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201-022
Imagi 'roject Well History File Cover f 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. RESCAN DIGITAL DATA OVERSIZED (Scannable) [] Color items: [] Diskettes, No. [] Maps: [] Grayscale items: [] Poor Quality Originals: [] Other: NOTES: [] Other, No/Type BY: BEVERLY ROBIN VINCENT SHERYI~~INDY Project Proofing BY: BEVERLY ROBIN VINCENT SHERYL ~WINDY Scanning Preparation / x 30 = ~ + BY: BEVERLY ROBIN VINCENT SHERYL~_M. ARIA.~WINDY '1~-- ~r" [] Other items scannable by large scanner OVERSIZED (Non-Scannable) [] Logs of various kinds [] Other Production Scanning Stage 1 PAGE COUNT FROM SCANNED FILE: BY: Stage 2 BY~ PAGE COUNT MATCHES NUMBER IN SCANNING PREPARATION: /7~ YES (SCANNING IS COMPLETE AT THIS POINT UNLESS SPECIAL ATTENTION IS REQUIRED ON AN INDIVIDUAL PAGE BASIS DUE TO QUALITY, GRAYSCALE OR COLOR IMAGES ) NO IF NO IN STAGE 1~ PAGE(S) DISCREPANCIES WERE FOUND: ~ YES ~ NO RESCANNED Bt: BEVERLY ROBIN VINCENT SHERYL MARIA WINDY General Notes or Comments about this file: DATE: ~SI Quality Checked 12/10/02Rev3NOTScanned.wpd e e ("~. ~- "', " , MICROFILMED 07/25/06 DO NOT PLACE ANY NEW MATERIAL UNDER THIS PAGE F:\LaserFiche\CvrPgs _ Inserts\Microfihn _ Marker. doc Memorandum State of Alaska Oil and Gas Conservation Commission To' Re' Well File 201-022 Expired Permit Action WELL: Milne Pt Unit J-14XX Permit Issued: 2/6/2001 DATE February 28, 2003 API# 50-029-23001-00 This memo will remain at the front of the subject well file. Our adopted conventions for assigning APl numbers, permit numbers and well names did not specifically address expired or cancelled permits. This omission has caused some inconsistencies in the treatment of these kinds of applications for permit to drill. Operators have asked us to adopt formal procedures for this class of permit application in order to prevent future database disparities. If a permit expires or is cancelled by an operator, the permit number of the subject permit will remain unchanged. The APl number and in some instances the well name reflect the number of preexisting redrills and or multilaterals in a well. In order to prevent confusing a cancelled or expired permit with an active well or multilateral these case sensitive well identifiers will be changed for expired and cancelled applications for permits to drill. The well number for a cancelled or expired permit is modified with an appended XX. EXPIRED PERMITS ARE RELEASABLE 2 years from the date on the application was issued by the commission, unless the operator ask for extended confidentiality. AOGCC database has been changed to reflect these changes to this permit. Sieve McMains ' Statistical Technician ALASKA OIL AND GAS CONSERYA~ION COP~iSSION TONY KNOWLES, GOVERNOR 333 W. 7'" AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 P J Archey Senior Drilling Engineer BP Exploration (Alaska) Inc. P O Box 196612 Anchorage, AK 99519-6612 Re: Milne Point Unit IV[PJ-14 BP Exploration (Alaska) Inc. Permit No: 201-022 Sur Loc: 2265'NSL, 3155'WEL, Sec. 28, T13N, R10E, UM Btmhole Loc. 3081'NSL, 4293'WEL, Sec. 20, T13N, R10E, UM Dear Mr. Archey: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25 035. Sufficient notice (approximately 24 hours) must be given to allow a representative of the Commission to witness a test of BOPE installed prior to drilling new hole. Notice may be given by contacting the Commission petroleum field inspector on the North Slope pager at 659-3607. Daniel T. Seamount, Jr. Commissioner BY ORDER OF THE COMMISSION DATED this ~/-~ day of February, 2001 dlf/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. STATE OF ALASKA · , ALASK/''.-~ ..,L AND GAS CONSERVATION COMNt,._,SION o~ PERMIT TO DRILL , 20 AAC 25.005 la. Type of work [] Ddll [] Redrill ] lb. Type of well [] Exploratory [] Stratigraphic Test [] Development Oil [] Re-Entry [] Deepen [] Service [] Development Gas I~' Sin~e Zone [] Multiple Zone I 2. Name of Operator 5. Datum Elevation (DF or KB) 10."Field and Pool BP Exploration (Alaska) Inc. Planned KBE - 29.12' Milne Point Unit / Schrader 3. Address 6. Prope. rty Designation Bluff P.O. Box 196612, Anchorage, Alaska 99519-6612 -~--,~.,ADL 025515 "4. Location of well at surface 7. Unit or Property Name 11. Type Bond (See 20 AAC 25.025) 2265' NSL, 3155' WEL, SEC. 28, T13N, R10E, UM Milne Point Unit At top of productive interval 8. Well Number 2550' NSL, 870' WEL, SEC. 20, T13N, R10E, UM (OB) MPJ-14 Number 2S100302630-277 At total depth 9. Approximate spud date 3081' NSL, 4293' WEL, SEC. 20, T13N, R10E, UM 01/30/01 Amount $200,000.00 12. Distance to nearest property line 113. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and TVD) ADL 025517, 3081' MDI MPJ-15 is 71' Away at 5244' MD 2560 11958' MD / 4111' TVD 16. TO be completed for deviated wells 17. Anticipated pressure {see 20 AAC 25.035 (e) (2)} Kick Off Depth 833' Maximum Hole Angle 91 o Maximum surface 1340 psig, At total depth (TVD) 4000' / 1800 psig 18. Casing Program Specifications Setting Depth Size To 3 Bottom Quantity of Cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 30" 20" 92# H-40 Welded 80' 35' 35' 115' 115' 260 sx Arctic Set/Approx.) 9-7/8" 7" 26# L-80 BTC-M 9000' 35' 35' 9035' 41 55' 3930 cuft Arctic Set III, 561 cuft Arctic Set 6-1/8" 4-1/2" 12.6# 'L-80 IBT-Mod 3023' 8935' 4140' 11958' 4111' LJncemented Slotted Liner , 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 MD TVD Structural Conductor Surface Intermediate Liner Production ~ECEIVED Perforation depth: measured AlaS~,a 0il & Gas ConS. true vertical , 20. Attachments [] Filing Fee [] Property Plat [] BOP Sketch [] Diverter Sketch [] Drilling Program [] Drilling Fluid Program [] Time vs Depth Plot [] Refraction Analysis [] Seabed Report [] 20 AAC 25.050 Requirements Contact Engineer Name/Number: Dan Bourne, 564-4787 Prepared By Name/Number: Sondra Stewrnan, 564-4750 21. I hereby certify that the,,~regoing is true. and correct to the best of my knowledge Signed Pat Archey ~ ~..~_~.~, Title Senior Drilling Engineer Date / /.2 (,.,/~:~/' .. .... ...........: ....... '.....:...:......,~.:...".:'.....'.'.. :..:commiSsion:UseOnly:. ~....'...!".:::.........":.....'...'.... '..::.. · ... . :: . ......... . ..::. Permit Num~ I APl Number I ~A_p p~,,ov~a I~t e / -O ~-~-..- 50- d".2 ~-~ '~ ~-~'~ ~t/ - O~) for other requirements Conditions of Approval: Samples Required [] Yes J~"~o Mud Log Required [] Yes ~No Hydrogen Sulfide Measures I~]~'es [] No Directional Survey Required ~r"'Yes [] No Required Working Pressure for BOPE ,~2K [] 3K [] 4K [] 5K [] 10K [] 15K [] 3.5K psi for CTU Other: ORIGINAL St~..~r"~r!~i.'~ D Taylor :$e;~,,~,..l~'~i by order of Approved By Commissioner the commission Date Form 10-401 Rev. 12-01-85 Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit 1. Well Plan Summary IWell Name: I MPJ-14 & MPJ-14 L1 I Type of Well (producer or iniector): I Producer (Sidetrack Multilateral) Surface Location: 2265' FSL (3014' FNL), 3155' FEL (2124' FWL), Sec. 28, T13N, R10E X = 552166.18 Y = 6014663.74 J-14 OB Target Start: 2550' FSL (2729' i:N~, 870' FEL (4408' FWL), Sec. 20, T13N, R10E X = 549117.45 Y = 6020207.70 Z = 3843' TVDss J-14 OB Target End: 3081' FSL (2197' FNL), 4293' FEL (985' FWL), Sec. 20, T13N, R10E X = 545689.40 Y = 6020717.36 Z = 4047' TVDss. J-14 L10A Target Start: J-14 L10A Target End: 2837~:FsL (2442'"FN'L):,' i'~6~~ 'F"~L'(391:3' FWL), Sec. 20, T13N, R10E X = 548619.42 Y = 6020491.65 Z = 4031' TVDss 3081' FSL (2197' FNL), 4293' FEL (985' FWL), Sec. 20, T13N, R10E X = 545689.40 Y = 6020717.36 Z = 3982' TVDss I AFE Number: I 337XXX I I Ri~i: I Nabors22E I Estimated Start Date: I Jan. 30m 2001 Operating days to complete: I XX.X I OAMD 11952' OB MD 11958' OATVDrkb (TD) 4046' OB TVDrkb (TD) 4111' ' OA Max. Inc. 92° I KBE I 29.~'1 OB Max. Inc. 91° IWell Design (conventional, slim hole, etc.): I Grassroots multi-lateral with extended horizontal I laterals. Electric Submersible Pump completion. Scope: Drill 9 ~" mainbore hole to +/- 9000' MD. Land mainbore hole in OB reservoir. Run and cement 7" casing. Drill out shoe and drill a 2960' 6 ~" horizontal well in the OB sand. Run 4 Y2" slotted liner with hanger. Set retrievable whipstock at top of OA interval at +/- 8725' MD. Mill window in 7" casing. Drill a 3225' 6 ~" horizontal well in the OA sand. Retrieve whipstock. Run 4 Y2" slotted liner with Baker "Hook Hange¢' system into upper lateral. Freeze protect well. The well will be completed with a 3 tubin~l ESP completion by Nabors 4ES. RECEIVED JAN 2 G 2001 Alaska 0il & Gas Cons. Commission Anchorage Version #2, 1/26/2001 .W . Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit 2. Current Well Information 2.1 General 2.2 2.3 2.4 Well Name: MPJ-14 APl Number: MPJ-14 L1 APl Number: Well Type: Current Status: BHP: BHT: MPJ-14 Development - Schrader Bluff Grassroots Multilateral Producer New well, conductor set 1800 psi @ 4000' TVDss Schrader Bluff 'OB' sand. Normal pressure gradient. 80°F @ 4020' TVDss Estimated (SOR) Current Mechanical Condition MPJ-14: Nabors 22E: Conductor: Cellar Box above MSL = 35.00' KB / MSL = 64.12' 20", 92 Ib/ft, H-40 Welded set at 115' RKB Target Estimates Estimated Reserves: Expected Initial Rate: Expected 6 month avg: Expected reserves 1.7 MMbbl Production rate: 1500 stb/d Production rate: 1000 stb/d Materials Needed Production Casing: 9000' 1 off I off 30 off I lot 2 off I off 7" 26# L-80 BTC-M Casing 7" BTC-M Float Shoe and Float Collar 7" BTC-M TAM Port Collar 7"x 9 %" Rigid SB Casing Centralizers 7" casing pups 5', 10', 20' 7" Baker Whipstock and Anchor FMC 11" 5M x 3 Y2" Horizontal Wellhead / Tree 2 x Production Liners: 6190' 160 off 4 %" x 5 3A" x 8" 7" x 4 Y2" 4Y2" 1 assembly 4 1~,,, 12.6#, L-80, IBT-Mod Slotted Liner Rigid Straight Blade Centralizers and stop rings Baker liner top hanger with inner string Baker guide shoe, pack off bushing Baker Level 3 "Hook Hanger" Multilateral Equip. L-80 Completion: 8575' 2 7/¢, ESP 2 7/¢, Gauge 2 W' Landing Nipple 2 x 2 7/¢' 1 off 1 lot 2 7/¢, 6.3 Ib/ft, L-80, 8 round EUE tubing Centrilift Electric Submersible Pump Centrilift Pressure Gauge X Nipple Gas Lift Mandrels BIW ESP & Heat Trace Penetrators 2 7/¢ tubing pup joints RECEIVED JAN B 6 ZOO1 Alaska Oi~ & Gas Cons. Commission Anchorage Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit 3. Drillin_cl Hazards and Contingencies RECEIVED 3.1. Well Control JAN MANDATORY WELL CONTROL DRILLS: Alaska 0il & Gas Cons. Commission ~nchora,qe t 1 ........ ,'"I~ Drill Type Frequency Comments D1 Tripping (1) per week, per crew Conducted only inside casing. D2 Drilling (1) per week, per crew Either in cased or open hole. DO NOT shut-in well in open hole. D3 Diverter N/A N/A D4 Accumulator Prior to spud or RWO Approx. every 30 days, thereafter at convenient times. D5 Well Kill Prior to drill out, Prior to drill out the intermediate and production strings. Never per crew carry out this drill when open hole sections are exposed. 3.1.1. The 6 W' horizontals will be drilled with the BOP installed. MPJ-14 is being drilled in an undrained fault block and reservoir pressure is expected to be virgin 8.65 lb/gal equivalent. The planned mud weight is 9.1 lb/gal, which provides a 0.45 lb/gal overbalance (97 psi). 3.2. Kick tolerance 3.2.1. The kick tolerance for the 6 ~" horizontal open hole section is infinite assuming an influx at the 11958' MD in the Schrader OB formation. This is a worst case scenario based on an 8.7 ppg pore pressure gradient in the top of the production section and a minimum fracture gradient of 12.0 lb/gal at the 7" casing shoe with a 9.1 ppg mud in the hole. 3.2.2. The 7" casing will be cemented to surface. The top of the 15.8 lb/gal tail cement slurry is planned to be 7600' MD. 3.3. Lost Circulation 3.3.1. 3.3.2. Lost circulation has not been encountered while drilling this interval on previous J-Pad wells. Three more recent wells (Sweet 16 wells J-17, J-20, J21) used the same single 7" casing string design. These wells did not experience lost circulation problems while running and cementing casing. Aisc, last year's Multi-Lateral wells (J-23 & J-24) did not experience any lost circulation. Clean hole ECD in the 9 %. surface hole is estimated to be 10.1 lb/gal. Clean hole ECD in the 6 ~" horizontal holes is estimated to be 11.7 lb/gal. Maintain minimum ECD thru use of proper hole cleaning procedures, PWD monitoring, and control drilling. 3.3.3. Follow the LOST CIRCULATION DECISION MATRIX in the well plan if fluid losses occur while drilling. Break circulation slowly in all instances and get up to recommended circulating rate slowly prior to cementing. 3.4. Unexpected High Pressures 3.4.1. It is unlikely there will be unexpected overpressure when drilling to the Schrader Bluff formation. This well is in an undrained fault block with no off take or injection support. Reservoir pressure is expected to be 1860 psi (8.65 lb/gal). In this well, the Schrader Bluff formation will be drilled with 9.1 ppg mud. 3.5. Stuck Pipe 3.5.1. The J-14 directional plan has a 5450' interval of high angle (74°) in the 9 7/¢ surface hole with 3225' and 2960' horizontal intervals in the CA/OB reservoirs. All these hole intervals have massive Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit permeable sand intervals, which can lead to differential sticking of the drill string. Good drilling practices to avoid differential sticking are required in all hole sections. Minimum mud weights and proper mud properties as outlined in the Baroid mud program must be closely followed. 3.5.2. Stuck Pipe: Go immediately to SURE manual, determine stuck pipe mechanism, follow recommendations in the SURE manual. DO NOT JAR UP if packed-off! 3.5.3. A major risk of the J-14 well is running the 7" casing to TD. The 7" casing must be run all the way to TD to allow for the multilateral to be drilled. Sticking the casing off bottom will result in not being able to drill the multilateral as planned. The 9 7/.,, surface hole has a 5450' high angle tangent section that is built to horizontal at TD. Similar wells in the past have experienced problems running the 7" casing to TD due to the high drag and differential sticking. On the previous wells it was necessary to wash the casing to TD and to utilize the top drive weight to help push the casing. Past operations were successful in running the 7" casing using these techniques in additional to liberal use of lubricants and strict attention to hole cleaning and mud/hole conditioning prior to running casing. 3.5.4. There is a risk of differentially sticking the 4 Y,," slotted liners. The 9.1 lb/gal mud will be 0.45 lb/gal overbalanced to the 8.65 lb/gal OA/OB sand reservoir pressure (96 psi differential pressure @ 4111' TVD). The liner should be kept moving as much as possible while running in the open hole. 3.6. Pad Data Sheet 3.6.1. Please Read the J-Pad Data Sheet thoroughly. 3.7. Hydrates 3.7.1. Hydrates have not been encountered on previous J-Pad wells and are not expected. However hydrates have been encountered on H-Pad and mud returns should be monitored to determine if hydrates are encountered on this well. 3.7.2. In the event of hydrates forming, the following procedures should be undertaken: a) Remember that hydrate gas is not a gas sand. Mud weight will hold a gas sand back. But, once the hydrate is disturbed, the gas is coming out of the hole. All that mud weight does is control how radically the gas breaks out at surface allowing you to continue drilling and getting through the section as quickly as possible. b) 2 ppb Lecithin - have in mud system prior to drilling hydrates c) 0.6% Drill & Slide - have in mud system prior to drilling hydrates d) Have mud weight at a max 9.8 MW prior to drilling into the hydrate section. Would usually cut mud weight back to normal weight (8.6 - 9.2) once we were 300 - 400' below the hydrate section and the gas had settled down. Note: This is applicable to the H-Pad wells. The 9.8 mud weight may vary from pad to pad depending on hydrate gas concentration. e) Weigh mud out with both pressurized and non-pressurized mud scales. The non-pressurized mud scales reflect actual mud cut weight. Drill through the hydrate section as quickly as possible, while minimizing gas belching at bell nipple. Slower pump rates may be applicable while monitoring torque and drag for potential problems. g) Minimize circulation time. This accelerates the hydrate thawing problem releasing more gas into the wellbore. h) Keep mud circulating temperature as cold as possible. RECEIVED 4 JAN Alaska Oil & Gas Cons. Commission Anchorage Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit Open up the bit nozzle size as much as possible. This will reduce the bit nozzle velocity (lower temperature), aid in drilling a more gauge surface, and has not adversely affected the ROP. A surface caliper log has shown gauge hole even through the permafrost by adjusting (opening up) the bit nozzles. 3.8. Breathing 3.8.1. No breathing problems are expected drilling the Ugnu or the Schrader Bluff formations. 3.9. Hydrocarbons 3.9.1. Hydrocarbons will be encountered in the Ugnu and Schrader Bluff intervals. 3.10. Geosteering 3.10.1. Two rig site geologists are required onsite for accurate geosteering through the thin DA/OB sands 3.10.2. It is critical that we achieve a high percentage of 6 1/,,, hole in reservoir zone drilling in the DA/OB sand horizontal intervals in order to obtain enough pay sand to meet the oil rate production goals. 3.11. Hydrogen Sulfide 3.11.1. MPJ Pad is not designated as an H2S Pad. Below is a summary of the most recent H2S readings: Well J- Well Type H2S Status Date taken I SBF Prod <2.00 Feb 2000 2i SBF Inj Injector Feb 2000 3 SBF Prod <2.00 Feb 2000 4 SBF Prod <2.00 Feb 2000 5 SBF Prod <2.00 Feb 2000 6 KUP Prod Shut In Feb 2000 7 SBF Prod <2.00 Feb 2000 8 SBF Prod <2.00 Feb 2000 9 KUP Prod <2.00 Feb 2000 10 KUP Prod <2.00 Feb 2000 1 li SBF Inj Injector Feb 2000 12 Long Term Shut In Feb 2000 13i KUP Inj Injector Feb 2000 15i KUP Inj Shut In Feb 2000 16i Long Term Injector Feb 2000 17i SBF Inj <2.00 April 2000 18 KUP Prod 9.60 April 2000 19 SBF Prod <2.00 Feb 2000 20 SBF Prod Shut In Feb 2000 21 SBF Prod <2.00 Feb 2000 22 SBF Prod <2.00 Feb 2000 RECEIVED JAN 2 6 Z001 Alaska Oil & Gas Cons. Commission Anchorage Schrader Bluff Tract 14 2001 Program MPJ-14 Drilling Permit 4. Drillin_q Pro_qram Overview 4.1. Surface and Anti-Collision Issues Surface Shut-in Wells: Well MPJ-05 may need to be shut in for the rig move on and off MPJ-14 Close Approach Wells: There are 2 close approach wells, MPJ-15, MPJ-16 Well Name Current Production Precautions Status Priority MPJ-15 Injector Water Inj Shut-in MPJ-16 Injector Abandoned 4.2. Well Control Expected BHP 1800 psi @ 4000' TVD (estimated) Max Exp Surface Pressure 1340 psi (0.115 psi/ft ~las gradient) BOPE Rating 5000 psi WP (entire stack & valves) Planned BOPE Test Pres. 2000/250 psi Rams and Valves 2000/250 psi Annular 4.3. Mud Program 9-718" Surface Hole Mud Pro )erties: Spud - LSND Freshwater Mud Density (ppg) I Funnel vis YP HTHP pH I APl Filtrate '1 LG Solids 8.6- 9.2 I 150 40-15 N/A 9.0-?.5I <6 I <6.5 6 %" Production Hole Mud Properties: OB/OA KCL - CaCO3 Baradril N Mud Density (ppg) I Funnel vis[ YP I HTHP pHI APl Filtrate I LG Solids 9.1 40-55 22-27 <10 8.0-8.5 4-6 < 12ppb NOTE: See attached Baroid mud recommendation LCM Restrictions: No Organic LCM products in the Schrader Bluff formation Waste Disposal: NO ANNULAR INJECTION. Drill Cuttings taken to DS-4 disposal site Call the Pad 4 waste disposal site prior to truck leaving location so the site can be ready to unload waste. Exempt liquid wastes can be taken to DS-4 or Phillips KRU 1R. 4.4. Formation Markers Formation Tops ft MD ft TVDss Pore psi EMW (PP!7) Base Permafrost 1920 1800 SV1 Top Ugnu 6700 3353 1509 8.66 Top Ugnu M 7600 3598 1619 8.65 NA 8365 3838 1727 8.65 NB 8400 3865 1739 8.66 NC 8450 3894 1752 8.66 NE 8512 3920 1764 8.65 NF 8625 3969 1786 8.66 Top OA 8775 4009 1804 8.65 RECEIVED JAN ?~ 6 ZOO1 Alaska Oil & Gas Cons. Commission Anchorage Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drilling Permit Base OA 8825 4047 1821 8.65 Top OB 8970 4084 1838 8.65 Base OB 9100 4106 1848 8.65 RECEIVED J/~N ~ 6 2001 Alaska Oil & Gas Cons. Commission Anchorage Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit 4.5. Casing/Tubing Program Hole Size Csg / Wt/Ft Grade Conn. Length Top Bottom Tb~ O.D. MD ! TVDrkb MD ! TVDrkb 30" 20" 92# H-40 Welded 80' 35' / 35' 115' / 115' 9 %" 7" 26# L-80 BTC-M 9000' 35' / 35' 9035' / 4155' 6 ~" OB 4 Y2" 12.6# L-80 IBT-Mod 3023' 8935' / 4140' 11958' / 4111' 6 ~" OA 4 Y2" 12.6# L-80 I BT-Mod 3227' 8725' / 4076' 11952' / 4046' Tubing 2 %" ESP 6.3# L-80 EUE-Mod 8540' 35' / 35' 8575' / 4010' 4.6. Cement Calculations Casing Size I 7" 26 Ib/ft L-80 BTC-M BasisI 250% excess over gauge hole in permafrost interval & 50% excess over gauge hole below permafrost This cement job will be pumped im'La~ith a TAM Port Collar placed at 1000' MD The cement volumes will be confirmed by the acoustic caliper to be run whilst drilling the 9 N" hole section Total Cement Volume: Wash I 50 bbl of Newtonian Chemical Wash (CW100) weighted to 8.32 ppg Spacer I 75 bbl of Viscosified Spacer (Mudpush XL Design) weighted to 10.50 ppg Lead I 700 bbl 10.7 lb/gal Class G Arctic Set III Light Temp I BHST = 80° F from SOR, BHCT 85° F estimated b~/Dowell 4.6.1. Casing Spaceout a) Space 7" casing out with pups and long/short joints as required to place the top of a long full joint at the actual top of the OA and OB sands to allow for the windows to be milled just below the top of the sands and in the middle of a full joint of casing. Run full casing joints across the OA and OB sands. Any casing pup joints required for space out should be placed below the base of the sands. b) A radioactive tag should be placed in the casing string at least 100' above the OA sands. c) Emergency 7" casing slips can be used instead of the 7" mandrel hanger if required to achieve the required space out. 4.6.2. 7" String Centralizer Placement a) Do not run centralizers on the 2 joints of 7" casing spaced across the upper OA sand. b) With the exception stated above, 9 %" x 7" straight blade rigid centralizers should be run floating in the middle of each joint of casing from the 7" casing shoe up to 7865' MD (500' MD above NA sand). Zonal isolation with cement is required between the top of the OA and base of the N sands. The centralizer program is subject to change pending modeling and hole condition. c) Install a Bow String centralizer either end of the TAM Port Collar with stop collars placed in the middle of the centralizers. 4.6.3. 4 ~/2" Slotted Liner Centralizer Placement a) Run one straight blade rigid centralizer per joint with no stop collar (i.e. free floating across the whole length of the joint) for the whole string. RECEIVED JAN ;~ 6 ~001 Alaska Oil & Gas Cons. Commission Anchorage Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit 4.7. Survey and Logging Program 9 Ya" Hole Section: Open Hole: Cased hole: MWD / GR/Res ! PWD ! DDS ! Acoustic Caliper - (Res. over production interval only) NB. MWD inclination sensor to be placed directly above motor None 6 %" Hole Sections: MWD ! GPJRes / PWD ! DDS ! ABI ! ABGR - (ABGR will be run if available) Cased Hole: None 4.8. Bit Recommendations BHA Hole Size Depths (MD) Bit Type Nozzles Max. Hours Number and Section K-Revs I & 2 9 %" 0,. 9000' Baker Hughes MX-C1 Roller Cone 3x20, lx10 800 ~ 3 (OB lat.) 6 ~" 9000' - 11958' Security FM2643 PDC 3x16 - - 4 IOA lat.) 6 ~" 8725'- 11952' Security FM2643 PDC 3x16 ~ - 4.9. Motors and Required Doglegs Drilling Motor Size and Motor Required Flow Rate RPMs Required Doglegs BHA No. (see 5.2.1) 1 6 3,~,, Sperrydrill 7/8, 3 stg Slow Speed, 1.5° adj. 300 - 450 170 2.5°/100, initial build with 9.6" sleeve gpm (max.) 6°/100' final build 2 6 3~,, Sperrydrill 7/8, 3 stg Slow Speed, 1.15° adj. 400 - 500 170 6°/100, build with 9.6" sleeve gpm (max.) 3 & 4 4 3,4" Sperrydrill 4/5, 6.3 stg FTC Performance, 250 gpm 100 Maximum build = 10°/100' 1.5° or 1.15° adj with 5.8" sleeve (max.) RECEIVED JAN ~ t~ ZOO1 Alaska Oil & Gas Cons. Commission Anchorage SI Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit MPJ-14 Nabors 22E Operations Summary 5.1. Pre-Rig Operations 1. Install 20" conductor 5.2. Procedure . . . 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. · 21. 22. 23. 24. 25. 26. 27. / 29. ! 30. 32. ~4. ~5. MIRU Nabors 22E, NU diverter on 20" conductor, PU 5" drill pipe MU BHA with 9 7/.,, milltooth bit, 6 3,~,, Sperry MWD/LWD(GR-Res)/PWD/ABI/Caliper and 5" drill pipe Drill 9 7/,,, surface hole as per directional plan Tangent angle 74°. Surface hole landed in OB at 79° POOH. Reamer trip with Hole opener to TD Condition mud with lubes and spot casing running lube pill prior to 7" casing run. POOH Run 7" casing (with RA tag @ 100' above Top OA Sand) to TD. Cement casing to surface Install FMC 11" 5m horizontal wellhead NU 13 %" 5m BOP. Test BOP to 2000~250 psi Lay down 5" drill pipe, PU 3 Y2" drill pipe MU BHA with 6 ~" PDC bit, 4 3/~,, MWD/LWD(GR-Res)/PWD/ABI/ABGR, 3 Y2" drill pipe RIH. Drill out float equipment 'T~_~k-~..,._~.,,..~ ~~ ~'~. /f-~'~O ~(',~ Displace hole to 9.1 lb/gal Bara Drill mud Drill 20' of new hole and perform FIT to > 11.0 lb/gal Drill 2960' 6 ~" OB lateral geosteering and short tripping as required. Maintain Bara Drill mud properties. POOH. Reamer trip with Hole Opener to TD Displace OB lateral with clean Bara Drill mud Run 4 Y2" slotted liner with inner string to OB lateral TD and hang off 100' inside 7" casing Make up Baker Window Master milling assembly with bottom trip anchor and MWD. RIH. Orient and set whipstock to place window at top of the OA interval. Shear off and mill window thru 7" and 9 %" casing. MU BHA with 6 ~" PDC bit, 4 3/~,, MWD/LWD(GR-Res)/PWD/ABI/ABGR, 3 ½" drill pipe RIH. Displace hole to clean Bara Drill mud Drill 3225' 6 ~" O^ lateral geosteering and short tripping as required· Maintain Bara Drill mud properties. POOH. Reamer trip with Hole Opener to TD. Displace OA lateral with clean Bara Drill mud MU whipstock retrieving tool and pull whipstock Run 4 1~,, slotted liner with 2 ~" inner string, Baker Hook Hanger and hang off in 7" casing POOH laying down 3 ½" drill pipe Run in hole with 2 ~" tubing to top of OA liner Displace 7" casing to 9.1 lb/gal completion fluid Land tubing hanger Set tubing plug and BPV ND BOP Install and test tree Pull tubing plug and BPV Freeze protect the tubing and annulus Install BPV and secure the well RD/MO RECEIVED 10 JAN 6 2001 Alask8 Oil & Gas Cons. Commission Anchorage Sm Schrader Bluff Tract 14 2001 Pro~lram MPJ-14 Drillin~l Permit MPJ-14 Nabors 4ES Operations Summary 1. MI/RU Nabors 4ES. 2. Circulate out freeze protection with 9.1 ppg brine. 3. Remove tree and install BOP. 4. Pull and stand back the 2 %" tubing. 5. Make up the ESP completion and run in on the 2 %" tubing. Freeze protect the well. 6. Set tubing plug and BPV. Remove the BOP. Install and test the tree. 7. RD/MO. 8. Hook up flowlines and instrumentation. 11 RECEIVED JAN ~ 6 ZOO1 Alaska Oil & Gas Cons. Commission Anchorage PROPOSED COMPLETION · TREE." FMC Horizontal 3-1/8" 5M MP O 14 & WELLHEAD: FMC Horizontal 11", 5M tbg. head ii' -- 't KB. ELEV = 64.12' 11"x 3-1/2", EUE (btm) ...... Cellar Box ELEV = 35.00' FMC tbg. hanger, 'H' BPV profile I ~ 20" 92 lb/fi, H-40 Welded ~ · · 1 1 0' I/ 2-7/8" x 1" Gas Lift Mandrel [ 150' 2-7/8", 6.3 Ib/ft, L-80, EUE-M -- Coupling OD: 3.5" Drift/ID' 2.347"/2.441" I RECEIVED I I X Nipple 2.313" ID J/ N 2 6 7_001 i Alaska Oil & Gas Cons. Commission Anchorage " . Centrilift Electric Submersible Pump I 8575' I 7", 26#, L-80, BTC-M Casing Drift: 6.151" Casing ID: 6.276" Centrilift Pressure Gauge I 8625' I , , / Multi-Lateral Junction I 8725' I Baker Hughes Hook Hanger system I ~~~.,~~~ ~-- ': ", IwindOw in 7'' casing @ 8725' Well Inclination @ Window = 68 D ees K OA Horizontal , '"i 6-1/8" O'A Lateral TD I 11952' I , 4-1/2" S~otted Liner and Hook Hanger · , ,, Baker Hughes Conventional H ~anger I 7,, Casing Shoe @ 9000, '~. Well Inclination @ Shoe = 79 De~rees ", ~ ~ ~ OB Horizontal '.. 6-1/8" OB Lateral ID , 4-1/2" Slotted Liner & Hangeri /'~lX im DATE REV. BY COMMENTS Milne Point Unit WELL: J-14 1/26/200t Daniel Bourne Level 3 Multi-Lateral, 2-718" ESP Completion APl NO: BP Exploration (Alaska) I .lAN, 30, 2001 $'24PM B, P, EXP LIBERTY BP Amoco Planning Report- Geographic NO, 7044 P, 2 Company; BP Amoco Field: Milne Point Site: M Pt J Pad ~,¥elh MPJ-14 . Well@nth., Plan MPJ-14 · Field; '- :'-"='= ........ Milne Point North Slope UN I-rED STATES Iq[ap Sy.ntem:U$ State Plane Coordinate System 1927 Gee Datum: NAD27 (Clarke 1866) Sys Datum: Mean Sea Level ... Site: M Pt J Pad TR-13-10 UNITED STATES - North Slope Site P0~JtlOn; Northink~: F~om: Map Eastl~g: I Position l,]ncer~aln~: 0.00 fl Ground Level. L ........ : ......... o.oo · . · ~';il~' ..... MPJ-i'~' .............. I SurfaeePosition; +NAS 1243,56 ft Northlng: 4-EI-W 739,76 ff Eastlng: Posit]on Uncertainty; 0,00 fl LRel'crenee Point: +NAS 1243.56 fl Northing: 6014663,74 fl +E/-W 739.76 ff Earring; 552166,18 fl ]~{eaSurcd Depth: 64,12 fl verlical Dcpth: 64,12 ft Curren; Datum; MPJ-14 64,12 Height Magnetic Data; 1/18/2001 Field Strength: 57439 nT Vertical Section: Depth From (TVD) ~'~I-S ........ ~3-6' ........... 't~'bJ-14 wp05 ' ' - Principal; Yes Plan Section Information Da~e: 1/2512001 Timo: la:$6;45 l~al~e: Co-erdlnate(NE) Reference: Well: MPJ-14, T, rue Norlh vortical (~'D) Reference: MPJ-14 64.12 64.1 Section tVS) Reference: Well (O,00E,0.00N,313,47Azi) Plan: MPJ-14 wp0$ ............ '. ' .... '-~:'.--L'-,: ...... :.. · ......... -.'-.,- "' ................................... Map Zone: Alaska, Zone 4 C(mrdinat~ System: Well Centre Geomagnetic Modeh BGGM2000 .,. 6013415.23 fl Latitude; 70 26 50.647 N $51435.10 ft Longitude; 149 34 49.503 W North Reference: True Grid Convergence: 0.40 dog . Slot Name: 14 6014663.74 552166.18 Latitude: 70 27 2.877 N Loltgi{ade'* 149 34 27.777 W Latitude: 70 27 2,877 N Longitude: 149 34 27,777 W inclination: 0,00 deg Azimuth: 0,00 clef ...................... , ................ Drilled F;;~7 ......... W~ll'~';~". F;i;1 i ....................... ] Tie-on Depth: 0.00 64.12 ft Above System DatUl~l; Mean Sea Level Declination: 26.36 dog Mag DIp Angle; 80,77 deg +E/-W Direction ..................... ."- ...................... ................... i 0,00 0,00 313,47 ",'_'...- ................................ Date Composed; 1/25/2001 ....... Version: t Tied-to: From Well Ref. Point MPJ-14 T1 MD Incl Azim TVD +NbS +E/-W DLS Bu~l'~ Turll TFO Target fl d?~ .......... ~. fl ft fl deg/t00ft deg/100n dag/10Oft ' dog 64,12 0.00 0.00 64.12 0,00 0.00 0,00 0.00 0,00 0.00 500,00 0.00 0,00 500,00 0.00 0,00 0,00 0.00 0.00 0.00 833.33 5.00 20,00 832.91 13.66 4,97 1.50 1.50 0.00 20.00 1318.17 14,00 355.00 1310.77 92,12 7.09 2.00 1,86 -5.16 322,63 1815.47 24.00 331.36 1781,03 241.40 -46.84 2,50 2.ol -4,75 310,75 2652,37 74.21 331.30 2311,54 778.80 -340.87 6,00 6.00 -0,01 -0.08 8023.98 74.21 331,30 3772.85 5312.63 -2823,43 0.00 0.00 o.00 0.00 8367.74 60,00 315.00 3907.00 5565.70 -30t0,14 6.00 -4, t3 ~4.74 -136,38 8443.89 59,46 3o9.75 394S.40 5610,01 -3058,70 6.00 -0,71 -6.90 -98,11 8511.22 59.46 309.75 3979.62 5647,09 -3103,29 0.00 0,00 0.00 0,00 9001,97 79.00 286.00 4155.00 5853,16 -3§06.22 6,00 3.98 -4.84 -53,52 9~09,56 91.46 265.99 4172,24 5910,06 -3704.69 6.00 6.00 0.00 -0,02 9546,34 91.46 265.99 4163,68 6002.83 -4028.33 0,00 0.00 0.00 0,00 978~,55 91.24 271,58 4158,00 6039.42 -426~.03 6,00 -0.09 -6.00 -90,68 11957,73 91.24 271.58 4111,12 6099.39 -6434.88 0,00 0.00 0.00 0,00 Section 1: Start MD Inci fl dog 64.12 0.00 100.00 0.00 200.00 0,00 300.00 0.00 400.00 0,00 MPJ-14 T2 MPJ-14 T3 MPJ-14 T4 · dog fi ff ft ,ff deg/100ft degfl0dE deg/100ff deg' .... ~ ............4 ......... r ................ ,..~ ................ , ................ . .............. 0.00 64,12 0,00 0.00 0,00 0.00 0.00 0,00 0.00 0,00 100.00 0.00 0,00 0,00 0.00 0,00 0,00 0.00 0.00 200.00 0.00 0,00 0.00 0,00 0,00 0.00 0,00 0,00 300.00 O. 00 0.00 0,00 0,00 0.00 0.00 O.00 0,00 400.00 0.00 0,00 0,00 0.00 0.00 O.00 0.00 RECEIVED ,JAN 5 0 2001 Alaska 0il & Gas Cons. Commission Anchorage JAI,I, 30, 2001 6'£5PM B, P, EXP LIBERTY BP Amoco .. NO, ?0~ P, S Planning Report- Geographic Field: Mirne Point Co-ordlnn¢e(Ng) l~cferenee: W®ll: MPJ-14, True No~th Site: M Pt J Dad ¥erti~al (~'D) Reference: MP~14 64,12 64.1 Well: MPJ-14 Secflon (~) Reference: Well (O.OOE,O.OON,313.47~i) Wdlp~th: Plan MPJ-14 tiaa; MPJ-~4wp05 Se¢~n I: Stab MD lqCl ~lm TVD +N/-S +E/-W ¥S DLS Build Turn TFO ft de9 de9 fl fi fl ft deg/~O~ dsgllO~ dsg/l~ deg ................................................. . ............................................................. ~ ........ 500,00 0,00 0.00 500.00 0.00 0.00 0,00 0,~ 0.00 0.00 0.00 ........................................ Section 2: Start MD lncl ^zhn TVD +N/-S ~-E/-W VS DLS Bttild Turn TFO fl d~ dog ~ ~ ~ ft deg/lOOff d~g/lO0~ de9/100~ de9 600.00 1.50 20.00 599.9~ '~,23 0.45 0,~ 1,5~ ....... ¥:~0' -%~3o "~B:oo ........... / 700.00 3.00 20.00 699.9t 4.g2 1,79 2.08 1.5o 1.5o o. oo o.oo 800.00 4.~ 20.00 799.6~ 11.o6 4.03 4,69 1,5o 1.5o o.oo o.oo .... 833.33 5.00 20.00 632.91 t3,66 4.97 5.79 1.5o 1.5o o.oo o.oo .......... . .......................................................................................... Section 3: Start ........... Inc'~'~- A~im ' ~¥-- +N/-S +l~f.W VS DLS Build Turn TFO ' ' '90'~) O~ deg de9 ft ff. tt ft deg/lOOft deg/lOOft deg/lOOfl deg 6.11 t 2.~"--"~'~.~-¥ ..... 19,86 6.72 8.78 2.00 1.67 ,11.4~ , '.'3'~---'-- ............ 1000:00 7,91 5.14 998.52 31.91 8.48 It].80 2.00 1.80 ,7,24 -29,78 1100,00 9,79 0,62 1097.32 47.27 9.19 25.85 2,00 1,86 -4,53 -22,60 1200,00 11,71 357,55 t195,57 65,91 8,85 36,92 2,00 1,92 -3.07 -18,13 1300.00 13.65 355.34 1293.12 87,80 7,46 54,99 2,00 1.~4 -2.21 -15.11 1318.17 14.00 355.00 1310.77 92.12 7,09 58.23 2.00 1.g5 -1.87 -13.04 Section 4: Start MD Incl A~.lm TVl) +~/-S +Rt.W VS DLS Build Turn , TFO ft deg deg ff ff. ff ft degllOOft degltOOft deg/lOOft deg ..~ .~., 1400.00 15.41 349,16 1389,92 112.66 4.18 74.47 2.~0 1,73 -7,14 -49,2~ 1500.00 17.31 343.36 1485,88 t39,97 -2,58 98,16 2,50 1,89 -5,80 -43,60 1600.00 19.34 338,70 1580.61 169,65 -12,65 126,04 2,50 2.03 -4.66 -38.03 1700,00 21,46 334.92 1674.54 201.64 .26.62 158.04 2.50 2.13 .3.78 -33.61 1800.00 23,66 331,79 1766,88 235.90 -43.86 194,12 2.50 2.20 -3,12 -30.06 1815.47 24.00 331.36 1781,03 241,40 -46,84 2,00,07 2.50 2.23 -2,81 -27,20 Section 5: Start ft de9 deg ft f! fi ft degll,0Oft deg/lOOft deg/lOOff deg "'i'~'~[(~) 26,07 331.35 1612.31 254.22 -53,84 213.97 6,00 6,00 -0,02 -0,08 1900,00 2,9,07 331.35 1856.63 274.53 -64.94 235,99 6.00 6.00 -0.02 -0,07 1950,00 32,07 331,34 1999.68 296.84 -77.13 260.19 6,00 6.00 -0.01 -0,07 2000,00 35,07 331.33 1941.33 32t.10 -90,40 286,51 6,00 6,00 -0,01 -0,06 2050,00 38.07 331,33 1981.48 347.24 -104.69 314,86 6,00 6.00 -0.01 -0.06 2100.00 4t.07 331,32 2020.02 375.18 -119.97 34~;.17 6.00 6.00 -0.01 -0.05 2150,00 44.07 331.32 2056,84 404.85 -136.20 377.37 6.00 6.00 .0.01 -0.05 2200.00 47.07 331.32 2091,63 436.18 -15~.33 411.35 6.00 6.00 -0.01 -0.05 2250,00 50.07 331.31 2124.91 469,06 -171,33 447,03 6,00 6,00 -0,01 -0.04 2300,00 53,07 331.31 2155.99 ~03.4;2 -190,13 484,31 6,00 6,00 -0.01 -0,04 23~0.00 ~6,07 331,31 21~}4.97 539.15 -209.68 523.09 6,00 6.00 -0.0t -0.04 2400.00 59.07 331.31 2211,78 576.17 .229.94 563.26 6.00 6.00 0.00 -0.04 2450.00 62.07 331.30 2236,34 614,37 -250.85 604.71 6.00 6.00 0.00 -0.04 2500,00 65,07 331.30 2258.59 653,64 -272,35 647,33 6,00 6,00 0,00 -0.04 2550,00 68,07 331,30 2278.47 693.87 -294,37 691,00 6.00 6,00 0,00 -0.04 2600.00 7t,07 331,30 2295.92 734.97 -316,87 735,60 6,00 6,00 0,00 -0.04 2652.37 74.21 331,30 2311,54 778.80 -340.87 783.16 5.99 5.99 0.00 0.03 Seetl~ 6: Stud ......... ~i~ ..... i;i ....... ;G~;;; ......... ¥~-B ..... ;D:~ ...... +~'/.4; ............ % ......... ~)G' .... ~,iiF-:-'¥.';T .... ¥;~6- ........ ....... _"._ ....... _~2~ ...... ~_" ......... " ff. , , ~,/~oo, ~¢1oo~t ~,/lOO~t ~.o 2700,00 74,21 331.30 232,~:~'6 .......~'~'~:~ .... --3-~1'~ ~ .....~'~'~-. $ 0 .......... '~).0¥" ..... '~.0~ ......... ~.06 ....... 0.'6'1~ .............................. 2800.00 74.21 33t,30 2351.71 903,41 -409,09 918,40 0.00 0.00 0.00 0.00 2900.00 74.21 33t30 2378,92 987.81 "455,30 1010.00 0,00 0,00 0.00 0.00 , 3000.00 74.21 331.30 2406,13 1072.22 -501.51 1101,61 0.00 0.00 0.00 0,00 ] 31.0..0,.00 74,21 331.30 2433.35 1156,62 -547,72 1193.21 0.00 0.00 0.00 0.00 ____1 RECEIVED JAN 50 2001 Alas[{a Oil & Gas Cons. Commission ~chorag,o JAN, 30, 200! 6'25PM B,P, EXP LIBERTY BI' l~lanning Repor~ - NO, 704a P, a (~omp~ny: BP Amoco Dste: I/2~73001 Time: 14:56;45 Pai~c: 3 Field: Milne Pein( C,o,-ordin~t~(NF.) Re~erence: Well: MPJ-14, TrUe No~h Site: M P~ J Pad Vertical (TVD) Refer~ce: MPJ-14 64.12 64,1 Well: MPJ-14 Section ~S) Reference: Well (0,00E,0.00N,313.47~i) ~'~llpnth: Plan MPJ.14 Pl~: MPJ-14 wp05 ................................ ......................................................................... Section 6 = ...... ~ ....... ~.;i ..... ~;~;' ......... ~,. ...... ;~/-S ....... +~7;~{" '~¥ ...... ~C~" '~;~i~-' ~;-~ ..... ~b .................. fl deg deg ft f~ ft fl deg/lOOfl deg/lO~t de~/lO~ deg ~'~:~ -~Z~ ..... ~.~'o ....... ~o~-"'~T;~ -~'~ '~'.~ ........ o.o~' ...... ~o --~-;~ ..... ~.~o .......................... I 3300.00 74.21 331.30 2487.77 13~5,43 -640,14 1376.42 0.00 0,00 0,00 0.00 ' 3400.~ 74.21 331.30 2~14.98 1409,84 -6e6,35 1468,02 0,00 0,~ 0,00 0,00 ~ 3500,99 74,21 331.30 2s4~.19 1494.~ -732,56 3559.63 0.00 0.00 0.00 0,00 ~00,00 ~,~ ~,~0 ~.~0 ~.~ .~.~7 ~.~3 0.00 0.00 0.00 0.00 3~00.00 ~,z~ ~,30 ~9~.~ ~3.0s .s2~.~ ~7~:.~ 0.00 0.00 0.00 0.00 3~00,00 74,21 331,30 2623.82 1747.4~ -~71.19 1834.44 0.00 0.00 0.00 0.00 3900.00 74,21 331,30 2651.04 1831.86 -917.40 1926.0~ 0.00 0.00 0.00 0.00 4000.00 74.21 331,30 2678,25 1916.26 -963.61 2017.~ 0.00 0.00 0.00 0.00 4100,00 74,~1 331,30 2705.46 2000.67-1009.82 2109.28 0.00 0.00 0,00 0,00 4200,00 74.21 33~,30 2732.67 2085.07 -1056.03 2200.85 0.00 0.00 0.00 0,00 4300.00 74.21 331,30 2759,86 2169.48 -1102.24 2292.46 0.00 0.00 0,00 0.00 4400.00 74.21 331,30 2787,09 2~53,88-~4a.4S 2384.06 0.00 0,00 0,00 0,00 4500.00 74.R1 331.30 2814,30 R~8,29-1194,66 2475,66 0,00 0,00 0,00 0,00 a600.O0 74.~1 331.30 2~1,51 2422.69 -12a0.87 2567.27 0.00 0,00 0,00 0,00 4700.00 7421 331.30 2868.73 2507,10-1287,09 2658,87 0,00 0,00 0.00 0.00 4800,00 74.2~ 331.30 2e~s.~4 ~s9~.50 ,1333.30 2750.47 0.00 0.00 0.00 0.00 4900,00 74,21 331,30 2923.15 2675.91 ,1379.51 2642.08 0.00 0.00 0.00 0.00 5000.00 74.21 331.30 2950,36 2760.31-1425.72 2933.68 0.00 0.00 0,00 0.00 5~ 00.00 74.21 331,30 2977,57 28a4,72-1471,93 3025,29 0,00 0,00 0.00 5200.00 7421 331.30 3004.78 2929,12 ,~518.1a 31~6.89 0.00 0.00 0.00 0.00 5300,00 74,21 331,30 3031.99 3013.53 -1564.35 3208.49 0.00 0.00 0.00 0.00 ~00,00 74.21 331.30 3059,20 30~7.93 -1610.~6 3300.10 0.00 0.00 0,00 0.00 5500.00 74.21 331,30 3066,42 3~82.83 -1656.77 3391.70 0.00 0.00 0.00 o.oo 5600.00 74.~1 331.30 3113,63 3~66.74 -1702.98 3483.30 0,00 0,00 0,00 0.00 5700.00 74.21 331.30 3140,e~ 335~A4-1749,19 3574,91 0,00 0,00 0,00 0,00 5800.00 74.2~ 33J.30 3168.05 3435,55-1795,40 3~66,51 0,00 0,00 0,00 0,00 5~00.00 74,21 331.30 3~ 9~.26 351~,~5 -184~,61 3758,11 0,00 0,00 0,00 0,00 6000,00 7a,21 331.30 3222.47 36~.36 ,I887.82 3849.72 0,00 0.00 0.00 0,00 61oo, oo 7~,21 331,30 3249.68 3668.76-19~.03 3941.32 0.00 0.00 0.00 0.00 6200.00 74.21 331,30 3276.89 3773.17 ~980.R4 403R.~3 0.00 0.00 0.~ 0.00 6300.00 74.21 331,30 3304,11 3s57.57-2026.45 4124.~3 0.00 0.00 0.00 0.00 6400.00 74.2~ 331.30 3S31.32 3941,98-2072.66 4216.13 0.00 0,00 0,00 0.00 6500.00 74.2~ 331.30 3358.53 4026,38 -2~18,87 4307,74 0,00 0,00 0,00 0,00 6600,00 74,21 331.30 338s.74 4110.79-216&0~ 43~.34 0,00 0.00 0.00 0.00 6700.00 74.21 331,30 3412,95 4195.19 -2211.29 4490.~ 0.00 0.00 0.00 0.00 6800.00 74.21 3~1.30 3~0,I6 4279,60-2257,50 4582.55 0.00 0.00 0.00 0.00 6900,00 74,21 331.30 3467.37 4~64,00 ~23o3,71 4674,15 0,00 0,00 0,00 7000,00 74,21 331,30 3494.58 ~8.41 ,2349.92 4?65,76 0,00 0,00 0,00 0,00 7100.00 74.21 331,30 3521,79 a532.~1-2396.13 4657.36 0.00 0.00 0.o0 0.00 7200.00 74.21 331,30 35a9.01 4617.22-2442.3~ 4948.96 0~00 0.00 0.00 7300.00 74.~1 33~.30 3576,22 4701.62 -24~8.~5 5040.57 0.00 0.00 0.00 ~.00 7400.00 74.2~ 331.30 3603,43 4786.0~ -2534.76 5132.17 0.00 o.o0 0.00 0.00 7500.00 74.21 331.30 3630,64 4870.4~ -25~0.97 5223.?7 0.00 0.00 0.00 0.00 7600,00 74.21 331.30 3657.85 4954,83 -z627.18 5315.38 0.00 0.00 o.oo 0.00 7700,00 74,21 331.30 3685,06 5039,24 -2673.39 5406.98 0.00 0.00 0.00 o.oo 7ao0,o0 74,2f 331.3o 3712.27 5123,64 -2719,60 5498.59 0.00 0,00 0~00 0.00 7900,00 74,21 331,30 3739.48 5208.05 -2765,81 55~,t9 0,00 0,00 0,00 0.00 8000,00 74.21 331,30 3766.70 5292.45 -2812,02 5~81,79 0,00 0,00 0,00 0.00 .8023.98 74.21 331,30 3772.85 5312.63 ~28~3.43 ~703,95 o,o0 0.00 0,00 0,00 ......................................... .......... , ..................................... ..................... ..... '~ ....... ~;~ ..... ~[~ ......... ~ ........ ;~/-~ ........... ;~:~ ..... ~' ' '7~- "~' .... ~;~ ..... ~4 ...................... I 8050.00 73.08 330.17 3780,18 5334.41 -283~.63 5727,79 6,00 ~,33 ~,33 -136,38 8100,00 7Q93 327,97 3795.62 5375,20-2860.07 5773,59 6,00 -4,30 -4,40 ~ 8200,00 66,72 323.39 3831.75 S:52,20 -~9~2,57 5864.67 6.00 -4.q8 -4,65 -134.6~ 8250.00 6~,67 320.99 3852.33 5488,20 -2940.49 5909.70 6.00 ~.11 ~.80 -133,73 8300.00 ~2,65 3~e,51 3874.S1 5522,40 -~969,43 59~.23 6.00 -4.03 ~.96 -~3~,74 I 8~50.00 60.68 3~5,94 3898.24 5554.71 -2999,31 5998,14 6,00 -3,94 -5,14 8367,74 60.00 315,00 3907.00 5565.70 -3010.~4 60t3,56 6,00 -3,85 -5,29 -130.17 ............ . ................... ....... _ ................... . ...... ~ .................. RECEIVED dAN ~0 2-001 Alaska Oil & Gas Cons. COEIITliSSJOI3 Anchorage JAN, 30, 200i 6'25PM B, P. BIP LIBBP~TY BP Amoco Planning Report - Geographic NO, ?0~ P, 5 Field: Milne Point Co-ordina~e(NE) R~ferenee: Well: MPJ-14, True North Site; M Pt d Pad Vertical (TVD) Refcreace: MPJ-14 64.12 64.1 Well: MPJ-14 Section (vS).Refereace: Well (0.00E,0.00N,313,47AzI) ~?.!??th: Plan MPJ-14 i, la~. MPJ-14 wp05 Section 8: Start ft dec dec ff , ft ft ft deg/100ff degll00ft degll00ft do9 t i~44~.~ s9..6 .... 2%*? ...... .E.'5'"0___~5.Sl°'°J ...... :3.0s~7..9_. 607.~.:?~ .... ~.9~ .o.:~_s. ..... .6.95 ..... .9~:..0_0_ ...... Section 9; Start ' ~M--~ -~'¢' ',~im ..... ....... ..... ............. :i,Vl~ '+I~'-'~' 4~'~7~'---v-~ ....... ...... .... 'BLS B~i~-' Turn 'l-FO ..... I ft de9 de9 Ct ft ft f! d~ll00ft dec/100R de~ll00ft dog .............................................. , ...................................... , ......... , ............ /.,. ~500.00 ~9.46 309.7~ ~9~'3.91 ~0.91 -30~5.06 ~1~7.~1 0.00 0.00 0.00 0.00 ~ L_..6511'~2 ..... . 59:_4.~. ................ 309.75 ~97.,.6~ ....... s64~'.09 .3.!??..?. ~].3Z'.!f ...?,_0_? .._0:00__ 0:?.0.. .... ?:??.. ................ ......................... ....... ~m ....... /.~i .......... '~i,. ......... ~v~ ..... '+~/-'s +~;~' ...... ~,,~ ........ ~LT .... m.~' ....... :r.~. TrO fl dec dec ft ft ft ft degtl00ft deg/100ft degll00ft dog ........ ~L',~ ...... ~/;7.~1 "'~'~)s.~ ..... ~6~6, ii' ..... -~.. o~-;'~';9,;; ....... '~17E~ .... 6':~a ..... 3,~; ....... '-~.~ ......... -~,~2 ..................... ~600.00 6z72 a04.93 40=2.~6 s69s.16 .~,07 ~=~.a, ~,00 3,~ -s.3s -s2.~ ~650.00 64.62 302.34 4044.74 5718,97-320~,~8 6258,52 6,00 3.81 -B.17 -5~.19 ~700.00 ~.s~ ~.~ ,o~s.,o ~7~=.,e .~=4~.37 ~oz,9 ~.00 3.90 .s.o~ .~0.0~ 8750.00 60.SS 297.41 4004.49 5764.6~ -3281 93 6347.65 8.00 3.97 -4.86 -49.01 8600,00 70,57 2~5.04 4101.94 578~.30 -3323.9~ 6392.39 6.00 4.04 -4.73 -46.08 8~50,00 72.63 ~2.73 4117.73 580450 -3367.34 6437.08 6.00 4.10 -4,62 -47,25 8~00,00 74.70 290,40 4131,79 5622,16 -3411,94 6481.60 6,00 4,15 ~,51 -46.52 8950.00 7~.80 288.26 4144,10 S838,23 -3457,66 6525,83 6.00 420 -4.42 -45.89 ...9001.97 79.00 2~6,00 41~5.00 B853.16 -3S06,22 6S71.85 6,00 4.23 ~.36 ,45.43 .......................................................................................... 9050,00 81,88 286,00 4162.90 5666.21 -3551.74 6613.37 6.00 6.00 0.00 -0.02 9100.00 84.88 286,00 4168,,74 5879,90 -3599.48 6657.43 6.00 6,00 0,00 -0.02 91,50.00 87.68 286.00 4171,89 5893,65 -3647,44 6701,70 6.00 6.00 0,00 -0,02 9200.00 90.88 286.00 4172,43 ~907,43 -3695.50 6746.0B 6,00 6,00 0,00 -0.02 9209.66 91.46 285.99 4172.:24 5910,06 -3704,69 6754,54 6,05 6,05 -0,06 -0,58 Section 12: Start MD lncl Azlm TVD +N/-S +E/-W V$ DL$ Build Turn TFO fl dec dec ft fi fl ft degllOOlt de9tl OOR dea/100ft dec 9300.00 91.46 28,6.99 41~9.94 `6934,97 -3791,60 6834,75 0,00 0,00 0,00 0,00 9400.00 91.46 265.99 4167.39 ~962.$0 -3887,70 69~3,44 0,00 0,00 0,00 0,00 9~00,00 91,46 2~5,99 a. 164.84 5990.04 -3983.8:0 7012,13 0.00 0.00 0.00 0,00 9546.34 91.46 285,99 4163,68 6002.83 -4028.33 7053.24 0.00 0.00 0.00 0.00 Section 13 .' $lar~ ....... h~ ......... [.;i ........... ~i~ ......... ~¥6' ...... ;~/:~ ....... ';;~/-~,~ .......... v~ ........ ~£~ ...... i~'.~i;i'-'--+;,.. ......... ~- .................... ............ .~ .............. 9? ........... %"" ............ ":- ................ ." ............ " ................ " .......... ~'""~'" """'~"~ ~ "~-.,-:::::,,.:.:~.:.'..:z,_,...?*..,:..:,_,. ..... "?.." ............................ ' 95~0.00 9t,46 285,77 4163.59 6003.83 -4031.85 70~6.48 6,00 -0,07 -~,00 -90,68 __ 9600.00 91.42 282,77 4162,33 6016. t5 -40§0.29 7100.11 6,00 -0.00 -6.00 -90.69 9650.00 91.38 279.77 4161,11 602:5.92 -4129.30 7142.40 6.00 -0.05 -6.00 -90,76 9700.00 91..33 276.77 4159,93 6033,11 -4178.76 7103.25 ,8.00 ~0.09 -6.00 -90.83 9750.00 91.28, 27,3.77 4158,79 6037,69 -422§,53 7222.52 6.00 .0.10 -6.00 -90.91 9786.55 91.24 271.$6 41~8,00 6039,42 -4265,03 7250,20 $.99 -0, t2 -5,99 -91,10 Section 14 ' Start ,6 ...... [,;~ ....... .~i; ........... ::i-¥6 ........ ;~,s ........... ,~;~-':'" f~ ......... iJ'i~-' 'i~',;ii~'-- 'r';;;' ....... :ri~/:; ....................... I ff dec de9 ft ft tt ft deg/lOOft deg/lOOtt deg/lOOft dec .............. , ........... . ........................... '. ........... , ................................ , ...... ..._.~' ................................................... 9800,00 91,24 271,58 4157.71 60:39.79 -4276,47 7260.21 0.00 0.00 0.00 0.00 ] 9900.00 91.24 271,50 4'155,54 6042.55 -4378.41 7334,64 0,00 0,00 0,00 0.00 10000.00 91.24 271.55 4153,3~] 60"15.:30 -4478.35 7409.07 0.00 0.00 0,00 0.00 10100.00 91.24 271.{;8 41B1,22 604~,06 -4570.29 7483.49 0.00 0.00 0.O0 0.00 10200,00 91,24 271..68 4149.05 6050,82 -4676,23 7557,92 0.00 0.00 0.00 0.00 . ,, , ,, RECEIVED JAN 30 2001 Naska 0il & Gas Cons. Commission Anchorago .IAN, 30,200i 6'26PM Company: BP Amoco B. P, EXP LIBERTY BP Amoco Planning Report- Geographic Date:. 1/2512001 TJlme: 14:56:45 7044 P, 6 Page: Field: M;lne Point Site: M Pt J Pad Well: MPJ-14 Wellpath: Plan MPJ-14 . . Section 14: Star( fl deg deg ft It Co-ordinate(NE) Retereaee: Well: MPJ-14, True No~th Vertical ('TYD) Reference: UP J-14 64.12 64,1 Section (VS) Reference; Well (0,00E,0.00N,313.47Az. i) Plan: MPJ-14 wp0`5 +E/-W ~;S' DLS BaUd Tarn TFO Ct ft deg/100R deg/100fl deg/100ft deg M~ .............. Map ~--- Latitud;" ~--~ ~ Longitud~ --> TVD ~I~ +JE/-W Northlng East/ag Deg Mia Sec Dog Mia See ft ft fl ft 0.00 0,00 6014663,74 '~52166.1~ ~ 70 27 '2,~77 N 149 34 27.777 w 0.00 0.00 6014663,74 ~2166.18 70 27 2.877 H 149 34 27.777W 0.00 0.00 6014663,74 ~2166.18 70 27 2.877 N 149 34 27,777W 0.00 0.00 6014663.74 552186.18 70 27 2,877 N 149 34 27,777W 0,00 0,00 §014663.74 552166.18 70 27 2,877 N 148 34 27.777W 0.o0 0.00 6014863,74 ~$2166,16 70 27 2.877 N 149 34 27.777 W 10300.00 91.24 271,58 4146,89 6053.57 -4778.16 7632.35 0.00 0,00 0,00 6[(~ .... 10400,00 91,24 271,56 4144,72 6056.33 -4878.10 7706.78 0,00 0,00 0.00 0.00 10S00.0O 91.24 271,58 4142,56 6059.09 -4976,04 7781,20 0,00 0.00 0.00 0.00 10600.00 91.24 271.58 4140,40 6061.84 -~077.98 7855,63 0,00 0.00 0.00 {3.00 10700,00 91.24 271,58 4138,23 6064,60 -$177,92 7930,06 0,00 0.00 0.00 0.00 10800.00 91.24 271,58 4136,07 6067,36 -62,77.86 8004,49 0,00 0.00 0.00 0.00 10900.00 91,24 271,56 4133,90 6070,11 -5377,80 8078,91 0,00 0,00 0.00 0.00 I 11000.00 91,24 2,71,58 4131,74 6072,87 -5477.73 8153,34 0,00 0.00 0.00 0.00 11100.00 91,24 271,58 4129,58 6075,63 -$577,67 8;;22,7,77 0,00 0.00 0.00 0.00 11200,00 91,24 271,58 4127,41 6078.38 -567T,61 8302,20 0,00 0.00 0.00 0.00 11300,00 91,24 271,56 41;25,25 6081,14 -`5777,55 8376,62 0.00 0.00 0.00 0,00 11400.00 91,24 271.58 4123,08 6083,90 ~`5877,49 8451,05 0.00 0.00 0,00 0,00 11500.00 91.24 271.58 4120.92 6088.65 -5977.43 852`5.48 0.00 0.00 0,00 0.00 11600.00 91.24 271.$8 4118.76 6069.41 -6077.37 8599.91 0,00 0,00 0,00 0.00 11700.00 91.24 271.58 4116.59 6092.17 -6177.30 8674.33 0.00 0,00 0.00 0.00 11600,00 91,24 271,58 4114,43 6094,92 -6277,24 8748.76 0,00 0.00 0.00 0.00 11900.00 91.24 271.58 4112.26 6097.6~ -6377.16 8823.19 0.00 0.00 0,00 0,00 11957.73 91.24 271.`58 4111.12 6099.39 -6434.8B 6861~.24 0.00 0.00 0,00 0,00 Survey . MD [riel Azim ft deg deg ft 64.12 0.00 0.00 64.12 100.00 0.00 0.00 100.00 200.00 0.0O 0.00 200.00 300,00 0,00 0.00 300.00 400.00 0.00 0,00 400,00 500.00 0.00 0.00 500.00 600,00 1,50 20.00 599.9~ 7o0.00 3.00 :Z0,00 699,91 600.00 4.`50 20.00 799.69 833.33 5.00 20.00 832.91 900,00 6,11 12,38 899,27 19.86 6.72 6014683.65 552172.77 70 27 3.072 N 149 34 27.~i0 W 1000.00 7.91 5,14 998,52 31.91 8,48 6014698.71 552174.44 70 27 3.t91 N 149 34 27.528 W 1100.00 9.79 0.62 1097,32 47,27 9.19 6014711.07 552175.05 70 27 3.342 N 149 34 27,507 W 1200.00 11.71 357.55 1195,57 65,91 B,85 6014729.70 552174.$7 70 27 3.52~ N 149 34 27,517 W 1300.00 13.65 3`55.34 1293,12 87,80 7,46 601475139 552173.03 70 27 3,740 N 149 34 27,558 W 1318.17 14.00 35~.00 1310.77 92,12 7,09 60t4755.90 552172,63 70 27 3,783 N 149 34 27,569 W 1400.00 15.41 349.16 1389.92 112,66 4.18 6014776,42 552169.58 70 27 3.985 N 149 34 27,655 W 1500,00 17,31 343,36 1485.88 139.97 -2.58 6014803,68 `5§2162,63 70 27 4,253 N t49 34 27.853 W 1600.00 lS.34 338,70 1580,81 169.65 -12.85 6014833,28 5,5215;2,15 70 27 4.545 N 149 34 :28.155 W 1700.00 21.46 334.92 1674.54 201,64 -26.62 6014865.18 55213~.15 70 ~7 4.860 N 149 34 28.`559 W 1800,00 23,66 331.79 1766.88 235.90 -43.86 6014899,30 552120.67 70 27 5,197 N 149 34 29,066 W 1815.47 :24.00 331,36 1781,03 241.40 -46.84 6014904,79 55~117,66 70 27 5,251 N 149 34 :29,153 W 1850.00 26.07 33t.35 1812,31 254,22 -53.84 6014917.56 5~2t10,57 70 27 5.377 N 149 34 29.359 W 1900.00 29.07 331.35 18~6,63 274,53 -64,94 6014937.79 552099,33 70 27 `5.~77 N 149 34 29.685 W 1950,00 32.07 331.34 1899.68 296,84 -77.13 6014960.01 552086.98 70 27 ~.796 N 149 34 30.043 W 2000.00 35.07 331.33 1941,33 321,10 -90.40 6014984.17 552073.55 70 27 6.035 N 149 34 30,432 W 2050.00 36.07 331.33 198t,48 347,24 -104,69 6015010.21 552059,08 70 27 6.292 N 149 34 30.852 W 2100.00 41.07 331.32 2020.02 375,18 -119,97 6015038.04 552043.61 70 27 6.`567 N 149 34 31.301 W 2150.00 44,07 331.32 2056.84 404.85 -136,20 8015067.,~9 552027.17 70 27 6.85~ N 149 34 31.778 W 2200,00 47,07 331.32 2091.83 436.18 -153.33 6015096.79 552009.62 70 27 7.167 N 149 34 32.281 W 22~0.00 50.07 331.31 2124.91 469,06 -171.33 601`5131.55 651891,60 70 27 7,490 N 149 34 32,809 W 2300.00 53.07 331.31 21`56.99 603,42 -190,13 601516~.77 5.51972.56 70 27 7.828 N 149 34 33,361 W 23~0.00- ~6,07 331.31 2164.97 539.15 -209.6B 8015201.36 551962.75 70 27 8.179 N 149 34 33.936 W 2400.00 59.07 331.31 2211,78 576,17 -2,29.94 6015238,23 551932,24 70 27 8,543 N 149 34 34,~31 W 1.23 0.4`5 6014664.~8 552166.62 70 ~7 2.889 N 149 34 27,764 W 4,92 1,79 6014668.67 552167.94 70 27 2,926 N 149 34 27,725 W 11,06 4,03 6014674,84 55;[170.13 70 27 2,986 N t49 34 27,659 W 13.66 4.97 6014677,44 55~171,06 70 27 3,011 N 149 34 27.631 W RECEIVED JAN 2001 Alaska 0il & Gas Cons. Commission Anchorage JAN, 30, 200i 6'26PN~ B, P, EXP LIBERTY BP Amoco Planning Report- Geographic NO, ?0~ ?. ? Company: I~P Amoco Date: 1/25/2001 Time: 14:5G:4~ Page: Field: MIIne Point Co-ordln.te(NE) Rcference: Welh MP~14, True Nodh Slt~: M ~ d Pad Ver~l (TVD) Re~rence: MPJ-14 64.12 ~.1 Wellpa~h: PI~. MPJ-I~ Plan; MPJ-~4wp05 ............... .................................................................................. Survey ............... ............................. ~ ................................................. ¢ ........,. ............. Map Map <-- L~tltud~ ~ fuel ~im TVD +N/-S +~/-W Northl.g Kasflng Dog b~ln Sec ~g MIn See "~.o~ ..... Yko~ ....... ~'~.~ ..... ~..~ ...... ~.~F'"-~&.~~6~¢~i'~"' ~F~ ..... ~ 2900.00 74.2~ 33t.30 2378.92 987,81 ~5~.30 6015648,25 551704,03 70 27 t2.592 N 149 34 41,151 W 3000.00 74.21 333.30 2406.13 1072.22 .50t.5~ 601S73Z,32 ~S1657,23 70 27 ~3.422 N 149 34 42.608 W 3100.00 74.21 331.30 2433.35 1156.62 .547.72 601S816,39 S61610,43 70 27 t4.252 N 149 ~ 43.866 W 3200.00 74.~1 331.30 2460.~6 1241.03 .593.93 601590o,46 551563,64 70 27 ~S.082 N 149 34 45.223 W 3300.00 74.2~ 331.30 2487.77 132~.43 .640.14 60159~4.53 551616.84 70 27 15.9t2 N 149 34 46,581 W 3400,00 74,21 331.30 ~514.98 1409.84 -686.3~ 6016068.60 551470.05 70 27 16,742 N 149 34 47,938 W 3500,00 74.21 331,30 25~Z. 19 1494,24 -732,56 6016152.67 551423.26 70 27 17,572 N 149 34 4~,296 W 3600.00 74.21 331.30 2669,40 1~78,64 -778,77 6016~36,75 551376.46 70 27 1B.402 N ~49 ~ ~0.654 W 3700.0o 74,21 331.30 2596.61 1663.05 -824.98 6016320.82 ~1329,66 70 ~7 19.232 N 149 34 52.012 W 3800,00 74,21 331,30 2623,82 1747,45 -~71,19 6016404.89 551282.87 70 27 20,062 N 149 34 53,369 W 3900.00 74.21 331,30 26~1.04 1831.~6 -917.40 601~88,96 551236,07 70 27 20,892 N 149 ~ ~,727 W 4000.00 74.21 331.30 2678.25 1916.26 -963,61 6016573,03 ~51189,28 70 27 21,72~ N 149 34 ~.085 W 4100.00 74,21 331,30 2705.46 2000.67 -1009.82 6016657.10 ~t42,48 7o 27 22.65~ N 149 ~ 57.443 W 4200,00 7~,21 331.30 2732,67 2085.07 -1056.03 6016741.17 551095.6~ 70 27 23.382 N 149 34 56.800 W 4300,00 74.~1 331.30 2759,88 2169,48 -1102,24 6016~25.24 551~a.89 70 27 24.212 N 149 3S 0,158 W ~00,00 74.21 ~31.30 2787.09 2253,88 -1148,45 6016909.31 551002.09 ~0 27 25,042 N 149 3S 1,516 W 4500.00 74,21 331.30 2814,30 2338,29 -1194,{6 6016993,39 550955.30 70 27 ~5,872 N 149 35 ~,874 W 4600.~0 74.21 331.30 2841.~1 242~,69 -1240,87 6017077,46 850908.50 70 27 26,702 N 149 3S 4.232 W 4700.00 74,21 331.30 2868.73 2507.10 -1287,09 60t7~61,53 SS0861.71 70 27 27.533 N 1A9 35 5,590 W 4800.00 74,21 331,30 2895,94 2591.S0 -1333,30 601724S.60 55081~.91 70 27 28.363 N 149 35 6.948 W 4900.00 74.21 33t.30 2923.~5 2675,91 -1379,51 6017329.67 550768.12 70 27 29.193 N 149 35 8.306 W 5000.00 74.21 331.30 2950.36 2760.31 -1425,72 6017413,74 550721.32 70 27 30,023 N 149 36 9,664 W 6100,00 74,21 331.30 ~977,~7 2844.72 -1471.93 6017497.81 8~0674,53 70 27 30,853 N 149 35 11,023 W 5200.00 7421 331,30 3004,78 ~929.12 -15~6.14 6017581.88 5S0627,73 70 27 31.683 N 149 35 12,3~1 W 5300.00 74.21 331.30 3031.99 30t3.53 -lS64,35 6017665,95 55058093 70 27 32,513 N 149 35 13,739 W 5400,00 74,21 331.30 3059,20 3097,~3 -1610.56 601~50.02 550534.~4 70 27 33,343 N 149 35 15,097 W 5500,00 74,21 331,30 3086.42 31~2.33 ~1656.77 6017834,10 6~0467.34 70 27 34,173 N 149 3~ 16,455 W SC00,00 74,~I 33~,30 3113,63 3266.74 -1702.98 60~791~.17 ~50440,55 70 27 35.003 N 149 35 17,814 W 5700.00 74.~1 331,30 3140,84 3351.14 -1749.19 601800~.24 5~03~3,75 70 27 3~.833 N 149 35 19.172 W 5800.00 74.21 331.30 316~,05 3435,55 -17~5,40 601808~.3t 550346,96 70 27 36.663 N 149 35 20.~30 W 5900,00 74.2t 331.30 3196,26 361g,95 -1841.61 6018170.38 550300.16 70 27 37.493 N 1A9 35 21,889 W 6000.00 74.21 331.30 3222.47 3604,36 -1887,82 6018254.45 5502S3,37 70 g7 38.323 H 149 35 23.~47 W 6100,00 74.21 331.30 3249.68 3~88,76 ~1934,03 6018338.S2 550200.57 70 ~7 39.153 N t49 35 24.606 W 6200,00 74,21 331,30 3276.89 3773.17 -19a0,24 6016422,59 5501~9.78 70 27 39.983 N 149 35 2~.964 W 6300.00 74.21 331.30 3304.11 3857,~7 -2026.4~ 6018506.66 ~0112,98 70 27 40,813 N 149 3~ 27.323 W 6400,00 74.21 331.30 3331.32 3941,98 -~072.66 601B590.74 550066,18 70 27 4t.~2 N 149 35 28,661 W 6500,00 74,21 331.30 33~8,53 4026.38 -2118,87 6018674,~1 5~0019.39 70 27 a2,472 N 149 35 S0,O40 W 6600.00 ~4,21 331.30 3385.74 4110,79 -2165.08 6018758.88 549972.59 70 27 43.302 N 149 35 31.398 W 6700,00 7~.21 331,30 3412.95 4195.19 -2211,2~ 6018842.95 54992S.80 70 27 44.132 N 149 35 32.757 W 6800.00 74.21 331.30 3440,16 ~279.60 -2257.~0 6018927.02 649879,00 70 27 44,962 N 149 35 34.116 W 6900.00 74.21 331.30 3~67,37 4364,00 -2303.7t 6019011.o9 549~32,21 70 27 45,792 N 149 36 35,474 W 7000,00 74,21 331.30 3494.~8 4446,41 -2349,92 601909&16 549785,41 70 27 46.622 N 149 3~ 36,833 W 7100,00 74,21 331.30 3521.79 4S32,81 -2396,13 6019179.23 549738.62 70 27 47.452 N 149 35 38,192 W 7200.00 74.21 331,30 3549.01 4617.2~ -2442,34 6019~63.30 549691.82 70 27 48.282 N 149 35 3~,550 W 7300.00 74.21 331,30 3576.22 4701.62 -2488.~S 60193~7,37 549645.03 70 27 49,112 N 149 35 40.909 W ............................. .............................. . ........... . .............. JAN 50 ZOO1 Alaska 0il & Gas Cons. commission Anchor~O 2001 8'2?PM Company: i~P Amoco B,P, EXP LIBERTY BP Amoco Planning Report- Geographic NO, ?044 P, 8 Flel4: Mime Point Site: M PI. J Pad Well: MPJ-14 Wallpat'h; Plan MPJ,14 Sur-ve), MD Incl ,~zlm D'ate: 1/25/2001 Time: 14:56:45 Page: 7 Co=o~.dinate(NE) Rel'ere~ce; Well' MPJ-14r T~ue No~h Vertl¢ol CI~'D) Refcrem:e: MPJ-14 64.12 6~,.1 Section (V$) Rel'erence: Wolf (0.00E.0.00N,313.47Azl) ...... Pla?! ................... .¥pJ-14 wp05 TVD +N/~ +EI-W NorthJn~ £asting Beg Min Sec Deg MIn Sec ft deg dag ft (t ~t R ~;~[~'0 "-~'~.~1 .... ~'~.30 ...... ~'~,03.43 ..... 47~,'~ ..... -2s3Z~'~ ~m~.4s '"s~sga.~ "% ~-'""~794~ ~-'U~ 3~'"~;~ "~ 7500.00 74.21 331.30 3630,e4 4870,43 -~580.97 0019515.52 549551.43 70 27 50.772 N 149 35 43.627 ~ 760000 74.21 331.30 36~7.85 4954,83 -2627,18 6019599.59 5495~.e4 70 27 51.60~N 149 35 44.986W 7700.00 74.2~ 331.30 3685.06 5039.~4 -2673.3g ~019663,66 549457.84 70 27 52.432N 149 35 46.345W 7800.00 74,2~ 331.30 3712.27 5~23.64 -2719.60 6019767,73 549411.05 70 27 53,262N 149 35 47.704W 7900.00 74.21 331,30 3739.48 5208.05 -2765.81 6019851,80 ~49364.25 70 27 54.09~N 149 35 49.063W 8000.00 74.~1 331,30 3766,70 5292.45 -2012.02 60~9935,87 E49317.46 70 27 54,922N 149 3S 50,422W 6023.98 74.21 331.30 3772.85 5312,63 -28Z3,43 60199~.g7 549305,91 70 27 S5.120 N ~4g 35 ~,757 W 8050.00 73.08 330.17 3780.18 ~334,41 -2835,63 6019977.68 549293.56 70 27 55.334 N 149 35 ~1,116W 8100.00 70,93 3Z7,97 3795.62 5378.20 -2860.07 6020018,27 549268.84 70 27 55,735 N 149 35 51.835 W 81~0.00 68.81 325,71 3812.83 5414.S0 -2886.73 6020057,39 ~49242.90 70 27 56,122 N 149 3~ 52.590 W 0200.00 6~.72 323,39 3831,75 5452.20 -2912.57 6020094,90 S49215.81 70 27 56,492 N 149 3~ 53.379 W 8250.00 ~.67 320,99 3852,33 5408.20 -2940.49 6020130,70 549187,63 70 27 56,846 N 149 3~ 54.200 W 8300.00 62.65 318,51 387~,51 5522.40 -2969.43 6020164,69 S49158,46 70 27 57,183 N 149 3~ 55,051 W 8350.00 60.6S 315.94 3898,24 5554,71 -2999.31 6020196.79 549128,36 70 27 57,500 N 149 35 55,929 W 8367.74 60.00 31~.00 3907.00 S565,70 -3010,14 6020207.70 549117,45 70 27 ~7,608 N 149 35 ~6.240 W 8400,00 59.75 312.78 3923.19 S~85,04 -3030,25 6020226.90 549097.21 70 27 57.798 N 149 35 ~6,839 W ~43,89 59,46 309.7~ 3945.40 56t0.01 -30S8.70 6020251,66 549068.59 70 27 58.044 N 149 35 57.675 W SS00.00 69.46 309,75 3973.91 5~0.91 -309~.86 60202~2,30 549031.22 70 27 58.348 N 149 35 5~.768 W 8511.22 59.46 309.75 3979.62 5647,09 -3103,29 6020288.43 5490~3,74 70 27 58,408 N 149 3S 58,986 W 8550,00 60,86 307.61 3998.92 5668.11 -31~9,55 6020309.26 548997.34 70 27 S8.615 N 14~ 35 59.758 W 0600.00 62.72 304,93 4022.~6 5694.16 -3~6~.07 6020335.06 540961.64 70 27 58.871 N 149 36 0.803 W 8650.00 ~.62 302.34 4044,74 5710.97 -3202.38 6020359,61 648924.16 70 27 59.11S N 149 35 1.900 W 8700,00 66,~7 299.84 40~5.40 57~2,48 -3241,37 6020382.83 548885,02 70 27 59,346 N 149 3~ 3,046 W 07~0,00 68,55 297,41 4004.49 5764.6~ -3281,93 6020404.~8 540844.30 70 27 ~9.563 N 149 36 4,238 W 8800.00 70.57 295,04 4101.94 578S.30 -3323.96 6020425.08 548802.13 70 27 59.767 N 149 36 ~.474 W 8850.00 72.63 292,73 4117,73 5804.60 -3367.34 6020443.97 548758.~3 70 27 59.955 N 149 36 6,749 W 8900.00 74.70 290,48 4131,79 5822.16 -3411.94 602~61,32 548713.90 70 28 0.129 N 14~ 36 8.060 W 8950.00 76.80 288,26 4144,10 5838.23 -3457.66 6020477.06 S48668.08 70 28 0.287 N 149 36 9.404 W 9001,97 79,00 286.00 41SS,00 5853,16 -3506.22 6020491,65 S48619,42 70 28 0.433 N 149 36 10.83~ W 90~0.00 al,88 ~86,00 4162.98 S866.21 -9551,74 6020504.38 54~S73,81 70 28 0,561 N 149 36 12.170 W 9100.00 ~.88 286,00 4168,74 5879.90 -3~99,48 6020517.74 548~25,98 70 2~ 0,696 N 149 36 13.573 W 9150.00 87.88 286,00 4171,89 5~93.65 -3647.44 6020531.1~ 548477.93 ?0 28 0,531 N ~49 36 14,983 W 9200,00 90.88 286.00 4172.43 5907.43 -369~.50 60205~,59 548429.78 70 28 0.966 N 149 36 16,396 W 9209.56 91.~6 285,99 4172.24 5910.06 ~3704,69 6020~7,15 ~48420,58 T0 28 0,992 N 149 36 16.666 W 9300.00 91.46 285.99 4169.94 5934.97 -3791,60 60~0571.45 540333,50 70 20 1,236 N 149 3~ 19.221 W 9400,00 91.46 285,9g 4167,39 5962.S0 -3~87.70 6020598.31 548~37.2~ 70 28 1.507 N 149 36 22,046 W 9600,00 91,46 205.99 4164,84 5990.04 -3983.80 60206~5,17 548140.94 70 28 1.777 N 149 36 24,~71 W 9S46.34 91,46 285.99 4163.68 6002,83 -~028.33 6020637,65 648096.33 70 ~8 1.903 N 14~ 36 26.180 W 95S0.00 91.46 285,77 4163.59 6003,83 ~031,8S 6020638,62 S48092.~0 70 28 1.91~ N 14S 36 26,283 W g600.00 91.42 282.77 4162.~3 6016.15 -4080.29 60206S0,60 ~48044.28 70 28 2.033 N 149 36 27.707 W 9650.00 91.38 ~79,77 4161.11 6025,92 -4t29,30 6020660.03 547995.21 70 28 2.129 N 149 36 29.148 W 9700.00 91.33 276.77 4159.93 6033.11 -4t70,76 6020666,87 ~47945.70 70 28 2.200 N 149 36 30,602 W 9750,00 9t.28 273,77 4158.79 6037.69 -42~8,53 602067t.1t 547895.90 70 28 2.244 N 149 36 3~,065 W 9786.5s 91.24 271,~8 41~8.00 6039.42 -4265,03 6020672.5~ 547859,40 70 ~8 2,26~ N 149 36 33,138 W 98o0,00 91,24 271,58 4157,71 6039.79 -4278.47 6020672.85 547845,96 70 28 2,26~ N 149 36 93.533 W 9900.00 91,24 271.58 41S5.54 6042.55 -4378.41 6020674,91 547746.01 70 28 2,291 N 149 36 36.470 W 10000.00 91.~4 271,58 41S3.36 6045,30 -4478.35 6020676,97 547~6.06 70 20 2,310 N 149 36 39.408 W 10~00.00 91.24 271,58 4151.22 6~8.06 ~576,29 6020679.02 647546.12 70 28 2.344 N 149 36 4~.34S W 10200.00 91.24 ~71.S8 4149.05 6050,82 -4678.23 6020681,08 547446.17 70 2~ ~,371 N 149 36 4~.283 W { 10300.00 91.24 271,50 4146.89 6053.57 -4778,16 6020683,14 ~47346.23 70 28 2.397 N 149 36 48,Z20 W 10400.00 91,24 271,58 4144.72 605633 -4878,10 602068S.19 547246.28 70 28 2.424 N 149 36 51,15~ W ........ , ...... . ...... . .............. . ...... . .......... . ......... . ....... . ..... . ...... .,.__ 10Soo.00 91,24 271.58 4142,56 6059.09 -497~.o~ 0020687.26 547146.34 70 28 2,4~0 N ~49 36 S4.095 ~._] RECEIVED JAN ;50 2001 Alaska 0il & Gas Cons. Commission ~chomge .fAN, 30, 2001 6'27PM B, P, EXP LIBERTY biO, 7044 P, 9 ' Compnny: BP Amoco BP Amoco Planning Report- Geographic Date: 1t25t2001 Time: 14;56;45 Ce-ordinate(NE) Reference: Well: M PJ- 14, .True Noffh Vertical (TVD) Reference: MPJ-14 64,12 64.1 Section (VS) Reference: Wel~ (0.00E, 0.00N,313,47Azi) ...... _P.I,a. n.; MPJ-14 wp06 ....... Field: Mi/ne Point Site: M Pt J Pad Wdh MPJ-14 Wellpath: Plan MPJ.14 ..... Survey dog ,"-6-~6o.'~6 ....... 9'1.¥i' .... Azim TVD +N/-S +E/-W Nnrthing Eastlng ae9 fl ft ft ft It 10700.00 91.24 271.58 10000.00 91.24 271.58 10900.00 91,24 271,58 11000.00 91.24 271.58 11100.00 91,24 271.58 11200.00 91.24 271.58 11300.00 91.24 271,58 11400.00 91.24 271,58 11500,00 g1,24 271.58 11600.00 91,24 271.58 11700,00 91.24 271.58 11800,00 91.24 271.58 11900.00 91,24 271.58 11957,73 91,24 271.58 -. Targc~ Nnme Description MPJ-14 T1 MPJ-14 T2 MPJ-14 T3 MPJ-14 T4 4138.23 6064.60 -5177.92 6020691.36 546946,44 4138.07 8067.36 -5277.86 6020693.42 546846,50 4133.90 6070,11 -5377.80 6020695.48 546746,55 4131,74 6072.87 -5477,73 6020697.~3 546646,61 4129.58 6075.63 -5577.67 6020699.$9 546546,66 4127.41 6078,38 -5677.61 6020701.65 546446,72 4125.25 6081,14 -5777.55 6020703.71 546346,77 4123.08 6053,90 -5877.49 6020705,76 546246,82 4120,92 6086,65 -5977.43 6020707.82 546146.88 411B,76 6069.41 -6077,37 6020709.86 646046.93 4116.59 8092,17 -6177.30 6020711.93 545946,99 4114.43 6094,92 -6277.24 6020713,99 545847.04 4112,26 6097.68 ~6377,18 6020716.05 545747.10 4111.12 6099.39 -6434,88 60207~7.35 545689.39 Pnge: 8 <--- L~tltnde ----> <~ t,ongitud~-~.~'- Deg Mln See Deg MIl1 Sec 70 28 2.503 N 149 36 59.970W 70 28 2.530 N 149 37 2. gOO W 70 28 2,$~6 N 149 37 5.846W 70 28 2.582 N 149 37 8,783W 70 28 2.609 N 149 37 11,721 70 28 2.635 N 149 37 14,658W 70 28 2.661 N 149 37 t7,596W 70 28 ~,688 N 149 37 20.533W 70 28 g,714 N 149 37 23.471 W 70 28 2.740 N 149 37 26.408W Tvo +Nt-S +g/-W ff tt ft, 3907.00 5565.70 -301 4155.00 5853,16 -3506.22 4158,00 6039.42 -4265,03 4111.~2 6099,39 -6434.88 70 28 2.767 N 149 37 29,346W 70 28 2,793 N 149 37 32.283W 70 28 2,819 N 149 37 35.221 W ....... 70 28 2.636 N 149 37 36.917W I Mal~ ...... Map Northing Earring -',., ,, .... 6020207.70 549117,48 6020491.6~ 540619.42 6020672,57 547859,40 <--- Lntlttlde--,,> ~ Longitude Deg Min, Sec Deg Min Sec ?0 27 57.6~8 N 14,~ 35 5~,248W 70 28 0,453 N 149 36 10.~32W 70 ~6 2.261 N 149 36 33,138W 70 28 2,836N 149 37 36.917W 6020717.36 545689.40 JAN 2001 Alaska 0il & Gas Cons. Commission /~chorage ii i · ~ll~ 4111 SEL'7~ ON DE'~AII-~ I ~.1 .J 2 O,I]D00~ f~.l.l 20,00 0.0q 0,110 ¢, I111 ii. D0 Z -~ 00.(0 Oll]OOIID 5MLOO 0,00 O, Of J O. 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M~ , ....................... ...... ~ ................ .............. · M.IRI-E3 ~MP).I3) · _ _ . . LO ..... ~pj.~ (z4pluo2) ......... : __ IDATEllCHECKNO'I H 1 1 VENDOR Al ASKAO I LA OO DATE INVOICE / CREDIT MEMO DESCRIPTION GROSS DISCOUNT NET 122100 CK122100L 100. O0 100. O0~ PYMT ~OMMENTS: Pee~nit to d~ill Fee HANDL lNG INST' S/H - Sondea X4'750 'HE ATTACHED CHECK IS IN PAYMENT FOR ITEMS DESCRIBED ABOVE. ~ 100. O0 ~100. 00! :,;BP EXPLORATION (ALASKA).~..INC, .::.:. ,~ !':':~.0,.,~;::~::,196612 !? :?,i;:' :~":'=;:;;,,::! .i,:;' .?;i~!7%::: .:,,i=..,/..,.~:.. '~ ;:,,:AN~HO~AG~;:i!AL~S~;i' 99519-6612 ";:;'i:i:,i!,,:,:i'; ,:.~.',, .... ~?:i;i :: :!:: ' ,,,,;,:' 412 PAY TO''I: Th,e::: OR.DER :::ALASKA 01L AND:~,,?GAS:'::,'::.i':,.. · '; ..... .-CONS~RVAT I ON'!~,::: CiOM~"Z SS I 0~ ~:: ,i::'""::,!?' :'"::"33~ '::~EsT 7TH:'"~ENLIE::?' SUITE "100 ANCHORAGE AK 99501 01/03/0111 $100. 001 :'::' NO'D:VALID 120 DAYS AFTER ,:. .... : . ' : '. : ... ::!;::',:::!i.,:i:: :: . ," ;i,.°, ], i? q ;i,," ':0 h ~ i?O ~,,o, q 5': o0,q, h t, ~ WELL PERMIT CHECKLIST FIELD & POOL ADMINISTRATION COMPANY ~ WELL NAME-~ -/,~ PROGRAM: exp .~~/' rT/~ INIT ~SS --,=~~ L,/ ~'~/~_.._ GEOL AREA 1. Permit fee attached ....................... ('~ N 2. Lease number appropfiate.~. ~ 3. Unique well name and number .................. (~)N 4. Well located in a defined pool .................. dY.P N 5. Well located proper distance from drilling unit boundary .... 6. Well located proper distance from other wells .......... 7. Sufficient acreage available' in ddlling unit ............ 8. If deviated, is wellbore plat included ............... 9. Operator only affected party ................... 10. Operator has appropriate bond in force ............. 11. Permit can be issued without conservation order ........ 12. Permit can.be issued without administrative approval ...... . 13. Can permit be approved before 15-day wait ........... dev ~/"~'redrl'l serv wellbore seg ann. disposal para req _,,~?/~ UNIT# /~//~ ~ ON/OFF SHORE ~ ENGINEERING 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. DATE 26. ~ 2'/. 28. 20. Conductor string provided ................... Surface casing protects all known USDWs ........... CMT vol adequate to circulate on conductor & surf csg ..... CMT vol adequate to tie-in long string to surf csg ........ CMT will cover all known productive horizons .......... Casing designs adequate for C, T, B & permafrost ....... Adequate tankage or reserve pit ................. If a re-drill, has a 10-403 for abandonment been approved... Adequate wellbore separation proposed .............. If diverter required, does it meet regulations .......... Drilling .fluid program schematic & equip list adequate..... BOPEs, do they meet regulation ................ BOPE press rating appropriate; test to D[2)~)~,..~ psig. Choke manifold complies w/APl RP-53 (May 84) ........ Work will occur without operation shutdown ........... Is presence of H2S gas probable ................. GEOLOGY ~,P/,~ DATE /, ,oI 30. 31. 32. 33. 34. KNNULAR DISPOSAL35. With proper cementing records, this plan (A) will contain waste in a suitable receiving zonei ....... APPR DATE (B) will not contaminate freshwater; or cause drilling waste... to surface; (C) will not impair mechanical integrity of the well used for disposal; (D) will not damage producing formation or impair recovery from a pool; and (E) will not circumvent 20 AAC 25.252 or 20 AAC 25.412. Permit can be issued w/o hydrogen sulfide measures ..... Y_ (~ ' , Data presented on potential overpressure zones ....... Y~,~N Seismic analysis of shallow gas zones ............. Seabed condition survey (if off-shore) ............. Contact name/phone for weekly progress reports [explo~y only] Y N Y N Y N Y N GEOLOGY: ENGINEERING: UIC/~nnular COMMISSION: i~ II ' ' ;;)-/'~ JMH Ai~t~- Commentsllnstructions: O Z O c:~nsoffice\wordia n~diana\checklist (rev. 11/01 I100)
