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220-004
From:Guhl, Meredith D (OGC) To:Abbie Barker; Carrie Janowski; Cody Dinger; Darci Horner - (C); Donna Ambruz; Jerimiah Galloway; Joseph Lastufka; Josh Allely; Juanita Lovett; Tom Fouts Subject:Expired Prudhoe Bay PTDs Date:Wednesday, April 27, 2022 1:42:00 PM Hello, The following Permits to Drill, issued to BP Exploration (Alaska) and transferred to Hilcorp North Slope, have expired under Regulation 20 AAC 25.005 (g). The PTDs will be marked expired in the AOGCC database. PBU LIS K-333, PTD 220-004, issued February 3, 2020 PBU 06-15A, PTD 220-012, issued January 30, 2020 PBU LIS L3-26, PTD 220-015, issued February 12, 2020. If you have any questions, please contact me. Thank you, Meredith Meredith Guhl (she/her) Petroleum Geology Assistant Alaska Oil and Gas Conservation Commission 333 W. 7th Ave, Anchorage, AK 99501 meredith.guhl@alaska.gov Direct: (907) 793-1235 CONFIDENTIALITY NOTICE: This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Meredith Guhl at 907-793-1235 or meredith.guhl@alaska.gov. THE STATE fALASKA GOVERNOR MIKE DUNLEAVY Kenneth Allen Engineering Team Lead BP Exploration (Alaska), Inc. PO Box 196612 Anchorage, AK 99519-6612 Re: Prudhoe Bay Field, Lisburne Oil Pool, PBU K-333 BP Exploration (Alaska), Inc. Permit to Drill Number: 220-004 Alaska Oil and Gas Conservation Commission 333 West Seventh Avenue Anchorage, Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 www.00gcc.alaska.gov Surface Location: 1658' FNL, 1100' FWL, SEC. 04, T11N, R14E, UM Bottomhole Location: 4674' FSL, 537' FWL, SEC. 10, T11N, R14E, UM Dear Mr. Allen: Enclosed is the approved application for the permit to drill the above referenced development well. Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or an AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. Sincerely, J �i Price Chair DATED this 3— day of February, 2020. STATE OF ALASKA ASKA OIL AND GAS CONSERVATION COMMIS 1`7 �rP— R� PERMIT TO DRILL `'�'' ` 20 AAC 25.005 la. Type of Work: 1b. Proposed Well Class: Exploratory - Gas ❑ Service - WAG ElService - Disp❑ 1c. Speclfy dw' elf' 'is proposed for: Drill 21 Lateral ❑ Stratigraphic Test ❑ Development - Oil 171 Service - Winj ❑ Single Zone Q Coalbed Gas ❑ Gas Hydrates ❑ Redrill ❑ Reentry ❑ Exploratory - Oil ❑ Development - Gas ❑ Service - Supply ❑ Multiple Zone ❑ Geothermal ❑ Shale Gas ❑ 2. Operator Name: 5. Bond Blanket Q Single Well ❑ 11 Well Name and Number: BP Exploration (Alaska), Inc Bond No. 29S105380 PBU K-333 Address: 3. 6. Proposed Depth: 12, Field/Pool(s): MD: 15434' TVD: 8884' PRUDHOE BAY, LISBURNE OIL 4a. Location of Well (Governmental Section): 7. Property Designation (Lease Number): ADL 028303 Surface: 1658' FNL, 1100' FWL, Sec. 04, T11 N, R14E, UM 8. DNR Approval Number: 13. Approximate spud date: Top of Productive Horizon: 2130' FNL, 1363' FWL, Sec. 03, T11N, R14E, UM 95-001 May 1, 2020 9. Acres in Property: 2560 14. Distance to Nearest Property: 19625 Total Depth: 4674' FSL, 537' FWL, Sec. 10, T11 N, R14E, UM 4b. Location of Well (State Base Plane Coordinates - NAD 27): 10. KB Elevation above MSL: 71.15 feet 15. Distance to Nearest Well Open Surface: x- 671361 y- 5975560 Zone - ASP 4 GL Elevation above MSL: 24.00 feet to Same Pool: 16. Deviated wells: Kickoff Depth: 800 feet 17. Maximum Anticipated Pressures in psig (see 20 AAC 25.035) Maximum Hole Angle: 110 degrees Downhole: 3646 Surface: 2735 18. Casing Program: Specifications Top - Setting Depth - Bottom Cement Quantity, c.f. or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 42" 20" x 34" 215.5# A-53 80 Surface Surface 127' 127' 260 sx Arctic Set (Approx.) 16" 13-3/8" 68# L-80 BTC 4345' Surface Surface 4392' 3716' 2415 sx LiteCrete, 312 sx Class'G' 12-1/4" 9-5/8" 47# L-80 Vam 21 10046' Surface Surface 10093' 7935' 520 sx Class'G' 8-1/2", 1 26# L-80 VamTop HC 1279' 9943' 7805' 11222' 8893' 251 sx Class'G' 6-1/ 4-1/2" 12.6# 13Cr85 VamTop 4362' 11072' 8770' 15434' 8884' 482 sx Class'G' 19. PRESENT WELL CONDITION SUMMARY (To be completed for Redrill and Re -Entry Operations) Total Depth MD (ft): Total Depth TVD (ft): Plugs (measured): Effect. Depth MD (ft): Effect. Depth TVD (ft): Junk (measured): Casing Length Size Cement Volume MD TVD Conductor/Structural Surface Intermediate Production Liner Perforation Depth MD (ft): Perforation Depth TVD (ft): Hydraulic Fracture planned? Yes ❑ No Q 20. Attachments Property Plat ❑ BOP Sketch Q Drilling Program Q Time v. Depth Plot ❑ Shallow Hazard Analysis ❑ Diverter Sketch R1 Seabed Report ❑ Drilling Fluid Program R1 20 AAC 25.050 requirements R1 21. Verbal Approval: Commission Representative: Date 22. 1 hereby certify that the foregoing is true and the procedure approved herein will not be deviated Contact Name Raese. J. Kvle from without prior written approval. Authorized Name Allen, Kenneth W Contact Email lohn.raese@bp.com Authorized Title Engineering Team Lead Contact Phone +1 9075644629 Authorized SignatuDate , C-1 1117) Commissicif Use Only Permit to Drill � Q Permit Approva See cover letter for other Number: API : 50- o2 CJ — 6' i QO Date: requirements: Conditions of approval : If box is checked, well may not be used to explore for, test, or produce coalbed methane, gas ydrates, or gas contained in shales: ce A n Other: ©r �� �(� S Samples req'd: Yes ❑ No Mud log req'd: Yes ❑ No tro(Jt , �)� c •C �0 zQ41k H2S measures Yes No —❑ Directional svy req'd: Yes V No El et Spac11, rt7 exception req'd: Yest- El No Ltd' Inclination -only svy req'd: Yes ❑ No L� �,� �Cir•1LLy�� �-b �a/}%�L2�.6No(f-):LO 1^ ��' Posti itialin. ctionMITreq'd: Yes ❑ No ❑ kii 41�i-¢c>Xc9.. % `��CLj^ S/4OE 1 XZ 7'rf�)✓ie v i�u> Cep_%, V_ APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date', _,; I vj_� 0 v - I I Form 10-401 Revised 5/2017 This permit is valid for 24 months fromQRate JG approval (20 AAC 25.005(g)) Submit Form and Attachments in Duplicate '130 by To: Alaska Oil & Gas Conservation Commission From: Kyle Raese, ODE Date: December 10, 2019 RE: K-333 Permit to Drill The K-333 well is scheduled to be drilled by Parker 272 in May 2020. This grassroots well is a horizontal producer targeting the Lisburne (Wahoo). The planned well is a four string, big -bore design using 13-3/8" surface casing, 9-5/8" intermediate casing, 7" intermediate liner and 4-1/2" production liner. The surface casing will be set in the SV4. The first and second intermediate strings will be set in the HRZ and top Lisburne, respectively. The production interval will be completed with a cemented and perforated liner. Maximum anticipated surface pressure will be from the Lisburne. With a full column of gas, MASP from Lisburne to surface is 2735 psi (7.7 ppg EMW in Lisburne at 9105' TVDss with 0.1 psi/ft gas gradient). The well will be drilled by Parker 272 using their 5,000 psi four preventer BOP stack (3 rams and an annular). The BOP rams and annular will be tested to 3500 psi. A detailed operations summary is included with the permit application. If there are any questions, please do not hesitate to use the contact information below. Kyle Raese Office: (907) 564-4629 Cell: (907) 301-6405 Email: john.raese@bp.com Attachments: Well Bore Schematic BOPE Schematic Directional Package Diverter Plan K-333 PTD 1 12/10/2019 Well K-333 Planned Well Summary Well Producer Ob ect t LisbTypLurne Current Status Grassroots Well Estimated Start Date: 05/01/2020 Time to Complete: 34.3 Days Surface Northing Easting = Offsets TRS Location 5975560 671361 1 1658' FNL / 1100' FWL 11 N 14E Sec 4 Northing Easting TVDss Offsets TRS TLSB 5975217 676914 8822' 2130' FNL / 1363' FWL 11N 14E Sec 3 BHL 5971443 676184 8813' 606' FNL / 537' FWL 11 N 14E Sec 10 Planned KOP: 800' MD Planned TD: 15,434' MD / 8813' TVDss Rig: Parker I GL-RT: 47.15 1 1 RTE (ref MSL): 1 71.15 Directional - K-333 WP03 -460 in the surface section Maximum Hole Angle: -460 in the 1st intermediate section -35' in the 2nd intermediate section -r110* in the production section Close Approach Wells: All offset wells pass BP anti -collision scan criteria Survey Program: Reference attached directional program Nearest Property Line: 12,625' Nearest Well within Pool: 1310' Hydraulic Fracture Planned? No K-333 PTD 2 12/10/2019 Formation Tops and Pore Pressure Estimate Formation Depth (TVDss) Most Likely Pore Pressure (ppg EMW) Fluid Type (permeable formation BPRF 1813 8.4 SV5 2951 8.4 Water SV4 3211 8.4 Water SV3 3695 8.4 Water SV2 3824 8.4 Water SV 1 4221 8.4 Water UG4 4660 9.3 Water UG3 4887 9.3 Water UG1 5391 9.3 Water WS2 6105 9.2 Water CM3 6491 9.2 CM2 7156 9.7 CM 1 7503 9.9 THRZ 7774 9.9 LCU 7914 9.9 TJ B 8029 10.2 TJA 8124 10.2 TSGR 8234 7.6 Gas TSHU 8285 7.5 TSAD 8333 7.5 Gas / Oil TKVK 8682 7.05 TLSB 8822 7.7 Oil BP ho?064 1AV5 &S'VD e t9 \o.3 to -It K-333 PTD 3 12/10/2019 Casing/Tubing Program Hole Size Casing / MIR Grade Conn Length Top Bottom Tbg O.D. MD / TVDss MD / TVDss 42" 20" x 34" 215.5# A-53 - 80' Surface 127' / 56' 16" 13-3/8" 68# L-80 BTC 4345' Surface 4392' / 3645' 12-1/4" 9-5/8" 47# L-80 Vam 21 10046' Surface 10093' / 7864' 8-1/2" 7" 26# L-80 Vam Top HC 1279' 9943' / 7734' 11222' / 8822' (150' lap) 6-1/8" 4-1/2" 12.6# 13Cr-85 Vam Top 4362' 11072' / 8699' 15434' / 8813' (150' lap) Tubing 4-1/2" 12.6# 13Cr-85 Vam Top 11030' Surface 11077' / 8703' (-5' into liner TBR) Mud Program Surface Mud Properties: MMH Depth Interval Density PV (cp) YP Ib/1 Oftz Surface - TD SV4 8.5 - 9.0 6-20 35-80 Intermediate 1 Mud Properties: LSND Depth Interval Density PV (cp) YP Ibt1 Oft2 13-3/8" Shoe - CM3 9.3 - 9.5 10-20 20-30 CM2 - CM1 9.9 - 10.1 10-20 20-30 HRZ - TD HRZ 10.3 - 10.8 10-20 20-30 Intermediate 2 Mud Properties: LSND Depth Interval Density PV (cp) YP lb/1 Oft2 9-5/8" Shoe - TD TLSB 10.3 - 10.8 10-20 1 20-30 Production Mud Properties: Water Based Polymer Fluid Depth Interval Density PV (cp) YP Ib/1 Oftz 7" Shoe - TD 1 8.5 - 9.0 <12 12-20 Logging Program a V I V Surface I Sample Catchers - not required for surface hole Drilling: Dir/GR Open Hole: None Cased Hole: None Intermediate 1 ample Catchers - as required by Geology Drilling: Dir/GR/RES Open Hole: None Cased Hole: None Intermediate 2 ample Catchers - as required by Geology Drilling: Dir/GR/RES Open Hole: None Cased Hole: None Production ample Catchers - as required by Geology Drillin : Dir/GR/RES/NEU/DEN Open Hole: None Cased Hole: None K-333 PTD 4 12/10/2019 Cement Program Surface Lead Open hole volume + 350% excess in permafrost / 40% excess below permafrost Basis Lead TOC Surface Tail Open hole volume + 40% excess + 80 ft shoe track Tail TOC 500 ft MD above casing shoe Spacer —100 bbls of 10 ppg Viscosified Spacer Mud Push II Total Cement Lead 821 bbls, 4612 cuft, 2415 sks 11.0 ppg LiteCRETE - 1.91 cuft/sk Volume Tail 64.4 bbls, 362 cult, 312 sks 15.8 ppg Class G — 1.16 cuft/sk Temp BHST 73' F Intermediate 1 Lead N/A Basis Lead TOC N/A Tail Open hole volume + 40% excess + 80 ft shoe track Tail TOC 1300 ft MD above casing shoe Spacer —50 bbls of 13 ppg Viscosified Spacer Mud Push II Total Cement Lead N/A Volume Tail 107 bbls, 603 cult, 520 sks 15.8 ppg Class G — 1.16 cuft/sk Temp BHST 168° F Intermediate 2 Lead N/A Basis Lead TOC N/A Tail Open hole volume + 40% excess + 150 ft liner la + 200 ft 5" DP x CSG + 80 ft shoe track Tail TOC Top of liner Spacer —30 bbls of 13 ppg Viscosified Spacer Mud Push II Total Cement Lead N/A Volume Tail 52 bbls, 294 cult, 251 sks 15.8 ppg Class G — 1.17 cuft/sk Temp BHST 190° F Production Lead N/A Basis Lead TOC N/A Tail Open hole volume + 30% excess + 150 ft liner la + 200 ft 4" DP x LNR + 80 ft shoe track Tail TOC Top of liner Spacer —50 bbls of 12 ppg Viscosified Spacer (Mud Push II) Total Cement Lead N/A Volume Tail 100 bbls, 564 cult, 482 sks 15.8 ppg Class G —1.17 cuft/sk Contingenc : 8.6 ppg Bimodal volume scaled to severity of loss rate Temp BHST 190° F K-333 PTD 5 12/10/2019 Surface and Anti -Collision Issues Surface Close Proximity: No wells will be affected by the Parker 272 rig shadow. Sub -Surface Pressure Management: N/A Anti -Collision: All offset wells pass BP anti -collision scan criteria. Offset well ownership information All offset wells identified within 200 ft of the proposed wellbore are operated by BP. Hydrogen Sulfide Reference "Drilling Critical Issues" section. Faults Reference "Drilling Critical Issues" section. Drilling Waste Disposal • There is no annular injection in this well. • Cuttings Handling: Cuttings generated from drilling operations will be hauled to grind and inject at DS-04. Any metal cuttings will be sent to the North Slope Borough. • Fluid Handling: Haul all drilling and completion fluids and other Class II wastes to DS-04 for injection. Haul Class I waste to DS-04 and/or Pad 3 for disposal. Contact the GPB Environmental Advisors (659-5893) for guidance. K-333 PTD 6 12/10/2019 Well Control The 16" surface hole will be drilled with a diverter system. The 12-1/4", 8-1/2" and 6-1/8" hole sections will be drilled with well control equipment consisting of 5,000 psi working pressure rams (2), blind/shear ram, and annular preventer capable of handling the maximum potential surface pressures. Based upon calculations below, BOP equipment will be tested to 3,500 psi. BOP test frequency will be 14 days with function test every 7 days. Except in the event of a significant operational issue that may affect well integrity or pose safety concerns, an extension to the 14 day BOP test period should not be requested 12-1/4" Intermediate 1 Interval Maximum anticipated BHP 3105 psi at Base WS2 at 6490' TVDss 9.2 ppg EM Maximum surface pressure 2456 psi at Base WS2 0.10 si/ft gas gradient to surface >25 bbls with 11.6 ppg frac gradient. Kick tolerance Assumes 9.2 ppg most likely pore pressure + 0.5 ppg kick intensity at Base WS2 and 10.4 ppg MW. Planned BOP test pressure Rams test to 3500 psi / 250 psi. Annular test to 3500 psi / 250 psi Integrity Test — 12-1/4" hole LOT after drilling 20'-50' of new hole 9-5/8" Casing Test 3500 psi surface pressure 8-1/2" Intermediate 2 Interval Maximum anticipated BHP 3532 psi at TSLB at 8822' TVDss 7.7 ppg EMW Maximum surface pressure 2650 psi at TSLB 0.10 si/ft gas gradient to surface >25 bbls with 12.0 ppg frac gradient. Kick tolerance Assumes 7.7 ppg most likely pore pressure + 0.5 ppg kick intensity at TLSB and 10.7 ppg MW. Planned BOP test pressure Rams test to 3500 psi / 250 psi. Annular test to 3500 psi / 250 psi Integrity Test — 8-1/2" hole LOT after drilling 20'-50' of new hole 7" Liner Test 3500 psi surface pressure 6-1/8" Production Interval Maximum anticipated BHP 3646 psi in the LSB at 9105' TVDss 7.7 ppg EMW Maximum surface pressure 2735 psi in the LSB 0.10 si/ft gas gradient to surface Kick tolerance Assumed infinite Planned BOP test pressure Rams test to 3500 psi / 250 psi. Annular test to 3500 psi / 250 psi Integrity Test — 6-1/8" hole N/A — reference variance request 4-1/2" Liner Top Packer Test 1 3500 psi surface pressure Planned completion fluids 1 8.5 ppg seawater / —2000' 6.8 ppg diesel cap K-333 PTD 7 12/10/2019 Variance Requests 1. To avoid the risk of plugging the flow line with large rocks and wood encountered while drilling surface hole, it is requested to drill without a flow paddle for the first portion of the surface hole. After drilling past the larger rocks and wood sections, the flow paddle will be put back in the flow line (<1000 ft). This is a variance from 20 AAC 25.033. Procedures/Safeguards with paddle removed: • Fluid levels will be monitored in the pits for both gains and losses while drilling. Alarms will be set to indicate if gain or loss of more than 10 bbls has occurred. • The well will be monitored for flow when the pumps are off at each connection. • The planned 8.5 - 8.8 ppg fluid will provide over balance to formation fluid 2. Production Hole FIT: Given that the planned depth of the intermediate 2 liner is at the top of the target reservoir (Lisburne), and the production hole planned well path does not depart from the reservoir, a variance from 20 AAC 25.030(f) is requested to forgo the FIT in production hole. If there are problems during the intermediate cement job (i.e. losses) which jeopardize the ability to meet AOGCC or BP cementing requirements, or there is U-tube upon drilling out the shoe, this variance will not apply. K-333 PTD 8 12/10/2019 Drill and Complete Operations Summary Pre -Rig Operations 1. Install 20" conductor and cellar box. Weld landing ring. Survey. Rig Operations 1. MIRU Parker 272. Nipple up diverter system and test. Z,y,4,-n p �,c.-e-4-o 2. MU 16" surface drilling assembly with 5" DP and drill to TD at -4392' MD. POOH and LD drilling assembly. 3. Run 13-3/8" casing to TD and cement. Test casing to 3500 psi. 4. Rig down diverter system. Nipple up 13-5/8" wellhead system. Nipple up BOPE and test to 3500 psi. BOP configuration (top -bottom): qnnular, 9-5/8" FBR, blind/shear, mud cross, 2-7/8" x 5" VBR -- Z `} r- 110 k.4o -1,o IJ70 &C C-Ya G-) r'Ad e,S,5 5. MU 12-1/4" intermediate #1 drilling assembly with 5" DP. Drill shoe track and 20'-50' formation. 6. Perform LOT. D 1G-, rob D krA W& tL L6 T G A$ ► rV4 `7—E5 r 7-0/466YG L 7. Drill 12-1/4" section to TD at 10093' MD in the HRZ formation. POOH and LD drilling assembly. 8. Run 9-5/8" casing to TD and cement. Test casing to 3500 psi. 9. Install 9-5/8" casing packoff and test to 3500 psi. Inject freeze protect into 9-5/8" x 13-3/8" annulus. 10. Change upper ram to 4-1/2" x 7" VBR and test. 11. MU 8-1/2" intermediate #2 drilling assembly with 5" DP. Drill shoe track and 20'-50' formation. 12. Perform LOT. D f 6-i-M L- Q A >r A Fo R L-OT-f Td ��G C-- 13. Drill 8-1/2" section to TD at -11222' MD in the top Lisburne. POOH and LD drilling assembly. 14. Run 7" liner to TD and cement. Set hanger and liner top packer. POOH and LD liner running �1 assembly. Test liner to 3500 psi. — p�pg,Q!'�1Ti��fis G f✓ �/UTi.1/G���7QT Ta 4164:: G 15. MU 6-1/8" production drilling assembly with tapered 4" x 5" DID. Drill shoe track. No FIT pending variance request. AssuQ-E- �fl R t 14 � �t���01/E��Lz7QC i✓l�itpf'iKTCr O�`i 16. Drill 6-1/8" section to TD at-15434' MD in the Lisburne formation. POOH and LD drilling assembly. 17. Run 4-1/2" liner to TD and cement. Set hanger and liner top packer. POOH and LD liner running assembly. Test liner / liner top packer to 3500 psi. 18. Perforate -2500' in 4-1/2" liner (Lisburne) and -30' in 7" liner (Sag/lvishak perfs for in -situ gas lift). 19. Contingency: Cleanout run for stacker packer. 20. Run and land 4-1/2" completion. Circulate completion fluid. 21. Set straddle packers. Individually test tubing and IA to 3500 psi. 22. Circulate freeze protect to -2000' TVD. 23. Set TWC and test to 3500 psi. 24. Nipple down BOPE. Nipple up adapter and dry hole tree and test to 4500 psi. 25. RDMO Parker 272. K-333 PTD 9 12/10/2019 Post -Rig Operations 1 V Install tree. Pull TWC. 2 S Pull B&R. Set LGLVs. Drift. 3 C Staged acid stimulation. 4 T Flowback 5 S Shift sleeve. Set orifice sub. K-333 PTD 10 12/10/2019 K-333 Drilling Critical Issues POST THIS NOTICE IN THE DOGHOUSE I. Well Control / Reservoir Pressures A. Surface Hole: The permafrost and SV formation are expected to be normally pressured at 8.4 ppg EMW. Pore pressures will be controlled with 8.5 — 9.0 ppg water based mud. B. Intermediate 1 Hole: The Ugnu and WS formation are expected to be at 9.3 and 9.2 ppg EMW, respectively. Pore pressures will be controlled with a 9.3 — 10.8 ppg water based mud. C. Intermediate 2 Hole: The Sadlerochit formation is expected to be 7.3 — 7.6 ppg EMW. The Lisburne formation is expected to be at 7.7 ppg EMW at casing point. Pore pressures will be controlled with a 10.3 — 10.8 ppg water based mud. D. Production Hole: The Lisburne is expected to be at 7.7 ppg EMW. Reservoir pressures will be controlled by using 8.5 — 9.0 ppg water based mud. II. Lost Circulation/Breathing A. Surface Hole: There are no expected fault crossings. Be alert for surface broaching in offset wells. B. Intermediate 1 Hole: There are no expected fault crossings. Be aware of wellbore breathing risk in the Colville formation. Keep drilling ECDs below hard line. C. Intermediate 2 Hole: There is one fault crossing. Be aware of lost circulation risk at casing point. D. Production Hole: There are five expected fault crossings. Expect lost circulation. III. Fault Locations Formation Where Fault Encountered MD Intersect TVDss Intersect Throw Direction and Magnitude Lost Circ Potential Ivishak 10923 8578 N / 20' Medium Lisburne 12063 9061 N / 25' Medium Lisburne 13106 8788 N / 40' Medium Lisburne 13730 8774 W / 25' Medium Lisburne 14265 8861 S / 80' Medium Lisburne 14878 8854 N / 20' Medium IV. Integrity Testing Test Point Test Depth Testtype EMW (lb/gal) 13-3/8" Shoe 20'-50' from the 13-3/8" shoe LOT 11.6 ppg 9-5/8" Shoe 20'-50' from the 9-5/8" shoe LOT 12.0 ppg 7" Shoe N/A per variance request N/A N/A V. Hydrogen Sulfide K-Pad is not an H2S site. Recent H2S data from the pad is as follows: Well Name H2S Level Date of Reading #1 Closest SHL Well H2S Level K-12C 14 ppm 11/6/2018 #2 Closest SHL Well H2S Level K-01 8 ppm 10/18/2019 #1 Closest BHL Well H2S Level K-317 10 ppm 5/17/2019 #2 Closest BHL Well H2S Level L1-23 25 ppm . 1/3/2019 #3 Closest BHL Well H2S Level K-19B 15 ppm I6/3/2019 VI. Anti -Collision Issues All offset wells pass BP anti -collision scan criteria. CONSULT THE K-PAD DATA SHEET AND THE WELL PLAN FOR ADDITIONAL INFORMATION. lav,"5 K-333 PTD 11 12/10/2019 TREE = WELLHEAD = ACTUATOR= OKB. ELEV = _ BF. ELEV = KOP = Dabin MD = _ Dabm TVD = PROPOSED K-333 20" COND, 7127' 215.54, A-53 ID = 13-3/8" CSG, 68#, L-80 BTC, ID = 12.415" 4392' ESTMATED TOP OF CEMENT 8793' TOP OF 7" LNR 1-1 9943' 9-5/8' CSG, 47#, L-80 VAM 21, ID = 8.68'I" H 10093' Minimum ID = " @ 4-1/2" BLAST JOINT, 12.611, 13CR-85, VAM TOP, —� 20' IVISHAK/SAG RNERGAS PERFS —� TOP OF 4-1/2- LNR 11072' 4-1/2" TBG, 12.6#,13CR• 85 VAM TOP, 11077' .0152 bpf, ID = 3.958" 7" LNR, 26#, L-80 VAM TOP HC,�-�_11222' .0383 bpf. ID = 6.276" PERFORATK)N SUMMARY REF LOG: ANGLEAT TOP PERF: Note: Refer to Production DB for historical pert data SIZE SPF KrERVAL Opn/Sqz SHOT SQZ PBTD 1535,V 4-1/2" LNR, 12.6#, 13CR-85 VAM TOP 15434' .0152 bpf, ID = 3.958" SAFEI 3TES: WELL ANGLE> 70° @ '. MAX DLS: _° —CHROM E TBG & LNR"" —I 4-1 /2" HES X NP, D = 3.813" GAS LFT MANDRELS iT MD TVD DEV TYPE VLV LATCH PORT DATE 4 MMG 3 MMG 2 MMG 1 KBG-2 9-5/8" X 7" WFD LTP wMEBACK SLEEVE & WFD HGR. ID = —� 4-1/2" HES X NIP, ID = 3.813" 10700' 7 X 4-1/2" HES TNT PKR, D = " -�4-1/2" HESXA SLIDING SLEEVE 10922' —17 X 4-1/2" HES TNT PKR, D = _�—I4-1/2" HES X NIP, ID = 3.813" I 4-1 /2" HES X NP, ID = 3.813" 11072' 1 7" X 5" WFD LTP w/TIEBACK SLEEVE & WFD HGR, ID = _" 11077' 4-1/2" WLEG, ID = 3-958" ELMD TT NOT LOGGED F--� 5" X 4-1/2" XO, F _ DATE REV BY COMMENTS DATE BY COMMENTS I I ORIGINAL COMPLETION _REV 12/02/19 JMD BULT PROPOSAL PRUDHOE BAY UNIT WELL: K-3333 PERMIT No: API No: 50-029- -00 T N,R E , 'FNL& 'FWL BP Exploration (Alaska) 02 Cl)CL Q a) J � Q � 0 M co a r M N i M Y M Cl) li d O M Y � m Z a Y Y a a o V V N L t Y � 03 ms 4) Q) W W C C 0) O) a O O z � r N N J J Q v n O n n�l d a V J Y 6 y N N j Q rM) Ca m E n Y Z z E d C a a F ❑w ui U c O d L d N Q' c d O C d O R V U V N 7 c O d d w N U Rd d L N a OO 0 7 A 0 Z u) a 0 O Q a) a) a M m U) ns 0- CD i Q Qp J M Cl) E COL Y C Cl) Z Cl) M CO I g 0 co zn NY a- y N T c .. 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CL a i M W m J rm CO o V n N N M N r 0) M 0 N M O m ui D d J C 7 d 'c O= Of • y d > J J C7 7 O 7 U '-' •a LO c o J J C9 L co m W d H r O y c co d N LL C O O O O O O r -— O O N O tvG N J J N J d N N M Ni M O O O p O Q 0 W O O ; m (0W In M d m °10 a a o t v 0 O d O LU 7 O F + y > M _7 a) W 0) N c C .0 0 O Z W Z w y c e U N Z y O + 7 O z g a O 0 d N N d O. 6 y A a _ E n fn O y IL � J J J G O O O d j O O O Q O O O O M Cl) O M O O 0 M d N a ZU Z C7 Cl)M M g co 1' a zcoY Y a C cu Z W + + c c r C c d c d p c O C y O - , d 0 0)y V7 u ° Q° ° rn Z 4 0 Y Qd r O d d .O a d c R d m in LE QO 3 3 a 3 o a>> d d 0 0 0 0 0 0 0 0 0 o O o 0 rn 0 0 0 0 0 0 0 0 0 0 0 0 a •L O O O O O O O O O O ^ O O d m a� Ro oD= ww 0 co C C O o o O O O O O O O O O a U O 0 o 0 o 0 o 0 o O o o o o o 0 o In In In O O O Z x U Q N N M n 0 0 j O Q O aV a N N l0 cp O o O O O O O O O m r` m r- r� Z N N 3 a a a O O O O O O O O o o o 0 O o O O O O N h OD cD m Cl)m m Y M Y Y E In c0 m iD m c0 m c0 m c0 m c0 cn cD c� c0 M w m cc) M con m m Y z z E a U) r� n n n n rn ;z� n n w w w co ID to a a H w O o O O O o o O O co N m 0 O 0 O o O o o o O o O 0 O 0 O o o rn v o m r- N d O O O o o O o O O o V C o C o In DD In m LO cD In w In cD In cD Lr o N cD In co In co In cD In O aL+ In n In r` LO r� In n In N m r- V) r� In r` In r` In r- In n In n N E N (p N N > > 7 2 Q = m m CO m m m m m C aI m m y a U U U U Z la v) to In M ul 0 � N Lo l0 lD d 'o O_ O_ v Q c -° _O _O 'p C V 2 3 o o o O O o O O O m N (D V O O y w m�O N N C C C C ~O O O O O O O O O O o O o O O O o O O O O O O N m ct O V N `a) m N YO c6 c0 10 `- U w N L d (D N cn in in yo rn rn :. :.. o i zin o w .a p2 o2 o2 w_ 0 o v + 'moo + 'ma + -too + 0 O G T O) T C C C C CI a) C a) c0 2LL 2LL W LL .a te W— 6— cn— U)— N m++++ _ O m v v Q Q Q Q Q Q o o o o o o o o o o o O o o 0 0 o o In v m N m o � V O C a C T�� �i O O O O O O o O O O � V T N a m0m(722>222222 a z w m z ) U 0 N 0 0 cn UJ (n o O c0 oD In cD In cq In OR )c) m m O N co o W V m cD pl: v In (n rn 2 �E :E 2 + + + + v co ao m co m ao co co oD eo ao N (D E Q' Q' o U U N N � N NM N N v N In N tor- N N oD N a) N O LL N x � Z Q 9 o + + Q Z 0 Z Q O 0 0 O 3 F m o m (7 S 2 2 5F �� 5i In o o o o o o o O m m r.- o o o o o o o o of m of v o 0 N o m o IT o In o O o r-- o m m oD m m m O I y N F 7 cl) M M M cl) m M v) m m m m m m M M M M M M M m m m M m M M m M m M m M m m O O O O O O o o o o 0 o Y Y Y Y Y Y Y Y Y Y Y Y o 0 o 0 o o o o o o 0 o Z Z Z Z Z Z Z Z Z Z Z Z o 0 0 0 0 0 0 0 0 0 0 0 gggg< !S :5!S oo a a a a a a a a m d m m m m m m m m m m o o o o o o o o o o 0 0 m > a > a > a > a > a > a a a a a a a Q `1 M M m M m m m m m m m m m m M m M m m m m m m m m m u) m m m M M M M M M m M M O O O O O O O O O O O O g y Y Y Y Y Y Y Y Y Y Y Y ILo 0 0 0 0 0 0 0 o u) o In Q O o O O m M v v N N O O O O o o O O O .- m V Q 0 o 0 0 w w m m IT v M m O o o O N N N N v v m ' m p o O o a m m m N N CO m M M In m m m O O N N v v V^ C 4... m a Y H v v o o Q om CgM o z ma Y Y a Y E m In N o o o o m m v v -- O o o 0 ao aD m m v n o 0 0 o o o o o o 0 o N 'fl m v O O o 0 0 0 0 0 0 0 o o O n n O O N N N N v v 0 0 0 o m m m m N N T O O O O O O O O O O . 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O O O O O O O O O O O O O O O O m V m O N CA m OR M V n N (O 0 m O m N O n O O O o O O O O o o CA a O O OI m m (n M N O O 0 O O O O OLo U (iOO Cox w w O C O O o o o O O O O O O O O O O O O O O O O o O o C 0)d U o N o N o N o N o N o N o N o N o M 09 M M 0 M 09 M M 0 M 0 M 0 M o M O M O O o O 0 O 0 O o o O O O z U Q � w 0 O n 0 p n y a V N N (p n m N m N M O V N (n (O n m N N N (n v N O m m n n N N 3 Q o) N u) O M O O v n v m o (O n O 14: m m v o O (n m m O V m m In o v m m CA m Cl) OO m V N n n M a o- U o On ro n co m to Cl) (n o n m Cl) Cl) m V (A m m m o Cl) (j] [0 Y M Y Y E (n rn m M m M O v_ N v V V n a O (n O (n Cl) (n Cl) (n n (n (o (n (o O n m n N m m m (n rn o) rn N o O) o m v N (� 1 � z z E c x y a r� n 1-7 n n n r— n n n n n to = (O m (O (O co m (O (O (O m (O (O (O w m w w m co m m m m (O � 0- CL w w N m m m m m N to N )n O) v) (N M O m m c) (n n m n O (n O (n v n N N M CA m m M m V (n O M O m V m m m m m M m n m m v (9 M N In o m n _ m V Oi n N m o v M a m m n m cn O N N N N m N O O O) U C: C Ol C m (n n (n n (n m (n m (n o (O tD fD N (O N m M (O V (O m m n m m m m m O n N M In (n i i m s � c w vi n rn vi n o) (ri n rn vi n G vi n (3 m n o N n a o n G Lo n 0 Lo n a vi n d (n n a (n n rn m n rn vi n cr m n rn vi n m m n a vi n rn Ln n at n n m (n n G In n rn (n n rn z (n (n (n In N N m m m N V) (n (n m m o m Lo (n (n (n m (n (n N O N U i0 C U Ol C 7 O o � Cl) V m m (n (n N CO m CO A m m n N n o (n _ Q1 CA m O M o O .- m m (n _ m _ (n O (n GC O) �� A O N n m m m 6 M — O 6 (n m m � n m V M � O w O) U N U N a' N M V m m V m n m n N N )n N CO m N v M o V m V N in m m (n m M m n m m Cn M n m M m m (n m o) a' L w m J F z m Q w 0 O Q O n _ M N m v O 0) O (n oI m v O) v )n O (n m n O M m (n (n M M n m m m O n m In N CW CA n >, n n v N N Cl) (n Cl) (n N to Cl) m M n M m M o) M O ri N N O M CA M Cl) ? co V v N N m (3) m n n N a z (� x m 73 Z n • CD O N N V m M m m O N V m n (n m m m o O m m V v V O Q1 m m m N m n m m m M M m m n m m O V i m n (o M n N m m Cl) CA CA n N 6 6 V m V M N N � N N CN N Cl) N N In to N o m m m m m MO n m •- v N N M O V n V (n v In m m m (n n N m m y N N N N N N N N N N N N a Q N CO N n M CA m m c) N n (n M m O O M O )n <f M m CA )n (n O V n V V M 0A O V (n m n O) V O m CA N O) m m V N m M o m v O O m V m m N m n (n V V M N CA m N m M m V Cm (n m m m n O m n CO m m n CA m O V M N M m M n V V (n m (n f- m m m o n N cc CA m >Q F O — — — — — — — — — — — N N N N N N N N N N N N N O O O o O o O O O o O 0 O 0 O 0 N (n O n co m (n m M v m n n m v co O n m v n m n m n m n m n m n m O O O O O O O O N N m m O) O N M M M M M M M n n n n n n n n n n N n n n m co m m m m m m m m (L m u) o o O O O O O V m m M N V n N n N n n n n I'.n Q u7 m u)(n u') (n (n m ` M O CA m n m m u) �n N N N N N N J QpNNNN m m O N V m w w V m Oi N N M m M 6 M V V V m v m V m V m V m v m V co(O N J O C N N E (M' a Y 0 Q LL v Q co M Z M ~ t O m M g M z a Y Y d Y o o Cl o O O o m O M O n o o O o o o O O )n 01 n o o o o O O O o O O O O c) y o (n o O O O o O O O )ci O O O O O a o O O m J o m O o o O o o O O Cn M O O o O O (.) 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(a a (fin ma. rn _ �rhM,� c> a m 3 3 Q a a 0 rn 0 0 0 0 O 0 o 0 O 0 o 0 0 0 O 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o a O O O O O O O 0 O O O O O O O O O O O O O O O m vs d p 3 a'i L o0 c0 S w w Cl co o 0 o 0 o o o o o o o o o 0 0 0 0 o 0 o o 0 o a o o o o O o o 0 o o o o o o o o o o o O O O o O o o 0 o U O O z O O O O O O O o o o O o o o o o O U Q m w m � m � 7 cl c J O a' N N (p n n Z Q V N m n N n O N m m (D m d m N O m m O m (O V O (O m N (O m O O m V (O N m m V d N m o d N N 7 a a U V M O n M O o m N m M m V (D N m m (O (O N N M m m n d M c m m Y M Y Y E (O fM m M (O V a uD (O V (D N N co m (O n m oo V n P7 m m m (D i0 m OD N O m O (n m n N V N M N M (D m M (O V a) N (O O m Y 7 a' Z Z C `cw N= N n N n N n N n N n N oo N n N n N n N n N n CO n Cl) n CO n M n M n co n co oo (7 n M n Cl) n m n M n N d _ (D m m to m m m m m m m m m m m (D m m m m m m m a-H w w m m M t0 n N m N V m m O n N N V m d m O N V m M O n N (O n Co N N N n u0 Cl) m m N M m m m V M N m m m m m V O m M d V n O (O V O m Gf m n m n m m N to V d M N N O n O 10 m m m n u m m oo n m m O N M d (O m oo n n m m m m O 01 N c o C n n n n n m OD OD m m m m m m m Oct m m m m m m w N ' (O m N 0 N C (O � N (O C (O a lA N i0 ifI (f1 to m M (n N a (O t0 (O 1fI 1fI 1f1 l0 o C at as as a)ant an1 at (3 G c m m a ant c m t0 (O LO (O (O (O 10 (O (O 10 10 t0 (A Ln M N Lo N M VI 10 N N O m ci C N U 6 U a C y y c U O O M (O m m m V (O m M m M V N m o Cl) m m n Cl) (D m V (O V N M N d n N O O (O n OR n m (O d d w (6 n . O m O N V O m m m M (O n Cl) m n N V m m O w w N U N T f6 N O m O m O n _ V N �- M m M m M t0 V N (O O m n ( V n c' m m m m m m (O m m m M O O n V N J F 2 Z M O O Q N rr, m N V m (O la m N O N n m m m o V: N m V (O N m LO N O N m m oo m m U� m M O m M (O T LO m N m M m O O m O m N M NMA m n V l0 N m m m o n LO n n n �O m m m M m O m O (D NNNN N N N N N N N N N N M Cl) M �, mcu Z cu (D N o O m Cl) N o V m n oo O O m m N O (O n N O V N o O LO m O O m n O m O O Cl) o m — m N V O m to m (O m N oo m m m (O Cl) (O O d n M V N Co V O LO (O m m m m V N m (O oo N m m (O m Lo N a) m N m N a N o Cl) O CO Cl) N M N Cl) M CO M CO V CO (O y M (O M m M (q Cl) m M n M n Cl) m Cl) m M m M a M O V 01 V (O n m m n N m t0 V O n O ci N d (O (O n m l0 o m (O Cl) m (O O (O m M Cl) V m (O m N N O Cl) m m aD m Ih Cl) N m oo O m 1-1d (O d M m N V)N m m m O m o m (O m m N m m oo m m M m O O O N N CO M V (O (O m oo n n n m m m m o N M M M M m co M M Cl) M Cl) Cl) M Cl) M Cl) M m Cl) M V V > N n n n n n oo n n n n n n n n n n n oo n n n n n OR m m m m m m m CO m CO m m m m OR m m m m m m m M M M M M co M Cl) M M M M M Cl) M Cl) M co co Cl) co M Cl) m m m m m m m m m m m m m m m m m m m m m m m Q m m N n n n n n n n n n n n n n n n n oo n n (n n n g N N N N N N oo N N N N N N N N N N N N N N N N N m m m m m m m m m m m m m m m m m m m m m m m V V V V V V V V V V V V V V V V V V V V V V V �Q M V .� E (M' a Y Q L M ZCl) M om co g m Z a Y Y a Y o m o o o o m o o n o o o M O m o o n o o o o o m O O O o m o O O O O O OD O 7 o o n O O O O Q� >, m o O I- m o o o o o o o o (o m o o o o 0 0 o 0 o o o o rn- o o C m o o o o 0 (O o o o o o o o o (y M M V N m oo n m m O N M M 0` a a LQ m m n m m O N 3 Q Cl) Cl) (O Cl) Cl) m m M d Cl) M V V V V V M V V M V V V N V V V N CN (0 V E y O a7 c O O` w m z y in3 3 m M ��� oa O O O O O O O O O O O o o O O O O O O O O O O O m '+ O o 0 0 0 O O O O O O O O O O O O O O O O O O O -p y o 0 o O O 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 .3 to Y u CO 2 w w 0 0 Q) 3 0) C C O O O O O O O O O O O O O O O O O O o O o o o O O O O O O O O O O O O O O O O O O O O O O O o o 0 UO O O O O O O O O O o O O O O O o o O O O O O O CA N v ❑ o O (n 0 p N N N N l0 n n Z m m m M o) O M m M m n n N (o n M N Lo N n m n m m O (O M m �_ o) t2 n o to to co O to o) m n N N 7 a M a a U O M n V n N M m O OD m o) M m N m V n n N m m n N Oi O M N m N (O V m m n V G) .- n CV Cl) V O m M m m Y M Y Y E m C n m V n m n m m m (o O ('� o o n N V N M m M 1fI a (O V M N o m n m n m Q7 m m O M O o Y � Q' zz zz E ._ y i C7 n n n Cn n C7 n C) n m n v n v n v n V n V n v n v n V N. V n V n n V n v n V' n v n v r In n N n o w_ m m m m m m m m m m m m m m m m m m CO m m m m m a a w m to m CD N V N m O m m N N V m (n m a. m m N O N m m V N N n W V N M m n (9 n Ln o) m N O o m M N (n n V m O m M V m m n O V N CD ' r C V m m Q) d U .E C U C n M m m V m m V m (n (n CA Ln m M V n M M m CA M m O N O o m O O - O .- N O O Cl) O m M O O V O m V O m (o O m m O n n O m m C m M c Lo O '- V N .t+ n In n Ln n Lo n In n N n In n Ln n m n m n m n m n m n m n m n m n m n m n m n m n m n m n to n m n c o rn o) lo a w) a y G Lo orn Lo G LoLf) rn rn Lo m L rn a Lo m Lo e Ln (3 U rn w(3(3 Lr) V) Lo C y C Lo a ' rn O m m o u U n7 'p U 4) y C m M LO o to O V m V m V In m M m M n N n N(o n U N` w (6 N O _ N O W M m N m n Ln O) Cl) M V m O N m m n m Cl) No LO V N N V m O)_ n m a1 m M M io N n O w N U N N o) m M O n m N m a) m Cl) O m M N m m V m (o U y �' y a A M N M N V N V N lO N m N (D N n N m N m N m N O) N o M — M M M N M M M Cl) M IT M CO M m M or M n M o>> Q 0 7 J F z m Q w lL 0 O 0- (1) N V V) QI O m Cl) m m 0) m M n o (o O m N Cn O MN N m m N V D7 M N m Cl) m M W '- m m O m m n m O N V N N M D) m V m n to M o n O M m n O O) V m T N M Cl) Cl) V (n m n n m m O) O O O N M M V o m n n M M Cl) Cl) Cl) M M M M M m M V V V V V V V V V V d m � _y z C C6 d M Un (D (o O o O) n CA V O m — o) N N V O O V LO n m O n o O N o) LC) O n O M N V o m m m O m M O) m O to V M M O N N N N n N V M _ V O m V o) IT LO m m O m m n m m m LO n LO N m N:V m m M m V m C M M o N O _ n ,_ O V N o) O Cl m n C) n V n m CA V x v v v v v v v v v v v v v v v v Lo Lo Lo m N LO m N a m (q m to V M (D O O M V V n LO M m N m V m m n O O N N M LO V n m O n CO m (O o) m O o N Lr) o V n N m M V M N m to O N m m M m to n N m O) m (O m m (o M V O Cl) n N V _ O m m V 01 m m Q N V N V N V M V V V V V Co V m V m V n V n V m V m V � V O) V O (o to (o N to M (o M y V N (O Lc) (O m n n n n n n n n n n n n n n n n n n N. n N. N. n n a"— CO M m m M m OR Cl) m m Cl) m m M m m Cl) m m Cl) m m M m m Cl) m m M m m M m OR M m OR M m OR M m OR M m m Cl) m m M m m M m m M m m M m m M m m M m m M m m M m n m a Y u) Q n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N n N Q m v m v m v m v m v m v m v m v m v m v to a CO v m v m v m v m v to v m v m v to v m v m v m v m v (p U M M ` U c) E 1 Q r � M Qz M M M O m z d Y Y d Y o o rn o o o o o o m o o o v o o o o o o o 0 0 0 0 0 0 0 o O O O o 7 O o o y o o O o 0 0 o O O o ro O O o O Ln o o o O o o o o o o o o o o Oo O o o o O o o o o o (.) 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CD G co Y A A O O L Cl) Z Cl) Cl) 'O 32 F- LL F O m g Cl) N t Cl) t p p C z a Y Y a Y o CS o m o o M o M (o 0 0 0 o co c o M (o 0 0 o M �+ o M eecl o O o (D R 0 m ` O O O o oo o OD U) 0 O o o ` o o W Q >w O O O o N M j O O O O N N O O N a) O O O O O N O N J Cl O O r O f` J M r m m m a) O V O F N O M O V O (o V (o s O m V oo ❑ o r o m O m V m F O O V O ❑ (V N N N N N N N N N N N N (h M N Oi a ..8m 'a c o G N 'NN cia�33c a a O _ N O O OD O O 0 m O 0 o c- O O O O O O O O O O O w r r -13 N L O O) O O O) o O V O O V 0 O O O O O O W O M O O O O O O W m U O CO CO C C O o 0 0 0 O 0 0 O 0 O O O O O O O O O O O .2) .� a U o M 0 M 0 M 0 M 0 M 0 M 0 M 0 O 0 O 0 O 0 O 0 V 0 V 0 V 0 V 0 O 0 O 0 V 0 ? 0 V 0 V O O z— C� Q N Q c O Q Q_' v v N N N (a N Cl) LO (o a) M M (D a) Cl) V Cl) N O CC)oD r 41 n n Z N N = Q aD O () W (D (D (n V O M V V N W 0) W M N n O 00 V N (0 NCO V v) 0) N N aD a0 n u) u) M cD (O r M 0 0 C ((I V c It V Cl) Cl) (+i m 07 � m O (D M m m Y 0 Y Y E uD rn (D .- N N N m o LO O N O o n rn M rn M a 0) aD LO actco 0 n n r (0 r M n m (o u) (D O (D Y z E N r r r r- r ri r n r N r n r (D n (D n to n (o n (o n O n (o n (o r (o r (D n (D r CO n COz n (D (D (D (D (D (D W to (D to (D (D (D (D to f0 (D (D (D (D (D a n. F w W N n M co O (D N M (D N O V OD N N O V DD u) M OD (0 (o D) M u) O (D u) 0 O O O N OD 0) n to 0O co V m co OR (D 0) V o M 0) M (D N r N n 00 M n (0 O V M ( O V M N M M M U m V u) N N (n to (D n w m a) O N r M O V In 0 r O C 10 V V M N N O M 0) 0) 00 r (C (0 O N V M N m M M M M co m M rn M M rn M rn N rn N a N G N rn N C N G N a N N rn N rn N rn N rn m o? rn rn rn rn M. m 0 Z V) In (n (n (n ui (n vi ui (n ui ui ui v) N (n (n ui V) vi vi O ci '- nf U R C N U y= p C U1 m u) (D O m m In O 0) o N M V n c0 M M O r N OD N (n M O M N 0 N r N m u) M O O u) O N m O) O) O O w (n M N O W (D u) u) N M O (n W O w N U N (n n r O n O r OD a0 V (O V cc 0 (n u) u) N u) n a N a cD M (0 M V M M M O M O N N O m _0 (n u) (n (n N LO u) v) (n (n (n (n (n (n (n vi N (n (n (n (n N J F Z 0 Q w = O 0 Q- (3) Of u) O n (D N O N V N n N n V O (o N (n (o r N O o m N (n o w cD V (0 >, V OD M M O V 0 M N N M N N M O M a) v) 0) V 0D n M (D m O v) 0O r 01 M r N O u) O N N N N M V V u) co (D co N. ac W O O O N M V a N N N N N N N N N N N N N (V c? c? M 07 M Mc? 73 m 'AN Z U) �_ C (6 d O V (0 N N N N N u) u) N u) (n �- u) V v) 0) co u) �- O r V V (n O (o O r N N (D CD .- a) aD N W O co O 00 (D r V r V r V r V r V r V r n r n OD v) O O M N (D M u) n (o (0 r 0) r a) h n 00 r N n m n a0 n aD r co r aD r 00 r OD r N r OD r co n c0 m c0 00 00 aD N m c0 m aD cD aD cc aD aD m p, N C w N N 0) N V r M n M O M O M O M O M O M O M 0) (o v O O M v) OD (7) (f) O N N N V O OD M M O Cl) n v) N UD u1 (n N m m O n 0) n N c r O (Doc OD OD u) CO CO CD It p7 cc OD V 00 V m V 00 cc 00 V a0 cc OD 00 cc n W OD c0 W OD CD) Q) N W 0 W V (31 v) M O OD 00 00 00 W 00 cD OD DD OD OD 00 CD m 00 OD OD W OD OD F = M M N v) OD a0 aD OD OD O c0 c0 c0 CO a0 CD u) Cl) O O m 0D N (D M O r OD M O O O M O (n O N O (n O (n O u) O u) O u) O u) O (n O u) O (n O u) O (n O (D O n O r O N N N N N N N N N N N N N N N N N N N N Q a m O 0) OD 0 V Cl) O 2 O O O O (D (0 (0 O Q O O O V wM Q O M!O O M CD CD O O O O O O O g 0 O r O UI M JJ Q V M M V N O O n ? O O O O (D N aD (O (D (O w N (D O a) 0) 0) rn c m M O m m m rn O aD ro n n n r n aD aD rn CD � a Q Y O O m O 0LL L coU. Z� F F D U.F O m M g M Z d Y Y a Y CD o M O M N O M O O r L O O O O n O 7 0 O o r L O r O a O O O C7 O O O Ca (o U) 0 O V O O O 7 y 0 O O V O V N O O O O Q O O N J n J O C] O O O O O OO O O O Ocn N OONQ N NN N O co O V O V u O O O O 0 O N O M O V O u) = Q M M M � M M M M M M v M M M V V V V V V V V N a 1( a o c m Z CE° N C N 1 a` QU)33o a --- a 0 0 0 0 0 O o o O 0 o 0 0 o 0 0 O O (N y Q) O O O O O O O O O O O D= d Cox ww tLL-v f0 m c_ c _ 0' m a 0 0 0 0 o 0 0 0 0 0 0 0 0 O 0 o 0 0 0 0 0 o O O O Z v 0 0 0 0 0 0 0 0 0 Q q 7 0 O O N N 0 Q a — V L 3 o N N (Np coO M co m N N O O M 1-_ I- r Z N N 7 M a a U (D N M N v N N (o W � O coQ (ri It& N o N vi O N ai O N v M (- N (D of ri M m m Y M Y y E N C O O N N N r V N V O M M M W N N O) 00 j y - g a (o (o r r (o r 0 r m 0 0 m n w w w 0 w co r C jO a CD O (D O 0 (D w (D w 0 a a w IL Of d •0 O N M M V 0) V co N N N N M O O I- O O O 0 m Ih m O m N (- M O O V V (0 N M O co M M M C O d C ^ r r O r" O N d C uz) Q) W 0) O r 01 n M n O r m 0) m 0) Z N N N N N N N N N N N d O d 1p Cd O N O N C t1 M O C'i M N 0 ( (0 O N M 0) O O N m O Cl) I- O U d �► Q' 7+ N °i O O D) O) O O 0- IIX � N r r O Q Q 7 A w 3 J Z fp Q O O_ M O m W I� N V M O (� O V O _ <{ O V I- T 0 T O M OD O W O (- N 7 V N m O N O O N O D) N V V 0 O (� O (D O N a z yy � ����C, (?� � m Z= cn _ c m N O N V V r- O O (OD N N r- I,� co O W N N O N co I- � co CO O co (D O O co CO O N CO O V O O Cl) CO O M O O N O O O O O >Q F O O M m (D ui It m 0) r- N OD Cl) 0) O M D) N N Cl) N m IT co (o 0) M m a0 O 0) N N O 0) O v 0) O W (D (D It O O O O >Q F co O O O O O O O O O F = N N N N N N N N N N N M M M M M M M M M M M O O O O O O O O O O O 0 0 0 0 0 0 O O O O O N N N N N N N N N N N Q a. m N N N N N N N N N N N Q N N N N N N N N N N N a Of M c) � o U c N E M a L M Z C) r co M M = L O m M Z a Y Y a Y N r o 0 0 0 0 o o o o N V V o o o o o o O o o M (") >. d v M W OD N o O O 0 0 O O o O o o O o 0 O O O o 0 O O N M o O o v M V Q ,v w V 7 V 7 N N N N N N Q •° c .. N d i n (D _ a d c Im CNN~ °°°'ddd uain$3Q a N O O O O O N N O N N d y O D O N O C x m Q O N O N N M O (D R ea U 0 d E R Z ODD w m M O L N O O 0 O O M O r- ° co OMD ITIT V N N L M W N O 7 p N V M N O (No p �. T Q 0) 14 0 rn Lo Y Q1 Co S w w 0 0 0 c c a 0P d 0 OU O O Q N N J 3 Q 0 N O IL n � � d ca r- n Z 6 ¢ M d d U M co Y E u) Y z z E a a '2 �t w ci V C O O) L O) N N � � C N p O y U A C V O N d w O7 U a+ K m ozaz()o 0 Q Q Q N M 07 n OD m M o ao (D N o O N O V O n V V V Lo M M p) V V O O O O O O O m dM n Ou co o M o (n o 0 o v o Ln W N N - N � m O � o o o l6 f6 : i6 i6 O o p 0 ,0 O : (0 V O i6 � LL LL LL LL LL M LL U O O ~ t ~ O O O O O O O ~ ~ ~ ~ O ~ U ~ O N CL O O O O m In L O L O �� L O M L O O O O O O O L O O O O O L O O M CN M N O f0 M M M Cl) u) o O O Go co 'h Sj 7 7 _ M J 1t1 7 O 7 7 IOn p O J j J J J m J o J m m co Q (n 0 (n m N m m H Q H 0 0 0 M O m Q m r C V H O O m m (o w n n �_ m N aD n N Lo m O w N o m n (o O O m V (D N O O cn n (n O OD n N (n OD (n M n N N M (O o cD OD n N m Lo m Lo m n o V m m m o N (o N (o n M m (D V V N M V V M io V O m O (o n n cc V V m m m (D n n O O V n n (D (D M N cn cr M N L1.L u) (n (n (o (o (o N (o o (n (o (n o cn (n (o (o (o m N V N N } C_ P O O 0 o M o O OD o (o n (o w N o co cn to M m V V Lo o co n m O O N n (D O (o n m M n n N m n n N (n O (D m m O u O 0 V CO M M O V m Ln W (D N (D �_ V n � m M V co (n co Go m m to cn (o (o co n M V co N N aD V m N O (� n m m O (p m N N N V m o n OD m O C V N N Z= N N N N N M (M O7 a m o m O V m co In M V V M M N m n O O (o O m N Q O (D O (o O n 0 n M O M m m M M M CD N M Y t6 L O m O n N O N N w (o m w aD V O M o (o n n w V (n tl $ O m co O O a0 OD (D (n N V N OD M V o n m n M m m .- .- O O M m m n m OD CO N 0 V OD W c0 V w O V oc OD m m m oc -7 y N co n aD OD a0 co m m m OD oo aD m aD aD m m w w aD OD U M M M o co n. O O (D (o V M N N (. (D M M M M M M CO N n n n n (n N Y� � o o m m � o (n (n � cD . m m (D o 0 o m a V a V V M Q L co Z co L a� O O o O (D m V (o n Co m OD M Co Cl) M M Cl) N N N (n M V m N N V V n n V V n n N N O V O to m V M O m M g M q d q m _ m n O C (D O N N ao O In (D m O N N V n O N V Z Cl. Y `.L M Y d C `- N OD m O N N N N N M M M M OD V V V N C O C.) i6 N O m G y D C N ♦ E �y N iN�,�� 0 0'. ch 3 3 o a a North America - ALASKA - BP PBU K K-333 PLAN K-333 K-333 WP03 Anticollision Summary Report 02 December, 2019 Baker S Hughes ��• BP p Anticollision Report Baker Hughes Company: North America - ALASKA - BP Project: PBU Reference Site: K Site Error: 0.00usft Reference Well: K-333 Well Error: 0.00usft Reference Wellbore PLAN K-333 Reference Design: K-333 WP03 Local Co-ordinate Reference: Well K-333 TVD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) MD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) North Reference: True Survey Calculation Method: Minimum Curvature Output errors are at 1.00 sigma Database: EDM R5K - Alaska PROD - ANCP1 Offset TVD Reference: Offset Datum Reference K-333 WP03 Filter type: GLOBAL FILTER APPLIED: All wellpaths within 200'+ 100/1000 of reference Interpolation Method: MD Interval 25.00usft Error Model: ISCWSA Depth Range: Unlimited Scan Method: Tray. Cylinder North Results Limited by: Maximum centre distance of 1739 Error Surface: Pedal Curve Survey Tool Program Date 12/2/2019 From To (usft) (usft) Survey (Wellbore) 47.15 300.00 K-333 WP03 (PLAN K-333) 47.15 300.00 K-333 WP03 (PLAN K-333) 300.00 500.00 K-333 WP03 (PLAN K-333) 300.00 1,900.00 K-333 WP03 (PLAN K-333) 1,900.00 4,391.83 K-333 WP03 (PLAN K-333) 1,900.00 4,391.83 K-333 WP03 (PLAN K-333) 4,391.83 10,092.81 K-333 WP03 (PLAN K-333) 4,391.83 10,092.81 K-333 WP03 (PLAN K-333) 10,092.81 11,222.44 K-333 WP03 (PLAN K-333) 10,092.81 11,222.44 K-333 WP03 (PLAN K-333) 11,222.44 15,434.32 K-333 WP03 (PLAN K-333) 11,222.44 15,434.32 K-333 WP03 (PLAN K-333) Tool Name Description BLIND Blind drilling GYD-GC-SS Gyrodata gyro single shots BLIND Blind drilling GYD-GC-SS Gyrodata gyro single shots MWD MWD - Standard MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal MWD MWD - Standard MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal MWD MWD - Standard MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/0 Crustal MWD MWD - Standard MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal 12/2/2019 11:05:04AM Page 2 of 5 COMPASS 5000.15 Build 90 BP 2 Baker by Anticollision Report Hughes Company: North America - ALASKA - BP Local Co-ordinate Reference: Well K-333 Project: PBU TVD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) Reference Site: K MD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) Site Error: 0.00usft North Reference: True Reference Well: K-333 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore PLAN K-333 Database: EDM R5K - Alaska PROD - ANCP1 Reference Design: K-333 WP03 Offset TVD Reference: Offset Datum Summary Reference Offset Centre to No -Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan Offset Well - Wellbore - Design (usft) (usft) (usft) (usft) EX ABEL-01 ABEL-01 - ABEL-01 - ABEL-01 Out of range HURLST HURLST-01 R ( See Audit Notes) - HURLST-01 R Out of range K K-01 - K-01 - K-01 1,009.57 1,000.00 30.94 16.45 14.49 Pass - Major Risk K-02 - K-02 - K-02 786.15 775.00 76.85 0.00 76.85 Pass - NOERRORS K-02A- K-02A- K-02A 1,107.92 1,100.00 191.25 20.35 170.90 Pass- Major Risk K-02A - K-02B - K-02 B 1,131.41 1,125.00 191.53 20.62 170.91 Pass - Major Risk K-02A- K-02C - K-02C 1,131.41 1,125.00 191.53 20.62 170.91 Pass - Major Risk K-02A - K-02 D - K-02 D 1,131.41 1,125.00 191.53 20.62 170.91 Pass - Major Risk K-02A-K-02DPB1-K-02DPB1 1,131.41 1,125.00 191.53 20.62 170.91 Pass - Major Risk K-03 - K-03 - K-03 1,406.49 1,400.00 53.72 26.74 27.18 Pass - Major Risk K-03 - K-03A - K-03A 1,406.49 1,400.00 53.72 26.74 27.18 Pass - Major Risk K-03 - K-03APB1 - K-03APB1 1,406.49 1.400.00 53.72 26.74 27.18 Pass - Major Risk K-03 - K-03AP132 - K-03APB2 1,406.49 1,400.00 53.72 26.74 27.18 Pass - Major Risk K-03 - K-03B - K-03B 1,415.02 1,400.00 53.75 26.82 27.15 Pass - Major Risk K-03 - K-03BPB1 - K-03BPB1 1,415.02 1,400.00 53.75 26.82 27.15 Pass- Major Risk K-04 - K-04 - K-04 309.94 300.00 296.31 15.74 280.57 Pass - Major Risk K-04 - K-04A - K-04A 309.94 300.00 296.31 15.74 280.57 Pass - Major Risk K-04 - K-04APB1 - K-04APB1 309.94 300.00 296.31 15.74 280.57 Pass - Major Risk K-04 - K-04APB2 - K-04APB2 309.94 300.00 296.31 15.74 280.57 Pass - Major Risk K-04 - K-04APB3 - K-04APB3 309.94 300.00 296.31 15.74 280.57 Pass - Major Risk K-04 - K-04B - K-04B 293.56 275.00 296.26 15.80 280.46 Pass - Major Risk K-04 - K-04C - K-04C 293.56 275.00 296.26 15.80 280.46 Pass - Major Risk K-04 - K-04CPB1 - K-04CPB1 293.56 275.00 296.26 15.80 280.46 Pass - Major Risk K-04 - K-04CPB2 - K-04CPB2 293.56 275.00 296.26 15.80 280.46 Pass - Major Risk K-10 - K-10C - K-10C 14,715.08 13,225.00 213.59 163.91 103.65 Pass - Major Risk K-10 - K-10CPB1 - K-10CPB1 504.75 500.00 725.76 14.83 710.93 Pass - Major Risk K-10 - K-10D - K-10D 15,381.26 13,725.00 241.90 197.09 84.73 Pass - Major Risk K-10 - K-10DPB1 - K-10DPB1 14,987.05 13,325.00 210.77 173.79 79.69 Pass - Major Risk K-12 - K-12 - K-12 493.36 475.00 38.32 16.27 22.05 Pass - Major Risk K-12 - K-12A - K-12A 493.36 475.00 38.32 16.27 22.05 Pass - Major Risk K-12 - K-12APB1 - K-12AP61 493.36 475.00 38.32 16.27 22.05 Pass - Major Risk K-12 - K-12B - K-12B 488.69 475.00 38.30 16.02 22.29 Pass - Major Risk K-12 - K-12C - K-12C 488.69 475.00 38.30 16.02 22.29 Pass - Major Risk K-12 - K-12CPB1 - K-12CPB1 488.69 475.00 38.30 16.02 22.29 Pass - Major Risk K-12 - K-12CPB2 - K-12CPB2 488.69 475.00 38.30 16.02 22.29 Pass - Major Risk K-13 - K-13 - K-13 491.85 475.00 152.14 15.69 136.45 Pass - Major Risk K-14 - K-14 - K-14 492.93 475.00 262.18 15.09 247.09 Pass - Major Risk K-14 - K-14A - K-14A 492.93 475.00 262.18 15.09 247.09 Pass - Major Risk K-16 - K-16 - K-16 492.75 475.00 111.55 13.96 97.59 Pass - Major Risk K-16 - K-16A - K-16A 496.65 475.00 111.55 14.19 97.36 Pass - Major Risk K-16 - K-16ALl - K-16ALl 496.65 475.00 111.55 14.19 97.36 Pass - Major Risk K-16 - K-16AL2 - K-16AL2 496.65 475.00 111.55 14.19 97.36 Pass - Major Risk K-17 - K-17A - K-17A 1,281.02 1,275.00 353.54 17.68 335.87 Pass - Major Risk K-17 - K-17APB1 - K-17APB1 1,281.02 1,275.00 353.54 17.68 335.87 Pass- Major Risk K-17 - K-17APB2 - K-17APB2 1,281.02 1,275.00 353.54 17.68 335.87 Pass - Major Risk K-19 - K-19B - K-19B 11,215.23 12,000.00 401.03 189.56 211.97 Pass - Major Risk K-19 - K-19BPB1 - K-1913PB1 11,260.57 11.671.00 570.69 187.27 413.47 Pass - Major Risk K-21 - K-21 - K-21 1,547.01 1,550.00 176.91 26.12 151.56 Pass - Major Risk K-21 - K-21 - Plan #9 K-21 Approved 1,593,97 1,600.00 164.87 27.40 138.27 Pass - Major Risk 121212019 11:05.04AM Page 3 of 5 COMPASS 5000.15 Build 90 2�B P e*0% by Anticollision Report Baker Hughes Company: North America - ALASKA - BP Project: PBU Reference Site: K Site Error: 0.00usft Reference Well: K-333 Well Error: 0,00usft Reference Wellbore PLAN K-333 Reference Design: K-333 WP03 Summary Site Name Offset Well - Wellbore - Design L1 L1-23 - L1-23 - L1-23 PBST PBST01 - PBST01 - PBST01 PBST01 - PBST01 PB1 - PBST01-OH Plans: Gwydyr Development (SHL) Kup Delta - Kup Delta #1 - Kup Delta #1 Horz (pre W_BEACH WBEACH-02 - WBEACH-02 - W BEACH ST 02 Local Co-ordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset ND Reference: Well K-333 PLAN KB P272 @ 71.15usft (Original Well Elev) PLAN KB P272 @ 71.15usft (Original Well Elev) True Minimum Curvature 1.00 sigma EDM R5K - Alaska PROD - ANCP1 Offset Datum Reference Offset Centre to No -Go Allowable Measured Measured Centre Distance Deviation Warning Depth Depth Distance (usft) from Plan (usft) (usft) (usft) (usft) 12,100.57 14,963.00 1,246.46 174.70 1,086.86 Pass- Major Risk Out of range Out of range Out of range Out of range 12/2/2019 11.05.04AM Page 4 of 5 COMPASS 5000.15 Build 90 �.N0 BP p Anticollision Report Baker Hughes Company: North America - ALASKA - BP Project: PBU Reference Site: K Site Error: 0.00usft Reference Well: K-333 Well Error: 0.00usft Reference Wellbore PLAN K-333 Reference Design: K-333 WP03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well K-333 PLAN KB P272 @ 71.15usft (Original Well Elev) PLAN KB P272 @ 71.15usft (Original Well Elev) True Minimum Curvature 1.00 sigma EDM R5K - Alaska PROD - ANCP1 Offset Datum Reference Depths are relative to PLAN KB P272 @ 71.15usft Coordinates are relative to: K-333 Jffset Depths are relative to Offset Datum Coordinate System is Alaska NAD27 State Plane Zones, NAD27 ` OGP-Usa AK entral Meridian is 150° 0' 0.000 W ° Grid Convergence at Surface is: 1.31 ° 1 Cn � 1 0 u7 v c 0 m a� U) 2 c a) U 0 c a) U VO Ladder Plot 0 2500 —9_ K-04,K-&4A-04BV10 7500 10000 -9J4WK-19BPB1,K-1 V0 $ K-04, K-04A, K-oK t red Depth (2500usftfin) $ K-02, K-02, K-02 V1 $ K-04, K-04APB3, K-04APB3 V1 K-02A,K-02DPB1,K-02DPB1 V3 K-04, K-04C, K-04C V2 K-02A, K-02A, K-02A V2 $ K-04,K-04AP61,K-04AP131 V1 K-02A,K-02C,K-02CV7 2V0 a K-04,K-04AP132,K-04AP132V1 $ K-02A,K-02D,K-02DV6 1 Vo $ K-04, K-04CPB2, K-04CPB2 VI 15-29,15-29B, 1 5-29B VO $ K-04, K-04, K-04 V1 $ HURLST-01R(See AuditNotes), F L 1 V3 $ K-14, K-14, K-14 V1 $ L1-23, L1-23, L1-23 VO �f K-14, K-14A, K-14A V2 WBEACH-02, WBEACI -02, W BE C —ram K-16,K-16A,K-16AV1 $ ABEL-01,ABEL-01,ABEL-01 V1 $ K-16, K-16AL2, K-16AL2 VO $ K-13, K-13, K-13 V1 12/2/2019 11.05:04AM Page 5 of 5 COMPASS 5000.15 Build 90 M O Y LIjY d 90 1 —10300 - � m 9750 ¢ L 91HI0 :L 1 - 8250 � o 7500 m o C � 1 � 6750 60110 O o a 0 0 F SzSrt F 7 + M Y F m `= 150U R 37iO � - 3 M 3uou - ^ 2250 v = Y M X o 7511 0 (uT./Ssn 000£) (+)gll0 /(-)g31TQS �mM uNim m mo ovon v N N N N T QOI O j �2 O � V 0 0075 Yo Z m m 0 0 0 0O Z6 O: O m F OF-6 a a aF HHFaH�H� N �OOLOLOL O�[OI�LmLOp000t0 OO L�vNj Z (V O r N m y L m m O M O O M O O O O O t O n V 0 oaa V �NNao8mmO COp(/J Ern (n fn �fn0 VJ pj V F >> J M J N m O 5 J O J O J J J J J O J O J M eN- _Q1470NONm�Nmm�F�!]F oOOMOmOm Q CC CC C CAL LC'CCC 1=1=1=>=car c c 1= N Z C :U m m m �a m two m to m m m m m N m m m m m m m m ya Z Qfn NtnNN NfnNNfnNNtn to Ntn In In N(n Ntn VlmF Q O m O N 7 0 N M O M m m Q M M M m N M O Oi O r (V O W N (V �omommoNvo�l�MmmMnmNNvcmovm Fm.-�Nmrmmmmmmmmmmmmmmmmmmm O oorn�mo�uNi���ommm000�vvvvvM �oonmMm��moo.-m1�VMNNm��mml�on dOOmi�ONmNNmn V I�I�I� V u�NI�NmMMM.-m OOO�M MMI�N V mN•-h u'iQ V a0 �O �p �(V tDM� V .-ON V mNM ml+NmmmNmmM�NmfO��� CNN mI? 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M M N to N m GD nr•mmmmmmmmmmmmmm00000000 u000vnl�000000000000m00000NN C O O u7 m (�pV N O O O O O O O O O O O O m O 0 0 0 0 N N 00 V m V V MMmmt+NJN0000��OMi�TTrr�� ON O OmNO MNNmm�MMMMMMMN1�i�h1�NN O goNN���mmmfp000(pQ Vs{V7M �nOOmmRMmmMMN(VNN(V m m r O m N O N N m O N m m O N N V n O N 7 N mmO��--�NNNNNMMMMMQQ V N U U U U 3 3 3 3 1n vi m y m m O Q O T 0 0 0 0 0 0 0 �Z�M,33333333 Q (7 "MM"iM nn Q cam] cM'1 (� c2 9 M (h M a Y Y Y Y Y Y Y Y Y Y Y Y ZZZZZZZgzzzz 'w 53335355333 � aaaaaaa aaaa 7 M 0 0 0 O O O M 0 0 0 0 m 1Oaaaaaaaoaaaa a333333333333 Z2,2222°'2222M igYYY Y YYYYYYYY LOOOo01 Qa pNiNNNMtp•1 aM non rnMMo°'NNea o v'r'0000m�mmee LLn,Z 6 c;6 � a M M O 1 m O 0 0 N N V 0 0 0 EMm H Z�mt`p W ❑,- p z rnrnNr� z co �2 OmIN C')Q >nlom FMf�mm m 5434 Y F 5 00 v F v v i F I � p F O ' a 0 14000 n oo' � - a C _ M o i C) O F �9 0 I 1309 - C. 5 O o Q � m C nq _ O � A Y .o Ono B � 3 O u I' (uygsn 00g) g1d3Q )eaTuan anjL Q --375 --500 --625 --750 --875 --1000 --1125 --1250 --1375 --1500 --1625 --1750 w -1875 O 0 --2000 O O --2125 � N --2250 O --2375 U n --2500 m --z625 --2750 --2875 --3000 --3125 --3250 --3375 --3500 --3625 N F P 3000 - V R � COm - - 2000 N` m - O P O r 1 1000 0 mo 1 np s W N -I000 v, � 0 - -zooa P 1O 1 ie - --3000 -4000 qq �I vie N _�-- -6000 (uT/gsn OOOb) g1daQ )eaTllap ani1, w I L o m Z � N N Ewgcim g3 �U,vm Lnr asX 220.0 � U) o L m o g mwNwE 3 L) U O O CDO 0 0 o CO -- A v V V cm Y CD O �2 O v 0 0 0 0 0 0 0 O (2 m a-- I N N O CO o � V M M 0 Y N p 0 0 0 0 0 ao v o co N N N (uw/}}sn 09) uoi;ejedeS aj;uao of aaluao N N co N 0 N O O a O 0 0 m C o — o � m U) U U U U 3 3 3 3 N N + - 2 p Z 0 0 0 0 0 0 0 0 0 0�>E>3333:3333 w R; R n�c?� n� j YYYYYY YY YYYY InZ Z Z Z Z Z 2 Z 2 Z Z 5535353Z< aaaaaaa aaaa �0000�nM "[7MMM 000ma000 1°aaaaaaaoaaaa T3333333 3333 Zw MnnMn�c`�'�nMn N YYYY Y Y Y,1' Y YYY 0000MM.- voNN �-0000mmmmvaMM 40�NOO�T N Oi�Ncp'1 tp•1 rnQeo"N _ O M 2rro ,.: c; mmmev LL vv�o,00mmmmNN m mnnooN�v 0 g g g a g� �Ssag n y 4msy�m¢s m � a 2 2 ws99999"12Z S > q�9oa���as o mg�g N 8 �N$$�3A yya§ 9 9 9 4 9 9 9 9 4 9 4 ID g 4 g g g co gSSg g k��g o a�;i n uy O x x r 3 Y l r x'k Y x r Obp North America - ALASKA - BP PBU K K-333 PLAN K-333 K-333 WP03 Plus 500ft MD AOGCC Offset Well Report 03 December, 2019 Baker 5�1 Hughes bp Company: North America - ALASKA - BP Project: PBU Reference Site: K Site Error: 0.00usft Reference Well: K-333 Well Error: 0.00usft Reference Wellbore PLAN K-333 Reference Design: K-333 WP03 Plus 500ft MD BP Anticollision Report Baker -, Hughes Local Co-ordinate Reference: Well K-333 TVD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) MD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) North Reference: True Survey Calculation Method: Minimum Curvature Output errors are at 1.00 sigma Database: EDM R5K - Alaska PROD - ANCP1 Offset TVD Reference: Offset Datum Reference K-333 WP03 Plus 500ft MD Filter type: GLOBAL FILTER APPLIED: All wellpaths within 200'+ 100/1000 of reference Interpolation Method: MD Interval 25.00usft Error Model: ISCWSA Depth Range: Unlimited Scan Method: Tray. Cylinder North Results Limited by: Maximum centre distance of 200 Error Surface: Pedal Curve Survey Tool Program Date 12/3/2019 From To (usft) (usft) Survey (Wellbore) Tool Name Description 47.15 300.00 K-333 WP03 Plus 500ft MD (PLAN K-333) BLIND Blind drilling 47.15 300.00 K-333 WP03 Plus 500ft MD (PLAN K-333) GYD-GC-SS Gyrodata gyro single shots 300.00 500.00 K-333 WP03 Plus 500ft MD (PLAN K-333) BLIND Blind drilling 300.00 1,900.00 K-333 WP03 Plus 500ft MD (PLAN K-333) GYD-GC-SS Gyrodata gyro single shots 1,900.00 4,391.83 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD MWD - Standard 1,900.00 4,391.83 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal 4,391.83 10,092.81 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD MWD - Standard 4,391.83 10,092.81 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal 10,092.81 11,222.44 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD MWD - Standard 10,092.81 11,222.44 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal 11,222.44 15,934.32 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD MWD - Standard 11.222.44 15,934.32 K-333 WP03 Plus 500ft MD (PLAN K-333) MWD+IFR+MS-WOCA MWD + IFR + Multi Station W/O Crustal 12/3/2019 9:54:46AM Page 2 of 3 COMPASS 5000.15 Build 90 by Company: North America - ALASKA - BP Project: PBU Reference Site: K Site Error: 0.00usft Reference Well: K-333 Well Error: 0.00usft Reference Wellbore PLAN K-333 Reference Design: K-333 WP03 Plus 500ft MD f BP Anticollision Report Baker cs Hughes Local Co-ordinate Reference: Well K-333 TVD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) MD Reference: PLAN KB P272 @ 71.15usft (Original Well Elev) North Reference: True Survey Calculation Method: Minimum Curvature Output errors are at 1.00 sigma Database: EDM R5K - Alaska PROD - ANCP1 Offset TVD Reference: Offset Datum Summary Reference Offset Centre to Measured Measured Centre Site Name Depth Depth Distance Offset Well - Wellbore - Design (usft) (usft) (usft) EX ABEL-01 HURLST K K-01 - K-01 - K-01 1,009.57 1,000.00 30.94 K-02 - K-02 - K-02 1,844.62 1,875.00 195.64 K-02A - K-02A - K-02A 1,107.92 1,100.00 191.25 K-02A - K-02B - K-02B 1,131.41 1,125.00 191.53 K-02A - K-02C - K-02C 1,131.41 1,125.00 191.53 K-02A - K-02D - K-02D 1,131.41 1,125.00 191.53 K-02A- K-02DPB1 - K-02DPB1 1,131.41 1,125.00 191.53 K-03 - K-03 - K-03 1,406.49 1,400.00 53.72 K-03 - K-03A - K-03A 1,406.49 1,400.00 53.72 K-03 - K-03AP131 - K-03APB1 1,406.49 1,400.00 53.72 K-03 - K-03APB2 - K-03APB2 1,406.49 1,400.00 53.72 K-03 - K-03B - K-03B 1,415.02 1,400.00 53.75 K-03 - K-03BPB1 - K-0313PB1 1,415.02 1,400.00 53.75 K-10 - K-10DPI31 - K-10DPB1 14,928.28 13,250.00 197.24 K-12 - K-12 - K-12 493.36 475.00 38.32 K-12 - K-12A - K-12A 493.36 475.00 38.32 K-12 - K-12APB1 - K-12APB1 493.36 475.00 38.32 K-12 - K-12B - K-12B 488.69 475.00 38.30 K-12 - K-12C - K-12C 488.69 475.00 38.30 K-12 - K-12CPB1 - K-12CP131 488.69 475.00 38.30 K-12 - K-12CPB2 - K-12CPB2 488.69 475.00 38.30 K-13 - K-13 - K-13 491.85 475.00 152.14 K-16 - K-16 - K-16 492.75 475.00 111.55 K-16 - K-16A - K-16A 496.65 475.00 111.55 K-16 - K-16ALl - K-16ALl 496.65 475.00 111.55 K-16 - K-16AL2 - K-16AL2 496.65 475.00 111.55 K-21 - K-21 - K-21 1,547.01 1,550.00 176.91 K-21 - K-21 - Plan #9 K-21 Approved 1,593.97 1,600.00 164.87 K-333 - PLAN K-333 - K-333 WP03 9,975.00 9,975.00 0.00 L1 PBST Plans: Gwydyr Development (SHL) W BEACH 121312019 9:54:46AM Page 3 of 3 COMPASS 5000.15 Build 90 Northing HmosmM CD 00 CD CD &Am mgDBuIAoN O I \/ Y 4su' u 6' IMTrw Am �C7 i C Tt v c OF mR �gI {► z « t m A A M 8 u$ wwy u'uy z -67/61 U Z U U Z N N m 9 I Z cis =mFl O�O�A O�O�A i W �! g M L O �II m0� C >< E< 0 v 0 Fn mmm wo+ mm.y�.y mmmmm aoem � +�m'�Sc�'.IFm Fm �� G N N O N U U N O N N N� � 9 p sc MZpZv KNN= •csc� csc-' ;F ml- 0 0 o O G\ O N 98, A � O F � Bridge Crane Permanent Bracing Rig Drill A/and Saddle Module Riser (Sub Base) Rigs 12.1 19.8' 6.0' BOP I Knife Valve Deck 20" diverter I $. FIOW "T' a' Spacer a' Space 20' Spacer 8' Spacer Spoo' Spool Spool Spool 1 a _._i......_._.._..- l' Spacer ..____I.�...._.,, Spool i ( i I f i I i t I 8 Dummy Well House 17 20" Riser N Conductor 18.4' 26.0' 39.0' 1.6 50.0' Notes Diverter Plan for Well L5-27 1 - This diverter vent line configuration is identical in length to previous designs. 2 - There is no change in distances to ignition sources. All dimensions remain the same. --------------------------------------- w co rn co v o CY) --I co l - --'-� 1 /f I I I ----------------------------- I I I I I I I i I I I I I I I I I I I I I I I I I I I I I I I \ I I ---------------------------- , - 1 — Ui I • cQ I I�-----1— �\ O Q I I I I I I I I I I I I I I I I � ✓ �� j j r _-----------—_--rlo �---- --- 1---�/ I I Ai Co I V I I I II I 970' II it __ �I -------------------------------- II I I II I I II I I II I I II I I I I j I II I I II I I II I j I II I I 1 I\ I q v ti CO --A Co 35' 1,��R rti Transform Points X Source coordinate system Q P P 6 `1, K 333 Target coordinate system State Plane 1927 - Alaska Zone 4 Albers Equal Area (-150) Datum: C L- �b h Datum: NAD 1927 - North America Datum of 1927 (Mean) NAD 1927 - North America Datum of 1927 (Plean) 5993905.62 476227,35 Easting Northing 1 5975560 1671361 1 53226.2 2262597.1 2 2 l Type values into the spreadsheet or copy and paste columns of data from a spreadsheet using the keyboard shortcuts Ctd+C to - Copy and Ctd+Vto paste. Then rick on the appropriate arrow button to transform the points to the desired coordinate system. � Back Can ista . cel f Can _ Ij TRANSMITTAL LETTER CHECKLIST WELL NAME: — PTD: `iDevelopment _ Service _ Exploratory _ Stratigraphic Test _ Non -Conventional \ p FIELD: w f l POOL: L-.. 1^ 51 , Check Box for Appropriate er / Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI The permit is for a new wellbore segment of existing well Permit LATERAL No. API No. 50- (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69 In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PIS and API number (50- - _� from records, data and logs acquired for well name on permit). The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce/inject is contingent upon issuance of a conservation Spacing Exception order approving a spacing exception. (Companv Name) Operator assumes the liability of any protest to the spacing exception that may occur. All dry ditch sample sets submitted to the AOGCC must be in no greater Dry Ditch Sample than 30' sample intervals from below the permafrost or from where samples are first caught and 10' sam le intervals through target zones. Please note the following special condition of this permit: production or production testing of coal bed methane is not allowed for Non -Conventional (name of well) until after (CompanyName) has designed and Well implemented a water well testing program to provide baseline data on water quality and quantity. (Company Name) must contact the AOGCC to obtain advance approval of such water well testing Pro Regulation 20 AAC 25.071(a) authorizes the AOGCC to specify types of well logs to be run. In addition to the well logging program proposed by (COmDany Name) in the attached application, the following well logs are also required for this well: Well Logging Requirements Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after com letion, su erasion or abandonment of this well. Revised 2/2015 WELL PERMIT CHECKLIST Field & Pool PRUDHOE BAY, LISBURNE OIL - 640144 Well Name: PRUDHOE BAY UN LIS K-333 _Program DEV - PTD#:2200040 Administration Appr Date DLB 1/14/2020 Company BP Exploration (Alaska) IncInitial Class/Type DEV / PEND GeoArea 890 _ Unit 11650 On/Off Shore On 1 Permit fee attached_ _ _ - - NA 2 Lease number appropriate- - - - Yes _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 3 Unique well name and number _ - - - - - - - - Yes _ - - - _ _ - 4 Well located in-a-define_d_pool_ _ _ - _ - _ _ _ _ -- - --- - - - - -- Yes 5 Well located proper distance -from- drilling unit -boundary_ Yes - - - - - - - - - - - - - - - - - - - - 6 Well -located proper distance from other wells_ - - - - - - - - - - - _ Yes - - - - - - - - - - - - - - - - - 7 Sufficient acreage available in -drilling unit - Yes - - 8 -If-deviated, is_we_llbore plat -included - - - - - _ - - Yes Directional- plan view_&_ wellbore profile included. 9 Operator only affected party_ - - - _ - - - - - - - - - - - Yes _ - - 10 Operator has_ appropriate_ bond in force Yes ----------------------------- 11 Permit_ can be issued without conservation order_ - - - - - - - - _ Yes- - - - - - - - - - - - - - - - - - - - 12 Permit can be issued without administrativ_e_approval _ _ _ _ _ _ _ - - - - Yes - - - - - - - - - - - - - - - 13 Can permit be approved before 15-day wait_ - - _ _ - - - - Yes -------------------------------------------------- 14 Well located within area and -strata authorized by Injection Order # (put_ 10# in -comments) -(For- NA_ - - - - - - - - - 15 All wells-withi-n 1/4_mile _area -of review identified (For service well only) _ - - - - _ _ - - _ NA_ - - - - - - _ - - - - - - - - - - - - - - - - - - - - - 16 Pre -produced injector: -duration-ofpre-production Less than 3 months_ (For service well only) - NA - . . -------------------------------------------------------- 17 _N_onconven. gas conformstoAS31.05,0300.1.A),(j.2.A-D) - - - - _ - - - - - - - - NA- - - - - - - - - - - - - -- - - - - - - - - - - - - - - - - - Well bore seg ❑ Annular Disposal n 18 Conductor string_ provided - - - _ . - - - - - - - - - - _ _ - Yes - - - - - - 350%_excess cement for surface hole -washout Engineering 19 Surface casing_ protects all -known USDWs _ - _ Yes - _ . 20 CMT_vol _adequate _to circul_ate_on conductor.& surf_csg Yes - - - . _ - - Surface casing will have_an-open shoe - - - - 21 CMT_vol adequate. to tie-in -long string to -surf csg_ - NA- - - - - Intermediate casing will be cemented 1300' above the 9-5/8" shoe, 7" &4.5" fully cemented - - - - - 22 _C_MT_will cover all known -productive horizons_ - - - - Yes _ _ _ _ _ _ _ TOC -4660' so below UG, Ugnu and West-S-alk is_wet.. _C_asing desgns adequate for C,-T, B &_ permafrost_ Yes I23 - - - - - - - - - - - - - 24 Adequate -tankage or reserve pit - - - - Yes - _ _ Adequate pits and good truck support, waste to G&I 25 If_a re -drill_, has_a 10-403 for abandonment been approved - - _ - - - - NA- _ _ _ - - - - - - _ - _ - - - - - - - - - - - - - - - 26 Adequate wellbore separation -proposed - - - - - - - - - - - - - - - - - - - - Yes - - - - - - - K-02 does not pass separation criteria but is.P&A'd- 27 If_diverter required, does it meet regulations_ - - - - - - - - Yes - - - - - - - - - - - - - Appr Date 28 -Drilling fluid_program schematic-&_ equip -list _adequate_ - _ - Yes - - _ _ _ _ Fluids overbalance to permeable_z_one pore pressures._ MGR 1/20/2020 29 BOPEs,_do they meet regulation - . _ _ Yes 1 annular, 3 ram stack, _ _ _ _ _ _ - _ - 30 _B_OPE_press rating appropriate; test to -(put psig in comments)_ Yes 5000 psi stack, _M_ASP 2735 psi 31 Choke_manifold complies WAPI_RP-53 (May 84)_ _ _ _ _ Yes 3-1/8" Flanged Manual and Hydraulic Gate Valves 32 Work will occur without operation shutdown_ _ - - _ - - - - - - - - - - - Yes _ 33 Is presence of H2$ gas probable - - - - _ . - _ - - - - - - - - - - No_ _ - . - - - - 25 pp_m_ highest on Pad. _B_P_monitoring for >100_ppm_requiring personal_ monitoring will -not be_performed. - 134 Mechanical -condition of wells within AOR verified (For service well only) _ - - - _ _ - N_A_ - - - - - - . 35 Permit_can be issued w/o hydrogen_ sulfide measures - - - - - - - - - - - - _ - No_ - - _ An H2S reading of 25 ppm was recorded in L1-23. This exceeds the 20 ppm- - - - - - - - - - - - - - - Geology 36 -Data-presented on potential overpressure zones _sure p - - - - - - - - - - - - - - - - - - - - - - - -Yes - _ - _ _ _ _ cutoff_in Regulation_ 20_AAC_ - - - - ._ - - - - - - _ - - - - - - - - - - - - - - - - - - - - - - - - - - Appr Date �37 Seismic_analysis of shallow gas -zones_ -- N_A_ ------------------------------------------------ DLB 1/14/2020 38 Seabed condition survey_(ifoff_-shore)__ - - -- NA____________________________________________________ 39 Contact name/phone for weekly -progress reports_ [exploratory only] _ _ NA_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Geologic Engineering Public Commissioner: Date: Commissioner: Date Commiss' r ate bps z J 3 /20 zl312 3
