Department of Commerce, Community, and Economic Development
Alaska Oil and Gas Conservation
Commission
HOME
EVENTS
DATA
Data List
Drilling
Production
Orders
Data Miner
Document Search
REPORTS
Reports and Charts
Pool Statistics
FORMS
LINKS
Links
Test Notification
Data Requests
Regulations
Industry Guidance Bulletins
How to Apply
ABOUT US
History
Staff
HELP
Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
217-153
7. Property Designation (Lease Number): 1. Operations Performed: 2. Operator Name: 3. Address: 4. Well Class Before Work:5. Permit to Drill Number: 6. API Number: 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071): 10. Field/Pool(s): Susp Well Insp Install Whipstock Mod Artificial Lift Perforate New Pool Perforate Plug Perforations Coiled Tubing Ops Other Stimulate Fracture Stimulate Alter Casing Pull Tubing Repair Well Other: Change Approved Program Operations shutdown 11. Present Well Condition Summary: Casing Length Size MD TVD Burst Collapse Exploratory Stratigraphic Development Service 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 16. Well Status after work: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. OIL GAS WINJ WAG GINJ WDSPL GSTOR Suspended SPLUG Authorized Name and Digital Signature with Date: Authorized Title: Contact Name: Contact Email: Contact Phone: PBU 16-21A OA Downsqueeze Hilcorp North Slope, LLC 3800 Centerpoint Dr, Suite 1400, Anchorage, AK 99503 217-153 50-029-21518-01-00 13406 Conductor Surface Intermediate Liner Liner 9127 80 2520 12078 12107 1595 13366 20" 13-3/8" 9-5/8" 7" 3-1/2" x 3-1/4" x 2-7/8" 9111 34 - 114 33 - 2553 31 - 12109 29 - 12136 11811 - 13406 34 - 114 33 - 2509 31 - 8884 29 - 8905 8658 - 9127 13349 470 2670 4760 7020 10540 none 1490 5380 6870 8160 10160 12566 - 13316 4-1/2" 12.6# 13Cr80 27 - 11849 8931 - 9090 Structural 4-1/2" Baker S-3 Perm , 11740 , 8604 No SSSV 11740 8604 Bo York Operations Manager Dave Wages David.Wages@hilcorp.com (907) 564-5006 PRUDHOE BAY / PRUDHOE OIL Total Depth Effective Depth measured true vertical feet feet feet feet measured true vertical measured measured feet feet feet feet measured true vertical Plugs Junk Packer Measured depth True Vertical depth feet feet Perforation depth Tubing (size, grade, measured and true vertical depth) Packers and SSSV (type, measured and true vertical depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13a.Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: Subsequent to operation: 15. Well Class after work: Exploratory Development Service StratigraphicDaily Report of Well Operations Copies of Logs and Surveys Run Electronic Fracture Stimulation Data Sundry Number or N/A if C.O. Exempt: ADL 0028332 27 - 8687 OA Squeeze 11 gallons of WellLock to 1200 psi 55 65 615 582 4222 5077 1842 1898 396 405 324-588 13b. Pools active after work:PRUDHOE OIL STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS Sr Pet Eng: Sr Pet Geo: Form 10-404 Revised 10/2022 Submit in PDF format to aogcc.permitting@alaska.gov Sr Res Eng: Due Within 30 days of Operations By Grace Christianson at 1:12 pm, Jan 17, 2025 Digitally signed by Bo York (1248) DN: cn=Bo York (1248) Date: 2025.01.16 13:56:17 - 09'00' Bo York (1248) DSR-1/22/25JJL 2/7/25 SFD 2/10/2025 ACTIVITYDATE SUMMARY 11/8/2024 T/I/O/OO = SI/770/70/0+. Temp = SI. Strap OA & hang integrals (welllock). ALP = 1900 psi, SI @ CV. OA cemented to surface. Bled OAP from 70 psi to 0 psi in ~1 min (gas). Installed intergal flanges and block valves on OA. Strapped OA cement 5" from surface. Final WHPs = SI/770/0/0+. SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 11/11/2024 T/I/O/OO = SI/770/0+/0+. Wellock OA. ALP = 1960, SI @ CV. Pump ~5 gallons of Wellock to fill OA. Pumped ~2 more gallon to start building pressure in OA. Squeezed another ~4 gallons into OA holdng 1200 psi for 4 hr. Monitored for 30 min, OA lost 200 psi. Rigged up and secured accumulator hose w/ 1200 psi gas onto OA to assist with Wellock curing. Final T/I/O/OO = SI/770/1200/0+ SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 17:00 11/12/2024 T/I/O/OO = SSV/770/20/0+. Temp = SI. WHPs (Post wellock). AL SI @ CV = 1900 psi. Wellock sample is thick liquid, starting to set up. Squeeze pressure on accumulator decreased to 20 psi overnight. Increased accumulator pressure to 1200 psi to continue OA squeeze. Surface casing temp is 60°. SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 9:30 11/13/2024 T/I/O/OO = SSV/770/100/0+. Temp = SI. WHPs (Post wellock). ALP =1940 psi, SI @ CV. Wellock sample is still thick liquid, starting to set up. Squeeze pressure on accumulator decreased to 100 psi over night. R/D accumulator hose. Heater in well house and working properly. Surface casing temp is 50°. Close well house door to keep inside well house warm. SV, WV, SSV = C. MV = O. IA & OA = OTG. 9:30 11/14/2024 SSV/770/100/0+. Temp = SI. WHPs (Post wellock). ALP =1940 psi, SI @ CV. Wellock sample is starting to harden up. No change in squeeze pressure on OA. Heater in well house and working properly. Surface casing temp is 70°. SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 15:00 11/16/2024 SSV/770/100/0+. Temp = SI. WHPs (Post wellock). ALP =1940 psi, SI @ CV. Wellock sample appears to have set up. Heater in well house and working properly, Surface casing temp is 85°. SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 10:00 11/18/2024 SSV/770/70/0+. Temp = SI. WHPs (Post wellock). ALP =1940 psi, SI @ CV. Wellock sample appears to have set up. Heater in well house and working properly, Surface casing temp is 40°. SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 16:00 11/21/2024 SSV/770/0+/0+. Temp = SI. WHPs (Post wellock). ALP =1900 psi, SI @ CV. Wellock sample is set up. Heater in well house and working properly, Knock off hammer union on 6:00 & 12:00 side, welllock in hardline set up. SV, WV, SSV = C. MV = O. IA, OA, OOA = OTG. 13:00 11/24/2024 T/I/O/OO = 400/1860/10/0. Temp = 133°. WHPs (wellock job post POP). ALP = 1860 psi, online. Wellock cured. SV = C. WV, SSV, MV = O. IA, OA, OOA = OTG. 17:00 11/26/2024 T/I/O/OO = 420/1830/10/0. Temp = 126°. Eval well lock post POP. ALP = 1850 psi, online. Wellock cured. SV = C. WV, SSV, MV = O. IA, OA, OOA = OTG. 17:45 Daily Report of Well Operations PBU 16-21A Daily Report of Well Operations PBU 16-21A 11/30/2024 T/I/O/OO = 400/1830/10/0. Temp = 128°. WHPs eval Wellock post POP. ALP = 1850 psi, online. Wellock cured. SV = C. WV, SSV, MV = O. IA, OA, OOA = OTG. 8:00 12/8/2024 T/I/O = 400/1825/10/0. Temp = 128*. WHP's eval Wellock post POP. ALP = 1850 psi, online. Wellock is cured. SV = C. WV, SSV, MV = O. IA, OA & OOA = OTG. 09:30. 12/9/2024 T/I/O = 410/1830/10/0. Temp = 130°. WHP's (eval Wellock post POP). ALP = 1850 psi, online. Wellock is cured. SV = C. WV, SSV, MV = O. IA, OA & OOA = OTG. 10:30. 12/17/2024 T/I/O = 410/1880/10/0. Temp = 130°. WHP's (eval Wellock post POP). ALP = 1880 psi, online. Wellock is cured. SV = C. WV, SSV, MV = O. IA, OA, OOA = OTG. 17:00 7. If perforating: 1. Type of Request: 2. Operator Name: 3. Address: 4. Current Well Class:5. Permit to Drill Number: 6. API Number: 8. Well Name and Number: 9. Property Designation (Lease Number):10. Field: Abandon Suspend Plug for Redrill Perforate New Pool Perforate Plug Perforations Re-enter Susp Well Other Stimulate Fracture Stimulate Alter Casing Pull Tubing Repair Well Other: Change Approved Program Operations shutdown What Regulation or Conservation Order governs well spacing in this pool? Will perfs require a spacing exception due to property boundaries?Yes No 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi): Plugs (MD): Junk (MD): PRESENT WELL CONDITION SUMMARY Perforation Depth MD (ft): Perforation Depth TVD (ft):Tubing Size: Tubing Grade: Tubing MD (ft): Packers and SSSV Type:Packers and SSSV MD (ft) and TVD (ft): Casing Length Size MD TVD Burst Collapse Exploratory Stratigraphic Development Service 12. Attachments: 14. Estimated Date for Commencing Operations: 13. Well Class after proposed work: 15. Well Status after proposed work: 16. Verbal Approval: 17. I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approcal. Proposal Summary Wellbore schematic BOP SketchDetailed Operations Program OIL GAS WINJ WAG GINJ WDSPL GSTOR Op Shutdown Suspended SPLUG Abandoned ServiceDevelopmentStratigraphicExploratory Authorized Name and Digital Signature with Date: Authorized Title: Contact Name: Contact Email: Contact Phone: AOGCC USE ONLY Commission Representative: Conditions of approval: Notify AOGCC so that a representative may witness Sundry Number: Location ClearanceMechanical Integrity TestBOP TestPlug Integrity Other Conditions of Approval: Post Initial Injection MIT Req'd?Yes No Subsequent Form Required: Approved By:Date: APPROVED BY THE AOGCCCOMMISSIONER PBU 16-21A OA Downsqueeze Hilcorp North Slope, LLC 3800 Centerpoint Dr, Suite 1400, Anchorage, AK 99503 217-153 50-029-21518-01-00 ADL 0028332 13406 Conductor Surface Intermediate Liner Liner 9127 80 2520 12078 12107 1595 13366 20" 13-3/8" 9-5/8" 7" 3-1/2" x 3-1/4" x 2-7/8" 9111 34 - 114 33 - 2553 31 - 12109 29 - 12136 11811 - 13406 2346 34 - 114 33 - 2509 31 - 8884 29 - 8905 8658 - 9127 none 470 2670 4760 7020 10540 none 1490 5380 6870 8160 10160 12566 - 13316 4-1/2" 12.6# 13Cr80 27 - 118498931 - 9090 Structural 4-1/2" Baker S-3 Perm , 11740 , 8604 No SSSV Date: Bo York Operations Manager Dave Wages David.Wages@hilcorp.com (907)564-5006 PRUDHOE BAY 10/21/2024 Current Pools: PRUDHOE OIL Proposed Pools: PRUDHOE OIL Suspension Expiration Date: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 Comm. Comm.Sr Pet Eng Sr Pet Geo Sr Res Eng Form 10-403 Revised 06/2023 Approved application is valid for 12 months from the date of approval.Submit PDF to aogcc.permitting@alaska.gov By Grace Christianson at 12:52 pm, Oct 09, 2024 Digitally signed by Bo York (1248) DN: cn=Bo York (1248) Date: 2024.10.08 13:55:48 - 08'00' Bo York (1248) 324-588 MGR28OCT24 DSR-10/10/24 , ADL 028346 SFD 10-404 SFD 10/14/2024JLC 10/28/2024 Gregory Wilson Digitally signed by Gregory Wilson Date: 2024.10.29 03:40:31 -08'00'10/29/24 RBDMS JSB 102924 OA Downsqueeze 16-21A PTD: 217-513 Well Name:16-21A API Number:50-029-21518-01 Current Status:Under Eval Rig:FB Estimated Start Date:10/21/2024 Estimated Duration:1 month Regulatory Contact:Carrie Janowski First Call Engineer:David Wages 713.380.9836 (c) Current Bottom Hole Pressure:3196 psi @ 8499’ TVDss 7.3 PPGE Max. Anticipated Surface Pressure:2346 psi (Based on 0.1 psi/ft. gas gradient) Last SI WHP: 0 psi (Taken on 9/4/2024) Min ID:2.377” ID – 3-3/16” x 2-7/8” X/O @ 12,736’ Last MIT-IA:11/17/2017 to 2250 psi Brief Well Summary: 16-21a is a 2018 CTD sidetrack targeting Victor oil just above the HOT in the 2B/A. Initially, the toe perfs were shot and tested with very little rate. Two months later, coil found fill covering all toe perfs which may have been the reason for the low initial rates. A FCO was performed and the Victor was shot where some oil with 3200 bwpd was brought in. In 2024, coil shot additional zone 2 perforations to little success. On 9/1/2024, the OA pressure was bled and the well has since seen re-pressurization in the OA. Objective: Execute an OA downsqueeze with cement and/or Well Lock. Achieve a passing CMIT-TxIA. POP the well Under-Evaluation for up to 60 days to validate that the SC leak is fixed. Procedure: DHD 1. Strap TOC in the OA. 2. Verify that the IA and tubing are fluid-packed. 3. Top off the OA with cement and/or Well Lock per the volume of OA established by strapping TOC. 4. Squeeze the OA to 1200 psi with Microfine cement and/or Well Lock to seal off the SC leak. 5. Pump Green-Stick packing into the IC void. Operations/DHD 1. POP well 2. Keep a cellar-watch for the first 24-hours to verify no fluid from the conductor. 3. Re-squeeze the OA with cement or Well Lock if the SC leak is not fixed. 4. Keep the well online for up to 60 days to verify the SC leak is fixed and test the well. Attachments: 1. Wellbore Schematic 2. Sundry Change Form OA Downsqueeze 16-21A PTD: 217-513 Wellbore Schematic OA Downsqueeze 16-21A PTD: 217-513 Changes to Approved Sundry Procedure Date: Subject: Sundry #: Any modifications to an approved sundry will be documented and approved below. Changes to an approved sundry will be communicated to the AOGCC by the “first call” engineer. AOGCC written approval of the change is required before implementing the change. Step Page Date Procedure Change HAK Prepared By (Initials) HAK Approve d By (Initials) AOGCC Written Approval Received (Person and Date) Approval: Operations Manager Date Prepared: Operations Engineer Date 7. Property Designation (Lease Number): 1. Operations Performed: 2. Operator Name: 3. Address: 4. Well Class Before Work:5. Permit to Drill Number: 6. API Number: 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071): 10. Field/Pool(s): Susp Well Insp Install Whipstock Mod Artificial Lift Perforate New Pool Perforate Plug Perforations Coiled Tubing Ops Other Stimulate Fracture Stimulate Alter Casing Pull Tubing Repair Well Other: Change Approved Program Operations shutdown 11. Present Well Condition Summary: Casing Length Size MD TVD Burst Collapse Exploratory Stratigraphic Development Service 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 16. Well Status after work: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. OIL GAS WINJ WAG GINJ WDSPL GSTOR Suspended SPLUG Authorized Name and Digital Signature with Date: Authorized Title: Contact Name: Contact Email: Contact Phone: PBU 16-21A Hilcorp North Slope, LLC 3800 Centerpoint Dr, Suite 1400, Anchorage, AK 99503 217-153 50-029-21518-01-00 13406 Conductor Surface Intermediate Liner Liner 9127 80 2520 12078 12107 1595 13366 20" 13-3/8" 9-5/8" 7" 3-1/2" x 3-1/4" x 2-7/8" 9111 34 - 114 33 - 2553 31 - 12109 29 - 12136 11811 - 13406 34 - 114 33 - 2509 31 - 8884 29 - 8905 8658 - 9127 none 470 2670 4760 7020 10540 none 1490 5380 6870 8160 10160 12566 - 13316 4-1/2" 12.6# 13Cr80 27 - 11849 8931 - 9090 Structural 4-1/2" Baker S-3 Perm , 11740 , 8604 No SSSV 11740 8604 Bo York Operations Manager Dave Wages David.Wages@hilcorp.com (907) 564-4545 PRUDHOE BAY, PRUDHOE OIL Total Depth Effective Depth measured true vertical feet feet feet feet measured true vertical measured measured feet feet feet feet measured true vertical Plugs Junk Packer Measured depth True Vertical depth feet feet Perforation depth Tubing (size, grade, measured and true vertical depth) Packers and SSSV (type, measured and true vertical depth) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13a.Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: Subsequent to operation: 15. Well Class after work: Exploratory Development Service StratigraphicDaily Report of Well Operations Copies of Logs and Surveys Run Electronic Fracture Stimulation Data Sundry Number or N/A if C.O. Exempt: ADL 0028332 27 - 8687 21 95 770 680 4139 5770 1863 1875 419 414 N/A 13b. Pools active after work:PRUDHOE OIL STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS Sr Pet Eng: Sr Pet Geo: Form 10-404 Revised 10/2022 Submit in PDF format to aogcc.permitting@alaska.gov Sr Res Eng: Due Within 30 days of Operations By Grace Christianson at 2:12 pm, May 21, 2024 Digitally signed by Bo York (1248) DN: cn=Bo York (1248) Date: 2024.05.21 11:24:33 - 08'00' Bo York (1248) WCB 8-28-2024 RBDMS JSB 052824 DSR-5/22/24 ACTIVITYDATE SUMMARY 11/15/2023 ***WELL S/I ON ARRIVAL*** PULLED ROCK SCREEN FROM 11,764' MD. DRIFT W/ 2.50" CENT AND 1.75" SAMPLE BAILER TO DEVIATION @ 12,222' SLM (SCHMOO IN BAILER). ***WELL S/I ON DEPARTURE*** 2/6/2024 ***WELL S/I ON ARRIVAL*** RAN 4.5'' BRUSH, 3.80'' G. RING TO X NIP @ 11764' MD ***WSR CONT. ON 02-07-2024*** 2/7/2024 ***WSR CONT. FROM 02-06-2024*** RAN 3.81" X-LOCK w/ ROCKSCREEN(unable to close lock, tools covered in parrifin) RAN 4-1/2" BRUSH, 3.805" G-RING, BRUSHED X-NIP's @ 11,764' & 2,089' MD (plan to set rockscreen in x-nip @ 2,089' md) SET 3.81" ROCKSCREEN(144" lih) @ 2,089' MD RAN 4-1/2" CHECK SET (sheared) ***WELL LEFT S/I ON DEPARTURE, DSO NOTIFIED OF WELL STATUS*** 3/21/2024 T/I/O/OO = 480/1800/300/0. Temp =120°. IA FL (Ops req). ALP = 1820 psi, online. IA FL @ 10310' (589' above sta # 1, SO). SV = C. WV, SSV, MV = O. IA, OA = OTG. 13:00 4/17/2024 *** WELL S/I ON ARRIVAL *** DRIFTED W/ 3.815" GAUGE RING DOWN TO ROCK SCREEN @ 2,089' MD RAN 4.5" GR S/D LATCH ROCKSCREEN @ 2060' SLM LATCH POOH. RAN 2.5" CENT, 1.75" SAMPLE BAILER, DEVIATE OUT @ 12,217' SLM. *** WELL LEFT S/I ON DEPARTURE, DSO NOTIFIED *** 4/18/2024 T/I/O 1400/10/0 Temp S/I (TFS unit 4 Freeze Protect TBG and FL) Pumped 40 bbls of Crude down the TBG for a FP. Pumped a further 3 bbls of 60/40 followed by 110 bbls of crude down the FL for FP. Pressured FL to 1800 psi per DSO. Tags hung and DSO notified of completion of job. Final WHPS 2000/10/0 4/22/2024 CT 9 1.75" Dura Coil Tubing .156 WT. Job Scope = Drift/log/FCO, AdPerf MIRU. MU NS MHA and HES memory gamma/CCL logging tool w/ 2.24" DJN. Load the well. RIH. ***Job Continued 4/23/24*** 4/23/2024 CT 9 1.75" Dura Coil Tubing .156 WT. Job Scope = Drift/log/FCO, AdPerf ***Job COntinued from 4/22/24*** Finish loading the well, pump 25 bbl meth cap. RIH. Drifted to 13,300' CTMD. Log up to 13,175, flag coil. Log up to 12,000'. POOH. OE Confirms +18' Depth Correction. RIH with 2" MaxF HES Gun, 6 SPF, 60* Phasing, 22' Loaded. Correct to Green Flag. Shoot Guns Per Program @ 13226' - 13248'. PU Heavy. Pump 70 bbl Safelube pill down CTBS on trip OOH once above Deployment Sleeve. Weights Much Improved. 10 bbl Meth Cap in Well. RIH with 2" MaxF HES Gun, 6 SPF, 60* Phasing, 6' Loaded. Correct to Green Flag. Shoot Gun Per Program @ 13148' - 13154'. FP Tubing on trip OOH, 38 bbls Diesel. LD Spent Gun. RDMO. ***Job Continued 4/24/24*** Daily Report of Well Operations PBU 16-21A Shoot Guns Per Program @ 13226' - 13248'. g Shoot Gun Per Program @ 13148' - 13154'. Adperfs are correctly shown on WBS below. -WCB Daily Report of Well Operations PBU 16-21A 4/24/2024 CT 9 1.75" Dura Coil Tubing .156 WT. Job Scope = Drift/log/FCO, AdPerf ***Job Continued from 4/23/24*** RDMO. ***Job Complete*** 5/2/2024 ***WELL S/I ON ARRIVAL*** RAN 4-1/2'' BRUSH, 3.80'' G. RING TO X NIP @ 11764' MD SET 3.81'' X LOCK, ROCKSCREEN @ 11764' MD (143" OAL) ***CONT. ON 05-03-2024*** 5/3/2024 ***WSR CONT. FROM 05-02-2024*** RAN CHECK SET TO ROCK SCREEN @ 11764' MD (Checkset sheared) ***WELL LEFT S/I ON DEPARTURE*** nL;m,V.1vQu STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS MAR 2 6 2niq 1. Operations Performed Length: Size: Conductor Abandon ❑ Plug Perforations ❑ Fracture Stimulate ❑ Pull Tubing ❑ Operations® do.� C a Suspend ❑ Perforate ® Other Stimulate ❑ Alter Casing ❑ Change Approved Program ❑ Plug for Rednll ❑ Perforate New Pool ❑ Repair Well ❑ Re-enter Susp Well ❑ Other: ❑ 2. Operator Name: BP Exploration (Alaska), Inc 4. Well Class Before Work measured 15. Permit to Drill Number. 217-153 3. Address P.O. Box 198812 Anchorage, Development 0 Exploratory ❑ feet Packer AK 99519-6612 Stratigraphic ❑ Service ❑ 1 6. API Number: 50-029-21518-01-00 7. Property Designation (Lease Number): ADL 028332 8. Well Name and Number: PBU 16-21A 9. Logs (List logs and submit electronic and printed data per 20AAC25.071): 10. Field/Pools: PRUDHOE BAY. PRUDHOE OIL 11. Present Well Condition Summary: Length: Size: Conductor 80 20" Surface Total Depth. measured 13406 feet Plugs measured None feet We vertical 9127 feet Junk measured 13349 feet Effective Depth: measured 13366 feet Packer measured 11740 feet true vertical 8959 feet Packer true vertical 8604 feet Casing: Length: Size: Conductor 80 20" Surface 2520 13-3/8" Intermediate 12078 9-5/8" Tieback Liner 11790 7' Liner 313 7" Liner 1595 3-112" x 3-1/4" x 2-7/8" Perforation Depth: Measured depth: 12588 -13316 feet True vertical depth: 8931-9090 feet Tubing (size, grade, measured and true vertical depth) Packers and SSSV (type, measured and true vertical depth) 12. Stimulation or cement squeeze summary Intervals treated (measured): Treatment descriptions inducing volumes used and final pressure: MD: 34-114 33-2553 31-12109 29-11819 11823 - 12136 11811 - 13406 4-1/2' 12.6# 13Cr80 TVD: 34-114 33-2509 31 -8884 29-8664 8667-8905 8658-9127 27-11849 4-1/2' Baker S-3 Penn Packer 11740 No SSSV Burst: 1490 3450/5380 6870 7420 8160 27-8687 8604 Collapse: 470 1950/2670 4760 5410 7020 13. " Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: 71 32 1913 1278 247 Subsequent to operation: No Test 1680 216 14. Attachments: treamree per 20MG 25.070.25.071, a 252831 15. Well Class after work: Daily Report of Well Operations 0 Exploratory ❑ Development 0 Service ❑ Stratigraphic ❑ Copies of Logs and Surveys Run ❑ 16. Well Status after work. oil 0 Gas ❑ WDSPL ❑ Printed and Electronic Fracture Stimulabon Data ❑ 1 GSTOR ❑ WINJ ❑ WAG ❑ GINJ ❑ SUSP ❑ SPLUG ❑ 17. 1 hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: NIA Authorized Name: Danielle Ohms Contact Name: Danielle Ohms Authorized Title: fro um Engineer ftTIlIx Lead Contact Email: Danielle.OhmsClbp.com Authorized Signature: �Q -' - Date: .3 -2-5— / Contact Phone: +1907 564 5759 Form 10404 Revised 04/2017 6'0"""47 X47 RBDMS.J'= MAR 2 6 2019 Submit Original Only Daily Report of Well Operations 16-21A ACTIVITYDATF ci IRARAADV 2/23/2019 ***WELL S/I ON ARRIVAL***(perforating) DRIFTED W/ 3.80" GAUGE RING TO ROCK SCREEN @ 11,746' MD PULLLED ROCK SCREEN FROM X -NIPPLE @ 11,746' MD ***WELL S/I ON DEPARTURE*** CTU #9 - 1.75" Coil Job Objective: Add Perf MIRU CTU. Make up 2.2" GR/CCL carrier with 2.25" JSN. RIH and tag top of fish @ 13345' ctmd log up @ 40 fpm and paint flag yellow/green flag @ 12800' ctmd. POOH. Confirm correction of +11' and corrected PBTD (top of fish) at 13354'. Make up 32'x 2" MaxForce perf gun, 6 spf. and RIH. 2/28/2019 ...Job in progress... CTU #9 - 1.75" Coil ***Cont. from WSR 2-28-19*** Job Objective: Add Perf RIH with perf gun BHA #1 with 32'x 2.0" MaxForce perf guns, spf. Tie in at flag and perforate 12884- 12916'. POOH. RIH w/ 32'x 2" MaxForce perf gun #2 tie in at flag and perforate 1296-97---12598'. POOH freeze protect top of welll with 38 bbls of 60/40 Methanol. RD secure well and notified DSO. ***Job Complete*** 3/1/2019 V1�LFEAD= MCEVOY ACn1ATOR = DEV KB. ELF/ = 70' REF. ELEV = 70' BF. a" = 38.82' KOP= 1900 Max Angle = 107° @ 12345' Datum MD= 12091' Datum TVD= 88W SS 13-3/8" CSG, 68#, K-55 BTC D= 12.415' D =19.124' L-80 BTC, D = 12.347" Minimum ID = 2.377" @ 12736' -3-3/16-"-X 2-7/8" XO W OF 312" X 31/4" X 2-7/8" LwCMT H 11811- -E 1811'11818' TOP of 7" wR 11823' 4-V2" TBG, 12.6#, 13CR-80 VAM TOP, 11849' 0152 bpf, D = 3.958' LNR 6.5#, 13CR-85 bpf, D = 2.441' 16-21 A SAFETY DLS:44.4°@�40 BL4NGLCHROMEETBG&L RAX 2089' GAS I FT MAN3RR S ST ,1-72- LNR 9.3#, 13CR-85 STL, 1210 DEV .0087 bpf, D = 2.992' VLV LATCH 9-5/8' CBG, 47#, L-80, ID= 8.681' 1210 4-1/2'X 7' THRU TBG WHIPSTOCK (01/02/18)12131 3574 7" LNR 29#. L-80, .0371 bpf, D = 6.184" —1212 KGB -2 PERFORATION SUMMARY BK 16 REF LOG: BAKER SCM! ON 02/07/18 5 ANGLE AT TOP FHS: 94' @ 12566' Note: Refer to Roducton DS for historical pert data SIZE SPF INTERVAL OprVSgz DATE 2 6 12566-12598 O 03/01/19 2 6 12598 - 12630 O 04/13/18 2 6 12664 - 12696 O 04/13/18 2 6 12750 - 12782 O 04/14/18 2 6 12820-12884 O 04/14/18 2 6 12884-12916 O 03/01/19 2 6 13229 - 13250 O 02/07/18 2 6 13271 - 13284 O 02/07/18 2 6 13306 - 13316 O 02/07/18 31/4' LNR, 6.6#, 13CR-85 TCI, 12736 .0079 bpf, D = 2.850' LNR 6.5#, 13CR-85 bpf, D = 2.441' 16-21 A SAFETY DLS:44.4°@�40 BL4NGLCHROMEETBG&L RAX 2089' GAS I FT MAN3RR S ST ND ND DEV TYPE VLV LATCH PORI d1TE 6 3574 3256 53 KGB -2 DONE BK 16 05/18/18 5 6310 4993 49 KGB -2 DONE BK 16 05/18/18 4 7512 5767 49 KGB -2 DMY BK 0 11/17/17 3 8670 6505 50 KGB -2 DONE BK 16 05/18/18 2 9781 7247 48 KGB -2 DONE BK 16 05/18/18 1 10899 7998 46 KGB -2 SO BK 28 05/18/18 11720' 1 3.813" 11740' —17" X 4-1/2" S-3 BKR PKR D COM"NM DATE 11764'4-V2"F6XNP,D=3.813' ODNNB4f5 11764' 7" HES E;; CB.UTHR 11811'_]-1 3.70- D6'LOYMBJf SLff1/R D=3.00 11827' 31/2" X NP, D = 2.813' 11821 4-1/2' HES XN NP MILLED TO 3.8005" 1 (B@8NO CT LNR) 11849' 4-1/2" WLEG, D= 3.958" 11842' BJyD TT LOGG®ON 08/04/07 12100'3-1/2"X3-3/16"XO, D=2.786" MLLOUr WINDOW (16-21 A) 12136'- 12143- 13-3116- 2143' DOTE REV BY COM"NM DATE REV BY ODNNB4f5 01/26186 AN ORIGINAL COMPLETION 01/08/19 JUJMD SET SAND & ROCK MEN 06/24!86 VVYN RWO 02/18179 JMGIJND FiA1 SCREENYSET SLTD LNR 04N5/95 D16 RVVO 02/25/19 MWJNIG PILLED SLTD LNR (02123119) 04/12A16 D14 F8N0 03/07/19 06/JMD ADP97F5 (03/01/19) 02815/18 N-CDw CTDST(16-27A) 021W18 RCWJND FINAL ODE APPROVAL 13-3/16" X 2-7/8" XO, D= 2.377" 1 PR UDHOE BAY UNT WELL: 16-21A PERMIT No: 217-513 AR Nb: 50-029-21518-01 NOR R15E. 1509 FNL. & 1227 F WL BP Exploration (Alaska) STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations Performed Size: MD: TVD: Burst: Abandon ❑ Plug Perforations ❑ Fracture Stimulate ❑ Pull Tubing ❑ Operations shutdown. ❑ Plugs Suspend ❑ Perforate ❑ Other Stimulate 0 Alter Casing ❑ Change Approved Program ❑ 9127 Plug for Redrill ❑ Perforate New Pool ❑ Repair Well ❑ Reenter Susp Well ❑ Other: Dad Acid Stim 0 2. Operator Name: BP Exploration (Alaska), Inc 4, Well Class Before Work feel 5. Permit to Drill Number 217-153 3. Address. P.O. Box 198612 Anchorage, Development 0 Exploratory ❑ 9111 fast Packer AK 99519-6612 Stratigraphic ❑ $eN1ce ❑ 6. API Number: 50-029-21518-01-00 7. Property Designation (Lease Number): ADL 028332 & 028348 8. Well Name and Number: PBU 16-21A 9. Logs (List logs and submit electronic and printed data per 20AAC25.071): 10. Field/Pools'. 11811 - 13406 8658-9127 10160 10530 Perforation Depth: PRUDHOE BAY. PRUDHOE OIL 12598 - 13316 feet 11. Present Well Condition Summary: Length: Size: MD: TVD: Burst: Collapse: Total Depth: measured 13406 feet Plugs measured None feet We vertical 9127 feet Junk measured None feet Effective Depth: measured 13366 feel Packer measured 11740 feet true vertical 9111 fast Packer true vertical 8604 feet Casing: Length: Size: MD: TVD: Burst: Collapse: Conductor 80 20" 34-114 34-114 1490 470 Surface 2520 13-3/8" 33-2553 33-2509 3450 / 5380 1960/2670 Intermediate 12078 9-5/8" 31-12109 31 -8884 6870 4760 Tieback Liner 11790 7" 29-11819 29-8664 6870 4760 Liner 313 7" 11823 - 12136 8659-8905 8160 7020 Liner 1595 3-1/2" x 3-1/4" x 2-7/8" 11811 - 13406 8658-9127 10160 10530 Perforation Depth: Measured depth: 12598 - 13316 feet True vertical depth: 8929-9090 feet Tubing (size, grade, measured and true vertical depth) 4-1/2" 12.6# 13Cr80 27-11849 27-8687 Packers and SSSV (type, measured and 4-1/2" Baker S-3 Perm Packer 11740 8604 true vertical depth) No SSSV Installed 12. Stimulation or cement squeeze summary: Zone 3 Perforations (12598'- 12884') Intervals treated (measured): Treatment descriptions including volumes used and final pressure: RIH and park above the parts at 12550'. Perform Pre Acid Injectivity test: 582 psi @ 0.3 bpm, 1082 psi Q 0.5 bpm, 1510 psi @ 1.0 bpm. Pump 1st stage of 90:10 DAD Acitl. When acid hit the parts we were able to increase rate from 0.3 bpm to 1.6 bpm at -1700 psi. Pump the Oilseeker and observe good diversion and again rate increased to 1.6 bpm - 1700 psi once the acid hit the parts. Pump the 2nd diversion stage and as the Oilseeker hit the parts we had to decrease rate to minimum rate of 0.2bpm at -2100 psi to push it out of the coil. Pumped the overfush at 0,2 to 0.3 bpm at -1700 psi. Final Pressures: OA = 39 psi, IA = 836 psi, TBG = 216 psi 13. Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: 129 95 3707 1496 248 Subsequent to operation: 102 57 2173 836 216 14,Attachments: (required per 20 nnc 25m025.071,&25258) 15. Well Class after work: Daily Report of Well Operations ❑ Exploratory ❑ Development 0 Service ❑ Stretigraphic ❑ 16. Well Status after work: Oil 0 Gas ❑ WDSPL ❑ Copies of Logs and Surveys Run ❑ Printed and Electronic Fracture Stimulation Data ❑ 1 GSTOR ❑ WINJ ❑ WAG ❑ GINJ ❑ SUSP ❑ SPLUG ❑ 17. 1 hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or WA if C.O. Exempt: NIA Authorized Name: Ohms, Danielle H Contact Name: Ohms, Danielle H Authorized Title: Petroleum Engineering Discipline LeadAlaska ) Contact Email: Danielle.Ohms(o7bp.com Authorized Signature: C, l/�' — Date: Z [ ' Contact Phone: +1 907 564 5759 Form 10404 R";se°°`r29"/RBDMSr-k1EC 2 11018 Submit Original Only �l(` t, Daily Report of Well Operations PBU 16-21A ACTIVITVnATF RI IMMARV CTU#8 1.75" CT Job Scope: Drift /Set Iso plug/ Acidize / Pull Iso plug MIRU CTU. MU & Rlh w/ 2.35" DJN drift. Bullhead 290 bbls of 1% kcl w/ safelube. Pre Iso Plug Injectivity: 4.5 bpm @ - 800 psi. Tag at 12,899' down. Pump new batch of 170 bbls of 1% KCI safelube downbackside. RIH. 11/24/2018 *** Continued on 11/25 WSR CTU#8 1.75" CT Job Scope: Drift /Set Iso plug / Acidize / Pull Iso plug RIH with 2.35" nozzle to 12,923' ctmd and tag. Coil detained at 12,900' and freed up after pumping down coil. POOH. MU & Rih w/ WFT milling bha w/ 2.29" 5 -blade junk mill. POP well thru well testers. Mill/Cleanout w/ gel sweeps to 13373' uncorrected. Pull up hole and dry drift from 11825' to 13150' (target 13000'). Pooh. MU 2-7/8" WFT ISO plug. 11/25/2018 '** Continued on 11/26 WSR *** CTU#8 1.75" CT Job Scope: Drift /Set Iso plug / Acidize / Pull Iso plug RIH with 2-7/8" WFD ISO plug and set at 13,000' ctmd. Pooh. LD tools. Recover ball. Trim 50' of pipe. Bullhead 1 % kcl + F-103 w/ safelube. Once liquid pack we had an injectivity rate of 0.7 bpm - 1700 psi. Rih w/ 2.0" JSN and park above Liner top. Circulate 140 bbls of diesel w/ Lube 776 to underbalance the well. Phase I weather, appears to be going to Phase II weather. POOH with coil and pump 20 bbls 60/40 down tubing. Secure well and set injector on back deck. Standby for weather. 11/26/2018 '*' continue on 11/27 WSR *** CTU#8 1.75" CT Job Scope: Drift /Set Iso plug / Acidize / Pull Iso plug RIH with 2-7/8" WFD ISO plug and set at 13,000' ctmd. Pooh. LD tools. Recover ball. Trim 50' of pipe. Bullhead 1 % kcl + F-103 w/ safelube. Once liquid pack we had an injectivity rate of 0.7 bpm - 1700 psi. Rih w/ 2.0" JSN and park above Liner top. Circulate 140 bbls of diesel w/ Lube 776 to underbalance the well. 11/26/2018 *** In Progress *** CTU#8 1.75" CT Job Scope: Drift /Set Iso plug / Acidize Resume after Phase 2 weather. RIH with 1.99" JSN 11/27/2018 *** continued on next WSR *" LRS Test Unit 6. Assist CTU Acid FB/ Test. Continued from WSR 11/26/18. Crews on Location, Prepping Unit to Continue CTU Assist, Snow Removal Performed on Location, CTU RIH, Soda Ash & Dirty Vac returned to Location, Continue Assisting CTU. Inlet Well 16-21, Outlet Well 16-20. Job in Progress. Continued on WSR 11/28/18. 11/27/2018 CTU#8 1.75" CT Job Scope: Drift /Set Iso plug / Acidize **Continued from 11/27 WSR RIH and park above the perf at 12550'. Perform Pre Acid Injectivity test: 582 psi @ 0.3 bpm, 1082 psi @ 0.5 bpm, 1510 psi @ 1.0 bpm. Pump 1st stage of 90:10 DAD Acid. When acid hit the perfs we were able to increase rate from 0.3 bpm to 1.6 bpm at -170 ilseeker and observe good diversion and again rate increased to 1.6 bpm - 1700 psi once the acid hit the perfs. Pump the 2nd diversion stage and as the Oilseeker hit the perfs we had to decrease rate to minimum rate of 0.2bpm at -2100 psi to push it out of the coil. Pumped the overfush at 0,2 to 0.3 bpm at -1700 psi. Unable to get Post Acid Injecitivity rate as the pressure was on a steady incline to -1700 psi. Pooh. Turn well over to LRS testers to POP. RDMOL 11/28/2018 ***Job Complete' LRS Test Unit 6. Assist CTU Acid FB/ Test. Continued from WSR 11/28/18. Continue lining up Unit to POP, POP'd Well, Divert Acidic Fluids to Tanks, Divert to Production, slowly work open CK per DSO, Lined up through Test Separator, Purge & Stabilize Pad Separator for Test. Begin 12HR Piggyback Test. Inlet Well 16-21, Outlet Well 16-20. Job in Progress. Continued on WSR 11/30/18. 11/29/2018 LRS Test Unit 6. Assist CTU Acid FB/ Test. Continued from WSR 11/29/18. Continue 12 Hr Piggyback Test. Inlet Well 16-21, Outlet Well 16-20. Job in Progress, End test early due to earthquake in Anchorage, Blow down and SB for Safety Standown Per WSL, Blow down Complete, Safety Standdown until further notice. Continued on WSR 12/01/18. 11/30/2018 Daily Report of Well Operations PBU 16-21A LRS Test Unit 6. Assist CTU Acid FB/ Test. Continued from WSR 11/30/18. Got go ahead to End Safety Standby per WSL, Continue RD, Trees secured, Final Walkdown with DSO complete, Grease Crew Torqued trees. Inlet Well 16-21, Outlet Well 16-20. End WSR/ Job Complete 12/1/2018 CTU#8 1.75' CT. Job Scope: Pull ISO Plug MIRU CTU. MU & RIH w/ Hyd Slick Catch Overshot. 12/16/2016 '"In Progress*** CTU#8 1.75' CT. Job Scope: Pull ISO Plug MIRU CTU. 12/16/2018 "'In Progress' IRM= WELLHEAD= MCEVOY ACTUATOR= I DEV KB. BEV = 70' RBF. ELEV = 70' BF. ELEV = 38.82' KOP= 1900' Max Angle = 107' @ 12345' Datum MD=12091' 6 D3Wm ND= 88w, Ss 68#, K-55 BTC, D =12.415' 20' GOND, 91.5#, FF40, D =19.124' L-80 BTC, D= 12.347• 2561' Minimum ID = 2.377" @ 12736' 33116" X 2-7/8" XO 7' CSG, 26#. L-80, D = 6.276' H 1181 4-1/5 TBG,12.6#,13CR-80 VAM TOP, I� 11849 0152 W. D= 3.958' I DEV ANGLE AT TOP FERF: 94' @ 12598' 3-12' LNR 9.3#, 13CR-85 STL, 12100' DATE .0087 bpf, D = 2.992• SHF 9-5/8• CSG, 47#, L-80, D = 8.681' 12109' 7-LNR 29#, L-80, .0371 bpf, D=6.184• I-1 -12130' PERFORATION SUMMARY MD tiff LOG: BAKER SCMT ON 02107/18 I DEV ANGLE AT TOP FERF: 94' @ 12598' VLV LATCH Hbte: Refer b Production M for hisbrical pert data DATE SIZE SHF MBNVAL Opn/Sgz DATE DOME BK 2 6 12598-12630 0 04/13/18 49 2 6 12664-12696 0 04/13/18 7512 2 6 12750-12782 O 04/14/18 11/17/17 2 6 12820-12884 O 04/14/18 DOME BK 2 6 13229 - 13250 O 02/07/18 48 2 6 13271 - 13284 0 02/07/18 10899 2 6 13306-13316 O 02/07/18 05/18/18 3-1/4' LNR, 6.6#, 13CR-85 TCI, 12736' .0079 bpf, D = 2.650' PBTID 13366' STL, 13406- 9) = 2.441' 16-21ASAFETY NOTES: WELL ANGLE> -70* @ 12235'. DLS:44.4*@112401' —412 CHROMEETBG BLNR 11 HAX c 2089' 4-12• HES X PP, D = 3.813' GAS LIFT MANDRELS ST MD I ND I DEV I TYPE VLV LATCH PORT DATE 6 3574 3256 53 KGB -2 DOME BK 16 05/18/18 5 6310 4993 49 KGB -2 DOME BK 16 05/18/18 4 7512 5767 49 KGB -2 DMV BK 0 11/17/17 3 8670 6505 50 KGB -2 DOME BK 16 05/18118 2 9781 7247 48 KGB -2 DOW BK 16 05/18118 1 10899 7998 46 KGB -2 SO BK 28 05/18/18 72W 1 -j4 -I/2' HBS X NP, D = 11811' H3.70- DEPLOYMENT SLEEVE, D= 3.00• 11827' H3-12-XNP,D=2.813• E�ff4-12' HES XN NP MILLED TO 3.8005 ( (8EHIND CT LNR) 11849' 4-1/2'WLEG,D=3.958' 13-1/2'X 3-3116' XO. D = 2.786' 1 MLLOUT WINDOW (16-21A) 12136'- 12143' DATE REV BY CMABffS DATE REV BY COMMENTS 0126186 AN 3.1 ORIGINAL COMPLETION 02/12118 M7/JM) PERFS(02107/18) 0624188 WW1 RWO 02/14/18 JNUJMD ADDED PIT B BF ELEV 04115/95 D16 RNO 02/26/18 CIN.WD GLV CID (02121118) 04712/06 D14 RWO 04/16/18 M7/JM) ADPERFS(04113-14/18) 02105/18 N-CDR2 CMST(16.21A) 05;23/18 JMG/JM) GLV C/O (05/18/19) 02/08/18 RC/JM) FNAL OOEAMP DVAL PRUDHOE BAY UNIT WELL: 16-21A PNMT Not 217-513 AR No: 50.029-21518-01 SEC 24, TION, RI 5E 1506' FN- 8 122T FWL BP Etploration (Alaska) STATE OF ALASKA , . 410 ALASKA OIL AND GAS CONSERVATION COM N REPORT OF SUNDRY WELL OPERAS 1. Operations Performed MAY0 ''',Ci . Cll Abandon 0 Plug Perforations 0 Fracture Stimulate 0 Pull Tubing 0 Operations shutdown Suspend 0 Perforate I1 Other Stimulate 0 Alter Casing 0 Change Ap �;pt54r /r5. C Plug for Redr 11 0 Perforate New Pool 0 Repair Well 0 Re-enter Susp Well ❑ Other:Ad a ,s"'"sm 2. Operator Name: BP Exploration(Alaska),Inc 4. Well Class Before Work 5. Permit to Drill Number: 217-153 3. Address: P.O.Box 196612 Anchorage, Development IZI Exploratory 0 AK 99519-6612 Stratigraphic 0 Service ❑ 6. API Number: 50-029-21518-01-00 7. Property Designation(Lease Number): ADL 028332 8. Well Name and Number: PBU 16-21A 9. Logs(List logs and submit electronic and printed data per 20AAC25.071): 10. Field/Pools: PRUDHOE BAY,PRUDHOE OIL 11.Present Well Condition Summary: Total Depth: measured 13406 feet Plugs measured None feet true vertical 9127 feet Junk measured None feet Effective Depth: measured 13366 feet Packer measured 11740 feet true vertical 9111 feet Packer true vertical 8604 feet Casing: Length: Size: MD: ND: Burst: Collapse: Conductor 80 20" 34-114 34-114 1490 470 Surface 2520 13-3/8" 33-2553 33-2509 3450/5380 1950/2670 Intermediate 12078 9-5/8" 31-12109 31-8884 6870 4760 Tieback Liner 11790 7" 29-11819 29-8664 7240 5410 Liner 323 7" 11813-12136 8659-8905 8160 7020 Liner 1595 3-112"x3-1/4"x2-7/8" 11811-13406 8658-9127 Perforation Depth: Measured depth: 12598-13316 feet SCAMS) JUN 1 1 2112 True vertical depth: 8929-9090 feet Tubing(size,grade,measured and true vertical depth) 4-1/2"12.6#13Cr80 27-11849 27-8687 Packers and SSSV(type,measured and 4-1/2"Baker S-3 Perm Packer 11740 8604 true vertical depth) 12.Stimulation or cement squeeze summary: Intervals treated(measured): Treatment descriptions including volumes used and final pressure: 13. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Md Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: 26 0 0 1338 226 Subsequent to operation: 179 567 902 1393 216 14.Attachments:(required per 20 AAC 25.07025.071,s 25.283) 15.Well Class after work: Daily Report of Well Operations 0 Exploratory 0 Development IZI Service 0 Stratigraphic 0 Copies of Logs and Surveys Run 0 16.Well Status after work: Oil 0 Gas 0 WDSPL ❑ Printed and Electronic Fracture Stimulation Data ❑ GSTOR 0 WINJ 0 WAG ❑ GINJ ❑ SUSP 0 SPLUG ❑ 17.I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O.Exempt: N/A Authorized Name: Danielle Ohms Contact Name: Danielle Ohms Authorized Title: Petrdedtn gineer Discipline ad,--- Contact Email: Danielle.Ohms©bp.com Authorized Signature: elf/ ®� 1. ! e 5/ /gv Contact Phone: +1 907 564 5759 Form 10-404 Revised 04/2017,14/ G.' 616/L8 dBD s.L1 MAY o 3 2018 l((I�//66 Submit Original Only • • • Alaska Oil and Gas Conservation Commission 333 West Seventh Avenue Anchorage, AK 99501-3572 RE: BP Exploration (Alaska), Inc. Report of Sundry Well Operations Summary May 1, 2018 To Whom it May Concern: Attached please find the Report of Sundry Well Operations for additional perforations in well 16-21A, PTD #217-153. Sincerely, BP Exploration (Alaska) Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Attachment: Form 10-404 BP Exploration (Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 • • Daily Report of Well Operations PBU 16-21A ACTIVITYDATE SUMMARY CTU#8 1.50" CT. Job Scope: GR/CCL/Adpref Rig up. MU BKR CTC 1.50", shorty MHA(5/8" ball disco), x-over 2.08"„ HES GR/CCL 2.2" carrier, x- over 1.97", x-over. 2.125" JSN 2.25", OAL= 15.65' (MAX OD= 2.25"). Tag hard fill at 13,232' ctm in top set of perfs.Attempt to FCO - no progress. POH. 4/11/2018 ***Job continued on 4/12/18*** CTU#8 1.50" CT. Job Scope: GR/CCL/Adperf Continue to POH. LD HES logging BHA. MU & RIH w/ BOT mill BHA. Mill/FCO from 13232ft- 13364ft. POH. Perform weekly BOP test. Change packoffs. Cut 100ft of coil. MU & RIH w/ HES 2.20" logging carrier w/2.25" DJN drift. Tag PBTD at 13335'. Log up at 50fpm to 9700'. Flag coil at 12650'. Pooh. 4/12/2018 ***Continued on 04/13/18*** CTU#8 1.50" CT. Job Scope: GR/CCL/Adperf LD HES logging tools. Tie in to Baker Hughes Coil Track dated 1/25/28 - 1/29/18, (+22' correction, corrected PBTD = 13365'). MU & RIH w/ HES 2"x 32' MaxForce HMX pert gun #1. Perforate 12664ft-12696ft. POH. LD pert gun. MU & & RIH w/ HES 2"x 32' MaxForce HMX pert gun#2. Perforate 12598ft-12630ft. POH. LD pert gun. Cut coil for chrome management and change out packoffs. 4/13/2018 **Continued on 04/14/16** CTU#8 1.50" CT. Job Scope: GR/CCL/Adperf MU & RIH w/HES 2" x 32' MaxForce HMX perf gun#3. Tag TD, correct depth. Perforate 12852' -, 12884'. Pooh. LD Perf BHA. MU & RIH w/ HES 2" x 32' MaxForce HMX pert gun#4. Tag TD, correct depth. Perforate 12820' - 12852'. Pooh. LD pert gun. MU & RIH w/ HES 2"x 32' MaxForce HMX pert gun#5. Tag TD, correct depth. Perforate 12750' - 12782'. Pooh. 4/14/2018 ***Continued on 04/15/18*** CTU#8 1.50" CT. Job Scope: GR/CCL/Adperf Freeze protect well with 60/40 meoh to 2500'. LD pert gun. ASF, ball recovered. Blow down coil w/ N2 bottles. RDMOL. Head to SLB shop for Planned Maintenance and Reel swap. 4/15/2018 **Job Complete** Fluids Summary Bbls Type 60.00 60/40 McOH 427.50 60/40 McOH w/SAFELUBE 357.00 1% SLK KCL w/SAFELUBE 12.00 Power-vis 5.40 meth .TREE= iitry LLHEAD= MCEVOY • 1 6 ACTUATOR- -21 A OLS:44A°@ 1NOT�240Y1�L 4AN 2"CNROME@TBG&LAX KB-ELEV= 70' 13-3/8"CSG, H 58' REI.ELEV= 70' 68#,K-55 BTC, x ►* i I BF.ELEV= 38.82' :4 • 2089' —14-1/2"HES X NP,D=3.813" D=12.415" �' KOP= 1900' r 1 GAS LFTMax Angle= 107°@ 12345' 20"CONS, H 112' i ST MD TVD DEV TYPE VLV LATCH PORT DATEDtumMD= 12091' 91.5#,H 40, ♦4 6 3574 3256 53 KGB-2 DONE BK 16 02/21/18 DtumTVD= 8800SS D=18.124" ►� 5 6310 4993 49 KGB-2 SO BK 20 02/21/18 �� 4 7512 5767 49 KGB-2 DMY BK 0 11/17/17 13-3/8"CSG,72#,L-80 BTC,D=12.347" H 2661' :' .• • 3 8670 6505 50 KGB-2 DMY BK 0 11/17/17 ►• �• 42 9781 7247 48 KGB-2 DMY BK 0 04/08/06 41 10899 7998 46 KGB-2 DMY BK 0 04/08106 I • D11720' H41/2" X3813Minimum ID =2.377" @12736' 0.3 /16" X2-718" XO �iF-411740' -17"X4-13BKRR,D=387".li11764' H4-1/2'1- XP,D=3813�• 11764' —17"HES ES CNTER TOPOF 3-1/2"X 3-1/4" 2-7/8"LCMT 11811'X 7"CSG,26#,L-80,D=6.276' 11818' 4 [ 11811' H 3.70"DEPLOYMENT SLEEVE,D=3.00" ►� s 0 ►� TOP OF 7"LNR --I 11823' —. n ► 11827' —3-1/2"X NP,ID=2.813" i 11827' —4-1/2"HES XN NP MLLED TO 3.8005'(12/31/17) (i^. Ilf U C r LNR) 4-1/2"TBG, 12.6#,13CR-BO VAM TOP, 11849' .4 ►♦�+► 11849' H4-1/2"WLEG,D=3.958" -0152 f,ID=3-958" •i ►i . bpf, *• P♦ 11842' —IELMD TT LOGGED ON 08/04/07 41 o 3-112'LNR,9.3#, 13CR-B5 STL, H 12100' •• [ 12100' J—3-1/2"X 3-3/16"XO,D=2.786' .0087 bpf,ID=2.992" ••• 0;40 •• /• 9-5/8"CSG,47#,L-80,ID=8.681" —1 12109' ••• 1,••j ••• /•i• 4-1/2'X 7'THRU TBG WHPSTOCK(01/02/18) 12130' ••• /••• •♦• 0••• MLLOUT WINDOW(16-21A)12136` 12143' ••4!♦ ►••••' /••• D • 7"LNR,29#,L-80,.0371 bpf, =6.184" -12130' •• ►••• PERFORATION SUMMARY •••' •►••• •••4 ►••• RET LOG:BAKER SCM •ON 02/07/18 ••4• ►••• ANGLE ATTOP PERF:94°@ 12598' #•j R••• •• •• Note:Refer to Production D8 for historical pert • data • 1• 4,• • SIZE SFF ERVAL Opn/Sqz DATE ••4 •�•• M • ESQ •• 1• 2 6 12598- 12630 0 04/13/18 •�• 0• 2 6 12664-12696 0 04/13/18 ••'� �••• •• 1• 2 6 12750-12782 0 04/14/18 ••+s ►••• 2 6 12820-12884 0 04/14/18 �•4 `•••. 2 6 13229-13250 0 02/07/18 ••4 MEI 2 6 13271-13284 0 02/07/18 •4• ••• 1••• 2 6 13306- 13316 0 02/07/18 ♦4 •• •►•4 •; 12736' —13-3/16"X 2-78'XO,D=2.377" ?••4 ti 3-1/4"LNR,6.6#,13CR-85 TCI, H 12736' •••4 .0079 bpf,D=2-850' •�•± MID H 13366' •+4 ••►/•• 46-4. ...** 2-7/8"LNR,6.5#,13CR-85 STUL-80 STL, H 13406' .0058 bpi,D=2.441" DATE REV BY COMWNTS DATE REV BY COMMENTS PRUDHOE BAY (NT 01/26/86\IOWAN 3i ORIGINAL COMPLETION 02/12/18 PAW MD PERFS(02/07/18) WELL: 16-21A 06/24/86 WWI RWO 02/14/18 JNJJMD ADDED REF&BF ELEV FERMI No: 217-513 04115/95 D16 RWO 02/26/18 CJWJMD GLV CIO(02/21/18) AR No: 50-029-21518-01 04/12/06 D14 RWO 04/16/18 MR/JW) ADFERFS(04/13-14/18) SEC 24,T10N,R15E, 1506'FNL&1227'FW. 02/05/18 N-CDR2 CTDST(16-21A) 02/08/18 RC/JW) MAL ODEAFPROVAL BP Exploration(Alaska) • . oo Oi DZ m •J CO J • O 9 m Q DI W DI W_ au O N 6) W J W LL O_ T r Z �_ N • LL Q LL Q O N N a) F 'a JN. I Z JI Z o • D D o) U o. Q LL Q LL w > N r I O cOo ZLT_ U Z U) aco mi aTi aTi ami • 0 c ci a) 2 ai O (0 01 > 0 > cn cn CO Cf) x Z coo c❑1 0 cn �I �1 �1 col �1 c c c c U l _ IY 0 0 0 0 U it it ii _I a a) N W CO U) N N N N C it CO D Z Z Z Z Q Q Q Q = O -LL V I Q Q Q < N N N C.1 CO J c) (n J co co � o CO 0 ( o (0 CO 00 (0 co CO (0 CO CI 0 N a 9 I � M e- co E ' M l— co (0 ✓ p Z Y ai ai a) yl ai to m ai U)1 ai NI n ai ai ai ai ai 0) z co DLL10 it LLX, it E LL �'F LLccir) LLr it it it it X LL Q co 00 1 o U N 0 10 0 I U 0 lo_ 0 I U 0 0 0 > O 05 Y O E E "C E O .E CC c � 1 'E CC 'E CC 1 c c E U c X 'E ,I N as o 2Jm 2 oLL 201_ 202 201— 2( 2 2 2 o6 oN I- < co 0 v v v U m U m v v v 0 v O 1 N Q *E. a)<00 a) a) Q a) a _I a) Q a) Q I a)Q a) a) a) v* a)� a) Q li p� WNO W WN W NI LUND WN2 WND W W W - W - WN 0 Z O 0 'O a0 co CO M M co co o0 co co N co CL j o 0 ..— 0 0 0 0 0 0 ,-- 0 0 W F.?, N N N N N N N N N N N N Q m r r r Vim' •o- IX Ii J N N N N N N N N N N N N O. > W W ---- _t = _ UO.• o 00 _Q Ow 0. 0 ▪ N w N O N J Q as a 0 c o d 0o c zl = r;3 • o a) r co , y u) OCN E 03 a U 0 E a) J a `� 30 - Q � z04 N `r Ca R L ~ O N Z a0 J 2 D 2 O N a) /�/� CD To W CO 00 N J to O a) CO 0 (0 D Q O a a) ZI 0 Q O a Cl 21 J a 0 i o U E J C2 CQ 0 Z 2 U) a) as as ca m ca m co m as m as N Wc CO Ill c c6 c) !0 !0 !0 @ co co N CC E 0 0 0 0 0 0 0 0 0 0 0 COci, LD m m Too m m m m m o m m m rn •o) 5) m '@) 'rn o) .2) o) '2) 0) 'm o 0 Z 0 0 0 0 0 0 0 0 0 0 0 0 > 0 g 0) 0) r- N- N- N- N- N- N- N- N- N- N- N- I— U M CO C`7 CO CO CO CO CO CO CO CO CO N. aZ C a) f0 3 O) 0) 6) 0) 6) 0) 0) 0) 0) 0) 0) 6) N rt 0_ C O W 0 z N N N N N N N N N N N N O ~ t0 co _ a .0 E E LL 1 (o zO :.• LL O ce O of c rnv } CL Z o O 2 0 0 0 0 0 0 0 0 0 0 0 0 4... J a 2 Q' D J 3 J (11 H W W W W W W W W W W W W 1 • 0 o o �%` 01 LL 6 a M .: WI C7 o CO o (� �-t 6 Z 1 U LL <-1 (O M (O(n co CO J 11 } } } cO so N 12 JI Z < _IQ) `-Ia d w N U ',.ml Q WI N U Q U I- Q H O N ,) O o a W CO co 0-ZCl-I Z w W a @ ;~ CD "6 01 > m Q o0 W Q LU LLI rn < c @ a 2 I— Z Ng mit 2 Q'N 2 u) o Z I I E I E Nas I I� W a o Z it 'I o o } cU �U @ -0o) 610 --62 U d m a QI QI N N pap N U w U D _Ivs J �I�0 IFI 2 N N Q Q LL.F_ 2 ~I CL Ln U~I0. U~la U 0 0 co (o 0 (o M (o 2 02 v)U D U U o cL 0 D CL o m1 0I 0 0 Z O gi •ai •ai to y cI."-.. D COCa olv CO cIWI ai 133 c0Iv y ooIWI ui o co cc c)— 0 LL,-O LL LL N LL LL LE li.LL.� a:&' aIn m I m2 m I m � m C Q Q W i ° ° E 01 E I0 re "W2 12 LU I EWg 12-UJ UWFr a) 7 'c c c Y c I MW cLLLLl cLLLL cLLuj cLLd cLLLL E m o 2 201- 200 Lo °nom Qr- D 2n2 inn 2N U ° QIUI °Qlmn wdQli °QIn 15 al l 15 QldIF £V >- ›- a) ° 0) N CD N al aadrIJ15 QP_ W _ N2 W CV 0 CNI 2 W D W ( W N D N @ 0 it I O COON U o coo coaD ao 0 co0 co0 co0 coo Q a To co W Q N N N CD N N N N N N N y Z 0 a+ M M M M CO �j ai O N N N N � In In N ((p 1 Ce 4 LLE W W y rn co N V m o f 1 > co ° E Z � Ico CC +� Q ` co o co rn J CI CD a) w J a D E L o N c 2 U U a c O M M co c O N‘sof 0-13 a V 17 U Z O J a } 0 Q c N ° 11 a N ~ ° Z co y o 5 :� CO co m co c E O E Ill N C coU Cl)v/ 0 0 NTo coc 0 c g QCC o m a a� a Q z E v t ° ° 2 a°i coco co (0 (4 (6 CO N (0 CO co (0 co d N 10 0 0 0 N 0 CO CO a CO E ao m m I ro To w :° Z rn CT) m rn o m 'm rn rn m m } 0 0 0 _( 0 0 0 0 0 E 0 c `J M ° W o so ~ '0 co 0 0 co CD CD rn rn rn > ° L� rn rn rn rn .-- co rn CT) rn rn rn W E a N N N N N N N N N N 0 U o N N W r t 71 0re 0 F2St E E Z ° v H Z oo U U U 0 0 0 0 0 0 0 Q .� Uc - + cn E V o 0E m 2Wwww wwOLUw d a ° 2 a jW ) i; U CL • • co .. CO LO ctl rN z CO _U o 5 o C I o vI�,I z a J V P Z — 1 ▪ N 3 aj • :_ 1 CS ++ el IX -c- 2 O Z a ° U erCe a W w 1 0 m o Z L a 12 . d = J o a 0. 03 C 2 0o N a) a ' E ) Vin 0d J < s ICCoco E " V ‘- r I- "" - C = W 1 G o N CO am CO W N lb o w o 0 0 a a a1 Z o D w I ca z • r- o 0 N N N CO V N O in > 1 rt 0 3 N 1 N m = aj d o 0 0 0y C Oce Z C m O U) 0 ✓ co Q o 0 . C to a 0 N .a m - £ 2 E a) y I E E O M . 0 v LC 00 CT 1 T r, v t ° s— _ O") F' fo .- N N oZ U o +a' > N ,..,oa; ac _ °' Lo Ja) . > *' o 0 �° co co co w 00 00 *' 6 m J ~ VI -C W U L J L. L -J.. LL LL LL LL w c t vl 2 v7 f••. r V Lo' r` (O " O c (0 U c N Q L Z O en U N � � U 3 O O c i U 0 0 0 0 0 0 0 C s- Q O J J J J J J J �;,. W W W W W W W •v c w 0 'C F- LL LL LL LL LL LL It .1 J J J J J J J a 9 > N 0 Z Z Z Z Z Z Z u c`n6 N CU LL LL LL LL LL. LL LL CC .0 O > C > Y a) (0 O Y o E a = u � N Q 41 U > • O O E F-: i v co u c 2 E aH > U N Y C2a c co O O 'u O VI- a1) : F- Q N Q r Q L ct W> F- - LLL) t c W G' o Nmc2 2- O uw' U U —N -. - 0 0 > 0 m m F- E a 0:9 ✓ a O V V) 0 U C 7 U .-i w D (6 O O • u > � J > 2' of V7 Ql 0 �''ro a a CO > y 0 m N M - oa d Q -C 00 CD a co O CO - Z u Uy Z N aO LA J J DQo m u EEEEEill. a U d (r pi d wii v(�i E 2 2 2 2 EE 1 t-viop...," 2 U w O u 2 m m an d co m Q :A Z 6.11'LLILLIO CO *: Z 2 S ' 2 O 2 SO 0/w Vus; "e -1 0 0 /1 0 5 0 0 ` N >. ~ 4,...re r LL a a a a s II no O 0 M 1.11 �'a c u bJ) (0 -,� ,.. CO N O M M M M M X N 'fp < ppp �1 O C O O O p O O O O O O O O O O) ���440. YJ 0 0 i6 co 0 0 0 0 0 0 0 c X03 03 u 4- 0 r r N r C O O O O O O O N. lab Cf N O CO CO ch (D GT 'VI E N N GO V O R O N V N N A- N O O 1... U N N N N N N N NL j -71 O N N N N N N N d CTI O O O O O O O L 3 O O O O O O O 0 N lfl 1n lf/ In In in !n LA O. , ` U aa w m e v 0 a u L Z v > u A+ w Y O m \ c C CD Y —• .� Z Q rn d m d do d d :° a) Y vai d Y Kl Z N (O r N 0 C M F+ E d 1' N (0 a c a d O N p^� O O Y tD N \ N a a w O O Z u) z H -Y • �' Lii u a •O CO2 d a � 3 CO _ .L CO o 1- a d Q • a ► -7- 1a---3 Guhl, Meredith D (DOA) From: Lastufka,Joseph N <Joseph.Lastufka@bp.com>. Sent: Wednesday, March 28, 2018 12:39 PM To: AOGCC Reporting (DOA sponsored) Subject: POP PBU 16-21A/PTD #217-153 Hello, Please reference the following well: Well Name: PBU 16-21A Permit#: 217-153 API #: 50-029-21518-01-00 Date of Test: 3/18/18 Type of Test: IPT (Initial Production Test) Choke Size: 70 Choke Unit: Production Method: Gas Lift Duration (Hours Tested): 1 Top Reference (Top Perf MD): 13229' Bottom Reference (Bottom Perf MD): 13316' Tubing Flowing (Pressure): 216 Casing Pressure: 1303 Total Test Rate(0, G, W): 1 /0/0 24-Hour Rate (0, G, W): 26/0/0 Gravity(Oil, API): Not Available GOR(Gas-Oil Ratio): 0 This well began Production on Method of Operations on this date: March 18, 2018 1 • STATE OF ALASKA WEL�LASKA OIL AND GAS CONSERVATION COMMI N MPLETION OR RECOMPLETION REPAND LOG la. Well Status: Oil RI ' Gas 0 SPLUG 0 Other 0 Abandoned 0 Suspended 0 1b.Well Class: 20AAC 25.105 20AAC 25.110 Development p Exploratory 0 GINJ 0 WINJ 0 WAG 0 WDSPL 0 No.of Completions: One • Service 0 Stratigraphic Test 0 2. Operator Name: 6. Date Comp.,Susp.,or Aband.: 14.Permit to Drill Number/Sundry BP Exploration(Alaska),Inc 2/8/2018 . 217-153 • 3. Address: 7. Date Spudded: 15. API Number: P.O.Box 196612 Anchorage,AK 99519-6612 1/26/2018 50-029-21518-01-00 ' 4a. Location of Well(Governmental Section): 8. Date TD Reached: 16. Well Name and Number: 1 1/28/2018PBU 16-21A ' Surface: 1505'FNL,1227'FWL,Sec.24,T10N,R15E,UM • 9 Ref Elevations KB 70.00 •' 17. Field/P00l(s): ICA Top of Productive Interval: 5051'FSL,897'FWL,Sec.18,T1ON,R ,UM GL 37.02 •• BF 38.82 PRUDHOE BAY,PRUDHOE OIL Total Depth: 5154'FSL,1124'FWL,Sec.18,TON,R16E,UM 10. Plug Back Depth(MD/TVD): 18. Property Designation: ' 13366'/9111' • ADL 028332&028346 4b. 4b.Location of Well(State Base Plane Coordinates,NAD 27): 11. Total Depth(MD/TVD): 19. DNR Approval Number: Surface:x- 720006• y- 5929445 • Zone - ASP 4 . 13406'/9127' . 79-081 TPI: x- 724759 y- 5936144 Zone - ASP 4 12. SSSV Depth(MD/TVD): 20 Thickness of Permafrost MD/TVDI Total Depth:x- 724982 y- 5936254 Zone - ASP 4 None 1900'(Approx.) I 5. Directional or Inclination Survey: Yes 10 (attached) No 0 13. Water Depth,if Offshore: 21. Re-drill/Lateral Top Wndow MD/TVD: Submit electronic and printed information per 20 AAC 25.050 N/A (ft MSL) •12136'/8905' • 22. Logs Obtained List all logs run and,pursuant to AS 31.05.030 and 20 AAC 25.071,submit all electronic data and printed logs within 90 days of completion, suspension,or abandonment,whichever occurs first.Types of logs to be listed include,but are not limited to:mud log,spontaneous potential,gamma ray,caliper resistivity,porosity,magnetic resonance,dipmeter,formation tester,temperature,cement evaluation,casing collar locator i• 'on record. Acronyms may be used.Attach a separate page if necessary ED. MWD/GR/RES,GR/CCL,SCMT MAR 0 r 2013 23. CASING,LINER AND CEMENTING RECORD y/► �� CASING WT.PER GRADE SETTING DEPTH MD SETTING DEPTH ND HOLE SIZE CEMENTING REC(DHOI GCC AMOUNT FT. PULLED TOP BOTTOM TOP BOTTOM 20" 91.5# H-40 34' 114' 34' 114' 30" 1800#Poleset 13-3/8" 68#/72# K-55/L-80 33' 2553' 33' 2509' 17-1/2" 3000 sx CS III,400 sx Class'G',80 sx CS II 9-5/8" 47# L-80 31' 12109' 31' 8884' 12-1/4" 300 sx Class'G',300 sx AS I 7" 26# L-80 29' 11819' 29' 8664' Tieback 139 sx LiteCrete,1186 sx Class'G' 7" 29# L-80 11813' 12136' 8659' 8905' 8-1/2" 325sxClass'G' 3-1/2"x3-1/4" 9.3#/6.6# 13Cr85 11811' 13406' 8658' 9127' 4-1/4" 109 sx Class'G' x2-7/8" /6.5# 24. Open to production or injection? Yes Il • No 0 25. TUBING RECORD If Yes,list each interval open(MD/TVD of Top and Bottom;Perforation GRADE DEPTH SET(MD) PACKER SET(MD/TV Size and Number): 4-1/2"12.6#13Cr80 11849' 11740'/8604' 2"Gun Diameter,6 sof 13229'-13250' 9053'-9061' 26. ACID,FRACTURE,CEMENT SQUEEZE,ETC. 13271'-13284' 9070'-9075' • 13306'-13316' 9085'-9090' Was hydraulic fracturing used during completion? Yes 0 No ® . Per 20 AAC 25.283(i)(2)attach electronic and printed information 2 0AL? DEPTH INTERVAL(MD) AMOUNT AND KIND OF MATERIAL USED L 2500' Freeze Protect w/38 Bbls Diesel 27. PRODUCTION TEST Date First Production: Not on Production Method of Operation(Flowing,gas lift,etc.):N/A Date of Test: Hours Tested: Production for Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: Test Period ... Flow Tubing Casing Press: Calculated Oil-Bbl: • Gas-MCF: Water-Bbl: Oil Gravity-API(torr): Press 24 Hour Rate ".* Form 10-407 Revised 5/2017 CONTINUED ON PAGE 2 Submit ORIGINAL only i'rL 3/z%6/ ,f JidV/' RE DMI t 10.E - 2018 ,/ v.%) �; G 28. CORE DATA • Conventional Core(s) Yes 0 No 041) 10Sidewall Cores Yes 0 No All' If Yes to either question,list formations and intervals cored(MD+TVD of top and bottom of each),and summarize lithology and presence of oil,gas or water (submit separate sheets with this form,if needed).Submit detailed descriptions,core chips,photographs and laboratory analytical results per 20 AAC 25.071. 29. GEOLOGIC MARKERS(List all formations and markers encountered): 30. FORMATION TESTS NAME MD ND Permafrost-Top Well Tested? Yes 0 No 0 • Permafrost-Base If yes,list intervals and formations tested,briefly summarizing test results.Attach Top of Productive Interval 13133' 9014' separate sheets to this form,if needed,and submit detailed test information per 20 AAC 25.071. CGL-Zone 3 12156' 8920' Base of CGL-Zone 2C 12281' 8975' Zone 3(Invert) 12330' 8973' Zone 2C(Revert) 13039' 8974' 23SB-Zone 28 13133' 9014' 21 TS-Zone 2A 13285' 9076' Formation at depth: total d the Zone 2A 13285' 9076' 31. List of Attachments: Summary of Daily Drilling Reports,Summary of Post-Rig Work,Survey,Cement Report,Wellbore Schematic Diagram Information to be attached includes,but is not limited to:summary of daily operations,wellbore schematic,directional or inclination survey,core analysis, paleontological report,production or well test results,per 20 AAC 25.070. 32.I hereby certify that the foregoing is true and correct to the best of my knowledge. Authorized Name: Lastufka,Joseph N Contact Name: Ciolkosz,Ryan R Authorized Title: SIM Sp tit Contact Email: Ryan.Ciolkosz@bp.com Authorized Signature: Date: Contact Phone: +1 907 564 5977 INSTRUCTIONS General:This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska.Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. All laboratory analytical reports regarding samples or tests from a well must be submitted to the AOGCC,no matter when the analyses are conducted. Item la. Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated.Each segregated pool is a completion. Item 1 b.Well Class Service wells:Gas Injection,Water Injection,Water-Alternating-Gas Injection,Salt Water Disp,Water Supply for Injection,Observation or Other. Item 4b.TPI(Top of Producing Interval). Item 9. The Kelly Bushing and Ground Level elevations in feet above mean sea level.Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 15.The API number reported to AOGCC must be 14 digits(ex:50-029-20123-00-00). Item 20.Report true vertical thickness of permafrost in Box 20.Provide MD and ND for the top and base of permafrost in Box 29. Item 22.Review the reporting requirements of 20 AAC 25.071 and,pursuant to AS 31.05.030,submit all electronic data and printed logs within 90 days of completion,suspension,or abandonment,whichever occurs first. Item 23.Attached supplemental records should show the details of any multiple stage cementing and the location of the cementing tool. Item 24.If this well is completed for separate production from more than one interval(multiple completion),so state in item 1,and in item 23 show the producing intervals for only the interval reported in item 26.(Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval). Item 27.Method of Operation:Flowing,Gas Lift,Rod Pump,Hydraulic Pump,Submersible,Water Injection,Gas Injection,Shut-in,or Other(explain). Item 28.Provide a listing of intervals cored and the corresponding formations,and a brief description in this box.Submit detailed description and analytical laboratory information required by 20 AAC 25.071. Item 30.Provide a listing of intervals tested and the corresponding formation,and a brief summary in this box.Submit detailed test and analytical laboratory information required by 20 AAC 25.071. Item 31.Pursuant to 20 AAC 25.070,attach to this form:well schematic diagram,summary of daily well operations,directional or inclination survey,and other tests as required including,but not limited to:core analysis,paleontological report,production or well test results. Form 10-407 Revised 5/2017 Submit ORIGINAL Only TREE= ACTUATOR MK1/OY • 1 6-21 A Dt4 NOTES: WELL ANGLE>-•70°@ 12235'. MAX 12401' ""'4-12"CHROME TBG&LNR KB.B_EV= 70' 13-3/8°CSG, H 58' REF.B EY= 70' 68#,K-55 BTC, x ►� !i BE ELEV= 38 82' .4 .• KOP= 1900' D=12.415" 0' ►� 2089' -I 4-112"HES X NP,D=3.813" • ►4 *, Max Angle= 107°©12345' 20'(X)ND, --I 112' ►j ►4 GAS LFT MANDRELSDatum M)= • 12091' 91.5#,H 40, ►' *! ST M) TVD DEV TYPE VLV LATCH PORT DATE Datum TV D= 8800'SS D=19.124" �i *i 6 3574 3256 53 KGB-2 DOME BK 16 02/21/18 41"• ►4 5 6310 4993 49 KGB-2 SO BK 20 02/21/18 13-318"CSG,72#,L-80 BTC,ID=12.347" H 2661' ►� .* ►• .4 4 7512 5767 49 KGB-2 OW BK 0 11/17/17 li • OW0. 3 8670 6505 50 KGB-2 OBK 0 11/17/17 44 2 9781 7247 48 KGB-2 DMY BK 0 04/08/06 6, 6, 1 10899 7998 46 KGB-2 DM( BK 0 04/08/06 • 4 Minimum ID =2.377" @ 12736' ; �� 11720' -Ia-v2"FSS X NP,D=3.813" • 3-3/16" X 2-7/8" XO 0 ►•• 0_ 11740' --{7"X 4-1/2"S-3 BKR PKR,D=3.87" • v ••4 11764' H 4-112"HES X NIP,D=3.813" 1 ti •04 �i 11764' --17"HES ES CEMENTER 1TOPOF 3-1/2"X 3-1/4"X 2-7/8"LNR/CMTJ- 11811' •j• j• 7"CSG,26#,L-80,D=6.276" H 11818' ►�tu j 11811' H3.70"DEPLOY MEVT SLEEVE D=3.00' 5 : ; g TOP OF 7"LNR --I 11823' . �' n N ►: 11827' J3-1/2"X NP,D=2.813" �- 11827' -4-1/2'HES XN NP MILLED TO 3.8005°(12/31/17) (BEHIND CT LNR) i ► 4-1/2"113G,12.6#,13CR-80 VAM TOP, 11849' r .0r•A 11849' _-14-112"WLEG,D=3.958" 41• ►414.0152 f,ID=3.958" 41' 41 4141• ►41 4 11842' H ELMD TT LOGGED ON 08/04/07 41. 4141 3-1/2"LNR,9.3#,13CR-85 STL, H 12100' ►V•V #♦P1 12100' ---I3-1/2"X 3-3/16"XO,0=2.786" .0087 bpf,ID=2.992' '41• •1 9-5/8"CSG,47#,L-80,ID=8.681" H 12109' ►•••• •4141414 ►41� 4141414 ►••• 4141414 0 41 4141 4-112"X 7'T1-RU TBG WHPSTOCK(01/02118) 12130' X414 ,�'14 • MLLOUT WWDOW(16-21A)12136'-12143' 41+ 414141 7'LNR,29#,L-80,.0371 bpf,D=6.184" -12130` 6 ►41414 4141414 ►41414 4141414 1/4/4 4141 • 4/4 PB2FORATION SUMMARY p +►• REF LOG:BAKER SGv1T ON 02/07/18 1#4144141411 ►414 4141 ANGLE AT TOP PERF 66°@ 13229' ►041 41•• 11►! Note:Refer to Production DB for historical perf data 11411.•4/44141411 ►414 •4141 SIZE SPF INTERVAL ()prVSgz DOTE ►•41•4 ••• 2 6 13229-13250 0 02/07/18 ►+F414 4141'14 2 6 13271-13284 0 02/07/18 ►+►414 4141414 110•44141 2 6 13306-13316 0 02/07/18 It 4/41+ 41• �41� ►414 4141 ►41414 4141414 11•44141 100-4 41111 3-1/4'LNR,6.6#,13CR-85 Tat12736' #• 414-4010 0:4. 12736' H3-3/16"X 2-7/8"XO,D=2.377" .0079 bpf,0=2.850" `4►• 6•41'" FBTD 13366' 441.411 rows�;X414141 2-7/8'LNR,6.5#,13CR-85 STUL-80 STL, H 13406' It41r1�l.elt .0058 bpf,D=2.441" DATE REV BY COMVENTS DATE REV BY COMMENTS ME TS PRUDHOE BAY UNIT 01/26/86 ROWAN 31 ORIGINAL COMPLETION 02/08/18 RC/JMD FINAL ODE AFPROVAL WELL: 16-21A 06/24/86 WWI RWO 02/12/18 MR/JMD FEFFS(02/07/18) FERMI No: 217-513 04/15/95 D16 RWO 02/14/18 JMJ. D ADDED REF&BF F3.EV AR No: 50-029-21518-01 04/12/06 D14 RWO 02/26/18 CJW.IMD GLV CIO(02/21/18) SEC 24,T10N,R15E,1506'FM.&1227'FWIL 02/05/18 N-CDR2 CTD ST(16-21A) 02/07/18 JMD DRLG I-03 CORRECTIONS BP Exploration(Alaska) • • North America-ALASKA ,,'edge I of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00.00AM Rig Release:2/5/2018 Rig Contractor.NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 1/23/2018 03:00 - 11:30 8.50 DEMOB P PRE RIG DOWN -FINISH RIG DOWN ON 07-03B -FINISH CHECKLISTS IN PREPARATION FOR MOVING OFF WELL DISCONNECT HI-LINE POWER. PJSM WITH TRUCKING CREW AND NABORS CREW FOR PULLING OFF WELL. DISCUSS USE OF STOP COMMAND,USE OF 12X12 CHOCK BLOCK,AND WARMING UP IF NECESSARY. VERY COLD WIND CHILLS TODAY. DISCUSS ICE ON BACK OF RIG,MOVE AWAY FROM WELLAND KNOCK IT DOWN. 11:30 - 16:00 4.50 DEMOB P PRE MOVE RIG FROM DRILLSITE 7 TO DRILLSITE 16 16:00 - 17:00 1.00 DEMOB P PRE STAGE ON EDGE OF PAD WHILE CREW FINISHES PAD PREP 17 00 - 20:00 3.00 DEMOB P PRE PJSM FOR MOVING RIG OVER WELL -WSL VERIFIED ALL VALVES ON TREE CLOSED -ALL ANNULUS PRESSURES VERIFIED AT O# -VERIFY 12"x 12"WHEEL CHOCK IN PLACE PRIOR TO MOVING ON WELL RADIO COMMUNICATION WILL BE VERIFIED PRIOR TO MOVING ON WELL -DRILLER/RIG MANAGER WILL ASSIGN SPOTTER LOCATIONS PRIOR TO MOVING ON WELL -AGREEMENT WILL BE MADE ON WHAT THE COMMAND FOR"STOP"WILL BE PRIOR TO MOVING ON WELL. SPOT RIG AND MUD MODULE RIG ACCEPTED AT 20:00 20:00 - 21:00 1.00 DEMOB P PRE OPEN ALL VALVES ON TREE -INSTALL TRANDUCER ON T1/T2 VALVES TO MONITOR FOR THERMAL IN TREE WHILE WARMING CELLAR -VALVE CREW ARRIVED -PJSM, PUMPED SSV OPEN, INSTALLED FUSIBLE LOCKOUT CAP -HYDRAULIC PRESSURE BLED OFF VALVE AND FLUID EVACUATED TO COMBAT THERMAL EXPANSION. 21:00 - 23:30 2.50 DEMOB P PRE RU CHECKLISTS -INSTALL TREE PLATFORM -HARD LINE INSTALLED. RU ANCILLARY EQUIPMENT OUTSIDE 23:30 - 00:00 0.50 DEMOB P PRE PERFORM PRE-SPUD MEETING WITH WARD AND JURY CREWS 1/24/2018 00:00 - 01:00 1.00 RIGU P PRE PERFORM LTT ON SWAB AND MASTER TO 3500# GOOD TEST NIPPLE DOWN TREE CAP FLANGE. Printed 3/2/2018 2:02:52PM *All depths reported in Drillers Depths* • North America-ALASKA-BP • Page 2 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 I End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To I Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 01:00 - 04:30 3.50 BOPSUR P PRE NIPPLE UP BOPE AND MPD LINE -7-1/16"ANNULAR,BLIND/SHEAR,2-3/8" ;PIPE/SLIP,MUD CROSS,2-3/8"x 3-1/2" VARIABLE,2-3/8"PIPE/SLIP -REMOVE LO/TO FROM ACCUMULATOR SYSTEM -GREASE HCR'S AND MANUAL VALVES 04:30 - 07:15 2.75 BOPSUR P PRE FLUID PACK TO SHELL TEST 07:15 - 16:30 9.25 BOPSUR P PRE (GOOD SHELL TEST,CALL STATE REP AND CONTINUE TESTING TEST ROPE TO 250 PSI LOW,3500 PSI HIGH FOR 5 MINUTES EACH -TEST ANNULAR AND VARIABLES WITH 2-3/8" AND 3.5""TEST JOINTS -ALL RAMS TESTED ON RAM LOCKS -ALL TESTS CHARTED -TEST WITNESSED BY AOGCC REP MATT HERRERA -7-1/16"ANNULAR,BLIND/SHEAR RAMS, ,2-3/8"PIPE/SLIP,MUD CROSS,2-3/8"X 3-1/2" VARIABLE,2-3/8"PIPE/SLIP -PERFORM ACCUMULATOR DRAWDOWN TEST TEST 1-4 GOOD TEST#5 C-10 FAILED,Cl FAIL PASS TEST#6 C6 FAIL PASS TEST#7 GOOD TEST#8 Cl FAIL PASS TEST#9 GOOD 16:30 - 20:30 4.00 BOPSUR P PRE C10 VALVE REPLACED AND TESTED,PREP TO MU RISER THEN MU THE INJECTOR TO TEST THE INNER REEL VALVE AND PACK OFFS - CIRCULATE TO FLUID PACK FOR IRV/ PACKOFF/C9-10 BACKWARDS -TEST TO 250 PSI LOW FOR 5 MIN,THEN 3500#HIGH 20:30 - 23:00 2.50 WHSUR P PRE PJSM, BRING BPV LUBRICATOR TO FLOOR -EVACUATE STACK. MEASURE SPACEOUT. MAKE UP RODS AND HYDRAULICS -FILL STACK WITH METHANOL. -PERFORM PRESSURE TEST TO 3500#GOOD TEST -PULL TWC. NO MEASURABLE PRESSURE. -OFFLOAD EQUIPMENT. 123:00 - 23:30 0.50 KILLW P PRE INSTALL FLOATS/TORQUE UQC BODY TEST BODY TO 3500#FOR 5 MINUTES.GOOD TEST 23:30 - 00:00 0.50 KILLW P PRE MAKE UP BHA#1. STINGER/NOZZLE 1/25/2018 00:00 - 01:00 1.00 KILLW P PRE PRESSURE TEST FLOATS/LUBRICATOR BREAK PRESSURE TEST TO 3500#FOR 5 CHARTED MINUTES. GOOD TEST. 01:00 - 01:30 0.50 KILLW P PRE PJSM FOR INITIAL ENTRY. -CIRCULATE FRESHWATER TO TIGER TANK -TAIL WITH 10 BBLS METHANOL SPEAR TAIL WITH 1%SLICK KCL(120°) Printed 3/2/2018 2:02:52PM *AII depths reported in Drillers Depths* . North America-ALASKA-BP . Page 3 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) 1 1 Project:Prudhoe Bay •Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM I Rig Release:2/5/2018 Rig Contractor NABORSALASKA DRILLING INC. I BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code I NPT I Total Depth I Phase Description of Operations (hr) (usft) 01:30 - 04:30 3.00 KILLW P 11,800.00 PRE RIH WITH NOZZLE BHA -0.39 BPM IN/0.89 BPM ' -8.38 PPG IN /7.73 BPM OUT RECORD WEIGHT PRIOR TO TUBING TAIL EXIT. RIH WEIGHT 23K/PU WEIGHT 69K • RIH AND TAG WHIPSTOCKAT 12135'DOWN PU TO 12100'. SHUT CHOKE. 04:30 - 05:45 1.25 KILLW N I 12,135.06 PRE CREW IDENTIFIED LEAK ON P1A VALVE. • '-SHUT DOWN PUMPING TO REPAIR PRIOR -LO/TOAND BLOW LINES BACK. 05:45 - 06:15 0.50 1 KILLW P 12,135.00 PRE FLUID PACK LINE,PT 250 LOWAND 3500 HIGH ONLINE WITH PUMP AND VALVE IS STILL LEAKING 1 LINE UP THROUGH THE BS LINE TO THE COIL AND COME ONLINE ONLINE AT 3.6 BPM 06:15 - 07:15 1.00 KILLW N 12,135.00 PRE SHUT DOWN PUMP,ISOLATON VALVES FROM BS LINE TO THE HP MANIFOLD ARE NOT ,, HOLDING AND WE ARE SEEING A LITTLE . LEAK AT THE SAME VALVE.SHUT DOWN TO REMOVE 3"LINE FROM PUMP LINES AND INSTALL BULL PLUGS 07:15 - 07:30 0.25 KILLW N I 12,135.00 PRE' PT PUMP LINE 250 LOW 4900 HIGH 07:30 - 09:05 1.58 KILLW P 12,135.00 PRE BACK ONLINE WITH PUMPS 09:05 - 09:15 0.17 KILLW P -.. 12,135.00 PRE GOOD MUD AT SURFACE,DENSITIES IN& OUT ARE SOLID SHUT DOWN TO FLOW CHECK WELL 09:15 - 10:30 1.25 KILLW ._„ P I 12,135.00 PRE GOOD NFC,POOH WHILE PUMPING 10:30 - 10:45 0.25 KILLW P 12,135.00 PRE DRILLER JUST TOLD ME WE ARE SHOWING A 1.2 BBL GAIN OVER THE LAST 5350',A COUPLE OF TENTHS EVERY 1000' SUSPECT IT COULD BE THERMAL,RETURN TEMP IS 10°WARMER THAN THE IN TEMP, STOP AND FLOW CHECK WELL TO CONFIRM WELL IS NOT FLOWING 10:45 - 12:00 1.25 KILLW P 12,135.00 PRE GOOD 10 MIN NFC,WELL IS NOT FLOWING, POOH 12:00 - 12:25 0.42 KILLW P 12,135.00 PRE OOH,FLOW CHECK WELL CREW CHANGE 12:25 - 12:45 0.33 KILLW P 12,135.00 PRE !CREWS CHANGED OUT,GOOD NF,FILL HOLE WITH 1 BBL PU THE INJECTOR AND LD THE NOZZLE BHA 12:45 - 13:15 0.50 STWHIP P 12,135.00 WEXIT 'GAUGE MILLS AND MU THE WINDOW MILLING BHA 3.81 GO,3.80 NOGO 13:15 - 15:45 2.50 STWHIP P 12,135.00 WEXIT STABBED ON,PT QTS AND RIH 15:45 - 16:20 0.58 STWHIP P 12,135.00 WEXIT LOG TIE IN 16:20 - 16:30 0.17 STWHIP P 12,135.00 WEXIT CORRECT DEPTH-9' WT CK=62K, 16:30 - 16:45 0.25 STWHIP P 12,135.00 WEXIT TAG,PU CLOSE EDC AND BRING PUMP ONLINE 16:45 - 18:00 1.25 STWHIP P 12,135.00 WEXIT FREE SPIN =2950 PSI RIH WT =25.5K IN RATE=2.91 BPM,OUT RATE=2.91 BPM PPG IN=8.78,PPG OUT =8.84 PPG Printed 3/2/2018 2:02 52PM `All depths reported in Drillers Depths* • North America-ALASKA-BP t Page 4 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB©70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 18:00 - 00:00 6.00 STWHIP P 12,141.00 WEXIT MILL 3.80"WINDOW IN 7.0"LINER PER BAKER REP FROM 12135.5'MD TO 12140.4'MD -STEADY PACE OF 1 FPH MILLING -RATE:2.68 BPM IN,2.68 BPM OUT -MUD WEIGHT:8.78 PPG IN,8.83 PPG OUT -DWOB:0.6-3.3 KLBS -CIRC PRESSURE:2714 PSI 1/26/2018 00:00 - 04:00 4.00 STWHIP P 12,146.00 WEXIT MILL 3.80"WINDOW IN 7"CASING/LINER PER BAKER REP FROM 12141'MD TO 12145'MD -RATE:2.62 BPM IN,2.62 BPM OUT -MUD WEIGHT:8.78 PPG IN,8.83 PPG OUT -DWOB:1.0-1.5 KLBS -CIRC PRESSURE:2665 PSI WINDOW MLLOUT AT 12144.5', CONTINUE TO 12146'FOR STRING MILL EXIT. 04:00 - 05:00 1.00 STWHIP P 12,146.00 WEXIT MILL RATHOLE RATE:2.62 BPM IN,2.62 BPM OUT -MUD WEIGHT:8.78 PPG IN,8.83 PPG OUT -DWOB:2.0K-3KLBS ROP:30 FPH -CIRC PRESSURE:2730 PSI 05:00 - 06:35 1.58 STWHIP P 12,146.00 WEXIT RAT HOLE MILL START UP REAM PASS UP PASS A LITTLE RATTY AT THE BOTTOM OF THE WINDOWAND FAIRLY HIGH VIBRATION _DOWN PASS THE SAME BUT LESS VIBRATION,MAKE ANOTHER UP REAM PASS UP PASS STILL SHOWING A LITTLE MOTOR WORKAT THE BOTTOM,REAM DOWN 'DOWN PASS HAD MOTOR WORRKAT THE BOTTOM,MAKE ANOTHER UP PASS UP PASS WAS BETTER,1 MORE PASS AND WE SHOULD BE CLEAN 06:35 - 06:45 0.17 STWHIP _l P 12,146.00 WEXIT REAM PASSES COMPLETE,SHUT DOWN PUMP AND DRY DRIFT DOWN CLEAN PASS DOWN,PU DRY 06:45 - 07:00 0.25 STWHIP P 12,146.00 WEXIT DRY DRIFT UP WAS CLEAN,FLOW CHECK WELL,OPEN EDC AND PREP TO POOH 07:00 - 10:00 3.00 STWHIP P 12,146.00 WEXIT GOOD NFC,POOH PUMPING AT MAX RATE 10:00 - 10:15 0.25 STWHIP P 12,146.00 WEXIT STOP AND FLOW CHECK WELL&HOLD PUSM TO SWAP BHA'S 10:15 - 11:30 1.25 STWHIP P 12,146.00 WEXIT GOOD NFC,TAG UP,PU THE INJECTOR AND LD THE BHA INJECTOR OFF AT 10:20 MILLS IN GAUGE 3.77 GO 3.76 NOGO WINDOWAND 3.78 GO 3.79 NOGO STRING 11:30 - 14:00 2.50 DRILL P 12,146.00 PROD1 MU INJECTOR TO THE BHA,PT THE OTS AND RIH 14:00 - 14:05 0.08 DRILL P 12,146.00 PROD1 LOG TIE IN 14:05 - 14:25 0.33 DRILL P 12,146.00 j PROD1 I-9.5'CORRECTION AND RIH PU WT ABOVE THE WINDOW=65K,RIH WT= 25K 14:25 - 16:30 2.08 ' DRILL P 12,146.00 PROD1 TAG,PU TO UP WT AND START MOTOR -RATE:2.82 BPM IN,2.78 BPM OUT -MUD WEIGHT:8.78 PPG IN,8.82 PPG OUT -DWOB:2.0K-5KLBS ROP:5 FPH -FREE SPIN:3160 PSI CIRC PRESSURE: 2730 PSI STALL AT 12159.3',PU AND RESTART Printed 3/2/2018 2:02:52PM `AII depths reported in Drillers Depths* North America-ALASKA-BP • Page 5 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 I End Date:1/29/2018 X3-018RT-C:(1,822,848 00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00.00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB 4170.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 16:30 - 18:00 1.50 DRILL I P 12,170.00 PROD1 STALL,PU AND IT LOOKS LIKE WE ARE OUT OF THE 31N -RATE:2.91 BPM IN,2.91 BPM OUT -MUD WEIGHT:8.79 PPG IN,8.84 PPG OUT -DWOB:2.0K-2.5KLBS ROP:60 FPH -FREE SPIN:3160 PSI CIRC PRESSURE: 3280 PSI 18:00 - 21:20 3.33 DRILL P 12,510.00 PROD1 DRILL 4.25"BUILD ;-FREE SPIN:3266 PSI,2.90 BPM -RATE:2.90 BPM IN,2.90 BPM OUT.CIRC PRESSURE:3400PSI -MUD WEIGHT:8.81 PPG IN,8.91 PPG OUT, WINDOW ECD:10.27PPG,CHOKE PRESSURE: OPEN ROP:60-115 FT/HR,WOES,:1.7-3.7 KLBS -10 BBLS LOVIS/10 BBLS HIVIS COMING OUT BIT PRIOR TO PULLING OFF BOTTOM 21:20 - 00:00 2.67 DRILL P 12,510.00 ! PROD1 PERFORM MPD DYNAMIC FLOW CHECK FOR 10 MINUTES:STATIC -MUD WEIGHT:8.82 PPG IN,8.89 PPG OUT -RATE:2.80 BPM IN,2.78 BPM OUT OPEN EDC,JET WHIPSTOCK TRAY AN 7" CASING. JOG IN TUBING TAIL RATE:3.60 BPM.CIRC PRESSURE:3000 PSI MAINTAIN 10.1 PPG ECD AT WINDOW ON TRIP OUT OF HOLE 1/27/2018 00:00 - 01:15 1.25 DRILL P 12,510.00 PROD1 POOH FOR LATERAL -MUD WEIGHT:8.82 PPG IN,8.86 PPG OUT -RATE:3.54 BPM IN,3.52 BPM OUT MAINTAIN 10.1 PPG AT WINDOW. 01:15 - 02:45 1.50 DRILL P 12,540.00 PROD1 OPEN CHOKE AND BLEED PRESSURE OFF WELL. MONITOR WELL FOR 10 MINUTES AT BHA:STATIC -CLOSE EDC,POWER DOWN -INJECTOR OFF:01:35 -SWAP BHA OUT FOR LATERAL BHA. SWAP LOWER FOR JORPS -INJECTOR ON:02:35 02:45 - 05:15 I 2.50 DRILL P 12,510.00 PROD1 PRESSURE TEST QTS TO 3500#FOR 5 MIN. GOOD TEST RIH WITH 4.25"DRILLING BHA#4 -RATE:0.32 BPM IN,0.32 BPM OUT.CIRC PRESSURE:1206 PSI -MUD WEIGHT:8.80 PPG IN,8.86 PPG OUT -MAINTAIN 10.1 PPG ECD AT WINDOW 05:15 - 05:20 0.08 DRILL P 12,510.00 PROD1 LOG TIE IN-7 05:20 - 05:50 0.50 DRILL P 12,510.00 PROD1 SWAP TOOL TO CCL,PU TO 11650 AND LOG DOWN TO 12100 05:50 - 06:25 0.58 DRILL P 12,510.00 PROD1 CCL LOG COMPLETED,CLOSE EDC AND RIH TO CONTNUE DRILLING 06:25 - 10:00 3.58 DRILL P 12,510.00 PROD1 BACK ON BOTTOM DRILLING-65%CHERT -RATE:2.65 BPM IN,2.86 BPM OUT -MUD WEIGHT:8.82 PPG IN,8.82 PPG OUT -DWOB:2.0K-2.5KLBS ROP:45 FPH -FREE SPIN:3218 PSI CIRC PRESSURE: 3238 PSI Printed 3/2/2018 2.02:52PM •AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 6 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date: 1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB©70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 10:00 - 13:10 3.17 DRILL P 12,640.00 PROD1 I DRILLING LATERAL SECTION 50%CHERT -RATE:2.84 BPM IN,2.86 BPM OUT MUD WEIGHT:8.83 PPG IN,8.91 PPG OUT -DWOB:2.3K-2.9KLBS ROP:45 FPH -FREE SPIN:3218 PSI CIRC PRESSURE: 3316 PSI PUMP A LOW/HIGH VIS COMBO PILL 13:10 - 13:50 0.67 DRILL P 12,700.00 PRODS ""DRILLING LATERAL SECTION DRILLED 200'SINCE GETTING BACK TO BOTTOM,AVERAGING-29 FPH IN Z3 -RATE:2.82 BPM IN,2.81 BPM OUT I-MUD WEIGHT:8.84 PPG IN,8.91 PPG OUT -DWOB:2.3K-3.4KLBS ROP:30 FPH -FREE SPIN:3218 PSI CIRC PRESSURE: 3376 PSI 13:50 - 14:15 0.42 DRILL P 12,710.00 PRODS SLIP STICKING WIPE TO-12200' CALL OUT TRUCKS TO SWAP MUD 14:15 - 15:35 1.33 DRILL P 12,710.00 PRODS BACK ON BOTTOM DRILLING-ROP SLOWED DOWN AT 12700' -RATE:2.87 BPM IN,2.89 BPM OUT -MUD WEIGHT:8.82 PPG IN,8.82 PPG OUT I -DWOB:2.0K-3.5KLBS ROP:45 FPH -FREE SPIN:3215 PSI CIRC PRESSURE: 3238 PSI BIT STILL SHOWING THE ABILITY TO STALL AND WHEN WE DRILL ITS IN THE 40-60 FPH RANGE 15:35 - 16:35 1.00 DRILL P 12,735.00 PROD1 SLOW ROP DRILLING,DRILLED BACK INTO THE SAME SHALE WE DRILLED FROM 12630 TO 12660 TALKED TO GEO ABOUT DROPPING DOWN A LITTLE AS IT SEEMS WE ARE DRILING DEEPER INTO THE SHALE 16:35 - 18:00 1.42 DRILL P 12,790.00 PROD1 DRILLING AHEAD-DROPPING ANGLE FROM 91.5°TO 89° -RATE:2.94 BPM IN,2.96 BPM OUT -MUD WEIGHT:8.85 PPG IN,8.92 PPG OUT -DWOB:2.6K-3.2KLBS ROP:SLOW IN SHALE -FREE SPIN:3350 PSI CIRC PRESSURE: 3436 PSI 18:00 - 19:30 1.50 DRILL P 12,820.00 PRODS DRILL4.25"LATERAL -FREE SPIN:3292 PSI,2.93 BPM -RATE:2.94 BPM IN,2.93 BPM OUT.CIRC PRESSURE:3392-3540PSI -MUD WEIGHT:8.85 PPG IN,8.92 PPG OUT, WINDOW ECD:10.14 PPG CHOKE PRESSURE:OPEN -ROP:30-60 FT/HR,WOB:1.5-3.3 KLBS j MULTIPLE PICKUPS WORKING WAY BACK 'DOWN OUT OF SHALE.WEIGHT TRANSFER BECOMING AN ISSUE. 19:30 - 20:30 1.00 DRILL P 12,820.00 PROD1 MUD SWAP -2.67 BPM IN /2.67 BPM OUT -8.55 PPG IN /8.91 PPG OUT -MAINTAIN 10.1 PPG ECD MINIMUM Printed 3/2/2018 2.02:52PM *AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 7 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB©70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) _ 20:30 - 22:00 1.50 DRILL P 12,853.00 PROD1 DRILL 4.25"LATERAL -FREE SPIN:2733 PSI,2.90 BPM -RATE:2.94 BPM IN,2.94 BPM OUT.CIRC PRESSURE:2733-3250 PSI -MUD WEIGHT:8.57 PPG IN,8.63 PPG OUT, WINDOW ECD:10.12 PPG CHOKE PRESSURE:300 PSI -ROP:30 FT/HR,WOB:2.6KLBS 22:00 - 00:00 2.00 DRILL I 12,853.00 PROD1 LONG WIPER TO WINDOW - WIPE OPEN HOLE TO WINDOW -SLIGHT DRAG SEEN THROUGH LOWER BUILD SECTION. - PULL THROUGH WINDOW WITHOUT ISSUE. -OPEN EDC, JET TRAY WITH PORTS. CHASE TO TUBING TAIL WHILE JETTING 7"CASING. -PULL UP INTO TUBING TAIL CHASING CUTTINGS. -LOG TIE IN WITH+6'CORRECTION. -RUN THROUGH WINDOW WITH NO ISSUES. -INITIATE DRILLING AT 12858' 1/28/2018 00:00 - 03:00 3.00 DRILL P 13,000.00 PROD1 DRILL 4.25"LATERAL -FREE SPIN:2985 PSI,2.92 BPM -RATE:2.92 BPM IN,2.92 BPM OUT.CIRC 'PRESSURE:2985-3150 PSI -MUD WEIGHT:8.57 PPG IN,8.65 PPG OUT, WINDOW ECD:10.1 PPG CHOKE PRESSURE: 243 PSI -ROP:50 FT/HR,WOB:2.15-3.6 KLBS PERFORMED SHORT BHA WIPERS AS NEEDED 03:00 - 06:15 3.25 DRILL P 13,000.01 PROD1 DRILL 4.25"LATERAL -FREE SPIN:2988 PSI,2.92 BPM -RATE:2.93 BPM IN,2.92 BPM OUT.CIRC PRESSURE:2985-3130 PSI -MUD WEIGHT:8.59 PPG IN,8.66 PPG OUT, WINDOW ECD:10.1 PPG CHOKE PRESSURE: 238 PSI -ROP:40-50 FT/HR,WOB:2.15-3.6 KLBS PERFORM SHORT BHA WIPERS AS NEEDED 06:15 - 08:55 2.67 DRILL P 13,140.00 PROD1 DRILLING AHEAD-DROPPING ANGLE -RATE:2.91 BPM IN,2.92 BPM OUT -MUD WEIGHT:8.60 PPG IN,8.66 PPG OUT -DWOB:2.5K-3.0KLBS ROP:45 -FREE SPIN:2975 PSI CIRC PRESSURE: 3291 PSI SLOW ROP,DRILLING 25N SHALE- HIGH GAMMA FROM 13,130'TO 13,150' 08:55 - 10:30 1.58 DRILL P 13,155.00 PROD1 DRILLING AHEAD-DROPPING ANGLE -RATE:2.94 BPM IN,2.89 BPM OUT -MUD WEIGHT:8.60 PPG IN,8.64 PPG OUT -DWOB:2.5K-3.5KLBS ROP:50 FPH -FREE SPIN:2975 PSI CIRC PRESSURE: 3218 PSI 10:30 - 10:55 0.42 DRILL P 13,225.00 PROD1 DRILLED 20 FEET IN THE LAST HOUR AND HAVE TO DO FREQUENT PU'S,TRY INCREASING ROP TO HELP WITH SLIDE 10:55 - 11:35 0.67 DRILL P 13,250.00 PROD1 DRILLED 25'IN 25 MIN,PUMP 10 X 10 SWEEP TO PREP FOR A TRIP TO THE 4-1/2 Printed 3/2/2018 2:02:52PM *All depths reported in Drillers Depths* • North America-ALASKA-BP ! Page 8 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORSALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 11:35 - 12:15 0.67 DRILL P 13,250.00 PROD1 WIPER TO THE WINDOW 12:15 - 12:20 0.08 DRILL P 13,250.00 PROD1 AT THE WINDOW,JOG IN HOLE THE PULL THROUGH THE WINDOW 12:20 - 13:00 0.67 DRILL P 13,250.00 PROD1 ABOVE WINDOW,OPEN EDC AND JET TRAY TAG AT 12160,PU AND JET INTO THE 4-1/2 13:00 - 13:10 0.17 DRILL P 13,250.00 PROD1 LOG TIE IN 13:10 - 13:20 0.17 DRILL P 13,250.00 PROD1 CORRECT DEPTH AND RIH TO THE WINDOW +5' 13:20 - 13:50 0.50 DRILL P 13,266.00- PROD1 AT THE WINDOW,CLOSE THE EDC AND RIH AT 0.70 BPM TAG AT 12360 THEN POPPED THROUGH LIGHT SET DOWN AT 12194,PU TO UP WT THEN BACK DOWN PASSED CLEAN,RIH TO THE INVERTED SECTION OF THE BUILD COME ONLINE WITH 'THE PUMP AND PULL BACK UP TO THE WINDOW TO ENSURE ITS CLEAN THEN RIH TO BOTTOM,CLEAN,RIH 13:50 - 15:40 1.83 DRILL P 13,266.00 PROD1 DRILLING AHEAD-DROPPING ANGLE AS PER PLAN -RATE:2.93 BPM IN,2.91 BPM OUT -MUD WEIGHT:8.62 PPG IN,8.68 PPG OUT DWOB:3.5K-4.5KLBS ROP:70 FPH -FREE SPIN:2975 PSI CIRC PRESSURE: 3218 PSI 15:40 - 16:35 0.92 DRILL P 13,322.:00 PROD1 DRILLING AHEAD ROP INCREASING- 'DROPPING ANGLE AS PER PLAN -RATE:2.93 BPM IN,2.91 BPM OUT -MUD WEIGHT:8.62 PPG IN,8.68 PPG OUT -DWOB:3.5K-4.5KLBS ROP:100 FPH -FREE SPIN:2975 PSI CIRC PRESSURE: 3218 PSI 16:35 - 16:50 0.25 DRILL P 13,386.00 PROD1 KWD DRILL SUPERVISOR SIMULATED A KICK WHILE DRILLING DRILLER SIMULATED PU OFF BOTTOM AND SHUTTING DOWN THE PUMP DERRICKMAN SAID THEIR WAS STILL FLOW 'COMING FROM THE WELL THE DRILLER SHUT IN AND SECURED AS PER OUR STANDING ORDERS AAR,GOOD RESPONSE FROM CREW,WELL WAS SHUT IN IN 1:10 i MOTORMAN DID NOT HAVE HIS RADIO TURNED ON BUT HEARD THE ALARM 16:50 - 19:00 2.17 DRILL P 13,407.00 PROD1 DRILLED TO TD,CIRC PILLS DOWN THEN POOH TO SURFACE -WIPER TO WINDOW CONDITION WELLBORE FOR LINER Printed 3/2/2018 2:02:52PM "All depths reported in Drillers Depths* • North America-ALASKA-BP • Page 9 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date. 1/29/2018 IX3-018RT C:(1,822,848.00) Project Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM I Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB(a370.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 19:00 - 00:00 5.00 DRILL P 13,407.00 PROD1 WIPER TO 11720' -LOG TIE IN WITH+4 -DROP TO MINIMUM RATE WHILE RUNNING THROUGH SHALE. -RIH TOA CORRECTED TD 13406' -BRING PUMPS TO DRILLING RATE TO CLEAN HOLE -PULLED HEAVY ON BHAAT 12811 AND 12750 -PULLABOVE SHALE. DROP TO MINIMUM RATE AND ATTEMPT TO CLEAN UP SHALE SECTION -PULL THROUGH WITH MINIMAL RESISTANCE -PULL THROUGH WINDOW -OPEN EDC, JET WHIPSTOCK TRAY AND 7". CHASE TO SURFACE -3.86 BPM IN!3,86 BPM OUT -8.65 PPG IN/8.68 PPG OUT 1/29/2018 00:00 - 00:40 0.67 DRILL P 13,406.00 PROD1 TAG UPON STRIPPER AND ZERO 00:40 - 03:00 2.33 DRILL P 13,406.00 PROD1 RIH WITH 4.25"DRILLING BHA#4 -RATE:2.93 BPM IN,3.43 BPM OUT.CIRC PRESSURE:2615PSI • i-MUD WEIGHT:8.64 PPG IN,8.68 PPG OUT MAINTAIN 10.1 PPG ECD AT WINDOW, -CHOKE PRESSURE:278 PSI -LOG DOWN FOR TIE-IN FROM 11720'TO 11747'MD(LOWER CM1 MARKER)WITH-7' CORRECTION 03:00 - 03:40 0.67 DRILL-- P 13,406.00 PROD1 RIH WITH 4.25"DRILLING BHA#4 -RATE:2.94 BPM IN,3.46 BPM OUT.CIRC PRESSURE:2652PSI -MUD WEIGHT:8.64 PPG IN,8.68 PPG OUT -MAINTAIN 10.1 PPG ECD AT WINDOW, CHOKE PRESSURE:151 PSI -TRAP 400 PSI ON CHOKE -CLOSE EDC, RUN THROUGH WINDOW. NO SET DOWNS OUT WINDOW. -COME ONLINE AT MINIMUM RATE -STACK 4.5K WEIGHT AND POP THROUGH 12715' AND 12720'AND 13150' 03:40 - 04:20 0.67 DRILL P 13,406.00 PROD1 LOG MAD PASS FOR FLUID INVASION PROFILE -0.52 BPM IN /0.49 BPM OUT -8.63 PPG IN /8.69 PPG OUT -PUMP 25 BBLS OF 25K LSRV MUD WITH 1.5 PPB -FINISH MAD PASS 04:20 - 04:30 0.17 DRILL P 13,406.00 PROD1 PERFORM 10 MINUTE DYNAMIC FLOW CHECK WHILE BEADS FINISH TRIP TO BIT -2.01 BPM IN/2.01 BPM OUT -8.64 PPG IN /8.68 PPG OUT 04:30 - 05:10 0.67 DRILL P 13,406.00 PROD1 POOH LAYING IN BEAD PILL 05:10 - 06:25 1.25 DRILL P 13,406.00 PROD1 OPEN EDC AND POOH DISPLAING TO 9.8 PPG FLUID STOP AT 11568.2'AND PAINT A YELLOW TD FLAG STOP AT 10292.2'AND PAINTA WHITE WINDOW FLAG 06:25 - 06:50 0.42 DRILL P 13,406.00 PROD1 RBIH TO PERFORM WT CK'S WHERE TOL WILL BE PLACED WITH LINER ON BOTTOM, NOT IN WELL PLAN Printed 3/2/2018 2:02:52PM `AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 10 of 10 Operation Summary Report Common Well Name:16-21 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:1/23/2018 End Date:1/29/2018 X3-018RT-C:(1,822,848.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs I Task Code NPT Total Depth Phase Description of Operations (hr) I (usft) 06:50 - 06:55 0.08 DRILL P 13,406.00 PROD1 PERFORM PU WT&DEPTH CHECKS PU WT=65-67K,DEPTH=11796'OR 4.0' PU WT=65-67K,DEPTH=11796'OR 3.7' PU,WT=65-67K,DEPTH=11796'OR 4.0' 06:55 - 09:20 2.42 DRILL P 13,406.00 PROEM' POOH REPAINTING FLAGS 09:20 - 09:45 0.42 DRILL P 13,406.00 PROD1 FLOW CHECK WELL PJSM TO LD THE BHA,LD BHI UQC AND PUMP OUT SLACK 09:45 - 10:15 0.50 DRILL P 13,406.00 PROD1 PU INJECTOR,POOH INSPECTING PIPE FOR FLAT SPOTS FLAT SPOT AT 9'FROM CTC WILL NEED TO BE CUT OUT REMOVE INJECTOR FROM BHA AND PULL BHA BHA LD BIT GRADE=3-2-BU-R0 CONTINUE OPS ON CON RPT Printed 3/2/2018 2:02:52PM `AII depths reported in Drillers Depths* • • North America-ALASKA-BP Page 1 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 1/29/2018 '10:15 - 12:00 1.75 CASING P 13,406.00 RUNPRD BHA LD PREP FLOOR TO CUT COIL AND PUMP SLACK OUT 12.00 - 12:45 0.75 CASING P 13,406.00 RUNPRD PUMPED OUT 243'OF 299'53' UNRECOVERED,WE WILL BE PICKING UP 194'OF 2-3/8"PH6 PREP TO CUT 10'OF COIL TO REMOVE FLAT SPOT 12:45 - 13:30 0.75 CASING P 13,406.00 RUNPRD CUT 10'OF PIPE AND WIRE,REBOOT WIRE AND MU BOT CTC 13:30 - 13:55 0.42 CASING P 13,406.00 RUNPRD PULL TEST TO 40K GOOD PULL TEST PT CTC TO 799 PSI 13:55 - 14:00 0.08 CASING P 13,406.00 RUNPRD GOOD PT,LOAD 3/4"BALL AND DISPLACE I WITH 8.6 PPG MUD 14:00 - 14:50 0.83 CASING P 13,406:00 RUNPRD PJSM TO PUMP 3/4"DRIFT BALL 14:50 - 15:25 0.58 BOPSUR P 13,406.00 RUNPRD PU AND CHECK FOR BALL,BALL RECOVERD, PU TEST JOINT AND FUNCTION TEST BOPE 15:25 - 15:45 0.33 CASING P i' 13,406.00 RUNPRD RU ELEVATOR S TO RUN LINER 15:45 - 16:00 0.25 CASING P 13,406.00 RUNPRD PJSM TO MU LINER 16:00 - 21:00 5.00 CASING P 13,406.00 RUNPRD MU LINER AS PER SUMMARY 21:00 - 23:15 2.25 CASING P- 13,406.00 RUNPRD -PAUSE AT WHITE/RED FLAG CORRECT DEPTH WITH A-14'CORRECTION 23:15 - 00:00 0.75 CASING P 13,406.00 RUNPRD RIH TO ABOVE WINDOW - CIRCULATE 9.8 PPG OUT OF ANNULUS. -PRESSURE LIMITATION OF 1800#PER BOT/ WELLTEC WORK PUMP RATE UP WHILE 9.8 PPG IS DISPLACED WITH 8.6 PPG FLUID 1/30/2018 00:00 - 02:30 2.50 CASING P 13,406.00 RUNPRD CIRCULATE ABOVE 7"WINDOW -CIRCULATE 9.8 PPG OUT OF ANNULUS. -PRESSURE LIMITATION OF 1800 PSI PER BOT/WELLTEC -WORK PUMP RATE UP WHILE 9.8 PPG IS DISPLACED WITH 8.6 PPG FLUID FINAL CIRCULATING RATES ABOVE WINDOW -1.31 BPM IN/1.31 BPM OUT,CIRCULATING PRESSURE:1710 PSI -8.70 PPG IN/8.84 OUT Printed 3/2/2018 2:03.21PM `AII depths reported in Drillers Depths* • North America-ALASKA-BP . Page 2 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:OOAM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.O0usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) I (usft) 02:30 - 03:30 1.00 CASING P 13,406.00 RUNPRD RUN IN HOLE WITH 3-1/2"X 3-1/4"X 2-7/8" LINER ON COIL FROM 7"WINDOW AT 12130' MD TO 12775'MD -PICKUP/SLACKOFF WEIGHTS AT WINDOW (30 FPM):72 KLBS PU/25 KLBS SO -CHECK COIL STRETCH:7'BETWEEN PICKUP WEIGHT AND SLACKOFF -MUD WEIGHT 8.71 PPG IN/8.82 PPG OUT 0.66 BPM IN/0.68 BPM OUT WHILE RUNNING IN HOLE -STACK OUT LINER AT 12775'MD(MID POINT OF SHALE INTERVAL).WORK LINER BETWEEN 12750'MD AND 12775'MD,UNABLE TO GET BACK TO INITIAL TAG DEPTH (LOSING GROUND WHEN PICKING UP). -MAXIMUM OF 30 KLBS DOWN,10 KLBS OVERPULL WELLTEC REPRESENTATIVE ON LOCATION FOR WORKING LINER -WITH HOOKLOAD OF 10 KLBS,LOUD POP OCCURED ON RIG FLOOR.INSPECT INJECTOR AND OBSERVE TWO INJECTOR POSTS FURTHEST FROM REEL HAD FAILED AT WELDS BETWEEN POSTS AND CART. 03:30 - 07:30 4.00 CASING N 13,406.00 RUNPRD 'DEVELOP PLAN FORWARD AFTER DAMAGING INJECTOR POSTS -NOTIFY BP WSUP,ODE,HSE REPAND NABORS SENIOR RIG MANAGER AND MECHANIC -RESTRICT RIG FLOOR AND PIPE SHED AREA WITH BARRIERS -DISCUSS OPTIONS FOR PLAN FORWARD AMONG TEAM CIRCULATE THROUGH LINER AT 1 BPM IN/ OUT WHILE DEVELOPING PLAN FORWARD AND GENERATING L2RA.FULL RETURNS FOR DURATION OF WAITING TIME. 07:30 - 09:00 1.50 CASING N 13,406.00 RUNPRD SECURE INJECTOR WITH FOUR-POINT SLING FROM TOP DRIVE AND COMEALONGS ATTACHED TO MEZZANINE -INSPECT RIGGING EQUIPMENT FOR LOAD RATING AND CURRENT CERTIFICATIONS PRIOR TO USE -SECURE EXCLUSION ZONES ON RIG FLOOR AND PIPE SHED,KEEP ALL NON ESSENTIAL PERSONNEL OUT OF THE AREA -PICK UP GENTLY ON TOP DRIVE TO TAKE SLACK OUT OF SLING 09.00 - 09:30 0.50 CASING N 13,406.00 RUNPRD APPLY 600 PSI WELLHEAD PRESSURE TO HOLD 10.1 PGG EQUIVALENT AT WINDOW (SHALE STABILITY) -HOLD PRESSURE FOR DURATION OF WAITING TIME Printed 3/2/2018 2.03.21PM 'All depths reported in Drillers Depths* . North America ALASKA-BP • Page 3 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB©70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 09:30 - 14:00 4.50 CASING N 13,406.00 RUNPRD CLEAN INJECTOR WHILE GENERATING LEVEL 2 RISK ASSESSMENT TO WELD INJECTOR POSTS ON RIG FLOOR -CLEAN OIL AND GREASE OFF INJECTOR WITH POWER WASHER -LEVEL 2 RISK ASSESSMENT WITH BP AND NABORS RIG AND ANCHORAGE TEAMS -CONTROL MEASURES INCLUDE:FIRE WATCH,HOT WORK PERMIT,CONTINUOUS GAS MONITORING,FIRE BLANKETS TO CONTAIN SPARKS,STOP WORK AUTHORITY -NO COMPROMISE TO WELL CONTROL BARRIERS(FULL BOPE CAPABILITY,KWF WITH FULL RETURNS) 14:00 - 16:30 2.50 CASING N 13;406.00 RUNPRD REPAIR INJECTOR POSTS -CLEAN UP WELD AREAS WITH GRINDERS -WELD(2)3"POSTS TO CART 16:30 - 19:30 3.00 CASING N 13,406.00 RUNPRD WAIT ON TUBOSCOPE TO PERFORM MAG PARTICLE INSPECTION ON TWO INTACT POSTS(CLOSEST TO SPOOL) -WELDS INSPECTED TO ENSURE THEY WERE NOT OVERSTRESSED DURING FAILURE EVENT 19:30 - 20:00 0.50 CASING N 13,406.00 RUNPRD _PERFORM MAG PARTICLE INSPECTION ON TWO POSTS CLOSEST TO SPOOL(PASS INSPECTION) 20:00 - 00:00 4.00 CASING N 13,406.00 RUNPRD ATTEMPT TO RUN 3-1/2"X 3-1/4"X 2-7/8" LINER ON COIL FROM 12750'MD -PIPE FREE ON FIRST PICKUP,80 KLBS STRING WEIGHT(10 KLBS OVERPULL) -MUD WEIGHT 8.8 PPG IN/8.8 PPG OUT -0.25-0.50 BPM IN/OUT,1800 PSI WHILE WORKING LINER -LOSE GROUND WHILE WORKING LINER, MIDNIGHT DEPTH OF 12587'MD -MAXIMUM OF 30 KLBS DOWN,10 KLBS OVERPULL -WELLHEAD PRESSURE 600 PSI(10.1 PPG AT WINDOW) -PUMP 20 BBL MINERAL OIL PILL WITH 10 BBL KCL SPACER ON BOTH SIDES Printed 3/2/2018 2:03:21 PM *All depths reported in Drillers Depths* North America ALASKA-BP • Page 4 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) _ 1/31/2018 00:00 - 02:00 2.00 CASING N 13,406.00 RUNPRD ATTEMPT TO WORK 3-1/2"X 3-1/4"X 2-7/8" LINER BETWEEN 12587'MD AND 12890'MD -CIRCULATE MINERAL OIL DOWN TO BULLNOSE -0.25 BPM IN/OUT,1800 PSI WHILE WORKING LINER -WORK PIPE WHILE STAGING 2-5 BBLS OF MINERAL OIL OUT OF BULLNOSE AND ALLOWING TO SOAK FOR APPROX.10 MINS EACH TIME -ABLE TO MAKE PROGRESS DOWN TO 12890' MD(MOST SIGNIFICANT PROGRESS OCCURED WHEN KCL SPACER FIRST EXITED BULLNOSE) -OVERPULLS APPEAR TO GET PROGRESSIVELY WORSE:MAX 30 KLBS OVERPULL(90 KLBS HOOKLOAD,MAXIMUM LOAD ON INJECTOR WITHOUT FURTHER APPROVALS) -REDUCE WELLHEAD PRESSURE FROM 600 TO 300 PSI(APPROX.0.5 PPG REDUCTION) AND ATTEMPT TO WORK PIPE.NO IMPROVEMENT.INCREASE WELLHEAD PRESSURE BACK TO 600 PSI(REDUCTION IN -PLACE FOR-10 MINUTES). -DECISION MADE TO PULL ABOVE SHALE AS HOLE CONDITIONS WORSEN 02:00 - 02:30 0.50 CASING N 13,406.00 RUNPRD PULL OUT OF HOLE WITH 3-1/2"X 3-1/4"X 2-7/8"LINER FROM 12890'MD TO 12534'MD t"- -CONSISTENT 20-30 KLBS OVERPULLS WHILE PULLING OUT OF HOLE 02:30 - 03:30 1.00 CASING N 13,406.00 RUNPRD CIRCULATE AT 12534'MD WHILE WAITING ON PLAN FORWARD -CONTACT ODE AND OPERATIONS GEOLOGIST,DECISION MADE TO PULL TO WINDOWAND CIRCULATE IN 9.8 PPG HEAVY FLUID,THEN PULL OUT OF HOLE AND LAY DOWN LINER(LEVEL 2 OCN#3) 03:30 - 04:00 0.50 CASING N 13,406.00 RUNPRD PULL OUT OF HOLE WITH 3-1/2"X 3-1/4"X 2-7/8"LINER FROM 12534'MD TO 7"WINDOW AT 12130'MD -NO ISSUES WHILE PULLING OUT OF HOLE 04:00 - 06:30 2.50 CASING N 13,406.00 RUNPRD CIRCULATE AT 7"WINDOW WHILE WAITING ON 9.8 PPG HEAVY FLUID TO ARRIVE FROM MUD PLANT '06:30 - 10:30 ' 4.00 CASING N 13,406.00 RUNPRD DISPLACE WELL ABOVE 7"WINDOW TO 9.8 PPG HEAVY FLUID -MAINTAIN 10.1 PPG EQUIVALENT MUD WEIGHT AT WINDOW WITH CHOKE PRESSURE _ 10:30 - 14:30 4.00 CASING N 13,406.00 RUNPRD PULL OUT OF HOLE WITH 3-1/2"X 3-1/4"X 2-7/8"LINER ON COIL FROM 7"WINDOWAT 12130'MD TO TOP OF LINER AT 1820'MD -1.2 BPM,1400-1500 PSI -DEPTH COUNTER STOPPED TRACKING PROPERLY.STOP PULLING OUT OF HOLE TO INSPECT AND OBSERVE PIECE OF GRIPPER BLOCK STUCK IN WHEEL.INSPECT CHAINS ON INJECTOR. -PULL OUT OF HOLE AT REDUCED SPEED(30 FPM)TO INSPECT CHAINS Printed 3/2/2018 2:03.21PM *AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 5 of 14' Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task ' Code NPT Total Depth Phase Description of Operations (hr) (usft) 14:30 - 15:00 0.50 CASING N 13,406.00 RUNPRD FLOW CHECK WELL AND PJSM -WELL BORE STABLE,9.8 PPG MUD IN AND OUT -1 BBL LOST FOR ENTIRE TRIP OUT OF HOLE 15:00 - 21:30 6.50 CASING N 13,406.00 RUNPRD LAY DOWN 3-1/2"X 3-1/4"X 2-7/8"LINER FROM 1820'MD TO SURFACE -POP OFF INJECTOR @ 15:00 HRS -TROLLEY BACK INJECTOR,AND RIG UP TO LAY DOWN LINER ASSEMBLY -LAY DOWN LINER.WELLTEC LINER TOP PACKER UNDAMAGED WITH NO MARKINGS. -NO SIGNIFICANT MARKINGS ON LINER ASSEMBLY -LINER ASSEMBLY LAID DOWN WITH CROSSOVERS LEFT MADE UP 21:30 - 00:00 2.50 CLEAN N 13,406.00 RUNPRD PERFORM COIL SLACK MANAGEMENT -MAKE UP TO WELL WITH INJECTOR,PUMP E-LINE SLACK BACK INTO REEL -CUT 300'OF COIL 2/1/2018 00:00 - 09:00 9.00 CLEAN N 13,406.00 RUNPRD REPLACE DRAVWVORKS SIDE INJECTOR CHAIN -UNSTAB COIL FROM INJECTOR AND SECURE IN PIPE SHED -BREAK OFF RISER AND QUICK TEST SUB -REMOVE GRIPPER BLOCKS FROM BOTH CHAINS,INSPECT AND CLEAN -REMOVE DRAWWORS SIDE INJECTOR CHAIN MONITOR WELLBORE WITH MANAGED PRESSURE LINE BELOW CLOSED SWAB VALVE.ROLL PUMPS EVERY 30-60 MINS TO ' VERIFY WELL IS STATIC. 09:00 - 10:30 1.50 CLEAN N 13,406.00 RUNPRD INSTALL NEW CHAIN AND MASTER LINK INSTALLED -CLEAN UP TOOLS USED TO INSTALL NEW CHAIN -INSTALL GRIPPER BLOCKS SHUT IN FOR 9-HRS LOST 0.7 BBLS TO THE WELL 10:30 - 11:00 0.50 CLEAN N 13,406.00 RUNPRD CLEAN AND CLEAR RIG FLOOR,LOAD OUT OLD CHAINS 11:00 - 11:15 0.25 CLEAN N 13,406.00 RUNPRD PJSM TO STAB COIL 11:15 - 11:30 0.25 CLEAN N 13,406.00 RUNPRD STAB COIL 11:30 - 13:00 1.50 CLEAN N 13,406.00 RUNPRD PIPE STABBED,CUT OFF GRAPPLE AND PREP TO MU CTC 13:00 - 14:15 1.25 CLEAN N 13,406.00 RUNPRD PULL TEST CTC TO 50K GOOD TEST,LINE UP TO PT TO 4800 PSI GOOD PT,MU A STINGER AND NOZZLE TO PUMP SLACK FORWARD 14:15 - 14:45 0.50 CLEAN N 13,406.00 RUNPRD SLACK PUMPED FORWARD,PT LUBRICATOR &QUICK TEST SUB FOR WELL OPS 14:45 - 15:00 0.25 CLEAN N 13,406.00 RUNPRD GOOD PT,LINE UP THE WELL TOA CLOSED CHOKE TO OPEN THE SWAB SWAB OPEN,NO PRESSURE,FLUID PACK AND FLOW CHECK TO REMOVE THE INJECTOR 15:00 - 16:10 1.17 CLEAN N 13,406.00 RUNPRD GOOD NFC,PU THE INJECTOR AND REMOVE THE STINGER&NOZZLE TO HEAD UP BHI Printed 3/2/2018 2:03:21 PM `AII depths reported in Drillers Depths' • North America ALASKA-BP ! Page 6 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:OOAM Rig Release:2/5/2018 Rig Contractor NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 16:10 - 16:20 0.17 CLEAN N 13,406.00 RUNPRD BHI HEADED UP AND PRESSURE TESTED PT THE DHCVS 16:20 - 16:30 0.17 CLEAN N 13,406.00 RUNPRD GOOD PT TO 3800PSI HOLD A PJSM TO MU THE DRILLING BHA FOR THE CLEAN OUT RUN 16:30 - 17:15 0.75 CLEAN N 13,406.00 RUNPRD MU THE CLEAN OUT BHA 17:15 - 22:00 4.75 CLEAN N 13,406.00 , RUNPRD INJECTOR ON @ 17:15 HRS.PT QTS @ 3500 PSI,GOOD. RIH W/CLEANOUT ASSEMBLY,90 FPM, PUMPING 1 BPM/1150 PSI. -@ 8000'START 8.7 PPG DRILLING MUD DOWN HOLE. -TIE IN W/GAMMA F/11,720'-11,755',MINUS 9'CORRETION. -UP WT @ WINDOW=61K,DOWN WT 22K. -CIRCULATE 9.8 MUD OUT TO GET ECDS DOWN AT THE WINDOW. -SHUT DOWN PUMP,CLOSE EDC AND CONTINUE IN THRU WINDOW,SMOOTH. RIH TO 12,600 PUMPING 1/2 BPM /1400 PSI, 22:00 - 22:15 0.25 CLEAN N 13,406.00 RUNPRD BRING ON PUMPS TO 2.8 BPM @ 3450 PSI AND POOH TO WINDOW. UP WT 55K @ 25 FPM.BACK THRU WINDOW WITH NO ISSUES. 22:15 - 23:15 1.00 CLEAN N 13,408.00 RUNPRD RBIH,25 FPM, 23K DOWN WT,1/2 BPM @ 1450 PSI. -RIH @ 25 FPM/1/2 BPM @ 1500 PSI,22K DOWN WT. NO ISSUES,@ 12,900',WT CHECK-CLEAN 'PICK UP,56K UP WT. -RUN ON IN,NO ISSUES,NO TAGS,SMOOTH TO TD,13,404'. 23:15 - 00:00 0.75 CLEAN N 13,406.00 RUNPRD POOH,2.5 BPM/2965'@ 13,190 PULLED HEAVY,15K OVER. -POOH TO 12,845',RBIH,STACKED @ 13,223',(6K),PICK UP TO 13,170'. -RBIH,SLOW PUMP BACK DOWN TO 1/2 BPM, 1100 PSI,RIH @ 25 FPM. -STACK OUT REPEATEDLY @ 13,222'. 2/2/2018 00:00 - 00:45 0.75 CLEAN N 13,406.00 RUNPRD WORK THRU 13,222'W/PUMPS @ 2.5 BPM/ 3200 PSI. BOBBLING IN AND STACK AGAIN @ 13,306' SEVERAL TIMES. -SLOW PUMP TO 1/2 BPM AND WORK TO BOTTOM,OK 00:45 - 01:15 0.50 CLEAN N 13,406.00 RUNPRD POOH F/13,404'TO CLEAN UP AREAS TO 12,850'. -UP WT 58K,2.63 BPM/3150 PSI,PULLING @ 15 FPM. -NO OVERPULLS -LEADING EDGE OF 10.5 PPG WEIGHTED SWEEP BROUGHT BACK SIGNIFICANT INCREASE IN CUTTINGS OVER SHAKERS. CUTTINGS ARE FINES,NO LARGE PIECES OF SHALE.POLYMER COMING OVER SHAKERS AS WELL. Printed 3/2/2018 2:03:21 PM 'All depths reported in Drillers Depths* North America-ALASKA-BP Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 'X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 01:15 - 02:30 1.25 CLEAN N 13,406.00 RUNPRD RUN IN HOLE WITH 4-1/4"CLEANOUT ASSEMBLY FROM 12850'MD TO SECTION TD AT 13406'MD -RUNNING SPEED 20 FPM -0.5 BPM,1400 PSI -MINOR BOBBLES(0.5-1.0 KLBS DOWN)AT 13141'MD,13216'MD AND 13248'MD 02:30 - 03:30 1.00 CLEAN N 13,406.00 RUNPRD PULL OUT OF HOLE WITH 4-1/4"CLEANOUT ASSEMBLY FROM SECTION TD AT 13406'MD TO 7"WINDOW AT 12134'MD -PUMP 10/10 BBL LO-VIS/WEIGHTED SWEEP ON BOTTOM,CHASE OUT OF HOLE: NO SIGNIFICANT CUTTINGS OBSERVED AT SHAKERS ON BOTTOMS UP -PULLING SPEED 20 FPM 2.6 BPM,3100 PSI -MINOR OVERPULLS(0.5-1.0 KLBS)AT 13243' MD,12780'MD AND 127.72'MD 03.30 - 06:25 2.92 CLEAN N 13,406.00 RUNPRD THRU WINDOW,OPEN EDC AND RUN BACK IN TO JET TRAY. 12,135',STACKED 6K,PICK UP W/8K OVERPULL AND FREE. -WORK BACK DOWN SEVERAL TIMES STILL STACKING. -CLOSE EDC,BRING ON PUMP,SPIN BIT AND SHUT DOWN PUMP. -ABLE TO GO DOWN THRU WINDOW,OPEN EDC,BRING ON PUMPS AND CONTINUE DOWN. -2 1/2 BPM @ 2330 PSI,TAG @ 12,187'. SEEING WOB. -PICK UP CLEAN,CLOSE EDC AND BRING ON PUMP @ MIN RATE. 1 -RUN DOWN,15 FPM AND STACK SEVERAL TIMES,PICKING UP FREE AND MADE IT TO 12,200'. -PICK UP PUMPING MIN RATE,CLEAN UP, PULLED 20'AND OVERPULLED(AT BIT),8K, AND FREE. -PULLED ON THRU WINDOW OK,OPEN EDC AND BRING ON PUMPS,2.9 BPM/2650 PSI. PICK UP AND CHANGE OUT W/RELIEF AND DISCUSS. ,06:25 - 06:30 0.08 CLEAN N 13,406.00 RUNPRD LOG TIE IN MIX UP 130+LSRV PILL MATERIAL TO CIRC HOLE CLEAN 06:30 - 08:45 2.25 CLEAN N 13,406.00 RUNPRD CORRECT DEPTH+7' CIRC UNTIL THE HIGH VIS PILL IS MADE THEN PUMP TO CLEAN UP THE TUBING FIRST THEN i TRY THE OH IF APPROVED 08:45 - 09:12 0.45 CLEAN N 13,406.00 RUNPRD HIGH VIS PILL MADE, APPROVAL FROM I TOWN TO PROCEED WITH CLEANING OUT THE WELL BEING CONSERVATIVE TAKING SMALL BITES AND PUMPING HIGH VIS PILLS PUMP 10 LOW VIS AND 30 HIGH VIS(138K LSRV) 09:12 - 09:30 0.30 CLEAN N 13,406.00 RUNPRD LOW VIS AT THE EDC,SHUT DOWN THE PUMP AND CLOSE THE EDC,RIH TO 12120' AND PUMP THE LOW&HIGH VIS PILLS OUT WHILE POOH SLOW.ONCE PILLS ARE ABOVE THE EDC,SHUT DOWN AND OPEN THE EDC AND CHASE UP INTO THE 4-1/2 AT MAX RATE Printed 3/2/2018 2:03:21 PM *All depths reported in Drillers Depths* • North America-ALASKA-BP • Page 8 of'14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12.00:OOAM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. I BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 09:30 - 10:15 0.75 CLEAN N 13,406.00 RUNPRD CIRCULATE BOTTOMS UP WITH 10 BBL LO-VIS/30 BBL HI-VIS PILL FROM 7"WINDOW TO SURFACE -EDC OPEN,CIRCULATE 3.3 BPM,3100 PSI -CHASE SWEEP INTO TUBING TAIL,AND JOG 100'BACK IN HOLE 10:15 - 10:30 0.25 CLEAN N 13,406.00 RUNPRD LOW&HIGH VIS PILLS DID NOT BRING ANYTHING BACK,HAVE TO ASSUME THAT THE WELLBORE IS CLEAN PUMP ANOTHER HIGH VIS PILL INTO THE COILAND PREP TO START WORKING DOWN TO CLEAN OUT THE BUILD SECTION OF THE WELL 10:30 - 11:30 1.00 CLEAN N 13,406.00 RUNPRD CLEAN OUT OPEN HOLE FROM 12144'MD TO 12251'MD -RUN THROUGH WINDOW WITH PUMPS OFF (NO ISSUES) -RUN IN HOLE AT CIRCULATING AT MINIMUM RATE(0.5 BPM)AND TAG OBSTRUCTION AT 12200'MD -PICK.UP TO 12175'MD,BRING PUMPS UP TO 2.6 BPM AND RIH AT 3 FPM -SAWA LITTLE MOTOR WORK AT 12203' THEN CLEANED UP,CONTINUNE RIH PUMPING HIGH VIS PILL OUT -CLEANED OUT TO 12250'THE END OF THE HIGH VIS PILL,POOH CHASING PILL -CLEAN PU TO THE WINDOW,JOG IN HOLE DEEP ENOUGH TO GET THE BHA OUT OF THE WINDOW AND ALLOW ANY DEBIS TO PASS AROUND THE 2-3/8"COIL -JOG IN HOLE WAS CLEAN TO 12345',PUH TO WINDOW AGAIN, 11:30 - 12:15 0.75 CLEAN N 13,406.00 RUNPRD PULLED THROUGH THE WINDOW CLEAN, SHUT DOWN PUMP AND OPEN EDC PU AND PULLED HEAVY,RIH AND ABLE TO GO DOWN PU AND PULLED A LITTLE HEAVY AT THE SAME DEPTH OF 12118'THEN CLEANED UP CONTINUE POOH CHASING HIGH VIS PILL AND ANY CUTTING THAT ARE ABOVE THE EDC INTO THE 4-1/2 TUBING 12:15 - 12:35 0.33 CLEAN N 13,406.00 RUNPRD HIGH VIS PILL BROUGHT UP CUTTING LIKE WE WERE DRILLING-100 FPH' TIE IN WITH A+2'CORRECTION CALL ODE AND SUPERINTENDENT SARBER 12:35 - 13:00 0.42 CLEAN N 13,406.00 RUNPRD RIH TO WASH ACROSS WS WITH EDC TAG AT 12170 CLOSE EDC,TRY TO DRIFT TO TD AT 0.5 BP, CLEAN OUT WELL IN STAGES WITH JOGS IN B ETWEEN 200'INTERVALS 13:00 - 13:10 0.17 CLEAN N 13,406.00 RUNPRD TAG 3 TIMES AT 12170 AT 0.5 BPM,INCREASE RATE TO DRILLING RATE AND RIH,BOBBLE AT 12170 THEN POPPED THROUGH,.REDUCE RATE TO 0.5 BPM AND CONTINUE RIH TAG AT 12194 PUT BUT POPPED THROUGH Printed 3/2/2018 2.03:21PM `AII depths reported in Drillers Depths* North America-ALASKA-BP Page 9 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 13:10 - 13:25 0.25 CLEAN N 13,406.00 RUNPRD DRIFT DOWN TO 12412'AT 0.5 BPM AND THE ANNULAR PRESSURE SLOWLY STARTED CLIMBING LIKE WE ARE PACKING OFF PU AND ANN PRESSURE IS DROPPING OFF, INCREASE PUMP RATE AND TRIP TO THE WINDOW TO CLEAN UP THE WELL WATCHING ANN PRESSURE,PUMP A 20 BBL HIGH VIS PILL 13:25 - 13:50 0.42 CLEAN N 13,406.00 RUNPRD PULLED CLEAN TO 12160,RIH WHILE PUMPING HIGH VIS PILL DOWN 13:50 - 15:30 1.67 CLEAN N 13,406.00 RUNPRD MADE IT TO 12600',POOH CHASING HIGH VIS PILL BACK UP INTO THE CASING GEO SAYS THE SAMPLE HAS SOME Z3 SANDS AND 31N SHALE _ 15:30 - 17:00 1.50 CLEAN N 13,406.00 RUNPRD RIH TO THE WINDOWAND'CLOSE THE EDC RIH PAST THE WINDOW WITH NO PUMP BRING PUMP ON AT 0.5 BPM AT 12155' TAG AT 12170 AND SLIDE THROUGH TAG AT 12185'AND PASSED THROUGH WITH 5K WOB RIH TO 12202'BUT STILL SEEING TAGS JUST OUTSIDE THE WINDOW TALKED TO GEO AND WE HAVE-13'OF 31N EXPOSED JUST OUTSIDE THE WINDOW AND SOME Z4 SANDS 'PU INTO THE CASED HOLE TO DISCUSS WELL CONDITIONS WITH SUPERINTENDENT SARBER 17:00 - 17:30 0.50 CLEAN N 13,406.00 RUNPRD DISCUSSED WELL CONDITIONS AND DEVELOPED A PLAN FORWARD TO MINIMIZE PUMPING FROM THE BOTTOM OF THE WINDOW TO 12200',SHALE JUST OUTSIDE THE WINDOW AND POTENTIALLY WASHED OUT PERFS FROM PARENT WELL.PLAN ' FORWARD SENT FOR APPROVAL SUPT& ODE. -TIE IN,PLUS 3'CORRECTION.CLOSE EDC, RUN DOWN THRU WINDOW,NO ISSUES. Printed 3/2/2018 2:03:21 PM *AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 10 of 14 Operation Summary Report Common Well Name:16-21 'AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 17:30 - 22:15 4.75 CLEAN N 13,406.00 RUNPRD RIH BELOW WINDOW PUMPING MINIMUM RATE.(1/2 BPM) -TAG @ 12,190'(2)TIMES,BRING ON PUMP !TO DRILLING RATE AND PUSH THRU,OK. -BRING PUMP BACK DOWN TO MIN RATE ND CONTINUE IN THE HOLE. 1-START SWEEP AROUND,19 BBLS —WEIGHTED SWEEP/15 BBLS HI VIS. .56 BPM/1550 PSI,RIH @ 25 FPM.21K DOWN WT. -TAG AND STACK @ 13,230',PICK UP AND BRING PUMPS TO DRILLING RATE. -2.6 BPM t3200 PSI,DRILL THRU TO 13,235' AND DROP PUMPS BACK TO MIN RATE. -SWEEP OUT AT BIT,PICK CHASE FROM BOTTOM AT 2.75 BPM/3425 PSI. -CHASE UP TO 12,637',SWEEP OUT, 43 BBLS LO VIS GOING DOWN HOLE NOW. - R)H @ MIN RATE/25 FPM.TAG @ 12,745', BRING RATE-UP AND THRU,CONTINUE IN AT MIN RATE. ON BOTTOM AND LO VIS SWEEP COMING OUT,LAY IN TO 12,200',NO ISSUES.HI VIS SWEEP RIGHT BEHIND LO VIS. POOH TO 12,200'AND JOG BACK DOWN TO 12,420'PUMPING MIN RATE. • - POOH,THRU WINDOW @ MIN RATE,NO ISSUES,BRING UP RATE AND POOH TO 12,025'. -OPEN EDC AND CONTINUE OOH,3.1 BPM/ _ 2950 PSI. 22:15 - 00:00 1.75 CLEAN 'N 13,406.00 RUNPRD POOH,PUMPING MAX RATE,HOLDING 10.1 PPG ECD AT WINDOW. -3.8 BPM/3600 PSI.SWEEP BACK WI NO SIGNIFICANT INCREASE IN CUTTINGS AT SHAKER. 2/3/2018 00:00 - 00:45 0.75 CLEAN N 13,406.00 RUNPRD CONTINUE TO POOH,CHASING 30 BBLS HI VIS SWEEP TO SURFACE. -NO SIGNIFICANT CUTTINGS BACK OVER SHAKER DURING THIS TRIP. 00:45 - 03:15 2.50 CLEAN N 13,406.00 RUNPRD RUN IN HOLE TO WINDOW. -PUMPING 2.7 BPM/2525 PSI. -RIH TO 12,115'.56K UP WT,22K DOWN WT. 03:15 - 05:40 2.42 CLEAN N 13,406.00 RUNPRD MIX AND PUMP 25 BBL EP MUD LUBE PILL. -2.7 BPM 2500 PSI,SURFACE TO SURFACE. -AFTER EP MUD LUBE PILL EXITS BIT,PULL UP AND TIE IN W/GAMMA. -MINUS 10'CORRECTION.START 9.8 PPG MUD DOWN HOLE. -RBIH TO 12,120'. 05:40 - 08:00 2.33 CLEAN N 13,406.00 RUNPRD 9.8 FLUID AT SURFACE,POOH FOR LINER 08:00 - 08:20 0.33 CLEAN N 13,406.00 RUNPRD FLOW CHECK WELL 08:20 - 09:00 0.67 CLEAN N 13,406.00 RUNPRD GOOD NFC,PU INJECTOR AND INSPECT PIPE WHILE POOH 09:00 - 10:00 1.00 CLEAN N 13,406.00 RUNPRD BHA OOH BIT GRADE=1-2 PREP FLOOR TO RUN LINER 10:00 - 10:20 0.33 CASING N 13,406.00 RUNPRD PJSM TO MU LINER 10:20 - 12:00 1.67 CASING N 13,406.00 RUNPRD MU LINER AS PER APPROVED SUMMARY Printed 3/2/2018 2:03:21PM *AII depths reported in Drillers Depths* • North America ALASKA-BP • Page 11 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM 1 Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 12:00 - 12:15 0.25 CASING N 13,406.00 RUNPRD CREW CHANGE WALK LINER WITH NABORS SUPERVISOR TO VERIFY PIPE COUNT BEFORE OTHER CREW LEAVES 12:15 - 12:30 0.25 CASING N 13,406.00 RUNPRD PJSM TO CONTINUE MU LINER 12:30 - 16:00 3.50 CASING N 13,406.00 RUNPRD CONTINUE MU LINER 16:00 - 16:35 0.58 CASING N 13,406.00 RUNPRD LL LINER RAN,FILL PIPE THEN MU THE DEPLOYMENT SLEEVE AND THE MWD 16:35 - 16:45 0.17 CASING N 13,406.00 RUNPRD MU INJECTOR TO THE BHA 16:45 - 20:15 3.50 CASING N 13,406.00 RUNPRD STABBED ON,PT THE QTS AND RIH -RIH @ 80 FPM,PUMPING 9.8 PPG MUD @ 1 BPM/1600'PSI. -@ 6000',START 8.8 PPG MUD DOWN HOLE, DISPLACING OUT 9.8 PPG MUD. .9-BPM @ 1600 PSI,KEEPING ECDS @ WINDOINBELOW 10.5 PPG EMW. -@ 11,852'SEE WINDOW FLAG,CORRECT • DEPTH,MINUS 14'CORRECTION. • -W/8.8 PPG OUT @ SHOE,WT CHECK,67K UP WT,22K DOWN WT,W/PUMPS OFF. 20:15 - 22:45 2.50 CASING N 13,406.00 RUNPRD RIH,THRU WINDOW W/PUMPS OFF. -TAG @ 12,180',PICK UP AND BRING ON PUMPS 2 BPM @ 3325 PSI. '-RIH,TAG AGAIN @ 12,180'.SEVERAL • ATTEMPTS USING TECHNIQUE AND THRU. -GOT THRU PUMPING @ 2.1 BPM AND SETTING DOWN A BIT. -CONTINUE DOWN PUMPING.6 BPM/1500 PSI,35 FPM.19K DOWN WT. TAG AND STACK AGAIN @ 12,659',SHUT DOWN PUMPS,PICK UP AND BRING ON PUMPS. -RUN BY,OK,CONTINUE IN,30 FPM/1.35 BPM/2250 PSI. TAG UP AND STACK @ 12,734'.WORK A FEW TIMES,NO GOOD. -PICK UP TO 12,680',71K UP WT,BRING ON PUMPS @ 2.1 BPM AND TAG @ 12,690'. -WORK PIPE TO GET THRU @ 12,690'.NO SUCCESS.PICK UP AND TRY GOING DOWN W/NO PUMP. -RIH W/NO PUMP @30FPM,TAG UP@ 12,667',LOSING GROUND.STACK @ 12,642'. .-PICK UP ABOVE SHALE SECTION,BRING ON PUMPS @ 2.7 BPM/4100 PSI,RIH @ 30 FPM. -TAG @ 12,580'.LINING UP,BUILDING SPACERS TO PUMP MINERAL OIL. -RIH W/NO PUMPS,20 FPM,MADE IT TO 12,680'.WORK BACK T 12,730'W/NO PUMPS. -MADE IT TO 12,745',WORKING DOWN W/NO PUMPS/ 22:45 - 00:00 1.25 CASING N 13,406.00 RUNPRD CONTINUE TO WORK LINER DOWN. -MOST PROGRESS IS MADE WITH PUMPS OFF. -ABLE TO GET DOWN TO 13,065'AT MIDNITE. Printed 3/2/2018 2.03.21PM *All depths reported in Drillers Depths* • North America ALASKA-BP • Page 12 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) 1 Start Date:1/29/2018 I End Date:2/5/2018 �X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB©70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 2/4/2018 00:00 - 02:30 2.50 CASING P 13,406.00 RUNPRD CONTINUE WORKING LINER DOWN F/13,065'. j-LINER IS MOVING NOW,SO ELECTED TO FOREGO MINERAL OIL PILL. -HAD 10 BBLS SPACER PUMPED,CHASE WITH 8.8 PPG MUD. -CONTINUE WORKING DOWN.13,137'SAW FLAG,NO CORRECTION NECESSARY. -WORK LINER DOWN TO 13,398',APPEARS TO BE BOTTOM.PUMP OFF OF LINER. -55K UP WT.P/U TO 13,289' AND CORRECT DEPTH TO 11,693.9' 02:30 - 03:00 0.50 CASING P 13,406.00 RUNPRD PICK UP AND LOG TIE IN W/GAMMA.ADD 8' CORRECTION. -ADJUSTED TD-13,406'. 03:00 - 05:45 2.75 CASING P 13;406.00 RUNPRD RIH,22K DOWN WT.TAG TOP OF LINER(a3 111,810'. -DYNAMIC FLOW CHECK,10 MIN.WELL BORE STATIC.8.8 PPG IN AND OUT. -POOH,55K UP WT.1.5 BPM©2000 PSI. r -PAINT WHITE FLAG©10,642.8',(10,600' EOP) PAINT YELLOW FLAG @ 9542.8',(9500'EOP). 05:45 - 06:05 0.33 CASING P i 13,406.00 RUNPRD FLOW CHECK WELL HOLD A PJSM TO LD THE LINER RUNNING BHA 06:05 - 06:30 0.42 CASING P 13,406.00 RUNPRD GOOD NFC,PU THE INJECTOR,INSPECT PIPE AND LD THE BHA 06:30 - 06:45 0.25 CASING_ P 13,406.00 RUNPRD BHA OOH, REMOVE BHI UQC TO PREP TO PUMP OUT SLACK 06:45 - 08:15 1.50 CASING P 13,406.00 RUNPRD BOOT WIRE AND PU 1 JT OF 2-3/8 PH6 TO PUMP SLACK OUT 08:15 - 09:30 1.25 CASING ` P 13,406.00 RUNPRD PUMPED OUT 261'OF 300,WE HAVE 149'OF 2-1/16"CSH TO COVER ANY EXCESS MU BOT SLIM CTC I PULL TEST TO 42K 1 GOOD PULL TEST PT THE CTC TO 3702 PSI GOOD PT,BLEED OFF,PREP FLOOR TO MU BHA DRIFT ALL X-O'S,SUBS AND VERIFY BALL SEATS 09:30 - 09:45 0.25 CASING P 13,406.00 RUNPRD HOLD A PJSM TO MU THE CMT STINGER BHA 09:45 - 11:40 1.92 CASING P 13,406.00 RUNPRD MU CMT STINGER BHA,RATTLING EACH JOINT 11:40 - 11:45 0.08 CASING P 13,406.00 RUNPRD 1 KICK WHILE TRIPPING DRILL SAFETY JOINT j PUCKED UP AND DEPLOYED ACROSS THE [BOP'S AND WELL SECURED IN 2:10,ALL HANDS CALLED IN FROM THIER POSITIONS IN 3 MIN 11:45 - 12:15 0.50 CASING P 13,406.00 RUNPRD LD SAFETY JOINTAND MU THE LAST JT OF 2-1/16"CSH 12:15 - 12:30 0.25 CASING P 13,406.00 RUNPRD INJECTOR MU TO THE BHA AND STABBED ON 12:30 - 14:30 2.00 CASING P 13,406.00 RUNPRD RIH WITH CMT STINGER BHA 14:30 - 14:50 0.33 CASING P 13,406.00 RUNPRD STOP AT 9500'EOP FLAG(ELEC=10507') REEL COUNTER=9500' CORRECT DEPTH-7.2'TO 10507'AND RIH 14:50 - 15:25 0.58 CASING P 13,406.00 RUNPRD WT CK=54K,RIH WT=22K RIH TO 13316'AND SWAP TO KCI 15:00 SLB ON LOCATION,SPOT AND RU Printed 3/2/2018 2:03:21 PM *AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 13 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI:USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date From-To Hrs Task Code NPT Total Depth , Phase Description of Operations (hr) (usft) 15:25 - 16:00 0.58 CASING P 13,406.00 RUNPRD STOP 50'ABOVE ORCA VALVE AND SWAP TO KCI 1.5 BPM=2008 PSI 16:00 - 16:05 0.08 CASING P 13,406.00 RUNPRD 71.5 BBLS AWAY,LINER VOLUME IS DIPLACED TO KCI WT CK=61K NO PUMP,RIH WT=27K START TAKING WT AT 13359,SET DOWN 10K TO 13363' PRESSURE UP TO SHEAR OUT RUPTURE DISK 1.5 BPM=1200 PSI 16:05 - 17:10 1.08 CASING P ' 13,406.00 I RUNPRD RUPTURE DISK SHEARED AT 2850 PSI 1.5 BPM AT 1700 PSI 17:10 - 17:45 0.58 CEMT P 13,406.00 RUNPRD CLEAN KCI BACK TO SURFACE,OPEN UP CMT LINE TO COIL AND FLUID PACK FOR PT —LINE UP AND PT CEMENT LINES @ 4600 PSI, GOOD TEST. 17:45 - 18:00 0.25 CEMT P 13,406.00 RUNPRD PRE JOB WITH ALL PARTIES INVOLVED. -JOB PROCEDURE REVIEWED,PRESSURE CROSS CHECK LIST REVIEWED. -EMPHASIS ON COMMUNICATION SKILLS AND STOPPING THE JOB. -ALL VOLUMES VERIFIED. 18:00 - 20:00 2.00 CEMT P ' 13,406.00 RUNPRD CEMENT WET @ 18:13 HRS,UP TO WT @ 18:27 HRS. - 1 BPM/450 PSI ICP,1.3 BPM/1100 PSI W/ 15 BBLS CMT PUMPED. -25.4 BBLS PUMPED,CHOKE CLOSED ON RETURN LINE TO KEEP CMT FROM FALLING. -WASH UP LINE TO CEMENTERS. -DISPLACE W/RIG @ 2 BPM, 4 BBLS TO CATCH CMT,1825 PSI @ 2 BPM W/6 BBLS DISPLACED. - W/30 BBLS DISPLACED,1825 PSI @ 2 BPM. SEE CMT ENTERING 1 1/4"CS HYDRIL,SLOW PUMP RATE. -1 BPM/450 PSI W/63 BBLS AWAY,(CMT PLUS DISP).W/64.4 BBLS TOTAL ON MM,CMT @ POWER SHOE. -TAKE RETURNS TO ISOLATED PIT. -W/1 1/2 BBLS CMT PAST SHOE,BRING RATE UP TO 1.7 BPM/2800 PSI. - W/10 BBLS LEFT TO DISP,SLOW PUMP TO 1.5 BPM/3400 PSI. -FCP-1.5 BPM/3025 PSI. MM SHOWING 22.4 BBLS BEHIND PIPE.PUMPS DOWN. - MUD PIT MEASUREMENT SHOWING 22.8 BBLS BEHIND PIPE. -CIP @ 19:45 HRS.CHECK FLOATS,FLOATS HOLDING PICK UIP 20',55K UP WT. -BRING ON PUMPS,2.6 BPM/2950 PSI.RBIH TO 5'ABOVE ORCA VALVE,13,354'. 20:00 - 21:00 1.00 CEMT P 13,406.00 RUNPRD CIRCULATE 25 BBLS @ 2.6 BPM/2950 PSI I AND PULL ON OUT TO 10'BELOW LINER TOP @ 11,820'. -JOG BACK DOWN TO 11,870'AND BACK UP TO LINER TOP. PUMP ANOTHER 25 BBLS AT LINER TOP. -CONTINUE PUMPING 2.8 BPM/2300 PSI AND START OOH,GET AGOOD BOTTOMS UP. -10 MIN DYNAMIC FLOW CHECK,WELL BORE STABLE,8.6 PPG BRINE IN AND OUT. Printed 3/2/2018 2:03.21PM *AII depths reported in Drillers Depths* IDNorth America-ALASKA-BP 0 Page 14 of 14 Operation Summary Report Common Well Name:16-21 AFE No Event Type:COM-ONSHORE(CON) Start Date:1/29/2018 End Date:2/5/2018 X3-018RT-C:(1,143,924.00) Project:Prudhoe Bay Site:PB DS 16 Rig Name/No.:CDR-2 Spud Date/Time:12/31/1985 12:00:00AM Rig Release:2/5/2018 Rig Contractor:NABORS ALASKA DRILLING INC. BPUOI.USA00001932 Active datum:KB @70.00usft(above Mean Sea Level) Date ' From-To Hrs Task Code NPT Total Depth Phase Description of Operations (hr) (usft) 21:00 - 00:00 3.00 CEMT P 13,406.00 RUNPRD POOH W/ORCA CEMENTING ASSEMBLY. -10 MIN FLOW CHECK AT SURFACE,WELL BORE STATIC,8.6 PPG BRINE IN AND OUT. 2/5/2018 00:00 - 02:45 2.75 CEMT P 13,406.00 RUNPRD PJSM.POP INJECTOR OFF OF WELL. LAY DOWN ORCA CEMENTING ASSEMBLY. -INSPECT TOOLS,NO DAMAGE,NO MARKS, ALL GOOD. -WELL BORE STATIC,NO LOSSES TO WELL ,DURING TRIP OUT. 02:45 - 04:15 1.50 DISPL P 13,406.00 POST PJSM.MAKE UP CHECKS AND PRESSURE TEST TO 3500 PSI,OK. M/U NOZZLE ASSEMBLY TO FREEZE PROTECT WELL. 04:15 - 05:30 1.25 DISPL P 13,406.00 POST i,RIH WITH NOZZLE BHA 05:30 - 05:45 0.25 DISPL P 13,406.00 POST LOAD 45 BBLS OF DIESEL INTO THE REEL 05:45 - 05:55 0.17 DISPL P 13,406,00 POST POOH LAYING IN DIESEL FREEZE PROTECT 05:55 - 06:30 0.58DISPL P 13,406.00 POSTPO 06:30 - 07:30 1.00 DISPL P 13,406.00 POST BOH,CLOSE MASTER&SWAB VALVES, DIPLACE REMAINING DIESEL OUT TO TT PU INJECTOR AND REMOVE CHECK VALVES STAR BACK ON TO REVERSE SLACK 07:30 - 11:00 3.50 DISPL P 1 13,406.00 PO$T -REVERSE SLACK PU INJECTOR AND CUT-290'OF COIL HEAD UP CTC PULL TEST TO 50K _ - PT TO 2800 PSI 11:00 - 11:25 0.42 DISPL -P 13,406.00 POST PUMP SLACK FORWARD 11:25 - 13:00 1.58 DISPL P ' 13,406.00 POST LTT MASTER&SWAB VALVES 13:00 - 13:30 0.50 RIGD P 13,406.00 POST BLOW DOWN REEL WITH AIR 13:30 - 14:00 0.50 RIGD P 13,406.00 POST BLOW DOWN ALL SURFACE LINES INSTALL NIGHT CAP AND TEST 14:00 - 14:30 0.50 RIGD P 13,406.00 POST GREASE TREE VALVES SWAB PRESSURE LOCKED,PUMP UP TO EQUALIZE ' SWAB OPEN,GREASE AND CLOSE 14:30 - 15:00 0.50 RIGD P 13,406.00 POST TREE GREASED,LTT MASTER&SWAB 15:00 - 19:00 4.00 RIGD P 13,406.00 POST GOOD TEST,RD MPL 19:00 - 21:00 2.00 RIGD P 13,406.00 POST BLOW DOWN LINES. -INSTALL TREE CAP AND TEST,GOOD. -SECURE WELL AND RELEASE RIG @ 21:00 HRS,02/05/2018. Printed 3/2/2018 2:03:21 PM *All depths reported in Drillers Depths* • • Daily Report of Well Operations 16-21A ACTIVITYDATE SUMMARY T/I/O = 0/0/0. RD Target 90, RU Blind flange with chem jewelry, Torqued to 890 FT LBS, 2/6/2018 PT'd against SSV 350/5000 PSI (Pass) Charted and retained. RDMO. ***Job CTU#8 1.75" CT. Job Scope: Post CTD/SCMT/Adpref Rig up. Perform MIT-T. MIT-T failed on first attempt.MIT-T to 2160psi 1st 15 min lost 56psi , 2nd 15 min lost 33 psi. held for additional 15 min lost 30 psi 2/6/2018 ***Job continued on 2/7/18*** CTU#8 1.75" CT. Job Scope: Post CTD/SCMT/Adpref Performed a Passing LLT to 2400 psi. MU & RIH w/ BOT MHA&2.25" DJN. Tag 13355' down. Pull up 50' and flag coil. Pooh. MU SLB 1-11/16" SCMT memory tool & Rih. Log from flag to 11950' at 30 fpm. Tag TD 13335' down/ 13346' up. Flag coil at 13088'. Pull jewelry log from 11950' to surface at 80 fpm.. Tie in to Baker Hughes Coil Track dated 1/25/28 - 1/29/18, (+15' correction /Corrected PBTD = 13666') Cement bond log indicates good cement behind the 3-1/4" liner. MU & RIH w/2"x 10' MaxForce HMX perf gun. 2/7/2018 ***Continued on 02/08/18*** CTU#8 1.75" CT. Job Scope: Post CTD/SCMT/Adpref Perform MIT-T 2nd attempt. MIT-T PASSED on 2nd attempt(see log). RIH w/BKR ctc 1.90", MHA w/disco (5/8" ball) 1.69", x-over 2.08", stinger 2", stinger 2", DJSN 2.25", OAL= 13.25', (MAX OD 2.25"). Set down Tag Elec 13355' Mech 13361' CTM puh 31.4k 2/7/2018 ***Job in progress*** CTU#8 1.75" CT. Job Scope: Post CTD/SCMT/Adpref Continue RIH w/2"x 10' MaxForce HMX perf gun. Correct depth at TD. Perforate interval 13,306' - 13,316' CTM. RIH with GUN #2 w/2"x 13' MaxForce HMX perf gun. Perforate interval 13,271-13,284' ctm. RIH with GUN #3 w/2"x 21' MaxForce HMX perf gun. Perforate interval 13,229-13,250' ctm. POH. FP well. 2/8/2018 ***Job in progress*** • • 0 Uc W `° MZ V EQ 02 Ci. CO IQ Cn Q t J Q 0.0 A+ I W v •- >+ i Q >, p p N 0 CO r CO E C y CO r r I,- 0 aSI r to O � N N p .y .— -3 0-a` arr � o LL °' N 4 � v� N Ma ZZoo r, 0 <I- NN -M CO a g ❑ •E' o L 0 0 0 a t, , 0 >- d N `.hy e c/1 cam// N N tll ?; .Y s. 6 N D 0 2 Q > N U ;' fir}' 0 0 J 2' N • }." F, N o o E vYi a 01 f3i m ao� > .0 ` n ` co ^ N , ct (I) > 0) N i. • Ud dU d 2 c g c o, m ai a ° a 5 CO CO F- ❑W 2 D D N • C E. y J J U' C! > 0 7 O-0 M 'm Ci U N .« O a a d L J J (� L c) w N C a) a' .' N p (O C ;saca . .O O UN O o SI, O d y 0 d ❑ n n .0 a O C w W E O 0 N L > a a, 0 0 0 N 0 ✓ p �' 0 (0 op 0 x V V ` = u) > p i w m h _ v' J F 2 Z U) ❑ co v m o 0 o N u ❑ ✓ rn o CD 0 rn I� CO N 0 (0 O C" N NCD ^ in co 0 CO 0 C V O N a) N N C CL Lo W Q E_. 6 d >, 0 .E m L a ❑ m T 3 - of Ta o O w 0. o LL - F + m coN c y c a, c m N W N t c re 6 •. a c .. a ✓ c 0 o N 0 c) E r as z w tq Cry, zw v (nE^„r.�0 dy O ❑ J ? 0 0 F I- 0 6 Q m 0 0 0 y N I,- N c6 W ❑ N p 0 d y IN 6 N o c R Dwo o R a EF o0 cc C Lo N CO `O N v h NW 0- m d 10 .- Q 7 o o• 0 0 p d Y Y o o 0 0 co ¢ Q O N o co 04 m w N , o co N N L O N N- ,-,, Z m N0 m Q. Q 0 a O a— (O 0 - m ,, N.p (q 3 E .c N N 2 Q Q N ❑ ❑ I U ❑ N N N a Z Z + W O 3 m Z a a — co co C c Z co .ci 1 r O Oo O N c Q E c c o c d y o) co C C co A ,,CL 6 O U T N O O « O « O d C Z R C O .d. N d y `O N o N w .O+ O` o N N , d R d 3 d d ch O a` 633 ❑ a 2 0 2 in m (� a 3 3 a 3 2 ❑ a > > O .- O r` O O co a) N O O CO O CD N. O O ❑ ' / 0 V N- N O 0) M u) In M N 0) CO M co M .- co O W O O O O N N d) (') C') C) (!) N N N M O O O -p N 7 a m Xo co N � *2- O CO O V' O co CO CO N- V N` O 00 O O CO 0) CO V' cr u) r` Cr a d O 10 O O N O O M Cr 3- O 3- N 3- M M CO N (0 00 0 O O O O O O O O O O O O O O O M .- O O Q a U gl 0 z z 00 0 o O O 0 — a 0 0 3 Y N N N W a7 0 CO O N CO M N C) M CO C) (O (3) 0 (O u) CO O CO N O O Q (0 N_ 0 N. V CO u) CO N CO CO 0 N u) M CO O V O O O O CO Cr 10 cr V O N. cr 0) cr 0) V u) CO O R CO N- (V.- O 0 ' O O O 00 O O (0 (0 N- r` 00 co 0) 0) O _ M N� M O N Y O C) O O 0 0 0 O O O C) O C) O N M M E u)Ct C O O 0 O 0 O O O 0 0 O O O O O O O 0 O O O L- ©V E y (n 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. N- N- N. N. N- r- n N- N- N- N. N- N. n N- (� N- N. N- N- 5 Y CO F 2 0 w O CO N Cr Of N` CO 0) N CO N u) 0) N Cr O N- O C) N- O CO N M o) N CO O N- CO N 03 C) O Cr u) of CO O N Cr/ Cr CO 0) 0) CO.. O M r` M O 03 M N O O r` M CO a) UO a V M Na O Oi' ai O W N` 00 a) u) N M r` c 'O p) V a V ? .4 V a' a' M0 M Co M CO M V V u) co N- 00 a) Q)O c L V a v v v v cr c v v Cr Cr Cr v a a a a v Cr L L = W a) co" 0) 0) a) O)' of a) O) a) Q) 0) 0) O) a) a) O) 0) w N t+ ) N N N N N N N N N N N N N N N N N N N N N M a) O) a) O) a) o) W a) a) a) a) of a) O) a) O) O a) an of cz u) O u) O u) u) u) u) u) u) u) O u) O u) u) u) u) O u) O a) p A 0 N C• 0 d c 'p C U a) V C) CO N N.N M (�..:.N a) O O O) (0 O O of O) u) V d C O O N CO C M N cr CO u) 3- N. (D 3- CO CO O CO r, n 42 a7 N OOO O O O - N N M M '7 O N- r` u) N. Ogi U N E .- .- N N O d' V., W 0 D O N CC L a) ' 0 J• I- 2 Z CO ❑ v f RI C O0 O O V e.'01 t a 0 N O CO CO CO N- CO O V N. O O N O N NCO N N 0 V 'aO O N N- M N N M N CO 37 a) N CO O 3- CO u) N (O O Cr) O 8 `O > O O O N C') W Y) (O (O N. Ni Ni 0 M O r` r` u) CC 0 CD 2 r M M CL a me CO z z S co as c jL N O C) O O O CO CO N- N. N- O (O (O CO N a) a) M O C) CO CO 0 0 O W 03 Of..:?W. EA (3) CO m 0) 0) a) 0) N- cr r` V O r) g ao 0 0 o of of of of of ai ai ai 0i of ai of ai ai cd Nni y U C) M M M N N N N N N N N N N N N N N N N IC) a) E V7 N CO V' W O N. CO 01 O N CO R O (0 r` CO CO0) co ~ ❑ N �- r r r r r r r r = U 8 0 ' CO O O O 0) W CO>- CO N. N` N. O (O O (D N O 0) M O O 0 O O 0) 0) 0Y 0 Of 0) m O CO a) O a) N- V r` Cr O O O O or a)co O).-0) 0) 0) W Q) a) 0) Q) a) a) Q) a0 r` Ni O O O a) 0) O) 0) 01 O) m O O O a) O 0) a) O) N 3- N CO CO Cr 10 (D N- CO 01 O N CO Cr u) (O N 00 0) 7 r r r r r r r Q DI CO O N CO CO CO M O _O N- O Cr u) C) 0) O N_ O CO CO 0) 0 0 00 N- O N CO CO 0 N N W O) N N- O O 0) N o vi v n o 0 ri ui 0 ao v (0 (o ri v ri a 0 (o ro L O O O CO CO CO a Cr N N 3- N V N N M M M N N d O 1.2 N a c 3 N - m p It 0 'N N UJ Q CO N > > I O N- 0) CO u) C) N CO CO CO N- CO N O u) N `- CO CO CO O M M M u) O O V 'V O V M N M co N M co M Q y O O O O ci O O O O O O O 00000 N M N a0 O O O O - - p .3 Oa c T ❑ O O (� .y m IO U' V c F._ -.E L (q < < 0 0 N N N Z CL 0_ 3- (o 2 co 6O O Z O O CO C) O O O O O 0 0 0 C) O O O C) O 0 O C) O O EO O O O O O O O O O O O O O O O O O O CC o O O OOOOO OOOOO OOOOO Np a 87 N 3- N M a O CO N. CO 0) O 3- NI 03 cr V) O N- CO O) 0) N .0 2 2 (xn 0 0 c g - 0 E d IL m. '2 V a) . p C T >-, co O at N N N d 7 7 03 U d (n 3. 0 N co N le CI �Qy ? V 0 0 N0 0) N 0) N 0) 0...a 00i N OD co 00) N O 00) 00) co V co O N Co n 0) u) M M Co u) ���ddds�f"' 0) M O) ui O Co M 0) Co M O N- V) M N O 0) 0) O) O ON M4 Co Co 13 V u) u) Co N. N. CO CO 0) 0 4- 4- N M V N Co Co N- COOO 0 N M V u) CO N N N N NNN D V m =omat; y a Loco CO Ou) N N 0) 0) N- M 0 CO Co V N- 0 N N M u) Co N. Co u) 0 CO 0 CO a II 0 - u) 0 M Co M 0 0) V u) 0) 0) N C') Co N u) u) N. M 0 Co N N i- co 0 N (D h N o N '- M N M M N M M N u) M V M M V N N M ,- 0 z V 0 sr sr Q rn 2 m O O 0 0 ?- >- Y a O O a a o 7 (O N l6 N V OD CO u) (- Co (C) CO V Co N. M 0) 0 0 CD 0) 0 0 0 u) Co CO 7 7 Z Q u0) V OD U) Co N CO (0 (N+) M V 0) N CO V N N COMOOD (0OD(ND CO N (0 0 (00 V M 0 0 7 ryO 0 0i _, V Co Co O M Co V h O V n u 0) N Co O V D M 0 N Co Y u) CM M M V V 6 V 0 CO CO Co N. N- CO CO 0) 0 0 0 N N OoOO 00000 00000 00000 004- rt` rj NNNNNNN NNNNNNNNNNN N_ @VO E 2 ...5 = 6' 666 N NNN N NN N. N N. N. n N- N- N N. N N- N- n n N- N N N- n I N N- N. N- N- n nw▪ Y Y H Lu 0 (1) N V CO 0) CO Co Co u) N- 0 0) CO Co u) V M 0 N 0) V 0 N CO Co Co 0) 0 N. N OD M 0) 0 0) 0 CO Co Co Co 0 V Co 0 CO Co Co CO Co O OO O N- 0 V V V _(-- N M CO (D CO M N 0 M V 0) 0 n 0 0 M d Co O Co I- M 0) 6 Co 6 N 6 P. .0 V M N N N N6 V Co n 0) O 0 .0 0) co co 0) O N co M V u) IO co 0) O N co V u) Co N- CO O ' C O C V V V )0 u) u) u) u) U) u) u) u) )O Coa `V) u) u) (O (D Co CO Co Co CO Co CO (- d .0 ' '= 0) 6 0) 0) 0) 0) 0) 0) 0) O) O) 6 of O) 0) 6 6 6 0) O) O) D) 0) O) O) O) O) d N NN NNN C V 0) O) O) 0) 0) O) ON) ON) 0) 0) 0) 0) 0) 0) 0) 0) 0) ON) 0) 0N) ON) ON) 0) 0) 0) 0f 0) a' z u) u) N u) u) u) u) uI u) u) u) u) (O u) 0 u) u) N u) u) u) 0 u) u) u) u) u) U) O O w d NAC00 a C N N N. V 0) V M M 0) CO Co N N N. N- u) CO (0 N. N- 0) u) 0) Co u) Co y C U N. N. O) V O N. 0 u) r-- .- 0 N O W W O) O r M (O 4- 0 .41 M M V 0 cc?, ` wd W 0) M Co 0 V n O V n uCo N Co u 0) M Co N n N r N n N M M M M V V V (0 V) 0 CO. CO Co N- N. OD CO OD 0) 0) 0 0 N N T 0 R no 1 0 L N 0 > - 0 7 m v -JI- 2Z0/ 0 • 0 V 0) V V N 0 N- u) NCo CO Co CO N 0 0) I,- 0) N V OD M 0) CO Co Co a O u) CO u) M _ CO O _ 0 N M N u) (D 0) N- 0) 0 0 0) u) u) OD O OD M Q) O V O) u) n N 0 N 0 u) N =LR-. co (D 6 V V V V u) OD n 0) O N CC V V V (1) CO CO N. N CO 0) 0) 0 4- N N M V )0 Co N- CO 0) 0 N V u) 4- c- •- N N N N N m Z z .per 7 (.0 ' MI C CoLL N- M CO N N 0 N- Co V 0) 0 Co M N V CO 0 0) 0) V) N u) O V Co CO 0) 4- N N 4- CO Co N CO 0 N N CO M Co h N- u) N CO M R Co O0 D) M I- N6 O V I- u) Co N u) Co M Co OD O N4 Co r 0) N. ON V N. 0) N V I,- 0) M u V Co(0 COOO . ) OD 0 N V N- 0) M u) N. O) 0 W 0) 0 0) 0) 0 0 0 O 4- 4- 4- 4- N N N N M M M M CO V Cr V V O) N N N N N N N (1( N N N N N N N N N N N N N N O OO OD N- M OD N N (1) N- CO * 0) 0 Co M N V CO )0 0) 0) u) N N V O COOO COOD 0) N N 0) CO N (O O N N CO M CO h N. 0 N CO M Co O0 O) M (- N Co O V h CO O N 6 Co M Co 0 O N V Co I- 0) ✓ r 0) V Co 0) V Co CO M VI CO 0 N (0 I,- 0) V Co CO 0 N NI- G) 0) 0) 0) 0 0 0 0 N N N N M M M M M V V V V u) u) u) 4- 4- N N N N N (NN N N N N N N N N N N (NN N N N N N D) N M M Co Co N Co CO 0) 0 CO N. u) N 0 M N 0 0) 0) CO CO 0) N CO N V N M u) OD V (1) U) 0) V 0 V M CO M V u1 V M V Co N- N ✓ M M M V u) (D (O r r N- n 0 0 (O u) V M M M M M M M M M V .0 N N N N N N N N N NNNNN NNNNN NNNNN NNN ' 7 E ... N a ° co 'N 1 4 CO u) (0 M M N CO 0) CO 0) 0 CO N M V N- 0 CO CO N OD CO V 0) 0 N N N- N 4- 0 N 0 M (D u) N .- O 0 N Os- V N M W4- 4- 0 M NWO Q O N4 V V V u) u) OO N.: 06 0) O N6 4 6 V u) 0 n 0 0 O) O O {p ,- ,- ,- .- .-- 4- N N N N N N N N N N N M M M UT co• m C o E (O L L N t (0 Q Q -O 0 N (71 z• a a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 is o ui o ui o vi o N o vi o u1 o ui o ui o ui o ui o u) o ui o 6o (r) u) N. 0 N u) N 0 N u) I,- 0 N u) N- 0 N u) n 0 N u) N- 0 N u) N- 0 Q. 0) 0) 0 0 O O 4- 4- 4- 4- N N N N M M CO CO Cr V V V u) u) u) u) 0 Co Q E •- ,- 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 03 0 C .. d .. 7 t o. V O C T o -7) m o a u)• P. 3 o Co /jam _._•O C) O U) CO CD (n N N O._._.__. _._.. _....._ _. 0. 1lx'Si7 CO 0) N (n 0 /D Uf) I` N 0 .- (O v U) 0 CO 0 0 N a n N O 0 N M (O CO O N U) N- O N U) 6 N (D O C O) V O U) N m K) N 0) I- (n C) 0) N- 'p CD O) 0 C) sr to (O aO 0) N C) u) N- aO 0 C) In (D CO 0 N V U) N N N M C) C) co C) C) M C) sr V V V sr V (n (O U) N U) )O co co co co co m �Z o fn O O O ,"CC cO CD o co v N CO C) O (D OD CO O C) C) OD v O 01 v On v O N 0 CO c 0 a d 0 O CO N CO m 0) N ? 0) 0) N. CO N N- C) h CO 0 0 O N N V V' N N a_ •- O O O N N C) C) () C) C) R K N (0 C) C V N C) C) C) N 0 Z E U c V Q W 3 Z Z 0 Al 0 O O 0 re v O O y to V) N (U ONO N 0) 0 N CD O1 CO 0 CO C) N N V 0 V 0 0 ) CD 0 N- C) C) 0 N CO 7 7 Z Q 0 C C) N- CO 0) CD N- a IN 0) (O 0 N. 0 N O 0 C) N- 0 a IN N- 0) O O C) C) V u7 N. ' 0 (0 - 0) CO CO N r Cr) N N R0) CD V C) V N N- O V r 0 0 0 (O CO I- N Go C) 0) N N Co CO N 0) O C) O) r 6 C) O6 O NO C) C) V (() In 0 CD N. N- CO 0) a) 0 N C) V V (O CO N. CO 0) CO 0 0 0 j C a- e- (- a- e- ,- ,- ,- s- c- a- e- a- N N N N N N N N N N N N N C) E y (O N N N N N N N N N N N N co- N N N N N N N N N N N N N N R 7 IN N- IN N- IN IN r N- N- n n IN n N. N- N- IN IN N. N N- N- IN h N- N- N 16 co Y Y F - LU W C) N- N 0 N- C) O 6 co 0) V N- 0) 0) N U) n 0) OO I"- OD N N V IN CO O) OD In 0) N C) 0) N- CO O N O) (n CO 0 CO O C) C) N N 0 V 0 (n N- O 0 0 N ? n M N CO N N (n O 0) 0) C) 0 O) 0 M CO CD On CO n 0) y C) (n N 0) C) 0 0) N (n C) C) N- N 0 - N- C) 6 N - N V OD (n N O VCO 0) N C) (n 0 00 CO N V' (n I- CO 0 N V )n N. 0) C o c IN N. N. n N- N--M V O n N. IN m CO CO CO CO CO CO 0) 0) 0) 0) 0) 0) 0 0 0 0 0 O P.. L ;c 6 0) 0) O) 0) O1 O) 6 0) 0) a) 0) 0) a!`of"0) 0) O) 0) O) o a) 0 0 0 0 o 0 d m CO rn a) 0) a) a) 0) 0) a) a) a) 0) 0) N 0) a) N 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) N 2O (n N N an N uD (n (n (n N (n N an O(7 (n (n N N N (n )n (n an (n N N N z c z N O 0 '� c O O) c L c V ` C) O 0) N N CO (D OD V U3 CO N CO N- CO N N C) (0 (D CO) N- 0 E, U 0 C) CO C) CO N C) C) (n CO CI 0 W 0) N OD C) N V N- a- CO N 01 N- O )n Q N Yd„ R C) W () O) V O O N m V U) 4 �_ 0 (O V N O (0 n (n V N .. O 0) '.. O N w V) 0 % C) M V V In co co N- r CO 0) 0) 0 a- N C) C In N 0 h OD 0) 0 e- o a- r- N N N N N N N N N N N N C) C) C) N-„, L T R _ R 0' D: m t2b V > 0 O 7 6 U 7 J 2 2 (a o O C) (n R N- (--- CO C) V N 0 CO (n N N 0 CD 0) O (n 0 CO O) OD 0 0 Q 0 CO CO CO 0 0 N N. C )n O) (n Nt In 0) (O (n O CO C) O O) CO IN Q) V (n I` O) _� 4 (D a) N an DD N a 0 (!) O (n O 0 N 0D V 0D v CD co N CO N C) CONCO (cc) CO) M Com) V V ? V V V V OOn N N N )[ (On (D O CO dN co 3 m m c LL N- IN 0 C) a) Q1 N CO N O IN 0 N. 0 N- 0) CO (n OD N 0 O C) N- O C) (D CO CO I` (O O N C) O N.'1.: IN C) n f` M CO O O CO Nt N CD O N C() 4 an 0 N- 6 O) 0) 0) 0) OD r O N C) O) (D a N- V O (O N N 0 N V (D CO 0 N C co co O N st O m O N V N n 0) N V (O N- a) In N an (n N co 0 co co co IN r N- N- N- CD CO CO CO CO CO 0) a) 0) 0) 0) 0 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 a >0> 0) N N. 0) C) 0) 0) a- N 0) N CO IN O N. 0 0) C) In a- CO N 0 co () N. 0 M CO CO 00 N- In 0 N C) 0 N n N. C) N- IN C) m O O O V K) (O . 4 . O N C) V In N C) OD O) O) O1 0) @ (C) ID an C) e— 01 0 V Ca- O OD N IN W C) In N- W C) N. r NI C;.:` In NO 0) 0) 0) CO CO) 0 0 0 0 )n (n (o (O O 0 0 N IN N N.N N. CO COOO CO COOO N N 0) 0) 0) a) O) 0 0 0 O 0 N N• N N• N• N• N• N N N N• N N N• N• N N N N N N N N C) C) C) C) O (n N. N M. C) O CO r r CO O CO 0) r 0 CO V C) O) o 0 0 N C (n (n In N. CD 0 N '7 V r N. CO C) V' N- a) C) In CO CD In On (O O CD co a 4 R 4 C (n (n (n V) V) an In O O O O 0 n I` N.: N- n r n n N- n lI .c 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 . 7 N• E.. 0_ =° CO .N Q Q Y CO •crO N O a) 0 0 C) 0) CO C) 0) CO N 0 0) 0 0) 01 OD N- N-- N V 0 0) N CD OD V CC) O) N N N CI C) C) In V O 0) r In In CO M 6 M VVVV RO Q M C) C) C) M N (C) C7 C) N M sr V V NI V Nt V V (n UT (0 C o N m 0 Q r co Q Q C 1O 0 N N N O 2 co OO (O 6 Z a a o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 o 0 0 o O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ¢ O O (CI O On O N O (n 0 N o N O N O 6 o N O (n o 6 O (n 0 (n 07 N (n r 0 N In IN 0 N N r 0 N In N- 0 N (n IN 0 N (n N- 0 N an r a (D (O OD N- h m m CO CO 0) 0) 0) 0) 0 0 0 0 a- s- r- N N N N CO o E N N• N N• N• N• N• N N N N• N N N• N• (e) C) C) C) C) C) C) C) C) C) C) C) aiT co c .. — 7 0 OE Q y 0) N E O• ` r d d y j 0) 0 d CT) 0 u) CO O N N N N st uu ;! . :O O O O O O W y .- CO Cetio (0 j O ro Wn t0 M co (- a) O UO 0) M co N 0) UD CO CO t0 CO N s- a d 0 O N V' V' M V. O M 0 O N 0 0) N LII N CO N CD co co N. M n N U .- r- N O O O O O O O O O O O O O O O z x 0 NI. v Q co 2 z z 0 m0 0 O O ce 00 a 0 0 3 Y NV) l6 (NO N V' (O N- C co N. 10 OD (O co O V' co N N M 0) OD (O r V' 3 Z N 0) 0 N- N N- co co C O Un 0) CO 0 (O UO (O N N U) 0 0) N CO 0) 0 CD O O Q N (O N t` O O) O N st N. C O UO O C N CD UO CO O V- M N 0 0 0 ' UO 0) (- UO U) V' M NCD N O O 0) 0) co OD r r r r r N O M N CD Y 7 N M V. V. N CD _N CO 0) 0 N M V. h CD CD N- CO 0) 0 N M V' UO O O a1 co M M M M M M M M M V' V' V' V' V' V- V' V- V. V. V- N (O (O U) U) 10 3 C C = O O O O O O O O O O O O O O O O O O O O O O O O O O O = O E 2 y 7 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 3 CO co H W w _ N- N. N. t` N N N N N. N N n N. n N. n N- N. N. N. N- N- N- N- N- N- n co V' 0) 0 V' N UO N UO 0 N co co CD 0 CD N UO V. N- 0 UO UO n N UO M CO N 0 N 0) CD UO (O 0 0 0 0) CO CO co O) CD V' N 0 0 N O O UO O (O M O) O V' N O CO UO N CO (D M O to N M 0) r N M Gi On UO N O N- UO N6 CO O V' r' 0) P 4 N6 6 UO M 0) (D4 N6 U O) — NV- CD CO 0) CO UO (0 CO 0 N M Cl) t` 0) N at CD CD 0) M UO N- 0 C .- a- r- .- s- N N N N N co co M p) co co V' 4 V' st V' V' UO U) N UO d L L C O O O O O O O O O O O O O O O 66666 00000 O O w D , C 0 co co co co co co co co M co co co co co co co co co M co co co M CO CO M W 0) 0) 0) 0) 0) 0) 0) 0 0) 0) 0) 0) 0) 0) 0) (3) 0) 0) ) O O) 0) 0) O) 0) CZ Un UO UO N UO UO UO t0 N N UO V) U0 UA UO U) UO UO UO UO UO UO UO UO UO N UO C N O R d 0 C) U W U O (D U `1 U N O7 ) 0) UO N.O CO UO 0 0 V' V' N CD M V N UO CO UO N C at M sr st (D 0) N N- M O) N CO UO st C V at UO (0 r O) M O 0) M N O i `. ? A CD r CO N V' M M N N N N N N M M O w y UU 0 H N co V' UO CD N CO 0) 0 s— N() 4 V' UO CO t` CO 0) 0 N co st UO CD n CO coM coM coM coM coM coM coM coM V sr sr V• st V' Y V• V• V UO UO UO UO UO Un UO UO UO O L C) 0 (CO> ❑ 0 m e.W J F 2 Z (0 ❑ -. O N 0) O co o) O UO V' UO co t0 CD CO O) N CD N W CD V M N N a co O) O M (D 0) N co (D UO 0) co CO N n O CO O ,- (D CD UO N6 r d' O) (D 4 .- 0) (D 4' CO O CO CD CO M CO (O CO CO IX l0 N- 0) co N V. UO N 0) N V' co co O) co co co co O N co UO N- O co (D (O (O N i N r N- n CO CD CD CD CD CD O) 0) 0) O) O) OO O O O O CO Z Z m C CDC LL 0 N- V' N O) kr) O O r O UN CO co C- co r V ' N- co N OI O N. O O. (D ‘t N 0)0) V' CD M 0 O O (D V' M O! N O) N UO N 0) O N 0) V' O UO 0 CD V' V'O UO (D N r N r N r N n N n (O CD O UO V'O V' O) V' CD O N UO n CO O M V' O n O) O N M Un O Cp 0) N UO O CD O) 0 0 0 0 0 0 0 r- r- r- .- .-- N N N N N N N M M M co co co co O V) ci co- (� el- co- co- of el- of co- co- co- co- ci co co- co- co- of co- co- el- of co- co- co- co- ci p, 0 N- V. N O) UO 0 UO O) N CD CO (0 0 V. h O 0)CO U0 N- 0 0 (O V- N CO V.. 0) M UO O O O V. 0 CO N _ O) N. UO N 0) CO N 0) V' O (0 CO V O UO O N n N n N r N ,h. co) N- (D - O O UO OV' O) 4 CD N- O) NV' co N- co O co V' co N- C) 0 N co UO co co _O) N co in co _ _ O O N N N N N N N (l co co co co M co V' V' V' V' V' ❑ co- co- M M M co- co- co- M co- co- M M M M M co- co- co- co- co- M co- co- M M M 7 V) O N co O N co O co O) O co co UO 0) V UO 0) N .- 0) 0) O N M CD N- N` CO W N V' co co O N sr co n CD CO O _0 N co co C co n co N. n N- n t` CD CD CD CD W O) 6 6 0) O) O) O O O O O O O O O O O .0 N N N N N N N N N N N N N N N N N co co co co co co co co co co 7 N °� 0 =° m 'N a CO V co N UO N- UO 0) at UO CD N- UO O C) CD at 0 N. V- N. N V N O M co 0) N co O) N co co N V' co st co r 0) co O r- .- co co UO (D ci Q CO U00 UO UO UO UO U N UN ) Ucsi U) N N N K U) N )ri N )ri N UU) N )0 U[) N LO Y >` U m O C E Q L co Q Q C ) 0 N N N O 7 CO 0 0 (0 c Z 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C O O O O O O O O O O O O O O O O O O O O O O O O O O O UQ O UO O UO O UO O UO O UO O UO O UO O UO O UO O V) O UO O UO O UO O (v) ON UO N 0 N CON- ON UO N O N UO N O N UO N ON UO N 0 N UO a M M CO M v V. V. N (O (0 (0 (O n N N CO CO CD CO O) 0 0) N 0 = C) (`') (`') f`7 C') M M M ('7 (�) M M lM M ('�) M M (+) M (•) M M C7 C7 (`') l') (`') Oi 0 0 Q a o) m o 0 0 m m d rn O 0 CO 0 CO • n 7 0) W n n W M0) �W_.W-_ V_.o CD � _.O N CO n W ,. 7 N 4- O) CO n 1O 7 M N O CO CO M 4- CO M CO N CO O) CO W CO O) Oa) W W W (O 6 (O 1O (O N (O CD 7 7 7 7 M M N N O O m W n n W a • co co n D) CO (O n 01 CO (O n O CO CD n Of co 7 CD CO 0 N t:Aj N N N N N M M M M M 7 7 7 7 7 1O (O 1O 1O 1O W W W W W n n CO W a r s- 0 r r r r r r r r r r r r r r r r r r r r r CO So �' � O W�0 o CO C 0) N CO n CO CO n (O N- 0 CD 0) U) CO CD u) W N- M O) N W CD N CO a WW Q. 7 n O W )O N (O O 4- 0 CO N 7 '— CO '- 7 (O CO n D) WD) CO (O M C U O O O O O O O O O O O O O O O N N M — co co O ,- O ,- O O 0 z r 0 sr sr Q co 2 II' O O 0 o c a U• U 7 Y V N N CO (Q (O W 1O 7 n N n CO (D N <- U) CD CD 4- 0 0 (O (O 7 W N m 0 M (O 7 7 Q 0 7 0 0 CO CO n N M 0 CO 7 M 0) n M (O 0 n W O 7 N N N N co co 7 co W n n n co CD 7 co N 4- N 7 co co N co n co O O 0 ' n n n n n n n n n n n n n n n n n n n n n n W W6 W d) ry6 6Y CD n CO 0) 0 N M 7 u) CD n CO W 0 N M 7 (O W n CO D) 0 N E co co U1) 1n CO U1 (D CD W CO C W CD (D CO W r n n N n r n r N N CO CD CO 66 co- 6666 6666 V© 2 y (() N N N N N N N N N N N N N N N N N N N N N N N N N N N N 'C A 7 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 CO Y F= 2 W W M CO (O CD O) D) 7 O CO CD CD _ M n 1O CO CO CO M 0) D) N (O W n n 0) N 1O N- W CO O) (O N n 0 M 0 N 7 0) 0 M O CO n 1O CO 0) n CO 7 N O W C (O N CO M M M N O n M O C a W (O M D) n 7 N O W W 7 D) n (O N O n 7 W (O W 6 47. UO) co 0 N 7 (O N- 0) M 7 CD CO 0 co (O n CO 0 N 7 (O n CO 0 N V- C C C 0 (O CO CD CD W CD CD N-NN- N N n co co W CO CO CO D) W W CO D) D) O O O e L L v O O O O O O O O 66666 '66666 66666 O w N t+ v co co co co co co co co co co co co co co co M M M CO M CO M M CO M CO CO Z D) D) O) O) 0) 0) 0) 0) 0) 0) W D) D1 D) m O) D) D) D) D) D) DI D) D) D) D) D) N CD N O W O N N N N W N N N N N N M N M N M N C d O a ._. N C U U W C U 7 1O n N 0 D) 0 N N CO 0 d n CO CD N- 1O CO CO 0 10 M CD 7 7 C U UN n N CO 7 O) CD N CO CO 0) 7 CO N C 0 7 D) (O 0) W 7 N O) CD M O E d w A 7 7 (O W6 N 0) W O O CO N N N M 7 7 (O W n n W ai O ,'D w N U N CD 0 C C C CD CD N- CO CO N. N CO 7 (O W n CO N) 0 CD N M 7 co W CD O y Q T R N CD CD CD CD CD CD CD CD CD W n n n n n n n n n W W CO W CO CO CO d s O 0 W 7 J F- 2 Z 0, O O _ N 7 CO 0 0 0 N 7 CO 0 0 M K) Cr) n _N 1O CO (O 10 CD n N 7 Q W W N n N n N n CO W M W CO n0 0) W CO W 7 CO N 0 co Q) W M W W M W W M W m:.,.:'-1+i= W W M 0) W M W W N O) (O cc N 7 CD n D) M 7 W W O M 1O n W O N M 1O n W O N M 0 n N N N N N CO CO CO CO CO M 7 7 7 7 7 7 1O 1O 1O 0 0 On N ZCO ? r r r r r r r r r r r r r r r CO Z (.0 CD C LL Is- Q) CO CO 0 n M CD 0 7 7 CO 0 CO 0) CD 1O N n CD M CO M 1O D) CO n 4- 0 CO N (O 0) N W O 1().. Q 10 O CO CO O N 7 n 4- CO 4- CO 7 N n W O 7 6 M n N W 6 O 7 0) M W 7 D) 7 O) 6 O W n N. • N 7 0 N- CO O N 7 (O n CO 0 47 N 7 (O n CO 0 CO (O CD CO W 7) 7 7 7 7 7 7 7 0 (O 0 (O (O (O C W C C W C W n n n N n n n M M M M M M M M M M M M ff! M M M M M M M M M M M M M M O » N. O) W (O 0 N- CO CD 0 7 7 WM CO CD 1O N N- CD M CO M 1O 0) CO n (O W N (O CO N W O U) O N O CO CO O N 7 n W CO 7 N n r- W O 7 D) M n N W 41 O 7 0) M W 7 D) 7 O) 6 O W n co 0) N 7 (O CD CO WN 7 co n W 0) 4- N 7 1O n CO 0 N CO (O CD 7 7 1O (O (O (O co co co CO C CO W CO CO C n N n n n r co co co co co 0 �,� 0 CD CO W (O CO 7 0 (O N (O W CO (O CD CO 7 7 n O 7 N CO CO 0 CO 0) Q) 0) O N N N O CO W n n C CO N CO M W W O N M CO N N O O O O O O O O O N N N M M M M M M ' L CO M M CO CO CO CO M M M CO CO M M CO CO M M CO CO M M M CO M M CO 7 E — 'N °_ 0 �° m Ti a (n N- 0 lO CO CO N N (O N D) 0 M n CD N M 0 7 CD CO n CO 7 C CO CO O 0) CO O O O D) n W (D W K) O co W u) K) M N CO. W N N 7 < 6• 66 66666 66666 66666 cocnocno 6666 T U .. N m CCo' (D E Q L Q Q t O 0 N N N O 2 m (D (O (O Z d 4. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O CC (O O 1O O 1O O 1O O CDOCDOCD OCDOCDO (O O (O O (O O (O O (O co n 0 N 0 n 0 N 0 n 0 N (O n 0 N (O n 0 N (O n 0 N (O n 0 N 0- 0) O O O O 4- 4- 4- 4- N N N N CO M M CO 7 7 7 7 (O u) (O u) W W N O M 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 C .. _ d „ 7.. co 0 0.2 O C d ..Ts a m N cu E• `O r d d WCD ------ • , ,gam fCtli, r..- O 01 1.-- COCO N 4 N N O O 0 N 4 00 IN O O ? .J N M CO N N O 0) N 0 N O N co D) O LO O a CO 4- U) CO 4- V CO N 0 V M N O co N O U) 4 N 0) OD N- 6 4 N O O) I- U(1 R N O 0) 13 O V CD CO N V U) N 0) CO K) N. OD C) N C CD OD O M KN.4- ) O) N N N N CO CO CO CO CO CO 0) CO 0) 0) 01 O O O O O 4- 4- 4- 4- N N V N N N N N N N N N NJI N .- r r r r r r r r r r r r r N N Nrn 3 O CO m N CD V V M N V V U) a 0) V N U) O N 0 O N V V U) 4- 0. d 7U) 7 0) V N CO 4- 0 V N V 0) CO M CO 4- O 0) 0 U) N V CO CD N CO 0 4- O O O O c- O O - O .- O O O O O .- O O O O O O O O O O 0 Z = 0 4V a rn ; Z Z 0 mp o 00O O a V O 0 a O 0 3 Y N N N (D N CO N co W V a M M V N- M CO N N CO CO O O O O CO D) 7 7 n Q M (0 N CO M CD co O N co N-N 0 M N C- CO C N M CD CO V CO O O 7 M U) CD CO N CO CO CO O O N CO (O N N CO O CO C0 O CO CO M U) N CNO O 0 ' CO CO DD6 DODO O O O O O O O O O O YUet CM V UCD N CO CO O N M V 0 CD N CO D) O N CO V (0 CD N CO CD O DDODOD co cnc) ) D) D ) DD) D) OOOOO OOOOON 4-V O O O O O O O O O CDO O O O O O N E H 7 N NNNNN N N N N N NNNNN NNNNN NNNNN N �_ m 0 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 5 Y co H 2 OW W CO V M V O OD 0 N O co N- O CO a U) U) N V CD CO N U) D) U) 4- N N U) V O N N- CO CO D) O U) a tO 0 D) U) N N CO N V M N U) N CO V O C0 O) M N 4- CO CO N CO; CO CO N CO V N V O CD N CO V O UOD V OD V O N M C7 O N OD V O CO N OD a O U) N N CD M D) N (C ii CD) )0 N 0) O N V N N Cr) O N CO U) N CO O CO C0 CO OD CO N V U) N p 0 O O O N N N N N N co CO M M CO M M V V V V V w t+ cocococococococoM COcocococococococococococococoCOM M CO U Z D) D) D) D) O) 0) D) co D) D) D) O) D) 0) D) O O) O) D) 0) D) 0) O) O) D) D) D) 6 U) U) N 6 6 U) U) C0 (C) N U) U) U) U) U) U) U) U) U) )0 U) U) U) N C0 U) U C CD R O ' fiC 2 N G C U .- (C C V CO O N V N- N N m N V N N CD CO N V V V CD V) N C O O CD N CO CO 0) V 0) V O (0 r N M 01 U) r N M O O N N CO V O N N V Q c i w co O O , N N6 M V 6 N CO (O N N 6 D1 W O N N M V V N 0 ..dam 0 0 W co DI O N CO V U) CD N- CO D) O N CO V U) N CO W O N CO a C0 0 N w a' T CO co co D) co co on DCDCDC 0CO D) O O O O O O O O O (CO t'' Z 2M 0 1- 2 2 u, 0 W t 0N CD 0 M OD CO N- N O CD U) N CO O CO co N OD N CO N M O O CL 7 V N O N M V C0 (0 CD C0 CO CO 0 N N N CD Of M CD O N U) CO C CO V O N M O) (0 N M O) C0 '. (D N OD M D) V O) an O C0 CO N co O N CO U) CD CO O '- M V CD CO WN V C0 N CO O N M U) CD CD DC C0 CD CD CD CD CD CD N N- N. N N- N N OD CO CO CO OD CO D) 0) CO CO D) 0) 0) Ca Z 2 a 3 „' C6 C it O) CD N O M co O co co W 0 V D) O CO O V N O CO CO O N C0 co '- C O 0) O O N M .CO W N CD O CO 4- CO V 4- CO 0 4- CO V CO on V O (D N OD M O (D N CO V O N M O O M O) CO M O (D M O) O co • N V CD N- O O N V 0 N- CO O N M U) N CO O 4- MU) CD CO N N N co co co co co co co D) 0) CO D) D) D) 0 O O O 0 0 _ 0) 0 M M M M M M M M M M M M V V V V V V V V V V V V V V V 0. O) O) N O CO CO O m CO 0) N V O O CO O V _ N 0_) CO M O N C0 co O O D) O O N M CO 0) N CD O CO CD V CO U) CO V M OD V O O N CO M O (D N on -;V p N M O (O M 0) O M O) O M W CO CO O co V co N CO N V C0 t.... 0) O N 4 U) N CO O N CO C0 N CO O D) CO CO CO 0) 0) CO 0) O O O O O O N N N N N N CO O M M M M M M M M V V V V V V V V V V V V V V V V V V V `r- C0 N- M V CD CD CO CO V CD N Ni. (D C0 O N O O CO CO N N N CO O a - O O O O CO V N CO 0) 0) O V (O (O CO N- N N N OD D) 0 ri ci ri ri ri ri ri ri ri ri of ri ri ri v v v v c v v v v v v v v .0 co co co co co co M CO Cl CO (41 M M CO M co co co M M M CO M CO M M CM 7 E N ° a co N a co V co O CD N 0 N- a 4- C0 0 N 4- V CD CD N V V O V M V CO 0 O O N CD CO N N O 0) N CO V N D) N 0 CO M N O 4- N N V O W Q O O O O O O 0) 0) D) O) m D) OD OD CD OD OD OD OO OO OD OD {D 7) (n (n (D )n )n (D (D (D V V V V V V V v v v v v V V V V a V Ja O N CO C Q• o (n Q Q '0 0 N N N O 2 m CO CO CO Z a a O O C) O O O O O O O O O O O O O O O O O O O O O O O O O 00000 00000 00000 00000 00000 O CQ O C0 O C0 O (0 O U) O C0 O U) O C0 O C0 O C0 O U) O (06 6 6 6 O r) C0 N O N C0 N O N U) N O N U) N O N C0 N O N N N O N U) N O a CD CD N N N N OD CO CO CO D) 0) 0) 0) O O O O - - - 4- N N N N M N Q E C V V V a v v v a a v v V a U) U) U) U) U) U) U) U) U) U) C0 Cn 'n Cr c .. ii 2 v oro R V0o. 2 OC T w N CU O p 0 U d 0) p os o0. co330 CO CO 0) n M CO CO CO CO 0. CO a- O._-..N )0 CO 0) CO CO CO N 0) CO CO i0 M Q OO 0) N CO CO O N V CD m O M N CO O M V n O CO CO O N V l0 ) M CD N M V N 0 O) n OO M � O CO CO ) - 0) n U) V N6 6 6 V M V CO CO 0 N M M N 0) _ M V co CO 0 N M U) N 0) M V CO CO O N N N N M M Cl M M M V V V V V U) COLO OO i0 Cn CO CO CO CO CD n n 3 v, U 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 CO o Co N W�� o Wico n N n 0) CO 0) CO CO N CO CD M V 0 CO 0) V CO LO N V 0) V Cn a E: U) CO V M V M 0 M a- CD a- V a- N V 0 Va- M CO CO N a- 0 CO CO V c 0 00000000000000 O a- O O O O O O O O O O O CO v z rn w U m O O O p o D v a 0 0 2 ca N N Cu N CO M 0)CO 0 0) N N N COV 0 N 0 CO CO n 0)V CO 0 N Cn CO C CO 0)N CO 0 O — V CO V CO 0 0) CO N CO) V M N M V CO CO V M 0 CO n N CO 0) N n M O O 0 N V CO n n CO 0) 0) 0 a- N M V CO CO n CO 0) 0) 0) 0) CO 0) O O a- - O 0 0 M M M M M M M M M V V V V V V V V V V V V V V V CO Co CO N O OE in N M V CO (D n CO 0) 0 N M V CO CO n CO 0) 0 N M V CO CO N co N n ] Et t= r_ r- a- a- N N N N N N N N N N M M M M M M M M L ©© O N yCO 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 7 NNNN N N n n n N n n N n n N N N n N n N n N N n N Y Y H W W 0 N 0 N M CD N N V CO co 0) CO 0) N V U) N CO N Co N V 0) V 0) CO Co CO CO CO 0) V CO M 0 U) CO CO CO CO N Cn CO a- V 0) M V CD N CO V 0) CO O CO O CD a- CD Cy CO M CO M CO Cl 0) V 0) CO O Co a- CO C) O CO n N CO V 0) N O CO n N CO M O) V O CO CO N CO M 0) V U .0 co O) 0 N CO N CO CO 0) M V CO h 0 N N CO 0 a- 0) 0 O c V )n 6 )D )D U) cn )D co cD CO CO m 0 n N n M CO M COV n n n N CO 01303co COCO CO r 0) N ` co 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 CD Z W O Q7 OI O) 0) O D) 0) D) O) O) O O) O) 01 O) 01 0I O O) O) 0) D) O O 0) Ce CO N Ct) CO CO CO CO Cn v) N Cn CO Cn 111 CO Cn in N Cn CO CO in- CO LO- C[) C) E. d • U C) C 'O C U i D CO M CO 0 N CO CO 0) 0) V CO C :.0 N. N CO CO 0 0 N N CO C !� CO V O O CD CD N n N CO V W N O N CD O CO D) � � N 0)N Oi f. ` w CC Ci CO CO N CO CO 0) 0) O O N N M M V an N CO CO n n n 0 00 0) 0) O w C) U CO N CO 0) 0 N V N CO N CO 0) 0 N M V CO CO N CO 0) 0 N M U d O w a t. N N N N N N N N C4 M M M M M M M M M M V V V V CO) E Q = 0 a- a- a- a- a- a- a- .- a- a- .- a- a- a- .- a- a- a- a- a- a- a- a- a- a- 0 > 2 z (A O W t 0 CO CO n M CO N CO CO CO CO N N M N M CO 0) M U) 0) N N N M 0- V IN O N CO n 0 N V CO 0) a- V CO 0) a- M N n 0) N V CO 0) s- V CO N N M CO M CO V 0) V 0) V O Lei c16';::,. an O a- On Nn N CO M CO O N O O N M V CO COO) N COV N n CO 0 M V CO n 0) 0 a- - - - CNN NNNNN M M M M M CICIV d a) M N N N N N N N N N N N N N N N N N N N N N N N N N N N CO Z zz = co CO C N N CO a- 0 V M V CO CO 0) IN M N N M CO CO 0) 0 M CO N N NN O CO M a- CO CO V N O CO CO V CV CO. n Cn M a- 0) CO CO V M a- 0) n CO M 0) CO M 0) CO M O n M O NV O n V TH 6 V CO Co N 0) CO N 0) N CO CO 0 a- M Cf) N CO 0 N M N N CO 0 N M CC) NCO 0 N M Cn IN CO C) N N N M M M M M M V V V V V V LO Co CO Cn Cn CO CO CO CD CO (O CO Co V V V V V V V V V V V V V V V V V V V V V V V V V V V 13 N N N CO a- CD V M V CO 0) 0) N cn n N M OD CO 0) 0 M CO N LC) N N 0 CO Cl a- CO O V N O CO CO V 0) 0 N Co M CO CO OO V CO 0) N CD M O) CO 6 O) CO M O n M O N 4. O NV a- CO V CO Co N 0) Cn N0) N M co n CO 0 N V CO N 0) 0 N V n n a 0) 0 N V an n 0) 0 N V Cn CO co co M co V V V V V V Cn Co Co Co Co N CO Co co CO co CD n n n n O - v v v v v v v v . v v v v v v v v v v v v v v v v v v OM M O ) ) 0 M N CO LC) V n N CO CO 0 CN 0) 0 N N CO CO CO N 0) 0) CO CO n CO CO O0 CO CO CD CO CD CO n N n IN CO CO N V a V V N N CO L C)) C)) CC) M co co) CC) coomCC) CC) C) CVl CVS) CV) CC) C) M CVl CC) M CC) CVS) M CC) CV) CC) CC) 7 E N °. 0 CO N a U) LC) N0) N 0) 0 CO a- N CO CO CO N N CO 0) CO 0 C) a- 0 0) CO CO n n CD CO N CO 0)M 0) CO CO N n CD CO O) VI N- M M CO CO CO CD CO N CD Q CO CO CO N N N ri NN N N ri N N n N N N N n n n n N n n N v V V V V V V V V V V V V V V V V V V V V V V V V V V 8 >, U O) CO c m m E Q L (n < rE 0 N N N O 2 m CO OO CO z a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Z 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 r( N O 6 O 6 O 6 O an O N O CC) O CO) O CO) O N O N O an O Cf) O to N Cn N O N CO) N O N CC) N O N N N O N Cn N O N CC) N O N an N Ch a MVI CO V V V V Co LC) LO CO CO (.0 (O n N N n CO CO CO co 0) 0) 0) 0) N cai i:, co .. .. 7 0 G U 0 = co O E °i• Mi a .c7) Z o o m aQ u 0. 6 0 (f) e CC}. 0 N KI N co i0 00 N CO N N N O M Om N- N N 0 Q (a V N (O IN 0) 3- M N I. O M N. M m CO (D V N _ _ N 0 O N (O 01 C coN n OM1 a m (D V N O) a0 N- V) V M N O 0) m N- (0 O N V a (n V CD CO O N M K) N- 0) M N I- 0) 0 N V CO CO 0 N WN- N- h N- co 03 co co co co O) O) 0) O) O) O O O O O ,- .- ,- ,- r- N N N N N a, V N N N N N N N N N N N N M C) M (•) Cl- M• M• M C) CO- C)- m =o CO H W�0 Le L' ' 0 CO COM W in n m CVD CD N- r CO C 0) 0 COVN N (0 V 0) CO CO V 0N) n N N- 0 C 0) CO a O O O O O O O O O ,- .- N O O O O O N N O O O O O 0 z O 7 R Q O) N r y 3 0 0 0 O o 0 O >- O a 0 0 _3 Y N h N l0 co i CD 0) V N CO N- N N M N N O N N N- Cl M 0) 0) 0 CO0) 0 0) N CO3 Q N CD N N V CO n 0) V O CD CD N_ 0 N Cl 0O 0 O C') O O 0) 0) O O O N M N n O M N- r CO N- VN N O D) W O) a) r N. 0 N 0) N 0 0 0 ' N N N N N CD CO 0 t` N- CO OO 0) O N N M V N N OO 0) N M N N O OE coco 00) O N M V NCV N CO 0) 0 N M V N CD N- CO 0) O M V N co n ^ C V V V V V V V V VV N N N N N CO N N N CD (0 (D CD CD O v© N ,E y (0 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 3 N. N N- n n N. n N. N- N. N. N- N- N- n N- N- N- n r N- N. h I` N- N. r Y Y H W W O N co M N V O) CO N 0) V 0 N N 00 N- N- N 0 0) V N O N- 0 M CO 0 O) N M N N 0) 0) CO M O CO CD N CO3- m (0 0 N O) U) 0 V N.. O V N- 0) N V CD 0) N :N- M 0 CD CD CO 7 0 CO N. N M N O) O N O (D (0 n N n N O O) 0i an O (O n N O V 0) N n M V -6 0) N V N N- CO 0 M V (O (� 0) 0 N V N IN CO 0 M V CO CO 0) C 0 0 0) 0) 0) 0) 0) 0) 0 0 0 0 0 0 0 . .— .— ,— <— ,— N N N N N N N M E' L L N N N N N N N CV N N N• N N (V N• N• N (V N• N N w N t CO M co co co co co co co co co co co M co M Cl M M Cl M M M M M M Cl M cc Z 0 W 0 O 0 0) 0) 0) 0) 0 m 0 0) 0) 0 01 0) 0) O) 0) 0 0 0) 0) O 0) 0) 0) N N N N N N N N N N IrI N N N N N N N N N N N N N N IA N O C N . O V R '0 C V ` N M 0) 0) CD 0) CO 0 CD N N O..-N CO N 0) O IN CD V N N 0 N. N N- Q L C V V 0) V O IN V N 3- O) CO 00 CO 0 N N 0) N N (- (0 N O) n CD V Cl 3 w (0 O O N N M V N N O n 00 0 N M N m 00 O) N V O 0) O N O , y 0) U W N CO n OO 0) 0 0 N M V N (0 m 0 O N M V N 0 CO 0) O N- V () 0) a' T R V V V V V N N N N N N N >n h O (D N O (0 CO O CO (O n N- N- N- a ° L m a J F 2 Z N 0 lL 7 O N 0) N CD CO m CD CO 0) 0) N O CO (0 CO 0) 0 (4- 0 O N 0) 0) 0 0 N Q N. N- CO m CO CO CO N- CD N N CO N O M CD CO 0 N V N- 3- CO 0 CO V- CO M N M Co M OO M OO M OO M m 6 CA V 0) V O N O N (0 N h M O Ce N M N CO CO D) N V N N CO 0 M V CO CO 0) N V N n CO 0 V V V V V V N N N N N N CD (O CO CD CD m CO N- IN N. N- N- N- CO CO CV- CL. > 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 MI zz 3 co ca C it 0 CO co CO N N 0 CO V M m N N M 0) CO N 0 M N N CO 0) M N N V M NO 0) n CD V0 ,V N- 0) M O 0) O) CO N CO N 0 CD M O n V � U) V N N N6 V O n O) N N (D N M m M 0) N O `-- O N V N h 0) 0 N V N IN 0) 0 N V N n CO 0 N M N CD CO 0 M0) N n - IN N. N. N- CO CO CO CO CO CO O 0) O) 0) O) 0) 0 0 O 0 O O _ _ 0) to C a• sr V• V a• NI a Nr• v• a• sr• V v• V• V• - v• V (n N N• (n N N• N• N (r) a CO V Cl 1CO N 'N M 0) CO N 0 M N N CO 0) M N (O N/ CO) N (- O 00) N- CO V O < . -'O) M CD W 0) CO N CO N CD M O N V 6 V •- OO N N @ 4 O N- M 0) N N OO M 0) N O N N N- 0) N V CO N. 0) N V CD N- 0) N V N N- 0) 0NM N N- N 0 N- n co co CO co co co 0) 0) C) O) O) O) O O O O O O _ _ N V V• V V• V V• V (1- V• V• V• V• V V• N• N• N N N• N N• N• N N• N• N N CO CD CO 0) CO IN CD CD 0 CO N. CO N 0) 0) N M N- _ _ Cl CO CO V 0 CO O 0 N V (0 CO O N N M M V CD 0) 0 N M V V V () V an N an an CO N (O 6 (O 6 (O (0 CD (O U) (O N ri N- N N- n n N- r N- L co co co co co co co co co co M M M co co M M co co co co co co co co co co 7 N• °co _, CL CO •N 1 a (/) O CO 0) M 0 N N CO 0 CO V N M CO IN N V N CO CO N 0) N V V N 3- M V N CD N N V h O N N N CD CO N V N N. V 0 VM M M Q N- r n n IN n N- n N- h CO 0) O) 0) 0) O) 0) 0) O) 0) 0 . (p V V V V V V V V V V V V V V V V V V V V N N N N N N N [) T 0 .0C m C E N co Q L (n Q Q t U 0 N N N O 2 m (O co CO Z a a 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q 0 u) 0 ) 0 u) 0 u) 0 (0 0 v) 0 u) 0 (r) 0 vi CD )r) 0 u) 0 ui 0 u) 0 C7 O N N 0 O N N n O N N NV O N N n O N N n O N N r O N N Q O O O O 6 ' C6 0 N N N N M M M M V V V V CO N N N CD CO CO Co O tD t0 O• O co- O O fD (D CO- co- (0 CO- CD- co- O N O• CD- (C t0 CO- (D CD- (O CO- DOi 0 CO .. 2 0 C T Zi;� U• a N 3 3 0 (0 c• •o cm co U) N- co co 0) 0) U) o O co _o 1 CO CO CO 0) o .- 0) CO 0 0 O M U) 0 s- M U) n CO 0) 0 N N 0 0) N- U) N 0) CO N N- M O N. U, V M N N O 0) 00 n N- U) try V M N O) OD n (0 V M N 0 0) U) U) c V U) CO 0 N V U) N 0) CO U) h 0) M V U) CO 0 N V U) CO 0) M N N N CO CO CO CO M CO V V V V V U1 U) 0 U) U) 0 0 CO 0 0 0 n n p. V M M M M M M M M M M M M M M co- (7 co- co- co- M co- M M M M M Ni m =E .) o O N WN),; > o QCO M W O CO U) CO 0) U) N 0 0 0) U) M CO O) V V U) N U) 0 N N- CO a CT_ V (0 U) M V .- NU) CO CO CO U) O CO U) N U) M U1 N M N- O CO 0) co V U O O O 0 0 0 ,— O O O 0 0 .— O O 0 0 ,— O ,— 0 O ,— O O .— • 0 Z ^ V V Q O U d Z Z DO CI o O O NY 00 0) 0 o 0 m 3 N N @ N (0 co co U) O co CO N- M 0 0 CO 0 CO CO 0)0 U1 0) 41 N N O U) U) .- 0 N x- O O 7 Q (OD 0 CO 0D 00) N 0O CO CO CO CU) V CD O01 CO COOCO0CO V N- 0) N M V N 0 0) 0) O 0 0 ' CO 00 D) 0 M V U) n U) O) 0 N M V U) N- 00 O) 0 N M V N N- U) O) �\ E 0 coN- CO 0) N CO V U) (D N- CO 0 N M V U) U) N. 0) 0 N CO V U) 0 N O O CO U) (O N N- N- N- N n n N- CO CO CO CO CO CO CO U) 0 0) 0) Of 0) 0) 01 0) CO n r _ L- V© O C N O N N N N N NNNNN NNNNN NNNNN NNNNN NN 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 CO CO I` W laJ v N U) N a- CO U) N M N N- U) 0) U) 0) 0) 0) N. M M 0) 0 0 M V N CO M V 0) N U) V N CO CO V N (1) V M n CO CO N- U) N (0 0) N- U) N O n M O U) N CO CO CO N (D O) N V U) CO N- CO N U) U) M O1 0) V 0 U) N co M O) U) 0 U) n N ND M U) V 0) V 0) V 0) V 0) V O) () 'O co N V U) N. O) 0 N M U) N- CO 0 Co) V CO N. 0) 0 N CO U) CO CO 0) N N0 0 M CO M CO M V V V V V V co U) m 10 U) U) U) CO U) U) U) CO U) CO N N- 2-' - L = N N N N N N N N N N N N N rd. N N N N N N N N N N N N 01- d412 0) 0 -2 co co 0) OCO M) OM) coMOM) OM) coMOM) coM0) co CO MN CO O) O) OM) CO CO CO CO OM) CO OM) OM) OM) c m N p U R V C V ` 0 CO 0) 0 V CO 0 U) 0) N N CO N CO CO N- CO M CO N C U 0) N. U) M 0) U) CO .- CO U) N CO U) N 0) h V a- CO V O U) M 0 00 NN- 4 2 w N M N n O) N V U) U) 01 M V U) ro 0) 09 U) U) 0 0 — M U) U) 0O O w y 0) () N U) co N- CO 0 N CO V U) N- CO 0) 0 N V co co N- CO 0 N M V U) V 0) Q' T N N- N N- N- 0 00 co co co co co co U) ¢1 6 O) 0) 0) 0) O) 0) O 0 O O O O LI 0 t' Z R 1) N N N N N N 0 I- p 0 Z 0 0 W �• O CO CO 0 V N- U) CO n n N- N N. CO N O V 41 U) U) U) M 0) 0) N CO 0 0 CL ,- CO U) 0) CO N. 0 M (0 0) a- M U) CO CO U) U) V N 0 N� V x- U) N r V 0) U) 0 U) �_ U) N n N n M 6 p) m M U) M U) M U) N N- N U) U) M V U) U) O) N V U) N. CO 0 M V CO N- 0) 0NCO CO 0 U) 0) N CO CO CO CO CO O 0) O) O) O) O _ _O O O O O O O N N CL a) coe CO Z z 7 co co c it 0 M co 0) U1 N U) U) CO 0 CO N- N M 00 V V 0 V U) M V 0 U) CO CO N N- V a- CO CO V N a- 0 0 0) 0) O N V (0 0) N (0 CO N N- CO O) V N.: M O) V O U) N U) V 0 N U, C 0 U) N U) U1 U) n V 0 N CD 0 0 N- 0) NV CO V coU) r 0 )0 N COM U) N- COU) M U) U) O COM U) CO ,- .- .- N N N N N N M M M CO CO M V V V V V V U) N U) U) U) 0) 0 N U) CO CO 0) U) N U) U) CO 0 U) n N co 6 V V O V CO CO V 0 CO) CO CO 41 N. V COU) V N 0 O 01 0) O OV V CO O) N (O 0 N N- CO W V N- M 0) V O U) N U) V 0 U1 V O U) N U) N v- U) V N- V 0 N N V U) N. CO 0 N CO U1 n CO O N CO N N co N co co N CO CONCOVCO 011 0) V V V V V V U) U) U) U) U) U) U) CO (C) N V CO 0) 0) CO N 0 V V U) M (0 O) (0 V CO U) U) N- 0 N 0) CO N U) M N N M M M V U) V V co V co n CO 0) 0 N N V CO 0) CO CO N- N- r N- N n n n r n r N- ri n n N U! 6 U, Ui 6 Ui U, 6 6 a) pi L co co co co co M co co co M CO M CO M M M M M CO M M M CO M CO CO M 7 E N a- m •N 1 a 6Q V 0 N- 0 CO CO CO M O) O) CO CO V CO N 0) N- U) N 0 N- 0) V M U) 0) V ...7 N 0) 0 CO CO U) V V N N 0) CO N- CO U1 N CO N- 0 V V M U) 00 000N00V VQ U) co (O U (O 6 co U (O 0 0 V V V R V V V VV V V a V U (C V N m coC a- < Q L (n Q Q t U 0 N N s-1-' 0 2 m U) (O ( Z d d 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 (¢ U7 0 Ui 0 Ui 0 Ui 0 Ui 0 Ui 0 Ui O Ui 0 U) 0 Ui 0 Ui 0 Ui 0 Ui 06 (") N. O N U) N- O N U) n 0 N U) N- O N U) N- 0 N U1 N` O N U) n ON Cl. CO n N N- n CO CO CO CO O) 0) 0 0) 0 0 0 0 e- x- N N N N M M CO O co C .. _ 0 .yam. co (0> co O p Q r a) N y 3 0, CD•O) N- Co n CO n M CO M CO •.CJ 0 C CO N 0) CD N N CO O O) n CO C M M CO C IN CO O) N U) CO N CO 0) N 0 O C n CO C M N O 6 OD n CO 6 C M NO O O) CD CD n O CD CO CO C M M a .11 n CA M C CD CO 0 N CCD CO O N C N n 0) .- co La IN 0) M )0 N N n CO CO CO CO CO O) 0) 01 0) 0) O C O O O O .- - - - .- N N N j n. N M C`') (`') coC'I fM co- co- co co- co- Ch M ? C C C C C C m I g y N Leo' p M 6 CO W co CD St CO LO CO O 0) N- n CO O CO M n v- n IN N N CO N C O LI- 17_ N- O C N CO C n C O M .- 0 C 0) CO M C CD C N N CD M CD M co K) c U O .- O CJ O O ,- .- O r c- O s- O O O O O O O O .- O O O CO Z x U Q co 3 Z Z 0 ma o O O O O d a(c ?-3' NN O W a- CD O co 0) O M n N O N N N C M CD CO CO 0) N O CO C 7 7 Z M 0) M CO 0) 0) CO N _ M CO CD M CD M N- M CD O CD 7 N N 0) CO C O N .- CO CO )O C C CO n O M n .- C CO .- CO 0) N CD CO O C 0 I (C) 4 t0 6 O M a O CD O N C CD Q) C•) CO CD O M 6 n O N C NCO O ? C co co O N N CO N- CO 0) N M C CO n CO O) O N co C an n CO CD N- IN np, a' _ 0) Q) O O O O O O O O O - .- .- s- N N N N N N N N ©V O 5 2 p CU N N N N N N N N N N N N N N N N N N N N N N N N N N N c 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 CO CO H 2 W CD C CO CA CD N C M CD n C n CD u') n CD CD M N C CD CO N CO 0 CD CO C CO CD CD CD n C CD CD n N C n CO n W N CD CO CO CO CD CD O 0) CO n CD LC) N CO CO C C C M N _ O CA CO CO n n n n n CD ii V C O M CD M CD M CD M CO M CO M CD M CO M CO N n N n N n N n N C 'O 6 C CO n CO CD M C CD n C) CD N M CO CD CO CD N C CO n CO CD ,- M 0 C n n n N- CD CO CD CD CO CD CO CD CD CD CD CD 0) CD CD CD CD O O O a) L L4' N N N N N N N N N N N N Nest N N N N M C) C) C+) C7 C+) C•) M N C `. 0) a)OMi co OM) OM) OM) OM) OM) OM) coMcoMW OM) OM) OM) a)OM) coOM) 0) Oco M) OM) coMOM) O Oco M) OM) co 2 IX Z CO CO CO CO N N CO CO CO CO CO CO C) CO CO V) CO CO CO CO CO CO CO CO CO CO CO ro 0 O al is d v m U V N 3 C CO N CD C CD n CO n C CD 0) C CD CD CD CO n CD CO CD C CO o ` N w !v0 0) c- N C a V' U) CO CO C CO C O CO CO Cl ,- CD N CO CO s- CD CO .- CO O N CO n W M CO n 0) N C CO O N C n O M CO 6 C n 0) N CO O w y C) U C) n CO CD O .- M C CO CD n CO CD N C CO CD CO CD CD r) C CO CD CO CD U N C T m O O O — — — — — — .-- .- N N N N N N N N M M M M M M M CO T. cc reL CD D N N N N N N N N N N N N N N N N N N N N N N N N N N N C• O D O o CO W v J 2 Z CO 0 t O CD CD C IN N CO N- CO N CO C CD C CD CD CD M M CD IN n CO O Q n N CO CO O) CO n CO O CD N IN M CO C O CO n M CO If) n V- W N O C D) C') CD N n N CDCO O 6 to a CD C') CD N n CD O CC) O C D) CC C CO CD CD CD N C CO n CO CD N C CO N- CO CD M C CD N- O) O N N N N N M CO co co co Cl C C C C C C C CO CO CO CO CO CO CO CO CD a >- ce C) M M M C7 C) N7 C7 M C") C+) M M M M M C. M C'7 M M M CC) M M M M CO Z 7 7 C6 C i..L CO C C O CD CO N CD CD N M N- n CO N M CD CD CO N- N C CO CD N CO N CO CO O C CO C CO n CO CO CO n CO C N C) n CO M O n CO M N M O CD N 0) CD C O CD N CD C O CO N CD M Q) U) n N CO CD O M C (Dui CO CA M C CD n O N C CO r...0 CD O N M CO O 034 OO CD y CO CO CO CO co CO CO co n N n n n n CO co co co co co O) 0) O) co O) O) O 0) Nvi CC) LO- CCi Ili CC) LO- u) CC) CCi Cn C)) CCi LO- u) CC) CC) CCi CCi LSI- CC) CO CCi Cn CC) CD a 0 N CO C C O co CD CO CO CD N M N. N- CO N co CD CD CO n N C CO CD N CD N CO CD O C CO C0 n CO Cp CO n CD C N 0) n O M CO n CO CO _ M O CO N O) CO co C O CO N C4NO CD COO CO N CO M O La C` N CD C O CO n CD O co CO CD M C CO O) N C CO IN CD CD N co CO IN CD CD CD N n n n n n CO CO CO CO CO CO CO 0) 0) O) O) 0) O) O O O O O VCO CO C() IC) CO N CO CO iO CO CO CO CO CO 1O CO CO CO CO U) CO CO CD CO CD co- CO O) co CD IN CO N n CO CD C CO CO CO O CD CD CD C O N CO CD CO CO CD CO CO N- C M CO CO 0) CD N CD CO .- N M M N N N N CD W O) O) OI 0) O) O) O1 0) O) 0) O O V O •- L co co co co co co co co co co co C C C C C C C C C C C C C C C 7 E .N o_ 0 ;° m .N a co O CO n C C CD .- O O CD CO N N CO CCO N M N CO CD C N CO CD M C 0 N N O) C C CO CO O) CO CO n CD O) CD CO CD O CD CO CD CD CO Q O) 0) a) O) Of CD O) 0) W D) Q1 0) O O O O CO O O O O O O Cp C ,r0 C C C .4-03 ,r0 C C C C C CO CO CO CO CO CO CO CO CO CO O CO CO O COO CO U C. U m CDC Q L (i) _ Q Q t 13 0 N N N O m CO CO CO Z a a O O CD CD CD CD CD CD O O CD CD CD CD O CD O CD O CD CD CD CD CD O CD C CD CD O CD CD O O CD O O O O O CD O CD CD CD CD O CD CD CD CD CD CD CD CQ CD DI O Cf) C7 6 O K) CJ CC) CJ CC) O O CC ) O) O CC) O V) O CC) O CC) O CC) O Ch CO N- CD N CO n CD N CO N- O N CO n O N CO N- CD N CO N- O N CO n CD aM M C C C C CO CO CO CD CD CD n n n n CO CO CO CO 0) 01 O) 0) O CO 0 en 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 CO 0 . O C >. O w d d yo oN.i 0 O. N 3 0 co �' t C) 7_. 0) 01 0) CD V N CO CO CO O co n N n C') O n U) )0 ID V Q s ) V n O N fn CO 7 V n 0) N V CD N CO O) O) O O N N CO V V V V co N r 0 0) OD CD n CO N in V C) (4 0 O) 0) aD n CO N V Cf NO IN 0) C) V CO CO O N V CD CO 0 N V CD n 0) C) lO n CO C) U) n N N CO CO co co co V V V V V )l) 10 N N 6 N CD CO CD CO CO n n n n j ta g U v v v v v v v v v V V v v v v v v v v v v v c V v v v Q1 =o co co o �t9 > ' o co0) 4 CO at N N V n V IM V V VI 0 .0 N ID CCO D311 D V CCD CO N CO 0 NI CCD V COO C) 0 N- IN 0 co N Q. a o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 c_.) _ 0 z C 0 V' Q 0) W y 3 Z Z 0 0 o O O 0 O 0 a O O co Y f) N co N (6 ff) 0) CD CD CO CD V l0 0) CD 7 0) V CO CO 0) C') C) n CO CO O CO N O 0 > Z Q n C) O 0) CO C) O n V O N V CO CD 0 N C) C) n CO Na O N O o O 7 1� O) CO CO O v n �- 10 CO �- ? f0 OI CO an CO O (") fn CO o O 0 n 0) C) CO (D C) N CD O N 6 n 0) V CD CD O N fn n 0) C) N (VY 0 c- C) V ft) O CD 0) 0 C) V fn CD n 0) O N f() CD n CD 0 N E 6C C) CO CI CO co co co) co V V V V V V V V fn V) 30 )11 )0 N N CD CD CD a\ 2 •- 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 CN (U ,E y 3 N N N N N N N N N N N N N N N N N N N N N N N N N N N C CC 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 H a ui W >713 Ca C) V V N fn C) CD CD CO CO 0) an IN V C) 0) N V O n IN V 0) CO U) CO •31- N. N ft) n n all CO 7 V f!1 u') NNCO CO LO C) O 0) C) C) CO N N CD n CD CD CD N V C) N 0 0) n fn _C) CD fO N 0) CD CO m CD V 0) N- V CO ii U n N n N n N n CO CO >N o N 0) a D) C) CD C) CD N n N n C ii CT V CD N- CO o N C) IO CD CO CO CN V U) CD CO 0) N V fn n CO 0 CO p C .- 7 • C - 7 N N N N N N N CO :M C) C) C) co C) V V V V V V fO NISI L L Z" C) C) co- co- co- co- co- co- co- C) co- C) of of co- co- C) co- co- C) co- Ci co- C) C) C) C) N 0 to DC 0) Oco M) CO co 0) 0co M) 00)) CO CD 0)) 0) 01 OM) O0) co 0) co co OM) O0)) 00)) co COM00)) 00)) 0) Oco M) CD E r z fO N In N fO fO fO fO fO N fO fO h N fO fO U) N N fO N N fO fO fO h fO N O R N r C CO) N C U '0 C U N O N .- C) n CO U fO N fn C) CD :.C' V O CD O C) U fO V C) C) V m N C� y C U .- CO LO N 0) N- fO C) 7 0) n V N 0) CO N 0) N '— Na CO 0) V O LO 7 CO T U w W CD O M CD CD n o N N CD C) CO p) V n CO0) N V n O N N n O ..d_ w fC U N O N C) V )11 n CD O) N M V CO n CD C) N C) V CO n CD O N C) O N Q.' T a V V V V V V V V fO 6 in N CO in N fO CD CD CO CO CD CD CO n n N- n Oo L N 0 , p 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 Cy -- r Z o 2 w v J � � y D 0N 7 CO C) IN CD O N CCO N CD CD C) n V IllCD 0) V N o N M CD O CD n N N- N n CD O V CO LO CO V n U) C) C) n _ V CD N V CD C) n N CO V) O V 0I C) A N CO O CO m C) CD (4 CD N O V CD coCC V CD n O O N C) N) CD n CA O N COO CD N 0) O N C) N CO CD 0) O CD CD CD CO CO N n IN n n n IN CO CO CD CO CO CO CO 0) 0) O) 0) 0) 0) 0) O IL N co C CO- C) C) co C) C) C) C) C) C) co- C) C) C) co- C) C) C) C) C) C) C) C) C) Ci co- v z cr) ,d (o C it N CD N n N N- V 7 0) CD 0) CO n N 7 N fn O V CO 0) o 7 CO CO Na. CD 0) N- CD V C) 7 0 0) n CD LO N Cl) CO IN CO O 7 N C) V CD n CO CA 7 C) C) La n C) O 6 �_ CO N CD V O CD N CD V O n C) 01 N n C) 0) CD N O co O co O O .- N V In n O N N N N NJ VI III N N COCOC') co Co) CO) CO') V co r 'U 6 N— r CU co e CD- CO CO co- CO CO CO CD CO CO co- CD CD CD CD CO CO CD CO CD CO CO co- CO CO CO CD Cl. 0 co ? N CD N IN N Na V 7 0) CD O CD n N 7 N u) oV CO 0) O C) CD n CD CO n CD V C) 0 CO n CO N U) fn CO n COCD 0) N C) V CO IN CO 0) 7 CO fn 7 n C) 0) N CD N CD V O 6 CN CD V O n C) W fn n C) 0) CD N co 0 co 4 CO OD 0) N V CD N 01 O N V CO n CO O N CO N CD CD O O 7 N N N N N N CO CO C) C) CO M V V V V V V fO O (D CD O CD tO CD O 0 0 CD O t0 CD 0 o t0 O O 0 fD CD O CD o O O CD CO Cu co co O CO .- co 1n O V N .- 7 N N- 0) N- N CO N- CO 7 CD In CO O O 7 7 CO V In V In fO IA U) COLO V V •31- C) CI N CO O O) 7 C N ° a L° m •N a (n N- 0) N C) 0) V V V 7 fn CD CO V 0) CO 7 O V V CD N- CO N CD al U) o n fn CD CD CD CD N CD UO fn C) N 7 O CO CO n CD N- CD CO CO Of n n N CD O ooOONUOONIUoV V VVQ O fn n CO UO CO )0 O fn V V C V V V V V V V 8T v E• m Q o 0) _ Q Q -0 0 N N N O 2 co tt) CO CO Z a. O O o o O O O O o O o C) O O C) O O C) O o C) O O O O O O O Z O 00000 00000 00000 00000 00000 o CQ N O N 0 6 O in o N O fn 0 U) 0 fn o fC) O N0 v) O U) 0 6 O IC) C7 N N N- C) N fO IN o N IC) N- O N N N- o N LO n O N LO N- O N CO n Q 0 0 0 7 - 7 7 N N N N C) CO M CO V V V V n N fLO fn CD CD CD CO N 0 CO CO- OD CO- CO- CO- CO CD CO- CO- CO- CO- CO- CO- CO CO- CD CO- CO- CO- CO- CO CO CO- CO CO- CO Oi 0 C .. — 0 V co CC p C T C o. N ii a N co 0N p Q d C) fC 3 Oi 0O. iiia 3 0 (0 c0 o N N m-.-._L n 0 M CO 0 LO O N CO CD N _.-O) n V m V 01... CD V M N N N L- c- Of CO m V M O CO C7 N 0) LO m CO O V n M O) m n m U) V M O 0) CD n m V M N O Oi CD CO 6 C') N O m n U a W e m O N V m m 0 N V Vn) O) M C7 n 0) O N V m CO O N M N N N- co co co co co 0) O) O) 0) 0) 0) O O o o O ,- NN N N N 7 CO Z o CO N OC(} > O 0 xiz 0) mO) n 0 COm U) N- 0) N n CD m N 0) 0 CO CD N M N 0 m Q Q. CO M 0 m Cr 0 CD V CD C7 t0 0) CO V CO 0 0 CD CO V V N Sr CO l0 n Q U o O O o O o O O O O O ,- o 6 6 ,- .- 6 ,- 6 6 ,- O O O O O Z sr srQ to 2 U m O O O p o a N N O N N N- V 0) M l0 M 0) CO m 0) V N M C) N. CO 0 V CO M M 0 O Z Q CO N CD CO CO 0) 0) 0) N CO CO n V 0 0 CD N. 0) 0 C7 01 CO M a V CO n N. CO CO rn rn CO CO n CO m y (D N o rn CO n n u7 CO (v CD n v O O U ' N 0) M 6 n 0) M 6 n O) M 6 n m o N V m m o M V) n N O O E (Yn (CD CVD (m0 00 CO (p 0 N n n h. CDN CO 0)nCOO m m m CCO CD CCO CO OO) O) 00) COM00)) CO n n 3 C �1© 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 — V C) ,E 2 y R 3 N N N N N N Nn N N Nn Nn nN Nn N n Nn Nn Nn N N N nN N N N nN N cW w5 YYH2 n 0 m V7 0 CO C7 CO 0 V 0 CD 0 CO N M 0 n COL- V M N 0 M n V COV CD 0 0) 0 00) CD V COCON 0 n 0 0 V N- 0) CD N n 0 0 u) N 0) 0 M 0 CD M CO V) N O) K) 0 CD N CD 0) N K) N- 0) M V CD N- a; u7 O 6 o V 0) M m M n N P m O V 0) M n m O V m N co0) V CD N- 0) 0 N M V CD n 0) 0 N M K) CD CO 0) 0 N M 0 CD CO 0) 0 N N �O C U) i0 i0 )0 CD CD CD CO CD CD CD n N N- N- n n n CO CO CO CO m CO CO 0) 0) .0 L `t' M M M M M M M M M M M M M M M M M M M M M M M Ni M M M a) N t 0 CO) COM00)) OM) OM) OM) OM) OM) OM) 0)) OM) OM) OM) OM) OM) OM) 0) 0) OM) OM) OM) OM) OM) 0))CI 0) m OM) rZ LL7 N V7 N )0 V7 V7 N )O V7 u7 i0 )f1 LL7 V7 V7 )0 )O N') U) u7 )f) V7 U) )0 u7 N O A0 r O C) C.) 4 '0C (0) y O 0 m N V N 0) M 0 N C1 N- WV 0 V )O n M 0) V CD V 0 N C y c , L. - C7 O 10 0 V 0) M CO 0 M CD 0) N C7 CO L- V CO ' M m CO 0 N M V N )O n O N4 n 0) N4 m m M V7 co O N K) n 0) 4 (D CD 0 ' O w d Ci N O C) CD n m 0 N M V CD n CO 0) N M V CD n CO 0) 0 N M V )0 N U d CL T a) n n N n co m co co co co co co co_ w 0) 0) 0) 0) rn 0) O) o 0 0 0 o O L C) „ .-- N N N N N N N N N N N N N N N N N N N N N M M c+) C) P) r) 20 - t20 0w v Z2 zco0 0 C) 0 CD 0) V 0) N N CO n CO m N V N- m 0 M O) 0 N V CD n N- CO T..Q L- V N- 0 V n L- V CD CO N )O CO O N V )0 c0 V V N 01 n C] M M n m O V 0) M n C 0 V CO M n u1 O) M n V co N m O ' 0Cr N NI 0 CD 0 O 0_N _N M c0 CD CO CO O N M 0 CD n 0) 0 N M V m n 0) s- N N N N N N N M M M M M M M 0. N h ---• v v v v v v v v v v v v v v v v v v v v v v v v v v V en CO (0 C EL co c0 0) CD M CO CO CD M N 0 CO V U) V 0 n 0 0 m 0) N 0 0 CD CO M CO CO a CO N m 0 )CC) Ol V 0) 0 N CO CD a N 0 O) O) 0) 0) Q. M V n M O) m N m c0 m V O n M O n M O n V r- n V m ✓ CD CO 0) N V CO N- 0) N V m n O) N V CO n 0) N V CD n a) CO a V_ V V )f) O O V7 C7 N CD CD C CO CD C) n n N n N N. m CO CO CO CO CO CD- m m CO CO Co C7 CJ CD CJ m m CD C) m (O (O C) C6 co (0 m CO- m• CD CD Ci CO 0 H • CO 0 0) CD M CO CO CO M N W V C7 V 0 N- 0 0 CO 0) N 0 0 CD CO L- M m m ' V CO N CD O W V O) C7 N CO m V N 0 0) O O) 0) m V n M 0) m N m N m 0 n M O n M O n V n V co • M 0 CD CO 0) M V m m 0) M V CD CO 0) ,- CO V CD CO 0) M V C7 t0 10 (0 u) (0 CD CD CD CD CD CO N- n n N- N- N- m CO CO CO CO CO 0) O) 0) ^ ^. (O CD (0 (0 CO (0 (O CD CD (D Ci m m m m m m m m m CD m m m• CD CD m 1 LC) u) n m 0 0) M N- CO 0) 0) O 0) N 0 V V V 0 n V 0 0 m 0 0 0 O 0) 0) n O) CO m N- m CO CO 0) M V C7 0 V 0 V M V N V L- v0 0 0 0 O O O o O O Ovvvvvvav v v v v v v v v v v v v v v v c ,-- 4E E N ° a s m .N 1 a CO N 0 0) CO m n CO C7 CD C7 N M m n n M 01 M CD 0 N CO CD 0 CO V V M 0 V V M 0) 0 0 r 0) CD m N- 0 M 0 N N- CO n V V N N 0 a m a Oi 0 Oi Di D) 0) 0) aD m of ai cc; cD aD D CD 6 m n n n n n n n n Cr v Cr v V V V v NN sr v v - - v . - v v v v v v v v . v 5a O N m C ° m Q 0 (1) Q Q L -O 0 N N N O 2 m CD (O CD Z d d 0 0 0 0 o 0 0 0 0 O 0 0 0 0 0 0 0 0 0 co 0 0 0 O 0 0 0 Z 0 0 0 0 0 0 0 0 0 O 0 0 O 0 0 0 0 0 O 0 0 0 0 O 0 0 0 O C7 0 (0 o 6 O C7 O 6 ci C7 o C) CD 'D o u7 O v) O V) o V7 O )D 0 M O N (0 N o N C7 N 0 NUI N- ON C1 N- ONO n O N C7 N o N 0 a n n N N CO CO CO CO 0 0) Of 0) 0 0 0 0 1- N N N N M M M Co 0 m m m m m m m m m m m m 0) 0) 0) O) O 0) O) O1 OI W 0 0) 0) 0) O) CV 0 0. 2C .. - -d C)d O U O 0 O Q d+ N . T a) N 0au) 330 co N r CD n CO CO CO M 0) 01 CO V CO CO CO CD C0 e- CO O ,f) M 0 N CO CO CO O N C CO CO O) O a- N M CO O) a- Sr n O co CO 0) C CO N n C CO r O OO CO C N O 0) n CO M )- O) co (0 C C) O) n CO C M O CD Cr) •- M C CD CO 0 N M K) n 0) N C CO CO 0 N M CO N- 0) M 0 CD N CO M co co co C C C C C C CO CO CO 0 )O CD CD CD CD CD CO N- N- n n 7 id R.IX T O CO CO 6- CO CO )0 V) N CO CO t0 N CO N U ..6V) N )!) ) N )0 ui N )O Cn an m I cD o M (0 n 0 ia° QQ )0 Co CDC) CD CD M 0) CO 0) 0 CO CO C CO OD N CD N- CO n V) CO N 0 0 CO a II OD CO MN 0) CO N CO CO 0 CO CD (0 CO 0 CD 0 N- 0) n CO CO CO C CD c U O O 00000 O ,- M N N O .-- CO N CO N N N N .- a- O ,- O , O Z = 0 vv Q m 7 m z z 0 0 0 O O ct O O ° NN O N CO N CD 0 co C n N- CO CO 0 W 0 C N 0 CO CO LC) CO CO CD M COCD Q NCOO CO N C 0 CO CO CO N CO C) CO N- CO CO n _O CO C CD CD CO COO) N n CO CO C M r n N r CO sr O CO N QIO O 0 0 0i co 0 N M CO O D O - M C CO CO n D C C) 0) 0) D D n n O O CO CN CO n CO 0) 0 N Sr CO CD n CO 0 ,-) 0 N CO C CO CD N- CO O) 0 N M 0 0 C 0) O) 0) O) O O O 0 O O O O O ,- ,- ,- ,- ,- ,- ,- ‘- ,- ,- N N N N N n • .1'' N csi N N Ci M co- M M M M co- COC) M M co- co- co- co- M co- co- co- co- M co- `-_ ©© N E y 3 NN NNNNN NNNNN NNNNN NNNNN NNNNN C m n N- N- n n n N- n n n N- n n n n N- n n n n n N- N- n n N- n Y Y F- 0 w N N O) co N CO n N- CO N C N M N C) CO 0 C CO CO 0 CO CD n n CO CO CO CO 0 CO C NC n CO O n C 0 0) 0) CD C n CO CO CD N. _OD 0) 0 0 0 0 O O C 0) CD .C co CO co C N CO n N n N CO O 0 (D O C Of M n .- W6CD CD CO N CO C O CO M O) CO N O C ip C) co CO co N- 0) 0 N M C CO n 0) O •N M ..7) CD OD CO C+) C CD n W N o C 0) 0) 0) 0) 0) 0 O O 0 0 O O a- a- a- .- .- a- a- N N N N N N CO M i L t o C) C) co- 0) C) v V v c v a v 1)' < V a v v c a a v v v a a sr- 42 w m co co co m m co m co rn co co co co co m co co co co co co co co co rn rn co Z CO CO CO U) CO CO CO CO CO CO CO CO CO U) CO CO CO U) CO CO CO CO N ori CO U) 0 CU ai «, CN O R = C V c = 0 N N M N- M n CO 00 n C 0) 0) N C) CO CO 0) CO C 0 0) CO N M C ` ` w C.) COcsi CO CO CO CO CD CD n N- C 0 V) O CO CD CD C 0 CO CO CD CD C CO N ,- NO 1 O y () O O 0 co M ,siC COCD co CO0 M N CO n CO O) O O 0 O N 0 O O O CD ON N CO C N CO CO 0 0 d w >, R6 6- 6 6 N N C� ,. N N N N N co CO CcoMcoCco CO CO+) L d ^ co- co- co- co- M M co- M M C) M M C) M M CO- M CO- CI M CO- CO- CO- CO- CO- CO- CO' ci0) 0- K 't Z w J 1- 2 z CO 0 t 0C CO C n n C 0) 0 M 0 O) O) C CO 0 CO 0 n M M CO CO C CO CO Sr CD U) M 0 N C O n M O N CD O n N CD CO M O 0) O N ..Cr CD CO NO C) n CO OD N CO p) M n CO 0 a CD M co M W CO O n M O) CO n CC O co C CO n CD 01N Sr CO CO CO O) N C CO n CO 0 N CO CO n CO C C C C C C C V CO COU) CO CO CO CO CCD CD (0 CD CO CD n n n n n n O. N Nv v v v v v v v v v v v a v v v v v v v v v v v v v v CO Z Z z CO N C 1.1.. CO M 0 0 N CO 0 0 _N m CO O) n CD 0 n CO N CO n 0 CD 0) 0 N co C CO N 0) CO CO P) N 0 n CO N n N CO CO 0 M n 0 CO CO CO CO N C CD CO Ni O n C 17r CD CO Ni CD 0 N CD 6 n C O CD M D) co C CD CD 0 '- CO CO (O CD 0 co CO CD CO 0 CO CO CD CO 0 M a) co 6 0) O) a) O) 0) O O O O O , .- ,- ,- � ,- N N N N N N M CO CO O O CO CO CO O O n n n n n IN �n n n n n n n n n n n n n NS CO 0 CO3 CO M 0 0 N CO 0 0 N CO i0 !n CO 0 n CO N CO n 0 OD 0) 0 a- N M C CO n O) M M .;() N 0 n CO N N N CO CD O CO n O CO CO O n C CD CO N O n C N , O N D CO N D CO n C O D M CD CO 0 M CO (O CO 0 N CICO D 0 N M CO n CO 0 N M CO n OD O 0) 0) 0 0 0 0 0 0 N N N N N N M CO C) M CO M C O o CD n n n n n n n n n n n n n n CO CD CO CO CD OD CO CD n C CO OCn CO 0 n M CO 0 CO CO CD CO N N N O Sr CO C CO O O CO CO O O N N M CO 0) CO N CO C N O O) OD CD CD n O CO C M Ni L C C C C C C C C Sr C CO CO CO M M CO M M M M M CO CO CO M C) M 7 E N C O , Qm .N Q (n N 0 C CO CO C N C 0 C) 0 0 CO CO C N 0 CO M N CO CD 0 n CO C 0) 0) O) CO CO n N CO C CO CO N N Sr CO n O O N n O C) Sr C N 0) ',.. Q CO CO CO CO CD CO CO O CO O CO n n n n n CD CD CD CD 0) O) 0) 0) O) O) CD C C C C C C C C C C C C C C C C C C C C C C C C C C C '17- CC V N m C • O Q L (n Q Q L0 N N N O c m (O CO w Z d d O O 0 0 0 0 O O 0 0 O O 0 0 O O 0 0 0 0 O O 0 0 0 0 O 00 0 0 0 0 O 00000 00000 00000 0 0 0 0 O CO O CO O 6 O ui O CO O 6 O U) O CCi O U) O Vi O CO O CO O Vi O V) co NO N .-Oh- ON CO n O N CO n O N CO n ONON 0 N CO n ON Q. co C C C C CO co CO CO co CO CD CO n n n n co co co co W O) 0) O O O co 0 DI O) O) O) O) Of O) O) O) 0) 01 O O) O) 0) O) O) O O 0) O O) O) O) O) O O Oi 0 c CC 4., O C E ° u; O. O Q (u (u m co 0 d m 0 co - CV LO n n m CO O CO n M a M m CO CO Tn n n_ CO CO CD CV CO s- a n O M U) n O N M CO CO CO CO N O O COO n N. a N N O Op Co U) M O CD (D a N O) n U) M O n U) M CO (O a N O m U) a jc nO 09 ON CDa OOO nO OO O M O OO CO' O N Et OU) On O M r tDaDO NN M N E-. Uco- co- UI co- UUN UU ! CD CO CO O CO CD co- O CO CD (O O CD O (O mn toi O oCO CO Q On CO O N- O N CO O O N CD CO 0 0 (V N U) a M N CO m CD CO U) N- a CD Q E_ N IN (O N U) (() O a n O U) (D O N n CO (D O a M O CO N CO N '- CD U s- 0 0 s- O 0 0 .- O 0 0 ,- ,- 0 O ,- ,- ,- ,- ,- 0 ,- O 0 N O 0 Z v v ¢ U J G Z Z O O 0 ra o d O O y Y ' . O D 7 N .) as N (D n N M a O CD a s CO N (O a CO a CO CO CO M CO CO a N a CD 7 7 Q n ao 0 CO N CD n N N aD N CD O aD l(I N M n 0 0 CO a n 0 n CO(O O O 7 N CD 0 a CO N CD s- N CO M CO N O .- CO s- CD .- CO a 0) CD CO s- CO CO • O 0 U ' a M M N O O Oi (p ao N- n C0 C0 Ui Ui a of ri vi N N N N N O OE U) N N CD N- CO 0) CO M N CD N- O O 0 N CO a U) CD n O 0) O COM M CO M M CO M M M a a a a a a a a a (p IN N- 7 Q' C t M COM M M M M M C) M M M M M M M M co- M M M M M M M C') M _ ©© O E 2 w co N N N N N N N N N N N N N N N N N N N N N N N N N N N c U 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 Y Y F- W W M CD U) O N a CO OD co N- M N N- N 0_ N N CO N- M M CD U1 N V' n N n M N co a a n Co CD CO a CO CO N a CO CO 0 0) N V' n a CO O N CO a a M M O IN a O CD N IN N CD O a CD O UU) 0 a O CO M O N n M Q U) O co N CO M O a O U) ,- CO CO 0 --- O a OD n CO N a N N- 0) 0 N M U) n U) 0 CO a (O OD ON a U) 0 C M M M M a a a a a a U) (O U) U) U) N CO CO CD (O (O coCD n n n n 2 M L `� a a a a a a a a ammmm . a a a sr a a a a a a a a a a a s U V O O O O O O O O O O O O O O O 0) 0) 0) 0) 0) O O O O O O O D.' Z vi L6 ori vi vi Ui vi (n Ui U, Loi (ri U, ori vi Ui L ui wi vi U) (n ori (ri Ui N (n c m o (5 U l0 'O C U CD 7 CD a CO CO CO CO 0) 0) CO U) CO CO M CD CO N 0) n CV 0 U ) N 0 CD N c n CO a CO N 1- O CO n O U) a M N O O O O O N a CD co O Q U w V(6 O O O O O O OD OD (O CO CD O O OD a0 O W OD n CO O 0D OD CO 6 co O O w 0 0 w n CD O O N M a iO CD n OD O O N M a U) CD n CO O O N M V d R' T 2 M CO CO a a a a a a a a a a 0 U) U) U) U) U) U) U) U) U) CO CD (O CD 0) _c CC I M C') M M M M (+i M M CI M M M t') M M M Ci M M M M PI M M M C) O >0 0 0 Z J F 2 Z m O W O a O U) co a U) co 0 .- a co U) N CO N CO N U) M N U) Q O O s- s- L- 0 CO IN U) N CO 0 s- CD j- U) CO N a N- O O .- N N 41) ' a 0 CD N m a O LO n M co a O U) co n N n N CD M co M OD CC O N CO U) CD OD 0 M a CD IN O N a U) n CO 0 .- COa CD n 0) 0 CO CO CO CO CO CO O O O O O O O O O O O O O _ N d > m C v c of a a a v a v sr- a v Ni vi U) v) v) (D vi vi co- vi co- vi vi co- (D m z 3 (0 c L- 0) U) 0 N N CD 0 IN 0 OD 0 CD U) CO CO N CO n CD CO M OD N N U) a O M CD M CO M O CD N O N CO a p) N N M CO M a U) n CO O N a CO O U) N co U) CD a CO U) CO U) N O O M 0 n a CD U) M O n a CD CO 0) M a CD OD O CO a CD OD CO CO (O CD CO 0 M N n CO CD m M M M CO a a a a a a U) 6 6 co co co (O co co co CO n n n n n n co 0 w O co O .-- N U) CD 0 N- 0 00 p 4) U) CO CO N CO N- CD CO M CO N N 0 V' O M CO CO CO CO O CO N O n U7 a M N N M CO CO a U) n CO O N a O U) N OD U) OD a CO U) co U) N O O M O n a CO U) M O n co U) CD CD OM N CD W 0 CO U) CD CO 0 N CO N N- CO 0 N a U) V' v v v v U) U) U) U) U) U) (D CD (D CC) CD CD N n IN N- N- n CO CO CO OD O r n n n n n is n n n n n n n n n n n n n n n n U 7 M OD CO CO n OD CD O U) N CO a N M a O CD CO N U) U) (0 U) IN CD (D a IN CO co. m 0) 0) a U) CD n n N CD N U) 0) 0 0) U) M N N N N N Ni N M N M M M M M V vi V at L CO CO M M M co M co co M M CO CO CO M M M CO CO M CO CO CO M M M M 7 E 'N o_ a -5 co 'N $ a (/) co a a N CD CO 0 N N CO CD CO 0) N CO a CD U) N M M CD 0 CO CO 0 CO CO n CD CD U) N CO 0 O n CD U) a N 0 0 0) CO IN (0 n n CO a C0 a 6 a ( Q Oi W co CD OD 00 0 CO Co 0 n n n n n n n n I: (0 o (0 (0 a a a a a v v v v v a a a a a v v v v v a a a a a a s 3▪ m V • m c (O Q L CO Q Q ✓ 13 0 N N N O 2 m co CO (O Z a d 0 o o O O O O O 0 O OO 0 0 O O 0 0 O O O O O O O O O 0 O O O O O o O O O O O 0 0 O O 0 0 O O O O O O O O O co O U) O U) O U) O N O (D O U) O O O( U) 0 U) O O O U) D O( 0 ( U) 0 (y U) n 0 N U) n 0 N M n 0 N CO n 0 N N n 0 N U) N- 0 N U) n 0 - - - '- N N N N COM COM a a a a U) U) U) U) O (O CD CD N a O O ID O .^ O O O O O 0000000000000000000000 . rV O0 C . R . O c E _ y• O w d d >, ry 3 Off) 0 a. cr) 3 0 m (� • • ! +➢ V M O U) N- CO O CD O O O U) O CD CO CD O U) O O U) O CO N ON- U.) M O N- sf s- CO )0 O f.--. N h M CO N N O M CO CO N N N. I,- CO O CO.p M O n V N O r U) M O CO U M O CO N NO N� V N O CO M O r a n O O N V CD CO 0) M CC) CD CO 0 N M U) N- 0) 0 N V U) N- 0) N N N M M CO M M M V V V V V U) U) U) U) CO U) CD CD CD O CD CD lc-- N- U o, E co- CD CD CD CD CD CD CO CD CO CO CD CD CD CD CD CD CD CD CD CO CD CD CD CD CO CO Cl So N N CO Wil > 0 erz Lo CO N CD 0) N- N U) 0) M U) V CO CD 0 0 N N CO CO 0 V N- O 0 0 N.- Q EI: CD O CD V CD O CD M V 0 0) 0 .-- 0 N- 0) N V V O N N U) 0) U I- 0 O O s- .- .- .- ,- O .- ,- .- N N O O O .- .- O .- M ,- O .- O Z V Q NA N U d O O O 0 c a o• o 3 Y il N CO N N V co N O U) co O V V O CD 0) N CO 0 0 N N- CO M CD V CO N N 3 3 Q V CD CO co U) N N- 0 N CO N- I` M CD CO 0) M CO M ` CONCD CO 0 O CO 3 U) V M N N N N N 0) CO CO 0 V MV N s- 0 CO CD N s- CO - O 0 U ' .- .-- _s- O O O O O O O O O O O O O i CD CO N to 0 N M V U) CD N- CO 0) 0 N M V U) CD N- CO CO 0) 0 N M V U) E CO C U) U) U) U) N U) CO N U) u) co CO co CD co CO CD CD CD CD CO n o- h n N N /����\\ 3 Q' - x M M M M M co- co- co- co- co- co- c' M co- co- co- co- co- M M co- co- co- M co- M M N- GV CC C t6 3 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 co Y F- OW w I N- M CD V U) V CD N CD 0 V 0 CO CO CD N 0) N- M 0) 0) 0) d' CO V CO V O U) co N CO V V O U) O co co O O O N co N N M N N s- 0 CO CD M N-- M 0) CD N N. M CO M 0) N V O CO d N n N N-- N n N n O CO U) O V O4 CD M N- N CD U) O M U 'O O N. CO 0 M V CD N.- 0) 0 N M CD .CD 0) 0 N M U) CD CO 0) N M U) N 0 C N- N- CO CO O CO CO CO CO O co O O O O O O O O O O O O Lo- a) .o t . �-' V V v v V v v V v v a v v v c (6 u-)" N U) U1 N N U) Lo- ui O t+ Cn C') M M M M M M M co M M co co M M co M M co co M M M C') M M M d ) 7, O O O O 0 O O 0 O O 0 O O O co O 0 0 O O O O O O 0 O O ct Z CO U) Lo N u) N U) N U) N u) U) U) CC7 N N Ui U) U) U) U) u) U) U) U) U) C d C CC O • d) U 0 f. Cy co N CO N 0 U0) 0) h MV n D 0) M) 0 .- N. CO VN 0 CO CN 0 i C 3!� M N- 0 V CO N CD 0 U) CO M CD 0) M CD 0) V N-- 0) N V CD CD s- M CD O w w d () W U) N. COO 0)) 0 s- N CN') V Coi ry CD ri n OD OV) 0 - N CC') O co COO � CO 0)) O r-- 4- U d• ca,' K T d CO CD CD CO CO n N n n N- n N N. n N- CO CO CO CD CO CO CD CO CO CO O O L d a J• 1- 2 Z co 0 W t O N U) V O U) U) 0) CO CO CD N M 0) U) 0 M V 0 U) U) CD CO 0 U) s- 0 CO CD 0 N- CO CO CO .- s- UV c- M M M _ ) CO .- CD O N Q VM M M coM CD M r N n N CD '- U) O V O M CD N r U) O V CO N r u) O M r CY N M U) CD CO 0) N V U) CD CO 0) N V U) N- CO 0) .- N V U) CD Cb 0) N N N N N N M M M M M M co V V V V V V V U) U) U) u) U) U) U) IL N co C U) U-)- Ui U) Ui If). vi 4'/- N U) UI U) U) U) u) U) U) U) u) U) U) U) Ui U) U) N .. M Z 2 0 "' (Cl C co O N- 0) n V U) 0 CO 0 CO V 0 U) CO M N- U) V N V 0 0 N- M M CD O N U) O M N. N CD N r N CO ..f O N- U) N O CO CD V M M M V U) N-. O O M a0 t0 M DD O M O CO V N O n CO M O n U) C') O N M U) n O O N V CO r O C') V CD CD O N M U) n O O N V CD d co CO co CO CO co O) O O O O O O O O O 0 - ,- .- ,- s- N N N N CO co n n r n n n N- n n CO CO CD a0 O O CD O CD O CD CD O O CD a 0 N CO CD n 0) h V U) 0 07 0 .- CO aa O U) CO M N. U) V N V 0 0 N.- M M CO O N N O M N. N CD N N- N OD V 0 N- N N 0 CO CO V M M M V U) ✓ O CO M CD CD M CD CO W O CO V N O n u) M a7 O n U) M N- 0) 0 N V CO N� O M V CD CO 0_ co U) r 0) 0 N V CD n 0) M CD CO O O O O O O 0 O O 0 O N N N N N N M M CI N- n N- n n n O O O CD ao m O CD O a0 O O QO O O O O m O U) N- 0) O N 0 CO CD M CO V CD N N U) 0 CO CO V u) N N O 0 CO N Vs- U) O CD U) O M M 0 U) V - U)1 0 U) CD U) N U _) N O ✓ V u U) ) uU) U ) ) N U) U) IO U) U) CO U) U) U) U) CO U) U) CO U) co CD CD CD L M M M M co co co co co M co co co co co co co co co M M co co co co co M 7 E ... N 0 0 .1 a U) CDCD V M 0 U) 0 CO CO U) 0) 0) V M UU)U) 0 CO ) CO CO N CO CD CD CO CD 3 M - N O O 0 N. V U) CC N U) N CO CO N- IO U) U) N CD CD N Q O CD CD CO U) U CO CO CD U) ) U) U) M M M M U) U) V V V V V V V V V (p 444 V V V V V 44444 V V V V V V V V V V m-4-4-4- U D, U N CD C cN- Q L u) Q Q r -0 0 N N N O E CO CD Cfl N Z O' d O O 0 0 O O 0 O 0 0 O 0 0 O O O 0 0 O O 0 0 0 O 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CQ U) ci U) O U O U) O U) O U) ) O O U) O U) O U) U) d U) u) O u O ) C7 U) kco o N CO N- 0 N CO N- 0 N U) N- 0 N u) N- 0 N U) n 0 N U) N- 0 N U) N Q N. n n CO CO CO CO O O O O O O O O N N N N M M M M CO 0 .-CD ^.. O O O O O O O O O O O W- ,- .- ,- ,- r C .. .. v r r r .- r r r co Co 0 O C C) O O 0 r d d yo O) 0 Da co . O w �, t .- • M 0 M N 0) W N N...M N _W 0) �� N 0) 0 CO N W 0) 0) n 47 0) W n U) M 0) CO 4- CD O V CO V W O CO U) CO O M CD N O M CD pp W U) Ni W U) N W U1 N. O W Mai U) W4 O W Mai UI a W T V CD n 0) N V CD n 0) N V CD N- 0) O N V U) N- 0) O N CO U) n N. n N n co co co co co co O) O) 0) W 0) 0) O O O O O O .- ,- j U W W co- co- co- W CO- W co- W CO- W W 0 CO- W n n n n n n n N n n n m Ce o rn m W�R Vw O ILIh COcn op W nO N CD O O CD N O 0) n O U) M N- (C) V n CO N v) CD 0 n CO a ET_ O n 4- M N v) C N O 4- O V n v) CO 0 V CO V M )0 vCOl0 O ) N M c U N O Ni O N M6 r C) O r N6 O O O O r r O O O O O O r- CO z x U m O O O o o a a O O� �. 3 Y COW W N CU V N N CO CD n n CD O 0) V CD ? W CD N CO CD CO co OV CO n V V 0) CO CD 0 a- V CD N- 0) CO CO O) N_ 0 n 0 CO C) V O_ 0 O O Q CD CO O W (0 N- M CO CD N W 0 N CO n V N O 0) CO 0) O O N O 0 0 ' W W CO n n n W W U) U) 0 V V V M CO CO CO M CO N N N M M CO M 0 0 E C"" CD N- W CO O N M V U) CO n CO CO O N co V U) CD n CO O) O N N- 1.--n n n n n CO W CO CO CO CO CO CO CO CO W o) 0) 0) 0) 0) 0) 0) 0) CO 0 0 0 ©� N E 2 Ir p 0 co- N N N N N N N co- N N N co- N N N co- N N N N N N N ri Cc) N N N �_ W 3 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.- -I) CO Y H .a W 0) 0) CO CO V CO O N CO CD V CO CO O l0 CO CO (1) O N U) CO U) O W 0 N- v) CD CD N CO N v) N CO W O O O) CD CO U) N- 0 CO CD CD N U) V 0) CO CO CO CO CO CO W V 4- n W V CD CO N CO V V CO N 0) n V U 0 CO M N U) W N U) 0) N CD co Ni W W .- V n O Mui co V C ii coO CD CO 0) C) N M U) CD N- CO O M V U) N- CO O) N CO N CO n CO O 0 p C 4- 4- a- N N N N N N N M M M M M CO M 0 V V V V V V V U) U) L ,C a U) U) U) U) v) U) N U) to U) U) to tri U) U) )f) to U) U) U) U) CD U) U) U) U) U) Z 0) Oco co M) OM) 0) 0) Oco co M) 0) W 0) Oco co M) OM) co coMOM) coM0)CI 0) OM) 0M) coM0) Oco M) OM) O) co OM) OM) N U) CD U) N U) CD t0 U) U) v) CO U) U) U) U) N U) v) CD U) U) v) v) U) N v) d C O 0 U R C U 0 C V C U d CD 0 V M O U) V V V CD CD U) t0 CO N O O CO O CO t0 U) W V N C U co 0 - CO V V V V V V V V 0 CD N- CO C) N V CO O M 0 nU) CO V Q FD A n co co W W W co W co W W W W co W W O) W 0) 0) O O O e, N O w a) U H N M V U) CD n W 0) O N M V 40 CD n CO 0) OM V U) CD N- CO D) C) m N a'> , C0 0) 0) 03 W 03 0) 0) 03 0 0 0 0 O O 0 O 0 0 4- 4- 4- .- 4- 4- 4- 4- ' L d R E M COM C) co- M co- C) V V V V V V V V V V V V V V V V V V V cg) 0 t ZTv J• 1- 2 Z co 0 w t 0W n 0) 0 n (0 O V M p) O U) n CD N V CD C) CO n O n O 03 U) V CO CD CO O CD N N- N. Sr U) CO Cr) 0) 0) 0) CO CD V N 0) CD N N- M n N CD a) O V W Ni v) 0) Ni W 0) N U) co ; O> n O M W 0) V n 0) N V n 0) N M U) CD N- p) O Cl V U) n CO W CO V CD n W CO N M V CO CD CD 0 CO CD CD n n n r n n n n co N co co co CO co CO co O) 0) 0) 0) Q. W rtri ui tri to v) to vi to tri u) tD tri to u) tD to tri tri ui vi tri tri vi tri to to vi 7 co Cu C LL CO N 0) N CO N U) 0) CO N O M 0 CO (C) M V CO .- v)4- 0 _ n n n _O CD 0) COW M COW V 0 COW t0 COM -T 0 n CD v) V M N N O O O ', co 0) W W V M O_ 0) n W U) V N O 0) W n W U) V M Ni O 0) )' CD O) M t0 n CD N V CD W O N V CD N- 0) CO 0 n a) M CO CD N co N N CO CO CO M M V V V V V U) U) U) t0 U) v) CD C C W CD n n n n 0) rW 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 0) N 03 N CO N U) 0) M U) O CO 'U) M v) CO V W 0 _O N- n N- O CD 0) . - U) COW M COW V O COW U) CI 0) N- W v) V COM N N O O O 0) CO W V M O 0) n W U) :Vr W n W U) V CO N6 0) U) CD CO O N V CD CO 0) M U) N- '0)' O 0)M V W CO O N V CD CO O N M M Cl CO V V V V V V U) 0 (0 U) U) CD CD CD W CD n n n N n CO CO CO CO-4-4 CI V CO- CO- W W W W W W CO- CO- CO- W W W CO- W W CO- W W CO- W CO- W CO- W ✓ CD CD W v) 0 CO CO N N CO CO O V M n M M O O W CO M V n CO 0) W n V M N 03 n 0) n O M M 0 CD N CO v) n N- W CO V W W W W v) 0 W W n n W n n n W W W W co 0) 0) 0) W 0) 0) 0) O L co co M co M co co M CO CO M CO M CO CO CO M M co co co CO M co co co V 0 E N Q,. a_ ° m .N 1 a co CO N WV M O CD CD U) CD W V 03 M co 0) CA V U) C) 0) O M n 5 - N W co n 4- N CO V V U) N n CO O) N- N- n n CD CD U) v) CO Q CO Ci N N N N N ,- .- .- O 66666 66666 O V V V V V V V V V V V V V V V V V V V V V V V V V V V 8 T U `- N m C E W t t rn Q Q O 0 N N N O i m COCO c0 z a a O O O O O O O O O O O O o 0 o O O O O O O O o O O O o 0 O O O 0 0 0 0 0 0 O 0 0 0 O O 0 0 0 O O 0 0 0 O O O t¢ 6 UC7 v ) O U) ) 6 tr) C1 U) O U) C7 tc) O U) 6 U) C7 V) O U) 6 v) O U) 6 Cv) 0 N U) n O N v) n O N 0 n O N CO n O N U) n O N 0 n O N U) a V V V V U) CO (0 N CO CO CD CD n n n n CO CO CO W 0) 0) 0) CO O O O CO Qp 4- 4- 4- x- .- 4- 4- 4- .- 4- 4- 4- .- .- 4- 4- 4- a- .- 4- 4- 4- .- 4- N N N N 0 >1. r2 j C6 - 0 C T coW a y a m m o E 2 w N d y o N 0 a CO 0 Cl) sr CV 0 CD n 7 7 rn rn UII o N CD j W N- n N- N -n CO $ m =o cr) w o LiJ(9w > o 0) M W CD O CO 0 N coOO (00 O N O coMO .- N CO N COD O c ZE O r r n CD CO n n n O D) 7 7 7 N N N C M M M M M M M 7 7 7 7 M 7 .- 4- 4- O a Q rn U Fl.', Z Z 0 _,o O O 0 0 N Y o_ 7 N N rn CO l0 M4 N- co N O) co N CO M N n 0 M CO CO M O .- N 7 7 Z Q n 0 N- O) O N N- N 7 7 7 7 0 N n C O O M O CO r N 7 M O N- M N-n N N N n N M O) M CO • O O 0 M M U) n CO N CO 4- M 7 n n •- O M O 0) n a O O E C O O O co O O O N M 7 N CO O N 7 CD CO 0 M ID co N. n a _ ,- ,- N N N M M CO N •y N N N 41.- sr- sr- N N N N N N N N- N N N N N- N - mm 0 W n n N- n N- n n n N- n n n n N- n N- N- N- N- n Y Y H . W D-. 7 CO 0 _ CD N CD N- N 01 N M 0 M U) CD N 0 N n CO O WLC) N- co CD M 7 N CO V) M 7 01 CO N.. N N O Cn N- 0) O O 7 CC NO CA O n CC an CC 7 CD O) n n CO O CD 7 CO O , O on M CD O) N M u) CD n CA M CD. CO M 1C) n CD CO CO O O 0 N O C V) u) u) O t0 CC) f0 CO CD CD n N- n n n n n N- CO CO L L = co- )C) CO M u) Lo- N N of N M an (O N C0 an CCI CO U) U Z v co M M M M M M M M M M co M M M M M M M M 0) 0) D7 O) O) O) O1 m 0) O) O) O) CD 0) 0) m Q) 0) 0) m LO- Ili L6 co- co- VC Ln- h O an N N N N N C a) O m ._ G U C) C l6 a C U C) 7 CO n n co O O co .- co CD N- •- 0 CO U) 0 CD 0) CD C) C U CO 10 N 0) CO co M N CO n CO CC) 7 O N CC) N n O Q C A N M f0 n 7 (70 COD 07) O n N a CMO O n ci V. COD CD 7 C O w a U d O N M U d Q' T N N N N N N N N N CC) M M M M M 7 7 7 7 LI) CO — CC CC L O 0 7 7 7 7 7 7 7 . 7 7 7 7 7 7 7 7 7 7 7 7 o 0 0 rla, J 1- m Z m 0 W 7 t 0 co co co co CD O M N 0 CO 4- 0 7 0) 0) n CO N- 0- O) r- N- N 0) 0) n u) co CC 0 M C0 4- r CO CO C) M C 7 CO N N O O .- CV 0) CC) CO CO O_ M CO O n u) CD n CO 0 M If) n O) 7 O CD O N N M Of CO CC O 0 0 O O O N NININICNCV N /ya N y V) Cn CC) CD CO CD CO CO CO O O CD CO CD O O O CO CD O W z 3 3 N N C I.L u1 NO O n O O 7 _O CD O N n M CD M 0 CO an • N 7 M 7 CO N CO 7 7 CD O) O CO M 0) CD n O O4 Mui O CC) 0) M u) CO 7 M N O) co O co CO co CO 0) O O O 0) n CD n CO CO CD CO CO u) CU D- CO CO CO CD CO CO 0) O) 0) CD CO CO CO CO CO CO CD CO CO co- co- co- CO CD co- co- CO. co- O O O O fD fD O O O O CD ca a 0 CC Ill N _ 0 co N- co CO srO CD CO N n M CO M 0 LI) O • N 7 M 7 co N CO 7 7 CO O O CO M CD n 0 O 7 M Cn n O N M Cn co n n CD CO CMO 7 CO] C7') M al a)M N CO CO 0) 0) O) O) O) O) O O) 0) CC O O) 0) C) 0) CC O) CA co co- co- co- co- co- co- co- 0 CD m oo CD eo CD Cb ro ao co ao 0 cg O IIIO 0 0 0 0 CC N 0) N- CD 0) 0 N CD N 7 D... .-- n u1 0 0 0 0 N O 7 7 n CO CD CCD CO CD 0) O ON M n O CO CM CD on N CO CD CO O) n N N t 7 7 7 7 7 7 M M N N N M N CO n CO n n n n 0 E N ° 0 a m •N a C') M CC CC CC CD N Cn 0 0 0) CO 0) CC) N u) N N M N M N CD 4- 7 n 70 0 CO CD CO CO CO CO M N N Q O O N O co; OCO 7 O ) CO CO CO CO 7 O .=: CD O) 7 7 ' 7 7 7 7 7 CO co n co O) 0 o O o O) CI CD 01 0) {{DD ▪ m N C C E O CO N 1 < O < < t0 N L L O▪ 2 co CO CO CO w Q Q Q Q Q 7 Z d O r r 00 00 O 00 3 0 A O A 00)) fat v O N 0 M W 47 CCD CO CCD C� COO NI 7 a n0 CO N v CQ n ai 0_ O'(O') I, I O N O co O Lel M Oo.CD O co O N 7 n 0 C07 CO co O CN7 co CC ID 0 �"". N N N Q " d N d N m N CC N d N G N N N N N N N N N N N ' N aa 0 c .. .. � v i' Y c c � c ' c � c ii of Co O C T E o.d „ a H C.) o_ cn33o m' . 0/� *CO 09 ? O N M O 0 O M (N V CO2 M O V n O 0) M 0) v) C OCV M L- n O N 0) V CO N.: n M N NO O N 0) O) CD n vi N O N- V Mai V) n N N- O ' V N- O co co 0) N U) CO 0 CO co 0) N i0 CO 0 M CO CA .- V co 0) V N;jW O CD N- n n n CO O CO 0) CO 0) O 0 0 0 s- s- .g- 1- N N N N M M j k O " n n n n n n n n n n n n n co- co- co- co- CO CO CO co- co- co- CO CO CO m Io co cio) mcC O N O V (O an 0) CO 0 N CO 0) IN 0 CO 0 M N N CO 0 .- O a_ d cocoN V col0 n 0)� co V s- .- V CD L- O V CO M n M s- n N (O U N O O) O) N O W N N N O N O t0 O O O N 0 O N N 0 Z .... U V V Q 0 Z Z 0 G O a O O � cc V 0 0 3 Y W N CO rn N CO N- CO N) V C0) IN N- V CO 0 0 N N 0) O 0)V N n CO N 3 7 3 Q CO 0 N- N CO CO 0 n V CO N. 0) 0 0) V n (0 V CD CO N N O O O 7 O N CO CO N N n CO CO V n n M m N O n M O V O m CO N V 0 0 0 ' N N O N CO N C0 m N N N O n U) 0) a V N- O4 N C0 O ' (Vo oY 0) N V n 0) N V CD 0) CO N n CO 0 N V O CO 0 N (0 N- 0 N C0 3 co Et co V V V V C0 C0 co co co CO m O (O N n n n n co co CO co 0) a) of (� O E 2 a 0 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 3 Y Y H z W IY 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 a) n 0) V V N- CO M V 0 N- n 0 M CO V M CD N CO CO a) N N n 0 0 0 (O 0 M n 0 CD V CO 0 V CO V n 0 M V L- N CO CO M CO N- CO N 0 CO N CC) N- V 0) V IN M 0 0 0) CO N n V O M N CO N M N4 M V CO co O N M N o m V n a) ao N 'O Q) N CO V CO N- 0) CO C0 N- 0) M 'CO 0 N V CO n 0) 0 N CO V C 0 C c CO a) Co a) CO co a) a) a) 0) O O 0 0 O .- ,- .- .- N N N N N L L C co- co co- co- co- co- CCI Cn N C0 K) CD (O (D co- co- co- co- (0 co- co- co- co- co- (O (O w N t+ ) co co co M M C') C') M M M co co co co co co co co co co co co co co co co co 0) 0) O a) a) 0) O a) 0) CO 0) 0)_ 0) a) a) a) 0) 0) O co 0) 0) a) co a) z Z CD C0 C0 CC) CC) C0 co- co- co- co- co- V) O N 6 6 C0 C0 co- co- co- co- C0 co- N N CD C C O R 'O C V N n C 7 O CO CO 0) 0) M N M VN N M V 0 0 CO 0 CD OD CD C 0 n 0) C0 0 L- M V 0 N- CO n V C` n N V CD CO CD n 0) N 0) L- O O d w R O O C0 N N- N CO O V V C0 CC) U) N O CO O N C0 O) V N O O ..d. N CJ W n O N CD n N N N N N) M C0 N- 0) 0 N V 0) co co co 0 V U m m a m D m m m m N- n N- N- n Co CO CO_ as CO CI) CD CI) 0) rn o 0 0 0 U) p O O O 3 m (L II a J � 2 to O t.. O M N- 0) M IN M 0 CO CD N IN 0 N N n 0 IN CC) N V N O CO 0 CO � p_ a) O CO C0 CO O co N 0) N O n CO CO n 01 O CO V V CO O CD L- CO a) V n Co M 6 CC) M N N N M Ct) CO N- n n V M co N CO n O) n M C/ V CC) CO CO O) CO 0 n 0) CO CC) n O) M CD n CO 0 N CO V 0 N N N N N M CO M M co V V V V V an co cn co co co co O O co co a N 0) CO CO CO CO (0 co- co- (6 CD CO (0 (o (o CO (o (o CO CO CO CD (0 CO (0 CO CD CD CO Z a as 1C �..L 0) n CD CO 0) N V N- CO N- N 0) V CO CO CO 0 CO 0 N 0 V CD N n O O (0 ,- CO CO 0 N CO CD M N CB CO V 0) N- CO D) N L- M CO N V IN p N Ui M N O O N V n n V N N V CD m N CC) n W M CO O N N co co co co co co N N co co CO n CO 0) 0 N V 0 CO n 0) 0 M V N CO CO CO CO CO CO CO CO CO CO CO CO CO CO a) 0) 0) 0) 0) CO 0) 0) O O O O CO- CO O• CO- CO- CD CD m• CO- CD CO- CO- CD O m O CO- CO- CO- CO- CO- CO- O) O) D) D)07 0 a CO0 CO IN CO M 0) N V N- CD N- N 0) V CO 00 CO 0 CO 0 N C0 V CO N N O O CO CO CO O N CD CO M N 0) m V CO n CO 0) N 0) CO 0 V N N 0 M N O O N V n n V N M V (O a) N CD n O) M CD O N N N N N N N N N N CO M V an U) IN CO 0) N M V CD n CO 0 0) 0) 0) 0) 0) 0) a) 0) 0) 0) 0) CO 0) 0) 0) O CO O O O O O O O _ CO- CO- CO- CD CD Cq CO- CO- CO- CO- CD CD CD CD CO- CO co- 0) co- co- ca- Di co- co- co- a) 1- 3 ao Cn CD N CD N 0 0) CO 0 Cr) 0) C0 N N- N N- N- n CD N CD O N CO N 0) V 0 W 0 CD 0 O co !0 a) co co N CO CO 0) CO co a1 n N a) N- V N CO O M O M CO O N co 0) N 6 a) N n L (D CD CD (D (Cr C00 N V v V CV V v V V V C0 v) v) an CO CD CD N- n 7 E 746-- 1 _ 0 ° 1 co •N 1 a co O co a) N CD N- V N 0 N V CO CO CO O CO V N CO CO 0) CO M N (O V V N CO 0) M -- CO M O ' O co CD N V O O V N O , n N Q M M N M CO O N N O CO (C) N CO (0 N V (0 co (O (6 (O4 M4 ai D) a) a) a) 0) co a) co CO CO n IN IN CO CO m CD (O CO CD CD CO (O U) (O CO '.. 8 a U cu▪ RI C • O r• -0 a N (71 N O E m co to () Z D_ d 0) V V CO V CO 0 CO V U) O CO m n D) N CD CO N 00 V N CD 0 O CD O co O N 0 N CD L- N N CO N N co N 0 CD n V 0 CO n O L- (Q N N 0) O_ O O O N 00000_ 0000 (N O O 00000)M Oa co N LO n V n 0 CO CO 01 N (0 CO V IN 0 M CO 0) N (D CO V N Q. CD CD m IN n n CO CO CO CO a) 0) 0) O O O '- '- .- <- N N N M CO M CO QE.1:1 N N N• N N N N N• N N N N N M M co- co- co- M co- co- M COM M CO. C .. — a; V r r r r .- .- .- .- r r cri co CV co p CCil >, E• ° d '� Z N o• a m 3 3 o C/) NNi EO N N W g Wad 'yaz. b0 co CO a 0 a U o U Z Y Q 7.- Q d Z Z O 0 o O O a _ Li- 2 0 O' 3 w @ 6 m C a 3 Q N • 0 0 U ' N • O O com ,r- :I- @ e) d E 'y 0 N ui W 0 m I ✓ CO .a — co I I I U ra N i ` O C N N L E (O N d N t 2 C] C • rEn L z L6 c C d o W 6 C U d C N O 'O C U d V (0 0 C d d w N (N 0' O m K U H � nU w N ( QdL d J R Z (q o u, aa) H N -c a) O co a o 0- CD co > p. 0 (n y ° N M z o 0 co �a c ›:, LL N CO r N- -O N Oco o O O (iii O_ a N — d ✓ N N o E m 2 O cn r L 7 E N :_, a r° m •N a Q N J 6 Q (p 3 d N m C Q L co a Q t U O N N N I- O 3 m 66 co z a a o CO C M O a V d N CO U C T 0 C a 9 m d O E •-•2 o m m 'n 2 • • yog{ 1Northing(4{00(�yu{sfthliiin) 1I _a R A W�Li 729600 a 729600 � �CC 729200 •c- 2'60 - 729200 m 728800 728800 728400 728400 ,00 728000 728000 727600 •000 727600 wr ir z z N 727200 _.. -.. I. `727200 owo O - -- o5 4sol 726800 , ; 726800 go oE -3mym 726400 o 726400 � el 726000-� 6- 726000 S a Eri$1 01 N ��‘.62,0. Oo agOO - _ .00 0006 ��z�a 725600 N. ¢ - - � 725600 0 1'` g 725200 m - -- -- 725200 o ¢ F BOO ,_ •� o 724800 w , �", O‘ 724800 elli` V 0008 (ND. 724400 �� ��� N. .0O - 724400 0 0 724000 �, -O, - 724000 N O 0 723600 (km) 6 N OOC 723600 cc r r 0 tO ii o 723200 - -- t. �. '' , 0•• 723200 E a .. �'O 11 000. 722800 • ` 00p 722800 w0 JW$ a11111111111111111 I::::: -. ; •� - ..00O 722400 MINEo'LIN 000 ` �<- - 6, I 722000 OD O a �, 8_ Q q 721600 - - -� • ,I - m-721600 m al �. v. 00 3 64 721200 w m0 •: O : 0 -'1200 4.010 , obs •<� Ch720800 o ® o "Iiii 00 '20800 O 720400= `_ oo :g0 rwo 720400 , �^ ; , �'r CIMi 720000 - ,Ar• 720000 I. 719600 oO Q to 4)pa...-._ 719600 cP 719200 o, O - �. -----_-_- 719200 a R, o 718800 - 718800 m ai 11'11; N FH 718400 - - 718400 •• 3 ;! 718000 718000 717600 - - 717600 cb 717200 ,� 717200 716800 Q 716800 716400 IIC: 716400 716000 s31 716000 CO 715600 v.. 715600 0- 715200715200 p S)* 714800 . 714800 -1- I '-'°' '-' § iP, § :$, Si• PJ § (u!Fijsn 000 tu!ylaoN Q • ,►�a�f®S by +'tea North America - ALASKA - BP Prudhoe Bay PB DS 16 16-21 16-21A 16-21A Anticollision Summary Report 29 January, 2018 BAER UGHES a GE company AOGCC bp • BP • ER 0 BA Anticollision Report hJUGHES a GE company Company: NorthAmerica-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: KB @ 70.00usft(DOYON 14) Reference Site: PB DS 16 MD Reference: KB @ 70.O0usft(DOYON 14) Site Error: 0.00usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A Offset TVD Reference: Offset Datum Reference 16-21A Filter type: NO GLOBAL FILTER:Using user defined selection&filtering criteria Interpolation Method: MD Interval 25.O0usft Error Model: ISCWSA Depth Range: Unlimited Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 500.O0usft Error Surface: Elliptical Conic Survey Program Date 1/29/2018 From To (usft) (usft) Survey(Wellbore) Tool Name Description 100.00 12,100.00 Survey#2(16-21) GYD-CT-CMS Gyrodata cont.casing m/s 12,130.00 13,406.00 BHGE CoilTrak MWD(16-21A) MWD MWD-Standard Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan Offset Well-Wellbore-Design (usft) (usft) (usft) (usft) PB DS 09 09-13-09-13-09-13 Out of range 09-51-09-51A-09-51A wp12 Out of range PB DS 16 16-01-16-01-16-01 3,907.92 4,000.00 218.85 181.33 101.73 Pass-Major Risk 16-02-16-02-16-02 1,694.88 1,700.00 215.00 27.21 187.82 Pass-Major Risk 16-03-16-03-16-03 1,468.99 1,475.00 163.10 23.07 140.06 Pass-Major Risk 16-04-16-04-16-04 1,370.63 1,375.00 215.18 20.99 194.19 Pass-Major Risk 16-04-16-04A-16-04A 1,350.00 1,350.00 214.92 20.73 194.19 Pass-Major Risk 16-05-16-05-16-05 1,320.63 1,325.00 302.95 21.76 281.21 Pass-Major Risk 16-05-16-05A-16-05A 1,320.63 1,325.00 302.95 21.17 281.80 Pass-Major Risk 16-05-16-05A-Plan#3 1,320.63 1,325.00 302.95 21.76 281.21 Pass-Major Risk 16-14-16-14B-16-14B Out of range 16-14-16-14B-16-14B wp05 Out of range 16-17-16-17-16-17 2,457.10 2,425.00 150.91 35.41 115.49 Pass-Major Risk 16-17-16-17A-16-17A 2,457.10 2,425.00 150.91 35.41 115.49 Pass-Major Risk 16-18-16-18-16-18 2,342.87 2,325.00 48.60 37.45 11.20 Pass-Major Risk 16-19-16-19-16-19 2,106.97 2,100.00 69.86 31.84 38.02 Pass-Major Risk 16-20-16-20-16-20 1,927.11 1,925.00 38.20 29.14 9.06 Pass-Major Risk 16-21-16-21-16-21 Out of range 16-22-16-22-16-22 1,070.32 1,075.00 228.01 23.42 204.59 Pass-Major Risk 16-23-16-23-16-23 1,324.39 1,325.00 112.78 19.35 93.44 Pass-Major Risk 16-23-16-23A-16-23A 1,328.51 1,325.00 112.83 19.40 93.44 Pass-Major Risk 16-23-16-23APB1-16-23APB1 1,328.51 1,325.00 112.83 19.40 93.44 Pass-Major Risk 16-23-16-23APB1-Plan 16-23A Wp05 1,328.51 1,325.00 112.83 19.40 93.44 Pass-Major Risk 16-24-16-24-16-24 1,238.07 1,250.00 120.88 28.51 92.37 Pass-Major Risk 16-30-16-30-16-30 1,076.88 1,075.00 57.98 22.71 35.28 Pass-Major Risk 1/29/2018 9:59:05AM Page 2 of 3 COMPASS 5000.1 Build 81D AOGCC 0 b 0 BP • BAER et P Anticollision Report UGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: KB @ 70.00usft(DOYON 14) Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.O0usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A Offset TVD Reference: Offset Datum Reference Depths are relative to KB @ 70.00usft(DOYON 14) Coordinates are relative to:16-21 Offset Depths are relative to Offset Datum Coordinate System is Alaska NAD27 State Plane Zones,NAD27*OGP-Usa AK Central Meridian is 150°0'0.000 W° Grid Convergence at Surface is:1.67° 1/29/2018 9:59:05AM Page 3 of 3 COMPASS 5000.1 Build 810 AOGCC (NI • • 0 L N I' LLI ^ 0) a) C 0 N c CO a) 0 a) O M a a N W W • o O Fa) a a w ? N U 2 c a 2 �O Q C m o t 0 0 co O 2 " o F v o - aao O w U Y o as Y y CC 2 ° ° U � = ^ co w o coQm m Ca a QQaai N N y y y a) a w E 8 °- ,r, N ^ y 0 0 0 0 0 0 O O O O O O fON = my > O N OU Of O .. _ g (I) N O O O tO _ f0 -0 N E _c v o > L` o L••• w a) co a 2 w H E 0 0 ? c x c 8 n i= �j V' E 0 2 0 w ' EwN 5 , O • o 0 c E c 741 o Cr Q 2 a ° w E o ~ m re cn ¢ "' 0 X .. m >•• o 0 o a m L = C aci a m m ^ E c El L o E c o o d o` t0 ° 'c U o a 4. U a V Cr, J o v >- m aa)i I Q p N h I- N V N m a0 O O NL 0 n O) .. N in in N E = O a) y a CL a al ai m a a > 0 Um al �r m m oo in c O m �° E E o CD a o (13 £ g m 0 L 0 w` i11 ! c co c .a a, > a QQ rn .7 in oN 0CL m 3 g Si z c o Q d 1L7 'v Q g m .y o -C V oo a� a o v o a m m m v g '9 a N0 O Y N • Cr 00 LL N V CO N CO o) 0 a a o �, � .. Y a g a a o N Z O a) S as 0 0 W t O 0' j C in V ° 6 V' 0 0 d— N a) O) t a) as a7 1.;1- 1231 O E d Oo c ° a) c _ Z > U ( LL ii .5 a t cn cn m a o m c v .B y oa 0 E 6 y p 70 al .c F- z z =C ri CI > > 0 w W 5 a3 x 5 12 o (' 22QOU o QO a0 Ce O O Z m H H Ci Wa 5 ti m E o% N a) a) a• a 0 IL 0 0 N " c w Q2 Z IX Z rS W J F y 00 TTg (9 Z U i i Z W N 0 a) O Z W O 4 v, o Z o ^ O () > } rn o • D = _ E. 0 2 Z a o 0 0 "' wm 2 2 O 0 w N O Co 0 cr Z W W c7 07 p o )0 2 g co a_ ' r t. 0 a. o a) o CO o W O m �° w Z t nC 0 0 E m m E e w L d w m o 0 O o a c o) y 0 ~ a, ? tO Q o a) c U 0 n 'c d v z a E y a) a) m ai r) c a a `o D U -o m CD y t) E a°) 0 o '6 o o - `S E n 2 = a) N E Lei E c ° aci w` 2 c n Z I- y > > a o 0 Y t E o a t E E o •E o Y V' 0 CO n o m B c EL ti o` m 0 0 0 m 0 CO = oL U a w 0 CO ' 0 0 a re ce Ii a= Y (n O Z a 0 0 0 0 0 0 ~ • i • k ! aN `f , E �& \ co as �\ � U � � -o of /] 2) & c ® zzE0k $ � a. \ � � $ k 03 0 \ §\ a 1— .1.-.. $ iii \� l E � ). ) \ r $ z { k ) § \ L.to a ;�L0 2 \ I CCu) < x § \ � . 7 { \ | # Z. t # k z z § - » E§ tz2 § 2 : = 2 0 a. £ ig a c ii | » § \ \ _ o . § t \ ( \ \ 5 � \ { % f ƒ � } \ tj- \ 5 rec a_ / 3 a 7 J ® a . i k ± 2 a o •a k \ 0 E 9 f k \ ) al z \ \ E { " - \ k ts § k E e $ # f \ 7 3 _ , § © E 1 0. i j \ \ k / } 3 { U « o = e « cc f o � A ƒJ , } . 0 e AS0 ® { 6 ) k [� f 1 \ \ \ / . 2 . § k z \ f © .2 �� o I- = E .o m � � < . % iy /2 \ § � � a § \ � E a £ } < « 77 A ; f 0 * , � .0 } - E S I - - o x \ 3 £a » \E \a2 \ z § 2f ,_ < co z \ E/ \ E R 2 Ili I z i z z { - o § a z VI 02 ' / \ = = 5 . . _ n R co �0 I k 01 ZS 7 / } \ - 0 ` . IN j o 8 » k I a k 2 e § . �) k \ § \ .. / \ .. $ t \ 2 � $ \ § e m t ` ) / § A 3 0 E 2 7k - ' E --I ce-o o � � G � p P 0 o = * o a I- f 0 • 21 7 1 5 3 BA ER co UGHES PRINT DISTRIBUTION LIST 2 9 0 3 7 a GE company Please sign and return one copy of this transmittal form to: COMPANY BP Exploration Alaska InQECEIVE BP Exploration(Alaska)Inc. DATA LODGE' Petrotechnical Data Center,LR2-1 y A4/2011 WELL NAME 16-21A 900 E. Benson Blvd. M K.BEND``" FEB 14 2018 Anchorage,Alaska 99508 or AKGDMINTERNAL@bp.com FIELD Prudhoe Bay Unit to acknowledge receipt of this data. COUNTY PRUDHOE BAY AOGCC LOG TYPE GR-RES BHI DISTRICT Alaska --- LOG DATE February 9,2017 AUTHORIZED BY Patrick Rider EMAIL Patrick.Rider(@.bhge.com TODAYS DATE February 12,2018 Revision STATUS Final Replacement: No Details: Rev. Requested by: --- COMPANY FIELD/ FINAL CD/DVD FINAL PRELIM LOGS (las,dlis,PDF,META, SURVEY REPORT ADDRESS(FEDEX WILL NOT DELIVER TO P.O.BOX) LOGS CGM,Final Surveys) (Compass) PERSON ATTENTION #OF PRINTS' #OF PRIN I S #OF COPIES #OF COPIES #OF COPIES 4 J f 4, 4 4 1 1 BP North Slope. 0 1 0 1 0 EOA,PBOC,PRB-20(Office 109) D&C Wells Project Aides Attn:Benda Glassmaker&Peggy O'Neil 900 E.Benson Blvd. 'Anchorage,Alaska 99508 2 ConocoPhillips Alaska Inc. 0 0 1 1 0 Attn:Ricky Elgarico ATO 708 700 G Street Anchorage,AK 99510 3 ExxonMobil,Alaska 0 I 0 I 1 0 0 Attn:Lynda M.Yaskell and/or Leonardo Elias 3201 C Street,Suite 505 Anchorage,AK 99503 4LState of Alaska -AOGCC 0 1 1 1 0 Attn:Makana Bender 333 W.7th Ave,Suite 100 Anchorage,Alaska 99501 5 DNR-Division ofOil&Gas *** 0 0 1 1 0 Attn:Resource Evaluation 550 West 7th Avenue,Suite 1100 Anchorage,Alaska 99501 ***Stamp"confidential"on all material deliver to DNR 61BP Exploration(Alaska)Inc. Petrotechnical Data Center,LR2-1 900 E.Benson Blvd. Anchorage,Alaska 99508 1 Attn: Rana Elghonimy TOTALS FOR THIS PAGE: 0 2 4 4 0 • • r-' M C 0 a W `° �= aQ • w V w w yarmt:<gam CI > SSIo U 0. ss . - CO w '- I I CC Cl) Q mt J Q Q I C) co` Ce L CD C) E a Q0. N N CO tca 1 o < N c (a 2 Q. O -amNNo •N = a L Zaato to 2 o LL N I 0 H . • • • • 0 IS co a z v N5 m �yZ )+') N co V O ite O M M f- O VYQW�ri;�V.�m� M O O 6 0 0) aa. V U 0 z U Ca--v Q _ z z 0 O o f 0 o aw0 0 d a U0Y2. d 0 0 N N (6 (0 d d U Z 2 Q N d 0 0 0 ' - o .. N > > N- N-moo�\\ a U) > O) Ci J V V d E C 0) O) ajd 7 •6 N m m 2 C_ U c .c v '6 .+ c 5 Y Y F W 2 7 7 y ' ' QI m 0 C d J J 0 a) > O 0 •O « O 0 d . U C •O t V o ii y L J J U� L N d y O) 0' P F d 0 m C, = 0• W C A 7 d 0 O C U y LL O O w d d V d > > 0 O C U Tea ci £ O O O C O • ce d Ld A .... 60) co O ` `-. (n >• 0 T N W 0 7 J F rL Z m 0 co O R W O 0 ((0 m 0) n CO N O W co %CO N. In O co oV O d 0. 6) O m Et 6) N eri Q _a Cl. N L m a n d u) O C $ O To C_ p W v p LL - _ + W > 7 COO W � O ta C R L C 6 0! 6 C C y C °) d o co —o C Z (n Ll-' t •R N y0 ea C c Z W .) VT E o N ) 0 Q ? v 0 H 0 (o Q CO LO 4 co co N+d.' W co 0 N Q^ 0 V d d a H C d d Oj N W O (0 0. E E c0 coEt L N m O W • N LL .0. N fO w a O Y N y N N L M a d N N 0 = 3 a CO 0_ Q 7 O O O d Q a Y Y z D o 0 0 G Y m d Q Q F- o co m YO d d CO O (0 d N d N N 2 Q "O N a a 0 C‘.1 N Z CON U T a Q 0 0 d 0 (O 'd0 m O z . . a c af CD CO Y N N 2 N E d m 0 U Z W Z• a a (6 (b (o Q Z Z + + C c (Qj C C C Co Q dto r C 7 en d N 6i T N « c 7 .y I' t )N co 4:0> 0 15. E• O .d+ d d y `O A d N r .i' O d d d co d d 3 d y q O a. co33 o a 202 co maa 3 3 a 2 0 a > > • 0 • 0 .- 0 n m 0 CO N 0 CO CO 0 0) U) O O V N. N 0 m M U) U) M N 0) M M OO M r o O CO O O O O NN CO CO M CO CO N N �- U) CO U) O U) a 3- N V V j N W I d CO =o u) a Cet(^n -3-> O ILI vii O CO .- 0 7 CO CO CO CO r-- V N- (O o U) 0 CO 0) CO V V U) IN V0- 0 U) O 0 N O 0 M O 3- O .- N V co co co N o 00 U O O O O O O O O O O O O O O O .- .- = CO .-- O 0 z E v r Q h NI- g' Z Z 0 0 o O O w O O a 0 0 7 N N 6 N 0 OCOCIDON n M N O M 00 O (O m 0 (O U) (O O O N 3- ON 3- NLO CO 01 7 7 O OQ 0 M V V V o V 0) V O) 7 (O co00 N `7 co0 VO O 0 0 O co 0 0 oi, 0C1 0 0 O CO r CO O N ( 6 6 YU) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 N CO M OOOOO 0 0 0 O O 0 0 0 O O O O O O O 0 d E H (0 N N N N N N N N N N N N N N N N N N N N N N- T) U) co 7 C co r-- r` r` r` N. N. r N. r` N- r` N. r` n n r r r r r` N- Y Y H 2 Lu W 0 o N V 0) r- CO 0) N CO N U) Cr) N t U) r (f) 3- 0 N- O CO N CO 0) N CO 0 r 00 N 3- 0) 0 U) V U) O) o 0 N 0) V CO 0) 0) CO. O. CO N. CO O CO CO N U) CO r CO OD 0) . 4 4 ei oi O O 6) 6 0 o r- 0 6) U) N M r� d 'a OI V V V V' V V V V CO CO CO CO CO co co V V U) (O r CO N o C R V V V V V d V_ V 7 V 7 V' 7 V V R V `7 V Cr L L = 0) 6) O O) O) O) 0 0 0) 6) O) 0) O) 6) 0) 6) 6) 6) 6) O) 0) w 5 -e v N N N N N N N N N N N N N N N N N N N N N d O 0) 0) m m m 6) m m m m m 6) 6) m m m a) m m m m tZ Z U) N N N U) U) U) U) U) U) U) U) U) U) U) U) U) 6 N U) U) d0 O N C hi d A d d C 7 O o N N- N CO r� N 0) 0 (O 0) CO CO CO 0) 0) U) NI- 0 V 0 O N M V co N V CO N ,- N •- co .- M o (O co r N. CP) d dd U NE O O O O O O O O O N N CO CO 7 N r N- U) N '- .- N N U daCD 0) )4NO__4- • K 0 d Q> 0 0 Z 9 y J r 2 Z M o p U 10 O 0U l0 1 0 00N CO r- a) CO V I"- 0 0 N 0 N N CO N N Q a0 O N N. co N N M N CO V' 0) N M 0 3- CO N N U) a) 0) U) N L. O O O N CO R "U) tri (O (O r r r (O CO O r r U) fY a)Q 0 2 CO CO d N N w m Z z 1, .', .,, (0 C N 0 0 0 0) 0) CO o N- N- N- (0 CO (0 CO N 0) 0) CO 0 0 CO 0 0 0 m m Cr, C)) 0).: m Cr) m 0) 0) 0) Cr) V N- V 0 M CO O O O 0) O O) O) O) m m O) O) 0) 6) 6) m m o r� N d y U co co co co N N N N N N N N N N N N N N N N U) Cr E to v- N CO 7 U) CO N- a) m O N CO V N CO r- 00 CO ro 1 0 in to CO O 0 0 0) 0) co. O) C- N- r� co co co co N O) O) CO 0 0 O 0 0 0) m 0) 0 0C m m m m 0) 6) 6) N- V N 7 0 O O O m m 0) 0) DC CO 0) 0) 0) m m m m m o n N co O O O m 0) CO 0).:..:0) m 0) m m Cr) m 0) 0) 0) 0) 0) N r- N CO CO 7 N (O r- o 0) O N M T U) CO N- o CO Q 7 r r r r r r r r r r Nrm ::''11 CO 0 N CO CO CO CO CO (D N. CO 7 U) O m U) N CO CO CO 0) 0 O o r- O N CO CO O N N CO 0) N N- 0 0 0) N O CO V N- CO N O OO V (O o CO R CO (U O O co (O S (O (O o 00 00 CO V V N N 3— n V N N CO CO CO N N O N Y 7 ,- .- ,- .- .- .- r .0 o N co o 0 74 U N N N lJ Q o Z O (n N 7 7 2 0 N- m 0 N 0 N CO CO OO n o N CO U) N Q U) O) CO 0 CO CO CO U) CO (0 V V N V CO N CO CO U) CO CO CO J O O O O O O O O O O O O O O O N M U) W O O Q d O O O O N O o U T 0 O O d ^ (0 O ��'' - C 'e_. E m ,- H V Q L co Q Q r -6 0 N N N O CO c0 (O (D Z a a OO o co 0 0 0 O O 0 O O O O O O O 0 0 0 0 0 0 0 O O O O O O O O O O O O O O O O O O O O O O E p M • O O O O O O O O O O O O O O O O O O O U) :..c L _ — M 0 O O 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 NQ • E N 3— N M V U) (0 r OO 0) 0 N M V U) CO r- OD m m.QQ E (fin p y c .. aa2 V c O c m m o d CU m m = cm c) a in 3 3 o v) m • • N I- V O O M IN CO V ct O CO N O 0) N CM O 0) O O O N CD • N O 0 CM 3- Cr O O N CO IN CM O CD CO 0 N 3- O1 O [f Q> IN N. co W 07 6) l[) O O (`'> 6 O M O N- (O M Ni O Oi T Q) O O Ni co 4 O O :[/j�c V O N (0 N- I` O O O O N M V (O (D CD r CO N N N NI N N N LtI N 3 W�. 0 0) CO CO0 ON N N CM O N. M O 00 CO 'Cr N- O r N co U) O I- a) N O co O coa. O — N O co co co O O V N 0) 0) N- M (0 N (O O IN M O (O N N IN CO 0 - N N O fO N M NiN6 M Ni (O M V M M V N N6 ,- ,- Q z = U Cr Cr c 0, ; Z Z 0 m 0 0 O O cc O0 22 a o 0 7 Y N0)) co 6) N ,- r CO N (0 V (D N. M O) O O (D CM O O (D N c0 00 c- O CO N. O CO V O M N- O V O N 3- 00 CM N NN O N N O M O O 3 Q N V N O N CO O M M V N. N CO 7 N O CO O N O CO 3- O O O 7 M O co U ' V 6 O O 6 6 O <2 d' N- O V r ,- N CP N O O V O6 I- Ni O •- O N O O Y N M M Cl Cr V V V O O O O O O N- I- IN O CO O O O O O 3- 3- N N ECVOOO O 0 0 O O O O 0 0 O O O O O O 0 O O 3- 3- 3- Ct D EC y 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0• N rN NNNN NNNNN NNNNN NNNNN NNNNN NNN o = N- IN IN r IN N IN N- IN r IN IN IN IN IN IN IN N. r IN IN IN r r IN n IN 5▪ CO CO F` 2 �Ww (O (O N V CO O O O O (O N- O O O O O V M O N. CM V O N CO CO O O O N. N CO M 0) (I) 0) _ O v- CO CO CO O O Cr CO O CO O CO O CO O O O N O V V V IN N M CO CO CO M N O M Cr. 0) O N- O (O M 7 �1 d CO O O h M CM N N- O N N d> N V M N N N N M V O I` O) , c.) .8 O) co 0) CM O O rN M M V 0 N CO N- O M O r N M 7 O O r CO O C O C ... 4- cr cr N N N Ln to N N ,0 (O to in ;(n (n N O O O CO O O O CO CO r d .E = CM CM O Q) CM O) d) O O O CM CM O).,:CM ...;05 O O O) CM CM CM D> Q) 0) 0) CM d) N Z (0 NNNN N N N N N N N N N N NNNNN N N N N N (SINN w rn m m a) a) 0) rn ca rn 0) 0) CM w rn rn 0) rn 0C m m a) rn rn a) m rn o) O) 2cc Z (C) N U) N lO (O N N N ((') O V) (n O N N U) N N N N N N (O cO N 6- c u) O N 6 .� C y O N U 0 C3 • V O V M M CM CM CO N N O N. N- N03 N r r CM r (O CM O N O i O V O r IN O V0 N- N O r - CO N O CM O O O M O CO N M M V CO 4 i w N Oi — (+i O CA V r O V I� — (0 O Ni O (0 Oi M O Ni r Nr--: N r O .d d U N M M M M Cr V V (O N (O O CO CO N- IN CO CO O CM CM O O N N 41 L T N 01- V w VO 0 O 3 (o ILI 7 J 2 Z Fn CI t 0 VO) V V N O N N N O CO CO O N O C)) IN CM N V CO M CD CO CO O a O (O co V) co 3- D) CM 3- N N M N O O C)) IN 0) CO CO D) (O N O 0 O M Q) O 7 W (A , r Ni U) U) O N N Ci O CO 6 V V 4 V (0 O N- 6 O Ni Q. V V V (O CO (0 N- n CO 03 03 O 3- N N M V (O O N- CO CD N N N N N Q. D. CO n-+ CO Z z (0 C LL CO IN M 3- O N N LO N O Cr W O O M N VCO N CA CM N N N O V O CO O N N 0 CO. N (O ::0 N N CO M CO r N N CO co O C) O) M N. N6 O V n N O Ni N6 U) M O O O Ni 7 O I) 0) N I) C)O N VN-- 0)IN Cr r CO 3- cr CO O 3- M O CO( O N V N.- CD M N IN CA H co CM W 0) 0) O O O O O )- ,- N- N N N N M M M M M Cr V Cr V 0 CD N N N N N N N N N N N N N N N N N N N N N a OO CO CO I- M CO N N N N- O et CC 0 O M N V CO N CM 03 N N (O . d' O CO CM N N 0) co. N O 0 N NO M CO IN N. N N CO M CO M 0) M I- N O 6 V I` .- U) :O .N N OD - M O O O N V O r CM V IN 0) 7 CO 0 _ V O O M C)) CO O N N N- (M V0 O O N 'R 0) 03 O O O O O N N N N M M M M M V '7 V Cr N N N -- r- — N N N N N N N N N N N N N N N N N N N N N N N N 2 O) N M M CO O N O O 03 O O I- U) 3- N O M N N CM CM O CO CM N O N 7 N- Cl N CO V N N 0) Cr O Cr M CO M V (O Cr M V O IN N V M M M V N O O n I` r r O CO O (O 7 M (TiM M M M Pi M M V L 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 7 E N 0 mq 74 Q (O N 0 co M N CO CM M W O O N M V N- O CO CO N O O Cr CM O N N J N- N 3- O I"- CO M CO (O N 3- 0 CO N. (O 3- VN M M 3- 3- CO M N O O O N V V V VN N O ` O M M N N NN NMO Q NNN NNN COM (0 U N O N 03 C E cO N Q L (n Q Q ..- c 0 N N N O 2 CO N (O 6 Z 0 a O O O O O O O O O O O O O O O O O O O O O O O O O O O 0000 0 0 0 0 0 00000 0 0 0 0 0 00000 0 0 0 QZ O O O N O O O u') O O O N O N O O O N O N O (O O N O O O (.> N N- O N N N- O N N I,- O N N N. O N N r O N N r O N O N. O Q. 0) CM O O O O .- 3- 3- N N N N M M M M .0 V V C N N N N O co 0 E 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 Oi T 6 2 ' CO0 Cm .. o c >. pQ0y =+ m N o rn O d co 3 3 o N Q • • CDO N 00 CO Lf) N N (O CO N O 0 N V CO r V N a- O Q COM 01 N LO O CO N N. N O 1- CD V 0 O�O (n M V r� N O O CO CO CO O N 6 n O Ni Ln W N CO O_ V O) 7 O Ln N CO Ln N (C) r LO M 6 r` a co 0) O co V N co CO 0) N CO Ln N. CO O CO Lt) (D CO O N V LO r-- Nt1) CNN M COCOCOM CO M M V V V V V V N LO LO LO LO LO (O (O (D (D (D ) W a y m =E M (fin )' > = o W=� o u) QM o) WO Lf) V N 0O CO CD CO CO 00 O M M CO V O 0) V N V O N O N V O a O CD CO LO CO CO 0) N V0) 0) Ns N N N- CO r- co O O co N co V V N N U x- O C i x- 0 N N M M CO CO M V V Ni to M V V N N M M M ,- ,- , 0 z E 0 d Z Z O o o O O O O IY a 2- N 0 1 0 Z m N Ni M O N O ) COc- ODN- O CO LON V W V CO N N- M M O N CO O V > M r CO (3V N- W N O N- C) N (O O CO O V r r Q) O O ¢ CO CO V0 Ns O LO 0) CO 0) N r-- M N N V CA co V C)M V NO N. O V N- I- O 0 ' O O C- N N M 0) 0 N CO N N Cr; CD M 0) N.:. N M O DD M N 6 6 Y M co V V LO Ln (D CO N. N- CO 0) 0) C) x- .- N M Cr V LO CD N- CO 0) CO O E LO C - r - - - - ,- .- - - - - - N N N N N N N N N N N N N CO E 0 0) N N N N N N N co- N N N N N N N N N N N N N N N N N N N d 'C 0 `. N- r` r r r r r` N- r r r r N. r N- N- N. C- N- N. N- r N- N- N. N- r S Y Y I 2 CW W CO N. N O Ns CO C) 0 CD O) V N. CA O) N LO r O) CD r CO N N V Ns (O C CO LO 0 N CO 01 N- CO CO N 0) N CO C) CO (D CO CO N N O V O Ln r- O O O N V r- CO N CO N N r::(0 O CO::. 0) M O 0) O M CO (D N CO N- O) d M LO N- Q) M CO 0) N 0 Cp M C- <N CO rr M W N Cr V rCO 0 N ON N N (O CO CO N M LO CO 'CO ::01 CO N V LO N- CO O N V N N- 0) C G C N- N- N- N-t` r N-n CO 00 CO CO CO' r CO CO CO (P M O) Q) 0) O O O O O O i L L V O) CD 0) Cr O) CA 0) O) 01010) M. M CO. Cr). CD 0) 6 6 6 M O O O O O O aW .t 7 N N N N N N N N N N N N N N N N N N N N N M CO M CO CO CO cc Z V a) a) co m 0) 0) 0) co co 0) 0) 0 0) m co rn a) com co m a) co co m co a) tO LO ..6 LO In Lf) N co- Ll) N N N LO N u') CO N LO L!) N N N N N LO Ln N d C O C C) W C v c Cp 0 C d 7 O W N N CO CO CO r Cr V 00 CO N 00 CO CO N N CO V CO CO r O ` C V 0 CO OD CO CO LO CO M tO 00 CO O W O) N (O CO N V N- � N N CO f� (D N E w N M 00 M C V CJ CD N CO V a() V O) co V N O W 1- 6 V N O O) O w d (.) W co co V V N CO CD Ns r CO co O O N CO V N LO (D N. CO CO O V d i V T CO x- s- N N N N N N N N N N N N CO CO CO J 2 Z U, c 3' O M CC) V N- r CO CO V N O 00 N N N O (O 0) CO LO O CO 0) OD O O N a 01 CO CO CO O V O N N V LO CO N V LO 0) (O LO CO CO CO O 0) CO N (I) V CO r- M V (O O N N 6 N CO<:O N O LO O (O N M V 6 V W CC co N- CO 0) x- N M V (O N- 00 O M V CO N- CO O N M N N. 00 O N CO N N N N M CO CO CO CO CO M V V V V V V V LO CO CO Ln 0 LO O O (O T. 0- N v) H m z 3 m (6 .... C LL N N 0) 01x- 0) M N W N OD N- CO N- O O) M N CO N O (O M N. O CO CO CO CO N- Ln C) N M C) U) N. r M N- r- CO CO O O CO x- V N O O N M V N O r— M 6 d) d) CP CO r CO 6 M W O V r- V O (D Ni N O N V CO CO O N V CD 00 O N V CO O O N Cr CO r 01 x- N Cr CO n O Ln LO CO Ln N (O CO CD CO (D N N N. N. N- CO CO CO CO CO CO 0) 01 CO O) 0) 0) C) CO N N N N N N N N N N N N N .N N N N N N N N N N N N N N Q G CO = N Ns 0) CO 0) 0) x- N 01 N 00 N- O r O 0) CO U) 00 N O CO CO r- O M (O CO CO N- LO C N M C N r :r M N- r M CIO O O (Dr V N CO O Ni M V LO (O N- ao W CA W C) co n (O N M T (O V N: V O (O N N. 01 - M N N. W CO LO n 0) CO CO r- 01 1- N V CO CO O) M V CO N CO CD CO (D O CD r` Ns r- N r CO M CO CO CO 0) CO 01 0) O) O) O O O O • E N N N N N N N N N N N N N N N N N N N N N N N M M M M O N N- N V CO CO CO N- N- 00 V CO a) co N. O CO V CO 0) (D O O N V N LO CO r- CO O N Cr V r- n CO CO V r- 0) CO N CO CO LO Ln CO CO CD (O V V V V V `cc' CO (O (O N LO N (D (O O (O (D CV r r CV rC CV r IN n r L 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 7 E r- 7., m 'N 1 a (n VO 0) O O co V CA co co CO r 00 N O Cr) O Cr) 0) CO n r-- 5 N V CO 0) N Cr) CO V M N N N M CO O M M LO V O 0 N CO Q 1- N- N N M Ni N CD r- m O) O N6 V CO CO O N- 00 CA CP O) O M co co co co co co co co M co co co V V V V Cl- V V V V V V V V LO l0 U >.. d ... N m C O • t (n < < ✓ 1 C N N N O 2 m (DN [O z a a- O O C) O O O O O O O O O O O O O O O O O O O O O O O O 00 00000 00000 0000000000 00000 ' N O N O N O CO O N O LO O CO O LO O N O CO O N O N O N O N co N LO r O N LO N. O N (O N. O N LO N. O N LD N- O N LD N- O N LO r Q CO CO (O r N- N- r CO CO CO CO O) 0) 0) CO O O O O - - , x- N N N N CO CV Q N N N N N N N N N N N N N N N M M M M M M M M M M M M 0) 0m .. 2coa V O C T • « d d 410 • OO N7 DVI. HhII• N CA U ! ! ! ! ! M N OO N O O O) W CD O N M CO(P O O O O m W`8 d � D= CO CO CO O UP Dim j o 0 M4:t V) Wr, CO N- CD M M N 0) CO V CO N- co V .- M N C) OO OD CO C() CD N a 0 N V V CO V OD CO 0 N 0 C) CO OO CO N co N CO CO CO N CO N- CO Oa.J 7 7 N O O O O O O O O O O O O O O 0 z e o v•v Q m Z Z 0 J o I O O 0 ❑ v I CL O• 0 > Y 1-6M N 7 V0 N V CO N CO (0 CD M 0 V V 7 OD N N M C) OD 7 O N V N N Z Q N C) O N N N M CO V O CO CT) CO O CO CO (O N N N O C) N CO C) LC) CO 3 N CO N N V 7 O O) O N V N CO O LO O CD N CO CO O) CO V M N O OOO_ O O 0 CO M N O 6 OD N CO CO V M N N O O (A O OD N N N N N N Y N CO V V N CD N OD O) 0 N M V CO (O O N CO C)CA 0 CD N C V N E CO C M M M M M M M M M M V V V V V V V V V V V CO N OO N N N ▪ ��,��1© 66— C O O O O O O O O O O O O O 6 66 6 d O O O O O O O V CD g w o N- N N N- N N- N N- N N- N- N N- N N N- N N N N- N N N- N N N- N c 5 co co H 2 0 w W (0 V 0) 0 V N CO N- OO 0 N M 7 CO CO 0 OD N LC) V N 0 CO N V N N Cn CO CO N 0 N- O) CO N CO 0 0 0 CA CO 00 CO O) O V N 0 0 N OO O Cn O CO CO CD (O V N O OD 0 N CO CD M O CO (n CO 7 O) N CO M O N CO N6 N CO N6 a0 O V 6 N V N6 a0 N M O CO V N6 V 'Om .- N V CD CO O) 7 CO CO CO CO 0 N CO CO N- W N V CD CO m M CO N C 0a- C 3.' a- a- c- a- .- a- N N N N N M CO.. CO CO CO M V V V V V V CO CO N Cn N L t 6666 00000 O O O' 'O -O O O O O O O O O O O O O N d H M M M co co co co co co co CO CO CO co co co co co co co co co co co co co co t' 7 M O O m W CJ1 O O ma) CA Cn O ma) m T (3> ma) M 6) O M W O M N 2 ce z CO Cn N N CO N Cn Cn U) CO CD Cn CO N N CO CO CO CO N CO N CO Cn N CO 6- c d O V N c d C qO N C) 4— W N O N N CO CO N CD O... V V U) N CO CO V N ( OD N N.- Ct �d 19 7V V co V V O O N N- CO O) N (D O V V V V N CO N O M (D (P CO N dEl „d9 i0 d 0NCDC) VM M N N N N N N M C N CO V O CO N CO CD 0 7 N CO V N CO N CO O) 0 7 N M V O CO N CO U d. w T N CO M CO CO CO CO CO CO V V V V V .(1- V V V V CO N (n CO CO N CO so (n Tii L CD d ix 1) J rL Z N ❑ llJ t ._ N W O M CA 0 CO V N CO CO (O CO CD N CD N O) CO V CO N N r r Q CO C) O CO O Cr N N 7 CO N- CO 7 CO Cr CO CO N N (O 7 CO r- OO 7 CO Q) CO N O N V O) O V M (O 7: OD (O M .- W (D M r of OD M ' W CC lO N CD 0 N V CO N 0 7 N V OD CO CD 7 CO CO CO CO 0 N CO CO N m 0 CD (O co N N N N N N CO CO CO CO CO OD O) CD CD T CT 0 0 0 0 0 0 T mto rn ,,Q 7 COC •..L O N V N O N O CO N (A N CO CO _ _ N V N COO CO m O N O O (D V N (A V CD M N CD (O CO V CO :'M N .- O) N N N W CD N (n V O (1) 00 O N .- O N N N N N N N N N N CD CO O N O V @ V W N O N ) V N N COOO 0 COM V CO N O 0 N COM CO CD CO CD V C) O CO m O) Of C') O O O O O O .- ,” = ,- r- N N N N N NN N COM CO M M M M M C') N. CO- CO- CO- CO- 6M 6 C) C) O"1 co- C) C) C) C`') () C) (") C) C) co- C) co- co' C') C) C) a ❑ N O N V N O) N 0 N N O) N CO 00 OD N V N- CO CO W 0 N- 0 0 CO V N O) V 0) CO N CD O CD V CO M N 7 O, N CO N O CO N O) V O N .- . .- (D N N N N N N N t... N N .- CO (O O N O V O) V CD N• C) O7 N V CO N CO 0 7 CO V CO N O 0 N CO CO CO CO O 7 N M N CD O O 7 7 7 7 7 7 N N N N N N N CO M M CO M M CO V V V V NI- , , E M M M M M M co- co- M M M M M M M M CO- M M COCOM COM M M CO CO 0 N CO W N CO 0 CO 7 Cn 0 CD CO N CD V CO N NN O aO N CD CD 0 N M . NCO NN NN O N CNN 0,V 0D CONN col NCTN NAV N.CNN ON)CO CNnCO CNnW OOO_ O ON OMM M VM OM MN WMO CC7 E 0 1 CO N a _ V M N CO N CO W V C) 00 N CO CD O) 7 7 7 CO V O N V N N V N 0 co CD Cn N CO CD N M CO N V CO V CO N W CD 0 7 7 CO M N (D N NNN MNMVVCDryN6Q ) O CO O O O O N N O O O O O N O O O Ti C CO U T V N CO C °� Q L co Q Q r U U N N N O E CC (, (D CO Z a a 00 O O O O O O O O O O O O 0 O O O O O O O O O O O O 0 0 0 0 0 0 0 0 0 0 O O 0 0 0 0 O 0 O O 0 0 0 0 0 0 O N O N O CO O CO O CO O CO O CO O CO O CO O N O V) OCDOCDO (O O co O N CO N 0 N CO N ON LON- O N CO N O N CO N O N CO N 0 NO aM CO co co V V V V Li.) N N CO CD CO O CO N N N N co co CID CD O) 0) 0) N ❑ E. M M M M M C) M M M M M M M M M M co- co- M co- M M M M M M M 01 0 C .. — `. 0 (a i0. ) O c T O O 0 :: 'm m y 3 rn C.) ON 0 3 ❑ CO C • • I00 I. V .- 0) CO N- V 1- CO CO COC (0 C) ) (0 C O O N 00 N- CO 9 J N C) CO N. 0 V CO N O CO CO CO a- CO CO N f0 O) CO (0 CO O) O a 0) O Co CO N V) V) N N N V) V V V V M M N N O O C) M f- r O D co 6 1- C) CO In r a) CO V) r 6) co V) r O) co V co co O N Myi N N N N N COCOCOM COV V V V V N 0 V V) N CO O CO (O COr 1` 3 =V N n O Wt9 o gi. o O) N CO n M CO n N N- N CO O) V) 00 CO N CO N- CO O) NCO CO N co 4 d N. O CO V) N N O .- V) O) N V — coM .— V 6 CO N. O1 OO 0) CO 0 M CO Q_ U 6 6 6 O O O O O O O O O O O O N N M . O O d 6 , O O 0 Z C U V V Q rn 2 m z 0 0 0 o O O w 0 0 a 0 - = Y v 4 CO N C() 00 V) V h N r M CO N V) CO O O O V) N V 00 N O) O M N N 0 Z O V O CD CO CO N- N CO O M V M m r CO V) O N- O O) = ''‘C N N N N CO CO V V) CO I,- N. n (0 0 V CO N N V CO O) N V) 1- C) O O C) O O 0 cor CC r C r r r r r COr CC C) C) n r r r r COr CC Cd 0C) c i Oi ry Y O I` OD O) O N CO V V1 CO coN- CO M O N CO V V) (O N- CO T O CC N (�`to r- r� j CO 0 V) V) N N CO co co (O CO co CO O N co r r 1` r 1` r r r r 1` O CO W _ V© E 2 q N N N N N N N N N N N N N N N N N N N N N N N N N N N N '� CO 7 N. 1- ti N. N- N- r r r r r N. N. N- N- N- N. r N- 1- I,- N. r N- r N- n 5 coTD co H 2 W "' CO CO V) N CO 0) V O) CC CO V) _ M r N CO (O CO CO O) 03 N V) CO N- N. 0) N N N- 00 CO Q) V) N N- O CO O N V O) O CO O CO h V) CO 0) N. CO V N 0 CO, (O V) N CC CO CO CO N O N. M O (O d CO 6 M O r V N O CO CC V 6 N- V) N O N V CC V) CC N ✓ .a O CO O N V 0 r O CO V CO 00 O CO In N. M O N V N r O) O N V C O C N CO (O (O CO (0 CO 1` I.- I,- N. r CO CO CO CO 00 CO O) O) C) O O) O) 0 O 0 E ".F. Lg O O O O O O O O O O O O 0 ....O O O O O O O O O O O y co co co co co co co co co co co co co co co co co co co co co co co co co co co d c =- rn a) a, a) m a) a) a) a) a) m a) C) rn O O a) o) a) m a) m a) a) a) o) o) re z Un V) N V) N V) V) V) V) u) V) N V) N CO V) V) 6 V) V) UO N V) N V) N V) a, C O CO O C 2 C) N C C C) V V 6 6 V V N V N NI N O O) O N CO C') O V 11 CO N- N M W O N CO V) C 114-: � � 7� V V N N. N CO V O (O N CO M O V O N (O 0 O V d) UO r d) CO V N Q) (D MCO Un c0 CO r CC 00 a) m O O N N N C) CO r N- CC O) O , m U % O) O 7 N CO V N CO N- CO O) N CO V CO CO N. CO O O N CO V V) O U yd' T N Un CO CO CO CO CO CO CO CO CO CO N 1� ,...h :N N N- r N N CO CO CO CO CO CO CO TO it Ce d L CC .O J 2 Z CO0 W t 0 _ N V CO O O O N V CO O O CO V) O N Vu)I,- ) Cb V) CO r N V f1 O CO N N N N. N I,- CO CO M CO CO 1- O Cr) CO CO a) V CO N N co 0) c0 M N CO M ..- CO O C) CO Co :;M CC CO M O CO M O (O N W 6 N V CO n a) N N N N N CO CO CO CO M CO V 00 0 V V V CO 0 V V V) V) V1 V)03 CI N CO Lil N G. N co a• 0 (0 C LL N- a) CO V) O N. CO CD O V V 00 V) M .- 0) (O N .- N I,- CO CO CO CO N CD CO (` V) 00 N V) O) N CD O V) O N O CC OD O N V I- CC CO V N N. (O O V O M r N CC V) CC V O) M CC V 6 V a) V) O O ,— N d - N4 V) r CO 0 ,- N V V) 1 CO O N V V) N. CO O a- M V) CO co CA CO) ✓ V V V V V V V) VV)0 ) V) V) CO CO CO CO CO CO CO N N- N. N. N. N- N. CO 03 co- C) M M M M C) M coM M M co- coM M co M coM coc. M M M M M Q 7 N O) CO N O N. CO O O V V CO V) M CO CO CO N 1- CD M CO M V) O CO 1` V) CO N V) C) N CO 0 10 0 ^`V) 0 OD CO 0 N V N. (D OD V N N ,— (D O V (A M r N O CC) 0 V O) M CC V 6 V M V) O O n `F7N V ~ . r CC CC CO 0 V V V 6 V) V) V) co co co CO co co co co N- r r r W coCC coCC ^ E. M M M_ M_ M co- M M M M co- M M M co- co- M M M M M M M M M co- M 0.. (O co O V) 00 V O N N N CO CO UO CD CO V V N. O V N CO CO O CO O) a) O O N N N 7 O M CO 1,- N. CD CO N 0) CO (O CO O N CO M N N O O O O O O O O O N N N M M M M M M L 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 3 E , R a CO N a CO r N V) CO CO N N UO N a) O CO I,- CO N CO O V CO CO r CO V Q CO CO CO O 0) CO O O O O I,- CO CO CO V) O UO CO N V) CO N CO CO N N V JV V V 6 V V V) 6 V) V V V V V V V M N N N N N Q UO N V) V) V) V) N V) V) N U) V) V) V) V) CO UO N V) V) V) N V) UO V) V) V) CO U > V ^. N m C E m ‘=" • L co < Q L• 7 0 N N N O 2 m (O (O (O z Ci o O O O O O O O O O O O O O O O O O O O O O O O O O O O 000 00000 00000 00000 00000 0000 U¢ V) O N O V) O V) O N O V) O V) O UO O V) O V) O V) O UO O N O 6 I,- O N UO N- O N V) n O N V) N. O N V) N. O N V) r O N UO r O N 0. lA O O O O r- '— '— .— N N N N CO CO M co V V V V V) UO V) V) CD CO OO .0 �^.. M v TiV V V V V V V V V V V V V V V v V TiTiTiV V V V 0) 0 0 C 6 m ; co A .. aU O C T amm E ) m« dy . o6 ca m3 o (0 • . r x- O 0 N V N N. O O (O r- V 0 co V r- O O .- V N CO N N O 0 r. 0 N O N-- M O LO O O V CO x- 0 W V CO Nco CO 4 M N O 6 N- O CO V N O CO N- N V N O O N- (fl V N O O D ✓ CO CO O N V N N- 0M - 0 CO rO N V CO CO O co U) N- O N N'..' N- n N- CO CO CO CO 00 CO O) O O) O) O) 0 O O O O e- x- .- x- .- N N J Wa N a .- - - - - - - - - - - - - - N N N N N N N N N N N N N m N Ca O O Ce at > M (n WN CD V V M N V V N V 0 V N CO o N- CO 0 N- V V CO a d - 0 .- 0 V N CO c- O Cr N V O co co opO 0 O In N V CO CO N CO 0 - O O O O - O O O O O O O O - O O O O O O O o O O O z cg 0 Q 0 7 d Z Z 0 0 0 O O cc O O a N• N (O N x- N- O In CD CO V V CO CO VCO CO M N N- M CO O 00 CD c- c- Cr, 0 00 Z0 M N CO N CO M CD M O O M r- O CO N N M N- M M M VCO = = 3 Q CO LO CO r CO 00 CA Q) O 7 N CO V (D N- CO O CO In CO CO O M N N O O 0 0 0 0 0 0 CA 0 0 O O 6 O O O O O O N N N N N 0 CO V 0 CO r CO O O N CO V N CD N- 00 CO O O O O O O O 0.- O O O 0 0 (n c CO CO ro (O C0 0 C0 0 0 0 0 O O O O 0) 00000 _ _ _ _ _ ..--- @.) O N - C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ` O E y = N N N N N N N N N N N N N N N N N N N N N N N N N N N c s 7 r- N- N- N- N. N. N. N- r- N- N. r N- N- N- N- N-r` r` r` N- N- r` N- r` N- h. Y Y F- 2 �W co V co V O co O N- 0 M N- O 0 V N N N- V CO CO N CO O N N N N Cr O N N- 00 (D O 0 0 V CO CO O CO N N (O N Cr M N 0 N CO V O CC) O M _N- M (O (N <CO ,CO ::CO r CO V N- V O O N CO Cr O 4; cc; V W4 0 r� CCO N) O C) V O (O N6 V O CO N- N CO ei Oi 6 O '60 6 N- O O N V CO N- O O N M N _N- ".CO O M CO CD 0] O r N V N N- C O C O O O ,- .- = .-• = .- N N N N N N CO CO CO„ M CO CO CO V V V V V d tomco M co co co COCOCOCOM COMMCOM COMCOCOM M M M M M M o v 0 0 0 CO Cr, O m 0 rn O CT, 0 0) 0 0) (n 0 0 0 0 0 0 0 0 0 O 0 CD Z CO N N CO CO co- CO N CO CO CO LO Ln LC Ln Ln Cf) CO lO O') CO CO N N N 4') N C d O d •_ •d V N - L 0 N C _ O C U y 7 V V O O N VN- N- N- CO CON- V N N 0 O N V CO V V CO N 0 O .- ` e. R O O N CO N N6 M V N CO (D CO N- r (O O O O O O N N M V V CO o ww w coco(U 0 d CO O O N CO V CO CO N- CO O 0 7 N M V N N- OD O O N CO V CO U (u O o) 0 0 0 0 0 0 O CCOQQCC 0 0 0 0 0 _ _ _ _ _ 'e Z « cg J 2 Z CO 0 W7 O : 0 N M (O O I) N O U) (D N N- (D O CD M N OD N CON O O CO - d V I� O N CO V CO CO CD 0 M CO CO N N- N CO O CO CO O N 0 CO Q) C) V O r. M D) 6 r- N- M O 6 ‘- CO N6 C) O) Ni Cn Cn O 6CO r- O O N M CO CO 0 O .- M V CD CD O ,- N V CO N- CO O N M CO CO CO CO CC 0 0 CO 0 0 O CD n r n N r r- r CO CO CO CO CO CO O O O O O O O m z z _ 41, U, co c •..L O O N O M M O CO 03 O _ C) V 0, 000 CV e- x'- N O M CO O r- CO M N- O O O O O N M CO:: O N CO O 0 7 M V CO CO s- 00 Cr MN7OMNO NVON r 0 O O p O OM co 0) CON (DO ((NCO M COCM oo N co co co co co co O O O O O co O O O O O O ,- ,- ,- ,- ,- ,- N N N C N C) Ci (N Ci C) Ci r) C) C) C) C) C) v v v v v v v V v V v v v v v a O N O CONOCOM O W DO 0 CO V O O W O V N O M CO O N CO CO O O O O O N M CD O .?_N CD O CO (O V _ (O N co .1- 6 M O V O CD N 00 M O (D N N Y':: Or M O O M O CO M O 0 M6 0 co O ,- CO V CD N- O N Cr CO ,.1�.."0...0 N V CO N M O N CO CO N. CO O CO 00 O O O O O O O O O 000 N N N NINN CO a E M co- M M M M M co- V V V V V V V V V V V V V V V V V V V `FTy i. CO N- CO V CO CD 00 0 Cr CO N V O CO O CO O O CO CO x- N N N- 00 O V - O O O O CO V r- CO O O O Cr 0 CO CO r r N n CO O O M M M M M M M M M M M M M M V V V 7f, V V V V V V V V V L 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 7 E N d .9. co 'N a V M o co Cn co r V CO CO N V co M r V V O V M V O 0 J O O N- (D CO N N O O r- (D VN x- O r- CO co CO N 0 x- N N Cr Q O O O O O O O O O O O O 6c W 6 CO 6 6 W6 W 00 W CO N CO Ln In Ln CO CO CO V V V V V V V V V V V V V "Cr V V V V CO U N V U) co C O Q L Cn Q Q t -O 0 N N N O E CO 6 [O CO Z d d o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o O 0 0 0 0 0 0 0 0 0 o 00000 0 o 0 0 0 0 0 0 0 0 0 h O 6O666 O CO O CO O CO O CO O CO O CC) O CO O CO O N O N O co CON- O N CO N. O N CO r O N CO N- 0 N CO N- O N CO N. O N CO N. O a CO co r N N CO CO CO CO O 0 0 0 O O O 0 .- x- x- N N N N M CON Q 0 E V Cr. V V `Cr- 'Cr- Cr- V Cr- V V V V V CO CO N CO CO CO CO N CO N N CO CO O1 C• .. i m 3 00 0 0.V O C d (O� E• `O r 0 N N Z Of 0 d (n 0 N • • . co O N- M 0 CO CO CD 0 CO a— (D N O CO O CO CO CO N O CD LO LO M Q e O N N CO O N V 0 CO O CO N CO O V CO CO O N V N N- O) N— CO ('') N- V N O O N- N M O fO O V M (A N- N V N CO O N V M V eo ✓ O 00 O N CO N N- CO ,—,— CO Cr 0 CO O N M N N- CO M V CD CO O N N N N CO CO CO CO CO CO V V V V V N N In N 0 N CO CO CO O (O N- N- d 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 m 20 N 3 0 Q4OD 0) /r/� W N. N N- CO CO CO CO O N- CO CD CO V O 00 O V O) (O N Cr Cr, V N N O) V M V M O co .— co — V — N V O V .— CO CO CO N N— O CD (D V EL U O O O O O O O O O O O O O O O O O O O O O O O O O O 0 Z = U a O' 3 d Z Z 0 0 o O O ce 0 0 �.d d O 7 Y V V N NlQ CO CO N- CO N CO N 00 O co O co UO N. O) N co N N co V CO O) (O 0 CD N Z V 0 V CO 0 0) CO N CO V CO N CO V CO CO V CO 0 CO N. N- (O O) N N- CO 7 Q 0 N V u) N. N. CO O) CO 0 N CO V N CO N- W O) CO CO CO CD O 0 0 0O 0 U ( CO CO CO CO CO CO CO CO CO V4 V V V V V V V V V V V V V 4) 6 CD NY N M V N CO N- CO O 0 N CO Cr N CO N- CO O 0 s— N CO Cr CO CO N- c> cij N C N N N N N N N N N N M M M M M CO M M N d E co 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 H 2 • 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. • CO co 0W 0 N- 0 a— N- CO CO N N V 0 CO CO U) CO CO V N N 00 N N N- V 0) V O co 0 co a— lO (O O a— V OD co O CO CD N CD CO N Cn 00 a— V O CO V (D N CO V O co O Ln O co co N CO ::CO CO CO CO CO O V O co O (n co d O O N, N CO V O 6 O (O h N CO M O V O N s— CO N N M O V U LO) O O N6 co to W O co V CO N- C) 0 N co CO N- co O co V O N- O C O C r. V (n N N N N N (D co CO (0 O O N :n N- N- N- r r CO CO CO 00 CO OD O d d t+ ` M CO CO CO CO CO M CO co co co co co co co co co co co co co M co co M co co cc Z O O O O CO O O O O O O O O O O O CO O CO O CO O O O O O O N co- N N Ln N O N cri. N N 6 CO N N N (O (O N N N N (O N (O N 6- c d p C R d d U N O C C ` 7 co M O CO N CO CO O O V OD V 0 N. N CO 00 0 0 N. N (O V N N N ` U N— CO V O CO — CO — CO N Ns. N CO V CO (f) 0 N a— CO 0 N CO V CO V O 4 U . CO O O N- ao CA O O O O N N M M V C() (O O co N- N- N- (O (O C) O O w d C) N co N- co 0) 0 N V N CO N. OD O 0 N CO `Cr N CO N. CO Cr) 0 N CO T.V d w a' _ NNNNN N N N N :(O -CO M M M M M M M M V .4" ,t V r p 0 0 7 (a W v J 2 z m o t O (O (O N- CO CO N (O (0 00 Ln N- N CO N M Cn O CO N CO N N. N CO a V N. O N N N- 0 N V CO O V 0 O CO l0 N. O N V (0 O V CO a) N N- Ci cc; Ci OO Ni O V O V O (I7 O N co O N- N N- N N Ci e0 N V Ln N- CO 0 M V CO COO N V (O N- CO 0 M V (D N- 0) 0 0 0 0 0 0 O _ N N N N N N M M M CO M M M V Q. >N N N N N N N N N N N N N N N N N N N N N N N N N N N mZ• g vri ,, (0 C u_ N N- CO a— CD V CO V CO O O N. M N. N CO CO CO CO 0 CO 00 N CO N. N- 0 (O M CO (O V N O CO CO V N::0 :..N- CO M s— O CO CO V CO s— O N- CO O) M C i CO M O (O M6 N- M O N- V O N- V W V (O CC) N Oi 1.6 N O01 (O CO CO 0 s— CO (O N- CO 0 N CO (O N- CO 0 N M N N- CO 0 N M N N- 00 T N N N CO CO CO CO CO CO Cr V V Cr `Cr V (O N N (O (O N (D CO (D (0 (0 (O C y113 v v v v c v v v v V V V v v V c v v v v v v v v v v v Q_ O N N N. 00 CD V M V CO O O N. M N. -N M (D CO O 0 M CO N N N. N. 0 CD CO _ CO CD V N O W CD V N O) N- N co co co CO Al' CO O N. CO M O (O M O O M O N- M O N- V :-0 :N- V CO V W N N O CO N O N M N N. CO 0 N Cl. N N- O 0 N V (O N- O 0 N V N N. O 0 N Cr N CO M CO M CO V Cr Cr V V V (O (O U) N N (O CD CD (D CO (D (O N. N- N. N. V V V Sr- V V V V V V V V V Cr- V V V V V Ni V V V V V V V CI ir 3 - O M M O 0 e-- M N N N. CO CO 0 N Cl. N 0) 0 N N- N 00 CO N N. O O 00 CD N- (O (O (D (O (O (O (D (O CO N- N- N- N- CO (D )C) V 'Cl. V V N In CO L V V MV V V MV V CV V V V V CV V CV V V V V V V V CV CV V V V S N N a m a O) N N O N- O 0 (O N- O CO CO 00 N N CO O CO N N- CD M 0 CO Q M 0 O CO CO N. N- O CO N. CO O O CO CO IN N- CD 00 N CO CO (D CO N- CO J CO OO 6 N- N- N- N- N- N• N- N- N- N- N N- N- N- N- N- N- N- N- N- N- N- N- N- Q V V V V V V V V V V V V V V V V V V V V V V V V V V V C6 U N U r. CD CUE 0 O Q t (n Q Q t -O C N N N O 2 co (b (O (O Z 0 O oO O O O O O O o0 O o o O 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a U) O (O O N O CO O N O N O N O N O CO O N O N O N O N O N co N CO N- 0 N CO N- 0 N N N. 0 N CO N- 0 N N N- 0 N U) N 0 N N N- QM CO CO V V V 'Cr CO U) CO N CO CD (O CO N N- N- N- CO CO CO CO O O O O00 CV 0 N N CO CO N N N (O N N N u) N u) N N (O N CO N N Ln (O (O N N Ln ch C .. v (O 0 0. U . d 0) d 0 E p ai - — '� Z N m m u a` co330" en N • • ( LO N --. s- N M i0 CO .- I). CO V 1- N O M O a- Cr) 1---- I- N co 5�-7/ co (O N 6> CO ..0 r.- Cr, CO 1.-- M O CO c0 C N a- N 0 O N CD (3) 00 "� C) I- Ln M0 co co V N 6 U) I- U) V M N O)O O n O 0 U) V M U) 1- O) M V co CO O N M U) N- CO M U) 1- O) O N V CO CO O N t:�j 1- i- I- 1- co CO co co CO O) O) O) CO O O O O 0 0 0 a- C s- - .- N N C3 W a d ^. N N N N N N N N N N N N N N N M M M co"- co- co- co- co- M co-- M M m N fn N Oo V O CO (O N V M V O V V N (O 1- Cr, CO 00 0 N N Cn N O 1- C) CO N 1- CO (O (O 1- I- CO M 0) U) CO r N (O V O) O) V O) 1- N r CD M O N U '- O O C] O O O O O O N O O O O CJ N N O O O O O 0 Z x U sr s Q to s) I;Z Z a c o O O Q) D N N N N OD N- N. CO V N CO N. N N M N N O U) N 1- co co 0) 0) N U) 00 O) CO Ler— U) CO N U) V CO 1- CO V0 CO CO CO N N U) M U) O N O 0) O O O) 7 7 7 Q N M U) 1- O M N. (D 1- V N O O) 0 CO O CO Ns O (0 0) N O 0 O 0 0 U) C0 0 Cn (fl (O (O (O I- 1- 00 CO O) O N N M V U) r CD O) N M U) N 0 CO O) O N M V (O (O 1- CO CO O N M V C0 O U) M CD O U) M V U) CO n n E U) C M M V V V V V V V V V V N N U1 N U) U) U) U) U) (O O co O co co -.- @© Es O E ct a CO N N N N N N N N N N N N N N N N N N N N N N N N N N N C a 1- 1- N- f` 1` 1- r N r 1` N- r r N- 1- N- 1- 1- 1- N- 1- N 1- 1- N CO Y H UJ O co CO M N V O) CO U) CO V O N N CO N. 1- N O CO V N O NLO OLO O Cr 1- O V N. ON V O O) N N M 0 COC (O s- O M 0 CO - U) co N C O UO O D I- N - N O M @ O O O - N OV ON ' 1- M O 'O0) N VV) N- Cb O M V0 N- M O N VV) N- N O M V CD W CO C O C O) M. O) 0 0) 01 O C) 0 O O O O s- .- .- • N (NN N N N N M E L Z C N NNNNN "NN N N N NNNNN NNNNN y N CD 2 O 0 co co co co co co co co co co co co co co co co co co co co co co co co co co co W O) CO CO CO CD (n CD CO 0) 0) O) O) 0) O) O) 0-, CD O) O) CA O) O) O) O) O) O) Q. Z U) U) N U) N U) N N C0 U) U) U) N U) U) U) U) U) N U) N N N U) U) U) U) O C u C dNU ..12, 'O U U t P. N M n CO CO CD CO O O UU0 UCO N 0) O - 0 V N O O I- N - 4 Uw E V O) V O 1- V N CO CO CO CO O N N CO N r CO N 0) 1- (0 VM O O N N M V U 0 O - U) O N M UO O ON V O O O N O da) U N Uco 1- CO W O N M V U 0 CO 0 O N M V U) - M Cr) O M V U (N w V V Cr V V U) N U) N U) U) U) N...:..Cl)..._CD CO CO (O (D O O O O 1- 1- i- 1- U • 0> 0 O 7 C0 ui 7 J R Z (n D t O U) O) N (O CO CO (O (O 0) O) U) O CO CO CO O O Vr O O N O) CO O O N Q I- r CO CO CO CO W 1- O N N O N- O M (O Cr, O N V I- s- N O CO s- CO () M CO M OO M CO M OO M CO M 00 ( Oi V CO V O U) O U) O N 1` M fO N M U) CO OC) CO N V N N- CO O M V (O CO 0) N V N N- 00 O a- V- V V Cr V V C0 U) U) N U) (O CO CO CO 0 (O CD CD 1- N- N- 1- I- N- 03 00 N- IL N co 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 44.44, CCI Z ( 4. (0 C a, •..LCD co CO C0 N O CO V M CO N 0 CO CO CO N O M U) U) CO CO M coU) U) Ni- M N O O N. 0 V O W01"..eF.,{i..T'I co (O a) O) (O N CO N O (O M O 1- V CO V OO N N CCI 7 O 1- M O) U) N CO M O) U) O O N O N V U) N. CO O N V N 1- CD O N V U) N. 00 O N CO U) CO CO O M 0) 1- 1- N 1- t` r W CO CO CO CO 00 CD Cn CA 0) W CD O 0 0 0 0 0 y V V V V V V V V V V V V V -V V V V V U) N (O N N N U) U) U) a CI tr) v • O CO co co U) N O 00 V M CO LO U) M Cr, 00 N O M U) U) CO CO M U) N V M N O 0) N CO V O V 1- `!W CO (O O) Cr, (O N CO U) O (+) CJ 1- V CO V N. CO U) Ni co CD C•) CA U) N6 M O) U) O 0 N 1- O) .- N V (O 1- CO N V CO I- C) 0 N V N 1- Cn O N M CO N- CO 0 N. 1- CO CO CO (O CO CO 0 CO O O CO O) 0 0 0 0 0 O N V V V V V V V V V V V V V V U) U) U) N 6 U) (0 to- 1. ..6 N N N 0 CD CO O) CO N. (O (D 0 CO 1- CO N O) O) U) M I- M CO CO V 0 CO O 0 N V0 CO O N N M M V CO O _ _) O N CO V V V M V U) U) N (O U) U) (O (O (O CD (D (D (D (D (O O 1- 1- 1- 1- 1- n n 1- 1- r .0 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 7 E , N ° 0 =° m •N a N CO co O) M Cl N 0 CO O CO V N M 00 1- N V U) W CO N 0) N V V Q N Cl V U) CO U) U) Cr N. O U) N U) (0 CO N V U) N V O V co co CO J I- I- 1- 1- (- 1- 1- I- 1- I- CO CO O) O) O) O) O) m O) O) O . Q V V V V V Cr V V V V V V V V V V V V V V N U) U) U) U) U) U) R U N O N O CO C `� Q L ,- Q Q -t V O N N N O 2 m CO N (O z a a O O O O O O O 0 0 0 0 O O O O O 0 O O O O 0 O O O 0 O 00 00000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000 O U) O U) O N O U) O U) O N O U) O U) O N O U) O N O N O U) O (.) 0 N U) 1- 0 N U) 1- 0 N U) 1- O N U) 1- 0 N U) 1- 0 N (O 1- O N LO a O O O O 1- .-- ' N N N N M M M CO V V V V U) N (0 U) (0 0 CD Co N -0 0E (0 0 co co c0 co- co- (o (o (o (o U) (o co- co- co ro co co (o (o (o (o co- co 0 c .. 2 m N U0. g O C >. E Q e0, d d H) Z cz U n. In G N Q • 0 . a) 0 .- N (D CO 0) 0) U) 0 0 (O 0 CO CO CD 01 (D .- Q) CO 0 0 U) CO CO U) h CO 6) O .- N N — — O) N (D N Q) CO N N CO O r03 • M N N O W OD N- C- co N 7 M N O M f- O 7 M N O T (O (O 7 (O co 0 N 7 in n W co U) Ns 6) co 7 (D OD O N 7 CO (O a) co C N N N M M CO CO M co 7 7 7 7 7 U) co )D co N co co co co co co N- N g ) M M M M C) M M M M M M M M M M M co- M M M co- M M M M M M m =o (n (n '2' o Wat o O co CO O (P CD N 0 0 O (D M M In U) N- CO 0 N IN co cococOa 7 co )D M 7 .- N CD CO CO M U) O CO U) N N M CD N M N- O CO Cr, CO 7 U O O O O O O — O O O O O .-- O O O O r O r O O .- O O r , 0 z E U sr sr Q Z Z o mp c' o a CD a m m Y N N O W N M CO N 0 CO CO IN M 0 00 CO CD OD CO O (O O U) N N 0 U) (D .- 7 N 3 3 Q (OD O co co7a) N U) CCO OD CO ,- 7 (OD a1 M CO CO CD 0 CO 7 IN Q) N M 7 r O co a) O O 3 (V O O 0 O CO W O N M 7 N ND (D (A O N N 7 Cn CD CD N O N M 7 CD r O CD Y IN CO O N— N CO 7 N CO IN CO 0 CO 7 (D CD N. co 0 C) N CO 7 N C) pp1^^\\ ? (D C (D (O (O N- r N- N- N. n N- N- co 00 co co 00 00 co co N W a) 01 O cn O) O) .- :--- vv a) Et 0) M N N N N N N N N N N N N N N N N N N N N N N N N N N N 5TD Y Y H 2 W "' N M 7 N CO C) V a) N CM N N 0D CO07 N CD 7 COa) CD IN CO CO CO CO O N (CO CO) N- 0 N O IN M O (D N CO M CO N (D D) N 7 (D (.O N- 00 N- (D N CO GI O) 7 O Co N OD M (A N O co N- N N M W 7 6 7 m 7 O 7 m 7 Q) 1 t7 .0 co N 7 CD IN O) 0 N M N N� CO 0 CO 7 (D N- CT O N M (II.) CD CO m N c O c co CO M M CO 7 7 7 7 7 7 U) V) N 41) CD U) Ln (D (O (O (O (O (O O r n 4' w t � 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 CC N t+ (0 CO CO CO co co co co M co co co co co co co co co co co co co co co co co co co re Z W 0) a) a) a) O O a 6) O) O) a) a) a) a) cin C) W ) a) a) O) a) a) a) a) a) a) a) U) C(') u7 N N (D N U) N (D U) vi. U) (D N N U) N U) (D (D 6 (D co- (D cD (D d c O R • V N 'Es O) aU c 0) O D 7 M 0 CD m N N CO N CO O O _ CO CO 7 7 CO CO N-c c L U d) r UM W CD M r W UN CO N N O IN 7 r- CO 7 O CD CO O CO N- Z 4 w /LT: d NN MuN. C) N 7 co OD OCO 7 M D m CO N O O O M D co D (D co IN CO 0 N M 7 (D IN CO a) 0 .- N 7 (D (D N. CO 0 N CO 7 U) U a) 4- re N IN IN N 00 CO CO CO CO CO CO CO CO-:.,m -CO CD m CD W 61 0) O O O O O O R L d d ^. c- o- .- .- .- .- .-. r 1- A- A- .. c- A- r- .- 1- A- ..- N N N N N N p >• > - O 7 N LLI v J F 2 Z M 0 t O M CO 0 7 IN CO CD N. r IN N IN CO N 0 7 (D CO N CD CO 0) m N OD 0 0 Q. N (D O) CO IN O CO CO CD CO (D O (D (D U) 7 N O IN 7 O N N. (1) 7 O) N O 6 �_ O N N- N N- M O C) c0 M CO M N CO a N N� N OO r- U) CC co 7 co CD W N 7 (D N- CO 0 .- CO 7 OD IN a) 0 N CO (D O CO a) .- N CO CO CO CO CO O) a) a) (r a) CT O O O O O O O N N CL >Nn ^ N N N N N N N N N N N M M co; M C) 06 M 05. O' M M C') M M M M n 0) CO ,......... C CD CO (D O N N (D (D (D 0 CO IN N CO CO 7 7 0 7 CD CO 7 0 CO CO CD CD N. 7 CO OD 7 N 0 0 CA 61 0 N 7 O a) N CD O N IN CO a) 7 N- (') C) 7 6 co N OD 7 O U) OD 7 O O N O cc; OD 7 N 7 O r 7 CD N- C) N 7 (D N- a) 0 N M (D IN CO 0 M CD O OD 0 .- CO (D (O a) H N N N N N N CO M M CO M CO 7 7 7 7 7 7 (D (D CD (D Ln (A Q N N LD CD (D (D N CD (D (D (D Ln CD U) CC) N N CD CO U) N U) (D N CD CD CD C co CD co CD O CD N CD (D CO O CO N- N co aD 7 7 O 7 co co 7 O OD CO CD N IN 7 CO OD 7 N O O 61 6) O N 7 (D O N CO CD N IN CO O) 'O- N: N M 6) 7 O co N CD 7 O CD OO 7 O CD N OD 6 CO 7 N� 7 O N- • M 7 CD CO 6) ,— N 7 (O N- CD O N 7 N N- CO O N M U) N,- CO O NCO N N N N N N CO M M M M M 7 7 7 7 7 7 CD N U) U) U) U) CO cD CD _ U) U) lD U) U) U) U) U) V) U) lD U) N U) i.6 N CD co" U) N N U) U) C(") U) co- U) N 7 CO O CO CO CD 0 7 7 CD CO O O) CD 7 CO CO CO IN (D N O CO N OD CO N N CO CO M 7 U) 7 7 U) 7 N IN CO O O N N 7 N a) CO (D r r N- r N- r N- N CN N- N- N- Cr- Cl,- r CD (D CD CD CD CD OD OD CD Oi 6i L C-'' M M M M M M M M M M M M M M M M M M M M M M M M 3 2 N a =° co 'N a 7 OIr-- O co OD CO M O) 6) CO CO 7 M N CD N- CD N 0 r Cr, 7 CO O a) 7 _ N 6) O CO CO U) 7 7 N N O) CO IN (D U) N S— OD r N 7 7 CO CD CO Q O O O O O O O O O 6) a) W W 6) 6) a) CD CO CO W W W co CD U) U) N CD U) u) N CD N V) N N 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 (0 U T O N m C (D E a) ¢ _co (n as L• O 0 N N N O 2 a OO (O N z a a OO O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O h N O CD O U) O CD O U) O CD O U) O U) O V) O N O N O U) O CD O 6 M NN O N U) N. O N N N- O N N N- O N N I- O N U) N- O N U) N- ON a (O CO CO CO CO M W 61 CD O O O O .- S- N N N N CO CO OD DI EO (D CD (O cc (0 (D CD CO CO co- CD (O r r N— n N- r N— r N- r n N- N- r 43E . . .„ C V C Of CC O E o d d 'w Z N cia m3 3 o in N • • -ilk 0 (0 CO N- W N. CO U!) CO V) N ro V CO N 0) 0) 1- N a0 ✓ N x- O CD U V CO C) CO V N CD 0) N N CA N N CO N (O O V 1- CO N 4 M N O O cc; N (0 6 V M N O O O m fO N m m CO N V M M D N I,- CO ..- M Cr CO CO O N V (0 CO O N V CO N- 0) x- M N t- CO M U) �y/��C r N N CO CO CO CO 0) CO CD O O O O O O O O ,- ,- ,- .- N N N m W d M M M CO- M co- M M M co- M M M V V V V V V V V V V V V =g `� � 0 Qt j o 4) Wm O V W u-, 00 O 0) I- r CO O CO CO r N N- N N M N V O d ti O V N CO V N V O M x- O V O) CO M V CO V N N (D M O M CO N U O O O O ,- O c- O — — O O O O O O O O O O O O 0 z = 0 Q Z Z 21 0 O 0 0 O O cc O 0 a 0 0 7 Y N CNQ O OD Cr) O CO N- N (D (O _ N N N V CO CO CO OO N- V0 (D CO (0 N CO V O) M CO O 0) CO N CO N VCO M CO CO 0) r M (D O 0) 7 7 7 Q N N 0) CO V O N CO CO N V V (0 N- O CO N- x- V 03 x- C!) CO N CO m O O O O 0 C) V D O M V O D O N V (O r M D CO CN n O N V N O O Y O CO O) O C) (N V CO CD I,- CO 0) x- N M V (fN- 00 CO O N M V (O N- 00 O ECO O O O O O O O O O 0 O x- x- s- x- 1- x- x- N N N N N N N N O r 7 ct C 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 E N = N N N N N N N N N N N N- I N N. n N N N N- N N- N- N I n N W `. N r (` N- N- CD V CO O 0) N V CO CO 1� V r O) CO N 0) CD CO c- I,- V CO CO N (O O O N Cr N CD CO CO N V O CO N- N V r N N- 0) N O) CO CO CO O CT O O CO N CO (O CO CO N V V V co :.::N `- 0 O CO CO N N r N- CO N V 0) M CD M 0) M W M N M co co O M O M W N N. N N N N N N N •• LON- CO O ,- co V (O N O) O N : M •(O CD COO x- DI V N N 0D O c- 0) C •1:1 C N N- I` N- CO CO CO CO CO CO CO 03 0) O) CO O) 0) O) 0 0 0 O 0 0 2L ;C = N N N N N N N N N N N N N.:."'DI N N N N COM M M M M M M M 4.2 0 t+ 7 M M M M M co co co co co co co co M co co co co co co co M co co co co co o — co a) O O C) m co a, D) co m m O O a, 0) 0 0 O O O O a) O O 0) O rZ N N N 4) N N N CO (O (O N N (O N N N N (D N N N N N CO V) CO (O N O C is d 2 d V 10 0 C iTs U 3 V V CO N 0) CO N N N Cr CD 0) V' ... 60 CO co m r N(O CO V co V O CO O N V V V0 CD CO V CO V O CO co M O N- N M O (D V O i N w Ti CJ N6 N m M CO r 6) N V (D O) N V N O M N CO V n O N N o N w K (.) W N co CO O CO V CO (O N Cr) O N V CO CO CO O O CO V CO CO CD O ✓ 000 x- x- x- a- a- a- = DIN N N N N N N M M M M M M M M - CZ W L y ,OO N N N N N N N N N N N N N (V N N N N N N N N N N N N N W J 2 Z (n O 3 O O O V I-- N (O N- 00 N N V O `CrCO (O CD M CO (D N- N CO O r r r a •- N N CO CO O N ' N CO O CO N r CO O V O CO x- N co O (O — r V (I) O V O C) W N I` N (D O O (f) <) V O M O N 1- CD O 6 6 V O ct V N CD CO O N Cr N N CO O N Cr LO N OO O CO V CO N- O O N N N N N CO CO CO C) CO M V Cr V V Cr V V N N (O N O N N CD (D a >, y t^. COCO- M M M 00 M M M M CO. M M C M M M M co- co- M co" co- co- M co- M COZ v M coU) ggIstor C _ •L co V V0 Cr) CO N CO CO N M N r CO N CO O CO CO n N VCO (D N CO N LO CO O V CO N- V LO r CO 03 ;;..03:;..r CO Cr N O r N CO O N N CO x- M O (0 N O (O CD V O CO N CO V O (D N CO M O (O n: N O V O CO O co V co 00 O N— co V O I` O U) N V CO t0 co O N CO N CO CA O N N CO (0 CO CD CD CO (.D r I,- N- I` 1` CO CO CO CO CO 00 O CO CO CO O O O CO °3 (O CO N N N N N co- N (O CO U) O N N CO (O (O N CO CO N (O N N O O- M cg a CO V V O O (D (O CO O N CO h N 00 N CO O CO 03 1� N Cr O CO N CO N (O CO O 7 CO. V N I` CO CO CO =N (O V N O I` (O CO O r N CO x- 0) O (O N O N O V O CD N co V 0 (O N IX) M O CO N N 6 V O CO N W O CO (O m CO O x- CO Cr CO CO O N V CO r O O N M Cn r-- CO CO CD CO n r N I` N N 03 CO CO CO CO CO CO O O O O CO CO O O O O O ^t,C N N CO co- co- N 6 (O N6' N O Cn co- N N CO CO (O co- Cn co- co- co- co" CO O co CD co I,- (O N N- CO CO V N 00 (O O O CD O V O N (O O 00 CO Cr) CO CO N V CO N CO O O N O CO N CO CO N N N N O O O O O 'i:' O O O O O O O O O ` V . M M M M M M M M M M M V V V V V V V V V V V V V V 3 E N .°... 0 .5, Qon .N a CO O CO N- V V (DCO CO N N CO U) O In N M N CO CO V N CO O J0 N CO `Cr N O � Cl. V CO CO O e- M CO N CO O CO CO CO O O CO O CO CO Q 0) O CT O D O 0) O 0) O O O O O O O O O O O O O , O O O O V V V V V Cr V V V V V V O (O (O N CO (O CO N N N CO CO CO N CO CO O N V N m C Q L u) Q Q ▪ -O m N N N O 2 CO Cp (O (O Z R O O O O O O O O O O O O O O O O O O O O O O O O O O O 000 O O O O O 00000 00000 00000 0000 < O CO O N O CO O N O N O (O O CO O 6 O Cn O (O O Ln O (O O N O Ch CO t` O N (O N O N CO N O N CO I,- O N (O N O N CO N- O N CO N O a CO CO V V V V N N N CO CO (D CD (O N n N CO CO 00 CO O Cr) O O O N O n n N r r n r N- 1- (` r n r r r r I` r r r r r r r n N- W C y z yO 0 R• u. O T E dy• O r d ... ^O CO) ✓ O. ( O Cl) Q • • . 0 co ,- CD O CA O V N CO CO CO O M M1 h N IN co O IN U) 0 O V O I. O N O co V I` O) N V 0 I"- CO O O O N N CO V V V Vco N O 0) U) ad N- (O 6 6 V M Ni O ()i O) U) r- O U) V M N O a N- 0) ,- M V CO CO O N V (O CO O N V CO 1� O) M L() 1- C) M U) N- ^ O N N CO CO CO CO CO V V V V V N n N N N O co co co co co 1- h N.- ) W N CV V V V V V V V V V V V V V Ni V V V O V V V V V V V 'Cr- CO O �LL co co CO O N N IN V M M O U) N CO O N IN O M V O CO C) IN IN V O M U) a a N N V V V UV OVCO N ) V 0 ) N (O CO CO(O N CO(O (O ,- O .- coc0 U O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 Z E 0 Q 01 N U Z Z 0o o d O• 0 Y v 00 N N CU to O O COCO O V U) 0)( 0 CP N 00 '- CO W U) COIN U) 00 C) CO N O _ 3 O r CO O CO M O N- V O N V M CO O N CO M CO I- O N O O O Q V n 0)O M (D O V r N CO V (D to M U) NW O M V U) CO O O 0 L I- Q) " M O 6 " M U) 6 O N Ln N 0) V O W O N C) r O) M CC) NY O ,- M V U) cO CO m O M V U) O r CO O N V U) O IN O O N O O E N 6) M M co co M M M M V V V V V V V V co U) Lo U) N U) N U) co co co IN rp` = C (L' N N N NiN N N N N N N N N N N N N N N N N N N N N N N _ @© O E y (O N NNNNN NNNNN N N N N N N N N N N NNNNN N W N- N- r N- r r r r I- r r N- N. N- I` N- N- N.. r r r r N- r IN N- N CO Y F 2 LA O V V N U) O (O 00 CO 00 O) U) r V M O N V O r IN V CO O U) CO V IN N N IN r U) CC V U) Ln N (C) (O CO U) CO O CA CA CO O U) N CO I- CO O (O 0 V M N O Cr, IN U) CO CO U) N O (O CO CA 0 V ,- 0> IN V x- 00 0) IN: N N- N r N N- O CO N O :U) O V O M O M O N r N r O 'O O) V O N- 6) O N co U) co O 0 N V U) (O CO O N V U) IN N O '- CO C 0r r c- c- N N N N N N N CO M M M M M M V V V V V V U) U) U) P. _C L g M M M M M M M M M M M M ") M "'M M cocoM M M M M M M M M N N t+ ) M M co co co co co co co co co M co co co co co co co co co co co co co co co cc Z a> 0 0 0 C 0 0) 0 0) 0) C) o) 0) Cr, 0) Cr, 0, o) 0) 0) C) C) C) Cr, 0 C) CO U) U) U) U) N N U) U) N U) co- co- "co- co- co- N co- co- U) U) co- N U) co- co- co- co - c N O s+ 0) :L- C V W O O 'a CUy 3 N co co M O LO O O O CO O N V O O O CO UUV CO Cr, V O N ✓ co co N O r N M ^ M IN V N CO CO N CO Ur 1N CO A V O U) c- O O . C d CI Nd ^ OM CO NM r N O N COM V U) N- O) N V O N. Q) V 0co O N M () CD dQ' T IO NI- V V V V V U0 UUU0 U ) ( CO CD CO CO CO IN n Q- d 7. t d ,p 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 >>pQ o r Z r _OJ F- 2 z to 3 Ili c W r 0 N O M I- O U) N CO N (O (O M r V N O CA V N O N M O .- C)- Q. O (O ,- t` N IN N IN .- O O V CO ‘- co co .- V r ,- U) Q) co r V co (v V (C C) N- N O U) 6 V (A M N:'CU (O 6 U) O) M OD N (D " N O V W CL co V O N- CA O N M U) O r CA O N M U) (O N- CA O N M U) O 00CP O co O c0 O CO r r N N- N N n coO O O CO O c0 CA CA 66060 O O. a)N M M M M M M co- M M co- M co- co- co- M M co- co- co- co- co- co- M co- M co- V CO z 0„ D (I) (0 c_ u' ON) N. CO V M O O) I. CO U) N U) N IN O Cr, O' N CO V CO IN CO Cn M M N 4 M O N CO N O V O (O N W V O M m UM A O CO ^ co 0 co N. cN V U) - Cn N N N CO O co M Ua) CCA CO U O 0 0 0 0 0 - r r r r r N N N N N N co co M co co CO CO V V CbN CO Co- CO- CO O (O (O O O 0 OOC ( (ON ( OC (ON (O (O (O ( O (N C EC 0 co N CO N IN N N- V CA 03 Cr, CO IN N N O C) V 00 0) O CO CO N CO CA r (0 V M rO C) IN O UU0 CO IN CO O rN M V CO- IN CO CO r CO N IN: M O) N O N O V O O N 0 V O N- M W U N- C) CA 6 N co O .- coV CO00 0) N V O IN Cr, O N V U) IN 00 O N CO N O CO O O _ N N N N N N M M M M M CO V V V V V V O ^ - cO (O (O co- (D (O (O (O (O (O (O (O CO co- co- (O (O (O co- co- co- co- co- co- CO CO (O CO N CO CO O O O) U) O V N A- N N- 0) IN N 0) IN CA CO U) CO C O7. 7M V N V U) U) U) U) O U) V V V co. co. (N7 7 O O 7 O) L V -44- 4- 44- 4- 4- 4 -4- 4 4- 4- 44 -4- 44- 4- 4- 4- V V V V V V 7 E , N ° o_ co •N Q C7 r Cn U) CO CA V V V N CO M V 0) [O O V V O IN O N (O O O O N. U) (O O O (O U) CO U) U) M N ,- CA O CA IN 00 IN CO CO O CO IN N. U) 0 Q O 0 O O O O 0 0 0 0 O O 0 M O 0 6 0 O) 0) 0) O) CA CA CA O) CA U) U) CO U) U) U) N N U) U) U) U) U) V V V V V V V V V V V V V V Cf) U >. V N co C • O Q L (n Q Q ✓ -0 0 N N N O 2 m (O (O c0 Z da o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 00000 0 0 0 0 0 0 0 0 0 0 0 U) O U) O O C] N 6 U) CJ U) C] U) O U) O U) O h O U) O U) O U) CJ U) 0 N U) IN 0 N O N- O N U) I` O N N r O N U) N- O N U) I- O N U) IN Q O O O c- .- ' N N N N CO CO M CO V V V V U) U) U) U) CO (0 CO CO CO -0 0 C 0 CO CO OD 00 CO CO CO CO CO co Ln 0 Ln CO c0o co co 00 to co co cococo co al 0 C .. 2 a3.. co co E d0. g � _ a s o o oot m m O am330 U) • • �g�u��,p 0) N N CO n o co CO O CD 0 n 0) CD Cr) n V CO V Cr, 6) 9 g<7) V . N N N 6) CO N V CO O CO CD N N 0 O O V n M co °� O) CO n co CC) V M O 6> W n 6D V M N O 6) a0 (O 6 CC) N O 00 n CD a CO O N V CO CO O N V CD N- 6) CO CD N- 6) O N V CD co O N M N N ��/z n CO CO CO CO CO 0 0) O) 0) 0) O) 0 0 O O O n- .- 1- s- I- N N N N N {j�a N V V V V V V V V V V V V CD CD ID 1n 6 CD CD Co CD 6 6 tD Ln CO CD m ft, o 3 O co L ISO o Co dM co W0) N O CO CD N- 6) N n CO CO N W O CO V CD CD CO N o 0 a CO CO O CO Cr 0 CD VCO CD LO O 0) VCO lD O CD CO v V N V CO CD n 0_ o 0 0 0 0 0 0 0 0 0 0 '- o 0 0 o 4 O o 4 0 0 0 0 0 Z C U Q y Z Z 0 0 0 o 0 22 a 0o J v ) rn N N CO N 2 l0 n V O M CO CO 0) W W V N CO CD 00 6) V V co co O J 7O CO W CO N 0) N 0 COCD N- V O n CO n W O N 0 O CO M V V o O 7 Q COCD n n CO CO 0 O CO CO IN 0 0 V M N O 6) CO IN n CD CO N 6) n V a- O 0 0 C n 0 0 0n 0 M CD n O) M N n CO O N4 CD CD O .- M 6n NY co V CD N- 00 6) O N co V CO CO CO 0) O .- N V CA CO n CO O N M V O O CD CD CD Co Co CO CO n n N- N- N- N- n n co co CO co co CD co CO W 6) 0C 6) 6) (D n n J it o f N N N N N N C0N N N N N N N N N N N N N N N N N N CV N _ ()© E 2 (6 CD N N N N N N N N N N N N N N N N N N N N N N N N N N N C co 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 0 co H 2 tii 00 IN 0 00 CD O CO CD 03 N V O CO N CO N M o n CO M V M N O CO N- V O 6) O O 03 V CO d) CD N O n C) o V 00 CD V IN CD Co N IN o O CO N 0) CD CO O CO CO 0) N N 0) CO 0 ::(D N CD O) N CD n 0) M V CO I'- d d O s- CC) CJ CD O V O) M W M n N n CD 6 V O) M n Co 6 V 6 N U o 0) V CO n QO N co CD CD n CD N N CO CD CO Cr) O N CO CD CO CO M O N C 0 � (n (o o co CD CO co CD N- n r N n N.- n aD OD CO aD CO ao ao rn CDN N L M M co- co- M ) M M M M M M M M co- co- M M M M M M M M M M M C) CO CO CO CO CO CO CO co co co CO M M CO co co co M co co co co co M M co co Z 0 0C 0) Ol 6) 0) 6) M 6) O 0) 0) co) 0 6) 0) 6) 0) 6) 6) o) O) 0) 0) 0) 6) 0) 6) N N CO CO CO N CD CD CD CD CO N U) CO CD U) CD CD CD N CO CO CD CD N N N C O O w y to U A • U U C CU ` O CO V N Cr) co O CO CO N- V CO V0 n M CO CD CO 00 N V. � r N 0 lD O Cr W co O O CO (D 0 W N N W r V CO ,- CO CD CO O N CO V d w R O N CO n O N V n DC (4 V CO C%) M CD CD O N N n DC V CO CD O o w w CU C.) N co CO n CO O .- N M VCO N- CO W N CO Cr CD n CO 6) O N CO n V CD N. n n n .,O O OO CO CO CO CO CO CO CO CO CO :0) O) Oa, 6) 6) o O o o O o o>• K ; A b N N N N N N N N N N N N N N N N N N N N N M coM coM CO 0lil W O .1 h- rL Z U) 0 . . ... t O N N CD 6) V 6) N N 0) N- CO CO N V n CD CD CO 0) O n V CO n n 0 CZ .- V n 0 V n ,- V (D (3) N Cn CO o N V CD CD V V N •- 0 IN CO 0 _ Ci) M N CD O V O) M n 4 (D O V DC M n CD 6 M n e- V CD N CD O CC N M N Co CD 6) O N M co CD CO 6) O N M CD CO N O O N M V (o n o) 0 0 o O O O N N N N N N N CO CO CO CO M co M d. y v v v v v v v v v v' v V V xV v v v v v v v v v v v v v m z . ,;, ci) z (0 c •.Lco CD 6) CO CO 03 CO CD CO N O CO V D CrCo n 0 O CO O N O 0 CO(O CO CO CO CD = V CO N CO O 0 0) 'Cr O) CO N CO CO V N 0 O M Cr CD Cr CD V n M 6 O N OD CD c- CD V o n M O n M O n V 4 n V 4 CO ...- Cl- CO CO 0) .- N V O n O) = N V CD n O) N V CD n W N V (O IN Cr V V V N CD CD CD CD N (D CD CD CD CO CO n n IN N n IN CO CO CO CO CO CT NCD CD CD 0 CO- CO C(J CD CD CD (D CD CO (O CO CO O N (D (O (O N CO co- 6 (D (O o 7 00 CD W Co M Cu CD CO CO N 0 00 V 0 V O n 0 0 CO O) N 0 O CD CO CO (D CO V CO N CD O U) 0) V O) CD N CO CD V N O 0) 0) O O) O V n C') 6) (D N CD N 6 V :O n M O n M 0 n V 4 n V 6 • co CD co co O) co V CO 00 d) "CO V (D CO O CO V CO 00 01 co V CD N CD N N CD CD CD CD CD CO (O IN n n n n n CO CO CO CO CO CO 0) (7) O _ ^ .4-. (O (O CD CO (D (D CD (o (O (O CO- (O (O (O (D (O (O (O CD (O (O (O (D (D (D (D (O I CD CD n CD 0 0 co IN OD Cr) 6) o 0) N 0 V V Cr 0 n V O CO CD • O o o O 0) 0) n 6) CD (O n CO CD CD 0) M V N CD V CD V M V N V O O O O O O 0 O O O O L V V V V V V V V V V V V V V V V V V V V V V V V V V V 7 E , N --. a 45 --- co N Q Cn N O CD 01 OD N- CO N CO 0 N M CD IN n M 0 CO (D O N CD (O O CO J V V M N V V CO 0 0 0 a- 0 CD CO n N M 0 N n CO n V V N N O Q 0) O) O) 0) O O) W 0D W 6) 6) 0 0 CO CD 0D 6 6 OD n n n n n n n n V V V V V V V V V V V V V V V V V V V V V V V V V V V C) U N CJ N m C C O Q o (o Q Q -t -O 0 N N N O E Cri (O CO (D Z a a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O N O CD o CO O Ln O 6 O U O CD O N o N O N O N O U O CD o C`1 O N CO N- O N U) n O N CD n 0 N CO IN O N CD n O N CD n o N 0 an - n n CO CO CO CO 6) O 01 CD 0 0 O O a- .- a- a- N N N N CO M M DS .Q 0 E. CO co co- co CD CO co- co- co- 6 co co 6) 6 co- 6 0) 6 6i 6 0) 6 W 6 0) D) 6) ai c E 2 co 0 a .0. o c T wE o o dw CD ` Z C • • - (D N- CO CO (D CO O 0 CD V 0 CO CO•CD V O 00 o U) 0 N CO CO Q I 0 (D CO O N V (D CO 0 O N CO CO 0 O co co 0 V CO N RV co M O (D O ( V N O 0 R U) M 0 00 6 V M 0 R 0 V M O W a 0 co V (D 00 O N CO N N- 0 INA Nt l N CO 0 01 CO LO 0 0 0 0 (n0 CO n r 3 N M M M M M V V V V V V O U) N U) U) U) U) U) N U) U) U) N U) N U) U) N U) U) U) (A U) U) N N U) U) m =u N 7(n O W�� > -- oo 0) Co co 0 CO CO CO CO CO CO 0 N CO V U) 00 N CD r U) N. U) N N 0 0 CO d CO U) CO N CO U) N U) U) O U) CO CD U) O (O O N- CC r U) U CD ) V (O U O O O O O O O O M N N6 M N M N N N N '- �- O r O r 0 z E 0 v v Q rn W m Z Z 0 o o O O NYLs O O d - O = Y y N CO N 6 U) CD CD O CO V <N N. N- U) (D O CO '- 0 V U) N O N CO U) U) CO CD CO U) 3 Q N N M CO N x- CO CD N OO 0 CO CO U) N CO CD O 00 1--- CO V U) 1---0 CD CO V O CO N O U) N CO CO V M N. N CO V 0 M f� U) CD O O U ' CO O N M N CO 00 O M V U) (D N- CO CO 0 0 0 N OO N- N- 0 CO N V ryY U) r CO co O N V N CD N- CO 0 0 N CO V U) CD I,- CO 0 0 N CO O 0N- E U) C 0 0 CU C) 0 0 0 0 0 0 0 0 O x- x- .- .- .- .- .- e- N N N N N N N N CO COCO- 0) COCOCO- M CO- M COCOCOCOCOCO' M COM COCOCO- CO' CO E 2 7 Er N IV CU 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 s N- N- N- N- N- N- N- N- N- r N- N- N- r r N- N. N- N- R. r N- r N- N- N- N� Y Y H �W N N 0 CO N U) N. N. U) N V N CO x- N CO CO 0 V CO CO 0 CO CD N. N CD N CO 0 CO CO V N V 1� V U) 0 N- V 0 C) C) CD V N. CO N CD N.- CO 0 0 0 0 0 0 0 V O) CO V CO U) co V N M N N N- N CD O N CD O V O) M r U) 6 M N— CD (D CD N CO V O 0 M CD (D N CD O .c3 a, co U) CO r 0 0 N CO V CD N.- 0) 0 N CO U) CD OD O) CO V CD N- 0 .- N C O C CO 0 C) 6) 0 O O O O 0 O O7. ,- N N N N N N M CO L L V CO CO M CO CO V V V V V V V .4-•,..V V V V V V V V V V V V V V N CO CO M CO M CO CO CO CO M CO CO CO M CO CO CO CO CO CO M CO CO CO CO CO CO — .0.. O) 0 co 6) O) 6) O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 co 0 0 O) m z U) U) U) U) U) N U) U) U) N U) U) N U) N U) U) N U) 6 N U) U) N N U) U) O C O N C U hi C N ie. C O I) 7 0 N N CO N- CO r CO N CD V 0) CO N CO N M 0 CO V 0 0 CO N CO N C V U) U) U) N U) CD CO N. N. V0 O U) 0 CO CD CD V O CO U) CD CD V M N x- 0 9 Ca Mme- A N V CD CD O N4 (O OD O N M4 CO N- W 0 O O O O 0 O O O O 6) 0 O CO Cr N CO N. 0 0 N CO V U) CD 00 CO 0 ,- N CO V U) CD (D (s)• a":376 CO 00 1- " .- s- r- x- x- x- N N N N N N N N N M M M M M M M M • > L y CO CO CO M CO CO CO CO M CO CO M M CO CO CO M M co co M CO CO CO CO CO CO z O F r2 m 0 W 7 3 r O V CO V I,- N. V 0 0 ("1 0 CO CO V CO 0 CO 0 N. CO CO N CO V 0 CD V 0. 00 U) M 0 N. V O N. M 0 N CD O N- U) (D CO CO O CO 0 N V CO CO 0 a) C) r U) 00 N (D 0 M r U) O):::V CO M CD M 6) U) O N- M 6) N N CC OM V U) N- CO 0 .- N V CO CD OD 0 .- N V U) N- 0) 0 N CO U) N. 00 V V V V V V V V U) U) CO U) CO U) U) (D (O (D CD CD CD N N N r N N - - - - - - - - - - - - - - - - - - - - - - - - - - a a) y V V V V V V V V V V V V V V V V V V V V V V V V V V V m C U- co co _ O O N N 0 0 N 0 CO CO r CO 0 r N N 0 N. 0 CO 0) 0 N CO V CO N. CO CO CO CO N 0 r N N N- N N 00 0 co N. 0 U) U) CO O N. V00 (A N6 h V ,- CO U) N CO U) N CD U) N- V O (O M O M V co CO 0 co N (D CO O co co co CO 0 '- co N CO co O co N y co 0 0 0 0 0 0 0 0 0 0 0 .- a- .- .- a- a- N N N N N N CO CO CO CO CD (D (D (p cD c0 (o ri N- N- r N. N S N- N- N- r N- r N- N- r N- r r ri r 0 co U) M 0 0 N CO 0 0 N 0 CD C) N- ,- CO x- 0 N- U) N CO r 0 CO CO _0 N CO V U) N- 0 CO CO M N 0 N. U) N N. N U) CO 0 CO N. 0 N CO 0 r4 CO N N6 h V `.CO U) N OD U) N OD U) - N- V O (D C) co CO O M U) co CO O N M U) NC6 0 N co U) N. 0 0 N M U) r CO O 0 0 0 O O O O O N N N N N N M M 0000 co- (D NI- 0^ ^ N- N. N- N- N- N- N- N- NS N— N- N- N. NS N- N- N- N- N NS N- r N- N- N 2 N O CO N V M V CO CO N O O CO CCD U) O O CD N N M 0 0 CD N U) V N . O 0 CD CD CC N- CD U) V C) N L V V V V V V V V V V M M M M M M M M M M M M co co co co co 3 E N :_. U- .. co 'N Q (0 N 0 V U) M V N V 0 CO 0 0 CO N V N 0 CO M N N CD 0 N- CO V Q CO 0 CO CO CO N- r CD V U) CO N N V U) N- 0 O N N- 0 CO V V N 0 J CD CO CD CO CD CO CO CD CO (O CD N N- N N- N. 0 CD 0 0 0 0 0 0 0 C) 00 Q V V V V V V V V V V V V V V V V V V V V V V V V V V V CO U N O ^ N CD C 6—...... E N `O Q t (I) Q Q t V 0 N N N O 2 m (O (O 6 z a a o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Q U) O U) O U) O N O U) O U) O U) O U) O U) O U) O N O N O N O N U] N- 0 N U) N- 0 N N N- 0 N U) N. 0 N N N- 0 N U) N. 0 N U) N. 0 N CO Q co V V V V U) U) U) U) CD (D CO (D N N- N N OD CO CO CO 0 0 0 0 0 0 CO 0 ✓L^'' of 6) 0 0 6i 6i 6i Ci D) 6- 0 6) 0 6) 0 0 0 6i 6i 6i 6i 0 ai 0) 0) O O a 0 2• go c m o E• 2 °' d m •m rn O 0. n 3 3 0 u) Q • • N• I- CO CO O) 0) N. CO_ ' CO (O CO OD U) CO •- CO co N. CO al N N O rtN7J CO V NO M �O I� O) N M CO -M CO CO (V� O O CO N. V N O) co `�' (O 4) M O M (16 V N 0) n U) M (D N- N M W (O V N O 6 N0 co O N V CO N 6) M U) CD OD 0 N V U) r 0) .- co V CO co O N CO 0 C Ns CO CO OO OO CD OO O CD CP CD (D 0 0 0 0 0 0 x- a- r- .- c- N N N N j - N U) U) N U) U) U) U) U) try N U) N CO co- CO O co- (O O co- c0 co- CO (O O co- CO m Z o CS) N O 7• o LO CO O C- 0 N U) Uc0 00 ()) 0 N CO CO 0 0 N N N V CO N 00 W CO 00 N N- V CO a d N N CO N ) CO0) V CD U) O N N (O 0 0 V O M O NJ (0 CO N x- U — O O 0 O O ,- O O ,- O e- — O O,- ,- ,- ,- O O 0 N O 0 z x 0 (U Z Z O o O O a O O N a a 0 Y N N l0 N N N- N CO V (O O V V CO N U) OO V 0 V CO CO CO CO (O Cr N V O U) D O NJ CO 0 co U) co h U) U) CO U) N CO U) N CO V N- 0 0 OD V N- O CO CO O O Q N f0 O V 00 N O U) (D CO CO N O (O O 00 V O) (O COM r CO O O 0 0 C V M M N .. O6 O) 6 O N- C` (O (D U) U) V 4 C+) M N N N N NY V U) (O N. CO O) 0 N CO V U) CO N. 00 CD 0 N CO V U) (O r 00 CD O O E U) 0) N N N N N N CO CO CO CO CO CO CO CO CO CO CO V V V V V V V V V V O n�`^ a' � co- co- co- coco- M co- M co- co- M M M M M M M M M coM M co- co- M C') M _ V© O E y N N N N N N N N N N NNINNIN NININNN NININNIN NIN I r r N- r N- r N- N- N- r r N' r r r r r N r N- r r r r N- r r Y Y I - W ia M co U) 0) N V 0 OO M N CO U) N. N 0 U) U) 00 N- M CO (0 U) N V N- N r x- CO U) U) V V N. CO O CO V V CO CO U) V (C) CO 0 CD N V _N. V (O 0 N CO V V M N C) N. V 0 (O N N N CO O V co (D y Uj W V O (O C) CD U) r M 0) 6 O O N W M CD V o U) " (D (O U -a- CT V co N O) N V N N CD O N co 4) N- OD O co V (O co O) x- N 40 CO CO CO CO V V V V V V U) N U) (0 U) U) (O (O CO (0 CO CC) CO C- r- N- I' 2 .0cu L .g' V V V V V V V V V V V V V V V V V V V V V V V V V V V (U M M co co co co co co co co M co M co M M M co co M M M M M M co co al 2 G = CD 0) (NC) C) O 0) co O) 0) O) CD O) CD O) CD O O) 0) CD O) (D co O) O) 0) O) W z N N N U) U) N N N U) N U) U) C0 N N N U) U) U) U) U) U) U) U) U) U) N O C O d N U U i0 C U G C C U y U r 7 0 V co V n U)0 M _ co 0 0 (O co co CD CO CO CO U) C) CD N 0 (LI)N N 0 CO N C CO CO N x- 0)CO CO V co N 0 x- O O O 0) O = N V CD OD 0 ..d. N m m d) O) O) O CO O CO (0 W W CO W W CO (O W C\ W OD CO OD O W CO O) O w ( .�d. m U N co M co V V V V V V V V V U.,..:.CO U) ( : 0 U) U)VU) fes N- 000) 0x- NCO U ) U) U) U) CO co (O CO d V N = y a M M M co-' co- M M M M M co- M M co M M M M M CO- M M M co- co- coM p O @ O (A O 3 A 7 J Z t 0VO O N D V OO 0 M N COO Is U) N COOO N CO U) CO 0 N V N. CD N N 0 0) V O 6 N M V 0 U) N- M 6 V;:..'0; N CO I- N r N W M W M 6 CC O N CO U) O co 0 CD CO CD W 0) 03 0 0 O 0 0 co O _ M V (0 C- 0) N co co CO CO co a > N CV V V V V V V V V V V U) UU) U) U)V V ) U) N C0 N N U) U) N U) co Z z «;° 7 N y :saw (0 C �.L O) .- N 0 N U) O O n O CO O 0 0 CO OON M N. CO (O M CO N N U) M 7 O) COOO CO COOO CD CO. N O r NY CD :M N N CO CO CO V 0 N CO O N V 0 @ U) N ao U) 6 V 6 U) O U) N O) O C+) O r V OC) U) (+) O N V CO CO CD CO V CO CO O) CO V CO OD 0) CO U) (O CO O CO 0 N- CO N CO CO CO CO V V V V V V U) U) U) U) U) U) CO CO (O CO CO N r N- N. N- N. CT co ^ n r r r (` N. r N. r r r n r r r r r r r r r r r r r N co D co) V ✓ s- N O N U) CO 0 r 0 CO 0 (f0p C0 CO CO N CO N. O CO CO CO N N N ✓ 03 CO CO M CO CO M 0 N 0 N- CD V CO N N CO CO CO V N r CO O N V W- M N (0O CO 0 " COCU) CMO OOD 0 CO 1Nf) CO CO 0 N M U) N- CMO 0 N V CSC) V V V V V U) N U) N U) U) CO CO (0 0 CO CD N r N N. I,- N. CO CO CO CO �. ^. I� I� R R R R I� I� I� I� r� r� I� I� R. r- R I� R r� Rn R R R Rr� F` co (O co co r CO CO CD U) N CO V N CO V CD CO CO N U) U) (0 U) I"- (O. (O U) V N. CO () CO 0) CD V V U) co N. r N CO N 0 CD O O N M N 4 4 N N N N N N M N CO M M M M V M V V t M co M CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO M CO M M CO CO CO CO E ^ N :.. toa co 'N Q Q Y (0 CO V V N CO 0) 0 N N 00 O CO CD N 00 V CO U) N CO CO 0 O O OO Q O CO CD n O CO U) N CO 0 CD N. CO U) V N O O CD CO r O N. N. CO V J O) M (O 00 W CO 00 OD O (O I' r r N- r r h N- r (O (D (O (O O N O O Q 44- 4- 44 V V V V V 4- 44- 44- 44444 V V V V V 4 .4 co U a U N COC 811 .7., E N (D Q L 0Q Q .t U 0 N N N O i m (O (O 6 z a a 0 0 0 0 0 0 0 0 0 0 O o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O U) O U) O U) O U) O Cn O U) O U) O U) O U) O it; O U) O U) 0 6 O (v) U) N. 0 N U) Ns 0 N U) r 0 N U) N. 0 N N r 0 N U) N. 0 N U) r 0 a O O ,- ,- .- N N N N CO CO M CO V V V V U) U) U) N O O CO CO N. N .� T Q �^.. O O O O O O O O O O O O O O co- O O O O O co- O O O O O O 0C .. iiim 7 co O.VO C > (Oy C `O w d d y = O) ✓ O. co 0 N Q • 0 IM O U) 6) O O O O U) 0) CO M CO (D O N O O U) O OO O N O U) CO O I- 7 7 00 U) O IN N n CO CO N Cr, CO (D 0) N U) I- N- CO O (O CO O f� Ni N0 n U) CO O O U) CO O O N N0 n 7 N6 (o CO O n D N. O C) N 7 (CW 0) 7 CO (O CD U) O N CO (n n O) 0 N 7 U) IN O) N N N M CO M CO CO CO 7 7 7 7 7 0 0 0 N 0 O N CO 0 (O N CO IN IN S TWT$. y •••• CO CO CO CO CO- (D CO CO O CO CO CO (O (0 CO CO CO CO CD (D co- (D (O co- (o co- O m • io 7 O WU▪ ' ;" O CO N (O O) n N co O) M U) 7 OO (O O Co 7 N N W OD O 7 IN O) O 7 O n d (D O) CO 7 CO O (D 7 CO. 7 O O) O 7 O n O U) 7 7 7 O 7 N N U) O IJ • O O .- O — .- ,- O ,- ,- ,- N N0 0 O — O CO 0 0 Z tC U car.', Z Z 0 O O O CC n. O• 0 EY o N 6 N (p N 7 (O (n (A CO 0 N N C) N 7 CO CO O N CO O O N CO O CO CO 7 N N 3 Z Q N 7 (M�) N N N n N N O O OW CO7 COO O CO CO oCO(D 7 N O CO O O O O 0 U) 7 7 s- O O O O O O O O 0) O O O O OD 00 (VY O N CO 7 U) O IN OD O O N CO 7 N (D N- CO O O O N co 7 U1 O O E U) fT 0 N N 0 0 0 0 0 U) N 0 0 0 0 0 O 0 0 CO O CO n IN I. R n n (p �n1 n�` ] a. C e' M CO CO CO COM CO M M M CO CO CO CO M co M CO coM M M co CO CO CO CO _ V V w E 2 N 0 N N N N N N N N NNNNN NNNNN NNNNN NNNN o IN n n n n n n n n n n n IN N- n n n n n n n n n n n n n Y co F 2 to IN CO 0 7 (D 7 (O N (D C) 7 O O 7. CO (O N O IN CO Cr, O 0 7 0 7 _ O 7 O) U) CO N 00 7 7 O U) O (o (O CA O O N (O N N CO N N 7 O CO CO CO 7 C) n M O (o N n M CO CO O) N 7 CO W Wr N n N n N n Ni n 7 (O (O O -N -.0 7 6 7 OD CO I- N -6 . N 6) CO O .0 0) r-- co O co CO 7 m IN O O N M U) 0) O O N M N O 7. N M N C 0 C fN-- r_ co co co co CO a0 co O O O Q 0) O? O O 0 0 O O O O O O O w (g' 7 7 7 7 7 7 7 7 7 7 7 7 7'::..::7 7 7 (n N (n N (O (O U) (0 U) U) 0- O :E w CO CO CO CO M CO CO CO CO CO CO CO CO CO M CO CO CO CO CO CO CO CO CO M CO CO w w r ` O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 rZ U) N N (O U) U) U) U) U) U) N N (fl (n U) N N N (n (O U) U) U) (O N U) 6 C r .. w 10 U u m C w C _ h C C) w 7 co N CO N _ O U) O C 01 n 0 7 O N CO O CO IN (O O M CO O ` C V M n O 7 OD N O O U1 CO0 M CO O M (o O 7 7 N- N O N � (o aD s- CO m 4 U w N O O) O O O .- N N N CO CO CO 7 7 7 u) U) U) U) (O (O (O (O n n n O ww w U y 7 U) 1- CO O O N CO '7 U) (D n U) O O N CO 7 0 (O n W O O O w K (D co co co co N- Nn N- n N- n n W CO O N. N- CO CO CO a0 W CO CO O) O A C L d t COCOCOCOCOCO. CO- CO C COC CO CO CO CO CO CO CO CO CO M CO CO CO CO CO CO p 0 0 7 . W V J rL Z cn 0 t O N 6 7 O N U) O C0 W (D N CO O) U) 0 CO 7 O U) N CO CO O (O _ d 0 CO CO 7 0 n CO co CO W co 00 CO IN U) CO 7 (O O CO CO CO N a) M I- N n N 6 �_ N O 7 6) M CC) N n U) 0 7 W N N- U) O CO n CC N010 CO N N N N N N CO M CO CO comM CO 7 V 7 7 7 7 7 U) (f) N U) (00 (00 U) a m co U) (O U) U) U) U) N N N U) U) N U) U) U) U) U) U) U) N U) N U) U) U) U) U) CO Z z y co To c �.L co CO N. O N- 7 U) O CO O co 7 O U) co CO n 0 7 N 7 O O IN CO CO CO O N U) 0 CO IN N 0 N N- N 0 Cr :0 N- N N O CO CD 7 CO CO CO 7 U) I,- 4 7 O 0 M CO (O M cci CD M O O 7 N N n UM O) N UM O N CO Un O O N 7 N- O Q CO 7 O O N CO Un O N w CO O W CO CO CO CO O O 0) O O O O O O 0 .-- ,- ,- s- .- .- N N N N Cr, N ` r r N ` N ` N ` r I` - co- cococoOom o op C) co- DW W )N � t) 00 CO N- O n 7 U) O 00 O 7 OO CO CO 7 7 IN 0 N O O N- CO CO (D O N U) 0) co I- N (D N I- N � U):.7 ';0 n U) N O CO 0 7 CO CO CO 7 U) 7 O (D CO W (O CO OO (o M O (0 7 N O n U) CO O 1- N CO n O O N 7 0 n Cr, 7 CO 7 (D 00 .':...0_."7_ CO U) n O O N 7 CO n O 7 CO CO CO O O O O O O O O 0 O 0 N N N N N N CO CO • F I- N- n N- N- N- n I- O N 00 CO CD N OO CO 00 CO CO OO CO 00 CO 00 00 CO 6 - (O U) N- O O N O CO (O CO CO 7 7 CD N N U) O M W 7 U) 7 N N O O CO N 7 7 U) O CD U) O M M 0 U) 7 I- N O U) O U) IN U) 7 ) N O L 7 COU7 CO N UM) COUCOU) COU) UM UM) COU) UM CO(O UM CON UM UM CO(0 UM CON CON COU) O (o CO(O (O 3 E .1 a- m N Q m 00 CD 7 CO O U) O CO OD U) O U) O W O 7 CO U) (0 U) (0 N (O (D CO CO O Q CO 7 N O O 0 n IN 7 U) 7 N U) N CO IN CO IN N IN U) U) N CD IN CO N Q 0 (O (O 0 U) (O U) U) (0 (0 U) U) (n 0 7 7 7 7 7 7 7 7 7 CO CO CO CO 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 (6 U• N O .-. O CO E w (r° Q L U a- Q Q a- -0• V m N N N O 2 m cb (p (p Z m 0_ O O O O O O O O O O O O O O O O O O O C) O O O O O O O O 00 00000 O O O O O 00000 00000 0000 I' N O U) O O N O N O N) O O U) O N O N) O N O U) O U) O . N N U) n N O N N n O N U) O N N U) O N U) N N O N U) I') an n h. m O O O O O O 0 O O O_ O_ 0 O_ _ _ 7_ N N N N N N M M M M • JD Q 7 COCOCO O O O O O O O r r r r r r r `0 C r r r r as VO C T a •• a 12) w E o «) m 'w '�' ti a rn 3 3 o U) 0 • a0 CO N OCO r V ) a- CO N N N 0 D) a- COCD C) CO OD N CD CD O 0) �W r CD CO N O N N 06 N r (O M N C) CD a- CO O V CO a- V CO 0 CO COO CO LO r O .- co CO U) V (O CD V O 0) aD V O (D N r M O a V CD N- D) N V CD r D) ,- N V CD N- O) 0 N V CO r M 0 N M N r C N. r r r CO CO CO 00 CO CO CD 0) 0) 0) 0) 0) 0 0 0 0 O O a- .- .- a- . . o o m (o (o m CO- CD- m (o (o co (o r r` r t` r r r` r n 1,-- C.) CO Zs N " o 7 o WU' „ o QM 0) to ,_ 0 N CD O 0 CO N 0 O) r 0 .41M r CD V N- (O N N CD LO r 03 a d O N 7 co N CD 0 r O .,- 0 V r CD c0 CD V CO O V co N CD CO LO N M o N O N O N M O .- M O .- N O O O •.- O O O O O O O O s 0 z E 0 V V Q 7 d Z Z 0 c. 0 0 O O N cc O O a 0 0 NN CU al l0V V N N CO o r r O O CA V (fl V O W N M CO a0 M O Q V CD r V V 0) OD (D 0 VC)CD N M M M O) N O r CO 00 V 0 O O O CO M O CO N r CO 0) CO N CO N N 0) r V N .- O 0) CD 0) O O a- N O O 0 ' CO W CO r r r o o CD CD CD V V V M M M M M M N N N M M M M N Y CD r CO D) 0 N CO V CO 0 r CO 0) O N CO V N CO N- CO 0) 0 N O O CO r r N r CO 0D CD CD OD CO OD CO CO co M O) D) m 0) D) D) Dl D) W o O 0 eh N- n, O C M M M M CO CO- CO- CO- CO- M M CO- M CO CO- CO CO- CO- CO- CO- CO CO- M M V V 4-- @ V Lf O E 2 i.--7 N NNNNN NNNNN NNNNN NNNNN NNNNN N W r r r r r r r r r N- r N r r r r r r r r r r N- r r r r • Y co H UJ O 0) 0) 0) V M O N CO CO V M M 0 CO CO M (O 0 N CD CO N a- O CD CO r Cn CD CO N M N CD N CD CD 0 0 D) CO M CO r Cn CO CO CO N CO V 0) 03 CO 03 0) Cb CO CD V r (O :-V CO r..0) N CO V V CO N D) N V CD r CO W M r O 0)CD CO N CN CC> C N CC) C0 a- V r O M CC) 0D V U 'O co CD N O O N M N CO N D) 0 M V CD r OD O) N M N CO r C0 0 CO d L L c ...., ,- N N N N N N N M M co co co co co co V V V V V V V D N C •� CONcoN V CD CCO CO CD co-CD CD CO CO CD CD 'CO.'`CD"`'CD coCD coCD CO coCD CD CO CO CD CD CO y CD t Cl) co co co co co co co co co co co co co co co co co co co M co co co co co co co N 2 O �' O W W a7 O O O Q) W D) d) O M O O O T D1 d) D7 0) O) d) O T T M re z NCO CO co- LD ll') co- co- CO co- co- CD lD ll') lD lD co CD (O CD Ln- CD co- ID ID co- CD CD C O u y C� U A CO U C _ D1 f. C U y 7U CO 0 ,4, - 0 CO V 4- 4 M CO,.....CD CO 00 NO O CD O CO N CD CO 0 V N Cd CO O r CO V V V V V V V V co O r N O N V o O CO r .- ) V 9 ` w R 2 r CJ CO OD CD 00 co 06 06 CO Cb CO CO 00 CO 06 O0 T dO O O cV • w 10 () N N MVCOCDN COD0a- N MVCDCDr 030) 0 .- 00 VCOCDrCO 0) O RCD d co co 0. co co 0. m co co 0 0 o 0 0:-o 0 0 0 0 .- 7, . L ri Ci C) co- Ci Ci co- co- V V V 7 V V V V V V V . V V V 7 V v V t r H0 ill rZ (/) 0 r.„ t O CO r M O r CO 0 V M O 0 CO r (D CO V CO D) CO r 0 a- N 0 O N V Q CO CD CO O CD N r .- V CO CO 0) M 0) C) CO CO V N 0) CD N N- CO NN CD O V 00 N CO O) N co M N N OD V '-r O M CO O V r D) N V N- O co M N co r D) 0 M V CO N 0D M N M V CD r CO W N M V CD CD CO CO CD CD CO r r r I,- r CA 0 N CO CO CO 00 c0 00 00 03 ) D) C) CD CD co' co. co- co- co- CO CO co- co- N u-i- N CO CD N CO CD CC) co- co- co- co- CD N co- Ct. O a > y CO ? ZZ To c_ W N 0) N CD N CD _ 0) CO CO O CO N CO CO CO V CO ,- CO O r r r O LL CO 0) a- N 00 M 00 V O CO CO CO r-- D) ;r (D CO V CO N N .- O O O a- CO • W CD o V M o O r o CD V N O 0) 00 r o N V M N O d) CO D) DC M CC) r D) N V CD 00 O N V CD r m M CO r W M CD CO 0) N N M CO CO CO CO V V V V V CO CD CO CO CD CD CO CO CO CO o r r r r CD) CO 0 0 co- 0 co co (o m m co- 0 0 0 co- 00 co- co- co m co- co- ro 0 co 0 CD co N D) N D) N CO N CD D) M CO 0 _ M i.CO M CD M V 00 CD 0 r r r 0 CD O N CO M CO V 0 CO CO M CO r (D CO V M N N 0 O 0 • D) 00 CO V CO O W r O CD V.': NO W CO r O CD V M N6 6 CO (D CO 0 N V CO CO 0) M CD N. "m.. a- M V CD 00 0 N V CO 00 0 N CO M M CO V V V V V V CO CD CO CD CD CO CO co (D CO r r r Nr co co 00 0• E co- co- co- CO co- CA co- C0 co co co co- OD CD OD co co CD co CO co cococo CO co co 2 V O CO D) r CD CD M D) N N M M O V M r M M 0 0 CD CD M ✓ r CO 0) CO N V CO N D) r 0) N O M M CD CD N CO CO r r CA 0) V O o CD O CD O c0 (O r r O r r r W CO 00 0D CD D) T D) D1 W D) W L 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 .7- ..... E N o_ F- el Qm N Y a co D) N CD V M 0 CO C0 CO CD 00 V O M OD 0) M V CO d) C) 0 _ M 0- < Q N CO 00 r N CO V V CD Nr co O r r r r (D CD CD CD CO J M M N N N N N .- .- ,- O O O O O O O O O O O O Q V V V V V V V V V V V V V V V V V V V V V V V V V V 4- CO CO U 1 U .-. N Co C O E N Q t (,) Q Q -t 'O 0 N N N O CO CD CD CD Z d d 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 < O CD O CD O U) O CO O CD O CDOCDOCD OCDOCDO CDOCDOCD O co 0 N CD N O N CD N O N CD r O N CD r ON CO N 0 N CD N O N CD Q V V V V CD CD CO CO CD. CD. CD CO r r r r CO 0D CO OD D) D) M CD o 0 0 co 5. Q e .- c- a- a- .- .- .- .- a- x- x- c- 1- x- c- x- x- x- s- r N N D1 N C .. 0 V CO O.VO C N O O` O CD d d CU 05 O O CO O C0 Q 0 0 •a) V0 V V a) Co CO N a) V 7 Co I- N N.- O 9 CO N (T co r V V O) 0) CO(D N M COa0 aV O CO N M M O Co O Co O N O r O f� V M M CO a CO O N V Co N- 0 N CO Co 0 M CO CO 7 M Co I,- 0) N f/�C N N N N N M CO M CO V V V V In LO N N LO (O W'g d _ r r f- n r r r r r r f` r r r r t` t` r m =o co w v o W�� o 1.-- N M CD a) O O co V N m CO O I,- 00 CO CO COCO0 d CO 7 O CO CO N I- CO O (O O 0 CO 00 O 7 N N CO O U O CO 0 I` r O6 V V V N N N _ Z co co co co co co co V V V V M V 7 U 4 4 Q 0) 7 Z Z a d D O O O a O O a • 7 Y N N O N CO V Co co N O co N O CO N N- 0 CO CO CO CO N 7 N 7 7 Z Q O CO (A O CO I� CO V CO V 0) V V 0 CO 0N.) CO 0 (D O O 7 M CO CO V co Co n co r N N r N CO 6) CO CO 0 0 0 ' M C'') Co N- (O N Co M V I- r O M Cb D) r V N • Y co V CO co N- 0) O N M V CO Co CO V Co Co 0 CO (O E in 1:3) O O O O O O r r 7 7 7 7 N N N N M CO M p'co N. ©N- 7 a' r V V V V V V V V V V V V V V V V V V V V Vd E 2 CuyN N N N N N N N N N N N N N N N N N N N N- r N- r r N- N- N- r r N- N- N- r r N- N r N- N 5 Y Y I` W coW ,, N. V Co 0 ,-- 0 N 0) N- N 0) N CO 0 CO Co O Co 0 N N- (O O) co _ CO N- co co M V N CO Co CO V CA CO I- N N O CO I- a) O.. O V O) N 7 O O) a) 7 N- d Co a) V CO O r r 00,.. 0.: Co V CO CO Co Co M O O .0 O N CO Co CO r O co co co co CO N- CO 00 Co 0) 0 0 C O C CO CO CO CO N Co co co. co co I` I-- N- r N- N- I` N- CO CO 2 L a `c Co CO Co Co Co CO CO Co (4) CO CO Co Co Co Co Co Co Co CO Co d M M co co co co co co co CO CO CO CO CO CO CO CO CO CO M Ti V O O O O (n O a) O a) O) O) O) 0) O) 0) CD 0) O) Cn 0) cZ N N N N Co CO (O Cn CO N Cn N (O N N N Ln tri CO CO O C y . O C (dj C) C )p C U ` 7 co Io N- a) .- O O Co:. O co I,- 7 0 CO Co 0 Co a) CO d C U C7 N N a) CO 7 co CO N (D N.- CO V) V O N CO N I,- CO 4 .d O 4 N M (O 1 r V O V C() I- O N C) CO h O CC) r V N O • y CO U d 0 N CO V Co co 0) O 7 N V (O Co 7 V CO Co 7 4- C,) () T l0 N N N N N N N NC') CO CO CO CO co V V V V CO CO • L d 2 V V V V V V V V V V V V V V V V V V V V > o J F 2 Z 0 0 0 M M 00 — a) co O co N 0 00 7 O V a) 0) I. 7 CO N Q O) 7 N- N a) O) I- CO M O) O) M U) 7 7 M CO O M m V Co N (Ni O O fV a) CO Co Co O M Cfl O I` CO Co N- au O M CO (`::: 6) _ V CD Co 0 7 7 7 N N M 6) 0) O O O O O O O N N N N N N N Q. T N Cf) La Co Co (o (D CO (o (D CO CO (O ( N c0 (O (0 (O t0 (O CO Z z c cn (0 C LL Co N 7 0 CO N- Co CO• N 0 Co O)N r CO CO CO 0 Co Co7 V COM V CO N CO V V Co O) 0 Co co p) CO N- O O V M Cl) Co a) M Co 6 V M N (A )" co O M CO co CO a) O O O a) a) CO r Co CD CO CO CO CO 0) N- CO CO Co Co CO co O) O) a) CO co co co co co CO CO CO CO Co Co Co Co Co CO co- CO CO Co CO co- co- Co co- Co Co CO CO CO co C) N '2- 0 N N _ O Co N- CO Co V_.. 0 Co O) N V V N. M Co M O CoCO C • N V M V CO 7 N CO CO O) O CO M 7 CO I- O O V M c- CC}" Co O M CO Co V C') N O) Co N. 0 N CO co co N. N. r Co CO CO V CO CO CO CO CO N Co co 0) a) a) a) co 0) m a) co a) a) m a) (n rn 0) a) a) " 03- 06Co Co Co CO- Co Co 00 CO Co Co Co- Co Co 03- CO Co CoCo CoI ig Co 7 0 0 0 0 0 0) N 0) r Co a) 0 N CD 7 N V I- ,- N CO co O 0 0 N CO CD N V V CO CO CO a) I� 0 O N (•i C- O Co M (O CO N (D Co CO a) I- CO N L V V V V V V co co N N N M CO CD N. CO N. r r N. 3 E N a co N 1 a Cn M M a) a) a) co N co O .- O a) CO a) N N N N N Q CO N M N (D 7 V N 7 O O CO CO CO CO CO CO M LO N Q O O O N O O O (O V O O O N4 CA CO O V V V V V V V CO co I� co O O O O O O) O CO (A C0 O CU U N N m C ;� E 07 N Q O Q Q co dcm _ �r - N N N a a O m Co Co Co .0 a a (0 Z a a . ca -43 O O 'O V W 0 O CO > 0 d 0 d V CO N 0 V CO Co C V CO CO V Co N V 0 0) N VO O aO j O , a) V 11 to A co co co O co CO O V N. CO N V. Co O 0 0 I: CNCmui CoC N CO Co O O O Co O N O N- 0 H N- O Maco aOO 7. MM 0 CO CD 03 7 CO OO '•Q 0 •C Coa O.N E•CV N N M V V V V CO CO CO CO O c.i csi d N O ,,- w N w N w N w N M N N N N N N N N N N N N -FrYlL • V ..0 CA .. a d o C >. o) m p 0 w m n d r • U d co O co 0 CO N M0)O O M (D U) CO CO O O O O M O U) V N. O CO m V O U) ( D V CO r N V t` M O N M f� O N O V O �%' r N- M N N O O N O6 O R (1') N6 N- V M O U) N- U) N- O co V I- O CO (D 0) N U) CO O co O CO N U) W O CO CD W V O 0) V (D (D N IN N- N. M CO 00 D) O CO O) O O O a- a- a- L- N N N N CO M j @ 0 IN n N. N r r r r N N- N- N- N- Qu co- ro Qo co- co- w co- co- Ou co- (C m W B at 0 L. 0 c,) O N O V O N 0) 00 O U) L- W CO N O OD U) CD CO N N U) 0 (D a U) co .— N V N � L- V V (D O L- 0 N r V O M I-- M r- M N- N N aN U6OO c‘i D N J N O O O O N N O O N U) 0 0 U < i 2 z 0O o ,s' o O cc O N n- o Yin N fN (O M IN UCO V co N UN- V M 0 O N UN O O L- O N N. O N W OD co r N CO M O r V M UO) O O V N- N V O N N N O 3 0 O O ) Q D U00 CO UN IN M CO V N. r M CO N O � co O V O co CO N V NO O U N N D N CO N U) 00 N N N U) O U) UM _ (0 V V O V N N O O O E U6) N V r O N V O O CO Ur W O N N N M O CV UNo O N N CO V V V V N U) co U) (D co co co co r r r n R. co W co co O O O o r r = ct C ' V V V V V V V V V V V V V V V V V V V V V V V V V V _ ©( O E y 4 N N N N N N N N N N N N N N N N N N N N N N N N N N c W N N. IN IN r N. N- N- IN r N. IN r r I` IN N- N- N. N- IN IN r N- N. n Y Y I` 2 W O) N- O Ni. V r CO CO V O N- N- U) CO CO V co (O N CO O O) U) U) N- O O O (D O co N- O 0 V M O V CO V N. O CO V t") 0 6 ) CO M cO M I,- CO N L- U) 00 N L- U) N V O) :V r M O O O O M N O U) M N V M V O 01 O •N M N ,- O (D .- 4 N- 6) M U) (Oj N M V (D N- O M U) N- O M 0 CO O N V (O IN Q) O N CO V C IS W CO 00 CO CO M Co O) O O O O O O O N- L- L- .- ,- , N N N N N 2 L L V N N U) (O U) U) U) U) N U) co- co- (D...(0.:... co- co- (D co- (D (D (D O CD (O (D (D (IC M M M M M co co M M co co co co co co co co co co co co co co co co co w d O co O co O co co O co O O co 6) O O) co Co O) O Co O O CO O O O d ce z U) U) U) U) U) U) N N U) U) U) U) U) U) U) N U) N co- U) U) U) co- N U) N C N O mm C y U l0 O O C 7 O co I-- (D O) 6) M N M V O 0) N U) M V O O O (O 00 O -i C U V IN CO N O M V O r CO IN V (D N- N. N V (D CO. (O N- 6) N 0) L- CO Q O) „d. N O O U) N W N (D O V V U) U) V N O O) 00 WN U) 6) V U) O O 15. d 0) U N IN O N N r O N U) N- O) WM N IN O O N V N.- CO OM (D O V UKd IX d 03 UO O O O IN IN NNIN CO CO CO W O 6) O CO O O O O ' L a V V V 7 V V V V- V. V V V V V V V V V V V U) U) U) U) (O N r J 2Z IA O W 7 O M I-- 6) CO N- M O CO (D N N- O N N I- O r U) N V N CO M O CO Q CO O CO U) (D O U) N O) N O IN M CO r O O CO V V CO O (D CO Cl) Ni n ao M CO U) M N CU N M U) :(O N- I- N- V M 6 (Ni (D r O N- M CC V U) (D M O .- M U) N- CO M U) N- 6) CO U) N- O O N M V U) N N CUN NM M M M M V V V V V U) U) U) U) 00000 Oa) N a > O O O O (O O (D (D (O (O (D (D (O (D (D lD N (O O D O(O ( (D O (D m Z Z Co c LT. O N Om 0, N V N O N- N O V M CO 00 O O O N U) V (O N IN O O U) L- O CO O N O (D CO N 0) CO :V 6) N- M 0) N L- co CO U) Ni. N. p NZ U) CO N O O N V r N. V N N V (O O N U) N- O) ,- M W O N Ni U) U) N U) U) N N N U) CO O N . CO CO O N V U) (D N. CO O M V 03 O CO 00 CO CO 00 CO O) CO CO O O co CO O Cr, Co O 6) O O O O O O O Cr, h ..... 00 CO W CO 00 N C co- CO OD 00 W co- 00 co- co co- (O 00 OO W co- 6i Q) 0) 0) o H 6) N- O co 6) N V N- CO r N 0) •I. CO CD OD O O O U) N V O N r O O O CO N O N O (D CO N CO OD ;V O r CO CO N M co U) V N. N N N N N N .- r V N N V (O O N UNe 0) '- M W O NNN N M M V 00 - 'n OD O) .- N M V O r O O O O 6) O Co O 6) O 63 Co O CO 6) 0 O O CO O O O O O O O 00 co- co- 00 00 OD co- co- co- OJ co- co- co- co- co- co- co- 0) co- O) O O 6) O) 0) O `FT+ 7 O U) (O N (D N L- U) 6) M O O O U) N N. N IN IN IN O N O O N M N CO V O CO N U) O ) ; O M U) M M CO N CO W O L- W M L O Un1 NN UO UV CU U) W V M .7., V O V M V O NU) (cg O) N U) O Nr N- ti E N °... (=o_ CO N Q CO O 7 O O N (O Il V U) U) N V M M MO O V N O O O N CON Q (O V V N M CO M CO M O O O CO N V O O V N C) N- N J M M N M M O U) N O 00 U) N W U) U) V N O (O O (O V M V O Q O O O O O CO O 00 CO a) IN N. N. O O (O (O O O O O O (fl O O O N U N V r U) CO D C Q 2 0) Q Q C V 0 N N N O 2 co (O (O (O z d d O V V W V 00O W V O O O O N- O N (O O N CO V N WO O (D CO M O N O N (D N N CO N N CO N O O N. V U) M IN O L- h O N6 O O O O N6 O O O O O O O O N6 O O O M O O (v) N N N. L- V IN O M O O N U) O L- V N. O co (D O N (O co V NOD - Q O O O IN I. r 00 OD CO CO CO O Co CO O O L- L- N N N M M co Ni .Q 0 E N al. al. N N N N N N N N N N M co- M M M M M M M M M M M 0 F3 V O C O m . a rn • • 1 at 0 N.: .-c:, N co W i U N co 0] N=g NN Wis.RQ o Q 0 W Q O U o O Z C U v v Q y m ; Z Z a 0 o O O tY O O v m a O a - (' 'nZ N N co • O Q N O CO 0 . N • O O j N 03 C O f-- N-r(�1 _ E. L V V N E 'en 7 N C_ (N 5 CO CO H 2 QW W 0 co = ✓ m u LO N p C_ N 41 ca a 2 z — m CDm N Wr UCd 1 LB V. a . O `o i w w A o a nj a o ,d `y m U a N- 0 a) L >,a ui t) O Q C U J 1- E Z cn 0 H rFAWAN a) O CoQ a o o- N m N .. OM CD > a CL cu co v ( N CCI Z 7 Eno `. n (6 C V N - N N O- O, co E. O a W a) . Form N N_ Q E. rn O M L Nr - E — o_ A m 'N a co c J !G Q 0 a) O > N oo .€4 "' • co Q -c co _ < < ✓ , Q NN N O 2 m t0 us (L Z a o 0 c < m o (n o M Q v d 00 .Q Q _ N 0 c Oi 2 • a co .V0. 6 O E T O • wdy d ` , OF/7.4 �P . • \\ �v � 1i E • STATE Alaska Oil and 9,as of LASKA Conservation Commissin _ 333 West Seventh Avenue GOVERNOR BILL WALKER Anchorage, Alaska 99501- 572 OF r'hQ. Main: 907.279. 433 ALAS" Fax: 907.276. 542 www.aogcc.alaska.gov Uchenna Egbejimba Engineering Team Leader—CTD & RWO BP Exploration (Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Re: Prudhoe Bay Field, Prudhoe Oil Pool, PBU 16-21A BP Exploration (Alaska), Inc. Permit to Drill Number: 217-153 Surface Location: 1505' FNL, 1227' FWL, Sec. 24, T1ON, R15E, UM Bottomhole Location: 5169' FSL, 1154' FWL, Sec. 18, T1ON, R16E, UM Dear Mr. Egbejimba: Enclosed is the approved application for permit to re-drill the above referenced development 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, Hollis S. French Chair DATED this 't day of December, 2017. STATE OF ALASKA EC E I VE OLASKA OIL AND GASPERMIT CONSERVTOATION COMMIS v DRILL la. Type of Work: 21 b. Proposed Well Class: Exploratory-Gas 0 ❑C 2Service-WAG 0 Service-Disp❑ 1c.SpeGTy'if wOell2 pz��Sed for: 5.005 l Drill 0 Lateral 0 Stratigraphic Test 0 Development-Oil 0 •Service-Winj 0 Single Zone 0 Coalbed►G3r��G Hydrates Ep Redrill 0 •Reentry 0 Exploratory-Oil ❑ Development-Gas ❑ Service-Supply ❑ Multiple Zone❑ Geot 6 Tl4�1' Ell 2. Operator Name: 5. Bond Blanket I 1 •Single Well ❑ 11 Well Name and Number: 1 BP Exploration(Alaska),Inc Bond No. 29S105380 • PBU 16-21A • 3 Address: 6. Proposed Depth: 12. Field/Pool(s): P.O.Box 196612 Anchorage,AK 99519-6612 MD: 13407' • ND: 9058'ss PRUDHOE BAY,PRUDHOE OIL • 4a. Location of Well(Governmental Section): 7. Property De§ignation(Lease Number): ADL 028332&028346 • Surface: 1505'FNL,1227'FWL,Sec.24,T1ON,R15E,UM 8. DNR Approval Number: 13. Approximate spud date: 4485'FSL,180'FWL,Sec.18,T1ON,R16E,UM 79-081 February 1,2.9.11-',o �8'. Top of Productive Horizon: 44- Total 4Total Depth: 5169'FSL,1154'FWL,Sec.18,T1ON,R16E,UM 9. Acres in Property: 2560&2512 14.Distance to Nearest Property: 9110 4b. Location of Well(State Base Plane Coordinates-NAD 27): 10. KB Elevation above MSL: 70.00•feet 15. Distance to Nearest Well Opin Surface:x- 720006 • y- 5929445 • Zone - ASP 4 GL Elevation above MSL: 35.82 feet to Same Pool: 993 16. Deviated wells: Kickoff Depth: 12133 • feet 17. Maximum Anticipated Pressures in psig(see 20 AAC 25.035) Maximum Hole Angle: 105 • degrees Downhole: 3386 ' Surface: 2506 18. Casing Program: Specifications Top-Setting Depth-Bottom Cement Quantity,c.f.or sacks Hole Casing Weight Grade Coupling Length MD ND MD ND (including stage data) 4-1/4" 3-1/2"x3-1/4" 9.2#/6.6# 13Cr85 STL/TCII 1627' 11780' 8564'ss 13407' 9058'ss 111 sx Class'G' 19. PRESENT WELL CONDITION SUMMARY (To be completed for Redrill and Re-Entry Operations) Total Depth MD(ft): Total Depth ND(ft): I Plugs(measured): I Effect.Depth MD(ft): 1 Effect.Depth ND(ft): I Junk(measured): 12595 9251 12204 12204 I 8956 None Casing Length Size Cement Volume MD TVD Conductor/Structural 80 20" 1800#Poleset 34-114 34-114 Surface 2520 13-3/8" 3000 sx CS III,400 sx Class'G',80 sx CS II 33-2553 33-2509 Intermediate 12078 9-5/8" 300 sx Class'G',300 sx AS I 31 -12109 31-8884 Tieback Liner 11790 7" 139 sx LiteCrete.1186 sx Class'G' 29-11819 29-8664 Liner 771 7" 325 sx Class'G' 11813-12584 8659-9242 Perforation Depth MD(ft): 12137-12200 I Perforation Depth ND(ft): 8905-8953 Hydraulic Fracture planned? Yes 0 No 0 20.Attachments Property Plat 0 BOP Sketch 0 Drilling Program El Time v.Depth Plot 0 Shallow Hazard Analysis Li � Diverter Sketch 0 Seabed Report 0 Drilling Fluid Program 0 20 AAC 25.050 requirements 21.Verbal Approval: Commission Representative: Date 22.I hereby certify that the foregoing is true and the procedure approved herein will not be deviated Contact Name Ciolkosz.Ryan R from without prior written approval. Authorized Name Egbejimba,Uchenna J Contact Email Ryan.Ciolkosz@bp.com Authorized Title Engineering Team Leader-CTD&RWO Contact Phone +1 907 564 5977 Authorized Signature 2,( • CCJ � t,¢T Date (I//2./ a° la-- Commission 3"Commission Use Only Permit to Drill Permit Approvali i See cover letter for other Number: 2 f' 7•_ (5.S API: 50- 029-21518-01-00 Date: tali./ f') 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: 0'i Other:gep firs-f /V 3 5 Z C 5 / C �[ Samples req'd: Yes ❑ No L/ Mud log req'd: Yes 0/ No 11 :"V)/2 l 4 G' pi—r-✓t v1 f yv- '75 {� H2S measures Yes No 0 Directional svy req'd: Yes 13/ No 0/ f G 2 5'L ci p -Z �i Spacing exception req'd: Yes 0 No re Inclination-only svy req'd: Yes 0 No Et/J Post initial injection MIT req'd: Yes 0 No B gil( 1 Approved by: APPROVED BY COMMISSIONER THE COMMISSION Date: Z (N I 1 i v--n_ 11 2 97d 7- 1(4\Revised 5/2017 This permit is valid for 24 months froG0 R (pAc 5.005(g)) Submit Form and Attachments in Duplicate 1 \1/ #4 7 -� it t 7 To: Alaska Oil & Gas Conservation Commission • From: J. Gary Eller Rig: Nabors CDR2-AC bp CTD Engineer Target Reservoir: Ivishak Zone 3/2 Date: October 24, 2017 Re: 16-21A Permit to Drill Request Approval is requested for a permit to drill a CTD sidetrack from well 16-21. CTD Drill and Complete 16-21A program: Rig Start Date: February 2018 Pre-Rig Work: (scheduled to begin December, 2017) 1. S Dummy WS drift to deviation 2. S Dummy GLMs 3. 0 MIT-IA to 3,000 psi, MIT-OA to 2,000 psi 4. E Set 4W x 7" through-tubing whipstock at 12,133' MD 5. C Mill out XN nipple at 11,827' MD 6. C Cement squeeze open perfs 12,137'-12,200' MD. Clean out to TOWS. 7. V PT MV, SV, WV 8. 0 Bleed wellhead, production, flow, and GL lines down to zero and blind flange 9. 0 Remove wellhouse, level pad 10. V Set TWC (Cameron 4-1/16" Type H profile) 24 hrs prior to rig arrival Rig Work: (scheduled to begin February 2018) 1. MIRU and test BOPE to 250 psi low and 3,500 psi high. 2. Mill 3.80" window at 12,133' MD. Swap the well to drilling mud. 3. Drill Build: 41/4" OH a. 35°/100' planned DLS 4. Drill Lateral: 41/4" OH to planned TD at 13,407 MD a. 12°/100' DLS planned 5. Run 3W x 31/4" 13-Cr liner to TD, leaving TOL at 11,780' MD 6. Pump primary cement a. TOC to planned TOL at 11,780' MD b. 23 bbl of 15.3 ppg liner cement planned 7. Freeze protect well. 8. RDMO Post-Rig Work: 1. Re-install wellhouse and flowline 2. Perforate liner per asset instructions 3. Test liner lap a. If liner lap test fails, set 4W liner top packer and test 4. Install GLV's 5. Produce well Page 1 of 3 • S Mud Program: • Well kill: 8.5 ppg brine. • Milling/drilling: 8.5 ppg GeoVis for milling window and drilling (500 psi over-balance) Disposal: • All drilling and completion fluids and all other Class II wastes will go to Grind & Inject. • All Class I wastes will go to Pad 3 for disposal. Hole size: 4.25" Liner Program: • 31/4", 9.2#, 13-Cr, ST-L Solid Liner 11,780' — 12,120' MD • 3W, 6.6#, 13-Cr, TC-II Solid Liner 12,120' — 13,407' MD • A minimum of 23 bbls of 15.3 ppg cement will be used for liner cementing. • Planned TOC = planned TOL = 11,780' MD. • The primary barrier for this operation: a minimum mud weight of 8.4 ppg. • A crossover shall be made up to a safety joint, including a TIW valve, for all tubulars ran in hole. Well Control: • BOP diagram is attached. • Pipe rams, blind rams and the CT pack off will be pressure tested to 250 psi and to 3,500 psi. • The annular preventer will be tested to 250 psi and 3,500 psi. Directional • See attached directional plan. Maximum planned hole angle is 105°. • Magnetic and inclination surveys will be taken every 30 ft. No gyro will be run. • Distance to nearest property: 9110' to the east. • Distance to nearest well within pool: 993' to 09-13. Logging • MWD directional, Gamma Ray and Resistivity will be run over all of the open hole section. • Cased hole GR/CCL logs will be run. Perforating: • Halliburton 2%", 6 spf perf guns • The primary barrier for this operation: a minimum fluid weight of 8.4 ppg. • A crossover shall be made up to a safety joint, including a TIW valve, for all tubulars run into the hole. Anti-Collision Failures • All offset wells pass BP anti-collision scan criteria. Hazards • The maximum recorded H25 level on DS 16 was 500 ppm on well 16-15 on 5/27/2012. Reservoir Pressure • The reservoir pressure on 16-21A is expected to be 3,386 psi at 8,800' TVDSS. (7.4 ppg equivalent). • Maximum expected surface pressure with gas (0.10 psi/ft) to surface is 2,506 psi. • Mud weight as low as 8.4 ppg for this well will provide 450 psi over-balance to the reservoir. Page 2 of 3 Managed Pressure Drilli 9 . i • MPD techniques may be used to improve hole stability. • An automatic choke will maintain a target ECD at the window for the duration of drilling to improve hole stability. • A pressure schedule will be used for tripping In/Out of the hole. The purpose of the pressure schedule for tripping is to maintain the same bottom hole pressure at the window by applying surface pressure via the choke. • At all times, drilling fluid weight will be greater than equivalent pore pressure. MPD is only being used for hole stability. Gary Eller CC: Well File CTD Engineer Joseph Lastufka Page 3 of 3 TREE= 4-1/16"aw VVELLHEAD= MCEVOY • 1 6-2 1 sAFIN.TES: **".4-12"CHROME TBG'"*" ACTUATOR= BAKER C KB 11EV= 70' BF.Et.EV= 13-3/8"CSG, --I 58' >K ; I KOP= 1900' t .4 68#,K-55 BTC, 2089' H4-1/2"HES X KV,0=3.813" Max Angle= 55'@ 4100' CI 4 =12A15" • 4. Datum VD= 12090' It 4. [ tumWD= 8800'SS I 4 4. 4 t 1 k GAS LFT MANDRELS 20"CO6DUCTOR,91.5#,1+40,0=19.124" H 112` 4, ST M) ND DEV TYPE VLV LATCH PORT DATE 4 4. 4 4 6 3574 3256 53 KGB-2 DOrvE BK 16 07/01/08 [13-3/8"CSG,72#,L-80 BTC,0=12.347" H 2561' • 4 4 j 5 6310 4993 49 KGB-2 DOW BK 16 07/01108 4 7512 5767 49 KGB-2 DONE BK 16 07/01/08 t ot 4 • 3 8670 6505 50 KGB-2 SO BK 28 07/01/08 •, 6- 2 9781 7247 48 KGB-2 DMY BK 0 04/08/06 , Minimum ID = 3.726" @ 11827' t t:' 1 10899 7998 46 KGB-2 DMY BK 0 04/08/06 t .. HES XN NIPPLE t .• .1 t 11720' —4-1/2"HES x NV,0=3.813" I t ., o, _ t ‘4, t • 4 4 4 4, 1 t .• 11740' —7"X 4-1/2-S-3 BKR PKR,Ci=3.87" I 1 .• 11764'_1-14-1/2 HES X M',ID=3.813" fl., fir _. •. f.• 11764' Hr HES ES CEA/ENTER i • 4 6. 7"CSG,26#,L-80,0=6.276" H 11818' -' 44. 4 4 4. • % • TOP oF 7"LINF2 --I 11823' I—•:, 6., 11827' —14-1/2"1-ES XN NP,13=3.725" 4-1/2"TBG,12.6#,13CR-80 VAM TOP, 1 11849' 11849' —14-1/2-VVLEG,03=3.958" .0152 bpf,ID=3.958" 11842' H ELME)Ti'LOGGED ON 08/04/07 9-5/8"CSG,47#,L-80,0=8_681" ---1 12109' I-4 PERFORATION SUMMARY REF LOG:BHCS ON 01/22J86 ,••••••• 12204'CTM HEST.TOP OF CMT(04/24/04) ANGLE AT TOP PERF:41°©12120' 444 444 44 — 14 4 4 4.44 Note:Refer to Roduction DB for historical pert data iiiii11.4 .111 _ SIZE SFF FITERVAL Opn/Sqz DATE IIM 12228*CTM ---I TOP OF SAND(04/24/04) 3-3/8" 4 12137-12157 0 03/15/01 3-3/8" 4 12170-12200 0 03/15/01 3-3/8" 2 12199-12200 0 02/17/91 3-3/8" 2 12257-12260 S 12/17/00 11111'414" 12380' --ITOP OF CEMENT 3-3/8" 1/2 12308-12328 S 03/04/04 14.•.4..1..4.10 3-3/8" 1/2 12332-12350 S 03/04/04 •,I•0,1,4...4..4 4..1... 0..11... 04..*11.1.1.1.* 4.1...1 .******* 14....•......I. 1,....•.......1. 0,..I.......1... PBTD --1_ 12647' J 411114. _ •••••••1 •0111.I1•+.4..1. l_r LW.29#,L-80,.0371 bpf,D=6.184" --I 12584' o.4.444.4.6.44 DATE REV BY COMVENTS DATE REV BY CONVENTS FRLOHOE BAY INT 01126/86/ROWAN 3:ORIGINAL COMPLETION 05/11/17 GJEIJNID SET F'X PLUG(05/08/17) WELL: 16-21 06/24/86 WWI RWO 05/15/17 GJB/JMD PULLED PX PLUG(05/15/17) ' PERMT No:r1853120 04/15/95 D16 RWO API No: 50-029-21518-00 04/12/06 D14 RWO SEC 24,TiON,R15E,1506'FNL&1227'FWL 08/13/11 PJC DRAWFD CORRECTIONS . 10/20/16 JPK/JMD LFDATED GLM LATCH TY PE BP Exploration(Alaska) TREE= PROPD waLFEAD= MICE�/oY VERS 1 -21 A DLSA@ ' *4-12"CHROME TOG&LNR*** ACTUATOR= RE KB.H_EV= 70' BF.ELEV= 13-3/8"CSG, H 58' x j ; I KOP—_ 190(Y 68#,K-55 BTC, *, 'Z two, 2089' H41/2'I-ES X NP,D=3.813' Max Angle= '@ 4. 4 I D=12.415" Datum Mt D= 4 2089' 41/2"PX PL (05/08/17) Datum ND= 8800'SS j j 4 4 GAS i T MANDRELS 120"CONDUCTOR 91.5#,H-40,ID=19.124" — 112' A 4 ST MD ND DEV TY FE VLV LATCH PORT DATE ♦ ♦ 6 3574 3256 53 KGB-2 DOME BK 16 07/01/08 113-3/8"CSG,72#`L-80 BTC,D=12.347" 1—I 2661' 4 • 5 6310 4993 49 KGB-2 DOME BK 16 07/01/08 4. 4 4 7512 5767 49 KGB-2 DOME BK 16 07/01/08 4 3 8670 6505 50 KGB-2 SO BK 28 07/01/08 ►. 2 9781 7247 48 KGB-2 DMY BK 0 04/08/06 Minimum ID = 3.726" @ 11827' 1 10899 7998 46 KGB-2 OMY BK 0 04/08/06 HES XN NIPPLE 4 4 ♦ 11720' —{4-1/2"HES X NP,D=3.813' 1 ♦ • .• 4S ♦ AA 2'4, 11740' --Ir X 4-112"S-3 BKR PFCR D=3.87" I• • 11764' —I4-112"HES X NP,D 3.813" •ITOPOF 3-1/2"X 3-1/4"LNR —1 11780' 1 1 j • • 0 VIW _ E tZ ° Wew YT al 0- CO IQ U) vt Q 0 J 0 Q CC coo L I- E a. - mImmo csi 0 °' twe CD C� Q L 0Q O � � a i m Cl N E Z Z a a r a CO o • i MiW z a O N a V CO O m til N LCItt.w LO CO V N O N V C) 40 00 CO O Z. CO CO sz • a. a C 0 o z 0 'Jr' Q z 0 t' o o • o a w r0 a c O v 1,2 > S' (0 N N > V J O Q J Q' li N m CD E In as a.) ,T, d i (On (` 3 CC COCn 0 C) d - C V E C CP pl 41 10 J 0) C C y _I _1 0 0 > d .0 C .O , O U N E 0 ii t-'' OlN. U d L J J L w d O) I y 2 C d a C F N O c (n C f6 02s E v CJ v• d a m w .9_ R m v v a o )o O 30 30 o w m o H " S C U T m E 0 ,) L W mo c0NU o O c1- 0r N a) Co o w m I- h O y y cJ E 2 N CI R CD II CL O a o r m m Z. o o c 0 C -. y 0 d 0 2 W Z O F + Ca y R I, N 7 > O N O) W N- t c 2 O) 3 l c co y 0 C C d O o os 2 W u r in d c o i. z o W s v coo co 0 2 W o + - o z Q Co ) - d c0 L c " o v a a) N N r CO (p UJ t O M 0 v d ui i o C 0. 1N .9 0 E aco .c N a' C i0 N ! u) a `O y co d o . O LL = co N i. co D O CO 00 7 co 7 Z L 0_ CO CCs,CO a p Q o 03 O o O N N C) Q Q ' .- O o O n O 0 ~ O N I O a J (n Q N 0 Q N N N 2 0 N 8 >. o d Q O O am. a m m m tic I= 03z . CO m > Y E N N 2 9 3 2 N Q Q t• -0 a N N N Q Z Z 2 1- I OCL O O O Z [L CL .4, ii as CL E y c c v Q E •• 0 o 6 o T .siljC F. > a m N N C h C C 2 C 4O V O C >, m 0 0 c a y a O) urn N O ra Eop _ vN aoo o ' o dm o « m Oa — — 33ro O a3rnV ' w a v C p 0 - cno a 2072 m ina aa. 2 o < > > • o o 0 n o o o o N n p O O m v O O O N O O N ? N O o ui n o o ui v ui ui n o n o a T co co m 0) m W a O r m C) . LLCi W5� 1- o co .: ry o 31 n 0) N- O n N 0) LO .- n ) Q C7- CD N 0 N CO m u) m N- M u 0 ) N CD a. U n ri ui 6N M ui Oi 6 C ui ai Z m 0 N CO CD n (D CD CD CD (O 0 N N N N N M M V V V u) u) () Q m E N- n n N- N. N n• n n• n N- r N z p W w O 0 > a >- 4. O d a 3 Y >N W COC7 O N N 0 0 0 0 0 0 O ) 0 d = Q 00 0 0 0 O O O O 0) O O) O J O3 O — .- 0) u) u) u) u) u) v u) v u) d o 0 ' co M M CO co co co co M CD• (/) On w 7 IX oo y N m j C a 0 s 2 Y r w L. co v m co co 0) o O N- (D LO n O 0) 0) O N 0 u) CD 0) v N (7 M CD 0 v u) m v 0 N M CD 0 N d M M n u) m 0 v m N m V V co v u) co co CO U) � CO N N (D CO C 0 C O O O O O O N N N N L - v v v v v N N a a v v v v w y N N N N N N N N N N N N N I d R n n N- n N N- n N n n n n n a W d C m . 1 C d O C3 d C 'O 0 a d N v 0 N O N M n n CD CD 0 Q . y ,L�d A W N- co O N 0 N s- 0 N- CO N n N co W 0) N- 0) CO N CD a) O 42 '47, 000E m 0) u) u) m O n O) N O O co 0) O d m T C) 0) N M u) m co 0) u) u) 0) M M co 0) - Li' L d a C u) u) u) u) u) V) CD m m N- N N- h • p m -t 2 m .y = e ui ui ui (n ui vi ui (n U)• (0 ui ui m p > O 7 R 8 .y0.. m om N 0) Oco M) OM) OM) OM) co OM) OMI OM) J F Z CO 0 C Z u) u) u) u) u) u) u1 u1 (1) u) u) u) u) .0 C 8 C YO (J) eL .2- CO • co n v co v n CD CD u) CD N 0) m IU m u U 0 0) u) V) N CO N N v CD CO u) N W N O` N M n m N N n 0) co m n n O Q > O N co u) CD N N u) 0) 0) M m CO N N N N N N CO CO M CO co v v m - W 7 I- .O 0 N M co CO CO CO N0 CDCO (nD 0 M CD (MO CO (3 N O O N N m O N O O n n () d U 0) 0) W co N N CO CO CD CD W N O) COU N ' u) u) u) CO- (D m m• m m• CD CD m co Z _ W t 00 Y0 Z H O (0 N 0 n co 0) O co CO CO 0 CD • N v O CO u) '0 N N O) 1 m n N n v m u) u) CO v v m a) O co n n 0 0 0) co co m (0 N N CO CO CO CO CO 0) 0) CO CO CO CO CO CO m CO- CD CO- CD CO- CO- CO CO- CO CO- CO OD - CC > 7 F Q m CO N N N N n u) M CO CO0) N- m O u) m • n v v 0 v aD N O O N6 O) n m co n CD ✓ V v u) v v v CO u) u) co v O N .r a co m •N N O Q 6.. a m N a N T Q d (., N > > (7 CO .- 0 CD 0 N- 0 0 0 0 u) U) (n co N co 0) v n 0 co u) u) u) u1 co Q y O M v m O6 u) u) u) u1 u1 p (O m 0) 0 0 0 0 0) 3 @ T o ❑ n o N1 m d o x O v 0 v F d m CD I- HN r v T T Y a N N N C ( x' 7 7 O m (O 6 (p E 0 Z d d ` pO 00 O d O (C O O ,- O O co O N 0 N N 0 0) O u) O 0 « 0 0 a,0 0 v O M O co M 0 0- 2 p n T u) () O () M M d CO O n O M O O n O d, d. o d n < O_ < M_ u) 9 0) 0 O) 0 O O u) O co O) N N co co v sY V' N N .0 O O N N 0 — N N N N N O N C 01- .N- N• N - - ,- ,- N O - m F LL V Y UJ CO (o n CO o) CIE CO. Fij O C T d p r d d y 7 lc m O U N1 6 m a) a . •CNI N CO O 0) O O O O COaD • _ _ Q n m O M 0) O O O 0) n O 03 O CCD ,- a MCI N CD N m 0 O O O1 O O O 01 00 N O N O a co o co O O co 0 0 CO V) V) 0) o O) 0) 0) O O 0) Cn ci 7 7 7 IL U�3 O 0 1/�m. U) Xi U) M 0 N CO M N N CD V) U) M CD 0) CO M a a aD co co V) CD 0 n M 0 O M M V) V N- O .- V) n O N o) U) o o M (O O N co V) n d) n M M 0 N. V) CD co V) V) U) V V co co co CD 0 U) 0) 01 0 Z N co co n IN aO OD 0) 0) 0 0 •- `- N N M Cl M M v < y r N- n n IN N- N- IN N- CO- CO- CO- CO CO 00 OD CO- CO CO o y y O 0 } CLd O d 0 Y y (D 0 0 0 0 0 O O O 0 0 0 0 O O 0 0 0 O 0 Q 0 O O O O O O O O O O O O O O O O O O cu J 00 N N N N N N N c.i esi N N N N N N — e- O0 U) 0 co On E cc) 0 3 d N N m 2 . 0 0 O 5 2 Y 1 w O co O) CD CD aD CD 0 o N V) 0) CO U) U) 00 C V co co N. 0 a DI V) N N O) N N. 0 0 co M N cD M CO M 0 d' CD M _CO CD CO 0 CO V) N. d n O U) M M M (D 0 N N co O) fD n n cD V) U .0 0W n n U) U) M M N N 0 N IN 0) N 0) N CD 0 •- d 0 c N M M V V) U) CO CD n n n n CO CO 0) 0) 0 0 - v v v v v v v v v v v v v v v v v c vi U7 wa) 0 N N N N N N N N N N N N N N N N N N N d n n n n n n n n n N- n N- n n n n n n n w d c R 0 d c d U R U d c 3 U) 0) N00 al CD n CD CO ID N- CO n U) n CO C N N O C U d G )2 d w R M V n Ca OD U) COCN CO CO V COCV 0 W N CC") V Ca 0 o w ,F`0 d U % n n 0 N N O) N. 00 N. n N v U) 06 N co n 0 U d R' OI 0 U) CD CD CD n CO N M CD 0) N CD n d T d c n. co_ co co 0) 0) a) 0) 0 O O 0 ,_ ,_ N N N N cd) 0 d 1' r L V) U) co- co- co- U) V) CO- CO- CO- OD CO CD CD (D CD <D CD CD y o Ca CI 0 O1 el O1 a) 0) Of 01 0) O) m 0) o el el a) 0) 01 01 0) CO O1 mCI VI 01 0) 0) J Z y O Z "' U) V) V) CO- V) U) V) 1.0 CO- UI V) V) U) U) N L0 V) l0 Wi- t 0 C a) N N V M n 01 n N 0 _ U) CO ,- m M CD V) CD M N co co co O co N. CO 0 M CD 0 CD U) M CD Ce V O C M M o a0 M U) 0 0 M cO st ca o n 0 N n a U1 co co O 0 CO 0 CD OD of CO V) 0) 0 0) Vu) V) 0 CD n n m m CO W _a) 0) 0 O N a C — szr- To V V V C < V V V N U1 V) V) V) U) m D W 7 F- O 0 a o a) V) CD N N- 0) a CD 0 V) M CO 01 m n 0 V) UI m O) N 0 M O .- co V O W M N V) U) U) VVV) n N o n n m CD M CO V. M CO CO M M 0 CO M M CO 0 M 'V' IN 0 M CO IN IN 7) N N N M M M M or V' V' U) U) U) U) CO CD CD CD (D N VJ co- U) CO- CO- m U) CO- CO 0 O CD". U) C CO- m 0 O U) U) a Z a) U) N a) 0 n CO 0 OD CO N a o CO 0 _ V' NCO N 0 0 M N CO 0) N 0 M M co N CO O N 0 U) U) N N 0 O c0 OD co aD aD O O U) N V) N W co co co co co co co co c0 co 0) N V N- O) M V1 V) CO CO CO CO CO CO CO CO CO CO CO 0) CO 01 CO 0 0 O O I co N o co- ca- co- op- co- coco- co- OD CO- CO- CO- CO- OD 0) O) 0 O1 O 7 N 0) n CO 0) n co co_ co O co 0) O) a M N CO V N N. CD CD U) n N 0 c0 n N N V) c0 N M N N M M 0) 01 V) M M n n m N N03 O N1 U) U) CO V) UI U) co co U) U7 V) CO CO U) V u) CD c0 co Q d co co 0 0 0 0 0 0 co Mn 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 CO N. v 0 0 0 0 0 0 0 0 0 Ci cM Ci 0 of W 00 UVi U i Ui i Ui Vi Ui Vi Lei Q �p co 0) 0) 0) O) 0) 0) n N. CO CO CD cD CD CD CD CD CD CD U T O V CO d C E... w m o ' L co ¢ Q t 73 m N N N 0 M O 2 co 6 co co oo a Z d d ODO 00 O CD CD 0 W0 0 V 0 C O ' O co O co n N r 0 N 0 .- 0 — 0 0 0 O SI. 0 V O V 0 CI- T 'p O O 0 0 n O n O O aD O aD 0 ca O NO N. M 7 d = U) O O co 0 a) O a) O O N 0 N 0 U) 0 CO 0 0 Q M O CO n n n co c0 co O co ,- .- N N M M V" 't N Q O I. N 9 N N N N N N N N M M M C) M M M M M M R O C .. — co V W r r — - - r .1. r r - r - r • r co r 00 QU O c d n y .0 m c p o c Y y N cia m3 3 o 2 Ot • 0 a (u m' U o m <L a a O O z U v ¢ m x z O (n O U > > m 0 R N 3 Q o U (D U) N 3Lc e m 02 - > Y F- > W U ii co c O C w 2 7 coN W K C N O d C d 10 U 'O C U 0 U U C 9 y r N o w w ro U H U (u K T R cn A D: t 0) a E x C° LN J m z w 0 O v t O 0 a) ct O) a E a m D UJ 2. • 3 V O M U CI) O O V a • O CD 0 m C Q Q N 'NO X to d E m N) o) E N N a 13 -U Rco CO = o (o (p O c c , N CO a Ln an N co O a z 2 0 Y W LD co N co CD w I- CO CO r a M Cr CD U) N CD N M CD N- O CO (D CD Co N O) LD LC) N CO N- CO Ln CD CO CD O N- O CD CD CO N Ni r CD C- N- CO N- r a a Ni (D M c0 CD (D N- N O N NN NM N N Lc) M M '4 LLln M rz O O WO O U O W 7 a a a a a a a a a a a a a a a a LO LO Ll) 13R + CO co v P C_ > F 0 0 V M M CD M CO CD N- N- CD O N CD N- O M O) To 0) Na N. CD M O Ns LC) CD CD O M O LO O M C.) a- a 0 0 0 CO CO O )s a LO LC) CD a N (--- CO CD CO O CDN 0) O N CO N CD 0) M CO M CO M O a O Ll) N. J f/) -a- O) W CD O O O c- — - N N M M a LO LC) (D CD CO z = ( LO LD co- CO co- (D (O (D (O CD co- co- CD CD co- (D CD (O :F41 a m CD N O N- M O CO O CD CD 0) O CO CO .Cr OD O a N Cr a = CD a N CD N N O M M O M N O N N .cCO I- N N- a LC) O) a (O O1.6 N O CO CO O(c) (C) o:i U) C) e co O co a N- O 0) CO CO CO DI LC) LC) CO 0) a CO M Cl) J d 0 (o (o ao C0 ao ao CO CO ODCOCO (o co OD co CC) (D o) O) /Q > UT O U 1• ° a c co (D O O O O O M N N N CO CO CD CD CD a a a M N) co r 'O O O O O O a M CO M N N a- c- a a a a a < 0 0) < < 2 « LCi Or N) Mr N) N- N) ci N D ci (- - OD OrD U) (N N.Lo > a '8 C M LC) CD M a O LsO Y OfO� C.D W N N N M O N N N o lO D O 2 8 N N N N N N N N N N N N N N CO- M M M M fd N 2 a C N O ? 0. N yhi ..... 3' o (\i 0co C ',4-' a C C� Oes- C y CO C C 0 E• O w N N 'ca R R U O. CO 0 a d • • a s IfId I h a 8 a 8 N O I / • p - \. fou (SD ii 3 N G$ • P 0 g na o gmgi g Q 8 _ g ''?pp, cr A i1;m:1 NF t81Is i , b .8 Zi 9. 0 3 _ S m v 8. i.., ` _...•-. '! g a N• g Co c,� oyr J 8 a -- m p Q o F N D N `p o wmo m 3 r (u►/gsn 001)(+)uuoN/�)q nos Q N 8 • a r o € $ CO lD o iia To ' d"b orb N,w Ln m r corn w^c�M a m 5- `b . D8888Sv 88NN""""""44444 Go AKNNN� gCMC gmm8MWMg, o"'�V«8g51851F'2A88�S�8A v6�g8;gBNocoaa r �ocoocomoommmcococococococoo 64 m Co o >, 3 51 Iq Oc8 h aN8 sR822 a SR Nn P2nE _ Y LfA_vsN r rrrrr m co V0o,4 8 p 88 8 a N E�� §88008888808888888.88 �b �'1 \ ,1 eae tcn a� 7 Ooi cc' 6 g a, 6 ,a,W r\ 111 L Z ~pp�� 8p 8p 1 a N m 8 0 0 0 g g 08 0 g 0 0 0 0 0 0 0 0 0 8 g� °:‘,1 Jm so�� mmmmmm NNN�NN�� 0 388 aAa228"�SC8ER5�888"8 •$ E-:`' J - a N , mCO03 m� gco « , S �N — CD �4544�oraa � o8��mm�rr8a Z i:^.o'ii i:1 n Iwo 8mZIT,mmmmmsmmeem N o"N er""e< B`R8;NSAA8ry mr -nSg ����� m SR2sRr.2Roa, 88888m5888885 FS m�rNr��� �N�����80<� 5- -.EN �a«8,ri�' <� r N za ;:t Ao.v8.53535R8888A88888 min o 00000 � CDCD� 05000 Zo :! !! !! ! an 3 211121111 (uy}jsn Ob)qicboa ieognA anJZ 2 0 • a ! I z * ©g§ §_, § tx" . . . . . $ § § ! I ^ # _§, .. . - $ f! {| ! _. . f t :i$Vd $!4,! & )§! ; . . . . f iP (n k: f )ii)° $ \ § 1 � . . . . f§ ;e C . . . t F\ 8 \. \ � .... $ l''- § ƒft( ! &| _ \ 7lI § i |$ k § A » .y It ! § ... .. ... ..—.—.--.—. .. ....�.. .... .. . . .. . . .. .. . .... .. .. . --.—.. . .. . ... . ,1■ k .62;■2 §z1f@I ƒ k!!Af!$ . f ,§ . . . § . « § ' / / ) / / / , f } ) g.• § { B § § r § § $ § § i { k $ `1 0 (qm 000(+ o/NV—A ! § 2 • • 0 13450 1111.14'.,,.".g' - — •-_ _.- _.... ... .. .... _..- -----T -_-- «_-__.___--____ -.13400 t 13350 a 13300 m F 1 - '3. 13250 r e r m o Z ; d� L 13200 w U gU ti z 5 o dE ¢�v is m 5.- � w J 0 6- _-___ - -. ___. -_ - .---_. -._-_ .--- _.. - 113150 C U co 2-J Lu J -o Z ��Fw� ,_ ; f � a - -, I -13100 dm a fig it .2 o ~ 2rn2vn2 + + Ili c c rni- �- ------------._...---13050 oE3oc_ • a w co w E 413000 O 0 t -' 12950 Q ,- r _- 12900 N CD - - -- +--- - -_-. -- ?---- - ---------Y12850 co N h °2 c n" 0 0 - -. --_. --_ ----. -.-_-1.12800 N I O O Z /o _ m —12750 N Q c ----. N L ti C.......- t -.12700 CI Z 2Vva to nl _. m £ m —12650 OA m P a)u.-E d N t.) . M 9 f d � _ Z m N E a —12600 a .rJ .y c LL 0 . J N ami 0 -_-_ _.-. -- .__- , ---... _._._ 0 CUY ._ _ _....----12550 - --....: -_..-. . ..--_ .. •--._ ---_._ __.-_ .-_--- - __--------12500 -12450 Cvi - ttr — -12400 N --- ----_ -__, t--- -._-.-. --__ -_.. _- _ _ -- -- -12350 m t0 N N O to N(7,Q m • _--- - -_- '_- _,. - -12300 10 0 Gt.0- i -, -.... 1 --- - - �- '---- i ---. ___- -_- ;-.-- ---._- --—12250 m 'CS.. Q p N >a N E -- - *- _ -1- 12150 I 1 — +-- - 2100 �I _.. - J 12050 0 1 aaI I 1 4. 12000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 co t0 < N O OD f0 S " O co co V O CD co R N 'Q t'7 t� t� CO CO N N N N N e- (ulsn oz)uoileiedag ailuao of anuao • • rror8Na%217-Nro2222 Mnrmr O O 0, rP-'1 Ovn)OOOnma^omaMow O 40 tj'oon0000000000000 � AOfDV 00000000 0000 .40141111111111111101/1, 1111011111111,11=� ,, C b FO.-.01.—mm^momocommmm ONN000044,,A 000000 ..,,, ■■ ,� TT W O•-0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 /1/id �GOimmtN��mNNNNN NNNN I C IW=R C; 30)ihS.N�,°g,!f TaDm OI8V,2 tNO �U'� ,, .•�:: ' , 01 , a� O<9 O O gi C 'FNNNNNMMtOn<YV>OraODm � _� ,. OC YYY Y YYY YYY Y YYYY ONan03- J= NSM�M n�02En�O�MA p _�NV tOMO466D6OMOt6,66 > • #4111r4 O N c000a6Mo�vui vim vtlir airoe § ' S }00n..N.NOONNMMMN.r.tp{,{p 3 . pinNOr gtpmmO.-aoaoYr000 N Y Y 7 m V N OI N N O M O M O N 1 N co � ao�m�ao��m�� �mmm�� � � rIII ; i C woomm wao mao aoao22220 $O ZD�4 I't'O�n my N N Y�n Ol Y tO 00 W N1N Q stn Otnn l�V�YODN�rtOr 11; C N U Ger tV NlmM1�TNmG) U COO VVYVNYMYfMNtDNtO�n�n tOYtp tO E `� 1111„r b, gt_11 t,,T. 1Ylc -?.o2nSnm0000n000mm ;Z g(n�W� YVYenrn000_arnrn mntOrot0 t0 to /� J_ L 1+.2.2G .2.2 G O.....------ , Y M M M a V a -.�� ,,,' M O •1' _ N Q w ,. = .0ule OOotMnuM'RA.7,�000n meaa1ti�'"' A/4p 1 -1.0 QW2(nU'2 NN <YNtOn0Nt O ,'-_� , N N N N N N N N N N N N N M M M M M 1°wcnw E ?g d —NMYta110rODT m • 4 3 t/—NM,,...,0.. 0 U In 1!7 0 � co�- '��� N Q U r r O o; < F- C. T.1111VanitriFl 2&•C- 1,h 2c i.) 11111111111111111111111. -, e N Uliiiiiiill `b 8 E m CO w 0 N t`- o a v n N N N __ _ M 00.-o r r ,- ---=.-= __ - to cgi C" -' P >> S z t121°'4 aim W N N r 2E56 OM D o co INN \i. — NI- '^ O O w O N i's. ,111111101141kilitiNINNISISSISIE 0ill' as CD Cl ZC N v vJ O K co g ,_ ci, tD 4Ir Ib ; vi r 1 — IN * E m W allelo" III 4_ F. 0 MEM . 41010P8 .E. E m 1111011111111111. I C N th CO __ ' ,� td� odo _to 0wV. aliiiiiill Y ` c4 cc,; m N madvv• 0 J7t 2 *1 $Ø' > t- ttoi OD (JD N N • • 0440 bp North America - ALASKA - BP Prudhoe Bay PB DS 16 16-21 USA00001932 16-21A 16-21A WP06 Travelling Cylinder Report 01 November, 2017 BA ER 0 UGHES a GE company • BP • 401 BA ER tit Cit bp Travelling Cylinder Report if UGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Reference 16-21A WP06 Filter type: NO GLOBAL FILTER:Using user defined selection&filtering criteria WARNING:There is hidden tight data in this project Interpolation Method: MD Interval 25.00usft Error Model: ISCWSA Depth Range: 12,075.00 to 13,407.43usft Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 1,537.63 usft Error Surface: Elliptical Conic Survey Tool Program Date 11/1/2017 From To (usft) (usft) Survey(Wellbore) Tool Name Description 100.00 12,075.00 Survey#2(16-21) GYD-CT-CMS Gyrodata cont.casing m/s 12,075.00 13,407.43 16-21A WP06(16-21A) MWD MWD-Standard Casing Points Measured Vertical Casing Hole Depth Depth Diameter Diameter (usft) (usft) Name (in) (in) 112.00 42.00 20" 20.000 30.000 2,551.00 2,437.15 13 3/8" 13.375 17.500 12,133.00 8,832.40 7"Planned KOP 7.000 7.000 13,407.43 9,058.27 31/4" 3.250 4.250 : Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan Offset Well-Wellbore-Design (usft) (usft) (usft) (usft) PB DS 09 09-13-09-13-09-13 Out of range 09-51-Plan 09-51 A-09-51A wp11 B 12,787.21 15,925.00 651.74 268.89 384.58 Pass-Major Risk PB DS 16 16-01-16-01-16-01 Out of range 16-21-16-21-16-21 12,375.00 12,595.00 303.63 13.13 303.63 Pass-NOERRORS 16-22-16-22-16-22 Out of range 16-24-16-24-16-24 Out of range 16-30-16-30-16-30 Out of range Offset Design PB DS 09- 09-51-Plan 09-51 A-09-51A wp11 B offset Site Error: 0.00 usft Survey Program: 132-MWD,5423-MWD,5500-BLIND,6000-MWD,6000-MWD+IFR+MS-WOCA,11000-MWD,11000-MWD+IFR+MS Rule Assigned:Major Risk Offset Well Error: 0.00 us, Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-6 +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 12,080.17 8,792.09 14,575.00 8,971.18 50.14 50.40 -61.57 6,627.67 3,115.06 4.375 1,288.50 254.75 1,038.55 Pass-Major Risk 12,088.66 8,798.57 14,600.00 8,971.48 50.14 50.49 -61.22 6,626.37 3,140.02 4.375 1,266.78 254.64 1,017.07 Pass-Major Risk 12,097.34 8,805.19 14,625.00 8,971.73 50.14 50.57 -60.84 6525.50 3,165.01 4.375 1,245.31 254.51 995.87 Pass-Major Risk 12,109.01 8,814.11 14550.00 8,971.93 50.14 50.66 -60.49 6,625.06 3,190.00 4.375 1,224.12 254.52 974.87 Pass-Major Risk 12,122.06 8,824.06 14575.00 8,972.10 50.15 50.74 -60.14 6,625.06 3,215.00 4.375 1,203.17 254.59 954.10 Pass-Major Risk 12,131.92 8,831.58 14,700.00 8,972.22 50.15 50.83 -59.76 6,625.50 3,240.00 4.375 1,182.50 254.75 933.72 Pass-Major Risk 12,13829 8,536.42 14,725.00 8,972.29 50.15 50.91 -5924 6,626.36 3,264.98 4.375 1,162.18 254.05 913.80 Pass-Major Risk 12,150.00 8,845.23 14,750.00 8,972.33 50.15 50.98 -58.52 5,627.67 3289.95 4.375 1,14225 252.07 894.14 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 2 COMPASS 5000.1 Build 81D 0 BP • A ER 0 bp Travelling Cylinder Report BI rUGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Offset Design PB DS 09- 09-51 -Plan 09-51 A-09-51A wp11 B Offset Site Error: 0.00 usft Survey Program: 132-MWD,5423-MWD,5500-BLIND,6000-MWD,6000-MWD+IFR+MS-WOCA,11000-MWD.11000-MWD+IFR+MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usrt) (usft) (in) (usft) (usft) (usft) 12,150.00 8,845.23 14,775.00 8,972.31 50.15 51.06 -58.01 6,629.40 3,314.89 4.375 1,12268 252.02 875.16 Pass-Major Risk 12,150.00 8,845.23 14,800.00 8,972.26 50.15 51.14 -57.46 6,631.57 3,339.79 4.375 1,103.60 251.96 856.67 Pass-Major Risk 12,150.00 8,84523 14,825.00 8,972.16 50.15 51.21 -56.88 6,634.17 3,36466 4.375 1,085.04 251.90 838.68 Pass-Major Risk 12,150.00 8,845.23 14,850.00 8,972.02 50.15 51.29 -5626 6,637.20 3,389.47 4.375 1,067.04 251.83 821.21 Pass-Major Risk 12,161.56 8,853.69 14,875.00 8,971.83 50.15 51.36 -55.09 6,640.66 3,414.23 4.375 1,049.33 248.89 803.75 Pass-Major Risk 12,164.68 8,855.89 14,900.00 8,971.61 50.15 51.43 -54.25 6,644.55 3,438.92 4.375 1,032.36 247.86 787.18 Pass-Major Risk 12,175.00 8,862.94 14,925.00 8,971.33 50.15 51.50 -52.75 6,648.87 3,463.55 4.375 1,016.11 244.92 771.14 Pass-Major Risk 12,175.00 8,862.94 14,950.00 8,971.02 50.15 51.56 -5207 6,653.61 3,488.09 4.375 1,00031 244.89 755.66 Pass-Major Risk 12,175.00 8,862.94 14,975.00 8,970.66 50.15 51.63 -51.36 6,658.78 3,512.55 4.375 98523 244.86 740.80 Pass-Major Risk 12,175.00 8,862.94 15,000.00 8,970.26 50.15 51.70 -50.62 6,664.38 3,536.91 4.375 970.91 244.84 726.56 Pass-Major Risk 12,175.00 8,862.94 15,025.00 8,969.81 50.15 51.76 -49.84 6,670.40 3,561.17 4.375 957.39 245.07 712.96 Pass-Major Risk 12,186.94 8,870.52 15,050.00 8,969.33 50.16 51.82 -48.06 6,676.83 3,585.32 4.375 944.47 246.97 699.84 Pass-Major Risk 12,200.00 8,878.09 15,075.00 8,968.80 50.16 51.88 -47.33 6,683.66 3,609.37 4.375 932.43 246.30 687.55 Pass-Major Risk 12,234.94 8,894.09 15,100.00 8,968.26 50.17 51.94 -48.43 6,690.57 3,633.39 4.375 920.57 244.78 675.66 Pass-Major Risk 12,340.37 8,900.16 15,125.00 8,967.73 50.25 52.00 -57.32 6,697.47 3,657.41 4.375 907.11 245.17 661.96 Pass-Major Risk 12,350.00 8,897.64 15,150.00 8,967.19 50.26 52.06 -54.54 6,704.38 3,681.43 4.375 893.10 244.51 648.01 Pass-Major Risk 12,350.00 8,897.64 15,175.00 8,966.66 50.26 52.12 -54.94 6,711.28 3,705.45 4.375 879.49 244.58 634.44 Pass-Major Risk 12,350.00 8,897.64 15,200.00 8,966.12 50.26 52.18 -55.35 6,718.19 3,729.47 4.375 866.38 24465 621.17 Pass-Major Risk 12,350.00 8,897.64 15,225.00 8,965.59 50.26 52.23 -55.77 6,725.10 3,753.49 4.375 853.81 244.74 608.22 Pass-Major Risk 12,361.11 8,894.67 15,250.00 8,965.05 50.26 52.30 -51.07 6,732.00 3,777.51 4.375 841.34 24565 595.39 Pass-Major Risk 12,375.00 8,890.96 15,275.00 8,964.52 50.28 52.36 -45.13 6,738.91 3,801.53 4.375 829.97 248.51 583.66 Pass-Major Risk 12,375.00 8,890.96 15,300.00 8,963.98 5028 52.42 -45.57 6,745.82 3,825.56 4.375 818.48 248.75 571.33 Pass-Major Risk 12,375.00 8,890.96 15,325.00 8,963.44 50.28 52.48 -46.02 6,75272 3,849.58 4.375 807.61 249.01 559.38 Pass-Major Risk 12,375.00 8,890.96 15,350.00 8,962.91 5028 52.54 -46.48 6,759.63 3,873.60 4.375 797.37 24926 547.85 Pass-Major Risk 12,375.00 8,890.96 15,375.00 8,962.37 50.28 52.60 4695 0,766.1 6897.62 4.375 787.79 249.52 536.79 Pass-Major Risk 12,485.13 8,863.02 15,400.00 8,961.84 50.39 5266 -5242 1444 :. 6921.64 4.375 777.09 246.75 529.90 Pass-Major Risk 12,490.48 8,86223 15,425.00 8,961.30 50.40 52.73 -51.11 6,780.35 3,945.66 4.375 765.71 247.55 517.70 Pass-Major Risk 12,500.00 8,861.11 15,450.00 8,960.77 50.41 52.79 -48.61 6,78726 3,969.68 4.375 754.86 249.05 506.08 Pass-Major Risk 12,500.00 8,861.11 15,475.00 8,96023 50.41 52.85 -48.85 6,794.16 3,993.70 4.375 744.45 249.30 494.29 Pass-Major Risk 12,500.00 8,861.11 15,500.00 8,959.70 50.41 52.91 -49.09 6,801.07 4,017.72 4.375 734.75 249.55 482.99 Pass-Major Risk 12,515.38 8,860.00 15,525.00 8,959.16 50.43 52.98 -4528 6,807.98 4,041.75 4.375 725.27 252.83 47275 Pass-Major Risk 12,525.00 8,859.54 15,550.00 8,958.63 50.44 53.04 -44.48 6,814.88 4,065.77 4.375 716.44 253.96 462.72 Pass-Major Risk 12,533.54 8,859.09 15,575.00 8,958.09 50.46 53.11 -43.55 6,821.79 4,089.79 4.375 708.06 255.24 453.00 Pass-Major Risk 12,550.00 8,858.23 15,600.00 8,957.55 50.48 53.17 -41.62 6,828.69 4,113.81 4.375 700.23 257.50 444.35 Pass-Major Risk 12,550.00 8,85823 15,625.00 8,957.02 50.48 5324 -41.76 6,835.60 4,137.83 4.375 692.73 257.84 434.76 Pass-Major Risk 12,562.78 8,857.56 15,650.00 8,956.48 50.50 53.30 -40.29 6,84276 4,161.78 4.375 686.03 259.71 426.87 Pass-Major Risk 12,575.00 8,856.92 15,675.00 8,955.93 50.52 53.36 -38.87 6,850.44 4,185.56 4.375 680.37 261.53 419.95 Pass-Major Risk 12,583.03 8,856.50 15,700.00 8,955.38 50.54 53.42 -37.98 6,85863 4,209.17 4.375 675.74 262.85 413.71 Pass-Major Risk 12,600.00 8,85561 15,725.00 8,954.82 50.57 53.48 -35.94 6,867.34 4,23260 4.375 67225 26520 409.28 Pass-Major Risk 12,713.41 8,851.76 15,750.00 8,954.25 50.77 53.53 -45.11 6,876.55 4,255.83 4.375 667.59 257.07 411.21 Pass-Major Risk 12,725.00 8,851.56 15,775.00 8,953.68 50.79 53.58 -43.74 6,88628 4,278.86 4.375 662.11 258.85 404.37 Pass-Major Risk 12,734.07 8,851.40 15,800.00 8,953.10 50.81 53.64 -42.68 6,896.50 4,301.66 4.375 65768 260.33 398.32 Pass-Major Risk 12,750.00 8,851.12 15,825.00 8,952.52 50.85 53.68 -40.77 6,907.21 4,32424 4.375 654.38 262.71 393.91 Pass-Major Risk 12,750.00 8,851.12 15,850.00 8,951.93 50.85 53.73 -40.78 6,918.42 4,346.58 4.375 652.09 263.04 389.20 Pass-Major Risk 12,765.80 8,850.85 15,875.00 8,951.33 50.88 53.77 -38.86 6,930.11 4,368.67 4.375 650.85 265.39 386.79 Pass-Major Risk 12,775.00 8,85069 15,900.00 8,950.73 50.91 53.82 -37.72 6,942.28 4,390.50 4.375 650.74 266.88 385.00 Pass-Major Risk,CC 12,78721 8,850.46 15,925.00 8,950.13 50.93 53.85 -36.02 6,954.93 4,412.06 4.375 651.74 268.89 384.58 Pass-Major Risk,ES,SF 12,800.83 8,850.25 15,950.00 8,949.52 50.97 53.89 -35.10 6,968.04 4,433.34 4.375 653.78 270.11 385.33 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 3 COMPASS 5000.1 Build 81D 1 • BP • 0 bp Travelling Cylinder Report BAER FIUGHES Q a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Offset Design PB DS 09- 09-51 -Plan 09-51 A-09-51A wp11 B Offset Site Error: 0.00 usft Survey Program: 132-MWD,5423-MWD,5500-BLIND,6000-MWD,6000-MWD+IFR+MS-WOCA,11000-MWD,11000-MWD+IFR+MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 12,873.22 8,854.66 15,975.00 8,948.91 51.14 53.93 -37.69 6,981.61 4,454.32 4.375 655.64 267,86 390.14 Pass-Major Risk 12,942.02 8,868.30 16,000.00 8,94829 51.32 53.96 -39.52 6,995.64 4,475.00 4.375 656.32 265.54 393.40 Pass-Major Risk 13,005.47 8,888.82 16,025.00 8,947.67 51.50 53.99 -40.70 7,010.11 4,495.38 4.375 656.08 263.60 39522 Pass-Major Risk 13,033.58 8,900.23 16,050.00 8,947.05 51.58 54.02 -40.09 7,025.03 4,515.43 4.375 655.55 264.10 394.15 Pass-Major Risk 13,050.00 8,907.18 16,075.00 8,946.43 51.63 54.04 -37.78 7,040.38 4,535.15 4.375 656.10 267.06 393.31 Pass-Major Risk 13,050.00 8,907.18 16,100.00 8,945.80 51.63 54.07 -36.80 7,056.15 4,554.54 4.375 657.72 267.38 39227 Pass-Major Risk 13,062.37 8,912.41 16,125.00 8,945.17 51.66 54.09 -34.88 7,072.35 4,573.57 4.375 660.54 269.51 393.40 Pass-Major Risk 13,075.00 8,917.75 16,150.00 8,944.54 51.70 54.10 -32.95 7,088.96 4,592.24 4.375 664.56 271.60 395.77 Pass-Major Risk 13,075.00 8,917.75 16,175.00 8,943.90 51.70 54.12 -32.00 7,105.97 4,610.55 4.375 669.74 271.90 398.43 Pass-Major Risk 13,089.65 8,923.94 16,200.00 8,943.27 51.75 54.14 -29.94 7,123.37 4,628.49 4.375 675.94 274.16 403.25 Pass-Major Risk 13,100.00 8,928.31 16,225.00 8,942.63 51.78 54.15 -28.23 7,141.17 4,646.03 4.375 683.31 275.74 409.01 Pass-Major Risk 13,100.00 8,928.31 16,236.00 8,942.35 51.78 54.16 -27.84 7,149.12 4,653.63 4.375 686.89 275.86 411.62 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 4 COMPASS 5000.1 Build 81D • BP • BA ER 0 bp Travelling Cylinder Report F�UGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Offset Design PB DS 16- 16-21-16-21-16-21 offset Site Error: 0.00 usft Survey Program: 100-GYD-CT-CMS,12200-BOSS-GYRO Rule Assigned:NOERRORS Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth ON/-6 +E/-W Hole Size Centre Distance Deviation • )usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 12,075.00 8,788.15 12,075.00 8,788.15 0.00 0.00 40.76 5,961.93 4202.98 0.000 0.00 0.02 0.00 Pass-NOERRORS 12,100.00 8,80722 12,100.00 8,807.22 0.00 0.12 41.15 5,974.13 4,213.57 0.000 0.00 0.06 0.00 Pass-NOERRORS 12,125.00 8,826.30 12,125.00 8,826.30 0.00 0.19 -1.10 5,986.33 4,224.16 0.000 0.00 0.03 0.00 Pass-NOERRORS 12,150.00 8,845.23 12,150.00 8,845.35 0.01 025 -102.13 5,99863 4,234.70 0.000 023 023 0.23 Pass-NOERRORS 12,174.72 8,86275 12,175.00 8,864.37 0.01 0.31 -103.32 6,011.01 4,245.18 0.000 2.49 2.11 2.49 Pass-NOERRORS 12,198.31 8,877.15 12,200.00 8,883.36 0.02 0.37 -102.85 6,023.49 4,255.60 0.000 8.36 4.25 8.36 Pass-NOERRORS 12,220.41 8,888.21 12,225.00 8,90232 0.03 0.38 -109.39 6,036.06 4,265.98 0.000 17.07 5.80 17.07 Pass-NOERRORS 12,240.40 8,895.99 12,250.00 8,92122 0.04 0.38 -11528 6,048.72 4,276.33 0.000 2825 7.24 2825 Pass-NOERRORS 12,258.11 8,901.01 12,275.00 8,940.08 0.05 0.39 -119.94 6,061.47 4,286.66 0.000 4168 8.51 4168 Pass-NOERRORS 12,275.00 8,904.10 12,300.00 8,958.90 0.06 0.39 -12366 6,074.32 4,296.96 0.000 57.03 9.65 57.03 Pass-NOERRORS 12,286.96 8905.27 12,325.00 8,977.69 0.07 0.40 -126.44 6,08723 4,307.22 0.000 73.93 10.39 73.93 Pass-NOERRORS 12,300.00 8,905.58 12,350.00 8,996.47 0.08 0.41 -128.94 6,100.21 4,317.41 0.000 92.17 11.15 9217 Pass-NOERRORS I� 12,30860 8,905.23 12,375.00 9,015.24 0.08 0.42 -130.93 6,113.24 4,327.54 0.000 111.44 11.60 111.44 Pass-NOERRORS 12,317.34 8,904.43 12,400.00 9,034.01 0.09 0.42 -132.74 6,126.34 4,33760 0.000 131.56 12.04 131.56 Pass-NOERRORS 12,325.00 8,903.36 12,425.00 9,052.78 0.10 0.44 -134.31 6,139.47 4,34761 0.000 15238 12.39 152.38 Pass-NOERRORS 12,331.25 8,902.18 12,450.00 9,071.56 0.10 0.45 -13741 6,152.63 4,357.57 0.000 173.82 1279 173.82 Pass-NOERRORS 12,337.93 8,900.73 12,475.00 9,090.34 0.11 0.47 -137.76 6,165.82 4,367.49 0.000 195.67 1298 195.67 Pass-NOERRORS 12,350.00 8,897.64 12,500.00 9,109.12 0.12 0.48 -135.00 6,179.03 4,377.37 0.000 218.03 13.14 218.03 Pass-NOERRORS 12,351.73 8,897.18 12,525.00 9,127.91 0.12 0.49 -134.47 6,19226 4,387.22 0.000 240.34 13.13 240.34 Pass-NOERRORS 12,361.02 8,894.70 12,550.00 9,14670 0.13 0.51 -130.32 6,205.49 4,397.08 0.000 262.88 13.14 26288 Pass-NOERRORS 12,370.10 8,892.27 12,575.00 9,165.49 0.14 0.54 -126.12 6,218.71 4,406.93 0.000 285.49 13.13 285.49 Pass-NOERRORS 12,375.00 8,890.96 12,595.00 9,180.52 0.14 0.56 -123.78 6,229.29 4,414.82 0.000 303.63 13.13 303.63 Pass-NOERRORS,CC,ES,SI CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 5 COMPASS 5000.1 Build 81D • BP • BA ER Q' 0 bp Travelling Cylinder Report IUGHES • a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB©70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Reference Depths are relative to KB @ 70.O0usft(DOYON 14) Coordinates are relative to: 16-21 Offset Depths are relative to Offset Datum Coordinate System is Alaska NAD27 State Plane Zones,NAD27*OGP-Usa AK/ Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.67° Ladder Plot 1400— I II � I I I 1 I I I J I J I ____J--- - J I I I I I 1 I I I I I I I I I I I I I 1050— ' c I I I I I I co I I I I I I I I N Q J J J J J Q) I I I (i) I I I N 0 700— _J____.. I I I O a> J J C I I I a) U I I I 350— - I I I _J I I 0 1I 0 2500 5000 7500 10000 12500 15000 Measured Depth LEGEND -e- 16-21,16-21,16-21 V1 -a- 09-51,Plan 09-51A,09-51Awp11B VO CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 6 COMPASS 5000.1 Build 81D III • BP BA ERt°', 0 bp Travelling Cylinder Report FIUGHES a GE company I Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Reference Depths are relative to KB @ 70.00usft(DOYON 14) Coordinates are relative to:16-21 Offset Depths are relative to Offset Datum Coordinate System is Alaska NAD27 State Plane Zones,NAD27*OGP-Usa AK/ Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.67° 1 Separation Factor Plot 1 9.00— , o m 6.00— 0 g m Q \i:Lr 3.00— 1 0.00 I 0 2500 5000 7500 10000 12500 Maxuxed Depth LEGEND -e- 16-21,16-21,16-21 V1 —1— 09-51,Plan09-51A,09-51Awp11BV0 CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 7 COMPASS 5000 1 Build 81D 0 BP • BA ER at 0 bp Travelling Cylinder Report FKUGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00 usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Offset TVD Reference: Offset Datum Reference Depths are relative to KB @ 70.00usft(DOYON 14) Coordinates are relative to:16-21 Offset Depths are relative to Offset Datum Coordinate System is Alaska NAD27 State Plane Zones,NAD27*OGP-Usa AK/ Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.67° Travelling Cylinder . 1 115 ---- 330 30 990 \---------- 825- 300668 - 825-_- 3001 — 668 _- 60 13005., 49 /--- ` 38 , i �� • 1 \ \ ) i 270 __l 12075 ) I I ! 90 A 1 8 ; . � / 33, ' ' / / 49 , 240 120 825_ / 990_ / 210 - 150 1156----- 180 Azimuth from North[°]vs Centre to Centre Separation[550 usft/in] LEGEND $ 16-21,16-21,16-21 V1 --- 09-51,PIan09-51A,09-51Awp11BV0 CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 11/1/2017 1:36:08PM Page 8 COMPASS 5000.1 Build 81D • Northing(100 usft/in) a 0 a a 7. . . . . 00 8 0Q0 M " "' m m m `c8,' 8 `Pi $ if, 8 Wim 726700 _ T ---726700 AS 726600 .. ..-_ .-_---726600 gM.... 0 726500 `.- j 726500 o 726400 :. __-__ __._ ___... - ' _____• ... 726400 726300 ___-- ..._. _ _.... _... .. ;.._ ... i ... 726300 726200 -- .. •--_ 726200 i 726100 -__-` .__.__. ._..._.. .._.. _._._ r ...-. .... .- .. _.. -728100 s ^ m O o 726000 __.. __., ..... �.__. _... ._.__ ..... :. _._- __. -726000 0 . �Jeso ~ -f-'2-'21i 725900 .._.__._. .._.__. ,-__ '___ - ... 725900 Z ,_ "' 725800- _. ... _..__ _.. _ - 725800 �` / 11114ffi 725700- _.. _._ -- - Kgg.s m -. .-725700 FZaq 9 m_o� 0', 8 a 3 3 725600- o o -725600 3 12 os r 725500 Q._.. o -725500 1 .116 .__. _ j.. i.. ... :.__. _725400 725400 _.. --___ a' o. 4 - Y._ _ -- ___ -_ _.___-725300 N OO 0 Q 6 ry Nr 725200_. CO co . _... __ .._. .- _ __-.__• __--_725200 h c io J N N F6 vp725100_. ._.. _ co.__.. LA $g (n 3 725000 a pp _.. o e05725000 W (9 y 724900 _ _._.. _ Q.- Ap _.._ _.. ._._724900 a e to m e "724800 _... ._- __ ---____ --_-_-724800 $irii w w g€ Lq.02 2 724700 - 724700 U i a W 724600 .r _..' 724600 • .... . ._.._ __.._ _ 724500 1-�-- �ry _.._ Iii �_ r '. -724500 �O 0 724400 CN I. _ __-_ _- _ --_ ,-__. �_ .. -724400 724300 Mi/........._. g- 724300 724200 ,.. [ .. rn. :-- T / p0. i :_.... 724200 o .. m - - r --..._724100 724100 �__ __-�_._ - rn o gtil 724000- -724000 G v O N$2 723900 - - - --723900 �N ga47 ... ..n 723800 - _ .. -723800 1�j m=pg ON3a1 D. 723700 723700 3 F723600 i__--__., -723600 7- E 5 723500 __...I — _ __-723500 fLL 723400 ..__�. i .__.. _ .. _..-723400 723300 _*-.__ ..._ _ _.. -723300 723200 . i _ _...... ....: _:._.. -723200 a r`\ 723100 « ..,..723100 , I- 723100 723000 _.._. «. _____.. 7230005 J 0 722900 - T 1--__.__ .- --_.-__ _. __ _ ...: + -__ __---r --722900 FA 'A F 2 T., n 2 (u5sn 0 N 0 L)6uyy�on n n n n • Qbp North America - ALASKA - BP Prudhoe Bay PB DS 16 16-21 16-21A 16-21A WP06 Plus 500ft MD AOGCC Offset Well Report 01 November, 2017 BAER ' HUGHES a GE company • BP • BAKER tit 0 bp Anticollision Report hrUGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Plus 500ft MD Offset TVD Reference: Offset Datum Reference 16-21A WP06 Plus 500ft MD Filter type: NO GLOBAL FILTER:Using user defined selection&filtering criteria WARNING:There is hidden tight data in this project Interpolation Method: MD Interval 25.00usft Error Model: ISCWSA Depth Range: 12,075.00 to 13,907.43usft Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 200.00usft Error Surface: Elliptical Conic Survey Tool Program Date 11/1/2017 From To (usft) (usft) Survey(Wellbore) Tool Name Description 100.00 12,075.00 Survey#2(16-21) GYD-CT-CMS Gyrodata cont.casing m/s 12,075.00 13,907.43 16-21A WP06 Plus 500ft MD(16-21A) MWD MWD-Standard Summary Reference Offset Centre to Measured Measured Centre Site Name Depth Depth Distance Offset Well-Wellbore-Design (usft) (usft) (usft) PB DS 09 PB DS 16 16-21-16-21-16-21 12,075.00 12,075.00 0.00 16-21-16-21A-16-21A WP06 13,400.00 13,400.00 0.00 11/1/2017 2:38:45PM Page 2 of 6 COMPASS 5000.1 Build 81D • BP • BAER r ' 0 bp Anticollision Report t�UGHES a GE company i I Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Plus 500ft MD Offset TVD Reference: Offset Datum Offset Design PB DS 16- 16-21-16-21-16-21 Survey Program: 100-GYD-CT-CMS,12200-BOSS-GYRO Reference Offset Measured Vertical Measured Vertical Offset Wellbore Centre Centre to Depth Depth Depth Depth +N1S *E/-W Centre (usft) (usft) (use) (usft) (usft) (usft) (usrt) 12,075.00 8,788.15 12,075.00 8,788.15 5,961.93 4,202.98 0.00 12,100.00 8,807.22 12,100.00 8,807.22 5,974.13 4,213.57 0.00 12,125 00 8,826.30 12,125.00 8,826.30 5,986.33 4,224.16 0.00 12,149.99 8,845 23 12,150.00 8,845.35 5,998.63 4,234.70 0.23 12,174.71 8,862.75 12,175.00 8,864.37 6,011.01 4,245.18 2.49 12,198.31 8,877.15 12,200.00 8,883.36 6,023.49 4,255.60 8.36 12,220.41 8,888.21 12,225.00 8,902.32 6,036.06 4,265.98 17.07 12,240.40 8,895.99 12,250.00 8,921.22 6,048.72 4,276 33 28.25 12,258.11 8,901 01 12,275.00 8,940.08 6,061.47 4,286.66 41.68 12,275.00 8,904.10 12,300.00 8,958 90 6,074.32 4,296.96 57.03 12,286.96 8,905.27 12,325.00 8,977.69 6,087.23 4,30722 73.93 12,300.00 8,905.58 12,350.00 8,996.47 6,100.21 4,317.41 92.17 12,308.60 8,90523 12,375.00 9,015.24 6,113.24 4,327.54 111.44 12,317.34 8,904.43 12,400.00 9,034.01 6,126.34 4,337.60 131.56 12,325.00 8,903.36 12,425.00 9,052.78 6,139.47 4,347.61 152.38 12,331.25 8,902.18 12,450.00 9,071.56 6,152.63 4,357.57 173.82 12,337.93 8,900.73 12,475.00 9,090.34 6,165.82 4,367.49 195.67 11/1/2017 2:38:45PM Page 3 of 6 COMPASS 5000.1 Build 81D • B • P BA ER Anticollision Report UGHES GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.00usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Plus 500ft MD Offset TVD Reference: Offset Datum Offset Design PB DS 16- 16-21-16-21 A-16-21A WP06 Survey Program: 100-GYD-CT-CMS,12075-MWD Reference Offset Measured Vertical Measured Vertical Offset Wellbore Centre Centre to Depth Depth Depth Depth -1.N/-S +E/-W Centre loon) (tisk) (usft) (usft) (usft) (us%) (usft) 12,075.00 8,788.15 12,075.00 8,788.15 5,961.93 4,202.98 0.00 12,100.00 8,80722 12,100.00 8,80722 5,974.13 4,213.57 0.00 12,125.00 8,826.30 12,125.00 8,826.30 5,986.33 4,224.16 0.00 12,150.00 8,84523 12,150.00 8,84523 5,998.64 4,234.89 0.00 12,175.00 8,862.94 12,175.00 8,862.94 6,011.23 4,247.22 0.00 1 12,200.00 8,878.09 12,200.00 8,878.09 6,024.18 4,262.27 0.00 12,225.00 8,890.19 12,225.00 8,890.19 6,038.64 4,278.65 0.00 12,250.00 8,898.93 12,250.00 8,898.93 6,054.80 4,295.57 0.00 12,275.00 8,904.10 12,275.00 8,904.10 6,072.28 4,312.64 0.00 12,300.00 8,905.58 12,300.00 8,905.58 6,090.68 4,329.46 0.00 12,325.00 8,903.36 12,325.00 8,903.36 6,109.64 4,345.57 0.00 12,350.00 8,897.64 12,350.00 8,897.64 6,128.70 4,360.68 0.00 12,375.00 8,890.96 12,375.00 8,890.96 6,145.89 4,377.52 0.00 12,400.00 8,884.28 12,400.00 8,88428 6,16020 4,396.86 0.00 12,425.00 8,877.59 12,425.00 8,877.59 6,174.44 4,41626 0.00 12,450.00 8,870.91 12,450.00 8,870.91 6,191.57 4,433.17 0.00 12,475.00 8,864.83 12,475.00 8,864.83 6,21025 4,448.61 0.00 12,500.00 8,861.11 12,500.00 8,861.11 6,227.53 4,466.25 0.00 12,525.00 8,859.54 12,525.00 8,859.54 6,243.01 4,485.80 0.00 12,550.00 8,85823 12,550.00 8,858.23 6,257.34 4,506.25 0.00 12,575.00 8,856.92 12,575.00 8,856.92 6,270.58 4,527.41 0.00 12,600.00 8,855.61 12,600.00 8,855.61 6,28268 4,549.24 0.00 12,625.00 8,854.37 12,625.00 8,854.37 6,294.28 4,571.35 0.00 12,650.00 8,853.34 12,650.00 8,853.34 6,306.94 4,592.88 0.00 12,675.00 8,85255 12,675.00 8,852.55 6,320.69 4,613.74 0.00 12,700.00 8,852.00 12,700.00 8,852.00 6,335.51 4,633.87 0.00 12,725.00 8,851.56 12,725.00 8,851.56 6,350.33 4,653.99 0.00 12,750.00 8,851.12 12,750,00 8,851.12 6,364.08 4,674.86 0.00 12,775.00 8,850.69 12,775.00 8,850.69 6,376.71 4,696.43 0.00 12,800.00 8,85026 12,800.00 8,85026 6,38821 4,718.62 0.00 12,825.00 8,850.58 12,825.00 8,850.58 6,399.50 4,740.92 0.00 12,850.00 8,852.13 12,850.00 8,852.13 6,411.16 4,762.98 0.00 12,875.00 8,854.90 12,875.00 8,854.90 6,423.17 4,784.73 0.00 12,900.00 8,858.89 12,900.00 8,858.89 6,435.49 4,806.11 0.00 12,925.00 8,864.08 12,925.00 8,864.08 6,448.08 4,827.07 0.00 12,950.00 8,870.47 12,950.00 8,870.47 6,460.91 4,847.55 0.00 12,975.00 8,878.04 12,975.00 8,878.04 6,473.94 4,867.49 0.00 13,000.00 8,886.77 13,000.00 8,886.77 6,487.14 4,886.84 0.00 13,025.00 8,896.62 13,025.00 8,896.62 6,500.47 4,905.55 0.00 13,050.00 8,907.18 13,050.00 8,907.18 6,513.46 4,924.12 0.00 13,075.00 8,917.75 13,075.00 8,917.75 6,525.38 4,943.38 0.00 13,100.00 8,928.31 13,100.00 8,928.31 6,536.16 4,963.31 0.00 13,125.00 8,938.88 13,125.00 8,938.88 6,545.77 4,983.82 0.00 . 13,150.00 8,949.45 13,150.00 8,949.45 6,555.08 5,004.48 0.00 13,175.00 8,960.02 13,175.00 8,960.02 6,565.54 5,024.57 0.00 13,200.00 8,970.59 13,200.00 8,970.59 6,577.14 5,044.02 0.00 13,225.00 8,981.15 13,225.00 8,981.15 6,589.85 5,062.78 0.00 13,250.00 8,991.72 13,250.00 8,991.72 6,603.62 5,080.76 0.00 11/1/2017 2:38:45PM Page 4 of 6 COMPASS 5000.1 Build 81D 0 BP • BAKERtit 0 bp Anticollision Report FIUGHE.S GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB @ 70.00usft(DOYON 14) Site Error: 0.O0usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: O.00usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Plus 500ft MD Offset TVD Reference: Offset Datum Offset Design PB DS 16- 16-21-16-21A-16-21A WP06 Survey Program: 100-GYD-CT-CMS,12075-MWD Reference Offset Measured Vertical Measured Vertical Offset Wellbore Centre Centre to Depth Depth Depth Depth +WS +EI-W Centre (usft) (usft) (usft) (usft) (usft) (usft) (usft) 13,275.00 9,002.29 13,275.00 9,002.29 6,617.97 5,098.30 0.00 13,300.00 9,012.85 13,300.00 9,012.85 6,631.40 5,116.54 0.00 13,325.00 9,023.42 13,325.00 9,023.42 6,643.75 5,135.53 0.00 13,350.00 9,033.99 13,350.00 9,033.99 6,654.99 5,155.20 0.00 13,375.00 9,044.56 13,375.00 9,044.56 6,665.08 5,175.48 0.00 13,400.00 9,055.13 13,400.00 9,055.13 6,673.97 5,196.32 0.00 13,407.43 9,058.27 13,407.43 9,058.27 6,676.38 5,202.61 0.00 11/1/2017 2:38:45PM Page 5 of 6 COMPASS 5000.1 Build 81D • BP 0 BAKER 0 bp Anticollision Report IlUGHES a GE company Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 16-21 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 16 MD Reference: KB©70.00usft(DOYON 14) Site Error: 0.00usft North Reference: True Reference Well: 16-21 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 16-21A Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 16-21A WP06 Plus 500ft MD Offset TVD Reference: Offset Datum Reference Depths are relative to KB©70.00usft(DOYON 14) Coordinates are relative to:16-21 Offset Depths are relative to Offset Datum Coordinate System is Alaska NAD27 State Plane Zones,NAD27*OGP-Usa AK Central Meridian is 150°0'0.000 W° Grid Convergence at Surface is:1.67° 11/1/2017 2:38:45PM Page 6 of 6 COMPASS 5000.1 Build 81D Well 16-21A CDR2-AC BOP Schematic Date 5-Oct-17 Quick Test Sub to Otis -1.1 ft —111, —'—'—'—'—' • Top of7"Otis 0.0ft I' , 14 CDR2 Rig's Drip Pan Distances from top of riser 1,...—J Excluding quick-test sub Top of Annular I 0.0 ft '©Q��� r / I ..\j 7-1/16"5k Flange X 7"Otis Box U Hydril 7 1/16" Q Top Annular Element 0.7 ft Annular Bottom Annular 2.0 ft \-..► ©ala Blind/Shear CL Blind/Shears 3.3 ft f ► :loll 2-3/8"Pipe/Slips CL 2-3/8"Combi's 4.1 ft I a, � B5 J 11 L Bs " B� Ba Deployment line �c ,I. 'I�' 1Mud5ki'A tTr•� ��MILD 0 Cross ' �' WJ (�I Choke Line 3"Pipe/Slips CL 3"Pipe/Slips 6.6 ft 2-3/8"x 3-1/2"VBR CL 2-3/8"x3-1/2"VBRs 7.4 ft ► B1 J B2 .gr B3 I B4 Eme.4.1:I I al II11P4111141111 D .11 Blind/Shear 'II CL Blind/Shears 10.0 ft 2318"Pipe/SlipsIII i --�- CL 2-3/8"Combi's 10.7 ft ► 'm • CL of Top Swab 13.3 ft th4 1-----Swab 2 Test Pump Hose e ,/Swab 1 CL of Bottom Swab 14.8 ft *�•; T1 if T2 ir CL Flow Tee 16.2 ft � - � - BOP2 CL of SSV L 17.5 ft p = I Master 2 } Fusable CL of Master Valve 19.0 ft BOP1 allitii rielf Master 1 LDS 20.5 ft ---_*._ _ ,, ,, ., ,, ,, rte. II II II II II Gound Level �1 �r II II II II II • i TRANSMITTAL LETTER CHECKLIST WELL NAME: (7.6a / Z/t PTD: 17- //Development r Service Exploratory _Stratigraphic Test Non-Conventional FIELD: 77/2 , /4)1, POOL: T �' c Check Box for Appropriate Letter/Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI The permit is for a new wellbore segment of existing well Permit LATERAL No. , API No. 50- - - - (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69) In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PH) and API number (50- - - - ) from records, data and logs acquired for well (name on permit). The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce/inject is contingent upon issuance of a 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 also required for this well: Well Logging Requirements Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion,suspension or abandonment of this well. Revised 2/2015 0 I H I y p 0 N y a) ❑ 7 ' ' U' 3 c O' OIo ' m EL.)..a) M, O •Oy '8. p E 0 , a' a' aa). y c. $ a a) co ca o , 3' 0 C U c, ! . Q , - >, ca c 3' v. co , ❑' a, 4 m, a, ° a ° o H y 7, -d a). . co 06 m' °, a m, o, ui' °. °> � Z , ° a) a. 3 3 ._ m°, (Ua a' - y ° O aoi C a tro , , 2, oa, ' cui rn 03 o ; ° E r' E, ao' a =' N a c c, a°i a y y 1 u? 0'' a -e >l . , 1 CO o a. ua c �o E aj °0 ° M' CEI o' E 3, c E aw � � . • N c 0 5 c. _, o .0O . I. r yD. r(0 ? 3, O' ' ' ' `5 � y oa Ce c . co' . a. H, p. , , , . , m. E, m, . a3 v u> �. 9. N, m. >. `� c. y o =o 0 a N . o . Y i\i, , , , , . C. u°a c°n , Z. m to c a a , e. E CO' c. O. N as al f�QQ a N, , ' a)' °c_a °c-° , c' ' N, c ' a ; o' m. m, c °, a°) E� a) O m IX' (U � y. y. y. - p. - O 7. co, •C o, E , E ° O w a3 a3 ai M' f0 N y V� y V� J O LL G > O' 0 C) >' N V) a)' a) y _' co• �, . ° . _' . V w' . , U' ay a). U y �' = ! a) 3, V' N� •� N' U. �� � � o, C) C) ° '-' O � O � a' E co ° a N' co M. v, p' - o < c' cn z, p' ._, Q n O' °, °. 2 co -� c' co; a� N. U as. o' a °' w co, a 0 0 co 0 co co a it a' < M; M' I. 0 a' a co a' a . . , . . . a Q Q- y y uy yy a uay., yy, aaa. a. a. aa, y y y y y, a. y y y. y, y y, aO' y aa. a. , 7azz. �, r, r, >, �, r, r, r, r, r, rr, z, zz, zz, z. z, >, >, r, >, r, zrr, r, r, >, >, z. ;? >, zzz, >. a) N E. 3. , . . , , , . . . . . . . . . .. p Z� 0.4li4 „ , , , „ ° „ „ c „ „ , „ 0 „ „ „ .,, .. y . , . .„ „. . . . . . . p o °� c L O a E LO 1 , , , 0 ..,yi, 1 _, , „ , , , , , , , , , c Q' �` •V y 1t1111 ° e Id o'o N° E0. ce . cE. . . N . . .� !• "a1-,: . , 09 . � p_ ci coy oc C co o 2 °3' cy .c ym a) ,c' c 3d coo c a) 3 03 < u) u) a) N •ofZ w _ v o c' -° ' o a E' VY' ' a ; ❑ ° ° > m000 ° ya cc c e o a v; °, cE' � c , . a oO 2ch = uy EE ' •ocm e o c c w. ' - c 2 06 FW. c, () � v) N -Ca o o v ° , m, . ° a. ' a • a ° a _3 $ _, ccc c 0 ' a .., w. . o . 0) 0fl a , a . 0 . > m° ° c, -o, °, co, E• I :.<-73. 17,.. a. N. 2 N > o Op acNDQ 0 . . p °' N . CO 7 7 42' O' f0 •'-, 0 o O : cc J , E. Qop ° >E" aO O e °, _ caZ' ' }: ' °' Q a)' t m 3wa) . E a Q , m yay , -0a) f6' . � N. . 0, ,.,0,. o' c3' c EE , m c c' w. ° a o �' = v' f6 , ' ec ' co,Myr' °) ' . ' m' >, w o Z Z o c yN, m. 3. ° m � .. � 3 ocaa) q a) q yoNa) oN . 0_0 (j_ G F2-, � tea, v, c, mO' ca, oa c' oo, a as •E 0 0' i, ao' o' G sroo' y -°' a 0CM o m' � ° cEEcn aiau8 � a , v °' ° ai a . ° ° a c . - o a a a -o a) � a) d @' E0) 0 ' : 7' C 0 O L, a a) a sm ° Na y y a L' a) a 7N m <D, ,6aa' p , c V 3' N, i:), y p yc L•ot •° yU, c0 EN. ,_o, e, ' 4 tl, y, as, . :cCc7' ' ,_ y a ,t.-, ` -O , S, c. 2 � oO, aa aO a v °` c, 0_ a a ° N. x w' aa)' a° 3 5, ° cor or mc ' m maa .c, ' a o, 15. °' ' >, : ) it - . ca -0 v vv 0 c' co' a. a , -a w ° • ov > . .c, ° ' , ' U ° c a)' c, E. N a C °' ' N a. p. . cc � 0, u..°): >, .c? 70 0, cO. c' p' Ui .r0cc NNN' ' ..'U . EcpO _, c � �, 3C7N ' 3' NO' cd ' maO ,.+ CD a ° °. 2 >. , N, ,-. • c. B,, E , . ; 7 0 . c, W w, O . 0. ,_. :° E m.0 CO c E, o a � a') E, v ° a € € c, =a), ccH' H' 1- 'vN ° >, a, a, o o. a y, c o, °, 8 c5. 3. , o 4 a a), °, m, o, °, 2 2 2 m, a, CO v, -o. . O, O, r ° °. CO, a), a), o, z, a, J, ❑,. � CO, ', 0, 0, a, a0,, a, a, 0, co, U,, 0, U. U, <, , a, � 0m, m, U, , M. 2, a ❑ Co, co, 0,, ° _ Np "-- _ N f� O N M (C) CO a0 O O N M O C4 CO O) O N M V It) O h Co O) r _` E � ,- N M � LO C4 � CO 0) � � N N N N N N N CI-1 N N M M M M M M M M M M 0 N. .. m 2 p c ”' ”" N c p ", Lo O ay❑ co co rn ❑ co ❑ c\ ° �' �') W 1° C O'E O. w C, N • E a) t7 E C O Lu▪ a E a p c a. I-- 0°) a 0 U ala a w a O a
