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215-071
Guhl, Meredith D (DOA) From: Guhl, Meredith D (DOA) Sent: Friday, May 5, 2017 10:42 AM To: Kuck Marc Cc: Chaudhry Amjad Subject: Nikaitchuq SP30-W01 L1 PTD 215-067 and SP33-W3 L1 PTD 215-071 Hello Marc, Permits to Drill 215-067 and 215-071, for Nikaitchuq SP30-W01 L1 and SP33-W3 L1, issued 27 April 2015, has expired under Regulation 20 AAC 25.005 (g). The PTDs will be marked expired in the AOGCC database. If you have any questions, please contact me. Thank you, Meredith Meredith Guhl 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 01ALASKA GOVERNOR BILL WALKER Davide Simeone Well Ops Project Manager ENI US Operating Co. Inc. 3800 Centerpoint Drive, Suite 300 Anchorage, AK 99503 Alaska Oil and Gas Conservation Commission Re: Nikaitchuq Field, Schrader Bluff Oil Pool, SP33-W3L1 ENI US Operating Co. Inc. Permit No: 215-071 Surface Location: 4431' FSL, 1476' FEL, SEC. 19, T14N, R9E, UM Bottomhole Location: 1252' FSL, 4498' FEL, SEC. 14, R8E, UM Dear Mr. Simeone: 333 west Seventh Avenue Anchorage, Alaska 99501-3572 Main: 907.279.1 433 Fax: 907.276.7542 www.aogcc.alaska.gov Enclosed is the approved application for permit to re -drill the above referenced development well. The permit is for a new wellbore segment of existing well Permit No. 212-068, API No. 50-629- 23480-00-00. Production should continue to be reported as a function of the original API number stated above. 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, Cathy P. oerster Chair DATED this Vday of April, 2015. STATE OF ALASKA ALA-E OIL AND GAS CONSERVATION COMMISS d ECEI APR 15 2013' PERMIT TO DRILL 20 AAC 25.005 A r) r, r", 1 a. Type of Work: 1 b. Proposed Well Class: Development -Oil 0 - Service - Winj ❑ Single Zone Q 1 c. Specify if well is proposed for: Drill ❑ 'Lateral 0 Stratigraphic Test ❑ Development - Gas ❑ Service - Supply ❑ Multiple Zone ❑ Coalbed Gas ❑ Gas Hydrates ❑ Redrill ❑ Reentry ❑ Exploratory ❑ Service - WAG ❑ Service - Disp ❑ Geothermal ❑ Shale Gas ❑ 2. Operator Name: 5. Bond: Blanket Q Single Well ❑ 11. Well Name and Number: ENI US Operating Co. Inc. Bond No. RLB0008627 SP33-W3L1 r 3. Address: 6. Proposed Depth: 12. Field/Pool(s): 3800 Centerpoint Drive Suite 300, Anchorage 99503 MD: 19581 TVD: 3587 s Nikaitchuq/ Schrader Bluff . 4a. Location of Well (Governmental Section): 7. Property Designation (Lease Number): Surface: 4431 FSL 1476 FEL S19 T14N R9E UM ADL 0391283, 0388574 Top of Productive Horizon: 8. Land Use Permit: 13. Approximate Spud Date: 960 FSL, 3317 FEL, S24 T14N R8E UM ADL 417493 5/18/2015 Total Depth: 9. Acres in Propertv: 14. Distance to Nearest Propertv: 1252 FSL 4498 FEL S14 T14N R08E UM 6954 5358' to unit boundary 4b. Location of Well (State Base Plane Coordinates - NAD 27): 10. KB Elevation above MSL: 54.1 ft 15. Distance to Nearest Well Open Surface: x- 511434 y- 6053612 Zone- 4 GL Elevation above MSL: _ 13.1 ft to Same Pool: 1 000'to SP27-NI 16, Deviated wells: Kickoff depth: ID it 309-feet 0.9 17. Maximum Anticipated Pressures in psig (see 20 AAC 25.035) Maximum Hole Angle: , 93.30 degrees Downhole: 1590 psig , Surface: 1201 psig 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) Driven 20" 178.89 X-65 Welded 124 36 36 160 160 Pre -Installed 16" 13-3/8" 68 L-80 BTC 3070 35 35 3105 2430 In place / Completed - 12.25' 9-5/8" 40 L-80 Hydril 563 10718 33 33 10751 3577 In place / Completed _8.3/4' 5-1/2" 15.5 L-80 Hydril 521 9030 10551 3565 19581 3587 Sidetrack - Liner in open hole 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): 19544 3574 Casing Length Size Cement Volume MD TVD Conductor/Structural 160.00 20" 160.00 160.00 Surface 3,082.00 13 3/8" Surface Lead: 2785 c.f. 3,118.00 2,430.00 12.5ppq Tail: 376 c.f. Intermediate 11,005.00 9 5/8" 12.5ppg DeepCrete: 1212c.f. 11,038.00 3,303.00 s Production Liner 8,739.00 5 1/2" Liner / Open Hole 19,527.00 3,571.00 Perforation Depth MD (ft): Perforation Depth TVD (ft): 20. Attachments: Property Plat Q BOP Sketch ❑✓ Drilling Program Q Time v. Depth Plot ❑ Shallow Hazard Analysis0 Diverter Sketch Seabed Report Q Drilling Fluid Program 0 20 AAC 25.050 requirements Q 21. 'Verbal Approval: Commission Representative: Date 4/13/2015 22. 1 hereby certify that the foregoing is true and correct. Contact Andrea Lazzari 907 865-3323 Da4ide Simeone Email andrea.lazzari@enipetroleum.com Printed Name Title Well Ops Project Manager (�%� ,,Signature Phone 907-865-3322 Date 4/13/2015 _ Commission Use Only Permit to Drill Number. _ ��' AP Number: y -Go Permit Approval � See cover letter for other 50- -'J - oo) Date: (� requirements. Conditions of approval : If box is checked, well may not be used to explore for, test, or produce coalbed methane, gas hydrates, or gas contained in shales: ❑✓� Other`. v �S C: " /� �. Samples req'd: Yes ❑ No H2S Yes No ®/ Mud log req'd: Yes ❑ o [ No measures: ❑ Directional svy req'd: Yes [a� ❑ Spacing exception req'd: Yes ❑ No ® Inclination -only svy req'd: Yes ❑ No [� Approved by: APPROVED BY � `_ COMMISSIONER THE COMMISSION Date: - -J Form 10 01 (Re�sed 10/2012) h'TTIt larIA onths rjT the to f approval (20 AAC 25.005(g)) Attachments in Duplicate 2ni Einli Petroleum 3800 Centerpoint Drive Suite 300 Anchorage, Alaska 99503 Davide Simeone Phone (907) 865-3320 Email: davide.simeone@enipetroleum.com April 10, 2015 Alaska Oil and Gas Conservation Commission 333 West 71h Avenue, Suite 100 Anchorage, Alaska 99501 RE: Application for Permit to Drill Producer SP33-W3 L1 Dear Commissioners, Eni US Operating Co. Inc. hereby applies for a Permit to Drill (Sidetrack Existing Well SP33-W3) for the Offshore Producer well SP33-W3L1. This well will be drilled/sidetracked and completed using the rig Doyon 15. The planned spud date could be as early as 05/18/2015. Please find attached for the review of the Commission forms 10-401, the information required by 20 ACC 25.005. If you have any questions or require further information, please contact Andrea Lazzari at 907 865 3323 Sincerely, Davide Si e Well O j„ t Manager Eni PWtardleunn eno Application for Permit to Drill SP33-W3 L1 Saved: 10-Apr-15 Application for Permit to Drill Document Producer Well SP33-W3 L1 Table of Contents 1. Well Name................................................................................................................3 Requirementsof 20 AA 25.005 (0........................................................................................................ 3 2. Location Summary..................................................................................................3 Requirements of 20 AA 25.005(c)(2).................................................................................................... 3 Please see Attachment 7.• Surface Platt.................................................................................................. 3 Requirementsof 20 AA 25.050(b)......................................................................................................... 3 3. Blowout Prevention Equipment Information....................................................4 Requirements of 20 AA 25.005(c)(3).................................................................................................... 4 4. Drilling Hazards Information................................................................................4 Requirements of 20 AA 25.005 (c)(4)................................................................................................... 4 S. Procedure for Conducting Formation Integrity Tests......................................4 Requirements of 20 AA 25.005(c)(5)................................................................................................... 4 6. Casing and Cementing Program..........................................................................5 Requirements of 20 AA 25.005(c)(6).................................................................................................... 5 7. Diverter System Information...............................................................................5 Requirements of 20 AA 25.005(c)(7).................................................................................................... 5 8. Drilling Fluid Program............................................................................................6 Requirements of 20 AA 25.005(c)(8).................................................................................................... 6 LateralMud Program............................................................................................................................... 6 (MI FazePro Mineral Oil Base)................................................................................................................. 6 9. Abnormally Pressured Formation Information.................................................6 Requirements of 20 AA 25.005(c)(9)................................................................................................... 6 10. Seismic Analysis...............................................................................................6 Requirements of 20 AA 25.005(c)(10)................................................................................................. 6 11. Seabed Condition Analysis.............................................................................6 AOGCC PERMIT Document. doc Page 1 of 7 Printed: 10-Apr-15 En! PWtrdleuim 2no Application for Permit to Drill SP33-W3 L1 Saved: 10-Apr-15 Requirements of 20 AA 25.005(c)(11)................................................................................................. 6 12. Evidence of Bonding........................................................................................ 6 Requirements of 20 AA 25.005 (c)(12)................................................................................................. 6 13. Proposed Drilling Program.............................................................................7 Requirements of 20 AA 25.005(c)(13)................................................................................................. 7 14. Discussion of Mud and Cuttings Disposal and Annular Disposal .............7 Requirements of 20 AA 25.005(c)(14)................................................................................................. 7 15. Attachments......................................................................................................7 Attachment 1 Drilling Procedure.............................................................................................................. 7 Attachment2 Directional Plan................................................................................................................. 7 Attachment 3 Drilling Hazards Summary................................................................................................. 7 Attachment 4 BOP and Diverter Configuration........................................................................................ 7 Attachment 6 Formation Integrity And Leak Off Test Procedure............................................................ 7 Attachment7 Surface Platt...................................................................................................................... 7 AOGCC PERMIT Document. doc Page 2 of 7 Printed. 10-Apr-15 2no 41 En! % WWI P trolleunin Application for Permit to Drill SP33-W3 L1 Saved: 10-Apr-15 1. Well Name Requirements of 20 AAC 25.005 (f) Each well must be identified by a unique name designated by the operator and a unique AN number assigned by the commission under 20 AAC 25.040(b). For a well with multiple well branches, each branch must similarly be identified by a unique name and AN number by adding a suffix to the name designated for the well by the operator and to the number assigned to the well by the commission. Well Name: SP33-W3 L1 2. Location Summary Requirements of 20 AAC 25.005(c)(2) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (2) a plat identifying the property and the property's owners and showing (A)the coordinates of the proposed location of the well at the surface, at the top of each objective formation, and at total depth, referenced to governmental section lines. (B) the coordinates of the proposed location of the well at the surface, referenced to the state plane coordinate system for this state as maintained by the National Geodetic Survey fn the National Oceanic and Atmospheric Administration, (C) the proposed depth of the well at the top of each objective formation and at total depth; Location at Surface 4431 FSL, 1476 FEL, S19 T14N R9E UM ASP Zone 4 NAD 27 Coordinates RKB Elevation 54.1' AMSL Northing: 6,053,61 V Easting: 511,434' Pad Elevation 13.1' AMSL Location at Top of Productive Interval 960 FSL, 3317 FEL, S24 T14N R8E UM "OA" Sand ASP Zone 4 NAD 27 Coordinates Measured Depth, RKB: 13 388' Northing: 6,056,179Easting: 514,011' Total Vertical Depth, RKB.• 3 500' Total Vertical Depth, SS.• 3,446' Location at Total Depth 1252 FSL 4498 FEL S14 T14N R08E UM ASP Zone 4 NAD 27 Coordinates Northing: 6,054,577' Easting: 499,294' Measured Depth, RKB: 19, 5 81 ' Total Vertical Depth, RKB: 3 587' Total Vertical Depth, SS.• 3 533' Please see Attachment 7.• Surface Platt and (D) other information required by 20 AAC 25.050(b); Requirements of 20 AAC 25.050(b) If a well is to be intentionally deviated, the application for a Permit to Drill (Form 10-401) must (1) include a plat, drawn to a suitable scale, showing the path of the proposed wellbore, including all adjacent welfbores within 200 feet of any portion of the proposed well,• Please see Attachment 2: Directional Plan and (2) for all wells within 200 feet of the proposed wellbore (A) fist the names of the operators of those wells, to the extent that those names are known or discoverable fn public records, and show that each named operator has been furnished a copy of the application by certified mall,, or (B) state that the applicant is the only affected owner: The Applicant is the only affected owner. AOGCC PERMIT Document. doc Page 3 of 7 Printed: 10-Apr-15 2n� En! Pethroll (a Lui Application for Permit to Drill SP33-W3 L1 Saved: 10-Apr-15 3. Blowout Prevention Equipment Information Requirements of 20 AAC 25.005(c)(3) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (3) a diagram and description of the blowout prevention equipment (ROPE) as required by 10 AAC 25. 035, 10 AAC 25.036, or 10 AAC 25.037, as applicable, Please see Attachment 4: BOP and Diverter Configuration 4. Drilling Hazards Information Requirements of 20 AAC 25.005 (c)(4) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (4) information on drilling hazards, including (A) the maximum downhole pressure that may be encountered, criteria used to determine it, and maximum potentlal surface pressure based on a methane gradient; The expected reservoir pressure in the Schrader Bluff sand is 0.45 psi/ft, or 8.6 ppg EMW (equivalent mud weight). The maximum potential surface pressure (MPSP) based on the above maximum pressure gradient, a methane gradient (0.11), and the planned vertical depth of the OA sand formation is: MPSP = (3,533' TVDss)(0.45 - 0.11 psi/ft) = 1201 psi (B) data on potential gas zones, The well bore is not expected to penetrate any gas zones. and (C) data concerning potential causes of hole problems such as abnormally geo pressured strata, lost circulation zones, and zones that have a propensity for differential sticking; Please see Attachment 2: Drilling Hazards Summary. S. Procedure for Conducting Formation Integrity Tests Requirements of 20 AAC 25.005 (c)(5) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (5) a description of the procedure for conducting formation integrity tests; as required under 10 AAC 25.030(f), Please see Attachment 6: Formation Integrity And Leak Off Test Procedure AOGCC PERMIT Document. doc Page 4 of 7 Printed: 10-Apr-15 VA enj Eini PDOirollauum Application for Permit to Drill SP33-W3 L1 Saved: 14-Apr-15 6. Casing and Cementing Program Requirements of 20 AAC 25.005(c)(6) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (6) a complete proposed casing and cementing program as required by 20 AAC 25.030, and a description of any slotted liner, pre - perforated liner, or screen to be installed; Casing and Cementing Program See also Attachment 4: Cement Summary Hole Top Btm Csg/Tbg size Weight Length MD/TVD MD/TVD OD in in lb/ft Grade Connection ft ft ft Cement Program 20 Driven 178.89 X-65 Welded 124 36 / 36 160' / 160' Pre -Installed 13-3/8 16 68 L-80 BTC 3082' 35 / 35 3118' / 2430' In place / Completed 9-5/8 12-1/4 40 L-80 Hydril 563 11005' 33 / 33 11038' / 3577' In place / Completed 8-3/4" OA 5-1/2 Sand 15.5 L-80 Hydril 521 9030' 10551' / 3565' 19581' / 3587' Liner in Open Hole - no cement Lateral 7. Diverter System Information Requirements of 20 AAC 25.005(c)(7) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (7) a diagram and description of the diverter system as required by 20 AAC 25.035, unless this requirement is waived by the commission under 20 AAC 25.035(h)(2); Please see Attachment 4: BOP and Diverter Configuration. AOGCC PERMIT Document.doc Page 5 of 7 Printed: 14-Apr-15 • Einli Pearollevurnn 2nn Application for Permit to Drill SP33-W3 L1 Saved: 10-Apr-15 8. Drilling Fluid Program Requirements of 20 AAC 25.005(c)(8) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (8) a drilling fluid program, including a diagram and description of the drilling fluid system, as required by 20 AAC 25.033, Drilling will be done with muds having the following properties over the listed intervals: Lateral Mud Program (MI FazePro Mineral Oil Base) Value Density 8.7 — 9.4 Plastic Viscostiy CP 15 - 25 Yield Point lb/100 s 15 - 20 HTHP Fluid loss (ml/30 min @a <5.0 200 si & 100°F Oil / Water 60 / 40 Ratio Electrical >600 Drilling fluid practices will be in accordance with appropriate regulations stated in 20 AAC 25.033. 9. Abnormally Pressured Formation Information Requirements of 20 AAC 25.005 (c)(9) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (9) for an exploratory or stratigraphic test well, a tabulation setting out the depths of predicted abnormally geo pressured strata as required by 20 AAC 25.033(f); Not applicable: Application is not for an exploratory or stratigraphic test well. 10. Seismic Analysis Requirements of 20 AAC 25.005 (c)(10) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (10) for an exploratory or stratigraphic test well, a seismic refraction or reflection analysis as required by 20 AAC 25.061(a), Not applicable: Application is not for an exploratory or stratigraphic test well. 11. Seabed Condition Analysis Requirements of 20 AAC 25.005 (c)(11) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (11) for a well drilled from an offshore platforr, mobile bottom -founded structure, jack -up rig, or fioating drilling vessel, an analysis of seabed conditions as required by 20 AAC 25.061(b),• Not applicable: Application is not for an offshore well. 12. Evidence of Bonding Requirements of 20 AAC 25.005 (c)(12) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (12) evidence showing that the requirements of 20 AAC 25.025 {Bonding)have been met; Evidence of bonding for ENI is on file with the Commission. AOGCC PERMIT Document.doc Page 6 of 7 Printed: 10-Apr-15 2 ff11 � Eni PWtirolleuipnn Application for Permit to Drill SP33-W3 Ll Saved: 10-Apr-15 13. Proposed Drilling Program Requirements of 20 AA 25.005 (c)(13) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: Please refer also to Attachment 1— Drilling Procedure 14. Discussion of Mud and Cuttings Disposal and Annular Disposal Requirements of 20 AA 25.005 (c)(14) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on Me with the commission and identified in the application: (14) a general description of how the operator plans to dispose of drilling mud and cuttings and a statement of whether the operator intends to request authorization under 20 AA 25. 060 for an annular disposal operation in the well.; Waste fluids generated during the drilling process will be disposed of by injection down an Oliktok Point or Spy Island Class I disposal well. Alternative disposal method will include hauling the fluids to the Prudhoe Bay Grind and Inject Facility. 15. Attachments Attachment 1 Drilling Procedure Attachment 2 Directional Plan Attachment 3 Drilling Hazards Summary Attachment 4 BOP and DI verter Configuration Attachment 5 Formation Integrity And Leak Off Test Procedure Attachment 6 Surface Platt AOGCC PERMIT Document.doc Page 7 of 7 Printed: 10-Apr-15 Attachment 1 Drilling Procedure 2ni us operraHng WELLT- SP33-W3 L1 Drilling Procedure SP33-W3 L 1 Spy Island Conductor slot #33 Reservoir location #W3 L1 Producer (Schrader Bluff) Nikaitchuq Project SP33-W3 Ll Drilling Wellplan Page 1 of 23 04/10/15 2ni ass operrafing WELL SP33-W3 L1 Spy Island Nikaitchuq Field e°l° pe�roleum North Slope - Alaska SP33-W3L1 DIR / LWD FORM H Fz� HOLE CASING MUD INFO TVD MWD SIZE SPECS INFO Cement to Surface 20" Hole Angle X-65 0° 20" Conductor Shoe 160' 160' 0 Driven Welded N/A GR /Res Surface Cso 13-3/8" Dir /PWD 'a 0 a ' 68# MW (ppg) Wellbore Stability Mud Motor B/ Permafrost 1,939' 1,752' L-80, BTC 8.8 - 9.5 Lost Circulation w Hole Cleaning N 0 Casing Sections KOP: 300' Casing Wear DLS: Surface T/ Tail Cement 2,614' 2,231' 0-7.6 0/100' Hole Angle 62.48 Deg 13-3/8" 3 118' 2,422' i 1 16" 50" F WBM GR/RES/PWD 3 Inter. Casino Wellbore Stability 9-5/8" Lost Circulation Mud Motor i 40# MW (ppg) Hole Cleaning I L-80, Hydril 563 8.8 - 9.5 Torque & Drag Casing Sections Tangent Angle: Casing Wear 86.00 Deg BHA Expense Intermediate TOC 8,300' 3,271' Pick-up Top of Sand N Top 9,300' 3,415' - Hole Angle TOL 10,551' 3,565' 85.00 Deg Base Whipstock 10,751' 3,577 L, 12-1/4" 85° F WBM GR / RES 'vim Ecoscope/ PeriSCOPE�� Wellbore Stability Lost Circulation a 1 I I 1 Slotted Liner Hole Cleaning 5-1/2" m Torque &Drag w 1 Casing Sections Xceed 675 1 L-80,Hyd il 521 9 2- 9) g Wear m 1 I 1 I BHA Expense I Liner shoe 7D 19,5 3, 587' 1 1 1 Hole Angle 93.31 De 8-3/4" 85° F MOBM SP33-W3 Ll Drilling Wellplan Page 2 of 23 04/10/15 can o us operrfing WELL SP33-W3 L1 Table of Contents WELLPLAN SUMMARY.......................................................................................................... 4 WELLHISTORY......................................................................................................................... 6 RIH WHIPSTOCK AND 9 5/8" MILLING OPERATIONS ................................................... 7 Pick Up Production Drilling Assembly......................................................................... 9 PRODUCTIONSECTION........................................................................................................ 10 ProductionDrilling........................................................................................................ 12 ProductionLiner........................................................................................................... 13 ATTACHMENTS....................................................................................................................... 18 Recommended Drilling Practices................................................................................. 19 Health, Safety & Environment..................................................................................... 20 SafetyMeeting Topics................................................................................................... 21 Well Shut In Procedure While Running Production Tubing .................................... 23 SP33-W3 Ll Drilling Wellplan Page 3 of23 04/10/15 2ni ins operr Vng WELL SP33-W3 L1 WELL PLAN SUMMARY Rig: Do on 15 Type of Well: Producer Well Design: 13-3/8" Surface x 9-5/8" Intermediate x 5-1/2" Liner Close Approach and Offset Well Interception Risks It is important to stay as close as practical to the planned directional program. The directional program and a summary of close approaches can be found in the attachments. These close approaches will be in conformance with the minimum well separation criteria detailed by the Drilling Anti -Collision Analysis and Close Approach Guidelines. It is the responsibility of the Directional Driller and the Drilling Supervisor to ensure that the directional plan is executed as planned, that the position of the well as it is drilled is monitored on an anti -collision diagram and that no tolerance line for close approach wells is crossed. It is important that the well bore remains close to the planned well path as any major deviations from the profile may adversely affect the ability to drill future wells and still adhere to the current close crossing guidelines. Survey Program & Procedures Take MWD surveys as frequently as needed, but no less than every 100 ft. Carefully review the anticipated close crossings with existing wellbores and future well paths. Make sure that directional drillers are aware of all drilling close crossing issues, hard lines and no-go lines. If a no-go or hard line has been or will be crossed, stop drilling immediately and contact the Drilling Superintendent to discuss options. Mud Logging Program Mudlogging will be utilized from spud to production hole TD. Refer to the Geological Mud Logging Procedure document. SP33-W3 Ll Drilling Wellplan Page 4 of23 04/10/15 ernn i us operrafing WELL S P33-W3 L 1 OBJECTIVES: 1. Drill the well at or under AFE cost and time. Perform work in a safe and professional manner meeting all ENI Petroleum Health, Safety, and Environmental requirements. 2. Cut window in the 9 5/8" casing and drill 2"d lateral per the well plan. Maximum dogleg severity in the landing shall be no greater than 3.5'/100' DLS. 31and Intermediate casing point within 100' radius of the planned directional target. 4. Execute the setting and orientation of the whipstock per the wellplan. 5. Target Greater than 90% within the OA sand Reservoir. 6. 8-3/4" hole LWD Failure Requirements: GR/Res/Dir/PWD— Require GR/Res/Dir to achieve TD. SP33-W3 L1 Drilling Wellplan Page 5 of23 04/10/15 e n i vs ©perr Vng WELLT- SP33-W3 L1 WELL HISTORY Current Status Well SP33-W3 is currently planned to be drilled. After the production phase a new lateral in 8 3/4" will be performed. Scope of Work Scope of this work is drill a new 8 3/4" lateral section, RIH a second 5 '/2" slotted liner and run in with a new TTC-ESP system to have a commingle production for both lateral.. General Well info Reservoir Pressure/TVD: This well is expected to have a static max bottom hole pressure of approximately 1589 psi during the drilling time, which places the fluid level below surface. Wellhead type/pressure rating BOP configuration: Vetco Gray, MB-247/5000 psi Annular/pipe/blind/Flowcross/pipe SP33-W3 Ll Drilling Wellplan Page 6 of23 04/10/15 2ni Ms operr Nng WELL SP33-W3 L1 RIH WHIPSTOCK AND 9 5/8" MILLING OPERATIONS 1. RIH with a clean out BHA to the top of the previous 5 ''/z" liner. Mill a window in 9 5/8" 40# casing. Notes: a) It is important that the whipstock assembly be spaced out to ensure that the entire window is milled between _ casing collars. b) The approximate overall length of the casing window to be milled is 14'-16' ft. c) All measurement and procedures are to be double-checked and approved by Co.Man prior to running the whipstock/window milling assembly in the hole. d) Ensure drill pipe pup joints are available for the correct space out e) After the window is milled, the upper watermelon mill should be gauged. If the upper watermelon mill is more that 1/8" under gauge a cleanup trip is recommended to ensure window is fully open. A back up set of mills should be on location. f) Ditch magnets should be placed in the flow line to recover all metal circulated out of the well Whipstock/Window Milling Guidelines: ➢ Check with Geologist to confirm if there is a concretion at the window milling depth. ➢ Never rotate a bit on the face of the whipstock ➢ Orient the BHA ( if motor is used) above the window before attempting to exit the window. Bit rotation may "catch" the edge of the whipstock and damage the face making recovery operations more difficult. ➢ If at any time during operations a problem is encountered tripping through the window area, a watermelon or string mill should be run in the drilling assembly to clean up the window area ➢ Always trip slowly and carefully ( +/- 90 seconds per stand) with all BHA's through the milled window SP33-W3 Ll Drilling Wellplan Page 7 of23 04/10/15 2ni us operraVng WELL SP33-W3 L1 Procedure: 1. Prior to mill the window, hold a Tech Planning meeting to discuss this phase of the well. Review the well plan and discuss any discrepancies or concerns with the drilling superintendent 2. RIH the whipstock assembly 3. At surface align the MWD with the whipstock face 4. Shallow test the MWD tools 5. RIH to setting depth 6. 45' above setting depth establish circulation and work torque out of string. 7. Orient the whipstock as per well plan. Once the correct orientation is confirmed, reciprocate the whipstock to confirm that the face has not rotated. Re -check the orientation with an additional survey. 8. Once orientation and depth have been agreed upon by all relevant parties, set the whipstock assembly. 9. Initiate circulation and obtain a survey of the installed whipstock orientation 10. Start 9 5/8" casing milling operation. Establish rotation to begin milling the window. 11. After the window is complete and before POOH, shut pumps and work milling assembly through window several times watching for drag. POOH and L/D milling assembly. SP33-W3 Ll Drilling Wellplan Page 8 of23 04/10/15 2no us operraVng WELL SP33-W3 L1 Pick Up Production Drilling Assembly 1. PU the 8-3/4" bit and the BHA assembly as per the BHA diagram. ➢ 8-3/4" PDC ➢ Rotary Steerable ➢ Flow rate: 550 GPM ➢ 120 — 140 RPM Oil Based Mud Fluid Displacement 2. Drill 20'-50' of new hole using the Oil Based Reservoir Drill -In fluid. 3. Perform Leak Off Test as per AOGCC requirements following the attached LOT Procedure. ➢ PU into casing and perform LOT. ➢ If the pressure continues to rise past 12.5 ppg EMW, shut down and call it a FIT per the FIT Guidelines (attached). ➢ If LOT is unacceptable to drill ahead (less than 12.0 ppg EMW), contact Drilling Superintendent to discuss options. ➢ Do not pump more than 1/2 bbl after leak off is determined. There is no need to pump more than 1/2 bbl into the leak off and extend the fracture. ➢ Plot on LOT form in N drive SP33-W3 LI Drilling Wellplan Page 9 of 23 04/10/15 0. n 2ni ass operrfing WELL SP33-W3 L1 PRODUCTION SECTION Surface Formation Markers: (all depths Doyon 15: Schlumber2er Plan (1)) Formation Tops Measured Depth, ft True Vertical Depth, ft Comments SV-4 773 765 SV-3 1165 1120 SV-2 1493 1379 B/ Permafrost 2100 1818 SV-1 2254 1925 Ugnu Top (UG4) 2742 2239 13-3/8" Csg 3105 2430 SCP UG-2 Coal Bed Marker 4403 2732 Fault 1 6758 3058 Fault 2 7090 3104 Lower Ugnu 7628 3178 Fault 3 7979 3227 ReCalc Intermediate Cement w/ Actual Schrader Bluff Top 8950 3366 N Sequence Top 9300 3415 N Top 9621 3456 N Bottom 9802 3478 N Sequence Base 10973 3589 In Place OA Top 11169 3529 9-5/8" Csg 10973 3594 OA-2 Top 11041 3594 OA-2 Top 19581 3587 Total Depth SP33-W3 Ll Drilling Wellplan Page 10 of23 04/10/15 2ni us oerr Vnq WELL SP33-W3 L1 Production Mud Program: FazePro Density HTHP FL Electrical Interval (ppg) VP (ml/30min) Oil:water Stability mlvolts Production 9.4 15-20 <5.0 60:40 >600 Production Lonina/Formation Evaluation Prosram: Production: MWD Directional / PWD Pressure While Drilling) LWD GR / Res / Neosco e/ PeriSCOPE Production Drill Pine Tool Tool Make Up Joint Body DP Tensile Prue Grade type t Joint Body Torque Torsionalrsion � Capacity �pfi OD ID (in) ) (ft.1bs) aloYield Yield w on�n. (kips) in t lbs t.lbs (al / t) 5" DP 19.5 5-135 TT525 6.50 3.875 4.276 49,600 82,700 74,100 .731 712 Production Section Notes: a. Monitor hole conditions carefully. Be alert for early signs of lost circulation and differential sticking. If any of these problems are observed immediately notify the Drilling Supervisor or Toolpusher (attempt to keep the pipe moving and circulation established). Ensure that all team members are communicating with each other on any observed drilling trends and that everyone understands the potential risks. b. Shallow test MWD tools. c. Good drilling and tripping practices are vital for avoidance of differential sticking. Make every effort to keep the drill string moving whenever possible and avoid stopping with the BHA across the sand for any extended period of time. d. Keep shut down times to a minimum during connections. When surveying in this hole section reciprocate the pipe slowly while the survey is transmitted uphole. Keep the pipe rotating whenever possible. e. Ensure the Top Drive Torque Limit is set below the lowest make up torque in the string. Do not run the risk of further make up to a connection while drilling. Onenhole Sidetrackine Practices: f. Lowside in a fast drilling interval where the wellbore is heading up and where the ABI's show a good build rate. g. Orient within 15 degrees either side of lowside and trough with high rotary RPM's while reciprocating from the kickoff point back to the first stabilizer. Trough for approximately 30 minutes. h. Time drill at 4 to 6 feet per hour with high flow rates and rotary RPM's for the first 5 feet. Gradually increase the penetration rate as the openhole sidetrack is achieved. i. If any openhole sidetracks are drilled, confer with Drilling Supt. and consider tripping without circulating or without rotating past the sidetrack point. SP33-W3 Ll Drilling Wellplan Page I of23 04/10/15 14 eni usoperrfing WELL SP33-W3 L1 Production Drilling 1. Directionally drill the 8-3/4" hole to TD. ➢ Geosteering will be required to remain in the target boundary 100% of the time ➢ Maintain sufficient flow rate with maximum pipe rotation as needed to bring mud/well properties in line. ➢ Maintain proper Calcium Carbonate concentration per MI mud plan. ■ Ensure Centrifuges are operating effectively to remove fine drill solids 2. Backream at TD: ➢ At TD circulate 50% of calculated TAD cleanup cycle pulling 1 stand per bottoms up. Once the first 50% cleanup cycle is completed circulate the remaining 50% of the calculated cleanup cycle pulling 2 stands per bottoms up. Decrease backreaming speed as torque and pump pressure dictate. ■ 550 GPM ■ 120-140 RPM ➢ Backream into the intermediate casing shoe. ■ 550 GPM ■ 120-140 RPM • Slow backreaming speed when pulling BHA into the Intermediate casing shoe/rathole. Hold parameters steady at 550 GPM and 120 RPM. • Decrease backreaming speed as torque and pump pressure dictate ■ NOTE: once backreaming in the open hole has been started, do not stop backreaming. Do not attempt to pull out on elevators once backreaming has started. 3. Drop rabbit down drill string once bit is above the intermediate shoe: the SLM of landing string portion of the tapered DP ■ Drift OD dependent on Completion ■ COMPLETION DP RABBIT SIZE: 2-3/8" OD ■ All drifting tools will be accounted for and held in one place at all times. 4. Continue backreaming until depth at which it is possible to pull out on elevators at >9.1 swab EMW at 2.5 min/stand ■ 550 GPM ■ 120-140 RPM • Determine depth at which swab can be kept >9.1 EMW at 2.5 min/stand as per K&M TAD Model. 5. Circulate until shakers are clean as per K&M. ■ 550 GPM I ■ 120-140 RPM 6. Slug DP and trip out of hole on elevators. ➢ Utilize K&M's swab model to control trip speed and avoid swabbing the open hole below 9.1 ppg EMW. 7. Lay down BHA SP33-W3 L1 Drilling Wellplan Page 12 of23 04/10/15 2ni us operrafing WELLT_ SP33-W3 L1 ➢ When out of hole, down load the recorded tool data and send to the Geologist in town 8. RIH with retrieving tool assembly to retrieve the whipstock assembly Production Liner Completion DP RABBIT SIZE Will BE: 2-3/8" OD Production Liner OD WT (ppj� Grade Conn. Cplg OD ID (in) Drift (in) Collapse Burst Tensile Yield in Type in (psi) (psi) (kips) H5211 5-1/2 15.5 L-80 5.713 4.950 4.825 4990 7000 242 Production Liner Connection Make Up Torque (ft-lbs) OD WT Min. Make Up Target Max. Yield (in) (ppn Grade Conn. Type Torque, ft- Make Up Make Up Torque lbs Torque* Torque 5-1/2 15.5 L-80 H dril521 4600 8100 N/A 24,000 * See attached TenarisHydril Guidelines for make-up torque recommendations Production Liner Centralization From To Quantity / Joint ixed / FloatingType Shoe Liner 1 / joint ::f- Fixed 5-1/2" x 7" to - Mid -joint Crim ed on - H droform, Volant Crim on Liner Running Procedure Notes: • Ensure proper crossover from DP to slotted liner is on the rig floor in case of a well control situation. • Liner top should be placed a minimum of 200 ft above the intermediate casing shoe. • Ensure accurate torque and drag data is gathered. Record pick up and slack off weights every stand and free rotating torque every five stands. Data gathered will assist in future liner running operations throughout the project. • Perform visual inspection, measure and caliper all components prior to running any assembly in the hole. Ensure accurate dimensional data is recorded for all equipment run in the well and recorded in WellView. • Ensure all equipment has been hydraulically and operationally tested. Also ensure all equipment to be run is dimensionally compatible with all other equipment. • Review all setting operations and shear pressures with Baker Oil Tools service hand. • Ensure that all workstring components have been rabbited as ball will be dropped to actuate downhole tools. Rabbit DP on last trip out of prior to running liner. • If any openhole sidetracks have been drilled, monitor sidetrack depths during run in and ensure shoe enters the correct hole. SP33-W3 Ll Drilling Wellplan Page 13 of23 04/10/15 2no us operraVng WELL SP33-W3 L1 • Torque ratings for string components: String Components Yield Torque ft-lb) 5" 19.5# TT525 Drill Pie 74,100 HRD Running Tool 40,000 7" 29# H dril 563 39,000 5-1/2" 15.5# H dril 521 24,000 • Shear pressures for liner hanger assembly: Item Description Shear Value Shear Range HRD Running Tool, 7" 6795 mch rel, 3 pins Nominal - 3192 psi 15% + 3671 psi 15% - 2713 psi Pusher Tool Activation Nominal - 1986 psi 15% + 2284 psi 15% - 1688 psi Pusher Tool Neutriz. Nominal - 3588 psi 15%+ 4126 psi 15% - 3050 si Ball Seat SOLID *****Make-up torque for liner hanger sub -assembly, including running tool connections, should be torqued to 14,000 ft-lbs prior to deliver to rig. Procedure: 1. Hold Pre job safety meeting to ensure all parties understand operation 2. PU the Liner Assembly and Running/Inner String as outlined above. 3. RIH with Liner Assembly. Record PU and SO weights as required. 4. Pick up liner hanger assembly and make up to proper torque. Fill Liner Tieback Sleeve with "pal mix" and ensure mixture is thin enough to travel past the HRD tool and down to the packoff. Wait 30 minutes for mixture to set up. 5. Trip in hole one stand and circulate 5 bbls to ensure all flow paths are free. Record ROTATE, PU and SO of liner assembly. 6. RIH in hole to casing shoe with DP. RIH with Liner Assembly as hole conditions allow, but do not exceed running speed of one stand per minute. Break circulation and fill DP as necessary. 7. Monitor mud flow while running in open hole and slow running speed if necessary. Circulate minimum of one DP volume and record ROTATE, PU and SO weights. 8. Record PU, SO, and Rotating torque in open hole every 500' to ensure friction factors are sufficient to run the liner to bottom successfully. If friction trend indicates liner will not go to bottom then call Drilling Supt. immediately. 9. Rotating liner 20-60 RPM will be necessary to run to bottom. 10. Continue RIH with Liner Assembly to proper setting depth. Liner should be spaced out to locate the liner top approximately 200 feet above 9-5/8" window. 11. Trip slightly deeper than desired liner top location with liner top. Last motion of the liner should be up to ensure it is set in tension. Ensure Liner Hanger assembly does not exit 9-518" Window. 12. Prior to setting the hanger & packer, double check all pipe tallies and record amount of drill pipe on location. 13. Rig up to pump down workstring with rig pumps. Pressure test lines. Bleed off test pressure. 14. Drop setting ball down the workstring and pump slowly (1-2 bpm). Slow pump before the ball seats. Do not allow ball to slam into ball seat. SP33-W3 L1 Drilling Wellplan Page 14 of23 04/10/15 2no us operrfing WELL SP33-W3 L1 15. Pressure up to 3000 psi and hold for 5-15 minutes to set SLZXP hanger packer. Continue pressuring up in 500 psi increments holding for 5 minutes each up to 4000 psi. 16. Packer can now be pressure tested. Bleed DP pressure to zero, close annular preventer and test annulus to 1,500 psi for 10 minutes and chart. 17. Bleed off pressure and pickup to verify that the HRD running tool has released. If packer did not test, rotating dog sub can be used to set packer. If running tool cannot be hydraulically released, 6,795 ft-lbs of left hand torque can mechanically release the tool. 18. Once running tool is free and packer is tested, Displace mud from liner top to surface with 9.0 ppg KC1 brine per MI recommended program. 19. POOH and LD and inspect the liner running tools. SP33-W3 Ll Drilling Wellplan Page 15 of23 04/10/15 Ir*- eni us operrfing WELL SP33-W3 L1 RIH ESP Completion SP33-W3 Ll Drilling Wellplan Page 16 of23 04/10/15 2rnn o us operraHng WELL SP33-W3 L1 Prepare to RIH completion: 1. MU ESP assembly and RIH to setting depth. 2. Land hanger, RILDS and test hanger. 3. Install BPV and nipple down BOP. 4. NU tubing adapter and tree. 5. Pull BPV , install test plug and test tree. 6. Circulate Freeze protect through tree down IA. 7. Shut in well. 8. RDMO Below the final schematic of the well after completion: 4-',' 12.6 ppf Production Tubing W 2,209' MD. 1.881' TVD 51° Inc - GLM, KBMG, 4-%' x 1'. with eno 2.000 psi STS-1 SOV installed petroleum 4-%' x•cplg cable clamps, for ESP Power Cable. (1) &S' Chem Inj Une with 25M SP33-W 3 psi check valve at bottom Dual Lateral Producer 9.570' MO.3.452 TVD. 82' Inc - GLM. KBMG. 4.%' x 1'. with 3.100 psi STS-1 SOV installed with ESP Lift 9,651'MD. 3,464•TVD- Discharge Gouge Sub As Planned 9,755' MD. 3,479' TVD, 826 Inc — Bottom of Motor Centralizer Centrilift, Conventional P1 LSP. 72 stage P75 SXD + 20 stage GINPSHH SXD. 513 GS83 seats, 504 HP 562 MSP1 motor 9,775' MD 324 Shroud Assembly with cable and chemical Surf. Casirg injection tine feed-ttlrus 13.3,V, 68 f/ 414" Lateral Entry 3.118' MD, Module (LEM) wf 3.68 Silver Bullet Ecc. Nose 2,422' ND 58° Inc Seal Borc 5-;4" 15.5 17 ppf Guide Closed Shoe +l- 19,581' M +' 19,560' fd0, 3,56T 10,735.10,761' MD, L80 Slotted Lifer TVD. 90° Inc 3.587 TVD 3,576'-3,677' TVD 891 Inc. +t.10,660' MD, 3,64T I% Casing Exit Window f TVD — L1 -Baker SLXP Liner Hanger/Packer -2- 10,724' MD RAM Hanger 5.960' Lateral Drift ID 3 688' Main boro D Oil Swoll Packers 4'2 x 9-Sf8" AM t=n L'e hfM+.1.,2 Seal Bore Divertor Pi(r xr, iwi 13.687 Seal Bore �M #4 Ir..745 =k• a? inn- +410.765' MD, 3,576' TVD 4110 a: _ ISyLB Baker MLXP Liner pill ut 17e15 HangerlPacker Field Sealbore Receptacle 475' ID Resman Oil/Water 10,788' MD, 3,er 679' TVD — HAL 5-%' Oil SwoII Tracers TO 8 314" L1 - Baker SLXP LinPacker 19.544 MD, 1 Hanger/Packer 0 1 3,572' TV`D Sal Bottom of Seal Assembly—� — Imerm. Casing 9.58". 40k 10,973' MD. 3,589' TVD 87° Inc. 5-h' 15.5 ppf L80 Silver Bullet Ecc. Nos a Guido Shoe Slotted Liner 19,S27' MD, 3,571' TVD, 88° Inc. SP33-W3 Ll Drilling Wellplan Page 17 of23 04/10/15 2ni us operrMHng WELL SP33-W3 L1 9. ATTACHMENTS 10. Recommended Drilling Practices 11. Health, Safety, and Environment 12. Safety Meeting Topics 13. Well Shut In Procedure While Running Tubing 14. Conductor Broaching Contingency Plan 15. Port Collar Decision Tree SP33-W3 L1 Drilling Wellplan Page 18 of 04/10/I5 2ni WELL SP33-W3 L1 Recommended Drilling Practices Hole Cleaning With a deviated well path and potential for losses, hole cleaning will require special practices. Pipe rotation is critical for effective hole cleaning. The maximum string RPM, as determined by the BHA, is specified for each hole section in the detailed procedures. The shakers should be monitored as an indicator of adequate circulating time. If circulation is of long duration, then pipe movement to prevent casing wear is critical and a stand should be laid down occasionally to prevent excess hole erosion over the length of pipe reciprocation. In addition the following practices should be employed at all times: a) Use all available solids control equipment to keep mud as clean as possible. b) Emphasize proper hole cleaning after slides by rotating at maximum allowable RPM c) As the hole angle increases, hole cleaning practices must be altered. Maximum pipe rotating speeds along with maximum achievable flow rates will increase hole cleaning efficiencies. Circulating times prior to trips should be increased accordingly to account for longer times required to remove cuttings from higher angle wells. d) Use good connection practices while drilling. After reaching the bottom of a stand, allow a small amount of circulating time to allow cuttings to get above the BHA prior to picking up off bottom. Be sure to pick up slowly to prevent packing off the cuttings bed around the top of the drill collars. Slower Trip / Connection Speeds High POOH and RIH speeds can aggravate fragile shales/formations due to the pressure variations between surge/swab. PWD data shows that excessive tripping and reaming speeds can exert pressure spikes in excess of 2 ppg equivalent. Effective ROP Strive to find the maximum effective rate of penetration. That is, the maximum rate at which a clean hole can be produced. While on bottom ROPs in excess of 400 ftph may be possible, but such ROPs may load a high angle hole with cuttings that are not being removed fast enough. Using torque and drag trends, ECD and the shakers, establish a base line clean hole ROP, and then try to improve it by altering the hole cleaning practices. Slower Initial Pump Rates PWD data has shown that the most significant period for increased ECD occurs when the pumps are brought on at drilling rate while washing a connection to bottom. The study also concluded the least damaging procedure is if pump rates are held at 40% or less of drilling rate while reaming connections. SP33-W3 L1 Drilling Wellplan Page 19 of23 04/10/15 eni ass operra[�ng WELLT_ SP33-W3 L1 Health, Safety & Environment The following are part of the mitigation & contingency measures to be put in place in order to complete this project while helping to meet our HS&E goals. It is the Drilling Supervisor's responsibility that these measures are implemented and communicated to the relevant parties on location. Good communication when drilling is essential for increasing the safety of personnel and equipment. H2S Contingency Measures Assume all locations have the potential for H2S. 1. The AOGCC will be notified within 24 hours if H2S is encountered in excess of 20 ppm during drilling operations. 2. The rig will have fully functioning automatic H2S detection equipment meeting the requirements of 20 AAC 25.066. Manual detectors in accordance with 20 AAC 25.065 will also be maintained on location. 3. Self-contained Breathing Apparatus for all rig personnel will be maintained on location. 4. All personnel engaged in the drilling operation will be trained in H2S emergency procedures and the use of proper personal protective equipment. 5. A standard H2S contingency plan will be posted at the rig. All rig personnel should read and familiarize themselves with this document and copies should be posted in the rig floor doghouse and in the camp on location. 6. H2S treating material for the drilling mud system will be available on location in the event that any H2S is encountered. It is expected that the rig and personnel will have the equipment and training to identify and contain a H2S emergency situation. I_f it becomes necessary to notify the AOGCC of an H,S encounter, drilling will be suspended and will resume only after the development of detailed remedial and contingency procedures, full compliance with 20 AAC 25.065 and the applicable referenced sections of API RP49 and approval of the AOGCC. Lessons Learned Documentation of lessons learned has been proven to reduce downtime and increase efficiency of rig operations. It is expected that planning meetings, daily operations meetings and pre -tour meetings will be held on a regular and consistent basis and that the records of those meetings will be placed on the N drive in the appropriate folder for this well. SP33-W3 Ll Drilling Wellplan Page 20 of 23 04/10/15 Ar- 1A 2ni WELL SP33-W3 L1 Safety Meeting Topics Move In, Rig Up ➢ Prior to spud, a safety meeting should be held with the rig crews to discuss open hole drilling procedures. - Subsidence around wellheads - use of buddy system, - Conductor broaching operations and contingencies, - Shallow gas hydrate drilling practices, - Proper tripping practices and hole fill calculations with various sizes of pipe and tubing, - Well control procedures, - Flow rates and hole cleaning, and - Diverter operation and crew responsibilities. ➢ A 'Diverting Shallow Gas' drill should be held with rig crews prior to spud, unless each crew on tour has completed this drill within the past 3 months. Document drill and record on morning report. ➢ An 'Accumulator' drill should be held with rig crews prior to spud. Document drill and record on morning report. ➢ Shut-in drills should be held on a regularly scheduled basis. A suggested minimum is once per day on alternating tours. Document and record on morning report. ➢ Check trip tank for leaks and confirm gauges are calibrated. Complete trip sheets and submit to the Drilling Supervisor after each trip. ➢ Perform and document all drills. ➢ Designate crew member to control access at the pad entrance in case of diverter operation. Surface ➢ A 'Stripping' drill should be held with rig crews prior to drill out, unless each crew on tour has completed this drill within the past 3 months. Document drill and record on morning report. ➢ A'Well Kill' drill should be held with rig crews prior to drill out, unless each crew on tour has completed this drill within the past 3 months. Document drill and record on morning report. ➢ A well kill sheet shall be posted in the doghouse and updated each tour. Intermediate ➢ Prior to picking up the BHA a safety meeting should be held with the rig crews to discuss hole risks and open hole drilling procedures. ➢ Potential formation pressures and mud weight, Well control procedures. ➢ Hole cleaning best practices, flow rates. ➢ Stuck pipe, Lost circulation. ➢ Proper tripping practices and hole fill calculations with various sizes of pipe and tubing. Production Prior to picking up the BHA a safety meeting should be held with the rig crews to discuss production hole risks and open hole drilling procedures. ➢ Potential formation pressures and mud weight, Well control procedures. ➢ Hole cleaning best practices, flow rates. ➢ Stuck pipe, Lost circulation. ➢ Proper tripping practices and hole fill calculations with various sizes of pipe and tubing. SP33-W3 Ll Drilling Wellplan Page21 of23 04/10/15 eni us operrfing WELL SP33-W3 L1 Completion ➢ Operation of the control line spooler. ➢ Pinch points associated with tongs and slips. ➢ Proper tripping practices and hole fill calculations with tubing and control line. ➢ Well control practices while running production tubing with control line. ➢ Pressure testing and minimizing personnel exposure to pressurized lines. SP33-W3 Ll Drilling Wellplan Page 22 of23 04/10/15 2rnn i vs operfing WELL SP33-W3 L1 Well Shut In Procedure While Running Production Tubing If well is suspected to be flowing: 1. Install TIW valve and pull back to the first banding point below the BOP stack. 2. Shut off air to control line spool and bleed off line pressure while checking well for flow. 3. If well is confirmed to be flowing, cut control line with bolt cutters directly above a banding point. 4. Slack off until full joint of pipe with no control line attached is spaced out across BOP stack. 5. Close annular and monitor pressure. If well is coming in rapidly and time is not permitted to complete above operations: 1. Install TIW and close annular around pipe and control line. 2. Shut off air to control line spool and bleed off line pressure while picking up a joint of drill pipe and making it up to TIW and top drive. 3. Close IBOP on top drive and open TIW valve. 4. Cut control line and strip the joint of drill pipe across stack for ram closure if needed. 5. If annular does not seal off around tubing and control line and the joint of drill pipe cannot be safely picked up, close blind/shear rams on production tubing. Notes: • Specify location of bolt cutters required to cut control line. • Need to have access to a joint of drill pipe and the appropriately sized elevators at all times. SP33-W3 Ll Drilling Wellplan Page 23 of23 04/10/15 Attachment 2 Directional Plan mSchlumber9er �„ SP33-W3L1 (P1) Proposal Geodetic Report It (Def Plan) Client Eni Petroleum Vertical Section Azimuth: 310.632' (Tree North) Stmellee I Slot: Spy Islam / SP33 �tU� W0.1-e Well SP33W3 "�� TVD Reference El-lon: 54. MSL Borehole: SP33W3L1 F091 Seabed l Ground Elevation: 13,100 R above MSL APE: 506292348060 Magnetic Declination: 18.796 ° Survey Name: SP33W3L7(P1) Total Gravity Field Strength: 1002.0156mgo(9,80665 Based) Survey Date: April 06, W15 Gravity Model: DOX Tort I AND I DOI / ERD Ratio: 331 453' / 18045.603 R 17.513 / 5 020 Total Magnetic Field Strength: 57576983 nT Coordinate Relerertce System: NAD27 Alaska Stale Plane, Zone 04. US Feel Magaeflc Dip Angle: 81.060' Location Lat / Long: N 70' 33 27.6677T. W 149' S4 22 37774' Declination Date: June 01, M15 Location Grid NIE Y/X: N 6053611830 RUS. E 511434.430 RUS Magnetic Destination Model: BGGM 2014 CRS Grid Cam rgence Angle: O.D584' - North Reference: True North Grid Seale F=r: 0.99990015 Grid C-ergence Used: 0.0000, Version I Patch: 2.8.572.0 Total Corr Mae North ->True North: 183IM5' MD Ind Azim True ND55 TVD VSEC PIS EW TF pl5 Directide. EacluAlon Zone Exclusion Zone Northing E(flus) Cormlents (Ii00R) DilftcuftY Index Alert An le W1 (RUS( (flUS) RTE 0. 0.00 174.W 54.10 000 000 0.00 0.00 OM N/A 0.00 8.94 6053611,83 511434.43 40.82 000 0.00 -13.28 40.82 ODD 0.00 0.00 333.68M 0.00 am 8,94 6063611,W 5114 1.43 100.00 0.a 33 3.68 45 90 MOO 00 0.21 0.20 -0.10 167 6M 0.74 0.00 8.64 6053612.03 511434.33 160.00 0.93 16780 105.90 160.0D 0.03 -0.07 .010 172.69M 2.27 0.06 975 6053671.76 511434.33 245.00 5.02 172.69 IW16 244.B6 -3.28 4.43 0.52 3.34R 4,82 147 13.63 605W()7.40 5114 1.96 30900 6.07 173.27 254. 16 308,56 -785 -10.57 1,27 10.64R 1.64 1.89 14.65 6053601.26 511435,72 3fi900 7.24 17501 314.06 360.16 .12.88 -17.49 1.97 21.8R 1.98 2.17 75.83 6053594.35 511436.43 461.00 8,16 177.58 405.23 159,w -21.48 -29.78 275 15 %R 107 245 1fi.81 605358205 57 /43723 555.W 7.86 17867 49831 552.41 -30.34 42.88 3.18 1.9E 0.36 2.62 16.54 6053568.96 511437.68 648.00 1001 178.26 590.18 644.28 40()4 57.31 3.58 289R 2.31 2.83 18.64 605355453 511'IM. 678.24 11.84 17871 Bt9.87 673.97 43.68 -63.04 373 0.61L 6.06 294 20.46 6053W 80 511438,25 771.15 16.30 178.54 709.97 764.07 -59 M 65.62 4.27 6.61 L 4.80 3.19 2488 6053526.23 511'tM.84 864.73 21.50 17690 798,47 852.57 -79.67 -115.89 5.54 1.59L 5.59 3.19 2997 6053495.96 511440,14 957.% 28,57 17649 W2.89 936.99 -10704 -156.25 7.B3 293L 759 3.68 36.% 6053456.61 511442.50 1052.40 34.43 175 % 963.38 1017.48 -141.57 -204.46 11 09 9.42L 6.21 3.88 42.79 6053407.40 511445.84 7744.43 38.74 175.32 1038.22 1092.32 -119.43 -257.86 15.17 162.B4R 254 4.02 45.W 6053354.02 511450.00 12M 36 W561 175.92 1114.04 1168.14 -218.65 313.14 1941 19.25E 1.26 4.12 43,97 6053298.76 511454.32 7332.13 37.48 17485 1189,37 1243.47 -258.30 -WEI 9 23.92 10.24L 2A1 4.22 45.T 6053243.12 511458.91 1 41.81 173.68 1260..50 1314.60 -300..97 427..42 29..83 8..62L 4.76 4...3 50..02 6053164..50 511464. 2 15 4298 17 13 33 3 1 25.0R 1.26 47 51.17 605312156 511472913 161850 ISS 42.58 174,27 13982 452.38 39349 .55329 4374 62.53L 0.75 447 50.82 605305867 :11479.02 1705,13 4264 174.10 116707 521.17 493 61624 1592IR OA4 452 5087 605299573 48552 .52 179768 41 W 174,55 1W5.58 1589.68 -484,34 -678,16 56.30 103.05L 0.91 AM 50.11 6052933,83 511491.77 189190 4175 173,89 161582 16 !)S2 529.83 -74064 62.0 156.75R 0.48 462 49.97 6052871.W 51149BA9 1991.53 41,32 174.17 16WAO 1734.50 57763 -wee 69.50 i548L 0.47 4.67 49.56 6052805,68 511505,17 201308 47.12 771.99 1738.82 179292 -619.81 -862.76 76.Q 12.7E 7.35 475 55.21 6052]49.2] 511512.16 217739 51.36 170.T 180299 185709 67623 -93fi37 87.59 81.69R 441 482 59.W 6052675.70 511521,15 226227 5147 17t]0 1859.67 1913.77 .730.16 -100657 98.41 92.59R 0.81 4.85 5953 6052WS 51 511534.38 2357.27 51.42 178.M 1918.92 1973.02 -783.27 -1W51 104.94 97.3ft 5.35 493 5985 605253160 51154103 2452.26 50.94 18500 1978.51 2032.61 -829,84 -7154.41 102,90 82.99R 5.60 500 59.65 6052457.70 511539.10 25"62 51.77 19164 2036.23 2090.W -WE 34 -7225.71 92.44 74.3R 5.69 506 60.65 605238fi.39 511528.76 Zfi37.97 53.55 19860 2092.89 274699 -900.22 -7297.26 73.05 90.82R 6.22 5.12 62.49 6052314.81 511509.48 2732.59 53,63 204.56 2119.W 2203.19 -925.06 -1368.12 45.07 WAR 507 5.17 62.53 6052244.02 511'Ifnw 2828.11 5,126 208.54 2205.32 2259,42 -943.83 -7437.07 10.55 74.56R 3,43 5.22 63.09 6052174.92 511447.20 291900 55.30 212.79 2257,75 231185 -95666 -1 SIM 91 -27.32 B4.7R 3.99 526 64,W 5D5211I N 511 tM $3 3013.63 5580 21791 2311.31 2365.41 -963 83 -1564.51 -72.45 54A 1 R 4.49 5.30 64.29 6052047.37 511364A0 3060.35 57.49 220.63 2337.W 2391.10 -964.74 -1594.71 -97.15 73,93R 6.W 5.33 65.M 6052017.13 511339.75 733/8- 3118W 5806 222.88 2367.74 2421.84 -963.79 -7631.09 -129.63 72.95R 3.45 535 66.29 6051980.71 511 W7.33 3158.87 5848 22445 2389.24 2443.34 -961.95 -1656.23 -153.63 57.SR 3.43 5.37 M61 6051955.53 511283.37 3217.78 59.17 225.70 2419.73 2473,83 -95804 -1691.82 -789.32 55.73R 2.16 5.39 67.22 6051919.89 511247.74 3311.89 61.22 229.06 2 IM 52 2520.62 -948.42 -1747.09 -249.41 42.91 R 379 5.43 69.03 6051864.54 511187 74 3404.89 64,70 23259 2508.80 2562.90 -933.73 -1799.36 -313.63 25.43R 5.04 5.47 72.22 6051812.17 511123.61 349790 69.78 235.15 2544.78 2598.88 -9140G -1849.88 -382.W 25.71R 602 552 77.16 6051761.55 511054.44 35W 35 73,19 236.86 2574.13 2628.23 690.82 -1M88 456.56 1B.53R 4.W 5.55 sow6051712.45 SIMI.84 3685.11 7659 2W 03 2598.83 2652.93 66,135 -1948.09 -53266 1305R 3.78 5.59 W57 W51663.12 510904,83 3T80fi 7995 238.82 2617.73 2671.83 6BM 54 -1995.73 610.19 15.82R 3.71 5.0 86.84 6051615.36 510827.38 3872.61 8339 239.80 2631.42 2685.52 6W58 -2043.47 690.63 7661L 3.78 5.67 89.84 605156750 51074703 3965.97 83 48 239.42 2642.10 2696.20 -776..42 2090....39 -21W,98 -770...63 65.27R 0......42 5..6 6051520..47 510626676..10 9.29 8387 240,27 2652.W 2706t8 -0.63 10.17L 10 5.]2 8941 W5147375 5/08fi.98 4152.04 838 20.01 .. 2662.34 271644 -715A0 -218289 -930,W 25.16L 029 4 ,'15 60542772 51050709 424552 8373 2 2672.4 2726.59 684.35 -222941 .1011.25 65.28R 013 5.7 .71 8951 SIMIw1.O 5 433776 8395 20.39 2682.39 2736,49 -65371 -2275.6 -109079 99.24L 057 5,79 34 7 60533532 5102673 03726 8381 23952 92. 2746.53 22.74 -232192 -1171,81 .6R 0.93 5,82 89,39 605128834 510632 8436 .. 23976 270202 2756.12 -5925 -26.7 4251.6 82.52R 6 584 888 145497 W5124142 5f015 U51 240,89 7711.06 2765.16 561.33 -2414.68 -133232 141.5R 1 t.23 S.6 3 605195.35 51005,97 447181522 8386 241,41 272.51 274.61 -528.79 -25.46 4413.62 147.WL 089 588 89.54 SIM 504 510D24.75 480473 81.0 240,10 2732 2 49698 -250464 -1494,31 102.68R 261 5.91 W55 6051105.14 50994.14 489813 81.72 20.46 2745 2786.25 89..63 4%5w -2550.46 -1574.% 74.73E 039 5,93 88.43 6051059.20 509663.94 4991.84 $1.85 239.0 2758.92 2813.02 434,80 -2596.53 -1655.09 123.99E 0.53 5.95 Sit 61 6051013.01 509783.52 5094.T7 81.63 239.65 2772.27 28M 37 4 1.58 -2642.77 -1734.58 82.WL 0.42 5,97 88.43 60`v0966.66 509704.11 5113.14 81.67 239 35 2776 39 2630.49 -M,51 -2657 02 -1758.77 67.82R I.06 5.97 W 50 6050952.37 509679.95 5154.81 82.01 240.19 2782.31 2836.41 -351.98 -2677.78 4794.41 88.47R 2.16 598 88.75 60`A931.55 509644.34 5248.01 82M 24092 Z795...25 289.35 350..53 -2723..15 -1874,.78 64.O1L 0.78 6.OD W 605OW6.06 509564.05 51.32 82,50 . 23995 280781 28619 319,21 .276878 -1955.20 99.18L 115 D2 ..70 8926 605040.32 5034E13.70 543469 .. 82.05 237.08 28203 287416 -0.8 -2817.W 009 78.78L 38 05 8910 605079IA9 509404.89 552819 . 8220 23.32 283.17 2887.27 -26516 -286794 -2 0 6 N32 60740.93 509327.57 5621.5 81.70 23.94 284625 23 -23.68 .2918.80 21 88.73 79.9R 082 85 608 88.76 6050689.95 509250.43 571495 81.arm237.73 2 Zl 2913.71 -213A2 -2968.68 -2266.52 82.85R 085 6.10 88.83 6050639.96 50917272 08 58.25 81,93 238.45 287239 292689 -185.41 3017.50 -2344.93 96.65R 0.77 6.12 88.85 6050591.02 5. 40 09094 :901.70 81.80 239.59 288601 2940.11 -156.23 -W65.12 -2424.24 47MR 1.22 6.13 68.W 5054 601.29 509015,17 995.14 82,05 23987 28%,13 29W 23 -125.96 3111.75 -2504.14 103.5BR 0.40 6.15 MA2 6050496.53 508935.35 6088.% 81.85 240.71 2912.22 29W 32 -94.83 .3167.61 -2584.50 15.28L 092 6.16 88.54 fi050450.56 508855.07 :181.92 82.14 24063 2925.22 297932 63.17 -3202.88 -2665.08 101.13R 032 6.18 W84 6050405.17 508774,57 775.31 82.01 241.30 2938,09 2992.19 31.03 .3 47.77 -2745.95 4t 1.74L 0.72 6.19 8864 ESM() 0AS 5693.78 08 6368.72 81.80 241.15 2951.25 3005.35 1.50 -3292.29 -28Z7.01 7391E 0.28 6.21 88.44 6050315,51 508612,79 6462W 81.86 240.94 296452 301862 33.73 -3337.03 -2907.87 522L 023 6.22 88.53 6050270.65 500532.01 6555.27 82.26 240.42 2977.39 W31 19 65.37 -338223 -29WM 153fi6L 070 6.23 88.98 6050225.34 505451,61 66`1 '15 82.06 240.32 2989.96 3044.06 96.21 -3427.37 -3067.72 8196L 024 6.25 88.79 6050180.07 508372.32 6742.37 82.16 23961 3002.99 3057.09 127.34 -3474.43 -3149.12 104.97L 075 6.26 8896 13 W502.89 508291.00 WM 72 81.97 238.89 3015.68 3069.98 156.86 .3521.71 -3228.57 68.07L 079 6.27 8884 6050085 50 508211.62 6929.07 EIZ29 2WN W28.65 3082.76 185.21 -W7004 -330741 IMAIL 0.92 6.29 8924 6050037M 508132.87 7022.40 81.94 236W 3041,47 3095.57 212.DO -3619.74 338535 37.89R 1.36 6.30 89.01 6049987.24 508055.01 711580 82.08 236.97 3054.45 310855 237.93 -W70.23 -3462.85 1%.82R 0.19 89.14 604W3663 507977.60 7209.11 81.73 237.10 3067.59 3121,69 264.02 -3720.50 -3540.36 5852L 0.40 631 8.33 88.78 6049886,25 507900.18 730241 82.07 23654 3OW 73 3134.83 289.77 -377105 -3617.67 41.85R 0.70 6.34 89.17 6(PIM 5.59 507822.96 7395.71 82.3E 2W 82 3093.36 3147.46 315.33 -382183 -3fi99.91 120.94R 045 635 , 59.45 6049784.69 507745.80 7<89.09 81.90 23763 3/06.13 3160,23 341.74 387I90 -3772.69 6758R 100 6.W M90 6049734.50 507668.11 758234 82.08 23807 3119.12 3173.22 369.07 -3921.04 3850.87 94.14R 0.51 6.38 89.03 60IMEI5.25 507590.01 7675.84 8202 238 92 313205 3186.15 397. 18 -3969.43 -3929.82 57 44R 0.90 6 39 W 89 6049636.74 507511,14 776922 8268 239.96 3t 44.48 3198.58 427.32 4016.49 -4009.51 104.36R 1.31 640 89.44 604958957 W743153 786261 8193 242.% 3156.99 3211.09 460.22 4060.70 4090.B0 157.43R 3.28 642 88.38 604954524 507350.32 7956.00 80.79 243.44 317l,02 3225,12 495.65 4102.33 4173.21 22.22R 132 643 B7.20 604950348 507267.98 804940 84.13 2" 81 3783.28 3237 W 632.56 4142.73 4256.51 160.3R 3.86 6 45 89.63 6049462 96 W7184.75 :142.81 8280 245.29 310,91 3248.01 57092 418t 87 4340.65 7672R 151 646 BB.99 6049423,69 507100.68 82W 25 63.23 247.11 3205,27 3259.37 610.95 4219.30 4d25.51 130.12R 1.99 64S 89.21 6049386.14 507015.89 8329.51 81.13 249.64 3217.% 3272.E 653.95 4253.35 4511.38 98.13R 3.51 649 86.63 6049351.96 SW930.06 8422.85 50.38 255.2] 3232.97 328707 702.50 4281.1/ 4599.19 95.]3R 801 8.52 85.39 6049324.06 506842.33 M16M 79.94 MODS 3248.93 33 W 757.68 4300.76 -4669.01 93.59R S.OtJ fi.50 84.32 fi049304.20 SW75254 8585.14 79.86 26140 3261.02 3315,12 801,59 43181M 475 W 117.52R 1.92 655 84.U6 6049293.24 506685.58 BIDS 58 79.01 263.07 3270.27 332437 634.51 43i839 4W5.12 4303R 367 6.55 82.99 6049286.47 506636.47 8728.89 w'15 2fi4.43 3286.91 3 1101 %7.26 4328.38 4896.39 %MR 2A 657 84.22 6049276.34 506W 23 8822.14 80.47 265.95 3302,36 3356.46 961.78 433609 4988.02 62.4R 1.61 6.58 UO3 6049268.49 506453.62 8915.35 8162 268.16 3316,87 W7097 1028.48 -4340.82 -5079.97 7572R 2.65 fi.59 84.85 6(Nlg 3.62 506361.69 90)8.73 82,16 270.28 3330,05 3394.15 1097.81 434208 -5172.40 7053R 2.32 8.60 BS.OB 6049282.22 506289.27 910195 83.22 273.27 3341.91 3396.01 1169.81 4339.21 -5264.80 87.52R 3.38 6.62 85.68 6049264.94 506176.87 9191531 8332 27548 M52.85 34W.95 1244.57 -4332.14 -5357.24 10397R 2.35 663 85.45 6049271 87 506W 42 Drilling Office 2.7.998.0 Nikaitchuq\Spy Island\SI26-NW2\SI26-NW2\SI26-NW2 (132) 4/10/2015 10:56 AM Page 1 of 75 MD Incl Azim True NDSS ND VSEC NS EV/ TF DLS DlreWional Exclusion Zone Exclusion Zone Nerlhing Easling CorraneWs (R) (% PI (R) (R) (R) (R) (R) P) P/100R) Dil6cully Index Alert Angle (RUS) (RUS) 92E6a 82.T/ 27773 3364.16 3418.26 1321.34 4321.48 -5449.27 E.ER 2.46 6M 84.W 6M282.38 5M992.40 9W192 82,28 2W.94 3376.M 3430,39 1400.36 .4306.49 -I W.52 73.7R 345 866 83.59 W49297.24 505901.13 N75.25 8306 283.60 3388.20 3442.30 1481.81 -42M 81 -56M,96 86.37R 2.95 fi67 W95 6049316.77 WM10.67 956850 W28 2M.91 W3 .W 3453.40 15M.45 4262.46 57M 27 107.MR 31 669 8365 6049340.99 SM721.33 9661:78 B234 289.92 3410.97 34M.07 1651.11 4233.23 -MM 07 103.83R 3.36 670 0226 W49370.M 633 505.49 97W 04 81.62 292.92 3423.99 347.09 1738.31 4199.51 -M8 03 8177R 32B 6.71 81.E 604940366 50554749 848 9.E 82.15 296.51 3437.16 349126 1827.13 476088 -5977.94 86.42R 3.85 633 81.04 W49442.15 W54W.53 4175 82.37 2M85 3449.75 3503.85 1917.48 4, 17 6.19 949 7999R 3.55 6.74 80.75 W494M 71 50538792 1990035.04 82.E 302.82 346171 MI 81 2008.78 4069.08 -613851 W32R 3.21 876 80.82 W49533.70 12.W 10128.19 83.25 3M 86 U72.94 3527,04 2100.59 4017.59 6215.31 88.51R 2.21 6.T/ 80.M W495Mw W5225.96 10221.54 8335 308.27 34M.W 3537,93 219306 -3962.36 .6289.76 W,71R 3.63 6.78 80.45 6049640.17 5M151.43 1031485 83.67 3M.51 3494,36 3548.48 2285.70 -3904.79 6M243 29.79R 0.43 6.79 60.73 604%9762 5=78.68 10408.22 M.M 309.48 3503.31 3M7.41 2378W -3846,31 6434.W 29.58R 2.M 6E 82.26 6049765W 505M6.37 10501.37 86.75 310.2] 3 31 3563.81 247152 -37W.73 659.E 51.73R 1.72 6.81 83.52 fiO4E1545 5049M 97 10594.70 87.01 370.60 3514.79 35E.89 2564.71 -3726.29 6578.91 117.8L 0.45 fi.e2 W.73 6049875.78 50489.E Te-In S.- 1MfiM09 W91 310.41 M1975 357385 2657.97 -3665,71 -6647.82 71.71L 0.23 8.83 83.65 W499M.23 50479295 10700.00 W.92 370.38 3520.39 3574.49 2fi69.M -36M 01 6656,88 71.7L 0.24 6.W W.67 6049943.93 504783.89 Too WhiMtack 1073500 86.95 370.30 3522.20 357836 2704.81 -3835.38 IM3.51 30L 0.24 883 83.70 W49966.51 504757.22 Base Whipstock 10]51.M 88.68 3M 30 3522.87 357697 2]2079 -W6 15 -669580 HS 12.50 6.W M5M 6049976.72 M4744.92 Cry Ol1M 10771W 88.68 3M.W M23.33 357743 2]40.78 -3612.48 6711.27 WL 000 6.84 85.56 6049989.E 5047MQ loom,0, t18.68 308,14 3524.00 3578.10 27&l 76 -3594M 6733.E 899]L 400 6.84 M.]3 6050007.46 504706.79 109M.W 88.E 304.14 352631 3580.41 2869.41 -35M 39 -6814.60 89 BBL 4110 6.86 8633 60`5006628 504625.99 I I ODO DO M. W 3M.14 3528.60 3582.70 2E8.26 3482.22 689924 89 79L 4 M 6.87 86 95 W50119 33 541.28 111W.M 88.77 296.14 3MON 3584.96 3D6585 -3435.07 %87.38 897L 4W 6.89 87.58 6050166.M 504453.08 Cry 4IM 11111.E M.71 295.70 3531.11 3585,21 W76.49 -34W.27 699727 73.6R 4.00 6.89 87.65 6050171,12 504443,18 11200.W 89.72 299.12 3W2.32 3586.42 3163.11 -3389.31 -7076.E ]3.55R 4W 6.90 88.12 60W211.95 5043fi4.13 11300.0, E.M 302.E 3531.82 3585.92 3M1.W -333776 -7161.92 73.57R 400 6.92 88.66 605026336 504278.40 End Cry 113W.02 9142 304.87 3530.83 3584,93 3311.35 -3309.87 -72M.42 HS 4M 6.92 88.93 6050291.19 50429.E 11400.00 9142 304.87 3529.59 3W3.69 361,M -3281W -7244.42 HS 0.00 693 M.93 6050319.69 504195.82 Cn M1M 114M82 91.42 3D4.87 M29.37 3583.47 3369.63 -3276.26 -7251.65 %,MR 0.00 893 8893 6MM 4.72 5041M.W 11500.00 W.E 308.49 3527.46 3W1.W 34W.]fi -3221.81 -7324.75 E.91R 4.00 6.94 87.E 605037905 504115.41 W3L1 TW2 11W794 90.80 310.W M2687 35SO97 3498.69 -3197.81 -7354.12 IN MR 4.W 6,95 87.56 6MW403.W 504085.00 11600,0 E.41 312.45 3526.22 35W32 3MO 73 -31M92 -7400.79 99.WR 4.D0 6.E 86.82 6050443.82 504039,27 End Cry 116DB 75 90.35 312.80 3526.16 3W M 356948 -3150.99 -7407.23 HS 4.00 6% M.72 6050449.73 504032.83 117M.00 90.35 312W 352559 357969 36W.66 J089.00 -7474.19 HS OM 6.96 86.72 60W511,62 W39fi5.78 118(10.00 90.35 31280 352498 3679.08 37W.59 -W21 Ofi -754756 HS 0.00 6,97 M.72 605057944 50389231 119M.W E.35 312.W 3524E M7846 38W.52 -2953.12 -7620.94 HS O.W 6.M 86.72 6MM`l726 WM18.84 12000.00 E.35 312W 3523,74 3577.84 3E0.44 -2M518 -]69431 HS OM 6.99 E.72 6M071507 503745.W Cn1/100 1209.E 90,35 312.80 35M,70 MT/.W 396730 -2880.52 -]69934 170.WL 0.M &W M.72 6050719.73 503740,32 W3L1 TW3 12042.67 W.M 312 ]d 3523.59 3577.69 400308 -2M,M -T/25.W 16967L 100 6.99 86.38 60'.507 00 503714W End Cry 120W.47 89.82 312.71 M23.62 M77.72 4020.87 -2844.12 -7738.71 HS 1.M 6.99 86.21 605075605 57W.91 03 72100.E 6982 312.71 3523.74 3577.84 4060.37 -2817.31 -776776 HS 0.00 7.00 M.21 W5) 8282 50367182 122MW 89.82 312.71 W2404 3578.14 4100..31 -2749.,.49 7841..24 HS 0..M W..21 W 850.52 W35M...4294 1239E 9.82 312.77 M2435 . M7B.45 42W.24 -2M1W 14.]2 HS 0.M 01 E21 WM18.23 50924E 12M. 8982 312.71 M24M 3578.75 618 -2613.4 -79 02 M 6055.9 5051.09 Cry 2/700 7248607 69..82 31271 3524.92 3579.02 6.19 2M5 651.45 135.59L 0 M.1 2 60510.21 50330775 12 63 31251 352498 3579.08 4460.11 254603 -801.70 1M.59L 20 703 86W510M,62 03T W3L7 Tat 123.81 3 W . ,00 W 85.O4 51 6051 OW 00 503345,00 126W.00 W.2 3110 M26.87 35W.97 456007 -2479.3E 4l W.23 1M ML 2,00 704 60 IM.14 503W2.87 End Cr, .. 1M174 87,99 31082 3527.4 W154 45T,W 2467E -241402 -8149,40 HS 2,00 7 8.67 605113755 50328968 12700.D0 87.9 31082 3530.33 . 358443 4660.01 6211.W HS 000 70 84.6 W51185M W3227.17 128M.W 8799 30.62 3533.83 475994 -234869 -8287.45 HS 0.00 705 . 6 605125059 503151.450 12900.D0 87.% 310.82 3537.33 3591.43 4859.88 -228336 -8363.0E HS 0.00 7,06 B4.67 M51315.W MM75.73 Cry 2/100 12938.47 8799 310.82 35M.67 35)ZT 48E.33 -22W.22 6392.18 22.33L 0.D0 7.M 8467 605;3 89 5030 60 13M0.M 89,13 310.36 35 ,M M94.32 495984 -2218.20 -843888 M31L 2.W 70] BS.B6 6 6051380.83 502999.84 W3L1 Tots 13048.E W.W 310E 3540.57 E94.67 SOM.W -2187.E 6474E 2183E 2.M 7.07 86.877 6M1411W W296400 13M.M 90.99 309.60 35 Al M94.21 5M9M -2153,96 -8515.51 21.83L 2W 7.08 tl].BO 6051444.95 50292312 End Cry 13; 15.71 91.28 3M.49 3539.80 3593,90 5075.53 -2143.E 6527.62 HS 200 7.08 88.11 6M14 1.93 502911W 132M.W 9128 309.49 3537.92 3592.M2 515978 -2M0.37 41592.E HS 0.00 7.M M.11 6051508.42 502845.89 13300.00 91 2E 3M.49 3535.69 3589,79 5259.74 .2026.79 66W.81 HS 0.00 7.09 88,11 605 571.87 MWW.fi4 134M.M 91.28 309.49 3533.46 397.E 559W -/E3.22 6]46.97 HS O.W 7.10 M.11 W5763532 502691,39 Cry W00 1345917 91.28 3M.49 3W2.14 3586,24 541884 -1925.60 6792.E 52.EL OM 7,10 sell 6051672E 502645.E 13500M 91.77 308.84 3531.05 35M.15 W964 -1899.82 -8824,27 52.97L 2.00 7.11 M. WS W8.58 502614.D0 WX1 Tat 13M2.31 92,40 3M.M M29.15 35M.25 551187 -7867.34 68M.23 W.33L 2M 7.11 89.44 6051731.00 W2573.M 16000 3021 3526.93 351..03 59..5 8.27 902.97 557L 2..0 7.12 8.91 6051760..01 502535,.22 Cn 1End 93.77 30601 M22.67 3576.77 5631.94 794.92 .8961.30 H 2W 7.13 E92 605, W3.M W2476.82 1W72.80 3700.W 9 3001 3520.88 974E MW.9 1T97 983.25 HS 0.00 713 W.92 681918 50245485 2/100 1 93.77 01 351707 3571,17 571668 -7744,94 -903006 128.4R 0M 7.13 88.92 1Cry 6DS7853.14 W207.W 137W.00 3800.0 93,25 3% 67 354.50 356 W 57W.M 720.M -1659.34 -9063.83 12847R 20D 713 89W 608T,93 50237419 I30.00 92.00 M.24 W92 356402 588.22 -9143.13 2.W ]...14 W8866...01 605193.W W2BI 14000.W W76 309.80 3507.51 3561.61 5W.15 -15%Q 9220.79 2285R WR 2.00 5 8TS5 6052001.36 502277E W30 Td7 10.W 90.20 310. 3W714 3W124 600265 .. -7E771 -925480 ... 9307R 2W 90 6052030.W 5021M.W 1410.E 90.14 31.61 W.E 0 605814 -153726 -929665 93.07R 2 716 W M6206638 502141.10 Cry d1B25 E.B4 3590 -147 -9M].51 HS 71 6Entl 35 W5212191 W.17 14200W E0 3 M.82 W.92 W.M -140 61 -937029 HS 000 35 605213391 502067.377 /43E.M 9005 31 32 3506.73 35W83 25797 395,08 -1326.W .9443..12 HS M 7...18 6052232 sal.4 1440000 ... E0 313.M 350664 356074 6357.87 -E15.E HS 000 719 ..35 86.35 M5 7072 W1921.51 Cry 21M 141.67 9005 33.26 M55 W6 2590 -12W03 958708 87.36L 0M 719 W527.W W18W.28 1450000 90.05 3123,21 M55 356065 645776 95M.78 87.ML 2W 719 8636 6052W9.13 W18.W WKI TW8 1456049 W.11 3E M.46 M5 M1821 -1217.M 830 86.78L 2.00 7.20 86.59 6052380.DO W7804,00 14600.OD 90,15 311.21 35M.37 356047 6557.72 -I19D 85 -9662.85 M.78L 2M 7.20 M.75 6052406.19 501774.42 End Cry 14616.W W17 31087 3506.32 MA2 M74.W -1179.T/ -9675.58 HS 2.M 7.20 8682 6052417,25 W7761.67 14700 OD 90.17 310.87 35M.07 356017 6657.72 -1125.37 -9738.43 HS 0 00 7.21 M 82 6052471.54 W 16E.74 148M.M 90.17 31087 3505.77 3659.87 6757.72 4%9.94 -9814N HS 0.00 7.21 M82 6052536.E 50623.03 1490000 90.17 31087 35M.46 35W.W 6657.72 -994.50 -98M.M HS 000 7.22 E.82 6OS2602.17 W15 TW Crv2/1W 149M 79 90,17 37087 3W5.21 3559.31 694251 -939.01 -9953.77 97.75L O O 7.23 8682 6052657.56 501463.13 150DO 00 E.13 310.57 35M.77 3559,27 6M7.72 -929.09 -9965.30 9775L 2.W 7.23 M.82 605266746 501471,59 WX1 Tat9 15049M 90.M0 30960 35M.11 3559.21 70M79 69748 -70002.E 110.19L 2.00 7.M W.M 605269900 501434.00 1510000 89.E 3M64 35M.27 3559.37 7057.69 -M 35 -10042.35 110, 19L 2W 7.24 8662 605273707 W13M4 End Cry 15104.2] M.62 308.56 3505.29 3559.39 791.E 662.69 -10 .69 HS 2.00 7.24 M.W W673333 W7391,11 15200.00 89.62 30856 35M 93 35W.03 7157.63 -80301 -70720.54 HS 000 7.24 W.60 W52793.28 501316.17 15300W 8962 3M,W 350659 3560.69 7257W -740.M -101 E.73 HS 000 7.25 86.60 W6 MS W7237.90 154M.00 89.62 3M.W 3W7.M 3W1.M 7357.49 -678.34 -10276,92 HS 0.M 7.25 M.W 6M2917.70 501159.62 15500.00 89.62 3M.W 3W792 3562.02 7457,42 616.W -10355.11 HS 000 7.26 86 6M 79,91 W1M1.34 Crv2/100 15W1.33 89.62 3M.W 350813 3W2.23 74M.73 -5E.47 -10379.W 19 ER 0.00 7.M M.W 6M2999.40 50105682 W3L1 Tat 10 1591.E 90.00 30870 35M.20 3W2 W 7508.94 -58385 -10395.40 24.47R 2.W TM M96 6053012.DO W1041.00 15600.00 90.E 3Mio 3W783 3561.93 7557.37 -5W.42 -10433.10 2447R 2.00 7.27 87.77 6053042.W W10M.26 End Cry 1WW.27 9791 309.57 350646 35W.M 7613,61 -51 ].T -704]6.67 HS 2.M 7.27 M.72 60530T25 W0959.70 15700.D0 91.91 3M.57 35M00 3559.10 7657,30 -489.93 -10510.30 HS 000 728 88.72 605.3105.73 SW92 % 15800.00 91.91 309.57 3W768 365678 7757.23 4M 27 -1097.E HS 0.D0 7.28 88.72 WM1M.27 500M63 1599.E 97.97 3M.57 34E.35 355245 7M7.16 -36260 -10664.39 HS 0.M 7.28 M.72 MM232.81 500771.70 Cry 2/1M 15964.20 91.91 3M.57 34E.22 3550 2 7921.31 -321.73 -10713.W 16]22R 0.D0 7.29 8872 6MW2]3W 50D722, 18 76000.E 91,21 309.73 3495.24 354934 7E7.M -298.90 -1074141 167.23R 2.W 729 M.M 605329639 500694.59 W3L1 Td 11 76061.93 W.W 310.E 3494.59 3548.69 W79.01 -259.21 -107M.94 16383R 2.M 7.W 8677 60533Wm 5MM47.W 1fi100.00 89,27 370,21 3494.W 35M 93 8057.E -2U,68 -1M7806 1M.ER 2.00 730 M02 605336048 500617.E End Cry 16172.91 87.87 310.62 34E 65 355075 8129.97 -187.42 -lW73.56 HS 2.M 7.31 84.57 6053407.64 W)M2.28 1629.E 87.87 310.62 3497.E 3W1.76 815704 -1WW -10894.10 HS 0.M 731 B4.57 6053425.23 500541.71 163M.W 8787 310.62 3501.38 35M.48 82W.97 -104.75 -10969.E HS 0.M 732 84.57 6M34E.16 5004M.77 164M.M 8787 31062 35M.10 3W920 83M.W -3969 -11045.81 HS 0.M 732 - 84.57 6M35M.70 W0389.82 Cry 2ADO 16458.E 87.87 310.62 3W7.W 3W1.40 641581 -1.34 -11090.53 10.15R 0.M ].32 8457 6053593.W 500345.M 16500W 88M 31076 35M.W 3562.63 84W.M 2541 -11121.64 1015R 2.M 733 85.35 605W20.08 500313E W30 TW 12 16W].25 E.M 311.E 3W)31 3MAI 8524E 69A2 -11172.47 4.85R 2.W 7.33 M.W 6053664.00 5W2 W 16600.E E.65 311M 3509.12 3563.22 85M.83 9092 -11797.18 4MR 2.M 7.34 87.26 6MWM.46 5M238.26 167WW 92.E 31122 3506.25 35W35 MM.78 1W,W -11272.46 4.MR 2.W 734 89.21 6053751,10 SW162W End Cry 1673348 93.31 311.28 3504.51 355861 8690.21 178,73 -11297.60 HS 2.M 7,35 89.E 6053773.10 SW13772 168DO.W 93.31 311.28 35W.M 3554.76 8756.62 222.54 -11347.W HS 0.00 ].35 89.E 6053816E 5WW 76 Crv2/1M 1MWD3 93.31 311.28 349576 3549.E M41.W 278W -1141129 /W94R 0.00 7M 89.E WSM72.74 500023.89 16900.E 93.(M 311.41 3494.92 3549.02 8856.44 288.42 -11422.51 153 ER 200 7.M 89.W WMM269 500012E 170DOW 91.25 312.M 3491.17 3545.27 89W.35 3M.09 -114E.94 IM.ER 2M 7.M 87.67 60W949,14 49M38.12 W3L1 TW 13 170W.M 90.00 312.E 3490.42 3544.52 9025.E 402.M -1154800 154.97R 2.00 T37 8635 605399600 49988 00 End Cn 17098.77 8947 313A5 34W.W 3544.E 90M.04 422.10 -11569.50 HS 2.00 7.37 85.79 W54016.03 499BM 171 W.W 89.47 313.15 34E.57 3544.67 W)%27 422.94 -1157040 HS 000 7.37 M.79 W5401687 499864,57 17200.E 89A7 313.16 3491.W 3w60 9156.17 491.33 -1164335 HS 000 7.38 M.79 60540BS 14 499791.52 17"W 8947 313.15 3492.43 3546.53 92 W 5W.71 -11716W HS 0.00 7.W 85.79 W5 41MQ 499718.47 174M.M 89.47 313,15 3493.E 3547.46 935597 628.10 -1178926 HS OM 7.39 85.79 6054221,67 49E45.42 Crv2/100 17478.E 8947 313.15 3494.E 3648.19 94 A7 M1.84 -11B46.W 963 O.OD 7,39 8579 fi054275,31 499W8.02 17500.E 89.42 373.57 3494.W 354B.d0 9455.87 M655 -11862.16 96.71R 2.W 7,39 85,W 6054290.E 499572.42 W3L1 TW 14 17571.74 89.25 315E 3495.73 3549.23 E27.45 ]46.M -1191351 9443R 2.M 7.40 M.31 fi054340.M 499521.E 17600.E 89.21 315.W 3495.51 3549.61 9555.62 ]6671 41933.39 94.43R 2.W 7.40 M.19 6054360.E 499W1.09 End Cry 1765570 $9,12 316.67 U96.32 3550.42 961706 BM.M 41972W HS 2M 741 84.E 60544M.13 49946242 17]M.M 89.12 376.67 3497.E 3M1.10 EM.10 M08 -12002.39 HS 000 7.41 84.E 60 4 2.30 499431.W 17800.E 89.12 316.67 34E.54 3552.6d 975454 911.82 -12070.W HS 0.M 7,41 84.E 6054504.W 4993W27 17ZW 89.12 31667 35M.07 3554.17 965397 9B4.M -12139.W HS 0.M 7.42 84.E 60545T7.M 499294.56 Cry 21100 17E4.78 89.12 316.87 3W7.07 355617 E18.3B 1031.68 -1218404 814L O.W 7.42 84.E 6054624.59 499250M 18000.E 8923 315.E 3W1.M 359.E 9MA2 1057.15 -1229.E 81.39L 2.W 7.43 85,15 6054MOW 49922570 Drilling Office 2.7.998.0 Nikaitchuq\Spy Island\SI26-NW2\SI26-NW2\SI26-NW2 (P2) 4/10/2015 10:56 AM Page 2 of 75 MD Intl Azim True NDS$ ND VSEC NS EW TF DLS Directional Exclusion Zone Exclusion Zone Northing Easfing Comments (it) 4') (°) (it) (It) (it) in) fit) (°/1001f) DiRculh/ Index Alert g An W1 (flUs) (flu5) W31-i TO 15 180]4 73 89.45 314.W 3W2.44 3586.54 f0027.91 1110.21 -12260,98 76.89E 2.00 7.43 BS.SB 6054]0300 499173.W 18100.00 89.W 31401 3W266 3556.76 10053.12 1127M -122n,W 76 WIL 2.W 743 85.77 6054720.60 49DI54.88 End Cry 1815947 8983 312.85 3502.97 355707 IMIZ52 1168.72 -12322.26 HS 2.00 7.44 76.20 605476141 499111.64 18200.00 8983 312.85 3503.09 3557.19 IM53.02 119528 -1235/97 HS 000 7.44 86.20 W5478893 499081.88 18300.00 89.83 31285 3503.37 3557.47 1025295 1264.29 -12425.29 HS 0.00 7.44 86.20 6054856.81 499WO 47 18400.00 M83 312.85 3503.66 3557.76 10352.87 1332.30 -1249861 HS 000 7.45 66.20 W5492470 498935.06 18500.D0 89.W 31285 3W3.95 3558.05 10452.W 141D.W -12711W HS G.W 7.45 W20 6054992.59 QlWl65 Cry 2/1W 18505.48 89.83 312.65 3503.97 3558.07 10458.27 1404.03 -12575,94 125.99E 000 745 5.31 4987...062 W311 Tot 16 1857651 89W 31/0 36 3558,79 10529,27 151.81 Mfl -12608 20 7.6 8.53 605"Im 498800 1 ... 8.72 311.32 350516 359.26 10552.75 1W0 ..... 26.03E 2.0 46 8532 6W59.5 490787.39 End Cry 8.20 . 8792 3102 3%7,15 3W125 100.92 146737 51189 -12697,70 HS 200 47 868 0510397 497W70 187W.W 87,92 31022 35DS 31 3562.4 10652.70 153241 -12721.97 HS 00 747 8468 60551244 4987114 1880000 87.92 3102 3511.93 603 .. 10752.63 159693 279828 -12874.59 HS 000 7 86E W517.8 49863500 18900.00 87.92 310,22 31556 356966 106525 I61 HS 07 B.B 6D55253.25 4985W.W 1900000 7.92 31022 3519.19 3573.29 10952.4 1 -129W.90 HS 00748 8468 W17.65 49848220 1902451 87.w 3022 3520.W 3574,18 10]6.W 172598 41.W -1W61 .. 6.07R 0cr2W W 7.4 B846........20 8 605533343 484347 W311 TO 17 W.40 311... 3521.83 3575.93 11031.62 177743 -13011,03 67.56R 2.7. 01 WW.0 498422,00t08 91 88W 311,20 52w3]648 1102.4 119 -1W26.6 6.SSR 2.7. 8511 60558274 8.37 EM Cry 19300.W4 79 31259 23.... 3540' 3577.19 11082.96 57 304938 HS 2,0000 74 8526 605501W 4983W.W 1920000 .] 312 3 35]885 111528 1818 -1310.8 HS 000 749 W 26 6055449.59 d9833285 193W 0 88 1 -1324.11 W26 6055516.57 498257.83 10.0 W79 3 3528 35827 11 35227 IN) HS 00750 5.2 6055583,54 4981W61 1 88,79 3121 5 3530.88 359498 1145221 205945 -13323.23 HS 095D0.00 00 7 8526 6055650.51 498109.39 TD 191.37 W79 312,15 3532,59 358669 1153353 211404 -13.55 007.57 85.26 6055705.D0 498MM Survey Error Model: ISC W SA Rev 0 "' 3-D 95.000% ConfMence 2.]955 sigma Survey Program: Description Part MD Fran ,it, MD To in, EOU Freg Iffl Hole Size Casing Diameter llnl hot Survey Tool Type Borehole/Survey 1 0.000 648.000 Ad Stns 16.0W 13.375 SLB_NSG+SSHOT SP33-W3/SP33-W3 1 648.000 3404.8W Act St ns 16.000 13.375 SLB MWD+GMAG SPW-W3/SP33-W3 1 3404.890 10688.090 Ad Stns 12.250 9,625 SLB MWD+GMAG SP33-W3/SP33-W3 1 10687.090 107W.000 1I1110000 12.2W 9.625 SLB_MWD+GMAG SP33.W3L1/SP33-WXL (Pt) 1 10735.000 11050.000 1/100.000 8750 5.500 SL8_MWD-INC_ONLY_FILLER SP33-WX SP33W3L1 (Pi) 1 110W.000 125W O1D 1/1 W.OW B.]W 5.500 SLB MWD+SAG SP33W3L7/SP33W3L7 (P1) 2 11050.000 19W1369 1/100.000 8.7W 5.500 SLB_MWD+GMAG SP33WK SP33-W& (Pi) Drilling Office 2.7.998.0 Nikaitchuq\Spy Island\SI26-NW2\SI26-NW2\SI26-NW2 (P2) 4/10/2015 10:56 AM Page 3 of 75 o CDp O p p p p o CDO r7 r p O I? R O� O O cm 6 J C C � t/1 $ M Q v C40 " o o d r 0 V y O� O O O Cl a a CD� c? J 3 o' a a N N u c p O N d � L ° c� m z z Z z i= �_ 8� ' o LL O O u� Sf S �NR^ O oNNz o >> oOD p D d e O � ° z z ma s° a cu IV z Cl)=a w wz z o z o Z 8� � � � '" � 0 8° ,z zm o o o M U°.z ' z 3 ;z ` M � �a/� V/ y J J z z v o n m �,z Wm f o M°z o o LO m OO � m'„ O o E O UI �m B�gn sS u°azu f OO FgU gZ o M f 8Z i Nix � f LL� o o az z o •� a M M `M E o u ma O si p a o O o N a" � � M Ln z 2 U) CL rn m W O O CD CD CD p t ab ° O CDLO O O O O O 10 T a rn M c? V m0 000081: = WOS (lk) SN 2 - 2 � E La _ / §A\ o � 7 t � §\\ LL % ) \ C; \&; I m 2 !!] k [� � 2) C t � | / n t2 |&2 a ; \\\ ..co ) )){ / ( ^/ |( /( •; ° ° /§�� fi � \ g . 2 ! !§ \8 � \§ ._ Moog a=Glen UO/\-L Vertical Section Plane (0.00ftN,0..00ftE)9310.630 0 LID 2000 4000 '.vertical Section Plane (0.00ftN,0.00ftE)L&31.0.63e M 3000 4000 Vertical Section (ft) 0 2000 4000 6000 Vertical Section (ft) 3000 4000 5000 Vertical Section Plane (0.00 ft N, 0.00 ft E) L 310.63° Vertical Section (ft) -ODD BODD sOaO 1 ODDO Attachment 3 Drilling Hazards Summary Dril_ms! Hazards Sumn.. 8-3/4" Open Hole / 5-1/2" Liner Interval Hazard Risk Level Mitigation Strategy Abnormal Reservoir Pressure Low Stripping drills, shut-in drills, increased mud weight. Stuck Pipe Low Good hole cleaning, PWD tools, hole opener runs, decreased mud weight Lost Circulation Low Reduced pump rates, mud rheology, LCM Hole Swabbing on Trips Moderate Trip speeds, proper hole filling (use of trip sheets), um ing out, backreaming Drilling Hazards Summary 71912014 11:58:00 AM Attachment 4 BOP & Diverter Configuration 0 m ao _J O rm m 2 0 W a_ ? ari} o \ oa o 0 I- o N M N (, \,) V E Fol N U1 vS d 0 00 OO c cOo sO x x x W x x aW m a m m 0 m m a o o f �J' o a o O a H a j > O W - W W U' p W W U' O E En \ d \ d2 _J f N\ O 00 o o\ Oa Y a o o go o o Na o 'f'z mo N o o O Z "'a mcdi> m a m .m on nm -cL WDoJ W O \7 dpppQ}' Z W J lJi �f W \ Z o J W W W if ,p p a c. :2 . Q}dQ' 0\_ :2 M� M 2 N Q �I 111 :2I w Of U cn LLJ J _ N O m m0 d O O Y � U N aw m J Z L LJ O 0 m O Z I m 0 m o � m j w m z x a a o m a W C� N J FO 0 \ \ O LLI a m a � M 7c - M .9/L OL ,L W z J z LU 0 E LnOuoOtnO 0�0��0��mltm 6��M I-mlltm too Oorl)mrl)mrowrom o0r70Onr-"r-N � Fn -NNr7n-4-�r) nLnIDIDr- -o000 j0')00- NNr' n'T":inn10101-1-00 000)0)00--NC rn �7 as -t� t -,I-� ����td-tmot- motriSri -unLnniLunLnnLn6LnLnSriLouriLoLoLn6u-icocococD'cocDQ0 N 0 c 0 �Nr7� nC01-006� �N 7�tunCO1�00- �Nr7 d nCO1-00 a ���ro00 �Nr7��cOI�00rn p� .)MMMO{ O O O O O O O O O=�����--- - N N N N N N N N Q Q a in w w i W Z Y ; 0 J J O _ 00 Q U: m Q c M W H M W W � W H Q W g O (L 0 i14 w ir Q w w a 3 J J Q W J m O Q Q Z C) H U V) a 0 C z _O Q W ►►. mwmmm�w r o o o s 1IOWYY O O O p J70 ' 08,0 S' ' O tog: c / 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 w I � I I I I I I I I I I N w _ W W ° 0H E r yr L6 C'V , W W a> CD0 g W y C'4 y O � UI � o to w per, 0!2- �1y'Q W N J 0 = O J Z Q N O W m W O30yI UO UQ J= J W Q YQ Z�N Q�Q W N J w �' Q N Z F Z O Z 2 Z O c= O J U Z O Z 0¢ O o n d 0 W J cWa ry� q q aP2-2v N x Z Z Z 2 2 I-NNINNH g O q O 0 0 0 2 W d Z I N o 10 m ZU W OJ o l ,a o f t iwz ® m0i - 3NOZa3:uns 301 / AVAWW)J 3W SZ - I I I I N I � I �. ------------ -- Z Kj C: wm O a I I f2 = ° o II � L r O I y � I Q = I o i I � I / � p W � w O fkf Q z W mo ~W =5 a � N O J QY p W w � j Opaf Q coN U d wzow xoN Q wx �d3 z�QzN?�= 3Wz w =p3paw=O N N= w m H p o_ (NNN p F a N N N N w z ZOO ! O Q N o O Z a z II Q J J Q I on zo�mz 'oo wU 0-Ld WHZ) rx \ I \ I \ I \ n I I I I I I -------=--------0-.009 I I F al 04 ( o i o 00 a 0 I N F x :3 NOR + N I --- �rX-1-------------- 0-.004 4. uj \ _C,N I\ r] 2 N on \ ¢z~�v I D f� 3 \\ wZMU E,M I 903m c 2I � H I& to w *90o 0< (4 7 O « zonm 4 I W� U W !L 2 W J 1,;' U Z N CD d N W C) O 0- d 0 0 W V) (n I Attachment 6 FIT & LOT Procedure tza S P E O IDENTIFICATION CODE PAG 206 of 338 VM ENI S.p.A. Eni UP Division REVISION STAP-P-1-M-6140 0 11 15. LEAK OFF TEST PROCEDURE A Leak -Off Test (LOT) will be performed On Wild -Cat wells at each casing shoe after setting the surface casing. LOTs are also recommended to be carried out on both appraisal and development wells. Leak Off Test and Formation Integrity Test (FIT), also termed the Limit Test, are for formation strength pressure tests made just below the casing seat prior to drilling ahead. These tests are carried out to: • Investigate the cement seal around the casing shoe which should be at least as high as the predicted fracture pressure for the area. • Investigate the wellbore capability to withstand pressures below the casing shoe in order to allow proper well planning with regard to the setting depth of the next casing, mud weights and alternatives during well control operations. • Collect regional information on formation strengths and stress magnitude for different applications including optimisation of future well planning, hole stability analysis and modelling, reservoir application. Prior to a test, a decision should be made to either increase the pressure until leak off occurs (as in the LOT) or to stop at a predetermined pressure for a (FIT). It should be noted that: • FIT does not obtain information on stress magnitude. • A LOT is designed and should be performed to determine, in a better way, the desired data without breaking down the formation. When a Formation Integrity Test is required, the maximum pumping pressure is often expressed in terms of 'Equivalent Mud Weight' (EMW): Imperial units EMW = P + MW 0.052 x TVD where: P = Pumping Pressure (psi) TVD = True Vertical Depth (ft) MW = Actual Mud Weight (PPG) Metric units EMW = P x 10 + MW TVD where: P = Pumping Pressure (kg/cM2) TVD = True Vertical Depth (m) MW = Actual Mud Weight (kg/1). s P e o IDENTIFICATION CODE PAG 207 of 338 ENI S.p.A. Ed E&P Division REVISION STAP-P-1-M-6140 0 1 LOTts or FITs can be carried out in any open hole section and at any time while drilling the hole, even if it is customary to have it performed some metres (6-15 metres) below the casing. For instance, the casing seat can be in a shale and the first sand formation may be encountered several hundred feet deeper. This will certainly be more permeable than the shale, and a test can be performed to ascertain the maximum pressure this sand can hold. If it is lower than the shale just below the casing seat, this sand becomes the limiting factor. Note Information obtained from leak -off tests in straight holes is not applicable to deviated holes in the same field and vice versa. 15.1 TEST PROCEDURE Prior to performing a formation strength test, prepare a sheet of graph paper to record pressure, versus cumulative mud volume. 1) Drill out the float equipment, clean the rat hole and drill 5m of new hole. 2) Circulate a mud quantity equal to the internal string volume plus the new hole plus 50m internal casing volumes. This mud shall be cleaned and conditioned to the density and filtrate as indicated in the Mud Programme to be used for the next drilling phase. 3) Pull the bit back into the casing shoe. 4) Rig up the cementing unit to the drill pipe. The unit shall be equipped with high precision, low pressure gauges. The range of the pressure gauge shall be selected based on the actual mud weight and the estimated (LOT) or predetermined (FIT) pressure. A pressure recorder should be used during the test. The use of the rig pumps for making these tests is unsuitable. 5) Fill and test the lines with mud. 6) Break circulation with the cementing unit to make sure that the bit nozzles are clear. Stop pumping when circulation is established. 7) Close the top pipe rams or the annular. 8) In surface well head both flanged and multistage wellheads, open the annulus of the previous casings. In sub sea well head pay attention to not excide the burst pressure of the previous casing. 9) Pump slowly and in continuous way, until pressure builds up to approximately half the anticipated maximum surface pressure. 10) Once pressure is established, pump uniform volumes of mud and wait for the time required for the pressure to stabilise. The flow rate range is from 1/8 bbl/min (20 I/min) up to a maximum of 1 bbl/min (160 I/min), however values of 0.25 bbl (121/4" and smaller holes) or 0.50 bbl (171/2" hole) are commonly used. 11) Note the cumulative mud volume pumped, the final pumping and final static pressure. 12) Repeat steps (9) and (10) above and plot pressure versus cumulative mud volume for each increment of pumped volume. t= S P E O IDENTIFICATION CODE PAG 208 of 338 V"rl ENI S.p.A. Ed UP Division REVISION STAP-P-1-M-6140 0 11 13) Continue this procedure until: Two or three points on the plot are reached where the pressure deviates and falls below the approximate straight line (or if the pressure does not increase with the injected volume). The point on the plot where the curve begins to bend away from the straight line is called Leak Off Point (Refer to Figure 15-1) Or the predetermined test pressure is reached. 14) Stop pumping, shut in the well, record and plot pressure versus time until stabilisation (usually it takes 15-20min). In the early stage (2-3min) one value every 15-30sec should be collected while for the remaining a value of pressure every 30- 60sec may be sufficient. The use of PACR or an equivalent device, if available, is preferred. 15) Bleed off the pressure and record the quantity of fluid returned into the cementing unit. Compare it to the volume used for the test to obtain the amount of fluid lost to the formation. 16) Open the BOP and calculate the formation strength in terms of `Equivalent Mud Weight' using the lowest between leak off point pressure and stabilised pressure. 17) Collect the data recorded during the test in a data sheet together with the following information: borehole diameter, depth of test, depth and type of the last casing, mud density, plastic viscosity, filtrate and gels (refer to the example on the next page). Note: The LOT pressure doesn't exceed the pressure which the casing was tested. Note: When a good zonal isolation behind the casing is imperative, the Leak - off test should be carried out with a retrievable packer to avoid pressurising the casing which may cause possible permanent damage to the cement bond by the creation of micro annuli in the cement. Note: The pumping rate should be kept within the limits described in step 9). If the rate is too low, filtration losses will mask any leakage loss, or, if the rate is too high the formation may suddenly break and the leak off pressure will not be determined. Also, the longer the open hole section, the higher should be the injection rate. If the initial pumping rate is not sufficient, the well should be depressurized and the test restarted with a higher rate. Note: If a float valve is used in the drilling string, the test can not be carried out by pumping down the drill pipe. In this case rig up the cementing unit to the choke or kill line, fill and test the lines against the fail-safe and establish circulation through the riser. Close the BOP and perform the formation strength test pumping down the annulus. $* ENI S.p.A. s P E O IDENTIFICATION CODE PAG 209 OF 338 Efng UP Division REVISION STAP-P-1-M-6140 0 1 LEAK -OFF TEST REPORT ReportN' Date: WELL NAME: VUELL CODE: CONTR7 OR: RIG NAME: RIOCODE: Open holede h m : 825 Mud T e: FVYGELS Rig t e: J.uPs Hole Dameter(in): 121/4 Weight(KgA): 1.3 R.K.B. ele ation(m): 26 Last Cs . Shoe m : 797 Marsh Usoos' seo/Qt : 44 Wow Depth m): 24 Csg. diameter (in): 131" P .V. c s : 19 Pump s: 12-P-160 Grade: S65 Y.P.OMDD ): 5 Liners(in): 6.5" Weight b/t : 61 Gels b/100 to: 2/8 Flow Rate (bpi): 0.25 Max. Burst pres (psi): 3103 W.L ccAO min : 10.5 L0ology Shale Expected EMW 1.68 Kgfcm'f10 m Time min Volume bN Pressure i Time Volume min (bbl) Pressure Psi Time min Volume Pressure bbl Psi 1 025 50 9 2 490 16 2 435 2 050 100 9.5 2 480 3 0.75 200 10 2 470 4 1 DO 300 10.6 2 463 5 125 400 11 2 465 6 150 500 11.C+ 2 450 7 1.75 570 12 2 445 8 NO 600 13 2 440 8 2D0 550 14 2 437 8.5 2D0 505 15 2 435 Nate: Pumped with constant tow rate of(bbl): %)blume pumped (bbl): Lblume return ed (bbl): (psi) 1000 900 800 P 700 stop pump r 600 e S 500 shut in carve S U 400 r 300 8 minutes P 200 100 0 0 0,26 0,5 0,75 1 1,26 1,5 1,76 1 2 3 4 5 6 7 8 9 10 11 12 Cumulative Volume (bbl) Time mins RESULTS: (Press. m + Press. Lo, )x1 OA)epth=[(1 .3 x 797 / 10)+ (430 x 0.07)] x 10 f 797 = 1.68 (Kgfcmz110 m) Nate: I Cornp any Re presentati s Figure 15-1 - Leak -Off Test Report Attachment 7 Surface Platt REV I DATE I BY I CK I APP 'DESCRIPTION IREV I DATE I By I GK A =PP DESCRIPTION C 110/0. 01 S CC I C DrCw-ng I I I I I VICINITY IMAP SCALE: 2 V'Ies I ) 7 N . ( ,.g 2*1 J. K 2 1 THIS SURVEY 50 2 $4 p A.S.P.NA083, Z4. W Do 4i UJ 0) a 31 32 w cr w Tl 4N I Tl 4N I Tl 3N 1 Tl 3N 3LJKT& POINT PAb 0LIKTJDCKK DO 7 1 f-. t DEW t, os- 3R Z. , DS- NOOLpiTO !A pNT A -N II ADO P14 t v 30 DS Mir -1 lTaq1s - 2 ;-3 DS--3N "Ewp OAD Q �u 13 /27 ic 17 p 1 'SAX- '7 P G G-P Y�tAj u I DRAWING NOTES: 1. GRID COORDINATES SHOWN ARE ALAKA STATE PLANE, ZONE 4, NAD83. DISTANCES SHOWN ARE TRUE HORIZONTAL DISTANCES. 2. GEODETIC COORDINATES SHOWN ARE NAD83, 3. BASIS OF LOCATION DERIVED FROM CPS STATIC OBS, PROCESSED INTO OPUS SOLUTIONS, 4. CONDUCTORS ARE LOCATED WITHIN PROTRACTED SECTION 19, TOWNSHIP 14 NORTH, RANGE 9 EAST. UMIAT MERIDIAN. 5. ELEVATIONS SHOWN ARE B.P.M.S.L. DATUM, 6. ALL SECTIONS SHOWN AND/OR REFERENCED IN THIS DRAWING ARE 'PROTRACTED SECTIONS'. 7. REFERENCE LOUNSBURY DOCUMENT E-087 FOR COORDINATE VALUES IN NAD27. OF SURVEYOR'S CERTIFICATE AV o 49th I HEREBY cERT7rY THAT I AM PROPERLY REGISTERED AND : .............. 0. j LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ...... ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY -. FRANCIS J. CORNING G) o DONE BY ME OR UNDER MY DIRECT SUPERVISION AND THAT ALL DIMENSIONS AND OTHER DETAILS ARE CORRECT Jw LS-10665 ..:A- w AS OF OCTOBER 01, 2010 All ........... 4V st SPY ISLAND DRILL SITE WELL CONDUCTORS • AS -BUILT LOCATIONS (@nn us operraffin CAD FlLE:ENI3543D9 DRAWING NO: PART: REV: L g DATE: 1010112010 Eni-3543-d9 1 1 OF 3 0 7 T CC CC S - -a� �Gryota r A.S.P. NAD83. Z4. r J CP W p N �,l0 ca N N rWW�"�_ _,y (A� N NO J NP N N 00 U rn � cA a .A DETAIL A. SCALE: 1"m80' x x k7e<i� DETAIL A SPY ISLAND DRILL SITE (SID) SCALE - 200 0 100 200 111 1" = 200' LEGEND �f I 0 = WELL CONDUCTOR AS —BUILT THIS SURVEY +► ��p�V &qf�a� SPY ISLAND DRILL SITE s WELL CONDUCTORS �• AS —BUILT LOCATIONS Ps 1) 0 a,;i CAD FILE: EN13543D9 us operaHnn g DATE: DRAWING NO: PART: REV: lr 10 01 2010 _ Eni-3543—d9 1 2 of 3 1 0 J N Z 06 M co 0 Q Z CL 4.0 4-0 U) m N m it C ( 3 J I� m o N M Ln m ri N ct Ln I, o r1 m qt to I, N m Ln O u Z M M O O O o o O r1 r1 -1 ri r 1 N N N N N M M M M M M It c* -,t -,t N to r- n 00 w 00 00 00 00 00 00 w 00 00 O 00 00 00 00 w 00 00 00 00 00 00 00 00 00 to j M 00 r� r-I 0) CO 0) 01 r-I N Ln o0 Q1 r-I N d' I� o Rt M l0 r-I r-I ri ri 4 4 o0 ri -cT oo O q O M I� O m LD rn I- O m lD Ol Co 01 N Ln Ol N Ol N Ln 00 M Lo o0 O M Ln O N lc� rll� Ol ri o0 O m Ln I* Cl Ild: Lo 01 ri rn to N Ln I� al O M m M - ct tt Ln In Ln In Ln LD Lo I- n n n n oo oo oo 01 m Ol O O O O ri r-I r-I ri ri r-I r-I r-I r-I ri r-I .-4 r1 r1 ri ri ri r-I r-I r-I ri ri 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d * t * d' -1 d * * -t -* * 't t -1 It d' t T * I d w JO ri ri r-I ri ri ri r1 r1 ri ri ri r1 ri r-I ri r-I ri ri r-I ri ri ri ri ri ri ri ri r-I O v M 00 p M -t O1 Ol cF Ol ';T O Mt 01 Lo ri Lo N I, N ri I, N 00 M 00 -t O 1* 0 Z O 01 r- LD 'ct M O 00 I, W-t N o0 I- Ln -* N ri oo lD Ln m No Lo Vl M N Q `--' N ri ri ri ri r-I ri O O O O O Ol Cl Ol Ol Ol Cl o0 o0 o0 o0 o0 o0 Il r-� n n Z N n n n n n n t\ r- n n n I\ LD 1.0 l0 W l0 LO LD LD LD l0 l0 LD LD l0 LO LD O 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 +� rn m M m m m rn m M M M M M in m M M M c'n M M M m rn M cn M cn +,+ fn cY1 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 J 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O 0 O -c* of r� to ri r-I m ri O Ln N lD r� 00 O O ct Ln ri r-I m m to o0 o0 r-I ri ;� Vl I* al ri in rn Ln o0 Ol r1 N V1 Ol O N M lD Ol ri N :� m ri d' to w O -* LD m ri M Ln N R* r- m ri m I� O N ICT Lo 00 Ln 0o O N Ur Lo to Ln 4 m m ri 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00 00 m c-I �-1 m m It m n ri M Rt lD I, 00 Ln d' m -- N d' r-I 01 ri M �i lD o0 O U1 n ri ri ri N N N N m m m N N N tV N N N N N N 7 } d d d d d I- W Ln Ln Ln Ln Ln Ln Ln Ln Ln Ln 11 � 0 01 0 a1 0 Ol 0 0) 0 01 0 0) 0 0) 0 al 0 0) 0 01 J d d d d' d ct d d pA ri ri r-I ri ri ci c-I c-I c-I c-I O Ili p M M M M M M M N M Z d' N m lD 00 t0 lD l0 Ln l0 M l0 N lD m m r\ m r-� r-� r-� r� r-� r� r-.4 r-: N N N N N N N N N N J m O m o m 0 M 0 m 0 m 0 m 0 M 0 M 0 M O O O O O O O O O O O O r- r- r- m 00 m m .-I d- r- oo ri m d: Ln r- oo Ln Ln U M Ui O rV 4 LO o0 O 4 lD n X n LD U1 d' m N r-I r-I 0) 00 N - d' d' It RT m m p ri ri ri ri r-I ri r-I ri ri r-I Q ri ri ri ri ri ri .-i ri e-i z Ln Ln Ln Ln Ln Ln Ln Ln un Ln 1v a Ln LD 1n r, m m r-I m a1 t }, d' Ol 0) M o0 M o0 N O lD m n d m ri O 00 n d' N r-I r-I ri r-1 r-I ri O O O O l0 lD lD lD lD lD lD t0 LD l0 m M m M m m m m m m N �mmu)m Lnmmm O O O O O O O O O O Q L6 L6 W�D I.DWlo N M l0 n N M U1 01 r-I r- O m 61 N lD al N Ln d' r, lD o0 N Ln rl al N d al ri N N M M m cn d d d m 7 m - _m _M _m _m _m _M _m _M _m U Ln Ln LI1 6n Un Ln m m Ln Ln S? 0 01 Q1 01 al al 01 al Ol 01 Ol � ri t-I ci ri ri ri ri t-I r-I ri O N m 00 p Z O m lD d' m r-I O w m d Z n lfl lD 6 lD l0 lD l0 LD l0 l0 6 l0 lD Ln lD Ln lD Ln to N fV N N N N N N N N +O M M M M M M M m M m N M M M M M M c'n m m m 0 O 0 O 0 O 0 O 0 O o O e O o O 0 O 0 O p m d' l0 01 ri N M Ln lD M M 4 to o m Ln r� m ri Ln r� m X O Ln 0) d' 00 d r- d lD d Ln d * d d• d N d r-I d 00 p - `-I r-Ir-Ir-Ir-Ir-I r-I r-I ri ri Q Ln to Ln lD Ln LD Ln lD Ul l0 Ln U1 Ln Ln Ln Z ri ri ri ri ri lD c-i lD c-1 lD ri lD ri lD ri v C ra a � lD l0 Ln m d• ri m rn d• O d; rn d: am cn ri rl m r 1 O r, Ln m N O Ol lD -411 L j _ r, r� lD lD lD wLD Ln Ln Ln V} m m m m m m m M M m N O N x Ln x nri 00 p Q Z I n N p Q z Ln Attachment S 1/4 Mile Scan Report O O O O O NO CDO Z O O �O O CI co O O O Co r O � F V Z 0 0MAN 0 N O O O � V V Cl)C) Z C. CO ? CO Cl. O COes, c m - CD I1 CL CL3 N n J E � MAms W"F/A � � Z _ 04 M N O O (n .C' r tl O O cw A %t% N z Ir CD z — � O o y o o 00 N � � J n n N W O A N N� O O a f m a o0 O () N a U) o 0 N p LL v m N o 0 d H a o y (n o a O O p �m O O N N a 6;;VD LL V r u U1 v� OM :n IL H W O i _ W a Z J M o a O O o m^ m M O O � O N co N N �/� m Z o 0 0 m N O p o E o 0 O O c V � 1.V O 7 Cl 0 C� O OO C r M v o CL �o 0 li - Cl N `cO � �f� CL o � m CO p ' o o 0 0 0 o 0 0 0 m f f O m o CD 0 o 0 0 0 O o 0 0 0 0 0 0 M F N N M 7 WOOL I l = OIEDS (4) SN i �R SP33-WX1 (P2) Anti -Collision Detailed Report Analysts Method: 3D Least Distance Depth Interval: Every 50.00 (ft) Measured Depth Step-down Trajectory: Reference Trajectory Analysis Date-24hr Time: April 09. 2015-11:33 Analysis Machine: AKA-DEC-9010 Database 1 Project: localhostldrilling-Nikaitchudi 2.8 572 Distance Unit: It Azimuth Unit: deg TC Azimuth Reference: North North Reference: True Client Ent Petroleum Version / Patch: 2.9.572.0 NOTE: Measured Depth is referenced to individual borehole elevation. TVD, NS, EW are referenced to the reference trajectory's wellhead location and borehole elevation. A minimum of 0.300 m is always included for borehole diameters. All local minima Indicated. Results flltered: Depth 10736.00 ft <= MD <= 19580.23 It, Ct-Cl, separation <= 1500.00 ItResults hlghifghted: EOU-EOU separation r- 1320.00 It And -Collision Rules Used Rule Set Name D&M AmCollision Standard S002 v5A15.2 Exemption Risk Level: Minor Rule Name Risk Levei Rule Tvce Rule Label SLB Alert Zone Threshold OSF=5.0 S002 v5.1/5.2 Alert Ratio OSF = 5.06 SLB Minor Risk Threshold OSF=1.5 S002 v5.1/5.2 Minor Ratio OSF = 1.50 SLB Major Risk Threshold OSF=1.0 S002 v5.1/5.2 Major Ratio OSF = 1,00 SLB Surface Rule S002 v5.1/5.2 Major CT CT MAS = 32.81(ft) SLB Alert Zone Threshold CtCtr_i 5m S002 v5.1/5.2 Alert CT_CT MAS = 49.21(ft) Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 1 of 24 Reference Trajectory Summary Field: Nikaitchuq Well: SP33-M Structure: Spy Island Borehole: SP33-MLI Slot: SP33 Trajectory: SP33-Vv3Lf (P2) Client: Eni Petroleum Type: Def Plan Coordinate System: NAD27 Alaska State Plane, Zone 04. US Feet North Reference: True Grid Convergence Angle: 0.08843614° Grid Scale Factor: 0.999900149 Magnetic Declination: 18 796' Magnetic Declination Date: June 01, 2015 Magnetic Model: BGGM 2014 Reference Point: Now Eastlne Elevation Structure Unc. Slot Unc. 6053611,830 (ftUS) 511434.430 (ftUS) 54.100 (it) MSL 0.000 (it) (1 sigma) 0.000 (ft) (1 sigma) Tns ectory Error Model: ISCWSAO 3-D 95.000%Contitlence 2.7955 sigma SurveAnc Proc: While Drilling Description Part MD From (it) MD To (it) EOU Freq (it) Survey Tool Type Hole Size (in) Casing Diameter (In) Borehole / Survey 1 0,000 41.000 Act -Sins SLB_NSGtSSHOT-Depth Only -No Global 16.000 13.375 SP33-W3/SP33-W3 1 41.000 648D00 Act-Sms SLB_NSG+SSHOT-No Global 16,000 13.375 SP33-W3/SP33-W3 1 648.000 3404.890 Act-Sms SLB_MWD+GMAG-No Global 16.000 13,375 SP33-W3 / SP33-W3 1 3404,890 10688,090 Act-Sms SLB_MWD+GMAG-No Global 12.250 9.625 SP33-W3/SP33-W3 1 10688.090 10735,000 1/100.000 SLB MWD+GMAG-No Global 12,250 9,625 SP33-W31_1/SP33.W3LI(P2) 1 10735.000 11050.000 1/100.000 SLB_MWD-INC_ONLY _FILLER -No Global 8750 5,500 SP33-W31_1/SP33-W3Li(P2) 1 11050.000 12550.000 1/100,000 SLB_MWD+SAG-No Global 8.750 5.500 SP33-W3L1 / SP33-W3L1 (P2) 2 11050.000 19580.234 1/100.000 SLB_MWD+GMAG-No Global 8.750 5.500 SP33-W3L1/SP33-W31_1(P2) Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 2 of 24 Offset Trajectory Summary Offset Selection criteria: Offset Selection Criteria: Definitive Surveys - Definitive Plans - Definitive surveys exclude definitive plans -AII Non-Def Surveys when no Def-Survey is set in a borehole -AII Non-Def Plans when no Def-Plan is satin a borehole Offset Selection Summary Wells Selected Boreholes Selected:fi Definitive Surveys Selected:4 Non-Def Surveys Selected Definitive Plans Selected Non-Def Plans Selected:1 Total Trajectories OSF filter in detailed report: None Excluded: The trajectory was analyzed and fully passed all criteria so the detailed results have been excluded from this report for clarity. Trajectory Borehole Well Type Passing Exclutled SP28-NW3 (P4) SP28-NW3 SP28-NW3 Def Plan SP33-W3 SP33-W3 SP33-W3 Def Survey SP33-W3 (P3b) SP33-W3 SP33-W3 Def Plan SP33-W31-7 (P1) SP33-MLi SP33-W3 Non-Def Plan SI35-W4 S135-W4 S135-W4 Def Survey SI34-W6 SI34-W6 SI34-W5 Def Survey S132-W2 S132-W2 S132-W2 Def Survey Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 3 of 24 Field: Nikaitchuq Well: SP33-WU Structure: Spy Island Borehole: SP33-MLI Slot: SP33 Trajectory: SP33-W3L1 (Pf) Client: Ere Petroleum Type: Non-Det Plan Coordinate System: NA027 Alaska State Plane, Zone 04, US Feet North Reference: True Gdtl Convergence Angle: 0.08843614' Grid Scale Factor: 0.999900149 Magnetic Declination: 18.796° Magnetic Declination Date: June 01, 2015 Magnetic Model: BGGM 2014 Reference Point: Norminn Eastlna Elevation Structure Unc. Slot Unc. 6053611. 830(ftUS) 511434.430 (ftUS) 54,100 (ft) MSL 0,000 (ft) (1 sigma) 0.000 (ft) (1 sigma) Traiectory Error Model: ISCWSAO 3-D 95.000% Confidence 2.7955 sigma Survevtno Prot: While Drilling Description Part MD From (R) MD To (ft) EOU Freq (ft) Survey Tool Type Hole Size (In) Casing Diameter (In) Borehole / Survey 1 0,000 41,000 Act-Sms SLB NSG+SSHOT-Depth Only -No Global 16.000 13,375 SP33-W3I SP33-W3 1 41.000 648,000 At-Sm. SLB_NSG+SSHOT-No Global 16,000 13375 SP33-W3/SP33-W3 1 648.000 3404.890 Act-Sms SLB_MWD+GMAG-No Global 16,000 13,375 SP33-W3/SP33-W3 1 3404890 10688,090 Act-Sms SLB_MWD+GMAG-No Global 12.250 9,625 SP33-W3 / SP33-W3 1 10688.090 10735,000 1/100,000 SLB_MWD+GMAG-No Global 12,250 9.625 SP33-W3L1/SP33-W3L1(P7) 1 10735.000 11050.000 1/100.000 SLB_MWD-INC_ONLY _FILLER -No Global 8.750 5.500 SP33-W31-1/SP33-W/31_1(P1) 1 11050,000 12550.000 V100.000 SLB_MWO+SAG-No Global 8.750 5,500 SP33-W31_1/SP33-Wy31_1(P7) 2 11050.000 19581.369 1/100.000 SLB_MWD+GMAG-No Global 8,750 5.500 SP33-W/3L1/SP33-W3L1(PI) Minimum Allowable Traveling Cylinder Allowable Deviation from EOU-EOU Controlling Reterence MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim Ct-CI Distance Separation Reference Clearance OS, Rule Status (h) fRl (ft) (ft) (R) (h) (ft) (ft) (') (ft) (ft) (ft) (ft) All local minima indicated. Results filtered: Depth 10735,00 ft c MD c 19580.23 ft Results filtered: Ct-Ct separation r- 1500.00 ft Results highlighted: Ct-Ct separation c 1320.00 R 10750.00 3576.95 -3625.78 -6695,02 10750.00 3576.95 -3625,78 -6695.02 0.00 213.37 -213.37 -142.57 -0.01 OSF1.50 Fail 10800.00 3578A0 -3594.35 -6733.89 10800.00 3578,10 -3594.35 -6 33.89 0.00 213.53 -213.53 -142.68 -0.01 OSF1.50 Fail 10850.00 3579.26 -3564.16 -6773.73 10850.00 3579.26 -3564.16 -677373 0.00 213.99 -213.99 -142.99 -0.01 OSF1.50 Fail 10900.00 3580,41 -3535,39 -6814,60 10900,00 3580.41 -3535.39 -6814.60 0.00 214.46 -214.46 -143.30 -0.01 OSF1.50 Fail 10950.OD 3581.55 -3508.07 -6856.46 10950.00 3581.55 -3508,07 -6856A 0.00 217,26 -217.26 -145.17 -0.01 OSF1.50 Fail 11000.00 3582,70 -3482.22 -6899.24 11000.00 3582.70 -3482.22 -6899.24 0.00 220.33 -220.33 -147.22 -0.01 OSF1.50 Fail 11050.00 3583.83 -3457.87 -6942,89 11050,00 3583.83 -3457,87 -6942.89 0.00 228,12 -228.12 -152.41 -0.01 OSF1.50 Fail 11100.00 3584.96 -3435.07 -6987.38 11100,00 3584.96 -3435.07 -6987.38 0.00 233,67 -233.67 -156.11 -0.01 OSF1.50 Fail 11111.00 3585,21 -3430,27 -6997.27 11111,00 3:85.21 -3430.27 -699727 0.00 233.68 -233.68 -156.11 -0.01 OSF7.50 Fail 11150.00 3585.94 -3412,90 -7032A8 11150,00 3585,93 -3412.90 -7032.18 261.45 0.01 119.75 -119.74 -80,15 -0.01 OSF1.50 Fail 11250.00 3:86,48 -3389.29 -7076.25 11200.00 3586.42 -3389,31 -7076.26 283.36 0.06 119.80 -119.73 -80.13 -0.01 OSF1.50 Fail 11200.00 3586.57 -3364.22 -711950 11250.00 3586.42 -3364.25 -7119.52 285,29 0.16 119.88 -119.79 -80.09 -0.01 OSF1.50 Fail 11350.00 3586,20 -3337.70 -7161.88 11300:00 3585,92 -3337.76 -7161.92 287.24 0.29 119.96 -119.67 -80.01 -0.01 OSF1.50 Fail 11350.00 3585.38 -3309.77 -7203.35 11350.00 3584.93 -3309.88 -7203.41 289.fi3 0.47 119.50 -119.04 -79.53 -0.01 OSF1.50 Fail 11400.00 3584,36 -328125 -7244,40 11400,00 3583.69 -3261.30 -7244.42 300.42 0.67 111,97 -711.30 -74.30 0.00 OSF1.50 Fail 11450.00 3583.36 -3252.21 -7285.09 11450.00 3582.52 -3252.24 -7285,09 305.23 OS 111.26 -110.42 -73,66 0,00 OSF1.50 Fail 11500,00 3582A2 -3221.79 -7324,76 11500,01 3581.56 -3221.81 -7324,75 308.25 0.86 111.26 -110.41 -73.64 0.00 OSF7.50 Fail 11550,00 3581.53 -3190,01 -7363.34 11550.01 3580,81 -3190,01 -7363,34 310.43 0.72 111.37 -110.65 -7385 0.00 OSF1.50 Fail 11600.00 358068 -3156.89 -740079 11600.01 3:80.32 -3156.91 -7400.80 309.84 036 111.84 -111.48 -74.52 -0.01 OSF1.50 Fail 11650.00 3579.85 -3122.94 -7437.49 11650.01 3580,00 -3122,96 -7437.51 141,14 0.15 113.3 -113.18 -757 -0.01 OSF1.50 Fail 11700.00 3:79.02 -3088.98 -7474.17 11700.01 3579.69 -3088.99 -7474,19 134.79 0,68 111.67 -110.99 -14.10 0.00 OSF1.50 Fail 11750.00 3578A9 -3055.01 -7510.85 11750.00 3579.39 -3055.02 -7510.88 133.97 1.20 111.68 -110.48 -73.58 0.00 OSF1.50 Fail 11800.00 3577.36 -3021.04 -7547,54 11800.00 3579.08 -3021,06 -7547.56 133,65 1.72 111.72 -110.01 -73.09 0.01 OSF1.50 Fail 11850.00 3576,53 -2987.08 -7584,22 11850.00 3578,77 -2987.09 -7584.25 133.48 2.24 111.79 -109.55 -72.61 0.02 OSF1.50 Fail 11900,00 3575,70 -2953.11 -7620.90 11900.00 3578.46 -2953.12 -7620,93 133.37 2.76 111.85 -109.09 -72.13 0.02 OSF1.50 Fail 11950.00 3574.87 -2919.15 -7657.58 11949.99 3578,15 -2919.15 -7657.62 133,30 3.28 111.92 -108.64 -71.66 0.03 OSF1.50 Fail 12000.00 3574,26 -2885.19 -7694.28 11999.99 3577.84 -2885.18 -7694.31 133,01 3.56 111.99 -108.43 -71.43 0.03 OSF1.50 Fail 12050.00 3574.12 -2851.25 -7730.99 12049.97 3577.69 -2851.25 -7730.99 132,73 3.57 112.21 -108.64 -71.56 0.03 OSF1.50 Fail 12100.00 3574,32 -2817,34 -776774 12099.96 3577.84 -2817,34 -7767.73 132.67 3.52 112.310 -108.79 -71.68 0.03 OSF1.50 Fail 12105.00 3574.53 -2783.43 -7804.48 12149.96 3577.99 -276 .43 -7804,47 132.58 3.46 112.40 -108.94 -71.80 0.03 OSF1.50 Fail 12200.00 3574.75 -2749,52 -7841,22 12199.96 3578.14 -2749.52 -7841.21 132.50 3.39 112.49 -109.09 -71,93 0.03 OSF1.50 Fail 12250.00 3574.97 -2715.61 -7877.97 12249.96 3578.30 -2715.60 -7877.95 132.41 3.32 112.58 -109.26 -72.06 0.03 OSF1.50 Fail 12300.00 3575.19 -268170 -7914.71 12299.96 3578.45 -2681.69 -7914.89 132.32 3.26 11Z68 -109.43 -72.19 0.03 0$F1.50 Fail 12350.00 3575.41 -2647.79 -7951.46 12349,96 357%0 -264778 -7951.43 132.22 3.19 112,79 -109.80 -72.33 0,03 OSF1.50 Fail 12400,00 3575,63 -2613.88 -7988.20 12399,96 3578.75 -2613.86 -7988,17 132.12 3.13 112.91 -109.78 -72.47 0,03 OSF1.50 Fail 12450.00 3575.85 -2579,97 -8024,94 12449,96 3578,91 -2579.95 -8024.91 732.02 306 113,03 -109.97 -72.62 003 OSF1.50 Fail 12492.23 3576.03 -2551.33 -8055.98 12492.19 3579.04 -2551.31 -8055,94 132.0 3.01 113,15 -110.14 -7275 0.03 OSF1.50 Fail 12500.00 3578.07 -2546.07 -8061.69 12499.95 3579.08 -254606 -606166 132.09 301 113.20 -110.19 -7276 0.03 OSF7.50 Fail 12550.00 357665 -2512,49 -809834 12549.91 3579.72 -2512.53 -8098.69 131.76 3,07 113.55 -110.48 -72.9 0,03 OSF1.50 Fail 12600.00 357785 -2479.48 -8136.27 12599.87 3580.96 -2479.47 -8136.13 129.10 3,31 113.81 -110.50 -72.89 0.03 OSF1.50 Fail 12650.00 3578.87 -2446,84 -8174.14 12649.86 3582.67 -2446.78 -8173.91 127.76 3,81 114,00 -110.19 -72.52 0.04 OSF1.50 Fail 12700.00 3580.09 -2414.22 -8212,00 12899.85 3584.42 -2414,12 -621172 127.28 4,34 114,14 -109.80 -7Z08 0.04 OSF1.50 Fail 12750.00 3581,31 -2381,59 -8249,87 12749,85 3586.17 -2381.45 -8249.53 126.90 4.88 114.31 -109.43 -71.66 0.05 OSF1.50 Fail 12800.00 3582.53 -2348.96 -8287.74 12799.85 3587,92 -2348.79 -8287.34 126SO 541 114,48 -109.07 -71.24 0.06 OSF1.50 Fail 12850,00 3583,75 -2316.33 -8325,61 12849.84 3589.67 -2316.12 -8325.15 126.35 5.94 114.66 -108.72 -70.83 0.07 OSF1.50 Fail 12900DO 3584.98 -2283.70 -8363.47 12899.84 3591.42 -2283.46 -8362,96 126.14 6.47 714.83 -108,36 -70.41 0.07 OSF7.50 Fail 12950.00 3586,20 -2251.08 -8401,34 12949.87 3593.15 -2250.78 -8400.80 126.02 6.98 714.97 -107.99 -69.99 0.08 OSF1.50 Fail 13000.00 3587.42 -2218.45 -8439.21 12999.98 3594.32 -2278.21 -8438.87 127A5 6.91 11472 -107.81 -69.10 0.08 OSF150 Fail 13050.00 3588.56 -2185,89 .8477.13 13050.08 3594,67 -2185.90 -8477.15 130.56 6.11 114.44 -108.33 -70.51 0.07 OSF7.50 Fail 13100.00 3589.17 -2153.75 -8515.43 13100AS 3594.21 -2153,85 -8515.63 132.06 5.05 11444 -109.39 -71.57 0.05 OSF7.50 Fail 13150.00 3589.23 -2122,01 .8554.07 13150.17 3593.13 -2122.05 -8554.21 131.05 3.91 174.41 -110.50 -72.69 0.04 OSF1.50 Fail 13200.00 3589.21 -2090.33 -8592.75 132WAS 359Z02 -2090.27 -8592.78 128,64 2.81 714.57 -111.78 -73,90 0.02 OSF1.50 Fail 13250.00 3589.19 -2058,65 -8631.43 13250.14 3590.90 -2058.49 -8631.35 123,1fi 1.72 116.27 -114.55 -76,12 0,01 OSF1.50 Fail 13300.00 3589A7 -2026.98 -8670.12 13300.13 3589.79 -2026.71 -8669.92 100.67 070 140.68 -139.98 -93A2 0.0 OSF1.50 Fail 13350.00 3589.15 -1995.30 -8708,80 13350.12 3588.67 -1994.93 -8708.48 354,65 0.69 165.58 -164.89 -110.03 0.00 OSF1.50 Fail 13400.00 3589.14 -1963.62 -8747.49 13400, 11 3587.56 -1963.15 -8747.05 311.34 1.70 131,25 -129.55 -86.12 0.01 OSF1.50 Fail 13450.00 3589,12 -1931.94 -8786.17 13450.10 3586A4 -1931.37 -878562 32577 2.79 124.89 -122.10 -80.79 0.02 OSF1.50 Fail 13500.00 3589,10 -1900.26 -8824.85 13500.06 3585.15 -1899.79 -8824.32 319.49 4.01 119.11 -115,09 .7572 0.04 OSF1.50 Fail 13550.00 3588.99 -1868.65 -8863.60 13549.98 3583,35 -186877 -8863,39 309.2d 565 175.56 -109,92 -71.73 0.06 OSF150 Fail Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1 \SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 4 of 24 Trajectory: SP33-W31-7 (P2) Vs. SP33-W31-1 (P1) Minimum IIAllowable Traveling Cylinder Allowable DeviaBon from EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule StaNs (ft) ft) (ft) (ft) (ft) (ft) (ft) (ft) (°) (ft) (ft) (ft) (R) - -a9114./3 l3>99.aa 3>a1.U3 -la3a.39 -a9U1.a/ 3UL.33 /.1/ 11/.5a -110.39 -71.53 0.08 OSF1.50 Fail 13650.00 3586.49 -1806.W -N12.2l3 13649.77 3578.23 -1808.50 -8942.75 296,96 8,41 121,36 -112.95 -72.82 0.09 OSF1.50 - Fail 13700.00 3583,96 -1776.98 -8982,18 13699.71 3575.00 -1779.13 -8983,02 292.57 9.26 125.55 -116.29 -74.77 0.10 OSFt.50 Fail 1375000 3581.00 -1747.28 -9022,29 13749.71 3571.71 -1749,80 -9023.37 290.51 9.69 128.39 -118,70 -76.23 0.10 OSF1.50 Fail 13800.00 3578,04 -1717.57 -9062,41 13799.83 3568,61 -1720.20 -9063.69 289.61 9.88 129.40 -119,52 -76.72 0.10 OSF7.50 Fail 13850.00 3575,08 -1687.87 -9102.52 13849.96 3566.04 -1690.02 -9103.64 29169 9.37 126.53 -117.16 -75,32 0.10 OSF1.50 Fail 13900.00 3572,18 -1658.05 -9142.55 13900.06 3564,01 -1659.31 -9143,17 297.55 8.29 121A8 -712.89 -72,83 0.09 OSF1.50 Fail 13:50,00 3569.64 -1627.49 -9182.04 13950A4 3562,54 -1628.05 -9182.28 303.57 7.13 11634 -111.20 -72.09 0.08 OSF7.50 Fail 14000.00 3567.51 -1596.13 -9220.92 14000.20 356161 -1596.28 -9220.94 308,21 5,90 117,78 -111.88 -72.94 0.06 OSF7.50 Fail 14050.00 356578 -1563.97 -9259,17 14050.23 3561.22 -1563:98 -9259.16 31062 4.56 118,11 -113,55 -7451 0.05 OSF1.50 Fail 14100.00 3564.57 -1531,08 -9296,81 14100,22 3561.07 -1531,11 -9296.82 31062 3,50 118.28 -114.78 -75.68 0.03 OSFi 50 Fail 14150.00 3563.94 -1497.49 -9333.84 14150.23 3560.98 -7697.58 -9333.91 110.51 2.97 118.585 -115.58 -76.39 0.03 OSF1.50 Fail 14200.00 3563,81 -146332 -9370,34 14200.23 3560.92 -146345 -9370,45 309.85 2.89 118.93 -116.04 -76.72 0.02 OSF1.50 Fail 14250.00 3563.74 -1429.08 -9406.77 14250.23 3560,87 -1429.19 -9406,87 310.39 2.87 119.09 -716.22 -76,85 0.02 OSF1.50 Fail 14300.00 3563.67 -1394.84 -9443.21 14300.23 3560.83 -1394,92 -9643,28 310,94 2.84 119.26 -116.43 -77.00 0.02 OSF7.50 Fail 14350.00 3563.59 -1360.60 -9479,64 14350.23 3560.78 -1360.66 -947930 311.51 2.81 119.48 -116.66 -77.17 0.02 OSF 1.50 Fail /4400.00 3563.52 -1326,36 -9516.08 14400.23 3560,74 -1326.40 -9516.12 312,08 2.71 119.71 -116.93 -77.35 0.02 OSF1.50 Fail 14450.00 3563,45 -12:2.12 -9552,51 14450,23 3560,69 -1292.14 -9552.53 31266 2.76 119.99 -117,23 .77.56 0.02 OSF1.50 Fail 14500.00 3563.38 -1257.87 -9588.95 14:51123 3:60.65 -1257.88 -9588.95 313.22 2.73 120.30 -117,56 -77.79 0.02 OSF1.50 Fail 14550.00 3563,30 -1223.96 -9625,69 14550:23 3560,58 -1223,97 -9625.69 312.21 2,72 120.49 -117.77 -77.93 0.02 OSF1.50 Fail 14600.00 3563,17 -1190.70 -9663.02 14600.22 3560.47 -1190.70 -9663.01 311.18 230 120.68 -117.98 -78.08 0.02 OSF1.50 Fail 14650.00 3562,96 -1157.98 -9700,82 14650.22 3560.32 -1157.95 -9700.79 311.72 264 121.06 -118.42 -78.40 0.02 OS F 1,50 Fail 14700.00 3562.74 -1125.31 -9738.68 14700.22 3560A7 -1125.23 -9738.60 31340 2,57 121708 -119.21 -78,940 0.02 OSF7.50 Fail 14750,00 3562.52 -1092'65 -9776,54 14750.22 3560.02 -1092,51 -9776.40 315.17 2,51 122.17 -720.36 -79,73 0.02 OSF1.50 Fail 14800.00 3562.30 -1059.99 -9814.39 14800.22 3559.87 -1059.79 -9814.21 317.03 2.45 124.33 -121.89 -8 77 0.02 OSF150 Fail 14850.00 3562,08 -1027.32 -9852,25 14850.22 3559,71 -102707 -9852.02 31699 2,39 126.22 -123,84 -82.09 0.02 OSF1.50 Fail 14 00,00 3561.86 -994.66 -9890,10 14900.22 3559.56 -994.35 -9889.83 321.04 2.33 128.58 -126.25 -83.72 0.02 OSF1.50 Fail 14950.00 3561,64 -962.00 -9927.96 14950,22 355041 -961,63 -9927.63 323.19 2.28 131,44 -129,16 -85,68 0.01 OSF7.50 Fail 15000.00 3561,41 -929.33 -9965.81 15000.23 3559.27 -928.94 -9965A7 324.45 2.21 133.5 -131.38 -87.17 0.01 OSF1.50 Fail 15048,84 3561.25 -89748 -10002.85 1:049,08 3559.21 -897.48 -10002.85 310.4 2.04 123.28 -121.24 -80.47 0.01 OSF1.50 Fail 15050.00 3561.25 -896.74 -10003.73 15050.23 3559,21 -896,75 -10003,74 309.93 2,04 123,23 -121.19 -80.44 0.01 OSF1.50 Fail 15100.00 3561,48 -864.63 -10042,06 15100.23 3559.37 -865,21 -10042.53 290.00 2.24 138.99 -136,74 -90,74 0.01 OSF1.50 Fail 15150.00 3562.15 -833.11 -10080.86 15150.23 3559.70 -834.04 -10081.62 282.57 2.73 150.99 -148.2 -98.26 0.02 OSF1.50 Fail 15200.00 3563.16 -802,04 -10120.03 15200.23 3560.03 -802.87 -10120.72 289,32 3.31 138,99 -135.68 -69.68 0.03 OSF7.50 Fail 15250.00 3564,19 -771,00 A0159.21 15250,22 3560.36 -771.71 -10159.81 294.81 3.94 131.69 -127.75 -84.19 0.03 OSF1.50 Fail 15300.00 3565.22 -739,96 -10198,40 15300.22 3560,70 -740.54 -10198.90 298.76 4.59 127.99 -123,40 -81.06 0.04 OSF1.50 Fail 15350.00 3566,25 -708.92 -10237.56 15350.21 3561.03 -709.38 -10237.99 30171 5,26 126.26 -121,01 .79.25 0.05 OSF1.50 Fail 15400.00 3567.28 -677.88 -10276,77 15400,21 3561.36 -678.21 -10277.08 304.00 5.94 125.63 -119,69 -78.14 0.06 OSF1.50 Fail 15450.00 3568.31 -646.84 -10315.95 1:450,20 3561.69 -647.05 -10316.17 305.81 6.63 125.62 -118.99 -77,45 007 OSF1.50 Fail 15500.00 3569,34 -615,80 -10355.14 15:00.20 3562.03 -615.88 -10355.26 307.29 7.32 125.94 -118.63 -76.97 0.08 OSF1.50 Fail 15550.00 3570,36 -584.73 -10394.30 15550.14 3562.30 -584.73 -10394.30 308.67 8.06 126,33 -118.27 -76.48 0.08 OSF1.50 Fail 15600.00 3571.21 -553.17 -10433.07 15599.99 356193 -55343 -10433.10 308.18 9.28 126.27 -116.99 -75.23 0.10 OSF7.50 Fail 15650.00 3571,95 -521.35 -10471,63 15649.79 3560.77 -521,89 -1047162 307.41 11.20 126.51 -115,32 -73.47 0.12 OSF7.50 Fail 15700.00 3572.69 489.52 -10510A 15699.71 3559,11 490,11 -10510.08 307.90 13.59 126.78 -113.19 -71.26 0.15 OSF7.50 Fail 15750.00 3573.44 457.70 -10548.74 15749.65 3557.45 -458,32 -10548,56 30625 16.00 127.11 -111.11 -89.07 0.18 OSF 1.50 Fail 15800'00 3574A8 -425,88 -10587,30 15799.60 3555,79 426.52 -10587.04 308.51 18.40 127.46 -109.06 -66.90 0.21 OSF1.50 Fail 15850.00 3574.92 -394.06 -10625.86 15849.54 3554.13 -394.73 -10625.52 30671 20.81 127.82 -107.01 -6673 0.23 OSF1.50 Fail 15900.00 3571,67 -362.23 -1066442 15899,48 35:2.47 -362.93 -10663.99 308.87 23.21 128.19 -104.98 -62.57 0.26 OSF1.50 Fail 15950.00 3576.41 -330.41 -10702.98 15949,42 3550.81 -331.14 -10702A7 309.00 25,62 128.57 -102.95 50.42 0.29 OSF7.50 Fail 16000.00 3577,15 -298.59 -10741.53 15999.70 3549.35 -299.09 -10741.18 309.20 27.81 129.09 -101121 -58.58 0,31 OSF7.50 Fail 16050.00 3577.69 -266.68 -10780.02 16050A8 354871 -266.75 -10779.94 309.88 28.98 129.71 -100.74 -57.83 0,33 OSF1.50 Fail 16100.00 3577.48 -23446 -10818,26 16100.66 3548.94 -234.25 -108158.57 310.25 28.54 130.31 -101.77 -58.66 0.32 OSF1.50 Fail 16150.00 3576.51 -201.99 -10856.27 16751.09 355002 -201.61 -10856.98 310.23 26.50 130.85 -104.36 -J07 0.29 OSF1.50 Fail 16200.00 3575.35 -169.45 -10894.21 16201:11 3551.81 -169.03 -10895.01 310.14 23.56 131.30 -107.74 -64, 30 0.26 OSF1.50 Fail 16250.00 3574.18 -136.91 -10932.16 16251.10 355366 -136.56 -10932,86 310.08 20.54 131.06 -111.13 17.57 0.22 OSF1.50 Fail 16300.00 3573,02 -104,37 -10970,10 16301.01 3555.52 -104.09 -10970,72 310.00 17.52 132.02 -116.51 -70.83 0.19 OSF1.50 Fail 1635000 3571.86 -71.83 -11008.05 16350.92 3557,38 -71,62 -11008,58 309.89 14.50 132,38 -117.89 -70409 0.15 OSF1.50 Fail 16400.00 3570.70 -39,29 -11046,00 16400.83 3559.23 -39.15 -11046.44 309,72 71.47 132.73 -121,25 -77.34 0.12 OSF1.50 Fail 16450.00 3569.54 E.76 -11083.94 16450.73 3561.09 -6.68 -11084.29 309.43 8.45 133.05 -124.60 -80.58 0.08 OSF7.50 Fail 16500.00 3568.37 2578 -11121,89 16500,56 3562.65 25.71 -11122.06 309,44 5.13 733.20 -127.47 -83.40 0.05 OSF1.50 Fail 16550.00 3567,32 58.40 -11159.77 16550A5 3563.36 58A -11159.79 310,78 396 133.50 -129,54 -85,36 0.03 OSF1.50 Fail 16600.00 3566,58 91.24 -11197.47 1161138 313.22 91.17 -11197,47 310.33 3.37 133.40 -130.04 -85.90 0.03 OSF1.50 Fail 16650.00 3566,15 124.32 -11234.96 16650.32 356221 123.99 -11235,09 30670 3.95 13440 -130.45 -85.97OSF1.50 Fail 16700.00 3565,83 15749 -11272,36 16700.21 3560.34 156.82 -11272.62 304.60 5.54 136.24 -130.71 -85.62 0.05 OSF150 Fail 16750.00 3565.51 190.67 -11309.77 16750.08 355765 189.66 -11310.05 304.78 7.93 136.61 -128.68 -83.47 0.08 OSF1.50 Fail 16800.00 3565.19 223.84 -11347.18 16800.01 3554.76 222.55 -11347.51 305.08 10.51 136.77 -126.26 -81.00 0.11 OSF1.50 Fail 16850.00 3564.87 257.02 -11384.59 16849.95 3551,88 255.44 A1384.97 305.27 13,09 137.04 -123.95 -78,60 0.13 OSF1.50 Fail 16900.00 3564.55 290.19 A1422.00 16899.96 3549.02 288.39 -11422.48 305.44 15,64 137.28 -121.64 -76.21 0.16 OSF7.50 Fail 16950,00 3564.23 323.37 -11459.40 16950.19 354675 32173 A1459.99 306,30 17,57 13695 -119.38 -74.06 0.18 OSF1.50 Fail 17000.00 3563.91 356.54 -11496.81 17000.47 3545.26 355.41 -11497.29 307.99 18.68 136.54 -117.86 -72.67 0.20 OSF1.50 Fail 17050.00 3563.59 389.72 -11534,21 17050.77 3544.57 38940 -11534.36 310,63 1902 136.80 -117.78 -72.50 0.20 OSF1.50 Fail 17100.00 3563,68 423,16 -11571,38 17101.05 3:44.68 423.66 -11571.16 313.8 19.07 138,22 -119.21 -73.46 0.20 OSF1.50 Fail 17150.00 3564.43 457.03 -11608.16 17151.05 3545,14 45785 -11607.64 315.81 19,31 139.6 -120.11 -73.96OSF1.50 Fail 17200.00 3565.77 491.25 -11644.59 17201.04 3545.61 492.04 -11644.11 315.87 20.18 139.59 -119.41 -73.21 0,21 OSF1.50 Fail 17250.00 3567.19 525.53 -11681,16 17251.03 3:46.07 526.22 A1680.58 375.39 21.14 139.72 -118.58 -72.33 0.22 OSF1.50 Fail 17300.00 3568,62 559.81 -11717,33 17301.02 3546.54 560,41 -11717.05 314.95 22.10 139.89 -717.79 -71.49 0,23 OSF1.50 Fail 17350.00 3570.05 594.09 -11753.71 17351.01 354700 59460 -11753.52 314.55 23.06 140.11 -117.06 -70.68 0.24 OSF1.50 Fail 17400,00 3571,48 628,36 -11790,08 17401.00 3547.47 628.79 -11789.99 314A 24.02 140.37 -116.35 -69.89 0.25 OSF7.50 Fail 17450.00 3572.91 662.64 -11826.45 17450.99 3547,93 662,97 -11826A6 313.84 24.98 140.66 -115.68 -69.13 0.26 OSF1.50 Fail 17:00.00 3574.28 696.99 -1186276 17501.01 3:48.41 697.24 -11862.89 313.95 25.88 140,97 -115.09 -6843 0.27 OS 1.50 Fail 17550.00 3575.31 731.83 -11898.61 17551,016 3548,97 732.06 -11898,83 314.64 26.34 141.31 -114,97 -68.19 0.27 OSF1.50 Fail 17600.00 3575.95 767.23 -11933.91 17601.10 3:49.63 767.50 -11934.16 315.56 26.32 141,72 -115,40 -68.49 0.27 OSF1.50 Fail 17650.00 3576.26 803.20 -11968.64 17651.13 3550.35 803.54 -1196&86 316.63 25.91 142,18 -116,27 -69.21 0,26 OSF1.56 Fail 17700.00 3576,34 639.57 -12002.95 17701.13 3551,12 839,90 -12003,16 316.87 25.22 142,60 -117.38 -70.17 0.28 OSF1.50 Fail 177%00 357642 875.95 -12037.25 17751.12 3551.89 876.27 -12037.46 316.85 24,53 143,05 -118.52 -71.16 0.25 OSF1.50 Fail Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 5 of 24 Trajectory: SP33-W3L1 (P2) Vs. SP33-W3L1 (P1) Minimum Allowable Traveling Cylintler Allowable Deviation from EOU-EDD Controlling Reference MD Reference TVD Reference NS Reference EW OflsetMD Offset TVD Offset NS OffsetEW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule StaNs 17850.00 3:76.57 948.71 -12071,55 -12105. B5 17601 12 17851.12 3,52.66- 3553,42 949.00 -12106.06 316.80 23.15 143.96 - -120.81 -73.15 0.23 VS -u Fall OSF1.50 Fail 17900.00 3576.65 115.01 -12141.15 17901.11 3511A1 985.36 -12140.36 316.78 22.46 144.41 -121.95 -74.14 0.22 OSF1.50 Fail 17950.00 3576.72 1027.47 -12174.45 17951.11 3554.96 1021.73 -12174.66 316.75 21.77 14487 -123. 10 -75.14 0.22 OSF1.50 Fail 18000.00 3576.79 1 57.70 -1220691 18001.06 3555.669 1057.91 -12209.10 316.00 21.10 145.24 -124.13 -76.05 0.21 OSF1.50 Fail 18050.00 3576.83 1093.35 -12243.97 18051.00 3556,30 1093.51 -12244,12 314.98 20.53 145.53 -125.00 -76.82 0.20 OSF1.50 Fail 16100.00 3576,82 1128.38 -12279.64 18100:93 3556.76 1128A9 -1227975 313.99 20.06 145.83 -125.77 -77.49 0.20 OSF1.50 Fail 18150.00 3576.77 1162.78 -12315,92 18150.85 3557.04 1162,85 -12315.96 313.05 19.73 146.15 -126.42 -78.03 0.19 OSF1.50 Fail 18200.00 3576.66 1196.75 -12352.62 18200.84 3557.19 1196,85 -12352.59 313.04 19.49 146.65 -127.15 -78.60 0.19 OSF1.50 Fail 18250.00 3576.59 1230.69 -12389.33 18250.84 3557.33 1230,86 -12389,25 313.27 19.26 147.24 -127.98 -79.23 0.19 OSF1.50 Fail 18300.00 3576.50 1264.64 -12d26,04 18300.84 3557.48 1264.86 -1242591 313.51 1903. 14785 -128.82 -79.87 0.18 OSF1.50 Fail 183%00 3576.41 1298.59 -12462.75 18350.84 3557.62 1298,86 -12462.56 313.76 18.79 148.46 -129.69 -80.52 0.18 OSF1.50 Fail 18400.00 3576.32 1332.53 -12499,46 18400.84 3557.77 1332.87 -12499.22 314.01 18.56 149A3 -130.57 -81.19 0.18 OSF1.50 Fail 18450.00 3576,23 1366,48 -12:36.17 18450.84 3557.91 1366.87 -12535.88 314.27 18.33 149.80 -131.47 -81.87 0.17 OSF1.50 Fail 18500.00 3576.14 1400.43 -12572.88 18500.84 355105 1400.87 -12572.53 314.54 18.10 150.50 -132.40 -82.58 0.17 OSF1.50 Fall 18550.00 3576.05 1434.37 -12609.59 18551.01 3558.41 1434.78 -12609.57 313.89 17.65 150.69 -133.05 -83.14 0.17 OSF1.50 Fail 18600.00 3576.05 1468.14 -12646,46 18601.17 3559.28 1468.15 -12646.96 310.91 16.78 150.14 -13336 -83.64 0.16 OSF1.50 Fail 18650.00 3576,34 1501.32 -12683.86 18651.32 3560.67 1500,96 -12684.84 307.76 15.71 150.37 -13466 -84.87 0.11 OSF1.50 Fail 18700.00 3576.92 1533.87 A2721.81 18701.35 3562.46 1533,28 -12723,00 305.32 14.53 151.13 -136.60 -86.55 0.14 OSF7.50 Fail 18750.00 3577.68 1566,04 -12760.08 18751.34 3564.27 1565,53 -12761.15 305.47 13.46 151.47 -138.01 -87.85 0.12 0SF1.50 Fail 18800.00 3578.44 1598.20 -12798.36 18801.33 3568.08 1597.79 -12799.29 305.81 12.40 151.81 -139.41 -89.13 0.11 OSF1.50 Fail 18850.00 3579,20 1630,36 -12:36.:4 18851.31 3567,89 1630.04 -12837:44 306.22 11.34 152.20 -140.86 -9045 0.10 OSF1.50 Fail 18900.00 3579.96 1662.51 -12874.92 18901.30 3569.71 1662.30 -12875,59 306.71 10.28 152.61 -142.33 -91.79 0.09 OSF1.50 Fail 18950.00 358073 1694.67 -12913.20 18951,29 3571.52 1694.55 -1291373 307.31 9.22 153.08 -143.86 -93.16 0.08 OSF1.50 Fail 19000.00 3581,49 1726.83 -12951,47 1900128 3573,33 1726.81 -12951.88 308.07 8.16 153.65 -145.48 -94.59 0.07 OSF7.50 Fail 19050.00 3582.21 1759.06 -12989.69 19051.24 3575.09 1759.13 -12989.94 309.65 7.13 154.41 -147.28 -96.14 0.06 OSF7.50 Fail 19100.00 3582.67 1791:82 -13027.46 19101.18 3:76.51 1791.98 -13027.53 312A2 6.16 155.60 -149.44 -97.90 0.05 OSF1.50 Fail 19150.00 3582.81 1825.19 -13064.70 19151.15 3577,62 1825,40 -13064.65 314.21 5.11 157.14 -151.95 -99.90 0.04 OSF1.50 Fail 19200.00 3582,84 1858.76 -13111:1 19201.14 3578.68 1858,94 -1310171 314.50 4.17 157.85 -153.68 -101.39 0.03 OSF1.50 Fail 19250.00 3582.87 1892.33 -13138.81 19251.13 3579.73 1892.48 -13138.76 314.85 3.14 15675 -155.61 -103.02 0.02 OSF1.50 Fail 19300.00 3582.90 1925.90 -13175.87 19301.12 3580.78 1926,02 -13175.82 315.54 2.12 160.10 -157.98 -104.94 0.01 OSF1.50 Fail 19350.00 3582.93 1959.46 -13212.92 19351.11 3581.84 1959.56 -13212.87 317.53 109 163.51 -162.41 -108.24 000 OSF7.50 Fail 19400.00 3582.95 1993,03 -13249,98 19401.10 3582.89 1993.09 -13249.92 3.33 0.10 311.80 -311.69 -208.09 0.00 0SF1.50 Fail 19450.00 3582.98 2026.60 -13287.03 19451.09 3583,94 2026,63 -13286.98 128.73 0.96 157.91 -156.94 -104.64 0.00 0SF1.50 Fail 19500.00 3583,01 2060.17 -13324,09 19501,08 3585.00 2060A7 -13324.03 131.15 1.99 158.65 -156.66 -104.11 001 OSF1.50 Fail 19550.00 3583.04 2093.74 -133fi1.i4 19551.Ofi 3586.05 2093.71 -13361.08 131.92 3.01 159.51 -156.50 -103.66 0.02 OSF1.50 Fail 19580.23 3583,06 2114.04 -13383.55 19581.29 3586.69 211399 -13383.49 132.17 3.63 159.97 -156.34 -103.35 0.02 OSF150 Fail �?561,111IM l6'. Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 6 of 24 Field: Nikadchuq Well: SP33-W3 Structure: Spy Island Borehole: SP3341/3 Slot: SP33 Trajectory: SP33-W3 Client: Ens Petroleum Type: Del Survey Coordinate System: NAD27 Alaska State Plane, Zone 04, US Feel North Reference: True Grid Convergence Angle: 0.08843614' Grid Scale Factor: 0.999900149 Magnetic Declination: 20,419' Magnetic Declination Data: August 01, 2012 Magnetic Model: SGGM 2011 Reference Point: Now Eastina Elevation Structure Unc. Slot Unc. 6053611,830(ftUS) 511434430(ftUS) 54A00(ft)MSL 0.000(ft)(1 sigma) 0000(ft)(1 sigma) Trajectory Error Model: ISCWSAO 3-D 95.000% Confidence 2.7955 sigma Surveying Pros: As Drilled Description MD From (ft) MD To (ft) EOU Fraq Survey Tool Type Hole Size (in) Casing Diameter (In) Borehole I Survey 0.000 40.820 1198.425 SLB NSG+SSHOT-Depth Only -No Global 16.000 13.375 SP33-W3 / SP33-W3 40820 41,000 Act-Sms SLB NSG+SSHOT-Depth Only -No Global 16.000 13.375 SP33-W3/SP33-W3 41600 648,000 Act-Sms SLB_NSG+SSHOT-No Global 16.000 13.375 SP33-W3/SP33-W3 648,000 3404.890 Act -Stria SLB_MWD+GMAG-No Global 16.000 13.375 SP33-W3/SP33-W3 3404.890 10943.160 Act-Stns SLB_MWD+GMAG-No Global 12.250 9,625 SP33-W3 / SP33-W3 10943,160 19484.210 Act-Stns SLB_MWD+GMAG-No Global 8.750 5.500 SP33-W3/SP33-W3 19484.210 19544,000 Act-Stns SLB_BLIND+TREND-No Global 8,750 5. 500 SP33-W3/SP33-W3 Minimum Allowable JTraveling Cylinder Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Ofteet NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft) (ft) (ft) (ft) (ft) (ft) (°) (tt (R) (ft) (ft) All local minima indicated. Results filtered: Depth 10735.00 R c MO c 19580,23 R Results filtered: Ct-Ct separation - 1500.00 R Results highlighted: Ct-Ct separation c 1320,00 ft 10735.00 3576.36 -3635,38 -6683.51 10735.00 3576.36 -3635,38 -6683.51 0.00 133,5 -133.53 -89.35 -0.01 OSF1.50 Fail 10750.00 3576.95 -3625.78 -6695.02 10750.00 3577.16 -3625.70 -6694,94 100.05 0,24 114.08 -113.84 -76.14 -0.01 OSF1.50 Fail 10:00.00 3578.10 -3594.35 -6733.89 10799.96 3579.81 -3593AS -6733.04 93.06 2.09 116.29 -114.20 -75.76 0.01 OSF1.50 Fail 10850,00 3579,26 -3564.16 -6773,73 10849.87 3582.58 -3561.48 -6 71.17 77.86 5.02 122,48 -117.46 -76.96 0.05 OSF1.50 Fail 10900.00 3580,41 -3535.39 -6814,60 10899.68 3585.45 -3529.48 -6809.30 66.91 9.40 126.24 -118,83 -76A1 0.10 OSF1.50 Fail 10950.00 3581,55 -3508.07 -6856.46 10949.39 3:88.05 -3497.69 -6847.43 57.86 15.20 136.75 -121.54 -76.29 0.16 OSF 1.50 Fail 11000.00 358270 -3482,22 -6899.24 10999.14 3590.41 -3466.23 -6885.90 50.94 22.20 165.53 -123.33 -75.15 0.22 OSF1.50 Fail 11010.01 3583.83 -3457.87 £942.89 11048.81 3592,58 -3435,36 -6924,73 45.47 30.22 158.10 -127.88 -75.51 0.28 OSF1.50 Fail 11100.00 3584.96 -3435.07 -6987.38 11097.87 3594.56 -3405.13 -6963.33 40.77 39,59 165,84 -126.26 -11.30 0.35 OSF1.50 Fail 11150.00 3585.94 -3412.90 -7032,18 11146.33 3596,55 -3375.02 -7001.25 39.89 50.04 166.38 -116.34 -61,21 0,44 OSF1.50 Fail 11200.00 3586.48 -3369.29 -7076.25 11194A8 3598.52 -3344 d4 -7039.03. 41,07 59.51 166.49 -106.97 -51.81 0.53 OSF1.50 Fail 11250.00 3586,57 -3364.22 -7119,50 11243,82 3599.71 -3313.31 -7076.65 42.35 67.82 166.81 -98.99 4371 0.60 OSF1.50 Fail 11300.00 3586,20 -3337.70 -71261,88 11292,71 3600.11 -328174 -7113,98 43.70 74.96 166.95 -91.99 -36W 0.67 OSF1.50 Fail 11350,00 3585,38 -3309.77 -7203.35 11341,64 3600,33 -3249,78 -7151,03 45.37 80.99 166,97 -85.98 -30.65 0.72 OSF1.50 Fail 11400.00 3584.36 -3281,25 -7244,40 11390,43 3600A4 -3217.55 -7187.65 45.40 86.82 166,83 -80.01 -24.73 0.78 OSF7.50 Fail 11450.00 3583.36 -3252.21 -7285.09 11439,10 3600.41 -3184,96 -7223.80 47.04 92.58 166.73 -74.15 -18,90 0.83 OSF1.50 Fail 11500.00 3582.42 -3221,79 -7324.76 11489.04 3600.35 -3151.28 -7260.68 49.10 96.96 168.27 -71.31 -15-55 0.86 OSF1.50 Fail 11550.00 3581.53 -3190.01 -7363,34 115W53 3600.59 -3117.47 -7298.17 51.52 99.37 170.36 -70.99 -14.53 0,87 OSF1.50 Fail 11600.00 3580.68 -3156.89 -7400.79 11589.92 3601.30 -3083.98 -7335.81 54.42 99.82 172.10 -72.28 -15.24 0.87 OSF1.50 Fail 11650.00 3579.85 -3122.94 -743749 11640,19 3602,68 -3050.84 -7373.58 56.15 99.01 173.51 -74.50 -16,99 0.85 OSF1.50 Fail 11700.00 3579.02 -3088.98 -7474.17 11689.61 3604.12 -3018.23 -7410.69 57,610 98.31 173.69 -75.38 -17.81 0.85 OSF1.50 Fail 11750.00 3578.19 -305501 -7510.85 11739,14 3605,16 -2985.27 -7447,65. 58.60 97,91 174.49 -76,58 -18.75 0.84 OSF1.50 fail 11800.00 3577.36 -3021.04 -7547,54 11789,06 3605.86 -2951.88 -7484.76 59.77 97.66 175.37 -77.71 -19.58 0.83 OSF7.50 Fail 11850.00 3576,53 -2987.08 -7584.22 11839.13 3606.22 -2918.31 -7521,90 60.55 9744 176.76 -79.33 -20.73 0.82 OSF1.50 Fail 11900.00 3575,70 -2953.11 -7620.90 11889.56 3606A3 -2884,52 -7559.33 61.08 97.07 179.03 -81,96 -22.61 0.t71 OSF1.50 Fail 11950.00 3574,87 -2919,15 -7657,58 11939.21 3605,61 -2851.25 -7596.18 61.37 9657 180.31 -83.74 -23.97 0.80 OSFi_50 Fail 12000.00 3574.28 -2885.19 -7694.28 11987.85 3604,98 -2818.20 -7631.87 61,30 96.56 180.45 -83,89 -24.06 0,80 OSF 1.50 Fail 12050.00 3574,12 -2851,25 -7730.99 12037.18 3604.28 -2784.21 -7667.62 60.83 97.06 187.76 -84.70 -24.44 0.80 OSF1.50 Fat 12100.00 3574.32 -2817,34 -7767.74 12087.13 3603.51 -2749,71 -7703,73 60.12 97.58 184.13 -86.55 -25,50 0,79 OSF 1.50 Fail 12150.00 3574.53 -278343 -7804,48 12136.95 3602.62 -2715.25 -7739.69 59.33 98,16 186.51 -88.36 -26,51 0.79 OSF7.50 Fail 12200.00 3574.75 -274% -7841.22 12186.67 3601.40 -2680.70 -7775,43 58,34 98.87 188.92 -90.05 -27.41 0.78 OSF1.50 Fail 12250.00 3574.97 -2715.61 -7877,97 12237.23 3600.00 -2645.57 -7811.76 57.26 99.58 192.52 -92.94 -29,10 0.77 OSF1.50 Fail 12300,00 3575.19 -2681.70 -7914.71 12288.07 3598.85 -2610.60 -7848.65 5640 99.90 196.30 -96.41 -31.30 0.76 0SF1.5D Fail 12350.00 357541 -264779 -7951.46 12340.76 3597,67 -2575,05 -7887.52 55.65 99.37 202.59 -103.22 -36.02 0.73 OSF1.50 Fail 12400,00 3575.63 -2613.88 -7988,20 12392.86 3596.19 -2540.96 -7926.88 54.88 97.47 207,73 -110.26 41.35 030 OSF1.50 Fail 12450.00 357585 -2579.97 -8024.94 12441.83 3594,35 -2508.97 -7963.92 53.88 95.43 209.37 -113.94 44.48 0,68 OSF1.50 Fail 12500,00 3576.07 -2546.07 -8061.69 12491.11 3592,00 -2476,37 -8000.79 52.34 93,92 211,68 -11736 47,53 0,66 OSF1.50 Fail 12550.00 3576,65 -2512.49 -8098.74 12541,22 3589.d7 -2443,15 -8036.22 49.71 92.92 214.97 -12206 -5033 0.64 OSF1.50 Fail 12600.00 3577.65 -2479.48 -8136.27 12591,25 3586.96 -2410,07 -8075.68 46.64 9261 193.62 -10162 -Wau 0.71 OSF1.50 Fail 12650.00 3578,87 -2446.84 -8174.14 12641,24 3584.73 -2377.08 -8113.17 44.38 92.84 195.22 -102,39 -37.64 0.71 OSF1.50 Fail 12700.00 3580.09 -2414,22 -8212.00 12690.99 3582.80 -2344.27 -8150.51 42A3 93,17 196.31 -103.14 -38.03 0.71 OSF i.50 Fail 12750.00 3581,31 -2381.59 -8249.87 1274048 3580.87 -2311,50 -8187,55 40.50 93.79 196.95 -103.16 -38784 0.71 OSF1.50 Fail 72800,00 3582.53 -2348,96 -8287.74 12790.76 3579.00 -2278.14 -8225A2 38.63 94.60 198,63 -104.02 -38,14 0.71 OSF1.50 Fail 12850.00 3583,75 -2316,33 -8325.61 1294154 3577,77 -2244.71 -8263,33 37.15 95.10 200,99 -105.89 -39.22 0.71 OSF1.50 Fail 12900.00 3584.98 -2283.70 -8363.47 12:92.26 3576.90 -2211.64 -8301,77 3588 9522 203.18 -117.96 40,56 030 OSF1.50 Fail 12950.00 3586.20 -2251,08 -8401.34 12942.92 3575.72 -2178.92 -8340,43 34.41 95.01 205.31 -770.30 -42.19 0,69 OSF1.50 Fail 13000.00 3587.42 -2218.45 -8439,21 12992.46 3574.59 -2148.99 -8378,29 3296 9477 205,59 -110.82 42.62 0.69 OSF1.50 Fail 13023.76 3588,00 -2202,94 -8457.20 13016.01 3574.18 -2131.74 -8396.23 32,36 94.75 205.77 -111,01 42.75 069 OSF1.50 Fail 13050.00 3588.56 -2185.89 -8477.13 13042,11 3573.83 -2114.78 -8416.07 3143 94,88 206.13 -111.25 42.87 0.69 OSF 1.50 Fail 13100.00 3589,17 -215375 -8515.43 13092,78 3573.39 -2081.96 -8454.68 30A4 95.35 208.20 -112.84 4377 0.68 OSF7.50 Fail 13150.00 3589.23 -2122.01 -8554.07 13143.67 3573.28 -2049.26 -8493.66 29.74 95.90 210.72 -114.83 44.92 0.68 OSF7.50 Fail 13200.00 3589.21 -2090.33 -859275 13195.15 3573,61 -2016.64 -8533.48 29,95 95.84 214,16 -118.32 47.26 0.67 OSF1.50 Fail 13250.00 3589A9 -205B.65 -8631.43 13245,92 3574.35 -1984.98 -8573.17 30.34 95.10 216.71 -121.61 -49.70 0,65 OSF1.50 Fail 13300.00 3589,17 -2026.98 -:670,12 13295.75 3574,91 -1953.96 -8612.17 30,62 94.30 217.98 -123.68 -51.35 0.65 OSF1.50 Fail 13350.00 3589.15 -1995.30 -8708.80 13345.56 3575.07 -192294 -8651.14 30.66 93.59 219.17 -125.58 -52.85 0.64 OSF1.50 Fail 13400.00 3589,14 -1963,62 -8747.49 13395.35 3574.39 -1691.96 -8690.10 30.19 92.98 220.18 -127.19 -54.13 0.63 OSF1.50 Fail 13450.00 3589.12 -1931.94 -8786.17 1344572 3573.15 -1860.68 -8729.56 29.36 92.40 221.83 -129.43 -55, 82 0,62 OSF 1.50 Fail 13500.00 3589.10 -1900.26 -8824.85 13496.36 3572.40 -1829.43 -8769.41 28,80 91A 223,95 -132,46 -58,14 0.61 OSF 1.50 Fail 13550.00 3588,99 -1868.65 -8863.60 13566.53 3571,94 -1798.63 -8809,01 28.02 90.41 225.49 -135.08 -60.24 0,60 OSF1.50 Fail 13600,00 3588.16 -1837.54 -8902.73 13596.63 3571.26 -1767.96 -8848.61 27.25 89.75 227,06 -137.30 -61,95 0.59 OSF1.50 Fail Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 7 of 24 Trajectory: SP33-W3L7 (P2) Vs. SP33-W3 Minimum Allowable Traveling Cylinder Allowable Deviation hom EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft) (ft) (ft) (ft) Ift) (ft) C) (ft) (R) (ft) (ft) 13700.00 3583.96 -1776.98 -8982,18 13697.08 3569.77 -1706.75 -8928.24 27.38 89.68 231.35 -141.67 64.88 0.58 OSF1�50 Fail 13750.00 3581.00 -1747.28 -9022,29 13747,13 3569,45 -1676.34 -8968,00 29.11 90.08 233.49 -143.41 65.91 0.57 OSF1.50 Fail 13800.00 3578.04 -7717:57 -9062.41 13797.22 3569.72 -1645.90 -9007,77 31.21 90.51 235.61 -745.10 66.89 0.57 OSF1.50 Fail 1385000 3575.08 -1687.87 -9102,52 13847.51 3570.69 -1615.45 -9047.79 33.72 90.88 23778 -146.89 67.96 0.57 OSF 1.50 Fail 13900.00 3572.18 -1658.05 -9142,55 13897.38 3572,34 -1585.40 -9087.55 37.25 91.12 238.98 -147.86 -6853 0.57 OSF1.50 Fail 13:50.00 3569,64 -1627.49 -9182,04 1394674 3574.52 -1555.56 -9126.80 41.43 90.83 238.95 -168.13 -6 80 0.57 OSF1.50 Fail 14000.00 3567.51 -1596.13 -9220.92 13995.53 3577.01 -1525.84 -9165,42 45.57 90.06 237.67 -147.61 -1 71 0.56 OSF1.50 Fail 14050.00 3565.78 -1563.97 -9259, 17 14043.88 3578.65 -1495,70 -9203.19 48.95 89.22 235.74 -146.52 -68.27 0.56 OSF1.50 Fail 14100.00 3564.57 -1 31.08 -9296.81 1409168 3579.29 -1465,09 -9239.90 51.29 8837 233.29 -144.92 67.49 0.56 OSF1.50 Fail 14150.00 3563.94 -1497.69 -9333.84 14138.75 3579.38 -1433.77 -9275.03 52.83 88.07 230.01 -141.93 65.59 0.57 OSF 7.50 Fail 14200.00 3563.81 -1463.32 -9370-34 14187.04 3579,13 -1400.50 -9310,02 53.20 88.43 228.34 -140.41 -64.46 0.58 OSF1.50 Fail 14250.00 3563.74 -1429.08 -9406,77 14236,95 3579,73 -1366.00 -9346.08 53.57 88.99 229.92 -140.94 64.62 0.58 OSF1.50 Fail 14300.00 3:63.67 -1394.84 -9443.21 14286.79 35:1.27 -1331.64 -9382,15 54.55 89.62 230.51 -140.89 64.38 0.58 OSFi 50 Fail 14350.00 3563.59 -1360.60 -9479.64 14336,61 3582.63 -1297,20 -9418.13 55.38 90.37 231.14 -140.77 -64.05 0.58 OSF1.50 Fail 14400.00 3563.52 -1326.36 -9516.08 1438702 3583.54 -1262.28 -945447 55.91 91.12 232.89 -14177 64.47 0.58 OSF1.50 Fail 14450.00 3563.45 -1292.12 -9552,51 14437.89 3583.55 -1227.20 -9491.31 55.92 9145 23571 -144.26 66.00 0.58 OSF7.50 Fail 14500.00 3563.38 -1257.87 -9588.95 14488.57 3582,78 -119247 -9528.21 55.46 91.34 238.53 -147.18 68.00 0.57 OSF7.50 Fail 14550.00 3563.30 -1223.96 -9625.69 14539.16 3581.81 -1158.02 -9565.26 53.89 91.35 241.22 -149.87 69.79 0.56 OSF1.50 Fail 14600.00 3563.17 -1190.70 -9663.02 14590.33 3580.81 -1123.52 -9803.01 52.29 91.79 244.77 -152.98 -7172 0.56 OSF1.50 Fail 14650.00 3562,96 -1157.98 -9700,82 14641.68 3580.10 -1M 49 -9641,48 51.50 92.22 248.40 -156.17 -73.70 0.55 OSF1.50 Fail 14700,00 3562.74 -1125.31 -9738.68 14892.38 3579.64 -1056.39 -9679.87 51.35 92.16 250.95 -158779 -75.47 0.55 OSF 1.50 Fail 14750.00 3562.52 -1092,65 -9776.54 14742.99 3579.26 -1023.62 -9718,44 51.31 91.76 253.36 -161.60 -7747 0.54 OSF7.50 Fail 14800.00 3562,30 -1059.99 -9814.39 14792.92 3578,92 -991.41 -9756.58 51.29 91.22 254.83 -163.61 -78.99 0.53 OSF 7.50 Fail 1485000 3562.08 -1027.32 -9852.25 14842.88 3578.54 -959.14 -9794.72 51.25 90.71 256.37 -165.66 -80.53 0.53 OSF1.50 Fail 14900.00 3561.86 -994.66 -9890A0 14693.37 3578.06 -926.62 -9833.35 51.16 258.68 -168.61 -82.71 0.52 OSF1.50 Fail 14950'00 3561,64 -962.00 -9927.96 14943.95 3577.45 -894.26 -9872.21 51.02 80.07 89.15 261.15 -172.00 -85.28 0.51 OSF1.50 Fail 15000.00 3561,41 -929.33 -9965,81 14994.94 3576.91 -862.00 -9911.71 50.97 873 264.13 -176.37 -88.66 0.49 OSF1.50 Fail 15050.00 3561.25 -896.74 -10003,73 15045.54 3576.53 -830.46 -9951.26 50.63 85.89 266.47 -180.57 -92.08 0.48 OSF1.50 Fail 15100.00 356148 -864.63 -10042.06 15095,18 3576.14 -799.52 -9990.08 4949 8460 267.68 -183.09 -94.19 0.47 OSF7.50 Fail 15150.00 3562.15 -833.11 -10080.86 15144.74 3575.65 -768.45 -10028,68 47.8 84.18 269.10 -184.93 -95.55 0.47 OSF1.50 Fail 15165.64 3562.45 -823.37 -10093.10 15160,18 3575.51 -75872 -10040.68 47.31 84.25 269.51 -185.26 -95.75 0.47 OSF1.50 Fail 75200.00 3563.16 -802.04 -10120.03 15194.11 3575.22 -737.25 -10066.95 46.60 84.62 270.45 -185.83 -96.01 0A OSF1.50 Fail 15250.00 3564,19 -771.00 -10159.21 15243.96 3574.67 -705.53 -10105.40 45.58 85.42 272.48 -187.08 -96.56 0.47 OSF1.50 Fail 15300.00 3565,22 -739.96 -10198A0 15294.56 3574.34 67349 -10144,56 44.48 86.02 275.55 -189.53 -98.01 0.46 OSF7.50 Fail 15350,00 3566,25 -708.92 -10237.58 15344.90 3573.51 641.86 -10183.71 43.22 86.32 278.27 -191.96 -99.52 0.46 OSF1.50 Fail 15400,00 3567.28 -6 T88 -10276,77 15394,91 3571.91 610.48 -10222.61 41.46 86.58 280.64 -194.06 -100.84 0.46 OSF1.50 Fail 15450.00 3568.31 646.84 -10315,95 1544491 3569.52 -579.12 A026149 39.19 86.91 282.90 -195.99 -102.02 046 OSF1.50 Fail 15500.00 3569.34 615.80 -10355,14 15494.92 3566.73 -547.84 -10300.41 36.68 87.30 284.86 -197.56 -102.94 0.46 OSF1.50 Fail 15535.12 3570.07 -594.00 -10382.66 15:29.80 3564,65 -526.05 -10327,56 34.86 87.65 285.6 -197.98 -103.10OSF1.50 Fail 75550.00 3570,36 -584.73 -10394.30 15544,48 3563.90 -516.84 -10338.97 34.46 87.82 285.78 -197.9fi -103.03 0.46 OSF1.50 Fail ]5600.00 3571,21 -553.17 -10433,07 15593.93 3562.10 4:5.61 -10377.27 33.60 88.09 286.33 -198.24 -103.13 0.46 OSF7.50 Fail 15650.00 3571,95 -521.35 -10471.63 15644.28 3561.45 -45363 -10d16A5 32.69 88.17 288.24 -200.07 -104.32 0.46 OSF7.50 Fail 15700.00 3572,69 -489.52 -10510.18 15695.04 3562.07 421.58 -10455.51 32.58 87.86 290.87 -203.01 -106.38 0.45 OSF1.50 Fail 15750.00 3573.44 -457.70 -10548.74 15744.91 3563.46 -390.21 -104314,25 32.97 87.32 292.45 -205.13 -107.97 0.44 OSF1.50 Fail 15800.00 3574.18 -425.88 -10587.30 15794.55 3564.57 -358.85 -10532.72 33.19 86.97 293.69 -20672 -109.15 0.44 OSF1.50 Fail 15850.00 3574.92 -394.06 A0625.86 15:44.29 3565.31 -327.32 -10571.18 33.197 86.81 295.04 -208.23 -11021 0.44 OSF1.50 Fail 15900.00 3575.67 -362.23 -10664.42 15894.04 3565.55 -295.72 -10609,60 32.84 86.79 296.34 -209.56 -111.10 0.44 OSF1.50 Fail 15950.00 3576.41 -33041 -10702,98 15943,27 3565.23 -264.28 -10647.48 32.16 87.05 296.81 -209.76 -117.15 0.44 OSF1.50 Fail 16000.00 3577,15 -298.59 -10741.53 15992.41 3564.29 -232.61 -10685.05 31.12 87.80 296.97 -209.17 -110.51 0.44 OSF7.50 Fail 16050.00 357769 -266.68 -10780.02 16042.47 3563.10 -200.21 -10723.19 30.42 88.66 298.30 -209.64 -110.54 0.44 OSF1.50 Fail 3577.48 -234.46 -10818.26 16092.61 3562,16 -16778 -10761.41 30.41 88.95 299.95 -211.00 -111.34 0.44 OSF1.50 Fail 16100.00 7615000 3576.51 -201.99 -10856.27 16142.71 3560.96 -135.47 -10799.68 30.52 88.70 301.67 -212.96 -112.74 0.44 OSF1.50 Fail 16200.00 3575,35 -169.45 -10894.21 16192.92 3559.02 -103.25 -10838,14 29.97 88.28 303.32 -215.04 -114.26 0.43 OSF1.50 Fail 16250.00 3574.18 -136.91 -10932.16 16244.11 3557.08 -70.74 -10877.63 29.36 87.43 306.26 -218.83 -117.07 0.42 OSF1.50 Fail 16300.00 3573.02 -104.37 -10970A 16294.63 3555.64 -39.09 -10916.99 28.98 85.94 308.44 -222.49 -120.01 0.41 OSF1.50 Fail 16350.00 3571.86 -71.83 -11008.05 16343.07 3553.80 -8.49 -10954A9 28.35 8490 307.56 -222.66 -120.47 0.41 OSF1.50 Fail 16400.00 3570.70 -39.29 -11046.00 1639148 3551.14 22.62 -1099148 27.26 84.7 306A2 -221.33 -119.62 0.41 OSF7.50 Fail 16450.00 3569.54 6.76 -11013.94 16439.81 3548.09 54.31 -1i027.84 26.07 85.65 304.29 -218.64 -717.56 0.42 OSF1.50 Fail 16500.00 3568.37 25.78 -11121.89 1648883 3544.61 6709 -11064.14 24.91 67.45 303.493 -275.98 -115.76 0.43 OSF1.50 Fail 16550,00 3567.32 5840 -11159.77 16539.98 3541.46 121.13 -11102.18 1: 23.96 89.00 305.50 -216.50 -114.99 0.43 OSF1.50 Fail 16600.00 3566.58 91.24 -11197.47 7659102 353841 156.63 -11140. 22.94 89.703 306.96 -217.23 -115.24 0.44 OSF7.50 Fail 16 50.00 3566,15 12d.32 -11234.96 16641.87 3536.78 187.99 -11178.90 22.47 89.77 301.74 -218.97 -11638 0.43 OSF1.50 Fail 16700.00 3565,83 157.49 -11272.38 76fi92.88 3536.84 227.50 -11217.36 22.61 89.23 311.86 -222.63 -119.00 0.43 OSF1.50 Fail 16750.00 3565,51 190.67 -11309.77 16743.94 3538.66 254.96 -11255.87 23.83 88.09 316.25 -228.16 -123.07 0.41 OSF150 Fail 16800.00 3565.19 223.84 -11347.18 16793,88 3541.82 287.65 -11293.50 25.92 86.59 319.86 -233.27 -126.98 0.40 OSF1.50 Fail 16850.00 3564,87 257.02 -11384.5: 16843,19 3544.90 320.11 -11330.48 28.07 85.48 322.36 -236.87 -12975 0.39 OSF1.50 Fail 16900.00 3564.55 290.19 -11422.00 16892,27 3547.70 352.68 A1367.10 30.12 84.87 324.15 -239.28 -131.56 0.39 OSF1.50 Fail 16950.00 3564.23 323.37 -11459,40 16941.29 3549.91 385.54 -11403.40 31.85 84.89 325.39 -240.50 -132.37 0.39 OSF1.50 Fail 17000.00 3563.91 356.54 -11496.81 16991.63 3551.68 419.44 -11440.58 33.32 85.25 328.29 -24304 -133.94 0.39 OSF1.50 Fail 17050.00 3563.59 389.72 -11534,21 17042.60 3553.35 453.34 -11478.59 34.74 85.13 331.88 -246.75 -13645 0.38 OSF1.50 Fail 17100.00 3563.68 423.16 -11571.38 17092A 3554.95 486.50 -11516.66 36.35 86.29 334.25 -24997 -138.88 0.37 OSF1.50 Fail 17150.00 3564.43 457.03 A1608.16 17143.14 3556.58 519.44 -11554.28 37.47 82A3 336.24 -253.42 -14166 0.37 OSF1.50 Fail 17200.00 3565.77 491.25 -11644.59 17192.57 3558,08 551.94 -1159151 3779 80.99 337.11 -256.11 -144.07 0.36 OSF1.50 Fail 17250.00 3567A9 525.53 -11680,96 17241.92 3559.27 584.65 -11628.44 37.53 7947 33787 -258.40 -146.10 0.35 OSF1.50 Fail 17300,00 3568.62 559.81 -11717.33 17290.49 3560,34 617.29 -1166438 37.2 78-59 337.2 -258.70 -146.60 0.35 OSF1.50 Fail 17350,00 3570.05 594.09 -11753,71 17339.00 3561.61 650.58 -1169965 37.16 7864 336.54 -257.90 -146.05 0.35 OSF1.50 Fail 17400.00 3571.48 628.36 -11790,08 17388.34 3562,89 684.94 -11735.Od 37.12 79.40 337.17 -257.77 -145.71 0.35 OSF7.50 Fail 17450,00 3572-91 662.64 -11826.45 17437.72 3563.88 719.58 -11770.22 36.91 80.53 337.85 -257.32 A45.03 0.35 OSF1.50 Fail 17:00.00 3574.28 696.99 -11862.76 17486.22 3564.65 754.053 -1180d.35 37.06 82.20 336.99 -254.79 -142.79 0.36 OSF1.50 Fail 17550,00 3575,31 731.83 -11898.61 17534.68 3565.30 789.05 -11837.82 37.82 84.08 336.05 -251.98 -140.29 0.37 OSF1.50 Fail 17611.00 3575,95 767.23 -/1933,91 17583,66 3566.03 824.97 -11871,12 38.93 85.87 3M05 -251 -138.49 0.38 OSF1.50 Fail 176.00 3576.26 803.20 -11968.64 17632.74 3567.07 861.36 -11904.04 40.44 87.41 336.26 -248.85 -137.09 0.31 OSF1.50 Fail 17700.00 3578.34 839.57 -12002.95 17684,93 3568.41 899.78 -11939.32 41.51 87.96 341.81 -253.85 -140.94 0.38 OSF1.50 Fail 17750.00 3576.42 875.95 -12037.25 17736.59 3569.87 936.95 -11975A 42.38 87.29 346.35 -259.07 -143.95 0.37 OSF1.50 Fail Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 8 of 24 Trajectory SP33-W3L1 (P2) Vs. SP33-W3 Minimum Allowable Traveling Cylinder Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Ofset EW Nortn Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (tt) lft) (ft) (ft) (ft) (ft) (°) (ft) (ft) (It) (ft) 1785000 3:76.57 948.71 - -12105.85 17835.64 3571.27 1008.02 -12044.15 43.16 85.75 348.39 - -262.6d - -146.84 U.J/ 0.37 V5t1AU ran OSF1.50 Fail 17900.00 3576.65 985.09 -12140,15 17884.96 3571.06 1043.70 -12078.20 42.94 85.47 349.04 -263.57 -147.55 0.36 OSF1.50 Fail 17950.00 3576,72 1021.47 -12174,45 17934,95 3570.35 1080.08 -12112A8 42.41 85.53 350.78 -265.25 -148.65 0.36 OSF7.50 Fail 18000,00 3576.79 1057,70 -12208.91 17986.54 3569.92 111720 -12148,30 41.35 85.21 355.13 -269.92 -151.87 0.36 OSF1.50 Fail 18050.00 3576.83 1093.35 -12243.97 18037.58 3570.02 1153.34 -12184.34 40.38 84.86 358.49 -273.63 -154.46 035 OSF1.50 Fail 18, 00.00 3576,82 1128.3: -12279.64 18087.91 3570.07 118876 -12220.11 39.43 85.06 360.68 -275.62 -155.72 0.35 0SF1.50 Fail 18150.00 3576.77 1168278 -12315.92 18138.31 3569.93 122C05 -12256,08 38.41 85.92 362.98 -277.06 -156.39 0.35 OSF1.50 Fail 18200.00 3576,68 1196,75 -12352,62 18188.77 3569.45 1259.18 -12292.29 38.00 87.12 365.38 -278.26 -156.80 0.35 OSF Fail 18250.00 3576,59 1230.69 -1238933 18240.37 3568,65 1294.73 -12329.69 37.57 87.87 369.44 -281.58 -158.76 0.35 OSF7.50 Fail 18300.00 3576,50 1264.64 -12426.04 18292.68 356775 1329,80 -12368A9 37.01 87.38 374.30 -286.92 -162.48 0.35 OSF7.50 Fail 18350.00 3576.41 1298.59 -12462:75 18343.07 3566,98 1362.91 -12406.46 36.46 8600 376.45 -290.45 A65.30 0.34 OSF1.50 Fail 18400.00 3576.32 1332,53 -12499.46 18392.93 3566,65 i395.75 -12443.99 36.20 84.66 377.97 -293.31 -167.65 0.33 OSF1.50 Fail 18450.00 3576.23 1366,48 -12536.17 18443.92 3566.46 1429A6 -12482,50 36.01 83.10 381.05 -297.95 -171.26 0.32 OSF1.50 Fail 18500.00 3576.74 1400.43 -12572.88 18495.04 3565.96 1462.08 -12521.61 35.52 80.83 384.79 -303.36 -17663 0.31 OSF1.50 Fail 18550.00 3576.05 1434.37 -12609.59 18543,61 3565.03 1493.34 -12558.76 34.70 78.62 383.73 -305.10 -177.52 0.30 OSF7.50 Fail 18575.72 3576.02 1451.81 -12628.49. 18568.56 3564.33 1509.64 -12577.64 33.86 7789 383.24 -305.3 -177.93 0.30 OSF 1.50 Fail 18600.00 3576.05 146B.14 -12646.46 18592.12 3563.52 1525,17 -12595.33 32.7 77.81 382.59 -304.98 -177.78 0.3 0SF7.50 all 18650.00 3576.34 1501.32 -12683.86 18642.09 3561.85 1558.31 -12632.70 30.39 77.95 383.25 -305.30 -177.8 0.30 OSF1.50 Fail 18700,00 3576.92 1533.87 -12721.81 18692.20 3560.57 1591.58 -12670.15 28.26 79.16 384.15 -304.98 -177.26 0.31 OSF1.50 Fail 18750.00 3577,68 1566.04 -1276008 18744.01 3559.92 1625.58 -12709,24 27.26 80.28 387.71 -307.43 -178.52 0.31 OSF1.50 Fail 18800.00 3578A4 1569 20 -12798.36 18795.27 3560A1 1658.47 -12748.56 26.83 80.30 390.72 -310.42 -180.51 0.31 OSF 1.50 Fail 18850.00 3579,20 1630.36 A2836.64 18844,21 3560.25 1689.91 -12786.05 28.41 80A1 390.68 -300.27 -180.37 0.31 OSF1.50 Fail 18900.00 3579.96 1662.51 -12874.92 18893.47 3559.96 1721.99 -12823,44 25.78 81.17 390.83 -309.66 -179.72 0.31 OSF7.50 Fail 18950.00 3580,73 1694.67 -12913.20 18943.85 3559.91 1754.86 -12881.62 25.33 81.95 392.67 -310.72 -180.16 0.31 0SF1.50 Fail 19000.00 3581.49 1726.83 -12951.47 18994,03 3560.33 1787.52 -12899.72 25.18 82.51 39454 -312.03 -180.84 0.31 OSF1.50 Fail 19050.00 3582.21 1759.06 -12989,69 19043,76 3560.32 1819.84 -12937.51 25.19 11 05 395A7 -312.42 -180.92 0.31 OSF1.50 Fail 19100.00 3582.67 1791,82 -13027.46 19093.73 3559.76 1852.32 -12975.48 25.37 82.98 396.27 -313.29 -181.52 0.31 OSF1.50 Fail 19150.00 3582.81 1:25.19 -13064,70 19144.08 3560.04 1885.10 -13013.69 26.03 81.92 398.373 -316.41 -183.96 0.31 OSF7.50 Fail 19200.00 3582.84 1858.76 -13101.76 19194.21 3561A0 1917.82 -13051.64 2670 80.37 401.06 -320,69 -187.33 0.30 OSF1.50 Fail 19250.00 3582,87 1892,33 -/3138.81 19244:10 3563.24 1950.48 -13089.32 27.75 7684 403.89 -325.05 -19074 0.29 OSF1.50 Fail 19300.00 3582.90 1925,90 -13175.87 19293.29 3565.27 1982,83 -13126.31 29.03 77.52 405.82 -328.30 -193.35 028 0SF1.50 Fail 19350.00 3582.93 1959.46 -13212.92 19341.96 3:66.70 2015.34 -13162.50 30.01 7699 406.54 -329.54 -194.36 0.2 OSF1.50 Fail 19400.00 3582.95 1993.03 -13249,98 19391.10 3567.64 2048.66 -13198.62 30.74 77.24 407.61 -330.37 -19483 0.28 OSF1.50 Fail 19450,00 3582.98 2026.60 -13287.03 19440,55 3568.83 2082.50 -13234,65 31.71 77.89 409.27 -331.38 -195.28 0.28 OSF1.50 Fail 19500.00 3583.01 2060.17 -13324,09 19489.75 3570.25 2116A8 -13270.19 32.87 78.98 412.01 -333.03 -196.02 028 0SF7.50 Fail 19550.00 3583.04 2093.74 -13361.14 1953570 357162 2151,17 -13306.12 34.00 80.35 442.95 -362.60 -215.28 0.27 OSF1.50 Fail 19580,23 3583,06 2114.04 -13383.55 19:44.00 3571.74 2154,16 -13309.20 34.09 85.23 395.89 -310.66 -179.03 0.32 OSF1.50 Fail End of results Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 9 of 24 Field: Nikeifchuq Well: SP33W3 Structure: Spy Island Borehole: SP33-W3 Slot: SP33 Trajectory: SP33-IY3 (P3b) Client: Eni PeRoleum Type: Def Plan Coordinate System: NAD27 Alaska State Plane, Zone 04, US Feet North Reference: True Grid Convergence Angle: 0.08843614° Grid Scale Factor: 0.999900149 Magnetic Declination: 20 468' Magnetic Declination Date: July 01, 2012 Magnetic Model: BGGM 2011 Reference Point: Northing Eastina Elevation Structure Unc. Slot Une. 6053611,830 (ftUS) 511434,430(ftUS) 54.100 (it) MSL 0.000 (it) (1 sigma) 0.000 (it) (1 sigma) Tfaiectory Error Model: ISCWSAO 3-D 95.000% Confidence 2.7955 sigma Survevina Proa: While Drilling Description Part MD From (it) MD To (it) EOU Fraq (it) Survey Tool Type Hole Site (In) Casing Diameter (In) Borehole I Survey 1 0,000 41.000 11100.000 SLB_GYRO-MWD-Depth Only -No Global 16.000 13.375 SP33-W3/SP33-W3(P3b) 1 41.000 500.000 1/100.000 SLB_GYRO-MWD-No Global 16,000 13,375 SP33-W3 / SP33-W3 (P3b) 1 500.000 2000.000 1/100.000 SLB_MWD-STD-No Global 16,000 13.375 SP33-W3 / SP33-W3 (P3b) 1 2000.000 3105,000 1/100.000 SLB_MWD+GMAG-No Global 16.000 13.375 SP33-W3/SP33-W3(P3b) 1 3105,000 5900.000 1/100.000 SLB_MWD-STD-No Global 12.250 9625 SP33-W3/SP33-W3(P3b) 1 5900.000 11038,000 1/100,000 SLB_MWD+GMAG-No Global 12.250 9,625 SP33-W3/SP33-W3(P3b) 1 11038.000 12600.000 1/100.000 SLB_MWD-STD-No Global 8.750 5.500 SP33-W3/SP33-W3(P31b) 1 12600,000 19544.458 1/100.000 SLB_MWD+GMAG-No Global 6.750 5.500 SP33-W3/SP33-W3(P31b) Minimum Allowable Traveling Cylinder IA llowble Deviation Rom EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (it) (it) (it) (R) (ft) I(it) (it) (it) (") (ft) (ft) (it) (it) All local minima indicated. Results filtered: Depth 10735.00 itc MD c 19580,23 itResults filtered: Ct-Ct separation o 1500.00 it Rewlts highlighted: Ct-Ct separation - 1320,00 it 10750.00 3576.95 -3625,78 -6695.02 10757,38 3569,19 -362550 -6695Z8 307.89 7,79 11 1.97 -104.18 -67.19 0,09 OSF1.50 Fail 10800.00 3578.10 -3594.35 -6733.89 10807.24 3573.54 -3592.84 -6733.10 328.18 4.87 119.69 -114.82 -75,25 0,05 OSF7.50 Fail 10850,00 3579.26 -3564.16 -6773,73 10857.02 3577.88 -3580.24 -6770A6 21.09 5,29 138.92 -133.63 -87651 0.051 0SF7.50 Fail 10900,00 3580.41 -3535.39 -681460 10906,64 3582.20 -3527,73 .6807,71 44.29 10.46 136.48 -126.02 -80.85 0.10 OSF1.50 Fail 10150.00 3581.55 -3508.07 -6856.46 10956,05 3586.51 -3495.37 -6 44.80 48.65 17.93 138.99 -121.06 -75.05 0.18 OSF1.50 Fail 71000.00 3582.70 -34:2.22 .6899,24 11005.20 3590.79 -3463.18 -6881,68 48,16 27.13 142,92 -115.79 -68.48 0.28 OSF1.50 Fail 11050.00 3583.83 -3457.87 -6942,89 11054.06 3595.02 -3431.17 -6918.36 46.11 37.95 152.16 -114.21 -63.82 0.37 OSF1.50 Fail 11100.00 3584.96 -3435.07 -6987.38 11102.73 3598.63 -3399.26 -6954.93 42.87 50,22 159,22 -109.00 .56.26 0.47 OSF1.50 Fail 11150.00 3585,94 -3412,90 -7032,18 11151.29 3601,40 -336738 -699146 42.08 62.99 160,89 -97.90 -44.59 0.58 OSF7.50 Fail 11200.00 3586,48 -3389.29 -7076.25 11200.27 3603.37 -3335.20 -7028.33 42.67 74,21 162.20 -87.99 -34.25 0,68 OSF1.50 Fail 11250.00 3586,57 -3364.22 -7119.50 11249.64 3604.50 -3302,75 -7065,52 43.60 83.75 163.61 -79.86 -2565 0.76 OSF1.50 Fail 11300.00 3586.20 -3337.70 -7161.88 11299.23 3604.82 -3270,14 -7102.88 44.75 91.61 164,80 -73,19 -18.59 0.83 OSF1.50 Fail 11350.00 3585.38 -3309.77 -7203,35 11348.83 3604.91 -3237.53 -7140.25 46.24 97,89 165.75 -67.86 -12,94 0.88 OSF1.50 Fail 11400.00 3584.36 -3281.25 -7244A0 11398.52 3604,99 -3204.86 -717768 46.23 103.50 166.70 -63,20 -7.96 0.93 OSF1.50 Fail 11450.00 3583.36 -3252.21 -7285,09 11448.26 3605.08 -3172.15 -7215,17 47.98 108.50 167,91 -59.41 -3,77 0.97 OSF1.50 Fail 11500:00 3582.42 -3221,79 -7324.76 11498.15 3605.16 -3139,34 -7252,75 50.18 111.810 169.06 -57.25 -1.23 0,99 OSF1.50 Fail 11151.00 3581.53 -3190.01 -7363.34 11548,12 3605.25 -3106.49 -7290,40 52.54 113.40 170.39 -5699 -0.53 1.00 OSF7.50 Fail 11600.00 3580,68 -3156Sil -7400,79 11598.40 3605.06 -3073.43 -7328.28 54.95 113.22 172,15 -58.94 -1.88 0.98 OSF1.50 Fail 11650.00 3579.85 -3122,94 -7437,49 11648.37 360d.62 -3040.58 -7365,94 55.62 111.87 173.80 -61.93 -432 0.96 OSF1.50 Fail ll700.00 3579.02 -3088,98 -7474,17 11698.35 3604.18 -3007.73 -7403.60 55.99 110,51 175.37 -64.86 .6.73 0.94 OSF1.50 Fail 11750.00 3578,19 -3055,01 -7510.85 11748.33 360373 -2974.88 -7441.26 56.36 109.16 177.48 -68.32 -9.49 0,92 OSF1.50 Fail 11800.00 3577.36 -3021.04 -7547.54 11798.30 3603.29 -2942.03 -7478.93 56.75 107,81 179.01 -71.20 -11.86 0.90 OSF1.50 Fail 11850.00 3576,53 -2987,08 -758422 11848,28 3602,85 -2909,18 -7516.59 57.14 706.46 180.90 -74.44 -14.47 0.88 OSF1.50 Fail 11900.00 3575.70 -2953.11 -7620.90 11898.26 3602.40 -2876,33 -7554.25 57.95 105.12 183.04 -77.92 -17.24 0.86 OSF1.50 Fail 11950.00 3574,87 -2919.15 -765758 11948,23 3601.96 -2863,48 -7591.91 57.96 103.79 185.23 -81,44 -20.03 0.84 OSF7.50 Fail 12000.00 3574.28 -2885.19 -7694.28 11998.21 3601.52 -2810.63 -7629.57 58.21 102,41 187,45 -85.04 -22,89 0.82 OSF1.50 Fail 12050.00 3574A2 -2851.25 -7730.99 12048.19 3601,07 -2777.78 -7667.23 58.22 100.94 189.89 -88.95 -25.98 0.79 OSF1.50 Fail 12100.00 3574.32 -2817.34 -7767,74 12098.56 3600.28 -2744.67 -7705.19 57.86 99,33 193,14 -93.81 -29.76 0.77 OSF1.50 Fail 12150.00 3574.53 -2783.43 -7804.48 12148.95 3598.61 -2711.57 -7743.13 57.00 97.50 196.85 -99.35 -34.06 074 OSF1.50 Fail 12200.00 3574.75 -2749.52 -7841.22 12199.20 3596.07 -2678.58 -7780.95 55.60 95,50 200.68 -105.18 -38.62 0.71 OSF1.50 Fail 12250.00 3574.97 -2715S1 -7877,97 12249.09 3593,21 -2fi45,83 -7818,48 53.95 93.49 204,27 -110.78 -43.02 0.68 OSF1.50 Fail 12300.00 3575,19 -2681,70 -7914.71 12298.97 3590.35 -2613.09 -7856.01 52.23 91.56 207,81 -116,25 -47.31 0.66 OSF1.50 Fail 12350.00 3575Al -264779 -7951,46 12348.86 358749 -2580.35 -7893,53 50.44 89.72 211,45 -121.74 -51.58 0.63 OSF1.50 Fail 12400,00 3575,63 -2613.88 -7988.20 12398.74 3584.63 -2547.61 -7931,06 48.57 87,97 214.99 -127.03 -5569 0.61 OSF1.50 Fail 12450.00 3575.85 -2579,97 -8024,94 12448.63 3581.77 -2514,86 -7968,59 46.63 86.31 218.57 -132.26 -59.73 0.59 OSF7.50 Fail 12500,00 3576,07 -2546,07 -8061,69 12498.51 3578.90 -2482.12 -8006.12 44.49 8477 221.97 -137.20 -63,54 0.57 OSFt.50 Fail 12550,00 3576.65 -2512.49 -8098.74 12548.38 3576.04 -2449.39 -8043.63 41.36 83.78 225.16 -147.39 -6 . 0.55 OSF1.50 Fail 12600.00 3577,65 -2479.48 -8136.27 12598.28 3573.31 -2416.64 -8081.17 37,90 83.69 20449 -120.80 .52.96 0.61 OSF1.50 Fail 12606.54 3577,81 -2475,21 -8141.22 12fiO4.81 3573.00 -2412.35 -8086.09 37.47 63.75 204.62 -120.87 -52.9 0.61 OSF1.50 Fail 12650-00 3578.87 -2446,84 -8174,14 12648.28 3571.34 -2383.79 -8118.82 35.64 84.21 205.07 -120.85 -52.82 0.61 OSF1.50 Fail 12700.00 3580.09 -2414.22 -8212.00 12698.32 3570.21 -2350.90 -8156.52 34.07 84.76 205.00 -720.23 -52.23 0.62 OSF1.50 Fail 12750.00 3581.31 -2381.59 -8249.87 12748.28 3569.30 -2318.06 -819d.75 32.67 85.35 204.83 -179.49 -51.54 0.62 OSF1.50 Fail 72800.00 3582.53 -2346.96 -8287.74 12798.23 3568.39 -2285.23 -8237.79 31.30 85.98 204.58 -118.60 -50.74 0.63 OSF1.50 Fail 12900.00 3583.75 -2316.33 -8325,61 12846,18 3:67AS -2252,39 -8269.42 29,94 86Z 204.32 -117.66 49.88 0,63 OSF1.50 Fail 12900.00 3584.98 -2283.70 -8363,47 12898A4 3566.57 -2219.58 -8307.06 28,61 87.39 203.96 -11658 4'92 OS4 OSF1.50 Fail 12950.00 3586.20 -2251.08 -8401,34 12946,09 3565.66 -2186.72 -8344,69 27.29 88.16 203.68 -115.52 4795 065 OSF1.50 Fail 13000.00 3587.42 -221B.45 -8439.21 12998.04 3564.74 -2153.88 -8382.32 26.01 88.99 203.18 -114.20 _4 0.65 OSF7.50 Fail 13050,00 3588.56 -2185.89 -8477.13 13048.00 3563.83 -2121.05 -8419.96 24,41 89.92 202,78 -112.86 45.60 0.66 OSF7.50 Fail 13 too 00 3589A7 -2153,75 -8515,43 13097.97 3562.92 -2088.20 -8457.60 22.95 91.26 202.66 -111,40 44,17 0.67 OSF1.50 Fail 13150.00 3589.23 -2122.01 -8554.07 13147.94 3562.01 -2055.35 -8495.25 22.28 92.97 202,88 -109.91 42.61 0,68 OSF1.50 Fail 13200.00 3589.21 -2090.33 -8592,75 13197.:4 3561,02 -2022.55 -8532.84 21.99 94.75 203.07 -108.32 -40,96 0.70 OSF1.50 Fail 13250.00 3589.19 -2058.65 -8631.43 13247, 0 3559.99 -1989.71 -8570,49 21.70 96.54 203,34 -106.80 -39.35 0.71 OSF1.50 Fail 13300.00 3589A7 -202698 -8670,12 13297.77 3558.96 -1956.87 -8608.13 21.41 98.34 203.64 -105.30 -3775 0.72 OSF1.50 Fail 13350.00 3589.15 -1995.30 -6708.80 13347.74 3557.93 -1924,03 -8645.77 21.13 100.14 203,96 -103.82 -36.16 0.73 OSF1.50 Fait 13400.00 3589,14 -1963S2 -874749 13397,70 3556,90 A891.19 -8683.41 20.86 101.94 204.30 -102.36 -34.59 074 OSF1.50 Fail 13450,00 3589A2 -1931A4 -8786,17 13447.67 3555.87 -1858,35 -8721.05 20.61 103.74 204,66 -100.92 -33.03 0.76 OSF1.50 Fail 13500.00 3589.10 -1900.26 -8824.85 13497.63 3554.84 -7825.51 -8758.70 20.36 105.54 205.06 -99.50 -31.48 077 OSF1.50 Fail 13550.00 3588.99 -1868S5 -8863.60 13547.60 3553.81 -1792.67 -8796.34 19.73 107.40 20550 -98.D9 -29.92 0.78 OSF1.50 Fail 13600,00 3588.16 -1837.54 -8902,73 13597.54 3552.78 -1759.84 -8833,96 19.17 109.63 206.36 -96.73 -28.27 0.79 OSF1.50 Fail Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1 \SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 10 of 24 Trajectory: SP33-W31-7 (P2) Vs. SP33-W3 (P3b) Minimum Allowable Traveling Cylinder Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset 7VD Offset NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule StaNs (ft) (R) (ft) (ft) (ft) (ft) (ft) (ft) (°) (ft) (R) (ft) (ft) 13700.00 - 3583,96 - -1776.98 - -8982A8 73697.95 3551.3. - -1693.83 - -8909.61 19.77 115.09 210.17 - -95.08 -tti.til -25.35 U.81 0.82 O6F1.50 OSF1.50 Fail Fail 13750.00 3581.00 -1747.28 -9022,29 13748.23 3551.73 -166 78 -8947.49 21.90 118.04 212.76 -94.72 -24.13 0.83 OSF1.50 Fail 1380a00 3578.04 -1717.57 -9062.41 13798,12 3552.90 -1627.98 -8985,08 24.27 120.99 214.93 -93.94 -22.63 0.84 OSF1.50 Fail 13850,00 3575,08 -1687.87 -9102.52 1384779 3554.15 -1595.34 -9022.49 26.55 124.12 21667 -92.55 -20.66 0.86 OSF7.50 Fail 73900.00 3572A8 -1105 -9142.55 13897.46 3555:41 -1562,69 -9059.91 29.37 127.29 218A2 -90.83 -1846 0.87 OSF1.50 Fail 13950.00 3569.64 -1627.49 -9182,04 13947.23 3:56.67 -1529,98 -909740 32.45 129.77 219.27 -89.50 -16.74 0.88 OSF1.50 Fail 14000.00 3587.51 -1596.13 -9220.92 13997,08 3557.92 -1497.22 -9134.:5 35.23 737 40 220.23 -88.83 -15.75 0.88 OSF1.50 Fail 14050.00 356878 -1563,97 -9259.17 14046.98 3559.19 -146%3 -9172.53 37.75 132.13 22168 -88.95 -15.59 0.89 OSF1.50 Fail 14100.00 3564.57 -1531.08 -9296,81 14096.92 3560.45 -1431.61 -9210.15 39.90 131.99 221.85 -89.86 -16.24 0.89 OSF1.50 Fail 14150.00 3563.94 -1497.49 -9333.84 14146.87 3561,71 -1398.77 -9247.78 41.77 130.98 222.59 -91.61 -17.74 0.88 OSF7.50 Fail 14200.00 3563.81 -1463,32 -9370.34 14196.81 3562.71 -1365.95 -9285A0 42.74 129.22 223.33 -94.11 -2000 0.87 OSF1.50 Fail 14250.00 3563,74 -1429.08 -9406.77 14246.76 3562.88 -1333.11 -9323.04 42.84 127.37 224.16 -96.79 -22.40 0.85 OSF1.50 Fail 14300.00 3563.67 -1394:84 -9443.21 14296.73 3562.79 -1300.26 -9360.69 42.83 125.52 225.01 -99.49 -24.82 0.83 OSF1.50 Fail 14350.00 3563,59 -1360.60 -9479,64 14346.69 3562.71 -1267.41 -9398,34 42.81 123.67 225.88 -102.21 -27.25 0.82 0SF1.50 Fail 14400.00 3563.52 -1326.36 -9516.08 14396.66 3562,62 -1234,57 -9435.99 42.80 121.82 226.76 -104.94 -29.68 0.60 0SF1.50 Fail 14450,00 3563.45 -1292,12 -9552.51 14446,63 356253 -1201.72 -9473.64 42.79 119.97 227.66 -107.69 -32.13 079 OSF7.50 Fail 14500,00 3563.38 -1257,87 -9588.95 14496.59 3562.45 -1168.87 -9511.29 42.76 118.13 228.57 -110.45 -34.58 0.77 OSF1.50 Fail 14550.00 3563.30 -1223.98 -9625.69 14546,57 3562.36 -1136.01 -9548.95 4175 11633 229.43 -112.71 -36.56 0.76 OSF1.50 Fail 14600.00 3563.17 -1190.70 -9663.02 14596.57 3562.28 -1103A4 -9586.63 40.77 116.20 230.31 -114.11 -3767 0.75 OSF1.50 Fail 14650.00 3562.96 -11:7.98 -9700.82 14646.57 3562.19 -10701 -9624,30 40.41 116.40 231.23 -114.83 -38.08 0.75 0SF1.50 Fail 14700.00 3562.74 -1125.31 -9738.68 14696,57 3:62.11 -1037,40 -9661.98 40.48 116.67 232.17 -115.50 -38.44 075 OSF7.50 Fail 14750.00 3562,52 -1092.65 -9776.54 14746.56 3562.02 -1004.53 -9699.65 40.54 116.95 233.16 -116.21 -38.82 0.75 OSF1.50 Fail 14800.00 3562.30 -1059.99 -9814,39 14796.55 3562.22 -971.67 -9737.31 40.75 117.22 234.06 -116.84 -39.14 0.75 OSF1.50 Fail 14850.00 3562.08 -1027.32 -9852.25 14846.54 356286 -938.80 -9774.97 41.17 177.51 235.05 -117.54 -'9.52 0.75 OSF1.56 Fail 14900.00 3561.86 -994.66 -9890.10 14896.53 3563.50 -905.93 -9812.64 41.59 117.80 236.03 -118.23 �986 0.75 OSF1.50 Fail 14950.00 3561,64 -962.00 -9927.96 14946.52 3564.15 -873.06 -9850:30 42.01 118.10 237.03 -118.93 -40.25 0.74 OSF1.50 Fail 75000.00 3561,41 -929.33 -9965.81 14996,52 356479 -840.19 -9887.96 42.42 118.40 238.02 -119.62 -40.61 0.74 OSF7.50 Fail 15025,65 3561,30 -912.57 -9985,24 15022.16 3565.12 -823.33 -9907,28 42.63 116.56 238.53 -119.97 4039 0.74 OSF1.50 Fail 1:048.84 3561.25 -897.48 -10002.85 15045.35 3565.42 -808.08 -9924.75 4241 118.76 238.98 -120.19 -00.86 0.74 0SF1.50 Fail 15050.00 3561.25 -896.74 -10003,73 15046.51 356843 -807.32 -9:25.62 42.410 118.80 239.0 -120.20 710.86 0.74 OSF1.50 Fail 15100.00 3561.48 -864.63 -10042,06 15096.50 3566.08 -774.46 -9963,28 41.73 119.83 239.93 -120.10 40.45 0.75 OSF1.50 Fail 15150.00 3562.15 -833.11 -10080.86 15146.46 3566,72 -741.60 -10000,92 40.85 721.59 240.92 -119.33 -39.35 0.75 OSF7.50 Fail 15200.00 3563.16 -802.04 -10120.03 15196.41 3567.36 -70877 -10038.55 40.39 123.92 241.99 -118.07 -3773 0.77 OSF7.50 Fail 15250.00 3564.19 -771.00 -70159.21 15246.35 3568.01 -675.93 -10076.17 40.17 126.29 243.13 -116.85 -36.13 0.78 0SF7.50 Fail 15300.00 3565,22 -739.96 -10198.40 15296.35 3568,29 b43.06 -10113.15 39.81 128.64 244.35 -115.71 -36459 079 OSF1.50 Fail 15350.00 3566.25 -706.92 -10237.58 15346.33 3587.73 $10.20 -10151.51 39.09 130.98 245.60 -114.62 -33.08 0.80 OSF1.50 Fail 1:450.00 3567.28 -677.88 -10276.77 15396.24 3566.91 -577.40 -10189.17 38.28 133.34 246.77 -11843 -31.50 0.81 OSF1.50 Fail 154 0.00 3568,31 -646.84 -10315.95 15446.15 3566.10 -544.60 -10226.72 37.50 135.72 247.93 -112.21 -29.89 0.82 OSF1.50 Fail 15500.00 3%9.34 -615.80 -10355,14 15496.06 3565.28 -511.79 -10264.33 36.75 138.13 249.06 -110.93 -28.24 0.83 OSF7.50 Fail 15550.00 3570.36 -584.73 -10394.30 15545.97 3564.47 478.99 -10301,94 36,31 740.52 250.18 -109:66 -26.59 0.84 0SF1.50 Fail 75600.00 3571.21 -553.17 -10433.07 15595.92 3563.65 4 6.17 -10339.57 36.51 142.30 251.24 -108.94 -25.52 0.85 OSF1.50 Fail 15850.00 3571.95 -521.35 -1047163 15645,87 3562.83 413.33 -10377.21 35.92 143.75 252.36 -108.61 -24.82 0.85 OSF1.50 Fail 15100.00 357269 -489.52 -10510.18 15695,83 356202 -380.50 -10414.86 35.34 145.22 253.46 -108.24 -24.08 0.86 OSF1.50 Fail 15750.00 3:73,44 457.70 -1054% 15745.79 3561,20 -34767 -10452.50 34.77 146.70 254.56 -107.86 -2334 0.86 OSF 1.50 Fail 15800.00 3574.18 425.88 -10597.30 15795,82 3560,44 -314.78 -10490.20 34.24 148.19 255.68 -107.49 -22.59 0.87 0SF1.50 Fail 15850.00 3574.92 -394.06 -10625.86 15846.02 3560,38 -28178 -10528.02 33.98 149.63 256.87 -107.24 -21.95 0.87 0SF1.50 Fail 15900.00 3575.67 -362.23 -10664,42 15896.20 3561.19 -248.79 -10565.82 34.05 151.00 258.15 -107.15 -21.43 0.88 OSF7.50 Fail 15950.00 3576.41 -330.41 -10702.98 15946.18 3562.26 -215.93 -10603,47 34.22 152.34 259.46 -107.12 -20.96 0.88 OSF1.50 Fail 16000.00 3577.15 -298.59 -10741,53 75996.16 3563.33 -183.08 -10641.12 34.39 153.68 260.76 -707.09 -20.49 0.88 OSF1.50 Fail 16050.00 3577,69 -266.68 -10780.02 16046A4 3564.41 -150.22 -10676,77 34.97 154.89 262.16 -/07.21 -20.17 0.88 OSF1.50 Fail 16100.00 3577.48 -234.46 -70818.26 16096.11 3:65.48 -117.37 -10716.41 35.89 155.66 263.470 -107.82 -20.32 0.88 OSF1.50 Fail 16150.00 3576,51 -201.99 -10856.27 16148.07 3566.55 -84.53 -10754.04 36.95 156.03 264.88 -108.85 -2088 0.88 OSF1.50 Fail 16200.00 3575,35 -16945 -10894.21 16196.01 3567,63 -51.69 -10791,66 37.77 156.34 266.26 -109.92 -21.50 0.88 0SF1.50 Fail 11250:00 3574.18 -136.91 -10932.16 16245.9fi 3568.70 -18.86 -10829.29 38.60 156.68 267.63 -110.85 -22.07 088 OSF1.50 Fail 163.0.00 3573,02 -104.37 -10970,10 16295.91 3569,77 13.98 -10866.91 39.42 157.05 268.95 -111.89 -22.57 0.87 OSF7.50 Fail 16350,00 3571.66 -71.83 -11008.05 16345,86 3570.84 46.81 -10904.53 40.23 157.46 270.24 -112.78 -23.03 0.87 OSF1.50 Fail 16400.00 3570.70 -39.29 -11046.00 16395.86 3571.75 79.67 -10942.20 40.98 157.88 271.53 -113.64 -23.46 0.67 08F1.50 Fail 16450.00 3569.54 -676 -11083.94 16445.81 3572.60 112.51 -10979.85 41.71 158.33 272.78 -114.45 -23.85 0.87 OSF1.50 Fail 16:00.00 3568.37 25.78 -71121,89 16495.77 3573.44 145.34 -1101749 42.43 158.80 273.99 -115.19 -24.18 0.87 OSF1.50 Fail i6550.00 3567,32 58.40 -11159.77 16545.73 3574.29 178.18 -11055,14 43.39 159.20 275.13 -115.93 -24.55 0.87 OSF1.50 Fail 16600,00 356&58 91.24 -11197.47 16595.71 3575.14 2113.02 -11092.79 44.32 1%30 276.19 -116.89 -25.15 0.86 0SF7.50 Fail 16650.00 3566.15 124.32 -11234.98 16845.69 3575.99 243.87 -71130.45 45.12 159.10 277.28 -118,18 -26.08 0.86 OSF7.50 Fail 16700.00 3565.83 157.49 -11272.36 16695.68 3576.84 276.72 -11168.12 45.55 158.76 27842 -119.66 -27A8 0.85 OSF7.50 fail 16750,00 3565,51 190.67 -11309.77 1674566 357769 309.58 -112'5.78 45.98 158.44 279.66 -121.22 -28.33 0.85 OSF1.50 Fail 16800.00 3565,19 223.84 -11347.18 16795.65 3578.54 342.43 -11243.45 46.41 158.12 280.86 -122.74 -29.45 0.84 OSF1.50 Fail 16850.00 3564,87 257.02 -11384,59 16845.57 3579.40 375.24 -11281.1i6 46.86 157.81 282.02 -124.21 -30.53 0.84 OSF1.50 Fail 16900.00 3:64.55 290.19 -11422.00 16895,24 3580.85 407.88 -1131547 47.51 157.59 282.83 -125.24 -31.30 0.83 OSF1.50 Fail 16950.00 3564.23 323.37 -11459.40 16944.90 3583A 440.50 -11355.85 48.47 /57.48 283.38 -125.89 -31.76 0.83 OSF1.50 Fail 17000.00 3563.91 356.54 -11496.81 16994.81 3585.78 473.27 -11393.40 49.55 757d 283.98 -126.51 -32.17 0.83 OSF1.50 Fail 17050.00 3563.59 389.72 -11534.21 17044.73 3588.41 506.04 -11430.95 50.72 157.51 28466 -127.14 -32.59 0.83 OSF7.50 Fail 17100.00 3563.68 423.16 -11571.38 17094.65 3591.05 538.83 -11468.52 52.33 157.79 285.07 -12788 -33.19 0.82 08F1.50 Fail 17150,00 3564.43 457.03 -11608.16 17144.60 3593,68 571.62 -11506.10 53.73 156.22 285.44 -129.22 -34.40 0.82 0SF1.50 Fail 17200,00 3565.77 491.25 -11644,59 17194.55 3596.32 604.42 -11543.68 5465 154.67 286.31 -131.63 -36.53 0.81 0SF7.50 Fail 17250,00 3567.19 525.53 -11680.96 17244.50 3598.95 637.22 -11581.26 55.23 153.05 287.77 -1. 12 -38.73 0.80 OSF1.50 Fail 17300.00 3568.62 559.8/ -11717.33 17294.45 3601.59 670.02 -11618.84 55.83 151.44 288.01 -13fi.57 -00.89 0.79 OSF1.50 Fail 17350,00 3570.05 594.09 -11753.71 17344.40 3604.22 702.81 -11656.42 56.44 149.85 288.78 -138.93 -43.00 0.78 OSF1.50 F. 17400.00 3571.48 628.36 -11790.08 17394,68 3606.75 735.84 -11694.25 57.02 148.24 289.75 -45.25 0.76 OSF1.50 Fail 17450,00 357291 662.64 -11826.45 17445.28 3608.50 769.08 -11732.35 57.32 146.46 297.19 _-141.51 -144.74 -48.00 0.75 OSF1.50 Fail 17500.00 3574.28 696.99 -11862.76 17495,78 3609.36 802.28 -11770.40 5775 144.38 292.93 -148.55 -51.23 0.74 OSF 1.50 Fail 17550.00 3575.31 731.83 -11898.61 17545.70 3609.90 835.10 -11608.02 58.73 141.66 296.23 -152.58 -54.83 0.72 OSF7.50 Fail 17600.00 3575.95 767.23 -11933,91 17595.58 3610.43 867.89 -1184860 59.96 138.27 295.27 -156'99 -58.90 0.70 0SF1.50 Fail 17650.00 3576.26 803.20 -11968.64 17645.39 3610,97 900.63 -11883.13 61.51 134.20 295.99 -161.79 -63.46 066 OSF1.50 Fail 17700.00 3576,34 839.57 -12002,95 17695.16 3611.51 933.35 -11920,63 62.48 129.65 296.47 -766.82 -68.33 0.65 OSF1.50 Fail 17750,00 3576.42 875.95 -12037.25 17744.92 3612.04 966.06 -11958,12 63.29 125.10 296.85 -771.75 -73.13 0.63 OSF150 Fail Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 11 of 24 Trajedory: SP33-W3L7 (P2) Vs. SP33-W3 (P31b) Minimum I Allowable Traveling Cylinder Allowable Deviation from E.11-EO1 Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft (fq (R) (R) (ft) (it) (R) 17850.00 3576.57 948.71 - -12105.85 17844,44 3613.11 1031.48 - -12033.11 04.1ti 65.10 110.J6 116.10 L`J/.11 297.20 -1 tb- -181.10 :1161 -82.36 0.61 0.58 OSF1.50 Fail OSF1.50 Fail 17900.00 3576,65 985.09 -12140,15 17894.20 3613,65 1064.19 -12070,60 66.11 111,64 297,10 -185,46 -86.76 0.56 OSF1.50 Fail 17950.00 3576.72 102147 -12174.45 17943.96 3614.18 1096,91 -12108.10 67.21 107,22 296.79 -189.57 -90.97 0,54 0SF1.50 Fail 18000.00 3576.79 1057.70 -12208.91 17993,82 3614,65 1129.68 -12145.67 67.60 103.02 296.34 -193,32 -94,87 0.52 0SF1.50 Fail 18050.00 3576,83 1093.35 -12243.97 1804367 3615.10 1162.45 -12783.24 67.61 9964 295.83 -196.19 -97.91 0.50 OSF7.50 Fail 18100.00 3576,82 1128.38 -12279,64 18093.58 3615.55 1195.25 -12220,85 67.51 97.10 295.45 -198,35 -100.19 049 OSF1.50 Fail 18150.00 3576.77 1182.78 -12315.92 18143.53 3616.01 1228.09 -12258,49 67.28 95,41 295.28 -199.88 -10178 0.48 OSF1.50 Fail 18200.00 3576.68 1196.75 -12352.62 18193,51 361646 1260.94 -12296.15 67.72 94.29 295,33 -201.03 -102.92 0,48 OSF1.50 Fail 18250.00 3576.59 1230.69 -12389.33 18243.48 3616.91 1293.78 -12333.81 68.40 93.21 295.37 -202.16 -104.03 0.47 OSF1.50 Fail 18300.00 3576.50 1264.64 -12426.04 1829866 3617.36 1326.63 -12371.47 69.09 92.14 295.34 -203.20 -105.08 046 OSF1.50 Fail 18350.00 3576.41 1298.59 -12462.75 18343.44 3617.82 1359.48 -12409.13 69.80 91,09 295,23 -204.14 -106.06 0.46 0SF1.50 Fail 18400.00 3576,32 1332.53 -12499.46 16393.41 3618.27 1392.33 -1244679 70.53 90.05 295.04 -204.99 -106.97 0.45 OSF1.50 Fail 18450.00 3576.23 1366.48 -12536A7 18443.39 3618.72 1425.18 -12484.45 71.28 89.03 294.76 -205.74 -107.81 0.45 OSF1.50 Fail 18:00.00 3576.14 7400,43 -12572.88 18493,92 3618,92 145840 -1252253 71.90 87.90 295.16 -207.26 -109.20 0,44 OSF1.50 Fail 18550,00 3576.05 1434,37 -12609.59 18544.64 3618.26 1491,75 -12560.74 72.04 86.37 296.82 -210.45 -111.84 0.43 OSF1.50 Fail 18600.00 3576.05 1461.14 -12646.46 18594,70 3615706 1:24.65 -12598.44 70.99 84,74 298.88 -214.14 -114.85 0.42 OSF1.50 Fail 18650.00 3576,34 1501.32 -12683.66 18644.68 3615.86 1557.51 -12636,09 691 83.68 301.87 -218.19 -117.90 0.41 OSF1.50 Fail 18700.00 3576.92 1533.87 -12721,81 18694.64 3614.66 1590.35 -12673,72 67.13 8323 305,86 -222.63 -121,01 0.40 OSF1.50 Fail 18750.00 3577,68 1566.04 -12760.08 18744.59 3613.67 1623.19 -12711.35 65,51 83.20 310.44 -227,24 -124.09 0.40 OSF1.50 Fail 18800.00 3578,44 1598.20 -12798.36 16794.55 3612.27 1656,02 -12748,97 64.02 83.23 314.93 -231.70 -127.05 0.39 OSF1.50 Fail 18850.00 3579.20 1630.36 -1283664 18844.50 3611,07 1688.86 -12766.59 62.53 83.32 319.36 -236.004 -129.91 0.39 OSF1.50 Fail 18900.00 3579,96 1662,51 -12874.92 18894.45 3609.87 172170 -12824,22 61.04 83,47 323,67 -240,20 -132.64 0,38 OSF1.50 Fail 18950.00 3580.73 1694.67 -12913.20 18944.40 3608.67 1754.53 -12861.84 59.55 83.67 327.84 -244.16 -135.21 0.38 OSF7.50 Fail 19000.00 3581.49 1726.83 -12951.47 18993.91 3607.91 1787.08 -12899,13 58.37 84.07 330,93 -246.86 -136.88 0.38 OSF1.50 Fail 19150.00 3582,21 1759.06 -12989.69 19043.46 3608.01 1819.66 -12936,47 58.22 84.68 332.89 -248.22 -136758 0.38 0 F1.50 Fail 19100.00 3582.67 1791.82 -13027:46 19093.35 3608.73 1852.45 -12974,06 59.29 84.89 333.96 -249.07 -138,08 0.38 0SF1.50 Fail 19150.00 3582,81 1825.19 -13064.71 19143.34 3609.48 1885,30 -13011.73 60.59 8445 334.56 -250.09 -138,91 0.38 OSF1.50 Fail 19200.00 3582.Bd 1858.76 -13101.76 19193.33 3610:23 1918.ifi -13049.40 61.26 83.79 334.88 -251.09 -139.80 0,378 OSF1.50 Fail I9250.00 3582,87 1892.33 -13138.81 19243,31 3610.98 1951.01 -13087.06 61.9d 83,14 335,19 -252.06 -140,65 0.37 0SF1.50 Fail 19300.00 3582.90 1925.90 -13175.87 19293.30 3611.73 1983.86 -13124.73 62.63 82,50 335,44 -252.94 -141.45 0.37 0SF1.50 Fail 1935000 3582.93 1959,46 -13212.92 19343.28 3612.48 2016.72 -13162,40 63.34 81.88 335.62 -253.74 -142.19 0.36 OSF1.50 Fail 19400.00 3582.95 1993,03 -13249, 98 19393.27 3613,23 2049.57 -13200.06 6405 81,27 335.72 -254.45 -142.87 0.36 OSF1.50 Fail 194%00 3582,98 2026.60 -13287,03 19443,25 3613,98 2082.42 -13237.73 64.77 80.67 335.75 -255.08 -143.49 0.36 OSF1.50 Fail 1:500,00 3583.01 2060.17 -13324,09 19493.24 3614.73 2115.28 -13275,39 65.51 8008 335.70 -255.62 -144.05 0.35 OSF1.50 Fail 195:0.00 3583.04 2093.74 -13361,14 19543.23 3615,48 2148.13 -13313.06 66.25 79.51 335.57 -256,06 -144,53 0.35 OSF1.50 Fail 19580.23 3583,06 2114.04 -13383.55 19544.46 3615.50 2148.94 -13313.99 66.27 B4.31 303.18 -218.87 -118.14 041 OSF1.50 Fail End of results Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 12 of 24 Field: Nikadchuq Well: SP29-NW3 Structure: Spy Island Borehole: SP28-NW3 Slot: SP28 Trajectory: SP28-NM(P4) Client: Eni Petroleum Type: Der Plan Coordinate System: NA027 Alaska State Plane, Zone 04, US Feet North Reference: True Grid Convergence Angle: 0.08880162' Grid Scale Factor: 0,99990015 Magnetic Declination: 18.904- Magnetic Declination Date: March 23, 2015 Magnetic Model: BGGM 2014 Reference Point: Northing Eastina Elevation Structure Unc. Slot Unc. 6053621,010 (ftUS) 511481.670 (ftUS) 54.100 (ft) MSL 0.000 (ft) (1 sigma) 0.000 (ft) (1 sigma) Trajectory Error Model: ISCWSAD 3-D 96.000% Confidence 2.7955 sigma SurveNno Prco: While Drilling Description Part MD From (ft) MD To (ft) EOU Freq (rt) Survey Tool Type Hole Size (In) Casing Diameter (In) Borehole / Survey 1 0,000 41.000 1/100.000 SLB_GWD70-Depth Only -No Global 16.000 13.375 SP28-NW3/SP28-NW3(Pa) 1 41.000 2300.000 1/100.000 SLB_GWD70-No Global 16.000 13.375 SP28-NW3/SP28-NW3(Pa) 1 2300,000 2783.673 1/100.D00 SLB_MWD+SAG-No Global 16.000 13.375 SP28-NW3/SP28-NW3(P4) 2 2300.000 2783.673 1/100.000 SLB_MWD+GMAG-No Global 16.000 13.375 SP28-NW3/SP28-NW3(P4) 2 2783.673 4280.000 1/100.000 SLB_MWD+SAG-No Global 12250 9.625 SP28-NW3/SP28-NW3(P4) 3 2783.673 16490.229 1/100.000 SLB MWD+GMAG-No Global 12.250 9,625 SP28-NW3/SP28-NW3(P4) 3 16490.229 18000.000 1/100.000 SLB_MWD+SAG-Nc Global 8.750 5.500 SP28-NW3/SP28-NW3(P4) 4 16490.229 24455,231 1/100.000 SLB_MWD+GMAG-No Global 8.750 5.500 SP28-NW3/SP28-NW3(Pa) Minimum I Allowable Traveling Cylinder Allowable Deviation from EOU-EOU Controlling fin. MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim CI-Ct Distance Separation Reference Clearance OSF Rule Stalus (ft) (ft) (ft) (ft) (ft) (ft) (ft) (ft) (°) (ft) (R) (ft) (ft) All local minima indicated. Results filtered: Depth 10735.00 ft c MD c 19580,23 ft Results filtered: Ct-Ct separation r- 1500.00 ft Results highlighted: Ct-Ct separation c 1320.00 ft 10850.00 3579,26 -3564AS 6773,73 8250.66 2861.78 1259.84 6236.74 25.75 4906.54 222.65 4683.89 4757.78 33,20 OSF1.50 Pass 10900,00 35B0.41 -3535.39 -6814,60 8294,54 2862.54 1264.81 .6280.33 23.93 4882.90 223.94 4658,95 4733:27 32.84 OSF1.50 Pass 10950.00 3581.55 -3508.07 6856.48 1339.21 2863.32 1269,86 6324.73 22.11 4860.78 227,01 4633.77 4709.11 32.25 OSF1.50 Pass 11000.00 3582.70 -3482.22 -6899.24 8384.68 2864,11 1275,01 -6 69.87 20.27 4840,22 23907 4610.15 4686.51 31.69 OSF7.50 Pass 11050.00 3583.83 -3457.87 6942,89 8430.82 2664,92 12:0.23 641572 18.41 4821.24 235.97 4585,28 4663.60 30.77 OSF1.50 Pass 11100.00 3584,96 -3435,07 6987.38 847761 2865,74 1285.52 6462.20 16.55 4803,87 240.20 4563.66 4643,40 30.12 OSF1.50 Pass 11150.00 3585-94 -3412.10 -7032,18 6524.64 2866.56 1290.85 -6 08,92 17.64 4787.12 247.22 4545.91 4625.98 29,88 OSF1.50 Pass 11200.00 3586,48 -3389.29 -7076.25 8571,11 2:67.37 1296.11 6555.08 19,60 4768.83 242.23 4526.60 4607.01 29,65 OSF1.50 Pass 11250.00 3586.57 -3364.22 -7119,50 8616.92 2868.17 1301,29 6600.5B 21.58 4748.93 243.32 4505.60 4586,38 29.39 OSF1.50 Pass 11300.00 3586.20 -3337.70 -7161,88 8662.01 2868.96 1306A0 -6645.39 23.59 4727.45 244AI 4683.04 4564,19 29.13 OSF1.50 Pass 11350.00 3585.38 -3309.77 -7203.35 870635 2069.73 1311Al -6 89.43 2548 4704-42 245.54 4458.88 4540.40 28.85 OSF7.50 Pass 11400.00 3584.36 -328125 -7244,40 8750.35 2870.50 131fi.39 6733.14 25.45 4680,74 24670 4434,03 451594 28.57 OSF1.50 Pass 11450.00 3583.36 -3252.21 -7285D9 8794.04 2871.26 1321.34 6776.54 26.97 4656,51 247.91 4408,60 4490.91 28.28 OSF1.50 Pass 11500.00 3582,42 -3221.79 -7324.76 8836,87 2872,01 1326AS 6819,09 28.74 4630,82 249,11 4381.71 4464:42 27A9 OSF1.50 Pass 11550.00 358153 -3190.01 -7363.34 6878:70 2872.74 1330,93 6860,73 30.47 4603.68 250.33 4353.35 4436.47 27.69 OSF1.50 Pass 11600,00 3580.68 -3156.89 -7400.79 8919.72 2873.45 1335.56 6901.40 32,19 4575,12 251.54 4323.58 4407.10 27,38 OSF1.50 Pass 11650.00 3579.85 -3122.94 -7437.49 8960.00 2874.16 1340.12 6941,41 32.42 4545.66 252,78 4292.88 4376 27.07 OSF7.50 Pass 11700.00 3579.02 -30B8.98 -7474,17 9000,27 2874.86 1344.68 6981,42 32.37 4516.19 254.02 4262.17 4346.51 26.77 OSF7.50 Pass 11750.00 3578.19 -3055:01 -7510.85 9040.54 2875.56 1349,24 -7021,43 32.33 4486.72 255.36 4231.36 4316.15 26.45 OSF7.50 Pass 11800.00 3577.36 -3021.04 -7547.54 9080.82 2876.26 1353,80 -706143 32.28 4457.25 256.61 4200,64 4285.85 26,15 OSF1.50 Pass 11:5000 3576.53 -2987,08 -7584.22 9121.09 287897 1358.35 -7101.44 32.23 4427:75 257.94 4169.84 4255.49 25SA OSF1.50 Pass 11900.00 3575.70 -2953.11 -7620.90 9161.36 2877.67 1362,91 -714144 32.16 4398.32 259.32 4139.00 4225.11 25.53 OSF1.50 Pass 11950.00 3574.87 -2919.15 -7657.58 9201,63 2878,37 1367.47 -7181.45 32.10 4368,85 260.72 4108.13 4194,71 2122 OSF1.50 Pass 12000.00 3574.28 -2885.19 -7694.28 9241.91 2879.08 1372.03 -7221,47 31.66 4339.44 262, 13 4077.32 4164.36 24.92 OSF7.50 Pass 12050.00 3574.12 -2851.25 -7730.99 9282.23 2879,78 1376.59 -7261.52 31.22 4310,12 263.54 4046,58 4134.10 24.62 0SF7.50 Pass 12100.00 3574,32 -2817.34 -7767.74 9322.57 2880.48 1381.16 -7301,59 31,00 4280.89 264.99 4015.90 4103.90 24.32 OSF1.50 Pass 12150.00 3574.53 -2783,43 -7604,48 9362.91 2881,19 1385.72 -734167 30.93 425167 266,50 3985.18 4073,66 24.07 OSF7.50 Pass 12200.00 3574,75 -2749.52 -7841,22 9403.26 2881.89 1390.29 -7381.75 30.85 4222.46 268.01 3954.45 4043.46 23.71 OSF1.50 Pass 12250.00 3574.97 -2715.61 -7877.97 9443.80 2882,60 1394,86 -7421.83 30,78 4193,25 269.58 3:23.67 4013.21 23.41 OSF1.50 Pass 12300.00 3575.19 -2681.70 -791477 9483.94 2883.30 1399.42 -7461.91 30.71 4164.05 271.15 3892.90 3982.96 23.11 OSF1.50 Pass 12350.00 3575.41 -2647.79 -7951.46 9:24,29 2884.00 1403,99 -7501.99 30.63 4134.85 272.76 3882.09 3952.68 22.82 D$F1.5D Pass 12400.00 3575.63 -2613.88 -7988.20 9564.63 2884.71 1408.55 -7542.07 30.55 4105.65 274.38 3831.27 3922.41 22.52 OSF1.50 Pass 12450.00 3575.85 -2579.97 -8024.94 9604.98 2885.41 1413.12 -7582.14 30AS 4076A6 276.04 3800.42 3892,11 22,23 OSF7.50 Pass 12500.00 3576D7 -2546.07 -8061Z9 9645.32 2886.12 1417.69 -7622,23 30.23 4047,29 277.70 3769.58 3861.82 21.93 OSF1.50 Pass 12550,00 357665 -2512A9 -8098.74 9685.93 2886.82 1422,28 -7662.57 29.07 4018.52 279.35 3739.17 3831.9 21.6 OSF7.50 Pass 12600.00 3577.65 -2479.48 -8136.27 9726.98 2867.54 1426.93 -7703.34 27.95 3990.45 268.37 3722.08 3811.21 22.38 OSF1.50 Pass 12650.00 3578.87 -2446.84 -8174.14 976B.31 2888,26 1431,61 -7744.40 27.73 3962,83 269.38 3693.44 3782.91 22.14 OSF1.50 Pass 12700.00 3580.09 -2414.22 -8212,00 9809.64 2868.98 1436.28 -7785A6 27.64 3935.22 270.39 3664.82 3754,63 21.90 OSF1.50 Pass 12750.00 3581.31 -2381.59 -8249,87 9:50.97 288971 1440.96 -7826,52 27.54 3907,61 27142 3636.19 372633 21.67 OSF1.50 Pass 12800.00 3582.53 -2348.96 -8287,74 9892.30 2890,43 1445.64 -7867.58 27.45 3880,02 272,45 3607.56 3698.05 21,43 OSF1.50 Pass 12:50.00 3583.75 -2316.33 -8325,61 993364 2891A5 14:0.32 -790864 27.35 3852.43 273.50 3578.93 3fifi9.77 21.20 OS1.50 Pass 12900.00 3584.98 -2283.70 -8363.47 9974,97 2891.87 1455.00 -7949.70 27.25 3824.85 274.53 355162 3641.50 20,97 OSF1.50 Pass 12950.00 3586.20 -2251.08 -8401,34 10016.30 289259 1459.67 -7990,76 27,15 3797.28 275.60 3521.38 3613,22 20.74 OSF7.50 Pass 13000.00 3587A2 -2218A5 -8439.21 10057.63 2893.31 1464.35 -8031,82 27,05 3769.72 276.63 3493.08 3584.97 20.51 OSF1.50 Pass 13050.00 3588.56 -2185,89 -8477.13 10099.02 2894.03 1469.03 -8072.93 26,84 3742.22 277.69 3464.53 3556.77 20.28 OSF1.50 Pass 13100.00 3589A7 -2153.75 -8515A3 10140.71 2894,76 1473.75 -8114.35 26,62 3715.08 278.75 3436.33 3528.92 20.06 OSF1.50 Pass 13150.00 3589.23 -2122.01 -8554.07 10182.68 2895,49 1478.50 -8156.05 26,46 3688.28 279.84 3408,44 3501,39 19.83 OSF1.50 Pass 13200.00 3589.21 -2090A3 -8592.75 10224.70 2896,23 1483.26 -8197,79 26.38 3661.53 280.93 3380.59 3473.91 19.61 OSF1.50 Pass 13250.00 3589.19 -205865 -8631,43 10266.71 2896,96 14:8,01 -8239.53 26,30 3634.78 282.04 3352.74 3666A3 19.39 OSF1.50 Pass 13300:00 3589,17 -2026.98 -8670.12 10308.73 2897.69 1492.77 -8281,26 26.22 3608.04 283.14 3324.90 3418.95 19.18 OSF1.50 Pass 13350.00 3589A5 -1995.30 -8708,80 10350,74 2898.43 1497.53 -8323.00 26.13 3581.31 284,26 3297.05 3391 A7 18.96 OSF1.50 Pass /3400.00 3589,14 -1963,62 -874749 10392.76 2899.16 1502.28 -8364,74 26.05 3554:58 285.38 3269,20 3364.00 18.74 OSF1.50 Pass 73450,00 3589,12 -1931.94 -8786.17 1043477 2899.89 1507.04 -8406.48 2596 3527.85 286.50 3241.35 3336.52 1853 OSF1.50 Pass 13:00.00 3589,10 -1900,26 -8824.85 10476.78 2900.63 1511.7: -8448.22 25.88 3501.13 287.62 3213,51 3309.08 18.32 OSF7.50 Pass 13550.00 3588.99 -1888,65 6863.60 1051885 2901.36 1516.55 -8490.00 2569 3474A8 288.75 3185.73 3281.65 18.11 OSF7.50 Pass 13800.00 3588.16 -1837.54 -8902.73 10561.23 2902.10 1521.35 -8532.10 25.51 3448.21 28990 3158.31 3254,62' 17. So OSF1.50 Pass 13650.00 3586,49 -1806.97 -8942.26 10603,93 2902.85 1526.18 -8574.53 25.32 3422,36 291.07 3131:29 3227.98 17,69 OSF150 Pass 13700.00 3583.96 -1776.98 -8982.18 10646.94 2903,60 1:31.05 -6617.25 25.12 3396.93 29226 3104.68 3201:76 17,49 OSF1.50 Pass 13750,00 3581,00 -1747.28 -902229 10690,10 2904.35 1535.93 -8660.13 25,09 3371,72 293.47 3078.24 3175.74 17.29 OSF1.50 Pass Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 13 of 24 Trajectory: SP33-W3L7 (P2) Vs. SP28-NW3 (P4) Minimum Allowable Traveling Cylinder Allowable Deviation Rom EOtI-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Ofrset EW North Azim Ct-Ct Distance Separabon Reference Clearance OSF Rule Status lft) (ft) (ft) (ft) (RI (it) (ft) (ft) (°) (RI (ft) (ft) (ft) 13850.00 3575.08 -1687,87 -9102.52 10776.12 2905.86 1545.70 -8745.88 25.03 J34b.>1 3321,30 4tl4.0a 295.92 JU> - 3025.39 3149./2 312370 1709 16.89 OSF1.50 OSF1.50 Pass Pass 13900.00 3572,18 -1658.05 -9142.55 10819'50 2906.61 1550.58 -8788,68 25.45 3295,98 297.13 2998.85 3097.57 16.69 OSF1.50 Pass 13950,00 3569.64 -162749 -9182.04 10862.15 2907,35 155541 -8831.05 26.21 3269.96 298.30 2971.66 3070,77 16.49 OSF7.50 Pass 14000.00 3567,51 -1596.13 -9220.92 10904.29 2908.09 1560:18 -8872.91 26.92 3243.18 299.45 2943:72 3043.21 16.29 OSF1.50 Pass 14050.00 3565.78 -1513.17 -9259A7 10945,89 2908.81 1564,88 -8914.24 27.56 3215,64 30059 2915.05 3014.92 16.09 OSF1.50 Pass 14100.00 3564,57 -1531.08 -9296.81 10986.99 2909.53 1569.54 -8955.06 27.94 3187.43 301.70 2885,725 2985.96 15.89 OSF1.50 Pass 14150.00 3563.94 -1497.49 -9333,84 11027.56 2910.24 1574.13 -8995.37 28.27 3158,60 302.79 2855.81 2956.41 15.69 OSF1.50 Pass 14200.00 3563.81 -1463.32 -9370.34 11067.69 2910.94 1578.67 -9035.24 28.34 312926 303.87 2825,39 2926.35 15.49 OSF7.50 Pass 14250,00 3563,74 -1429.08 -9406.77 11107.76 2911.64 1583.20 -9075,04 28.21 3099.86 304.97 2794.89 2896.22 15.29 OSF1.50 Pass 14300,00 3563,67 -1394.84 -9443.21 11147.83 2912.34 1587.74 -9114,85 28.09 3070,48 306.07 2764.40 2866.10 15.09 OSF1.50 Pass 14350.00 3563.59 -1360.60 -9479.64 11187.90 2913,04 1:92.27 -9154,66 27.96 3041,10 307.18 2733:92 2835.99 14.89 OSF1.50 Pass 14400.00 3563.52 -1326.36 -9516.08 11227.97 2913.74 159fi.81 -9194.46 27.83 3011.74 308.29 270345 2805.88 14.70 OSF1.50 Pass 14450.00 3563.45 -1292.12 -9552.51 11268.04 2914.44 1601.34 -9234,27 27.69 2912.38 309.40 2672,99' 2775.79 14.50 OSF7.50 Pass 14:00.00 3563.38 -1257.87 -9588.95 11308.11 2915.14 1605,88 -9274.07 27.54 295304 31050 2642,54 2745,71 14.31 OSF7.50 Pass 14550.00 3563.30 -1223,96 -9625,69 11348.45 2915.84 1610.45 -9314.15 26.61 2924.06 311.59 2612.48 2716.01 14.12 OSF1.50 Pass 14800.00 3563,17 -1190.70 -9663.02 11389.29 2916.55 161:.07 -9354.72 25.73 2895.77 312.69 2583.OB 2686.98 13.93 OSF1.50 Pass 14650,00 3562.96 -1157.98 -9700,82 11430.55 2917.27 161974 -9395.70 25.28 2868.05 313.82 2554.22 2658.50 13.75 OSF1.50 Pass 14700.00 3:62.74 -7125,31 -9738.68 11471.85 2917.99 1624.41 -9436.73 25.15 2840.40 314.96 2525.43 2630.09 13.56 OSF1.50 Pass 14750.00 3562.52 -1092.65 -9776.54 11513,15 2918.71 1629,09 -9477.76 2562 2812,75 316.12 2496.63 2601.68 13.38 OSF7.50 Pass 14800.00 3562.30 -1059,99 -9814.39 11554.45 2919,43 1633.76 -9518.79 24.89 2785.12 317.28 2467:85 2573,28 13.20 OSF7.50 Pass 14850.00 MUM -1027.32 -9852,25 11595.75 2920.16 1638,43 -9559.82 2475 2757.51 318.43 2439.07 2544.89 13.02 OSF1.50 Pass 14900.00 3561.86 -994.66 -9890A0 11637.04 2920.88 1643.11 -9600,85 24.61 2729.90 319.59 2410.31 2516.51 12.85 OSF1.50 Pass 14950,00 356164 -962.00 -9927,96 11678,34 2921.60 1647,78 -9641.87 24.46 2702.30 320.75 2381.56 2488.14 12.67 OSF1.50 Pass 15000,00 3561,41 -929.33 -9965,81 11719,64 2922.32 1652.46 -9682.90 24.32 2674.72 321.90 2352.82 245%9 12.50 OSF1.50 Pass 15050.00 3561.25 -896.74 -10003.73 11760,99 2923.04 1657.14 -9723.98 23.67 264723 323.04 2324, 19 2431.54 12.33 OSF1.50 Pass 15100.00 356148 -864.63 -10042.06 11802.71 2923.77 1661.86 -9765A2 22.50 2620.37 324.15 2298.23 2403.95 12.16 OSFi.50 Pass 15150.00 3562.15 -833.11 -10080.86 11844.84 2924.50 1666.63 -9807.27 21.35 2594,25 325.26 2268.99 2377.08 12.00 OSF1.50 Pass 15200.00 3563.16 -802.04 -10120.03 11887.28 2925.24 167143 -9849.43 20.87 2568.70 326.39 2242.31 2350.78 11.84 OSFi SO Pass 15250.00 3564.19 -771.00 -10159.21 11929.74 2925.98 1676.24 -9891.61 20.69 2:43,20 327.56 2215.64 2324,50 1168 OSF1.50 Pass 15300.00 3565.22 -739.96 -10198.40 11972.19 2926,73 1681,04 -9933.79 20.51 2517,73 328.72 2189.00 2298,25 11.52 OSF1.50 Pass 15350.00 3566.25 -708.92 -10237.58 12014.65 292747 1685.85 -9975.97 2032. 2492.27 329.89 2162.311 2272.02 11.36 OSF7.50 Pass 15400.00 3567,28 -677.88 -10276.77 12057,11 2928.21 1690,65 -10018,15 20.14 2466.83 331.04 2135.79 2245:81 11.21 OSF1.50 Pass 15450.00 3568.31 -646.84 -10315.95 12099,57 2928.95 1695,46 -10060.33 19.95 2441,41 332.20 2109,21 2219.62 11.05 OSIF 0 Pass 15500.00 3569.34 -615.80 -10355.14 12142.03 2929.69 1700.26 -10102.51 19.75 2416.01 333.34 2082.67 2193.46 10.90 OSF1.50 Pass 15550.00 3570.36 -584 73 -10394.30 12184.47 2930.43 1709 07 -10144.66 19 82 2390.61 334.49 2056.12 2167.29 10.75 OSF1.50 Pass 15600.00 3571.21 -553.17 -10433.07 12226.57 2931,17 1709.63 -10186.49 20.44 2364.66 335.59 2029.07 2140.61 10.60 OSF1.50 Pass 15650.00 3571.95 -521.35 -10471.63 12268.49 2931.90 1714.57 -10228.73 20.23 2338.44 336.71 2001.73 2113.84 10.44 OSF1.50 Pass 15700.00 3572.69 489.52 -10510A8 12310.41 2932.63 1719.32 -70269.78 20.01 2312,24 337.82 1974.43 2086.70 10.29 OSF1.50 Pass 15750,00 3573,44 457.70 -10548.74 12352.33 2933.36 1724.06 -10311,42 19.80 2286,07 338.92 1947.15 2059.79 10.14 OSF1.50 Pass 15800.00 3574A8 425.88 -10587,30 12394.25 2:34.09 1728.81 -10353.06 19.57 2259,92 340.02 1919.90 2032.92 9.99 OSF1.50 Pass 15850.00 3574.92 -394.06 -10625.86 12436,17 2934.82 1733.55 -10394,71 19.34 2233,80 341.11 1892.69 2006.07 9.85 OSF1.50 Pass 15900.00 3575.67 -362.23 -10664.42 12478,08 2935.55 1738,30 -1043fi.35 19.11 2207.71 342.19 1865.52 1979.25 9.70 OSF1.50 Pass 15950.00 3576.41 -330.41 -10702.98 12520.00 2936.29 1743.04 -10478.00 18.87 2181.65 343.27 1838.38 1952,47 9.56 OSF1.50 Pass 16000.00 3577.15 -298.59 -10741.53 12561.92 293702 174779 -10519.64 18.63 2155.61 344.33 1811.28 1925.73 9.41 OSF1.50 Pass 16050.00 3577.69 -266.68 -10780,02 12603.78 2937.75 1752.52 -10561.22 19.03 2129,45 345.39 1784.07 1898.87 9.27 OSF7.50 Pass 16100.00 3577.48 -234.46 -10818.26 12645.41 2938.47 1757.23 -10602.58 19.66 2102.78 346.44 1756,34 1871.49 9.13 OSF1.50 Pass 16150.00 357651 -201.99 -10856.27 12686.82 2939.20 1761.92 -10643.72 20.05 2075.64 347.51 1728A3 1843.64 8.98 OSF1.50 Pass 16200.00 3575,35 -169.415 -10894.21 12734.39 2940A8 1767.31 -10690.96 19.80 2048.36 348.59 1699.77 181564 8.83 OSF1.50 Pass 16250.00 3574,18 -136.91 -10932,16 12786.68 2942A1 1773.24 -10742.88 19.54 2020.90 349.70 167920 1787.44 8.69 OSF1.50 Pass 16300.00 3573,02 -104.37 -10970.10 12836,85 2944.98 1779.17 -10794.63 19.30 1993.23 350.74 1642.49 1759.07 8.54 OSF1.50 Pass 16350.00 3571.86 -71.83 -11008.05 128MN 2948,79 1785.09 -10846.17 19.08 1965,35 351.77 16 3.58 1730.51 8.40 OSF1.50 Pass 16400.00 3570,70 -39.29 A1046.00 12942.70 2953.52 1791,00 -10897.44 78.90 1937.25 352.81 1584.44 1701.72 8.26 OSF7.50 Pass 16410.00 3569.54 b.76 -11083.94 12994.31 2959.16 179689 -10948.41 18.73 1908.94 353.87 1555.08 1671270 8.11 OSF7.50 Pass 16500.00 3568,37 25.78 -11121,89 13045.67 2965.69 180275 -10999,01 78.60 1880.414 354.93 1525.48 1643.46 7.96 OSF1.50 Pass 16550.00 3567.32 58.40 -11159.77 13096.70 2973.08 1808.58 A1049.17 18.49 1851.62 355A8 1495.64 1613.97 7.82 OSF1.50 Pass 16600.00 3566.58 91.24 -1119747 13147.30 2981.29 1814.35 -11098.76 1841 1822,48 356.99 1465.49 1584.16 7.57 OSF1.50 Pass 166%00 3566.15 124.32 -11234.96 1319743 2990,30 1820.08 -1114775 18.35 1792.99 357.98 1435.00 155400 7.53 OSF1.50 Pass 16700,00 3565.83 157.49 -11272.36 13247.18 3000.08 1825.75 -11196.19 18.28 1763,22 359.02 1404.20 1523,55 7.38 OSF1.50 Pass 16750,00 356551 190.67 -11309,77 13296.57 3010.64 1831.38 -11244.11 18.24 1733.24 360.11 1373.12 1492.83 7.24 OSF1.50 Pass 16800.00 3565A9 223.84 A1347.18 13344.11 3021.57 1836.79 -11290.06 18.23 1703.05 361.24 1341.81 1461,89 7.09 OSF1.50 Pass 16:50.00 3564,87 257.02 -11384,59 13383.91 3030.97 1:415.31 -11328.46 18.23 1672.78 362.43 1310.35 1430.83 6.94 OSF7.50 Pass 16900.00 3564.55 290.19 -11422.00 13423.71 3040,36 1845.84 -11366.87 18.23 1642.51 363.67 1278,84 1399.74 639 OSF7.50 Pass 16950.00 3564.23 323.37 -11459.413 13463.51 3049.76 1850.36 -71405.28 18.24 1612.24 364.94 1247.30 1368.52 6.64 OSF1.50 Pass 17000.00 3563.91 356.54 -11496.81 13503.30 3059A5 1854.89 -11443.69 18.24 1581.98 366.22 1215.76 1337.50 6.49 OSF1.50 Pass 17050.00 3563.59 389.72 -11534.21 13543.10 3068,54 1859.42 -11482.10 18.24 1551,71 367.50 1184.21 1306.38 6,35 OSF1.50 Pass 17100.00 3563.68 423.16 -1157138 13582.79 3077.91 1863,93 -11520.40 18A 1521.31 36868 1152,63 1275.19 6.20 OSF1.50 Pass 17150.00 3564.43 457.03 -11608.16 13622,32 3087,24 1:68.43 -1155&54 17.98 1490,71 369.78 112093 1243.86 6.06 OSF160 Pass 17200.00 3565.77 491.25 -11644.59 1366168 3096.53 1872,90 -1159&53 17.81 1459.95 37085 1089.10 1212.39 5.92 OSF1.50 Pass 17250.00 3567,19 525.53 -11680.96 13701.02 3105,82 1877.38 -11634A9 17.70 1429,17 371.96 1.57.21 1180.87 S77 OSF7.50 Pass 17300.00 3568.62 559.81 -11717.33 13740,35 3115.10 1881,85 -11672,46 17.58 1398.39 37306 1025:33 1149,36 5.63 OSF1.50 Pass 17350,00 3570,05 594.09 -11753,71 13779.69 3124.39 1886.32 -11710,42 17.46 1367.61 374.15 993.46 11187.85 5.49 OSF7.50 Pass 17400.00 3571.48 628.36 -11790.08 13819.03 3133.67 1890.80 -11748,38 17.33 1336.84 375.24 961.61 7086.36 5.35 OSF1.50 Pass 17450,00 3572,91 662.64 -11826,45 13858.37 3142.96 1895.27 -11786.35 17.20 1306.08 376.32 929.76 10,4.87 5.22 OSF1.50 Pass 17500.00 3574.28 896.99 -11862,76 1389764 3152.23 1899,74 -11824.24 17.49 1275.23 377.37 897.86 1023.32 5.08 OSF1.50 Pass 17550.00 3575.31 731.83 -11898.81 13938.44 3161.39 1904.15 -11861.69 18.23 1243.80 378.39 865.40 991.21 4.94 OSF1.50 Waming 17600.00 3575,95 787.23 -11933.91 13974.68 3170.41 1908.50 -11898.60 1894 1211,69 37939 832.31 95844 4.80 OSF1.50 Warning 17650.00 3576.26 803.21 -11968.64 14012.36 3179.31 1912,79 -11:34.96 19.62 1178.93 380.34 79B.59 925.05 4.66 OSF1.50 Warning 17700.00 3576,34 839.57 -12002.95 14049.63 3188.11 1917.03 -11970.93 19.63 1745.72 381.27 764.45 891.21 4.52 OSF1.50 Warning 17750,00 3576.42 875.95 -12037.25 14086.89 3196.90 1921,26 -12006,89 19.44 1112.49 382.20 730.30 857.37 4.37 OSF1.50 Warning 17800.00 357649 912.33 -12071,55 14124.15 3205.69 1925.50 -12042.84 19.24 107926 383.10 696.17 823.55 4.23 OSF1.50 Waming 17850.00 3576.57 948.71 -12105.85 14161.40 3214.49 192974 -12078,80 19.02 1046.07 383.99 662.08 789.74 4.09 OSF1.50 Warning 17900.00 3576.65 985.09 -12140,15 14198.66 3223.28 1:33.97 -12114.75 1879 1012.87 384.85 628.01 755.97 3.95 OSF1.50 Warning 17950.00 3576.72 1021.47 -12174.45 1423592 3232,08 1938.21 -12150.71 18.54 979.67 385.68 593.99 722.22 3.82 OSF1.50 Waming 18000.00 3576.79 1057.70 -12208,91 14273.31 3240.90 1942.46 -12186.79 17.90 946.64 38649 560.15 688.65 3.68 OSF7.50 Waming Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 14 of 24 Trajectory: SP33-W3L1 (P2) Vs. SP28-NW3 (P4) Minimum eTraveling Cylinder Allowable IA!l.Z""I Devan Rom IEOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD -elTV. Offset NS .-at EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (R) Ift) (ft) (kl (ft) (ft) (R) (ft) (°) (R) (RI (ft) (ft) 18100.00 - 357682 1128.38 - -12279.64 14349.62 3258,91 1951A4 -12260.44 16.30 882.26 388.13 494.12 623. 11 3.41 -r t.00 OSF1.50 Waming Warning 18150.00 3576.77 1162,78 -12315.92 14388.53 3268.10 1:55.57 -12297.99 15.51 850.94 38903 461.92 591.27 3.29 OSF1.50 Warning 18200.00 3576,68 1196.75 -12352.62 14 27.79 3277.36 1960,03 -12335.87 15.20 820.05 389.97 430.08 559.74 3.16 OSF1.50 Warning 18250.00 3576,59 1230.69 -12389,33 14467.05 3286,63 1964.50 -1237377 1500 789.17 390.92 398.25 528.23 3.03 OSF1.50 Warning 1 8300 '00 3:76.50 1264,64 -12426,04 14506.32 3295.90 1968.96 -12411.66 14.79 758.30 391.83 366.47 496.75 2.91 OSF1.50 Warning 18350.00 3576.41 1298.59 -12462,75 14545.59 3305.17 1973.43 -12449.56 14.56 727.43 392.77 336.72 465.30 278 OSF1.50 Warning 18400,00 3576.32 1332.13 -1249946 1458485 331644 197790 -12487.45 14.31 696.58 393.55 303.02 433.88 2.66 OSF7.50 Waming 18450,00 3576,23 1366411 -12536.17 14624A2 3323.71 1982.36 -12525,35 14.04 665.73 394.35 271.38 402.50 2.53 OSF1.50 Warning 18500,00 3576.14 1400.43 -12572.88 14663.39 3332.98 1986.83 -12563.24 13.74 634.89 395.09 239.81 371.17 2.41 OSF1.50 Warning 18550.00 3576,05 1434.37 -12609.59 14702.66 334125 199129 -12601.14 1361 604.07 395.76 208.31 339.90 2.29 OSF1.50 Warning 18600.00 3576,05 1468.14 -12646.46 14742.08 3351.55 1995.78 -12639.19 12.43 57346 396.33 177.13 308.91 2.17 OSF1.50 Warning 18650.00 3576.34 1501.32 -72683,86 14782,02 3360.98 2000.32 -12677.73 11.24 543.53 396.83 146.69 278.64 2.06 OSF1.50 Waming 18700,00 3576.92 1533.87 -12721,81 14815.76 336690 2004,32 -12710.29 10.11 514.51 397.67 116.84 249.07 1.94 OSF7.50 Waming 18750.00 3577,68 1566.04 -12760.08 14848.63 3376.46 2008.74 -12741.97 9.68 486.63 398.54 88.09 220.61 1.83 OSF7.50 Warning 18800.00 3578.44 1598.20 -12798.36 14882.28 3384,04 2013.84 -12774,35 9.33 459.48 399.25 60.23 192.99 1.73 OSF1.50 Warning 18850,00 3579,20 1630.36 -12836.64 14916.70 3391.63 2019.63 -12807,42 8.95 433.10 399.84 33.26 166.21 1.63 OSF150 Warning 18900.00 3579.96 1662.51 -12874.92 14951.90 3399.20 2026.17 -12841,17 8.54 407.51 400.23 7.27 140.36 1.53 OSF1.50 Warning 18950.00 3580,73 1694,67 -12913.20 14987,88 3406,74 2033.49 -12875,58 8.09 382.73 400.42 -17.69 115.46 1.43 OSF1.50 Fail 19000.00 35:1.49 1726.83 -12951.47 15024.64 3414,25 2041.63 -12910.63 7.60 358.80 400.37 A1.57 91.56 1.34 OSF1.50 Fail 19050.00 3582.21 1759.06 -12989.69 15062,14 3421.69 20%62 -12946.27 7.46 335.65 400.04 .64.39 68.63 1.26 OSF1.50 Fail 19100.00 3582.67 1791.82 -13027,46 15100.13 3429,00 2060.43 -12982.24 7.67 31276 399.31 -86.57 46.20 1.17 OSF7.50 Fail 19150.00 3582.81 1825.19 -13064.70 15138.57 3436.17 2071.07 -13018.47 7.65 290.00 398:73 -108.13 24.25 1.09 OSF1.50 Fail 19200.00 3582.84 1858.7fi -1310176 15177.70 3443.21 2082,63 -13055A8 6.86 267.93 396.50 -128.57 3.27 1.01 OSF1.50 Fail 19250.00 3582.87 1892.33 -13138.81 15217.63 3450A5 2095.19 -13092A4 5.98 246.82 394.38 -147.56 -16A 0.94 OSF1.50 Fail 1930NO MUM 1925.90 -13175.87 15258.34 3456.95 2708.79 -13130.21 5.01 226.71 391.70 -164.99 -34.75 0.87 OSF1.50 Fail 19350.00 3582.93 1959A6 -13212.92 15299.82 3463,60 2123A -13168,44 3.92 207.63 388.36 -18073 -51.61 0.80 OSF1.50 Fail 19400.00 3582,95 1993.03 -13249.98 15342.06 3470.08 2139.21 -13207.09 2.70 189.60 384.27 -194.67 -66,90 0.74 OSF1.50 Fail 19450.00 3582,98 202fi.60 -13287,03 15385,04 3476,33 2156.09 -13246.11 1.34 172.67 379.33 -20666 -80.54 068 OSF1.50 Fail 19500.00 3583,01 2060.17 -13324.09 15428,72 3482.38 2174A3 -13285.43 359.82 156.87 373.42 -216.56 .92,41 0.63 OSF1.50 Fail 19550,00 3583,04 2093.74 -13361,14 15473,08 3488.18 2193.33 -13324.99 358.12 142.21 36644 -224.23 -102.41 0.58 OSF1.50 Fail 19580.23 3583.06 211404 -13383.55 15500,22 3491.56 2205,52 -13349.00 357.01 133.92 361.65 -227.73 -107.51 0.55 OSF1.50 Fail End of results Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 15 of 24 Field: Structure: Slot: Client: Coordinate System North Reference: Magnetic Declination: Reference Point: Northin 6053608.810 (ftUS) Nikaifchuq Well: S135-W4 Spy Island Borehole: SI35-W4 SP35 Trajectory: S135-W4 Eni Petroleum Type: Del Survey NAD27 Alaska State Plane, Zone 04. US Feet True Grid Convergence Angle: 0.08831467° Grid Scale Factor: 19.723` Magnetic Declinadon Date: September 05. 2013 Magnetic Model Eastims Elevation 511418.730 (ftUS) 53.670 (ft) MSL Structure Unc. 0 000 (ft) (1 sigma) 0.999900148 BGGM 2013 Slot Unc. 0,000 (ft) (1 sigma) Tralectory Error Model: ISCWSA03-D 95.000%Confidence 2.7966 sigma Surveying Pros: As Drilled Description MD From (ft) MD To (ft) EOU Freq Survey Tool Type Hole Size (In) Casing Diameter (In) Borehole I Survey 0,000 40.570 l/98A25 SLB_NSG+SSHOT-Depth Only -No Global 16.000 13,375 S135-W4 / SI35-W4 40,570 40.570 Act -Sins SLB_NSG+SSHOT-Depth Only -No Global 16.000 13.375 SI35-W4 / SI35-W4 40.570 1011,580 Act-Sms SLB_NSG+SSHOT-No Global 16,000 13,375 SI35-W4/SI35-W4 1011.580 3087.020 Ad-Sms SLB_MWD+GMAG-No Global 16,000 13.375 SI35-W4/SI35-W4 3087.020 11205.180 At -Sins SLB_MWD+GMAG-No Global 12,250 9.625 SI35-W4 / SI35-W4 11205.180 19865.550 At -Sins SLB_MWD+GMAG-No Global 8.750 4,500 SI35-014 / SI35-W4 19865.550 19932,000 Act-Sms SLB BLIND+TREND-No Global 8.750 4.500 SI35-014 / SI35-W4 Minimum Allowable Traveling Cylinder Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD -at TVD Offset NS Offset EW North A- Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (it) (tt) (ft) (ft) (ft) (ft) (ft) (°) (ft) (ft) (ft) (ft) All local minima indicated. Results filtered: Depm 10735.00 ft c MD c 19580.23 ft Results filtered: Ct-Ct separation c 1500.00 ft Results highlighted: Ct-Ct separation c 1320.00 it 107Woo 3576.95 -3625.78 -6695.02 10809.27 3526,65 -4586.09 -7104.61 221.82 1045.22 162,96 862.27 936.26 9.67 OSF1.50 Pass 10800,00 3578.10 -3594.35 -673389 10869.36 3530.23 456248 -715974 22048 1058,74 162.64 896.10 949.99 9.81 OSF1.50 Pass 10850.00 3579,26 -3564,16 -6773.73 11056.08 3538,93 447SSG -7326.19 218.20 1069A8 148.72 92046 969.70 10-85 OSF 1.50 Pass 10900.00 3580AI 3535.39 -6814,60 11147.01 3542.64 4430.24 -7403.05 216.14 1071.66 145.39 926.27 974.40 11,12 OSF1.50 Pass 10950.00 3581.55 -3508.07 -6856.46 11213.27 3547.27 4393.59 -7458.04 214.02 1071.09 148.53 922.56 971.74 10.88 OSF7.50 Pass 11000.00 3582.70 -34:2.22 -6899.24 11261,33 3551.35 4366.82 -7497.75 211.92 1068,51 153.69 914.52 965.72 19049 OSF1.50 Pass 11050.00 3583.83 -3457.87 -6942.89 11317.62 3556.04 4335,40 -7544.22 209,79 1064,15 162.78 901.37 955.30 9.86 OSF1.50 Pass 11100.00 3584.96 -3435.07 -6987,38 11378.45 356075 -4300.97 -7594A5 20737 1057,62 168.23 889.38 945A3 9.4 OSF 1,50 Pass 11150.00 3585,94 -3412.90 -7032.18 11446.86 3563.81 4261.31 -7649.80 208.57 1049.65 166.95 882,69 938.02 9.48 OSF1.50 Pass 11200.00 3586.48 -3389.29 -7076.25 11543.07 3563,37 4203.08 -7726,36 210A9 1041.85 162.32 879.53 933.31 9.68 OSF1.50 Pass 11250.00 3586,57 -3364.22 -7119.50 11608.64 3561,61 4161.66 -7777.16 212.44 1033.95 161.38 872.57 926.04 166 OSF1.50 Pass 11300.00 3586.20 -3337.70 -7161.88 11663.01 3560.60 4126.88 -7818.94 214,36 1027,22 161.80 865.42 919.03 9,57 OSF1.50 Pass 11350.00 3585.38 -3309.77 -7203.35 11705.25 3560,14 4099,97 -785149 216.12 1022.32 163,89 858.42 912,73 9,40 OSF1.50 Pass 11400.00 3584,36 -3281.25 -7244.40 11750.60 3559.93 4071.33 -7886.65 216.08 1018.49 165,68 852,80 907.70 9.27 OSF1.50 Pass 11450.00 3583.36 -3252.21 -7285,09 11818,70 3559.80 4027,90 -7939.11 21775 1014.88 164,75 850.13 90472 9.29 OSF1.50 Pass 11500.00 3582.42 -3221.79 -7324.76 11876.78 3559.68 -3990.23 -7983.32 219.73 1012.?8 165.09 847.19 901.89 9.24 OSF1.50 Pass 11550.00 3581,53 -3190,01 -7363.34 11931.13 3559.48 -3954.77 -8024.50 221.7 1011. F 166.03 845A4 900,16 9.18 OSF1.50 Pass 11600.00 3580.68 -3156.89 -7400.79 11976.21 3559.32 -3925.36 -8058.67 22373 1011.83 168.21 843.63 899.37 9.07 OSF1.50 Pass 11650.00 3579.85 3122.94 -7437.49 12021.25 3559.25 -3896.15 -8092.96 224.01 1013,86 170.50 843.3fi 699.05 8.96 OSF1.50 Pass 11700.00 3579.02 -3088.98 -7474A7 12073.53 35:9,20 -3862,31 -8132.80 223:96 1015.98 171.84 844.14 901.09 8.91 OSF7.50 Pass 11750.00 3578,19 -3055.01 -7510.85 12125.49 3559.14 -3828.56 -8172.32 223.91 1017.98 173.66 844.32 901.88 8.83 OSF1.50 Pass 11800.00 3577.36 -3021.04 -7547.54 12174,99 3559.09 -3796,41 -8209, 4 223.86 1019,95 175,20 844.75 902.82 8.77 OSF1.50 Pass 11850.00 3576.53 -2987,08 -7584,22 12224.12 3559.07 -37fi4.50 -8247,31 223.82 1021.95 177.05 844.90 903S9 8.70 OSF1.50 Pass 11:00.00 3575.70 -2:53.11 -7620,90 12272,43 3559.09 -3733.18 -8284,08 223.77 1024.01 179.31 844.70 904,14 8.61 OSF1.50 Pass 11947.38 3574.91 1 20:92 -7655.67 12318.63 3559.13 -3703.28 -8319.31 223.72 1026.04 181.34 84470 904,82 8,53 OSF1.50 Pass 11950.00 3574.87 -2919.15 -7657,58 12321.23 35:9.13 -3701.60 -8321,29 22372 1026.15 181,45 844,70 904.86 8.52 OSF1.50 Pass 12000.00 3574.28 -2885.19 -7694,28 12370,92 3559.01 -3669.46 -8359.19 223.64 1028.31 183.52 84479 905.64 8.44 OSF1.50 Pass 12050.00 3574,12 -2851.25 -7730,99 12426.09 3558.67 -3633.72 -8401.22 223,59 1030.39 184.94 845.45 906.77 8.39 OSF7.50 Pass 12100.00 3574.32 -2817.34 -7767.74 12487.03 3558.39 -3593.83 -8447.29 223.58 1031.98 185.76 846.23 907.8 8.37 OSF7.50 Pass 12150.00 3574.53 -2783:43 -780448 12557.57 3558.53 -3546.87 -8499.91 223.59 1032.82 185.50 847.32 90882 8.39 OSF7.50 Pass 12200.00 3574,75 -2749.52 -7841.22 12614.46 3559.17 -3508.33 -8541.76 223.57 1032.86 186.95 84591 907.90 8.32 OSF1.50 Pass 12250.00 3574.97 -2715.61 -7877.97 12663,42 3560.07 -3475,16 -8577.75 223.53 1032.88 18941 843,47 906.28 8.21 OSF1.50 Pass 12300.00 3575.19 -2681,70 -7914.71 12702.81 3560.99 -3448.59 -8606.82 223.49 1033.12 193.06 840.05 904.08 8.06 OSF1.50 Pass 12350.00 3575.41 -2647.79 -7951A6 1273868 3561,90 -3424.75 -8633.61 223.45 1034o2 197,16 836.85 902.25 7.90 OSF1.50 Pass 12400,00 3575,63 -2613.88 -7988.20 12774.45 3562.86 -3401.36 -8660.65 223.40 1035.60 201,26 834.34 901,10 7,75 OSF1.50 Pass 12450.00 3575.85 -2579S7 -802494 12809.65 3563,89 3378,71 -8687.58 223.35 1037,88 205.45 832,44 900.59 7.61 OSF1.50 Pass 12500.00 3576,07 -216.07 -8061.69 12844.80 3565.00 -3356.48 -8714,78 223,17 1040.87 209,60 831.27 900.81 7.48 OSF1.50 Pass 12550.00 3576.65 -2512:49 -8098.74 12894.39 3565659 -3325,54 -8753.51 222.29 1043.97 212.10 831,87 902.24 7.4/ OSF 1.50 Pass 12600.00 3577.65 -247948 -8136.27 12960.52 3567,99 -3283.67 -8804.67 221,37 1045.74 187.30 858,44 920,54 8.4/ OSF1.50 Pass 12650.00 3578.87 -2446.84 -8174.14 13013.96 3568.51 -3249,45 -8845,71 221.30 1046,57 188.10 858,47 920,84 8.38 OSF7.50 Pass 12700.00 3580.09 -2414,22 -8212,00 13063.62 3568.53 -3217.54 -8883,77 221.36 1047,25 189.34 857.91 920,69 B.33 OSF1.50 Pass 12750.00 3581,31 -2381.59 -8249.87 13105.26 3568.24 -3190,96 -8915,81 221.43 1048.20 191.62 856.58 920.13 8,24 OSF1.50 Pass 12:00,00 3582,53 -2348.96 -8287,74 13151.06 3567,64 -3161.99 -8951.29 221,53 1049,54 193.36 85fi.18 920.31 8.18 OSF1.50 Pass 12850.00 3583.75 -2316.33 -8325,61 13242A 3566.52 3102.79 -9020.90 221.71 1049.88 189.57 860.31 923.77 8.34 OSF1.50 Pass 12900.00 3584,98 -2283.70 -8363.47 13316.37 3565.88 -3053.20 -9075.70 221,84 1048.69 187.78 860.91 923.18 8.41 OSF1.50 Pass 12950.00 3586.20 -2251.08 -8401,34 13371.38 3565,50 -301567 -9115,92 221,94 1046.74 188.50 858.24 920.74 8,37 OSF1.50 Pass 13000.00 3587.42 -221845 -8439,21 13422.04 3565.20 -2981.07 -9152.91 222.03 1044.73 189.57 855A6 918.02 8.30 OS 1,50 Pass 13050.00 3588.56 -2185.89 -8477.13 13460,16 3564,97 -2955.17 -9180,88 221,69 1042.88 192.36 850.52 914.31 8.107 OSF 1,50 Pass 13100.00 3589.17 -2153.75 -8515.43 13497.88 3564.68 -2929.86 -9208,86 221.02 1041.06 195.18 845.87 910.61 8.03 OSF1.50 Pass 13150.00 3589.23 -2122.01 -8554,07 1353840 3564.32 -2903.02 -9239.27 220.69 1039.24 197.66 841.58 907.14 7.92 OSF1.50 Pass 13200.00 3589.21 -2090,33 -8592.75 13581.80 3564.03 -2874.50 -9271.92 220.70 1037.70 199.80 83790 904.16 7.82 OSF1.50 Pass 13250.00 3589,19 -2058.65 -863143 13630,36 3563.81 -2842,79 -9308,70 220,72 1036A4 201.31 835.13 901.91 7.75 OSF7.50 Pass 13300.00 3589.17 -2026.98 -8670.12 13689.02 3563.08 -2804.26 -9352.92 220.76 1034.92 201.58 833.34 900.20 7.73 OSF 1.50 Pass 13350,00 3589.15 -1995.30 -870880 13742.85 3561.88 -2768.62 -9393.24 220,83 1033.07 202A7 830.60 897.76 7.68 0SF7.50 Pass 13400.00 3589.14 -1963.62 -:747.49 13795.01 3560.35 -2733.99 -9432.22 220.91 1031.10 203.57 827.53 895.06 7.63 OSF1.50 Pass 13450.00 3589,12 -1931.94 -8786.17 13858,40 3558.72 -2691.56 -9479.28 221.01 1028,76 203.24 825.52 892.94 7.623 OSF1.50 Pass 13500.00 3589.10 -1900.26 -8824.85 13910.36 3557.99 -2656.37 -9517.52 221.05 1025.90 204.37 821.53 889.32 7.56 OSF1.50 Pass 135%00 3508.99 -1868,65 -8863.60 13950.14 3557.10 -2629.64 -9546.96 220,65 1023.28 207,05 816.23 884,92 7.44 OSF1.50 Pass 13650.00 3588.16 -1837.54 -8902.73 13990,28 3555.70 -2602.95 -9576.91 219.84 1020.51 209.66 810.84 880A0 7.33 OSF1.50 Pass 13650.00 3586.49 -1806,97 -8942,26 14032.41 3554.12 -2575.21 -9608.57 218.99 1017.45 212,06 805,39 875,75 7.22 OSF1.50 Pass Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 16 of 24 Trajectory: SP33-W3L7 (P2) Vs. SI35-W4 Minimum Allowable Traveling Cylinder Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Azim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft) (ft) (ft) (ft) (ft) (ft) (°) (ft) (ft) (ft) (ft) 13/UV.VU J>b:1.9G -1IIt i i -i19U - 14U/4.b5 4b5L.tl4 -1J9/./U -9U4U.4U 41U.U/ 1U14. U/ L14.4L 1-- 6/0./9 7.72 OS F 1.50 Pass 13750,00 358160 -1747,28 -9022,29 14115.86 3551.23 -2520,98 -9671.94 218,00 101032 216.93 793.79 86577 7.01 OSF1.50 Pass 13810.00 3578.04 -1717.57 -9062.41 14157,16 3549.77 -2494.54 -970364 217,95 1007,80 21941 788.39 .1.19 6.91 OSF1.50 Pass 13850.00 3575.08 -1667.67 -9102.52 14200.58 3548.35 -2467.02 -9737.18 217.88 1005.27 221.68 783.59 857.16 6.83 OSF1.50 Pass 13900.00 3572A8 -7658.05 -9142.55 14245,00 3547,57 -2439.04 -9771.67 218.46 1003.18 223.78 779.40 853.66 675 OSF1.50 Pass 13950.00 3589.64 -1627.49 -9182.04 74301.30 3547.31 -2403.68 -981548 219.54 1002.11 224.60 777.51 85205 6.72 OSF1.50 Pass 1400000 3567.51 -1596A3 -9220.92 14366,64 3546.87 -2361.97 -9865.78 220.63 1001.39 223.85 777.54 851.83 6.73 OSF7.50 Pass 14050.00 3565,78 -1563,97 -9259.17 14431.40 3546.09 -2319.89 -9914.99 221,74 1000.95 223.38 777,57 851.70 674 OSF7.50 Pass 14100.00 3564,57 -1531,08 -9296,81 14496.19 3545,02 -2277,06 -9963,59 222.80 100074 222.93 777.80 851,79 6.76 OSF1.50 Pass 14150.00 3563.94 -1497.49 -9333.84 14558.35 3544.03 -2235,31 -10009.64 223.88 1000.74 222.79 777.95 851.88 6,76 OSF1.50 Pass 14200.00 3563.81 -1463.32 -9370,34 14612.83 3543.02 -2198.42 -10049.70 224,41 1001,16 223.63 777.54 851.75 6.74 OSF1.50 Pass 14250.00 3563.74 -1429.08 -960677 14658.15 3542.04 -2167.64 -10082,97 224,46 1001,59 225.74 775.66 850,77 6.68 OSF1.50 Pass 14300.00 3563.67 -1394.84 -9443.21 14695,48 3541.23 -2142.61 -10110.64 224.51 1002,56 228,86 773,70 849.66 6.59 OSF7.50 Pass 14350.00 3563.59 -1360.60 -9479.64 14732.86 3540.44 -2117.66 -10138.67 224,55 1004.135 231,95 772.2 849.1 6.51 OSF1.50 Pass 14400.00 3563.52 -1326.36 -9516,08 14772,47 3539,82 -2092.03 -10198.67 224.58 1006.32 234,72 77160 849.51 6.45 OSF1.50 Pass 14450.00 3563,45 -1292.12 -9552.51 1481205 3539.57 -2066.51 -10198.91 224.59 1009.00 237.4 771.51 650.35 6,39 OSF1.50 Pass 14500.00 3563.38 -1257,87 -9588.95 14852.24 3539.64 -2040.91 -10229.90 224,56 1012.18 240,16 772.03 851,75 6.34 OSF1.50 Pass 14550.00 3563.30 -1223.96 -9625.69 14892.72 3539.88 -201542 -1026134 223.54 1015.38 242,71 77267 853.24 6,29 OSF1.50 Pa55 14600.00 3563.17 -1190.70 -9663,02 14938.59 3540,28 -1986.84 -10297.22 222,51 1018.12 244.66 77346 854.69 6.26 OSF1.50 Pass 146" 0' 3562.16 -1157.98 -9700:82 14993.74 3540.439 -1952,37 -10340,27 222.06 1020,03 245,60 774.43 855.97 6.25 0SF7.50 Pass 14700.00 3562.74 -1125.31 -9738.68 15045,90 3540.33 -1919.60 -10380.85 222,05 1021.65 246.89 774.76 856,73 6.23 OSF7.50 Pass 14750.00 3562.52 -1092.65 -9776.54 15096.62 3539.87 -1887,69 -10420.27 222,07 1023,23 248.39 77484 657.31 6,20 OSF1.50 Pass 14:00,00 3562.30 -1059.99 -9814.39 15144.59 3539.24 -1857,52 -10457,57 222,09 1024,83 250,19 774.64 85770 6.16 OSF1.50 Pass 14850.00 3562,08 -1027.32 -9852.25 1:192:00 3538.59 -1827.80 -10494.50 222.11 1026,54 252.06 776.4 858.106 6.1 OSF1.50 Pass 14900.00 3561,86 -994.66 -9890.10 15255,34 3537.18 -1787.86 -10543.64 222.17 1028.05 252,13 775.93 859.64 6.13 OSF1.50 Pass 14950.00 3561,64 -962.00 -9927.96 15320.42 3534.65 -1746.09 -10593.48 222.29 1028.81 251,96 776,85 860.51 6.14 OSF1.50 Pass 15000.00 3561.41 -929.33 -9965,81 15384.55 3532.86 -1704.24 -10642.03 222.38 1028.86 251.86 777.00 660.63 6.15 OSF7.50 Pass 15050,00 3561.25 -896.74 -10003,73 15442.03 3532.08 -1666.27 -10685.19 222,01 1028.31 252.50 775.81 859,65 6.13 OSF7.50 Pass 15100.00 3561.48 -864.63 -10042.06 15499.16 3531,97 -1628.24 -1072782 221A9 1026.76 253.10 773,67 857.70 6.10 OSF1.50 Pa55 15150.00 3:62.15 -833.11 -10080.86 15555.78 3532.13 -1590.28 -10769.82 220.40 1024.14 253.75 770.39 854.65 fi.07 OSF1.50 Pass 15200.00 3563.16 -802.04 -10120.03 15599.70 3532.29 -1560.75 -10802,33 220.19 1020,85 256.01 764.65 849.85 6.00 OSF1.50 Pass 15250.00 3564.19 -771.00 -10159,21 1563847 3532:28 -1534.99 -10831.30 220,24 1018.04 258.95 759.09 845.08 5.91 OSF1.50 Pass 15300.00 3565.22 -739.96 -10198.40 15678.90 3532.14 -1508.44 -10:61.80 220.30 1015,76 261.68 75408 840.98 5.84 OSF1.50 Pass 11350.00 3566,25 -708.92 -10237.58 15723.14 3532.67 -1479.64 -10695.38 220,33 1013.82 263,96 749.87 83752 5.78 OSF1.50 Pass 15400.00 3567.28 -677.88 -10276.77 15768.66 3534.25 -1450,25 -10930.09 220.29 1012, 6 266A0 74606 634.43 5.72 OSF7.50 Pass 15450.00 3568,31 -646.84 -10315.95 15819.49 3537.43 -1417.54 -10968.88 220.17 1010,57 267,66 742.91 831.80 5.6 OSF1.50 Pass 15500.00 3569.34 -615.80 -10355,14 15865.96 3541,65 -13877d -11004.27 219.99 1008, 98 26937 739.21 828.81 5.63 OSF1.50 Pass 15550.00 3570.36 -584.73 -10394.30 15904.54 3545.29 -1363.26 -11033.87 220.11 1007.87 272.77 735. 10 825.69 5.56 OSF1.50 Pass 15551.42 3570.39 -583.85 -10395.40 15905.63 3545,39 -1362,57 -11034.72 220.1 7007.8 272.85 735.00 825.62 5.56 OSF1.50 Pass 15fi00.00 3:71.21 -553.17 -1.433,07 15943.15 3548,75 -1339.08 -11063,78 220.80 1007.95 275.70 732.25 823.82 5.50 OSF1.50 Pass 1:650.00 3571.95 -521.35 -10471.63 15999.38 3552.99 -1303.96 -11107.47 220.60 1008.53 276,74 131.79 823,71 5.48 OSF1.50 Pass 75700,00 3572.69 -489.52 -10510.18 16060.66 3555.93 -1265.18 -11156.84 220.49 100871 277.17 731.54 823.6 5.47 OSF1.50 Pass 15750.00 3573,44 -057.70 -10548,74 16130.04 3556.78 -1220.35 -11207.76 220.50 1008.07 276.61 731.46 823.34 5,48 OSF1.50 Pass 15800.00 3574.18 125.88 -10587.30 16178,26 3556.21 -1188.82 -11244.25 220.57 1006,97 278,47 728.50 820.99 5.44 OSF1.50 Pass 15850.00 3574.92 -394.06 -10625.86 76225.26 3555.35 -1758.20 -11279.90 22066 1006.01 280.48 725.53 818.69 5.39 OSF1.50 Pass 15900.00 3575,67 -362.23 -10664.42 16273.30 3554.32 -1126.99 -11316.40 220.76 1005.18 262.36 722.82 816.61 5.35 OSF1.50 Pass 15950.00 3576.41 -330 41 -70702.98 76321.49 3553.29 -1095.75 -11353.08 220.B6 1004.45 284.22 720.22 814.64 5.31 OSF1.50 Pass 18000.00 3577.15 -298.59 -10741.53 16373,39 3552.62 -1062.10 -11392.59 220.95 1003.71 285.64 718.07 812.95 5.28 OSF1.50 Pass 16050,00 357769 -266.68 -10780.02 16424.44 3552.72 -102895 -1143141 221,32 100299 287.17 715.81 811,21 5.25 OSF1.50 Pass 16100.00 3577.48 -234.46 -10818.28 16472.55 3552.94 -997.73 -11468,01 221.72 1002.68 289.07 713.61 809.63 5.22 OSF1.50 Pass 16150.00 3576.51 -201,99 -10856,27 16518.50 3552.98 -967.99 -11503,04 221,97 1002.81 291.24 711.57 808,32 5.18 OSF1.50 Pass 16200.00 3575.35 -169.45 -1089421 16559,35 3552.63 -941.77 -11534,37 221.93 1003.39 293.98 70941 807,07 5.13 OSF7.50 Pass 16250.00 3574.18 -136.91 -10932.16 16600.25 3551.80 -915.81 -11565.95 221,93 1004.43 296,70 707.73 806.3 5.09 OSF1.50 Pass 16300.00 3573.02 -104,37 -10970,10 16647.65 3550,56 -885.93 -11602.73 221.93 1005.76 29869 70707 806.30 5,06 OSF1.50 Pass 16350,00 3571,86 -71.83 -11008.05 16695.48 3549.31 -855.87 -11639.92 221,94 1007.21 300.63 706.59 806,47 5.04 OSF1.50 Pass 16400.00 3570.70 -39.29 -11046,00 1675403 3547.59 -81892 -11685,30 221.96 1008.50 301.39 707.11 807.24 5.03 OSF1.50 Pass 16450.00 3569.54 -6.76 -11083.94 16609.33 3545.62 -783.70 -11727.89 221,99 1009.39 30250 706.89 807,40 5.02 OSF1.50 Pass 16500.00 3568,37 25.78 -11121.89 16860.58 3543.58 -750.96 -11787.26 222.04 1010.17 304.07 706.11 807.14 4.99 OSF1.50 Waming 16550.00 3567.32 58.40 -11159.77 16904.22 3541.75 -723,11 -11800,81 222,36 1011.71 306,40 704.71 806,51 4,96 OSF7.50 Warning 16566.82 3567.04 69.42 -11172,47 16917.36 3541.23 -714.79 -11810.97 222.49 1011.60 307,35 704.25 806.37 4.95 OSFi.50 Warning 16600'00 3566.58 91,24 -11197.47 16943.25 3540.29 -698,51 -11831,08 222.76 101285 309,1 703.6 806.42 4.93 OSF1.50 Warning 16650.00 3566.15 124.32 -11234.96 16985.56 3538.94 -672.19 -11864.18 223.13 1015.42 311.50 703.92 807.43 490 OSF1.50 Warning 16700.00 3565,83 157.49 -11272.36 17038.98 3537.64 -638.99 -11906,00 223.18 1018.17 31270 705.41 809.3d 47 OSF1.50 Warning 16750.00 3565.51 190.67 -11309.77 17100,.637 3:36...8 -600..37 -11954.10 223.20 1020...65 313....22 707..43 811...51 4,...904 OSF1.50 Wamiinnnngg 0. 1680000 1685.00 3565,19 354.87 223,84 257,02 -11347,18 -11384.59 17 69 9 17231,97 33709 3:39.24 -556.11 -1582 -12007,37 -12054.5 223,15 223,01 102224 1023.09 31285 3326 709.39 709.83 81335 4.91 813.92 OSF1.50 OSF1.50 Warning Waming 1690000 3566.55 290,19 -11422,00 17323.85 34293 -454,56 212283 -1273.95 222,77 102288 310.10 71279 81582 49 OSF1.50 Warning16950.00 3564.23 32337 -1145940 17394.892 3542,44 -405.17 222.77 020.69 309.15 711.55 81427 4.9 OSF1.50 Warning1700000 356391 .. 356.54 -11496,81 174571 354305 -0,89 -12215 222,72 10178 309.18 70871 81145 49 OSF1.5 Wamng 353.5 38972 -1153421 17525go 3543.76 312.18 -27840 228817 -1229858 222.75 17050.00 101430 308.44 7058 80835 49 OF5 Warning 1100 356368 423.16 -115713 17572.72 1 3544.3 223.45 00.84 31044 700.20 803.35 4.89 OSF7.500Wamg 1715000 700 . 36443 457.03 . -1160816 17616.88 3544.69 -246.72 -12329.34 224.14 100784 312.7 69507 79900 484 OSF7.50 Warnin 17200.00 3565.77 49125 -11644,59 17661.51 3545,34 -214.087 -123360.60 224,53 1005.83 3507 690.76 795,46 4,80 OF SF1.50 Wam 17250.00 3567.19 525.53 -11680,96 17706.27 3545.85 18 0 8 7 S50 Warning 17300.00 3568.62 55981 -11717,33 17746.06 3546.22 -155.03 -12620,32 224,62 1002.84 320.52 682.32 788,84 4.70 OSF1.50 Warning 17350.00 3570.05 594.09 -11753.71 17783.60 3546.73 -128.89 -12447.26 224.65 1002,12 323.84 678,28 785.90 4.65 OSF1.50 Waming 17400.00 3571,48 628.36 -11790,08 17822.11 354743 -102,42 -12475.22 224,67 1002.02 327.00 675,02 78369 4.61 OSF1.50 Waming 17450.00 3572.91 682.64 -11826.45 17864.58 3548.41 -73.51 -12506.32 224.69 1002.37 329.65 672.72 782.27 4.57 OSF1.50 Waming 17:00.00 3574,28 696.99 -11862,76 17907,04 3549.58 4 .85 -12537,63 225.12 1003.19 332.28 670.91 781.34 4.54 OSF1.50 Warning 17550.00 3575,31 731.83 -11898.61 17:48.64 3550.63 -17.02 -12568,52 225.99 1005.07 334.97 670.10 767.43 451 OSF1.50 Waming 17600,00 3575,95 767.23 -11933.91 17990.16 3551.26 10.53 -12599,59 226,91 1008,14 337,64 670,50 782.72 4.49 OSF1.50 Waming 17650,00 3576,26 803.20 -11968.64 18044.55 3651.47 46.47 -12640.40 227.86 1012,18 338.82 673.36 785.91 4.49 OSF1.50 Waning 17700,00 3576,34 839.57 -12002.95 18100.39 3550.96 83.72 -12682.00 228,11 1016,39 339.84 676.55 789.50 4.49 OSF1.50 Warning 17750.00 357642 875.95 -12037.25 18142.23 3550.02 111.57 -12713,21 228.17 1020.73 342.48 678.25 792.08 448 OSF7.50 Waming 17800,00 3576.49 912.33 -12071.55 18183.97 3548.48 139.11 -12744.54 228,25 1025.45 345.09 680.37 795.07 4.47 OSF1.50 Warning Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11,34 AM Page 17 of 24 Trajectory: SP33-W31-1 (P2) Vs. S135-W4 Minimum Allowable 11alrence Traveling Cylinder Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NI EW Offset MD Offset TVD Offset NS Offset EW NOM "m Ct-Ct Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft) (tt) (ft) (ft) (ft) (R) C) (it) (ft) (ft) (ft) 1-u- J57651 tl4u Il -L IbLJC.V4 Jpg0.1U 1141u -111-1t1 4Lb.Jb IIJ L J40JL 11J.11 /aa.Utl 4.41 OSF1.50 Warning 17900.00 3576,65 985.09 -12140.11 18289.91 3544,37 209.02 -12824,04 228.47 1034.91 347.79 687.11 802.72 4.47 OSF1.50 Warning 17950.00 357672 1021.47 -12174.45 18331.55 3543.82 236.43 -12855,37 228.50 1039.72 350.39 669.33 80580 4.46 OSF1.50 Warning 18000,00 3576.79 1057,70 -12208.91 18373.14 3544,45 263.54 -12886.90 22775 1044,70 352.95 691.75 809.07 4.45 OSF1.50 Waming 18050.00 3576,83 1093.35 -12243.97 18420,24 3546.39 294.00 -12922.77 226.65 1049.12 354.91 694.20 812.18 444 OSF1.50 Waming 18100.00 3576,82 1128.38 -12279.64 18467.19 3549.42 324.21 -12958.57 225.48 1052.80 356.93 695.87 814.51 4.43 OSFt.50 Warning 18150.00 3576,77 116278 -12315112 18505.80 3552,29 348.84 -12988.17 224.32 1055,95 359.78 696.16 81536 4.41 OSF1.50 Warning 18200.00 3576.68 1196.75 -12352.62 78544,41 3555.05 373.16 -13018,04 223.94 1059.03 362.63 696.40 816.95 4.39 OSF7.50 Warning 18250.00 3:76.59 1230.69 -12389.33 18588.31 3558.07 400.50 -13052.25 223.77 1062.56 365.04 697.52 818.87 4.37 OSF1.50 Warning 18300.00 3576.50 1264.64 A2426.04 18635,60 3561,29 429.85 -13089.18 223.59 1066.24 367.14 699.10 821.15 4.36 OSF1.50 Waming 18350.00 3576.41 1298.59 -i2462.75 18690.16 3564.86 46673 -13131.81 223.39 1069.94 368.60 701.34 823.88 4.36 OSF1.50 Waming 18400.00 3576. 32 t332.53 -12499.46 18747.76 3568.21 499.84 -13176,55 223.20 1073.26 369.77 703.50 82642 4.36 OSF1.50 Waming 18450.00 3576.23 7366.48 A2536.17 18784,88 3570,24 523.04 -13205.45 223.09 1076.74 372.74 703.99 827.91 d34 OSF1.50 Waming 18500.00 3576.14 1400.43 -12572.88 18821,93 3572.29 545.86 -13234:58 222.97 i080.81 375.67 705A4 830.04 4.3 OSF1.50 Warning 18550.00 3576,05 1434.37 -12609,59 1887674 3575.24 580.56 -13279,45 222.81 1085.22 376.94 708.28 833.60 4.33 OSF7.50 Warning 18600.00 3576.05 1468,14 -12646.46 18944.58 3577,52 621.66 -13330.84 221.96 1088.54 377.32 711.21 836.66 4.33 OSF1.50 Waming 18650.00 3576.34 1501.32 -12683,86 18989.55 3578.99 649.84 -1336586 220.14 1090.93 379.45 711.48 837.64 432 OSF1.50 Waming 18700.00 3576,92 1533.87 -12721,81 19040.68 3:80.99 681.72 -13405.73 219.92 1092.70 381.04 711.66 838.35 4.31 OSF1.50 Warning 18750'00 3577.68 1566:04 -t2760.08 1911641 3583.70 729.79 -13464.23 21972 1093.24 380.50 712.74 839.25 4.32 OSF1.50 Waming 18800.00 3578.44 1598,20 -12798.36 19167.89 3585.36 762.98 -13503.55 219.67 1093.13 382.11 71102 838.06 4.30 OSF7.50 Warning 18850.00 3579,20 [630.36 -12836.64 19219,19 3587.05 796.08 -13:42.71 219.63 10:2.98 383.81 709.17 836.78 4.28 OSF1.50 Warning 18900.00 3579.96 1662.51 -12874.92 19274.35 3:88,918 831.80 -13584.70 279.57 1092.68 385.14 707.54 835.59 4.26 OSF7.50 Warning 18950.00 3580.73 1694,67 -12913.20 19328.4: 3590.78 867.04 -13625.74 219.52 1092.15 386.57 705.58 834.11 4.24 OSF1.50 Waming 19000.00 3581.49 1726,83 -12951,47 19381.28 3592.56 901.54 -13665.68 21947 1091.47 388.13 703.35 832.39 4.23 OSF1.50 Waming 19050.00 3582.21 1759.08 -12989.69 19427.41 3594A0 931.70 -13700.55 219.85 1090.87 390.32 700.55 830.33 4.203 OSF1.50 Waming 19100.00 3582.67 1791.82 -13027.46 19470,30 3595.56 959.54 -13733.14 220.72 1091.26 392.78 698.48 62908 4.17 OSF1.50 Warning 19,41,37 3582.80 1819.39 -13058,31 1950774 3596,91 983.68 -13761,73 22143 1092,44 394.61 697.83 829.03 4.16 OSF1.50 Warning 19150.00 3582.81 1825.19 -13064.70 19516.18 3597.25 989.11 -13768.18 221.42 1092.75 394.94 697.81 829.13 4.16 OSF7.50 Warning 19200.00 358284 1856.76 -13101.76 19565.07 3599.65 1020.56 -13805.54 221.29 1094.61 396.85 697.76 829.71 4.14 OSFt.50 Warning 19250.00 3582,87 1892.33 -13138.81 19610.10 360242 1049,44 -13839.97 221.15 1096.57 399.15 697.42 830.14 4.13 OSF7.50 Warning 19300.00 3582.90 t925.90 -13175.81 19652.43 3605,33 1076.38 -13872A9 221.00 1098.85 40167 697.t8 830.74 4.11 OSF110. Warning 19350.00 3582.93 1959.46 -13212.92 19695.73 3608,50 1103.70 -13905.93 220.84 1101.48 dOd.10 697.38 831.75 4.09 OSF1.50 Warning 19400,00 3582.95 1993.03 -13249.98 19740.65 3611.90 1131.87 -1394076 220.67 1104.36 406.39 697.98 833.11 4.08 OSF1.50 Warning 19450.00 3582.98 2026.60 -13287.03 19764.0: 3615.04 1158.96 -13974,56 220.51 1107.49 408.78 698.71 834.64 4.07 OSF1.50 Warning 19:00.00 3583.01 2060,17 -13324,09 1:824.28 3617.41 1183.60 -14006.08 220.39 1111.00 411.40 699.61 836.41 4.06 OSF7.50 Warning 19550.00 3583.04 2093.74 -13361.14 19864,49 3619.10 1208.38 -14037.86 220.31 1114,95 413.97 700.98 838.65 4.05 OSF7.50 Warning 19560.23 3583,06 2114.04 -13383.55 19894,36 3620.08 1226.52 -14061,55 220.27 1117,48 426.90 690.57 832.55 '931 OSF1.50 Warning End of results Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 18 of 24 Field: Stmcture: Slot: Client: Coordinate System North Reference: Magnetic Declination: Reference Point: Northing 6053610.330 (ftUS) Nlkaltchuq Well: S/34-W6 Spy is/and Borehole: S134-146 SP34 Trajectory: SI34-W6 Eni Petroleum Type: Der Survey NAD27 Alaska State Plane, Zane 04, US Feet True Grid Convergence Angle: 0.08837540` Grid Scale Factor: 18,940` Magnetic Declination Date: February 28, 2015 Magnetic Model E-11nc Elevation 511426.580 (ftUS) 53,640 (R) MSL Structure Unc. 0.000 (ft) (1 sigma) 0.999900148 BGGM 2014 Slot Unc. 0.000 (ft) (1 sigma) Trsiectory Error Model: ISCWSAO 3-D 95.000% Confidence 2.7956 sigma Surveying Prog: As Drilled Description MD From (ft) MD To (ft) EOU Freq Survey Tool Type Hole Size (In) Casing Diameter (in) Borehole / Survey 0,000 40.540 1198.425 SLB_NSG+SSHOT-Depth Only -No Global 16.000 13.375 SI34-W6 / SI34-WG 40.540 40,540 Act-Sms SLB_NSG+SSHOT-Depth Only -No Global 16.000 13.375 SI34-M / SI34-W6 40.540 1007.140 Act-Sb1s SLB_NSG+SSHOT-No Global 76.000 13.375 SI34-W6 / SI34-M 1007,140 2735,170 Act-Sms SLB_MWD+GMAG-No Global 16,000 13.375 SI34-W6/SI34-W6 2735.170 13271.460 Act-Sms SLB_MWD+GMAG-No Global 12.250 9.625 SI34-W6 / SI34-11%16 13271.460 23824.090 Act-Sms SLB_MWD+GMAG-No Global 8.750 5.500 SI34-W6/SI34-W6 23824090 23886,000 Act-Stns SLB BLIND+TREND-No Global 8.750 5.500 SI34-W6/SI34-WG Minimum Allowable Traveling Cylinder Allowable Deviation hom EOU-EOU Controlling Reference MD Reference TVD Reference NS Reference EW Oftset MD Offset TVD at NS Offset EW NorthAzim Ct-Ci Distance Separation Reference CIs. rance OSF Rule StaNs (ft) (fl) (ft) (ftl (R) A (ft) (ft) (1) (ft) (R) (ft) (R) All local minima indicated. Results filtered: Depth 10735 00 ft - MD c 19580.23 ft Results filtered: Ct-Ct separation - 1500.00 ft Results highlighted: Ct-Ct separation c 1320,00 ft 10750.00 3576.95 -3625,78 669502 9393.29 2887.07 -3982.02 6545.31 294.53 790.73 126.10 684,63 706,34 9.47 OSF1.50 Pass 10800,00 3578.10 -3594.35 -6733.89 9411.72 2888.18 -3990.94 -6 67.3S 291,36 814.27 131.12 683.15 726,53 9.37 OSF1.50 Pass 10850.00 3579,26 -3564.16 6773.73 9431.52 2889.38 -4000.55 6578.66 286.91 839.30 136.00 703,30 748.30 9.31 OSF1.50 Pass 10900.00 3580,41 -3535.39 6814.60 945299 2890,67 -4010.97 -6 97.38 282.34 865.50 140.64 724.87 77142 9.29 OSF1.50 Pass 1095000 3581.55 -3508o7 6856.46 947700 2892.09 4022.59 6618.34 277.65 892,63 145,46 747.17 795.33 9,26 0SF7.50 Pass 11000.00 3582.70 -3482.22 6999.24 9502,89 2893.57 4035.04 6641.00 272.93 920.43 150.11 770.32 820.03 9,25 OSFi.50 Pass 11050,00 3583.83 -3457.87 -6 42.89 9530.66 2895.10 4048.30 6665,34 268.20 948.67 155.32 793.36 844,80 9.21 OSF1.50 Pass 11100.00 3584.96 -3435.07 6987.38 9559,69 2896.65 4062.08 669035 26354 977,15 15936 817.29 870.25 9.22 OSF1.50 Pass 11150.00 3585.94 -3412.90 -7032.18 9589.07 2898.18 -0075.97 6716.70 263.93 1006.09 163.31 842.78 896.89 9.29 OSF1.50 Pass 11200.00 3586A8 -3389.29 -7076.25 9617,24 2899.62 -4089.25 6741,50 265,85 1036.23 16664 869.80 924,81 9,37 OSF1.50 Pass 11250.00 3586.57 -3364.22 -7119,50 9644.94 2901.01 -4102.27 -6 65.91 26738 1067.59 16938 897,71 954,01 9A7 OSF1.50 Pass 11300.00 3586.20 -3337.70 -716188 9673.11 2902.46 4115,46 6790.75 269.97 1100.07 173.03 927.05 984,39 9.58 OSF1.50 Pass 11350.00 3585.38 -3309.77 -7203,35 9699.79 2903.88 4127.90 6814.31 271,96 1133.63 17fi.04 957.59 1015.95 9,71 OSF1.50 Pass 11400.00 3584.36 -3281,25 -7244.40 9725,92 2905.33 4 40.04 6837.413 270.57 1168.01 178.89 989.12 1048.42 9.84 OSF1.50 Pass 11450.00 3583.36 -3252.21 -7285.09 9747.51 2906.47 4150,01 6856.53 272.54 1203,28 181.41 1021.87 108202 10.00 OSF1.50 Pass 11500.00 3582.42 -3221.79 -7324.76 9767.48 2907.34 -4159.14 6874.26 275.25 1239.88 183.75 1056.13 1117.05 10.17 OSF1.50 Pass 11550.00 3581.53 -3190.01 -7363,34 9786.38 2907.99 4167.72 6891.10 278.16 1277,73 185.95 1091.78 115343 10.35 OSF1.50 Pass 11600.00 3580.68 -3156.89 -7400.79 9804A 2908,45 4175.71 6906.97 281.27 1316.71 188.02 1128,70 1191.04 10.55 OSF 1.50 Pass 11650.00 3579,85 -3122.94 -7437,49 9821.34 2908,76 4183.37 6922.34 280.95 1356,55 189.94 1166.62 1229.60 10.76 OSF1.50 Pass 11700.00 3579.02 -3088.98 -7474.17 9843.63 2909,12 4193.25 6942.32 279.70 1396.81 19196 1204.84 1268.50 10.96 OSF7.50 Pass 11750.00 3578,19 -3055.01 -7510.85 9866.42 2909.59 4203.34 6962.76 278.45 1437.39 193.73 124366 1307.91 11.18 OSF1.50 Pass 11801.00 3:77.31 -3021.04 -7547.54 9889,33 2910,20 4213.45 6983.31 277,23 1478,27 195.72 1282.55 1347.46 11,38 OSF7.50 Pass 11850.00 3576.53 -2987.08 -7584,22 9912.36 2910.93 -4223.58 -7003.97 276.03 1519.43 197.57 1321,86 1387.39 11.59 OSF1.50 Pass 11900.00 3575.70 -295911 -7620,90 993566 2911.84 4235,08 -7027,60 274,69 1560.82 199.25 1361.57 142766 11.80 OSF1.50 Pass 11950.00 3574.87 -2919.15 -7657,58 9:66.45 2912.78 -4247.07 -7052,66 273.31 1602.39 200.99 1401,41 1468.07 12.01 OSF SO Pass 12000.00 3574,28 -2885.19 -7694.28 9995.31 291371 4 59.32 -7078,78 271.39 1644.21 202.67 1441.54 1508.77 12.22 OSF1.50 Pass 12050.00 3574.12 -2851.25 -7730.99 10016.03 2914.37 -4268.01 -7097.57 269A5 1686.34 204.00 1482.33 1550.00 12,45 OSF1.50 Pass 12100.00 3574,32 -2817.34 -7767.74 10028.42 291483 4273.27 -7108.78 269.05 1728.84 205.01 1523.83 1597 83 12.70 OSF1.50 Pass 12150.00 3574.53 -2783.43 -7804.48 10040.42 2915.35 4278.43 -7119.61 268,52 1771.61 205.99 1565,62 1633.95 12.96 OSF1.50 Pass 12200.00 357475 -2749.52 -7841.22 10052.03 2915.92 -428348 -7130.04 268.01 1814.64 206.88 1607.75 167638 13.21 OSF1.50 Pass 12250.00 3574.97 -271561 -7877.97 10063.29 2916.53 -0288.45 -7140.12 267.52 1857.90 207.77 1650.13 1719.06 13.47 OSF1.50 Pass 12300.00 3575,19 -2681.70 -7914.71 10074A 2917A8 -4293.31 -7149.86 267.06 1901,38 208.57 1692.82 176Z01 13.73 OSF1.50 Pass 12350.00 3575.41 -2647.79 -7951.46 10084.76 2917,87 -4298.08 -7159.27 266.60 1945.09 209.36 7735,73 1805,19 13.99 OSF1.50 Pass 12400.00 3575.63 -2613.88 -7988.20 1009501 2918.58 4302.75 -7168.36 266.17 1989.00 210.09 1778.91 1848SH 14,26 OSF1.50 Pass 12450.00 3575.85 -2579.97 -8024.94 10105.67 2919.39 -0307.66 -7177.79 265.72 2033.11 270.83 1822.20 1892.23 14.53 OSF1.50 Pass 12500.00 3576.07 -2546.07 -8061.69 10118.58 2920,44 4313.66 -7189.17 264.77 2077.38 211.58 1865.80 1936,00 14,79 OSF1.50 Pass 12550.00 3576.65 -2512.49 -6098,74 10131.48 2921.60 4319.70 -7200.51 261.58 2121,77 212.30 1909.47 1979.91 15.05 OSF1.50 Pass 12600,00 3577.65 -2479.48 -8136.27 10144.60 2922.88 4325.89 -7212.01 258.48 2166,16 209.35 1956.81 2026,26 15.59 OSF1.50 Pass 12650.00 3578.87 -2446.84 -8174,14 10157.76 2924.26 4332.15 -7223.50 257.66 2210.56 209.84 2000.72 2070.34 15.87 OSF7.50 Pass 12700.00 3580.09 -2414.22 -8212,00 10170.59 2925,71 -4338.30 -7234.67 257.20 2255,10 210,31 2044.79 2114.57 16.15 OSF7.50 Pass 12750.00 3581.31 -2381,59 -8249.87 10163.10 2927.22 4344.34 -7245.52 256.75 2299.77 210.76 2089.01 2158.94 16.44 OSF1.50 Pass 12:00.00 3582,53 -2348.96 -8287,74 10195.31 2928.79 -4350.27 -7256.07 256.32 2344.56 211.19 2133.37 2203.44 16.72 OSF1.50 Pass 12850.00 3583.75 -2316.33 -8325,61 10206.91 2930.33 4355.95 -7286.08 255.90 2389.48 211.57 2177,go 2248. to 17.01 OSF1.50 Pass 12900.00 3584,98 -2283.70 -8363.47 10218.31 2:31,87 -4361.55 -7275,88 255.51 2434,51 211.96 2222.55 2292.88 17.30 OSF1.50 Pass 12950.00 3586.20 -2251.08 -8401.34 /0229.52 2933.40 4367.09 -7285.51 255.12 2479.66 212.26 226740 2337.63 17.60 OSF1.50 Pass 13000.00 3587.42 -2218.45 -8439,21 10240.56 2934,93 4372.56 -7294,97 254,74 2524,92 212,67 2312.25 2382:81 17.68 OSF1.50 Pass 13050.00 3588.56 -2185.89 -8477.13 10251.47 2936.46 4378.00 -7304.31 254A4 2570.23 213.00 2357,24 2427.91 18.148 OSF1.50 Pass 13100.00 3589.17 -2153.75 -8515.43 10262.51 2938.03 4383.52 -731333 253,53 2615.33 213.32 2402.01 247239 78.47 OSF1.50 Pass 13150.00 3589.23 -2122.01 -8554.07 10273.64 2939.64 4389,12 -7323,22 253.04 2660.21 213.65 2446.56 2517.45 18.76 OSF7.50 Pass 13200.00 3589,21 -2090.33 -8592.75 10284.64 2941.24 -4394,67 -7332,58 252.70 2705.16 213.96 2491.20 2562.19 19.05 OSF1.50 Pass 13250.00 3589.19 -2058.65 -8631.43 10328.28 2947.76 4416.62 -7369.72 251.39 2750.16 215.20 2:34.95 2606.36 1125 OSF7.50 Pass 13300.00 3589.17 -2026.98 .8670.12 10386.74 2:56:84 -4445.35 -7419,82 249.72 2794.93 216.80 2578.13 2650.07 19.42 OSF1.50 Pass 13350.00 3589.15 -1995.30 -8708.80 10400,56 2959.02 4452.08 -7431,70 249.35 2839.69 217.16 2622.53 2694,58 19.70 OSF1.50 Pass 13400.00 3589.14 -1963.62 -874749 1041431 2961,16 -4458.78 -7443.52 248,98 2884.53 217,50 2667.03 2739.21 19.98 OSF1.50 Pass 13450.00 3589A2 -1931.94 -8786.17 10427.99 2963.27 -4465,46 -7455.26 248.61 2929.46 217.85 2711.61 2783.9. 20.26 OSF1.50 Pass 13500.00 3589.10 -1900.26 -8824.85 10441.59 2965,35 4472,12 -7466.94 248.26 2974.47 218,17 2756.29 2828.69 20.54 OSF1.50 Pass 13550.00 3588.99 -1868.65 -8863.60 10455.17 2967.41 4478,78 -7478,60 247,86 3019.50 218.50 2801.00 2873.50 20,82 OSF1.50 Pass 13600.00 3588.16 -1837.54 -890273 10469.04 2969.49 -0485.60 -7490.49 247.64 3064.21 218.82 2845.39 2918.00 21.09 OSF1.50 Pass 13650.00 3586.49 A806.97 -8942.26 10484,83 2971.85 -0493.38 -7504.03 247,33 3108.55 219.21 2889.34 2962.08 21.36 OSF1.50 Pass 13700.00 3583.96 -1776.98 -8982,18 10502,57 2974,55 -4502.14 -7519.22 246,91 3152.48 219.65 2932.83 3005.72 21.62 OSF1.50 Pass Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11 34 AM Page 19 of 24 Trajectory: SP33-W3L1 (P2) Vs_ SI34-W6 Minimum Allowable Cylinder ITraveling Allowable Deviation from IE01-E01 Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North AZim Ct-Ct Distance Separation Reference Clearance OSF Rule Status (%) (ft) (R) (6) (R) (ft) (ft) (R) (°) (h) (R) (R) (6) - - 4`J/ti.l> JU4tl.ltl 11.tl/ OSF1.50 Pass 13800.00 3578.04 -1717.57 -9062.67 10538.08 2980.16 -0519.70 -7549.56 246.11 3240.07 220.52 3019.55 3092.73 22.13 OSF1.50 Pass 13850.00 3575.08 -1687.87 -9102,52 10:55.62 2983.04 -4528.39 -7564.52 245,72 3283.98 220,94 3063,03 3136.35 22.39 OSF1.50 Pass 13:00.00 3572.18 -1658.05 -9142.55 10572.12 2965.80 4536.59 -7578.58 246.18 3328.03 221,33 3106.70 3180.15 22.65 OSF1.50 Pass 13950.00 3569.64 -1627,49 -9182.04 10:84.85 2987,97 -4542.92 -756941 247.42 3372.62 221.62 3151.00 3224.55 22.92 OSF1.50 Pass 14000.00 3567.51 -1596.13 -922092 10596'81 2990,06 -4548.89 -7599,56 24867 3417.76 221.88 3195.88 3269.51 2320 OSF1.50 Pass 14050.00 3565.78 -1563.97 -9259.17 10608.01 2:92.04 4554,50 -7609.05 249.88 3463.43 222.12 3241.31 3315.02 23.49 OSFt.50 Pass 14100.00 3564.57 -1531.08 -9296,81 10618,52 2993.93 -4559.77 -7617,93 250.51 3509,59 222.35 3287.24 3361.03 23,77 OSF1.50 Pass 14150.00 3563.94 -1497,49 -9333.84 10628.37 2995.73 4564,73 -7626.25 251,11 3556,21 222,56 333366 3407.52 24.07 OSF1.50 Pass 14200.00 3563.81 -1463.32 -9370,34 10637.65 2997.46 -0569.42 -7634.08 251.22 3603,21 22275 3360.46 3454.39 24.37 OSF1.50 Pass 14250.00 35633 -1429.08 -9406.77 10646,77 2999,17 4 74.02 -7641.76 250.96 3650.30 222,95 3427.35 3501.34 24.66 OSF1.50 Pass 1430000 3563.67 -1394.84 -9443.21 10655,77 3000.88 -4578.59 -7649,33 250.70 3697.43 223.13 3474,30 3548.35 24.96 OSF1.50 Pass 14350.00 3563.59 -1360.60 -9479.64 10664.41 3002.54 4582.97 -7656.58 250.46 3744,60 223.31 3521.29 3595:40 25,26 OSF7.50 Pass 14400,00 3563.52 -1326.36 -9516.08 10672.02 3004.03 4586.85 -7662,96 250.25 3791.82 223.46 3568.36 364251 25.56 OSF1.50 Pass 14450.00 3563.45 -1292.12 -9552.51 10679.53 3005,50 4590.68 -7669.25 250.04 3839.08 223.61 3615.47 3689.68 25,86 OSF1.50 Pass 14500.00 3563.38 -1257.87 -9588.95 17017.25 3541.07 -3514.26 -12694.63 223.53 3838.88 17762 3661.27 3720,14 32.59 OSF1.50 Pass 14550.00 3563.30 -1223.96 -9625,69 17038.67 3541.33 -3496.98 -12707,28 222.52 3829,27 180.10 3649.16 3708,87 32.06 OSF1.50 Pass 14600,00 3563.17 -1190.70 -9663.02 17D60.08 3541.59 -3479,80 -12720,05 221.50 3819.15 182.60 3636.55 3697.0' 31.53 OSF7.50 Pass 14650.00 3562.96 -1157,98 -9700.82 17081A9 3541.85 -3462.71 -12732.95 221.06 3808.68 185A3 3623.54 3684.93 31.02 OSF7.50 Pass 14700.00 3562.74 -1125,31 -973868 17102,95 3562,12 -3445,67 -12746.00 221.05 3798.48 187.68 3590.80 3673.03 30.51 OSF1.50 Pass 14750.00 3562.52 -10:2.65 -9776.54 17139.33 3542.51 -3416.91 -12768.28 221.05 3788,55 189,68 3598.87 3661.77 30.11 OSF1.50 Pass 14800.00 3562.30 -1059:99 -9814.39 17177.06 3542.73 -3387.16 -12791.46 221.04 3778.77 191,63 3587.14 3650,69 29.72 OSF1.50 Pass 14850.00 3562.08 -102732 -9852.25 17217.76 3542.79 -3355A3 -12816.57 22104 3769.12 193.47 3575.65 3639.81 29.36 OSF1.50 Pass 14900.00 3561.86 -994.66 -9890.10 17262.13 3542.78 -3320.25 -12844.00 221.04 3759.55 195.18 3564.37 3629.11 29,03 OSF7.50 Pass 14950.00 3561.64 -962,00 -9927,96 17302,52 3542,73 -3288.53 -12869,01 221.03 3750.05 197.06 3553,00 3618.35 28.68 OSF1.50 Pass 15000.00 3561.41 -929,33 -9965,81 17335.17 3542,68 -3262.9fi -12889.32 221.03 3740.73 199.26 3541.47 3607,56 28.29 OSF1.50 Pass 15050.00 3561,25 -696.74 -10003.73 17367.87 3542.64 -3237.45 -12909.78 220.67 3731.55 201.44 3530.10 3596.92 27.92 OSF1.50 Pass 15100.00 3561.48 -863463 -10042,06 17402.71 3542.65 -3210.37 -12931.69 219.92 3721.94 203.43 3518.50 3585.99 27.57 OSF1.50 Pass 15150.00 3562.15 -833. 11 -10080.86 17439.78 3543.10 -3181.62 -12955.10 219.17 3711,76 205.33 3506.43 3574.54 27.24 OSF1.50 Pass 15200.00 3563.16 -802.04 -10120.03 17476.82 3544.04 -3152.99 -12978.58 218.94 3701.17 207.26 3493.91 3562.67 26:91 OSF7.50 Pass 15250.00 3564.19 -77100 -10159.21 17:09,59 3545,26 -3127.75 -12999.44 218.93 3690,73 209.45 3481,28 3550.77 26.55 OSF1.50 Pass 15300.00 3565.22 -739.96 -10198.4U 17542.27 3546.77 -3102.68 -13020.34 218.92 3680,51 21165 3468.86 3539.08 26.20 OSF1.50 Pass 15350.00 3566.25 -708.92 -10237,58 17575.27 3548.61 -3077.47 -13041.56 218.90 3670,51 213.85 3456.66 3527,62 25,86 OSF1.50 Pass 15400.00 3567.28 677.88 -10276.77 17610.45 3550.30 -3050.67 -13064.29 218.89 3660.70 215.97 3444.73 3516,39 25.53 OSF1.50 Pass 15450.00 3568.31 -6 6,84 -10315,95 17645.71 3551,32 -3023.88 -13087.19 218.89 3651.08 21809 3432.99 3505.36 25.22 OSF1.50 Pass 15500.00 3569.34 -615,80 -10355,14 17672,64 3551.66 -3003,48 -13104,76 218.89 3641.67 220.57 3421.10 3494,30 24.87 OSF1.50 Pass 15550.00 3570.36 -584,73 -10394.30 17689.92 355178 -2990A8 -13116A5 219.16 3632.69 223.46 3409.24 3483,39 24.49 OSF7.50 Pass 15600.00 3571.21 -553.77 -10433.07 17707.30 3551.87 -2977.51 -13127.71 219.97 3624.77 226.30 3398.46 3473.57 24.12 OSF7.50 Pass 15650.00 3571,95 -521.35 -10471,63 17724.73 3551.92 -2964.60 A3139.43 219.97 3617.61 229.21 3388.40 3464.48 23,77 OSF1.$0 Pass 15700.00 3572.69 -089.52 -10510.18 17742.21 3551.93 -2951.76 -13151.30 219.98 3610.89 232.10 3378.79 3455.03 23.43 OSF 1.50 Pass 15750.00 3573.44 -457.70 -10:40874' 17790.42 3551.74 -2916.64 -13184.31 219.99 3604.59 233.75 3370.84 3448.43 23.22 OSF1.50 Pass 15800.00 3574.18 42588 -10587.30 17878.22 3550.49 -2851.92 -13243,63 220.04 359754 233,76 3363.7' 3441,37 23.18 OSF1.50 Pass 15850.00 3574.92 -394.06 -10625.86 17911.50 3549.73 -2827.40 -13266.12 220.06 3590,65 236.02 1354.61 3432.9 22.91 OSF7.50 Pass 15900,00 3575.67 -362,23 -10664,42 18041.29 3546,91 -2731.43 -13353,44 220.14 3583.95 234.31 3349,64 3427,42 23.03 OSF1.50 Pass 15950.00 3576.41 -330,41 -10702.98 18126.17 3546.07 -2667.46 -13409.22 220.17 3575,82 234,36 3341.46 3419.2 22.98 OSF7.50 Pass 16000.00 3577.15 -298.59 -10741.53 18168.68 3545.65 -2635.30 -13437.02 220.19 3567,47 236.24 3331.23 3409.6: 22.74 OSF1.50 Pass 16050.00 3577,69 -26668 -10780.02 18208.20 3545.26 -2605.47 -13462.94 220A5 3559.37 238.26 3321.11 3400,20 22.50 OSF1.50 Pass 16100.00 3577,48 -234.46 -10818.26 18256.15 3544.83 -2569.35 -13494,47 220,75 3551.74 239.94 3311,80 3391.45 22.29 OSF1.50 Pass 16150.00 3576,51 -201.99 -10856,27 18309.99 3544.49 -2528.76 -13529.84 220.94 3544.41 241.38 3303.03 3383.16 22.11 OSF1.50 Pass 76200.00 3575.35 -169.45 -10894.21 18359.57 3544.29 -2491.35 -13562.38 220.93 3537.13 243,00 3294.14 3374.8/ 21.92 OSF7.50 Pass 762%00 3574.18 -136.91 -10932,16 18408.43 3544,16 -2454.50 -13594A6 220.91 3529.86 244.65 3285.22 3366.44 21.72 OSF1.50 Pass 16300.00 3573,02 -104.37 -10970.10 18447.81 3544.11 -2424.83 -13620,35 220,90 3522.67 2d6.72 3275.94 3357.86 21.50 OSF1.50 Pass 16350,00 3571.86 -71.83 -11008,05 18486,55 3544.09 -23:5.72 -13645,92 220.88 3515.62 248.83 3266,79 3349.40 21.27 OSF1.50 Pass 16400.00 357070 -39.29 -11046.00 18543.74 3:44.10 -2352.80 -13683,73 220,86 3508,65 250.12 3258,53 3341.58 21.12 OSF1.50 Pass 16450.00 3569.54 -6.76 -11083.94 18619.72 3543.93 -2295,50 -13733.62 220.84 3501.40 250.55 3250.85 3334.04 21.04 OSF1.50 Pass 16500.00 3568.37 25.78 -11121.89 18704.95 3543.62 -223072 -13789.00 220.81 3493.70 25051 3243.18 3326.36 21.00 OSF1.50 Pass 16508.90 3566.17 31.58 -11128.64 18720.43 3543.56 -2218,89 -13798,99 220.81 3492.27 250.50 3241,77 3324.94 20,9 OSF1.50 Pass 16550.00 3567.32 58A0 -11159.77 18887.93 354115 -2089.09 -13904.83 221.09 3485.34 245.86 3239.48 3321.11 21.34 OSF1.50 Pass 16600.00 3566,58 91,24 -11197.47 18932.96 3543,11 -2053.63 -13932.60 221,51 3475.91 247.51 3228.40 3310.58 21.14 OSF7.50 Pass 16650.00 3566.15 124.32 -11234,96 18982.65 3543.16 -2014.55 -13963.28 221.89 346&84 248,93 3217.91 3300.5 20.97 OSF7.50 Pass 16700,00 3565.83 157.49 -11272,36 19163,86 3544,12 -1870,30 -14072,91 221.86 3457.67 244.07 3213.60 3294,63 21.33 OSF1.50 Pass 16750.00 3565.51 190.67 -11309.77 19205.17 3542.82 -1836.88 -14097.16 221.87 3446,88 246.02 3200.86 3282.5 21.0 OSF1.50 Pass 16:00.00 3565,19 223.84 -11347.18 19353.05 353538 -1716:54 -1418275 221,99 3436.05 242.57 3193.48 3274.01 21.33 OSF1.50 Pass 16850.00 3564,87 257.02 -11384.59 19382.27 3533.85 -1692.50 -14199:29 222.01 3424,05 245.16 3178.89 3280.28 21.03 OSF1.50 Pass 16900.00 3564.55 290.19 -7142200 19411.57 3532.31 -1668.49 -14216.00 222.04 3412.32 247.74 3164.58 3246.83 20.74 OSF1.50 Pass 16950.00 3564,23 323.37 -11459.40 19441.59 3530,72 -1643.98 -14233,27 222.06 3400.87 250.29 3150,58 3233.68 2046 OSF1.56 Pass 17000.00 3563,91 35654 -11496.81 19476.80 3529.21 -1615.32 -14253.66 222.09 3389.64 252.60 3137.04 3220.91 20.20 OSF1.50 Pass 17050.00 3563,59 389.72 -11534.21 19512.11 3528.31 -1586.64 -14274,25 222.20 3378.61 254.89 3123.72 3208.38 1995. OSF1.50 Pass 17100.00 3563.68 423,16 -11571.38 1954733 3527.99 -1557.79 -14295A4 223.03 3368.13 257.04 3111.09 319644 19.72 OSF1.50 Pass 17150.00 3564.43 457.03 -11608.16 19583.70 3528.00 -1528.74 -14316.35 223.83 3358.41 259.16 3099,25 3185.31 19.51 OSF7.50 Pass 17200.00 3565,77 691.25 -11644.59 19619.80 3528,31 -1499.68 -1433736 224, 25 3349.38 261,31 3088,08 3174.85 19.29 OSF1.50 Pass 17250.00 3567.19 525.53 -11680,96 1965901 3528.77 -1468.19 -14361,12 224.26 3340.60 263.47 3077.13 316463 19.08 OSF7.50 Pass 17300.00 3568.62 559.81 -11717.33 19698.67 3529.05 -1436.40 -14384.84 224.28 3331.97 265.60 3066.36 3154.57 18.88 OSF1.50 Pass 17350.00 357005 594.09 -11753.71 19760.04 3529.18 -1387.25 -14421,58 224.31 3323.39 266.62 3056,76 3145.31 1876 OSF1.50 Pass 17400.00 3571.48 628.36 -11790,08 19828.08 3528.14 -1332.47 -14461,94 224.35 3314.44 267.27 3047.17 3135.93 78.66 OSF1.50 Pass 17400.00 3572.91 66264 -11826.45 19873.68 3529.40 -1295.73 -14488,94 224.37 3305.45 269.09 3036.35 3125.72 1849 OSF1.50 Pass 17500.00 3574.28 69699 -11862,76 19916,30 3529.97 -1261,42 -14514,22 224.77 3296.60 271.06 3025.55 3115,57 18.30 OSF1.50 Pass 17:50.00 3575.31 731.83 -11898.61 19952.69 3530.14 -1232,19 -14535.90 225.57 3288.58 273.35 3015,23 3106.02 18,11 OSF 1.50 Pass 17600,00 3575.95 767.23 -11933,91 19989,20 3529.79 -1202.95 -14557,76 226.42 3281.52 275.60 3005.91 3097,45 17.92 OSF1.50 Pass 17650.00 3576,26 803.20 -11968.64 20027.55 3528.69 -1172.33 -14580.82 227.33 3275.44 277.80 2997.63 3089.91 17,74 OSF1.50 Pass 17700.00 3576.34 839.57 -12002,95 20066.44 3:26.42 -1141,39 -14604.26 227.58 3270.09 279.97 2990.12 3083.11 17.58 OSF1.50 Pass 17750.00 357642 875.95 -12037.25 20109.09 3522.64 -1107.60 -14630.00 227.64 3266.92 282.03 2982.89 3076.57 17,42 OSF7.50 Pass 17800.00 3576.49 912,33 -12071,55 20158,56 3:17.20 -1068.48 -14659.818 227.74 3259.79 283.70 2976.09 3070:32 17.29 OSFi.50 Pass 17850.00 3576.57 948.71 -12105.85 20206.43 3511.14 -1030.71 -14688.58 227.85 3254.67 285.24 2969.44 3064.19 17.17 OSF7.50 Pass 17900.00 3576.65 985,09 -12140.15 20252.77 3505.50 -994,15 -14716.49 227.96 3249.61 286.95 2962.66 3057.98 17.04 OSF1.50 Pass Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 20 of 24 Trajectory'. SP33-W3L1 (P2) Vs. SI34-W6 um Allowable lReference Traveling Cylinder Imi"jm Allowable Deviation from EOU-EOU Controlling Reference MD Reference TVD Reference NS EW Onset MD Onset TVD Offset NS Onset EW North Azim -t-Ct Distance Separation Reference Clearance OSF Rule Status (R) (ft) (k) - - (- (ft) (-)(ft) (ft) C) (ft) (ft) (ft) (R) - - - 4LOO.ti4 4C`J,3U 4Y>J.LJ JUJ1.3/ lti.tl/ OSFi.JO Pass 18000.00 3576.79 1057.70 -12208,91 20320.10 3498,36 -941.10 -14757.33 227.38 3239.72 292.08 2947.64 3044,68 16.69 OSF7.50 Pass 18050.00 3576,83 1093,35 -12243.97 20349.09 3496.01 -918,39 -14775,19 226.42 3234.30 294,69 2939.61 3037.51 16.51 OSF1.50 Pass 1:100.00 3576.82 1128.38 -12279,64 20389.78 3493.49 -886.64 -14800.50 22547 3228.31 296,71 2931.60 3030.17 16,37 OSF1.50 Pass 18150.00 3576.77 1162.78 -12315.92 20467.52 34:0,91 -825.69 -14848,68 224.51 3221.22 296,86 2924,36 3022.99 16.33 OSF1.50 Pass 18200.00 3576.68 1196.75 -12352.62 20515.39 3490.94 -788,04 -14878,25 224.29 3213.34 298.55 2914,79 3073.98 16.19 OSF1.50 Pass 18250.00 3576.59 1230.69 -12389.33 20565.60 3492.47 -74&61 -14909.30 224,27 3205,46 300.24 2905.22 3004.98 16.06 OSF1.50 Pass 18300.00 3576,50 1264.64 -12426.04 20635.58 3496.37 693.59 -14952.36 224,20 3197,40 300.91 2896,49 2996.47 15.99 OSF1.50 Pass 18350.00 3576,41 1298.59 -12462,75 20662.97 3498,30 672.04 -14969.15 224,16 3189.28 303.79 2885.50 2986.43 15.79 OSF1.50 Pass 18400.00 3576.32 1332.53 -12499A6 20677.80 3499.30 660,47 -14978.38 224.15 3181.67 307.29 2874.39 2976.49 15,58 OSF1.50 Pass 18450.00 3576,23 1366.48 -12536.17 20692.68 3500.26 648.96 -14987.76 224.13 317460 310.78 2863,83 2967.09 15,37 OSF1.50 Pass 18500.00 3576A4 1400,43 -12572.88 20707fit 3501.17 637,51 -14997.31 224.11 3168.07 314.24 2853.83 2958:25 15,17 OSF1.50 Pass 18550.00 3576.05 1434,37 -12609.59 20722.59 350202 626.13 -15007.01 224.10 3162,09 317.69 2:44.39 2949.96 14.97 OSF1.50 Pass 18600.00 3576.05 1468.14 -12646.46 20737.61 3502.82 614.82 -15016.86 223.40 3156.41 321,02 2835.39 2942,07 14.79 OSF1.50 Pass 18650.00 3576.34 1501.32 -12683.86 2075369 350363 602.84 -15027.54 222.49 3150.49 324.22 2826.27 2934.01 14.62 OSF7.50 Pass 18700.00 3576,92 1533.87 -12721.81 20770.76 3504.54 -590.22 -15039.01 22159 3144.27 327.34 2816.93 2925.72 1445 OSF1.50 Pass 18750.00 3577.68 1:66.04 -12760,08 20787.85 3505.50 -577.72 -15050.62 221,47 3138,07 330.52 2807.55 2917.40 14.28 OSF1.50 Pass 18800.00 3578,44 1598.20 -12798.36 20804.99 3506.53 -565.31 -15062.39 221,45 3132,37 333.68 2798.69 2909.59 14.12 OSF1.50 Pass 18850.00 3579.20 1630.36 -12836,64 20822.15 3507.63 -553.01 -15074.31 221.44 3127.20 33690 2790.30 2902.27 13.96 OSF1.50 Pass 18900.00 3579.96 1662,51 -12874,92 20839,73 3508.81 -540.53 -15086,65 221.42 3122.53 340.08 2782.46 289549 13.81 OSF1.50 Pass 18950.00 3580.73 1694,67 -12913.20 20863.76 3510.38 -523.64 -15103.66 221.40 3118.33 342.96 2775.37 2889.36 1367 OSF7.50 Pass 19000.00 3581.49 1726.83 -12951.47 20887.83 3:113.81 -506.86 -15120,85 221.38 3114.55 345.84 2768.71 2883.66 13.54 OSF1.50 Pass 19050.00 3582.21 1759.06 -12989.69 20911.94 3513.10 -090.18 -15138.21 221.79 3111.26 348.68 2762.58 287648 13.42 OSF1.50 Pass 19100.00 3582.67 1791.82 -13027.46 20936.44 3514.27 473.36 -15156,00 22268 3109,08 35146 27:7.62 2874.45 13.30 OSF1.50 Pass 19, 50.00 3582.81 1825.19 -13064,70 20962.59 3515.40 455.57 -15175.12 223.42 3108.09 354,16 2753.93 2871.66 13.20 OSF1.50 Pass /9200.00 3582.84 1858.76 -13101.76 20988.74 3516.44 437.91 -15194,38 223A 3107.7 356.86 2750.90 2869.52 13.09 OSF7.50 Pass 19250.00 3582.87 1892.33 -13138.81 21014.90 3517.39 -420.39 -15213.79 223.38 3107,81 359.58 2748,22 2867.76 13.00 OSF1.50 Pass 19300.00 3582.90 1925,90 -13175,87 21040.30 3518,24 -403.52 -15232.76 223.37 3108,24 362.31 2745.93 2866,37 12.90 OSF7.50 Pass 1:350.00 3582.93 1959,46 -13212.92 21065.22 3519.07 -387.13 -15251.51 223.35 3109.08 365.04 2744.04 2865.40 12.81 OSF1.50 Pass 19450.00 3582.95 1993,03 -13249.98 21090.13 3519,90 -370.89 -15270.38 223,34 3110.33 367.74 2742,58 HUM 12.72 OSF1.50 Pass 19450.00 358298 2026.60 -13287,03 21115,03 352033 -354.81 -15289.37 223.32 3111.97 370.43 2741.54 28fi46 12.63 OSF1.50 Pass 19500.00 3583.01 2060.17 -13324.09 21133.81 3521.35 -342.94 -15303.64 223.31 3114.06 373,29 2740,77 2864.87 12.54 OSF1.50 Pass 19550.00 3583.04 2093.74 -13361.14 21151.24 3521,94 -331.81 -15317.31 223.30 3116,67 376A 2740.5 2865.58 12.46 OSF1.50 Pass 19580,23 3583,06 2114.04 -13383,55 2116190 3522.29 -325.16 -15325,63 223.29 3118.50 377,65 2740,65 2866.2 12.41 OSF1.50 Pass End of results Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1 \SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 21 of 24 Field: Nikaitchuq Well: $I32-W2 Structure: Spy Island Borehole: S132-14Q Slot: SP32 Trajectory: SI32-W2 Client: Em Petroleum Type: Def Survey Coordinate System: NAD27 Alaska State Plane, Zone 04, US Feet North Reference: True Grid Convergence Angle: 0.08849757' Grid Scale Factor: 0,999900149 Magnetic Declination: 20,047' Magnetic Declination Date: March 08, 2013 Magnetic Model: BGGM 2012 Reference Point: Northing Easdno Elevation Structure Unc. Slot Unc. 6053613.370 (ftUS) 511442.370 (ftUS) 53.620 (ft) MSL 0.000 (ft) (1 sigma) 0.000 (th (1 sigma) Trajectory Error Model: ISCWSA03-D 95.000% Confidence 2.7955 sigma Surveying Pros: As Drilled Description MD From ft) MD To (ft) EOU Freq Survey Tool Type Hole Size (in) Casing Diameter (In) Borehole I Survey 0,000 40.520 1/98.425 SLB_NSG+MSHOT-Depth Only -No Global 16.000 13.375 SI32-W2 / SI32-W2 40.520 40,520 Act-Sms SLB_NSG+MSHOT-Depth Onty-No Global 16.000 13,375 SI32.W2/SI32-W2 40.520 821,880 Act-Sms SLB_NSG+MSHOT-No Global 16.000 13.375 SI32-W2/SI32-W2 821880 2737.120 Act-Sms SLB_MWD+GMAG-No Global 16.000 13.375 SI32-W2/SI32-W2 2737.120 9259.750 Act-Sms SLB_MWD+GMAG-No Global 12,250 9.625 SI32.W2/SI32-W2 9259,750 18282.740 Act-Sms SLB_MWD+GMAG-No Global 8.750 5.500 SI32-W2/SI32-W2 18282.740 18350.000 Act-Sms SLB BLIND+TREND-No Global 8.750 5.500 SI32-W2/SI32-W2 Minimum Allowable Traveling Cylinder Allowable Deviation from EOU.EOU Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW Norm'hn _.I Distance Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft) (fi) (ft) (ft) (ft) (ft) (°) (ft) (ft) (ft) (ft) All local minima indicated. Results filtered: Depth 10735.00 ft - MD - 19580.23 ft Results filtered: Ct.Ct separation - 1500.00 ft Results highlighted: Ct-Ct separation c 1320.00 ft 10750.00 3576.95 -3825,78 -6695.02 9579,53 3630,64 -2737,94 .5987,56 4205. 1136,50 130.41 1006.10 1049.24 13.16 OSF1.50 Pass 10800,00 3578,10 -365 4.35 6733.89 9626.25 3631,39 -2708.81 6024.08 40.84 1136.15 130,92 1005.23 10487 13.10 OSF1.50 Pass 50.00 3579.26 -3564.16 6773.73 9672.57 3631.37 -2679.79 6060.17 38.83 1137.54 132.18 100536 1049.10 12.99 OSF1.50 Pass to 10900.00 3580,41 -3535.39 681460 9706.97 3630.96 -2658.01 6086SO 3682 1/41.07 131.76 1009.31 1052,90 13.08 OSF1,5D Pass 10950.00 3:81,55 -3508.07 6856A 9739.51 3630.49 -2637.04 6111.67 34.81 1147.07 134,87 1012.20 1056.83 12.84 OSF1.50 Pass 11000.00 3582.70 -3482.22 6899.24 9771,75 3629.94 -2615.89 6136.00 32,79 1155.54 137.82 1017.72 1063.33 12.66 OSF1.50 Pass 11050.00 3583.83 -3457.87 -6 42.89 9808A5 3629.29 -2591 47 6163.39 30,76 1166.34 146.68 1019.65 1068.22 12.00 OSF7.50 Pass 11100.00 3584,96 -3435.07 -6 87.36 9844.66 3628.68 -2567,11 6190.16 28.73 1179,33 152.22 1027.12 1077.53 11.6 OSF1.50 Paas 11150.00 3585.94 -3412.90 -7032.18 9882.50 3628.09 -2541,36 6217,89 29,56 1193.49 15177 1041.72 1091.98 11.86 OSF1.50 Pass 11200.00 3586.48 -3389.29 -7176.25 9923,15 3627.57 -2513.50 6247.49 31,24 120645 151.65 1054.81 1105.03 12.00 OSF1 So Pass 112%oo 3586.57 .3364.22 -7119.50 9964.69 3627.16 -2484.85 6277.56 32.99 1218.11 151,76 1066.35 1116.61 12.11 OSF1.50 Pass 11300.00 3566.20 -3337.70 -7161.88 70010.42 3626.89 -2453.17 6310.54 3480 1228.34 152.34 1076.00 1126.45 12.16 OSF1.50 Pass 11350.00 3585,38 -3309.77 -7203.35 10055.69 3626.82 -2421.74 6343.12 36.54 1237.06 152.97 1084.99 1134.75 12.2a OSF1.50 Pass 11400.00 3584.36 -3281,25 -7244.40 10094.71 3626.86 -2394.47 6371.03 36.57 1245.37 152.95 109242 1143,08 12.28 OSF1.50 Pass 11450.00 3583,36 -3252.21 -7285.09 10133.71 3626.92 -2366.99 6398.71 38.33 1253.47 153,05 1100.42 1151,11 12.35 OSF1.50 Pass 11:00.00 3582.42 -3121.79 -7324,76 10181.45 3627.10 -2333.16 6432,39 40.41 7260.16 154.16 1105'99 1157.05 12.33 OSF1.50 Pass 11550.00 3581.53 -3190.of -7363.34 10232.88 3627,56 -229675 6468.71 42.50 1265,06 155.82 1109.24 1160.86 12,25 0 F1.50 Pass 11600. oo 3580,68 -3156.89 -7400.79 10304.14 3627.89 -2246.73 _6 19.46 44,59 1267.82 159.87 1107.95 1160.91 11,96 OSF1.50 Pass 11650.00 3579.85 -3122.94 -743749 10378.76 3626.99 -2195.32 6573.54 4d_93 126651 164,47 1104.04 1158.53 /1.63 OSF1.50 Pass 11700.00 3579,02 -3088.98 -7474,17 10442.75 3625.76 -2152.04 6620.66 44.92 1268,27 16776 1100.52 1156.11 11.40 OSF1.50 Pass 11750.00 3578A9 -3055ol -7510,85 10488.82 3625A4 -2120.95 6654,65 44.92 1267.98 169.41 1096.57 1154.71 11.28 OSF1.50 Pass 11800.00 3577.36 -3021,04 -7547,54 10539.97 3625,01 -2086.36 6692.32 44.96 1267,80 171,01 1096.79 1153.46 11.18 OSF1.50 Pass 11850.00 3576.53 -2987.08 -7584.22 10600.24 3626.04 -2045.89 6736.97 45.05 1267.33 173.90 1093.43 1151.07 10.99 OSF1.50 Pass 11900.00 3575.70 -2953. 11 -7820.90 10656,33 3627,93 -2008,55 6778.78 45A8 1266.52 176,64 1089.88 1148,44 10.81 OSF1.50 Pass 11950.00 3574,87 -2919.15 -7657.58 10807.85 3633.48 -1911.58 -6 95.01 45,56 1264.97 189,77 1075.20 1138.13 10,04 OSF1.50 Pass 12000.00 3574.28 -2885.19 -7694.28 1086294 3635,35 -1878.52 6939.03 45.60 12%97 192.36 1067.61 113140 9.87 OSF1.50 Pass 12050.00 3574,12 -2851.25 -7730.99 10912.73 3636.89 -1848.76 6978.91 45.60 1254.81 194.39 1060 S 1124.89 972 OSF1.50 Pass 12100.00 3574.32 -2817.34 -7767.74 10956.77 3637.50 -1822.27 -7014.10 45.59 1249,84 195,89 1053.96 1118.92 9.61 OSF 1.50 Pass 12150.00 3574,53 -2783d3 -7804.48 11001.59 3637.37 -1795.13 -7049.76 45.58 1245.10 197.57 1047.53 1113.06 9A4 OSF1.50 Pass 12200.00 3574.75 -2749.52 -7841.22 11047.74 3637.55 -1767.08 -7086.40 45.59 1240.52 199,42 1.41.10 110724 9.37 OSF7.5D Pass 12250.00 3574.97 -2715.61 -7677.97 11095,62 3638.31 -1737.89 -7124,36 45.63 1236.07 201.52 1034,56 1101.40 9.24 OSFt.50 Pass 12300.00 3575.19 -2881.70 -7914,71 11146.93 3638.62 -1706.60 -7165.02 45.64 1231.61 204,02 1027.59 1095.27 9.09 OSF1.50 Pass 12350.00 357541 -2647.79 -7951,46 11187.49 3638,31 -1681,84 -7197A3 45.63 1227.20 205.51 1021.69 1089.87 8.99 OSF1.50 Pass 12d00.00 3575.63 -2613.88 -7988,20 11218,01 3637.97 -1662.85 -7221.03 45.61 1223.48 205,89 1017," 1085.89 8.95 OSF1.50 Pass 12450.00 3575.85 .2579.97 -8024,94 11248,60 3637.58 -164344 -7244.67 45.59 1220,54 206.21 1.14,34 1082.75 8.91 OSF1.50 Pass 12500.00 3576.07 -2548.07 -8061.89 11283.35 3637.05 -1820.98 -7271.18 45.44 1218.37 207.10 1011.27 1079.97 8.86 OSF1.50 Pass 12550.00 3576,65 -2512.49 .8098,74 11322, 1 3636,06 -1595,12 -7301.10 44.57 1217,09 208AA 1008.66 1077.81 8.7 OSF1.50 Pass 12600.00 3577.65 -2479.48 -8136.27 11363.89 3634.58 -1568.06 -7331.84 43.56 1218.98 184.15 1032.83 10113'88 9,96 OSF1.50 Pass 12650.00 3578,87 -2448.84 .8174.14 114177: 3632,50 .153242 -7372,21 43,29 1217,43 185.81 1031,62 1093.23 9.87 OSF1.50 Pass 12700.00 3580,09 -2414.22 -8212.00 11475.46 3630.53 -1494,43 -7415.60 43.13 1217.71 187.96 1029.74 1092.07 9.76 OSF1.50 Pass 12750.00 35BI 31 -2381.59 -8249.87 1153974 3629,36 -1452,63 -7464,38 4300 1217,48 190.94 1026.54 1089.86 9.61 OSF 1.56 Pass 12800.00 3582.53 -2348.96 -8287.74 11626.10 3628.56 -1397.82 -7531.11 42.86 1218.25 79fi.54 7019.71 7084.90 9.32 OSF 1.50 Pass 12850.00 3583,75 -2316.33 -8325.61 11693.84 3627,85 -1356.06 -758445 42.76 1213.83 199.95 1013.87 1080.20 9.14 OSF7.50 Pass 12900.00 3584.98 -2283.70 -8363.47 11750.96 3627.44 -1321.36 -7629.81 42.68 1210.86 202.09 1008,77 1075.80 9.02 OSF1.50 Pass 12950.00 3586.20 -225108 -8401,34 11797.64 3626.88 -1292,99 .7666.88 42So 1207,89 203.12 100437 1072.15 8.96 0SF7.50 Pass 13000.00 3587.42 -2216.45 -8439.21 11851.13 3625.83 -1260.43 -7709.30 42.49 1205.01 204,78 1000.22 1068.15 8.86 OSF1.50 Pass 13050.00 3588.56 .2185.89 -8477.13 11914.18 3623,85 .1222 S -7759.60 41.97 1201,78 207.66 994.12 1063.02 8.72 OSF1.50 Pass 13100.00 3589.17 -2153.75 -851543 11954.53 3622.08 -1198.24 -7791.83 41.22 1199.03 207.88 991.15 1060.12 8,69 OSF1.50 Pass 13150.00 3:89.23 -2122.01 -8554.07 11993.24 3619,86 -1174.72 -782248 4038 1197.29 207.90 989,39 1058.36 8.67 OSF1.50 Pass 1320000 3589.21 -2090.33 -8592,75 12033.38 3617A4 -1150.05 -7854.03 40.65 1196.09 208.09 988.00 1057.03 8.66 OSF1.50 Paas 13250.00 3589.19 -2058,65 -8631,43 12074.91 3614.56 -1124.28 -7886.50 40.53 1195.26 208.43 986.83 1055.97 8.64 OSF1.50 Pass 13300.00 3589.17 -2028.98 -8670.12 12118.85 3612.27 -1098.02 -7919.12 40.42 1194.78 208.83 985.95 1055.23 8.62 OSF1.50 Pass 13350.00 3589,15 -1995,30 -8708,80 12159,80 3610.43 -1070.92 -7952.39 40,33 1194.61 209.33 985.28 1054.73 8.59 OSF1.50 Pass 13400.00 3589A4 -196382 -8747.49 12205.54 3609,08 -1041.84 -798T67 40.27 1194.73 210.19 984.55 1054.28 8.56 OSF1.50 Pass 13450.00 3589,12 -1931.94 -8786,17 12275,51 3608.40 -997.79 -8042,02 40.24 1194.48 213.95 980.53 1051.52 8.41 OSF7.50 Pass 13500.00 3589.10 -1900.26 -8824,85 /2346.73 3609,08 -953.91 -8098A2 40,27 1193.37 217,85 975.52 1.47.81 8.25 0 1`1.50 Pass 13550.00 3588.99 -1868.65 -8863.60 12412.31 3610.08 -914.38 -8150.43 39.92 11 91 .50 221.06 97044 1043.80 8.11 0SF7.50 Pass 13600.00 3588A6 -1837.54 -8902.73 12470.94 3611,16 -879.48 -8197.53 39.25 1189.84 223.47 966.37 1040,53 8.02 OSF1.50 Pass 13650.00 3586.49 -1806.97 -8942.26 12541.12 3612.46 -838.36 -8254,38 38.65 1188.30 227.18 961,12 1036.52 7.87 OSF1.S0 Pass 13700.00 3583.96 -1776,98 -8982.18 12605.55 3613,38 -80145 -8307A9 38.06 1186.64 230.22 956.43 1032.84 7.76 OSF1 So Pass Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9I2015 11:34 AM Page 22 of 24 Trajectory: SP33-W3L7 (P2) Vs. SI32-W2 Minimum Allowable Traveling Cylinder Allowable Deviation hom EOIJ-EOII Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Offset NS Offset EW North Aznn Ct-Ot Distance Separation Reference Clearance OSF Rule Status (ft) (ft) (ft) (ft) (ft) (ft) (ft) (ft) (°) (ft) (ftl (ft) (ft) 13800.00 3578.04 - -1717.57 - -9062.41 1271222 3613.02 -741.21 - 1 -839521 38.34 1183.06 - 233.87 94s21 1026.84 7.61 VJY " OSF7.50 rase Pass 13850.00 3575.08 -1687.87 -9102.52 12759.67 3611.38 -714.37 -:434,31 38,40 1181.32 235.07 946.26 1024.2' 7,56 OSF1.50 Pass 13900,00 3572A8 -1658.05 -9142.55 12799.37 3609.47 -691.74 -8466.87 39,08 1179,69 235.38 944.31 1022.44 7,54 OSF1.50 Pass 13950,00 3569.64 -1627.49 -9182.04 12839.07 3607.32 -668s3 -8499,22 40.28 1177.58 235,64 941.94 1020.16 7.52 OSF1.50 Pass 14000.00 3567.51 -1596.13 -9220.92 12890.36 3604.60 -639.01 -8540.85 41.44 1174,71 237. 19 937.52 10161 7.45 OSF1.50 Pass 14050.00 356578 -1563.97 -9259.17 12946.79 3602.83 -606,42 -8586.89 42.61 1170.56 239,32 931.24 1010.69 7.36 OSF1.50 Pass 14100.00 3564.57 -1531.08 -9296.81 12997.28 3602:37 -577.42 -8628.22 43,67 1165.30 240.80 92449 1004,43 7.28 OSF7.50 Pass 14150.00 3563.94 -1497.49 -9333.84 13045,98 3602.88 -549,48 -8668.10 44.73 1159.07 242.09 916.98 997,34 7,20 OSF1.50 Pass 14200,00 3563.81 -1463,32 -9370,34 13087,39 3603.40 -525.58 -6701.92 45.22 1152.26 242.61 909.66 990.20 7.15 OSF1.50 Pass 14250,00 3563.74 -1429.08 -9406.77 13128.88 3603.61 -507.39 -8735.62 45,24 114571 243.18 902.53 983.28 709 OSF1.50 Pass 14300.00 3563,67 -1394.84 -94403.21 13161,15 3603.55 -482.28 -8761,63 45,25 1139.69 242.68 897.02 977,56 7.07 OSF1.50 Pass 14350.00 3563,59 -1360,60 -9479.64 1319286 3603.31 -463,10 -8786.88 45.25 1134.46 242.06 892.40 972.76 7.05 OSF7.50 Pass 14400.00 3563.52 -1326.36 -9516.08 13224.67 3602.88 -443.46 -8811,89 45.23 1130.02 241.42 888.60 968,75 7.04 OSF7.50 Pass 14450.00 3563.45 -1292.12 -9552.51 13259.44 3602.26 4 1.58 -8838.91 45.21 1126.31 241.08 885.23 965.26 7.03 OSF1.50 Pass 14500.00 3563,38 -1257,87 -9588.95 13294.31 3601,58 -399.28 -8865.71 45.16 1123.26 240.73 882.53 962.45 7.02 OSF1.50 Pass 14550,00 3563.30 -1223.96 -9625.69 13333.70 3600.78 -373.70 -8895s 44.12 1121.31 240, 86 880.45 960.41 7.01 OSF1.50 Pass 14600.00 3563,17 -1190,70 -9863.02 13382.98 3600.37 -341.57 -6933.01 43.11 1120.40 242,24 878.17 958.58 6.96 OSF1.50 Pass 1465000 3562.96 -1157,98 -9700.82 13436,39 3600.73 -306,78 -8973.54 42.72 1120.22 244.17 876.05 957.11 6.90 OSF1.50 Pass 14700.00 3562.74 -1125.31 -9738.68 13495.56 3601.41 -268.55 -9018,70 42,77 1119.78 246.85 872.94 954.89 6.83 OSF1.50 Pass 14750,00 3562.52 -1092.65 -9776.54 13535,62 3601.96 -242.71 -9049.30 42.81 1119.29 247.15 872.15 954.20 6.87 OSF1.50 Pass 14800.00 3562.30 -1059,99 -9814.39 13572.00 3602.:3 -21891 -9076.81 42,85 111s40 246.96 872.43 954.43 6.82 OSF1.50 Pass 14850.00 3562.08 -1027.32 -9852.25 13612.97 3603.25 -191.75 -9107.46 42.89 1120,08 247.36 872.72 954,85 6.81 OSF1.50 Pass 14900,00 3561.86 -994.66 -9890.10 13666A6 3604,62 -156.46 -9147.24 42.97 1120.83 249.32 871.51 954.29 6.76 OSF7.50 Pass 14950.00 3561.64 -962.00 -9927.96 13728.75 3606.78 -115.22 -9194.28 43.10 1121,32 25248 868.8d 952.67 6.68 0SF7.50 Pass 15000.00 3561,41 -929.33 -0065,81 13793,67 3608.90 -73.08 -9243.89 43.22 1120.98 255.94 865.04 950.02 6.59 OSF1.50 Pass 1:048.84 3561,25 -897.48 -10002.85 13833.60 3610A5 4 40 -9274,18 42,90 1120.71 256.32 864.39 949.50 6.58 OSF1.50 Pass 15050.00 3561.25 -896.74 -10003.73 13834.55 3610.18 -46.79 -9274.89 42.88 1120.71 256.33 864.3 949.50 6.58 OSF1.50 Pass 15100.00 3561.48 -864.63 -10042.06 13875,22 3611.47 -20.24 -9305.68 42.09 1121.49 258.64 864.85 950.07 6.57 OSF1.50 Pass 15150.00 3562,15 -833.11 -10080.86 13931.04 3613.17 16.28 -9347.85 41.30 1123.11 258.88 864.23 950.19 6.53 OSF1.50 Pass 15200.00 3563.16 -802.04 -10120,03 13986.54 3614.65 52.36 -9390.01 41.05 1124s7 261,13 863.85 950,56 6.48 0SF7.50 Pass 15250.00 3564,19 -771.00 -10159,21 14037.71 3615.47 85,54 -9428.95 41.04 1126.75 262.92 863.83 951,15 6.45 OSF1.50 Pass 1530'" 3565.22 -739.% -10196,40 14087.96 3615s 118.12 -9467.20 40,99 1121,41 264.61 863.88 951.75 6.42 OSF1.50 Pass 15350.00 3566,25 -708,92 -10237.58 14137.13 3615.46 150.03 -9504.62 40s2 1130.25 266.18 864.07 952.47 6,39 OSF1.50 Pass 15400,00 3567,28 -677.88 -10276.77 14182.02 3614.96 179.23 -9538.71 40.85 1132.10 267.22 864.88 953.62 6.37 OSF1.50 Pass 15450.00 3568.31 -646.84 -10315.95 14223,59 3614.33 26649 -9570.08 4077 173d.21 267,84 886.44 955.40 6.37 OSF1.50 Pass 15:50.00 3569.34 -615.80 -10355.14 14267, 7 3613.51 235.30 -9602.77 40.68 1136.83 268,72 868.11 957.36 6.36 OSF1.50 Pass 15550.00 3570.36 -584.73 -10394.30 14315.16 3612.52 267.14 -9638,66 40,85 1139.49 270.14 869.35 959.07 8.34 0SF7.50 Pass 15594.88 3571.13 -556.43 -70429.12 14355.68 3811.fi5 29407 -9668.92 41,60 1141.45 271.05 870.40 960.42 6.33 OSF1.50 Pass 15600,00 3571.21 -553,17 -10433.07 14359.62 3611.57 296.70 -9671.85 41.60 1141.65 271.07 870.58 960,61 6.33 OSF1.50 Pass 15650,00 3571.95 -521.35 -10471,63 14398.12 361072 322.55 -9700.38 41.52 1143.89 271.29 872.68 962.71 6.34 OSF1.50 Pass 15700.00 3572.69 489.52 -10510.18 14436.58 3609.86 348.65 -9728.61 41.45 1146.64 271 49 875.15 965.32 6 35 OSF1.50 Pass 1:750.00 3573.44 -457.70 -10548.74 14471.55 3609.08 372.68 -9754.01 41.38 1149.96 271.22 878,73 988.87 6.38 OSF1.50 Pass 15a 0.00 3574,18 -425,88 -10587.30 14506,28 3608.36 396,86 -9778.92 41.31 1153.93 270.90 883.03 973.01 6.41 0SF7.50 Pass 15850.00 3574.92 -394.06 -10625.86 14545.18 3607.61 424.31 -9806.47 41.24 1158.53 271.12 887.41 97745 6.43 OSF1.50 Pass 15900.00 3575.67 -362.23 -10664.42 14595.95 3606.58 460.214 -9842.34 41,14 1163.28 272,93 890.35 981.00 6.418 OSF1.50 Pass 15950.00 3576.41 -330.41 -10702s8 14651.64 3605.44 499.56 -9881.76 41.04 1167.95 275,40 892.55 984,02 6.38 OSF1.50 Pass 16000.00 3577.15 -298,59 -10741,53 14714.17 3604.62 543.31 -9926.42 40.95 1172.16 278.74 893,42 986.00 6.32 OSF1.50 Pass 16050.00 3577.69 -266.68 -10780,02 14771.56 3604.29 583.09 -9967,78 41.20 1175.82 281.37 894.45 987,91 6,29 OSF1.50 Pass 16100.00 3577,48 -234.46 -10818,26 1482804 3604.22 622,00 -10008.73 41.59 1178.81 283.86 894.95 989,24 6.25 OSF1.50 Pass 16150.00 357&51 -201,99 -10856,27 14883.14 3604.14 659.76 -10048,85 41,90 11 81 .23 286.18 895.05 990.12 6.21 OSF7.50 Pass 16200.00 3575,35 -169.45 -10894,21 14928.87 3603.99 691,03 -10082.21 41.94 1183,47 287.32 896A5 991.5 8.19 OSF7.50 Pass 16250.00 3574,18 -136.91 -10932.16 14968.34 3603.83 718.25 -70710'80 41.97 1186.09 287,69 898,41 993.97 6.20 OSF1.50 Pass 16300.00 3573.02 -104.37 -10970.10 15008,08 3603.61 745.91 -10139.33 42.00 1189.16 288.07 901.08 996.78 6.21 OSF1.50 Pass 16350.00 3571.86 .71.83 -11008.05 15048.77 3603.33 774,46 A0168.32 4203 1192.62 288,57 904.05 999.91 6.22 OSF 1.50 Pass 16400,00 3570.70 -39.29 -11046.00 15089,42 3602.98 803.21 -10197.06 42.06 1196.47 289.07 907.41 1003.43 6.22 OSF1.50 Pass 16450.00 3569,54 -6.76 -11083,94 15133.30 3602.31 834.45 A022787 4207 1200.64 289.99 910.65 1006.99 6.23 OSF1.50 Pass 16:00.00 3568.37 25.78 -11121.89 15177.36 3601AI 865.96 -10258.65 42.06 1205.05 290.95 91 A 1010.76 6.23 OSF1.50 Pass 16550,00 3567.32 58.40 -11159,77 15209.73 3599,90 889.29 -10281.04 42.34 1209.80 290.31 919.40 1015.93 6.27 0SF7.50 Pass 16600,00 3566.58 91,24 -11197.47 1523949 3598.58 911.09 -10301.27 42.69 1215.05 289.22 925.83 1021,91 6,32 OSF7.50 Pass 16650.00 3566.15 724.32 -11234,96 15269.14 3597.08 933,12 -10321.04 42s9 1220.80 288,08 932.72 1028.42 6,37 OSF1.50 Pass 16700,00 3565,83 157.49 -11272.36 1531111 3595.08 962.48 -10346.65 42,90 1227.11 288,24 938.87 1034.63 6.40 OSF1.50 Pass 16750.00 3565.51 190,67 -11309.77 15351.53 3593.50 995.29 -10374.99 42.83 1233.70 289,07 944.64 1040:66 6.42 OSF1.50 Pass 16800,00 3565.19 223.84 -11347,18 15406,33 3592.41 1036,83 -10410.72 42.79 1240.42 291.44 948.98 1045.80 6.40 OSF1.50 Pass 16850.00 3564,87 25 .02 -11384.59 15470.43 3591.86 1084s -10453.02 42.77 1246.62 295,04 951.58 1049.60 6.35 OSF 1.50 Pass 16900.00 3564.55 290.19 -11422.00 15525:80 3591.63 1126.28 -10489.90 42.77 1252,43 297.46 954.95 1053.79 6.33 OSF1.50 Pass 16950.00 3564.23 323.37 -11459.40 15576.97 3591:35 1164.32 -10524.12 42,77 1258.05 299.37 958.68 1058.15 6,3 OSF1.50 Pass '7000.00 3563.91 356.54 -11496.81 15622.06 3590,81 1197.92 -10554.20 42,75 1263.79 300.49 963,30 1083:13 6.32 OSF1.50 Pass 17050.00 3563.59 389.72 -11534.21 15677,25 3589.74 1239.10 -10590,92 42.81 1269,62 302.93 966.70 1067.35 6.30 OSF1.50 P.- 1 7100.00 3563.68 423.16 -11571.38 15753.72 3588,34 129542 -10642,63 43,46 1274,37 307.95 966.42 1068745 6.22 OSF1.50 Pass 17150.00 3564.43 457.03 -11608.16 15847.00 3586.84 1362.33 -10707.60 44.01 1277.14 314.14 962.30 1066.92 6,10 0 F1.50 Pass 17200.00 3565.77 491,25 -11644.59 15936.95 3586,74 1424.70 -10772,39 44.24 1277.69 321.11 956.59 1063.29 5.98 OSF1.50 Pass 17250.00 3567.19 525.53 -11680.96 15989,87 3587.24 1460.78 -10811.10 44.19 1277.40 323.20 954.20 1061,61 5.94 OSF7.56 Pass 17300.00 3568.62 559.81 -11717.33 16041,48 3587.68 1495.89 -10848.94 44.14 1277,00 325.14 957.86 1059.91 5.90 OSF1.50 Pass 17350.00 3570.05 594.09 -11753,71 16090.53 3587.59 1529.26 -10884.88 44.08 1276.61 326.82 949.79 1058,40 5.87 OSF 1.50 Pass 17400.00 3571.48 628.36 -11790,08 16134, 17 3586,99 1559.00 -10916.81 44.00 1276.29 327.88 948.41 1057.38 5.85 OSF1.50 Pass 17450.00 3572.91 662.64 -11826.45 16170.79 3586.32 1584.20 -10943.37 43.92 1276.43 328.13 948.30 1057.35 5.85 OSF1.50 Pass 17500.00 3574.28 696.99 -11862.76 16207.39 3585,53 1609.66 -10969.66 44.26 1277.00 328.35 948.65 1057.77 5.85 OSF1.50 Pa- 1 7550.00 3575.31 73183 -11898,61 16261.49 3584.34 1647.46 -11008.34 45.03 1277.12 330.55 946.57 1056.43 5.81 OSF7.50 Pass 17600.00 3575.95 767.23 -11933.91 16313.80 3583.32 1683.85 -11045.91 45.86 1276.24 332,53 943.71 1014:23 5.77 OSF1.50 Pass 17650.00 3576.26 803.20 -11968,64 16352.24 35:2.71 1710.72 -11073.39 46.76 1274.80 332.87 941.93 1052.56 5,76 OSF1.50 Pass 17700.00 3576.34 839.57 -12002.95 16390.70 3582.27 1737,85 -11100.64 46.95 1273.23 333.20 940.03 1050.77 5.74 OSF1.50 Pass 17750.00 3576.42 875.95 -12037.25 16467.95 3587.87 1792.13 -11155.61 46.93 1271.50 338.13 933,37 1045,75 5.65 OSF1.50 Pass 17800.00 3576.49 912.33 -12071.55 16526.73 3581.92 1832.63 -11196.22 46.93 1268.74 340.89 927.85 1041.15 5.59 OSF1.50 Pass 17850.00 3576,57 94871 -12105.:1 18574s5 358183 1865.77 -11233.09 46.92 1265,99 342.46 923.54 1037.36 556 OSF1.50 Pass Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 23 of 24 Trajectory: SP33-W3L1 (P2) Vs. SI32-W2 Minimum Allowable Traveling Cylinder Allowable Deviallon from EO71-EOD Controlling Reference MD Reference TVD Reference NS Reference EW Offset MD Offset TVD Onset NS Offset EW North A- Ct-Ct Distance Separation Reference Clearance OSF Rule Stalus (R) (ft) (ft) (ft) (R) (ft) A (ft) (°) (ft) (ft) (ft) (ft) 17950.00 3576.72 1021.47 - - -12174.45 16670.98 3582.24 1932.15 - -11302.64 46.93 1260.72 345.54 915.19 1030.04 o.oz 5.48 "'!.Ju OSF1.50 ❑ass Pass 1a 00.00 357679 1057.70 -12208.91 16715.41 3582,94 1962.92 -11334.66 46.26 1258.48 346.60 911.88 1027.09 5.46 OSF1.50 Pass 18050.00 357683 1093.35 -12243.97 16759.22 3583.62 1993.43 -11366.10 4529 1257.31 347,50 909.81 1225.32 5.44 OSF1.50 Paw 18073.95 3576.8, 1110,21 -12260.98 16778,88 3583.92 2007.17 -11380A6 44,82 1257.1fi 34778 909.38 1024.97 5.43 OSF1.50 Pass 18100.00 3576,82 1128.38 -12279.64 16798A5 3584.27 2020.71 -17393.87 44.32 1257.34 347.83 909.50 1025.12 5.43 OSF1.50 Pass 18150.00 3576,77 1162.78 -12315,92 16835,10 3585. 17 2046.86 -11419.95 43.36 1258,74 347.91 910.83 1026,47 5.44 OSF1.50 Pass 18200.00 3576.68 1196:75 -12352,62 16872.23 3586.34 2073.40 -11445,88 43,19 1261.2fi 348.03 913.23 1128.92 5.45 OSF1.50 Pass 18250.00 3576.59 1230.69 -12389.33 16910,34 3587.58 2100.91 -11472.24 43.25 1264.29 348.31 915.98 1037.76 5.46 OSF1.50 Paw 18300.00 3576.50 1266.64 -12426.04 16948.42 3588.75 2128.63 -11498.32 43.31 1267,79 348.57 919.22 1035.08 5,47 OSF1.50 Paw 18350,00 3576.41. 1298.59 -12462.75 16995.92 3589.96 2163.44 -1153062 43.36 1271,61 35083 921,59 1037.94 5.46 OSF7.50 Pass 18400,00 3576.32 1332.53 -12499.46 17046.80 3590.65 2200,71 -11565.24 43.40 1275.42 351.92 923,50 1040,48 5.45 OSF1.50 Pass 18450,00 3576.23 1366.48 -12536,17 17076.99 3590.95 2222.95 -11585.66 43.41 1279.54 351.19 928.36 1045.09 541 OSF7.$9 Paw 18500.00 3576.14 1400.43 -12572.88 17104.87 3591.54 2243.82 -11604.14 43,44 1284.52 350.09 934.43 105080 5.51 OSF1.50 Pass 18550.00 3576.05 1434.37 -12609.59 17132.63 3592.42 2264.89 -11622.19 43.48 1290.34 348.91 94142 1057.40 5.56 OSF7.50 Pass 18600,00 357605 1488.14 A2646.46 17187.50 3594.41 2306.92 -11657,41 42.88 1296.95 351.23 945.72 1062.47 5.55 OSF7.50 Paw 18650.00 3576.34 1501.32 -12883.86 17260.50 3:95.76 2362.10 -11705.18 42,03 1303.51 355.88 947.63 1065.93 5.51 OSF1.50 Pass 18750.00 3576,92 1:33.87 -12721.81 17324.93 359677 2410.22 -11748.01 41.15 1310.22 359.39 950.83 1070.30 5.48 OSF1.50 Pass 18750,00 3577.68 1586.04 -12760,08 17389.63 3597.87 2458.04 -11791.57 41.03 1316,85 362,95 953.90 1074.56 545 OSF1.50 Pass 18800,00 3578.44 1598.20 -12798.36 17447.23 3598.70 2500.23 -11830.78 41.03 1322,99 36563 957,36 1078.90 5.44 OSF 1.50 Pass 18850.00 3579,20 1630.36 -12836.64 17496.08 3599.25 2535.9fi -11864.06 41.01 1329.06 367.33 961.73 1063.8 5.4 OSF1.50 Pass 18900.00 3579.96 1662.51 -12874.92 17543.53 3599.66 2570,70 -11896.40 40.99 1335.17 36ll 966.32 1088.94 5.44 OSF7.50 Pass 18950.00 3580.73 1694.67 -12913.20 17589.78 3600,03 2604,64 -11927.83 40.98 1341.40 370.24 971,16 1094.24 5.45 OSF1.50 Pass 19000.00 3581.49 172683 -12951.47 17641.87 3600,45 2642.90 -11963,16 40.96 1347.70 372,33 975.37 1099.15 544 OSF1.50 Paw 19050.00 3582.21 17:9.06 -12989.69 17699.32 3600.96 2684.91 -12002.34 41.35 13:3.67 375.01 976.65 1103.3 5.4 OSF1.50 Pass 19100.00 3582,67 1791.82 -13027.46 17745.54 3601,29 2718.65 -12033.93 42.23 1358.84 376.35 98249 1107.62 5.43 OSF1.50 Pass 19150,00 3582.81 1825A9 -13064,70 17790:52 3601.33 2751:60 -12064,56 42.96 1363.40 377.53 985.88 1111.39 5.43 OSF1.50 Pass 19200,00 3582.84 1858.76 -13101.76 17837,97 3601,38 2786.44 -12096.77 42.96 1367.82 379.00 988.83 1114.83 5.42 OSF1.50 Pass 19250.00 3582,87 1892.33 -13138,81 17885.:3 3602.02 2821.70 -12129.28 42.98 1372.32 380.56 991,76 1118.28 5,42 OSF7.50 Pass 19300.00 3582.90 1925.90 -13175.87 17946.87 3603.22 2866.36 -12170.72 43.03 137667 383.61 993.06 1120.60 5.39 OSF1.50 Pass 1:350.00 3582.93 1959.46 -13212,92 18006.04 3604.20 2909,39 -12211.32 43.06 1380.58 386.44 994.14 1122.62 5.37 OSF1.50 Pass 19400.00 3582.95 1993.03 -13249,98 18059.42 3605,15 2948.06 -12248,11 43,10 1384.30 388.62 995.68 1124.89 5.35 OSF7.50 Pass 19450.00 3582.98 2026.60 -13287,03 18105.96 3606,03 2981.74 -12280.22 43.13 1387.97 3W03 997.94 1127,63 5.35 OSF1.50 Pass 19:00.00 3583.01 2060.17 -13324.09 18148.61 3606,61 3012.74 -12309.50 43,15 13:1.88 391,01 1000.87 1130.88 5.35 OSF1.50 Pass 19550.00 3583.04 2093,74 -13361.14 18186.11 3606.93 3040,16 -12335.09 43.16 1396.09 391,38 1004.70 1134.84 5.36 0SF7.50 Pass 19580.23 3583.06 2114,04 -13383.55 18205.04 3607.09 3054.12 -12347,87 43.17 1398.91 391.16 1007,76 1137.81 5.37 OSF7.50 Pass End of results Drilling Office 2.8.572.0 Nikaitchuq\Spy Island\SP33-W3\SP33-W3L1\SP33-W3L1 (P2) 4/9/2015 11:34 AM Page 24 of 24 Bettis, Patricia K (DOA) From: Chaudhry Amjad <Amjad.Chaudhry@enipetroleum.com> Sent: Friday, April 17, 2015 2:57 PM To: Bettis, Patricia K (DOA) Subject: Fwd: SP33-W31-1 (Plb) plots Attachments: SP33-W31-1 (Plb) plots.pdf; ATT00001.htm Hello Patricia please find plots for SP33-W3L1 with this email, thanks for your help and you have a great weekend Regards Amjad Sent from my iPhone Begin forwarded message :he. it foxma.tion ron7ained in ti.is cc, mmuni.at ion is c_cn F..ntiai and ,+repr_et ary intended only £cr the individual cr antity to which it s a,idir Any unauthorized use, a.str button, copying, or x.si;lo 7:rc- is n.m. a .at'ori strica y p t..c. Tt iu. i�a e ece:ived th.._. .�..mai.,nica _.cn Ln ,F. or, please .contact the sender immediately. This message may contain information that is confidential, and is being sent exclusively to the Recipient. If you are not the designated Recipient, you are prohibited from utilizing, copying or divulging the information contained in this message,or taking any action whatsoever on the basis of the information herein. If you have received this message by mistake, we ask you to kindly inform the Sender and to delete the message. It is understood that, with regard to messages sent by its network, the Company is not responsible for any statements made or opinions expressed, that are not strictly related to the Company's operations. 1 TRANSMITTAL LETTER CHECKLIST WELL NAME: PTD: 21 S-- o71 'Development Service _ Exploratory _ Stratigraphic Test _ Non -Conventional FIELD: POOL: �� ! &g 0; CA Check Box for Approp fate Letter / 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. Q /� — O 6 R , API No. 50-�- a3 y RO - c06 - c0 . (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 ( PH) and API number (50- - - -� from records, data and logs acquired for well (name onpermit). 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. (Company 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 sample are first caught and 10' sample 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 (Company Name) 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 program. 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 (Company 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 completion, suspension or abandonment of this well. Revised 2/2015 WELL PERMIT CHECKLIST Field & Pool NIKAITCHUQ, SCHRADER BLUFF OIL- 561100 Well Name: NIKAITCHUQ SP33-W03L1 Program DEV Well bore seg PTD#:2150710 Company ENI US OPERATING CO INC Initial Class/Type DEV / PEND GeoArea 973 Unit 11400 On/Off Shore Off Annular Disposal Administration i17 Nonconven. gas conforms to AS31.05.030Q.1_.A),0.2.A-D) NA - - - - - - - - I1 Permit fee attached - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - NA- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 12 Lease number appropriate_ - - - - - - - - Yes - - - - - ADL0388574,_T_D, ADL0391.283,_Surf Loc & Top Prod Interv- - . - - - - 3 Unique well name and number - - - Yes - Nikait_chug SP33-W3L1 _ - - - - - I4 Well located in-a-clefined_pool---- Yes NIKAITCHUQ, SCHRADER, BLUFF OIL - 561100, governed by Conservation Order No. 639 5 Well located proper distance_ from drilling unit -boundary- - Yes - - - - CO 639 contains no spacing restrictions with respect to drilling unit boundaries. - - - - - - - - 6 Well located proper distance from other wells - . Yes . - CO 639 has no interwell_spacing_restrictions._ 7 Sufficient acreage -available in_dril_ling unit_ Yes _ - - - - - - - - - - - - - - -- - - - - - - - - - - - - - - - 8 If deviated, is wellbore platincluded- - - Yes - - - - - - 9 Operator only affected party. - _ - - _ - Yes _ - - - - Wellbore-will be -more than 500' from an external property line _where- ownership or landownership_ changes.. 10 Operator has appropriate- bond in force - - - Yes - - - - - - - - - - - - - - - - - - Appr Date 11 Permit can be issued without conservation order. Yes - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - _ - - - 12 Permit. can be issued without administrative_approval - - Yes - - - - - - - - - - - - - - - - - - - - - - - - - - - --- - PKB 4/20/2015 13 Can permit be approved before15-day wait_ - - - - -- Yes. - - - -- - - ---_---------- --- 14 Well located within area and -strata authorized by Injection Order # (put_ 10# in comments)- (For NA - - - - - - - - - - 15 A_II wells -within 1/4_ mile -area -of review identified (For service well only) - - NA - - - - - - - - - - - - - - - - - - - - 16 Pre -produced injector: duration -of pre production less_ than 3 months- (For -service well only) - - NA- - 18 Conductor string -provided - - - - - - - - NA- - - - - - - Conductor -set-in SP337W03 - - - - - - - - - Engineering 19 Surface casing protects all known_ USDWs . - _ NA_ _ _ - - - Off shore location . - - - - - - - - - - - - - - - - I20 CMT vol adequate -to circulate -on conductor & surf _csg - - - . _ NA_ - - - - - - - Surface casing set-in SP33-W03_ 21 CMT vol adequate -to tie-in long string to surf csg_ - - - NA_ - - - - - Intermediate 9 5/8"_casing set and -cemented. - - 22 CMT will cover -all known -productive horizons_ - - - - - . - - - - - - - - - No - - - - 5.5"slotted liner in- lateral -planned. 23 Casing designs adequate for C,-T, B &_ permafrost_ - - - - - - - - - NA, - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 24 Adequate tankage -or reserve pit Yes Rig has steel pits.. Class 1 disposal well onsite. !25 If.a. re -drill, has_a 1-07403 for abandonment been approved - _ NA_ _ _ _ _ _ _ _ Lateral well .-.._ motherbore capable of flow. . 26 Adequate wellbore separation proposed Yes . Wellbore-will parallel _mo_therbore. 27 If_diverterrequired, does it meet_ regulations_ - - - - - - - - - - - - - - - NA - - - Wellhead in place. BOPE willbe_used_. - - - - - Appr Date 28 _Drilling fluid program schematic_& equip -list adequate _ - - - - - - Yes - - Max formation_ pressure= 1590-psi. ( 8.6 ppg_EMW)- Will drill with_8.7-9.4_ppg mud GLS 4/22/2015 29 _B_OPEs, do theymeet regulation - . - . - Yes - - - - - - - - - - - - - - - - - - - - - -- - - - - 30 BOPE-press rating appropriate; test to_(put psig in comments)_ Yes - - - - - MASP= 1201.psi-Will test BOPE to 3500 psi (annular to 2500psi) - - - 31 Choke manifold complies w/API_ RP-53 (May 84)- - - - - Yes - - - - - - - - - - - - - - - - - - - 32 Work will occurwithout operation -shutdown _ - - - - - - - - Yes- - - - - - - - - - - - - - - - - - - - - - - - - - . - - - - - - - - - - - - - - - - _ - - 33 Is presence of H2S gas probable . - - . - - - No- - - - - - - - H2S not expected. Rig_ has sensors and alarms.- - - - - - - - - - - . .. . - - - - - 34 Mechanical -condition of wells within AOR verified (For service well only) - _ - NA - - - - - - - - - - - - - - - - - - - - - - - - - - - - _ _ _ _ - - - . - . _ - - - - - - - - - - - - - - - _ 35 Permit can be issued w/o hydrogen_ sulfide measures. - Yes - H2S is not expected._ Rig has sensors and alarms, and H2S sequestering materials are onsite._ Geology 36 Data presented on potential overpressure zones Yes . Expected reservoir pressure is 8.6_ppg EMW; will -be drilled using 8.7 to-9.4 ppg mud. - _ _ _ Appr Date 37 Seismic analysis of shallow gas -zones- - - - - - - - - - - - - - - - - - - NA- - - - - - - - - - - - - - - - - - - . - . - - - - - - - - PKB 4/20/2015 38 Seabed condition survey -(if off -shore) - - - - - - - - - - - - - - - - - NA_ - - - - - - - - - - - 39 Contact name/phone for weekly -progress reports_ [exploratory only] NA_ - - - - - - Off_ shore development well to-be_drilled from a man-made island. se Geologic Engineering Public Commissioner: Date: + Commissioner: Date Commissioner Date �--z v 5- 6-TS � Z,1 ts
