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187-073
MICROFILMED 9/218/00 DO NOT PLACE ANY NEW MATERIAL UNDER THIS PAGE 1 c-ap fm lO jan95 LOCATION CLEARANCE REPORT State of Alaska OIL AND GAS CONSERVATION COMMISSION Memorandum To File: API No. O~ "~00~~'-00 Operator ~ --5 - ~ Location ~ I ~ ~ -r-~l l~/., R l7 ~ . U ~ Spud: ~'~'~ TD: ~~ ~ , Completed ~-- /~'~ No~e casing slze, wt, depth, ~t vol, & procedure. Review the well file, and comment on plugging, and location clearance - provide loc. Well head cut off: .~---~ Marker post or plate: Location Clearance: well head clear, code. Conclusions: Code Signed Date ALAS~KA OIL AND GAS CONSERVATIC~ COMMISSION WELL COMPL: ','iON OR RECOMPLET 'N REPORT AND LOG 1. Status of Well Cla.~ification of Service Well OIL ~ GAS [] SUSPENDED ~_J ABANDONED ~ SERVICE [] 2. Name of Operator 7. Permit Number North Slope Borough 8?-73 3. Address 8. AP! Numt~er P.O. Box 1120, Barrow, Alaska 99723 50-023-2022 4. Location of well at surface 701' FWL, 1852' FSL, Sec 18-T21N-R17W, U.M. At Top Producing Interval Same At Total Depth Same 5. Elevation in feet (indicate KB, DF, etc.} 25.72' KB 6. Lease Designation and Serial No. 9. Unit or Lease Name South Barrow 10. Well Numuer NSB 3 11. Field anti Pool Wildcat 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 15. Water Depth, if offshore i 16. No. of Comple: 5/4/87 5/12/87 5/4/94 Abandoned N/A feet MSL I 22. Type Electric or Other Logs Run (DLL/MLL/GR) (CDL/CN/GR) (BHC/AL/GR) 23. CASING, LINER AND CEMENTING RECORD CASING SIZE WT. PER FT. GRADE SETTING DEPTH MD TOP HOLE SIZE CEMENTING RECORD 20" 94.0 H 40 13-3/8" 72.0 S 95 9-5/8" 53.5 S95 I N 80 t 0 t IBOTTOM - 0 55' 24" o i ~' 0 I 1395' I 1870, I 8~" 7I' IAMOUNT PULLED 75 sks Perm. 250 sks Perm. 1000 sks Perm. i - 167 sks Class G. t - 32.0 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) 25. TUBING RECORD SIZE DEPTH SET (MD) i PACKER SET (MD) I I 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) Suspended Date of Test Hours Tested PRODUCTION FOR IOI L-BBL GAS-MCF WATER-BBL i CHOKE SIZE GAS-OIL RATIO TEST PERIOD II~ I I Press.F1°w Tubing Casing Pressure CALCULATED24_HOUR RATE ~ti OIL-BBL GAS-MCF WATER-BBL lOlL GRAVITY-APl (corr) 1 28. CORE DATA Brief description of lithoiogy, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. RECEIVED MAY 5 I 1994 Alaska 0il & Gas Cons. Commission Anchorage ~=r~rrn ~1~..If'17 qt/hrn,r ~n ~,,nl,~ 29. 30. GEOLOGIC MAF~'-~ :---'"',,~)RMATION TESTS I _ NAME I Inc!uce interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH i GaR, and time of each phase. I I . ,., 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells' Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none" Form 10-407 P & A PROJECT 1994 NSB 3 SEC. 18-T21N-R17W U.M. 3/22/94: Moved Howco pumphouse, cement silos, water van and support equipment to location. Began rigging up. 3/23/94: Loaded cement, methanol, LCM & temporary well house and delivered them to location. Spotted well house over well & installed heater. Cleaned out catch tank. 3/24/94: Steamed out 7 inch casing to 160 ft. & ran 150 ft. of 1 inch cementing string. Rigged up Howco & pumped 32 sks. (150 ft.) permafrost cement down 1 inch string. (Cemented to surface then dropped 1 inch cementing string.) Closed well in, rigged down & prepared to move. 4/10/94: Checked psi on 7 inch & 7 x 9%. 7" was full to the top with cement, but the 7 x 9% had 120 psig on it. Moved in & rigged up bluey line & catch tank. Bled well to zero & then it began to flow arctic pac from the annulus. (6 bbls.) Shut well in. 4/22/94: Moving equipment to location to cement 7 x 9%. 4/23/94: Filled water van & widened road to get T-10 cementer to location. 4/25/94: Moved T-10 pump to location & 4 drums glycol. Moved heater to location. Waiting on Howco change order. 4/27/94: Went to location & rigged up T-10 pumper to 7 x 9% annulus & started heater to warm up the pump house. Waiting on Howco change order. 4/28/94: Fueled all equipment & built adaptor to allow us to start T-10 motors. Waiting on Howco change order. 4/29/94: Established injection rate down 7 x 9% with 60/40 glycol at 2 bpm @ 1000 psig. Mixed & pumped 120 sks (860') of permafrost cement down 7 x 9% at 2 bpm & 600-1000 psig. Shut well in, rigged down & started moving to NSB 5. 5/2/94: Opened road to location (experiencing a lot of wind). Mixed & gravitied 55 sks. permafrost cement in mixer truck & topped off the 7 x 9% annulus. SDFN. 5/3/94: Steamed & dug out cellar to 3% ft. BGL. Removed cellar cribbing. Cleaned up location SDFN. Opened road to location & had to open road to get out. P & A PROJECT 1994 NSB 3 (cont.) 5/4/94: Opened road. Moved in welding & cutting equipment & cut off casings. Installed dry hole marker at 3 ft. BGL (flat plate) as requested by AOGCC. Filled cellar with dirt. Opened road to get out. NORTH SLOPE BOROUGH DEPARTMENT OF INDUSTRIAL DEVELOPMENT BARROW GAS FIELDS P.O. Box 1120 Barrow, Alaska 99723 Phone: (907)~ Fax: (907) 852-8971 ANCHORAGE LIAISON OFFICE 3201 C Street, Suite 602 Anchorage, Alaska 99503 Phone: (907) 561-8820 Fax: (907) 562-1940 BILL BROWER, Director January 31, 1994 Attn: Dave Johnston, Commission Chairman Blair Wondzell, Senior Petroleum Engineer Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 RE: APPLICATIONS FOR SUNDRY APPROVALS TO PLUG & ABANDON THE NSB #3, #4, #5, #6 AND SB #17 WELLS Gentlemen: ~o:~ ~%-~ %~% v0 Enclosed are the applications for the Sundry Approvals to Plug & Abandon (P/A) the above referenced wells. The wellbore schematics for these wells are also attached. All of these wells are suspended wells which will not produce a commercial supply of gas to the Barrow community. In April of 1979, Husky Oil completed and tested the South Barrow #17 well for the NPR operations. It was determined that this well was not capable of producing commercially and it was left as a suspended but producible gas well. In May of 1987, the NSB #3 wildcat well was drilled and tested. The decision was made not to complete the well for production based on results from drill stem testing and wireline logging. The NSB #4, #5, and #6 wells were drilled and completed in the Sikulik Field during the period from 1987 to 1989. The NSB #6 well was the only well capable of producing commercial quantities of gas. The well produced for a short period until it was shut in on September of 1990 due to freezing problems. The NSB #4 and NSB #5 wells both produced considerable quantities of water. Workovers were performed on the NSB #4 and #5 wells in early 1990. Diesel oil-cement squeeze jobs were attempted on these wells in an effort to shut off water. However, follow up production tests revealed strong water flows which resulted in non commercial gas production and suspension of the wells. On October 29, 1992 Bill Crouch met with the AOGCC to propose and review a program to P/A these wells. Discussions during this meeting resulted in verbal approval of the proposal. The following is a summary of the proposed P/A program: RECEIVED FEB - 7 1994 A~ska uti & Gas Cons. Commission Anchorage NORTH SLOPE BOROUGH NSB #3, #4, #5, #6 AND SOUTH BARROW # 17 Sundry Application .to Plug & Abandon January 31, 1994 Application prepared by Allen & Crouch, Petroleum Engineers and filed with the Alaska Oil & Gas Conservation Commission on behalf of the North Slope Borough. RECEIVED FEB - 7 1994 Oil & Gas Cons. Commission Anchorage %Alaska Oil & Gas Conse. ~tion Commission January 31, 1994 Page Two Well Descriotion of Ooeration -- -- South Barrow # 17 1. Pump cement down the tubing until there are good cement returns on the annulus at surface. This will result in completely filling the 2-7/8" tubing and the 7" casing above the existing retainer. 2. Nipple down the Christmas tree and set a marker post or plate. NSB #3 NSB #4 1. Place a 150' surface plug in the 7" casing with 1" or 2" hose. 2. Nipple down the Christmas tree and set a marker plate or post. 1. P,mp a 150' surface plug in the 7"x9-5/8" annulus. 2. Bullhead the tubing full of cement and squeeze the perforations. The glycol heat string will be le~ in the 2-3/8"x4½" and 4½"x7" annuluses. 3. Nipple down the Christmas tree and set a marker plate or post. NSB #5 and #6 1. Pump a 150' surface plug in the 7"x9-5/8" annulus. 2. Fill the 2-3/8" tubing, 2-3/8"x4½" annulus, 4½"x7" annulus and squeeze the perforations with cement. 3. Nipple down the Christmas tree and set a marker plate or post. Subsequent to Bill Crouch's meeting with the AOGCC in October of 1992, we obtained funding approval for the P/A program and ordered the permafrost cement. Pending final approval from the commission, ice roads will be constructed to the wells and the P/A work will be scheduled to begin on or about the first week in March. If you have any questions or require additional information, please contact me at the Barrow office. Sincerely, John A. Fanto Petroleum Engineer Allen &Crouch RECEIVED FEB - 7 1994 Alaska Oil & Gas Cons. Commission Anchorage ASKA OIL AND GAS CONSERVATION CC ~ISSION ,... APPLICATION FOR SUNDRY APPROVALS Alter ~sing ~ Repar ~11 ~ Plugging ~ ~me e~ension ~ Stimulate ~ Change approved program ~ Pull tubing ~ Vafian~ ~ Pedorae ~ ~her ~ 2. Name of Operator 5. Type of Well: 6. Datum elevatio~ (DF or KB) No~th Slope Borough - Ba~ow G~ Fie]~ De~opment ~ 44.8~ KB f~t Explor~o~ ~ 3. Addre~ StratigraDhic ~ 7. ~t or~ope~y name P.O. Box 1120, B~ow, AE 99?23 Se~~ No~th ~ope Bo~0u~h 4. ~tion of well at sudace 8. Well number ?01~ ~Wh, 1852~ FSi, Sec 18, T2]N, E]?~ U.M~ AK NSB ~3 At top of productive intent 9. Permit number Same 8?-?3 At eff~ti~ depth 10. APl numar O Same 50-- 023-20~2 N to~ depth 11. Field/Pool Same Wildcat 12. Present well condition summ~ Totaldepth: meaSured 2424 feet Plugs(measure) 112 sx. 2124~ to 2424~ (estimated) true veAi~l 2424 f~t Effective depth: measured 1825 feet Junk (measured) None true vertical 1825 feet Casing Length Size Cemented Measured depth True vertical depth Structural N/A N/A N/A N/A N/A Conductor 55' 20" 75 sx. Perm. 55' 55' Surface 157' 13-3/8" 250 sx. Perm. 157' 157' Intermediate 1395' 9-5/8" 1000 sx. Perm. 1395' 1395' Production 1870' 7" 55 sx. '*G" 1870* 1870* Liner N/A N/A N/A N/A N/A Perforation depth: measured Well is not perforated. true vertical Same Tubing (size, grade, and measured depth) None Packers and SSSV (type and measured depth) None 13. Attachments Description summary of proposal RECEIVED FEB - 7 1994 Alaska Oil & (]as Cons. Commission An, Detailed operations program ._... BOP sketch __ 14. Estimated date for commencing operation ] Ma~ch 1, 1994 [ 16. If proposal was verbally approved Oil ._. Blair Wondzell 10/27/92 Name of approver Date approved ~ Service 17. ! hereby certify that the foregoing is true and correct to the best of my knowledge. 15. Status of well classification as: Gas_ Suspended x_. Signed ~ ~.~ Title Petro,eum F. ngineer ' VJohn A.' Faflto - ' FOR COMMISSION USE ONLY -- ' -- Conditions of approval: Notify Commission so representative may witness Plug integrity ~ BOP Test __ Location clearance ~ [ Mechanical Integrity Test .._ Subsequent form required 10- ~/o '~ ~'/" ,~.;:::' m~ed Cop~, ,g off o ,f. p ~etu rneda. Original Signed By Approved byorderoftheCommission David W, Johnston ~ommissioner D~te ~_//?/,~ ~-.-- 4,-, ,,,n~ o.,.,~'~=~oo gUBMITIN TRIPLICATE ',~ ~WELLBORE SCHEMATIC ]NSB #3 701' FWL, 1852' FSL See 18, T21N, R1TW, U.M., AK Elevations BHF = 25.7' KB = 44.8' 20" 94# H-40 Csg @ 55' In 24" Hole 13-3/8" 72# S-95 Csg @ 157' In 17!4" Hole 9-5/8" 53.5# S-95 Csg @ 1395' In 12~4" Hole T' 32# N-80 Csg @ 1870' In 8W' Hole FMC Wellhead Arctic Pack Calcium Chloride Mud RECEIVED FEB - 7 1994 oil & Gas Cons. Commission Anchorage PBTD @ 1825' Calcium Chloride Mud 112 sx. "G" Cement Barrow Sand 2300'-2400' Ail Measurements Are KB NORTll SLOPE I OROUGII/ DEPT. OF PUBLIC WORKS CIP ~ Barrow Gas Development 3201 "C" Street, Suite 600 Anchorage, Alaska 99503 Phone: 907-561-8820 TO: Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 DATE: December 31, 1987 TRANS.#: 87123101-NSB REFERENCE: NSB #1, #2, #3, And #4 MWD Log Sepia The following technical data is being submitted herewith. Please acknowledge receipt by signing and returning a copy of this letter to this office, attention Mr. Erik A. Opstad. ENCLOSED INFORMATION SUMMARY Submittal NSB #1 NSB #2 MWD Log Sepia X ~~ NSB #4 X X X Received By: Alaska Oil & 13as Cons Commission .Anchora_~9 A.O.G.C.C. / Date NORTH SLOPE BOROUGH/ DEPT. OF PUBLIC WORKS - ClP ~ Barrow Gas Development 3201 "C" Street, Suite 600 Anchorage, Alaska 99503 Phone: 907-561-8820 TO: Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 DATE: December 21, 1987 TRANS.#: 87122101-NSB REFERENCE: NSB #1, #2, #3, #4, and SB #7 Geologic Data The following technical data is being submitted herewith. Please acknowledge receipt by signing and returning a copy of thi~ letter to this office, attention Mr. Erik A. Opstad. ENCLOSED INFORMATION SUMMARY / . S~mittal. /,~ NSB Wirel~ne LIS '~ ~ ~ -- -- Verification 3~x MWD LIS .Tapes Verification MWD Log Sepia Diplog Sepia CCL Sepia Well History Received By: A. O. G. C .'C,~. IAI~Ili & Gas Coils. Commission Anchorage NORTH SLOPE BOROUGH/ DEPT. OF PUBLIC WORKS - Clp Barrow,,G,a,s Development 3201 C Street, Suite .600 . Anchorage, Alaska 99503 Phone: 907-561-8820 TO: Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska.99501 DATE: December 9, 1987 TRANS.#: 87120801-NSB REFERENCE: Wireline log sepias; NSB 1, 2, 3 & 4 The following technical data is being submitted herewith. Please acknowledge receipt by signing and returning a copy of this letter to this office, attention Mr. Erik A. Opstad. ENCLOSED INFORMATION SUMMARY 1) Rolled sepias for all wireline and gas logs on NSB wells 1, 2, 3 and 4. Received By: RECEIVED Ala$~ Oil & Gas Oo.~ Oomml~lon A.O.G.C.C. / Date NORTH SLOPE BOROUGH/ DEPT. OF PUBLIC WORKS - ClP ~ Barrow Gas Development 3201 "C" Street, Suite 600 Anchorage, Alaska 99503 Phone: 907-561-8820 TO: Mr. C. V. Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 DATE: 12-24-1987 TRANS.#: 87112402-AK REFERENCE: Summary of Technical Information, STW 855. The following technical data is being submitted herewith. Please acknowledge receipt by signing and returning a copy of this letter to this office, attention Mr. Erik A. Opstad. ENCLOSED INFORMATION SUMMARY uocument NSB ~ NSB ~2 NSB ~3 NSB ~ f~ireline Lo~s * D Lo s * Completion Report * Core Data * Single Shot Survey * Production Test Charts * 2'd Stage Completion * Pressure Buildup Data * DST Report N/A Gas Analysis N/A Confidentiality Letter N/A Received By: N/A * * . * * · N/A * . * * · N/A N/A N/A N/A N/A · N/A N/A N/A * * N/A * N/A N/A * * RECEIVED A.0.G.C'~. / ~e Alaska Oil & Gas Cons. Commission Anchorarle T ,-, £ilfEREIF/ LIOORITORIE$ / : NORTH SLOPE ENERuY' LABORATORIES, INC. P.O. BOX 30916 · ! 107 SOUTH BROADWAY · BILLINGS, MT 59107-0916 · PHONE (406) 2.52-6325 Sample $t : 87-5609 BOROUGH Date : 15-May-87 NATURAL GAS ANALYSIS REPORT. Barr,:,w Gas Field, North Slope Cour, ty, NSB Upper Barrow Sar, d Form. Sar,~ple Subr,~itted 15-May-87 AK CHROMATOGRAPH ANALYSIS · COMPONENTS NITR(]GEN ................ CARBON DIOXIDE .......... HYDROGEN SULFIDE ........ METHANE ................. ETHANE .................. PROPANE ................. ISOBUTANE ............... N-BUTANE ................ ISOPENTANE .............. N-PENTANE ............... HEXANES PLUS ............ 'l'c, tals VOLUME % .40 .04 .00 92.18 GPM 4.60 2.10 .578 .42 .137 .14 .045 .05 .018 .02 .008 .05 .021 100.00 .807 GPM Per, tar, e Plus : .047 ' Calculated Gross BTU per cu. ft. (dry) : 1091. Calculated Gross BTU per cu. ft. (water saturated) Calculated Specific Gravity (air = 1.000) : .611 Pseudo-Critical Temperature : 362. R Pseudo-Critical Pressure : 666. psia : 1072. (I) Star, dard cor, dit ior~s: 60 F arid 14.696 psi or, a dry basis. (2) GPM = gallor~s of liquid at star~dard cor.~ditions per~ 1000 cu. ft. of moisture-fr~-:,e gas at star~dard cor~ditions. (3) BTU, GPM and specific ~ravity corrected for deviation frc, r,~ ideal gas behavic~r. NOR'I'H SL. OPE EOROUGH 3201 C Street,Suite 600 ~ L~. ~'~ Ar, chOrage, Ak 99~ USA BARROW GAS DEVELOPMENT PROJECT Single Shot Wellbore Survey NSB # 3 Measured Depth Single Shot Deviation 792 Feet 1.75 Degrees 1393 Feet 0.50 Degrees 1804 Feet 0.75 Degrees Notes: i · Surveys were taken by Grace Drilling personnel under the supervision of a North Slope Borough representative. I Have Reviewed the Original TOTCO Survey Charts for North Slope Borough Well NSB #3 and Certify that the Data Above is True and Correct. Consulting Geologist North Slope Borough November 17, 1987 ', NORTll SLOPE BOROUGI! DEPARTMENT OF INDUSTRIAL DEVELOPMENT P.O. Box 69 Barrow, Alaska 99723 Phone: 907-852-8600 ,..COPY can b? znit;.at~d "-~ ~,~ restruc, ture he gas . BARROW GAS FIELDS P.O. Box 69 Barrow, Alaska 99723 Phone: 907-852-8600 KUPARUK INDUSTRIAL CENTER P.O. Box 69 Barrow, Alaska 99723 Phone: 907-852-8600 SERVICE AREA TEN Pouch 340044 Prudhoe Bay, Alaska 99734 Phone: 907-659-2635 f--" ~"' STATE OF ALASKA ALASK~ uiL AND GAS CONSERVATION .... ,MISSION WELL COMPLETION OR RECOMPLETION RE ORT AND LOG 1. Status of Well Classification of Service Well OIL [] GAS ~ SUSPENDED ~[ ABANDONED [] SERVICE [] ,, 2. Name of Operator '7. Permit Number 87-73 North Slope Borough ..... 3. Address 8. APl Number 3201 C Street, Suite 600, Anchorage, Alaska 99503 50-023-20022 ., 4. Location of well at surface 9. Unit or Lease Name 701' FWL,, 1852' FSL, Sec 18, T21N, R17W U.M., Alaska South Barrow ... At Top Producing Interval 10. Well Number As Above NSB #3 At Total Depth 11. Field and Pool As Above .... 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Wlldcat 25.72 Bradenhead Flange , 12. Date S[~udae~ '"":05/04/87.. ..... : 13. Date T,D. Reached05/12/87 14' Date C°mp" Susp' °r Aband' 115' Wate'r Depth' if °ffsh°re 116' N°' °f C°mpteti°ns05/14/87 Susp. - feet MSL None .'l'~.Tot'al Depth'('MD+TVD)18.PlugBackDepth(MD+TVD)19. Directional Survey. 2424' HD 1825' HI) YES~ . NO[] I 2°' Depth where SsSv set- . feet MD I21. Thickness °f Permafr°st575 (est,) :. 22..Type Electric or Other Logs Run : (DLL/MLL/GR) (GR/EWR/CN{3) (?ROLOG),' (CDL/ON/GR) (BHC-AL/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" 94.0 H-40 Surface 55' 24" 75 sxs. Perm. - 13-~/a 72.0 S-95 Surface 157" ]7-]/2" 250 sxs. Perm. - 9~5~8'' 5~.:6' S-95 Surface 1395' 12~1/4" 1000 sxs. Perm. - , 7" 32.0 N-80 Surface 1870' 8-1/2" .55 sxs. "G" 1st - ,, , 122 sxs. "G" 2'd 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE ' DEPTH SET (MD) PACKER SET (MD) Not Completed 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED ,: · ..... 27. PRODUCTION TEST , ,, Date First Production Method of Operation (Flowing, gas lift, etc.) ..... Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER~'BBL CHOKE SIZE GAS-OIL RATIO TEST PERIOD II~ ~'iowTubing Casing Pressure CALCULATED.1~ OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (cDr'r) Press. 24-HOUR RATE ~ "~8. CORE DATA 'I;,?, (7. vi: Brief description of lit,otogy, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. ~- ~. No core taken. Form 10-407 Submit in duplicat~ Rev, 7-1-80 CONTINUED ON REVERSE SIDE 29. 30. GEOLOGIC MARK,-~b ,:ORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Permafrost 575 575 Base Permafrost eStimated from MWD logs and drilling rate of penetration. Base HRZ 1296 1296 DST #1 - Tested interval 1610 - 1750 (Inflate BCU 1712 1712 Straddle)' Lower Cretaceous sands in the Pebble Shale. Tool opened with Upper Barrow SS 2291 2291 good blow, increased to bottom of bucket in i minute, ]5 psi in 5 min., Lower Barrow SS 2373 2373 decreased to 8 psi in 10 min. and to 5 psi at end of ]3 min. flow period. Base Barrow 2370 2370 Barrow Sandstone found to be tight with high Basement Not Reached water saturation (wireline logs). See Attached For More Testing Details 31. LISTOF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my kKowledge ' Si~neO 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 (G L) or other elevation (DF, KB, etc.). Item 23' Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27' Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Ir.- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none". NSB #3 _WE_EL_ HISTORY RECEIVED U L 2 $ @89 EXPLORATORY ~laska Oil & Gas Cons. Commiss[o~i 5/5/87 - 5/4/.B__.Z Anchorage Move and R.U. - Accepted Rig @1200 Hrs. 5/5/87 - Depth 160' M.W. 9 Vis 38 CL 20x - R.U. floor - Install new flow-line - Mix Cac!2 f/Inj, well - Cut 20" & weld on riser - Hook up couplings on rt. drive - Hook up flowline - M.U. BHA & T.I.H. - Drlg. 51'- 160'. 5/6/B7 - Depth 160' M.W. 9 Vis 58 W.L. N.C. CL 20x - Circ. hole clean - P.O.H. - R.U. & run 4 jts. 13-5/8" 72# Btc csg. - Circ. & cond. - R.U. Howco & cmt. w/250 sxs permafrost cmt. 814.9 PPG .93 yield - N.D. & cut 20" F.N. - R.U. 10-5/4" diverter lines - W.O.C. - Rough cut 20" - Make final cut & weld on bradenhead - Test to 1000 PSI - N.U. B.O.P. & diverter lines - Weld on drlg. nipple 5/7/87 - Depth 571' M.W. 9.8 Vis 42 W.L. N.C. CL 15x - N.U. B.O.P. & function test - P.U. BHA - Cal. MWD - T.I.H. - Drlg. F.C. cmt. & shoe (112'-158') - Drlg. (158'-297') - Surv. 8297' 1/2 degree - Drlg. (297'-571') 5/8/87 - Depth 1595' M.W. 9.9 Vis 58 W.L. N.C. CL 9600 - Drlg. (571'-792') - Surv. 1-1/2 degrees - Drlg. 792'-1595' - Circ. & cond. hole :Z~Z~Z - Depth 1595' Circ. & cond. hole - Pump piii- Short trip - Cut drlg. line - T.I.H~ - Ream 1574'-1595' - Circ. - Drop surv. - Pump pill - P.O.H. - Cal. MWD - Lay dn. stab. & MWD - R.U. to run 9-5/8" - Ran 52 its. 9-5/8" 55.5# S-95 csg. - Circ. & cond. hole - Cmt. w/lO00 sxs. perm. - Cmt. 814.9 PPG .95 yield - N.D. B.O.P.E. - P.U. 15-5/8" hydri! - Set 9-5/8" csg. slips - N.D. 20" hydril, F.N. & diverter system - Weld on bradenhead 5/10/87 - Depth 1555' M.W. 10.8 Vis 47 W.L. 7.6 CL 48x - Fin. weld on bradenhead & test same - N.U. B.O.P.E- & test to 5000 psi - Set W.B. - Hookup fiowiine - Build vol. & mix mud - P.U. BHA - Cai. MWD - T. I.H. - Drlg. cmt. (1540'-1545') - Test csg. to 1500 psi - Drlg. F.C. (1545'-1592') - T.D.S. - Test to 1500 psi - Drig. shoe & 10' new hole - L.O.T. - 11.4 PPG Equil. - OK - Drlg. (1405'-1555') NSB #5 Page 2 5/11/87 - Depth 2174' M.W. 10.7 Vis 48 W.L. 5.6 CL 48x - Drlg. (1555'-1804~) - Surv. I degree - Drig. (1804t-1905') - Circ. - Pump piii- P.O.H. - Serv. MWD - Chng. bit - Cal. MWD - T.I.H. - Drlg. (1903'-2145') - Mix & pump high vis sweep - Drlg. (2145'-2174') 5/12/87 - Depth 2424' M.W. 10.8 Vis 50 W.L. 2.1 CL 57x - Drlg. (2174'-2424'TD) - Circ. high vis sweep - Plugged bit - (HEC) - P.O.H. tignt. - Pull up into shoe - Well flowing - S.I. - Circ. thru choke - Monitor weii - Work pipe & pump - Unplug bit - Circ. out high vis sweep - Circ. gas gut mud til stable - R.I.H. circ. & cond. gas gut mud - R.I.H. - Wash thru bridges & 1600' & 1755' - R.I.H. to 1885' - Circ. & cond. - Wash & ream to 2564' - Work on mud pump - Ream (2564' ~=~' 5/15/87 - Depth 2424' M.W. 10.8 Vis 50 W.L. 2.1CL 55x - ream 2585'-2424' - Circ. cond. hole - P.O.H. SLM - Serv. MWD - Lay dn. BHA - R.U. & log w/W.A.I.L. - R.D. W.A.I.L. - P.U. DST tools - Make up same - Set pkr's 81610' & 1750' - Test - P.O.H. - Lay dn. test tools - P.U. bit & BHA - T.I.H. - Ream 40' to btm. - Circ. - Pump dry job - P.O.H. - Lay dn. BHA - T.I.H. open ended & plug Barrow sds. - pull 15 stds. - Rev. circ. - Lay dn. D.P. - Puli w.B. - Chng. rams to 7" - R.U. to run 7" csg. run same 5/15/87 Fin. running 46 jts. 7" - R.U. Howco cmt. head & circ. - Clean pits ~/Cacl~ - Cmt. w/55 sxs. class "G" cmt. - R.D. Howco - N.D. - Set slips - Cut 7" csg. - Pump 40 bbls. Arctic Pak dn. 9-5/8" x 7" Ann. - N.D. B.O.P.E. - Final cut on 7" - N.U. tree - Clean mud pits Re!ease Rig 82400 Hrs. 5/14/87 Rig Acceptance to Rig Release 10 Days 12 Hrs. PRODUCTION ~ TE;CHNo~.OG¥ ,DRILL STEM TEST TECHNICAL SERVICE REPORT GUIDE,'I:O INTERPRETATION A~.~ IDENTIFICATION OF LYNES DRILL STEM TEST PRESSURE CHARTS In making any interpretation, our employees will give Customer the benefit of their best judgment as to the correct interpretation. Nevertheless, since all interpreta- tions are opinions based on inferences from electrical, mechanical or other measurements, we cannot, and do not, guarantee the accuracy or correctness of any inter- pretations, and we shall not be liable or responsible, except in the case of gross or wilful negligence on our part, for any loss, costs, damages or expenses incurred or sustained by Customer resulting from any interpreta- tion made by any of our agents or employees. CODE USED ON CHART ENVELOPES K-3 rlcordar$. Reid from lift to right. Kuster K-3 K AK.1 rlcorder$. Reid from right to lift. A - Initial Hydrostatic B - First Initial F!ow C - First Final Flow D - Initial Shut-in E -Seco,q<~ Initial Fiow F --Second Final F;ow G - Second Shut-in H - Third Initial F!cw I --Third Final Fiow J - Third Shut-in · K - Final Hydrostatic Symbol k __ h __ u __ T __ gsc __ M Mg __ Pi Pwf rw S AOF __ D.R. ~ re __ ISIP __ FSIP __ b __ t __ B __ q __ E __ c ,~OMENCLATURE Definition DST Unit permeability ........................................... millidarcys (md) pay thickness ......................................... feet (ft.) viscosity ............................................... centipoise reservoir temperature ............................... ORankin (OR) gas compressibility factor at average condi:,on ... gas production rate ................................... MCF/d Homer slope for liquid analysis ..................... PSI/Cycle Horner slope for (p2) gas analysis ................... PSi 2/Cycle -- initial static reservoir pressure ....................... PSI -- flowing bottom hole pressure ....................... PSI -- porosity ................................................ (fraction) -- well bore radius ....................................... ft, -- skin factor ............................................. absolute open flow ................................... MCF/d damage ratio ............................................. external drainage radius .............................. ft. initial shut-in pressure ................................ PSI final shut-in pressure ................................. PSI approx, radius of investigation ...................... ft, flowing time ........................................... hrs. formation volume factor ............................. liquid production rate ............................... bbls/day gas compressibility .................................... 1/PSI liquid compressibility ................................ 1/PSI A. Liquid Calculations 1, Transmissibility 2, Capacity _Kh_ = 162.6 q ,B Kh = K___~h X u u m u 4, Skin Factor S= 1'15! [Pi'Pwf L°g Kt ] ~ - Cucrw:~ + 3.2275 3. Permeability K=Kh __ h 5. Pressure Drop Due to Skin '~Pskin = 162.6 Bqu X 0.8695 Kh or ":Pskin = 0.869 M S 6, Damage Ratio Pi - Pwf CUCrw2 - 3.2275 7. Productivity Index P. I. = qa Pi-Pwf 8. Productivity Index Damage Removed qt =P.I. aX D. R. Pi-Pwf 9. Radius of Investigation b = 0.029 ~,~ 10. Depletion Factor % ISIP-FSIP X 100 ISIP B. Gas Calculations 1. Transmissibility 2. Capacity Kh = 1637 T +qsc Kh X u = Kh __. u Mg u 4. Apparent Skin Factor s: ,.151 r~i= . ~,.,2 .,ogr ~:: ) + 3.22,5] 5. Pressure Drop Due to Skin = Pi - Pwf =~/(Pwf2) + 0.669 Mg S ~Pskin 6. Damage Ratio pi2 _ pwf2 Mg [Log K~t CUErw2 - 3.2275 7. Absolute Open Flow (Pi2) (Kh) Mg[Log K~t ] ~U~rw2 - 3.2275 + 8695 8. AOF Damage removed AOF X DR 9. Estimated Stabilized AOF (Pi2) (Kh) 3263uzt [Log ('.472re) +~1, rw/ 3. Permeability .__ 10. Radius of Investigation 11. Deplet=on % ISIP - :SiP X 100 I$" Phone (303) 573-8027 C~race Drill inq 211 18 21 N 17W' Barrow Gas Field 1616 Glenarm -- Suite 1350 Denver, CO 80202 Contractor Rig No. Spot Sec. Twp. Rng. Field County State Elevation Formation North Slope Alaska 37' KB Upper Barrow Sand Surface Choke Bottom Choke Hole Size Core Hole Size DP Size & Wt. Wt. Pipe I.D. of DC Length of DC Total Depth Type Test Interval A D K 1/4" & 1/2" 5/8" 8 1/2" 3 1/2" 15.50 None 2" 164' 2424' Inflate Straddle 1610'- 1750' Mud Type Weight. 10.8 Viscosity 57 Water Loss Filter Cake Resistivity B.H.T. .3 @ 24,714 75 60 °F ~',--'o~ Ppm. NaCI -~ Co. Rep. Ron Chapman Tester Sam Jones Baker Dist. Bi 11 i n MT REPORTED CORRECTED 22'35 Opened Tool @ Flow No. 1 Shut-In No. 1 Flow No. Shut-In No. Flow No. Shut-In No. 15 13 32 30 2 60 58 2 120 121 3 None Taken II II 3 Kuster AK-1 hrs. min. min. min. min. min. min. 1500 psi ~ 1625 feet o Clock -< o Range 12 hrs, ~ 895.0 879.1 106.4 94.2 282.5 93.9 104.0 346.0 Recorder Depth Inside Outside X I Cap._ Initial Hydrostatic A Final Hydrostatic K Initial Flow B Final Initial Flow C Initial Shut-In D Second Initial Flow E Second Final Flow F Second Shut-in G Third Initial Flow H Third Final Flow I Third Shut-In J Pipe Recovery: Resistivit~v' Top' Middle- Bottom' 1st F1 ow' 2nd' Fl'ow' 185' Drilling mud = 0.77 bbl. .3 @ 60°F - .24 @ Res Temp = 24,714 ppm NaCl., .3 @ 60°F - .24 @ Res Temp = 24,714 ppm NaCl., .3 @ 60°F - .24 @ Res Temp = 24,714 ppm NaCl., 15,024 ppm Cl. 15,024 ppm Cl. 15,024 ppm Cl. Tool opened with a good blow, increased to bottom of bucket in I minute, 15.0 psi in 5 minutes; decreased to 8.0 psi in 10 minutes and to 5.0 psi at end of flow period. Tool opened with a good gas blow; see gas volume report. I ~:Z - SAMPLER REPORT Company Well Name & No. County Test Interval North Slope Borough NSB //3 North Slope 1610'- 1750' Date Ticket No. State DST No. 5/12/87 1202 Alaska 1 Pressure in Sampler: 30 Total Volume of Sampler: 2200 Total Volume of Sample: 22O0 psig CC. Make Up Water Mud Pit Sample CC. Gas/Oil Ratio Where was sample drained Oil: None cc. Water' None cc. Mud:. 2200 cc. Gas: None cu. ft. Other: None Resistivity 10.0 @ 70 OF of Chloride Content 515 · 3 @ 60 °F of Chloride Content 24,714 Remarks: On location. Gravity ppm. ppm. °APl @ °F GAS VOLUME REPORT North Slope Borouq_h NSB__//3 1 Operator Well Name and No. DST FJo. 2nd F1 ow' Min. PSIG Orifice Size MCF/D Min. PSIG Orifice Size MCF/D ,,. 2 15.0 1/4" 41.2 .... 5 10.0~ " 36.8 10 5.O " 29.5 15 1.0 " 23.6 .... 2O 1.0 " 23.6 25 1.0 " 23.6 30 1.0 " 23.6 35 1.0 " 23.6 ,, 4O 1.0 " 23.6 45 1.0 " 23.6 50 1.0 " 23.6 55 1.0 " 23.6 t " 6O 1.0 " 23.6 , I ...... .... Remar'ks: North Slope Boroucjh Operator NSB #3 Well Name and No. RECORDER NO. 14928 DEPTH INITIAL FLOW DT(MIN) PRESSURE(PSIG) 0 106.4 5 101.4 10 95.6 13 94.2 1625 FT. i RECORDER NO. 14928 DEPTH 1625 FT. FINAL FLOW DT(MIN) PRESSURE(PSIG) 0 93.9 5 94.6 10 95.7 15 96.9 20 98.2 25 99.4 3O 100.2 35 101.5 40 103.1 45 104.9 50 104.1 55 103.7 58 104.0 LY LY-231 t North Slope Borouqh Operator NSB #3 Well Name and No. 1 DST No. L L DT(MI.N) RECORDER NO. 14928 DEPTH 1625 FT. FINAL SHUT-IN TOTAL FLOW TIME' LOG((T+DT)/DT) PRESSURE T = 71 MIN. (PSIG) DP(PSIG) P SQR X .001 L L L L 0 1 2 3 4 5 6 7 8 9 10 12 14 16 18 2O 22 24 26 28 3O 4O 5O 6O 7O 8O 9O lO0 110 120 121 104.0 0.0 1.857 108.6 4.6 1.562 115.9 11.9 1.392 121.9 17.9 1.273 128.2 24.2 1.182 133.0 29.0 1.108 138.3 34.3 1.047 143.6 39.6 .995 149.1 45.1 .949 154.0 50.0 .908 157.5 53.4 .840 165.7 61.7 .783 173.4 69.4 .735 180.3 76.3 .694 187.1 83.1 .658 193.1 89.1 .626 198.3 94.3 .598 204.7 100.7 .572 209.7 105.7 .548 214.8 110.8 .527 219.2 115.2 .443 240.8 136.8 .384 259.2 155.2 .339 275.6 171.6 .304 290.0 186.0 .276 303.6 199.6 .253 315.6 211.6 .233 326.3 222.3 .216 336.3 232.3 .202 345.1 241.1 .201 346.0 242.0 11.8 13.4 14.9 16.4 17.7 19.1 20.6 22.2 23.7 24.8 27.4 30.1 32.5 35.0 37.3 39.3 41.9 44.0 46.1 48.1 58.0 67.2 75.9 84.1 92.2 99.6 106.5 113.1 119.1 119.7 L EXTRAPOLATED PRESSURE' INDETERMINATE LY-231 '140 '120 ~00 X H 6o 03 4O 2O 0 EO0 .0 HORNER PLOT FINA~ SHUT-TN INITIAL SHUT-iN ((T+DT) :tO .0 /DT) ~000.0 100 .0 lO .0 1.O Ld - 0 ~.0 LOG/LOG PLOT DELTA TIHE VS DELTA PRESSURE DELTA ! lO0 .0 FINAL SHUT-IN INITIAL SHUT-IN (psz) iO0~ . 0 lO00 . ) ~ ) '1000 . 0 _ 800 . 0 _ 600 .0 _ 400.0 _ ~00 . 0 _ 0 . O __ TIME VS PRESSURE PLOT SAUSE #14928 @ 1625 FT. i .0 TIME ,40 . 0 80 . 0 (MIM) I I ! 120 . 0 160 . 0 200 . 0 I 240 . 0 SAMPLE CHART TIME ~lllill I I I I111111"1- I lOO lO t+~t HORNER PLOT I!1 >f'l I '111 1 I11 1 Ill 10 Horner t-,,~[ Slope Breaks Upward Possible Causes (1)decrease in pay thickness away from the wellbore (2) decrease in permeability away from the well- bore (3) increase in viscosity of reservoir fluid (fluid contact) (4) barrier within the radius of investigation SAMPLE CHART HORNER PLOT TIME lOO I(I ~t Horner Plot Slope Breaks Downward Possible Causes ( 1 ) increase in pay thickness away from the wellbore (2) increase in permeability away from the wellbore (3) decrease in viscosity away from the wellbore SAMPLE CHART / : / / / / / P TiME HORNER PLOT Illllll I ll[~ I1 :llltllll I llll)'lll I I 100 IC 1 0 Early Time Deviation of Horner Plot Possible .Causes ( 1 ) wellbore damage due to filtrate invasion, dril- ling solids, etc. (2) partial penetration of pay zone (3) plugging or choking of perforations (casing test only) (4) wellbore storage effects (Iow permeability gas wells) SAMPLE CHART TIME HORNER PLOT 1 ~ tt11111 I I t 10 Horner Plot Slope Continually Increasing Possible Causes ( 1 ) well between two parallel boundaries(channel sand) (2) induced hydraulic fractures Very Iow permeability. Slightly higher perme- Slightly higher perme- Average permeability. Average permeability. Usually only mud recovered ability. Again usually ability. Small recovery, Final and initial shut- Strong damage effect. from interval tested. Vir- mud, recovered, less than 200 ft). ins differ by 50 psi. High shut-in pressure, ) Iow flow pressure. tually no permeability. .f/ Excelent permeability where final flow final shut-in pressure. High permeability where ISIP and FSIP are within 10 psi. Deep well bore invasion or dam- age. Final shut-in higher than the initial shut-in. .ALASKA OIL AND GAS CONSERVATION COMMISSION / 3001 PORCUPINE DRIVE / ANCHORAGE, ALASKA 99501-3192 / TELEPHONE (907) 279-1433 TELECOPY NO: \ (907) 276-7542 July 27, 1987 Mr. Ron Chapman North Slope Borough 3201 "C" Street Anchorage, Alaska 99503 Dear Mr. Chapman: Attached for your files are approved app~.ications for permits to drill North Slope Borough Wells ~/1, 2,~ 4 and 7. You will note that the approval date for these Permit to Drill Forms is subsequent to the actual drilling of the wells. The delay in processing these permits results from "honest differ- ences of opinion" which culminated in a June 22, 1987 agreement between the Borough and the Commission. ~ We look forward to a continuing mutually beneficial relationship. Sincere , · V. Chattl~rt)~ Chairman / Enclosures dlf:6.NSB '-'-" STATE OF ALASKA ~-' ALASKA ~_.,_ AND GAS CONSERVATION CC ...... ~SSION PERMIT TO DRILL 2O AAC 25.0O5 I la. Type of work Drill J~ Redrill IqI lb. Type of well. Exploratory E~ Stratigraphic Test [] Development Oil Re-Entry [] Deepen[]1 Service [] Developement Gas [] Single Zone [] Multiple Zone 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool NORTH SLOPE BOROUGH 45 KB feet WILDCAT 3. Address 6. Property Designation 3201 C STREET ANCHORAGE, AK. 99503 NSB FEE 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 25.025) 1853 FSL & 701 FWL SEC 18, T21N, R 17W Ulq SOUTH BARROW At top of productive interval ABOV~ 8. Well nu ,mber Number ~ NSB ---3 At total depth ABOVE 9. Approximate spud date Amount 200,000 5/t/87 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and TVD) property line 1,853 feet 5,000 feet 21,120 2,600 feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Kickoff depth feet Maximum hole angle 0 Maximum surface ]. ,000 psig At total depth (TVD) ]. ~050 psig 18. Casing program Setting Depth size Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 24 20 94 H - 40 0 62 75 PF 17½ 13-3/8 72 S 128 0 150 200 PF 12¼ 9-5/8 53.5 S 1378 0 1300 900 PF &~-~ 7 32 N 2578 0 2600 100 O :5,( 19.To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural . Conductor ~i:il ~:. L. i. i. ; . Surface Intermediate !. .. ,..L :;-;¢: Production ... Liner ¢..,~¢ Perforation depth: measured true vertical 20. Attachments Filing fee EZ .Property plat [] BOP Sketch EZ Diverter Sketch'KI Drilling program ~ Drilling fluid program E~Timevs depth plot [] Refraction analysis [] Seabed report [] 20AAC25.050 requirements 21. I hereby certify that the foregoing is t~[.r.u~/and correct to the best of my knowledge Signed Title , Date. Commission Us(~ Only Permit Number [ Al~.nu'mber I Approval date [See cover letter U/ /_? [ 57 £~.~ ; ~' "%, ] 07/27/R7 [ for other requirements Conditions of approval Samples' required ~ Yes ' '" No Mud log require'd '~i!~. Yes ~ ..No Hydrogen sulfide measures [] Yes [] No Directional survey required [] Yes ,'~.No Required wor~~~~ 5M; [] 10M; [] 15Mk -- ,k Other: - by order of Approved by , ,../ /"~~ Commissioner the commission Date Form 10-401 Rev. 1~-1-8~ / icate DR_TT_L~YG PRCGNOSiS NSB NO. 3 Deviation -- -- · 2o/100 DIS, To,cos ea. ~p or 500' 8.5- 9.0 7% CaC1 w/Lite gel" Quit/ Cretaceous 8.5 - 9.0 Vis 35-50 minx. 7% CaC1. Solids LT 8%. W.L. LT 45. Cont~. ol w/ mech. cl'eanerS 7% CaC1 10.0 ppg 4-6 cc WL 40 vis, phl0.0, PV 10 YP 15 prenLx while NU. DisDlace 9-5/8 spud prior to dr!g ouc to storage See Notes sag/ Shublik Csg/Cnt 20" cnz to surf. w/pe_nnafrosc in ~place 13-3/8 cmt to surf w/perm~- frost .,. go_~s st~ ~/1~00 s~ pemnafrost M~I. DIL ~ ~ w/CAL, FDC/~L w/Z, 4 Arm Dip- mater, SWS as reG. Sonic-inte~--aced, M~D A.A.' . 7" cm.c to 1600 De~_e_nnina volune fron logs. Use Cl. G w/CaC1 S_~-_ion could ti-_in. ROP ~ M~D and M~]) az .Biz rur3 will Ga .-._on.icored- DRILLING ORDERS: 1. All solids equipment as well as charge pumps and ag;tarots will be functional prior to rig acceptance. 2. Mud disposal will occur at 9-5/8" and 7" casing points. Borough boiler and JV tank and pump to be prepared". F'it water from JV on ice road maintenance and boiler water for rig and Borough boiler from IWS. 4. Frac tank at rig to be steam lined. Keep steam to tank while fluids present. 5. Shop to be functional and utilized. · , 6. DST if indicated. Detailed plan to be issued as applicable. Testing will occur after logging. 7. Cement design and procedures per prior Halliburton design. 8. Procedures previously approved in contracted proposals only to be changed by approval of Project Manager. 9. Direct all suggestions, supplements and changes (advice welcomed).to Drilling Supervisor or Project Manager. 10. Drilling Strategy: Surface hole - 12-1/4" mill tooth bit using 12/64 jets and 91 +- spm @ 1900 psi. Rotary and weights similar to NSB No. I with drill floor optimization. Production hole - 8-1/2" mill tooth bit using jets and pump Strokes to yield 1900-2000 psi. After first bit run, utilize long tooth insert bit. Hold vi~.]cosity ini 55-45 range and W.L. to 4-8 cc. 11. Arctic pack per prior proposal. 12. TD to be called on rig. TD to be prior to argillite (2790 in No. ~). Drilling Orders Page 2 15. MWD ROP to be plotted every connection on 5 inch scale· 14. Ditch cuttings to be taken from shaker, desilter and centri- fuge every 20' and clearly labeled as to depth and source· Ail samples to be throughly washed and to be as free as possible of drilling mud. Begin after drilling shoe of surface pipe. 15. Mud to be checked at least four times daily. Daily reports wiii be faxed to Anchorage office - Attn: Matt Dimmick. Drill out of 9-5/8" with 9.8 - 10 ppg. Increase weight with barite from 1900 - 2000' to have 10.8 ppg by 2100'. Exceed 10.8 only for well control. 16. 20~ BBL (min) water tank to be on rig and lined for steam· Ronal d W e: · Chapma 5/5/87 SOUTH BARROW WELL 6 E 663,1.'39 .DIGITIZED P 151 i 5:3 ~154 .p , ~.. WELL I i N 6,311,567 E 664,031 (i ./ Lh DIGITIZED · 40O ( L : \ ; BAR SCALE 0 400 800 1200.feet This map located within T22N,"R'i'~"~V"~'n'd~ITW;"U."M.*'' · DRY EI48 SOUTH BARROW WELL 7 N 6,31Z,993 E 665,708 ~. ~... DIGITIZED NOTE: Vertical- datum is based on existing Well No. 13, Flange Elev. = 26.00' above sea. level. 0 I/2 I =! mile SCALE 2 SURVEYORS CERTIFICATE N S B WELL NO. 3 i Hereby Certify That l am a Professional Land Surveyor in and for the State of Alaska and That This Plat 'Represents an As-Built SUrvey Made by me or Under m'y Supervision, and That Ail Dimensions and Other Details are Correct. LAT. : 71° I0' 15.095" LONG. : 156°32'20.860'' Y ·: 6,2:80, X = 672:,693 ZONE = 6 LOWER MOST FLANGE ELEVATION = 2:5.72 ABOVE SEA LEVEL. AS - BUILT NO RT H SLOPE BOROUGH WELL NO. 3 LOCATED IN SW I/4 PROTRACTED SEC. 18, T. 21N., R. I?W.; U.M.; ALASKA SURVEYED FOR NORTH SLOPE BOROUGH BARROW GAS F!ELD OPERATIONS BTS/LCMF LIMITED , 5-.V. PC. BOX 427 / 723 W, 6tn ~vEt:UE ,, J // ~ 'SO 8,~Ow ,O 16 i J ~ PROVED RESERVES DECEM~19~'' -- , - ~. - ~ ._ ' ...... ~_.~ ............. ~ ......... ~ ~ 8 - 11.5 BCF SOUT. B.RRO~ F,ELD ~'"ow ~ T ...... J ..... '---~ / PROBABLE RESERVES DECEMBER 1978- 7.6 BCF ' DECEMBER 1978- 14 BCF ~ ~" ' ..... J J ~ ~ ' ' 9 10 I1 Alia J / ---~------~ ~ ~ ~ ~ / J ', m ~ ~ ~S ~ ~ Nt~ ~ ~ . lC CLOSURE, POTENTIAL ~ ~ ~ I~ Y WEST EAST ~ ,,~ / ~~ ~ ~ ~ ~ ~ - ~ ~y , -' ~,~ ~.,, .~/~ 4o0 · ,, ~ ~i~,,~ ~ ~ / /,,~ ~Y =, ,o ,, ,, ' ,, ~,. - ,~ ~~,o o~ ~ -'~4 X~' ' I ~ / //,--~ I /' ,0~,~/ 'x /'~'~'~ ~./ /' . t .,, AxE · , · , Z , ' I ~ ~~~ ~' ¢ ,j j .J j ~ SEISMIC CLOSurE ~O~N1 ~ I J~ ....... I---- -- .... I, / " ~ ~1~u ' -7' Jr II/ , · ~ , : ~, ~ x_ ~ -~ ,. ,,,.j~<' -~ 7~:;;;o~ .,.,~_,--,,,& ....... :~_~"~.~ , - ~~- - , .-:. o -,--- .... -.- . . ' /0 /1 .~ .... . ~'~ ' ,~ " I ,o ' ,, ' ,, · , .... ~ -- '~'~ ~ ..... ~/ ............................. ~ .. POTENTIAL RESERVES 4 BCF~N J · ~~.~00~ ~ J ~ J ~/ .0'~ // ~ ~ , ~ ~ / ~ i / ~ J 17 t/ 167~. 21 J 12 ~3 ~ 24 19 i 20 21 I :~J ' J STRUCTURE MAP ~ j ~ j LEGEND APPROXIMATE TOP BARROW' ~ :' ': BARROW AREA ~LJ .... :~ ..... J,~ POTENTIAL PROBABLE RESERVES RESERVES[ ~ 1 NATIONAL ~' PETROLEUM ~ SCALE ,e~ ..... RESERVE ~' IN ~o~s~o~ tj~*s~ J ORUY AND ASSOCIATE~ " W¥M~ ~ ~ ~ 1 IS r. ha pe_z=i~ fee a~m~ed ~ -- (1) Fee ~/ ....~';? . ..... ~,' :r eeeee eeeeeeeeeeeee eee eeeeeeeeeeeeeeeeeeeee (8) (3) Adm (9 thru (10 andI3) . (4) Case (14 r. hr~ 22) (23 ri=u 28) 2. IS well to be located in a dafined pool ............................. .~. Is well located proper distance ~ prooe_~-y ] ~nm .................. 4 is well loca~ d p ~rope= disr. amce f=c~n r_~ wm!!s · . e O 5. Is sufficient undedicated acreage av-ailmble in this pool 6. Is well to be daviated and is wellbore plat incl~d ................ 7. Is operator ~ only affected parry ................................. 8 Can pe=mit be approved before fifteen-day wait 9. ,Does operator have a bond in force .................................. ,~, 10. Is a conservation order needed ...................................... 11 Is adminisurativ~ approval-needed a 14. Is conduar~r string provided ........................................ 15. Will surface casimg protect fresh water zones ....................... 16. Is enough c~m~ used ~o circulate on condudtor and surface ......... 17. Will c~nt tie in surface and intermed~ ~te or production strings ... 18. Will c~t cover all known productive horizons ..................... 19. Will all casing give adaquate safety in collapse, tension and burst.. 20. Is this ~ =o be kicked off frcm an 21. Is old w~llbora absndumment procaine inc!udad on 10-403 ............ 22. Is adequate w~llbore separation proposed ............................ .. For exploratory and Strat~hic w~lls: (29 thru 31) 30. Are seismic ~rm~ysis data presented on shallow gas zcues .... (6) Add:.,~-",~ 'v-~-8'i, 32 Add~ticm~ req~r~ments - Geology: rev: 01/28/87 6.011 Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. · NL c~HRutD MND LIS D i Rm.~.K MAGNETt C TAPE VERIFICATION LISTING RECORD TYPE 132 REEL. HEADER ........................ 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T~M~. , 907.0u9 SPu 22.542 t 61. 004 70.965 DEPTh 1600.003 =T 4,87.6.809 f'.'i 1 P 2.9 ~ 3 T ~:Nip c?O .7<3 ~pn !z,.65t C&L TTEN ~9 ~PTH CAL iD TT EN I "'00. u39 FT, 4=7.,,, . _P;,~, 9.4~9 ~S ~u.'ux5 TEMP 946.44] SPO !2.4~7 7 O a C "' 11~.31A 7 0.91 1 30 .~,7 DEPTH 1400.COD FT 426,7209 M C&L i0 TTEN ~.~!6 -9.999 9~4.z77 SPO 7.64~ 35P"rH 1~0n ¢r:'~ FT 3c,'6 ",407 M : ~ ., ;..~. L,..%' · . · ¢2 , 8.737 ES Iu2 ?40 TENIP 927.1,37 3~3 0.179 uAL 13 TTEN ¢, 737 927.1 07 9.179 CAL iD TT.EN RD 7 n 7~ .'~ 30 ~' ~3 -0.5C2 70.593 SS. ¢';7 7 ~- u.59~ · .~ ; , ~'S G~ RMLL IS G R ~MLL iS RMLL R M' LL iS GR ~ut L iS RMLL iS RMLL I S RMLL iS 442.7C~ · ~74 '). 0 ~ ~, ?. 912 46 ,¢: . 3 .x.i: 6 91.751 7.x7~ 3~.381 1C.;f, 12 4C4.44E 114.57~, ~ ?.247 'S · 224 C ·" 5 C 2.451 C · 2,,. ~,,4~4 ,- 20~ SP RS SF ED SP ~S E9 S~ RS .:.ED SP ~.S ~O SP lr!3 . -', 24 ,,,, ! 99. 041 1 2 <'.? 46. q 1 7 C. t 00 STARTING Di?}N = ~.4/t~.UUU ~-1 ENDING DEPTM = t.ZgE,500 FT ~9Z,9~4~i q ** ~iLE TRAILEm FiLE NAME: M,~iN C,001 SERVICE N.A ~u E: VERSION # : ! OATE: 95/1!/ FAX!MUM L~NGTH: t024 ~iL~ TYP~: L~ NEXT FILE N~E: FILE ~EAD ¢ILE NAME: .SEPVIC= VERSION CATE: M~X RECO~D L ~ZLE TYPE~ L PREVIOUS FZL EPT C · 002 : 1 ENST~: t 024 C ~* !NFCRMATIC'N RECORSS ** BYTES MNE M ON ~N =N C OUN LCC CONTENTS : NORTH SLOPE : NSB NO. S : W~LI~C~T : N~'RT~ SLO~ : ~L~SK~ : I 50.00 Bm~OUGH ,~. ** FORHAT UNITS ENTR'Y TYPE ~NTRY 8 6C.0 9 .tIN t! DATUM SPEC iF ~LmCKS -, mS r R i PT I ON F-R~ME SPACING :m,~,v: SPACING UNITq N& X I~ZiJM FR.~MES/RECO~D TERFiNATOR LEVE~ SPACING CbRVE ~'~ ~;',! E T Et,lP S ? RS S2WPL~ 1 1 1 1 1 1 uNiTS ~V N~V · ** F"' M ~.R AT ** O~TUM. SPECi=IC.&TICN7 , .u 5LOCKS~ ,,., U P, V E REPR N ~Mm- ~..,¢ O 3 E S l Z E S ,'~ M P L E L: N l T ..,c ! D 6 '~ 4 i S R 68 4 ! ~ P l T T E N 6 8 4 I L ~ F R O 6 ,:S 4 t C: ~ M DATA u, Ai ~,.~74 Eq "r ~0 P~ 1~.4 TEMP TTEN 5~-r, !4e qPO ~PTH.~ Z4OA~, r:co. ~T 731 .¢~315 ~4 71 . 9~'z 3EPTH 2 zOO. r'"'C r-T 7"' ' · .. u1.~.15 M gAL 4~ .797 ES -r ~i3 I~ ~,t T E J'"! P TTEN 1105 722 ';PC RD 15.152 !19.637 72.C71 '~6.3.9 7: 72.81/-., 25.75.6 DEPTH 2100.C:OO FT I ::.., l! 72.3CT: 27. c c 7 CURVE N & M E CCDE SIl~ I S G ~ RMLL ;S RMLL RM,'~ I S GR R MLL T~ ':: P! L L ,~LL cAMpL- UN T "' 6=1.43( Lr 4Y7 4C'~ · ~ ,:,. 51; 7-2 4~.I~ c4.66E 5.9~ £ SP SP :D ] Fj ~S :$ P ~.S 123.o75 -~"., . 001 12 L7. ' ':?, E. -5.0C1 143.55'~ -la.2&5 I !. -'474, STAPTIN~ :iLE ?.i&~E: ~T C.'"~P7 SE~ViC~ NAMe: ~XiMUM LENGTh: !024 FILE TYPE: LO N~XT FILE N~'E: 1 n24 ,..~ . *'* INFOR.~4A'" "' ~.S · ' , , ICN REC. uRu "** ~YTES MNEM CONTENTS CN : NORT~ SLOPE ~4N : F N : W i L 0 C ~ T ~uUN : NOx ¢~ SLOPE STAT : ALASK& LOC : 1 50ROU5~ UNITS nNTRY mLnr<s TYPE ENTRY 8 6 C · 0 9 .! IN 11 !8 -u. S 0 rd O ,~ T u,.'l SPECiFi DEc,," EPT RAM aXl EVE R!PTIO"~ CURVE RE PR NAME CODE SiZE T T E N 68 T~R1 68 4 Tt~1 ~r~ ~C 6~. ON 5LOCKS CURVE NAME C~L C~T TEN T~:2E' ~'1~ 2 Cc:r= F. ,SAh'~LE 1 1 1 1 1 ! d N .,,- Tq L~,F US FOP. MAT ** TyOF-_ ENTRY OESCRZPTION DATUM SPmCImTr&TION. .~ ~LOCKq,.,- .. ** DATA ** DSmTH 242'~ m~'~n FT 73:~.~=mC: M GR 43 ~n6 CAL TT~N~ ~zS~, .7~ T~N~_ T2R1 602.313 T1~2 -t . -29?. 36 o ~; !. 063 SEPTH $400.C0n :T 731.521~" OR 4'z ~:~ ¢~L T~R1 61 = =~5 T1 q2 ~C 87,5tl , L; u 0 151 .7~! ~23.0o3 G~ *~.~. SIC uAL TTEN 960,723 TEN T~R1 614.125 TtR2 ~C ~5.72~ 2.344 a 3h. ~! 3 GR o~ *-~¢, C&L ,:' ,--' ~, ~ G., TTEN 9~0 .~06 TEN T2R1 7!6.453 TIR2 AC 102.538 -0. ,86 i~ - 2 F.. '~ 25 722.313 DEPTH 210¢' CC' . . , ~:. OFT 640.0:!f;13 M G2 ~2.2:~4 CAL TTEN 933,707 TEN TZR1 671 .45S T1R2 -"~ 7. ~ !3 7 O *PTH 200 GR 1 TT~N 9 O.CO0 ~T 6,39.60tS M n,;~ ~28 TFN ,,?,U R V ~ N:ANF- ~'C~-m ~= q T 7 ~ "~L,. ,:F. 4 C ~ T ~. C; 4 T E N 6 ~'S 4 T ~R 2 6,~, 4 T 1 R 2 6 ;3 4 TtR1 T~MP TlR1 T EMro T1RI T EMP S~ TlR1 -% ,0 L..'-) TlR1 SPD ~ 3,3c C:.OCC 4C.61~ 4~1· 43®,~. C.OCC 4t. ~,.~ ~ 4~ ~ :~7~ ,::. 0 C C iC .475 C. OCC 40.69 } C · 3 C C: 4,3.$75 S6~mLE 1 1 1 1 1 ! C~T ,~. CC; T2~2 CHT TZR2 CH'T T2R? rMT T2~2 T2~'2 UNIT~, IN LS~ L~ c US CZ ~.'~ 444.Z7~ 449.~25 C · e '.2 '3 -115"' 4 ':.,' ,5 · 75C: C. 0 C' O -1 ! 50C'. 30J 51 I. ! ,~: r,. :3 O 3 -1150n '~'C:O 57~.125 OEPTH I 90n O~O FT 579 1 ~11 M GR ~5.369 CAL TTEN 8 ":" 6. ;,.., 7'~ ,.., TEN T ) R I 762 · 50 © T 1 R 2 aC 1'-'9 ~43 -0.204 - 41. 007 76,8.125 TEMP T!R1 $EPTH 1,-SOO.CC~.¢ FT. ¢=4;5.,~'(411 M. -3S.941 701 .t25 ,PC TIR1 '-' ,,, '" F--T 51f~ 1511 M uEPTH 1700.F'0~ ........... L.,R $ 9. ":' 0r' ,:~ u~L -0. TT ~N 8:4 S. 9 ~0 TSN -.60.3,89 ~ 100.0!o TEMm TtR1 T E M m SP3 TlR1 DEPTH 150U.~.,Ou GR ~7.702 C~L -1 TTEN 8Ct .,471 TEN -36.944 T2R1, ~C 11 I .55S TEMP TlR1 OEPT~ I 4nO CO"'" · .... u FT 42,~,, ?~i39 M TTEN 785.5'94 TEN T?RI 812.525 TlR2 'AC 113.935 :;,2,* ~2~ TEMP TlR1 DEPTH 1500. CC'O F:T GR 40.5~4 TTEN 765.073 T2~:1 437.250 AC ~ .570 396.24i,:37 ~ C .~ L -u, ~,,,x 5 '"EN -33.5t2 T1 R2 449.687, Tlq'l uEPTH 1 77! -t Cr 444.0t3 T 5 t'! P TlR! STARTING OEPTb = 2423.000 FT ENDING DEPTH = 1271.50'0 FT 537 O 5543 ** FILE TRAILER ~iLE NAME: N!,~iN 3.003 SERVICE NA~'~ E: ~' 0C£ 54,~ .25C ;2.9CC 517.g75 " 0 C C 3.3. 7~-1 5C'4.5CC C · t3 C C 24.7"' 7 C.0CC 23.877 6C2 .C6~ C.CCC .24 57 '~ 31 ZZ. 9sa C, MT T2q2 ZC; CHT T2q2 Cr~T TER2 CHT T2q2 ~, C,.'; CbT CHT T2R2 T2R2 ~C C. -11 50,3. ,}OO ~4,~. 5,55 ~ . ,.; i.,j -115'._',J. 000 C. :300 -1 I SeC. n, nn 574.75C -1 ! 5,3C. 000 iq. :7)0 '" -11 50C. 000 32 S. ::250 DAT~: ~,1!!! , ~ LFNCT~ F-iLF: TYPE: LC NEXT FiLE N~M~: 1024 FiLE N~ME ~ ~. ~CE N VERSION # DATE: $5/ MAX R~COR FiLE TYPE ~REVIOUS ~ : . AME: :I 1!/20 C LENGTh: : LO ~iLE NA~E: !02~ ATZCN R~:'' ~'~ ~vORuS ** ~ Y'TE S MNEM CN FN COUN STAT LCC b .... N~ENTS NORTH SLOPE NS~ NO.3 WiLS¢~.T,~ NORTH SLOPE ALnSKfi I ~ no FORMAT ** UNitS :NTRY ~'LOCK TYPE ENTRY 3ESC 4 I DEPT i I 1 ~ M~Xi 0 TER~ -0,500 LEV~ OATUM spErImTC~TI~ CURVE R~PR NAME CODE GR 6~: TEMP TTEN 68 T1~1 ,~,~, N BLOCKS S~MPLE UNITS 1 O~G= 1 I FINN I b~ 1 US I US/= CUPVE Cfi_ TEN T!R2 ,q ,,"' , 2_ 6 ~5 S fi".IP L E ! 1 1 1 1 1 UNITS L5m ! t~ L. : fZ L! I M =NTRY 5LOCK.S TYPm ENT:: NAM= CCDE SiZE SAMPLE T E M P ; *: ~ 1 TT~N ~,5 4 t SPD 68 4 T2R1 6~ 4 1 TlR1 ~ 4 1 r:d EOF F/?IN US US ~J$/F ** OATA ** 241~.C0C FT SR 4&.452 C4L T2R! 603.313 T!~2 AC ~9.215 ! .CCC T :E M ~ SsS T121- ~EPTH 24e0.~' C '~31 521~ v GR 44,425 GAL TTEN 9S~,342 TEN TiRI 632,500 TlR2 -t.C34 147,124 ~35.t8,:5 T1RI ....... -s 0 C~IL TTEN 97~,191 TEN T2R1 6!6,93~ T1~2 A C 8 6. :~ 51 -1 T1~t 5~PTH 22 ¢¢ wU, uC =T ~m0,5~:I~ GR O2.:~'3 C.aL TTEN 95!.942 TEN T2~I 7t2.000 T1R2 ~C 102,03'7 - 2 ~...s.', 7 ~ 2 72 '- · ~ C 0 T E M P S PC' T!R1 T E M P S ~C T1.~1 ^ " ~rn FT bTART!NG DEPTH = 241:¢ .... ,~ ENSINC Cr-PT~ = ~11~ ~00 mT C · 0 C C 4.57.875 r. :CC: C ~..111 527 ~75 T2R2 TZR; AC"* ~'~T T2q? CHT T ;'R 2 CbT T2~2 . ~ t I 1 1 1 1 uN ' T,~c L~,F US US r-.? t,,,! -1 1 50f~. ,3,c3 C; · O 0 0 -1 1500, C, OO ':.50 · - 1 I 5 00. ass'. 0 · 10 *.*' FILE TRAiLEq FILE NAM:E: REFT SERVICE NAMF: VERSION ~ : ! ~,~TE: 5111/ ,,MAXIMUM _' ENGT~', ln~4 FILE TYPE: LO N6XT FiLE N&fCE: FTLE NAME: VSRSION ~ : ! DATE: 85/11/~0 FLLE TYPE: ** iN~OR~4T!ON RECORDS ** ;SYTES 11 , ~- n N T E N T S "' N : N O~'"" T ,,~ S L n..., ~ F '/iN : NSB NO.3 FN ' WIL~'' ~;C ~T ~OUN : N^p'rH SLuP~ , '~,~ . ~: ~. ~ STAT : ALASKA LCC : 150· ~¢0 ~ORM~T ** ~;GH uNITS ENTRY mJLOCKS TYPE ENTRv DESr 4 1 '9 .!iN 11 !9 0 -O.~CO DATUM. SPE"'"TmI ** cORMAT ** RiPT!ON BEPTHS DECREASE FRABE SPACING F~ANE SPACING UNITS TERMINATOR LEV"'L SPACING N 5. L u C K S 4 4 £ SAMmLE UNITS I i N 1 t J ~2 G F I F/MN 1 SfC3 CURVE N.&ME LSD S SN G R TT E~,! D SSMPLE 1 1 1 1 1 UNITS C~S L¢; G/C~ !,' ENTRY TYPE -NTRv, C:ESCRiPTZ~N. ,~ ! 8 ^r "" 9 .I iN 1 1 19 0 T - O. 5 0 0 L Emi qAk': HS CECRE~SE E S~A.CiNG E SPACING UNITS ~'! U r, ..... INATOR L SP~CING CU~,VE ~Ep~' 'N ~,,;',I E r.~ ~,r' :.~ E S ! Z E S ,& M ,~ ~,~ E L N. ! T S C UR VL~ N,-.. ~ !'1 E CC3E CT7': DATA SSD 632.436 LSD LSN ~'6 ga4 G~ .SPD O.O00 DEN ~22.975 4 ~ · ;...,- 8 0 . '"" A DE~TH ?4on.ceo =T 731 :21~ :,4 45. ,:S S. 7 DEPTH 2'zC,,': ¢"'"' FT 701 ~1415 M SSD 544.C77 LSD ~ SN r ? 940 ~ 1 7'$,. 66,.576 2 DEPTH 220~' ¢^"' = OEmTH, . 210n CC~,¢ ~T SSD 5~8.367 LSD 'SN 44 7~3 GR 640. , ..... I '< 7 · un 34 95. I ~, .472. u?'.PTH ~' C: 0 "'-. P '" O ", . u .-,U~; FT 600..,';,!J1x SSn 723.222 LSD ~SN P3 444 GR SPO 26,445 DEN 27'3. t !4 i.445 g ~ lp- zH laOO.n-'n pT ~7~.'~ 211 100.]77 DEPTH I :=OC,,., .'30n_ FT 545.6411 M SSD 5=!.675 LSO LSN 54.156 GR SPO ~6.23S OEN 17! .793 98.! 44 1.45Z ~EPTid l'70u.uou, ,=T )1~',..t~11~, . M,, 3EPTM 1 ~. ¢~P Cc'" 4 g 7 · '~' 8 '"' c M T EI'4P ',., L; P R "~,i T EMP CORR C~RR C;L C~-R R r A L .,..ORR C ,~ L T ,~ *~ p CnR2 C · 0 C:, C <..47C C.OCC ~.74~ C.OCC . ~l~ p 7¢~ C.OCC ~.0~ . · C · 0CC -0.0!~ tC.I?_2 " p.,pr 0.251 C. O C C ,E. 6 ,? S C · 052 SSN TT;N CN T T :: k. CN S SN TI =N Ch S S N TTZN SSN ~TEN CN SSN TTEN S S N TTEN CN S SL TTEN CN I 7 2. 9 ;53 ! 5. 151.:3','12 1 24¢. 2x '~r',2 I 2~,7 ,5,~/': 22 . 31:3 1 29. ,:~; 11 ': 4.921 147.7%c 1225.944 117.'~5~ 11 g ''~ . 7 ,*, 9 44 .jw'4 1~4 ~1x 1 ~ 7q 74 ~. i '-,.-' 12 DEPTH SSD ~' SN DEPTH L SN ;EPTH 1'~0¢ S SO 1 LSN 27,270 rdEN i, 383 .!2,281 GP t01,91{ ~_7. 462 DEN 2,324 1 400 C 65 · 957 L ~, D '~ nO. 77'a ~7,474 DEN 7 · 393 uEPTH 1 ~C~' rcr = ~ S SO 1 LSN SPD DEPTH 110 $SO 1 L SN Spm SEPTH 1CO SSD L SN DEPTH 90 SSD 1 LSN S PO S S 0 1 LSN "~PO u.,', 6 L,,C SR.~Ox, ~, --, !9.5~7 GR 44.368 4! · 922 C~N 1 .,579 III ! 50,~43 LSD 56,407 ........ U4,~:iC.'5 M P, CCr mT r~ n~ ~ ~ 87. ,!3~ LSD 19,C$4 GR 43.C37 DEN '~ · C ~'' n F T /-.,4.7 ~0 19.7z,! 13.239 34.362 ! ,611 ""74 ~20A M 54.4~5 t7.g98 i ! .999 LSO DEN 257.4041 STARTING SEmTH = E N '-/-, i N C. DEPTH = LS3 DE N .~ 4 2 ,~. u u u g4/.,. _, --IT ,~T L,,., R R C A L T C '",R R C~L TEMP C C R R CAL T EMP ~.~ORR ~.~L '""AL TE~$ '"'" .'~ ~ R 4.9 I -z 1 CAL 4;.542 TE~P t. ~: 7 6 C 0 R R 4 2 '~ $4 T E~~ 1 .537 CORP. ** FILE TRAIL mILE NAME: N~ SERVICE NAME: VERSION ~ : 1 .ATE' eq/11 MAXIMUM LENGT =ILE TYPE: LC NEXT FILE NA,~ IN C O0'~ / H: t024 C · Ln. Pi :, t £. 0 '~ 1 ~ OCC .S.121 9.737 C ,OCC S .65c; u. OCr -1 ~ .~ ~,. eTC C.OCC -1 ,~c C . gCC "' GCC -! ,214 ,.~ ,..... :..,.uCC - 1 · 37C S SN TTEN ~,N S SN TT:N CN S SN TTEN CN S SN TTEk CN SSN TT~:N SSN TTEN C N S SN TTCN CN "t q N TTe~ 4a.612 1 32 1 1 3 ?. 307 4 1.3 2 ,~ 11 O 1.34 ,S i 92.1 94 1t09.417 8:5.61 S 1 n4 '" S I/',77. >'28 77,792 97.;576 1 037. ! 45 1 0 C. ~ 5 ~ 1 CL.n$. S42 '~'1 . 76 ~ 1 03.4o6 I 31,5.0c 9 93. "7,'91 13 EPT C.OO6 ! 20 ~NGTH: 1 024 ~YTES 14 MNEN C N : W N : F N : STAT · LCC : CONTENTq NORTH SLOPE NS~ F~~ WIL~ NORT~ SLOPE ~LASKA uNiTS ENT© OC ,,,Y BL KS TYPE ENTRY ~ESC 4 1 DEPTH ~.~ 60,0 FR~YE 9 1 1'1 0 TERNZ -0, SO0 LEVEL u~.TUM SP?CzF!CAT]O CURVE NAM~ CODE SIZE lIlI SSD 68 4 C ~L 68 4 L S N ~MP ~ 4 SPD 68 ~ORR 4 ** =ORMAT RZPTiON S OECRE~SE SPACING SPACING UNITS UM FR~MES/RECOR£, NATOR N BLOCKS SAMPLE UNITS I ,CPS 1 C~S 1 OEGF I F/MN I G/CS CURVE NAM E LSD SSN SR i Tr:N r. SIZE 4 / S ,o., I~ P L ~ ! 1 1 1 1 1 UNITS CPS CPS '1 C3 ENTRY ~LOCKS TYPE ENTRY 1 9 ,11 ~..~ 11 19 0 CURVE REPR ,"PimTICN DEPTHS DECREASE xRnKE SP~CiNG =R~E SP~CiNG UNITS M~.XiMUM FR~MES/R~CO~G 'TERMINATOR: LE:V~L SPACING C~TI~N ~i ,ticK':, S l Z E S ~, M m L E U N i T S N g ~ E P r.: ~ R C.C £, E ~it~ * ~ DATA *~ O~PT~ 242~.00 O FT 740,0559 I SSO 621.4~7 LSS 21 LSN ~4.9~4 GR 4 SPD O.C©O O:~N DEPTM 2400.00 SSD 5~0.3 LSN 53.5 SmD 26.0 OFT 701.0~15 ~ SSO 557.10& LS3 !7 L S N 50.0 ..33 G R x SPD 26.43':) DEN 0 FT xTO 5~1~ SSO 599,C!0 LSD 'SN ~ ~04 G:~ ~ . OEP'TH 2100,CC0 =T lC,- SSD 507.439 LSD 17 LSN 22.998 GR 11 qPO ~6.9¢'7 ENDING ~PTH ** mILE TRAILE~ ..=it~ NAME: RE?T SERVICE N4ME: VERSION ~: : t OAT~: '~5/1!/ MAXIMUM LEN*T~: .: ;L~ TYPE: L~v NEXT :iLS NAP~: 024 '** TAPE TRAILS? TA~E qmRVlCE N~",;: ~EPT C OAT~: 'uRiG~N.~ v~'= L;~T~: =SY.~. TAPE C,ON~i~,~r,T~0N, ~,,~,., NEXT TAPS : 31 iN ',?,PS F/MN G t C 3 9, a 82 Z · M 9.59* 2.052 2,3:34 8.07t 6.982 3.367 2.575 176.982 t I 3. =67 ~.~7~ TT~N C, AL T C©RR C a, L T E r.,! P CORR CAL T~MP CORR u~L TEM,~ CORR r'APR 740.0559 >~ C.OCC C .GOO C.OCC ~. S5C C · 0 O C · C' C C C, I C C .CCC 1~7 SSN TT;-N S SN TTmN SS N TT SN C N S SN TT=N S SN '"TEN .,.,N S SN TTCF~ C N LEF O/C'Z 1 ~ ,5. c S 1 54~ .045 15.000 I 2.51 . ~J 9 t 1 ",1 011 17 r, 2. C, ,~ I 27. 703 1 ?. CC'. S :< S 31. 423 !23.9~S 121'4.377 65.44S I 23 ~" I ? 19. '87-" ~5. ~45 15 SE~ 0 2 1 NEX TAP FO,;:' ~T ~L T~P REEL TRAILER L N~NE: ViCE NA¢4=: ~ITLIS GIN OF ;3AT~: L CONTZNUATZOK T REEL MENTS:, OR'SeER;. ~TLA S L H2AC~ - 1 E HE~DEP - 1 ORMAT ION - 6 MAT - 12 LE 3USP - 6 E TRAILER - E TRaiLER- 1 L TR~ZLER - LIS CUSTCM;R TAPE C. RE.~TE~ SY SDS 16 TOT&L ~Er~Rn~ 572 ,, ,~ ~ ....~:
