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185-278
Ima.~'-'~roject Well History File Cover ~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 [] Orayscale items: [] Other, No/Type OVERSIZED (Scannable) [] Maps: [] Other items scannable by large scanner [] Poor Quality Originals: [g-~her:~>~[ tj,,_~'~. ~~__~'~~ L/~.~.~ OVERSIZED(Non-Scannable) BEVER O~__~INCENT SHERYL MARIA WINDY NOTES: [] Logs of various kinds [] Other BY: Project Proofing BY: BEVER~VINCENT SHERYL MARIA WINDY Production Scanning Stage'l PAGE COUNT FROM SCANNED FILE: PAGE COUNT MATCHES NUMBER IN SCANNING PREPARATION: Y YES ~ NO Stage 2 IF NO IN STAGE t, PAGE(S) DISCREPANC~RE FOUND: YES NO (SC~NING IS ~MP~E AT THIS ~1~ UNLE~ ~ECI~ A~ON 18 REQUIR~ ON ~ ~U~ PAGE ~SIS RESCANNEDBY: BEVERLY ROBIN VINCENT SHERYL MARIA WINDY General Notes or Comments about this file: - DATE: ISl Quality Checked 12/10102Rev3NOTScanned.wpd Glacier Maunder, Thomas E (DOA) From: Foerster, Catherine P (DOA) Sent: Wednesday, August 04, 2010 3:45 PM To: Maunder, Thomas E (DOA) Subject: RE: State of Alaska Lease 25-13 Thank you, Tom. That is exactly what I wanted. From: Maunder, Thomas E (DOA) Sent: Wednesday, August 04, 2010 3:33 PM To: Foerster, Catherine P (DOA) Subject: RE: State of Alaska Lease 25-13 ~~ '~ ~~~~r a ~ ~ - ~'~` ~~ 4..'. :~' C: Cathy, Page 1 of 3 As requested, 1 have examined the file for Colville Delta 25-13-6 #15185-278). This well was plugged and abandoned in late 1 Q 1986 according to the regulations in force. Plug placement was witnessed by an AOGCC Inspector. I did not see anything in the file to doubt the effectiveness of the plugging. The location was inspected in summer 1986 and clearance not approved due to a large mound surrounding the well area and issues with the abandonment marker post. Subsequent work was accomplished in 1 Q - 2Q 1994 removing much of the mound and cellar timbers, cutting the well casings off below tundra and installing a new above grade well marker. The site was re-inspected, location clearance was accepted and final clearance granted in August 1994 in letter from Commissioner Johnston. There are photos in the file of both inspections. Please let me know if you need anything further. Tom Maunder, PE Sr. Petroleum Engineer From: Foerster, Catherine P (DOA) Sent: Wednesday, August 04, 2010 1:33 PM To: Maunder, Thomas E (DOA) Subject: FW: State of Alaska Lease 25-13 Tom, Can you find out forme the status of this well? Specifically has it been properly plugged and abandoned according to the regulations that were in place at the time off its abandonment? From: Woolf, Wendy C (DNR) Sent: Wednesday, August 04, 2010 11:25 AM To: Foerster, Catherine P (DOA); Slemons, )onne D (DNR) Cc: Lloyd Paningona Subject: FW: State of Alaska Lease 25-13 8/4/2010 Glacier Cathy and Jonne, Page 2 of 3 Below is an email from Lloyd Paningona, with ICAS in Barrow, inquiring about an exploratory well that was drilled by Amerada Hess in the 1980's. The well was on a state lease, ADL 364478, and had been part of the Kuupik Unit (8/1992-6/2001). The lease was relinquished and closed in 2007. The well is on a native allotment parcel he is investigating. Lloyd would like to know if the well has been properly abandoned, and if the well site was cleared under the state lease. l am sending this to both of you to refer it to the correct person in your offices that can respond to Lloyd's questions. Thank you, Wendy Wendy Wool f Petroleum Land Manager ADNR, Division of Oil & Gas, Units Section Voice: (907) 269-8779 Fax: (907) 269-6587 Email: wendy.woolf@alaska.gov From: Lloyd Paningona [mailto:icas.realty@barrow.com] Sent: Wednesday, August 04, 2010 10:30 AM To: Woolf, Wendy C (DNR) Subject: State of Alaska Lease 25-13 Wendy, I would like to speak with someone who has information on the Colville Delta 25-13 Exploratory Well Site. perhaps with the Alaska Department of Environmental Conservation (ADEC), Alaska Department of Natural Resources (ADNR) or the Alaska Oil & Gas Commission (AOGC). If you can direct them to me or I to them, this would be great. Thanks and have a great day. Lloyd Paningona, Realty Director Inupiat Community of the Arctic Slope P.O. Box 934 8/4/2010 Glacier Page 3 of 3 Barrow, AK 99723-0934 Phone # 907-852-4227 ext 227 Fax # 907-852-4234 icas. rea lty@ barrow. com May the work that I do and the way I do it bring faith, Joy, and a smile to all that I come in contact with. EMAIL CONFIDENTIALITY STATEMENT All information in this communication, including attachments, is strictly confidential and intended solely for delivery to and authorized use by the addressee(s) identified above, and may contain privileged, confidential, proprietary, and/or trade secret information entitled to protection and / or exempt from disclosure under applicable law. if you are not the intended recipient, please take notice that any use, distribution or copying of this communication and / or any action taken or omitted to be taken in reliance upon it, is unauthorized and maybe unlawful. If you have received this communication in error, please notify the sender and delete this communication from your computer. 8/4/2010 . . Page 1 of2 Maunder, Thomas E (DOA) From: Maunder, Thomas E (DOA) Sent: Friday, July 27, 2007 1 :53 PM To: Peterson, Terry L (DNR) Subject: RE: ConocoPhillips lease surrenders V ~'5" d- 1i6 Terry, I have reviewed the subject well files. Kuukpik #3 (192-138): This well was plugged and abandoned by ARCO Alaska in April 1993. After an inspection in summer 1993, location clearance was granted by letter dated September 15, 1993. I saw nothing in the file to question the status. Colville 25-13-6 #1 (185-278): This well was plugged and abandoned by Amerada Hess Corporation in March . 1986. After an inspection in early August 1994, location clearance was granted by letter dated August 19, 1994. saw nothing in the file to question the status. Please note that I have found the well name slightly different for the Amerada Hess well. Our files show the middle number to be 13 rather than 23. Also, has the lease been "transferred" from Amerada Hess to ConocoPhillips (or Phillips or ARCO)? Our file has no information regarding any company other than Amerada Hess. Amerada Hess intended to drill 3 wells and set conductor on another well Colville 32-13-6 #1 185-279) on lease ADL 364475. According to the file, since the well was not drilled Amerada proposed to weld a plate on the 20" conductor and fill in the cellar box with the spoils from the conductor hole. Our file has no record of any site inspection for that well. I hope this fits your need, please message baçk with any questions. Tom Maunder, PE AOGCC cc: well files SCANNED JUL 8 0 2007 ~-------,-,--------.------_'~---~ From: Peterson, Terry L (DNR) Sent: Friday, July 27,2007 11:30 AM To: Maunder, Thomas E (DCA) Subject: ConocoPhillips lease surrenders Tom, The lease numbers are ADl364477 and 364478: with Kuukpik #3 well being on 477 and AHC Colville 25-23-6 #1 well being on 478. I need to know if your office has signed off on their well abandonment before I can release them from the leases. Thank you for your help. Terry P Terry L Peterson State of AJaska, DNR Division of Oil and Gas Lease Administration 7/2712007 ALASKA OIL AND GAS CONSERVATION COHMISSION WALTER J. HIGKEL, GOVEFINOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 August 19, 1994 Robert.C. Gardner, President Fairweather E&P Services, Inc. Agent, Amerada Hess P O Box 103296 Anchorage, AK 99510-3296 Re: Final Location Clearance, 5 Amerada Hess Wells Dear Mr. Gardner: On August 10, 1994 our inspector Jerry Herring accompanied you and others on an inspection of five Amerada Hess locations. Based on his observations, Mr. Herring recommends Location Clearance for the five wells. Final Location Clearance is hereby approved for these Amerada Hess wells: BF-47-1 PTD 83-074 BF-57-1 PTD 84-093 OCS-Y-181-1 PTD 84-017 OCS-Y-180-1 PTD 84-220 Colville 25136 #1 PTD 85-278 Chairman c: Blair Wondzell bew/llahns5w MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: . David John_Lt~, DATE: ChairmarC"~,~ August 13, 1994 THRU: Blair Wondzell,~ P. I. Supervisor FROM: Jerry Herring, ~ SUBJECT: Petroleum Inspector FILE NO: i99khnbd.doc Location Clearance Amerada Hess Colville 25136 #1 PTD 85-278 .Wednesday, Auaust 10, 1994: I traveled to Amerada Hess's Colville #1 well for a location clearance inspection. Travel was completed with Robert Gardner representing Amerada Hess on an ERA Bell 412. This well originally had a marker post installed and had been inspected by Harold Hawkins. Since then, additional work had been completed at this site. Cellar material was removed, the marker post was cut off 3 feet above the tundra level, a new marker plate was welded to the cut-off post and a mound of dirt was piled up around the post. In addition, revegetation of the site was completed last year. The site is in good shape now and ready for abandonment. I recommend the location clearance for this well be approved at this time. Summary: I completed a location clearance inspection on Amerada Hess's Colville #1 well and recommend approval of final abandonment of this well. Attachment: i99khnbd.xls STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment I Location Clearance Report ( Title 20 AAC 25, Article 2 ) Operator: Address: Amerada Hess Corp. 1201 Louisiana, Suite 700 Houston, Texas 77002-5681 Surface Location: F L, F L ,, Section 25 ,T 13N ,R 6E ,MUm Well Name: PTD No.: APl No. 50- Unit or Lease Name: Field and Pool: Downhole P&A Date: Colville 25361 #1 85-278 Inspection Date: N/A I:'::'~:,ii:i=,:~I'20.AAc25-t2s.''~.ABAND.ONMEN~MARKER: ~!..'ii Approval Date: Steel Post OD: (4" min) 4" Length (10' min.) ? Height Above Final Grade Level, 3 ft. Top of Marker Post Closed With: Plate (Welded, Cmt., Cap), Set: On Post (On Wellhead, Csg, In Cmt) Distance Above Final Grade Level: 3 ft. Side Outlets: All valves and nipples removed ? Yes All openings closed? Yes By Removal · . . ' ' .......' '" '" ': ...... : '""" · :q'.:.~!:.,:, ',.::~':.;~:::: .b:.,,,,,: :.", .:': ~: :...~ .. · '.: . :.::..... :., :..r: .Marker Plate Diameter: 4 "Thickness: 1/4" Distance Above Final Grade Level: 4 ft. Marker Plate Attached To: Post Cutoff Csg N/A Other N/A Information Stamped Directly to Marker Plate: Operator: Amerada Hess Well Name: Colville #1 Surface Location: F L, F L section 25 ,T 13N ,R 6~~E ,M ( Note when different from file information) Unit I Lease Name: N/A Remarks: This location originally had a marker post which was cut off per Native requesL A marker plate with the well · .data was welded to the post 3 feet above tundra level Um A mound of dirt was ll._~.~_~_around the post Inspection Date: 8/10/94 Approval Date: PITS: Filled In: N/A Liners Removed or Buried: N/A Debris Removed: Yes SURFACE CONDITION OF PAD AND I OR LOCATION · "' Smooth ( Rough, Smooth, Contoured, Flat, Compacted ) Clean: Yes Type & Quan. of Debris if any remaining on pad and I or location: None TYPE AND CONDITION OF SURROUNDING AREA' Tundra Clean: Yes (Wooded,Tundra,Grass,Brush,Dirt,GraveI,Sand) Type & Quan. of Debris if any remaining on surrounding area · None TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: No access road. Well drilled on ice pad with ice road. ( Dirt, Gravel, Ice, Other) Clean: N/A Type & Quan. of Debris if any remaining on access road or surrounding area · N/A CLEANUP WORK REMAINING TO BE DONE · None RECOMMENDED FOR APPROVAL OF ABANDONMENT: Distribution: Reason: orig - Well file Yes XX No , , ( If "No" See Reason ) c - Operator c - Database c - Inspector FI-O00 (Rev. 3/93) FINAL INSPECTION: Yes XX INSPECTED BY: 199KHNBD.XL$ NO DATE: 8/10/94 eLUi~LE ~ / ~~ ~~- Z 7~ v -9 ~ ~ ~~ S Pti~ ~ p ay . ~ ~-ter f~ ~,~ ~ ~ ' I ~. GoLV,c.U~c ~ ~ 7~T~ gS-~ Z 7 ~ .fin 5 Pc c 7 ~ ~ 8 ~ . J rc Qe~ ~/ {~- ~~~'iJ~/ ~ ~ ~' l r~ ~ y INDIVIDUAL WELL GEOLOGICAL INVENTORY REPORT PERMIT DATA DETAIL 85-278 CORE 85-278 85-278 85-278 CORE CHIPS CPI-FRACHITE CPI-VOLAN 85-278 CYB 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 85-278 DIL/LSS/GR/CAL DIL/SDT/GR/LSS DIL/SDT/GR/LSS DUAL DIP/GR EPT Q CURVES EPT/HRP EPT/ML/GR EXLOG-DDP EXLOG-DDP EXLOG-FET EXLOG-FET EXLOG-PET EXLOG-PRESS EXLOG-TEMP LDT(1/2") LDT/CNL/NGT(PORO LDT/CNL/NGT(PORO LDT/CNL/NGT(RAW) LSS/WF' NGR/SPEC RFT STRAT/ RD SWC 120-1440 6196-6541 R2,5",6200-6670 R2,5",6000-6800 R2,5",5980-6830 R2,1",2264-6865 R1-2,2",360-6865 R1-2,5",360-6865 R2,5",2264-6858 R2,5",2264-6854 R2,10"6240-6660 R2,5",2264-6854 124-6871,2" 124-6871,2" 124-6871,2" 124-6871,2" 2",124-6871 124-6871,2" 124-6871,2" R2,10",6100-6650 R2,2",2264-6687 R2,5",2264-6687 R~..5.",2264-6687 . :, R2,5" 6200-6650 R2,5",2264-6834 R2,5",5586-6387 R2,5"2275-2998 R2,5",2662-6853 11/04/1993 PAGE: 1 INDIVIDUAL WELL GEOLOGICAL INVENTORY REPORT PERMIT DATA DETAIL 85-278 85-278 407 COMP DATE:03/04/86 CORE DESCRIPTION 6196-6572-.15 85-278 FINAL WELL 85-278 85-278 85-278 85-278 85-278 85-278 5792 5793 5794 SUMMARY Are well tests required? Yes No Was well cored? Yes No 01/17/86-02/07/86 SINGLE SHOT ANGLE OH,2264-6865 OH,2017-6888.5 OH,2228-6277 OH,343-2278 OH,2264-6865 If yes, was the core analysis & description received? Are dry ditch samples required? Yes No WELL IS IN COMPLIANCE. INITIAL COMMENTS: 11/04/1993 PAGE: 1 Yes No State of Alaska Alaska Oil Gas Conservation Commission 3001 Porcupine Drive Anch. omge, Alaska 99501-3192 907-279-1433 To: Michael Volk Amerada Hess Corporation P O Box 2040 Tulsa, OK 74102 ph: (9!8) 599-4200 Colville Delta 25-13-6 #1 Permit #: 85-278 The following data is hereby acknowledged as being received: Quantity I Tape 1 Tape 1 Tape 1 Tape 1 Tape Descrir)tion Intervals 6880-2237.5 ~.h-'~.%-----hlte rye is ~ o~;~--. Intervals 2~[Ib-~8~ Intewals 350-2278 ' ~"~ "-~,te~als2264-6865 Thank you Mr. Volk for forwarding this data so quickly. Received by' '~~ ' Dated: October 16, 1993 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 .amchorage, Alaska 99501-3192 Subject: Release of the data from the Colville Delta #1, lA, 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, es . Eason cc: Amerada Hess Corporation Texaco Inc. Maxus Exploration Company Hunt Petroleum Corporation Placid Oil Company Rosewood Resources Inc. Union Texas Petroleum ~34~3dj.~,,, RECEIVED S EP 2 8 199~ -Alaska 011 & Gas Cons. i;;ommission Anchorage .... STATE OF ALASKA _.ASKA OIL AND GAS CONSERVATION CO,., 5SION APPLICATION FOR SUNDRY APPROVALS 1. Type el Request Ab,3~neJ(),, ~ Suspend .__ Opera~,~n Shul~n ~ Re.e.te~ ~us~ndod ~11 ~. Aller ca~mg ~ Repa,~ell ~ Plugging ~ ~ ~n'~ extend,on ~ Sbmul01u __ C:h.u,g~ approval pmg~am ~ Puli lu~ng ~ Variance ~ PcrfO~al~ __ OIh~ ~ AMERADA HESS CORP. - Exploratorv~ 3 Addre~ ~t~aligraph~c .._ P.O. BOX 2040 - TULSA, OK 74102 Sa~v,ce~ [96' FSL; 895' FEL SEC [2, T[3N, R6E, UH At top of producfivn interval At effoolivo clepth AI totaldepth Tolal doplh: measured feet Plugs (measured) feel feet Efleclive clepth meesurecl true v¢~rt,cal feet Junk (measured) feet Casing Length Structural Conduclor Sudace Intermediate Production Liner Perforation depth: measured Size Cementnd ' ~. =U~,I ~r'P~operty-r~mo COLVILLE DELTA ADL-364478 8 Well nunff)or COLVILLE 25-13-6 #1 g. Perm,t i{~mber 85-278 _ I0 APl number _50' < .?~-_ ~ ° e:'/'- -°,::' ..... -11. FiolOlPoo~ ' - -' r? 'l'r01~,vortlcal depth depth tt un vertical Tubing (t~izo. grade. ~nd ~nea~ured aepth) S E P - 1 199;~ Alaska Cji & Gas Cons, ~nch0rage Packers anO SSf;V 0ypo a~ ~d measured depth) -i~. Attachments D~'~'crip~iOn s~mn~arY OJ'p~F~TM -b~t~e~P~at~s P;Og;~,~ .... BO~ s~,~h =~ ......... SEE ATTACHED TWO PAGES 14 Estimated d.te for com~nencing operation 15. Status d well clas~'f,ca~n a~: 8/2~/93 1~ 'il P~opo~l w;S~balt~ aPPr~;~........... -- --- ~'- ~ ~1__ Gas ~ Suspended ~ Name of approve~ Date ap~o~ Set-ce ~'~~- Tree NCR., ENGRNG. & TECH. SVCS. Dam 8/27/93 8ign~ _ :, . _ :, ~:: ~ ~ ,._ Plug integrity ._ BOP T~t ~ ~a~ion clear, ce __-:~ - ~ ~ - M~t~amcal Integrity Test ~ Subsequent form r~uimO ~~ Approved Copy Original Signed By Approved by order of the Cornmi~o~n .. Da.vi_d V,~. johnsto, n = Returned Commissioner -. --._ ~ ~:-- ~_~ -- SUBMIT IN TRIPLIC~. Ii~_...NTIFICATION PL( ..TE 3.25" REEEIVED s E P - 1 199~ Alaska 0ii & Gas Cons. Commissio~ Anchorage AMERADA HESS CORPORATION UNITED STATES EXPLORATION AND PRODUCTION COLVILLE DELTA 25-13-6 #1 PROPOSED CIVIL WORK 1.,5:1 SLOPE SILT LOCATION MARKER PIPE CUT TO FILL GRADE AND INSTALL IDENTIFICATION PLATE ON TOP OF PIPE. TUNDRA TUNDRA PROPOSED WORK / 3' BELOW TUNDRA 1. REMOVE CELLAR BOX FROM SURFACE TO 3' BELOW TUNDRA. BACKFILL WITH EXISTING GRAVEL & SILT TO TUNDRA. SILT & GRAVEL WOOD CELLAR BOX 2. PLACE SILT FILL OVER CELLAR BOX. (NOT TO SCALE) PREPARED BY:. C. RICHARD AUGUST 1993 DEPT. OF NATURAL RESOURCES DIVISION OF OIL AND GAS June 10, 1993 -~. C.R. Richard, Manager Engineering and Technical Services Amerada I-Iess Corporation P.O. Box 2040 . Tulsa, Oklahoma 74102 V ~ I ~ ~ ~--,,,~ ' I .~ WALTER d. HICKEL, ~O~/~t~ ;OMa COMM Ibi Ro. aox ~o~ RES ENG ANCHORAGE, A~8~ 9951~7~3~ N~ PHONE: (9~ ~2-2553 SR...~NG .__l ENG ASST ~NG ASST SR GEOL ~EOL ASST~ FILE Dear Mr. Richard: Mike Kotowski asked me to respond to your letter of May 20 concerning a location clearance for the well, Colville Delta 25-13. The Alaska Oil and Gas Conservation Commission has primary responsibility for well-site locatiOn clearance and will provide a sign-off after an inspection takes place. Representatives from the AOGCC have advised me that they have no requirements other than those indicated in the regulations. ! have enclosed a photocopy of the well abandonment marker and location clearance regulations for your files. I have also visited with Rick Smith, the Northern Regional Manager for DNR's Division of Land, and he has no objection to the schematic supplied with your letter. Due to the extraordinary distance to a gravel site, ! understand that you now propose to use a silt back-fill rather than gravel as ~.ndicated earlier. I understand, too, that · consultant engineers in Fairbanks have indicated that the substitution is suitable for the purposes intended. I can find no reason why you should not proceed with your plan. If we can be of further help, please feel free to call me. cc: David Johnston, AOGCC B. Haynes RECEIVED J UN 1 4 199,:3 Alaska Oil & Gas Cons. Commission Anchorage . · '. ;'"!":'~ .... '": 'I. :';'~. ..... TELEFAX Department of Natural Resources Division of Oil and Gas Date: To.' From: June 1, 1993 David Johnston, Commissioner AOGCC cc: Rick Smith, DL Jim Haynes at 762-2592 or 276-7542 451-2751 FAX 562-3852 Dave - Mike passed this on to me, but it seems to be more your or Rick's area of expertise. Do you have any comment? Also, Rick will be in Anchorage next week. If possible, I would like the three of us to get together and see what we can do about close-out site inspections. Bill VanDyke wants some done this summer, so I guess I can buy some helicopter time. Are you available? Regards. Jim - This, plus 3 page(s). RMERRDR HESS ICORPORI::=ITION P. O. BOX 2Q40 TULSA, OKLAHOMA 74102 9 ! 8-599-4200 Mr. Mike Kotowski Department of Natural Resources State of Alaska 3601 "C" Street, Suite 1380 Anchorage, AK 99503 Re: Colville Delta 25-13 Dear Mr. Kotowski' May 20, 1993 Per our telephone conversation of this date, I am enclosing one copy of the following sketches for the Colville Delta 25-13 drilled by Amerada Hess in early 1986. The first schematic shows the wellhead condition as it exists today and the second shows the proposed work to meet "site clearance sign-off." As I mentioned, we are anticipating doing this work during the summer of 1993. Please advise of your thoughts regarding these plans. Sincerely, C. R. Richard f~ Manager, Engineering & Technical Services yb Attachments ,~.~? Co~ Co~ · 'Cl~orage' mm~sion RMERRDR HESS CORPORRTON UNITED STATES EXPLORATION AND PRODUCTION COLVILLE DELTA 25-13 #1 CURRENT CONDITION LOCATION MARKER PIPE TUNDRA PERMAFROST THAWED ZONE SURFACE CASING THAWED ZONE WOOD CELLAR BOX TUNDRA PERMAFROST FIMERFIDF! HI:~.c; CDRPD~FITIDN UNITED STATES EXPLORATION AND PRODUCITON COLVILLE DELTA 25-13 #1 PROPOSED REPAIRS 1.5:1 SLOPE TUNDRA LOCATION MARl(ER PIPE PERMAFROST 2' BELOW TUNDRA PROPOSi=D WORK 1. REMOVE CELLAR BOX FROM SURFACE TO 2' BELOW TUNDRA. BACKFILL WITH GRAVEL TO TUNDRA. INSULATING MATERIALS TUNDRA PLACE 2 LAYERS OF 1 V2" POLYURETHANE FOAM (WITH SEAMS IN OPPOSITE DIRECTIONS) INSULATING MATERIAL OVER CELLAR BOX AT PERMAFRQST LEVEL. GRAVEL BACKFILL WOOD CELLAR BOX PERMAFROST , PLACE GRAVEL OVER INSULATION TO 1' ABOVE CASING. START 1.5:1 SLOPE AT EDGE OF INSULATION. 3. PLACE GRAVEL FILL OVEB CELLAR BOX AND INSULATION. 4. PLACE 1~/2" INSULATION (GLUED TO PLYWOOD) OVER GRAVEL AND 4' OVERLAP ON TUNDRA. (NOT TO SCALE) May 5, 1993 ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276.7542 J. Michael Robbins 540 L St Ste 205 Anchorage, AK 99501 Dear Mr. Robbins: We have received your April 23 letter requesting access to all information relating to wells permitted by Amerada Hess Corporation; and your May 3 telecopy of the protective order issued by the District Court in Case No. N90-004 Civ. Pursuant to Title 31, Section 31.05.035 of the Alaska Statutes, the Commissioner of Natural Resources has found that the well file on Colville Delta 25-13-6 No. I contains significant information relating to valuation of unleased land in the same vicinity. This well has been classified as confidential indefinitely, and will remain so until released by the Commissioner. Currently, we are seeking advice from the Department of Law as to the appropriate response to your request in view of the above referenced protective order. Due to workload constraints and the need to consult with legal counsel, we are unable to respond fully to your request within ten working days per 6 AAC 95.070. We anticipate furnishing the requested records, or issuing a determination that they are not disclosable, by May 24, 1993. This extension is not interposed for the purpose of delay. The following is a complete list of permits issued to Amerada Hess. PERMIT APl # WELL NAME WELL WELL CLASS STATUS 85-0085-0 029-21341-00 Northstar 1 expl susp* 85-0278-0 103-20054-00 Colville=Delta 25-1. expl conf indef 85-0279-0 103-20055-00 Colville Delta 32-1 expl expired 86-0013-0 029-21511-00 Northstar 2 expl p&a* 87-0088-0 629-21747-00 Northstar 3 expl expired *The two publicly available well files can be reviewed at our office. Please contact Larry Grant at 279-1433 to schedule a time convenient for you. For your records, Mr. Chatterton retired in August, 1990. David W. Johnston is currently chairman of the Commission. Yours very truly, Russell A. Douglass. Commissioner rp~o~amerhess MAY- $-95 MON %! Admired: (..907) 272-~408 DATE: 5-3-93 Time: __9.: 15 FAX TO: FAX NO: PHONE NO..: COMPANY: RE: _27~2~3~3 ................... - ...... 279-1433 Oil & Gas comm±ssion Pat~ TuKle v A~erada B~ss, ~t al. ~N90-004 Civil m~imiNm mmmNm · m .... NWW~mm mmW~mmm~mmNI4 Colville Delta $1 (~e~_~Z~Z~~ ................. ~~ NN~I .... NmNmmmmNmNl~NmNl~NmmQ~mmmmIIWW~mImmN~-- Number of pages, including this cover sheet: 9 Should you have questions,, please call: (907) g77-7uo/ - Ou:side or: 800-770-7007- In-State Protecti=e Order dat~.d 9/22/92, Copy FAXED .to RON MINTZ, ~,.~Q. · ' 279-8644 , RECEIVED MAY O ) 19.93 ~asL~ Pii & Gas Cons..Qo. mfflissi~ Carl d.u. Bauman Linda J. Johnson Hughes, Thorsness, Gantz, Powell & Brundin 509 West Third Avenue Anchorage, Alaska 99501 (907) 274-7522 Attorneys for Defendants Amerada Hess Corp. and Union Texas Petroleum Corp. JAN t~ re.q3 FILED JAN - 5 199~ UNITED STATL:$ DISTRICT DISTRICT OF ALA.SKA IN TI~-~IT~D STATES DISTRICT COURT FOR THE DISTRICT OF ALASKA PATSY P. TUK'T,F,, PZafntiff, AMERADA HE~S CORPORATION and UNION TEXAS PETROLEUM CORPORATION, Delendan~. RECEIVED MAY 0 ~ 199.-3 ~/JJi & Gas Cons, ~mmi~il~q No. N90-004 Civil PROTECTIVE ORDER The matter of a protective order having come before the court by a Joint motion by all parties, the court having considered the joint motion and being otherwise aware of the premises, it IS HEREBY ORDERED: 1. (a) Any party may designate as confidential under this Protective Order any information produced, filed or otherwise disclosed by it in this action. The designation shall be based on a 9ood faith belief that the designated information uvallable to the public or to per~on~ o= en%iti~s outside the ~arty, ~ co-lessees end their effiliaee~ (or nonparty source a~ defiz~ed l~ paragraph' 2). Information so dcuignated may be ~is¢lo~ed only to the extent set forth below. A party may 8eryc a written notice of objection tu ~he deslgnatfon of the documents or inEormatlon as confidential on or befo£e Lhe f~nal deadline to file motions to compel. The notice sisal1 identify specifically the documents or info~mation from which Lhe objecting party wishes .to have the designation removed a~d speci[y the reasons for wishing to do so. Within SO Oays of actual receipt of such notice, the designating party or nonparty-- source shall notify' the objecting party in writing whet~er the designating party or nonparty source will agree to remove the' designation as requested. Absent such agreement, the objecting party may move ~or an Order declassifying the specified information. (b) Except as expressly provided herein, no person or entity who is not presently a party to this action shall be afforded access .to any information designated as confidential . under this protective order without express agreement of the producing party or order of the court. 2. The provisions of this Protective Order apply equally to any person or entity not a .party ("nonpatty source") who provides information in the form of documents, testimony, or otherwise in this action. I HUGHES TH0~NES~ GANTZ P~W£L'.. & BRUNDIN SO~ W~ST T~I~O ANCH~RAG[. AK 3. (a) The duui~netion of in£orma~ion a~ under t~is 9r0tect~ve or,er ~h~ll be made by ~lacing on it a legend reading as follows: CONFIDENTIAL MATERIAL. Not to be used, copied, or disclosed except in accordance with Proteetive Order, pa~.y TuKle y. Amera~a Hess C.Qrporation ~.nd Union .Texas Petroleum ~flJ~_~/~_~Q~, in the United States District Court for the District of Alaska, No. N90-004 Civil. (b) A party to this action or non, arty source may d~{gnate any D~rt Of de~osition .testimony in which-its own information is disclosed, directly or indirectly, as confidential ~,nd~r this Protective Order by advising the rGportez at the t~.me n~ the deposition or within ten days of receiving a Copy of th~ transeript of the deposition. The. reporter ~Kall annotate the tr~n~crip~ ~dcordingly a~d, if such tzanmcript is rcqulred to be filed with the cou~k, shall file the transcript under sca1 wi~h the clerk. If information in the- transcriph i~ no~ designated az confldential-until ~er %he repuztet has dimsemina~ed copies %hcroof, ~he ze~oz~e~ shall notify ~ul] recipient of the designation, and such recipient shall apply the legend requi~ed by oubparapraph 3(a). 4. Ixt£o~mation de~ipnated confidential unde= thi~ Protective Order ullall be umed molely in this l£~igation relating to the plainti£['s claims of ~rempass and interference with quiet enjoyment and shall ~ot be used or disclosed for any - 3 - 1,sea. ${~ch information' shall be kept in ~ooure, limited-access facilities and may be di~cloeo4 only as set ~o=th below. S. Couneol fog a ~arty who ob~alns .from any uoui~u information dc~ignated es con£idential under Lhls P~uteutive Ordor muy disclo~ or permit dlsolosure of such information only to the following: (a) Cour~uel for any party working on matters relatln~ tu tho trespass and quiet enjoyment issues in this case and puzuleual and c~erlcal employees working £or or at the direction of that counsel; (b) Court reporters in any jurisdiction who are engaged in proceedings in this matter and who, prior to disclosure have agreed to be bound by this ~rotective Order by executing an Agreement in the form attached hereto as Exhibit A; Translators used by the parties who have exhibited Exhibit A; (c) Consultants or experts, and their employees' and assistants, retained to assist counsel with respect to matters relating to the-issues -Of' trespass and quiet enjoyment in thfs case, and who, prior to .disclosure, have agreed to be bound by the terms of this Protective Order by execut{n9 an Agreement in the form attached hereto as Exhibit A; (d) Any witness, who, prior to disclosure, has agreed to be bound bY the terms of this Protective Order by - 4 - HUGHE~ I HOR~iNLt~t~ ATYORNEY~ AT LAW ~O~ WC~T ~l~O AVCN~E i A. In connection with iuuuu~ce o£ ~oc~ ~o compel ~btendanco of a witness at a ~epos/tton or othe~ ~ocuedin9 the parties · a~ree that such process may include a notice s~euifylzz~ that information disclosed at such deposition or other proueedln9 shall be disclosed and ~s protecte~ pursuant to the terms of this Protective Order, in which event %he witness, who shall be served with a copy of this Protective Order, shall not De · ~equired to s~gn the Agreement in the form attached hereto as Exhibit A. Any witness to whom such information is disclosed may not retain such information, or any notes, compilations, or other' materials derived from such ~nformat~on, after, the "' conclusion of his or her-testimony, unless such witness is a . person to whom counsel ~s otherwise entitled to disclose such information under subparagraphs (a) through (c) hereinabo~e or such witness is itself the source of such information; and (e) Any present or former officer, director, or employee of a party whose participation is determined to be necessary by counsel.of record for that p~rty and who, prior to - . d~s¢losure, h~s agreed to be bound 'by the terms of th~s Protective Order by executing an Apreement in the form attached hereto as Exhibit A. 6. Except with the written consent of the party or nonparty source who furnished such information, counsel for any party or other person who obtains access to ~nformation designated as confidential uoder this Order shall not use or - 5 - make copies, duplicates, ex~rn~s, summaries ~r dcucriptionm of the informs~ion or any portion t~oroof except a~ may b~ reasonnb]y necessary ~n oonnuck~on with prep~ratlon for t~l or h~ar{n~ of matters relating to trespass ~nd qul~t ~njoymen~ claims in this ca~o and any .DDeal~ there££um. Any suc~ copies, dupllcato~, extracts, ~ummaries~ ua d~scriptlons shall De marked and accordlngly be LreaLed a~ confidential under t~is Protective Order, 7. ~h~ provisions oI ~his Progective Order ~hall no~ ~yyly (~) l~ the party asserting confidentiality speci£ically waives in writing the protective conditions se~ forth in this OrOer with respect to the use of any information, whether generally or £or a specified purpose, or (b) if information is iawtulAy acquired by a party o£ i~s counsel, without use of or reliance upon any information designated hy the other party or any nonparty source as confidential. Under such circumstances, the information may be' disclosed by that party without ~egard ko' the p~ovisions of this Protective Order. 8. Ail depositions in this action' shall be held'in ~he presence only of the deponent, officers of the court (including the reporter), translators who have executed Exhibit A hereto, and persons described in paragraph (5). 9. (a) To the extent that a document to be file~ with the court may reveal information designated as confidential, any portion o£ the document contslnlng designated information shall - 6 - be marked as set £orth in suhparmgraDh ](s) and Eilod in sealed envelope with eh~ o~se ca~tion and a notation dE filing under seal pursuan~ to prot~ctlve Order. All copies shall be withheld from public disclosure as provided herein, except order o~ bh~ court. (b) Thc u~e of any informatio~ d,signated as confiden21al in uny court proceeding shall not cause it tO lose its de~igna~od ~tabus, and the ~a~ti~u ~ha11 tare all steps roauonably required to prote=t itu confidentiality during such use. The parties sl~ould cooperate in advance Ot trial .or hearing to minimize the need for continuing the protected status o£ suuh ii, formation. 10. (a) 'The provisions of this Protective Order shall survive after termination o~ this -action. All parties and e~ p~ecaut~o~ to m~intain the ~n£o~mation in acco~clance w~th the terms of th~s Protective Order. (b) The clerk shall maintain under seal all papers' led under seal with the court as to which claim of confidentiality was made. ! 11. The court may modify this Protective Order st any time for good cause and upon notice to the affected parties. IT IS SO ORDERED this ~-*~-day of September, 1992, in Anchorage, Alaska~**~ ~~-- ~nited ~-~ ~tricc duoge 5 XCo~/igv/3~2 ~ughes, Thormness, Qant~, ~owell4 ~r~ndfn / 1-05-~3 I' , MAY- $-95 MON 8:21 ROllINS LAW 90~?~8408 AGi~~NT TO BF~._._BO_UND PROTF~CTIFE ORDER P.09 DATED: Z, (print or type name), mu umplo~ed by . hereby acknowledge that I have received and read a copy of the Protective Order exxteLud in th= 8¢~ion p~nding in the Unlted States District Court for the District of Alaska, entitled P_~~ p. T~I~ v, Amersda Hess.._Corpoz~tlon_.and CorpQra~on (No. N90-004 Civil), and understand the limitations it imposes on t~e use and ~i~olosure of the information designated as confidential under the Protective Order. ! agree to be bound by all of the terms of such Admitted: State of Alaska State of Louisiana a. Michael Robbins Attorney At Law 540 L Street, Suite 205 Anchorage, Alaska 99501 April 23, 1993 Telephone: (907) 277-7OO7 FAX (907) 272-8408 C. V. Chatterton, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 Re: Colville Delta 25-13-6 No. 1 Amerada Hess Corporation Permit No. 85-278 Sur. Loc. 196'FSL, 892'FEL, Sec. 25, T13N, R6E, UM. .Btmhole Loc. S A M E Dear Chairman Chatterton: Please provide this office with a complete copy of all documents, files, forms, etc., pertaining to Permit No. 85-278 issued to Amerada Hess. If public notices accompanied the issuance of the permit, please include these records including specifically the list of persons who received a notice. , .. I also am interested in any other permits that have been issued to this operator and would appreciate having the opportunity to review the files associated with the issuance of these permits to Amerada Hess. Please have your office contact me when the files are ready for my review. This office will be responsible for the costs. If you have any questions, please give me a call. Sincerely, IMR:jp RECEIVED APE 8 199 Alaska Oil & Gas, Cons. c'ommissio~ Anchorage entropy · Superfund · Hazardous Waste · Risk Assessment · Facility Siting · Chemical Analysis and Interpretation · Community I~elatlons and Right-To-Know September 30, lgg2 cO~ ..... COMM '~OMM RES ENG SR ENGA'~ ~ SR ENG--- 'ENG AssT _'ENG ASST~ SR GEOL~ GEOL ASST Commissioner Glen Olds .GEOL ASST Alaska Department of Natural Resources STAT TECH Carl Reller Box 101255 ~age, Alaska 99510 (907) ~ 27b-2721' 400 Willoughby [STA? T~CH Ij Juneau, Alaska 99801-1796 [FILEi_ j~ i Hello: I request copies of determinations of confidentiality regarding the denial of my request for public information and I appeal a denial of access to non confidential public information the basis and content of which are described below. . The information provided was not responsive to my request. For example; "In addition information is requested regarding all documentation regarding the type of well, depth to completion, abandonment, closure, construction, casing and other requirements of the Alaska Oil and Gas Conservation Commission." "...it was drilled as a straight hole to a depth of 6871' MD. The current status is plugged and abandoned... The response provides neither evidence nor documentation regarding phone logs, correspondence, applications, public notices, public comments, approvals, permits, or inspection reports. · I request the following as justification for DNR's claims of confidentiality: a. copies of all requests confidentiality; by Amerada Hess for b. copies of all reviews, approvals, and determinations of reasonableness of Amerada Hess's claims for confidentiality signed by the responsible state of Alaska official; and C, a list of documents granted confidentiality including the document date, author, document type (such as, letter, memo, well log, description of formation, reservoir characteristics, pumping test etc). RECEIVED I do not believe permission to drill an exploratory well and the underground injection of wastes are subject to claims of confidentiality. · I formally appeal your denial of my request for the following public information regarding permission to drill an exploratory well; a· phone logs, correspondence, applications, public notices, public comments, approvals, and permits. · I formally appeal your denial of my request for the following public information regarding the underground injection of wastes; a® phone logs, correspondence, applications, public notices, public comments, approvals, and permits. I request this information as provided for in Publia Information (6 AAC chapter 95). I look forward to your written response within 10 working days as required by law. If you have any questions regarding this request please feel free to call or write· Sincerely, Carl Relier cc: D. Johnston, Chair of Alaska Oil & Gas Conservation Commission enclosures: letter from C. Reller to DNR Division of Oil & Gas (20 SEP 92) letter from DNR Division of Oil & Gas to C. Reller (24 SEP 92) ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR ', 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 September 24, 1992 Carl Relier P.O. Box 101255 Anchorage, Alaska 99510' CONFIDENTIAL Re: Freedom of Information Request Dear Mr. Reller: You have requested certain information for a well drilled by Amerada Hess Corporation in the Colville River delta. You identified the well location as Section 25, T13N, R6E, UM. According to our records, the well drilled at that location is the Colville Delta 25-1 well (APl No. 50-103-20054, AOGCC Permit No. 85-0278). The surface location is 196' from the south line, 895' from the east line of Section 25, it was drilled as a straight hole to a depth of 6871' MD. The cun'ent status is plugged and abandoned. The commissioner of the Alaska Department of Natural Resources has granted the well extended confidentiality under AS 31.05.035. According.ly, the Commission is prevented from disclosing any information about this well, other than the above information which is considered public under 20 AAC 25.537. Should you have any questions concerning the well's extended confidentiality classification, please consult with the Dr. Glenn A. Olds, Commissioner, Department of Natural Resources. ,., David W. J~-linston \ Chairman ~ entropy · Superfund · Hazardous Waste · Risk Assessment · Facility Siting · Chemical Analysis and Interpretation · Community Relations and Right-To-Know September 20, 1992 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 Carl Relier Box 101255 Anchorage, Alaska 99510 (907~~ 276-2721 CONFIDENTIAL Hello: The following is a foi~,~al request for information regarding copies of all correspondence, applications, approvals, permits, public notices, phone logs, and other documentation regarding actions of Amerada Hess at the location described below for permission to drill an exploratory well and the underground injection of wastes associated with the well. In addition information is requested regarding all documentation regarding the type of well, depth to completion, abandonment, closure, construction, casing, and other requirements of the Alaska Oil and Gas Conservation Commission. Amerada Hess Corporation drilled an exploratory oil well in the spring of 1986 on the Colville River delta. The well head bears the identification "SEC25 T13N R6E UPM" and is located approximately 1000 feet east of the Kupigruak Channel. The approximate location is marked on the attached copy of a portion of a USGS map titled "Harrison Bay (B-I), Alaska, 1:63 360, 1955. We request this information as provided for in Public Information (6 AAC chapter 95). I look forward to your written response within 10 working days as required by law. If you have any questions regarding this request please feel free to call or write. Sincerely, Carl Relier RECEIVED S E P 2 2 1992 Alask~ Oil & Gas Cons. Commission ;Anchorage o,. , I.--! ~:~ ~'- :.t'- :i. s (.) r.~ B a y' ( B-- 7]. ) · . Q u a d r a n 9' .'1. (~ ,.: .. .:. ....,... 1 - (.~f-~ :~6(3 ser'ies ., ..' :.... '~.. ~:) ~5 ~) ~'' . ' ' '-"::~'" ' ' ~ - "2"~ ""~ '" ~ ' ': ~'':' ' ': ......... ' ...... ' ........ ' -., . ' ,, ·__~ 'j~''' ~ .. .... ,~: ~.... , . . · ~.~1..., ~ , .~-~, , -?=-? ~ . ~,.... - . --. -~ ~ ~ --.,. .,~ : ... ~ ~. ,.. ~-. · - -. ..;,.~.~.~ ~.: ...'~"~: ~:::~-:;-.: .~..., ...- -,......, ,., .~ ...... . ........ ......... .. .......... ,.. .. .-. :: -. ~;~,;~:.~;~ ':'%:.~.~.. ~ ' ~. ~. '~ ;.,. ~ "¥-.' ~ .~:. '. ~;'r ? -... '~.~,~- ,;... - -. . .~: .... · ,:~X- ~ :?~2"-.~ ~':;~¢.~- -: ';~:>~:-. ~:: --' "5 ~X.~;~' -. ...:'-..,,~:,.._..,~_... ..,,..-.: .... , ;..~:. ~ ...-,. , ~ ~ ,,~:_. :~ ".-:.:~ ..... . -. . . . .~._ '.~- .~ ~-..~- :.~ ~:':-:J:i~... .. ME'WlORAh" UM Stat AlaSka TH RU: Lonnie C. Smith Commissioner Harold R. Hawkins Petroleum Inspector FROM: FI LE NO.: D. HRH. 40 TELEPHONE NO.: SUBJECT: Location Clearance Amerada Hess Corp Permit No. 85-279 Sec. 32, T13N, R6E, UM Exploratory ~hursday, July 24, 1986: I inspected Amerada Hess Corporation Colvtlle Delta No. 1 f6r a location clearance. The location was clean and free of debris. The marker po'st was up, but was sticking up about 3' from a mound of gravel about 15' to 18' across and 5' to 6' high. I informed Amerada Hess that our regulations call for casing cut off 3' below ground level with a marker post welded .or cemented to casing sticking up 4' above ground level, and that the mound of gravel should be removed. I talked to Lonnie Smith about this and he agreed the mound had to go before location clearance would be approved. pictures were taken to verify this report and are attached. In summary, I inspected Amerada Hess Corporation Colville Delta No. 1 for a location clearance. The location was clean, but a mound with the marker post on top was not satisfactory. C.R. Richard of Amerada Hess agreed, and said it would be removed in the winter months. This location is to be approved upon receipt of pictures from Amerada Hess sent to AOGCC verifying 'mound removed from around 'marker post. This was discussed with Lonnie Smith. Attachments )1 A ( Rev. 10.84) . -:.. '.. 's'URFiCE'' ~Alfl)OI~ENT .,REPORT · . ..-.. '....: -20.' ~.C" 25 ~ ART ICLE 2 -. FILE INFOP,~TION:' ." .~, ':~ z.,"'~ ..... ' 'OperAtor. .;~~,/?.~: ..... ?~ ,,.r--.-.-..$ ~ ~/~/;~4;?;r~Date Do~ole P ~ . ..-~ ,. '~.?' ~' ~ ~ i ~ ' .... · A~dress " '-. Sur[ace Location' ~'f.'.'~ell.''' . .. '.... -. . .. F~. r 0,, ~,. ;t,. ;' ,, t,. .. . . Sec, · T . ~,. R,.: .~, . . : '20'aC 25,120:'. 2L a.~O;;~~R:' ' ' ' ', "' "'" : ......... ." "' ' ' '~,~h (.~0' ~,. D~ . Steel Post: (4. ~n,-) ..... .X · .' '" ToP o~-.~=ker--P~Pe Closed ~th= C=e~t Plu~ .Sc~ev Cap ~ ~elds .Set= '~ ~ell ~ead".' ~ ', On: CUtoff Casin~' ~ ,' 'In Conc=e~e Distance ..Belo~ 'Final" G~ade .L~et'" .... F~. in. .: Side Outlet.S: ~1 .'Valves: 'and.Hippies R~oved ~ · .... 'All. ~entn~s 'CloSed. '.' ,, ~i.th ~linds -~:"-'~ith C~ent , , . . . · . Pemit No. ... API No. 50- Unit Or Lease Name INFOR.HATION BEADI~L~DSD D. IRSCTI~¥ ~0 'HARI~.R..PosT~. " . (,LiSt' ~e.re Different .fr~ ~ile Info mat ion) ' .Operator ~?~4-D~ ~.~ffJfi a~~~[~~ ~i't· or'Lease Nme ~77,~-~I~;':. z, 2-':x~::k~¢.... ..... . :~eI1 ~ber".. ['." ,.SurfaCe Location of ~ell: - Ft.. F '. L, .~t.., F.' L, Sec · 'T . , R .., H '. . · . .. 2o......~c -'2~. ~0: ~oC,T~0~ ~_U,: "." PIIS:' . - - ...... . ...~ ;.":" '_~.'. ..... . .... .-.......,.? ;.,:~(-..:.....:' ~r~c~ or' ~ ~/-o~ ~~o~': ". .-...-...:.::'"?"' '.:'..~:..:.~ , , '[~ . · n,h~r · ... " ... ..[ · .. ....... c~.~. u~:.or e~.-~to~. ~0C~0N: ..- ~.." ... ...... ...- · 'Clean .~. ', Pipe'.scrap .,. Iron Scrap , ~°od , Hud , ,. C~ent ,,, 'PaPer' , Other ' .. . .~ .. ;j i.. .. . .. . - . . ..... . '.~..'.. . ~ -. '~- ' ~. . ... .' - . ..~ooded' , Brash' _ , Tundra~, ,. Crass ., Dirt ., Gravel , . . . ............... Sand, ,, Other ~.~,¢.~'-:- ' ..-.,~-.:-:-.'. · . . . . . . ............ . .... : ~ .. Clean ~ , Trash fr~ Site .'~..' 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' , . i..,,.' te ' · .~'~'"' :'""./' ' '.- · '.*'":'·,'1., '..,~/,..e;:'~.~:. ,; ' . , '.':.'-~..'t,":~...r'~".';.'..'v".4~'".:~,'..,?";'.,;,~.~';'...":,.'.~ 'i: ",''"}' ',, . ~" ...;'."":,;:,',.,. :~"' .i,"~..: .' .'....'.;'.,~'~.',.,..:".:'~.,".,:'~'~ · ' ' ' I ' ' ' '.' ' . .' '"' '",i · . , . ; ' ..., .:,' . ' ~. . . . . . .'. .. . ... .,, · Telecopy No. (907) 276-7542 July 8, 1986 Mr. R. J. Mead Drilling Manager Amerada Hess Corporation 550 West 7th Ave., Suite 1400 Anchorage, AK 99501 Re -. Location Clearance Colville Delta #25 Dear Mr. Mead A review of our records shows that final location clearance for the above referenced well has not been approved. In compliance with Section 170(a) of our regulations, "[t]he location of an abandoned well onshore or upon a historically stable island must be cleared within one year following well abandonment or .... " Section 170(b) provides the means for 'an extension of time if a valid reason exists, and Section 170(c) provides for an on-site inspection. We are, therefore, requesting a schedule from you for this summer when our field inspectors can accompany your representatives to the well site for final location clearance inspection. ,'~ANSMITTAL SHEET AH EP-1488-B TO: AOGCC 3001 Por. cupine Drive Anchorage, AK 99501 Attn.' Chat Chatterton DATE FROM RMERI::::IDF:I HESS CIDRPORRTION ADDRESS 218 W. 6th Street Tulsa, OK 74119 SENDOR Scott B. Pluim DEPARTMENT Formation Eva] uation VIA Par'ce] Post DATE SHIPPED AHC Colvil.le Delta 25-1~!,~;~ #1 Set of chips, Core' ~'~mm' QUANTITY DESCRIPTION Copy of wellsi'te core descriptions · . -- -' ', ~t ILL .,--.PLEasE,....RETuRPONE s~GnE~tO_ amER~ HEss cORP~t~ON,aT ~E'asOvE aDDREss / / . ~ / , . . RMERRDIR HESS CI-IRPI-IRRTIEIN June 18, 1986 P. O. BOX 2.040 TULSA, OKLAHOMA 7410Z 918-599-4200 Mr. Chat Chatterton AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Dear Mr. Chatterton- Enclosed you will find core chips taken at one foot intervals from cores 1-7 of the Amerada Hess Colville Delta 25-13-6 #1. In addition, a copy of the wellsite core descriptions is enclosed. xc: C. R. Richard A. Tamura Sincerely, Scott B. Pluim ,ANSMITTAL SHEET ~-~H EP-1488-B TO: John Boyle Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchoraq~ ggK~I QUANTITY 4 DESCRIPTION DATE April 11, 1986 FROM I:::IMERRDI=I HESS OORPORATION ADDRESS ~n w_ 7th Avenue; Su±te !400 Anchoraqe, Alaska 99501 SENDOR Bob Mead DEPARTMENT Drillinq VIA iDATE SHIPPED Fairweather I 4/11/86 Colville Delta 25-13-6 Sepia prints: Temperature Data Log Drillinq Da'Ga Pressure Loq Formation Eval'uation Loq Pres'~ure, Evaluation Loq .... .~.~ i'! .:. IREcE'vEO~Y~''' . T,TgE L*[,.?'~ ~'~ ~i~''~,.,.,,,,' ~=,,.~ ~ ~:~ ~)~ALm - ' - RE~R~ ~E SIGNED COPY TO AMERADA HESS CORPORATION AT THE ABOVE ADDRESS ~ ~ ~ ~= ~ ~ ~ ~'~ . . ....................... . ,. . . ..................... STATE OF ALASKA ALASKA. OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage, Alaska 99501 (907) 279-1433 TO: Receipt of QUANT I TY the fol lowing material which was transmitted via __ is hereby acknowledged: DESCRIPTION _ ~ tt ;;;.:: ',':.::. '.'; ~.; .':; ........... "~'~ %' ":" J '~ ~': ;': ':".":" ::~ :'t ':'::""~';, ~'' ..',.i'.::. '..! ~;~ ..-, u ..~' :: ..... ~ i}":' ii{: ':' ~: ,'i 9 .~'~ "' i~. '~. '.' "" .. ~.i ,,j :: :: :{ {~ .,.: {.',' {..' .. ..~ ;': :: /!._--.,:L~ ii Copy sent to sender YES ~.~ NO .-__ RlvlERRDR HESS CORPORRTION April 2, 1986 550 WEST 7TI-i SUITE 1400 ANCHORAGE. ALASKA 99501 907-274-4512 Mr. C.V. Chatterton Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Colville Delta 25-13-6 #1 Dear Mr. Chatterton: Enclosed in duplicate is Form 10-407, Well Completion or Recompletion Report and Log on Colville Delta 25-13-6 #1 well. Also enclosed, are the blueline and sepia~copies of the electric logs, the ADT report and mud log w/sepia and the single shot survey information. Sincerely, t J. Mead 'L Drilling Manager RJM:pk Enclosures. APRO 2 1986 AJOBk9 Oil & GUS ~,lJll~. ~ilil~ ' CONFIDENTIAL /~ STATE OF ALASKA ~" ALASK , .L AND (~A'~'~;ON'S'ER'~ATION ~ MISSION WELL COMPLETION OR RECOMPLETION"REPORT AND LOG 1. Status of Well APE [. 2 1986 Classification of Service Well OIL [] GAS [] SUSPENDED [] ~D~IL~O~ - 2. Name of Operator ~lgl~l~ 7. Permit Number Amerada Hess Corporation 85-278 3. Address 8. APl Number 550 West 7th Avenue, Suite 1400, Anchorage, Alaska 99501 50-103-20054 4. Location of well at surface 9. Unit or Lease Name 196 ' FSL, 895 ' FEL, Sec. 25, T 13N, R6E, U.M. Co lville Delta At Top Producing Interval 10. Well Number Colville S~;me (Straight Hole) Delta 25-13-6 #1 At Total Depth 11. Field and Pool Straight Hole Wildcat 5. Elevation in feet (indicate KB, DF, etc.) I. 6. Lease Designation and Serial No. 48'KB 12'GLJ ADL-364478 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Cusp. or Aband. I 15. Water Depth, if offshore 116. No. of Completions 1700 hrs. 1/17/86 2/7/86 0500 hrs. 3/4/86I NA feet USLI NA 17. Total Depth (MD+TVD)18. Plug Back Depth (MD+TVD)19. Directional SurveY6871 'MD Surface YES3~ NO [] I 20' Depth Where SSSV set I21' Thickness °f Permafr°stNm feet MD 22. Type Electric or Other Logs Run ADT report & mud log; DIL/LSS/GR/CAL, LDT/CNL/NGT, EPT/PCD/GR, SHDT/GR, RFT/GR, ..SWC, VSP, CBL/VDL/CCL/GR 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 94# B surface 124'KB 26" 500 sx Arcticset II 13 3/8" 72# N-80 surface 358' 17½" 700 sx Arcticset II 9 5/8" 47# N-80 surface 2264' 122" 1560 sx Arcticset II 7" 26# N-80 surface 6861' 8½" 400 sx Class G & additives 24. Perforations open to-Prodt~-'~ion-(MD+TVD of Top and Bottom and 25. TUBING RECORD ~es~ng interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 6328'-6402'MD; 6436'-6480'MD; 6516'-6550'. NA MD; 5 spf 37 gram/DIL/GR/Sonic run #2 NA date 2/8/86' All perfs squeezed off at " 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. abandonment . DEPTH INTERVAL (MD) 'AMOUNT & KIND OF MATERIAL USED 6333'-6545' 80,000 gal. DS YFGOII Gelled ~ Diesel w/106,000# sand · . . 6328'-6550' 80 sx Class G & additives . 27. ' PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) February 17, 1986I Flowing after fracture stimulation Date of Test Hours Tested PRODUCT'ION FOR OI L-BBL GAS-MCF WATER-BBL CHOKE SlZE GAS-OIL RATIO 2/24/86 47 TESTPERIOD ~ 311.8 161.4 0 128/64 .200 - 835 Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 30 0 24-HOUR RATE 28. CORE DATA BriefcoredeSc~jption/fl 61of ~)logy~. porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. - 34' Miluveach. Shale No 0il C'ore #3 6284'-6342' Kingak Mudstone Oil Show Siltstone, Sandstone ,,,. Core #~ 6342'-6394' Nuiqsut Sandstone Oil Show {'~.~.,~:"' :~ ~ ' ~ ~;.~." ' . ' :." ;, i' Core //5 6394'-6454' ~uiqsut Sandstone Oil Show Core //7t,6.~1~4,_~-5-7Z' ~uiqsut Shale Sandstone, Oil Show Core #6 6454'-6514' Nuiqsut Sandstone Oil Show Shale Form 10-407 Rev. 7-1-80 Shale CONTINUED ON REVERSE SIDE Submit in duplica~ GEOLOGIC MARKERS MEAS. DEPTH 29. NAME HRZ Kalubik Miluveach Kingak Nuiqsut 5800' 5938' 6132' 6277' 6330' 30. TRUE YF_RT. DEP, TH [ . -5752' -5890' -6084' -6229' -6282' FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GO.R, and time of each phase. ,, Refer to Section 27 31. LIST OFATTACHMENTS Electric logs (bluelines and sepias); ADT Rep,Ort & mud log w/sepias; S ing..1...e.__S_h_o.....t.__S_u_._r._..v_..e_y_ info. 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed ....... ii"."i i'-.-_i", 71"'i 'i'~'i.~'. '."~7. ,.,--...'...--.. [[,,.-.~"..T_~'7~i[..,. i' Mead Title .... 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- in.g and the location of the cementing tool. ItSm 27' Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 AMERADA HESS CORPORATION COLVILLE DELTA 25-13-6 #1 SINGLE SHOT ANGLE SURVEYS Survey 1 2 3 4 5 6 7 8 9 10 11 12 Depth 358' 823' 1290' 1826' 2235' 2753' 3161' 3666' 5120' 5371' 6196' 6871' Angle 2° 0° 1/2° 2 1/2° 2° 2 1/2° 1 1/4° 1° I 1/2° 1° 1/2° 1° TABLE OF CONTENTS · I NTRODUCT I ON A. WELL AND RIG DATA B. PROGNOSIS 2. DRILLING AND ENGINEERING A. CHRONOLOGY 3. FORMATION PRESSURES A. FORMATION PORE PRESSURE B. FORMATION OVERBURDEN PRESSURE C. FORMATION FRACTURE PRESSURE 4. GEOLOGY AND SHOWS A. INTRODUCTION B. FORMATION DESCRIPTIONS LITHOLOGIES PENETRATION RATES OIL AND GAS SHOWS 5. EVALUATION AND TESTING A. CORING CONVENTIONAL SI DEWALL B. WIRELINE LOGGING C. TESTING FI GURES 1. LOCATION MAP 2. WELL PROGRESS GRAPH TABLES l. BIT PERFORMANCE RECORD 2. MUD REPORT SUMMARY APPENDICES A. GEMDAS DRILLING PRINTOUT B. GEMDAS DRILLING DATA PLOTS (ROP,WOB,AVG & MAX TORQUE,DXC) C. GEMDAS FORMATION PRESSURE PLOTS D. FORMATION EVALUATION LOG E. DRILLING DATA PRESSURE LOG F. PRESSURE EVALUATION LOG G. TEMPERATURE DATA LOG 3 6 9 9 10 ll 15 18 18 1: 600 1: 600 1: 600 1: 3000 1: 3000 1: 3000 REE. EIVED Naska '-' APR 0 2 198,6 ..,,-,,;:, ~.., ,. b~,,,,,d'SSTOil FINAL ~kLL REPOR? AF£RADA HESS COLVILLK DfLTA 25-13-6 NOKTH SLOPB ALASKA JANUARY 17, 19~6 to F'~BUARt 7, 1966 The information, interpetations, recc~menaatlons, or opinions conta~ne~ ~rein are a~visory only aha may be re]ecte~. Consultant ~oes not warrant their accuracy o~ correctness. ~ot~in9 contained herein snal~ be deeme~ to be inconsistent ~ith, no~ expand, moa~y or alter Consultant's Obligation of per~ozmance as pro~i~e~ ~or in a written agreement between the parties, or i~ none, in Consultant's most recent price l~st. EXPLORATION LOGGING OF USA, INC. Compiled by: R. ~mnsker R. Whi~fen J. Palien S. Parker Approvea Dy: B. Leas RECEIVED APR 0 2 ]986 mchora§e 1. INTkO~' 'C~ I0[~ A. ~'~LL AND R1G DA~A OP~_kATOK ......................... A~~ PI~OSPkC~' NAMk COL%/ILL~ D~LTA 25-13-6 ~ALL ............................. ~O. 1 PAi~TNER$ ......................... D1A~OND SH~';~R~CK .EXP~.ORA~ION CO. L~UIS1ANA Hb~' PATROL~D~'I CO. PLACID O1L CO. ~{OSBh~X~D kAbOU~CBS, 12C. . ~'LXACO, USA U[~ION TEXAS PE%'ROL~Uk"~ CORP. L~CA%'ION ......................... CGL%/ILLE D]~LTA, COORDINAT~:$ ...................... i9~ FAgT FSL, ~95 Section ~5, 'iibN, R6g, FlhLD W1LDCAT R1G AND TYPE ..................... r~%BORS RIG 1-~ RKB-GL ........................... 36 GL-MSL ........................... 12 FRET SPUD DA%'~ ......................... jANUARY 1%, 1~86. ~OTAL D~PTH DATE ................. F~BUAK~ 7, 1986 ~'OTAL DEPTH ...................... 657i COMPLETION STAT~$ ................ ThST1NG ~XLOG UNIT # .... , ................ 156/GE~DAS C~'~DAS OP~RATOR$ ................. k. bk~SKAR, k. WHIFFEN LOGGING G~OLOGIST$ ............... a. PALLEN, S. ~AR~R, 1. INTRODUCTION B. PROGNOSIS ,. , AMERADA HESS, Colville Delta 25-13-6 was a wii~cat well arilled on the North Slope of Alaska. The Zoliowing estima~e~ fomnatlon tops w~re pro- viaed to Exploration Logglng personnel: FORM SUBSEA Torok 408Z feet HRZ 5690 feet ~ feet Nuiqsut Sand 6D8~ feet The well was to be orilled to an estimated total ~epth of 6,425 feet. Access to the logging unit was restrictea to authorlze~ personnel only. Exploration Logging pmovided Geologicai Engineering ~Dnitorlng and Data analysis (GEMDA$) Service, Formation Logglng, anO Pressure evaluation services on Colville Delta 25-13-6 %1 from 124 to 6,~71 feet. In addition to fonnation evaluation and conventional mu~ logging, automatic real time data monitoring, recording ano ~ozmation pressure and drilling analysis were carried out. Continuous evaluation of the ~ormation pressures an~ drill lng progress aided in optimizing drilling costs and ensured t~at drilling contlnueo with maximum sa~et~' to personnel, the well and equip- sent. The operator was continuously advised of the status o[ all analysis and data, results were stored on magnetic media for post well evaluation. Data p=intou~:s and plots are contained in the appendices. The t~eory of the pressure evaluation methoos used are presented in the Pressure. EvaluationManual (MS-156) and the methods of analysis used to evaluate the well are presented in the manual "~ud Logging : Principles an~ Interpretations ". Aiding ~ormation and pressure evaluation were one HP 2100 series ccmputers with auxiiar~ keyboard terminal, disk drlves, printer, Oual mud density monitors, oual temperature and resistivity monitors, FID total hydrocarbon detector, ~ID chromatograph and cuttings gas hy~zocarbon oetector. Extra services of r~mote CRT'S were supplied by Exploration.Logging. FIGURE ! LOCATION MAP BEAUFORT SEA ILLE DELTA · CORP.,. NO, 1 BARROW BEAUFORT SEA PRUDHOE BAY CHUKCHI SEA FAIRBANKS · COLD BAY ~ . DRILLING AND ENGINEERING A. CHRONOLOGY 17.5 INCH HOLE SECTION { 124 - 356 ft.) AMERADA HESS CORP. COLVILL~ DELTA 25-13-6 Ti was spudded at 1606 on J~uary 17, 1986, by NABORS DRILLING rig 1-ES. A 17.5 inch bit w~s used to drill from 124 feet through a previously installeo surface conductor to 356 feet (RKB) in 5.0 hours. T~e arilllng fluid was gel-Benex a~ fresh water maintained at a 20~ sec viscosity. No surveys were run in this section of hole. Drlil rates ranged between 23 and 300 it/hr averaging 1~ it/hr. Gas ranged between 2 and 105 units averaging 50 units. The only pr.Diem encountered ouring ,tilling was increasing viscosity of the mud due to Ca+ contamination. Mud density climbe~ from 8.6 to 9.6 lb/gal due to increasing viscosity. Eight joints, 322 feet, of 72 lb/it, 13.37'5 inch, N-80, Buttress casing were run and t~e shoe ianaeu at 358 feet. The casing was c~ented to surface with 700 sacks Arcticset II c~-aent, slurry density 14.9 lb/gal. A well head flange, and diuerter were welded to the casing and an annular preventer attached. Drilling recc~rmenced with a 12.25" bit. 12.25 INCH HOLE SECTION [358 .- 2,266 ft.) The 12.25 inch hole was orilled to 2,266 feet, using two bits, (IADC 114). A total of 1905 feet were drilled in 15.8 hours. Bit $2 drilled out cement, cementing/float equipment, t~e shoe and 131 feet of new formation. Blt #3 initially' drilled 104 feet beiore plugging a 3et with two 11/32 and one 9/32 inch jets. She bit was tripped to change the jets to two 14/32 inch jets and a blank. Drilling continued with the weight on bit {wob) ranging from 1~-35 klbs, rotary speeds averaged 108 fl:m, and pump pressure was maintained bet~=en 1,650 to 1,750 p.s.i. Penetration rates were erratic, ranging from 11 to 688 it/hr, averaging 121 it/hr. ~ilchem Generic #6 used as the drilling fluid with weights ranging from 6.9 to 9.2 lb/gal. Surveys were taken at 823, 1,795, 1,826, and 2,2~5 feet ~ndicating a max/mum deviation oi 2.~' degrees, scnlunberger then ran the loll.wing electric wizel lng log: Run~l DIL-SDT-GR-CAL 2266 - 35~ ft. 57 joints o~ 47 lb/it, N-80, Buttress, 9.625 inch casing were run to 2,264 feet and c~mented with 1,560 sacks of Arcticset II c~ment mixed with fresh- water at 3.5 gal/sack, slurrey ~1ght 15.2 lb/gal. ~ne cement was displaced with 161 bbls of water at a pressure of 1,~00 psi. Gooo returns were observed throughout cementing. A weiinead and BOPE stack was n~pple~ up on the casing an~ Grilling was recc~menced with an 8.5 inch bit. 8.5 INCH HOLE SECTION {~,266 - 6,$71 ft.) Cement and float equi[a~ent were arillec out and t2~e casing was pressure tested to 2,0~ psi. Formation was driliec to 2,2b~ ~eet and a io~atlon pressure int~r~t~ test was co~uct~ wi~, 9.1 lb/gal m~ yeilGin9 a gauge ~racture pressure o~ 65~ psi for an ec~ivaient mud weight of 14.6 lb/~%l,~ The final section of the hole required 6 bits in 12 run, and 58.5 drlliing hours to reach total depth. Two of the blts used were core bits which cut a total of 7 cores (see Section 5). f~e r~aining bits were all of the milled tooth variety (IADC 114) {see Table 1). Ail bits were pulled worn but in reiatzveiy good condition with no evidence of injury. Inspection of the cost anal~sls plot (Appendix D) indicates t~at bit #4 may have been run past the economic limit. Weight on bit was typically held between 20 and 40 klbs, averaging 30 klbs with the milled tooth bits. Bit $7 was an exception in ~i~ich weights of over 4~ klbs were ~ployeo in hopes of increasing the penetration rate in a siltstone/shale litnology. Rotary speeus used were maintained at a moaerateiy nigh rate, ranging ~rc~ 1~0 to 150 rf~m, averaging 125 rlm~. All the milleo tooth bits were equipe~ with three 11/32 inch ]ets producing pu~p pressures between 1,800 and 2,100 ps1 with 320 to 380 glum mud 'flow rate an~ 70% - 90% pressure loss across the bit. Du'~ing coring WOB ranged from 16 to 30 kibs, rotary speeos of 50 to 80 rizn and mud flow rates averaging 305 glen. The best recoveries were obtained with higher rl~n an6 WOB. Penetration rates varied between 30 ano 150 ft/hr decreasing predominantly with the condition of the. bit arm subordinately with depth indicating relatively homogenous lithology to 6,196 feet. Below the cored section the drill rate Oroppe~ off to between 20 and 35 ft/hr probably Gue to increased induration of the formation. Penetration rates durlng the coring were considerably slower, averaging 16.5 ft/hr for core ~1 and decreasing to an average of 8.9 ~t/hr for core 97 {see Section 5 and Table 1). The lithology in this section was pre~cminantiy claystone, siltstone, sandy sil tstone. The Milchem Generic #6 mud ~as used to total depth. The density was increased and decreased several times in an attempt to optimize pore pres- sure containment, drill rate and ~ole stability. Overall, the mud density was increased from 9.1 lb/gal at the shoe of the 9.625 inch casing to a maximun of 10.8 lb/gal at 6,525 ft. f~nnel viscosity ~s held predominantly between 40 and 60 sec (see Table 2). Seven single-shot surveys were taken during drilling of this section in- dicatin9 a maximum dev lation from vertical of 2.5 degrees. Generally, the drilling of the 8.5 inch secton w~s relatively trouble free apart ~rom occasional slight Orag on connections, some ouerpull Guring trips, minor sloughing shale in the last 300 feet, aD~ one incioence of swabbing during the trlp at 6,196 feet. The first four stands of the trip required 4~ klbs overpull and swabbe~ 9 bbls of mud from t~]e ~ole. pipe was run. back to bottom and 3,240 units of swab gas was clrculate~ out. Mud density was raise to 1~.4 lb/gal and.tripping out was attsmpte~ again. On stands eight and nine, 85 klbs was required to pull ~ree. Once agaln the pipe was run back to bottom and 2,690 units of gas was circulate to the surface. Circuiat~on was continued to cor~it'~on the mud an~ raise the density to 1~.5 lb/gal a~ter which the pipe pulled ~ree. Total depth of 6,671 feet was reacne~ in 25 drilling oays at 1742 on Feb- uary 7, 1986 {see figure 2). Following a 12 stand wiper trip and 2.3 ~ours circulation, &cnlumberger ran the ~oilowin~ elect_~ic wireiine logs: Run ~1 DIL-LSS-GR Run ~2 LDT-CI~L-~N(ST Run ~3 ~FI'-ML-GR Run 94 VSP Run ~5 SHDT Run ~6 RFT Run 97 SW$ 2~66 - 6871 2266 - 6871 2266 - 6~71 2266 - 6871 2~66 - 6871 2266 - 6871 2266 - 6~71 A wiper trip wasma~e to TD between Run 94 and Run ~5. One single was reamea to bottom and 765 units trip gas has circulated to surface. After rigging dowu Schlumberger, another wiper trip was made to TD to condition the hole for runnmng 7 inch casing. Tight hole was encountered · upon tripping out. Seventeen singles were laye~ Gown anG then reame~ back to Dottom. ~ripping out laying aown Grilipipe tight hole was once more encountered. It w~s deciGed ti]at rite stabilizers were hanging up on a "ledge" an~ the tr~p out was completed. 176 3oints oi 7 inch, 26 lb/ft, N-~0, Buttress casing was run to 6,861 feet with no problems. ~he casing 'was preflushed with 20 bbls (J~ 10~'D and 3~ bbls of 12.0 lb/gal Spacer 300~, then c~mented with 40~ sacks class "G" mixed with 3% KC1, ~.8% D-60, and 0.2% D-46. The slurrey Gensity was 15.8 'lb/gal. A wellhead an~ BOP were nipple~ up on the 7 inch casing and the testing program commenced. WELL PROGRESS GRAPH DEPTH 17 21 5 JAN DATE 26 31 15 FEB 5 10 15 20 , . 600C TA~F3. 1. ~.Jg~A ,~.%$ Cc;lvii!e DelLa ~1 Bit Der~:ozm~nce ~-~ozci · FA ILSJ 63D4 T~'A 0.5J 64541 Coze #5, zecovezea 6& it ........... Cm:e #6, z:ecoverea 55 Hess Co~p. Colville Delta 25-15-~ ~1 {cIbA'li'm y{ Tli~{it. '' mini pH J DLFIH ,DI:.NSIT¥{ VI$ YP FlL'ii, h~Ti, FC Cd.,LS 445 I1i,.51 ~5.6 i t 128/,2/a, 1 1(,.. I ~5"1 9.;. I ~" Il~' I 1. I 2~.~ I 3 i l~ /2~ 12~-51 ~;'il" I 26. I~,.z:sI 6 i~ I 356 2il 2il.~ 19 / 24 16il 356 15 24.~ 12 / lB 16~ '591 31 i~C 2& / 25 5~ t 6'1 I I a I lC.Si ssil~ I I ~'* I B83 21 I~C 3+ 18 / 26 8~ 91 I I 1793 4~ NC 34 39 / 45 4~ 71 I I 2153 28 NC 5+ 32 / 6~ - 4. 71 I I ~;I I I 2266 26 l~C 3 2~ / 36 4il 19.ill is.. I 16-~1 2266 16 NC 2+ 15 / 28 4~ 12~/u2/861 "5""1 22661 I I I i I 5 {~ Il,mn/cmL 4 i il Iu~:~II l~..Y. 5" i~olu I + 51~i I t t i'un / :.~ 12~/~/~61 il4,, I 2~2 I 9.2+I 44::, I ~' I 244 I 17.~ I 3+ I 2~ / 6, I 9.61 1(,~ I 44~ I 'r, I 9.~, I 6 lu, nz s.5,. ,,ol,~ I t 444 Ill I 15 I s-s I 2 I s/25 i~,..I 1... I ,ss I'r' I 8 I" I 61~6 I 2~..5 I 48 I ia I 144 i 5.2 I 2 I 5 / z, I s-51 s,, i 44o I s'' I 12 i1.~1~,.. ~,t., ug,,t, i,o~,;l t 6222 I 1~'.4+1 ~1 121 I 26 I 5., I 2 I s/244 16-51 626~ I 1~.5 I 6325 { lip.e+{ 49 6394 I i,4S~ I 3. FO~.ATI 0N-FRESSURES .o A. FORMATION POR~ PR~$$UR~ One of the primary functions of Eixploration Loggings ~$ service is to provide reliable estimates of formation pore presstTres w~ile drilling in oroer to detect abnormal pressures in the wellbore before problems can OCCUr. There are a number of different elements used in the process of pressure evaluation. ~ese include careful monitoring and explanation of gas reading-s, . calculation anG interpretation of both corrected drilling exponent (Dxc) and normaliz~ drllling exponent (Exlog's Nx), measur~ent and interpretation of mud t~mperatures au~ resistivities, attention to size and shape of cuttings, anu Ge~aile~ recording of nookload during connections. Specific data concerning expected formation pore pressures or aata from nearby wells was not maGe avaitaDle. A normal formation pressure gradient of 8.6 lb/gal was estimated- eno correcte~ drilling exponent (Dxc) trends with the following values were aaopted: 1~4 - 2760 ft. 276~ - 4110 ft. 4110 - 6871 ft. Intercept K = ~.82717900~ intercept K = 0.45553200~ Intercept K = 0.391875000 Tren~ a = ~.0~0084494 ~Tend a = 0.00~145876. Trend a = 0.000099790 From 124 feet to 6,~7i feet the Nx and Dxc (corrected drilling exponent) were calculated continuously by the c~mputer and stored on magnetic disk every 5 f~ct (every 1 foot during coring) together with other drilllng an~ pressure parameters. Dxc values, averaged over 10 foot intervals, were plotted on the Drilling Data PressLlre Lo9 (Appen=ix G) and an interpre- tation based on it, t~e Nx, and other pressure parameters ~as plotted on the Pressure Evaluation Log (Appendix H). Penetration rates while drilling the 17.5 and 12.25 inch hole sections to 2,266 feet were highly erratic, ranging from 11 to 688 ft/hr and averaging approximately lid ft/nr. The erratic nature of the drill rate is reflecte~ in the Dxc plot and obviously ls proauced ~y the highly variable nature of the lithologies present. This is a common occurence in relatively young sediments such as these. From 124 feet to 1,120 feet background gas average~ 30 units with individual gas peaks evolving from sand and coal beds. No connection gas was noted. Mud density was predominantly held at or near 8.9 lb/gal and pore pressures were estimatea to be 8.6 lb/gal. From 1,120 to 1,610 feet background gas increased from 3~ to 7~ units with no associat~ ~ncrease in Grill rate indicating a mo~est change in pore pressure from 8.6 to 8.8 lb/gal. No con- nection gas was note~ and one survey gas of 13 units occured. Mud ~ensity was allowea to rlse from 8.9 to 9.~ lb/gal. From 1,610 to 2,266 ~t back- ground gas increased slowly from 70 to 90 units With decreasing drill rate indicatin9 a small change in pore pressure estimated to have been from 8.8 to 8.9 lb/gal. No connection gas an~ one sur~ey gas was noted of 14 units. Mud Gens~ty was aiiowe~ to increase from 9.~ to 9.1 lb/gas oyez this inter- vel. from 2,266 to 2,760 ft the backgroun~ gas was appreciably lop, red by the reduction in hole size, aha required most of this section to rise to a st~ad~- 6~ units. No connection gas occured but one large survey gas was note~ of 61~ un,ts. Pore pressure ~s estlmate~ to have increasec moGestiy · .~{. - -~. .~ : ? ,o from S.9 to 9.~ lb/gal. ~ud density was allowe~ to rise to 9.2 lb/gal over this interv~l. ~'he anomylous survey- gas was probably assoclate~ with a change ~n the ~ormation compaction tb~t is reflected in the Dxc tren~ below this depth (possibly indicating an unconformity). A Gistlnct Dxc t_renO change was noted for the interval from 2,760 to 4,110 feet. This was accompanied by the first occurance of regular connection and survey gasses, from 2,760 to 3,800 feet both the background and connec- tion gasses ~ncreased from 60 to 90 ana 15 to 30 units respectively'while from 3,400 feet the Dxc exhibits a graa~al but significant excursion to lower values, away from the established trend line. 'ihese together inGicate the presence of a gradual transition to higher pore pressures estimated to be 9.15 from 9.~ lb/gal. ~he transition first noted above continued at an acceleratc~ rate ~rom 3,800 to 4,110 feet. Background gas increased from. 9~ units to 20~ units anG connection gasses increased from 30 to 250 units. Background ano connection gas behavior together with the substantial devia- tion o~ the Dxc from the trend indicates an increase of the pore pressure from 9.15 to 9.5 lb/gal over this interval. Mud densities used to counter the increasing pore pressure over the inter- val from 2,560 to 4,110 feet ranged bet~=en 9.2 and 9.6 lb/gal, lnitialiy 9.2 lb/gal mud was used to 3,190 feet where a gas peak to 680 units prompted an ~ncrease to 9.4 lb/gal. The mud weight was then gradually lowered back to 9.2 lb/gal at 3,500 feet. Increasing backgro~nd and connection gas again prompted a rather rapid increase in the mud density to 9.6 lb/gal at 4,110 feet. Lithoiogy from 2,76~ to 4,110 feet was claystone and silt- stone with one minor sand. Another distinct trend change was evident below 4110 feet. The new trend was well d~marked Gue to the rather h~mogenous nature of ~he claystone and siltstone lithology. After the bit trip at 4,110 feet a 410 unit trip gas was circulated to surface, the mud aensity was further raised to 9.8 lb/gal. Ibis was effective in suppressing further high cora~ection gasses but the backgrounO gas continued to climb to a high of 450 units. This was probably caused by the increased drill rate with the new bit. ~om a nigh at 4,375 feet, background gas steadily oecreased to 120 units at 5,350 feet. The Dxc procee~ steaGily along trend and connection gasses rangea from ~ to 140 units, generally' decreasing with depth. Mud density was raised from 9.8 lb/gal to 10 lb/gal at 4,600 feet (probably causing the overall ~ecrease in gas) then lowered to 9.8 - 9.9 lb/gal at 4,800 feet. 'i-he continued presence of connection gasses with increasing mud density indicates that the pore pressure was still climbing slowly and was esti- mated to be 9.8 lb/gal at 5,~70 feet. This es~mation was born out when the trip at 5,371 feet produced a trip gas of 1,030 units. Subs~quentiy the mud Gensity was raised to 1~.2 lb/gal, lncrease~ mu~ Gensity dig little in suppressing the connection 9asses below 10 to 3~ un,ts. ~he background gas was lowered to 80 - 100 units, fXom 1~.2 lb/gal at 5,5~ the mud weight was graaually Grop back to 1~.~ lb/gal at 5,750 feet. Consequently the backgrounG ana connection gasses began to gra~uail~ increase from 80 to 200 units and 3~ to eventually 25~ units respectively. ~he Dxc again began to deviate to lower values starting at 5,700 feet indi- caring another pore pressure transition zone. ~he transition continued to 5,966 feet aha was evidenced in the increasillg connection gas and gas peaks. Pore pressure was estunateo to have increase~ fr~m 9.8 lb/gal to 10.15 lb/gal. This estimate was validified when a trip wins attompted at 6,196 feet during whlch tight hole was experienced and 9 bbls of mu~ was swmbbed out of the hole. T~e pipe was run back to bottom, the mud weight raised to 10.4 lb/gal, and 3,240 units of gas circulated to surface (cutting ti~e mud weight out to 9.7 lb/gal). Tripping out was attempted again and aborted due to high overpull an~ the pipe was agaln run to bottom, mud weight raised to 15.5 lb/gal and 2,690 units circulatc~ out (cutting the mud density out to 10.1 lb/gal). ~he trip out was accomplished with tnls mud density in- dicating that the overpressure had been countered ano the hole mechanically stabilized. Although little trouble was encountered on subsequent trips, after .the inciaent at 6,196 feet abunoant splintery shale carings began to appear in the samples, a aefinite indication of "geopressured'' formations. An extensive coring program was initiated at this depth, the trip gas from 6,196 was 358 units prc~npting further increases in the mud (~ensity to a nigh of 1~.8 lb/gal at 6,500 feet. The mud Oensity eventually w~s effective in suppressing connection gas, stabilizing the hole ano zeoucing the abun- dant carings. Background gas was reouceo to 60 units. These conditions prevailed to total aepth even though the mud density as lowered slightly to 1~.7 lb/gal. Throughout the well no anomylous behavior was detected in the mud tempera- ture and ~elta temperature plots. . FORMATION PRESSURES B. FOR~%TION OVfiRBURDEN PRESSURE Overburaen gradient data ~or this well is not available. ~he electrid log aata necessary to calculate t~e overburden gradient was considere~ conii- aentlal ~nformation an~ not made available for use in t~ese calculations. C. FOR~%TION FRACTURE PRESSURE Overburden gradient aata is necessary for the calculation of formation fracture pressure. For the reasons explained adore, formation ~racture pressures are not available for this well. C~) 4. GEOLOGY AND SHOWS A. INTRODUCI'ION Formation evaluation began after drilling out the 20 inch casing shoe at 124 feet below the rotary kelly bushing (RKB). Composite samples were taken in 3~-foot intervals to 5,51~ feet, then in 10-foot intervals to a total depth oi 6,871 feet. Litnology aescriptions are designe~ to serve as a guide to overall lithology for each formation and to highlight zones of future potential interest. Sample aescript~ons were recorde~ an~ presented graphically on the Formation Evaluation Log (Appe:~ix F). Gas readings are ~esigned to serve as a 9eneralized guide to zones of interest, to reveal formation porosity ann permeability when ccmpared to drill rates ano cuttings gas curves, and to monitor gas in high pressure enviroaments. Accurate graphical details of gas encountered are presented on the Formation Evaluation Log, both as continuous total gas and as a chromatographic breakdown. Continuous ditch gas analI~is was performed by a flame ionization total h~rocarbon Getector. Output from t/~is detector is recorded in units, where 100 units {u) equals one percent methane-in-air. Gas chromatography of the paraffin series from metb~ne (C1) to normal butane (nC4) hms carried ou~ on a continuous, autcmatic, cycling flame ionization detector. Pentane (C5), which requires a longer cycle for normal evaluation, coulo be sampled manually. The use of an automatic five minute cycle for the chromatograph may result in formation peaks of short duration being missed. Chromatographic results are reported in parts per million 'Cuttings gas was routinely measured on each unwmshed sample using 10~cc of unwashe(~ cuttings in water, blended for thirty seconds, with a wmit- ing period of thirty seconds before the resultant air-gas mixture was drawn through the catalytic micro-gas analyser. Results are again in unlts, where 100 units represent one percent methane-in-air. Electric log data Qas considered confidential information, therefore, formation thicknesses, formation boundaries, and other data were not available for inclusion in this report. ~he GEOLOGY AND SHO~S report was organized into four iithological sections using various charts and graphs, and the Formation E~aiuation Log as sources of information. 4. GEOLOGY AND SHOWS FORMATION DESCRIPTIONS SECTION I: 124 -2,13~ feet. LITHOLOGIES This section consisted of deltaic sands and gravels with occasional clayey intervals. Locally abunaant were lignite, pyrite, and fossil ~ragments. Between 1,880 ana 2,130 feet, the massive sanas thinned out . into the upper clal;s of section II. The sands ana gravels were similar in composition. They were predc~inately lithic sands and gravels, with abundant black chert and cc~xuon milky quartz. Some sands nad minor very fine w~te mica. The sands were fine to coarse-grained, moderately to poorly sorted, and subrounaed to angular. ~e gravel was poorly sorted, ranging in grain size from very coarse - grained sand to large pebbles. The grains were very rounaed to very an- gular, an(~ showed some frosting. ~he clays in this section were gray to brown-gray in color, soft, very, . sticky, ~d slightly soluble. ~he lignite was black to brown in color and had a stron9 woody texture. Associated with the lignite was pyrite. Pyrite was also found in the form of nodules, sandstone c~ment, and pyritized ~ossils. %he calcitic fossil fragments included various foraminifera tests and moiiusca shells. In the interval 150 to 3~'0 feet, coral iragments were common. PENETRATION RATES GAS LEVELS Total gas Chr~t~raph Minimum Maximum Average ~9 ft/hr 500 ft/hr 1M3 ft/hz 2 units 33~ units 60 units Cl 312 p~m 31470 p~. 3500 C2-C5 0 p~m 0 p~m 0 p~m Cuttings Gas 1 units 22 units 4 units GAS AND OIL SHOWS No gas or oil snow~ ~ere observea in this section. SECTION II: 2,130 - 5,685 feet. LITHOLOGIES This section consisted of clay and siltstone, with minor amounts of sa~y siitstone and sandstone. The upper intervals were pre~xainately cla~', becoming more silty and consoilaate~ wlr~ depth. Sandstone was found in the samples fr~m 3,965 to 4,~65 feet. ~he siltstone gra~ed into massive shales from 5,600 to 5,685 feet. The clay was brown gray to gray in color, soft, and slightly to moderately soluble. The siltstones were light gray to dark gray in color, soft to moderately hard, and blocky to platey. The siltstone was argillaceous and- o~ten contained carbonaceous laminations. The sandstone at 3,965 - 4,065 feet was firm and friable. ~he grains were very fine to fine-grained, angular to subrounded, moderately sorted, and weakly cemented with calcite. PENETRATION RATES GAS LE~;ELS ,. Minimum Maximum Average 2~ ft/hr 300 ft/hr 90 ft/hr ~otal gas 2 units 650 units 150 units Chromatograph C1 180 ppm 50000 ppm 8000 p~m C2 0 p~m 20000 ppm 450 C3 0 p~m 1500 p~ 250 p~ iC4 0 p~ 5~0 p~ 1~0 p~ nC4 0 p~ 200 p~ 40 C5 0 p~ ~ p~ 0 p~ Cuttings gas , 1 unit 22 units 9 units GAS AND OIL SHOWS No oil shows were'observe~ in this section. Ethane, propane, and lsd- butane initially appeared at 3,090 feet, and normal-butane appeared at 3,165 feet. Some siltstones below 4,500 feet displayed ~race dull yellow fluorescence with a very slow pale yellow fluorescent cut and a trans- parent visible cut. 12 SECTION III: 5,685 -6,112 feet. LITHOLCGI~S TA~s section consisueo predcminately of s~ale with minor amounts of slltstone, sandy siltstone, clay, and limestone. The top oI ~ section at 5,685 feet was the estimate= top of the HRZ shale. The HRZ shale was dark brown, firm, and very fissile with paper-thin laminations, it containe~ abunaant carDonaceous material, was silty in part, and had trace p~itizeo laminations. ~ithdepth the shale became less izssile and less carbonaceous. Trace amounts of limestone were observed frcm 5,860 to 5,940 feet. The limestone was firm to nara, cryptocrystalline to microcrys~alline, anO had a sucrosic texture. RATE OF PENETRATION GAS LEVELS Minimum Pmximum Average 45 ft/nr 110 ft/hz 75 ~t/hr Total gas 80 units 330 unlts 180 units C1 3500 p~m 24000 p~m 10000 ppm C2 180 ppm 18~ ppm 55~ ppm C3 1~0 p~ 6~ p~ 35~ p~ iC4 5~ p~ 13~ p~ 90 p~ nC4 5 p~ 75 p~ 30 p~ C5 ~ p~ ~ p~ 0 p~ Chromatograph Cuttings gas N/A N/A N/A GAS AND OIL SHOWS No shows were observed in this section. Returns were poor due to lack of sample from over the shakers. Because of this, cuttings gas analysis could not be zun. 13 SECTION IV: 6.112 - 6,871 feet. LITHOLOGIE$ The top of this.section w~s marked by a 2~-~oot thick glauconitic sand- stone at 6,1i~ - 6,132 feet. Below the sanastone, the shale from section IlI gradeo into siltstone at 6,40~ feet. Section I¥ was predominately siltstone withm~nor beds of sanoy siltstone, sandstone, shale and clay. Sample quality during the coring interval of 6,196 feet to 6,571 feet bas poor due to tl~e ~nall quantity of cuttings pro(:uced by the core bit. ~he siltstone was light to 0ark brown in color, firm to moderately hard, and platey to blocky. The sand fraction of the sanay siltstone was very fine to fine-grained, often c~mented with siderite or calcite. The sandstone was white to gray in color with black speckles. Its compo- sition was predominately clear quartz and black litnlc grains. The sand was fine to me~iun-grain~, moderately to well sorted, and subangular to rounded. Abunaant glauconitic sar~ was observed from 6,112 to 6,132 feet. Sands below the glauconltic sanastonewere often very silty. Visible poro- sity was fair to poor. PENETRATION RATES Total gas Chr ~matog raph Cuttings gas Minimum .Maximum Avera~..e 1 ft/bz 175 ft/hr 30 ft/hr 46 units 800 units 75 units C1 1100 ppm .45000 p~ 3500 ppm C2 45 p~ 3200 p~m 160 p~m C3 40 p~ 12~0 p~ 10~ p~ lC4 10 p~ 300 p~ 3~ p~ nC4 5 p~ 150 p~ 15 p~ C5 0 p~ 1~ p~ 0 p~ 10 units 48 units 26 units GAS AND OIL SHOWS ,, A strong' trace of oil ~s observed in the sandstone interval 6,112 to 6,13i feet. The sandstones snowed 3~% to 86% brown visible staining and a Cull yellow to orange fluorescence. ~hey produced a fast cut with a pale yellow to bluish-White cut fluorescent and a light brown visible cut.Slight traces of similar oil was found in the cored intervals 6,270 to 6,275 ~eet, 6,405 to 6,415 feet, 6,490 to 6,495 feet ant 6,515 to 6,52~ ~eet. ~i$ible porosity was fai~ to poor. Pentane initially' appeazeO in the ditch gas at 6,1i5 feet. 14 -( 5. EVALUATION AND TESTING A. CORING 1. CONVENTIONAL Seven, XXX inch Oiameter cores were cut during Coiville Delta 25-13-6 %1, with a total recovery of 380 feet, using two 8.5 inch core bits. Lith- ologic description of the cores were considered confidential information and were not made a%-ailable for inclusion in this report. Core 91 6,196 - 6,234 .~t. Cored 36 feet in 16.5 hours, recovered 32.3 feet (85%). Minimum Fmx imum Average CORING RATES 2 ft/hr 12 ft/hr 3 ft/hr GAS LEVELS Total gas 50 units 75 units 65 units Chr oz~3tog raph Cl 1124 ppm 1362 ppm 1140 ppm C2 27 piza 66 ppm 30 ppm C3 27 ppm 67 ppm 50 ppm lC4 10 p~ 17 p~ 15 p~ ~4 40 p~ 107 p~ 6~ p~ C5 0 p~ 5g p~ 4~ p~ Core #2 6,234 - 6,284 ft. Cored 50 feet in 13.0 hours, recovered 60.0 feet (120%). Minimum Maximum Average CORING RATES 2 ft/hr 6 ft/hr 4 ft/hr GAS LEVELS Total gas 62 units 170 units 75 units Chrcmatograph C1 1598 p~ 8500 pl~ 2100 ppm C2 50 ppm 455 p~m 80 ppm C3 33 p~m 294 p~ 60' i C4 0 pl~n 17 plum 5 ppm nC4 16 pt~m 95 p[am 40 pi~m C5 0 p~la 5~ p~ 35 ppm 15 ~) 'mO' Core 6,284 - 6,342 ft. Co=ea 5~ ~ee~ ~n i~.~ nour$, =ecovere~ 5>~.8 ieet (9i%). Minimum Maximum 12 fi/hr CORING RATES GAS LEVELS 4 ftihr ~otal gas Averag? 6 ft/hr Chrm~atograph 47 units 1~4 units 65 units Core 94 C1 1584 ppm 5000 ppm 2300 plum C2 40 pt~n 400 ppm 80 pfxn C3 19 p~m 160 p~ 60 p~ lC4 0 p~ 5 ~ 2 p~ ~4 ~ p~ 35 p~ 24 p~ C5 ~ p~ ~ p~ 0 p~ 6,342 - 6,394 Cored 52.0 feet in 5.6 hours, recovereo 59.8 feet (115%). Minimum Maximum Average CORING RATES 7 ft/hr 11 ft/hr 9 Et/hr GAS LEVELS ~Otal gas 86 units 114 units 95 units Chrcmatograph C1 4212p~m 5508 ppm C2 165 pfx~ 264 ppm C3 143 plum 260 ppm lC4 0 plmm 8 ppm nC4 12p~m 72 ppm C5 0 pEx~ 11 ppm 4550 230 225 2ppm 70 5ppm Core #5 6,394 .- .6,4.54 ft. Cored 60.0 feet in 8.4 hours, recovered 60.0 feet (100%). Minimum Maximum Average CORING RATES 5 ft/hr 11 ft/hr 8 ft/hr GAS LEVELS ~otal gas 50 units 78 units 60 units Chromatograph C1 1890 pim~ 3726 piam C2 79 ppm 132 plan C3 73 ppm 120 piam lC4 0 plan 8 ppm nC4 35 pfxn 35 plan C5 ~ pt~ i! p~m 2600 p~ 100 pl~n 8~ ppm 2Pith 35 pf~n 2 ppm .D -.% 6,454 - 6,513 it. Coreo ~c .~ zeet zn 8.4 hours, =ecovemeo 56 ~ feet (95%) Minimum ~mximum 1~ ft/hr CORING RATES 5 ft/hr Average 9 ~t/hr Total gas 46 units 112 units 80 units C1 1573 ppm 6B97 ppm 420~ ppm C2 75 pl~u 4BB ppm 120 ppm C3 b5 ppm 263 ppm 115 [:pm lC4 2 ppm 14 ppm 5 ppm nC4 21 ppm 64 ppm 42 ppm C5 0 ppm 16 piau 2 ppm Chr ~tograph Core #7 6,513 - 6,571 ft. Corned 58.0 feet in 8.9 hours, recovered 59.2 feet (102%). Minimum Minx J_mum Average CORING RATES GAS Lk~;ELS ,, 5 ft/hz 11 ft/b]: B ~t/hr ~tal gas 50 units 86 units 70 units Chromatograph C1 1966 ppm 4598 ppm 3100 ppm C2 84 ppm 169 ppm 150 ppm C3 80 ppm 160 ppm 130 ppm lC4 2 ppm 14 ppm 10 ppm nC4 12 ppm 42 ppm 32 ppm C5 0 ppm 1~ ppm 7 ppm 17 5. EVALUATIO~ AND TESTING A. CORING 2. SIDE~J~L ~'hzs in~onmation ~s consider~ confidential and not m~ae available for inclusion in this report. B. WIRELINE LOGGING Logging runs were carried out at 2,266 feet and 6,871 feet. Data concerning these logs were considered confidential information an~ not made available for inclusion in this report. C. TESTING A full testing program w~s carried out upon ccmpletion of drilling. zones tested and test results were considered confidential infozmation and not ma~e available for inclusion ~n this report. lb GEMDAS DRILLING PRINTOUT - ;~ezaaa hess Comp, Colviile Delta 25-13-6 ~1 Data Pmint~ at txme B1:35 Date Feb 13 hess Colvilie Delta 25-13-6 ~1 spuooeo ~ 16~ fas, 3anuary l~, 1966 fzcm ha~ozs zig 1-~ r~zough a 2g" suztace cor~uctor set ~ 124 it; elevation - 12 ft above ~%L, RK~ elevation - 46 It amore ~L; apu~ well w/ 9el-Benex mcu; 124 b.b ~.~ 61.~ 69.3 .~9~ .526 ~4 ~.6' ~.~ 62.1 69.1 .68G .5~ 124 ~.~ ~.~ 62.2 6~.2 .65~ .5~ 124 &.6 b.~ 62.4 71.1 .65~ .526 ~.~ Ih/gal ~IFI'ALB1T REVS 1815 124 ~.8 ~.~ 6~.~ 9~.9 .~5~ .526 128 9.1 ~.~ 62.8 ~.9 .65~ .526~ 13~ ~.i g.~ 62.5 ~.~ .b6e .556~ 154 ~.4 ~.g 63.1 71.1 .65& .556~ 161 9.3 ~.~ 63.5 7~.9 .5~ 1~3 ~.5 ~.~ 66.9 7~.3 .55~ 194 9.4 6.6 64.4 7~.~ .558 .625~ 175 9.5 ~.~ 62.~ b~.6 .59~ .599~ ~.~ ~/gal ~ BIT R~VS 1286~ 188 9.5 ~.~ 66.2 67.5 .54~ .629~ 19~ 9.5 ~.~ 66.4 67.6 .49~ 195 9.6 ~.~ 66.4 67.5 .43~ 2~8 9.6 ~.~ 66.4 67.5 .360 21~ 9.~ ~.~ 66.2 69.5 .29~ .610~ ~.~ Ih/gal ~~IT ~NS 18~97 221 ~.6 ~.~ 66.~ 67.5 .2~ 2~5 D.6 ~.~ 66.4 67.5 .~6Q 238 ~.6 8.~ 66.4 67.5 .43~ 24~ ~.~ ~.~ 66.2 67.5 .290 ~.~ lb/~al ~'~B1T R~S 248 ~.6 ~.~ 66.~ 67.~ .31~ .605~ 257 9.5 ~.~ 67.~ 67.8 .~7 .575~ 2~5 ~.~ ~.~ 6~.~ 61.7 .31~ .~71~ 265 ~.6 ~.~ 68.4 64.4 .~1~ .~5~ KICK~~ ~.~ ~/gal '1~ BIT ~ 454 455 259 33 276 9.6 ~,~ 69.4 66.9 .323 .597[ 451 4~ 25~ 32 279 9.6 9.~ 69.4 b6.6 .33~ .595[ 45~ 450 155 32 27~ 9.b ~.~ b~.4 bb.9 .33Q .6~4~ 457 461 259 34 252 9.6 ~.~ 69.4 66.9 .3~8 .6~lj KICK TO~ g.~ lb/gal ~'~BIT~8 434 43b 15b 4~ 2~ 9.6 ~.~ 69.4 66.8 .33~ .575~ 434 439 25~ 34 294 9.6 ~.~ ~.5 67.1 .32B .572~ 434 436 i45 59 3~2 ~.7 ~.~ 69.9 6~.1 .33~ .575~ 45b 45~ 133 2~ 3~9 9.6 ~.~ 69.& 69.8 .329 .599~ ~ICK ~OLE~ ~.~ lb/gal ~L ~%' R~V~ 3~374 ll .1 .11~.65 ~.56 '~.~6 ~.1 16 .2 .11~.64 g.~4 ~.b6 ~.1 21 .3 .1~.%2 8.63 ~/Fl' 1NST 23 ~/F'I' C~ 41 .7 51~.b4 ~.75 G.87 9.3 51 1.9 .811.1k l.~k ~.b7 9.5 66 1.b .~Jk.b7 ~.~4 O.G7 ~.b ]1 1.9 .gll. k2 ~.~ ~/~I' X~T 34 S/ET CL~ ~6 2.3 1.~1.2~ 1.15 ~1 2.9 1.~1.~ ~.9] ~.8~ 9.9 6b 2.8 i.2~.91 ~.59 &.87 9.9 91 2.8 1.i~k.72 ~.6~ ~.fig. 9.9 lB1 2.9 1.3~.96 ~.b4 ~.8~ 111 3.1 1.4~.9% ~.65 ~.89 1~.~ 116 311 1.4~9.53 ~.41 ~.~ 1~.~ 121 3.1 1.4~.~ ~.5~ 126 3.2 1.4~.51 ~.4~ ~.~ l~.b 136 3.3 1.5~.69 G.59 ~.bU 141 3.4 1.5~.99 ~.67 146 3.5 1.5~.92 ~.6~ ~.~8 1~.~ ~.b 151 3.6 1.810.~4 0.71 159 3.9 1.9~1.~5 ~.~1 161 4.1 1.~1.~1 ~.~% ~.'~9 1~.~ ~.~ 191 4.i 1.~[~.~3 ~.~9 196 4.3 1.9~.9~ ~.62 ~.~9 1~.~ ~.~ lbl 4.3 1.9~.7b ~.63 ~.b9 186 4.4 1.9~.bl ~.b6 191 4.5 2.~.9b ~.~ 2~1 4.6 i.~.93 ~,5~ NB I1 Smztn SDS 17.5" 1ADC 114 Oets 11:i2:1~ - zn ~ 114 ft to 3 1944 13k ~.1{ 16b 1~3 11~ 1.3 148~ 459 464 3~ 3 4 1946 135 141.4~ lb4 lB9 Ilk 5.1 153G~ 455 451 356 2 5 195~ 14~ 65.9~ 159 183 11~ 9.9 1~ 455 45~ 359 3 6 1955 145 91.5J 164 17~ llk ~.3 16~k[ 455 4~ 358 ~.V.D. i45 tt bl~ ~D~ ~ 441.1 np KI~ ~'~ 7 l~SB 15g 71.7 163 lb~ llg 4.% 16~G[ 459 464 i57 3 8 1959 155 ~.3 159 194 11~ 5. b 16~ 455 454 3b6 3 9 1759 161 47.6 162 1%5 11~ 5.'~ 159~ 455 45% 3~6 4 T.~.D. 19U Zt alt H~DR ~ 442.6 ~p KICK ~'O~~ 12 lb43 195 5.4{ 165 ~2~ 11~ 4.2 1%6~{ 459 464 3~6 .4 i3 1B4~ 1~ ~b.&{ 153 19~ ~1~ 9.~ 153~ 46~ 46~ 3~9 5 14 1849 1~5 134.9~ 156 lb4 i1~ 19.1 162g[ 469 469 3~9 15 lb 1852 19~ l~3.1d 147 lb6 110 2&.9 ~4~ 49~ 468 319 lU 185~ 195 48.b~ 139 158 11~ '2~.1 133~ 491 49~ 331 22 T.V.D. 195 ~t B~T H~R ~ 439.~ Ap KI~ TO~~ 19 1918 2~9 12.~f 14~ 15~ 11~ 2~.~ 1410~ 4~5 469 293 lb 1911 2~5 13.9f 149 14G 11~ 9.8 146~f 454 456 283 19 1924 21~ 113.~J 139 15~ 11~ 9.3 i55~J 454 451 2~9 2~ 1926 215 196.9~ 141 154 11~ ~.4 14b~J 455 456 296 34 21 193~ 22~ ~.9{ 13G 155 11~ 9.1 1549J 454 455 291 34 T.V.D. 229 ~t BI'r H~R ~ 395.1 hp K1C~ TO~E 22 1938 215 7~.9~ 13~ 147 11~ ~.1 154~ 454 452 2~1 23 1942 23~ 63.~{ 141 15~ 11~ 5.4 156~ 49~ 496 352 24 1951 235 75.~ 136 14~ 11~ 9.4 14~ 455 453 2~ 42 25 195] 24~ 3~U.~{ 139 15~ 11~ 9.3 155~ 454 453 289 56 26 2~1 245 112.~[ 133 14G 11~ 9.1 154~ 454 456 271 T.V.D. 22~ ~t BlT ~R ~ 395.1 Ap KICK i'O~ 29 2~b 25~ 241.1{ 137 162 11~ 5.4 156~{ 49& 493 352 42 Cizc~a~e ~ ~itiOn "~ick' ~. l~zeasing vi~osit~ d~ to 3~ 21~ 265 45.2{ ~ ~ lk6 6.2 144~ 46~ 458 297 29 31 2111 27~ 93.9] 6 ~ 11~ ~.6 152~ 4~9 493 2~3 33 32 1116 2~5 59.~ ~ ~ 11~ 1~.5 1596 469 47~ 2~6 35 D D D D D D (' " D D D b D D D ,,~ D D D D D ame~;,o;, t~ess Corp. Colvi:lle Du-~t~ 25-13-6 Data Pxinte~ at t~me 01:3~ Date Feb 15 '86 Data Recozoe~ at tJme L2'-39 Date -',an AVE, i'~-uX AVG AVG Pm{r,b{ I~ OUT bp1 unit DLPI'H ll~ OUT IF) OUT n~ om'{ 43 2t, 3~ 33~ 115.2 0 b liw 14.5 lbgu{ 45~ mt,2 232 42 369 9.6 ~.~ ~9.8 2~.2 .329 .6~41 2~6 4.] 4~ 224~ 335 bb.b ~ k 11~ 16.2 16561 453 452 22~ 4~ 315 9.~ ~.~ 69.6 ~.3 .32~ .O~{ 211 4.~ 2.i{~.b3 ~.63 ~.~ 4b 2386 ~5 ~5.~ ~ ~ 11~ 14.5 154~ 44D 445 21~ 59 33~ ~.0 ~.~ %~.3 ~2.5 .~26 .565 ~1 4.b 4~ ~B~ ~5~ I19.D ~ ~ 11~ 14.~ 149~{ 449 444 214 52 333 ~.6 ~.~ 9~.3 ~2.6 .32~ .59~] 226 4.~ ~.2{~.~5 %.V.D. 55~ it BI~ HIDR ~'~ 416.~ hp kiCK ~'O~~ ~.~ ~/gal i~'~ BI~' ~VS 32529 ~/~' I~T 4b 23~ 355 llb.9{ ~ & 11~ 16.5 154b{ 4~ ~53 214 51 335 9.6 ~.~ 9~.3 ~2.5 .326 .59~{ 231 5. b ~.~{~.~ ~[, 13.515u casl~ : h ]oints (3~2 it), %2 IDs/it, ~ttzess, h-b~ w/ ml{oe ~et ~ 35& ~~ c~i~ ~ suziace w/ ~ sxs ~ctlc~% 11 c~ent {sluzzy oenslty 14.9 lb/gal); ~ {2 ~1~ ~S 1~.25" IA~ 114 ~ets 9:11:11 - In ~ 35& it Iozlll~ c~ent to bott~ in 3.~ hzs}; ~Oh 6 48~ it ~o inset bit & clm~e B~ - ~B {2 cut i3i It in ~.6 nr - 9zao~ T4 83 1; c~,putez mali~c~ion o~l~ bit t~ {3 Sec S33S 12.25" 1A~C 114 Je~s 9:1i:11 - in @ 4~9 it; Date Jab 20 55 14~5 49~ ~9b.2 0 ~ ll~ ~2.4 b~ 14~ 4~5 367.3 0 ~ 11~ 24.3 5~ 1468 5m~ 521.1 7 8 11~ 25.~ 150~[ 5b 1409 5~5 ~83.9 ~ 0 11~ 19.5 150~{ T.V.D. 5~5 ft BI% H~DR ~O~I~R 467.9 hp 59 1416 51~ 6b~.61 ~ ~ ll~ 22.8 131~ 6~ 141~ 515 543.2{ ~ ~ 11~ 28.6 131~ 6i 141i 520 581.9{ ~ ~ 11~ 29.5 135~ 62 1411 525 445.9[ 0 ~ 11~ 29.3 129~ 63 1411 53~ 418.5{ 0 ~ 110 29.9 1~ %.V.D. 53& ~t BI~ HYDR ~OWI~R 459.~ 394 3~i 3~5 3 489 9.6 S.9 ~5.2 73.9 .419 .752J 4gl 402 316 3 469 9.~ b.1 85.5 93.0 .42~ .~85[ 3~ 391 315 4 48~ 9.0 9.~ 85.~ ~3.4 .413 { 3~ 365 316 9 48~ 9.~ ~.i 55.6 ~3.3 .42~ .~ KICK TOL~RANCk 0.~ 1D/gal ~OTAL BlT R~¥S 3~ 4~2 315 12 4Z9 9.0 ~.9 85.~ ~3.~ .4i~ .83~ 3~6 4~1 314 13 4~9 9.0 B.8 85.8 ~3.~ .410 .825 392 ~6 3lb 28 48~ 9.b ~.~ 85.5 ~2.9 .462 39~ 3~7 3IS 28 489 9.~ 8.~ bS.~ ~2.$ 3~8 387 319 27 489 9.~ ~.9 ~2.1 72.8 1.~39 .832 KlCK ~LERANC~ 0.~ lb/gal ~O%~L BII' R~S 545 ~istzvzty pro~ zn suctzon pit mnteznUt~tly zn mu~ au~ to mun mixing activity. (:5 1429 66 1428 67 1428 6is 1429 b~ 1430 T.V.D. 7~ 1431 ]1 1432 ]2 1433 535 374.9 0 ~ 11~ 25.6 162~ 54b 454.3 0 ~ 11~ 28.8 149~ 545 445.4 0 0 ll~ 2~.9 1850 55~ 3~b.1 0 0 ll~ 28.5 185~ 555 367.4 0 9 11~ 2~.1 555 tt BlT HYDR POW~ 313.8 560 383.4{ ~ ~ 11~ 27.8 193~ 565 339.11 0 ~ 11~ 23.9 59~ 320. 9 ~ 110 29.6 193~ 595 333. 580 332. 394 389 319 17 397 403 319 19 369 365 32~ 342 34~ 320 15 34b 345 32Q KICK TOLT~J~KI~ 364 358 32b 258 261 i22 12 229 230 322 23 522 9.0 9.1 B5.6 69.6 6.277 .723J 529 9.~ 9.1 86.1 6~.4 9.406 533 ~.~ 9.2 ~6.2 69.3 9.838 539 9.~ 9.2 86.4 69.2 ~.246 539 9.0 9.~ BU.4 68.9 9.236 ~.~ lb/gal ~(YI'ALB1T R~VS 956 54~ 9.~ 9.1 86.5 68.8 9.267 541 9.~ 5.9 86.5 b4.6 1.198 .837j 543 9.~ 9.1 56.6 70.2 .644 .909{ 567 9.9 9.~ 95.9 7~.1 .426 568 9.~ 9.1 75.8 7~.~ ,434 .989{ %4 158~ ~ ~ 11~ i4.6 1690 247 243 321 41 75 15~1 8 ~ 116 25.2 lb90 247 249 323 46 { %.V.D. 5~b ~t BlT H~DR ~O~ER 119.3 bp KICK TOLJ:Z~MqC~ ~.~ lb/gal TO~AL BIT R~V$ 1438 ' { 76 15~2 5~5 34b.~{ 0 ~ 11~ 25.6 lbS2] 246 248 325 52 568 ~.~ 9.~ 95.4 ~~9 15~3 59~ 32~.1j ~ ~ 11~ 25.4 189~[ 246 24b 322 54 568 9.0 9.i 75.4 9b.~ .441 .897[ ~,--~..-~ % ~.i~OH ~ 593 it d~ to Pi~9~ 3ets - NB ~3 cut 1~4 ft ~n ~ 3 nr - ~t ,~ (' ~ { .1 S~ S33S 12.25 1A~ 114 Jets 14:14:~ - in ~ 593 ~::~'~'~: '~;:<~.,~'&.D. 6U5 tt BI~ H~DR ~h~ 11~.} tip KICK TOL~L ~.~ ID/gal a~'~B1T RZVS ~::..," .~:/~Z~ 2~3 61~ 13B 01 ~ ff 1~9 1i 7 149~1 391 3Bb 207 6~ 59~ ~ ~ ~ 1 5fi 6 53 2 12 26 F~, ~lMi DLPI'H bi 2~6 ~.¥.D. 63~ 95 2~k4 645 9% 2~17 655 T.~.D. 655 99 2~35 665 10~ 2~37 690 ibl 2~3~ 6?5 ~.~oD. ~4 1~3 2~46 685 1~4 2~5~ 6~0 155 2~51 695 ~'.V.D. 1~ 169 21~ ~15 11~ 21~9 111 211~ 925 112 2112 T.V.D. 73~ 113 2113 935 114 2116 74~ 115 2119 745 116 2126 750 119 2128 755 T.V.D. 755 11~ 213~ 119 ~134 11~ 213~ 1il 2137 %95 122 i149 , T.¥.D. 123 ~152 785 ~124 2154 790 ,lk5 i155 795 :12b 2157 800 il7 ~159 T.¥.D. ~5 Lk~ 22D9 129 ~i3~ 2212 ~2~ "131 i214 625 ~ ~.V.D. ~ ..... ------. ameraaa ~s ~o~p. Coivllia. Delta 25-13-6 Data Pzint~i at time ~1:~2 Data keco,'oeo at time 16:~6 Date Date Jan 26 '~6 KO? J TOROOL it/hz[ AI/G MAX AYG A~ MUD FLOW IN OU~ PVT GAS R~TURNS ~d lb/gal 'l'kl~P iF) bbl unit DEPTH IN ob"r IN OUT R~'-~ o~n-m [ THIS BiT 1~ OUI' [ £t hou=s DXC ~X NXB i44.~I ~ ~ 1~9 i6.~ 149~ 193.~[ ~ ~ 1B9 1~.4 1490 646.i ~ ~ iu~ 14.~ i~ fL BlT HYDR ~W~ 314.9.~p i9~.~I ~ ~ i~ 14.~ 2ii.~l ~ ~ i~ i2.~ i4h~ i~.3] ~ ~ i~ i4.? i52~ 262.3{ ~ U 1~ 12.~ 167.~[ 9 ~ 1~9 14.2 15W~ 215. ~ ~ 1~9 15.9 2~9.~ ~ ~ 1~ 14.% ft BlT ii~DR ~ 315.~ hp 15~.~] ~ ~ 1~ 15.6 1~ 242.9l 9 ~ 169 16.5 159~ 25~.~ ~ ~ 1~9 16.6 159~ 184. ~ ~ 1~9 12.~ 154~ ~t BIT HYDR ~W~ 3~9.~ 177.4~ ~ ~ 1~9 11.2 1550[ ~t BI~' H~DR ~ 312.4 236.6[ ~ ~ 10~ 12.5 15~[ 389 392 26~ 35 352 3~ 271 55 KiCK TOLERANCE 3~3 3a5 272 i2 3~3 3~3 273 3E3 3&? 2~4 KlCK TOLERANCE 3bb ~4 275 29 3&~ 385 fT~ 26 3~ 3~7 176 2i KICK TOLE~J~NCh 3~ 37~ 271 25 3~3 368 277 25 3~3 3~3 i%? 21 353 3~ 276 13 klC~ TOLERANCE 3&3 3~5 i76 15 391 391 253 23 391 352 253 390 3~7 253 18 39~ 3~4 264 29 KICK TOLERANCE 39~ 3~9 274 39 39~ 3~9 254 53 390 391 254 386 3~2 24~ 18 3&7 3~4 244 32 K~CK ~OLERANCh 3&7 3~3 258 3~ 388 274 49 3~8 3~6 279 3~8 3~7 277 393 388 i42 27 KICK 393 392 239 22 393 397 252 22 393 385 27i 3~ 393 ~93 27~ 34 394 393 245 K1C~ 3&2 3~6 260 3b2 3bl 278 24 3~2 3bl 169 33. 3&2 385 257 3~2 3~4 263 54 ~iCK 611 9.~ 9.1 57.1 53.1 13.5~ 613 9.~ 9.2 5E.5 53.1 11.45 .573 ~.~ lb/gal ~GTAL BI~ R~¥S 919 615 9.~ ~.1 59.~ 53.1 11.33 .~6kJ 616 9.~ ~.i 5~.5 53.1 11.92 616 9.~ 9.~ 5&.5 53.1 11.72 .967 616 9.~ 9.~ 58.5 53.1 11.7i .967J ~.~ l~/gal ~OTAL BlT REVb 1772 623 ~.~ 9.2 61.9 52.7 11.13 .995J 625 9.~ 9.1 62.3 52.7 11.3~ 1.0D7 626 ~.~ 9.1 52.6 52.% 11.~9 1.014 626 9.~ 9.2 62.4 52.7 11.~2 1.~lgJ 62~ 9.~ 9.1 62.3 52.b 11.65 1.~22 0.~ iD/gal ~O~;~L bl~' RLVS 2212 639 9.~ ~.2 60.~ 52.5 11.65 ~5~ 9.0 9.3 60.6 52.5 1~.63 1.~4~ 652 ~.~ 9.3 6~.3 52.5 10.9~ 1.~59 655 ~.0 9.1 6~.2 52.5 1~.67 1.0~$~ 659 9.~ 9.5 6~.6 52.5 1~.63 1.~4~ ~.b lb/gal ~IAL Bl% REVS 2995 655 9.~ 9.3 6~.3 52.5 1~.?~ 1,~59 69~ 9.~ ~.5 5~.~ 51.~ 1~.96 1.118 694 9.~ 9.1 59.~ 51.~ Z~.96 1.118 701 ~.~ 9.1 5~.4 51.8 11.~1 1.126 7~6 9.~ ~.2 5~.4 51.8 11.~2 1.126 ~.0 lb/gal 50TAL BlT REVS 3~65 710 9.~ 9.1 58.3 51.~ 11.45 1.128 716 9.~ 9.2 57.6 51.8 11.56 1.135 722 9.~ ~.2 5~.0 51.6 11.97 1.147 ~32 9.~ 9.1 64.1 51.4 b.43~ 1.17~ 737 9.0 9.1 61.~ 51.4 1~.22 1.183 ~.~ lb/gal ~O~ALBIT RE~S 455~ 74~ 9.~ 9.2 6~.5 51.4 1~.37 1.210 ~49 9.~ 9.2 62.4 51.4 1~.17 1.212 75~ 9.~ 9.~ 61.9 51.4 1~.~ 1.196 752 9.~ 9.2 62.6 51.3 1~.12 1.19~ 763 9.~ 9.2 61.5 51.1 1~.32 1.185 ~.~ lb/gal I~'AL BlT RE~$ 5577 776 9.~ 9.2 61.4 51.1 9.949 1.19~ 776 9.~ ~.£ 60.5 51.1 9.~75 1.igk 776 9.~ 9.2 59.4 51.1 1~.~6 1.213 778 9.~ 9.2 59.5 51.1 1~.i3 1.198 ~81 9.~ ~.2 60.4 51.1 1~.21 1.~ ~.~ lb/gal ~'O'A'AL BI%' REVS 6454 7~1 9.~ 9.2 5~.4 .51.1 I~.W1 1.216 994 9.0 9.1 57.9 51.1 9.924 1.213 99~ 9.~ 9.1 5a.2 51.1 9.aga 1.240 ~ 9.~ 9.~ 57.9 51.1 9.733 1.235 &04 9.~ 9.2 5B.~ 5~.9 1~.1~ 1.129 ~.~ lb/gal ~O~L BlT ~VS 32 .1 39 .2 $/F~ 42 .2 47 .2 52 .2 57 .3 62 .3 $/FT 1NST 67 71 .3 77 .3 52 87 .4 $/Fr 92 .4 97 .4 1~2 .4 1~% .4 112 .5 ~/~ 11~ .5 122 .5 ~2~ .5 132 137 $/F~ i~ST 141 .6 147 .6 152 .7 157 162 167 1~2 182 S/Fl' I~ST 192 1~7 .9 2~2 1.~ 2~7 1.~ 211 ~tz~' l~s~. 217 1.~ 222 1.0 227 1.1 232 1.1 239 1.1 ~/~7 1NST Ameraoa lte-~s Corp. Colviile Delta 25-13-6 ~1 ~ezaoa ~ie-~ ~zp. ~iviliw ~=i~ 25-13-6 tl ~ ?rxnt~ at t/me ~1:45 ~ ~%O IS '85 L~ta ~cozo~ at t/me ~:24 ~e Jan 21 'bb OUT lk GUT 1~ OUT I Lt ho~s ~l I D D D D D 125~ 1L2~ 1255 ' .%.D. 1£55 234 1~25 ]237 1L36 1295 ; ~236 1L39 ~ .V.D. 11~ i3~ 1~41 12~5 } ~%1 1~45 11~5 2~ 1135 244 1158 13~5 % .V.D. 245 114~ i~ 1i43 1315 ; 247 1146 132~ 249 1151 1330 ~'.V.D. 133~ 256 12~1 1~35 {254 1i14 1555 T.V.D. 255 1211 256 123~ ,13~5 259 1144 1395 ' 261 1149 13h5 , 262 1151 · 2~3 13~3 ........ ,,. .~..,.,.~;,,.,~?~::~1 l~zl 143~ ~"~:';~*~'~ ,,",'~.:~;~72 133~ 1435 ~.~.~.' ..... ;~ ~. ]55 1335 145~ ~'~-~:"~'":'.~ '"~'~:'~6 1342 i455 'r ~'~,~ T.V.D. 1455 : :. Data Pz'znte~ at t~me 91:53 Date }~b 1~ 'bb D~t& ~coao~ at t~me 1~:17 Dar= aah 21 '~U it/hz I AY-; ~;.X AW AVG eRi-'- I MUD I-'LO~ PVT 1N OUT bbl unit RL'ZLiRK~ ~'U~ 1D/ga~ 9L~P DhPTR Ih OUT 1N OUT Rh~ orm)-m ~ THIS BI'L ~T} DXC I~X ]b~ OUT J ~t bou~-~ ~WJ i13.2~ ~ ~ 1~ 24.7 152~{ 11~.3~ ~ & 1~ 24.6 15~ ~t MI~ llYDk PO~}~ 3~5.~ np 126.iI b b llb 21.5 i51~ 111.5~ ~ ~ 11~ 25.3 1549 113.~] ~ ~ 11~ 23.6 159~ 125.~} ~ g 11~ 24.1 15~ 117.~ ~ ~ 1i~ i~.4 153~ 171.4 ~ ~ 11~ 2~.~ 141.4 ~ ~ 11~ 24.6 1540 121.~ ~ ~ 11~ 24.5 15~ I~.E 2~1 217 1~9 21.9 igS.~ 217 234 11~ 23.1 146~ £t BI~ HXDR 14~WhR 294.4 hp 123.9~ 214 22~ 11~ 23.7 150~ 119.~ ~] 217 11~ 23.6 1559 11~.51 2~4 212 llb 23.6 1570 111.?I 199 21~ llb 23.2 1549 119.71 191 i~9 11~ 22.h 156~ ft Bl% HYDR POWLR 298.6 hp 10~.5~ 1~9 219 110 2~.2 1579 149.1~ 1~4 19~ ll~ 2~.2 1600 12~.6~ 1~3 2~5 110 11.7 1570 1~7.01 1~ 174 11~ 23.2 42.81 17~ 2~9 11~ 21.1 ft ~1~ H~bk b~,Lk 3~9.9 46.31 1~2 196 116 2~.1 162~ 154.6 171 ~11 1i~ 19.7 1580 3&.3 1~4 236 11~ 22.3 I~&.S 1~1 167 lAM 24.2 153~ 1~2.~ 19~ 2~1 llM 21.$ f~ BIT HYDE ~ 3~8.~ hp 1~2.3~ 165 1~7 11~ ~3.~ 15~ 134.6~ 1~5 1~3 11~ 1~.8 12&.$~ 155 19~ 11~ 21.3 1~3~ t~ BlT H2DR ~W~ 319.1 hp 119.6 141 155 11~ 1~.~ 1~10~ 109.9 14~ 149 11~ 19.~ 1~5.3 l&l 22& 11~ 19.9 1~5.4 205 2~4 i1~ ~4.4 1~.2 ~1~ 261 11~ 1~.5 ~t B19' H~R ~ 292.1 np 96.2 2~2 23~ 11~ 23.1 159~ 1~%.2 215 24~ 11~ 21.g 1~4.~ 2~6 ~34 11~ 23.6 99.% 167 227 11~ 25.9 156~ &b.~ 194 25~ 1~6 22.2 163~) ~t BlT HkDk ~h~ 294.3 hp 3ha 3&4 253 23 3bS 3~7 269 KiCK TOLhRANCh 369 39M i~i 3bB 3~6 253 23 3b~ 389 236 12 38E 39~ 258 11 368 3b9 291 19 KICK 3bb 3~2 274 25 36~ 3~5 274 26 368 3~b 294 24 379 398 250 21 362 3~3 239 38 K1CK 363 3&2 245 53 383 398 249 49 3~3 387 24~ 41 3~3 3~ 247 39 3~3 3~ 249 37 K1CK 3S7 39~ 243 43 3~7 386 24~ 3S7 3&4 25~ 47 3~7 384 251 59 3&~ 3~9 259 43 KICK 3~7 3~ 268 51 397 382 26~ 25 3~ 3~5 29~ 368 387 mbl 34 388 36~ 261 KICK 366 388 ~62 388 3~5 267 22 39i 387 2~6 392 397 263 45 KICK %OLE~E 3~2 3~7 2~ 45 3~3 3S5 273 3~3 379 2~0 53 3~1 3S~ 2~4 KICH 382 364 263 13~ 362 3&3 i62 136 3~2 3~5 161 1~3 361 3~ ib~ 361 36~ 259 165 K1CK 1232 b.9 9.3 6g.2 64.9 .556 1.59~l 1236 ~.9 9.3 64.~ ~4.6 .95~ 1.593 ~.~ lb/gal ~O%~L BI~ I4=VS 1i41 ~.9 9.3 59.% ~.~ .95~ i.~1 1241 ~.9 ~.3 63.3 ~4.6 .95~ 1.6421 1149 ~.9 9.2 63.5 64.4 1.~22 1.457 1253 b.9 9.2 64.~ ~4.4 1.~19 1.461I 1256 &.~ ~.2 64.6 64.4 I.GiI 1.468J b.~ lb/gal ~OSALBI~ REVb 31395 11~1 ~.~ ~.2 6~.~ ~4.~ 1.~31 1.543~ 1264 ~.9 9.2 6G.1 63.9 1.~31 1.594 1268 E.9 9.2 59.~ 64.~ 1.~31 1.627 1292 $.9 9.2 64.~ ~1.7 1.931 2.1851 1176 E.9 ~.2 ~.2 62.3 1.~26 1.519 i ~.D lb/gal ~'(31~h ~19 K]~VS 319~6 1281 ~.9 ~.2 66.1 62.1 1.931 1.5~2 12~7 ~.9 9.2 65.5 61.8 i.~31 1294 6.9 9.1 65.6 61.5 1.~31 1.695 13~1 ~.9 ~.2 ~5.5 61.9 1.~31 1.699 13~5 8.9 9.2 65.5 61.5 1.~31 1.695 ~.~ lb/gal TfJI~L BlT R~¥S 34159 13~9 E.9 9.2 65.~ 61.1 1.~2~ 1.939 1313 8.9 9.2 65.3 61.9 1.~22 1.916 131~ ~.9 ~.2 65.7,,61.8 1.031 1.~29 1322 ~.9 9.2 5~.9 62.i 1.&31 1.~9 1336 ~.9 9.2 55.2 62.2 1.031 1.953 9.~ lb/gal ~9'i~L blt RLVS 1345 B.9 9.2 5m.5 62.~ 1.03~ 1.759 1353 ~.9 9.2 51.1. ~2.9 1.~15 1.758 1363 8.9 9.2 53.~ 63.3 .95~ 1.~67 1364 8.9 ~.2 53.5 63.3 1.~31 1.779 1367 ~.9 9.2 54.9 63.1 1.~31 1.~5 ~.9 1D/gai TffI'AL BlT REVS 1371 ~.9 9.t 53.9 .63.~ 1.~31 1392 ~.9 ~.2 55.2 62.~ 1.~31 1.~31~ 1372 ~.9 9.2 57.6 63.9 i.~31 1372 8.9 9.2 5~.~ 64.2 1.~31 1375 ~.9 9.2 5~.9 '64.1 1.~31 1.777~ 138~ 8.9 9.2 5~.8 63.1 1.e31 1.~2I 1385 8.9 9.2 5~.6 63.3 1.~3~ 1390 ~.9 9.t 5~.9 63.3 1.~41 1397 8.9 9.1 5~.8 62.8 1.~41 1.612j 1462 &.9 S.1 59.3 62.2 1.~41 1.~2~ ~.~ lb/gal ~L BlT RE~S 41~24 14~9 8.9 9.1 59.4 62.5 1.~41 1.884j 1414 ~.9 9.1 5~.1 ~2.5 1.~41 1419 ~.9 9.1 59.5 $3.3 i.~41 1.911~ 1424 8.9 9.1 56.9 63.1 1.~1 1.92~j 143~ ~.9 9.1 58.9 ~3.1 i.~4~ 1.9~ ~.~ ib/gal ~AL BlT REVS 43184 65~ 4.9 962 4.9 972 5.~ 677 5.~ 982 5.1 6~7 5.1 ~/f~ 692 5.1 ~97 5.2 7u2 5.2 9~7 5.3 712 5.3 719 5.4 722 5.~ 729 5.4 732 5.5 737 5.5 $/~' INST 742 5.6 747 5.6 752 5.9 259 5.~ 762 5.~ 769 5.9 772 6.~ ~77 6.1 762 6.2 7~ 6.2 ?92 6.3 7~7 6.3 ~2 6.4 8~ 6.4 b12 6,4 81~ 6.5 ~22 6.5 62~ 6.6 832 6.6 ~as~. b.7 852 6.6 6.~ NX~s hess Cozp. Coi~ili~ belt~ 25-13-6 D~ta Print~ at tim= ~1:57 L~t~ feb 13 hUD FLOi~ PVT ~ I~%I'UIkNS ~ 113/9~-1 TI~iP i1~') RLb oh~m ] il~l~ bl~ hb~I DXC l~ ~)d~ hCb Nk~ Ih OUI bill Ulllt DkFl'h lli 01~1' Ih 0[~1' l~l OUT [ st nour-~ ~la [ D D b D D b ,D D D D · ,D D D D D D ~ ~/l~l ASh ~ AV~ AVG P~{ 1~ OUT ooi ~ut Dg~'H I~ O~r lk 00T I~ OUT { ~t no~s 321 15iS 196~ lA.31 lb~ i66 l~b 35.5 155L{ 3G~ 364 291 ~5 lbl~ S.~ ~.l ~1.5 62.4 i.~55 1.515j i~8~ ~.4 2.1'1.~i i.}~ 1.12 9.4 ~.~ ~ .k.b. 5~3 1523 1~ &~.~{ 1~3 14~ l&& 3~.5 lU4&~ 3~ 3~5 261 ~3 164~ ~.9 5.1 61.1 ~2.4 1.g55 1.~3~ 1~97 ~.5 ~.~1.~ 1.i5 1.i~ ~.~ ~.~ ~4 1525 16~5 154.1~ 152 14~ 1~$ ~.4 152~ 35~ 3~ it5 6~ 166M ~.~ ~.~ ~1.2 62.4 1.655 1.~62t 11~2 ~.5 2.2~1.~3 6.9~ 1.1~ ~.i ~.~ ~J25 1527 17~ i~%.~ 14~ 2~ i~b 1~.2 1~56~ 3~h 3~ ~5~ ~ 16~2 8.9 ~.1 ~1.3 62.4 1.~55 i.~7~ 11~? ~.5 ~.2~.89 ~.~4 1.12 ~Si6 152~ 1~5 ~$.~ 155 2~5 1~ ~.~ 1~ 5~ ~65 2~3 6~ l$~& &.~ ~.1 ~1.5 62.~ i.~55 i.~ 1112 6.6 ~.~.$1 g.5~ 1.i~ ~.i ~.~ ~.V.b. 1~5 ~t BlT HiDR ~ i~5.~ hp KICk TOLE~E ~.~ lb/gal ~'AL Sl'i RE~S 5~$59 $/Fi l~'i 5 ~/~5'C~ 32~ 15~5 1~1~ S~4.9 1~ 266 1~ ~.5 1~56~ ~6 3)~ 252 59 16~1 ~.~ ~.1 ~.~ ~2.4 1.~55 1.995 11i~ ~.6 ~.~.56 ~.5~ 1.12 ~.~ b.M 3~ 1534 1~15 25~.~ 1~2 225 l~b 1~.~ 1~ ~5~ 356 263 ~ 1~2 ~.~ ~.1 b~.$ ~2.~ 1.~55 2.~5 1122 6.6 2.3~.~ ~.~5 A.ll 9.1 ~.~ 519 1536 l~ig ~i.~ 1~4 211 1~6 11.~ 164~ 3~ 5~b 2~ 6M 1~ 6.9 ~.i 61.~ 62.2 1.~55 2.~4~ 11~ ~.? ~.~1.~2 ~.9~ i.12 ~.1 3~1 154~ 1~3~ 595.1 1~1 1~9 lg6 14.5 15~ ~h5 3h3 ~5 ~2 1~15 ~.~ ~.2 62.~ 62.2 1.~55 2.B4t 1i3~ ~.~ 2.~.~B ~.~ 1.1~ 9.1 &.~ ~.%.b. 173~ ~t ~l'i H~Dk ~W~ 3~1.~ i~p KiC~ ~OLE~ ~.~ 1D/gal ~OiAL blt ~VS 545~5 ~/~' l~S~ 5 $/~A C~ 16~ 196 106 26.7 15961 379 352 266 53 174 i86 1~6 i4.2 165~,1 376 375 268 19~ 193 1~6 24.4 1696 377 37~ 266 56 159 194 10~ 2~.9 17401 377 352 272 145 191 l~b £~.~ lbbDJ 3~5 362 2%5 41 BI% hYDR PONSR 251.6 np KICK TOLEkA~CL 332 15~2 333 1544 334 155~ 335 1555 336 'A'.¥.D. 337 ibk, 3 {338 lb05 1339 16~b {34~ 161~ 1i75 Bb.1 ~341 1616 17~ 1~1.~ 'i'.V.D. 342 Abl~ 1~65 195.6 345 161~ 1~ 153.6 344 1622 1~95 345 1623 l&~0 16&.4 346 i~25 1~5 141.~ T.~.D. 1~5 1935 i4~.9 134 179 1~6 23.~ 153~{ 37~ 377 265 66 1715 5.9 9.1 61.6 62.1 1.055 2.~59 1142 5.7 2.1{~.96 ~.M3 1.i1 9.i 6.9 1740 15½.5 123 146 1Wb 22.6 156~{ 300 36i 265 56 1715 5.9 9.1 61.% 62.1 1.~55 2.~52 1147 b.7 2.3l~.91 6.66 1.13 9.2 ~3~.5 15~ 21i l~b 15.~ i54& 346 345 269 62 1921 ~.9 9.1 62.~ $2.1 1.~55 2.057 1152 ~.6 2.1i0.75 6.71 1.13 9.1 5.9 195~ 3~.6 i~5 i~7 1~$ 21.~ 16S6~ 3%6 360 ~65 46 1733 ~.9 9.1 62.6 ~2.1 1.~55 1.~0~ 1157 5.9 2.3~1.41 i.~5 1.1~ 9.i b.6 1755 l&~.b 162 2~1 106 2~.~ 1640~ 399 379 269 49 1737 ~.9 ~.1 62.7 62.1 1.055 1.966 1162 ~.~ 2.~i1.~2 ~.~6 i.1~ ~.1 5.9 1960 141.1 174~ 5.9 9.2 62.5 62.1 1.~55 1.9~1~ 1167 9.0 2.311.~4 ~.95 1.13 9.1 5.9 1765 171.6 1743 ~.9 9.1 62.6 62.2 1.~55 2.~13i 1172 9.b 2.~.96 ~.90 1.13 9.1 1776 l&5.~ 1746 b.9 9.i 62.8 62.2 1.055 2.~18{ 1177 9.~ 2.3{~.93 6.~5 1.14 9.1 62.2 1.~55 1.9401 1182 9.1 2.4~1.12 1.67 52.5 1.~55 1.9141 11~7 9.1 2.4~0.94 143 165 l~b 20.~ 145~{ 357 3~4 275 61 132 142 166 22.3 149M{ 365 366 274 62 125 136 106 24.~ 15~b{ 364 362 274 61 122 133 l~b 23.9 156~{ 364 362 175 47 121 132 l~b 26.9 152~{ 364 356 2~ 48 B17 HYDR FohI:/~ 255.3 ~p KICK TOLhRAI%CE Suzvc.2 ~ 1795 it : no z'esult; · 349 1733 1Ll~ 92.9 93 161 1~6 23.6 152~{ 391 396 269 47 1350 1735 ,1815 11~.2 lbB 221 1~6 22.6 1'1~[ 391 ~b9 267 46 }351 1~3~ 1528 9U.5 2MW 21~ 1~6 22.9 177W~ 39W 386 264 45 {352 3741 1L25 ~1.8 1~3 196 1~6 2~.~ 153~{ 3~5 385 263 46 ..) {353 1~3 163~ 2~.6 161 216 l~b 24.9 1710~ 363 367 263 7 { T.%.D. l&3~ it ~IT H~DR ~W~ 3~.7 t~ KiCK 'IO~E ~4 1945 1635 146.4{ 143 152.126 29.1 175~ 352 ~1 263 8 '~.~.~ ~6 1~23 lS4~ i~.SI n3 3~2 i~6 24.~ i5?~I 3~4 3~J 2~ vi .'=.~.~J i~16 i~,5 iii.i{ i36 i45 i~6 ~2.~ i~{ 3~4 3~i i6i 77 · '~}?~ ~=~4~?'.v.o. i~5~ ~ ~n moa ~ 3~i.6 hp mca ~'o~ ........ 7;~,=Cw %~2 i~3~ ibT~ 21~ 6~ 2~1 276 1DS 1~ 5 15~] 3~3 >Th 25~ 5~ ~ ~{~3 ib3~ i~75 3~i.21 22i ~4 i~6 i~.H ib3~{ 3?7 362 2~ 52 , 1752 5.9 9.2 62.~ 1.14 9.1 1759 8.9 9.1 62.1 1.14 9.1 0.{~ lb/gal IOTAL BiT REVS 574~;9 b/F1 lh-¥i 9 ~/)q C~ 15 1~63 5.9 9.1 61.3 62.b 1.~55 1.~77~ 1192 9.2 2 4 ~ · { .69 b2 1.i6 9.1 1~68 B.9 9.2 61.3 62.8 1.~55 1.81~{ i197 9.2 1.4{~.9~ ~.91 1.i4 9.1 1375 8.9 9.i 61.4 62.~ i.~55 1.7~3{ 12~2 9.2 2.4{1.k~ ~.95 1.14 9.1 &.~ 1778 S.9 9.2 $1.4 $2.B 1.~55 1.7~3{ 11~7 9.3 1.4{~.95 6.9~ 1.14 ~.2 ~.~ 1962 8.9 9.2 61.2 62.B 1.~55 1.~'~2~ 1212 9.3 2.4{1.~2 ~.9~ 1.14 9.2 ~.9 ~.g l~/gal 2'~'~ BlT ~VS 5841~ ~/~' I~ST 12 ~/~% C~ 15 1795 8.9 9.1 62.1 63.1 1.~75 1.762 1217 9.3 2.411.12 1.24 1.14 9.2 6.9 1799 ~.9 9.2 62.2 63.1 1.075 1.~52 1222 9.4 1.411.~3 b.~h 1.15 16~3 8.9 9.1 62.2 63.~ 1.075 1.77~ 1127 9.4 1.4{1.~8 1.~3 1.15 9.2 1805 8.9 9.1 62.~ 63.8 1.~75 1.769 1232 9.5 2.411.~7 1.~1 1.lb 9.2 5.9 lb~5 8.9 9.~ 61.7 63.9 1.075 1.617 1237 9.5 2.4{0.91 ~.86 i.15 9.1 5.9 ~.~ lb/gal ~O'IAL BlT RE~S 59867 ~/F~' 1NST 6 $/FT CUM 15 16~5 5.9 9.0 61.9 63.~ 1.675 1.832~ 1142 9.6 2.5{1.~4 6.95 i.15 9.2 ~.9 D D D D D b D D D D 1B~5 B.9 9.~ 63.~ 62.6 1.~75 1.7~6{ 1247 9.6 2.5[1.67 1.62 1.15 9.2 5.9 D 1605 B.9 9.1 63.1 62.~ 1.975 1.,725{ 1252 ~.~ 2.5{1.~1 b.gb 1.15 9.1 6.~{D 1606 5.9 9.1 65.~ 63.9 1.075 !.753{ 1257 15~9 b.9 9.2 63.~ 63.7 1.675 1.753{ 1262 9.7 1.5[0.76 ~.71 1.15 9.3 5.9{0 ~.~ lb/gal ~TAL BIT REVS 669~6 $/~' INST 6 $/~' CUM 15 { 16~9 5.9 9.1 62.9 63.9 1.075 1.763 1269 9.7 2.510.~3 0.75 1.16 9.3 U.9{D 1511 B.9 ~.9 63.~ 63.7 1.~75 1.775 1£72 1516 8.9 9.0 63.1 63.4 i.~75 1.795 1277 9.6 2.5{~.52 6.77 1.lb 9.3 5.9{D 1816 6.9 9.6 63.1 63.4 1.075 1.795 1252 + D Dat~ Keco~ut~ ~t t~m~ lb:~b Oat~ Jan 2i 'b~ iL iL/raj A~ ~ A%U AVG PRLbJ iN O~' ~1 unit DEFI'H lh O~ 1~ OUT IN OU~ j It nou=s ~j j ~ , ~ ~ .......................... 364 ib4~ lbb~ 2~5.~ 2~i 2~4 1~6 25.9 1~ 399 3bl 265 %B l~lb b.9 ~.b 62.% 6~.1 1.675 1.]%3~ l~b% 9.b ~.5~.b3 b.97 l.ib T.%.D. lbb~ ~t BI~ H~DR ~h~ 1~9.i np K1Ch TG~~ ~.& iD/gal ~'~ BZ~ REV~ 61,65 365 lhA4 1~5 111.? 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H2D~ ~ 295.~ hp KICK ~O~E M.~ lb/gal T~L BIT RE~S 65445 JSh4 AM3~ 1~5 134.4 329 ~11 1MS ~5.~ 15~ 3&5 3~5 2~ ~5 19M~ 5.~ 9.2 ~.~ ~A.i 1.~75 1.M31 1~2 1~.5 I.$JM.9~ M.~S A.A~ ~.3 ~.~ j365 1~3~ I~)W 155.~ 314 5~5 1W~ 24.~ I5~W 3~ 3&l ~4 11~ 1~14 ~.~ ~.B ~.~ ~4.9 1.M75 1.945 iS77 1~.5 ~.6j~..~7 ~.~1 i.18 ~.3 ~.M 3b~ 19~1 1955 iZ~.M ZM3 ~21 1~6 5~.~ 1~ 5h6 3~ ~ 119 i~kM ~.9 ~.~ $S.S $4.~ i.~75 1.~4~ 13~2 1~.5 2.$~1.g~ i.gl 1.1~ ~.~ g.M ~.~.D. l~&~ ~t BI~ H~DR ~ 3W5.5 hp KICK ~O~E ~.M lb/gal .~A'~BI~' kEV& ~6~11 $/J~' i~MT 1~ ~/~ C~ i5 j 3~9 194~ 19~ 115.4 ~ 32~ 1~6 2~.2 162W 3~6 3~6 25~ 9~ 1~3~ 8.~ ~.2 63.5 64.3 1.~5 1.~4~ 13B7 1~.~ 2.~jl.~ 1.W2 1.1~ ~.~ 39~ 1~52 1~5 I1~.5 3M4 3ib 1M6 31.~ 15~ ~ 3~W 252 54 1943 ~.B ~.1 61.9 $4.5 i~5 1.~44 14~2 1~.~ 2.~ji.l~ 1.~7 1.i~ ~.~ 8.~ ~91 2MWM 2WM~ 1~2.5 3~3 381 1~ 2~.6 1~ 389 3~4 255 7~ 194~ 8.~ 9.1 6~.3 64.~ 1.~5 1.~57 140~ 1M.~ 2.9j1.i~ 1.~4 i.19 ~.3 ~.9 392 2~M~ 2~5 122.8 3WV 3D7 1~6 2~.2 142~ 3~7 386 257 6~ 1953 8.~ 9.M 58.M 64.9 1.~T5 1.951 1412 1~.8 2. gjl.~ 1.~i 1.lB ~.~ ~.B 3~3 2~5 2~I~ 122.5 297 31~ i~6 28.4 151~ 3~ 391 254 71 1~59 ~.9 9.~ 6~.8 ~5.0 1.~5 1.~2 1419 1~.8 2.%~1.~ 1.~1 1.1~ 9.S ~.M 3~4 2~7 ~i5 i~1.2 2~3 3~6 i~6 ~4.~ 13~ 389 392 252 ~2 1962 ~.~ 9.1 62.~ ~.~ 1.~5 1.961 1422 1~.~ 2.~g.~4 ~.~ i.1~ 9.3 ~.~ 3~5 2~ 2~2~ 1~8.~ 2h~ 3~ 1~6 2&.4 ~56M 3~9 384 251 5~ 1~65 ~.9 ~.0 ~2.5 $4.~ i.~75 1.961 142~ 1~.~ 2.~1.1~ 1.~4 1.1~ ~.S ~.~ '2D25 135.8 2~4 2~ 1~6 2~.~ 153~ 387 3~ 2~ 63 1~6~ ~.~ ~.~ 62.~ ~4.9 i.~5 1.955 i4~2 11.~ 2.~1.~4 ~.g& 1.i~ ~.~ ~.~ 2~ 1~6.~ ~15 355 105 lS.~ 15~ 3~7 391 267 ~4 1975 ~.9 ~.~ 62.3 65.2 1.~75 1.958 143~ i1.~ 2.~.&~ ~.&2 1.1~ M.3 103~ ~t BlT HYDR ~W~ 364.~ np KiCK ~'O~E ~.~ lb/gal ~'~BI? ~VS ~2~ ~/'~' INST 1~ $/~1C~ 15 2~35 11~.~ 2~2 29u i~ 2&.4 I~WW 391 397 2~ 73 1979 8.9 9.'1 61.9 65.3 1.~75 1.959 1~42 i1.0 2.~j1.0~ 1.~3 1.~ ~.3 ~.9 2M4W 11~.9 29~ 32~ 1~5 2].5 16W0 3&7 ~6 2T2 96 19~ 8.9 9.M ~7.1 64.3 1.~5 1.9~5 144% lA.1 2.9j1.~9 I.M1 1.2M 9.5 2~45 63.8 271 2~3 1M6 25.7 I~gM 3&9 3&7 269 ~1 1994 8.9 &.9 65.8 $4.2 1.M75 1.995 1452 11.2 ~.9jl.21 1.15 1.2M 9.3 9.W 2~5~ ~2.4 260 2~3 1~ 2~.5 15BM 3~8 3~2 292 71 2M01 8.~ ~.1 64.~ 64.2 i.~95 1.9~6 145~ 11.2 2.&jl.2~ 1.19 1.2W 9.3 9.W. 2~55 5z.~ 264 2h9 1M6 2~.9 159~ 3~9 3~5 2&~ 63 2~14 &.9 9.1 62.9 64.~ 1.~95 1.9&9 1462 11.3 l.~Jl.3~ 1.24 1.2~ 9.k 9.W ' ~'.V.D. 1z55 IL BlT HkDR ~ 31~.8 tip KICK TOLE~L ~.~ lo/gal lgiAL ~I%' REVS 9143~ $/~' 1NS%' 33 $/~'i C~i · ~5 ~119 2~6~ 154.~J 2~2 3B4 1~6 13.2 lb~j 365 ~2 2&3 42 2~22 8.9 ~.3 62.1 64.1 1.~5 1.~&7 146~ 11.4 2.$j~.~3 ~.%b 1.2b ~.2 4~6 213~ 2965 lli.g~ 25b 297 1~6 2~.3 159~j 3b} 3~} 2~3 6~ 2~29 8.9 9.1 ~.1 63.3 1.~75 1.993 14~2 ll.t 2.bjl.~l ~.95 1.2~ 9.2 ~.~l 4~9 2139 299~ 43.9~ 249 265 l~b 25.2 133~j 389 3&4 2}9 73 2~3h ~.~ 9.1 63.0 ~3.3 1.~75 2.~8 149~ 11.5 2.bJl.32 1.25 i.~l 9.2 ~.9 ;4~ 2143 2~T5 95.~ 242 263 i~ 24.5 i~1~ 3&7 369 283 9~ 2041 ~.9 9.1 63.1 63.5 1.~95 1.~8 1482 11.$ 2.~jl.l~ 1.1~ '1.21 b.2 ~09 i14~ 2~80 95.~j 251 2}2 1~6 21.5 153~j 3b7 393 i~9 99 2~45 ~.9 b.1 65.5 ~3.6 1.~5 2.~3 14&9 11.9 ~.$~i.12 1.~6 1.2i 9.2 ~.~ 41g 2149 2~85 1~2.3j 25& 2~ 1~$ 22.2 155~J 3~ 38~ ~9 1~ 2~4~ ~.~ B.i 5~.~ $3.T 1.~75 1.9~4j 14~2 1i.~ 2.8ji.~1 ~.~5 1.21 ~.2 6.~: ~/'~% '~S~· 6 ~/~ C~ 15 ~ 1192 9.9 2.5~1.~6 1.~ 1.i~ 9.3 ~.9~o 1297 9.9 1.5~i.~b i.~ i.ib ~.3 b.9 b 13B2 9.9 1.5~1.i2 1.~b 1.16 9.~ b.~ b 13~% lb.~ 2.5~1.i~ 1.~ 1.1% 9.b ~.9 D 1311 1~.~ 1.5~1.~6 i.61 1.~% 9.~ ~.9 U ~/~' ihS~ 15 ~/~ C~ 1317 1~.1 2.5j1.~4 g.~& l.lg ~.~ ~.~ D 1~2 lu.i l.~g.~ ~.&~ 1.1% ~.Z &.~ D 1~29 1~.1 l.$J~.~ ~.~ 1.1g M.3 ~.~ D 1532 1~.i i.~J~.Mi &.~ 1.1~ ~.5 ~.5 D 13~ 1~.2 2.bJ~.gb ~.~ 1.1~ 9.3 ~.9 D/ 1342 1~.~ 2.~1.~ ~.94 1.1? ~.3 ~.M D 1S4~ l~.i 2.~1.~5 ~.~M 1.i~ 9.S ~.9 D 1352 1~.3 2.6~1.13 i.~ i.1~ 9.S ~.9 D 135~ 1~.% 2.~i.lb i.1~ 1.1~ ~.3 6.9 D 13~ 1~.4 2.~g.~5 ~.~ 1.i~ 9.3 b.~ D D D D ~( D 4i~ ~]59 2u~5 414 L293 21~5 T.% .D. 21U5 415 2~5 21i~ 415 22~7 2115 41& Lki& 1115 419 2221 2136 , 1.~.D. i13~ 41~ ZiiU 2135 422 1243 1i45 423 1252 215~ Stop ar~ll~ng Date ~an 22 4i9 ~509 2155 ~.%.D. 2i55 42~ 9515 2168 429 i, 523 21~5 43~ £529 217~ 432 ~545 2195 433 5552 ~'.%.D. 435 00~4 436 05~9 219~ 437 u61~ 2195 43~ ~619 22~D 2105 439 ¢624 44~ b~2~ 2210 441 ~u32 2115 {442 6b41 212~ {443 ¢645 2125 445 U655 446 0657 2249 44% 57~3 2145 }~D FLbW PVY GA~ RL%Uk~S PIW lo/gal 393 i89 11~ 392 275 1~5 K1CK TOL~EANCL 1~3.9J 2~5 2~4 lkt 13.b 1~ i3L.%] 25~ 56~ 1~b 14.6 11~.5~ 239 i47 ~6 14.~ 15~ ~t BI~ HYD~ l~JWI~k 3~7.4 np 15~.0~ 240 14~ 1~ 1~.5 i~6~I 3~7 3~9 269 97 1%~.%{ 2~5 245 156 1~.9 1598{ 3b8 353 267 91 134.~{ 234 245 l&b i~.1 1710[ 357 3&7 2%7 77 146.il 219 263 1~ 15.6 192~1 392 394 i71 ~t ~1~ HkD~ E'.Y.~ 316.7 np KICK TOLERANCh 5~.7) 209 1i3 lbb i&.~ 1950 392 392 273 ~4 3~.~{ 2~& 249 l~b 23.5 155~ 393 396 278 154 4£.91 i9~ 2~5 i~b 2b.b 153~ 39~ 355 275 111 3i.~ 194 i~i i56 21.b 155~ 35~ $52 139 c~rculat~ng ~ 2252 It loz'5 nfs to repair pump; '86 35.~{ 1~6 237 iuu 16.6 39.~{ 175 205 106 1~.5 1590 36.9{ 176 195 l~b 1~.9 15~ 46.9{ 153 1%4 1~5 27.~ 3f.6{ 199 2~1 106 3~.6 157~ 52.1{ 1~4 196 106 3~.7 165~' it BlT HYDR ~OWLR 328.9 hp t6.1{ 169 1~7 l~u 33.3 159~ 92.9{ 185 213 106 3~.1 1610 31.4[ 160 2~1 l~b 35.1 1629 61.41 1~ 216 1~ 34.3 it B1, a¥Dh FO~SR 319., bp 64.}1 1~ 20~ 1~6 32.5 1~5~ 9,. 1,7 199 1,6 32.4 1670 54.i1 174 27~ 1~6 3i.9 152~ 52. 164 156 106 35.1 15~ 5£. 16~ 1~5 I86 34.6 15,0 ,t BlT H~D, FOW~R 3,4.9 hp 391 389 15~ 78 KICK 3~1 391 15~ 76 391 396 169 78 391 3S7 212 79 390 39~ 219 76 KICK ~LEkAt~Cf 3~ 393 215 390 395 211 95 391 391 2~8 96 39~ 596 206 67 3~9 387 216 83 KICK %OLERA~5 390 359 219 81 3~2 383 '2~9 72 362 36~ 2~7 82 3~2 3~6 204 KiCK TOI~JRANC~ 3£2 3~b 211 352 3~2 111 3&2 3~i i~6 388 359 20~ 92 368 352 207 71 KICK TOI~RANC~ 2k49 ~.9 9.1 55.~ 63.9 1.~95 1.9~2{ i497 2653 6.9 9.2 61.3 65.6 1.6~5 1.9~1{ 15~1 1i.6 2~54 ~.9 ~.2 64.i ~5.5 i.~5 i.~6,1 i5~ ii.~ 2~5~ ~.~ 9.i ~4.5 65.5 i.~75 i.69~ i5i2 ii.~ ~.b lb/gal ~fJl~J~ bi~ ~LVS ~459~ ~/~' 2~59 E.9 9.1 ~4.2 65.~ 1.~75 1.979} i51~ 1i.~ 2~61 6.9 ~.i 54.2 65.7 1.~75 1.979~ 1~22 11.9 2065 8.9 9.1 54.3 65.~ 1.975 i.~33| 1517 11.9 266~ 6.~ ~.~ &~.6 65.b 1.~75 1.592i 15~2 12.~ 2~ ~.9 9.1 5~.6 65.~ 1.~75 1.6~9[ 153~ 12.~ ~.b lb/gal ~(Yl'~ B1% ~dbV$ 75746 ~/i] 2~75 ~.9 9.i ~.8 65.7 1.k75 1.~6{ 1542 12.1 2~92 5.9 9.1 5~.1 65.7 i.975 i.99~} 1547 12.~ 21~ 6.9 ~.~ bl.~ 55.6 1.075 i.970l 155i 12.4 78.8[ 17~ 184 105 35.8 1550 118.~1 1~2 154 1~6 34.9 156~ 52. 1%% 1~5 l~b 34.~ 157~ bul%.'uy ~ 2235 it = 2 aegzees; 45~ ~743 125~ 43.0{ lb~ $~7 1~6 36.5 1620 451 ~754 2255 2~.5{ 1~4 123 l~b 35.5 1650 2'.%.D. 1255 it hit H~DK FO~'M~ 319.~ t~ 9.2 64.7 5~.~ 1.41~ 2.104{ 1562 ~OTAL BI% R~S ~51 $/~1 9.1 56.2 57.~ 1.41~ 2.038[ 1567 9.1 5~.5 57.2 1.41~ 1.97~{ 1572 9.2 57.2 5~.6 1.41~ 1.b~lJ 1579 1.9151 9.2 ~.9 61.~ 1.4i~ 9.1 6~.7 61.7 1.41~ 1.957 1587 t~L BlT REVS 84~4 ~/~' 9.1 59.~ ~.8 1.41~ 1.923 1592 9.2 59.1 ~.? 1.41~ 1.T&~ 1597 ~.2 61.3 61.4 1.41~ 8.9 61.7 61.3 1.41~ 2.~19 16~7 ~.~ 61.6 61.2 1.493 1.954 1612 ~G~Z'AL~I~' R~VS ~9149 $/}~' 2129 9.~ ~.~ lb/gal 2133 2137 9.~ 2140 9.1 2146 9.1 2150 9.1 ~.~ lb/gal 2155 ~.1 2156 9.1 2158 9.1 2i66 ~.1 2167 ~.1 B.~ lb/gal 2169 9.1 9.1 61.~ 61.5 1.49~ 1.978{ 1617 113'2 9.i 9.1 61.~ 62.1 1.525 1.972[ 1622 2174 9.1 9.~ 63.~ 62.7 1.5~1 2.~69{ 1627 2176 9.1 9.2 53.3 63.~ 1.483 2.~98{ 1~32 2186 9.2 9.2 63.5 63.1 1.3~ 2.~93[ 1637 ~.~ 1D/gal ~I/i'ALBIT R~¥$ 89492 2187 9.2 9.2 63.6 63.3 1.426 2.043] 1642 2188 '9.2 9.2 63.7 63.4 1.429 2.~58{ 1647 2193 9.2 9.0 63.7 64.1 1.439 1.699 1652 22~5 9.2 9.~ 63.0 63.7 1.4~2 1.878~ 165~ 2217 9.2 9.3 63.1 64.0 1.4~7 1.92~i lU62 ~.~ lb/gal 20~L BIT RhV$ 92630 454 bbll 2255 45.2{ 19~ %17 1~5 33.2 163~} 3~b 386 2~3 73 2235 9.2 9.1 63.1 65.9 1.401.1.9~5{ 1672 Ci~culatc-~ returns & ~OOh @ 2166 it to run E-lo~s - ~ ~3.1 cut 1673 it in 14.9 nfs - graoe~ T3 84 1; Ran h-iogs ; DIL/SD]yGI%/Cal; ~n 9.625" c~'s~n9 : 5? )oints, buttress, 47 lb/zt, ~-8~ w/ lloat collar @ 2181 it & shoe set M 2264 it; C~a,~t~nte~ casing w/ 156~ sk arctlcset 11 c~ent mi~ w/ iAesnwatez @ 3.5 gal/sk & oisplaceo b/ 1~1 bbl wat~:; Nb t.~ Sec S~3b ~.5" 1ADC 114 Jets 11:11:11 - In @ 2266 it (ozilieu 82 ~t c~ment to bottom iii 1.D rix); 12.~ 12.~ 13.0 13.1 13.2 13.3 13.5 13.5 13.6 13.7 13.8 13.9 13.9 14.~ 14.1 i4.2 I~ST 14.2 14.3 14.4 14.5 14.7 14.~ 14.9 { 2.~16.79 ~.9t 1.2i i.glZ.bb ~.i~ i.11 ~.b{Z.b~ ~.95 1.il 1.bli.53 b.97 1.11 1.9j~.59 ~.53 i.il 14 ~/f~ C~l 2.9 i.i1 1.15 i.1i 9.i 9.3 9.3 9.3 9.3 9.3 9.i 3.~{1.25 1.12 1.22 9.i 3.211.25 1.i~ 1.22 9.2 3.1{1.32 i.24 1.22 9.2 3.~[i.4~ 1.4~ 1.22 9.3 32 $/Wr C~l 3.4{1.5~ 1.42 1.23 9.5 3.4~1.i1 1.13 i.23 9.~ 3.4}1.1~ 1.~9 1.23 9.3 ~.5~1.51 1.42 1.13 9.4 3.5~1.31 1.13 1.13 9.4 3.6~1.1~ 1.1~ 1.23 ~.4 3.6~1.19 ~11 1.23 3.~1.31 1.13 1.23 9.4 3.%~1.3~ 1.i? 1.24 ~.4 31 ~/FT C~ 3.%~1.15 i.1~ 1.14 9.4 3.9~1.i3 i.~3 1.24 3.~1.35 1.26 1.24 9.4 3.9~1.43 1.34 1.24 9.4 3.9~1.53 1.44 1.24 4.~1.2~ 1.i~ 1.24 9.5 &.~1.44 1.4i i.24 9.4 {' (' OUT 1N OUT 1N 0~' I ~t hou~ ~l 473 u3i% 22~5 12&.3[ 236 2&2 1~4 27.& 193~ 373 372 176 474 6~3~ 23£~ i~4.~{ 145 ~b& 1~5 3~.1 19~ 393 39~ 174 &%& ~335 i~1~ 11~.~ 213 i67 1~2 21.1 19~ 39~ 322 125 ~77 Z3~ 2315 12b.~~ 214 lb7 1~4 12.~ 1~ 39b 3&3 179 4%h ~4~ 231~ 12~. 21~ 264 1MD 2i.2 1MgM 3%~ 3~1 i~3 T.%.D. ~33~ ~[ bl% H~DR ~W~ 34~.5 ~p K1C~ TOLh~h 4~1 ~355 2535 12~.1~ 21~ i&5 l~i ~%.% i~ 3~u 3~i i&~ 4~3 ~ 23~5 1~5.~ 222 240 1~ 26.6 2~9~ 389 393 lb8 12 4h4 ~4~2 245~ 12~.9~ 23~ i43 1~i 25.9 2~5~ 3&6 3~8 181 4~5 u4,4 2355 14b.9~ 2~9 24~ I~M 24.~ 265~ 3h4 3~3 l~l T.%.D. 1355 ~'t B~T HtD~ ~ 369.5 bp K1C~ 4~6 ~4~6 23~ 131.~ i25 24~ 1~ 25.3 2~9~ 3~5 379 184 11 4~ ,~425 23~ ~5.4, 2~, 25b i~2 27.4 199,, 3~ 3~3 2,1 489 ~.42~ 2375 ~9.~j 239 264 9& 25.~ l~&~J 3~7 372 202 '49~ u432 23SB ~1. 246 29~ 1~2 25.1 199~J 3~% 374 I~4 T.V.D. i3~ Zt BlT H~DR ~ 33~.9 ~ KICK '~ 491 U43~ ~3~5 94.8J 25~ 2~2 1~ 2&.3 2~j 378 37~ 2~ Ci~cula~ ~etuzns & ~M ~ 1393 ~t to c~e ~ - NS j4 cut 127 ~ ~%.1 bec S~3S ~.5" 1A~ ~.5" Oe~s 11:11=11 - in ~ 2393 ft 5~i 13i6 2395 1i5.9~ 2i~ 237 1~ 1~.~ 21~j 393 3~9 19~ 4 5~2 1ii~ 24~ l~&.~ 2~7 137 1~5 1~.3 2~10~ 3~3 3~ 19~ 7 5~3 1344 .i465 6~.8j 191 124 173 19.5 2~gBJ 391 394 191 T.V.D. 24~5 it BlT JI~DR ~W~ 364.7 ~ KICK TOL~ ' 5~4 14~4 241~ 15.0j 29? 317 143 19.4 2~b0~ 3~8 3~4 193 . ~J5~6 172~ 2415 99.9j 279 297 134 15.7 191~ 3~2 378 .205 ~...~ ~JS~ i723 242~ 96,1J .29~ 32B 135 1~,4 199~ 361 ~59 2~3 , :~ .~j5~8 1726 2425 ~4.4J 314 32i 138 19.6 186~ 363 36~ 2~3 ':.~ ~J5~9 1729 243~ 8~.4J 313 311 133 2~.i 186b 3~4 365 2~3 3 'Y~ ~j ~.%.D. 143~ ~t BI'i ~DR ~W~ 195.5 l~p KiCk .' ':'~ ~J5~8 1738 2435 89.2~ 284 321 135 21.6 lbi~ 3~ ~59 281 2 .', .'i.~a~Jlbk~ 1~45 2445 ~g.lJ 2~6 kb6 13b 2g.B la2~ 357 35~ 2~4 5 ( .~j~ ~~J515 194~ 245~ 93.~j 2)4 282 14~ 26.} 1~6~ 356 '351 2~4 4 '~'~ ~+m~JSl~'l'.~.p.i751 2455 lll.~J k~t 2~2 115 2b.9 l~lDnp 356K1CK353TOLR~L~4 5 "~.'~ ~~ + LCD t, Xi'.~k, i 1 + i~'~ ~i13 il%b l~.3J 1~2 '" i~b >5.~ 2~uJ 353 397 lb~ 1 2269 9.1 ~.= 55.9 5b.~ 14.31 1.i3~ 4 .3 .lll.b% 1.uT 1.15 j,ub ~131 ii~5 33.,J 1,~ 26~ ~ 2b.5 2~5~, 3~5 3~5 lbb 1 126~ ,.1 ~..' 57.b 5b.4 14.~1 1.1,3 ~ .4 ,.2 1.3b 1.35 1.25 j~69 bi3g 12&u 69.7J 232 i~} lb& 2&.3 21~bj 293 342 lh~ 2 ~i]2 b.1 ~.2 59.~ 5b.~ i4.~1 li2~2j i% .5 .ij1.29 1.ih 1.15 j49~ L14~ 2265 9~.lj i2b i49 lb& 17.6 211~J 394 399 ih~ 2 1273 5.1 9.i 56.3 5~.i 14.31 1.293j 1~ .6 .ijl.2~.i.19 1.25 Pazlozm~ Xozmatlon iea~-olx te~t ~ 2Z~6 it ; 65~ psi 9a~e pz~ss=e w/ 9.1 lb/gal m~ = 14.b lo/g~ ~ ~zact~e press~= ~ ~.b15' casing sno~; J472 ~311 129~ 111.~ 23& 3~3 1~3 i~.9 192~ 393 229~ 9.1 ~.2 55.2 56.3 13.9~ 2282 9.i ~.2 54.2 56.7 14.29 1.2~7 1~9 ~.1 ~.i 57.4 52.3 i4.3~ 1.i56 2293 9.1 ~.1 5~.5 52.6 13.73 1.295 .9 iD/gal ~OTAL~IT RI:.V$ 4396 230~ ~.1 ~.2 54.E 5b.3 l~.b9 1.2~b i3~1 9.1 ~.1 54.~ 55.9 11.15 i.i~ i3~6 9.i 9.2 54.~ 5~.8 1£.5b 1.ib~ .9 lb/gal %O%AL BlT RLVS 5526 2314 9.1 9.1 56.~ 5~.~ 12.21 1.293 232~ 9.1 9.i 55.i 59.~ 11.5~ 2326 9.1 9.2 59.0 5~.i ll.~l 2331 9.1 9.~ 5~.9 59.5 12.~5 1.2~6 2332 9.1 ~.2 5~.1 59.9 13.~9 1.29b .~ lb/gal %O~L BIT RhV$ 67~7 2339 9.1 9.2 5~.~ 6~.4 13.98 1.292 2349 9.1 9.2 59.~ 6~.4 6.~2~ 1.325 2359 ~.1 ~.i 6D.i b0.9 9.558 i.315 2362 9.1 9.~ ~.~ ~1.6 9.939 1.3~1 2365 b.1 9.1 61.~ 62.3 9.~15 1.3~1 .~ lb/gal ~'~I'AL ~1~' REVS ~496 23~9 9.i 9.1 61.~ 62.7 ~.689 2373 9.1 9.1 61.3 63.~ 3.929 1.576 xi~ 1.5 hzs - gra~ T1 ~i ~; 2393 9.~ 9.1 57.9 54.7 1.~1 2393 9.~ 9.1 57.4 56.4 1.~66 1.324 1393 9.1 9.1 5~.~ 5~.8 1.~2S 1.294 8.~ lb/gal ~'~ BIT REVS 2406 9.1 9.1 6~.3 62.6 1.~11 1.I94} 24 .b .3J1.17 1.lb i.~5 54 .~ .ijl.~3 1.~1 i.25 5~ .~ . 4 64 .9 .~IA.&3 1.~2 1.15 74 i.b .4}1.1i 1.~9 1.i~ 99 1.1 .½11.09 1.~5 1jiu b4 1.1 .511.~ 1.~6 1.26 ~9 1.i .51i.~2 1.~b 1.i~ ~/~' 1NST 1i ~/~' CUI~i 94 1.2 .Sjl.~b 1.~ 1.2b 99 1.2 .5j1.19 1.15 1.i6 1~4 1.3 .5ji.16 1~ 1.3 .6jl.2~ 1.1~ 114 1.4 .bjl.2~ 1.1& i.17 ~/~% iNST 2~ ~/~ CL~ 119 1.5 .61i.i% 1.15 i.2~ 124 1.5 2 .~ .bJl.~5 1.~3 1.29 ~.4 ? .1 .6Jl.06 1.04 1.2~ ~.4 12 .1 .]jl.lb 1.16 1.27 17 .5 .~11.65 1.~2 1.27 9.~ 24~9 9.~ ~.1 63.5 59.5 .853 1.33~ 241~ 9.1 9.1 63.1 59.1 .E77 1.313 '241~ 9.1 9.1 62.9 60.0 .~63 1.315 2411 9.0 9.2 63.2 6~.9 .693 1.3~9 9.b lb/gal TOTAL BlT REVS 6159 241~ 9.~ ~.~ 62.4 62.2 2424 9.1 9.1 ~2.5 62.9 .b4~ 1.166 2429 9.~ ~.~ 6i.6 63.% .837 1.lb0 2433 9.1 9.1 63.~ 64.1 .855 1.197 2436 9.~ b.0 63.1 64.~ %.~ lb/gal ~C/i'ALB1T RL~$ 243~ 8.9 ~.9 63.3 ~5.i .814 .990 22 .5 27 .6 32 .6 42 52 .9 57 .9 62 1.0 .~Jl.ll 1.~ 1.27 .~Jl.14 l.l~ 1.2~ .~j1.1~ 1.15 lB ~/~u CL~ · ~ 1.~1 1.1~ 1.~ · 9 1.33 1.29 1.2~ .~ '1.29 1.24 .~ 1.i5 1.i~ 15 ~/~' CU~ ~.5 S.b S.b ~.b ~.b lbb j ~.~Jb ~.~jD ~.~jD ~.~JD ~.~ D 9.~D 9.~D ~.~D 144 ~.~D 9.BD 9.lb b.lD an~aaa ha'ss Co~p. Col¥1il~ L~l~- 2b-l'J-~ ~i LL LL/£,, I A%,G l';fO, 1%,~ AVL, t-KAb 5ih 1~56 2465 12~.51 27~ 262 141 2&,~ 5~ Ibis D4~B D4,~I 245 253 115 ~ 2 2~40 52~ 15~ 2~b~ 1~1.6 lbb ~b4 1~5 2~,~ l~ dJb~ bbl un1L DEFI:~ 21~ UU~' lk OUT it, OUT 34b 353 2~4 8 2442 9,1 ~,1 b~,5 65.5 ,~1i i.U~6 3~5 5;1 2~3 1~ 2465 ~,~ ~,~ 65,4 6~,~ ,?b4 1,13~ 375 3;4 2~4 11 24~6 9.1 ~.3 65.5 67,1 ,~S2 1,~9~ 3~1 Z~ 2~5 1~ ~4~b ~,1 ~.2 65,] bi,3 .]~3 1.~9~ 72 1.~ i.$I1.24 i.1~ 1.2~ ~.b ~.I~D 77 1.i 1.zi1.12 1.1% 1.2~ ~.5 ~.ljb b2 1.2 1.Zli. 13 1.~b 1.2~ ~.5 M.i~D ~ 1.l i.61i.21 1.i% 1.2~ ~.~ M.A~D 9.%,D. 2e~ fc BlT HiDR P(J~E~ ~1%.4 np KICK ~5LERAA~CL 7,7 lb/gal 9fJIAL BIT REVS i~341 S/Fi il~b'l 1~ $/~'~ C~ 52~ 24~5 111.1 2~,~ 2~bm 2~5 ~ 246b 9.1 ~.i bb.g 67.~ .~99 1.1gi 92 1.i 1.bjl.i& I.iS 1.19 S.5 ~.i~b 524 i~26 2499 116.2 lhb 25~ 134 29.i 299~ 359 37B 2~5 6 2457 9.1 9.~ 66.4 69.~ .$95 1.i~7 5i5 iLi~ 2495 141.4 lbl 149 134 2&,6 21~ 5%G ~79 266 8 2471 9.i 9,1 6b,5 6b,~ ,923 1,lB1 52& Ab3% 25bb 14b.9 2~1 155 144 2b.b llbb 379 37~ 264 6 2499 ~.1 ~.2 b6.b 6~.9 .751 1.~b5 I ~.%.b, 1505 ~t BiT HYDR ~W~ 3bl,b hp KiCK TO~E 9,6 lb/gal %'G%'~ bl~ KE~S 12155 52& Ab42 25i~ l&3,~ lb2 151 146 2~,~ 22~ 3bl 3bb 2~ 11 2487 9,1 9.i bb.7 6b,6 .967 1,~89 52~ 1~45 25i5 ~A,B i~5 2bl i~i 1b,~ 23~ 3%% 394 ~9 14 2494 9,1 9,1 ~6,9 6~,9 ,9~3 1,~9~ 53~ ih4h 252~ ~5.~ 1~3 1bl AAt 29.3 i~3D~ 3%4 3b& 2~% 15 25~ 9.1 b.1 67,~ 69,4 ,%~3 531 it51 2525 91.1 l&5 i5~ i4~ ~9.2 ~ii6~ 3bb 3~6 2~ 13 25~ 9,1 ~,i 69,5 6~.6 ,%5i 1,62~ 555 1905 253~ 72,~ 19~ 252 143 29,6'2~M~ 357 ~52 2~4 15 2522 ~,1 9,1 ~8,9 7~,6 ,%39 i,~91 ~.%,D, ~53b ZL BlT iIYDR ~'~ 262,~ hp KiCK ~OLh~h 7,4 lb/gal 5~'AL bit REVS 153bl 534 19U~ i535 114,~ 214 134 146 3b,6 216~ 37~ 3~9 2~b 14 2526 9,1 9,1 tg,~ 7b,6 ,941 1,~97j 535 1913 154~ 5~,~ 21~ 252 146 29,~ ~llb 3~1 3u9 2~ 16 2532 S,I 9.1 6~,3 9i,1 ,945 ~536 191~ i545 5~.& lb5 246 14~ 2b,b 208~ 3~7 365 2~9 11 2533 ~,1 ~,1 69,~ 71,7 .~34 537 1922 255~ ~&,i lb7 243 145 29.6 21b~ 363 363 210 16 2539 9,1 9,1 70.2 92,b ,732 1,~99~ 535 192~ 2555 &7,3 212 249 145 29,1 2~6~ 365 358 2i~ 14 2542 9,1 ~,1 ~,5 ~,3 ,~29 1,~6~ 162 i,~ 1,i~1,35 1,i9 i,~ ~,~ ~'.%,D, 2555 ft BlT HYDR ~ 3~,6 ~p KiCK TO~~ 7,4 lb/gal 9~L BIT REVb 1~639 ~/F~ 1NST 19 ~/~'i C~ 47 53~ 192S 2560 12~.~ '2lb 234 145 29.4 2~6~j 367 366 211 12 2545 9.1 9.1 ~.7 72.5 .72~ 1.b61 169 2.1 1.3j1.23 1.17 1.3i 9.7 9.1]D ~541 i941 ~565 12~,% 2~3 i34 143 29,5 iI%M~ 3%5 3~1 211 1~ 2553 9,1 9,! 71,5 92,~ ,721 1,~69 192 1,1 i,3~1,25 1,i~ 1.41 9.0 ~,A~D b42 J9~% 157b 99.1 lb~ 12b 141 29.6 21b~l 36b 378 i13 lb 255E 9.1 S.i %1.6 73.~ .?i5 1.bbl 177 2.1 i.3'i 31 1.2b 1.31 9.6 9.ijD i543 194~ 25%5 b9.5 1%6 12b 139 29.3 225~ 3~b 3~6 114 21 2565 9.1 S.1 91.9 93.3 .92g 1.~6b 182 2.2 i.3~1.~ 1.29 1.3b 9.b 9.ilD 544 155~ 25b~ 9b.3 1~7 231 141 29.5 216~ 379 385 216 19 2565 9.1 9.1 72.1 ]3.8 .919 1.~52 1~9 2.3 1.3~i.31 1.24 1.3~ 9.% 9.1~D ~ T.V.D, 25b~ ~t BIT H~DR. ~ 346,6 t~p KiCK TOLUenE ~,3 iD/gal %~'AL BlT REVS 21182 ~/~' 1NST 17 $/~'i C~A '545 i953 2585 59,~ i77 22~ 142 ~9,8 221~ 38~ 376 217 16 2565 9,1 9,1 72,4 ~4,~ ,909 1,~6~ 192 2,~ 1,4 ,546 1~56 259~ 1~5,~ 195 231 142 29,3 215~ 37~ 3~ 218 21 2572 9,1 9,1 ~2,9 74,5 ,~17 i,~4 '545 2D~9 2595 ~,9 2~5 234 137 2&,9 215~ 367 3~9 215 12 2585 9,1 ~,1 73,4 ~4,9 ,$92 1,873 549 2~11 2~ 124,5 224 261'i38 3~,6 212~ 3~9 374 215 21 258~ ~,1 ~,1 73,4 75,~ ,~55 1,~7~ 55~ ~15 2605 7a,3 247 293 137 3~,7 2~6b 3~2 373 215 3~ 25~5 9,1 9,1 93,6 9~,4 ,9~2 1,~%3 ~.%,D, lb05 ~ ~I'i' H%DR ~ 3D5,4 hp K1CK TOLE~E 7,2 lb/gal %~'AL BI% REVS 24~11 551 2~19 2~1~ ]9,9~ 251 ~5 139 3~,6 2~3~ 3~4 3u4 214 31 2596 9,1 9,~ 93,] 75,~ ,9~ 551 2~22 2b15 1~2.1~ 252 29b 137 31,4 2~3~ 3~ 363 215 23 2597 9,1 9,~ 73,8 75,~ ,679 553 ~25 2~2~ 92,5~ 251 296 138 31,1 2~7M 363 368 215 30 2~4 9,1 ~,9 75,9 75,~ ,~91 1,~64 554 2~2~ 2u~5 9~,1~ 261 297 13% ~,3 197~ 36~ 3~2 214 3~ 2~ 9,1 ~,~ 74,5 95,9 ,$98 1,~45 555 i~39 263~ 114,3~ 22~ 294 141 5~,8 2~9~ 359 354 212 28 2614 9,1 ~,9 94,6 96,1 ,691 1,~62 %.V.D, 263~ ~t BlT HXDR ~< 292,6 hp KICk TOL~ 7,1 lb/gal %~'~ BIT REVS 26656 '556 ~4~ 2~35 96,9~ 23~ 2%3 14i 3~,4 211~ 363 359 19~ 2~ 2~2~ 9,1 ~,9 74,E 7~,i ,~9~ 1,~61 55~ 2~44 2~40 91.~ 252 262 14~ 31,1 i~0 363 3~2 2~ 39 2625 9,1 9,1 ~4,9 '~6,~ ,]'0~ 1,~59 55~ ~46 2~45 114,9~ 238 2'55 14i 3~,9 2~2~ 354 359 2~ 3~ 2~29 ~,1 ~,i 74,9 ~,2 ,9~5 I,~4~ 569 i~4~ 2~5~ 139,bi 2~ 255 131 31,~ i~3~ 354 349 2~1 ~3 263~ 9,1 9,1 %5,b '~6,3 ,~ 1,~3b 56~ 2~51 iu5~ i1%,6~ 294 255 131 19,1 i~2~ 35~ 356 2~2 74 ~634 9,2 9,1 75,~ 9~,9 ,%~4 1,~41 ~.V,D, ib55 ~ ~]'l' H~Db ~ 2b3,~ ~p KICh ~O~ 9,1 lb/gal ~'~ BlT ~8 28883 $/~ 1NS~ 14 ~/~' C~ 3b 563 11~1 ' iU~ 1~4,~ 2il 14~ 12~ 2~,3 i~ 36i 3~5 2~ 24 2644 ~,2 9,1 ~5,1 7%,5 ,9~4 1,~6~ 2~9 3,1 1,~i,i~ 1,1~ 1,31 ~,~ 9,~ID 5~4 210~ 2~65 1~%.~ 229 ~43 131 2~,i i~6~ 359 356 i~ 45 2~49 9,2 9,1 95,2 9~,7 ,9~ 1,~56 272 3,1 1,6j1,15 1,1~ 1,31 5U5 ~1~% 2~9~ 1~1,9 225 i43 131 26,2 2~9~ 3~6 3~6 ~ 42 2655 9,2 9,1 95,2 %9,5 ,7~3 i,~55 277 3,1 1,6~1,1~ 1,~9 1,31 9,~ b,~lD 231 193 131 2~,4 2~5~ 3~4 365 2~1 42 266~ 9,2 9,1 95,~ '~,1 ,9~1 1,~ 2~2 3,1 i,~1,34 1,17 1,31 9,~ '9,~JD 1~? 1.4 l.ili.lb 1.1~ 1.2~ ii2 i.4 i.ill.i} z.i2 i.3& ~.~ S.ilU ~/zi i~s~. ii ~/~ 1.4 l.ljl.~u 1.25 1.6 i,1~1.3~ 1,38 1,$~ ~,~ 1,b 1,iil. S4 1,2~ i.3~ ~,U ~,lib $/~' 1NS% 2~ ~/~"~ CbM 52 I 142 i.] 1,2~1,2~ 1,25 i,3~ ~,b ~,AiD 1,b 1,~11,48 1,43 152 1.9 1.2il.4~ 1.~1 '1.~ ~.6 ~.llO 157 2,~ 1,iii. S9 1,33 I,S~ 11.34 1.2~ i.3~ 9.7 ~.ilO is? 2.4 1.41i.2~ 1.22 i.3e ~.? S.ilO 2~2 2.4 i.411.33 1.26 1.3a ~-~ ~-~i~ 2~7 2.5 1.,11.25 1.ih i.~ ,.b '-,l~ 2la 2.~ 1.5~i.51 i.i~ 1.3i ~.? ~.~1D.~ 2~2 2.] i.~ll.~i 1.2~ i.3~ ~.~ ~.~1D 23? 2.~ i.5ti.2~ i.2i i.3~ ~.~ ~.~iD ~t~. i~s~ i5 ~/m, cu~ ~ ~ 242 z.9 i.sjl.4~ 1.33 i.3i 9.b ~.~jo 25~ S.~ 1.$~1.22 1.14 1.31 ~.~ 9.~D 262 ~.~ 1.~tl.24 1.16 1.~1 9.6 9.~ID 5292159 2%4~ 91.9125~ 211 llL 22.1 $~651359325192 91 12249.29.12~.3 V9.54.5221.166{ 34% 3.~ i.~il. Ab A.1i 1.33 ~.% ~.~ 5~ 1252 2~45 h&.l121322a 13~ ~2.52~I 3~ 3561%210~ 27259.22.29&.4 ~9.~ 4.$S91.1~5~ 352 3.~ 1.~11.221.141.55 5.% ~.~ 5~lsuz~eyllZ6@ 2%432~5~Z% ~2~.~ ~us;21424~ 13~ 12.~ 20~01355369192 34 2731 ~.~ 9.298.% 79.54.4~51.191{ 359 4.~ 1.9~i.2~ 1.1~ 1.3~ ~.~ M.~ 5~42309 2%~0 79.%{ 1~ 2591321~.2 ~30{ ~9 ~54 1~3 56 2741 9.2 9.2 76.~ 76.~ 6.6401.~59{ 367 4.1 1.9ii.ll 1.~4 1.~ 9.% ~.~ ~.%'.D. 296~ ~ ml9 hYDR~JWh~ 3~.1 np KICK ~OLE~ANCE 6.$ 1D/gal ~(JI'ALB~T REVS 36423 $/}~' INST 21 $/k~ CU~ 3i 55~ 2319 29~5145.9 2g~ 26713414.92~60 3?3 $~6 194 ~18 2752 9.2 9.2 9~.~ 77.~ 6.~71.~71 ~2 4.2 i.9~0.~6 ~.39 ~.94' ~.% 9.1 5852319 2~ 1~5.4 21~ 29313415.42~ 391 372 199 12~ 2753 9.2 9.~ 95.6 78.3 5.~221.~bl 3~7 4.3 2.~1.~4 ~.gb ~.95 9.b 9.1 baLe Ja~] 2% '~$ 591 ~52~ 2~85 ~2.11 2~9 249 1~3 i6.1 2~40~ 374 394 205 113 295~ 9.2 9.2 ~.1 ~.3 1.449 1.156~ 392 4.3 T.%.D. ~%~5 ~t ~1~ H~D~ POWEk 319.5 hp KlC~ TOL~ 6.7 lb/gal ~'~ BlT REVS 3&175 $/~' INS9 24 5~2 ~32 2~0 9~.1 1~1 255 132 16.2 2~3~ 375 374 2~6 1~2 2994 9.2 9.2 79.4 9~.3 1.3~4 1.149~ 397 4.4 ~.~1.~9 1.52 ~.9~ ~.% b.M 593 ~,~35 2995 112.~ 1~8 255 132 1~.9 2~2~ 3~6 393 2~9 ~1 2%99 9.2 9.2 ~9.1 9~.~ 1.136 1.15~[ 4~2 414 2.~1.~5 ~.97 ~.97 ~.% ~.~ 594 ~O3B 2~ 111.2 lug 252 132 1%.1 2~6~ 376 375 2~7 U9 2983 9.2 9.1 96.6 97.~ 1.~69 1.15~ 4~7 4.5 595 ~41 25~5 1~4.2 1~1 255 132 19.~ 259~ 392 375 2~9 423 2963 9.2 9.2 76.% 79.4 .~95 1.~89~ 412 4.5 ~.~1.~6 1.~ ~.9~ 9.~ ~.~ 5~6 U~45 2~1~ ~.~ 166 252 132 15.7 21~ 375 3~9 21~ 1~4 2786 9.2 9.2 9b.b 7~.4 .~1~ 1.155} 419 4.~ 2.i}1.14 l.~b ~.9~ 9.8 a.~ %.%.D. 231~ Zt BlT H~DR P~ 33~.3 np KICK TO~E 6.b lb/gal ~'OT~B1T REVS 4~1~7 $/~' lEST ~ ~"~ ~.~.D. 256~; 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UiI.2~ i.g% i.bg* 722 }.& 7~2 %.~ 3.i11.11 ~.9~ i.~* 73% 941 %.9 3.1jl. IL ~.96 1.~* $/~7 i~ST 1~ ~/F~' C~A 752 b.~ 3.it1.~ ~.&9 1.1~ ?57 8.1 3.it1.12 ~.99 i.ib* ?&% £.i 3.21i.k3 ~.8~ 1.10 772 8.2 3.ijl.b} ~.93 1.i~ ~/~a 777 8.2 3.2~1.~4 b.gb i.zb 782 8.3 3.2j1.~9 9.95 1.A~* 787 b.3 3.2jl.lt i.92 ~92 8.4 3.2~1.20 1.~5 1.10' 7~ S.4 3.211.i7 i.~l 1.11' £02 8.4 3.3j1.18 i.b2 1.11' ~ ~.5 3. } .3 1 2~ i.li i.li 812 8.5 3.3[1.16 1.62 i.11' ~17 ~.6 3.311.22 1.~5 1.i1' 822 ~.~ 3,311.24 1,~ i.11' ~27 ~.7 3.311.22 1.~ 1.11' 832 ~.~ 3.3{1.2i 1.05 1.i1' 837 6.~ 3.411.~t 1.11 1.12' ~42 ~.~ 3.4]1.26 1.~9 1.12' ~4~ 0.9 3~411.25 i.~ 1.12' $/f~' i~S~' 15 $/~'% CU~ 852 b.~ 3.4~1.3~ 1.15 1.12 85~ 9.0 3.4~1..2~ 1.09 1.12' 662 9.~ 3.4il.24 1,~ 1.12' 86~ 9.i 3,511.25 1.~ 1.i2' ~72 9.1 3.511.27 1.i~ 1.12' ~/~' i~ST 16 $/~ C[~ ~77 ~.2 3.5tl.27 1.09 1.13' ~82 9.2 3.5tl.3~ 1.12 i.i3' 897 $.3 3.5]i.3~ 1.12 1.13' ~92 9.3 3.5]1.3~ 1.i~ 1.13 ~97 9.4 3.6]1.37 1.19 1.14 9~2 9.5 3.611.34 1.16 1.15 ~12 ~.~ 3.6 1.20 1.1u LCD r--" %.%.L. 4~15 ~t Bl% H~D~ ~'.~ i%~.~ hp KICK ~O~1~4 5.6 1w~al ~ BlT REVS %~29 ~/f~ l~S'l 25 ~1~'~' C~A 3~9 ihL~ ~3~ 63.3] 35~ ~75 11~ i9.~ 194D{ 35~ 3u% 193 ~6 3i99 ~.~ ~.i 5%.5 67.6 ~.~44 1.751{ ~% ~.9 3.%{1.~ i.~ 1.1~ ~.% ~.i b 7~1 i3~i 5~25 ~9.5~ 3~ 43~ 126 3~.6 lhb~ 355 352 193 79 33~ 9.~ ~.3 b5.1 ~9.1 5.~92 1.%5~ 932 ~.~ 3.%~1.3~ i.i9 1.19 b.% ~.~ D ~42 1i16 3i3~ 69.~ 3%1 A~ 12h 3~.3 l~3M 351 351 193 91 ~13 9.4 M.3 h5.3 ~%.4 i.243 1.9%~ 939 lU.~ i.%~1.39 l.i~ i. 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3555 94.% 4bb 435 124 35.1 kUb~ 39W 3%3 256 59 3531 9.1 ~.1 ~9.3 9~.9 1.1gU 2.055[ ii52 13.3 %.b[1.35 i.~b 1.15' b.% 9.~ D 54.b 4b& 420 114 3U.3 l~Te 3bb 362 253 56 353~ b.x ~.5 b~.3 ~.~ i.1~1 2.ebe iib~ i~.4 ~.b~1.4~ 1.19 i.15' 9.% ~.& b 792 19~% 35b5 b1.6 405 ~32 124 2~.~ 2545 355 359 125 95 354~ 5.2 9.~ 59.5 9i.~ 1.169 2.595 1192 1~.4 4.& i ~U 1.i2 i.15* 9.% ~.~ [75~ i~53 35~ ~.~ 395 423 lk4 2~.% 2~%b 35~ 365 ~15 59 354% 9.2 9.5 ~9.~ 91.1 i.191 1.~9~ 119~ 15.5 4.b[1.43 1.i5 i.15' ] 79~ la~& 35~5 61.~ 3~ %23 129 2~.b 1~ 3~ 344 2i? 54 3559 9.2 9.~ h6.9 9~.% 1.2M~ 2.~9 11~2 13.6 %.~1.3~ 1.ii i.l~* ?~b ihJ~ 3555 74.b 3~5 ~59 124 3~.4 251~ 37~ 372 224 bfi 3567 9.1 9.3 57.2 b~.9 l.lbb 2.~9~ 1192 1~.~ 4.9~i.35 1.59 l.ib 9.% 9.~ O 799 lb21 359~ 93.b 399 452 124 30.1 192~ 352 345 229 63 359~ ~.i 9.3 ~9.1 91.~ 1.1i% i.~91 1197 i3.b 4.9~1.35 i.59 1.ib b.% b.4 D ~9 i~24 3595 8~.9 353 4~b i2~ 3~.4 1~1~ 352 552 237 59 359~ ~.2 9.3 89.1 91.~ 1.119 2.B41 12B2 13.9 5.~1.33 1.~4 1.29 ~.% ~.4 D [~91 1625 3b~a 54.5 3&3 4~5 121 2~.4 19lB 352 351 242 59 3571 ~.~ 9.3 57.2 91.b 1.122 2.~93 12~7 13.9 5.~1.3~ 1.~1 i.1~ 9.9 ~.4 D ~b~2 1~3~ 3~5 98.9 399 4B5 124 2~.2 199~ 3~3 36B 256 24 3599 9.2 9.3 ~%.4 ~&.6 1.12~ 3.311 1112 l&.~ 5.9~1.31 1.~2 1.~9 9.~ ~.t D [8~3 1~41 3ui9 85.2 393 396 i24 27.9 1~4~ 355 353 '262 76 35~3 9.2 b.3 ~9.2 9~.9 1.231 2.114 1219 ~4.1 5.~]i.25 ~.9~ 1.29 9.~ 9.4 D [~4 i~5 3615 ~6.~ 391 3~ 124 29.2 185~ 359 355 2~b 89 3587 9.2 ~.3 87.3 99.9 1.2~1 2.15~ 1122 14.1 5.~[1.29 i.~ 1.2~ 9.9 5.4 D %.%.b. 3515 ~ ~lt' H~DR ~U, 2%6.9 hp glCg 9'O~~ 5.2 ~/gal T~'~BIT R~Vb 11~79~ $/[~' I~St 19 ~/k~ C~ [ 895 ib4b 3~2~ ~.1 3~3 399 124 29.~ 195~} 355 349 292 9~ 3592 9.~ 9.3 &9.3 ~.~ 1.225 2.159 1229 14.2 5.111.31 1.~i 1.25 ~.% ~.4 D 896 l&52 3~25 ~1.~ 371 4~b 124 ~b.4 192~ 359 359 277 ~1 3597 9.2 ~.3 8?.4 9~.9 1.223 2.1~2 1232 14.~ 5. i]1.3& 1.&~ 1.~b 9.) ~.4 D &~% l~b~ 3u3~ ~3.5 377 4~2 124 ~.~ ~9~[ 355 358 282 1~9 3~2 9.~ ~.3 ~9.4 9~.~ 1.224 2.299 1239 14.3 5.111.28 ~.9~ 1.29 9.9 b.4 D b~8 1~59 3635 ~.~ 312 3~ 124 27.3 194~ 359 358 284 ~i 36~3 9.2 9.3 ~.6 91.~ 1.&25 2.211 124~ 14.4 5.1]1.~7 ~.95 i.~9 ~.8 9.4 D 81~ l~l~ 3~4~ ~5.~ 37~ 399 124 2~.S 198~ 35~ 3~ 3~2 89 3614 9.2 9.3 &9.~ 99.S 1.~25 2.23~ 1249 14.4 5.1~1.29 ~.~9 1.2~ ~.~ b.t D T.%.D. 364~ it BIi' H~DR~ER 289.2 hp KICK l'O~E 5.1 lb/gal ~AL BlT R~V$ 113~31 S/il iNS9 2~ ~/~' C~I 24 ~11 1919 3~45 86.6 38~ 411 12~ 2~.6 195~ 37~ 37~ 297 95 3619 9.2 9.3 87.4 9~.9 1.223 2.259 1252 14.5 5.1[1.3~ ~.99 1.2~ 9.% ~.4 &12 1~19 3t5~ ~.~ 391 414 124 3~.5 19~ 366 365 3~1 ~2 3624 9.1 9.3 ~9.3 9~.9 1.22~ 2.2~ 1257 14.5 5.2(1 33 1.~2 1.3~ 9.} 9.4 813 1911 3555 95.9 3~3 4~2 124 35.9 2~19 366 367 3B~ 185 3~3~ 9.2 b.3 '~9.1 91.~' 1.245 Z.~96 1262 14.~ 5.2~1[35 1.~4 1.30 &14 15i5 3Uu~ }6.% 35~ 4~8 12t 31.3 199~ ~3 354 311 1~9 3~33 ~.i 9.3 56.9 91.0 1.~2~ 2.3~9 12~ 14.~ 5.i~1.~5 1.63 1.3~ b.? 9.4 ~15 192~ 3555 ~5.3 3~1 42~ 124 3i.1 1~?~ 363 3~5 314 84 3534 ~.2 9.3 6~.~ ~.9 1.212 2.~14 1292 14.7 5.~1.32 i.~ 1.3~ 9.~ 9.4 %'.V.b. 3565 l: Bl% ~DR~ 312.9 bp KICK ~O~E 5.1 lb/gal ~I~L Bi~' R~VS 1153~7 ~/k~ 1NS~ 19 .%/F~ C~. 24 ~1~ 2u3b 36~ 114.3[ 394 42~ 124 33.~ 1930~ 3~6 361 303 28 3~43 9.2 9.3 86.4 ~4.5 1.235 2.~B4[ 1299 14.& 5.2[1.i~ ~.~3 1.31 ~.7 ~.4 14.8 5.211.26 ~.94 1.31 9.7 9.4I 1287 14.9 5.311.32 b.99 1.31 9.? 9.4 129k 14.9 5.3]1.3i ~.97 1.31 9.b 9.4 1297 15.9 5.311.37 1.~2 1.32 9.8 9.4 $/~n' l~S~. 17 $/~ CUM 24 1392 15.9 5.311.34 ~.99 1.32 ~,b ~.4I 1397 15.1 5.311.36 1.01 1.32 9.8 9.4 1312 15.1 5.311.35 ~.95 1.32 9.b 9.4I 1319 15.1 5.4~i.2~ ~.93 1.33 ~.b 9.4 1321 15.2 5.4[1.27 0.91 1.33 9.8 ~.4 3650 113.6 4~2 420 124 3?.9 189~1 355 359 391 42 3649 9.2 9.2 86.1 86.3 1.229 2.161 3685 11~.4 485 432 lk4 39.1 19801 344 348 30~ 45 3~52 9.2 9.2 86.~ 86.~ 1.235 2.239 3~90 96.4 4~3 426 124 39.8 195~ 363 355 30~ 49 3656 9.2 9.2 85.9 87.3 1.235 2.396 3690 ft BI~ HYbk POWI~ 3~4.1 hp KICK TOL~%NCE 5.0 lb/gal %OTAL BlT 3595 106.? 4~6 423 124 39.8 2920 348 349 299 71 3660 9.2 9.2 ~5.8 8?.6 1.232 2.339{ 3900 9~.6 405 %29 124 3?.9 19~0 352 350 3~ 178 3564 3955 115.~ 3~8 423 124 39.~ 19bb 390 39'2 303 65 3671 9.2 9.2 55.4 86.3 1.251 2.2531 3~2~ 199.5[ 3~9 432 i24 3~.2 19iel 352 34~ ~ 121 BbS5 ~.2 9.2 ~4.~ S9.2 i.2~3 2.392~ 1327 15.2 s?2~ a.~, 4~ 42~ iii s~.~ l~, ~4s ~47 s~? ~ ~i ~.i ~.i a.s s?.s i.2~s 1.4~ issi i~.s D 12 $/~i' CUM 24 5.41i.34 ~.9~ 1.55. 9.b 9.4]D 5.~[1.42 1.~b 1.34 5.b 9.4 O + + D Corp. Col%ilie D=lta kb-13-b kl It LLI~ '~1 2143 3535 E32 2145 374~ 11~.4 L34 2151 3750 109.4 ~.%.D. 9 ~I, QUL RI.h ~[~b PUMP 42~ 435 124 3b.b 1530 4~5 423 1i4 35.9 154~ 395 417 124 3t.2 157~ 3~1 414 124 3&.b 1590 399 41~ 1i4 3~.2 1915 Da~a PrlnteO at t~me lg:5M Dat~ FeD 13 'b~ Data ~ecoz~.e~ at t~me 21:34 Date 0an 2~ '~6 NUD f'LO~, FVT G~$ RL'~'URNb l,i~, 1D/gai ~'~P {f') k~ o~r,-m 1~, Ob"l bPI unit DLPTh 1~ OUT 1~, ObT 1~ OL~i' 359 35~ 3D~ 92 3~97 b.i b.~ ~2.9 ~7.5 1.273 i.352 34~ 33~ 514 40 37fib ~.i ~.2 84.2 ~7.3 1.296 2.453 348 348 316 9~ 3706 9.1 ~.3 ~4.2 ,9.3 1.i~5 2.25~ 355 351 316 111 3711 9.2 b.2 54.1 89.4 i.2W4 i.~6 345 349 316 120 3719 M.2 9.2 54.4 89.~ 1.284 ~.411 3}5~ tt BI~ H~DR ~L~ 28,.~ np MCK TOLkRA~C~ 5.0 lb/gal ~'OTAL b17 ~VS 111201 535 2155 3~55 92.2 4~3 423 1i4 3~.~ 1~80 359 357 315 91 ~721 ~.i 9.2 ,4.6 ,9.6 1.2,5 2.416 837 2207 3%65 1~1.2 3~ 417 1i~ 3&.2 1~80. 348 344 313 5~ 373~ ~.2 b.1 85.6 87.8 1.291 3.159 tS& 2110 3~70 104.8 396 411 124 39.1 194~ 34~ 353 313 114 373£ ~.2 ~.i ~5.9 8~.0 1.271 2.493 539 2213 39%5 ~.2 3~2 4~6 124 39.1 189~ 340 343 313 82 3941 9.2 T.%.b. 3%95 ~t B]~ }I~DR ~O~Lk 251.5 np K1CI, TOLhka~C~ 4.9 ID/gal ~'~ Bl~' ~4~ 2219 3~ 91.~{ 4~] 4~ i14 39.~ 1~2~ 355 359 ~i3 94 3~ 9.1 9.2 86.1 ~.5 1.253 2.457 641 222~ 39~5 83.i~ 38~ 414 124 3~.9 1970 383 366 313 79 3952 9.i b.1 &b.4 ~.% 1.265 2.474 ~42 ~223 379~ l~l.b~ 3~9 414 114 3~.9 1~9~ 359 354 313 9~ 3~5~ 9.1 9.2 fib.b fi~.9 1.161 2.471 ~44 2133 3%95 9~.5~ 3~8 4i~ 124 3~.~ 2~6~ 3~3 361 319 84 3764 9.i ~.1 ~6.~ ~.5 1.169 1.59~ ~45 ~236 36~ ~9.3~ ~b 4~2 124 3].~ 21~g 366 362 321 9~ 377~ 9.2 9.1 ~7.1 89.1 1.251 2.464 T.~.D. 3~ ~t ~1~ H~D~ ~W~ 31~.i ~p K1CK ~L~ 4.9 lb/gal ~L BIT R~S 125119 &46 223~ 3~05 1~2.4~ 3~9 417 114 37.~ 21MM 374 37~ 322 1~9 3~75 ~.2 ~.2 ~?.1 &9.5 1.257 2.452 ~47 2242 3~1~ 106.~] 39~ 40~ 124 37.3 211~ 377 381 322 131 3779 9.2 ~.2 ~7.~ 89.9 1.~61 2.454 ~4~ 2i45 3&15 12~. 389 408 1i4 3~.3 2~70 374 3~5 323 11~ 379~ 9.2 9.2 ~?.3 89.9 1.255 2.460 ~49 2~47 382~ 11~. 397 414 1~4 36.7 2~3~ 377 37~ 323 109 378~ 9.2 5.2 87.3 9~.$ 1.249 2.444 ~Sg 2251 3625 9~. 367 411 124 3~.~ 2150 377 3~9 323 124 3792 9.2 b.1 6?.4 9~.2 1.252 2.456 T.~.D. 3~25 Zt BIT MYDR ~W~ 5~2.4 hp KICK ~L~ 4.9 lb/gal ~AL B17 R~VS 126867 ~51 23~b 383~ 79.3~ 3~ 417 113 36.7 197~] 366 372 321 78 3798 9.~ ~.2 67.6 ~.4 1.244 2.437 &52 231~ 3855 75.8] 396 419 124 37.0 19~M~ 359 362 323 84 3804 9.2 9.2 ~.8 ~9.~ 1.158 2.435 ~53 2313 3840 83.4] 39~ 417 124 36.9 1950] 344 342 323 1~7 3811 ~.2 9.2 8~.0 9~.1 1.252 2.445 854 2317 3945 83.3~ 4~ 423 124 39.3 2~3W~ 3~6 366 325 112 3819 9.2 9.2 ~8.1 9~.4 1.245 2.436 855 232~ 365D 84.0] 394 417 124 37.~ 2~5~] 366 36) 326 142 3~22 9.2 9.3 88.~ 9~.7 1.247 2.455 T.V.D. 385~ ~t Bl~ MkDR ~W~ 31~.8 ~ KICK 90~ 4.M lb/gal ~T~B1T R~S 129199 856 2323 3855 91.4 39~ 42~ 124 3&.~ 2~50 3~6 372 326 195 3~25 9.2 9.2 ~8.2 90.9 1.24~ 2.451 ~57 2333 396~ 9~.1 4~1 429 124 35.6 2w6~ 370 391 326 1~2 3831 ~.2 ~.3 88.5 9~.7 1.223 2.451 ~58 2336 3~65 1~.5 412 435 124 3~.9 2~8~ 374 3~ 327 14~ 3834 ~.2 ~.3 8~.5 ~.8 1.215 2.444 859 235~ 3~7~ ~3.5 41~ 453 124 33.5 189~ 355 35~ 31~ 191 3839 9.2 9.3 8~.5 91.~ 1.~1~ 2.443 ~ 2342 3~5 95.9 4~1 42~ 124 32.3 190~ 344 344 31~ 193 3843 ~.2 ~.3 ~8.3 ~1.2 1.224 2.451 it hOUrS ~ 1~37 15.2 5.% 1342 15.4 1.4 1347 15.4 5.4 1352 15.5 5.5 1259 15.5 5.5 DXC ~.X NAk LCD h)l'#, 1.~1 1.~5 1.34 9.~ 9.4 1.34 ~.95 1.34 9.~ 9.4 1.33 ~.96 i.34 9.~ b.4 £.~5 ~.9~ 1.~5 ~.t ~.4 1.37 b.97 1.~b 9.~ b.~ 1362 15.6 5.511.59 1.~1 1.35 9.~ ~.4 1369 15.6 5.5~i.35 ~.95 1.25 9.~ 9.4 12~2 15.] 5.511.3~ ~.9~ 1.36 9.h 9.4 1399 lb.~ 5.5~1.35 ~.~ 1.35 b.~ 9.% 1362 15.~ 5.~1.39 1.~ 1.36 S.U 9.4 1357 15.5 5.~11.4~ 1.~2 1.37 b.a 9.4 1352 15.9 5.~1.43 1.~% 1.37 9.~ ~.4 1399 lb., b'~11'37 ~.~ 1.39 ~.a 9.4 14~2 1407 lb.1 5.b~1.3~ 1.~0 1.3~ b.~ 9.4 b ~/~' 1NST 19 ~/~l' CUb 23 14i~ 1~.1 5.7]1.35 ~.96 i.$S 9.$ 9.4 D 1419 16.2 5.9~1.39 ,.99 1.3, 9.5 9.4D 1422 1~.~ 5.7]1.33 1427 1~.2 5.%il.34 ~.94 1.39 9.5 9.4 D 1431 16.3 5.7~i.44 i.~2 1.2~ 9.5 9.4 D 1437 16.4 5.9]1.46 1.05 1.39 ~.5 ~.4'D 1442 1~.4 5.~1.4, 1.W6 1.40 D 1447 16.5 5.811.45 1.~3 1.45 D 1452 1~.6 5.811.45 1.,3 1.40 D 1457 16.6 5.,~1.44 1.~2 1.40 D S/fl 1NST 20 ~/}7 CUM 1462 lbo7 5.811.41 '.99 1.41 1467 lb.7 5.8~1.37 ~.95 1.41 1472 1~.~ 5.9~1.31 ,.8, 1.41 1477 1~., 5.9~1.36 0.94 1.42 1482 16.9 5.9~1.34 ,.~2 1.42 9.5 9.4 9.5 9.4 9.5 9.4 9.5 9.4 9.5 ~.5 9.4 9.5 ~.4 9.5 9.4 9.5 9.4 T.~.D. · 3~75 ~t BI~ HYDR ~OW~k 268.6 np ~lC~ ~OLfRA~E 4.8 lb/gal 9~TAL BIT R2VS 131,48 $/~I' INST 18 ~/fg' CUb 23 861 2345 3880 196., 4~1 426 124 32.~ 1890~ 344 346 31, 159 3847 9.2 9.3 8,.4 91.4 1.220 2.453! 1487 1~.9 5.911.3~ 0.,9 1.42 9.5 9.4 562 2348 3855 102.4 399 426 124 31.5 190,~ 359 361 310 165 3851 9.2 9.3 8,.8 91.4 1.218 2.446 1492 19., 5.9~i.31 0.89 1.42 ~.5 9.4 ~b4 2359 3~9~ 83.0 3~6 417 123 3'.6 195~] 348 350 3~8 1~3 3859 9.2 9.3 89.9 92.1 1.228 2.413[ 1497 1~.' 5.9~1.36 '.94 1.43 ~.5 Date 0an 28 8~5 ,0~3 3595 93.31 324 354 124 3,., 2~3,1 359 362 3,8 157 3~65 9.2 9.3 9~.1 91.9 1.226 2.4341 15,2 17.1 6.,]1.31 ,.9, 1.43 9.5 9.4 5,6,0~5 399, 115.5 317 233 124 3i.3 2~4~ 348 347 3,, 197 3,69 9.2 ,.3 9,.2 92., 1.2352.44, 15,7 17.1 6.~[1.29 ,.,4 1.43 9.5 9.4 T.V.D. 3~0 ft BI~ HYDR F~{ 3,1.3 np KICK TOLERANCE 4., lb/gal ~f31'AL BIT REV, 132~2, ~/~ I~ST 14 ~/F~' C~, 23 334 357 124 36.6 2~ 3~6 37~ 29& 227 3~87 9.1 ~.3 9~.9 92.8 1.239 2.45~ 1527 1~.3 6.~]1.3~ ~.92 1.44 9.5 9.4 L%4 ~5~ 3935 1~.1 4~8 426 124 39.~ 2~0~ 352 355 29~ 198 39~8 9.3 9.3 91.6 92.1 1.2~8 2.408 1542 1~.4 ~.1 1.39 ~.22 1.45 ~.5 D D D D 'i.%.D. 354~ it bl'i HiDE ~ 2bl.9 np klCk ~O~~ 4.5 lb/gal ~bl ~llb 595~ ~&.b{ 3b& 417 i24 3~.b ISle{ 344 34~ lb~ 14i 3~35 ~.~ b~ LIZ5 3~65 ~9.%~ ~9 4~b 124 3~.% 1~i~{ ~k~ 32~ lh~ i65 3944 ~.~ %.%.D. ~65 It ~1~ HtDR ~W~ 246.1 ~p KiCK TO~h 4.7 lb/gal Ih OaT l~ OOT [ xt hours %~1 bbb ~£37 3966 6~.bJ 416 423 ll~ 3&.5 1946 bbb ~151 3985 71.4~ 4~ 423 1i4 3&.l i92~ 59~ u154 399~ b4.6[ 4~9 432 124 %.%.D. 3990 ~t B17 hYDk ~OW~A 2~2.½ hp ~91 z159 3995 161.61 41~ 43~ 1~4 3%.9 2~40 b92 ~2~1 4~ ~½' 14 4i9 441 1~4 693 L2~6 46~5 %b.~j 412 429 114 36.4 694 ~216 461~ ~%.6J 415 431 114 ~.1 193~ 695 ~215 4~15 59.5J 418 436 124 36.~ 2~56 ~99 ~235 4~2~ 6~.3j 415 436 124 9~ 6239 4~25 69.2~ 414 441 124 36.4 1960 9~1 6242 403~ i0g.l~ 41~ 4~5 124 ~b.6 1940 9~i g245 4~35 98.1~ 4i9 43~ 124 3~.4 1970 9~3 g246 4~4~ 85.9~ 41~ 436 124 T.V.D. 494~ :L BIT H~DR F~W~:R 280.3 339 33~ 1~ 203 3~46 9.5 355 356 lab 173 3950 346 352 179 131 395~ 9.3 346 347 1%9 267 3962 9.4 ~4~ 336 lb~ 324 39~ 9.4 KICK ~LhBANCh 4.6 1D/gai 35~ 34% ib~ 31~ 3971 9.4 352 357 1~ 213 39%b ~.4 346 352 i~2 215 39~ 9.4 34~ 344 184 195 39~2 9.4 352 353 187 1~4 3984 9.4 KICK ~L~A~C~ 4.6 lb/gal 394 372 189 1~3 4~5 9.4 360 371 19~ 150 4009 9.4 355 351 196 132 4012 ~.4 348 35~ 191 137 4013 9.4 352 352 192 1~8 4~13 9.4 KICK %OLER~NCh 4.5 ~.4 Mi.o ~2.6 i.1£~ 2.595~ 1547 17.5 %(/AALB1T Rh¥S 135741 ~/~ 9.~ 91.% 95.~ 1.221 ~.S~7i 155~ 1~.6 ~.~ 9A.b 95.2 1.~15 2.396i 1557 9.4 69.~ 9~.~ %.lbl 2.426j i561 1~.% 9.4 ~9.9 93.1%.157 2.4301 156~ 17.~ 9.4 96.~ 9~.i %.~i% ~.4a51 1572 ~(i~L BI~ tLT:.VS i3~93 ~/FI 1NS% 9~4 ~252 4~45 8~.9[ 417 444 1i4 38.~ 205~ 9~5 ~3~5 405~ %5.4{ 4~8 444 124 36.9 1990 9~6 ~309 4~55 %5.2] 41~ 435 124 36.9 1920 9~] ~313 466~ 86.4~ 4i5 432 124 36.9 2000 9fl8 0317 4~65 72.5J 417 43~ 124 36.9 1950 T.V.D. 4065 ~t BI~' HiUr ~'~ 2~2.3 np ~9 ~322 46~ 6~.5~ 419 44~ 124 ~6,4 1~ 913 ~345 4~8~ 64.5[ 393 447 124 ~5,9 2Ul~ 914 635~ 4~5 54.~ 42~ 441 124 36.6 2D1D 915 ~54 4~99 77.~} 422 441 124 36.5 19~0 T.W.D. 4~9~ ~ BlT HYD~ POW~/{ 2~.3 hp 344 349 193 92 4U13 9.4 346 347 1~3 34~ 4~22 346 349 183 592 4~28 ~.4 352 350 183 540 4~34 9.4 340 338 185 445 4~4~ 9.4 KICK TOLERANC~ 4.5 lb/gal 355 356 1~6 3~2 4045 9.4 352 351 189 295 4046 9.4 344 349 18~ 26~ 4063 9,4 344 345 194 268 4069 337 331 196 235 4~72 9.4 KlCK TOLERAW2~ 4.5 lb/gal 355 351 196 277 4~%6 9.4 359 356 2~% 226 4676 ~.4 344 341 209 233 4~77 ~.4 916 ~359 4~95 6~.5j 413 429 124 S6.2 19~eI 91V ~4~3 4~ %3.6[ 415 435 1i4 38.4 196~I 91~ ~4~6 41~5 ~.2i 416 441 124 36.4 1~7~1 bu~vey ~ 4i0~ ~t = 1.~ oegzee; C~culat~ returns + 36 minutes to zaise mu~ ~ezght to 9.b lb/gal & POuh @ 411~ ~ ~5 bmlLn SDb b.5" iA~ 114 Jets 11:11:11 - n] ~ 41i~ it (re~ 36 ~t tO 3 121~ 4115 i6b.~j 33~ 345 1~4 41.% 195~j 344 342 162 4~ 411~ 9.~ 4 1216 412~ 156.%j 325 342 124 41.9 2~5~[ 352 357 i75 92 411~ 9.b ~.V.D. 412~ ~t BlT R~DR ~ 267.4 hp KICK ~O~Z 4.3 1D/gal 5 121~ 41~5 ~u3.91 3a% 339 12% 42.4 i9~ 337 337 lb~ 7 122~ 41~5 249[~ 313 346 124 3~.9 i626~ 366 361 164 2~ 4116 9.6 & 1227 414~ lab 2~7 324 124 35.2 lb~u 37~ ~73 lb3 13~ 4i1~ 9.6 9.4 9~.% 93.~ 7.287 2.a46 i577 17.9 ~.~ 91.£ 95.4 7.~15 2.444 156~ 9.4 91.4 93.9 &.227 2.449 1567 5.3 92.1 94.1 ~.476 i.~ 1592 ~.~ 91.1 9~.9 5.291 1.3~% 1699 18.1 ~O%AL ~1~ h~Vb 14649~ ~/~% b.4 9i.~ 94.2 8.595 i.36~I 1602 i~.~ 9.4 92.4 94.5 9.1~2 ~.363~ i~7 9.5 92.~ 94.% b.965 2.399~ 1612 1~.3 9.4 93.~ 95.~ 9.977 2.419i 1617 18.4 9.6 93.1 95.3 16.54 1.436~ 1~22 9.5 94.1 9~.4 ~.~53 2.3%21 1627 18.6 9.5 94.1 95.% ~.409 2.34~i 1631 ~.5 94.2 95.9 7.189 2.362~ 1639 9.5 94.~ 96.1 6.642 2.376] 164i 9.5 94.5 9~.3 4.422 i.3~4[ 1647 1~.8 ~OTALBi~ RE~$ 145265 S/FA' 1KS% ~.5 ~4.6 96.5 3.233 2.397{ 1652 16.9 9.5 94.~ 96.3 ~.~9 2.448t 1657 9.5 95.B 9~.6 9.21~ 2.425[ 1662 1~.~ 9.5 95.1 ~6.$ 1~.~1 2.421[ 1~67 19.1 9.6 95.3 97.2 1~.22 ~.426~ 1672 19.1 ~OTALB1T R~V$ 1496~9 ~/~ ~.6 95.5 97.4 ~.~53 2.425 167~ 19.2 b.6 95.7 97.9 ~.~35 2,427 1682 ~.5 9~.3 ~7.6 9.54~ 2.4i4 1~87 19.4 9.5 9~.5 ~9.~ 3.212 2.419 1692 19.5 9.5 96.~ 98.2 1.662 2.416 1697 19.5 TOTAL BlT REVS 15~663 $/'~' ~.5 96.8 9~.4 1.559 2.421i 1~02 9.5 ~6.8 95.6 1.457 2.44~} 1~7 9.5 9~.~ 97.9 1.434 2.457[ 1712 ft to Inspect bit,- ~RB ~4.1 cut i~17 5 .~ 1~ .1 &/~' 1NST 15 .1 26 .i 25 .1 3~ .2 Ootto~, zn ~.1 hr); ~.7 b~.E} ~6.3 5.682 Z.534j ~.8 79.b 76.3 5.~31 2.522I ~'AL BlT ~VS 4~ 9.% 9~.9 8~.6 b.~7~ 2.541 I 6.1jl.51 1.ti 1.4c b.lji.4b 1.Ut i.46 O. ili.~b 6.99 i.47 e.2 4% 6.~¢ 1.4b ~.3 1.44 6.~ 1.49 l~ ~/~'% C~,, 6.3 i.5~ ~.9~ 1.49 6.4 1.al ~.99 i.5~ ~.4 1.55 6.4 1.54 1.~1 1.5~ 6.4 1.4~ ~.&7 1.51 6.5 1.19 ~.~b i.51 6.5 1.39 ~.~5 1.51 6.5 i.44 ~.~9 1.52 ~.5~i.44 ~.9~ 1.52 ~.5~1.45 ~.9i 1.52 b.511.45 6.91 1.53 ~.~ 1.43 ~.~ 1.53 6.6 1.47 23 ~/~' C~ ~.~1.59 1.~ 1.54 ~ ~/F~ C~ ~.7~1.49 ~.~ 1.55 U.~l.%~ ~.~ 1.55 ~.~1.43 ~.~4 1.5~ I in 1~.~ nfs - gra~e~ 'A'b 11 S/Fi C~ 1~4b .~i.1~ 1.17 1.1~* 9.~ .~1.~6 1.~ 1.i~* M.~ 9.4~D .6~i.il i.i~ i.i~ l~ i15~ ~15~ 2~5.~ 5hZ 515 ll~ 5~.1 l~i~I S~u 3~ 15b 2~1 ~ll~ 5.6 ~.~ ~.~ ~.5 ~.~43 i ~&l~ ~ ,2 ,~]i.ii i.iu 1.iu' ~.~ ~'.~ IA i~l 4i55 2~,bJ ~bb 321 1~4 ~b,b i~ 5b~ 3bb iSb l~A 411~ ~.b ~.~ %~.4 hi.~ ~.~3 ~ %~1~ 45 ,~ .~i.i~ i.~ ~.AU* 5.~ ~.A D 1i 1134 4AbM il3.bJ 3~ 5lb llA 3~.b i93~. J ~%~ 3%4 156 156 4ilb 9.6 ~.6 9~.1 &l.3 5.~5~ 2.~u5~ 5~ .3 .b~l.lb 1.~9 i.i1' ~.~ 9.% b i~ i~l 417~ ~.51 2~ ~i5 i24 ~.3 i~ 35~ 355 i~ ~3 4ii~ ~,6 ~,% %b.b 7~.1 5.167 2.b~i~ bZ .3 .~ ~7 ~,~6 i,li· ~.~ ~.~ b 15 1i43 41%5 11%.1} 2~5 3~ 124 ~1.i i~3~j 3c5 ~52 1~ ibb 4113 9.b 9.~ %7.1 9~.i 5 965 i ~76 65 3 i'i.b3 1.~2 i.ii* 9.~ 9.~ b 1~ i244 4i~ 21M.i~ 3~1 31~ A24 32.9 1~ 3U3 35~ i4~ 19~ 41lb 9.6 9.7 7%.~ %9.~ 6.115 2.~%~ %~ .i I 1.~o 1.US ~.11' 9.9 ~.% b 1% i2Ab 41~5 2~.%~ 264 3~ i24 32.3 1~2~ 552 34~ 146 1%1 4i2~ 9.6 9.9 ~.~ ~9.2 5.415 2.~9~ 75 .4 .i~i.~ i.b5 i.i1' 9.9 ~.~ D 1~ 124% 4A~ i93.bJ 2~ 3~3 114 3l.b 194~ 3u3 36~ 145 1~ 4125 9.6 9.% 9~.% %~.2 5.156 1.~'19~ ~ .% i~l.~b 1.~7 i.i1' b.~ 9.~ b 19 i144 4i95 19%.2~ 29Z 3M~ 124 b2.% i95~} 3~u 3ul i4u 253 4151 ~.6 9.% 9~.~ 99.3 4.856 2.~&2~ ~5 .4 i i.~ i.~7 i.il· ~.~ 2b i25~ 4~ 1~?.~I 2%5 3~3 124 2~.a l~2U 32~ 334 152 2e~ 4i37 ~.& 9.7 %~.2 %~.5 5,251 [.~)b ~ .4 ..i..l'l ~5 l.~ l.il' ~.b 9.~ 21 125b 42~5 1~.~ 2~2 3bb 124 3~.1 1~9~ 3~4 34~ 154 522 4143 b.b 5.~ %9,5 %~,2 5,9b~ ~,~2 ~5 .5 .1[1.~9 l.bb i.il* 22 i5~0 411~ 175.54 294 315 1i4 34.3 19bW 3~3 364 154 61~ 4146 9.6 9.~ %9.2 ~9.3 5.592 2.~9i i~ .5 ..i{1.i3 i. IZ z.ii 25 13b1 4215 lbl.2J 2bb 3b~ 1i4 32.b 19b~ 3u3 3bb 155 553 4i54 ~.b ~.'i 79.3 79.5 6.215 2.~b7 1~5 .5 .ijl.i~ 1.~9 1.12* b.b ~.&~D 24 i3~ 421~ i~5.1~ 2~6 3~ 124 33.1 191~ 3%~ 396 1~ 55~ 4159 9.6 ~.U 79.3 %9.5 ~.~D2 I.~b9 1i~ .~ .i 1.1~ 1.~ 1.i2' ~.9 9.4~D T.V.D, 42~ it Bl'l H~DR ~h~ 324.i np KICK ~'O~~ 4.1 lb/gal TOT~ BlT ~hV~ 4159 ~/~% 1~ 9 ~/~"l' C~ b6 j '[~ 25 13~5 4225 1~9.4~ 2~9 3~ 1i4 34,~ 193~ 355 359 15% 6~2 41~5 9.b 9.9 'lb.5 99,~ 6,ill 2.~'1 115 ,6 ,i~1,1~ i,b9 1.i2' ~,9 2~ 13~6 423~ 1~,4~ 29~ 3~6 124 34,2 1~ 355 353 157 ~44 4167 ~,~ 9,S 79,6 79,7 5,~49 i,~ 12b ,U ,iii. Il 1,1~ 1.1i* ~,~ . 2~ 1514 4235 1~5,1~ 2~4 5~3 1i4 31,9 193~ 352 349 163 346 4179 ~,~ ~.7 ~.~ ~,4 5,925 2,~ 125 ,b ,1~,~9 1.~8 1.12' 9,5 ~.~D % 29 1315 424~ 19~,~ 2~4 315 124 3~,9 192~ 352 35~ 16l 4~1 41S2 9,6 9,~ S~,% ~u.~ 6,21i z,~63 13~ ,? ,1~1.~ 1.~5 1,12, ~,9 9,44D 3~ 1319 4245 2~1,~ 2bi i94 124 3i.] 1~ 3~ 36~ 162 519 41~7 9,6 9,9 ~,6 ~1,4 .~,13~ 2.893 1~5 ,9 ,1~1,~ 1.~5 1,12' 9.9 ~.~.D, 4245 It hl% HYDI~ ~W~ 31~,3 np KiCK 'lO~~ 4.2 lb/gai ~'AL Bl% ~VS 5133 ~/f"i l~S% 6 ~/f'T C~ ~} 31 131~ 425~ 197,9~ 2~3 3~ 124 31,9 19~ 366 39~ 1~2 554 4192 9,6 9,~ ~1.~ 81.~ 5,7";9 2,88~ 14~ ,~ ,l}l.~t i,Z5 1.12' 9.9 9.~D 32 1~2~ 425~ lt5,3~ 2~3 3~3 124 32,9 197~ 3~ 36~ 161 465 4197 9,~ ~.7 ~1.3 ~1,8 5.~8~ 2,~'~6 145 ,% ,i}1.13 1.11 1.i2' 9.9 9,b~D 33 1322 426~ 2~1,5~ 2~6 3~ 124 32.6 19~ 34~ 342 161 329 4198 9,6 9,7 ~1,3 81,9 ~,155 ~.~7~ 15~ ,~ ,i~i,&% 1.~ 1,12' 9.~ ~.5 D -.-] 3b i33~ 4265 1~.1[ 2~5 297 ii4 28.~ 1~ 37~ 3~2 1~3 141 421~ 9.6 9,7 51.9 82,% 5,889 2,8~2 155 ,8 .1~1,~6 i.~5 1,12' ~,9 ~.5~D 3~ 1331 42~ 1~3.1~ 3~8 33~ 124 51,~ 19t~ 352 352 162 341 4215 9,6 9,~ &l,4 ~,4 5,~78 2,~4 1~ ,~ ,i~l,~) 1,~6 1,13' 9,9 9.5~D . %.V.D, 42'1~ IL BI3 H~DR ~W~ 31~.9 tip E1CK TOL[~[ 4,2 lb/gal ~'AL ~iT R[VS 614% ~/~'l: lhST 9 ~/f~' C~ 63 3& 1335 42~ 1~.~ 357 375 124 31.7 1~2~ 359 359 162 444 4225 9.6 9.6 ~2.5 52.9 ~.329 2.893 1%~ .9 .1 1.11 1.i~ 1.13' ~} 39 133u 4265 lbl.6~ 3~ 3b~ 124 32.~ i~B~ 359 356 163 5~ 423~ 9.6 9.7 82.9 ~2.7 6.348 2.~95 1%5 .9 .i~1.13 i.i2 1.13' 9.9 9.biD 42 1359 4295 145.~ 3~ 411 124 31.4 iB~ 3~3 361 168 282 4243 9.6 9.6 84.5 ~3.4 5.931 2.9~ 185 1.~ .2 1.15 1.14 1.13 9.9 T.V.D, 4295 it Bl% HYDR ~ 3~7.6 hp KICK TO~E 4.2 lb/gal ~AL BlT ~VH 7316 ~/~'1' 1NS~' 11 ~/f'T C~ ,9 43 14~1 43~ 164.1 39~ 4~ 1i4 31.9 1~9~[ 355 35~ 1~ 265 4249 9.~ 9.] ~4.1 ~3.6 b.453 Z.9~ 19~ 1.~ .i[1.12 1.11 1.13' 47 14~9 432~ 15~.i 3a5 411 124 31.7 l~SU 363 ~59 1)~ 302 42~2 9.6 9.7 b4.4 &4.5 6.131 2.9~2 21~ 1.1 .IJ1.15 1.13 1.14' ~.9 ~.5~D ~ ~'~ 'I.%,D, 4345 ~t BI'I HYDR ~W~ 3~b.~ np KiCK TO~ 4,1 lb/gal q~AL ~1~' ~V6 ~758 ~/k~i l~S~' 11 4/~ C~ ~~ 54 1426 4~5~ 155,6~ 3~b 414 124 3~.b l~3b{ 363 35~ 1~ 45~ -. ~=~ ~~ 4294 9,~ ~,9 ~%,4 ~,2 ~,3~3 1.914~ 24~ 1,3 ,~1,1~ 1.il 1,14' 9,~ 9.5~D + ,i t t ~4~5 435~ 155.~ 4&7 4~6 124 2~.~ ~3~] 35~ 55~ l&7 34~ 4~1~ ~.~ ~.% 55.~ bb.~ 4.~3% ~.~2~l 25~ 1.4 ~Jl.l~ ~.z~ i.~4" ~.b ~.bjb 1,~ 4S~b i5).$] 4i~ 42~ i~4 51.~ i?~uJ 352 3Ah 1~ 5~ 451~ M.~ ~.? &4.9 ~.~ ).%b~ 2.~i~ l$b 1.5 ~1.i% i.i4 ~.%.D. 45'1~ ~% ~1~ h~b4 fu~ 2~1.5 l~p K1C~ 'iO~k 4.1 lb/gal '~O~AL BI~ REVS 1~45 $/~'~ 1~% 1i $/f~i C~A 1441 4~5 15~.~ 41~ 42~ 1~4 31.5 lbl~ ~52 35~ lbu S~ 43~4 ~.$ ~.b ~.i ~b.~ ~.5%G 2.~22~ ~5 1.5 .2~1.i% i.i3 A.i~' ~.M ~.419 i443 4~ 152. A~ 425 124 ~i.~ 1~3~ 355 35~ lb& 415 4~5 ~.$ ~.6 ~5.1 &~.l ~.~37 2.~2~ ~%~ 1.5 .3~i.14 i.A~ A.i5= ~.M S.blb 1445 4~5 15~.~~ 415 42~ 1~4 ~l.b 1~7~ 352 55~ 18~ ~1 4325 M.$ ~.7 ~5.~ ~.i ~.~33 2.~13~ ~5 1.b .ili.l~ 1.12 A.lh 1453 43~ i4~. 4~2 423 1~1 ~.% A&5~ 355 353 l&7 ~ 4~S~ 9. b ~.~ 35.5 ~.~ 4.954 2.~21~ ~ l.b .~1.i5 i.13 i. A5= ~.~ ~.~]D 1455 4~5 15L. 45] 4iZ 1~4 35.2 i~'/b 35~ 352 ibb 3~3 4344 ~.~ ~.} 55.~ b~.~ ~.11~ ~.~25, 255 1.~ .~ll.ll i.A~ z.15* ~.~ ~.ulb ., T.%.D. 4~5 lt. 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Zb lb S/Wi .~ i.~ i.~ i.ii' .~ 1.~1 i.2u i.~i' 1.~I1.2% 1.13 1.31' 1.~ 1.2% i.ii 1.~1.25 1.il 1.52~ i.¢{i.2% 1.23 1.32' i.~1.25 1.i~ 1.32w 1.~1.27 1.23 i.~1.29 1.25 1.~2' 1.~1.24 1.i~ 1.32' i.~1.27 1.22 1.32' 1~ ~/F~ 1.~1.2~ 1.i3 1.~2' 1.~1.i~ 1.23 1.53' i.~1.16 1.1i 1.33' 1.1~1.3~ 1.25 1.1~1.29 1.24 1.33' 1.i~1.3~ 1.25 1.1~1.~2 1.17 1.33' 1.1}1.~3 1.2~ i.~3' i.1 ~1.3~ 1.25 i.1~1.~2 1.~9 1.33' 1.1}1.34 1.29 1.33 i.1~1.53 i.2~ 1.1~1.3i 1.15 1.34' i.i~1.~5 1.3~ 1.34' ( ( (' J %.%.b. 5~,~,u tt bl% hiDk FOI~EK 343.~ np KiCk 'IGLLkAI~k 3.4 lu/gal ~O%~L bl~ Rh~.~ 52t12 &/'k~ lt;~ 1'~ ~,/t% Chh 2~ J 111 22a3 5~5b lbb.~ 431 4%7 124 3~.~ i95~ 3U~ 357 2Db i~b 5~b 9.~ ib.~ 92.~ 95.5 i.77U 3.~19J D4Z 7.6 1.1Jl.3~ 1.15 i.'~5' i~.~ 9fi' ' 21~ 23~7 5~ ~4.4~ 441 45~ 124 39.~ lb6~ 374 3~9 2~4 lb9 5~34 9.9 1~.~ 9i.~ 95.4 1.~3t 3.~3 97~ 7.9 1..3~1.34. l.lb i.3~" 1~ ~' 9.~ D 216 ~31~ 5~b5 9~.4~ 44b 46~ i~4 39.~ 193~, 3%~ 3~b ~&5 1~1 5~39 9.B 1~.~ 91.9 95.5 1.~b~ 3.~5~ 975 '/.9 1...}3 1.3~ 1.~7 1.5~* i~.i ~.~ D . 2~ 2~2~ b~9O &~.l~ 43~ 462 124 3~.~ iSl~' 36~ 3~3 275 l~t 5~5~ 9.9 1~.~ ~2.3 95.5 1.~5 3.1~ 9&~ ~.~ 1.~}1.3'/ i.~1 1.3~* 1~.1 b.~ D " 221 i323 5~5 ~7.6~ 431 4a4 124 35.9 195~ 37~ 3U9 275 193 5655 9.b i~.~ ~2.2 95.~. 1.761 3.~97 9B5 E.~ 1.3~1.32 i.i6 i.3~* i~.i b.~ b ~i 2327 51~ ~3.~ 4bi 45~ 124 3~.E 197~ 3~ 3t~ 2~6 174 5~5~ ~.9 1~.~ 92.3 95.7 1.989 3.~94 9~ ~.i i.3~i.b5 ~.i~ 1.3~* 1~.i ~.u D '~.%.b. ~iDD ~t bl~' ~YD~ PO~ 33~.4 np K1Ck %'OL~h 3.4 iD/gal 'I~I'AL BlT RhVS b~651 ~/F% 1N&~ 1~ ~/~'i' C~ 2i5 ~33~ 51~5 &2.9~ 452 45~ 124 3~.~ i9~ 3~3 3~3 lTD 16~ 5~4 9.9 i~.~ 92.3 95.~ i.968 3.1~2 995 ~.'1 1.5~1.55 1.~ i.3t* i~.i 9.~ D 224 2334 511~ b2.2} 4b~ 45~ 12% 37.1 igk~ 34b 35~ 27~' 149 5~'/~ 9.~ 9.9 9~.4 95.9 i.964 3.i~ 1~ b.i 1.%~i.3~ i.29 i.3~* i~.1 ~.U D 22~ 234~ 512~ ~6.5] 442 ~5~ 124 3~.~ 194~ 359 5u5 298 1~9 5~ ~.8 1~.~ 92.'~ 96.1 1.912 3.~b5 1~1~ ~.3 1.4]1.~5 1.i9 1.3~* i~.1 9.~ D burve~ ~ 51i~ XU = 1.5 · 22 ~g4'l 5125 f3.bJ 445 46i 124 3&.4 l~5~j 366 367 249 124 5~7 ~.fi ~.9 93.~ 91.2 1.73M 3.~bTj 1~15 S.4 1.411.37 1.3~ 1.30* l~.l 9.~ D .,,,i '.%.D. 5i25 ~ BI% HXDk ~ 335.1 ~p K1Ck TO~E 3.4 lb/gal T~'AL ~1% RE~S ~2~21 $/~"~' l~h% 2~ ~/~"i ....J229 ~g5~ 515~ 8%.~j 44'1 4u5 124 3~.3 195~J 3~i 37? 24~ 149 5~ 9.~ 9.9 92.9 9~.~ 1.722 ~ ~h.~ iB2~ 6.4 i.4 i.3b A.3~ 1.3't* ig.A j23~. b~5~ 51~5 bS.~J 444 ~59 1~4 39.$ i~gbj 3%4 394 249 169 5~95 9.fi 9.9 92.5 b3.~ 1.g35 3.~&lj 1~25 ~.5 i.4 1.39 i.31 1.3% . j131 b~5'I hl~ ~.lj 445 4~5 ~k4 ~9.9 ~8~ 377 3~ 247 1~5 51&~ 4.8 9.9' 92.3 93.~ 1.79S 3.~9J 1M3~ ~.6 1.4 1.3~ 1.31 i.~'1' i~.1 B . ~D J23~ gl.4 515~ ~2.11 44T 4~5 124 3~.~ 1~3~I 3~ 375 245 24~ 51~$ 9.~ ~.9 ~2.3 S4.3 1.7'1~ 3.~41 1~4~ S.) 1.4 i.30 1.2~ ':,, ..... j , %.5. 515~ tt 'bI'l h~DR ~ 34~.1 np KICK ~OLE~ 3.3 lb/gal ~OTAL BJ'l k~S ~4~42 ~/FT iNST 18 ~/~'l C~, 14 j ..... ~ ~i3b ~13~ 516~ Bb.3 4~i 453 124 39.6 197~ 3'1~ 3~2 ~35 2~5 5135 9.fi 9.9 ~3.4 ~5.6 1.983 3.~59J l~bb B.~ 1.4 1.~ i.3~ 1.37" i~.~ 9.~ "~'~'~[~{:W~'~ J239 ~133 5165 S2.% 434 456 114 36.~ 197~j 3bi ~b3 235 2~6 514B 9.8 9.9 93.4 95.8 1.99~ ~.B~%'J 1955 S.~ 1.Sji.3b 1.29 ........ ~': %~'~ ,24~ ~139 51%~ ~i.5 43b ~5~ 124 3~.~ 1~9~ 37~ 374 i35 1~1 5145 9.~ ~.9 93.6 96.1 1.9~5 3.~23] 1~6~ ~.9 1.5~1.39 i.3~ 1.37 · ~ I ~:~ :~[&~,~ :241 ~14~ 5195 ~3.5 435 45~ 124 3%.~ 195~ 34~ 34~ 235 i~4 5149 9.~ 9.9 93.9 96.3 1.981 3.~bj 1~65 9.& i.5J1.39 1.3~ 1.~8' 1~.1 ~.%jD ~f~,. ~:.~,~=~ ~.V.D. 51~5 ~t BI~' H~Dh ~ 32b.1 np KIC~ ~'O~~ 3.Z lb/gal ~CT~ BlT R~VS 67192 S/F% INS~' iD ~/~ C~ 24 j ~-,-~ ......., 242 ~144 51~, ~',.4 445 459 124 3~.6 195u{ 355 35b 235 161 5149 9.~ 9.~ 93.9 96.5 1.~73 3.~4j 1,?~ ~.~ 1.5jl.3~ i.2~ 1.3B* _ ,.~ ............... 243 ~2~2 51~5 b4.5 43~ 44~ 124 42.~ lb~B{ 35~ 55& 23~ 15~ 5153 9.S 9.9 94.~ 96.5 1.~31 ~.~31{ 1~]5 ~.1 1.5{i.42 1.35 k.38* l&.l ~.?{D '"~'~:'~:~J',~ .......... ~'~ 2~4 ~2~5 519~ 91.5 42& 447 124 42.1 ig~b 363 367 232 1~7 5158 9.~ 9.9 ~5.~ ~6.B 1.~3~ 3.~2]{ l~h~ ~.i 1.5 1.5~ i.32 "'?"~:~'~:.~=~,':r:.,'...,,~.~r~,;,','ii ~, :24~ ~211 52~k ~3.4 42~ 44~ 124 3~.4 1~1 359 361 ~36 1B~ 515~ 9.~ ~.9 95.2 97.2 1.~1~ 3.~19{ l~b 9.2 1.5{1.35 1.2~ i.3~* lb.l ~.~ ~T~.,:_ ........ ~ ............ t t 4 t f hCA ~/t-~ I 19~. b~X ,;%~ A¥'G Fl, k~t IL, 6b'l bbl unit bk['l'h l~ (,b'a t 24~ 152 D141 t .%.D. 253 ~44 ~54 ~249 ,255 25~ 't .% .D. % .~.D. 255 2Ob ~411 '1. %. 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Kg4 ~252 1~.4 lb.5 10&.4 i~i.b 1.408 2.bbb~ l.b AO/$ai ~O'AAL bl~ Rk~S ~253 18.3 lb.4 lbb.b 182.0 l. Sb4 6254 lb.~ lb.b Ag~.~ l~i.3 1.~ 1.6Abl G258 ig.4 i~.4 iLi.4 IL2.~ 1.38~ 2.6~2 &25~ 18.3 Ab.4 l&i.% 10~.~ 1.S~5 2.608 2. b lo/gal ~A~L B15 REVS 6258 18.4 ig.4 lbl.~ 1~.~ 1.5~2 2.b~ 6262 lb.~ 10.4 ££1.9 l&~.l 1.3~2 2.S~ ~262 I~.Z lb.2 192.6 184.~ i.36~ ~.6i~ 6263 lb.4 lg.4 i~2.8 i04.4 1.55~ ~.836 2.b lb/gal ~G~AL BlT RE~S 29848 6284 lb.3 lb.4 lb~.l 104.5 1.~54 2.634 8265 ig.4 18.~'i03.5 104.9 1.365 2.~43 ~286 lg.4 lb.3 193.6 104.9 1.368 2.642 6267 10.~. lb.2 1~3.8 1~5.1 1.3~9 2.637 6268 18.4 lb.3 183.8 lgS.l 1.3~4 2.635~ 2.6 lO/gal ~%~IAL bl~' REVS 33528 6269 1~.4 1~.3 1~3.8 18~.3 1.39~ 2.~42 62~ 1~.3 lg.i 103.9 1~5.4 1.595 2.63~ 627~ 1~.4 1~.2 1~3.~ 1~5.6 1.423 2.648 6270 1~.4 IB.2 1~3.5 1~5.~ 1.416 2.64i~ 6291 1~.4 1~.2 1~3.6 1~5.6 1.42~ ~.~51 2.6 lO/gal T(2IAL ~1~ REVS 36327 6272 1~.3 18.5 1~4.~ 1~5.~ 1.4~4 2.641 62~3 1B.~ 1~.5 i0~.2 105.6 1.414 2.64~ 62~4 1~.4 1~.5 1~4.4 105.8 i.4~1 2.644 62~ lg.4 iB.5 1~4.5 106.0 1.397 2.645 6277 lg.4 1~.5 104.5 106.2 1.4~1 2.659 2.6 lb/gal ~O~L BI~ REVS 39856 627~ 1~.~ 10.4 i~4.7 l~t.3 1.4~7'2.656 62~ 1~.. lu.. i~4.~ i0~.5 1.488 2.6~ 62~ 1~.5 l~.b i~4.~ i0~.5 1.~9 l.bKb 62E1 1~.5 ib.6 195.1 1~.7 1.4~ 2.~44 ~t In 13.~ his - recovere~ ~ ft Ii 1~ 5.1 19 5.5 i~ 5.% ll b.~ 22 Kb 2% 7.5 3b 8.4 33 ~.S 34 ~.5 35 ~.~ 3~ 1~.4 39 1~.6 4~ 1~.9 41 1~.8 42 43 11.2 44 11.4 45 11.6 46 i1.~ 4% 12.1 4~ 1~.3 49 1i.5 5~ 1~.% 1 .2 l~c~ t2.1 ct-is }'C2bl i.5" ~.'~. ~.5 in'2 - n, ~ 62~4 tt to cut core 43 {ze~ 6~ it to bott~ in ~.3 nz); 66 16~9 b2~5 4.~j 193 184 59 12.5 i396j 3~B 2~4 252 2U2 62b4 1~.5 lb.b ~9.2 92.4 1.584 2.925J ~ '1.%.D. bl~5 Zt EI'i tilDk ~u~ 61.1 np KICK 'IoLEI~t~L 1.5 lo/gal 'I'O~AL ~l'l' RE~b 97b t~A~. b-b .~jl.S] 1.43 1.46' 1~.~ 5bO ~/~7 C~ lbbbb I I i .~.~..b. I~u 1~3 ~5 ~1~ Ib~9 i153 i~ii I ~.~.~. ~3 i344 ~14 i357 I I ~b ~51 625% 4.11 2ih 125 b~ 2U.i u~ 3.%I ~% l~ L~ 2L.~ l~b 6253 4.2i 2i4 i34 5% 21.~ ISSb 6~% 3.bi ~iz 1~ 53 ~i.~ bk~u S.8i 2ib Sl5 5~ 26.5 625~ 3.41 1ii 231 5~ 2b.b iSSb 6255 4.~I ~12 i3~ 5u 21.1 63~ ~L bl~ hkbk ~'hk 63.2 b3Li 4,51 2ii 231 b~ 2~.b iZ~b 6362 4.BI 215 i31 57 22.5 1~L 63~3 4.3{ 2Z0 131 b7 22.2 i35~ 63~4 4.~I ii~ 22~ b~ 22.1 ~5 5.~I 2i5 2~b Ui 22.6 i5i~ b~5 ~t ~IT HYDh f~J~,'I:,k bb.3 4.SI 13~ ia~ bl i3.3 4.~ 22~ 13~ 55 25.~ 4.61 22~ 13~ 55 23.5 i50~ 4.~ 222 12~ 5~ 22.5 i51~ bSll i.4t 2~2 22~ 54 23,9 1456] 6~i2 3.8~ 2~2 ~18 52 22.$ 15~9[ ~313 ~.4~ 2~2 216 5~ 22.6 i49~ ~314 4.'3~ 1~6 26~ 52 22.5 151~ 6315 %.5~ 2~& 246 52 23,b lb6b~ ~315 Z~ Bi~' H~Dk ~W~ 62.9 6316 4.9~ 29b 24~ 51 2~.1 155~ 631} 4.2~ 2~3 2~3 51 23.3 153~ 6316 4.5~ 2~ 2~ 51 23.3 152~j 631~ 4.3 2~3 ~43 51 23.6 152~[ 6320 4.31 195 243 51 lS.~ 15~b 6525 ~L BlT H~D4 ~WL4 bi.b 6311 4.1~ 1~1 146 5i 23.b 15561 &312 4.4~ ~11 ~4~ 51 23.5 15~ 6323 4.5~ 2i~ i55 51 13.1 iSbbj 6324 5.1~ 21i ibb 51 23.3 6325 4.2] 2i3 .155 5i 13.6 155b~ ~326 511j 216 249 5i 23.~ I'.L~. £' kLb om.-n, I Rhl~ Lll LL'iI bXC i~u Sb~ 221 SS KAC4 ~OL~kA~CL 2bb 27i 211 65 1~4 2~9 2il 57 i~1 i~4 i21 ~2 27b 2~i. i24 65 259 2b~ ii% 53 25i i~5 i24 55 3&~ 256 22% 51 KICk %OLkl~V2k 2~ 3~i 22~ 52 290 263 12~ 51 292 2~5 22~ 53 Sib 322 225 52 256 295 22~ 56 KiCK TUL '~ 3~5 29~ 229 5~ 3~3 ~2 225 59 3~ 3~b 229 57 315 315 22~ 55 3~3 298 23~ 5~ KICK'rO]..%RA~L 295 29b 22b 56 251 2~1 229 52 3~ 365 226 55 303 3~1 225 45 303 3~4 125 46 KiCK %OLERANC~ 29~ 256 226 47 296 305 22~ 4~ 3~ 3~2 22~ 51 3~7 3~7 229 51 3~ 3~ ~2~ 51 KICK TOI.,hRANCL 300 296 229 51 290 295 226 50 269 i~3 2~ 45 3~3 3~& 225 45 KiCK %OLEkAhCh 256 293 12~ 45 blbA l~.u ib.b Si.b ~%.3 i.495 2.65) 52£5 lb.% ~.7 ~5.i 55.> i.4}b 1.4 AD/%&i ~OTAL b14 RL~b 5541 6255 16.~ 1~.6 56.6 94,5 i.44~ i 529 ~i96 lb.6 l~.b 99.5 9~.i i.434 ~251 lb.% i~.b ~%.$ 9~.% i.415 2.524 6292 1~.% i~.U 96.2 95.~ i. KB~ 2.529 6295 1~.% ID.b 99.5 1~.5 1.4~5 629? iG.~' ib.6 1~b.2 1~b.9 1.~2 2.517 2.2 iD/5ai %'O%hL BlT RE~b 14389 b2Sb i~.~ ib.5 i~.e A~i.b 1.353 6300 10.b lb.b 161.0 1~1.% i.3bS 2.519 b3gl l~.b lb.b ibi.2 i~1.2 1.356 63~2 10.6 i~.6 1~1.5 1~2.1 1.~57 2.527 1.4 lb/~ai ~O5AL blt R~¥$ i~342 6363 1~.% ib.b l~i.b lgI.b. 1.369 ~.522 63~4 lg.b ib.6 i~I.S 102.b 1.352 63~5 l~.b lb.b 102.2 163.~ 1.341 2.516 6304 16.% 1~.% 102.9 i~4.2 i.334 2.51? 2.7 lO/gal %'O'111 BlT Rh~S 10555 63~9 10.6 lb.6 1~3.~ lg3.6 1.343 63~9 lb.9 l~.b 1~.~ lb4.g 1.325 2.529~ 6309 ib.~ i~.~ 103.5 104.4 1.32~ 2.539 6310 16.6 lg.% ~3.9 I54.4 i.319 631i lg.b lb,6 10~.1 104.9 1.316 2.55U 2.5 lb/gal %'OTAL blt RhV& 14563 6312 1~.6 10.6 104.4 104.% 1.32~ ~.565 6313 1~.6 lg.b 104.6 164.9 1.~13 2.594 6314 1~.6 ID.6 i64.9 105.1 1.316 2.566 6315 10.6 1~.7 i~5.~ lU5.3 1.3~4 6316 1~.6 lg.7 1GS.1 1~5.4 1.397 2.576~ ~.5 iD/gal %OTAL hl% KEV~ 6314 lg.6 1~.% 105.1 105.6 1.3~ 2.561 631& lb.b 10.7 105.4 165.8 i.296 ~.5~b 631~ 16.6 lb.7 105,4 lgS.S i.293 63~b ib.& 1~.% 105.6 166.~ 1.291 ~ 560 6321 1~,7 lg.7 106,~ 166.2 1.264 2.56i~ ~.4 lb/gal %O%~4 blt P,~¥S 21411 6322 1£.6 lb.% 1~6.1 1~6.3 1.3~5 2.5~b~ ~312 lg.6 lb.6 lgb.1 106.5 i.306 2.5£5 31 4.3 32 4.5 33 4.7 34 4.9 35 5.2 36 5.4 ~/~'~ 37 5.b 36 5.9 3~ ~.1 46 6.3 41 6.5 ~. ~41 ~/f~ ~bl', i145 j .~ji. Sb A.bS A.~7" .~1.55 i.u3 1.47' .11i.55 i.~5 i.45' .l.~ ii.lib 4i3 ~/f'~ ubN i3~3 ] .[li. Su i.~b 1.%~~ .u11.55 z.oO i.%7* iA.L .blA.Sb l.b2 ~.47w iA.~ lb.l,m .£11.5~ i.bb 1.47* 11.~ .~i.5~ i. U5 ~.47= 1.57 l.u2 i.~7· ll.~ i~.i 357 ~Jk'% C~u 5i2 · bli.5~ i.63 i.4~~ 356 ~/~ C~'A 553 .~jl.%2 1.79 1.4~ 11.~ 1~.i D · ~11.6~ 1.6~ 1.4~* 11.~ 1~.i D .~jl. Sb i.04 1.46* ll.b i~.21D 339 ~1~'~ C0h .~jl.55 1.63 1.4~* 1~.9 i~.21b .~11.5£ 1.67 1.4h* 1.59 1.$7 1.4~= 3~ ~/~% CU~I 542 1.5~ 1.bu 1.48' .'~1.5~ i.~7 1.4~* 1~.~ 3~2 ~IF~, C~i 522 Ib~b L346 6535 I ~.v.u. jg~6 ~4~ 633~ S.~.D. 6346 ,r b.b l,Xhr. I I ? l,.l{ ;.~9 2;6 b~,-.,"..S ibu61 }31% H%bk I-%,;-.Lk 66.% np 11.~ 23~ 255 ~1 23.1 i65w l~.~ 23~ 2~b b~ 23.1 i~4~ 290 29~ 236 43 36~ 295 23~ 45 3~ 3~5 23~ 5~ K1Ch kbLLI~d,,CL 292 291 22~ i~1 363 i63 22~ i~ 29b 291 22~ 83 KICK ~GLL~ANCE ~325 1~.6 i~.% 6324 Z~.O lu.~ l~b.2 l~c.~ 1.29% 2.5~1] 2 4 l~/gai t~'iAL~i~ k,%Vb 13555 032~ 1~.6. lb.u 1Db.4 6325 1~.~ 16.6 16~.2 1~.9 652~ 16.6 iu.u i~b.5 2.4 lo/gal ~0%AL ~1~ kLVb 253i~ ~32~ 1~.9 i6.~ i~.5 ~32~ lO.7 A~.o 1~b.5 i6} 2 1.3~1 2.5bi 6536 1~.} 16.} 1~6.5 i~9.4 1.3~ 6~3i iU,9 i~.c 2.4 lo/gal kO, aL blk k~5 269~ Ib43 L431 63~£ 3.2, 1~ iS? ~k 23.i A24U~ 2~b 362 2A~ ~3 6334 16.~ 1~.~ 1~6.~ 1G~.6 1.A~ ~.5~I ~ ~L~h ~ b341 Zt ~/ ooze $3 a~ta~ ooze ba:ze~ 3ammea - RKC~ ~2.1 cu% 5~ ~t ~n 12.~ n~s - zecovez~ 5A.~ ~t 4% 7.2 .~li.34 1.~6 4~ %.4 .611.51 A.5b 49 %.5 .~li.4A ~.44 5A 7.0 .~IA.~ ~.43 1.49' 52 ~.~ .~1.4i 1.4) ~.4~* 53 11.5 .~11.5~ i 44 i.~* blk'~ i~b~ 155 ~/1'% C~.~ 59 ii.9 .bli.4b 1.46 5& 12.~ .~}i.bb i.}% 1.49 { 6~ 164~ 6343 b4b i546 6344 16,2 105~.1551 6345 11.~ I %.D. 6345 it 651 1557 634o b52 1003 634~ ~53 161~ 634h ~,1 054 1016 6346 1~,1 bbb i623 635~ 656 1629 6351 1~.1 65~ 1635 6352 ob~ i654 6355 i~.~ bUl 1~61 6356 9,2 loo2 1?09 6357 1~.2 Ioo3 iT1s 635~ ~.i io~4 i}i~ 635~ ~.~ o~5 i}2o 636~ 9.9 I.%.D. 6300 fL .bbb 1731 6361 1605 1943 6363 9,5 '0U9 1752 03~4 ,69~ 1000 63u5 ~.%.b. 63~5 it b~i 1669 6d66 b.~ 632 ]£19 63o7 b3b~ 5.4 22~ 297 49 15.2 1550 248 lb0 59 13.6 259 273 56 16.5 165~ BI~ }itDk PO~/{ 62.2 263 273 56 1%.7 ibb~ 203 2~3 50 1%,9 i6b~ 261 2%% bb 1%.9 1u10 2~1 2~7 5~ 1~.~ 263 2&b bb 16.2 bl~ h~D~ P~,~, 62.5 203 2~ 5~ 1~.3 lb~b 261 277 50 i~.6 25~ 270 5~ 2~,5 i620 261 2~7 5~ 2~,5 1o40 262 ~77 5~ 2~,6 ~11 liibK PO~/k 62,4 np 26e 2%~ 50 19.7 ib2bj 2bU 2~3 5~ 1~.5 lb20j BI~ H~DR POn~ 60.1 np 25b SiS 5~ 2~.~ lb4~J 26~ 2~3 56 2~,b 103u[ 26i 273 bb 20,5 104~ 201 i~ 5~ 2~,~ 1036~ 261 2~3 5~ 2~.8 103~ BI~ H~D~ f,OW,':~, 6l.b np 25% 2o7 5~ 26.5 '~'A ¢.5 l~a~2 - ii, ~ 6342 :t to cut come ~4 {Ze~e~ 66 :n to bottom in b.2 hz); 3~ 3~4 224 233 3~3 296 222 193 3~3 292 221 143 KiCK SOL~RANCE 2~5 292 221 290 2~1 221 92 3~ 29~ 22~ 78 2~b 291 22b 3~3 292 21~ KICK %OL~I.~AIq, IL 26~ 2~4 220 3~3 2~ 22~ 131 3g~ 3~2 22~ 133 292 2~7 22~ 11~ KiCK ~OLLRa~q,.IL 2~0 292 219 117 3~ ~91 219 296 3~3 219 2~b 3~3 2i~ bb 2~u 36~ 21~ ~4 3bb 362 21~ klCg ~'Ohh~l~h i~u 3~2 119 6342 1~.7 l~.b ~9.1 ~4.3 1.462 2.564[ 6342 1~,~ lb.0 9~.2 94.5 1.436 2.b~4J 6342 1~.7 1~.6 91.~ 94.S 1.42~ 2.553 2.4 lo/gal TO'~L Bl% REVS 1223 6342 i~,0 IM,~ 91.5 9t,9 1.431 2,56b 6342 1~,6 1~.5 92,3 ~5.4 1,429 2.53~ ~342 1~.7 1~.5 93,1 95,7 1,426 2.529{ 6342 1~,6 10.5 93,7 96,1 1.436 2.541 ~343 1~,~ 1~.5 94.1 90,4 1,425 1.4 lb/gal ~O~AL Bl%' R~VS 3~53 634~ 1~.6 16.~ 94.6 96.b 1,42~ 6345 1~,~ 1~.b 95,~ $~.2 i.4~7 6346 1~.6 16,6 9~,5 97,5 1,411 ~347 1~.~ i~.0 95,9 ~7,~ 1.4~6 ~,493 u346 1~,6 l~,o 9o.3 9~,1 1,416 2,4 lb/gal ~fJi~L BI~ RE~b 4677 6349 1~,7 1D,O ~,4 9~.~ 1.396 2.49~ 635~ 1~,% 1~.6 96,~ 9a.4 1,4~ 2,473 6351 1~.% lg.6 97.1 95.6 1.3~7 6352 1~,7 1~.6 9~.5 9~.~ 1,3~5 6352 1~,7 1~.6 97.7 99.~ 1,391 ~.4~1 2,4 ID/gal ~'ffi~h ~1~ RhVS 66~2 6353 1~,7 16,6 97,~ 99.1 1,393 2.4~ 6354 1~,% A~.5 97,9 99.4 1.379. ~,4~51 6355 16.7 1~,5 9~,i 99.5 1.3~4 2.4~9 6357 16,7 1~,5 9~,~ 99,6 1,395 ~,4~ '635~ 10.7 lb.o 9~,6 10~,i 1,4~4 2.405~ 2.4 lb/gal ~O'IAL bi~ R~VS 8639 0359 1~,7 1~.6 99,2 10~.6 1,39~ 63~ 1~.7 1~.0 99.4 1~.~ i.4~4 2.4~4 63~1 i~.% i~.6 ~9,7 i~,9 i.4~3 i .1 .bji.lb 1.55 1.4~* 2 .2 .Oil.ih 1.2~ 1.e9 3 ,3 ,~ 1.25 i.3~ 1.49' S/F% 1NS~' 1151 $/~ ~ .4 .b~l.2b 1.33 i.49' ~ .% .~1.34 1.4~ 1.49' 7 .~ .~1i.~9 1.~5 i.49· ~ .~ .~tl.32 i. SS 1.49' $/f'1 lhS~ low ~/~7' C~ 9 1.0 ,~i,3~ i,30' lB 1,i '~11'35 1.~2 i.49' ii 1,~ ,~1,37 1,44 12 1,3 ,~1,~ 1.a3 1,49' 13 1,4 ,~1i,35 1,42 $/~'%' 1NST 165 ~/~ CL~i 14 1.5 .£11.37 i.43 i.49' 15 1.6 .~[1.34 1.41 1.49' 16 1.% '~i1'30 1.42 i.49' 17 1.6 .~il.3~ 1.4~ 1.49' 1~ 1.9 .~1.34 1.40 i.4~* 19 2.0 .~11.33 i.~9 i.4M* 2~ 2.1 .61~.30 1.41 1.49' 21 2.2 .~£.37 1.43 i.49' 22 2.3 .~I1.3~ 1.42 1.4~* 2S 2.5 .~11.34 1.44 $t~ l~bT 18~ ~/f7 CUb ~4 X.O .6~1.4~ 1.4o i.~* 2o ~.~ .~11.3~ 1.45 i.~* 43-13-o kCi I 'Aok[UL i.H. ~,C-L kbl.,t 9.i[ 251 2['~ 5h lt..~ 155¢ ~.tl 261 293 55 lb.i i1.5~ 24~ 177 ~l'i H~D~ ~, bb.1 tip Data ke. cor~ at tnma ib:5i OUT 6.¢I 243 25; 54 15.6 9.61 25g 2~'~ 56 2i.4 9.~I 26~ 33Z 56 21.h 1~.5] 2~2 lbs 57 12.1 171~ 1[.[I 223 253 66 22.4 b]'i Ii,DR ~'.,~, 64.6 285 31~ ~b 14.2 172~ 3~2 35~ ~ 15.5 1~3~ BI'i hlDl, FOV3.1, b~.9 np 312 34c 7[ 25.4 173k. 3~7 333 79 25.4 176b 295 323 79 15.4 171~ 305 343 79 25.3 174~ 397 343 9~ 24.9 BI~ H~DR ~,~ 65.8 hp 3~8 343 79 24.5 173~ 31~ 353 7~ 25.1 1~ 3~6 327 79 25.2 3~9 330 7~ 25.0 172~ 311 327 79 24.7 1719 BI~ H~R ~Wkk 67.4 np 11. Gb'~ Dui unlt D~['iii AN OU'A 1[~ Ob%' 6363 1~.7 1~.6 l~u.~ ibl.i 1.4b2 L.4D4 6363 1~.7 iu.b lb~.l lbl.4 1.4~b 1.47~ 63~4 1~.7 i~.7 1~.2 ILI.b 1.!95 2.493 6366 1~.6 1~.7 l~L.6 i~1.i 1.3M6 1.457 635t 1~.~ lb.7 ib~.5 1~i.3 i.3~3 2.457 2.4 lo/gal TO~AL Bl~ REVb i1~13 636~ 1¢.7 1¢.~ 1¢¢.2 1¢i.[ i.35$ 2.454 ~3~8 1¢.5 1¢.7 1¢C.3 1¢2.2 1.354 2.~571 635¢ 1~.5 l[.b i0~.6 1¢1.5 1.4i5 2.471 6391 1~.6 1~.6 1~¢.~ 1£2.3 £.~59 6372 1~.6 1~.6 1~1.~ 1~2.9 2.1~9 2.459 2.4 lb/~al ~G%AL BlT REV~ 13~b~ 6312 1£.~ lg.~ 1~i.1 1~2.9 2.215 2.456 ~3~3 1~.6 1~.~ 1~1.1 i~2.~ 2.263 2.45~ 6374 1~.~ lt.~ 1~1.1 I~S.~ 1.43~ 2.47~ 6375 1~.7 1~.~ i01.1 1~3.1 1.44~ 2.474 ~.4 lb/gai TO~AL BlT REVS 15725 6~6 1~.6 1~.~ 1~1.5 1~.0 1.423 2.485 6377 lg.~ 1~.6 1~1.5 1~3.2 1.405 2.~83 63~ 1~.~ 1~.~ 101.5 1~3.6 1.415 2.46~ 637~ 1~.~ 1~.6 1~1.9 i~Z.5 1.421 2.494 63~0 1~.6 1~.6 1~2.~ 103.4 1.453 2.496 2.4 lb/gal ~f3I~L BIT REV& 63~1 lg.6 1~.6 1~2.~ 1~3.~ 1.47~ 2.505 63Z2 1~.6 1~.6 1~2.2 163.9 1.5~9 2.497 63~3 1~.6 1~.6 1~2.4 1~4.9 1.53~ 2.4~ 6384 1~.6 1~.~ 1~2.2 1~4.2 1.495 2.478 6385 1~.~ 1~.6 l~2.g 1~4.1 1.432 2.475~ 2.4 lb/gal ~OTAL BlT REVS 3~3 31~ 216 K1CK ~OLhRANCE 292 3~b i1~ 3~7 315 2~7 3¢3 311 2~5 1~6 353 311 2~5 95 MCK TOLERANCE 3il 31~ 2~5 79 353 312 254 ~ 3i5 313 264 53 3¢3 321 294 95 678 1~1i 6573 T.b.b. 65%3 579 1~i5 65~ 1925 6355 ~bl 1~33 bb2 1939 664 195~ ~379 11.5 6h$ ~1 63~1 lO.4 6~7 1~06 6362 ll.b bbb 2611 6365 1G.9 ~.%.b. 6b~ 2~17 6364 lk.6 6~ 2~22 6385 11.6 691 2028 6386 11.2 692 2033 6367 11.2 693 2~3~ 6368 11.7 ~.%.D. 638b 6~4 2044 63~9 1~.5 695 2~50 639~ 69~ 2056 6391 1~.5 697 2104 6392 6.3 69~ 211~ 6393 9.3 T.V.D. 6353 KICK q'OLEKANCL 357 32~ 2u4 95 303 314 204 99 3¢3 320 2~4 1fi9 3bb 314 264 103 35¢ 313 204 11~ KiCK TOL~RA~E 3~D 312 253 114 3¢b 311 2~3 111 3~b 314 253 113 3~ 312 103 106 3~ 312 2~4 11~ KICK TOLEKANCE 699 2119 ~394 6. j5 292 325 75 25.3 168~{ $~ 314 2~6 111 6387 1~.6 1~.6 1~i.9 1~4.5 1.393 2.467j POOH ~ 6394 fL atter core barrel 3~meo w/ core ~4 - RRCb ~2.2 cut 52 it in 5.6 nfs - recover~ 59.8 it (1157); RRC~ ~2.3 Chris MC2OI 6.5" ]'FA g,.5 in'2 - in @ 6394 it to cut core ~5 ~re~e~ 5~ ft to bottom in ~.3 hz); 3~ 267 2~1 16~ 3Db 2Db 2~b 148 35~ 269 20~ 111 3~ 292 199 ~1 KICK TOLERANCE 35~ 294 195 67 3~b 292 194 6~ 305 296 195 ~0 3bb 295 195 8b 3~0 30~ 194 76 KICK ~GLERANCh 3~ 295 195 65 5~ 293 195 60 3~ 292 193 52 3~ 2~1 194 5~ 3~ 291 193 49 KiCK TOL~RANCh Date 7¢4 1232 7u5 1249 7~6 1247 707 1256 %'.V.D. 7b& 1308 ~9 1317 7~ 1325 1535 ~: .... i~-' ~. V. D. ~.,.~,. ~o~, :¢m~ ~',:"i':":~ m~,='~ 1411 ~ 1422 :~,,-, ' ..,~ . k~o 4 '8~ 6395 i261 7.5 327 5~ 21.9 6396 7.5 272 293 73 26.4 1630 6397 ~.1 274 31~ 75 29.~ 639~ 6.9 277 32~ ~2 29.1 6398 it BlT HYDR POWE~ 59.2 6395 4.SI 298 3¢3 72 26.2 1620{ 640~ ~.~{ 3~ 317 ]l 27.9 1660 64~1 9.4{ 30~ 313 72 12.9 166~ 64~2 6.~ 2~9, 313 33 ~2.5 16~l 6403 5.2 2B3 307 65 2~.k 159~ 64~3 ~t BlT H~DR PO$~Lk 6~.5 54~4 5.3 297 34~ 8~ 2~.5 l~2U 64~5 4.5 3~1 ~29 ~7 28.6 31~ 33~ 6~ 2~.2 1625{ 5.4 ~4[;7 8.3 327 343 tb 25.2 64~8 9.5 330 35~ 85 3~.~ ~4~6 it BI~ }t~D~ POW~, 6~.~ hp 6394 1~.7 1~.6 83.8 89.2 3.306 2.661 1 .1 6394 16.~ 19.6 ~5.~ 9~.9 3.579 2.655 2 .3 6394 1~.7 10.7 87.3 91.9 5.397 2.666 3 .4 6394 15.6 10.6 85.5 91.3 5.56~ 1.63~ 4 .5 2.4 lb/gal TO~L BlT REVS 2196 S/FI' 1Nb~ 6394 lb.% 10.7 bb.6 92.3 6.235 2.625{ 5 6395 1£.6 1~.7 9~.4 93.3 6.124 2.5961 6 .9 6396 1~.6 1~.~ 91.1 93.6 5.936 2.596 7 1.~ 6397 1~.7 1~.7 91.4 94.4 6.~38 2.573i ~ 1.2 6398 10.7 1~.7 ~1.$ 94.b 5.~35 2.4761 9 1.4 2.4 lb/gal TCYlAL BI~ KLVS 5794 $/~T INS~' 6399 10.6 1~.6 92.5 95.0 5.91~ 2.4911 10 1.6 64~1 1~.6 1~.6 93.3 95.9 5.~08 2.490~ 11 1.8 64~2 i~.6 1~.% 94.0 ~6.1 5.97i 2.4~ 12 ~4~2 1£.9 1~.% 94.3 9~.5 5.647 2.4~4~ 13 64~3 1~.9 1~.7 94.5 96.7 5.919 2.4~0~ 14 2.4 1D/gal ~TAL BIT R~VS 99~4 $/}~ .~{1.57 1.44 l.bu' 11.~ A~.i .~{i.36 i.4i A.5¢= li.& 1~.~ .~{i.53 i.19 .~i.21 ~.~ i45 $/~ C~, 525 .~{1.36 1.43 i.5~= 1i.~ 1~.~ 1.3~ 1.44 .L, }l.qL. 1.44 .~i.41 1.~ i.5~* ll.b It.l~ 162 ,/wi CUb .~Ji.43 1.~b .~{1.~9 ~.52 .~}1.4~ 1.5i 1.~* i~.~ ~.i 155 S/Fi C~ .~1.59 1.53 1.5~* 11.~ 1~.i .~1.45 1.51 1.55* ll.b 1~.i .~]1.49 1.52 1.5b* il.g 15.i .b~l.~ i.51 1.55* 11.~ 1~.~ .b]1.4~ 1.5~ 1.55* li.b 1~.i 145 ~/F~ .~1.49 1.51 1.5~* 11.~ 1~.2 .~1.53 1.56 1.5~* 11.~ i~.i .~1.49 1.52 .~1.55 1.E& 1.5~* 1i.~ 1~.2 .~i.52 1.55 1.5~* 11.~ 18~ ~/~' C~l bbs .¢jl.~l 1.64 1.5~* .0{1.45 1.51 1.5~* 11.~ 1~.2 .~{1.58 1.62 1.51' ii.~ l~.l .011.61 1.~5 1.51' 11.~ lo.2 .~{1.66 1.70 1,51' 11.~ lk.2 '266 S/FI CUE ;.bE') .b{1.72 1.26 1.51 11.~ 15.2 .D}1.63 1.~% 1.51' 11.~ 1~.~ .0~1.~2 1.~$ 1.51' 1i.~ 1~.~ .~{1.6'1 1.91 1.51' ll.W 1~.2 ~z $/~7 C~A 143~ · ~1.~1 1.~i 1.51 1~.~ 1~.~ .~[1.7~ 1.7~ 1.51 1~.~ 1~.i .~1.~6 1.~ 1.51' 1~.9 .~1.~3 1.~ 1.51' lb.b 1~.~ D b b b D i.kb % .% ,3'~u 1539 Q2b 155~ ~ .~ .b. 731 1613 73~ ?~3 1~44 ?34 165b '~,.~.D. ~ .V.D. )4~ 1~12 'i'.k.D. ., "'" 753 i951 754 1~59 '1 .%.D. .~..5~' ~ ~ ~ 755 2¢24 ~" ~:~.~,~ '~.V.D. · 'X:~, 6414 641~ 642~ 64~3 6425 9427 642& 6429 643~ 643~ 643i 6433 6434 ~435 643~ 643~ ~44~ 644~ 6441 ~442 5443 ~444 ~445 ~446 644~ 6449 b4 5~ b~ 5~ ;.4,I 3;; 3,; uu >9.:.. io',~I il..?{ 3:.'9 35~ l~b 3~.i lu~,j ~.1{ 3i2 34) b~ 31.9 lbl~ 5.1{ 313 323 ~i 31.~ i93~{ ~.4~ ~ 33% ~9 25.4 b.%I 297 31~ ~9 2%.b ibis{ Z~ Bl% ~tDk }~W~ 63.1 np 5.4{ 3~ 323 ?9 2~.3 159~ 5.b{ 3~ 313 ?9 2~.3 5.~ 3Ul 33~ 3~ 2~.4 15i~ 5.U} 2~2 3~3 6~ 2~.i iu4~' it BI~ it~bk i~'v~ 62.b np 1~.2{ 313 ~6L ~ 2~.i 166~{ 11.6{ 33~ 353 ~ 2~.3 i~7~ 11.9~ 333 35~ ~4 29.4 lk.b 334 34~ 94 2~.~ 16~ 11.1{ 334 35~ 94 2~.9 11.~ 339 353 ~5 3~.~ 1~.~ 335 356 ~4 3~.1 ~.4 331 3~ ~4 3~.~ 4.% 311 3i% %~ 2~.~ 125~{ 3~ 192 193 5~ 3~k 294 193 62 hiCK TbLhRANCh KICK 3~ 196 2~1 52 KiC4 3~ 29, 2~1 52 3~ 261 K1C~ 3~ 2~5 2~1 47 3~ 294 3~ 294 2~3 5i KICk 3~ 299 2~4 49 3~ 29~ 2~5 49 3~ i93 2~5 49 3~ ~95 2~5 4B 3~ i94 2~5 4] KICK 3~ 293 i~5 4S 3~ 293 2~5 46 3~ 293 2~6 93 K1CE 3~ 293 3~k 295 3~ 293 3~ 252 3~ 236 2~b 59 b½~4 Ab.% lb.% 95.1 97.i 5.56~ 1.~65 ~46~ lb.~ lu.? 95.5 92.5 5.4~ 1.4 i~/gai ~C~aL BI~ kL%S ll3b& 6%6~ iu.% IU.~ 9~.1 ~9.9 5.1~ 6414 i~.6 lu.~ 9~.6 i~.3 i.&ii 1.4~% btib i~.% lb.? 99.~ i~.b 1.499 b~i6 i~.b iU.% ~9.1 i~.9 ~.b~5 ~i~ i~.~ i~.~ ~.~ i~i.5 i.i~3 b~2~ 1~.6 i~.? l~.~ l~i.~ 2.1~3 2.451 2.4 lb/gal ~Ul~n ~iT ~V~' 6411 i~.6 lb.b l~k.b 1~2.2 1.253 2.452 6423 1~.9 1~.% 1~1.1 1~i.6 1.366 6424 ~.9 1~.% 1~i.3 1~2.9 1.625 2.%46 6425 1~.7 1~.% i~i.2 1~i.i 4.95~ 2.433 6425 IU.~ lg.% 1~i.9 1~2.~ 4.424 2.423 2.4 ID/gal %O%AL BlT RE¥~ 26469 ~426 i~.9 i~.7 1~1.5 1~2.9 3.~93 2.%31i ~2~ 1~.7 i~.% 1~i.% 1~3.3 2.~9 2.433 6419 1~.% 1~.% 1~i.~ 103.5 i.~42 2.439 6431 1~.9 1~.~ £~2.6 1~4.1 1.523 2.419 2.4 iD/gal ~O~IAL ~1~ K~VS 3~633 64~ 1~.~ 1~.~ 1~2.~ 1~4.4 1.51~ ~.4~5 6432 i~.9 lU.~ 192.9 1~4.% 1.4~7 ~.433 6433 1~.6 1~.~ 1~3.1 104.4 1.4~ 643~ 10.6 1~.9 1~$.3 1~4.8 1.4il ~.431 6434 1~.6 l~.h 1~3.5 1~4.9 1.46~ 2.434 2.4 ID/gai ~'OTAL BiT RE~S 6434 1~.6 1~.~ l~3.t 105.1 1.5%~ 2.431 6435 1~.6 1~.~ 1~5.~ 1~5.2 1.563 2.441 6455 1~.7 1~.~ 1~3.9 1~5.3 1.342 ~.435 S436 1~.b £~.1 1~4.~ 105.4 1.363 6437 1~.6 1~.~ 104.~ 105.6 1.34~ 2.453 2.4 lo/gal ~O2'~ BlT ~hVS 35621 643S 1~.6 1~.~ i94.2 1~5.6 1.33~ 2.462 6436 10.9 l~.h 114.4 l~5.B 1.351 2.444 644~ i~.7 i0.~ ~4.5 1~6.~ 1.344 ~.43~ 6441 lk.% IU.& 114.$ 106.1 i.330 2.441 6443 lk.6 1~.9 114.9 lk~.l 1.29i ~.451 2.4 ID/gal ~O'I~L 51T REVS 390~ iu 1.5 2i 21 13 3.i 26 2~ 3.9 2~ 4.~ 29 4.1 36 ~.3 31 4.5 ~/FT 33 5.~ 3~ 5.1 35 36 5.4 3~ 5.6 3~ 5.b 39 4~ b.$ 41 4~ b.5 43 6.6 45 6.~ 46 4~ % .~ 4~ ~.1 4~ 7.~ 5~ 7.1 51 ~.~ $/~ 1~$~ 5~ ~.4 5~ 7.5 ~4 ~.~ 56 $/E'~ 1NST .~[l.bb 1.',1 i. Sl~ li.~ iA3 ~/~'~ Chi,, .~{l.bi i.93 1.51' i.6i i.93 A.41~ .Ul~.~5 i.6~ 1.52' ~.~ .~ii.%3 i.%h i.5~ ix.~ .~{i.~ i.~2 i.5i li.~ .Ujl.&~ 1.~ i.5~ l~.~ .~ii.5i i.~3 i.5~ i~.~ .~1i.66 1.~9 1.52' .0t1.%3 1.%~ 1.5i 11.~ .~ii.9~ £.~5 1.52 .~ii.71 1.%4 1.52' 11.~ .0~1.69 1.~ 1.52' 1~.~ 3iu ~/k~' C~,, .~II.6i 1.69 1.53* .~1i.53 i.5% 1.53' .~I1.5~ i.6~ i.53~ ii.~ .~}1.66 1.6~ 1.53' 1i.~ .~11.56 i.5~ 1.53' 1i.~ 144 ~/FT .~1.5~ 1.5~ 1.53' 1i.~ I.SS 1.U~ 1.53" 1~.~ .~11.55 1,5? 1.53' ii.~ .~11.5£ 1.6~ 1.53' 1i.~ 143 ~/~ C~P~ .~}1.5~ 1.61 1.53* i£.~ .~1.6i 1.64 1.53' i1.~ 1.6? 1.69 1.53~ ~i1.%4 ~.?? 1.53 I ri '..,I',.L L:l'ln '4' li, t I %ukk.ui ~..[:-. i.(,~-, i t, l',£I luLL l. li, V. ~ ~,~ kL'ibl,t,m Nv. zu/9~ 'z~.~P 119 ~.&j ~15 34~ '~; 26.~ IS2~j 3~U ~Ui 2~b 5~ 6445 i~.b b.~I 3~ 34~ ~ 2&.9 i~3~i 3~ 2bS 2~b 5& 6446 iU.~ lu.b 1~5.b idb.5 L.5" 'l~, U.5 ln'2 -in ~ b~54 i% to cut core baLL kl.~ oiil.-n.I '~hiu bl'l L-',%I bXC .1' t i.317 i 4391 5~ u.l .Uil.bl l.b~ 1.31~ i 644i 56 ~.2 .~1i.56 1.6~ i.l%b Z tblI u~ L.~ .61i.66 l. Us '7)L 6542 '~ .% .5. '1 .%.b. ~b~ bb~b 1-tDu bbbb 'I.%.D. '1 .V.D. 769 b~i bbi3 b~L bus ub4b bbb i~b55 b(~l bbb 6917 % bl~ i~62 615 16~1 615 6455 6.£i 25~ 26) 53 17.7 156~I 366 36~ 263 141 6455 it blq h~bk i.~,Lk 66.~ ~ KICk ~bLL~CL O456 %.5 i%5 32~ ~l 24.~ iobL~ 3~3 19~ 263 141 645% ~.~ 296 367 6~5o ~1.6 363 Si3 6469 ii.~ 3~6 32l ~l ~b.% ll'/~ 311 ill ~63 11% 6463 1l.~l 362 i17 %3 lb.b 17.bi 311 311 2~3 59 0464 l&.5'~ 296 ~i~ %3 17.9 i73~{ 313 ~16 2~i 56 b445 £t bl~ HYDk tgv, i:.k 71. ~46~ 1~.4~ 297 31~ 6467 %.iI 26% 3~3 '/4 ~b.b 6446 b.6l 321 SS%' %2 2b.2 64%~ ~.9~ 3il 339 6451 4.1 6472 5.6 6474 i~.l 6475 6445 6476 b.5 64 b~ %. 5 64~ ~t b np KiCk 1%601 312 314 1%2V~ 313 3i~ 2~4 i73~i 313 315 l%O~{ 313 311 2w4 i1~ 336 347 7~ 26.6 32~ 3~3 ~ 29.~ 172~ 313 S4u ~1 26.5 1~2~ 314 31~ 2~4 1w6 313 3~9 2m5 BS 313 3~8 266 72 313 3i~ 2~b 73 311 3~9 ~7 ~7 klC~ q'OL~RANCL 313 Su~ 267 79 313 316 2~7 63 316 30~ 2~8 6~ 313 ~1~ 20~ 6~ KICK TOLhRA~Ck b4~l 9.9 b4b~ 64B3 6464 5.6 b4bb 5.5 6465 St b~ ~b ~. 5 b4b? 5.~ b4bb 64~9 5.1 649~ ~t 315 SO7 %1 26.4 14901 $i3 Sl~ 2~9 8b 3~9 SS% %1 26.4 i71~{ 313 311 21~ 3~i 32~ 71 26.6 1600 315 30~ 211 72 3hZ Si} 72 2£.~ 166~{ 315 319 i12 69 3~5 323 ~ 29.t 159~I 314 31~ ii3 6~ 3~6 3q~ %2 25.~ 155~[ 3~6 319 215 61 271 31t b2 23.6 i5~i 319 334 216 56 256 3~} 5~ ~}.2 i6561 31~ 326 2i9 5~ 269 347 %b 25.2 ibiS{ 31~ 3ZZ ~lb 51 i~3 313 76 2~.i £64~I 3lb 319 6452 1~.% iu.b b4.b ~9.~ 6.i26 2.556} 2.5 iD/gal ~bq~L b15 kL~ 6453 16.7 lb.~ ~7.6 92.3 b.71& 2.5UZI 6453 l&.l £6.~ bb.9 93.1 6.%16 2 541 6454 lb.% 1~.% b~.£ 93.9 b.696 ~.511 6454 16.% it.% ~1.% ~a.3 2.4~7 2.4 iD/gal ~6'1/~ bi'l Kh%'S ~454 i~.% 16.b ~2.5 95.1 1.1~i ~454 16.7 i~.% 93.1 95.% 1.~1~ 2.495] 6455 £6.9' i6.% 93.5 bb.~ .2.3~ 2.5~1 6456 i6.7 16.% 9%.2 96.3 2.116 2.495{ 6457 1~.6 i~.7 94.~ 96.~ 1.964 2.494 2.4 1u/gai qO'iaL ~lq' kEVb 5~31 6456 1~.7 16.~ 95.4 67.4 1.949 6459 1~.9 1~.7 96.1 9~.1 1.~79 6461 16.~ i~.b 9b.b 96.3 1.7~6 4½~2 16.b 16.$ 67.~ 9~.9 1.6~b i.452 i.4 1D/gai %O'I~L BlT RLV$ 43~ 6464 16.~ 16.~ 67.4 99.4 1.66~ k.443 6466 1~.~ i~.~ 97.9 9~.9 1.554 2.462 ~467 i~.0 16.b ~6.2 10~.2 1.535 2.464 biOb ib.~ i6.7 96.4 1~6.4 i.49t 2.473 6469 i~.0 1~.% 9~.6 10~.6 1.4~2 2.468 2.4 1D/gal ~IAL BlT ~EV6 1~1~ ~476 1~.7 i~.% 95.~ 1~.9 1.~53 2.469 ~47~ £~.7 i~.7 99.1 i~1.3 1.439 6471 16.9 1~.7 9~.4 1~1.6 1.i43 1.471 6472 i~.~ lb.~ 96.7 1Gl.8 1.416 2.46~ 6473 1~.~ l~.b 100.£ 102.~ 1.3~3 2.476 2.5 lo/gal q'~l~b BlT Rh~$ i2%11 64~4 1~.7 10.6 10~.3 102.1 1.3~6 2.47~ 6496 1~.% 1~.~ 10~.u l~.U 1.369 ~479 1~.7 i~.~ i~1.~ 103.1 i.344 2.443 64~ i~.% 1~.~ 101.6 i~3.4 1.526 i.496 1.4 lo/gal ~O'IAL Blq RL¥$ 1415£ 64~2 1~.7 i6.% 1~1.9 l~3.h 1.~34 £ 44~ 64~A lU.9 i~.h 1~3.~ 1~4.1 1.323 ~.519 ~4~5 16.% 1~.~ 1~3.3 i~4.6 1.324 Z.53i 64~5 1~.% 1~.% i~3.~ 1~.$ 1.529 ~.5i% 64~6 1~.% 1~.~ i~3.u i~5.1 1.31~ ~.5~2 2.3 lb/gal qO%~L ~14 R~$ 20£8% b4~b 1~.~ 1~.~ i~4.~ 1~5.4 1.322 ~.494 I I .&11.42 1.%~ i. L3* ib.~ ~/~"i C~ iAL~ I .~]~.5~ l. Lu i.54~ lU.~ l~.~' .~{1.53 i.5~ i.64* AI.L ib.i .~i.bU i.54 1.54' ii.i 1~.1 lbb g/k% c~ iibb .~1.53 l.b% 1.54' i1.~ i~.~ D ~1.55 i.59 1.54' ll.b 1~.1 D .~1.64 i.5~ 1.54' 11.~ I~.i b .~,!.56 1.5~ i.54' i1.~ 10% ~lk'i' COb 656 .~}1.5% 1.5~ i.~4' 1~.~ .~1.~9 1.54 1.54' ll.~ ~.l D i3b ~/FT C~,', .~1.03 1.67 1.54' .b~l.ba z.bb i.55' 1b.% z~.i .~l.bb 1.73 1.55~ .6[1.~b 1.%~ 1.55' 16.b l~.i 21~ ~/F'r C~ .~i.~ i.%x 1.55, ~.~ l~.x .~}i.~ i.7i i.55~ 1~.~ 1~.i b .~i.%i i.9o i.bb~ ii.~ i~.1 D .~i.~ i.~3 i.55' 1i.~ i~.1 D .~l.bb ~.~i 1.56* li.~ l~.l D .~1.54 1.63 1.55' li.~ l~.i D .~1.5~ 1.~2 i.55' li.~ 1~.1 D ~ ~/F'r C~,~ 515 .~1.~ 1.43 i.56~ l~.~ l~.l b (' i L.. bb'l kl~.~ O~mr-Z;. j '~hlb Ll'l L".'lj L.~.L. b4~b 1~ ~1~ h~bi, l.~..kK %3.% ~ KiCK ~uLLka/~CL 2.3 lu/gai ~G'IAL bi~ KLVb bit 1144 3495 5.9j 3~% 31% %b kb.6 175~j 313 31% 1i% 53 3%52 1~.% i~.~ 135.2 lb~.% i.~15 i.511 Mi) llS~ 6533 b.~I 311 33~ 55 2~.~ ib%~I 31% 51% kk9 b~ 04~4 1~.% 1~.b i~5.i 133.9 i.~ k. Sbbj ~3~ 1155 6533 5.51 331 313 )9 13.5 i5~j 319 32~ 235 51 65ol ib.% 1~.% 1~0.1 l~b.b 1.~il tb3b 1343 65~b 5.5~ 335 5~b 7~ 2%.5 15~D~ 3~ 3B5 2~5 4a 65~3 lb.? lg.b lg6.~ l~b.~ i. 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Si i.ul~ 1i.i bi ~/25 i.5~1.59 £.95 i.biw il.i i.bi£.55 i.5i 1.bi* i1.2 1.%11.52 1.½b' 1.bi i.%~i.59 1.55 1.92" ii.i i.%ll.bb i.b2 i.u2 ll.i 1.&$I.U5 i.~ I.TZ* li.l i.~11.5~ 1.53 l.u2* 2.~1i.5~ 1.53 i.u3* ii.1 2. Uti. U4 1.59 1.1}i.~5 i.~ i.i~i.b~ 1.5~ 2.311.~2 1.57 i.~4' i£.i 2.~ii.5i £.45 i.~4 1.31i.51 1.~ i.uk* + ~6.~ u 1~.~ 16.2 1~5 i~.2 b 1~.~ b i~. 1 1~.~ ,D i~.2 15% ~ i~.~lU I~.iiD i~bl b~5 1~.6~ 4~5 ~1~ ~lk 45.~ l~w{ 31~ 24~ 245 4~ b~54 1~.~ l~.b 11~.~ i12. b i.245 ~.26~] 1~4 1425 b~ 2~.~ 435 h~ li~ "l. ~ l~bB 3z~ "'.', -" .. I ~, 2~6 5~ b~55 1~.~ 1~.~ 11~.i lll. 1 1.24~ 1.2b~ 2~.~ 1~36 ~}~5 25.~[ 4i5 45} lit 4~.~; i~o~{ 315 ~2~ 24~ 95 69~1 1~.~ i~.~ I~M.~ lil.i 1.15~ 1.2~11 214 ~.i l.t 14i2 6b~ 2S.41 4~1 46~ 11~ 4~.~ l~l~I 321 5~4 243 ~4 67~6 1~.~ l~.g ll&.3 lll.~ 1.235 2.293 22~ 5.~ 1~54 6~1~ 1~.2[ 42~ ~1~. ill ~.~ it2~[ 335 Z2~ 143 ~3 67~2 lb.~ 1~.~ 1i~.6 lll.~ 1.236 2.1921 139 1~.2 2.6 15~5 ebl5 22.3 42~ 4'/~, 11~ :<~.6 lbDg{ 332 322 243 ~5 6~96 1~.~ 1~.~ ll~.~ 11~.2 1.23~ 2.25~1 244 1~.~ 2.~ 1~12 6B2~ 24.~ 424 4~, ll~ 3S.b l~lbI 331 354 243 ~5 68~i 1~.~ i~.L iii.~. 11~.~ ~.2~6 2.26~i 24~ 1~.5 2.~ 152~ 6L25 25.4 4i2 ~6? lit, 35.& 1~1~{ 331 32~ 243 ~3 68~5 lb.~ 1~.~ 111.~ 114.~ 1.23~ 2.2~21 254 154S ~5~ 1~.6 425 4~ 1~ 5~.~ I~S~ ~S~ 315 142 7~ $~ 1~.~ 1~.~ 111.6 114.S 1.225 2.2~] 255 ll.g 2.~ 1555 6h~5 l~.~ 43~ 4~ 11~ ~.~ 18S~[ 35~ ~,4 2~1 ~ $~1~ 1~.~ 1~.? 11~.~ 114.4 1.1i4 2.292 2~4 li.l 162~ ~4~ 22.~1 42~ ~1~ 11~ 2~.~ 1~ ~ ~i~ 2~ ~ ~2~ i~.~ i~.7 i11.~ liA.~ 1.246 2.19~ 2~ iA.4 l.~ 16~ 6~45 24.21 42~ 45~ 1.1~ ~.1 1~6~1 ~4 ~1~ 2~3 ~ ~2~ 1~.~ 1~.~ 111.~ 114.~ 1.~ 2.293 274 1~.~ l.~ 1)42 ~8'1~ 23.b[ 433 4~) 11~ 3~.5 122~ 334 353 235 ~ 6B4G 1~.~ 1~.) 112.~ 115.5 1.22~ 2.29~ 2~ 12.~ 3.1 2cacn~ Tb o~ 68~1 ~t at 1'~45, c~rculat~ 3~ m~nntes ar~ w~ hole 12 Cl~culat~ a~ comition~ mm lo~ 2 h~s p~io~ to t~ipPin9 ~ut to ~ ~11 at 68V1 ~t [TD)- bit ~) cut ~,~ ~t in 12.~ h~s - 9~ad~ T3 B5 IG. ~chl~a~ga~ E-l~s: D1L/LS6/G~, ~T/CNL/NGT, LFI'/F~/G~, VSP~ S~'~ ~'T, ~S. ~om~ one ~i~ ~ ~hile l~9ing ~ith no ~,~i hole to 'lb a~te~ i~nisning 1~ ~ at ~53~ or, 2/12/8fi. '1i92t hole on ~ay o~t, ~ay ao~ l~ singles a:~ ~e~ to ]~b 3nts, 7", 25 lb/~t, N-bO, buttress casing, shoe la~ at 6~61 ~t. P~/l~h~ wi~ 2~ bbIs ~. 19~ a~ 3~ bb~s 12.~ lb/gal ~ce~ 39~. ~t~ with 4~ sxs class "G" m~a~ with iz~.sh war,z, 3% KCl, ~.~% D-6~, a~m ~.2% D-46. Sl~zey ~ensity 15.~ lb/gal. N1ppl~ up ~P o1~ 7". il.52 i.~u 1.~5' li.A i~.2iD 1.5~ A.5i i.~b 1.54 1.4~ 1.~5' l].i i~.2jb [1.5~ 1.52 1.55 i.5i .~6' 11.1 1~.2 . ~ &/k'A C~ 125 ~.54 1.%~ l.~e= 11.i lu.l[b ~1.5; i.5e i.~' iA.~ A~.2[.I.. ' ~1.55 1.52 [l. Sh 1.5~ 1.5~ 1.51 1.b~" l~.l l~.l~b 1.~ 1.52 1.~* ll.l 1D.2~D 1.58 1.5~ 1.68' li.2 I~.i[D 1.5~ 1.49 1.~8= 11.~ lc.liD, 1.57 1.5~ 1.~8' 1~.2 GEMDAS DRILLING DATA PLOT hESS COLV~LLE EELTA /~1 DXC 1 1.5 22.5 3 I, ! i i · · __.oom e*o °, oleg · lo · · · ooo° oeoe · . .... ::::::::::::::::::::::::: ee°®°®°°e · oleo,oeo °°ooeeeee eme,,, o lmm · ·e ' . e~ e,e lo · eoooe~e, Oe~ · · · · I. · m · ** · · ! ° , ! · · · ** · ** · · mo. · · ** m ' ' '*%t . . · · ce, · % ®leee oe® Olio · . '9'....::: · °%° Ililll e~ Il IIIII · ItllII It ieee, · · · · · : m I I I l m · I I I i · · .. .. ~! 558 · .' 68g A~igRADA HESS COLVfLLE DELTA Of'f'~INE PL~£, SCALE OF 1 : 6DD ~' ': 650 (" ." 7Dg , . 759 ROP ft/tm' E' O B Klb R PH AV(I) a ~ TO amps 75 15O 225 300 O 1g 2G 3O 4D SD 8 5g 1Dg 15g 200 0 2 4 6 8 10.3 .5 meee-~ ee · · ''-e~ o %~%~ ..... ....'., · oeo . · · ' ' ...:3'~:::: .:":::::~ ','00: · · :':.: ... · · eel' . es* e. · lo · ..... ::..::.::...:: .......... : : '. I · ·e "..'.::::::..- · el-e-' · -coolie · Coo el e® ** e- 00 · .,.' : · o · .~ : : . I · · · · · · °oeo ce, · el, m,- · i,.:I I II · I- oep · · .; · · ..es es e,~ · · **-* · · e- es* · o el es · · % o · · : : : : : : I, I i " : .'. : i eeo® · · DXC 1 1.5 22.5 3 : : : , , Ii e'l I I L t . -. . . eloooe"lo '~:'.',',. · m- · moo lo eqj · ee l, - ! : ,,. .i o. · es · l, · · . · emi ~. .- :. · : : ]e eom ~ee · · ..' % : ~ ''I" ~ · · C ~;4ERADA I~ESS CGLVILLE DELTA b~FLINE PLOT, SCALE OF 1 : 6Z0 ROP ft/hr F O S klb R P M AV(I) & MAX TQ amps 150 225 ]~g ~ lO 2~ 3D 4D 5~ g 50 i~C 150 2DO D 2 4 6 8 1~.3 .5 ' I . i ' t I I i ' ' ' I I I I I " : : : : I I I Ieee * ' ' ' ee,,,eela illel 1.1I *. ::::. deeoo eee o~o mm 01 e · "a*oeoooel 'e IlO ::::::;;- , -, · · oe·dlle.eoo° 'e il 0., .:1:" : -;1~' j, eI m·eee~lo · IIii · · · · e II I iI I II : ;;'"1 .... '"'''"1 ' I : I I I DXC i', I f~ C (:' A~E%UTA HESS COLVILLE DELTA OFFLIi,'£ ~LOT, SCALE OF 1 : 6DD 135~: X4~I: 145u 15~1: 155~ ,, 16~u ..... I % i · e- · · eeeee.'ee % · · · · ! eeeee~ ReP fi/hr F O ~ ~lb R PM AV(I) & MAX TQ amps 75 158 225 3BO 0 lO 20 30 4~ 5~ 0 5~ l~O 15D 2~3~] 0 2 4 6 8 10.3 .5 II·el Ieee el ~ ~ , . e lee·eel ". .... ;:2::11;;,,. e~ee®eee lee·Ieee·Ieee·lei eeI ne~leLeeeeeeealeeellee' ~ leeeeel~eele .... · eeeeeeeeee I IiCI ee e~ I '~' I I ee e% e~ % i· I '1 I I I Ie el lelellI eli ieee .eeeleoleeeeeel I I I I I I I I I I I I I I I I ,I I I DXC 1 1.5 22.5 3 I. I ! : I I · ee e i '+' , I · · e~ i · _.o · ~e : : I I I # . '::~... e e eeeeeeele · ee ' '""'" .... " I I I ii IllII e~ eelJeeee · e IllleIliIl! leillleII iii *.' I' (<3 A~lI:t~klk~ IIESS CGLVILLE DELTA O~FLINP- PLUI', S<~ALE OF 1 : 6D0 170~, ~'~ 1750 '185a i95~ 2[;Gt ROP ft/I~ F O B klb R P M AV([) & ~X TQ amps 75 15U 225 3£;0 0 11~ 20 3~3 40 5~ ~ 5~ 10C 150 2~C .~ 2 4 6 8 11).3 .5 i '' ....... l .........: , i .i i i i , .ell·sI · I "~"- I · ..... 2':::: eeeeee ~ · ....... · . ~ " I I llll.l IIIii m"eee · · -~.. i d''[' · · meee I l, I · e~ i! e I 1'"1 1 t' I '2~ ,I, · eeI IIe ieee· t : I I I I I I , I A~ERAEA likSS COLVILLE DELTA OFFLINE PLOT, SCALE OF I : 6~0 0 21G0 220G 225G 230~ 235U ,,. ( ' 24f~f~ ROP ft/hr F O B klb R P M AV(I ) & ~X TQ am~s 75 15~ 225 3OC 0 l0 20 30 40 50 0 50 190 15C 20~ 0 2 4 6 8 l[J.3 .5 ! · · ile · IIlll" eIII · · ee elllelle % IIII I leI IeI e~ eIe I, iii!i!111 iI IiI e III I IIl ~e III lI I I e~l · i ilI : I I , i I I I I I. I I t I I I I i I I : : I ' : : I l, ,', DXC 1 1.5 22.5 . I I ,i ; . le f AMF./~'d2A iiESS COLVILLE DELTA OFf LINE PLOT, SCALE OF 1 : 6{10 O 255~ ... 26g~ 270~ 275~ ROP ft/hr F O B klb R P M AV(I) & MAX TQ amps 75 15{1 225 3~ 0 1{1 2{I 30 40 50 0 50 1~0 150 2{10 O 2 4 6 8 10.3 .5 t I I I .t I I .'. ~ : .: [ I I ! I I I I I I I I I I I : I' I I I i DXC 1.5 22.5 3 I I I I · ., · · ';- I I .: .I I I ' I I I AMERAI~% ~:ESS CCLVILLE DELTA OFFLINE PLOT, SCJ, LE OF 1 : 6~3D 29e, g 295~ 395g ,. 315~ 3200 ROP ft/l~r E O S klb R P M AV(I) a I,'~X TQ am~s 75 15g 225 3(;I: S 1g 20 30 40 50 fl 50 100 15~ 20~ 0 2 4 6 8 1~.3 .5 i i I L' I I i .'. : 4 . I I I I i I ! & .~. : I I I I I I : I I i DXC . , ri , % AMERAEA hESS CGLVILLE OELTA ~1 OFFLINE i,LOT, SCALE CF 1 : 6~0 HOP ft/l~ c 150 225 33~,** ~ ~ 335: ". 340O ¥':' 35g~J' ~"-' .36[,'{; 75 · · % · · · · · · · ,%, · I ' $ % F O B klb R PM AV(I) & MAX TQ amps 3~3i; 0 10 20 30 40 50 0 50 l~g 15D 2gO O 2 4 6 8 10.3 · · ¢, · , I, I , ,I, : : : I .5 DXC 1 1.5 22.5 I I · · · · · · · · · 4, ~1 I I ,%, ;- · ! · % %. · · · · · · I ". I ," · : · ® · · · AMERAEA liE-qS COLVILLE DELTA Of'FLINE PLOT, SCALE OF 1 : 6tlD ROI: fi/hr F O B klb R PM AV(I) & MAX TQ amps 75 150 225 3(:I,~ 0 lO 2ti 30 4D 5ti O 50 100 150 21ID O 2 4 6 8 10.3 .5 ' I $ · I : : I I : : I I I I I I i' : I I DXC 1.5 22.5 .i I I ... · · ~', : i-- · · · · ' I I · ~J · ~J · , ~ · · I : ~,_ e .; · · · ;- · AM~AEA [:ESS COLVILLE DELTA OF~LINE [:LOT, SCAL~ Ob' I : 600 0 4156 420~ 4250 430~ 435C 44C£ -- ROP ft/hr F O B klb R PM AV(I) & MAX TQ amps 75 150 225 3D{I 0 10 20 30 40 50 0 50 100 150 290 ~ 2 4 6 8 10.3 .5 J I I i t i I I I I I I I 4 I I ! ,~' .~ ! | I' I · Ieee, et · ee · · · · · -.%%*.' ee .e .***' · e ee · ...-.. · · · *** % -:'* ! - · · I I o· ** · :*.' ooe · ·e °% , I · · · · · · · · I ~' · · ee o. · · · · ~e , : : :" · .: · · · · · · · · e : · I : I I I ' ~ I I . .i DXC 1 1.5 22.5 3 I i I I I AMERA~ liES~ COLVILLE DEL'IA OFFLINE PLOT, ~CALE OF 1 : 6~g 0 ~'~ 45~ 4650 (':. 470~ 475~ 48~, ROP ft/[= F 0 B klb R P M AV(I) & MAX TQ amps 75 150 225 3UO 0 10 2~ 3g 40 50 0 50 1~0 150 2~1] 0 2 4 6 8 1D.3 .5 · · · oJ ! -. · lee ''eel ..~., : : : I I I I : I I I I I I : DXC 1 1.5 22.5 3 I I I I · I : · · · · · I : i I I ,.. · · · · · % I ~, I I I, , · · · · · · · I ' I . '. ', C AMERAEA IiESS COLVILLE DELTA OFFLINE PLOT, SCALE OF 1 : 600 L. ,, ROP ft/hr E O B klb R PM AV([) & MAX TO amps 75 15{3 225 3C{3 {3 18 2{) 3{3 4{3 5{} {3 5{3 10{3 150 20{3 8 2 4 6 8 1{1.3 .5 · · · d, · I I t -" : · ® · · · · . , I I i, ~ : · · · · · -% · .I · ii, · · · · I : : : I : I I DXC (.: C {'% .f A~ERAEA IIESS COL¥ILLE DELTA OFFLINE PLOT, SCALE: C~' 1 : 600 0 5300 5350 5450 ~.,.- 550E 555¢ ROP ft/|z F O B klb R PM AV(I) & FAX TQ amL~ 75 150 225 3DO D 10 20 30 40 50 0 50 100 150 20~ 0 2 4 6 8 10.3 .5 ' i I .'- I I I I oi I i I I ,,, i I : : : : ~ I I i I , I I ,,t,, , I I' ' I I I I I i : : I I I I Dxc 1 1.5 22.5 3 I .I : : : · · · · · · I ;I : : · · · o. ~ : : · · .: I I-. I I · I '~ I I ' L. AMERAEA HESS COLVILLE DELTA OFFLINE PLOT, scArP. C)~' 1 : 600 57000 575~ ~ .... 58g~ 585 590~ 595: ROP ft/hr F O B klb R PM AV(I) & MAX TQ amps 75 150 225 30(} 0 10 20 30 40 50 tl 50 ll~tl 15D 200 0 2 4 6 8 ltl.3 .5 .,,1 I I I : ~ i ~ '.: I I i I . I I I .i ; ~. ; : I : : I I ,i i i · , · , : : I I DXC .,. AMERAEA hESS COLVILLE DELTA OFFLINK PLOT, SCALE O~' 1 : 600 61 625Z. 63~ ROP ft/hr F O B klb R PM AY(I) & MAX TQ amps 75 150 225 3{:i1 fl 1~ 20 30 40 50 0 50 100 15~ 2~i] O 2 4 6 8 111.3 .5 ,Be eele · · · I I I I : I , I · · I DXC 1 1.5 22.5 3 .! · eeo.- · o · · o o AMERAEA It']~S SCALE OF 1 : 6~ O 650u. 655~ -, 66~ · 665t~ · · · 67~311 -. · · I' ~75~ : · , · ! COLVILLE DELTA ROi: ft/hr F O u klb R PM AV(I) & MAX TO amps 75 150 225 3(lB ii 10 20 30 40 50 0 50 1~0 15~] 200 0 2 4 6 8 10.3 .5 : : : ·.~. : I I I I I I i I ~, ! I I I · I I I. i., · · · · · · · · · · · · · · : · , I I I : I I I I ( ( ' GEMDAS FORMATION PRESSURE PLOT PLOT, 1 76 151 226 12C! ' ! . ! 300.3 ee : ...'::;;r o. - IleOlleel · eeeOe° '.. 'h Ie · · · · · · · · · · · · a , · · · · ,, · · %,· N~4W & ECD (I) lb/gal 8 1D 12 14 16 18 29 3 8 it ll it 18 18 2~4e NX POROSITY 3i~ 20 1~ I I t, i · · · ·Ooeooo I I '-': ': ' ~, e, Oe I 11 l : :4,__ ;.. I I · ~ · : -a.;'__. I eeooOeoe· I 4''1" I · II · · i ..t I · · ;. , · · · · · · · I% · e · · I · I , , · I I TE~IPERATURE OUT de<] F G l0 15 2g 25 3D I ~ : I - I ~ : ! I : I I i i I : i II I I I -- : I l" 1, I I f I I : ' I I - : t I : ! J : I I ' I ' ' : I I t ARERAb-. t:I:SS COLVILL~ DELTA OFf'L1Nf~ pLOT, SCA~P. Of 1 : BBB 1 545 .... 57{: , 62 ; 645 ~ 67C I 6¢~5 ' '~ 72~ '/7~,' 7?. ~"~'"~'"' "~ , ,~ ~-,. ~ .. ", RO? ft/l~ 76 151 226 3CC. 3 I t i Ieee · N)~iW & ECD (I) lb/gal 8 1~ 12 14 16 18 20 3 % 1~, 12 14 16 1~ 2~4~ I ~'. ~: : : : : : I : : : : · : · : : : : · f : : : 1 · : : : I · · · .-''~. : I l · : : : : : . : : : : I, I. · '1'. '. : : ~. ! '[' : : I I ! ! '], : : : : il' · . , _. . : : : I · I , : : ,, ~ 'i -' : ; I I ,; · : :j: I I I +, : : : : I 31] NX POROSITY 2~ o! · · I , .. e I I '-...k. i I -~2~: ..... I --..el _ ~r~:::~ I I/' el.e I .' I""" el*ce I ' I -<. , ' I TH~IPERATURE OUT deg f' C 1G 15 2~ 25 3~ I i ' I ,I I ~ : : : : 4 I" I 't i i I I I I ' i' I' I I I' ' ' I I I I I I , , I I I I I I I I '1' I : .I I J ,, I I I I I ,I AMEI~E~.. tlES$ GCLVILLE DELTA Of'FLINE PLOT, S~/ALE Of' I : 600 1 · '~ 92C ROP ft/hr 76 151 226 i d, ..o -12." '::s. I '.1 ' ' "' - --~l' 4 ~ I. , I I . : :%.. I, % / ....I ..... ...'; .:: ~ .eeeel : * : : . __ e ~e : : .I lt:2f~ lt,~.5 1[:95 ,. ~195 NX N:~MW & ECD (I) lb/gal 8 1D 12 14 16 18 20 I. NX POROSITY TR,1PERATURE OUt deg F O lO 15 21~ 25 30 i '. : -: · 4 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 AMERA]Z. ilE~S COLVILLE DELTA Of'f'LINC PLOT, ~ALE OF 1 1 226 3[:1:. 3 132t. ~ -- 1 13~5 14,!5 1570 "..il' 16;,'.[:, ., ....... · .. ,......~ ,,q,:C.. r~' ' g 8 ..t. ROP ft/t~ 76 151 ! ! · · I ~ I · I ~ I · · -" ~ '~ I ! :::::::::::::::::::::: · ee · · ...... I I I '' I NX N~MW & LCD (I) lb/gal 8 10 12 14 16 18 2C 3 ~ it 1~ lC 1~ 15 2~40 i1.-II lee ee _~l ·lleeeeee · l lloOllllI · ·cOllie e· eeo· i Ieee .:' I I · e., , I ""' ,I, I!1·IIIIii eleo·llle/e I ..... "'J'* it, eel,·oleo 10 · ·e· TLMPERATURE OUT dig } ~lO 15 2D 25 30 I i I I I t I I I i , · 17c~5 1845 187[; ..) 1 (32 {3 lO9~ ~'~ OF[LINE PLOT, SCArl-'. Of' 1 : i -~ ..... I - I -"' I I - | --- I I ii!11111 : ---:::':- iiiiI ~-~ ' I I --- ': ......... ~_..~ .... ,. , ! el, ell NX ~e l,'1~ eeL · - · N~MW & ECD (I) lb/gal 8 1~, 12 14 16 lC 2~ 3 ~ 1~ ll l! It 15 2~40 i i: : : I I [ till'Ilo : : : I } , , : : : : NX POROSITY T~PERATURE OL~ dec] f' 30 2D iD £ 1~' 15 20 25 3~ I ! I 4 i ! I I 4 I I "~ ..... i leo° I ~' I I ! I i I I I 4 I I I -- I I I ! I I I I I ' 4 I I '1 I '1 ! '1 I : 4 I I I ' I I " : ,,,~ . ~'~,~ ,' 2476] ~.,:,.~.~.,.:~ ,~:;~ ' .:,... ;.:.,.,....~ ~,;~.~:~ AMEn{Ar,'.. bliSS COLVILLE DELTA OFf'LINE PLOT, SCALE Ol.' 1 : 6DC 1 212[; : I e~eee 21~5 ::' .. , · 2170 '- ' 2195 ' ' : ~17.'.-- , 2220 , ..... 2245 -',1' , I 2295 ', 232~ , I ~ : 2345 237~ , -. 239' : .~::ff ...... ' I ' ROP ft/br 76 151 226 31;i,. 3 I I' . ": : ' -1' -' .... I ',, 4 I ' " " N× N;~IW & I~D (I) lb/gal 8 1D 12 14 16 18 2~ 3 ~ lg 1! it lg 15 21~40 I : .i | : | : I I I I I I : ~ NX POROSITY I I ,I I ,I i ~-J '°"' t ~ ' ' ' ~'1''· '- t I ' ';' · · · · ·e I I ':4. · i I ...' I II el, '' I I ~' I ·· . · . ..... ~::~ '' I I %,, I ' · I I T~iPERATURE OUT deg F ;3 li~ 15 2o 25 3~ 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 ..') AM'EI~rd~'. IIE$$ CGLV~LLE DELTA OFELINE PLOT, ~ALE OF ! : 6il~ hOP ft/hr NX 1 3Ira .3 252i: --~-~ 2545 257~ 2595 · 262[: · 2645 267[: 269 272£ 2745 277 279S 76 151 226 1% I i · I t I :.-. I I --. · '':- : I : ~ : I ...... ~;::.-: ,, I - i --. :_- : : · % : ........ ;i;~ ~ -- % I ...... · i ...... : : I -- : = : ,,I , -- · "I ~ I I ...... · 4 ~ : I ..... .· I ' ~ 'I ee · N:~4W a ECD (I) lb/gal 8 l~J 12 14 16 18 20 3il .. I i , .I I ,, I I NX POROSITY 20 I T~IPERATURE OUT deg F tl 10 15 20 25 3ti 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 , t : I I · . J I I I I I I AMEIhM.A Iii'SS CCLVILLE DELTA OFf'kINE PLOT, ~/:LE Of'l : 60C 1 2945 · "'.) 297[: 2995 ') 3075 3095 3178 .,, 322£ 245 ~'~:'; ' ~'"~" :~ yJ.. ,.',,. ,,.' '.::,~.,~'.",:.~ ~ '. "~ .~ ~.. ,~" ~ ROP ft/nr 76 151 226 3~;~', .3 I I I ~ I · · I '- I I o % I · I i %. : "" I I -' I -' I I , · I '~ I '1 -" · I °, I i " t) I I " · ,eel· IllI·llI IIiii!!· I , I '*-='. : .-- ·eoe ee° , I '- I ,I .... · · I .:::~ : I -- I · I I . .. .:! I I '1 ! ! I . I I ! ,I I I .... 7 · I I ,4, NZ 3~ NX POROSITY 20 I TfMPERATURE OUT deg F O 113 15 2~ 25 30 I i I - t I I i t I I I i I I I J I I I · I I I '1 I I I I I ~ ~, ,,~, I I ,I ' i ~.". I AME}~:I.¥. ill:SS COLVILLE DELTA OFFLINE PLOT, SCALE OF 1 : 60£; 1 332[' 3345! -. · .) 337C 3391 342C '~ ~ .3445 · ', ~i) 352B · 367B 3695 ROP ft/nr e. eej % NX .l' 30 , I NX POROSITY 2~ TI~IPERATURE OUT deg ~' lB DID 15 20 25 30 : 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 J ,I I I ', , : ,i I AN'~$,[~ IiESS COLVILLZ DELTA #1 OFFLINE PLOT, C. EALE OF 1 : 60C 1 3724 ":"~ 3745' ~') 3770' '.'~] 37951 ') 3820' :') 3845' 3945 top it/hr 76 151 226 31~I:.3 t -~ i -- ,, 'D 397~ , , ~':) 3995 NX · I 39 NX POROSITY 20 i \ · i i ' -:.. % · i,· ee '.~l "o Ill' I % · I .:, : d' ',%, · · : ' "1 · ":.. I · I ., .,; · --': · I i. I ' I ~ I J I ~ I I TL'~PERATURE OUT deg f' ~ lC 15 2{3 25 3U · , · | ~ I I I : I I -- : I I -- I ' I -- I I I I I I I I I 4 i I I l I I I : ' 'I ~) AM-tH~%b': td~SS COLVILLE DgLTA ~1 OFFLINE PLOT~ SCALE OI.'l : 6gD ROP ft/[~ NX ':~..) ,, '~,.. ,,. "'(~ 442 I '' I II .~.-~:.r~ 0 4445 I ...~ .. · ,~-~ ~.~ ~ '~'. .~.~.~ . .. ,~:1_~. . .,~,~ r~'.~":~ ~ ~ ~, ', i N~qW & ~CD (I) lb/gal 8 1~ 12 14 16 18 20 NX POROSITY TfI~PERATURE OUT de9 ~' 4145 417C 4195 422~ 4245 , 427~ 4295 · 432~ 4345 4370 4395 1 76 151 226 3f:t;. 3 4120 J~eee~, leeeeee' · eeeeIl I '- I - ~' 2~" I -, , -- -, · · · · · I '1 ' 4 le· II ceee ! · · · · · · · · · · · se I I , ,I % I¢ · · ! i I I i I I i I I I J I I I I I I - I I I I I I -- : I I I I I t ' I : I I I I I I I I : "1' I : ' I I : I I Ah~U,EA I,ES5 COLVILLE DELTA OFFLIN£ PLOT, SCALE OF 1 : 690 -'-) 1 452C . 4545 · 457G 4595 462f · 4645 · 467D , 4695 472f 4745 4779 482f 226 3~;[;. 3 --'t I NX N~4W & ECD (I) lb/gal 8 19 12 14 16 18 29 3 ~ 1~ 1~ 1~ 15 18 2~40 · · · · : : : · · : i : : : : NX POROSITY 30 26 · · · · · ! · · '4' I ! I I , ,i I i I I I -L I · I I I I I ,I , I T~PERATURE OUT dec] ~' ~ 10 15 2O 25 36 I I t I I I I I I t I I II i I ,I,, t I i 4 I I I I I i '1 I , I, I I I I I I I I I I ,i I I , I I I '9 OI'I"LINE PLOT, SCALE OF 1 : 1 76 492C : 4945 497£ . ~-995 502C 5 D 45 :') 5095 9 0 s~s ROP ft/hr 151 226 3{:[:. 3 I I .-+ I : -': I I -.- · · · I ~ - i i ..... · · I- I I ....... · I' I ' I _ . % ~ ,' I I ........ :; i I ...... · · ,;:' , , ..... : 1- " I I l, · :' I , I ...... · · ', , " I 't ....... ; ., · ;=' I I -- I -' I I ......... .e NX NI~4W & ECD (I) lb/gal 8 10 12 14 16 18 20 3 ~ It 1! It 15 1~ 2~40 - · ~, : I I · i, .'; : i I I · I I I I · : ; J I · ', I I · :1 : I I ! · :: : I I I · ~ I I I I · · :] : I I I 'l ' I I i : I I J 'J ; -I ; ; NX POROSITY 30 20 : I I I I i I : I i I I 4 I I 4 I I I TMMP~.RATUI~ OUT deg F ~ 10 15 2D 25 30 I I I I t ~i : 4, I : I I " i i t I I I I I, I I I I I I I I : ' i I : i : I I : I I : I I :, ! "1 AIhL.'h;..l" I;ESS CGLVILLE DELTA ~il OFI.'LINE PLUI', ~J%:/,LE Of' 1 : 6DD :) "1 .3 1 532C 5345 537{; · 5395 ) 542;; 5445 · 547{) · 5495 . 552O · 5545 . 557~ 559~ 562f; ~ 5645 ~,~--. ~,~" 5670 ~ .~ ~....=~=~ 5695 . ~..~,";i,.' ~. . .~ . RoP fi/hr 76 151 226 ~::{:. 3 : i I ...... -'. I I .... oJ · '-: I I '- eI ,,% '-~ I I ..... · · : I I ; I I ..... · ' : 4 I ........... :' f* I 4 ........... · I .......... '~ I I ...... mmemmm* '-· ', I I ......... I -- : I I ........ -' I I I ........... · ! · c i I 'I ....... · · -. I { I ........ NX · t I N~$W & ECD (I) lb/gal 8 1~ 12 14 16 18 3 ~ 1t: 1~ 1:!] 1~ 1~ I : : : I I I I I : ', I 1 · "1 : : I ! al : ,. I I ml : : I' · . : I I I , I 39 I NX POROSITY 2~ I ', I I ! ,' I I TI~PEi(ATURI~ OUT deg F C lC 15 20 25 30 I t I t t ~ : I I ,', : : : I : i I : : I ' : lll I : I I : I I . : ,1, I : '4 I I ' : I I AI,,I~Ltd.. IiL.:SS COLVILLE DELTA OFf'LINE PLOT, SCALg OF i : fiDO .,~ 1 572P 577C ) 582~; ) 5845 ., 587B 5895 5945 O 597L} O 5995 O 6045 ROP ft/hr 76 151 226 ~,:,.. 3 %1 ! JI I I --- · ° I I I -. · · ~ , '. I i - · -4 I I -. ; '-- : I I ....... · ..... ~. I I '1 ........... I'" I I ...... -;' ~ ~ ......... % · .:~", I ,, i ......... ,, % 'i ,, '.-.. : : ......... .. # $. ' : I I ....... NX · · · io · · I · ·e N~IW & [XiD (i) lb/gal 8 lC 12 14 16 18 20 3 ~ le It It 1~ II 2~,4D : .'. : I : : : : I i i : : I I · , : | : I 30 NX POROSITY I , I I TI:~IPERATURE OUT deg F ~ 10 15 20 25 3B t i i I I ~ I I I : i I I I I I I I t I I I I I I I i I : I I I I I I I ' I i : : i : I I I I i i, :.':) A~II.I~!:I, ,.::,';S COLVILLE DELTA OfT'LINE PLOT, c~-.1£ Of 1 : 6[:D I:GP £t/hr 1 76 151 226 ' 3 612[; 6145 · 617[3 6195 622 6245. 627[: 6295 63211' ,. 6345 637D · 6395 ,,. 6421 %:% · ee i,e · · I 1 ,eel~e .-- I "' : I I ..... . . : : -- I "i .......... : I I ....... NX · & % · Nm~w & mD (I) lb/gal 8 ID 12 14 16 18 20 3 ~ 1~ 12 1,t 1~ l g 2~4~ I : :,i : : : ~ I NX POROSITY 211 1£ I I · · '"'- J.L~-.l.. I I~. ,I, 'I'Id. iPERATURL OUT dc<:j f O ID 15 20 25 3D I i i i t -- I I i -- I I I I t I t I t I I I I I I , I I I I i I I I' I I I I t' t I I I ' I I " I I I I I I I I I ANEI,,'..I, i.i.SS COLVILLE DELTA OI.'I. L1NE PLCYI', ~ALL (..i. 1 : 60fi ROI- 1. t/hr NX ,.) 1 652~ ~ 6545! 657£ [. 6595 662[; . 6645 · 6670 , 6695, ,--,~---4~- 672~ 6745 6770 6795 682~ 76 151 226 .3 I -- ~ ~ ..- I : - I I N~iW & ECD (I) 1D/gal 8 lg 12 14 16 18 2~' 3 8 11~ 1~ 1~ 16 1~ 21~4D : I I I I I --I 3O I " NX POROSITY 2[: 1 TI~PERATUI~ OUT dec:j F 10 ~ 1~3 15 20 25 3D 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 3'" , i i · I 1:' ', i '1 · I I I I I ,I I I j. CORE/SAMPLE DESCRIPTION AHEP-1382-A ' . !-'1 CORE DESCRIPTION !-'1 SAMPLE DESCRIPTION OPERATOR WELL NAMEI DATE. 'LOCATION I SYATE J[CORE NO. · -FROM 'RECOVERED / CORE OR SAMPLE DESCRIPTION POR. STAIN DE~H ~, - , , /~-. ~M~.~ ~ ~~...~ ·., ~.. A C CORE/SAMPLE DESCRIPTION AHEP-1382-A [~ORE DESCRIPTION SAMPLE DESCRIPTION OPERATOR WELL NAME ID LOCATION COUNTY I STATE LOGGED BY I CORE OR SAMPLE POR. STAIN . , , / .,. -'-' -' ' r':---7-- ' ~~, " . ~ O _~t~~ ~ _ ._ ~ , ~~. , ~,,~.~,, ,,: ~,, ~ w - ~ ~ .,2,.' ~ '~ ", .', :[ .~,,~ ? ,~ f ~ ~~ ,.. ~.........,.,..,~,.~..:~: ~ , CORE/SAMPLE DESCRIPTION ~CORE DESCRIPTION r-i SAMPLE DESCRIPTION AHEP-1382-A OPERATOR WELL NAME 1DATE LOCATION COUNTY I STATE LOGGED BY CORE. NO. FROM ITO ICI. II RECOVERED CORE OR SAMPLE DESCRIPTION POR. STAIN DEI~'H I . . ~~. 7 ~.~' I C CORE/SAMPLE DESCRIPTION ~CORE DESCRIPTION E~] SAMPLE DESCRIPTION AHEP-1382-A 'OPERATOR I WELL NAME · ! DATE LOCATION COUNTY I STATE LOGGED BY I COREzNO. FROM ]TO ICUT RECOVERED DEPTH DESCRIPTION POR. STAIN , ~ , -.. ~ , ~.;. ...... ~ , , .-- - CORE/SAMPLE DESCRIPTION ~ CORE DESCRIPTION AHEP-1382-A D SAMPLE DESCRIPTION OPERA'I:OR WELL NAME I D CORE NO5 FROM IT~ ICUT RECOVERED - CORE OR SAMPLE DESCRI~ION POR. STAIN DE~H ,~$r ~' / ~ ..... -/ .... , -- _ /-~- -- t -'/ , ~,~ ~ " ., '." ;~. ~:... :~ :. :~ ?. '., ~', ~ ~, ~ ,. ~.., ~ , ',; ~ ~i" :~"'" :?' ~ "~ '':~ ' '~ ' ,, '..~ i:~ ,.'= .... ~ ..... ~,,. ~7 .. . . . . . ? ~ ~ e~ ~' '; ,'I" ~) ' CORE/SAMPLE DESCRIPTION [~[ CORE DESCRIPTION E] SAMPLE DESCRIPTION AHEP-1382-A OPERATOR . WELL NAME ~D,~TE 'L~CA~ION'~ - --...- COUN~ '-- I STATE LOGGED~ ~ORE NO. ' / i FROM IT~ - - IC~ RECOVERED ~/ CORE OR SAMPLE DEPTH DE5CRI~ION FO~. STAIN ~ ~~ -- _ _ ~t -- .<~x~7 ~ ~~ ~~ o ,~, .~. ~ r ~ ~ r [ I' " ~, CORE/SAMPLE DESCRIPTION [~ CORE DESCRIPTION ~ SAMPLE DESCRIPTION AH EP- 1382-A OPERATOR WELL NAME I DATE rLO~TFoN ~ObN~ ' I STATE LOGGED BY I CORE NO. FROM lTD [CUT RECOVERED CORE OR SAMPLE DESCRIPTION POR. STAIN DE~H ~~.. '/~~ ~-~~...~ .... ..! I I~ ~,~. ~ ~ ~~ ~ ' '"V -- ' ~~~ %- CORE/SAMPLE DESCRIPTION AHEP- 1382-A OPERATOR LOCATION NO. CORE OR SAMPLE DEPTH FROM WELL NAME COUNTY TO {~L CORE DESCRIPTION DESCRIPTION r'"] SAMPLE DESCRIPTION CUT STATE BY RECOVERED POR. STAIN i ' ~ CORE/SAMPLE DESCRIPTION I~ CORE DESCRIPTION I-i SAMPLE DESCRIPTION · AHEP- 1382-A OPERATOR WELL NAME [ DAT - ~ COUN~ STATE LOCATION L~~ CORE OR SAMPLE DESCRI~ION POR. STAIN DEPTH - - / ~ - 'Lfj~ ~1 .~ ~..l,~ ~ ~,~- '- ' .... ~-' F'- f' '' .... ''- . ,~-~~~- ~ .~-~~...~_ .. CORE/SAMPLE DESCRIPTION AHEP-1382-A [~ORE DESCRIPTION r-] SAMPLE DESCRIPTION OPERATOR LOCATION CORE NO. ! FROM CORE OR SAMPLE DEPTH lWELL NAME COUNTY I STATE ICUT DESCRIPTION IDATE ILOGGED BY RECOVERED POR. STAIN CORE/SAMPLE DESCRIPTION I--I CORE DESCRIPTION ~ SAMPLE DESCRIPTION AHEP- 1382-A ~)PE~ATOR WELL NAME I DATE · LOCATION COUNTY I STATE ,LOGGED BY CORE NO,~..,~ FROM ITO ICUT RECOVERED CORE OR SAMPLE DESCRIPTION POR. STAIN DEPTH . ~~-~,~ . -~.~ ~ CORE/SAMPLE DESCRIPTION r'~ CORE DESCRIPTION r-~ SAMPLE DESCRIPTION AHEP-1382-A 'OPERATOR WELL NAME · I DATE DEPTH DESCRIPTION POR. STAIN ! --, ~ ..... O~,IR^'rOR WE" .^ME /vm£~r~/9 . //ess_ Co,_ v,/le_/~_~-,9 ~-- /~- ~, '~ cORE NO. FROM ITO ~C~ RECOVERED CORE OR SAMPLE DEsCrIPTION ~ POR. STAIN DE~H I ' .~ ... / ' ,I-- - ~ ~.z.~. ~~. .... ,~, ~~...~_..,,....,...~ ,, ~~~-,..~.~~~---~ ~~l i CORE/SAMPLE DESCRIPTION ORE DESCRIPTION E] SAMPLE DESCRIPTION AHEP-1382-A CORE/SAMPLE DESCRIPTION D CORE DESCRIPTION I-'] SAMPLE DESCRIPTION -' AHEP-1382-A OPERATOR WELL NAME I DATE I · LOCATION COUNTY I STATE LOGGED BY ~o~o___. .o~ i~o leu, CORE OR SAMPLE DESCRIPTION POR. STAIN DE~H . .... /- - / .' :t ~,~. ~ ;~'~ ~ . ...... : CORE/SAMPLE DESCRIPTION r-I CORE DESCRIPTION r-] SAMPLE DESCRIPTION · AHEP- 1382-A OPERATOR WELL NAME I DATE I LOCATION COUNTY I STATE LOGGED BY I CORE NO. FROM ITO [CUT 57 RECOVERED CORE OR SAMPLE DEPTH DESCRIPTION POR. STAIN , , ~ ~ ~',, ,.. COR E/SAMPLE DESCRIPTION [~CORE DESCRIPTION [--] SAMPLE DESCRIPTION AHEP-1382-A OPERATOR ' . WELL NAME LOCATION- - COUNTY ISTATE I LOp~/BY ~o.~.~ ,.o~ : CORE OR SAMPLE DESCRIPTION POR. STAIN DE~H ,. . . '- ......... ,,pt" C CORE/SAMPLE DESCRIPTION /,~ CORE DESCRIPTION J-'J SAMPLE DESCRIPTION · AHEP- 1382-A ' LOCATIbN - ' COUNTY CORE OR SAMPLE DESCRiPTiON DE~H POR. STAIN .... ~~, - -. z., '~ , - CORE/SAMPLE DESCRIPTION AHEP- 1382-A , , OPERATOR LOCATION CORE NO. I FROM ~ _. I ..~.,~.~' CORE OR SAMPLE I - DEPTH I .I wed- N~ME · 'COUNTY CORE DESCRIPTION . ISTATE :TO ICUT · DESCRIPTION [~] SAMPLE DESCRIPTION ...... IDA'rE ........... POR. STAIN LOGGED BY RECOVERED Form to be inserted in each "Active" well folder to check for timely compliance with our regulations. WELL NAME AND NUMBER ~--,_ /3'-~ "'~'/ Reports and Materials to be received by: ~-- ~at~e .... Required Date Received Remarks :Completion Report Well History ~ ~.o~ ~_~--~-.~_ oil _ Core Chips Core Description rRegistered Survey Plat ~~.~, ' ~ I D~rect~ona~ Survey , Drill Stem Test Reports .. '~, ~, . Pzoduc:$o~ Test ~epoz:s :' .t~.z, ,d D~,~ I'RANSMITTAL SHEET AH EP-1488-B TO: C.V. Chatterton/Lonnie Smith Alaska Oil & Gas Conservation d'ommission DATE March 14, 1986 FROM RMERROI=I HESS CORPORATION ADDRESS 550 W. 7th Ave., Suite 1400 Anchorage 99501 SENDOR Dave Reid DEPARTMENT Drilling VIA iDATE SHIPPED Fairweather I 3/14/86 QUANTITY : 1 DESCRIPTION NORTHSTAR #1 Sepia print of Baroid Mudloqqin~% _~ ._ ' Alaska 0ii 6 Gas Cons. Commission TITLE I - ' DATE~I~Ee l~bo I.[CE,V[O sY . ~.~ .,', , ~ ........... ~_ ~E~~~'~~~bPY TO AMERADA HESS CORPORATION AT THE ABOVE ADDRESS MEMORAN ?M Stat of Alaska Chair~n~ ---.---~' FI LE NO.: D. HRH. 13 TH RU: FROM: Lonnie C. Smith Commissioner HaroId R. Hawkins Petroleum Inspector TELEPHONE NO.: SUBJECT: Location Clearance Amerada Hess Corp. Colville Delta 25-13-6 No. 1 Permit No. 85-278 Exploratory Sec. 25, T13N, R6E, UPM Tuesday, Ma~ch.4, 1~8~: I left Anchorage at 7:20 a.m. by Alaska Airlines to Prudhoe Bay, arriving at 9:10 a.m., and at Colville Delta 25-13-6 No. 1 by 11:30 a.m. I inspected the marker post that Amerada Hess had already installed. Ail data on marker post was satisfactory. The casing head was cut off below ground level, and the 10' x 4"' post will stick up above ground level approximately 4' when cellar is covered up. I received pictures of the plate that was welded to the 13 3/8 casing below ground level, and of the marker post, taken by the tool pusher for Nabors Drilling on IES. They are attached. In summary.. I inspected the marker post and found that the casing was cut off below ground level, and marker post had all well data on it satisfactorily. 001 A(Rev 10-84) FAlllWEATllER. INCORPORATED VENDOR OR ITEM QUANTITY D E $ C R I P T I O N WEIGHT POUNDS DESTINATION ,, .. 5 ,. 6 . ..... 8 ,.. 9 ~ ~_ ,,~ 11 ..... 12 ]8 ., , ,. ., INSTRUCTIONS: WEIGHT TONS ", ~A~ P.O. Box 10-3296 Anchorage, Alaska 99510 ~ .-. (907) 248-5307 DAT£ .................................... '~,', ........... :.--:,..~.:.. ........................... ~,g~.~.ZSo..c..,..,_,.:,:~.<,_~ ~...,. .............. ~. . ................................................ ~,^~c^,oo~,,,,~ ..................................................................................... Serving The Oil Industry in Alaska With Contract Expediting · Certified Weather Observation · Medics · Airport Equipment · Non-directional Radio Beacons · . RMERRDR HESS CORPORRTION March 6, 1986 550 WEST 7TH SUITE 1400 ANCHORAGE, ALASKA 9950 907-274-4512 Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Colville Delta 25-13-6 #1 Dear Mr. Chat'terton: Enclosed in duplicate is Form 10-403, Sundry Notices and Reports on Wells, Subsequent Report of Abandonment for the Colville Delta 25-13-6 91 well. Also, enclosed is the wellbore schematic. Sincerely, RJM:pk Enclosures. Drilling Manager 'll f" STATE OF ALASKAi' CONFIDENTIAL ALASKA OIL AND GAS CONSERVATION COMMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL [] OTHER [] 2. Name of Operator 7. Permit No. Amerada Hess Corporation 85-278 3. Address 550 West 7th Avenue, Suite 1400, Anchorage, Alaska 4. Location of Well 196'FSL,895'FEL,Sec.25,T13N,R6E,U.M. Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 48'KB I 6 . Lease Designation and Serial No. ADL-364478 12. 99501 8. APl Number 50-103-20054 9. Unit or Lease Name Colville Delta 10. Well Number Colvilla Delta 25-13-6 ~tl 11. Field and Pool Wildcat 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 r-I 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). Amerada Hess has plugged and abandoned Colville Delta 25-13-6 #1 in accordance with AOGCC regulations and verbal procedure approval by Lonnie Smith. A retainer was set in 7" casing at 6130' (perfs 6326' to 6594'). 85 sacks Class G cement containing 3% KC1, 0.8% D-60, 0.2% D-46 was mixed at 15.8 ppg. and squeezed below the retainer. A 30 sack neat Class G cement plug was spotted above the retainer (150'). 10.6 ppg. NaC1/NaBr brine was left in wellbore. Push a 7" top cementing plug to 150'KB. Spot '. 25 sacks of Arcticset II cement from 150' to surface. Lay down tubing. Nipple down.. BOP's, squeeze 9 5/8" x 7" annulus with 40 bbl. 10.5 ppg. CaC12 followed with Arcticset II cement. (Annulus volume plus 25%). WOC. No pressure left on a~nUlus. " Clean pits. Release rig at 0500 hours, 3/4/86. Cut off wellhead, 13 3/8", 9 5/8" and 7" casin~ at ground level. Weld 4' high marker post onto casing stubs w/pertinent data welded on it. Amerada Hess Corporation, Colville Delta 25-13-6 #1, 196'FSL, 895'FEL,SeC.25,T13N,U.M. The marker post was visited and approved by AOGCC representa- tive Harold Hawkins. See attached wellbore schematic. "." 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. ' The space ~elow 4r Comm~ use ~ Conditions of Approval, if any: Approved by. COMMISSION ER Date 3/6/86 ~ ¢~ ~ .,. ~ ': ,:'"' .~ ~, ~ , ,.: the Commission Date __ Form 10-403 Submit "Intentions" in Triplicate AMERADA HESS CORf ~ COLVILLE DELTA 25-13-6 ,~- 1 ABANDONMENT SCHEMATIC 5900' 6000' 6100' 6200' 6300' 6400' 6500' 6600' °%°'°; 6326' 6400' 6434' 6478' 6548' 6594' SURFACE PLUG FROM 150' TO 0' W/25 SACKS ARCTIC SET "rr CEMENT. 9 5/8 X7" ANNULUS SQUEEZED W/423 SACKS ARCTIC SET CEMENT. CEMENT PLUG FROM 6130' TO 5980' 30 SACKS CLASS SET RETAINED ~ 6130' W/TUBING BAKER MODEL ~ F" ~)6160' CEMENT PLUG 6130' TO 6594' 65 SACKS CLASS NUIQSUT SAND PERFORATED WITH 5 SHOTS PER FOOT 6700' 6800' RMERRDR HESS CORPORRTION March 3, 1986 550 WEST 7TI-,I SUITE 1400 ANCHORAGE. ALASKA 99501 907-274-xt512 Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Colville Delta 25-13-6 91 Dear Mr. Chatterton: Enclosed in duplicate is Form 10-404, Monthly Report of Drilling and Workover Operations for the Colville Delta 25-13-6 91 well. Sincerely, Drilling Manager RJM:pk Enclosures. CONFIDENTIAL ALASKA .~AND GAS CONSERVATION C ...,vllSSlON MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 1. Drilling well iii Workover operation [] 2. Name of operator 7. Permit No. Amerada Hess Corporation 85-278 3. Address 8. APl Number 550 West 7th Avenue, Suite 1400, Anchorage, Alaska 99501 50-103-20054 4. Location of Well 9. Unit or Lease Name at surface Colville Delta 196 ' FSL, 895 ' FEL, Sec. 25, T13N, R6E,U.M. 10. We~l No. Colville Delta 25-13-6 #1 Straight Hole 11. Field and Pool 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Wildcat 48' KB. ADL-364478 For the Month of February ,19 86 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Total depth 6871' 7" casing at 6861' Plug back total depth at 6746' 13. Casing or liner ru.n and quantities of cement, results of pressur~. tests Ran 7" 26# N-80 BTC casing to 6861'. Cemented with 400 sacks C~ass G containing 3% KC1, 0.8% D-60 and 0.2% D-46. Mixed at 15.8 ppg. with 1.15 yield. Bumped plug to 2000 psi. CIP at 20:15 hours on 2/12/86. Added tubing spool and nippled up 13 5/8" 5K BOPE. Tested BOPE to 5K psi and annular to 2500 psi. See Sundry Notice for details. ......; .:..., ..;,,,.~ .!.~,. ~ ~ j: ....... ,, ..... 14. Coring resume and brief description : ' ;. ' .... ..:' i.'"' :: , ; ,, .',, , ~,./ Core #1-6196' to 6234'; cut 38', recovered 32.5'; shale. Core #2-6234' to 6284',' cut 50' , recovered 50'; shale. '/!.,¥.'i~. !i..i '" ":'"' ':'''~' .... Core #3-6284' to 6342'; cut 58', recovered 52.8'; sandstone and shale. Core #4-6342' to 6394'; cut 52', recovered 60'; sandstone and shale. '"'~'~' ''':,'', ~.'.~.; .."~ ,:.;~.:~... C~:,."~s. i',;~:.~.,;'~ Core #5-6394' to 6454'; cut 60', recovered 60'; sandstone and shale. ....,..";.::h..:;.i.:~L,?, Core #6-6457' to 6513'; cut 59',. recovered 60', siltstone. lS. Logs run and depth where run Core #7-6513' to 6571'.; cut 58', recovered 58'; siltstone. DIL/LSS/SP/GR, 6871' to 2264'; LDT/NGT/CNL/GR, 6871' to 6100'; VSP, 6871' to surface; EPT/PCD/GR, 6860' to 2264'; RFT/GR, two successful settings; SWC, 6853' to 2662', attempted 30, recovered 27; CBL/VDL/CCL/GR, 6710' to 4880'; HRT/GR base log; HRT/GR after frac. 1 6. DST data, perforating data, shows of H2S, miscellaneous data Test #1 20 shots, 6545' to 6333'. Attempted ball out. Pump in with diesel. Flow test 1/2 hour, surface psi 600 to 0, flowed 1 bbl. Perform buildup. Pull test string, run frac string. Frac with 70,000 gal. Gelled Diesel, 106,000# sand. Run HRT/GR log. Flow well. Perform buildup. POOH. Reperforate with 5 spf 6328' to 6402', 6436'-6480', 6516'-6550'. Run test string. Flbw well, well died. Pump Nm into well. Flow testing well. Performing buildup at end of month. " 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. SIGNED R.J. Mead TITLE Drilling Manager ~ D~A~I ';'..~ ~/~]/~:6! '!!i'<~J ~ ......... ':~ ,'i;~, _:, ~ .';T ,.~ .,;~, ~ r~ ~ ~ NOTE--Report on this form ~s required for each calendar month, regardless of the status of operations, , i~ Jc.,.g..l[j~/Lth,the,,Alask; , y~l/h {he, Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. { ~. it ...., "' '"' ~:""" [:! ';7\~. ,~'.,..:, t,. !; '"'~" ~",, : ~,,.'~. ~,, ~ ...... · ~.;. ~ ,.' :,~ ~, ~ Form 10-404 ~ :' ": "~ ;: .....~i~ in~plicate · ' ~ '".,',:, ~'~{ ~i~ n Juplicat~ MEMORA ,[. 'UM N" Stat_ ALASKA 0ILGAS CONSERVATION COMMISSIc of Alaska C. V. Chatterton Chairman THRU: FROM: Lonnie C. Smith /.-~ Commissioner Doug Amos Petroleum Inspector DATE: March 5, 1986 FILE NO.: D.ADA. 15 TELEPHONE NO.: SUBJECT: Wellbore Plugs Amerada Hess-Colville Delta 25-13-6 ~.1 Permit No. 85-27~ Exploratory Sec. 25, T13N, R6E, U.M. Saturday. March 1, 1986: I traveled this date from Prudhoe Bay to Ame'rada ~eSs 'CoivilIe Delta No. 1 Well to witness the P&A. Sunday March 2~ 1986: At 1:00 a.m. RIH and set 7" retainer at -6,130'', a~d teste~ tb 1.,000 psi for 30 min. Established injection rate of 1 bbl per/min., and injected approximately 1,200 bbl's of formation fluid through perf's below retainer, with a max. injection pressure of 2,000 psi. At 9:30 p.m. mix and 'pump 85 sx Class "G" cmt. at 15.8 ppg. Cmt. was displaced with 47 bbl's of 10.5 ppg brine. Pulled out of retainer and placed a 25 sx 150' Class "G" cmt. plug .at 15.8 ppg above retainer. POH to 5,500' and reverse circulate, no cmt. was observed across shale shaker. Monday, March 3, 1986: Nipple down B.O.P. stack and at 3:00 p.m. placed '~'"'25 si class' '"G" cmt. plug form 150' to surface. At 10:00 p.m. the 9 5/8" x 7" annulus was cemented with 4.25 sx of 17.5 ppg Arctic Set II cmt. At 4:00. a.m. 3/4/86 the 2" valve on the 9 5/8" x 13 3/8" spool was opened and checked to see if any pressure remained. No pressure was observed. In summary, I witnessed the plugging of the 7"' csg and cementing of 9 5/8" x' 7" annulus at Amerada Hess Colville Delta No. 1 Well. 001 A(Rev 10-84) RMERRDR HESS CORPORRTIEIN March 3, 1986 Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Colville Delta 25-13-6 #1 Dear Mr. Chatterton: Enclosed in triplicate is Form 10-403, Sundry Notices and Reports on Wells, Notice of Intention to Abandon Colville Delta 25-13-6 91 well. Also enclosed, is the abandonment pro- cedure. Sincerely, Robert J. Mead Drilling Manager RJM:pk Enclosures. RECEIVED I~R o ~ i986 Alaska Oit & _.,,. °('', o,: CONFiDENTIi L ALASKA L AND GAS CONSERVATION C ~,,MISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL COMPLETED WELL [] OTHER [] 2. Name of Operator Amerada Hess Corporation 3. Address 550 West 7th Avenue, Suite 1400, Anchorage, Alaska 4. Location of Well 196'FSL,895'FEL,Sec.25, T13N,R6E,U.M. Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 48' KB 6. Lease Designation and Serial No. ADL-364478 99501 7. Permit No. 85-278 8. APl Number 50-103-20054 9. Unit or Lease Name Colville Delta 10. WellNumber Colville Delta 25-13-6 #1 11. Field and Pool 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 I--~ 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). Amerada Hess Corporation intends to plug and abandon the Colville Delta 25-13-6 #1 well as discussed and verbal approved by Lonnie Smith of the AOGCC. AHC is presently testing the Nuiqsut Sand 6328' to 6550'. Pull out of permanent packer at 6160'. Kill well. POOH. RIH and set a retainer at 6130'. Pump away all test fluids and'excess completion fluid into the zone. Pump 80 sacks cement below retainer. Spot 150' of cement above retainer (30 sacks). POOH. Place 125' of cement in top of hole. Pump 50 bbls. 10.5 ppg. CaC12 down annulus of 7" x 9 5/8". Follow with 50 sacks of Arcticset cement down annulus. Remove tubing spool and place dry hole abandonment marker. Release rig. Clean up location. See attached procedure for details. RECEIVED ' t .AR 0 1986 klaslm 0il & [~;.~t~ C~,ns. Com.~l~$1on /.\ ~'~': i'r ff~q~8 14. I he're~rtify that the foregoing is true and correct to the best of my knowledge. Signed(~/"~./~,,._"~. ~/'~,-- --- ,. R, J, Head Title DrillinR ManaRer The space below[for Commission use~ Oa,e 3/3/86 Approved by Form 10-403 Rev. 7-1-80 COLVILLE DELTA 25-13-6 #1 P&A PROCEDURE CONFII}E ITI L 1) RIH with retainer and stinger on tubing. Set retainer at ±6130'. Approximately 30' above permanent packer. 2) Pressure test retainer to 1000~. 3) 4) 5) 6) 7) 8) 9) Stab into retainer and bullhead all produced fluids and excess completion fluids into per fs. 10) Mix and pump 85 sacks Class "G" with additives below retainer. Run 10 bbl. water spacer ahead and behind cement. Pull out of retainer and reverse out tubing. With'tubing at top of retainer spot a 30 sack Class "G" plug on top of retainer. Do as balanced plug job (150' plug). POH with tubing to 5500'. Reverse out tubing and POH. Run 7" casing wiper plug down to 150'. Push into place with tubing. Spot 25 sack plug of Arcticset on top of wiper plug. POH. Nipple down BOP and dump cement inside 7" as required to bring plug to surface. Install dry hole marker as per schematic. NOTE: Well data must be beaded directly onto 4" pipe and. pipe should be 4' above' ground level. Downsqueeze 9 5/8" x 7" annulus with 40 bbls. of 10.5 ppg. CaCl fluid. Follow with 50 sacks, Arcticset cement. RJM: pk 2/27/86 RECEIVED MAR 0 1986 Alaska Oil /-~ ?.'.,; !'. ",'. ~'. L.j ~ RMERRDR HESS CI-IRPORRTION February 25, 1986 550 WEST 7TN SUITE 1400 ANCHORAGE. ALASKA 99501 907-274-4512 Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Colville Delta 25-13-6 #1 Dear Mr. Chatterton: Enclosed in duplicate is Form 10-403, Sundry Notices and Reports on Wells, Subsequent Report of Running and Cement- ing 7" Casing, on the Colville Delta 25-13-6 ~1 well. Sincerely, RJM:pk Enclosures. R~o e~rt J~.~e~ Drilling Manager RECEIVED FEB 2 Allml~ Oil & ~$ Cons. r,,omndsslolt Anchorage ,.~ ,,! '. ~'... : ;., r ~' ~:. ! !.,.. ;'/,,'~, . .., ,.. , .~ ...,e. z.~ :....:~ .,:. , ':i ??,.:.' ?.'..":.~ I "/ ~"','i "~ ~? ~, "~;: ~' !:!,..? i; i.'~ ',..' i"':'.',...:'.',. :I ..... ~'*~ '. ',', '., i.' ....' ,:...~.!.::~ ~'?." ? ,~ ~ ~; ~ ;,i~ "' ?'"' ,~. ,'.? ? ~,~, ,.,~" .,": .,,:.;; .~,' ':~ ' I, ~ .' ~'~ ..,, · ' ........ ",".:~ ;,~ ~'i ~ ;:'~,..~. i~!. ,~ ( Dc0NFIDENTIAL ALASKA OIL AND GAS CONSERVATION C I~1~ SUNDRY NOTICES AND REPORTSF. 1. DRILLING WELL [] COMPLETED WEL/~al~a 0il & Gas Cons. CommIsSi011OTHER [] Anchorage 2. Name of Operator 7. Permit No. Amerada Hess Corporation 85-278 3. Address 8. APl Number 550 W. 7th Avenue. Suite 1400. An~h~r~_ AR qq~nl so-103-20054 4. Location of Well 9. Unit or Lease Name Colvil[e Delta 196 ' FSL, 895 'FEL, Sec. 25, T13N, R6E, U.M. 10. Well Number Colville Delta 25-13-6 #1 Straight Hole 11. Field and Pool Wildcat 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 48 'KB ADL-364478 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 [] Running & cement (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) lng 7" casing 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). Amerada Hess Corporation TD'ed 8 1/2'" hole at 6871' on 2/9/86. The well was logged with DIL/LSS/GR, 6871' to 2264'; LDT/NGT/CNL, 6871' to 6100'; VSP, 6871' to surface; EPT/PCD/GR, 6860' to 2264'; SHDT/GR, 6860' to 2264'; RFT/GR, SWC attempted 30 between 6863' to 2662', recovered 27. Conditioned hole for casing. Ran 176 joints 7" 269 N-80 BTC casing. Set at 6861'. (Float shoe, 2 joints, float collar. Ran 6 centralizers in open hole and 9 turboclamps inside 9 5/8" casing). Conditioned mud for cementing. Pumped 20 bbls. CWl000, 30 bbls. of 129/gal. Spacer 3000. Mixed and pumped 400 sacks Class G cement containing 3% KCL, 0.8% D-60, 0.2% D46. Mixed at 15.8 ppg. Yield 1.15.. Displaced with 12 bbl. water and 249 bbl,'. 10.89/gal. mud. CIP at 20:15 hours, 2/12/86. Nipple down stack. Set slips. Nipple up tubing spool and 13 5/8" 5K BOPE test to 5000 psi. Hydril to 2500 psi. Ran CBL/VDL/CCL/GR from 6710' to 4880'. Good bond across zones of interest. Ran 6 1/8" bit and tandem scrapers. Cleanout to PBTD of 6746'. Change out mud to 10.6 ppg. NaC1-NaBr comple- tion fluid. Preparing to test the Nuiqsut Sand from 6328' to 6550'. 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed R.J. Mead Title Dr~ I 1 ~n~ M~n~r~- Date The space below for Commission use Conditions of Approval, if any: Bv Order of , 1~ Approved by COMMISSIONER the Commission , , . j~ ~.'.-~~'rr--'-~,,,~ Form 10-403 t lS~l~ ;~ [,Lr~en~,"i~r~.{'~in~T~jpl~at~ Rev. 7-1-80 and "Subsequent Rep~ ... · . ! ALASKA OIL AND GAS CONSERVATION COMMISSION SUNORY NOTIC£$ ANI) REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL [] OTHER 2. Name of Operator Amerada Hess Corporation 3. Address 550 W. 7th Avenue, Suite 1400, Anchorage, AK 99501 4. Location of Well 316'FNL,406'FWL,Sec. 32,T13N,R6E,U.M. 5. Elevation in feet (indicate KB, DF, etc.) Ground Level - 9' 6. Lease Designation and Serial No. ADL-364475 7. Permit No. 85-276 8. APl Number 5o-103-20055 9. Unit or Lease Name Colville Delta lO. WellNumberColville Delta 32-13-6 #1 11. Field and Pool 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 I-1 Altering Casing Stimulate [] Abandon J~] 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). See attached schematic. AHC will postpone drilling of the referenced well until a later date. The location was an ice pad and cellar box and conductor was set and cemented. 20" pipe was set at 98' ground level and. cemented in place with Permafrost type cement. The cellar will be backfilled with cuttings from the conductor hole. A plate will be welded over the conductor and the cellar box covered. See schemat-ic drawing attached. . 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. The sp.ce belo for ion use .' Date Conditions of Approval, if any: ' A'pproved by COMM ISS IO N ER Form 10403 ~ ' .;' ,~ ~.:~ ~'~ ,,'. ~! t.' ..... ~ " ~; ,;. ,., ,,'. ,....~ :,: ..:? ,,~ ~, ;=,'~ i~ i,~,::i'l ,",~ !t i" ~j ...',~"~ ~,':..~;~ i, k~ ..... ~ .~ ~ '. By Order of ~'~': ""..;~ ~ '~: ' ~: V...,.::' ;~ the Commissi~ ~ ,.',,~. ;.......=.. Date ...... ~ ............. ,,, ..... .... Triplicate ~ ~ :~ ~t:~..=... :~:: :::; ~.; 'j .,~:.~.[ . .. . . · . I .... . . ',. RMERRDR HESS CI-IRPI-IRRTION 550 WEST 7TN SUITE 1400 ANCHORAGE. ALASKA 99501 907-274-4512 February 5, 1986 Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Colville Delta 25-13-6 #1 well Dear Mr. Chatterton: Enclosed in duplicate is Form 10-404, Monthly Report of Drilling and Workover Operations for Colville Delta 25-13-6 #1 well. Sincerely, RJM:pk Enclosures. · ~Mead Drilling Manager RECEIVED L CONFIDENTIAL ALASKA ,,_AND GAS CONSERVATION C ,.,MISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS · Drilling well Workover operation [] Name of operator Amerada Hess Corporation 3. Address 550 West 7th Avenue, Suite 1400, Anchorage, Alaska 4. Location of Well at surface 196'FSL,895'FEL, Sec. 25,T13N,R6E,U.M. Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 48'KB ADL-364478 99501 7. Permit No. 85-278 8. APl Number s0-103-20054 9. Unit or Lease Name Colville Delta lO. We, No. Colville Delta 25-13-6 #1 11. Field and Pool Wildcat For the Mon'th of January ,19 86 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Depth at end of month was 6229'MD. 6105' of hole was drilled in January. Colville Delta 25-13-6 #1 was spudded on 1/17/86 at 1700 hours. This well is a straight hole with no direction problems~ 13. Casing or liner ru.n and quantities of cement, results of pressure, tests Set 13 3/8" 72# N-80 casing at 358' with 700 sacks Arcticset II cement. (See report for details). Set 9 5/8" 47# N-80 BTC casing at 2264' with 1560 sacks Arcticset II cement. Casing held 2000 psi. Leak-off gradient 14.6 ppg. Required to do two top jobs on the outside of the 20" conductor. 175 sacks Arcticset I first job. 98 sacks Arcticset I on second job. The problem was a small amount of water flowing into cellar from u~der~rmmd ~]ow 14. Coring resume ~d brief description N/A 5. Logs run and depth where run No logs in 358' of 17 1/2" hole. TD to shoe 13 3/8" casing 358'. One log run in 12 1/4" hole to 2266'. DIL/SDT/GR 16. DST data, perforating data, shows of H2S, miscellaneous data ...... ,~,I N/A r ";, ,,, ,,':. ,,: ,..:~ v, ~' ~ ~ ~'. '.~,~ ~.... .... , ~. · ~,~'%~..= ~ ~.;~..~ :.'..2...':'~ 7. ...... ~. ~' ',. /'"'h:~"~'?"~9 ...... . . ....~ t,, ,, r',.' ,, .' ' ' ' ,' ., . ~ ~ ~t..~...~ ..~ : .., .. ..: .~ ...~. ~, .,.. ,. , ..... ~ .. ,,~ }~ ,.~~, , ..... ~.. . .. ,. . ,... ..... , 17. I hereby~ertify that the foregoing is true and correct to the best~b~ ~k~'~16~ge[. [: ~": ~ :; ,.' ~': r ach ~ h, r oration~ and mu~t be filed in duplicate with the Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. RMERRDR HESS CORPORRTION February 5, 1986 550 WEST 7Thl SUITE 1400 ANCHORAGE. ALASKA 99501 907-274-4512 Mr. C.V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Colville Delta 25-13-6 Dear Mr. Chatterton: Enclosed in triplicate is Form 10-403, Notice of Intention, Sundry Notices and Reports on Wells for Colville Delta 25-13-6 well. Sincerely, RJM:pk Enclosures. J. Mead Drilling Manager RECEIVED "'~ '~-~ ~.,.i~:..'i~ ~! ~ i%'.~ FEB 0 ~.'~- '.' 'z. .~ ;" ~:~ i'~., ", ,. 5 ~,' ~;' ',~.%" ~ ,~ ,.~ .~ ~.~.~ ..., ,...~.' ,,:: ..... ~.~ ;.. ..... .: ':;~. ~ ~ Oil & Gas Co~s. ~mmission ~'~,...,.~ ~ ~ ,~'""? .... ~.., .... ~'"::' :~, ~..:'.~:,~' ,.;. :,,,, "~,~,:'~ ~cho~ao, ALASKA OIL AND GAS CONSERVATION COMMISSION SUNDRY NOTICES AND REPORTS ON WELLS DRILLING WELL:[~: COMPLETED WELL [] OTHER [] 2. Name of Operator 7. Permit No. Amerada Hess Corporation 85-278 3. Address 8. APl Number 550 W. 7th Avenue, Suite 1400, Anchorage, Alaska 99501 s0-103-20054 4. Location of Well 196'FSL,895'FEL,Sec. 25,T13N,R6E,U.M. 9. Unit or Lease Name Colville Delta Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 48'KB 6. Lease Designation and Serial No. ADL-364478 10. WellNumber Colville Delta 25-13-6 #1 11. Field and Pool 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). Amerada Hess Corporation request to change plans on the Colville Delta 25-13-6 #1 well that we are presently drilling. The well is permitted to 6425'. The new estimate of total depth is ±7000'. The geology is coming in 'deeper than anticipated plus an additional requirement to drill 400' of rat hole for log correlation purposes. The present operation as of 2/4/86 at 6:00 AM was coring at 6394'. RECEIVED F E B 0.5 1886 Alaska 0il & Gas C0ris. Commission Anchorage 14. I hereb~b.~ertify that the foregoing is true and correct to the best of my knowledge. Signed // //~ '~"~,~ R.,]'. Mead Title Drilling Manager ;;;/, '"-- The space I for Commission use Date 2/5/86 Conditions of Approval, if any: Approved by Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate ,i ,i, RMERRDR HESS CORPORRTION February 3, 1986 550 WEST 7TN SUITE 1400 Mr. C.V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: Colville Delta 25-13-6 Dear Mr. Chatterton: Enclosed in duplicate is Form 10-403, Sundry Notices and Reports on Wells, Subsequent Report, for Colville Delta 25-13-6 91 well. Sincerely, RJM:pk Drilling Manager Enclosures. RECEIVED FEB 0 4 198H [' STATE OF ALASKA ~0 CONFIDEhrI'II L' ALASKA (alL AND GAS CONSERVATION C MMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL · COMPLETED WELL [] OTHER [] 2. Name of Operator Amerada Hess Corporation 3. Address 550 W. 7th Ave., 4. Location of Well Suite 1400, Anchorage, Alaska 9950 196'FSL,895'FEL,Sec. Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 48'KB 25,T13N,R6E,U.M. I6. Lease Designation and Serial No. ADL-364478 12. 7. Permit No. 85-278 8. APl Number 50- 103-20054 9. Unit or Lease Name Colville Delta 10. Well Number Colville Deltz 25-13-6 91 11. Field and Pool Wildcat 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 [] 1 3 3 / 8" casing (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). Amerada Hess has completed running, cementing and drilling out the 13 3/8" casing at Colville Delta 25-13-6 91. 12 1/4" hole was drilled to 2266'. Ran DIL/SDT/GR. Ran 57 joints 9 5/8" 479 N-80 BTC casing with float shoe (2264'), 2 joints casing, float collar, 55 joints casing to.surface. Centralizers on bottom, 4 joints casing. Circulated to condition for cementing. Cemented with 1560 sacks Arcticset II. 100% excess cement, mixed at 15.0 to 15.2 ppg. Displaced with 161 bbls. water. Full returns during job. Good cement returns to surface. CIP at 0130 hrs., 1/24/86. Nippled down diverter. Set slips and nippled up 13 5/8" 5K BOP stack. Tested rams and choke to 5000 psi, annular to 2500 psi. ~Tested casing to 2000 psi. Drilled out cement and 20' of new hole. Leak-off = 14.6 ppg. Drilling 8 1/2" hole. RECEIVED F E B 0 4 1.985 Alaska 0ii & Gas Cons. C0mmis~l~. Anch0mge 14. I hereb_b.y_c, er~ify that the foregoing is true and correct to the best of my knowledge. The space below'~[or Commi~¥~on use~'~' " " Date Conditions of Approval, if any: Approved by COMMISSION ER Form 10-403 Rev. 7-1-80 ...... ~ ,.,:,~. By Order of the Commission ~ ~ '~;;~C; ~ .~ .~ ~te~',~_~~ .... ~ ~ · !~*~'~it~'~nt~i0ns'' in Triplicate and "Subsequent Reports" in Duplicate ~.~n ._. _~ ;- , _~ rte; 5~ S "' ~ ~} ~: MEMORANFUM ALASKA OIL ~,~D C. V ./~~ ejr ton Chai~f ~ Stat ' o GAS CONSERVATION CO~,IISS~cN DATS: TH RU: FROM: Lonnie C. Smith .// .... ~ Commissioner Bobby D. Fost~'~'~% Petroleum Inspector FI LE NO.: TELEPHONE NO.: SUBJECT: f Alaska January 30, 1986 D.BDF.8 BOPE Test Amerada-Hes...~,Co lvil le Delta 25~1~6 ~1 Permit No. ~'-278 Exploration Friday and Saturday, January 24 and 25, 1986: The BOPE test began at ii:00 PM and'wa~ concluded ak'4:30 PM January 25, 1986. As the attached BOPE test report shows, there were 11 failures. Ail the failures were repaired/tested with the exception of the dart valve and the valve in the choke manifold. These are to be repaired and I or the A.O.G.C.C. office will be notified. In summary, I witnessed the BOPE test on Amerada-Hess' Colville Delta #1. Attachment 001 A ( Rev 10-84) ... .~ ~4 ~/84 STATE OF ALASKA ALASKA OIL & GAS CONSERVATION COMMISSION B.O.P.E. Inspection Report Date ,' Hydrauically operated choke Test Results: Failures ./'/ Test T/me/&' ~rs. .. .... . ....... .:,.?... ,", Repair or Replacement. of failed equipment to be made within .,~'. day~ and Inspector/ commission office notified.' R~marks:.' L~./,~,~f,~,~'.~,~,.J' ~,,,Z,~ ~~ ~~~ ~~~ ~~,~/~_ ~ - O~e~ato~/' ---*~' . . ~ . . . · ' ~ ~ -.. ,~. ~,%.,~ ,.~., BOPE Stack Annular Preventer Pipe Rams· "Blind Rams Choke Line Valves H.C.R. Valve Kill Line Valves ,, Check Valve .":::':i.:::.~.,"' 3 Trip Tank Pit Gauge Flow Monitor Gas Detectors Test Pressure ACCUMULATOR SYSTEM Full Charge Pressure ~/D ~ Pressure After Closure Pump incr. clos. pres. 200 psig Full Charge Pressure Attained: · Controls: Master Remote~_~Blinds switch cover z~,-~ Kelly and Floor Safety Valves ..,, i ~:..., Upper Kelly ] ' Test Pressure Lower Kelly / Test Pressure Ball Type / Test Pressure .~'~ Inside BOP ] 'Test Pressure Choke Manifold~Test Pressure~D No. Valves.,, /~"# ' No.'flanges -- . Adjustable Chokes }. psig .. psig _~ . ' - min~s~c. / min sec. psig .o f. Operator Location: SecJ~ T~dR ~ M d %~Casing Set ~ ~~.~ ft. Location, General 0 K-- Well Sign~ General Housekeepipg~aig Reserve Pit. ~~ ' Mud Systems Visual Audio STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage, Alaska 99501 (907) 279-1433 TO: RE: Receipt of the following material which was transmitted via is hereby acknowledged: QUANTITY DESCR I PT ION RECEIVED: DATED: Copy sent to sender YES NO RMERRDI:q HESS CORPORRTION January 22, 1986 550 WEST 7TN SUITE 1400 ANCHORAGE, ALASKA 99501 907-274-4512 Mr. C.V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Colville Delta 25-13-6 Dear Mr. Chatterton: Enclosed in triplicate is Form 10-403, Sundry Notices and Reports on Wells for the Colville Delta 25-13-6 91 well. Sincerely, R~b~ert J. ' M~ Drilling Manager RJM:pk Enclosures. RECEIVED JAN 2 4 1986 Oil & ~ Cons. Commlssio~ ~.,/' .~,~:~' '~ '~ ~', ~ .... ALASKA OIL AND GAS CONSERVATION COMMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL ~] COMPLETED WELL [] OTHER [] 2. Name of Operator 7. Permit No. Amerada Hess Corporation 85-278 3. Address 8. APl Number 550 W. 7th Avenue, Suite 1400, Anchorage, AK 99501 50-103-20054 4. Location of Well 196'FSL,895'FEL,Sec.25,T13N,R6E,U.M. Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 48'KB 6. Lease Designation and Serial No. ADL-364478 9. Unit or Lease Name Colville Delta 10. Well NumberColville Delta 25-13-6 # 1 11. Field and Pool 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 [] [] 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). Amerada Hess Corporation has requested to set 9 5/8" surface casing at ±2,250' instead of at 2,500' as per drill permit. Harold Hedlund has given verbal approval to Dave Reid Of Amerada Hess Corpora- tion per phone conversation on 1/2'2/86. The Permafrost is expected to not exceed 1,600' of depth. The nearby well,s mud logs indicate that the porous strata has all been penetrated at the 2,250' depth. RECEIVED JAN 2 4 1986 Naska 0ii & Gas Cons. Commission Anchorage 14. I hereby~certify that the foregoing is true and correct to the best of my knowledge. Signed /~X ~ R.J. Mead Title Drilling Manaqer The space bel~owtor Commis~on use '"" Conditions of Approval, if any: Approved by. ) ,. .BT Lgt~![ C. $~ilT.J Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate RMERRDR HESS CORPORRTION January 20, 1986 550 WEST 7TN SUITE 1400 ANCHORAGE. ALASKA 99501 907-274-4512 Mr. C.V. Chatterton Alaska Oil & Gas Conservation Commission 3001 pOrcupine Drive Anchorage, Alaska 99501 Re: Colville Delta 25-13-6 Dear Mr. Chatterton: Enclosed in duplicate is Form 10-403, Sundry Notices and Reports on Wells for the Colville Delta 25-13-6 91 well. Sincerely, RJM:pk Enclosures. Drilling Manager RECEIVED J AN 2 Z 1986 Naska 011 & Gas Cat Comm~lon SUNDRY NOTICES AND REPORTS o i i[IL [ D DRILLING WE LL::[~: COMPLETED WELL [] JAN 2 2 1986OTHER [] 2. Name of Operator Amerada Hess Corporation 3. Address 550 W. 7th Avenue, Suite 1400, Anchorage, Alaska 4. Location of Well 196' FSL, 895 ' FEL, Sec. 25, T13N, R6E ,U.M. Straight Hole 5. Elevation in feet (indicate KB, DF, etc.) 48'KB 12. I6. Lease Designation and Serial No. ADL-364478 99501 ;.&.C~.~ ~issia erm itl~l~~ 85_278~---i'a~ 8. APl Number 50-103-20054 9. Unit or Lease Name Colv~]]e Del~ 10. WellNumber Colville Delta 25-13-6 #1 11. Field and Pool Wildcat Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data Perforate Stimulate Repair Well Pull Tubing NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) [] Alter Casing [] Perforations [] Altering Casing [] [] Abandon [] Stimulation [] Abandonment [] [] Change Plans ~]'~C;~ Repairs Made [] Other [~ [] Other [] Pulling Tubing [] Spud & setting 13 3/8" casing (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). Amerada Hess Corporation spudded the Colville Delta 25-13-6 #1 at 1700 hrs., 1/17/86. A 20" conductor had been preset and cemented at 124' (KB). The conductor was set at this depth due to hitting a water flow that terminated the possibility of dry drilling the hole. Rigged up 20" diverter system and function tested on drillpipe. A 17 1/2" hole was drilled to 358'. Conditioned hole and ran 9 joints of 13 3/8" casing. Set at 358'. Ran float shoe, one (1) joint 13 3/8" stab-in float collar and 13 3/8" to surface. Three (3) centralizers on first three (3) collars. Run in drillpipe and stab into float collar. Cemented casing with 700 sacks Arcticset II cement mixed at 14.9 ppg and .93 cu.ft./sack yield. Had good returns to the surface. Nippled down diverter.. Cut off 13 3/8" casing. Weld on 13 3/8" starter head Nippled up diverter system and function test. Drilled out 13 3/8" casing and drilling 12 1/4" hole. 14. I her~l~ certify that the foregoing is true and correct to the best of my knowledge. Signed f(-- ff .~f~ R.J. Mead Title Drilling Manage% The space below for Co-~'tmission use Conditions of Approval, if any: By Order of Approved by. COMMISSIONER the Commission Date Form 10-403 Rev. 7-1 ~0 Submit "Intentions" in Triplicate and "Subsequent Reports" in Duplicate I NTROllUCTION .. Amerada Hess Corpo in the Colville .r)elta season. The drilling Well with a drilling 31-13-6 #1 Well locatio Well will be done usir the drilling rig. The depending on the resul Amerada Hess Corporatio AMERADA HESS CORPORATIOn. ANCHORAGE, ALASKA PLAN OF OPERATIONS COLVILLE DELTA AHC WELL 25-13-6 ~1 AHC WELL 31-13-6 ~1 AHC WELL 14-13-7 ~1 ration plans on drilling up to three wel area during the 1985-1986 winter drilli program plans are to drill the 25-13-6 rig and then move the same rig to t n. Testing, if required on the 25-13-6 g a workover rig and at 31-13-6 #1 usi third well, 14-13-7 #1 may be drill ts of other wells drilled in the area n and it's partners. i~-~.-~, ,, r, ~ · ~-' ...~ ,, ~', ~,,q. ...... ............ Alaska Oil & Gas Cons. C,~.~9 he ng ~d b~ Ice pads will be used for' wells 25-13-6 #1 and 3'1-13-6 //1 providing weather delays do not cause a problem. Gravel pads will be used as a contingency "back-up" only. Well 14-13-7 ~1 will be drilled from the existing gravel pad permitted and constructed by Texaco, Inc. This will be done by Amerada Hess Corporation operating the same rig and support equipment used by Texa.co on their Colville Delta .#2 Well. Texaco will be building an Ice road into this area and to the 25-13-6 #1 wellsite since they will be drilling in 'this area also. The road to' the 31-13-6 ~1 wellsite will be done by Amerada Hess Corporation. from drill road, then 'Once the road and ice pads are in place a rig will be moved Deadhorse to the 25-13-6 #1 wellsite. After rig up and ing to total depth, this rig will then be moved,, via the ice to the 31-13-6 #1 wellsite. A smaller workover rig will be used on the first well for testing purposes. After drilling the 3i-13-6 #1 well the drilling rig will be used for testing operations. Following completion of the testing program all rigs and support equipment will .be demobilized and removed from the sites. SITE LOCATIONS The following sections describe the specific site locations of each well. road the Texaco, Inc. maintenance of Figure one is a map depicting the wellsite locations and ice routes. The ice roads (proposed and alternates) shown by dashed lines .will be permitted by Amerada Hess Corporation. has the responsibility for construction and the ice road depicted by the solidJl,Og,,~=mr~,~,~r~.a)' . ". ~ :; !~ ~.~ ~ ,~ '.. . · l.'.i .~ ~.~' ~,~, ;'~ #ELL ~5-13-6 WELLSITE SURFACE LOCATION · 895' From the East line 196' From the South line Section 25, T13N, R6E, Umiat Meridian Latitude = 70° 26' 42.525" Longitude : 150° 27' 36.061" Y : 6,012,624.794 X = 443,670.117 ASP Zone 4 State of Alaska Tract 43A-78 SITE DESCRIPTIO~I The wellsite .is located oh a flat grassy east of. the Kupegruak Channel of the Col ville will .be flooded with fresh water to .make approximately 18" above ground level. area about 1000' River. The area a drilling pad .SITE DETAILS There is little local relief in the ice pad area. Polygonal relief is not evident. The ice pad will be constructed over the tundra to protect it and provide a raised working surface. Plo blading,, scraping or other abrasion of the tundra is anticipated. The ice pad will be thick.. It. will be formed 'designated source, and by the flooding area. The timbers and matting boards impervious membrane will completion of' the program summer cleanup crew will the winter. remove approximately 500' x 500' and 18" by flooding with water from t.he entraining available snow and ice into rig will be placed upon foundation which will allow air circulation. An also be placed under the rig. Upon all equipment' will be removed and a all debris not recovered during -2- RECEIVED D E'C 0 5 1985 Alaska Oil & Gas Cons. Commission An6horage . , ~ x'~ l't WELL 31-13-6 #1 WELLSITE SURFACE LOCATION , 316' From thex North line 406' From the Uest line Section 32, T13N, R6E, Umiat Latitude = 70° 26' 37.487" Longitude = 150° 39' 50.935" Y = 6,012,344.47 X = 418,570.67 ASP Zone 4 State of Alaska Tract 43A-75 Meridian WELLSITE OESCRIPTION The wellsite is located on'a in the El aktoveach Channel of the approximately one half (1/2) mile no polygonal relief evident. flat partially vegetated island Colville River. The island is wi de by one (1) mile long with WELLSITE DETAILS There is little local relief in the ice pad area. Polygonal relief is not evident. The ice pad will be constructed over the island area that is .devoid of vegetation. No blading, scraping or other abrasion 'of the surface is anticipated. The ice pad will . 'It wil 1 be thick designated source, and by the flooding area. The timbers and matting.b°ards impervious membrane will comPletion of the program summer cleanup crew will the winter. '. be approximately 500' x 500' and 18" formed by flooding with water' from the entraining available snow and ice inl~o rig will be placed upon foundation which will allow air circulation. An also be placed under the'rig. Upon all equipment will be removed and a remove all .debris' not recovered during '--3-- RECEIVED DE'C 0 5 ,985 Alaska Oil & Gas Cons. Commission Anchorage .cz,.... :.?:,.. !'.... ':"'. .... i:~" '... ' " .,. ":i: WELL 14-13-7 #1 WELLSITE SURFACE LOCATION * · 1519' East, and 500' South of the Northwest Coraver Section 23, T13N, R7E, Umiat Meridian Latitude : 71)° 28' 19.536" Longitude = 150° 16' 04.100" Y = 6,022,347.31 X : 467,210.36 State of Alaska Tract 39-37 * Note the above location is the Texaco Colville .~2 - Depending on pad layout and rig design the Amerada Hess Corporation Well wi 11 be approximately 20' Northeast of the above location utilizing the existing gravel pad. WELl. SITE DESCRIPTION The wellsite is located approximately 2000' offshore of an outer island in the northeastern part of the Colville River, 10 miles westerly from Oliktok Point in 1.5' of water. WELLSITE DETAILS The wellsite is l'ocated in 1.5' of water. The 1.5' of ice will be removed and replaced with gravel to a height of 1.5' above sea level. This is necessary since'the seabed is composed of silt. A 20,000 cubic yard pad will be placed approximately 300' x 500' by Texaco. The gravel pad will be covered with a plastic membrane upon which foundation timbers and matting' boards will be placed. Upon completion, the equipment, timbers and other material will be removed. Summer floo'd of the Col ville River should effectively remove the gravel pad. The ice road will be in water depth up to' 4' and will be bottom fast. The 14-13-7 #1 gravel pad is being permitted and 'constructed by Texaco. Depending on results of the Texaco well Amerada Hess Corporation may then drill a directional well into State of Alaska Tract 39-36 utilizing the same pad, rig, and support equipment. RECEIVED F(ECEiVED 0"'4(.:: 0 ~)PERATIONS SCHEDULE Alaska Oil & Gas Cons. Commission Ancheraae _ The attached bar 9raph (Figure 3) clearly il/us~P'aces our operations schedule. After Texaco has constructed the ice road into the easterl) wellsite we will then construct the ice pad and begin constructioQ for the ice road to the westerly wellsite. Once the ice pad is complete at the Easterly wellsite the rig will be moved to the site with drilling started as soon as rig-up is completed. After reaching total depth and setting casing, this rig will then be moved to the westerly wellsite and drill and test this well. The easterly well will then be tested using a workover rig. When Texaco has completed Colville Delta ~2, Amerada Hess Corporation will, depending on Texaco's results, move the rig about 20' and directionally drill well 14-13-7 #1. This well will be spudded in early 'larch and demobilized prior to breakup. Following completion of the drilling and testing program all equipment will be demobilized from the drillsites. ICE PADS The drilling pad will 'be approximately 500' x 500' and constructed using fresh water, ice and snow to form a level pad surface approximately 18" above ground level. The ice pads will be constructed on the tundra to protect the surface area and insure the integrity of any permafrost. No blading or scraping of the tundra is anticipated. Snow berms will be made to contain the water pumped out for t'he ice pad. Only fresh water will be used, the portion under the rig will be solid ice .and the remainder of t.he pad an ice and snow mixture. Once the ice pad is in place 8" .x 8" sills will be set on 16" centers to provide air space under the'.rig. An impermeable liner will be. placed over the sills, then the rig mats will be placed. ,. The attached 'diagram (Figure #2) illustrates the ice pad. The attached diagram (Figure #2Al illustrates a typical drilling pad. As a contingency, should warm weather dictate ice pads cannot he used, a gravel pad will be constructed. Grav§'l will be purchased from Texaco, Inc. An estimated 20,000 yd will be needed per pad. Gravel pads will be approximately 400' x 500' with a 3' elevation, the gravel pad under the rig will then be covered with an impermeable liner and matting boards installed. Upon completion all material and equipment will be remov d..,,,, ,~,.~ ............ ,, ~ ..... ~ .~.,l; Well 14-13-7 #1 wtll utilize the existin9 Texi,,,aco~'i:g~r~av.e:],..'pa:d... :::,"~:.':'.~.%,'.'...~ which is approximately 300' x 500'. ": .... '"'~'::'" '"'"'" '"~':'" .... "" !! ~t ":,; ..' '"ECEIVED P U B L I C A C C E S S Alaska Oil & Gas Cons. Gommission An~h~ra For proprietary and safety reasons, access ~he wellsite will be restricted to authorized persons only. Authorization must be obtained from Amerada Hess Corporation's Anchorage office, located 4t 550 West Seventh Avenue, Suite 1400. The telephone contact is (go7) 274-4512. FUEL STORAGE and d grave will lined Fuel storage at the wellsite will consist of the rig tanks ay tanks, which will be supplied from Oeadhorse via existing 1 and ice roads. Fuel will be stored in steel tanks which be surrounded by a snow and ice berm, which will in turn be with an impermeable plastic membrane, for secondary containment. As the drilling program will be conducted during the coldest part of the year, the snow and ice herms are expected to. remain competent throughout drilling operations. Fuel-flow diagrams, fuel transfer proc'edu res, valving details, spill response, cleanup techniques, and safety precautions are listed in the Oil Discharge Contingency Plan. All personnel working in the fuel handling area will be thoroughly trained in these procedures. DRILLING CAMP Will provi respo stora will regul The modular camp structures supplied with the drilling rig adequately house 60 people. The drilling 'contractor des food service .for the. drilling camp personnel, and is nsible for f°od quality, food service permits and' proper ge. Sanitary conditions in the kitchen and dining'areas be maintained in full .compliance. with governmental ations. WATER SUPPLY Water sources will consist of approved lakes or ponds in the Colville, Kuparuk, Oliktok area. Water will be hauled from these sources by rolligon or truck to the wellsite, i Potable water will be supplied by ' a water treatment facility at . the location. Treated water will then be stored in sanitary storage tanks, for use by camp personnel. WASTE DISPOSAL u Pollutants will be disposed of Generally, combustible wastes will wellsite, and non-combustibles will · for dis'posal at the North Slope -6- as be be haul ed Borough's they are generated. incinerated at the away from the site landfill. Was,t e _ lubricating oil will either be incinerated onsite or will be transported to an approved disposal site. Up to 20 drums of various fluids will be required during the project, mostly for lubrication oil. These will be secured at the wellsite and will be transported .to an approved disposal site when empty and cleaned. Garbage ~nd other non-combustible refuse will be transported totNe North Slope Borough Solid Waste Disposal Facility. Sewage will be processed by an approved camp treatment unit. Effluent from this unit will be chlorinated and discharged in accordance with an Alaska Department of Environmental Conservation {ADEC) Wastewater Discharge Permit, and sludge will be incinerated. Used drilling mud and drill cuttings will be stored in a reserve pit or tank at the wellsite prior to disposal. Mud and cuttings will be disposed of by spreading them out o dispe propo waste produ AOEC n sea ice beyond the 2 meter mark where spring flooding wi rse them together with natural river sediment. It is al sed to dispose of used drilling mud, completiOn fluid a fluids into the formation via the surface casing a ction casing annulus in an interval below 2300' under annular inj.ection .permit. , ll VELOCITY 'SURVEY ,,~ veld guid surv from On completion of drilling and testi.ng, we may conduct a city survey before abandoning the well. This will furnish elines to' more exactl.y interpret past and future seismic eys in the area. The survey .is conducted by moving anywhere a few feet to a few hundred feet away from the well, drilling one or more shot holes through grounded ice or frozen tundra, then loading and detonating several explosive charges, while measuring seismic response at different leve.ls in .the well bore. An alternate energy source may be an air gun fired in a tank or pit filled with water or drilling mud.. This will be done in accordance wi th the Alaska Department of Fish and Game's gui del i nes. OI.L DISCHARGE CONTINGENCY PLAN' An Oil Discharge Contingency Plan is being drawn up and will be submitted for approval in late September 1985. Emphasis is on spill prevention training, reporting requirements, and response procedures. Training will be given to people at all levels with access to the well, including 'contractor personnel. POLLUTION CONTROL. Testing and flaring permit. of the wel 1 wi 11 be done under an ADEC ABANDONMENT AND SITE RESTORATION Upon completion of drilling and testing operations, the well will be plugged and suspended in compliance with State regulations. Ti)e abandoned casing stub will be cut below grade in accordance with ,the applicable state regulations. All equipment and supplies will be removed and the location will be cleaned of any refuse. WILDLIFE bec cha mam lis Wil pol hou to No detrimental effects on local wildlife are anticipated ause of the winter operation. Sea ice and shallow river nnels will be frozen to the bottom so neither fish or marine reals will be affected. Deep water pools that may possibly be h overwintering habitat will be avoided wherever possible. dlife which may be expected in the area during winter are ar bears, caribou, arctic fox,. snowy owls and ravens. Good sekeeping practices will be .used with solid waste and refuse minimize the attraction of wildlife. ENVIRONMENTAL TRAINING PROGRAM All personnel directly involved wi th exploratory work at the wellsite will receive environmental training in compliance with State Lease Sale 43A Stipulation 8. The training program will be divided into two parts:' A basic, program for all personnel visiting the site, and a second, more detailed program for supervisory personnel, drilling crews or service personnel. The program was designed, developed, and approved in response .to stipulations attached to the adjacent Harrison Bay OCS Lease Sale 71. HUflAN SETTLEMENTS vil Col to hot Kup end bui sys The lage ville closest communities to the wellsite are the native of Nuiqsut, approximately 20 miles southwesterly on the River; and ARCO's Kuparuk Production Center, 24 miles the east-southeast. The Deadhorse commercial center, with els, public airport, and other amenities, is connected to the aruk complex by an all-weather gravel road system. From the of the gravel road at Oliktok Point, 20 miles of ice road It by Texaco .will connect the wells with the gravel road tem. ACCESS ROADS coord opera Prudh ice r Ice road permitting· construction and maintenance will be inated with Texaco, Inc. for the Colvil le Delta tions. Actress to the drillsites will be via the existing De - Kuparuk all,weather road system and then to newly built Dads leading,~to the Colville Delta. the p Texac be af Figure #1 shows the complete ice road system and designates ortions built and maintained by Amerada Hess Corporation and o. The offshore portion of the ice road is not expected to fected by any ice movement. · bui thi fre the mai we] dem whi The ice road construction will commence on or near December 1985. The onshore portion of the road will be constructed by lding up snow cover to +6 .inches over undisturbed tundra. The ckness will then be built up to 12 in'ches by spraying with sh water in a number of applications. The overwater part of road will be al most entirely on grounded ice and will be ntained by grading and periodic applications of water. The 1 will be drilled, suspended/abandoned and all equipment obilized over the ice road prior to breakup or May 15, 1986, chever comes first. ..NOW .'..-: ~ .' ...... -...' ...-...-:~?. · - ~ . - _..,.>~ ~ '....~ .:.- ... .--..'- . KEEP CLEAR FOR VENTILATION (Bothsides) ~ SOLID · . RIG MATS RIG rTl - IG MATS " V/?~~/~????,~I".~ SHELTERITE' LINER OR EQU,.,. ENT 8 X 8 -.16"c-c IC'E UNDER' RIG 18" Nora,hal A ..,,e..~ LINER -I-C E SECTIO.N A-A TUNDR AMERADA HESS CORPORATION. ICE PAD- COLVILLE DELTA T. BROOK,5 ,5 - 2B FICURE "2.A" *--IO0.~--L. i!0, ' TEMPORARY CUTTINGS HOLDING AREA 7O' 165' AMERADA HESS CORPORATION COLVILLE DELTA-TYPICAL DRILLING PAD SECTION A-A FLARE PIT J 50'x 50' FLARE PIT (INSIDE DIMENSION) SNOW J ~ BERM TUNDRA ,~, , .r-'C~l~'~ ? -'.'~ _ ! .- ICE PAD 500' x 200' PIPE .CELLAR BOX 500' -' ' ' : '-m [ - i[, : . - . 8-13-85 FTGURE 3 AMEI ,.ADA HESS CORP(' .t.A'T PLAN OF OPERATIONS P'~--. ' ~ ....... .......... .~st0t't OPERATIONS SCHEDULE ~,s~a ... Al'lC', ...... ~ 25-13-6 & 32-13-6 CONSTRUCT ICE ROADS 25-13-6 & 32-13-6 CONSTRUCT ICE PADS MA~NT~N ~CE ~ADS [ WELL NO. 25-13-6, 3Z-13-6 & 14-13-? [ ' · MOraLiZE ~G &RtG . UP N (~-5_,13_6 , . ~ 25-'13-6 ! RIG DOWN & MOVE ! i RIG UP NO.' [ I 32-13-6 ', 32-13-6 32-13-6 , t ' I, . I ' 32-13'6'' .I I TEST WELL I ' [' 32-13-6 t , ,' ',32-13-6 . I RIG DOWN DEMOB I 14-13-7 L.._J' '[ DRILL COLVILLE I 14-13-7 t 14-13-7 I __ 14-13-7 ~14 -13-7 RIG DOWN DEMOB , , 25-13-6 MOBILIZE WORKCNER r-~ 25-13'6 [25-13-6 TEST WITH WOeKOVER RtG ' 25-13-6 RIG DOWN DEMOB' WORI~OVER RIG ' . 25-13-5 '1 I I I DEC J AN F E $ MAR APR MAY 'r ,'~ ~,.:,~,'.,',, ,', ,..; "',": ~ :"I :~'"'.', %.~;' ~i,,...:' !'. ',~: ;.' '..9' ' '*: *i ': ''j -':'5''~ INGS DISPOSAL SITE I : I -, .... . _ -,. . ~ - , -~ ,-'- / ' . ~- .- ? :. , . ~ .... ~~~~~ ........ _ ' ~ ' .~' I ~/I ' /' - ! i 12N ' I 1985/1986 W"T~ ~~ ~ ~'~ ~,./ ~ I/h~,~.~~ , r~ ~.. . I I.. t~ , . : .... EXHIBIT A November 29, 1985 Mr. Robert J. Mead Dril ling Manager Amerada Hess Corporation 550 W. Seventh Avenue, Suite 1400 Anchorage, Alaska 99501 Re: Colville Delta 25-13~6 NO. 1 Amerada Hess Corporation Permit }.Io. 85-278 Sur. Loc. 196'FSL, 895'FEL, Sec. 25, T13N, R6E, UM Btmhole Loc. S A M E. ' Dear Mr. Mead: Enclosed is the approved application for permit to drill the above reference well. The permit to drill does not indemnify you from the 'probable need to obtain additional permits required by law from other govern- mental 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 pre- vention equipment so that a representative of the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled.. ~ere 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. C. V. Chatterton Chairman Alaska Oil and Gas Conservation Commission BY ORDER OF THE COMMISSION be Enclosure CC: Department of Fish & Game, Habitat Section. w/o encl. Department of Environmental Conservation w/o encl. Mr. Doug L. Lowery RMERRDR HESS CORPORRTION November 8, 1985 550 WEST 7TI-,I SUITE 14,00 ANCHORAGE, ALASKA 99501 907-274-45 '1,2 IIIIII111111 Mr. C.V. Chatterton Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: Application for Permit to Drill Dear Mr. Chatterton: Enclosed is form 10-401, Permit to Drill for Colville Delta 25-13-6 #1 well. The application filing fee in the amount of $100 is also enclosed along wi th the required attachments. Sincerely, R'obert J. Drilling Manager RjM:pk Attachments. RECE]VED ._ ALASKA O ,,ND GAS CONSERVATION CO ':..&SION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY {~] DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC I-I SINGLE ZONE [] MULTIPLE ZONE [] 2. Name of operator Amerada Hess Corporation 3. Address 550 West 7th, Suite 1400, .~_c__h_o._ra_ge, Alaska 4. Location of well at surface 196'FSL,895'FEL,$ec. ~ T13N,R6[,U.M. At top of proposed producing interval Same At total depth Same 5. Elevation in feet (indicate KB, DF etc,) GL 10' 6, Lease designation and serial no. ADL-364478 99501 9. Unit or lease name Colville Delta 10. Well number Colville Delta 25-13-6 #1 11. Field and pool Wi 1 dcat 12, Bond information {see 20 AAC 25.025) Type B1 anket Surety and/or number 948498 13. Distance and direction from nearest town 14. Distance to nearest property or lease line Nuiqsut .20 miles 895' feet 16. Proposed depth (MD & TV•) 17. Number of acres in lease!/3'~"~ ~ 6425'MD 6425'TVD fe~.t "1-~ acres ~ .,~ :,_D 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT NA feet. MAXIMUM HOLE ANGLE NA oI (see 20 AAC 25,035 (c) (2) 21 Amount $200,000 15. Distance to nearest drilling or completed well Texaco Col vi 11 e feet 18. Approx~-a]ets~ud date i 3,2 00 Januarv 1_. 1986 ;~ I:10 ~I psig@.~ Surface 3275 .psig@ 6425..ft. TD {TVD) Proposed Casing, Liner and Cementing Program SIZE 'Hole Casing 26" 20" 17 1/2 13 3/8 12 1/~ 9 5/8 8 1/2 . 7" Weight CASING AND LINER Grade 92 A36 N-80 72 47 N-80 N-80 26 Coupling Length Weld . 80' BTC 300 BTC I 2500 BTC I 6425_ SETTING DEPTH MD TOP TVD · 300' I 2500' 'l 6425' I I 22. Describe proposed program: NA NA! NA NA], NA NA NA MD BOTTOM TVD NA NA NA I NA QUANTITY OF CEMENT (include stage data) ~ermafrost concrete ~00' sk Arcticset est. L625 sk Arcticset est.t 125 sk Class G blend See program for detai See attached: Drilling program, diverter schematic, diverter line location, BOP schematic, schematic of Surface location 'and well course, survey plat of the PrOposed location. F.-' C E t V E D ?~.!()V :' '":' '~' .,~ .... '., .,~,~.,~.:~ Alaska Oil & Gas Cons., Collir~Jssiori Anc~orag~ 23. I here~ that the foregoing is true and correct to the best of my knowledge SIGNED// d"'~,,~ ~_~.~ ~ ~~.~ R.J. 'MeadTITLE' Drilling Manager. · .e . DATE 11/8/85 CONDITIONS OF APPROVAL Samples required ~[~YES r']NO Permit number APPROVED BY Form 10-401 Rev. 7-1-80 Mud Icg required {~YES •NO Approval date~ 1 / ~/3 . ~-/29/85 , , Directional Survev required ~ APl number ... I--lYES I~NO J 50- t O-.3- "Z.. O C~",~'""~7' SEE COVER LETTER FOR OTHER REQUIREMENTS ~ 'f J~ ~--~f~t~ ~!'""~ ~'~"~ ~ ~--emb , bY order of the ~o~'lssl'Sh" TM ~' :,? '~' a ~'~,~ Submit in triplicate AMERADA HESS CORPORATION. 20'~LAR 2000lbs. 20 ";~000 20.2000 lbs. 20 "2000 10"OPERATOR TO WEST CORNER COLVILLE DEI'TA GENERALIZED 20" DIVERTER ARRANGEMENT 10 "VALVE 10" VALVE · NOT.E: THE 10' PNUEMATIC VALVE RIGGEr' SO THAT IT AUTOMATICALLY OP~,.~' WHEN ANNULAR IS CLOSED THE 10"MECHANICAL ~I&LVES TO BE LINKED TOGETHER ,SO THAT ONE IS OPEN AT ALL TIMES. THIS DIVERTER SYSTEM WILL BE USED ON BOTH THE 20" CONDUCTOR AND 13 3/8" SHORT SURFACE. TO. EAST CORNER AMERADA HESS CORPORATION COLVILLE DELTA TYPICAL DRILLING PAD . WITH .DIVERTER LINE LAYOUT ICE PAD 500'X500' 70' / 200' CELLAR BOX 500' 500' C.'1 AMERADA HESS CORPORATION FLOW LINE _ ....j ANNULAR . , COLVILLE DELTA GENERALIZED BOP ARRANGEMENT CFECK VALVE I~ $i~1°'.qO00 iba. OPERATOR TO CHOKE MANIFOLD PIPE RAMS COLVILLE DELTA WELLHEAD TUBING SPOOL 71/16" 5000psix 11" 5000psi INTERMEDIATE SPOOL 11 "5000 psi. x 13 5/8 "3000psi. STARTER HEAD 13 5/8"3000psi. x 13 3/8 SLIP ON WELD DRILLING SPOOL ADAPTOR 11" $O00psl. x 13 $/8"$000psi. FOR NIPPLE UP OF 95/8"CASING AND 71/16 '* .5000 psi. x 13 .5/8".5000p~. FOR NIPPLE UP OF 7" CASING e~. STAKED' LOCATION NO OTHER WELLS NEARBY ICE PAD - 500'X500' WITH 40'X70' EXTENSION RECEIVED /k!aska Oil & Gas Cons. ~ ' ~ '~'' Anchor~[i~ AMERADA HESS CORP. COLVILLE DELTA 25-13-6 NOJ 196' FSI., 895' FEI., SEC. 25, T13N, R6E, U.M. SURFACE LOCATION WITH WELL COURj~ ':'i~';'"-. :',':'"~"' ..... . ..... ~ .~ ,,,,:... . SCALE: 1%-50, '"'" ~'''''': -" '. -..'.' .'. ., "~..'... ~'" '...'.' '~~,.<!,","'~ ..\"'" ' ' " ' '"' . ,,", '. --I~~ / ', ~~,'.'.~~.. 'k~55' ~ ', ~ ~% x .'. ~LocATt~.MAP,:".'..~ .'...,' '~' ~ " '..I " '~ ' ." .' .... ' ~ 0., '~ ~ = ".. ' .. ' .'~'1~ .- , ,...: . ,. . . , .. , ' ', LO~,T~D' WITHIN ~ROTRACTED,, SE~~N Ifil ;¢{' SURVEYED FOR: AMERADA HESS IK: ~' o.,. ~ =;=,,;',:..~.,,.~o,.,.,~.,..,.,,o~ '~l.~., FILF..No. 8505,~-12-A- I -2:2 COLVILLE DELTA 25-13-6 DRILLING PROGRAM #1 A · .Short I · · · · · · Surface Hole {0 - 300') - 17 1/2" Hole Complete rig up of. Nabors 1ES over conductor. Two {2} jts' of 20" casing will preset wi th cement in a dry drilled hole. 20 im , , With '#20" conductor in .place weld .on 20 '1/4" - 2~000 .'flange."' Install diverter spool and nipple up to .20" . -' 2,000# annular pr.ev'enter. See dilverter, assembly 'diagram'.' Suspend 20" annular from rotary' beams for 'suPport. Test annular for closur.e On 5" drill pipe.. '(Notify AOGCC 48. hours in advance.} .. . ,, Mix"spud mud and 'rig .Up D'owell cementing equip- .ment. ' , , Pi.ck up 17 1/2" 'bit, bit colla.r, 8'8" steel drill drillPlipe. Drill 17 1/2" single shot survey .@ TD of ate .bottoms up. Pull out of hole. sub, 1-8" monel drill collars, crossover,. hole to~ Take 17 1/2" hole. Circul- Visually inspect casing and drift to 12.25". Dowell. to test cement using rig water,, require four 'hours thic.kening time. Prior' to ru.nni'ng casing (48 .hours) . notify AOGcc to witness job (279-1433). m ............................................. Run '13 3/8" 72'# N-80.Buttress casing a. Dowell float shoe. b. One {1) joint 13 3/8" casing. c. Dowell stab-in float collar. d. 13 3/8" casing to surface. as follows: Pipe lock bot 10' above sho centralizers a Stab 13 3/8" least 350 bbls. tom two joints. Run centralizer, s e and on first two collars (three Pickup stab-in tool nd circulating mud before on 5" into fl oat col 1 ar cementing· ~ ~'.:' ~. ,~q ~ )~ , , ........ one stop collar}. head and circulate at running stab-in tool. DP (no HWDP). and break~ F. n Stab before .: ., B · 10. , , , .Estimated volume of cement between 13 3/8" casing .and 17 1/2" 'OH is 420 cubic feet including 100% excess. Have 800 sacks Dowel l Arcticset .cement On location. ~lix weight 14~.9 ppg. Yield .95 cu.ft./sk. 11. 12. Surfa Pump 10 'bbl s. cement until one (1) bbl. Che '12 div _+5' in water ahead of cement· .Mix and pump re.turns are _+14.7 ppg. Displace with water' and mud to .the fl oat collar. ck float .and pull drillPipe out of hole. (WOC hoUrs before 'cutting 13 3/8"). '.Nipple down. 2'0" erter system. Washout 13 3/8" x 20' annulus to below' gr.ound level and place nonfreezing fluid the top 5" of annulus. with 13 3/8'" casing in .pla.ce, weld on 13 3/8" .starter .head 'and test weld to 700 psi. Install div'erter spool and nipple up .annular preventer. Test for closure on 5" .drill.pipe. see di'verter diagram.. Notify AOGcc .48 . hours in advance for witnessing. .. ce Hole .(+30'0' to 25'00').12' 1/4" H°le . · Co pi on dulls. times, ndition spud mud 'and rig up mudloggers.. Mud- ggers operational 'below '13 3/8" casi.ng. 1 . . ck.up 12 /4" bit, float sub,. 1-monel, 8-drill llars., crossover, jars and HWDP. Drill 12 1/4" le to _+2500. Take single sho.t Survey every 500' d Make sure cellar .i's pumped out al~ 1 · , Circulate and condition hole for..logs. Rig up Schlumberger. and .run following logs from TD 'to surface. a. ISF/LSS/GR/CAL Digital sonic tool (DST) . · Visually inspect casing and drift to 8.5" I.D. Dowell to test cement using rig water, require four hours thickening time. Prior to running casing (48 hours) notify AOGCC to witness job (279-1433) ........... m ....... Calc logs and '_+250 14.9 ulate cement volume from open hole caliper if possible· Estimated volume between 9 5/8" 12 1/4" hole is 785 cubic feet· Should have 0 sacks Arcticset on location· Mix weight ppg. Calculate volume from caliper. ~17.9.~+~25%. VE D '~ ..... m~ ...~ t::~,~ ~'~:~ ';'&'" ~' '~ .... ~'~hJ.,,~..'~...,, C · · ., Circulate .and condition hole for 9 5/8" 47# N-80 Buttress as follows- casing. Run a. Dowell float shoe. b. Two .(2) joints 9 5/8" 'casing. c. Dowell float collar. d. 9 5/8". casing to .surface. ,, ,, Pipe lock bottom two 'joints with centralizer above' the shoe and the next three, collars. centralizers and one stop..collar}. Fill ~very 'five joints. Have. circulating head able.. 10' (Four casing avail -. · · Circulate at least 500' bbls. of mud before ing". "Precede cement .wi th a 20 bbl. spacer. Maintai'n pumping and displacing _+8 bpm. Keep .cellar..pumped out. cement- wal~er rate at If. no' cement returns to surface, 'perform a top job. Drain head and Hydril and flush out' well-. head. Washout 9 5/8" x 13 3/8"' annulus to +5' below', ground, level. .Place nonfreezing fluid 'in ann'u 1 us'. Install casing hang.er and set slips.with available .casing 'l oad. 10. Cut off g 5/8" casing, set back Hydril and install wellhead assembly. Nipple up BOP as per attlached diagram and test as follows- a. 13 5/8" flanges b. 11" flanges c. Hydril d. BOP e. Kelly cocks, standpipe f. Choke manifold 3,0.00# 5,000# 2,500# 5,000#. .5,000# 5,000# Rig up flare and blow down lines. Fill choke manifold with nonfreezing fluid. AOGCC may witness testing procedure. Intermediate Hole (2,500'-_+6,425') - 8 1/2" Hole I · Install wear bushing· Run 8 1/2" bit with slick assembly· Strap in hole to float collar· Check against casing tally· Pressure test casing to 2,000 psi. (Burst 9 5/8" 47# N-80 is 6,870 psi, collapse 4,750 psi). If cement 'job was question- able a CBL/VDL/GR/CCL log may be run. · · · · · Drill hole. a · b · , out float collar and shoe and 20' of new Run formation leak off test as follows. Rig .up Dowell - fill hole and .pipe. Close p.ipe rams, install continuous recording pressure gauge. Pump down 'drill pipe in one-fourth barrel i.ncrements at lowest i possible pump rate, After displacing eac'h one fourth barrel, shut 'down pump and record pressure and volume. Continue 'this procedure until the Pressure '.'rise i's no longer proportional to the volume increase'. .. When formati.on sta'rts to take fluid, shut pump down and record . pressures. 'Release pressure" and 'measure the .back.fl ow. .Use the leak-off te.st forms for recording the data. Pick monel colla drill di'rec up 8 1/2" 'BHA as follows: Bit, , 6 1/4" drill collar-sta.b, 6 r-.stab, .6 1/4" drill collar-stab, collars, jars, HWDp. Drill ted .by wellsite geologist. (1) 6 1/4" 1/4" dr~ll · (8) 6 1/4" 'ahead as Drill forma gist. above requi an 8 1/2" hole to top of the Nu'iqsut Sand tion at _+6125' as directed by wellsite geol'o- .A MWD tool may be run approximately 100.0' the .zone. Circulate and condition hole as red. Pick up 8 '1/2" 'coring assembly with 6 3/4" x 4" x .60' standard core barrel with stabi' lizers. Install pump out sub and pick up drilling jars. Continue coring' as directed by' wellsite geologist.. 60' cores will be cut. 'After coring is complete..drill ahead as directed by wellsit'e geologist.. Drill enough rat hole to ensure log pickup over the lowest zone of interest. After coring the Nuiqsut Sand and drilling rat hole, condition the hole for logs. Run the following the 9 5/8" shoe. geologist- electric logs from TD back to Coordi hate wi th wel 1 si te a. ISF/LSS/GR/CAL b. Digital sonic tool c. LDT/CNL/NGT/GR d. EPT/PCD/GR e. SHDT f. RFT/GR available at (DST) District Office , , '.~ . . "{ :~. ~ ~ .' · '~ · ' Cons. Am:/.;~:~r "-', .:4 ..,, · · g. SideWall cores as directed by wellsite .geologist and logging engineer (90 shots available} h. VSP Visually inspect' casing and drift to 6'1/4". Dowell to test cement using rig water. Require five hours pump time. Notify AOGCC prior to casing job. .. , , A.fter logging is Complete, trip and cond.ition mud for casing· Prior. to. running casing,, check additional' D.V. collar.loca, tions the 7" casing as follows' '5410# ) , a. ' Remove top pipe rams. b. Pull wear bushing. C ~ 'Run test plug on D.P. BOP to.2000 psi. , , d. Retr.i eve tes't' 'pl ug. 'e. Dowell 7" Buttress fl o f. TWo (2) joints 7" 26# g. Dowell 7" Buttress float h. 7" 26# N-80 Buttress 'to in to circulate Install 7" rams. with office for if re.quired. 'Run (But'st-7240#, collapse- Replace· with 7" rams. ,. CloSe annular and test at shoe. R£C£/VED Alaska Oil '~:'" c o 11 a r. . a.S~ ,Co~s. Ooa~.~syo~' 'surface. Caliper last five joints of 7'" to insure O.D. size will .accommodate slips. Run one (1} centralizer 10' above shoe and neXt five (5} collars. Thread lock bottom three (3) joints. Run centralizers on every collar from T.D. to 5500'. Hook up circulating head and circulate as required to clean hole~ Circulate at least 500 bbls. Plan program to bring cement back to _+4,000'. Esti- mated cement requi red i s 425 c.f. using 25% excess. Cal cul ate cement vol ume from cal i per log. Cement with Class "G" with 3% KCL, 0.8% D60, 0.2% D46. Slurry weight 15.8 ppg. Yield 1.15 cf/sk. 4.97 gal/sk. Precede cement with a 50 bbl. water flush and displace with mud at 10 bpm. Do not exc'eed 1500 psi when pumping and 2000 psi when bumping plug. Do not exceed 10 bbls. of over displacement. DRL:,35'55 10. 11o, 12. After cementing is complete and floats are checked land casing with available hook l~d. Install tubing spool. Te'st packoff to 5,000 Pressure test the BOP as follows. AOGCC ma'y witness BOP testing. , a · Ail rams~ valves cho~e m~nifold - '5000# Annular revente~- 2 500 ' Prepare to pressure test casing .to 3000 drill out casing and run CBL/VDL/GR log survey. ,Completion program to folloW. psi ano a nd gyro LIST FOR NEW WELL PERMITS Company .,-~./, "~- Lease & Well No. ITEM APPROVE DATE (2) Loc" (/-/ ti"! thru 8) (3) Admin ,¢~.,. .... ' ' "~ ')'' ~' thru 112/;'''/~ (10 and 12) YES NO 1 Is the permit fee attached · eeeell®lleeel®.lelee, leeell lie.lille.el.lee ... ..~, 2. Is well to be located in a defined pool .............................. 3. Is well located proper distance from property line ..... .~.~'~' ~. ~. ~.n ~o~.~ ~o~.~ ~.~. ~o~ o~.~ ~.ns ..:::. :::::::::..:...~.. 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 ...................... bond in force 9. Does operator have a .................................. 10. Is a conservation order needed ...................................... , ,, 11. Is administrative approval needed ................................... 12 Is the lease number appropriate REMARKS (4) Casg~,._~/'~ //-/~.,~,f' 13. (13 thru 21) .14. 15. 16. , 17. == 18. · " Z lf""~ ;~ (22 thru 26) .... .~....,~-3~., Is conductor string provided ........................................ ~/ , Is enough cement used to circulate on conductor and surface ......... //~ Will cement tie in surface and intermediate or production strings ... ~. Will cement cover all known productive horizons ..................... ~ ' Will surface casing protect fresh water zones ....................... ~ his well to be kicked off from an existing wellbore . ~. ~ ..~o~..~..~o.~..~ ~o~.~u~. ~.~u~.~ o. ~0-~0~ 2122121121 :::~dequate wellbor, separation proposed ~ .eeeee..eee.eeeeee..eeeeeeee ~~ diverter system required ..... %.Az~'necessary diagrams of diverter r~ D~dg BOPE have sufficient pressure rating - Test ~.~.~ ........ tho choke manifold comply w/API RP-53 ~ho pres of ~2s gas probablo ~ ence ................................. ellelellelllelelell Illlllllllllllllllllllllll ' c ,.,'"'," Additional Remarks: .~ =. ~,,~.,, ...... ~.~.~, ,:.'.' ' Geology: Eng~neerin~: . JAL ~.,~,' rev: 03/13/85 6.011 INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA' NO.' SHORE ....... ~;,'".,~.. ~' ~. L,,, "~ "~] J' *~'"--- 0 U Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information, of this nature is accumulated at the end of the file under APPENDIXi ,. No special'effort has been made to chronologically organize this category of information. LES WITH LOG DATA WERE FOUND ON THIS TAPE FI'LE NOs1 2 I NUMBER= LATITUDE= KB ELEV= ELL .NAME; 'COLVILLE DELTA 25~13-6 LONGITUDE= GROUND ELEV: PERATOR$ AMERADA HESS CORP. TOWNSHIP: 13N WILDCAT SECTION= 25 AL ALASKA RANGE= 6E · NORTH SLOPE COUNTRY= NG DIRECTION= NG COMPANY= !GGED~ . *** C'OMMENTS *** OHMM. 'LM.'i OHMM <.:OHMM'.. .. GAP, I'' 'U'S/F" 'GAP! ~;'"i ..... "'. TOP m 35~.~ 35B,B~ '35~.~ .,. '3'5~.~ 35~.BB 35~,~ 35B.~ . , BOTTOM mm 227'8.~ 2278.~ 2278.~ 2278.0~ 2278.g8 2278.~ '2278.B~ , ..',¥' ~.,, ', ',, ...,', .-,,..; ., .r..:..' ,, ....: .'...~, . . ~,:,,.., ... ,,' . ,'~.., ,, MIN g.1479 1.6484 1.7578 -1'25.750g -415.5ggg -415.5g~ MAX 2~0~.~0 2E8~.~0~ 8.,1484 97.6875 189.~0g 97.6B75 INCREMENT 0.598~ F ~.500~ F ~.50~ F ~.50gg F 0.5000 F ~.5090 F 0.5000 F ' mmm ,. k EPA TA VERE FOUND O. T. IS TAPE /Cpo .;,S '~EL ~}:LIS FILE NO~ 3 B:~API NUMBER; 581532~54 LATITUDE: KB ELEV; 48, ~VELL..NAHE~ COLVILLE DELTA 25-13-6 LONGITUDE~ GROUND ELEV: 15, , ~-~ II~,O'PERATOR~ AMERADA HESS CORP, TOVNSHIP; 13N ~.FIELD~ VILDCAT SECTION~ 25 ~TATEt . . 'AL ALASKA RANGE= 63 OUNTY= . NORTH SLOPE COUNTRY= ' ~.PEC[F. ICAT[ON NUHBER= 2 .' ~OGG. ING DIRECTION= UP ' " ~OGG:I, NG COHPANY~ 4614, .. ~::DATE"L'OGGED~ 86,,2,,8,, ~[KB:ELEVATION~ 48, OGGIRG INTERVAL= '2264,' - 6865, ~.{":'. C'ONMENTS 1,"tng 'Fluid=GEL 'Number =2 .... .'. . ' · "~' ~l'm"m m m m ! UNITS .. . i?!-..:,:;,r ',S '.NS' ,., 'F/HR :OHMM' GAP I I.TI':..:; .... US/F .::...:, ,. US US TOP BOTTOM MIN MAX INCREMENT 6195 61 6195',BB 6195,BB 6195 6195 6195 6195 6195 .6195 6195 6195 6195 6195 6195 '6195',BB. 6195 ....~.. .... 6195 ,.,e,e* .6'1.95, 6195,B.e* 6195 6195 6195 6195 ,. 6686.5B ~.BOSB O.~0~O O.5BB~ F 6686.5B 9999999.BBO~ 9999999.O~BO 8.5BgB F 668'6,55 795,B~OO 1511,O~OO B,50~O F 6686,5~ g,7950 1583,6394 ~,5505 F 6686,55 3185,50~B 3420,~B~ O.5OBB F '6686,55 1191,B~ 2264,B~gO O,5OBB F 6686,5~ 49,8750 57,7188 g,5~OO F 6686,55 2,2715 2,2715 ~.SBB~ F 6686,55 36,1563' 113,4375 O,5OBg F 6686,50 43,9.688. 113,6875 O,SBBB F '6686,5g -116.50~ 332,B~OO O,5~O~ F 6686,55 -982,Bggg .314,BgBg B,5gOB F 6686.,50 6189~5742 6709,8252 O,5g50 F 6686",5g 619~,5410 6715,825Z O.55OB F 6686,55 9999999,~5OB 9999999,~BBB g,5BOB F 6686;55 3444,2622 3444,2622 O,.5ggO F 6686,~50 -184,B5OB 472,~BgO 'O,5~OO F 6'686,5~ O.~BOB . ~.~BBO O.SBOB F .6686 5 .~ B,BB~g 0.~g~0 0.500g F 6685,55 O,BBBO B,ggBO B.5~ F SCB~." SLTT MV. NV US' HV US US/F 6195.gg 6195.~g 6195.gg "'6195.~ 6195.~ 6195.80 6195.~ 6195.88 6195.88 6686.50 6686.58 6686.5~ 6686.58 6686.5~ 6686.58 6686.50 6686.5~ 6686.5~ 6686.5~ 5.8242 g.~039 2.0080 E.6265 8.8888 -34.9688 8.8888 0.5880 F 5.8242 8.5888 F ~.g839 ~.5088 F 2.0898 8.5~g F 8.6265 0.5~0~ F 8.8888 '8.5088 F -34.9688 8.5888 F .. · . .,, ,. . ., .... I m i ii ~ I mi II ~ 11 '''DEPTH ':'?'i'''' '$PLU GR ':' :GRS IL DTCO 2278. 0000 3 · 7285 3 · 816/* -/* I 5. 7500 -/* 15 · 7500 0.0000 2277,5000 3.7285 3.816/* -/.15.7500 -b15.7500 0.0000 2250.0000 3.2383 3.2266 -/.15.7500 -/.15,7500 130.0000 2000.0000 3.2/.61 3./.395 61.8437 61.8/.37 139.0000 1750.0000 6.9961 5.8867 57.3125 57.3125 161.0000 1500.0000 12.2031 1/*.5000 6/*.5000 6/*.5000 157.0000 1250.0000 172.0000 b8.0937 ~1.0625 /.1.0625 88:0000 1000.0000' 121.3125 52.5937 ~3.6250 /.3.6250 99.0000 750.0000 202.1250 32.5000 32.1875 32.1875 97.0000 500.0000 59.1250 26.6562 /.2.3'125 /.2.3125 85.0000 3/*3.5000 3.2852 31.2500 32.0000 32.0000 56,0000 . .' · ILD 3.6367 3.6367 3.2187 3./.570 6.1172 2/,5.0000 81.6250 105.0625 2/*5.2500 SP -29.812.5 -30 .~062 -33.0625 -42.3/*37 -37.2812 -21.0156 -59.1250 -101./.375 -90. 1250 -35.5937 Tape File Start Depth 7'ape F~'le End Depth Tape File Level Spacing Tape File Depth Llnits 22'?8.000000 343.500000 0.500000 Feet Tape Subfi Tape Subfi type: LIS le ~ is type: LIS DEPTH '- TENS FLS RTLS LITH FFSS RLIT LSRH ¢~SS FCNL RHGX RW1N W2NG SGR DIFF CS FSS RTSS SS1 FFLS RSS1 LURH RHOB NCNL RWSN RSGR WlNG CGR TOD TIME ETIM MARK RCAL CALl NSEQ RFLS RFSS LL LU LS SS2 LSHV SSHV RLL . RLU RLS RSS2 PEF SIRH QRLS O, RSS QLS DRHO DPHI RNRA NRAT NPHI SCNL RW/~N RW3N R~,12N WSNG W4.NG ¥t3NG THOR URAN POTA TPRA TURA 6737 3/*50 74. 24-7~ 62 -0 62 2 0 952 2 359 165 107 .0000 .0000 .6875 .0000 ./*062 .0132 .4.062 .5000 .0522 .0000 .9082 .5000 .5000 ,3750 O . 2306. 78. 24.90. 216. O. 216. 2. 2. · 2876. 9. 109. 359. 56. 0000 0000 5625 0000 5000 0039 5000 4.805 5879 0000 05/*7 2500 5000 7500 192720880.0000 780.0000 0.0000 1.5996 ~996.0000 80.1875 132.8750 262.7500 303.0000 1~b6.0000 132.8750 262.7500 303.0000 4..3125 0.5986 0.690~ 0.0869 0.0371 2.7832 0.3062 1'i.6~06 50.4.375 9.054.2 11.6b06 7.859~ .7.0859 4.3~77 1.108~ 0.7800 8.5000 72.4.37 5 264..2500 14.37. 0000 264..2500 2 .316/* -0.0527. 3 .0195 0. 000 0 165.5000 50.4.375 0.0181 6736 34.34. 75 24.74. 62 -0 62 2 0 952 2 359 165 107 .50 .00 .00 ,00 .03 .50 .05 .00 .99 .50 ,50 ,37 O0 O0 O0 O0 62 76 62 O0 22 O0 8O O0 O0 5O 1256. 78. 2~90. 216. -0. 216. 2. 2. 2876. 9. 109. 359. 56. 0000 192720928.0000 14.32.0000 2.2120 0000 0.0000 1.5996 2.7227 5625 a. 996.0.000 80.'i875 72.4.375 0000 132.8750 262.,7500 26b.2500 5000 303.0000 14.46.0000 1~37.0000 0107 'i32.8750 262.7500 264.2500 5000 303.0000 /*.3789 2,3164 ~805 0.5986 0.690~ -0.0527 5879 0.0869 0.0371 3.0195 0000 2.7832 0.3672 0.0000 05/*7 11.64.06 50.4.375 '165.5000 2500 9.05/*7 11.6A06 50.a375 5000 7.8594 7.0859 0.018i 7500 4..3~77 1.108~ S500 3770 77 2466 80 0 70 2 .0000 '.0000 .5000 .0000 .1875 .0156 .1875 .2012 181.~.. 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9,8203 75.3125 '75.3125 498,7500 532,5000 lb32,0000 1219,0000 520,.0000 55~,5000 5.3125 1.8721 0.6621 -0,0469 0,2759 3,7656 0,3970 0,0000 62,0937 183,2500 10,I797 62,0937 2,9180 0,0273 2.,7852 3500.0000 0.0000 192730928.0000 2260,0000 I770.0000 26.0312 76.1875 80.3750 5000,0000 2908.0000 2886,0000 283,7500 121.~375 2b2.1250 378.5000 0,0469 -0.0503 286,5000 i27,6250 24~..5000 387.0000 2,0977 2,0977 0.6318 0,0278 2,2031 0.1055 291.5000 1857.0000 3,5957 2,8262 8.8984 12,8516 350.0000 108,6875 8,898b 180.0000 350,0000 11,5781 115.2500 87.5000 ~.~? 1011o0000 5570,2158 11,0781 11,4531 90,1875 83,2500 ~ 9 '1 . 7500 522.. 500 0 1~29,0000 '1~ I 6,0000 ~ 90,0000 53 1 . 500 0 ~.2656 1,88i8 0..6660 -0.0195 0,2695 3,7773 0,4126 0,0000 41,5312 '180,0000 12,8516 ~.1,5312 3.6582 0.0293 ~ 1~t, t 2.1191 2. 1250 0.6~21 0.6~79 -0,0093'.'. 0.0098 2.1680 0.0~79 0.2915' ~.085g ~51.0000 18~.0000 3.6973 0.4316 0.0000"~': 2.8301 13.0781 4.023~ 57.3~37 155.8750., 328.7500 102.~375 13.0781 ~.023~ 57.3~37'ii! 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~27,5000 12.8125 13'~.2500 10~,9375 '3.4062 98~,0000 7069.3086 11.1953 11,5625 72,1250 76,1250 572.5000 618.5000 1426,0000 1~11.0000 600,5000 6~4..5000 ~.3203 1.8916 0.6~89 -0.045~. 0,3628 4,0820 0,~868 0,0000 89.3125 192.7500 14,05~7 89.3125 3,7383 0.0376 3.~258 2500.0000 0.0000 192732928.0000 i835,0000 1807,0000 27,1875 77.2500 77.1875 5000.0000 2238.0000 27~6,0000 34.3.7500 163..8750 230,7500 371.0000 -0.0254 0,0068 34.2.5000 160.'1250 228.8750 364.5000 i.9912 1.9912 0.6235 0.0273 2,0371 0.0~ 385.0000 1646.0000 3.9980 2.8437 13.2500 22.4219 491.2500 i50.1250 43.2500 227.2500 ~91.2500 12.1953 i~.i.6250 77.7500 5.804.7 1001.0000 7566,0~39 I0,I562 10.609~ 68,1875 76.1875 576,0000 632.0000 1~25,0000 i~10.0000 586.5000 635,5000 3,2812 1.8809 0.6655 -'0.0278 0.3711 ~.273~ 0,4912 0.0000 65.1875 227.2500 22.~219 65.1~75 9,2031 0.0210 1.32~2 2250.0000 0.0000 192733~2~,0000 1770.0000 1840.0000 27,0312 73.2500 73.1875 5000.0000 28h6.0000 2490.0000 84..3125 17.5156 5~.3125 9~.6250 982.0000 8060.162 1 8. 16~'i 8.773.5. 79.7500 64, 1875 '16~ , 2500 166 · 500 0 lb. 27 .0000 lb.I'2..OClCI~ O~ 1~5 · 3.6055, 0.0000 . ' 2.0352 139.5000 36.?500 0.0000 2.0352 I2' 2187 z~6,8125 139,5000 O. 25~9 b, 7852 O, 0015 36.~375 3 ./~ 199 1 . 7393 0. 0532 2228.0000 0.0000 192733456.0000 976.0000 8096.3145 1805.0000 1839.0000 27.0312 8. lZ~8~ 8.7578 7 5,7500 75,3750 500~ o 0000 82,8750 68.375.0 2/~62. 0000 2370,0000 9b, 6875 18~ , 7500 187 , 0000 18.8906 5/~. 2812 96.5000 1427.0000 1/~11.0000 -0,0698 -0,0/~35 96.6875 ' 183.8750 188,6250 17 , 8281 51 , 9375 96,4375 30 . 2656 4 , 8:320 2,703 1 2.7~22 O, 6592 0,/~961 O, 007 8 -0.1/~21 2. 1699 -0.5327 0.290.0 ~. 0~30 350.5000 1418.0000 4. 1016 0.5381 0.0000 3.1348 2.0352 ~.0703 22.3906 76.3125 186 , 2500 53.3/~37 2 , 0352 b · 0703 22 , 3906 7 6 . 3125 18'6 , 2500 ~ , 8320 2 . 9023 0 . 0 I 12 57. 4062 35. 5000 ~. 3008 1 . 66b 1 Tape File Start Depth = 6277,000000 Tape File End Depth = 2228.000000 Tape File L'evel Spacing = 0.500000 Tape File Depth Units : Feet Tep~ Subfile 3 is typ.e." LZS ,~ .: '.": DEPTH DIFF TOD TENS CS MARK SP SPMV RSF'L SFLA SFLU ILM RWA RCAL CALI DTL TT1 TT2 AMPL CBL TO SCBL SLTT DT TIME ETIM RSP RSPA RILM ' ' RILD CILD ILD RGR GR TT3 TT~ SRAT : TT SPHI RWAR 6888.5000 0.0000 192690656, 1835,0000 2280,0000 28, -15,4297 -601,5000 288, 3.6055 3.6055 2. 2.3730 9,0000 8. 94.2500 1070,0000 881. 4\3906 0 0088 2 0.0000 0.0000 94, 6888.0000 0,0000 192690688, 2134,0000 b21,0000 28, -15.9~53 -601.5000 288, 3.6055 3'.6055 2. 2,3730 9,0000 8. 94..2500 1070.0000 88I, ~.3906 0.0088 2. 0.0000 0,0000 9~, 6750,0000 0,0000 192690960. 34.74,0000 1825,0000 50, -22,0000 -601,5000 382. 2,7520 2:7129 2, 2.0762 9.0391 8, 96.5000 1070,0000 901. 9.578i 0,0278 2. 0.0000 0.0000 96. 6500.0000 0.0000 192691~56, 3~3~.0000 1810.0000 49, -29.5000 '-60'1.5000 356. 3.1270 2.9121 2. 2.3945 9,0781 8, 89.2500 1069.0000 887. 5.89~5 0.0083 2. 0.0000 0.0000 90, 6250.0000 0.0000 192691952. 328~.0000 1818.0000 50. .... 43.5000 -601,5000 459. 2.,2969 2,26'i'? 1, 1.78'12 '12,9922 'i2. i08.0000 'i280..0000 1068, 2,5996 0,0039 2. 0.0000 0.0000 108. 6000.0000 0.0000 192692464. 32~0.0000 1S80.O00n Rn 0000 0000 0000 8652 5000 0000 0000 7500 0000 0000 0000 8652 3203 0000 0000 7500 0000 0312' 7500 2305 359~ 0000 0000 1.250 0000 2187 5000 7363 3984 5000 0000 2500 0000 03i2 2500 94.43 a375 0000 0000 5000 0000 789,0000 586.0000 325.0000 ~21.0000 90.3125 1259.0000 0.8989 0.2554 ~272,0000 585.5000 325,0000 421,0000 90.3125 1259.0000 0,8989 0,2554 994,0000 579.5000 ~17,0000 481,5000 89.6875 1262.0000 0,6216 0.2607 1000.0000 572.0000 340.2500 b'i7.2500 71.6875 1250.0000 1.1182 0,2368 983.0000 558.0000 4.77.7500 56i.0000 73.5625 i486.0000 0.70~1 0.3022 1069,0000 0,7890 2.~570 297.2500 2.3730 96,8125 1071,0~00. o.oo0o. 0,0127 5.0630 0.5625 297,2500 , , 2,3730'.- 96,8125 I071.0000 0,0000 0,0127 273.2250 -12.4.8~ "'398.0000 2,0762 91.5625 1075.0000 0.0000 0,01~6 766.0195 -6,3125 350.7500 2.3945 78,b375 i07i,0000 0,0000 0,0151 '1259,5037 .... i0.9609 460,2500 1,7812 7'7,8125 1283.0000 0.0000 0,0151 1780.9'167 5750,0000 .... 3 o'0oo -/~2.5000 /~. 0898 3.0898 106.0000- 3,2656 0,0000 0.0000 192692928,0000 1071.0000 2263 1680.0000 50,0625 55'9.0000 -9 -601,5000 259.7500 28~.2500 280 3.9980 3.2715 323.5000 3 9.4766 8.8125 121.3750 122 1226,0000 1022.5000 lb53.0000 I235 0.0059 2.0000 0.~565 0 0.0000 105.7500 0.2939 0 .859~' .75i o, .5000 .o89e" .9375 .0Ooo .0000 · .01h. 6 5500.0000 306b.0000 -11/~. 7 500 5.4805 Z~ ./~570 96.0000 6,6992 0.0000 0,0000 19269342~.0000 897,0'000 2742 1995,0000 50.0000 486,7500 -6 -601.5000 195.6250 195,5000 19~ 5.30~7 4.7227 224.1250 4 9.2891 8.6172 87.0625 89 1113.0000 921.0000 130~.0000 1116 0.01~6 2.0000 0,669~ 0 0.0000 96.2500 0,2612 0 .0088 ,2305 .0000 ,~570 ,9375 ,0000 ,0000 ,0161 5250.0000 2860.0000 -95.2500 3.9805 3.5332 103.5000 2.6738 0.0000 0,000'0 192693872,0000 876,0000 3192 2038.0000 50.0000 506,2500 -2 -601,5000 268.7500 255,6250 2~7 3.8633 3.6348 283.0000 3 9.8516 9.19'53 92.6875 95 1250.0000 1030.0000 1~66.0000 I25~. 0.0132 2.0000 0.~b82 0 0,0000 10~,7500 0,2905 0 ,7607 ,2090 .1250 ,5332 ,6250 .0000 ,0000 ,0176 5000.0000 0.0000 19269~320.0000 882,0000 2760.0000 2039.0000 50,0625 57~,5000 -27.0000 -601,5000 223.0000 206,7500 4.,9805 ~.6562 ~,4727 23~,2500 h.2656 9,5781 8,9.1~1 80.4375 100,7500 1189.0000 997,0000 ,la. 09.0000 6,7891 0.0098 2.0000 0,6064 0.0000 0.0000 101,0000 0.2783 3635.5093 1,3535 206.7500 4.2656 88.93'75 1196.0000 0,0000 0,017I ~¢750,0000 0.0000 192694768.0000 885.0000 b077,6099 2670,0000 2034.0000 b9.9687 512,000'0 ~.,2695 -89.5000 -60'1,5000 208.1250 200.8750 198.0000 5.2i09 ~.9883 4.6016 225.2500 ~.~1375 ~.~375 9,4609 8,7969 90,0000 91.8125 103,7500 1190.0000 992,0000 1~05.0000 1192.0000 5.9375 0.0146 2.0000 0,6860 0.0000 0.0000 0,0000 10b,5000 0,2900 0,0166 z+500.O000 0.0000 192695200~0000 893.0000 4520.0176 259~..0000 2026.0000 ~0,0312 461,7500 11.~375 -139.7500 -601.0000 244.6250 21~.7500 20~i.6250 4,3984 4..2~22 ~.3125 235.7500 4.2383 ~.2383 9.645~ 8.984~ 89,8750 9~.8'125 106.5000 1237.0000 '1028,0000 1~9.0000 12&5.0000 2..8945 -0.0034 2.0000 0.5537 0.0000 0.0000 0,0000 'i06.1250 0.29~9 0.0190 ~250.0000 0,0000 '1926956~8.0000 871,0000 2460.0000 205~.0000 50.0312 505,0000 -96.5000 -601,5000 218.1250 208,8750 4,6680 a..7578 ~.4297 225.6250 ~ .bm~Q7 q . ~AT~ O A~ I0 oo ~960.6162 13.1250 199.2500 ~.4.297 1.5557 1,66'11 1,8~28 625.0000 1,5~96.-..?.~. 1.5996 9.3906 8,7187 lO7,0000 115,~375 , '133.2500 1338.0000 1070.0000 '~586.0000 13~5.0000 0.1230 0,0078 2,oooo o,24.66 0,0000 "' 0;0000 0.0000 120.2500 0.3335 0.0205 '~,, 3750,0000 2~10.0000 -115,2500 2.9359 2.2~22 119,7500 7..6758 0.0000 3500,0000 228~,0000 -115.9375 3.6621 3,3965 115,2500 5,8867 0,0000 0.0000 192696560.0000 863.0000 58~0,4.238 2066.0000 50.0312 4.86.2500 15,8750 -601.5000 ~97.2500 ~25.2500 374..0000 2.0879 2,1875 4.4.5,5000 2,2422 9,9766 9,3281 89.3750 99,1250 1369,0000 1137,0000 1606,0000 1374.,0000 0.0024. 2.0000 0.7500 0,0000 0.0000 119.5000 0.3320 0.0190 3000,0000 2110,0000 .... 119,6875 2,6816 2.5391 123.0000 4..5352 0,0000 3250.0000 0,0000 1926974.24.,0000 858,0000 6707,8857 2210,0000 2092,0000 50,0312 4.82,0000 15,2656 -119.~375 -601,5000 3~8.5000 320.0000 281,0000 3.0586 2,9805 2.9082 322,0000 3,1035 3.1035 10.0625 9,4.14.1 105.0000 105,5000 121,0000 1390'0000 1153.0000 1621.0000 1396,0000 5.3633 0,0039 3.0000 0.5229 0,0000 0,0000 0.0000 121.7500 0,3374. 0,0200 2750.0000 1950.0000 .... 135.0000 3.2773 3.1934 120,7500 z~.!680 0.0000 2500.0000 1870,0000 '"1i3,0000 2,3'125 2.3164. 146.7500 8.0000 0.0000 0,0000 192696992,0000 86/*, 0000 6276.3926 2072. 0000 50.03 12 4.85,5000 17,93 75 -601,0000 266,7500 281,0000 256,0000 3,8926 3,3105 294., 2500 3,3965 10, 14.06 9,5000 104,3750 113,6250 1335,0000 1 133,0000 1580,0000 134.3,0000 O, 0054. 2,0000 0,4.517 O, 0000 0,0000 1 I5.5000 0,3218 0,0181 0,0000 192697856.0000 2114.0000 50.0312 -601,0000 375.2500 2,7676 2.4473 10,1953 9,55~7 14.4.5,0000 1206.0000 0,002~ 2,0000 0,0000 123,7500 0.0000 192698288,0000 2120.0000 50,0312 -601.5000 248.3750 4,1797 2.9766 9.9531 9.3047 1540.0000 1271.0000 0.0049 2.0000 0.0000 lol,5000 0.0000 192698704.0000 2023.0000 50,0312 '-601.5000 ~76.2500 2,1797 2.I4.06 10,~453 9.8125 1578,0000 1317.0000 0.0010 2.0000 0,0000 146.7500 842,0000 7133,7773 /~81,7500 15, 1250 380.2500 331 ,7500 393,5000 2.539 I 98 , 2500 105 , 8 '125 1701 · 0000 1'44.9 , 0000 0,391 I 0,0000 0..3418 0.0186 8Z~6. 0000 7558. 693~. 4.66.5000 15.0156 312. 7500 270. 0000 312.. 7500 3, 193z~ 120.5625 128.6250 1806.' , 0000 154.6 . 0000 0.4751 0,0000. 0.3369 0,0190 896.0000 7988.513'/ 488.5000 17.3125 t~34,5000 361 ,5000 43 I . 2500 2,316~ '124 . 0000 134. , 2500 '185 I , 0000 1584 , 0000 0.6855 0,0000 5000' '."-'~' :',':.;'~'!i'27'. 3 0:~ 7 · · .. :4~,;.2 ..,. ~.~.., . ,, ' ,, '"" 9,~. 1875'.. . ,.¥.,. 0'0'0'. 0000 .. :', :~:=:.'.,.. ~73.5000 . 768.0000 0.233~. 0.0000 O. 0000 O. QO00 2017.0000 0.0000 1675.0000 2068.0000 -160.3750 -601,0000 6.6875 11.4062 t00,4375 9.1797 292.5000 733.5000 0.0000 0.0000 ' .,~i' 8 '~:"S 1'5 S 618,o00o 2.0000 57.3750 192699552,0000 50.0312 90,8750 2000,0000 8.5078 626,0000 2,0000 80,1250 .::1 1 .':'/' 11; e~:~'7:.:.',. '~ 0"~ .7.8"12 ' 1710.., ~?000 0.3755 0.01~6 874.0000 /4./~ I .0000.. -26.5312 9.9653 37. 1875 848. 0000 0.1123 0. 1880 1 7 .'5 8823.6680'" 18.203 1 0,624 5,, 100.b375 ~1 ,8750 736.0000 0.0000 0. 300:~ Tape File Star't Depth = Tape File End Depth = Tape File Level Spacing = Tape File Depth Units = 6888.500000 2017.000000 0.500000 Feet '1'sEPARATE WELL FILES WITH LOG DATA WERE FOUND ON THIS TAPE ?~;.?.,. ,,' S FILE NO= 3 ! NUMBER= .5~1~320854 LATITUDE= L-NAHE= COLVILLE DELTA 25-13-6 LONGITUDE= ERATOR= AMERADA HESS CORP. TOWNSHIP= EL.D~r WILDCAT SECTION: 'E.f AL ALASKA RANGE= NTY,=' NORTH SLOPE COUNTRY= ICATION NUMBERs .2 NG DIRECTION= UP :NG COMPANY= 4614. IGGED= 86,.2..8.. LEVATION: 48. £"NG.,INTERVAL~ 2264. *** CONNENTS I F]uid~GEL 02 - 6865. 138 25 63 "' UNITS.· TOP , . $ NS !.S' ':LB :Si,,..':', .' 'F/HR ',' q".,: MW' ' MV.,: MV E',:~:.. 'MMHO' · ',: . MMHO , M,MHO ' '!":,..,.:OHMM ::OHMM .. . .. · 2'81 281 281 281 281 281 281 2~1 281 281 281 281 281 281 281 281 281 281 281 ,281 2~.1 281 281 281 '""MMHO i,~.,'i"OHMM ",::"'GAP! 'GAP.I US/F- 'US· .,,., ,,.; ,~ :.:,:,~:.., ~ , 8.aS' 8.88 8.88 8.88 8.88 8.88 8.88 8.88 8.88 8.88 8.88 . ' 8.~ 8.88' 8.88 8.88 8.88 8.88 8;88 . ~'! . · . BOTTON 6888.58 6888.58 6888.58 6888.58' 6888.58 6888.58 6888.50 6888.58 6888.58. 6888.58 6888.58 6888.58 6888.58 6888.58 6888.58 6888.58 6888.58 6888.58 6888.58 6888.58 68,88,58 6,888.58 68'88.58 6888.58 6888.58 6888.58 .-- MIN 999'9999.88~8 789.8808 8.7898 1645.8808 4.21.8888 28.8008 389.7588 -18.8438 -211.6258 -614.5888 -112.1258 -253.2588 -485.2588 E.2393 8.6392 -428..5882 8.5854 B.5854 7.7969 '7.8781 26.4219 32o156'3,, 47.2588 MAX 9999999.8888 4272.8888 8832.3758 2288.8888 58.2188 628.5888 21.8888 27.8313 -688.5888 7364'8888 1379.0880 333.8888 2888.8880 12.4844 421.7588 429.8888 479.7588 KB ELEV: 48. GROUND ELEV= 18. INCREMENT 8.588~ F 8,5880 F 8.5888 F 0.5880 F g.5888 F 8.5088 F 8.5808 F 8.5888 F 8.5888 F 8.5888 F ,'. 8.5888 F 8.5888 F, ~.5080 F 8.5888 F 8.5888 F 0.5088 F 8.5888 F 8.5888 F 8.5888 F 8.5888 F 0.580~ F RHPL "CBL. T~. SRAT SCBL SLTT ~:.i, DT ~:.SPH! , . HV.. HV HV. US HV US US/F 281 2~'1 281 201 201 291 2~1 201 8. ~'8 8.88 8.8~* 8. $8 8. ~'8 8.88 8.88 8.88 8.88 6888.58 6888.58 6888.58 6888.58 6888.50 6888.58 6888.58 6888.50 6888.58 6888.50 6888.58 6888.5~ 6888.58 572.8888 886.8888 698.8~00 0.8591 -Z.0107 8.8313 48.8750 -~.8913 8.8829 1369.Z~00 2500.0008 1651.00Z~ 24.9531 0.4897 23.8281 Z68.508~ g.4902 167.1258 8.5~00 F 0.5000 F 0.5000 F 0.5088 F .0.50~0 F 8.5088 F 0.5~0 F 0.500~ F 0.5000 F S.500S F 0.500~ F 0.5S00 F 0.500S F SEPARATE WELL FILES VITH LOG DATA VERE FOUND ON THIS TAPE . ~ii'''''''''''''''''''''' ''''''''''''''' '' '''''''''*'*''''''' '' ''''''''''' '' '' '' ''''' '''"''' *'''' *' ''''' '~: * ''''''''',:. ,LIS FILE NO~ 4 I NUMBER= 5~1~32BB54 LATITUDE= · NAME= COLVILLE DELTA 25-13-6 LONGITUDE= AMERADA HESS CORP, TOWNSHIP= :ELD'z 'VILDCAT SECTION= A'L ALASKA RANGE= NORTH SLOPE COUNTRY~ 13N 25 63 KB ELEV= 48. GROUND ELEV= 1~. NUMBER= 2 ECTION= UP ~ 461.4. 86..2..8.. 48. .I.NG'~'INTERVAL= 2264, *** COMMENTS .,lng':Flufd~GEL =2 - 6865, TOP' , BOTTOH .~"Y" 6238.~, 6737.~ ';S'~' '6238~ 6737.g~ ".MS" ~AL, . IN IN F, LS ;',.. CPS, s',,',. '~ c.,.PS .,. :P.S :":. CPS ~s PS' ?,'CPS ;'..? "cPs S H'V '..:":"i. V ', 6238.BB 6238~g 6238.~ 6238..g~ 6238.~ 6238.g~ 6238.~B 6238.~g 6238.~ 6238~ 6238.g0 6238,~B 62386,~ 6238...~g' 6238.~ 6238.~g 6238.B~ 6238.~ 6238.B~ 6238.~ 6238.~ 6238.~ 6238.gg / 6737,~0 ' 6737,g0' 6737,~0 6737,g0 6737,~ 6737.~g . 6737,0g 6737,~0 6737,~0 6737.~ 6737,~ '6737,gg 6737'.80 6737.,~0 6737,g0 6737,~0 6737,gB '6737,~8 6737Jg~ ,.~-6737.~8 6737,~ 6737,.~ 6737,~ 6737,B~ MXN 9999999.~ ,~.78~ 1256.~0 1'~5996 2.7Z27 67.75~ 72.06Z5 4988.~ 58.6Z50 6~,.6563 1814.0000' 87.31Z5 185.8~0 179.75~ 25.~93,8 Z49..87~8 '~446.~0~ ~436.~ -~.1782 -~.1587 MAX 9999999.g~ 1432,g~gO 1'g~2,6464 5'148,~0~0 2396,0~g~ 27,2656 13.6563 13.8359 83'.g625 88.1250 5~04,~g0 ' 97,1250 1~6,~00 3244.g000 3196.g0~0. 752.5090 798'.gg00 172.375~ , Z81.,7590 434.5~0g 1449.gg~0 1442,~ ~,1299 · ~,1.3'96 INCREMENT ~,5~ F ~,Sggg F g.5ggg F 0,5ggg F 0,50~0 F 0.5~ F 0,5~ F ~.5~0 F 0.50gg F ~.50gg F 0.500g F ~.50~ F 0.50gg F OoSgg~ F ~.5090 F g.5ggO F g.5000 F 0.5900 F g.50gg F" 0.5gg0 F' 0.500g F g.5000 F g.5gg~ F ~.500~ F 'RL;'ZT' RSS1 RSS2 :'PEF :$1RH '.LSRH -LURH ~ORL$ ,:QRSS ~QLS SS DRHO' !DPH.])., RNRA ' :'FCNL. NCNL' NRAT NPHI SCNL RHGX · . CP'S CPS ' CPS CPS · .. G/C3" G/C3 · . G/C3 G/C3 G/,C3' CPS CPS ' ',:~/C:3 ,'" C P,..S · ' CP.S RN3N'. :.CPS' ~ ....:CPS ,. cPs . RSGR -.'GAP! VSNG '.' CPS V4NG'. CPS :'CPS .'" CPS ~W.1NG . CPS PPM URAN. PPM AP! 6238'.,88 6238.88 6238.~g: 6238o~8 6238,.88 6238.88 6238.88 6238.88, 6238.88 6238,88 6238.88 6238.88 6238,88 6238.88 6238.88 6236.88 6238.88 6238.88 6238.88 6238'.88 6238.88 6238.88 6238.88 6238.8~. 6238.88 6238.88'. 6238o8a '6238.8~ .6238.88 6238.88 6238;8~ 6238,88 6238.88' 6238,~8~ 6238,~ 6238.~ 6737.88 79.3125 448.2588 8.5888 F 6737.80. 171.2588 785.5888 8.5888 F 6737.88 164.8758 833.8888 8.5888 F 6737.80 24.2831 178.8758 8.5888 F 6737.88 174.8758 289.2588 8.5888 F 6737.88 224.8888 445.8888 8.5888 F 6737.89 2.2528 8.~844 8.5888 F 6.737.88 1.6184 Z.7812 8.5888 F 6737.88 1.8359 2.7422 8.5888 F 6737.88 1.8271 2.7422 8.5888 F 6737.88 8.5693 8.6948 8.5888 F 6737.88 '8.5858 8.7378 8.5888 F 6737.88 -8.8828 8.8435 8.5888 F 6737.88. 1.9199 2.7539 8.5888 F 6737.88 -8.8635 8.4414 8.5888 F 6737.88 2.8588 4.9492 8.5888 F 6737.88 33~.5888 1852.88~8 8.5888 F 6737.88 1548,8888 4172,8~88 8.5888 F 6737.88 2,8~39 A,2539 8,5888 F 6737,88 8,1888 8,5273 8,5888 F 6737.88 2.6152 3.1797 8.5888 F 6737.88 8.9946 27.3758 8.5888 F 6737.88 1.8898 '" 22..9531 8.5888 F 6737.88 13.1486 .,79'.3758 8.5888 F 6737.88 57.5888 219.8758 8.5888 F 6737,88" 141,758~ 438,5888 8,5888 F 6737,88 45,5625 134,8888 8,5888 F 5737,88 8,9946 27,3758 8,5888 F 6737,88 1,8898 22,9531 8.5888 F 6737,88 13,1486 79,3758 8,5888 F 6737.88 57.5888 219.8758 8.5888 F 6'~'37.88 141.7588 438.5888 8.5888 F 6737.'88 2.3866 28.4863 8.5888 F 6737.88 -1.5898 8.2189 8.5888 F '6737.88 ~.8828 " g.8356 8.5888 F 6737.88 46.7813 124,.8125 8.5888 F 6737.88 19.3986 121.8758 8.5888 F 6737.88 1.5742 32.831,3 8.5888 F 6737.88 8.4858 48.8125 8.5888 F NO=' ' ' .WILDCAT '"', 'AL ALASKA' ','.~..',,,... NORTH SLOPE .., 5 5818328854 COLVILLE,'D'ELTA 25-13-6 AMERADA HESS 'CORP. '~'"" ' NUMBER= 4 ~ [RECTION= UP' qY~. '4'614,, D~' GI.NG INTER'V~L';' :48. · ,~.,:'L";'.' .. .,2264. :::.,:,'!..,i,' ***' COMH.ENTS *** .. , .,: . ~ . ~'~ . ' LATITUDE= LONGITUDE= TOWNSHIP= SECTION= RANGE= COUNTRY= 13N .. 25 63 '" KB ELEV= 48. GROUND ELEV~ 18, '- 6865. Fluid-GEL D~,f'll"f ng; Flufd=GEL un Number =Z i:'CURVE UNITS OI'FF F : TOO TIME NS ETIM S TENS LB CS F/HR HARK, F RCAL' ; CALl IN ,. FLS CPS "., FSS CPS NSEG ',. RFLS CPS RFSS CPS ? RTLS, ~'.RTSS' LL CPS TOP BOTTOM 598~.~E 598~,B~ 5989.BB 5989.B~ 598E.BB 5989.B~ 598~;~ 598~.~ 598~.~ 598~.B~ 598~.~g 5989.~B 5989.gg 598~.B~ 598~.~ 598~.~ 5989.g~ 6888.0~ 6888.~ 6888.~g 6888.g~ 6886.~ 6888.aa G888.~ 6888.~ '6888.~ 6888,~0 6888.~ 6888,~ 6888.~ 6888.~ 6888,~0 6888,~ 6888,~ U/.;.. ,' CPS LS'm CPS i'L:, Ii~H'.'...: CPS' 1",. ,' CPS 2.::'~"::',.: · C P S HV'::' ' V .ssHv .... v FSS'."' . F'LS'! ,RLL" C'P.S LU.,:,., ,CPS CPS RLIT CPS 1..." CPS RSS2 ,..... CPS .. i'::",i ::; :.'iG / C 3 ",i .... G"/C3 :~.,"' '.GT'C 3 :'~,.':.,, .: · :iRH'OB".. G/C3 :..DRH'O' G/C3 Z .: RNRA :~,FCNL 'CPS :.NCNL CPS ,:NRAT , ,$CNL , RHGX.'. G/C3 !'::...' CPS :.,', '.CPS. 'CPS. ., .. 5989.~a 5989.8~ 598~,,.~ 598~,B~ 598~.B~ 598~.Bg .598~.~ 598~.~ 598~.90 59,8~.~ .598g.99 59.8g,B~ 5989.B~'~ 598~.Bg 598B.BB. 598~.Bg 598~.~ 598g.:9~' 598a. B9 598~.B~ 5980.~g 598~.gg 598~.BB 6888,9~ 6888,g~ 6888.'99 6888,99 688.8,gg 6888,90 6888.90 6888.99 6888.99 6888,~0 6'886.~ 6888.90 .6888.99 6888.0~ 6.888,~ '6888,~ 6888.90 '68.88,.~ 6888,9~ 6888.9~ 6888,~9 6888,~9 6888.9~ 6888,~ 6888..~9. 6888.~9 6888.9~ 6888,9~ 6888,99 6888,~ 688'8,~0 6888,~ 6888.09 6888,0~ .6888..9~ 6888,~ 9999999.9999 242~.~99~ 1281.8~ 1.5996 2.7227 68.3125 4988.0999 56.5313 57.9688 1757.0090 1823.9999 61.3759 144.3759 133.5~g~ 16.4531 169.8759 224.2599 1437.9999 -~.1597 -~.2985 59.7188 13~.875~ 126.9999 15.875~ 162.3759 212.625~ 2.3359 '1.6865 1.8135 1.7988 ~,5596 B.5829 -B.~918 -0.,9566 '1.834~ -0.9151 -0.2941 1.9395 327.759~ 1541.9~9 1.9932 0,1846 2.592~ 0,9766 ~.9694 '13.1172 MAX 9999999.9999 1859.8784 47~4.~B 23~6.9900 27.2~3! 19.2813 19.0156 83.1259 87,8759 190.6259 193.3759 3334.9999 438.7599 833,099~ 174.5999 277.9900 439.75~9 1451.~90 1446.9999 9.1411 9.1768 498.5999 881.9999 195.3759 284..259~ 448.7599 12.8359 2.9316 2.9707 ,2.9668 ~.6914 ~.7353 2.9844 ~;2788 ~.4941 4.9492 1922.9909 ,,4.457~ ~.5593 3.3594 23.293! 26.2656 99.8125 INCREMENT 9.5999 F 9.5~99 F 9.509~ F 0.5~09 F 9.5990 F ~.5~ F · .5~g F 9.5090 F ~.500~ F 9.5999 F 9.5999 F 9.5999 F 8.5900 F 9.59~g F 9.5999 F 9.5990 F 9.50~g F 9.5~99 F ~.500~ F 9.5999 F 9.5999 F 9.5009 F ~.5900 F g.5999 F 9.5999 F 0.59~g F 9.5009 F 9.5990 F 9.5999 F. 9.5999 F 9.590~ F 9,599~ 'F g.5909 F 9.5999 F · .5~0 F 9.59~9 F 9.5999 F · .50~g F 9.5~9~ F 9.5990 F 8,500~ F 9.599~ F 0.509~ F 9.5~09 F 9.5999 F 0.590~ F ,~.5909 F g.5990 F., ~.5099 F ~.50~ F 9..5909 F 9.5899 F ~'.,V5NG... CPS.' ~..v.e_N.=_ . .c_P.S'. · ~',V2NG. CPS ~."V1NG 'CPS ~.:~ THOR . PPM ~.::URAN PPM ~..CGR GAP! TPRA TURA 6888.80 68.5313 261.2588 8.5888 F 6888.88 137.8758 582.8888 8.5888 F 6888.88 43.9375 149.8888 8.5~8~ F 6888.88 8.9766 23.2831 8.5880 F 6888,88 8.9684 26,2656 8,5888 F 6888.88 13,1172 98,8125 8.5888 F 6888,88 68,5313 261,2588 8.5888 F 6888,88 137.8758 582,8888 8.5888 F 6888.88 2,7324 23,1258 8.5888 F 6888,88 -2,8762 8,1258 0,5888 F 6888.88 8,8888 8,8396 8.5888 F 6888.88 45.5313 143.5088 8.5888 F 6888.88 25.1486 122.1258 8.5888 F 688'8.88 1.5264 133.3758 8.5888 F 6888.88 8.5962 46.2588 8.5888 F FILE NO~ I~':NUMBER= ELL NAME:' ERATOR~ ,IELDs WILDCAT s AL ALASKA NORTH SLOPE . . '. PEC.IFICATION NUMBER~ 6 ING.DI.REC.TION~ UPI ING COMPANY~ 4614. ..LOGGED= 86..2..9.. ~ION~. 46, ING Z'NTERVAL~ '2264. ,~ ~'","~" .... *** COMMENTS *** . . ng'Fiufd-GEL .: 6 5818328854 LATITUDE= KB ELEV= 48. COLV[LLE DELTA 25-13-6 LONG[TUDE~ GROUND ELEV~ 18. AMERADA HESS CORP. TOVNSHIP= SECTION~ RANGE= COUNTRY= - 6865. 13N 25 63 :J~VE, .. 'F S ET!,M 'S NS ,L'B !"')'"':':'F/HR '~ ,'-~ ,E , CP, S · :'..':i "CPS :' CPS S'S',, CPS ;.rsS:,!::.":~ ...~ '. . ~,,',~i:.':'.'.;~'' '"' ,: :'CPS..: '. !':~,~;::;~.'.. 'cps . ,';..i:'"'.'i.'L. '.' 'CPS ~!i!:;:;::;:,.,:~.,~..::, ...':,.' ToP ,, 2231;88 2231.88. 2231,~8: 223.1',88' 2231,88 ' 2231.8~ "" 2231.~ 2231.~8 2231.88 2231;88 2231.88 2231.88' 2231.88 2231.88' 2231~B. 223'1..~ 2231,88 ,". , ,'. BOTTOM --. 627.7,88 6277.~8 6277.88 6277,88 6277.~8 6277.08 6277.88 6277.88 6277.8~ 6277.88 6277.88 ,'6277,80 6277.88 6277.88 6277,88 6277.88 6277,88 6277,88 6277.88 MIN 1.5537 2.6816 68.3125 68.18'75 4984.8888 47.8938 49,9375 1475..8880 . ' 1481.8888 ""52.5313 121.'7588' '113.4375 MAX INCREMENT 9999999,8888 8,5888 F 1424,.80~0 8.5888 F 8897.2891 8.5888 F 4124,000~ 8',5088 F 2272.8888 8,5888 F 95.3758 8.5888 F 19,5469 8,5888 F. 19,265'6. 8,5888 F 85,6258 8,5088 F 89.7580 8,5080 F 5816.,8080 8.5888 F 183~1875' 8.5888 F 185.37'58 8,5888 F 3486,8~88 "' 8,5888 F ' ,558.5880 8.5888 F , 941.8888 8;5888 F' *. LSHV V ssHv v FFSS :FF.LS RLL CPS RLU CPS RLS CPS RL~T CPS RSS1. CPS ;RSS2 .CPS PEF $1RH G/C3 LSRH 'G/C3 LURH G/C3 GRLS QRSS GLS ~HOB G/C3 DRHO G/C3 ~.FCNL ..CPS ,NCNL.:. "CPS G/C3 V5N ' CPS 'CPS ,RV3N CPS iRW2N CPS' · , 'RViN ,, CPS' GAP I NG CPS ~/4NG . CPS NG. ~CPS V2N¢ . CPS NG ...... .CPS · 'HOR ~'~' ":P'PH ' "~'" PPH .GAP! ' '. ' GAP 1'.'.. ... 2Z31.~ 2231.~a 2231.~ 2231.g~ 2231.~8 2231.88 2231.8~ 2231.~8 2231.88 2231.~8 2231.88 2231..88 2231.88 2231.~8 2231.88 2231.88 · 2231.88 2231.88 2231.88 2231.88 2231.88' 2231.88 2231.88 2231..88 2231.88 2231~8~ 2231,.88, 2231,88 2231,88 2231,88 223~,88. 2231,~8' 2231,88 2231,88 2231,88 2231,88 2231.,~8. '2231'.,88'" 2231,88 223'1,88 22'31,88 2231.,'88 2231,88 2231,88 2231,88 2231.~g. 6277,~8 6277,88 6277,88 6277,88 6277,88 6277.80 6277.88 6277,g~ 6277,88 6277.88 6277.88 6277,88 6277.0~ 6277,88 6277,88 6277.88 6277,88 6277.~8 6277,88 6277,88 6277.88 6277.88 6277.88 6277,88 6277.88 6277,88 6277,88 6277,88 6277,88 6277.88 6277.88 6277,8~ 6277,88 6277,88 '6277,88 6277,88 6277,88 6277,88 .6277,88 6277,88 6277,88 6277.88 6277,88 6277,8~ 6277.88 6277.88 6277,88 ,6277.88 1~.8594 311.2588 48.5625 269.7508 72.2588 433.888~ 1423.~8~8 1445,8888 1488,88~8 1438.8880 -8.2212 8.2393 -~.2212 g..2826 41.7813 685.g808 187.5888 1821.5008 95.5625 1115.8808 8.1484 367.7500 42.8313 279.2500 48.0938 442.7580 2,0176 948.50~0 1,5967 5,1992 1,6992 3.1074 1,6934 3,158~" 8,5557 8.7397 8,4531 g,8311 -g,~957 ~,8884 -8,1851 8,.1929 1,7139 2,9473 -g,5645 8,2534 -8,18~7 8.5669 1,79~0 5,7695 252,758E 1321,8888 1296,8888 4128,8888 1,9834 4,8986 ~,1772 8,6826 2.5293 3.6486 8.8888 2148.8888 0.8~08 1998.~000 8.8888 1651.0808 -~.9878 1376.8888 -444.7588 82.1258 -8.1143 8,884Z 8.~808 488.7588 -151.8758 5452.~8~8 -9.8758 511.8800 *,,8.Z158 2752.~808 ~.5888 F 8.58~8 F 0.5~88 F 0.5000 F 8.5888 F 0.50~0 F 0.5808 F 0.5~8~ F 0.5080 F ~.5888 F ~.5080 F 8.5000 F 0.5000 F ~.50~ F ~.50~0 F B.5~00 F 0.5080 F ~.5000 F B.5888 F ~.588~ F 0.5880 F B.58~0 F 8,5888 F 8.5808 F g. SggO F 8.5008 F 8.588~ F 0.5~80 F 8.5888 F 0.5888 F 0.5888 F ~.5008 F 0.588~ F g.5888 F 8.5888 F 8,5888 F g.5088 F 0.5088 F 0.5888 F 8.5888 F g.5880 F ~.5888 F B.5808, F B.Sggg F go58~0 F 0.5088 F g.5888 F 0.5088 F g.5800 F
