The URL can be used to link to this page

Home My WebLink About214-188CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. From:Wallace, Chris D (OGC) To:AOGCC Records (CED sponsored) Subject:FW: CRU CD4-289 (PTD# 214-188) Date:Monday, May 6, 2024 11:54:07 AM From: WNS Integrity <WNSIntegrity@conocophillips.com> Sent: Thursday, May 2, 2024 4:51 PM To: Wallace, Chris D (OGC) <chris.wallace@alaska.gov> Cc: Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Dodson, Kate <Kate.Dodson@conocophillips.com> Subject: RE: CRU CD4-289 (PTD# 214-188) Chris, CRU CD4-289 (PTD# 214-188) was shut in for reservoir pressure management during its 30-day monitor period. CPAI plans to re-start a 30-day monitor on water when operations is ready to bring the well BOI. Depending on 30-day monitor results, proper notifications will be made as needed. Let me know if you have any questions or disagree with this plan. Thanks, Kate Dodson | Senior Well Integrity Engineer ConocoPhillips Alaska | AK Intervention & Integrity O: 907-265-6181 | M: 435-640-7200 | Kate.Dodson@conocophillips.com From: WNS Integrity <WNSIntegrity@conocophillips.com> Sent: Monday, April 1, 2024 3:22 PM To: Wallace, Chris D (CED) <chris.wallace@alaska.gov> Cc: Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Dodson, Kate <Kate.Dodson@conocophillips.com> Subject: RE: CRU CD4-289 (PTD# 214-188) Chris, CRU CD4-289 (PTD# 214-188) passed an IA DDT and an MITIA to 3,000psi. CPAI plans to bring the well online for a 30-day monitor on water. Depending on 30-day monitor results, proper notifications will be made as needed. Let me know if you have any questions or disagree with this plan. Thanks, Kate Dodson | Senior Well Integrity Engineer ConocoPhillips Alaska | AK Intervention & Integrity O: 907-265-6181 | M: 435-640-7200 | Kate.Dodson@conocophillips.com From: WNS Integrity Sent: Tuesday, March 19, 2024 4:34 PM To: Wallace, Chris D (CED) <chris.wallace@alaska.gov> Cc: Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Dodson, Kate <Kate.Dodson@conocophillips.com> Subject: CRU CD4-289 (PTD# 214-188) Chris, CRU CD4-289 (PTD# 214-188) has suspect IA. Initial diagnostics are ongoing. Depending on results, proper notifications will be made as needed. Let me know if you have any questions or disagree with this plan. Thanks, Kate Dodson | Senior Well Integrity Engineer ConocoPhillips Alaska | AK Intervention & Integrity O: 907-265-6181 | M: 435-640-7200 | Kate.Dodson@conocophillips.com CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. You don't often get email from wnsintegrity@conocophillips.com. Learn why this is important From:Wallace, Chris D (OGC) To:AOGCC Records (CED sponsored) Subject:FW: CRU CD4-289 (PTD# 214-188) Date:Monday, April 1, 2024 3:48:21 PM From: WNS Integrity <WNSIntegrity@conocophillips.com> Sent: Monday, April 1, 2024 3:22 PM To: Wallace, Chris D (OGC) <chris.wallace@alaska.gov> Cc: Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Dodson, Kate <Kate.Dodson@conocophillips.com> Subject: RE: CRU CD4-289 (PTD# 214-188) Chris, CRU CD4-289 (PTD# 214-188) passed an IA DDT and an MITIA to 3,000psi. CPAI would plans to bring the well online for a 30-day monitor on water. Depending on 30-day monitor results, proper notifications will be made as needed. Let me know if you have any questions or disagree with this plan. Thanks, Kate Dodson | Senior Well Integrity Engineer ConocoPhillips Alaska | AK Intervention & Integrity O: 907-265-6181 | M: 435-640-7200 | Kate.Dodson@conocophillips.com From: WNS Integrity Sent: Tuesday, March 19, 2024 4:34 PM To: Wallace, Chris D (CED) <chris.wallace@alaska.gov> Cc: Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Dodson, Kate <Kate.Dodson@conocophillips.com> Subject: CRU CD4-289 (PTD# 214-188) Chris, CRU CD4-289 (PTD# 214-188) has suspect IA. Initial diagnostics are ongoing. Depending on results, proper notifications will be made as needed. Let me know if you have any questions or disagree with this plan. Thanks, Kate Dodson | Senior Well Integrity Engineer ConocoPhillips Alaska | AK Intervention & Integrity O: 907-265-6181 | M: 435-640-7200 | Kate.Dodson@conocophillips.com CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. You don't often get email from wnsintegrity@conocophillips.com. Learn why this is important From:Wallace, Chris D (OGC) To:AOGCC Records (CED sponsored) Subject:FW: CRU CD4-289 (PTD# 214-188) Date:Tuesday, March 19, 2024 5:18:03 PM From: WNS Integrity <WNSIntegrity@conocophillips.com> Sent: Tuesday, March 19, 2024 4:34 PM To: Wallace, Chris D (OGC) <chris.wallace@alaska.gov> Cc: Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Dodson, Kate <Kate.Dodson@conocophillips.com> Subject: CRU CD4-289 (PTD# 214-188) Chris, CRU CD4-289 (PTD# 214-188) has suspect IA. Initial diagnostics are ongoing. Depending on results, proper notifications will be made as needed. Let me know if you have any questions or disagree with this plan. Thanks, Kate Dodson | Senior Well Integrity Engineer ConocoPhillips Alaska | AK Intervention & Integrity O: 907-265-6181 | M: 435-640-7200 | Kate.Dodson@conocophillips.com MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission DATE:Thursday, July 27, 2023 SUBJECT:Mechanical Integrity Tests TO: FROM:Bob Noble P.I. Supervisor Petroleum Inspector NON-CONFIDENTIAL ConocoPhillips Alaska, Inc. CD4-289 COLVILLE RIV UNIT CD4-289 Jim Regg InspectorSrc: Reviewed By: P.I. Suprv Comm ________ JBR 07/27/2023 CD4-289 50-103-20697-00-00 214-188-0 G SPT 6158 2141880 1540 3780 3780 3780 3780 570 575 575 575 4YRTST P Bob Noble 6/25/2023 30 MinPretestInitial15 Min Well Name Type Test Notes: Interval P/F Well Permit Number: Type Inj TVD PTD Test psi API Well Number Inspector Name:COLVILLE RIV UNIT CD4-289 Inspection Date: Tubing OA Packer Depth 1320 2120 2070 2060IA 45 Min 60 Min Rel Insp Num: Insp Num:mitRCN230629124512 BBL Pumped:0.6 BBL Returned:0.6 Thursday, July 27, 2023 Page 1 of 1           MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Rem DATE: Tuesday, July 2, 2019 P.J. Supervisor ' a`�( 4 SUBJECT: Mechanical Integrity Tests ConocoPhillips Alaska, Inc. CD4 -289 FROM: Adam Earl COLVILLE RIV UNIT CD4 -289 Petroleum Inspector Ste: Inspector Reviewed By::r� P.I. Supry J-67 — NON -CONFIDENTIAL Comm Well Name COLVILLE RIV UNIT CD4 -289 API Well Number 50-103-20697-00-00 Inspector Name: Adam Earl Permit Number: 214-188-0 Inspection Date: 6/20/2019 Insp Num: mitAGE190623150138 Rel Insp Num: Packer Depth Pretest Initial li :Min 30 Min 45 Min 60 Min Well CDA289-IType Ini j G ' TVD aiss Tubing 7-66 - �-r,s "bo PTD z141a8o Type Test SPT Testpsi isao lA 10 o iso _iso BBL Pumped- —1.6 _'BBL Returned: 1 A OA o8o ON) oso - Interval j 4YRTST P/F Notes: MITIA Tuesday, July 2, 2019 Page I of I . (7Lf -� 9' )11----- RECEIVED ConocoPhillips APR 0 6 2016 Alaska AOGGC BOX 100360 AOGGC ANCHORAGE,ALASKA 99510-0360 April 4, 2016 Commissioner Cathy Foerster Alaska Oil & Gas Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 weal) APR 0 8 2016 Commissioner Cathy Foerster: Enclosed are the spreadsheets with a list of wells from the Alpine field(CRU). Each of these wells was found to have a void in the conductor. These voids were filled with cement and corrosion inhibitor, engineered to prevent water from entering the annular space. As per previous agreement with the AOGCC,this letter and spreadsheets serves as notification that the treatments took place and meets the requirements of form 10-404, Report of Sundry Operations. The cement was pumped February 8, 2016. The corrosion inhibitor/sealant was pumped March 26 & 27, 2016. The attached spreadsheet presents the well name, top of cement depth prior to filling, and volumes used on each conductor. Please call MJ Loveland at 907-659-7043, if you have any questions. Sincerely,ce %��7�/ "z _e_,,,/, MJ Loveland ConocoPhillips Well Integrity Projects Supervisor • ConocoPhillips Alaska Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations(10-404) Alpine Field Date 14/4/2016 CD2&3 PAD Corrosion Initial top of Vol.of cement Final top of Cement top off Corrosion inhibitor/ Well Name API# PTD# cement pumped cement date inhibitor sealant date ft bbls ft gal CD2-03 50103205120000 2050920 28' 2.2 12.5" 2/8/2016 3.5 3/27/2016 CD4-93 50103206900100 2150260 34" 0.2 22" 2/8/2016 11 3/26/2016 CD4-289 50103206970000 2141880 45" NA 45" NA 12 3/27/2016 C • • MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg V ` 1131 DATE: Friday,August 21,2015 P.I.Supervisor ( ( / SUBJECT: Mechanical Integrity Tests CONOCOPHILLIPS ALASKA INC CD4-289 FROM: John Crisp COLVILLE RIV UNIT CD4-289 Petroleum Inspector Src: Inspector Reviewed By: P.I.Supry NON-CONFIDENTIAL Comm Well Name COLVILLE RIV UNIT CD4-289 API Well Number 50-103-20697-00-00 Inspector Name: John Crisp Permit Number: 214-188-0 Inspection Date: 8/13/2015 Insp Num: mitJCr150821091819 Rel Insp Num: Packer Depth Pretest Initial 15 Min 30 Min 45 Min 60 Min Well i CD4-289 - Type Inj I W TVD 6158 Tubing 2124 - 2125 2122 2120 PTD 2141880 - Type Test SPT(Test psi 1M0 - IA 1059 • 2937 - 2876 - 2865 - Interval INITAL P/F P ✓ OA 660 752 - 699 • 691 - Notes: 2.1 bbls pumped for test. scone Friday,August 21,2015 Page 1 of 1 eRc& CM— Z6 Pry ' -fr-I goo Regg, James B (DOA) From: Regg, James B (DOA) Sent: Tuesday, August 04, 2015 9:50 AM To: 'NSK Problem Well Supv' Cc: Senden, R. Tyler; NSK DHD Field Supervisor Subject: RE: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK Good solution. OK to leave CD4-26 and CD4-289 online. _ Jim Regg Supervisor, Inspections S[ANNEU AOGCC 333 W.7th Ave,Suite 100 Anchorage,AK 99501 907-793-1236 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 Jim Regg at 907- 793-1236 or jim.regg@alaska.gov. From: NSK Problem Well Supv [mailto:n1617@conocophillips.com] Sent: Thursday, July 30, 2015 7:30 AM To: Regg, James B (DOA) Cc: Senden, R. Tyler; NSK DHD Field Supervisor; NSK Problem Well Supv Subject: FW: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK Jim, As per the emails below, CPAI requests that CD4-26 and CD4-289 may remain online until testing can be scheduled in August to coordinate with SVS testing on CD1. Brent Rogers/ Kelly Lyons Problem Wells Supervisor ConocoPhillips Alaska, Inc Desk Phone (907) 659-7224 Pager (907) 659-7000 pgr. 909 4IWELLS TEAM conocjPhatips From: NSK DHD Field Supervisor Sent: Wednesday, July 29, 2015 7:24 AM To: Grimaldi, Louis R (DOA); NSK Problem Well Supv Subject: RE: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK Lou, 1 . I talked to the Alpine Ops coordinator this morning and he indicated that sometime in August they will be requesting witness on CD1 for valve testing. He doesn't have any confirmed dates in mind yet. If we were to wait until such a time to coordinate testing with Alpines schedule we would probably need an extension granted from Mr. Regg to allow CD4- ✓ 26 and the re-testing of CD4-289,to be allowed to stay online for a longer than normal period of time before testing. CD4-289 has already had its right to witnessed waived and at Mr. Regg's request we are going to re-test it with an inspector on location. Looking at the current Otter and Casa schedules out of Deadhorse to Alpine there is no longer any flights that would get an inspector over to Alpine early enough in the morning, and then leaving late enough in the day, to allow for enough time to ensure that tests can be completed. Unfortunately with Alpine being a remote location on the slope, it has been a challenge for everyone to conduct testing in such a way as to maximize personnel time and efficiency. The flight times and schedules that I have proposed are actually the best option for being able to test CD4-26 and 289 on Friday, but if that is not going to be an option then we request to have an extension granted in writing, indicating that it would be acceptable for us to postpone our testing of CD4-26 and CD4-289, and allow those wells to remain online, until such a time that we could coordinate with Alpines CD1 SVS testing schedule some time in August. Please let me know what path forward would be the best for us at this time. Thank you, Bruce Richwine/Roger Mouser DHD Field Supervisor Office 659-7022 Cell 943-0167 N2238@COP.com From: Grimaldi, Louis R (DOA) [mailto:lou.grimaldi@alaska.gov] Sent: Wednesday, July 29, 2015 5:32 AM To: NSK DHD Field Supervisor; NSK Problem Well Supv Subject: [EXTERNAL]RE: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK Is there a later date with a flight schedule that does not waste so much of our time? Louis R. Grimaldi Petroleum Inspector Alaska Oil and Gas Conservation Commission 907-776-5402 (Home) 907-252-3409 (Cell) Lou.Grimaldi(a�Alaska.gov 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 Lou Grimaldi at 907-252-3409 or Lou.Grimaldi@Alaska.gov. From: NSK DHD Field Supervisor [mailto:NSKDHDFieldSupervisor@conocophillibs.com] Sent: Tuesday, July 28, 2015 9:25 AM To: Grimaldi, Louis R (DOA); NSK Problem Well Supv Subject: RE: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK Hello Lou, 2 . Unfortunately that is our only option. Getting one of you over there on the last flight on Thursday and then back in the afternoon on Friday is as quick of a turn around that we can get. I am not sure if Alpine has any additional SVS testing that needs to be witnessed. I will mention to them that someone will be over there on Friday. Bruce Richwine/Roger Mouser DHD Field Supervisor Office 659-7022 Cell 943-0167 N2238@COP.com From: Grimaldi, Louis R (DOA) [mailto:lou.grimaldi@alaska.gov-] Sent: Tuesday, July 28, 2015 9:13 AM To: NSK DHD Field Supervisor; DOA AOGCC Prudhoe Bay Subject: [EXTERNAL]RE: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK No possibilities for same day travel? It would seem a shame to waste a whole day in Alpine for two MIT's. Maybe we can test SVS on all the injectors? Louis R. Grimaldi Petroleum Inspector Alaska Oil and Gas Conservation Commission 907-776-5402 (Home) 907-252-3409 (Cell) Lou.Grimaldi(a�Alaska.gov 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 Lou Grimaldi at 907-252-3409 or Lou.Grimaldi@Alaska.gov. From: Bruce Richwine [mailto;noreply@formresponse.com] Sent: Tuesday, July 28, 2015 8:11 AM To: DOA AOGCC Prudhoe Bay Subject: AOGCC Test Witness Notification Request: MIT, CD4-26, CD4-289, Alpine AK /JotFcu is Question Answer Type of Test Requested: MIT Requested Time for 07-30-2015 7:00 AM Inspection Location CD4-26, CD4-289, Alpine AK Name Bruce Richwine E-mail N2238(a?COP.com 3 Phone Number (907) 943-0167 Company CPAI Request 4 year State Witnessed MITIA for CD4-26, and an Initial State Witnessed MITIA for CD4-289. Flights leaving Deadhorse Thursday evening at 5:30 pm and Returning to Deadhorse on Friday afternoon at 3:35 pm are currently available. We would like to start testing as early as practical Friday morning to ensure that both tests can be performed in the time allotted. Other Information: If these arraignments work please let me know as soon as possible so that I can get the flights booked. If you have any questions please contact me at Bruce Richwine CPAI DHD Field Supervisor (907) 943-0167 (cell) (907) 659-7022 (office) N2238@COP.com Submission ID: 313909069621599157 4 STATE OF ALASKA 1 ALJA0KA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1 Operations Abandon r Rug Perforations r Fracture Stimulate r Pull Tubing r Operations Shutdown r Performed Suspend Perforate P r r Other Stimulate r Alter Casing r Change Approved Program r Rug for Redrill r Perforate New Pool r Repair Well r Re-enter Susp Well r Other:Convert Dev.To WAG I✓ 2.Operator Name: 4.Well Class Before Work: 5.Permit to Drill Number: ConocoPhillips Alaska, Inc. Development r Exploratory r _ 214-188-0 3.Address 6.API Number: P. O. Box 100360,Anchorage,Alaska 99510 Stratigraphic r Service r 50-103-20697-00 7.Property Designation(Lease Number): 8.Well Name and Number: ADL 384211,380082 CRU CD4-289 9.Logs(List logs and submit electronic and printed data per 20AAC25.071): 10.Field/Pool(s): NONE Colville River Field/Nanuq Oil Pool 11.Present Well Condition Summary: Total Depth measured 14513 feet Plugs(measured) none true vertical 6213 feet Junk(measured) none Effective Depth measured 14498 feet Packer(measured) 7988 true vertical 6213 feet (true vertical) 6158 Casing Length Size MD TVD Burst Collapse CONDUCTOR 79 20 115 115 SURFACE 2522 10.75 2558 2385 INTERMEDIATE 8127 7.625 8161 6199 RECEIVED LINER-5 X 3 1/2 i 6510 3.5 14498 6213 JUL 2 7 2015 Perforation depth: Measured depth: slotted liner from 8232-14464 ,{,��1y��E .AOG CC ' True Vertical Depth: 6211-6214 Tubing(size,grade,MD,and ND) 4.5, L-80, 8036 MD,6171 TVD Packers&SSSV(type,MD,and ND) PACKER-BAKER HRD-E ZXP LINER TOP PACKER @ 7988 MD and 6158 TVD SSSV-CAMCO TRMAXX-5E @ 2083 MD and 2023 ND 12.Stimulation or cement squeeze summary: Intervals treated(measured): no stimulation or cement squeeze during this operation Treatment descriptions including volumes used and final pressure: 13 Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 209 472 5 884 238 Subsequent to operation 2266 1044 1397 14.Attachments(required per 20 AAC 25 070,25 071,&25 283) 15.Well Class after work: Daily Report of Well Operations p Exploratory r Development r Service r Stratigraphic r Copies of Logs and Surveys Run r 16.Well Status after work: Oil r Gas r VVDSPL r Printed and Bectronic Fracture Stimulation Data r GSTOR r VVINJ r WAG r GINJ r SUSP r SPLUG r 17.I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O.Exempt 315-344 Contact Garrett McKee a, 907-670-4934 Email Garrett.L.McKeena conocophillips.com Printed Name Garrett McKe /� Title Production Engineer Signature 4/C.� Phone:670-4934 Date /� //5 7 2 VrL G/2//5— RBDMS\V AUG - 2 2015 Form 10-404 Revised 5/2015 Submit Original Only CD4-289 WELL WORK SUMMARY DATE SUMMARY 7/11/2015 INJECTIVITY TEST, PUMPED 20 BBLS OF 100*CRUDE DOWN TBG @ 1 BPM TO VERIFY TBG IS CLEAR BEFORE BRINGING WELL ON WATER INJECTION. JOB COMPLETE 7/2/2015 SET DV @ 7800' RKB. MIT-IA TO 1418 psi. **PASS**. PULLED CAT SV @ 7950' RKB. COMPLETE. 7/1/2015 CIRC-OUT WELL, PUMPED 222 BBLS OF CORROSION INHIBITED SEAWATER DOWN TBG RETURNS UP IA DOWN FLOWLINE, FOLLOWED BY 123 BBLS OF DIESEL TO FREEZE PROTECT. U-TUBED WELL, READY FOR SLICKLINE. JOB COMPLETE 6/30/2015 CUT PARAFFIN, CLEAR TO XN NIP @ 7949' RKB w/2.78" G-RING. SET 2.81" CAT SV @ 7949' RKB. PULLED 1" OV @ 7800' RKB. READY FOR CIRC OUT. IN PROGRESS (let 0)4,261 r 7-i /vcjo Regg, James B (DOA) From: NSK Problem Well Supv <n1617@conocophillips.com> , /12-31( Sent: Wednesday, July 22, 2015 9:35 AM To: Regg, James B (DOA); DOA AOGCC Prudhoe Bay; Brooks, Phoebe L(DOA);Wallace, Chris D (DOA) Subject: CRU CD4-289 Waived SW MIT-IA Attachments: MIT CRU CD4-289 MIT-IA 7-21-15.xls Jim, Attached is the MIT form for the waived SW MIT-IA performed on CD4-289 yesterday. As per our conversation to allow the AOGCC chance to witness testing on CD4-289 the well will be retested when the SW MIT-IA is scheduled for CD4-26. Regards, Jan Byrne/ Dusty Freeborn Problem Wells Supervisor c��N��-1 ConocoPhillips Alaska, Inc. Desk Phone (907) 659-7126 Pager(907) 659-7000 pgr. 123 WELLS TEAM Car oa Rtaups STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Mechanical Integrity Test Submit to jim retia alaska qov AOGCC Inspectors((Dalaska.gov phoebe brooks@alaska qov chns wallace@alaska goy ilnl/j OPERATOR: ConocoPhillips Alaska,Inc. FIELD/UNIT/PAD: Alpine/CRU/CD4 Pad DATE: 07/21/15 OPERATOR REP: Miller/Duffy AOGCC REP: Packer Depth Pretest Initial 15 Min 30 Min 45 Min 60 Min Well CD4-289 Type Inj. W- TVD 6,16T Tubing " 1,425 1,425 '1,425 1,425 Interval P.T.D 2141880 - Type test P Test psi '1541.75 Casing 1,220 "2,250 -2,220 '2,215 _ P/F P / Notes: Waived by Bob Noble OA 590 - 690 -685 - 680 Well Type Inj TVD Tubing Interval P T D Type test Test psi Casing P/F Notes: i OA Well Type Inj TVD Tubing Interval P T D Type test Test psi _Casing P/F Notes: OA Well Type Inj TVD Tubing Interval P T D Type test Test psi Casing P/F • Notes: OA Well Type In) TVD Tubing Interval P T D. Type test Test psi Casing P/F Notes: OA TYPE NJ Codes TYPE TEST Codes INTERVAL Codes D=Drilling Waste M=Annulus Monitonng I=Initial Test G=Gas P=Standard Pressure Test 4=Four Year Cycle I=Industrial Wastewater R=Internal Radioactive Tracer Survey V=Required by Vanance N=Not Injecting A=Temperature Anomaly Survey 0=Other(descnbe in notes) W=Water D=Differential Temperature Test Form 10-426(Revised 11/2012) MIT CRU CD4-289 MIT-IA 7-21-15 xis V OF T�� „.0', I�ass, THE STATE Alaska Oil and Gas �s -�s� 7, of TASKA Conservation Commission %OM ---,---,-L-4-1,_- 333 West Seventh Avenue uGOVERNOR BILL WALKER Anchorage, Alaska 99501-3572 OF Main: 907 279 1433 AL AO"' Fax• 907.276 7542 www.aogcc.alaska gov Garrett McKee Production Engineer ,11 IN 1 " Z,- ��, !► ConocoPhillips Alaska, Inc. S14... ici"S P.O. Box 100360 p� Anchorage, AK 99510 Re: Colville River Field,Nanuq Oil Pool, CRU CD4-289 Sundry Number: 315-344 Dear Mr. McKee: Enclosed is the approved application for sundry approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, 7. 2S1,-(_,idS/--z-- __ Cathy P. Foerster Chair DATED this SII--day of June, 2015 End. •, STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 1.Type of Request: Abandon r Plug Frforations r Fracture Stimulate r Pull Tubing r Operations Shutdown r Suspend r Perforate r Other Stimulate r Alter Casing r Change Approved Program r Plug for Redrill r Perforate New Pool r Repair Well r Re-enter Susp Well r Other:Convert Dev.To WAG (d 2.Operator Name: 4.Current Well Class: 5.Permit to Drill Number: ConocoPhillips Alaska, Inc. • Exploratory r Development rf s. 214-188-0 ' 3.Address' Stratigraphicr Service r 6.API Number: P. O. Box 100360,Anchorage,Alaska 99510 50-103-20697-00 • 7.If perforating, What 8.Well Name and Number: Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require spacing exception? Yes r No Fp; I CRU CD4-289 9.Property Designation(Lease Number): 10.Field/Pool(s): ADL 384211,380082 . Colville River Field/Nanuq Oil Pool 11. PRESENT WELL CONDITION SUMMARY Total depth MD(ft): Total Depth TVD(ft). Effective Depth MD(ft). Effective Depth TVD(ft): Plugs(measured): Junk(measured): 14513 - 6213 - 14498' - 6213' ' none none Casing Length Size MD TVD Burst Collapse CONDUCTOR 79 20 115' 115' SURFACE 2522 10.75 2558' 2385' INTERMEDIATE 8127 7 625 8161' 6199' R E C V E D LINER-5X31/2 6510 3.5 14498' 6213' C/N Q 4 2015 s/ s AO CC Perforation Depth MD(ft): Perforation Depth TVD(ft): Tubing Size: Tubing Grade: Tubing MD(ft). slotted liner from 8232-14464 • 6211-6214 4.5 L-80 8036 Packers and SSSV Type: Packers and SSSV MD(ft)and TVD(ft) PACKER-BAKER HRD-E ZXP LINER TOP PACKER MD=7988 TVD=6158 SSSV-CAMCO TRMAXX-5E MD=2083 TVD=2023 • 12.Attachments: Description Summary of Proposal Fir 13. Well Class after proposed work: Detailed Operations Program r BOP Sketch r Exploratory r Stratigraphic r Development r Service 14.Estimated Date for Commencing Operations' 15. Well Status after proposed work. 7/1/2015 OIL r WINJ r WDSPL r Suspended r 16.Verbal Approval: Date: GAS r WAG r✓ - GSTOR r SPLUG r Commission Representative: GINJ r Op Shutdown r Abandoned r 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Garrett KcKee @ 907-670-4934 Email: Garrett.L.McKee@conocophillios.com Printed Name Garrett Mc •4! Title: Production Engineer Signature ft, Ge Phone:670-4934 Date 6-/�/ZOI Commission Use Only Sundry Number. Conditions of approval: Notify Commission so that a representative may witness 31G--3`-E`{ Plug Integrity r BOP Test r Mechanical Integrity Test rk74:ocation Clearance r Other: ,tett- w, /4-tr5-e,,c c/ i✓: r 7-- /rt e`-..viv-z--c/ a Ate 3 5-1X h,`/t�Qc( i',43 Spacing Exception Required? Yes ❑ No i Subsequent Form Required: / — 4G'zi SL/w p�pM g p� APPROVED BY _ Approved by: Ap vcd applicatio ISp3�(Q iOt!1�YTlonth5 r tti��l�tg" ' val. Date: b -S-/S (03 R 5�� 1 I )\ L Mil. „1 G 'W Submit Form and Form 10-403 Revised 5 2015 , H IWRBDIO1nts in licate � � J��1 1 1 2015 CD4-289: Convert to WAG injector Proposed Plan: 1. Set plug and load IA with inhibited packer fluid. 2. Set dummy valve in bottom gas lift mandrel. 3. Pressure test the inner annulus. 4. Pull plug and bring on water injection. 5. Request state witnessed MITIA after stabilized injection. w r<l 14/41 (et-ftzi`7*cd a f Cth /'?b rCt 19,7 pre, -ff2A- Pr/ NO lesclv1s ec r , s y,, t WNS PROD CD4-289 COCIOCOPIIillIps /I Well Attributes Max Angle&MD TD Alaska,Inc o Wellbore API/UWI Field Name Wellbore Status Incl(°) MD(ft68) Act Btm(ftKB) nxx„ elvlkpe af 501032069700 NANUQ PROD 93.01 9,111.38 14,513.0 ... Comment H2S(ppm) Date Annotation End Date KB-Grd(ft) -Rig Release Date C04-289,5/1220151.22.40 PM SSSV:TDRP Last WO: 36.45 1/12/2015 Vetted schematic(actual) Annotation Depth(ftKB) End Date Annotation Last Mod By End Date Last Tag: Rev Reason:PULL RHC PLUG,GLV C/O hipshkf 5/12/2015 HANGER;31.4 - ) Casing Strings _I .. .........,Casing Description OD(in) ID(in) Top(ftKB) Set Depth(ftKB) Set Depth(TVD)... Wt/Len(I...Grade Top Thread CONDUCTOR 20 19.124 36.5 115.0 1)5.0' 94.00 154 Casing Description 00(in) ID(in) Top(ftKB) Set Depth(ftKB) Set Depth(TVD)...WtlLen(I...Grade Top Thread SURFACE 103/4 9.950 36.5 2,558.0 2,385.0 45.50 L-80 BTCM Casing Description OD(in) ID(in) Top(ftKB) Set Depth(ftKB) Set Depth(TVD)...Wt/Len(I...Grade Top Thread ' '4O' """'6'INTERMEDIATE 75/8 6.875 34.4 8,161.4 6,1991 29.70 L80 BTCM _.] Casing Description OD(in) ID(in) Top(ftKB) Set Depth(ftKB) Set Depth(TVD)...Wt/Len(I...Grade Top Thread \.[;._,‘.j LINER-5 x 3 1/2 @ 3 12 2.992 7,987.8 14,498.0 6,213.0 9.30 L-80 SLHT -NA.A.v.8040.73 Liner Details Nominal ID CONDUCTOR;36.4-115.0-4 { Top(ftKB) Top(ND)(ftKB) Top Incl(1 Item Des Com (in) 7,987.8 6,158.1 73.90 PACKER BAKER HRD-E ZXP LINER TOP PACKER 4.920 00 Reducing(cubing);136.6 'y 8,007.6 6,163.5 74.39 NIPPLE RS NIPPLE HYD 563 BOX X BOX 4.870 8,010.4 6,164.2 74.46 HANGER BAKER DG FLEX LOCK LINER HANGER 4.880 8,021.9 6,167.3 74.79 SBE BAKER SEAL BORE EXT,80-40 H521,PxP 4.000 SAFETY VLV;2,083.2 1, 8,040.7 6,172.1 75.32 XO-Reducing XO,5"H521 R x 3 1/2"SLHT P 2.980 Tubing Strings Tubing Description String Ma...ID(in) Top(ftKB) Set Depth(ft...Set Depth(ND)(...Wt(Iblft) Grade Top Connection € pp TUBING-41/2x3 312 2.992 31.4 8,036.4 6,171.0 9.30 L-80 EUE .0 f� 12@136.81 Completion Details Nominal ID SURFACE;36.5-2,558 Top(ftKB) lop(ND)(ftKB) Top Ind(*) Item Des Com (in) 31.4 31 4 0.00 HANGER FMC TBG HANGER 3.958 ' 2,083.2 2,023.0 33.33 SAFETY VLV CAMCO TRMAXX-5E 2.812"X PROFILE 2.812 d 7,949.8 6,1472 72.97 NIPPLE LANDING NIPPLE XN 2.750 7,994.6 6,160.0 74.07 LOCATOR 'LOCATOR GBH-22 2.970 GAS LIFT;7,800.6 8,025.0 6,168.1 74.87 SEAL BAKER SEALS 2.980 8,034.4 6,170.5 75.14 SEAL BAKER SEALS W/MULE SHOE 2.980 Perforations&Slots I Shot Dens NIPPLE;7.949.8 - Top(TVD) Btm(TVD) (shots/I -- Top(ftKB) Elm(ftKB) (ftKB) (EKE) Zone Date t) Type Con 8,231.5 9,190.7 6,211.2 6,224.9 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" slots/8 rows/16 slots/ft. 1, 9,221.8 11,196.8 6,223.3 6,232.8 1/9/2015 16.0 SLOTS Slotted 21/4"x0.125" slots/8 rows/16 slots/ft. 11,227.7 11,382.5 6,233.3 6,234.2 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" ®. slots/8 rows/16 slots/ft. LOCATOR;7,994.6 tt- 11,475.5 11,691.8 6,232.4 6,227.3 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" '.. slots/8 rows/16 slots/ft. i.( 11,722.5 12,277.5 6,226.0 6,213.0 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" slots/8 rows/16 slots/ft. 12,368.5 12,771.6 6,212.3 6,209.6 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" slots/8 rows/16 slots/ft. SEAL;8,024.9 12,892.8 14,185.5 6,210.3 6,216.1 1/9/2015 16.0 SLOTS Slotted 21/4"x0.125" I I slots/8 rows/16 slots/ft. 14,340.2 14,463.7 6,215.4 6,213.6 1/9/2015 16.0 SLOTS Slotted 21/4"x0.125" SEAL,8.034.3 IMI slots/8 rows/16 slots/ft. Mandrel Inserts St ati on Top(TVD) Valve Latch Port Size TRO Run N, Top(ftKB) (ftKB) Make Model OD(in) Sero Type Type (in) (psi) Run Date Com L 1 7,800.6 6,099.1 Camco KBMG 5.39 GAS LIFT OV BK 0.250 1/30/2015 INTERMEDIATE.34.441,161.4 Notes:General&Safety - - End Date Annotation SLOTS:8,231.5-9190.7 ; NOTE [ SLOTS;9,221.8-11,196.8 I] r_ SLOTS;11,227.7-11,382.5 I _ SLOTS:11,475.5.11,691.8 SLOTS;11,722.5.12,277.5 1 Ij I- SLOTS;12.368.5-12771.6- - SLOTS;12.892.8-14.185.5 SLOTS;14,340.2-14.463,7 F- F- USER-5 x 31/2 GI 8040.73, 7,987.8-14.498.0 ).CD2-53 \C^2-27 k.u4+-ou1ts CD2-57 • \CD1-48A CD4-301A CD4-320PB1 ftiiiik..-.: ,, .,, -1-- ,, NANUK 1 G' % ite' f -,\_____,,_,_ . � ,,,, ,, CD4-302 .....,,,,,,,,. I �,/ .4 :, 84/ CD4-301 � 'D'-77 \\ ill !\ \ -""1101k 0„ : r S , CD4-298PB 1 \ ,CD4-298 D4-291P:1 \\ t CD4-320 �' CD4-290 ��\ CD4-291 Legend CD4-289 r. .=s Open Section CD4 292 Wells In Radius — CD4-289 •04-211 CD4-209 — CD4-290 CD•-208A B1 -- CD4-298 NANUQ 5 -- CD4-298PB1 C04-215 — CD4-301 — CD4-301A D4 214 — CD4-301B — CD4-302 CD4- 2PB1 Well Survey by PA -- CD•-12 —ALP — NAK - -- NANKUP — NANUQ 1/4 Mile Injection Radius Producer:Oil r, INJ: MWAG P+A REFERENCES: Well Data:ConocoPhillips Alaska Wells Database ATDB Cono�oPhillips Surface Facilities:North Slope 6K Survey 7/25/12 Published 3/20/13 Alaska Statewide Oil&Gas Leases 1/12/2015 Alaska,Inc. Water Well Data:DNR-Groundwater Division >No Potable Water Wells are in the Colville River Unit. N CD4-289 Injection Swap >No Potable Water Aquifers are in the Colville River Unit 1/4 Mile Radius 1 ni n Loepp, Victoria T (DOA) From: Hyden, Duncan P <Duncan.P.Hyden@conocophillips.com> Sent: Friday, December 05, 2014 10:05 AM To: Loepp,Victoria T(DOA) Subject: RE: CRU CD4-289(PTD 214-188)Area of Review Guidelines Victoria, As you can see from the pictures there are 2 wells that are within a1/4 mile radius of the CD4-289 injection interval. • CD4-302 is a Kuparuk slant injector. AOGCC has the logs that confirm a good cement job around the Nanuq reservoir. • CD4-290 is the offset producer that CD4-289 is supporting. The cement job was pumped as planned, no losses were seen during the job. Plugs did not bump but based on the calculation,TOC is 6803' MD.Top of the Nanuq reservoir is at 7,421' MD. Calculated TOC is 618' above the top of the reservoir. On CD4-289 we will perform a MADD pass, utilizing MWD sonic in recorded mode,from 5718' MD/4757'ND (proposed TOC @ 6,000' MD/4958'TVD)to the top of our shoe track(8,138' MD/6180'TVD)to confirm cement coverage for isolation.The top of the Nanuq reservoir is 8,117' MD/6,176' TVD. CD4-289wp03 3-D View ,..-01r/ kN\S4%..,. , - .44\4.\\ \\\,s � 7a .. t .. ._.. , .-2_, —: . _ .. i .• . ._ ....: . _ a; _ . .. .... . . • __. ...... .. ..,.. _ .. ...... . . , . _.. ._ ...._ _. .. ...... _ __...._ _.. ,...._ _ _ ... . .._ __ ... .......... ___ .. .. . , .. .. r-.. ,r ...... . c . _ ,,, . . _....„_______.. ............. ,... , ._. s _.. . . _ ...._ r 1 1 Plc. 214-- 1 SS Loepp, Victoria T (DOA) From: McKee, Garrett L <Garrett.L.McKee@conocophillips.com> Sent: Wednesday,June 03, 2015 6:45 PM To: Loepp, Victoria T (DOA) Cc: Walker, Jack A; Sood,Anu Subject: CD4-289 (PTD 214-188) Conversion to WAG Injection Attachments: CD4-289.pdf; CD4-289 Map jpg; COP_CD4-289_TOC_6600 TO 8175 MD.PDF Follow Up Flag: Follow up Flag Status: Flagged Victoria, We submitted a 10-403 today regarding the conversion of development oil well CD4-289 to service WAG injection. If injection is approved, the attached acoustic log demonstrates isolation of injection fluids to the approved interval as per 20 AAC 25.412 (d). I've included a 1/4 mile map and the well schematic. Please contact myself or my alternate with any questions. Thank you, Garrett McKee/Anu Sood WNS Production Engineer ConocoPhillips Alaska, Inc. 0: 907.670.4934 SEWED JUN 1 0 2015 C: 907.943.0103 ` 1 t WNS PROD CD4-289 ConocoPhillips w Well Attributes Max Angle&MD TD �ti,{�h., �.I.. Wellbore APIIUWI Field Name Wellbore Status 'nc/(-) MD(M(8) Act Btm(8K8l Ltelo,,,aihlkps 501032069700 NANUO PROD 93.01 9,111.38 14,513.0 .-" '.^•. Comment N2S(ppm) Date Annotation End Date KB-Grd(ft) -Rig Release Date CD4-289,5112/20151-22.40 PM SSSV:TDRP _ Last WO: 36.45 1/12/2015 Vertical xhemaa�adualj Annotation Depth ttKB) End Date Annotation last Mod By End Dale Last Tag: Rev Reason:PULL RHC PLUG,GLV C/0 hipshkf 5/12/2015 HANGER.31.a LIM 1 Casing Stnngs -`� Casing Description on(in) ID(in) Top(RKB) Sot Depth(RIM(RSet Depth(TVD)...Wf1Len(L..Grade Top Thread CONDUCTOR 20 19.124 36.5 115.0 115.0 9400154 I J Casing Description OD(in) ID(in) Top IBKB) set Depth(8K8) Set Depth(ND)...WI/Len(I...Grade Top Thread SURFACE 103/4 9950 36.5 2.558.0 2,385.0 45.501-80 BTCM Casing Description OD(in) ID(in) Top MKS) Set Depth(ttKB) Set Depth(TVD)... Wt/Len g...Grade Top Thread °"` ' °°iciINTERMEDIATE 75/8 6.875 34.4 8,161.4 6,199.1 29.70 180 BTCM C Casing Description OD(In) ID lin) Top(M(B) Set Depth(6(B) Set Depth(TVD)...WULen(I...Grade Top Thread LINER-5 x 3 1/2 @ 3 1/2 2.992 7,987.8 14 498.0 6,213.0 9.30 L-80 SLHT .,,nr -8040.73 Liner Details Nominal ID CONDUCTOR,364-115.0-a • Top(121(13)(121(13) Top(ND)(M(B Top Incl(') Item Des Com (in) 7,987.8 6,158.1 73.90 PACKER BAKER HRD-E ZXP LINER TOP PACKER 4920 X0 Reducing(Tubing):136.8 !1/ 8,007.6 6,163.5 74.39 NIPPLE RS NIPPLE HYD 563 BOX X BOX 4.870 8,010.4 6,164.2 74.46 HANGER BAKER DG FLEX LOCK LINER HANGER ' 4.880 8,021.9 6,167.3 74.79 SBE BAKER SEAL BORE EXT,80-40 H521,PxP 4.000 SAFETY VLV,2.083.2 Et- 8,040.7 6,172.1 75.32 XO-Reducing XO.5'H521 B x 3 1/2"SLHT P 2.980 1__ Tubing Strings Tubing Description String Me...ID On) Top(f908 Set Depth(ft..Set Depth(TVD)(...WI(IBM) Grade Top Connection TUBING-41(2x3 31/2 2.992 31.4 8,036.4 6,171.0 9.30 L-80 EUE 1/2 @ 136.81 Completion Details Nominal ID SURFACE,35.5-2,556.0J Top MKS) Top(TVD)(M(B) Top Incl C) Item Des Com (in) t� 31.4 31.4 0.00 HANGER FMC TBG HANGER 3.958 I, 2,083.2 2,023.0 33.33 SAFETY VLV CAMCO TRMAXX-5E 2.812"X PROFILE 2.812 1/ 7,9498 6,147.2 72.97 NIPPLE LANDING NIPPLE XN 2.750 7,994.6 6,160.0 74.07 LOCATOR LOCATOR GBH-22 2.970 GAS LIFT,78008 Q 8,025.0 6,168.1 74.87 SEAL BAKER SEALS 2.980 L3 8,034.4 6,170.5 75.14 SEAL BAKER SEALS W/MULE SHOE 2.980 Perforations&Slots Shot Dens _ Top U) Btm • NIPPLE:7,949.8 - Top IMtB) Btm((MB) (ttKB OMB) Zone Date Is I) Type Com 8,231.5 9,190.7 6,211.2 6,224.9 1/9/2015 16.0 SLOTS Slotted 21/4'x0.125' -- slots/8 rows/16 slots/ft. F 1 9,221.8 11,196.8 6,223.3 6,232.8 1/9/2015 160 SLOTS Slotted 21/4'x0.125' slots/8 rows/16 slots/ft. -- 11,227.7 11,382.5 6,233.3 6,234.2- 1/9/2015 16.0 SLOTS Slotted 2 1/4'x 0.125" slots/8 rowsll6 slots/ft. - LOCATOR:7,994.6 11,475.5 11,691.8 6,232.4 6,227.3 1/9/2015 16.0 SLOTS Slotted 2 114"x 0.125' slots/8 rows/16 slots/ft. r< 11,722.5 12,277.5 6,226.0 6,213.0 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" If slots/8 rows/16 slots/ft. 1 I 12,368.5 12,771.6 6,212.3 6,209.6' 1/9/2015 16.0 SLOTS Slotted 2 1/4"x 0.125" SEAL:8,024.9 slots/8 rows/16 slots/ft. I 11 12,8928 14,185.5 6,210.3 6,216.1 1/9(2015 16.0 SLOTS Slotted 2 1/4"x 0.125" slots/8 rows/16 slots/ft. - 14,340.2 14,463.7 6,215.4 6,2136 1/9/2015 16.0 SLOTS Slot[ed 2 1/4"x 0.125' SEAL;8,034.3 SIOCS/$royr.1t6 SIOts/ft. Mandrel Inserts St atl H Top(TVD) Valve Latch Port Sine TRO Run Top(RKB 1869) Make Model "5 D(in) 9ery Type Type (in) (psi) Run Date Com 1 7,8906 6,099.1 Camco KBMG 5.39 GAS UFT OV BK 0.250 1/30/2015 INTERMEDIATE;34.48,161 4 Notes:General&Safety End Date Annotation SLOTS;8,231 9-9.19D7 NOTE ' SLOTS;9,221 8-11,198.8 SLOTS;11.227.7-11,382.5 81015 11.475.111,961.8 SLOTS;11.722.5-12,277.5 SLOTS.12,368.542,771.8 .. SLOTS;12.892.8-14.185.5 SLOTS;14,340.2-14,463.7 LINER-5 x 3 1/2 16 8040.73; i 7987.8-14,4980 m p C) Cl) C) m ca o v 0 v m M 0 m c — 0 o C I— r KCOI 0 m o o —I y 0 T Q. w. _,,,i 3 c C C D 00 0 CD 0 opZw � o ri) UM . N.) > (7, , _, -c, � 3 0 CI) o o D V7 co A v c o 0 o_ = o p"D o3 i) o I �... (D > Cp NM U) "o 0 -n 1 rf po CO coi cn No I CO N FOLD HERE The well name,location and borehole reference data were furnished by the customer. All interpretations are opinions based on inferences from electrical or other measurements and we cannot,and do not guarantee the accuracy or correctness of any interpretation, and we shall not,except in the case of gross or willful negligence on our part,be liable or responsible for any loss,costs,damages or expenses incurred or sustained by anyone resulting from any interpretations made by any of our officers,agents or employees. These interpretations are also subject to Clause 4 of our General Terms and Conditions as set out in our current Price Schedule. Waveform 1 - MH Waveform 1 - HM o ( us ) 2000 0 (us ) 2000 Casing Window Stop S/T Projection- M I Casing Amp(No-fil Casing Window Stop 0 ( us) 2000 40 (us/ft) 240 -20 ( ) 100 0 (us ) 2000 MD Casing Window Star DTCO Casing Amp(Filter Casing Window Star I . 240 0 2000 40 240 -20 100 0 2000 ft ( us ) ( us/ft) ( ) (us ) VVVV iiiii i i )9 It :r,„ 1 l' ______.,,v4 41 R,. i 1 'r.3 r ' �� _ - _- -_�1'�I'V-VUV vv vv y a ' .4, tt i '‘ ,o ' I WA6650 f.` • 71 ul r5 ...._.. !,,t II / 1 4T ,./v \AI\.' .. I ' i 1tik 7 ' ..-ii , ...".64 { 41-.111 . ij I ' 6700 \ , �__. 4, r ' .. r .. . tt, td 1 1 i --- ' _ 4\ i\AAN,‘_,,,\A„, '',4i 6750At"( 1 ,...„,.....4\ 11 :: I :It l. } 1 ii k i P a f [� !r {v.. ivvvvv, . 1 _�kir 1 41 / 11, i' 1 1 3'1 $ f 6800 ',' ------lA �MNwww '411.1 ill i ,, J I I 1 - 4.): ,, y j t 1 1 . ---------4\ \fki\A —d1/1/vv4 _ -I , t _1 iv,Afvv-siv\A G I ` * iJ I i I a: } ` .44 t ' 1 ' ir ' —vw \1\ 6850 P � e as 1 I ' ' I ,. .r. I I„.. , 9.g j\I\ IVVV\AINAAAA" } E EL r 3; [ ---4\ii. 4 "r "it. r 6900 "U ) _ _ ,,,,, . . t I i -`1\, i J. rT ...It ' I / ‘1. _________.„4 ,, ,, t 5 m I . ; - 6950 4. f r_- V 1ri ,7-4 ,i i -------\j\ , if s #n w a_ r I , 1 i . 1 ----------s-.4 7000 1 ' I YI111 e w t 7050 , ..a 1 1 Is'.. 1 , i 1 i ...,,,..4ifr��W . .. .4. . , . . • - - 4 I:) .. _. .'^v • • --,\f v,\14 P,. .!' .' 0 7100 . il ) I s' I,, 1I ...,,.4. - . ..,. 1 ,,„. ' . 11 ' --4 IA l' ' 1 '1 1 'I ' , - • . „ , -..--- ,g^,,14,,•;^%. ! .;.,,.. '\ ,......... \I , It I, . , 1 ,,..,,,',,, , , ' a• . 7150 -........--4. - I . 1 ,,.. it -----....- .. .4.- . . li I' a . I I I\. r 7200 ' .. . i it 6 ... , .., ; :;,.' -.'111,.; • , ,I,,,,. , r --------11\. : : I 1 --...1 Ili iii.;:', ' • . . • :744 t ' V. 1111, 1 ------4 ,,.:•.,.:,:.,,,, .. . ,. ..,, ,.. .,-,1,4,,,,i,. . • , ,..„..,...4,i.„.. . . i .,Ji .4 7250 ,?.,:plil, ' --------j\I ..: t S , . io:, • . . , .. . , . • . A ' . . 11 ... „Ai. '111F 1 1 .., .. I I , 1 i I , 1_..........tII." n A^A/1 A A A I\n ��`( 4 u V 7300i _._. P ', Y I rr ► 4 .. -,AiMA, 7350 ,..�,. { ''v v\I\. 7 ti ,,5,1, - i ),, 7400 j ,,,i. 1 .5 N 1\1 \ Y , .,,, , .:?I' ' i 1 1 4"---- 1\ . i ' i --11 : 7450 il t ' I ' 1 i1 r r ----- -j\I \1' ° t 41 1 ) - -11\' I I \\ 1 1 , 1 i s k . ____ f fWIAt •e:7,-7ti,.1', )16 . ,.,4 i 1 I ..„. ) I -s 1. , 7550i, ' l ' ,.,g, ( 4 .t , ° • ' I I I ''''''* 1,10 I , 4 ..,'. 0 • ,-,:''Is‘ .,, —,-_ ------A 1 II . 'NA kii 4w 7 e f i I •,:t: .. 1.' t -------'----4 7600 • '-', ''.., • . , 1- 1 . _, -- ,t 4 1 .. h ./\' -4,,,'." '''• • • ,,,,- 111 : -, ..,.,:i.'' 7650 -:•:;:',:',1 :. ......_ „ ..„. ,:,.:, ,H,',..: .: , ft . . a. ',:' 1 .11Ift iit } i II I \\I ,„ -...;,?..1,:::, , ' ‘!.) , . 4.fr, __-\"\is iwvy l ,..70,-,. 44 kh,,.,y.:: 3„, : • 1 . 7 . .- k ' ' 1 • .,, . , 7700 :,.r., , ,,,, . I _ . . , . . -.•, - )1 I 11 ? . • • , :,..,,..„•:,.. -, ' 4 •.? ,,,. ;:,;i.;..,.,. . . • ;,. . I i . .„, ,.. . .. , s .. ...;. , . •-.4,*,,,..,.. , ' 1 ' 11 1 . . i - • -1;:,tif • 1 - [ .•., , 7750 ----4,.0 ... r- , ,, r 1 i 1 , ., ... , F- 1 ' 1 1 ,;' I I - ,., , , -P ---------\4' ,...f,,,,.. , if . 1 1 i . , . 7. i 11\ir • I 1 -----q I : 7850 ---'-,11, .'.' .,,.,.., ....., , 1 I'':' i ( ,... ,..:2. . .1 I -----/\/-\1 ... . 4 n I ; ' I I \I I I 1 ....„ , 1 ,,„.t,,,,–..', — I i 7900 • I • .., .--.- . 3 ili iti ',;,•,.., i 11- ' „,,,, \A 7950 _........_JIAA1\1111AnA_,AIA\iAv, . . 1 ...1 vuVVVuvv r' ,,," -' ' t '' . ( '..F Ai 1 s 8000 . ,„.,,,, ,f ,I itT r, Tail:. t-y 3 A, ,", ' a ', 1 i qq , , ,,s,, i . ' Al Vi 111.4... — -1 r eir "?. i . it I i a ..,...:. ----11\ 8050 n t • .\ ) ` I ISu 8100 a a i:',',, 11:-.',:-. , \ �nnn 1. ;•,:-,, ti,,,e, 11 \ \AN\ 8150 �` . I I IIIIIHIJ„I[11 _ I n A A MD Casing Window Star DTCO Casing (Filter Casing Window Star 240 0 2000 40 240 -20 100 0 2000 ft ( us) (us/ft) ( > ( us > Casing Window Stop S/T Projection- M Casing Amp(No-fil Casing Window Stop 0 ( us) 2000 40 (us/ft) 240 -20 ( ) 100 0 ( us) 2000 Waveform 1 - MH Waveform 1 - HM 0 (us) 2000 0 (us) 2000 Company: ConocoPhillips Alaska, Inc. Well: CD4-289 hiumder er FIELD: Colville River Delta State: Alaska Date Logged: 28-Dec-2014 Date Processed: 08 - Jan - 2014 Well Location: NAD 83, Alaska State Plane, Zone 4, US Feet X: E 1,518,421.75 Y: N 5,957,323.89 Elevations: DF:55.4ft GL:19ft API Number: 50-103-20697 Image Project Well History File Cover Page XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. J- . - Well History File Identifier Organizing (done) ❑ Two-sided ❑ Rescan Needed RES AN: OVERSIZED: NOTES: Col r Items: ❑ Maps: rayscale Items: ogs: ❑ Poor Quality Originals: ❑ Other: ❑ Other: BY: 112MDate: vor /5 /s/ ve Project Proo ing BY: al. Date: 1419-) IS /s/ Odf Scanning Preparation 1-}' x 30 = I a,d + y- = TOTAL PAGES 11 4 /1 (Count does not include cover sheet) J BY: Maria Date: Ips- /s/ Production Scanning Stage 1 Page Count from Scanned File: / CZ5 (Count does include cover sheet) Page Count Matches Number in Scanning Preparation: YES NO BY: Date: 4..ial is is/ ryi I I 1 Stage I If NO in stage 1, page(s) discrepancies were found: YES NO BY: Maria Date: !s/ Stage 2 Additional Well Reports: YES NO TOTAL PAGES: Digital version appended by: Meredith Michel Date: /s/ Final Page Count: Stage 1 + Stage 2: TOTAL PAGES: Scanning is complete at this point unless rescanning is required. ReScanned BY: Maria Date: /s/ Comments about this file: Quality Checked 7/8/2014 Well History File Cover Page_20140708.doc o o • o o • • N - O co o N 0 0 a • a. 0OV • C • • ` 'a co Z m 0 0 c • N -� 0 tci CO (C O) O) C) O) O O. O. a O. O. Q Cf U N 2 U,- O CO CO W co co N CO co CO y O O O O O T a)I I Z I I N N (o N p N p N co /) o o o o R o } Co p< O O 0 p ai 0 ai 4 ai T7 ai U Cl) co Cl) Cl) b coi U o ~1 ~1 0 0 Z 0 Z 0 Z 0 o 0 0 0 0 0 c DI cogco� 13 ~ a) a) a) a) a) a) ai 0 0 0 >0 0 Z Z Eg N N z EU EU EU ED � - > - 3 7 co In ' 7 = C.'-' C!" C•'-' C E J �) J J N J £ J N fZ U : or. 0 , OIL > a).>_ o.> a)..> a) O 0)17). C)t 0)--8. o) s MIT! Q (0 t/) — 0_ 0 0 - - - - U coco • coco • co C Co LL CO I•5 I d LL N LL N W 2 LL a) N 2 N 2 N 2 N 2 N 2 o_ 2 �o d6 d6 W - ( - ( - �liu -d' vCt .1 CC .1 CC ,i-CC ,r CC J N O (n F O z O z J (/)— (/)— (n— (n C.O.) 0 0U o 0U o U o V o U _ .U) O O O a) o O 0 O C (0 CO �_ J co O co O co O (0 N a) a) m,15 a) m Z r O',D CO LL O LL O O 00 00 00 OW EW LL cn LL cn LL(n EW w £' c •c0 'E0 O C CN CM C'> 'E .> C > C5> C > C Nco 1 n 0. 21— 0� O.. co D 0 0 p 0 0 0 0 . 0*N 0'� 0 *N 0'� 0'N Q N V I '� 'n Q v 0 v 0 v 0 "co y v N N m -N wiz o— o - v W _O a)3 O ow _O O ow ow _O a) ow IX Q WN ED co ED O; N2 WJ OD:3 WJ Wd' ED or Wd' ED ED or WQ' O Nz 4- U Y ; O O O -� f0 N N N N N N N N N N N N W S V 0 0 0 0 0 0 0 0 0 O O O C 0 c0 mN,- v- 0 '00 W ZJ S S C.) c°, o Oo Z 8 - N N Q •.. p, O CA 0 • co .p. OO n a) 7 7:1 co co N CO O.o COa O� O C z c t `p c° p y O O Min _ co • O N co (/� 00 M N 00 M p a) in E a V ;;°Nco co co t 73 en V> O mro J N M W J O '^ Jas V+ J 0 Q` V O \ I— O OI QO n Z 0 zco N Ed U 00' CC co J Q Co Co -p0 U) Z 7 co co 2a a) CO Co Co co co Co CO Coco O O (0 co Co v CO Co co Co co Co CO Co Co M E £ 0 0 0 0a) 0 0 0 0 0 0 0 0 0 (No Z Ca m Co 2 m m m co m Ca m a) a) o) 0) "a) o) _m o) o) c co) rn a) co En 0 Z O _ D D D _1 0 0 0 0 0 0 0 05 co > 0 J ` ' a) N N N N N N N N N CO M CO CO CO CO CO CO CO CO CO CO CO co CO d .503E N N N N N N N N N N N N N Q z .0 CO C0 7 LO LO CO co co co to co co co co co to 2 O 5 p W 0 Z N N N N N N N N N N N N N N Q O •E' z To a. •` re M_ Z ` p +. LL • to 0 O u c O).o WLL d o 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q' ? W 5 Q H J O a Ce o 3 � o � w 0 U 0 0 0 0 0 0W W LU LU LU 0 0 0 0 O • • • e I e • v) O aV I I a) a) V VI a) a) CN O '00 "a) 'O 'O a) . •O V • a N z a > > W �I �I Ce WI �I o > Q o U 0 y w 01 DI 0 0 01 01 0 0 •E c UZ r D a7) —To' 2 2 H F 2 2 H H a) as m a) 3 0 p (`7 re u) 2' E N N N N LO In )n Ln 0 U M d CO 6 N o I I i I I I $ o a)•O a)t a a) a) a) a) a) a) a) P N- h r r 0 0.� o U U U U _U U U 0 N N N N N O c°» Z Z Z Z Z Z 2 2 m V V V V Z 11-I E (00 U)0 a) a) a) a) a) a) a) Z ZZZZ F. o)r o) a) o) a) UI coI coI NI UI UI UI UI °) rn °) °) °) Q co co co oo Nco.e N O N +CO-0 >'' .T. +>'' w w +�� w w co N N N N O O v Cr v� 4 4 4 .? v y 4 .? 4 .? 4 .? 4 .? 4.? 4 4 4 4 4 0 a) 0-O 0-O 0 m O N O N O N 0 v) 0 v) 0 m 0 in 0 0 0 0 0 "-' 0 0 0 a) 0 a) U y 0 u) 0 v)Il 0 w 0•V) 0 y 0.N W 0•m 0 0 0 0 0 a) z a) o a) o a)a' 0 a)cc a)cL 0 a)ct.- a)d' 0 a)a' a)re 0 a)ex w a) a) a) a) a) O "- LL<n it a0i LL a0i it a)I a LL (DI= it a,1 v) LL y1 0) it a)10_ it a)I o LL a,l. LL CD 0)- LL • it LL it LL u) U > U_d' U ct 0 0-O U O.m U O.0 0 O.0 U O.O 0 O.0 0 O.O U 0. O 0 V U-a- U_ U-a- U_ •' w C > C N E N C U J C U J C U J C U J C U J C 0 J C V J •C V J C O- C C C C /�/ aJ �•u) m aEi y �a101 �0Iol 8018 ii0118� t i a�).101 ,.1� -4,7j.1� re; 3 _m ami _m _m Ce Q . W2' Wf/) a]("3 W(N WNg' WN I WN I WNg WNg' WN I WN I a]c:,3 W W W W 0 y a U o co to in co Lo co in co co Ln to Ln )n Ln Lo a J O O O O O O O O O O O O O O O O J N N N N N N N N N N N N N N N N W Z I O 0 0 0 0 O O 0 0 0 0 0 O O 0 0 Ce ° Na- NNNN ✓ CIO. d o, W z Z U q Q N m z J a co O 1$) C • T 9 0 N Q p_ j E g U o (-,1 o Q N c R P. I.". 00 O Z O N COm ILI J a) a) J 0 < O ✓ O a) Q O d Z E CI E 0 ea Z_ OS CO CO CO CO a) CO CO a) CO CO a) CO CO CO CO m m m CO m m m m co is co is m m CO CO CO M 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 N C) a) To 76 o m To (a a) o C) a7 la o m To co G 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 CO 1 N N N N N N N N N N N N NNNN CO I- CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO N N N N N N N N N N N N N N N N Ln In )n )f) )n )n )n )n )n Ln co to Ln )n Ln Ln N N N N N N N N N N N N NNNN N E co 0 c :•-• U U U U U U U U U U U U U U U U C7 E O 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 D a 2 W W W W W W W W W W 111 W W W W W o „' o o G N O � (IQ co o •. • B 0 } >- } c. .0 O C‘11 Y • > 0) > _U .-E > o a) m w w U N a)co co > o m coco co M d co 0 a in 1 co m c ca Q 1$ V 03 CO CO CO 1— Z co m m m as Z • o ° Z Z Z Z ZD .c Ili Q co co co co N N N N co ce N a) 0 0 0 0 0 0 0 J 0 0 0 0 0 J t) O ai• ai ai ai ui _ w Z ii it LE LE it O ctrl Y N ov U ° o U� a, • c 'c . • c c c c p E O m 2 2 2 2 2 co E } > >- S coaUi Z a°i aUi aUi m Q ° COco ° w v m Q 2 w cn w w w w C71= COHI O Na. m z • iiH 5 LO 10 LO LO U ami O. o o s o o CO 3 m o W N N N N N �p 3 0 = O O O O O N Zy 0 N NNNN r r r r N 03 E O it E V W Z 'arn v; 0 co rn a V V O > E 3 E co z 3 .— m w co aCC o o rn J a _ • N 0 - 0. c m Jo. 7 O 2 U 0 co Om m ID O p N 0 2 p_ O E11.2 a V 0 c Tt co co C } O E ICCN c° ° 0. 2 as E II Z N 70 II1 • co 1 II I ea a2 ° II • ac n o• Oa ZE ° d T CI sal U m a 2 O co U Z N co c9 a) a) a7 N LO 7 a! CO 0 0 0 0 0 N c Q N N N :o N tfa TO To 2 a Z ,— p CD .� .� .� .� o co Fr I \�� ) it c o 0 0 0 0 _4 E 0 LJ Y �f�f D p e I— Op CO N N N N N N CO CO CO C WE o. O aco co to co co co (V N N N N N V7 C) ° ° I- N N m W w Cl) E E Z ° y Y W I F.Y M CO0 X Ic 0fZ F. Qo z V° 0 0 U U U U oo 0 C 2 a) U Of J y v. m U E c� O� n V' —° a H E O m 0 0 0 0 0 0 o ) LL o ° a°) O o cp a� d E a 2 w w w w w 3 F. o a o v o c o 0 O 0 o el o In 0) o Z a o d N Cl) U T o in 1 F z° \ 3 E t`l. _J q V z ai N two g 0 Ce a O y 92 a _ CL .. 0 J_ LU Ce a O c..) W z J V v o Z 8 Q .. CO N o (13 CLin 2o o O N n in E V ; 0 a J °' Q Ned a I- z o m p W ' J Jco COV/ J 0 o I O . 11*-‘ 1z o oa COcla -a Z7r a) N CD N _ M re '6 N .2 .- 100 Ta. c E E O d 0 0 a 2 0 • RECEIVED STATE OF ALASKA FEB 0 4 2015 ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT ANA(1)13€C la.Well Status: Oil ❑ , Gas ❑ SPLUG ❑ Plugged ❑ Abandoned ❑ Suspended ❑ 1b.Well Class: 20AAC 25.105 20AAC 25.110 Development ❑ Exploratory ❑ GINJ ❑ WINJ ❑ WAG ❑ WDSPL ❑ Other ❑ No.of Completions: Service ❑ Stratigraptiic Test LII 2.Operator Name: 5.Date Comp.,Susp., II •w 12.Permit to Drill Number: ConocoPhillips Alaska, Inc. or Abend.: •January 42,2015 214-188/ 3.Address: 6.Date Spudded: 13.API Number: P.O. Box 100360,Anchorage,AK 99510-0360 • December 16,2014 50-103-20697-00 • 4a.Location of Well(Governmental Section): 7.Date TD Reached: 14.Well Name and Number: Surface: 2828'FNL,4819'FEL,Sec. 19,T11N,R5E,UM • January 6,2015 CRU CD4-289 • Top of Productive Horizon: 8.KB(ft above MSL): 55'RKB 15.Field/Pool(s): 1673'FSL,642'FEL,Sec. 19,T11N,R5E, UM GL(ft above MSL): 19'AMSL Colville River Field - Total Depth: 9.Plug Back Depth(MD+TVD): 4161'FNL,3061'FEL,Sec.29,T11N, R5E,UM 14498'MD/6213'ND Nanuq Oil Pool ' 4b.Location of Well(State Base Plane Coordinates,NAD 27): 10.Total Depth(MD+TVD): 16.Property Designation: Surface: x-378387 y- 5957579 Zone-4 . 14513'MD/6213'ND ADL 384211,380082 • TPI: x-382555 y- 5956732 Zone-4 11.SSSV Depth(MD+ND): 17.Land Use Permit: Total Depth: x-385345 y- 5950855 Zone-4 SSSV @ 2083'MD/2023'ND 932080,380082 18.Directional Survey: Yes ❑ No❑ 19.Water Depth,if Offshore: 20.Thickness of Permafrost MD/TVD: (Submit electronic and printed information per 20 AAC 25.050) N/A (ft MSL) 1400'MD/1399'ND 21.Logs Obtained(List all logs here and submit electronic and printed information per 20 AAC 25.071): 22.Re-drill/Lateral Top Window MD/TVD GR/Res not applicable 23. CASING,LINER AND CEMENTING RECORD SETTING DEPTH MD SETTING DEPTH ND HOLE AMOUNT CEMENTING RECORD CASING SIZE WT.PER FT. GRADE TOP BOTTOM TOP BOTTOM SIZE PULLED 20" 154# X-65 _ 37' 115' 37' 115' 42" 5.5 sx AFC 10.75" 45.5# L-80 36' 2558' 36' 2385' 13.5" 1184 sx Class G,267 sx Class G 7.625" 29.7# L-80 _ 34' 8161' 34' 6199' 9.875" 359 sx Class G,307 sx Class G 3.5" 9.3# L-80 7988' 14498' 6158' 6213' 6.75" slotted liner 24.Open to production or injection? Yes a No ❑ If Yes,list each 25. TUBING RECORD Interval open(MD+TVD of Top&Bottom;Perforation Size and Number): SIZE DEPTH SET(MD) PACKER SET(MD/TVD) slots: 3.5" 8036' 7988'MD/6158'ND 8232'-9191'MD 6211'-6225'ND ---w- ' I COMPL OilN 9222-11197'MD 6223'-6233'ND 26. ACID,FRACTURE,CEMENT SQUEEZE,ETC. 11226-11382'MD 6233'-6234'N `D f r t Was hydraulic fracturing used during completion? Yes No Q 11476-11692'MD 6232'-6227'ND '{ v $ DEPTH INTERVAL(MD) AMOUNT AND KIND OF MATERIAL USED 11723'-12278'MD 6226'-6213'ND t ;1 none - 12369'-12772'MD 6212'-6210'TVD 12893'-14186'MD 6210'-6216'ND 14340'-14464'MD 6215'-6214'ND 27. PRODUCTION TEST Date First Production Method of Operation(Flowing,gas lift,etc.) January 20,2015 gas lift oil Date of Test Hours Tested Production for OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO 1/24/2015 12 hours Test Period--> 448 2481 5 0% 5544 Flow Tubing Casing Pressure Calculated OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-API(corr) Press. 239 psi 251 24-Hour Rate-> 242 1230 3 not defined 28. CORE DATA Conventional Core(s)Acquired? Yes ❑ No Ill Cores Acquired? Yes ❑ No ❑ If Yes to either question,list formations and intervals cored(MD+TVD of top and bottom of each),and summarize lithology and presence of oil,gas or water (Submit separate sheets with this form,if needed).Submit detailed descriptions,core chips,photographs and laboratory analytical results per 20 AAC 25.071. NONE Form 10-407 Revised 10/2012 'J�3� CONTINUED REVERS BDMS FEB - 4 201 ubmit original only V rc. 3/70 //I "It.)/40 G •29. GEOLOGIC MARKERS(List all formations and ma 3ncountered): 30. FORMATION TESTS NAME MD TVD Well tested? u Yes Q No If yes,list intervals and formations tested, Permafrost-Top ground surface ground surface briefly summarizing test results. Attach separate sheets to this form,if Permafrost-Bottom 1400' 1399' needed,and submit detailed test information per 20 AAC 25 071. K-2 4784' 4056' K-2 Base 4937' 4171' Albian 96 8002' 6162' N/A Formation at total depth: Nanuq 31. LIST OF ATTACHMENTS Summary of Daily Operations,schematic,final directional survey,cement detail sheets 32. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Duncan Hyden @ 265-6862 Email Duncan.P.Hyden@cop.com Printed Name G. L.Alvord Title Alaska Drilling Manager Signature . 1.,ad(— Phone 265-6120 Date 2(+(r (; INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. Item 1a: Classification of Service wells: Gas injection,water injection,Water-Alternating-Gas Injection,Salt Water Disposal,Water Supply for Injection,Observation,or Other. Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated. Each segregated pool is a completion. Item 4b: TPI(Top of Producing Interval). Item 8: The Kelly Bushing and Ground level elevations in feet above mean sea level. Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 13:The API number reported to AOGCC must be 14 digits(ex:50-029-20123-00-00). Item 20:Report true vertical thickness of permafrost in Box 20. Provide MD and TVD for the top and base of permafrost in Box 28. Item 22: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool. Item 23: If this well is completed for separate production from more than one interval(multiple completion),so state in item 1,and in item 23 show the producing intervals for only the interval reported in item 26. (Submit a separate form for each additional interval to be separately produced,showing the data pertinent to such interval). Item 26: Method of Operation: Flowing,Gas Lift,Rod Pump, Hydraulic Pump,Submersible,Water Injection,Gas Injection,Shut-in,or Other (explain). Item 27: Provide a listing of intervals cored and the corresponding formations,and a brief description in this box.Submit detailed description and analytical laboratory information required by 20 AAC 25.071. Item 29: Provide a list of intervals tested and the corresponding formation,and a brief summary of this box.Submit detailed test and analytical laboratory information required by 20 AAC 25.071. Form 10-407 Revised 10/2012 WNS CD4-289 Conoc P Iillips ; Well Attributes Max Angle&MD TD Alaska inc. Wellbore APIIUWI Field Name Wellbore Status ncl(') MD(ftKB) Act Btm(ftKB) cmn4vShlapa 5010320697 NANUO 9301 9,111.38 14,513.0 ... Comment H2S(ppm) Date Annotation End Date KB-Grd(ft) Rig Release Date CD4-289,1272015 3:06:34 PM 36.45 1/12/2015 Vertical schematic(actual) Annotation Depth(ftKB) End Date Annotation Last Mod By End Date Hanger,31 4 ilaIi L� Casing Strings ....................................................__._........._.. L Casing Description OD(in) ID(in) Top(ftKB) Set Depth(ftKB) Set Depth(ND)...WI/Len(I...Grade Top Thread Conductor 20 19.124 36.5 115.0 115.0 94.00 154 Casing Description OD(in) ID(in) Top(ftKB) 'Set Depth(ftKB) Set Depth(TVD)...Wt/Len(I...Grade Top Thread Surface 103/4 9.950_ 36.5 2,558.0 2,385.0 45.50 L-80 BTCM Casing Description OD(in) ID(in) Top(ftKB) 'Set Depth(ftKB) Set Depth(ND)...WtlLen(I...Grade Top Thread -.;.. - - .--=-": ®®'.r Intermediate 75/8 6.875 34.4_ 8,161.4 6,199.1 29.70 L80 BTCM :;1 I s•': Casing Description OD(in) ID(in) Top(ftKB) Set Depth(ftKB) Set Depth(ND)...Wt/Len(I...Grade Top Thread Production Liner 3 1/2 2.992 7,987.8 14,498.0 6,213.0 9.30 L-80 SLHT %'- -Liner Details Nominal ID Top(ftKB) Top(TVD)(ftKB) Top Incl(') Item Des Com (in) Conductor.36.4-115.5 8,007.6 6,163.5 74.39 Nipple-RS 5 1/2"RS Nipple Hyd 563 Box x Box 4.870 XO Reducing(Tubing),136.8 8,010.4 6,164.2 74.46 Hanger Baker 5 1/2"x 7 5/8"DG Flex Lock Liner Hanger 4.880 8,021.9 6,167.3 74.79 SBE(Seal Baker Seal Bore Extension,80-40,5"H521,P x P 4.000 Bore Extension) sssv;2,083.2 �_ 8,040.7 6,172.1 75.32 XO-Reducing 'XO,5"H521 B x 3 1/2"SLHT P 2.980 Tubing Strings Tubing Description I String Ma...I ID(in) I Top(ftKB) I Set Depth(ft..f Sel Depth(ND)(...I WI(Ibift) (Grade !Top Connection Tubing-Production 31/2 2.992 314 8,036.41 6.1710 9.30 L-80 EUE 1 S. Completion Details y Nominal ID • Top(ftKB) Top(TVD)(ftKB) Top Incl(") Item Des Com (in) Sonora.3652.5850 31.4 Hanger FMC TBG Hanger 3.958 2,083.2 2,023.0' 33.33 SSSV 3 1/2"Camco"TRMAXX-5E"2.812"X profile 2.812 I 7,949.8 6,147.2 72.97 Nipple-DB, Nipple,landing XN 2.813"ID w/RHC plug,2.75"No Go 2.750 XN,DS,D • • 7,994.6 6,160.0 74.07 Locator Locator(5.62"OD)GBH-22 2.970 8,025.0 6.168.1 74.87 Seal Baker Seals 2.980 Mandrel;7,000.6 } 8.034.4 6,170.5 75.14 Seal Baker Seals,W/mule shoe, 2.980 I Perforations&Slots Shot 1 Dens Top(TVD) Btm(TVD) (shotsff Nipple-DB.XN,DS,D.7.949.8 ( : Top(ftKB) Btm(ftKB) (ftKB) (ftKB) Zone Date 0 Type Corn . . 8,231.5 9,190.7 6,211.2 6,224.9 1/9/2015 16.0 SLOTS Slotted 21/4"x0.125" slots/8 rows/16 slots/ft. 9221.8 11,196.8 6,223.3 6,232.8 1/9/2015 16.0 SLOTS Slotted 2l/4"x0.125" • slots/8 rows/16 slots/ft. :I1__ j; 11,227.7 11,382.5 6,233.3 6,234.2 1/9/2015 16.0 SLOTS 'Slotted 2l/4"x0.125" pl. slots/8 rows/16 slots/ft. Locator,7,994.6 a 11,475.5 11,691.8 6,232.4 6,227.3 1/9/2015 16.0 SLOTS Slotted 2l/4"x0.125" '-t; slots/8 rows/16 slots/ft. •1f i.. 11,722.5 12,277.5 6,226.0 6,213.0 1/9/2015 16.0 SLOTS Slotted 2l/4"x0.125" slots/8 rows/16 slots/ft. I: 12,368.5 12,771.6 6,212.3 6,209.6 1/9/2015 16.0 SLOTS Slotted 21/4"x0.125" _ slots/8 rows/16 slots/ft. Seal;8,024.9 I 12,892.8 14,185.5 6,210.3 6,216.1 1/9/2015 16.0 SLOTS Slotted 2l/4"x0.125" :::.::. ...:.: slots/8 rows/16 slots/ft. 14.340.2 14,463.7 6,215.4 6,213.6 1/9/2015 16.0 SLOTS Slotted21/4"x0.125" Seal;8,034.3 = 51015/8 rows/16 slots/ft. Mandrel Inserts St ati Z onN Top(TVD) Valve Latch Port Size TRO Run - Top(ftKB) (ftKB) Make Model OD(in) Sery Type Type (in) (psi) Run Date Com -"r 7,800.6 6,099.1 Camco KBMG ' 5.39 SOV BEK-5 1.000 1/10/2015 DCK-2 • SOV Intermediate:34.4-8,161.4 shear _ _ ed SLOTS;8.231.59,190.7 SLOTS;9,221.511.196.8 - _ SLOTS;11,227.7-11,382.5 _ - SLOTS;11.475.51101.8 -4SLOTS;11.722512277.5 SLOTS;12,368.512,771.8 SLOTS;12,8928-14,185.5 - _ SLOTS;14,340.2-14,463.7 Production Liner,7,987.8- 14,498.0 Guhl, Meredith D (DOA) From: Hyden, Duncan P [Duncan.P.Hyden@conocophillips.com] Sent: Monday, March 23, 2015 11:19 AM To: Guhl, Meredith D (DOA) Cc: Bettis, Patricia K(DOA) Subject: RE: CRU CD4-289, PTD 214-188, Complete list of Geologic Markers Meredith, Below is a list of the geologic markers for CRU CD4-289. Please let me know if I can be of further assistance. MD TVD TVDss C-40 3 00 2 2196 2140.3 0 3 C-30 2614 2425 2369.8 C-20 3061 2751 2696.0 C-10 3373 2990 2934.6 K-3 4458 3812 3756.4 K-3 Basal Member 4738 4021 3966.1 K-2 4784 4056 4000.8 K-2 Base 4935 4169 4113.7 Albian 97 7309 5877 5821.4 Albian 96(Top Nanuq Sand) 8002 6162 6106.6 Thanks, Duncan Duncan Hyden Drilling Engineer I Direct 907-265-6862 I Mobile 907-317-1910 duncan p.hyden@cop.com From:Guhl, Meredith D (DOA) [mailto:meredith.guhl@alaska.gov] Sent: Friday, March 20, 2015 3:37 PM To: Hyden, Duncan P Cc: Bettis, Patricia K(DOA) Subject: [EXTERNAL]CRU CD4-289, PTD 214-188, Complete list of Geologic Markers Duncan, Please provide the complete list of formation tops and geologic markers for CRU CD4-289, PTD 214-188, completed January 11, 2015. You may provide this list via email, and I will append it to the 10-407 form. If you have any questions, please contact me. Thank you, Meredith Meredith Guhl 1 ConocoPhillips Time Log & Summary We!Mew Web Reporting Report Well Name: CD4-289 Rig Name: DOYON 19 Job Type: DRILLING ORIGINAL Rig Accept: 12/15/2014 6:00:00 PM Rig Release: 1/12/2015 9:45:00 AM Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 12/14/2014 24 hr summary Lay Herculite and matting boards around CD4-289 well. RD and prep to move. Move Pipe shed and Ball Mill away from the rig sub-base. Rig released from Daywork for CD4-213B at 1800 hrs, 12/14/2014 18:00 00:00 6.00 MIRU MOVE MOB P Prep Rig for move. Start rig generators and take Rig off of highline power at 19:00 hrs. PJSM and move Ball Mill away from rig. Continue to prep rig for move, reviewing Move checklist. Electrician disconnected Rig from pit complexes. 12/15/2014 Finish RD and prep to move. Move Pipe shed and Ball Mill away from the rig sub-base. Move rig to CD4-289, spot over well and level. Lower rig feet and cantilever rig floor out. RU flowline riser and mud lines.Take on mud in to the pits. PU and stand back 5"DP. Prep to spud. Rig accepted on Daywork for CD4-289 at 1800 hrs, 12/15/2014 00:00 00:30 0.50 MIRU MOVE RURD P Continue to prep rig for move, review Rig Move checklist. PJSM. Raise rear cellar wind walls. Lift and pin Rig support feet.Welder weld on containment area under the rig floor. 00:30 01:30 1.00 MIRU MOVE MOB P PJSM. Move Rig sub-base off of CD4-213B. SIMOPS-Welder continue to weld on containment under the rig floor. Insulate mud lab. 01:30 03:45 2.25 MIRU MOVE RURD P Move and arrange MPD equip in cellar and set on support feet. NOTE: CD4-213B OA=270, IA=0 psi,Tbg=400 psi Remove Tie bars on sub base and prep to move to CD4-289 well. 03:45 05:30 1.75 MIRU MOVE MOB P PJSM. Move sub to CD4-289. Install rig tie-bars and prep to spot rig. 05:30 06:30 1.00 MIRU MOVE MOB P PJSM. Spot rig over CD4-289 conductor. Level and shim rig. 06:30 08:30 2.00 MIRU MOVE MOB P PJSM. Move Motors and Pits to new well location. Lower rig support feet and rear wind walls. 08:30 10:15 1.75 MIRU MOVE MOB P Skid rig floor to drilling position. Spot Pits and Motor complexes next to rig. Spot pipe shed Page 1 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 10:15 12:00 1.75 MIRU MOVE RURD P Hook up service and electrical lines at interconnect. Hook up mud flowlines to Pits. Work on Pre-Spud check list. Note: Rig back on high line power at 2130 hrs 11/12/14 12:00 14:00 2.00 MIRU MOVE RURD P Continue to RU mud lines. Insulate under rig floor.Arrange MPD equip from MOVE positioning to nippling up position. 14:00 23:00 9.00 MIRU MOVE RURD P PJSM. RU and install two piece flow riser,flowline,drain hoses, air boot on riser and drip pan. Install 4"valve on Conductor and Mouse hole. SIMOPS-load 17 stds of 5", NC50 DP in pipe shed. Note: Rig accepted back on daywork at 1800 hrs 12/15/2014. 23:00 00:00 1.00 MIRU MOVE PULD P PJSM. PU 5"HWDP and rack back in derrick. 12/16/2014 Finish PU 5" DP and stand back. PU BHA, review pre-spud check list,flood lines and check for leaks, spud well @ 12:00 hrs. Drill ahead f/115'to 790' 00:00 02:15 2.25 0 0 MIRU MOVE PULD P PJSM. Continue to PU 5"HWDP(6 total)and 5", NC50 DP(7 stds)and rack back in derrick. 02:15 02:45 0.50 0 0 MIRU MOVE SVRG P Service drawworks and Iron Roughneck.Adjust Kelly hose. 02:45 05:45 3.00 0 0 MIRU MOVE PULD P Continue to PU 5", NC50 DP(22 stds total)and rack back in derrick. PU 1 std of NM Flex collars. 05:45 09:15 3.50 0 92 MIRU MOVE PULD P PJSM. MU Surface Motor BHA to 92'. Orient motor and MWD. 09:15 09:45 0.50 92 92 MIRU MOVE SFTY P Pre-spud safety meeting discussing drilling hazards, logistics and safety. 09:45 11:00 1.25 92 92 MIRU MOVE RURD P Fill riser&hole with H2), PSI test mud lines to 3500 psi(good), B/D top drive, Tighten riser studs(leaky flange) 11:00 11:45 0.75 92 102 MIRU MOVE PULD P Cont.to P/U to 102' 11:45 12:00 0.25 102 115 MIRU MOVE WASH P W&R f/102'to 115'w/450 gpm @ 350 psi w/40 rpm @ 1 k trq. Tag bottom @ 115'w/2 k wob. Displace well to new 8.5 ppg DrilPlex Spud Mud. ICP 350 psi/FCP 450 psi 12:00 00:00 12.00 115 790 SURFA( DRILL DDRL P Drill ahead 13 1/2"surface section f/115'to 790'and 789'tvd, 525 gpm 930 psi,40 rpm, PU wt 100, SO wt 100, ROT wt 104, Drill trq 4.6 k ft/lbs 12/17/2014 Drill ahead 13-1/2"Surface hole section f/790'to 2,278' Page 2 of 21 • Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 00:00 12:00 12.00 790 1,683 SURFA( DRILL DDRL P Drill ahead 13 1/2"surface sec. f/790' to 1,683' MD 1,663'TVD,ADT 6.10, TST 1.83 650 gpm 1240 psi,40 rpm, PU wt 124, SO wt 122, ROT wt 120, Drill trq 5 k ft/lbs, OBT 2 k ft/lbs trq 12:00 00:00 12.00 1,683 2,278 SURFA( DRILL DDRL P Drill ahead 13 1/2"surface sec. f/1,683'to 2,278'MD 2,114'TVD, ADT 10.73,TST 6.67 750 gpm 1900 psi,40 rpm, PU wt 125, SO wt 120, ROT wt 120, Drill trq 5.5 k ft/lbs, OBT 2.9 k ft/lbs trq 12/18/2014 Drill ahead 13-1/2"Surface hole section to TD of 2,575'. Circ 1 B/U. F/C. BROOH f/2,575'to 500'&Pump OOH to BHA. L/D BHA. R/U Tesco. RU and run 10-3/4"csg 00:00 09:00 9.00 2,278 2,575 SURFA( DRILL DDRL P Drill ahead 13 1/2"surface sec. f/2,278'to TD 2,575'MD 2,398'TVD, ADT 4.05, TST 0.42 790 gpm 2100 psi,40 rpm, PU wt 135, SO wt 130, ROT wt 128, Drill trq 4.5 k ft/lbs, OBT 2.5 k ft/lbs trq 09:00 09:45 0.75 2,575 2,575 SURFA( CASING CIRC P Circ B/U w/790 @ 1870 psi&w/40 rpm @ 3 k trq. B/D Top Drive 09:45 10:45 1.00 2,575 2,575 SURFA( CASING OWFF P Obserev well for flow(static-slight drop)SIMOPS-PJSM on BROOH 10:45 20:45 10.00 2,575 194 SURFA( CASING REAM P BROOH f/2,575'to 500'w/790-375 gpm @ 1770-380 psi&w/50 rpm @ 7-1 k trq.Various tight spots&hole unloaded @ 700'. Pump OOH with no rotation f/500'to BHA w/100 gpm. (racked back in derrick HWDP,Jars &NMFC) 20:45 00:00 3.25 194 0 SURFA( CASING PULD P L/D BHA as per SLB 12/19/2014 R/U to run 10 3/4"surface casing. RIH casing and land on depth @ 2,564'. Circ&cond mud for cement job. Cement casing as per Dowell w/100%returns&bump plug. Check floats(good)R/D cementing equip. N/D riser. Prep for top job cement. 00:00 01:30 1.50 194 0 SURFA( CASING PULD P Clean clay off of bit and BHA. Continue to L/D BHA#1 tools via beaver slide. Clear and clean rig floor. 01:30 02:00 0.50 0 0 SURFA( CASING RURD P Drain stack and make dummy run with 10-3/4"hanger and mark landing jt for landing csg. LD Hanger and landing jt. 02:00 04:00 2.00 0 0 SURFA( CASING RURD P PJSM. R/D 5"elevator bails. R/U TESCO casing system and R/U to run 10-3/4",45.5 lb/ft, L-80, BTC-M. 04:00 10:30 6.50 0 2,525 SURFA( CASING PUTB P RIH w/10-3/4",45.5 lb/ft, L-80, BTC-M to 2,525'(Silver Bullet FS, 2 jts, F/C,&61 jts for 63 jts total) 10:30 10:45 0.25 2,525 2,565 SURFA( CASING HOSO P M/U 10 3/4"hanger&landing jt. Land casing on hanger @ 2,565'- PUwt170k, SP wt133k 10:45 11:30 0.75 2,565 2,565 SURFA( CEMEN-CIRC P Circ&cond. mud w/4.5 bpm @ 200 psi. Reciprocate pipe. SIMOPS- PJSM for R/D tesco Page 3of21 • Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 11:30 12:45 1.25 2,565 2,565 SURFA( CEMEN-RURD P R/D Tesco&B/D top drive. R/U long bails, cement head&350 ton elevators. 12:45 16:30 3.75 2,565 2,565 SURFA( CEMEN CIRC P Circ&cond. mud for cement job w/7 bpm @ 390 psi. Reciprocate pipe 16:30 19:15 2.75 2,565 2,565 SURFA( CEMEN'CMNT P Cement casing as per Dowell w/6 bpm& 100%returns. (Dowell pump 74.5 bbls 10.5 ppg mud push,drop bottom plug,407.3 bbls 11.02 ppg lead, 53.4 bbls 15.9 ppg tail,drop top plug,20 bbls H2O,&turn over to rig) Rig pump 219 bbls mud w/7 bpm& bump plug w/2174 stks @ 96% efficiency, FCP 450 psi. PSI up to 950 psi&hold for 5 min(good), bleed off psi&check floats(good) CIP @ 19:05 hrs Reciprocated pipe for mud push& 200 bbls of lead cement, hole started to get sticky, so landed on hanger& finished cement job with no reciprocation. 19:15 23:15 4.00 0 0 SURFA( CEMEN-RURD P R/D cement head&hoses. Remove long bails&350 ton elevators. Back out landing jt from hanger. N/D riser &prep for corrosion mitigation top job cement 23:15 00:00 0.75 0 0 SURFA( CEMEN-RURD P Cement top job as per Dowell. 12/20/2014 M/U quad jetting tool&cement top job. R/D top job cementing equip. N/U well head&test. N/U BOPE& MPD spool&bearing. R/U&test B.O.P.'s 00:00 02:15 2.25 0 0 SURFA( CEMEN-RURD P R/U quad thruster jetting tool&flush 20"x 10 3/4"annulaus w/24 bbls H2O. Pump out cellar w/super sucker. Empty super sucker at ball mill. 02:15 03:00 0.75 0 0 SURFA( CEMEN-CMNT P Pump 15 bbls 15.8 ppg cement for corrosion mitigation plan. Flush 18" below tubing hanger with H2)for blue goo. 03:00 04:45 1.75 0 0 SURFA(WHDBO NUND P Pull mouse hole&flow line. N/U well head&test seal to 1000 psi for 10 min 04:45 08:30 3.75 0 0 SURFA(WHDBO NUND P N/U B.O.P.stack&MPD equipment 08:30 12:30 4.00 0 0 SURFA(WHDBO NUND T Riser does not line up to flow line. Position in place. Cut &re-weld riser. 12:30 16:00 3.50 0 0 SURFA(WHDBO SEQP P Install flow line&R/U MPD valves& hoses. 16:00 18:00 2.00 0 0 SURFA( WHDBO RURD P R/U to test B.O.P.'s Page 4 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 18:00 00:00 6.00 0 0 SURFA( WHDBO BOPE P Test B.O.P.'s:Test w/5"test joint, Annular, HCR choke&kill to 250/2,500 psi for 5 min,Tested choke valves#1 -14, auto&man IBOP, HCR choke&kill,4"Demco, dart&needle valves, upper&lower 3.5"x 6"VBR's&blind rams to 250/3500 psi for 5 min. (2 misc Fail/Pass) Rig gas alarms tested(good) Koomey test; IP=3,050 psi,After close= 1,500 psi, 200 psi recovery 29 sec, full recovery 155 sec, N2-4 bottle average= 1950 psi. AOGCC test witness by Bob Noble. 12/21/2014 Cont.to test B.O.P.'s P/U&rack back 61 stands 5"DP. M/U 9 7/8"BHA&RIH 2,426'.Test casing to 3500 psi(good). Drill out to 2,487' 00:00 00:30 0.50 0 0 SURFA( WHDBO BOPE P Finish B.O.P.test. Drawdown on choke manifold. 00:30 01:00 0.50 0 0 SURFA( WHDBO RURD P R/D B.O.P.testing equipment. Install 10"ID wear ring. 01:00 02:00 1.00 0 0 SURFA( CEMEN-RURD P Break down floor valves. B/D lines& bring BHA tools to rig floor. 02:00 10:00 8.00 0 0 SURFA( CEMEN PULD P P/U and rack back 61 5"DP stands in derrick 10:00 11:00 1.00 0 0 SURFAt CEMEN'SEQP P R/U&test MPD surface equipment 11:00 13:00 2.00 0 0 SURFA( CEMEN"SEQP P P/U MPD element running tool& rack back in derrick 13:00 16:00 3.00 0 740 SURFA( CEMEN-PULD P P/U 9 7/8"BHA#2 as per SLB (Power Drive,ARC, Telescope, Stabilizer, NMFC, HWDP, Jars, HWDP, &Ghost Reamer) 16:00 16:45 0.75 740 1,668 SURFA( CEMEN'TRIP P RIH w/BHA#2 f/740'to 1,668' 16:45 17:15 0.50 1,668 1,668 SURFA( CEMEN-DHEQ P Shallow hole test MWD tools w/400 gpm @ 790 psi(good) 17:15 18:15 1.00 1,668 2,426 SURFAt CEMEN.TRIP P RIH w/BHA#2 f/1,668'to 2,426' 18:15 19:00 0.75 2,426 2,426 SURFA( CEMEN CIRC P Circ B/U w/600 gpm @ 1650 psi 19:00 20:30 1.50 2,426 2,426 SURFA( CEMEN PRTS P B/D top drive, R/U&Test casing to 3500 psi&chart for 30 min(good). R/D testing equipment 20:30 00:00 3.50 2,426 2,487 SURFA( CEMEN-DRLG P Wash in hole w/1 bpm&tag TOC @ 2,438'Drill out f/2,438'to 2,487' w/650 gpm @ 1910 psi&w/40-60 rpm @ 2-4 k trq. (Float collar @ 2,476') 12/22/2014 Drill out f/2,487'to 2,595'. Circ B/U. POOH into shoe. FIT to 18.0 ppg. Displace to new 9.6 ppg LSND on the fly&drill ahead f/2,595'to 3,894' 00:00 01:00 1.00 2,487 2,575 SURFA( CEMEN-DRLG P Drill cement f/2,487'to 2,575'w/650 gpm @ 1770 psi&w/60 rpm @ 4.5 k trq(Drill shoe @ 2,558') 01:00 02:00 1.00 2,575 2,595 SURFA( CEMEN'DDRL P Drill 20'new formation f/2,575'to 2,595'MD 2,411'TVD,ADT 0.37 hrs 02:00 02:30 0.50 2,595 2,595 SURFA( CEMEN'CIRC P Circ B/U w/650 gpm @ 1840 psi& w/60 rpm @ 4.5 k trq Page 5 of 21 Time Logs Date From To Dur S. Depth E.Depth Phase Code Subcode T Comment 02:30 03:00 0.50 2,595 2,520 SURFA( CEMEN-TRIPP POOH f/2,595'to 2,520'. B/D top drive 03:00 04:00 1.00 2,520 2,520 SURFA( CEMEN-FIT P R/U testing equipment&FIT to 18.0 ppg(good). R/D testing equipment 04:00 04:15 0.25 2,520 2,595 INTRM1 DRILL DISP P Wash in hole while displacing to new 9.6 LSND f/2520'to 2,595'w/650 gpm @ 1534 psi&w/60 rpm @ 5.5 k trq 04:15 12:00 7.75 2,595 3,084 INTRM1 DRILL DDRL P Drill ahead(/2,595'to 3,084'MD 2,770'TVD,ADT 5.09 hrs, 750 gpm, 2060 psi, ECD 10.34 ppg, PU wt 135 k, SO wt 118 k, ROT wt 125, DT 5 k ft/lbs trq&OBT 3.8 ft/lbs trq 12:00 00:00 12.00 3,084 3,894 INTRM1 DRILL DDRL P Drill ahead f/3,084'to 3,894' MD 3,387'TVD,ADT 8.65 hrs, 750 gpm, 2320 psi, ECD 10.43 ppg, PU wt 144 k, SO wt 137 k, ROT wt 139, DT 5.3 k ft/lbs trq&OBT 2.9 ft/lbs trq 12/23/2014 Drill ahead(/3,894'to 5,709'(06:45 hrs-Circ&work on SCR's @ 4,409') 00:00 06:45 6.75 3,894 4,409 INTRMI DRILL DDRL P Drill ahead f/3,894'to 4,409' MD 3,774'TVD,ADT 4.9 hrs, 750 gpm, 2530 psi, ECD 10.43 ppg, PU wt 144 k, SO wt 137 k, ROT wt 139, DT 5.3 k ft/lbs trq&OBT 4.5 ft/Ibs trq 06:45 07:15 0.50 4,409 4,409 INTRM1 DRILL SVRG P Service Drawworks and Iron Roughneck 07:15 08:15 1.00 4,409 4,409 INTRM1 DRILL RGRP T Circulate and condition hole while changing out Blown fuse in SCR#4 w/400 gpm @ 850 psi, 100 rpm @ 4.5 k ft/lbs trq 08:15 12:00 3.75 4,409 4,691 INTRM1 DRILL DDRL P Drill ahead f/4,409'to 4,691' MD 3,987'TVD,ADT 2.8 hrs, 725 gpm, 2510 psi, ECD 10.6 ppg, PU wt 165 k, SO wt 147 k, ROT wt 153k, DT 7.5 k ft/lbs trq&OBT 4.9 ft/lbs trq 12:00 00:00 12.00 4,691 5,709 INTRM1 DRILL DDRL P Drill ahead f/4,691'to 5,709' MD 4,753'TVD,ADT 9.29 hrs, 725 gpm, 2380 psi, ECD 10.6 ppg, PU wt 181 k, SO wt 154 k, ROT wt 167 k, DT 10 k ft/lbs trq&OBT 5.2 ft/lbs trq 12/24/2014 Drill ahead f/5,709'to 7,700' 00:00 03:30 3.50 5,709 5,936 INTRM1 DRILL DDRL P Drill ahead f/5,709'to 5,936' MD 4,922'TVD,ADT 2.1 hrs, 725 gpm, 2380 psi, ECD 10.6 ppg, PU wt 181 k, SO wt 154 k, ROT wt 167 k, DT 10 k ft/lbs trq&OBT 5.2 ft/lbs trq 03:30 04:30 1.00 5,936 5,936 INTRM1 DRILL CIRC T Notice 2nd wash out in drill pipe.Circ at reduce flow rate&break down 2 stands of drill pipe(#54&#56(and inspect pipe. 04:30 12:00 7.50 5,936 6,571 INTRM1 DRILL DDRL P Drill ahead f/5,936'to 6,571'MD 5,394'TVD,ADT 5.34 hrs, 725 gpm, 2480 psi, ECD 10.51 ppg, PU wt 203 k, SO wt 162 k, ROT wt 180 k, DT 12.3 k ft/lbs trq&OBT 8 k ft/lbs trq Page 6 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 12:00 00:00 12.00 6,571 7,700 INTRM1 DRILL DDRL P Drill ahead f/5,936'to 7,700'MD 6,063'TVD,ADT 8.88 hrs, 725 gpm, 2560 psi, ECD 10.50 ppg, PU wt 225 K SO wt 165 k, ROT wt 193 K DT 16 k ft/lbs trq&OBT 11.7 k ft/lbs trq 12/25/2014 Drill ahead f/7,700' to TD @ 8,171". Circ hole clean&wt up to 9.8 ppg. POOH w/MPD to 4,000'. Remove ghost reamer& RCD element. POOH to 2,525. Circ casing clean. F/C. POOH&L/D BHA. Clean&clear floor. 00:00 05:00 5.00 7,700 8,171 INTRM1 DRILL DDRL P Drill ahead f/7,700'to 8,171"MD 6,208'TVD,ADT 3.54 hrs, 725 gpm, 2560 psi, ECD 10.50 ppg, PU wt 225 k, SO wt 165 k, ROT wt 193 k, DT 16 k ft/lbs trq&OBT 11.7 k fUlbs trq 05:00 10:00 5.00 8,171 7,791 INTRM1 CASING CIRC P Circulate and condtion hole with 4xBU racking a stand back every B/U from 8,171'to 7,791'. Weight up system to 9.8ppg Pump 3x's 30bbls 11.8ppg weighted sweep with 10ppb nut plug. 750gpm,2720psi 100rpm, 13.5k tq, ECD 10.44 F/8,171 T/7,791 10:00 10:30 0.50 7,791 7,791 INTRM1 CASING OWFF P Blow down Top Drive and observe well for flow.-Static Rotate 10rpm, 10k tq 10:30 11:00 0.50 7,791 7,791 INTRM1 CASING SEQP P Install RCD element and pull test 30k-Latched Good 11:00 15:00 4.00 7,791 3,965 INTRM1 CASING TRIP P Strip out of the hole holding back pressure with @Balance from 7,791' to 3,965' 15:00 16:15 1.25 3,965 3,965 INTRM1 CASING SEQP P Remove RCD element, blow down kill line and MPD. 16:15 17:30 1.25 3,965 2,525 INTRM1 CASING TRIP P POOH on elevators on TT(/3,965'to 2,525' 17:30 18:30 1.00 2,525 2,525 INTRM1 CASING CIRC P Circ casing clean for 3 B/U w/750 gpm @ 2150 psi, 100rpm @ 3.6 k trq (pumped nut plug sweep) 18:30 18:45 0.25 2,525 2,525 INTRM1 CASING OWFF P F/C(static-slight drop) 18:45 21:30 2.75 2,525 174 INTRM1 CASING TRIP P POOH on elevators on TT f/2,525'to 174'(racked back HWDP,Jars& NMFC) 21:30 23:00 1.50 174 0 INTRM1 CASING PULD P L/D BHA as per SLB 23:00 00:00 1.00 0 0 INTRM1 CASING RURD P Clean&clear floor of BHA tools 12/26/2014 C/O upper rams to 7 5/8"&test. Dummy run w/hanger. R/U to run casing. RIH w/7 5/8"casing to 7,147' 00:00 00:30 0.50 0 0 INTRM1 CASING BOPE P PJSM-Pull wear ring and set test plug 00:30 04:45 4.25 0 0 INTRM1 CASING BOPE P Change top rams to 7 5/8" Test top rams to 250/3,500psi Test annular with 7 5/8"TJ to 250/2,500 psi Both tests good. 04:45 05:15 0.50 0 0 INTRM1 CASING BOPE P Pull test plug and set thin wall wear ring 10.375"ID Page 7of21 • Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 05:15 05:30 0.25 0 0 INTRM1 CASING RURD P Dummy run casing hanger and mark landing joint. Landed Good 05:30 06:15 0.75 0 0 INTRM1 CASING RURD P Rig up to run casing. 06:15 06:30 0.25 0 0 INTRM1 CASING SFTY P PJSM on running casing 06:30 12:00 5.50 0 2,538 INTRM1 CASING PUTB P RIH w/7 5/8"29.7#L-80 BTCM Intermediate casing to 2,538'(Shoe, 3 jts, F/C w/Baffle adaptor, 1 jt, Baffle collar, &56 jts for 60 jts total in hole) 12:00 13:30 1.50 2,538 2,538 INTRM1 CASING RURD P R/D power tongs&elevators&R/U Tesco casing equipment. 13:30 14:45 1.25 2,538 2,538 INTRM1 CASING CIRC P Circ B/U w/2 bpm @ 65 psi 14:45 00:00 9.25 2,538 7,147 INTRM1 CASING PUTB P RIH w/7 5/8"29.7#L-80 BTCM Intermediate casing f/2,538'to 7,147' SO wt 165 k(4 jts-64 total, stage collar, 105 jts for 169 total jts in hole) 12/27/2014 Cont.to RIH 7 5/8"casing f/7,147'&land on hanger on depth @ 8,161'. Circ&cond mud for cement job. Cement 1st stage. Open stage collar&cement 2nd stage. Set pack off&test. UD RCD element. Flush stack. L/D 5"DP from derrick. (AD LOT&freeze protect OA) 00:00 02:30 2.50 7,147 8,125 INTRM1 CASING PUTB P RIH w/7 5/8"29.7#L-80 BTCM Intermediate casing f/7,147' to 8,125' SO wt 167 k(192 total jts in hole) 02:30 02:45 0.25 8,125 8,161 INTRM1 CASING HOSO P P/U hanger&landing jt&land casing on depth @ 8,161'(PU wt 285 k/SO wt 167 k) 02:45 05:45 3.00 8,161 8,161 INTRM1 CEMEN'CIRC P Circ&condition mud for cement job. Stage flow rate up to 5 bpm @ 415 psi. Reciprocate pipe 270k up 170k down while pumping. 05:45 06:15 0.50 8,161 8,161 INTRM1 CEMEN-RURD P Rig down Tesco CRT and latch onto spiders with long bailes. Rig up cement head, By-pass plug loaded, verified by HES hand, Co. Rep and SLB cementer. 06:15 07:15 1.00 8,161 8,161 INTRM1 CEMEN CIRC P Continue to circulate and condition mud for 287bb1s more. MW in and out 9.8ppg mud properties in spec for cement job. Conduct PJSM for cement job while circulating. Page 8 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 07:15 10:15 3.00 8,161 8,161 INTRM1 CEMEN-CMNT P Cementerspump2.2bblswater. Pressure test lines to 3,700psi-Good. Pump40.3bbls of 11.5ppg Mud Push II. Drop BY-Pass plug and push out with 1 bbl of Mud Push II.Verify plug left by tattle tale. Load Shut off plug in head and visually verify by-pass plug gone. Pump 74.2bbls of 15.8ppg Qannik slurry. Drop Top Shut off plug. Kick out plug with 20bbls of fresh water.Verify plug left by tattle tale. Displace at 5bpm slow down to 2bpm when plugs passing stage collar then back to 5bpm. Pressure climbed to 1900psi(slowed pumps)when by-pass plug went through shut off collar then back to normal circulating rate. Bumped plug as per calculated strokes at 660psi. Pressure up to 1,160psi and hold for 5minutes. Bleed off and check floats-Good. 1st Stage CIP at 0952hrs. 100%returns during the cement job. Load 2nd stage closing plug in the cement head. Pressure up to 3,230psi and shear Stage tool open. Establish circulation. Landed hanger with 170k. Block wt 60k. 10:15 12:30 2.25 8,161 8,161 INTRM1 CEMEN-CIRCP Circulate and condition mud at Stage collar at 5,452'Mud weight out peak at 10 ppg. Continue to circulate until mud is 9.8ppg in and out. Circulate total of 655bb1s. 12:30 14:00 1.50 8,161 8,161 INTRM1 CEMEN-CMNT P Pump 42.7 bbls of Mud Push II followed 63.5bbls of 15.8ppg Qannik slurry. Launch closing plug and kick out with 20.1 bbls of water.Verify plug launched with tattle tale. Switch to the rig pumps and pump at 5bpm bump plug with 2bpm 252bbls total. Landing pressure 630psi. Pressure up to 1900psi, HES collar closed at 1750psi. Hold for 5minutes and bleed back. Confirmed HES stage collar closed. _ CIP stage at 13:46hrs. 14:00 15:15 1.25 0 0 INTRM1 CEMEN-RURD P Blow down lines, rig down cement head and equipment. L/D landing joint. Lay down tools and equipment from the rig floor. 15:15 15:45 0.50 0 0 INTRM1 CEMEN-RURD P Pick up test joint and pull wear ring Page 9of21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 15:45 16:45 1.00 0 0 INTRM1 CEMEN'WWSP P Set pack off and tighten gland nuts to 450ft/lbs then locking pins to 450 ft/lbs Pressure test pack-off to 5,000psi for 5minutes-Good.Witnessed by rig supervisor. 16:45 17:30 0.75 0 0 INTRM1 CEMEN-RURD P R/D long bails&Tesco equipment. R/U short bails&5"elevators. 17:30 21:45 4.25 0 0 INTRMI CEMEN-PULD P L/D NMFC's, HWDP,Jars&MPD- RCD running tool 21:45 22:30 0.75 0 0 INTRM1 CEMEN-WWWH P M/U stack washer&flush stack. B/D top drive&L/D srtack washer 22:30 00:00 1.50 0 0 INTRM1 CEMEN-PULD P L/D 5"DP fromm derrick via mouse hole. SIMOPS-AD LOT on OA, flush&freze protect. 12/28/2014 Cont.to L/D 5"DP. Slip&cut drill line. Service Rig. P/U&rack back 10 stands 4"DP. C/O rams. Test B.O.P.'s. 00:00 11:30 11.50 0 0 INTRM1 CEMEN-PULD P Lay down 68 stands of 5"drill pipe from the derrick via mousehole. Conditions windy. 11:30 12:45 1.25 0 0 INTRM1 CEMEN-SLPC P Cut&Slip 75'of drill line. Check brake kick rollers. 12:45 13:30 0.75 0 0 INTRM1 CEMEN SVRG P Lubricate top drive&Drawworks 13:30 14:15 0.75 0 0 INTRM1 CEMEN RURD P Calibrate MWD depth encoder and weight indicator. C/O handling equipment to 4"from 5" 14:15 16:00 1.75 0 0 INTRM1 CEMEN-PULD P P/U 10 stands 4"DP&rack back in derrick. 16:00 19:15 3.25 0 0 INTRM1 CEMEN BOPE P PJSM. Drain stack. C/O upper rams to 3 1/2"x 6"VBR's. C/O saver sub &grab heads to 4". Install 4"bell guide. 19:15 21:30 2.25 0 0 INTRM1 WHDBO RURD P P/U test jt, M/U upper test plug& set. R/U to test B.O.P.'s. Fill lines w/H20. 21:30 00:00 2.50 0 0 INTRMI WHDBO BOPE P BOPE Test:Test w/4"test joint, Annular to 250/2,500 psi for 5 min, Tested choke valves#1 -14, auto& man IBOP, HCR choke&kill,4" Demco,4"FOSV, dart&needle valves, HCR choke&kill to250/3500 psi for 5 min. (good).Witness of test waived by AOGCC John Crisp 12/29/2014 Cont.to test B.O.P.'s. M/U 6 3/4"BHA&single in hole while P/U 4"DP to 5,252'.test csg.W7R to 5,449'. Drill out stage collar to 5,451'.W&R to 5,615'. Circ B/U. B/D top drive. POOH to 5,233' Page 10 of 21 Time Logs Date From To Dur S. Depth E. Death Phase Code Subcode T Comment 00:00 03:30 3.50 0 0 INTRM1 WHDBO BOPE P Test B.O.P.'s w/3 1/2"&4"test jts. upper&lower 3.5"x 6"VBR's, Man choke/kill valves&blind rams to 250/3500 psi for 5 min.Test super choke&man choke on manifold to 1500 psi. Koomey test; IP=3,050 psi,After close= 1,500 psi, 200 psi recovery 31 sec,full recovery 187 sec, N2-4 bottle average=2050 psi. Tested gas alarms.AOGCC test waived by John Crisp 03:30 04:00 0.50 0 0 INTRM1 WHDBO RURD P R/D testing equipment. Pull test plug &set wear ring. 04:00 04:45 0.75 0 0 INTRM1 CEMEN-RURD P Calibrate block height. Safety wire bolts on top drive. 04:45 05:15 0.50 0 0 INTRM1 CEMEN-SEQP P M/U 4"RCD element running tool& stand back in derrick. 05:15 08:00 2.75 0 405 INTRM1 CEMEN-PULD P M/U 6 3/4"BHA to 405'as per SLB (Power Drive, PeriScope, Impulse, SonicScope, NMFC, FS,Well Commander, HWDP Jars(clamp removed),&HWDP)Verify floats non-ported and installed correctly. 08:00 10:00 2.00 405 1,548 INTRM1 CEMEN-PULD P RIH w/P/U 4" DP drill pipe f/405' to1,548' 10:00 11:00 1.00 1,548 1,548 INTRM1 CEMEN-DHEQ P Shallow hole test MWD w/225 gpm @ 1210 psi(good). Fuction well commander. Open PSI loss f/1240 psi to 140 psi&Close f/140 psi to 1240 psi. (1680 max psi to open/close) 11:00 15:45 4.75 1,548 5,252 INTRM1 CEMEN-PULD P RIH w/P/U 4"DP drill pipe f/1,548'to 5,252'(Tag TOC) 15:45 16:30 0.75 5,252 5,252 INTRM1 CEMEN-CIRCP Circ&cond. mud for casing test w/225 gpm @ 1650 psi&w/30 rpm _ @4.5ktrq 16:30 17:00 0.50 5,252 5,252 INTRM1 CEMEN RURD P B/D top drive&R/U to test casing. 17:00 17:30 0.50 5,252 5,252 INTRM1 CEMEN PRTS P Test casing to 1000 psi&hold for 10 min(good) 17:30 18:00 0.50 5,252 5,252 INTRM1 CEMEN RURD P B/D hose&lines&R/D testing equipment 18:00 22:30 4.50 5,252 5,451 INTRM1 CEMEN DRLG P Drill cement&stage collar f/5,252'to 5,451'(stage collar f/5,449'to 5,451') w/200-225 gpm @ 1160-1560 psi &w/40-70 rpm@5.5-7ktrq 22:30 23:00 0.50 5,451 5,615 INTRM1 CEMEN-WASH P Wash in hole f/5,451'to 5,615'w/225 gpm @ 1450 psi&w/30 rpm @ 6.5 k trq 23:00 23:30 0.50 5,615 5,615 INTRM1 CEMEN-CIRC P Circ B/U w/225 gpm @ 1450 psi& w/30 rpm @ 6.5 k trq 23:30 23:45 0.25 5,615 5,615 INTRM1 CEMEN-OWFF P B/D top drive&F/C 23:45 00:00 0.25 5,615 5,233 INTRM1 CEMEN-TRIP P POOH 4 stands f/5615 to 5,233' 12/30/2014 Cont.to RIH while P/U 4"DP f/5,233'to 7,500'(MADD pass f/6,695')W&R f/7,500'to 7,827'.Test csg. Drill out to 8,191'. Displace to 9.0 ppg OBM. FIT to 12.5 ppg. Install RCD element. Fuction test&finger print new MPD software. Page 11 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 00:00 03:00 3.00 5,233 7,504 INTRM1 CEMEN-PULD P RIH w/P/U 4"DP drill pipe f/5,233'to 7,504'(MADD pass f/6,695')-Tag cement stringer @ 7,504' 03:00 07:30 4.50 7,504 7,827 INTRM1 CEMEN-COCF P Wash in hole f/7,504'to 7,827'w/225 gpm 1810 psi&w/40 rpm @ 10 k trq. Cont.to MADD pass&drill through periodic stringer. 07:30 08:30 1.00 7,827 7,980 INTRM1 CEMEN'COCF P Drill cement f/7,827'to 7,980'(tag B/C)w/225 gpm @ 1810 psi&w/40 rpm @ 10 k trq 08:30 10:00 1.50 7,980 7,980 INTRMI CEMEN-PRTS P R/U&test casing to 3500 psi& chart for 30 min(good). R/D testing equipment 10:00 14:30 4.50 7,980 8,171 INTRM1 CEMEN'DRLG P Drill out B/C, F/C, Shoe track&rat hole f/7,980'to 8,171'w/225 gpm @ 1700- 1780 psi&w/40-60 rpm @ 10-11 ktrq-Shoe@8,161' 14:30 15:15 0.75 8,171 8,191 INTRM1 CEMEN-DDRL P Drill 20'new formation f/8,171'to 8,191'and/6,205'ADT 0.80 hrs 15:15 16:00 0.75 8,191 8,191 INTRMI CEMEN DHEQ T Trouble shoot MWD&reboot computers&software 16:00 16:15 0.25 8,191 8,191 INTRM1 CEMEN-OWFF P F/C(static) 16:15 17:45 1.50 8,191 8,191 INTRM1 CEMEN-DISP P Circ&displace to new 9.0 ppg OBM w/220 gpm @ 2030-2300 psi& w/50@5-9.5 k trq 17:45 18:00 0.25 8,191 8,191 INTRM1 CEMEN-OWFF P F/C(static) 18:00 18:15 0.25 8,191 8,123 INTRM1 CEMEN-TRIPP POOH&rack back 1 stand f/8,191' to 8,123'-Cont. F/C(static) 18:15 18:45 0.50 8,123 8,123 INTRM1 CEMEN RURD P PJSM-R/U to FIT 18:45 19:15 0.50 8,123 8,123 INTRM1 CEMEN-FIT P FIT to 12.5 ppg,2.2 bbls to 1130 psi 19:15 19:45 0.50 8,123 8,123 PROD1 DRILL RURD P R/D Testing equip. B/D Lines 19:45 21:45 2.00 8,123 8,123 PROD1 DRILL SEQP P PJSM-Install @ Balance RCD element(1st element not able to latch up/use back up element) 21:45 22:45 1.00 8,123 8,123 PROD1 DRILL SEQP P Obtain finger print for new @ Balance software w/various parameters. 22:45 00:00 1.25 8,123 8,123 PROD1 DRILL SEQP T Trouble shoot @ Balance chokes 12/31/2014 Cont.to trouble shoot&finger print @ Balance.Wait on Phase 3 weather. Cont.to trouble shoot&finger print @ Balance. 00:00 01:45 1.75 8,123 8,123 PROD1 DRILL SEQP T Cont.to trouble shoot&finger print @ Balance MPD equipment. 01:45 16:30 14.75 8,123 8,123 PROD1 DRILL CIRC T Safety Stand Down on Phase Weather-Circulate w/200 gpm @ 1650 psi&wait on Phase 3 weather -SIMOPS-Trouble shoot&finger print @ Balance MPD equipment. 16:30 00:00 7.50 8,123 8,123 PROD1 DRILL SEQP T Trouble shoot&finger print @ Balance MPD equipment. (Changed out seat on#1, losing psi. Closed lower rams&pump thru kill line to eliminate open hole, losing psi. Bling off choke#1 &utilize choke#2 as primary. losing psi) Page 12 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 01/01/2015 24hrsummary Cont.to trouble shoot @ Balance chokes. Drill ahead f/8,191'to 8,935' 00:001 06:00 6.00 8,123 8,191 PROD1 DRILL SEQP T Cont.to work on MPD chokes (Isolated bypass&chokes still bleeding psi, confirmed it was choke manifold. Rebuild choke#2-replace gate&flip over set, still losing 10- 12 psi per minute. Decision made to drill ahead)M/U to stand in derrick. Finger print MPD base line& simulate making connection. RIH f/8,123'to 8,191' 06:00 12:00 6.00 8,191 8,460 PROD1 DRILL DDRL P Drill Ahead f/8,191 to 8,460' MD/ 6,238'TVD ADT 3.69 hrs, ECD 9.86 ppg,240 gpm 2340 psi, 110/140 rpm, PU wt 186 k, SO wt 124 k, 150 k, DT 8 k ft/Ibs, 7 k ft/lbs 12:00 00:00 12.00 8,460 8,935 PROD1 DRILL DDRL P Drill Ahead f/8,460 to 8,935' MD/ 6,239'TVD ADT 9.1 hrs, ECD 9.97 ppg,250 gpm 2410 psi, 130 rpm, PU wt 180 k, SO wt 121 k, 154 k, DT 8 k ft/lbs,6 k ft/lbs 01/02/2015 Drill ahead f/8,935'to 10,430' 00:00 12:00 12.00 8,935 9,562 PROD1 DRILL DDRL P Drill Ahead f/8,935 to 9,562' MD/ 6,213'TVD ADT 9.61 hrs, ECD 10.06 ppg,250 gpm 2660 psi, 140 rpm, PU wt 188 k, SO wt 120 k, 153 k, DT 9 k ft/Ibs,6.7 k ft/lbs 12:00 00:00 12.00 9,562 10,430 PROD1 DRILL DDRL P Drill Ahead f/9,562 to 10,430' MD/ 6,216'TVD ADT 9.48 hrs, ECD 9.95 ppg,250 gpm 2370 psi, 140 rpm, PU wt 200 k, SO wt 111 k, 152 k, DT 9 k ft/lbs, 8 k ft/lbs 01/03/2015 Drill ahead f/10,430'to 12,032' 00:00 12:00 12.00 10,430 11,177 PROD1 DRILL DDRL P Drill Ahead f/10,430 to 11,177' MD/ 6,232'TVD ADT 9.33 hrs, ECD 10.2 ppg,240 gpm 2560 psi, 120 rpm, PU wt 208 k, SO wt 112 k, 151 k, DT 10.5 k ft/Ibs, 9.7 k ft/lbs 12:00 00:00 12.00 11,177 12,032 PROD1 DRILL DDRL P Drill Ahead f/11,177'to 12,032'MD/ 6,215'TVD ADT 9.41 hrs, ECD 10.17 ppg, 230 gpm 2630 psi, 120 rpm, PU wt 201 k, SO wt 104 k, 153 k, DT 9.5 k ft/Ibs, 8 k ft/lbs 01/04/2015 Drill ahead f/12,032'to 12,795'. Circ B/U. BROOH to 11,365'. RIH whil P/U 45 jts of HWDP. Drill ahead f/12,795'to 13,027' 00:00 11:00 11.00 12,032 12,795 PROD1 DRILL DDRL P Drill Ahead(/12,023'to 12,795'MD/ 6,208'TVD ADT 8.42 hrs, ECD 10.27 ppg,250 gpm 2860 psi, 120 rpm, PU wt 220 k, SO wt 75 k, 154 k, DT 9.5 k ft/Ibs, 7.5 k ft/lbs 11:00 12:30 1.50 12,795 12,795 PROD1 DRILL CIRC P Circ B/U w/250 gpm @ 2850 pis& w/140 rpm @ 8.5 k trq Page 13of21 I Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 12:30 17:00 4.50 12,795 11,365 PROD1 DRILL REAM P BROOH w/240 gpm @ 2580 psi& w/140 rpm @ 8- 10 k trq.@ Balance holding 275 psi on connections.Variuos spots with errattic torque, primarily through dirty sand zones 17:00 17:15 0.25 11,365 11,365 PROD1 DRILL RURD P B/D,top drive, line up on kill line 17:15 19:45 2.50 11,365 12,795 PROD1 DRILL PULD P Strip in hole with @ Balance(275 psi in slips& 150 psi while RIH)while picking up 45 jts of 4" HWDP for push pipe f/11,365'to 12,795' 19:45 20:30 0.75 12,795 12,795 PROD1 DRILL CIRC P Circ w/240 gpm @ 2850 psi&w/140 rpm @ 8.5 k trq. Downlink to tools& line up to drill ahead. 20:30 00:00 3.50 12,795 13,027 PROD1 DRILL DDRL P Drill Ahead f/12,795'to 13,027'MD/ 6,211'TVD ADT 2.54 hrs, ECD 10.34 ppg,240 gpm 2830 psi, 140 rpm, PU wt 225 k, SO wt 101 k, 162 k, DT 10 k ft/lbs, 8.5 k ft/lbs 01/05/2015 Drill ahead f/13,027'to 13,599'. C/O @ Balance RCD element. Drill ahead f/13,599'to 14,495' 00:00 09:00 9.00 13,027 13,694 PROD1 DRILL DDRL P Drill Ahead f/13,027'to 13,694'MD/ 6,217'TVD ADT 6.8 hrs, ECD 10.45 ppg,240 gpm 2930 psi, 140 rpm, PU wt 218 k, SO wt 112 k, 160 k, DT 10 k fUlbs, 9 k fUlbs 09:00 10:15 1.25 13,694 13,599 PROD1 DRILL CIRC T (MPD element bad)Circ B/U whlie ream out of hole 1 stand f/13,694'to 13,599'w/240 gpm @ 3000-2850 psi&w/140-100 rpm @ 9 k trq. SIMOPS-PJSM on C/O MPD element. 10:15 11:45 1.50 13,599 13,599 PROD1 DRILL SEQP T C/O MPD element while dynamically holding psi under annular preventer. 11:45 12:00 0.25 13,599 13,599 PROD1 DRILL CIRC T Break circulation&obtain new SPR's 12:00 12:30 0.50 13,599 13,694 PROD1 DRILL REAM T Ream in hole 1 stand f/13,599'to 13,694'w/240 gpm @ 2790 psi& w/120 rpm @ 9 k trq 12:30 00:00 11.50 13,694 14,495 PROD1 DRILL DDRL P Drill Ahead f/13,694'to 14,495'MD/ 6,213'TVD ADT 8.99 hrs, ECD 10.51 ppg,240 gpm 3000 psi, 140 rpm, PU wt 236 k, SO wt 76 k, 160 k, DT 11 k fUlbs, 9.5 k ft/lbs 01/06/2015 Drill ahead f/14,495'to TD of 14,513'. Circ 2 open hole volumes. BROOH f/14,495'to 8,546'md. 00:00 00:15 0.25 14,495 14,513 PROD1 DRILL DDRL P Drill f/14,495'to TD of 14,513'MD/ • 6,212'TVD ADT 0.21 hrs, ECD 10.51 ppg,240 gpm 3000 psi, 140 rpm, PU wt 236 k, SO wt 76 k, 160 k, DT 11 k fUlbs, 9.5 k fUlbs Page 14 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 00:15 02:00 1.75 14,513 14,513 PROD1 CASING CIRC P Take final survey.Circ 2 open hole volumes w/240 gpm @ 2990 psi& w/140 rpm @ 9.5 k trq. SPR's @ 14,513'md, 01:35 hrs MP1: 15 spm 720 psi 25 920 psi MP2: 15 spm 710 psi 25 910 psi 02:00 12:00 10.00 14,513 10,888 PROD1 CASING REAM P BROOH f/14,513'to 10,888'with 240 gpm, 2,980 psi, 140 rpm, 10-8K TQ. PU= 180 K, SO= 120K, ROT= 145K. 12:00 18:45 6.75 10,888 8,640 PROD1 CASING REAM P BROOH f/10,888'to 8,640'with 240 gpm, 2,320-2,500 psi, 100- 120 rpm, 6-9K TQ. Packing off/high TQ between 8,860'-8,640'md, in various spots 18:45 20:30 1.75 8,640 8,981 PROD1 CASING REAM T Wash and ream f/8,640'to 8,981' with 200 gpm, 1,750-psi, 100 rpm, 6-8K TQ. 20:30 23:30 3.00 8,981 8,640 PROD1 CASING REAM T BROOH f/8,981'to 8,640'with 200-240 gpm, 2,270-2,310 psi, 100 rpm, 7K TQ. Packing off at 8,864', 8,644',8,594'. 23:30 00:00 0.50 8,640 8,546 PROD1 CASING REAM P BROOH f/8,640'to 8,546'with 200-240 gpm,2,270-2,310 psi, 100 rpm,7K TQ. Losses for 24 hours= 55 bbl(2.3 bbl/hr). Note: O/A=680 psi 01/07/2015 Wash and ream thru tight area from 8,500-9,000'md. POOH to 7-5/8"shoe, CBU,weight up to 9.6 ppg OBM, Flow chk. Strip OOH, LD RCD element, flow-ck, POOH, LD BHA, RU csg equip. 00:00 03:30 3.50 8,546 8,123 PROD1 CASING REAM P BROOH f/8,456'to 8,123'with 240 gpm, 2,270 psi, 120-140 rpm, 8-6K TQ. (packed off at 8,490'). PU= 175K, SO= 135K, ROT= 155K. 03:30 05:00 1.50 8,123 8,123 PROD1 CASING CIRC P CBU 2X with 240 gpm,2,250 psi120 rpm,6.2K TQ, standing back 1 std/hr. (ECD- 10.06-10.02 ppg) Blow down TD. Line up and pump down Kill line at 2.2 BPM to maintain MPD back pressure. 05:00 05:30 0.50 8,123 8,123 PROD1 CASING SVRG P Service, TD, Iron roughneck, Draw works. Change out swivel packing on TD. 05:30 05:45 0.25 8,123 8,123 PROD1 CASINGSVRG P Pressure test Swivel packoff on TD to 3,500 psi-good 05:45 06:15 0.50 8,123 8,123 PROD1 CASING WASH P Wash in hole from 8,123'to 8,168' and with 249 gpm,2,220 psi w/o rotary. Pull back inside csg shoe. PU= 175K, SO= 140K, ROT= 155K 06:15 08:00 1.75 8,123 8,123 PROD1 CASING CIRC P C&C mud at 8,123'.with 255 gpm, _ 2,500 psi, 140-100 rpm, 6.5K TQ. 08:00 09:15 1.25 8,123 8,123 PROD1 CASING CIRC P C&C OBM mud at 8,123'.with 255 gpm,2,500 psi ICP-2,590 psi FCP, 100 rpm,6.5-5K TQ. Increase MW from 9.0 ppg to 9.3 ppg Page 15 of 21 • Time Logs Date From To Dur S. Depth E. Death Phase Code Subcode T Comment 09:15 11:15 2.00 8,123 8,123 PROD1 CASING CIRC P C&C OBM mud at 8,123'.with 250- 160 gpm,2,590-1,190 psi, 100 rpm, 6.5-5K TQ. Increase MW from 9.3 ppg to 9.6 ppg. Take SPRs and blow down TD. PU= 165K, SO= 140K, ROT= 150K, TQ=5K SPR's @ 8,123'md, 11:00 hrs MP1: 15 spm 480 psi 25 710 psi MP2: 15 spm 480 psi 25 710 psi 11:15 11:45 0.50 8,123 8,123 PROD1 CASING OWFF P Flow chk for 30 min-static 11:45 12:00 0.25 8,123 7,838 PROD1 CASING TRIP P Line up on Kill line and pump at 2.6 bpm to maintain MPD pressure schedule while stripping OOH from 8,123'to 7,838'md. PU= 160K, SO= 138K Note: OA=660 psi 12:00 12:30 0.50 7,838 7,301 PROD1 CASING TRIP P Continue to strip OOH from 7,838'to 7,301'where it pulled tight. 12:30 14:15 1.75 7,301 7,301 PROD1 CASING CIRC T CBU 2X at 190-240 gpm, 1,490- 2,260 psi, 100 rpm,4.5-5.0TQ. Had heavy cutting returns over shakers. 14:15 14:45 0.50 7,301 7,301 PROD1 CASING CIRC T Blow down TD and line up to pump down Kill line 14:45 15:45 1.00 7,301 6,219 PROD1 CASING TRIP P Continue to strip OOH from 7,301'to 6,219'holding constant back pressure with MPD. 15:45 16:15 0.50 6,219 6,219 PROD1 CASING CIRC P Pump 25 bbl, 12.1 ppg slug and blow down TD 16:15 19:30 3.25 6,219 976 PROD1 CASING TRIP P Continue to strip OOH from 6,219'to 976'holding constant back pressure with MPD. 19:30 19:45 0.25 976 976 PROD1 CASING OWFF P Flow chk-static. PJSM for handling BHA. 19:45 20:15 0.50 976 976 PROD1 CASING SEQP P PJSM. Pull RCD element with running tool. 20:15 21:15 1.00 976 976 PROD1 CASING SEQP P LD element, stabbing stand, break down running tool and LD. LD two jts of DP, blow down Kill line. Function UPRs and LPRs-good. 21:15 21:45 0.50 976 407 PROD1 CASING TRIP P POOH on Trip tank from 976'to 407'. 21:45 22:15 0.50 407 407 PROD1 CASING OWFF P Flow chk-static. PJSM for LD BHA. 22:15 00:00 1.75 407 81 PROD1 CASING PULD P LD Jars, PU and add 1 jt of HWDP to stand and rack back in derrick. Continue to LD BHA. Note: OA=700 psi 01/08/2015 BROOH to inside 7-5/8"csg shoe, CBU, stage up MW from 9.0 to 9.6 ppg, OBM. Flow chk, strip OOH, pump slug,strip OOH to 1,000'pull, LD RCD element,flow chk, POOH, rack HWDP, LD BHA, RU csg tools, run 3-1/2"liner lower cmpl. MU hanger and continue running in open hole. 00:00 00:30 0.50 81 0 PROD1 CASING PULD P Continue to LD BHA from 81'. Page 16 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 00:30 02:30 2.00 0 0 PROD1 CASING RURD P LD BHA,tools and equip via the Beaver slide. Clear and clean rig floor 02:30 03:00 0.50 0 0 COMPZ CASING RURD P RU casing equipment. PJSM for running 3-1/2"Lower cmpl liner. 03:00 11:30 8.50 0 6,451 COMPZ CASING PUTB P Run 3-1/2", 9.3 lb/ft, L-80, SLHT, R2 Blank/slotted liner to 2,000'. Make up to 4,400 ft-lb, at 10 rpm, using Seal Gard ECF thread compound. Change from 3-1/2"tbg elevators to 3-1/2"DP elevators. 11:30 12:30 1.00 6,451 6,510 COMPZ CASING OTHR P MU Baker Seal Bore Extension and Liner top Pkr. Continue to RIH to 6,510'. PU= 105K, SO= 100K. 12:30 13:00 0.50 6,510 6,510 COMPZ CASING RURD P Mix and pour PAL mix, RD casing tools. 13:00 13:30 0.50 6,510 6,992 COMPZ CASING RUNL P Change from 3-1/2 DP elevators to 4" DP elevators. Run 3-1/2",9.3 Ib/ft, L-80, SLHT, R2 Blank/slotted liner to 6,992'on 4"DP'. Pump at 2 bpm, 270 psi, PU= 110K, S0= 106K, rotate at 6 rpm with 1.8K ft-lb TQ. 13:30 15:45 2.25 6,992 8,160 COMPZ CASING RUNL P Continue to run 3-1/2",9.3 Ib/ft, L-80, SLHT, R2 blank/slotted liner to 7-5/8"csg shoe at 8,160'on 4"DP'. Pump at 3 bpm, 280 psi, PU= 130K, SO= 115K, rotate at 6 rpm with 2.3K ft-lb TQ, ROT= 124K 15:45 00:00 8.25 8,160 14,465 COMPZ CASING RUNL P Continue to run 3-1/2",9.3 lb/ft, L-80, SLHT, R2 blank/slotted liner to 14,465'on 4"DP'in open hole. Fill pipe every 20 stds. SO= 140K lb. 01/09/2015 Continue to run 3-1/2",9.3 lb/ft, L-80, SLHT, R2 liner and set on depth. Set hngr/liner top pkr, release from. Displace to 9.6 ppg Brine. Flow chk for 30 min. POOH and LD 4"DP. Service Rig, clear ice from derrick, cut &slip DL, PJSM. RU to run 3-1/2", EUE, 9.3 lb/ft tbg cmpl. 00:00 00:30 r 0.50 14,465 14,517 COMPZ CASING RUNL P Continue to run 3-1/2", 9.3 lb/ft, L-80, SLHT, R2 blank/slotted liner from 14,465' and tag btm at 14,517'. PU=202K, SO= 138K lb. 00:30 02:15 1.75 14,517 14,498 COMPZ CASING HOSO P Locate on depth and mark. Break DP connection and drop 29/32"setting ball and pump down at 3 bpm, 570 psi. Ball went on seat and pressured up to 1,800-2,500 psi and attempted to set liner hanger- unsuccessful. Confer with town. Pressure up to 3,300 psi and set hanger. pressure up to 3,600 psi and release from liner. Confirm set by setting 80K lb on liner. PU and set down with 60K and set liner top pkr. PU and rotate at 20 rpm and set down on liner to confirm set-good. _ 02:15 02:30 0.25 14,498 14,498 COMPZ CASING RURD P Blow down TD, RU test equip. Page 17 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 02:30 03:00 0.50 14,498 14,498 COMPZ CASING PRTS P Close Annular and pressure test Liner top pkr and 7-5/8"csg for 10 and record-good. Bleed off pressure and blow down Kill line. 03:00 03:45 0.75 14,498 7,993 COMPZ WELLPF CIRC P Pump down DP and shear out Ball seat with 3,990 psi. Bleed off pressure and PU until running tool was at the bottom of tie-back sleeve. 03:45 04:00 0.25 7,993 7,993 COMPZ WELLPF OWFF P Flow chk for 10 min-static 04:00 04:15 0.25 7,993 7,993 COMPZ WELLPF SFTY P PJSM for displacing well(above liner) to 9.6 ppg brine from 9.6 ppg OBM. 04:15 05:15 1.00 7,993 7,993 COMPZ WELLPF DISP P Pump 75 bbl of viscosified transition spacer at 10.5 ppg,followed by 35 bbl of cleaning spacer with 10% DeepClean followed by 35 bbl of cleaning spacer,followed by+/-485 bbl of 9.6 ppg NaCl/KCI brine at 6-8 bpm. Take returns of MOBM to trucks to be sent for reprocessing at the Mud Plant. 05:15 06:30 1.25 7,898 7,898 COMPZ WELLPF DISP P Once Brine cleared the liner top, continue displacement at 10-7 BPM, 2,330-1,230 psi while reciprocating from 7,898'-7,803'. Blow down TD. PU=205K, S0= 145K. 06:30 07:00 0.50 7,898 7,898 COMPZ WELLPF OWFF P Flow chk for 30 min-static. Blow down MPD equip. 07:00 08:00 1.00 7,898 7,898 COMPZ WELLPF SFTY P Flush Kill line with 6 bpm, 250 psi. Blow down Kill line. Held Safety Stand-Up meeting with crew to re-focus on safety. 08:00 08:30 0.50 7,898 7,898 COMPZ WELLPF CIRC P Obtain SPRs with 9.6 ppg brine. SPR's @ 7,898'md, 08:15 hrs MP1: 20 spm 110 psi 30 240 psi MP2: 20 spm 110 psi 30 240 psi 08:30 12:00 3.50 7,898 5,225 COMPZ WELLPF TRIP P POOH from 7,898'to 5,225' monitoring hole fill on Trip tank and laying down 4"DP. 12:00 16:45 4.75 5,225 59 COMPZ WELLPF TRIP P POOH from 5,225'to 59'monitoring hole fill on Trip tank and laying down 4"DP. 16:45 17:30 0.75 59 0 COMPZ WELLPF RURD P PJSM. LD liner running tool. Change out from 4"to 3-1/2"DP elevators. LD running tool. 17:30 17:45 0.25 0 0 COMPZ WELLPF SFTY P Safety Stand up mtg to discuss Field wide increase of HSE incidents. 17:45 19:00 1.25 0 0 COMPZ RPCOM WWWH P PJSM. Clear and clean rig floor. PU Stack washer. RIH and wash stack, flush Kill line with 10 bbl/min, 100 psi. Blow down Kill line. 19:00 20:00 1.00 0 0 COMPZ RPCOM SVRG P Service Rig 20:00 21:00 1.00 0 0 COMPZ RPCOM SFTY P Remove Ice from derrick. 21:00 22:30 1.50 0 0 COMPZ RPCOM SLPC P Slip and cut 6 wraps of drill line. Page 18of21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 22:30 23:00 0.50 0 0 COMPZ RPCOM RURD P Pull Wear ring. Set thing Wear ring (ID=9"). 23:00 23:15 0.25 0 0 COMPZ RPCOM SFTY P Safety Stand up mtg to discuss Field wide increase of HSE incidents. 23:15 00:00 0.75 0 0 COMPZ RPCOM RURD P PJSM. RU tbg equip for running 3-1/2",9.3 lb/ft, L-80, EUE, 8rd, R2 tubing assembly. 01/10/2015 Run 3-1/2", 9.3 lb/ft, L-80, EUE, 8rd, R2 tubing assembly, locate on depth, space out, land on tbg hanger, spot corrosion inhibitor, drop ball/rod, pressure test, shear out, set TWC and ND. 00:00 06:00 6.00 0 5,938 COMPZ RPCOM PUTB P PJSM. Run Mule shoe, Seal assembly,XN nipple w/RCHM plug, 3-1/2", 9.3 lb/ft, L-80, EUE, 8rd, R2 tubing,3.5"x 1"KBMG w/DCK-2 SOV, 182 jts of tbg SO=95K. 06:00 06:45 0.75 5,938 5,963 COMPZ RPCOM SSSV P PJSM. PU/MU 3.5", TRMAXX-5E SSSV and 1/4"stainless steel control line. Hang sheave in derrick. 06:45 07:00 0.25 5,963 5,963 COMPZ RPCOM SSSV P Pressure test IDFC(internal swedge) fitting on SSSV to 6,000 psi for 15 min-good. 07:00 10:00 3.00 5,938 7,898 COMPZ RPCOM PUTB P Continue to run 3-1/2",9.3 lb/ft, L-80, EUE, 8rd, R2 tubing and 1/4"SS control line,to 7,898'. Cannon clamps: 62-3.5"full clamps-3500-A-07 2- 3.5"half clamps-3500-C-07 3- 4.5"half clamps-4500-C-07 10:00 11:00 1.00 7,898 7,898 COMPZ RPCOM RURD P RD Bell guide on TD, MU 3.5"EUE head pin and 1502 circ equip. 11:00 11:30 0.50 7,898 8,038 COMPZ RPCOM CIRC P Tag up on No-Go on depth with 8K lb. PU and pump at 1 BPM, 50 psi. Slack off and observe pressure increase to 90 psi. Shut down pumps and open Bleeder. Slack off and reconfirm No-Go with 3K lb. PU= 120K, SO= 102K. 11:30 12:30 1.00 8,038 8,038 COMPZ RPCOM CRIH P PJSM. Pump(directly from Vac truck), 22 bbl of 9.6 ppg brine with corrosion inhibitor at 2 bbl/min, 130 psi. Chase with 69.5 bbl of straight 9.6 ppg NacL/KCI brine from Pit#6. 12:30 13:30 1.00 8,036 8,036 COMPZ RPCOM HOSO P PJSM. LD 5 Jts of 3-1/2"tbg. PU/MU 4-1/2"IBT x 3-1/2"EUE, 8rd XO (BxP), Pups-9.82'+9.81'+5.82', 4-1/2", 12.6 lb/ft, L-80, IBT-M, 1 Jt (38.25')of 4-1/2", 12.6 lb/ft, L-80, IBT-M tbg 13:30 14:15 0.75 8,036 8,036 COMPZ RPCOM RURD P PJSM. MU tbg wear bushing puller with Landing Jt-B and pull WB. LD LJ-B Page 19 of 21 1 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 14:15 15:45 1.50 8,036 8,036 COMPZ RPCOM THGR P PJSM. PU 1 Jt(37.93') of 4-1/2", 12.6#, L-80, IBT-M tbg, MU tubing Hngr,terminate control line thru hngr, test connection to 5,000 psi for 10 min-good. Land tubing Hngr in wellhead with LJ-A.Tubing tail at 8,036.39'. RILDS. 15:45 17:00 1.25 8,036 8,036 COMPZ RPCOM PRTS P PJSM.Test metal to metal Hanger seals to 250 psi/5 min, 5,000 psi/10 min-Good. 17:00 17:45 0.75 8,036 8,036 COMPZ RPCOM PRTS P PJSM. RU test equipment and test IA to 500 psi/10 min-good. 17:45 18:15 0.50 8,036 8,036 COMPZ RPCOM OWFF P Drop Ball and Rod down tbg. Monitor well for 30 min-ok. 18:15 19:00 0.75 8,036 8,036 COMPZ RPCOM RURD P PJSM. Pull Mouse hole. RU hard lines and floor squeeze manifold. Test surface lines to 4,000 psi.- good. 19:00 21:15 2.25 8,036 8,036 COMPZ RPCOM PRTS P PJSM. Pressure test tubing to 3,500 psi/30 minutes-good. Bleed tbg pressure to 1,500 psi and shut-in. Pressure test Annulus and liner top pkr to 2,500 psi/30 min-good. Bleed down Annulus pressure to 0 psi. Bleed down tbg pressure to 0 psi. Pressure up the annulus and shear out DCK-2 SOV at 2,350 psi. 21:15 22:00 0.75 8,036 0 COMPZ WHDBO MPSP P PJSM. LD landing jt. RU and set TWC.Test TWC to 2,500 psi/10 min in the direction of flow-good. 22:00 00:00 2.00 0 0 COMPZ WHDBO SEQP P PJSM. Blow down lines and LD LJ-A. RD MPD equipment, hoses and valves. Note: OA=540 psi 01/11/2015 ND MPD/BOP, NU tree and test. Freeze protect. LD 4" DP in derrick. 00:00 03:30 3.50 0 0 COMPZ WHDBO SEQP P Continue to ND MPD, Riser, Bearing package and spool. 03:30 05:15 1.75 0 0 COMPZ WHDBO NUND P PJSM. NU Tree 05:15 06:15 1.00 0 0 COMPZ WHDBO PRTS P RU test equip and test Tree to 250/ 5,000 psi for 10 min each-good. 06:15 06:45 0.50 0 0 COMPZ WHDBO MPSP P Pull TWC 06:45 07:30 0.75 0 0 COMPZ WHDBO FRZP P RU squeeze manifold and hard lines to tree and annulus. 07:30 08:45 1.25 0 0 COMPZ WHDBO FRZP P Fill surface lines and pressure test to 2,000 psi-good. Bleed off pressure and line up to pump down IA. Pump 91 bbl of diesel freeze protect using cement unit, at 2.5 bbl/min, 350 psi ICP, 1,690 psi FCP. Held 320-405 psi back pressure with choke. 08:45 09:45 1.00 0 0 COMPZ WHDBO FRZP P Allow diesel to U-tube for 30 min. Blow down and flush surface lines with water. RD Sqz manifold, hoses and hard line to tree. Page 20 of 21 Time Logs Date From To Dur S. Depth E. Depth Phase Code Subcode T Comment 09:45 10:30 0.75 0 0 COMPZ WHDBO MPSP P RU lubricator to tree and set BPV. 10:30 11:15 0.75 0 0 COMPZ WHDBO PRTS P PJSM. RU and test BPV in the direction of flow to 2,500 psi/10 min -good. Bleed off pressure, blow down lines and RD test equip. 11:15 13:00 1.75 0 0 DEMOB WHDBO RURD P Secure well. Remove double annulus valves from wellhead, RU flanges/gauges. Clear and clean rig floor. 13:00 00:00 11.00 0 0 DEMOB MOVE RURD P PJSM. Install Mouse hole. LD 4"DP in the derrick 01/12/2015 Clean MOBM from under rig floor/drip pan. Release rig. Move to CD2-40 00:00 09:45 9.75 0 0 DEMOB MOVE RURD P Clean MOBM from under rig floor, rotary table, pipe racks and drip pan. Prep to move rig. Move Ball Mill away from Rig sub. NOTE: RIG RELEASED at 09:45 hrs Page 21 of 21 NADConversion Western North Slope CD4 Nanuq Pad CD4-289 Definitive Survey Report N A D 2 7 ] 27 January, 2015 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project Western North Slope TVD Reference: CD4-289:19+36.45 @I 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Project Western North Slope,North Slope Alaska,United States Map System: US State Plane 1927(Exact solution) System Datum: Mean Sea Level Geo Datum: NAD 1927(NADCON CONUS) Map Zone: Alaska Zone 04 Using geodetic scale factor Well CD4-289 Well Position +N/-S 0.00 usft Northing: 5,957,576.72 usft Latitude: 70°17'33.498 N +E/-W 0.00 usft Easting: 378,388.24 usft Longitude: 150°59'4.564 W Position Uncertainty 0.00 usft Wellhead Elevation: usft Ground Level: 19.00 usft Wellbore CD4-289 Magnetics Model Name Sample Date Declination Dip Angle Field Strength (°) (°) (nT) BGGM2014 12/30/2014 18.52 80.77 57,544 Design CD4-289 Audit Notes: Version: 1.0 Phase: ACTUAL Tie On Depth: 36.45 Vertical Section: Depth From(TVD) +NI-S +EI-W Direction (usft) (usft) (usft) C) 0.00 0.00 0.00 154.00 Survey Program Date From To (usft) (usft) Survey(Wellbore) Tool Name Description Survey Date 117.80 1,073.75 CD4-289 Svy1-SLB_NSG+SSHOT(CD GYD-GC-SS Gyrodata gyro single shots 12/17/2014 9:3f. 1,131.08 2,496.02 CD4-289 Svy2-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 12/18/2014 9:2: 2,592.23 8,107.96 CD4-289 Srvy3-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 12/22/2014 8:51 8,195.49 14,451.64 CD4-289 Srvy4-SLB MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 1/1/2015 8:54:0 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (0) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 36.45 0.00 0.00 36.45 -19.00 0.00 0.00 5,957,576.72 378,388.24 0.00 0.00 UNDEFINED 116.45 0.64 101.54 116.45 61.00 -0.09 0.44 5,957,576.63 378,388.68 0.80 0.27 GYD-GC-SS(1) 20"x 42" 117.80 0.65 101.54 117.80 62.35 -0.09 0.45 5,957,576.62 378,388.69 0.80 0.28 GYD-GC-SS(1) 147.98 0.69 89.22 147.98 92.53 -0.12 0.80 5,957,576.59 378,389.04 0.49 0.46 GYD-GC-SS(1) 237.60 0.55 80.03 237.59 182.14 -0.04 1.76 5,957,576.65 378,390.01 0.19 0.81 GYD-GC-SS(1) 329.47 0.35 178.01 329.46 274.01 -0.25 2.21 5,957,576.44 378,390.45 0.75 1.19 GYD-GC-SS(1) 421.93 0.48 222.48 421.92 366.47 -0.81 1.96 5,957,575.88 378,390.18 0.36 1.59 GYD-GC-SS(1) 515.84 0.19 268.21 515.83 460.38 -1.11 1.54 5,957,575.59 378,389.76 0.40 1.67 GYD-GC-SS(1) 607.98 0.47 284.33 607.96 552.51 -1.02 1.02 5,957,575.69 378,389.24 0.32 1.36 GYD-GC-SS(1) 700.00 1.52 44.04 699.97 644.52 -0.05 1.50 5,957,576.65 378,389.74 1.96 0.70 GYD-GC-SS(1) 1/27/2015 9:53:55AM Page 2 COMPASS 5000.1 Build 65 4 • Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +E1-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°11001 (ft) Survey Tool Name 792.40 2.72 57.53 792.31 736.86 2.01 4.20 5,957,578.66 378,392.47 1.40 0.04 GYD-GC-SS(1) 885.80 4.16 52.75 885.54 830.09 5.25 8.77 5,957,581.83 378,397.09 1.57 -0.87 GYD-GC-SS(1) 979.62 6.39 52.39 978.96 923.51 10.50 15.61 5,957,586.96 378,404.02 2.38 -2.59 GYD-GC-SS(1) 1,073.75 7.70 56.12 1,072.37 1,016.92 17.21 25.00 5,957,593.52 378,413.51 1.47 -4.51 GYD-GCSS(1) 1,131.08 8.92 56.94 1,129.10 1,073.65 21.77 31.91 5,957,597.98 378,420.50 2.14 -5.58 MWD+IFR-AK-CAZ-SC(2) 1,225.66 10.46 56.97 1,222.33 1,166.88 30.45 45.26 5,957,606.44 378,433.98 1.63 -7.53 MWD+IFR-AK-CAZSC(2) 1,319.73 12.05 58.03 1,314.59 1,259.14 40.31 60.75 5,957,616.04 378,449.63 1.70 -9.60 MND+IFR-AK-CAZSC(2) 1,414.59 15.39 59.81 1,406.73 1,351.28 51.88 80.03 5,957,627.30 378,469.10 3.55 -11.55 M1.MD+IFR-AK-CAZ-SC(2) 1,509.52 16.49 61.70 1,498.01 1,442.56 64.61 102.78 5,957,639.65 378,492.05 1.28 -13.01 MW3+IFR-AK-CAZ-SC(2) 1,603.53 18.62 72.96 1,587.66 1,532.21 75.33 128.89 5,957,649.96 378,518.32 4.25 -11.21 MWD+IFR-AK-CAZ-SC(2) 1,697.18 20.49 83.21 1,675.93 1,620.48 81.66 159.47 5,957,655.78 378,549.00 4.16 -3.48 MWD+IFR-AK-CAZ-SC(2) 1,790.84 20.50 85.02 1,763.66 1,708.21 85.02 192.09 5,957,658.62 378,581.67 0.68 7.79 MWD+IFR-AK-CAZ-SC(2) 1,884.96 24.83 85.86 1,850.49 1,795.04 87.88 228.24 5,957,660.89 378,617.85 4.61 21.07 MWD+IFR-AK-CAZSC(2) 1,977.23 29.41 87.79 1,932.60 1,877.15 90.15 270.22 5,957,662.48 378,659.86 5.05 37.43 MWD+IFR-AK-CAZ-SC(2) 2,070.11 32.91 90.83 2,012.07 1,956.62 90.66 318.25 5,957,662.22 378,707.89 4.13 58.03 MWD+IFR-AK-CAZ-SC(2) 2,163.36 35.88 93.10 2,089.01 2,033.56 88.82 370.88 5,957,659.52 378,760.48 3.47 82.76 MWD+IFR-AK-CAZSC(2) 2,257.56 39.47 93.55 2,163.56 2,108.11 85.47 428.35 5,957,655.25 378,817.88 3.82 110.96 MWD+IFR-AK-CAZSC(2) 2,353.08 41.78 94.90 2,236.05 2,180.60 80.87 490.37 5,957,649.65 378,879.81 2.59 142.28 MWD+IFR-AK-CAZ-SC(2) 2,445,66 43.41 96.03 2,304.20 2,248.75 74,90 552.74 5,957,642.66 378,942.07 1.94 174.99 MWD+IFR-AK-CAZSC(2) 2,496.02 44.03 95.46 2,340.60 2,285.15 71.41 587.37 5,957,638.62 378,976.64 1.46 193.30 MWD+IFR-AK-CAZ-SC(2) 2,565.00 44.46 93.63 2,390.02 2,334.57 67.60 635.34 5,957,634.03 379,024.54 1.96 217.75 MWD+IFR-AK-CAZSC(3) 10-3/4"x 13-1/2" 2,592.23 44.64 92.91 2,409.42 2,353.97 66.51 654.41 5,957,632.64 379,043.59 1.96 227.09 MWD+IFR-AK-CAZ-SC(3) 2,644.99 45.07 90.97 2,446.82 2,391.37 65.26 691.60 5,957,630.78 379,080.75 2.72 244.52 MWD+IFR-AK-CAZ-SC(3) 2,739.47 44.72 90.78 2,513.75 2,458.30 64.24 758.28 5,957,628.68 379,147.40 0.40 274.67 MND+IFR-AK-CAZSC(3) 2,834.22 43.25 92.23 2,581.93 2,526.48 62.52 824.05 5,957,625.90 379,213.13 1.88 305.05 MVVD+IFR-AK-CAZ-SC(3) 2,928.71 41.91 94.39 2,651.51 2,596.06 58.85 887.87 5,957,621.19 379,276.87 2.10 336.33 MWD+IFR-AK-CAZ-SC(3) 3,021.55 40.81 92.33 2,721.19 2,665.74 55.24 949.10 5,957,616.60 379,338.03 1.88 366.41 MWD+IFR-AK-CAZ-SC(3) 3,116.07 40.31 90.78 2,793.00 2,737,55 53.57 1,010.54 5,957,613.93 379,399.43 1.19 394.84 MWD+IFR-AK-CAZ-SC(3) 3,210.98 39.95 91.79 2,865.57 2,810.12 52.20 1,071.69 5,957,611.57 379,460.55 0.78 422.88 MWD+IFR-AK-CAZ-SC(3) 3,310.64 39.88 92.39 2,942.01 2,886.56 49.87 1,135.60 5,957,608.21 379,524.40 0.39 452.99 MWD+IFR-AK-CAZ-SC(3) 3,403.07 39.99 90.34 3,012.89 2,957.44 48.45 1,194.90 5,957,605.84 379,583.67 1.43 480.26 MWD+IFR-AK-CAZ-SC(3) 3,498.31 39.92 88.96 3,085.89 3,030.44 48.83 1,256.06 5,957,605.22 379,644.82 0.93 506.74 MWD+IFR-AK-CAZSC(3) 3,591.72 40.07 89.41 3,157.46 3,102.01 49.68 1,316.09 5,957,605.10 379,704.85 0.35 532.28 MWD+IFR-AK-CAZSC(3) 3,684.85 40.51 89.58 3,228.49 3,173.04 50.21 1,376.31 5,957,604.66 379,765.07 0.49 558.21 MWD+IFR-AK-CAZ-SC(3) 3,779.23 40.45 91.37 3,300.28 3,244.83 49.70 1,437.57 5,957,603.16 379,826.31 1.23 585.52 MVVD+IFR-AK-CAZ-SC(3) 3,873.63 40.91 92.56 3,371.87 3,316.42 47.59 1,499.07 5,957,600.05 379,887.76 0.96 614.37 MWD+IFR-AK-CAZ-SC(3) 3,969.09 40.95 94.38 3,444.00 3,388.55 43.81 1,561.49 5,957,595.26 379,950.10 1.25 645.14 MWD+IFR-AK-CAZSC(3) 4,063.41 40.97 94.94 3,515.23 3,459.78 38.78 1,623.11 5,957,589.24 380,011.63 0.39 676.67 MWD+IFR-AK-CAZ-SC(3) 4,156.20 41.53 94.66 3,584.99 3,529.54 33.66 1,684.08 5,957,583.14 380,072.50 0.64 707.99 MVVD+IFR-AK-CAZ-SC(3) 4,251.67 41.22 93.87 3,656.63 3,601.18 28.97 1,747.01 5,957,577.43 380,135.34 0.64 739.80 MWD+IFR-AK-CAZSC(3) 1/27/2015 9.53:55AM Page 3 COMPASS 5000.1 Build 65 I • Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well C04-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 Q 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NIS +EI-W Northing Easting DLS Section (usft) (•) C) (usft) (usft) (usft) (usft) (ft) (ft) 01100) (ft) Survey Tool Name 4,346.40 41.22 91.72 3,727.89 3,672.44 25.93 1,809.35 5,957,573.37 380,197.62 1.50 769.86 MWD+IFR-AK-CAZ-SC(3) 4,440.60 41.36 90.45 3,798.67 3,743.22 24.75 1,871.49 5,957,571.19 380,259.73 0.90 798.16 MW3+IFR-AK-CAZSC(3) 4,534.73 41.45 91.83 3,869.27 3,813.82 23.51 1,933.73 5,957,568.95 380,321.94 0.97 826.56 MWD+IFR-AK-CAZSC(3) 4,628.79 41.48 92.34 3,939.76 3,884.31 21.24 1,995.97 5,957,565.68 380,384.13 0.36 855.88 MWD+IFR-AK-CAZ-SC(3) 4,722.61 41.39 92.49 4,010.10 3,954.65 18.63 2,058.01 5,957,562.06 380,446.11 0.14 885.43 MW0+lFR-AK-CAZ-SC(3) 4,816.91 41.58 94.12 4,080.74 4,025.29 15.03 2,120.36 5,957,557.45 380,508.39 1.16 916.00 MWD+iFR-AK-CAZSC(3) 4,911.46 41.11 93.57 4,151.72 4,096.27 10.84 2,182.68 5,957,552.25 380,570.63 0.63 947.09 MWD+IFR-AK-CAZSC(3) 5,006.49 40.85 93.28 4,223.47 4,168.02 7.11 2,244.89 5,957,547.52 380,632.77 0.34 977.70 MWD+IFR-AK-CAZ-SC(3) 5,098.28 40.94 92.86 4,292.85 4,237.40 3.89 2,304.90 5,957,543.33 380,692.71 0.32 1,006.90 MWD+IFR-AK-CAZSC(3) 5,195.20 40.85 92.12 4,366.11 4,310.66 1.14 2,368.29 5,957,539.55 380,756.04 0.51 1,037.17 MVVD+IFR-AK-CAZ-SC(3) 5,287.68 40.97 91.91 4,436.00 4,380.55 -0.99 2,428.81 5,957,536.44 380,816,52 0.20 1,065.61 MI8dD+IFR-AK-CAZ-SC(3) 5,379.76 40.89 91.25 4,505.57 4,450.12 -2.66 2,489.11 5,957,533.80 380,876.78 0.48 1,093.54 MWD+IFR-AK-CAZ-SC(3) 5,473.54 40.97 91.63 4,576.42 4,520.97 -4.20 2,550.53 5,957,531.27 380,938.16 0.28 1,121.85 MWD+IFR-AK-CAZSC(3) 5,569.65 41.08 92.02 4,648.93 4,593.48 -6.21 2,613.59 5,957,528.24 381,001.17 0.29 1,151.30 MW1)+IFR-AK-CAZSC(3) 5,661.54 41.53 91.80 4,717.96 4,662.51 -8.23 2,674.21 5,957,525.24 381,061.74 0.51 1,179.69 MWD+IFR-AK-CAZSC(3) 5,755.83 41.53 94.76 4,788.55 4,733.10 -11.81 2,736.60 5,957,520.65 381,124.07 2.08 1,210.26 MWD+iFR-AK-CAZ-SC(3) 5,850.12 41.40 97.11 4,859.21 4,803.76 -18.26 2,798.70 5,957,513.20 381,186.04 1.66 1,243.28 MWD+IFR-AK-CAZ-SC(3) 5,945.24 41.47 97.60 4,930.53 4,875.08 -26.32 2,861.12 5,957,504.13 381,248.33 0.35 1,277.89 MWD+IFR-AK-CAZ-SC(3) 6,038.78 41.42 96.58 5,000.64 4,945.19 -33.96 2,922.56 5,957,495.49 381,309.63 0.72 1,311.69 MWD+IFR-AK-CAZSC(3) 6,133.66 41.43 95.95 5,071.79 5,016.34 -40.81 2,984.96 5,957,487.64 381,371.91 0.44 1,345.20 MWD+IFR-AK-CAZ-SC(3) 6,228.40 41.97 97.65 5,142.53 5,087.08 -48.28 3,047.54 5,957,479.16 381,43.4.35 1.32 1,379.34 MWD+IFR-AK-CAZ-SC(3) 6,322.51 42.68 98.95 5,212.11 5,156.66 -57.43 3,110.24 5,957,468.99 381,496.89 1.20 1,415.06 MWD+IFR-AK-CAZSC(3) 6,414.36 42.51 98.86 5,279.72 5,224.27 -67.05 3,171.65 5,957,458.38 381,558.13 0.20 1,450.63 MWD+IFR-AK-CAZ-SC(3) 6,508.43 42.48 98.76 5,349.08 5,293.63 -76.78 3,234.45 5,957,447.63 381,620.76 0.08 1,486.90 MWD+IFR-AK-CAZ-SC(3) 6,601.93 43.22 102.36 5,417.64 5,362.19 -88.45 3,296.94 5,957,434.96 381,683.04 2.74 1,524.78 M1MD+IFR-AK-CAZ-SC(3) 6,695.89 44.36 105.93 5,485.48 5,430.03 -104.35 3,359.96 5,957,418.04 381,745.80 2.90 1,566.70 MWD+IFR-AK-CAZ-SC(3) 6,790.05 45.73 108.92 5,552.01 5,496.56 -124.32 3,423.51 5,957,397.05 381,809.01 2.68 1,612.51 MWD+IFR-AK-CAZ-SC(3) 6,883.45 48.07 112.04 5,615.84 5,560.39 -148.21 3,487.37 5,957,372.13 381,872.47 3.50 1,661.97 MWD+IFR-AK-CAZ-SC(3) 6,978.04 50.40 115.44 5,677.61 5,622.16 -177.07 3,552.91 5,957,342.21 381,937.53 3.67 1,716.65 MWD+iFR-AK-CAZ-SC(3) 7,072.58 51.66 119.23 5,737.07 5,681.62 -210.83 3,618.17 5,957,307.41 382,002.23 3.39 1,775.60 MWD+iFR-AK-CAZSC(3) 7,168.01 53.08 123.05 5,795.35 5,739.90 -249.92 3,682.83 5,957,267.28 382,066.24 3.50 1,839.08 MWD+IFR-AK-CAZSC(3) 7,260.19 55.05 127.50 5,849.46 5,794.01 -293.04 3,743.71 5,957,223.19 382,126.41 4.45 1,904.51 MWD+IFR-AK-CAZ-SC(3) 7,354.85 56.75 130.79 5,902.54 5,847.09 -342.52 3,804.47 5,957,172.73 382,186.36 3.39 1,975.63 MWD+IFR-AK-CAZ-SC(3) 7,448.79 59.92 133.09 5,951.86 5,896.41 -395.97 3,863.91 5,957,118.33 382,244.92 3.97 2,049.72 MWD+IFR-AK-CAZSC(3) 7,540.98 63.38 134.44 5,995.63 5,940.18 -452.09 3,922.48 5,957,061.28 382,302.57 3.97 2,125.84 MWD+IFR-AK-CAZ-SC(3) 7,633.49 65.43 136.15 6,035.59 5,980.14 -511.39 3,981.16 5,957,001.04 382,360.28 2.77 2,204.86 MWD+IFR-AK-CAZ-SC(3) 7,727.01 68.04 139.80 6,072.54 6,017.09 -575.21 4,038.64 5,956,936.31 382,416.71 4.54 2.287.42 MWD+IFR-AK-CAZ-SC(3) 7,822.16 70.05 143.17 6,106.57 6,051.12 -644.73 4,093.95 5,956,865.90 382,470.88 3.92 2,374.15 MWD+IFR-AK-CAZSC(3) 7,868.80 70.94 145.61 6,122.15 6,066.70 -680.47 4,119.54 5,956,829.76 382,495.89 5.29 2,417.49 MWD+IFR-AK-CAZSC(3) 7,917.16 72.17 147.80 6,137.45 6,082.00 -718.81 4,144.72 5,956,791.02 382,520.44 4.99 2,462.99 MWD+IFR-AK-CAZ-SC(3) 1/27/2015 9.53:55AM Page 4 COMPASS 5000.1 Build 65 1 4 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +EI-W Northing Easting DLS Section (usft) (0) (0) (usft) (usft) (usft) (usft) (ft) (ft) (0/100') (ft) Survey Tool Name 8,008.96 74.42 150.80 6,163.84 6,108.39 -794.41 4,189.59 5,956,714.71 382,564.08 3.98 2,550.61 MVD+IFR-AK-CAZ-SC(3) 8,107.96 77.21 149.66 6,188.10 6,132.65 -877.71 4,237.24 5,956,630.66 382,610.38 3.03 2,646.37 MVD+IFR-AK-CAZ-SC(3) 8,161.00 79.03 148.24 6,199.02 6,143.57 -922.17 4,264.02 5,956,585.77 382,636.43 4.32 2,698.07 MWD+IFR-AK-CAZ-SC(4) 7-5/8"x 9-7/8" 8,195.49 80.22 147.32 6,205.23 6,149.78 -950.87 4,282.11 5,956,556.78 382,654.05 4.32 2,731.79 MWD+IFR-AK-CAZ-SC(4) 8,254.38 81.22 148.50 6,214.73 6,159.28 -1,000.11 4,312.98 5,956,507.06 382684.12 2.61 2,789.58 MV8J+IFR-AK-CAZ-SC(4) 8,349.25 82.70 149.35 6,228.00 6,172.55 -1,080.57 4,361.46 5,956,425.84 382,731.29 1.79 2,883.15 MWD+IFR-AK-CAZ-SC(4) 8,443.97 84.14 149.27 6,238.85 6,183.40 -1,161.48 4,409.49 5,956,344.16 382,778.00 1.52 2:976.93 MWD+IFR-AK-CAZ-SC(4) 8,539.79 87.59 150.66 6,245.76 6,190.31 -1,244.21 4,457.31 5,956,260.68 382,824.47 3.88 3,072.24 MWD+IFR-AK-CAZ-SC(4) 8,635.64 90.27 151.23 6,247.55 6,192.10 -1,327.97 4,503.85 5,956,176.18 382,869.65 2.86 3,167.93 MVD+IFR-AK-CAZ-SC(4) 8,643.55 90.44 151.28 6,247.50 6,192.05 -1,334.91 4,507.66 5,956,169.19 382,873.34 2.22 3,175.83 MWD+IFR-AK-CAZ-SC(4) CD4-289 1.Heel 122914b JH 8,730.73 92.31 151.78 6,245.41 6,189.96 -1,411.52 4,549.20 5,956,091.92 382,913.64 2.22 3,262.90 MWD+IFR-AK-CAZ-SC(4) 8,825.76 91.73 150.63 6,242.06 6,186.61 -1,494.74 4,594.95 5,956,007.97 382,958.03 1.35 3,357.76 MVD+IFR-AK-CAZ-SC(4) 8,921.02 92.46 150.67 6,238.58 6,183.13 -1,577.72 4,641.61 5,955,924.26 383,003.33 0.77 3,452.79 MWD+IFR-AK-CAZ-SC(4) 9,016.64 92.98 150.32 6,234.0.4 6,178.59 -1,660.84 4,688.65 5,955,840.39 383,049.02 0.66 3,548.12 MVD+IFR-AK-CAZ-SC(4) 9,111.38 93.01 150.04 6,229.09 6,173.64 -1,742.93 4,735.69 5,955,757.56 383,094.73 0.30 3,642.52 MWD+IFR-AK-CAZSC(4) 9,206.16 93.01 150.99 6,224.11 6,168.66 -1,825.32 4,782.28 5,955,674.44 383,139.97 1.00 3,737.00 MWD+IFR-AK-CAZ-SC(4) 9,301.46 92.74 151.08 6,219.33 6,163.88 -1,908.59 4,828,37 5,955,590.44 383,184.71 0.30 3,832.05 MW1J+IFR-AK-CAZ-SC(4) 9,396.64 91.30 152.94 6,215.98 6,160.53 -1,992.58 4,873.01 5,955,505.74 383,227.98 2.47 3,927.11 MVD+IFR-AK-CAZ-SC(4) 9,491.66 90.56 155.43 6,214.43 6,158.98 -2,078.10 4,914.38 5,955,419.57 383,267.95 2.73 4,022.10 MWD+IFR-AK-CAZ-SC(4) 9,587.32 91.98 156.62 6,212.31 6,156.86 -2,165.48 4,953.24 5,955,331.58 383,305.39 1.94 4,117.68 MW1J+IFR-AK-CAZ-SC(4) 9,682.27 91.71 155.78 6,209.26 6,153.81 -2,252.31 4,991.54 5,955,244,15 383,342.27 0.93 4,212.51 MVD+IFR-AK-CAZ-SC(4) 9,720.88 91.02 155.07 6,208.33 6,152.88 -2,287.41 5,007.59 5,955,208.80 383,357.76 2.56 4,251.09 MWD+IFR-AK-CAZ-SC(4) CD4-289 2.#1 122914b JH 9,778.00 90.01 154.01 6,207.82 6,152.37 -2,338.98 5,032.14 5,955,156.84 383,381.47 2.56 4,308.21 MVD+IFR-AK-CAZ-SC(4) 9,877.80 90.06 154.19 6,207.76 6,152.31 -2,428.76 5,075.74 5,955,066.38 383,423.60 0.19 4,408.01 MVD+IFR-AK-CAZ-SC(4) 9,969.63 89.24 152.45 6,208.32 6,152.87 -2,510.80 5,116.97 5,954,983.68 383,463.50 2.09 4,499.82 MVD+IFR-AK-CAZ-SC(4) 10,063.96 89.31 151.73 6,209.51 6,154.06 -2,594.15 5,161.12 5,954,899.64 383,506.29 0.77 4,594.09 MVD+IFR-AK-CAZ-SC(4) 10,160.32 88.62 152.07 6,211.25 6,155.80 -2,679.14 5,206.50 5,954,813.93 383,550.28 0.80 4,690.37 MVD+IFR-AK-CAZ-SC(4) 10,255.57 88.90 154.00 6,213.31 6,157.86 -2,764.01 5,249.67 5,954,728.38 383,592.08 2.05 4,785.58 MVD+IFR-AK-CAZ-SC(4) 10,349.10 89.07 154.46 6,214.97 6,159.52 -2,848.23 5,290.33 5,954,643.53 383,631.37 0.52 4,879.10 MWD+IFR-AK-CAZ-SC(4) 10,446.07 89.62 156.07 6,216.08 6,160.63 -2,936.29 5,330.90 5,954,554.83 383,670.50 1.75 4,976.03 MWD+IFR-AK-CAZ-SC(4) 10,541.13 89.82 156.96 6,216.54 6,161.09 -3,023.47 5,368.78 5,954,467.05 383,706.97 0.96 5,071.00 MWD+IFR-AK-CAZ-SC(4) 10,570.45 89.47 157.05 6,216.73 6,161.28 -3,050.46 5,380.24 5,954,439.88 383,717.98 1.23 5,100.27 MWD+IFR-AK-CAZ-SC(4) CD4-289 3.#2 122914b JH 10,636.77 88.68 157.24 6,217.80 6,162.35 -3,111.57 5,405.99 5,954,378.37 383,742.74 1.23 5,166.49 MWD+IFR-AK-CAZ-SC(4) 10,731.68 88.76 157.19 6,219.92 6,164.47 -3,199.05 5,442.74 5,954,290.32 383,778.07 0.10 5,261.23 MWD+IFR-AK-CA2-SC(4) 10,826.40 87.68 157.87 6,222.86 6,167.41 -3,286.53 5,478.93 5,954,202.26 383,812.83 1.35 5,355.72 MVD+IFR-AK-CAZ-SC(4) 10,920.64 88.69 158.28 6,225.84 6,170.39 -3,373.91 5,514.10 5,954,114.34 383,846.58 1.16 5,449.67 MVD+IFR-AK-CAZ-SC(4) 11,016.54 88.10 158.23 6,228.53 6,173.08 -3,462.95 5,549.61 5,954,024.74 383,880.65 0.62 5,545.27 MVD+IFR-AK-CAZ-SC(4) 1/27/2015 9:53:55AM Page 5 COMPASS 5000.1 Build 65 tt i ' Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 11,112.80 88.73 157.91 6,231.19 6,175.74 -3,552.21 5,585.55 5,953,934.92 383,915.13 0.73 5,641.25 MWD+IFR-AK-CAZ-SC(4) 11,208.53 89.14 158.15 6,232.97 6,177.52 -3,640.98 5,621.36 5,953,845.59 383,949.50 0.50 5,736.73 MWD+IFR-AK-CAZ-SC(4) 11,303.15 89.22 156.08 6,234.33 6,178.88 -3,728.13 5,658.15 5,953,757.86 383,984.87 2.19 5,831.19 MWD+IFR-AK-CAZ-SC(4) 11,398.70 91.31 154.67 6,233.88 6,178.43 -3,814.99 5,697.96 5,953,670.38 384,023.26 2.64 5,926.71 MWD+IFR-AK-CAZ-SC(4) 11,480.58 90.95 154.35 6,232.27 6,176.82 -3,888.88 5,733.19 5,953,595.93 384,057.29 0.59 6,008.57 MWD+IFR-AK-CAZ-SC(4) CD4-289 4.#3 122914b JH 11,494.15 90.89 154.30 6,232.05 6,176.60 -3,901.11 5,739.06 5,953,583.61 384,062.97 0.59 6,022.13 MWD+IFR-AK-CAZ-SC(4) 11,591.05 91.08 152.81 6,230.39 6,174.94 -3,987.86 5,782.21 5,953,496.19 384,104.70 1.55 6,119.01 MWD+IFR-AK-CAZ-SC(4) 11,686.99 92.40 152.01 6,227.47 6,172.02 -4,072,84 5,826.62 5,953,410.50 384,147.73 1.61 6,214.87 MWD+IFR-AK-CAZ-SC(4) 11,781.58 92.05 151.47 6,223.80 6,168.35 -4,156.10 5,871.37 5,953,326.54 384,191.13 0.68 6,309.32 MWD+IFR-AK-CAZ-SC(4) 11,875.13 91.95 151.63 6,220.53 6,165.08 -4,238.30 5,915.91 5,953,243.63 384,234.33 0.20 6,402.72 MWD+IFR-AK-CAZ-SC(4) 11,970.67 91.54 149.70 6,217.63 6,162.18 -4,321.55 5,962.69 5,953,159.65 384,279.75 2.06 6,498.05 MWD+IFR-AK-CAZ-SC(4) 12,067.33 90.99 149.88 6,215.49 6,160.04 -4,405.06 6,011.32 5,953,075.37 384,327.01 0.60 6,594.43 MW1J+IFR-AK-CAZ-SC(4) 12,161.52 90.41 149.42 6,214.34 6,158.89 -4,486.33 6,058.91 5,952,993.34 384,373.28 0.79 6,688.34 MVD+IFR-AK-CAZ-SC(4) 12,257.80 90.85 150.95 6,213,28 6,157.83 -4,569.86 6,106.77 5,952,909.06 384,419.78 1.65 6,784.40 MW2+IFR-AK-CAZ-SC(4) 12,353.18 90.26 150.14 6,212.36 6,156.91 -4,652.91 6,153.67 5,952,825.27 384,465.33 1.05 6,879.60 MW2+IFR-AK-CAZ-SC(4) 12,449.29 90.85 151.41 6,211.43 6,155.98 -4,736.78 6,200.59 5,952,740.66 384,510.88 1.46 6,975.55 MVVD+IFR-AK-CAZ-SC(4) 12,543.54 91.20 152.07 6,209.74 6,154.29 -4,819.78 6,245.21 5,952,656.95 384,554.15 0.79 7,069.71 MWD+IFR-AK-CAZ-SC(4) 12,601.33 90.44 153.62 6,208.91 6,153.46 -4,871.19 6,271.58 5,952,605.13 384,579.68 2.99 7,127.47 MVVD+IFR-AK-CAZ-SC(4) CD4-289 6.#4 122914b JH 12,635.71 89.99 154.55 6,208.78 6,153.33 -4,902.12 6,286.60 5,952,573.96 384,594.20 2.99 7,161.86 MWD+IFR-AK-CA2-SC(4) 12,730.64 89.43 158.26 6,209.26 6,153.81 -4,989.09 6,324.59 5,952,486.39 384,630.78 3.95 7,256.69 MWD+IFR-AK-CAZ-SC(4) 12,826.22 89.75 157.90 6,209.95 6,154.50 -5,077.76 6,360.27 5,952,397.16 384,665.01 0.50 7,352.02 MVVD+IFR-AK-CAZ-SC(4) 12,870.08 89.69 158.15 6,210.16 6,154.71 -5,118.43 6,376.69 5,952,356.23 384,680.77 0.59 7,395.77 MVD+IFR-AK-CAZ-SC(4) 12,965.29 89.24 159.43 6,211.05 6,155.60 -5,207.19 6,411.13 5,952,266.94 384,713.77 1.42 7,490.64 MWD+IFR-AK-CAZ-SC(4) 13,060.67 89.34 158.24 6,212.23 6,156.78 -5,296.13 6,445.56 5,952,177.47 384,746.75 1.25 7,585.68 MVVD+IFR-AK-CAZ-SC(4) 13,156.25 89.21 157.45 6,213.44 6,157.99 -5,384.64 6,481.61 5,952,088.39 384,781.36 0.84 7,681.03 MVD+IFR-AK-CAZ-SC(4) 13,241.50 89.15 158.79 6,214.67 6,159.22 -5,463.74 6,513.37 5,952,008.79 384,811.83 1.57 7,766.05 MVD+IFR-AK-CAZ-SC(4) CD4-289 6.#5 122914b JH 13,251.59 89.14 158.95 6,214.82 6,159.37 -5,473.15 6,517.01 5,951,999.32 384,815.32 1.57 7,776.10 MVD+IFR-AK-CAZ-SC(4) 13,347.06 89.82 158.15 6,215.68 6,160.23 -5,562.00 6,551.92 5,951,909.92 384,848.78 1.10 7,871.27 MVD+IFR-AK-CAZ-SC(4) 13,441.30 89.62 157.49 6,216.14 6,160.69 -5,6.49.27 6,587.49 5,951,822.10 384,882.94 0.73 7,965.30 MWD+IFR-AK-CAZ-SC(4) 13,537.54 89.75 156.37 6,216.67 6,161.22 -5,737.81 6,625.21 5,951,732.97 384,919.21 1.17 8,061.41 MVD+IFR-AK-CAZ-SC(4) 13,634.79 90.06 154.72 6,216.83 6,161.38 -5,826.33 6,665.46 5,951,643.82 384,958.03 1.73 8,158.62 MVD+IFR-AK-CAZ-SC(4) 13,728.69 90.17 154.95 6,216.64 6,161.19 -5,911.32 6,705.39 5,951,558.20 384,996.57 0.27 8,252.51 MVD+IFR-AK-CAZ-SC(4) 13,824.18 90.13 155.46 6,216.39 6,160.94 -5,998.00 6,745.44 5,951,470.89 385,035.21 0.5.4 8.347.98 MVD+IFR-AK-CAZ-SC(4) 13,919.70 90.10 153.53 6,216.20 6,160.75 -6,084.21 6,786.57 5,951,384.03 385,074.93 2.02 8,443.49 MWD+IFR-AK-CAZ-SC(4) 14,015.63 90.13 153.83 6,216.01 6,160.56 -6,170.20 6,829.10 5,951,297.38 385,116.07 0.31 8,539.42 MWD+IFR-AK-CAZ-SC(4) 14,111.80 89.99 152.17 6,215.91 6,160.46 -6,255.88 6,872.76 5,951,211.00 385,158.33 1.73 8,635.57 MVD+IFR-AK-CAZ-SC(4) 14,197.96 89.67 150.13 6,216.17 6,160.72 -6,331.34 6,914.33 5,951,134.89 385,198.67 2.40 8,721.62 MWD+IFR-AK-CAZ-SC(4) 14,300.41 90.68 150.91 6,215.85 6,160.40 -6,420.53 6,964.75 5,951,044.91 385,247.64 1.25 8,823.88 MWD+IFR-AK-CAZ-SC(4) 1/27/2015 9:53:55AM Page 6 COMPASS 5000.1 Build 65 A - Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Wet CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°1100') (ft) Survey Tool Name 14,396.66 90.75 152.59 6,214.65 6,159.20 -6,505.30 7,010.30 5,950,959.41 385,291.81 1.75 8,920.04 MWD+IFR-AK-CAZ-SC(4) 14,451.64 91.02 152.22 6,213.80 6,158.35 -6,554.02 7,035.76 5,950,910.29 385,316.48 0.83 8,974.99 MWD+IFR-AK-CAZ-SC(4) 14,513.00 91.02 152.22 6,212.71 6,157.26 -6,608.30 7,064.36 5,950,855.56 385,344.19 0.00 9,036.31 PROJECTED to TD Projection to TD-CD4-289 7.Toe 122914b JH 1/27/2015 9:53:55AM Page 7 COMPASS 5000.1 Build 65 Cement Detail Report OS% CD4-289 String: Surface Casing Cement Job: DRILLING ORIGINAL, 12/14/2014 18:00 Cement Details Description Cementing Start Date Cementing End Date Wellbore Name Surface Casing Cement 12/19/2014 06:30 12/19/2014 19:15 CD4-289 Comment Cement casing as per Dowell w/6 bpm& 100%returns. (Dowell pump 74.5 bbls 10.5 ppg mud push,drop bottom plug,407.3 bbls 11.02 ppg lead, 53.4 bbls 15.9 ppg tail,drop top plug,20 bbls H20,&turn over to rig)Rig pump 219 bbls mud w/7 bpm&bump plug w/2174 stks @ 96%efficiency, FCP 450 psi. PSI up to 950 psi&hold for 5 min(good),bleed off psi&check floats(good)CIP @ 19:05 hrs Cement Stages Stage#1 Description Objective Top Depth(ftKB) Bottom Depth(ftKB) Full Return? Vol Cement... Top Plug? Btm Plug? Surface Casing Cement Casing 36.5 2,565.3 Yes 218.0 Yes Yes Q Pump Init(bbl/m...Q Pump Final(bbl/... Q Pump Avg(bbl/... P Pump Final(psi) P Plug Bump(psi) Recip? Stroke(ft) 'Rotated? Pipe RPM(rpm) 7 3 6 450.0 950.0 Yes 20.00 No Tagged Depth(ftKB) Tag Method Depth Plug Drilled Out To(ftKB) Drill Out Diameter(in) 2,438.0 Drill Bit 2,565.3 9 7/8 Comment Cement casing as per Dowell w/6 bpm&100%returns. (Dowell pump 74.5 bbls 10.5 ppg mud push,drop bottom plug,407.3 bbls 11.02 ppg lead, 53.4 bbls 15.9 ppg tail,drop top plug,20 bbls H20, &turn over to rig) Rig pump 219 bbls mud w/7 bpm&bump plug w/2174 stks @ 96%efficiency, FCP 450 psi. PSI up to 950 psi&hold for 5 min(good),bleed off psi&check floats(good)CIP @ 19:05 hrs Cement Fluids&Additives Fluid Fluid Type Fluid Description Estimated Top(ftKB) Est Btm(ftKB) Amount(sacks) Class Volume Pumped(bbl) Lead Cement 36.5 2,065.0 1,184 G 407.3 Yield(ft'/sack) Mix H2O Ratio(gal/sa... Free Water(%) Density(lb/gal) Plastic Viscosity(Pa.$) Thickening Time(hr) CmprStr 1(psi) 1.93 6.25 11.02 6.00 310.0 Additives Additive Type Concentration Conc Unit label Fluid Fluid Type Fluid Description Estimated Top(ftKB) Est Btm(ftKB) Amount(sacks) Class Volume Pumped(bbl) Tail Cement 2,065.0 2,565.0 267 G 55.8 Yield(ft'/sack) Mix H2O Ratio(gal/sa... Free Water(%) Density(lb/gal) Plastic Viscosity(Pa.$) Thickening Time(hr) CmprStr 1(psi) 1.17 5.10 15.80 4.00 310.0 Additives Additive Type Concentration Conc Unit label Page 1/1 Report Printed: 1/27/2015 Cement Detail Report CD4-289 ConocoPhillips String: Intermediate Casing Cement Job: DRILLING ORIGINAL, 12/14/2014 18:00 Cement Details Description Cementing Start Date Cementing End Date Wellbore Name Intermediate Casing Cement 12/27/2014 07:15 12/27/2014 14:00 CD4-289 Comment Cement casing as per Dowell w/6 bpm& 100%returns. (1st Stage-Dowell pump 40 bbls 11.5 ppg mud push,drop bypass dart, Kick out w/1 bbls mud push, 74.2 bbls 15.8 ppg cement, Drop closing dart,20 bbls H2O,&turn over to rig-Rig pump 344.4 bbls mud w/5 bpm&bump plug w/3444 stks @ 96%efficiency, FCP 650 psi. PSI up to 1150 psi&hold for 5 min(good),bleed off psi&check floats(good)CIP @ 9:50 hrs)(2nd Stage-Dowell pump 42.7 bbls 11.5 ppg mud push,63.5 bbls 15.8 ppg cement,Drop plug,20 bbls H2O,&turn over to rig-Rig pump 230.9 bbls mud w/5 bpm&bump plug w/2294 stks @ 96%,FCP 510 psi, PSI up to 1900 psi&hold for 5 min(good),bleed off psi&check floats(good)CIP @ 13:46 hrs) Cement Stages Stage#1 Description Objective Top Depth(ftKB) Bottom Depth(ftKB) Full Return? Vol Cement... Top Plug? Btm Plug? Intermediate Casing 7,000.0 8,161.0 Yes Yes Yes Cement Q Pump Init(bbl/m...Q Pump Final(bbl/...Q Pump Avg(bbl/... P Pump Final(psi) P Plug Bump(psi) Recip? Stroke(ft) Rotated? Pipe RPM(rpm) 6 3 5 650.0 1,150.0 No 30.00 No Tagged Depth(ftKB) Tag Method Depth Plug Drilled Out To(ftKB) Drill Out Diameter(in) 7,827.0 Drill Bit 8,161.0 6 3/4 Comment 1st Stage-Dowell pump 40 bbls 11.5 ppg mud push,drop bypass dart, Kick out w/1 bbls mud push,74.2 bbls 15.8 ppg cement, Drop closing dart,20 bbls H2O, &turn over to rig-Rig pump 344.4 bbls mud w/5 bpm&bump plug w/3444 stks @ 96%efficiency, FCP 650 psi. PSI up to 1150 psi&hold for 5 min(good), bleed off psi&check floats(good)CIP @ 9:50 hrs Cement Fluids&Additives Fluid Fluid Type Fluid Description Estimated Top(ftKB) Est Btm(ftKB) Amount(sacks) Class Volume Pumped(bbl) Intermediate Cement 7,000.0 8,161.0 359 G 74.2 Yield(ft'/sack) Mix H2O Ratio(gal/sa... Free Water(%) Density(lb/gal) Plastic Viscosity(Pa•s) Thickening Time(hr) CmprStr 1(psi) 1.16 5.09 15.80 4.00 560.0 Additives Additive Type Concentration Conc Unit label Fluid Fluid Type Fluid Description Estimated Top(ftKB) Est Btm(ftKB) Amount(sacks) Class Volume Pumped(bbl) Intermediate Cement 4,284.0 5,452.0 307 G 63.5 Yield(W/sack) Mix H2O Ratio(gal/sa... Free Water(%) Density(lb/gal) Plastic Viscosity(Pa•s) Thickening Time(hr) CmprStr 1(psi) 1.16 5.09 15.80 4.00 560.0 Additives Additive Type Concentration Conc Unit label Stage#2 Description Objective Top Depth(ftKB) Bottom Depth(ftKB) Full Return? Vol Cement... Top Plug? Btm Plug? Intermediate Casing 4,184.0 5,452.0 Yes Yes No Cement Q Pump Init(bbl/m...Q Pump Final(bbl/...Q Pump Avg(bbl/... P Pump Final(psi) P Plug Bump(psi) Recip? Stroke(ft) Rotated? Pipe RPM(rpm) 6 3 5 510.0 1,900.0 No No Tagged Depth(ftKB) Tag Method Depth Plug Drilled Out To(ftKB) Drill Out Diameter(in) 5,252.0 Drill Bit 5,452.0 6 3/4 Comment 2nd Stage-Dowell pump 42.7 bbls 11.5 ppg mud push,63.5 bbls 15.8 ppg cement, Drop plug,20 bbls H2O,&turn over to rig-Rig pump 230.9 bbls mud w/5 bpm&bump plug w/2294 stks @ 96%, FCP 510 psi, PSI up to 1900 psi&hold for 5 min(good), bleed off psi&check floats(good)CIP @ 13:46 hrs Cement Fluids&Additives Fluid Fluid Type Fluid Description Estimated Top(ftKB) Est Btm(ftKB) Amount(sacks) Class Volume Pumped(bbl) Yield(ft'/sack) Mix H2O Ratio(gal/sa... Free Water(%) Density(lb/gal) Plastic Viscosity(Pa•s) Thickening Time(hr) CmprStr 1(psi) Additives Additive Type Concentration Conc Unit label Page 1/1 Report Printed: 1/27/2015 252--1 Schiumberger Transmittal#: 20JAN15-SPO2 Drilling & Measurements DATA LOGGED MWD/LWD Log Product Delivery ► //..t/2015 K BENDER Customer: ConocoPhillips Alaska Dispatched To: AOGCC: Makana Bender Well No: CD4-289 Date Dispatched: 20-Jan-15 Job#: 14AKA0044 Dispatched By: Stephanie Pacillo Well/ Product Hardcopy Digital Copy E-Delivery Date Color Log Prints: 1 Contents on CD N/A PTS Answer Top of Cement x x 6600' -8175' MD LAS Digital Data N/A Contents on CD Directional Data N/A Contents on CD As-Built Survey N/A Contents on CD EOW CD 1 Contents on CD Data:DLIS/ASCII Graphics:pdf RECEIVED j Please sign and email a copy to: Please sign and email a copy to: Catherine.Roso(c,conocophillips.com AlaskaPTSPrintCenterslb.com Catherine Roso Attn:Stephanie Pacillo 907-265-6189 ATO 1707 cfr) Received By: ..e�� 2--\L \ c-() Seblumberger Transmittal#: 20JAN15-SP01 Drilling & Measurements DATA LOGGED MWD/LWD Log Product Delivery MfIKBE 01DR Customer: ConocoPhillips Alaska Dispatched To: AOGCC: Makana Bender Well No: CD4-289 Date Dispatched: 20-Jan-15 Job#: 14AKA0044 Dispatched By: Stephanie Pacillo Well/ Product Hardcopy Digital Copy E-Delivery Date Color Log Prints: 4 Contents on CD N/A Scope Resistivity 2"MD x x Scope Resistivity 2"TVD ii` ct+mt V t u x x Scope Resistivity T MD JAN 20 2015 x x Scope Resistivity 5"TVD x x 71A LAS Digital Data N/A Contents on CD x Directional Data 1 Contents on CD Nad27 x x As-Built Survey 1 Contents on CD Nad83 x x EOW CD 1 Contents on CD Data:DLIS/ASCII x Graphics:pdf/tiff x Survey:PDF x Please sign and email a copy to: Please sign and email a copy to: Catherine.Rosoconocophillips.com AlaskaPTSPrintCenterslb.com Catherine Roso Attn:Stephanie Pacillo 907-265-6189 ATO 1707 Mra-12. 17) `6`L Received By: f RECEIVE[ JAN 202015 FINAL AOGCC NADConversion Western North Slope CD4 Nanuq Pad CD4-289 Definitive Survey Report N A D 2 7 19 January, 2015 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Project Western North Slope,North Slope Alaska,United States Map System: US State Plane 1927(Exact solution) System Datum: Mean Sea Level Geo Datum: NAD 1927(NADCON CONUS) Map Zone: Alaska Zone 04 Using geodetic scale factor Well CD4-289 Well Position +N/-S 153,044.58 usft Northing: 5,957,576.72 usft Latitude: 70°17'33.498 N +E/-W -1,128,474.67 usft Easting: 378,388.24 usft Longitude: 150°59'4.564 W Position Uncertainty 0.00 usft Wellhead Elevation: usft Ground Level: 19.00 usft Wellbore CD4-289 Magnetics Model Name Sample Date Declination Dip Angle Field Strength (°) (°) (nT) BGGM2014 12/30/2014 18.52 80.77 57,544 Design CD4-289 Audit Notes: Version: 1.0 Phase: ACTUAL Tie On Depth: 36.45 Vertical Section: Depth From(TVD) +N1-S +El-W Direction (usft) (usft) (usft) (°) 0.00 153,044.58 I,128,474.6 154.00 Survey Program Date From To (usft) (usft) Survey(Wellbore) Tool Name Description Survey Date 117.80 1,073.75 CD4-289 Svy1-SLB_NSG+SSHOT(CD GYD-GC-SS Gyrodata gyro single shots 12/17/2014 9:3f 1,131.08 2,496.02 CD4-289 Svy2-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 12/18/2014 9:2*; 2,592.23 8,107.96 CD4-289 Srvy3-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 12/22/2014 8:51 8,195.49 14,451.64 CD4-289 Srvy4-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 1/1/2015 8:54:0 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +E/-W Northing Easting DLS Section (usft) (") (°) (usft) (usft) (usft) (usft) (ft) (ft) (°1100') (ft) Survey Tool Name 36.45 0.00 0.00 36.45 -19.00 153,044.58 -1,128,474.67 5,957,576.72 378,388.24 0.00 0.00 UNDEFINED 116.45 0.64 101.54 116.45 61.00 153,044.49 -1,128,474.23 5,957,576.69 378,388.69 0.80 0.27 GYD-GC-SS(1) 20"x 42" 117.80 0.65 101.54 117.80 62.35 153,044.48 -1,128,474.21 5,957,576.69 378,388.70 0.80 0.28 GYD-GC-SS(1) 147.98 0.69 89.22 147.98 92.53 153,044.45 -1,128,473.87 5,957,576.71 378,389.05 0.49 0.46 GYD-GC-SS(1) 237.60 0.55 80.03 237.59 182.14 153,044.53 -1,128,472.90 5,957,576.92 378,390.00 0.19 0.81 GYD-GC-SS(1) 329.47 0.35 178.01 329.46 274.01 153,044.33 -1,128,472.46 5,957,576.78 378,390.47 0.75 1.19 GYD-GC-SS(1) 421.93 0.48 222.48 421.92 366.47 153,043.76 -1,128,472.71 5,957,576.18 378,390.29 0.36 1.59 GYD-GC-SS(1) 515.84 0.19 268.21 515.83 460.38 153,043.47 -1,128,473.13 5,957,575.83 378,389.91 0.40 1.67 GYD-GC-SS(1) 607.98 0.47 284.33 607.96 552.51 153,043.56 -1,128,473.65 5,957,575.85 378,389.39 0.32 1.36 GYD-GC-SS(1) 700.00 1.52 44.04 699.97 644.52 153,044.53 -1,128,473.17 5,957,576.88 378,389.74 1.96 0.70 GYD-GC-SS(1) 1/19/2015 10:43:55AM Page 2 COMPASS 5000.1 Build 65 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) 0100') (ft) Survey Tool Name 792.40 2.72 57.53 792.31 736.86 153,046.59 -1,128,470.47 5,957,579.28 378,392.14 1.40 0.04 GYD-GC-SS(1) 885.80 4.16 52.75 885.54 830.09 153,049.83 -1,128,465.90 5,957,583.11 378,396.23 1.57 -0.87 GYD-GC-SS(1) 979.62 6.39 52.39 978.96 923.51 153,055.07 -1,128,459.05 5,957,589.23 378,402.32 2.38 -2.59 GYD-GC-SS(1) 1,073.75 7.70 56.12 1,072.37 1,016.92 153,061.78 -1,128,449.67 5,957,597.15 378,410.73 1.47 -4.51 GYD-GC-SS(1) 1,131.08 8.92 56.94 1,129.10 1,073.65 153,066.35 -1,128,442.75 5,957,602.61 378,416.98 2.14 -5.58 MWD+IFR-AK-CAZSC(2) 1,225.66 10.46 56.97 1,222.33 1,166.88 153,075.03 -1,128,429.41 5,957,613.01 378,429.05 1.63 -7.53 MWD+IFR-AK-CAZSC(2) 1,319.73 12.05 58.03 1,314.59 1,259.14 153,084.89 -1,128,413.92 5,957,624.87 378,443.09 1.70 -9.60 MVD+IFR-AK-CAZSC(2) 1,414.59 15.39 59.81 1,406.73 1,351.28 153,096.46 -1,128,394.63 5,957,638.94 378,460.67 3.55 -11.55 MWD+IFR-AK-CAZ-SC(2) 1,509.52 16.49 61.70 1,498.01 1,442.56 153,109.18 -1,128,371.88 5,957,654.62 378,481.53 1.28 -13.01 MWD+IFR-AK-CAZSC(2) 1,603.53 18.62 72.96 1,587.66 1,532.21 153,119.91 -1,128,345.78 5,957,668.77 378,505.99 4.25 -11.21 MWD+IFR-AK-CAZSC(2) 1,697.18 20.49 83.21 1,675.93 1,620.48 153,126.23 -1,128,315.19 5,957,679.15 378,535.48 4.16 -3.48 MWD+IFR-AK-CAZSC(2) 1,790.84 20.50 85.02 1,763.66 1,708.21 153,129.59 -1,128,282.58 5,957,686.86 378,567.38 0.68 7.79 MWD+IFR-AK-CAZSC(2) 1,884.96 24.83 85.86 1,850.49 1,795.04 153,132.45 -1,128,246.43 5,957,694.55 378,602.85 4.61 21.07 MWD+IFR-AK-CAZSC(2) 1,977.23 29.41 87.79 1,932.60 1,877.15 153,134.73 -1,128,204.45 5,957,702.45 378,644.20 5.05 37.43 MWD+IFR-AK-CAZSC(2) 2,070.11 32.91 90.83 2,012.07 1,956.62 153,135.24 -1,128,156.41 5,957,709.41 378,691.78 4.13 58.03 MWD+IFR-AK-CAZSC(2) 2,163.36 35.88 93.10 2,089.01 2,033.56 153,133.40 -1,128,103.78 5,957,714.65 378,744.24 3.47 82.76 MWD+IFR-AK-CAZSC(2) 2,257.56 39.47 93.55 2,163.56 2,108.11 153,130.05 -1,128,046.32 5,957,719.05 378,801.70 3.82 110.96 MWD+IFR-AK-CAZSC(2) 2,353.08 41.78 94.90 2,236.05 2,180.60 153,125.45 -1,127,984.30 5,957,722.81 378,863.84 2.59 142.28 MWD+IFR-AK-CAZSC(2) 2,445.66 43.41 96.03 2,304.20 2,248.75 153,119.47 -1,127,921.93 5,957,725.26 378,926.51 1.94 174.99 MWD+IFR-AK-CAZSC(2) 2,496.02 44.03 95.46 2,340.60 2,285.15 153,115.99 -1,127,887.30 5,957,726.46 378,961.33 1.46 193.30 MWD+IFR-AK-CAZ-SC(2) 2,565.00 44.46 93.63 2,390.02 2,334.57 153,112.18 -1,127,839.33 5,957,729.12 379,009.44 1.96 217.75 MWD+IFR-AK-CAZ-SC(3) 10-3/4"x 13-1/2" 2,592.23 44.64 92.91 2,409.42 2,353.97 153,111.09 -1,127,820.25 5,957,730.61 379,028.50 1.96 227.09 MWD+IFR-AK-CAZ-SC(3) 2,644.99 45.07 90.97 2,446.82 2,391.37 153,109.83 -1,127,783.07 5,957,734.35 379,065.56 2.72 244.52 MWD+IFR-AK-CAZ-SC(3) 2,739.47 44.72 90.78 2,513.75 2,458.30 153,108.82 -1,127,716.39 5,957,742.30 379,131.84 0.40 274.67 MWD+IFR-AK-CAZSC(3) 1 2,834.22 43.25 92.23 2,581.93 2,526.48 153,107.10 -1,127,650.62 5,957,749.43 379,197.32 1.88 305.05 MWD+IFR-AK-CAZ-SC(3) 2,928.71 41.91 94.39 2,651.51 2,596.06 153,103.42 -1,127,586.80 5,957,754.35 379,261.13 2.10 336.33 MWD+IFR-AK-CAZSC(3) 3,021.55 40.81 92.33 2,721.19 2,665.74 153,099.82 -1,127,525.56 5,957,759.00 379,322.36 1.88 366.41 MWD+IFR-AK-CAZSC(3) 3,116.07 40.31 90.78 2,793.00 2,737.55 153,098.14 -1,127,464.13 5,957,765.59 379,383.53 1.19 394.84 MWD+IFR-AK-CAZSC(3) 3,210.98 39.95 91.79 2,865.57 2,810.12 153,096.77 -1,127,402.98 5,957,772.45 379,444.38 0.78 422.88 MWD+IFR-AK-CAZSC(3) 3,310.64 39.88 92.39 2,942.01 2,886.56 153,094.44 -1,127,339.07 5,957,778.72 379,508.08 0.39 452.99 MWD+IFR-AK-CAZSC(3) 3,403.07 39.99 90.34 3,012.89 2,957.44 153,093.03 -1,127,279.76 5,957,785.28 379,567.11 1.43 480.26 MWD+IFR-AK-CAZSC(3) 3,498.31 39.92 88.96 3,085.89 3,030.44 153,093.40 -1,127,218.61 5,957,793.87 379,627.73 0.93 506.74 MWD+IFR-AK-CAZSC(3) 3,591.72 40.07 89.41 3,157.46 3,102.01 153,094.26 -1,127,158.58 5,957,802.78 379,687.17 0.35 532.28 MWD+IFR-AK-CAZSC(3) 3,684.85 40.51 89.58 3,228.49 3,173.04 153,094.79 -1,127,098.35 5,957,811.39 379,746.84 0.49 558.21 MWD+IFR-AK-CAZSC(3) 3,779.23 40.45 91.37 3,300.28 3,24483 153,094.28 -1,127,037.09 5,957,819.12 379,807.68 1.23 585.52 MWD+IFR-AK-CAZSC(3) 3,873.63 40.91 92.56 3,371.87 3,316.42 153,092.17 -1,126,975.60 5,957,825.28 379,868.97 0.96 614.37 MWD+IFR-AK-CAZSC(3) 3,969.09 40.95 94.38 3,444.00 3,388.55 153,088.38 -1,126,913.18 5,957,829.91 379,931.40 1.25 645.14 MWD+IFR-AK-CAZSC(3) 4,063.41 40.97 94.94 3,515.23 3,459.78 153,083.36 -1,126,851.55 5,957,833.21 379,993.20 0.39 676.67 MWD+IFR-AK-CAZSC(3) 4,156.20 41.53 94.66 3,584.99 3,529.54 153,078.24 -1,126,790.59 5,957,836.32 380,054.37 0.64 707.99 MWD+IFR-AK-CAZSC(3) 4,251.67 41.22 93.87 3,656.63 3,601.18 153,073.55 -1,126,727.66 5,957,840.11 380,117.43 0.64 739.80 MWD+IFR-AK-CAZSC(3) 1/19/2015 10:43:55AM Page 3 COMPASS 5000.1 Build 65 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289 19+36.45 @ 55 45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289 19+36.45 @ 55 45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azl TVD TVDSS +N/-g +E/-W Northing Easting DLS Section (usft) (°) (') (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 4,346.40 41.22 91.72 3,727.89 3,672.44 153,070.50 -1,126,665.32 5,957,845.47 380,179.68 1.50 769.86 MWD+IFR-AK-CAZ-SC(3) 4,440.60 41.36 90.45 3,798.67 3,743.22 153,069.33 -1,126,603.17 5,957,852.65 380,241.49 0.90 798.16 MWD+IFR-AK-CAZ-SC(3) 4,534.73 41.45 91.83 3,869.27 3,813.82 153,068.09 -1,126,540.93 5,957,859.78 380,303.40 0.97 826.56 MWD+IFR-AK-CAZ-SC(3) 4,628.79 41.48 92.34 3,939.76 3,884.31 153,065.82 -1,126,478.69 5,957,865.89 380,365.45 0.36 855.88 MWD+IFR-AK-CAZ-SC(3) 4,722.61 41.39 92.49 4,010.10 3,954.65 153,063.20 -1,126,416.66 5,957,871.62 380,427.34 0.14 885.43 MWD+IFR-AK-CAZ-SC(3) 4,816.91 41.58 94.12 4,080.74 4,025.29 153,059.60 -1,126,354.30 5,957,876.43 380,489.68 1.16 916.00 MWD+IFR-AK-CAZ-SC(3) 4,911.46 41.11 93.57 4,151.72 4,096.27 153,055.41 -1,126,291.98 5,957,880.64 380,552.07 0.63 947.09 MWD+IFR-AK-CAZ-SC(3) 5,006.49 40.85 93.28 4,223.47 4,168.02 153,051.69 -1,126,229.78 5,957,885.30 380,614.28 0.34 977.70 MWD+IFR-AK-CAZ-SC(3) 5,098.28 40.94 92.86 4,292.85 4,237.40 153,048.47 -1,126,169.77 5,957,890.17 380,674.24 0.32 1,006.90 MWD+IFR-AK-CAZ-SC(3) 5,195.20 40.85 92.12 4,366.11 4,310.66 153,045.71 -1,126,106.38 5,957,895.95 380,737.49 0.51 1,037.17 MWD+IFR-AK-CAZ-SC(3) 5,287.68 40.97 91.91 4,436.00 4,380.55 153,043.58 -1,126,045.85 5,957,901.97 380,797.82 0.20 1,065.61 MWD+IFR-AK-CAZ-SC(3) 5,379.76 40.89 91.25 4,505.57 4,450.12 153,041.92 -1,125,985.55 5,957,908.42 380,857.87 0.48 1,093.54 MWD+IFR-AK-CAZ-SC(3) 5,473.54 40.97 91.63 4,576.42 4,520.97 153,040.38 -1,125,924.13 5,957,915.13 380,919.00 0.28 1,121.85 MWD+IFR-AK-CAZ-SC(3) 5,569.65 41.08 92.02 4,648.93 4,593.48 153,038.37 -1,125,861.08 5,957,921.61 380,981.82 0.29 1,151.30 MWD+IFR-AK-CAZ-SC(3) 5,661.54 41.53 91.80 4,717.96 4,662.51 153,036.35 -1,125,800.46 5,957,927.75 381,042.23 0.51 1,179.69 MWD+IFR-AK-CAZ-SC(3) 5,755.83 41.53 94.76 4,788.55 4,733.10 153,032.77 -1,125,738.06 5,957,932.58 381,104.61 2.08 1,210.26 MWD+IFR-AK-CAZ-SC(3) 5,850.12 41.40 97.11 4,859.21 4,803.76 153,026.32 -1,125,675.97 5,957,934.52 381,167.07 1.66 1,243.28 MWD+IFR-AK-CAZSC(3) 5,945.24 41.47 97.60 4,930.53 4,875.08 153,018.26 -1,125,613.54 5,957,934.91 381,230.09 0.35 1,277.89 MWD+IFR-AK-CAZ-SC(3) 6,038.78 41.42 96.58 5,000.64 4,945.19 153,010.62 -1,125,552.10 5,957,935.58 381,292.06 0.72 1,311.69 MWD+IFR-AK-CAZSC(3) 6,133.66 41.43 95.95 5,071.79 5,016.34 153,003.77 -1,125,489.70 5,957,937.16 381,354.89 0.44 1,345.20 MWD+IFR-AK-CAZSC(3) 6,228.40 41.97 97.65 5,142.53 5,087.08 152,996.30 -1,125,427.13 5,957,938.16 381,417.97 1.32 1,379.34 MWD+IFR-AK-CAZSC(3) 6,322.51 42.68 98.95 5,212.11 5,156.66 152,987.15 -1,125,364.43 5,957,937.51 381,481.40 1.20 1,415.06 MWD+IFR-AK-CAZSC(3) 6,414.36 42.51 98.86 5,279.72 5,224.27 152,977.52 -1,125,303.01 5,957,936.21 381,543.61 0.20 1,450.63 MWD+IFR-AK-CAZ-SC(3) 6,508.43 42.48 98.76 5,349.08 5,293.63 152,967.79 -1,125,240.21 5,957,934.99 381,607.22 0.08 1,486.90 MWD+IFR-AK-CAZSC(3) 6,601.93 43.22 102.36 5,417.64 5,362.19 152,956.13 -1,125,177.73 5,957,931.81 381,670.77 2.74 1,524.78 MWD+IFR-AK-CAZSC(3) 6,695.89 44.36 105.93 5,485.48 5,430.03 152,940.22 -1,125,114.71 5,957,924.50 381,735.43 2.90 1,566.70 MWD+IFR-AK-CAZSC(3) 6,790.05 45.73 108.92 5,552.01 5,496.56 152,920.26 -1,125,051.15 5,957,913.22 381,801.16 2.68 1,612.51 M1ND+IFR-AK-CAZSC(3) 6,883.45 48.07 112.04 5,615.84 5,560.39 152,896.37 -1,124,987.30 5,957,898.10 381,867.71 3.50 1,661.97 MWD+IFR-AK-CAZSC(3) 6,978.04 50.40 115.44 5,677.61 5,622.16 152,867.50 -1,124,921.75 5,957,878.27 381,936.61 3.67 1,716.65 MWD+IFR-AK-CAZ-SC(3) 7,072.58 51.66 119.23 5,737.07 5,681.62 152,833.74 -1,124,856.49 5,957,853.55 382,005.89 3.39 1,775.60 MWD+IFR-AK-CAZ-SC(3) 7,168.01 53.08 123.05 5,795.35 5,739.90 152,794.65 -1,124,791.84 5,957,823.45 382,075.27 3.50 1,839.08 MWD+IFR-AK-CAZ-SC(3) 7,260.19 55.05 127.50 5,849.46 5,794.01 152,751.54 -1,124,730.96 5,957,788.86 382,141.46 4.45 1,904.51 MWD+IFR-AK-CAZ-SC(3) 7,354.85 56.75 130.79 5,902.54 5,847.09 152,702.05 -1,124,670.20 5,957,747.93 382,208.38 3.39 1,975.63 MWD+IFR-AK-CAZ-SC(3) 7,448.79 59.92 133.09 5,951.86 5,896.41 152,648.61 -1,124,610.75 5,957,702.89 382,274.53 3.97 2,049.72 MWD+IFR-AK-CAZ-SC(3) 7,540.98 63.38 134.44 5,995.63 5,940.18 152,592.49 -1,124,552.18 5,957,655.09 382,340.17 3.97 2,125.84 MWD+IFR-AK-CAZ-SC(3) 7,633.49 65.43 136.15 6,035.59 5,980.14 152,533.19 -1,124,493.51 5,957,604.14 382,406.35 2.77 2,204.86 MWD+IFR-AK-CAZ-SC(3) 7,727.01 68.04 139.80 6,072.54 6,017.09 152,469.37 -1,124,436.03 5,957,548.55 382,471.94 4.54 2,287.42 MWD+IFR-AK-CAZ-SC(3) 7,822.16 70.05 143.17 6,106.57 6,051.12 152,399.85 -1,124,380.72 5,957,487.01 382,536.14 3.92 2,374.15 MWD+IFR-AK-CAZ-SC(3) 7,868.80 70.94 145.61 6,122.15 6,066.70 152,364.11 -1,124,355.13 5,957,455.00 382,566.33 5.29 2,417.49 MWD+IFR-AK-CAZ-SC(3) 7,917.16 72.17 147.80 6,137.45 6,082.00 152,325.76 -1,124,329.95 5,957,420.34 382,596.46 4.99 2,462.99 MWD+IFR-AK-CAZ-SC(3) 1/19/2015 10:43:55AM Page 4 COMPASS 5000.1 Build 65 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc AzI TVD TVDSS 41/-6 +E/-W Northing Easting DLS Section (usft) (' (°) (usft) (usft) (usft) (usft) (g) (ft) (11001 (ft) Survey Tool Name 8,008.96 74.42 150.80 6,163.84 6,108.39 152,250.17 -1,124,285.08 5,957,351.37 382,651.13 3.98 2,550.61 MWD+IFR-AK-CAZ-SC(3) 8,107.96 77.21 149.66 6,188.10 6,132.65 152,166.87 -1,124,237.42 5,957,275.14 382,709.59 3.03 2,646.37 MWD+IFR-AK-CAZ-SC(3) 8,161.00 79.03 148.24 6,199.02 6,143.57 152,122.40 -1,124,210.65 5,957,234.63 382,742.12 4.32 2,698.07 MWD+IFR-AK-CAZ-SC(4) 7-6/8"x 9-718" 8,195.49 80.22 147.32 6,205.23 6,149.78 152,093.70 -1,124,192.56 5,957,208.58 382,763.92 4.32 2,731.79 MWD+IFR-AK-CAZ-SC(4) 8,254.38 81.22 148.50 6,214.73 6,159.28 152,044.46 -1,124,161.69 5,957,163.88 382,801.16 2.61 2,789.58 MW3+IFR-AK-CAZ-SC(4) 8,349.25 82.70 149.35 6,228.00 6,172.55 151,964.01 -1,124,113.20 5,957,090.58 382,860.07 1.79 2,883.15 MWD+IFR-AK-CAZ-SC(4) 8,443.97 84.14 149.27 6,238.85 6,183.40 151,883.10 -1,124,065.18 5,957,016.76 382,918.58 1.52 2,976.93 MWD+IFR-AK-CAZ-SC(4) 8,539.79 87.59 150.66 6,245.76 6,190.31 151,800.37 -1,124,017.35 5,956,941.12 382,977.13 3.88 3,072.24 MWD+IFR-AK-CAZ-SC(4) 8,635.64 90.27 151.23 6,247.55 6,192.10 151,716.61 -1,123,970.82 5,956,864.28 383,034.55 2.86 3,167.93 MWD+IFR-AK-CAZ-SC(4) 8,730.73 92.31 151.78 6,245.41 6,189.96 151,633.06 -1,123,925.46 5,956,787.49 383,090.76 2.22 3,262.90 MWD+IFR-AK-CAZ-SC(4) 8,825.76 91.73 150.63 6,242.06 6,186.61 151,549.84 -1,123,879.72 5,956,711.07 383,147.32 1.35 3,357.76 MWD+IFR AK-CAZ-SC(4) 8,921.02 92.46 150.67 6,238.58 6,183.13 151,466.86 -1,123,833.06 5,956,635.02 383,204.75 0.77 3,452.79 MWD+IFRAK-CAZSC(4) 9,016.64 92.98 150.32 6,234.04 6,178.59 151,383.73 -1,123,786.02 5,956,558.88 383,262.58 0.66 3,548.12 MWD+IFR-AK-CAZSC(4) 9,084.03 93.00 150.12 6,230.52 6,175.07 151,325.32 -1,123,752.60 5,956,505.42 383,303.58 0.30 3,615.27 MWD+IFR-AK-CAZSC(4) CD4-289 1.Heel 122914b JH 9,111.38 93.01 150.04 6,229.09 6,173.64 151,301.65 -1,123,738.97 5,956,483.77 383,320.28 0.30 3,642.52 MWD+IFRAK-CAZSC(4) 9,206.16 93.01 150.99 6,224.11 6,168.66 151,219.26 -1,123,692.39 5,956,408.29 383,377.56 1.00 3,737.00 MWD+IFRAK-CAZSC(4) 9,301.46 92.74 151.08 6,219.33 6,163.88 151,135.99 -1,123,646.29 5,956,331.87 383,434.47 0.30 3,832.05 MWD+IFRAK-CAZSC(4) 9,396.64 91.30 152.94 6,215.98 6,160.53 151,052.00 -1,123,601.66 5,956,254.55 383,490.03 2.47 3,927.11 MWD+IFRAK-CAZSC(4) 9,491.66 90.56 155.43 6,214.43 6,158.98 150,966.48 -1,123,560.29 5,956,175.27 383,542.56 2.73 4,022.10 MWD+IFRAK-CAZSC(4) 9,587.32 91.98 156.62 6,212.31 6,156.86 150,879.10 -1,123,521.43 5,956,093.81 383,592.85 1.94 4,117.68 MWD+IFRAK-CAZSC(4) 9,682.27 91.71 155.78 6,209.26 6,153.81 150,792.27 -1,123,483.13 5,956,012.81 383,642.50 0.93 4,212.51 MWD+IFRAK-CAZSC(4) 9,778.00 90.01 154.01 6,207.82 6,152.37 150,705.60 -1,123,442.52 5,955,932.29 383,694.42 2.56 4,308.21 MWD+IFR-AK-CAZSC(4) 9,877.80 90.06 154.19 6,207.76 6,152.31 150,615.82 -1,123,398.93 5,955,849.08 383,749.73 0.19 4,408.01 MWD+IFRAK-CAZSC(4) 9,969.63 89.24 152.45 6,208.32 6,152.87 150,533.77 -1,123,357.70 5,955,773.23 383,801.65 2.09 4,499.82 MWD+IFR-AK-CAZSC(4) 10,063.96 89.31 151.73 6,209.51 6,154.06 150,450.42 -1,123,313.55 5,955,696.47 383,856.64 0.77 4,594.09 MWD+IFRAK-CAZSC(4) 10,160.32 88.62 152.07 6,211.25 6,155.80 150,365.44 -1,123,268.17 5,955,618.26 383,913.08 0.80 4,690.37 MWD+IFRAK-CAZSC(4) 10,171.78 88.65 152.30 6,211.53 6,156.08 150,355.30 -1,123,262.82 5,955,608.92 383,919.74 2.05 4,701.83 MWD+IFRAK-CAZSC(4) CD4-289 2.#1 122914b JH 10,255.57 88.90 154.00 6,213.31 6,157.86 150,280.57 -1,123,224.99 5,955,539.86 383,967.31 2.05 4,785.58 MWD+IFRAK-CAZSC(4) 10,349.10 89.07 154.46 6,214.97 6,159.52 150,196.35 -1,123,184.34 5,955,461.78 384,018.95 0.52 4,879.10 MWD+IFRAK-CAZSC(4) 10,446.07 89.62 156.07 6,216.08 6,160.63 150,108.29 -1,123,143.77 5,955,379.87 384,071.03 1.75 4,976.03 MWD+IFRAK-CAZSC(4) 10,541.13 89.82 156.96 6,216.54 6,161.09 150,021.10 -1,123,105.88 5,955,298.47 384,120.32 0.96 5,071.00 MWD+IFRAK-CAZSC(4) 10,636.77 88.68 157.24 6,217.80 6,162.35 149,933.01 -1,123,068.67 5,955,216.07 384,169.07 1.23 5,166.49 MWD+IFRAK-CAZSC(4) 10,731.68 88.76 157.19 6,219.92 6,164.47 149,845.53 -1,123,031.92 5,955,134.22 384,217.27 0.10 5,261.23 MW3+IFRAK-CAZSC(4) 10,826.40 87.68 157.87 6,222.86 6,167.41 149,758.04 -1,122,995.74 5,955,052.30 384,264.92 1.35 5,355.72 MWD+IFR-AK-CAZ-SC(4) 10,920.64 88.69 158.28 6,225.84 6,170.39 149,670.66 -1,122,960.57 5,954,970.34 384,311.54 1.16 5,449.67 MWD+IFR-AK-CAZSC(4) 11,016.54 88.10 158.23 6,228.53 6,173.08 149,581.62 -1,122,925.06 5,954,886.78 384,358.73 0.62 5,545.27 MWD+IFR-AK-CAZ-SC(4) 11,080.73 88.52 158.02 6,230.42 6,174.97 149,522.08 -1,122,901.15 5,954,830.92 384,390.45 0.73 5,609.27 MWD+IFR-AK-CAZ-SC(4) CD4-289 3.#2 122914b JH 1/19/2015 10:43:55AM Page 5 COMPASS 5000.1 Build 65 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +E/-W Northing Easting DLS Section (usft) (°) (') (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 11,112.80 88.73 157.91 6,231.19 6,175.74 149,492.36 -1,122,889.12 5,954,803.06 384,406.37 0.73 5,641.25 MWD+IFR-AK-CAZ-SC(4) 11,208.53 89.14 158.15 6,232.97 6,177.52 149,403.60 -1,122,853.31 5,954,719.81 384,453.82 0.50 5,736.73 MWD+IFR-AK-CAZ-SC(4) 11,303.15 89.22 156.08 6,234.33 6,178.88 149,316.44 -1,122,816.52 5,954,638.29 384,502.02 2.19 5,831.19 MWD+IFR-AK-CAZ-SC(4) 11,398.70 91.31 154.67 6,233.88 6,178.43 149,229.59 -1,122,776.71 5,954,557.48 384,553.18 2.64 5,926.71 MWD+IFR-AK-CAZ-SC(4) 11,494.15 90.89 154.30 6,232.05 6,176.60 149,143.47 -1,122,735.60 5,954,477.56 384,605.53 0.59 6,022.13 MWD+IFR-AK-CAZ-SC(4) 11,591.05 91.08 152.81 6,230.39 6,174.94 149,056.72 -1,122,692.46 5,954,397.30 384,659.98 1.55 6,119.01 MWD+IFR-AK-CAZSC(4) 11,686.99 92.40 152.01 6,227.47 6,172.02 148,971.73 -1,122,648.05 5,954,318.96 384,715.45 1.61 6,214.87 MWD+IFR-AK-CAZSC(4) 11,781.58 92.05 151.47 6,223.80 6,168.35 148,888.48 -1,122,603.29 5,954,242.38 384,771.03 0.68 6,309.32 MWD+IFR-AK-CAZ-SC(4) 11,875.13 91.95 151.63 6,220.53 6,165.08 148,806.28 -1,122,558.76 5,954,166.81 384,826.25 0.20 6,402.72 MWD+IFR-AK-CAZSC(4) CD4-289 413 122914b JH 11,970.67 91.54 149.70 6,217.63 6,162.18 148,723.03 -1,122,511.97 5,954,090.52 384,883.84 2.06 6,498.05 MWD+IFR-AK-CAZSC(4) 12,067.33 90.99 149.88 6,215.49 6,160.04 148,639.52 -1,122,463.35 5,954,014.20 384,943.30 0.60 6,594.43 MWD+IFR AK-CAZ-SC(4) 12,161.52 90.41 149.42 6,214.34 6,158.89 148,558.24 -1,122,415.76 5,953,939.97 385,001.42 0.79 6,688.34 MWD+IFR-AK-CAZSC(4) 12,257.80 90.85 150.95 6,213.28 6,157.83 148,474.72 -1,122,367.89 5,953,863.53 385,060.13 1.65 6,784.40 MWD+IFR-AK-CAZ-SC(4) 12,353.18 90.26 150.14 6,212.36 6,156.91 148,391.67 -1,122,320.99 5,953,787.45 385,117.81 1.05 6,879.60 MWD+IFRAK-CAZSC(4) 12,449.29 90.85 151.41 6,211.43 6,155.98 148,307.80 -1,122.274.07 5,953,710.55 385,175.62 1.46 6,975.55 MWD+IFR-AK-CAZSC(4) 12,543.54 91.20 152.07 6,209.74 6,154.29 148,224.80 -1,122,229.46 5,953,634.20 385,231.03 0.79 7,069.71 MWD+IFR-AK-CAZSC(4) 12,635.71 89.99 154.55 6,208.78 6,153.33 148,142.46 -1,122,188.06 5,953,558.08 385,283.15 2.99 7,161.86 MWD+IFR-AK-CAZSC(4) 12,730.64 89.43 158.26 6,209.26 6,153.81 148,055.48 -1,122,150.07 5,953,476.90 385,332.52 3.95 7,256.69 MWD+IFRAK-CAZSC(4) 12,826.22 89.75 157.90 6,209.95 6,154.50 147,966.82 -1,122,114.39 5,953,393.73 385,379.83 0.50 7,352.02 MWD+IFR-AK-CAZ-SC(4) 12,870.08 89.69 158.15 6,210.16 6,154.71 147,926.14 -1,122,097.98 5,953,355.59 385,401.57 0.59 7,395.77 MWD+IFRAK-CAZSC(4) 12,965.29 89.24 159.43 6,211.05 6,155.60 147,837.39 -1,122,063.54 5,953,272.17 385,447.66 1.42 7,490.64 MWD+IFRAK-CAZSC(4) 13,060.67 89.34 158.24 6,212.23 6,156.78 147,748.45 -1,122,029.10 5,953,188.56 385,493.77 1.25 7,585.68 MWD+IFRAK-CAZ-SC(4) 13,107.23 89.28 157.86 6,212.80 6,157.35 147,705.27 -1,122,011.70 5,953,148.06 385,516.83 0.84 7,632.12 MVVD+IFR-AK-CAZ-SC(4) CD4-289 5.#4 122914b JH 13,156.25 89.21 157.45 6,213.44 6,157.99 147,659.94 -1,121,993.06 5,953,105.59 385,541.41 0.84 7,681.03 MWD+IFR-AK-CAZSC(4) 13,251.59 89.14 158.95 6,214.82 6,159.37 147,571.43 -1,121,957.66 5,953,022.54 385,588.42 1.57 7,776.10 MWD+IFRAK-CAZSC(4) 13,347.06 89.82 158.15 6,215.68 6,160.23 147,482.57 -1,121,922.75 5,952,939.09 385,634.98 1.10 7,871.27 MWD+IFRAK-CAZSC(4) 13,441.30 89.62 157.49 6,216.14 6,160.69 147,395.31 -1,121,887.17 5,952,857.30 385,682.00 0.73 7,965.30 MWD+IFRAK-CAZSC(4) 13,537.54 89.75 156.37 6,216.67 6,161.22 147,306.77 -1,121,849.46 5,952,774.53 385,731.30 1.17 8,061.41 MWD+IFR-AK-CAZ-SC(4) 13,634.79 90.06 154.72 6,216.83 6,161.38 147,218.25 -1,121,809.20 5,952,692.12 385,783.13 1.73 8,158.62 MWD+IFRAK-CAZ-SC(4) 13,678.25 90.11 154.83 6,216.77 6,161.32 147,178.93 -1,121,790.68 5,952,655.60 385,806.78 0.27 8,202.08 MVD+IFRAK-CAZSC(4) CD4-289 616 122914b JH 13,728.69 90.17 154.95 6,216.64 6,161.19 147,133.26 -1,121,769.27 5,952,613.17 385,834.15 0.27 8,252.51 MWD+IFRAK-CAZSC(4) 13,824.18 90.13 155.46 6,216.39 6,160.94 147,046.57 -1,121,729.23 5,952,532.56 385,885.52 0.54 8,347.98 MWD+IFRAK-CAZSC(4) 13,919.70 90.10 153.53 6,216.20 6,160.75 146,960.36 -1,121,688.10 5,952,452.56 385,937.90 2.02 8,443.49 MWD+IFRAK-CAZSC(4) 14,015.63 90.13 153.83 6,216.01 6,160.56 146,874.38 -1,121,645.57 5,952,372.97 385,991.64 0.31 8,539.42 MWD+IFR-AK-CAZSC(4) 14,111.80 89.99 152.17 6,215.91 6,160.46 146,788.69 -1,121,601.91 5,952,293.84 386,046.46 1.73 8,635.57 MWD+IFR-AK-CAZSC(4) 14,197.96 89.67 150.13 6,216.17 6,160.72 146,713.23 -1,121,560.34 5,952,224.56 386,097.84 2.40 8,721.62 MWD+IFR-AK-CAZSC(4) 14,300.41 90.68 150.91 6,215.85 6,160.40 146,624.05 -1,121,509.92 5,952,142.86 386,159.83 1.25 8,823.88 MVVD+IFR-AK-CAZ-SC(4) 14,396.66 90.75 152.59 6,214.65 6,159.20 146,539.27 -1,121,464.37 5,952,064.88 386,216.41 1.75 8,920.04 MWD+IFR-AK-CAZ-SC(4) 1/19/2015 10:43.55AM Page 6 COMPASS 5000.1 Build 65 Definitive Survey Report Company: NADConversion Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 14,451.64 91.02 152.22 6,213.80 6,158.35 146,490.55 -1,121,438.90 5,952,019.97 386,248.21 0.83 8,974.99 MWD+IFR-AK-CAZ-SC(4) 14,513.00 91.02 152.22 6,212.71 6,157.26 146,436.27 -1,121,410.31 5,951,969.96 386,283.87 0.00 9,036.31 PROJECTED to TD Projection to TD-CD4-289 7.Toe 122914b JH 1/19/2015 10.43:55AM Page 7 COMPASS 5000.1 Build 65 RECEIVED JAN 2 0 2015 FINAL AOGCC ConocoPhillips(Alaska) Inc. -WNS Western North Slope CD4 Nanuq Pad CD4-289 Definitive Survey Report rN A D 8 3 19 January, 2015 Definitive Survey Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289: 19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Project Western North Slope,North Slope Alaska,United States Map System: US State Plane 1983 System Datum: Mean Sea Level Geo Datum: North American Datum 1983 Using Well Reference Point Map Zone: Alaska Zone 4 Using geodetic scale factor Well CD4-289 Well Position +N/-S 0.00 usft Northing: 5,957,323.89 usfl Latitude: 70°17'32.311 N +E/-W 0.00 usft Easting: 1,518,421.75 usfl Longitude: 150°59'15.832 W Position Uncertainty 0.00 usft Wellhead Elevation: usfl Ground Level: 19.00 usft Wellbore CD4-289 Magnetics Model Name Sample Date Declination Dip Angle Field Strength (0) (°) (nT) BGGM2014 12/30/2014 18.52 80.77 57,544 Design CD4-289 Audit Notes: Version: 1.0 Phase: ACTUAL Tie On Depth: 36.45 Vertical Section: Depth From(TVD) +N/-S +EI-W Direction (usft) (usft) (usft) (°) 36.45 0.00 0.00 154.00 Survey Program Date 1/19/2015 From To (usft) (usft) Survey(Wellbore) Tool Name Description Survey Date 117.80 1,073.75 CD4-289 Svy1 -SLB_NSG+SSHOT(CD GYD-GC-SS Gyrodata gyro single shots 12/17/2014 9:, 1,131.08 2,496.02 CD4-289 Svy2-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 12/18/2014 9:: 2,592.23 8,107.96 CD4-289 Srvy3-SLB_MWD+GMAG(CC MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 12/22/2014 8:: 8,195.49 14,451.64 CD4-289 Srvy4-SLB_MWD+GMAG(CD MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 1/1/2015 8:54 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (0) (0) (usft) (usft) (usft) (usft) (ft) (ft) (°1100') (ft) Survey Tool Name 36.45 0.00 0.00 36.45 -19.00 0.00 0.00 5,957,323.89 1,518,421.75 0.00 0.00 UNDEFINED 116.45 0.64 101.54 116.45 61.00 -0.09 0.44 5,957,323.79 1,518,422.19 0.80 0.27 GYD-GC-SS(1) 20"x 42" 117.80 0.65 101.54 117.80 62.35 -0.09 0.45 5,957,323.79 1,518,422.20 0.80 0.28 GYD-GC-SS(1) 147.98 0.69 89.22 147.98 92.53 -0.12 0.80 5,957,323.75 1,518,422.55 0.49 0.46 GYD-GC-SS(1) 237.60 0.55 80.03 237.59 182.14 -0.04 1.76 5,957,323.82 1,518,423.51 0.19 0.81 GYD-GC-SS(1) 329.47 0.35 178.01 329.46 274.01 -0.25 2.21 5,957,323.61 1,518,423.95 0.75 1.19 GYD-GC-SS(1) 421.93 0.48 222.48 421.92 366.47 -0.81 1.96 5,957,323.04 1,518,423.69 0.36 1.59 GYD-GC-SS(1) 515.84 0.19 268.21 515.83 460.38 -1.11 1.54 5,957,322.76 1,518,423.27 0.40 1.67 GYD-GC-SS(1) 607.98 0.47 284.33 607.96 552.51 -1.02 1.02 5,957,322.85 1,518,422.75 0.32 1.36 GYD-GC-SS(1) 700.00 1.52 44.04 699.97 644.52 -0.05 1.50 5,957,323.82 1,518,423.25 1.96 0.70 GYD-GC-SS(1) 1/19/2015 10:09:50AM Page 2 COMPASS 5000.1 Build 65 Definitive Survey Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 i Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (°!) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/1001 (ft) Survey Tool Name 792.40 2.72 57.53 792.31 736.86 2.01 4.20 5,957,325.83 1,518,425.98 1.40 0.04 GYD-GC-SS(1) 885.80 4.16 52.75 885.54 830.09 5.25 8.77 5,957,329.00 1,518,430.60 1.57 -0.87 GYD-GC-SS(1) 979.62 6.39 52.39 978.96 923.51 10.50 15.61 5,957,334.13 1,518,437.53 2.38 -2.59 GYD-GC-SS(1) 1,073.75 7.70 56.12 1,072.37 1,016.92 17.21 25.00 5,957,340.69 1,518,447.02 1.47 -4.51 GYD-GC-SS(1) 1,131.08 8.92 56.94 1,129.10 1,073.65 21.77 31.91 5,957,345.14 1,518,454.01 2.14 -5.58 MWD+IFR-AK-CAZ-SC(2) 1,225.66 10.46 56.97 1,222.33 1,166.88 30.45 45.26 5,957,353.60 1,518,467.49 1.63 -7.53 MWD+IFR-AK-CAZ-SC(2) 1,319.73 12.05 58.03 1,314.59 1,259.14 40.31 60.75 5,957,363.20 1,518,483.14 1.70 -9.60 MWD+IFR-AK-CAZ-SC(2) 1,414.59 15.39 59.81 1,406.73 1,351.28 51.88 80.03 5,957,374.46 1,518,502.61 3.55 -11.55 MWD+IFR-AK-CAZ-SC(2) 1,509.52 16.49 61.70 1,498.01 1,442.56 64.61 102.78 5,957,386.81 1,518,525.56 1.28 -13.01 MWD+IFR-AK-CAZ-SC(2) 1,603.53 18.62 72.96 1,587.66 1,532.21 75.33 128.89 5,957,397.12 1,518,551.84 4.25 -11.21 MWD+IFR-AK-CAZ-SC(2) 1,697.18 20.49 83.21 1,675.93 1,620.48 81.66 159.47 5,957,402.94 1,518,582.51 4.16 -3.48 MWD+IFR-AK-CAZ-SC(2) 1,790.84 20.50 85.02 1,763.66 1,708.21 85.02 192.09 5,957,405.77 1,518,615.18 0.68 7.79 MWD+IFR-AK-CAZ-SC(2) 1,884.96 24.83 85.86 1,850.49 1,795.04 87.88 228.24 5,957,408.04 1,518,651.36 4.61 21.07 MWD+IFR-AK-CAZ-SC(2) 1,977.23 29.41 87.79 1,932.60 1,877.15 90.15 270.22 5,957,409.64 1,518,693.37 5.05 37.43 MWD+IFR-AK-CAZ-SC(2) 2,070.11 32.91 90.83 2,012.07 1,956.62 90.66 318.25 5,957,409.37 1,518,741.41 4.13 58.03 MWD+IFR-AK-CAZ-SC(2) 2,163.36 35.88 93.10 2,089.01 2,033.56 88.82 370.88 5,957,406.67 1,518,794.00 3.47 82.76 MWD+IFR-AK-CAZ-SC(2) 2,257.56 39.47 93.55 2,163.56 2,108.11 85.47 428.35 5,957,402.39 1,518,851.40 3.82 110.96 MWD+IFR-AK-CAZ-SC(2) 2,353.08 41.78 94.90 2,236.05 2,180.60 80.87 490.37 5,957,396.79 1,518,913.32 2.59 142.28 MWD+IFR-AK-CAZSC(2) 2,445.66 43.41 96.03 2,304.20 2,248.75 74.90 552.74 5,957,389.80 1,518,975.58 1.94 174.99 MWD+IFR-AK-CAZ-SC(2) 2,496.02 44.03 95.46 2,340.60 2,285.15 71.41 587.37 5,957,385.76 1,519,010.15 1.46 193.30 MWD+IFR-AK-CAZ-SC(2) 2,565.00 44.46 93.63 2,390.02 2,334.57 67.60 635.34 5,957,381.17 1,519,058.05 1.96 217.75 MWD+IFR-AK-CAZ-SC(3) 10-3/4"x 13-1/2" 2,592.23 44.64 92.91 2,409.42 2,353.97 66.51 654.41 5,957,379.77 1,519,077.10 1.96 227.09 MWD+IFR-AK-CAZ-SC(3) 2,644.99 45.07 90.97 2,446.82 2,391.37 65.26 691.60 5,957,377.91 1,519,114.26 2.72 244.52 MWD+IFR-AK-CAZ-SC(3) 2,739.47 44.72 90.78 2,513.75 2,458.30 64.24 758.28 5,957,375.81 1,519,180.91 0.40 274.67 MWD+IFR-AK-CAZ-SC(3) 2,834.22 43.25 92.23 2,581.93 2,526.48 62.52 824.05 5,957,373.03 1,519,246.64 1.88 305.05 MWD+IFR-AK-CAZ-SC(3) 2,928.71 41.91 94.39 2,651.51 2,596.06 58.85 887.87 5,957,368.32 1,519,310.38 2.10 336.33 MWD+IFR-AK-CAZ-SC(3) 3,021.55 40.81 92.33 2,721.19 2,665.74 55.24 949.10 5,957,363.72 1,519,371.55 1.88 366.41 MWD+IFR-AK-CAZ-SC(3) 3,116.07 40.31 90.78 2,793.00 2,737.55 53.57 1,010.54 5,957,361.05 1,519,432.94 1.19 394.84 MWD+IFR-AK-CAZ-SC(3) 3,210.98 39.95 91.79 2,865.57 2,810.12 52.20 1,071.69 5,957,358.68 1,519,494.06 0.78 422.88 MWD+IFR-AK-CAZ-SC(3) 3,310.64 39.88 92.39 2,942.01 2,886.56 49.87 1,135.60 5,957,355.32 1,519,557.91 0.39 452.99 MWD+IFR-AK-CAZ-SC(3) 3,403.07 39.99 90.34 3,012.89 2,957.44 48.45 1,194.90 5,957,352.94 1,519,617.18 1.43 480.26 MWD+IFR-AK-CAZ-SC(3) 3,498.31 39.92 88.96 3,085.89 3,030.44 48.83 1,256.06 5,957,352.32 1,519,678.33 0.93 506.74 MWD+IFR-AK-CAZ-SC(3) 3,591.72 40.07 89.41 3,157.46 3,102.01 49.68 1,316.09 5,957,352.20 1,519,738.36 0.35 532.28 MWD+IFR-AK-CAZSC(3) 3,684.85 40.51 89.58 3,228.49 3,173.04 50.21 1,376.31 5,957,351.76 1,519,798.58 0.49 558.21 MWD+IFR-AK-CAZSC(3) 3,779.23 40.45 91.37 3,300.28 3,244.83 49.70 1,437.57 5,957,350.25 1,519,859.82 1.23 585.52 MWD+IFR-AK-CAZ-SC(3) 3,873.63 40.91 92.56 3,371.87 3,316.42 47.59 1,499.07 5,957,347.14 1,519,921.27 0.96 614.37 MWD+IFR-AK-CAZ-SC(3) 3,969.09 40.95 94.38 3,444.00 3,388.55 43.81 1,561.49 5,957,342.35 1,519,983.61 1.25 645.14 MWD+IFR-AK-CAZ-SC(3) 4,063.41 40.97 94.94 3,515.23 3,459.78 38.78 1,623.11 5,957,336.32 1,520,045.14 0.39 676.67 MWD+IFR-AK-CAZ-SC(3) 4,156.20 41.53 94.66 3,584.99 3,529.54 33.66 1,684.08 5,957,330.22 1,520,106.01 0.64 707.99 MWD+IFR-AK-CAZ-SC(3) 4,251.67 41.22 93.87 3,656.63 3,601.18 28.97 1,747.01 5,957,324.50 1,520,168.85 0.64 739.80 MWD+IFR-AK-CAZ-SC(3) 1/19/2015 10.09.50AM Page 3 COMPASS 5000.1 Build 65 Definitive Survey Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +EI-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 4,346.40 41.22 91.72 3,727.89 3,672.44 25.93 1,809.35 5,957,320.45 1,520,231.13 1.50 769.86 MWD+IFR-AK-CAZ-SC(3) 4,440.60 41.36 90.45 3,798.67 3,743.22 24.75 1,871.49 5,957,318.26 1,520,293.24 0.90 798.16 MWD+IFR-AK-CAZ-SC(3) 4,534.73 41.45 91.83 3,869.27 3,813.82 23.51 1,933.73 5,957,316.02 1,520,355.45 0.97 826.56 MWD+IFR-AK-CAZ-SC(3) 4,628.79 41.48 92.34 3,939.76 3,884.31 21.24 1,995.97 5,957,312.74 1,520,417.64 0.36 855.88 MWD+IFR-AK-CAZ-SC(3) 4,722.61 41.39 92.49 4,010.10 3,954.65 18.63 2,058.01 5,957,309.12 1,520,479.62 0.14 885.43 MWD+IFR-AK-CAZ-SC(3) 4,816.91 41.58 94.12 4,080.74 4,025.29 15.03 2,120.36 5,957,304.50 1,520,541.90 1.16 916.00 MWD+IFR-AK-CAZ-SC(3) 4,911.46 41.11 93.57 4,151.72 4,096.27 10.84 2,182.68 5,957,299.30 1,520,604.14 0.63 947.09 MWD+IFR-AK-CAZ-SC(3) 5,006.49 40.85 93.28 4,223.47 4,168.02 7.11 2,244.89 5,957,294.57 1,520,666.27 0.34 977.70 MWD+IFR-AK-CAZ-SC(3) 5,098.28 40.94 92.86 4,292.85 4,237.40 3.89 2,304.90 5,957,290.38 1,520,726.21 0.32 1,006.90 MWD+IFR-AK-CAZ-SC(3) 5,195.20 40.85 92.12 4,366.11 4,310.66 1.14 2,368.29 5,957,286.59 1,520,789.55 0.51 1,037.17 MWD+IFR-AK-CAZ-SC(3) 5,287.68 40.97 91.91 4,436.00 4,380.55 -0.99 2,428.81 5,957,283.48 1,520,850.02 0.20 1,065.61 MWD+IFR-AK-CAZ-SC(3) 5,379.76 40.89 91.25 4,505.57 4,450.12 -2.66 2,489.11 5,957,280.84 1,520,910.29 0.48 1,093.54 MWD+IFR-AK-CAZ-SC(3) 5,473.54 40.97 91.63 4,576.42 4,520.97 -4.20 2,550.53 5,957,278.30 1,520,971.67 0.28 1,121.85 MWD+IFR-AK-CAZ-SC(3) 5,569.65 41.08 92.02 4,648.93 4,593.48 -6.21 2,613.59 5,957,275.27 1,521,034.67 0.29 1,151.30 MWD+IFR-AK-CAZ-SC(3) 5,661.54 41.53 91.80 4,717.96 4,662.51 -8.23 2,674.21 5,957,272.27 1,521,095.25 0.51 1,179.69 MWD+IFR-AK-CAZ-SC(3) 5,755.83 41.53 94.76 4,788.55 4,733.10 -11.81 2,736.60 5,957,267.68 1,521,157.57 2.08 1,210.26 MWD+IFR-AK-CAZ-SC(3) 5,850.12 41.40 97.11 4,859.21 4,803.76 -18.26 2,798.70 5,957,260.22 1,521,219.55 1.66 1,243.28 MWD+IFR-AK-CAZ-SC(3) 5,945.24 41.47 97.60 4,930.53 4,875.08 -26.32 2,861.12 5,957,251.15 1,521,281.83 0.35 1,277.89 MWD+IFR-AK-CAZ-SC(3) 6,038.78 41.42 96.58 5,000.64 4,945.19 -33.96 2,922.56 5,957,242.51 1,521,343.13 0.72 1,311.69 MWD+IFR-AK-CAZSC(3) 6,133.66 41.43 95.95 5,071.79 5,016.34 -40.81 2,984.96 5,957,234.65 1,521,405.41 0.44 1,345.20 MWD+IFR-AK-CAZ-SC(3) 6,228.40 41.97 97.65 5,142.53 5,087.08 -48.28 3,047.54 5,957,226.17 1,521,467.85 1.32 1,379.34 MWD+IFR-AK-CAZ-SC(3) 6,322.51 42.68 98.95 5,212.11 5,156.66 -57.43 3,110.24 5,957,216.00 1,521,530.39 1.20 1,415.06 MWD+IFR-AK-CAZ-SC(3) 6,414.36 42.51 98.86 5,279.72 5,224.27 -67.05 3,171.65 5,957,205.38 1,521,591.64 0.20 1,450.63 MWD+IFR-AK-CAZ-SC(3) 6,508.43 42.48 98.76 5,349.08 5,293.63 -76.78 3,234.45 5,957,194.63 1,521,654.26 0.08 1,486.90 MWD+IFR-AK-CAZ-SC(3) 6,601.93 43.22 102.36 5,417.64 5,362.19 -88.45 3,296.94 5,957,181.96 1,521,716.54 2.74 1,524.78 MWD+IFR-AK-CAZ-SC(3) 6,695.89 44.36 105.93 5,485.48 5,430.03 -104.35 3,359.96 5,957,165.04 1,521,779.30 2.90 1,566.70 MWD+IFR-AK-CAZ-SC(3) 6,790.05 45.73 108.92 5,552.01 5,496.56 -124.32 3,423.51 5,957,144.04 1,521,842.51 2.68 1,612.51 MWD+IFR-AK-CAZ-SC(3) 6,883.45 48.07 112.04 5,615.84 5,560.39 -148.21 3,487.37 5,957,119.12 1,521,905.97 3.50 1,661.97 MWD+IFR-AK-CAZ-SC(3) 6,978.04 50.40 115.44 5,677.61 5,622.16 -177.07 3,552.91 5,957,089.20 1,521,971.03 3.67 1,716.65 MWD+IFR-AK-CAZSC(3) 7,072.58 51.66 119.23 5,737.07 5,681.62 -210.83 3,618.17 5,957,054.39 1,522,035.73 3.39 1,775.60 MWD+IFR-AK-CAZSC(3) 7,168.01 53.08 123.05 5,795.35 5,739.90 -249.92 3,682.83 5,957,014.26 1,522,099.73 3.50 1,839.08 MWD+IFR-AK-CAZ-SC(3) 7,260.19 55.05 127.50 5,849.46 5,794.01 -293.04 3,743.71 5,956,970.17 1,522,159.90 4.45 1,904.51 MWD+IFR-AK-CAZ-SC(3) 7,354.85 56.75 130.79 5,902.54 5,847.09 -342.52 3,804.47 5,956,919.70 1,522,219.84 3.39 1,975.63 MWD+IFR-AK-CAZSC(3) 7,448.79 59.92 133.09 5,951.86 5,896.41 -395.97 3,863.91 5,956,865.30 1,522,278.41 3.97 2,049.72 MWD+IFR-AK-CAZ-SC(3) 7,540.98 63.38 134.44 5,995.63 5,940.18 -452.09 3,922.48 5,956,808.24 1,522,336.05 3.97 2,125.84 MWD+IFR-AK-CAZ-SC(3) 7,633.49 65.43 136.15 6,035.59 5,980.14 -511.39 3,981.16 5,956,748.00 1,522,393.76 2.77 2,204.86 MWD+IFR-AK-CAZ-SC(3) 7,727.01 68.04 139.80 6,072.54 6,017.09 -575.21 4,038.64 5,956,683.26 1,522,450.19 4.54 2,287.42 MWD+IFR-AK-CAZ-SC(3) 7,822.16 70.05 143.17 6,106.57 6,051.12 -644.73 4,093.95 5,956,612.86 1,522,504.35 3.92 2,374.15 MWD+IFR-AK-CAZ-SC(3) 7,868.80 70.94 145.61 6,122.15 6,066.70 -680.47 4,119.54 5,956,576.71 1,522,529.36 5.29 2,417.49 MWD+IFR-AK-CAZ-SC(3) 7,917.16 72.17 147.80 6,137.45 6,082.00 -718.81 4,144.72 5,956,537.97 1,522,553.91 4.99 2,462.99 MWD+IFR-AK-CAZ-SC(3) 1/19/2015 10..09:50AM Page 4 COMPASS 5000.1 Build 65 Definitive Survey Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey - --_ Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 8,008.96 74.42 150.80 6,163.84 6,108.39 -794.41 4,189.59 5,956,461.66 1,522,597.55 3.98 2,550.61 MWD+IFR-AK-CAZ-SC(3) 8,107.96 77.21 149.66 6,188.10 6,132.65 -877.71 4,237.24 5,956,377.61 1,522,643.84 3.03 2,646.37 MWD+IFR-AK-CAZ-SC(3) 8,161.00 79.03 148.24 6,199.02 6,143.57 -922.17 4,264.02 5,956,332.72 1,522,669.89 4.32 2,698.07 MWD+IFR-AK-CAZ-SC(4) 7-5/8"x 9-7/8" 8,195.49 80.22 147.32 6,205.23 6,149.78 -950.87 4,282.11 5,956,303.73 1,522,687.51 4.32 2,731.79 MWD+IFR-AK-CAZ-SC(4) 8,254.38 81.22 148.50 6,214.73 6,159.28 -1,000.11 4,312.98 5,956,254.00 1,522,717.57 2.61 2,789.58 MWD+IFR-AK-CAZ-SC(4) 8,349.25 82.70 149.35 6,228.00 6,172.55 -1,080.57 4,361.46 5,956,172.78 1,522,764.74 1.79 2,883.15 MWD+IFR-AK-CAZ-SC(4) 8,443.97 84.14 149.27 6,238.85 6,183.40 -1,161.48 4,409.49 5,956,091.10 1,522,811.44 1.52 2,976.93 MWD+IFR-AK-CAZ-SC(4) 8,539.79 87.59 150.66 6,245.76 6,190.31 -1,244.21 4,457.31 5,956,007.62 1,522,857.92 3.88 3,072.24 MWD+IFR-AK-CAZ-SC(4) 8,635.64 90.27 151.23 6,247.55 6,192.10 -1,327.97 4,503.85 5,955,923.12 1,522,903.08 2.86 3,167.93 MWD+IFR-AK-CAZ-SC(4) 8,643.23 90.43 151.27 6,247.50 6,192.05 -1,334.62 4,507.50 5,955,916.41 1,522,906.62 2.22 3,175.51 MWD+IFR-AK-CAZ-SC(4) CD4-2$9 1.Heel 122914b JH 8,730.73 92.31 151.78 6,245.41 6,189.96 -1,411.52 4,549.20 5,955,838.85 1,522,947.07 2.22 3,262.90 MWD+IFR-AK-CAZ-SC(4) 8,825.76 91.73 150.63 6,242.06 6,186.61 -1,494.74 4,594.95 5,955,754.90 1,522,991.45 1.35 3,357.76 MWD+IFR-AK-CAZ-SC(4) 8,921.02 92.46 150.67 6,238.58 6,183.13 -1,577.72 4,641.61 5,955,671.19 1,523,036.76 0.77 3,452.79 MWD+IFR-AK-CAZ-SC(4) 9,016.64 92.98 150.32 6,234.04 6,178.59 -1,660.84 4,688.65 5,955,587.32 1,523,082.44 0.66 3,548.12 MWD+IFR-AK-CAZ-SC(4) 9,111.38 93.01 150.04 6,229.09 6,173.64 -1,742.93 4,735.69 5,955,504.49 1,523,128.14 0.30 3,642.52 MWD+IFR-AK-CAZ-SC(4) 9,206.16 93.01 150.99 6,224.11 6,168.66 -1,825.32 4,782.28 5,955,421.36 1,523,173.38 1.00 3,737.00 MWD+IFR-AK-CAZ-SC(4) 9,301.46 92.74 151.08 6,219.33 6,163.88 -1,908.59 4,828.37 5,955,337.36 1,523,218.11 0.30 3,832.05 MWD+IFR-AK-CAZ-SC(4) 9,396.64 91.30 152.94 6,215.98 6,160.53 -1,992.58 4,873.01 5,955,252.66 1,523,261.38 2.47 3,927.11 MWD+IFR-AK-CAZ-SC(4) 9,491.66 90.56 155.43 6,214.43 6,158.98 -2,078.10 4,914.38 5,955,166.49 1,523,301.35 2.73 4,022.10 MWD+IFR-AK-CAZ-SC(4) 9,587.32 91.98 156.62 6,212.31 6,156.86 -2,165.48 4,953.24 5,955,078.50 1,523,338.78 1.94 4,117.68 MWD+IFR-AK-CAZ-SC(4) 9,682.27 91.71 155.78 6,209.26 6,153.81 -2,252.31 4,991.54 5,954,991.06 1,523,375.66 0.93 4,212.51 MWD+IFR-AK-CAZ-SC(4) 9,720.53 91.03 155.07 6,208.34 6,152.89 -2,287.09 5,007.44 5,954,956.03 1,523,391.00 2.56 4,250.74 MWD+IFR-AK-CAZSC(4) CD4-289 2.#1 122914b JH 9,778.00 90.01 154.01 6,207.82 6,152.37 -2,338.98 5,032.14 5,954,903.75 1,523,414.86 2.56 4,308.21 MWD+IFR-AK-CAZ-SC(4) 9,877.80 90.06 154.19 6,207.76 6,152.31 -2,428.76 5,075.74 5,954,813.29 1,523,456.98 0.19 4,408.01 MWD+IFR-AK-CAZ-SC(4) 9,969.63 89.24 152.45 6,208.32 6,152.87 -2,510.80 5,116.97 5,954,730.59 1,523,496.87 2.09 4,499.82 MWD+IFR-AK-CAZ-SC(4) 10,063.96 89.31 151.73 6,209.51 6,154.06 -2,594.15 5,161.12 5,954,646.54 1,523,539.66 0.77 4,594.09 MWD+IFR-AK-CAZ-SC(4) 10,160.32 88.62 152.07 6,211.25 6,155.80 -2,679.14 5,206.50 5,954,560.84 1,523,583.65 0.80 4,690.37 MWD+IFR-AK-CAZ-SC(4) 10,255.57 88.90 154.00 6,213.31 6,157.86 -2,764.01 5,249.67 5,954,475.28 1,523,625.44 2.05 4,785.58 MWD+IFR-AK-CAZ-SC(4) 10,349.10 89.07 154.46 6,214.97 6,159.52 -2,848.23 5,290.33 5,954,390.43 1,523,664.72 0.52 4,879.10 MWD+IFR-AK-CAZ-SC(4) 10,446.07 89.62 156.07 6,216.08 6,160.63 -2,936.29 5,330.90 5,954,301.72 1,523,703.86 1.75 4,976.03 MWD+IFR-AK-CAZ-SC(4) 10,541.13 89.82 156.96 6,216.54 6,161.09 -3,023.47 5,368.78 5,954,213.94 1,523,740.32 0.96 5,071.00 MWD+IFR-AK-CAZ-SC(4) 10,570.07 89.48 157.04 6,216.72 6,161.27 -3,050.11 5,380.09 5,954,187.13 1,523,751.19 1.23 5,099.90 MWD+IFR-AK-CAZ-SC(4) CD4-289 3.#2 122914b JH 10,636.77 88.68 157.24 6,217.80 6,162.35 -3,111.57 5,405.99 5,954,125.26 1,523,776.09 1.23 5,166.49 MWD+IFR-AK-CAZ-SC(4) 10,731.68 88.76 157.19 6,219.92 6,164.47 -3,199.05 5,442.74 5,954,037.20 1,523,811.41 0.10 5,261.23 MWD+IFR-AK-CAZ-SC(4) 10,826.40 87.68 157.87 6,222.86 6,167.41 -3,286.53 5,478.93 5,953,949.15 1,523,846.17 1.35 5,355.72 MWD+IFR-AK-CAZ-SC(4) 10,920.64 88.69 158.28 6,225.84 6,170.39 -3,373.91 5,514.10 5,953,861.22 1,523,879.91 1.16 5,449.67 MWD+IFR-AK-CAZ-SC(4) 11,016.54 88.10 158.23 6,228.53 6,173.08 -3,462.95 5,549.61 5,953,771.62 1,523,913.97 0.62 5,545.27 MWD+IFR-AK-CAZ-SC(4) 1/19/2015 10.09:50AM Page 5 COMPASS 5000.1 Build 65 Definitive Survey Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +El-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100) (ft) Survey Tool Name 11,112.80 88.73 157.91 6,231.19 6,175.74 -3,552.21 5,585.55 5,953,681.80 1,523,948.45 0.73 5,641.25 MWD+IFR-AK-CAZSC(4) 11,208.53 89.14 158.15 6,232.97 6,177.52 -3,640.98 5,621.36 5,953,592.47 1,523,982.81 0.50 5,736.73 MWD+IFR-AK-CAZSC(4) 11,303.15 89.22 156.08 6,234.33 6,178.88 -3,728.13 5,658.15 5,953,504.74 1,524,018.18 2.19 5,831.19 MWD+I FR-AK-CAZ-SC(4) 11,398.70 91.31 154.67 6,233.88 6,178.43 -3,814.99 5,697.96 5,953,417.26 1,524,056.57 2.64 5,926.71 MW D+I FR-AK-CAZ-SC(4) 11,480.22 90.95 154.35 6,232.28 6,176.83 -3,888.55 5,733.03 5,953,343.14 1,524,090.44 0.59 6,008.20 MWD+IFR-AK-CAZ-SC(4) CD4-289 4.#3 122914b JH 11,494.15 90.89 154.30 6,232.05 6,176.60 -3,901.11 5,739.06 5,953,330.48 1,524,096.27 0.59 6,022.13 MWD+IFR-AK-CAZSC(4) 11,591.05 91.08 152.81 6,230.39 6,174.94 -3,987.86 5,782.21 5,953,243.06 1,524,138.00 1.55 6,119.01 MWD+IFR-AK-CAZ-SC(4) 11,686.99 92.40 152.01 6,227.47 6,172.02 -4,072.84 5,826.62 5,953,157.37 1,524,181.03 1.61 6,214.87 MWD+IFR-AK-CAZ-SC(4) 11,781.58 92.05 151.47 6,223.80 6,168.35 -4,156.10 5,871.37 5,953,073.41 1,524,224.42 0.68 6,309.32 MW D+I FR-AK-CAZ-SC(4) 11,875.13 91.95 151.63 6,220.53 6,165.08 -4,238.30 5,915.91 5,952,990.50 1,524,267.61 0.20 6,402.72 MWD+I FR-AK-CAZ-SC(4) 11,970.67 91.54 149.70 6,217.63 6,162.18 -4,321.55 5,962.69 5,952,906.51 1,524,313.03 2.06 6,498.05 MWD+IFR-AK-CAZ-SC(4) 12,067.33 90.99 149.88 6,215.49 6,160.04 -4,405.06 6,011.32 5,952,822.23 1,524,360.29 0.60 6,594.43 MWD+IFR-AK-CAZ-SC(4) 12,161.52 90.41 149.42 6,214.34 6,158.89 -4,486.33 6,058.91 5,952,740.20 1,524,406.55 0.79 6,688.34 MWD+IFR-AK-CAZ-SC(4) 12,257.80 90.85 150.95 6,213.28 6,157.83 -4,569.86 6,106.77 5,952,655.91 1,524,453.05 1.65 6,784.40 MWD+IFR-AK-CAZ-SC(4) 12,353.18 90.26 150.14 6,212.36 6,156.91 -4,652.91 6,153.67 5,952,572.12 1,524,498.59 1.05 6,879.60 MW D+I FR-AK-CAZ-SC(4) 12,449.29 90.85 151.41 6,211.43 6,155.98 -4,736.78 6,200.59 5,952,487.51 1,524,544.14 1.46 6,975.55 MWD+IFR-AK-CAZ-SC(4) 12,543.54 91.20 152.07 6,209.74 6,154.29 -4,819.78 6,245.21 5,952,403.80 1,524,587.41 0.79 7,069.71 MW D+I FR-AK-CAZ-SC(4) 12,600.96 90.45 153.62 6,208.92 6,153.47 -4,870.86 6,271.42 5,952,352.30 1,524,612.78 2.99 7,127.11 MWD+IFR-AK-CAZ-SC(4) CD4-289 5.#4 122914b JH 12,635.71 89.99 154.55 6,208.78 6,153.33 -4,902.12 6,286.60 5,952,320.81 1,524,627.45 2.99 7,161.86 MWD+IFR-AK-CAZ-SC(4) 12,730.64 89.43 158.26 6,209.26 6,153.81 -4,989.09 6,324.59 5,952,233.23 1,524,664.02 3.95 7,256.69 MWD+IFR-AK-CAZ-SC(4) 12,826.22 89.75 157.90 6,209.95 6,154.50 -5,077.76 6,360.27 5,952,144.01 1,524,698.26 0.50 7,352.02 MWD+1FR-AK-CAZ-SC(4) 12,870.08 89.69 158.15 6,210.16 6,154.71 -5,118.43 6,376.69 5,952,103.08 1,524,714.01 0.59 7,395.77 MWD+IFR-AK-CAZ-SC(4) 12,965.29 89.24 159.43 6,211.05 6,155.60 -5,207.19 6,411.13 5,952,013.78 1,524,747.00 1.42 7,490.64 MWD+IFR-AK-CAZ-SC(4) 13,060.67 89.34 158.24 6,212.23 6,156.78 -5,296.13 6,445.56 5,951,924.30 1,524,779.99 1.25 7,585.68 MWD+IFR-AK-CAZ-SC(4) 13,156.25 89.21 157.45 6,213.44 6,157.99 -5,384.64 6,481.61 5,951,835.22 1,524,814.58 0.84 7,681.03 MWD+IFR-AK-CAZ-SC(4) 13,241.07 89.15 158.78 6,214.66 6,159.21 -5,463.34 6,513.21 5,951,756.03 1,524,844.91 1.57 7,765.62 MWD+IFR-AK-CAZ-SC(4) CD4-289 6.#5 122914b JH 13,251.59 89.14 158.95 6,214.82 6,159.37 -5,473.15 6,517.01 5,951,746.16 1,524,848.54 1.57 7,776.10 MWD+IFR-AK-CAZ-SC(4) 13,347.06 89.82 158.15 6,215.68 6,160.23 -5,562.00 6,551.92 5,951,656.76 1,524,882.00 1.10 7,871.27 MWD+IFR-AK-CAZ-SC(4) 13,441.30 89.62 157.49 6,216.14 6,160.69 -5,649.27 6,587.49 5,951,568.93 1,524,916.15 0.73 7,965.30 MWD+IFR-AK-CAZSC(4) 13,537.54 89.75 156.37 6,216.67 6,161.22 -5,737.81 6,625.21 5,951,479.80 1,524,952.42 1.17 8,061.41 MWD+IFR-AK-CAZSC(4) 13,634.79 90.06 154.72 6,216.83 6,161.38 -5,826.33 6,665.46 5,951,390.64 1,524,991.23 1.73 8,158.62 MWD+IFR-AK-CAZ-SC(4) 13,728.69 90.17 154.95 6,216.64 6,161.19 -5,911.32 6,705.39 5,951,305.03 1,525,029.77 0.27 8,252.51 MW D+I FR-AK-CAZ-SC(4) 13,824.18 90.13 155.46 6,216.39 6,160.94 -5,998.00 6,745.44 5,951,217.71 1,525,068.40 0.54 8,347.98 MWD+IFR-AK-CAZ-SC(4) 13,919.70 90.10 153.53 6,216.20 6,160.75 -6,084.21 6,786.57 5,951,130.85 1,525,108.12 2.02 8,443.49 MWD+IFR-AK-CAZ-SC(4) 14,015.63 90.13 153.83 6,216.01 6,160.56 -6,170.20 6,829.10 5,951,044.20 1,525,149.25 0.31 8,539.42 MWD+IFR-AK-CAZ-SC(4) • 14,111.80 89.99 152.17 6,215.91 6,160.46 -6,255.88 6,872.76 5,950,957.82 1,525,191.51 1.73 8,635.57 MWD+IFR-AK-CAZ-SC(4) 14,197.96 89.67 150.13 6,216.17 6,160.72 -6,331.34 6,914.33 5,950,881.70 1,525,231.85 2.40 8,721.62 MWD+IFR-AK-CAZ-SC(4) 14,300.41 90.68 150.91 6,215.85 6,160.40 -6,420.53 6,964.75 5,950,791.72 1,525,280.81 1.25 8,823.88 MWD+IFR-AK-CAZ-SC(4) 1/19/2015 10:09.50AM Page 6 COMPASS 5000.1 Build 65 • Definitive Survey Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well CD4-289 Project: Western North Slope TVD Reference: CD4-289:19+36.45 @ 55.45usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: CD4-289: 19+36.45 @ 55.45usft(Doyon 19) Well: CD4-289 North Reference: True Wellbore: CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289 Database: OAKEDMP2 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +EI-W Northing Easting DLS Section (usft) (0) (0) (usft) (usft) (usft) (usft) (ft) (ft) (°1100') (ft) Survey Tool Name 14,396.66 90.75 152.59 6,214.65 6,159.20 -6,505.30 7,010.30 5,950,706.22 1,525,324.98 1.75 8,920.04 MWD+IFR-AK-CAZ-SC(4) 14,451.64 91.02 152.22 6,213.80 6,158.35 -6,554.02 7,035.76 5,950,657.10 1,525,349.64 0.83 8,974.99 MWD+IFR-AK-CAZ-SC(4) 14,513.00 91.02 152.22 6,212.71 6,157.26 -6,608.30 7,064.36 5,950,602.37 1,525,377.35 0.00 9,036.31 PROJECTED to TD Projection to TD-CD4-289 7.Toe 122914b JH 1/19/2015 10:09:50AM Page 7 COMPASS 5000.1 Build 65 or Ty Il IE STAT E Alaska Oil and Gas \XI/7,7,' m� = �_-�71 ofA A SKA Conservation Commission iffih~� �'� x _ 333 West Seventh Avenue tom '" Anchorage,Alaska 99501-3572 l,ci\"ERI (IR BILI. WALKER Main:907.279.1433 ALAS Fax:907.276.7542 vww.aogcc.alaska.gov Graham Alvord Drilling Manager ConocoPhillips Alaska, Inc. Post Office Box 100360 Anchorage, AK 99510-0360 Re: Colville River Field,Nanuq Oil Pool, CRU CD4-289 ConocoPhillips Alaska, Inc. Permit No: 214-188 Surface Location: 2828' FNL, 4819' FEL, Sec. 19, Ti 1N, R5E Bottomhole Location: 4187' FNL, 3061' FEL, Sec. 29, Ti 1N, R5E Dear Mr. Alvord: Enclosed is the approved application for permit to drill the above referenced service well. 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 ConocoPhillips Alaska, Inc. in the attached application, the following well logs are also required for this well: Gamma ray curve shall be recorded from base of conductor to total depth. Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or a AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. Sincerely, , A- I Daniel T. Seamount, Jr. Commissioner DATED this' day of December, 2014. REG 1VtL STATE OF ALASKA NOV 1 ZO14 P. A OIL AND GAS CONSERVATION COMA )N PERMIT TO DRILL AOGCC 20 AAC 25.005 1 a.Type of Work• lb.Proposed Well Class: Development-Oil ❑ Service- Winj ❑� • Single Zone Q 1 c.Specify if well is proposed for: Drill E, Lateral ❑ 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 ri Sin Ie Well ❑ 11.Well Name and Number: ConocoPhillips Alaska, Inc. ` Bond No. 8951,180 g)'° Cl.) Coy-' - 211 ' 3.Address: 6.Proposed Deplti56(c: N 12.Field/Pool(s): P.O.Box 100360,Anchorage,AK 99510-0360 MD: 11,538 TVD: - 6,229 Colville River Field 4a. Location of Well(Govemmental Section): 7.Property Designation(Lease Number): Nanuq Oil Pool Surface: 2828FNL,4819FEL Sec 19,T11N,R5E 384211,380082 Top of Productive Horizon: 8.Land Use Permit 13.Approximate Spud Date: 3839FNL,493FEL Sec 19,T11N,R5E _932080,380082 12/17/2014 Total Depth: 9.Acres in Property: 14.Distance to Nearest Property: 4187FNL,3061 FEL Sec 29,T11N,R5E 1,845,640 6,237'from ADL 391915(AVCG) 4b.Location of Well(State Base Plane Coordinate '0J 10.KB Elevation above MSL: , 55.3 feet 15.Distance to Nearest Well Open Surface: x-44•74 y W30E4576. Zone-4• GL Elevation above MSL: . 19 feet to Same Pool: 1200'from CD4-290 38386.6 5-75757-8.6i 16.Deviated wells. Kickoff depth: 8cro feet 17.Maximum Anticipated Pressures in psig(see 20 AAC 25.035) Maximum Hole Angle: 73 V- degrees Downhole: 2,759 p5 • Surface: 2131 P 18.Casing Program: Specifications Top - Setting Depth - Bottom Cement Quantity,c.f.or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 42" 16" 62.5# L-80 Welded 78 36 36 114 114 Pre-installed 13.5" 10.75" 45.5# L-80 BTCM 2562 36 36 2598 2400 1089 sx ALC Lead/271 sx Class G Tail 9.875" 7.625" 29.7# L-80 BTCM 8242 36 36 8278 6208 610 sx stage I/294 sx stage II ClassG 6 75" 3.5" 9.3# L-80 r SLHT 6438 8100 6179 14538 6229 N/A 6.75" 2 875" 6.5# L-80 EUE 8064 36 36 8100 6179 N/A 19 PRESENT WELL CONDITION SUMMARY(To be completed for Redrill and Re-Entry Operations) Total Depth MD(ft). Total Depth TVD(ft): Plugs(measured). Effect.Depth MD(ft): Effect.Depth TVD(ft): Junk(measured): Casing Length Size Cement Volume MD TVD Conductor/Structural Surface Intermediate Production Liner Perforation Depth MD(ft): Perforation Depth TVD(ft): 20. Attachments: Property Plat ❑ BOP Sketch ❑ Drilling Program 0 Time v.Depth Plot ❑ Shallow Hazard Analysis❑ Diverter Sketch ❑ Seabed Report ❑ Drilling Fluid Program ❑✓ 20 AAC 25.050 requirements Q 21. Verbal Approval: Commission Representative: Date 11/21/2014 22. I hereby certify that the foregoing is true and correct. Duncan Hyden-265-6862 Contact duncan.p.hyden(a�cop.com ^�/ Email Printed Name CA` ,r. Alio r� Title !)r. u'1. --- Signature 1/ .g Oat Phone Z 6 c- 4 (Lo Date ll I 2.4 120 (1- Commission Use Only Permit to Drill.., , , API Number: q Permit Approva4‘q11-1 1 J See cover letter for other Number: I/- 18? 50- jt 0 3- ,2,0(„®(p f -7--c�-O Date: ‘�'I,�l 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: g Other: 36P 7-c- f to SU O 7j 5 i Samples req'd: Yes❑ No[f Mud log req'd:Yes❑ No[' /th n v/R r p✓e-v-e✓1 rn' try 1- /-0 Z 5 OCA p5 HZS measures: Yes[� No❑ Directional svy req'd:Yes 0 No /VC rft r t,r a 11,w gg i ,, 71-r-C/ P r,� D � ex eption req'd: Yes❑ No[Zr Inclination-only svy req'd:Yes III [] "}or ti! Wi fhr552`d M1T-111 rr t, i',---,- a3Sr%�)�2� c 'f-/Gv7 �f aftrr •%1-61b, 113 cd i'•-ij / APPROVED BY I Approved by: k. 4 COMMISSIONER THEyCOMMISSION Date: )y I D II Z.. Jz /:01,,_ D ,^• A IO k? 11I I11 Submit lllForm and Form 10-401(Revised 10/2012) T is fI' it�i1 V�lif 41rt, from t ate of pproval(20 AAC 25.005(9)) Attachments in Duplicate 1 ` VVV L r2A--'?- ConocoPhillips Alaska,Inc. RECEIVED Post Office Box 100360 )V Anchorage,Alaska 99510-0360 N O V 2 1 2014 ConocoPhi I l i ps Telephone 907-276-1215 November 215',2014 AOGCC Alaska Oil and Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage,Alaska 99501 Re: Application for Permit to Drill CD4-289 Dear Sir or Madam: ConocoPhillips Alaska,Inc.hereby applies for a Permit to Drill an onshore injector well from the CD4 drilling pad. The intended spud date for this well is 12/17/14. It is intended that Doyon Rig 19 be used to drill the well. / CD4-289 is planned to be a horizontal injector within the Nanuq reservoir. The 9'/8" intermediate section will be drilled to and landed within the Albian 96(Nanuq)at 8,306' MD and landed at an inclination of 83°. This hole will be subsequently cased with a 7 3/4"casing string to surface. It is expected that the K2(Qannik)sand could be considered a significant hydrocarbon bearing zone. It is planned to pump lead cement through the intermediate casing shoe ad then open a stage tool and pump a second cement job to isolate the K2 with 500' of cement above and below the interval. This will leave a mud gap between the two stages. The 6'/."production section will be geosteered within the Nanuq to 14,566' MD and completed as a horizontal injector with 3 '/z"slotted liner in the horizontal interval&3 '''A"from the tubing tieback to surface. It is requested that a waiver of the diverter requirement under 20 AAC 25.035 (h)(2)is granted. At CD4,there has not been a significant indication of shallow gas or gas hydrates through the surface hole interval. R6.5- .. orf^t y-t._ Please find attached the information required by 20 ACC 25.005 (a) and (c) for your review. Pertinent information attached to this application includes the following: ,)t 1. Form 10-401 APPLICATION FOR Permit to Drill per 20 ACC 25.005 (a) 2. A proposed drilling program 3. A proposed completion diagram 4. A drilling fluids program summary 5. Pressure information as required by 20 ACC 25.035(d)(2) 6. Directional drilling/collision avoidance information as required by 20 ACC 25.050(b) Information pertinent to the application that is presently on file at the AOGCC: 1. Diagrams of the BOP equipment, diverter equipment and choke manifold lay out as required by 20 ACC 25.035 (a)and(b). 2. A description of the drilling fluids handling system. 3. Diagram of riser set up. If you have any questions or require further information,please contact Danny Kane at 265-6862 (duncan.p.hvden(&sonocophillips.com)or Chip Alvord at 265-6120. Sincerely, cc: CD4-289 Well File/Sharon Allsup-Drake ATO 1530 Rob Stinson ATO 1728 Chip Alvord ATO 1570 Duncan Hyden Pete Nezaticky ATO 1786 Drilling Engineer Lanston Chin Kuukpik Corp AF on for Permit to Drill,Well CD4-289 Saved: 21-Nov-14 CD4-289 Application for Permit to Drill Document Drilling &Well ConocoPhillips aur Table of Contents 1. Well Name(Requirements of 20 AAC 25.005(f)) 2 2. Location Summary(Requirements of 20 AAC 25.005(c)(2)) 2 Requirements of 20 AAC 25.050(b) 2 3. Blowout Prevention Equipment Information (Requirements of 20 AAC 25.005(c)(3)) 2 4. Drilling Hazards Information(Requirements of 20 AAC 25.005(c)(4)) 2 ASP CALCULATIONS 3 5. Procedure for Conducting Formation Integrity Tests(Requirements of 20 AAC 25.005(c)(5)) 3 6. Casing and Cementing Program (Requirements of 20 AAC 25.005(c)(6)) 4 7. Diverter System Information(Requirements of 20 AAC 25.005(c)(7)) 4 8. Drilling Fluid Program(Requirements of 20 AAC 25.005(c)(8)) 4 9. Abnormally Pressured Formation Information (Requirements of 20 AAC 25.005(c)(9)) 5 10. Seismic Analysis (Requirements of 20 AAC 25.005(c)(10)) 5 11. Seabed Condition Analysis(Requirements of 20 AAC 25.005(c)(11)) 5 12. Evidence of Bonding(Requirements of 20 AAC 25.005(c)(12)) 5 13. Proposed Drilling Program (Requirements of 20 AAC 25.005(c)(13)) 5 14. Discussion of Mud and Cuttings Disposal and Annular Disposal 7 (Requirements of 20 AAC 25.005(c)(14)) 7 15. Attachments 7 Attachment 1 Drilling Hazards Summary 7 Attachment 2 Completion Schematic 7 Attachment 3 Cement Summary&Calculations 7 Attachment 4 Directional Plan 7 CD4-289 APD Page 1 of 14 Printed.21-Nov-14 Ar on for Permit to Drill,Well CD4-289 Saved:21-Nov-14 1. Well Name (Requirements of 20 AAC 25.005 (D) The well for which this application is submitted will be designated as CD4-289. 2. Location Summary (Requirements of 20 AAC 25.005(c)(2)) This well is planned for: X81.81 `I8 L9 Location at Surface 2838'FNL, 4.8.5-F'FEL, Sec 19, TI IN, R5E, UM NAD 1927 RKB Elevation 55.3'AMSL Northings: 5,957,323.89 Eastings: 1,518,421.75 Pad Elevation 19.0'AMSL 3835' 493' Location at Top Productive Interval(Heel) 442-2-'FNL, 2877"FEL, Sec 19, TIIN, R5E, UM NAD 1927 Measured Depth, RKB: 8,306' Northings: 5,956,245.10 Eastings: 1,522,734.30 Total Vertical Depth, RKB: 6,208' Total Vertical Depth, SS: 6,152' 4187' 3C i' + ,� Location at Total Depth(Toe) 4-294'FNL, I96'FEL, Sec 30, T11N, R5E, UM NAD 1927 Measured Depth, RKB: 14,566' Northings: 5,950,575.80 Eastings: 1,525,379.10 Total Vertical Depth, RKB: 6,229' Total Vertical Depth, SS: 6,174' Requirements of 20 AAC 25.050(b) Please see Attachment 4: Directional Plan The Applicant is the only affected owner. 3. Blowout Prevention Equipment Information (Requirements of20 AAC 25.005(c)(3)) Please reference BOP schematics on file for Doyon 19. 4. Drilling Hazards Information (Requirements of 20 AAC 25.005(c)(4)) The following table presents data used for calculation of anticipated surface pressure(ASP)during drilling of this well(note:prognosed heel&toe pressures used for lateral): Casing Csg Setting Depth Fracture Pore pressure ASP Drilling Size(in) MD/TVD(ft) Gradient(ppg) (psi) (psi) 20 135/ 135 10.9 52 63 10' 2,567/2,400 14.5 1079 1570 7% 8,306/6,208 12.5 2739 2131 -- 14,566/6,229 12.5 2754 -- • NOTE: The Doyon 19, 5000 psi BOP equipment is adequate. Test rams to 3,500 psi and annular to 2,500psi. CD4-289 APD Page 2 of 14 Printed:21-Nov-14 Ai ion for Permit to Drill,Well CD4-289 Saved'21-Nov-14 PROCEDURE FOR CALCULATING ANTICPATED SURFACE PRESSURE(ASP) ASP is determined as the lesser of 1)surface pressure at breakdown of the formation casing seat with a gas gradient to the surface,or 2)formation pore pressure at the next casing point less a gas gradient to the surface as follows: 1) ASP= [(FG x 0.052)—0.1]D Where: ASP=Anticipated Surface pressure in psi FG=Fracture gradient at the casing seat in lb/gal 0.052=Conversion from lb./gal to psi/ft 0.1 =Gas gradient in psi/ft D=true Vertical depth of casing seat in ft RKB OR 2) ASP=FPP—(0.1 x D) Where; FPP=Formation Pore Pressure at the next casing point ASP CALCULATIONS a) Drilling below 20"Conductor: ASP=[(FG x 0.052)—0.1] D =[(10.9 x 0.052)—0.1]x 135' =63 psi OR ASP=FPP—(0.1 x D) =1,086—(0.1 x 2400')=846 psi b) Drilling below 10 3/4"Surface Casing: ASP=[(FG x 0.052)—0.1] D =[(14.5 x 0.052)—0.1]x 2,400= 1570 psi OR ASP=FPP—(0.1 x D) =2,739—(0.1 x 6,208')=2118 psi c) Drilling below 7%"Intermediate Casing: ASP=[(FG x 0.052)—0.1] D =[(12.5 x 0.052)—0.1]x 6208=3414 psi OR ASP=FPP—(0.1 x D) =2,754—(0.1 x 6229')=2131 psi ✓ (B)data on potential gas zones; The wellbore is expected to penetrate the 8.8 ppg EMW normally-pressured Qannik gas cap;the Qannik is not produced from within the CD4 area. (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 5. Procedure for Conducting Formation Integrity Tests (Requirements of 20 AAC 25.005(c)(5)) Drill out surface casing shoe and perform LOT test or FIT in accordance with the Alpine LOT/FIT procedure that ConocoPhillips Alaska has on file with the Commission. CD4-289 APD Page 3 of 14 Pnnted:21-Nov-14 Ar .on for Permit to Drill,Well CD4-289 Saved:21-Nov-14 6. Casing and Cementing Program (Requirements of 20 AAC 25.005(c)(6)) Casing and Cementing Program Csg/Tbg Hole Weight Length Top Btm MD/TVD OD(in) Size (lb/ft) Grade Conn. fit) MD/TVD(ft) (ft) Cement Program 20 42 62.5 H-40 Welded 99 36/36 135/ 135 Previously Installed Cement to Surface with 10'/4 13 %2 45.5 L-80 BTCM 2531 36/36 2567/2400 1089 sx ALC Lead 10.70 ppg, 271 sx Class"G"Tail Slurry 15.8 ppg 6l0sxClass Gat158ppg Stage I 7% 9% 29.7 L-80 BTCM 8270 36/36 8306/6208 294 sx Class G at 15.8ppg Stage II w/TOC at 4288'MD(Qannik Isolation) 3 '/2 6 3/4 9.3 L-80 SLHT 6466 8100/6179 14566/6229 N/A EUE- 3 %2 6 3/4 9.3 L-80 8064 36/36 8100/6179 N/A 8RD-M 7. Diverter System Information (Requirements of20 AAC 25.005(c)(7)) It is requested that a waiver of the diverter requirement under 20 AAC 25.035(h)(2)be granted. This will be the 9th year drilling on the CD4 pad and there have been no significant indications of shallow gas or gas hydrates throughout the surface hole interval. 8. Drilling Fluid Program (Requirements of 20 AAC 25.005(c)(8)) Drilling will be done using both Water-&Oil-Base Mud systems having the following properties: 1. Surface Hole—M-I SWACO Alaska Spud Water-Based Mud—A standard high-viscosity fresh water/gel spud mud will be used for the surface interval. Flow line viscosity will be at+300sec/qt while drilling and running the casing;prior to cementing,the viscosity will be reduced to±80-100sec/qt to assist with the cementing operations. Mud temperatures will be controlled to minimize enlargement within the Permafrost. 8.8 r Weight Unwe -9.8 ppg Funnel Viscosity f 300 sec/qt Yield Point 50-125 lb/100ft2 API Fluid Loss No control initially, l Occ/30min prior to TD pH 9.0-10.0 2. Intermediate Hole—M-I SWACO Low-Solids,Non-Dispersed(LSND)Water-Based Mud—A lightly treated fresh water polymer mud system will be used for the intermediate interval. Mud weight will be controlled by use of the solids control equipment,water additions,whole mud dilutions,&barite additions. Weight 9.6-9.8 ppg Plastic Viscosity 10-16 cP Yield Point 22-28 lb/100ft2 Low-Shear Yield Point 9-10 lb/100ft2 Gels, lOsec/lOmin 8-15/<30 lb/100ft2 API Fluid Loss < 10.0 cc/30min,<5cc/30min prior to TD Methylene Blue Test <20ppb through liner being landed pH 9.5-10.0 CD4-289 APD Page 4 of 14 Printed'21-Nov-14 AF ion for Permit to Drill,Well CD4-289 Saved:21-Nov-14 3. Lateral Hole—M-I SWACO VERSAPRO Mineral Oil-Based Mud—A 80/20 OWR mineral oil-based mud (LVT 200 base fluid)will be used for the lateral interval;this system will be maintained for minimal fluid loss &weight will be controlled by base-oil additions,planned dilutions,&calcium carbonate additions. Weight 9.0 ppg Plastic Viscosity 15-22 cP Yield Point 10-15 lb/100ft2 Gels, lOsec/lOmin 9-12/10-14 lb/100ft2 Excess Lime 1.0-2.0 ppb Elec. Stability ±400 volts HTHP Fluid Loss(160°F) <5 cc/30min Oil/Water Ratio 80/20% *Please reference the diagram of the Doyon 19 Mud System on file. Drilling fluid practices will be in accordance with appropriate regulations stated in 20 AAC 25.033. 9. Abnormally Pressured Formation Information (Requirements of20 AAC 25.005 (c)(9)) N/A-Application is not for an exploratory or stratigraphic test well. 10. Seismic Analysis (Requirements of 20 AAC 25.005(c)(10)) N/A-Application is not for an exploratory or stratigraphic test well. 11. Seabed Condition Analysis (Requirements of20 AAC 25.005(c)(11)) N/A-Application is not for an offshore well. 12. Evidence of Bonding (Requirements of 20 AAC 25.005(c)(12)) Evidence of bonding for ConocoPhillips Alaska, Inc. is on file with the Commission. 13. Proposed Drilling Program (Requirements of20 AAC 25.005(c)(13)) The proposed drilling program is listed below. Please refer to Attachment 3: Completion Schematic. 1. MIRU Doyon 19 onto CD4-289. 2. Rig up and test riser, dewater cellar as needed. 3. Pick-up surface motor assembly&drill 13.5"hole to the surface casing point as per directional plan with Spud WBM. (BHA—MT Bit,Motor,GWD) 4. Run 10-3/4"surface casing as per program and cement to surface. 5. To prevent surface casing corrosion,the top 20-30' of green cement will be removed from the outer annulus (conductor&surface casing)immediately following the surface casing cement job. Once the rig has moved off the well,the Wells group will pump a RG-2401 sealant job(currently being applied on all previously-drilled wells)to cap the outer annulus. 6. Install and test BOPE to 3500/250 psi high/low. V 7. Pick up&TIH with 9 7/8"intermediate drilling assembly. (BHA—PDC Bit,RSS,GR/RES/PWD) 8. Pressure test casing to 3500 psi. 9. Drill out shoe track and 20 ft formation. 10. Perform LOT,cease test if reaching 18 ppg EMW. CD4-289 APD Page 5 of 14 Printed:21-Nov-14 AF on for Permit to Drill,Well CD4-289 Saved:21-Nov-14 11. Drill 9 7/8"hole to intermediate casing point within the Nanuq as per directional plan;displace spud mud with LSND WBM while drilling ahead once on bottom. 12. Run 7 5/8"intermediate casing as per program. Pump first stage cement to isolate the Nanuq&perform second stage cement at the Qannik if it proves hydrocarbon bearing. 13. BOPE test to 3500/250psi high/low. 14. Pick-up&trip-in with 6 3/4"lateral rotary-steerable assembly. Pressure test casing to 3,500 psi.(PDC Bit- RSS,GR/RES/PWD) I 15. Drill out shoe track and 20' of new formation. Perform LOT to a maximum of 18 ppg with a minimum required leak-off value is 11.0 ppg EMW. 16. Displace well to the VERSAPRO MOBM system. Drill 6 3/4"hole to TD geosteering within the Nanuq reservoir as per the program. 17. Circulate&condition wellbore prior to tripping-out with the drilling assembly. 18. Run liner consists of Baker Flex Lock hanger±200' up hole from the intermediate shoe, 3-1/2", 9.3 ppf slotted liner across sand and 3-1/2", 9.3 ppf blank liner across any exposed shale. 19. Observe the well for flow for 30 minutes to confirm static. 20. Drop ball and pump it down setting the liner hanger. 21. Confirm liner hanger set&POOH with liner running tools. 22. Run upper completion: 3-1/2", 9.3 ppf, L-80 tubing with SCSSV, 3 GLM, Premier Packer, "XN" nipple and WLEG. 23. Displace OBM to brine pumping down the tubing when near the liner top, place corrosion inhibited brine between the packer and lowest gas lift mandrel. 24. Land the tubing hanger and run in lock down screws. 25. Drop the ball and rod to the RHC plug below the packer. 26. Pressure up and set the packer. 27. Pressure test the tubing to 4500 psi for 30 minutes. 28. Pressure test the 3-1/2"x 7-5/8"annulus to 3500 psi for 30 minutes. 29. Install two way check valve and pressure test hanger seals to 5,000 psi. 30. Test the TWC valve to 3,000 psi in the direction of flow. 31. Observe well for flow for 30 minutes. 32. Nipple down BOP. 33. Install tubing head adapter assembly. Pressure test adapter assembly to 5,000 psi. 34. Remove two way check valve. 35. Circulate tubing to diesel and install freeze protection in the annulus. 36. Install BPV and test in direction of flow for 30 minutes&secure well. 37. Rig down and move off CD4-289. CD4-289 APD Page 6 of 14 Printed:21-Nov-14 Af 'on for Permit to Drill,Well CD4-289 Saved:21-Nov-14 14. Discussion of Mud and Cuttings Disposal and Annular Disposal (Requirements of 20 AAC 25.005 (c)(14)) Incidental fluids developed from drilling operations on well CD4-289 will be injected into a permitted annulus on the CD4 pad,or the Class 1 disposal well on CD 1 pad. 15. Attachments Attachment 1 Drilling Hazards Summary Attachment 2 Completion Schematic Attachment 3 Cement Summary&Calculations Attachment 4 Directional Plan CD4-289 APD Page 7of14 Printed:21-Nov-14 Loepp, Victoria T (DOA) From: Hyden, Duncan P <Duncan.P.Hyden@conocophillips.com> Sent: Friday, December 05, 2014 10:05 AM To: Loepp, Victoria T (DOA) Subject: RE: CRU CD4-289(PTD 214-188) Area of Review Guidelines Victoria, As you can see from the pictures there are 2 wells that are within a 1/4 mile radius of the CD4-289 injection interval. • CD4-302 is a Kuparuk slant injector. AOGCC has the logs that confirm a good cement job around the Nanuq reservoir. • CD4-290 is the offset producer that CD4-289 is supporting. The cement job was pumped as planned, no losses were seen during the job. Plugs did not bump but based on the calculation,TOC is 6803' MD.Top of the Nanuq reservoir is at 7,421' MD. Calculated TOC is 618' above the top of the reservoir. On CD4-289 we will perform a MADD pass, utilizing MWD sonic in recorded mode, from 5718' MD/4757'TVD (proposed TOC @ 6,000' MD/4958'TVD)to the top of our shoe track (8,138' MD/6180'TVD)to confirm cement coverage for isolation.The top of the Nanuq reservoir is 8,117' MD/6,176' TVD. CD4-289wp03 3-D View \ ,..., , 'N' \ \ 81 _.......# ./ A440.*frer— . ginzsamem . ..doe. ,., - '1-. ' J ....____. d ' i a v f .? i 1 ff I r 1 iy„si CD4-289wp03 Yt ILa...gL SA%WIWk.,.v,_.,+, 614 tat r� CAN , 412. Quarter Mile View �,M,� ” O`er MAIM* . �" "KG 70. Rpe�i sa 44= �a 'yam ww:41; 074,TA?lM LX V vvet-9 1rB OIr 9YnM qG X+ �_.�_......_. ._._...-. ...._..- ._ OP+.HL6R v'� L:rt" NN`flB154 .N'MVA OM�?vOYf 1']7 Y+ PCI.v. I vv., 4,44.71.04 NAMNI%a: MAitQ SIF MIs&mX. r+^7er ,.. ... ..v xw:s�i tswwr�ISKNv om' c0'A �,Iti` ?'�A t 3500 . ,.,„,sib ;. �� a ', ,tie ' �'�' e 24 , \ , 00.41.71, 0 ! 1 �. lid# _ , �� —r r,' �. ;` .._ Ik 1 } j �" ( t. , .._ . ...... t X 0 cl 1'. or - 'i ri -41k 2-3500 ,_ ==_ , d`2. ' 1 1 . .v a!, --- ,10'.x'° --; \ , _. eor.---,,ti i , - , . ,, „-- , ,„ , ( ---- . .r ;7000 �.. if 4 : .-_ ;.G,,,�.* VA,' r ; ' , iiilk- %. , ,_ (2 , „.„_ \ , ,,,,,,' .--.* -10500 F — ---i — _ w" -14000T , �r ,to , 1 , I cr r I d 1 -14000 •10500 -7000 -3500 0 3500 7000 10500 14000 wast(.UEast(}t f35on usftlinl Duncan Hyden Drilling Engineer I Direct:907-265-6862 I Mobile:907-317-1910 duncan.p.hyden@cop.com From: Loepp,Victoria T(DOA) [mailto:victoria.loepp@alaska.gov] Sent:Thursday, December 04, 2014 2:46 PM To: Hyden, Duncan P Subject: (EXTERNAL)CRU CD4-289(PTD 214-188)Area of Review Guidelines Duncan, Please provide more information on the cementing and AOR. I have outlined AOR guidelines below. Outlined below are further guidelines: An in depth engineering review of each well within% mile of the penetration of the injection interval in the well on the annulus insure nofluid will travel outside of the interval. This review mayinclude information converted to sue integrity, interpretation of any cement bond logs run and an engineering evaluation of the cement job on the production casing or liner(Did the job go as planned?,floats bumped?calculated TOC?). Based on this interpretation, the engineer's judgment on whether or not fluids will move behind casing beyond the approved injection zone. 2 Area of Review—Injection or Se.vice Wells The construction and abandonment requirements for wells drilled in Alaska are not dependent on whether the well is a producer or injector. However, verification of the adequacy of the construction or abandonment of any well is subject to greater scrutiny if a well is proposed as a service well. This verification process is known as the Area of Review (AOR) and it applies to all wells, whether active or abandoned, that are within 1/4 mile radius of a service well. The process also applies when annular disposal is proposed for a well. See: 20 AAC 25.080(b)(4), 25.252(c)(1) and (c)(12) and 25.402(b) and (b)(1). The verification process for the well to be drilled or converted is not very difficult. Generally sufficient information can be developed and gathered while drilling the new well or the existing information in the well file is sufficient to make the determination. For some conversions, a cement evaluation log may be needed to verify current wellbore conditions. In some cases, follow-up logs (temperature, water flow, etc.) may also be needed to confirm placement and confinement of the injected fluids. In order to perform an effective AOR, it is critical that all proximate wellbores and wellbore sections be identified including existing and abandoned wells, plugbacks and "lost" hole sections. For purposes of the assessment, the reference point used to establish an AOR for a proposed injection well is the point at which the wellbore penetrates the productive horizon or for annular disposal, the surface casing shoe. For horizontal service wells, the ' mile radius continues along the well path through the reservoir to TD. Any wellbore or section identified within an AOR must not provide a pathway that could allow fluids to escape from the receiving zone. Where multiple producing formations are penetrated by a well, an AOR for each zone may need to be assessed. Thanx, Victoria Victoria Loepp Senior Petroleum Engineer State of Alaska Oil&Gas Conservation Commission 333 W.7th Ave,Ste 100 Anchorage,AK 99501 Work: (907)793-1247 Victoria.Loepp aaalaska.gov 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 Victoria Ferguson at (907)793-1247 or Victoria.Ferguson alasku.gov 3 AF on for Permit to Drill,Well CD4-289 Saved:21-Nov-14 Attachment 1—Cement Summary CD4-289 Cementing Program: 103/4"Surface Casing run to 2598'MD/2400' TVD. Cement from 2598' MD to 2098' with 15.8ppg Class G+Additives and from 2098' to surface with 10.70 ppg Arctic Lite Crete(Alpine Blend).Assume 250%excess annular volume within the Permafrost,50% excess below the Permafrost(1413' MD),&zero excess within the 20"conductor. Lead slurry: 0.6382 ft3/ft x(114')x 1.00 (no excess) = 73 ft3 0.3637 ft3/ft x(1413— 114') x 3.50 (250% excess) = 1654 ft3 0.3637 ft3/ft x (2098— 1413)x 1.50 (50% excess) = 374 ft3 Total volume=73 + 1654+374=2101 ft3=> 1089 Sx @ 1.93 ft3/sk System: 1089 Sx Arctic Lite Crete(Alpine Blend)@ 10.70 PPG Tail slurry: 0.3637 ft3/ft x(2598—2098)x 1.50 (50% excess) = 273 ft3 0.5400 ft3/ft x 80' (Shoe Joint) =44 ft3 Total volume=273 +44=317 ft3=>271 Sx @ 1.17 ft3/sk System: 271 Sx Class G+Additives @ 15.8 PPG 7%" Intermediate Casing run to 8278'MD/6191' TVD First Stage: Top of 15.8ppg Class G cement is designed to be at 6,000' MD,which is 500' above the top of the Nanuq reservoir(8089'MD); assume 40%excess annular volume. Tail Slurry: 0.2148 ft3/ft x (8278'—6000')x 1.40 (40% excess) =686 ft3 0.2578 ft3/ft x 80' (Shoe Joint) = 21 ft3 Total volume=686+21 =707 ft3=>610 Sx @ 1.16 ft3/sk /D 52( System: 1.63 Sx Class G+additives @ 15.8 ppg Second Stage: Cement from ports in a Stage tool set below the K2(Qannik at 4788' MD)to obtain cement coverage±500' above/below the K2(Qannik)with Class G+additives @ 15.8 ppg; assume 40% excess annular volume. Tail Slurry: 0.2148 ft3/ft x (5420'—4288')x 1.40 (40% excess) = 341 ft3 Total volume=341 ft3=>294 Sx @ 1.16 ft3/sk System: 294 Sx Class G+additives @ 15.8 PPG CD4-289 APD Page 8 of 14 Printed:21-Nov-14 Ar ion for Permit to Drill,Well CD4-289 Saved:21-Nov-14 Attachment 2 —Drilling Hazards Summary (To be posted in Rig Floor Doghouse Prior to Spud) 13' "Hole/10'/4" Surface Section Event Risk Level Mitigation Strategy Conductor Broach Low Monitor cellar continuously during interval. Well Collision Low Utilize gyro single shot surveys until magnetic interference has cleared and plot surveys on Traveling Cylinder plot. Directional Dead Zones Low Ensure directional drillers know of dead zones on offset CD4 wells. Gas Hydrates Low Decrease circulating rate&add ScreenKleen to assist with breaking hydrates out of the mud system. Shallow Gas Low Utilize automatic mud-ditch gas detection,monitor well as needed at the base of permafrost&below,increase mud weight as needed. Running Sands and Gravel Low Maintain planned mud parameters as per the program, increase mud weight,&use weighted sweeps as required. Wellbore Enlargement from Moderate Perform mud dilutions as needed to keep surface mud temperatures Excessive Mud Temperatures below 90°F. 9 Ys"Hole/7%"Intermediate Section Event Risk Level Mitigation Strategy Be aware of reduced ROP,stacked WOB,associated with the clay- Bit Balling Low rich intervals outside the surface casing shoe. Employ bit balling sweeps as defined in the mud program. Low sail angle will prevent typical upper intermediate problems; Upper Clay Instability/Washout Low circulate&use high-viscosity sweeps if additional cleaning capacity is required. Low sail angle&short build will minimize any instability Albian Instability Low mitigation,circulate&use weighted/viscosified sweeps if additional cleaning capacity is required. Shallow Gas Low Utilize automatic mud-ditch gas detection,monitor well as needed through Upper Clays,increase mud weight as needed. Qannik Abnormal Pressure Low Utilize automatic mud-ditch gas detection,monitor well as needed, &be prepared to adjust mud weight. Nanuq Abnormal Pressure Low Utilize automatic mud-ditch gas detection,monitor well as needed, &be prepared to adjust mud weight. Hydrogen Sulfide gas Low H2S drills,detection systems,alarms,standard well control practices, &mud scavengers on hand. CD4-289 APD Page 9 of 14 Printed.'21-Nov-14 Ar on for Permit to Drill,Well CD4-289 Saved: 21-Nov-14 6 1/8" Hole/3 '/2" Lateral Section Event Risk Level Mitigation Strategy Nanuq Abnormal Pressure Low Perform well control drills,monitor ECDs&surface parameters,& be prepared to adjust mud weight as necessary. Trip pipe per schedule(to be calculated with current mud Hole Swabbing on Trips Moderate properties),maintain mud properties,ensure proper hole fill,pump out as required,&monitor ECDs where applicable. Lost Circulation Moderate Have LCM material,follow Nanuq LCM procedures,monitor ECDs, &surface parameters with particular attention to mapped fault. Previous lost circulation events within the Nanuq have occurred at Differential Sticking Moderate the bit face;pick-up off-bottom to get BHA away from thief zone prior to employing lost circulation mitigation procedures. Previous wellbore instability events within the Nanuq have occurred within inter/intra-lobe shales. Active geo-steering via azimuthal Wellbore Instability Moderate resistivity&gamma ray will attempt to stay within the higher- quality reservoir&away from the inter-lobe shales. If instability is encountered,an open-hole sidetrack may be necessary to avoid. Excessive Tortuosity Low Ensure DDs monitor surveys&RSS performance,plan A minimum 15' stand-off from the GOC&OWC needs to be Survey Uncertainty Low maintained;an additional stand-off will be applied(-15'by TVD)to account for survey tool uncertainty. Vertical uncertainty will be updated with additional surveys to update the additional stand-off. Hydrogen Sulfide Gas Low H2S drills,detection systems,alarms,standard well control practices, &mud scavengers on hand. CD4-289 APD Page 10 of 14 Printed:21-Nov-14 Ar 3n for Permit to Drill,Well CD4-289 Saved:21-Nov-14 Attachment 3—Completion Schematic 0 II l J " 20"Insulated Conductor to A'': -114'MD/TVD Ulmer Completion. Length 3-'/"9.3ppf L-80EUE8RD Tubing 1) Tubing Hanger 3-1/2"TRMAXX-5E, 2) 4-34"12.6#/ft IBT-Mod Tubing(2 jts),XO 2.812"X O 3) Camco X nipple(2.812"ID) 1.5' 4) 3-%"x 1"Camco KBG-2 GLM w/SOV 7' 5) 3-14"x 1"Camco KBG-2 GLM w/DV 7' 10-3/4"45.5 ppf L-80 BTC-M 6) 3-%"x 1"Camco KBG-2 GLM w/DV 7 A Surface Casing 7) Camco D nipple (2.75"NG) 1.5' 2,598'MD/2,400'TVD 8) Baker GBH-22 80-40 Bonded Seal assembly 20' TOC Lower Completion• Length 4,288'MD/3,690'TVD 9) Baker 5"x 7%"Flex-lock Liner Hanger 50' K2/Qannik Sand with ZXP Liner Top Packer Baker Seal Bore Extension ® 4J 4,788'MD/4,060'TVD 10) 3-%",9.3#/ft,L-80 SLHT slotted liner 11)Orange Peel Shoe 05 VIII 5 1011 TOC 6,000'MD/4,979 TVD•i Liner Top Hanger/Packer ±7,900'MD/6,128'TVD Orange Peel Shoe '� 14,530'MD/6,229'TVD C)%<'. ;� 10 3-'/z'9.3#/ft L-80 SLHT 11 , Top Lobe 4 ,:•. ,„' .:riI— -E—c-�-�- t- -_-Z --c-a—a-a--a- ;-a- - -oI) 8,089'MD/6,176 TVD ® 1 1 7%”29.7 ppf L-80 BTC-M @ 83° TD 6-3/4"Hole 8,278'MD/6,208'TVD 14,538'MD/6,229'TVD CD4-289 APD Page 11 of 14 Printed:21-Nov-14 Ar on for Permit to Drill,Well CD4-289 Saved:21-Nov-14 Attachment 4—Directional Plan CD4-289 APD Page 12 of 14 Printed:21-Nov-14 CD4-28vpO3 6D(1 ,5 Plan Summary SURVEY PROGRAM spth From Depth To Survey/Plan Tool 36.30 1300.00 CD4-289wp03 (Plan: CD4-289) GYD-GC-SS 1300.00 2300.00 CD4-289wp03 (Plan: CD4-289) MWD , - 1300.00 2566.56 CD4-289wp03 (Plan: CD4-289) MWD+IFR-AK-CAZ-SC 2566.56 4066.56 CD4-289wp03 (Plan: CD4-289) MWD 2566.56 8306.39 CD4-289wp03 (Plan: CD4-289) MWD+IFR-AK-CAZ-SC 5000 8306.39 9806.39 CD4-289wp03 (Plan: CD4-289) MWD 2500 8306.39 14566.23 CD4-289wp03 (Plan: CD4-289) MWD+IFR-AK-CAZ-SC NIII\��:� -2500 XI CASING DETAILS :_ -5000 TVD MD Name Size , . zsoo 135.30 135.30 20"x 42" 20 -10000 2400.00 2566.56 10-3/4" x 13-1/2" 10-3/4 Izsoo 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 •"" . 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 ... -15000 _ Top Lobe 3 - o ---- 20"x 42" a 5 C10 ....__ - P Basal Top Lobe 4(Albian 96)' -5 �na,�,,� C40 K-2 7-5/8"X 9-7/8" o �` 10-3 4"x 13-1/2" ' K 2(To Qannik) Albian 97 o �0 ar tn C20 K3 Basal -I N �� 7-5/8"X 9-7/8" r - �p4. 00 3-1/2"x 6-3/4" ami C30 K-3 - \ 5 0 8' .. ,, I - o .600 O a o o r,o 0 Base Per: frost pao� ° m m `-, - .... w m to .0 '0 3500 7000 10500 14000 0 1500 3000 4500 60I' 7500 900 10500 20"x42" 10-3/4"x13-1/2" Measured Depth Horizontal Departure 51 '1 --4::: - CD4-292 30 m 60 t�llr li'I .. CD4281PB1 -- 300 �is�•�D 0500 ® ....:.. 0500 800 `a d 1100 CD4-291 - _ '` .......t ........ ...... - s R oat ��oo < �l� l( pl � . a'� rh�(�V Mr'" i � 2000 � 11 " -) CD4"288wp02 z �� 5500 (-)CD 30- CD4 2884 287wp02 2750 i'.',,, - .ao - 5050 co „w P. 1 _ i ' .: 7500 ow i-.CD 75w - ,520 -9 II I ....... 240 sa ,.:"• 120 _ 0500 ill %9 3�yll. • ! 0870 0 I 1 I I I 1 I I I 1 I I I I I 1 1 I 1 I I I I I 9870 ** 10860 0 2000 4000 6000 8000 10000 12000 14000 210 .d' 150 1.140 - ,2220 116U I 12220 SECTION DETAILS "750 "+. Sec MD Inc Azi TVD +N/-S +E/-W Dleg TFace VSect Target Annotation 1 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 0.00 2 800.00 0.00 0.00 800.00 0.00 0.00 0.00 0.00 0.00 KOP:Start 2.50/100'DLS,55°TF,for 560.88' 3 1360.88 14.02 55.00 1355.30 39.17 55.94 2.50 55.00 -10.68 Hold for 103.07 - 1405.3 4 1463.95 14.02 55.00 1455.30 53.49 76.40 0.00 0.00 -14.59 Start 3.50/100'DLS,51.11°TF,for 899.41' 5 2363.36 41.58 92.76 2248.01 102.87 473.84 3.50 51.11 115.26 Hold for 4058.71' Base Permafrost 6 6422.08 41.58 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 Start 3.50/100'DLS,72.43°TF,for 1884.32' 7 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 2804.73 CD4-2XD 1.Heel 121812 Hold for 20' -21 8 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 Start 40/100'DLS,00 TF,for 148.47 -24 9 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 Hold for 1150.46' C30 10 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 Start 30/100'DLS,0.020 TF,for 35.37 -27 11 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 2.#2 121812 Adjust TF to 00,for 44.19' P 12 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 Hold for 1542.11' 1311247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 Start 3°/100'DLS,1800 TF,for 44.19' C10 1411291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.43 121812 Adjust TF to-1800,for 54.2' 1511345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 Hold for 1309.55' 38 1612654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 Start 30/100'DLS,0.20 TF,for 54.2' 380 ) 17 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.44 121812 Adjust TF to 0.01°,for 128.96' _ annik 1812838.10 93.87 154.07 6239.85 -5082.24 6311.34 3.00 0.01 7334.59 Hold for 503.86' 1913341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 Start 30/100'DLS,-179.90 TF,for 128.96' 2013470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.#5 121812 Adjust TF to-180°,for 49.24' 21 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 Hold for 1046.08' 2214566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TD:14566.23'MD,6229.1'TVD K-2 Basal -5895.3 Albian 97 e19ef9Lobe 4(Albian 96 Top Lobe 3 Surface Location Geodetic Datum: North American Datum 1983 Magnetic Model: BGGM2014 T M Depth Reference: Plan:19+36.3 @ 55.30usft(Doyon 19) Magnetic Model Date: 30-Dec-14 System(SS)Reference: Mean Sea Level s Lgnc c Directionpeclinatn: a True.52° �e North /Y. 5957323.89 y To convert a Magnetic to a True Direction,Add 18.52°East (`1}V[/\ Ground Level/Mud Line: 19.00 East/ X: 1518421.75 Rig: Doyon 19 Error creating xbL parser for script. The parameter is incnrrPct Northing (3000 usft/in) 1 I 1 1 I 1 I 1 1 1 1 I 1 1 1 1 1 1 i i 1 i i i I i i i i I l I l i I 1 1 1 1 I i i i i l , I I I I I I I I I I I I I I I I I I i I I N O SZ 03 0 C. O Q O N 3 N co et CO 4 N M V co p p p N n. p v U U U a 3 U o Q - U co co N N tt m Q 3 U p o o U U m • co 4v p p U ,01. U M O 3 N 1 CT)00 N V U p p U rn •• . UN T N Q CO p co n lilt° U p (3) ,n N N (11 N 0- 4 0 c, z N o a coc "2-13. ff ' 4 o co o al CD /10100.—‹ U � Lc) N A� O c:1 p U CU U piN Co CV m • N D U ' Vm n iii V I iO/ • • s- uO O U N O O0po L0 � —��A `_co c: 0 . 0 o m r/j �, c, 0 C1 03 cc8 ca. as i,W N a W r i il ` ` � , li. ' pMp � `��' pU N U N 4 m N1 ` ,‘` ` ..o - N p aU Ca 1/ fgU (s)rn T 0 111,11101111, 111.1.9' p co 4 U i ' 4 a oU 40 ln=41 .....el . ` U <o a. NU ..4•00,f .... op U Ucriiii II -mMOd N p pO O UU pp U CO is CCI `� 4 cV CpU iv • N N. O cD 0O �' N M (D p U a p • C` U U 2 III I I I I T I f 1 [ T T 1 1 I v I (ui sn 000c) 6uiy;JoN cY''I 0 0 N In T O T ' 6 N ,0 3 N Q (1) co I- O .4▪.. 'ESN (6 O O T a) T N Tk N -) coNI- 4. * ci N 0 N T ct X ■� 0 N = I T X 6C I I -O N M N U 01 I0 T 1 N 4 = Nco imm D o1 =w r X U a o N a - CD Ct x 4 -• N 0 M 1t O a Ov 0 X c ,RI =1 N O . T O li 0 O a▪ l QO0 Y/ Yom! CD r.. IC) 0 oo + O 1 1 O 0005X -o w VI 5 000 N RI O O M = 000E _ N IC) 1 M O ;O X la 2 1 17 y •11,:p‘ 1`,1, M OT y.. �4 i ‘I '''' X 0 N O 0 T 1 0 - _ -O SM I 1 1 1 1 1 O o o O O O yin o o Lo T(usn 005 IT(+)upoN/(-)u�noS c4 i/i I EO =17.710 1740 999171. ; o co ap ------ 6) X r 00062 N N T O CO W T o / � 0 _ -- O W X N CO ■_ ' ) - N_ U M 000 V r /' -----° _o O U 0 N C E 1•1111111 T- 0 - N 00082 NT N 0 N co UO 0p Co .. _O N T N = T Nto c* CO N U 11000 00 T 0 0 0 � N o z 0 s1°� o r UO0 4 N 1-G000 '- 4 co 006', Cci - - O U C)) . -00 O as0 Q Q- as 0060 co o . 5 U • N o H �, o > M r CV ca m JC'7 O X Y Q 6O6 am V' V) C CO N. O m oo9 O Ti)' T co Q - X Y ....co E O O N cvT N U 0O a' O O co 0 o c9 41. N U 0 I 0O s ` , �c ` O o c : Ca) X 00 O En , . N O O • O O . 0 O O „...A1 .. • . I I I -o 0 0 0 0 0 0 0 0 0 0 0 0 0 T (u!/ sn 0001-) u1daa lea!IJaCO n 10 c� anal ..._............. N O COdM68Z-17a0 T —M ` 99i1 1 N /v a) T- I'—^ 6W x 00060 r ID N COLO C N 4. OVco EIP 000 _O N 4- O Q _Q 0008 N co d' 0 o O U o 4 in N O T LO ..--� CO0 O) cti N co c T O 4-. co U 1000 M co N U_ T t 4 co 0 1 0 U N T CO CO co -0(0 0000 N O Ooo) T -cm -Q 006 , N N 25 ccti J X CL N in a N OQt§g; N_ Com 0 o W co N U 't N T M H CI O008 x —co N N a 0 0 0 0 0 0 0 0 Lr) o co co co o in O T T N N Cr) co co CO co 1-000 �e CO CD co °ian anal e�3:•»`�.� :/. i/lY/.. ria.,. .,•• Cl) z 1 C Cti ChQ co z Q o W •— a co s o U t a o o o � N ,+ p c7 N N N L o = = oo o E _ 2 U U U C > o d Ci RS C CU Z V � o Y. a a a °' Lts ct) co z ,',.• ,- z cn 'fre, it< c)c" co as . ' sx> (Ns a ..„.4W.,- ,, (/) i•-- o c`, co L° 0, "'''>'/.1;'° (i) •-• c.1 °' I- :0-) - ,c, ,/4 F-- zi, ‘ Li, . o , c, 0 a . r"- .4) ° a- a c, — CC o 0 0(_) 4,- >, >„ 0 0 Cs G1 . •,. ‘n w o t) ,--A 2 2 , c c t s 1 a) o a>0, Lo L0 2 c 6 03 uP up - 1C' U, @,) 'era i; 0 v •• c c-, co > . CNI a" CC ID' '''..!,... ...0 0 co Ti..) ',4 0 C VI? CS0- ii C .C. 4_, c o co 0 En _1 _1 CI hi >cn 1 6 .° C •.:s. c o :„7 = r-- a; • .67, 0 •c C 0 0 ... .0 ul ., 0 'ti 0 2.3 IL' p..., ti) c ce g •cs 7:1)" .23 ili '..= cti ,..•• .. c.) o c ' 0 •c-' CO / 0 c c . , co e 6 tli ti; cp 0 co E (0 v- 0 , 0 tr) CV C\I 3. v V a ...: (-) 15W • . el/›. .C2C1' CO CO 7 7 2 ,,- Ts . N- a 0 CI 0 0 0 co u) C\I C\I Cr, c) C.-- 0 co r-- r-- co- co ,- o co co, cn si, (NI C•1 1 01 •cr co- ,- , - - _ co r- co (21 I LO L- C ..... L < I CT' tp a) z •• C) .0<-°-* 1. 0 ci.) z .0 . 07 ,....., 0 E "t 0 0 = c,.. .- •-• .c— a) o W C. csc CO Lo a) 6! "'=•• a, ao ,:t•;fr....,,,,, ,!'f ' t u, .s. ..s .s .. . ..... i•-„,/f.,,,,,,,....,....,,,,•,, z w ci) v TA t .s 2.... , co E a 2 LT, ,, 0 5 . c, a) O -z- to + — = 0 76 z ci.) .0 a) , . D •cr as to ...."0 'n 03 Ifti p •Tt 01 C2 a) N 0 03 ,- CI3 0- a . 0 (7) E ,_•G E e c. 03 - ,e• -.0',11 z C. Y) , (1) , = = (n Cl) Cl) ai a. co o o = o co cg a o 0 c7) °) -o 0 o a as to os - co •:). 0 , as co a a co csj 0 -c E o_ 2 0 a';1 ' c 0 -a- a, ._ g) c-, 0- •cr O E E o 00 ..-- c (0 0 O to (D ci CO Z 0) co C v- 0 as 0 z 0 •,:r Y a) , c Z u) 0_ c CO ro M 0 4165) a - a csI• c° (8_ ..,a, g N 203 Ci.) f 17c Ei: 0 c-C 3c." -E- 0 0-C' I CZ .0. CO Z."-. E z 2 .4- -A.- A + + a 0- . . c3 - co (0 E CO a•-) a., ,0 C C CD a C 'Ws (-) - 0 a ....; f 0.• 4-,°' E• •• 0 ; E g .c c o 0 c ris io D 0 o vs c ..- 47, 0 o 2 4S ,0 cu c0 O .. E _ .0 :t• . •y, -'''' ,- .4- cz, --...N cz 0- g c:0 _ 0, in 0 ..-- = T., us a, O < > > .°' 0_ 0 0- a 2 2 8 ° ,?. 3 2 E .6' 41. 7, 7, 1 0 CO a, ca a.-., .(7, u_ Q. ., 0 2 0) 11* 01 o U) U) U) C) 1) CO CO CO r r r r N- CO o a 0 o m t W , 0 �- o t ' NU) > U) Cn m� _ _ a O O 0) CA 7 N CO N-N. CO O V 00 CO C C O O M Cr CO r CA O M V' U) N.- " O o a 0 O 0 O O 0• O O O .-- • • U O O D D N y W ca 7 7 fa• V co co C) U) U) a) O Cf) u) N �\�\ LI. G V 0 0 0 0 0 0 0 0 O 0 CA •- N 0 Q Co Co t' 0 0 0 0 0 0 0 0 O 0 N- 0 (f) N 0 COcci M U Na O O O O O O O O O O r N O V 03 C01 (n t 2 E \ a t w 0 C c a) Y _C 0 0 0 0 o 0 0 0 0 0 U) O U) N- (O 0 0 0 0 0 0 0 0 0 0 N O• N 0) O O O O O O O O O O - NCA VC r M V :6' m 2 Z `o.' FY C V N C <5 -0 O O 0 0 O 0 O 0 0 0 0 0 0 0 i C C m U (n O 0 O 00 0 0 0 0 0 0 0 0 0 O o w m w i° •• o 0 0 0 0 0 0 0 0 0 0 0 0 0 Ui 0 0 0 0 U max. U)) c0 (1) 0 m r ..,>. .60 2 .� n� N }> 0 0 0 Q Q i0 O- ,0 .- F- rd Z>� G o m Y m Y m Y I-- C > C < C < C < u) a 0 CC a. N LY (O a. 0 N C/) a U) u. Cn u_ L Q S CO { T- T- O O O O O O O O O O O O O O O CI) Z v Q Q Q Q Q o 0 0 0 0 0 0 0 0 0 DI DI rs) 0 m > > > > > > 0 0 O O O O o O o O N N N N N s- Z .� 0 U' > 22222>2 - . X' m ° E O DJ o (n C/) U) Cl) U U U O O O o o o o o o o N- U) v N V' co C- O C- r N. r r (` r CO V' CO CO CN co Q Q Q 0) v o v v v v c v v v v Co N o O (n 2 a V O N M V r Off) O N CT Z U � IL � o) ) eo go E }S o 0222222 y O O o o O CJ O o CJ o N- U) V r V' °f'. co o co O o o o O O o O) n s- 0) 0 d o i o 0 •0 0 0 0 0 of ai ai N- m C) O Cr, O O o O O O O 0) O) 0) 0) 0) - - N Co V. N CO N- 0O 0O CA 0 : N W i m m (0 CA O W O c0 c0 O O CO CO N N N N N N N V V V 7 V V V 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 C C C C C C C O O O O O O O O O O U) O CC) O O 0 0 0 0 0 0 0 .0 U) O U) U) O `o a a a a a a a a v m 3 3 3 3 3 3 3 74 A" co(0 O 0000000 Fa M U W W c0 c0 00 a0 CO a0 Q C N N N N N N N w V '7 V V V V V Yo 0 0 0 0 0 0 LL 0n 0) UUUUUUU o O O O O O O O O O 1- O) O O) O O O O O O O O O O O O O °g) N O r O No O co co 0) 0) coQ C/) a +d. O O O U) M M N no A c/ D. 0 CS N Cil C. O o CCo M COO 0 0 COO COO C a 0 Ig., z C Q Q H :v - N N V CO- 0) ` � C O E c° 0 U m o o 2 p m m 0 r%ij 'n g U U a a U 0 Co 0 0 OOa, M .o 0 00 0 0 0 o O o N o o o o O � CB COO CoOM OO OOOOO 't OOOOO C MOO (OOOO aw (OOO NVOO O OOOO OOOOOQQ. Co M U) CO c7 c., d N N O O Co O Co 0 0 O O O O O to 0 O 0 0 0 N CoV' N O N- CO0) 0 x a .- (NC MNCJ > e ( 0. Cl O .Vi .. F- L (0 aa N Vt N0. p C a O a, 2 .G 'm d N E o m m m 2 R o) 8 a` in 3;3 o in a U) N - IN N. N. N- r h N- m O v O (o O U) 03 M (O O (0 NN CO N N N N N •_a O Ql W O �� a 0o O V V' CO LO .- O Cr) V CO N N (O O O O O CO CO Z C C r CO W CO CO O CO CO .- CO U) M CO M M LO O M M CO CO O T T ,- ,- N N N M M V U) O O M M M4 Ti Ti- V 0 O O af7 O h N N W q 7 7 (U M M -) O to ..ri O) ao U) N N gy�p\\@�\\ w Tr V V (U C O r O M N N C) V V V co O V CO N U) N M O M CO O) N- V O) r U) CO Cr Cr N. W V U) r (O O 7 N U) M CD Cfl M O O) U) (D M V N M W V O O M 1- U Co M U � U) CD CO N CO O CO N- O N. CO CO r O) CO O M CO O C t t ,- ,- N N CO CO V V V '7 U) CD CO CD (C) COO 0) 0 CL c c (D .- Y _a) (6 co 7 C Q S a a . O N- M O 0) U) O CD V O N 0) V O 1- O O O r _ (O CO V CO N. N 0) N- CO N V (O U) M r 0) co co C V co Co OD Cj Oi CO V Ui V V N N CO xi Ui N U) co V V N U) N OO CO O O 000 00 O O O) O O O C et y y 4' g Z L .. n0u+'m V m O 7 O O O C) O O V V (N CO U) U) O CD O O O O O O C- O = )9. C) O C) C) OM O O U) .- V co CD N N O O C) O C) O Q ` .`m, CO O OO O ,- Ma)co N O W I- r O O O O O O o .2 w U » U) V co co N N N N a- s- 1- w J F.2 Z N G. F u) L 00 0 < / OO 00000OOQ.1 Z fU) O O (O U) (O (O (C) coUU) U) UU) O O O Cr) y / N o 0 o CO ri o) of ai of oU of ai ri ri o 0 0 0 0 0 g O J O /'' O 7 Q O _" " N ( O (n C) O CO V N O O N V O (C) N N O O O O 0 O O O (0 (n N (O .- U) O (n C- a- O N. r O U) EL O r O O V O U) OO O I- M (O M Ti- N O Ti 7 O M V Tr \W, \ O co co O co CO N Cl O C7 CD V U O N O V (0 N V N \ • co M () V V (O CD N. CO N Cr) C) a- .- .- N N CO M C) V \ CO N1'' Cn -- - - - - - N N N N N N N N N N a rn o O co O O co V N O O N V O N N N O O CO N M M N N O CO U) 0) Y' CO M OD O V N O O M CO CI) CO U) U) O (D O CO V N CO O CO O CO (O O O U) M O U) O O U) O CO CO I- CO In CO N Cr) O V r U) O N N O �•/; M CO V t V U) CO r O O O .- - N N CO V V V V N N N N N N N N N N N 7.+ O O O O CO CO (D C) n CO V V N- CD CO CO CO CD CD O O O O O CO V OD I- '7 V O O r N- r N. N- r N- N- r U) U) U) U) Cd I- M co N (n I- O . N N N N N N N . U) U) U) U) U) (D N- N. CO M OD O O O O O O O O O O 7 O V o N O) C Q Of co yN N N N N w U) O V U) I- I- M CO O CO O W CO M M M CD N d O O O O O V N N CO (O CO a- V V' U) U) U) U) N (O U) 0 0 V Ti V V F V r O M (D O N (O co O Q s- ,- ,- r- ,- .- N N N N M M M CO 7 V V V V V V U) L @ O O M a C d O m o O Q N C.1 d O $„ U) :E z 7 v v 3 '' o c m 1:°° U COO N y Z U U C _1 _ C N V C C n n N p „Q Q N ma O co U S U 0 EC: U Co p O N (U (O O O O C) O C) O O O O CO p O O C) (") C) O O CO ,- O 'V £ O - O O O O O O O O O O CO . O O U) '- O CO O >. O O N w M tea O O O O O O O O 1- O M O O O k 0 R O Cl. CO M O O Cr, O O O O O Cr) C) CD ,SOF O O CO C) O O N M_ '� V V U) co„. N- CO O O s- N N CO CO V U) (O V CO CO N .. 2 q N N N N O N N V N N N M N N O N N a `t O CO N a O p 0, �' 2 v 2 m y U 2 U co 0 N .. 0 O) c O ) ; oCaia U) Cc. )) Q) 0) M CD CD C) V 0) C' 0) CO V M O O CO n CD CO M C U) U) n Co 0) a) N M U) CD O L- (V CO V V C' U) (O L- L- L- L- L- L- L- L- N N N N N .J N N N N N N N N N '3 O• m W a 00 O tu LC) C9 a�� CO O CO N N V P U) U) CO _ O O _ '- CO U) n O CO CO CO O C) Z C C CO L,) V V C' V V U) U) CO n Ca (7) O ,- O V c0 M n n co Oo O O O L. co n ca M (P O c— N M C' U) f--: c0 o m 0 O O O N0 0 0 r r r r r r r r r N N W to 7 7 • = CCI C.') C.') ;I'J 0) U) U) au co U) U) N ��)\ON') w V ---- V CO — O O n a) a) a) O a) aD n n CD CD LO co U) V V n co M N N 0 M M Z M CO O LU C' N- U) C) M CD 0) N U) O V N- O 0) M CD 0) N 7 N M rn U) N N 0 V n M 0) CO N c0 U) n V N O CD N W U M M 0 0- Co N a) N co N 0) v co N 0) U) N 0) U) N a) U) N co 0) Lo N V C + + n co a0 a) 0) O O N N CO C' C' LU CD CD n c0 CO CO O O O @ 0) 0) . o 8 r r r r r r r r r r r r r r N N E E w N N N 3 C , 7 a a '1= O N N M V M M 0) 0) V U) U) CO CO n n Co W M N- 0) O O O Q) n U) N M � (P t0 n U) M � O n U) M � O) n O U) C' N O co U) N 0) o N O CA CD M O (D M O n V O n U) C' 00 O y CO CO CO CO n N- N- n CD 0 CO CO U) CO U) C V V M CO M M N N t.) '0 i - Cr) CaZ m r VI C N V a0 t) Q) C 7 O O O O O O O O C) C) O C) O O O O O O O O O O O 0 E g, ' m o 0 C) 0 0 0 C) 0 0 O 0 0 0 0 0 0 C) C) 0 0 0 0 0 C) 0 Q 0) 0 To' .. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 u' v 0 m tY >, z m � 0: IY . {i) m o > o = co (ir J F 2 Z y Cl 4-' N 9 o ,' L Q F' . : O O O O O O O O O O O O O O O O O O O O O O O O m Z O O O O O C) O O C) C) C) O O C) 0 0 0 0 0 O 0000 0 0 0 0 0 0 0 0 C) 0d 0 0 0 0 0 0 0 0 0 0 0 0 0 0 I.-G) Z E 12 m E L o N CO 0 O O O C) 0) 0) 0) a) a) CO CO ao (o n n O N- N- CD O @ :0') L- 0) O n U) M O 0 CO CD V N O aD CO 7 N o O CO CD 7 C) d CA V 06 0) M a0 ('M CO CA N n N n N CD CO CO O O U) O 0) U) U ) O C0O L`J' W V 0) V r0) C 'A •0) O V LI n ) O V rn CD0 y LLL • N N N N N N N N N COM M M COM M 0) M M CO.- M M CO- M Cl. O O O O 0 0 D) 0) CA m 0) Co 00 CO as n n O n N- CD 0 CO C' N M O CO CD CO M 0) n U) CO (A n U) M M 0) n M V 0) V R Cr, M Ca CO ad N n N n N O COU) (O O U) V1,-. n V N U) O N- C' O N 6) n V N 0) N- V N O n C' N 0) N U) CD n n n CO 0) O 0 O N CO CO C' U) CO (D n CO CO 0) 0) o e.. N N N C,.1. N N N CM COM M M M CO.- C'c) COCO". M CO.' COM CO.- COV CD CO CO CO CD CD CD CD CO CO CD CO (D CD CO CD CD CD CD CO CD CD CO CD N• n n N- N n N- n n N- N- n n N- N- N n n N n n N- n n N N N N N N N N N N N N N N N N N N N N N N N N .c o) a) a) a) rn 0) an 0) Cr) an Cn CO 0) 0) a) 0) CI) (3) 0) m a) 0) an 0)L ,j W m CC °.: CO M LU LU W 0 a0 LD N aD Lc?) ao N Cd O CU LU c0 W c0 Cd Co as O @'. CCC U) U7 U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) U) Q ...N U V V V C' C' C' C' V V V V V V V V C '7 V C' C' V V V 7 _ -g W Q= 0- 0 0 M . _ N O1 V O N N f — � Z z .:1- '-a- 7 V V ?i ` m o 0 8 Z o o N c a) V C_ C V 0 > c_) 1:1_-" a"-_ c, O O O V O o O 0 O o o O o O O Cr, C) O O M O C) 0 U) O O O N O O C) V Cr, O C) O O O O O O O C) n O O O �. O O O O O O O O O O O O O d O O O O O O O O O O N d O O O V O O O N- O O C) O O O Cr. O Cr) C) UCr, CO0 ) C) C) co NO 00 0) 0 0 L- N M M 0 U) CD n CO 0) O L- N M 0 0 U) CO n N m = N N CO' CO.. 0 M M M M 0 M M M CO.. C') M C' V 'cT C' V C' e'7 C' C' C' C' M c o c o o d D) C N O .O w D d .r C6 CA vcr. fn33a a LO CC D U) V V co N N O O 0) 6) CC N. N. CO CO CO CO UD V V CO CO CL D N. CO OD 6) O N CO V V' U) CO CO O) O N CO V In CO a N N N N N N M M M M M M M M _" M M V V 7 V 7 V V 4 •j O m W g O co U) co 0 Er; a V V CO N N _CO (n O in O ..0n O in O CD _ N. N N CO (D O V N C C C) O 7 CO O CO CO N N. ,- CO O CO O) V CO CO r N co CD OD O O O O 0 0 N N N N N M M V V (n CO (D CO O r r O W 6) O O O O N6 6 N 0 0 0 t, 7 7 i O O 1J CO CO CO V• U) ��uqq)�� NCO oQ@) N_ N N CO O N O O CD CD (O r N. CO CD CD CO CO (O V CO O) M CO Z N UD CO W ,- V N. W N UD W '7 N. 0 M CD O CO Cn O N. CO 7 (N O O N 6) (D V O CO M 6) Cn N W V r M O V O V N O O U CO CC') 0 0_ CO (O CO N. NCO to N (D Cn (O Ln CO U) O V CO CO CO N CO C t t O O — — N N co V V CO co co N. OD CO CO O O ,- ,- N N CO V V 10O O Q N N N N N N N N N N N N N N N N M COCO) M COCOCOCO. M aC C a) - Y c a a 1 o co- co N N N CO CO V CO N (n V V V M CO N_ CO O co co O 'V O CO CO CD C N O CO (0 N N. CP CO in N. O O OD co CO CD oi (n O aD CO N O (n N O M co O M CO O N co co co O co N N N N ,- ,- ' ' ' N N N M V '9 OD C C a E t co CO a Z ,O. r C m 0 C d a to . i t (a C. 3 O O O O O O O O O O O O O O O O O O O O M r O V i d C a- v O O O O O O O O O O O O O O O O 0 0 0 0 V (O ,- 6) 6) ` .m W O O O O O O O O O O O O O O O O O O O O N O (D N 0) O m (0 0 yd) N. co co CD in U m J ' Z N O F N 0 L O O O O O O O O O O O O O O O O O O O O O O O O O C) Z O 000 O 00000 0 OCD 0 C) O O O O O (O (O (O (O in 20 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 ri ri ri ri ri C1 Z oC g E O E J O a V O (a O CO co O c0 CD CO co CO V (0 V R V CO CO CO CO N V co N O CO O N O O CO CO V N O CO CO V N O CO CO R N O in C V r O O CO N O r V O V O V O M W M W N N. N r N a0 (D 6) O O r O O CD CO CC CD M O CO M a0 co co N oo CO co O co ) O O O ,- ,- N CO CO V UD CD CO r CO O O) O N N N CO V in in 0) 4- V 'Q V 4- C V 'cf 4- tf V (n In (n cc; (n (t) (n (n CO E. co g O COO CM MO O O r n CMO V V IV- ,7,r, M M_ OM MN CM NM aV CO N O OD I,- I,- O CO CO O O CO N O V O V O V (O M O M cc; N r N r P) 4 O CO N co I. V I. N O co V CA co V .- co CD V ,- O co a) V CD lO N O O N N CO V in LID (0 r a0 00 O O N N co V V UD CO O x v v v v v v v v v v v v v c v In (ri ui (n (n (n (O U) (O (n a CO CO CD CO CD CD CO CD CD CO CD CO CO CD (O CD co co co CO (n c0 N N 9 N. N. N. N. I. N. N. N. N. N. N. N. N. N. N. N. C. r r N. CO CO CD " NC N N N N N N N N N N N N N N N N N N (O Cn O V 1.', t O co co co co co co co co O O O O 6) O co O O O) CA O O O r- .- Cl) E W CO 'CO C) 00 C co y O OD a0 W W c0 oa W OD c0 (O oaW W (O c0 c0 N a0 N (b C° N. O O N O N Q to (n in CO in h (n h (n (n CO LO to N (n O LO UD C() Cn '7 N. CO O O Q O r N M (O (O °.:?- ."O V V V C '7 V V V R '7 V V V '7 V V V V V V V V V V V 0 COar om CO coco o =NN _LZ 'E � Cl- CCICIO, C4 8 Z U O N Y a pC„ Q O /V0 d d o CO coo O N O OOOOO OOOOO OOOO (O Q O O O O O N aOOO O OOOOO OOOOO OOOOO OOOOO `Z CO co.O O (D AO O O O O O O O O O O O O O O N UO O O O O O co a) OO O co O O O O O O O O O O O O O O O N a.j O O co O O ^ I. H CO O co.. m 0 .- N M V Cn CO r CO 6) O ,- N M ,(40._ V Cn (D I. W 6) O 3 0 g v a V V V w co (Dui Cn to Cn Cf) Cn N Cn Cl) Cn CO (D O (0 CO O (0 O O (O ^ r E a 2v Y (n R O _ �O rn oN y�'03..„):e d Ca iC a I- • , D/„c, )--. ..- U) 00 O CO M CD O) CO N- CD CD d) a) W O V U) CO O) 7 N N M N (O r` Cr) O N CO M M CO V N N N -0 N r Ni U) U) U) U) U) U) U) U) CO (D (O _ co CD CD (O CD CO CD C m W O o i'.. LO a C C o 2 r` UU)) C',--,- r r' 0O) Mr OV N o) Nh V N OM MO WN M C) N O O 0 0 ` a.; of ai ai C ai ai a(i (C CD UCi r N- N- r- r; r h N- r c0 CO ttJ en 7 7 .) O O COCO CO CO gm U) U) CU o) �U)`�U)V` j N (O d' V U) CO O N CO U) 0) CO N U) N_ O W CO CO N- LED CO a) (N CD ❑ co M � O) n CO 01 W 7 N- V N CO U) O) CO (D O CD U) U) (N N 7 N I- CO M Oa U) O N CO N a0 Na M r O) co O M V' U co co U a U) N O) CO 0) N O) U) ,- r- N O M N CO O) N N M r O U) co CO r r co co 0) O O .-- N N N N M CO CO CO V V a) W 7 Q 1 �' M co co co M co co M 74 V V V V 4 V V V V V V V dCO C C a) £ Y a N- N N- N CD N r- o U7 V U) O O V V a1 r N N U) (D _ _ _ _ V 0) O Cr) 7 O) N r-- O N O N. U) V N- CO N U) V N- O) a0 N O N N- N- O) N U) N- M N co N O) N C) V coN r O N co U) N W CD N N V M O O N CO U) CD C) .D N N C? c`7 M V (n U) (O r- N W 9' m O O O O _ , p .v.,, d =, (u 2 c4 C a) p c m p m ' 0 V m V a) r N- 00 O 00 CO N N- CD I- N CD N- CO O O O O i = r. V N N- U) U) I-- CO .- N- U) V V CD Cr) V CO 0) CO CO O O O O 9 i ` w W r` V N O 0) r r lD V M N O O O O) O) O O O O O Oo N w {a V N U) U) U) U) V V V V V V V 7 V 'V V M M co yw Qom,. _ Gai .0 0 -1 F d Z rn G I- C/) 0 Li O O O O O O O O O O O O O O O O O O O O O O CI) Z : cD (D U) (D (D ) (D U o (D (D rf) u ) L.0 LO rD .11 (D (D O O O O EP 0 (( M M M M M M M M M M M M M M M M M M O N V O C) Z r E ato y n E .0 _1o a n q, m /� / c6 1' j CD N _ M O N N r UO N oO O O O O V M r M CD h Vc- O V N N N N O V CO O N O CD V CO 0) N r , M N O O O 0) V U) N U) M r CO L , N V U) U) M 0) U) O V CD O U) O M m m ,- N CO V U) U) U) CO CD CD (D NCD CO r CO CO co 0) W W o o O •- .- .- ,- cb aQU) co v (r; co U) U) u; U co- co- co- co- co- co- (D co- co- co- co- co- co- a \ , My -\\'....',..... CO N M O N N r UD) O N a0 O O O Or V Mr r M O c0 r V co N- U) U) UU) CO I` CD CO .- M 0) N .- N UO\\ • • r • • UV O M o U) V O O Cr NO W Nr o cos,' 0o O O N 8 /O/C D ;,, , co_ N. coco_ co_ O O) O O O -_ ,- Nt. N N N N N U) U) Ui U) U) UC.C.LO ) (O CO CD (D CO CD CD CD CD CO CD CD CO CO U) V M V Cr) 0) O CO N 0) O U) V U) CO N o CD (D CO CD CO U) O) CO _CO U) U) O M N CD N O) O O O 0 O N. V CO a) V' CD a) N N r W a) N M 7 V V' V' V t N (N N N M M M M V V V V V U) U) U) U) U) U) U) U) as c a" C A Y CU (D CO CO r` N CO O N o CO CO N V N M O O CO V V V N p_ N- CO O N CD CD O U) O U) V Cr)CO CD a O a0 O O ) 0) 0) N O O N U) r ro ai N v r O N V r r O O N M M `- U) oD W Q .O U) U) U) U) U) U) CO (O co co r r N- r- co co O co aD co .O co aD Co U1 t (o 0 a) M r ,�-'C n- W o O Of U. O ?N N n C ..s C D K I.- .0 Z 7 <f V 3 C) d C m ❑ Q a, C OD O (pi Z V U cc °4 N V) ZO CA C' C C V a t` J N- p g p m ❑ Zr Q o Z U s U a. n. 0 o 0 0 o rn o 0 0 0 0 0 0 0 0) a o a (� o rn c o O o r 'no M O O O O O n 00000 O O O 0) O CO d 0 co N co co O co ,- O >w O O O O O O) O O O O O O O O (D .0 O U) O o (O O V O d O O O O CO O O O O O O O C r- p 0 N p 0 O N °v O r O NO t O L- N CO M A V U) CD N- o 0) O J N N J M M M V N- U) • Q ^. N r r r r f� r h r N r co- CO co C ao a0 C co- co- G a0 CA co- 7,13 co cU a y a _O1 C N C OiC C11 ." GF G _ _ U) • O) u) 0 N D u) u) N- CO V V Cr, 00 N CO N u) CO U (O O 6) ' N V O O O 7 N u) O ,- .- N CO V u) O (o _., co co (.0 N N r� n N co o0 op a. i CD N N N Os: N- r r; N •- o °p W w o0 a > C/) C/) arna) C C rN.' r-M O c`;), M V _ O_) M O uW M O cu,', N rO u)O Nu) O) O t`C O MM f`) O 0 O O N V u) (O N- O O N N M M Ti • N N M M M Ti V 0 (- N N NNNNN O O L N M M M CO M M M N N NNNNN N U O ❑ p N N W N 7 7 (. r=.. O O 3 co CO O) OLID (1) CO �u))\M , N V LI (6 N CD O) CO CD O V r V O O CO N_ CD u) O U) O CO XO r O Q co co � O r V N O r 7 Q) co co Trd) N CO u) M O r u) N N Q) t` 7 N W u) O) N u) O R n • u) O O) Na O V N u) O N U M M U d u) O V O co N N CD O (O O) O N CO V CO N N u) O V co co 0 V u) u) u) (O CO N r,- O CO O CO O) 0) O) O) O O L- N N N C O p V R V V V V V R V V V C V V V 7 ui ui ui ui ui ui ui ui a 7 w _m _m Q) •C�-_ \3 3 �'� - / M M V u) uN O OO ,_ N OO V M V V V V V V u) uu jN .- O O) CO N uu) u) V CO O d) N O L- O O O n (0 u) V CO N N N N. O u) V M N O O) O r O) N O O u) V M N O W O ✓ i • N MV u) (O r (o O) O) O .- ,- N N N M V u) u) r O O O 0Oy. C 4) V Yaa V 47 C 7 O O O O O O O O O O O O N O O O C) O O C) O O 0 0 9 = C U O O O 0 0 0 0 O 0000 O 00 000 00000 0 e w W a) O O O O O O O O O O O O O O6 O O Oa O O O O O a,o w d U 3 2 2 ,'r n N-- v L Q �F^" :O O O O O O O O O O O O O O O O O O O O O O O O d z o 0 0 O o 0 C) 0 0 0 0 0 C) 0 0 0 0 o O 0) o 0 o O 0 o 0 0 0 0 0 0 0 0 0 0 0 O O (b o 0 0 0 0 0 0 0 0 d Z p' = ,' A. d 0 o 1 cr 2 n t 0 co c (a O) R 0) V O) V C) u) 0 u) 0 N 0 o a) 0) N (O u) CO N CO O u) .0- N .- O) O r. (O a N .- u) CO u) M .- CO u) N O) O CO O) O W r O) M V O °6‘..1:45- O N V' O O O u) O :i: O) r R N O r NO O N N N r N- O O O O O O cO O O oD r- N (� N N O O O `' `\\\\\\ vNi �^, :N.:- i (D (Du) coco (o (Dcocoui (o (� cococo (ocou) (� u) u) coa4 F- O) V O) V O) 7 o u) o u) o N o o O) W N O u) MN O) OOu) VN OONu) VONOu) V Ou) NO) ON :COui- N V u) O O N V u) N O N O) N V N O N u) M NNNNMMMMMMV V V V a' M MMMMNNNN N N N N N N N N N N N N N N N N N N N N N N e 0 - m m m m m m ro m m 0 co co m c co (o c co co m co c. co FO O O O O O O O O u) O O O u) O O O O O O O O O 0 0 0 0 0 0 0 0 o 0 0) o O O C) C) C) 0 0 0 0 0 0 v v v v v v v v v v v v v v v v v c v v v v v r u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) u) N u) u) u) u) u) Cl) E L- es (i 4 i....C co u) y N V 7 V C V V V V V V V V ` O co M co co co co co co co co co N O_ O) m O O) O) O) O) W W O) O) 0) OM M CO M CO CO CO CO CO co c0 O O O co O CO O O O O O O O O - • Q N U co co O O co co co co co O O O LL O co O) O) O) M C) O) O) CO O) 10) U- 01 r d coo coo o ~ O O'N N n C v C -,F., Z 2 V V E m ❑ ❑ 0 4) Z U U N (n C N d' 0 C V J p ❑ (a (_ ❑ 0 o N Z U U d d U o 0 0 0 0 0 0 0 D o o co bo .2 O rn Q o O O 0 0 0 0 0 O O o M or- LL o O i- 0 0 O 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o ui „ o F- o v o 0 0 0 0 0 0 0 0 CO CD O O C) O O O O O O C) NO O O 0 O o 0 o O O O O 0 N O 1.-- O O1 O N M u) O (O M (O tl) I� 1-.- w' Ca. O) O N M V u) (O :.= �' co- co- co- co- O) O) co- O) O) co- co O) N O) O) O) n O) O) O O O O O O O ^ 2 T- N 00 p C 40 Z--.3 C , .O C) C O O +�. N d d N O) CO CO O N Q) V 0) O CO N C C( V 1- O M CO O M C CO CO r I W O N M M V V CO (O f` O N R CO CO W m O a N r 0 Co O ro ro m 0 00 0 0 _ Oi of of of of of 0 0 0 0 o m w w o0 o air Lc) C7 Cn �� a O CO o CO N 00 0 CO CO CO O CO R N 0 W CD r 0 CO CO CO IN 0 Z C C N CO c- CO O V r CO CO O) .- 0 .- CO .- 0 O CO O LID O 0 O M 0 0 �. to Cn O (O r r N- N- r r CD CO O) O) O O N N M M V V O O ` N N N N N N N N N N N N N N M M M M M M M M M M U ❑ ❑ CO CO w m 7 7 4 v M M CO J CD CO CO N CO CO CO N �� 7 `` \ V V v N M O O M CO O) V IN N CO LOCO CO CO CO M CO O M CO CO ❑ CO CO Z d' CO CO CO O CO CO CO CO CO N O IN 7 CO CO CO O CO CO N N 7 N CO O M r CO CO V W CO N CO O M r V CO N CO O) M na) M 0 d IN N CO O CO O) M M CO CO N IN CO O V CO M IN c- CO 0 CO C f tM V �t CO CO CO CO CO CO CO CO N N N CO 0) CO CO O O ,- c- N N (0 CT CO E O 2 N CO CO CO CO CO L6 CO CO CO CO CO CO CO COi N La CO (O co (. (O co O- a- Oa c c ID .E Y W E a h 0 CO CO CO CO CO CO V n CO COLO V CO N 0 O) CO I- 0 v M N 0 O CO r 0 r 0 V CO V CO N 0 O) IN CO CO V CO N CO O O O ) Na) O 0 O) O) O) O) W CD W CO Cp CO CO r d O) 0 O) N O)C) CD NO V N 7) CO O 0 0O V CN- I'3 8 CO R M N O h D f` O ) 'O O co co Ch co co co co co co co co co M V V C V V V 'U V V V V t •••• to w Z 7 4) C U CO 0 = 0 O 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 c- c c ` tJ i 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 y c e w 8 by r 0 0 0 0 0 0 6 Oro oro oro 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 IIazo g:.0 dL ZQ O O O O O O O O OO 00 00 0O 0O 0O co, O O 00 O O O O O O 8) 0A.viro 6 0 0 0 0 0 6 (o co C) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 -0 ? g E : J p t 1 V v! II.-- CO V CO 0 0 N N- N 0 CO CO r CO CO NCO 0 CO N. ND ia;,,,„,e,,,,..,.„,ki,,...,, MOrv .- CO r N N O) O M .- O CO IN. ICC M N O O) r CO .-' SCCh CO OO nNO O O O NOOO M0ONnO cr0 O MEO— — CO u ; ; ; ; CO N O O N N N N N N N M M M M a NV co co co co CO CO Cfl CO CO 0 0000 CO CO CO CO CO 0 0 CO O (O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 , 7 3 V V V . V V' V V' _ . V V V' V V C V V V V L CO CO CO CO CO CO CO CO C) CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO co E 74 S— .to C • Q) aN Y a) M M M CO CO CO M a 0 V N- n r r r r N- r N- r N- 1. N- 1. r h co n „ M M M M M M M 8 O 1� M `c:0). M M M M M M M M M M M M M @ O ca O O• O) c0 W CO N CO CC CO CO Cb CO CO CO Cn Cb c0 w Q O) CO CO CO CO 0) O) O) N N co 0 CO CO aD 0 N tO N a0 CO W (O (O W co 03 LL o-o d W ( p 1- N N C. '.. a Z co- v ;, co w o U 0 Z O O N e. () O to N N V C C V J H J U d d 0 0 0 0 g '' O O O O o O O O CA u_ O O) C+O) O O O O 0 0 0 0 0 0 0 0 0 V 0 C) O O O O O O O O — L O M � O O O O 00000 O O O O m O / O o O O O O r CH O N O O O O O O O O O O O O O V NO OOO OOC C) O NO 124O22 888 08 2 .7882 ;' 9. ? O O O . - _- O - - - N N N N N co Li {2 c . Q 2 •45 O\ QC , oB cs a _ _ _ U) U) O 0) M oD N r M N ) CO CO CD N r M (O ( M V V (D r 0 O N M ) CD CO CO O) Y- N V (C) r a O O6 O O O O N N CV CsJ N '� O CO W• OO O .fir " CC) (/) �� a OD N CD CO O ,- N V CO CD 0 N (') ,- N V CO 0) CD V r O ') z C C CO CD O N CD '- CO ,- CD OO .- N M V r N C` N N M CO ‘Cl. CO V V N CD Cn CO CO n r r N N N CO N O) O) O O N N 0 O• O M M co co co M M co M M M M co co M M M V V V V V V0 O 0 O N N W cu C D : v R M co -) O) 2 CC) CD N Cl) a) N )L\ V G 6) O V CC) W N CO 0) 0) V CO N 0) 'Cr f,- O M CD 0) (N .0 p co co CO O) N. M M O CO N CO LOU) N O O r V N 6) CD M '- CO 7 N O V V �_ N Cn o N N r O O V C� CD co N CO O M U co M 0 Q CD CD O) co co N CO ,- M CD N O O V CO M r .-- CD O CO O) N N N M CO co V V CD co CD h (0 (0 CD CO N- N- CO CO O) O) 0) N Oa) a) > p - w co CO co Co co CO CD co (o ca. (o (0 (o CD co (o co (D (o co- co (o a c c a) - ,,I-1-1 i �0.. a a F 00 co co co V N O M CD N N CD O CD r CO LO V V M M N N • M O N (-- CO N O) CO M V (v1 M V N 0 CO CO r co Cf) V N CO CO N N- r a CD CD V CD O CO V co CO CD Cn C(i Cn N CO CD a) CO CD V CO 01 N O O) M N CD r O) CD CC) V M N O CA N O ,D O) W O ON M V V ..C) LO (D CO CO N. CO O) O N M M V C p N V V C(7 C1) CD N u? CD M CD (n Cn N CD CD (!7 u? CO (O (D (D (D (O i t 2 Z V o tr C p p pcac dpC iO C O O O O O O O O O O 0, 0 O 00000 000 N m C) O) O) OOOO0OOO0O0 Q. p w R O O O O O O O O O O O) O) O O O O O O O O O O O Vd w Q N N. N- CO CO G C i O 7 5 (y :.. J F p rd Z (A g F y C < O O O o O O O O O O O O O O O O O O O O co 0 0 do Z o 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 yi 0 3 C6 vi (.6 c.i O O O O O O ca Ci ri cci O O O O O O o O O d z ai. 5 t Vi.i7I1 f6 030 N CD I1 CD N M N CD N C) N M 0) r tD M O N CO V N co CCD CD M CD CO M C.11 N V CO N V O N N C- M 0) CD p CO CO CD V O CO CO 0 O M 0 O (- co (0 (D NV N O] V CO W '- N co co co N n CD CO CO CD V V V V V .0 CD CD CO CD CO CD CD (3) sr (O CD (o (o CD (o (o (o Co (D (o (0 (o (o CD 0 (o c0 co- (o (D (o (o a N O V co N. N N M N CD N O (N M O) N- CD M O N CO V N N O CO CD O] V (D N CO CD r r CO O) U) O CD N CO ✓ V N O) CD N N CD N CD N N V CO O) , V r W N V ✓ V V M M N N o o O O O C) O O O N N N N CNN N N N N N N NCV NC,/ N N N N N N NCVN ae co- (O N co- CD (O (O co- (O co- (O co- N N N N CO (O (D CD N CD (0 CD N. r r r r N. r N N CD CO CO CO CD CO CO CD CD CO CO CO CD 0 0 0 0 0 0 0 0 0 0 00 00 o 0 o C) o 0 0 0 0 ... v v v v v v v v v v v v v v c v v v v v v v v L co CD CD CD CD CD CD CD CD C() CD CD CD Cn CD CD CD CD CD CD (D Cn (D W ^r cD O a CC! N y- p M O M �N Nr NN- Nr Nr NN w M O M N N N N N DN N N N N ca a O) O a., N 0) M M M M M 01 LL N O ;T O) N co N N c0 CO N N co N Q N .O co W O) O) 0) 0) 0) CO 0) O) F 0) 0) N N N N CO CO N N N N N N co) t CO 0) 0) M CoO) a-00 a N 0 0) v Q N (NCO a o .^, N. Oi Nn . z V v = " ° r C m 0 0 o z 0 0 N o ui O ea C u) V C C V CO J c O o >p 0 O co 0 o co O eo 2 O > O O. d O o a w o o 8C) O o o O CD 60 ,- w O CD p o 0 o O O o o O O M O (y O no O O O O O O) O O O) LL O ,- O O O coo coO O coyy N. O O O W F O N O O O O O -7. O O F O O O O O O O O O O O N Z Cco M O O O o O V ih O n O N ,2 0 O O O O o o O O O - r N N N O) O .- N M M V V H CD CD co C- Na) O N M V N N O N N :C-1 N M M M M M t M ( O M M O M M M co- V V V V V U) C 'B rL j Q SI fn Q I R 3 ap- y .. 'a rn c 'o a0and d Vaio a a 0 CO c0 m r) W c0 rn rn CO r CO E m v rn CD m o m CZ.; 7 n N ri o of O cop., In zo M N I,. O > (O u-) CO f0 in O L 0) J O N O O O N Q o N 0 0 V O O O .crO M O U 0 Z Z Z Z Z Z amfes/) O c0 V N N- .") 7 7 4.3 0 V r- 0) V O M (07• ao7• J.. m O M LO V N N N V G -- coW V a M M 7 N N J O O O N- O O r O U cc°) m U O coo 0 C rn rn � ❑ E n N- a c c m • YO 0 0 0 0 0 C N N CO co M • a a F O o 6 rn rn m ct r) rn rn r) O ch V c") V N L N N N N N N Lrcr) u') In In C•1 CO a; lr M W U D N o L Z co (O CO i m- g Z v 97iii Q1 O d N V L �' V 1..T 0, m t' v N u7 cn N l0 N Q'CD t;,.m a ,CU O U ❑ —❑ O = co ti ": Z J F 2 Z v) ❑ I- (I) C • CD Z O O O O CO c0 N 0) V U) _ 0) U) 0) 0) U7 a0 Q, Z V.. : N� V V (0 O) CD N 00 M U) c0 N ?�• 3 V 0) u) c0 N O M E )• p J D Q V V (O U) (0 r _7 p i ❑ ...... + C1 y :r .co.) () / 0 0 v v v N %s. 0) O O N N. CO O h o ao ui o co v ai L7 N N 0) c0 M 0 N = N CO c0 0) c ) CO 0 N x Z = N u ') V (O <D j j O O O O O O N u7 U7 N I,- M N U) V 0) I� // N N ❑ E N N N N N N n/ N N > v c0 c0 c0 c0 c0 CO 5 i OO O O O O 0 c0 O O O O O O O O is O O O O O O o E UN C a O O o O O O O O O O O O -i-a- N N m O O o6 O O u) n V7 c0 ❑ >T C Q O 00 03 I— Q °v N t 03 0) 0) M ';.G _a a co co 0 V .-. T Q. O CrO- L r O Z 7 V V 3 a E m ❑ ❑ a°)Ow-,_, 0)o 0)0 45o 0)o �o COO O m Z U V N c 0 c0 cp c0 cD. ., cc? N C C V \\ N O m o m O N O N N O N O � UOU NU UOUO a0UOp ❑ N CD (Z) Z O U a a U 0 M N ,,,, a0 m y cO CD N a0 CD N (0 m N a) m (N m N Q O N c0 m �7 �7 �7 �7 >. O c0 h E' @ U Y6'O @'O W'O m �0 U m (6 U N 9 tu 3 = ❑ ' ,, :E w m N -c m u7 L as c+) r CC) ' = C) cO r m .- L C) e- ei a Z E m ❑ @ i O ❑ 2_ ❑ 2_ ❑ @ 022 v a V O L d s L N QU N O.0 N o.0 N ab- N aU N nU O O 2 m m m CC) N N L V' Q i i Q Q i 0 0 i O i i -as ... U 4 in ''S`'S ❑ o_ , F I- 0 0 0 0 0 0 c0 m ;-, �/j o ' ///:.,;(, 0 o U) rn Cra C C O O o 0 0• 0 M M °D u) tf) n , ftE/', '''/ /// C) h r U M cipM U N 1II , 5: C + + E g CO m O ❑ d C W cocoa j c Y s... 6 C c d .9`:, 2 a0 N N w O N. r.^ 01 CO 01 C d o U N C CO) 61 C O = W " G V °v O w `y m u Q 0 m K _ m �, m W Q ,, L.. L as W .- V N t) 0 J d Z Cn C;0 V r C+) C7 O.— O N G U) ta A L 0 a- Q Z CO 0 C) Z t i = a o 0r 0 A a di CO Q. (P (V C Y N r co C.-, _6C O O CO X _ Q C "0ai 7i - x "v v v M r N N c0 Co N M X O) N Od O N O d COuC) O O J C N F J N mr M N aMM M N ONN a. NN HOU Q UV U Q m UD ooo ri N- m o ori 0 0 0 0 0 0 0 0 0 0 0 0 o 71 -C 0 N O CO CO CO M CO CO CO CO CO CO CO CO CO C t) Q N N N )- -rat) L CO W u') N O C) [O Cn r d 7 CO (O N $ r N O N CO W O (A O N Ct) YD CI .... 0, N ,- CO V co O O .- O ,- V r N O .1 0 (O CO- N C!7 V V N M CO V N Q C) -O 'CI:).-CF D O O M O) M CO 0 -C a N N 0 M N CO M L Z O C( ,a 3 , CO CO CO CO 0) CO CA 0) II) CO 0 CO CA N N V 0 CO to co W N- CO O s- N O) 7 M V 0 N a.o y Z 03 0 O N d 3 U C N 3 L ... U) O CO M 2 Ori N N N M V O i-' 7 C C '7 d "' d ry) `� V co M N r N co N 7 O O C ii N cLEs ❑ CO N v CO V N r V V N C.") a0 V M 0 S 0 a d U a n M ") o c o c c L a o v Q t. O C C W N y O) T € CT 0 a. 3 0 v 0 U) CO a 3 CO 0 0 0 U) CO 0) Oi rn Q El- .- 0 C O O 0 U O 0 U) Cl) 7 7 o O CO CO 0) O O a) UCI p �OO``��` Q M Miii 1; c + + £ Q 0 - -- CD E o. w C c a) c Y Ii g a s iO ' o %Or i r d 2 odors) '11X�\ o w t d o , rn Zip rn wT. ro 0 �� L4 Q V O 4 N a FT O ~ ~ , o rn H v _ O <L • LL (V :- 'Z C7 ' ~ Q) F V LL co co 0) . J N LL N O F V N 0 O r ~ O V O O N = a- mi. o co- vi 0 0 ro 0 7 m J _ J D °_ F- 0 r 0 J V J - 7 J co tU) J O (O J co -6, 0 ''o^ O N O b UD b 0 O U O (V 0 7 Oi 0 O co 0 i O C') CI) 0 \ O O O O 0 .70 000 O 0 O Q 0O N m Ca: gwN, V N O O O O LL O O (0 co E-.U O M O M O V O Z'o O c0 O M F p M H O +r > a) E d -o -t U l' -p C -o 7 'a 7 -p t 7 -O t 7 -O 0 W 0 OY 2 In I 0) I 0) 2 0) Q I (n Q 2 O) Q 2 0) Q I F O a a Q O V o V 00 U) M O) CD CO CO V N- c0 CO O) V 0) O O) R 0 O V CO O O CO N V 0) N CO O) CO N m M U) 0 O O O M CO CO 0 0 O O CO CO UV .-- r 0 CO O N-r r CO(O N CO 0 0 N V CO O O CO W 0 CO V ,- CO M V CO W O (O (O O N N N CO O O CO O 0 6 = M V V V V V C O O O O (D O O O O r co + t C 12- 0 C C) 0 r 0) N- CO V CA N O) 0 M C UO ,- O V N 0 r NI- - O ,- V CO CO n O h-.. O CW (C) O r V CO M N CO N V 00 O O N V O V VO OOMNOODOCVO (ON OR COUOMOCnM J ^ . vr 0 0 , r N N CO (O r m O O O CO CD (O Z N N N N M M M V V In l() O O (O + -fir co O O 0 O — V O V r N- 0 W 0 h. CO 0 O O 0 M 0 C 0 CO M 0 O N- O O N CO O O N V N 00 00 O C N Z O O O O M OO N O M V C') O N CA ,COaOOONUO0 _ NNNNN0N0NNMOOON Cl) d N p L Qin cs, O O CO O O O O O O Oy y - - OO OOOO ...._...'tCo a CD .t CU CO OD 0 0 CT N N Q L Z 7 V V' 3 O O O CO C0 W r M O 6) O O W V V O m m O M Q. ` C Q Q CA $ O C0 O) M O M CCP) O M r CO O . M O . N 8 a) Z 0 0 N e L O O M CO N (O CO V O O V' r O V m N O O CO O CO CO CO N 0 N r N (O 0 Id' O V O 0 M V r N CO O• Cl) V C C V N O.qUp CO V CO V CO CO V CO CO N- N N M CO N- CO.. M 'Cr_ O O U S*+ U a' d U : y G `7.' - — N CO CO COCO m O) co .-- .— .— N N N M co co V N rL m C O >, NO m r T iiC N , R (2 V O C Q 0 0 y .. ' c. C O m N W CD c) ai'n33o, a 0 Cl) m N z E .c m C e U I. a N '+ V o � 7 0 a cn co m 3 0o m m m O N O - 0• N O �` d 0 r W O x CTS 1,-, U0 o 'jco t N Z d O ^ IJ 1 p N ._? o M E ✓ U N c 0 el o m w 3 Q CU T d w N m ow a, C w ° ,..,- (/) —g d u: ,., - 0 3 0 cc y o n p o U v. p . _ Q 3 � � N LL Q ■. U m y m o W mmmAA,, o a 7, o' n a m W C M .— Q 0 2 d a '^ o a Z @ O 0 ■ , Q M U W O. V! 'a •+ Cl)_) r £_ f0 N f0 y a N '"� ..c 03 0) cm v .— ( x Z `h + 2 f co a `° J O D a QQ QQ C C mmm= N a• 0 m O1 m Q a m o '+ a N N Q /� . t 0 E r m p 0 V Z z v• T 3 tt`O O c o E y a c� O a _ f3 0 co i e E Z .� .. O N N O c Z U U N co .- j c 0 d ag ? 7, n.°. . .. °' c 1 a a Z ` EOaa > - 08 ° 22w � '3V 0 V Q zCL 0 CO VD •cICL0 c 00 C o 1, 1Z 3 CI Y Y Y Y Y Y Y Y Y _1C Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y LCO U) CO U) :4J. y y U) CO y y CO U) U) U) CO y (1) U) U) y CO U) y CO U) y _y CO CQ cn 0 0 0 0 0 0 0 {f 0.'. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a) c To m TO 'm ' a 'Fs 'm a 'm 'a 'm m 'm m a' 'if 'm 'm m m '0 'a 'm m m '(a co Q CO CO CO U) U) Ut CO Ul UJ U) CO U) U) CO U) CO U) y U) CO CO U) U) (1) UJ CO CO CO •. U) CO CO ::CO U) CA CO CO U) y CO CO CO CO U) CO CO U) U) U) U) U) U) y CO y y CO 030303030303 m (o 0) (0 m m (O (o m 01 m (o m m m C0m m (o (o Co N _ a a a s a a a a a a a a a a a a a a a a a a a a a a a a 0 C u o O -a C N E a) 0 ) 0 a) 0 a) O y O a) 0 a) 0 a, 0 a, O a) O a) O N O a) O a) 0 O co c o o O U o U o () 0 U o ) 00 O i V o U o U o 0 o 0 0 i m E C l0 C (o C (o C co C co C N C co C Cp C Ca C Co C Co C CO C co C Co U Co LL co LL m LL @ IA,, (a LL Co LL (o LL Co LL CO LL N LL CO LL (o LL N LL CO LL C ti a) N N M :a) is N y a) y a) N a) N a) N a) N o) N a) U) a) 15. N E 'p o 'p '' 0 c) O r o. 0 0 a c) a o o u 'p () o o O o 0 u '0 0 p c) E c c c c c c c c c c c c c c E a) @ a) m E m m m N 2 N 2 N 2 N 2 a) (o a) 2 N N N (o N (0 a) (a C (a C (o C Co C (a C @ C (0 C al C Co C (o C N C a5 G N C Co C Co (0 a) a) a) (U N N a) m> a) N a) a) N N a) a) a) N N N a) (o a) N N N a) a) O 0000 000000 000000 000000 0 0 0 0 ✓ co a0 7 O O 7 N 7 N C) N O) 0 N O N 0 N r O N N N- N C) V 0 C) (0 N- 01 V to V LO O) CO CO n CO N. CO r CO r (D r N V N V O N 0 r (D s- 1-. L0 N )O N CO 0) CO V )A V O m O a0 O CO CO (O O N CO N N (O C 0 a 00 N N V N V (V (3) V M M M M C) ad C) a0 O) 00 CO to (U V a0 V O O a) U N r r r V V (O s- d ft r r U 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 •a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0000 a) O to O to to 0 vi O O (6 N O to O to 0 (ri CJ vi O O vi O to O vi O o •c O N 30 N r (O N. (O (O N N 0 N- O N O r O r O O N (O N CO N N O y a C CO r UO (+3 N. M V CO V O O O V V CO CO CO CO a) 0., 3 p� CI V N O_ O O 6) O O): .13 M V V CO CO CO CO CO CO CO N V V N (O C Cn N O) [O 00. 0) CO (O O) U) CO CD CO 10 Cr) (O CO r CO CO V 7. O CO V r r M I- M M O) M C) C) C) M M Cn (O r (O r ((1 (0 N V V 7 co N CO N h V CO (0 (0 CO Sr Sr V V V V O O r r r r CO CO y a NN N N a- a- a- a- a- s- a- a- N N N N a- a- w a— a) U) co _ _ o N.- CO N M CO CO CO CO O N O N V r V r V r CO O CO O CO N I� N '0 CO CO CO (D O a- O) r O (O CO h CO (O N CO N O N CO N V CO h CO in 1` 4- 2 `! a0 C) O V. V V V V O) V M (C C) (D N- O) r O) r O) 7 V O V O) V O) O) a) 3 t O) N V ti r V r V V N CO (O CO CO V CO V (0 V CO V CO V N V N V O) CO y a to U) M N M M M M O O O O O O (a3MM M N- a CO y y '- r- a- a- r- a- a- a- a- a- a- a- a- a) 0 a) U E N N I- Os. V r V N co co (O co (O (o M co co co co c0 a0 (` O) N- O) r co N C M 7 co :aO:: O) 0) O) CO': V (O CO CO CO CO CO CO 00 CO CO CO O a- V CO V CO a- O M ❑ E at N O 0 O N O N`. O) N (O (0 (0 O 00 O) O) O O (O O y o (O (O ,- N CO :V co V (r) CO O CO 00 00 co CO (0 (0 CO (0 N N N- co n 00 CO V C E c y N N a- a- a- a- a- a- a- a- N N N N a- a- 0. 0 C E) F go _ a) a M a) N C0. CO N co N CO CO CO CO O 0 N O N V N- V N V N- M 0 00 0 CO to N1 ; N C O CO CO CO CO a- O a- CO O CO (O CO t0 N CO N CO N CO CO V CO O CO (O r V .gr a 41 Ly N M C 4 V V V V O V M O M O N- Or O) I- O V O V O V OO CO N V A n V n V V N CO CO CO (O V CO V O V CO V CO V N V N V CO Cl C.1 ti n W A ` () N () .. CO N. CO CO CO CO 0 0 0 0 0 0 CO M co co 1.--- 0 U 112• 0 a " r w a) U co 2 ce co v N a) N Zo 4. E Tr (aU C O 0 c N y U >•. o. , r C 2r o co C 7 CO a 0 y CtS c v CI `o 0. E 0 d E L U N A aJ co CD m m m m m a s a s a s 14— Co d, a ` G 0, al co rn ¢ Q m m 0 0 N N N N M CO A O O V 3 VN N O W V O O O O N N V V V V T O ody H ) a) 6) O) O a) ❑ QCO CO O O) ❑ ❑ 0 0 M M M co O O O O ❑ ❑ NNNN ) uN UU V V V U U M co o'- Q cr M 7 (y O O V V.. V V ( V V V ❑ ❑ ❑ ❑ V V V V ( Cp CO E m ❑ 0 ❑ ❑ ( ❑ ❑ ❑ ❑ 30 ❑ UU UU ❑ ❑ ❑ ❑ Cm4 0000 pp000U 0 p U 0 ( U U U U L Z7 co 4U ( ( . ) an. ' ( ( ' as . ( < < mm ( . ( ( 0 0 00O V ,- Q) z UO 0 N N CO CO CO W N N V V V V Ce O Ca 00) _ (0 O0OO OOOOO) O OOOOOO 000000 OO V O r ( w h a. co co N N N N (-J N Cil N Cil N Cil Cil MCCO COMMMMMMMCO (0 0 O O C V V V v V V V V V V v v v V V 4 4 4 4 4 4 V V O O a) • c a vv ❑ ❑ ❑ ❑ ❑ 0 ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 000000 ❑ ❑ v (/) z .0, -: '" UUUU UUUUUU UUUUUU UUUUUU U10 0y a) oC 00 ( 0 y a) EA - O o 0 a) .0 a) Q 3 o Z MMOOOO OO) OOOO 000000 000000 0 0 CO (0 Z oO O N N N N N N N N N N N N M M M M M M M M M M M M O O 0 V C.) CNy E � V V V VV V V Vv V C V v v V 7 V V V V V V 4 V V a s V co T o ❑ ❑ ❑ ❑ ❑ 0 000000 000000 000000 0000 ++ U 0 dm 0 0 UUUUUU 000000 UUUUUU UUUUUU 0000 _ • cc Q a) U () F Z CO Cl) 3 o ✓ E U C' O z A3 C Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y - Y (A CO (A U! ul N 0 CO N Vl (A N N 0 N N (/) N W 0Ci) I) 1.3 EiEFeiEEE CceEbcixEcE EEEEEE ix 0 0 0 0 0 0 O :.O 0 O 0 0 0 0 0 0 0 O co co 0:1 CO CO C6 CO CO CO CO 03 CO CO C6 CD OZI CD CZ ra C. u) 0 0 0 0 0 (0 0 0 0 0) 0) N (0 (0 0 ul (0 N Cr SI) 0 N ul 4) Ul Cl) (0 (0 M ul 4) N (13 0 CO N O) 0) (0 0 a) (0 0 0) lO CO CO CO CO CO CO CO CO CO a) CO a a a a a a a a a a a a a s n. a a a a O C C.1 ° O '° C. N E . 8 O 8 . 8 O O O O O O O O 4) O O O b- o (o o U i U U . v O s o z U U U i U i U i v U m E ( LL 0) LL a) LL 0) (L (0 tL (a lL (o LL CO LL 0) LLlL Z c (0 m o) y O) ul O) -17i o) N ul m ul 0) N (aro' , o) p U p U p U p U p p U D U D U D U U E C C C C C C C C C C E a) (o a) 0) o as 2 @ N:. N 2 (0 a) co o (a o) 03 W 7 C 0) C 0) C N C O C O C O C O C O C a) 0) M a) N O a) a) O) y N O O) O aO 0 O 0) o a) a) 0 0 0 0 0 0 0 0 0 0 0 0 000000 U r co r co N O) O (A (l) O 00 CO CO NV r V CO 00 CO N CO LO (A. (D O CO (A N (n N 00 0 ` M u) COM (A CO CO O) CO •,- co O V co cO co O CO C 00 0 0 O O V M r N (A M r (A r 6 0) -, (O L- (O L- L N ' N L- NCO L 0 O O O O O O O 0 `O 0 O O 000000 .O 13 0 0 0 0 0 0 0 0 0.. 0t: 0 0 0 0 0 0 0 0 O E 0 0 0 0 0 (0 o 0 0 0' 0 0 0 (0 ((i o 6o til O •C (A O (A O O r (A NO O CO O O (A N- N O N O N ' O 00 co co V Cl) (O (C) CO (O CO CO (D 00 CO 00 :.(A CO N OCO) OV 2 o N CO N u) O) CO CO CO V r 00 N O (A L- Cl) CO C V V r N O O 00 00 O O M O CO O CO U) 0 (O N O N V V O O M O M ai 00 V) N (O N. co..' M M M M (A (A M M N- (A Cr (O CO CO CO V a R H c. LT, a= ar (0 0 0 O N O N O O O O O O O OO O r NM r M 3- (") 'p CO CO CO CO .,- r- CO CO CO O r- CO N r CO O CO u) E O O O O O (A O O Di Qi O O O V V W V aV c] O O .0 V O V O O r V V CO V O O (A r N CO N O (0: a) ppa� ; r r M co V (A (A CO CO (0 CO CO (D r (O r N a awl G E O V O V r (O r CO 0 O N r CO N- N- O N- O V C r O O r CO :.r N N O M V r c- r .-- CO M E a/ Di co of 0 0 0 0 a ' ai ' Di au o au 0 0 O y O U co V co V O CO V V N N N u) O r 00 r O O c E m y t- G. 0 c m co 20 sco M na) 0 N O N O N O O 00, 00000 O r r M r M O I 3 0) '0 (O CO (O CO c- .- O CO CO CO '- (O N r co (O co (O r W DDi of Di 0 ui of aai of 0 ai 0 v v 6 v roo w V O V O O r V V O V O O (O r N CO N O ri UQ CN w 0. r r CO CO V U) Cl) CO CO U) CO CO (D r CO r IL-- Ca) U E V Lu O) d 0 N CU O 0 — co 2 0) Cop .c r a) N zc, o _ wt a) 0 2 0) N ✓ V44 a) c Z ' r o ca0 0 0 0 C (A /4m y o a n a a o 0 o0. a F3 F3 as v 0 a 3 3 3 3 3 3 3 0 0 (n co ^ co co r r co 00 U) O CO CO Li 0 E (0 Ecoco m CO 0- 0- 00 N N N N N N N LAQ U yd ca Zd m 00V V 4 V 4. 4 V V Oi rn a o 000VU° ' 2m O < < 0 0 U 0 U 0 0 O rn rn ap ( 1 't ) 1 UUH H V V 't CO "2 ',E, a O O o (D r r cD 03 (A (A U u) O 0 Q Q o 0. w a tU d Q Q V V o co oo m m co 0 0 NU U co (DVN N N N N NN N r r N 0- = N • vU 0 'v 0 oo0ooo v voornm x7 Ce mK Z N o 03 CC CCCCCC 0 0 Z .1- 2 ‘, O` V 4 O) Z a a (O (O W 0) 0) 0). 0) 0) C C E E00 o C a o 01 _ ¢ Q ¢ ¢ a a a a a a a s T,m a) .� 0 •• r C o m 3 v v v v a) m Oro co 00 Cl) rn r r m a . 0 ° 0 C 0 CI o 0 N N N N N N N N O O M M M M Z E Z •y o w N y U U U U , v v v v v. v v v v CD O O CO d d h E no cocoon 0 o v v v v Y N- o Q c E Z a 9' 9' a' U U 00 (.) 00 0 0 0 U 0 0 3 'e Z V () A m Y, E c v v v C C C C C C c c c C .. C c o) ++ U y 0C OC o O o o D a) m m m <`a)"m m m n) a) a) o) C) a) R m C c c co U U U U U a a a a 0_ a a a a a EE EE Z z Q 4, at v CCO .)) z o Co a 0 0 U z 3 a :a a 0 u 0 0 0 U o 0 9 >0. a 0 0 0 U U 2 Y Y Y to Cl)Q Q 1 Et K ce O LL IL IL D ee+ } 5 5 5 5 5 5 co 0 v c a) co O a a i. 0 2 3 M O • fl. `0 3 0. 00to N M 0 0 0 M M 0 N I O O O O O O O 0 0 3 3 3 3 n 0) 0) 0) 0) CO CO O ` w 0 N N N N N N N C 'Cr C V V t V V cp L I 0 0 0 0 0 0 0 U ` r 0 0 0 0 0 0 0 E o Q7 a a 2 N g 1 a 0 co co 0) 0) co c c a) Z O 0 Cf) cO CO CO N O N m 0 O a (D c0 c0 c0 (0 7 0 o c0 0 0 8 c0 Q U 0 w M M LQ?) O M N In C ~ N N V mi 0) Oo) U j /� N ca E i� O y C N C co o @ a 2oN N \ ) /i 0 T • .0cc) � 00 rn L MOOcocnMM oO y C w C c0 O O c00 c0 co ) c — 2 'yEwMo o O0 cOO O NN t d t O 0: NO U .g .@ cNLL O = a @ 0) O 0 O y 0 0 ) VO. N o) C .L.„ m @ O N• 2@ U LL `O O. 'O �q N O O U N C _m N 2 1 7 O @ C U o N Nq @ C II @ a U O .O 2 CT) cl)C 0 LI 0 Z0 V N o) O o) U CO CO • (6 C o, coC N n a 0N N o) 0) Q w 0 co a 5 Q ConocoPhillips CD4-289wp03 Schlumberger Alaska Ei gQa mc:,- m' o 0 `m Q D 00 0e 0 CO OW00 00 U 0Z U t 1 ', it'300 II 1I II'• 1II ii �a IIVI 1IL( e L' I IIID II ppIII�I,�� JI II I1I CII.. I' l i I I s 11�1�' II0Iy! -- Nil, Il NIIVIII1 ( IISn. lI I 1I I a Cll II n I IIPIII� I CD I �11�iIi�liilll I IIID I j 150 —,,,,,,,01.111,4,114j,?/ 11 110 I, (I Ilr o Ir �` pIIIIIIIDIII� II C 11 II II;I II''1 IIIaIIlolnlllA 0 _ IIB71I IIlp�IlJll - - -Ali - - �a�lld ��IIII'I Y wnlggllll i4111 I'i NIIIIIIIII�I • II'� 0 1 1 I I I 1 I 1 I I I I I I I I I 1 I I I I I I I 1 I 1 0 2500 5000 7500 10000 12500 Equivelant Magnetic Distance Measured Depth Displayed interval could be less than entire range: 36.30 To 14566.23 ANTI-COLLISION SETTINGS Interpolation Method: MD+Stations, interval:25.00 Depth Range From: 36.30 To 14566.23 Results Limited By: Centre Distance: 1652.99 SURVEY PROGRAM Depth From Depth To Survey/Plan Tool 36.30 1300.00 CD4-289wp03 (Plan: CD4-289) GYD-GC-SS 1300.00 2300.00 CD4-289wp03 (Plan: CD4-289) MWD 1300.00 2566.56 CD4-289wp03 (Plan:CD4-289) MWD+IFR-AK-CAZ-SC 2566.56 4066.56 CD4-289wp03 (Plan:CD4-289) MWD 2566.56 8306.39 CD4-289wp03 (Plan:CD4-289) MWD+IFR-AK-CAZ-SC 8306.39 9806.39 CD4-289wp03 (Plan: CD4-289) MWD 8306.39 14566.23 CD4-289wp03 (Plan: CD4-289) MWD+IFR-AK-CAZ-SC CASING DETAILS 1 TVD MD Name Size 135.30 135.30 20" x 42" 20 2400.00 2566.56 10-3/4" x 13-1/2" 10-3/4 6207.70 8306.39 7-5/8" X 9-7/8" 7-5/8 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 LEGEND Q CD4-03,CD4-03,CD4-03 VO 0 CD4 301,CD4-3018,CD4-301B VO -i-- Plan:CD4-288,Plan:CD4-288,CD4-288vp02 VO -i— CD4-290,CD4-290,CD4-290 VO —.- CD4-302,CD4-302,CD4-302 V3 -- Plan:CD4-295,Plan:CD4-295,CD4-295wp02 VO -6- CD4-291,CD4-291,CD4-291 VO —A— CD4-304,CD4-304,CD4-304 V6 —A— Plan:CD4-97,Plan:CD4-97,CD4-97wp10 VO —X— CD4-291,CD4-291P61,CD4-291P81 VO --- CD4-304,CD4-304PB1,CD4-304PB1 V16 —I— Rig:CD4-93,Prelim:CD4-93ST,CD4-93STwp04 VO X CD4 292,CD4-292,CD4-292 VO -6- CD4-96,CD4-96,CD4-96 VO —A— Rig:CD4-93,Rig:CD4-93,CD4-93 VO I CD4-298,CD4-298,CD4-298 VO 0 CD4-96,CD4-96A,CD4-96A VO 0 Nanuk 1,Nanuk 1,Nanuk 1 V2 - CD4-298,CD4-298PB1,CD4-298PB1 VO —e— CD4-96,CD4-96APB1,CD4-96APB1 VO —I— CD4-289wp03 0 CD4 301,CD4-301,CD4-301 VO —e— Plan:CD4-286,Plan:CD4-286,CD4-286 wp03 VO —0-- CD4-301,CD4-301A,CD4-301A VO —8-- Plan:CD4-287,Plan:CD4-287,CD4-287wp02 VO ConocoPhillips CD4-289wp03 Schlumberger Alaska 8 n a a } 4 4 4 2,3 4 4 U U U fa en U U U 60— ��—..- -." - –' I III I • Liilill / / • 1 t I ,1„1 I _ i I _ c>s i.i c —_ __ 30— i .• .• .••• i 0 I • , . , „ , 1 : 1 0 ,1 • c •• .•• 0 0 I ”" Equivelant"Magnetic Distance! I I I I I 1 1 1 1 1 I I I I I I 1 I I I I I I I I I I I 0 500 1000 1500 2000 2500 3000 350C Measured Depth Displayed interval could be less than entire range: 36.30 To 14566.23 ANTI-COLLISION SETTINGS Interpolation Method: MD+Stations, interval:25.00 Depth Range From: 36.30 To 14566.23 Results Limited By: Centre Distance: 1652.99 SURVEY PROGRAM Depth From Depth To Survey/Plan Tool 36.30 1300.00 CD4-289wp03 (Plan:CD4-289) GYD-GC-SS 1300.00 2300.00 CD4-289wp03 (Plan: CD4-289) MWD 1300.00 2566.56 CD4-289wp03 (Plan: CD4-289) MWD+IFR-AK-CAZ-SC 2566.56 4066.56 CD4-289wp03 (Plan:CD4-289) MWD 2566.56 8306.39 CD4-289wp03 (Plan:CD4-289) MWD+IFR-AK-CAZ-SC 8306.39 9806.39 CD4-289wp03 (Plan: CD4-289) MWD 8306.39 14566.23 CD4-289wp03 (Plan: CD4-289) MWD+IFR-AK-CAZ-SC CASING DETAILS TVD MD Name Size 135.30 135.30 20" x 42" 20 2400.00 2566.56 10-3/4" x 13-1/2" 10-3/4 6207.70 8306.39 7-5/8" X 9-7/8" 7-5/8 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 LEGEND CD4-03,CD4-03,CD4-03 VO 0 CD4-301,CD4-301B,CD4-301B VO –i-- Plan:CD4-288,Plan:CD4-288,CD4-288wp02 VO —i--- CD4-290,CD4-290,CD4-290 VO 0 CD4-302,CD4-302,CD4-302 V3 -A- Plan:CD4-295,Plan:CD4-295,CD4-295wp02 VO - CD4-291,CD4-291,CD4-291 VO -A- CD4-304,CD4-304,CD4-304 V6 -A- Plan:CD4-97,Plan:CD4-97,CD4-97wp10 VO – CD4-291,CD4-291PB1,CD4-291PB1 VO —t— CD4-304,CD4-304PB1,CD4-304PB1 V16 – Rig:CD4-93,Prelim:CD4-93ST,CD4-93STwp04 VO –X-- CD4-292,CD4-292,CD4-292 VO A CD4-96,CD4-96,CD4-96 VO -- Rig:CD4-93,Rig:CD4-93,CD4-93 VO –I-- CD4-298,CD4-298,CD4-298 VO 0 CD4-96,CD4-96A,CD4-96A VO 0 Nanuk 1,Nanuk 1,Nanuk 1 V2 - CD4-298,CD4-298PB1,CD4-298P81 VO -e- CD4-96,CD4-96APB1,CD4-96APB1 VO -f– CD4-289wp03 El CD4-301,CD4-301,CD4-301 VO -- Plan:CD4-286,Plan:CD4-286,CD4-286 wp03 VO –e– CD4-301,CD4-301A,CD4-301A VO 0 Plan:CD4-287,Plan:CD4-287,CD4-287wp02 VO IVIU r lie MLI I V U +IW-O *e-vv ,ley I race v0eR raryel ..v vvv 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 0.00 CD4-289wp03800 1.00 0.00 800.00 0.00 0.00 00 800 900 136 .02 55.00 1355.30 39.17 55.94 2.50 55.00 18 16 .02 55.00 1455.30 53.49 76.40 0.00 0.00 ,9 900 1000 36.30 To 14566.23 23363.._ A.58 92.76 2248.01 102.87 473.54 3.50 51.11 _x.26 6422.08 41.58 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 2804.73 C04-2XD 1.Heel 121812 1 000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:37,November 19 2014 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 2.#2 121812 1500 1680 SURVEY PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 man Prom oarnn To Survey/Plan roof 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 36.30 1399.90 cD4-289wp03(Plan:c134-2131svoccss 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.#3 121812 1680 2600 1309.09 2300.00 c134-289w603(Fran:034-28561W0 11345.39 -88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 130.00 2666.54 cw-zwwPro(Prop:034-2e991W0•Irrl-AucAzsc 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 2256666.56 630639 COO--228wP�m(Pian:C134-2�w0.eeR-AxCaz-Sc 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.#4 121812 2600 2700 8306.39 9996.39 cw-289wp03(P14n:c042e91/1W0 12838.10 93.87 154.07 6239.85 -5082.24 6311.34 3.00 0.01 733459 6396.39 14566.23 cw-2aawPm(Plan:CD4 -a Coz-sc 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 2700 2800 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.#5 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 103/4"x 13-1/T 10-3/4 4380 5160 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 6229.10 14566.23 3-12'x 63/4" 3-1/2 5160 5950 5950 6730 0/360 6730 7520 7520 8306 225 8306 9090 30/330 210 30 9090 ."""....."""""""" 9870 195 9870 ��""_ 10660 180 10660 11440 165 11440 12220 150 12220 13000 CD4 93 % -T�� 13000 13780 -601300 , ;'�� 1 / , \;,, \1z.lip„ 60 13780 14566 ,CD4-93sup041_-- .s. -warm.a / ,„ , , " f L 1Nenuk 1� ( t �Yij - 'I 0 �utar uL s60 , ti�h'7/!I-1�Ii;' 9 //:i44'4bói:' ® v .�� A iii p,� ovi,,veer, t �CD497wp10� •+.;a � �lu�S� ��Woke11� wik,-..t.,A, �� 15- �tidittufalt----4 4//ktrtv , -....A.4....-4110......., �� {0 I \ �� 1I ►`*31 IN y4 1 (4 1, i r°«,5, .,0' 5 1 �1� �� ,' -90/270 �i �1 -4�t { dyM��y 9p�vsi\1I�v,90 ,,., 3�a \ a 1 . I f 6ilaTf7..13(t814 4 isW0APVA'` s0, `1 ;:1 `'. (tic yV ; `1,09 � tv +.w� v 4 �y , x g ,�ti1 3 �•�,x, +,a- • • > 4 ter®' P` !� ' $� � � # x=i,.' F,•r s td. i 1 a + ,, o, {, m- oiRit�vCw6,.� 0, 4` �� c r s 1 +.! ICD4-96APB1 gym' -�s��ry $..r�' t :0, I .,. , . ._..t t 70, o.:v.�d1la� `r'r :AD- *° ar4•a �9/H 9 t- •• v y�• NI c.0,. � a;- ° 4.':�7fr °�+.��.:.1 .ws' F .� ,'' 286 wp03;sr e. ii- CD4961 yi j q � ��S}7 � � r yyy,� �-v YZ' 120/240 ;�t1#t�ti 4 I , .D�' -r m� 0 yoli,' '6'fr itAftietitarAr,r120 t ;- r \,81642/‘1,.r a ec.7 .--4',..,„, 1,,,1 4`itak Ys `i _ °. IC04z87wp021 `P: ro i a a 17' ifs `i R>. r {r M1 w `\ ICD4-2981 ,41.- /\\ ***,-.4. 00,N4mter-, -r21431010. „lige.%;*.,,,, 150 l 21 a` r.' a y y3 ,r 150 Y 04-291PB11 �� , *0•'----/:A::-0'4' ( _, " CD4 3021 04-2911 CD4-295wp021 1CD4-3011---QI1 801/180 ICD4-301`1 CD4 301 Al 1CD4-2901 -i 00.016040.00403 ID -} co.sa,co.¢cacwansvo -0- c09332.c09a02c04302 v3 $ c0.m.00.9wr91,c4-0600a0 vo -ir ram 03.7.Pan:CD.97,CM-.1000 4- 00.380.00.24600.-290V4 'l' co.2Ba.co.aarrer.004-9079.00 -6. 00.304.60400.60400.vI $ Pon ammo rw:cw--6.609-04.70 vo 4- no 004-44,Nolan:co.oasr,cw-msrmo.w -h- a.m.con-29I.0090(60 $- co.31.co.:91.604.140 -1- 604404.004.0u81.co.aaral VII $ Mart 004-2(17,Plan:009-07.60.07.092 vo -4- R. o44,3.0.609.0.60.02 Vo -k- CM-mt coo-09.791.c04-44IP91 VO $ 60.30,00940.9,c04x1a V9 -r,- COgSS.00.96 00.49 v9 -t- Pan.004.440,Pan:CD.ma 00.494.042 VO -e- w" " .Rao.104 --* 00.022.009-296 009.402 00 -A- c0.301,60.0219,004.1019 v0 $ 009-46 004904,60.00 V0 -b- Pam c04.485,Ran awns.P191:004.405.004417.029 Co } me 2,39..003 Northing (3000 usft/in) I I I I I I I I I I I I I I I I I I 1 1 1 1 1 1 1 I I I I I I I I I I I 1 1 1 1 I I I I I I 1 1 I I I I I I I I I I I I I I I I I I I I I - - _ N - O a - °o a In o N 3 a) -_ N 0 CO 01 Q 0 -0 U v Q IllU m _ - CO N - CO N N v '. 3 0 H 0 — U U co .0- / 0 co __ if O a N _ OCO _ C7 N _ v ct - U 0 _ p C-94 - "f Alf la N - _ U rn V N - - 1 0 4 - U 0 U a / o - L1 , I o _ ,t, _._ . c / u) al 3 CO Cn 'Zi.b////1/001 W— 3 _L IJ H 0 _ - an U - Q CO — - Q Cr) - Co 4 _ °n 0 4 U 0 - - U CO - rn 0 - U - Ca — `` a — r v - 0 CO CI Q) - U • a _ La - " - I' — N m — N t-- _ _ Z _ a1 Z I I I I I I I I I I I I I I l I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I ''' (U!/4S11 000£) 6u!y;JoN AC Flipbook 1811.2 IVu +IW-O +O-VV uley 1 race lalyel VV VVV 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 Y 0.00 CD4-289wp03 801 0.00 800.00 0.00 0.00 0.00 800 900 136 .02 55.00 1355.30 39.17 55.94 2.50 55.00 38 146 .02 55.00 1455.30 53.49 76.40 0.00 0.00 59 900 1000 36.30 To 500.00 2363.. +1.58 92.76 2248.01 102.87 473.84 3.50 51.11 ..26 6422.08 41.58 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 2804.73 CD4-2XD 1.Heel 121812 1000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:39,November 19 2014 I 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 242 121812 1500 16$0 SURVEY PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 9ptl1 From Depth To surwa/v.n Toots 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 38.30 0wo.00 C04s66w1203(F540:co4-2898vo-Gess 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.#3 121812 1680 2600 1300.00 2300.00 C134-2219w003(Ran 034-28918W0 11345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1300.00 2566.56 C134-2899403 0548:CD4-26651wrmm-accnz-sc 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 25566.556 6306.39 0044-2.2 �(%n:CD4- .IFR-accnz-sc 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.64 121812 2600 2700 8306.39 9806.39 4 2988 poi(6l0n:CM-28914WD 12838.10 93.87 154.07 6239.85 -5082.24 6311.34 3.00 0.01 7334.59 8306.36 1486623 CD4-28801203 MM.:CD4-28916WD.iFR-accnz-sc 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 2700 2800 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.#5 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 6207.70 8306,39 7-5/8"X 9-7/8" 7-5/8 4380 51 60 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 5950 5950 6730 0/360 6730 7520 7520 """ 8306 75 8306 9090 -30/330 70 30 9090 ._.__ 9870 65 9870 10660 60 10660 11440 55 11440 12220 5o 12220 13000 45 13000 13780 -60/30040 60 13780 14566 35 30 25 , 20 i t 1 \ \ \ \ 1 V tom ` A4 c wp03 1 ' 14- 8.506--v--•--,1•21',z t Q:- _d 6fpo I n \ ' 11 1 90/270 -� -1 i I 90 t 1 Ns: �. -1 11 4` j.5332 1 ,, \ V___ 20 Icon .a ':t -21 25 30 35 -120/240 40 120 45 50 55 60 65 -150/210 70 150 75 -180/180 -6- C -4- C08..18.000298 004-298 Vo C apt 000882 004402 VS -Q- 0 90.044.964P41,C04-968.91 00 -� 100 an. 91.000900810 VO -f- cos004°04290. 4..29090 $ D190 -e- D D949,au 96 � P00 -} 6 „m e9..00.w fr -E1- ' D 841416 $ Pan . a1"04za -8- 0S.0004°00 -X(- c 1 vo -4- c n,0w.o10`coo 301A VO -8- coo,as co.eos coo-go roe -3E- C�aa2.Cog-2pgo 00x222 01PB -Q- Cox-301.Cn..aole.0033019 v0 "8- 08.98 00086.8 CD8-968 CO 4N 8100084295.Peen.024255.C9a 295,0200 -4- C04204403 98 u mu A LI i vuW + -S - uiey I race voeci imym %MI .01,61,.01,61,36.30 0.00 0.00 36.30 +0.00 0.00 0.00 0.00 0.00 CD4-289wp0380(` 0.00 0.00 800.00 0.00 0.00 0.00 0.00 .02 55.00 1355.30 00 800 900 136 39.17 55.94 2.50 55.00 38 500.00 To 1000.00 146 .02 55.00 1455.30 53.49 76.40 0.00 0.00 59 900 1000 2363.. .1 58 92.76 2248.01 102.87 473.84 3.50 51.11 ,.26 6422.08 4158 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 2804.73 CD4-2XD 1.Heel 121812 1000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:40,November 19 2014 I 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 2.02 121812 1500 1680 SURVEY PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 apin Plan Depth To svrvavaPlan Tool 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 36.30 1300.00 CD4-289w303(Plan:CD4-2896Ya-cso 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.83 121812 1680 2600 1300. 2300.00 CD4-289wp03(Flan:CD4-2894.18213 11345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1309.00 2566.56 CD4-289wp03(PianCD4-28991W13.1FI4-AK-CAZ-SC 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 2600 2700 2566.56 406666 CD4-289wp93(Ran:CD4-28244W0 2566.56 8306.39 CD4-289wp03(Ran:C134-28941WD.IPR-4K-CAZ-SC 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.#4 121812 8306.39 9806.39 C134-299wp93(P12n:CD4-28998WD 12838.10 93.87 154.07 6239.85 -5082.24 6311.34 3.00 0.01 7334.59 2700 2800 9306.39 14566.23 CD4-z89wp0;i(Plan:coa-4839D tW.iPt0-AKCAz-VC 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.05 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 4380 5160 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 - 5950 5950 6730 0/360 6730 7520 7520 """"""""""""""" 8306 75 8306 9090 -30/330 70 30 9090 9870 65 9870 10660 60 10660 11440 55 11440 12220 50 12220 13000 45 13000 13780 60/30040 60 13780 14566 j '` 30 - ``~\� T 25 ;i 20 11 j \ \.1,-\:\,... \ . \ \ CD4-291 \ �� ;=a �CD4286 wp03� - _� 1 , I '', k\ , 31 I(/ CD4-291PB1 / i; 14 �\�,`\c>(,� t . ` �/�� i -90/270 ' �I' 1:, Vi Ik `,I i I "ms_ --- I • X41 90 x16 ` ; ,.51 q � �E 1 1 .?ti I - 287w i1 � a '4' "�`. ,, , 11 I z , } ` i/ \ 1 l 4(( ,,,,.., , ,,,,,:..,,,_ 20 ' ,4 I, 1, 1,1 --- - \ ,N.-----. `N\ 7\ - --- CD4 292 1 }i C -120/240 0 0 120 - ,d _ _. .0 'I • ; -150/21070/ 150 ICD4-2901 -180/180 $ c ao.co.aa.co..w -9- Coat.C44-290 cw.29200 $ c my 0434 3o2.Celan 00 a c -h ray:cae,.poD.cw-v>.00.41.014 vo c $ c 1 v4 -a4- caao..CD...coca.v4 -6 Parr aac aa�COO-too.900 vo -9- n o..00.Purim:awes..CD..a ST,.va -ts- C0.1.2.1.Ca2.1.CD.2201 vo -8- -E Ce.434.La.CV.P81.co.. .PtI v14 $ Plan n. 2awpx V. -9- Rig ca.9a 6�a.002.93.00a90 V0 xin�co4.70 a vo -A- c CO.94 cossovo -F- Plan 2aa.w2 vo $ nes " N..a i 40 -X- c9,202.co.a92.000492,a a 00.o.00.4 a, 0.4 a a -0- 09.94.00.9x..c0.MA VO -h- Plan Ca 04 aa04 0ss.Peen 0s.c 20472 VO 000 00P00. MU Mc ALI I VU 414-0 .G-W Laxly l race 80801 181981 vv vv.. 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 0.00 CD4-28941403e0r 0.00 0.00 800.00 136 .02 55.00 1355.30 0.00 39.17 0.00 0.00 0.00 55.94 2.50 55.00 00 58 800 "" 900 146 x.02 55.00 1455.30 53.49 76.40 0.00 0.00 59 900 1000 1000.00 To 2000.00 2363.._ .1.58 92.76 2248.01 102.87 473.84 3.50 51.11 ..26 6422.08 41.58 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 2804.73 CD4-2XD 1.Heel 121812 1000 1 100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:41,November 19 2014 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 """"""" 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 2.82 121812 1500 1680 SURVEY PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 314m Ran Depth To Survey/4rn roof 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 3630 1300.00 C134-2939•403(Ran(13114-2896YDccss 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.83 121812 1680 2600 1300.00 2300.00 CD4-209wa03(Ran:C04-213931W13 11345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1300'00 250636 c°4-234"°03(Pm"`C134-2e991W3'140-300"2-sc 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 2600 2700 2566.56 406636 CD4-289w3(Rm.CD4-289419D 2566.56 8306.39 CD4-2899414053(Pl8n:C04-2e941W1341F+-accnz-sc 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.84 121812 8306.39 9806.39 CD4-28ewp03(Ran:CD4-28931WD 12838.10 93.87 154.07 6239.85 -5082.24 6311.34 3.00 0.01 733459 w 6306.39 16566.23 484-2wp03(Plan:coa2�wD.IFR.,40 442-sc 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 2700 2800 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 C04-2XD 5.85 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 4380 5160 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 " "" 5950 5950 6730 6730 ^ """ - 7520 0/360 7520 8306 150 8306 9090 -30/330 140 30 9090 9870 130 9870 - 10660 120 10660 11440 110 11440 12220 100 12220 13000 `\ -90 13000 13780 ICD4-931_`60/300 80 60 13780 14566 ICD493sTWp04I 70 wpo 'TAT Net ,t,ff 40 4° ,1103 ICD4298(+9Poz� -90/270 „...7,...„ tiff 11.____„,,E.,,,__ANIMA ' , ..... :a a.101 k -11.90 0,111°1-11- 11 tea -" �`, ‘Tifor �i �`Algt , titak4 „. :4,jg r�y'4a0 14. ifi . \ 1 �'"'� ',, j� �"�SLl�' ' 4114286 1 , 'tit A s'.' ):, tfi4 i ft 1,11)\,-4 • _ttio‘. loft, Ok. i , 0/ ---"` -,LA „pi* %, ,,.441,,,1 111 ..,',.• ,.....„,,,,v„.„,„,,,,,,,,,i, i /....„; , ...ai o� �' Y��i TAY°. Ill AT.7'->.---"s, --� y CD4 -120/240 �� ' .,= , < tir* ,h1�.�°�� "►� 4120 vif ,04 )'t. ,, / .'.,z,ag ( ,kms. (�t „4 1474 7 , J r 'h �1 `, ,. t...._,... . W- 1 ICD429?� „., 1 ,/ 1 .: :1... {'I„-✓ , i i I 577 a a 1{ i ICD4-291� �� 5+ 3 8 I I '0 i f` Ali.-„(.. l , 4,,,,,-, .„w-,-4,0.....:..„,:k+'U S 'v : ®i ' ICD4291PB1I �• "-'� r,0%,&-.1\ 4 - . 4+4. , V ( 14/142981 ami r 150 T 21 Q �°`' ►. i4 r _ _A 150 ICD4-298PB1I r. .r� v -1-80/180 c CD4-290o4 302 • $ cwm.9wc0,084.33 w { 904478.coo-zoa co.-me vo $ co...co.-34 coram va $ c es,00.339281.00."48043191 -Ir Plan:00447,ran:004-7,984.47.818 Vo -9- 004-240,03.o.c04s10 v0 $ 00.88.c04-x88184.c04.281Pei V0 -e- 90.x..0047..COW.ve $ P w 288,van VO -£- Ra:904440 Purim:904.4390 VO4.8e18904 PP -6- 00..244.084.244.08244 v0 -$ 90. 98.81..98448434.90404181 VII $ Paw 26"47,04204 -fr Fag:9w.R:4:904-93.0.0693 PO �E 004-x4.C0.-x418+.004.24413440 -9- 40.814.c04mw.984m42v0 -Q- 884m.GO..cwmw -I- Pam 2x.994-x8.492 w $- 0443 wnw 1.3.104432 -X- 904-282,c04-29899.292 VD -4- 084-x1.004'9418 cw014vo -9- 004..004444,904-40,28 -4- Paw 004245.Paw 004-248.004-x.449290 -4- m4m4403 IVIU IIle ALI 1 V U +151-0 +81-88 uiey I race 00851 181981 VV ...MIS/ 36.30 0.00 0.00 36.30 0.00 0,00 0.00 0.00 0.00 CD4-289wp03800 136 0.00 0.00 800.00 .02 55.00 1355.30 0.00 39.17 0.00 0.00 0.00 55,94 2.50 55.00 -00 18 800 900 146 .02 55.00 1455.30 53.49 76.40 0.00 0.00 '9 900 1000 2000.00 To 3000.00 2463. .1.58 92.76 2248.01 102,87 473.84 0.00 51,11 6422.08 41.58 92.76 5283.84 -26,83 3164.58 0.00 0.00 14111.339 7 8306.39 83.00 154.06 6207.70 -1008,74 4329.85 3.50 72.43 2804.73 CD4-2XD 1.Heel 121812 1000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:42.November 19 2014 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 2.82 121812 1500 1680 SURVEY PROGRAM 9704.89 91,33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 1p81 From Depth r Survey/Plan Tool 11247,00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 36.30 1300.00 CD4.289wp03(Plan:CD0-2898YD0CSS 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3,#3121812 1680 2600 1300.00 2300.00 C04-289w903(P100:C04-28911W0 11345.39 88,37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1308.00 256656 cD4-2e9wp03(roan:cD4-2e991wo.IFR-accAzsc 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151,54 2600 2700 2566.56 406656 CD4-289wp03(Plan:C04-28941W0 2566.56 6306.39 004-269wp03(Plan:C1:94-2899.1w0.(F8-0KCAZSC 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.#4 121812 6306.39 9806.39 CD4-28989983(Pl07:C04-2699.4wo 12838,10 93.87 154.07 6239.85 -5082.24 6311,34 3.00 0,01 7334.59 8306.39 14566.23 Coo-269wp03(818n:Coo-269NWD.IFR-AKCAZ-SC 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 2700 2800 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.65 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566,23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 4380 5160 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 5950 5950 6730 0/360 6730 7520 7520 8306 150 8306 9090 -30/330 /�� =� 30 9090 9870 ✓/ /'------. �� 9870 10660 Nanulc 1 /` p1144i10660 11440 / 11440 Or 110 12220 1-0 I 1 12220 13000 ;z' ' • '® 28811 13000 -'"' 13780 1.Wilitillillilliiii--"Illih:11411 -60/300// / . \ '71111111:Mgc •E Y 40.--.::::: 1 /.7, , , , . - ;-: „A, 4:14. PIiP ,4; 1137:02J566 i I �T44`t i\ 90/270 to ] 2�1 4c r, l--\.1 .1�90 a , "LI 3, \ 4. 40 50 60 70 -120/240 80 120 90 100 110 120 130 -150/210 140 150 150 -180/180 42- C.O.80439,404.31 NO -} 00082.404.295 066'462 vo -g- ma mo.564.102 404.2 41 6- c -6- Pian. 0 -1- c 49° c 100 -A- c 9 Han. a1c0am6.CCH.ee"PO4o -E- Rig coo so,Prelim. 6IT,Ga VO -8- 0 2 -B- c c 081416 $ wan. 284.3240 -6- e 4 1 a vo e 291.e04.1I(Pel,,coo-001801 v0 -A- 70801.0042014.0081011 vo $ c -I- van me.coo-282,.3240 $ can an ,04141 vs -3E 004.292,004.290 coo-202 v0 9 00401,0041010,004191 a vo -0- 00002 004440,004 80 vo -A- Pian CO2.295.w47.coo 109.coo-20.5.3240 4* 004--20831 MU DIC MG: I VU *191-0 +01-84 uiey l race vaecl iaryel vv a4vv w ss�� 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 0.00 CD4-Lc7pp 9Wp0380C 0.00 0.00 600.00 136 .02 55.00 1355.30 0.00 39.17 0.00 0.00 0.00 55.94 2.50 55.00 `,00 38 800 900 3000.00 To 5000.00 146 .02 55.00 1455.30 53.49 76.40 0.00 0.00 59 900 1000 2363.. .1.58 92.76 2248.01 102.87 473.84 3.50 51.11 .26 6422.08 41.58 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 2804.73 C04-2XD 1.Heel 121812 1000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:45,November 19 2014 I 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 "-................. 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 CD4-2XD 2.62 121812 1500 1680 SURVEY PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 301 From T so9vaymin 1001 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744,14 36.30 1300.00 CD4d69wp03(R69n:CD4-269MYDoCSS 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.#3 121812 1680 2600 1300.00 2366.00 CD4-289wp03(P193:C94-28941WD 11345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1360.00 256656 504-2e9wp03(Plan:c04-2e994ww4PR-ac-caz-sc 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 2600 ---- 2700 2566.56 406656 CD1-269wp03(Plan:CD426991W13 4566.56630639 cD4-2amix3(P1200004-26991W13.1P8-MCcaz-sc 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.64 121812 8306.39 9806.39 CD4-269wp03(8190:0044-26.19W0 12838.10 93.87 154.07 6239.85 -5082.24 00 6311.34 3.00 0.01 733459 2700 2800 83 .39 1456613 cm2e9wpo3(Pin:C134 -ac-042-CC 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 13470.91 90.00 154,06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 C04-2XD 5.65 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 C04-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 4380 5160 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 6229.10' 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 5950 5950 6730 6730 7520 0/360 7520 .......... 8306 150 8306 9090 -30/330140 30 9090 9870 130 9870 10660 120 10660 11440 110 11440 12220 100 12220 13000 90 13000 13780 60/300 80 • 60 13780 14566 70 60 50 40 0ON': -90/270 90 Iiiiii®i1% • ow 40 50 60 70 -120/240 80 120 90 106 110 120 130 -150/210 140 150 150 -180/115800 $ 504-42.5044,504-03 30 -1= 50.904.554294 50.908 vo -9- 004-05 500.05 550.02 v3 $ COO 98,554-904181,504-80381 w -tr Plan owr.nio VO -9- c 04-295,504295 vo $ c 1 V5 $ 50404,504.344 504304 v4 -9- Plan an:50490&004NO97150 VI Po 004-95 Prelim:C04e327,054.934114,504 v0 -9,2- c $ c -9- c P41 V16 $ Plan:554-287,Pian:004-907,504-2415202 20 -� w.504-4,ao:504.0,5040 Vo -3E- c 400 cat 291P01 VI $ 084-20 I,C043010, 00.30114 30 -8- C0494ac0448 co493 V0 -¢ Plan 0044248.Pian:504-08,504299.9042 vo $ a ,Nand,V2 - 504-42.004292 50424 v5 -6- 00-01,co4-3419,5543019 V➢ -+- co4.9a.554948,054-904 v5 4- Pian:554-285,Pian:004-2115,coo-295w02 vo -9- c04-a9144p4 I91u IDG ii, IVVW +J VH S!36.30 -VV uroy I race VJecl !argot VW VS! 36.30 0.00 0.00 36.30 +0.00 0.00 0.00 0.00 0.00 CD4-289wp03 6f1 0.00 800.00 $.02 55.00 1355.30 0.00 39.17 0.00 580.00 0.00 800 900 13f 55.94 2.50 55.00 14E 5.02 55.00 1455.30 53.49 76.40 0.00 0.00 59 900 1000 5000.00 To 10000.00 2363.- 41.58 92.76 2248.01 102.87 473.84 3.50 51.11 a.26 6422.08 4158 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72,43 2804.73 CD4-2XD 1.Heel 121812 1000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13"45,November 19 2414 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 C04-2XD 2.#2 121812 1500 1680 SURVEY PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 apth From Depen T sarvaymmn ram 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 36.30 1300.00 C134-28990403(Plan:cm2890M.Gcss 11291.19 90.00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.03 121812 1680 2600 1300.00 230.00 CD4-289wp03(Pan:CD4-20911WD 11345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1300.00 2566S6 c134-289wp03(Ran:co4-2e981Wm41m-ac-cnz-sc 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7151.54 2566.56 406656 CDWCD4-2895A WD 2600 2700 2566.56 8306.39 C134-289wp03(Ram CD4-26981WD.41FR AK-CAZ-SC 12709.14 90.00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2XD 4.04 121812 8306.39 9606.39 CD4489w3<3(P00n:C134-28911W0 12838.10 93.87 154.07 6239.85 -5082.24 6311.34 3.00 0.01 7334.59 8306.39 14566.23 CD4-289wp03(Ren:CD428�1WD -A +IFRKCAZ-SC 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 2700 2800 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.05 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 4380 5160 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 5950 5950 6730 0/360 6730 7520 7520 "" """ 8306 111111 225 8306 9090 -30/330 210 30 9090 ' 9870 195 9870 10660 180 10660 11440 165 11440 12220 150 12220 13000 13000 13780 -60/300 60 13780 14566 10 90 60 • -90/270 \1101k ,� 90 60 90 10 120/240 12 I120 135 iiii150 165 180 195 -150/210 210 150 225 -180/ 180 -& W -8- 0D0298,CO2.298.CDa.294V0 -9. 04300004-]0200434203 -f} 066.66.000004091.Cne.964G81 VO -h- Gan:0w-97.Pian,064.97.0D4-97,4pIOVO I -� 0 .844.290 V0 $ C - r 40 4r 0 Garg an.UW06.004.206 wye 00 0: 936,604 00 -39. c -8- c - c Gay 416 $ via". 2004012 VO -fr 6 V0 -3- C 1 00 - CO63301.C0a.0100000000 0 VO - C 0�i96,C04-9830 � Plan.004-268.0100 0000.028.002.286.8402 v0 -9- O n n N.anJ�,V4b93 -x- 004-482,00282 00292 VO -e- 00.341.0043418.004301 a V4 -0- 00496.00296>.004850 VO -fr. 004096.Gu"Cw 296.00.296.8402 40 -8- 004 20'a-.w' IVIu 1113 MCI I V LI +1)r-0 +v-vv uiey trace voecl la,931 Vv WS/SJ 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 0.00 CD4-289wp03 800` 0.00 0.00 800.00 0.00 0.00 0.00 0.00 00 800 900 1361 02 55.00 1355.30 39.17 55.94 2.50 55.00 '8 10000.00 To 14566.23 146' 02 55.00 1455.30 53.49 76.40 0.00 0.00 900 1000 236: 1.56 55.76 .01 153.87 473.84 3.50 51.11 .26 6422.08 41.58 92.76 5283.84 -26.83 3164.58 0.00 0.00 1411.37 8306.39 83.00 154.06 6207.70 -1008.74 4329.85 3.50 72.43 280473 CD4-2XD 1.Heel 121812 1000 1100 8326.39 83.00 154.06 6210.14 -1026.59 4338.53 0.00 0.00 2824.58 13:46,November 19 2014 8474.87 88.94 154.06 6220.57 -1159.72 4403.29 4.00 0.00 2972.62 1100 - 1500 9625.33 88.94 154.06 6241.87 -2194.09 4906.46 0.00 0.00 4122.89 9660.70 90.00 154.06 6242.20 -2225.90 4921.93 3.00 0.02 4158.25 C04-2XD 2.62 121812 1500 1680 suer PROGRAM 9704.89 91.33 154.06 6241.69 -2265.63 4941.26 3.00 0.00 4202.44 8p1h From Depth To 501)9r/Flan Tool 11247.00 91.33 154.06 6206.01 -3652.01 5615.64 0.00 0.00 5744.14 36.30 1360.00 CD4-269wp03(Flan:CD42690YDCC-ss 11291.19 90,00 154.06 6205.50 -3691.74 5634.97 3.00 180.00 5788.32 CD4-2XD 3.#3121812 1680 2600 1300.00 2360.00 CD4-289wp03(00)n:CD4-2896WD 11345.39 88.37 154.06 6206.27 -3740.48 5658.68 3.00 -180.00 5842.52 1300.00 2566.56 CD4•289wp03(Flan:CD4-28914WD. R4XCAZ-sC 12654.94 88.37 154.06 6243.43 -4917.61 6231.28 0.00 0.00 7751.54 2566.56 406656 CD4.289wp03(Flan:CD4.289�4WD 2600 2700 2566.56 8306.39 CD4-289wp03(Flan:C134-28914WD.IFR-AKCAZ-5C 12709.14 90,00 154.07 6244.20 -4966.35 6254.99 3.00 0.20 7205.73 CD4-2X0 4.#4 121812 8306.39 9806.39 C134.289wp03(499n:CD4-289/4WD 12838.10 93.87 154.07 6239.85 -508224 6311.34 3.00 0.01 733459 9306.39 14566.23 CD4-289wp03(R944D.I an:CD4-28WFA-AKCa2-sc 13341.96 93.87 154.07 6205.85 -5534.32 6531.19 0.00 0.00 7837.30 2700 2800 13470.91 90.00 154.06 6201.50 -5650.20 6587.56 3.00 -179.90 7966.16 CD4-2XD 5.85 121812 CASING DETAILS 13520.15 88.52 154.06 6202.13 -5694.47 6609.09 3.00 -180.00 8015.39 2800 2900 14566.23 88.52 154.06 6229.10 -6634.84 7066.54 0.00 0.00 9061.12 CD4-2XD 6.Toe 121812 TVD MD Name Size 2900 4380 135.30 135.30 20"x 42" 20 2400.00 2566.56 10-3/4"x 13-1/2" 10-3/4 4380 5160 6207.70 8306.39 7-5/8"X 9-7/8" 7-5/8 6229.10 14566.23 3-1/2"x 6-3/4" 3-1/2 5160 5950 5950 6730 0/360 6730 7520 7520 "' 8306 01111111111 300 8306 9090 -30/330 280 30 9090 "-" 9870 ■260 9870 10660 240 10660 11440 220 11440 12220 210800: 12220 13000 f13000 13780 -60/300 160 60 13780 14566 10� 80 4� -90/270rio ‘61, 90 6� 80 107 s -120/240 161 120 180 200 220 240 260 -150/210 • 280 150 300 -180/180 -te- 00+09.04435.C04.09 4O -E- 304-D8.3o..,304.494 v0 $ CD6.202.C04.302 00430200 4a- C -0- P14.60447.Plan:00447. -9- c $ c IV0 $ c 30,004304 V6 46- Plan. 08 xA.'020 + n Rim. 22460)24 V0 -e- 3 -e- C� 0 30409).0043U4P)I)Ie $ Pan 207204220 -e- n )4 44- 004201,004:201P4°00 I V0 -0- C 41- 0 938,300396 004.9840 -4- P 004-22668',Pian.0o 46070044:499x)02 w -EF Nan an I.NanJ1 I V2 -34- 004.292.004.492 004-202 VSo1PB -Q- 604-TI.C04.3018,COc34I9 V0 -0- 004-6,00s96n.004-%2 V0 -Ir- Pian 074250,0i22.004255,004.295x)02)0 004-28.003 ConocoPhillips(Alaska) Inc. -WNS „- Western North Slope CD4 Nanuq Pad 4p//, Plan: CD4-289 Plan: CD4-289 Plan: CD4-289wp03 Error Ellipse Survey Report ,, 19 November, 2014 r; *,iii F 5'R16 Schlumberger Error Ellipse Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well Plan:CD4-289 Project: Western North Slope TVD Reference: Plan: 19+36.3 @ 55.30usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: Plan: 19+36.3 @ 55.30usft(Doyon 19) Well: Plan:CD4-289 North Reference: True Wellbore: Plan:CD4-289 Survey Calculation Method: Minimum Curvature { Design: CD4-289wp03 Output errors are at 1 00 sigma --�UItiply by 2.58 for i Database: OAKEDMP2 actual errors Project Western North Slope,North Slope Alaska,United States Map System: US State Plane 1983 System Datum: Mean Sea Level Geo Datum: North American Datum 1983 Using Well Reference Point Map Zone: Alaska Zone 4 Using geodetic scale factor Site CD4 Nanuq Pad Site Position: Northing: 5,957,273.26 usft Latitude: 70°17'31.779 N From: Map Easting: 1,518,208.21 usft Longitude: 150°59'22.031 W Position Uncertainty: 0.00 usft Slot Radius: 0" Grid Convergence: -0.93 ° Welt Plan:CD4-289 Well Position +N/-S 0.00 usft Northing: 5,957,323.89 usft Latitude: 70°17'32.311 N +El-W 0.00 usft Easting: 1,518,421.75 usft Longitude: 150°59'15.832 W Position Uncertainty 0.00 usft Wellhead Elevation: usft Ground Level: 19.00 usft Wellbore Plan:CD4-289 Magnetics Model Name Sample Date Declination DipAngte , , e i/' !,',i (°) . BGGM2014 12/30/2014 18.52 80.77 57,544 Design CD4-289wp03 Audit Notes: Version: Phase: PLAN Tie On Depth: 36.30 Vertical Section: Depth From(TVD) +N/-S +EI-W Direction (usft) (usft), (usft) (") 36.30 0.00 0.00 154.00 Survey Tool Program Date 11/19/2014 - From To ,,, ' y (usft) (usft) Survey(Wellbore) Tool Name ; Description .#'', 36.30 1,300.00 CD4-289wp03(Plan:CD4-289) GYD-GC-SS Gyrodata gyro single shots 1,300.00 2,300.00 CD4-289wp03(Plan:CD4-289) MWD MWD-Standard 1,300.00 2,566.56 CD4-289wp03(Plan:CD4-289) MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 2,566.56 4,066.56 CD4-289wp03(Plan:CD4-289) MWD MWD-Standard 2,566.56 8,306.39 CD4-289wp03(Plan:CD4-289) MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC 8,306.39 9,806.39 CD4-289wp03(Plan:CD4-289) MWD MWD-Standard 8,306.39 14,566.23 CD4-289wp03(Plan:CD4-289) MWD+IFR-AK-CAZ-SC MWD+IFR AK CAZ SCC Position uncertainty and bias at survey station Measured Inclination Azimuth Vertical Highside Lateral Vertical Magnitude Semi-major Semi-minor >v<ee. ,. Depth Depth Error Bias Error Bias Error Bias of Bias Error Error Azimuth Tool V (usft) (°) (°) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) lusftl (usft) 1°) 36.30 0.00 0.00 36.30 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 UNDEFINED 135.30 0.00 0.00 135.30 0.19 0.00 0.19 0.00 1.15 0.01 0.01 0.19 0.19 0.00 GYD-GC-55(1,1) 800.00 0.00 0.00 800.00 1.06 0.00 1.06 0.00 1.16 0.09 0.09 1.06 1.06 0.00 GYD-GC-5S(1,1) 1,360.88 14.02 55.00 1,355.30 1.72 -0.04 1.78 0.01 1.17 0.25 0.25 1.78 1.77 51.22 MWD(1,2) 11/19/2014 2:51:03PM Page 2 COMPASS 5000.1 Build 65 Schlumberger Error Ellipse Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well Plan:CD4-289 Project: , Western North Slope TVD Reference: Plan:19+36.3 @ 55.30usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: Plan:19+36.3 @ 55.30usft(Doyon 19) Well: Plan:CD4-289 North Reference: True Wellbore: Plan:CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289wp03 Output errors are at 1.00 sigma Database: OAKEDMP2 Position uncertainty and bias at survey station Measured Inclination Azimuth Vertical Highside Lateral Vertical Magnitude Semi-major Semi-minor Depth Depth Error Bias Error Bias Error Bias of Bias Error Error Azimuth Tool (usft) I') 0)..._ (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) 0) 1,412.42 14.02 55.00 1,405.30 1.73 -0.04 1.84 0.03 1.17 0.28 0.29 1.84 1.78 54.98 MWD(1 2) 1,463.95 14.02 55.00 1,455.30 1.73 -0.04 1.84 0.03 1.17 0.28 0.29 1.84 1.78 54.98 MWD(1,2) 2,297.99 39.40 91.74 2,198.30 2.35 -0.15 6.32 0.85 1.30 0.83 1.10 6.42 2.46 81.01 MWD(1,2) 2,363.36 41.58 92.76 2,248.01 1.86 -0.27 3.36 -0.05 1.18 0.66 0.89 3.38 2.24 85.31 MWD+IFR-AK-CAZ-SC(2,2) 2,566.56 41.58 92.76 2,400.00 2.04 -0.27 4.30 0.07 1.25 0.76 0.82 4.31 2.40 87.93 MWD(2,3) 2,604.39 41.58 92.76 2,428.30 2.08 -0.27 4.88 0.32 1.28 0.80 0.93 4.89 2.41 88.68 MWD(2,3) 3,040.24 41.58 92.76 2,754.30 2.49 -0.27 8.42 1.29 1.59 0.99 1.71 8.43 2.64 91.03 MWD(2,3) 3,370.46 41.58 92.76 3,001.30 3.01 -0.27 11.55 2.03 1.96 1.15 2.42 11.55 2.94 91.73 MWD(2,3) 4,458.73 41.58 92.76 3,815.30 3.56 -0.27 10.73 -0.05 2.40 1.86 2.26 10.73 3.31 93.31 MwD+IFR-AK-CAZ-SC(3,3) 4,738.15 41.58 92.76 4,024.30 3.94 -0.27 12.04 -0.05 2.66 2.08 2.56 12.04 3.54 93.57 MWD+IFR-AK-CAZ-SC(3,3) 4,786.28 41.58 92.76 4,060.30 3.94 -0.27 12.04 -0.05 2.66 2.08 2.56 12.04 3.54 93.57 MWD+IFR-AK-CAZ-SC(3,3) 4,936.02 41.58 92.76 4,172.30 4.20 -0.27 12.92 -0.05 2.84 2.24 2.77 12.92 3.71 93.71 MWD+IFR-AK-CAZ-SC(3,3) 6,422.08 41.58 92.76 5,283.84 6.15 -0.27 19.32 -0.05 4.18 3.53 4.48 19.33 5.03 94.29 MWD'-IFR-AK-CAZ-SC(3,3) 7,360.09 58.67 129.99 5,895.30 8.75 -2.23 19.37 -2.04 5.23 4.38 5.73 22.85 5.98 97.83 MWD+IFR-AK-CAZ-SC(3,3) 8,116.99 77.92 149.74 6,176.30 7.18 -4.12 17.44 -3.14 6.36 4.71 6.42 25.03 7.11 103.24 MWD+IFR-AK-CAZ-SC(3,3) 8,225.39 80.82 152.23 6,196.30 6.88 -4.33 17.29 -3.05 6.39 4.73 6.37 25.46 7.23 104.10 MWD(3,4) 8,306.39 83.00 154.06 6,207.70 6.88 -4.33 17.29 -3.05 6.39 4.73 6.37 25.46 7.23 104.10 MWD(3,4) 8,326.39 83.00 154.06 6,210.14 6.88 -4.33 17.43 -2.97 6.40 4.73 6.35 25.55 7.25 104.37 MWD(3,4) 8,474.87 88.94 154.06 6,220.57 6.46 -4.68 18.58 -2.38 6.44 4.74 6.16 26.26 7.56 106.50 MWD(3,4) 9,625.33 88.94 154.06 6,241.87 8.15 -4.68 32.31 2.26 8.13 4.76 6.70 35.86 12.67 126.42 MWD(3,4) 9,660.70 90.00 154,08 6,242.20 8.21 -4.78 32.80 2.41 8.21 4.76 6.76 36.26 12.80 126.94 MWD(3,4) 9,704.89 91.33 154.06 6,241.69 8.31 -4.85 33.42 2.58 8.31 4.76 6.85 36.77 12.94 127.59 MWD(3,4) 11,247.00 91.33 154.06 6,206.01 8.34 -4.85 27.70 -3.26 8.34 4.73 7.91 32.01 12.15 121.27 MWD+IFR-AK-CAZ-SC(4,4) 11,291.19 90.00 154.06 6,205.50 8.39 -4.73 27.86 -3.26 8.39 4.73 7.93 32.13 12.19 121.48 MWD+IFR-AK-CAZ-SC(4,4) 11,345.39 88.37 154.06 6,206.27 8.49 -4.57 27.99 -3.26 8.46 4.73 7.97 32.24 12.20 121.64 MWD+1FR-AK-CAZ-SC(4,4) 12,654.94 88.37 154.08 6,243.43 10.17 -4.57 34.35 -3.26 10.15 4.76 8.82 37.26 14.08 129.32 MWD+IFR-AK-CAZ-SC(4,4) 12,709.14 90.00 154.07 6,244.20 10.22 -4.76 34.62 -3.26 10.22 4.76 8.86 37.49 14.15 129.60 MWD+IFR-AK-CAZ-SC(4,4) 12,838.10 93.87 154.07 6,239.85 10.44 -5.21 35.28 -3.26 10.40 4.76 8.93 38.04 14.30 130.25 MWD+IFR-AK-CAZ-SC(4,4) 13,341.96 93.87 154.07 6,205.85 11.16 -5.21 37.88 -3.26 11.13 4.73 9.20 40.28 14.82 132.58 MWD+IFR-AK-CAZ-SC(4,4) 13,470.91 90.00 154.06 6,201.50 11.32 -4.73 38.28 -3.26 11.32 4.73 9.27 40.66 14.85 132.86 MWD+IFR-AK-CAZSC(4,4) 13,520.15 88.52 154.06 6,202.13 11.41 -4.54 38.41 -3.26 11.39 4.73 9.31 40.77 14.85 132.93 MWD+IFR-AK-CAZ-SC(4,4) 14,566.23 88.52 154.06 6,229.10 13.00 -4.54 43.82 -3.26 12.98 4.76 10.06 45.65 15.67 136.68 MWD+IFR-AK-CAZ-SC(4,4) Casing P. t %4r Measured Vertical 0 0 Casing Hole Depth4 Depth y6 Diameter Diameter (usft) (usft) � \ („) (.): ... 8,306.39 6,207.70 7-5/8"X 9-7/8" 7-5/8 9-7/8 14,566.23 6,229.10 3-1/2"x 6-3/4" 3-1/2 6-3/4 2,566.56 2,400.00 10-3/4"x 13-1/2" 10-3/4 13-1/2 135.30 135.30 20"x 42" 20 42 11/19/2014 2:51:03PM Page 3 COMPASS 5000.1 Build 65 Schiurnberger Error Ellipse Report Company: ConocoPhillips(Alaska)Inc.-WNS Local Co-ordinate Reference: Well Plan:CD4-289 Project: Western North Slope TVD Reference: Plan:19+36.3 @ 55.30usft(Doyon 19) Site: CD4 Nanuq Pad MD Reference: Plan:19+36.3 @ 55.30usft(Doyon 19) Well: Plan:CD4-289 North Reference: True Wellbore: Plan:CD4-289 Survey Calculation Method: Minimum Curvature Design: CD4-289wp03 Output errors are at 1.00 sigma Database: OAKEDMP2 Formations I Measured Vertical Dip . Depth Depth (usft) (usft) Name Lithology / 1,412.42 1,405.30 Base Permafrost 2,297.99 2,198.30 C40 2,604.39 2,428.30 C30 3,040.24 2,754.30 C20 3,370.46 3,001.30 C10 4,458.73 3,815.30 K-3 4,738.15 4,024.30 K-3 Basal 4,786.28 4,060.30 K-2(Top Qannik) 4,936.02 4,172.30 K-2 Basal 0.00 7,360.09 5,895.30 Albion 97 8,116.99 6,176.30 Top Lobe 4(Alban96) 8,225.39 6,196.30 Top Lobe 3 I Plan Annotations I Measured Vertical Local Coordinates Depth Depth +14I-S, +E/-W (usft) (usft) (usft (usft) Comment ° Y 800.00 800.00 0.00 0.00 KOP:Start 2.5°/100'DLS,55°TF,for 560.88' 1,360.88 1,355.30 39.17 55.94 Hold for 103.07 1,463.95 1,455.30 53.49 76.40 Start 3.5°/100'DLS,51.11°TF,for 899.41' 2,363.36 2,248.01 102.87 473.84 Hold for 4058.71' 6,422.08 5,283.84 -26.83 3,164.58 Start 3.5°/100'DLS,72.43°TF,for 1884.32' 8,306.39 6,207.70 -1,008.74 4,329.85 Hold for 20' 8,326.39 6,210.14 -1,026.59 4,338.53 Start 4°/100'DLS,0°TF,for 148.47 8,474.87 6,220.57 -1,159.72 4,403.29 Hold for 1150.46' 9,625.33 6,241.87 -2,194.09 4,906.46 Start 3°/100'DLS,0.02°TF,for 35.37' 9,660.70 6,242.20 -2,225.90 4,921.93 Adjust TF to 0°,for 44.19' 9,704.89 6,241.69 -2,265.63 4,941.26 Hold for 1542.11' 11,247.00 6,206.01 -3,652.01 5,615.64 Start 3°/100'DLS, 180°TF,for 44.19' 11,291.19 6,205.50 -3,691.74 5,634.97 Adjust TF to-180°,for 54.2' 11,345.39 6,206.27 -3,740.48 5,658.68 Hold for 1309.55' 12,654.94 6,243.43 -4,917.61 6,231.28 Start3°/100'DLS,0.2°TF,for 54.2' 12,709.14 6,244.20 4,966.35 6,254.99 Adjust TF to 0.01°,for 128.96' 12,838.10 6,239.85 -5,082.24 6,311.34 Hold for 503.86' 13,341.96 6,205.85 -5,534.32 6,531.19 Start 3°/l00'DLS,-179.9°TF,for 128.96' 13,470.91 6,201.50 -5,650.20 6,587.56 Adjust TF to-180°,for 49.24' 13,520.15 6,202.13 -5,694.47 6,609.09 Hold for 1046.08' 14,566.23 6,229.10 -6,634.84 7,066.54 TD: 14566.23'MD, •6229.1'TVD Checked By: Approved By: Date: 11/19/2014 2:51:03PM Page 4 COMPASS 5000.1 Build 65 Pool Report CD4-289wp03 Surface Location te / r PA C !Coordinate Converter ® it U From: To: Datum Rehr. alaska_m NAD83 Qat um: NAD27 Region: aleck , C Latitude/Longitude !Decimal Degrees . Latitude/Longitude Decirtsa Deg€ees UTM Zone j r South C` UTM Zone: True South State Plane Zone: 4 Units: us.ft „ ( State Plane Zone: True .' Units: us ft 4 Legal Description(N.4D27 only) Starting Coordinates: Legal Description X: 11518421 75 Township: 5l1 N . Range: 1615 "-- Y.: ttY: 5957323.89 Meridian: lU , Section: 18 FNl . 12828.4960 FEL ♦ 14818.9742 Transform twit j Help CD4-289wp03 Intermediate Casing d CPAt Coordinate Converter - (":=1,r"..17A k �C From: To: Datum: NAD83 Region alaska Datum: NAD27 . Region. alaskav.. C Latitude/Longitude !Decimal Degrees C Latitude/Longitude pecirrral Degrees✓ U T M Zone r South C UTM Zoete: True # South .4" State Plane Zone: 4 , Units: u17.jr-:1 ("" State Plane Zone: True Units: us.ft •, C ( Legal Description(NAD27 only) Starting Coordinates. Legal Description X: 1522734.30 Township: fir--11 Fir] Range: 01I5 E •' Y 15956245.10 w Meridian: lu Section:5-8— , FNL 13838.8300 1F7ET--"T:7;1 1493.43865 Transform Quit Help I e CD4-289wp03 TD "------"- 417fott,,, „,:-,,-Arik,,,z,..-4Rst,-T.::-..,zititmfr:-.,,,, ,::-i--.„.---- i -LD M. CPA!Coordinate Converter ', ,;:„"Ir:=!,t*- ',4:" Irt,'",;',:t. ,-;,-:'-'7 ,-=''- '''',i),:*.44 ,.• :. ' .--,,-- - ''-------- - — - , ''''';,'.e.-NIF`F.--'•-••-:-' '.›..,.;,,,,!, ;•;;" '''''''":"•..,1,....:,-,::2-.--,.-..,,fs..S;V:Nt..4 ,, .2 ',,,, , , From To: Datum: 1NAD83 7.1 Region: falasica ,- Datum: 1NAD27 :j Region. alaska w C LatitudelLorigitude 'Decimal Degrees C C Latitude/Longitude !Decimal Degrees ...L.i 1 ' r UTM Zone', 1.---- r South : . C UTM Zone: Titir7;"-- r South ' 1 . 4'';' State Plane Zone: 1,1"----:,] Units: t,r;.17 1 C State Plane Zone: T fur—eE„ Units: us-it v 1 : , 1 : C , , , 1 (4", Legal Description(NAD27 only) . Starting Coordinates: - Legal Description '- ---------------------- X: 152537a 10 I Township: ir —oii N ••• Range: 16-6--- r-E . : Y: 15950575.80 I Meridian: u „.7i Section:129 . FNL v• 14187.4110 riEtri 13060.6269 Transform Quit Help 1 • • .... 0 ioo8gggH • 0 • ,. O ma . 11ll • • • • • v• O t(A • • 'es 1 OJ • Wc<NNmN-O7 ' Q • • 0 aa " � Q WyyOTy °� Q • � • O• • 1y • • • • • • 0 1 0- , • 36, • J m_000pO_00_00 ,O1 i 111"17 ;1 Q Chap NI��NNN i J • g � o L' ��Nppp000 ZOE'b• • • ~ mo<% c p w V • Sc • • �3 fe • td�y • Uo2d AA • ° mNNNNmmm p o 10 CD Y0 Nmmmm -NN i o- N$1$ � I O NNNOlv- .... 11;1 If Aill I 1),„ SuJ oi v ° � CO XXXXXXXX v (` c 'm 0Jo oi 0000 N O 1000UUUUU a • .0 O 1 ca Necl LOici- CiO N • , dx ,.... i ?'o �� al �A4� atap • � jM , O 1C , ` I ilr-c, 114%70 t a4-1 A ;9 •0 soy,v. os �`. \ ��%' �;° p lilk. 0- , :Ng s lr , , • • • • ‘ed 2 '' ................ _ _.._...._._...... • • • ... 1 N i \,::, u 0 1.4-: ! ° • • .mo , .a _ LO o ou v / O /Y • T V 0�! 1 d U V>�� V • i i • • C1° J • • • O S.1. O • • o ai `�� • T N 0 !t - • ZZS'QJ_ • T 1 E O O O O O O G O O CD LO O Z CO CO f� Od- 6 (ui/�lsn ooSE) (+)uuaoN/(-)uRnos r r Tollerable Collision Risk Worksheet 'REV DATE BY CK APP DESCRIPTION REV DATE BY APP DESCRIPTION 12 3/31/14 AG DB C.A. UPDATED PER K140003ACS 11 4/2/13 CZ DB G.A. UPDATED PER K130003ACS CD4 TD)ALPINE f\\j / 9� \,01/8_, etj y---*Th ‘ ACCES ROADy7 ' � , E cl. rEvt t or ,.,0,..,_ _,:,_, r �f C''''. \17:716 a i. 44 rr i / * i LOCATION OF ( Q mil r � �� G. THIS SURVEY Fy �� eropi �ro E n&-4416.“'irrImik---''''`', i ill -,-1 r ., I. .......4.„4 i ,, ,7 _ ki lir I E SATELLITE DEVELO ENT _ ec VICINITY MAP NOT TO SCALE 4CRP�do G4 PCP, ./.01/4 SN00-Dcvq Of- ^, CD4 4 y pEgGN � 4 m m P AD �`N a$ S 81. Pmr'..ct. .dirt 11s,-,. 0. -% . -- • ''``..CC // 11�n• ;s.;...'.'sr� 00 GG1NG D��54.1 .pt it,,,, P N T r CD-4 TO ALPINE__/ p1PELJNE ASPC N 132T5O • gill Z. F.:. LEGEND: KU U KP IK N" o PROPOSED CONDUCTOR F F ♦ EXISTING CONDUCTOR -- -ILeri A EXISTING WELLHEAD *\'"'111111111111111 'SI"MIAM•"R'.ip"'mern- A ABANDONED WELL Alpine Survey Office yr ALPINE MODULE:CD40 UNIT: CD Conaca►Phillips ALPINE PROJECT CD-4 WELL CONDUCTORS Alaska, Inc. AS—BUILT LOCATIONS CADD FILE NO. DRAWING NO: I PART: REV: 05-03-03-1B-1 10/11/05 CE—CD4Q-121 1 OF 3 1 12 REV DATE av CK APP DESCRIPTION REV DATE BY APP DESCRIPTION 9 3/31/14 AG DB C.A. UPDATED PER K140083ACS 8 4/02/3 CZ DB C.A. UPDATED PER K138803&CS CONDUCTORS CD4-X97 THRU CD4-X28 ARE LOCATED IN '' ` PROTRACTED SEC, 24, T 11 N, R 4 E, U.M. CONDUCTOR y`D4-X96 IS LOCATED IN PROTRACTED SEC. 19, T 11 N, R 5 E, U.M. SEC.LINE 0/S EXIST. WELL 'Y" 'X' LAT /N\ L0NG.(V) FSL FEL GND PAD cD4-X86 5`957.337.85 1.51e.480.27 70' 17' 32.458" 150' 59' 14.133" 2466' 4760' 12.4 18.e 004-287 5.957,333.22 1,518,460.78 70^ 17' 32.408^ 150^ 5S' 14.699^ 246 ' 4780' 124 191 CD4-X88 5.857,328.53 1,518,441.29 70^ 17' 32.360" 150^ 59' 15.265~ 2456' 1799' 12.4 18.9004-189 5,957,323.89 1,518,421.75 70r 17' 32.311^ 150' 59' 15.832^ 2451' 4819^ 12.4 19.0 CD4-190 5.957,31e.25 1.518.402.+* 70r 17' 32.262" 150` 59' 16.393^ 2446' 4838' 12-4 19.0 004-191 5.957,314.5+ 1,518,382.87 70' 17' 32.213" 150 59' 18.861^ 2441' 4857 12.4 18i9 CD4-292 5.957,310.03 1,518,363.49 70' 17' 32.165" 15O^ 58' 17.524" 2436' 4-877' 12.4 18.8 CD4-X93 5,957,305.15 1,5181,518,344.09ne.s� ma 70' 17' 32.114" 150^ 59' 18.087" 243 1' 4896' 12.4 19.0 CD4-X96 5,957,291.25 1.518'286.46 70' 17' 31_968" 150' 59' 19.760" 2416' 4953' 12.4 18.9 5,957,286.78Co*-x97 �.9� 286.7� 1.518.265.76 70' 17' 31'921^ 150^ 59' 20.331" 242. 12' 12.4 18.8 Co4-x98 5,957,282.22 1,518,247.43 70' 17' 31'873^ 150^ 59' 20.893" 2407 31' 12.4 19.1 Cn4-X99 5,957,277.98 1,518,227.75 70' 17' 31.825^ 150 59' 21.46*^ 2402 5/' 12.4 19.0 CD4-301B 5,957,273.28 1,518,208.24 70' 17' 31_779" 15O^ 58' 22.030" 2397' 70' 12* 19.0CD4-302 5,957,268.38 1.518.188.64 70' 17' 31.728^ 15V' 59' 22.599" 2392' 90'� 12.4 19.6 co4-303 5,957,263.99 1,518,169.26 70' 17' 31.68 1" 150' 59' 2387 109' 12.4 19.6 CD4-304 5.957,259.26 1,518,149.87 70' 17' 31'032^ 150' 59' 23.725" 2382' 128' 12.4 19.5 CD4-05 5,957,254.43 1,518,130.28 70' 17' 31.581" 150' 59' 24.293" 2377' 148'1� 12.4 19.5 CD4-306 5,957,249.76 1.578.110.87 70' 17' 31'532^ 150' 59' 24.857" 2372' 157' 12.4 19.6 CD4-07 5,957,245.29 1,518,091.49 70' 17' �� 150' 59' 25.419" 2367' 186' 12.4 19.7cm*-208 5,957,240.13 1.518'071.80 70' 17' 31'+31^ 150' 59' 25.991" 2362' 206' 12.4 19.8 Co4-209 5.957,235.77 1,518.052.15 70' 17' 31.355' 150' 59' 26.561^ 2357' 12.4 19.7 CD4-210 5,957,230.92 1.510.032.98 70' 17' 31.334^ 150' 59' 27.118" 2352' 245' 12.4 19.6 CD4-211 5,957,226.94 1,518,013.75 70' 17' 51'292' 150' 59' 27.676" 2348' 364r 12.4 20.0 5.9o7,222z� 1,517,994.40 70' 17' 31'243^ 150' 59' 28.238~ 2343' 283 12.4 19.6 004-213 5,957,217.19 1.517.974.60 70' 17' 31'190~ 150' 59' 28.812^ 2337' 303' 12.4 19.9 00*-214 5,957,212.46 1,517,955.51 70' 17' 31.140^ 150' 59' 29.367" 2332' 322' 12.4 19.8 CD4-215 5,957,208.07 1,517,935.87 70` 17' 31_094" )50 59' 29.937" 232, 341' 12.4 19.8CD4-16 5,957,203.17 1.517'916.63 7[r17' 31.043^ 150' 59' 30.495" 2322' 361' 12.4 19.5 CD4-17 5,957,198.80 1,517,897.14 7[r17' 30.997" 150 59' 31,061" 2318' 38012.4� � 19.5 CD4-318A 5,957,193.71 1,517,877.38 70r 17' 30.844^ 150' 59' 31.634" 2312 400 112.419.6 CD4-319 5.857,189.64 1,517,857.90 70' 17' 30.900^ 15O~ 59' 32.200" 2308. 419' 12.4 19.7 CD4-320 5`957,185.03 1,517,838.65 70' 17' 30.802" 15O' 5 70' 17' 30.852" 150' 59' 32.759" 2303' 438' 12-4 19.7 CD4-521 5957,13022 1,517,819.2633.322" 2298' 12.4 19.0 co+-322 5,95 7,175.24 1.517.79e.30 70r 17' 30.7+9^ 150^ 59' 33.884" 22e2' 477' 12.4 19.0 5,957,170.76 1.517'78038 70' 17' 30.702" 150' 59' 3*~450^ 2288 496' 12.4 19.0CD4-X24 5,957,166.23 1,517,760.82 70' 17' 30.655" 150' 59' 35.018" 2283' 516' 12.4 19.0 CD4-x25 5.857.101'34 1.517.7+1.31 70' 17' 30.603^ 150' 59' 35.581" 2278' 535' 12.4 19.0 CD4-X26 95 15710 1,517,721.97 70' 17' 30.5 58" 150' 59' 36.146" 2273' 554' 12.4 19.5 0D4-227 151'94 1,517,702,56 70' 17' 30.505" 150 59' J5709^ 2268 574' 12.4 19.6 CD4-X27 5,957,150.77 1,517,697.37 70' 17' 30.492^ 150' 59' 36.860" 2266' 579' 12.418.4Co4-x28 5.957,140.24 1,517,678.39 70' 17' 30.445^ 150' 59' 37.411^ 2261' 598' 12.4 18.8 KUUKPIK NOTES: 1. COORDINATES SHOWN HEREON ARE ALASKA STATE PLANE, ZONE 4, NAD 83. ` MI um 2. ELEVATIONS SHOWN ARE BRITISH PETROLEUM MEAN SEA LEVEL (B.P.M.S.L.) ALPINE M0DUBE:CU40 UNIT: CD Conoohi00m° -ps ALPINE PROJECT CD-4 WELL CONDUCTORS Alaska, Inc. AS-BUILT LOCATIONS CADD FILE NO. DRAWING NO: PART: REV: REV DATE BY CK APP DESCRIPTION REV DATE BY APP DESCRIPTION 9 3/31/14 AG DB C.A. UPDA PER K140003ACS 8 4/02/09 CZ rif C.A. UPDATED PER K130003ACS NOTES: 1. ALL COORDINATES SHOWN ARE ALASKA STATE PLANE, ZONE 4, NAD 83. 2. ELEVATIONS SHOWN ARE BRITISH PETROLEUM MEAN SEA LEVEL. ORIGINAL GROUND ELEVATIONS WERE DERIVED FROM THE AVERAGE ELEVATION ALONG THE TOE OF THE CD-4 GRAVEL PAD. 3. BASIS OF COORDINATES: ALPINE PERMANENT CONTROL MONUMENTS PER SURVEY BY KUUKPIK/LCMF, OCTOBER 2005 4. DATES OF AS-BUILT SURVEYS: WELL CONDUCTORS CD4-208, CD4-209, CD4-210 CD4-318A, CD4-319, 10/11/05, FB 2005-26 PGS. 30-31; CD4-05, CD4-306, CD4-07, 04/13/06, FB 2006-10, PGS 26, CD4-320, 04/14/06, PG 29; CD4-302, CD4-303. CD4-304, CD4-16, CD4-17, 04/18/06, PG 47; CD4-211, CD4-213, CD4-214, CD4-215, 04-26-06, FB 2006-10, PGS 65-66; CD4-301B, CD4-321, 5/13/06, FB 2006-13, PG. 27; CD4-322, CD4-X23, CD4-X24 CD4-X25, 03/30/07, FB 2007-08, PGS. 4-5; CD4-X26, 5/3/07, FB 2007-09, PG. 42; CD4-X98 & CD4-X99, 4/2/09, FB 2009-05, PG. 41; CD4-X27 & CD4-X28, 4/9/09, FB2009-05, PG. 55; CD4-X96 & CD4-X97, 4/29/12, FB2012-04, PG. 58; CD4-287, CD4-189, CD4-190, CD4-191, CD4-292, 4/1/13, FB. 2013-09, PG. 55. FB2013-26, PG. 43; CD4-X86, CD4-X88, CD4-X93, 3/30/14 5. CD4-212 IS EXISTING WELL NANUQ #5. REFERENCE DRAWING CE-AP00-162. CD4-227 IS EXISTING WELL NANUQ #3 (ABANDONED). REFERENCE DRAWING CEA-M1 XX-60D380. SURVEYOR'S CERTIFICATE HEREBY THAT I AMAND LICENSED OF A4�q+� TO PRACTICE CERTIFY LA D SURVEYING PINOTHE LSTATE Y I OF ALASKA, THAT THIS ®®® P� •••••"••••.: �4 Sir AS-BUILT REPRESENTS A SURVEY MADE BY ME OR UNDER MY DIRECT G;.• •••••.9 .• SUPERVISION, THAT THE MONUMENTS SHOWN HEREON ACTUALLY EXIST Ar s ♦ AS DESCRIBED, AND THAT ALL DIMENSIONS AND OTHER DETAILS ARE *;• 49th � .'•* 0 CORRECT. •r / DATE: REGISTRATION NO. LS-13020 • I a O.%: Alan J. Griffin : ■ o # s>,' No. LS-13020 `" ®+e KU U K P I K••..t .., •01il pRaFessiONa\- ‘'�►� /1r��.,..�** Alpine Survey Office '„V ALPINE MODULE:CD40 UNIT: CD ConocoPhillips ALPINE PROJECT CD-4 WELL CONDUCTORS Alaska, Inc. AS-BUILT LOCATIONS CADD FILE NO. DRAWING NO: PART: REV: 05-03-03-1B-3 10/11/05 CE-CD4O-121 3 of 3 9 C ` Bettis, Patricia K (DOA) From: Hyden, Duncan P <Duncan.P.Hyden@conocophillips.com> Sent: Tuesday, November 25, 2014 11:14 AM To: Bettis, Patricia K (DOA) Subject: RE: CD4-289: Permit to Drill Application I see what you are asking now. I was using "unweighted" as a reference for no additions of weighting material, other than what is used to build the mud. We will spud with a minimum of 8.8 ppg. Duncan Hyden IrJlmg I nf,inr pr 9,rect 9.,7 ._, z u9,>.' Mn3J1,, 907 317 9r` duncan.p.hyden@cop.com From: Bettis, Patricia K(DOA) [mailto:patricia.bettis@alaska.gov] Sent: Monday, November 24, 2014 2:35 PM To: Hyden, Duncan P Subject: [EXTERNAL]RE: CD4-289: Permit to Drill Application Duncan, What is meant by unweighted? For all other wells drilled in the CRU, a ppg mud weight has been provided for spud mud. For example in the permit to drill application for CD4-93, the proposed mud weight for the surface hole was 8.8 to 10.0 ppg. I need to be assured that ConocoPhillips will not spud the well with just water in the hole. Patricia From: Hyden, Duncan P [mailto:Duncan.P.Hyden@conocophillips.com] Sent: Monday, November 24, 2014 1:59 PM To: Bettis, Patricia K(DOA) Subject: RE: CD4-289: Permit to Drill Application Good afternoon Patricia, Sorry for the confusion but I got a new directional plan just prior to submitting the PTD. 1. Box 4a is correct. Location at Surface 2828'FNL, 4819'FEL, Sec 19, TI IN, R5E, UM NAD 1927 RKB Elevation 55.3'AMSL Northings: 5,957,323.89 Eastings: 1,518,421.75 Pad Elevation 19.0'AMSL Location at Top Productive Interval(Heel) 3839'FNL, 493'FEL, Sec 19, TIIN, R5E, UM NAD 1927 Measured Depth, RKB: 8,306' Northings: 5,956,245.10 Eastings: 1,522,734.30 Total Vertical Depth, RKB: 6,208' Total Vertical Depth, SS: 6,152' Location at Total Depth(Toe) 4187'FNL, 6061'FEL, Sec 29, TI IN, R5E, UM NAD 1927 Measured Depth, RKB: 14,566' Northings: 5,950,575.80 Eastings: 1,525,379.10 Total Vertical Depth, RKB: 6,229' Total Vertical Depth, SS: 6,174' 1 2. Box 6 is incorrect: should be tile same as SLB's Plan Report @ 14,566' ML,, o,229'TVD 3. KOP is 800' MD (page 3 of SLB's Plan Summary) 4. Spud mud initially starts out as unweighted and allowed to increase as drilling commences. We will increase MW to 9.8 ppg prior to 2,200' TVD if it has not reached that point yet. Would you like me to fix the errors and reply to this email with the corrected spreadsheet and Word document? Duncan Hyden Drd'ing Engigcar D,roc I 907 2b5 6862 I Muhde 907 317 1910 duncan.p hyden@cop.com From: Bettis, Patricia K(DOA) [mailto:patricia.bettis@alaska.gov] Sent: Monday, November 24, 2014 11:50 AM To: Hyden, Duncan P Subject: [EXTERNALJCD4-289: Permit to Drill Application Good morning Duncan, Please verify the following information on the Form 10-401: 1. Box 4a: Surface, top of productive horizon and total depth locations. The footage for these locations are different than that listed on page two of the "Application for Permit to Drill Document". 2. Box 6: Proposed depth in MD is different than that provided on Schlumberger's wellbore "Plan Report", page 11 of that report. 3. Box 16: Kickoff depth. Is this 800'? On page 4 of the "Application for Permit to Drill Document" under drilling fluid program, it is stated that spud mud will be "unweighted-9.8 ppg". Please verify the spud mud weight. Thank you, Patricia Patricia Bettis Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission 333 West 7th Avenue Anchorage, AK 99501 Tel: (907) 793-1238 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 Patricia Bettis at(907)793-1238 or patricia.bettis@alaska.gov. 2 Bettis, Patricia K (DOA) From: Hyden, Duncan P <Duncan.P.Hyden@conocophillips.com> Sent: Monday, November 24, 2014 4:26 PM To: Bettis, Patricia K(DOA) Subject: RE: CRU CD4-289 Pre-Produce Patricia, We are planning on pre-producing CD4-289 for 5 months. Thanks, dh Duncan Hyden r)nlhrg r r.in,,,,r I [)iri-1 (5O7 2.,5',8%,1 i M(,ni r, )O7 117 Y)11 duncan.p.hyden@cop corn From: Bettis, Patricia K(DOA) [mailto:patricia.bettis@alaska.gov] Sent: Monday, November 24, 2014 3:40 PM To: Hyden, Duncan P Subject: [EXTERNAL]CRU CD4-289 Pre-Poduce Duncan, Does ConocoPhillips plan to pre-produce CD4-289; and if so,for what duration of time? Thank you, Patricia Patricia Bettis Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission 333 West 7th Avenue Anchorage, AK 99501 Tel: (907) 793-1238 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 Patricia Bettis at(907)793-1238 or patricia.bettis@alaska.gov. 1 OVERSIZED DOCUMENT INSERT This file contains one or more oversized documents. These materials may be found in the original hard file or check the parent folder to view it in digital format. TRANSMITTAL LETTER CHECKLIST WELL NAME: .%7 PTD: 0214/ ✓ Development Service Exploratory Siratigrapliic Test Non-Conventional FIELD: s31011,E_. POOL: .c3!1/ /// j'2 v/�J (J0.(1 O Check Box for Appropriate Letter/ Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI LATERAL The permit is for a new wellbore segment of existing well Permit (If last two digits No. , API No. 50- - - - in API number are Production should continue to be reported as a function of the original between 60-69) API number stated above. 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 name Pilot Hole ( PH) and API number (50- - - - ) from records, data and logs acquired for well (name on permit). The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce / inject is contingent upon issuance of a Spacing Exception conservation 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 samples 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 oco -iiiDs in the attached application, the following well logs are Well Logging also regwred for this well: Um . 1-c nuy �. .J)4'`- r�O F-4 gg g a l s +6 4b 1 clk". 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 4/2014 17 171 To N a)cn 0- 1, a E O' cC w r a a a) CO E O O' 0 33 c c m c' o 3' "N. a Z' T 3 m ' a =, '- D o a U, ° ur a) N &y 3, 0' cii 2 Q' N 3 m, n ' CV Ea CO ' : a o y a � a' OOco ' ME ' ' O , N ' . cx 0) N_ M. ' c YE c to .0 O ' , _ J L67 :QOn3p o' o , Wc ' ` >m a, a N' a p °U Q c' ' , p co 3 , • L ' , to , , 0. Nj Ng , m , a .F- Z it E , Ov ao: , u% • :( , , , , : a NZ 1 a) U a) ' Oa) a , O 0 N' , o, ou � : , ,cO U, 0 • o ' iy N' ' , a, , v a : o , CO. ' E ? U' ' m L� Qa ° O co �0. oa � nNCJ VM , ' EN : : , ' 46 ' O ' 0 a N O I- Q u) @ a, U ay "O, f6 N 7 p M, -, a a N _I osr,O 'I °ts z c m o 4-). °o a O 3' '� T °c N 3, a "5 4 0 U 0 c W, ul c E Lt, N o d t0 -NC, , To. c, . m ° n , a_ U ° n o O N 6) C O N V! , CA 4 , O, .5 , f00 N C' co. 'y' u) N "° a N O . N c, N' 2? Q N, N, N N p 'O, " ' , -, ' 7' 3, 0 E o E °� v J 0 - 3 ° a ' o, a s >' ' ar v_i 3' m ' N R' E R °as 0 -o 0 U. 5, �. co, N c) ;ry ay ay �, tp, °, �. O' a, E, U, E, , p u a � O 00 m ; O, 0, a p, ', 0 o • w • . a)' m. �, m �'i, cij a w Q U U U U Q. U O 0 u> p a a < f 2, 2. Q 2 w 2 d a , , : , w u) , , , I N CO N CQ U) CO W. CO, CO u) CO NT N> CO CA • CO CO CO CO CO N CO CO CO CO CO. CO. 0 N N < a) a) a), a),..a), a), a), a) a), a) a) N, a), a) a) Q, a), N, a) O. O, a), a): <, a), Q, a). a), a) a), a). a), a), o a) < < < az: } } y >. } } >- } } } } } } } } z } } } zz } }, z, } z, } } }, } } } }, ,Z > ZZZ 7_ coo : : : . o m a); , E, a) c aa)). c o c t. , , , , , . , , p a E (--, , a : as, , , , o U n m' m, E, ' 3, 1 OCV , N C.) c C' 2, o Z -igE. N' o 0 a ' Q, yoy, o � EE , Q to Q IL OQQ fd L., -, a. V. �-O c), •- C', �', aO', Lm'', a3,, y-O,, oC, odT'; Q'' y°' •Noy, .a) C �o3' . N' ' 3' , dCc,• lb . 0, ' OO0M � , CQE' ow' i0.' ]' o ° eOE �@ .cg,. O �' ua. vi aE)-. aU L 0 ' 2 0 a 3' a` O CO'' C' O) L , CN' '' L9 3 . Q' N CO' CD' d 0' - 03 N' O D' O' c' ymO' O O & aL C a) O ' I. oE ' Z O' C O, OO' C6 • r- EE = vcc E 0 3 o i � i= c2 ' a ' o, 0yy E, , El '-, O , w-' pco > u> y U' N ••. Q0 � OpN J ' a' O' yN' cQ O7 ° "7 N, O '' . O' OoNCa' C' NN .rig 3o, dy .Tm' ) O 31 Og Eo ° 0aC, 50 ¢ d Or C' l: O' .0, t 0Nv � 0 co ai, _ N' OOc E0E N8 L0O 3 C >>0 mco a s .0a '3 ' te' O v' E' co, aN, . , aN a) c ) o o o ua 0. 'c ) N . c ' 3' ' 0 a) U = mm' p 0 043 co, o ' - 0 da o a) o caaoo00o � .EcUoY ' N E, 0, co' E L ; *E, a N a=, v , u UQ (1) Oo Nc ' ° u). : ) La0a) a) r N, L, a N ) O - N0 0' EG ° .3 yc 02 = ' N m Oa ' a N a , ' ' , 0 . .r' a; N, 0 ON O . ON c, L, •O X ° Ca, E O OO N' km N ,y � cNofNCa om' o' ; to d' >, Oa •- 0as a IS, a)' c n a m' T u5 (I), o' ax c.' .a a ' c 0 gmcm =, Cm, ' a ' 0 y ' , li > _ LN y at4O' :o 8 aE N a; a) �' O. L G Ga;, 3' o, cO' a} v' vN' V' N' - ; :_7 Oo N' (a' O, O' 2C' y' Q C z . c v av o = o ` ° 5 v w oo mv, oo, ' ( � m 0°) = a E _ ac, a � vc50La EO a) a ooo' . ' m CO • ; • a. ° Ct. ` ° m ' > c = o ' c w W ' , U ' 0' a '' m' 3, a o0H H' 0 YO' . ° mof6oEacoa) oV am m 0 yo 2 2 2' mw -0 oO' O ' . U) a) 'c aJD5 5 5 u) oOaaU5' ¢ aZ 0 u) c.)' Uc.) U, a, = Q _ m, m, 0 5, y, aa; a u) co,, U, co a O - N M V p CO h CO 0) O - N M CCCO I aO CA O - N CO VCC) CD N- OO 0E ,- N CO "I )CCO CO 0) N N N N N N N N N N CO CO M M M CO CO C) co co o Uo C 00 v N ii I a < d CO in a s OCN`wN O m a > 71 m 0 E ) O N . a s 6 a4) ) O O N O E 0 O 0