pulled packer loose. Reversed out D.P. fluid. P.O.H. with test tools. PE6/c3 DW. 4506 COLVILLE DELTA #2 ABANDONMENT OF THE TOROK ZONE AND WELLSITE CONFIDENTIAl. DATE 3-15-86 3-16-86 ACTIVITY Schlumberger set wireline retainer at 5,000'. RIH and stabbed into retainer. Breakdown rate 1550 psig at 3 BPM. Squeezed 161 cu. ft. "G" cement with 3% KC1, 3% NaC1, 1% CFR-2 and .3% FDP-344, leaving 10 sacks above retainer. Final squeeze pressure 1550 psig. POH and laid 23 cu. ft. permafrost cement plug from 140' to 40'. Found top of cement plug at 85' (45' below mud line). Cemented with 11 cu. ft. permafrost cement from 85' to surface. Cemented annulus with 310 cu. ft. permafrost cement. Final pressure 300 psig. Cleaned cellar. 3-17-86 3-18-86 Removed BOPE and wellhead equipment. Cut off casing head. Welded plate on 9-5/8" casing stub with 7" stub 6" higher than the 9-5/8". Welded plate on 7" stub with well information. Cleaned mud tanks. Released rig at 10:00 p.m. Rigged down and demobilized rental equipment. Continued rigging down rig. Rigged down wind walls, lowered mast. Final report. PE6/c4 DW.4507 CONFIDENTIAl Attachment to State of Alaska Completion Report Colville Delta #2 Drift Survey/ Data Depth of Survey 127' 514' 1,208' 1,750' 2,275' 2,408' 2,934' 3,684 4,200 4,604 4,976 5,563 6,121 Angle 0o15' 0o45, 0o45, lO0' 2o30 l°45 0o45 0o45 0o45 0o30 0o30 0o30 200, K2/054 LOCATED IN THE APPENDIX WFL IPR LOG CALIPER SURVEY VOLAN CURVE DATA STRATIGRAPHIC HI GH RE S OLUTI ON DIPMETER OTHER: Form to be inserted in each "ACtive'' well folder to check for timely compliance with our regulations. OPERATOR, WELL NAME'AND-NUMBER Reports and Materials to be received by: ~-- ~J~~~ Date ,, Required Date Received Remarks Completion._ Report · 'Z~':Well History. '., . ..... iRegistered Survey Plat / Inclination Survey Directional Survey , , .. Drill Stem Test Reports ) ~roduct~on Test Reports Log. Run ~- ',, ,, , .... . D~g~t~zed Data ~ _ _ . , .... - MORAN"UM State 3f Alaska ALAs~L& OIL Ai'~ GAS CONSERVATION CO~,~iISL~._N / TO. C.V. ~_.~~_vt DATE: July 1, 1986 Chai~~~ -' F~LENO.' D.H~.36 Lonnie C. Smith ~z~;~' TELEPHONE NO.' Co. is s loner SUBJECT: Location Clearance TH RU' FROM: Harold R. Hawkins Petroleum Inspector ./ Texaco Colville Delta #2 Permit No. ~5-210 Sec. 23, T13N, R7E, IP~ Exploratory Tuesday, June 25, 1986: John Boyle, Berlin Whitley, Tom Young and I ief~'Co%vi'lte Del~a #3 for Co!ville Delta ~2. The location was covered with natural mud over gravel. About 100 pounds of debris was picked up and hauled away. The location was clean, but mostly_ covered with mud ¢ ~rom high tides. I filled out an AOGCC report which is attached. I also drew a sketch and took pictures of the location. In s~ary, the location is clean and free of debris, and I recommend Texaco be given a location clearance. Attachments D2-001 A ( Rev 1 0,,84) ALA°z~'~,. OIL A~N'D GAS CONSERVATION CO~MIS~!ON SURFACE ABANDONMENT REPORT 20 AAC 25, ARTICLE 2 Operator ~Kb~'O Date Downhole P & A ~//~ Surface Location of Well Pg~it No. ~~/~ ~-ff/ Ft. F ~L, l/ /f Ft. Ff L, OfP/~i'°~f~ ~l ~o. 50 Sec.-.~ ~ , T/3 ~, R? ~ ,U, M. Unit or Lease Name Well No. Field & Pool A~B~/~ 20 ~C 2~,I20: ~L ~DO~NT ~R: Length (~0' ~h+.) Dia. Steel Post (4"~n.) Top of ~rker Pipe Closed ~th: C~e~t Plug Screw Cap Welds Set: On Well Head ~, On Cutoff Casing ~, In Concrete Plug Distance Below Final Grade Level Ft. in. Side Outlets: ~1 Valves and Nipples Removed All ~enings Closed ~, With Blinds , With Cement , Other INFORMATION BEADWECDED D IRECT.~LY TO MARKER POST: (List Where Different from File Information) Operator ~d~/.4'/_.C.~..p~/~7~ .~_~ ~ Unit or Lease Name Well Number , Surface Location of Well: Ft. F L, Ft., F L, Sec , T , R 20 AAC 25. 170: LOCATION CLEAN-UP PITS: Filled In _~_, Liners Removed or Buried ~, Debris Removed ..~ SURFACE OF PAD A~ND/OR LOCATION: Rough -X, Smooth , Contoured , Flat , Compacted __, · Other M CLE.~N UP OF PAD AND/OR LOCATION: Clean_J~_, Pipe Scrap__, Iron Scrap__ Paper~\ , Other · Wood , Mud__, Cement SURROUNDING AREA: Wooded __, Brush , Tundra , Grass __, Dirt __, Gravel Sand __, Other .~/,/,~'~E ~. CONDITION SURROUNDING AREA: Clean ~ , Trash from Site Other ' ~/~'7' ~/~ , Trees and/or Brush from Clearing Site__ ACCESS ROAD: Dirt__, Gravel __, Ice ~ , Other~ ~l.71~f/-/~c/) /~ffT . ,, CONDITION ACCESS RO~ &ND S~ROU~ING: ': '; ;':'~'~L'::;.:: Clean , Rough , Smooth , Trash from Operations %, ': :"; ~:'/~ ~ -- -- ,' t ,~ ;' ,;, -Trees and/or Brush from ClearinE Road ., Spoil from Clearing :.Road ...... .-, RECOMYEND APPROVAL OF ABA~0NMENT: Yes ~ , No 05/26/81 Final Inspection Texaco USA 10Universal City Plaza Universa! City CA 9i 605-~'""7 T R A N S M I T T A L DATE: TO' SUBJECT: May 9, 1 986 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Attn. John J. Boyle 1) TEXACO COLVILLE DELTA #2 2) TEXACO COLVILLE DELTA The following information is enclosed for your file. Please acknowledge and return the duplicate copy. 1) 1-Reverse Sepia: CCL/Sq. & Retainer; Run 2, 3-10-86 2) 1-Reverse Sepia each. Squeeze Perfo/Cement Retainers; Run 1, 3-17-86 After-Squeeze Temp. Log; Run l, 3-18-86 Perforation Record; Run 2 3-20-86 Engineered Prod. Logging-Run 2, 3-24-86 R. D. DIEM Geological Manager Attention' Wildcat Coordinator DSB · ne Enclosures RECEIVED BY' -'q DATE' ~..' April 28, 1986 TEXACO USA ~'OLVILLE DELTA #2 COLVILLE DELTA #3 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 The following information is enclosed for your file. return duplicate copy. 5" Micro log - GR Cyberl ook Squeeze Perfs/Cement Retainers ~.?~After-Seueeze Temperature Logs erforation Record ~~ngineered Production Logging ~Core ~i qtate Pluq~ Casina Collar Log (SQ & Retainerl Very truly yours, D. C. HARTMAN Advanced Exploration Land Representative - Colville Delta ~3 - Colville Delta ~3 - Colville Delta ~3 - Colville Delta ~3 Please acknowledge and - Colville Delta - Colville Delta DCH'dm Enclosures D3/0!3 DATE' "L AND GAS CONSERVATION COM~IS: ',! / YES SA?2~LES REQUIRED )t~ CORES CUT ~'-.. NO SASPLE SET NUMBER RELEASE DATE TVD NOTES 14. Coring resume and brief descriplion Core #1' 6144 to 6166', recovered 19 ".,.~ · 9~..', recovered 60 ore #2 6237 to 62 'NNCgre #3' 6297 to 6329', recovered 32 Core #4' 6329 to 6389', recovered 60 Core #5' 6389 to 6449', recovered 60 ; medium sandstone. A~,cn,;~Jge ; shale, fine sandstone w/shale interbeds. ; shale, fine sandstone w/shale interbeds. , shale, fine sandstone. ; shale, fine sandstone w/shale interbeds. Core #6' 6449 to 6493', recovered 44 ; shale. TRANSrERRr.~; TO DGGS SA2MPLES A. JFB. 0! 01/23/86 DATE RECEIVED BY Texaco USA 10 Ulsi,,,ersal Ci!:,,' Fi.aza Ur, ive!-sa] City CA" !608-1097 T R A N S M I T T A L DATE: TO' April 18, 1986 Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska SUBJECT: 1) TEXACO USA COLVILLE DELTA #2 2) TEXACO USA COLVILLE DELTA #3 The following information is enclosed for your file. Please acknowledge and return the duplicate copy. 1-BL, !-sepia each: 1)~5''-ccL/sq. & Retainer 2) 5~;'-Squeeze Perfs./Cement Retainer 5'~JAfter-Squeeze Temp. Log 5U-Perforation Record -~ Engineered Prod. Geological Manager Attention: Wildcat Coordinator DSB:ne Enclosures RECEIVED BY: DATE: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION CO~IMISSION 3001 Porcupine Drive Anchorage, Alaska 99501 (907) 279-1433 TO- Receipt of the following material which was transmitted via is hereby acknowledged' QUANTITY DESCR I PT I ON ! / / Lo6~ Copy sent to sender YES. '~ NO Texaco USA T R 10 Universal City Plaza Universal City CA 9i 608-1097 A N S M I T T A L DATE: TO: April 7, 1986 State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska (i) SUBJECT: TEXACO USA Colville Delta ~,-~2 '(2) TEXACO USA Coivilie Delta The acknowledge and return (i) 1-BL & 1-Sepia: x'-~ 5"-CBL/Variab 1 e Dens "~5"-CBL/Var iab 1 e Dens ~x~5"-Cement Retainer S ~'~5"-Cement Retainer S following information the is enclosed for your duplicate copy. (2) ity (Run ~-~1) ity (Run et @ 5000' et @ 4770.0' file. Please ! 'xQ5"-CBL/Variabic Density ' ~X'qS" Temp Log [Before frac.) '~'~'5"-Temp Log (After frac.) · ~ 5"-Perfcra:ing Record _~5"-Temp. Log (Dtd. 2-12-86) .., '~5"-Temp. Log (Dtd. 3-3-86) ~-~5"-GR/CCL Tie in Log ~'-~5"-Casing Collar Log (Retainer)' ~-~5"-After Frac. Temp. Log x-~5"-Perforating Record 1 11/16" Enerjets /~5,'-Eng ineer ed P r 6 d '~:~"L 0 g g in g~,~-~- / R D DTz~ Geo n o~ic~! ~=~ ^ ~ - Wi- da-z C .... ~na~or =-tenZion = DSB:ne Enclosures DATE · Texaco USA Universal City DATE' TO' April 1, 1986 State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska SUBJECT' COLVILLE DELTA #2 The following information is enclosed for your file. P] e~tse acknowledge and return the duplicate c©py. 1--BL & 1 - Sepia Each: '-~ 2" --.._. 2I1 ....... ~' 5" - Array Sonic - STC Processed '-'5" - Array Sonic-GR 5" - Litho Density-Neutron 5" - Natural GR Spectroscope ~ 5" - Dual Dipmeter-GR 2" - Crystal Cable Checkshet Summary & 5" - Mud Log -~- 5" - DIL-LSS -- 1-BL each' "--2" - R. D. DIEM Geelegical Manager Electromagnetic Wave Resistivity-GR Strat, High-Resolution Dipmeter Attention' Wildcat Coordinator DSB'ne Enclosures RECEIVED BY: DATE' . STATE OF ALASKA ALASKA, L AND GAS CONSERVATION C M J.THLY REPORT DRILLING AND WORKOVER/0PE, R., TIONS ' Workover operation 1. Drilling well 2. Name ofTEXACO operator 7. Permit 85-210 No. '3. Address 550 WEST SEVENTH AVENUE, SUITE 1320 8. APl Number ANCHORAGE, ALASKA 99501 5o- 103-20047 9. Unit or LeaseNameColvil le Delta Sale 39 4. Location of Well atsurt~ace 500' South and 1519' East of NW corner of Sec. 23, T13N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. KB is 30.3' Above GLI ADL #355038 Tract 38, 10. Well No. #2 11. Field and Pool Co]ville Delta Wildcat For the Month of February ,19 86 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Continued drilling 8-½" straight hole. Drilled and cored to 6800'. drilling during month of February, 1986. Total of 685' 13. Casing or liner run and quantities of cement, results of pressure tests Ran 172 joints of 7", 26#, L-80, Butt production string' Cemented with 575 cu. ft. Class "G" with 3% KCL. Surface to 6778'. 14. Coring resume and brief description Core #1: 6144 to 6]66 Core #2: 6237 to 6297 Core #3: 6297 to 6329 Core #4: 6329 to 6389 Core #5: 6389 to 6449 , recovered 19 , recovered 60 , recovered 32 , recovered 60 , recovered 60 ; medium sandstone. ,'::~-.:~,,:.::J:~: ; shale, fine sandstone w/shale interbeds. ; shale, fi ne sandstone w/shale interbeds. , shale, fi ne sandstone. ; shale, fine sandstone w/shale interbeds. Core #6' 6449 to 6AQq recovered 44 ; shale 15. Logs run and depth where run 8½" OH, 6330' to 2257" DIFL-LSS-GR-SP-CAL, CNL-LDT-NGT-GR-CAL, SDT-A, VSP, Texaco EMU (experimental) ~ .,:- .~, ,: '~. ~, ~.~- ,~:;:,.~ ,- . SHDT, SNS, recovered 56 of 8l) ,.:.,.., ~., :: ~. ~ "~i:,~¢':i:. ~' -:.' 7" cased hole' CBL/GR 6674' to 3287 , run #2 with 1000 psi on casing." ' ..... ' .::. ;; 16. DST data, perforating data, shows of H2S, miscellaneou~ data DST #1: 6236' to 6406' (25 holes using 3-3/8" tubing conveyed perforations), approximately 500' fluid rise ±3 bbls. DST #lA: Fractured well, produced 1628 bbls of oil & diesel (final gravity 27.3°API) 0 BW. DST #lB: Added perforations, 6236'-72', 6280'-90', 6300'-22', 6330'-44', 6358'-90', 6400'-10', at 12 HPF and tested, produced 847 bbls oil & diesel & 23.5 BW. 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. TITLE District Manager DATE April 4, 1986 each calendar month, regardless of the status of operations, and must be filed in duplicate with the Alaska O~on Commission'by the 15th of the succeeding month, unless otherwise directed. Form 10-404 Submit in duplicate STATE OF ALASKA ALASKA _.iL AND GAS CONSERVATION C..,dMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL'I~ 2. Name of Operator TEXACO 3. Address 550 WEST SEVENTH AVENUE, SUITE #1320 ANCHORAGE, ALASKA 995Q1 4. Location of Well '-'~ ' 550' South and 1519' East of NW COrner of Sec. 23, TI3N, R7E, U.M. COMPLETED WELL 5. Elevation in feet (indicate KB, DF, etc.) KB is 30.3' Above GL 6. Lease Designation and Serial No. ADL #355038 OTHER 8. APl Number 9. Unit or Lease NameC0] ~] ] e Tract 38, Sale 39 10. Well Number #2 11. Field and Pool Colv~]le Delta W~ldcat 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations [] Altering Casing Stimulate [] Abandon [] Stimulation [] Abandonment Repair Well [] Change Plans [] Repairs Made [] Other Pull Tubing [] Other [] Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10~407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). PRESENT CONDITIONS: 9-5/8", 47#, L-80, Butt, to 2257'. 7", 26#, L-80, Butt, to 6778'. PBTD: 6107'. PERFORATIONS: 5137' to 51 83', 8 HPF. STATUS: Completed DST #2. Plugged & abandoned well as follows: a. Set retainer at 5000' & squeezed +140 sacks "G" + 3% KCL + 3% NaCI slurry through retainer, leaving _+10 sacks on top of retainer. Final squeeze pressure of 1550 psi. CIP 8:23 AM 3/15/86. b. Equalized 116 sacks permafrost cement plug through OEDP at 250.0'. Laid surface plug through OEDP at 140' using 36 sacks permafrost cement. c. Down-squeezed 327 sacks permafrost cement into 7" X 9-5/8" annulus. Final pressure 300 psi. d. Cut off casing head and welded marker plate over stub. e. Released rig 10:00 PM, 3/16/86; cleaned location. OPERATIONS COMPLETE ON 4/1/86. / 14.1[, hereby certify that the foregoing i~'~e an~ correct to the best of my knowledge. ed Title Di stri ct Manager I _, ,B.. u,. wn.ite/eV- \-/ I I ne space De OW vor t, ommlsslon use Conditions of Approval, if any: By Order of Approved by COMMISSIONER the Commission Form 10-403 Rev. 7-1-80 ,~, :( !.~ ";'.i; :!" ,~ ?.. 5 e'-::, . .. .... .t. :i ~:t ~ ;Date ~ ~ ~Ub~'~i :;Fnfentions" in Triplicate an'd~"Subs~q~,n~ R~o[.tSt' in .Duplicate STATE OF ALASKA ~ ,~ ALASKA --'_AND GAS CONSERVATION C¢ MISSION MONTHLY REPORT DRILLING AND WORI OVER OPERATIONS2 · Drilling well [~X !2. Name of operator TEXACO 3. Address550 WEST SEVENTH AVENUE, SUITE #1320 ANCHORAGE, ALASKA 99501 4. Location of Well at surface 500' South and 1519' East of NW Corner of Sec. 23, T13N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. KB is 30.3' Above GLI ADL #355038 Workover operation [] 9. Unit or Lease Name Co1 vi 11 e Del ta Tract 38, Sale 39 10. Well No, #2 11. Field and Pool Colville Delta Wildcat For the Month of. March , 19 86 '.12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks TD=6800', no footage drilled this month. Plugged DST #1 perforations by squeezing 14~ sacks cement through retainer set at 6160'. Perforated for DST #2, tested & plugged by setting retainer at 5000' and squeezing 140 sacks cement. Abandoned well by equalizing cement plugs at 2500' and 290' and down-squeezing 7" X 9-5/8" annulus. 13. i~asing or liner run and quantities of cement, results of pressure tests 14. Coring resume and brief description 15. Logs run and depth where run CBL-GR-TEMP' 5513' CBL-GR-TEMP' 5513' After Frac Temp-GR: After Frac Temp-GR: - 3396' (after squeeze at 4850'). - 3396" Re-ran under 1000 psi pressure. 6686' - 5600' 2/16/86 6686' - 4500' 2/12/86 6. DST data, perforating data, shows of H2S, miscellaneous data DST #2' 5137' - 5183', 8 HPF; well flowed 19.75 bbls diesel, zero psi tubing pressure; ran coiled tubing and lifted well. Total recovery - 37.5 bbls diesel, 44.0 bbls water (12,000 ppm CL), .3 bbls oil & 1 bbl so~l~d~ No measurable gas. ~, . ~ ,~ .? ",.. :: , 'L,,~. '~.. , ,~ ' . 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. ; . NED I~,- , ! TITLE District Manager DATE APr'il''4' "i9~6~ NOTE--Report on this form is require(~/r each calendar month, regardless of the status of operations, and must be filed in duplicate With the Alaska Oil and Gas Conservation Commission b[ the 15th of the succeeding month unless otherwise directed. Form 10-404 Submit in duplicate Rev. 7-1-80 MEMORANDUM Stat(, of Alaska ALASKA OIL .2-~D GAS CONSERVATION CO~-~If- THRU' FROM' Lonnie C. Smith ~/ Co~issioner Bobby D. Foster Petroleum Inspector DATE: Harch 18, 1986 FI LE NO.' D. BDF. 19 TELEPHONE NO.' SUBJECT: Wellbore Plugs Texaco Colville Delta #2 Permit #85-210 Exploration Sec. 23, T13N, R7E, UPM Saturday & Sunday, March 15 & 16, 1986: I traveled to Texaco's ~blvi'ile~~ta #2 and witnessed the setting of a balanced cement plug from 2503' to 2000' The plug consisted of a 19 bb! slurry of Perma Frost II cement. %"~e drill pipe was pulled up to 140' -RKB-, and a 3 bbl slurry was pumped; but cement returns did not get to surface. I informed Mike Bestwick, Texaco rep, that I would not accept this. It was decided to nipple down the BOP stack and tag the cement. After nipp!ing do~n, the cement was tagged 47' below the 7" casing hanger. Halliburton rigged up and circulated 14.5 pp/gal cement to surface and then pumped 300+ sks of cement between the 9 5/8 × 7" annulus. I did not witness the installation of the cap being welded on the casing, but did request that I be sent pictures before and after the job was done. In summary: I witnessed the final P & A of the well bore on Texaco' Colville Delta #2. !02-001 A ( Rev 10-84) STATE OF ALASKA ALASKA ,.,~L AND GAS CONSERVATION C(~,¢IMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL TEXACO COMPLETED WELL[] 2. Name of Operator 550 ~'JEST SEVENTH AVENUE SUTIE 1320 ANCHORAGE, ALASKA 99501 3. Address 500' South and 1519' of Sec. 23, T.13N., 4. Location of Well East of NW Corner R.7E, U. M. 5. Elevation in feet (indicate KB, DF, etc.) 30' K.B. 6. Lease Designation and Serial No. ADL #355038 7. Permit No. 85-210 /; ) ",, ,OTHER [] ..;, ? - ,,, 8. APl Number 5o-50-102-20047 9. Unit or Lease Name Colville Delta 10. Well Number #2 11. Field and Pool Col ville Delta Wi 1 dcat 12. (Submit in Triplicate) Perforate [] Alter Casing [] Perforations Stimulate [] Abandon [] Stimulation Repair Well [] Change Plans [] Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Duplicate) [] Altering Casing [] Abandonment [] Other 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). ~eekly BOPE Test which was delayed on March l, 1986, with AOGCC approval, was performed on March 9, 1986. The Hydril was tested to 1500 psig; all rams and valves were tested to 3000 psig. AOGCC was notified of test, but declined to witness same. RECEIVED Alask~ 0il ~' ~,,, ,~',n 14. I hereby certify that the~ correct to the best of my knowledge. Signed ~~~. .. Title DJstrJct Manager The spac~bel~fo~o~Tr~i~F~)~ use N~ Date 3/12/86 Conditions of Approval, if any: Approved by COMMISSIONER Form 10-403 Rev. 7-1-80 ~,,¢ '%/:ii ~,' .~,,' ~ By Ord~,r O.f; ; ' ':.. the Co~qi~,~idn ;: t: " .. Date L__ ? S0bmit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate STATE OF ALASKA ALASKA t.,,L AND GAS CONSERVATION CCL .,MISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELLX~ PAGE ONE OF TN0 COMPLETED WELL [] OTHER [] 2. Name of Operator TEXACO 3. Address 550 WEST SEVENTH AVENUE - SUITE 1320 ANCHORAGE, ALASKA 99501 4. Location of Well 7. Permit No. 85-210 8. APl Number; ,- ,-. 50_102_20047'~ ~,· 9. Unit or Lease Name' ~ .. Col ville Delta Tradt 38, Sa 10. Well Number ' " #2 ' 500' South and 1519' East of NW Corner of Sec 23, T13N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) Mudline 6. Lease Designation and Serial No. ADL #355O38 11. Field and Pool Colville Delta Wildcat e39 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing E~ Perforations [] Altering Casing [] Stimulate [] Abandon E~ Stimulation [] Abandonment [] Repair Well [] Change Plans [] Repairs Made [] Other [] Pull Tubing [] Other [] Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). PRESENT CONDITION: 9 5/8" 47# L-80 BUTT to 2257' 7" 26# L-80 BUTT to 6778' PBTD = 6677' Perforations: 6236' - 6277', 6300' - 6322', 6358' - 6390', STATUS' TESTING PROPOSED OPERATIONS' 1. Set wire!ine retainer at +6150'. RIH with drill pipe, stab into retainer and squeeze 150 sacks Class "G" + 3% KCL. Leave +10 sacks on top of retainer. 2. Perforate and squeeze +100 sacks "G" cement at 4950'. , Perforate and test interval from 5137' to 5183'. After testing, set wireline retainer at 4900' and stab into retainer with drill pipe. Squeeze with 150 sacks Class "G" + 3% KCL cement lea¥ing ±10 sacks on top of retainer. 4. Lay a cement plug inside 7" casing from 2500' to 2000'usJn.g 95 sacks of permafrost cement. . CONTINUED ON PAGE TWO , :~ :i :.. !' '; t Signed ~. Title District Manager L...' '. .... ..: .. Date '3/7/86 I~. D $"~MIIhLET %-/ " · · The space below f(~r Commission use ~ 6 ,, . ' :. : . '- Conditions of Approval, if any: Approved by , ~;~ ,,_ ~ ~., /..b-~r.~~· ~ By Order of ~ ..... ~~SION ER the Commission Date Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate STATE OF ALASKA ALASK. )IL AND GAS CONSERVATION SUNDRY NOTICES AND REPORTS ON 2. Name of Operator 7. Permit No. TEXACO 85-210 1320 8. APl Number 50-102-20047 3. Address 4. Location of Well 550 WEST SEVENTH AVENUE - SUITE ANCHORAGF, ALASKA 99501 500' South and 1519' East of NW corner of Sec 23, T13N, R7E, U. M. 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Mudl 1ne ADL #355038 9. Unit or Lease Nam~O1 vi 11 e Del ta Tract 38, Sale 39 10. Well Number #2 11. Field and Pool Colville Delta Wildcat 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [~ Perforations [] Altering Casing [] Stimulate [] Abandon [~ Stimulation [] Abandonment [] Repair Well [] Change Plans [] Repairs Made [] Other [] Pull Tubing [] Other [] Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). CONTINUED' 5. Lay 100' plug inside 7" casing from 140' to +40' (5' below ocean floor) using -+20 sacks permafrost cement. 6. Squeeze 9 5/8" x 7" annulus with -+350 sacks' Permafrost cement. 7. Remove wellhead and cut all casing strings at base of cellar (.5'below ocean floor). 8. Weld 1/4" steel welded on it' . plate over casing stub. Weld second plate with following bead TEXACO INC Colville Delta #2 ADL 355038 1519' East and 500' South of NW Corner of Sec 23, T13N, R7E, U. M. Drilling Permit #85-210 Release rig. Remove cellar and backfill. Clear location. ~' ~ '2,, ~' ;? ? ~; '~., :: ~ ~. ,~,. .... , ¢,;... ;, ,f~ '.'. ;3 :, , · ' t, '~.~ ~ ! ~ H , . · . '~ ~'"" ~" 3/7/86 Signed . Title D1S~i 6~ ~n~'~¢ ? .' .: Date The spac~~o~~&~ --u~Y ~ ' ...... ; ;' '~ ":' ' ¢ · 8~]~ By Order of qpproved by COMMISSIONER the Commission 'orm 10-403 ev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate STATE OF ALASKA ALASK~ IL AND GAS CONSERVATION C MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 1~. Drilling well [~X ..... -~~r ~ ~- .... ~ 2. Name of operator 7. Permit No. TEXACO 85-210 ANCHORAGE, ALASKA 99501 50-103-20047 4. Location of Well 9. Unit or Lease Name Colville De atsurface 500' South and 1519' East of NW corner Tract 38, Sale 39 ' ~MISSION (~ of Sec 23, T13N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. KB is 30.3 Above GL I I1 ~//WefFN9. (#2 1 1.k:~Pield and Pool IColville Delta Wildcate For the Month of. January ,19 86 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spud well at 4:30 p.m. 1/23/86. Drilled 12 1/4" hole to 2275'. Ran open hole logs.. Ran and cemented 2257' of 9 5/8" surface pipe. NU 13 5/8", 5M BOPE and tested to 3000 psi. Test casing to 3000 psi. Drilled straigh't 8 1/2" hole to 6115'. 13. Casing or liner run and quantities of cement, results of pressure tests 15' of 36" driven to shut-off surface water. 94' (127' KB) of 13 3/8", 61# J-55 conductor, cemented to surface with 12 yards Arctic Set concrete. 2257' of 9 5/8", 47#, L-80, BUTT. surface pipe, cemented to surface with 2200' S~ permafrost cement. 14. Coring resume and brief description NONE 5. Logs run and depth where run Surface to 2275' : DIFL-SP-GR-CAL-LLS-, VSP 1 6. DST data, perforating data, shows of H2S, miscellaneous data NONE 17.1 herebycertif~ t/~t the foregoing is true and correct to the best of my knowledge. ,~,, ; :-.., ,'~:: . f ~ ,'.." SIGN TITLE District Manager DATE' February 3, 1'986 NOTE--Report on th~s form ~s ~ each ~,--g~j month, ~g77~e ~ g~ o--~erations an~ ~ ~ ~ ~n ~at~Lgt~'~-~F~a Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 Submit in duplicate Rev. 7-1-80 STATE OF ALASKA ALASKA ulL AND GAS CONSERVATION CO~VlMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. 2. Name of Operator TEXA60 3. Address DRILLING WELL FX] COMPLETED WELL [] 4. Location of Well 550 West Seventh Avenue, Suite 1320 Anchorage, Alaska 99501 (Estimates, curved location to follow) 500' South and 1519' East of NW corner of Sec. 23, T13N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) Mudline 6. Lease Designation and Serial No. ADL #355O38 OTHER [] 7. Permit No. 85-210 8. APl Number 5o- 102-20047 9. Unit or Lease Name COLVILLE DELTA Tract 38, Sale 39 10. Well Number #2 11. Field and Pool Colville Delta Wildcat 12, Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations [] Altering Casing [] Stimulate [] Abandon [] Stimulation [] Abandonment [] Repair Well [] Change Plans I-X] Repairs Made [] Other [] [] Other [] Pulling Tubing [] Pull Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). Weekly BOPE test is due March l, 1986. It is proposed to defer the weekly BOPE test until completion of current flow testing. Drill stem testing with annular pressure control tools requires holding 1500 psi on the drill pipe annulus thus preventing testing of the BOPE. A Sundry Notice of the completed BOPE test will be submitted when this DST is completed. The above procedures were discussed and approved by Mike Mender, AOGCC, on March 1, 1986. Signed ,~A~4/.~z'~.J,~ Title District Manager O. U. 'wnlf. ele_~/ The space below for COmmlssion'us~ Conditions of Approval, if any: Approved by By Order of COMMISSIONER "~- .:,. ;! ~;' ie~,.e -,3/5/-86 ' ~<.. ,..; :. :~ ,. .. :: :. _ii ',: ~- ,._ , ~'.,, , . : : .- ,% , :. . the Commission Date Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate -- STATE OF ALASKA ALASKA C,~ AND GAS CONSERVATION CO,¥,~vllSSION SUNDRY NOTICES AND REPORTS ON WELLS DRILLING WELL COMPLETED WELL [] OTHER [] 2. Name of Operator 3. Address 4. Location of Well TEXACO 550 WEST SEVENTH AVENUE SUITE 1320 ANCHORAGE, ALASKA 99501 (Estimates, curved location to follow) 500' South and 1519' East of NW corner of Sec 23, T13N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) Mudline 6. Lease Designation and Serial No. ADL #355038 7. Permit No. 85-210 8. APl Number 5o- 102-20047 9. Unit or Lease NameCOLVILLE DELTP Tract 38, Sale 39 10. Well Number #2 11. Field and Pool Colville Delta Wildcat 12. (Submit in Triplicate) Perforate [] Alter Casing [] Perforations Stimulate [] Abandon [] Stim ulation Repair Well [] Change Plans ~ Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) Check Appropriate _Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: ' SUBSEQUENT REPORT OF: (Submit in Duplicate) [] Altering Casing [] Abandonment [] Other 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). Weekly DOPE test is due February 18, 1986. It is proposed to defer the weekly DOPE test until completion of current flow testing. Drill stem testing with annular pressure control tools requires holding 1500 psi on the drill pipe annulus thus preventing testing of th(: BOPE. A Sundry Notice of the completed BOPE test will be submitted when this DST i's completed. The above procedures were discussed and approved by Blair Wonzell, AOGCC, on February 18, 1986. BDW. KWK: dm RECEIVED FEB 2 1 1986 Alaska 0il & Gas Cons, Commission Anchorage 14.1 hereby certify that the~,; Signed~ The sp Conditions of Approval, if any: Approved by is true and correct to the best of my knowledge. Title District Manager By Order of COMMISSIONER th,.: Commission Date 2/18/86: , Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate MEMORANmUM TO: THRU: FROM: State of Alaska ALASKA~.OIL .~O GAS CONSERVATION COMMISb~oN C. Vf-~tft~e~rton DATE: January 30, 1986 Chai~n~ ~ ~t~ No.: D. BDF. 10 Lonnie C. Smithj!'-J~ Commissioner Bobby D. Fosteri.~ ~ Petroleum Inspector TELEPHONE NO.: SUBJECT: Diverter System Inspection Texaco - Exploratory - Colville Delta #2 Permit No. 85-210 Exploration Thursday,_January_ 23, 1986: I inspected the diverter system on Texaco's Colville Delta ~2--this date. The system function tested properly. The crews had rigged up only one diverter line and I called this to the attention of Mr. Deral Collins, Texaco Representative, and he had the crew start laying another line diverting in another direction. I contacted Mr. Collins later and he informed me that the lines had been layed and that both lines were tied down. 02-001 A ( Rev 1 0-84) MEMORANDUM THRU: FROM- State of Alaska ALASKA OIL .~D GAS CONSERVATION C. erton DATE: January 30, 1986 Cha~~{ ~ / FI LE NO.: D. BDF. 7 Lonnie C Smith ~?'' ~' ''~ . TELEPHONE NO.: Commissioner Bobby D. Petroleum Inspector SUBJECT: BOPE Test Texaco-Colville Delta #2 Permit Iio. 85-210 Exploration Monday, January 27, 1986: The BOPE test began at 6:30 PM and was ~-~Ciu~-d- Et 9:00-P'f~i ~s the attached BOPE test report shows, there were no failures. I requested that the accumulator pressure be raised from 2850 psi to 3000 psi and the manifold pressure be raised from 1350 psi to 1500 psi. In summary, I witnessed the BOPE test on Texaco's Colville Delta #2. Attachment i02-001 A ( Rev 10.84) O&G #4 5/S4 STATE OF ALASKA ALASKA 0IL & GAS CONSERVATION CO-~2M~ISSION B.O.P.E. Inspection Report Inspecto O /--~ ~~ Operator Location: Sec leserve Pit Mud Systems Visual Audio Trip Tank Pit Gauge Flow Monitor Gas Detectors BOPE Stack Annular Preventer Pipe Rams Blind Rams Choke Line Valves H.C.R. Valve Kill Line Valves Check Valve Test Pressure Date Permit f; ~_ ~"-c~/~ ~~Casing Set @ ~~. ft. ACCUMULATOR S Y S T LM~ Full Charge Pressure J_~_~z~P psig Pressure After Closure /~f~ psig Pump incr. clos. pres. 200 psig ~ min~'Dsec. Full Charge Pressure Attained: ~ min.__~ sec. . Controls: Master ~$ Remote ~~ Blinds switch cover ~ Kelly and Floor Safety Valves Upper Kelly / Lower Kelly / Ball Type / inside BOP / Test Pressure ~~o Test Pressure ~~O Test Pressure ~g~u Test Pressure ~~O Choke Manifold ~eJ Test Pressure I No. flanges ~ ~ Adjustable Chokes / Hvdrauicall¥ operated choke Test Results: Failures ::~-'~ Test Time ~/z.,~ hrs. Repair or Replacement of failed equipment to be made within days and Inspector/ Commission/~L°ffice notified.~ ~~ ~ , Distribution orig. - AO&GCC cc - Operator cc - Supervisor STATE OF ALASKA ALASKA ~J,L AND GAS CONSERVATION CO~v~MISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL COMPLETED WELL [] OTHER [] 2. Name of Operator TEXACO 3. Address 550 Nest Seventh Avenue - Suite 1320 Anchorage, Alaska 9950] 4. Location of Well (Estimates, curved location to follow) 500' south and 1519' East of NW corner of Sec 23, TI3N, R7E, U.M. 5. Elevation in feet (indicate KB, DF, etc.) Mudline 6. Lease Designation and Serial No. ADL #355O38 7. Permit No. 85-.,.210 8. APl Number 5o-103-20047 9.1]O~j_tV~I k ~_aEe ~)~bTA Tract 38, Sal:e 39 10. Well Number #2 11. Field and Pool Col ville Delta Wildcat 12. (Submit in Triplicate) Perforate [] Alter Casing [] Perforations Stimulate [] Abandon [] Stimulation Repair Well [] Change Plans [~ Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Duplicate) [] Altering Casing [] Abandonment [] Other 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). The Drilling Permit provided for 100' of 13 3/8" conductor pipe; however, due to surface water problems, 36" conductor was driven to 20' below mudline and 13 3/8" was set and cemented with 12 yards artic-set concrete 94' below the mud line. The 94' conductor depth was verbally approve~ by Blair Wanzell on 1/17/86 ' ECEIVED BDW.~:dm~ 14. I hereby certify that the fo going true and correct to the best of my knowledge. TheSigned~sp Title Conditions of Approval, if any: Approved by District Manager Approved Cop)' R~turn~ct By Order of COMMISSIONER the Commission Date 1/21/86 ,., ~ i'; .. ',_.:;,'-, ;~ :.-~ ~; ,: ... Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate OctOber 1, 1985 Mr. B. D. I~Tmiteley District Manager Texaco !nc. 550 W. Seventh Avenue Suite 1320 Anchorage, Alaska 99501-3575 Re: Colville Delta No. 2 Texaco Inc. Permit No. 85-210- Sur. Loc. 500'S, 1519'E of ~P~ cr Sec. 23, T]3~,~, R7E, U~f. Btmhole Loc. S A M E. Dear Mr. ~ite!ey: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not indemnify you from the probable need to obtain additional permits required by law from other governmental agencies prior to commencing operations at the well site. To aid us in scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment so that a representative of the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled. Where a. diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testing before drilling below the shoe of the conductor pipe. CC: .. Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. Mr. Doug L. Lowery September 10, 1985 . :.3 ~'e ~ 320 CONFIDENTIAL C'ONFIDENTIAI COLVILLE DELTA WELLS #2 & #3 DRILLING PERMITS Mr. Mike Minder State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Minder' Submitted herewith are triplicate copies of form 10-401, AOGCC Permit to Drill, for two wells' Colville Delta #2 and Colville Delta #3. These permits to drill revise our previously submitted permits for the above wells. The total depths of 'the wells are revised as we are no longer planning to drill Colville Delta #3 to the Sag River Sandstone. The $100 filing fee is not included with these permit applications since it was filed with the original application. Included with this permit are the following' 1) Proposed drilling & cementing program 2) Drilling program for public information 3) Plot plan showing surveyed well location 4) Plan of surface layout for drilling pad 5) Diverter system layout & procedure 6) BOPE arrangement 7) Proposed ice road routing Both Colville Delta #2 and #3 wells will be drilled to a total depth of 6700' (±200' below expected base of Nuiqsut sand). Maximum anticipated bottom hole pressure is expected to be 3100 psi at 6500' TVD. The maximum anticipated surface pressure was calculated based on a gas column to surface from the 3100 psi reservoir at 6500'. Based on the relatively dry gas produced from this interval while testing Colville Delta #1, a gas gradient of .05 psi/ft was assumed and used to calculate the maximum anticipated surface pressure of 2800 psi. This is the extreme case and is not expected to occur. RECEIVED . ..~ :, ? x., :.:. Atask~ Oil & Gas Con~ ~ , ~ ~.~., .. _ Mr. Mike Minder September 10, 1985 Page 2 If there are any questions, please feel free to call me at 278-9611. Very truly yours, K. W. Kolthoff Alaska Operations Engineer KWK:bjs Attachments K1/103 , ,- . ..~ "u .'.".7 ..-'; RECEIVED Alaska Oil & Gas Cons. Anchorage .... STATE OF ALASKA ALASKA L AND GAS CONSERVATION CC .,MISSION "i'i-'~./::~!!i~'?:.:.:~i:;i': I ERMIT TO RILL CORRECTED VERSION 9/10/85 20 AAC 25.005 la. Type of work. DRILL .r~ REDRILL [] DEEPEN [] lb. Type of well EXPLORATORY [~] DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE [] MULTIPLE ZONE [] 2. Name of operator Texaco :[nc. 3. Address 550 West Seventh Avenue, Suite 1320, Anchorage, Alaska 9950 4. Location of well at surface 500'S & 1519'E of NW Corner Sec. 23, T13N, R7E, U.M. At top of proposed producing interval Same At total depth Same (not intentionally deviated) 5. Elevation in feet (indicate KB, DF etc.) KB = 32.5' Above Sea Level 6. Lease designation and serial no. ADL No.' 355038 9. Unit or lease name CO1 vi 11 e De] ta Tract 38, Sale 39 10. Well number #2 11. Field and pool Col ville Delta Wildcat 12. Bond information (see 20 AAC 25.025) Type B1 anket Surety and/or number 301505 Amount $200,000 ./I.?,~ 13. Distance and direction from nearest town Northeast 20 miles 14. Distance to nearest property or lease line 500 feet 16. Proposed depth (MD & TVD) 17. Number of acres in lease 6700' MD & TVD feet 5,724 19. If deviated (see 20 AAC 25.050) KICK OFF POINT feet. MAXIMUM HOLE ANGLE 20. Anticipated pressures o (see 20 AAC 25.035 (c) (2) 15. Distanc~to4~ear~st. drilJ~g'~r completed 0 Vl/ we,, betta 18. Approximate spud date January 10, 1986 2800 psige___ Surface 3100 psig® 6700 ft. ID (TVD) 21 Proposed Casing, Liner and Cementing Program SIZE CASING AND LINER -"Hole Casing Weight Grade Coupling 20" 13-3/8" Condu tor /¢O'~=t~ , !,=8-l/2" 7" 26# L-80 6667' 22. Describe proposed program: See attached proposed program. Also attached is' 1) 2) 3) 4) 5) ~WK:bjs Length// tj ,1~ SETTING DEPTH ~/1~ TOP TVD I~J~;~OT'I Surfacel (37') Surface (35') 2290' Surface, (33') 6700' I I 2290' 6700' QUANTITY OFCEMENT (include stage data) ±6 Yds Permafrost 1600 Sx Permafrost II 600 Sx "G" plus 2UU Sx Permafrost (downsaueezed) Plot plan showing surveyed well location Plan of surface layout for drilling pad Diverter system layout & procedure BOPE arrangement Proposed ice road routing 23. I hereby certify that the fore/q~g is true and correct to the best of my knowledge SIGNED TITLE District Manager The space bel~'w for-CoFnmission '~s~// / CONDITIONS OF APPROVAL Samples required ! Mud log required ~,,Y E S []NO , ~ES []NO Permit number APPROVED BY Form 10-401 Rev. 7-1-80 Directional Survey required i E3YES AP! number 50-'/0~ SEE COVER LETTER FOR OTHER REQUIREMENTS "' ,COMMISSIONER by order of the Commission __ September 27, 1985 Mr. C. V. Chatterton State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Chatterton' Please accept this letter as an addendum and explanation of the casing design for 'the drilling of the Colville Delta #2 & #3 wells during the 1985/86 winter drilling season. The Colville Delta #2 gravel well pad is to be constructed in 1½ feet of water by removing the ice and replacing it with ±3 feet of gravel. An 8 foot metal cellar will be installed with 5 feet below the mud line. The 13-3/8" structural piling will be cemented to a depth of 100 feet below the mud line (_+137' KB). The Colville Delta #1 well was drilled using 395 feet of surface casing as this was the first well drilled in the immediate area. The Colville Delta #2 well will be 3 miles easterly and within 7 miles of Kuparuk wells. Two Union Oil Co. wells were drilled nearer the Colville Delta. Due to no indication of surface gas in any of the above wells, the 395 feet string will be eliminated. A diverter will be placed at the surface on the 13-3/8" casing which will be sufficient to drill to _+2300' at which time 9-5/8" casing will be run and cemented to surface. Your approval is requested for the above procedure. Very truly yours, District Manager B2/029 PROPOSED DRILLING PROGRAM COLVILLE DELTA WELL #2 1. +~,4~~' of 13-3/8" conductor will be set (_+~' KB) and cemented with +6 Yds. Permafrost type concrete prior to moving in the drilling rig. Install and test 13-5/8" casing head and 1000 psi diverter system per attached drawing. 2. Drill a 12-1/4" hole vertically to ±2300' KB. Run open hole logs. 3. Run ~2290' of 9-5/8", 47#/Ft., L-80, Buttress surface casing. Cement to surface with ±1600 SX Permafrost II slurry (see attached cement program). 4. Install 13-5/8", 3M X 11", 5M casing spool and 13-5/8" 5M BOPE (see stack drawing attached). Test to 3000 psi. 5. Using 8-1/2" bit, drill +15' of new formation and perform leakoff test to a minimum of 11.5 ppg equivalent mud weight. Drill/core 8-1/2" hole vertically to 6700', taking drift surveys every 500'. Run open hole logs. 6. Run 7", 26#, L-80, Buttress casing to T.D., estimated at ±6700' KB. 7. Cement 7" casing from T.D. to ±3300' using 600 SX Class "G", KCL slurry. The 7" X 9-5/8" annulus will be temporarily left "un-cemented" for the purpose of annular injection of drilling mud and waste fluids. During abandonment this annulus will be sealed by down-squeezing. See attached for cement program. 8. Install 11", 5M X 8", 5M tubing spool. Re-install and test BOPE. Test casing to 3750 psi. 9. Clean out 7" casing, run CBL. 10. Perform extended Drill Stem Tests of Nuiqsut or other prospective hydrocarbon intervals as directed. Well may be sand-fractured and/or stimulated by acidizing if necessary during testing. 11. Upon completion of testing, well will be abandoned by placing cement plugs above each hydrocarbon-bearing formation and from 50' to surface and down-squeezing the 7" X 9-5/8" annulus with cement. 12. The wellhead and cellar will be removed and the location will be cleaned of all buildings and debris. K1/92 · COLVILLE DELTA WELL #2 CEMENTING PROGRAM 9-5/8" Surface Casing (0-~79_ ' KB) Slurry: !600 Sx. Permafrost II Weight: 14.9 ppg Yield: .93 cu. ft./sx Mix H20 Required' 3.5 gal/sx, total mix H20 required' 133 bbls TT: 6 - 7 Hrs. Estimated Cement Vol: 1600 Sx Theoretical Cement Vol: 740 Sx, +690 cu. ft. (no excess) Cement back to surface through "stab-in equipment" using a slurry of 14.9 ppg Permafrost I! cement. Cement will be pumped until good returns to the surface are observed. For purposes of estimation, approximately 1600 sacks of permafrost II cement slurry could be used. · 7" Production Casing (0-6700' KB) Slurry: Weight: Yield: Mi x H20' TT: 600 Sx Class "G", 3% KCL, 1% CFR-2, and .3% Halad 22A 15.6 - 15.8 ppg 1.15 cu. ft./sx 5½gal/sx, total mix H~O required' 65 bbls 3- - 4 Hrs. at 160°F BHST Estimated Cement Volume: 690 cu. ft. Theoretical Cement Volume: 375 Sx, +431 cu. ft. (no excess) K1/93 Cement from casing shoe to approximately 3300' K.B. (1000' below the shoe of the 9-5/8" casing) using 15.8 ppg Class "G" cement slurry. ACTUAL CEMENT VOLUMES WILL BE BASED ON A CALIPER LOG, but for purposes of estimation, approximately 600 sacks of Class "G" cement will be used. This calculated volume includes 50% excess over gauge hole. As necessary, the 9-5/8" X 7" annulus will be filled with salt water or an alternate non-freezing fluid. Placement of the non-freezing fluid in the annulus will be accomplished by bullheading and could be pumped as soon as cementing is completed. For purposes of estimation, approxi- mately 200 bbls of non-freezing fluid will be pumped; actual volume will depend on the observance of fluid returns. The purpose of this method is to have the 9-5/8" X 13-3/8" open for injection of waste fluids. ~ . .... '~ u'// :/7 '.. " ,~-. ,. e _j", / ..: · ~z ~ ;.., . ]. :.' ,~. :: .'d ~.' ' ~- ./ ,3.,. /.':?~;,-. ., · · · · · 1 PUBLIC INFORMATION COPY PROPOSED DRILLING PROGRAM COLVILLE DELTA WELl_ #2 Set and cement ~ of 13-3/8" conductor. Install 13-5/8" casinghead. Move in drilling rig. Install and test a 1000 psi diverter system. Drill a 12-1/4" hole vertically to +_2300' KB. Run open hole logs. Run and cement +_~' of 9-5/8", 47#/Ft. casing. Install and test 13-5/8" X 11", 5M casing spool and 13-5/8", 5M, Blowout Prevention Equipment. ! Drill/core an 8-1/2" ho~? vertically to 6700' KB. Run open hole logs. Run and cement ~' of 7", 26# casing. The 7" X 9-5/8" annulus will be temporarily left "un-cemented" for the purpose of annular injection of drilling mud and waste fluids. During abandon- ment this annulus will be sealed by down-squeezing cement. Install 5M tubing spool, re-install and test BOPE. Test casing. Perform Drill Stem Test and/or stimulation of prospective hydrocarbon intervals. Abandon well. Remove wellhead and cellar. Clear location of all buildings and debris. K1/94 PLAN HARRISON BAY :OLVILLE DELTA ~ 2 WELL LOCATION ,> ~ /.// %/ / VVE.__~L L LOCAT ~~Or-~_... // // SOO' SOUTH OF, THE NORTH '/ !519'EAS'T OF THE WEST LINE, SEC. 23, T 13N, R _7 :: U. tV. LAT. 7Ce28' 19.53:: "I-', L Of',,,i G i 5,3' ' ! 6' O z, ! 3'3" V, >': 4 t.'7.21C.~'-.,,' .,. ;,AK. ,..~ wt ,,-_-" - t': 4:;,C; 22, :347 .,3'" GROd '"-' N,._, ELEV/-2 I'-'.. ~ -1.~. ~ 'MS J . GROUND SURFACE ¢" ' .~ ~-. LE RECEivED OOLVILLE DELTA ~2 WELLSITE PLAN AN~' SECTION AUGUS'f, 1985 SECTION A-A · $1 .... i i I1 DIVERTE~ $'lSTf3'i DE'rAIL 20" 2000 Psi ~ valve DKILLINC SPOOL O0~OCTOE PIPE J dhChora, gs ~OT~.: DIVEF. TAT, LIhT B3J TW3 DI~ECTI05~ DIS~F~C EIC 5-UB-I~KSE5, =' , I Il , -- T~o..]ines ventln9 98° ~l~srt ~-- 10 B,/4' mm'~ua] botterfly valve~ ~..'SI Flanges or ~e]ded 2. P~anua2 lO 3/4' Imotterfly valves s~fety wired in ~ fz~sitiom at diverter ]J~e tee. ~-- 10 3/4' ! : .~,-~ ~..,.-., .. .,..,- _ ~d . : ':' '": '/ // DIVERTER PRO DURE · ~ · · Rig up diverter system consisting of 20" 2000 psi annular preventer with auxiliary equipment as shown on the diverter drawing· Connect opening side of hydraulic control for l0 3/4" butterfly to annular preventer closing line for simultaneous operation· Test operation after installation· Lay dual diverter lines to reserve pit taking into account prevailing winds. Open one valve on the reserved pit "tee" to vent flow depending on wind direction. Note: One "tee" valve to be open at all times. In the event of well flow: a) While drilling, lift Kelly above 20" annular. While tripping, install drillpipe safer)' valve (inside BOP). b) Close 20" annular. c) Pick up ]Kelly in tripping situation. d) Watch wind direction and adjust reserve pit ~tee" Es required· e) Pump mud slowly through bit to avoid plugging or freezing. After need for diverter has pa.=.sed, purge 1/ne steam or air. The 10 3/4 h~oraulic controlled butterfly valve, at diverter spec. i, opens by hydraulic line connected tc the 20" annular c]osin~ line. This automatically opens the valve as the annular preventer closes. 5O00 PS! WP DRILLING KILL LINE CHECK (;;ATE GATE [, ANNULAR PREVENTER J I PiPE RAMS t. t -i lB LIND RAMS · DRILLING SPOOL PIPE J GATE RSE R6E R7E RBE R9E '-,,,:. R6E PROPOSEI: ICE ROADS __£L i ii i i i LOCATION MAP I I I I I I N TEXACO ANCHORAGE, INC. ALASKA LOCATION OF COLVILLE DELTA WELLS NO. 2, 3 & 4 WITH CONNECTING ROAD SYSTEMS iBY: J FIGURE .I u l y, 1985 AMS 3 -2 STATE OF ALASKA ALASKA O... AND GAS CONSERVATION CO~,..¢llSSlON PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY IX] DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE [] MULTIPLE ZONE [] 2. Name of operator Texaco ]:nc. 3. Address 550 West Seventh Avenue, Suite 1320, Anchorage, Alaska 99501 4. Location of well at surface 500'S & 1519'E of NW Corner Sec. 23, T13N, R7E, U.M. At top of proposed producing interval Same At total depth Same (not intentionally deviated) 5. Elevation in feet (indicate KB, DF etc.) 6. Lease designation and serial no. KB = 32.5' Sea Level ADL No.: 355038 9. Unit or lease name ./~¢/////r:':,, '/., '' ' .Tqoact 38, Sale 39 10. Well number #2 11. Field and pool Colville Del ta Wildcat 12. Bond information (see 20 AAC 25.025) Type B 1 a n ket Surety and/or number 301 50 5 13. Distance and direction from nearest town 14. Distance to nearest property or lease line Northeast 20 miles 500 feet 17. Number of acres in lease feet 5,724 20. Anticipated pressures MAXIMUM HOLE ANGLE o I (see 20 AAC 25.035 (c) (2) 16. Proposed, depth (MD & TVD) 19. If deviated (see 20 AAC 25.050) KICK OFF POINT feet. 21 Proposed Casing, Liner and Cementing Program Amount $200,000 15. Distanc~ to, near4~s,t drilling or completed bOI V] lie well Del ta ¢/3 17,100 feet 18. Approximate spud date January 10, 1986 2800 psig@ Surface 3100 psig@ 6550 ft. TD (TVD) SIZE Hole Casing Weight 13-3/8 Condu 2-1/4" 18-1/2" 9-5/8 11 47# 26# CASING AND LINER Grade Coupling ;tor L-80 Butt L-80 Butt Describe proposed program: See attached proposed program. SETTING DEPTH Length MD TOP TVD Surfac6 Surfac~ Surface MD BOTTOM TVD llO' llO' 2290"1 2290' 6550 Ii 65501 QUANTITY OF CEMENT (include stage data) ~6 Yds Permafrost 1600 Sx Permafrost II 550 Sx "G" Also attached is: 1) 2) 3) 4) 5) Plot plan showing surveyed well location Plan of surface layout for drilling pad Diverter system layout & procedure BOPE arrangement Proposed ice road routing ~Z~K. bjs 23. I hereby certify that the foregoing i~"~e and c~orrect to the best of my k~v~eCge: ' : ' SIGNED ~ ~ . TITLE D~'-~'triCt' Manager The space below for Commission use V CONDITIONS OF APPROVAL Samples required ! Mud log required I Directional Survey required . I~YES I-]NO KYES []]NO 1. I--lYES ,J~NO i I DATE 8/22/85 APl number so- /o 5 Permit number t Approval date ~ I SEE COVER LETTER FOR OTHER REQUIREMENTS APPROVED BY ,COMMISSIONER DATE by order of the Commission Form 10-401 Submit in triplicate Rev. 7-1-80 WELL PERMITS Company ITEM APPROVE DATE (8) ~9.'~h~. 12) · 10. .! ' . ~-4/-F,f~ 11. (10 and 12) 12. (4) Casg~:~~ 9o.4.~ (13 thru 21) (22- thru 26) Lease & Well No. YES NO ,, 1. Is the permit fee attached .......................................... 2. Is well to be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. Is well located proper distance from other wells .................... 5. Is sufficient undedicated acreage available in this pOol 6. Is well to be deviated and is wellbore plat included ................ 7. Is operator the only affected party ................................. 8. Can permit be approved before ten-day wait .......................... 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. have a bond in force fi~ Does operator .................................. Is a conservation order needed ...................................... ~, Is administrative approval needed ~ leeee®eeeeee~e®eeeeeeeeeeeeee®eeeee Is the lease number appropriat ~, e eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee~ee . , REMARKS Is conductor string provided ..... . . . Will cement tie in surface and intermediate or production strings ... ~ Will cement cover all known productive horizons ..................... ,~ Will surface casing protect fresh water zones ...... ~ Will all'casing give adequate safety in collapse; ~;~;i;; ;~ ~:;~.i Is this well to be kicked off from an existing wellbore ............. ~ ,, . Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed ............................ ag~ Is a diverter system required ....................................... z~ 'x, Are necessary diagrams of diverter and BOP equipment attached ....... ~ Does BOPE have sufficient pressure rating - Test to_~psig ..~ , Does the choke manifold comp~2~w/API RP-53 (Feb.,78) .................. the presence of H2S gas probable ' ~ itiona~ requirements ............................................. ~ o mz mm litional Remarks: Geology: Eng~n~,~ring: WVA' MTM,~HJHf_~.~ JAL rev: 03/13/85 6.011 INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE , , Well HistoB, 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. STRATIGRAPHIC HIGH RESOLL T.Y, ON COMPUTATIONS COMPANY : TEXACO 1NC, WELh = TEXACO CBbVIbbE DELTA FIELD t COLVIbLE DEL~A WILDCAT COUNTRY ~ USA RU~ : 2 RKPEAT FILM BORENOLE AZIMI:TH CORRECTED FOR MAGNETIC OECBINATION MAGNETIC DECLINATION : ~1 DEGREES 6630 - 6392 RECEIVED APR 1 5 ,Oil i ~as ~'~EXACi] COLgi.b[,E DEbTA ~2 PAGE 1-FILE 1 DIP DIP DEV [~EV DIA~! DIA~ 0 * 6399.9@ 1.4 202 2,5 177 6401,9~ 0,9 183 2.5 176 6403.98 1,6 157 2,5 174 6405 97 2 9 156 2,4 6409 97 2'3 q3 2°3 17(i) 6411 97 3:7 190 2,3 1.69 6413 97 2'1 194 2,2 I6F 6415 97 2,6 1.22 2,.2 168 6417 97 3 0 157 2,2 168 642~ g7 2 5 187 2,2 167 6423 97 2 2 201 2,1 167 6425 97 1 8 209 2,1 166 6427 97 2 I 190 2,1 164 6429 97 2 3 145 2'1 163 6431 97 ] ~ 116 2,1 165 6433,97 4 0 i46 2,1 169 6441 97 I 6 193 I 168 6443 97 18 243 2,1 I67 6445 ,~ 166 6447 6451 96 1.43 2,0 166 42 ~ 165 1.65 96 6457 96 9 7 166 6 4 6 9:6 . I:6 7 6471' 16 2:0 I64 6473,96 ~ ~ !63 64'75. 96 . t:63 *********************** 8,1 8,0 8,2 8.4 0 8 1 8 0 7 8,,2 8.2 8,4 8.7 7 8 ! A A A A A A A A A A A A A D A A DEPTH DIP D].P DKV DEV DIA'~ D ][A'~ Q ~ *************************************************************************** , , , , * 6493 * 6495 6497 * 6499 * 6501 * 6503 * 6505 * 6507 * 6509 * 6511 * b513 * 6515 * 6517 * 6519 * 6521, , 6s2~ , , 6479,96 2,5 6481,96 5,7 64R],96 7.0 6485 96 11 4 6487 95 2 5 64~9 95 2 3 95 0 8 95 0 5 95 95 95 95 95 119 305 104 104 1.54 165 116 181 4 5 199 2 2 194 3 3 126 4 9 141 2 3 81 1.9 167 1,9 167 ~"9 167 1,9 166 1 9 166 !:9 166 1'9 166 1,9 16~ 1.9 166 95 I 0 95 12 9 95 4 5 95 4 2 95 ~ o '95 95 0 ~ 95 2 95 ~ 94 94 7 ,94 I 144 91 ~,9 81 1.,9 233 3tO '9 ~9 ~,9 88 204 } 9 9 1t'6 9 166 167 169 170 1,7 1:73 8,2 8°0 8 8 8 3 8 3 8 1 8 1 8 2 8 2 8 2 8 2 ~ 3 8 3 8 2 8 2 TEXt, CO II~C.~. 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CU INC. T~,X~L] CObVILDE 082L~Tt~ 2 SUgaAR~ ****************************************************** ********************* * OEPTH * DIP DiP * DEr DEr O[R~ DI~ * ~[l~h * · · AZ~I , AZM 1 , · Tr3P * · 2275. :t3 49.4 25. 360,0 22, · ~OT'FO~ · 6627,91 7,9 234. 1,7 182, 5,2 ~m~mmm~mmmmm~m~mmm~m~ vERIFiCaTION ORIGIN :FLIC CDNT.[ HI) A'rlON PREVIOUS REEb C(]~4~E;~TS :SCHLUMBERGER ,VE,hL SERVICES CUSTOdiES{ FLIC TAPE SERVICE ~AM~ :SHDOUT ORIGIN :FL!C T~PF NA~E :PSIEDT C[)~TI L~U A T I O~,~ ~ PREVIOUS TAPE : ** FILE HEADER ** FILF, NA~E :SHDOUT.O01 SERVICE N~E :SHgOUT ~ERSIDN ~ :001, E04 DATE :86/{')2/1] ' { 0 024: ~,AXI~U~ LENGT~ : 1 FIL~ TYPE iFS PREVIOUS FILE : ** CD~,!NENTS ** FAS,FST()03 * SCHLUM~,. ~,RG~R , ALASK'A :COMPUTING CENTER * ************************************************************************************* CO~'PANV = TEXACO FIF.,I,D = COL 1 , ~IbD T COUNTY = 4~Rl~l SbDPE STA*~E = aLRSK~ LVp 01o,u02 VF. RIFICAI~TON j.,]ST!N~'; PAGE 2 C A $1 TYPE OENSIt¥ ~t I $COS! -' 9 625" ~a 2263' - 8.IT S1ZE = 8.5" 'to 6800' = 10,3 LB/G R~'~ =1,660 ~ 67 DF = 38,0 $ RYF =I,380 ~ 67 DF : 9,5 R~C :1,870 ~ 67 DF FLUID = 6.2 C.3 =0.702 La 168 OF ~AGNETiC DECblNAT'[~3N 31 DEGREES I,,ATITi~DE 70 DEGRE~,]S CHANN~:b DEFIklTIOHS ON TAPE 1. SHOT FAST CHAN~EL, S FIbE NAME DESCRIPIIOI : ~O BUTTOH 1 DB1 = PAD 1-1St BLiTTON DGI~ = P~D I=2NP SB2 = SPEED BUTTON 2 DB2 = PAD 2-1ST OB2A = PAD 2-2NP BUTTON [)83 = PA~ l-.l~T BUTTO~ OB3A = PA -2ND ~LI'¥TON OB4 : PAD 4-15T Bi,)T'rON DB4A = PAD 4:-2ND BUT~ON K, REV : ~MEX VOLTAGE (b~:FORE: FIhTKRiNG) STANDARD CHANNEb 2. SHOT INCLINOMF,<TRY CHANNELS FI[,E ......... -,---- , LE.t,I : H r ' 0 ~ NAZI : H~,L~ D:~VIA. TIO~ AZI~LITH , kB ~ REi.bAT[VE .BEARING ~l, P1AZ PAD i AZI~UTN F, a~D1 = RADIUS l G, RAD~ = R.A~)IUS 2 ~i, RAD.., = RAD:ILIS 3 '[, RAD4 : RA~)IUS 4 , J, GNOR : GRAVITY ** If,I?OR;,iATION RECORDS ** C~ ~ TEXACO INC, ~NE~'; CONTENTS WN ~ 'I'~X ACO C~LV I L[,E MN~'~ CONTENTS FN : C[~I,,V I LLR DFLTA i~NE~ CONTENTS STAT: STATE M'NE~ CONTENTS C [)i,J (~ ~ BOROUGH MNE~,~ CQNTENTS ~NE~ C[~NTENTS DA Y : ~ i:~ I bDCAT #2 TYPE 000 TYPE 000 TYPE O00 TYPE 000 IYPE 00o 000 TYPE 000 TYPE 000 TYPE 0o0 CATE O00 CATE C'ATE 000 CATE 000 CATE o00 CATE 000 O04 CATE OO4 CaTE 004 SIZE 012 SIZE O24 SIZE O22 SIZE O06 SIZE OO8 SIZE SIZE OO2 SiZE SiZE o0~ CUDE O65 CODE O65 CODE 065 CODE 065 COD~ CODE 065 COD~ CODE CODE 065 , o 0 L) 0 ,57 O0 ,0000 ,0000 ,0000 ,0000 o.0000 T Y P E SIZE U~IT UN iT DEG U~IT U~IT u~IT U N I T U~IT DEG UN iT ~YPE 000 TYP~ 000 ~YPE 000 TYPE 000 TYPE 000 TYPE 000 TYPE 000 TYPE 000 TYPE O0 o 000 CATE 000 CATE 000 C~TE 000 CATE 000 CATE 000 CATE 000 CATE 000 CATE 000 CATE O0 0 CATE 000 SiZE 010 SIZE 00~ SIZE 0O4 SIZE OO4 SIZE 004 SIZE 004 SIZE OO4 SIZE 004 SIZE 0O4 ' Z 'm 0O4 COD~ 065 COD~ O65 CODE O68 CODE 068 CODE O68 COD~ O65 CODE 068 CO:DE 068 COD~ 06~ I.,VP OIO,H02 ~/E]IqIFIC.~T'[na LI~TI~fq ?AG~ 5 1 11 0 DATUm, SPECIFICATION BLOCKS mN~i~, SERVICE SERVICE UNIT AP! a I0 ORDER ~ LOG TY DEPT SHOT FT O0 6 SB1 SHOT O0 6 081 SHOT 00 6 DE)iA SHUT O0 6 DB2 SH~T O0 6 DB2~ SHOT 00 6 SB2 SHOT O0 6 D~3 SHOT O0 5 D83~ 8HD~ O0 6 DB4 SF1DT O0 6 DB4A SHOT O0 6 REV SHOT V 01 0 66 79 t~6 66 66 PI APl API FILE SIZE Pf, CL, AS$ ,""1OD NO, 36 21 o I 4 10 10 0 1 10 O1 0 I 64 10 11 0 1 64 10 02 0 1 64 10 12 0 1 64: 10 20 0 I 64 10 03 0 1 64 10 13 0 1 10 04 0 1 64 .10 14 0 I 64 00 0 0 0 I 4 0 0 648 1 SPb REPR CODE 1 68 O0O4O0O 16 68 0004000 16 6B 0004000 16 68 0004000 16 68 0004000 16 68 0004000 16 68 0004000 16 68 0004000 16 68 0004000 16 68 0004000 16 $8 0004000 1 68 0004000 PROCESS OCTAL) 000000 0000000 0000000 0000000 0000000 0000000 0000000 0000000 0000000 0000000 0000000 0000000 DEPT 4499.9375 I0,8750 ~,6965 1:,055'2 I~,1831 ;899 006 12'9273 13,8299 li, 06 14,0432 11,7587 1 DB1 I4 t682 1,2 1 1.3,7:244 13,3654 12,9516 15,0309 13~298~ 14'877:7 I2,9,550 1~,8927 1 e6206 1,4,3989 13,699~ 13,9886 ,(062 ,7796 14,3651 , 8230 ,5473 I ,7002 4521 8646 1~:,.6075 14,6767 13,95:76 15,9779 16;i05~03 14,4342 15,9824 1:6;:I057 14,8675 15,9222 15,7229 15 15 15 ~5 LYP O)(').M02 vM~!'FICAwloN L!STI~G PAGE 6 REV 1~.8440 15,9927 15,70~6 15,0451. 14 3644 1,6[0962 !.4 7271 14,9884 D B :3 14,8071 12,6614 12,6286 12,8729 ii,0564 13,0172 14,0927 DB4 13,5644 ~ 002 12,1027 Dg4~ 14,6999 24:8:9 15, ~17 16,4 14,9 04 0,8827 ~400,195] 12~5908 12.8468 15,3917 1,5,8881 15.0577 15.7803 !5,3270 14,6606 12,6233 12,1863 15,8528 13,9038 1.2,6679 13.9869 1~,9878 1 .0497 14,6107 15.4980 16.2104 1,5,8301 12,154. 1 12,59~2 15.3993 15.9768 1.5,6464 6748 15:(I076 073 14,1766 12,5934 11,7190 1 1~;5444 9s26 12.3866 1,,4,65:38 15~9684 14,:3:624 14,656 15~796 1.5,2326 12,2::410 12~61.93 15,1837 15.7325 15,6722 16,2153 15,3744 16,5256 13,6168 12.6869 11,4717 1~,1978 I ,7386 12.,5010 15,3265 16,0360 i3,6402 i4 1798 98 12,7787 15,5569 15.761257 15, 31 16,2276 1 3146 13,1133 12,7382 11,7696 14,6939 13~;4412 12,9603 ,,21 15,2194 3 84 1,?..~9741 726~ 14i3296 2,032 16,162~ 14,5499 14.9440 !4,0208 15,0857 DB2 1.6,422~. 16.4870 18,0476 19,5184. ~37 16.'7230 17,~491 17, 305 14,8727 '6395 DB3 .15,12.%8 . 334 DB3A 17,2028 14. 46 14,0196 D~4 ~52:22 15,5138 13 ~ i 3'69 16.0643 13,8465 1.4.5278 14 9761 l 4,1771 16.5598 16,692~ 18,7082 16,8515 16' 7659 17,5166 14.523':.3 1 '~ g3 15.0336 13'4321 14,1101 16.6735 14,;392 700 1~,1392 1 ,1893 15~914 16.1.759 13,9511 14,9335 13, 76 14,3504 1b,6258 16,6497 19,3171 17,~682 16, 551 18.0256 14,51'17 15,0217 13,674i 15,~915 I3~':287 1.4.0971 15:,I:720 1,4 .4167 14 ~50g 16,2711 I6,2662 1,.4,8163 i5,8038 14.1385 15,{695 15,8428 13,6878 14,5685 16.5522 16,8491 1.9~7193 16,9590 16,8081 18,4549 14,.7409 14,5919 13.6575 1.5,06i39 13,.:65 13,94 4 13,8605 ,8741 16,3896 16; 0258 :t4,,~20~ 15,0689 1'4,1906 15,7677 15,6229 13,9039 14,7687 16,4¢96 17,3386 19,8185 1~,8052 i ,8421 18,4190 1,4, 14 I 13, 13,8173 13 2637 1i .774~ I 2630 16,4830 15,'8058 !3,7165 b V P 0 1 0. ~.~ 0 2 v E' ~ !', ~ ! C .,'1 T '¥ [) !,; [.~ ! 5 T ,T. N G P A G F, 8 ,1,~,71'~ 16,2177 1 't , ~549 15,65b0 0,9286 43oo.la75 SB 1 17.2617 17,6402 18,5029 17,76!6 0 B 1 A t.)B2A 3406 1743 0928 15,62'38 1~,2897 18,822t 18~95b 17;9'827 17,5497 ~7480 !.7, la,P031 15,gOqO 17,7085 1't,3064 18,0303 1R,4091 17,3100 16.4574 16,4300 5921, t) 71 18,49135 18,025,1 17,3912 ]6,t284 17,500t 14,1970 16,7821 1.7,7156 17,1034 18,3231 18.2743 16,9877 16'1141 15,9146 17,8192 16 , ,:,41. ,8975 17 ~ 773 6 !9,357! 119.4t. 20 20. 1003 14,7604 17,1111 1'7,1959 17,0853 18,4676 17,q007 16, 7 1.6,1236 1,7,829b 16,0408 15,8582 8,6237 :8029 1. ~7585 16,5008 i?, , 6:6~ 19,2023 1 g L:5662 2o' 3535 15,5321 17,4473 16,4741 17,2010 8,5590 7,8644 16, 16,3202 17,i482 15, 98~ 15, Oi 6241 16,0416 17,2~30 17,67'80 19,1088 19,7058 20,3792 DEPT 15,6394 17,0673 16,8916 17,~6~3 1.7, 52 1,8,2635 · 19,6404 13.9101 15,'5374 DB4A ~,6309 ~9,0476 17,3198 17.5938 0.8358 4200,1797 1,4,0305 17~6718 1'808~ DB %A 18,0040 16,8425 14,5~78 I, ,729~ DB 2 17. 7632 '18,1357 17,1938 15,53115 16,9824 18.5914 16,9895 18,6318 1g,1243 13,6921 18,4646 19,1437 17.0140 I. 4,3417 16,9767 17,1356 17,8 006 16,4:004 15;56o4: 17.86~3 17,!521 15.b41g 17,2764 18.4093 16,8787 19.0037 18,2356 13,7595 18,3~37 19' 37 15,2083 16,;77:33 17,2224 I, 7, ~ 42:5, 16,~ 62i 15, 86 17,6627 16,2:237 15,4558 17.8406 1'1,6098 16,9208 16.65~7 17,7019 17,91i5 16,9508 19,3003 16,3!70 14,7545 18,4881 18,5920 17.0031 17,0589 17,3379 16,'2650~ 15,27 17,4803 lb, 0:2,96 15.2727 17.4712 17,3854 16,2330 16,7094 18,1493 17.4925 17,0034 19,5521 , 470 17~0941 3234 16'9462 17 :15, 15,0134 16.9575 15,3254 1~, 122..'5 1 ?, 46~4 lh~3824 ~b,2601 14~9726 15.9006 SB2 '18.3633 16 484.3 17:<)752 !.8,5055 14,5460 13,9304 1.] 058 17,0102 16,8513 t5~2562 14.7526 D B :4, 0457 R .E V 0 ~,.: P T DB4A 17.7923 17~159o 16,47"84 15.9649 1.1376 4100.1.7~9 15.6142 37,4808 15,5059 16,2982 16.2823 16.0367 1.4,6294 18.0325 15,1984 17.7886 14,~7'13 058 ,581. 0 lb.g546 1.,5265 13, '126(.} I 7,5473 I~,4710 . 8.21:{7 1859 ~> 936 15,6935 16.6108 16,2890 15,9753 14,6707 17.7112 15,4562 18,1~85 14,~715 777 12.6440 16 92~B 16~5844 14,0423 15,8006 t 5,; 014~ 1:~.;5364 1.7,29:53 17,3900 15.4022 20, 07 35, 15.8265 16,g529 16,3589 15.7830 14,9775 17,4130 15.7486 18,2551 !~,1391 572 12,9403 16,9011 1,6,~302 888 I , 84! 13,3662 1351 1i'~400 1, .2866 1.5. 8766 25 ' (:21:2 ~a,6995 15,9865 17,2107 16,3662 15,4073 !5.4133 1.7.0756 16 3645 18:3795 ~4,1864 13,1067 13,3488 16,8822 15,8130 14,2425 {5,'6226 4"3920 13,3303 17,'0956 5628 15,9267: 30,0960 2.],6270 LVP O10.H,r)? VFiRI'F'[CATI'fIN ,',I.$TI, NG PA~E 1.1, 21.07'78 1t,1148 14.4445 18,0650 !5.8]12 14.9718 13,8664 15,8364 17,3371 15.~843 15,6861 14,~910 15,2865 DB2 A 16,3420 15 15~ 5Ih 1b,0303 SB2 14,8423 15;8926 Z .,.i 8]9 D B 3 17.9049 13,6442 ~ 7,0397 14;4747 16,1 15~61'82 D L 4 ,'~ 13.6521 15,9012 14,2849 5612 19,. 14.8139 13,6974 1B.1720 I.4067 ,8449 15,6476 ,094'1 If, ~ 6 16, 36.1974 1 O. 7 75:3 1 '~' 1237 14,0235 1.6,2161 16'5600 112,818] lb 3282 14~2215 19,6564 14,6698 13,5589 20,0445 15,7870 14.7295 16,8137 16,2874 15,5145 17.2572 !5,0131 t:7 , 49.87 31,9138 i6.3621' ;4201 1.2.9949 15,2895 14,6533 I8.6006 14,3139 13,4404 20,0445 15,7100 14,5851 16,7698 6,2434 ,4294 ~.3244 :~2798 26,2523 14,5'858 113,4518 14'2921 14,6965 15,666i 16,4423 12..8015 14,6947 16,1655 17,2552 14 0352 14 15,3983 14,4100 16,2240 15,95i4 ,3926 I~,8882 i~4 5266 :: 9241 20 ,~ 8437 13, 753 13'.674: 15 16 )04 1:3.0.I00 bVP nio. N02 VERIP!C~'I'IO~I b]'.$'r])'IG PAGE': 12 REV DEP~ 13,6753 18o?714 D84A 14 6814 1~ 5498 19 3834 13 ]562 0,789'8 4000,2974 37,8029 28'363~ 2oof 20, 40,.2768 37,4296 4].@203 44,3496 DBIA 4b,2007 40,7478 39.0858 DB2 44. ~224 ~8 9974 DB2& 4,~ 42,6368 3b~2666 4~ ,5:065 40,9:671 34:,8754 1~.6982 1B,4419 13,~'143 18,74h0 nl 22,71~0 40,0895 38,~946 796 45,~419 38,.0:65 41.6123 44,1838 38,,~381 41 ~,26:98 45~9528 39'8354 36,95132 15,9252 17,0634 ~3,8725 16,0067 17,0787 27, 44 21~5024 38,,4890 ,6137 46,1@34 36,3!i3 42,5849 42,4576 38~2104 44,1085 4b,t2~3 36,78217' 38,[4208 ~0,61,7I 23,9720 18.663! 1.7.6591 15.5376 13,2315 18,2204 15,7349 31,9388 26,9535 20,8430 37,4153 ~0,752674 45~ 63 45,4513 ]5,6:970 4!,4109 40,715t 3~,4830 4 ,89:2!5 46.2017 34,7594 40,6130 39.942! 21,ula9 18,829 18,5555 13,5910 13.0030 I 1158 9,3757 5,6606 20,5767 37'ii61 43,51!7 36,996! 39,6392 39,5760 37,3860 44,S:003 44,~0547 34, 1:7 .41,4583 38'i227 '02 19, ]96 bvP qt0.~02 VERiFICaTIO~ !...;IST!,~G PAGE 13 REV DE P T 35,6651 41,0325 49,0048 46,6294 41,4349 41,7323 DB4 45,9814 42,8500 41, 716 44;1713 DB4A 42,7616 ;9446 0,7~93 3900,2896 17~5000 16,2927 17,3806 1.7,8004 i6,8439 DBI~ 17,02~7 11~,95:14 I ,3296 ~6,2652 40,9BC3 40,2553 38,5551 49,0554 43,3661 4~,1315 45,9257 42,2840 41,7851 42,734g 40,6749 41,6033 I,5131 -4633 17,5094 17,2227 . ,6303: 42,2238 :35,7711 41,2754 49,'7897 39,818! 44,5709 46 0879 42~0809 42,6585 8667 42 t7,6638 ~7,0446 1,6, 17, 209 .1.7. 192,3 70 44 43,,4030 31,7434 42,4697 49,5352 ]8,3324 44,4967 45 2495 41:7666 43,8609 42,8302 40,0235 43,6850 t8,0015 1 1647 1~,a742 17,5700 18,?,274 16 ' 1284 44,0350 32,2466 42,0592 48,6650 39,3767 43,2728 44,2164 41,3579 44,4541 2,5531 0,4~20 ¢3,,7843 17,9342 16,6774 17,7703 17,971~ ~6,i142 DEPT 19,~J630 16,05t0 17,4590 DB2A DB3 19,0018 !7,57~6 1.7,3948 17,9~95 19,1554 19,5864 18,5725 19,0578 14 8176 14 9650 15 4804 15 9062 DB3A 15,8441, 16,0'542 1~,2554 l~,3013 I) B 4 1 '7,014 0 ; 9607 '!.7,9581 18,2068 16~7994 17,9686 18~081) 18,8073 ~8,3950 17.0553 19.115~ 17.31.44 17,4566 ~g,0475 1g,5773 18,4687 14,8401 1,5,0677 I5,6444 15,7500 1824 98O5 t 7,104g 18 146~ 16 765 17 8802 18,6080 17,89~9 17,6434 19.1099 17,2090 17,4216 18,9753 19~4304 18.7081 14,860~ Ig: 6976 ::3060 i5,7550 17, ,015 17,9836 926t 7468 ,18,5860 !6,9477 18,1322 18,7808 1'7,1978 17,3702 19,0589 19,2360 18,9977 14,8952 15,311,4 16'0060 15,7609 15,5416 17 17.b141 18,~543 1. 9153 18,1629 17,3080 17,4756 9,3337 8,9196 19.1272 t4,9268 16' 0822 15,~085 094 156'3685 17,~199 ,0079 17,7053 lg,0862 .1 ~, 7340 19,3932 19o77~0 19,9810 20,5252 20,86(:)8 19,5373 19,6B43 20,0655 19,7940 22,?0~5 21,82 21,b38 21,292b "3 ~7 3 '8711 22,3050 21,8885 DB3 i9,~307 19, 691 ~ 8734 [) B 3 A 20 19 20 9777 7802 1 ~j, 9288 18,7625 I 9,0906 19.7404 20,0596 19,~68J 19, 984 19,7474 22.6049 2~1573 2 ,4364 23,4641 20,9592 22.2008 22, ~2 19,93839,7984 ..1 9 ,. ,4783 22.0448 19,~ 295 19;4278 18,~214 18.9522 ~9,2317 19 7657 20~1716 20,8642 19 9029 20' .4984 19,67~9 22,3622 ~12,3198 ,3100 ;5280 22,3916 22,1869 7181 19 1! 9 18,7447 1.8,8763 19,3130 19,8310 20,2446 20,9265 19,8412 20.6245 19,7168 21.9556 22,11'18 21,1985 20, 6 22,4542 ,7456 19,8445 20,'5910 20,1173 21,68::17 ' , 72:9 18.6982 18,9417 19,3765 19,9060 .9246 20,42 19,8375 21,6759 22, .4045 21 483 ' ,4 o 7 6 20,9884 19,5801 2t, :t 095 L 5VP 0!.0.HO~ VERIF'!CA. TI[)~ LISTING PAGE 16 REV D E P T 20.0687 20.2832 19'9415 19,81!5 19,7663 20,5144 21,0289 21,7363 0,650~ 3700,2739 16,5730 15,8043 14,q466 DB 1 17,3816 18.308~ 16,7541 18 5285 18 _~. 8 17 5028 16,4524 15, .4. 0:42 16,6502 1.7; 487i D~2A 16,9880 16, .16, 1 q . ]285 20,0240 20,52'17 19.6851 ]9.7356 20,7636 21,2449 16.6473 ~5,353:{ 14;9969 1§, 403 16,8595 18'6072 1~,045~ 17'9876 ,1,5, 16,9820 1:7: 16 432.~ 17 4925 19,9936 20,6]26 19,5729 19.6576 2().9566 21,5728 16,6979 15,3505 14.8304 17,9354 17,8320 i6,7096 18,476:3 1~,9434 ' 8256 I~, 1472 17.2655 20,0062 20,4471 19,5777 19.8406 . 20.9915 21,7617 1~,6613 15,4473 14,6705 1 1~'~994 , (~68 16,~ 12 18,2314 17,816! 17,6365 I,7609 .0:862 17,5109 16,2630 ,71. 17 20,0678 20,1649 19,6883 20,1590 20,9655 21,7817 16,3372 15,3892 i4,5245 I , O0 lb,6926 18, :0470 I~,4437 17,5256 16,0366 ,4.825 [.¥P 0!0,!{02 VERIF'IC~'!~ION [:IST.[~IG PAGE 17 17,0220 16,6523 16,67,')2 De.,] 15.4582 1,4,9441 16,1298 19,5403 15,9161, 15.;1617 I 4219 16,9159 4.,8188 16,7~91 DB4A 14,9942 15,8763 15,2959 13"9101 0,9292 3600.2661 ,197 7 16,42,20 !7;66~o 17,1:639 17,7544 18,I2:79 18.014t 17,05'1.7 16,4.664 15 16~2 15:1939 16,347t 16,0916 4,8552 16,8899 16,7768 14,4469 1.4,52R5 3,28 14,9827 744 ',~:~i: 17,3703 .16,4027 1~,1235 1: t' 05:2 i 1.8,.1711 I7' 9638 1'1 7794 17~0842 16,4541 14,9115 15,5483 16.9076 14, 17,6923 16,4143 I , 05') 14,8158 16.3706 14,7088 2~ 0075 i o, 9!407: 17,4168 16,7677 18,4526 17.452'0 '.:8526 17,5568 17,0699 16,5226 14,6880 15,8664 17,5942 15,8196 14,5195 18,4788 15,9087 13,9733 15,5658 14,3904 I~ 4671 17 291.7 17,0'814 I~'2288 18,8161 18 · 13O o 17,219b 16,8771 16,8181 14.6249 16,0863 1B,6383 15,4574 14,8803 19,4833 220.3 13,8862 16m6880 .'3057 !i.:6860 ,8585 17 LvP IqlO.!-t'02.. VF.R[FtCaTlnN bISTll'.~G PAGE 18 1,8 ~ 3005 1 $., '7 ? 13 16.7487 i8059 6~118 17,6943 16e0209 16,818~ 16.37't6 17.1577 16 9834 I.~,6774 17,9203 DB3 15 ,, 4 '102 1.6,420 DB3b t. 7,.1.754 ,"435 18'648~ 18,82.02 18,7.948 16~9118 I8/9~13 D B 4 ~ 0. 7433 la.4137 16,7892 16,822~ 16,8388 16,¢.)835 16.9258 16.5497 16.8412 16,8174 16, . 16,6588 1155 1'7'344~ 17, 19,5472 58O3 ~7.7873 18,75'11. 16.8521 16,8417 17,0427 16.2'194 16,8838 !.6,9573 16,3999 16,~7tl 19, 584 15 ~051 16 .313 16 8173 16,8868 .25:8 0076 18,4488 18,094!, 17,5996 1.9,0188 16,8349 16,8769 17,3272 16,4498 16,5952 17,2771 16,0299 117,1751 9,2608 16;47~2 16.9756 16,7335 17, 18~9808 18,6630 16,793,1 16,899~ 17,7928 16,6504 6,3616 17,0854 16.0771 17,B520 17~5469 6, 757 1'1,2930 18'8756 18,7421 L~! P DgPT ..1 0,1..~ f) ? V [,: '~ .[ F 't C ~ W 1 i'.)i'~ 3500.2b$3 17.2885 !6,6299 1"?,6599 17,]584 17.1553 17,5734 17,31.95 DB1 ;% I 7 ,,8403 18,0958 16,6980 17 0020 .973 I7,2475 16,6269 16,5496 16.0529 OB 3 I7,6501, 15,4797 16~5771 16.4298 t7,2337 16,5853 17,0893 17,4803 17,0819 17,4077 18,~.005 7,9590 7.9663 1~,5541 1. ,0454 17,3052 556 16,~g 9 16,,~352 15, 59:5 1b,3929 696 9245 17,0900 16,7040 18,2057 17,5721 17,1961 17.2254 1~,2397 18, 8'! 16,,~I01 17, 59 17,2230 i 6,52('):6 t7,t799 16 ;0216 4602 16, 16'2535 16, 16,9:059 16~1305 16. ? ? 08 16~5692 15,82'6t 16,9026 16,8967 1~.3837 17,5611 17,3888 17,1446 18,2320 17,408.3 18,3855 16',6136 17,I539 16,0894 16,356~ i6,364 16,3981 16,73 06 16,32200 i 5 ,: 99 ,16,628~ 15'69:7; P A (; g 1. 9 16,7151 8, 1]J,3.]67 1 ,5615 17,1990 8,24? 1 ,1~'!99946~ 16~ 89 ,0'589 16,4727 16,4474 19 t 5964 Itm ,9]57 16,6,47 } 15,6136 bVP 0~0.t{02 VF, N[~'][CAT][!N LISTING P~GE 20 15 6105 15,5321 18.1067 10,2159 13,4347 16,6767 18,0609 14,7130 14,0737 D E P T O84A 16,1528 12,5330 12,6678 16,3610 0.9762 3400.2505 16 2186 16 O465 16 6270 I6 6350 15.3752 10.7483 13.840l 16,1820 16.201g 16,6661 DB 1 A DB2 :12,4683 I~,5410 14 ' 6002 ,5906 15., .4634 3,0748 4.6184 1"" 8720 2~:9629 1 3,6 3 7 4 16,5794 .1'7 66~9 15' 12,7573 17,0671 14,8681 15,8~25 16,3.. 25 15,8999 3,09~8 1~.~381 13,7750 17.05t2 17,6126 15,4781 18,0895 !3,7397 14.8948 15,~313 9, 326 14.4007 1b,1375 16,3663 16.6433 17,2057 14., 4492 15,~08~ 16,.457: 15,7681 3, '35:86 7,0237 18 ;0814 1~,6629 I ,394:1. 17.36'16 15.5957 18,083i 13.2851 16,4579 15.1475 9,9121, 15,6096 16, 16.6279 14,492:3 17,0329 14,2410 ~5,6366 ' 31. B0 ,~:6380 3,6837 8,9258 19,8150 492 16 ' 9'1! 2 15,6164 17.5164 13,0560 16,3206 14,2803 10,9903 15,6751 16,~383 16, 905 16,6321 15,5247 16;4370 14,4522 9197 :~'1900 15.5344 4,1:33,'5 8575 16,0644 1 ?, 6622 16,2688 5 V P 0 ! 0 . i{ 0 ~ ¥ [,:'; ? f F '£ C & l" :f. f..} r~ i., T S T I l'; ('.; P A G E 2 ! RE V S i,~2 ~l 5,9338 ,16,6355 15,6303 15,9981 l~ 5567 14 2300 15 2217 16 7061 17! 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'704 q 1:3,6256 1 _%.. 8640 1b,6932 t5,7121 15,8371 14,14!5 1.4,0895 14,503'1 15,0447 1.3,9983 13,0693 14,3279 14.3864 14,b. 21 i 4,7154 1,5;005t 950 13.5 .~28 13,7734 15.6122 15,71.52 15,8893 15,6527 14,1156 14,2467 14,4424 15,2971 !3,8845 13,901.4 14,6852 15,0444 14,4809 14'5069 15,6655 14,583.5 14~:635~6 1:5,2862 i. 4,1708 13,6:076 13.7035 15.5143 15,6775 I6,069] 15,2078 14,0548 14, :]590 1 '4,4682 5 197b 66 14,8580 14,7529 14,1774 15, 128 ],9941 .;'8 ? 48 15;5296 14,6430 1.4,7395 15;0398 13 987 15,5284 15,6295 16,1889 14,6438 13,966! 14,4018 14,4874 13, 19 13,9974 4,'0222 14.9734 14,82~8 15, 15, . 185 14,64:90 14~9260 14,8414 13,83 2 13'9791 REV 0.5346 OEPT 3200.2349 17, 16, 17,1709 18,1610 18,6324 18,5907 18,3004 DB1A 18,2047 17,5348 !6,1025 18,3533 16 16 16 3252 0960 5553 8539 SB2 DR,3 l 6, '4~ 735 ! 6,2854 4:799 2~22 2:194 16,4762 17,2793 17,5818 16,2612 ,2534 8,6527 1~,4830 17,9330 :17,2349 16.184! .5~ 16,3~.77 1:7,0095 18,0147 16 9351 b792 16,3408 !.7,3245 17,5587 16,7062 18,3~95 18,7023 18,4326 },7509 ,3745 17,0059 15,9334 16'0437 16~6724 17,8896 ! ';, 3 ! 95 6423 16;:0!92 17,446~ 7,237 7,1148 18,4~28 18,7469 18,3392 1~,8709 1. ,.i691 17,9194 9092 6321 16,1991 17,633:6 17,0648 I7. 320 .052:2 16,1216 17,5043 16,7710 17,1948 18,5763 18,7295 18,3015 557 '~03! 18,,3280 1.6,0048 8110 16,2406 17,9306 16,3195 17,8728 17,9664 19,242 i 16,22:1~ ,3732 bVP ('ilO,H02 V'~':.RIFTCAT'[ON I..,TSTiNC; PAGE 24, REV 13~ p T D R 4 17,944] 17,5730 0539 18,. 18,3659 19,18~29 19, 07 19,0499 18.819fl OB4A 1,.'7,1113 1,9,2739 19,1115 0713 18,. 0,9756 3100,2271 23,2164 20,3147 18,5065 18.68b! 20,482.75 20,1607 D R 2 21'07:24 , 056{) 3741 21' 2:~:4 24.. 20:.4. 6 1~,005'1 17,3152 1R,2129 19,4159 19,]153 17,2410 20,1670 18.6560 22,3871 2~,1286 18-'81~3 20,575~ 20.01]g 2: I, 0559 21,672,~ 23.013] 52:26 21 , 1939 23.6603 17.8796 17,3293 tS,036q 19,6759 19,2779 19,2406 17 5011 20 1189 18 3276 29! 21, ~ 5 19,~ 64 19, 69 i,O :' 20'0932 2l,I223 21,9669 23.1893 19~ 21,2324 2:], 1044 17,7569 17,4323 18,0332 19, .~ 19,1551 17.9220 t9,9929 18,~580 20 2901 ~,8 9937 19 0503 20,9426 20'8'4S1 20,4877 21,694 21,1622 22,6079 17,6827 17,6533 18,2412 9,9573 g,0710 18,9436 18,4107 19,6690 18,1001 20,0872 18,5610 1B,8699 20,9950 2 ,2999 ,9560 ,3.646 44950 22.4685 2'2, 20,0104 17,9282 19,1073 19.2824 0~3 23,0408 20.5254 21.2688 22,38a4 OB3A 22,7692 23,1684 2.2,4392 21.57~0 DB4 20 0984 15 ~765 19 994 18 ~45'7 DB4~ ,9485 0.7666 3000,2192 S~1 1j,485o 1.4,0310 15~1218 15,6205 15.7255 22, ,~415 9,7959 ~,0069 19,2760 22.7569 20,2911 22.!996 ,45B7 22,07~ 19.6973 16,~252 19, 304 21,~758 ,:9922 1.6,433.4 ~5~ 6730 I 6 · 4:3 214: 22,9034 23,1533 19.3366 18,1640 19.3610 22,83'88 1,9,7t41 22,7526 22,0092 18,9916 16,I~32 19 i 551 21,4106 20,3537 20,6342 15, 39 1.4, 15~,4040 16, ~ 15, i4. 6 22,7235 2:),'1726 18,8173 18,4440 19,3461 22.9289 19,5015 22,7988 I,1491 ,7569 21,9158 466 21,9593 19,5'068 21,0065 1 15 5701 ~ 4 16,250 15,9641 I2'3232 22,5900 23,0689 8,2903 ~8,,8484 1~,3043 22,,5059 20,1895 22,6918 1100 21,760.3 17,0441 18,6557 19.1747 21,2288 I ,95 6 15,6873 15 1 PAGE 26 4546 15,6712 15,862t t 6.1601 15.281a 14,8995 8387 14'9c~70 1,4, ,,, 14,0325 3,5~65 SB2 13,5'771 II~953b I ,50lB 14,2975 D B 3 [5,3667 5,4775 14~7755 14,8053 DB3A 14., :~.'668 I~ ,2660 ,2280 14,8619 DB4 15 ',15 1.5 i4 059 1.49~ 15,86n3 15,7766 15.26~i 14,8270 1.6.4975 14.0626 13,7090 13,5822 14,1150 14;6t98 15,349~ 15'1795 1'1.7462 7390 15,507~ 1.5, 256 15.4808 9.8596 16,1877 15,9265 16,3465 14,9855 15,0170 14,9015 14~,13926 625 3'3426 1~,6387 14, 49 1.5,4765 15,12:91 14,7211 15,0986 ! 5 ;4: 8:3 5 15,2389 11.3814 16,1604 16,15~4 16,3253 14.8491 1.4'9788 14,9866 14,2572 14,1766 13,2210 15,5230 14,9941 14,7313 15,0724 15.6162 15.0981 12,3033 16,0640 16,3661 16,3229 14 7916 5,0716 14,1100 14~ ! 445 13,.2353 13,8186 ,5119 14 '8:736 ,7590 15,0269 ,06:90 .L5,064! 15,7:207 15,0132 1 '3. 2568 i~'VP I'~10 i,!.)2 V~-:R"[F1C TOq i?!$TTi~a PAG.E 27 13.a358 0287 'l 7 4, 4 REV OEP T 2900,211 4 15,6182 5,7645 ~.776~ 15,0890 DBI 15,230,3 15,52~6 15,479] 16,1997 DBIA 15 15 15 15 4695 4687 712 307 DB2 DB2/% 1. 4, ~)9433 I ,8207 15, 2256 16 3536 15. 67i~2 1'5 5990 17,6706 17,9929 17,0843 897'8 '5032 15.4330 15,5916 14,7079 14.5306 15,5075 15,5269 15,417o 15,B107 15,2305 1,,4839 16,2027 33O8 15,2 16, 982 15,6075 17,7906 1,7,7:848 17,1109 17. ,8.402 · ,. ,0280 13,8386 14'4106 15 3077 15:3615 14.5967 1:4,2037 15,4619 15,5616 15,1020 16,0379 15;0825 13,67o4 962.4 16,152( 15,5710 5827 17,9390 17,5670 17,1.890 I7,8000 18.0725 i3,8865 14,6307 15,4539 1'4,9156 14,6487 14,5434 15,4060 15,635! 14,g006 1 145 13,6344 16,0428 16,0195 15,9313 15,87,8,7 15,5750 18.050~ 17'211 17 , 2729 17 814.3 18 15 13,945'7 14,7802 15,{~442 7 14, 15,1584 15.7399 15,, 15,1911 13,7629 15,9304 15,8841 16,15:31 15,7888 15,569!~ I ,0777 I ;20,03 1 ,3541 I7,8484 8910 D E P T 1, 4,69'~]6 DB3& 17,3769 17,5489 16,6507 15,2396 t8.0840 18,6716 18,2144 17 8456 18~0637 .17,~684 18, 179 0,7666 2B00,2036 17,9987 ,16,9628 16,709~ 15,9562 17,4174 4295 16,2881 18,7369 18,48'76 18,0896 17,~431 18, 190 17,9164 176,~915 I 84 17,4875 17.2941 15,8613 18,5280 17,9490 17,9054 17,9760 17.9766 17,5382 16.81' 00 16g,4766 17,5363 16,9899 15,5405 18,7951 18,2883 !7,9298 17,9562 17,9324 18,022 17,4081 16,7:671 15,97.38 17 5794 16:9325 15,2584 18,8239 2'4 7, 18,0127 17,9042 18,0686 DB ! A 26, ' 0 : ',7 t 20,1693 41,3845 3:1 9:887 ,5619 ,2216 26,4721 29.'/,:10:3 22,09q0 27,< ': 22,1007 27,5570 !.;, 21, 0 44 24,2456 2,4; 8928 23; .439 l. 24,83:71 3 397 R E ¥' DEPT 27.7756 24,4118 1~,3284 2~,I)281, 19,4732 18,.1745 18,1461 17.1596 25 ~353 2~." 47 ! 27,4840 25,0181 20.9566 18,77.48 24~9021 22,~083 18,, 190 DB4~ 2'7 0014 ~ ,0543 .6~3~ 19.1748 0.~272 .2700,1958 21. ,280g 20,9736 21.3501 23.1711 2'7,1~97 24.605n 16,t227 19,0762 18,.411~ !7'7880 24,7063 21,7343 20,5572 26.8715 24,7505 20,0411 26,541;~ 24 ',56460 21 ~ 940 25,9486 24,2722 22'5219 21,1,309 7 U2 ,9 . ;53:3.4 2o.0059 24.6549 16,3066 18,6060 8,6335 7,5295 23,9622 21.4,104 20,2864 26,14~3 24;36 8 19;40 7 26,2237 24; 1646 21, ,(i)061 26. 571 21,0424 20;9660 21 '; 8625 5,0076 20.0432 18,2808 18.7052 17,2332 2~,3737 2 ,1599 1,9,6824 25,590 ! 23,2827 18;9147 25,~334 23, I05 19,6070 26,4474 22,1527 20, 941 20,.9795 ; 9662 24,3604 21,2368 20,5690 18,1381 18,919 17,1889 19~5557 2:5,~300 434 337 24'84~I 22,92: 19,1602 2,5,0 251 22,5815 19;71'18 20,9648 23.4010 22.4034 21,2354 22,2918 23 11~3 23i0083 21 5031 19,7089 l g, 48 J6 21,0330 18, ~ 9 19,1034 21, 21.0877 $~ 2 18,8424 18,2269 lq.4256 19.6831 DB 3 ,6599 1'8, 15.4792 DB3A 3.466 2 9'8 2 ~_700 ,6892 2O 1260 2.t.7417 307 t 22.4984 21.7488 21.2816' 19.8957 20.8595 19.7039 19,3522 0.8246 1.2341. 18 ./',549 18.6252 19'6893 19.9722 20,7195 19,20~9 19,1872 ,8473 22,7658 21.7885 21.4'118 22 3748 21i8439 205074 20,2147 20,8842 19,b113 19,5902 20,8392 21.1684 18,2917 18,6207 19~8294 17.77 38 18,8993 181i916 20.0310 19,6177 20:, 8077 20; :]769 22,b844 21.5292 21.9417 22 5101 21!2534 19 2335 20,5051 20,6497 19,2754 19.:7994 21,~475 21. 641 82153 987 19,9567 19,4973 1,9,0380 19,9526 7874 3888 '3154 795 22 031 22.7758 I 6618 20,7770 20,35,69 19,1994 20,0578 .1,1857 1,0929 19:8279 16,8677 4044 lq, 66 20.]544 20, 616 20,2875 DEPT 20,7081 21 20 , 6.1. "? 5 19,9298 0.7 t898 2600. 1880 17,3872 18,0662 16~0497 16.4775 D .B 1 20,1¢58 19,4786 20,0144 18.9020 D~I A 21,~093 009 21,3i89 20.7334 DB2 21 , 6:@91 18~ 1368 , R408 7 8 19 ~65~ ~7 3 O R 3 19. 3172 15,~:6~5 2i; 916: 20,9923 21 0 o 4 2! :680~ 29.0410 :I. 7.2238 18 1831. I6~3003 20.0695 19,5176 20.0643 21,3i84 21,2971 2'1.2055 21,38t4 19,b ..1 ,3446 1 ,.9021 I~,9376 18.93'13 · 9 84 2.1.2462 21.7084 19,9074 16,9525 17.3256 16,4693 19,8~1 19,5402 19.96~6 21,3660 21.26'81 21.1467 21 , 3195 19,,b61.5 19 '. 9.684 1:83,4158 ,4463 1~,4842 17.85t8 19,1.749 21,40~9 21,5183 19,g572 1~.9715 16,4771 10,2045 19,6824 19,6453 19,257~ 21,2708 21,3003 20,8297 20.96'85 19~9b13 18,98196 17~883b 16.51 6:9 20,3460 21 ~ 2837 21,499B 21,0970 19,9357 17,5089 15,8765 16,2784 19,5662 19, 43 21, 20,8208 20,5587 18, 4 ,4 8 5 17 '8893 15,8459 2~,0827 2 ,2:493 gyp 010,H02 VERiFICATI[..]N !,IS'.I'I[~a PAGE 32 1.9,5248 19.4647 20.6195 20.8272 D~3A 19.7841 20,~6~9 21, 2~ 19,9555 1't,8648 15,0038 115,5~98 5,34~1 17,6733 17;52~3 17,26i7 16.8623 0.7666 2500.1802 SBI 2,~, 7748 7604 20,22'14 21 ~7 21,3796 ,':ii 965 22,7229 i) B 2 11,4618 12,851.6 19,4308 19,0552 21,I239 lg,69B5 20,3876 21,~261 1.4,8245 15,0035 15,5816 1~.6157 1 .4i39 17.1665 22,1512 24,3808 19~i595 21., .3171 20,9 0 0 0 2 2,4 7 0:0 ..6758 21,2773 19 6051 20~68.30 21,0324 14,8842 15,1275 15,5575 '17,5605 375 o 0822 , 13,3'667 20,7021 ', 61.12 9.37039 19,5390 19,1096 21,0749 19,7029 20,9975 20.4644 14,9621 15,2708 15.4078 17,5445 17,3390 16,9670 21,6134 ,07:9g 14'9029 19,5837 ' ,6 3 64 9,5624 16 ;ge 56 19, 21,0044 19,9'292] 20, 14,9991 15,4017 15.4049 17,5436 17,~94 16. 97 15 ~597 17,:. LVP Oln,~(!2 VE~IFitCST!O~x! I'~,,ISTTi~iG PAGE 33 R E V D g P T 16.3~57 1.7, ~707 9,4,t64 1~,1558 18.5974 19,1769 S 8 2 19,551,6 18,6i29 18,1867 18,5529 19,2662 18,5168 19,5484 20,56()7 D~3A 18,76130 Ig, "~ 53 21,3265 21. fl 351 D84 1¸4 15 16 17 , 13 7956 ' 8207 14,4461 16;7941: O. 813:0 24. 00.1724 17 I6 17 15 979~ 828 B,5221 '!~,(}057 ~a,4257 19,1.902 1B,fi129 18,1726 10.0217 l 8,2092 1.9,6303 18,4553 20,2107 21,3475 13:.9682 15~6654 16;2568 ~,6630 ,9392 1a,7992 17,~458 17,90~9 1.6.9815 0.4567 15,4875 18.3871 18,9i88 1B,5457 18,0098 18,8503 17,8756 19,9~99 18,4513 20,8383 21.394.5 13.7145 }60185 6.6047 ,6873 17,0058 i7,0449 15,7665 17,3575 11,1767 16,9790 {8,.4465 18,6675 18,4651 17,9344 18,7873 17,9355 20,2152 18,69~5 21,24 3 21.4912 13,'8t04 ,036 9550 16.4668 !6,8189 17;0432 15.450b 17,6950 12,4412 18,0188 18.8234 18,5970 18,3'729 18,1453 18,7652 i~.4088 ,4086 19,0849 21,4155 21,6467 1 ,9269 16,7755 729 , : 4948 15,.4713 14,3144 16,6948 17,9211 1't,0526 14,76:{0 lU.0725 16,4542 ~ B2 1],0657 14,1 14,'7108 13, 14, ,. 70 17,7720 18,2567 1.8',5974 19,3357 DB 3 11,4137 9489 OB 3 ~ 10,7858 11,287.3 1:1'4567 I2;4955 t) B 4 17.6O95 15,002~ 14,7560 16,.0037 14.3750 15,8666 1.6.9555 12.9605 14,1464 14,0981 ].~,211~ I ,1940 13,9742 17,8098 1B,9248 1.8.6415 11,438~ 11,470. 12'60r7 1L~, 17. 2q. 1 15,4'465 14.9798 15,9725 14.6166 16,2955 16,6097 12,, :8 36 3 O700 133,2240 I ,2151 1.4,0878 17.77 37 9,157~ I 3974 12,9265 11,3592 10,~533 12;2~50 17,8376 17.9:2'57 15, 213 16.0.110 14,5315 16,1902 16,5428 12,6696 14,0812 1.4,0824 1~,1467 1 ,3219 14,1,164 17,'15:01 18,8472 19,4030 ,3043 11.66.95 13,02..94 '' 5 11,327 11.,0115 12,36]2 177,6881 14, .6500' ~6'4088 6,4209 14,6107 16,6882 16,4848 12,7556 14,~355 14,733 17 '6 13 '6 11,2649 6650 DEPT D ~34 A 16.5140 16,5322 16,6741 17,5722 0,9059 230(,},2974 15.0494 5,2403 16,0465 1~,2252 l) B 1 14 8126 6279 DB1A DB2 14,5869 15'7797 17'0021 16.9158 15, 666 13. 998 17 5748 1.8' 16,3743 .46:15 16~.5600 17~;343q 16.84i4 1. 6,744 '3 16.4141 16.~965 16,4564 14 8748 15i1017 16 ]023 15,2~,92 15,5897 16.3602 i4.5545 1%,~299 17,097 368 14.6895 1@,002.~. 15, 525 } 7, ?,004 7 :; 5145 17, ).504 16,1533 1,6,4172 17,0243 16.7304 14,7951 2925 16~4913 15,.4701 15,4601 16.9678 14.5177 15,8885 17,081,4 15,2801 14~0446 18,3.~.05 17 17 17 ,41 "~ 60 2 15, ,. 16.4656 1.4,7695 15.5523 16,6383 .15.7026 15,4052 17,9347 14,5619 16,3235 16.9643 15,3270 1:6,9314 1.3,1.467 18,6089 1'1,7938 I 7,5986 17,4621 16.9317 15,8473 16,4612 16,8211 17,.2272 15,0i65 15,7994 16,4535 15,~509 15, ]62 17,7382 15, :1978 16;7190 16. 9532 5'67 54 16,9614 Lvp 010.HO2 VERT. F'ICATI. L)h~ DIS.TING PAGE ,t6 REV D'EPT D L~ 3 13,0761 54.9141 15.1126 1.4,7992 [') B 3 A 14,2283 1,3.222 6 16,9750 D B 4 15.9598 17, 63 18,1762 17,509 1,2 1. 5; 2450 17,0511 o.9994 2273.3364 SB 1 17,4107 17,075.9 594:6 ,2000 6060 ,4507 8037 13,0089 ] ~,895g 5,'0143 14,4840 16.0841 16,5398 19, 492 1'7,1613 12' 225 16.2399 17,]331 1.6,8:756 15~9559 t 8,61 q 2 19,65{) ] 1 ~ , 4:6 93 ~ ,~, 99 3 9 * O:746 25,9166 13,2919 14,9717 14,9314 14,523~ 13.2112 16,8456 16,9469 15,2017 20'1349 16,6408 12,6682 16,4305 17,2520 16'6689 15,9480 19,5,426 !9,3454 2 3,5072 24, .326 9 25. 5438 13,7203 15 0712 14~8026 14,4335 13,5519 17,5661 17.2819 15,5780 19,8330 1~,7487 I ,1345 16,4777 1~ 2674 I 4788 16 0704 19,.5050 19,074! 18;4:24i 23,5452 24,8218 24,8734 14,4385 15'1206 14,8193 13,7341 14,'1820 17,2866 16,3950 6,5051 9,2493 44,04 16,7225 16 2851 8223 ;:4468 23,72~:3 25;39 0 24,0934 DP, 3 {'.) B 3 A 12.19~0 3~,~596 1.2,2260 13,0306 14. 29 14,72~0 15,0243 15.0268 14.8570 15,1471 11.9 13,6931 1.4 8801 15 9505 1.~ 9223 I5 3949 D B: 4 DB4A 8., "~ :1, 1 ,8095 I4,3953 SE R V ][ C F:t~ A N E : S'l~ ~i 0 U T 17.223~, 1 1 , 043 ? 13.7241 14,6033 14.6440 15.035! 1.4.9647 11,4335 12,0018 12.7537 15,235~ 1.5,~823 1:4. 11,07~78 8;73 18.692 fd .00~5 12,1987 11.9569 12,4939 13,8608 14,7722 15,2217 i4,7012 15,0380 11,8640 12.0713 12.8855 15,9579 1.5,5143 14.891.0 8 9 6898 ~7,1~'31. D5 15,5625 12.1647 1.2,0448 12,6756 ~3,8952 14,8264 t4,5279 15.1892 14,7173 15,0944 11,8236 12,2446 1.3,0683 15,8541 15,2992 15.0560 8, 1 0,6655 18,1005 17,0957 15,2028 12,0485 t2.1633 12,8469 ,0726 1~,8452 {4,5317 15,161~1 15,1197 11,9282 12,4564 15,9744 15.2504 8,88319 8, .~54 ll,:g 33 i4, 374 5VP 01o,~-~02 V~RTFYC,~%TIO~~ ~,!STTNG PAGE 38 VERSIO~~ ~ :O01M04 DATE FILE I'YFE :FS ~!LE NAME VERSION # ~001E¢')4 D~TE :86/02/13 ~AXI~U~ bENGTH :0'1024 FIbE TYPE PREVTOI,JS FII.,~ INC,!~ICO03 ** INFORMATION RECORDS CONTENTS CN : TEXACD INC, MN~ C~[qTE'NTS TEXACO ~N : COLVIt, LE DELTA WILDCAT STAT; STA, I ..... REF ; FS3a, UNIT TYPE CATE SIZE CODE 000 000 012 065 oooooo 000 o00 02~ 065 UNIT TYPE CATE SIZE CODE 000 o0o 006 065 U~IT SIZE 000 000 008 065 UNIT TYPE C~TE ~IZE CODE 0{.}0 o00 022 065 D~Y : R M~qEF CONTENTS APIN: 5010320047 NNE~ CONTENTS ~E~ CErN'TENTS MDEC: O, 0000 M ~]E~t CO,~T~iNTS M F 1, t'~: 0.57:00 MINE: 80, O000 SHDS: ~ME~,~ C[]NTENTS gCPOl I ,0000 UNIT U ~ I T UNIT U N i T DEG DEG UNIT 000 TYPE 000 I'YP~ 000 T ~ PE OOO 0 O0 TYPE 00 o 000 TY~E 000 TYPE 000 TYPE O00 CATh; OO4 C~TE O04 CATE OO4 CATE 000 CATE 000 CATE 000 CATE 000 CATE 0O0 C~TE 000 CATE 000 CA3~E SIZE o0~ SIZE OO2 SIZE 002 SIZE 010 SIZE 0O2 SiZE oO4 SIZE 004 SiZe2 OO4 SIZE OO4 SIZE 004 SIZE C [) D E O65 CODE 0~5 CODE O65 CODE 065 CODE 0~5 CODE 068 CODE 068 CODE 068 CODE O65 COD~ O68 CODE hYP Olt;,HCP vMRIFIC~T.!~ [,!STING PAGE 40 DATU~i ? 0,00 ~) 0 CONTE~TS -1,0000 C0~TENTS 0,0000 ATA FORMAT RECORD ** ~LOCKS TYPE 1 () SPECIFICATION BbO SERVICE SERVICE U~KS IT API ID ORDER # bOG SHOT FT OD SHOT RAD O0 SHOT RAD 76 S HDT R A o 76 S H D'T RAD 76 8~(DT I N 70 S ~DT I N 70 $ H O T I 1~ 70 $~DT Y N 70 SH[,)T o 0 SH, DT DER OD $ ~ D l' 00 8HDT RAD 76 SHD~ V 0 1 ~0~' a~'P 0'1, ** DATA Pi A Z DEPT P1AZ RAD4 SIZE REPR CODE 1 66 1 66 2 79 I 66 66 66 API A, PI API FILE ~[YP.., Cl.,ASS MOD N . 63.6 21 0 000 O0 0 2 630 O1 0 3 1 01 0 2 32 01 0 2: 4 ~ 0 4 o ] ~80 ~ 0 000 00 O 2 00:0 00 0 2 0 0 0 2 O1 0 ~ 000 ()() ~ :~ 000 00 01, 15H 465:7 R kD 0039 8 t~,27 0 ,( 114 7 4~81. 1 0(44 HAZI aAD~ PNOR UNIT O00 TYPE 000 TYPE 000 000 C~TE 000 CATE 000 0o4 SIZE 0O4 SIZE OO4 068 COD~ 06B CODE O68 ENTRY 0 0 60 16 0 1 SIZE SPb REPR PROCESS CODE ~ 68 00040000000000 ~ 68 OO040000000000 I ~ OOO4OOOOO0OOO0 ~ 68 000400~00000~0 ~8O004000000000O 68000400000000~0 i ooo oooooooooo · ooo oooooooooo ooo ooooooooo, o 168 o:0o4000,00000o0 ! 68 0004oo0900oo0o ! 68 000.40'()000000o:o 1 0.68t2 8'561,! 0;574I 1,1962 RAID3 , ] SI:NI O, 848 RAD3 SINI D~F,T 4.3(')0 1~75 PtAZ, ~,~011 OEVI 0.O125 DEPT 4.100 1'119 P1AZ 2~8323 RA~4 0,3226 DEV] O,OOOR DEPT 400~,2974 P!AZ ,a122 RAh4 0,3357 DEVI 0,0100 DEPT 3900 PIAZ 2 RAP4 0 OEVI 0 D~PT P1AZ RAD4 DBVI DEPT PlAZ R'AD4 DEr! DgPT D:EP T OEV ! DgPT P! AZ RAD 4 :D E v ! D~;PT P1AZ RAD4 80gV RAP1 (;NOR $DgV gV $DEV RAD1 GNOR Sl,)gV R AD 1 , SDEV R,AD ~ GNOR gV 2896 2016 3355 0103 91.2 3700,2739 2,~88.3 O, 355 0,0111 3600,2661 BDEV 8,9.4 t~.A D 1 3291 GNOR 21. EV 35004, ~583 SPgV R.AD1 GNOR ~i]! 0140 E V 340~,20 5 $DEV 7235RA01 ,0052 ~.V 3300 . 2 .t 27 SD E; V ,b57,,. RADI ~,2'906 0..0125 7.5209 0,8358 O,Ulll 7.3441 1,(.,041 1.1376 O.t)oS~ 7,5039 1.0040 0.7898 0 0~00 7 5497 1 0043 0 0.0~03 7,5666 I. ~045 0.7433 650:4 7,~993 ~,038 o'9292 o,o12,{ 7,319:9.2 7 433 0,0~4:0 ,5590 ,:0037 0.9762 0030 6o4~ 0,0069 ~..t25. Ii0036 R A:D2 FNOR HAZI RAD2 ?NOR gI RAD FN OR HAZI 0.48'14 8.2865 0,5745 1,1674 0 ~913 7: 0,8637 8,1062 0.57'12 1,1315 0.9134 8,3811 0,5780 1,2145 0.9616 ~.~053 , 784 1.0375 0,9~59 ~,5 20 0,5785 1.0584 0.8217 0 1 O, '1674 8,8852 °08 0,5754 0; 9387 I 5620 RAD3 SINI RAD3 SiNI RB RAD3 SINI RAD3 SINI RB RAP3 SINI R~ RAD3 RB RAD3 $~NI RB RAD3 SINI RB RAP3 SI.NI R~ RAD~ R AD3 S I N I ~,3137 0,3290 0.9874 2,9084 0,3355 0,9857 1 9bBb 0:3226 0,9830 , 57 0,9824 .,2400 .3355 0,g823 0.98~9 2,:0:667 0,3355 0'9835 3,0620 8.3291 :9875 3'., 34 B 4 :0', !0000 3096 9832 0,0:000 0,2966 O~9~36 GVP Oln. HO? vF~RI~.'IC~TIO!',~ L, ISTING PAGE 42 OEVI 0.0t)69 DEPT 3200 2349 SDF;V PIAZ 2.0152 RAD1 R&D4 0.3227 DEVI 0.0033 EV D~PT 3100,2271 SDEV AZ 3,0660 RAD1 ~ID4 0.3032 GNOR DEVI 0,0125 EV DEPI' 3000.2192 SDEV PiAZ 3,~092 RAD1 R~D4 0,3032 DEVI 0,0151 EV DEPT 2gO0 2114 SDEV P1AZ ~ 2:6027 RADI R~D4 0.3032 GNOR DEVI 0,0159 OEPT 2800,~03b SDEV PIAZ ~, 632 RAD1 RAD4 0,3163 GNOR DEVI 0,0260 EV D~IPT 2700,1958 SDEV P1AZ 2,B939 RAD1 RAD4 0,3163 GNOR OEVI 0,030~ EV DEPT 2600.1880 P I AZ O146 RAfv RAD4 2901 GNOP DEVI :OBO9 P1AZ ~AD4 ,3099 DEVI 0,03~6 Ev RAD R~D~ O, 3032 GNOR DEVI 0.0t12 P 1 A Z 4 R A D 1 RAD~ 0 G NOR OEVI 0 ~lV DEPT. 2273, 3364.. o"DLV Pt AZ 5.1569 RgD1 0,5346 0.0033 8.547g 1,0038 0,9756 ,'~125 1 0.76~6 0.015! 9.6188 1,0035 0,6736 0.0159 8,6689 1,0035 0,7666 0,024n 9,3764 1.0034 0,6272 0301, 0~) 88 34 7898 0, t, 30 9 9,1668 .1.. ()0~ 0 , 76 ~' 0 03 46 9 1 0 8130 0.,04~2 7,5421 .0034 .9059 0.0397 7,6666 1,0034 .994 ().9~ HAZI R Al.)2 FNOR HAZI RAD2 FNOR E1 HAZI RAO2 FNOR EI HAZI RAD2 FNOR i~': I HAZ! RAD2 EI HAZ1 RAD2 .FNOR EI RA HAZ l F N O R. HAZI RinD2 NOR EI HAZI .AD 2 NOR. Ab 2 ,8053 .4829 .7424 .57B1 ,1890 .2086 .4635 ,5764 ,1211 159q :4963 .5761 .9434 .9439 ,9286 ,5782 ,0375 ,8374 ,5094 .5784 ,9695 ,8919 '7583 ;5769 ,1.:t85 ,575 ,071~ .9302 ,76~1 ,576t .1577 ,o3~3 ,7826 ,5738 .1577 0712 7475 5~11 ,t636 .020~ .367 RB RAD3 SI_N'I RB RAD3 SlNI RB RAD3 SINI RB RAD3 SINI RO RAD3 BINI RB RAD3 SiNI RH RAD3 RB RAD3 $iNI RS RA:D3 SIN I RO I N I RAD3 0,0000 0,3227 0,9823 3.1426 3,2329 0.3032 0.9845 2,9420 0,~032 0,9834 3,0091 O, 3163 0,9833 3,2851 9838 ~,3757 ,2901 O. )99 O, 8 4.7365 0' 3. O 32 0,9900 4,'7360 0,3097 0,99:03 4,1364 0,3032 0,8403 $!NI 1,1707 PAGE 43 0,9916 ** FILE TRAILER ** SERV1C~ NA~E : SHDOLIT VERSTON ~ :O01E04 DATE :86/02/13 ~AXIMU~ LEMGTH 101024 FILE NEXT WILE ~A~E : EOF ** TAPE TRAILER ** SERVICE NAME :SMDOUT DATE :8b/02/13 TAPE ~AME P~I~DT CONTI:NU~TIO~ I01 NEXT TAPE NA~E ~ COMMENTS ~FS3A, **,RREEL TR,~ILER ** R ~ El'., r~ A ~.E :PSIgDT C[1NTINIIITIO~, ~ N?XT ,REEI,~::NA~E : *-~--SCHLUMBERGER-~ ~mmmmmmm~mmmMmmmmmm~ FERfFICA~,.ION LISTING [,VP 0.~(),~02 V'FNIF.ICATIU~ bISI'IN(; PAGE ** NEEL, ~EADER ** SERVICE NaME DATE ORIGI t.i :Fi, lC REEL ~AME I PS1. EDT CD~OTI:,~UATI(]N ~ :01 CO~,E~.~TS :SCHbUM~ERGgR ,~'EbL SERVICES CLJS'IO~ZR FL1C 'tAPE SER'~ICE N A~,~ E : SHDDiJ'f DATE :86/02/13 ORIGIN :FLIC TAPE N ~,~E : PS 1. ~DT ********** EOM ********** ** FILE HEAOER ** FILE NA~E SH 0 SERVICE SHDOUT VER S.t Ot,~ ~ IO01E04 D4TE : ~4 ~ X I ~'~ U ~'"~ p I,:{ E N G T I"~ 101024 FILE T~ E PREVIOUS FILE F~S,FSTO01 * SC hO BERG[R * , ALAC~KA: OMPUTiNG C:ENTER * **************************************************************************************** COMPANY ' N : TEXACO I'C~ : tEXAL3 C. OLVlL, I,~: DEt,,'r~ ~2 IL1..,I.."" ') = Ct]EVIL,bE"' DELTA, WIL:D['.AT COLINTY = NOR~:'[.! SL[]PE STATE : ~.LASKA VTSCO,~TTY = 9 625" 9. 2263~. ' alt SIZE = = 10,3 L~t6 R~ =1,,660 ~ 67 DF = 38,0 S R~F =1,380~. 67 DF = 9,5 R~'tC =1,870 = 6,2 =0,'102 (a 168 DF !~AGi~E'rTc DECLINATIO~ Il DEGREES ******************************************************************************* Clt,AN~qEL DEF!NI'rlOuS O~J TAPE l. SHhT FAST CHAN~ELS FiLE ~ A ~ E DESCR I PTIO 8, D 1 ~ P~O t-lET BU,~TON C DB1A = PA~ 1-2ND BUNION F r)B a PAD ~":~ND 5UTTO~ -IST B.UTTUN G DB3 = PAD H r')P, 3A = PAD -2ND BUTT. ON I. L)B4 PAD 4-1.~T J, DB,iA ~ PAD 4"2ND BUTTON i C£,I. OI~[i, TR~ CHANNEb$ FILE 2, 8HDT ~'N"' N" NORa I 9..81 L¥ P C N FN ~ONT: DAY : YEAR: II"~FURMATION R[<C(]ROS ** C. OaTFNT$ TEXACO INC CON TEXACO C~!,,VTL[,E DF:bTA ('ONT~NTS COLVILLE DEbTA ~,~ILDCAT CONTENTS STATE CONTENTS ['~OR~UGH CONTENTS F $:3A CON TEN T:S C 0 N 'r E N T S ~2 C [:1N T E N T S UNI? UNIT UNI]: U N I T UN IT U N: I. T UN I T I T TYPE 000 'I YPE o00 TYPE 000 TYPE 000 TYPE 000 000 T 000 TYPE 000 T Y P E o 0 (.) 0 O0 CATE 000 CATE 000 CATE 000 CATE 000 CATE 000 CATE OO4 CATE 004 CATE 0O4 SIZE 012 SiZE SIZE 022 SIZE 006 O08 SIZE SIZE OO2 SiZE 00~ SIZE OO2 CODE O65 CODE CODE 065 CODE 065 CODE 065 CODE CODE 065 CODE; 065 CODE O65 API~: M'x'E,~~, CO~TE~TS M~E~4 C~)NT~NTS ~OEC: 0, 4 ~,~ E: ~- C U N T E N T S MF~f~: 0.570O MNE~ CONTENTS MINC: 80,0000 MNEk~ CONTENTS 8'HD S: FCDD: i, 0000 baTI: 70,0000 SC)FF: -1 ,0000 ~CCT: o,0.000 ** DATA FORMAT RECORD TYB~ SIZE REPR CODE U iq I T mMm Mmm .mmm mmm, DEG U?~IT DER UNIT DEC, t.) ~,~ I T UNIT U N I T BEG UNIT UN IT TYPE mm ,~mm. Mmmmmm~ ,,m 000 000 TYPE O 00 TYPE 000 TYPE 000 TYPE 000 TYPE 000 TYPE 0 00 TYPE 000 TYPC 000 ,~, ,,,,,m ~m,. ,i 000 CATE 000 C~.TE 000 CATE 000 CATE 000 CAT~ 000 CATE 000 CATE 000 CATE 000 C .A T E 00,0 010 SIZE OO2 SIZE 0 O4 SIZE O04 OO4 SIZ~ OO4 SIZE 004 SIZE OO4 SIZE 004 004 CODE 065 CODE 065 COO~ 068 CODE 068 CODE 0~8 CODE 0~5 CEDE O68 CODE CODE CODE GyP 01(!.fi0~ VEP, IFICATI[t;".i i.,ISTt~[; PAGE 5 2 11 16 0 DATUM SPECIMICATii]N ~NEh SF. RVICE SERVICE DEP~ S[-~I SHDT OB1 D~IA SHDT D~ 3 SHDT D~3A D~4 SHDT DB4~ gHOT REV SH'bT BLOCKS UNIT A t, FT V pi O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 oO Ol API 636 6{O 610 610 610 610 610 610 610 610 6b 66 79 66 b6 66 66 API APl FIbE ChASS MOD NO, 21 o 1 10 0 1 01 0 1 11 0 1 02 o 1 12 0 1 ~0 0 1 O3 0 13 0 1 o 4 o 14 0 O0 0 o 648 1 0 1 SIZE SPb 4 64 64 16 64 16 64 16 64 6 64 64 16 64 16 REPR PROCESS CODE (OCTA.h) 68 00040000000000 68 00040000000000 68 00040000000000 68 00040000000000 68 00040000000000 68 00040000000000 68 00040000000000 68 00040000000000 6~ 00040000000000 68 000400000~0000 68 000400000 0000 68 00040000000000 ** DATA OEP't'., 6629,9414 1~.1831 18.491.3 :~,2900 18,'4095 1.8,~035 ,3651 18,2994 18,. 469 18,5772 18,5811 18.5860 18,1. 8:11 18.6026 18_,2293 I8,288:2 18.4002 1.8 5240 · 18..6093 ' :62 ~,5030 18" 14,4581 14,~74 14~I~7 14,63024 14,6834 1 it, 6580 t 4.' :: 03 I 4, . 9 14,514:. 14 ' 55:36 i 4,o95,c' g 14, 64~4 14,7445 14,7322 1~,7317 14,6955 17,0276 I7. 0668 17. 1660 !7,30:Ob 17,3558 ~'l, 34t 4 i ~ ,2947 17,2204 17,1570 t'7,20~6 t7,2538 , 30:I 4 17',:4050 17, ~010 t7,4056 17,36 04 D E P. 17.0955 17 , 2 ~59 B.,7978 9,0850' 19,0570 i9.1307 DB3 17,]277 1.7_ ,6148 11 ,58'?9 17,7023 DB3A 0548 191 DB4 30,0569. ~o, ]6'14 z 0 ' 3 2 4 4 20,4606 11,]186 11..4935 11,4194 11..$259 0,6508 6600.2090 DB1, 16.R87~ 17.1111 17.I392 1@,7958 19,0314 19.0830 17.]379 757!)9 7~6350 13,2321 13.2610 20,0624 20:. ]9'2~; 4495 19,6360 16,9993 17,0 ] 37 17.~.5~0 }~,8897 18,9546 19,1675 17,4583 17,4938 17,7514 3259 .1487 20,5038 I I . 530b 1.5,141g 17,1023 17,0264 17,2766 19,0268 18.9624 19,1870 17,5779 17,4889 17,7444 1],2504 ~652 560 20,3132 · 5164 I,480g · ~ 3:619 11,5592 ,5107 · ,:3825 1 5,3867 17,1744 17,0635 17.2946 19,0932 19.0207 19,1962 7,6077 7,5441 17,7419 13,2973 13,2030 13,3689 20,3623 20~2760 20,.5292 11, 11,5629 16,~0g0 15, 517 15,5996 .l'..,~/P OlP,.Iq02 VK!~{IF,[C.~'Pit9~,~ [~iS.rI~aG PAGE 15.7414 17,01.86 17,36~! 1~.5362 DB! A 14,.t041 15,9944 16,6012 9t~ 2 t4,7503 13,8878 J5,1702 16,8640 1~.14674 I , 865 15,84282 15, 18 1 13 7724 631~ DB3 15,0165 D ~ 3 R 15,7408 14,~4'~9 15, 37:4 16,2402 15,5934 16:,0875 i7' ,2794 15.92~1 .7,8640 _7,0958 14.3637 16,2945 15,59C. 0 !4,24~4 4,3983 4.2297 15.9110 14.5924 15,9573 19,.0040 17,1~45 15,! 38 15,1.502 15,§613 15,793~ 15,5882 16. '1247 15.8769 16, 14,3216 16,26368 15"5646 it, 3 5497 2148 1.5,5308 8806 :7763 19,t470 7865 14,2952 14~4497 15,8093 2:587 15,4625 5907 16.1208 l 5; 25:t:6 15,7405 14.9782 17.9054 16,4089 14,4819 16,6870 16,0548 13.1495 I~,9193 , 44.6 14.9470 15,5866 15,3180 1§.7871 ...g442 14,063~ 15.'7273 ,944:6 1. 6,62,. b 14 7.66 16,'~548 16.'489 15,8453 15,7283 17,6421 16,8794 15,3777 16,5584 16'4441 1t,3695 5,8065 ],6814 8 15, 15.0332 18,2710 15 88 0 15~,7518 15,4885 14,8356 II,:083:6 16,5876 16,4918 I6,2532 D~PT t6,4825 [6,6248 0,'720~ 6500,2178 16.5899 16,5105 15,3524 ~8:5598 12,4649 DB1A D~2 DB2A 15,796~ 7666 ]5,7805 12,7733 14,5679 14~4501 DB 3 15,872!. 16.1251 16.]049 16.7387 19~3088 15.5~56 16,1.~97 18,6950 15,2748 13,4601 17,46! 076 14,0214 ,88 50 16.5839 16.6813 16,0084 16,1280 15,9060 g,54~1 ~5,50 5 15.1867 19,1400 15,2893 14,7839 15,4650 17'3808 8008 16 ~185 i. 7.0613 16 2476 16~2011 14~5591 1. 3285 15,0485 t9,~686 13,6942 ,8901 I,3371 ,1089 13.9654 13,5093 : , 6787 16. 0446 16,95.19 16,3593 16,407] 15,5336 7,4660 5,2905 16,2424 19,I 72 12,8708 13 ,, 0494 18,3778 i 6,7099 14,0233 13 ,2 ~,11,75 ,5223 15,1966 REV D~PT 1.6.3056 12.8357 1],2807 12.8821 14,5592 13,8263 lb,2215 14,6g05 14,9~04 17,1457 il,6821 !5,4687 D~4A 12,44~7 17,4657 0,7197 b400.2422 8t~1. ,'7 ;2755 13B 1 O~IA . 5863 t~:08~7 14,4 7 79 14,13867 I 3,607 3 1~,5470 1],8766 15.7793 14.9447 6,9167 2,59~4 14,16~00 16,, 49 1,,t,8566 14,4393 18,7936 6,8839 1 4 ~ 69'90 18,31.39 8,5908 15~5083 9.3198 12,5057 15,2050 13.3132 14 804 15,6751 I~,7496 15,~36 12, 16,2275 15,6660 1.4,9272 16.,6223 20:,6849 18,7451 16,1256 7..4987 11.3069 14'4776 12.4592 14.1223 15,5889 15,299] 15,4105 3,7897 3,9325 1~,5696 I ,2671 15.2041 18,5795 ,0508 ,7:561 14,49~] t2~73a. 17,8659 7. 4617 11,7375 13,6111 11,8222 13,9429 16,1699 14.9360 16,6089 1 .qb61 1.~,0510 ,7824 15,2008 18,5333 1~,9163 ,5852 ,3395 12,048~ 14,2:3:1 17,7459 9,2363 11,0258 1. 4 ,, '1200 19,,,~ .158 11,809¢ 9,1594 21,7025 R,1175 10.1157 18,8120 21,4495 ! 8' 8022 20,2443 ! 3,6454 21.0084 18o5515 18,6705 I 7,5~81 21,9]30 10,, 1.8.7581 DB3A 8,8]77 19,549:2 23,8782 6,7.558 ,6 DB 4 2~,4192 ;7285 20,~76 10' : 6.9 17,9177 DB4A 11,9004 I§,1810 18 ,9~54 ,0767 11,9.715 I{,8129 ' :.648i REV 396. 243~ S 131. 19,203. .754, 18 3[. 14 11,973~ 15,~.924 6,5918 11,2885 19,72~3 21,1769 19.3680 17.9392 12, 19,3982 'I, 6095 ~:I 791. :t 19 !513 ! 1,5 ],80 !$ ,.Z :8 ~: 1 16~8~26 23,9842 12,624! 15,9976 7,5809 12.5310 21,4212 20,6585 20,4330 16,9580 1.4, 09 20.2215 479 10,9748 12,0090 20,2676 9,6 3I 0 .4 ¢ 77 13,6939 17,5880 8,4460 13,8519 22,0185 19,7525 21,6026 15,3601 0018 :0322 21,o943 .! 042 :7888 9.6232 102' 57'79 2 '.8169 9~ 18,9846 19~2508 24 ' 7799 D 81 22.'1149 19,i723 :18.2056 23.9309 16,,142 15,7204 23,6050 1" 2502 1 3 160 18 18 19 7966 7996 6H50 0886 19,7830 18; ~690 18,1071 27.8099 18,3526 l~.lllb 22,4431 20.0254 18,2881 22.7030 18,9014 18,2801 21.9089 1.7,8202 1:6.R86¢) 0 ~0~0894 18.9494 18,6731 IH,0534 ,4732 ,09t2 19,91'18 2 7. 4092 2'1 2754 1816985 18,6346 2U.'7512 19.4457 19.7664 22,0996 16,3481 17,5661 2 1 2553 17~7004 18.5490 ~,6,2519 23;1728 18,8117 18,74'4 20,V458 21', 14~3: 17,3892 26.3461 25,0940 1.@,3450 18,4919 21,1486 18,7548 20,1,!.46 22,1719 14,9901 ~7,2329 2t, 1813 39;8703 18,3223 19,0155 177~8634 1 . 3647 19,9568 2i.,0401 16,1001 23,3186 20,3891 18.7553 18,5363 21,9162 17,4205 17,96B8 I,1555 ,8656 17,4074 20,9095 20,3721 19,7545 ,5103 18 "8:564 ,6477 ! 9, :1714 4690 20,2989 20; B t~ 96 15,3250 19,2609 2i, ';2.73 2 ], 3096 26,5395 ~8,34!6 17,1647 24,029~ 26,8043 17.4487 18,b899 I,]001 ** FILF': T[{AIbER ** FILK NA,~E : SNDOI_IT, 001 SERVICE ~I i~ E : SHDOLII VERS!Ok ~ : OO 1 ~l()4 OATS ~AXIM[~ [,~:NGTM :01024 FZLE TYPE :FS NEXT ~I[.,E ,"~A~E ~ 1.8,4421 23'78B1 26,9800 16"4505 21,8981 5483 2g:9333 1 9589 2 4836 1,9,9442 23,9192 24,1584 17,0772 24,0296 INC, I~CO0% ** 't.'NFORbATION RECORDS ** D E L, '"1" A #2 UNIT U N I T LIN I,T T Y P E 000 ~'YPE 0 0 0 tYPE C A T E O00 CATE 000 $I ZE Or2 SIZE 024 O65 CODE 065 CB DE 0t0 ~02 VMRIFICATIOi'J [,I~'TINC'; PAGE: F~ : CDLV!LLE ST~T: STATF COUM: BOROUGH q O N T: 2 ~NE~ CONTENTS 'YE~: 86 M~'EM CONTENTS ApI~ql 5010~0047 mNEM CDNTF, MTS RUN : 2 MNE~j CONTENTS ~DEC: O.O00O M<~EM CON:TE~TS t.; ~ I T UNIT O N I T UNIT UNIT UNIT UNIT UNIT DEG UNIT ~m mm~m 000 ?YP~ TYPE O00 TYPE 000 TYPE 000 TYPE 000 TYPE 000 TYPE 000 000 TYPE O00 000 C~TE 000 CATE 000 CATE 000 CATE 004 CATE O04 CATE 0O4 000 CATE ~00 CATE 000 C~T~ 000 022 SIZE O06 SIZE OO8 SIZE 022 SIZE O02 SIZE OO2 SIZE O02 010 SIZE 002 O04 SIZE 0O4 065 CODE O65 CODE O65 CODE 065 CODE 065 CODE 065 CODE 065 065 CODE CO:DE O68 ;,4INC: 80. 0000 I~ t,m~ ~m ,,~. ,I ~ ,~I ~{t,, i~ i I, ~m ,v~ ;~ F, M C [.) N T E N T $ PCDD: 1, ()000 ~I,IE~ CONTKNTS L ~ T I: 70,0000 CON lENTS '"1 ,.0000 CONTENTS ACCT: ENT . 0,00 P 0 RECDR'P ** 13 O:AT'LI.t~I $[: ECI;PI ..:ATIO:N ½hOCKS ~ .'~, MNE~ SERVICE oERVlCE UNIT ID ORDER ¢~ hO DEPT SHDT F'],' O0 636 SDB.:V 8HOT R. AD O0 000 HAZI SHiDT R,~D 76 RF~ SHOT R,~D 7663i,: PIAZ S~,,~t)T RAD 76 RADI S~DT IM 70 2,80 R~D2 SHDT I N 70 2 ' RAO3 SMDT IN 70 00 F ~ 0 R S H D ':[' [) E R 0 O 0 r) 0 REPR CODE 66 66 66 UNIT t!~IT U N I T UNIT TYPY 0 o o TYPE 000 TYPE 000 TYPE ~YPE 000 TY~E O00 EN TRY° 60 16 0 1 A'P~_ &PI PihE SIZE SPb 21, o 2 2 4 O0 0 4 :1 O1 0 2 4 1 01 O' 2 4 I ° 42 0 2 4 43 0 2 44 0 2 4 l, O0 0 2 4 o o 0 2 4 1. C~%'E SIZE COI.)~: ~III I~I II~ 0 o 0 004 068 CATE SIZE CODE 000 004 O65 C~TE SIZE CODE 000 00~ O68 CATE SIZE CODE 000 00~ 0~8 CATE SIZE CODE o00 004 068 CATE SiZE CODE 000 00~ 068 REPR CODE ~8 68 68 ~8 68 PROCESS tO:CT,A[,) oo040000000000 00040000000000 0040000000000 0040000000000 0004000000000O 0004000000:0000 00040000000000 0:004000.000:000:0 68 (0040000000000 (0040000000000 68 00040000000000 I j LVP 0'10,i402 ....... V~RIIrl[CATI'[)hl [,[STINC., PA(,E'~'" t5 SIN1 SHDT O0 DgVI, SHDT RAL) 76 EV SHOT V 01 EI SHDT A~P (')1 OEPI 6629,9414 SDE¢ PI~Z 2,7524 RADI RAD4 0,3485 Gt',tOR ~EV.I 0~0321 ~V OW:PT 6600 2090 SD.~]V P'iAZ 3:7806 R.AD1 RA'O4 0.3160 GNOR DEVI 0,0274 EV DEPT 6500,2178 SDEV PlA% 4.~428] RADI R&[')4 0.~29! GNOR DEVI O, 333 EV DEP7 6400,2422 $OEV 'P1AZ 0,2145 R.AD! NAD4 0.3290 GNOR DEVI 0,0439 EV DEPT 639~,:2432 SDEV PI: AZ · 3854 NAD1 R~D4 0,~290 GNOR OEVI 010'446 EV · ** FILE TRAIbF, R FI L, ~; SERVICE NA~t~ : SHDOI~IT VERSION ~ : 00~:~0:4 ~AXT~U~ [~EN~'TH :01024 FILE: TYP~ NEXT FIL ,, 000 O0 0 2 62o O1 0 2 000 OU 0 2 000 O0 0 2 0,0321 HAZI 4,6201 RAD2 1,0024 FNO'R 0,6508 El 0,0274 NAZI 7.6021 RAD2 1 0021 FNOR 0~7205 E1 0.0333 HAZ1 7'8640 NAD2 ,1. ~o29~; FNOR O, t 0.0439 HAZI , 7957 RAD2 ,0027 FNOR 0.99~3 ET oq4"' , ...,6 NAZI ,9854 RAO2 1,0025 rNOR 1.2768 ~I 3,4479 4.921.0 9204 3.0539 7 6807 0."5750 1,1@45 3,0987 7,8349 0,5';6:.3 1,4260 :. 155~ O' 1359 1. 83 1 68 00040000000000 I 68 00040000000000 1 68 00040000000000 ~, 68 00040000000000 5.~880 5 R~D3 O. 984~7 $INI O, RB 0,7265 R&D3 0,3160 $iNi 0,'9865 RB 1,5246 R,AD3 0,329! $INI 0,9894 RB 3,3987 NAD3 0,3290 $INI 0~,9896 RS 3,5129 NAD3 0,3290 $,INI 0,9888 STATE CDNTE~'~TS H 0 R O U G H CONTF,'NTS FS3A, CONTENTS C :0 N T E N T $ C O i~ T E N 3! $ NC. [ibVI[J[~E DEbTA #2 i,)EI,TA ~'~ I bDCAT YEAR~ 86 TYP£ 000 '!'Y Pg 000 TYPE 000 TYPE O00 TYP~: O00 TYPE 000 TYPE] 000 000 CATE 000 CATE 000 CATE O00 CATE 0 OD CATE 000 CAT~ 000 CATE OO4 CATE 0O4 CATE 00~ SIZE 012 SIZE 024 SIZE O22 SIZE OO6 SIZE OO8 SIZ~ 022 SIZE 002 SIZE 0 O2 CODE 065 CODE 0~ CODE 065 CODE O65 CODE O65 065 CODE 065 CODE 065 PAGE APIN: ~010120047 RUt<~ : 2 ~DEC: O. 0000 :'~ ~E~ CO~TE~tTS 4FIf~: O, 5700 MINC: 80,0000 ~NE~ CON TENTS ~'~ tC ~'~ CONTENTS FCDD: 1,0000 ~N:E~ CONTENTS ~ATI ~ 70. 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APl AP1 API APl I9 ORDER d bOG TYPE CLASS MOD SHDT FT 00 636 2~ 0 S~DT O0 610 lO 0 S~T O0 610 O1 0 8HL)T O0 610 11 0 S~DT O0 610 02 0 S~DT O0 610 12 0 SHDT O0 610 20 0 SHDT O0 610 03 0 5HDT O0 610 13 0 SHDT O0 610 04 0 8HDT O0 610 14 0 8~T ~ Ol 000 O0 0 3 64 16 3 64 16 3 64 16 3 64 1,6 3 64 16 3 64 16 3 64 3 64 1.6 ,1 64 16 3 64 16 ODE 68 68 68 68 68 68 68 68 68 68 68 6.8 PROCESS 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 00040000000000 DATA *~ 6629,9082 22,6599 22,6717 2~,6639 22,'7843 255 87~:7 22,641,~ ,6B9 I , 8'3 15,8321 22,6i71 22,6612 22.7009 15,8400 2~2: 65ao ~.~460 " 088 15,8200 t 5*8082 15,8376 22,6640 22,6325 I~:'8182 15 '78~4 ,8300 DB1A t6 .3358 '" 3718 34:48 I'6,,t ~ 16,...524 i6,38:25 16,3510 16,3750 16,3'517 16, ] 1 16,3478 ,35 :! 9 DB2 23,:~393 23:, 408 8 99 23 '9~8 23, 9 23,7995 23,83!79 23,.86~4 2.:3,8030 23:,8373 23,,8'765 22~,!458 ,, 792I ~3,8479 23' ,?'.481 23,8312 b~;P 010,~02 '~tERI~'ICaTIO~,~ LISTINL; ~AG~: 19 DEPT 19.0657 19,6408 19,5512 X9.65]] 24,5494 24.5719 24,5501 24.6591 0 ~ 3 19,6615 19.661] 19,6688 1.9,'7469 21,1822 , 3t 21,2702 DB4A 15 720:5 0,7429 6600.X748 $81 13:2872 15 11 18 §02~ 19,6657 19,6469 19,6398 24,52@9 ~4,5616 4,5928 19.6385 19'659q 19,6998 6~360 22,68]6 13,7653: ,69~6 1~. 31'21 19,o657 19,6607 19~6187 24.5358 24,5526 24,5846 19,6305 19.6542 19,6976 21 !531 2 2 ' 61 ,6788 9990 184 19,6588 19,6580 19,6102 24.5770 24.5198 24.5713 19, 19,6961 21,1709 .2090 ],632 6~ ',:9 22, 5 15 7037 ' 139:0 , 62 19,6484 9,6524 19,6079 24.5845 24,4888 24,5553 19,6547 19,617] 19,6949 21,1918 ".19~ Ii, ,6191 :, .5 22,6530 15 15, 82 13, 74 15, ' 81 1.6,3695 17,9608 1'?,1097 18,'t091 17 ~45 17i2090 155711 15,815~ O~2~ 19,6625 17,7617 18'.45~4 18,0145 S82 14,9188 15,3420 i~,7677 · .'.02t0 ! 3,5864 15 18,0ggl 13 ,, ~ 634 17 , ~662 I5. 149 [) ¢34 1,5,1.4.87 20,37 ~ I4,39 ! 7 , O 36 3 16,4193 1g,21..>:$ 17,6494 16,0594 19.1950 17,6643 16,9018 15,9486 19,4459 18,255~ 18.5731 5,444 6,259~ 14,9806: ,' ', 485O 1:5,6542 20,~596 t5 ~:749:7 5.4511. 7,5724 !8,5482 18,2080 15,9589 18.7864 0646 17,.. 1.6,3147 !6,2520 18,3412 18,78 54,8861 ,4165 16,5826 17,41' 19 : :4 oo ,4984 ' t3'70 1.6;5669 1:6,9515 .I ~, 8737 '7635 15,0929 1g,0220 18,3617 18,7350 18,0222 18.6816 17,9304 15,5991 16,313g 17,5772 18,7200 1.8.3587 14,8557 15,4458 16.6487 17,9366 II,4',90() ,2059 I'~, 778~ :,4405 16,3118 .5160 17:,, 4 ',05~:0 t5,1574 1g,8'586 I7,b840 18,6713 19,2405 18,6425 1~,7260 1 ,3623 16,1.284 17,1984 18,~b49 18, 1t3 15, 8 16,4093 17,9954 14,8946 15,8483 128,5469 , .183::8 15,9928 8,3125 8748 0549 LISTING PAGg 21 18,3551 15,5691 18,7~67 O~?~2e 6500,IB46 14,4502 12,'4708 16,2552 18,2765 DB1 A I ,518 4"1 15,3192: 1.0,6768 15,3115 16,4588 D~2A 857 13,01308 2'0 16.,8422 1,5. 16.2381 !6,4945 18,1960 !a.4544 1.2,5733 118,01.57 165,8904 ,94[49 1~,4792 1 ,7304 15,5598 13.8713: 1:1.,2830 1:5.3420 11 ;60 t4 13. ¢i)734 16,5400 15,~770 12, 656 15,7425 17,6852 8237 )3~2183 i7,6007 1~,8605 ! ,1148 14,9035 16,3107 t2,617,6 12,48'77 15.:6129 13,4680 16,3076 14,7636 I4'1629 15 0 1'1,5115 17.0154 11.1217 14.0220 17,1337 16'055~9 17,2 2 14,~434 12. 174 16,6411 11,5607 13,8726 15,8801 9083 16 089 15 03 14,6087 18,5148 17,4016 15 8963 11:4 8 15,114 0 0 5955 525 13,5276 13,2935 16,6920 14,5618.54 I6,..,.7 ', 13,0610 12,094i 14~5335 15,8957 15, REV D...[ I 9,~B65 13,4115 1~,1.051 D t:~, 3 A 14,3~95 13.6744 ,, 14,.4253 DB4 1'6,6193 14.7703 13.6735 13.8637 1 ] 7520 14 0.8 14 71.46 0o696l 6400.2090 54 3!7 81.57 DB1 A 7,77 .~ 2038 10,019B 13,1.9.~7 14,236'7 12,2524 13.8323 13,6424 16.2293 1.4 6458 13~6661 1].9614 14~807 14, 342 5,5827 ~7'24 8 7,43]3 6,0349 11 ]lg8 '12~7422 13,4006 13,5971 13,5466 15,7963 ~4,4688 13,4864 14,0065 1q,9~.~7 8392: 5901 .2591 ,7962 ,43:g0 6,1430 5, :7:6'63 lI~9565 }.~0170 27 ~ 9 12,5954 12,1543 15,0732 1.4,3972 1],5896 13'5344 15,4182 14,3109 13,41327 1,3,9747 14,9099 14,3353 b,1152 ,2986 ..,854:5 ,5638 6. '2293 116,9334 ,95 13 5403 12;3552 14,9530 14,9547 113, 35 14,9271 14,1637 1],6188 14,0666 6,1666 8,0173 ,3042 11,2222 t74191'46 1:219 I,Vp 010o'~ "' ' DEPT 't ~, 917 7 OB 2 A 13.3225 8.2730 !.0,6.499 8,0751 10,5018 4,5510 , 1746 ,9977 1.1,737.'I 1~.~399 9 ' 365 ,5366 t.~,4050 I; ,4471 ',8118 DB4 ,7065 '69 1:, 04~7 11 6,100:6 ~ oo!6 ' 9570 1 ]. 17 9 '? 12,9962 9,01_39 10,76'10 9,16 08 6.2786 6,t. 024 12,2736 lO,lblO 8.2185 _3 079! 846 1].:199 1 16,5 6.3 8 13, 10, 10,9036 11, 8.52' 15,0923 12,0B29 11,2020 9,1329 11,0296 6,9645 6,5501 ~,0178 11,9553 9,5274 9,0250 ~1,4664 1,3038 12,0404 15,5180 12~9633 1o, 0825 13, 10, 1.0,1118 11,575~ 9.81~ I 4 , 770~ 10,2925 9,6109 9,7460 10,9756 41,7207 6,6027 5,8678 12,~291 , ~64 1~, 35 12 '511 ,9816 14, '39'68 '6868 ' 8416 2~ ,. 985'1 8,2869 I0,254! 1:i~1576 1..],7896 8.4738 8,7361 10,5363 9.7372 3,7696 6,3368 5,7626 , 3 10, 0 1~,4291 13 ,.6899 ,3388 6,7090 1].Iq52 9 6172 11.,0028 1.0,1750 9,1461 12,6050 I0.2933 8,5819 10,6@56 11,6443 8,3808 ~B2A. 12,0709 9,3883 ,i&89 0369 12',1203 DB3 .1. 0,7049 1:1:, :243 ~ 1 O: O0:ql 12 i305 0 B4 14~73'70 10.4375 13,3730 I0,7728 11,2644 11,2803 10,5217 11,0679 9,0795 11.21.1.5 11,~506 9, 737 11,4695 13,1941 9,43'55 9,4467 11,540:5 1.0,1286 I4,1576 11,2:2 !4,0509 9,8774 10.6659 12 7 10,91~4 1. I ,6257 ,2789 I{~. 6908 10,~882 10, I24 12 9893 , 16,7:358 13 ", 3269 9,3669 1. o 720 13,1.368 I2,007: O: 14,2713 9,2973 10,5473 2,0192 3,2548 1144953 13,8370 1,6488 ~0,3530 I0, !3,2.345 15,4170 8143 .7495 i10,1,:~268 12. 893 12,1730 12,7824 10,9617 9,8513 10,7862 9,9453 13,3601 11,7121 11,7694 11,7993 9,8175 8 8993 ,93~7 ,8182 13,8384 101,8956 ;4376 11,2735 Ii, 0 I0,850~ 13,2:57':i GYP 01('1.H02 VEr~IFTCATION L,.I'S'fING PAGE 25 REV D~:F T 13,5773 11.3349 O~4A 10,7785 11.1011 9,3887 11,0681 1,7870 6200.2578 11,3499 9,2984 9,594] 9,6151 DB 1 9~7828 I0~8090 9,5769 13'9157 1~,04q5 I ,2724 8,7068 6318 I:(~,4467 14,6383 14 1694, 10 7; 9701 13,757J 11,0765 11.0868 g'791~ 10,6977 9,040'7 9,1.240 10.0400 10,0828 10.2965 I 2. 7542 9,8147 10 g 1,2 343t 8,7437 10,3:I35 10,9767 9.3849 5,6733 13,9620 11,3927 10 7129 10:9424 10.7399 9,1457 8,8704 10.3460 9.7507 11,1522 12., 5367 I ~ ,2236 ... ,7770 9,8528 9:.~ 780.~ 11~6320 8,6'61'6 10, :99 lu,9790 :7.8441 5,4846 13,7104 11,5158 9,9473 11.5764 10,2385 9,5003 9,0~65 10,9.178 9,5496 11,3979 11,6326 10,6155 10;8'258 10,64 8,6499 9 ,3976 1 1,5::01 3 10,~683 6,334 6.2160 .12,9339 11,2244 9,4260 11.9515 9,7102 9~ 11,0397 13, 149 I0,8205 10,7~9.5 8,52'52 ~ 5186 11:0599 10,7573 :6.248 4492 95 0358 [5\/P 0.10.~.!02 V~RIFIC~T.I(3;,~ t.,ISTING PA, GE 26 9:7580 4,3556 13,1518 11.637B 10 9653 14',7021 14 5627 13 0789 14 6544 15 9838 12 18 0.8358 61, 00.2168 3337 41.12 662 .176 Da 1 2027 O, 93'72 2] , 5426 D B 2 9.5846 9,9~53 !.0,7038 19.4447 .1453 14,4770 12,9808 15.1004 ,t 3,2943 1, t,,7578 11;3571 O, 1946 0 ~ 823 . .3447 0.6302 9,5232 10,0598 1.0,8933 9,5642 11,83~8 11,1629 14 3577 13~3102 15,4512 12,~1,7 12, ' '43 15,8412 14,t788 10,2248 11,6472 O, ~247 . 275 3390 :]3:'37 '7 21 5 9,6534 10,0903 11,3232 9,58'72 11,4287 12,4800 13,9365 13,8051 15,7b14 12,5t59 13,1955 17,2200 42:9 11.~9672 0,2984 0,5814 0,2999 0 · 3961 0, ~ '.390 9,6968 10,1390 13,9692 10,5414 11,18t8 14,8253 13,5002 154.3341 ,9540 12,4565 13,5059 18,2864 15,9464 10,.7770 12~3206 0, 0,692 2'548~ 1,0021 GVP OIO.H02 V~]RtFICaTIOr.J LI. STIN(; R E u DFPT 0,0556 0,0013 0,0000 O, ! 901 1,2079 0,7186 0,5472 1,1890 S'.a2 5,85~5 11,0~%84 13,181.] 1.3,5759 5,7109 6,8211 5,8272 6,8052 DB3A 1,5513 I' 7,0202. D B 4 .~,6698 ;2720 DB4A O, 1446 O, 0,0087 0.6'729 60()0. 2764 097 0.0641 0,0000 0.0000 1,1,250 0,4243 0,5907 6,834~ 13,3209 6.0299 5,g792 5,8475 1.6746 3,15I~ 0,6326 0. I 070 n, 279 6. i 65 ~ 18'648'3 0,0539 n,o000 6,0000 1,0235 0,3196 0,6342 7,9573 13,3~64 ! 3. 4605 6,38~ 5,52 J 5,8677 1,8289 ~,~60~ .0610 o :6008 u65'8:9 o 5955 0,0929 0,3031 I ft. 433:7 0,0227 0,0000 0,0249 0. 9009 0,5021 0,7255 9,2466 12,6707 1.3.5674 800 6, 781 5'.~862 5. 2,0186 SSI 8 O, 0,5187 0 ~ 1.8.24~6 PAGE 27 0,0069 g:oooo 0933 0,8012 0,5036 0,9001 10,2429 13'04~7 3,61 5 2,t77.6 725 0',3732 O, 14.5.7 O, .0234! O, · 369 17,9799 17 , 2 ~ 72 I6'39'52 14.7305 15,9752 2~,t193 20,20.]0 78,6265 49 30 3603 1022 5558 2532 1.8 21 I7 7003 16 .95 ! 0 1,6 1 16 ~180 575 9324 S ~% 2 15, 05 15. 03 12.9188 1~,9,,)21 16,0811 15,8029 ",1533 · 746 0!52 I 071 17,7292 20'7691 20,0452 41..6983 53,1548 47.0301 1.'7,416527 18. 97 17.5586 9984 1 '. 2869 13 '49:5.0 1 00 2: ,783~ 813 7 1 19,6356 20,9697 19.8474 44',1479 51,~815 44,1247 17,1968 18, 482 17,4132 17 1078 2161 13,7656 1.4,i87! 15,465b 14,127:3 16., 74} 15~7805 16.9.188 15,5922 21,1108 20.6325 19,5321 46,8711 5[,8062 40.6012 1~,1147 1 ,9877 17,2592 17,2273 17,2447 17,1123 1.4, ,4709 9728 10,87'6 17~0359 16.6577 15,2213 21,7391 20~3866 19~1061 48.6280 50.9869 35.9824 I,2707 ,8443 17.1045 17,2474 ,0195 1 48 14..5298 I,5743 ,8492 17,4544 LVP n!.0.H02 V~RIFIC~TIC. N LISTI~G PAGE 29 D ~ F T 1'2.7701. 11.'4381 15.6723 ]0,0324 DB4A tI,516'1 1 ,4989 tl,5839 13.6087 0,6500 5900.2021 26,9646 27,1718 ~b,6625 5,8721 12, i 71'1. 23~6317 12,0985 12"5796 5,4214 1],8149 19,9785 D~2 14 15 16 ~7 7,1550 2 · 0063 S ~ 2 12,2981 11,8515 15,0434 10,6395 12.7711 12,0152 27,6066 27,010] 26,4267 20, I~' 942 4298 1],4394 14,9081 i S.; 3 3:,4, i 19, o 118 14.. 124 11 6333 11i9066 13 6142 9,6949 12,1288 12,5"128 27,64~7 26,9052 26,4309 1.6.49'5,6 1~8574 14,0052 13 ,957~ 1:5 ~ 18:, 14.237I 11,1705 12,7517 11,0588 9,8707 11.5005 13,1102 27,5475 26,800! 26,2716 4021 2o13,'~80~ 14,0 139 15. 15,4190 !5,5201 23~6~':59 27~1~72 14.'5919 10,7887 13,9357 10,1021 10,9931 11,2535 13,3804 27,3845 26,7424 26,0719 23,~806 17,6558 5009 1194 5468 16,3072 14,.8787 R E V D ~ P T I 5, ! 791 I~,1 ]20 :t4.4482 [)R 3 14,1284 13.058b 15,1788 21,7323 DB3~ 13 14 3691 2102 6635 4283 10,609! 17.3652 OB4~ 10,6447 9'9192 19;9704 12. 504,5 1,02t5 5800.2617 3'7 ' ;:0450 04o9 DBIA 13.4069 11,581.6 14,1726 15 't916 ~ s: ~o 35 13,7913 13,6731, 16,1136 12.7025 13.08,49 15,4518 0,3812 17,7262 10,3940 '1,2,7578 ,,660] !1,754:1 1.0,20~'1 13.2 24 ;! 1,1585 1 1 e, 9704 16,2653 13,3389 14,0947 16,4809 12,9844 13.2886 15,2391 16,6892 10,1934 1~,4926 2 ,2936 12,8025 !!,~299 ~,89.91 7935 7503 8909 18,1491 15.7403 12,8710 14,5162 18,031,4 13,2t94 i3,4923 15,6728 I0,2824 1,8235 14,4790 10,0103 17' 7 7159 12,, 8 ,8i07 ,5536,6245 I0,8737 1:2,4089 ' ~2622 18,~39 :15. 94~ 12,7115 14,9213 19,8819 L3,.3437 14,0798 17,0506 0,2282 ]4,:6798 13,1552 9,8772 16,2562 14,9706 12.669:4 ,7804 10 ,1450 ,8806 T LIS ,I t~,i' G PAGE 31 14,9277 14,6259 12,10'16 13'3467 12,7185 DB2A 14,7681 13,7561 13, 46 $~2 1~,3813 ,7044 5439 :1600 DB3 1.3 ;6779 1 3,.1.125 15,4731.~ 13,6' 9152 1~,066~ I '9115 DB4 I6, ,0935 ,7519 ,5049 .t]~5689 D 8 4 A 16,0616 15,39 83: ,2255 0.8585 5700. i 875 13,9027 12,5337 13,16."i~5 14,7480 13,6786 13'6610 13,1616 12,6469 11,8.136 13,5877 I ~796 14,9314 13; 7710 !4,2534 15,652.4 , :4280 16,3913 10,4136 13,1520 13,0264 12,9678 14,6213 13,b566 13,6308 12,9521 12,3855 12,0091 13,.4195 I~,3928 '3365 '4,3'180 13,,84,63 14~3191 8179 1.4,10, ~849 9,1'815 9,,7053 12,5507 11,3292 12,6706 14 3335 13:7532 13,5790 81 12'96~1 li:4508 13,5186 10,66~8 13,.14 0 13,9955 14;0972 13,7907 10,1008 12;,27'53 '9 16,2 47 t3,i0117 10,1148 12,1029 13,,4235 12,7446 14,0216 13,7919 13,5680 12,7257 11,5952 12,5298 13,4:3~6 11,5569 13,1682 ,1339 14,~9 1~,6093,8603 1 ': 1540 15,9061 12;2:soo 10,5125 0027 3259 0193 7~14 12,2227 I5,9395 15,2903 10,0752 9 77.30 16.9758 i5,4046 13,5475 D52 13,5982 i2,1~20 11,1578 15,5097 1~,2010 I ,9531 ;,547,9 88:38 9255 DB3 · 3622 3374 15.0798 !3,~63 1.6,452.1 !4,3588 12.6137 1.2,2756 15,7833 1.4,2734 9 ~ 67 !5'0638 13,7525 13,4605 i1,~460 1.5 6500 17 0923 10 7257 2,3 1 30 ,41 !,2,~62 96 1.4, 8.9507 1~t,941.3: 13,6973 ~.I.:914~ 1,6,i609 14,1085 12,0710 13,1198 15,7507 13,0512 10,5340 16'4418 14,'108B 13,8689 1.~,1371 I .5766 5,9!87 ,6;2332 11,4880 12.0384 10,6742 10,0673 ,7758 9,0486 147733 13 12 15,8450 13.7766 11,!107 14,2469 15,7166 1,1,4640 16, 1 14,3036 13,8847 1.2 ~435 1.1~ 592 4 2222 1 I ,2406 11 , 4'792 11,813'7 10,4776 9 '. 5936 '13,~83 1.2, ' 78 9,6724 15,2271 13,3888 10,2354 15,2142 15,6162 10,2832 14,0845 15,7340 13,8676 1~,8460 I ,4742 I1,2500 16,5924 7157 1:9552 1],4481 10,8088 9~8512 14,3437 b¥'P 0~0.H¢)2 VRRIFIC~T!['):~.~ [,I. STING PAGE 33 R E V DEPI,' 12,9708 DB4 11,95g0 12,2041 i3,0341 10,4058 1 ! 0.951 5600,289 1 1 ~,5585 1,3348 9,6973 8 1 3,2184 7,1964 5,1385 OBI o.., 12 ,. ,14:68 12~1948 11 ~4~2~ D B 1 ~. 13.4778 11,6515 DB2: I ;991~ ~7069 ;1753 D~2A 1]o428I 122,1B58 . ~ 9622 11 ~ gl)93 1,2,028~ 11,B089 12,92B1 8,9632 11,3808 13,9450 1~ 6OB1 1 ~4709 11,19~60 11, 12,271b ~2,8i27 I~'::76740237 16.027~ 14,852. 14,822.0 1~,0548 13,2392 I 1 ,'94324 12. 144 11,0849 9.5916 11,1481 14,7014 15,9975 17;3247 1.2, 018 1:I:,7660 12'2896 1,2 14,9850 12 12 .1,9 13 77 11,9635 12,8723 10,1779 9,9428 9,9350 10,3645 14,6930 16,4041 16.7296 1, 12,1318 12, 4 15,5 15,0953 12,2914 12,466~ 13,162i 12,0559 13,3566 10,3360 8,.7705 0,5249 19,8127 14,9405 16,~877 · 974 15, I,3998 11,0687 .7059 12, 11, 4 15,2155 14,6394 15,1197 12,::14:58 REV DF,.PT $ R2 ~2~4626 11.6719 9,g264 12,~169 11,9258 12,5252 13,2457 2,9693 1,6605 13,5258 15.6777 DB4 11,60't~ 11.6288 DR4~ ,8965 ;2690 0,9286 5500,281'] SBt I~,0370' ,3~93 15,~46 I6.0901 i 5,3:485 I o 2258 12 i)019 1~:4839 1!,38:]4 12 3095 11~9575 12,73~g , 05 14.2031 1l,]557 11, 40b 9,8600 l ,i:087 11,7437 i2,5587 1:4.9612 15,0200 ,869I 2B('3 t205 12,0076 12,4592 11,I~96 12,0997 12.0175 12,8877 1.1,85.31 12,0462 14,8088 11,'5448 ,4818 1~,2633 7 9, 11,54t7 15,2051 2970 12,0503 12,291] lO,~895 12,0974 12,1526 13,0063 ,4429 15,2089 11,5402 g. 31 115 1. 8345 !3,2849 1.5,566:6: t5,5731 13,5713 10,740 7 II,3362 12,2778 12~0079 t0,3212 11,9828 12,3286 13,131. g II,6448 'g481 15,5101 11, 30 1~, 38 I ~ ~1 I§,026.1 10'2391 15~8806 , ,8 358 ,I1i4 12.41.65 I].1859 11,4617 10,1660 16.]700 1~,9025 ,2825 9,1254 !)B2A 15,3004 11.6230 9;1777 ! 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7 . 7294 1~,6180 17,1798 I 5,29';9 18,5268 ! 9,39:23 1~,7276 16,5993 17,0.440 15,6002 18, 4 6 16,5811 S82 lq,~g54 14,95 3:9 18, 248 1:6,0610 1 o;...: 9 14;~7694 1492 8,3 4 16. 0095 I4, ~ ~'70 1.3,. 829 15 90'I~ ,~ , 16,0660 1.7,6709 16,4831 15,3780 19.3719 lb,5800 1.6,6941 17,0904 15,9395 1.8,~836 18. 301 13,0619 15.3480 18,a202 14,i3:06 1].,9882 i .9073 77:.2 3609 15.2841 15,7647 16,7741 17,5038 15,8186 15,8164 20.2423 16,2936 16,4253 17,561.3 1.6,3305 1.!~,~,~02 17" 33 19,7474 13,7320 1:3,3::138 16,7975 15,0417 1.4,86't6 13,9003 1.5,3348 17~4191 17,2668 15,0765 16,4122 20~6527 16,~31 16, 40 1 '7,66:t8 17,5900 18,4700 17.0292 12,5077 I5,2400 19,6658 75.9 1.],8117 i~'9809 !7,ol. 41 14,5105 1 ,~618 1~, 792 15,3593 17,7061 16,9931 15,2117 17'25140 20, 96 i,44~7 ~,2011 17,4143 17,7875 18,2301 16, .6 4 6 9 18,~195 12'146~ I0, t 4:, '7412 12,8074 4~9629 7,6337 14,5605 20,23e4 b i.,t 4 A 9687 .11.45 1329 7563 0,8595 4500.2031 1.3,7734 1'i,5339 12,7086 14, 56 14,561.2 13,9001 14,5646 ,J,9419 DB2 I~.~, 3705 I 3 16,~637 14,282 19,7353 17,8517 1.3.7926 15,3212 14,1023 .75a3 14,1334 14,4907 15,1050 1.4,565~ '7,73 15 5~96 14 19,5014 17,9327 37,5405 13:6289 15,1074 849 14,.' 15,6414 17¸ 4, 1 8, 8 14,7:4]0 11,~2942 15,4096 7924 18~1713 17,4426 14.4510 15,1279 15,7021 14,~32 14, 59 14,4447 1.5;9~53 17.0164 .3192' I ' 8802 13.5845 .1~,7659 15,5975 28,6634 18.3095 17,5165 i 4,8549 ! 6948 16'1517 15,9977 1~,5544 12,6470 15~'141,1 [,VP OiO.H02 9ERI'FTCtiT[f}.~ t.,,IST.t~ig PAgE 49 RBV ..0 E P T DB 'J 15.2363 13.7g50 15'0174 14.7539 ]6.1404 13,5025 16.2208 14.9772 D B 4 14,5633 14,8254 13,7975 15.2852 14,2053 15;2907 I 130 6 0059 557 6 5145 DB1A 14,3429 14,0548 15,3678 I4.219'8 '7037 15,9497 ;9 5.48 0695 15.0381 !.3,9127 1.5,397o 15.901] 14,2628 16.0239 1~,5019 14,5b~0 13,9897 12,5:4ug 1.4~.895 13. '77:81 15,5178 15.. 541, 14.4076 14,1957 15.8466 14.9290 15,2925 15.6603 1.4,66'tl 1~,2653 14,4099 15,1068 15'8879 14'6756 13,8552 15.4950 15,4167 1.3,8982 14.4269 16.0126 13,~602 16,0552 .15.2756 14,8483 13,9112 14,7600 !5,0859 15,8186 14.7058 12. '6784 14,4131 13; 6468 13 72494 14 71:2 15 3254 4312 15,. '~' 5 I6, 13,7252 14,6694 15,2597 13,2434 I~4.3420 .,8154 14,9060 13,6881 15,2767 1 5,0696 15,4659 15;0778 12,9900 14,2~66 13,6 613 13,6669 1206 15,5926 15,9481 16,049:8 ~.6.1689 16.i19fi4 1~,8609 11,5713 I~,80.43 !5.3353 15 8925 ! 5 9387 1.4 2593 D03~ 12.856~ 1.3,0005 I4,8899 D B4 15,07~9 1.4"21 ;7 OB4A ,7640 13"4923 15~48.91 t,?,4889 I .7276 REV 0. 8827 16,1653 16.0116 14;3226 ~6,2787 14.4678 11.0462 15,6433 15'6273 1,3.1.171 12~9204 13,0525 14,964~ 14,~2~5 1.4 5( 2~ I · 175,8939 1. , 16 8'~'6 1.5,2720 16,1853 15,9826 13.8415 16,2279 14,~020 11,1546 15,8668 16,0447 14,8460 12,6949 13,. 10 14,7887 14,2322 14,$I19 16,8717 1. 81 16,3244 17,78i0 14,8474 16,2523 i5.7574 13,5161 15,9374 13,2733 11,8939 15,8016 15,9901 14,1990 12,6513 12,9359 13,43~7 ,4153 I~.3 05 15.2399 '5248 66?4 1 7841 lb,2779 15,3468 13,4424 15,7138 I . 7438 15,~57 15, 44 13,6301 1~,97~41 12, 47 13,7566 15,' 76 , 424 14,7614 bVP 010,,H02 V~R'[FTCATI['~t,,~ L,]'$TINC,., PAGE ,51 OAT .F. :86/02/13 MAXI~',[!M L~:NGTH :01024 FILF TYPE F1L5 NAM£ :SHDOUI',O04 SERVICE NAME :SHDOLIT VERSION ~ :O01E04 DATE :86/02/13 M~XI~U~ ~ENGTH :01024 FILE TYPE PREVIOUS FILE : ** CO~ENTS ** INC,INCO03 ** INFORMATION RECORDS ** CN : M N ~M ~.TAT C 0 U N: REF ~ CONTENTS I'EXACO INC, CONTENTS 'rE:X'~CO: CD [,, V I LLE CObV II,.,bE DELTA CONTENTS STAT~ CgNTENTS L~, D R n U G ~' ,, :[)NTE;I ,'[' ;~ FS3~ , D.EbTA # g w I LDCA T UNIT UNIT UNIT UNIT 'rYPE 000 TYPE 00o TYPE 000 p, TY,. E 0oo ~YPE 00 o 000 CATE 000 CATE CAT~ O00 000 CATE 000 CATE 0 O: 0 0~2 O24 SIZE 006 SIZE 008 022 CODE 065 065 CODE 065 065 CODE 065 O65 :~ T: 2 DAY I ~ ~EA~ B6 ~NE;~ CONTENTS ADIN: 5010]~00~7 MN~N CONTENTS ~NE~ CONTE~fS ~o~: 0.000o MNE~ CgNTE.NTS MFI N: 0. 5700 MNE~,~ CONTENTS MINC: 80. 0000 M~.~E~ CDNT~NTS SHDS: B ~ME~ CgNTE~)TS bATI: 70,0000 Li~IT UNIT U N I T UNIT UNIT OER UNIT DEG UNI:T UNIT U {~ I T D~:G TYPE ooo TYPE 000 TYPE: 000 TYPE 000 TYPE 000 TYPE 000 TYPE ml~ ~ m~ Imm~ oo0 TYPE 0 O0 TYPE 000 TYPE 000 TYPE 000 CATE ~04 cA'rE 004 CATE 004 C,A TE 0 O0 CATE 000 CATE 0 O0 CATE o 00 CAfE 000 C A T E 000 CA~E 000 CATE 000 SIZE 002 SIZE O02 SIZE OO2 SIZE 010 SIZE O02 SIZE OO4 SIZE OO4 $IZ~ OO4 SiZE O04 SIZE O04 SIZE 00~ Ct)DE 065 CODE 065 CODE 0~5 COD~ 065 COO~ O65 CODE 068 CODE CODE CODE 065 CODE CODE ACCT C 0 h T E N T $ '1,0000 0, ATA FDRF~AT RECORD 1 2 3 ~6 0 OAq"tlm SPECIFICATION BbOCKS M~qE~ SERVICE SERVICE UNIT ID ORDER DEfT SHOT PT' sD~.:v s~o~ rap g8 SHOT R~D P1AZ SHOT RAD RADI SHDT RAD2 SHOT R~D3 SHOT R A D 4 S $ D T I GN O~ S g D T FNOR SHOT UER DEVl SHDT E V $ P D'T V ~ I S H D '.r A i~ ~ O~Pl P1AZ R,:AD4 DEVl RAP4 D~VI 0.6599 RAI.)I 0,~483 O' ]59 ~v SIZE 1 1 1 1 0 CODE 66 66 79 66 66 66 66 LOG TY "PE CbASS ~OD NO. O0 636 21 0 4 OO 000 O0 0 4 76 630 O1 0 4 7676 63~" 01 0 4 63~ oi 0 4 70 280 41 0 4 70 2 a 0 42 u 4 70 280 43 0 4 70 2~0 44 0 ,~ O0 000 O0 0 4 00 0 00 0 (') 0 ,4 O0 000 O0 0 4 7 A 620 0 ~ 0 4 0 O1 O0 O0 0 4 01 00 0 {~ 0 o 4 0 3 59 H A g 4696 NAD2 0 3 3 t? ,',~ 0 R UNIT TYPE CATE SIZE CODE 1N 000 000 004 068 UNIT TYPE CATE SIZE CODE 000 000 004 068 ENTRY 0 0 60 16 0 1 SI: ZE SPh 4 1 4 1 4 4 4 1 4, 1 1 4 ',4 ].22'46 287 4, 764 O, 1.0630 3 2851 7' 1.8I REPR PROCES COD goo4oooooooooo 0040000000000 ooo oooooooooo ooo oooooooooo 68 00040000000000 ooo oooooooooo 00040000000000 00040000000o00 000 0000000000 000400000.00000 68 00040000000000 b8 00'040000000:0:0:0 68 OOqO00 ~8 8 0000000 0040000000:00::0 6~ O00qO000000'O00 RB '2,891,8 RAD3 0,3807 SI,Ni 0,9906 R Al')3 ,34 S,I[ I 0,9879 DEPT 6500 1~6 SDFV Pl~Z i 6257 RAD1. RA04 0 3352 6~:0~ OE¥I 0 04]2 FV DEPT 6400.2090 8DEV P1AZ ].1503 RAD1 O~VI 0,0392 EV O.0,432 7.8554 1,0031, 0 0392 7i8096 1 0010 1 0447 0394 DEPT b300.2334 SDE. V '351.9 PlAZ 5.37~U RAD! · RAD4 0,3418 Gi,iDR l 0)29f' DE;VI 0,039~ E~V I :7876 DEPT 6100,2168 SDE\.I RiD4 0,~352 GN~R DEVI O, 3~R EV DEPT 6000 2764, SD£V PIAZ 0'I043. RAD1 RAD4 O. 352 GNOR DEV,[ 0.0128 EV DEPT 5800 2617 P1AZ 1,061g :R:AU4 0,3418 DEVT DE.P% 5700,1875 ~i. AZ 2,5329 RAh4 'DEVl 0.0097 DF, PT 550 ,481 PI AZ ,28:9.. RA})4 O, 3352 DEVil o, 6082 ,0490 ~,47bb 1,.,0036 0,835~ 9,32 2 1,0034 0.6729 0,0128 ~9,7910 . .o o o 6500 0,012 4 021~ ,0125 ,9796 ,0037 ,85~5 ,0097 ,685.4 , ou :,~.5 ;9518 ,00:7 9 ,37~5 ,00:35 ,9286 ,0082 ; o o t. s R AD2 F ~" OR RA02 EI RAD2 HAZI RAD2 FNOR gi HAZI RAD2 FWOP RAO2 ~NO'R El HA Z ~AD ~ I 3,~021 7. 600 0.579~ 1.1876 3 0~30 7:8358 0.5769 1.5409 3.0561 7,6723 0,57.38 2,0946 ,2425 1,3005 t.106~ 8,2739 0,5755 8 3J85 0 5 65 1 1~05 ~,~134 554 '5792 3,7634 · 2137 797 145 0149 232 'l R !3 RAP3 $iNI RB RAP3 SINI RB SiNI RB RAD3 SiNI RAD3 8INI RAi)3 SINI RB RAD3 SI~I RB R A 03 STNI RB RAD3 $iNI RAD3 4,7068 0,3352 0,9539 0,0573 0,3418 0,9845 2,3223 0,3418 0,9917 3,2347 0,3352 0,990~ 352 9908 3,4588 0,3352 0,9908 0 :'98 t,5817 0,341~ 0,986 4'59i0 0,348 0.98 8 o,9000 0,,3:352 0,9850 DVP OlO.H02 VERIFICATIOI.~ t, IST.l~(; PAGE 55 0 E P T PIAZ R.A IL' 4 OEPT P1AZ RAP4 DEVI P1AZ RAD4 PlAZ OEVI RAD4 DEV! 5]00 2656 ]~8002 R:ADI 0.3485 0,0075 EV 5200 2578 6.1772 RAD~ 0,3485 G~!OR 0.0053 EV 5100 2500 SOEV 2:85~0 RAP1 0,3548 G!'JOR 0,0020 EV 5000.~422 SDEV 2,353 RAil 0.~419 GNOR 0.0047 F~ 490~,2~8344 SDEV 99 RA{)I '~419 GNDR 0, O, 05! EV D~:PT 4800.~266 SDEV PIAZ 2,191.8 RAD1 RA[,)4 0,34i9 (;NDR 0EVI 0,0o7~ EV DEPT .47o~,2187 SDgV P~ AZ ,343:I RADI RAD4 ~,0~ GNOR O:Evr ,3 90 2109 S DE V RAD4 ,3::223 GNOR DEV I O, 0 1 0 3 EV DEPT 450~, 2031 SL)CV P1AZ "~, 3224 RADI RAD4 o, 3223 0 E VI 0.0 5 " 070'3 S [ E V OEPT 4500, RAD4 O. 3223 GNO~ ,0084 .2704 ,0039 ,9054 ,00'15 ,9106 O39 0063 i2499 0039 0429 0020 6134 0O4O 1608 ,0047 ,00 ,8822 ,4005i 041 ~822 ,4488 ,0039 ,32~4 ,oc3e .8595 ,9115 ,4527 ,0040 .0115 ttAZI R ~ D 2 WAZI RAD2 ~ZI FNOR E1 HAZI RAD2 E1 ~D FNO~ EI HAZI ,tAD2 NOR 5.431~ 0.577 1.~674 6,~099 7,9629 0,5759 1,206~ 1.7312 7,5181 O,~759 1, 457 5,7553 7.8031 0,~ 82 1. 0,7181 8,7544 0,578'6 1,1883 0,6838 8:'9814 0,5779 1,1883 0 8 0 1, 1988 8820 0 0.7375 8,728~ 5764 ?::1864 0.7~II 8,8002 0.5751 RB RAO3 SIN,,I RB RAD3 $IN1 R~ RAD3 SIN1 RAO3 $INI RB RAP3 $INI RA.D3 SINI RB RAD3 5INI' R~ RA:D3 SINI AO3 $INI R A D 3 SINI 0,0000 0,3419 0,9851 0,0000 0,3485 0.9876 0,0000 0,3485 0,9910 0,0000 0,3'548 0.9835 0.0000 0,3419 0,98~0 O, 0,9826 0, O0 O0 0 ~,0000 o ' 3290 ,9820 2, 0 5,84 0 0. 848 2,61.14 O, 48 O' L, v p f) 10 ,, ).~i 02 v I:.: .R 1 F' ! C A T' .1 ['~ ~,J L I :..; 'I; 'ir h G P A G E 5 b DEV~ 0,011.5 ~'V 0,~827 El VERSIr, N . :O01E04 DATE :86/02/13 MAXI~UM LENGTH :01024 FIbE TYPE ~EXT ~" I LE ** TAPE TRAIbER ** ORIGIN :FLIC TAP~ MA~E CO~vTINI~TION # NEXT TAPE NA~E ~ CO~ENTS :FS3A, SER. V][CE NA~$ :SHDUUT DATE ~86/02/1 Q~(;IN :FbI~p8 R ..,b N'A~E REEL N k.r,o COol, DEER FbIC TAPE EOF ********** EOF bis TAPE V~.R], F ICATION LISTING L V P 01 C,',, H 02 v ~'.i R I [." I C A T I Ci~,i L I S T I ~,~ (; P A G E 1 DAlE 196102/12 ORIGIN :FLIC REEL NA~E :RF'.SU[,T CONTINUATION PRFVIOUS R~E[, CO~IENTS :SC~I.,U~P~ERGER ~[,L .SERVICES CllS~('~M~R F[,IC TAPE ** ~'APE HEADER OATE :86102112 ORI¢IN :FLIC TAPE NA~E : RESUL, T CONTINUATION ~ PREVIOUS TAPE SERVICE NA .,E :$ OUT DATE :86t02(1,2 FISEi TYP~ :F$ DREVIOUS FII,:,E ~SOOU~ 00I MSD, ..., * $C HbO MBER G.ER * A. LASK~ COMPUTING CENTER ,,, **, ***,,, ***,***,, ,,, ,,, ** **** ,:, ,:, ,,,, ,, ~?~PANy =T, EXACO' ' E[,L =, ~'EXACD' FIE D = Ct.}l~V LLE, DEI.,PA '~:ILOC~T COU ~'Y : NOR,: ' S [, 0 P E; ' ( JJlllg']~ ,'I ITFrD ~ j CASING TY P~.: FLLi] DENSITY VISCOSITY FLUID LOSS = 9,625" ~ 2263' - ~II' SIZE; : 8.5" TO 6800' = L[GNO St,ibVt'~N~'rE = 10,3 L,B/G RN =1,660 ~ 67 DF = 6,2 C3 MAGNETIC DECLINATION 3~ DEGREES bATITLi'DE 70 DEGREES R)~ AT BHT =0,702 ~ 168 DF DB1 = PAD 1,"!,ST BUTTON SB2 = SPEEiD BUTTO~ 2 DB2A = PAD 2-2N0 BUTTON DB~ : PAD 3~1ST BUTTDN DB3A = PAD 3-.2ND BUTTON ~B4 ~ PAD, 4"lST BLITTO~ DB~A = PAD 4-2ND BUTTON ,. ~,FORE F,ZL, TERING)STANDARD CHANNEP 2 SHL,~ Ii*i~'CBIN{]~[~,TRY CHAN,~iEL8 FI[,E LVP 01(i,H()2 'VMR1FICAT.£O.~.~ LIST.[.PG PAGE ** ~NFORMATIO~ RECORDS MNF'~ CN : TMXACO INC, MNE~ CONTENTS WN : TEXAC[] CObVlbbE ~NE~ CONTENTS ~NE~ STAT: STATE COUN~ ~MEM CONTENTS REF: FS~A, ~NE~ ~ONTENT$ ~ONT: DAY ~ 8 YEAR: 86 WILDCAT ~2 UNIT UNIT UNIT UNIT UNIT UNIT UNIT 000 TYP~ o00 TYPE 0oo TYPE 000 TYPE 000 TYPE 000 TYPE 000 TYPE O00 CATE 000 CAT~ 000 CATE 000 CATE o00 CATE 000 CATE 000 004 CATE O04 CATE 0:04 SIZE SIZE 024 SIZE OO6 SIZE 0~ SIZE SI, Z~ 00:2 CODE 065 CODE 065 CODE O65 CODE O65 CODE 0~ COD~ O65 0,6:5 CODE O65 0:65 ,mi m ,m m mmmmmmmm~m $010320047 ,0000 80,0000 CDNTEMT$ SHDS: FCDD ~ MMEM CON:TENTS , O000 uATI: 70 ,0000 $,0F~': -1,0000 ** DATA FORMAT RECOt:~D ** ENTRY BLOCKS TYPE I1 13 SIZE I 2 R E P R CODE 66 66 ~9 IJk{! 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POT~ 0.0269 TH]~ I1. 5~75 7773 3~57 3772 3125 0273 7773 5362 5375 1~75 5332 0525 5525 4180 5352 5875 ~375 3457 3289 714.8 9023 gOZ3 1272 5000 2773 2129 3494 5273 1523 5273 0585 5000 2148 0723 3579 0273 &023 1523 1057 5000 5898 7754 9260 589g 5523 7773 3792 CALl RNRA ~NL CSR UR~N iLO R2~ GR ~LI R~ FC~L CGR ILD GR CALI RNRA FCNL CGR UR&N I LD SR CALl ~ C '~ L CGR ILl RWA 8R CALI RNR6 FCNL URAN IL9 GR CALI RNR~ 398.890,5 30.0273 4..9390 2.3555 2.3555 156.3125 9.0801 3.9Z21 501.8905 ~9.7773 13.1738 2.8311 2.8311 196.0525 8.8223 3.5318 ~73.8'906 52.~180 18.5574. 3.6%45 3.6448 102.7145 9.9~73 3.27'37 5'~5.8125 74.~323 4.6~43 3.6155 3.6155 101.5273 10.1935 3.0784 7~7.3125 100.5P_73 0.30'42 3. 4377 :3. ~,377 99.0273 9.7754 636.8125 91.1523 2.1~77 3.5530 3.5530 192.5~98 9.37'70 3.7D53 DSS POT~ ILM CALl CALl RHDB ~SS POT& !LM CALl CALl RHDB NPHZ DSS POT& ILM CALI CALl RH9~ NPqI DSS POTA ILM CALl CALI RHDB NPqi ~SS POT~ CALI CALl RHOB NPHI gSS PDT& IL~ CaLl CALl RHD5 NPHt 0.0771 2.3438 2.5627 3.8379 8.8379 2.3792 ~3.~965 0.0503 3.0273 3.0~!3 ~.B223 ~.8223 2.3362 44.2B71 0.0396 1.7578 3.7874 9.3926 9.3926 2.~495 34.1797 0.0356 1.8066 9.~238 9.4.238 2.4905 32.9590 0.0264. 3.1738 3.6292 9.~551 9.4551 2.4651 34.0820 0.0474 2.6855 3.6956 9.1816 9.1816 !.3381 39.6~84 LV~ OIO.HOZ VSqiFIC~Ti']~ LISTIN~ ~ASE 9 PE; 3,2520 NCNb: QLS O.OZZ5 SG~ POT& 0,0225 TH3q 3507 5200.9033 SFLJ SP -2,3728 SR DTL 9~,7773 37 SGq ~2,9223 CSR PE= 3.9551 NC~L QLS 0,~2~9 SSR POT& 0.3181 T~]~ OEPT 5100,0000 S~k] SP -3,7125 SR DTL 104,0273 OT SG~ 102,7148 SGR ~LS 0,0015 SG~ 2EPT 5000.0000 SFLJ SP -5,5533 SR DTL 118,0!73 DT SGR 120. 2773 ~GR DR~2 0.0~69 NR~T PEF 3.3772 NC~_ ~LS 0,0078 SGR ~OT~ 0.0273 TH]~ DE°T ~900,0000 SFLJ SP -11,7537 GR DTL 105.2773 DT SGR 114.2'773 CGR DRH2 0.0239 NR~T PEF 3.3~49 NCNL PDT~ 0.0283 THOR 3E~T ~$00 0000 S~LJ - DTL II1.??73 07 SGR 109.0273 DR4~ 0.0[22 NR~T PE= ~,3152 NC~:L QLS -0,0165 SSR mO[~ 0,0!81 DE~T ~700.0000 SFLJ SP -13.72~$ gR ]TL 1!0.0Z73 DT SGR 108.65Z3 CGR 9R~] 0.0107 NR~T 201~1.5300 FCN_ 10.5732 8,1270 59,1523 R~ ~5,i523 56,1992 CAcZ 3.0042 2551.5300 FC~L ~2.9923 5.7195 ~,8171 ILl 131,~023 103,?773 GR $2,~%g2 CALl 3,1095 2135.5000 FCNL 131.5898 C~R 10.2598 UR~ 3,3185 ILl 113,9548 RW~ 117.0Z73 GR 107.~023 CALl 3,5~32 RNR~ 1937.5875 PC~L 120,2773 C~R I5,5582 U'R~ 3.5276 I03.8~98 RW~ 136.0273 88.6523 CALl 3.0354 1983 68'75 ~ ~L 114.2773 C~ 10.5257 3,6526 ILO 93,0273 R'W:~ 111.7773 GR 50.6055 CALl 3,5530 RNR~ 1971.5875 FC]~L !09.0~73 7.6509 3.5~52 ILO 112.96~8 110.5~.73 GR 191,1523 C,~Li 3.2717 RNR6 564,)125 79.33 g 13 3.4592 5.1335 5.1335 89.1 523 8.3~57 3.0999 322.8125 56,1992 3,7249 3.8331 3.8E~31 1L)1.4123 8.7255 3.2.957. 547.8125 83.7773 2.6350 2,3909 2.3909 1!3,95~8 10,1113 3,.9551 688,6506 107,.~+~23 1.8077 3.2915 3.2815 103.8398 10.6035 3.3310 500.8125 88.6523 3.2268 3.1350 3.1350 93.0273 10.55~5 3.5530 554,8125 60.6055 6.2~59 3.1331 3.1331 112,9548 10.4785 3,3381 QSS DDT~ ILM CALl CALl RHOB NPHI 2SS POT~ ILM CALI ~ALI RMDS NPHI ~ss POT:~ !LM CALI CALi RHDB NPHI QSS POT~ ILM CALI ~ALI RHDB NP~I DSS POT~ CALI CALI RHDB NPH! QSS POTA ILM CALl CALI NPq~I 2.Z~61 5.9109 8.3848 8.3848 2.3987 34.3262 0.0156 1.8066 4.0398 8.7754 8.775~ 2.3909 35.6934 0.0220 2.5B7'9 2.g963 9-2~88 9.2988 2.3594 &t.5527 0.0522 3,3323 9.7363 9.'7363 2.3792 31-8359 0.0352 2.8320 3,1213 9,4160 9,~160 2.3792 ~!,0545 0.0132 1-8066 3.1760 9.4082 9.4082 2.3401 36.0352 LV~ 0i0.~02 V;~!PiC~D~. ~ LiSTiN] PIGE 10 PE: 3.2444 NC~' ~LS -0.0320 SGq ~T~ 0.0239 THD~ DE~T 4500.0000 SFLJ SP -25.9639 5R DTL 112.5273 DT SGR 102.9548 SGR DRS] 0.0~10 NR~T PE: 3.3265 NSN~ ~LS -O.OD20 SOR POT& 0,0234 TH]~ DE~T 4500.0000 SFLJ SP -21.4795 SR DTL 110.0273 OT SGR I01.714B CGR DR53 0.0024 NR~T PEF 3.3~99 NCN. 2LS -0.0190 SGR ~DrA o.o23~ T5]~ DEPT 4400.0000 SFLJ SP -1.6569 GR 9TL 107.5273 SGR 99.9548 DRq3 0.0249 PEP 2.3596 NC~ ~LS -0.0322 PDT& 0.0155 TH3R D~T 4~00.0000 SF~J SP 46.0530 OT~ t15.2773 DT SGR 108.839~ DRY3 0.0234 NR~T PEm 3.1098 NC~L ;LS -0.02.15 POTA 0.0215 DEbT 4200.0000 SFLJ SP 33.1367 DTk 109.2'773 DT SGR 101.0173 CGq DRH3 0.0598 NR~T D~F 3.7775 NCN_ ~OT~ 0.0254 TH3~ DE~T ~100.0000 SFLJ SP 10.1035 GR gTL 125.0~'73 DT SG~ 135.8125 CG~ DRH] 0.070.3 NR~T i835.6375 ;CNL 108.7148 CSR 12.1191 URAN 3.8409 ill 98.1523 RW~ 112.5273 GR 78.1523 CALI 3.4327 19~6.5375 FC~; I~5.9923 CGq 7.5304 UR~ 3.7229 92.5398 111.5273 GR ~9.7773 C~Li 3.3713 RN~ 1978.6~75 mCNL 1~4.2148 CGR 12.4529 jR~N 3.9397 ILl 96.5273 RW~ i38.0273 51.3555 CALi 3.4260 RNR~ 1958.5875 PCNL 98.2148 CGR 2.9104 UR&N 3.1780 118.0273 GR 75.3398 Ca.~ 3.6252 RNR~ 1598.5~75 FSNL !08.8398 CG'R 10.1973 5.7195 ILD ~0,1523 RW~ ii0.027,3 GR 79.9023 C~LI 3.1370 RN~ 2029.8575 PCNL 131.0273 Cgq 9.5879 UR~N 2.0745 ILl 1!3.2148 RW~ 125.2773 GR 70.2148 CALl 3.7327 RN~ 554. 87. Z. 2. 98. 10. 3. 519. 58. 4, . 3. 92. 10. 3. 532. 88. 2. , 3. 96. 10. 3. 540. 37. 7. . 2. 102. 9. 3. 473. 75. 4. . 4. 9 0 ,. 3. 542. 79. 2. · 123. 9. 4. ~125 7148 4%95 9551 9551 1523 7910 7444 8125 9548 ~171 4045 4045 5398 5 I'91 7131 8125 4,223 1975 5252 5273 2754 6 ~09 8125 4305 8'132 BO10 8010 4548 5957 8186 6~06 8398 2~29 2703 2703 1523 5488 1565 8t 25 9323 8752 7960 7960 2148 1504 0164 .~SS POT& IL~ CALI CALI RH3B NP-tI ~SS POT4 ILM CALI CALI RH35 NPqI 2SS POT& ILM CALI CALl RHO~ NPSI ;SS' POT& ILM CALI CALI NPHI DSS POT~ ILM C~L! CALI NPqI ~SS POTA ILM C~LI CALl RH35 NPHZ 0.0190 2.3925 3.0842 9.4473 9.4473 2.3596 39.5508 0.0444 2.3438 3.4338 9.5545 9.5545 2.3206 37.6465 -0.001:5 2.3438 3,6467 9,2207 9.2207 2.3284 39.1502 0.0337 2.8811 9.0332 9.0332 2.2932 ~3.8477 0.0249 2.1~B4 4,4539' 8.7051 8.7051 2.3733 36.4746 0.0420 2.5391 1.573'3 8.9551 8.9551 2.3069 45.4844 LV; OlD.M02 VE~I. FiC~Ti3'J LISTiN.~ PAgE 1,1 DE,,= 3,2]34 NCNL POT& 0,D132 Tri2~ Or-_PT 4000.0000 SFLJ SP 25,3~55 3R DT~ 115.0273 ~T 5GR 133.8125 C~R 9253 0.0~55 NR~T P6F 3.2737 NCN~ ~LS 0.033~ SSR POT~ O.D~O0 TM'D~ D~PT 3~00.0000 SFLJ SP 55.25~7 ~R DT~ IZ~.5~7~ DT SGR 114.5398 CS~ DRq~ 0.0~85 NR~T >E: ~.7307 NCNL 2LS -0.01~2 S~R PDT~ 0.0146 TH]R D8PT ~800.9000 SFLO SP 58.2~05 SR DTL 122.0273 DT SGR 112.5Z73 CGR DRMD 0,0215 NR.~T PEF 2,9709 NC~]L ~LS -0,0171 .SG~ POT~ 0,0220 THD~ DEbT 3700,0000 SmLJ SP 39-2305 D'TL 121,5273 OT SGR 130.9375 DRM2 0.0264 NR~T PE~ 3.4319 NCM. ~LS -0,0145 SGR POT~ 0.0342 TH3R DEoT 3500.0000 SFLJ SP 94.2773 GR DTL 125.77'73 DT SG~ 12~,1575 CGR 2RqD 0,0165 NR~T PE: 3.0803 NC~_ ~LS -0.3107 S~ POr~ 0,0288 'T~3R DEPT 3500.0000 SFLJ SP 42.6367 SR DTL 118.0273 DT S~R 1i~.9023 CGR DR53 0.0552 NR~T 179!.5575 FCXL 135,3125 3,5042 1!2.8398 116,2773 126,0273 C~Li 3,2288 RNR~ 1929,5975 FCNL 1!33,8125 CSR 15,1895 2,~81! ILD !13,0398 R~ 118,2773 gR $!,~805 CALI 3,¢~17 RNR~ 18~0.5~75 FCNL 1t4.5~98 CgR 9.2576' UR~N 2.0547 iLD 104.0273 lZ2.0273 SR ~7.4023 CALl 3.8~40 RNR~ 1872,5875 FC~L 112.5273 CGR i5.3513 UR&N 3.5877 ILl 114.8398 R~'~ 121.0273 GR 108,5523 CALl 3.4358 RNR~ 1794.6875 ~C~L 130.9375 CG~ 13,1816 2,5858 ILO 119.7773 126 7773 g8.3398 C~LI 3.,~245 RNRA 128.1875 CGR 12.9~82 UR.~N 4,2155 ILl 103.0273 RX~ 117.7773 ~R 76.¢023 C~LI 3.4084 RNR~ 445.89O6 2SS 70,2148 POT~ 8.0379 2.,65~5 iL~ 2,6545 CALl 122,8398 CALI 9,5301 RM3B 3.4250 NPdI 553.3125 ~SS 126,0273 POT~ 0.6~43 2,7522 ILM 2,7522 CALI 113,08'98 CALl 9,6348 RH35 3.6194 NPHI 522.3'125 ~SS $1,4303 POT~ 6.8~84 1.9034 IL~ 1.9034 CALI 10~,0273 CALl 9.5020 RHDB 4.2273 NPMI ~4.3g06 ~SS 97,~023 POT~ 1.9588 3.4377 ILM 3.437'7 CALI 114,8398 CALl 9.7575 RHDB 3.9~17 NPHZ 432.3906 QSS 108,6523 POT~ 2,8'8~9 0.057~ 1.3184 2.6799 9,2441 9,2441 2,3264 36,6211 0,0~64 4,0039 2,7112 9,2754 9,2754 2,2502 40,4297 0.0508 1,9171 9-1895 9,1895 2,1760' ~7,9950 0,0366 2.1'973 3.3733 9.1660 9.1550 2.2131 40.1367 0.0332 3.4180 3.703~ ILM 3,6955 3.7034 CALl 9,2598 103,0273 CALI 9,2598 9.B223 RH35 2.3010 3.~56 NP~Z 39,550~ 2.4983 ILM 2.4592 2.4983 CALI 9,0020 119.7773 CALi 9,0020 10,0020 RHO5 2.1663 4.2937 NPHI ~5'8750 404.3906 ~SS 0.0229 98.3398 POr~ 2.8809 3.7500 LVD OlD HO~ V~:RiF'r~' 12 ~E= 3.1~77 QLS POT'*-, 3,.-_'Pi' 3500.0000 SP 54..5580 3TL 124.'7773 SSq 113.5523 DR53 0.0293 PE= 3.1377 ~LS -O. 0254. .~01' A 0.0190 DEOT 3300.0000 SP -1.7507 3TL 123.7773 SSA 113.7773 OR,D 0.0~.00 PEF 3.7170 ~LS -0.0303 PDT~ 0.0142 DEPT 3200.O00D SP -22-5?32 DTL 125,312S SG~ 1'31. 9375 DRq3 0.0117 PE = 3.0 720 QLS -0.0181 PC'fa 0-02.69 DEPT 3100.0000 SP 17.1 1:4'3 DTL~ 132.3125 SGR · 12T'4323 DRY3 0.037,1 PEF 2.9365 ~LS -0 . O 155 :POT~ 0'0239 DE ~ f 3000. 0000 SP 13. 5723 DT L 129- 3125 SG~ 129. 4375 DRH3 0.0439 P E: 2. '9143 'QLS -0.0254 PiD f~ O. O 239 gE P T 2900. 0000 SP 4-5906 DTL 129.0525 SGR 1~+8. ~375 DR q~ O. 0142 THOq SF DT NR SS TH SF 3T CG NC SG TH LJ ~f q, 3~ LJ R N, R SFLJ SR DT CG'R NRA'T SGR SF'J. NR~T: THD~ SFLJ ? 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