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P.O. BOX 100360 ANCHORAGE, ALASKA 99510-0360 Oct 13, 2020 Commissioner Jessie Chmielowski Alaska Oil & Gas Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 Commissioner Jessie Chmielowski: Enclosed please find a spreadsheet with a list of wells from the Kuparuk field (KRU). Each of these wells was found to have a void in the conductor. These voids were filled with cement if needed and corrosion inhibitor, engineered to prevent water from entering the annular space. As per previous agreement with the AOGCC, this letter and spreadsheet serves as notification that the treatments took place and meets the requirements of form 10-404, Report of Sundry Operations. The attached spread sheet presents the well name, top of cement depth prior to filling and volumes used on each conductor. Please call Roger Winter or Roger Mouser at 907-659-7506, if you have any questions. Sincerely, Roger Mouser ConocoPhillips Well Integrity Field Supervisor Roger Mouser Digitally signed by Roger Mouser Date: 2020.10.13 13:10:42 -08'00' By Samantha Carlisle at 1:21 pm, Oct 13, 2020 ConocoPhillips Alaska Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations (10-404) Kuparuk Field Date 10/13/20 2K 2M 3K 3O 3Q 3R 3S pad Well Name API # PTD # Initial top of cement Vol. of cement pumped Final top of cement Cement top off date Corrosion inhibitor Corrosion inhibitor/ sealant date ft bbls ft gal 2K-30 50103207580000 2170720 22" 0.3 6" 3/8/2020 2.5 9/29/2020 2K-32 50103207570000 2170420 29" 0.5 6" 3/8/2020 3 9/29/2020 2M-37 50103207450000 2160820 30" 0.4 9" 7/31/2020 2.1 9/29/2020 2M-38 50103207460000 2160830 4" N/A 4" N/A 2.5 9/29/2020 3K-32 50029227630000 1970760 10"Conductor extension 10" 4/27/2019 2.5 9/27/2020 3K-34 50029228790000 1980770 14" Conductor extension 14" 4/27/2019 9 9/27/2020 3O-01A 50029218360000 2151910 62" 0.70 11" 3/8/2020 4.25 9/27/2020 3O-19 50029227530000 1970500 13"Conductor extension 13" 4/27/2019 4.25 9/27/2020 3O-20 50029227500000 1970450 21 5.00 17" 9/27/2020 6 9/27/2020 3Q-22 50029226250000 1951860 20' 3.25 8" 3/8/2020 4.25 9/26/2020 3R-101 50029235740000 2170130 21" 0.40 8" 8/14/2020 1 9/26/2020 3R-102 50029235720000 2161570 54" 1.10 6" 8/14/2020 6 9/26/2020 3R-105 50029236510000 2191340 22" 0.40 11" 8/14/2020 3.5 9/26/2020 3R-106 50029236410000 2190970 36" 0.60 9" 8/14/2020 3.5 9/26/2020 3R-107 50029236600000 2191810 32" 0.60 9.5" 8/14/2020 1 9/26/2020 3R-111 50029236430000 2191050 25" 0.40 11" 8/14/2020 3.5 9/26/2020 3R-112 50029236370000 2190850 36" 0.60 14"8/14/2020 7 9/26/2020 3S-611 50103207740000 2181030 11' 10" 2.50 8"6/30/2019 2.5 9/27/2020 3S-612 50103207770000 2181110 43" 0.75 8" 6/30/2019 3.5 9/27/2020 3S-613 50103207350000 2160200 22" 0.75 8" 6/30/2019 1.7 9/27/2020 Transmittal #1271 Detail Date: 4/28/2020 To (External Party):From (CPAI Contact): Email*: abby.bell@alaska.gov Email*: richard.e.elgarico@conocophillips.com First Name*:Abby First Name*: Ricky Last Name*: Bell Last Name*: Elgarico Phone Number:(907) 793-1225 Phone Number: (907) 265-6580 Company: AOGCC Company: ConocoPhillips Address: 333 West 7th Ave.Address: 7 City: Anchorage City: Anchorage State: AK State: AK Zip Code: 99501 Zip Code: 99501 Transmittal Info Sent Via: FTP Tracking #: Justification: Data Detail Quantity*:Description*:Type*: 1 3R-111 LWD, Directional Survey, Mud Resistivity Digital 1 3R-111L1 LWD, Directional Survey, Mud Resistivity Digital 1 3R-111L1PB1 LWD, Directional Survey, Mud Resistivity Digital Attachments: Received By: ___________________________ Signature: ___________________________ Date: _________________ Approver: ___________________________ Signature: ___________________________ Date: _________________ PTD: 2191050 E-Set: 32781 Received by the AOGCC on 04/28/2020, to be paired with data received 04/23/2020 Abby Bell Abby Bell 04/28/2020 Transmittal #1271 Detail Date: 4/28/2020 To (External Party):From (CPAI Contact): Email*: abby.bell@alaska.gov Email*: richard.e.elgarico@conocophillips.com First Name*:Abby First Name*: Ricky Last Name*: Bell Last Name*: Elgarico Phone Number:(907) 793-1225 Phone Number: (907) 265-6580 Company: AOGCC Company: ConocoPhillips Address: 333 West 7th Ave.Address: 7 City: Anchorage City: Anchorage State: AK State: AK Zip Code: 99501 Zip Code: 99501 Transmittal Info Sent Via: FTP Tracking #: Justification: Data Detail Quantity*:Description*:Type*: 1 3R-111 LWD, Directional Survey, Mud Resistivity Digital 1 3R-111L1 LWD, Directional Survey, Mud Resistivity Digital 1 3R-111L1PB1 LWD, Directional Survey, Mud Resistivity Digital Attachments: Received By: ___________________________ Signature: ___________________________ Date: _________________ Approver: ___________________________ Signature: ___________________________ Date: _________________ PTD: 2191050 E-Set: 32780 Received by the AOGCC on 04/28/2020, to pair with data received 04/23/2020 Abby Bell Abby Bell 04/28/2020 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-029-23643-60-00Well Name/No. KUPARUK RIV UNIT 3R-111L1Completion Status1-OILCompletion Date11/23/2019Permit to Drill2191050Operator ConocoPhillips Alaska, Inc.MD15972TVD3623Current Status1-OIL4/23/2020UICNoWell Log Information:DigitalMed/FrmtReceivedStart StopOH /CHCommentsLogMediaRunNoElectr DatasetNumberNameIntervalList of Logs Obtained:GR/Res/AZM ResNoNoYesMud Log Samples Directional SurveyREQUIRED INFORMATION(from Master Well Data/Logs)DATA INFORMATIONLog/DataTypeLogScale0 0 2191050 KUPARUK RIV UNIT 3R-111L1 LOG HEADERS31714LogLog Header ScansC12/20/2019 Electronic File: 3R-111L1 EOW - NAD27.pdf31714EDDigital DataC12/20/2019 Electronic File: 3R-111L1 EOW - NAD27.txt31714EDDigital DataC12/20/2019 Electronic File: 3R-111L1 EOW - NAD83.pdf31714EDDigital DataC12/20/2019 Electronic File: 3R-111L1 EOW - NAD83.txt31714EDDigital DataC12/20/2019 Electronic File: 3R-111L1PB1 EOW - NAD27.pdf31715EDDigital DataC12/20/2019 Electronic File: 3R-111L1PB1 EOW - NAD27.txt31715EDDigital DataC12/20/2019 Electronic File: 3R-111L1PB1 EOW - NAD83.pdf31715EDDigital DataC12/20/2019 Electronic File: 3R-111L1PB1 EOW - NAD83.txt31715EDDigital Data0 0 2191050 KUPARUK RIV UNIT 3R-111L1 PB1 LOG HEADERS31715LogLog Header ScansC4/23/2020121 15972 Electronic Data Set, Filename: 3R-111L1 Drilling Mechanics Depth Data.las32780EDDigital DataC4/23/202087 2507 Electronic Data Set, Filename: 3R-111 OTK Memory 16inch Section Drilling Data.las32780EDDigital DataC4/23/20208495 15972 Electronic Data Set, Filename: 3R-111L1 OTK Memory 6.75inch Section Drilling Data.las32780EDDigital DataC4/23/20208325 8576 Electronic Data Set, Filename: 3R-111L1 OTK Memory 8.5inch Section Drilling Data.las32780EDDigital DataC4/23/2020121 15972 Electronic Data Set, Filename: 3R-111L1 OTK Memory Composite Drilling Data.las32780EDDigital DataC4/23/20208552 15972 Electronic Data Set, Filename: 3R-111L1 6.75 Inch Section OTK Realtime Drilling Data.las32780EDDigital DataThursday, April 23, 2020AOGCCPage 1 of 6PB1~ DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-029-23643-60-00Well Name/No. KUPARUK RIV UNIT 3R-111L1Completion Status1-OILCompletion Date11/23/2019Permit to Drill2191050Operator ConocoPhillips Alaska, Inc.MD15972TVD3623Current Status1-OIL4/23/2020UICNoC4/23/20208325 8576 Electronic Data Set, Filename: 3R-111L1 8.5 Inch Section OTK Realtime Drilling Data.las32780EDDigital DataC4/23/2020128 15972 Electronic Data Set, Filename: 3R-111L1 Composite OTK Realtime Drilling Data.las32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1_BHGE_Mud Resistivity Report.xls32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 Drilling Mechanics Depth Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2MD Memory Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2TVD Memory Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5MD Memory Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5TVD Memory Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2MD Realtime Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2TVD Realtime Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5MD Realtime Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5TVD Realtime Log.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 Drilling Mechanics Time Log Run11.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 Drilling Mechanics Time Log Run12.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 Drilling Mechanics Time Log Run13.cgm32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 6.75 Inch Section OTK Memory Drilling Data.dls32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 8.5 Inch Section OTK Memory Drilling Data.dls32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK Memory Drilling Data.dls32780EDDigital DataThursday, April 23, 2020AOGCCPage 2 of 63R-111L1,Composite OTK Realtime Drilling Data.las DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-029-23643-60-00Well Name/No. KUPARUK RIV UNIT 3R-111L1Completion Status1-OILCompletion Date11/23/2019Permit to Drill2191050Operator ConocoPhillips Alaska, Inc.MD15972TVD3623Current Status1-OIL4/23/2020UICNoC4/23/2020 Electronic File: 3R-111L1 6.75 Inch Section OTK Realtime Drilling Data.dls32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 8.5 Inch Section OTK Realtime Drilling Data.dls32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 Composite OTK Realtime Drilling Data.dls32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 Drilling Mechanics Depth Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2MD Memory Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2TVD Memory Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5MD Memory Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5TVD Memory Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2MD Realtime Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 2TVD Realtime Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5MD Realtime Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1 OTK 5TVD Realtime Log.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1_Drilling Mechanics Time Log_Run11.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1_Drilling Mechanics Time Log_Run12.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1_Drilling Mechanics Time Log_Run13.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1_Final Surveys.pdf32780EDDigital DataC4/23/2020 Electronic File: 3R-111L1_Final Surveys.txt32780EDDigital DataC4/23/2020121 14835 Electronic Data Set, Filename: 3R-111L1PB1 Drilling Mechanics Depth Data.las32781EDDigital DataC4/23/202087 2507 Electronic Data Set, Filename: 3R-111 OTK Memory 16inch Section Drilling Data.las32781EDDigital DataThursday, April 23, 2020AOGCCPage 3 of 6 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-029-23643-60-00Well Name/No. KUPARUK RIV UNIT 3R-111L1Completion Status1-OILCompletion Date11/23/2019Permit to Drill2191050Operator ConocoPhillips Alaska, Inc.MD15972TVD3623Current Status1-OIL4/23/2020UICNoC4/23/2020121 14835 Electronic Data Set, Filename: 3R-111L1PB1 OTK Composite Memory.las32781EDDigital DataC4/23/20208495 14835 Electronic Data Set, Filename: 3R-111L1PB1 OTK Memory 6.75inch Section Drilling Data.las32781EDDigital DataC4/23/20208325 8576 Electronic Data Set, Filename: 3R-111L1PB1 OTK Memory 8.5inch Section Drilling Data.las32781EDDigital DataC4/23/20208552 14835 Electronic Data Set, Filename: 3R-111L1PB1 6.75 Inch Section OTK Realtime Drilling Data.las32781EDDigital DataC4/23/20208325 8576 Electronic Data Set, Filename: 3R-111L1PB1 8.5 Inch Section OTK Realtime Drilling Data.las32781EDDigital DataC4/23/2020150 14835 Electronic Data Set, Filename: 3R-111L1PB1 Composite OTK Realtime Drilling Data.las32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1_BHGE_Mud Resistivity Report.xls32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 Drilling Mechanics Depth Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2MD Memory Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2TVD Memory Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5MD Memory Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5TVD Memory Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2MD Realtime Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2TVD Realtime Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5MD Realtime Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5TVD Realtime Log.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 Drilling Mechanics Time Log Run12.cgm32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 6.75 OTK Memory Drilling Data.dls32781EDDigital DataThursday, April 23, 2020AOGCCPage 4 of 63R-111L1PB1 ,Composite OTK Realtime Drilling Data.las DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-029-23643-60-00Well Name/No. KUPARUK RIV UNIT 3R-111L1Completion Status1-OILCompletion Date11/23/2019Permit to Drill2191050Operator ConocoPhillips Alaska, Inc.MD15972TVD3623Current Status1-OIL4/23/2020UICNoC4/23/2020 Electronic File: 3R-111L1PB1 8.5 Inch Section OTK Memory Drilling Data.dls32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 Composite OTK Memory Drilling Data.dls32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 6.75 Inch Section Realtime Drilling Data.dls32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 8.5 Inch Section Realtime Drilling Data.dls32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 Realtime Drilling Data.dls32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 Drilling Mechanics Depth Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2MD Memory Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2TVD Memory Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5MD Memory Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5TVD Memory Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2MD Realtime Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 2TVD Realtime Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5MD Realtime Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 OTK 5TVD Realtime Log.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1 Drilling Mechanics Time Log Run12.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111_Drilling Mechanics Time Log_Run01.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1_Final Surveys.pdf32781EDDigital DataC4/23/2020 Electronic File: 3R-111L1PB1_Final Surveys.txt32781EDDigital DataThursday, April 23, 2020AOGCCPage 5 of 6 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-029-23643-60-00Well Name/No. KUPARUK RIV UNIT 3R-111L1Completion Status1-OILCompletion Date11/23/2019Permit to Drill2191050Operator ConocoPhillips Alaska, Inc.MD15972TVD3623Current Status1-OIL4/23/2020UICNoWell Cores/Samples Information:ReceivedStart Stop CommentsSentSample SetNumberNameIntervalINFORMATION RECEIVEDCompletion ReportProduction Test InformationGeologic Markers/TopsY Y / NAYComments:Compliance Reviewed By:Date:Mud Logs, Image Files, Digital DataComposite Logs, Image, Data Files Cuttings SamplesY / NAYY / NADirectional / Inclination DataMechanical Integrity Test InformationDaily Operations SummaryYY / NAYCore ChipsCore PhotographsLaboratory AnalysesY / NAY / NAY / NACOMPLIANCE HISTORYDate CommentsDescriptionCompletion Date:11/23/2019Release Date:8/15/2019Thursday, April 23, 2020AOGCCPage 6 of 6M. Guhl4/23/2020 DLB 04/17/2020 Date: Baker Hughes � December 20, 2019 a Abby Bell AOGCC 333 West 7th Ave, Suite 100 Anchorage, Alaska 99501 2 19 105 31715 Letter of Transmittal m: Michael Soper Baker Hughes 795 East 94th Avenue Anchorage, Alaska 99515 Please find enclosed the directional survey data for the following well(s): 3R-111 3R-111UP131 3R -111L1 (3) Total prints Enclosed for each well(s): 1 hardcopy print of directional survey reports (NAD27) 1 compact disk containing electronic survey files Michael Soper, Baker Hughes, Applications Engineer DEC 2 0 2019 Michael.Soper@bakerhughes.com AOGCC 00 v CD 0 3 rr CD N O to v h CD m 0 owl CD 2 CD Z m r91 W Q s N A 0 N to N W O �A W V O W � c r = T 2) CL rw _ as _X Z CD I C rr W 0 0 0 m VI L 0 0 V� %V CA LO a� si o Ln Ln 'O 1 i g C) 3 -0 v Co 'a n N C 0 N N N a G •d° ° N N1 o m Z M o 0 0 o m l< .°. o d 1 O tp CO) O A N c N a M y H c 3 `° 3 O CD A N O ' O r3f W W W o ++ D Z N pm C po y j N z F-N N N13) W 0DCD W N Z N < Q C D O m C v T "o y o 0 o z z o O O O C) O X T C .�.. 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W V (0 N (O O N W A V A A V N V A W W O N fD W A W J a7 O N W(D W -+ W V J w �I o v m W O (P W W A W O N W W tD W O J V N W w ID w A W W W W W W W J co O J N W V O 0) D) 0) ) ) 0) 0) 0) 0) 0) 0) M m Orn Orn m 0) Orn M m rn 0) 0) m Orn 0) 6) Orn Orn Orn Orn Z 0 ( 0(,�� ( o(ff� ( 0(� ( o(ff� (o(ff� 0(,� 0(,� ( o(,ff� 0(,� (oWff ( oWff O o O O O o O O 0 0 0 0 0 0 o O o O O ,� 0� A A A A A A A A A A A A W W W W W W W W W W W W N N N N N N N e�.. ? m W V J T 0 0 A W " 0 w W J W (1) Ot A W IJ — O W W W V V m 0) 9 A (D N W (O W W (0 N A N 0) V (O O N W W W O W W O A W W W W cD N W N J N O J m O N W W O A O W W O) J (O W W W N W W tWD V (NO (r N V O N N m m 0) (D A O WJ A A J N O O O A v O N (0 W W W W W W W W W W W W W W W W W W W W W W W W W W W N N N N d O N N W A A A (WO (WO W N O m N (AO O m A m N N W OV ,(�0 (aD IWp W ,UNi N W J A 1W0 (W0 U0i N N W W W 0) (W1) (NO W m O m A O V V A UAi W W A N W V A (Pj N v �I N N W A (0 � � N t0 w W t0 0 W W (n J W A N N J w 0) W W W A w W J J N W 0 W O N w W W W N W W W W N A W W N WW w m m m V (NT W (JO m W O m N J N m m N A m V J V m (mT m O m A W— O V V N P) W O) A V V A (n W W W AW W W N A W O N (O O W O W 0 C) A N J ? J W a s J J O W N W N W O A V W W W W O W O W W A W N (0 N W Ut O W J (0 N (0 O O (P W A N V O W W W V W W V W (0 o ov 7 7 B a a c� d o o d d d o Z + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + m T T T T iTa m T T T T w T T w T T T T T w w 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 O + + + + ++ + + + + + + + + + + + + + + + + + + + + + + + + + p w w w w w w w w w w w w w w w w w w w w w w w w w w w w w w w + + + + + + + + + + + + + + + + + + + + + + + + + + f + + + + 3 cn 3 3 u) 3 3 3 cn 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 m w w w w w w w w w w w w w w w w w w w w w w w w w w w w w w w w A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A a.? 7 O ,v o' A� 0 3 0 n 0', :r 0 CD ^. 0 �. 0 3 0 n U) c 0,0 G Zr G �. 7 N 0 A g� r3 o_ W N Vt ID CO m cD SD ) m m oD ) m m m m m aD OD m v v v v J 0) C U A W N WI�D O 9 m m V p0� U U NAD� W W N pp O mmN V m U A W N O O O U O p .(ND A O OA) � N A V O m A A O ,(wT N CD A A O W N (OD O (0 U J O m W N O N O N A O Ut W N m U m 8 J A0 O (0 U m U O c0 IJ O N (D 10 V U O m A N N m A A W m w O U U V N O A W U W J w (D (O (O (O 0 p m m m m m m m m m m m m m m m m m m m m m m V V J J V o f O (D (O (D O (D m (O O m 41 m Q7 m m (ND INO V d W m W wm IDD U w Imo W (NT O O � � N W (UO N A m N � W A O 10 � J V V V J V V m m m OND V V V V V V ON1 V V V W Nm (NO (NO IND O O O O OD O p O A N O V O O O O O p p m O W P) O A P) O A ' W V U m m .U. IJ O N A m U A A N O W J J t0 A m m J A O V IV U m m 10 A U U W A W O O O A A A ID N O A A m IO m W A V m N 0 pWp�� pWp�� pWp�� DWDS� pW� OWE pwm pw W W W W w W W W W W W W W w(� W W W W C W A A A A A A A A A A A AW W W W N N m O O IUD m N P3 A N O N erT OJ A O) W N N O (P A O IO A A au J N m O W A N N A A m J m N m W N m m 0) m A U U (0 N m O A U A O U U U W O W N A m J W W W m N m DJ m J O m W W m m m W A N J N IO N W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W C U in U 0 �(Ipnp U W U 0 U (n (n (n Q U M U U M (n U U U WUW U U A A IAIS� A A 3 O O N N V m (Olt A W W N N O ,Vmi p ,IVO A 90 N N � � A W ,IOO N (VT A N (00 � y U m O O V N O A O m V m O W A A J O U m N A W 0 W A w O 0 A M O m O N W W 0 V 0 N m N U A W J m A O O A N N 0 O m W m U m + W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W N Z m O) O) m W O) 01 W 01 m N U N N U N N U N N U U U <n cn A A A W W N J V V J J m A W w N O) A A .. A A A A W N O V A V N m x cn (D m m W O N V m W W N O W O J -I W W (O N A W w m m m m N J m O O NO m AA AW V mm U O O NWOO D m O mm W C m O O O W N O m A � m N OD N W U l0 U m O O W m U m N U V V V U O N W m m m m U U O N m m m A ID O O A A A m A A m ID W J � O U M rn rn rn m rn rn rn m rn rn M 0 M M m m m m m m m m m m m m rn m rn m z O O 0 0 O O O 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o O 0 3 w w w w w w w w w w w w w w w w w w w w w w w w w w w w www^x a. y U U U U U U U U U U U (T Ut Ut Ut N U N U N U U N N N U Ilt N A A N N N.1 N J N W J IND 100 N VO) p (UD IUD IUO (UO IUO (UO N Um N Iwo O ,OO) W W d O N) m A O wO m V O m N w O IV -N A --� O" O w N W J U A O O � O N (D mm W m U V W O O N N W N A m O O J V V m W A N U U U m m U U U U m m U U U U U �Vl N NNN O UAmm N m U UpAo �Ap mU Um UNV UNm U NO NO NO NO j j � j N N j jN N -N NN N NN N N N N N N N A U ( O O V W Ummm(O N Wm N N N 0 O ad N m N A A A N N N m W 0 O O N � m V w (0 m W O U A U V m m W V m W 8 V O O O U N m W U U W O m W O W W m U A U N N m O w w O O m A W O O O J O W N A A (P O O O O O O N A A A W A W W A (0 m ID O V N N O O O O v N N N m O W (O O O OJ W m V m N O V N U c0 A A IO O m W W N N m m m m 0 c0 O O m U W J W A (n N N N r — — — — — — — — — — — _.. 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N N cn o * v_) -0 0 N m ID o. 3 m � •G O C O 'S O i O m O n N it O O 0 N 0 D (D p O .o A o m 9 N m N O Q 7 � m p = w w w y C 3 D D C m O G W + W 50 m + W 50 O 7 A A A O A OJ A C A C 0 `OG 0 OG <t O 7 A v O 7 A v O 3 O U O co A N N N V + W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W 0 Z N m m W W W A W v W O N W W m (JD O O m m A W W N m (m0 O mO x (n . ._ ._ ._ . 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- o x pD W w O A p w z 3 r t c o ID ID S n p D 0 p v m o D O c . m O� n=) N O Cl) -u n 3 m M � 3 O CL A 0 0 N W (p N N A A A A A A A A A A A W W W W W W W W W W W N N N N N C ID (p a O .a ti D) W V W W A W N O W V 0) W A W N (JO N O -+ O (O O W V W (n to O W m O W ,(WO N J T N N W (NJ W O T W W N A O N N OWD W W V J d N UWi (WI) m W V W W W W W W W (O f0 (0 (O (0 (0 W (O (0 W W W W t0 (O (O W W m W (O (O (O e 7 17 Z11 .Z7 c p OD W J A A W V O A W N w (0 Gt O) WW (0 O O W m (cn A V W (O W W J J J A A W (0 W CO t0 W W (O O N A O � O ... n W � � -O N -� N O W W V N (n 0 t0 A O W W O m m W W O N w N w � � � C C WW W W W W V V V o W W W W W W W W W W W W co J J v N W PD OD W A W W W N (O W co o N !�W A W (0 W V W O W O O W Ut W w 0) (O V m co m O � m co N W W A 5o (0 c0 W V o N N W y JC ., N 9 O WW W W W W W W W WW W WWN WN W WW W W W W W W W W W G 10 � tWA� 0WA� W W W A W W W 9 W W N N U W W W 03 W W W W N W (n A J (n W N W W A N O V A W W V7 W W A W V W W O W W NN J A tit W W N W V A N W (O A W A A C A W W A N O O N W W (0 W N m W W N Ut W O W A N W W (0 0 W W W W W W W W W W W W W W W W W W W W W W W W W W W W C G A A A A WAW A A W Ut W (n (li U W W (n 6 0 6 0 p W N ,(WO OW) A P N W A A N W O N A W W t0 V W W W Ut V W W W O N (0 N N O W A W W W W W W N W O A A 0 � W W J N A W N W � W N A W A N V O W A W N W A N 0 W A + V V V V V W W W V v V N N V O V V W Gt V V W Ou V W V W W (O W W W J N W V y W U A W W W W N J W W N W O A W V W N W W W W J (0 N O N C,w A O O W V J W J W W t W N V W V O V !a A LJ N O W W W V � W W A W N O (0 W V W W A W N 0 G (0 0 W V W (O m O V N W W A A N W W W V W W (0 M N (0 V m A O V A m N W A O (T O (n m W V N W W W W J A O 01 W W w O O O w W W (0 W m N V V W N A A A W W (O 0Ut W W N W (n W W N W W O J m m m m m m m m m m m m m m m m m m m m m m m m m m m z 0 0 0 0 O o 0 0 o o 0 o 0 o o 0 0 0 0 0 0 0 O o O O 0 _ .(wn N N (wJt N N N N N N N W W N N W N W W U pUW) sh (Wli UWi (wl) N irQ �J'• 01 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 9 V V V V V W W W V V V V V V V V V V W W W W W W W W W O N A V (O N O O) V W A N N W W W (O 2 S, S2 E 2 L, S2 �2 2 2 N 2 2 W N N_ 2 N 2 Ut N W N N N 1y (n W W N N N N N N (n N m m W W W m m m m m W V V V V V M N W (0 W W J V W W Ut V W W N (n W (D N W N O W W O w W W W V V OV N W 0 O w W O W W W A jW O w W m w W N � O W A A O A A O V W A N A w W W W (0 N WA W (0 O N W � p O O O N A N A N N O O W O O W W O A — — — — — — N r O N W N O O W W N N V A W Ut W A V W V W V W W W W W m < W p N W J O WN W O N A 0� W W ��nn J m N A W W O G t7 A W O W W W W W w O W Ut W W � W A W W N O N d �1V N fJ O A O O V W W W w W W W W W N V A O N W O W W O O W w N W O W O W (0 w � AQ O W W W � AI w 0 X000 00000 00000 00000 00000 000 m + + + + + + + + + + + + + + + + + ++ + + + + + + + m T T T T T T T T T T T T T T fail 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 O p + + + + + + + + + + + + + + + + + + + + + + + + + + p o D D co D D co D D D D D D D D D D D D co D D D D D D D z -fi n 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 d o + + + + + + + + + + + + + + + + + + + + + + + + + + 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 m w w w W w w w W w W W W w W W W W W W W w W W W w W rn rn a) a) rn rn rn rn rn oD m m rn rn rn m m rn m rn rn rn rn rn m rn rn A D w � A N � - - o x pD W w O A p w z 3 r m mU y N c o ID ID S n p D 0 p v m o D O c . m O� n=) o � 3 m M � 3 O CL A 0 0 n 0 0 0 6 Date: Baker Hughes December 20, 2019 Abby Bell AOGCC 333 West 7th Ave, Suite 100 Anchorage, Alaska 99501 2 19 105 3171 4 Letter of Transmittal Michael Soper Baker Hughes 795 East 94th Avenue Anchorage, Alaska 99515 ,Please find enclosed the directional survey data for the following well(s): 3R-111 3R-111L1P61 3R -111L1 (3) Total prints Enclosed for each well(s): 1 hardcopy print of directional survey reports (NAD27) 1 compact disk containing electronic survey files fLY Michael Soper, Baker Hughes, Applications Engineer DEC 2 0 2019 Michael.Soper@bakerhughes.com AOGCC 00 v CD n CD B <D N O (D v CD rf cD l< X m 0 Owl ME Q to z N 6 0 N to N W rn W C1 O cu Q W m 0 0 S 0 In 0 0 �t S LO O CJ' G G D O 3 v * :E9 C) 3 v O Cl) v n 2 N O. 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W :a 4 ' O ^ (CJ A m W (0 J N m D) W N 10 P m W N N OO O N J O W N Ot N N A V 0 M A N W (n t0 (n V A A t0 J W N N A t0 t0 J W O m J A W N N O W A t0 rn v1 (0 3 5 3 0 7 5 35 5 35 3 Bd 3 3 o 3 3 o 0 3 3 0 o 3 3 S 3S v o d 3 3 3 3 3 3 3 G) w a A + + T T + + + T T T + + T T + + T T + + T T + + + T T T + + z T T + + T T + + T T + + + T T T + + T T + T + T + T n m C7 K - O O Z7 7] Zl A Zl �1 i7 A T1 :0 A (7 I A m m 1 O K O K N N + + N N N + + + N N + + N N + + N N + + N N N + + + N N O + + N N + + N N + + N N N + + + N N + + N + N + N + w O m OO O to m D D m m m D D D m m D D m w D D co m D D m N m D D D z m m r D D m m D D m m D D m CO m D D D m CO D D W D W D w D _-_ > > G7 0 0 G) G) 0 0 0 G) D G) 0 G) 0 < � G) � � G) 0 G) G) Q 0 Q G) G) Q Dzi A A 3 3 3 3 3 3 3 3 2 3 3 3 3 3 3 3 3 3 3 3 3 3 =- w m m m m w m m to w m m m m 0 m m m m m m m m m m m m w m D A A A A A A A A A A A A A A N N N N N N N N N N N N N N W W W 7 O0 x N O m � 0 x co `r N O to j J J m m m m m m m m m m m m m J j j J J J J J J J m m m m m ; 5 �Otpp pOp tD W p m M V J V V m m W m O N W A pm V m t0 O W A W r. N A A W N (Uig O (VO N W mV W V N O N N N V S O W N w T O A w w w w w w w w w w w __ —.D V A J ptwo W W O A .tID W Ou N J N W tN0 W J O W O) O (UJ N OD W A o V O m w U O m U V O J J (O N N m m m m V m N m A W A U m O V m tD W A m U W W O m V N m m A m J V N U O U 01 W WWW W W W W W W W W W W N N N N N N N N N N N 0NJ N N N N N N (Nn C J A W A i V A O W O W (m0 W O A -J+ W - A N O v (Un A U m A m A m W V N m O U O V A N O N A m A N N A W A N N N N m N m m m W N W m m A t0 (D O V V m m W O N W m U m J W O W N U m t0 V N m O m m N O N m W A m m m A W tD o W W W W W W W W W W W N N N N N N N N N N N N N N N N N N N N N C 'A 0 N (0 m W N W . m W tD m J m (D U N m U m A m N t0 m W J U (D W N O t0 to m J U t0 U O ? W U U W N N U U W W U A m O W J Om A W �I m m m m U O V m N U A V m N m N W N U m A W m m A m A J N m m m U U V 0 O U A A0 w U V --� U 0 + W W N N N N N N N N N N N N N Z O m m m V m U � O m m J �I T (n . W M IJ O O t0 m O A m (0 A U J m A A � N N A ((nn . m m (0 W m A m N m m V O m U t0 O m U m g m t0 O A m N m m tD U m N N U O W O 0 N tD m t0 W N J A m U O 0 m O N m U tD U m V U U N A m V V O A m (O N t0 U J A J W A m O O A m A t0 A N U V � V W m O + N U m mV V V m m m W c0 (D (0 m O] m m J J m m U U A W N O t0 W A O U O A m A J m O O O tp J U N m A t0 A m N m t0 A m m t0 A U A m V t0 N t6 O (n W A J A A J U J A W m O N . W A W W cn O in W t0 m W V V t0 V U V m W O U m .4 m A m WO N m w tD 0 O J J U W W w w A W m 0 W m m W V m O V U m V O m W m m rn rn rn m rn rn m rn rn ) rn m rn m m rn rn rn rn rn ) ) rn rn rn m rn rn m 2 0 0(,J 0W 0W W OW oWW ( 0(� W oW WOW 0 0 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 p NJ m W OA W mW W mW W W W WW W W W OW ON mN Nm N N mN m m N AmVm OWm WmOmWN NU NU 9 m W m A m N V N O m O N W m O A O PD. m .I W W W W N W (0 (D A IJ m N m U O m W N W m m m tD A m A 8 U V N N A m m J (O U N J O N m o m m t0 A o J A A J N O O O A V O U w m O U U U U U U U U U U U U U U U U U U U U U (n U U U U U U U U U y W W W W W W W W W W W W W W W W W W W W W W W W W N N N N N N M d N N j W A A A U w U U pU� pU� tUNn U U A A A W pWo N O m t0 m m V U (UD W N W O N ,tAO O m A A N N W ,tm0 W ,tAm O ,t0 W N m V N (JD [mD (Un (Un N W W W Vwi (UO Om0 O m d O v V d N m W A m W V A W W v N J J N U W A t0 U m m N W W w O N m W m A t0 m V V N m U m N (O W m m N A W m W N O " 61 V (b tD O O IV W (.J a s (n (n (n (n U U U (n (n U A A A W W N N 0 m V U W O m J W m W V W 01 J m m m J U W m A O m m n (D N A W W N V t0 m m UA V N (D m A m N W m m W W J J A O) A N 0 v mV W N A O N N W J O two (mn N W O O OJ W w w W w W (Un W 0 N O w A � 3� 535 3 3 3 3 3 3gg g 3g 3 3 g 3g 3 S 3S 3 3SS 3 5 35 3 S�S 3 3� 3 3 3� 3 � o do 0 0 v a d o o d o d o d d v d v o o + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + m T T T T T T T T T T T T T T T T T T T T T T T T T T T T T N �T�]] T A 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 NN O + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + p > w w w w w w w w w w w m w> w w w w w w w m w w w m w w w m Gl n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Gl n 0 0 0 0 w + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + 3 K 9 9 3 3 9 9 9 K 9 9 9 3 9 K 3 9 9 i:9 9 9 K K 9 K 9 3 3 K 3 N m w w m w m m w w m w m w w w w m w m w w w m w m w m m w w CO A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A v* g 0 v n T m m co °. 3 Q - o p w 'G C O Or a m s ;oN w '< m m n p 0 N N ry O (_ 9 n 0 6 o m ° m A o � S� (C N 0 O 3 Q � m m m m m m m 0t U N U (n m U (n m (n Ut A A A A A A A A A A W W W C� W A A O tJ0 J � Cn NO A � � ON W W A A W � m W (W(Jttt t0 A UNi (0 m U O N � M. O . W N m W m Cr (D (Ult W m U UAi (D j J OOD V N OWo (mD tJ0 V N W � U m O V 0 A V m <0 m U m V m in O t0 m U m O A V U tD c0 A m m O N V N m V N m U O U m N U (D A A U A m j J J m m m m m m m m m m m m m J j j J J J J J J J m m m m m ; 5 �Otpp pOp tD W p m M V J V V m m W m O N W A pm V m t0 O W A W r. N A A W N (Uig O (VO N W mV W V N O N N N V S O W N w T O A w w w w w w w w w w w __ —.D V A J ptwo W W O A .tID W Ou N J N W tN0 W J O W O) O (UJ N OD W A o V O m w U O m U V O J J (O N N m m m m V m N m A W A U m O V m tD W A m U W W O m V N m m A m J V N U O U 01 W WWW W W W W W W W W W W N N N N N N N N N N N 0NJ N N N N N N (Nn C J A W A i V A O W O W (m0 W O A -J+ W - A N O v (Un A U m A m A m W V N m O U O V A N O N A m A N N A W A N N N N m N m m m W N W m m A t0 (D O V V m m W O N W m U m J W O W N U m t0 V N m O m m N O N m W A m m m A W tD o W W W W W W W W W W W N N N N N N N N N N N N N N N N N N N N N C 'A 0 N (0 m W N W . m W tD m J m (D U N m U m A m N t0 m W J U (D W N O t0 to m J U t0 U O ? W U U W N N U U W W U A m O W J Om A W �I m m m m U O V m N U A V m N m N W N U m A W m m A m A J N m m m U U V 0 O U A A0 w U V --� U 0 + W W N N N N N N N N N N N N N Z O m m m V m U � O m m J �I T (n . W M IJ O O t0 m O A m (0 A U J m A A � N N A ((nn . m m (0 W m A m N m m V O m U t0 O m U m g m t0 O A m N m m tD U m N N U O W O 0 N tD m t0 W N J A m U O 0 m O N m U tD U m V U U N A m V V O A m (O N t0 U J A J W A m O O A m A t0 A N U V � V W m O + N U m mV V V m m m W c0 (D (0 m O] m m J J m m U U A W N O t0 W A O U O A m A J m O O O tp J U N m A t0 A m N m t0 A m m t0 A U A m V t0 N t6 O (n W A J A A J U J A W m O N . W A W W cn O in W t0 m W V V t0 V U V m W O U m .4 m A m WO N m w tD 0 O J J U W W w w A W m 0 W m m W V m O V U m V O m W m m rn rn rn m rn rn m rn rn ) rn m rn m m rn rn rn rn rn ) ) rn rn rn m rn rn m 2 0 0(,J 0W 0W W OW oWW ( 0(� W oW WOW 0 0 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 p NJ m W OA W mW W mW W W W WW W W W OW ON mN Nm N N mN m m N AmVm OWm WmOmWN NU NU 9 m W m A m N V N O m O N W m O A O PD. m .I W W W W N W (0 (D A IJ m N m U O m W N W m m m tD A m A 8 U V N N A m m J (O U N J O N m o m m t0 A o J A A J N O O O A V O U w m O U U U U U U U U U U U U U U U U U U U U U (n U U U U U U U U U y W W W W W W W W W W W W W W W W W W W W W W W W W N N N N N N M d N N j W A A A U w U U pU� pU� tUNn U U A A A W pWo N O m t0 m m V U (UD W N W O N ,tAO O m A A N N W ,tm0 W ,tAm O ,t0 W N m V N (JD [mD (Un (Un N W W W Vwi (UO Om0 O m d O v V d N m W A m W V A W W v N J J N U W A t0 U m m N W W w O N m W m A t0 m V V N m U m N (O W m m N A W m W N O " 61 V (b tD O O IV W (.J a s (n (n (n (n U U U (n (n U A A A W W N N 0 m V U W O m J W m W V W 01 J m m m J U W m A O m m n (D N A W W N V t0 m m UA V N (D m A m N W m m W W J J A O) A N 0 v mV W N A O N N W J O two (mn N W O O OJ W w w W w W (Un W 0 N O w A � 3� 535 3 3 3 3 3 3gg g 3g 3 3 g 3g 3 S 3S 3 3SS 3 5 35 3 S�S 3 3� 3 3 3� 3 � o do 0 0 v a d o o d o d o d d v d v o o + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + m T T T T T T T T T T T T T T T T T T T T T T T T T T T T T N �T�]] T A 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 NN O + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + p > w w w w w w w w w w w m w> w w w w w w w m w w w m w w w m Gl n 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Gl n 0 0 0 0 w + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + 3 K 9 9 3 3 9 9 9 K 9 9 9 3 9 K 3 9 9 i:9 9 9 K K 9 K 9 3 3 K 3 N m w w m w m m w w m w m w w w w m w m w w w m w m w m m w w CO A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A v* g 0 v n T m m co °. 3 Q - o p w 'G C O Or a m s ;oN w '< m m n p 0 N N ry O (_ 9 n 0 6 o m ° m A o � S� (C N 0 O 3 Q � NA ON W b N m rn (D cD (O t0 (D W m OD W W m N m m w m m J V V V 0) 0) m c A W N O (O W w J T (Ji N A W N > O w W V m U( A W N N N N WW A A fD m m m N N W W A A m m V m m (D mN W O m (0 A O m N m J O A O N N m J A O P) N m O m . W J O m m N O N O N A O m W m N m > V A O O w m m m O w N m > N (0 W V m O m A N N m A W m (O O Ut 0t J N O A W 0t W V m W (O (D c0 O m (mO (m0 (m0 m O (mO w (mD m w m W W W m W w W N O (O m Q7 N A (W� N .•,°. � (ND v A W m w (w0 N W fmD W (NTS O N W (m0 N A m N m O (JD A V 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 W W W W ; D J J j J J J V m m m m m V J J V V m m J J V m m m m m O O O v N'. O > > W (O ID O A N O v O O O O t0 t0 > O) (D W 01 O A O) O A OD N J Ur m m m N 0 A N > A m A IV O W V V w A m m V A O V m m > W m w A m N W A W O O O A A t0 N O A A m (0 m W A V m N (O N A W W W W W W W W rnWrn W W mWm W W W W W W W W W W W WN WA W W W W W W C N OO mV OmWOW W N t W O 0m W V N m O W A N m N.W A m N m m N> m W IV m N m m m> A Ut m N m O A m A M M >>> 0 W N V W N A m V W W W m N m (O m O m W W m m W A N V N 0 N N m W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W C G (P 0t m Cn m m m Ut m m m m m N m (T m m m N (T m U m A A OAS A A W W N � N A W W N N O N t0 A m N J `-• (n m O O V N O la O m V m O W d V O 0 m N A W w W A w O w A> A m w m O N W w w J 0 N m N m A J m A 0 0 A N N (O O m W m N m > N + W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W y Z m m T m m m m m m m m N Ut N m m Ut N m Ut Ut m Ut A A A W W N N J J V V m A W m j m A A W N O V A V N m N [n OD m W O N J m W W N O W O J J W W (O N m N N m J m A m (0 W m m Vt J W W m A N A N> J O m J N A m m m O> J m m N N N> m m A W m> m m> N m> Vt > > m N (D (D A m m N N W A A Ut m J m m O O> N W A m m V m (O O> > N Wj A C m O O m m A m V m m O m O m m V m m m A W N O m m W J G 0t m N W (T (O Ut m O W W m m m N m V V V m O N W m > m fl j A m m o> m > W m A N J m W J m O m A o w > m� m � m m m 0( N m N m m m A o O A A A m A A m w W V > O N o m rn m rn rn rn m rn rn rn rn m rn rn rn rn rn m rn rn rn m rn rn rn rn rn rn rn m 0) m Z O Uwi (wn C, (wT sn (wl� (wT N (Wn n (w 11 N (wT N (wn N N (wn (wn (wJ� IwT UWi (wJ� (wn (wn ." 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A m 0 V m t0 O > � W A A mm V m w m O >— a J m m Ut m A m W W m N N Ut A W W N A A N J .(wp T .(mD m N J W m N N (D V O Q7 N (T J O N OD N Vt m N UWi N m W � N � N W O m W O W Obi UAi A (mlt N N W O (JO (m0 (w0 (D � A W A (w0 O O O > V O >> W N A A m O O O O O N A A A W A W W W A W A A r (O m 0 O V N N > O O O (D V N > N m O W m> > (0 O t0 W m V m g L O N O V N m t0 A A (D (D m W W N m m m m (0 m O O m m W V W A m C') I CD W A a, m w w O > N m m A W N O n c0 N > V W A N N N V J m m A W O O m W 0) W N N W A m A Ut 7 d cp V m W m W A M A m V m N (D O N m m A N O A (0 N m W A (0 V N m >> J O O N O m m W m A V m m A O O O> A m V W g OO O O D 0 O 0 O O O 0 0 0 0 0 0 0 z + + + + + + + + + + + 0 0 + + + + + + + + + + + + + + + + + +CD T T T T T T T T T T T Z Z T T T T T T T T T T T T T T T T T T '< N N N N N N N N N N �0 n N N N N N N N N N N N N N N N N N N O + + + + + + + + + + + O O + + + + + + + + + + + + + + + + + + p W m m m W m m N W cn m Z Z m N N m m w m N fA 01 Cl) m N m Cl) m m N G) 0 0 0 0 0 0 0 O 0 L7 < < G7 L7 L7 L7 L7 G1 G7 G7 G7 G7 L7 L7 L7 L7 L7 G7 L7 L7 m + + + + + + + + + + + + + + + + + + + + + + + + + + + + + 3 3 3 3 3 3 3 3 z z 3 3 3 3 3 3 3 3 3 3 3 3 3 3 p W w m m w m w m m w m n n m w w m m m m ur w m w ur w v, w m m w v v m T W m m m A A d d A .A A A A A A A d A A d A A Z. m D 0 N O 7 m Ln X N 0 w O * :E w -0 0 CD m(D 7 o, 2 3 0 ° p m � 3 c C O m m > oo 03 w � m s m CL U! � N F d i ^, In 7 C d G 2 x s t n v N v N N N N _� O O O O O O O O O O t0 c0 c0 t0 W c0 C 3 W N O tD W A 0 � O w W V W U 0) W N O t0 W V J 6 U 'ACD w w v A U m Ol V V W W (O (O O O N N W W A U U W W J J W W (O (D O O i cD U V N J N V N c0 A c0 A O O) N m W O 01 O A O Ut Ol J W O) cT m N N N m W m W W N m A V7 v J 8 W W W � m A m U m V Ut m m W m m o A A O J 10 W m J O V W W N m m m V m W N w O VWi W V V 00 W N 00 N � � O O fW0 O N p W p O O O � � N N m W O W m m WW W W A E N W N m W A A t0 m W W W W W m V N N N W O U m m A W O c0 W O m W A O W N W O O o O m 0 c0 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 J V V V m m m m m m m m m m m m m V m m m m m m V V W W N N O O OD c0 c0 m V7 U7 m v p V O t0 U7 O O) V V OJ c0 cD O O c0 c0 m V m O W W W N J m m V7 W O W N U m m N N N m W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W C m m m m m in m m m m m m m m m m m m m m m m m m m m m m m m m� V W t0 c0 W W O O O O N N N N N N N W W m m N 0 N O) N O W p N t0 N W A A A � (O W A N N W A J m c0 A W W W W W m O W J N v m O W c0 W J A W N A W V N O N J A m A V7 m O A t0 c0 m m J O W O W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W C U in in U U m m in m (l+ (cin (n (n in in (n U in U in in <n U in ui in in in U U U w O W m N V V A m m m A W O m N W W m N c0 m A m A c0 J v m N U O fD W O U W W m W W J O N J V O U N) N V V m O m U N —+ W m J A m + W W W W W W W W W W W W W W W W W W W W W W Si W W W W W W W W 0 Z m m m m m (0,1)� m m m m m m m m m m m m m m m m m m m m m m m m � W W A V 00 O N W � � m 00 O O o 0) A � o N N 0) w O � O m '66 . ._ ._ ._ . w A V N A O V7 O m V m W A O A W m W V A W m m V W W N N 0) m c0 A � A m O A UJ fD W m O m m O W J W m O N —+ O —� N O W N W N N N N N N N N j N L L L . 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C N c c y coW W F 0 0 7 3 `9 A N n fC r. tU @ C C 0O v D 2 v 0 E l< 0 A N CDD 0 n C CD N A D 7 O Q o m � 7 3 m O0 Q N 7 0 N m g w w Z11 (D yC 3 D D C O C � C 0c W z W W Dl C d N C OD + W OD + W O O 7 (O A (0 A A A m A c0 A c c 0 0 7 7 `9 A N A N m O �o + W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W w Z V J V J V V V J W w m W m m m m m m m m m m m m m T 01 01 01 m m O O O O O O O O m J J J J J J J J J J J m m m m J J V x y - A (O m N 4t N V m m V (O O N V m A N O W (n m m m CD W N m m N O V A J O N m N V N O w m V m N V (O m (n t0 O V m V m (n O (0 O A A m W (0 J W A � A N w w m W N O � A O m � m m > V m V V (n fn Si" (n (n (n Cal III 2 N Cn Cn I; N_ Cn Cn Cn Cn (n Cn Cil Cn Cn Cn N (n Cn j N y �J +O -0 y 3 -i r in in in in in N (n in in in b b b b b b b b b b w w LI CD( a w w y m m c 0 o p A (n W J m N A .r_n W N O m m m J m N _ O 3 UI N A A A (D m N m m V N m (n N m (n V k W W O m m N W W A (n m D. J CD to aCD m m (O O J m N V O m m O w CO N O V . O .t A N W N W A O t0 A N OW (n m V J.. V m A W m CO N N 8 tD O O O t0 m J m (n N N j W y O !D m O m m V (n m m O m W t0 (n m V W O m O W (O (n N V m N V V N m W m m A m O N m m J (n O W w m O m i 0 V N O m N N N m N N J W m m m N (n m O N O (n (n m W O N N m m N W V N A V (O m W A N W W (n N O (O m V m m V N m n A A 0O D n n W W W % j m m m m to m m m m (O m m (D m m m m m m [� CO W m A m m m W m N (0 u 7 .il c .Z1 C L 0 o : OD W (O CD (D to O 0 m Ql W N J g) V J O W m m V m O O m 9 (O W w A V w m m w V V V W t0 m 0 m m W W (D O N O A A O � W O o O ! m W m A O m V A tD A O W W O w w Ui (O O w (O A CII W -� -� � C C m m m m m m 2 A .. 0 rn 0 rn rn rn 0 0 0 rn 0 rn 0 rn rn 0 0 rn rn 0 0 rn rn 0 0 0 rn 0 0 rn m 0 0 0 rn rn 0 0 rn 0 0 0 rn 0 0 rn rn 0 0 0 rn 0 rn 0^ 0 3 o � (D W A s 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 D y m m J m m m m J J J J J V J J m m m m m m m m m m J J VIV, IJ O. C = m O c0 V O w m V N W (O N t0 W 0N V A m A � � � O m V W O m N O O IO m Ou du m m IO CO N W N (O CO W (O m A N (O N V m J O � Cn (n A N N m N W A m m m N W m m m V K D pl y V m � 0) (n A. S IV � O m pOp CD m V m (n � J m m A O J W T o m .A (n O w V A N V m A m m V d m IV IJ m (n IV A m ,(Nn (n O ,OOD O ' !y 1G \G m N (D m A A O A m W J O J m O W m J N m W m m W m m J m cc) (o- 3�� o o o6Eoo9 w W W W W W W W W W W W W W W W W W W W C - + T + T IO N N N N N N W (W�n + + T T (W��n ((W�n (W(�n (W + + T T + + + + T T T T + T N (W��n (W��I. (W(�n (W(�n (W(�n (W(on C C O O O O W O W N A N N W W A N CO V A W m (n m m A N N A. . O O N W W r W A m m W oV N N M N N m W N m W O m A N w N v 0 O C m N m m N m N m N tD m m m m N m W m m N m m m m OAD (AO OAD > G7 G7 G7 G7 . n d ta J A + . J m m O + + + + + + . . O O O + + + . . + + N e y . + 3 - N W N W N N W W A A (n W O m (n tD m (O V (n W W m V O m m m m m J W AA A N �. w m O W ? 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C, m m U O W tD U N A N V V U m m m N N N N N N N N N N ; D W W UJi m N N J N N v N A A � V (tOl� U t0 V tV0 (NJt m m A W W N O m m A O O W N V A m m m N N W W W W W W W A A A W W W N ( A A A mAm mmA A A co m m m m W V O d N N + W W W W W W W W W W Z W w N V O O O O O O Ul U W U m t0 m U W W W tD O W m t0 U m m O m m O OD U m m N m m A A t O A V 0m m m rn rn m m m rn m rn 0 Z O o 0 o O O O o 0 0^ O w w w w w w w w w w � y W N N O O OO O O P N M U N . O 2 tQ J m O m O N W (OIt N m O O N w w AU m V 7 9 J m m N N O A N O N A m m N OD N T con N 0 O N N W O O 0 y O N N W N OV (wT tAD W m cn G J J V J J J J V V m ., n m m m two mNm p (.O� O V A ° N O c 0 0 0 o 0 0 o o o `m k m N N N N N £ o D D D D D D D D D Z v � 0 o o Q m A 0 c 0 0 0 ^ \ J d (D O ° A M M N n m o ° 3 m O a $ CCD N CL m ( O N m O m w w w D C 3 N c c 0 c C N � CL C ° co m + co m + c ° 0 w A w co ^ \G /� \G � (0 A c0 A c � c x 0 O 0 7 0 � A A v r - THE STATE °fALASKA GOVERNOR MIKE DUNLEAVY Chip Alvord Drilling Manager ConocoPhillips Alaska, Inc. PO Box 100360 Anchorage, AK 99510-0360 Alaska Oil and Gas Conservation Commission 333 West Seventh Avenue Anchorage, Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 www.00gcc.alaska.gov Re: Kuparuk River Field, West Sak Oil Pool, KRU 3R-111 Ll ConocoPhillips Alaska, Inc. Permit to Drill Number: 219-105 Surface Location: 1749' FNL, 2361' FWL, SEC.'9, T13N, R9E, UM Bottomhole Location: 3358' FNL, 4255' FEL, SEC. 5, TUN, R9E, UM Dear Mr. Alvord: Enclosed is the approved application for the permit to drill the above referenced development well. The permit is for a new wellbore segment of existing well Permit No. 219-104,'API No. 50-029- 23643-00-00. Production should continue to be reported as a function of the original API number stated above. Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or an AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. Sincerely, Daniel T. Seamount, Jr. Commissioner 71( DATED this ! Sday of August, 2019. STATE OF ALASKA AL. :A OIL AND GAS CONSERVATION COMM. ,ON PERMIT TO DRILL 20 AAC 25.005 `E JUL , 6 2019 1 a. Typp of Work:/-, Drill Lateral Redril Reentry E] 1 b. Proposed Well Class: Exploratory - Gas ❑ Service - WAG ❑ Service - Disp ❑ Stratigraphic Test ❑ Development - Oil ❑� Service - Winj ❑ Single Zone © i Exploratory - Oil El Development - Gas El Service - Supply ❑ Multiple Zone El 1' 1 c. Specify if well is proposed for: Loalbed Gas ❑ Gas Hydrates ❑ Geothermal ❑ Shale Gas ❑ 2. Operator Name: ConocoPhillips Alaska, Inc. 5. Bond: Blanket 0 Single Well ❑ Bond No. 59-52-180- 11. Well Name and Number: KRU 3R-111 L1 3. Address: P.O. Box 100360 Anchorage, AK 99510-0360 6. Proposed Depth: MD 15,926' TVD: 3,489' 12. Field/Pool(s): Kuparak River Field West Sak Oil Pool 4a. Location of Well (Governmental Section): Surface: 1749' FNL & 2361' FWL, Sec 9, T13N, R9E, UM Top of Productive Horizon: 3490' FNL & 1955' FEL, Sec 4, T13N, R9E, UM Total Depth: 3358' FNL & 4255' FEL, Sec 5, T13N, R9E, UM 7. Property Designation: ADL355023, ADL355024, ADL373301 8. DNR Approval Number: 931933000, 931934000, 931953000 13. Approximate Spud Date: 9/1/2019 9. Acres in Property: 3255, 1817, & 677 14. Distance to Nearest Property: 3358' to ADL390616 4b. Location of Well (State Base Plane Coordinates - NAD 27): Surface: x- 520,666.78 • y- 6,031,614.47 ' Zone- 4 10. KB Elevation above MSL (ft): 48.9' GL / BF Elevation above MSL (ft): 9.8' 15. Distance to Nearest Well Open to Same Pool: 1160' to 3R-102 16. Deviated wells: Kickoff depth: 8,317 feet Maximum Hole Angle: 96.19 degrees 17. Maximum Potential Pressures in psig (see 20 AAC 25.035) Downhole: 1,570 psi • Surface: 1,207 psi 18. Casing Program: Specifications Top - Setting Depth - Bottom Cement Quantity, c.f. or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 42" 20" 94# H-40 Welded 80' Surf Surf 119' 119' Existing, cement to surface 16" 13-3/8" 68# L-80 HYD563 2463' Surf Surf 2502' 2199' 1426 sx 11.0 ppg, 232 sx 12.0 ppg 12-1/4" 9-5/8" 40# L-80 HYD563 8783' Surf Surf 8822' 3667' 1283 sx Class G 15.8 ppg 6-3/4" 4-1/2" 12.6# L-80 HYD563 8408' 8317' 3,637' 15926' 3489' 1 N/A - Screens 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 Perforation Depth MD (ft): Perforation Depth TVD (ft): Hydraulic Fracture planned? Yes ❑ No ❑1 20. Attachments: Property Plat ❑ BOP Sketch E Drilling Program ❑ Time v. Depth Plot Diverter Sketch ❑ Seabed Report ❑ Drilling Fluid Program U//,!!6'/10 Shallow Hazard Analysis AAC 25.050 requirements0 21. Verbal Approval: Commission Representative: Date 22. 1 hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Contact Name: Ben Tolman 0. '71u,I1'o%q Authorized Name: Chip Alvord Contact Email: ben.vtolman CO .Com Authorized Title: Alaska Drilling Manager Contact Phone: 907-265-6828 Authorized SignatureCL Dater Commission Use Only Permit to Drill r / _. Number: Z_I y`l� j�— API Number:. 50 C�/i�/ � jL/� -[�/ _ Permit Approval Date: ( See cover letter for other requirements. Conditions of approval : If box is checked, well may not be used to explore for, test, or produce coalbed methane, gas hydrates, or gas contained in shales: Other: 13U p �-G-s f f0 /'C' 5 "9 Samples req'd: Yes ❑ Noff Mud log req'd: Yes❑ N.[F' �%y3 Yl v!Q T 27TC f/�rJ fr!l� ftS f tb ZSU,� ] 9,S measures: Yes ❑ Nov Directional svy req'd: Yes No Spacing exception req'd: Yes ❑ Nou Inclination -only svy req'd: Yes E] Noll _ i ! Post initial injection MIT req'd: Yes[] NoO' -y'Piol'o ✓a / i s �b cc f to 7"� c a H,- t h e Condif�'oh5 p ltp,21-1 ✓cc ��lat>�9 -rhc we✓- Gvn-Ip t��io-r`, APPROVED BY �l /'Y` / Approved by: COMMISSIONER THE COMMISSION DateSubmit Form and KRU 3R-111L1(PTD 219-105) Conditions of Approval Based on the location of 311-111, that is, a surface location that is 660 feet or less of a coast line (20 AAC 25.265(d)(2)(f)) a SSSV is required if this well is capable of unassisted flow of hydrocarbons to surface (20 AAC 25.265(d)(1)). If a no -flow test to demonstrate the well is not capable of unassisted flow of hydrocarbons to surface is conducted and the well passes the test, a SSSV will not be required (20 AAC 25.265(k)). The following guidelines apply. 1. Reference AOGCC Guidance Bulletin 10-004 2. Up to a 30 day production period is acceptable prior to the no -flow test for this well 3. The no -flow test must be conducted within 30 days 4. A procedure must be submitted for AOGCC approval at least two weeks in advance. 5. CPAI must demonstrate that offset injectors have not been shut in prior to the no -flow test by providing a list of offset injectors with status and injection history for the past 6 months. Should conditions change, such as increased reservoir pressure due to water injection, an updated no - flow test may be required If the well does not pass a no -flow test, and CPAI proposes to use the deep-set operable valve as a SSSV, the following apply: 1. Provide the control process flow or MID for the SVS system. Specifically for the closing of the actuated valve on the IA prior to the recombination of the gas with produced fluids 2. Demonstrate the equivalence of the proposed deep-set operable valve to a SSSV. 3. The deep set operable valve would require a performance test every 6 months like a typical SSSV. 4. The SSSV or deep set operable valve would be required during ESP operation as well as gas lift operation. 5. If equivalence between the deep set operable valve and a SSSV cannot be demonstrated prior to running the completion or in a subsequent performance test(every 6 months), then a SSSV meeting regulations would be required for the well to remain on production. Application for Permit to Drill, Well 3R -111L1 Saved: 16 -Jul -19 July 16, 2019 Alaska Oil and Gas Conservation Commission 333 West 71 Avenue, Suite 100 Anchorage, Alaska 99501 Re: Application for Permit to Drill Well 3R-111 L1, a West Sak D Sand Multi -Lateral Producer Dear Commissioner: ConocoPhillips Alaska, Inc. hereby applies for a permit to drill an onshore grassroots dual -lateral producer well from the 3R pad. The expected spud date for this well is September 01, 2019. It is planned to use rig Doyon 142. . 3R-111 is planned to be a dual lateral horizontal producer in the West Sak D sand. The mainbore/lower lateral (submitted in sperate PTD application) will consist of: Surface section will be drilled with a 16" bit and cased with 13-3/8" casing to ±2,502' MD / 2,199' TVD. The intermediate section will be drilled with a 12- 1/4" bit and cased with 9-5/8" casing to f8,822'MD / 3,667' TVD. The production section will be drilled with a 6-3/4" bit in the West Sak D sand ±15,918' MD / 3,519' TVD and lined with a 4-1/2" OHSAS liner. The upper lateral (this PTD application) will drilled with a 6-3/4" bit in the West Sak D sand ±15,926' MD /3,489' TVD ` and lined with a 4-1/2" OHSAS liner. A Baker RAM junction will be utilized. Upper completions will consist of 4-1/2 tubing, rigless ESP/motor, downhole operable valve, and associated control lines and equipment. 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: 1. Form 10-401 Application for Permit to Drill per 20 ACC 25.005 (a). 2. Pressure information as required by 20 ACC 25.035 (d) (2). 3. Casing and cementing program. 4. A drilling fluids program summary. 5. A proposed drilling program. 6. Directional drilling/collision avoidance information as required by 20 ACC 25.050 (b). 7. A proposed completion diagram. 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 Ben Tolman at 265-6828 (ben.v.tolman@cop.com) or Chip Alvord at 265-6120. Since 1 Chip Alvord Drilling Manager Application for Permit to Drill Document Kuparuk Well 3R-111 Ll Well Name Requirements of 20 AAC 25.005 (f) The well for which this application is submitted will be designated as KRU 3R-111 Ll. t)riliino &Wells ConocoPhilkps Location Summary Requirements of 20 AAC 25.005(c)(2) .4n application fur a Permit to Drill must be accompanied by each of the folloiring items, kept for an item already on file frith the commission and identified in the application: (2) a plat identifjing the property and the properq's owners and showing (4) the coordinates of the proposed location of the well at the stu face, at the top of each objecitn•e formation, and at total depth. referenced to governmental section lines. (B) the coordinates of the proposed location of the it ell at the surface. referenced to the state plane coordinate system for this state as maintained by fire National Geodetic Survey in the A'ational Oceanic and Atmospheric ,4dunittistratiott: (C) the proposed depth of the well at the lop oj'each objective formation and at total depth: Location at Surface 1749' FNL & 2361' FWL, Sec 9, T13N, R9E, UM NGS Coordinates Northings: 6,031,614.47' Eastings: 520,666.78' IRKB Elevation 48.9' AMSL Pad Elevation 9.8'AMSL Location at Top of Productive Interval est Sak D Sand 3490' FNL & 1950' FEL, Sec 4, T 13N, R9E, UM NGS Coordinates Northings: 6,035,155.0' Eastings: 551,616.7' Measured Depth, RKB: 8,822' Total Vertical Depth, RKB: 3,667' Total Vertical Depth, SS: 3,618' Location at Total Depth 3458' FNL & 4255' FEL, Sec 5, T13N, R9E, UM " NGS Coordinates Measured Depth, RKB: 15 8' Northings: 6,035,168.1' Eastings: 514,032.9Total Vertical Depth, RKB: 3,519' Total Vertical Depth, SS: 3,470' and (D) other information required by 20 AA' 25.050(b): Requirements of 20 AAC 25.050(b) if a u ell is to be intentionally deviated, the application for a Permit to Drill (Form 10-401) must (1) include a plat, drairn to a suitable scale. showing lite path of the proposed wellbore. including all adjacent irellbores within 200 feet ofany portion of the proposed well: Please see Attachment: Directional Plan. ,and (2) for all hells within 200 feet of the proposed irellbore (ii) list the names of the operators of those hells, to the extent that those names are known or discoverable in public records. and show that each named operator has been furnished a copy of the application by certified mail: or (B) state that the applicant is the only affected owner. The Applicant is the only affected owner. Blowout Prevention Equipment Information Requirements of 20 AAC 25.005(c)(3) An application for a Perini to Drill must be accompanied by each of the following items. eccept for an itenn already on file with the commission and identified in the application: (3) a diagram and description of the blovout prevention equipment (BOPS) as required by 20 AAC 25.035. 20 AAC 25.036. or 20.4.IC: 25.037. as applicable: Please reference BOP schematics on file for Doyon 142 and attachment. Drilling Hazards Information Requirements of 20 AAC 25.005 (c)(4) Ant application for a Permit to Drill must be accompanied by each of the following items. except for an item already on file with the commission and identified in the application: (4) information on drilling ha=ards, including (t) the nnaxmntm downhole pressure that may be encountered criteria used to determine it. and nnaxurtum potential surface pressure based on a methane gradient: The maximum potential surface pressure (MPSP) while drilling 3R-111 L1 is 1,207 psi (based on offset 3R-102 BHP and models): D Sand estimated BHP = 1,570 psi D Sand estimated depth = 3,638' TVD Gas Gradient = 0.10 psi/ft as per 20 AAC 25.005 (c)(4)(A) Hydrostatic of full gas column = 363 psi (3,638' TVD * 0.10 psi/ft) MPSP = BHP — gas column = 1,207 psi (1,570 psi — 363 psi) (B) data on potential gas =ones: The we] l bore is not expected to penetrate any shallow gas zones. And (() data concerning potential causes of hole problems such as abnormallt geo pressured strata, lost circulation =ones, and =ones that hmv a propensinJi�r dillerentiol sticknra: See attached 311-111 Ll Drilling Hazards Summary Requirements of 20 AAC 25.005 (c)(5) An application JOr a Permit to Drill must be accompanied by each of dte follrnring itents, except for an item already on file with the commission and identified in the application: (5) a description of the procedure for conducting formation integrity tests, as required under 20 A, tC 25.030(f): A procedure is on file with the commission for performing LOT's. Casing and Cementing Program Requirements of 20 AAC 25.005(c)(6) In application for a Permit to Drill must be accompanied by each of the following itents, except for an item already on file will[ the commission and identified in the application: (6) a complete proposed casing and cementing program as required by 20 AAC 25.030, and a descriptio[ of atrr slotted liner. pre pe>,forated finer, or screen to be installed Casing and Cement Program Casin and Cementing Pro ram Csg/Tbg OD Hole Si_e Weight Grade Conn. Length Top MD/TVD Btm MD/TVD Cement Program (m.) Aft) (ft) (ft) (ft) in 20 42 94 H-40 Welded 80 Surf 119 / 119 Existing Cement to Surface with 13-3/8 16 68 L-80 HYD563 2,463 Surf 2,502 / 2,199 1426 sx LiteCRETE Lead 11.0 ppg, 232 sx Dee CRETE Tail 12.0 ppg 9-5/8 12-1/4 40 L-80 HYD563 8,783 Surf 8,822 / 3,667 1283 sx Class G at 15.8 ppg w/ TOC at 5,425' MD 4-1/2 6-3/4 12.6 L-80 HYD563 7,518 8,400 / 3,642 15,918 / 3,519 N/A — Screens 4-1/2 6-3/4 12.6 L-80 HYD563 7,609 8,317 / 3,637 15,926 / 3,489' N/A — Screens I Diverter System Information Requirements of 20 AAC 25.005(c)(7) An application for a Permit to Drill must be accompanied by each of theJollowing items. exceptfor an item alreacip on file frith the commission and identified in the application_ (7) a diagram and description of the direrter system as required by 20 AAC 2.1.035, unless this requirement is sraired by the commission under 20 AAC 25.035(h)(2): N/A - Surface hole has been drilled. BOPE will be installed. Drilling Fluid Program Requirements of 20 AAC 25.005(c)(8) An application for a Permit to Drill must be accompanied by each of the following items. except for an iter already on file with the commission and identified in the application: (8) a drilling f uid program. including a diagram and description of die drilling f uid systeur. as required by 20 AAC 25. 033: Mud Program Summary Diagram of Doyon 142 Mud System is on file with AOGCC. Drilling fluid practices will be in accordance with appropriate regulations stated in 20 AAC 25.033. Abnormally Pressured Formation Information Requirements of 20 AAC 25.005 (c)(9) N/A - Application is not for an exploratory or stratigraphic test well. Seismic Analysis Requirements of 20 AAC 25.005 (c)(10) N/A - Application is not for an exploratory or stratigraphic test well. Seabed Condition Analysis Requirements of 20 AAC 25.005 (c)(11) N/A - Application is not for an offshore well. Evidence of Bonding Requirements of 20 AAC 25.005 (c)(12) Evidence of bonding for ConocoPhillips Alaska, Inc. is on file with the Commission. Proposed Drilling Program Requirements of 20 AAC 25.005 (c)(13) An applicalion for a Permit to Drill must be accompanied breach ofthe folloiring items, except for an item already on file with the commission and identified in the application: Surface 16" Hole 13-3/8" Casing Intermediate 12-1/4" Hole 9-5/8" Casing Production 6-3/4" Hole 4-1/2" Liner Mud System N/A N/A F1oPro NT WBM Density 9.0-9.5 ppg PV ALAP YP 15-20 Funnel Viscosity N/A Initial Gel 7-10 10 -minute Gel 8-16 API Filtrate <6 HTHP Fluid Loss at 160° F <10 H 9.5 - 10.0 Diagram of Doyon 142 Mud System is on file with AOGCC. Drilling fluid practices will be in accordance with appropriate regulations stated in 20 AAC 25.033. Abnormally Pressured Formation Information Requirements of 20 AAC 25.005 (c)(9) N/A - Application is not for an exploratory or stratigraphic test well. Seismic Analysis Requirements of 20 AAC 25.005 (c)(10) N/A - Application is not for an exploratory or stratigraphic test well. Seabed Condition Analysis Requirements of 20 AAC 25.005 (c)(11) N/A - Application is not for an offshore well. Evidence of Bonding Requirements of 20 AAC 25.005 (c)(12) Evidence of bonding for ConocoPhillips Alaska, Inc. is on file with the Commission. Proposed Drilling Program Requirements of 20 AAC 25.005 (c)(13) An applicalion for a Permit to Drill must be accompanied breach ofthe folloiring items, except for an item already on file with the commission and identified in the application: The proposed drilling program is included below. Please refer to Attachment 3 for proposed well schematic. I . Drill out from window and land out lateral. TOOH. 2. PU 6-3/4" bit & BHA (GR/Res/PWD/Periscope HD). TIH w/ tapered string (will be installing 5" SS per WWT). Drill to TD of L 1 lateral (upper lobe of West Sak D Sand). 3. Backream to window. Circulate casing clean. TIH. Lay in solids free mud/brine. TOOH and LD BHA. 4. RIH with whipstock retrieval tool (w/ MWD). Retrieve whipstock. TOOH. 5. P/U Seal Bore Diverter (SBD) assembly (production anchor, space -out pups, and (SBD) and MWD. RIH with SBD assembly. Orient and land SBD assembly into lower MLXZP. Release and TOOH. 6. P/U upper liner assembly (OHSAS on 4-1/2", 12.6#, L-80. HYD563 base pipe). R/U false table. P/U 2-7/8" inner string). P/U RAM hanger. 7. RIH w/ liner to depth. Land RAM hanger in SBD. Release and TOOK 8. P/U Dual Seal Module (DSM) (will sting into both mainbore and upper laterals at junction), Selective Re -Entry Tool, and SLZXP assembly. RIH. Orient and land out on RAM hanger. 9. Set SLZXP packer. Test and chart packer. Release and TOOK 10. PU 4-1/2" upper completions: Downhole Operable Valve (DOV), Chemical Injection Valve (CIV), Sliding Sleeve, Rigless ESP housing (ESP pump and motor will be ran post rig), Downhole Gauge, and Gas Lift Mandrels (as required). RIH to depth and land tubing. Install BPV. 11. Nipple down BOPE, nipple up tree, and test. 12. Freeze protect well. 13. Secure well. RDMO Doyon 142. Discussion of Mud and Cuttings Disposal and Annular Disposal Requirements of 20 AAC 25.005 (c)(14) An application fora Permit to Drill onist he accompanied by each oJthe Jollowing itents, except for tut item already on file with the commission and tdentified in the application: (14) a general description o/'how the operator plans to dispose q/'ch•illing thud and cuttings and a statement oJ'wheiher the operator intends to request authori_ation under 20 AAC ? i.080 Jor an annular disposal operation in the well.: Waste fluids generated during the drilling process will be disposed of by hauling the fluids to a KRU Class II disposal well (DS 1B CRI), Milne Point, Prudhoe DS -4. All cuttings generated will be hauled to the DS IB CRI, Milne Point, Prudhoe Bay Grind and Inject Facility (for temporary storage and eventual processing for injection down an approved disposal well), or stored, tested for hazardous substances, and (if free of hazardous substances) used on pads and roads in the Kuparuk area in accordance with a permit from the State of Alaska. Attachments: Attachment 1 Directional Plan Attachment 2 Drilling Hazards Summary Attachment 3 Well Schematic Attachment 4 BOP Configuration -5 U) m 0 0 20" x 42" 11 2019 3R-111 L 1 w P 0 2 Permit Pack II/1 I I 95,E„11[1/4 111 J 3000 6000 9000 12000 1 4 1/2" x 6-3 Measured Depth 00 Plan: 9.8 + 00 39.10 @ 48.90usft (Doyon142) 0 0 rp p O t t0 IA U1 13 jai 1 6 1 .101 1 a I I- I T�T 0 2000 4000 6000; 8000 10000 12000 1A 9 5/8" x 12-U6rture 4 1/2" x 6-3/4' Plan Summa 0 9000 10000 11000 12000 13000 14000 15000 16000 Measured Depth SURVEY FKoui Surface Location Depth From Depth To Survey/Plan Tool 39.10 1250.00 3R-111wp04 (Plan: 3R-111) GYD-GC-SS Pad Elevation: 9.80 1250.00 2502.21 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS 2502.21 8317.00 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS TVD MD Name 180 3R-111wp04.1 8317.00 8700.00 3R-111Llwp02 (Plan: 3R-111UNWD-INC_ONLY 8700.00 10200.00 3R-111Llwp02 (Plan: 3R-111LlMWD OWSG 3636.958318.00 9 5/8" x 12-1/4" 8700.0015926.58 3R-111L1wp02 (Plan: 3R-111L1Jv1WD+IFR2+SAG+MS 3489.215926.00 412"x6-3/4" Magnetic Model & Date: BGGM 2018 15 -Sep -2019 Magnetic North is 16.98° East of True North (Magnetic Declination) Magnetic Dip & Field Strength: 80.98° 57449nT 18317.00 86.63 270.50 3637.00 3538.21 971.40 0.00 0.00 -971.40 KOP: 13.51 DLS, 31 TF, for 16.5 28333.50 88.56 271.61 3637.69 3538.52 954.92 13.56 30.00 -954.92 Hold for 20' Lithology Column 38353.50 88.56 271.61 3638.20 3539.08 934.93 0.00 0.00 -934.93 Start 3.5°/100' DLS, 79.72° TF, for 311.15' 48664.65 90.52 282.33 3640.69 3576.79 626.55 3.50 79.72.626.55 Hold for 182.6T 58847.32 90.52 282.33 3639.02 3615.80 448.10 0.00 0.00 448.10 Start 3.5°/100' DLS, -92.42° TF, for 348.09 69195.41 90.00 270.16 3637.43 3653.57 102.73 3.50 79253.78 91.17 270.16 3036.84 3653.73 44.37 2.00 0 8317 80273.64 91.17 270.16 3616.06 3656.51 -975.28 0.00 8317 --" 8500 90482.01 87.00 270.18 3619.39 3657.08 -1183.57 2.00 180.001183.57 3R-111 L1 T04 042619 AV 8500 8680 8680 8870 0.001311.45 8870 9050 0.001582.77 3R-111.1 T05 042619 AV 9050 9230 0.001596.59 9230 9420 0.002463.10 9420 -- 9600 0.002514.23 3R-111 Ll T06 042619 AV 9600985o 161843.66 93.40 270.16 3602.62 3660.80 -2544.27 2.00 0.002544.27 9860 10130 0.002660.38 1013c10390 182080.06 91.00 270.16 3591.11 3661.44 -2780.37 2.00 -180.002780.37 3R-1111-1 T07 042619 AV 1039c10650 192111.49 90.37 270.16 3590.73 3661.53 -2811.79 2.00 180.002811.79 90 10650 - - 10910 0.003318.08 1091 0 11170 0.003549.19 3R-111 L1 T08 042619 AV 11170 11440 0.003596.45 11440 11700 0.003691.82 11700 12230 3R-111 Ll T09 042619 AV 12230 12760 12760 13280 0.004468.79 13280 13810 0.004525.01 3R-1111-1 T10 042619 AV 13810 - 14340 0.004545.80 14340 14870 0.005404.76 14870'--- 15400 15400 - 15926 Magnetic Dip & Field Strength: 80.98° 57449nT 18317.00 86.63 270.50 3637.00 3538.21 971.40 0.00 0.00 -971.40 KOP: 13.51 DLS, 31 TF, for 16.5 28333.50 88.56 271.61 3637.69 3538.52 954.92 13.56 30.00 -954.92 Hold for 20' Lithology Column 38353.50 88.56 271.61 3638.20 3539.08 934.93 0.00 0.00 -934.93 Start 3.5°/100' DLS, 79.72° TF, for 311.15' 48664.65 90.52 282.33 3640.69 3576.79 626.55 3.50 79.72.626.55 Hold for 182.6T 58847.32 90.52 282.33 3639.02 3615.80 448.10 0.00 0.00 448.10 Start 3.5°/100' DLS, -92.42° TF, for 348.09 69195.41 90.00 270.16 3637.43 3653.57 102.73 3.50 79253.78 91.17 270.16 3036.84 3653.73 44.37 2.00 -92.42 -102.73 3-..... 103 042619 AV 0.00 -44.37 Stat 2 /100 DLS, 0 TF, or 58.37 Hold for 1019.86' 80273.64 91.17 270.16 3616.06 3656.51 -975.28 0.00 0.00 975.28 Start 2°/100' DLS, 180° TF, for 208.37' 90482.01 87.00 270.18 3619.39 3657.08 -1183.57 2.00 180.001183.57 3R-111 L1 T04 042619 AV Adjust TF to 180°, for 46.48' 100528.49 86.07 270.16 3622.20 3657.21 -1229.97 2.00 180.001229.97 Hold for 81.68' 110610.17 86.07 270.16 3627.80 3657.43-1311.45 0.00 0.001311.45 Start 2°/100' DLS, 0° TF, for 271.48- 71.48'120881.65 1 20881.6591.50 270.16 3633.55 3658.17 -1582.77 2.00 0.001582.77 3R-111.1 T05 042619 AV Adjust TF to 0°, for 13.83' 130895.48 91.78 270.16 3633.15 3658.21 -1596.59 2.00 0.001596.59 Hold for 866.93' 141762.40 91.78 270.16 3606.29 3660.57-2463.10 0.00 0.002463.10 Stat 2°/100' DLS, 0° TF, for 51.17' 191813.58 92.80 270.16 3504.25 3660.71 -2514.23 2.00 0.002514.23 3R-111 Ll T06 042619 AV Adjust TF to 0°, for 30.08' 161843.66 93.40 270.16 3602.62 3660.80 -2544.27 2.00 0.002544.27 Holl for 116.37 111959.98 93.40 270.16 3595.72 3661.11 -2660.38 0.00 0.002660.38 Stat 2°1100' DLS, -180° TF, for 120.08' 182080.06 91.00 270.16 3591.11 3661.44 -2780.37 2.00 -180.002780.37 3R-1111-1 T07 042619 AV Adjust TF to 180°, for 31.43' 192111.49 90.37 270.16 3590.73 3661.53 -2811.79 2.00 180.002811.79 Holl for 508.31' 202617.79 90.37 270.16 3587.45 3662.91-3318.08 0.00 0.003318.08 Stat 2°1100' DLS, W TF, for 231.43' 212849.22 95.00 270.16 3576.61 3663.54 -3549.19 2.00 0.003549.19 3R-111 L1 T08 042619 AV Stat 25°/100' DLS, 0° TF, for 47.49- 222896.71 96.19 270.16 3571.98 3663.67-3596.45 2.50 0.003596.45 Hold for 95.92' 232992.63 96.19 270.16 3561.64 3663.93 -3691.82 0.00 0.003691.82 Stat 2.5°/100' DLS, -180° TF, for 227.49' 243220.12 90.50 270.16 3548.38 3664.55,3918.83 2.50 -180.003918.83 3R-111 Ll T09 042619 AV Stat 2°/100' DLS, 180" TF, for 6.23' 253226.35 90.38 270.16 3548.33 3664.56-3925.06 2.00 180.003925.06 Holl for 543.76 263770.10 90.38 270.16 3544.77 3666.05 -0468.79 0.00 0.004468.79 Start 2°/100' DLS, i TF, for 56.23' 213826.33 91.50 270.16 3543.85 3666.20-4525.01 2.00 0.004525.01 3R-1111-1 T10 042619 AV Adjust TF to 0°, for 20.79' 283847.12 91.92 270.16 3543.23 3666.26-4545.80 2.00 0.004545.80 Hol) for 859.44' 294706.57 91.92 270.16 3514.50 3668.60-5404.76 0.00 0.005404.76 Stat 2°/100' DLS, -180° TF, for 36.95' 304743.51 91.18 270.16 3513.50 3668.70-5441.69 2.00-180.005441.69 31 T11 042619 AV Holl for 1183.07' 315926.58 91.18 270.16 3489.20 3671.93-6624.50 0.00 0.006624.50 3R-111 Lt T12 TD 042619 AV TD: 15926.58' MD, 3489.2' TO Plan fails AC against 3R-11lwp04.1 motherbore I L By signing this I acknowledge that I have been informed of all risks, checked that thr data is correct, ensured it's completeness, and all surrounding wells are assigned to the proper position, and I approve the scan and collision avoidance plan as set out ii the audit pack.l approve it as the basis for the final well plan and wellsite drawings. I also acknowledge that unless notified otherwise all targets have a 100 feet lateral Prepared by: Checked by: Accepted by: Approved by: V. Osara H. Bui J. Ryan B. Tolman 0 o O 0 �o0 0 M ooO` pp0 0 0 0008 pp LO 30 Q � ppp 0006 CN - x 00 x Opp C) o Cf) Ln rn Q 00 t- rn M 00001 (0 N CV Q Q O d ce)� - -- O x - cD N N ~ .- NO O O + 0 00014 d o -' � "' r " ) � LO ca W H Q O) J r Q U) � OOOz1 CO M M O O _ O M J O H Q N 0000 r Or MCY) N CO CL co ~ O OO 000ti-1" -jLn CD J 0 N Q J O M N 00051 1 o M co o p x T- o N Q9 M N _ M F- LZ691 � 1'b0dM111-2� Cr) CD O O O o O 0 0 O LO ZOdMlllll-b Ln (+)gIJON/(-)ulnoS F7 I 3R-111wp04i 5927 1,3R-111 L1wp02 0 -i-- --- _ -- - - - - 10 o x c� 5wo 2° 4000 O LO 00 3000 cn _.... . _ _ _....---- .. ov o o � M o O 2000 O ti 2° N c _....... ................... . i..__ 1000 00 I......... c5 0000 N � o 1° O - ------------ o o- _ -- ...-_...-_..... _ i 0 00 - 006 - 6 ' J x CD - oo�� N II OO o � o -----..-....-_...._...._---------------- .._._............. �_ ....__...----- ---------------------------- -_-____ - N _.__- r l_...,.. --------------.._-. 0 c- 20 x ' CO O0L OOO 00 LO 'I 0') M O O CD ... ............ ..--------- ------- ------ .-1.... _......_.......................__.......... ----- -- _._.. -- -------..--- O,- M O O O O O 0LO O `O �— 0 co LoO It yjda4 leoi}aan anal o X1000 LO O LO O- Lo O � r` d O r M M M LO M M M M M yjdaa Ieai}aan anal O 0 0 O o O r - O N M — co C O U N U) m U O o LO ConocoPhillips Alaska Inc—Kuparuk Kuparuk River Unit—2 Kuparuk 3R Pad Plan: 3R-111 50029xxxxx00 Plan: 3R-111 L1 Plan: 3R-111 L1wp02 Standard Proposal Report 11 June, 2019 ConocoPhilli ps ConocoPhillips ConocoPhillips Standard Proposal Report Database: OAKEDMPI Local Co-ordinate Reference: Well Plan: 3R-111 Company: ConocoPhillips Alaska Inc Kuparuk TVD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Project: Kuparuk River Unit -2 MD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Site: Kuparuk 3R Pad North Reference: True Well: Plan: 3R-111 Survey Calculation Method: Minimum Curvature , Wellbore: Plan: 3R-1111-1 Design: 3R-111 L1wp02 Latitude: Project Kuparuk River Unit -2, North Slope Alaska, United States Map System: System Datum: Mean Sea Level Geo Datum: Using Well Reference Point Map Zone: Using geodetic scale factor Site Kuparuk 3R Pad Site Position: Northing: Latitude: From: Map Easting: Longitude: Position Uncertainty: 0.00 usft Slot Radius: 0.000 in Grid Convergence: 0.16- .16°Well Well Plan: 3R-111 Well Position +N/ -S Northing: Latitude: +E/ -W Easting: Longitude: Position Uncertainty 0.00 usft Wellhead Elevation: Ground Level: 9.80 usft Wellbore i Plan: 3R-1111-1 Magnetics Model Name Sample Date Declination Dip Angle Field Strength BGGM2018 9/15/2018 16.98 80.98 57,449 Design 3R-111 L1wp02 Audit Notes: Version: Phase: PLAN Tie On Depth: 8,317.00 Vertical Section: Depth From (TVD) +N/ -S +E/ -W Direction (usft) (usft) (usft) (°) 39.10 0.00 0.00 270.00 Plan Survey Tool Program Date 6/11/2019 Depth From Depth To (usft) (usft) Survey (Wellbore) Tool Name Remarks 1 8,317.00 8,700.00 3R-111 L1wp02 (Plan: 3R-111 1-1) MWD-INC_ONLY MWD-INC—ONLY—FILLER 2 8,700.00 10,200.00 3R-111 L1wp02 (Plan: 3R-111 L1) MWD OWSG OWSG MWD - Standard 3 8,700.00 15,926.58 3R-111L1wp02(Plan: 3R-1111-1) MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + D 6/11/2019 9:01:45AM Page 2 COMPASS 5000.14 Build 85D 11 sConocoPhillip Database: OAKEDMPI Local Co-ordinate Reference: Company: ConocoPhillips Alaska Inc-Kuparuk TVD Reference: Project: Kuparuk River Unit -2 MD Reference: Site: Kuparuk 3R Pad North Reference: Well: Plan: 3R-111 Survey Calculation Method: Wellbore: Plan: 3R-1111-1 Rate Design: 3R-111 L1wp02 (usft) Plan Sections ConocoPhillips Standard Proposal Report Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) True Minimum Curvature Measured Vertical Dogleg Build Turn Depth Inclination Azimuth Depth +N/ -S +E/ -W Rate Rate Rate TFO (usft) (°) (°) (usft) (usft) (usft) ('/100usft) (°/100usft) (°1100usft) (°) Target 8,317.00 86.63 270.50 3,637.00 3,538.21 971.40 0.00 0.00 0.00 0.00 8,333.50 88.56 271.61 3,637.69 3,538.52 954.92 13.56 11.75 6.78 30.00 8,353.50 88.56 271.61 3,638.20 3,539.08 934.93 0.00 0.00 0.00 0.00 8,664.65 90.52 282.33 3,640.69 3,576.79 626.55 3.50 0.63 3.44 79.72 8,847.32 90.52 282.33 3,639.02 3,615.80 448.10 0.00 0.00 0.00 0.00 9,195.41 90.00 270.16 3,637.43 3,653.57 102.73 3.50 -0.15 -3.50 -92.42 3R-111 L1 T0304261E 9,253.78 91.17 270.16 3,636.84 3,653.73 44.37 2.00 2.00 0.00 0.00 10,273.64 91.17 270.16 3,616.06 3,656.51 -975.28 0.00 0.00 0.00 0.00 10,482.01 87.00 270.16 3,619.39 3,657.08 -1,183.57 2.00 -2.00 0.00 180.00 3R-111 L1 T0404261E 10,528.49 86.07 270.16 3,622.20 3,657.21 -1,229.97 2.00 -2.00 0.00 180.00 10,610.17 86.07 270.16 3,627.80 3,657.43 -1,311.45 0.00 0.00 0.00 0.00 10,881.65 91.50 270.16 3,633.55 3,658.17 -1,582.77 2.00 2.00 0.00 0.00 3R-111 L1 T0504261E 10,895.48 91.78 270.16 3,633.15 3,658.21 -1,596.59 2.00 1.99 0.00 0.00 11,762.40 91.78 270.16 3,606.29 3,660.57 -2,463.10 0.00 0.00 0.00 0.00 11,813.58 92.80 270.16 3,604.25 3,660.71 -2,514.23 2.00 2.00 0.00 0.00 3R-111 L1 T0604261E 11,843.66 93.40 270.16 3,602.62 3,660.80 -2,544.27 2.00 2.00 0.00 0.00 11,959.98 93.40 270.16 3,595.72 3,661.11 -2,660.38 0.00 0.00 0.00 0.00 12,080.06 91.00 270.16 3,591.11 3,661.44 -2,780.37 2.00 -2.00 0.00 -180.00 3R-111 L1 T0704261E 12,111.49 90.37 270.16 3,590.73 3,661.53 -2,811.79 2.00 -2.00 0.00 180.00 12,617.79 90.37 270.16 3,587.45 3,662.91 -3,318.08 0.00 0.00 0.00 0.00 12,849.22 95.00 270.16 3,576.61 3,663.54 -3,549.19 2.00 2.00 0.00 0.00 3R-111 L1 T0804261E 12,896.71 96.19 270.16 3,571.98 3,663.67 -3,596.45 2.50 2.50 0.00 0.00 12,992.63 96.19 270.16 3,561.64 3,663.93 -3,691.82 0.00 0.00 0.00 0.00 13,220.12 90.50 270.16 3,548.38 3,664.55 -3,918.83 2.50 -2.50 0.00 -180.00 3R-111 L1 70904261E 13,226.35 90.38 270.16 3,548.33 3,664.56 -3,925.06 2.00 -2.00 0.00 180.00 13,770.10 90.38 270.16 3,544.77 3,666.05 -4,468.79 0.00 0.00 0.00 0.00 13,826.33 91.50 270.16 3,543.85 3,666.20 -4,525.01 2.00 2.00 0.00 0.00 3R-111 L1 T1004261E 13,847.12 91.92 270.16 3,543.23 3,666.26 -4,545.80 2.00 2.00 0.00 0.00 14,706.57 91.92 270.16 3,514.50 3,668.60 -5,404.76 0.00 0.00 0.00 0.00 14,743.52 91.18 270.16 3,513.50 3,668.70 -5,441.69 2.00 -2.00 0.00 -180.00 3R-1111-1 T11 04261E 15,926.58 91.18 270.16 3,489.20 3,671.93 -6,624.50 0.00 0.00 0.00 0.00 3R-1111-1 T12 TD 0<< 6/11/2019 9:01:45AM Page 3 COMPASS 5000.14 Build 85D Planned Survey Measured ConocoPhillips ConocoPhillips Vertical Dogleg Standard Proposal Report Database: OAKEDMPI Local Co-ordinate Reference: Well Plan: 3R-111 Company: ConocoPhillips Alaska Inc-Kuparuk TVD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Project: Kuparuk River Unit_2 MD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Site: Kuparuk 3R Pad North Reference: True Well: Plan: 3R-111 Survey Calculation Method: Minimum Curvature Wellbore: Plan: 3R -111L1 971.40 -971.40 Design: 3R-111 L1 wp02 0.00 KOP: 13.56°/100' DLS, 30° TF, for 16.5' Planned Survey Measured Vertical Vertical Dogleg Build Turn Depth Inclination Azimuth Depth +N/ -S +E/ -W Section Rate Rate Rate (usft) V) (1) (usft) (usft) (usft) (usft) (°/100usft) ('1100usft) (°/100usft) 8,317.00 86.63 270.50 3,637.00 3,538.21 971.40 -971.40 0.00 0.00 0.00 KOP: 13.56°/100' DLS, 30° TF, for 16.5' 8,318.00 86.74 270.56 3,637.06 3,538.22 970.40 -970.40 13.56 11.74 6.79 9 5/8" x 12-114" 8,333.50 88.56 271.61 3,637.69 3,538.52 954.92 -954.92 13.56 11.75 6.78 Hold for 20' 8,353.50 88.56 271.61 3,638.20 3,539.08 934.93 -934.93 0.00 0.00 0.00 Start 3.5°/100' DLS, 79.72° TF, for 311.15' 8,400.00 88.85 273.22 3,639.24 3,541.04 888.48 -888.48 3.50 0.63 3.44 8,500.00 89.48 276.66 3,640.69 3,549.65 788.88 -788.88 3.50 0.63 3.44 8,600.00 90.11 280.10 3,641.04 3,564.22 689.97 -689.97 3.50 0.63 3.44 8,664.65 90.52 282.33 3,640.69 3,576.79 626.55 -626.55 3.50 0.63 3.44 Hold for 182.67' 8,700.00 90.52 282.33 3,640.36 3,584.34 592.02 -592.02 0.00 0.00 0.00 8,800.00 90.52 282.33 3,639.45 3,605.69 494.33 -494.33 0.00 0.00 0.00 8,847.32 90.52 282.33 3,639.02 3,615.80 448.10 -448.10 0.00 0.00 0.00 Start 3.50/100' DLS, -92.42° TF, for 348.09' 8,900.00 90.44 280.49 3,638.58 3,626.21 396.47 -396.47 3.50 -0.15 -3.50 9,000.00 90.29 276.99 3,637.93 3,641.40 297.65 -297.65 3.50 -0.15 -3.50 9,100.00 90.14 273.49 3,637.55 3,650.54 198.08 -198.08 3.50 -0.15 -3.50 9,195.41 90.00 270.16 3,637.43 3,653.57 102.73 -102.73 3.50 -0.15 -3.50 Start 20/100' DLS, 0° TF, for 58.37' 9,200.00 90.09 270.16 3,637.43 3,653.59 98.14 -98.14 2.00 2.00 0.00 9,253.78 91.17 270.16 3,636.84 3,653.73 44.37 -44.37 2.00 2.00 0.00 Hold for 1019.86' 9,300.00 91.17 270.16 3,635.89 3,653.86 -1.84 1.84 0.00 0.00 0.00 9,400.00 91.17 270.16 3,633.86 3,654.13 -101.82 101.82 0.00 0.00 0.00 9,500.00 91.17 270.16 3,631.82 3,654.40 -201.80 201.80 0.00 0.00 0.00 9,600.00 91.17 270.16 3,629.78 3,654.68 -301.78 301.78 0.00 0.00 0.00 9,700.00 91.17 270.16 3,627.75 3,654.95 -401.76 401.76 0.00 0.00 0.00 9,800.00 91.17 270.16 3,625.71 3,655.22 -501.74 501.74 0.00 0.00 0.00 9,900.00 91.17 270.16 3,623.67 3,655.50 -601.72 601.72 0.00 0.00 0.00 10,000.00 91.17 270.16 3,621.63 3,655.77 -701.69 701.69 0.00 0.00 0.00 10,100.00 91.17 270.16 3,619.60 3,656.04 -801.67 801.67 0.00 0.00 0.00 10,200.00 91.17 270.16 3,617.56 3,656.31 -901.65 901.65 0.00 0.00 0.00 10,273.64 91.17 270.16 3,616.06 3,656.51 -975.28 975.28 0.00 0.00 0.00 Start 2°/100' DLS, 180° TF, for 208.37' 10,300.00 90.64 270.16 3,615.64 3,656.59 -1,001.63 1,001.63 2.00 -2.00 0.00 10,400.00 88.64 270.16 3,616.27 3,656.86 -1,101.63 1,101.63 2.00 -2.00 0.00 10,482.01 87.00 270.16 3,619.39 3,657.08 -1,183.57 1,183.57 2.00 -2.00 0.00 Adjust TF to 1800, for 46.48' 10,500.00 86.64 270.16 3,620.39 3,657.13 -1,201.53 1,201.53 2.00 -2.00 0.00 10,528.49 86.07 270.16 3,622.20 3,657.21 -1,229.97 1,229.97 2.00 -2.00 0.00 Hold for 81.68' 10,600.00 86.07 270.16 3,627.10 3,657.40 -1,301.31 1,301.31 0.00 0.00 0.00 10,610.17 86.07 270.16 3,627.80 3,657.43 -1,311.45 1,311.45 0.00 0.00 0.00 Start 20/100' DLS, 0° TF, for 271.48' 10,700.00 87.87 270.16 3,632.55 3,657.68 -1,401.15 1,401.15 2.00 2.00 0.00 10,800.00 89.87 270.16 3,634.52 3,657.95 -1,501.13 1,501.13 2.00 2.00 0.00 10,881.65 91.50 270.16 3,633.55 3,658.17 -1,582.77 1,582.77 2.00 2.00 0.00 Adjust TF to 00, for 13.83' 10,895.48 91.78 270.16 3,633.15 3,658.21 -1,596.59 1,596.59 1.99 1.99 0.00 Hold for 866.93' 6/11/2019 9.01:45AM Page 4 COMPASS 5000.14 Build 85D ConocoPhillips p ConocoPhillips Standard Proposal Report Database: OAKEDMP1 Local Co-ordinate Reference: Well Plan: 3R-111 Company: ConocoPhillips Alaska Inc-Kuparuk TVD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon 142) Project: Kuparuk River Unit -2 MD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Site: Kuparuk 3R Pad North Reference: True Well: Plan: 3R-111 Survey Calculation Method: Minimum Curvature Wellbore: Plan: 3R-1111-1 Design: 3R-111 L1wp02 Planned Survey Measured Vertical Vertical Dogleg Build Turn Depth Inclination Azimuth Depth +N/ -S +E/ -W Section Rate Rate Rate (usft) (°) (°) (usft) (usft) (usft) (usft) (°1100usft) (" I100usft) (°/100usft) 10,900.00 91.78 270.16 3,633.01 3,658.22 -1,601.11 1,601.11 0.00 0.00 0.00 11,000.00 91.78 270.16 3,629.92 3,658.50 -1,701.06 1,701.06 0.00 0.00 0.00 11,100.00 91.78 270.16 3,626.82 3,658.77 -1,801.02 1,801.02 0.00 0.00 0.00 11,200.00 91.78 270.16 3,623.72 3,659.04 -1,900.97 1,900.97 0.00 0.00 0.00 11,300.00 91.78 270.16 3,620.62 3,659.31 -2,000.92 2,000.92 0.00 0.00 0.00 11,400.00 91.78 270.16 3,617.52 3,659.59 -2,100.87 2,100.87 0.00 0.00 0.00 11,500.00 91.78 270.16 3,614.42 3,659.86 -2,200.82 2,200.82 0.00 0.00 0.00 11,600.00 91.78 270.16 3,611.32 3,660.13 -2,300.77 2,300.77 0.00 0.00 0.00 11,700.00 91.78 270.16 3,608.23 3,660.40 -2,400.73 2,400.73 0.00 0.00 0.00 11,762.40 91.78 270.16 3,606.29 3,660.57 -2,463.10 2,463.10 0.00 0.00 0.00 Start 2°/100' DLS, 0° TF, for 51.17' 11,800.00 92.53 270.16 3,604.88 3,660.68 -2,500.67 2,500.67 2.00 2.00 0.00 11,813.58 92.80 270.16 3,604.25 3,660.71 -2,514.23 2,514.23 2.01 2.01 0.00 Adjust TF to 0°, for 30.08' 11,843.66 93.40 270.16 3,602.62 3,660.80 -2,544.27 2,544.27 2.00 2.00 0.00 Hold for 116.32' 11,900.00 93.40 270.16 3,599.28 3,660.95 -2,600.51 2,600.51 0.00 0.00 0.00 11,959.98 93.40 270.16 3,595.72 3,661.11 -2,660.38 2,660.38 0.00 0.00 0.00 Start 2°/100' DLS, -180° TF, for 120.08' 12,000.00 92.60 270.16 3,593.63 3,661.22 -2,700.35 2,700.35 2.00 -2.00 0.00 12,080.06 91.00 270.16 3,591.11 3,661.44 -2,780.37 2,780.37 2.00 -2.00 0.00 Adjust TF to 180°, for 31.43' 12,100.00 90.60 270.16 3,590.83 3,661.49 -2,800.30 2,800.30 2.00 -2.00 0.00 12,111.49 90.37 270.16 3,590.73 3,661.53 -2,811.79 2,811.79 2.00 -2.00 0.00 Hold for 506.31' 12,200.00 90.37 270.16 3,590.16 3,661.77 -2,900.30 2,900.30 0.00 0.00 0.00 12,300.00 90.37 270.16 3,589.51 3,662.04 -3,000.30 3,000.30 0.00 0.00 0.00 12,400.00 90.37 270.16 3,588.86 3,662.31 -3,100.30 3,100.30 0.00 0.00 0.00 12,500.00 90.37 270.16 3,588.21 3,662.59 -3,200.29 3,200.29 0.00 0.00 0.00 12,600.00 90.37 270.16 3,587.57 3,662.86 -3,300.29 3,300.29 0.00 0.00 0.00 12,617.79 90.37 270.16 3,587.45 3,662.91 -3,318.08 3,318.08 0.00 0.00 0.00 Start 2°/100' DLS, 0° TF, for 231.43' 12,700.00 92.02 270.16 3,585.74 3,663.13 -3,400.27 3,400.27 2.00 2.00 0.00 12,800.00 94.02 270.16 3,580.48 3,663.40 -3,500.13 3,500.13 2.00 2.00 0.00 12,849.22 95.00 270.16 3,576.61 3,663.54 -3,549.19 3,549.19 2.00 2.00 0.00 Start 2.5°/100' DLS, 0° TF, for 47.49' 12,896.71 96.19 270.16 3,571.98 3,663.67 -3,596.45 3,596.45 2.50 2.50 0.00 Hold for 95.92' 12,900.00 96.19 270.16 3,571.63 3,663.68 -3,599.73 3,599.73 0.00 0.00 0.00 12,992.63 96.19 270.16 3,561.64 3,663.93 -3,691.82 3,691.82 0.00 0.00 0.00 Start 2.5°/100' DLS, -180° TF, for 227.49' 13,000.00 96.00 270.16 3,560.86 3,663.95 -3,699.15 3,699.15 2.50 -2.50 0.00 13,100.00 93.50 270.16 3,552.57 3,664.22 -3,798.79 3,798.79 2.50 -2.50 0.00 13,200.00 91.00 270.16 3,548.64 3,664.49 -3,898.71 3,898.71 2.50 -2.50 0.00 13,220.12 90.50 270.16 3,548.38 3,664.55 -3,918.83 3,918.83 2.50 -2.50 0.00 Start 2°/100' DLS, 180° TF, for 6.23' 13,226.35 90.38 270.16 3,548.33 3,664.56 -3,925.06 3,925.06 2.00 -2.00 0.00 Hold for 543.75' 13,300.00 90.38 270.16 3,547.85 3,664.77 -3,998.70 3,998.70 0.00 0.00 000 13,400.00 90.38 270.16 3,547.19 3,665.04 -4,098.70 4,098.70 0.00 0.00 0.00 13,500.00 90.38 270.16 3,546.54 3,665.31 -4,198.70 4,198.70 0.00 0.00 0.00 13,600.00 90.38 270.16 3,545.88 3,665.58 -4,298.70 4,298.70 0.00 0.00 0.00 6111/2019 9:01:45AM Page 5 COMPASS 5000.14 Build 85D ConocoPhillips p ConocoPhillips Standard Proposal Report Database: OAKEDMP1 Local Co-ordinate Reference: Well Plan: 3R-111 Company: ConocoPhillips Alaska Inc_Kuparuk TVD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Project: Kuparuk River Unit -2 MD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Site: Kuparuk 3R Pad North Reference: True Well: Plan: 3R-111 Survey Calculation Method: Minimum Curvature Wellbore: Plan: 3R-111 L1 Design: 3R-111 L1 wp02 Planned Survey Measured Vertical Vertical Dogleg Build Turn Depth Inclination Azimuth Depth +N/ -S +E/ -W Section Rate Rate Rate (usft) (°) (°) (usft) (usft) (usft) (usft) (°/100usft) (°/100usft) (°/100usft) 13,700.00 90.38 270.16 3,545.23 3,665.86 -4,398.69 4,398.69 0.00 0.00 0.00 13,770.10 90.38 270.16 3,544.77 3,666.05 -4,468.79 4,468.79 0.00 0.00 0.00 Start 2°/100' OLS, 0° TF, for 56.23' 13,800.00 90.97 270.16 3,544.42 3,666.13 -4,498.69 4,498.69 2.00 2.00 0.00 13,826.33 91.50 270.16 3,543.85 3,666.20 -4,525.01 4,525.01 2.00 2.00 0.00 Adjust TF to 0°, for 20.79' 13,847.12 91.92 270.16 3,543.23 3,666.26 -4,545.80 4,545.80 2.00 2.00 0.00 Hold for 859.44' 13,900.00 91.92 270.16 3,541.46 3,666.40 -4,598.64 4,598.64 0.00 0.00 0.00 14,000.00 91.92 270.16 3,538.12 3,666.67 -4,698.59 4,698.59 0.00 0.00 0.00 14,100.00 91.92 270.16 3,534.78 3,666.95 -4,798.53 4,798.53 0.00 0.00 0.00 14,200.00 91.92 270.16 3,531.43 3,667.22 -4,898.48 4,898.48 0.00 0.00 0.00 14,300.00 91.92 270.16 3,528.09 3,667.49 -4,998.42 4,998.42 0.00 0.00 0.00 14,400.00 91.92 270.16 3,524.75 3,667.77 -5,098.36 5,098.36 0.00 0.00 0.00 14,500.00 91.92 270.16 3,521.40 3,668.04 -5,198.31 5,198.31 0.00 0.00 0.00 14,600.00 91.92 270.16 3,518.06 3,668.31 -5,298.25 5,298.25 0.00 0.00 0.00 14,700.00 91.92 270.16 3,514.72 3,668.58 -5,398.19 5,398.19 0.00 0.00 0.00 14,706.57 91.92 270.16 3,514.50 3,668.60 -5,404.76 5,404.76 0.00 0.00 0.00 Start 2°/100' DLS, -180° TF, for 36.95' 14,743.52 91.18 270.16 3,513.50 3,668.70 -5,441.69 5,441.69 2.00 -2.00 0.00 Hold for 1183.07' 14,800.00 91.18 270.16 3,512.34 3,668.86 -5,498.16 5,498.16 0.00 0.00 0.00 14,900.00 91.18 270.16 3,510.29 3,669.13 -5,598.14 5,598.14 0.00 0.00 0.00 15,000.00 91.18 270.16 3,508.23 3,669.40 -5,698.12 5,698.12 0.00 0.00 0.00 15,100.00 91.18 270.16 3,506.18 3,669.68 -5,798.10 5,798.10 0.00 0.00 0.00 15,200.00 91.18 270.16 3,504.12 3,669.95 -5,898.08 5,898.08 0.00 0.00 0.00 15,300.00 91.18 270.16 3,502.07 3,670.22 -5,998.06 5,998.06 0.00 0.00 0.00 15,400.00 91.18 270.16 3,500.02 3,670.49 -6,098.04 6,098.04 0.00 0.00 0.00 15,500.00 91.18 270.16 3,497.96 3,670.77 -6,198.01 6,198.01 0.00 0.00 0.00 15,600.00 91.18 270.16 3,495.91 3,671.04 -6,297.99 6,297.99 0.00 0.00 0.00 15,700.00 91.18 270.16 3,493.85 3,671.31 -6,397.97 6,397.97 0.00 0.00 0.00 15,800.00 91.18 270.16 3,491.80 3,671.58 -6,497.95 6,497.95 0.00 0.00 0.00 15,900.00 91.18 270.16 3,489.75 3,671.86 -6,597.93 6,597.93 0.00 0.00 0.00 15,926.00 91.18 270.16 3,489.21 3,671.93 -6,623.92 6,623.92 0.00 0.00 0.00 4 1/2" x 6-314" 15,926.58 91.18 270.16 3,489.20 . 3,671.93 -6,624.50 6,624.50 0.00 0.00 0.00 TD: 15926.58' MD, 3489.2' TVD 6/11/2019 9:01:45AM Page 6 COMPASS 5000.14 Build 85D ConocoPhillips p Database: Company: Project: Site: Well: Wellbore: Design: Design Targets Target Name hit/miss target Shape OAKEDMP1 ConocoPhillips Alaska Inc-Kuparuk Kuparuk River Unit -2 Kuparuk 3R Pad Plan: 3R-111 Plan: 3R -111L1 3R-111 L1 wp02 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Dip Angle Dip Dir. TVD +N/ -S +E/ -W C) (I (usft) (usft) (usft) 3R-111 L1 T12 TD 04261 0.00 0.00 3,489.20 3,671.93 -6,624.50 - plan hits target center Diameter Diameter (usft) (usft) -Circle (radius 100.00) (in) (in) 118.00 118.00 20"x42" 3R-111 L1 T11 042619 A 0.00 0.00 3,513.50 3,668.70 -5,441.69 - plan hits target center 8,318.00 3,636.95 9 5/8" x 12-1/4" 9.625 12.250 -Circle (radius 100.00) 3,489.21 4 1/2" x 6-3/4" 4.500 6.750 3R-111 L1 T10 042619 A 0.00 0.00 3,543.85 3,666.20 4525.01 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T09 042619 A 0.00 0.00 3,548.38 3,664 55 -3,918.83 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T08 042619 A 0.00 0.00 3,576.61 3,663.54 -3,549.19 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T07 042619 A 0.00 0.00 3,591.11 3,661.44 -2,780.37 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T06 042619 A 0.00 0.00 3,604.25 3,660.71 -2,514.23 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T04 042619 A 0.00 0.00 3,619.39 3,657.08 -1,183.57 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T05 042619 A 0.00 0.00 3,633.55 3,658.17 -1,582.77 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T01 WSD 042 0.00 0.00 3,636.13 3,694.27 1,087.01 - plan misses target center by 194.22usft at 8317.00usft MD (3637.00 TVD, 3538.21 N, 971.40 E) -Circle (radius 100.00) 3R-111 L1 T03 042619 A 0.00 0.00 3,637.43 3,653.57 102.73 - plan hits target center -Circle (radius 100.00) 313-111 L1 T02 Heel 042E 0.00 0.00 3,641.18 3,660.46 996.07 - plan misses target center by 124.78usft at 8317.00usft MD (3637.00 TVD, 3538.21 N, 971.40 E) -Circle (radius 100.00) Casing Points ConocoPhillips Standard Proposal Report Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) True Minimum Curvature Measured Vertical Casing Hole Depth Depth Diameter Diameter (usft) (usft) Name (in) (in) 118.00 118.00 20"x42" 20.000 42.000 2,502.21 2,198.90 13 3/8" x 16" 13.375 16.000 8,318.00 3,636.95 9 5/8" x 12-1/4" 9.625 12.250 15,926.00 3,489.21 4 1/2" x 6-3/4" 4.500 6.750 6/11/2019 9:01:45AM Page 7 COMPASS 5000.14 Build 85D ConocoPhillips p Database: OAKEDMP1 Company: ConocoPhillips Alaskalnc_Kuparuk Project: Kuparuk River Unit -2 Site: Kuparuk 3R Pad Well: Plan: 3R-111 Wellbore: Plan: 3R-1111-1 Design: 3R-111 L1 wp02 Plan Annotations ConocoPhillips Standard Proposal Report Local Co-ordinate Reference: Well Plan: 3R-111 TVD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) MD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) North Reference: True Survey Calculation Method: Minimum Curvature Measured Vertical Local Coordinates Depth Depth +N/ -S +E/ -W (usft) (usft) (usft) (usft) Comment 1 8,317.00 3,637.00 3,538.21 971.40 KOP: 13.56°/100' DLS, 30° TF, for 16.5' 8,333.50 3,637.69 3,538.52 954.92 Hold for 20' 8,353.50 3,638.20 3,539.08 934.93 Start 3.5°/100' DLS, 79.72° TF, for 311.15' 8,664.65 3,640.69 3,576.79 626.55 Hold for 182.67' 8,847.32 3,639.02 3,615.80 448.10 Start 3.5°/100' DLS, -92.42° TF, for 348.09' 9,195.41 3,637.43 3,653.57 102.73 Start 2°/100' DLS, 0° TF, for 58.37' 9,253.78 3,636.84 3,653.73 44.37 Hold for 1019.86' 10,273.64 3,616.06 3,656.51 -975.28 Start 2°/100' DLS, 180° TF, for 208.37' 10,482.01 3,619.39 3,657.08 -1,183.57 Adjust TF to 180°, for 46.48' 10,528.49 3,622.20 3,657.21 -1,229.97 Hold for 81.68' 10,610.17 3,627.80 3,657.43 -1,311.45 Start 2°/100' DLS, 0° TF, for 271.48' 10,881.65 3,633.55 3,658.17 -1,582.77 Adjust TF to 0°, for 13.83' 10,895.48 3,633.15 3,658.21 -1,596.59 Hold for 866.93' 11,762.40 3,606.29 3,660.57 -2,463.10 Start 2°/100' DLS, 0° TF, for 51.17' 11,813.58 3,604.25 3,660.71 -2,514.23 Adjust TF to 0°, for 30.08' 11,843.66 3,602.62 3,660.80 -2,544.27 Hold for 116.32' 11,959.98 3,595.72 3,661.11 -2,660.38 Start 2°/100' DLS, -180° TF, for 120.08' 12,080.06 3,591.11 3,661.44 -2,780.37 Adjust TF to 1800, for 31.43' 12,111.49 3,590.73 3,661.53 -2,811.79 Hold for 506.31' 12,617.79 3,587.45 3,662.91 -3,318.08 Start 20/100' DLS, 0° TF, for 231.43' 12,849.22 3,576.61 3,663.54 -3,549.19 Start 2.5°/100' DLS, 0° TF, for 47.49' 12,896.71 3,571.98 3,663.67 -3,596.45 Hold for 95.92' 12,992.63 3,561.64 3,663.93 -3,691.82 Start 2.5°/100' DLS, -180° TF, for 227.49' 13,220.12 3,548.38 3,664.55 -3,918.83 Start 2°/100' DLS, 180° TF, for 6.23' 13,226.35 3,548.33 3,664.56 -3,925.06 Hold for 543.75' 13,770.10 3,544.77 3,666.05 4,468.79 Start 2°/100' DLS, 0° TF, for 56.23' 13,826.33 3,543.85 3,666.20 -4,525.01 Adjust TF to 0', for 20.79' 13,847.12 3,543.23 3,666.26 -4,545.80 Hold for 859.44' 14,706.57 3,514.50 3,668.60 -5,404.76 Start 2°/100' DLS, -180° TF, for 36.95' 14,743.52 3,513.50 3,668.70 -5,441.69 Hold for 1183.07' 15,926.58 3,489.20 3,671.93 -6,624.50 TD: 15926.58' MD, 3489.2' TVD 6/11/2019 9:01:45AM Page 8 COMPASS 5000.14 Build 85D IA iii Jc �o. 0 O WI L /�/ E ids D c ° m jp U C I C N N O. � d d� w o `m x d M O z � E _ C � M � O O c H 3 2 c r o @ 7 O d 7 �- /� CL C ■— ■— � c d m at0i c ♦^ v ■— ■— v a @� w m ¢ M N W c d d J Q N O =+ C9 = na .0� CL 3 rn m - 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U a 3 M , O T U Equivalent Magnetic Dis 0 9000 10500 12000 13500 15000 Measured Depth SURVEY PROGRAM CASING DETAILS Depth From Depth To Survey/Plan Tool VD MD Name 39.10 1250.00 3R-111wp04 (Plan: 3R-111) GYD-GC-SS 3636.95 8318.00 9 5/8" x 12-1/4" 1250.00 2502.21 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS 3489.2115926.00 4 1/2" x 6-3/4" 2502.21 8317.00 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS 8317.00 8700.00 3R-111L1wp02 (Plan: 3R-111MWD-INC_ONLY 8700.0010200.00 3R-111L1wp02 (Plan: 3R-111L4WD OWSG 8700.0015926.58 3R-111L1wp02 (Plan: 3R-111MID+IFR2+SAG+MS a 3 0 60— U) U) N Equivalent Magnetic Dis a 30 U j o a� L U 0 8450 9100 9750 10400 11050 11700 Partial Measured Depth 11:06, June 11 2019 3R-111L1wp02 TC View SURVEY PROGRAM SECTION DETAILS From To Tool MD Inc Azi TVD Dleg TFace Target Annotation 39.101250.00 GYD-GC-SS 8317.00 86.63 270.50 3637.00 0.00 0.00 KOP: 13.56°/100' DLS, 30° TF, for 16.5' 1250.0C2502.21 MWD+IFR2+SAG+MS 8333.50 88.56 271.61 3637.69 13.56 30.00 Hold for 20' 2502.218317.00 MWD+IFR2+SAG+MS 8353.50 88.56 271.61 3638.20 0.00 0.00 Start 3.5°/100' DLS, 79.72° TF, for 311.15' 8317.003700.00 MWD -INC ONLY 8664.65 90.52 282.33 3640.69 3.50 79.72 Hold for 182.67' 8700.Om200.00 MWD OWSG 8847.32 90.52 282.33 3639.02 0.00 0.00 Start 3.5°/100' DLS, -92.420 TF, for 348.09' 8700.0[5926.58 MWD+IFR2+SAG+MS 9195.41 90.00 270.16 3637.43 3.50 -92.42 3R-111 L1 T03 042619 ftrt 2°/100' DLS, 0° TF, for 58.37' 9253.78 91.17 270.16 3636.84 2.00 0.00 Hold for 1019.86' 10273.64 91.17 270.16 3616.06 0.00 0.00 Start 2°/100' DLS, 180° TF, for 208.3T 10482.01 87.00 270.16 3619.39 2.00 180.00 3R-1111-1 T04 042619 A Must TF to 180°, for 46.48' 10528.49 86.07 270.16 3622.20 2.00 180.00 Hold for 81.68' 10610.17 86.07 270.16 3627.80 0.00 0.00 Start 2°/100' DLS, 0° TF, for 271.48' 10881.65 91.50 270.16 3633.55 2.00 0.00 3R-1111-1 T05 042619 A Must TF to 0°, for 13.83' 10895.48 91.78 270.16 3633.15 2.00 0.00 Hold for 866.93' 11762.40 91.78 270.16 3606.29 0.00 0.00 Start 2°/100' DLS, 0° TF, for 51.17' 11813.58 92.80 270.16 3604.25 2.00 0.00 3R -111L1 T06 042619A&yust TF to 0°, for 30.08' 11843.66 93.40 270.16 3602.62 2.00 0.00 Hold for 116.32' 11959.98 93.40 270.16 3595.72 0.00 0.00 Start 2°/100' DLS, -180° TF, for 120.08' 12080.06 91.00 270.16 3591.11 12111.49 90.37 270.16 3590.73 2.00-180.00 3R-1111-1 T07 042619AMustTF 2.00 180.00 to 180°, for 31.43' Hold for 506.31' CASING DETAILS 12617.79 90.37 270.16 3587.45 12849.22 95.00 270.16 3576.61 0.00 0.00 Start 2°/100' DLS, 0° TF, for 231.43' 2.00 0.00 3R-1111-1 T08 042619 Suit 2.5°/100' DLS, 0° TF, for 47.49' TVD MD Name 3636.9EEi18.003 5/8" x 12ame 12896.71 96.19 270.16 3571.98 2.50 0.00 Hold for 95.92' 3636.9018.00 4 1/2" x 6-3/4" 12992.63 96.19 270.16 3561.64 0.00 0.00 Start 2.5°/100' DLS, -180° TF, for 227.49' 13220.12 90.50 270.16 3548.38 2.50-180.00 3R-1111-1 T09 042619 smrt 2°/100' DLS, 180° TF, for 6.23' 13226.35 90.38 270.16 3548.33 2.00 180.00 Hold for 543.75' 13770.10 90.38 270.16 3544.77 0.00 0.00 Start 2°/100' DLS, 0° TF, for 56.23' 13826.33 91.50 270.16 3543.85 2.00 0.00 3R-1111-1 T10 042619 A Must TF to 0°, for 20.79' 13847.12 91.92 270.16 3543.23 2.00 0.00 Hold for 859.44' 14706.57 91.92 270.16 3514.50 0.00 0.00 Start 2°/100' DLS, -180° TF, for 36.95' 14743.51 91.18 270.16 3513.50 2.00-180.00 3R-1111-1 T11 042619bwd for 1183.07' 15926.58 91.18 270.16 3489.20 0.00 0.00 3R-1111-1 T12 TD 04261 A`8926.58' MD, 3489.2' TVD 0 330 30 0 8317 3R-105L1wp0 8317 8500 8500 -- 8680 8680 8870 300,x 60 �' 8870 9050 Point State 1 9050 9230 60 9230 -^"- 9420 3R-105wp0 1Z 9420 9600 9600 9860 3 9860 10130 270 8400 90 0 30 1 1 10390 \ 8499 10390 -- 10650 8 ' 3 8597 i 10650 10910 10910 11170 `� 8693 11170 11440 0 11440 11700 8791 11700 - - 12230 240 120 12230 12760 t 1592 8 12760 13280 X 120 13280 13810 13810 "" "" "" 14340 5 7 14340 14870 50 210 150 14870 15400 3R-111 wp04.1 15400 " - - 15926 180 N 3 CL 3 o a o_ v n CL 3 C) 3O o ■ J Q 4 J fl Lo O 4n (O O f3 co co q O ^} O M �i M M M O O O_ N. O Q co O LO 3 oa M M 3 � O o co /0 L/� o NM L r 60 1 C) O C O O O 5 C Y M � Y O In /�/� Wp p p M M 0 � M � N Cl) W V Cl) M � O J m �9 9. 30� N d' M O M Cl)CL co N a o o c 3 M i M � 0 N d C 3 a 0 (uw[}sn 005Z) 5uiulJON AC Flipbook 0 0 0 0 0 0(— 0 0 0 0 0 0 0 0 O M MLO r- tiqj- M O M S ti O N O 00 I` LO M O (. T- M Cc) O) - d N I- N 00 M OD It O) CO LO Cc) 00 O N (c) OO O O O O- N N M M d' 't LOU-) O 00 00 00 O O O O O Oo 'VIII I II I�!II I� O I` O O O O O O O O O O O O O O O O O O O O O O O 00 i- M 0 Cc) M LO O M N N q' O Cc) M O S r- I� It O M M M I` O Cc) M- M M O- q- ti N ti N 00 M 00 - 00 M 00 00 M O O O O O O O O N N M M d d LO LL CD rn Q O o N CO M , N M In r 3 O (til lel (h i O C4 O O M M 00 ■ 0 co M N l CL M N O N J Q << < O V V 0 0 0 O N O N O O O O O O O O O O O O O O O O O O O O O O O U O O O I- O v 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 W++O(�` + E\C) L@OO OOON 00000000000000000000000 Q �04N IiC14a' ULLLLZ0� J ZNCO TX L M I- m M 00 M M 00 OD r CD++ — + X° M (� O _p' ppppp Oo}��i�S� � W �N -� 'NOr rMM(D(fl0M(0(O(D W MMCOM(O(0O(fl(D(D(D(DC.0W (D (D QLq C?Mrrrrrrrrrrrrrrrrrrrrrrrr Of 0_ pS3o (D r N N O O O O O O O O O O 0700000000 C) 0000 } 00�000OD I-ON000(? C7 Z 00 00(O 04 N N fV N (V N N N N N N N N N N N N N N N N N N N N N N y W Wa�Oe- D OON N MrN(A Q O mm to @5 p000(()N Mir OI-LOM0000000(D00)NrMNLOO(`'MNI- OLOLO(OM F-. (.0 O'er CO It cF Cn COMO"tf-NI�(Or COr M rLO p�oc�o$O pr"o co m �MLO(O V OLOI-ONON�006)COrtO(')M NTmmNNI-N�MO o W M o O r- o o NC)Mrr > (oM co co co (0 00 r N N ;' LOO DO 00 f� 00 co m O r 0 00 W O N N I` M M r - 00000000 M00000000r rNNNNCyN MMMMM� d - NOD OD W r r r r r r r r r r r r r r r r r r r r r r ConocoPhillips Alaska Inc—Kuparuk Kuparuk River Unit _2 Kuparuk 3R Pad Plan: 3R-111 50029xxxxx00 Plan: 3R-1111-1 Plan: 3R-111 L1wp02 Error Ellipse Survey Report 11 June, 2019 Company: ConocoPhillips Alaskalnc_Kuparuk Project: Kuparuk River Unit -2 Site: Kuparuk 3R Pad Well: Plan: 3R-111 Wellbore: Plan: 3R -111L1 Design: 3R-111 L1wp02 ConocoPhillips Error Ellipse Report Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Data base: Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) True Minimum Curvature 2.00 sigma OAKEDMP1 Project Kuparuk River Unit -2, North Slope Alaska, United States Map System: System Datum: Mean Sea Level Geo Datum: Using Well Reference Point Map Zone: Using geodetic scale factor Site Kuparuk 3R Pad Site Position: Northing: Latitude: From: Map Easting: Longitude: Position Uncertainty: 0.00 usft Slot Radius: 0.000 in Grid Convergence: 0.16 ° Well Pian: 3R-111 Well Position +N/ -S 0.00 usft Northing: Latitude: +EI -W 0.00 usft Easting: Longitude: Position Uncertainty 0.00 usft Wellhead Elevation: Ground Level: 9.80 usft Wellbore Plan: 3R -111L1 Magnetics Model Name Sample Date Declination Dip Angle Field Strength (°) (°) (nT) BGGM2018 9/15/2018 16.98 80.98 57,449 Design 3R-111L1wp02 Audit Notes: Version: Phase: PLAN Tie On Depth: 8,317.00 Vertical Section: Depth From (TVD) +N/ -S +El -W Direction (usft) (usft) (usft) (°) 39.10 0.00 0.00 270.00 Survey Tool Program Date 6/11/2019 From To (usft) (usft) Survey (Wellbore) Tool Name Description 39.10 1,250.00 3R-111wp04 (Plan: 3R-111) GYD-GC-SS Gyrodata gyro single shots 1,250.00 2,502.21 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + Multi -Station Correction 2,502.21 8,317.00 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + Multi -Station Correction 8,317.00 8,700.00 3R-111L1wp02 (Plan: 3R -111L1) MWD-INC_ONLY MWD-INC—ONLY—FILLER 8,700.00 10,200.00 3R-111 L1wp02 (Plan: 3R -111L1) MWD OWSG OWSG MWD - Standard 8,700.00 15,926.58 3R-111 Llwp02 (Plan: 3R-111 L1) MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + Multi -Station Correction 6/11/2019 9:01:58AM Page 2 COMPASS 5000.14 Build 85D Company: ConocoPhillips Alaska Inc-Kuparuk Project: Kuparuk River Unit -2 Site: Kuparuk 3R Pad Well: Plan: 3R-111 Wellbore: Plan: 3R -111L1 Design: 3R-111 L1wp02 Plan Survey Tool Program Date 6/11/2019 Depth From Depth To (usft) (usft) Survey (Wellbore) 1 39.10 1,250.00 3R-111wp04 (Plan: 3R-111) 2 1,250.00 2,50221 3R-111wp04 (Plan: 3R-111) ConocoPhillips Error Ellipse Report Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Tool Name Remarks GYD-GC-SS Gyrodata gyro single shots MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + 3 2,502.21 8,317.00 3R-111wp04 (Plan: 3R-111) MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + 4 8,317.00 8,700.00 3R-111 L1wp02 (Plan: 3R -111L1) MWD -INC -ONLY MWD -INC -ONLY -FILLER 5 8,700.00 10,200.00 3R-111 L1wp02 (Plan: 3R-111 L1) MWD OWSG OWSG MWD - Standard 6 8,700.00 15,92658 3R-111L1wp02(Plan: 3R-111 L1) MWD+IFR2+SAG+MS OWSG MWD + IFR2 + Sag + Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyonl42) Plan: 9.8 + 39.10 @ 48.90usft (Doyon 142) True Minimum Curvature 2.00 sigma OAKEDMP1 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) (") (') (usft) (usft) (usft) (usft) (usft) (uslt) (usft) (usft) (usft) (usft) O 8,317.00 86.63 270.50 3,637.00 25.11 -0.04 74.99 -0.03 25.07 0.21 4.01 75.04 39.99 88.53 MWD-INC_ONLY(1, 4) 8,318.00 86.74 270.56 3,637.06 25.11 -0.04 74.99 -0.03 25.07 0.21 4.01 75.04 39.99 88.53 MWD-INC_ONLY (1, 4) 8,333.50 88.56 271.51 3,637.69 25.08 -0.11 74.96 -0.07 25.07 0.21 4.02 75.04 39.99 88.53 MWD -INC -ONLY (1, 4) 8,353.50 88.56 271.61 3,638.20 25.09 -0.11 74.97 -0.07 25.07 0.21 4.03 75.04 39.99 88.53 MWD-INC_ONLY (1, 4) 8,400.00 88.85 273.22 3,639.24 25.09 -0.13 74.92 -0.19 25.07 0.21 4.05 75.10 39.99 88.54 MWD-INC_ONLY (1, 4) 8,500.00 89.48 276.66 3,640.69 25.11 -0.18 75.25 -0.43 25.10 0.21 4.10 75.78 40.01 88.69 MWD-INC_ONLY(1, 4) 8,600.00 90.11 280.10 3,641.04 25.15 -0.22 77.52 -0.67 25.15 0.21 4.15 78.51 40.13 89.50 MWD-1NC_ONLY(1, 4) 8,664.65 90.52 282.33 3,640.69 25.19 -0.25 81.02 -0.83 25.20 0.21 4.18 82.30 40.33 90.70 MWD -INC _ONLY (1, 4) 8,700.00 90.52 282.33 3,640.36 25.20 -0.25 82.46 -0.83 25.21 0.25 0.87 83.71 41.10 90.91 MWD OWSG (1, 5) 8,800.00 90.52 282.33 3,639.45 25.22 -0.25 82.72 -0.83 25.23 0.25 0.87 83.83 41.40 91.55 MWD OWSG (1, 5) 8,847.32 90.52 282.33 3,639.02 25.23 -0.25 82.97 -0.83 25.24 0.25 0.87 84.02 41.55 91.90 MWD OWSG (1, 5) 8,900.00 90.44 280.49 3,638.58 25.26 -0.25 83.68 -0.83 25.27 0.25 0.87 84.33 41.70 92.31 MWD OWSG (1, 5) 9,000.00 90.29 276.99 3,637.93 25.33 -0.25 85.05 -0.84 25.33 0.25 0.87 85.20 41.90 93.11 MWD OWSG (1, 5) 9,100.00 90.14 273.49 3,637.55 25.42 -0.25 86.42 -0.83 25.42 0.25 0.87 86.42 41.98 93.86 MWD OWSG (1, 5) 9,195.41 90.00 270.16 3,637.43 25.53 -0.25 87.71 -0.83 25.53 0.25 0.87 87.90 41.94 94.44 MWD OWSG (1, 5) 9,200.00 90.09 270.16 3,637.43 25.54 -0.25 87.78 -0.83 25.54 0.25 0.87 87.98 41.94 94.47 MWD OWSG (1, 5) 9,253.78 91.17 270.16 3,636.84 25.62 -0.25 88.71 -0.83 25.61 0.25 0.87 88.93 41.89 94.73 MWD OWSG (1, 5) 9,300.00 91.17 270.16 3,635.89 25.68 -0.25 89.58 -0.83 25.67 0.25 0.87 89.83 41.84 94.94 MWD OWSG (1, 5) I 9,400.00 91.17 270.16 3,633.86 25.84 -0.25 91.68 -0.83 25.83 0.25 0.87 91.97 41.74 95.32 MWD OWSG (1, 5) i 9,500.00 91.17 270.16 3,631.82 26.03 -0.25 94.05 -0.83 26.01 0.25 0.87 94.39 41.65 95.61 MWD OWSG (1, 5) Ili 9,600.00 91.17 270.16 3,629.78 26.23 -0.25 96.67 -0.83 26.22 0.25 0.87 97.06 41.55 95.82 MWD OWSG (1, 5) 9,700.00 91.17 270.16 3,627.75 26.46 -0.25 99.53 -0.83 26.44 0.25 0.87 99.95 41.47 95.96 MWD OWSG (1, 5) 9,800.00 91.17 270.16 3,625.71 26.70 -0.25 102.60 -0.83 26.69 0.25 0.87 103.06 41.39 96.05 MWD OWSG (1, 5) 9,900.00 91.17 270.16 3,623.67 26.97 -0.25 105.87 -0.83 26.96 0.25 0.87 106.35 41.31 96.08 MWD OWSG (1, 5) 10,000.00 91.17 270.16 3,621.63 27.26 -0.25 109.31 -0.83 27.25 0.25 0.87 109.81 41.25 96.08 MWD OWSG (1, 5) 10,100.00 91.17 270.16 3,619.60 27.57 -0.25 112.92 -0.83 27.55 0.25 0.87 113.44 41.19 96.05 MWD OWSG (1, 5) 10,200.00 91.17 270.16 3,617.56 26.15 -0.25 91.04 -0.83 26.14 0.25 0.87 91.17 41.56 93.52 MWD+IFR2+SAG+MS (2, 5) 10,273.64 91.17 270.16 3,616.06 26.24 -0.25 91.77 -0.83 26.23 0.25 0.87 91.90 41.56 93.59 MWD+IFR2+SAG+MS (2, 5) 6/11/2019 9:01:58AM Page 3 COMPASS 5000.14 Build 85D Company: ConocoPhillips Alaska Inc-Kuparuk Project: Kuparuk River Unit -2 Site: Kuparuk 3R Pad Well: Plan: 3R-111 Wellbore: Plan: 3R -111L1 Design: 3R-111 L1wp02 Position uncertainty and bias at survey station ConocoPhillips Error Ellipse Report Local Co-ordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) True Minimum Curvature 2.00 sigma OAKEDMPI 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 Toot (usft) (") (°) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (`) 10.300.00 90.64 270.16 3,615.64 26.26 -0.25 92.04 -0.83 26.26 0.25 0.87 92.17 41.57 93.61 MWD+IFR2+SAG+MS (2,5) 10,400.00 88.64 270.16 3,616.27 26.40 -0.25 93.08 -0.83 26.39 0.25 0.87 93.23 41.57 93.69 MWD+IFR2+SAG+MS (2, 5) 10,482.01 87.00 270.16 3,619.39 26.55 -0.24 93.98 -0.83 26.50 0.25 0.87 94.13 41.58 93.75 MWD+IFR2+SAG+MS (2,5) 10,500.00 86.64 270.16 3,620.39 26.58 -0.24 94.18 -0.83 26.53 0.25 0.87 94.33 41.58 93.76 MWD+IFR2+SAG+MS (2,5) 10,528.49 86.07 270.16 3,622.20 26.65 -0.24 94.50 -0.83 26.57 0.25 0.87 94.66 41.59 93.78 MWD+IFR2+SAG+MS (2,5) 10,600.00 86.07 270.16 3,627.10 26.75 -0.24 95.33 -0.83 26.67 0.25 0.87 95.49 41.59 93.82 MWD+IFR2+SAG+MS (2,5) 10,610.17 86.07 270.16 3,627.80 26.77 -0.24 95.45 -0.83 26.69 0.25 0.87 95.61 41.59 93.83 MWD+IFR2+SAG+MS (2,5) 10,700.00 87.87 270.16 3,632.55 26.84 -0.25 96.52 -0.83 26.82 0.25 0.87 96.69 41.60 93.88 MWD+IFR2+SAG+MS (2,5) 10,800.00 89.87 270.16 3,634.52 26.98 -0.25 97.77 -0.83 26.98 0.25 0.87 97.94 41.62 93.92 MWD+IFR2+SAG+MS (2,5) 10,881.65 91.50 270.16 3,633.55 27.14 -0.25 98.82 -0.83 27.12 0.25 0.87 99.00 41.63 93.95 MWD+IFR2+SAG+MS (2,5) 10,895.48 91.78 270.16 3,633.15 27.17 -0.25 99.00 -0.83 27.14 0.25 0.87 99.18 41.63 93.95 MWD+IFR2+SAG+MS (2,5) 10,900.00 91.78 270.16 3,633.01 27.17 -0.25 99.06 -0.83 27.15 0.25 0.87 99.24 41.63 93.95 MWD+IFR2+SAG+MS (2, 5) 11,000.00 91.78 270.16 3,629.92 27.34 -0.25 100.40 -0.83 27.32 0.25 0.87 100.58 41.64 93.98 MWD+IFR2+SAG+MS (2,5) 11,100.00 91.78 270.16 3,626.82 27.52 -0.25 101.78 -0.83 27.50 0.25 0.87 101.97 41.66 94.00 MWD+IFR2+SAG+MS (2,5) 11,200.00 91.78 270.16 3,623.72 27.71 -0.25 103.19 -0.83 27.68 0.25 0.87 103.39 41.67 94.02 MWD+IFR2+SAG+MS (2,5) 11,300.00 91.78 270.16 3,620.62 27.90 -0.25 104.65 -0.83 27.87 0.25 0.87 104.85 41.69 94.02 MWD+IFR2+SAG+MS (2,5) 11,400.00 91.78 270.16 3,617.52 28.09 -0.25 106.14 -0.83 28.07 0.25 0.87 106.35 41.70 94.03 MWD+IFR2+SAG+MS (2,5) 11,500.00 91.78 270.16 3,614.42 28.30 -0.25 107.67 -0.83 28.27 0.25 0.87 107.88 41.72 94.03 MWD+IFR2+SAG+MS (2,5) 11,600.00 91.78 270.16 3,611.32 28.50 -0.25 109.23 -0.83 28.48 0.25 0.87 109.45 41.74 94.02 MWD+IFR2+SAG+MS (2, 5) 11,700.00 91.78 270.16 3,608.23 28.72 -0.25 110.83 -0.83 28.69 0.25 0.87 111.04 41.76 94.01 MWD+IFR2+SAG+MS (2, 5) 11,762.40 91.78 270.16 3,606.29 28.86 -0.25 111.84 -0.83 28.83 0.25 0.87 112.06 41.78 94.00 MWD+IFR2+SAG+MS (2,5) 11,800.00 92.53 270.16 3,604.88 28.96 -0.26 112.45 -0.83 28.91 0.25 0.87 112.67 41.78 93.99 MWD+IFR2+SAG+MS (2,5) 11,813.58 92.80 270.16 3,604.25 29.00 -0.26 112.68 -0.83 28.94 0.25 0.87 112.90 41.79 93.99 MWD+IFR2+SAG+MS (2,5) 11,843.66 93.40 270.16 3,602.62 29.09 -0.26 113.17 -0.83 29.01 0.25 0.87 113.39 41.79 93.99 MWD+IFR2+SAG+MS (2,5) 11,900.00 93.40 270.16 3,599.28 29.21 -0.26 114.11 -0.83 29.14 0.25 0.87 114.33 41.81 93.98 MWD+IFR2+SAG+MS (2,5) 11,959.98 93.40 270.16 3,595.72 29.35 -0.26 115.11 -0.83 29.28 0.25 0.87 115.33 41.82 93.97 MWD+IFR2+SAG+MS (2,5) 12,000.00 92.60 270.16 3,593.63 29.41 -0.26 115.79 -0.83 29.37 0.25 0.87 116.01 41.83 93.96 MWD+IFR2+SAG+MS (2,5) 12,080.06 91.00 270.16 3,591.11 29.57 -0.25 117.16 -0.83 29.56 0.25 0.87 117.38 41.85 93.94 MWD+IFR2+SAG+MS (2,5) 12,100.00 90.60 270.16 3,590.83 29.61 -0.25 117.50 -0.83 29.60 0.25 0.87 117.72 41.85 93.94 MWD+IFR2+SAG+MS (2,5) 12,111.49 90.37 270.16 3,590.73 29.63 -0.25 117.70 -0.83 29.63 0.25 0.87 117.92 41.86 93.93 MWD+IFR2+SAG+MS (2,5) 12,200.00 90.37 270.16 3,590.16 29.85 -0.25 119.24 -0.83 29.84 0.25 0.87 119.46 41.88 93.91 MWD+IFR2+SAG+MS (2,5) 12,300.00 90.37 270.16 3,589.51 30.09 -0.25 121.00 -0.83 30.09 0.25 0.87 121.23 41.90 93.88 MWD+IFR2+SAG+MS (2, 5) 12,400.00 90.37 270.16 3,588.86 30.34 -0.25 122.79 -0.83 30.34 0.25 0.87 123.02 41.93 93.86 MWD+IFR2+SAG+MS (2, 5) 12,500.00 90.37 270.16 3,588.21 30.60 -0.25 124.60 -0.83 30.60 0.25 0.87 124.83 41.96 93.83 MWD+IFR2+SAG+MS (2,5) 12,600.00 90.37 270.16 3,587.57 30.86 -0.25 126.43 -0.83 30.86 0.25 0.87 126.66 41.99 93.80 MWD+IFR2+SAG+MS (2,5) 12,617.79 90.37 270.16 3,587.45 30.90 -0.25 126.76 -0.83 30.90 0.25 0.87 126.99 41.99 93.79 MWD+IFR2+SAG+MS (2,5) 12,700.00 92.02 270.16 3,585.74 31.15 -0.25 128.29 -0.83 31.12 0.25 0.87 128.51 42.02 93.76 MWD+IFR2+SAG+MS (2,5) 12,800.00 94.02 270.16 3,580.48 31.48 -0.26 130.16 -0.83 31.39 0.25 0.87 130.38 42.05 93.73 MWD+IFR2+SAG+MS (2,5) 12,849.22 95.00 270.16 3,576.61 31.65 -0.26 131.08 -0.83 31.52 0.25 0.87 131.31 42.06 93.72 MWD+IFR2+SAG+MS (2,5) 12,896.71 96.19 270.16 3,571.98 31.84 -0.26 131.97 -0.83 31 65 0.25 0.87 132.20 42.07 93.70 MWD+IFR2+SAG+MS (2,5) 12,900.00 96.19 270.16 3,571.63 31.85 -0.26 132.04 -0.83 31.66 0.25 0.87 132.26 42.08 93.70 MWD+IFR2+SAG+MS (2,5) 12,992.63 96.19 270.16 3,561.64 32.10 -0.26 133.79 -0.83 31.91 0.25 0.87 134.02 42.10 93.67 MWD+IFR2+SAG+MS (2, 5) 13,000.00 96.00 270.16 3,560.86 32.11 -0.26 133.93 -0.83 31.93 0.25 0.87 134.16 42.11 93.67 MWD+IFR2+SAG+MS (2,5) 13,100.00 93.50 270.16 3,552.57 32.28 -0.26 135.85 -0.83 32.21 0.25 0.87 136.07 42.14 93.63 MWD+IFR2+SAG+MS (2,5) 13,200.00 91.00 270.16 3,548.64 32.51 -0.25 137.79 -0.83 32.50 0.25 0.87 138.02 42.17 93.60 MWD+1FR2+SAG+MS (2, 5) 13,220.12 90.50 270.16 3,548.38 32.56 -0.25 138.18 -0.83 32.55 0.25 0.87 138.41 42.18 93.59 MWD+IFR2+SAG+MS (2,5) 13,226.35 90.38 270.16 3,548.33 32.58 -0.25 138.30 -0.83 32.57 0.25 0.87 138.53 42.18 93.59 MWD+IFR2+SAG+MS (2,5) 13,300.00 90.38 270.16 3,547.85 32.79 -0.25 139.75 -0.83 32.78 0.25 0.87 139.98 42.20 93.56 MWD+IFR2+SAG+MS (2,5) 13,400.00 90.38 270.16 3,547.19 33.08 -0.25 141.73 -0.83 33.08 0.25 0.87 141.95 42.24 93.53 MWD+IFR2+SAG+MS (2,5) 13,500.00 90.38 270.16 3,546.54 33.38 -0.25 143.72 -0.83 33.37 0.25 0.87 143.94 42.27 93.49 MWD+IFR2+SAG+MS (2,5) 13,600.00 90.38 270.16 3,545.88 33.68 -0.25 145.73 -0.83 33.67 0.25 0.87 145.95 42.31 93.46 MWD+IFR2+SAG+MS (2,5) 13,700.00 90.38 270.16 3,545.23 33.98 -0.25 147.75 -0.83 33.98 0.25 0.87 147.97 42.35 93.42 MWD+IFR2+SAG+MS (2,5) 13,770.10 90.38 270.16 3,544.77 34.19 -0.25 149.17 -0.83 34.19 0.25 0.87 149.39 42.37 93.40 MWD+IFR2+SAG+MS (2, 5) 13,800.00 90.97 270.16 3,544.42 34.29 -0.25 149.78 -0.83 34.28 0.25 0.87 150.00 42.38 93.39 MWD+IFR2+SAG+MS (2,5) 8/11/2019 9:01:58AM Page 4 COMPASS 5000.14 Build 85D Company: ConocoPhillips Alaska Inc-Kuparuk Project: Kuparuk River Unit -2 Site: Kuparuk 3R Pad Well: Plan: 3R-111 Wellbore: Plan: 3R-1111-1 Design: 3R-111 L1wp02 Position uncertainty and bias at survey station ConocoPhillips Error Ellipse Report Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Plan: 9.8 + 39.10 @ 48,90usft (Doyon142) True Minimum Curvature 2.00 sigma OAKEDMPI Measured Inclination Azimuth Vertical nighside Lateral Vertical Magnitude Semi -major Semi -minor Depth Depth Error Bias Error Bias Error Bias of Bias Error Error Azimuth Tool (usft) (`) (°) (usft) (usft) (usft) (usft) (usft) (usft) (usft) (usft) lush) (usft) 0 13,826.33 91.50 270.16 3,543.85 34.38 -0.25 150.32 -0.83 34.36 0.25 0.87 150.54 42.39 93.38 MWD+IFR2+SAG+MS (2,5) 13,847.12 91.92 270.16 3,543.23 34.45 -0.25 150.74 -0.83 34.43 0.25 0.87 150.96 42.40 93.37 MWD+IFR2+SAG+MS (2,5) 13,900.00 91.92 270.16 3,541.46 34.62 -0.25 151.82 -0.83 34.59 0.25 0.87 152.04 42.42 93.35 MWD+IFR2+SAG+MS (2,5) 14,000.00 91.92 270.16 3,538.12 34.93 -0.25 153.88 -0.83 34.90 0.25 0.87 154.10 42.46 93.32 MWD+IFR2+SAG+MS (2,5) 14,100.00 91.92 270.16 3,534.78 35.25 -0.25 155.95 -0.83 35.22 0.25 0.87 156.16 42.50 93.28 MWD+IFR2+SAG+MS (2,5) 14,200.00 91.92 270.16 3,531.43 35.56 -0.25 158.03 -0.83 35.54 0.25 0.87 158.24 42.54 93.25 MWD+IFR2+SAG+MS (2,5) 14,300.00 91.92 270.16 3,528.09 35.89 -0.25 160.12 -0.83 35.86 0.25 0.87 160.33 42.58 93.22 MWD+IFR2+SAG+MS (2, 5) 14,400.00 91.92 270.16 3,524.75 36.21 -0.25 162.22 -0.83 36.18 0.25 0.87 162.43 42.62 93.18 MWD+IFR2+SAG+MS (2,5) 14,500.00 91.92 270.16 3,521.40 36.54 -0.25 164.33 -0.83 36.51 0.25 0.87 164.54 42.66 93.15 MWD+IFR2+SAG+MS (2, 5) 14,600.00 91.92 270.16 3,518.06 36.87 -0.25 166.45 -0.83 36.84 0.25 0.87 166.66 42.70 93.12 MWD+IFR2+SAG+MS (2,5) 14,700.00 91.92 270.16 3,514.72 37.20 -0.25 168.58 -0.83 37.17 0.25 0.87 168.79 42.74 93.09 MWD+IFR2+SAG+MS (2,5) 14,706.57 91.92 270.16 3,514.50 37.22 -0.25 168.72 -0.83 37.19 0.25 0.87 168.93 42.74 93.08 MWD+IFR2+SAG+MS (2,5) 14,743.52 91.18 270.16 3,513.50 37.33 -0.25 169.51 -0.83 37.32 0.25 0.87 169.71 42.76 93.07 MWD+IFR2+SAG+MS (2,5) 14,800.00 91.18 270.16 3,512.34 37.52 -0.25 170.72 -0.83 37.51 0.25 0.87 170.92 42.78 93.05 MWD+IFR2+SAG+MS (2,5) 14,900.00 91.18 270.16 3,510.29 37.86 -0.25 172.87 -0.83 37.84 0.25 0.87 173.07 42.82 93.02 MWD+IFR2+SAG+MS (2,5) 15,000.00 91.18 270.16 3,508.23 38.20 -0.25 175.02 -0.83 38.18 0.25 0.87 175.22 42.87 92.99 MWD+IFR2+SAG+MS (2,5) 15,100.00 91.18 270.16 3,506.18 38.54 -0.25 177.19 -0.83 38.53 0.25 0.87 177.39 42.91 92.96 MWD+IFR2+SAG+MS (2, 5) 15,200.00 91.18 270.16 3,504.12 38.89 -0.25 179.36 -0.83 38.87 0.25 0.87 179.55 42.95 92.93 MWD+IFR2+SAG+MS (2,5) 15,300.00 91.18 270.16 3,502.07 39.23 -0.25 181.54 -0.83 39.22 0.25 0.87 181.73 43.00 92.90 MWD+IFR2+SAG+MS (2,5) 15,400.00 91.18 270.16 3,500.02 39.58 -0.25 183.72 -0.83 39.57 0.25 0.87 183.92 43.04 92.87 MWD+IFR2+SAG+MS (2, 5) 15,500.00 91.18 270.16 3,497.96 39.93 -0.25 185.91 -0.83 39.92 0.25 0.87 186.11 43.09 92.84 MWD+IFR2+SAG+MS (2,5) 15,600.00 91.18 270.16 3,495.91 40.29 -0.25 188.11 -0.83 40.27 0.25 0.87 188.30 43.13 92.81 MWD+IFR2+SAG+MS (2,5) 15,700.00 91.18 270.16 3,493.85 40.64 -0.25 190.32 -0.83 40.63 0.25 0.87 190.51 43.18 92.79 MWD+IFR2+SAG+MS (2, 5) 15,800.00 91.18 270.16 3,491.80 41.00 -0.25 192.53 -0.83 40.98 0.25 0.87 192.72 43.23 92.76 MWD+IFR2+SAG+MS (2,5) 15,900.00 91.18 270.16 3,489.75 41.36 -0.25 194.75 -0.83 41.34 0.25 0.87 194.93 43.27 92.73 MWD+IFR2+SAG+MS (2,5) 15,926.00 91.18 270.16 3,489.21 41.45 -0.25 195.34 -0.83 41.44 0.25 0.87 195.52 43.29 92.72 MWD+IFR2+SAG+MS (2,5) 15,926.58 91.18 270.16 3,489.20 41.45 -0.25 195.34 -0.83 41.44 0.25 0.87 195.52 43.29 92.72 MWD+IFR2+SAG+MS (2, 5) 6/11/2019 9:01:58AM Page 5 COMPASS 5000.14 Build 85D Company: ConocoPhillips Alaska Inc-Kuparuk Project: Kuparuk River Unit -2 Site: Kuparuk 3R Pad Well: Plan: 3R-111 Wellbore: Plan: 3R-111 L1 Design: 3R-111 L1wp02 Design Targets ConocoPhillips Error Ellipse Report Local Co-ordinate Reference TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Target Name hit/miss target Dip Angle Dip Dir. TVD +N/ -S +E/ -W Shape (1) (1) (usft) (usft) (usft) 3R -111L1 T12 TD 04261 0.00 0.00 3,489.20 3,671.93 -6,624.50 - plan hits target center Diameter Diameter (usft) (usft) -Circle (radius 100.00) (in) (in) 118.00 118.00 20"x42" 3R-111 L1 T11 042619A 0.00 0.00 3,513.50 3,668.70 -5,441.69 - plan hits target center 8,318.00 3,637.06 9 5/8" x 12-1/4" 9.625 12.250 -Circle (radius 100.00) 3,489.21 4 1/2" x 6-3/4" 4.500 6.750 3R-111 L1 T10 042619 A 0.00 0.00 3,543.85 3,666.20 -4,525.01 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T09 042619 A 0.00 0.00 3,548.38 3,664.55 -3,918.83 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T08 042619 A 0.00 0.00 3,576.61 3,663.54 -3,549.19 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T07 042619 A 0.00 0.00 3,591.11 3,661.44 -2,780.37 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T06 042619 A 0.00 0.00 3,604.25 3,660.71 -2,514.23 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T04042619A 0.00 0.00 3,619.39 3,657.08 -1,183.57 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T05 042619 A 0.00 0.00 3,633.55 3,658.17 -1,582.77 - plan hits target center -Circle (radius 100.00) 313-111 L1 T01 WSD 042 0.00 0.00 3,636.13 3,694.27 1,087.01 - plan misses target center by 194.22usft at 8317.00usft MD (3637.00 TVD, 3538.21 N, 971.40 E) -Circle (radius 100.00) 313-1111-1 T03042619 A 0.00 0.00 3,637.43 3,653.57 102.73 - plan hits target center -Circle (radius 100.00) 3R-111 L1 T02Heel 042( 0.00 0.00 3,641.18 3,660.46 996.07 - plan misses target center by 124.78usft at 8317.00usft MD (3637.00 TVD, 3538.21 N, 971.40 E) -Circle (radius 100.00) Casing Points Well Plan: 3R-111 Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Plan: 9.8 + 39.10 @ 48.90usft (Doyon 142) True Minimum Curvature 2.00 sigma OAKEDMP1 Measured Vertical Casing Hole Depth Depth Diameter Diameter (usft) (usft) Name (in) (in) 118.00 118.00 20"x42" 20.000 42.000 2,502.21 2,198.90 13 3/8" x 16" 13.375 16.000 8,318.00 3,637.06 9 5/8" x 12-1/4" 9.625 12.250 15,926.00 3,489.21 4 1/2" x 6-3/4" 4.500 6.750 6/11/2019 9:01:58AM Page 6 COMPASS 5000.14 Build 85D ConocoPhillips Error Ellipse Report Company: ConocoPhillips Alaska Inc-Kuparuk Local Co-ordinate Reference: Well Plan: 3R-111 Project: Kuparuk River Unit -2 TVD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon 142) Site: Kuparuk 3R Pad MD Reference: Plan: 9.8 + 39.10 @ 48.90usft (Doyon142) Well: Plan: 3R-111 North Reference: True Wellbore: Plan: 3R-1111-1 Survey Calculation Method: Minimum Curvature Design: 3R-111 L1wp02 Output errors are at 2.00 sigma Database: OAKEDM P 1 Plan Annotations Measured Vertical Local Coordinates Depth Depth +Nl-S +E/ -W (usft) (usft) (usft) (usft) Comment 8,317.00 3,637.00 3,538.21 971.40 KOP: 13.56°/100' DLS, 30° TF, for 16.5' 8,333.50 3,637.69 3,538.52 954.92 Hold for 20' 8,353,50 3,638.20 3,539.08 934.93 Start 3.5°/100' DLS, 79.72° TF, for 311.15' 8,664.65 3,640.69 3,576.79 626.55 Hold for 182.67' 8,847.32 3,639.02 3,615.80 448.10 Start 3.5°/100' DLS, -92.42° TF, for 348.09' 9,195.41 3,637.43 3,653.57 102.73 Start 2°/100' DLS, 0° TF, for 58.37' 9,253.78 3,636.84 3,653.73 44.37 Hold for 1019.86' 10,273.64 3,616.06 3,656.51 -975.28 Start 2°/100' DLS, 180° TF, for 208.37' 10,482.01 3,619.39 3,657.08 -1,183.57 Adjust TF to 180°, for 46.48' 10,528.49 3,622.20 3,657.21 -1,229.97 Hold for 81.68' 10,610.17 3,627.80 3,657.43 -1,311.45 Start 2°/100' DLS, 0° TF, for 271.48' 10,881.65 3,633.55 3,658.17 -1,582.77 Adjust TF to 0°, for 13.83' 10,895.48 3,633.15 3,658.21 -1,596.59 Hold for 866.93' 11,762.40 3,606.29 3,660.57 -2,463.10 Start 2°/100' DLS, 0° TF, for 51.17' 11,813.58 3,604.25 3,660.71 -2,514.23 Adjust TF to 0°, for 30.08' 11,843.66 3,602.62 3,660.80 -2,544.27 Hold for 116.32' 11,959.98 3,595.72 3,661.11 -2,660.38 Start 2°/100' DLS, -180° TF, for 120.08' 12,080.06 3,591.11 3,661.44 -2,780.37 Adjust TF to 180°, for 31.43' 12,111.49 3,590.73 3,661.53 -2,811.79 Hold for 506.31' 12,617.79 3,587.45 3,662.91 -3,318.08 Start 2°/100' DLS, 0° TF, for 231.43' 12,849.22 3,576.61 3,663.54 -3,549.19 Start 2.5°/100' DLS, 0° TF, for 47.49' 12,896.71 3,571.98 3,663.67 -3,596.45 Hold for 95.92' 12,992.63 3,561.64 3,663.93 -3,691.82 Start 2.5°/100' DLS, -180° TF, for 227.49' 13,220.12 3,548.38 3,664.55 -3,918.83 Start 2°/100' DLS, 180° TF, for 6.23' 13,226.35 3,548.33 3,664.56 -3,925.06 Hold for 543.75' 13,770.10 3,544.77 3,666.05 -4,468.79 Start 2°/100' DLS, 0° TF, for 56.23' 13,826.33 3,543.85 3,666.20 -4,525.01 Adjust TF to 0°, for 20.79' 13,847.12 3,543.23 3,666.26 -4,545.80 Hold for 859.44' 14,706.57 3,514.50 3,668.60 -5,404.76 Start 2°/100' DLS, -180° TF, for 36.95' 14,743.52 3,513.50 3,668.70 -5,441.69 Hold for 1183.07' 15,926.58 3,489.20 3,671.93 -6,624.50 TD: 15926.58' MD, 3489.2' TVD Checked By: Approved By: Date: 6111/2019 9:01:58AM Page 7 COMPASS 5000.14 Build 85D Pool Report O O ti w Qo00 Q Z 1sosa oo O o;� yN2 _>> ___�� O o �aaaa�a== mmmmmmmmmmo� O aLOmmmm mmm. 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Datum: N qp 83 R egion: alaska r Latitude/Longitude Decimal Degrees r UTM Zone: F South Ci Stake Plane Zone: 4 +: Units: us -ft t" Legal Description (NAD27 only) I" Starting Coordinates: — ❑ x To: Datum: NAD27 + Region: alaska + • Latitude/Longitude Decimal Degrees r_ :-:] • UTM Zone: True F South r* State Plane Zone: 4 U_Mjnits: us ft + f" Legal Description (NAD27 only) -- ---- - - — Ending Coordinates: X: 1661643.12 X: 521611.834153611 Y: 16034907.29 -�� Y: 16035155.16458089 Transform Quit Help 3R-111L1wp02 TD L3 CPAI Coordinate Converter — ❑ X From: To:--- Datum: o: -_Datum: NAD83 � Region: alaska Datum: N,gD27 Region: alaska f— Latitude/Longitude Decimal Degrees r Latitude/Longitude Decimal Degrees r UTM Zone: f— South r UTM Zone: True r— South r State Plane Zone: 4 w Units: us ft t: State Plane Zone: 4 Units: us ft " Legal Description (NAD27 only) C" Legal Description (NAD27 only) Starting Coordinates: — — _-._._ ____.__--._ -. __.-.. _-._ __._._-- ____ Ending Coordinates: --_.___-____.._ X: 11654064.34 x 514032.879280985 Y: 16035020 Y: 16035268.08148826 r ........................................................... ................... ransPorm............. 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CPAI Coordinate Converter From:�_-- Datum: NAD 83 j1 Region: alaska r" Latitude/Longitude Decimal Degrees .� r UTM Zone: r r— South r' Skate Plane Zone: q � Units: us ft f" Legal Description (NAD27 only) Starting Coordinates:---------- X: oordinates: -------X: 1661643.12 Y: 1034907.29 - To: Quit Help Datum: NAD27 - Region: alaska {' Latitude/Longitude Decimal Degrees r UTM Zone: fT rue r— South Stake Plane Zone:q Units: us ft T t"*` Legal Description (NAD27 only) - Legal Description Township: 013 N , Range: 009 E Meridian: U T Section:rq — FNL 3489.5325 FEL 11955.1515 .........., Transform Quit Help 3R-111L1wp02 TD M CPAI Coordinate Converter From:, - Datum: NAp83 Region: alaska T fi LatitudelLongitude Decimal Degrees r UTM Zone: r South State Plane Zone: q 7, Units: us -ft l" Legal Description (NAD27 ontyj Starting Coordinates: -- X: 1654064.34 Y: 6035020 ❑ X To: Datum: NAD27 Region: alaska • Latitude/Longitude Decimal Degrees 7 • UTM Zone:True South • State Plane Zone: q Units: us fk k: Legal Description (NAD 27 only) Legal Description Township: 013 N Range: 009 E Meridian: U .' Section:5 FNL3358.4118 FEL . 4254.1695 Transform Quit Help As -built 3 15/5/191 CC I JLS I jUpdated Per K190005ACS 12 112/18/1 JAH I JFC I I PER K160005ACS MOTES: T14NR9E T13NR9E STP r. 1. BASIS OF LOCATION AND ELEVATION IS DS3R MONUMENTATION PER LOUNSBURY & ASSOC. 2. COORDINATES SHOWN ARE ALASKA STATE PLANE, 6 ;PROJECT ZONE 4, N.A.D. 27, AND GEODETIC COORDINATES OPP LOCATION ARE N.A.D. 27. 3. ELEVATIONS ARE B.P.M.S.L. 4. ALL CONDUCTORS ARE LOCATED WITHIN sirE — PROTRACTED SECTION 9, TOWNSHIP 13 NORTH, RANGE 9 EAST, UMIAT MERIDIAN, ALASKA. 3R 5. DATES OF SURVEY: 5/03/19 — 5/05/19. 7 6. ALL DISTANCES SHOWN ARE GROUND. S 1 x 5 101 'j 6 102 x 7 105 O 8 1064 9 10 107 $ 11 112 0 12 • 26 • 14 • 15 • 25 • 17 • 18 • 19 • 20 • 21 • 22 �f � E VAM112,11VIM �11' 1V o LEGEND • EXISTING CONDUCTOR LOCATION O AS—BUILT CONDUCTOR LOCATION x PLUGGED AND ABANDONED GRAPHIC SCALE 0 75 150 300 r_ -j 11111111111111111011111i 1 inch = 150 ft. LOUNSBURY SEE SHEET 2 AND 3 FOR LOCATION INFORMATION & ORS ENG EERS >xc. SURVEYORS ENGINEERS PIANNERS AREA: 3R MODULE: XXXX UNIT: D3 ConocoPhillips DS3R WELL CONDUCTOR Alaska, Inc. ASBUILT LOCATION CALK6318dl8 12/29/09 DRAWING NO. CEA—D3RX-6318D18 PART: 1 OF 3 REV: 3 1 5/5/11 CC I JLS I IPER K190005ACS CONDUCTORS ARE LOCATED IN PROTRACTED SECTION 9. T. 13 N.. R. 9 E.. UMIAT MERDIAN Well No. NAD 27 ASP Coordinates NAD 27 Geographic Coordinates Section Offset. Elev. Y X Lat. Long. F.N.L F.W.L O.G. PAD *105 6031685.03 520642.40 70' 29' 51.808" 149' 49' 52.295" 1678' 2337' 4.8' 9.8' *106 6031666.09 520649.00 70' 29' 51.621 " 149' 49' 52.102" 1697' 2343' 4.9' 9.8' *107 6031633.15 520660.18 70' 29' 51.297" 149' 49' 51.776" 1730' 2354' 5.0' 9.8' *111 6031614.47 520666.78 70' 29' 51.113" 149' 49' 51.583" 1749' 2361' 5.1' 9.8' *112 6031581.19 520678.16 70' 29' 50.785" 149' 49' 51.251" 1782' 2372' 5.2' 9.8' * CONDUCTOR ASBUILT THIS SURVEY ......................... a......... JEREMIAH F. CORNELL.. o LS -12663 J��= ���ROFESSIONA\-� P • SURVEYOR'S CERTIFICATE I HEREBY CERTIFY THAT i AM PROPERLY REGISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY DONE BY ME OR UNDER MY DIRECT SUPERVISION AND THAT ALL DIMENSIONS AND OTHER DETAILS PER THIS REVISION ARE CORRECT AS OF MAY 5, 2019. LOUNSBURY & ASSOCIATES, INC. SURVEYORS ENGINEERS PLANNERS AREA: 3R MODULE: XXXX UNIT: D3 ConocoPhilli S DS3R WELL CONDUCTOR Alaska, Inc. ASBUILT LOCATION CADD ALE N0. DRAWING N0. PART: REV: LK6318d18 12/29/09 CEA-D3RX-6318D18 3 OF 3 1 Appendix m O N i 4J L O O C: U0 V) N a-.+ O Ln L C) U a -J aJ 0.0 CB E 4- 0 0 O m C: ate -J •° ro U O O L C) +, Z :3 a ° O � O O 'Z L fB O � [B Q1 O N L X O N O 0 O :3 i CO Ln aA N D w N bn C Q) U m L Q� T� V m N N 4-1 tlo •1--+ O U C O U 4J N Qu M, L au v C E a a, Q 4 E O O 4-1 O c v L U 76C Oc a fD 4� CN C LO N Ln Z N Q le O w to Q af v a� c U O i- L- Q v 4- �+-- O U a J O (Ij O c Q Q 4- O 4-J -0 f� 4- O a--+ N=)cB N +- ro L �--� N c O `n J +, 4J U •- O to N Ur f0 N In L L L O C O U 4A c L ) Qi v- O u N L 4-J c _ N L O cB c E - f0 N Ln W N � LLL N bn C Q) U m L Q� T� V m N N 4-1 tlo •1--+ O U C O U 4J N Qu M, L au Ct L em L Wl ■ C L Q m fD O L fD N Q t fII U Q m cr Q 4" i L O N 4- Q >� N Q 64- C: Q o L C O cn O � Q Q iB 4- f0 4— � � Q N U N Q a --j eN Q cu U, U N fB C OL OO -O C -Pru-_ Q 4� Q Q V) O .-I tt O bA CA C O U -j 86 E M xx ,� W L Q F'— c� � .-I L a --j Q U O U L Q ■ Q t a 4 � N L O N � L Q � }' O _ N U N a'.i L L U O Q. O � }' U N O U C M � U _ L � s L Q tko > a -JL s L Q .C: N (O M �+ — U Q (n Q E — fB L Q o 3 N U U v 0 +� N�_ M +r U O L O L m N O U M f0 > ++ }a ._ E C m_0 Q V �+ O OL > chi :3O C t -C Q CLQj =3 } N Q _0 N 0 ,}O O U i 0 Q U v U N > oO Ca m Y s N U ++ u U N N a..r In N fB(D 04- Q L � Q 'C fB m L O Q) u v .-I tt O bA CA C O U -j 86 E M xx ,� W L Q F'— c� � .-I L a --j Q U O U L Q ■ Attachment 2: Drilling Hazards Summary 6-3/4" Open Hole / 4-1/2" Liner Intervals Hazard Risk Level Mitigation Strategy Abnormal Reservoir Pressure Low Stripping drills, shut-in drills, increased mud weight. Stuck Pipe Low Good hole cleaning, PWD tools monitoring and analysis, decreased mud weight if possible if pipe does get stuck. Lost Circulation Moderate Reduced pump rates, mud rheology, LCM program, additional fluid stored on location during completion run. Differential Sticking Moderate Follow mud program, keep pipe moving when able. Hole Swabbing on Trips Moderate Trip speeds, proper hole filling (use of trip sheets), pumping out or backreamin . Fault Crossings and Concretions Moderate Use developed best practices for concretion drilling. Anti -Collision Moderate Follow real time surveys very closely, shut in nearby wells that we have collision concerns with. Utilize periscope to maintain geological certainty to stay within zone. Casing wear Moderate Maintain low dog legs in the surface interval and utilize super sliders for drilling, milling, and liner running operations to minimize casing wear. Getting Liner to Bottom Moderate Properly clean hole on the trip out with the BHA, perform clean out run if necessary, utilize super sliders for weight transfer, monitor torque and drag, utilize lubes. Whipstock Retrieval Moderate A dedicated clean out run prior to attempting to pull whipstock can be used to reduce the risk of fishing operations. Complications with Junction Moderate Junctions stacked up on surface. Double check tallies and tool straps. i i 1 o � o , ,6 0�0 1 ' M •- 1 1 ' p 1 1 1 1 ; 1 Q 1 ,> 1 1 t E L) � 1 U 1 ' v O 07 p 1 P ' a F ' U a O o > > o. 3 b 1 M N > c0 G 1 1 oA .>. > d x \ W Q N N F E b �._ \c^ u y U x 3 tD L o0 (D C > X� C 00 cs rs F ti n p b a N u 10 Q G 15 N� w ConocoPhillip$ 3R-1ll OUSAS Prod 1R-11is`n�„Ian"`�ri�, Alaska Attachment 4: BOP Configuration The following ram configuration will be utilized for the West Sak wells. Further details regarding the BOPE specifications can be found with the Doyon 142 documentation on file with the State. Loepp, Victoria T (CED) From: Pedam, Sandeep <Sandeep.Pedam@conocophillips.com> Sent: Thursday, August 8, 2019 4:27 PM To: Loepp, Victoria T (CED); Buck, Brian R; Tolman, Ben V Subject: RE: [EXTERNAL]KRU 3R-111 and 3S/NUNA Completions: Regulation Requirements: SSSVs; No -flow test Follow Up Flag: Follow up Flag Status: Flagged Victoria, Thank you for your email. I wanted to confirm that this is how we plan to proceed for 3R-111. Please let us know if you need any other information. Sandeep Pedam Completions Engineer ConocoPhillips Alaska Office: 907.263.4724 Cell: 512.507.9537 Email: Sandeep.Pedam@Conocophillips.com From: Loepp, Victoria T (CED) <victoria.loepp@alaska.gov> Sent: Thursday, August 8, 2019 10:50 AM To: Buck, Brian R <Brian.R.Buck@conocophillips.com>; Pedam, Sandeep <Sandeep.Pedam@conocophillips.com>; Tolman, Ben V <Ben.V.Tolman@conocophillips.com> Subject: [EXTERNAL]KRU 3R-111 and 3S/NUNA Completions: Regulation Requirements: SSSVs; No -flow test I am currently holding this PTD(3R-111 and 3R -111L1) while we discuss this issue. From: Buck, Brian R <Brian.R.Buck@conocophillips.com> Sent: Wednesday, August 7, 2019 1:51 PM To: Loepp, Victoria T (CED) <victoria.loepp@alaska.gov>; Pedam, Sandeep <Sandeep.Pedam@conocophillips.com> Cc: Regg, lames B (CED) <]im.regg@alaska.gov> Subject: RE: [EXTERNAL]KRU 3R-111 and 3S/NUNA Completions: Regulation Requirements: SSSVs; No -flow test Thanks for the note Victoria and for the conversation today. We'll confirm with a couple other groups and get back to you shortly. Thank you, Brian Buck Completions Engineering Supervisor office: 907-265-6826, cell: 907-223-6320, fax: 918-662-6213; 700 G St., ATO -1558; Anchorage, AK 99501 From: Loepp, Victoria T (CED) <victoria.loepp@alaska.gov> Sent: Wednesday, August 7, 2019 1:37 PM To: Pedam, Sandeep <Sandeep.Pedam@conocophillips.com>; Buck, Brian R <Brian.R.Buck@conocophillips.com> Cc: Regg, lames B (CED) <iim.regg@alaska.gov> Subject: [EXTERNAL]KRU 311-111 and 3S/NUNA Completions: Regulation Requirements: SSSVs; No -flow test Sandeep, Brian, In our conversation today you mentioned that CPAI would perform a no -flow test after KRU 311-111 was brought on production. If a no -flow test is conducted and the well passes, a SSSV will not be required in the well. 1. Reference AOGCC Guidance Bulletin 10-004 2. Up to a 30 day production period is acceptable prior to the no -flow test for this well 3. The no -flow test must be conducted within 30 days 4. A procedure must be submitted for AOGCC approval at least two weeks in advance. 5. CPAI must demonstrate that offset injectors have not been shut in prior to the no -flow test. That is provide a list of offset injectors with status and injection history for the past 6 months. 6. Should conditions change, such as increased reservoir pressure due to water injection, an updated no -flow test may be required. Let me know if this is how you plan to proceed for KRU 311-111. 1 am reviewing the PTD at this time. Thanx, Victoria Victoria Loepp Senior Petroleum Engineer State of Alaska Oil & Gas Conservation Commission 333 W. 7th Ave Anchorage, AK 99501 Work: (907)793-1247 Victoria. Loeop(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 Victoria Loepp at (907)793-1247 or Victoria. LoepgQalaska.gov From: Loepp, Victoria T (CED) Sent: Wednesday, August 7, 2019 7:54 AM To: Pedam, Sandeep <Sandeep.Pedam@conocophillips.com> Subject: KRU 311-111 and 3S/NUNA Completions: Regulation Requirements: SSSVs Sandeep, Wanted to touch bases with you on this email and make sure you had received it. Thanx, Victoria Victoria Loepp Senior Petroleum Engineer State of Alaska Oil & Gas Conservation Commission 333 W. 7th Ave Anchorage, AK 99501 Work: (907)793-1247 Victoria. Loepp(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 Victoria Loepp at (907)793-1247 or Victoria. Loepp@alaska.gov From: Loepp, Victoria T (CED) Sent: Tuesday, July 30, 2019 2:35 PM To: Pedam, Sandeep <Sandeep.Pedam@conocophillips.com> Cc: Regg, James B (CED) <iim.reee@alaska.eov>; Rixse, Melvin G (CED) <melvin.rixse@alaska.eov>; Senden, R. Tyler <R.Tyler.Senden@conocophillips.com>; Hobbs, Greg S <Gree.S.Hobbs @conocophillips.com> Subject: KRU 311-111 and 3S/NUNA Completions: Regulation Requirements Sandeep, In reviewing the proposed completions for 311-111 and 3S Torok producers the following is required: 3R-111 1. Provide the control process flow or MID for the SVS system. Specifically for the closing of the actuated valve on the IA prior to the recombination of the gas with produced fluids 2. Demonstrate the equivalence of the proposed deep-set operable valve to a SSSV. 3. The deep set operable valve would require a performance test every 6 months like a typical SSSV. 4. The SSSV or deep set operable valve would be required during ESP operation as well as gas lift operation. 5. If equivalence between the deep set operable valve and a SSSV cannot be demonstrated prior to running the completion or in a subsequent performance test(every 6 months), then a SSSV meeting regulations would be required for the well to remain on production. 6. Since the well will be equipped with a regulation SSSV or equivalent, a no -flow test is not required. 7. Explain why a typical SSSV or WRDP cannot be run. 3S Torok Producers 1. The completion proposed is acceptable providing none of these wells are located in a location where a SSSV is required. 2. A no -flow test is not required. 3. Provide the control process flow or P&ID for the SVS system. Specifically for the closing of the actuated valve on the IA prior to the recombination of the gas with produced fluids. Thanx, Victoria Victoria Loepp Senior Petroleum Engineer State of Alaska Oil & Gas Conservation Commission 333 W. 7th Ave Anchorage, AK 99501 Work: (907)793-1247 Victoria. Loepp(@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 Victoria Loepp at (907)793-1247 or Victoria. Loepp@alaska.aov From: Pedam, Sandeep <Sandeep.Pedam@conocophillips.com> Sent: Tuesday, July 30, 2019 10:03 AM To: Loepp, Victoria T (CED) <victoria.loepp@alaska.gov>; Rixse, Melvin G (CED) <melvin.rixse@alaska.gov> Cc: Buck, Brian R <Brian.R.Buck@conocophillips.com>; Senden, R. Tyler <R.TVIer.Senden@conocophillips.com>; Hobbs, Greg S <Greg.S.Hobbs@conocophillips.com>; Valentine, Doug K <Doug.K.Valentine@conocophilIips.com>; Aleshire, Lynn <LVnn.Aleshire@conocophillips.com>; Livingston, Erica J <Erica.J.Livingston@conocophillips.com>; Pessetto, Scott T <Scott.T.Pessetto@conocophillips.com> Subject: RE: 311-111 and 3S/NUNA Completions Victoria, Following up on your request last week, I've included a drawing of the Skimpy panel and a testing procedure for ESP lifted oil wells. The Skimpy Details.pdf shows both the SSV and SSSV are on the same panel. This panel contains pilot switches for both SSV and SSSV that trip when either high or low pressures are exceeded. We are able to shut ESPs remotely. Also, the attachment is for a 5000 psi option but if we needed a higher pressure SSSV, we would just upgrade the accumulator and gauges on the same panel to 6000 psi. Testing procedure is as follows: 3R-111 Planned Procedure: Deep -operable valve with ESP in the well: • Performance test (every 6 months) for the SSV o Trip device (pressure switch and solenoid) • Function test SSV anytime the well is shut-in o To ensure pilot will trip and close SSSV with the well on back-up gas lift: Performance test (every 6 months) for the SSV and the SSSV o Trip device (pressure switch and solenoid) Function test SSV and SSSV anytime the well is shut-in o To ensure pilot will trip and close Please let us know if you need any additional information. Regards, Sandeep Pedam Completions Engineer ConocoPhillips Alaska Office: 907.263.4724 4 Cell: 512.507.9537 Email: Sandeep.Pedam@Conocophillips.com From: Pedam, Sandeep Sent: Monday, July 15, 2019 9:58 AM To: Loepp, Victoria T (DOA) <victoria.loepp@alaska.gov>; Rixse, Melvin G (DOA) <melvin.rixse@alaska.gov> Cc: Pessetto, Scott T <Scott.T.Pessetto@conocophillips.com>; Buck, Brian R <Brian.R.Buck@conocophillips.com>; Senden, R. Tyler <R.Tyler.Senden@conocophillips.com>; Hobbs, Greg S <Greg.S.Hobbs@conocophillips.com>; Valentine, Doug K <Doug.K.Valentine@conocophillips.com>; Aleshire, Lynn <Lvnn.Aleshire@conocophillips.com>; Livingston, Erica J <Erica.J.Livingston @conocophillips.com> Subject: 311-111 and 3S/NUNA Completions Victoria/Mel, Thank you for taking the time to meet with us this morning. Attached is our planned completions setup for 311-111 and 3S/NUNA wells and we would appreciate your acknowledgement and/or comments on the same. Please see details below: For 3R -111, our setup is as follows: • Tubing with sliding sleeve and deep operable valve stung into liner top packer (20 AAC 25.200 (d)) • Sliding sleeve run closed on rig will allow us to test the tubing seals on rig • During production, the sleeve will be open. This is to allow flow up the annulus prior to flow being directed into the ESP pump intake. Any free gas would be vented up the IA through the gas discharge sleeve in the ESP. • This is because ESP efficiency is severely impacted if free gas is run through the pump stages, causing both pump damage and impacting well production rates • Should we need to isolate the IA, we have two options: • We would operate the deep operable valve to help isolate the well from flow via the deep operable valve in the tubing and the liner top packer. • In the event the valve fails, we would plan to pull the Access ESP jewelry and either set a plug below the sleeve or close the sliding sleeve itself. • Because 3R is within 660' of navigable waters, we plan to install a deep-set operable valve in the event our ESP fails, and we need to switch artificial lift to backup gas lift. (20 AAC 25.265 (d) (2) (F) as 20 AAC 25.265 (d) (4) would no longer apply). • When we go to backup GL after pulling the Access ESP, we will treat it as an SSSV. • For any well control event, we would plan to bullhead down the IA/tubing no matter the completion type. For 3S/NUNA wells, our setup is as follows: • No SSSV is needed given that these wells are outside the 660' radius for shoreline or navigable waters. (20 AAC 25.265 (d) (2) (F) or (H) • Tubing will be stung into a liner top packer and/or anchored with a tubing packer. (20 AAC 25.200 (d)) • Tubing will include rigless ESP set up with a sliding sleeve below the ESP. • Sliding sleeve run closed on rig will allow us to test the tubing seals on rig • During production, the sleeve will be open. This is to allow flow up the annulus prior to flow being directed into the ESP pump intake. Any free gas would be vented up the IA through the gas discharge sleeve in the ESP. • This is because ESP efficiency is severely impacted if free gas is run through the pump stages, causing both pump damage and impacting well production rates • Should we need to isolate the IA — we would plan to pull the Access ESP jewelry and either set a plug below the sleeve or close the sliding sleeve itself. • For any well control event, we would plan to bullhead down the IA/tubing no matter the completion type. This setup would be very similar to Access ESPs we have run in 1J-120, 1J-137, 1C-153, 1D-145. All of these wells have tubing stung into a liner top packer with a sliding sleeve open above. For both wells, we would like to clarify that our setup is consistent with current AOGCC regulations. Our understanding is that we have tubing x IA isolation, given that the tubing is stung into the liner top packer in both 3R-111 and 3S/NUNA wells. The sliding sleeve will be open during ESP production, but can be closed in the event that we need to have isolation between tubing and annulus. Open sliding sleeve installations could be considered similar to jet pump completions. Our first well is 311-111 and is currently slated to spud —Sep 1, 2019.35 wells are slated to spud—Q12020. Concurrence with this plan that we have designed to meet the proximity to shoreline/navigable water requirements is appreciated. Thank -you and we appreciate the time. Sandeep Pedam Completions Engineer ConocoPhillips Alaska Office: 907.263.4724 Cell: 512.507.9537 Email: Sandeep.Pedam@Conocophillips.com Sandeep Pedam Completions Engineer ConocoPhillips Alaska Office: 907.263.4724 Cell: 512.507.9537 Email: Sandeep.Pedam@Conocophillips.com TRANSMITTAL LETTER CHECKLIST WELL NAME: PTD: Development Service _ Exploratory Stratigraphic Test _ Non -Conventional FIELD: <& "/,t/'POOL: / () ( 4_ Check Box for Appropriate Letter / Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI LATERAL The permit is for pe new wellbore segment of existmi well Permit No. - /Q , API No. 50- 0 2-1- Z 3 (- 0?2> (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69 In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PH) and API number (50- - - -) from records, data and logs acquired for well name on peri -nit . The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce/inject is contingent upon issuance of a conservation Spacing Exception order approving a spacing exception. (Company Name) Operator assumes the liability of any protest to the spacing exception that may occur. All dry ditch sample sets submitted to the AOGCC must be in no greater Dry Ditch Sample than 30' sample intervals from below the permafrost or from where 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 (Company Name) in the attached application, the following well logs are j also required for this well: f Well Logging Requirements Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. Revised 2/2015 WELL PERMIT CHECKLIST Field & Pool KUPARUK RIVER, WEST SAK OIL - 490150 Well Name: KUPARUK RIV UNIT 3R -111L1 Program DEV___ Well bore seg d❑ PTD#: 2191050 Company ConocoPhill ps Alaska Inc.__ Initial Class/Type DEV/ PEND -GeoArea 890_ Unit 11160____On/Off Shore On — Annular Disposal ❑ Administration 1 Permit fee attached NA 12 Lease number appropriate Yes i3 Unique well name and number Yes 14 Well located in a defined pool Yes 5 Well located proper distance from drilling unit boundary Yes - 6 Well located proper distance from other wells Yes 7 Sufficient acreage available in drilling unit Yes 8 If deviated, is wellbore plat included Yes 9 Operator only affected party Yes Geologic Engineering Public Commissioner: Date: Commissioner: Date Commissioner Date 10 Operator has appropriate bond in force Yes 11 Permit can be issued without conservation order Yes Appr Date I12 Permit can be issued without administrative approval Yes 13 Can permit be approved before 15 -day wait Yes SFD 7/19/2019 14 Well located within area and strata authorized by Injection Order # (put 10# in comments) (For NA 15 All wells within 1/4 mile area of review identified (For service well only) NA_ - I16 Pre -produced injector: duration of pre production less than 3 months (For service well only) NA_ 17 Nonconven. gas conforms to AS31,05.030(j.1.A),(j.2.A-D) NA 18 Conductor string provided NA Conductor set for KRU 3R-111 Engineering 19 Surface casing protects all known_ USDWs NA 120 CMT vol adequate to circulate on conductor & surf csg NA Surface casing will be set and fully cemented 21 CMT vol adequate to tie-in long string to surf csg NA 22 CMT will cover all known -productive horizons No Productive interval will be completed with uncemented screens 23 Casing designs adequate for C, T, B &- permafrost Yes 24 Adequate tankage or reserve pit Yes Rig has steel tanks; all waste to approved disposal wells 25 If a re -drill, has a 10-403 for abandonment been approved NA 26 Adequate wellbore separation proposed Yes Anti -collision analysis complete; no major risk failures 127 If diverter required, does it meet regulations NA_ I28 Appr Date Drilling fluid program schematic & equip list adequate Yes Max from_ation pressure is 1570 psig(8.3 ppg EMW ); will drill w/ 8.8-9.5 ppg EMW VTL 8/13/2019 29 BOPEs,_do they meet regulation Yes 30 BOPE press rating appropriate; test to (put psig in comments) Yes MPSP is 1207 psig; will test BOPs to 3500 psig 31 Choke manifold complies w/API_ RP -53 (May 84) Yes 32 Work will occur without operation shutdown Yes 33 Is presence of H2S gas probable No 34 Mechanical condition of wells within AOR verified (For_ service well only) NA 35 Permit can be issued w/o hydrogen sulfide measures Yes H2S recorded in the _West Sak open to 3R-101 is less than 10 ppm. Geology �36 Data presented on potential overpressure zones Yes Some potential for lost circulation and fault crossings. Mitigation measures discussed in Appr Date 37 Seismic analysis of shallow gas zones NA Drilling Hazards section. SFD 7/19/2019 38 Seabed condition survey (if off_ -shore) NA 39 Contact name/phone for weekly progress reports [exploratory only] NA_ Geologic Engineering Public Commissioner: Date: Commissioner: Date Commissioner Date
