The URL can be used to link to this page

Home My WebLink About214-0271. Operations Susp Well Insp Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Install Whipstock Perforate Other Stimulate Alter Casing Change Approved Program Mod Artificial Lift Perforate New Pool Repair Well Coiled Tubing Ops Other: HWO - Replaced ESP Development Exploratory Stratigraphic Service 6. API Number: 7. Property Designation (Lease Number): 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071): 10. Field/Pool(s): 11. Present Well Condition Summary: Total Depth measured 12,419 feet N/A feet true vertical 9,514 feet N/A feet Effective Depth measured 12,130 feet See schematic feet true vertical 9,464 feet See schematic feet Perforation depth Measured depth 10,634 - 12,013 feet True Vertical depth 9,373 - 9,455 feet Tubing (size, grade, measured and true vertical depth) 4-1/2" L-80 9,538 (MD) 8,523 (TVD) Packers and SSSV (type, measured and true vertical depth) See schematic 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13a. Prior to well operation: Subsequent to operation: 13b. Pools active after work:Hemlock Oil 15. Well Class after work: Daily Report of Well Operations Exploratory Development Service Stratigraphic Copies of Logs and Surveys Run 16. Well Status after work: Oil Gas WDSPL Electronic Fracture Stimulation Data GSTOR GINJ SUSP SPLUG Sundry Number or N/A if C.O. Exempt: Authorized Name and Digital Signature with Date: Contact Name: Contact Email: Authorized Title: Contact Phone: 81 324-362 Sr Pet Eng: 9,930psi Sr Pet Geo: Sr Res Eng: WINJ WAG 49 Water-BblOil-Bbl 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Ryan Rupert Ryan.Rupert@hilcorp.com 907 777-8503Operations Manager N/A 990 measured true vertical Packer Representative Daily Average Production or Injection Data Casing Pressure Tubing Pressure 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 46 Gas-Mcf MD 990 N/A 25 Size 990 1,362 7711 35109 94 786083 13-3/8" 9-5/8" 8,990psi 7" STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 214-027 50-733-20626-00-00 3. Address: Hilcorp Alaska, LLC 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 N/A 5. Permit to Drill Number:2. Operator Name 4. Well Class Before Work: ADL0017594 / ADL0018730 McArthur River / Hemlock Oil Trading Bay Unit M-34 Plugs Junk measured Length measured TVD Production Liner (slotted) 10,015 783 1,538 Casing Structural 8,933 9,353 4-1/2" 10,015 10,592 12,130 9,464 1,363 3,844 1,363Conductor Surface Intermediate 26" 16" 4,760psi 8,530psi 5,020psi 6,870psi 11,220psi 3,844 3,637 Burst Collapse 2,260psi Form 10-404 Revised 10/2022 Due Within 30 days of Operations Submit in PDF format to aogcc.permitting@alaska.gov Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267) Date: 2024.07.30 12:35:37 - 08'00' Dan Marlowe (1267) By Grace Christianson at 7:44 am, Jul 31, 2024 Updated by JLL 07/22/24 SCHEMATIC Steelhead Platform Well: M-34 Last Completed: 07/13/2024 PTD: 214-027 API: 50-733-20626-00 RKB = 73.70 1 26 13-3/8 2 16 HK1 9-5/8 5-1/2 7 Est. TOC 1,500 Est. TOC 4,500 Est. TOC 78 3 4 5 6 7 8 9 10 34x28" HK2 HK2 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 34"x28" Conductor - Driven ~26.5" Surf ~488' 26 296# - Surf 990 16 82.05# L-80 Boss 15.01 Surf 1,363 13-3/8 68# L-80 BTC 12.41 5 Surf 3,844 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750 9-5/8" 47# P-110 DWC/C 8.681 8,750 10,015 7" 29# P-110 DWC/C 6.184 9,809 10,592 5-1/2" 20# L-80 DWC/C 4.778 10,592 12,130 TUBING 4-1/2" 12.6 L-80 Supermax 3.958" Surface 5,916' 4-1/2" 12.6 L-80 BTC 3.958" 5,916' 9,538' JEWELRY NO Depth (MD) Depth (TVD)ID OD Item 1 9,538 8,523' - 5.38" Discharge B/O 3.5" EUE 538X, 416/420SS 9,539' 8,524' - 5.38" Pump - SJ10000,66Stage (x3) 9,610' 8,585' - 5.13" Intake Sub-Assy 513X, SS, High Strength Shaft, AR 9,611' 8,585' 5.13" Upper / Lower Seals 513 Series BPBSBPB, Premium Seals 9,634' 8,605' - 5.62" Motor - 562, KMS2UT 480HP & KMS2LT 480HP 9,700 8,662' - 5.62" Centralizer/Anode 2 9,809 8,755 - - Baker JM-ZXP Liner Top Packer 3 10,620 9,367 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 4 10,729 9,409 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 5 10,756 9,416 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 6 10,868 9,438 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 7 10,895 9,441 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 8 12,025 9,456 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 9 12,083 9,460 2.37 - Drillable Pack-off Bushing 10 12,130 9,464 - - 5 ½ DWC - Guide Shoe OPEN HOLE DETAILS Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD) Length Date HK1 10,634' 10,722' 9,373 9,40788'6/13/2014 HK2 10,910' 11,705' 9,443 9,443795'6/13/2014 HK2 11,839' 12,013' 9,447 9,455174'6/13/2014 PBTD: 12,130 MD / 9,506 TVD TD: 12,419 MD / 9,515 TVD Well Name:MRF M-34 API #:50733206260000 Field:McArthur River Start Date:7/4/2024 Permit #:214027 Sundry #:324-362 End Date:7/16/2024 7/4/2024 7/5/2024 7/6/2024 7/7/2024 7/8/2024 7/9/2024 Daily Operations: Pooh laying down Summit pump assembly, , prep pipe rack to pick up 3.5 work string change HWO unit for 4.5 handling equipment to 3.5 handling equipment, Pick up 9.5/8 JS3 40 to 47 # test packer, make up same, open well, (well static) RIH picking up 3.5 Ph 6, 7.9#, P110, work string. depth at rpt time 8,852' Well Operations Summary Continue spotting & rigging up HWO support equipment, spot and rig up test pump, make up 2-7/8 test joint and make up to hanger, fluid pack lines, , test BOPE to Hilcorp & AOGCC specs to 250, 2500 high , lay down 2-7/8 test joint, making up 4-1/2 test joint (one fail pass break between Annular and top pipe rams , tighten same retest (Good ) Tested gas alarms good Continue testing BOPE 250/2500, Tested 13 5/8 Bop stack (annular, variable pipe rams, blind rams, TIW & dart valve t/ 250/5k, all other surface Eq. tested to 250/2500, ( all other surface Eq tested to 5k on M-21 well 6-30-24 ), Rig down test equipment, offload boat and back load , spot summit equipment, pump two tbg volumes at 3-4 bpm at 175 psi, returning clean fluid, shut down well on vac,, rig up and pull hanger to work window, up wt. at 175 t/ 180k, lay out hanger, continue POOH with ESP assembly depth at report time 8,027' up wt. 150k Rig up pump lines on tree, circulate well with 780 bbls FIW had returns during circulating the well, shut down pump IA and TBG on vacuum, WOW winds at 35 to 40 mph, arrange deck plates and install wireline bridge, rig down pump line, set BPV N/D tree, prep wellhead, install blanking sub. Spot pits,N/U riser & BOPE, install wire line bridge, nipple up bell nipple and work window, pick up and set HWO on work window, WOW winds 35/40 gust up to 50 mph, at rpt winds 30/35 gusting to 40 mph Pooh with ESP assembly, laying down singles, removing clamps, spooling up cable and flat pac from 8,027' to pump assembly, Held PJSM with Summit and TSI crews, rig up and laying down summit pumps Page 1 of 2 Well Name:MRF M-34 API #:50733206260000 Field:McArthur River Start Date:7/4/2024 Permit #:214027 Sundry #:324-362 End Date:7/16/2024 7/10/2024 7/11/2024 7/12/2024 7/13/2024 7/14/2024 7/15/2024 7/16/2024 Load boats, start ESP Well Operations Summary Daily Operations: Continue RD Team Snubbing HWO, ND BOPEs, NU tree test void - good, Swap SSV, pressure test tree good, work boat RD TSI 102 HWO rig staging componets on platform deck. Leave riser and BOPE's on well until tomorrow morning. Cont. RIH w test packer f/8852' p/u 3 1/2" wk string, t/ 9,757', up wt 135k, set packer Fill hole & test 2250 psi, 30 min good. Pooh laying down work sting, break out and lay down packer, prep deck to pick up ESP assembly & rig up to pick up pumps Make hanger splice, land hanger with 105 dn wt. test cable after landing ( good) run lock down pins, lay down landing joints , RIg down ESP & TSI equipment that could be down by hand, Make crane repairs, wait on daylight, PU Summit ESP Assy.,RIh picking up 4-1/2" BTC 12.6#, L-80 TUBING F/ 195.00' TO 3782.07', installing clamps every other joint, checking cable every 1000', continue in hole picking up 4-1/2" Supermax 12.6# L-80 tubing f/ 3782.07 t/ 4499.48', installing clamps every other joint, checking cable every 1000 ft. RIH, picking up 4-1/2 12.6#, L-80, supermax tbg, made cable splice at joint 205, continue in hole with 4-1/2 supermax tbg, installing clamps every other joint, to 9652, set slips in work window, lay out two joints, make up hanger, build Hooch, making hanger splice. Note Jim Regg with AOGCC gave verbal not to test BOPEs after landing hanger, while waiting on Crane parts to ND. Page 2 of 2 Nolan Vlahovich Hilcorp Alaska, LLC Geotech 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Tele: (907) 564-4558 E-mail: nolan.vlahovich@hilcorp.com Please acknowledge receipt by signing and returning one copy of this transmittal. Received By: Date: Date: 7/1/2024 To: Alaska Oil & Gas Conservation Commission Natural Resource Technician 333 W 7th Ave Suite 100 Anchorage, AK 99501 SFTP DATA TRANSMITTAL T#20240701 Well API #PTD #Log Date Log Company Log Type AOGCC Eset# BCU 19RD 50133205790100 219188 6/24/2024 AK E-LINE SetPlug/Cement MPU C-08 50029212770000 185014 6/23/2024 AK E-LINE Leak Point Survey MRU M-34 50733206260000 214027 6/25/2024 AK E-LINE Tubing Punch Revision Explanation: There are additional images added to the final report and a few new .las files. In the Emeraude folder there are 2 new .las files and in the Field Data folder the RIH and POOH are new .las files Please include current contact information if different from above. T39100 T39101 T39102MRU M-34 50733206260000 214027 6/25/2024 AK E-LINE Tubing Punch Gavin Gluyas Digitally signed by Gavin Gluyas Date: 2024.07.01 12:56:17 -08'00' 1. Type of Request: Abandon Plug Perforations Fracture Stimulate Repair Well Operations shutdown Suspend Perforate Other Stimulate Pull Tubing Change Approved Program Plug for Redrill Perforate New Pool Re-enter Susp Well Alter Casing 2.Operator Name: 4.Current Well Class:5.Permit to Drill Number: Exploratory Development 3. Address:Stratigraphic Service 6. API Number: 7. If perforating:8. Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Yes No 9. Property Designation (Lease Number): 10. Field: 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: Junk (MD): 12,419 N/A Casing Collapse Structural Conductor Surface 2,260psi Intermediate 4,760psi Production 8,530psi Liner (slotted)9,930psi Packers and SSSV Type: Packers and SSSV MD (ft) and TVD (ft): 12. Attachments: Proposal Summary Wellbore schematic 13. Well Class after proposed work: Detailed Operations Program BOP Sketch Exploratory Stratigraphic Development Service 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: OIL WINJ WDSPL Suspended 16. Verbal Approval: Date: GAS WAG GSTOR SPLUG AOGCC Representative: GINJ Op Shutdown Abandoned Contact Name: Ryan Rupert Contact Email:Ryan.Rupert@hilcorp.com Contact Phone:(907) 777-8503 Authorized Title: Conditions of approval: Notify AOGCC so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other Conditions of Approval: Post Initial Injection MIT Req'd? Yes No APPROVED BY Approved by: COMMISSIONER THE AOGCC Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng McArthur River Hemlock Oil Same 9,514 12,130 9,464 2,472psi N/A Subsequent Form Required: Suspension Expiration Date: Will perfs require a spacing exception due to property boundaries? Current Pools: MPSP (psi): Plugs (MD): 17. I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Authorized Name and Digital Signature with Date: Tubing Size: PRESENT WELL CONDITION SUMMARY AOGCC USE ONLY 8,990psi Tubing Grade: Tubing MD (ft):Perforation Depth TVD (ft): Operations Manager STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0017594 / ADL0018730 214-027 3800 Centerpoint Drive, Suite 1400, Anchorage, AK 99503 50-733-20626-00-00 Hilcorp Alaska, LLC Trading Bay Unit M-34 Length Size Proposed Pools: 990' 990' L-80 TVD Burst 9,583 11,220psi MD 6,870psi 5,020psi 1,362' 3,637' 8,933' 1,363' 3,844' 9,353'7" 990' 26" 16" 13-3/8" 1,363' 9-5/8"10,015' 3,844' Perforation Depth MD (ft): 10,015' 10,634 - 12,013 783' 4-1/2" 9,373 - 9,455 Other: HWO - Replace ESP CO 228A 6/28/2024 12,130'1,538' 4-1/2" 9,464' See schematic See schematic 10,592' No Form 10-403 Revised 06/2023 Approved application valid for 12 months from date of approval.Submit PDF to aogcc.permitting@alaska.gov By Grace Christianson at 1:51 pm, Jun 21, 2024 Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267) Date: 2024.06.20 16:17:39 - 08'00' Dan Marlowe (1267) 324-362 DSR-6/25/24A.Dewhurst 21JUN24 X BOP test to 2500 psi 10-404 BJM 6/26/24*&: Brett W. Huber, Sr. Digitally signed by Brett W. Huber, Sr. Date: 2024.06.26 12:35:31 -08'00'06/26/24 RBDMS JSB 062624 ESP Swap HWO Well: Steelhead M-34 Well Name:M-34 API Number:50-733-20626-00-00 Current Status:Failing ESP Oil Producer Leg:B-1 (NW) Regulatory Contact:Juanita Lovett (8332)Permit to Drill Number:214-027 First Call Engineer:Ryan Rupert (907) 301-1736 (c) Second Call Engineer:Dan Marlowe (907) 398-9904 (c) Maximum Expected BHP:3,407 psi @ 9,350’ TVD Max buildup in last several years-2018 Max. Potential Surface Pressure: 2472 psi Using 0.1 psi/ft Brief Well Summary Steelhead oil producer M-34 is a Hemlock-only horizontal oil producer drilled in 2014. Recently it appears to have parted a shaft, and is now operating at a reduced gross fluid, and surfacing 0bopd. This ESP has been running for ~4 years now. A snubbing unit will be on Steelhead in the near future, and there is an opportunity to use that kit to perform a Hydraulic Workover (HWO) to swap M-34’s ESP as part of that campaign. The goal of this project is to pull the failed ESP and replace with a new ESP completion to restore full production ESP Swap HWO Well: Steelhead M-34 Pertinent wellbore information: - Max inclination above 7” liner top: 32 degree sail angle from 3200 – liner top at 9800’ MD - Top Middle Kenai G Oil Pool = 9967’ MD / 8892’ TVD - Pertinent History o 6/17/24: ESP appears to have parted a shaft ~4 years runtime Down from 6000 to 2000 fluid Down from 125 to 0 bopd o August-2020 ESP swap ESP died after ~4 years runtime No issues pulling ESP New ESP ran o 8/7/20: Most recent No-Flow Test Passed o July-2016 ESP swap ESP died after ~2 years runtime No issues pulling ESP SL tag x 8.15" gauge ring made it to 9873' MD (at 7” liner top) x Came back with 3 pieces of rubber New ESP run o July-2014 Grassroots drill and complete MIT of 9-5/8" casing before drill out PASSED to 3550psi (last casing test) ESP installed HWO Conditions x Operations shall be 24hrs continuous x Traditional well control approach will be implemented x Filtered Inlet water (FIW) will be used as kill weight fluid (8.4ppg or greater) x KWF will be a barrier at all times x No snubbing operations will be conducted x Team Snubbing’s BOP stack and pump will be used for this operation (see attachment) ESP Swap HWO Well: Steelhead M-34 HWO Procedure: 1. MIRU PESI Hydraulic Workover (HWO) Unit (Snubbing International, Alberta, Canada: DBA PESI) 2. Circulate well to production: a. Work over fluid will be filtered inlet water (8.4ppg) b. Ensure any wellbore fluids are fully displaced with KWF either via circulation or bullheading c. Tubing volume = 145bbls d. IA + Liner volume = 635bbls 3. Set BPV/TWC, ND tree, NU BOP stack (see attached) a. Notify AOGCC 48 hours in advance for witness b. Test to 250psi Low /2,500psi High / 2,500psi Annular c. BOP’s will be closed as needed to circulate the well 4. Pull BPV/TWC through BOP stack 5. BOLDS and unseat hanger 6. POOH laying down 4-1/2” ESP completion 7. MU 9-5/8” test packer (or SL plug. TBD) 8. Isolate lower completion at ±9800’ MD (8748’ TVD) 9. MIT of 9-5/8” casing above to 2200psi (0.25 x 8748’ TVD = 2187psi) 10. POOH with test packer / plug Contingency if cleanout is needed 11. PU 3-1/2” workstring 12. MU 9-5/8” casing cleanout assembly 13. RIH and mill/cleanout 9-5/8” casing to target depth = 9,800’ MD 14. POOH and lay down cleanout BHA and workstring 15. Pickup 4-1/2” ESP completion a. Bottom ESP to be set at ±9,700’ MD b. No packer nor SSSV are planned (8/7/20 NFT still valid) 16. Set BPV/TWC, ND BOP, NU tree and test, pull BPV/TWC, and RDMO HWO crew and equipment Attachments: 1. Current Wellbore Schematic 2. Proposed Wellbore Schematic 3. Current/Proposed Wellhead Diagram (no changes) 4. TSI BOP Drawing 5. Modified fluid flow diagram to include HWO equipment 6. RWO Sundry Change Form Updated by JLL 06/17/24 SCHEMATIC Steelhead Platform Well: M-34 Last Completed: 08/23/20 PTD: 214-027 API: 50-733-20626-00 RKB = 73.70’ 1 26” 13-3/8” 2 16” HK1 9-5/8” 5-1/2” 7” Est. TOC 1,500’ Est. TOC 4,500’ Est. TOC 78’ 3 4 5 6 7 8 9 10 34x28" HK2 HK2 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 34"x28" Conductor - Driven ~26.5" Surf ~488' 26 296# - Surf 990’ 16 82.05# L-80 Boss 15.01 Surf 1,363’ 13-3/8 68# L-80 BTC 12.41 5 Surf 3,844’ 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750’ 9-5/8" 47# P-110 DWC/C 8.681 8,750’ 10,015’ 7" 29# P-110 DWC/C 6.184 9,809’ 10,592’ 5-1/2" 20# L-80 DWC/C 4.778 10,592’ 12,130’ TUBING 4-1/2" 12.6# L-80 BTC/Supermax 3.958 Surface 9,583’ JEWELRY NO Depth (MD) Depth (TVD)ID OD Item 1 9,583’ 8,561’ - 6.00 Discharge Bolt On 9,585’ 8,563’ - 6.75 Pump – 45 Stg SH16000 (x2) 9,628’ 8,600’ - 6.75 Intake 9,629’ 8,601’ 5.13 Upper / Lower Seals 9,652’ 8,621’ - 5.62 Motor-500 HP (x2) 3600V/171A/1000HP 9,719’ 8,678’ - 5.62 Centralizer/Anode 2 9,809’ 8,755’ - - Baker JM-ZXP Liner Top Packer 3 10,620’ 9,367’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 4 10,729’ 9,409’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 5 10,756’ 9,416’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 6 10,868’ 9,438’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 7 10,895’ 9,441’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 8 12,025’ 9,456’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 9 12,083’ 9,460’ 2.37 - Drillable Pack-off Bushing 10 12,130’ 9,464’ - - 5 ½” DWC - Guide Shoe OPEN HOLE DETAILS Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD) Length Date HK1 10,634' 10,722' 9,373’ 9,407’88'6/13/2014 HK2 10,910' 11,705' 9,443’ 9,443’795'6/13/2014 HK2 11,839' 12,013' 9,447’ 9,455’174'6/13/2014 PBTD: 12,130’ MD / 9,506’ TVD TD: 12,419’ MD / 9,515’’ TVD Updated by JLL 06/18/24 PROPOSED Steelhead Platform Well: M-34 Last Completed: FUTURE PTD: 214-027 API: 50-733-20626-00 RKB = 73.70’ 1 26” 13-3/8” 2 16” HK1 9-5/8” 5-1/2” 7” Est. TOC 1,500’ Est. TOC 4,500’ Est. TOC 78’ 3 4 5 6 7 8 9 10 34x28" HK2 HK2 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 34"x28" Conductor - Driven ~26.5" Surf ~488' 26 296# - Surf 990’ 16 82.05# L-80 Boss 15.01 Surf 1,363’ 13-3/8 68# L-80 BTC 12.41 5 Surf 3,844’ 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750’ 9-5/8" 47# P-110 DWC/C 8.681 8,750’ 10,015’ 7" 29# P-110 DWC/C 6.184 9,809’ 10,592’ 5-1/2" 20# L-80 DWC/C 4.778 10,592’ 12,130’ TUBING 4-1/2" Surface ±9,585’ JEWELRY NO Depth (MD) Depth (TVD)ID OD Item 1 ±9,585’ 8,563’ - Discharge Bolt On -Pump -Intake Upper / Lower Seals -Motor ±9,700’ 8,662’ - Centralizer/Anode 2 9,809’ 8,755’ - - Baker JM-ZXP Liner Top Packer 3 10,620’ 9,367’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 4 10,729’ 9,409’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 5 10,756’ 9,416’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 6 10,868’ 9,438’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 7 10,895’ 9,441’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 8 12,025’ 9,456’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 9 12,083’ 9,460’ 2.37 - Drillable Pack-off Bushing 10 12,130’ 9,464’ - - 5 ½” DWC - Guide Shoe OPEN HOLE DETAILS Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD) Length Date HK1 10,634' 10,722' 9,373’ 9,407’88'6/13/2014 HK2 10,910' 11,705' 9,443’ 9,443’795'6/13/2014 HK2 11,839' 12,013' 9,447’ 9,455’174'6/13/2014 PBTD: 12,130’ MD / 9,506’ TVD TD: 12,419’ MD / 9,515’’ TVD Steelhead Platform M-34 Current 08/03/2015 Steelhead Platform M-34 26 x 16 x 13 3/8 x 9 5/8 x 3 1/2 Tubing hanger, S-BB-ESP, 13 5/8 x 4 ½ EUE 8rd lift and susp, w/ 4'’ Type H BPV profile, w/ 3-1/2npt CCL ports, 6 ¼ extended neck, prepped for BIW feed-thru BHTA, Bowen, 4 1/16 5M FE X 7'’-5SA Bowen top Valve, swab, WKM-M, 4 1/16 5M FE, HWO, T-24 Valve, lower master, WKM-M, 4 1/16 5M FE, HWO, T-24 Valve, upper master, WKM-M, 4 1/16 5M FE, HWO, T-24 Valve, wing, WKM-M, 2 1/16 5M FE, HWO, T-24 Valve, SSV, WKM-M, 3 1/8 5M FE, w/ Omni 15'’ operator Adapter, Seaboard, ESP-3CL, 13 5/8 5M rotating flange btm x 4 1/16 5M rotating flange top, w/ 3- ½ npt CCL ports, prepped for BIW feed- thru Starting head, Seaboard, S-22-AP-8, 20 ¾ 3M FE x 26'’ BW bottom w/ 2- 2 1/16 5M SSO Casing spool, Seaboard S-22- AP-8, 16 ¾ 5M FE x 20 ¾ 3M FE, prepped w/ 18 5/8 PP bottom, 2- 2 1/16 5M SSO Multi-bowl, Seaboard SMB- 22, 13 5/8 5M x 16 ¾ 5M, prepped w/ 13 3/8 PP bottom, 4-2 1/16 5M SSO 26'’ 16'’ 13 3/8'’ 9 5/8'’ 3 ½’’ Hilcorp Alaska, LLCHilcorp Alaska, LLCChanges to Approved Rig Work Over Sundry ProcedureSubject: Changes to Approved Sundry Procedure for Well M-34 (PTD 214-027)Sundry #: XXX-XXXAny modifications to an approved sundry will be documented and approved below. Changes to an approved sundry will be communicated to theAOGCC by the rig workover (RWO) “first call” engineer. AOGCC written approval of the change is required before implementing the change.Sec Page Date Procedure Change New 403Required?Y / NHAKPreparedBy(Initials)HAKApprovedBy(Initials)AOGCC WrittenApproval Received(Person and Date)Approval:Asset Team Operations Manager DatePrepared:First Call Operations Engineer Date 1. Operations Abandon Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Suspend Perforate Other Stimulate Alter Casing Change Approved Program Plug for Redrill Perforate New Pool Repair Well Re-enter Susp Well Other: Replace ESP Development Exploratory Stratigraphic Service 6. API Number: 7. Property Designation (Lease Number): 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071):10. Field/Pool(s): 11. Present Well Condition Summary: Total Depth measured 12,419 feet N/A feet true vertical 9,514 feet N/A feet Effective Depth measured 12,130 feet See Schematic feet true vertical 9,464 feet See Schematic feet Perforation depth Measured depth 10,634 - 12,013 feet True Vertical depth 9,373 - 9,455 feet Tubing (size, grade, measured and true vertical depth)4-1/2" 12.6 / L-80 9,583 MD 8,561 TVD Packers and SSSV (type, measured and true vertical depth)See Schematic 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Prior to well operation: Subsequent to operation: 15. Well Class after work: Daily Report of Well Operations Exploratory Development Service Stratigraphic Copies of Logs and Surveys Run 16. Well Status after work: Oil Gas WDSPL Electronic Fracture Stimulation Data GSTOR GINJ SUSP SPLUG Sundry Number or N/A if C.O. Exempt: Contact Name: Authorized Title: Contact Email: Contact Phone: Hilcorp Alaska, LLC 2. Operator Name Senior Engineer: Senior Res. Engineer: 8,990psi Daniel E. Marlowe Operations Manager Burst Collapse Karson Kozub kkozub@hilcorp.com Tubing Pressure 2,260psi 4,760psi 5,020psi 6,870psi 907 777-8384 11,220psi 1,362 3,637 8,933 9,353 9,464 1,363 3,844 Conductor Surface 9,930psi 8,530psi 16" 13-3/8" 9-5/8" 10,015 783 Size 29 Production Casing Structural Liner (slotted)1,538 Length 990 Intermediate N/A Junk 5. Permit to Drill Number: 60 McArthur River Field / Hemlock Oil PoolN/A measured 10,015 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 94 Gas-Mcf 77 N/A Oil-Bbl 62 Water-Bbl 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. 320-298 83 Authorized Signature with date: Authorized Name: 8,397 WINJ WAG STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 214-027 50-733-20626-00-00 Plugs ADL0017594 / ADL0018730 Trading Bay Unit M-34 measured 3800 Centerpoint Dr, Suite 1400 Anchorage, AK 99503 3. Address: 4. Well Class Before Work: 196 Representative Daily Average Production or Injection Data 708,592 Casing Pressure 4-1/2" 26" 10,592 MD 990 1,363 3,844 12,130 TVD 990 measured true vertical Packer 7" PL G Form 10-404 Revised 3/2020 Submit Within 30 days of Operations By Samantha Carlisle at 1:08 pm, Sep 16, 2020 Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267), ou=Users Date: 2020.09.16 08:53:52 -08'00' Dan Marlowe (1267) Replace ESP RBDMS HEW 9/17/2020 gls 9/28/20 DSR-9/18/2020 Updated by KDK 09/14/20 SCHEMATIC Steelhead Platform Well: M-34 Last Completed: 08/23/20 PTD: 214-027 API: 50-733-20626-00 RKB = 73.70’ 1 26” 13-3/8” 2 16” 9-5/8” 5-1/2” 7” Est. TOC 1,500’ Est. TOC 4,500’ Est. TOC 78’ 3 4 5 6 7 8 9 10 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 26 296# - Surf 990’ 16 82.05# L-80 Boss 15.01 Surf 1,363’ 13-3/8 68# L-80 BTC 12.415 Surf 3,844’ 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750’ 9-5/8" 47# P-110 DWC/C 8.681 8,750’ 10,015’ 7" 29# P-110 DWC/C 6.184 9,809’ 10,592’ 5-1/2" 20# L-80 DWC/C 4.778 10,592’ 12,130’ TUBING 4-1/2" 12.6# L-80 BTC/Supermax 3.958 Surface 9,583’ JEWELRY NO Depth (MD) Depth (TVD)ID OD Item 1 9,583’ 8,561’ - 6.00 Discharge Bolt On 9,585’ 8,563’ - 6.75 Pump – 45 Stg SH16000 (x2) 9,628’ 8,600’ - 6.75 Intake 9,629’ 8,601’ 5.13 Upper / Lower Seals 9,652’ 8,621’ - 5.62 Motor-500 HP (x2) 3600V/171A/1000HP 9,719’ 8,678’ - 5.62 Centralizer/Anode 2 9,809’ 8,755’ - - Baker JM-ZXP Liner Top Packer 3 10,620’ 9,367’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 4 10,729’ 9,409’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 5 10,756’ 9,416’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 6 10,868’ 9,438’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 7 10,895’ 9,441’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 8 12,025’ 9,456’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 9 12,083’ 9,460’ 2.37 - Drillable Pack-off Bushing 10 12,130’ 9,464’ - - 5 ½” DWC - Guide Shoe Perforation Details Zone Top (MD)Btm (MD) Top (TVD) Btm (TVD) Date HK1 10,634' 10,722' 9,373’ 9,407’ 6/13/2014 HK2 10,910' 11,705' 9,443’ 9,443’ 6/13/2014 HK2 11,839' 12,013' 9,447’ 9,455’ 6/13/2014 PBTD: 12,130’ MD / 9,506’ TVD TD: 12,419’ MD / 9,515’’ TVD Well Name Rig API Number Well Permit Number Start Date End Date M-34 HAK 404 50-733-20626-00 214-027 8/18/2020 8/24/2020 Daily Operations: 08/20/20 - Thursday Test BOPE at 250 L/3000H. AOGCC (Jim Regg) waived witness on 8-18-20 at 1430 hrs. Pull blanking plug and BPV. Install landing joint. Back out lock down screws. Unseat tubing hanger at 130 K. Adjust derrick over hole. Pull tubing hanger to rig floor (145 K P/U). Strip ESP cable and control lines from tubing hanger. Lay down hanger and landing joint. Pump 15 bbls FIW into hole every hour. Rig up Summit cable sheave and attach cable to spool. POOH with ESP standing back 4 1/2" 12.6# Supermax tubing to +- 8250'. Engine low fuel pressure shut down. Troubleshoot and resolve issue. POOH with ESP standing back 4 1/2" 12.6# Supermax tubing to +- 5010'. POOH with ESP standing back 4 1/2" 12.6# Supermax tubing to +- 3900'. POOH with ESP standing back 4 1/2" 12.6# BTC tubing to +- 3059'. 08/21/20 - Friday POOH with ESP standing back 4 1/2" 12.6# BTC tubing to +- 1250'. Derrick is full. POOH with ESP laying down 4 1/2" 12.6# BTC tubing to ESP. Lay down ESP as per Summit. Found holes in bottom pump. Clear rig floor. Prepare to pick up new ESP. Stage new spool of ESP cable. Pick up ESP as per Summit. M/u cent/anode, Guage, LT motor & service. Cont. p/u esp assy- UT motor, lower & upper seals, intake, 2 pump assy. M/U ported sub/ discharge assembly. Had resistance on flange. Diagnose found flange galled, attempt to clean up w/no joy. Decision made to mobe out new pump assy's & change out. Line up logistics. L/D 2-pump sections & m/u safety joint. Housekeeping & rig maintenance while waiting for arrival of new pump assembly's. Continue monitor hole adding 15 BPH FIW. 08/19/20 - Wednesday Torque risers. Set in mud cross, double gate and annular preventer. Torque bolts. Assist welder with stair modifications. Finish torquing all bolts. Rig up choke and kill hoses. Run accumulator hoses. Tighten flanges on mix tank. Prepare to raise mast. Stand mast & scope up, secure guy lines. Install rig floor & dress out, adjust guy lines, center stack & secure, install beaver slide, ODS stairs & r/u test pump. Finish r/u floor, ( slips/ elevators etc.). R/U tubing tongs, M/U 4 1/2" test jt, spot Summit ESP pulling eq. & r/u same. Bump test eq. change rotation as needed. Fill surface eq with test fluid, shell test t/250/3000 good. Test BOPE as per Hilcorp & AOGCC requirements. AOGCC witness waived by Inspector Jim Regg. Testing w/ 4 1/2" tj, 250/3000 psi. Hilcorp Alaska, LLC Well Operations Summary Offload work boat. Spot equipment. Production began circulating well at 1330 hrs at 1.5 BPM. Continue with rig up miscellaneous. Production circulating down IA at 3 bpm pumping a total of 914 bbls. Production lined up and pumped ~180 bbls down the tubing at 3 bpm. Shut in & check well for pressure, observe 8 psi on both tubing & IA. Rig up and bleed off tubing to 0 psi, all gas. Shut in tubing for 15 minutes, no pressure increase. Continue to bleed IA down to 2 psi. Nipple down spool on top of tree, install BPV. SIMOPS continue to bleed off IA. Nipple down tree. Remove chemical injection lines, production piping, & SSV. SIMOPS shut in IA for 15 minutes with 2 psi, no pressure increase observed. Open up IA & continue bleeding down. 08/18/20 - Tuesday HAK 404 POOH with ESP standing back 4 1/2" 12.6# BTC tubing to +- 1250' Unseat tubing hanger at 130 K. AOGCC (Jim Regg) waived witness on 8-18- Shut in & check well for pressure, observe 8 psi on both tubing & IA. Rig Well Name Rig API Number Well Permit Number Start Date End Date M-34 HAK 404 50-733-20626-00 214-027 8/18/2020 8/24/2020 Hilcorp Alaska, LLC Well Operations Summary Nipple up tree. Test void at 500 psi L/5000 H. Install wing valves, SSV and flow lines. Pull BPV. Set two-way check. Test tree at 250 L/5000 H. Turn well over to production. 08/22/20 - Saturday Offload ESP assemblies from boat. Finish picking up ESP per Summit. Meg test good. RIH with ESP picking up 4 1/2" 12.6# BTC joints to +- 900'. Meg test good. Run ESP in hole with stands out of derrick to 2710'. Pump 15 bbls FIW in hole every hour. Meg test every 1000'. Run ESP in hole with stands out of derrick to 6016'. Pump 15 bbls FIW in hole every hour. Meg test every 1000'. Run ESP in hole with stands out of derrick to 6371'. Pump 15 bbls FIW in hole every hour. Meg test every 1000'. Change out cable spools make cable splice & test same, good. Run ESP in hole with stands out of derrick to 7050'. Pump 15 bbls FIW in hole every hour. Meg test every 1000'. 08/23/20 - Sunday Run ESP in hole with stands out of derrick to 9580'. Pick up 2 joints Supermax. Pump 15 bbls FIW in hole every hour. Meg test every 1000'. Pick up tubing hanger. Install BPV. Make cable splice and dress tubing hanger. Meg test good. Make up landing joints. Land hanger. Placing assembly tail @ 9716', Run in lock down screws. Lay down landing joints. Clear and rig down floor. l/d beaver slide, prep & lower mast, unstring drill line from DW, lay mast over, Pull floor off. N/D BOPE, (flow nipple, annular, doublegate, mud cross, riser). Prep Wellhead, stab tree, rotate adaptor flange as needed for alignment. 08/24/20 - Monday RIH with ESP picking up 4 1/2" 12.6# BTC joints t MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg t � ��'DATE P. I. Supervisor FROM: Jeff Jones SUBJECT Petroleum Inspector August 7, 2020 No Flow Test Trading Bay Unit M-34 - Hilcorp Alaska LLC PTD 2140270 August 7, 2020: 1 traveled to Hilcorp's Steelhead Platform in Cook Inlet to witness a No - Flow test performed on well M-34. On arrival I met with Hilcorp representative Garret McLean and we discussed the well condition and test procedures. Well M-34 production „ was bled down to 0 psi prior to my arrival. M-34 was then blocked in and the pressure allowed to build for 3 hours. The well pressure indicated 0.53 psi on a SSI Technologies Digital 0-30 psi range digital gauge (Serial # 1506240084; calibrated 6/28/20) after 3 hours. Flow from the well tubing and inner and outer annuli were routed through an Erdco Model 3461-03TO-13 flow meter with a 180 to 1800 SCFH range (Serial # 031189; ' calibrated 4/20/20) to an open top container. The flow meter indicated less than 180 SCFH, and pressure bled to zero in 4 minutes and no liquid was produced. The followina table shows test details: Time Pressures' (psi) Flow Rate Remarks Gas — scf/hr Liquid — al/hr 0600 0/0/0 Well shut in for test 0900 0.5/0/0 <180 0 Pressure bled to zero in 4 min 0930 0/0/0 <180 0 1000 0/0/0 <180 0 ' Pressures are T/IA/OA 2 Gas flow not to exceed 900 scf/hr; Liquid flow not to exceed 6.3 gal/hr Summary: I witnessed a successful No -Flow test performed on Hilcorp's TBU M-34 well on the Steelhead Platform. Attachments: none 2020-0807_No-Flow_TBU_M-34_i j.docx Page 1 of 1 1.Type of Request: Abandon Plug Perforations Fracture Stimulate Repair Well Operations shutdown Suspend Perforate Other Stimulate Pull Tubing Change Approved Program Plug for Redrill Perforate New Pool Re-enter Susp Well Alter Casing 2.Operator Name:4.Current Well Class:5.Permit to Drill Number: Exploratory Development 3.Address: 3800 Centerpoint Drive, Suite 1400 Stratigraphic Service 6.API Number: 7. If perforating:8.Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require a spacing exception?Yes No 9.Property Designation (Lease Number):10.Field/Pool(s): McArthur River Field / Hemlock Oil Pool 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi):Plugs (MD):Junk (MD): 12,419'N/A Casing Collapse Structural Conductor Surface 2,260 psi Intermediate 4,760 psi Production 8,530 psi Liner (slotted)9,930 psi Packers and SSSV Type:Packers and SSSV MD (ft) and TVD (ft): 12. Attachments: Proposal Summary Wellbore schematic 13.Well Class after proposed work: Detailed Operations Program BOP Sketch Exploratory Stratigraphic Development Service 14.Estimated Date for 15. Well Status after proposed work: Commencing Operations:OIL WINJ WDSPL Suspended 16. Verbal Approval:Date:GAS WAG GSTOR SPLUG Commission Representative: GINJ Op Shutdown Abandoned Contact Name: Contact Email:kkozub@hilcorp.com Contact Phone: (907) 777-8434 Date: Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other: Post Initial Injection MIT Req'd? Yes No Spacing Exception Required? Yes No Subsequent Form Required: APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng Authorized Signature: Operations Manager Karson Kozub Other: Replace ESP N/A PRESENT WELL CONDITION SUMMARY Length Size 6,870 psi COMMISSION USE ONLY Authorized Name: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0017594 / ADL0018730 214-027 50-733-20626-00-00Anchorage, AK 99503 Hilcorp Alaska, LLC Trading Bay Unit M-34 N/A 990' 990' 12.6 # / L-80 TVD Burst 9,556 11,220 psi MD 5,020 psi 1,362' 3,637' 8,933' 1,363' 3,844' 990' 26" 16" 13-3/8" 1,363' 9-5/8"10,015' 3,844' 10,592' Perforation Depth MD (ft): 10,015' 10,634 - 12,013 783' See schematic Tubing Grade:Tubing MD (ft): 9,373 - 9,455 Perforation Depth TVD (ft): 8,990 psi Authorized Title: 17.I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. 8/1/2020 4-1/2" Daniel E. Marlowe Packers (x7) See schematic - SSSV N/A Tubing Size: 9,514' 12,130' 9,464' 2,863 psi 1,538' 5-1/2" 9,353'7" 12,130' 9,464' Form 10-403 Revised 3/2020 Approved application is valid for 12 months from the date of approval. By Samantha Carlisle at 1:41 pm, Jul 14, 2020 320-298 Daniel Marlowe I am approving this document 2020.07.14 12:27:59 -08'00' Daniel Marlowe BOP test to 3000 psig Annular preventer test to 2500 psig X Replace ESP DSR-7/14/2020 10-404X X DLB 07/14/2020 gls 8/11/20 *Alternate fluid handling and routing approved per 20 AAC 25.285(h) Comm. q 8/11/2020 JLC 8/11/2020 RBDMS HEW 8/12/2020 Well Work Prognosis Well: M-34 Well Name:M-34 API Number: 50-733-20626-00-00 Current Status:Oil Producer (ESP)Leg:Leg B-1 (NW Corner) Estimated Start Date:August 1, 2020 Rig:HAK 404 Reg. Approval Req’d?10-403 Date Reg. Approval Rec’vd: Regulatory Contact:Juanita Lovett 777-8332 Permit to Drill Number:214-027 First Call Engineer:Karson Kozub (907) 777-8434 (O) (907) 570-1801 (M) Second Call Engineer:Katherine O’Connor (907) 777-8376 (O) (907) 214-7400 (M) Current Bottom Hole Pressure:3,507 psi @ 8,649’ TVD (ESP) 0.356 psi/ft (6.38 ppg) based on SBHP 07/18/2014 Maximum Expected BHP:3,507 psi @ 8,649’ TVD (ESP) 0.356 psi/ft (6.38 ppg) based on SBHP 07/18/2014 Maximum Potential Surface Pressure:2,863 psi Using 0.1 psi/ft gradient 20 AAC 25.280(b)(4) Completion: M-34 is currently completed with an ESP that failed 07/03/20. This work over will replace the failed ESP. Wellbore Notes: x M-34 is a no flow well date 07/14/2016 x 7/14/2014 tested annulus and liner hanger at 9,809’ to 3,600 psi and charted for 30 minutes. Procedure: 1. MIRU HAK 404. 2. Kill well and circulate Hydrocarbon off of well through ESP. a. Work over fluid will be FIW, BOP’s will be closed as needed to circulate 3. Set BPV, ND tree, NU BOPE 4. Test BOP equipment per AOGCC guidelines to 250psi low / 3,000psi high / 2,500psi Annular a. Notify AOGCC 48 hours before BOPE test 5. Monitor well to ensure it is static. 6. Unseat hanger and POOH with tubing string and ESP pump 7. PU, RIH with new ESP completion. See proposed schematic for details and set depths a. Set bottom of ESP at ±9,690’ 8. ND BOP, NU tree and test same 9. RD HAK 404 10. Turn well over to production. 11. Conduct SVS tests per AOGCC regulations. Well Control: Hilcorp requests a variance to normal fluid handling from 20 AAC 25.285 (h). The request is to supply kill fluid from and take returns to the production facility instead of the rig circulating system. The Steelhead production facility can supply and receive more fluid than the rig circulating system. (Injection Pressure = 2,900psi.) Hilcorp also offers the following in support of this variance: x The nature of the M-34 work is to pull a failed ESP and run a like in kind unit. x The M-34 is a no flow well. Note: Well passed a no flow test in August 7, 2020. gls Hilcorp requests a variance to normal fluid handling from 20 AAC 25.285 (h). Packer and ScSSV not required .. passed No Flow test 8/7/20 gls Well Work Prognosis Well: M-34 x No other well work is planned. Currently there is no plans for a cleanout run, and no addition of perforations that could cause exposure to additional reservoir pressure. (If a cleanout is deemed necessary during the workover the pits shakers and pumps will be rigged up at that time.) x Hilcorp plans to circulate any hydrocarbon off the well and control any potential kick from the well by implementing the “Well Kick Procedure”. x A drawing of the circulating system is also attached. Well Kick Procedure: 1) Stab TIW floor valve & close 2) Close annular preventer 3) Line up Kill side to waterflood 4) Option A a. Line up Annulus to production header b. Open TIW valve and & begin displacing well from waterflood header to production header via annulus valve. 5) Option B a. Line up Choke Manifold to production header b. Open TIW valve and & begin displacing well from waterflood header to production header via choke manifold. Attachments: 1. Well Schematic / Current 2. Well Schematic / Proposed 3. Wellhead Diagram / Current & Proposed (same) 4. BOP Drawing 5. BOP Drawing showing circulation system 6. Fluid Flow Diagrams 7. RWO Sundry Revision Change Form See updated drawing... gls Steelhead Platform Well No. M-34 Completed: 07/22/16 Updated by JLL 08/11/16 SCHEMATIC RKB = 73.70’ 1 26” 13-3/8” 6 16” 9-5/8” 5-1/2” 7” 2 3 Est. TOC 1,500’ Est. TOC 4,500’ Est. TOC 78’ 4 5 7 8 9 10 11 12 13 14 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 26 296# - Surf 990’ 16 82.05# L-80 Boss 15.01 Surf 1,363’ 13-3/8 68# L-80 BTC 12.415 Surf 3,844’ 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750’ 9-5/8" 47# P-110 DWC/C 8.681 8,750’ 10,015’ 7" 29# P-110 DWC/C 6.184 9,809’ 10,592’ 5-1/2" 20# L-80 DWC/C 4.778 10,592’ 12,130’ TUBING 4-1/2" 12.6# L-80 BTC/Supermax 3.958 Surface 9,556’ JEWELRY NO Depth (MD) Depth (TVD) ID OD Item 1 9,556’ 8,538’ - 6.00 Discharge Bolt On 2 9,557’ 8,538’ - 6.75 Pump (x3) 33 Stg SH12000 3 9,606’ 8,581’ - 6.75 Intake 4 9,625’ 8,597’ - 5.62 Motor (x2) 562 Motor KMSUT/KMSLT 500 HP 5 9,690’ 8,653’ - 5.62 Centralizer/Anode 6 9,809’ 8,755’ - - Baker JM-ZXP Liner Top Packer 7 10,620’ 9,367’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 8 10,729’ 9,409’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 9 10,756’ 9,416’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 10 10,868’ 9,438’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 11 10,895’ 9,441’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 12 12,025’ 9,456’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 13 12,083’ 9,460’ 2.37 - Drillable Pack-off Bushing 14 12,130’ 9,464’ - - 5 ½” DWC - Guide Shoe Perforation Details Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD) Date HK1 10,634' 10,722' 9,373’ 9,407’ 6/13/2014 HK2 10,910' 11,705' 9,443’ 9,443’ 6/13/2014 HK2 11,839' 12,013' 9,447’ 9,455’ 6/13/2014 PBTD: 12,130’ MD / 9,506’ TVD TD: 12,419’ MD / 9,515’’ TVD Steelhead Platform Well No. M-34 Updated by KDK 07/08/2020 Proposed SCHEMATIC RKB = 73.70’ 1 26” 13-3/8” 6 16” 9-5/8” 5-1/2” 7” 2 3 Est. TOC 1,500’ Est. TOC 4,500’ Est. TOC 78’ 4 5 7 8 9 10 11 12 13 14 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 26 296# - Surf 990’ 16 82.05# L-80 Boss 15.01 Surf 1,363’ 13-3/8 68# L-80 BTC 12.415 Surf 3,844’ 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750’ 9-5/8" 47# P-110 DWC/C 8.681 8,750’ 10,015’ 7" 29# P-110 DWC/C 6.184 9,809’ 10,592’ 5-1/2" 20# L-80 DWC/C 4.778 10,592’ 12,130’ TUBING 4-1/2" 12.6# L-80 BTC/Supermax 3.958 Surface ±9,556’ JEWELRY NO Depth (MD) Depth (TVD)ID OD Item 1 ±9,556’ ±8,538’ - 6.00 Discharge Bolt On 2 ±9,557’ ±8,538’ - 6.75 Pump 3 ±9,606’ ±8,580’ - 6.75 Intake 4 ±9,625’ ±8,597’ - 5.62 Motor 5 ±9,690’ ±8,653’ - 5.62 Centralizer/Anode 6 9,809’ 8,755’ - - Baker JM-ZXP Liner Top Packer 7 10,620’ 9,367’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 8 10,729’ 9,409’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 9 10,756’ 9,416’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 10 10,868’ 9,438’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 11 10,895’ 9,441’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 12 12,025’ 9,456’ 4.778 5.50 5-1/2" x 8-1/2" Swell Packer 13 12,083’ 9,460’ 2.37 - Drillable Pack-off Bushing 14 12,130’ 9,464’ - - 5 ½” DWC - Guide Shoe Perforation Details Zone Top (MD)Btm (MD) Top (TVD) Btm (TVD) Date HK1 10,634' 10,722' 9,373’ 9,407’ 6/13/2014 HK2 10,910' 11,705' 9,443’ 9,443’ 6/13/2014 HK2 11,839' 12,013' 9,447’ 9,455’ 6/13/2014 PBTD: 12,130’ MD / 9,506’ TVD TD: 12,419’ MD / 9,515’’ TVD Steelhead Platform M-34 BOP HAK 404 07/10/2020 Steelhead Platform M-34 Circulating Diagram 07/14/2020 13 5/8 5M Shaffer CIW-U 13 5/8-5000 2.00'13 5/8- 5000 2.00' 18.83' 17.00' Wellhead floor to Upper Wellhead Room 22.88' Upper Wellhead Room to Drill Deck 21.87' Upper wellhead room floor Drill Deck Riser, 13 5/8 5M API hub X 13 5/8 5M FE Riser, 13 5/8 5M FE X 13 5/8 5M API hub 4.67' Blind Rams 3.74' Choke and Kill Valves 2 1/16 5M w/ Unibolt connections for hoses Variable 2 7/8-5 8.45' 17.00' Circulating ManifoldChoke House Waterflood Production Header BOPSTACKSTANDPIPEMONCLA RIG #404FLUID FLOW DIAGRAMNORMAL OPERATIONSCIRCULATING DOWN TUBING, UP CASING ANNULAS"THE LONG WAY"HCRVALVESTRIPPERHEADPRODUCTIONHEADERWATERFLOODRIG FLOORValve Position(O/C)Standpipe Pump Manifold 1 (PM1) OManifold Pump Manifold 2 (PM2) CPump Manifold 3 (PM3) OPump Manifold 4 (PM4) CPump Manifold 5 (PM5) OMud Kill Line 1 OCross Kill Line 2 OHCR valve (Choke Line 1) CChoke Line 2 OChoke Choke Manifold 1 (CM1) OManifold Choke Manifold 2 (CM2) CChoke Manifold 3 (CM3) OChoke Manifold 4 (CM4) CChoke Manifold 5 (CM5) OChoke Manifold 6 (CM6) CChoke Manifold 7 (CM7) OChoke Manifold 8 (CM8) CChoke Manifold 9 (CM9) CChoke Manifold 10 (CM10) OSuper Choke CManual Choke CRig Floor Safety Valve OPANICLINEMANUALCHOKESUPERCHOKESUPERCEDEDSUPERCEDED Rig 404 BOP Test Procedure Attachment #1 Attachment #1 Hilcorp Alaska, LLC - BOP Test Procedure: Rig 404, WO Program – Oil Producers, Gas Producers, Water Injectors Pre Rig Move 1) Blow down well, bleed gas to Well Clean Tank that is vented thru flare to atmosphere 2) Load well with FIW to kill well. x Note: Fluid level will fall to a depth that balances with reservoir pressure. 3) Shoot fluid level at least 24 hours before moving on well. 4) Shoot fluid level again, right before ND/NU. Confirm that well is static. Initial Test (i.e. Tubing Hanger is in the Wellhead) If BPV profile is good 1) Set BPV. ND Tree. NU BOP. 2) MU landing joint. Pull BPV. Set 2-way check in hanger. 3) Space out test joint so end of tubing (EOT) is just above the blind rams. 4) Set slips, mark same. Test BOPE per standard test procedure. If the tubing hanger won’t pressure test due to either a penetrator leak or the BPV profile is eroded and/or corroded and BPV cannot be set with tree on. Profile and/or landing threads must be prepped while tree is off. Worst Case: BPV profile and landing threads are bad. 1) Attempt to set BPV through tree. If unsuccessful, shoot fluid level. 2) If fluid level is static from previous fluid level shots, notify Hilcorp Anchorage office that the well is static and the tree must be removed with no BPV. As approved in the sundry, proceed as follows: a) ND tree with no BPV b) Inspect and prepare BPV profile to accept a 2-way valve, or prepare lift-threads to accept landing joint to hold pressure. If well is a producer and the culprit is scale, attempt to clean profile with Muriatic acid and a wire brush or wheel. c) Set 2-way check valve by hand, or MU landing (test) joint to lift-threads d) For ESP wells - Ensure that cap is on cable penetrator e) NU BOP. Test BOPE per standard procedure. 3) If both set of threads appear to be bad and unable to hold a pressure test and / or a penetrator leaks, notify Operations Engineer (Hilcorp), Mr. Guy Schwartz (AOGCC) and Mr. Jim Regg (AOGCC) via email explaining the wellhead situation prior to performing the rolling test. AOGCC may elect to send an inspector to witness. As outlined and approved in the sundry, proceed as follows: a) Nipple Up BOPE b) With stack out of the test path, test choke manifold per standard procedure c) Conduct a rolling test: Test the rams and annular with the pump continuing to pump, (monitor the surface equipment for leaks to ensure that the fluid is going down-hole and not leaking anywhere at surface.) d) Hold a constant pressure on the equipment and monitor the fluid/pump rate into the well. Record the pumping rate and pressure. e) Once the BOP ram and annular tests are completed, test the remainder of the system following the normal test procedure (floor valves, gas detection, etc.) Rig 404 BOP Test Procedure Attachment #1 f) Record and report this test with notes in the remarks column that the tubing hanger/BPV profile / penetrator wouldn’t hold pressure and rolling test was performed on BOP Equipment and list items, pressures and rates. 4) Pull hanger to surface. (Requires tubing cuts as necessary to free tubing). CBU to displace annulus and tubing with kill weight fluid. 5) If a rolling test was conducted, remove the old hanger, MU new hanger or test plug to the completion tubing. Re-land hanger (or test plug) in tubing head. Test BOPE per standard procedure. Subsequent Tests (i.e. Test Plug can be set in the Tubing-head) 1) Remove wear bushing. a) Use inverted test plug to pull wear busing. MU to joint of tubing. b) Thread into wear bushing c) Back out hold down pins d) Pull and retrieve wear bushing. 2) Break off test plug and invert same- RIH with test plug on joint of tubing. Install a pump-in sub w/ test line plus an open TIW or lower Kelly valve in top of test joint w/ open IBOP. 3) Test BOPE per standard procedure. STANDARD BOPE TEST PROCEDURE (after 2-way check or test plug is set) 1) Fill stack and all lines with rig pump- install chart recorder on test line connected to pump-in sub below safety valve and IBOP in test joint assembly. 2) Note: When testing, pressure up with pump to desired pressure, close valve on pump manifold to trap pressure and read same with chart recorder (test pressures will be indicated in Sundry). 3) Referencing the attached schematics test rams and valves as follows. a) Close 1 st valve on standpipe manifold, close valves 1, 2, 10 on choke manifold and close the annular preventer, open safety valve on top of test jt and close IBOP. Pressure test to 250 psi for 5 minutes and xxx psi (see sundry) high for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank and open annular. b) Close pipe rams and open annular preventer, close safety valve and open IBOP on test joint, close outside valve on kill side of mud cross, open 1st valve of standpipe, close valves 3, 4 & 9 on choke manifold, open valves 1 & 2 on choke manifold. Test to 250 psi for 5 minutes and xxx psi (see sundry) high for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. c) Test Dual Rams. If the well has dual tubing, and dual rams are installed in the stack, test the dual rams by picking up two test joints with dual elevators and lowering them into stack and position them properly in the dual rams. Close rams. Test to 250 psi for 5 minutes and xxx psi (see sundry) for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. d) Close inside valve / open outside valve on kill side of mud cross, close valves 5 & 6 / open valves 3 & 4 on choke manifold. Test to 250 psi for 5 minutes and xxx psi (see sundry) for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. e) Close manual and super choke / open valves 5 & 6 on choke manifold. Pressure up to ~ 1200 psi and bleed off 200 – 300 #s recording change and stabilization. If passes after 5 minutes, bleed off pressure back to tank. f) Close HCR (outside valve on choke side of mud cross), open manual & super choke. Test to 250 psi for 5 minutes and xxx psi (see sundry) for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. Rig 404 BOP Test Procedure Attachment #1 g) Close inside valve / open outside valve (HCR) on choke side of mud cross. Test to 250 psi for 5 minutes and xxx psi (see sundry) for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. h) Ensure all pressure is bled off- open pipe rams and pull test joint leaving test plug / 2-way check in place. Close blind rams and attach test line to valve 10 on choke manifold, close valve 7 & 8 / open valve 10 on choke manifold. Test to 250 psi for 5 minutes and xxx psi (see sundry) for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. i) Test additional floor valves (TIW or Lower Kelly Valve) and IBOPs as necessary. STANDARD TEST PROCEDURE OF CLOSING UNIT (ACCUMULATOR) 1) This is a test of stored energy. Shut off all power to electric and pneumatic pumps. 2) Record “Accumulator Pressure”. It should be +/- 3,000 psi. 3) Close Annular Preventer, the Pipe Rams, and HCR. Close 2 nd set of pipe rams if installed (e.g. dual pipe rams). Open the lower pipe rams to simulate the closing volume on the blinds. 4) Allow pressures to stabilize. 5) While stabilizing: Record pressure values of each Nitrogen bottle and average over the number of bottles. (i.e. Report might read “10 bottles at 2,150 psi”). 6) After accumulator has stabilized, record accumulator pressure again. This represents the pressure and volume remaining after all preventers are closed. (The stabilized pressure must be at least 200 psi above the pre- charge pressure of 1,000 psi). 7) Turn on the pump and record the amount of time it takes to build an additional 200 psi on the accumulator gauge. This is usually +/- 30 seconds. 8) Once 200 psi pressure build is reached, turn on the pneumatic pumps and record the time it takes for the pumps to automatically shut-off after the pressure to builds back to original pressure (+/- 3,000 psi). Note: Make sure the electric pump is turned to “Auto”, not “Manual” so the pumps will kick-off automatically. 9) Open all rams and annular and close HCR to place BOPE back into operating position for well work. 10) Fill out AOGCC report. FINAL STEP, FINAL CHECK 1) Test Gas Alarms 2) Double check all rams and valves, for correct operating position 3) Fill out the AOGCC BOPE Test Form (10-424) in Excel Format and e-mail to AOGCC and Juanita Lovett. Document both the rolling test and the follow up tests. Hilcorp Alaska, LLCHilcorp Alaska, LLCChanges to Approved Rig Work Over Sundry ProcedureSubject: Changes to Approved Sundry Procedure for Well M-34 (PTD 214-027)Sundry #: XXX-XXXAny modifications to an approved sundry will be documented and approved below. Changes to an approved sundry will be communicated to theAOGCC by the rig workover (RWO) “first call” engineer. AOGCC written approval of the change is required before implementing the change.Sec Page Date Procedure Change New 403Required?Y / NHAKPreparedBy(Initials)HAKApprovedBy(Initials)AOGCC WrittenApproval Received(Person and Date)Approval:Asset Team Operations Manager DatePrepared:First Call Operations Engineer Date BOPSTACKSTANDPIPEMONCLA RIG #404FLUID FLOW DIAGRAMNORMAL OPERATIONSCIRCULATING DOWN TUBING, UP CASING ANNULAS"THE LONG WAY"HCRVALVESTRIPPERHEADPRODUCTIONHEADERWATERFLOODRIG FLOORValve Position(O/C)Standpipe Pump Manifold 1 (PM1) OManifold Pump Manifold 2 (PM2) CPump Manifold 3 (PM3) OPump Manifold 4 (PM4) CPump Manifold 5 (PM5) OMud Kill Line 1 OCross Kill Line 2 OHCR valve (Choke Line 1) CChoke Line 2 OChoke Choke Manifold 1 (CM1) OManifold Choke Manifold 2 (CM2) CChoke Manifold 3 (CM3) OChoke Manifold 4 (CM4) CChoke Manifold 5 (CM5) OChoke Manifold 6 (CM6) CChoke Manifold 7 (CM7) OChoke Manifold 8 (CM8) CChoke Manifold 9 (CM9) CChoke Manifold 10 (CM10) OSuper Choke CManual Choke CRig Floor Safety Valve OPANICLINEMANUALCHOKESUPERCHOKEOption AOption AOption B 1 Carlisle, Samantha J (CED) From:Karson Kozub - (C) <kkozub@hilcorp.com> Sent:Monday, August 10, 2020 10:58 AM To:Schwartz, Guy L (CED) Cc:Juanita Lovett Subject:RE: [EXTERNAL] M-34 ESP swap. (PTD 214-027) ESP RWO Follow Up Flag:Follow up Flag Status:Flagged Mr.Schwartz, Ihopeyouenjoyedyourtimeoff. OnFridayAugust7thwesuccessfullycompletedanoflowtestonMͲ34.ThenoflowtestwaswitnessedbyJeffJones withAOGCC. Regards, KarsonKozub Mobile: +1 (907) 570-1801 kkozub@hilcorp.com From:KarsonKozubͲ(C) Sent:Thursday,July30,20205:27PM To:'guy.schwartz@alaska.gov'<guy.schwartz@alaska.gov> Cc:JuanitaLovett<jlovett@hilcorp.com> Subject:RE:[EXTERNAL]MͲ34ESPswap.(PTD214Ͳ027)ESPRWO Mr.Schwartz, IhaveupdatedBHPof2,900psiontheESPgauge(8,653’TVD)on7/21/2016.Iapologizefornothavingmorerecent informationintheSundry.SincetheESPhasbeenonlinewehavenothaditshutdownlongenoughforafullBHPbuildͲ up.CurrentlytheESPisoffline,butwelostcommunicationtoourESPgaugewhenitfailed.Icangetanextrapolated estimateofarecentpressurebuildupthelasttimetheESPwasshutdownifyouwouldlike. The7/21/2016datawouldputmysundrypressuresat: Current Bottom Hole Pressure: 2,900 psi @ 8,653’ TVD (ESP) 0.335 psi/ft (6.45 ppg) based on SBHP 07/21/2016 Maximum Expected BHP: 2,900 psi @ 8,653’ TVD (ESP) 0.335 psi/ft (6.45 ppg) based on SBHP 07/21/2016 Maximum Potential Surface Pressure: 2,033 psi Using 0.1 psi/ft gradient 20 AAC 25.280(b)(4) AttachedisanewfluiddiagramforusinginjectionFIW.Myoriginalonewasnotverywelldrawn. OptionA:wewillbetakingreturnsoffoftheannulusvalvetotheproductionheader. OptionB:WewillbetakingreturnsthroughtheHCRtothechokemanifoldandthentotheproductionheader. 2 Ourplanistokillandcirculatethewellwiththeproductiontreestillinplaceandtakereturnstotheproductionheader beforetherigarrives.Duringtheworkoverifweneedtocirculatetopotentiallycleanupthetubing,theBOPEswillbe closedandwewilltakereturnstotheproductionheader. PleaseletmeknowifIcanprovideanyfurtherinformation.Iamalsoavailableatmynumberbelowanytime. Regards, KarsonKozub Mobile: +1 (907) 570-1801 kkozub@hilcorp.com From:Schwartz,GuyL(CED)[mailto:guy.schwartz@alaska.gov] Sent:Thursday,July30,20202:39PM To:KarsonKozubͲ(C)<kkozub@hilcorp.com> Subject:[EXTERNAL]MͲ34ESPswap.(PTD214Ͳ027)ESPRWO Karson, DoyouhaveanupdatedBHPforthiswell?Youarereferencing2016datainthesundry. Alsothedrawingforfluidhandlingwiththerig404isconfusing.Greenvsredarrows?UsinginjectionFIWheaderis okbuthow/whereareyoutakingreturns? Alsothoughtyouwerekillingwellbeforetherigevengetsthere. Thanks< GuySchwartz Sr.PetroleumEngineer AOGCC 907Ͳ301Ͳ4533cell 907Ͳ793Ͳ1226office CONFIDENTIALITY NOTICE: This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Guy Schwartz at (907-793-1226 ) or (Guy.schwartz@alaska.gov). The information contained in this email message is confidential and may be legally privileged and is intended only for the use of the individual or entity named above. If you are not an intended recipient or if you have received this message in error, you are hereby notified that any dissemination, distribution, or copy of this email is strictly prohibited. If you have received this email in error, please immediately notify us by return email or telephone if the sender's phone number is listed above, then promptly and permanently delete this message. While all reasonable care has been taken to avoid the transmission of viruses, it is the responsibility of the recipient to ensure that the onward transmission, opening, or use of this message and any attachments will not adversely affect its systems or data. No responsibility is accepted by the company in this regard and the recipient should carry out such virus and other checks as it considers appropriate. • • V or Tjri *14IA THE STATE Alaska Oil and Gas ;- � fLASI�:A Conservation Commission -_�� o A 333 West Seventh Avenue t-- C Anchorage, Alaska 99501-3572 *M., GOVERNOR BILL WALKER g ..., Main: 907.279.1433 OF ALAS Fax: 907.276.7542 www.aogcc.alaska.gov August 24, 2016 Mr. Stan Golis Operations Manager—CI Offshore Hilcorp Alaska, LLC P.O. Box 244027 Anchorage, AK 99524-4027 RE: No-Flow Verification SCOOEC/ NOV 0 S 2016 Trading Bay Unit M-34 PTD 2140270 Dear Mr. Golis: On July 14, 2016 an Alaska Oil and Gas Conservation Commission (AOGCC) Petroleum Inspector witnessed a no-flow test of Trading Bay Unit M-34 located on the Steelhead Platform in Cook Inlet. The well is operated by Hilcorp Alaska, LLC (Hilcorp). The AOGCC Inspector confirmed that the proper test equipment — as outlined in AOGCC Industry Guidance Bulletin 10-004 — was rigged up on Trading Bay Unit M-34 prior to the test. The well performance was monitored for three hours with observed gas flow rates less than the regulatory limit and no liquid flow to surface. The well may be produced without a subsurface safety valve. A fail-safe automatic surface safety valve system capable of preventing uncontrolled flow must be maintained in proper working condition in this well as required in 20 AAC 25.265. The subsurface safety valve must be returned to service if Trading Bay Unit M-34 demonstrates an ability to flow unassisted to surface. Any cleanout, perforating or other stimulation work in this well will necessitate a subsequent no flow test. Please retain a copy of this letter on the Steelhead Platform. Sincerely, Nev James B. Regg Petroleum Inspection Supervisor cc: P. Brooks AOGCC Inspectors . • MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg5124 1I( DATE: 7/14/2016 P. I. Supervisor 77 FROM: Johnnie Hill SUBJECT: No Flow Test Petroleum Inspector TBU M-34 - Hilcorp Alaska LLC PTD 2140270 7/14/2016: I met with Hilcorp representative Chris Jonson on the Steelhead platform to do a No-Flow on well TBU M-34.-We went over the procedure for the test. The well was rigged up as follows: - 3/4-inch flex hose connected to the tree cap; - calibrated digital pressure gauge; - 3/-inch quarter turn ball valve; - calibrated flow meter(0-2000 SCFH); - 1-inch bleed hose to a bucket with water in it. The following table shows test details: Time Pressures' Flow Rate Remarks (psi) Gas - scf/hr Liquid - gal/hr 8:20 0/0/90 0 none , initial 8:30 0/0/90 0 - none , closed 9:00 0.007/0/90 0 none - closed 9:30 0.13/0/90 0 none - closed 10:00 0.18/0/90 0 none - Well opened; some gas. 10:30 0.22/0/90 0 - none - some gas 11:00 0.05/0/90 0 none - some gas 11:30 0.09/0/90 0 none some gas - 1 Pressures are T/IA/OA Summary: A slight gas flow (unmeasurable)was observed (bubbling in water bucket). There was no liquid flow. TBU M-34 exhibited characteristics of passing no flow test. The well room was very neat and clean. Good equipment and procedure. Attachments: Photos (3) SCANNED APR201?, 2016-0714_No-Flow_TBU_M-34j h.docx Page 1 of 3 0 ! *,t w wei— k , ,-mow. ., „,.... . „.... ,,,,,,,, ,,,,,,„. ... '''•••;-''',';.-''rn.a akt.4,... V „e 6 bpct 0• W0 I m c) t• U I II I 0 v K U O topic* b p f € M t I M = 4i F" O IN o w a.., 0 4 0 o J Illitit. ''.:1 'N O Tr N = „ 0 1 r :0: U R3 a .. A i ( CCI O I N O H O co ON ' �¢ g O t- ' il O � � .,r, ' z a i S • x U s. O N d a)E 7 3 O M w M H O 3 a) 0 O ,11e .p �' 4-1p..,a o N V* h • IA N 1 tia 16. V .sa, 1 a 4 0 0 ligk 1 ; c 9,O" L. STATE OF ALASKA AIL OIL AND GAS CONSERVATION COM ION REPORT OF SUNDRY WELL OPERATIONS 1.Operations Abandon El Plug Perforations El Fracture Stimulate El Pull Tubing 0 Operations shutdown ❑ Performed: Suspend El Perforate El Other Stimulate El Alter Casing El Change Approved Program ❑ Plug for Redrill ❑ Perforate New Pool El Repair Well El Re-enter Susp Well❑ Other:Replace ESPN 2.Operator 4.Well Class Before Work: 5.Permit to Drill Number: Name: Hilcorp Alaska,LLC Development El Exploratory ❑ 214-027 3.Address: 3800 Centerpoint Drive,Suite 1400 Stratigraphic❑ Service El 6.API Number: Anchorage,AK 99503 50-733-20626-00-00 7.Property Designation(Lease Number): 8.Well Name and Number: RECEIVED��' ADL0017594/ADL0018730 Trading Bay Unit M-34 9.Logs(List logs and submit electronic and printed data per 20AAC25.071): 10.Field/Pool(s): N/A McArthur River Field/Hemlock Oil Pool AUG 1 8 2016 11.Present Well Condition Summary: Total Depth measured 12,419 feet Plugs measured N/A tee true vertical 9,514 feet Junk measured N/A feet Effective Depth measured 12,130 feet Packer measured See Schematic feet true vertical 9,464 feet true vertical See Schematic feet Casing Length Size MD TVD Burst Collapse Structural 990' 26" 990' 990' - - Conductor 1,363' 16" 1,363' 1,362' - - Surface 3,844' 13-3/8" 3,844' 3,637' 5,020 psi 2,260 psi Intermediate 10,015' 9-5/8" 10,015' 8,933' 6,870 psi 4,760 psi Production 783' 7" 10,592' 9,353' 11,220 psi 8,530 psi Liner(slotted) 1,538' 5-1/2" 12,130' 9,464' 8,990 psi 9,930 psi Perforation depth Measured depth 10,634-12,013 feet True Vertical depth 9,373-9,455' feet Tubing(size,grade,measured and true vertical depth) 4-1/2" 12.6#/L-8b` 9,556'(MD) 8,538'(TVD) Packers and SSSV(type,measured and true vertical depth) Packers(x7)-See Schematic SSSV:N/A 12.Stimulation or cement squeeze summary: Intervals treated(measured): p� JAN `) 'i�' N/A %AMU2 . a L1� Treatment descriptions including volumes used and final pressure: N/A 13. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: 305 110 7547 0 94 Subsequent to operation: 345 169 10942 18 112 14.Attachments(required per 20 AAC 25.070,25.071,&25.283) 15.Well Class after work: Daily Report of Well Operations El Exploratory❑ Development Service ❑ Stratigraphic ❑ Copies of Logs and Surveys Run El 16.Well Status after work: Oil ❑ Gas ❑ WDSPL❑ Printed and Electronic Fracture Stimulation Data El GSTOR El WINJ 0 WAG ❑ GINJ El SUSP❑ 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: 316-357 Contact Trudi Hallett(907)777-8323 Email thallett( hilcorD.co Printed Name Stan W.Golis Title Operations Manager Signature ..., t.J trePhone (907)777-8356 Date '6.111( 1(P % ,6lQ0�RBDMS L.t_'A 3 1 8 2016 y Form 10-404 Revised 5/2015 Submit Original Only S SCHEMATIC •teelhead Platform Well No. M-34 Hileoru Alaska,LL Completed: 07/22/16 RKB=73.70' CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. Est.TOCk , 26 296# Surf 990' �s' 26" 16 82.05# L-80 Boss 15.01 Surf 1,363' 16" Est.TOC 13-3/8 68# L-80 BTC 12.415 Surf 3,844' 1,500' 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750' 9-5/8" 47# P-110 DWC/C 8.681 8,750' 10,015' 13-3/8" 7" 29# P-110 DWC/C 6.184 9,809' 10,592' Est.TOC 5-1/2" 20# L-80 DWC/C 4.778 10,592' 12,130' 4,500' TUBING 4-1/2" 12.64 L-80 BTC/Supermax 3.958 Surface 9,556' JEWELRY Depth Depth NO (MD) (TVD) ID OD Item 1 9,556' 8,538' - 6.00 Discharge Bolt On 2 9,557' 8,538' - 6.75 Pump(x3)33 Stg SH12000 3 9,606' 8,581' - 6.75 Intake 4 9,625' 8,597' - 5.62 Motor(x2)562 Motor KMSUT/KMSLT 500 HP 1 5 9,690' 8,653' - 5.62 Centralizer/Anode 2xmil 310-� 6 9,809' 8,755' - - Baker JM-ZXP Liner Top Packer 5'la 7 10,620' 9,367' 4.778 5.50 5-1/2"x 8-1/2" Swell Packer 8 10,729' 9,409' 4.778 5.50 5-1/2"x 8-1/2" Swell Packer 9 10,756' 9,416' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 6 10 10,868' 9,438' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 9-5/8" 11 10,895' 9,441' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 7,, 12 12,025' 9,456' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 13 12,083' 9,460' 2.37 - Drillable Pack-off Bushing ▪ 'ilipillliia 14 12,130' 9,464' - - 5%" DWC-Guide Shoe 9 1 10 1-; I 11 I I 5-1/2" rn 6z 12 13 1,1 ▪ \ Perforation Details Top Zone (MD) Btm(MD) Top(ND) Btm(ND) Date HK1 10,634' 10,722' 9,373' 9,407' 6/13/2014 HK2 10,910' 11,705' 9,443' 9,443' 6/13/2014 HK2 11,839' 12,013' 9,447' 9,455' 6/13/2014 PBTD: 12,130' MD/9,506'TVD TD: 12,419' MD/9,515"ND Updated by JLL 08/11/16 • • Hilcorp Alaska, LLC Hilcorp Alaska,LLC Well Operations Summary Well Name Rig API Number Well Permit Number Start Date End Date M-34 Moncla 404 50-733-20626-00 214-027 7/16/2016 7/22/2016 7/16/16-Saturday Total Safety complete gas detection hook up.Quadco out to install Totco PVT and monitor system.Test tubing hanger void to 5000 PSI for 10 minutes to insure tubing hanger body seal integrity. Set 4"CIW Type"H"BPV,nipple down flow lines and blind same,remove SSV and off side wing valves from tree, nipple down tree.Install NOS testing sub in 41/2"EUE landing threads of the tubing hanger,pump open SSV and lock same,terminate and plug chemical capillaries,install riser,mud cross,Cameron 13 5/8"5M Type"U"Double Gate BOP.Install 13 5/8"5M Hydril Type GK annular BOP with 13 5/8"10 Flange utilizing a DSA 13 5/8 5M x 10M. Install accumulator hoses and choke and kill lines.Prep to raise derrick.Shut down working daylight crew only. 7/17/16-Sunday Continue to work on stairs,perform rig maintenance,raise derrick and scope out same.Attach guide lines and secure same,run hoses for FIW,run 2"HP hose from pump to stand pipe. Start to install floor.Continue to install rig floor,welder making supports for rig floor and modifying supports for beaver slide. Make up 4.5"test joint and engage test sub on hanger,fill stack with FIW,shell test to 3000#against annular and with variable bore pipe rams, found a couple of leaks that were addressed. Service valves on choke manifold,performed accumulator drawdown to ensure sufficient recovery time for upcoming BOP test.Shut down,days only operation. 7/18/16-Monday Prep to test BOP's,spot Summit spoolers.Perform BOP test per AOGCC.Hilcorp.and Moncla 404 specifications,tested on 3.5 and 4.5"test joints at 250 PSI low and 3000 PSI high. Test witnessed by AOGCC inspector Brian Bixby,all components of BOPE passed,did have 1 fail pass the LEL alarm audible. Pulled and broke down test joint and laid down same,complete with Northern Oilfield Service test connection. Complete welding of beaver slide pipe stop. Make up and install landing joint.Back out lock down screws on tubing spool. Closed annular with 600 PSI accumulator pressure and pull on tubing, hanger started to move with 90K pull,packer sheared at 127K,picked up an additional 10'and attempted to circulate through the choke to the gas buster with no luck.Pumped 195 BBL of FIW @ 3.5 BPM and standpipe pressure of 117 PSI. Never had any vapor coming back,possible packer seals swollen and engaged.Pull tubing hanger to floor and remove capillaries and ESP cable prep for shipment to town for refurbishment. Continue to trip out of hole to packer,with 3 joints laid down had packer fluid to surface from packer swabbing,rigged up pump and pumped packer fluid to pits through choke line while pulling out of hole.Pulled out of hole to 9357'laying down,SSSV,Packer X-Nipple and GLM. Secured well.Shut down,daylight operations. 7/19/16 Tuesday _Check tubing and casing for,pressure had a slight blow did not read any pressure on gauge. Rig up and attempt to circulate pumped a total of 320 BBLS down the tubing with no returns,pumped an additional 20 BBL down backside to clean cable prior to pulling tubing.Hang Summit sheaves for ESP power cable and flat pack,pull out of hole from 9357',attach cables to spoolers. Summit checked cable and found power cable had 1 open leg.Continue to trip out of hole laying down 3.5"super-max tubing to 4748' (149 joints).Had abandon platform drill,all Moncla and contract personnel reported to there assigned escape capsules.Continue to pull out of hole with 3.5"super-max tubing from 4748'to 129',top of pump filing hole with twice the metal displacement and inspecting ESP cable for damage.Pulled and laid down a total of 286 joints of tubing. Note:had a piece of rubber come back while tripping out of hole 1/2"cross section x 43 1/2"long looks like possibly a test plug oring.Inspect pump and motor lead while breaking down same,found a total of 12 holes in pump housings.The motor lead had one leg that was blown out,this damage was in correlation to one of the pump housing holes. The suction screen for the pumps had what appeared to be chunks of rubber imbedded in the screen,and the screen was deformed/collapsed from being plugged off.The top motor seal had no oil,the bottom chamber did have oil. The top of the upper motor had little oil,the lower tandem motor was full of oil but it was milky indicating overheating. Per Summit this is indicative of the suction screen being plugged off while the pump was running.Clean floor, and work boat off loading new 4 1/2"tubing and Summit ESP equipment,backload 3 1/2"tubing and old ESP equipment that was pulled. • • Hilcorp Alaska, LLC Hilcorp Alaska,LLC Well Operations Summary Well Name Rig API Number Well Permit Number Start Date End Date M-34 Moncla 404 50-733-20626-00 214-027 7/16/2016 7/22/2016 7/20/16-Wednesday Rig up Pollard wire line and run in hole with junk basket with 8.5"gauge ring set down at 4,472'picked up and pulled out of hole.Checked bailer recovered a piece of rubber 1/2"cross section x 9"long.Run in hole with junk bailer with 8.15"gauge ring to 9,873'WLM,set down work bailer,pull out of hole recovered 3 pieces rubber.Rig down wire line.Cont.unload/back load boat,prep to pickup ESP assy.Assembled Summit dual 500 HP motors with anode centralizer and gauge on bottom.Serviced motors with oil.Rig up sheaves in derrick with cable and flatpack loaded. Make up lower&upper tandem seals,attached flatpack and reda cable,performed electrical checks,test cap lines&check valves,good.Make up intake,dual pumps,discharge, pressure sub,x-over and handling jt.Trip in hole with ESP assembly from 140'to 1,727'installing canon clamps every other joint,and checking electrical continuity every 1,000'.Trip in hole with ESP assembly from 1,727'to 4,395'installing canon clamps every other joint,and checking electrical continuity every 1,000'. 7/21/16-Thursday Continue to trip in hole from 4,395'to 5,141'checking electrical continuity every 1,000'.Prep for splice.Make cable splice at 5,141'ensuring electrical continuity.Continue to trip in hole from 5,141'to 9,614',(Joint#297), ensuring electrical continuity every 1,000'.Make up 13 5/8"Seaboard TC 1 A EN Tubing hanger,prep for Taurus penetrator and(2)1/4"continuous control lines,with 4.5"EUE lift and suspension,and 4"Type H BPV profile.Make splice for penetrator pig tail,install penetrator.Run capillaries through hanger,and land hanger with 97K weight on hanger.Could not get up weight due to Summit running procedure.Bottom of pump at 9,690.44'with 71.65 original RKB.Total Clamps ran (4)513 Seal Clamps (12)675 Pump Clamps(10) Motor clamps (1)Splice clamp flat-round (1)Splice clamp round-round (157)Cannon coupling clamps (3)Super bands.Run in lock down screws,back out and lay down landing joint,set 4"CIW type"H"BPV.Rig down Summit sheaves and equipment.Clean and clear rig floor.Remove BOP accumulator hoses.Remove handrails from rig floor,remove floor plates,fold up wings,and remove floor. Remove choke and kill line coflex hoses,from mud cross. Remove hoses going to stand pipe manifold,rig down controls to dog house and move dog house back in preparation of scoping in derrick.Remove guide wires,scope in,and lay over derrick. 7/22/16-Friday N/D BOPE,drain pits.N/U 13 5/8"Seaboard tree adaptor&valves,test void t/250/5000 good.Install flow lines,test tree 250/5000 good.Release well to Production. • • OF Tit, • �*).I�j, st THE STATE Alaska Oil and Gas of® TT ®® sKA Conservation Commission - ,�z 333 West Seventh Avenue 15-7 c GOVERNOR BILL WALKER Anchorage, Alaska 99501-3572 `' Main: 907.279.1433 Y`P Fax: 907.276.7542 www.aogcc.alaska.gov Stan Golis Operations Manager FEB 2 2017. Hilcorp Alaska, LLC SWIMS- 3800 Centerpoint Dr., Ste. 1400 Anchorage,AK 99503 Re: McArthur River Field, Hemlock Oil Pool, TBU M-34 Permit to Drill Number: 214-027 Sundry Number: 316-357 Dear Mr. Golis: Enclosed is the approved application for sundry approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, Daniel T. Seamount Commissioner DATED this fZ day of July, 2016. RRDMS w JI (/1 t, 711V r • • R E C EIV STATE OF ALASKA JUL 1 1 2016 ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS AOGC 20 AAC 25.280 1.Type of Request: Abandon ❑ Plug Perforations❑ Fracture Stimulate ❑ Repair Well ❑ Operations shutdown 0 Suspend ❑ Perforate 0 Other Stimulate ❑ Pull Tubing 0 Change Approved Program❑ Plug for Redrill ❑ Perforate New Pool ❑ Re-enter Susp Well ❑ Alter Casing 0 Other: Replace ESP 0 2.Operator Name: 4.Current Well Class: 5.Permit to Drill Number. Hilcorp Alaska,LLC Exploratory ❑ Development 0.. 214-027 • 3.Address: 3800 Centerpoint Drive,Suite 1400 Stratigraphic ❑ Service ❑ 6.API Number Anchorage,AK 99503 50-733-20626-00-00 • 7.If perforating: 8.Well Name and Number. What Regulation or Conservation Order governs well spacing in this pool? N/A Will planned perforations require a spacing exception? Yes 0 No 0 / Trading Bay Unit M-34 • 9.Property Designation(Lease Number): 10.Field/Pool(s): ADL0017594/ADL0018730 ' McArthur River Field/Hemlock Oil Pool - 11. PRESENT WELL CONDITION SUMMARY Total Depth MD(ft): Total Depth TVD(ft): Effective Depth MD: Effective Depth TVD: MPSP(psi): Plugs(MD): Junk(MD): 12,419 9,514 12,130 9,464 2,863 psi NIA N/A Casing Length Size MD TVD Burst Collapse Structural 990' 26" 990' 990' - - Conductor 1,363' 16" 1,363' 1,362' - - Surface 3,844' 13-3/8" 3,844' 3,637' 5,020 psi 2260 psi Intermediate 10,015' 9-5/8" 10,015' 8,933' 6,870 psi 4,760 psi Production 783' 7" 10,592' 9,353' 11,220 psi 8,530 psi Liner 1,538' 5-1/2" 12,130' 9,464' 8,990 psi 9,930 psi (slotted) Perforation Depth MD(ft): Perforation Depth ND(ft): Tubing Size: Tubing Grade: Tubing MD(ft): 10,634-12,013 , 9,373-9,455' 3-1/2" 9.2#/L-80 9,642 Packers and SSSV Type: Packers and SSSV MD(ft)and ND(ft): Packers(x8-See Schematic)&SSSV Packers(x8-See Schematic)&313'(MD)313'(TVD) 12.Attachments: Proposal Summary 0 Wellbore schematic 0 13.Well Class after proposed work: Detailed Operations Program ❑ BOP Sketch 0 Exploratory ❑ Stratigraphic❑ Development 0 r Service El 14.Estimated Date for 15.Well Status after proposed work: Commencing Operations: 7/25/2016 OIL 0 • WINJ ❑ WDSPL ❑ Suspended ❑ 16.Verbal Approval: Date: GAS ❑ WAG ❑ GSTOR ❑ SPLUG ❑ Commission Representative: GINJ 0 Op Shutdown 0 Abandoned ❑ 17. I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Contact Dan Marlowe(907)283-1329 Email dmarlowe@hilcoro.com Printed Name Stan W.Golis Title Operations Manager Signature 611-%;% Phone (907)777-8356 Date 1 1 11 1 1 4, COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity ❑ BOP Test Ig Mechanical Integrity Test ❑ Location Clearance ❑ Other: 4 300o F"S`", /56(47 .7;,..;1- J jC 00 c clow '1 s l-- (9 44-�-:.� f a et.?-:h2-"11-4-(.-4- OJ a� 51.)4,___. Post Initial Injection MIT Req'd? Yes ❑ No ❑ Spacing Exception Required? Yes ❑ No 2/ Subsequent Form Required: / 6--1 o 9 RBDMS 1,v JUL 1 4 2016 01---(17/7APPROVED BY --7 Approved by: COMMISSIONER THETHCOMMISSION Date: i—`2" , Le ? d 3I IO RI G I N A - ,�� •%/4'v �1Qi Submit Form and v orm 10-403 R vi ed 11/2015 pproved application is va id for 12 months from the date of approval. Attachments in Duplicate � i. CPC %Ij I. `'LA4 Well Work Prognosis • Well: M-34 Hilcorp Alaska,Lu: Date: 07/08/2016 Well Name: M-34 API Number: 50-733-20626-00-00 Current Status: Oil Producer(ESP) Leg: Leg B-1 (NW Corner) Estimated Start Date: July 25, 2016 Rig: Moncla 404 Reg.Approval Req'd? 10-403 Date Reg.Approval Rec'vd: Regulatory Contact: Juanita Lovett 777-8332 Permit to Drill Number: 214-027 First Call Engineer: Trudi Hallett (907)777-8323 (0) (907) 301-6657 (M) Second Call Engineer: Dan Marlowe (907) 283-1329 (0) (907) 398-9904(M) Current Bottom Hole Pressure: 3,507 psi @ 8,649'TVD(ESP) 0.356 lbs/ft(6.38 ppg)based on SBHP 07/18/2014 Maximum Expected BHP: 3,507 psi @ 8,649'TVD(ESP) 0.356 lbs/ft(6.38 ppg)based on SBHP 07/18/2014 Maximum Potential Surface Pressure:2,863 psi Using 0.1 psi/ft gradient 20 MC 25.280(b)(4) Completion The M-34 well is currently completed with an ESP which failed 07/08/16.This work over will replace the failed ESP. Now that the well is down,we intend to conduct a No-flow test to determine if the high set packer and SSSV need re-installed. / Last Casing Test: 7/14/2014 tested annulus and liner hanger at 9,809'to 3600 psi and charted for 30 minutes. Procedure: 1. MIRU Moncla Rig#404. 2. Kill well and circulate Hydrocarbon off of well through ESP.Work over fluid to be FIW. 3. Notify AOGCC 48 hours before pending BOPE test.Set BPV, ND tree, NU BOPE.Test all BOP equipment per AOGCC guidelines to 250psi low and 3,00001high. 4. Monitor well to ensure it is static. 5. Unseat hanger and POOH with high-set packer,tubing string and ESP pump laying down the same. 6. PU, RIH with ESP completion. If well doesn't pass no-flow, include SSSV and high set vented packer testing to 1500 psi and chart for 30 minutes. 7. ND BOP, NU wellhead and test. 8. Turn well over to production. 9. Conduct SVS tests per AOGCC regulations. Attachments: 1. Well Schematic/Current 2. Well Schematic/Proposed 3. Wellhead Diagram/Current& Proposed (same) 4. BOP Drawing 5. Fluid Flow Diagrams 6. RWO Sundry Revision Change Form • SCHEMATIC •Steelhead Platform Wel) No. M-34 • Hilcorp Alaska,LLC Completed: 07/20/2014 RKB=73.70' CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 78t.TOC* • 2 126„1021 11,..1i 26 296# - Surf 990' s x 16 82.05# L-80 Boss 15.01 Surf 1,363' 4 16„ Est.TOC —1.-• 13-3/8 68# L-80 BTC 12.415 Surf 3,844' 1,500' 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750' 9-5/8" 47# P-110 DWC/C 8.681 8,750' 10,015' 13-3/8" 7" 29# P-110 DWC/C 6.184 9,809' 10,592' Est.TOC 5-1/2" 20# L-80 DWC/C 4.778 10,592' 12,130' 4,500' TUBING 3-1/2" 9.2# L-80 Supermax 2.992 Surface 9,642' JEWELRY NO Depth) (MD) (TVD) egth ID OD Item ' 1 313' 313' 4.30 2.812 5.380 SSSV 2 338' 338' 3.95 2.991 8.500 Packer 8 rd 3 350' 350' 1.08 2.813 4.500 X-Nipple 3-1/2 8 rd 4 366' 366' 9.20 2.812 5.750 Gas Lift Mandrel 5 5 9,642' 8,611' 0.62 - 5.130 Discharge a 6 ,� 7 6 9,643' 8,612' 41.62 - 6.750 Pump(x2) 11M'' 8 7 9,686' 8,649' 17.87 - 5.130 Seals 9 8 9,704' 8,665' 59.89 - 5.620 Motor(x2) 9 9,768' 8,720' 2.06 - - Centralizer/Anode - 10 10 9,809' 8,755' 35.77 - - Baker JM-ZXP Liner Top Packer 9-5/8" 9 36T 11 10,620' 11.26 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 7„ 12 10,729' 9,409' 11.38 4.778 5.50 5-1/2"x 8-1/2"Swell Packer i 11 13 10,756' 9,416' 11.80 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 12 14 10,868' 9,438' 11.75 4.778 5.50 5-1/2"x 8-1/2"Swell Packer a'1 13 15 10,895' 9,441' 11.72 4.778 5.50 5-1/2"x 8-1/2"Swell Packer • 14 16 12,025' 9,456' 11.55 4.778 5.50 5-1/2"x 8-1/2"Swell Packer -=j 15 17 12,083' 9,460' l 2.37 - Drillable Pack-off Bushing 5-1/2" 18 12,130' 9,464' 2.18 - - 5%" DWC-Guide Shoe WO 16 17 18 L v Perforation Details Zone Top(MD) Btm(MD) Top(ND) Btm(TVD) Date HK1 10,634' 10,722' 9,373' 9,407' 6/13/2014 HK2 10,910' 11,705' 9,443' 9,443' 6/13/2014 HK2 11,839' 12,013' 9,447' 9,455' 6/13/2014 PBTD: 12,130' MD/9,506'TVD ; TD: 12,419' MD/9,515"TVD Updated by JLL 07/08/16 Proposed •Steelhead Platform Well No. M-34 Hikorp Alaska,LL Completed: 07/20/2014 RKB=73.70' CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. Est.TOC* 1 -, ,1 26 296# - Surf 990' 78' 26" _ 2 3 �I 16 82.05# L-80 Boss 15.01 Surf 1,363' 117 16" Est.TOC --110.:;;;. 13-3/8 68# L-80 BTC 12.415 Surf 3,844' 1,500' 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750' 9-5/8" 47# P-110 DWC/C 8.681 8,750' 10,015' 13-3/8" 7" 29# P-110 DWC/C 6.184 9,809' 10,592' te 4Est.TOC500' 5-1/2" 20# L-80 DWC/C 4.778 10,592' 12,130' ',1 TUBING 4-1/2" 12.6# L-80 BTC/Supermax 3.958 Surface ±9,640' :0 " JEWELRY r 'fit I NO Depth Depth ID OD Item s, (MD) (ND) ( 1 ±450' ./tontingent-SSSV 2 ±480' 'Contingent-Packer w/Vent Valve 7 3 ±510' Contingent-X-Nipple 4 ±9,768' ±8,720' Bottom of ESP 5 9,809' 8,755' - - Baker JM-ZXP Liner Top Packer 6 10,620' 9,367' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer ;' 7 10,729' 9,409' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer "' 4 t4' 8 10,756' 9,416' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 9 10,868' 9,438' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 5 10 10,895' 9,441' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 9-5/8" M . 11 12,025' 9,456' 4.778 5.50 5-1/2"x 8-1/2"Swell Packer 7„ __ 12 12,083' 9,460' 2.37 - Drillable Pack-off Bushing 6 13 12,130' 9,464' - - 51/2" DWC-Guide Shoe flgigil s 111.1.111110 9 MS 5-1/2" 111 11 12 illi ■ 13 ; ' : J Perforation Details Zone (Top) Btm(MD) Top(ND) Btm(ND) Date HK1 10,634' 10,722' 9,373' 9,407' 6/13/2014 HK2 10,910' 11,705' 9,443' 9,443' 6/13/2014 HK2 11,839' 12,013' 9,447' 9,455' 6/13/2014 PBTD: 12,130' MD/9,506'TVD TD: 12,419' MD/9,515"TVD Updated by JLL 07/08/16 • • 0 , . ili Steelhead Platform M-34 Current rcinrrp U4141'.i.cc 08/03/2015 Steelhead Platform Tubing hanger,5-BB-ESP,13 5/8 M-34 x 4%EUE 8rd lift and susp,w/4" 260160133/8095/8031/2 Type H BPV profile,w/3-1/2npt CCL ports,6%extended neck, prepped for 81W feed-thru BHTA,Bowen,41/16 5M FE X 7"-SSA Bowen top iiMiiiii trvi Valve,swab,WKM-M, mo^t. 41/16 5M FE,HWO, * . T-24f Ff,: , Valve,SSV,WKM-M,3 1/8 5Mm maern FE,w/Omni 15"operator Valve,wing,WKM-M, 21/165M FE,HWO, 1ti T-24 yHf- }' (� 11•11 I l•rSI •' it Valve,upper master,WKM-M, 0 6' 41/165M FE,HWO,T-24 '• u nttra r wr Valve,lower master,WKM-M, 4(O C ( J 41/165M FE,HWO,T-24 �v em GTE or Adapter,Seaboard,ESP-3CL, 13 5/8 5M rotating flange btm x 4 1/16 5M rotating 1 flange top,w/3-%npt CCL ports,prepped for BIW feed- thru - I � l ; . ,..., .,.,:y_ 1i , , .11,.„... I -• -4,26-1 r 3 • . 3 Multi-bowl,Seaboard SMB- I 22,135/85M x16%5M, prepped w/13 3/8 PP i 1111P bottom,4-21/165M SSO lie' L T 9' `La a a aa�-'SPI• iii.' i•�tb fi ,ilk il• Casing spool,Seaboard 5-22- AP-8,16 ped FE x 20 r - FE,prepped w/18 5/88 PP PP ti bottom,2-21/165M S5O j:111111! i I� o>'�'Is- ilt. Starting head,Seaboard, :an 1, rL 5-22-4P-8,20%3M FE x 26" BW bottom w/2-2 1/16 5M 1-3. , , ,. 550 11,._ •' l 'I�.., r. li26 16" 13 3/8" 9 5/8" Fa 3'A" • • Steelhead Platform M-34 BOP Moncla 07/08/2016 Il ,,,1 1, ,1,:,.1. 1.1 I mit lil lil ul lil lil m 11.11.111. iiiimi Shaffer 3.74 135/85M lai lilt Mai MiNiMMEN 111 1 11:1 Itl lli Variable 2 7/8-5 r... - 1 C_ ,-U "_ 'AIF- 4.67' Blind Rams . 135 -5000 "-p—=.( IiI 11I:aiii 4 I1 U I:i'i!l l:1 E a�� 1 ,ori, 1, Choke and Kill Valves .pi I ®I i J `,i' 1,1 81' 2.00' 21/16 5M w/Unibolt 111 tat 1 E 1 f i titl connections for hoses IV ii IN A U,IIIUeak Riser,13 5/8 SM API hub X 13 5/8 5M FE u.u' Upper Wellhead Room to Drill Deck 21 PT Cm o) V A Upper wellhead room floor .-- __... 1].00' Riser,13 5/8 5M FE X 13 5/8 SM API hub Wellhead floor to Upper Wellhead : III loom o EPP 1 aR ■.IAC ,�. '9 {.,,,,l..., 1•�i_I{! .SII:' . +r , .: {'d,l}l;. 1 8.45' II:lki r 7 r — J k 1 ''' '.-- 00000� • o o u o o u u o u o u u o u u o o _ N CO O Vl "� ei N CO VI 1D n CO 01 5 C 2 U a a C d 0- U O D U U U U U O O r-iV N in0 V V 0 V N enV a V1 lD V V 01 -1 0 a -0 V V _)e 0 0 0 0 0 0 0 0 0 0 O _O O _O O L 0 0 0 0 0 0 0 0 0 0 N _ _ _ _ _ _ _ _ _ _ y Y a C C C �C �C "� d C C C C C C C C C Y L � g g g g C C > 0 0 0 0 0'5555555 F g u > y 6 a a 6 a C C > Y -6 -8 -8 -6 -8 -815 -81 -8a = 0 Y Y Y Y Y Y Y Y y 2 E E E E E - 0 0 0 0 o o o L t o a c J 1 1 J S d d = = U L V L L L U L L V U L N 5 u av v a.- o Y ° `o o 0 cc T m V N K 11 II 4k N N . CO . In . IO . U W QLij Lk' I'7 ._ O z H W I DQ ► D Q 4k 0= CC a regLo�9 /1 _ /`> s ti • 1U x� a0 CO II-- K In w H a a ill a z In co A Z m ❑ H a CL = C o 0 11 o . Z Z 00� � , 0jz J a lirN J _ 0 W 4 Dl UJ,2oo � om 2DU > U Z H Ce in qko = V C ► D4 U ::t. Q 00000 0 0 0 0 00 u 00 0 00 00 u 0 i - N m a Cl " - ry In v 'n to n co m > 2222 2 fi. 222222222u 000U00000 o ,-4 ,, ,,, ,t m w - (V In ct U1 4c N co 01 .+ a v a v M o 0 V -o -o 9 -o -o V V -0 w 2 w w w U ry w w O O O w g. w w w1. W C C C C C . C C C C C C C C C C t j 2 f 2 2 f CO CD CO CO C C i J 2222222222 v m >T y n o. o. o. 0. c c > Y w w a' a' y c' Y Y y Y o b 2 EEEEE -' -' ,,co 0 0 0 0 0 0 0 0 0 0 °1n q To J n . . , _ = u 0 0 0 L 0 .0 0 0 0 0 0 > S d 6 0. 1 Y g m u u u u u 0 u u u u 0 u1 2 CO Cl a y n O Y w 8 ._ t N C LL u !,--12 SO K O 11 11 (N1 O) N . CO . qk U . (0 . uW Ez Q L- a_ CC 111 I Q ao r) Zo z NU II §U O � 17- W ® 04 D4 0. D Q O= CC J 0 ✓J_> 0 ce O W o _ T LL a_LI, Ie ■ :U .x _. , L'A., 77,7 • T Y Au • av m OQ Ca /— CO WH d d III 0 z H 0, co Q J D Z Z 0 -- H Z — o O (n O o g 0a ,...-= \ La • ❑ wIY Z0 z N < 00000 4 J J J ❑ J — O ❑ 2Z1 • JOO in U-) u Z p 0 _Z F- N D 0 Ct 0 • ! Moncla Rig 404 • BOP Test Procedure Hilcorp;11aka.LLC Attachment#1 Attachment #1 Hilcorp Alaska, LLC - BOP Test Procedure: Moncla Rig 404, WO Program — Oil Producers, Water Injectors Pre Rig Move 1) Blow down well, bleed gas to Well Clean Tank that is vented thru flare to atmosphere 2) Load well with FIW to kill well. • Note: Fluid level will fall to a depth that balances with reservoir pressure. 3) Shoot fluid level at least 24 hours before moving on well. 4) Shoot fluid level again, right before ND/NU. Confirm that well is static. Initial Test(i.e.Tubing Hanger is in the Wellhead) If BPV profile is good 1) Set BPV. ND Tree. NU BOP. 2) MU landing joint. Pull BPV. Set 2-way check in hanger. 3) Space out test joint so end of tubing(EOT)is just above the blind rams. 4) Set slips, mark same. Test BOPE per standard test procedure. If the tubing hanger won't pressure test due to either a penetrator leak or the BPV profile is eroded and/or corroded and BPV cannot be set with tree on.Profile and/or landing threads must be prepped while tree is off.Worst Case: BPV profile and landing threads are bad. 1) Attempt to set BPV through tree. If unsuccessful,shoot fluid level. 2) If fluid level is static from previous fluid level shots, notify Hilcorp Anchorage office that the well is static and the tree must be removed with no BPV.As approved in the sundry, proceed as follows: a) ND tree with no BPV b) Inspect and prepare BPV profile to accept a 2-way valve,or prepare lift-threads to accept landing joint to hold pressure. If well is a producer and the culprit is scale, attempt to clean profile with Muriatic acid and a wire brush or wheel. c) Set 2-way check valve by hand,or MU landing(test)joint to lift-threads d) For ESP wells-Ensure that cap is on cable penetrator e) NU BOP. Test BOPE per standard procedure. 3) If both set of threads appear to be bad and unable to hold a pressure test and/or a penetrator leaks, notify Operations Engineer(Hilcorp), Mr.Guy Schwartz(AOGCC)and Mr.Jim Regg(AOGCC)via email explaining the wellhead situation prior to performing the rolling test. AOGCC may elect to send an inspector to witness. As outlined and approved in the sundry, proceed as follows: a) Nipple Up BOPE b) With stack out of the test path,test choke manifold per standard procedure c) Conduct a rolling test: Test the rams and annular with the pump continuing to pump,(monitor the surface equipment for leaks to ensure that the fluid is going down-hole and not leaking anywhere at surface.) d) Hold a constant pressure on the equipment and monitor the fluid/pump rate into the well. Record the pumping rate and pressure. e) Once the BOP ram and annular tests are completed,test the remainder of the system following the normal test procedure(floor valves,gas detection,etc.) • • Moncla Rig 404 • BOP Test Procedure Hileorp Alaska.i.r.c Attachment#1 f) Record and report this test with notes in the remarks column that the tubing hanger/BPV profile/ penetrator wouldn't hold pressure and rolling test was performed on BOP Equipment and list items, pressures and rates. 4) Pull hanger to surface. (Requires tubing cuts as necessary to free tubing). CBU to displace annulus and tubing with kill weight fluid. 5) If a rolling test was conducted, remove the old hanger, MU new hanger or test plug to the completion tubing. Re-land hanger(or test plug)in tubing head. Test BOPE per standard procedure. Subsequent Tests(i.e.Test Plug can be set in the Tubing-head) 1) Remove wear bushing. a) Use inverted test plug to pull wear busing. MU to joint of tubing. b) Thread into wear bushing c) Back out hold down pins d) Pull and retrieve wear bushing. 2) Break off test plug and invert same-RIH with test plug on joint of tubing. Install a pump-in sub w/test line plus an open TIW or lower Kelly valve in top of test joint w/open IBOP. 3) Test BOPE per standard procedure. STANDARD BOPE TEST PROCEDURE(after 2-way check or test plug is set) 1) Fill stack and all lines with rig pump-install chart recorder on test line connected to pump-in sub below safety valve and IBOP in test joint assembly. 2) Note: When testing, pressure up with pump to desired pressure,close valve on pump manifold to trap pressure and read same with chart recorder(test pressures will be indicated in Sundry). 3) Referencing the attached schematics test rams and valves as follows. a) Close 1st valve on standpipe manifold,close valves 1,2, 10 on choke manifold and close the annular preventer,open safety valve on top of test jt and close IBOP. Pressure test to 250 psi for 5 minutes and 2,500 psi high for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank and open annular. b) Close pipe rams and open annular preventer,close safety valve and open IBOP on test joint,close outside valve on kill side of mud cross,open 1st valve of standpipe, close valves 3,4&9 on choke manifold,open valves 1&2 on choke manifold. Test to 250 psi for 5 minutes and 3,000 psi high for 5 minutes. If passes after 5 minutes on each,bleed off pressure back to tank. c) Test Dual Rams. If the well has dual tubing,and dual rams are installed in the stack,test the dual rams by picking up two test joints with dual elevators and lowering them into stack and position them properly in the dual rams. Close rams. Test to 250 psi for 5 minutes and 3,000 psi for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. d) Close inside valve/open outside valve on kill side of mud cross,close valves 5&6/open valves 3&4 on choke manifold. Test to 250 psi for 5 minutes and 3,000 psi for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. e) Close manual and super choke/open valves 5&6 on choke manifold. Pressure up to^'1200 psi and bleed off 200—300#s recording change and stabilization. If passes after 5 minutes, bleed of pressure back to tank. f) Close HCR(outside valve on choke side of mud cross),open manual&super choke. Test to 250 psi for 5 minutes and 3000 psi for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. • • Moncla Rig 404 BOP Test Procedure Nilcorp Alaska,I.I.f. Attachment#1 g) Close inside valve/open outside valve(HCR)on choke side of mud cross. Test to 250 psi for 5 minutes and 3000 psi for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. h) Ensure all pressure is bled off-open pipe rams and pull test joint leaving test plug/2-way check in place. Close blind rams and attach test line to valve 10 on choke manifold,close valve 7&8/open valve 10 on choke manifold. Test to 250 psi for 5 minutes and 3000 psi for 5 minutes. If passes after 5 minutes on each, bleed off pressure back to tank. i) Test additional floor valves(TIW or Lower Kelly Valve)and IBOPs as necessary. STANDARD TEST PROCEDURE OF CLOSING UNIT(ACCUMULATOR) 1) This is a test of stored energy. Shut off all power to electric and pneumatic pumps. 2) Record "Accumulator Pressure". It should be+/-3,000 psi. 3) Close Annular Preventer,the Pipe Rams,and HCR. Close 2nd set of pipe rams if installed (e.g.dual pipe rams). Open the lower pipe rams to simulate the closing volume on the blinds. 4) Allow pressures to stabilize. 5) While stabilizing: Record pressure values of each Nitrogen bottle and average over the number of bottles. (i.e. Report might read "10 bottles at 2,150 psi"). 6) After accumulator has stabilized, record accumulator pressure again. This represents the pressure and volume remaining after all preventers are closed. (The stabilized pressure must be at least 200 psi above the pre- charge pressure of 1,000 psi). 7) Turn on the pump and record the amount of time it takes to build an additional 200 psi on the accumulator gauge. This is usually+/-30 seconds. 8) Once 200 psi pressure build is reached,turn on the pneumatic pumps and record the time it takes for the pumps to automatically shut-off after the pressure to builds back to original pressure(+/-3,000 psi). Note: Make sure the electric pump is turned to"Auto", not"Manual"so the pumps will kick-off automatically. 9) Open all rams and annular and close HCR to place BOPE back into operating position for well work. 10) Fill out AOGCC report. FINAL STEP,FINAL CHECK 1) Test Gas Alarms 2) Double check all rams and valves,for correct operating position 3) Fill out the AOGCC BOPE Test Form(10-424)in Excel Format and e-mail to AOGCC and Juanita Lovett. Document both the rolling test and the follow up tests. 0 • c 0 0 CD .? (a a) 4.9. a) V co a) s o2v, U Q Qd C NU Q v 7 E 4' E rn U `' N c a) a) a) -� > 7 N 2 Q .m n. 3 Ta Q — a• a) tnaa) Y1:1 d Ts o N aai _0 Qc.m 2 2 = L c Q = a 0- CT W a) C f•- � LZ o8 N cn N a) .3O' 0')-c Z � c U Na) L _C R U N O O 73CI el. r W N _0 ° V Ci N Q 0 N L d p c LA. ` 0_112 ` M a �`1 N a = aU d m U m y mO co L 15. -9-, 0 a) `C. U O c = ai -o 'E -a d ..t O a) C a = co a` C) L 5 3 U OS m Z'on c -0 n COC N a c O o o � c cis gal CCF O� Q o a. 0 0 a - -. O c - O Q (CID) 03 o c _ z ct Q ° 3 es d CU c� c0 a) �. U rn DLI U) V M c N L 0 U Q it + .•-- co U p N : a) E U > ) = is a 21 o = = o 0 Image Project Well History File Cover Page XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. Qi 14- - 0.17 Well History File Identifier Organizing (done) ❑ Two-sided ❑ Rescan Needed R CAN: OVERSIZED: NOTES: for Items: ❑ Maps: Grayscale Items: ogs: ❑ Poor Quality Originals: ❑ Other: ❑ Other: !/ BY: (aria) Date: I/[5- /J /s/ j"V — a Project Proofing BY: Maria Date: I /S rc /s/ P Scanning Preparation q x 30 =ala + a ii = TOTAL PAGES p2si,-/--- BY: 4011* (157_i S (Count does not include cover sheet) IIVDate: /s/ Production Scanning Stage 1 Page Count from Scanned File: J9,s-- (Count does include cover sheet) Page Count Matches Number in Scanning Preparation: YES NO BY: Maria Date: I I [6115- /s/ (Ai 10Stage 1 If NO in stage 1, page(s) discrepancies were found: YES NO BY: Maria Date: /s/ 2 Stage 2 Additional Well Reports: i, NO TOTAL PAGES: J Digital version appended by: MeredithMichal MT Date: 1/21/2pis /s/ Final Page Count: Stage 1 + Stage 2: TOTAL PAGES: 31, e Scanning is complete at this point unless rescanning is required. ReScanned BY: Maria Date: /s/ Comments about this file: Quality Checked 7/8/2014 Well History File Cover Page_20140708.doc o a o 0 o • N o E co E m 0 Z C V R . • U 0 E E N '� C? M M t 0 > C'7 U E H V) II" D >I in co D D D • 0 0 0 Q Q X CJ a) Cu m a) a) Q XI XI Q wl a a Z '' E E E 0 F- I- I- I- I- I- X �' < < F. 1 w = u) c c v v v v v v v . w v v v a)N 3 CO a) a) M Ch M C r) M M M 2 M M C`?.0 J U 0 (n X in •E 036 CO m m m CT) m m w CT) - CI) m X C El2W CD O O I- .N I- I- .N I- I- I- I- I- d' I- a I- a H OI O 0 c co m I m m mai 0 a cD 0 a ai a) E 0 D •0 ai •ai ax) a) aa)) 0m o E 0'I 0 ca 0 0 00 it 0 0 0 0 0 0 0 0 0 cl 0 cl 0 4E. 3 N E'.E E w E c. E 0 'E 'E 0 'E 'E E 'E 'E 'E 'E.. 'E w 'E IX co O' 0 0 o I o JI o�I o o FI o o a)I o o o o o a)I o a)I o 0 0 !n 1 O V', a 0 a)co a_a))0 a)m N N m N N CO a0) a0) a0) a0) a0) N a_0) 1 0 0 0 W I— w X w X w X w w X w w E w w w w w g w g W I- O/� c -o a a s a Tr a a a a Tr Tr a CL N U 11 . > 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 W CD 'd N N N N N N N N N N N N N N N Q N m co co co co co co C) co M C+) co Cn) co co C') a/ 0 a' o) o) o) o) o) o) o) o) o) o) a) o) o) o) o) O W J J = _ C.) ▪ o 00 Z u) CO 0 co •.. N CV CV � m 1 A N J a oo \ Z CI�i O o ZI U C w O O GN co rn o N o' rn rn O ti a a) co U N U co c c o T- N J 0 rt Z u Q e ` M O 0. ` C6 F• V Z O a) 5 Z o ' —i2 G NCD 1 >:,' a) CO < N > 0 V m y J N Z m of a) 0 '5 0 Q o 0 a) a Q Z a k U G ° m 0 pa E J CD 7 Z 7 u' CO CO CO CO CO CO CO CO CO C6 CO CO CO2CO a) o CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO v E E a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 m z m m m To m m m CO CD CO CD co m CO O Z O �, !..T0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 n > 0 J m m u, L0 L0 u) u) in co u) Ir) co co co co an co N ., In .0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ro o :4 E co co co co co co w co co co co co co co co l.C? 2 0 .c c 42)W 0 Z N N N N N N N N N N N N N N N N 0 Q C ca .` 0 ' Z 0 C �? LL O v 0 O c c F.o o CA 1 v �,, �1 - U. y� C G 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U E n < 0 J 0 430 I'1' w Q O. d ea 2 a 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ¢ a m ' L o 3 20, ,Lw w w w w w w w w w w w w w w o - o • • c O ) `(.5 0 `y • N o 'p > 5 > • w • • C. N 0 0 O 0 O E m v a b c Z a a X n a) O n• O• • .O N °' m1 m ml To To To To E . F aa) -o 2 F a • i3 n 5 �c �c c w a) . a) 0 < < O n • Cl 0 < < O • „- t A N HI HI JI JI O O 0 j CO CO Cl O j j -I CO CO O O a T Q Q Q Q 2 2 H H Q XI XI Q 2 2 H H Q X1 XI Q 2 2 H 0 O m m 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 A Z 1 • X X X X H H H H H H H X H H H H H H H X H H H g Tr a a a a a a a a s a a a a a a a s v v v v a a 3 QCh > Ch M Ch M Ch (h c7 c7 C) M M M M M M M C'7 M M M M M C7 DELDDDDDCDDDODD > D D D a O D a O O O O D O O O J m X m m m m m ai m m ai m m co m m m ai m m ai m m m m m m ai m m ai O H OI H H H H ai ai aH H H.N H H H H H H H H H I- H H H H H H Oral ai ai i.N a ui 68 'co a 6 6 a i hi i.y .y ai ai a 6 bit 6 ai 6 ai a.N ai ai.N LL 4= LL LL LL LL LL E LL LL E LL LL LL LL LL LL E LL LL E LL LL LL LL LL LL E LL LL E U I U U U U U 0 U U 0 U 0 0 U U U U O U U O U U 0 U U U U O U U O 7 'c d' 'c 'c 'c 'c 'c C) 'c 'c C) 'c 'c 'c 'c 'c 'c O 'c 'c O 'c 'c 'c 'c 'c 'c O 'c 'c O - 00 0 0 0 0 o I o 0 1 0 0 1 0 0 0 o I o 0 1 0 0 1 0 0 0 0 1 0 o I m m V u) 1 Q 0 0 0 0 0 Q 0 1 Q 0 @ u 0 0 0 Q 0 0 Q 0 0 0 0 0 Q 0 u Q a)U a) a) m a) m m a) m m m m m m a) a)m m a)co a) m CO m m a) mop a) m m y LU F- LU w w w wX w wX w di£ w w w wx w wX w u).g w w w wX w wx O g t 7a a a a a a a s a s a a a a a s a s a a a a a s a U l 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 O 0 W5 N N N (N N (N CN N N N N N N N N N N N N N N N N N Cr) CO') CO) CO CO CO CO CO CO Cr) CO CO CO CO CO CO CO CO CO CO CO CO CO CO IX O. W 0) 0) co rn a a a) rn rn o) o) rn on a) rn rn rn rn a) rn rn rn o) rn o. t� O. y Q...O- o. W 0 V = 0 Z ti 8 (X 0 m 7 O 0a V' u) c 20 0 O � cu Co) 0 00 N o J N d) Q C) .4. P. I- a Z O Ca = N cW a N M M Z a) co Cl) O O Q g Co I'"' m Q c a Z E o 0 E 0 a z_ m m Ca m m Co m CO m CO m CO CO CO CO CO m Co m CO CO CO CO m m m m m m m Co m CO CO CO m m CO CO CO CO m CO m CO CO CO CO CO 3 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 LX) CO CO CO CO CO CO m m To To To To To co To To To To To To To To CO CO 0 0 0 0 0 0 0 55 55 0 0 0 0 bb 66 0000 b6 N > l0 U7 O U7 CO CC) U') O O (O U7 (C) U) U) U) U) U7 UP) U) U) U) U) C0 U7 H 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 00 CO CO CO CO CO CO CO CO CO 00 CO CO 00 CO CO CO CO CO 00 CO 00 CO CO 1a a a a a s a a a s a a a a a a a s a a a s a s N N N N N N N N N N N N N N N N N N N N N N N N N F.F. O G o (N U 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 E M I ww w w w ww ww ww Ow OOww Ow w w OOOa ww w w w w w o • • . . • - . \\ -' 71. O COM M M III cm co O O O O 03 m m m a a a o a o a C U U UI UI < 1— m m O • x c c c c c c c 6 Z H H H H X Z E t O a E E 'E E E E E $ 4 . . . v c O co • x � 0 V E a 3 M M M M M } O O O U U z. 2 2 2 2 2 m ii E �I �I I I L o E m rn rn rn rn rn rn D D D D z M M M C)) Off') cc? M M cc? C C C C C C C J m CO m m m Z a 2 2 2 2 2 2 E E E U U U U U U 'ILL LL LL LL LL IIO it LL LL LL LL LL it LL it it it it a it a it 0- LL 0- it 0. it a H co y UU UU UU_ UU UUUUUUU UUU4 U 4 U 4 U 4 (>4 UV C _ _ _ _ 0WCCCCC _ _ _ _ C _ C CO _O CO _ C COO O 19 I O O O O O N O O O O O O O O O O O O O V O N 2N 2N 2N 2N 2N Ce U) U U U U U O< U U U U U U U U U U U U 9- U U N U M U O In U (O J4) Q) U) 0) N V W 4) U) U) 4) 4) 0) D) G) G) U) N U)N N N N N N N N N _N N _N N J C W W W W LU NI LU LU LU LU LU W LU W W W W W e W )1) W u") Win W Lo W u') W L) Og t ', A O 0 � V 7 a icr 4 V V 4 4 V '4 4 4 a V 4 V a 4 4 4- 7 Om 'O O O O O O O O O O O O O O O O O 0 0 0 0 0 0 NNNNNN N N N N N N N N N N N N N N N N N N < C7 M i;'"). f`7 01O O O W W O O O O O O) OCD CD cn CD Cy a. c c c c c 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 re W 0 (..) 0 Z O Q co m Cd) O N J o co Omer c 2o 0 O O � Vp 000 N U o r M m Q a M i .4- .— z Z O /y C = N CO Q N m n Zm fm 0 Q C o I- a) Q O a 0 Z o cn d U E m co U Z u) CO CO CD CO CD N CO CO CD CO CO CD CO CD 00 CO CO CO CO CO CO CD CO CO a) CO CO CO CO CO V co CO CO CO CO CD CO CD CO CO CO CO CO CO CO CO CD CD v O O O O O ai O O O O O O O O O O O O 0 0 0 0 0 0 rnco co co co CO I CO CO CO Co CO CO CO CO CO CO CO CO CO co co co CO co rn "rn rn rn rn c "En 5 "5 .5 '5 "5 'rn 'En v) rn "5 "5 "LT)) "C) C) C) "C) C) O 000000j O O O O O O O O O O O O O O O 0 O O N > M O O O O O N N N N N N N N N N N N N N N N N N H O O O O O O V V V 7 V 4- V V V V V 4 4- V V V 4 4- o, O co a0 a0 co o0 co O) O) O) O) O) O) O) Q) O) O) O) O) O) O) O) O) Q) O) V a C V V 4 V V 4- V V 4 4 V V R V 4 V V V V R 4 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 N D • cm N O ,"„ U U U U U U 000000000000 0 0 0 0 0 0 C 0 0 a. .e LU W W W W JO W W LU W W W W W W W W LU W LU W W W W d o \CZ o • • • • • • • • c v v a ' v v v v v v v v ' v v v v v No o M M M M M M M M M M M M M M M M M M m 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 NO D D D D D D D D D D D D D D D D D D L o m COm COm COm m in m m m m m m co m m m m m N F F F F F F F F F F F F F F F F F F d M 0_ -t 'C 'C V -t r 'C C 'C 'C V - V V -t r r V 8 D a a 0. a a a a a a a a a a a a a a a C] a) m a) a) a) a m a m m m m a m a) a) a) m 0) 0) 0) 0) 0) 0) 0) 0) 0) m 0) m m 0) m 0) m 0) 'O CC C C C C C C C C C C C C C C C C C 6$ Z C C C C C C C C C C C C C C C C C C C a o 0 1111111 o111111 0m m m ) mC t `C `c `cm m m m co i6 v v v 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- 6.- ‘.- it a it a it a it a it a it a it a it a W a it O- u. a it a it a it a u. a IL O- u. 0- it a N UV UV U4 UV UV 0 V UR UR UV UV U7 0 7 0 V U7 O4 UV OV U4 7 CO CO C _ CO CO _O CO CO CO CO _O CO CO CO CO _O CO CO O 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N 2N (/) Un. U00 UO to U U UN OM OR totoOF to UO to U UN U(+) J a)N a)N a)N N M a)(') a)O a)O a)O a)O a)O a)O a)O a)O 09 0%- a)'- a),- a),- oe J t Do Wit) Wit) D6 EIA W(O Do W(O W(O Ea) Ma) W(O W(O Ma) W(0 116 W (O Mai OA 0 V Tr Tr Tr 7 V V V V Tr V Tr V V Tr t- V li N o 0 0 0 0 0 0 0 o O O O O O O o 0 Tr0 W N N N N N N N N N N N N N N N N N N o) o) m co o) co m -a m a) a) rn a) m m co co a) Ce drt o 0 0 0 0 0 0 `o 0 0 0 0 0 0 0 0 0 0 W 0 V J Z • � ', a a V co y 3 a co 1m e O C III 20 a> O a E V N 0 0 J Q v °" M 0.i • V Zo 2m N CO Q N m r p CO Z O 030 Q C g O I— Q c a 0 6 "I z a) 1m co co m co m co co m co m m m m m io m m v 0 0 0 0 0 0 0 0 D 0 D D 0 0 0 D 0 D rnIm CO COCO CO m COm m w m m m m m OS m m CM .m 5 5 5 5 m m m m m m O I6 o 5 0 5 6 a a 5 0 6 6 0 6 0 5 0 6 N > I N N N N N N N N N N N N N N N N N N F 6 R R R V V R 7 C V V V V V V V V V o m m co o) co rn m a) m m m a) m o a) m m m Tt Tr V Tr V R 7 R R V V V V V - ei V V V N N N N N N N N N N N N N N N N N N N E m O `(NU O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 C7 0 a`> 0 0 0 a 0 a 0 a a 0 a a a a a a a 0 a d a 2 IW w w w w w w w w w w w w W w w w w o 9 v • v • v v •:/- v v v - v v v v - v v v v v v NN M M M M M M M M M M M M M M M M M M (Np 0 D D D U 7 D D D D D D D D D D D D D a o ZZ m m CO CO m 00 CO m m CO CO CO CO CO CO CO CO CO N F F F F F F F F I— F H H H H H I— H H E C1 U r r r r r -t r r r r r -t r r r r r -t 8 F D a a a a a a a a a a a a a a a a a a C) co I ce Cr re r< cc x rr ce ce w Cr X CC CC CC rr W tr P2 m m m m m m m m m m m m m m m m m O C C C C C C C C C C C C C C C C C C Z C •C •C C E C •C C E C C C C C C •C C C g E. 0 0 0 `0 0 0 0 0 0 0 `o `o `0 0 `o o `o `o cc ) m m m m m m m m m m m 111111 cJ coc0cocococococococococo UUUUUUUUUUUU . ' N.0 i N.O i.O N.O N 45 N.O N.8 N.0 N V N.O i.O N.O N.O d'O N V ii V N V Il 0- u 0- Il 0. u a it a it a u. 0- u. 0- U 0. it O. E. 0- u a u a u a u a u a u a u a- , N Uv U 4 UV Uv Uv Uv UV Uv Uv Uv Uv Uv Uv Uv Uv Uv Uv Uv mCO CO CO CO CO CO _O _O _O CO _O _ OCOCO _OCO _O _O m 2N 2N 2N 2N EN 2N 2N 2N 2N EN 2N 2N 2N 2N 2N 2N 2N 2N U U (/) V to (0 Uh to UO) UO U UN UM U tin to Ur to to to U —I J Na— Na— Q) a— a)— a)— N— a)N a)N 0)N NN a)CI NN NN NN NN NN CL)C'') NO fiYi J t 06WCO 06WCO WCO 0600MoMoDoMoMoMoMoMo0 0 Mai Its!. OU v v V v v V v v v v V v v V Og o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 W N N N N N N N N N N N N N N N N N N Irnrn a rn a a) rn a cm rn a) m a) rn m m o) o) cc a o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V = O- , Z 8 Q w a) c o co 20 0 O � V N U 0 Q to et ra M a. 1- v z o CD = N cW a N m " p 0 a) CO 0 0 Q C F O r 0 Q O n Z £ Q U co Z co co co co co co co co co co co co co co co co co co 3 v 0 0 0 0 0 0 0 0 0 0 O 0 O O O 0 0 0 rn o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 D N > N N N N N N N N N N N N N N N N N N O F Off) 0)) 0)) O) 0) 0)) 0)) O) O) O0) O0) O0) 0)) Off) O0) 0)) 0)) OTi- sr 0) v v v v v v v v v v v v v v v Ti- v v N N N N N N N N N N N N N N N N N N N 0) 0 a O :5" - U U U U U U U 0 0 0 0 0 0 0 0 0 0 0 0 O a`., 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 2 w w w w w w w w w w w w w w w w w w o aa c a •o co a v v a a a a a • P n oN co N Z F- F- m m mm m F- F- a0 2 g 0 0 0 0 C7 C7 O O 0 t M U r r r r r r tr • Cr < < C) O O O O O O O O O - Z Z 0 0 O O O O J J n D a G) a N a U) N a a a 4) o o a a N a N O y } Z Z Z Z J J O O Ca in CC Q Q CC ce cC ct X - > O O 0 0 0 0 _O _O m m rn m C) C) C) C) 0) o 0) M m 0 O F- H P P ~ H- O O C c c c c c c c c c c Z z Q Q Q Q Q Q Z C C C C C E E E E 2 it J J 2 2 2 2 ce ce U U C 87 0 0 0 0 0 0 0 0 0 D a J_ _R J a. Of d' d' U co O O m M E 2 2 2 2 2 2 2 2 2 0 0 0 0 < < ' ' 3 O) 0) 0) O m 0) 0) 0) 0) ~ 0 0 LL LL LL LL 0 0 J J C C C C C C C C C C Tr Tr Tr mr Tr Tr Tr Tr Tr (h (h (h (h (h (h (h (h (h J 0 U 0 U 0 U 0 0 0 w F 2 2 2 2 2 2 2 2 2 2 Oi i.0 i1.515 N.6 i.0 it lit i.0 d V it i N Gi N 6 N N hi N N N N Il a u_ a ii: a Il a 11 a LL a ir. a Il O. u_ O. u_ LL LE u u_ u_ EEEEEE 7• C D CO CE CD CD CE CE CE CE, C C C C.0 C C.p C C C C C C w 2N 2N 2N 2N 2N 2N 2N 2N 2N O 2 O' ° a O-p 2a O 0 0 0 0 0 (n UN Um t4 to to Uri to Um UO U U U a UQ t ..... UQ o o o o o o J o9 09 o9 o O o O o O o O o O o o o N O o> w O o> o o o N o O Ce J c 'iwr-. di r.. di r, wr- LUr-. di r= di r!. di N'. ED 1.Z. w CO LU di r- LU di r- w w w w LU w 0/� U a a a a a a a a a a a a a a a a a s a s a liCo O O O O O O O O O O O O O O O O O O O O O WCV N N N N N N N N N N N N N N N N (N N N N m • 0) 0) 0) O) O) O) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) O O O O O O O O O O O O O O O 0 O 0 0 O O • o a- V J J Z ▪ o, o d A m. O c C o O G .p CNI O E O 00 U N U o r o J o Q M o0. r Z o C N CN CO Q n OD �M/� C9 y V' Z m O Q c O Q c a Z E o Q E U m Z (4 (0 (0 co (0 N (0 (0 (0 (6 (6 (0 (6 (6 co co @ (6 (a as (9 0 CO CO CO CO CO CO CO CO CO CO CO CO m m m CO (6 CO (V (O N a O O O O O O O O O O O O O O O O O O O O O 1 m r6 (0 (9 o m (o m m m m m m m m (6 (D CO CO m CO o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O > NCV N N N N N N N N N N N N N N N N N N N N N H a a a a a a a a a a Cr a a a a a a s a s a O O 0) 0) 0) O 0) 0) 01 0) 0) 0) 0CD 0) m ma) 0) 0) 0) O d. a a a a a a a a a a Cr a a a a a a a a a a V." N N N N N N N N N N N N N N N NNNNNN N 0) 0 a O CV U U U U U U C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 v •" 0 a wwwwwwwwwwwwww wwwwwww M ' Vo o • . • • 475_ ' • 0NE> > w• ❑ Cl)x co 0 0 U) u) 0 0 T N O 0 0 H F ma, Z Z UUO ai cl O— DN ZZ OO ) = 0M 0 O O _ Nr D I in 0 0 OP H F 2 o 'c 'c w LL mcc ce >", o 0 0 i ? 2 2 ce ce O O 2 coo a) a) 0 0 Z A E. to u� 0 0 OLL LLO 0 0 -J -J } o m o o J ❑ ❑ c� c� > 3 Q 1 v v v v Tr Tr v v v v m o >'E c c 2 2 2 2 m M C) Cl CO CO C) co co CO co .lo❑ o O O J 2 2 2 2 2 2 2 2 2 2 2 r�A E E CO CO m m Z O ai ai 6 ai ai ai ai ai ai ai Q caai C7'c io�o iii iii ai ii Q co LL it it I1 it lL LL it it Il 1-u > ❑❑ CI❑ it it LL it I-CO C o o v c.) o g o c) c) o 0> >> o o g v a) 7 C c C C C C C •C C C ce r W C •C C c n E Y O o o,, O y o 0 0 0 0 o N❑ , W 0 0 0 0❑ o O O o N❑ E (n V U; U"• V V V V U U v ) cDao a) a)❑ 0> m m m m m m W c o aN W V cc J W W F W _ F W W W W W W N 2 LL N (V N N )1 W_ _ _ _ N 2 a) 0 U IH- v v v v v v v v v v v v v ..4- ,- oma CL 0 0 0 0 0 0 0 0 0 0 N 0 0 0 Ern E W N N N N N N N N N N N N N N N a) Q O) O) m m O C) 0) m O O O) a) O) a) a) co Z Cy a o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ce W 0 a V JJ S Q a) Z8 0 m a) . a' ICCa3 N O N O N 7 a O. co Li V 0 c O ac) G 0 C 0 0 N O 0r U N v 0 J Q CICU C? a 0 • v l, o co Z N U to 2 n M N i to W m N C 0 co w C a N Qc 0 I— a) Q o a 0 m Z o c 0 E co co to U U Z U) co co co CO CO CO CO to CO CO y co CO CO Cl) y a) CO co co co co CO CO CO CO It V CO CO CO Cl) V 3 v 0 0 0 0 O O ❑ O ❑ ❑ oar o ❑ ❑ ❑ ❑ co C rn co co N co CO CO co co CO CD I J Cl) Cl) Cl) w I 0 ❑ g co ❑ 0 ❑ ❑ 0 ❑ ❑ ❑ ❑ ❑ J 2 ❑ ❑ 0 ❑ J E oN > N N N N N N N N N N N N CO CO CO CO CO ...6. V V V V V V a .7 V V V V V V V 7 Cr c CD I C) CA O O) O) Q) O O) O Cr) O O C) C) O O 0) _ I V Tr Tr V V R V V V V V V V 7 ct N N N N CVNNN NEN N N N N N N N d N a a) C 0) E coC py 2 o N d C w U 0 0 0 U U U U U U U U U U U U C E _V 0 a2wLULUwwwwwww W ❑ WW ° °° LU 3 O Z o 0 G 9 CO ®co CV 0 N toZ } } } O CSI 6) A (..) co 8 n D r i. Q O W In C) Q o o. o Z� ' a Z L L ° ` 78 F. U m � 3 Q O 2 2 U U J O Z w — 4) co ,y� >_ co I— oo) w N 0 LL J N o EL O y0 N U T5) m Wcsi OC0. < CDm Ce u E _ O a) vi y V J co J ca p) _ 0 £ J E co Z 5 N :3 co Q 'p 0 0 m (0ro L. J 0_ c J w ° o E w CL o , 2 0 20 0 O N Ur E 4 w 00 N 0 E c J } C E to °' Q p o In M () a. rE F• V O 5 Z ya N @ 'CAC f0 CO N o E m r= o E 0c - O) CO z ▪ o o °' c 1111 Z oU 0 ▪ U 0 2 O co Z (74------- m v v v Q o 0 Z N N o R O) fh o n j W 0 }CIm el' ~ v CO `o oo 0 3 N W .0 C CO m a o a 0) O ct a) m C) O w c G) 0 V I- C 2 Z C W C w C.) o r Q O Q O D C C C., « 2 •� .0 , •� N .a a) l0 E O ° 'p ° a y w E a c.O ` 0 LL o 2 a) 0 o a) m o E d 2 Z 0 d 0 0 0 r 110 0 ,_\4.027 H Debra Oudean Hilcorp Alaska, LLC g�Z GeoTech II 3800 Centerpoint Drive, Suite 100 Z�9 3 Anchorage, AK 99503 Tele: 907 777-8337 Ilib„ri, tI 4.1.i.is Fax: 907 777-8510 E-mail: doudean@hilcorp.com DATA LOGGED ‘0/9/20141 .s.K.BENDER DATE 10/07/14 To: Alaska Oil & Gas Conservation Commission RE E V D Makana Bender OCT 0 9 Natural Resource Technician 2014 333 W 7th Ave Ste 100 Anchorage, AK AOGCC 99501 DATA TRANSMITTAL TBU M-34 Prints: 5 IN M--34 Formation Log MD 5 IN M-34 Formation Log TVD 2 IN M-34 Formation Log MD 2 IN M--34 Formation Log TVD 2 IN M-34 LWD Combo Log MD 2 IN M-34 LWD Combo Log TVD 2 IN M-34 Gas Ratio Log MD 2 IN M-34 Gas Ratio Log ND 2 IN M-34 Drilling Dynamics Log MD 2 IN M-34 Drilling Dynamics Log TVD Final Well Report CD #1: Final Well Data Daily Reports 9/15/2014 10:44 A... File folder DML Data 9/15/2014 10:45 A... File folder Final Well Report 9/15/2014 10:45 A... File folder LAS Data 9/24/2014 3:50 PM File folder Log PDFs 9/15/2014 10:44 A... File folder Log TIFFs 9/15/2014 10:44 A... File folder CD # 2: Definitive Survey Please include current contact information if different from above. Please acknowledge receipt by signing and returning one copy of this transmittal or FAX to 907 777.8337 Received By: 1),) 6..eite4ate: toiq j k t{ 2.V _-roz7 Debra Oudean Hilcorp Alaska, LLC D�� GeoTech II 3800 Centerpoint Drive, Suite 100 Anchorage, AK 99503 Tele: 907 777-8337 DATA LOGGED lislrarp Ua.ka.1.1.( Fax: 907 777-8510 M.K.BENDER E-mail: doudean@hilcorp.com RECEIVED DATE 09/02/14 SEP 0 3 2014 To: Alaska Oil & Gas Conservation Commission AOGCC Makana Bender Natural Resource Technician 333 W 7th Ave Ste 100 Anchorage, AK 99501 DATA TRANSMITTAL TBU M-34 E log data Prints: XBAT DGR ADR ALD CTN MD XBAT DGR ADR ALD CTN MD Composite Log-XBAT LWD+MAD Data DGR EWR-Phase4 ALD CTN ADR TVD XCAL-XBAT DGR ALD MD ROP DGR EWR-Phase4 ALD CTN ADR MD ROP DGR ALD CTN ADR ALD Image MD CD 1 : Final Well Data CGM 7/2/2014 3:06 PM File folder DLIS+LAS 7/2/2014 3:06 PM File folder EMF 7/2/2014 3:07 PM File folder PDF 7/2/2014 3:07 PM File folder 1 TIFF 7/2/2014 3:08 PM File folder Please include current contact information if different from above. Please acknowledge receipt by signing and returning one copy of this transmittal or FAX to 907 777.8337 Received BMA 6 Date: CISH I • 1 000 Hilcorp Alaska, LLC Post Office Box 244027 RECEIVEDAnchorage,AK 99524-4027 AUG 14 2014 3S8ui0te 1000 terpoint Drive Anchorage,AK 99503 1\OGCC Phone: 907/777-8300 August 14, 2014 Fax: 907/777.-8301 Alaska Oil and Gas Conservation Commission 333 W.7th Ave., Ste. 100 Anchorage,Alaska 99501 Re: Trading Bay Unit(TBU) M-34 Form 10-407 Dear Commissioner: Please fmd enclosed the Well Completion Form 10-407 for the TBU M-34. Please do not hesitate to contact me should you have any questions or need additional information. Sincerely, HILCORP ALASKA, LLC 6 anise Barrett rilling Technician f F4 v ,q F, 4 f n 7 rS' STATE OF ALASKA + `l' ' OIL COMMISSION WELL COMPLETIONOR RECOMPLETION REPORT AND LOG'EA('' 4" la.Well Status: Oil Q Gas ❑ SPLUG ❑ Other ❑ Abandoned ❑ Suspended El lb.Well Class: 20AAC25105 20MC25.110 Development D Exploratory ❑ GINJ ❑ WINJ❑ WAG ❑ WDSPL❑ No.of Completions: Service ❑ Stratigraphic Test ❑ 2 Operator Name: 5.Date Comp.,Susp.,or 12.Permit to Drill Number. Hilcorp Alaska,LLC Aband.: 7/20/2014 214-027' 3.Address: 6.Date Spudded: 13.API Number. 3800 Centerpoint Drive STE 1400 Anchorage,AK 99503 5/19/2014 50-733-20626-00-00 4a.Location of Well(Governmental Section): 7.Date TD Reached: 14.Well Name and Number. Surface: 1001'FNL,543'FWL,Sec 33,T9N,R13W,SM,AK 7/9/2014 Trading Bay Unit M-34 • Top of Productive Horizon: 8.KB(ft above MSL): 160' 15.Field/Pool(s): 1506'FNL,1331'FWL,Sec 32,T9N,R13W,SM,AK GL(ft above MSL): 0' McArthur River Total Depth: 9.Plug Back Depth(MD+TVD): Hemlock Oil Pod 1402'FNL,420'FEL,Sec 31,T9N,R13W,SM,AK , 12,130'MD/9,506'TVD 4b Location of Well(State Base Plane Coordinates,NAD 27): 10.Total Depth(MD+TVD): 16.Property Designation: Surface. x-214097.005 y-2499420.018 Zone- 4 ,.12419'MD/9514'TVD ADL 17594,ADL 18730 ' TPI: x-209658.429 y-2499105.52 Zone- 4 11.SSSV Depth(MD+TVD): 17.Land Use Permit: Total Depth: x-207910.363 y-2499252.895 Zone- 4 313'MD/TVD NA(Trading Bay Unit) 18.Directional Survey: Yes Q, No ❑ 19.Water Depth,if Offshore: 20.Thickness of Permafrost MD/TVD: (Submit electronic and printed information per 20 AAC 25.050) 183 (ft MSL) NA 21.Logs Obtained(List all logs here and submit electronic and printed information per 20AAC25.071): 22.Re-drill/Lateral Top Window MD/TVD: Quad Combo(GR,Resistivity,Neutron,Density,Sonic) NA 23. CASING,LINER AND CEMENTING RECORD WT.PER SETTING DEPTH MD SETTING DEPTH ND AMOUNT CASING FT GRADE TOP BOTTOM TOP BOTTOM HOLE SIZE CEMENTING RECORD PULLED 26 296 —" Surf 990' Surf 989.67' Driven NA 16 82.05 L-80 Surf 1,363' Surf 1,362.35' 20" 525bbl 13-3/8 68 L-80 Surf 3,844' Surf 3,636.95' 17.5" 573bb1 9-5/8" 47 • L-80 Surf 8,750' Surf 7,846.88' 12-1/4" See below 9-5/8" 47 P-110 8,750' 10,015' 7,846.88' 8,933.44' 12-1/4" 500bbl 7" 29 P-110 9,809' 10,592' 8,755.11' 9,353.28' 8-1/2" sL-..rep LI►it. Li 5-1/2" 20 L-80 10,592' 12,130' 9,353.28' 9,464.2V 8-1/2" 3441,1 ifs z L.-- 24.Open to production or injection? Yes Q No ❑ 25. TUBING RECORD If Yes,list each interval open(MD+TVD of Top and Bottom;Perforation SIZE DEPTH SET(MD) PACKER SET(MD/TVD) Size and Number): 3-1/2" 9,642' 9,809'MD/8,755,11'TVD Zone Top(MD/TVD) BTM(MD/TVD) Size Interval HK1 10,6341 9,373' 10,722'/9,407' Slotted Liner 88 26. ACID,FRACTURE,CEMENT SQUEEZE,ETC. HK2 10,910'/9,443' 11,70519,443' Slotted Liner 795 Was hydraulic fracturing used during completion? Yes ❑ No 0 HK2 11,839'/9,447' 12,013'/9,455' Slotted Liner 174 'DEPTH INTERVAL(MD) AMOUNT AND KIND OF MATERIAL USED N/A N/A PobtaLEmir ^2411 i n 'z1 PRODUCTION TEST Date First Production t Method of Operation(Flowing,gas lift,etc.). 7/21/2014 ESP Date of Test: Hours Tested' Production for Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: 7/21/2014 5 Test Period 240 0 5422 N/A N/A Flow Tubing Casing Press: Calculated Oil-Bbl: Gas-MCF: Water-Bbl. Oil Gravity-API(corr): Press. 85 N/A 24-Hour Rate 240 - 0 5422 33.1 28 CORE DATA Conventional Core(s)Acquired? Yes ❑ No Q. Sidewall Cores Acquired? Yes ❑ No Q . 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 1 RBDMS AUG 14 1014 ?Ka 04/ Form 10-407 Revised 10/2012 CONTINUED ON REVERSE /,S• Py Submit original only 6 l9 29. GEOLOGIC MARKERS (List all formations ar 'ricers encountered): 30. FORMATION TESTS NAME ML TVD Well tested? Yes L,.o If yes,list intervals and formations tested, briefly summarizing test results.Attach separate sheets to this form,if needed, Permafrost-Top N/A N/A and submit detailed test information per 20 AAC 25.071. Permafrost-Base N/A N/A Please see attachment None Formation at total depth: G Zone 31. List of Attachments: 32. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Luke Keller Email: Ikeller@hllcorp.com Printed Name: Luke Keller / Title: Drilling Engineer Signature: Phone: 907-777-8395 Date 8/11/2014 INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. Item 1 b: Classification of Service wells: Gas Injection,Water Injection,Water-Alternating-Gas Injection,Salt Water Disposal,Water Supply for Injection,Observation,or Other.Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated. Each segregated pool is a completion. Item 4b: TPI(Top of Producing Interval). Item 8: The Kelly Bushing and Ground Level elevations in feet above mean sea level. Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 13: The API number reported to AOGCC must be 14 digits(ex:50-029-20123-00-00). Item 20: Report true vertical thickness of permafrost in Box 20. Provide MD and TVD for the top and base of permafrost in Box 28. Item 23: Attached supplemental records for this well 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. Form 10-407 Revised 10/2012 29. GEOLOGIC MARKERS (List all formations and markers encountered). NAME MD TVD Permafrost-Top N/A N/A Permafrost-Base N/A N/A SZ7SB 1231 1230 SZ8ST 1234 1233 SZ8SB 1272 1271 SZ9ST 1289 _ 1288 SZ10ST 1348 _ 1347 SZ10SB 1422 1421 SZ11ST 1431 1430 SZ11SB 1594 1592 SZ12ST 1605 1603 SZ12SB 1671 1668 _SZ13ST 1688 1685 SZ13SB 1731 1727 SZ14ST 1736 1732 SZ14SB 1810 1804 SZ15ST 1818 1812 SZ15SB 1877 1869 SZ16ST 1880 1872 SZ16SB 2028 2017 SZ17ST 2046 2034 SZ17SB 2126 2112 SZ18ST 2135 2121 SZ18SB 2238 2220 SZ19ST 2256 2238 SZ19SB 2326 2304 SZ20ST 2336 2314 SZ20SB 2365 2341 SZ21ST 2375 2350 SZ21SB 2459 2429 SZ22ST 2479 2448 SZ22SB 2547 2511 SZ23ST _ 2562 2524 ACT 2672 2624 A1ST 2681 2633 A1SB 2716 2664 A2ST 2720 2667 A2SB 2825 2761 A3ST 2846 2780 A3SB 2935 2858 A4ST 2935 2858 A4SB 2981 2898 ASST 2986 2902 ` 29. GEOLOGIC MARKERS (List all formations and markers encountered): NAME MD ND A5SB 3122 3018 A6ST 3135 3029 A6SB 3214 3096 A7ST 3214 3096 A7SB 3289 3160 BCT 3289 3160 B1ST 3319 3185 B1SB 3342 3205 B2ST 3342 3205 B2SB 3440 3289 B3ST 3451 3298 B3SB 3552 3385 B4ST 3552 3385 B4SB 3662 3480 B5ST 3714 3525 B5SB 3810 3608 B6ST 3831 3626 B6SB 3938 3718 B7ST 3949 3727 B7SB 4030 3797 BEST 4041 3806 CCT 4125 3879 C1ST 4144 3895 C1SB 4224 3964 C2ST 4224 3964 C2SB 4260 3995 C3ST 4275 4008 C3SB 4363 4083 C4ST 4363 4083 C4SB 4450 4158 C5ST 4460 4166 C5SB 4501 4201 C6ST 4504 4204 C6SB 4534 4230 C7ST 4538 4233 DCT 4560 4252 D1ST 4578 4267 D1SB 4953 4588 D2ST 5000 4629 D2SB 5112 4725 D4ST 5399 4972 D4SB 5494 5054 D5ST 5520 5076 D5SB 5551 5103 29. GEOLOGIC MARKERS (List all formations and markers encountered). NAME MD ND D6ST 5571 5120 D6SB 5648 5187 D7ST 5662 5199 D7SB 5740 5265 D8ST 5750 5274 D8SB 5939 5435 D9ST 5947 5442 D9SB 6107 5579 _ D10ST 6116 5587 D10SB 6234 5689 D11ST 6249 5702 D12SB 6406 5837 D13ST 6416 5845 D13SB 6480 5900 D14ST 6489 5908 D14SB 6669 6063 D15ST 6683 6075 D15SB 6734 6118 D16ST 6746 6129 D16SB 6911 6270 D17ST 6926 6283 D17SB 6996 6343 D18ST 7006 6351 ECT 7075 6410 E1ST 7088 6421 E1SB 7335 6632 E2ST 7352 6647 E2SB 7416 6702 E3ST 7425 6709 E3SB 7492 6767 E4ST 7502 6776 E4SB 7662 6912 E6ST 8020 7220 E6SB 8063 7257 E7ST 8071 7264 E7SB 8086 7277 E8ST 8090 7280 E8SB 8111 7298 E9ST 8113 7300 FCT 8206 7379 F1ST 8213 7385 F1SB 8314 7471 F2ST 8324 7480 F2SB 8404 7548 ` 29. GEOLOGIC MARKERS (List all formations and markers encountered): NAME MD TVD F3ST 8407 7551 F3SB 8475 7609 F4ST 8483 7616 F4SB 8559 7682 F6ST 8763 7858 F6SB 8820 7907 F7ST 8822 7909 F7SB 8890 7968 F8ST 8907 7982 F8SB 8956 8025 F9ST 8960 8028 F9SB 9000 8063 F1OST 9009 8070 F1OSB 9094 8143 F11ST 9106 8154 F11SB 9158 8198 F12ST 9160 8200 F12SB 9178 8215 F13ST 9182 8219 F13SB 9342 8355 F14ST 9342 8355 F14SB 9414 8417 F15ST 9424 8425 F15SB 9535 8520 F16ST 9540 8524 F16SB 9605 8580 F17ST 9612 8586 GO1ST 9715 8674 GO1SB 9743 8698 GO2ST 9743 8698 GO2SB 9776 8727 GO3ST 9776 8727 GO3SB 9855 8795 GO4ST 9864 8803 GO4SB 9900 8834 GO5ST 9910 8842 GO5SB 9943 8871 COAL39 9975 8899 COAL39E 9975 8899 G1T 10000 8920 GIST 10015 8933 G1SB 10037 8953 G1B 10047 8961 G2T 10050 8964 ' 29. GEOLOGIC MARKERS (List all formations and markers encountered). NAME MD TVD G2ST 10059 8972 G2SB 10096 9003 G2B_ 10113 9018 G3T 10119 9023 G3ST 10124 9027 G3B 10155 9053 G3SB 10155 9053 G4T 10159 9056 G4ST 10165 9061 G4B 10301 9167 G4SB 10301 9167 G5T 10305 9170 G5ST 10327 9186 G5SB 10488 9294 G5B 10496 9299 G6T 10496 9299 G6ST 10504 9304 G6SB 10537 9324 G6B 10542 9326 G7ST 10549 9330 G7T 10549 9330 G7SB 10573 9343 COAL59 10580 9347 G7B 10580 9347 ii-I-3kx . HKT 10580 9347 HKTE 10580 9347 HK1T 10594 9354 HK1B 10692 9397 COAL60 10706 9402 HK2T 10737 9411 HK2T 11718 9443 COAL60 11780 9445 HK1B 11833 9447 HK1T 12075 9459 HKT 12148 9466 TD 12420 9515 SCHEMATIC : 0t.mll No. M-34 , n liikorn Alaska,LLC Completed: 07/20/2014 RKB=160' CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 7st.TOC*N 2 1 26" 26 296# — Surf 990' 0 3milm 16 82.05# L-80 Boss 15.01 Surf 1,363' 4 16" Est.TOC ; .. 13-3/8 68# L-80 BTC 12.415 Surf 3,844' 1,500' 9-5/8" 47# L-80 DWC/C 8.681 Surf 8,750' 9-5/8" 47# P-110 DWC/C 8.681 8,750' 10,015' 13-3/8" 7" 29# P-110 DWC/C 6.184 9,809' 10,592' asou°` i( eli 5-1/2" 20# L-80 DWC/C 4.778 10,592' 12,130' .ol TUBING 3-1/2" 9.2# L-80 Supermax 2.992 Surface 9,642' 1' €' JEWELRY oe 1%«.., : - NO Depth Length ID 0e ., 1 313' 4.30 2.812 5.3SSSV — ' • 2 338' 3.95 2.991 8.500 Pac er 8 rd , 3 350' 1.08 2.813 4.500 X-Nipple 3-1/2 8 rd '° '' 4 366' 9.20 2.812 5.750 Gas Lift Mandrel . d t'' 5 9,642' 0.62 - 5.130 Discharge ' 5 6 9,643' 41.62 - 6.750 Pump(x2) 7 r»` 7 9,686' 17.87 - 5.130 Seals *, s 8 8 9,704' 59.89 - 5.620 Motor(x2) Fr' k.� 9 9,768' 2.06 - - Centralizer/Anode ..;° 10 9,809' 35.77 - - Baker JM-ZXP Liner Top Packer t t 10 11 10,620' 11.26 - - 5-1/2"x 8-1/2"Swell Packer 9-5/8" _ al a aid 12 10,729' 11.38 - - 5-1/2"x 8-1/2"Swell Packer 7„ .!" r 13 10,756' 11.80 - - 5-1/2"x 8-1/2"Swell Packer -. 1 .'' 14 10,868' 11.75 - - 5-1/2"x 8-1/2"Swell Packer if • 1z 15 10,895' 11.72 - - 5-1/2 x 8-1/2 Swell Packer 1111 . _71 13 16 12,025' 11.55 - - 5-1/2"x 8-1/2"Swell Packer 1a 17 12,083' - 2.37" - Drillable Pack-off Bushing ` — 15ANIE 18 12,130' 2.18 - - 5/2" DWC-Guide Shoe 5-1/2" 16 17 Perforation Details 18 'At L Zone Top(MD) Btm (MD) Top(TVD) Btm(ND) Date HK1 10,634' 10,722' 9,373' 9,407' 6/13/2014 HK2 10,910' 11,705' 9,443' 9,443' 6/13/2014 HK2 11,839' 12,013' 9,447' 9,455' 6/13/2014 PBTD: 12,130' MD/9,506'ND ' TD: 12,419' MD/9,515"ND Updated by JLL 08-07-14 aL o0 O (n 0 (i) • G : r , • OCD) Q C N N Y U E _0 CO t Co (-5 C a 0 0 E co ( Q- 0 3 ° p) > C 1 U C t - (o U) Q a) _a a_ U) o C _ a) 0 c -- c0 a o•a5 o P � -0 D E• Y o " E Etn' cri En oo ; a -a O C c E >a) c N ° E Y ° c0 E ` �o Y co •- (o c — > Q o " UO > Lo m N Q0) a) -0 C 0 ac o a' c - C o 0 • N0 " O C °C 0 a n Z a) 0 j1 Ca) U a, E = Q o Cl-• o0 2 O E .2) a) o O 0 a C a) X L O n O LN -p oL O • c CNO U & .2) O a) a) JD o ° S _c U 'p (o CC C a ) o -a 06 O n-Z C a) c (o Y UO .0 0 0 _o C .c 3 E o E z C ''' ' - .2 --- 8 �-a w .> O in N .-• U .Q ° U .a5 a) P Na) m C U L O _ 0 (o a) a) uj i 3 (o C 0) OL D a) O (o a)io < c° m E 0 .co - o- C t) CI O L _c a) (n C L O U a C C ° - Y U) L.- ,a) 0 0 (o§ co 0:5 (o _C _cE O ° (o o 0)- > (n Q U) a0 3 c L- a) -C C Oa) _ a) ° oQ) 0 O m Q C Q CCoO o> > QC -a uEoU ° Nm E f a) C L , .U >' a) a n • E - ,- ._ --c ° C o. . o LNaQ (a U a) o C o E0)° O CC m a N Ea ° L D TD : C E o ( Q) U) C Q.D 'Cr) i C O Q) -' ° C0) _N Co ( 'LL O) C C7 aU N La 0 RS ._ Ua) O C O • o n O - 2 _ o cnN 0 0 C 0 2 -c a (0 E O >, a) O (o .0) N C (A 5 N X -O 4= L(o (o > E C n -c L ..0 O ( O L •UCC N ° C O - (6 I—• O U C °C O T No (6E n. T '( - 2E ' EZ''' n _ NcL Q >o a-ots m hU ° �E(o • cn = L 3Uj c 0! CQ l i .2 C •c U a) cos 03 L a a) 0 NU t co.Ow . (1(1.) a Cu_ 0 O — C a) -a Q W Q) in ° > C co v) (o v., U co 00 C U o > o c c U) o 2 ro ° ° . aai Liz (Lo J ^ o • Q Y o O -a ° Q a) @ co •c J LL. aNi- C yr i U Y cri L O O L U L O .c (B - O V) ° 0 N ., - L O oZS E (o a O j O a L U N (n C O O Q C 03 io E ° °) °O n ° C C C O .� C m C U O v) 0 2 a) a) L Q O C ca o co 1 >, a) ` L gi Q o ° D ° O L O L a) o Cl) 0 0 -E- o) a) E oa. z c2 1U) 46 -0 5 c a as Q L O co C C a a L o a (o a E O a) — C U — N 0-DO O U L L a) C U C a) a E o .L .0 o a) Lij a) O .- a) () o o .5 /o\ Q Q.-a > W 1:,...:p o N > L „.,•,.., _ '� o_ E O * 0 ° E. C Q .� O r a) L o a) a- a' 0 0 C . +• O0 •c ami 3 .5 c c s Eo ©a m a) o a a) N E a) o f .L p a) ° o C o E c U u) L a ° N 0 U - C E W ° aLi = Q al •_ (o ° _ c O 0 O a) O .0 c ( . o_ 'C --' Cr ° co 0 or)(t � '@ U 0) O N 6 -Q (o ' O (o ° CD C r N Q C O O L • _ a a) ai c Q •3 _C ° o<'s p 77 p (n a E _c m Q o a E ° a) ' 0_ L C E L N �C Oa — Q (o o_ O O co N C - U co 92 a) • 06 NC C o Q-._ U ONo,E0 Eo p • Q v)7a) _3 .E I a) -8 oYN inL aQ 2 a) a) ° -a w L a. U0,5 _, o L .0 C o U E o .c o Q •5 w -aU) O >- ( ° = F oa .c CEU) E > sa'YL N . .L CL) cC U 6 -a O p Y � U o aQ ca 0)r2 � UUn ° a) U U o N o J CC -0 • " co • . . ° o E c . .� E CO 'Q- pO C_ ° a)ac j o 3 NULai U > LOLc) 0 E °- o N O La `- a- oO C a)— @o O N 0) a 42O o C O ) o a) L" a) L O .C 5 -a C (n o n 2U C C (o L Q O > C ) a) o Q O E C (o Q Q O 0 L N -a O -p a) CO 0- > -a C C N a CO U (n — C •_ O - c a) .0 C (n N (o O C Q > C .Q- U O C O in OL ° C '0 O _N —) U) C O) C 0r (o ° 0 N L. ° N .4 ° O (6 0 o - ct a) 2 0 a) f (6 0 E (O 2 2 (n 3 a)U inO O a) r---: CL 'a -O a O = c c C O 0 . Y CD (o (o CO L y p U a) r O r C a) a) a) a) Y N o V La a, co ° C -0 C -0 C 0 > > °r° (NI ° c ° u) (o Cn (o U) co m m o C 0 a N o c � n N (o a) a) a) En 2) N ch O M a) a) Cn m L.L. o N 0) N- O 7:15 LL CC CC CC Et 2 F- f- N o� (n ,- CA a) '6 a) Z * a) a) Lm E m o E. (o E ( CU v v d- > LLn 0 co @ Z O - O O O O NC N N N NJO � O ' c0 i O N23 J Q ( O U > n M . 1..0p V U Q C 0 `r v v v m ++ r r r 0 0 0o N N Nr N CO cn C -0 ? CO > C c a) E) 0. • ,- O a) , ca E 03 p 6 a) ,_ N 0 ._ > > E 2 -co C� N a) L �G c6 ,i- E u) U U >,.- L a) Y C • c c co '�-C p a cn O C 73 N 0 >. N (0 0 cn �_, CCY L a) 0 W o Y ° N o3 _co Cr 73 0 .Q a ° a) 0 0 o c60 C _ p p C 5 ) co a)L p a) (B !? @ _a 7 Q- fz 0 0_ p C L C E (� C Q a) • Q C .-E- ca - 'p OU E E 0 cn p C _c ) co p -0 O Lp as _ C c a) Q L O CCO o N a) Q c0 > - +--� > @ C p a) Q• O O C O c a u) 0 O O O co 0 0 L N U) U) co 0 U ro 0) N p 0 -- c i O 'En En c c ,- E c O cn CO c N , L 0 N C " CO ° o > c > > N ° o L _ • o o L V E E C Q C N C u) O c O H E cn 0 p c 0 N DCY) ° O C Cr)D C c Q 3 s?V i ° .� o .- j °- C O) - C C - N p D a) M r---- CO E >, LC a U) o '- •'i C C •'� C o ..0 a) C 0_ I- CO N 6 o U) C 4- O O 7) O cn C C - •C C = CL +' �- aj a) p O N '� u- C '.,= C o N V) L N Q) O (0 0 0)ID_ o .- C a o Q •� (6 a) N Y O Y CO C V) a) L L U 0 -c > o 73 a) n @ u) c •` a) a) > Q c U) c o 03 `n 'E `n C a) m J ate-+ .L O aj O > a) c aj 3 p o . o - � Q 0 a°i a Q 0 a o 0 El Y o > .� E Y C -0 ,4- = 2� -C o Q 0) V) C CO U ca a) .c o u) p O N o C fl •_ N .0 a) > '�Q u) as u' u) cn N C 73 0 c a) CD N - °tS • E L a.Q z T a a) W cn co 0- Q 0 2 ,3 .E C .0 Y Q o .> aa) .- o-•- W e -o c - o ° ° a) a) E is 0 03 0 a) p c. N 73 U p _o c > > EL N 0 C O o C +� 3 c 0 U No▪ p t u) YUo C 5 _, o o ,_cmC 3 0Q c ,,` z ' U Ev • pN c . , 0 c =a6 a) a5073 D � ,- lHo Co) 4- Ea)-- i fl o > O C U .O CN L uYOp CO °)o N0a) .QO p a) ( Y • j ° ME a) °E > Q cs Um N as CZ cll •° �° ▪ o ° o .P o O c „ .h -°0 -c o .c- C o 0 -0 0 .0 �- 4- o cs cn 0 o L o as @ > C cs !? C o C L C cn t 70 c E 0 ° c o) c o 0 o Q c co p ° U C 0 D 0 up) C E 0 O� D O N 0) E o in a) 00 ci_^^++ N D .0 0 C C > Q O-0 co C W 73 d 73 co to c 0 co m O- Q co co o a) o_U (o U o .~ N , • C -p .ice"' N Q) U E _ L co L V) C 0 C 4 CO L 2 c p +, c o - a) N L } u) cu C i 0 -a Q co N o p u) co N o co a = - Q 0'Q•� 0 U Y CO 0 Lco C L - C U C p N a) ° in U a) o N > c Y 0 o 'c +7)'63) �.c o N c>s c ^ o p) C- c -_ v.) O 'd 73 .-- O ccn N ui '6 '( N `- O 2 = n3 1i 0 L 'C E O ° O Q O L a) = U °25 Q p o C > a) O V C : a--, 0 0 C a) Y o C 0 • C (0 C O o N O "0 u) -0 !z E U ° o U C p 0 - D L a) > c0 0 xO U C (15 - .0 C U 7 0_0 CD C O O N .i CO > 73 o O >j L •`_ N COa) N r, 0- a) U c6 ...�� c >, U 0- C (n N U U m 0 C 0 cs ° Z = Q o N - O ) C c 0 ca 0 0 - ° a) o o p C 0) � o 4— Qui 0) o 0)z D o 0 • ° is a) E ,9 ._ c - C O) -p a) C Y .0 ` a) - L O ° C 0 o C cnE c c Q I- L _0 0 c c p O ° w c L C O 0 .O ca cP o) oc Lo ° •c a) o J 0 a) .° c .� ° a) D. ° - .Y ,- a) c 0--I.-, • -0 o 5 a) o o m _o corp -0 aj ° - c6 C U -N O C • U �' o 3 ° c -O E V) .E a ) U)) 0) 0) °n) . u) a c is Q3 o o o O U) 4. a) C U) - 4 . rn C U) (D_ D L > 0 .c o a) (s 4- a) c 'C > a a) o @ o f a) m a) co 0 O co cs co W E. a) o o a . Q C t 00 U) •- 0 Q � 0 2 a) a) > E J O _c 0 a`5 C L L Y N o >, C U C C - 0 0 a) C O.••> CO L C 0 ° O a) > L c0 N 0 ao C O V) p O L •L p L L p 6 (11 a) ' ° C.) 6 N a) Q o cob ‘-' co U C C Q a) C ° U 0 = Q C O O -0 co _ C o - ui O . E cn E a-. N -c C 0 N ° a) O? 0 U) C 0_ in a Q 0 _0 cu a - > .=c .c o 0 0 c o o o .c o0 .a o E o 0) c CL D D D m co 03 r om a) a) E co N O d- 1 a, C 0 C 0 C 7 i i Q 6 c m sZ D L a) >, CO >, >, ao N E 3 co (/) co (/) ca (/) a) in n3 ca 5 L .1- CO m 0 ON V 0 CO .0 L L L U) 0) 0) (2) N co O CO a) a) ) O) I7) in 0 IX N 0 0) N. O C LL d' W r' N r� L L O V o H I- N Lx-) is) U) CC a) P a) *k o a) `o - E a) co Oco E c) to v v v v N u= u) Z Q ca c0 C3c— O < Z 0 0 O 0 O 0 z \ C _ N N N N N O O 0 ° > M V 10 CO N- o Q U) 0 LC) LO LO U Q C LO 0 CD v -1- .,- �r .cr 0 x--- ,c- ,-- o N N N N N IX I-0 In In (0 .0 0) -t-4)0) O U 0) C Q C 'C a) a) c N '0 }' = :wn. >, c Q L C N •O OL a) ° a_ CN c -0 a s (no o a) coc o c 2n 0. , m 3 CLY ° o ' `°' � D)LEuoi co - � r5o mc) o � � 3 u, � oE v �= U U ° c co m cum _o E 0_ ° N • y L 0) Q rn O O . Y o a) a) CO E a. " C 0 ° C f a) o CO 3 m L N ° c C E o ' C c O C o Y •C C a U 3 3 O.�- E Q o co > O cu 0) " i- CO -0 c O O -0 cn Q 0 E o c 0 -0 O c m E 'c a) 'co _c , E C CO -0 c O Q ° ° U c co o Q •3 3 ) ca N 0 E E f ° -0 a) ° c a) t O U - a) a) co co M L �. N E 3 •— v O 0 0 D a) 0CEtvi s ` E 5 •n co oca = Y O -a — ' O N •C CO c o C cn o ns — m (a Q o E Q o Cl, f0 o E .-9.- . Q . 3 a) c a) >,a) a) ii Q a) -0 _0 co .- > 0 < . ' O o 0-z 2 -0 E • cu Q � a) _c , , Oo .5 ix co a'u) 2 °) E -a Ti) rn- o • E a) c L E w 4- U) d >'0 a a) Q (o 0 CO 0 .0 0 c0 +0:5 § 1=. 'c O Y 5 c c E ac) o �- c ca - . a) c 0 Q_ o o a) 0) O O O- al co - j„L o E U 4? a`) ,- "- c •Q L U O "0 a) 7 u) L D f- 0- N 0) 0 '0 0 U U C o al c (O N u) 0-•-C 0)O co n ' U 0) C N . C •Q N 0 C aj Q N (i) 0 0 co . L O E co O a) O co > 0) (o a) C O .c c a) .rn a) ) •u) a) L E a) ...- 0.° 3 L a) 2 .S .c Q CO c 0) a)_0 .� Q = c O 0_ (O a) m L co 0 U O O E �c C O E •0 c C C ,- :�' i ` ` L Q O C U) co n N 4 V N N 0 Q-+O. OU p (O ° ••> Q d) O Q) = - D 3 c9 L.. u) 2 U 0) c "0 0 to V> a) cc p V >_ co "0 CL> C CO 0 0_) E 0 Q C \ Q C ° Q ° CO 1— N u- E E U a) ••Oct ° � C7) CIS o o o -a c � E ° L a) c U ° Z N >° ° .0 d ,- C0 ° Q E E U O` Q•`) (o j O N ° ° U o a) a- aE .0 ° - E E 0_ 0_ ° o E Y v • ' N u) a ° rn vi al ) C QCT �N .0 0) Q0. O` ° � •L O 'c Q O � CL Ua) 0 'c ° •a).> a) C m E -o .• L ° a U 0 En"0 L N co � oo � Ea .a' ui � ` c12 °- E- ° � � M ° E DoE ° .c CO O O j •- - �o ; ° Ft) a N Cl) C c Y Q (13 Q E L O) 0)> " co 0 •.15 O N L U 4) CO eL u ) C) (O ° cvo7 -0 0 .Da) -0 Y s ° U -0 c63O -0 c 5 m co a) .QY m0 O Et (yn 0) 0 3 - o CE a .o '` c Y ° oCrn oE 0)+- -0 0 -0 @ a) ::: Y 3 .,-. O0O = -_ac _0UN pppN• F_ +0CO •� c C a) OU c < m 0 L Q) 0 �' m o � c o $ C c E E � (n O Ccs o o ° 3 ° E °3 ° 3 �' rn °) cL° °o aj c co -0 2 L a) -°D U a) 3 J -0U o a) � .� a) 0 a � ..-. co c c >, cY J c2 a.5 E ° ° 3 a) a s o o a 0 co -a co a) .- ' O 0 cru Y c 0i~ u) a o c E o ° o `� c �Y a) E c = `) o 0 C 0 co� O C ° m Cl) L Q L O O •� a) a) 0) Q fO a) L ■ 0) N c -0 U a) CO i- fn •c a) rn CO 0) v) a) -° C Opp 0. 0 uj (/) C N cC a)73 ° al Li) Y U c .c O O Opo D a) U ° D O E CU a _ O 7 O0) j Y L N m p vOj pM d O O L >�> O Q n. N O O C =O ° i > L N W N -0 Q 0)•F 3 1- > O_Y �O y- -O 0) Q 3 U „it. C - 0) 0). D CO > O C O O Om 0 E - O c0 Q- °O C- CO D) Q) c0 M a) Q a) O b• >O vOj .0 = o .Q �)+o L C C Q �- L O C D) m 7 Cl)D0 > -0 0 _ r J - Y O O U O N U .E L Y L D O U — C C L O �. C c ° E 0 _ u) > a) 3 cn Y ° U Y rn ;_ C N cv co ,� v) C > E 0 _c a`�s _ 1-1- 3 0 0 3 c `O 0. COE. m (n o M a) > O .5 Q-._ . 0 p)L a) d co -D O_Q 0 (n O 0) > .o T 0 'c O N a) c .L O` o cDn) C o 0) c Y C- C = 0 a 0 0_oM sx c CO co 0 °- Q c w E O a)t. 1 o 0)c) c oo > 0•Qc 0 co = a a))co -a aa) cDa) o ; o ,_ a5 :L '- -(7). '.- D) 0 = > = C 3 c E c Q) C O •` 4-� 0) o. O a. a) •C 3 L C a) ° m0_) a) UC EO0_ (13 a) rn•cC - u) a) QCrn•C O C �' a) a) a) Q Q O 0 N c ° 0 Q 'D c 0 0_ 0o = 0.) °-'-' •'� U Q V j E (A .� C Aco i O p-0 E O Q c "0 u) a) c CEcom - 0 -0 Ca) a)ui o >,4- E) a) C .caoa) ca- co coO a) (1) 1) c L - C N U c O a) ' N a) U X N a) +' Eirr) Y a) ) Y C v 0 O O C cow a O Lcr) p) 0-L ° ° E -c X1:3 co a O O O C 10 i ;=, ..-' -d- E o 7 u) C a) E Y L = c C a ° > ,_ U D 73 j C L O \ C Y C 0) +. O k 0 0 E c C (nom 0) C CL Y U C a) a5 ° a) c c .. O co D) cii O m o rp C .N N ` u) u) = -'-' Et '-- m 3 D .Q L ° OU N .� ma) N vi N uj .0 .c O c .E E =( E -o t- ° c a) 7 (O .0- ° OO (O O ° O C ° co ° co 0 0 0 •- -co 0 s ° U O -0 cA N Q.ti > v= 4-_- 2 r L _ U L Q' r -0 9... ,_ Ct cr ,- 0-U 1.0 C) O 0) N- C L o po r C co a) a) a) a) E E E E Y N O ..1- o 2 2 2 Q co 0) 0- m m m m (n ico o 0 -0 m a) a) m M m m N r -0 1 M N M .0 O' Q' Et 0 M ll -0 -0 p N- O O a) V' p I N r N co o '- i- 1- us a) -Oaj O r0, ii aj -Cl) ET) coO 0 Et (0 .4- d' -a- ,— co ca i Z 0 (a (s GI r r Z > O Q D Z A O O OCV N C L = N N gl 0. O O > 00 O r -(-17-.) 0 Q (n U ++ �I) l) U v ) Lx) In C O co y d V O O O O 0 c) N N N J ++ O r N 0- O r r Ce • a) m -0 U 0 U _7, _ U N p 0 .> c0 , a) U D • a, U - Q •` E o .a c) a) c > E H c o �. E Q m Q U o _1 m > 0 • 0 c• - c E -oO a) U o •- UCna -E0) aa)i Qin o�o D 0 a) CC a) °C) -a O U c o a) > • E a�-i a)o co i0 •5 •aj o E c c E w Q - o o Q L o a) E m cRI 5 io c U) C) c u) _0 U Q c o F- -0 E d -c taT > �. u) .0 (0 0 O U C C u) as CL t-, L. Q Q U Uj O c 0) O U) Q -p p E 0 cn - > U • C _' ` � Q @ O - C • a)L c0 a) .N -c 0 0 U — C O (0 0 4= ;Cr Q C C U > > CO c ca Q E U) U o 0)o o .- E •x • _Q ° aj 0) -0- L O O > -0 Q '• 0 cn cn > � - U O a E o Ca 73 O O O C C O Y U .- 0 U) c0 Cl) E ° w N _0 . 0- O c c c N u) > U .c o c o o 0 a3 o c 0 .0 ° w a 03 O Q cn O cn c E `� ) -0 -c c o) = c c c°) o 0) c 0) 0 U o@ a) H _c cp o c_ C O O c .0 '- O Q Q -o c Y C `p 00, N .� - N 0) cp N D •D J o c 0) li 3 U O E O Q c � c -° c • CU c fn ° m E u) - 0 c w - E Q U Q 2 i '-- C L �0 ca = Q C (D - C U) N a) p c co (0 O \ a) LL O c U) -`= u) > c O u) °- E co c,, -O O c Q Q c0 -0 a) D C N u) C o (1 O N C 0 C o o' cUC c .� -0 - a N E f (0 > 2 a) U c0 (a 5 E E ca C c N 0 -0 U Q-° o c E ° Y• 0 O o co (U >, , O > oo 0 ., o U Q Y E co o O cn o) c -o 0 0 o c c D - -C- -C c c a) U U o.. J a) co o o E D a c 0 c �-. o f O c M co E..) C U 0 > C N •. N U 03-C OE uj o V) N O) "O Q U U C W .L O > F- C- O C c c0 E c0 ° o 0 o c '7) co o E H -c in Q C U o Q 0 o p u) c - U C U `p U �'N C 2 o ` 4= 0 a) (0 3 o L c in C c OM ° ECU - 7 a3 E o ' c0 o a) c v -c CO c Q U 'a CO > p •c 0 c n U a Y U _0 . _ 73 Q E Q� 0 o Q 0)Cl E U LL Q� L E C E a) o (0 .Q.` 0 p C O (0 -p U (0 C - m c c � O c0 c -0 -p m c 3 = c 0 � � p � 0 a CO Q-0 m C , c C c N O o c0 t (n C CO '- a) (0 2 O o o Cr, o E Q > (6 O a O Co O C E C6 E 0- 0) Q p * ° QQ� a3 � D � � xJpQ.E _ Q Q c c U -p - .L c0 c cn c Q o 'a) u) Y/I to o CO 0 o C a) hill * c > o 13 Q 0U'- U d ° cn Q c Q d c c O Q 0 N c -0 c O c 2) c o U) c Q �/ 4= � (0 Q U m c0 in o ° ,„ C Q �/� N U .CO u) a) N = O > -p E v) a) -O U O ‘,...L)' N C 73 _ c (0 LL C Q- (0 a) Q a) CU O.. O - 0) 0) N -C m -o O =V Q > -Y (0 o O O1 F- 0- E U) u) -c > U C > .3 Ow Q U U •C U Q O U . U •N p C U N_ •m U _� O p E /� U E V) C .0 co c .T-i-) a) C ••- .c C 76 U Q CO 0 "6 O ii 0 0 (0 0 0 CO V) p) •C o 'l N E U C Q U Q CO u) U C p) c = � a) c O U cn O U LO ° O a 0 U C C CD 73 0 0) U wC c) aj 0 ° -0 O ui U a) E U U CO a c• >• C a) U co c U O a) m m (0 C M N 'D > I -c CO L Q , o c O Q c Ei 2 ,x -p o u) 0 U _Q U �, .CL O U 0 U C U U E o Q .i Y c oo c Y YO Z O N 0 0 .� Q U > co U a o U -oE 'cn 03 c ° c 2 U U c .0 LL U u) ., cn o c E o s 0 0 C S C D i0 'E U 0 Q2 0 4 E p o U U 0 : c > o 2 Q ud0 co c 0 a uj c0 0 E - v) N ami E amici U Q U c -o C C :� o U 2 <n a c0 .� _ _c - U C 'co 3 (2 = = 0 0 o c E QY c S- U u• U 0 O C L u- O Q Q co U i U 0 - DEC _u) U E o o 0 -0 - C c) `0 0 a`) Q > 2 0 > i0 V 0 . ' O in O p) O C J U D .- C6 p fs L _0 m Q Q a) c c e E o E a) f co c 0) �_ U) a_ Q-= U) C c H _ = N cc) U c E c - c cn C 2 O • 0 > C N o 9 co 0 N 7 Q (0 Y c0 -0 O 0 0 C cn 0 Q C M Co 0 0 a) o u) u' cn o E O c0 c - u, 0 ,- U eCa) a) u) a) O -0 a) M U o O - C } C -c U i- 0) Q 0 C C LL U (U - c 3 0 .U-� —O U i u) 0 .C Co C •- O N c c) c° u) 0 U co -c () X O ca c O cn E c c,a n o .Q cf '� o 0 o LLE E (...9 .-6 ,- (.3 ._C_ 0) 0 .c c) o cm o r� c rn O = o >. E >, >, v O c to U i U) U) ,- O 0 E E m E E Y N O v Lo a, 2 i Q M M 0) 0. m a) „t..,_ m M m m o o Si- 0 D a) r 0 0 N 0) 0) O CO 47 O Y CO CO C c co CN CO -E0 I I LL -0 -d O O ) U U @ v O N _ 2 2 I- F- N LC) LC) CD U 'O U *k U U p Q) (6 Z C (0 co (UL6 'Zr v d Z O Q Z O O O O >, \ 'd C w N N N N Q O O .> N CO U o Q U in in cn in gl U -- Q C — O Q) v v v 'Zr 00 o 0 0 0 0 OCI N N N N_ -) +-+ COv co IX LC) lf) LC) 45 c a) o ) a) o o " c L- 0)_o •.c-.. > Q 0 c , o c (o a) c c o O O Q E . 4-) 0....7_ O o -0 O 'C 0 U a) Y 0 .0 O Lc) U _`n Y E ui Q a) 7 •` 4) ( ,�; E - U co 0)_ . a) U Q'0 (Lo o L t o a) • a) Cr) 2 O O c c - NY Qa) D > YotS � (� m � �� L c COQ a) LC) O YO C '0 0O N- 6• J O U• aH 03 0 c0U 0 0 E UO2SQ7 a) a) o 73 _o o E 0 U N 0_ C 214.,t1 .: Z Q-' O• U C o o aa)) 0 c c = Q c a 00 0 E •3 a) U 7 C (0 0 .� U d U 3 0) 0� .U) o _c u) m --ca 3 � � .0 c m ami -0 C U) L L L Cl- > J Q O �: a) ,- 0 "▪ a a) -0 � a) a co �� a= N ,r pt -5 a) .5 O c � > .U � a) LOU CD � _ co a) 0) 2 Q N N C C 45 \ $ N E o 0 Q is c c a T- o 0 o Y 3 = - a) o (Ln -o �° c 2 • 2 3 2 co E -0 C a) co L YU > o 0, o O 'o N •, 3 42 Lo 0_ o2 -o o O O Q a c .- -° � o (o N a) �) U 0 •LZ (ten 0- u0) � (V o C QQ-• 7 2 •• O E as -a) (A a) 0 a Co (/) C U 0 c o a) a- Co Li c O N E "06 4 N Q O v 0 C 0) C a' U m �. L m c a) U a) N < 0_ a) o a) -0 .� CU O .0- co 0 (n _o2Y 0• --5 > o — +. +- a) Q Q >- com o f ciC) a) QC C 0) � +. co — U >, UOI a_CD = CLo -C a) () c• -2 > aa)) .c Q co o 0 O Q co •- a) E Q- (o0 Q-0 E � .S \ .0 a) a) - Ea) c - 3zoo 03om ,YU) 3U � • N U . -2 _c a O U toY E -0 (o O _c O U C C o 0 v rn 2 cn c coo .- O U a) O c Y •C a.co 0 co 0 O L _c7:3 /1\/, av O > .0 L a .S 0)-0 (� L.L a) 0 1 E O 3 o O U o -0 Q 0 c _a U N •. E 2 o_ a) � � c u) -O OL o < � 0 0 L (n \ U • fn u(a) .O= 0 o Y `� 0 `� O O 3 c▪ o H O _ t ,c = a) o U 'a 3 = E ._ = v 0 OCL (� 3 � c . >,Ca a) a) o � O U co U � v • V Q c 0 L '- c N 00 a) a) o Lo c 0 Y C)- a) $ C c (o N a II E J 3 Y U O N N U O O U a) r_ d v J (o cc 's OP U -c CO +. QQ a) a0 -0 co 3 _ E U m a) ., U - 2 - N _O o N c>v U oo N Ll1 o_c • - Cl)al 4-0 3 o Y 'a Y o Q-C o v 0:i Q 0 Cl) OU M > U) 0 C > a N V p r 0. a) O Q • < c o > o o • O can) Q U _. a) -a o o Uo� • U c aci ..CCw a) OH ,- o c E (ca � D 0 0- C 3 ?,IL u3) 0 I Lo c • CL 0 U C c ± oY o 03 0 a T.) (i) " o- � O , L 0 O 0 (a O 0 U 0 C C U 2 Ll C U V > o (0 C I- U D L a) 0 Q H o (1) Y • O+ }� O o -0 * m Y C Y (n E . r E co • V C+• E C 4 E g .0 U ra > f Y = pp II a) 2 ■ (D L 3 N E O U (o U O m (o Q M r U Q-' . Elz) Z O nj 0 cn .N Z . O E v o •L SMO (Lo Q maw D U UO CL rt) N CO Co "0 — Co ° -C rCO to "-' J U L C U 0 O II U — (0 C) Q E N L c mu) 0 C c 0 0 O > M D N r .0 Q a) C ai -c _0 a) a) QI Q L Q CO ... Co N N +Y(9 E _ c co N ,_ X OI > m 0 (o — -c U O 0) C NUdj _O .N U i0 •� cz U � Q � U wO 0- 0.)•- -c Cl) •- Q.L ,� 0 C O 2 i 0)r' Q c 3 o O Q 0 •O 0 L Z O C '+. i. N .- 06 O (0 CI) Q C c ( • LC) a) +U' j Q' U CO. ti' Q)'-'0= C O a) O O ,_ O 2 L • a) C U a) O d •U N �-0 Y N O m > N U ,_ C 0▪ CO 0 a) 0 U 5 (o 2 .� 3 a) -0 N +. +L-' N 0 . N 0 - • C to YO CL \ C otf _ U c• .� a) .� 0 -0 (o 0 C C U O Q Co co U ,N N C L L U U 0 0) a) N 00 N - 0 o •� 0 •- O Q.0 �_ i U 0 3 U 0 3 0 U U E f° 1 Z Q 3 QU Lcs0 O 0) N c L rn o = O >, >, O 0 CO a) a) Z E 1� QN O M Ln a) ` Ly = (fl 0) Q. m vm m > > Cfl 2 fn 1 (V COa:i m 0 0 .airQ "6 U 0 o N .- N (6 'a 0 (B Co 2 C C M M •d S 2 O LL "O '5 O r- N co O a) Li" .aO oi CNI — H H N (n c N ( a) "6 N *k a) a) O 2 E a) co OcaE U co vy Z jL \ Z O. Q Q N (Lo O O O (o "0 Z -,E, w N N 0 C F- Q O o '> O Q (/) U i C) U Q c co m v v 0 0 N N J +-' 00 IZ L(7 Ln U a) p_ + a) 2 O - . L -0 a3 _C LL N -0 coH r 0 CO CO a v "O O 0 _ a 0 o N a) o c ° NT E .2 D 0. c E an -0 v a_c �, ° � Z U c r +� E a) U c0 ° v' o Q� cn .. ° a) ° 0 2 ° co E C a) ° m ° d aS o c -occ u) Ow a) L >O> • O N -' U a) (>6 CO N N '~ 0) 5_ ° a) c . > 0o N 2 a) (0 0) c e6 .) J CO Y O c E .c °--c .> -° m O N a) N U' - O N 0_ in aL06 Q0 a) � 2 E a) L 0 - U a) rO E Q- a) D 0 C O Q U) (0 0 -p 0 U 0 Q (0 (0 U) N- CO 7 7 a) 6 C I co a) 0 0 0 (0 a) 0) O O O (0 I a) 0 acC o o . 0 0 o E a)° c E -' acs) —vim E m c • + -o Q 0) O > Y u) <n U 2 > u) rn a) s a) m i0 c N c . 0 2 Ln = ot5 O) L ozs c , _ E e E ° a O OU N E c a- N -O C _ a) 4) N ,- d H a) <0 . 4) 0 S (�/V 00 c CO 0 /2 E a) L (z o N o mco _ ' O /O� Tii O V L o� r LL CO () p - E CO r C (0 U ..O d- 0 0 w O 0_ N LL O ° E 'C c 0 0o O O (Z N -0 -0 0) p> rn N -0 3 N -6 O vL- V co LC) O (6 C .Q " ° 00 'E.> u) > o d c U c EO O O r m c a) C -0 m e (0 c 2 00 a) '- u) r o o� o + L -0 O (0 O Q_ a) 4- ° -_ (na 00 >OI- N o_m _ 0 a) u) .Q a) fx Q a) O 7 " 0 _0 @ o o - , o , Orn � EO a o o , N � , o � Q N N (n a) cn (0 -0 -p co u) w ° N c r� �_ E a) m .� o Q 2 1-) co .L m m O O ' a)-o -2 cr d. M CO 8 U o O> p •Ili cc- 0- 0-o - V Cz5 a) E 0 O ° It c U a) (0 - `- m a) = c = Y o 00a) -(T3 c.) c ° Q O N L a) L (:),- (0 -0 (0 -O c (.0 `' 0 r coC6 2 � N c 0cop ,- � o o U Q, � U N co EmH0 N .c - U C •CD 0 - U) Q O J el U N -6 n N - 'N. (0 O U a) a) O ,- (0 (, !? O O O a) Z O r O) , 'Q Q E O a'S a3 ° -C O C U f 7r _75 0 �1 (0 O O - m CO L (V 00 N C U Or Q 0_ E - (D 22 D E 09 4$ m `- IS E m a) Ln O N 0 L L o //�- /, Q- cm CO 0 I- UQ r - Q • O U Q N O ° Q V/ LL ° L ,� L CO (0 Z 3 2 d c o L 2 c 0 E n c� L o o .a�- o (7) Q= i _ . 2 a) N O O 0 `_ to co > p 0 D O - , N ,- _ I ?� C"2 r O O J a C CO cn 0 D C) N- N `- w c 0 Q- N 2 = vi CO -0 _O (o CO N O = N > a J O C .- O !z 0 C < a) N N -C CU .o c ) co P C _ O I 0)-.-(11 U 2 co > o N N O) O N o C C 0) 2 o E CO c O 0 0 N 'c ,_ N Q) 0 C ' Q a) 4) c co a O 0 -o �+ , C L V) ._ ry M _ _c E co N Q 7 r U Y c N U O a3 +. 0 '- - U) -C O O u) O O II O (n 3 >o 5 -U C Z o .� N „ a a) a ', c N a) a)j Cr = E .0 x 0 6 2 N c 0 CO a 0 Q . O __ o o O p - a U (o co _ o p o o cn O 0 (o c u) C D o L Q) N In ?� �- O Q O - LO 2 (o co 5 Iz 0 I H U OU .c_ N N O� o U n a m > a 0_U O 1?06 O II N CO L() .0) '(-/-) c c O a E r) � � o Q -C v m itQ 0 ED CO Qo o0Yoo o 2 L0 a) Y O a) � _ fl2COEL(C) 13 o CO pCC � 0 CO a) Cl- r co'- Ln m ‘- in 2 .o o c CO CO o2 N 3 m N (C0 co •C • g N N i U aas o co 0 �� @ -N -0 2 0--‘-.7- L ,_ _0 -0. co0) OUY c a) 0 c , o c Lo oa °' 0 0 as a,• O Yo N- (L) rn 03 U 2 L a rn ' II• c > V) o.c N m io ,(-) co O N C a -. a. , a) E- 00 C .3 0OZ CU E ea o) oU in 0) i O N o (B C CL p > r' - O p (n O N 73 o c o o a) .N •cn L ( V Z E -Y c C co •C in O CO ' a 6 - . c o a) 0 a) o oo >O m U N H U p r CO a U LL L co 0> co a C > O N \ C o �• O N O 0 > L C c r D O ( - ?> O I— Z o C T \ O) 0 J CO '- F p � 0 0 O LL LL. _O I _ > -O O _ '=-'.--� o�S N o \ O LL O O - C �- in 0 ri - Q Q 0 O 0 co ui - w co 0 C co U C 0) c co r u� d. O (o +m\ > 3 o co c N a) N a) ' C Ln a) . a Q co L O _ ' •-. 0 1E II (n N O > Y U ' 2 r a) -p O N▪ -.--, U Co N N C *k C LL N 0 00 0 a _ a U' - 0 co c 0 N O _C c 7 eL `' N- a C 0 a) p 0 (o E II N L V) O O CO c Lo HO eL upi -o - — o (o a � .c E 5 Q) CZ L... c0 .7.7 co o N c N O7 O Z On 3 73 L to (� N O N cn Q) �-, -.9.. a 0 °' LO ¢ -...f .C3 00a.� � (off 0 c -O (L° c C � N0 c � ^ O co co c o a o Q T c CO O a) ui 0 0 _ -0 _c •° ai U Q O N 0 co D N o 0 c co }. C O N N 0 U - J o CO 0 > c � mYco -.5 m � � mCO �� o U O COM L C`") L U li a) r lies 0 oo � Y � oO o � ON � �\ 2 = � 3 ` � EU Ln (o o m �- °� � � .c �• � `- �° 1,;,3 � � °° � •Leo w _c o - > 0_ _ � <- c as � � � coo orn E >,,- ° •- 2 'x, 2 — 3 c Q > (n (q O WM s' ca_ ✓ E apa cON po CO 0-H > 020 (U O. UN pa0 Qom m � 1- 0 �112 i6 `n0LU i� o x < a) Q-UOC 0No C c cow � N � �oCflC� NI ON N �� `> C° � a � � a� a N C CO o c 0) O) N \ U o a a C a O cn Q c C� o a c_ Z U u) �- fY L o CO L V � N � � m0 0 � o O— (1 0 00 a3 o c) c co c�co � in N a Lo o O E E .a 0 0_ o CU o 0 °o c°i V v 0 0) (co o N o a) o a) Q_ • -o W E c o a) cin E a) oo po ~ ales oC�LO o c C-0SD a) (13 2 i . - cnor' co_ Ln -t > �0O Qat � � co �° N � O � 0) o co - o Q o CO O o a� allC a) 0 ° c L = v c „6 c ,- c U -p Ca. O N N 73 ccj a) •ca - L" _oco _ae6 - c a) .5 u) C .3 fO a o v c � 0 H a� co �U U 0 u_ n o a a) U X 0 o i — «s Cr oNocl) OoON0.°) Eo' CL ° � 7 (Lo U II U a) o0N C - CCO C C 0- 0 . u)(13 (.\J (7) it---) L - c 2 r C CO , -o L CD m (fl a) o Q T o U cn m p o '� E 0 Orn -0 (7) 0 _C c0i c N c Q) 0 7 - U F- N U co o I- O O L ,- o C CO N (6 Y -0. • C o ‘---- Q E O = C 0- C ,_ .� `_ O C c C O C O a) O a) I- O M L Q Q CO _ _ fl o a) CO c o o ° N ° @�o 2 o E O 3 m o c o 0 o o O CU - o 7 -a -C 0 o g o co a) \ 0 -o ro _C � C `- 1 i; N c c c a) 0 p _ o , -0 0 _c u) • 0 N a, D a) > N > O co cU 2 io c co N N L (o O co N (o O ..-. O OL +S ,;,E Co C a _c J a) LL- N- E 0 r Q 0 2 2 CU O U f- Z) 0 .0 O D U) 06 LOO O CD 1� c y„ -0 "O O O _ O c C O •L (1) (6 Nr O Q N L L o r a) a) Y N o dr Ln _O O Q ch c c CLO O (0 c0 N a O) U) (�7 m m O O V 0 N N a) 0) 0) N (,:) O C) a) d O) 0) C cV. N- co a) a s a LL 'O 'p 2 H I- N Lo c U) a) a a) *k a) a) p 0 E T. m O io E U v •q' LL Z Q o (o 2 ci Z O Z O o >, \ O w N N O N o 21 U Q U Q0 LO LO c O '-.-d o r.+ 0 CU 0 CD O 0 N N J +' N CO N N Lo L() • . c D - C7) O L @ •X c > N Q) V '� U) C " O i U) a) O a) 6) ° (0 U L O �1 _ O Q- 0 •_,.., Ur U -0 O $ cV LL 0cil c N v U xE Q 6 _C CZ co U N C6 N — O 0 CO Co C 2 C6 ?� i 4.- O L C O U Q N _C E N CO L o j E L 2 ' U -O w U .O co Q a) O T u) _O O LL N LL C2 O O N L -6 L L .vi N C U M N E ` -6 (6 - N > ° ° ca .„N .c 06 i• s ° '5 +011 U m O N N -0 > 0 a) -c) C � - ti u) o__c ° L •` � Op 'c c0 0) 0_ c>6 a 0, a •c 0 E U 3 .Q- c6 d > 0 - C o .5 _ N67 fY •.O L ccp. C� Cn a O ' -6 N ° , > V J a) O • a) 0) 3 ui = O L a0 p � � n. � U c 'C Q N Z c a)) a) O u) Y O p N _ a) U N L U o E O O (C6 Q L o w (n w C E > C6 L ~ Y P °' CI) O 3 a3 Q m is E ° U o u) a) cca a) -o c6 co o o c -0 sz O .a)Q o ° a) °tS c °)_c Q o - u) V cn O 0) N `- () LL • 0) C 1313 (6 -O iZ`— • O OT CO ro -OD C C6 (6 N C C I 0 00 CO 0 N. N 3 = O _C c°6 Q 0_ (n - p � -_,.-9 @ ° _c 4= N N a) CL C U) O • o coa) L ots _— c — c aj N C O Q _ C = N (6 N 03 0 , 0 .0-Z U E Y 0 ON 0 C (n N N m N ap —mac o `n �T 06 - O N O .i 5 O zeCO 0 a o `� p m Qvp o •= a) w 03 0 U cC t . ..--CYD ECJ d = d Q p � a c N T C ,°,(� � L -2 o — 6— cn — CO O a) 2i co a O - I 0,..... N _o o = C Ci N c cn a.) c 5) ui Z C ° > r. E sz U -° o f 'u>f-t a) o a • co — III o 'p O N O) o_ • O 0 C +• C N a) C C O U 0) C — D co .= Q- • c6 7 -p 6 8 co C-•° C r CO (O •_ O o _ C LC) U) o -a 0 CO (n -°O L j I E U +� Q tZ — _ L T a) .6 C ° a) c N o c �o , c O m o c c 3 �II° d • c E o 00 o CI c C o —IC a) C C O N N CO•C C C6 > U -c N o ° m N a) O oc E 0E 3 . Ct 0 o U > O Y N IU CO o 06 Q L -0 C� C2 m - J °O O d Ur 0.S' N N (U6 .- C C ) C 0 0_ C � C6 3 u, > � 73 ;CO ca O t� a g oO 62 N i_13._ U O o U •it. c 0 N I- ,_ CT) (0 7 ° a) U Q E _ m m > .a c •c a m c iZ t fn 71.34 a) L L U C O CO m O 0 C 00 (6 I 73 u) (O N O C •O N _ (n C .O ~ E G 6 co CO (CO a) N 0 O 0 c -c c o E I ° C E co> cc E c �3 01 c -0 V Q .E ° ° .L 0) a O ai• 3 ° > n ° c m Q u) J C `) 0 � o 0)5 _ -°a 0 0 0• 40 o o 'a) E Q 0) C U U C c LC) L - U L Q,y J x Q U ui 2 CO C o o N E ' O 'c N .c `5' () c6 O L a) 0 0 V > CO 0 a 6 (n .� C O C�.0 .O C -O O > " C ° O N O _ a) C U) •L = C L ° a) 6) 0 C T O U C1 N •�, O= _ N a c 02 -0 ° 06a ._ .0 73cc0 E •cam > ° O 0 a) _ o m ° (n c c6 -§ E d U c c o -a (n U o > Co Q o ca. 0 E o U) o O -0 c6 ai _ _ c6 ° _! E (n O E N O 1 C 0 U U > (n < = c 3 -0 0L >, C Co c ,� CX °t5Ln E co oO = ui .c ,_ -O _0 ` 0 a) • L 0 S?. .E O U a) O L _ O P C -C § E o ° c .c £ O a) > O up C ° c c V -0 (6 2 a) 0 ca o -o C 7 C O E c6 00 C ° 0)- SZ -0 O c 3 (6 a) C E 0'+ •.�as � ;D --s o U) 0- 5 4=_. m 0) co E E_ E c E o LY V a) ui ca L .C O a) L L • IL m O O • = ccn Qom o co O oma. ON �_ O (6 >, ui '§ .° E 06 U C Q a) }, Q O U 6i -C o c6 a) @ o d �` Q_0 a) u) 0 c E (n o �` V) � 0c> c or)T Q t� C (6 V E C (n.= C > O T V O _ '75 _ :)0., L U C C6 — r Lm W 11 U a ° c (6 O O 'C3 C6 C O E m ON Q > N O 6 UU) > co p O CD C 0 a c U c—° °) m a m U) ° @) C U O ,-- a) sz (n73I E (n ° c CO H CO c Q.= a) ca 0 Q Y co V) E L 2 D • ° m o ca ca c — L = a) ° a a n c a) b00 (7) 0E , aQ U O O 2 a) (O L 0 ( -3 (735-, 0.)0 co E -6((In) 0o 0 C . CCOo Qc6 O 5 ( o o UaDOCo o t o 73 c E .0- U o f oa) -0 O ON Z .o_ O N@ OVo ` O O O flO - co � N 0 O $2 6 U NU O ' U o N a) a) Ca)0 ° - O -OQ . Q V C6 CQQ 2 O -gcco6 E z om ? z Y cO n Q a c : Nc o c Q a) - >, C C U O O C) L O O — U a) N 0 C6 C O' O C S?O- C) c 6) N 0 Lf) (,M-) N O N (6 C 0 y -o C O- 0) O .0 O C 4- .� O O N t2 ai co C O 0 N W E o° N g� O - > o o E L O@ = C a) c vi li .= _1 � E m Q it .= .= � o6 'C3 o _a-0 a>) cnn I— U -o o0 3 U > 0 O 0) c< C y, -0 -o -O 0) O C C C 0 O C6 CO (6 V O LN ` ` TC) 6 Y N o 'O Q COQ. >. - N coC c z U) U) Cl) M m m 0 0 V a -6 U) L N O N N Ca 1" a) o N 2CT N M O CO a) d C) 0) 0) C (.0N (O O 0 0 L L H H N 0U) to - U) a) -d a) i# a) 6 O '0,, Q _,1/4--' d ct V (6 np co D O z. Z O Q Z CD 0 N0 1 >-, JQO U CO CN ID 0 ' CO Q O U O CV Qm .1- ...(v 0 NCjd- U 0 Ln LO 0 O fm N N N 0 N N N LC) CU o - co c)o 0 c Y o co - ,_ t Z �� 'a� O C O N N N = a) °60) rn V C. c • in (0 J m D m Q 'C = a) L ,: 05 W . (/) (73D cn Q N d (0 a) J CN to _� a• p LL o n0 >. a) Q� � �° O csN — - o � u ca C Ur C C 6 • To 2 a) 1� � 0 co L LO (0 C ON O5 , a) N J cr c 2 L -6 O D U • N 00 -6 © (0 a) N N- O N- N a m _0 +0 6 cp a) CO 0 '- (0 Y U 2 oi g i N V) N U O 0 U Q) fl j c c 0 c a) to a) U m co c < a) o > Q • ) O L O N O P 0 U �' = o_O a) a) ° -o > U) (o U a) o a) a m N c c °Z c Cl- CS) I N N a-0 > LL N .o 0) o Q. -' s > N a) N- a) c QoU) F- co o o a > CL 4) w CN Q) 0 I Q Co E C � 0o o _ U) a) aco (OaU) 06Uc0 Ecco UCD D x- 4=▪ .O 2 w O O Lo E O Q U) L .; 0 00 N d (0 'O C N N co _O J U (o a) co o "(ri n Q U N c �� a'S N o en • ^"c7 NP c O c o (o c o L U o ..E. _2 o N. cn Y -° CD 1-C- Qa) U i 6) -o ' © _II ai N � \ c0 ��11_ C C,5 N N O Q 2 ' . m a)CD U> Z• O - m N Z V >, O •- �C O .- cj O a) _ CL0 a=) m0oo 00 °) O � 0 0 0 o c�~ c�0 ° Q � N (0 .5 a) Hrno MO 0e . E _ . Q 0 - 2M ` _ CO C O 14- V Y N N 1\i F- ° O L'N E ° cy-- `- m Lo 0 U o -6 . N- H Y O (6 — o s O �\ -_ 0_ ~ N r 0 ° a. C O �6 ''..../ o " O _C U I� O Cn C Lo co 2 N O 0 _0 LL U) - r CD Co L (6 o p .C-N (n c) d oo co O LL -O C 6)m 0 O N,- - r ` II • : 0)\ N ��11 Q2 O 0 0 D cn - "0 - O o 'L O LL V EY 2 O O C o E • Q CD 6 p A O (6 C O N U o CD O C C- a. co p Z p - C = — ' D 6)O\ f�Lr) >> U Y co (o = a) O In M N O Y a i a) .Q ,11D r > - o .� -- C O O O L0 O V 6 3 N co co ; U o U U -0 _ co u_ u) .QN /�\lO \ 4 a) J D co __ 3 = O N O LL E a - V H ,- L N H. p L q$ 2 (6 -6 -6 m = .0 O 1 Ln ' U C Q -U 1 0 o 0 _, Cl) I- N O 0 coo O� vi E Q O co N_ O a) -0 °n r •U E u) () L.n C G ,- O 2 a. r \ r Q Ti- O cn a O 6 m co M Y vi O L CO Lt) LL _ E O E w U 0 a. Q• D O a. .•m fY 0).O 0 Or - O a3Coo Q O 2' C (a 0 (n = 0)O ` C) �- 0 Ln `" Q- E r p E °) _ v) ° O cn C u) O o O O 0 © (' QCDai N r 0 = (6 O O O C , cn rl C U o �`5 O L �`;� co -6 N �j a. U 0 , O L N M ` ... v U }' V N 0 O ° r O r � -L O _ ,� N Cn cow = � c� '�CO � � C 0 0 °-a ° • a o o m(36 Q• * C o m C o O a E (6 cflEa) wa)> IT O' O LL 0 A\.•E 0 r C (p Q O L 0_.C — - C - o _0a C = OOo = vim 0- C 0) , 0 O a) co o •- .0 CD C d" Ln _ (6 0 C O 6) O _ O L0 O ° 7 � Z co 0 -0 2 •( a. 0 '( \ (6 N p C). O ib ' p U -6 O L O C-J 0- F- (6 3 o c L o co O m ci)cn cooLC) m °0 - 0 3 � a) � Q o o Q ° O O (o C -- • a 0 O > > o � °�° H d ° NcoO OM CD co ° @� = o � Y E o -C •,- NMN CO o (C • .Y O M N Y cp M c 2 •_ O Y LO V r r a) 0 6)O N V N U C u p Z ° (6 m (0 > (f) Q�l > F= -6 > °)O Y Q rn O ° co f E • U .= C E CO O V- m N a) N O O 0 a. (6 . H M _ N- .0 co a N ,� ° E a Ln > a. E L p L r In �' .� o (B co .� C-p O a > 0 � -n r ( O E CO � � ° Y o a) ( O Ln �� c_ r O . 'L � o N Et 0- ID � -o � •5 o ° E Y 7r ° � �"°) U ^2 _ (n O _. 0 p L N - C p 0 O Q co W Q ozf O co r M O }6 6 N N - r N co v) 3 Q L LL ca E ..co N r 0 0 - o ° o co 0 •- O O Q O ° L0 L ct U O 0_ v) 0 _ U) d o C. .r• w -0 Q0 = N '(\ � 00Q- 0 . _ a .: CO , � r � o w C- O (6 N , E Y > ~ O l� (b V.L 6) Y a) co C Y O CU .WE ° O = d' 0- fZ V co O 7 - 0 (n L r ° 0 0 �N EL � E ~ � dz � E a_co ov � 0 ° LnYO� N s- L cn LL /� a5 ° U) 0 0 O o o- .a O M O 0 N 0 ° 0 o a a) o , `v L < ? > r _ ( F- ° N• cnLI a.LfO a © N E = Ci (n O o co o ff OY ° o o � CO ° QOM •W_ u) 04= CD a.) 92 ;� NO ° ° - t` U) M . O > -0 •> ° ..0 U L r p 0. V �5 0o ZzpoLo• 8:0O -0 12 co o E v' 0 C ;Ea QO E o ° Lm (� L N 0 LO o v_, :0- :0>••• QN :0_ .c: N Q cy,- .: z °ma".E O O 0.'S (i> O ° a co (6 • C :I: Y LLT O U ° ~ OOoC QV o O 0. > ,a N > p (n 00 cn C -p CD Q pL V) ` U ' Q •— N 0_ 0 axio = LL }. - ^ 0 � LO .(13 D_ n a F- (0 - .00 0 Em 0 U C \ (no 5 N = 0N v' CU- rno- .0 E OC - 0 U C LL ` • ° 6 0 co U cciU > C C N ° 0 0 CO L O (n O 0_ ^� O Lo r `.> r N •co pp CO (A) Ln p _ C /r��N Q Z (Oj O a. N O C V CO ('M1 V pp p O ° N o LJ O a) w Ft, V 0 4) 0 r0 -0 o co (`') ~ �% o (6 cow _C -0 r a_ .N O ✓ Co `1 r ' p U CO �' 0 '«- N Co -o 0 -C V N N- O Q N O Q N p •C C \ co CO C 6 N r 0 CO O v) ° 0 r CO O f V r m co 8-.u�1 0_ F- (Liu).O 6)- i_ co (6 ° 6) to -C O o r 6j N 6)0_ V o U• a. U 6 I� LL (' H 0•�_- -- '_ O N Ln �� > - pO o a) ` O a) ._ � I� 0M E � Q - O r v) o o (6 .�O CC 2 N 'O - o '6 (n 'N CO -C H c0 a. U FT 6) ©\ (6 ° N om ©1.0 LL0 ° °oo ° 00 0E- 0 . oMo 0 .CH .C � , 2 _ a) - - �- > C O)r c O ° O N LL = U ° a. O cn - F- a _ � (6 .Y - mu_ ' 5a) ,Lo � -a - ° '-.'..Ni_. �OEQ 0 o -E) DEoLlb O � LL 0Y oN oQ o o 0 c a) o roc. 0 o .0 a) D 0 _o 0 N 0 0 N- 2 LL L F- .0 0 ._ Q C. r y= co L co inO O 0) N.: C L '6 o p o) p = O C C C Vp' O0 N NCO L (6 L O a) a) a) Y No d• i0 -6 -6 -0 Q C? 0) 0 C C C o m CZ m cn cn C) M m Do O . Q Y Y O N x- N (6 0 0 0 6) 6) N ' 0 CO O d 6 C 6 C C "Cl- co N CO L (6 (6 (6 5 0) r_ p o LL 2 2 2 2 H H N C csj a) oLO - CO O -6 O *k O O O $), E a) a) z CO E U (c v v v Z co Li: uj O Q Q Z co o O o - >, \ '6 C , N N N iZ p 0 '� 6) O r r N M CO 21 >° U Q 0 ) Ln Ln LC) C 0 mV. v v ozi ., r r r CO 0 CD O 13 N N O N J 4-1 Q. O CO \ W L\0 L( CD Q Qa Q a c a E > CL O O CO N ' to c a) ° O Q co 2 Q O U M .N Q C -a >i• O L C `- c.v c (1) C) Y o 3 ui 0 rn c`o •- Q- = co 0. O CNcp co O O = N co NOccML0 to • � � � •(.7; � Q� U ,- ONYaN > C QE a -cso ; as , vm II .N O co_ E O fn C Y u- N- a) c0 a p Q N '3 O to m C\IO U 3 O p N 4 .2 +, O N - co a) C to `• p V O - +- Q+. (n O X C ` to ' co O •c aa) en Q N .-� QO > 000 3 O ` +. OY co CO } O E E O CO 7 N E ��ll a a) a) to o0 rn v:=. o 2 2 t . 'in o_ .c L Q N p a) coo _0 4- U U U Q Q a) a)c0 0.C) 00O y N 0O C 0)- U d O N m II p 7 V N�l M (f) O 43 N 1- .= CL U N •Uo_ V OO2o L � +� CO cN Lo U .p Q co c'co E a N 025 N rte. 30 X L I:: O Q .. CY mJ `co co CO I- H4) . La � o ,p � CO^ 4) N N C)pU, 0) � O ©Lo QO U) > i _ E O N � L oO Q to Q>, N Ny O -a a U Utom = U U Q a O co O c N U O c j C 0 5 C O R co Q L a to O) C C c) O 7 LP- C O M O C O O O H c Q U O (!) �- _ u2S 025 N co O co N 'L 00 p co in •= to C o a0 2 to N 'a �� u) Lo -a . U 7JM N � . f 'WM !? Q L\L M ('7 N p c 'a 06 M +- to Q co 0 L Ly °O •--,, C = T. C - P +. N CO o O X -a rn co " O ' 1-01 (0 OL - pUO 241 u) o +; M� � � O Oapo "a N O CO "a O CO U Mu) E N od co O ' oEo ) E ° 0 EM •o L N E L a • O M to cU© EE ` QM + .3 = -O (11 • CO0 • N CO it Z c O >., c N - "a C t- -. o tn Q o 0_ co Q ,C L O to O 2 co O - 0)0 C. p 0 O O co 'ca'op 72 a) 1- n9 3 2 c)" 0 -a cM o I- . Q. rn U N O Q Q to c0 O ` 0.Q O O U p a 0 3 •C ,_ L ,.c m�0 �I N LL O TO -' to U rn co c co N N CC7 7(\i Ej c\ .�� _ 00 • V U = (Q w .o I" a) f0 ..0 ` • X o 0 0.U ° /A O O 1-1. (� N +�. p co M CO t�25 2 . O" N ,/� N O I` � 5 co ?� M N O f N 7 V/ O NM0 0) al c 0_ L ,- in N "O .c ^ co N _C N a E O to N U 0 co C CU 0 L ly O N •N L L5 E U Q ' 2 E f0 O Q (0 O O -- ° L _ O V a N N to O) C U V .- I O 2 _ C N 00 U O Y (+ V/ •- O a) C •C U •0.-I ..0 pj V x_ . I d p L V L O O Q to ,_ _ M CIS c c CO Q 2 _ a) O N •N in O I o ° ° to L N E +' N o 73 C N . O- N O 0 L 7 a) Q.4-1 - .L Lo •!_Z c c � N ' o_ O ( •_ :• 4) a OIL O 1:21 - Y ` ° c to E 0 o 0- 0 to o U M U O O co II = N 025 ...a to , co .-0co O N �O O c U VCO _N a p C N a LL O ca N- Q O a)T p a I ' O O ) 17 L C • a 0) M 7 -cc . U) OdX LH 'n -ito c . to o - O O N 0T U CLL CO N Y c) CO\ 0 QN CL •C co 9, N N- co CO CO , 7 pO .-M O r U) � ° ( 4 § = c- • EM 'c •- -aQ U O a) a Q N • M - a) c N_c •- ctO c c OmYco � � O c2Z CON CO N Q as -c to co >OM • a) ? a 0Yw 0 3 .0 p II O _ o O > co _c 0- O U O co C -6 Q O N C 3 '� H `) 0 TO C a co N M +J C N C N Y X CC) -..4 o -Cto C o� C 'En ** CD U c o O)) = m co U Lo 05 0- 3 O Cl) O 0 CO 'N ,O U 3 U U co 3 r o E r•-: ci D -a 2 c).) - c c m o N c0 co v Q L L Y N o ' n ° co c') -0 l >•cr al o Nt-i E v) m M m m O C N -6 .a Y Y /) Ea a) N M O d C n C_ C coM N CO L t6 N LL "a "a O N- O p N IL = 2 C a H H N U W = E )a co 0 d co E ° co v v d m ii Z p co ca C O Q Z ` >, o C) p 0 a) C o ° > -- 0_ N CO o J U U co Co co U a C 0 v v v 0QS a 76 o 0 o _I Y N N N U a) . LO O 1 t-' N L 0)U) (r) > 3 Q L) Ws •( _0 C O)Y E Q J CC) 6) 7 CL 0 Q O M .� O N `J Y c co Q a.( io .Q c c, (2 Q N c N c > co co 0 _ m 6) O E U p O 0_ C vim- N •E II (D L > Y co U (6 _ c e0 O N U Y � "6 -c C O E O .- 3 O O -p O N o N 0_ 0 0 0 0 (o • c a) c E�� a J c v `� c a) ' 17, Q L (0 0 o 0 U O O .0 \,n •C U a) 7 -6 T U �O D_ c .0_ C L J O 6) > Q. o (0 Q) c C O Q CZ E -0 cod •� m v .o CO c E .0 ' 0 O .- (o (oC Q o 00 = n 0 c -0a • 0 c 3 m E a Q eL a) _C — io '- m 0) o a •'L E o a) @ J c r ° 2 Y a 0-- a) c Y a3 = o O - Q as x co _ -6 -0 J E u) CO 5 x 0) E U 0 — U _c •Q E 2i § c N I' Q r (n 6 '( d 0_(1) N (6 9_ > @ a) o a D o a) `� Q °� 2 Q ~ 2 0 3 io mrLC)• E a) c E 0) 0)_ a i U)L Oma_ U c (n c (o N ' aC Z I- :Y (Nv°)icCi u) = 0030 (oi oCP > aa) c) _cIY E c 1 c0a o II r as a °) aU 6 u) c 0 CO. 00 U -6 E 6 fl a) 6 T O C 6) 5 6 0 _0 a) O O _c C '� u) O .- a N o Y X E E N 0 .- co nU 0 o 0 Cra o 0 6)U E ... U c ( 03 U 0 Q o . in o N fl O 0 .0 a) D C co o_ '.- ai .o_N . Z o 3 co co > .� E c o co 6 in - > 0 C 0 c •- V O U +� c a) V 0).� — 0 o O W 0 •O.. o CO p _ O 0- L — • �O U D U c ate° a (0 U ton .0) 0 Co - -- -- ( a) o = c 0 c c -6 O RI O • L (o 0 Co = c c O 0 N o 73 C o a = O Q Q O Q L 6 O 3 E '. N .L I I (o , a) C a7 0 CO c o � (n c E -6 o X L •c • co 0) a`) . E o c CL 0)� � o)°' cc) ° ( 0_ 6) 4 aa)iN -0 Q-esc o o .§ o -0o C o r (o E -0 0 6)r Q D a) C X > 6 03 L .�`, 3 O (6 C "U) 0 0 0 '-` 0 "" (13 'C 6 CD- C -• - 0 C a) Q 0 ••- a) �� 6• U V) m • U (o (o (o C c- ? L O)M 0 • a) .0 Y 0 6 0 0\0 C ,, _0 c 0_ ,_ > Cr) 0 0) a) 0 0 c 0 OO 0 _ o M O O O� L c U .0 E N EO N 0_ u) ;C L_ .- a) = c ca o,5 r N c O 0) co Q a U) 0 c ou i o C c O liWiUI ! u! li X•i. co •• i > r Q_ t c O (o m L O U 6 p 0).O CO O O 00 fl (o . a) C 67 c 2 al C a) J 3 7 (0 0 L 6).- Q u) Y (� c a) O a) E@ O 0) O O 0 0 N ' X L o c-) o E c c 6 m a) c 0 CD m ,, E p U) c 0 c CO 0 Q 6 4: Q 0 E .0 o Q • U O O U Q a) N ,. a) O r? C @ E 0 - u) oa3 N "" aa)i -6 CD 3 .( w 0 o E 7 —> as co 0 • M ^^++ Ln a) L . -c C U . O Q p 0 Q a) O 0 (o O Co a_ II W 0 E E • O 'o E > N N-0 Lo a)> . (t o o_ •Y - L •N U) a 0 W M CU E r = O (B C L(7 Q a) N r Cl) Cl) - c C) _. c a �� -6 E 0 � C C 0 � o a) � � o i V/ O1--- o ,-1 '-' 2 .— ,_O r �' (o N -6 a) 0 = a) O� 'CI 73 .7-)H r N N CO C. Co.0a) 0_ a .c _c cEH Y (a •Q 00 � � _ • Q -6spmm a) 2 Q — v - o a0 — QR c ° ih 0 Q 0 > `n N o co o Y 3 M Cr) o_ N N rn •Q d o ^ 0 - o co c6 O co 0,O C _ = 0 c 0 Q Q - E 0 c v) — N II L c C C 0 Q. uCi C O O 6 a) c 6 coCO O U co a) __ E > 01--- 17) — '5u) EL 0 .c 0) Qin 0 E a) N '+ }}�.�� _c 0- 06 -6 °) N ai 0 U U •- (r) a °) ._ CO ._ -0wX = V/ 0 •-(.70" • 6) a) Q 0)O C O Q. E 6 .0 a) .0 co CN7 — �C') J •_ O m •c Q.0 N Q (o �O Y 0 a) fl.. 6)r „ co I U U J L o U O0 7 o 0- ("Z (n a) c Q a N L L m •` 5 a) - 00 N N u) C U co 0 0 -6 a) 0 L() 0 0_ .- a) -6 (n 0_ C L O a) 0) U 0 4l -0 o_CO C (o 0 0- CC (o C 0 a) •a 0 Q-CO 0_N 5;,/ Q a) > = r L Q Q L u) N $ i E M Q. N `. — .0 C > 6)— ' V Q 4 E E U 0 co O . co E a) 0 c (� C c 0 _ U O 00 6) c C O Q r w c 0 a -0 4= 0 �a (n a_ = ,0 r ° — a a En o U 5 co Q o 'w Q a) E 6) O -6 73 -0 Cr) (—moo N fl-0_ 0 a) Q}' C 0o c` ..6)-0 Q E Q cco CO c o c c c E (o O .Y (n 2 c U L _c 0 6 6 E (n 'L Q N (o 0 — 0D _ C co _a p C Q 6 (� c co Q Q io a 6) 6 W e a) p (n m p r LL (o x- (o -6 c 0 _O C 6) (o a a) c _7 Q$ L u) CO 06 CO (� a) a) O _ Q i CO >. o co 1 o c .Q � `- 0 00'- o °- 00 Q a).c `n c L L• o 22 _0 -a -0 0 _C m 0 N 6) .0 �, v o .Y co 6) c C a) C E ? ° _2.0E u, C.) c Q t ° co o (n . (o a— o_= c c m Q 0 E @ � M � Qc _QE •L c _a .o aa)) d c ai 0 r m Q a) U 2 p c 0 p -Q CL p m 6) 2 N U o6 6) 71-2_ C p E -6 c — .c O aj o c. c 0_ .� c ui .' 2 m 6 c -6 ' (o (n o co 0 o co c u> >-. E L c E c c V) 0 N CO d O CO O).0 CC3 0)LL u0) U) 03 a . 00 d _c oo 0 CD 0) N C L 03o = O >, > > O , .N Q) N a) r o r � EE E Y (N o v u) y E E CL co CO > >, CO N — — m V m m o c) N U U U N _ (o CO (o c 6 LL ' -6 0) N OO Q) I- CY CY N O N a) 2 H H N u it) - (i) a) -6 a) *k aS a) p (1) E a) co O co E U cts Z 0 V — x_ co � � p (o co � zO Q z o 0 0 — >+ J -0 C N N N 0 d0_ o 0 > CO 23 5 JO CO .. CO -(1-3. co U — Q c 0 CD v v d- 030 a) r n c) 0 o o J O N N N a � (0 N- (0 c Ts C 0 0 E LLQ CY O O a) Cl) O cn _ " _ N ° - N in N co C a O Q a a)= d .O CO 3 •� O N 0)Lo +� N 0 ° ' a) N . M N OU E 0o N 2 w -c-L. O_M coM -O u M ° 6 MM\.6 , Q , O O a ) O `' E 0 II •N L a V+. 4 as — p O (o •` co U Zo CD — 2 O Co C E • + a (N 'T N co Oa a U) O � W TU .��. aU ° •N E �# M � C a) X LOCO OU _0 LSO 0o0 C II H OCO ••'' aC > rn-C c"a /�LUQlcn - © 00 � -o\o QN N N Q a •3 C 00 .oQ C N O d L M ° O a) T O a) p C O co U a a 0 .- E O O X N N '0- O V II 3 © cn C ..0 ` U L ,._ c:) .-§ 0E cn - co c) > N >, p,- ' U C N v' C a) a) v Q c V O N 3 y J 7 °t� •m a) X o .•-• to _ 4- - Y ._ 006 O` � 0)ael o '7) c6 rn o ° O (a ;4- L_ i N 3 C c- E O O y C O Q- 0 0 co — 2 co CD a W :3 E _c H > c O E O • Y O,,,I. 000 C — co o rn N -- > 30a) - II O N O U N a u) .= Fs ._ ` 2 _ 2 ° .0 O is) i- Y co 0 U a m a cv �a m a) Lo U E cn U Ln f U C c0 C co :• c > a) ECO0O L � a) N c• — -- 1 .. _045' b00 O) c _ m 0 :r = `- a a) - co o N C ns Y a L ° % 7 V O "° 'p_ o _c (NI C a) a) Y Cr (n a Y co C O V U E U) _ " .d. a CO O •N Q 0 — O .L co (6LO fn m _ Y 00 U 9, a L U a)- 15 Y -° O O c aM QOM 2 E O 0 "O U I's CO • cn• o N .. Q -a C _c _c oes ` a) c6 E M o c _II `n co v '� 'c O Q O °e Y Q-_0 0 N I N v Q) c a z.' a� mtcn 0-- Zoo NE L- — 2 _ O a) u) o0v O N O Zp OoEO �_ • a) CO O U (I)a N 'c-0 r M a) •U co O U a) E U O ° 2 a) Q U a) O O O 0 E C as -a O C to 00 L co (a a) C 0 -O Q_ u) O C rn " °:).- U coc0 O _° ca co r .1� L- 'C a) o }� M •_ O Q O cB Ln 0 3 O. o 0)Y co LO " a U j Q� ° i a) O L() a ° cB > ^ O °)N + �•, Ln 4— V Q c0 .0 N— c- cn CO _ • a) (0 V W - E 'L ° > 3 vo) CO o E -° — +. H 7 c_ rn a) CO �r rn o J C a) o > E E' zb -a o M a o o ` 0 O O E E W U a) — N W a a) X U 4) •w a) LLU v °(S •C C = ° N- iLts +�+ N Q•E C) 30 E _ccoOC -co °a N 3EaN. N - •a 5 2 a) • 70Ud0- MNO L = cn aa � O • Q �` 0 ain B •o6 a) LN p Y = LL • a)O O > oo - as a , oCO a 0)Q =oui ooh axO IIO M 7 rVUOa � OMII d o O 'C 00 � i„._ 2 Q O OMm >,C E � Zfl .2 is) j � V- N _ QLn• M iN a V, oo am L V x w oO •NX � 0 - Ec0 a) " cu • U ° O iris OM a) tm o > o O Q a O 0v a ) a) 3Q _V V/ ' ' - O E " co = M a N > COp ''C' aY • iaN C co O N A 0 '_ aa OC d N COQL Ln O Qa) .. Em . a 3 - •'0Naa � a TD E U ' 4.) tivE a � N ' c in LL _ o • n3 C (I) o). a p ` o °t5 cv v oaaWQ " N c co_ E = a) c a a ° C coELo ' Q _c a) a� NM 3Nr- Op U O 0 O y (CU ..-- (, ,,, ,- >C N N. 3 2 cr> > N • = O O Cp ° a N Co 2 rr U > m = 0 a Nr •O .` N O O �` a M • O a) 2 _c ca (a - a) cc, Q 0Cl- II U •E c(nNvp2 p CW Uw U) 03 c, 0Zp CNc \ CO C7(/)- 0 pN -6,0 k p O Cr)C .- T O � - MU ,- 2 0co Q 0 o allo0o a)10 O2 c a) C O o E N = N O C p N L p 0_ .-, >' UC �°p 'aN m W O co c.) � N (.0 Qcv) � m 03 coX Y as co N C +�- L Ln 4 r J + a) a) Coo E a) N _c ,-,(7) as NN- �1 N d — Q • rr O ° C J x- o N ,- 00 U M C N VU) Q § ap M = O Z.,) c •E_ 10- g � @ a � � co 2_ ovcoF- O a) oo E o o � � v� - N •- O , WOCO 00ti00 - 0 °-CO o CL .0 00 0) LL A Q +L. CO J CO Et d CO M LL d a M U a cn cn -1-. N O O 0) N- C L O O •C N_ a) a) N •4- - Q Z E E E N o "I- n Q cfl co as Q. '' 2 2 coco CO CO m CO •O p , Q -° U 0 0 O N .- N (0 — ° 7 ° Qs CO CO _C C) ' ON M 92 I I i LL _a "a 0) MM O d7 ' CV O N- O LL z H H N Ln � N- CO E a) co O co E U ca v � a - Z a L n3 �a o Z " O Q Z >, 0 0 0 CN N N 0 1 C o J U (--0- co (0 U -- Q C CO w r U o CD o O O N N C\I Q O W • cc o m (1) m w c) c0 cL c co O C c- L) ui - ` Q) a Q C a) O p ,L +-, -O V O O ,_ a) O N u3) co O Q C C O 0 Cy U -c c O U -6 a3 2 -O 6 7 - O N U 4_ Q1 N �1 Q O �tO O co C II — u) O cu 'a.'� V Q - C C ° N- N .v) 0 II _ a) 0 Z 0 E) o E D m o e � oc)r: 0 a) ) cf 0) o E C ai CL a) m ao m o o '- o II o ° L o O d `- o O a) o c a3 ,- o C . o a) is) (0 E 0) v— w II o o c0 ,- U 3 6 p O �,- 4_ N O X ° O 2 d Q II LC) i m 0 O 'Cr 0 CO C oc,.)o - = E � CD .' @) U � 0 � � ° � o � o v cNo _ o O cp o ° @� ° N C 0 Q(3 O O p «3 O p co) a) -in Q (3 � - 0000 ' LUo o - oO • Q U) -0 -O • 0 0 0 6 r coo N O +. Lor''' o0 u) 0 C 6 C 0 6 LO 0 • _0 o CO U .V) to C \ 0 O O N E mC M N p s O N- L N •C co C II V) U Ca v) LO O (6 = c,,, CO d C� C N N W IZ N- Se (SD = E a) a3 O C 0- C O CO E O 1 a) o U N EO ° 0�5 � o E ° corco 0- C � co Lo co CiaX Q 7 QQ II • e . a) 4) QM c = z co c Co c c O O Q- N .o Q C� 7.4-' I� a) 0 .� Q Y co w a) E 0)+- Q) -, U a) o 3" c o a - 0 coo o <° cNn E N Cr.-. 0 o_ a) _- O I- in -6 0 U(13 CO U U) ' O vi eL N • N o en 6 0 (6 'O C C W ° 0 CJ aa)) CI) Cr) a o) c O 1- _o o 0 is o a o m U a Q E ° o o C C (13 o E) opo U O E O X 0 a) 10 0 cn N o M • �' c) <- O ,- (p ,- L L O .c N -o (� u) -c C c , ,— c0 Y N En r _co o 1 a) Q O CO C o LOltS Q a0 , II f U N � Q co Q Uj r E 3 a) N ECL ` a3 o EL c u) n - E a) 'v a) N O �# C.). 0 o am ,� O n3 o c 0 - o v �' _ .co , c c . C� U Y O a o e--- o Ct w p o m N • C N p U O °-m 1 E 1 T QN Q 0 Q. O a) n3 o aa) r c� a) i v E v U O C O C cc-) II E- 2_ _0 O E 3 4- _ ma • o -° a) v Q °) °0. coo o .Q-U � i.o � � O -a� ° O c p i c o 0 u) I� o c �- O N O Y. J ^+ U m a) N vii U Co 4_ O C N OO 0 (� •o_N 6 .. W C ` s- 6) U) N O Ct 1 O — a) -c• = co CU .111 D -6 O c o . O O O -6 - u) w (B ,- E 0 co n co a) 0- C '- cu CO o 4_ - v 0 w� (6 LC) 0 a) 0 E L p III = cf) Q 'o U O O O o ,,_,.1— Ln RS //O�� Q Q @ d U Q II 0 o� (6 O c c O) �3 ii. Q) s CO c c — o O O . p C d E En O a) U b U) a) N 0 O N- UO Q CO t ._ N O` /Q Lo O 'v «) jC > X c9 Et U L.0 o O C a) 6 dp «3 Q.0 m ii O O O 0-cam.) N 0 •E - 6 ' d O EC) -6 . L 0 O 4- L co 73 E) CD b ,_ E U O O N O O_ .( Uj I` c6 U CO V CO ( 09 Ca � L0 a) u) 0 m U c) co C N V U 0 i m u) I- w . E o S) > o O - . o ,_- Cj o u- co co c n 0 O N CO co N Q Q d O o Q c E .- ti 0 Q) - 'O O c Q LU C E cn X LC) 0 > _ N r- O 0---• LO a) N _U m Cl) c t.c) CO U Q d _C >• u) 6 a) 0 1 0 _ O N- Q O) O C Q .C ,- O 0 0 N co c) a) cC) L0 .C co 0) O N c(7 u) u- O o E 6).e u) C O N ) C . N_ 6- 0)O Y N O (o OEL, 6 (0 > O — CO Y 2 cn = O -O J cn . > Q U a) Q w 11 03 0 I) oz C = o 6 O - O 0- O U) C e p -0 m C U o Q O Lo c O 0 -o O� Q c Q 0 b- O O ,- O -6 E > Cn O p ,- ,- a) E o O o n V C d N S.) � c3n O CO m u`)i ap � � �� X 0 0 o � w � � Q o No @ a) r` 0_ _e . en Qo u)OO -- C a) - o •co ' -a IC o 0 0 m `o o > o°Oo Q-00 oLU coCD .c1° cu E II c6 -o co Qoo - 0 -C H C 1) - 0 - itX 0 o o) a) rn = 8 E >, O o C u) U) o Q m E Y N o ' Lc) 0 > c Q Co co 6) Q U m O v Q -6 I 112 a) c ) m m CNN, $ 6) 6) N O co U) y L O c c V co N CO U) C I.L. -6 -6 LL 0 O O a) O N .e I- I- N co ,- u) a) -6 N *k a) N ° E a) co O co E ) a v v Z = z ¢ c(13Q CB N O O 6 Q C N N Q O O O O O Q -, Q co cD 21 D U C O a) v O c O O J N— N O N Ce Cfl C\O 173 II a).r D co O o c ,_ o d Co O)'- Cl- O '4 -c i Q U M a i 3 _ I c`) (YL) 0 a) c i c in O d. C ` N 0_ ti O O 2 O - ro ' -- m Q0 (0 (N - -. Hcy c a) 1•L r-0 03(-0 O � _ m M � � � � ° U ?� o Ln M C > i vi f� a) Ln -0 O O N c0 (O O O- 0 0 in co 00 c -p 0 co (EO O M � �• N () C C I. N -0 • In .- = O r M (1)O } .( i I O c �O Vco 0 C O M+O -Om .cn4) E c p u) 6- ti C . `cN II O N N § = d II(6 no _ car c ' - >a) , _o co C > ca N- •a) > I 4) 0 Zo ° Ooa) Op > > CO N C t O 0 a) C 5 c N N- Q a) (,%) co (O O a) ..0 CO ( X C �' o + 1() N •� -' (D C O M - Ln _p O O (O En X O 0 5 a) N 0O C V ..6 Q l co N CD 3 co Cr. (N v L .to c a) N r o Q. _ ? " O a) -o - d 0)ai sz a) v) -o a)= o :-E- 7 co a) Q In N c O o 0 (O D L.L N Q U U a NO co ra= ' II 0 O V N (-•\1 0 'O N a) (n Q+.. en in E p U) '- II m i •,- O 1 o E m la) oo n E ° a) > 3 O Q 2 X L ._ I,- -0 0)N = -0 Q- a) 2 = - Q) o ,- •V) (O M C •C co C o o Cl- C ? a) cn c0 `. 11 « () O co L L 0 co ° n O o U �' ` d en O (D Lfj a) ° E - co v) _O . N O vo. Q to O N N i C O a) E M O �n Ln O)X _ •p o ' v`- U) Y N in N d LL Cl) 0 CO . O � C _ so a) c co ,- p �p O N II co c0 n • 4tco O E N i 0 C O) (/) o O o I O Q Y O U Q C i (3 U (O .0 w Ln m En co .= co LO 6) O II co C . o C E .0 +_, -6 N _E O cO II > I� O 2 NE CO (O } C 0 o E- Lo II vOi N V U m (O > (O cn CO U a) (9 - co N co ° d Een = o m C N c a-o CO 0-5' cca Q 0 o cYa o ` 2uj � ooco (DV-) cps.'"- 0 � o � ap �Lri o ^ C ,_ ,� O C_ N CO C N p C X 0) C N .� U ma O -0 .� H o (0 p o N s- 0 L a) J W -6 -O 'L C N C coO ' 0 vii E o > o CO C.2 �/ -p C O i O o O u) o fz a i M O o J I.2 c M .n ' CD CD E) ° i II C O o • c a)CO tj O co _ 0 — d p a) = a) D r- C .� or) � X E a`) i � I i � a1o . N a) 0 co N i c c � a)O p Q i0 m0 o 0 Cl) QQ N O u) co Lc) C C ao N - E N O p ,— .— O _ ^ v) i 3� - 50 O i © I I Cr)a06 O I- n 6) Qm1.0 ° imp (152 000_ co o a) cOO 0 Z r�D o c0 � cov � c °) - N 0. 0 c d _c 0 co- c c X ° L 0 _ c 2-- v RI o ,_ co - LO i 0 N p a) o o N N > 0 o f 0-o 05 c _ 00 'c o ° c0 E c = in o ° ° 12- > O N U "C 0 L co .0 Oo .( O 0_ fl..p o c- . I > o •ci) ll .cD o a) , U) 0 co 0) Cl) m ,- a) D MMM Y = O c = a) (O C " O CO II CO 'N (0 O Q o 0 i O 0 4-- cn a_ CO ilo CD a a) a) CD 0 3 O II o `� X > a_ rno0 C V) O § o Q) a) ° , d' co _ ' L O m C • a) a) O ul O N () Q O O cip . C'`- i Q) 0 0 � _c a) o o� - . ((7 N c .-e3;(7) (� d LO * 0 d. - O O LL c 0) N i a) N 0_ OM CD I-Z NI O cn a) Q (O O I >, CO E 0 - Q _ N CO O (O I I � Yi0 o o = ° cn � i - o) I m a O > p o Y - `--- _1 - co L ° a) C co J (N C 0- E In C N co m v) CO 0_ I N o C O c Q -0 co COp • II v - • C� LO c .N• D >, a) (?Q i . _ _ 0 CO = O) L0 r (N Q 0_ W _I it C m cn I 0_-0 0 (D 0 3 0 co (a cp\l Lo0 CD 0) N- C L 0 p = p >, >. >, O p 'C y a) a) a) .1_ b 03 E E E Y NJ 0 v in y = L Q co co - co 04C, o Q. co CO CO dr (O (O CO CO 0 u) U) i i o V a g o a) co m co N -0 m 0) pN co o M a) 0 O o O C C •cf' co N CO C <Y I: CK 11 'O 'O O N p O a) u' fY (O N o N 71. a) I- I- N in in - CJ) as "O as as as O E(O j 5 o Z d 0 E cO 0 V V d' Cn Q i O O O Z � O -a Z c � c\I c\I c\I gl > Q Q U co T- (-Es r 0 � cfl cO co C a O CO 0 0NI o N Q (-- v LO • a I C o E O N - r o)r a (o O o o 0- a � � 00 NNQQ° °' N0 °° a o, ) CL Q w • 0 > 2 a' N pp Q N r a, a) CO 0 a r N p N- M Q O p• = N U U O O CO CO ' co � o'r 5 ..O O CV CL Oa � tix 0) C 03 N � � °M° ii NHS c � a0 t> 0 as -7T.; 2) (00oLo `- 0oO 0 � - Q N co a r rLo = (o co X co co U Q U U i.1� .C. 'U, 'V, N COCOOr V N D E 0 O U Q.N '- COO N .s' N a .= N a CL Q 00 N a- Q Y U • (D o Lo (C) N co D Q_ d (n D d c (6 �2 N N Q Q o a m LO- CO a N N II O 0 0 0 = 0 o a' O OO '0 0 L rn 00 ,Tx) >'� C� a II LO (D 0) o c- 1 •U o (L (1- (° co u) � W 0 ..n .`- T o 0 O 0- o o M § (9 d N a 2 5 a) Q o0 0 0 ti ACX 0a � as ..,.,-c a - c O T O O X N a) - O Oo Y a O QN cocoTTLo O 0p _- _ CI) ( NO n > 0) 0 r > C D a T a s Erni o - O Q w u- U O r o c° CC >, co co (6 O N r U a Ur 1 0O (n > Q a) CL O r T V U o Q Q O > o) Q _ O f- r ,- H C (.o • C O CO CL CL Q CD o N t? o o N N 4 E In O — C r U o Cb Q U M o) o)Q O O V C.n . = C O d- U .0 O co . < ' c' N �r L,-- L- � 5 v = 00 a) u) .E • U O (1) N- - cta -_N � � @ 0_ N- ` -5 �N` N- O O r o a' Q) r CO ,_ a c .0 . V o Eir U "cr o X Ln o co N (n p in Q C Ln N- o _ r N a y= C L E ' ~ "p• U CO N- CO O U O O CD Ct N- 0 r Q p (o `-n o 0 O — co N- N a U 0_N N a) U a a a) -- a 0 e Oes � a T •;- U L0 a C O N (b a o) , a) I- (n �In Q O 00 a) Q- co in N 0 N a (o o > ° r V o N � c �i `n � (� `gym (:) C Q Q CL _ II - N - N 0 p 0 N O _c -- co (o (o 0 O _O (o O N C N _0 t a a) -0 a) N a o f? O C '71- 0 0)LL -0- 0 a) N CC = 00_ 0_iU` LL • D N 0 _c CL 0 .- • ..0 CO a O o00 E a°) a°) X o (J 0 °� Q-o0) O ° _C o co V Q. - .,.-,r4, 00 ,,, � o LQDNr � Or al U J a ,- c a) _C � a) = CO 'Q> mO Q� CO .7r o o co 0 0 L �, r CO p r _ O N d a O V O N E N• a O N a) O O r _ a) o r .+ N = .0 C - L6 V (b o V O o N a C• 0- - 0 a 03 .w L a) _ a- r .a N O > U r - -C 9 d\ d\ cn a s -rO cn a a) UCr) o Cl) O (o 0)rr 000 = N � @ 00 ° C° 0 * d ^ 01- U- Lo .c N N O J a _C Q N U) "o 03 i.fi U • •i r `- C C m o), 0 C O o)'- Q) QE 0 o) o) (o 0_ > H L CO N Q Q p `�N C Q o Q CO (b - O N C p N •c .c COch 0 •(�I -0 ci I--' C N -• O N CV H a Q 0 a, c 0 0 0 2 o o E - o ENT' o - *k C 0 in -a a) a) o � r0 0 .1- E0 v L LC) LCD ui CO ° C 7 00 CL 11: _ o Ln o = VI D C U a L - r O N Z CL (n r N o)IL U c C) O O a - O U So. C CO U >, a 0 0 V . CO Cr) 0 T .= T o CO- (0 N- C co oo Q O a r C co .0 Q)- 0 y r N ,_ 6) O) 6) -- -- E --r Q .0 c m ° 0 a N U -600_ 7) C O 0 a 46 �i O C C C 0 O 0 a U N- 0- O 0 0 > °-.Looa - ar ( N Q0 _d U L Q U n- CL o) (o a CO 0 -C o o Cn CC)in a s p C/) O S.') o r o C > m (o (o (o O a) a) C co a r o) o N (n 0� O O CD 0 O .. N N N >, 0 0 s?N o r C 0r fl-N O N -C a) (D i? (o Q Q s? > L L (NM 0_ i( 0) C a' O N a E Lo Q c a) ° � 0 0 0 CO CO 1:0 U 0 0 CV co Q a) * ( : >>�: O U Ln 0 > > (6 0 0 C r a N o C 0 o_> o_ >LJ _c _c C O L c0 0 0 0 N ..0 II f C o) _c o _c co co Co V, '�1' d- r a - 'cr1:::"" O (o `� 7 r E C (n 0 0 0 •� - O d p - r co O N o `� cn cn Ln • CN‘- N L L `L-9,. N N N M O U ✓ O)= a) r r T r CO r a (n (6 o)•- p 3 a) a) Q) cocc) o) d) co,- ft ()o r o) 0 r o) ci o) Q C E O Q o 7 0 C C CX C cLl C 'yi O a ,- of- Hoo 000Ct (N � (r- a0Qa 0 n w Oc� � a' Q(n U in0 O 0) r C L -o O OO L N N a) CU v 0 E E E a) r Y CN o v0 i o -o Q o co o) Qm m C dr M m g 0 O dr 0 -a a) a) L p N r (NI Co 0) o) Q) • Es.) 0) N O co a) 0 0 0 0) • • co N co I..L a EC o a' (o Co O N- Or a) ‘.- L 2 H 1- N Lo Lo ,- U) a) -o CU *k di a) O 2 E a) co z - io E U as t v v Z co Lj: L" O Q O co Z E o O o \ 0 0 te+ N N N r co r r gl C U ) CO co c O CD V V V C.) 4.. CCS O O O O O N N N ct O0 Co O 0 0) o o 0 v C v0) � C��O11pj N. �, Q> ppc�`din � �6v C O .( O O.= c V N v N N C) M Ln V CC (D M f 'O . 10 0 � �° � f- o• Yo dpj- 0) N C �� aIiO 0 ° v • = 1� r 1 Q@ Q d LL v L jr_ N v) 3 CO N M c!) O 0)O) 0 - Q Q M O N a 7-▪ 0 0 O O CO •� Q M Q CO '� O OCO CO Q' O v 5 1 . C Li Si 0 q'S Q_ r �+LL _ a . . d7 m O O 0 D 7 -0 ;-- 'C) LC) CCOo av for ° 11L OF 0 � N0 0 C ~ (6 CV Q) = co N N o 0 a) . 0 0 > O C r0 u) m �.ao > .u) m 'L u v E Ca o L ' MIX p Na� .. r r ° (6 co a) , 2 0) Q M m O N O v 0 O o OD 6� = a) C ° p CO 0 0 C 0 '� n. rn 0a- * 'N Y LL Q (V O 7 U N -.-0-' O o0 O C v Q LL 0 0 _C N � o � o O 00 o •_ � � 0 0 . v U • 1.- O E Q 4- Or co N 0 N O Q d CO Q `- 1 ° ov -3' � OL o �O Q c6 ° � v) � N o � O � � po _ � oho ° oM � a) 0,- , cao O co N O . A� Ln r- Q' '( O CO r d - M N 0)� -C 0)H C 0 I'sO o +� r o0 fl..N C N O r > _0 o (jO co (13 -° EE00mor C0 v �a0 oQ2 � avt.1:01 o ,_ > � MO � °OUQCN r ° •� O � vcCOo � U N E ,I)< () O m ,- E o � � .N O m 0 LL a) 7 CO a) co co M r LL 0-N I Q 0 CO CO d CO -DI I 0 0 0 - L 1's k 0-a- C O O m O co O O N (V (6 II CO o O N I- 0) C 11 Q' O N N v) O a) a r L() 2) N p C6 ' r a O m Cr0 .0 C J up N M 00 -ao 0U � o2v- (1) UP2 oa � C) C) 0a. .c o - v o) m N N < Q 0)Y .u) co ©a0 -0 M 000 f p = „4 O 92 0 v f d l� ° m0- @O o � 0� 0 ~ co u; UP c� QOoo � v • ® ) E0 N _ a o > o E o lC) Q om' 1� 33 to r C '1z: r N Q Q C N 00 (n V) • N 0 3 V N Co 0 O O O) Q >cC a) a co -0 0)1 a) `� ,_ a) d o0 � 1I- in1 � _ CLL > rC� O codr Qp 1- : a) �fl f- _o () -0 0)I- N - m O O O (6 1 - in LL 8O O o _ 0 !- Eos C ,_ � o Oo uoiNN � 1- �' L co plQrn � Q O CO =Q a) v ,_ o1o0 @ 0 a � p otZ � � MNco o-cci 0 E m 0 -0 LL E o 0 0 M LL LD a) O a O) E a) <'O m cc CO M c! -0Z2E c„o � Ea cO 0 c jNoo -avCu_ Q> 0O 0.)x- r +� C. � � � o � m o � � � m � v ai � x- � 7, � NcoCII Q O o 00 3 -00 Z1L - OO 00 (/) o Nod U 0 v' o _0ot3 0 > F- ~ r� -0 � Qo0 2-COI (6 Moo 0CI) o o 0 0-_c 0 0 (o - (6 N FO- N LL 0 ,= O v 7 0 m co 0 J 0 0 , C Nroc01— rQ a) O a"(n .c7) - O li c 0 15 >, (-0 upco -- ao 0 0 � coo � co ° IDup vac) J � __ E m > •- � LLo O � cn00 - H aa)) ivo7MO Q) - 0 � Y a0 0)� Zo co r0dO Q N - rnr � • Ami co § � a) o coots Qo0 O rOo O fl CD o 0) cn O 23 Q 0 °N° 0D �)2 o� o0 oa `° g)l'.': E7o ( o RS /1 Q _ p) coCQ O 0_ 'C +O N O O a Q '� C O CO < _ E ' p _ O CO LL 1.10) L Ncli O O) 0 0 0 ° O N O o C d v- m CD 0 0 Zi -0 Q M C O I � -0 W 0 C Co o O - 0 O i r 0 O) � 0 Orn �co m L U .L0 CO 0 o o a)17) , O m To o Q� H COco x v) (6 0 0 o m ,, Co 70 d N 0[ 00 O > N LL O d rn L .c) w o_ YF c0 -' 0 U) o 0)co > Qs � ti0C� 1i ,+ � - >, _ moo > o co `nco v 1:3 -5 ._ c >, O r Q (C6 0) `, > a) a ai co v Q a7 r z _0 O 0_ CO O N 0a 0 _ � r o .- - L LI- 0m ' k) -1-12 073 C0r- m (0 Q Q I Q O o O 6 �_ 0_ ° NN- _ • mm0 Z � CoCO oo N O0No � (n n cow o �IY � o TD- Lm i CD O N up O I Mc\I O N N O -0 E v ,� _ C a's C E O O 0 r C CD `0 C C u) CO m M L v Q 2 Qg O Qo ti > o ._ Cy) c6 d N ca o f o °0 0 E 0)°N° ~ Q v oo �N u) ° rn 0 N -° 0 a) a) a b 0 o E -- Co •v) O A C � �C � o0 1- - a � N r a) C Q) .0 CC (n 0 L a) CO o . Co OC O r (6 C - -0 -0 N cM- 1 N N C O ua0 � 0)CO aoCD CO 00M 0 C - QN N 2 CDC -0 -0 C 0 i/) 0 °° ~ C H co0N O m N _ I O r E Q 1� cC6 CD Q N LO _ "= O o .) '0 0v0 C r OO 0) > 0 CO N_ _ .0 ,- 7 0 0 CL co 0_ o _ _ r fa. 0 oo (6 O 0 E _ d o O_LL v a) co b O 92 =D itD O d O o � � � ° eLC' p -0 0 `- 00 a) (13 EI OMCOO • M eL O I CO C 0) � L . � Co E -0 -_ N = CDN � � o E - o"' m > 2 _ co a- O OO 0) E .0 -0Co0W@)oL (J) (n CLWQQ o Nn6HCDLL N O O 0) C L -0 -0 O7O = O C C O O Q 0 O (6 Y N O v In O O y 0 0 Q 1 CO M 0) Q. C C v CO CO O1 O N v (N M m m CO 'C 'Cr) 'C) 0) FEN M a) d 07 0) C C COM N M L O O LL a -0 O) r- O O u- t ct N 2 N r a) H IL .%")- LU oin v- U) a) '0 a) �# N a) O 2 ET) 0 O ms Et) ca v v Z (n O Q p Z E3 D o 0 J -o C N N N 0 -----a) c 1 0 n ♦- Q o ° > CO O) o ;� , 0 Q Q co co C 0 m v v 0 0 0 0 J Q C7) 0 N a) m CL CO CO N O O N O -0 T N co O 0 " U ,_; Q) O O (N T co N 0 O a_ 2 ( - C)) = U 2 L .- a] d O U o)� � � a) = Od- a) CL d0Do QCU E N N a) �' O >, > 'N o-(� o a) o u) '0 N Q = O In > 0- O o T N u) @ (� T i00 •- T (0 - a) _c a) 00 ° � coQLo oF- � Q� cn o00Qco coW cv rno a) CD cp chi QwCOp D .c 2m = 1 _ *k co ,, , O ti L L O J a) N O a Q O Q) 2 k- O CO 0_^ T 3 CON2 O O - m T = CO I..� LL CD -0 � L 1 - � ° >O> - (9 No -c 0 0 .}-� 0o c� � 0 O m -0 d a) > co o a T . O 2 c\ cn d O ,.,,a- O• o 0 o Q� w o m CC L m � o o _ N o 'O a) Op O LL 2 O o)v @ c N N O o O as as O = u7 > N a N Q• a O U a) a) 0 O C = Q) N w OD O O E- O U _ _ > D N C" N Q O T Ct LU LC) O a) = O C N _c V) L `(� d O p o Ol=1 O C U T o Q = o O co v7 -• CO p = O L LL M o O p C N O o p 0 (N H O ..=() U a-Q M N N /2L - - E E N .Q 0 0 2 N C - a_ T co c D N O L oNpp0Sc 0d (., , N = Qc) OUO kl_ui La N � rOQorn• Oa. cp � D .� Q0 (i) u) OT O CO N -- O a) -U - 0 0 0_ v � CO 0 � ooj� � Qrn �� a � cCL svam ,x 0 T -.kr = 2 ~ i O LL N c U a) °� o� I� o oo 00 L M CO m 00 CO i' p -O O p i ( T O `- - 0_1213r.- L1- 0d- 0 C C O o o a) o Z o D O c () CD o � � ui � o O ? T L N m > N 1.6 03 V O V p)�1 O L.L N N N U O > a) a) N- CO T (a a O D N 0 p) = O ¢ Y (NI •(-5 T Ti-CV p o QO " . o > O d U m o o . CL T N C •- CO .( O Q (V N C CO o a U N O a) 0 O o ( c >.� co_M o N U r - a) u) > d co O N Q J (6 C Q C Q o to Q CO •CL U N CO O C v) a) E O o '� Oo 00 10 O o 2 OCI) 2 >, E) O U) >0 O E MQCCOONMI- Mc � U 051- TL a) O Z Q O N CV N _O N o O ~ m N c O O.. 0 (C) tQ- ? cMON � O ~ � ooC� � � O o °O C c� O'LLm oF- O °o 0 Q co N. (5 T o O) � O o :- o ° Q� � CC � / � O o c. O v _0 3 = Q 0 V CL O T O o OO LL ' N N a) u) CO 0 CO coOCL V O O = O w U O Q -J Od0 LL = _ .N • Tp0 OL -O CD00 ' 2 J 0002 2o_ . ,,cp •u) O � U) OM QO ,� m co OMO LL o a) Q/�\ u) y C (6 • Q ..0 w! N LO _ >O O CO i() M O p co 0 a) O c C C O U O N y 'u) a > 0-- N T• CO L O 1- a) Q O co cn N Qpm °M° o Q0_ L' N � 1- -O O ui = �� .- ,- 8 � � o aoi 0 a a o � a) � a m co d o � 0 " •- w > u- oa) 0 _U o > U °I '(5 u' co Q _ CD ci)> d > C CD aooTo O U O c06 O 00 coQp _ M < °o ui U L periQ � N CD C° c� �_c _ i_ 0_ >, n > ca 0 O OM cl ▪ N O co a p L O CO Q p > p t� 22M � _ � 20pMLo E U Qa) � O � O UU M , a O d O N up N c u) (0 O N Q M ., 0oo (0) Qrn0cocLNO 0 voi -(= -CD coo c° up i; M o p ELL > co X12 0 E = m 2 Y 2 I) N . (n .i CL O � O a O > in m. CO U (B V 2 2 T c• N O '- a) 2 .,- a N Q (0 4- CI j m 0.• N •= .O _ 0 0 6 () O T O O o a) u) a) O 0 V -_6 O- LL7:3Q) 6 V U L L j = c O U > a' CO V) c N 0 0 O m o 'O (0 (0 L < 5 U) • Nd a) Q O O N M E 'Od' (a a) o- > E (n 0 L •N _ O 2 O U > J cn ,r O 0-"- r o o co N o Q O 00 -_ r) `� 0 o c < a s rn N 0)CY) Q p _ ? 1.1_, QC CONa) O Q_ ° 2 c ,_ u• _ o ° > u) oN o � o •a)m 09 0- a) CO m � CD � - � 0 o m Loo u� _Y �o - •- > M ._ O L O M -C m 0 T O o _ Q W f LL C M @ C ai • L U Q OM � p � o ° C° -'co - CO o)a acnes o (ap �U � � 2 ca2 - � a) M20 = 3 . � (_) o > � .- O mm Q > •_ 1Y LUL opo CL CD CL U-- > -0 o a M ° U o a) 2 Q o > o LO0 0 = L '0 -6 CD o = O C C o 0 N (B CO ,-- ` L Y N p V �) cb a) (1) N OC co (n (n co v 03 CaC o p v 0 -a CO m m p N T N ca '0 N a) 2) N O M a) a) O a) C = V co N CO -C Oo 6 6 0 r,. 00 Q) 12 CC 2 2 O ' N `- co 2 f- H N on L Cn a) 'c 6 *k a) a) `o 2 co jl ,, Z Q Q co N C) 0 0 Z T O -0Z c N N 23 7:17.) _I C Q �O O '� O T p Q U) U +, N N U v Q M M C O a) szr CO r+ 71- 0 O 0 NN N J +' T N CN N CO a) c ,n 0 : p c p Q c °O 3 o o o c ° S, ° �� 0 0 E • a) N - a) C N U .o w u) a) (6 0 � Q( � LL co as O 'E 0) � o � � °o c c o n3 W w 0 LO 0 O1:1 0) a) S = 0_ O cn 0 C L co a) 0 C E p O c • L I C (6 _a c ° -a u3) N N E Q o a) 0 o 0) a) u• Y o° -a 0 C) C " r (�6 00 W O d -0 O O ° E r "a V N C L- _c = r rn co a) C cLa O , N Q� 0 0 u- N Q� Et - a) Q Z 0 0 �� a) ) 0 C E o (13 = En .� O 0)V LO E N .� _ ° D L o `t 0 c w co o_ N 'J - N d • O p)m C)) 6 0 (6 I- = U) 0b '' ._ Es LO � CD � corn •a. E ..--. Eo as mo 7) in 0_ O Ll 3 00 Q CO 0 0 I OQ co o (acp o' Q w 0) Q- rn U - f� O a) 7 p) 'N •d O N O ��11 O O 0).•- LL 7 N ._ O O .� r c ED V O CO Q r r L = o pcc � c000� o ., „ Ucn 0_ CO v E -O O a) 0 cn L G r CO M > D L O 0 a o HO 2i c-0a- MO N173 p � c1- cN U ( a) c c O (6 N a) b -c 0 E 0. C)0 o) r C c >. ° O d' 2 Y -5, L() 0)O Q c (6 - Y (6 a) N C U CO L(� 0 'cr (6 03 = - O ~ p (6 U co Q Q V `o r = O 0 Lp LL c c ° O O co N co 4- -0 L U 0_ O L C O O 0 0 �� c 0 c �o o c6 O cn • co 0. c co _ c c - _ co o N a) c6 co c 0 0 -p N - ° O p U LL - CD D N .Q Y Q'+-� O c -O c .- � I- � a1i _cm * . 00 CO� _ n3 0 x000 Q- a) N a) c W ° 0 Co °tS u) ° c O o m _ N Lr) d KS U N as LoL6 o c6 a) _c Co '� II:: 1.0 L ° -a LC) cn cn E r E 0 Lo o 6 c o ,. p@ 5 E O Q) L() N (6 C CO (6 Lp O N 0_ 6) ° U O Q V) co i6 c° °) c _ ° 0 co a) -- I- .. LL p O Q a) 7 .� O D O `- C U c O .c 0) Q = a c m 0 O N 1:11C -(1.):° Di ° M OQ ~ OpM(6 }' O a) 1E O c o O 0) 0 CMOQ ° '� (B(n i -p 0) m (6 -o Q 0 Y Oc _ O - OY -- -0 > 03 0 D o ° = c-0 ' .Qcna) s oca) a) c Ln a) OccNc� o .t a) 0 ca �'w o -o cti _ ai > 3 �'-0 ED`- (3 .6 , c ~ p c ,_ eNd 0-.- Q) C Oa) Q OOUca in N C (n '— ° o E c6 O �S C .� (T= ° aE c o@ o = oU La) Q t� c D o ° 0 Q °z Q@E -a Qc0 ( rnD cn °6 o '. Qoc d- L 0U _. c6 ( E 2QC LO cL6 U N L O cCY -O . cOcn p c o pO O U co r U 0 Qa)0 Q r N N O p) Q _C a a) N J LO - p c +J co c cO O o o 5 0) Q� a)� � W)L0 ) �`Yc V ^+ _ 0 Q 0 O)N c 6 C N O p cm- - CO aj _ cn p v 0 0 W O U cn c Q ° O CO c 0 C ° C(13 O 6) O 3 1 W -c U o c c c Y Q c a) ° o d a� _ o _ c ° cfl cn c ° a°i o ° c 0 0 0 0 Y ai ,- E > 113 til U E_ woo c ° L 0a_ - O 0 _cO °MO c -0 U o m Cll TD_c . c �-to (I) N 0_ ° o Q� Q c o ° c o Q O a) o co 'c6 0 Q (6 .O a) N a) f- 06 NO O 0 .O L ' a) 2 p 0 V C -C Ls=- 03 ii. Q) CO ° N Q r O p) O Q �N a) '5 N Co (a 2i O < O N r Q C Q I- _,_, cu 0.. a) co -o u) = o rD ,- u.) - v) O �O U r 0 c �L, a) CMO c ° 0 QQ 0 o N - ° ° LL O- -c 'O o •Q O 0 ° O Q O (6 O 0 CO L (0)CO -C ° CO 0 ° CO O - 73 a) - L 0 a) r o r� 0 0_ a) cEo 0 c °� J M 0 0 0 ° - 0 cr ° ° ° ° ° > 2 0 0) N Q a 0 cn o o 0-4E' co V 0 � Q Lri 0 °tS N cn U 6 a �) m o o E 0 0-0 Q m N > - U � � • 0 0 o 00 o cin E a) (n CO L , - > d c 0-; I- p co M N- E _ W ” @ ~ c O - -0 0 E •o ` c . 0 c 0) I— o o CO O Q) �1 O _y (6 c p 0 Cp (6 O Q x . _C if) O 0 CO 0) 0 V (6 Q) O C LI7 C�@ I- a) (6 CO CI QO ..NLo a) ao .0 - C) 0) 0_ C I > � o .c Oo N _ _c E � ° Q- (6 I. O C CO O •c c E 0- 0-O a) a) p () D r N CO 0)�l CO (1) c W .� O •Qc cO 0 (6 cno CO Q.5 VLL 0 0 0- C o o a- o .0 D o 0 C O E oo - LO o 0 0 C fl-_c cn U L a) a.c E .6_ - C s- CO .- D I- M E C •N �) O Q a) co Y ° y 7 m c (CB Q o N73 ° a) M • O C (6 _ E p L U O O O O U a) N N C6 'E • a) = .O c�N. O Q (6 EL (6N. 0 E as ° 0 o O w m 0 �) N I- c aci o 0 . w Co ac6i a 0 ° _ m I� -6 a) Q- - . Or - a) O - cq CO _T= N 00 CN > p _� 0 CO CO 0 CO O Q CO N Y 0 p) LL C U 0 U 16 c 2 N O 0 O (b d a) a) 0- O c 0 OL O 0 E L O L 1-0 i a) ' 0 u) LO fYLo 3 § NH0 d 0_0 a) 0_ cc6 0 (L6 up Urn "c o 0 C) o 0, c L 73 -O "O 0) O O - O c C C O Q N (6 (6 N Y N o v LC) a, p o -0 Q Co co co 0 C c c >; °° N . = c c c CO Ca m oo NCN' c 0 a) L0 0) N 0 CO 0 d 0) 0) c c V Co N CO .c O 0 0 LL -d O N_ O O N LL CC CC i c' (6 (6o) , Nr 0 H I— N oo In ,- Cn a) a) 4 a) a) p 2 c6 : 0 Z d (6 c6 cl d V ,- Z >, O Q -0 Z c oN No N gl (.) c H Q -O O - N CO d" N N N U Q 0 co CO c O CL) r r •4=. r r 0 0 cz 0 0 O N N N J r+ Co in N N N IX CO CO CO �,'r L > coc -to ? 0 co = 'oo O) C a) o� E �n p C� @ / a•L 0 N @ > 0 @LO ( 2 <:C- • E ~E o E Q_0 _ _ a) 0 LO NQa ? � EYD > LQ � Lo zf @ CN ap Cr) 0 U e- 1 V U ' � �. � Lo co -2 U c) < 0 �- (1) o •N 5 O Y 1 E '- p °t5co� o � .- >:,�c�i � ccs E � Q- -pN -c � � a0 � w o 3otSr vi 0)UU a) N N � o ND Q= a_ U00 > U @ @ c p a) c >O _ C0 m O . @ N • U � � � �t_° = � z C C 0 ii 0 E � '0 - co Q_ U) E �- -Q M °ZS C J w O a) >+Zs) Q U O N - ( 0) o °o Y o c7 _ U m.- O a) L a) 2 Q- C 3 6) ,_ U ' °ZS (� 0 T O i C a) C (n o @ N O N _c (0 U CA (n p 0 Z U O) - L Q. C v g� a o ©'Q73 E N .o w O @ Q 6 0 0.5 0 a`ni g(� aU 0@ U o a / -1 co -6 (o E I U a • _ 00 D- 0 Q2 0 - a Q) Cl- °° �C a) -O V • -O @ O O 000 coN• a) 0 U OL 0 a) 0 .6 aCL cU .� c Qtn (/) c0 j o . •� E _a CL _ Q) @ N - Y @ o p)L CO V) C U) �C LL ..0 Z N 0 U @ a 0 (n CJ as co C U p ` p a Q) U _ Z@ a) O > L � Q U p@ c 0 Q) c Z co cn = x 0 C>• > 0 s OLDL c > O V 0 N . � co L a) U - • (/) Q N D LL. CO 'in -C2 CO- (13 C U) - L a)- •U O U) E 2' O L a) L d p Q--p N- U) @ Q-`- Q 0 aW @ ao -_ a— O E E N E 0 O 0 '5 I � > O V) in m O N o > o Q- Y a 0_0 O =L > CT • ` `- 3 p O O •@ — co 073 -3 > tnN a) c a) Lo ccarn � o � � oo O o Q Q o , CN o La a @ c •o � � c � � l- >,LO co w O �� (22 m 3 o o _ o U @ -o UN N C� CD d� v) "L Q o d a) .� � � CO a a o o)•C a) 0 .( 0o a) 0 al }_' ��11 U L 2 0 L = o N U) CO q'f + O O a _ @ El— CO N- N U E U) O •U c0 U ▪ N ? 00RS CC/ CU (') 0 Q 1 0 1E1 '2)_a •U 0 C Q- N O ,12 (I) p C o > a U co O o U aaN. u) 05 O CD -00 C .EU E a 0 a)@ 1 .r2CYZ mCO o E Ugm oQ .= 0) 0oE - a- oo m _Y 02Y3a 4_0 [K— .E "0 m � .6 � � F- Nma o cn 00 c ' a_ CLU) a) CI) o o b •• D o L p N UL } as w _ c a) - Ya E O Q @ ate.• 3 ( o 0.°� N oz a.0 u) Lc0 o_ Til ao) c oLi- @ . - a°� cn L -Q z a) @ a) o E a) a•o a = i - W a o0 1- J .� f @ m -•c U Ern CO Q� Q ,� IL J LL C) (() 0▪ ° _ g ,� @ 0 * ,, n u) O L = Q) o 4- L m to E O L H L -0 @ C U {-� 1..L Q) nn J (a 4-+ .6 0 V -p 00 a lC) O E@ U @ a@ V) N W C v _ Q-M @ 0N- as L U) @ O '� — a� 7 O (/) 0 a Q°ZS _C U (O Q �' @ a) L - CO @ C uj -p 0 j a (n 0 L a c co a�1 N w F- o •_ -0 0 C 0 o O LL Q (Q — a V C — U = Zo 0-) co cci) o 0 , o v , 0 o c Q o N o ._- off$ rn o 0..H 0 c < E @ ON — a-0 E Q-O O E o C U U (� O @ L /. 0 E ��llin D '' .• .5 0)in a@i in 0 U jL L oo Q Lo 0- 0. 0 0- = N p L O Q N Q0 U '� _ ` vi @ 0 0 0 0 0 L 0 co co p °25 a) @ N p 0= O 0@ Z 0 0 0_ 0 E o O co .Q L- ON o -0 + a N 1- N U O C Z .L L @ U `- a) C i @ V ^\ a) �' N C °� N O (n Q a) U) C CO0O0 L ----- a) a) o —a own = vQ 'QU °� E O co cn aO Q) 0 (Ti a _ = co Q o L ca a a) U o 0 c a o o „ L L O o Y 0 'C N 0 bhU -C "' a U p -6 °!S U N = 0 F- a L •i C) D E aoi �- • 00 °o -0 ° cO _ oQ }) a) 0 � °6 a� o 0 0N � � � oCO 0 0 0LL0 0)� � � m 1-4 03 E o 0) ui .in Q � 0 2 N Q> � 7 4(-7) o I rn •c N o p en a � � oa @ $ 200 _ CZ u)) ° O � 0 u) � � -) N- •- o E a) 60 0 to p 2i m 0 N _0 0 00 z •- -6 —'0 N U - U p_ O N•C -. - CL-CJ > N E o H X @ 0 u) eL ACD LL 0 c 0) L Q) 1_ •- (R`O a) a) ai o 0)O 0 o u) a) LL p O °� . o cn co CO d E a Lm oo � - - 0 o - o E _ E to o E N m m a� _0 o E 0 t 0 N -. coN r E 0.,‘..s, ° o U p I-. 0 'T f@ @ E p - d LL N 0 •O 0 �� Y Q Z •0- CC7 a) L L a co (�� o a E c) a o a' @ m rn ) o•_ o Q) a o f a O L a) 'L U E _c i Q a co Z Q Q C O a Z D .Y _0 0 D - Q c _c L@ 0 0 z N C Z U) a) o • CO F- C O O = a oo N >, a °zS Z .� % — U@ Q 06 -0_ L + .E C .2 U Q = o E ` m 0 o o = E ° '`n aai �' `) 0 a rn o o 0 U -00 - 3 U � - a Et c UOEt a) N- �oosopd (n 0 O 0 .n i -oJ �, o 0 0 o O C - c c cp Nt. O 't= v_) U L1, ca co - p 0 _ L V L ' N O v to m o 1. 0 0 Q (fl `o o) Q. J c c >, >, CO co c� Cl) N m m o o v 0 0 1 - O N N @ 15 a) U U 0 0) N 0 CO N T) 7) C Es) C V M N CO o @ CO LL •'p •'O CAO O O N i i N co to - F- H U) a) -O a) % U) a) p a) ET) m z a o E U v d' @ , Q @ ((6 0 e-3 O O Z O -0 Z o N N N ——0 C) C F- a p 0 '> to CO N- .-- 0 -) U .; N N N U CO CO C0 Q C O y V .Y' V U M O O o O O N N N J +-' CO f� N ON N N O CO CO O O O ` 6) O d �1 V ON N O ` 6) O a) o @) Q m M C o 'C a) In o c a) c6 > CD o EOc� 0) o o vL- -promo O c � m 0-oN �• Co2 eco N- o (no > o r I a Yd `- oN 0 N- co@� p '''''d 0 U• 0) 0)Cf7 rM N Cr) 00 0_ C Q(o -o (13 . CO • O 00 � U Ct C o � t-x ..,=, o _ o aa)) c � CD (N 3r Dv U 0 >0 0) - -�-.,--1-r a) N D N c D rn N C a) � E �O •c co O O V) r a) r a) (o o - N 6 (� -p E,F- o V F- O L Q - co C Q) :r-_- , •• ° a) N ~ r N Y Y N o O fa_ c O M O a 3 L Lf) • 6) r r In co c C a) aa)) o_0) -0 O N 1- 0-o `- N O U .o) co o o E L o � CO . N ` r © N � ` D `Y) � Q • Zaa) u) Eg30 ' a) ° o c > � � � ,o � � > m > g ov .o • c p - 0 o 0 F- Y ,, 6) to _03 r a) 6 iV '� U) O N '� a)o 0) ON O a) O I N J Q- N L E CD + tiO Q • E N c) - O N O co c o V CLU c M a) Q c r r _0 w.. Q U • Q T Q) ° O d xi a) .Q N LL C'4 CO a) _ pp > a) N M O Q . N U - Cp >z U O C-,---) pM o O m In Q N U) (V 6 6) +' +-, N N ° a) t- o) a) 7 •oON O> rn - v0 p: a) Eo it � —• EN • (•>6 D N r CO > • z M W F- .0 _O r co c r• c N _C W N _C ° 0)H o oM • z o 0) a.- 0 o6 a) co N -,C o 0) Q.-: _ a) y r _c < 0 0 r `- Y V -0 ) o_ o INn@�rn QQ 0- o U (N o M — _ _ ° o n -o 0 CD 0 o coo N- E a , Qo C - rn c a) E E O L � OM 00 O ;c E3-LL �l L co F- -0 - a) 'C _.- "O LL ' V�l M �` E 0 C 2 V 6 ..0 O-1� o U 4- N O (n - coN V V 0 o co , 0 m - co b 0 • N 'L O r U c .c 0) (o ' w (o E ,- po cco a 0 u, ,a) _c _, ami O „ -•. O CO C Z a) a) 0) O _ J -0 C a) OL (15 6) co F- (6 o < 01-0 a) 60 Q OZS F- O -6 N- p . -C Eoo _ U � -0cp 0- •- co � � 0- 0 CI) n o_coo Q • E co . 0 o a) r IC) _c (o 6 o ° O--p co co a) 6) M c N 0-CD as w 0 + V .c r CO 6) 0- N m c co ..c i - (n -' \O E 0) `,OO 0 LL — O II (o c (o p c c 6 I > O N Y 0) E >," r 6) N o E U .2 c o Q ° r U O Q) Z (o O t= c O a) a) p a > co • v . co`r o_z N O _Q F� _c LJ Q L Z Q a) 0 C a) • Y eO N O O Q Q 0 0 � in o � o N m Q o � 0 Cr) v� � � � m O N c 0 c 6 o 0_ c c @ 0_ V 14=Volr oo (2 o- O ° a) E ° o E +.. To 0 o- Uw J co a) = U 0 r - N O - (o N a) 'D - In (- a) c N I.I • M (0 6) Q 0 M 0 ` ° @ O r II O c 0 O cn >i 0- C a) 0- - 0) O CO J O a) E m _� � co O O - oC — _co p0 � m c 6 6) p N N N Z c n o M m 6) I ., c 6).c O Co O - E O Q'§- 03 •`=._. U N 'L c Z C C r U C O LL p .c I F- E In = Cl) O > U 'C) O Q o r u) r 6) O •O Z 6)L a'oci S p�j >� RSRS /� o ~ p c o c (n .o)N. N cn .@ In 0. ,-- -0 c O a p M = c Co N < i N •(o > c N < E N ot5 a 0 _• co o •, .(5 < _ o Q oo . ,_ M 0 U Q U U r Q O T- I U � � O -9_ L• � � co co L V - v 6) ° a) O O o a) 6)o c a) CO ..0 O U IZ .0 O O Q 0 a U o r LL _c O O co E Q NO LL 0_ - Z V m p co c 03 o e)_ 0_ 0..) ▪ .@ � Ir� I ODr > a) oQ cm co N O (V ° Z �. 0 N I� •u) . •� r a) .Q C (0 r a)V O r 6)V ) 0 co M 00 < U r 0 C - O 2U o () m r a) N Qco co c0 v - • @ ��ll co �L i O r 0)-C '- @ Q 0 �O Q V o_0 II ��11 - O _ a) Q N O N c -p a) .0 U 0 c0 V.L - L a) N 6 .Q 0 Cl N a) +. C j 0 0- ° (0 0 6 6) M 0 . O •C O- r o_ 0 O a) : 0) a) 0 3 0Cl- >• o u_ _I c o c N 5 " p_ ZZ c6s_. � - o 5N-'Cr - Dov „ � 0Z U L o .� _cL c) 6) 3 .-. O b r I ,_,,-F• U 0_ Z C O U) f- 6) O O o Q r 6)_ d O c Q co 06 • - ,, ,co �r v -0 03 o Cf) ©N o-I L •(7.). o co .0 .._ LO N r a) '- o Q r 6 O (0 c) w Y -0 r = r CO C2-- `- _ o �� o CDN ( o-~ > ti I (o PLa a) c co a) -p 0 ~ c n, co co O . 6 a) i 1 O 'r? LL E _ n3 N J .0_ E IY o c Q r s- w Co O EL r a a) L Ti E N �O u_ EL O d I 6)N -p C 6 co c a) N co C -6 O ` o O 2 C ~ CO U - o_ZI 0 >, E _c (D o .- c o i I~ C (o r O V d 0-Z E co 6)- ,_ p .6) U ° ° ° din @�v CO a 0 Qv• H • a Q ii 1E o �c `o 0 o o) (� c L -6 -6 -6 O O - p C C C V O C N (.0 co co L L r O r LT () a) a) Y N O V In -p 0 0 Q 6 CO 0 Q„ C C c oO N • O 6 6 C° o CO M m CID coO V a -0 Y N CO P 6) 6) N CD M a) y 0 0 7 c c V co N CO _c (o (o (o 6 o) N- O o .) LL I I I L L F- F- N o In U) a) -6 a) *k a) ai O d ET a) z � E Us d- co v v ( o (o @ci OZ O Q z N ON ON t3 ED >, _1 C0036 C IL- Q o woN r+� � CO CO r.l y- rs O 0)NrO CD Mr `71 O 0 O N N N -I A+ 6) O IZ N CO O z CT) � p 0z ailaY �) .gzr L Z U in 00 U Co CO V rn 0 I - , 0 03 4 u) .� 0 o Q m o oU - CO s?o o > 0 Q Q cu r� c > 76 0- -o >p CO Q a) 0 ©�` 0 a) 0- a •- C C 2 CO U) N N - o > II o a) O V ca o p) I i d U) .O . --E-' .`r (al N. 13 -° 4) I w Zo Qo N N 0 °6 a� • rn O M o o U (n ` am. o U _ a) a). 2c6 (c) omZ 0 cIz Iai aN OzO i > o co cIO °-o I c Q -cz „ cNui ZZ - Oo aZ o 0 0 ' • In co ca N Q co n 0 N c - V C d 0 cc 0 • c 3 o Q V M > 0 O a 0 d)� o f �_._, a QO co o V O o o II a) L c p o C p v0i .L L() C o N- a) T > CU a) '03 • .Y T co U) ��11 L ca o "- C 0 II >' > N Q 0 C CO 0 T .,_ ca C V CO Q L O ca C0 > p -0 I Q,C -c-,-,-) L Q 0 0 2_ c co ca O N O Y z 0i ,_ - M o 0D - p � T .0 In 0 i • C E U z C '7 ca 0 00 0 (a i U C C)) C `, Q z ca 0D .0 --, = �C E Z > •> O H a.) O O 'C �— ca z 0 T U in0 c C)n N 0)< c U _E co ofa) cn T p in rn 0 LO C ' N - o E -p Q C a) vim-- - 0 rn E T O o Q 2 o > Q o u) a) a) c° Q o aa)i o a-Qi ca �© a)L. T _ T O C C) CO aC3E 0 0 O c L O L ! p U O -Q o `n V o as > (1:1 (-,s1 N (253 ,-, U L _ o p I I- �- V Ln L a) �- M O O U -G Q' CO c M O T E LO a o (, ,_ p I I V U o N - U a) OC 'Cr.) CO ✓ C) c• c6 M � .N -0 0 aa) m U c z _c a) a) � � o c aa)) o a7 NO "!: (1.5 Q 0 e. co N c6 Z u) '-�-0 0 .Q 6j O) 0 a) V u) ` a) co p o cn a> Q u) Q c . TQM Y - _c O) -o O � b _c I oc o • rn ° a) 2 o a - z O I 0 `� L O O O CO Q i U �- CO 0 N 0) W Q II O 4) O Q N O E Z o)LL a) ,(6 O O - �S c CO = co C CO Q C O 7, C O 0 V N 0 a-0 0 u) �` a • a) N C LO C� a) • _Q O c N o + O _1 Q (4 C O a) O In O i .L z O T C CL L a-p J O E `� o _ ©� u, iu co o a) Q Q 2 GS a) C o 00 Cl) a) � �o o Q ‘- . T 0-.Q< o 06 Jo O /a- _j `- 0 0 cM t i E in O CI L _ = ca a) = CO V J LL _C �6 c,_ C T Q. cN ooiin LL o > Em o ( . 0O o o c O (n .acu L c O Z J W Q Cfl 7 O mo_ 00 x 4 0 0 oo Q E TO u) O 0 co O L Q m 0 '� oZf L() J �/ O O N �l O aJ c0 C . p 0 'C cn O co U T N T Q CO p �J `� Q L a) a) O p-.7 •'=, p L al T M 0) • 0 T � U - = O o 0 a) p 2 Q a p T .. E L 1 M 2i (n 0 C O) p a) M 0 p II O V C O v U i in (6 p) A L L C L 0 cu „ I ' L ,- 0 TO CL OMO NO hdj `° `- � � LL cozl v) u) °� L cU` o � u) O a_ N = OTQ < co°o o cn o U o aUi 3 `) (a o o . CO c 0 (a a Q p 0 U) s? o H > C 2 0 m L E ca m 00. T N o Ii. �M ca 0 0 00 0 . o o`oo 06 co .0 3 0 co o m 000 0 ` �_ 12 5 @ it L ~ F- LL V o0 0 0 LL O p V L i Q > -.5-)L.0 LE_ > 00 0 < 7 _c a) T > c a) 0 > LU ,..0 ., , _E co N 2 2 2 W Q o o o aat Q� U) _, 0 N V o . 0 CO Z 0 o L- C V Z a) - LU CO F- O 0 O Q N -o L a) = p c LL. in c0 p 0 O z I • LI 70 ° @)I� va- � ca -TD°) _a 00 � d - , p o o LO 0 . -0 m ' _0 - on <a O *k Z L .� O N ' � � (nL `- � `- c 03 CO Qo -a � � (SI- zzV) QZZ —0 �0N0o O N- O N p ca CO0 O I d O -O CO t— c.0 T 60 co 12 0 Q L Q M > O m in p U N T T L-.. • o N- N- 0„LL CO .0 co 0 0 ? o Y CC O (0 O (a - > Noop � o 0 c moo o � cr -cU vi —§ 0 C Cr)� a) 0 Too cn a) _C o - z co 0 0 ca L E 3 >,co ai Q a 6) a 0 j N ~ LL n III Z 4- c o a) N N _, -O N (a -a LoLn o0) .o) a c- < 0 0 0 E 3 c FA c V CO -6 Z - T . _c U _y _._,E U - O L co Z' c -a U . o M CO U Z = E !Z *k Q m co c fl.. °-.° U Z O p N c c •c 0 o'f O C Z '-Trob a Q Q N O P O o E a) Q *k U .2-Q o m0 C Q- Q.�- O m a a� ,_(/) U n = v o o a) = • c a) • U 03 Eco c) > Lz D 0.F,- C O o C c5 CO OCO c 0.(o I- CO -(-Ni E N 0- o- 0 0 C J co o a) CO 'O ' - 'C S? 0 8.)-) 0 C6 cn •Q'- II O O (2 o)-- cop/� N Q"O (B Z O 0 92��( _ cL \- O = ib /U/, ,��( c a) O c.i �..) 0 L V) T T L (n J J < 0 In o 0 CO }� Q m T LL W = o)T v o E l'-: ,. LC O) o = O m >, >. >, >, O 0 N N a) a) a) c E E E E N o V (Oca � Q CO M Q 0 m m YD7 m >, > N 3 O O C U U U U M m m p N 0 C3 'a CT.) c03 CCO C(13 c CO p_ _C N CO __ U I I I I LL -O -d O 0 0 a) c r c6 (u O , N T N O F- IL N on in v- uU I a) -C) a) % a) a) O ,4; E Tu ruu O ca E U ns d- •v- v V 7J- 03 LEzocu L O Z O < z O 0 O O O tl 1 >, JF-<O0 --c0D C • (N 0 ClCO 0 0 0 > L t). h"-- < V N NCV N NLU V O O O O O __I O N N N N N O. N CO V LO CO Ce N- I" N- N- 0)- LO C o > LO ° L v �. w o < v Z a) co ,n o 0 • 0 ✓T a) - Co ° C II V -p 0) O o o 11 ` c c T V w ca C II c 0) 0 -O O O Ca vi = ' w a T V (6 fl- • w a) a) p c N I a) c c o N L ,- • ca u) o o a) 0 ca - .0 •> c ° 0 2 >'`T 1 w (-6 �'OT Z co O O U .0 ° a) co .�- ,- 0 0 0 0 ° 0 w > o Z L T J CO °) • 0 0 0 00 < z ° (6 Z N T E C *O O II C < > c a) - 9-.cal O m T - O > 0 0 a) Q H 6 Q•- LU -0 0)L I I 0) p L p = a) > U) ° 0 C I a) (0 'Q C w w cin > -c 1-4) 2 4- E ) w co a) Cn cin = - N N N .. CO 6 0) -p C 0-•_ _c - < IL o U T w = T a 'C w II C N Q 5 . 1 _ D 0 . E a) CO O D o Q Q a) p •2� °) m O •a) L C C m � m a) w • E U)En N C a)� CO d a CD 0 � O � c N o o c13L ca 0)� c Q r Q = 0 0) ca a) > o a) C °) II 0 oLU 0)0N- O a) U o °") a- ca o '- < ULU °)� II `C) � Y o c o d ila)) -- o p m p 0) 0 cco o0rn U) ,[ T Q �.E � O u; N _ °- 2-N a) O r - a) ° o Y L N Om 6 N 0_-0 V1' •• I a) O Q ¢ ° 0 p O cYiCL. '- C. * O Q) � NCD • E w 0 o _ 00 � CL• X00 0 'q 0-o co � LimN � o c O. a _C CTI • a o 0) 0) 0)(o Z M T w II O Q O r a) co co 00 > QTv c0Eo E � poa ca . LU UNC co •N a) a) o 0 6)M Q o I Y `n (D Corn ° c o ° Q � O) O \ .L a) 0) i 0)co r O Q •L'--) Z (Q . Q N C O N U) N a) 0 0 LO O O > r ' O oCV .0 N o � > N '� a) Q .�' O Q) Z o - m Doc c-Cn c O c U) O ,- E Q o a) in f = 0 c L CD •v) 3 L O Q I--- ca w H �.0 O m T -_ �� o Y Y o ° J ° d .Q� > o).0 O LU CI 0 T ° O � 0 0 C O j, N U - C O >• a) p) N • . V i (6 0) II E N t[) (6 m O- 0 00 s-2 CO ca C ao -o 00 N -0 . 0 w a) C C N N a) 2i w 6 N E w Q 5 > Y °> N o 0 '� E D, o •� -0 N t4 T a) o c Q = w Q w g)CO C Q r Ln 0 E z a) co o ca cC o wCO0 ° II o o o , = o ¢ LO • � � v C I� Q~ U r a) • ° •U) L Q 0) (0 -0 3 N '� E N11 1 N > c 6-h �' 0 O Tr) _a °- 3 I 'c C V c d V-( oo ° ° ° 0 N O ca 0 N N 0 CD N CO 0 L' u) -C U) 0-N °- CO T N `- @ I I ID >, a) O a3 cD 0 O a) E = O . 1-c) u• E N ' °)cfl 0 cA ) °' U ^�^++ 0 "O O oO 0 N m O p .,- a) UL c\I oo O /�/ TTh O a) in II II Z 4) w CO O > ° O O 0 Z L w 03 M O LL C ▪ . 0) p c Z L - 1 2 O T c) Q p O p) 0 C c Q 0 0_ a -p O 0 m 0 - N .� O C ° w al - m O ° C Q a) N Z T .N ° L _ Z O • -C -C Q- ov0 � ooa? � 000P § oinYbo V/ v,0 O• N O 1D I 'd' co i Z a) VW' T CO r 0 II 0 N •U O ,O . J i.f. r a) co �' o o N N .O p _ O Q Q - r r r L r r Q O D O co z C 0 2 ct o E 0 V II i Q 0 EoCo o II CLQ mO � HNr ,- CLQ o � Q � m � °- w0 O co_ T _ O O o 0cn T L U � � � � o '> � o ~ T _CTino "" '-- �� 0)T� � � rn O T T T T w \ o- 0_T .0 T o U) V L-°_. w •>, E •L I a) as Z + CD u- 44- :- M Q p L.._ c(-41 p N T (6 co p p w a) Z V V� • 0) O] O N _ N _ _ T_ r O O O C to Q L .L .= .� ( II U) M 0 T L 0 0 aB _ _ m N T a) E cn-00 ° >� w a) a) a) a) (3 I T Q O c@ % i .- C I > Q a) 2 •— Q) ) a) a) (co" p (D _ N 0 o = 1;2 O 0_Q 0, is 7) c O U) () [n Cl) co co 0 C > Q Q O T 4) = w w w c...(2 Q a°) o a°) a°) °� Q N Z Q E m O °� a) w cn vi -a CO CD000C700N<a) r- _c 0 �- 00 -o .0)•, o � � � ar 4) N N N O to N -CI O U N in C E }, cD Cn w ' 0 0 0 oma) II Q 0) ui � >,o o m Q 0 N a) m - 0 Y Z .0 .0 .0 .0 Cr) I I w• O E LU C CO > CO ,- 00 ))C . •L C O < N N N N co -O c _ O F as b 'y) N N Was = v) E d N N CO N a0 L T -6 CO 00 00 CO O) O T O 00 L-0 0_ O O c -Co O O r a) s o C� 00C0YoNN - 0) w E DC0oO ° N2U cam- E wCO J J J J •- �' T Z E •C N ll Co a) 0 x O '0 ('3 w E �' � 1 u) Z C .. p C O co O _C C O a) ° N 0 II OOOO 0_°°. < H L0Er_iu o aoC° W a) a) a) U) m vi N a) T a) _, o Li)_ w a) -0 o a) 0 C 0 C 7 O w . ° N c p a) a) 0 asc C Q.cn Z I . c Ct E coo E C 0 c>3 0 .EL.y Z O 0 0 0 a) O co 'C N O N O 0 0 r 0 0 0 Lp ° aIS L 'c w 0 'cn 0000WQ - CD 0 - UO Qr a_Ty- U -) u) "C) W Z O toto o N: CL a) 0o O = O >, >, o0 O Q N N a) E E >, Y N - o v n 43 E i a) Q N co cm Q m m et cm ca o Ni- O -0 M m m d N r N 03 D D m � co co O N TO 0 (0 2 1- I- N o� o x- Ci) E• a) U co E .) co v v cp Z O N Es r Z T O Q -O ZZ C O O o f- 0- 0 0 > CO \ CO 0 Q) CO Q U ; r I` N U -J- Q C O a? v �- "0 as T T 0 D O o 0 J N N N Q. \ co 0) X N- ti .- CL _c Y • O Y in m o Jcn c u, I 0 2 Z > N Q (0 ~ 0) co 0 Q c Q' o O . N i 'a O O Q cn , > , o U) a) a`. Q E o0 a) p 0 ~ i 00 - L a) .0 (o Y a a U p O Q L (h v N E C� CO Q.m n a- -- 0 Q O rn o- r a- o) a) N o o •>; O m o ° u' CO a aQi E -0 o)in Q z N E._ O u- N 10 0 O N >I Y .' O SI2 CD- .>7/5 - Q- C L Q co z o a) v rn o o o O Q - a) in '- Nvv a � CL -2 F o •C c Qm � a a_ p � O ° C Ur O - w O� o O E 5- N O CC N NO rn - a .O O 0 z dci) 0) 0 . yp m N N cs ) 0 L N T 2 > N E E oo co o Q o a a'O coN . .N m N L o. a u 2 O O O o a �� O o .�� O N c=a CO O C Z N 0 cO o 0•a) ° c 00 _ C ( p .N o ai m m z _c 0 ,- N m o E o aa) -0 a a- -o co o a) p 00 -c p N U co a Q (o cn C Z - cn co = 2 - a ON a) N O � o uimQ = w � Z m CwO 0) N • • 67 0 -0 N z .cO j 'ct ..0 Q O N a) o II Zo o r v7 a O = Cl. nz o_ is 0 0 o C N f °° N a C io E a = o 00 m a) c o o z = c N.- r- .-, T O O 0)O ° E Q C 0_' E M - cn . 0 N '- Z N L O 0 w 3 is co - c M ' p a Q o L o 5 E m -a Q m o a C� IY o 6 o -� a) o N �� -0 -c p i (� � Z a)-c t - a 75 ori C C a) ru o 0 (0 O a) O 9 O cn p C C p Q) &d cn - N 0 ,- O .L V s -o co N Z (B a. (6 C L l a) p w N N Q S O Z _o a C > d' O Q �� w N co O a) a) O C w C a) p O L L a E _c M � � co c ~_Corn co C 3 '' o U C N a L� c � a� � O 6 - o ./ o [- V) Q- Eco -p O N a) O •C N L E N c 3 0)"L o a) O a) Q_ 0 0 No o a) m Q L _c 0 cs a) 0 O O +- Q up °) E .a`c) 2 o x- 00 CO U O I I m N >i o C N ., � 2 _ (7.; c_.\_,, iia a°' `� � � m = o � � a) � FEUO > '- E Q 0 N .. 2 Q-CO E L (0 O E 2 O N. 3 Q-- O ,LE) C -O U) CO N C = 0) O (6 6 U N O a) O Z - Q C (t 0_L M N o 00 a) a) ,- N 0 z 3 T 0 cB ch Z (6 L a) (� N g o = 0 '0 3 � -C .Q-z >, C o m o N Q o 0 L � t E O •L 2 co cn 0 cn U Q > p ,� a) COE C O L C p o (� N c6 O O = O 0 a I° § Q „ . > _ m a) 0 I Q o U in Q 'o 0 -0 O co 0 O W oo -Cin pc a. � UOOZ • oma a'� 0 E -0 Q a VQ, w 0 0ci) 0 0 Cl) a a) ca O Q d o u E Q c� o Q W a) s)CO0U) N O CO 00 'Q N U 2 O ,- co 0 c0 0 - 0 a 0)O V) N O p a. (I) O O N 0 "- '7 L in cn -p �i N E a) o _ N a. , , o cn N J a C a N C O p U) 0 ..O •O O Z O I- 2 N . > pp a) o M 0 � a. cn C C co 4- z ci o C L .Q) (B cts 4-0 a -C 0) 0)a. . >,Cp _ '> -- t cocoNQ p �_0 -0 o C cn CO 0 Q C0 v) o C = - w o k o Q ` o of g o Cl) 0 Lc)r 0 > .QY 0v 0) • 0 = C7 0a. Y= _ r oU 0 > i • - a > L •o c 0 a3 Z C c 0-. Q L zcOCI = p a) -cQ'- Bc = N aaH _ cco O Q CO N O CCD> Q_0 ,- ' O 0 O C E — 'vi- a) a) O -Q r • c _c a) c c + co o co o Cn >i C) Q_ — - c _c c N -o c-,- O : a) L c- Q O O E -O Q L a) c0 c Q N L N p O co (U 2 O . >, @ �.. 4- a) Q (B c II w as 3 a) Q a .o as 13 o Lo o > aai io = o� a) 2 co O U = N ea U ((iii a) '� O O • ai o co c .- o cn Q ° C p cn O Z - 0 C - D -a Q L ca cn 2 • D_ a C Q cn Q 0) p .o N as a) O o 0) co 43 C m t, •N o -c a 'D 0) c •g c — co 2 c . N - cn Q -c . as -- Y -0 > -0 _ _ 2 a) . . = CO io — po — •- 2 co @ -0 o N d L Q c U O -0 O V .N Q a) a) a) O •c7) � m to p O O W II O .c Q O O --C .0 p N Q + 2 > (� p CO N O) (p6 O 0 2 �_ p C6 p)- 0 N I- "t7 a) 0- Q a) (D N c 70 a) O� _a _d c c O E N • c 4- 7 E c N 2 _Ci N — O > '6 a) co ( x II O .c O Z O) a) O O N (fl ) E 0_ .- E — O Q i� m r� Qo c 'a c L0 Q •- N c _ LC) N W C Q mc Z in c U -O CO 0)0 a) c0 L c0 E c 0)O O z Q 0 '�I' 'L 0) O O O U c p 0 0 0 `� Q 6 p 0 , c LO C d — a) i ai �' _C E c6 - - ) cc0 2 CO O p a) - • N 'L 2 _ 0 .- O t6 co(B cn _cn U > ti L o �- a) L _ N O co O Cl) 4- O CD co LL N 0 / 0) c� <.) LI d Cy `- CO 0 Q) a) . c C p N �J C - �? C *k o � off. Q U c� ow — Y c � o � Z Q — ( '- ' .Q a Q •t" > a) p co Q'- .0 O -fl 2 O 5 O Q) � x a) Q , > Q-0 • O c D a)(13 � � o � —)CI- °� � .. ` QE o .QEY � N E c e a 0 = 0 L O c0 v-- 2 'E O ° z 2 Q c° .0 . c 00 rn • N, . c L = T Z • E a a) > (0 w O E O T co N Q • O cD CIS L E N r O p Q ( ® a) p -0 > ,) c U r N 2 00 RI N Q E X 2 4- 0o Q = Q -a Q � c co 0 1 0 0 �U N � ° Q . cn o00 � .fl o o > u) coo O •- a 2 .c Q. • O (o 00- .E0 " 4-) V' a N O 0 O d in 0 = U O Q(Z CO Q) c . Q Q) Q o m Q� Boz Y . m o o C M rt c Q cco CD O E Q'� E2 a) is a) a) Li- cu O ^+ cn co 7 Q �' L N "O c O es o o 0 0 O !?H 0 a) ` + N .Q.O .o a O (6 Q N 0 Ca a) - rn O I • a) o Q c O .0 m a) o Q CO0 o) o -o < E W aL) z o N ami CCD n. E 0 0 0 1'1 W o 0 Q O L ¢ O — ..0 g_w — C O _ c ,_ . .c c a) LL I�- c c N `� U Q O a L O �_ U 0p r- --, c) — O c = O V O c _ 0 3 � Q ai o � Ct co cn • (I � o `o + , (0 is a) as � � O O O Q O _,_ p) .,- c6 .L N Q- 0 L 5 o r- o O as O c Q 0 >, L Q O Q L a) 'u) >� a) O II O — O p L.'Z a) U c • -C CO .,- cn - -0@ O co a) Z " D U '- a) N 2 O O a) c 0 c n• a) Q a) -c Y (0 N- 0 R3 U) a) fci_ z < -o `- 0 _Q'0.(7) . u c N ;, O a) X co a O O �- 0 m c Q m (0 CB L• c Q O O H O p c N 0 0 c Q a) I Q Cr c 2 E 0 0 p a) -0 o r .0 c o 0 > 2 a) (a <n N c co I o -o (o p (r) O 1 :L a) u) 0 — O z o 0)a o .� Q 2 Q a) oo -p N .c N (6 - I a) . "'' •L cn p Q (n E c O c6 Lcr) E N cn C Q o u0) -c - y�� >' O U in c � O _ L _ O U — p cn 2 co g) 0 TF N ca L O Q X p N O c L al L) ID o c § CO �� f U o@ Q •§" c cn o = 0 N N p CD c6 -6 L Cl)1 Q ECU c a) a) 2 L o .- L C) o u) a) " p in c L (6 _c -, O)\ U m c p Q c Q_II LO c N ai E Q co c cn Q U Oc o 73 LID - N O = r�'i3 cC a) N CO 0 Q•_Q—.47' Ct N @ c 0 .-cu) - 0) < O c) c - cZ = c � O) 0 __ cn • ca E o — co r- I 0 o c m C a-• Z c co = cp 4c-n .-F_, °� ca' cpa U) co LL co ° . ,-- co 0 V) LL cn N a) E < CC 2. N O cnC Q.. 4- LoO O cD 'c u) a) a) y� a) o d E E,- N 0 Ln L E 3 `Q coCOo) a co E co ov D a) a) a) co O N — N Ca �_ 0) 0) 0) c 0 0 c � cy) N CO C d ct 2' LL is •-p O N O co a.) LL 2 ,_ co V 0 N V a) H H N LU cn U) a) -aa) a)i, O 2, E as z — Q E r) (13 '1- v d- (B O OZ n OQZ O O g3 N cO(° D + N O 0 Q O 1.--- CC Nv0 Ndv0 O O N N N -) Q. CO V Ce a) L 0. cw UN N a o � J_ � O o O . ° Ha) ° Ooo� � � o Wim ` cco c E E vw om -o — • Y a) nO N 2 m 3aN N N — C d �- a0 .m. 'co 0) a) x c n- N N N ° C II a -oW � a) a � m N Q n x N m • E M y N C O > ' FO N O) N - a O Ex o (/) 12 N > 2 o c o - a) a) a) m a c es an 0 cm o o to a) z n3 'o ~ OmaCC 0 � c ,� W 0 .' cmcE ° OQ co -CT c 3 ' x 0 0 ° me a a N -mom L- N U + U N .0 J O).f O -0 C � cco oo (a p) («` � O N «Uw a� mN V NULL 2 3C' 2 • �) ° m a• O °— E ao .0-- ;2 � cn �� O ° N X C Y n U .° a) N Y 0 O V a O a) Y ° jp 2 L N - C C U C _0 E - p. en E a) a c - , c CO a) , N m - c u) 0).0 a) d t@ m >5.,C .p j L.. OO •N a c m c w U 'L N 7 >o C N c •- 'fl a) 7 C .O O n U m C w0 MTh'a)) OEm rn•- aEEo > (0 ZaZ o oa) N m � Q NcH m Q a) nm cX � > cc �) °) oa c2 � ° asi@co NY2x3a:Ea 'O V O rn M ° a ,N °'a a >, c O J > > o 0 -0 o aio c a oar , cg E.m - 3Oco c E N N N nO m C a l N a m U) ... O a 0 � g N u) N +� m O Y _N 0 C ° U N O a @ E N C O O !- m o O a a . C m a = O a O U app N Y o Na QIn N '�°O LO N - 'UOa00a @ N m 2 � 3F, ° Y o (n c a) m ° oa_ o c m0 -o a) FO- aN 0 - CO ‘A - N W ) O N mY C C m0 °O C •C • m0 3 -( N a °- 7 Can C C C N Y N N N O C o + o' o m a E -o€ I- 0 ° 0- a c7cmoC `L � — `� � CU ° (c(ppca E C >,a'S E = 0 0o O n m L CO ' (° m 0 0 N N C (-). U axt• Ni 73NLnCaOW Oai .NU - EN a °) ao , � > LZ 2a •- -▪ x Ern N E ° c � j O O I' c c ° ca Z N C mo rna o m N L co ._. m 2 O Q m -. .L N H Uoo a) N O La) - E N F. D C (n v m w : N p1- N in N O m« 0 co a) O us oN@ o .• a o N V O_ O 2 N m 0 O) L O (Op .>. n Um O5.L.° da) QaL V m F'- U C UH C N a) a ° ..iiiE O ° N - U m to a) y 2 a0 - o0 O) OLLM O) . a) U) U N coCNI N '5 x r7-• .°+ OL U N _c N Q O m N N°. ~ - -A O 3 ° � oQZ Nm °) mca o3cNo > Y CD 0,)) mo ° @ Y co •�� Q a �- O N a) m a m a m 0 @ .20.506 (0v, C a - 3 CU D C c - N , m aENrn 0 °- _ CUU ONCooco n moo) 0mca Q. m o) m fl NY-Yo ,7 cu aL c _, a) nN o E (ate nE as J � 17), 1O co _ co _, n 0 U c E a) oO a a) °) m a n o) N ci- V a° 3 0 >a) CO as n ° o u)- 0Z --- ,-,C1- `o cn m ~ min a) ..2 J n � a .@.1 - co oaa 'CO = c Z N UaLN mpcu o w aN N O Z a) W c � - 7 70 0) - g - J ++ O) • a Z d O (6 E (°) m_ @ Q M ° 10 a m co N O) V/ C >, f0 N D C Q C N a) U) O O) C c 0 C ) O O C T m L 2 O N 3 a) N O co .°„ O N N a O C L . O C Z O @ O 0 a) - n o > E .O Y N o Y n a m a p mQ /.� a c m o a= (0 a) • m U 0-a) m o o In 8 m °) c . CL C n °)a) (0 3 0 a) a N N m o N o CO W •D W N m > > m a N c ° 0 m m v a M -- o E v S t a coE Erna 2 .3 ma .0o � m � � 3 !I (o Ea ° a) Ec o /O' a) u) a) ,'- Co C C O N I- - N N E m 3.V E m Opo Q U 7 N V @ � � Z QQ m --a.cNI 0_CDc N 05 o NZQ L =N (�(n CM N LCC o . LLL a � Y .L-' 115 m � L- C p rn� 2s `3Q ay m c io � 3Q 'v� .3ooM 'Q3 2° Z O O O) m m ° � ' 7 � N O a) � C - I. n a) � c C a) ° V cL rn3o .a + rnx E .o Ea. c0 Q 3 + 0 oa o . o mQ ^+ _ L a N L �/ ° c L C C C 2 •°) C. U �0 n O) X O M •C c cn > .0 • n Q E m ° •Y O rn = m s C = C m C CO O)Y W m °, 1:3m 0 E.D. C a) CO m N O L N.J . - x c E O r C :9 > C o a) c.) 2a5a = E = Naa`) L - 3 c,_- Z c - Ec •omr O cu c m a) a) Eco 3 a) a) ? 74:27cE N - - O aJa m � a) 3 iLW o U N Uav) 7 3Q x =coax a3 - 0 2 N c 3 C mC 'O o n o CO C:)..m a) O a a a oS o E a U C ( a N _ Wo) N Eta' m m C L — c -O C C C O 7 N 0 x - = a) A Z• ).0LU U) m o_) °) m x x x CU• N N CO Z L L L ON N a) In a) 2 .2 a) a) o a) co cn co ri a 0 E L -Na) a) N Q CO • m m O 0 N .0 C_ C_ co m m O N Z a NCO13 m CD CU i C C 'L' Co m g L- a a 0) O x2 CU :TI- M LL M H H N a) -o 0 a) E a) m Z E m v v v W Z T O Z N 0 N Og U co r n 0 (1) = P o > L° U -- Q c o a) ,i- v v co m 0 O O O O N N N J a(O I,- CO r.X I` 1` r as -' 0 0r cZ o - 3 m e 0. o .- .@ O N E o ° 092 '6 - ‹ to - • o H N - _ (.0 co d O - co . C coi t@ c '� ; g C'u� co 0 a cin ' o ' n a • Y o o '- 0 ._: _c0- (00a C O) c - a = 0 0 a) (o `, _ •o p C O 3 Y cls- @ 0 Ec U m a� s m E o o U ai ai I- ^ ,_ °,o m O L 0 c o cn C m Q .0 o), dip j F 'O m a) 11 0 )c a Ti. a) C -c e. H CO -6 " '-.=. ..5 - 0 N N > a) 7 o)O ay �c - � :: c rnEL Y (A @ ° - o ° c o c o >, 2 o a X o m .� @ . o($ w o '�3 22 ai .88 Ca o c o a - o ° m 2 0 0 v V c m 0 c •a O s- o.w azD 0 0) 0 aa) oZ m = c D '° c c 0 n `D . Ea C •• mF0- 3 c • 0) . , 0)YL.., •ia o06 C.ZQ m ,o c c m m 'S cciU o 8 a,- a) U Q c v43w O U C 2 -0 0 = 0M fx a) mwoo O 'O Cii:. L U «-� aO O UOO .0c) .2- 3 N U 0 w c° Y (co p camp O II (6 u"oL > 3 ac y ~ E o o 'O (n N U 9 2d' (n cu L _ 0 ,- ° 0 O)L 0 J 0 _ C a C in O a) > . V _. N 3• O t°p tp C N (4 C @ -O o) 0) o C c0 Q N . o ] C 0 N m C __y C oif C 0.N 0 E a C 0 c .y .S me 3 F_ -r_) 20- E o c 3 m a m a� •c m co •ai 0 c -a c 3 c o 0 O Y (° .S N � _p_. co O C 7 `n Z c E L O � • D C 3 U U "a : (° N p (a E c0 -0 0 0 D a.0 '3 rn m co "um) En N c - N L ¢ O C Lp. m 2 .S a L Y 5 o c 0 0 co _a Q m woo 0a_) C - mCMc) Cco0 + cNc-o2f0c = (no CD me C - a) - a) ��11 a ° a � -aa c 5c v o o 3 L 0 2 z) U V-c -c 0 w ° m N C C 'U CO 0 L .LO.. . 7 = _ d 0 v) 0) Ca c U N Oat O N �M C m •O o E ° C O ° M m0 o U C U U- Ca a tp C ._ N a) L — 3 U o = 0 C = 0 ° C O Y c C (O -o c •0- - •0 O • ao a) m a0.L E m c '• Lo o .... = a o > 0CO 0 a.oLo •-= M 0 > a) 0 3 0) 3 `� o CL N mM a a3 05 o 0 0 a`) 3 (a p 2 . c a) o �,,` a . •rct o - E o m ro C o " 2 H o > LL 2 o N -a 0 a) E x a m a0) N c C V 7 co S o 0 0 c m 0 > - E C) > 0. ° '�,) • .m0W O o ° a a`) 'o. )< o Ca = Y O a`) a0 o)Ca a) (0 = pj \ \ \ \ \ \ _ P \ \ � ( ( { 4 -§1 .'' \ , 1 Hil c o rp Energy Company Trading Bay « % ? Steel Head \ » TBU M-34 3 / + } \ \ ( 50-733-20626-00-00 } A i } : \ Sperry Drilling \ » Definitive Survey Report \ \\ 05 August, 2014 i \ \ \ ` II ) I f \ \ \ ' \ \ \ \ \ 11' i{ \ ) } \ . \ . \ \ 4 « « HALLUBURTON Noiromegivim -, r # ! : Sperry Drilli I . { \ Halliburton Definitive Survey Report Company: Hilcorp Energy Company Local Co-ordinate Reference: Well Trading Bay Unit M-34 Project: Trading Bay TVD Reference: TBU SteelHead:Actual @ 160.00usft Site: Steel Head MD Reference: TBU SteelHead:Actual @ 160.00usft Well: Trading Bay Unit M-34 North Reference: True Wellbore: TBU M-34 Survey Calculation Method: Minimum Curvature Design: TBU M-34 Database: Sperry EDM-NORTH US+CANADA Project Trading Bay Map System: US State Plane 1927(Exact solution) System Datum: Mean Sea Level Geo Datum: NAD 1927(NADCON CONUS) Using Well Reference Point Map Zone: Alaska Zone 04 Well Trading Bay Unit M-34 Well Position +N/-S 0.00 usft Northing: 2,499,500.05 usft Latitude: 60.8319293 +El-W 0.00 usft Easting: 214,160.61 usft Longitude: -151.6019536 Position Uncertainty 0.00 usft Wellhead Elevation: 0.00 usft Ground Level: 160.00 usft Wellbore TBU M-34 Magnetics Model Name Sample Date Declination Dip Angle Field Strength (0) (0) (nT) BGGM2014 5/16/2014 16.88 73.68 551463 Design TBU M-34 Audit Notes: Version: 1.0 Phase: ACTUAL Tie On Depth: 0.00 Vertical Section: Depth From(TVD) +N/-S +E/-W Direction (usft) (usft) (usft) (0) 0.00 0.00 0.00 267.00 Survey Program Date 8/5/2014 From To (usft) (usft) Survey(Wellbore) Tool NameDescription Survey Date 300.68 1,363.00 M-34(GWD)(TBU M-34) NSG-MWD+sag Fixed:v2:MWD gyro:gyrocompass mode+sag 05/21/2014 1,363.00 2,201.24 M-34(GWD)(TBU M-34) NSG-MWD+sag Fixed:v2:MWD gyro:gyrocompass mode+sag 05/21/2014 2,201.24 12,344.40 M-34(MWD+SC+Sag)Rig Surveys(TBU MWD+SC+sag Fixed:v2:standard dec&axial correction+sag 05/30/2014 3,901.93 10,059.50 M-34(MWD+SC+Sag)Rig Surveys(TBU MWD+SC+sag Fixed:v2:standard dec&axial correction+sag 05/30/2014 10,059.50 12,344.40 M-34(MWD+SC+Sag)Rig Surveys(TBU MWD+SC+sag Fixed:v2:standard dec&axial correction+sag 05/30/2014 Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +El-W Northing Easting DLS Section (usft) (0) (0) (usft) (usft) (usft) (usft) (ft) (ft) (0/1001 (ft) Survey Tool Name 0.00 0.00 0.00 0.00 -160.00 0.00 0.00 2,499,500.05 214,160.61 0.00 0.00 UNDEFINED 300.68 0.27 173.68 300.68 140.68 -0.70 0.08 2,499,499.35 214,160.67 0.09 -0.04 NSG-MWD+sag(1) 549.50 0.94 235.53 549.49 389.49 -2.44 -1.54 2,499,497.65 214,159.01 0.34 1.67 NSG-MWD+sag(1) 649.50 2.13 225.68 649.45 489.45 -4.20 -3.55 2,499,495.94 214,156.96 1.21 3.76 NSG-MWD+sag(1) 749.50 2.24 224.43 749.38 589.38 -6.90 -6.24 2,499,493.31 214,154.20 0.12 6.60 NSG-MWD+sag(1) 849.50 2.23 220.37 849.30 689.30 -9.78 -8.87 2,499,490.50 214,151.50 0.16 9.37 NSG-MWD+sag(1) 936.50 2.41 216.14 936.23 776.23 -12.54 -11.05 2,499,487.78 214,149.26 0.29 11.69 NSG-MWD+sag(1) 996.72 3.08 210.33 996.38 836.38 -14.96 -12.61 2,499,485.40 214,147.64 1.20 13.38 NSG-MWD+sag(1) 1,044.71 2.69 211.92 1,044.31 884.31 -17.03 -13.86 2,499,483.36 214,146.34 0.83 14.73 NSG-MWD+sag(1) 1,079.17 2.50 209.45 1,078.73 918.73 -18.37 -14.65 2,499,482.04 214,145.51 0.64 15.60 NSG-MWD+sag(1) 8/5/2014 5:20:25PM Page 2 COMPASS 5000.1 Build 70 Halliburton Definitive Survey Report Company: Hilcorp Energy Company Local Co-ordinate Reference: Well Trading Bay Unit M-34 Project: Trading Bay TVD Reference: TBU SteelHead:Actual @ 160.00usft Site: Steel Head MD Reference: TBU SteelHead:Actual @ 160.00usft Well: Trading Bay Unit M-34 North Reference: True Wellbore: TBU M-34 Survey Calculation Method: Minimum Curvature Design: TBU M-34 Database: Sperry EDM-NORTH US+CANADA Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +EI-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 1,142.14 2.42 - 221.61 1,141.64 981.64 -20.56 -16.21 2,499,479.89 214,143.90 0.84 17.27 NSG-MWD+sag(1) 1,183.49 2.25 222.66 1,182.96 1,022.96 -21.81 -17.34 2,499,478.67 214,142.74 0.42 18.46 NSG-MWD+sag(1) 1,235.81 2.15 227.95 1,235.24 1,075.24 -23.22 -18.77 2,499,477.29 214,141.28 0.43 19.96 NSG-MWD+sag(1) 1,284.24 1.91 222.84 1,283.64 1,123.64 -24.42 -19.99 2,499,476.12 214,140.03 0.62 21.24 NSG-MWD+sag(1) 1,355.60 2.04 224.60 1,354.96 1,194.96 -26.20 -21.69 2,499,474.39 214,138.29 0.20 23.03 NSG-MWD+sag(1) 1,450.98 4.48 261.78 1,450.19 1,290.19 -27.94 -26.57 2,499,472.77 214,133.36 3.26 28.00 NSG-MWD+sag(2) 1,537.94 7.36 269.36 1,536.67 1,376.67 -28.49 -35.50 2,499,472.44 214,124.42 3.42 36.95 NSG-MWD+sag(2) 1,635.86 10.33 271.65 1,633.42 1,473.42 -28.31 -50.55 2,499,472.99 214,109.38 3.05 51.97 NSG-MWD+sag(2) 1,728.54 12.43 270.95 1,724.27 1,564.27 -27.90 -68.84 2,499,473.84 214,091.11 2.27 70.20 NSG-MWD+sag(2) 1,826.52 12.95 269.89 1,819.86 1,659.86 -27.75 -90.36 2,499,474.52 214,069.60 0.58 91.69 NSG-MWD+sag(2) 1,919.07 12.77 269.18 1,910.09 1,750.09 -27.92 -110.96 2,499,474.85 214,049.00 0.26 112.26 NSG-MWD+sag(2) 2,016.66 11.64 269.71 2,005.47 1,845.47 -28.12 -131.59 2,499,475.15 214,028.38 1.16 132.88 NSG-MWD+sag(2) 2,109.89 12.69 271.12 2,096.61 1,936.61 -27.97 -151.23 2,499,475.79 214,008.74 1.17 152.49 NSG-MWD+sag(2) 2,201.24 15.84 270.77 2,185.13 2,025.13 -27.60 -173.73 2,499,476.70 213,986.25 3.45 174.94 NSG-MWD+sag(2) 2,275.83 17.71 266.78 2,256.54 2,096.54 -28.10 -195.24 2,499,476.72 213,964.74 2.94 196.44 MWD+SC+sag(3) 2,364.96 19.55 265.09 2,341.00 2,181.00 -30.14 -223.64 2,499,475.38 213,936.30 2.15 224.91 MWD+SC+sag(3) 2,458.54 21.59 265.39 2,428.61 2,268.61 -32.87 -256.40 2,499,473.46 213,903.48 2.18 257.77 MWD+SC+sag(3) 2,556.13 22.79 266.92 2,518.97 2,358.97 -35.32 -293.17 2,499,471.90 213,866.66 1.36 294.62 MWD+SC+sag(3) 2,650.04 25.17 265.99 2,604.77 2,444.77 -37.70 -331.26 2,499,470.45 213,828.52 2.57 332.78 MWD+SC+sag(3) 2,743.67 27.42 264.50 2,688.71 2,528.71 -41.16 -372.59 2,499,468.00 213,787.13 2.50 374.23 MWD+SC+sag(3) 2,837.11 26.54 264.41 2,771.98 2,611.98 -45.25 -414.78 2,499,464.94 213,744.84 0.94 416.58 MWD+SC+sag(3) 2,938.28 29.40 264.99 2,861.32 2,701.32 -49.62 -462.03 2,499,461.72 213,697.51 2.84 463.99 MWD+SC+sag(3) 3,026.92 32.20 264.35 2,937.45 2,777.45 -53.85 -507.21 2,499,458.60 213,652.23 3.18 509.33 MWD+SC+sag(3) 3,125.82 31.93 264.60 3,021.26 2,861.26 -58.91 -559.47 2,499,454.82 213,599.87 0.30 561.79 MWD+SC+sag(3) 3,218.91 31.84 265.13 3,100.31 2,940.31 -63.31 -608.44 2,499,451.62 213,550.80 0.32 610.92 MWD+SC+sag(3) 3,309.79 31.93 266.43 3,177.47 3,017.47 -66.84 -656.32 2,499,449.26 213,502.86 0.76 658.91 MWD+SC+sag(3) 3,405.44 30.64 265.30 3,259.22 3,099.22 -70.41 -705.86 2,499,446.89 213,453.25 1.48 708.57 MWD+SC+sag(3) 3,497.50 30.55 264.74 3,338.46 3,178.46 -74.48 -752.53 2,499,443.97 213,406.48 0.32 755.40 MWD+SC+sag(3) 3,590.81 30.37 264.26 3,418.89 3,258.89 -79.01 -799.62 2,499,440.59 213,359.30 0.32 802.66 MWD+SC+sag(3) 3,688.40 30.67 262.50 3,502.96 3,342.96 -84.73 -848.84 2,499,436.07 213,309.95 0.97 852.11 MWD+SC+sag(3) 3,786.62 30.32 262.73 3,587.60 3,427.60 -91.13 -898.27 2,499,430.87 213,260.38 0.38 901.81 MWD+SC+sag(3) 3,901.93 31.02 263.28 3,686.78 3,526.78 -98.30 -956.65 2,499,425.14 213,201.84 0.65 960.48 MWD+SC+sag(4) 3,990.39 30.47 261.56 3,762.80 3,602.80 -104.25 -1,001.48 2,499,420.28 213,156.89 1.17 1,005.56 MWD+SC+sag(4) 4,08143 30.67 261.85 3,841.19 3,681.19 -110.93 -1,047.29 2,499,414.72 213,110.92 0.27 1,051.66 MWD+SC+sag(4) 4,176.31 30.72 262.27 3,922.78 3,762.78 -117.62 -1,095.26 2,499,409.20 213,062.80 0.23 1,099.92 MWD+SC+sag(4) 4,270.26 30.90 262.67 4,003.47 3,843.47 -123.93 -1,142.97 2,499,404.06 213,014.96 0.29 1,147.89 MWD+SC+sag(4) 4,363.65 31.16 261.78 4,083.49 3,923.49 -130.44 -1,190.66 2,499,398.72 212,967.12 0.56 1,195.86 MWD+SC+sag(4) 4,459.93 30.81 261.62 4,166.03 4,006.03 -137.60 -1,239.71 2,499,392.76 212,917.91 0.37 1,245.21 MWD+SC+sag(4) 4,552.62 30.95 261.82 4,245.59 4,085.59 -144.45 -1,286.79 2,499,387.06 212,870.68 0.19 1,292.58 MWD+SC+sag(4) 4,652.19 30.71 262.45 4,331.09 4,171.09 -151.43 -1,337.34 2,499,381.31 212,819.97 0.40 1,343.43 MWD+SC+sag(4) 8/5/2014 5:20.25PM Page 3 COMPASS 5000.1 Build 70 Halliburton Definitive Survey Report Company: Hilcorp Energy Company Local Co-ordinate Reference: Well Trading Bay Unit M-34 Project: Trading Bay TVD Reference: TBU SteelHead:Actual @ 160.00usft Site: Steel Head MD Reference: TBU SteelHead:Actual @ 160.00usft Well: Trading Bay Unit M-34 North Reference: True Wellbore: TBU M-34 Survey Calculation Method: Minimum Curvature Design: TBU M-34 Database: Sperry EDM-NORTH US+CANADA Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 4,744.23 31.19 263.36 4,410.02 4,250.02 -157.28 -1,384.31 2,499,376.62 212,772.87 0.73 1,390.64 MWD+SC+sag(4) 4,840.09 31.47 263.04 4,491.90 4,331.90 -163.18 -1,433.80 2,499,371.93 212,723.25 0.34 1,440.38 MWD+SC+sag(4) 4,939.24 31.11 262.63 4,576.63 4,416.63 -169.60 -1,484.89 2,499,366.75 212,672.02 0.42 1,491.73 MWD+SC+sag(4) 5,033.47 30.33 262.16 4,657.64 4,497.64 -175.97 -1,532.61 2,499,361.55 212,624.16 0.87 1,539.72 MWD+SC+sag(4) 5,128.30 30.58 261.27 4,739.38 4,579.38 -182.90 -1,580.17 2,499,355.79 212,576.45 0.54 1,587.58 MWD+SC+sag(4) 5,222.89 30.61 261.00 4,820.81 4,660.81 -190.32 -1,627.74 2,499,349.53 212,528.71 0.15 1,635.47 MWD+SC+sag(4) 5,321.53 30.68 261.50 4,905.67 4,745.67 -197.96 -1,677.43 2,499,343.10 212,478.85 0.27 1,685.49 MWD+SC+sag(4) 5,410.92 30.98 261.86 4,982.43 4,822.43 -204.59 -1,722.76 2,499,337.58 212,433.37 0.39 1,731.11 MWD+SC+sag(4) 5,506.05 30.49 261.34 5,064.20 4,904.20 -211.69 -1,770.86 2,499,331.66 212,385.11 0.59 1,779.51 MWD+SC+sag(4) 5,602.38 30.28 262.68 5,147.30 4,987.30 -218.47 -1,819.10 2,499,326.06 212,336.71 0.74 1,828.04 MWD+SC+sag(4) 5,692.36 31.07 263.49 5,224.69 5,064.69 -223.99 -1,864.67 2,499,321.65 212,291.02 0.99 1,873.84 MWD+SC+sag(4) 5,787.34 31.66 264.12 5,305.79 5,145.79 -229.32 -1,913.82 2,499,317.52 212,241.76 0.71 1,923.20 MWD+SC+sag(4) 5,883.01 31.59 263.39 5,387.25 5,227.25 -234.78 -1,963.69 2,499,313.28 212,191.77 0.41 1,973.28 MWD+SC+sag(4) 5,976.55 30.87 263.30 5,467.23 5,307.23 -240.40 -2,011.86 2,499,308.84 212,143.48 0.77 2,021.68 MWD+SC+sag(4) 6,073.74 30.55 263.02 5,550.79 5,390.79 -246.31 -2,061.14 2,499,304.14 212,094.07 0.36 2,071.21 MWD+SC+sag(4) 6,169.70 30.46 263.45 5,633.47 5,473.47 -252.05 -2,109.51 2,499,299.58 212,045.57 0.25 2,119.81 MWD+SC+sag(4) 6,267.38 30.43 263.73 5,717.68 5,557.68 -257.57 -2,158.70 2,499,295.26 211,996.27 0.15 2,169.22 MWD+SC+sag(4) 6,357.79 30.89 261.62 5,795.46 5,635.46 -263.46 -2,204.42 2,499,290.49 211,950.42 1.29 2,215.18 MWD+SC+sag(4) 6,453.60 31.15 261.24 5,877.57 5,717.57 -270.81 -2,253.24 2,499,284.33 211,901.43 0.34 2,264.33 MWD+SC+sag(4) 6,542.52 30.59 263.08 5,953.89 5,793.89 -277.04 -2,298.43 2,499,279.20 211,856.10 1.23 2,309.78 MWD+SC+sag(4) 6,640.68 30.76 263.05 6,038.31 5,878.31 -283.09 -2,348.14 2,499,274.37 211,806.25 0.17 2,359.74 MWD+SC+sag(4) 6,738.46 31.16 262.76 6,122.16 5,962.16 -289.30 -2,398.06 2,499,269.38 211,756.20 0.44 2,409.91 MWD+SC+sag(4) 6,830.75 31.11 263.97 6,201.16 6,041.16 -294.82 -2,445.46 2,499,265.02 211,708.68 0.68 2,457.54 MWD+SC+sag(4) 6,920.77 31.17 262.82 6,278.21 6,118.21 -300.17 -2,491.70 2,499,260.80 211,662.33 0.66 2,503.99 MWD+SC+sag(4) 7,018.74 31.15 262.43 6,362.04 6,202.04 -306.68 -2,541.97 2,499,255.52 211,611.91 0.21 2,554.54 MWD+SC+sag(4) 7,113.03 31.98 26427 6,442.39 6,282.39 -312.39 -2,590.99 2,499,251.02 211,562.76 1.35 2,603.79 MWD+SC+sag(4) 7,208.80 31.56 262.82 6,523.81 6,363.81 -318.05 -2,641.09 2,499,246.58 211,512.54 0.91 2,654.12 MWD+SC+sag(4) 7,306.75 30.59 261.69 6,607.70 6,447.70 -324.86 -2,691.19 2,499,240.99 211,462.29 1.16 2,704.50 MWD+SC+sag(4) 7,397.59 30.70 263.43 6,685.86 6,525.86 -330.85 -2,737.10 2,499,236.12 211,416.25 0.98 2,750.66 MWD+SC+sag(4) 7,493.41 30.86 263.61 6,768.18 6,608.18 -336.38 -2,785.82 2,499,231.78 211,367.41 0.19 2,799.61 MWD+SC+sag(4) 7,583A2 31.83 261.84 6,845.05 6,685.05 -342.32 -2,832.26 2,499,226.98 211,320.84 1.49 2,846.29 MWD+SC+sag(4) 7,685.99 30.20 259.96 6,932.96 6,772.96 -350.66 -2,884.44 2,499,219.92 211,268.47 1.85 2,898.84 MWD+SC+sag(4) 7,780.67 30.23 259.73 7,014.77 6,854.77 -359.06 -2,931.34 2,499,212.66 211,221.38 0.13 2,946.11 MWD+SC+sag(4) 7,873.51 30.65 260.67 7,094.82 6,934.82 -367.06 -2,977.69 2,499,205.79 211,174.85 0.68 2,992.82 MWD+SC+sag(4) 7,965.72 31.45 262.89 7,173.82 7,013.82 -373.85 -3,024.75 2,499,200.16 211,127.63 1.51 3,040.18 MWD+SC+sag(4) 8,066.51 30.63 264.33 7,260.18 7,100.18 -379.64 -3,076.40 2,499,195.63 211,075.86 1.10 3,092.05 MWD+SC+sag(4) 8,156.68 31.56 267.04 7,337.39 7,177.39 -383.13 -3,122.82 2,499,193.27 211,029.36 1.86 3,138.60 MWD+SC+sag(4) 8,256.53 31.65 264.86 7,422.43 7,262.43 -386.83 -3,175.01 2,499,190.85 210,977.10 1.15 3,190.91 MWD+SC+sag(4) 8,345.42 31.56 263.59 7,498.14 7,338.14 -391.51 -3,221.36 2,499,187.30 210,930.65 0.76 3,237.43 MWD+SC+sag(4) 8,436.37 30.98 263.99 7,575.88 7,415.88 -396.62 -3,268.29 2,499,183.34 210,883.61 0.68 3,284.57 MWD+SC+sag(4) 8/5/2014 5:20:25PM Page 4 COMPASS 5000.1 Build 70 Halliburton , Definitive Survey Report Company: Hilcorp Energy Company Local Co-ordinate Reference: Well Trading Bay Unit M-34 Project: Trading Bay TVD Reference: TBU SteelHead:Actual @ 160.00usft Site: Steel Head MD Reference: TBU SteelHead:Actual @ 160.00usft Well: Trading Bay Unit M-34 North Reference: True Wellbore: TBU M-34 Survey Calculation Method: Minimum Curvature Design: TBU M-34 Database: Sperry EDM-NORTH US+CANADA Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 8,493.27 30.39 263.55 7,624.81 7,464.81 -399.77 -3,297.16 2,499,180.89 210,854.68 1.11 3,313.56 MWD+SC+sag(4) 8,534.93 30.07 263.80 7,660.81 7,500.81 -402.08 -3,318.00 2,499,179.09 210,833.78 0.83 3,334.50 MWD+SC+sag(4) 8,632.18 30.13 264.36 7,744.94 7,584.94 -407.11 -3,366.51 2,499,175.25 210,785.16 0.30 3,383.21 MWD+SC+sag(4) 8,723.19 29.95 264.64 7,823.73 7,663.73 -411.48 -3,411.86 2,499,171.99 210,739.72 0.25 3,428.72 MWD+SC+sag(4) 8,817.06 30.64 264.81 7,904.78 7,744.78 -415.83 -3,459.02 2,499,168.79 210,692.47 0.74 3,476.04 MWD+SC+sag(4) 8,914.82 30.20 265.68 7,989.08 7,829.08 -419.94 -3,508.34 2,499,165.89 210,643.06 0.64 3,525.51 MWD+SC+sag(4) 9,012.30 30.66 264.18 8,073.13 7,913.13 -424.31 -3,557.52 2,499,162.72 210,593.79 0.91 3,574.85 MWD+SC+sag(4) 9,104.29 31.04 263.45 8,152.11 7,992.11 -429.39 -3,604.42 2,499,158.79 210,546.79 0.58 3,621.95 MWD+SC+sag(4) 9,195.09 31.10 263.73 8,229.88 8,069.88 -434.62 -3,650.98 2,499,154.69 210,500.10 0.17 3,668.73 MWD+SC+sag(4) 9,295.61 31.70 263.89 8,315.68 8,155.68 -440.27 -3,703.05 2,499,150.32 210,447.92 0.60 3,721.02 MWD+SC+sag(4) 9,394.47 31.40 263.55 8,399.93 8,239.93 -445.93 -3,754.47 2,499,145.92 210,396.38 0.35 3,772.66 MWD+SC+sag(4) 9,487.45 31.92 262.43 8,479.07 8,319.07 -451.88 -3,802.90 2,499,141.14 210,347.81 0.84 3,821.34 MWD+SC+sag(4) 9,582.83 30.67 262.25 8,560.57 8,400.57 -458.49 -3,852.00 2,499,135.74 210,298.56 1.31 3,870.72 MWD+SC+sag(4) 9,676.74 30.67 262.45 8,641.35 8,481.35 -464.86 -3,899.48 2,499,130.53 210,250.94 0.11 3,918.47 MWD+SC+sag(4) 9,771.51 30.77 262.47 8,722.82 8,562.82 -471.22 -3,947.47 2,499,125.35 210,202.81 0.11 3,966.73 MWD+SC+sag(4) 9,862.99 30.30 262.52 8,801.61 8,641.61 -477.29 -3,993.55 2,499,120.40 210,156.59 0.51 4,013.06 MWD+SC+sag(4) 9,957.92 29.93 262.40 8,883.73 8,723.73 -483.54 -4,040.77 2,499,115.31 210,109.24 0.39 4,060.54 MWD+SC+sag(4) 9,983.87 29.16 262.57 8,906.30 8,746.30 -485.21 -4,053.46 2,499,113.95 210,096.51 2.98 4,073.30 MWD+SC+sag(4) 10,059.50 29.48 263.75 8,972.24 8,812.24 -489.62 -4,090.23 2,499,110.44 210,059.65 0.87 4,110.25 MWD+SC+sag(4) 10,149.10 34.26 265.52 9,048.32 8,888.32 -493.99 -4,137.31 2,499,107.21 210,012.47 5.44 4,157.50 MWD+SC+sag(5) 10,244.71 39.34 265.43 9,124.85 8,964.85 -498.51 -4,194.39 2,499,104.09 209,955.30 5.31 4,214.73 MWD+SC+sag(5) 10,343.22 44.31 267.91 9,198.24 9,038.24 -502.26 -4,259.94 2,499,101.95 209,889.67 5.32 4,280.39 MWD+SC+sag(5) 10,438.08 49.44 269.09 9,263.06 9,103.06 -504.04 -4,329.13 2,499,101.85 209,820.46 5.48 4,349.58 MWD+SC+sag(5) 10,476.12 51.58 269.71 9,287.25 9,127.25 -504.34 -4,358.48 2,499,102.26 209,791.11 5.76 4,378.91 MWD+SC+sag(5) 10,509.40 53.46 269.15 9,307.50 9,147.50 -504.61 -4,384.89 2,499,102.65 209,764.71 5.80 4,405.29 MWD+SC+sag(5) 10,533.29 55.13 269.52 9,321.45 9,161.45 -504.83 -4,404.29 2,499,102.89 209,745.31 7.10 4,424.67 MWD+SC+sag(5) 10,571.93 57.44 270.46 9,342.89 9,182.89 -504.84 -4,436.43 2,499,103.68 209,713.18 6.31 4,456.77 MWD+SC+sag(5) 10,602.14 60.19 270.39 9,358.53 9,198.53 -504.64 -4,462.27 2,499,104.50 209,687.35 9.11 4,482.56 MWD+SC+sag(5) 10,627.47 62.57 270.80 9,370.67 9,210.67 -504.41 -4,484.50 2,499,105.27 209,665.13 9.50 4,504.75 MWD+SC+sag(5) 10,664.16 66.20 269.90 9,386.53 9,226.53 -504.21 -4,517.58 2,499,106.28 209,632.07 10.14 4,537.78 MWD+SC+sag(5) 10,693.74 68.85 270.08 9,397.83 9,237.83 -504.22 -4,544.91 2,499,106.94 209,604.75 8.98 4,565.07 MWD+SC+sag(5) 10,720.26 71.60 268.47 9,406.80 9,246.80 -504.54 -4,569.86 2,499,107.23 209,579.79 11.84 4,590.00 MWD+SC+sag(5) 10,816.51 79.84 267.90 9,430.53 9,270.53 -507.50 -4,663.01 2,499,106.55 209,486.60 8.58 4,683.18 MWD+SC+sag(5) 10,906.29 84.33 267.40 9,442.89 9,282.89 -511.14 -4,751.83 2,499,105.07 209,397.71 5.03 4,772.07 MWD+SC+sag(5) 11,005.96 86.93 266.43 9,450.48 9,290.48 -516.49 -4,851.06 2,499,102.14 209,298.38 2.78 4,871.44 MWD+SC+sag(5) 11,101.95 89.89 262.37 9,453.14 9,293.14 -525.86 -4,946.53 2,499,095.12 209,202.72 5.23 4,967.27 MWD+SC+sag(5) 11,161.09 91.87 262.57 9,452.24 9,292.24 -533.61 -5,005.15 2,499,088.80 209,143.93 3.37 5,026.21 MWD+SC+sag(5) 11,192.48 91.31 262.69 9,451.36 9,291.36 -537.63 -5,036.26 2,499,085.54 209,112.72 1.82 5,057.50 MWD+SC+sag(5) 11,256.62 91.44 264.68 9,449.83 9,289.83 -544.68 -5,099.99 2,499,080.04 209,048.84 3.11 5,121.51 MWD+SC+sag(5) 11,291.97 91.69 265.61 9,448.86 9,288.86 -547.67 -5,135.20 2,499,077.91 209,013.57 2.72 5,156.83 MWD+SC+sag(5) 8/5/2014 5:20:25PM Page 5 COMPASS 5000.1 Build 70 Halliburton Definitive Survey Report Company: Hilcorp Energy Company Local Co-ordinate Reference: Well Trading Bay Unit M-34 Project: Trading Bay TVD Reference: TBU SteelHead:Actual @ 160.00usft Site: Steel Head MD Reference: TBU SteelHead:Actual @ 160.O0usft Well: Trading Bay Unit M-34 North Reference: True Wellbore: TBU M-34 Survey Calculation Method: Minimum Curvature Design: TBU M-34 Database: Sperry EDM-NORTH US+CANADA Survey Map Map Vertical MD Inc Azi TVD TVDSS +N1-5 +E/-W Northing Easting DLS Section (usft) (°) (°) (usft) (usft) (usft) (usft) (ft) (ft) (°/100') (ft) Survey Tool Name 11,386.48 91.93 270.17 9,445.87 9,285.87 -551.15 -5,229.58 2,499,076.74 208,919.14 4.83 5,251.25 MWD+SC+sag(5) 11,481.46 90.82 270.58 9,443.59 9,283.59 -550.53 -5,324.53 2,499,079.68 208,824.23 1.25 5,346.04 MWD+SC+sag(5) 11,575.68 90.20 271.53 9,442.76 9,282.76 -548.79 -5,418.72 2,499,083.71 208,730.10 1.20 5,440.02 MWD+SC+sag(5) 11,670.31 90.02 276.91 9,442.57 9,282.57 -541.83 -5,513.06 2,499,092.97 208,635.96 5.69 5,533.86 MWD+SC+sag(5) 11,764.25 87.92 281.59 9,444.26 9,284.26 -526.74 -5,605.74 2,499,110.32 208,543.68 5.46 5,625.62 MWD+SC+sag(5) 11,828.50 87.73 281.69 9,446.70 9,286.70 -513.79 -5,668.62 2,499,124.81 208,481.14 0.33 5,687.74 MWD+SC+sag(5) 11,865.93 87.84 283.16 9,448.15 9,288.15 -505.74 -5,705.14 2,499,133.75 208,444.82 3.94 5,723.79 MWD+SC+sag(5) 11,963.57 87.10 282.41 9,452.46 9,292.46 -484.16 -5,800.27 2,499,157.65 208,350.25 1.08 5,817.66 MWD+SC+sag(5) 12,058.43 86.11 282.33 9,458.08 9,298.08 -463.87 -5,892.76 2,499,180.18 208,258.28 1.05 5,908.96 MWD+SC+sag(5) 12,152.96 84.06 281.59 9,466.17 9,306.17 -444.35 -5,984.89 2,499,201.95 208,166.65 2.30 5,999.95 MWD+SC+sag(5) 12,245.53 81.08 279.78 9,478.14 9,318.14 -427.33 -6,075.08 2,499,221.16 208,076.91 3.76 6,089.12 MWD+SC+sag(5) 12,344.40 76.59 279.23 9,497.28 9,337.28 -411.31 -6,170.72 2,499,239.51 207,981.68 4.57 6,183.79 MWD+SC+sag(5) 12,419.00 76.59 279.23 9,514.59 9,354.59 -399.67 -6,242.35 2499,252.90 207,910.36 0.00 6,254.71 PROJECTED to TD bran@hallib Checked By: urton.com a= „z Approved By Car Taylor -75,77=-....r.;-' -:' Date: 5 Aug2014 8/5/2014 5:20:25PM Page 6 COMPASS 5000.1 Build 70 M-34 Days Vs Depth 0 __—\ —SH M-34 Drill —M-34 Plan 2000 4000 \I – 6000 L a+ a - v 8000 a 3 ro v 10000 _ N , 12000 14000 16000 0 10 20 30 40 50 60 70 80 Days M-34 MW Vs Depth --MW vs Depth M-34 Plan 2000 4000 6000 s ., a a -O 8000 a 10000 117 12000 14000 16000 8.4 8.6 8.8 9 9.2 9.4 9.6 Mud Density(ppg) , Hilcorp Energy Company CASING &CEMENTING REPORT Lease&Well No. ADL-17595/ TBU M-34 Date 24-May-14 County Kenai Peninsula Burough State Alaska Supv. Marvin Rogers/Soan Sunderland CASING RECORD TD 1385.00 Shoe Depth: 1363.00 PBTD: Casing(Or Liner)Detail Setting Depths No.of Jts. Size Wt. Grade THD Make Length Bottom Top 1 16 84 L-80 Boss Float Shoe 2.75 1,363.00 1,360.25 1 16 84 L-80 Boss JT 41.99 1,360.25 1,318.26 1 16 84 L-80 Boss JT 42.36 1,318.26 1,275.90 1 16 84 L-80 Boss Float Collar 3.10 1,275.90 1,272.80 1 _ 16 84 L-80 Boss JT 42.81 1,272.80 1,229.99 27 16 84 L-80 Boss JTS 1,151.76 1,229.99 80.31 Csg Wt.On Hook: 150,000 Type Float Collar: XXX No.Hrs to Run: 24 Csg Wt.On Slips: 150,000 Type of Shoe: FS Casing Crew: Weatherford Fluid Description: 9.4 ppg Gel Liner hanger Info(Make/Model): Liner top Packer?: _Yes _No Liner hanger test pressure: Centralizer Placement: 2 cent on shoe jt 10'from ea end with stop bands. 1 cent sliding on tube of next 12 jts.[14 total] CEMENTING REPORT Preflush(Spacer) Type: Type II Density(ppg) 10.5 Volume pumped(BBLs) 100 Lead Slurry Type: Light Crete Yield: 1.88 ft3/sx 1 i( Density(ppg) 11 Volume pumped(BBLs) 330 Mixing/Pumping Rate(bpm): 5.5 Tail Slurry Type: Conventional Yield 1.22 ft3/sx Density(ppg) 15.4 Volume pumped(BBLs) 195 Mixing/Pumping Rate(bpm): 5.5 I- Post Flush(Spacer) Type: Density(ppg) Rate(bpm): Volume: ec LI Displacement: Type: H2O Density(ppg) 8.4 Rate(bpm): 4 Volume(actual/calculated): 21/23 FCP(psi): 1000 Pump used for disp: Cmt unit Plug Bumped? X Yes No Bump press 3800 Casing Rotated? Yes X No Reciprocated? _Yes X No %Returns during job 100% Cement returns to surface? X Yes _No Spacer returns? X Yes No Vol to Surf: 240 bbl Cement In Place At: 16:30 Date: 5/24/2014 Estimated TOC: 78 Method Used To Determine TOC: Visual Preflush(Spacer) Type: Density(ppg) Volume pumped(BBLs) Lead Slurry Type: Density(ppg) Volume pumped(BBLs) Mixing/Pumping Rate(bpm): Tail Slurry w Type: a Density(ppg) Volume pumped(BBLs) Mixing/Pumping Rate(bpm): Post Flush(Spacer) 0 o Type: Density(ppg) Rate(bpm): Volume: w Displacement: co Type: Density(ppg) Rate(bpm): Volume(actual/calculated): FCP(psi): Pump used for disp: Plug Bumped? Yes No Bump press Casing Rotated? Yes _No Reciprocated? _Yes No %Returns during job Cement returns to surface? Yes No Spacer returns?_Yes No Vol to Surf: Cement In Place At: Date: Estimated TOC: Method Used To Determine TOC: WELLHEAD Make SEABOARD Type SM-E 20"X 16"BC Serial No. HO-32101 Size 1/20/1900 W.P. 3000 Test Head To PSIG MIN OK Remarks: M • Hilcorp Alaska,LLC CASING&CEMENTING REPORT Lease&Well No. ADL-17595/TBU M-34 Date 4-Jun-14 County Kenai Peninsula Borough State Alaska Supv. Shane Hauck/Rick Brumley CASING RECORD TD 3863.00 Shoe Depth: 3844' PBTD: N/A Casing(Or Liner)Detail Setting Depths No.of Jts. Size Wt. Grade THD Make Length Bottom Top 1 13 3/8 68 _ L-80 BTC Float Shoe 1.90 3,844.30 3,842.40 1 13 3/8 68 L-80 BTC JT 41.36 3,842.40 3,801.04 1 13 3/8 68 L-80 BTC JT 41.17 3,801.04 3,759.87 1 13 3/8 68 L-80 BTC Float Collar 1.63 3,759.87 3,758.24 89 13 3/8 68 L-80 BTC JTS 3,682.54 3,758.24 75.70 Tota Is Csg Wt.On Hook: 190,000 Type Float Collar: 402 FC sure seal 3 No.Hrs to Run: 27 Csg Wt.On Slips: 190,000 Type of Shoe: 303 FS sure seal 3 Casing Crew: Weatherford Fluid Description: 9.2+ppg Gem mud Liner hanger Info(Make/Model): Liner top Packer?: _Yes _No Liner hanger test pressure: Centralizer Placement: No centralizers used. CEMENTING REPORT Preflush(Spacer) Type: MudPush II Density(ppg) 10.5 Volume pumped(BBLs) 102 Lead Slurry Type: Lite Crete i / Density(ppg) 11.0 ppg Volume pumped(BBLs) 466 bbls V Mixing/Pumping Rate(bpm): 4.2 BPM ✓ Tail Slurry Type: "G"Blend 1 Density(ppg) 15.4 ppg Volume pumped(BBLs) 107 bbls Mixing/Pumping Rate(bpm): 4.4 BPM I- Post Flush(Spacer) Type: Density(ppg) 5 il1 3 Rate(bpm): Volume: cc Displacement: Type: H2O Density(ppg) 8.4 ppg Rate(bpm): 4.4 BPM Volume(actual/calculated): 5 bbls FCP(psi): 640 Pump used for disp: Rig Plug Bumped? Yes X No Bump press N/A Casing Rotated? Yes X No Reciprocated? _Yes X No %Returns during job 80% Cement returns to surface? Yes X No Spacer returns? X Yes No Vol to Surf: Trace Cement In Place At: 21:26 Date: 6/4/2014 Estimated TOC: / 1500' Method Used To Determine TOC: pressure/temp survey J Preflush(Spacer) Type: Density(ppg) Volume pumped(BBLs) Lead Slurry Type: Density(ppg) Volume pumped(BBLs) Mixing/Pumping Rate(bpm): Tail Slurry w Type: a Density(ppg) Volume pumped(BBLs) Mixing/Pumping Rate(bpm): H ° Post Flush(Spacer) 0 zType: Density ty(ppg) Rate(bpm): Volume: w Displacement: v) Type: Density(ppg) Rate(bpm): Volume(actual/calculated): FCP(psi): Pump used for disp: Plug Bumped? Yes No Bump press Casing Rotated? Yes _No Reciprocated? _Yes _No %Returns during job Cement returns to surface? Yes _No Spacer returns?_Yes No Vol to Surf: Cement In Place At: Date: Estimated TOC: Method Used To Determine TOC: Post Job Calculations: Calculated Cmt Vol @ 0%excess: 50%of OH Total Volume cmt Pumped: 573 bbls Cmt returned to surface: trace Calculated cement left in wellbore: 573 OH volume Calculated: 314.87 OH volume actual: 314.87 Actual%Washout: None 4 Hilcorp Alaska,LLC CASING &CEMENTING REPORT Lease&Well No. ADL-17595/TBU M-34 Date 25-Jun-14 County Kenai Peninsula Borough State Alaska Supv. Shane Hauck/Sloan Sunderland CASING RECORD TD 10028.00 Shoe Depth: 10015.00 PBTD: N/A Casing(Or Liner)Detail Setting Depths No.of Jts. Size Wt. Grade THD Make Length Bottom Top 1 11 47 P-110 DWC Weatherford 3.45 10,015.00 10,011.53 1 9 5/8 47 P-110 DWC _ 37.28 10,011.53 9,974.25 1 9 5/8 47 P-110 DWC 36.83 9,974.25 9,937.42 1 9 5/8 47 P-110 DWC Weatherford 1.46 9,937.42 _ 9,935.96 31 9 5/8 47 P-110 DWC 1,185.64 9,935.96 8,750.32 115 9 5/8 47 L-80 DWC 8661.46 8,750.32 88.86 1 9 5/8 47 L-80 DWC 10.02 88.86 78.84 1 9 5/8 47 L-80 DWC 4.35 78.84 74.49 1 9 5/8 47 L-80 DWC Cameron 0.80 73.69 0.00 Totals Csg Wt.On Hook: 400,000 Type Float Collar: 402 FC sure seal 3 No.Hrs to Run: 27 Csg Wt.On Slips: 340,000 Type of Shoe: amondback reamer she Casing Crew: Weatherford Fluid Description: 9.4 ppg Gem mud Liner hanger Info(Make/Model): Liner top Packer?: Yes No Liner hanger test pressure: Centralizer Placement: One Cent 10'up on each end of the shoe.One in the middle on the spacer joint&FC joint.One every 3rd Jt up to 9484'. CEMENTING REPORT Preflush(Spacer) Type: MudPush II Density(ppg) 10.5 Volume pumped(BBLs) 75 Lead Slurry Type: Lite Crete Density(ppg) 11.5 ppg Volume pumped(BBLs) 440 bbls Mixing/Pumping Rate(bpm): 5 BPM Tail Slurry Type: "G"Blend Density(ppg) 15.3 ppg Volume pumped(BBLs) 60 bbls Mixing/Pumping Rate(bpm): 3.5 BPM Post Flush(Spacer) 0 Type: Density(ppg) S Rate(bpm): Volume: cc LT Displacement: Type: H2O Density(ppg) 8.4 ppg Rate(bpm): 4.4 BPM Volume(actual/calculated): 5 bbls FCP(psi): 1640 Pump used for disp: Rig Plug Bumped? X No Bump press N/A Casing Rotated? Yes X No Reciprocated? Yes X No %Returns during job 80% Cement returns to surface? Yes X No Spacer returns?_Yes x No Vol to Surf: Cement In Place At: 18:22 Date: 6/25/2014 Estimated TOC: 4,500 Method Used To Determine TOC: Calculated Preflush(Spacer) Type: Density(ppg) Volume pumped(BBLs) Lead Slurry Type: Density(ppg) Volume pumped(BBLs) Mixing/Pumping Rate(bpm): Tail Slurry En Type: a Density(ppg) Volume pumped(BBLs) Mixing/Pumping Rate(bpm): r u) Post Flush(Spacer) 0 Type: o Density(ppg) Rate(bpm): Volume: 0 Lu Displacement: Type: Density(ppg) Rate(bpm): Volume(actual/calculated): FCP(psi): Pump used for disp: Plug Bumped? Yes No Bump press Casing Rotated? Yes _No Reciprocated? Yes _No %Returns during job Cement returns to surface? Yes No Spacer returns? Yes No Vol to Surf: Cement In Place At: Date: Estimated TOC: Method Used To Determine TOC: Post Job Calculations: Calculated Cmt Vol @ 0%excess: 50%of OH Total Volume cmt Pumped: 500 bbls Cmt returned to surface: Calculated cement left in wellbore: 500 OH volume Calculated: 344.4 OH volume actual: 344.4 Actual%Washout: None • Schwartz, Guy L (DOA) From: Schwartz, Guy L(DOA) Sent: Tuesday,July 01, 2014 11:01 AM To: 'Ted Kramer'; Ferguson,Victoria L(DOA) Subject: RE: M-34 Completion Change- Sundry#314-282, PTD#214-027 Ted, No issues with tubing size... approved .Thanks for update. I will place this email in our well file. Guy Schwartz Senior Petroleum Engineer AOGCC 907-301-4533 cell 907-793-1226 office CONFIDENTIALITY NOTICE:This e-mail message,including any attachments,contains information from the Alaska Oil and Gas Conservation Commission (AOGCC),State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information.The unauthorized review,use or disclosure of such information may violate state or federal law.If you are an unintended recipient of this e-mail,please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Guy Schwartz at (907-793-1226) or(Guy.schwartzCalaska.gov). From:Ted Kramer [mailto:tkramer@ hilcorp.com] Sent:Tuesday, July 01, 2014 10:51 AM To: Schwartz, Guy L(DOA); Ferguson, Victoria L(DOA) Subject: M-34 Completion Change - Sundry # 314-282, PTD # 214-027 Guy and Victoria, I am sending this e-mail to let you know that we will be running 3-1/2" production tubing on the above well instead of the 4-1/2"that is given in the Sundry. This is due to availability of the pipe and the fact that the ESP set depth will be more shallow than previously intended.and I have attached an updated schematic showing the tubing change. Please call me with any questions or concerns, Ted Kramer Sr. Operations Engineer Hilcorp Alaska, LLC. 0 907-777-8420 C 985-867-0665 1 Schwartz, Guy L (DOA) From: Schwartz,Guy L(DOA) Sent Friday,June 06,2014 2:36 PM To: 'Luke Keller' Cc: Shane Hauck; Paul Mazzolini;Sloan Sunderland - (C) Subject RE: M-34 temp survey(PTD 214-297) Luke, I concur that TOC is likely near 1500 ft MD based on the down temperature pass (none disturbed fluid ). Based on that no remediation will be needed ... gas zones are adequately isolated. Regards, Guy Schwartz Senior Petroleum Engineer AOGCC 907-301-4533 cell 907-793-1226 office CONFIDENTIALITY NOTICE:This e-mail message,including any attachments,contains information from the Alaska Oil and Gas Conservation Commission (AOGCC),State of Alaska and is for the sole use of the intended recipient(s).It may contain confidential and/or privileged information.The unauthorized review,use or disclosure of such information may violate state or federal law.If you are an unintended recipient of this e-mail,please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Guy Schwartz at(907-793-1226) or (Guy.schwartz@alaska.gov). From: Luke Keller [mailto:lkeller@hilcorp.com] Sent: Friday,June 06, 2014 2:27 PM To: Schwartz, Guy L(DOA) Cc: Shane Hauck; Paul Mazzolini; Sloan Sunderland - (C) Subject: M-34 temp survey Guy, See attached temp log run inside the M-34 13-3/8" casing approx 22 hours after CIP. I would estimate TOC somewhere around 950 ft based on the reverse trend in temp gradient from 1450 to 950'. Reverse trend most likely due to cement curing process. Any thoughts or concerns? Luke Keller Drilling Engineer Hilcorp Alaska, LLC 907-777-8395 1 pro (.2/(1_62_7 0-3Li 9 �s s 11 kb Pressure (psia) 0 250 500 750 1000 1250 1500 1750 0 ' 500 1000 1500 411111pr 03 T�C 2000 o. ° 41110 2500 1 4 3000 fr 3500 4000 I I I I I 60 70 80 90 100 110 120 Temperature (Deg. F) —Pressure — Perfs x PKR —POOH Press —Temperature —POOH Temp '- M- 34- P715 24,402:70_ Regg, James B (DOA) From: Regg, James B (DOA) Sent: Monday, May 19, 2014 4:26 PM e� `7 I To: 'Shane Hauck'; Brooks, Phoebe L (DOA) l� Cc: Paul Mazzolini; Luke Keller; Rick Brumley- (C); Sloan Sunderland -(C); Marvin Rogers -(C); Truman Knutson -(C); Jim Davidson - (C); Schwartz, Guy L (DOA) Subject: RE: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling Attachments: Diverter Kuukpik5l 5-17-14.xlsx Permit application should have been more explicit about the diverter arrangement, specifically the vent line.Two red lines superimposed on a photo of the rig showing the route without lengths is not adequate. If AOGCC requires a diverter for any future grassroots wells on Steelhead, make sure the following regulatory variances are addressed: - Vent line size smaller than the hole size; variance is still required even with 2 vent lines - Distance from closest ignition source is half the regulatory requirement; contingency plan is mitigation that allows the variance to be approved. Revised Diverter Function Test Report is attached: - adjusted Rig Email address (.com) - database can only import a single entry for each dimension/length entry in Diverter Systems section; kept South vent line lengths in Test Data section of report; other lengths documented in Remarks - dropped units in Diverter Systems section Jim Regg Supervisor, Inspections AOGCC 333 W.7th Ave,Suite 100 Anchorage,AK 99501 907-793-1236 CONFIDENTIALITY NOTICE:This e-mail message,including any attachments,contains information from the Alaska Oil and Gas Conservation Commission(AOGCC),State of Alaska and is for the sole use of the intended recipient(s).It may contain confidential and/or privileged information. The unauthorized review,use or disclosure of such information may violate state or federal law.If you are an unintended recipient of this e-mail, please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Jim Regg at 907- 793-1236 or jim.regg@alaska.gov. From: Shane Hauck [mailto:shauck@hilcorp.com] Sent: Sunday, May 18, 2014 10:21 AM To: Regg, James B (DOA); DOA AOGCC Prudhoe Bay; Brooks, Phoebe SOA) Cc: Paul Mazzolini; Luke Keller; Rick Brumley - (C); Sloan Sunder!.•: - (C); Marvin Rogers - (C); Truman Knutson - (C); Jim Davidson - (C) Subject: RE: AOGCC1 Test Witness Notification Reques • •iverter, Steelhead 51, M-34, Kuukpik Drilling Mr. Regg Here is our Test form. Currently we are dr .ng cmt out of 26" pile. I will give notice of 24 hr of spud via web base form 1 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Diverter Systems Inspection Report GENERAL INFORMATION Date: 5/17/2014 Development: X Exploratory: Dig Contractor: Kuukpik Rig No. 51 ' AOGCC Rep: Waived Operator: Hilcorp Oper.Rep: Shane R Hauck - Field/Unit/Well No.:TBU M-34 Rig Rep: Truman Knutson PTD No.: 2140270 Rig Phone: 907-776-6833 Rig Email: shauck@hilcorp.com iZ TEST DATA MISCELLANEOUS: DIVERTER SYSTEM: Location Gen.: P Well Sign: P Designed to Avoid Freeze-up? P - Housekeeping: P Drlg.Rig. P Remote Operated Diverter? P Warning Sign P Misc: NA No Threaded Connections? P 24 hr Notice: P Vent line Below Diverter? P - ACCUMULATOR SYSTEM: Diverter Size: 21-1/4 in. Systems Pressure: 3050 - psig P , Hole Size: 22 in. Pressure After Closure: 1600 ' psig P Vent Line(s)Size: 16 in. P • 200 psi Recharge Time: 28 ' Seconds P Vent Line(s)Length: 141 ft. P Full Recharge Time: 133 ' Seconds P Closest Ignition Source: 40 ft. P Nitrogen Bottles(Number of): 8 Outlet from Rig Substructure: 131 ft. P Avg.Pressure: 2367 psig P Accumulator Misc: 0 NA Vent Line(s)Anchored: P MUD SYSTEM: Visual Alarm Turns Targeted/Long Radius: NA Trip Tank: P • P Divert Valve(s)Full Opening: P Mud Pits: P P . Valve(s)Auto&Simultaneous: P Flow Monitor: P ' P - Annular Closed Time: 45 sec Mud System Misc: 0 NA Knife Valve Open Time: 13 sec Diverter Misc: 0 NA GAS DETECTORS: Visual Alarm Methane: P • P Hydrogen Sulfide: P P Gas Detectors Misc: 0 NA TEST DETAILS Total Test Time: 4 hrs " Non-Compliance Items: 0 Remarks: Dual vent lines: Length North 54'South 141'; Knife Valves(2)open time North 9 sec South 13 sec; Outlet from rig substructure North 34' South 131' (both north&south to closest ignition source is cranes @ 40'each; see attached contingency plan). Diverter fuction test and hydrostatic test completed on 5-16-14.Gas detection completed testing on 5-17-14; hole swapped over to spud mud and rig pits PVT system completed testing 5-17-14 Submit to: jim.reaq@alaska.gov AOGCC.Inspectors@alaska.gov phoebe.brooks@alaska.gov Form 10-425(Revised 04/2014) Diverter Kuukpik5l 5-17-14.xlsx Steelhead Shallow Gas/ Diverter Revised May , 2014 Contingency Plan Rev. 3 • Platform will be running in flares out mode • Crane operator will notify rig floor supervisor when either crane commences and ceases operations and operations will be limited to critical operations only 1. Well shows indication of flow. 2. Space out to place Tool Joint above floor, Shut down pumps, check for flow. 3. (If Well is flowing) Activate Diverter (hold control buttons down for 5 seconds. Annular Preventer will close and Both Diverter knife valves will open simultaneously). 4. Check wind direction and close upwind valve. (If necessary) 5. Rig floor Supervisor will announce twice that Rig has gone on Diverter and what direction we have diverted, via Gai-Tronics.Then will trip ESD control on rig floor. And proceed to brucker 6. Control Room Operator will initiate "Abandon Platform", shutting down production equipment, closing all SSSV's. General alarm will sound initiating Incident Command System. • During diverter operations Control room will be manned at all times NO EXCEPTIONS 7. Crane operator will shut down Crane engine. (if in operation) 8. Power pack operators will kill all their equipment, as well as Heaters and Diesel fired equipment. 9. No other hot work will be permitted during diverter operations unless authorized by drilling foreman 10. All personnel will muster at their assigned Brucker for Roll Call. 11. Control Room Supervisor will kill UPS Battery connection. 12. Abandon platform by Brucker. Revised by Shane Hauck, 5/16/2014 Regg, James B (DOA) From: Shane Hauck [shauck@hilcorp.com] Sent: Sunday, May 18, 2014 10:21 AM To: Regg, James B (DOA); DOA AOGCC Prudhoe Bay; Brooks, Phoebe L (DOA) Cc: Paul Mazzolini; Luke Keller; Rick Brumley- (C); Sloan Sunderland - (C); Marvin Rogers -(C); Truman Knutson -(C); Jim Davidson - (C) Subject: RE: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling Attachments: Steelhead Diverter Contingency Plan.docx; Kuukpik, #51 5-17-14.xls Mr. Regg Here is our Test form. Currently we are drilling cmt out of 26" pile. I will give notice of 24 hr of spud via web base form w,_,01, 1,1„.1,4 tiro Thanks, Shane R. Hauck Sr. Drilling Foreman Hilcorp Energy Company shauck@hilcorp.com Anch office: 907-777-8366 Cell: 907-250-2713 Rig: 907-776-6833 From: Regg, James B (DOA) [mailtodim.regg@alaska.gov] Sent: Wednesday, May 14, 2014 2:19 PM To: Shane Hauck Subject: RE: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling Thank you for the update. Witness of diverter function test still waived. BOPE test will be high priority for us. Jim Regg Supervisor, Inspections AOGCC 333 W.7th Ave,Suite 100 Anchorage,AK 99501 907-793-1236 CONFIDENTIALITY NOTICE:This e-mail message, including any attachments,contains information from the Alaska Oil and Gas Conservation Commission(AOGCC),State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review,use or disclosure of such information may violate state or federal law.If you are an unintended recipient of this e-mail, please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Jim Regg at 907- 793-1236 or iim.regg@alaska.gov. 1 From: Shane Hauck [mailto:shauck@hilcorp.com] Sent: Wednesday, May 14, 2014 12:49 PM To: Rick Brumley - (C); Regg, James B (DOA) Cc: Marvin Rogers - (C); Robert Borgen - (C); Paul Mazzolini; Luke Keller Subject: RE: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling Mr. Reggs Just an update. We had couple setbacks. We will be doing our pre-test of diverter system today and will confirm we are good to go. Also we will not have our 16" csg on board tell the 22nd . So our fwd plan will be while we waiting is to build spud mud, have some IR-ST-80 training, P/up work string & stand in derrick& bha, clean out 26" and chg over to spud mud. So will have an opportunity if you would like to witness. We just started building spud mud this AM Thanks Shane From: Rick Brumley - (C) Sent: Monday, May 12, 2014 4:43 PM To: Regg, James B (DOA) Cc: Marvin Rogers - (C); Shane Hauck; Robert Borgen - (C); Paul Mazzolini; Luke Keller Subject: RE: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling Will do. From: Regg, James B (DOA) [mailto:jim.reqg@alaska.gov] Sent: Monday, May 12, 2014 4:28 PM To: Rick Brumley - (C) Subject: RE: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling We were planning to witness but had to redirect Inspector(Bob Noble) to another job. As things stand right now AOGCC witness of diverter test on Rig 51 is waived. If you to incur a day or more delay, please re-notice for opportunity to witness the diverter function test. Thank you. Jim Regg Supervisor, Inspections AOGCC 333 W.7th Ave,Suite 100 Anchorage,AK 99501 907-793-1236 CONFIDENTIALITY NOTICE:This e-mail message, including any attachments,contains information from the Alaska Oil and Gas Conservation Commission(AOGCC),State of Alaska and is for the sole use of the intended recipient(s).It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law.If you are an unintended recipient of this e-mail, please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Jim Regg at 907- 793-1236 or jim.regg@alaska.gov. From: Rick Brumley [mailto:noreply@formresponse.com] Sent: Sunday, May 11, 2014 6:02 PM To: DOA AOGCC Prudhoe Bay; DOA AOGCC Prudhoe Bay Subject: AOGCC1 Test Witness Notification Request: Diverter, Steelhead 51, M-34, Kuukpik Drilling 2 Question Answer Type of Test Requested: Diverter Requested Time for 05-14-2014 7:00 AM Inspection Location Steelhead 51, M-34, Kuukpik Drilling Name Rick Brumley E-mail rbrumley@hilcorp.com Phone Number (907) 776-6833 Company Hilcorp Alaska Other Information: We expect to be ready for diverter function test on Wednesday morning. Submission ID: 265669348451712050 3 f?, - . " ,- ,. _ - •yitx r... ..-1 x,. .-.. ,c -. ,'•1i;- ,- ._. •_ f(if�r.k. ''�.4Ya,tr Ke`: - . ... - ._ # ' .P . • 4' \� /7;„ THE STATE L_? Ct= .2) C' = i ( CVERN'OR Si..' \ 7 - N1 Anchorage, Aloska 99 01 3.570 407 27q 1z33 017 7 Ted Kramer Sr. Operations Engineer Hilcorp Alaska, LLC 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Re: McArthur River Field, Hemlock Oil Pool, Trading Bay Unit M-34 Sundry Number: 314-282 Dear Mr. Kramer: Enclosed is the approved application for sundry approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, /614 -t4 Cathy P. oerster Chair DATED this £day of May, 2014. Encl. RECEIVED STATE OF ALASKA MAY 0 1 2014 ALASKA OIL AND GAS CONSERVATION COMMISSION AINS skl 13, APPLICATION 4- APPLICATION FOR SUNDRY APPROVALS AOGC 20 AAC 25.280 1.Type of Request Abandon El Plug for Redrill❑ Perforate New Pool❑ Repair Well❑ Change Approved Program❑ Suspend❑ Plug Perforations❑ Perforate❑ Pull Tubing❑ Time Extension❑ Operations Shutdown❑ Re-enter Susp.Well El Stimulate❑ Alter Casing❑ Other. Run ESP Completion 0• 2 Operator Name 4.Current Well Class: 5.Permit to Drill Number. Hilcorp Alaska,LLC ' Exploratory ❑ Development 0 , 214-027 • 3 Address 3800 Centerpoint Drive,Suite 1400Stratigraphic CI Service CI6.API Number. Anchorage,AK 99503 50-733-20626.00 • 7.If perforating 8.Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? N/A Will planned perforations require a spacing exception? Yes 0 No❑ Trading Bay Unit/M-34 • 9 Property Designation(Lease Number) 10 Field/Pool(s). ADL17594&ADL18730 McArthur River Field/Hemlock Oil Pool • 11 PRESENT WELL CONDITION SUMMARY Total Depth MD(ft) Total Depth TVD(ft): Effective Depth MD(ft) Effective Depth TVD(ft) Plugs(measured). Junk(measured) 13,458 9,520 13,300 9,519 N/A N/A Casing Length Size MD ND Burst Collapse Conductor ±990' 26" ±990' ±989' Surface ±1,400' 16" ±1,400' ±1,398' Surface ±4,000' 13-3/8" ±4,000' ±3,756' 5,020 psi 2,260 psi Production ±10,000' 9-5/8" ±10,000' ±8,884' 6,870 psi 4,760 psi Liner ±2,200' 7" ±12,000' ±9,512' 11,220 psi 8,530 psi Liner ±1,469' 5-1/2" ±13,469' ±9,520' 8,990 psi 8,830 psi Perforation Depth MD(ft) Perforation Depth TVD(ft): Tubing Size Tubing Grade Tubing MD(ft) See Schematic See Schematic 4-1/2" 12.6#/L-80 ±9,600 Packers and SSSV Type. Packers and SSSV MD(ft)and TVD(ft) Baker JM-ZXP Pkr,5-1/2"Swell Pkr(x2)/SSSV.NA ±9,820'(MD)±8,730'(TVD);±12,100'(MD)±9,512'(TVD);±13,300'(MD)±9,519'(TVD)/N/A 12 Attachments Description Summary of Proposal j 13.Well Class after proposed work. Detailed Operations Program 0 BOP Sketch 0 Exploratory ❑ Stratigraphic❑ Development 0 Service ❑ 14 Estimated Date for 15 Well Status after proposed work Commencing Operations 7/15/2014 Oil 0 Gas ❑ WDSPL ❑ Suspended ❑ 16 Verbal Approval Date WINJ ❑ GI NJ 0 WAG ❑ Abandoned ❑ Commission Representative GSTOR ❑ SPLUG El 17 I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Ted Kramer Email tkramer a hilcorp.com Printed Name Ted Kramer Title Sr.Operations Engineer Signature <r4e /(/yy�---%__ Phone (907)777-8420 Date 5/1/2014 COMMISSION USE ONLY Conditions of approval Notify Commission so that a representative may witness Sundry Number �\L( — 2.: 32._ Plug Integrity ❑ BOP Test Mechanical Integrity Test ❑ Location Clearance ❑ Other. 3000 ,pSe. I3 0 P ��s t'er T1I3DMAIAY 8 2014 >F AAS f [Ow "t"— Ce.-2 Spacing Exception Required? Yes 0 No / Subsequent Form Required: /0 -' LI� 7` a„....:,..P tt.,/2' 0.-1_,;479�7" APPROVED BY _ 5/ Approved by74COMMISSIONER THE COMMISSION Date:5-6 -/ 4.7 s.y I� �'Kg r�s��sl N r/✓!r SubmitFormand Form 10-403(Revised 10/2012) Approv lOp li �OGUFAL tD12 months from the date of approval. Attachments in Duplicate . s ' ' il Well Work Prognosis Well: M-34 Hilcorp Alaska,LLC Date: 05/1/14 Well Name: M-34 API Number: 50-733-20626-00-00 Current Status: New Drill Leg: Leg B-#1 NW Corner Estimated Start Date: July 15, 2014 Rig: Steelhead Rig#51 t". Reg.Approval Req'd? 10-403 Date Reg.Approval Rec'vd: Regulatory Contact: Juanita Lovett 777-8332 Permit to Drill Number: 214-027 First Call Engineer: Ted Kramer (907)777-8420 (0) (985)867-0665 (M) Second Call Engineer: Dan Marlowe (907)283-1329 (0) (907) 398-9904 Current Bottom Hole Pressure: —3,969 psi @ 9,449' TVD/ 10,894 MD Estimated -from well Prognosis Maximum Expected BHP: —3,969 psi @ 9,449' TVD/ 10,894 MD Estimated -from well Prognosis Max.Anticipated Surface Pressure: 0 psi (Based on 0.434 psi/ft gradient(90%WC). Completion The M-34 Primary completion will consist of running the ESP in the well. Well was converted to completion fluid as the last step of the drilling program. Procedure: r� ' w3 C/ 1. POOH Laying down drill string. 6� `"' 2. Change rams in BOP to 4-1/2" production tubing. 3. Test BOP to 250psi low/3,000psi high. (Note: Notify AOGCC 24 hours in advance of test to allow for opportunity to witness test). 4. PU RIH with 9,600'of 4-1/2" production tubing in singles. 5. POH with 4-1/2" production tubing Standing back in double stands.-" 6. RU Cable spoolers and flat pack spoolers. 7. PU ESP building unit in hole,servicing motor,attaching electrical cable,Chemical injection flat pak,and servicing seals. 8. Attach pumps, pressure discharge head and crossover to production tubing. 9. Continue into hole with production tubing attaching the electrical cable and flat pak with Cannon Clamps. a. Note—Cannon clamp schedule is every joint for the first 15 stands and then every other joint. Attach as needed near splices. b. Note—Check electrical cable every 1,200 ft.for continuity. 10. Set bottom of ESP 50'above the 7" liner top. Hang off well. 11. ND BOP,NU wellhead and test. 12. Turn well over to production. Attachments: 1. Proposed Well Schematic 2. Proposed Wellhead Diagram 3. BOP Drawing PROPOSED elhead Platform , . El well No. M-34 Hilcorp Alaska,LLC Completed: Future CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. \ ' '" 26" 26 296# Surf ±990' 16 84# L-80 Boss 15.01 surf ±1400' 16" 13-3/8 68# L-80 BTC 12.347 Surf ±4,000' 9-5/8" 47# L-80 DWC/C 8.681 Surf ±9,000' ii 9-5/8" 47# P-110 DWC/C 8.681 ±9,000' ±10,000' 13-3/8" 7" 29# P-110 DWC/C 6.184 ±9,800' ±12,000 5-1/2" 20 L-80 DHT/C 4.778 ±12,000 ±13,469 TUBING 4-1/2" 12.6# L-80 IBT-M 3.958 Surface ±9,600' , { , . JEWELRY NO Depth Length ID OD Item 1 ±9,750' Bottom of ESP 2 ±9,800' 7" Liner top 3 ±9,820' Baker JM-ZXP Liner Top Packer 4 ±10,000' 9-5/8"Casing Shoe var 1 , 5 ±12,100' 5-1/2"x 8-1/2"Swell Packer(BOT) 2 6 ±13,300' 5-1/2"x 8-1/2"Swell Packer(BOT) i3 9-5/8" 4 PLANNED PERFORATIONS Zone TOP(MD) TOP(TVD) Pressure(ppg) HKT ±10,574' ±9,408 8.1 HK1T ±10,590 ±9,415 8.1 HK2T ±10,740 ±9,463 8.1 HK3T ±11,280 ±9,569 8.1 7„ HK4T ±11,650 ±9,636 8.1 HK5T ±12,296 ±9,754 8.1 5 HK6T ±12,864 ±9,857 8.1 HK7T ±13,192 ±9,917 8.1 6 5-1/2" PBTD: 13,300' MD/9,520'ND ' TD: 13.458' MD/9.520'ND Updated by JLL 05-01-14 O CORP_ ALASKA i• STEELHEAD PLATFORM T•1T•T•1.1.1 H0-32101 F 4-1/16 SM ` (i •Pt 41 '------- (OA Wu ' NOTE: :41'! ��1 � ORIENTATION OF THREE tire CONTROL LINES _� 4-1/16 5M A �WE HOLD-DOWN ®r®"�I■1.11,4 FLANGE `` 13, 2-1/16 5M � - - T I EXIBT,�TOI-NIREEREQUIRED�N Pt MI 1---a' TIN 111.7 /o\ 3-1/8 5M ' . 13-5/8 5M EST -MO-- _ ROTATING 4-1/16 5M �-' O•C - FLANGE t s • 1•10(tP*1 lea...1 72.5 /o\ .4j110 EST 4-1/16 5M .— I ESE '` � 0 SURFACE CONNECTOR ..p 'U 1•I 5KV, 160 AMP 4-1/16 5M ••, mo SP-HBM5B7201-101-XXX It - 23.2 EST / 9-5/8 OD CASING TUBING HANGER, S-BB-ESP e I ;rmn0um1111 13-5/8 X 4-1/2 EU TBG BOX !! - 4-1/2 OD TUBING 209.4 TOP & BTM, 4 TYPE H BPV �� PENETRATOR EST W/THREE 3/8 CONTROL LINES 60111.- .IIII �' SP-HBM5B7102 LOWER CONNECTOR KIT -� .:�. / SP- 160 AMP #1I AWG CABLE �, 13-5/8 SM SP-HL021XXA-KIT RUNNING •uT " II lei 2-1/16 SM /RUNNING TOOL19.0 01191 P i 0 11101111 ■I��I� Ijj•I��il�.a�11�1 I il'EST �� 1 TOOL �� rit.t ,, ADAPTER — _- CASING HANGER, SMB-22 1 13-5/8 5M13-5/B X 9-5/8 un 1 - `r ut PRIMARY 11!Iii W/SEAL ASSEMBLY I SEAL �` 29.0 =• 1 _ ill __�EST xJ 10 \1�1®1'pe ,1.I CASIE13-3/B DBL D SEAL PREP ` ■ \- / II i�� 13 NOM , 97.7 I I�1 2-1 16 5M X 13-3/B EST J - • CASING HANGER, SMB-22 ' 16-3/4 5M 116-3/4 X 13-3/8 BC BOX BTM X •101 .� r!, 14.375 OD 4TPI SA PIN TOP W/PRIMARY SEAL I27.5 4® 0 EST 16 DBL D SEAL PREP \10 1 ( 4iIa 1,I IRUNNING16 1�!1�i 01 MM EST t ' IIIIII RUNNING __ GER. _ �� IL 20-3/4 3M TOOL __t20IX 16A0D 84/1 SING rL-80 HUNTING 22 •101 __ ADAPTER BOX BTM X 17.000 OD 4TPI SA �, w 1__11 22,p PIN TOP W/PRIMARY SEAL �' I • PRI SEAL ■ ■ EST Uu CASING -V" `0XN M I 6 NO 26 OD (.750 WALL) IP X56 PIPE r/ 16 OD CASING - 6 ANSI 600# RTJ 13-3/8 OD CASING A 9-5/8 OD CASING 4-1/2 OD TUBING .I WEN REV 5 2/20/14 ADDED DIMEw9DHSw3r OIL&GAS NOTE REV 4 2/18/14 20 X 18 HGR WAS SM-E.4.4 DIMENSIONS SHOWN ON THIS DRAWING ARE REV 3 2/12/14 16 X 13-3/8 HCR WAS 94-E A. SMB-22/ESP COMPLETION, 5000 PSI WP ESTIMATES ONLY AND CAN VARY SIGNIFICANTLY RE 2 2/10/14 ADDED 20-3/4 3M X 18-3/4 w SPOOL.. 26 X 13-3/8 X 9-5/8 X 4-1/2 TUBING DEPENDING ON RAW MATERIAL I ENGTHS. REV 1 2/5/14 ADDED WALL SECTION PPE •s NO GUARANTEE OF STACKUP HEIGHT IS IMPLIED. RESTRICTED CONFIDENTIAL DOCUMENT DIMENSIONS SHOWN SHOULD BE CONSIDERED 11.9 WINO PNC ALL OFORMA110N stow HEREONARE TUE e --a-3-1 "a 1-17 I n1/31/14 10v FOR REFERENCE PURPOSES ONLY. SUM ED ON C PROPERTY m(ngAABi ASS OOARDmATIONAL RE AIM ME ar.. 11W REORIENT AA •2•••• DRAWING H0. HOT 10 REPROPICE 11E MARNA TO RETURN IT(PCN REQUEST,No ry' THAT NO DISQ091RE OF ME ORATING OR 11E MOw1A710N MOM Q-3150 5 TERM ILL E NAE 10 A THEO PARTY MOM PRIOR ERTEN APPROVER maw OF EA•OAI(w1DwA11ONAL RE. BR 1111 Steell ad Platform M-34 BOP-9 5/8 thru Completion 02/17/2014 Iir)o,3fI1 vt:s.t,a,W. Rolbor 111 III 675 ° 'rya 20"'pipe for so boot flanges 8.77 ]6.33 tongldeoh floor III III 1811111 I61 :x-fr 11119 . 5.10' rl 1a' IRI III III 111111 1111 11 111 111 111 Variable Bi Y:-7 — _ 1 5 46' Blintl laloonoodclocktop - Reflood room a,«®s 651 111 111 111 111 111 Top ofMoonpool clock 960 31/85Ml:hokeand Kill i 111rI I'I I1l valves w/HCR on both o bj ;} ;III 3.00' sides 'til til mill f ' at �:A III 1/11/1111 Ui 95/8 casing rams --- i6%-5001) ..'fir' - 3.58' 11111111111I Iii DSA16%10MX16%5M .66' R 111 1 111 = 2,618162.688•811.81618.9 ' R9 000RI8119 Riser,16''4 5M API hub X 16 3/4 10M FE uRr vwfwd Room to Roan, C+nn9 338T 603.mo a..floor V Upper*la room Moor Riser,16%5M FE X 16'% 5M API hub ill i it DSA 13 5/8 5M x 16%SM ...owe Upper... ,I ilk' A Room 3.56 1 Reflo19 j „ pa 2.16' ill few 2.70' *11 Pi .. & 8j,1®I • Schwartz, Guy L (DOA) From: Luke Keller <Ikeller@hilcorp.com> Sent: Monday, April 28,2014 2:55 PM To: Schwartz, Guy L(DOA) Cc: Shane Hauck; Paul Mazzolini Subject: M-34(PTD:214-027)Anticipated Start Date Guy, Per our conversation,we are transitioning our offshore drilling crews from the Monopod platform to the Steelhead platform due to some generator issues identified during the R/U phase. Our current plan is to R/U the Steelhead and make it drill ready,which includes some work on the E-gen and R/U of our top drive. We are working towards May 15th as our planned spud date for M-34. We are also trying to identify a workover candidate to warm the rig up on prior to beginning well work on M-34. M-32 is a possible candidate. We will keep you updated regarding our progress and if the M-32 plan pans out. Luke Keller Drilling Engineer Hilcorp Alaska, LLC 907-777-8395 1 � ' 1- Y i��\� 1a k� . 4: . SiAF � �.P .J�` , r,±i;-<-'-'-'- j \k �, _ _ _N \,,,/ tf =__ _.�y_-may -- ---- 333 West Seve 1f,� Avenue " =_ ,: GoVERNOR SEAN PARNFI I Anchorage, Alaska 9950 3572 , Mc, n 9r ";i 7 1 i3? t.j;awn g: Luke Keller Drilling Engineer Hilcorp Alaska, LLC 3800 Centerpoint Drive, Suite 100 Anchorage, AK 99503 Re: McArthur River Field, Hemlock Oil Pool, TBU M-34 Hilcorp Alaska, LLC Permit No: 214-027 Surface Location: 1001' FNL, 543' FWL, Sec. 33, T9N, R13W, SM Bottomhole Location: 1390' FNL, 1542' FEL, Sec. 31, T9N, R13W, SM Dear Mr. Keller: Enclosed is the approved application for permit to drill the above referenced development well. Regulation 20 AAC 25.071(a) authorizes the AOGCC to specify types of well logs to be run. In addition to the well logging program proposed by Hilcorp Alaska, LLC. in the attached application, the following well logs are also required for this well: a gamma ray curve shall be recorded from the base of conductor to total depth. Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or a AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. c- ely, a'hy ' o rster 4Chair DATED this day of March, 2014. STATE OF ALASKA RECEIVED AL A OIL AND GAS CONSERVATION COMMIS_ 1 PERMIT TO DRILL FEB 19 2014 20 AAC 25.005 1a.Type of Work: lb.Proposed Well Class: Development-Oil 0• Service- Winj ❑ Single Zone 0 . 1c.Sp=a\ it I • d for: Drill 0 . Lateral ❑ Stratigraphic Test ❑ Development-Gas ❑ Service-Supply ❑ Multiple Zone ❑ Coalbed Gas I Gas Hydrates ❑ Redrill El Reentry ❑ Exploratory ❑ Service- WAG ❑ Service-Disp ❑ Geothermal ❑ Shale Gas ❑ 2.Operator Name: 5. Bond: Blanket 0 Single Well ❑ 11.Well Name and Number. Hilcorp Alaska,LLC Bond No. 22035244 Trading Bay Unit M-34 . 3.Address 6 Proposed Depth: 12.Field/Pool(s): - 3800 Centerpoint Drive,Suite 100,Anchorage,AK 99503 MD: 13,458' • TVD: 9,520' • m‹_/{Ani•-kAik R.tVbS/ 4a. Location of Well(Governmental Section): 7.Property Designation(Lease Number): Hemlock Oil Pool . Surface: 1001'FNL,543'FWL,Sec 33,T9N,R13W,SM,AK • ADL 17594t I g 7.30 rI(�' STEEL./#e4-16 PL,4TGa.t,., Top of Productive Horizon. 8 Land Use Permit: 13 Approximate Spud Date: 417N7tE s 1513'FNL, 1511'FWL,Sec 32,T9N,R13W,SM,AK ' NA(Trading Bay Unit) 5/1/2014 Total Depth: 9 Acres in Property. S(a ?)(3 14.Distance to Nearest Property 1390'FNL, 1542'FEL,Sec 31,T9N,R13W,SM,AK . AD1-1-7594=4,956-asres:T81U-=-23,1394eeres 10,537'FEL,Sec.3,T8,R14W,SM 4b.Location of Well(State Base Plane Coordinates-NAD 27)• 110.KB Elevation above MSL: • 160 feet 15.Distance to Nearest Well Open Surface: x-214097 005 y-2499420.018 Zone-4 • GL Elevation above MSL 0 feet to Same Pool: 3,378'(G28RD) 16.Deviated wells: Kickoff depth' 600 feet • 17.Maximum Anticipated Pressures in psig(see 20 AAC 25.035) Maximum Hole Angle: 89.7 degrees , Downhole: 3998 •. Surface: a.64�' • 2 Z 31 e :... WI' 18.Casing Program. Specifications Top - Setting Depth - Bottom Cement Quantity,c.f.or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) Cond 26" 262 X-56 Weld 990' 0 0 990' 990' Driven (ire, p I c..,e._. 17-1/2"x 22" 16" 84 L-80 Boss 1400' 0 0 1400' 1399' 2840 ft3 14 5"x 17.5" 13.375" 68 L-80 BTC 4000' 0 0 4000' 3755' 3107.9 ft3 12-1/4" 9.625" 47 L-80 DWC/C 9000' 0 0 9000' 8021' (see below) 12-1/4" L 9.625" 47 P-110 DWC/C 1000' 9000' 8021' 10000' 8874' 2490 ft3 8-1/2" r may, 7" 29 L-80 DWC/C 2200' 9800' 8704' 12000' 9512' NA Sn 8-1/2" _E 5-1/2" 20 L-80 DWC/C HT 1469' 12000' 9512' 13469' 9520' NA 5/,�(il'c...0 *41/3 -Q C� 19. PRESENT WELL CONDITION SUMMARY(To be completed for Redrill and Re-Entry Operations) Total Depth MD(ft). Total Depth TVD(ft): Plugs(measured): Effect.Depth MD(ft): Effect.Depth TVD(ft): Junk(measured): Casing Length Size Cement Volume MD TVD Conductor/Structural Surface " Intermediate Production Liner Perforation Depth MD(ft): Perforation Depth TVD(ft): 20. Attachments: Property Plat 0 , BOP Sketch El • Drilling Program 0• Time v.Depth Plot 0 • Shallow Hazard Analysis❑ Diverter Sketch 0 , Seabed Report ❑ Drilling Fluid Program Q - 20 MC 25.050 requirements0 21. Verbal Approval: Commission Representative: - Date 22. I hereby certify that the foregoing is true and correct. Janise Barrett Contact jbarrett@hilcorD.com Email Printed Name Luke Keller Title Drilling Engineer ZSignature /d/( Phone 907-777-8395 Date 2/19/2014 Commission Use Only Permit to Drill .., API Number: Permit Approval See cover letter for other Number. I � 0 27- 50-733— 0(2 (o — 00—00 Date: —344--k/Lb\ -{ 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:d iv_ 3 DQ 0 ,S g 6 P !cF,f-- Samples req'd: Yes No dMud log req'd.Yes❑ NoI " I-12S measures: Yes E No❑ Directional svy req'd:Yes No❑ 4..4' — d2 Spacing exception req'd: Yes❑ No 12/ Inclination-only svy req'd Yes❑ Nog Car is r, APPROVED BY Approved by: I C M ISSIONER THE COMMISSION Date:3 Submit Fo and Form 10-401(Re ised 10/2012 This p i i-i, v2�i�f 'I4 t t r r/m the date of proval(20 AAC 25.005 Attachments in Duplicate 5, ;"3./1 ►� 211-11 9 4 H&c Luke Keller Hilcorp Alaska, LLC Enemy Drilling Engineer P.O. Box 244027 Anchorage,AK 99524-4027 2/19/2014 Tel 907 777 8395 Email Ikeller@hilcorp.com Commissioner RECEIVED Alaska Oil &Gas Conservation Commission 333 W. 7th Avenue FEB 19 2014 Anchorage, Alaska 99501 AOGCC Re: Steelhead Platform, Trading Bay Unit M-34 Dear Commissioner, Enclosed for review and approval is the 10-401 application for Trading Bay Unit M-34. M-34 is a 13,458' MD / 9,520' TVD Hemlock development oil well drilled from leg B-1 slot#8 off the Steelhead platform. The base plan is a 2186' lateral wellbore in the Hemlock bench#2. Drilling operations are expected to commence approximately May 1st, 2014. The general sequence of operations covered in this APD is summarized below: • Re-activate Steelhead rig#51. • N/U 21-1/4"x 2M diverter. • Drill and underream 17-1/2"x 22" hole to 1,400' MD. Run and cmt 16"casing. • N/D diverter, N/U casing head, N/U and test 16-3/4"x 5M BOP. • Drill 14-1/2"x 17-1/2" hole to 4,000' MD. Run and cmt 13-3/8"surface casing. • Drill 12-1/4" hole section to 10,000' MD. Run and cmt 9-5/8" intermediate casing. • Drill (and LWD log) 8-1/2" production hole section to well TD. Run andaZ#,'9" x 5-1/2" slotted liner. ��xx'' • Clean out 7" production liner, displace to completion fluid. Prepare wellbore for mechanical completion assy. If you have any questions, please don't hesitate to contact myself at 777-8395 or Paul Mazzolini at 777-8369. Sincerely, / Luke Keller Drilling Engineer Hilcorp Alaska, LLC Page 1 of 1 RECEIVED FEB 192014 AOGCC Hilcorp Alaska, LLC Steelhead Platform M-34 Drilling & Completion Program Revision 0 Jan 29`h, 2014 M-34 Drilling Procedure Hilcorp Emma Compaq, 1.0 Well Summary 2 2.0 Management of Change Information 3 3.0 Tubular Program: 4 4.0 Drill Pipe Information: 4 5.0 Internal Reporting Requirements 5 6.0 Planned Wellbore Schematic 6 7.0 Drilling/Completion Summary 7 8.0 Mandatory Regulatory Compliance/Notifications 8 9.0 R/U and Preparatory Work 10 10.0 N/U 21-1/4"2M Diverter 10 11.0 Drill 17-1/2"x 22"Hole Section 12 12.0 Run 16"Surface Casing 20 13.0 Cement 16"Surface Casing 22 14.0 BOP N/U and Test 25 15.0 Drill 14-1/2"x 17-1/2"Hole Section 26 16.0 Run 13-3/8"Intermediate Casing 32 17.0 13-3/8"Cement Procedure 34 18.0 Drilling 12-1/4"Hole Section 37 19.0 Running 9-5/8"Production Casing 44 20.0 Cement 9-5/8"Casing 47 21.0 Drilling 8-1/2"Hole Section 50 22.0 Running 7"x 5-1/2"Tapered Slotted Liner 55 23.0 Complete well 59 24.0 Diverter Schematic 60 25.0 BOP Schematic While Drilling 14-1/2"x 17-1/2"hole 61 26.0 BOP Schematic While Drilling 12-1/4"&8-1/2"Holes 62 27.0 Wellhead Schematic 63 28.0 Days Vs Depth 64 29.0 Estimated Formation Tops and Pressures 65 30.0 Anticipated Drilling Hazards 66 31.0 FIT Procedure 70 32.0 Choke Manifold Schematic 71 33.0 Casing Design Information 72 34.0 14-1/2"x 22"Hole Section MASP 73 35.0 12-1/4"Hole Section MASP 74 36.0 8-1/2"Hole Section MASP 75 37.0 Spider Plot(NAD 27)(Governmental Sections) 76 38.0 Surface Plat(As Built)(NAD 27) 77 39.0 Offset MW vs TVD Chart 78 40.0 Drill Pipe Information 79 M-34 Drilling & Completion Procedure Hilcorp Energy Company 1.0 Well Summary Well M-34 Leg& Slot Designation Leg B1 Slot 8 Planned Completion Type Redda ESP on 4-1/2"Production Tubing Target Reservoir(s) Hemlock Bench 2 Planned Well TD,MD/TVD 13,458' MD/9520' TVD PBTD,MD/TVD 13,300' MD/9520' TVD Surface Location(Governmental) 1001'FNL, 543'FWL, Sec 33, T9N,R13W, SM,AK Surface Location(NAD 27) X=214097.005, Y=2499420.018 Surface Location(NAD 83) Top of Productive Horizon (Governmental) 1513'FNL, 1511'FWL, Sec 32,T9N,R13W, SM,AK TPH Location(NAD 27) X=209838.27,Y=2499094.18 TPH Location(NAD 83) BHL(Governmental) 1390'FNL, 1542'FEL, Sec 31,T9N,R13W, SM,AK BHL(NAD 27) X=206789,Y=2499294 BHL(NAD 83) AFE Number 1410332 AFE Drilling Days 56 AFE Completion Days 12 AFE Drilling Amount $12.93 MM AFE Completion Amount $4.62 MM Work String 5" 19.5# S-135 NC-50 (Rental String from Weatherford) KB Elevation above MSL 160 ft GL Elevation above MSL N/A BOP Equipment 16-3/4" 5M Hydril"GK"Annular BOP 16-3/4" 5M Cameron Type U Double Ram 16-3/4"5M Cameron Type U Single Ram Page 2 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Emmy Camping, 2.0 Management of Change Information Hilcorp Alaska, LLC Hite rp Changes to Approved Permit to Drill Date: Subject: Changes to Approved Permit to Drill for M-34 File#: M-34 Drilling and Completion Program Any modifications to Drilling&Completion Program will be documented and approved below. Changes to an approved APD will be communicated to the AOGCC. Date Procedure Change Approved Approved BY BY 3 Approval: Drilling Manager Date Prepared: Drilling Engineer Date Page 3 Revision 0 Feb,2014 M-34 II Drilling &Completion Procedure Hilcorp Enemy Cooping 3.0 Tubular Program: r Drift Conn Wt Burst Collapse Tension Hole Section OD(in) ID(in) (in) OD(in) (#/ft) Grade Conn (psi) (psi) (k-lbs) Cond 26" 25" - - 262 X-56 Weld 17-1/2"x22" 16" 15.01" 14.823" 17" 84 L-80 Boss 3560. 1480 1898 14.5" x 17.5" 13.375" 12.415" 12.259 14.375" 68 L-80 BTC 4930• 2260 1545 12-1/4" 9.625" 8.681" 8.525" 10.625" 47 L-80 DWC/C 6870 . 4760 1086 12-1/4" 9.625" 8.681" 8.525" 10.625" 47 P-110 DWC/C 9160 • 5300 1086 8-1/2" 7" 6.184" 6.059 7.656" 29 L-80 DWC/C 8160 7030 676 8-1/2" 5-1/2" 4.778" 4.653" 6.05" 20 L-80 DHT/C 9190 8830 466 4.0 Drill Pipe Information: All 5" 4.276 3-1/8 6-5/8 19.5 S-135 NC-50 17,100 15,110 560 ----------- ----------- All casing will be new, PSL 1 (100%mill inspected, 10% inspection upon delivery to TSA in Fairbanks). Page 4 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Energy Camp.y 5.0 Internal Reporting Requirements 5.1 Fill out daily drilling report and cost report on Wellez. • Report covers operations from 6am to 6am • Click on one of the tabs at the top to save data entered. If you click on one of the tabs to the left of the data entry area—this will not save the data entered,and will navigate to another data entry tab. • Ensure time entry adds up to 24 hours total. • Try to capture any out of scope work as NPT. This helps later on when we pull end of well reports. • Ensure to enter daily mud info,BHA info, directional surveys, depths 5.2 Afternoon Updates • Submit a short operations update each work day to ibarrett(a,hilcorp.com and lkeller@hilcorp.com by 3pm 5.3 Morning Updates: • Update Intranet homepage"Enter Drilling Comment"each morning before 7 am(Before 5 am on weekends and Holidays). 5.4 EHS Incident Reporting • Notify EHS field coordinator. 1. This could be one of(3)individuals as they rotate around. Know who your EHS field coordinator is at all times,don't wait until an emergency to have to call around and figure it out!!!! a. John Coston: 0: (907)777-6726 C: (907)227-3189 b. Mark Tornai: 0:(907)283-1372 C: (907)748-3299 c. Thad Eby: 0:(907)777-8317 C: (907)602-5178 2. Spills:Kate Kaufman:0:907-777-8329 C:907-244-8292 • Notify Drlg Manager 1. Paul Maz7olini: 0:907-777-8369 C: 907-317-1275 • Submit Hilcorp Incident report to contacts above within 24 hrs 5.5 Casing Tally 1. Send final"As-Run"Casing tally to lkeller@hilcorp.com andjbarrett(a,hilcorp.com 5.6 Casing and Cmt report • Send casing and cement report for each string of casing to lkeller@hilcorp.com and j barrettahi l corp.com Page 5 Revision 0 Feb, 2014 HM-34 Drilling & Completion Procedure Hilcorp Energy Company 6.0 Planned Wellbore Schematic II Planned Steelhead Platform Well No.M-34 Planned WBD 243-2014 CASING DETAIL SIZE WT GRADE CONN ID TOP BTM. 26 296» - Surf 990' 6T; 16 844 L-80 Boss 15.01 surf 1400' ri '2 PrCr 1s 13-3/8 684 L-S0 BTC 12.347 Surf 4,000' 9-5/8" 47# 1-S0 DWC/C 8.681 Surf 9,000' 05161 9-5/8" 47« P-110 DWC/C 8.681 9,000' 10,000' 133/8" Hap` 7" 294 P-110 DWC/C 6.184 9,800' 12,000 5-1/2" 20 LSO DWC/CHT 4.778 12,000 13,469 TUBING 4-1/2" 12.64 1-80 IBT-M ( 3.958 Surface I 9,600' BHAs �a4211 Hole Section Top Bottom MW Description 17-1/2"x 990 :450 9.2-9.6 MM,MWD, D&I Only,Gyro steering 22" needed,17-1/2"x 22"underrearner 1 14-1/2"x MM, MWD, D&I, 12-1/4"x 17-1/2" :450 4003 9.2-9.6 �4p;1/47 2 17-1/2" undercea..ec 3 12-1/4" 4000 :0000 9.2-9.6 RSS,MWD,D&I,Gamma Ray LWD only 8-1/2" 10000 13,458 9.2-9.6 RSS,MWD,D&l,GR, Res,Den/Neu, Sonic • JEWELRY NO Depth Length ID OD Item � t;5 1 9,594' 0.69' Bott On Discharge Pump assy :1 2 9,595' 0.76' Discharge Pressure sub assy 9-6/8" t 3 9,700' 105.44 REDA ESP assy Itrr 4 9,800' 7"Liner top Y 11' 5 9,820' Baker JM-ZXP Liner Top Packer 6 10,000' 9-5/8"Casing Shoe 7 12,100' S-1/2"x 8-1/2"Swell Packer(BOT) ON` E. 13,300' 5.1/2"x 6-1/2"Swell Packer(BOT) 7'' PLANNED PERFORATIONS 7 Zone TOP(MD) TOP(TVD) Pressure(ppg) HKT 10574 9408 8.1 HK1T 10590 9415 S.: HK2T 10740 9463 S.: HK3T 11280 9569 S.: 8 HK4T 11650 9636 8.: ./5-1/2" HKST 12296 9754 8.1 HK6T 12864 9557 S.1 H K.7 T 13192 9917 5.1 PBTD:13,300'MD/9,520'TVD TD:13,458'MD/9,520'TVD Page 6 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp ram 7.0 Drilling / Completion Summary M-34 is a 13,458' MD/9,520' TVD Hemlock development oil well drilled from leg B-1 slot#8 off the Steelhead platform. The base plan is a 2186' lateral wellbore in the Hemlock bench#2. Drilling operations are expected to commence approximately May 1st, 2014. The general sequence of operations covered in this APD are summarized below: 1. Re-activate Steelhead rig# 51. 2. N/U 21-1/4"x 2M diverter. 3. Drill and underream 17-1/2"x 22"hole to 1,400' MD. Run and cmt 16" casing. 4. N/D diverter,N/U casing head,N/U and test 16-3/4"x 5M BOP. 5. Drill 14-1/2"x 17-1/2" hole to 4,000' MD. Run and cmt 13-3/8" surface casing. 6. Drill 12-1/4" hole section to 10,000' MD. Run and cmt 9-5/8" intermediate casing. 7. Drill(and LWD log) 8-1/2"production hole section to well TD. Run and 17"x 5-1/2" slotted liner. 7)6 z-2-`t• 8. Clean out 7"production liner, displace to completion fluid. Prepare wellbore for mechanical completion assy. Page 7 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Emma Oimpav 8.0 Mandatory Regulatory Compliance / Notifications Regulatory Compliance Ensure that our drilling and completion operations comply with the below AOGCC regulations. If additional clarity or guidance is required on how to comply with a specific regulation, do not hesitate to contact the Anchorage Drilling Team. • BOPs shall be tested at(2)week intervals during the drilling and completion of M-34. Ensure to provide AOGCC 24 hrs notice prior to testing BOPs. • The initial test of BOP equipment will be to 250/3000 psi & subsequent tests of the BOP equipment will be to 250/3000 psi for 5/5 min (annular to 50%rated WP, 2500 psi on the high test for initial and subsequent tests). Confirm that these test pressures match those specified on the APD. • If the BOP is used to shut in on the well in a well control situation, we must test all BOP components utilized for well control prior to the next trip into the wellbore. This pressure test will be charted same as the 14 day BOP test. • All AOGCC regulations within 20 AAC 25.033 "Primary well control for drilling: drilling fluid program and drilling fluid system" • All AOGCC regulations within 20 AAC 25.035 "Secondary well control for primary drilling and completion: blowout prevention equipment and diverter requirements" • Ensure AOGCC approved drilling permit is posted on the rig floor and in Co Man office. AOGCC Regulation Variance Requests: • No variance requests at this time. Page 8 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp Energy air Summary of BOP Equipment and Test Requirements Hole Section Equipment Test Pressure(psi) 17-1/2"x 22" • 21-1/4"x 2M Hydril MSP diverter / Function Test Only • 16-3/4"Hydril GK 5M annular • 16-3/4"5M Cameron U Double gate Initial Test:250/3000 • Blind ram in btm cavity (Annular 2500 psi) 14-1/2"x 17-1/2" • Mud cross 12-1/4" • 16-3/4"5M Cameron U single ate 8-1/2" g g Subsequent Tests: • 3-1/16"5M Choke Manifold 250/3000 • Standpipe,floor valves,etc (Annular 2500 psi) • Primary closing hydraulic pressure is provided by an electrically driven triplex pump. Secondary back-up is an air pump, and tertiary emergency pressure is provided by bottled nitrogen. Required AOGCC Notifications: • Well control event(BOPS utilized to shut in the well to control influx of formation fluids). • 24 hours notice prior to spud. • 24 hours notice prior to testing BOPs. • 24 hours notice prior to casing running&cement operations. • Any other notifications required in APD. Regulatory Contact Information: AOGCC Jim Regg/AOGCC Inspector/(0): 907-793-1236/Email:jim.regg@alaska.gov Guy Schwartz/Petroleum Engineer/(0): 907-793-1226/(C): 907-301-4533/Email:guy.schwartz@alaska.gov Victoria Ferguson/Petroleum Engineer/(0): 907-793-1247/Email: Victoria.ferguson@alaska.gov Primary Contact for Opportunity to witness: AOGCC.Inspectors@alaska.gov Test/Inspection notification standardization format: http://doa.alaska.gov/ogc/forms/TestWitnessNotif.html Notification/Emergency Phone:907-793-1236(During normal Business Hours) Notification/Emergency Phone:907-659-2714(Outside normal Business Hours) Page 9 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp 9.0 R/U and Preparatory Work 9.1 N/U 20-3/4" starter head. 9.2 N/U 21-1/4" 2M diverter assy. 9.3 Mix mud for 17-1/2"x 22" hole section. 9.4 Set test plug in wellhead prior to N/U diverter to ensure nothing can fall into the wellbore if it is accidentally dropped. 9.5 Ensure all personnel are drilled and competent in Diverter and BOP operations. 9.6 Install 6-1/2" liners in mud pumps. We will want to pump at 1000— 1100 gpm to clean the 22" hole while underreaming. 6-1/2" liners will deliver 540 gpm @ 95%eff @ 3381 psi. MUD PUMP PERFORMANCE CHART LINER SIZE IN INCHES MAX-PSI 7500 7052 5715 4723 4313 3968 3650 3381 3130 2915 2718 2540 A.1700-PT 1700 150 12' G P R 1.96 2.48 306 3 70 405 4 41 4 78 5 17 558 6.00 643 6.89 14t1N814AXE P x EFF G M.@ 150 SPM 294 372 459 555 608 652 717 778 837 900 965 1032 =1530 HHP 1266 1530 1530 1519 1530 1531 1527 1529 1528 1531 1530 1529 ALLAWPBLE ROD LOAD ROD LOAD# 9425 112203 112203 111959 111,995 112,191 111.192 112,192 112107 112,184 112,203 112201 112,200M I.H P.=INPUT HORSE P S.1=POUNDS PER SQUARE NOTE SPM=STROKE PER MINUTE INCH G P R.=GALLONS PER REVOLUTION *MAX-P.S.I.CALCULATIONS DO NOT EXCEED MAXIMUM FLUID END PRESSURE RATINGS BASED ON 100%VOLUMETRIC EFFICIENCY AND 90%MECHANICAL EFFICIENCY 10.0 N/U 21-1/4" 2M Diverter 10.1 N/U 21-1/4" Hydril MSP 2M diverter System. • N/U 20-3/4"x 3 M riser on 20-3/4" 3M starter head. • N/U 20-3/4" 3M diverter"T". • 2.Knife gate, 16" diverter lines. X 2.. • Ensure diverter R/U complies with AOGCC reg 20.AAC.25.035(C). 10.2 Function test diverter. Ensure that the knife gate and annular are operated on the same circuit so that knife gate opens prior to annular closure. 10.3 Set wearbushing in wellhead. Page 10 Revision 0 Feb, 2014 M-34 HDrilling &Completion Procedure Hlcorp Olasperf 10.4 Rig and Diverter Line Orientation on Steelhead Platform: STEELliEAD PLATFORM July 13.2006 Approximate Scale i,le40. 2006-t0C AntO-MURK ry x e r 1 * It'll,$1111114441iiii kti '" ,art. Diverter line p .. .-� .. °""" D verter fine 14 t '" F is rd barn .,Y ^r,—, r L .y. =4Stts Page 11 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcarp Ewen Camp 11.0 Drill 17-1/2" x 22" Hole Section 11.1 P/U 17-1/2"clean out assy: • Ensure BHA components have been inspected previously. • Drift and caliper all components before M/U. • Recommended BHA: COMPONENTOATA !tom Description ;Serial Number (in) ) ) (Ibpn Connection (ft) Length (ft) Mill Tooth 9.000 3.000 17.500 192.72 P 6.518'REG 1.30 1.30 © Bit Sub(8-5/8"Bored for float) 8.000 3.000 147.22 B 8-518"REG 4.00 5.30 © X-Over Sub(4.5IF x 8-518'Reg) 8.020 2.875 150.04 8 4-112`IF 300 8.30 15jts x 5"X3"HWOP#49.3-4.51F 5.000 3.000 42.83 450.00 458.30 Total, 458,3 • Bit nozzles should be (3)x16's and (1) 12. We need to pump at 1000 - 1100 gpm to clean the hole effectively. 11.2 Primary bit is the 17-1/2"XTIGRC. Contact Mike with Halliburton for delivery of this bit. l7-112"(444,imn X T I G R C k'Y1Met't`)%PIL Ills 1.1114.0. Mr OM fled . 7wN t.f6 r..i Cop W Tom r:soft •r immort MMM nlwi0/R'1 —4.4 letpt tw.••I It t* ' NI a liriP,:.•-Ir Iwne lit let row aril VMM MM J ► )I I...W. WOO b{I +w•""fY11,41 R.4.1.epwfr#Woke.6•r..rM .MMMMt•e e• #" 'IR Mx W:»tiM/1.44, 'Iti1 11M CLAW iy*sit 11 It 671 M4h I M.y.y,x_arv+.,_a*e•t4 we•'.•td..le)•w.•.r.lkld 'T' ".. • Immommohar Me memo sm. •eY•.••ir.i••id•d/MiM.•iMMM Imes I•M M , Mrb*....wdr+wrwr.mo•rWm,aM`aum .eet.>rwslAN.rr lfe 4111, •IMMi meld Mkw•••mirwwl+n MlYn.e "m i•.•eMww w lw.mM•m iM..r-Mumma •IMmamMitwnmo..tMIgM g. •Cwi.ae W.Mr••M•W IMAM"p•M•• M*a.l•!6M2x? C ISM wiMM...NN iesImm•tMir MIIMMIN•••r••i••MWwmme milt,mum MM....tW kwm•.t•••Mr rw••Mw s..rsteMo.Mitim wmlimomm.rir.wM+JNe.,i•.wt Page 12 Revision 0 Feb,2014 M-34 II Drilling &Completion Procedure Hilcorp emu Compus7 11.3 TIH to TOC in the 26" conductor. Should be btwn 350-400'. 11.4 Displace hole to spud mud and begin drilling out cmt plug at 350' to 400'. This plug will be approx. 50- 100 ft thick. 11.5 TIH to TOC at the base of the 26". Expect to encounter cmt btwn 900' and 950'. Drill out cmt until formation is detected, then TOH to surface. 11.6 M/U underreamer BHA as follows: COMPONENT DATA ItemDescripti.', tial Number 4 (In) (In) (In) ( :Connection (b) Length (ft) Q Milt Tooth 9.000 3.000 r 7.500 192.72 P 6-518"REG 1.30 1.30 © Bit Sub(8-5/8"Bored for float) 8.000 3.000 ' 147.22 B 6-5/8"REG 4.00 5.30 © X-Over Sub(4.5IF x 6-5/8"Reg) 8.020 2.875 150.04 B 4-1/2"IF 3.00 8.30 Ea 5 X 3"HWDP#49.3-4,51F 5.000 3.000 49.30 31,00 39.30 © X-Over Sub(7-5/8"Reg x 4.5"1F) 8.000 3.000 r= 147.22 8 7-5/8"REG 3.00 42.30 s-0 Under Reamer 16.000 3.500 22.000 122011 16.50 58.80 O X-Over Sub(4.5"1F x 7-5/8-Reg) 8.000 3.000 41.11111 147.22 B 4-1/2"IF 3.00 61.80 O 15jts x 5"X 3"HWDP#49.3-4.5"1F - 5.000 3.000 42.83 450.00 511.80 Tntai 511.8 Page 13 Revision 0 Feb,2014 M-34 LI Drilling & Completion Procedure Hilcorp Etw j Comm." 11.7 Underreamer Specifications: IV opTide,. 4to Weatherford' RipTide drilling reamer ".4lvosp,re0 specifications RipTide tool joint reamer minimum opening maximum nozzle equivalent body dia. activation/deactivation series connection body 00 pilot hole diameters flow rate count body OD less junk slot method 6000 3 1/2 1F 5 7/8 6 6 1!7-7 7 1/2-8-8 1/7 350 GPM 3 5.622 in 1 ball drop I$500 i 4 1/2 IF 8 1/4 I 81/2 1 9-91/2 9 /8-101/d j 850 GPM I 3 7.94 in I RFID&ball drop 9500 4 1/2 IF 9 1/4 9 1/2 ;0 1,1—11.11 3/4•1 1/4 850 GPM 3 8.90 in RFID&ball drop 10625 165/8REG 1 101/4 I 105/8I111/4 121/4-13 500 GPM 3 9.844 in j RFID&ball drop Ne 12000 6 5/8 REG 11 3/4 , 12 1/4 ; s' I 5:-13 1/2- ' :;1-14 3/4-16 2000 GPM 3 11.443 in RFID&ball drop 14750 I,7 5/8 REG ; 141/4 141/2 161/2 •:,°-:171/4 ? 13.659 in RFID&ball drop 16500 75/8 REG 153/4 161/2 18-181/2-20-22-28-32 2000 GPM 3 15.051 in RFID&ball drop 0 �ZK Page 14 Revision 0 Feb, 2014 M-34 Drilling & Completion Procedure Hilcorp 1!nneg7r c+n arr 16500 RipTide *"drilling reamer 744 Reg. BOX Top Sub Maximum GPM 24 in. 2000 9.50 in. �► 36 In. Tensile Yield fibs) 1.903,700 10.5 in. �r Torsional Yield(ft.lbs.) 89,230 Inside Diameter(in.) 3.5 Controller 52.5 in. 10.5 in. �► 16.15 It. 193.8 In. 10.5 in. —.41. 13 in. Cutter Block DI.. I 22.00 In. --to 38.5 In. Body O.D. 16 in. —i 10.5 in, ---► t 14.5 In. Bottom Sub 39.25 in. 9.5 in. 24 In. 1 . 7-5/8 Rag. MN Page 15 Revision 0 Feb, 2014 M-34 Il Drilling &Completion Procedure myQ.vHlcor, 11.8 TIH w/underreaming BHA and drop ball to open underreamer. 11.9 Underream cmt from 400' to 500' (or wherever cmt was encountered on the 17-1/2"clean out run). Then TIH and underream cmt from 900' to 1000' (or depth where formation was encountered). 11.10 TOH and L/D underreamer. 11.11 M/U below 17-1/2" directional drilling asst'. COMPONENT DAT Item OD Weigh . (, ,:.. ..„,"' Destripti rtal Number * (in) (in) (in) (Ibpf) Connection (It) Length (R) 1111 Milled Tooth 9 000 3 000 17 0 1 50 © 8'SperryOrili Lobe 4!5-5.3 stg 8.000 5.000 _ 121.08 136-5/8"REG 28599 30.49 90 0``r``� MI Stabilizer --_ 17.375 _--- © Float Sub 8.000 3.000 147.22 B 6-5/8"REG 3.00 33.49 w O Stabilizer 8.000 3.000 17.375 147.22 B 6-5/8"REG 5.50 38.99 5 ® 8"Gyro While Dn01ng(Gyro) 8.000 3.000 147.22 B 6-5/8"REG 26.00 64.9911000��"' S 0 8"DM Collar(Directional) 8.000 3.375 140.82 B 6-5/8"REG 9.20 74.19 k. Q 8"HCIM Collar(Processor) 8.010 1.920 149.90 B 6.518'REG 4.80 78.99 0 8'TM HOC(Telemetry) 800 3.312 141.94 B 6.5/8"REG 10.00 88.99 9 Stabilizer 8.000 3.063 17.375 146.20 B 6-518"REG 5.50 94.49 10 Orienting Sub UBHO 8.000 3.000 147.22 3.00 97.49 m 8"Slick NMDC 8.000 3.000 147.22 B 6-5/8"REG 30.00 127.49 ® 8'Slick NMDC 8.000 3.000 147.22 B 6-5/8"REG 30.00 157.49 ® 8"Slick NMDC 8.000 3.000 147.22 B 6-5/8"REG 30.00 187.49 El 5"X 3'HWOP*49.3-4.5"IF 5.000 3.000 49.30 30.00 217.49 ® 6.25"Weatherford Jar 6.250 2.250 91.01 B 4-1/2"IF 30.00 247.49 16 13)ts x 5"X 3"HWDP*49.3-4.5"IF 5.000 3.000 42.83 390,00 637.49 Total 637.49 11.12 TIH w/ 17-1/2" directional drilling assy and drill 17-1/2" hole section from 990' to 1400' MD. The plan is to set the 16" surface pipe above the depleted SZ 11 ST sand. • Pump sweeps and maintain mud rheology to ensure effective hole cleaning. • Pump at 900 - 1000 gpm. 900 gpm gives us an annular velocity of 78 fpm, which is borderline for effective hole cleaning. Ensure shaker screens are set up to handle this flowrate. • Utilize Inlet experience to drill through coal seams efficiently. Coal seam log will be provided by Hilcorp Geo team. Work through coal seams once drilled. • Keep swab and surge pressures low when tripping. • Do not allow MW to drop below a 9.2 ppg. • Pull wiper trips as often as necessary. • Ensure shale shakers are functioning properly. Check for holes in screens on connections. • TD the hole section in the shaley SZ1OST from 1350' to 1400' TVD. • Take MWD surveys every stand drilled. Page 16 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp Enemy Campoq 11.13 Litholo: log for 16" casing setting depth: . • • 1.150 • (-9831 • • •• SZ7ST •. 1.203 Gm J1260SZBST&1.O89k SZ9ST /.300 (-1.,39 . • • •- SZ1OST 350 wit A .189! C 4( • 16"casing point +03 . — SZ1 1ST • . . • ,del • f.,-289, .•. . • • • . • • • ,500 h,.33% 11.14 After drilling to the 17-1/2"hole TD, TOH for the 17-1/2"x 22" RipTide underreamer assy. TIH and underream hole from 990' to 1400' MD. Ensure to pump at 1000 -ZT00 gpm to clean hole effectively. Utilize sweeps as often as necessary to ensure well is clean. Page 17 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcon, &Km Comm, 11.15 Planned Underreaming BHA: COMPONENT DATA Item 00 ID Gauge Weight Top Length Cumulative Description Serial Number (in) (in) (in) (ibpf) Connection (ft) Length (ft) Bull Nose 9.000 2.800 9.000 195.82 B 6-5/8'REG 3.42 3.42 ® Weatherford 16500 RipTide Reamer - 16.000 3.500 22.000 652.43 16.15 19.57 8"Slick NMDC 8.000 2.810 15017 B 6-5/8"REG 30.00 49.57 0 Stabilizer 17.375' 8.000 3.000 17.375 147.22 B 6-5/8"REG 5,50 55.07 ® 8"NM Float Sub 8.000 2.810 150.17 B 6-5/8"REG 2.25 57.32 6 8"Slick NMDC 7.700 3.310 129.37 B 6-5/8"REG 30.00 87.32 8"Slick NMDC 7.900 3.310 137.72 B 6-5/8"REG 30.00 117.32 7-3/4"Weatherford Hyd Jar 7,750 3.000 136.68 B 4-1/2"IF 32.00 149.32 13its x 5"X 3"HWDP#49.3-4.5"IF - 5.000 3.000 49.30 390.00 539.32 Total: 539.32 11.16 CBU, gauge hole volume with sweep and TOH with underreamer assy, handle BHA as appropriate. 11.17 17-1/2" x 22"hole mud program summary: Weighting material to be used for the hole section will be barite. Additional barite will be on location to weight up the active system (1)ppg above highest anticipated MW. We will start with a simple gel +FW spud mud at 9.2ppg. Canrig PVT will be used throughout the drilling and completion phase. Remote monitoring stations will be available at the driller's console, Co Man office, Toolpusher office, and mud loggers office. System Type: 9.2-9.6 ppg Pre-Hydrated Aquagel/freshwater spud mud / Properties: Depths Density, tl os 7-,r.� P 0alidyl$t: " :,-t$Yleid„I '"' API ft pH 990- 1400 9.2-9.6 80-120 20-40 35-55 <10 8.5-9.5 System Formulation: Aquagel/ FW spud mud Product Concentration Fresh Water 0.905 bbl soda Ash 0.5 ppb AQUAGEL 15-25 ppb BARAZAN D+ as needed PAC-L/DEXTRID LT if required for<10 API FL BARACARB 5/25/50 5 ppb total STEELSEAL 50/100/400 5 ppb total BAROFIBRE 4.0 ppb BAROID 41 as required for weight 8.8-9.2 ppg caustic soda 0.1 ppb(8.5-9.5 pH) ALDACIDE G 0.1 ppb Page 18 Revision 0 Feb,2014 M-34 HDrilling &Completion Procedure Hilcorp AQUAGEL and BARAZAN D+should be used to maintain rheology. Begin system with a 55 YP but reduce this once clays are encountered. Maintain a minimum 25 YP at all times while drilling. Be prepared to increase the YP if hole cleaning becomes an issue. DEXTRID and/or PAC L should be used for filtrate control. Background LCM(10-20 ppb total)BARACARBs/BAROFIBRE/STEELSEALs should be used in the system while drilling the surface interval to prevent losses and strengthen the wellbore. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so,approval from town will be required prior to additions of lubricants. Additions of CON DET PRE- MIX/DRIL N SLIDE are recommended to reduce the incidence of bit balling and shaker blinding when penetrating high- clay content sections. Maintain the pH in the 8.5—9.5 range with caustic soda. Daily additions of ALDACIDE G/X- CIDE 207 MUST be made to control bacterial action. Mix a—50 bbl LCM pill prior to drilling out of the conductor,to be available for immediate use if losses are seen drilling the Surface hole. The pill formulation will be the 50 ppb pill from the LCM tree. Mix the recommended LCM material in thinned back base mud. Reduce system YP with DESCO as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures.Reduce the system rheology once the casing is landed to a YP< 20(check with the cementers to see what YP value they have targeted). Sweep Formulations: 20 barrels mud, add 1.0 ppb BARAZAN D. Additions of CON DET PREMIX are recommended when penetrating high-clay content sections to reduce the incidence of bit balling and shaker blinding. At TD,a Wallnut"flag"(20 bbl pill with 15 ppb of Wallnut M)could be pumped to gauge hole washout-to help calculate the required cement volume. The cement will then be pumped and drilling mud will be used to bump the plug. Pretreat this chase mud with 1 ppb Bicarb and 0.5 ppb citric acid. Page 19 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Fumy Cmniw 7 12.0 Run 16" Surface Casing 12.1 R/U and pull wearbushing. 12.2 R/U Weatherford 16" casing running equipment. • Ensure 16"Hunting Boss x NC-50 XO on rig floor and M/U to FOSV. • R/U fill-up line to fill casing while running. • Ensure all casing has been drifted on the location prior to running. • Be sure to count the total #of joints on the location before running. • Keep hole covered while R/U casing tools. • Record OD's, ID's, lengths, S/N's of all components w/vendor&model info. 12.3 P/U shoe joint, visually verify no debris inside joint. 12.4 Continue M/U&thread locking shoe track assy consisting of: • (1) Shoe joint w/float shoe bucked on(thread locked). • (1)Joint with coupling thread locked. • (1)Joint with float collar bucked on pin end&thread locked. • Install (2) centralizers on shoe joint over a stop collar. 10' from each end. • Install (1) centralizer,mid tube on thread locked joint and on FC joint. • Ensure proper operation of float equipment. 12.5 Continue running 16" surface casing • Fill casing while running using fill up line on rig floor. • Use"Jet Lube Seal Guard"thread compound. Dope pin end only w/paint brush. • Install (1)centralizer every joint to 800'. Do not run any centralizers above 800'. • Utilize a collar clamp until weight is sufficient to keep slips set properly. 16" Hunting Boss Estimated M/U Torque Minimum Optimum Maximum 19,800 ft-lb 22,500 ft-lb 25,200 ft-lb Page 20 Revision 0 Feb,2014 HM-34 Drilling & Completion Procedure Hilcorp enemy a, ,,, X Cleat, VV,1: icw a Print Instructions CCAPILrh;WEM.P4 -WA S tr+:ter:£;S _.�.. PIP( td I PCI CI t, 11 :(:t+tor• 00 1 16.000 inches OD -84.00 lbs/ft SEAL-LOCK BOSS L-80 hoII:anknq_ rre >Rris Pipe Plan. End ' Nal: .^s:de D-,f*. plain End Longitudinal Internal Collapse Weight 'nckness Diameter Daarneter Area Plain End Yield Yield Pressure Itis/ft. Inches inches ,nd'e_ s4. ,rtchec lb psi psr 82.05 0.495 15.010 14.823 24.112 1,929,000 4,330 1,480 Standard Connection Coupling Coupling Pin Thread Maximum Longtu*dina Outside Critcal Or,tcal Flank Recommended Joint Leak Resistance Limit Diameter Area Ari,-,•a Area Setting Deeth Strength internal • External sq. incnes sc. :nci.e_< st,. .nch s sq. 'Ivies feet c F lb ns+ psi 17.000 29.119 24.112 35.824 17,040 1.6 2,290,600 2,220 4,850 **Torque Field End Make-Up MIIl End Window Minimum Minimum Optimum Maximum Minimum Maximum Yield ft-lb .1-1b It-lb ft`b ft-lb "t•�t', 19,800 22,500 25,200 7,600 24,800 94,900 Make-up Coupling Compression Loss Length Rating I"ches inches !b j 5.254 10.508 1,047,000 0,4t''. HUNTING **Note: Mill end is to be made up to position. Final torque should fall within the window shown above. Make- up torques can be increased to 80%of minimum yield torque for high torque applications, Print Date: 2/14/2014 Page 21 Revision 0 Feb, 2014 M-34 HDrilling &Completion Procedure amp 12.6 Watch displacement carefully and avoid surging the hole. Slow down running speed if necessary. 12.7 Slow in and out of slips. 12.8 P/U casing hanger joint and M/U to string. Casing hanger joint will come out to the rig with the landing joint already M/U. Position the shoe as close to TD as possible. Strap the landing joint while it is on the deck and mark the joint at(1) ft intervals to use as a reference when landing the hanger. 12.9 Lower string and land out in wellhead. Confirm measurements indicate the hanger has correctly landed out in the wellhead profile. Circulation is not permissible once casing hanger is landed. 12.10 R/U circulating equipment and circulate the greater of 1 x casing capacity or 1 x OH volume. Elevate the hanger offseat to avoid plugging the flutes. Stage up pump slowly and monitor losses closely while circulating. 12.11 After circulating, lower string and land hanger in wellhead again. Returns from this point will be out the 6" starter head side outlet. Ensure we have a hose R/U to take returns and dump into the inlet over the side of the platform. 13.0 Cement 16" Surface Casing 13.1 Hold a pre job safety meeting over the upcoming cmt operations. Make room in pits for volume gained during cement job. Ensure adequate cement displacement volume available as well. Ensure mud&water can be delivered to the cmt unit at acceptable rates. • How to handle cmt returns at surface, regardless of how unlikely it is that this should occur. • Which pump will be utilized for displacement, and how fluid will be fed to displacement pump. • Positions and expectations of personnel involved with the cmt operation. • Document efficiency of all possible displacement pumps prior to cement job. 13.2 R/U false bowl and slips, run 5" inner string and stab into float collar. Pump (and dump) enough mud to ensure the inner string is clear. 13.3 Pump 5 bbls 10 ppg spacer. Test surface cmt lines. 13.4 Pump remaining 95 bbls 10.5 ppg spacer. 13.5 Drop bottom plug. Mix and pump cmt per below recipe. 13.6 Cement volume based on annular volume+ 50%open hole excess. Job will consist of lead& tail, TOC brought to surface. Page 22 Revision 0 Feb,2014 M44 Drilling &Completion Procedure Hilcorp ,m,:y Estimated Total Cement Volume: Section: Calculation: Vol Vol (BBLS) (ft3) LEAD: 26" Conductor x 16" 990' x .31 bpf= 307 1723 �1 casing annulus: Total LEAD: 307 1723 114 TAIL: (1400' —990') x .22 bpf x 2 = 181 1016 22" x 16" Casing annulus: TAIL: 90 x .2 bpf = 18 101 16" Shoe track: Total TAIL: 199 1117 i Sts System LiteCRETE Conventional Density 11 lb/gal 15.4 lb/gal Yield 1.88 ft3/sk , 1.22 ft3/sk Mixed Water 8.09 gal/sk 5.912 gal/sk Mixed Fluid 8.09 gal/sk 5.962 gal/sk Expected 7:30 HR:MIN 6:00 HR:MIN Thickening Expected ISO/API Fluid Loss 13 mL in 30 min Code Description Concentration Code Description Concentration (0��) Cement WBW SOB A Cement 94 lb/sk WBWOB Additives D046 Anti Foam 0.2% BWOB D046 Anti Foam 0.2% BWOB D185 0.07 gps D065 0.4%BWOC D186 0.25 gps 5002 0.35% BWOC D177 0.01 gps 13.7 After pumping cement, displace cement with mud. 13.8 Ensure cement unit is used to displace cmt so that volume tracking is more accurate. Be lined up to displace with rig pumps as well, in the event there is an issue during the displacement with the rig pumps. Page 23 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure bow 11CO1'D 13.9 Displacement calculation: 1310' x .01776 bpf=23.2 bbls 13.10 Monitor returns closely while displacing cement. Adjust pump rate if necessary. 13.11 Note amount of spacer and cement returns to surface. 13.12 Close 6" valve on wellhead side outlet and monitor pressure build up. 13.13 Bleed off pressure on DP and confirm floats are holding. TOH with inner string. Segregate this DP as it will need to be L/D and sent in to have ID rattled/cleaned. 13.14 Back out and L/D landing joint. Ensure to report the following on wellez: • Pre flush type,volume(bbls)&weight(ppg) • Cement slurry type,lead or tail,volume&weight • Pump rate while mixing,bpm,note any shutdown during mixing operations with a duration • Pump rate while displacing,note whether displacement by pump truck or mud pumps,weight&type of displacing fluid • Note if casing is reciprocated or rotated during the job • Calculated volume of displacement,actual displacement volume, do floats hold • Percent mud returns during job, if intermittent note timing during pumping of job.Final circulating pressure • Note if pre flush or cement returns at surface&volume. • Note time cement in place • Note calculated top of cement • Add any comments which would describe the success or problems during the cement job Send final "As-Run"casing tally& casing and cement report to lkeller@hilcorp.com. This will be included with the EOW documentation that goes to the AOGCC. Page 24 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Energy Contreary 14.0 BOP N/U and Test 21.1 N/D the 21-1/4"x 3M diverter and 20-3/4"riser assembly. 21.2 N/U the 16-3/4"casing head assembly, 16-3/4"x 5M spacer spool, & 16-3/4"x 5M riser. 21.3 N/U 16-3/4"x 5M BOP as follows (top down): • 16-3/4"x 5M Hydril "GK" annular BOP. • 16-3/4" Cameron Type"U"Double ram. (5"pipe ram in top cavity, blind ram in btm cavity) • 16-3/4"mud cross • 16-3/4" Cameron Type"U" single ram. (5"pipe ram) • N/U pitcher nipple, install flowline. • Install (1)manual valves& (1)HCR on kill side of mud cross. Manual valve used as inside or"master valve". • Install (1)manual valve on choke side of mud cross. Install an HCR outside of the manual valve. 21.4 Run 5"BOP test assy, land out test plug(if not installed previously). • Test BOP to 250/3000 psi for 5/5 min. Test annular to 250/2500 psi for 5/5 min. • Ensure to leave casing head side outlet open so pressure does not build up beneath test plug. 21.5 R/D BOP test assy. 21.6 Dump and clean mud pits, send spud mud to G&I pad for injection. 21.7 Mix 9.2 ppg 2%KC1/BDF-499/GEM drilling fluid for 14-1/2"x 17-1/2" hole section. 21.8 Set wearbushing in wellhead. 21.9 Mud loggers not required in the 14-1/2"x 17-1/2"hole section. R/U Canrig infrared mud gas detector and tie into the canrig RigWatch system. This will allow gas units to be measured while drilling. 21.10 Rack back as much 5" DP in derrick as possible to be used while drilling the hole section. 21.11 Leave 6-1/2" liners in mud pumps. Page 25 Revision 0 Feb, 2014 M-34 11 Drilling &Completion Procedure Hilcorp Enjoy Cnmpaev 15.0 Drill 14-1/2" x 17-1/2" Hole Section 15.1 Prior to P/U 14-1/2"directional BHA-test casing against blind rams to 1500 psi /30 min. 15.2 P/U 14-1/2" directional drilling assy consisting of(Do Not P/U underreamer Yet): COMPONENT DATA Item OD ID Gauge Weight Top Length Cumulative Description Serial Number # (in) (in) (in) (tbpt) Con on (tt) Length (ft) 1 PDC-Long Gauge 9.000 3 000 14.500 192 72 B 6-5I.'REG 1.95 1.95 Stabilizer 14 470 2 Geo-Pilot 9600 9.625 2.375 14,250 156.45 8 6-5r8"REG 21.70 23 65 Ref Housing Stabilizer 14.250 Stabilizer 9.626 0 \y 3 Geo-Pilot 9600 Flex Collar 6.750 3.500 120 00 8 6-5!B-REG 9 20 32.85 T a-1�\� I 4 ILS Slab 8.000 3.250 14.375 143.03 8 6-518'REG 2.20 35.05 SWr 8"PWD(Downlink recievor contr,. V" 5 GP9600) 8.000 1 920 143.40 8 6-5/8'REG 4.44 39 49 6 8"HCIM Collar(Processor) 8.000 1.920 149.90 8 6.5/8"REG 4.64 44.13 V ,\µ-�--�1 7 r TM HOC(Telemetry; 7 91 3 250 145 20 B 6-5/8"REG 9.00 53.13 NPS` 8 8'Stabilizer 8 000 3 000 14.375 147.22 8 6-5/8'REG 5.50 58.63 9 8"Slick NMDC 7 950 3 250 140 90 8 6-5/8'REG 30.00 88.63 10 8'Stabilizer 8 000 3 000 14 375 147 22 8 6-5/8`REG 550 94.13 11 Weatherfordb ord 14750 RIOe Under 14 250 3 000 17 500 519 43 15 85 109.98 Reamer 12 8"Slick NMDC 8.000 3 250 143.03 B 6-5/8'REG 30.00 139.98 13 Float Sub 8.000 2 813 150 12 8 6-5/8"REG 2.00 141.98 14 7.75"Weatherford Jar 7 750 3.000 136.68 B 6-5/8"REG 29.00 170.98 15 X-ever Sub(4.5'IF x 6-5/13"Reg} 8 000 3 000 147 22 8 4-1/2'IF 2.25 173.23 16 14 its 5"X 3"HWDP#49.3-4.5"IF 5.000 3 000 49.30 420.00 593.23 Total; 593 23 15.3 Ensure BHA components have been inspected previously. 15.4 Drift and caliper all components before M/U. Visually verify no debris inside components that cannot be drifted. 15.5 Bit should be jetted with(5)x 14's. We need to pump at-900 - 1000 gpm to clean the hole effectively. Have the directional driller run hydraulics calculations to confirm optimum TFA. Page 26 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Enwrap Comping 15.6 Primary bit will be the Security 14-1/2"FX85: «tawlsua1anf 1:-"--, 14-1/2" (368mm) FX85 PRODUCT SPECIFICATIONS Cutter Type X3-Extreme Drilling ' ....:'' ':.........- !AIX Cade M225 u v Body Type MATRIR ie ss Total Cutter Count 9'' t Cutter Distribution .Usapt UlnOl t aiii-k, 4 4 1k Face 0 71 Gauge 0 16 Up Drill 8 0 s r �`` Number of Large Nodes 8 Numbssr of Medium Nozzles tt Number of Small Nozzles tl Number of Mirnr Nozzles it • Number of Pons(Sim) 0 * Number of Replaceable Potts(Size) (Ir1 r 4. Junk Slot Area(sq in) 44.4 Normalised face Volume 19.71%i88. 4 :. API Connection 7-578 REG PiN Rct mended Make•Cp Torque* 4R321-68.431 Ft•lbs. " Nominal Dimensions" Makc-Up Face to Nose 17.67 in-449 mm ` (auge Length 1 in•76 nen ,+ Sleeve Length 0 in-0 San Shank Diameter 10.2$in-260 mm Break Out Plate 4Mat*'Legacya) 1819$6.840n0 Approximate Shipping Weight 770Lbs.-154Kg. SPECIAL FEATURES Up-Drill Cutters on Gage Pars Material#802263 "Bit specifc reoninnendcd malr-up torque is a tiamWear attic bit LD,and aetswt bit tub t1.fl,allured oar rtraifitd in AM 1RP7G Section A.b 2. '"Design dirnenrilans we norntnat anJ may vary stiptnly or manuractured product.Haltitxram Drill Sita and Servicer models are amunuousty reviewed and refined Proderr tpeetr'rcltu.n nray Chane.-to"Mr notice. C-201411atIthuMon.All nghts reserved.Sales of Haltiburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com Page 27 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp 15.7 14-1/2"x 17-1/2"hole section mud program summary: Weighting material to be used for the hole section will be barite and Calcium Carbonate. Additional barite will be on location to weight up the active system (1)ppg above highest anticipated MW. Canrig PVT will be used throughout the drilling and completion phase. Remote monitoring stations will be available at the driller's console, Co Man office, Toolpusher office, and mud loggers office. System Type: 9.2—9.6 ppg 2%KC1/BDF-499/GEM fresh water based drilling fluid. Properties: Depths Density Plastic Viscosity Yield Point HTHP FL CL— IGS(%) (mg/I) 1,400'-4,000' 9.2—9.6 6-15 13-24 <11 20,000— <6% 32,000 System Formulation: 2% KCI/BDF-499/GEM GP Product Concentration -------- ------- Water 0.905 bbl KC1 7 ppb Caustic 0.2 ppb(9 pH) BARAZAN D+ 1.0 ppb(as required 18 YP) DEXTRID LT 1-2 ppb Pac L 1 ppb BDF 499 4 ppb GEM GP 1.0%by volume BARACARB 5/25/50 5 ppb(1.7 ppb of each) STEELSEAL 50/100/400 5 ppb(1.7 ppb of each) BAROFIBRE 1.7 ppb BAROTROL PLUS 4.0 ppb SOLTEX 2—4 ppb BAROID 41 as needed 9.2—9.6 ppg ALDACIDE-G 0.1 ppb 1.Mud weight Maintain the density at 9.2—9.6 ppg or as directed; use solids control and whole mud dilution. Increase the density as required for hole stability/coal sloughing. Maximize solids control usage. 2.Rheology Maintain a YP between 13 -24 or as needed to achieve adequate hole cleaning. Pump high viscosity sweeps throughout the interval as needed,particularly prior to POH for casing. Optimized mud rheology and flow rate will be the primary mechanisms for achieving hole cleaning in this wellbore. Maximize pipe rotation(ideally> 100 RPM). 3.Lubricity: TORQ-TRIM II is the only lubricants available for use while discharging overboard. Lubricant level must stay<1%to achieve APDES compliance. Page 28 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure HIlcorpram C 4. Other Issues The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM(BARACARBs 5/25/50, STEELSEAL 50/100/400)and shale stabilizers(BAROTROL PLUS, SOLTEX)should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. Operations Summary Soda ash and citric acid should be used to pretreat for any negative effects of the cement. BARAZAN D+should be used to maintain rheological parameters. BARACARB 5/25/50 should be maintained at 5 ppb and BAROFIBRE\STEELSEAL 50/100/400 should be maintained at 5 ppb for a total of 10 ppb LCM. BAROTROL PLUS and SOLTEX should be added to help control coal seams. Maintain the mud as clean as possible while drilling. Should sweeps be required,a high viscosity sweep is recommended. Daily additions of X-CIDE 207/ALDACIDE G MUST be made to control bacterial action. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so, approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. The system rheology may be relaxed as hole conditions allow. This will also lower the ECD for any possible loss zones which might be found and reduce swab tendencies. However,be prepared to increase the YP if hole cleaning becomes an issue. Stress slow pipe movement to the drillers to reduce surge/swab. Stage pumps up slowly after connections and begin rotation prior to pumping(this will break the gels and reduce the pressure required to break the gels). If any trips are required, consider spotting a 20 bbl,20 ppb LCM pill across the loss zone. The pill should consist of base mud with 10 ppb BARACARB 50 and 10 ppb STEELSEAL added. This pill would reduce the effects of tripping back in and allow time for the LCM to"soak" into the zone. STEELSEAL's and BARACARB's will not dehydrate the mud which will allow for lower ECD on the first bottoms up after TIH. Reduce system YP as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures. Reduce the system rheology once the casing is landed to a YP<20(check with the cementers to see what YP value they have targeted). Consider spotting a STEELSEAL/BAROTROL PLUS/SOLTEX pill (20 ppb of the different sizes of STEELSEAL,4 ppb BAROTROL PLUS,4 ppb SOLTEX)prior to running the casing if losses or sloughing have been seen in this interval. Sweeps Utilize high viscosity sweeps or weighted sweeps as needed to clean the hole. Monitor all sweeps pumped and report their effectiveness. The objective of the sweep is to change the flow characteristics/carrying capacity that are inherent with the mud system. Select sweep type accordingly. I Page 29 Revision 0 Feb,2014 M-34 HDrilling &Completion Procedure p limp 15.8 TIH, Conduct shallow hole test of MWD. 15.9 Continue in hole and tag TOC. Note depth tagged on AM report. 15.10 Drill out plugs and shoe track. Clean out rat hole and drill an additional 20' of new formation. 15.11 CBU and condition mud for FIT. 15.12 Conduct FIT to 12 ppg EMW. 15.13 Continue drilling to 1600' MD, or until enough rathole is made to allow underreamer to be run and opened below the 16" surface casing. 15.14 TOH and P/U underreamer. Install below HWDP. TIH to 1600'. 15.15 Drop ball and open underreamer. 15.16 Drill 14-1/2"x 17-1/2"hole section to 4,000' MD/3,593' TVD. • Pump sweeps and maintain mud rheology to ensure effective hole cleaning. • Pump at 900 gpm. Ensure shaker screens are set up to handle this flowrate. • Utilize inlet experience to drill through coal seams efficiently. Coal seam log will be provided by Hilcorp Geo team, try to avoid sliding through coal seams. Work through coal seams once drilled. • Keep swab and surge pressures low when tripping. • Make wiper trips every 500' or every couple days unless hole conditions dictate otherwise. • Ensure shale shakers are functioning properly. Check for holes in screens on connections. • Adjust MW as necessary to maintain hole stability. Keep HTHP fluid loss< 11. • Take MWD surveys every stand drld. Surveys can be taken more frequently if deemed necessary. • Ensure to pre-treat the active system with 10 ppg Calcium carbonate. Have additional fibrous and other bridging material on location in the event lost returns is encountered. There are many stacked sands that are severely depleted that will be penetrated in the 14-1/2"x 17- 1/2"hole section. Page 30 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp 15.17 Casing Point selection • Below is a snapshot of the annotated GR+resistivity log. • We want to set the 13-3/8" shoe in the shale below the B5ST. There is a nice 50' clean shale for a competent shoe. (Btwn 3550' TVD and 3600' TVD) • • • • • • • • • •• • • • • • • • 3,400 • • 0.239) • • • • • • • • . B4ST • • • • • • • • 3 450 • • • • • 13299) • • • • • • .� VA • • • • • • • • • • • • • . • 3.500 43.339( illiall • • • • • • • • • • • • • • (_3 3�E -N B5ST • allitaill •• 13-3/8" • • • �� casing point • mamml• • • • • • • 3.900 ip, • • • t4.3 439) • • • • • • • • • • • • •• ::9199 . B6ST • 1.3499) •• • • • • • • • • 3.700 • • t-3 539) • • • • • • • • • • • • • • • • • • • • • • 3.750 •• • t.35�1 B7ST • ®eeu�r • FI 15.18 At TD; pump sweeps, CBU, and pull a wiper trip back to the 16" shoe. 15.19 TOH with the drilling assy, handle BHA as appropriate. Page 31 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp Blow Opiipm 16.0 Run 13-3/8" Intermediate Casing 16.1 R/U and pull wear bushing. Install and test 13-3/8" casing ram in top ram cavity. Test to 250/3000 psi. 16.2 R/U Weatherford 13-3/8"casing running equipment. • Ensure 13-3/8"BTC x NC-50 XO on rig floor and M/U to FOSV. • R/U fill up line to fill casing while running. • Ensure all casing has been drifted on the deck prior to running. • Be sure to count the total # of joints on the deck before running. • Keep hole covered while R/U casing tools. • Record OD's, ID's, lengths, S/N's of all components w/vendor&model info. 16.3 P/U 13-3/8" 68#L-80 BTC shoe joint, visually verify no debris inside joint. 16.4 Continue M/U&thread locking the shoe track assy consisting of: • (1) Float shoe joint w/float shoe bucked on. Install (2) bow spring centralizers at 10' from each end over a stop collar. • (1)Baker locked joint. Install (1) centralizer mid tube over a stop collar. • (1)Float collar joint w/float collar bucked on pin end. Install (1) centralizer mid tube over a stop collar. • Ensure proper operation of float shoe and float collar. • NOTE: Centralizers will have to be special, slim hole centralizers as normal BOW springs will not fit through the 16" casing. 16.5 Run 13-3/8" 68# L-80 BTC casing. • Fill casing while running using fill up line on rig floor. • Use"API Modified"thread compound. Dope pin end only w/paint brush. • Utilize a collar clamp until weight is sufficient to keep slips set properly. • Install centralizers over couplings on every other joint to 1,400' MD. 16.6 Watch displacement carefully and avoid surging the hole. Slow down running speed if necessary. 16.7 Slow in and out of slips. 16.8 P/U casing hanger joint and M/U to string. Casing hanger joint will come out to the rig with the landing joint already M/U. Position the shoe approx 10—20' above TD. Strap the landing joint while it is on the deck and mark the joint at(1) ft intervals to use as a reference when landing the hanger. Page 32 Revision 0 Feb, 2014 / I M-34 Drilling &Completion Procedure Hilcorp Cnntpwrrf 13-3/8" BTC Estimated M/U Torque Casing OD Est Torque to Reach Triangle Base 13-3/8" 13,380 ft-lbs Choose pipe size,wall thickness and steel grade to view API connection options and performance data. Size-Q Wall 0 Grade 113 Connection -0 Unit -0 Pipe Body Data GEOMETRY Nominal OD 13.375 in Wall Thickness 0.480 in API Drift Diameter 12.259 in Nominal Weight 68.00 lbs/ft Nominal ID 12.415 in Alternate Drift Diameter n.a. Plain End Weight 66.17 Ibslft Nominal Cross Section 19.445 sq in PERFORMANCE Steel Grade L80 Minimum Yield 80,000 psi Minimum Ultimate 95,000 psi Body Yield Strength 1,556,000 lbs Internal Yield Pressure 5,020 psi Collapse Pressure 2,260 psi 4i l H Connection Data GEOMETRY Regular OD 14.375 in Threads Per Inch 5 Make-Up Thread Turns 1 PERFORMANCE Steel Grade 180 Minimum Yield 80,E psi Minimum Ultimate 95,000 psi Joint Strength 1,545,E lbs Internal Pressure 5,020 psi Resistance 16.9 Lower string and land out in wellhead. Confirm measurements indicate the hanger has correctly landed out in the wellhead profile. 16.10 R/U circulating equipment and circulate the greater of 1 x casing capacity or 1 x OH volume. Elevate the hanger offseat(slightly)to avoid plugging the flutes. Stage up pump slowly and monitor losses closely while circulating. 16.11 Continue circulating until required properties achieved for cmt operations. 16.12 After circulating, lower string and land hanger in wellhead again. Page 33 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp r camper, 17.0 13-3/8" Cement Procedure 17.1 Hold a pre job safety meeting over the upcoming cmt operations. Make room in pits for volume gained during cement job. Ensure adequate cement displacement volume available as well. • How to handle cmt returns at surface, regardless of how unlikely it is that this should occur. • Which pump will be utilized for displacement, and how fluid will be fed to displacement pump. • Positions and expectations of personnel involved with the cmt operation. • Document efficiency of all possible displacement pumps prior to cement job. 17.2 R/U cmt head (if not already done so). Ensure top and bottom plugs are loaded correctly. 17.3 Pump 5 bbls 10.5 ppg spacer. Close low torque on plug dropping head,test surface cmt lines to 4000 psi. 17.4 Pump remaining 70 bbls 10.5 ppg spacer. 17.5 Mix and pump slurry per below calculations: 17.6 Cement volume based on annular volume + 50%open hole excess. �L Section: Calculation: Vol Vol (BBLS) (ft3) LEAD: (1,400')x .03 bpf= 42.6 239.2 16"x 13-3/8" csg: LEAD: 17-1/2" OH x 13-3/8" (3,600'- 1,400')x .123 bpf x 1.5 = 405 2274.1 csg: '331 Total Lead: 448 2515.5 TAIL: 17-1/2" OH x 13-3/8" 500' x .123 bpf x 1.5 = 92 516.6 csg: TAIL: 90' x .15 bpf= 13.5 75.8 13-3/8" Shoe Track: Total Tail: 105.5 592.4 Page 34 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Evan Slurry Information System LiteCRETE Conventional Density 11 lb/gal 15.4 lb/gal Yield 1.88 ft3/sk - 1.22 ft3/sk - Mixed Water 8.09 gal/sk 5.912 gal/sk Mixed Fluid 8.09 gal/sk 5.962 gal/sk Expected 7:30 HR:MIN 6:00 HR:MIN Thickening Expected ISO/API Fluid Loss 13 mL in 30 min Code Description Concentration Code Description Concentration 11.0 Cement 94 lb/sk A Cement 94 lb/sk WBWOB (0.77) WBWOB Additives D046 Anti Foam 0.2% BWOB D046 Anti Foam 0.2%BWOB D185 0.07 gps D065 0.4%BWOC D186 0.25 gps S002 0.35% BWOC D177 0.01 gps 17.7 After pumping cement, drop top plug and displace cement with mud. Displacement calcs: • 3,900' x .15 bpf=585 bbls. • Displace with 9.2 ppg 2%KCl/GEM drilling fluid out of mud pits. 17.8 Monitor returns closely while displacing cement. Adjust pump rate if necessary. 17.9 Do not overdisplace by more than V2 shoe track volume. Total volume in shoe track is 13.5 bbls 17.10 We should get cement returns to surface. Note volume of spacer and cmt seen at surface. 17.11 Bump the plug with 500 psi over displacement pressure. Bleed off pressure and confirm floats are holding. If floats do not hold,pressure up string to final circulating pressure and hold until cement is set. • If this is the case, monitor the pressure on the casing and do not let it exceed 500 psi over the final pump pressure. Page 35 Revision 0 Feb,2014 M-34 IIDrilling &Completion Procedure BOOM Oitepq Ensure to report the following on wellez: • Pre flush type,volume(bbls)&weight(ppg) • Cement slurry type, lead or tail,volume&weight • Pump rate while mixing,bpm,note any shutdown during mixing operations with a duration • Pump rate while displacing,note whether displacement by pump truck or mud pumps,weight&type of displacing fluid • Note if casing is reciprocated or rotated during the job • Calculated volume of displacement, actual displacement volume,whether plug bumped&bump pressure, do floats hold • Percent mud returns during job,if intermittent note timing during pumping of job.Final circulating pressure • Note if pre flush or cement returns at surface&volume • Note time cement in place • Note calculated top of cement • Add any comments which would describe the success or problems during the cement job Send final "As-Run"casing tally&casing and cement report to lkeller@hilcorp.com. This will be included with the EOW documentation that goes to the AOGCC. 17.1 R/D cement equipment. Flush out wellhead with FW. 17.2 Back out and L/D landing joint, flush out wellhead with FW. 17.3 M/U pack-off running tool and pack-off to bottom of landing joint. Set casing hanger pack-off. Run in lock downs and inject plastic packing element. Test void to 250/3000 psi for 10 min. 17.4 Lay down landing joint and pack-off running tool. Page 36 Revision 0 Feb,2014 M-34 Drilling & Completion Procedure Hilcorp Enmity Comm," 18.0 Drilling 12-1/4" Hole Section 18.1 N/D and remove the 16-3/4" spacer spool. 18.2 N/U the 13-5/8"x 5M multi-bowl assembly of the wellhead. N/U 13-5/8" 5M x 16-3/4" 5M DSA. 18.3 N/U BOPs. 18.4 Remove 13-3/8"casing rams and install 5"x 7"VBRs in top cavity. 18.5 Ensure to have an RTTS available on the rig for 13-3/8" casing in the event we need to hunt for a casing leak. 18.6 BOP configuration should be annular/3-1/2"x 7"VBR/blind ram/5"pipe ram. 18.7 M/U 5"BOP test assy and test BOPs to 250/3000 psi. R/D test assembly. 18.8 Install 6"liners in mud pumps. 18.9 Set wearbushing in wellhead if not done previously. 18.10 Mix mud for drilling 12-1/4" hole section. 18.11 Mud loggers not required in the 12-1/4"hole section. R/U Canrig infrared mud gas detector and tie into the canrig RigWatch system. This will allow gas units to be measured while drilling. Page 37 Revision 0 Feb,2014 M-34 Drilling & Completion Procedure Hilcorp Swop Cutspoq 12-1/4" hole mud program summary: Weighting material to be used for the hole section will be barite. Additional barite will be on location to weight up the active system (1)ppg above highest anticipated MW. Canrig PVT will be used throughout the drilling and completion phase. Remote monitoring stations will be available at the driller's console, Co Man office, Toolpusher office, and mud loggers office. System Type: 9.2—9.6 ppg 2%KC1/BDF-499/GEM drilling fluid Properties: Densi Viscosi Plastic Viscosi Yield Point HTHP •H 9.2-9.6 40-53 6-15 13-24 <11 8.5-9.5 System Formulation: 2% KCl/ BDF-499/GEM GP Product Concentration Water 0.905 bbl KC1 7 ppb Caustic 0.2 ppb(9 pH) BARAZAN D+ 1.0 ppb(as required 18 YP) DEXTRID LT 1-2 ppb /Air Pac L 1 ppb BDF 499 4 ppb GEM GP 1.0%by volume ?� BARACARB 5/25/50 5 ppb(1.7 ppb of each) STEELSEAL 50/100/400 5 ppb(1.7 ppb of each) BAROFIBRE 1.7 ppb BAROTROL PLUS 4.0 ppb SOLTEX 2—4 ppb BAROID 41 as needed 9.2—9.6 ppg ALDACIDE-G 0.1 ppb 1. Mud weight: Maintain the density at 9.2 — 9.6 ppg or as directed; use solids control and whole mud dilution. Increase the density as required for hole stability/coal sloughing.Maximize solids control usage. 2. Rheology: Maintain a YP between 13 - 24 or as needed to achieve adequate hole cleaning. Pump high viscosity sweeps throughout the interval as needed, particularly prior to POH for casing. Optimized mud rheology and flow rate will be the primary mechanisms for achieving hole cleaning in this wellbore. Maximize pipe rotation(ideally> 100 RPM). 3. Lubricity: TORQ-TRIM II is the only lubricants available for use while discharging overboard. Lubricant level must stay<1%to achieve APDES compliance. 4. Other issues: The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM (BARACARBs 5/25/50, STEELSEAL 50/100/400) and shale stabilizers (BAROTROL PLUS, SOLTEX) should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. Page 38 Revision 0 Feb,2014 M-34 II Drilling &Completion Procedure Bow Cannw Operations Summary Soda ash and citric acid should be used to pretreat for any negative effects of the cement. BARAZAN D+should be used to maintain rheological parameters. BARACARB 5/25/50 should be maintained at 5 ppb and BAROFIBRE\STEELSEAL 50/100/400 should be maintained at 5 ppb for a total of 10 ppb LCM. BAROTROL PLUS and SOLTEX should be added to help control coal seams. Maintain the mud as clean as possible while drilling. Should sweeps be required,a high viscosity sweep is recommended. Daily additions of X-CIDE 207/ALDACIDE G MUST be made to control bacterial action. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so, approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. The system rheology may be relaxed as hole conditions allow. This will also lower the ECD for any possible loss zones which might be found and reduce swab tendencies. However,be prepared to increase the YP if hole cleaning becomes an issue. Stress slow pipe movement to the drillers to reduce surge/swab. Stage pumps up slowly after connections and begin rotation prior to pumping(this will break the gels and reduce the pressure required to break the gels). If any trips are required, consider spotting a 20 bbl,20 ppb LCM pill across the loss zone. The pill should consist of base mud with 10 ppb BARACARB 50 and 10 ppb STEELSEAL added. This pill would reduce the effects of tripping back in and allow time for the LCM to"soak"into the zone. STEELSEAL's and BARACARB's will not dehydrate the mud which will allow for lower ECD on the first bottoms up after TIH. Reduce system YP as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures. Reduce the system rheology once the casing is landed to a YP<20(check with the cementers to see what YP value they have targeted). Consider spotting a STEELSEAL/BAROTROL PLUS/SOLTEX pill (20 ppb of the different sizes of STEELSEAL,4 ppb BAROTROL PLUS,4 ppb SOLTEX)prior to running the casing if losses or sloughing have been seen in this interval. Sweeps Utilize high viscosity sweeps or weighted sweeps as needed to clean the hole. Monitor all sweeps pumped and report their effectiveness. The objective of the sweep is to change the flow characteristics/carrying capacity that are inherent with the mud system. Select sweep type accordingly. Page 39 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hiicorp Cxnupsecr 18.12 M/U the below 12-1/4" directional drilling assy: COMPONENT DATA Item 00 10 Gauge Weight Top Length Cumulative Description Serial Number ft (in) (in) (in) (Ibpf) Connection (ft) Length (ft) 1 PDC-Long Gauge 9.000 3.000 12.250 192.72 B 6-518"REG 1.95 1.95 Stabilizer 14.470 2 Geo-Pilot 9600 9.625 2.375 12.000 156.45 B 6-5/8"REG 21.70 23.65 Ref Housing Stab4lzer 12.000 Stabilizer 9.626 3 Geo-Pilot 9600 Rex Cotler 6 750 3.500 120.00 B 6-5/8"REG 9 20 32 85 4 8"DGR Collar(Gamma) 8 000 1.920 142.70 B 6-51B'REG 4,55 37.40 5 ILS Stab B 000 3 250 12.125 143.03 B 6-5/8"REG 2.20 39 60 6 8"EWR-P4 Collar(Resistivity) 8.000 2 000 151.00 B 6-5/8"REG 12.19 51 79 I 8"PWD(Downlink reciever control GP9600) 8 000 1 920 143 40 B 6-5/8"REG 4.44 56 23 8 8"NOM Collar(Processor! 8 000 1 920 149.90 B 6-5/8"REG 464 60.87 8'AID Collar(Density) 8 000 2 375 12 250 18240 P 6-5/8"IF 16 31 77 18 Stabilizer 12 250 1^ u-CTN Collar(Porosity) 8.000 2 375 159.00 8 6-518"REG 17 52 94 70 11 8'BAT Collar(Accoustic) 8000 1 905 135 10 B 6-5/8"REG 20.39 115 08 12 8'TM HOC(Telemetry) 7 910 3 250 145.20 B 6-5/8'REG 9.00 124.08 13 Float Sub 8 000 2 813 150 12 8 6-5/8"REG 2 00 126 08 14 NMDC 8 000 3.250 143 03 B 6-518"REG 30 00 156 08 15 NMDC 8 000 3 250 143 03 B 6-518"REG 30 00 186 08 16 NMDC 8 000 3 250 143.03 8 6-5/8'REG 30 00 216.08 17 7 75"Weatherford Jar 7 750 3 000 136 68 B 6-5/8"REG 29 00 245.08 18 X-Over Sub(4.51F x 6-5/8"Reg) 8.000 3.000 147.22 B 4-1/2"IF 2 25 247.33 14 14 its 5"X 3"HWDP 449 3-4.51F 5 000 3.000 49.30 420 00 667.33 667 33 18.13 Ensure BHA components have been inspected previously. 18.14 Drift and caliper all components before M/U. Visually verify no debris inside components that cannot be drifted. 18.15 Bit nozzles should be (5)x 16's. Have the DD run independent hydraulic calculations to ensure optimum TFA. Page 40 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp Enemy Curnpamy 18.16 Primary bit is the Security 12-1/4" FX56M: 12-1/4" (31 1 mm) FX56M PRODUCT SPECIFICATIONS Cutter Type X3-Extreme Ikiliittg [AOC Code M222 j Body Type MATRIX «" 4,, Total Cutter Count Sfi ♦ 4row._ Cutlet Distribution Li1�ut X= j Face 0 0 Gauge 5 5 Up Drill 5 ti 0 Number of Large Nozzles 5 Number of Medium Nozzles tt Number of Small Nook. o a. Number of Micro Nozzles 0 .. Number o(P'rt%(Sim it * at Numbs r of Replaceable Port:504r) tt $ .funk Slot Area IA int 29.02 Nrnmalrrest Face Volume 51.21% API Connection 6.541 REG PIN ReeotnnHrndod Make•Ltp Torque' 31.119-43.525 Ft`tba, Nominal Dimensions** Make-Up Face to Nose 14.92 in-379 mm iauge Length 4 in•102 men Sleeve Length Qin-0 mm Shank Diameter R.15 ua- arm Break Out Plate 4Mat,atl egacyrit 191955444050 Approximate Shipping Weight 420Lbs.-1911(g. SPECIAL FEATURES Impact An eUors.I!32 Relieved Gage.Up-Drill Cutters on Gage Pads,Hexagon TSP Gage Material#66391I -sir vvvirrc recommended sake-ate torque is s function of the hit I,D.and:IOW hit nib 0.0.unbent a'rt+cetfrrd in API RI' Seetwn A R.2 ••fteugn dimension*are nonuaal and nuy vary ttiphtty on munatacturrd product.Halliburton Doll bine and:Cervices Handel'oltt exmtmuauuly renewed and refuted Pts dart speett eatuao,may change without notice t 2013 Halliburton,All rights reserved.Sales of Halliburton products and services will be in accord solely with the terns and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com 4�' 18.17 TIH to TOC (Est at 3,900). CBU and test casing to 26 si /30 min. 18.18 Drill out cement and drill 20' new formation from 4,000' to 4,020'. 18.19 CBU and condition mud to 9.2 ppg in/out. 18.20 Conduct FIT to 12 ppg EMW Page 41 Revision 0 Feb,2014 M-34 HDrilling &Completion Procedure Hilo i Compaq 18.21 Drill 12-1/4" hole section along approved directional wellpath to section TD. Section TD is planned to set the 9-5/8" shoe past the coal 39. • Begin drilling with light WOB to initiate a new PDC bottom hole pattern. • Work pipe through coal seams as req'd. Avoid excessive backreaming. Backreaming& surging the coals has an adverse effect on the quality of the wellbore. • Utilize formation type log to identify coal seams and plan directional work accordingly. • Pump sweeps as required for additional hole cleaning. • Ensure solids control equipment functioning properly and utilized to keep LGS to a minimum without excessive dilution. • Adjust MW as necessary to maintain hole stability. Keep API fluid loss <9 • Pull wiper trips as hole conditions dictate. A good rule of thumb is to start with wiper trips every 500'. 18.22 At section TD, sweep hole & CBU. Pull a wiper trip back to the 13-3/8" shoe. TOH & handle BHA as appropriate. • Note any tight spots or hole problems on AM report. Page 42 Revision 0 Feb,2014 M-34 Drilling & Completion Procedure Hilcorp VnvilY Cnmwemr 18.23 Below is a screen shot from the M-34 9-5/8" casing point. Plan is to set the 9-5/8" casing just past the 39 coal between 8960' TVD and 9,040' TVD. • Utilize GR LWD to aid in casing point selection. 880 G03ST • G04ST G05ST y G06ST COAL39 • — G1 fir ...,‘_ 9-5/8" r „ _ { casPolnt { t • G2T GS G3T G4T 18.24 No open hole logs are planned for the 12-1/4” hole section on M-34. Page 43 Revision 0 Feb, 2014 V M-34 11 Drilling &Completion Procedure Hilcorp 19.0 Running 9-5/8" Production Casing 19.1 Pull wear bushing. Install and test 9-5/8"casing rams in upper ram cavity (250/3000 psi). 19.2 R/U Weatherford 9-5/8" casing running equipment. • 9-5/8" CRT c/w elevator positioning system. • 14-50 Weatherford High Torque tongs. • Flush mounted spider& adapter bushing. • Back up tongs (rig provided)for 9-5/8"casing. • Ensure all casing has been drifted on the pipe rack prior to running. • Be sure to count the total# of joints on the rig before running. • Keep hole covered as much as possible while R/U casing tools. • Monitor wellbore on trip tank. • Record OD's, ID's, lengths, S/N's of all shoe track components &the stage collar. • Ensure 9-5/8"DWC/C x 5"NC-50 crossover on rig floor and M/U to FOSV. 19.3 P/U the reamer shoe joint. Visually verify there is no debris inside joint. 19.4 M/U and thread lock shoe track assy consisting of: • (1) Shoe joint with reamer shoe bucked on (thread locked). Install centralizers at 10' from each end btwn stop collars. • (1)Joint with coupling thread locked (Bakerlocked joint). Install centralizer mid tube btwn stop collars. • (1)Joint with float collar bucked on pin end &thread locked. Install centralizer mid tube btwn stop collars. • Ensure proper operation of float equipment. 19.5 Continue running 9-5/8" intermediate casing. • Use"Best 0 Life 2000"thread compound. Dope pin end only using a paint brush. • Install centralizers every 3rd joint. Leave centralizers free floating so they are free to slide up and down the joint unrestricted. • No centralizers required above 4000'. • Utilize the CRT to fill the string while running. • Run P-110 casing from 10,000' to 9,000' MD. L-80 casing from 9,000' to surface. 19.6 If trouble is encountered,the CRT can be utilized to rotate the string. Torque is limited by the top drive (30k ft-lbs). Page 44 Revision 0 Feb,2014 M-34 Drilling & Completion Procedure Hilcorp Emmy Comm" Technical Specifications Connection Type: Size(O.D.): Weight(Wall): Grade: DWC/C Casing 9-518 in 47.00 lb/ft(0.472 in) L-80 standard Material L-80 Grade Ving 80,000 Minimum Yield Strength(psi) 1111111111MINEWUSA 95.000 Minimum Ultimate Strength (psi) VAM-USA 4424 W.Sam Houoton Pkwy.Suite 150 Pipe Dimensions Houston,Tx 77041 Phone:713.479.3200 9.625 Nominal Pipe Body O.D. (in) Fax:713-479.3234 8.681 Nominal Pipe Body I.D.(in) E-mail:vicMUSks4Ms alrriaourt#c.mm 0.472 Nominal Wall Thickness(in) 47.00 Nominal Weight (lbs/ft) 46.18 Plain End Weight(lbs/ft) 13.572 Nominal Pipe Body Area(sq in) Pipe Body Performance Properties 1.086,000 Minimum Pipe Body Yield Strength (lbs) 4,750 Minimum Collapse Pressure(psi) 6,870 Minimum Internal Yield Pressure(psi) 6,300 Hydrostatic Test Pressure(psi) Connection Dimensions 10.625 Connection O.D. (in) 8.681 Connection I.D. (in) 8.525 Connection Drift Diameter(in) 4.81 Make-up Loss(in) 13.572 Critical Area (sq in) 100.0 Joint Efficiency(%) Connection Performance Properties 1,086,000 Joint Strength (lbs) 16,500 Reference String Length(ft) 1.4 Design Factor 1,122,000 API Joint Strength(lbs) 543.000 Compression Rating(lbs) 4.750 API Collapse Pressure Rating(psi) 6,870 API Internal Pressure Resistance (psi) 19.0 Maximum Uniaxial Bend Rating[degrees/100 ft) Appoximated Field End Torque Values 40,000 Minimum Final Torque(ft-lbs) 50,000 Maximum Final Torque (ft-lbs) 59,400 Connection Yield Torque(ft-lbs) Page 45 Revision 0 Feb, 2014 ti M-34 Hilcorp &Completion Procedure Bow C 19.7 Watch displacement carefully and avoid surging the hole. Slow down running speed if necessary. 19.8 Slow in and out of slips. 19.9 P/U casing hanger joint and M/U to string. Casing hanger joint will come out to the rig with the landing joint already M/U. Position the shoe+/- 20' from TD when landed. Strap the landing joints while on the pipe deck and mark the joints to use as a reference when landing the hanger. 19.10 Lower string and land out in wellhead. Confirm measurements indicate hanger has correctly landed out in the wellhead profile. 19.11 Estimated string weight at TD will be close to 600k. Page 46 Revision 0 014 Feb,, V M-34 Drilling & Completion Procedure Hilcorp Entagy Comm*, 20.0 Cement 9-5/8" Casing 20.1 Hold a pre job safety meeting over the upcoming cmt operations. Make room in pits for volume gained during cement job. Ensure adequate cement displacement volume available as well. Ensure mud&water can be delivered to the cmt unit at acceptable rates. • How to handle cmt returns at surface, regardless of how unlikely it is that this should occur. • Which pump will be utilized for displacement, and how fluid will be fed to displacement pump. • Positions and expectations of personnel involved with the cmt operation. • Document efficiency of all possible displacement pumps prior to cement job. 20.2 R/U cmt head(if not done previously). Ensure top and bottom plugs have been loaded correctly. Ensure top and bottom plugs are PDC drillable and will pass through the stage collar without trouble. Test surface cmt lines to 4500 psi. 20.3 Circ until MW is conditioned properly for cmt operations. Add M/U water to reduce viscosity and gel strength. Ensure not to allow MW to decrease. Pump at 6—8 bpm. 20.4 Cement volume is based on annular volume+50%open hole excess. TOC planned at 13-3/8" shoe. C'te' -t- Estimated Total Cement Volume: Section: Calculation: Vol (BBLS) Vol (ft3) LEAD: (9,500' —4,000') x .0558 bpf x 400 bbls 2246 ft3 12-1/4" OH x 9-5/8" csg 1.3 = annulus: Y D Total LEAD: 400 bbls 2246 ft3 ' �Z TAIL: (10,000'-9,500)x .0558 bpf x 37 bbls 208 ft3 12-1/4"OH x 9-5/8" csg 1.3 = annulus: TAIL: 90 x .073 bpf = 6.5 bbls 37 ft3 10-3/4" Shoe track: ? s� Total TAIL: 43.5 bbls 244 ft3 ' Page 47 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Energy Cum Cement Slurry Design: System LiteCRETE Conventional Density 11 lb/gal 15.4 lb/gal Yield f 1.81 ft3/sk 0 1.22 ft3/sk Mixed Water 8.09 gal/sk 5.912 gal/sk Mixed Fluid 8.09 gal/sk 5.962 gal/sk Expected 7:30 HR:MIN 6:00 HR:MIN Thickening Expected ISO/API Fluid Loss 13 mL in 30 min Code Description Concentration Code Description Concentration 11.0 (HP) Cement 941b/sk A Cement 94 lb/sk WBWOB WBWOB D046 Anti Foam 0.2%BWOB D046 Anti Foam 0.2%BWOB Additives D202 1.2%BWOB D202 1%BWOC D167 0.2%BWOB D400 0.8%BWOC D177 0.02 gps D154 8%BWOC D198 0.4%BWOC 20.5 Pump 5 bbls 10.5 ppg spacer. Test surface cmt lines to 4000 psi. 20.6 Pump remaining 70 bbls 10.5 ppg spacer. 20.7 Drop bottom plug and pump lead and tail per program. 20.8 Drop top plug and displace with mud in pits at 6—8 bpm. Estimated displacement volume: (10,000' —20' —90')= 9,890 * 0.0732 =724 bbls. If surface volume allows, displace with mud that will be used for the next hole section(9.2 ppg). 20.9 Monitor returns closely while displacing cmt. Adjust pump rate if necessary. Bump plug with 500 psi over displacement pressure. Bleed off pressure and confirm floats are holding. 20.10 R/D surface cement equipment. Page 48 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Barry Cateporr 20.11 Back out and L/D landing joint. 20.12 M/U flush tool and wash out area btwn hanger neck and wellhead in preparation for running seal assy. 20.13 M/U packoff& setting assy to landing joints. Run and set packoff. Test packoff to 3000 psi/30 min through test port on side of wellhead. 20.14 L/D landing joint. Run and set wearbushing in wellhead. Page 49 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp iinctrg,y Crmrpwrr 21.0 Drilling 8-1/2" Hole Section 21.1 Remove 9-5/8" casing rams from upper ram cavity. Install and test 3-1/2" x 7" VBR. Test on 5" DP to 250/3000 psi. 21.2 Run and set wear bushing in wellhead. 21.3 P/U 8-1/2" directional drilling assy consisting of: COMPONENT DATA ' Item -.. . ri ; M-34 Drilling &Completion Procedure Hiicorp Emmy Congomy 21.5 Primary bit is the Security 8-1/2" 8-1/2" (216mm) FX65D PRODUCE SPECIFICATIONS *" Cutter Type X3-Extreme Drilling MMM •, IAIX'Code M423 le ' 1116 Body Type MATRIX Total Cutter Count 62 414, Cutter Distribution JImin dam Face 15 26 *, Gauge 9 6 Up Drill 6 0 �S Number of Large Nozzles 6 Number of Medium Nozzks 0 Number of Sma11 Nozzles tl r Number of Micm Nozzles 0 Number of Potts(Sire) 0 Number of Replaceable Ports ISitrel tt Junk Slot Area Csq int 14.07 ve Ncmmalised Face Volume 46.9114: API Connection 4-I'2 REG.PIN Reccattmendad Make-Up Torque' 12,461-17,766 Ft'Ibs. Nominal Dimensions" Make-Up Face to Nose 10.71 in•272 ima Gauge Length 2 in•51 tum Sleeve Length 0 in-h tum Shank Diameter 6 in•152 men Break Out Ptme IMat e;Lcgncyel t$1954i44OUI Approximate Shipping Weight 160Lbs.•73Kg. SPECIAL FE_ATURE% up-Drill cutters on Gage Pads,I.i2 Relieved Gage,Optimized Dual Row-'D"Feature Material D664064 'Bit.pecifee rceeurmmended make-op torque o**funttirun of fhr hie t IX and arrant bit tub 0.D.stint*,ei tool in APt F G Sevtetm A.tt2. **Deur damenunn*ere'turnout and may vary*tightly on rnntwtactwed product.tlalthur*nn Dull Nit and Aro Teen mrxlelr aft rnnununudy sessa ed and refute! Prodnet tpeeilkurrum nay*bulge it"nut no5iee c'2013 Halliburton.All rights reserved.Saks of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. 21.6 TIH and tag TOC. Note depth tagged on AM report. 21.7 CBU and test casing to 3500 psi/30 min. 21.8 Drill out shoe track+ rat hole+20' new formation. 21.9 CBU and condition MW for FIT. Page 51 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure HU 21.10 Conduct FIT to 12 ppg. Projected FIT test data: • 8,960' TVD, 9.2 ppg MW, 1305 psi surface pressure. • Anticipated fracture gradient at the 9-5/8" casing shoe is expected to be btwn 17 and 18 ppg EMW based on offset wellbores. • An FIT of 12 ppg was chosen to allow for a(2.4 ppg)kick margin while drilling with a 9.6 ppg fluid density. 21.11 8-1/2" hole mud program summary: Weighting material to be used for the hole section will be barite. Additional barite will be on location to weight up the active system (1)ppg above highest anticipated MW. Canrig PVT will be used throughout the drilling and completion phase. Remote monitoring stations will be available at the driller's console, Co Man office, Toolpusher office, and mud loggers office. System Type: 9.2—9.6 ppg 2%KC1/BDF-499 /GEM drilling fluid Properties: Densi Viscosi Plastic Viscosit Yield Point HTHP •H 9.2—9.6 40-53 6-15 13-24 <11 8.5-9.5 System Formulation: 2% KCl/ CLAYSEAL/GEM GP Product Concentration Water 0.905 bbl KC1 7 ppb Caustic 0.2 ppb(9 pH) BARAZAN D+ 1.0 ppb(as required 18 YP) DEXTRID LT 1-2 ppb Pac L 1 ppb BDF 499 4 ppb GEM GP 1.0%by volume BARACARB 5/25/50 10 ppb(3.3 ppb of each) STEELSEAL 50/100/400 as directed by company rep BAROFIBRE as directed by company rep BAROTROL PLUS as directed by company rep SOLTEX as directed by company rep BAROID 41 as needed 9.2—9.6 ppg ALDACIDE-G 0.2 ppb 1. Mud weight: Maintain the density at 9.2 — 9.6 ppg or as directed; use solids control and whole mud dilution. Increase the density as required for hole stability/coal sloughing. Maximize solids control usage. 2. Rheology: Maintain a YP between 13 - 24 or as needed to achieve adequate hole cleaning. Pump high viscosity sweeps throughout the interval as needed, particularly prior to POH for casing. Optimized mud rheology and flow rate will be the primary mechanisms for achieving hole cleaning in this deviated wellbore. Maximize pipe rotation(ideally> 100 RPM). 3. Lubricity: TORQ-TRIM II is the only lubricants available for use while discharging overboard. Lubricant level must stay<1%to achieve NPDES compliance. Page 52 Revision 0 Feb,2014 M-34 11 Drilling &Completion Procedure Hil Balm Conepq 4. Other issues: The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM (BARACARBs 5/25/50, STEELSEAL 50/100/400) and shale stabilizers (BAROTROL PLUS, SOLTEX) should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. STEELSEAL, BAROFIBRE, BAROTROL PLUS, and SOLTEX should be approved by the company representative before mixing while drilling the production interval. Operations Summary Soda ash and citric acid should be used to pretreat for any negative effects of the cement. BARAZAN D+should be used to maintain rheological parameters. BARACARB 5/25/50 should be maintained at 10 ppb. BAROFIBRE\STEELSEAL 50/100/400 and BAROTROL PLUS/SOLTEX should be added if excessive losses or sloughing coals are encountered. BAROFIBRE, STEELSEAL,BAROTROL PLUS and SOLTEX should be approved by the company representative before mixing while drilling the production interval. Maintain the mud as clean as possible while drilling. Should sweeps be required,a high viscosity sweep is recommended. Daily additions of X-CIDE 207/ALDACIDE G MUST be made to control bacterial action. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so, approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. The system rheology may be relaxed as hole conditions allow. This will also lower the ECD for any possible loss zones which might be found and reduce swab tendencies. However,be prepared to increase the YP if hole cleaning becomes an issue. Stress slow pipe movement to the drillers to reduce surge/swab. Stage pumps up slowly after connections and begin rotation prior to pumping(this will break the gels and reduce the pressure required to break the gels). If any trips are required, consider spotting a 20 bbl,20 ppb LCM pill across the loss zone. The pill should consist of base mud with 10 ppb BARACARB 50 and 10 ppb STEELSEAL added. This pill would reduce the effects of tripping back in and allow time for the LCM to"soak"into the zone. STEELSEAL's and BARACARB's will not dehydrate the mud which will allow for lower ECD on the first bottoms up after TIH. Reduce system YP as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures. Reduce the system rheology once the casing is landed to a YP<20(check with the cementers to see what YP value they have targeted). Consider spotting a STEELSEAL/BAROTROL PLUS/SOLTEX pill (20 ppb of the different sizes of STEELSEAL,4 ppb BAROTROL PLUS,4 ppb SOLTEX)prior to running the casing if losses or sloughing have been seen in this interval. Sweeps Utilize high viscosity sweeps or weighted sweeps as needed to clean the hole. Monitor all sweeps pumped and report their effectiveness. The objective of the sweep is to change the flow characteristics/carrying capacity that are inherent with the mud system. Select sweep type accordingly. Page 53 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Bop 21.12 Begin drilling 8-1/2"hole section along approved directional plan. • Begin with light WOB to establish a new bottom hole pattern with the PDC bit. • Work pipe through coal seams as req'd. • Utilize formation type log to identify coal seams and plan directional work accordingly. • Pump sweeps as required for additional hole cleaning. • Ensure solids control equipment functioning properly and utilized to keep LGS to a minimum without excessive dilution. • Adjust MW as necessary to maintain hole stability. Keep HTHP fluid loss < 8 • Pull wiper trips as hole conditions dictate. A good rule of thumb is to start with wiper trips every 500'. • Take formation samples every 30'. 21.13 Drill to TD at 13,469' MD/94520' TVD. • Exact TD will be determined based on LWD log. 21.14 CBU and pull a wiper trip back to the 9-5/8" casing shoe. 21.15 TOH, drop drift on trip out of hole. Handle BHA as appropriate on trip out of hole. • Record torque at 9-5/8" shoe at 20, 30, 40 rpm. Note on AM report. Page 54 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Ener Crrmpr7 22.0 Running 7" x 5-1/2" Tapered Slotted Liner 22.1 Test VBR on 7" and 5"test joints. Test should be to 250/3000 psi for 5/5 min. 22.2 R/U Weatherford 5-1/2" casing running equipment. • Ensure 5-1/2"DWC/C HT x 5"NC-50 crossover on rig floor and M/U to FOSV. • Slotted liner will fill while running. • Have a well control procedure developed that includes M/U a slick joint(or joints) of 5-1/2" pipe to allow slots to be lowered below BOP, FOSV stabbed and closed, and the well safely shut in if necessary. • Ensure all casing has been drifted on the deck prior to running. • Be sure to count the total#of joints on the deck before running. • Keep hole covered while R/U casing tools. • Record OD's, ID's, lengths, S/N's of all shoe track components. 22.3 P/U shoe joint,visually verify no debris inside joint. 22.4 Continue running 5-1/2"prod liner • Fill casing while running using fill up line on rig floor. • Use"Best 0 Life 2000"thread compound (licensor specified thread compound). Dope pin end only w/paint brush. • Install solid body centralizers on every joint across the entire open hole section. Leave the centralizers free floating. • Utilize a collar clamp until weight is sufficient to keep slips set properly. 22.5 Continue running 5-1/2" slotted/blank production liner per tally supplied by reservoir engineer. Install swell packers where noted on tally. M/U 5-1/2"x 7" crossover joint. • Ensure 7"DWC/C HT x 5"NC-50 crossover on rig floor and M/U to FOSV. 22.6 Run 7"production liner to installation point of the liner hanger. 5-1/2" DWC/C M/U torques Casing OD Minimum Maximum Yield Torque 5-1/2" 12,100 ft-lbs 13,800 ft-lbs 18.600 ft-lbs 7" DWC/C M/U torques Casing OD Minimum Maximum Yield Torque 7" 24,300 ft-lbs 28,200 ft-lbs 32,200 ft-lbs Page 55 Revision 0 Feb, 2014 M-34 Drilling & Completion Procedure Hilcorp Emmy Comm? Technical Specifications Connection Type: Size(O.D.): Weight (Wall): Grade: DWC/C-HT Casing 5-1/2 in 20.00 lb/It(0.361 in) L-80 standard MaterialmilAnt L-80 Grade 80.000 Minimum Yield Strength(psi) USA 95,000 'JAM Ultimate Strength(psi) VAM UaA 4424W.Sam Houston Pkwy.Suite 150 Pipe Dimensions Houston,7X77041 5.500 Nominal Pipe Body O.D.(in) Phone:713-47s-32x0 4.778 Nominal Pipe Body1.13.(in) Fax:713-479-3234 0.361 Nominal Thickness(in) E-mail:VAMUSASalee xam-usa.com 20.00 Nominal Weight(lbs/ft) 19.83 Plain End Weight(lbs.lt) 5.828 Nominal Pipe Body Area(sq in) -- Pipe Body Performance Properties 466,000 Minimum Pipe BodyYield Strength(lbs) 8;830 Minimum Collapse Pressure(psi) 9.190 Minimum Internal Yield Pressure(psi) 8.400 HydrostaticTest Pressure(psi) Connection Dimensions 6.050 Connection O.D. (in) 4.778 Connection I.D. (in) 4.653 Connection Drift Diameter(in) 4.13 Make-up Loss(in) 5.828 Critical Area(sg in) 100.0 Joint Efficiency(%) Connection Performance Properties 466,000 Joint Strength(lbs) 16.640 Reference String Length(ft) 1.4 Design Factor 503.000 API Joint Strength (lbs) 466.000 Compression Rating(lbs) 8,830 API Collapse Pressure Rating(psi) 8.990 API Internal Pressure Resistance(psi) 66.7 Maximum Uniaxial Bend Rating[degrees/100 ftj Appoximate_d.Field End Torque Values 12,100 Minimum Final Torque(ft-lbs) ':E k 13.800 Maximum Final Torque(ft-lbs) 18.600 Connection Yield Torque(ft-lbs) For detailed information on performance properties.referto DWC Connection Data Notes on following page(s). Page 56 Revision 0 Feb. 2014 M-34 Drilling & Completion Procedure Hilcorp Emmy Comm' Technical Specifications Connection Type: Size(O.D.): Weight(Wall): Grade: DWC/C Casing 7 in 29.00 lb/ft(0.408 in) P-110 2012 API Spec 5CT Coupling 0 D Material P-110 Grade 4W011 110,000 Minimum Yield Strength (psi) 11111111111111111111111WUSA 125.000 Minimum Ultimate Strength (psi) VAM-USA 4424 W.Sam Houston Pkwy Suite 150 Pipe Dimensions Houston,TX 77041 Phone: 7.000 Nominal Pipe Body O.D. (in) Fax:713-479.323400 6.184 Nominal Pipe Body I.D.(in) E-mail:VAM13SAsales(cbna.vaitcutec.com 0.408 Nominal Wall Thickness(in) 29.00 Nominal Weight (lbs/ft) 28.75 Plain End Weight(lbs/ft) 8.449 Nominal Pipe Body Area (sq in) Pipe Body Performance Properties 929.000 Minimum Pipe Body Yield Strength (lbs) 8.530 Minimum Collapse Pressure(psi) 11.220 Minimum Internal Yield Pressure(psi) 10.300 Hydrostatic Test Pressure (psi) Connection Dimensions 7.875 Connection O.D. (in) 6.184 Connection I.D. (in) 6.125 Connection Drift Diameter(in) • 4.50 Make-up Loss(in) 8.449 Critical Area(sq in) 100.0 Joint Efficiency(%) Connection Performance Properties 929,000 Joint Strength (lbs) 22,880 Reference String Length (ft) 1.4 Design Factor 955,000 API Joint Strength(lbs) 465,000 Compression Rating (lbs) 8.530 API Collapse Pressure Rating (psi) 11,220 API Internal Pressure Resistance (psi) 36.0 Maximum Uniaxial Bend Rating [degrees/100 ft) Appoximated Field End Torque Values 24,300 Minimum Final Torque(ft-lbs) 28,200 Maximum Final Torque(ft-lbs) 32,200 Connection Yield Torque (ft-lbs) Page 57 Revision 0 Feb. 2014 M-34 Drilling & Completion Procedure Hilcorp Energy Company 22.7 Ensure to run enough liner to provide for approx 200' overlap inside 9-5/8" casing. Ensure hanger/pkr will not be set in a 9-5/8" connection. 22.8 R/U false rotary table and slips for running 2-7/8" inner string. • Ensure there is a well control procedure in place to cover shutting in the well while running the inner string. 22.9 Run and space out inner string per BOT procedures. 22.10 Before picking up Baker ZXP liner hanger/packer assy, count the# of joints on the pipe deck to, make sure it coincides with the pipe tally. 22.11 M/U Baker ZXP liner top packer to inner string and to 7" liner. Fill liner tieback sleeve with "Pal mix", ensure mixture is tin enoug to travel past the HRD tool and down to the packoff. , Wait 30 min for mixture to set up. 22.12 RIH one stand and circulate a minimum of one liner volume. Note weight of liner. 22.13 RIH w/liner on DP no faster than 1-1/2 min/stand. Watch displacement carefully and avoid surging the hole. Slow down running speed if necessary. 22.14 M/U top drive and fill pipe while lowering string every 10 stands. 22.15 Slow in and out of slips. 22.16 Circulate 1-1/2 drill pipe and liner volume at 9-5/8" shoe prior to going into open hole. Stage pumps up slowly and monitor for losses. Do not exceed 60% of the nominal liner hanger setting pressure. Nominal liner hanger setting pressure is 2500 psi. 60% of this value is 1500 psi 22.17 Obtain up and down weights of the liner before entering open hole. Record rotating torque at 10, 20, & 30 rpm. 22.18 Maximum torque while running the 7"x 5-1/2" liner is will be discussed after free rotating torques are obtained on last TOH. 22.19 Continue to fill the DP every stand down using fill up line on rig floor. Do not stop to fill the drill pipe. 22.20 P/U the cmt stand and tag bottom with the liner shoe. P/U 2' off bottom. Note slack-off and pick-up weights. 22.21 Drop packer setting ball and set hanger/packer per BOT procedures. 22.22 Once released, pressure up against backside and test annulus to 3500 psi/30 min. Page 58 Revision 0 Feb, 2014 ✓ firIPM-34 Drilling& Completion Procedure Hilcorp 22.23 Pick up until wash pipe is above pack off and circulation is permissible down the wash pipe and up the 7"x 2-7/8"annulus. 22.24 Displace wellbore to completion fluid. 22.25 TOH with liner running assy and washpipe. 23.0 Complete well i,..- • A separate sundry will be submitted that details the sequence of operations to perforate the wellbore and run the dual string. Page 59 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp 24.0 Diverter Schematic 11111111111* Bottom of flow box 22" 22 84Pipe OVIIRIVIMPOONNMPPOW Hy. Akik 4 22' •' „ ". MSP 21 1,4-20CX) • 16"3M " a'� . 16"3M outlets ;kit _ outlets 300' «tt1 75 43` WPM ,2?4. 1!1 e4r 3592' 47 06 4.75' 4.70' •ji�i1. ,'�,_ Wellhead Room Floor Page 60 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp Energy anov.q 25.0 BOP Schematic While Drilling 14-1/2" x 17-1/2" hole 1141m WWII&°r.,P° uI n, e.°s !kg • 20"pp.fo,errbuotlangau 8.]a' Moon pool deck 1.1 1111111.1.11 5.10' Hytlr4 Variables 3 Y.---- - - 5.46' Blind .111.9.1Foom flow 0 S.88 111111111111111 Top 9.117 3 1/8 5M Choke and Kill valves w/ " �l N HCR on both IIS . I �.I 3.00' y 8P sides v 1,1111111111111 5"Pipe rams -- 3.56• .I DSA 16%10MX 16%5M I,66' t :.wrong.m..rv.mmuro ea....m°,e Riser,16%5M API hub X 16 3/4 10M FE Ilpp.r4Mew°Room to 8eew omne .171 Riser,16%5M FE X 16% 5M API hub Wonmemmnww,w.n..eReom r.I 1.1 am Spacer spool 16%5MX 16%5M 2.16 2.70 ,Ir. �I{.._.}il•..r lad I 0 Page 61 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hiicorp Emmy Company 26.0 BOP Schematic While Drilling 12-1/4" & 8-1/2" Holes 20"pipe for air boot flanges 8.73• 26 23 TaO." 11(111111: 5.10' • Hydril • Variables 3 5Sr7 --- - 5.46' Blind --- --- aaropro .nim..a aon noon®ass, iri ire ei.rt iri m uwnwu e.o� eev "3 1/8 5M Choke antl Kill velves w//HCR on both O _ y 4 I f 3.00' tles ri t...✓ 5"Pipe Rams — - 16'/'.-5000 _ _. • 3.58' DSA 16%10M X 16345M i.66' 1 �r r r��r� r �Nryr Oweryruo OnmO ag sue0narg Riser.16 0.5M API hub X 16 3/4 10M FE uP'" roagsm Upper Mead roome,o, enxa�.ew.noo, Riser,16%5M FE X 16% 5M API hub DSA 135/85M x 16%5M }g 44•44is mote upset... " • sem 3.59' 2.18 �I j `11., 270' (�-~).fl8 ■ .°1'11 111 Page 62 Revision 0 Feb,2014 M-34 Drilling & Completion Procedure Hilcorp Elmo C/empaxIx 27.0 Wellhead Schematic 7 HILCORP ALASKA P'• STEELHEAD PLATFORM -./e HO-32101 • 4-1/14 611---............(2,L,,, ..440t iiir A 4 .►�I�'. 1\`��,,'?' � J OttN^Ano4 Or TNRtE /)■�rl I AI1t 'i"------ a_rjtU 10.1 2-1/16'.AI �t 6 nMTRt uripsN t 4 3-1/6 S+ 1 E -.NWT r a1.D, 4-1/16 SM _..------ ..:._.r a � r Ac.E :ti ,iii Offl.) , O .. �f\ ...In ate. 4_,,,„„,,,. 4—IM 9Al 9R- 160 720 11 II •. Se-MN�ITZOI-101-Xxx ^�1� - 1121 NI � I,AI.I MONO HANGER.S-SB-ESP 1 �C_/ 13-5/S x 4-1/2 EU 150 Sox TOP&STY.4 Tin 11 SPY _ P1'4'RATDR — 9-5/8 G0 CASW 16/THREE 3/5 C 1Ra LINES III - sP-H1.601102 sz//1.ar 1,%-VS 5N 4-1/2 00 TUB6+0 1#ql' 2-lite 5.0 _ -----IOIEI!W161tCTOF N:' CASING MANGER.SYS-22 �t y 13-6/5•JA SK V.160 AIAP/1 AML CABLE 13-0/5 x 9-6/0 t, .. P Sr'-..60211:x.-x,t TO/SEAL ASSCM�.Y I , i r !1 • R Rrw+G �•� � I:. I TOOL (II 1$CR 0 SEAL Peel -,„r1, ;, M '` 2-1/16 56 ■■ 111111.1111 II CASINO NN6k'iE I.SM-E 111, !I. 16-3/4 SN re CASINO 13-3/6 -.'� al'_. ate-314 X 13-3/6 4 1 Sox STY x u: '44' ,14000 00 4TP1 sA O00f TOPO0:I• Im•r., 11,..:".'„0./ I" III;et ,Ie-5/b OSL 0 SEAL PREP .a. A a ue� s.20-3/4 SM RUNNING CASING++ANCxCR, SV-E •Ir. leis. 10:r, --�.;:1111 t6 BC 20 x C 80x Wu x - --I / 16.790 00 41PI SA SOX TOP . O ■�1 Y/ E~ �__-� CASING+.ANGER =.. {� 2oNalxl6 —' I ' 1,' il }!`---_ P A..I P.4‘0 AL' 2$to Ill 1l9!PIPE (� • i 16 CO CASINO i 13-3/5 CO CASING OR.:43AS 9-O/6 00 CASING sM11-22/134p COMPLETION, SCoo PSI rAP 4-1/2 CO MONO 2F x 13-376 X 9-5%X 4-1/2 TUONG RESIPICTEO EMMENTA 00:70MENT -d---- --- -- '146; . +M.+M... .. / �- 1-16 •---.31--14 d ir .....::�. .:.�.. : .Mos.a .E,: . ArmIA.N.M,.kw-Aµntr.k�+. r "a,a. . x ..^' x-� 0-3150 2 4tH/ A1N1...L IIL'MIM n.I 4• Page 63 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Enerter C 28.0 Days Vs Depth Steelhead Offset Wells Days vs Depth 0 I I I I 1 1 i I -M-21(2011) 10a) \hi. -M-11(2010-2011) --M-13(2006-2009) 2000y -M-17(2007) V � --M-31( 3000 -M-27(1391994)0) tilt i -M-27(1990) 4000 { -M-28(1990) E -M-29(1991) 5000 -M-30(1992) 6000 -M-34 Plan \ . ,Z. L 8 7000 N soon i io 9000 `� \ 10000 , , 11000 7::::\: 12000 . 13000 i 140D0 , 15000 0 10 20 30 40 50 60 70 Days Page 64 Revision 0 Feb,2014 M-34 intDrilling & Completion Procedure Hilcorp trusia c„mn.7. 29.0 Estimated Formation Tops and Pressures 1W SS TVD Pressure max min psift SZ15 1811 -1647 1807.43 784 0.434 base of GGS high pressure;sands and coals ACT 2684 -2=72 2631.69 __ 7.11 0.27 GGS depleted;sands and coals BCT 3312 -3009 3168.75 127 0.04 GGS depleted;sands and coals CCT 4163 -3736 3895.59 156 0.04 GGS depleted; sands and coals DCT 4604 -4113 4272.59 150 0.035 GGS depleted;sands and coals ECT 7126 -6268 6427.81 225 0.035 GGS depleted;sands and coals FCT S249 -7225 7388.09 259 0.035 GGS depleted;sands and coals GOCT 9849 -8595 8755.17 306 0.035 GGS depleted;sands and coals G1T 10091 -8802 8961.56 3.585 0.4 oil-G Zone;sands and coals G2T 10146 -8847 9407.15 3,603 0.4 oil-G Zone:sands and coals G3T 10219 -8906 9066.07 3,626 0.4 oil-G Zone;sands and coals G4T 10271 -8946 9106.18 3,642 0.4 oil-GZone;sands and coals G5T 10426 -9056 9216.3S 3,687 0.4 oil-G Zone:sands and coals G6T 10630 -9178 9337.93 3.735 0.4 oil-GZone;sands and coals G7T 10689 -9208 9367.82 3,747 0.4 oil-G Zone;sands and coals HKT 10752 -9236 9395.83 3;946 0.42 oil-Hemlock;sand,conglomerate HK1T 10765 -9241 9401.36 3,949 0.42 oil-Hemlock;sand.conglomerate HK2T 10894 -9289 9449.49 3,969 0.42 oil-Hemlock;sand.conglomerate Page 65 Revision 0 Feb, 2014 M-34 II Drilling &Completion Procedure Hilcorp Mawr Company 30.0 Anticipated Drilling Hazards 17-1/2" x 22" Hole Section: Lost Circulation/Hole Cleaning: Manage ECDs, optimize solids control equipment to maintain density, control sand content, and reduce the waste stream. Maintain YP between 35—55 to optimize hole cleaning and control ECD. Pump high vis sweeps to enhance hole cleaning. Ensure adequate amounts of LCM are available. Safe-carb 10, 20, 40, 250, & 750. Ensure G-seal, Pecan nut plug, and Mix II are also available for more severe lost returns incidents. Monitor fluid volumes to detect any early signs of lost circulation. For minor seepage losses, consider adding small amounts of Safe-carb 10 &20 to the active system at 1 —2 ppb. Have an LCM pill mixed up and ready prior to drilling the 17-1/2"hole section in case returns are lost and a pill is required immediately. Wellbore stability: Lithology through this zone is a composite of pebble conglomerate and sand in the upper intervals with intermittent clay matrix. Carbonaceous material and coal may be noted. Gravel sizes that are larger than normal can cause hole-cleaning problems. If encountered, be prepared to increase the viscosity. Excessive quantities of gravel and sand may indicate wellbore instability. Increase properties up to a YP of—50-—60 lbs/100ft2 to combat this issue. Maintain low flow rates for the intial 200' of drilling to reduce the likelihood of washing out the conductor shoe. To help insure good cement to surface after running the casing, condition the mud to a YP of 25 —30 prior to cement operations. Do not lower the YP beyond 25 to avoid trouble with sands that may be found on this well. Have Desco DF, SAPP, and water on hand to ensure the desired rheologies can be achieved. H2S: / H2S is not present in this hole section. No abnormal pressures or temperatures are present in this hole section. / Page 66 Revision 0 Feb,2014 M-34 Drilling &Completion HilTx 14-1/2" x 17-1/2" Hole Section: Lost Circulation/Hole Cleaning: Maintain the density at 9.2 to 9.6 ppg. Preventing lost circulation, Optimize solids control equipment to maintain density and sand content,Maintain YP between 13-24 to optimize hole cleaning and to control ECD. Pump high viscosity sweeps to enhance hole-cleaning efforts. Monitor sweep effectiveness. Wellbore stability/Coal Drilling: The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM(BARACARBs 5/25/50, STEELSEAL 50/100/400) and shale stabilizers(BAROTROL PLUS, SOLTEX)should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. H2S: H2S is not present in this hole section. No abnormal temperatures are present in this hole section. Page 67 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hil Beier Cisperr 12-1/4" Hole Section: Lost Circulation/Hole Cleaning: Maintain the density at 9.2 to 9.6 ppg. Preventing lost circulation, Optimize solids control equipment to maintain density and sand content,Maintain YP between 13-24 to optimize hole cleaning and to control ECD. Pump high viscosity sweeps to enhance hole-cleaning efforts. Monitor sweep effectiveness. Wellbore stability/Coal Drilling: The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM(BARACARBs 5/25/50, STEELSEAL 50/100/400) and shale stabilizers(BAROTROL PLUS, SOLTEX)should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so,approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. H2S: H2S is not present in this hole section. No abnormal temperatures are present in this hole section. " Page 68 Revision 0 Feb,2014 M-34 II Drilling &Completion Procedure r11C Canepung 8-1/2" Hole Section: Lost Circulation/Hole Cleaning: Maintain the density at 9.2 to 9.6 ppg. Preventing lost circulation, Optimize solids control equipment to maintain density and sand content,Maintain YP between 13-24 to optimize hole cleaning and to control ECD. Pump high viscosity sweeps to enhance hole-cleaning efforts. Monitor sweep effectiveness. Wellbore stability/Coal Drilling: The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM(BARACARBs 5/25/50, STEELSEAL 50/100/400) avoid using the shale stabilizers and"Black"products while drilling the 8-1/2"hole section if possible. We don't want to put anything in the mud that will adversely affect"skin"and have a negative effect on production from the well bore. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so, approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. H2S: H2S is not present in this hole section. ' No abnormal temperatures are present in this hole section. ' Page 69 Revision 0 Feb,2014 M-34 II Drilling &Completion Procedure Meow ca.o.ty 31.0 FIT Procedure Formation Integrity Test (FIT) and Leak-Off Test (LOT) Procedures Procedure for FIT: 1. Drill 20'of new formation below the casing shoe (this does not include rat hole below the shoe). 2. Circulate the hole to establish a uniform mud density throughout the system. P/U into the shoe. 3. Close the blowout preventer(ram or annular). 4. Pump down the drill stem at 1/4 to 1/2 bpm. 5. On a graph with the recent casing test already shown, plot the fluid pumped (volume or strokes) vs. drill pipe pressure until appropriate surface pressure is achieved for FIT at shoe. 6. Shut down at required surface pressure. Hold for a minimum 10 minutes or until the pressure stabilizes. Record time vs.pressure in 1-minute intervals. 7. Bleed the pressure off and record the fluid volume recovered. The pre-determined surface pressure for each formation integrity test is based on achieving an EMW at least 1.0 ppg higher than the estimated reservoir pressure, and allowing for an appropriate amount of kick tolerance in case well control measures are required. Where required, the LOT is performed in the same fashion as the formation integrity test. Instead of stopping at a pre-determined point, surface pressure is increased until the formation begins to take fluid; at this point the pressure will continue to rise, but at a slower rate. The system is shut in and pressure monitored as with an FIT. Page 70 Revision 0 Feb,2014 M-34 ti. Drilling &Completion Procedure Hilcorp Enemy Compimy 32.0 Choke Manifold Schematic • TO GAS BUSTER TO DERRICK VENT TO SHALE SHAKERS 4. A....i • , in I . •• rii 111111111111111 .A. 1111111111111111 1111 rtil tilli4k\ .at• ., • 1401.11111A 1114 1111061 th IN ------- 1E1 ____Ii. ' .0 i 11111 ,r - ;IIII\ i./'1114 ,, ralls:2,4 — I . .4 (.. : • tli ..... amain Mini � .� 1 9p I t, lid _ / , v \.. O,-- hilleglilla . 64, r*In'Milit.v.if.13 Mr,liPtrai i On r L__ . maiii wii us t :404 _ kr4i204,07 t 40*leo', ---,. :44 t SWACO CHOKE LINE ( Lam` ° 'w Al SECTION AA * ALL.VALVES tN FLOW PATH ARE 3-1/16' 5000 PSI CAMERON GATE TYPE Page 71 Revision 0 Feb, 2014 nM-34 Drilling & Completion Procedure Hilcorp cess c„ ;. 33.0 Casing Design Information Calculation&Casing Design Factors Steelhead Platform DATE:2-14-2014 WELL:M-34 FIELD:McArthur River DESIGN BY:Luke Keller Design Criteria: Hole Size 14.112"x 17.112" Mud Density: 9.6 ppg Hole Size 12-114' Mud Density: 9.6 ppg Hole Size 8-112" Mud Density: 9.6 ppg Drilling Mode See attached MASP determination and calculation MASP(14.1/2"x 17.112"hole): 879 psi MASP(12.114"hole): 2239 psi MASP(8-112"hole): 1846 psi Production Mode MASP(Sec 2,3,4): 1846 psi Collapse Calculation: Section Calculation All Max MW gradient external stress(9 6 ppg)and the casing evacuated for the internal stress Casing Section Calculation/Specification 1 2 3 4 5 6 Casing OD 16" 13-318" 9-5/8" 9-5/8" 7" 5-112' Top(MD) 0 0 0 9.000 9.800 12,000 Top(TVD) 0 0 0 8,021 8.704 9.512 Bottom(MD) 1,400 4,000 9,000 10,000 12,000 13,469 Bottom(TVD) 1.399 3,755 8,021 1 8.874 9.512 9,520 Length 1,400 4,000 9,000 i 1,000 2,200 1,469 Weight(ppf) 84 68 47 ' 47 29 20 Grade L-80 L-80 L-80 P-110L-80 L-80 Connection Htg Boss BTC DWC/C , DWC/C ' DWC!C DWC/C Weight w/o Bouyancy Factor(lbs) 117,600 272.000 423.000 47.000 63,800 29.380 Tension at Top of Section(lbs) 117,600 695.000 470.000 47.000 63.800 29.380 Min strength Tension(1000 lbs) 1929 1545 1086 1086 676 466 Worst Case Safety Factor(Tension) 16.40 2.22 2,31 23.11 10.60 15.86 Collapse Pressure at bottom(Psi) 698 1,874 4,002 4.428 4.746 4.750 Collapse Resistance wfo tension(Psi) 1.480 2,260 4,750 5.300 7.030 8.830 Worst Case Safety Factor(Collapse) 2.12 1.21 1.19 1.20 1.48 1.86 MASP(psi) 879 2.239 1,846 1.846 1.846 1,846 Minimum Yield(psi) 4.330 5,020 6,870 9,160 8.160 9.190 Worst case safety factor(Burst) 4.93 2.24 3.72 4.96 4.42 4.98 , Page 72 Revision 0 Feb, 2014 M-34 11 Drilling & Completion Procedure Hilcorp Enemy Cumpavry 34.0 14-1/2" x 22" Hole Section MASP El Maximum Anticipated Surface Pressure Calculation 14-1/2"x 17-1/2"Hole Section II,Icor i M-34 McArthur River MD TVD Planned Top: 1400 1399 Planned TD: 4000 3755 Anticipated Formations and Pressures: Formation TVD Est Pressure Oil/Gas/Wet PPG Grad SZ15 1,807 784 Gas 8.3 0.434 ACT 2,632 711 Gas 5.2 0.270 BC.7 3,169 127 Gas 0.8 0.040 Offset Well Mud Densities Well MW range Top(TVD) Bottom(TVD) Date M-31 9.0-9.7 1,375 4,000 1994 M-27 9.2-9.7 1,445 4,235 1990 M-28 9.4-9.7 1,465 4,610 1990 M-29 9.2 9.7 1,455 3,770 1991 M-30 9.1 -9.7 1,452 4,247 1992 Assumptions: 1. Fracture gradient at 1,400'MD/1,399'TVD is estimated at 0.728 psi/ft based on field test data. 2. Maximum planned mud density for the hole section is 9.6 ppg. 3. Calculations assume"Unknown"reservoir contains 100%gas(worst case). 4. Calculations assume worst case event is 2/3 evacuation of wellbore to gas. Remaining 1/3 volume in wellbore remains drilling fluid density. 5. Maximum original pressure in shallow gas sands at 9.2 ppg EMW. Fracture Pressure at shoe considering a full column of gas from shoe to surface: 1399(ft)x 0.728(psi/ft)- 1019 psi 1019(psi)-(0.1(psi/ft)*1399(ft))=1879 psi MASP from pore pressure(gas sand at TD,at 9.2 ppg(0.4784 psi/ft) 3,755(ft)x 0.4784(psi/ft)- 1796 psi 1796(psi)-I(2/3)*0.1(psi/ft)`3,755(ft)I-((1/3)*0.4784(psi/ft)'3,755(ft)1r 948 psi Summary: 1. MASP while drilling 14.5"x 17-1/2"hole is governed by fracture pressure at 16"shoe. Page 73 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp 7'.ruagy Com 35.0 12-1/4" Hole Section MASP 1E11 Maximum Anticipated Surface Pressure Calculation 12-1/4"Hole Section F t itcot�f M-34 McArthur River MD IVO Planned Top: 4,000 3,755 Planned TO: 10,000 8,874 Anticipated Formations and Pressures: Formation TVO Est Pressure Oil/Gas/Wet PPG Grad CCT 3,896 156 Gas 0.8 0.040 OCT 4,273 150 Gas 0.7 0.035 ECT 6,428 225 Gas 0.7 0.035 FCT 7,388 259 Gas 0.7 0.035 GOCT 8,755 306 Gas 0.7 0.035 Offset Well Mud Densities Well MW range Top(TVD) Bottom(TVD) Date M-31 9.0-9.7 4,000 10,500 1994 M-27 9.2-9.7 4,235 10,500 1990 M-28 9.4-9.7 4,610 10,500 1990 M-29 9.2-9.7 3,770 10,500 1991 M-30 9.1 •9.7 4,247 10,500 1992 Assumptions: 1. Fracture gradient at 4,000'MD/3,755'TVD is estimated at 0.832 psi/ft based on field test data. 2. Maximum planned mud density for the hole section is 9.6 ppg. 3. Calculations assume"Unknown"reservoir contains 100%gas(worst case). 4. Calculations assume worst case event is 2/3 evacuation of wellbore to gas. Remaining 1/3 volume in wellbore remains drilling fluid density. 5, Maximum original pressure in gas sands at 9.2 ppg EMW. Fracture Pressure at shoe considering a full column of gas from shoe to surface: 3,755(ft)x 0.728(psi/ft)= 2734 psi 2734(psi)-(0.1(psi/ft)•3,755(ft)j= 2359 psi MASP from pore pressure(unknown gas sand at TO,at 9.2 ppg(0.4784 psi/ft) 8,874(ft)x 0.4784(psi/ft)= 4245 psi 4245(psi)-((2/3)"0.1(psi/ft)"8,874(ft)]-((1/3)"0.4784(psi/ftl*8,874(4))= 2239 psi Summary: 1. MASP while drilling 12-1/4"hole is governed by pore pressure minus 2/3 of wellbore evacuated to gas(remaining 1/3 remains 9.2 ppg drilling fluid) Page 74 Revision 0 Feb, 2014 M-34 Drilling & Completion Procedure Hilcorp P.nm1ZY C+Impcs, 36.0 8-1/2" Hole Section MASP Maximum Anticipated Surface Pressure Calculation 8-1/2"Hole Section l litcnrp M-34 McArthur River MD TVD Planned Top: 10,000 8,874 Planned TD: 13,469 9,520 Anticipated Formations and Pressures: Forman i TVD 1 Est Pressure Oil/Gas/Wet PPG Grad G 1T 8,962 3585 Oil/Water 7.7 0.400 G2T 9,007 3603 Oil/Water 7.7 0.400 G3T 9,066 3626 Oil/Water 7.7 0.400 G4T 9,106 3642 Oil/Water 7.7 0.400 GST 9,216 3687 Oil/Water 7,7 0.400 G6T 9,338 3735 Oil/Water 7,7 ' 0.400 G7T 9,368 3747 Oil/Water 7.7 0.400 HKT 9,396 3946 Oil/Water 8.1 0.420 HK1T 9,401 3949 Oil/Water 8.1 0.420 HK2T 9,449 3969 Oil/Water 8.1 0.420 Offset Well Mud Densities Well MW range Top(TVD) Bottom(TVD) Date M-31 9.8-10.3 7,800 10,500 1994 M-27 9.6 9.6 1 4,235 10,500 1990 M-28 9.4-9.6 i 4,610 10,500 1990 M-29 9.5-9.7 3,770 10,500 1991 M-30 9.4-9.9 4,247 10,500 1992 Assumptions: 1 Fracture gradient at 8,874'MD/3,755'ND is estimated at 0.832 psi/ft based on field test data. 2. Maximum planned mud density for the hole section is 9.6 DMg. 3. Calculations assume"Unknown"reservoir contains 100%gas(worst case). 4. Calculations assume worst case event is 2/3 evacuation of wellbore to gas. Remaining 1/3 volume In wellbore remains drilling fluid density. Fracture Pressure at shoe considering a full column of gas from shoe to surface: r 8,874(ft)x 0.728{psiift)= 6460 6460(psi)-(0.1(psi/ft)•8874(ft)1= 5573 psi MASP from pore pressure(unknown gas sand at TD,at 8.1 ppg(0.42 psi/ft) 9,520(ft)x 0.42(psi/ft), 3998 psi / 3998(psi)•((2/3)`0.1(psi/ft)•9,520(ft)1-((1/3)•0.4784(psi/ft)"9,520(ft)1= 1846 psi ,/ Summary: 1 MASP while drilling 8-1/2"hole is governed by pore pressure minus 2/3 of wellbore evacuated to gas(remaining 1/3 remains 9.2 ppg drilling fluid) Page 75 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp awn Comely 37.0 Spider Plot (NAD 27) (Governmental Sections) S. `- -N\ I ` ` -, Legend `� \.G-o isAL ,',, M ,' / i TBU M-34 SNL `• t`t ,, ,' X TBU M-34 TPH `� ‘`t` ,',+ t +, ``• !�` , ' ^ 4 TBU M-34 BML « Surtacc HOB Location __ , " •0 Bottom Holo Location S009N013W \.,"' .. � --- Well Paths -- 9 -= s-kt- toil= and Gas Urtn Boundary _____ ---'" �',,'- `�� z —' pi t ‘'\ \ -3 SOO9NO W,,' ,e+�L t ` 8C.41..V4 o. I , , r `l fi' i M.i..D 11 ,` t t 31.40 , r t TRADING a� + r 1 ;�`` R' 'r' DAY UNIT / t 1 tat' \i- 1 �` `�it'� '�y� flit \I-11 'r ; iSHW_ :,.:. ��° �,��,� I t31' \1-3-1 , 1 13111 I Ii \ADL017594 aon ' i G 4i3Ft'_ 1 yr 'r 1 ^. , i N ll P �, 3 L'M4.^.-1- 1 BHL tG-� ',, 4 t .N � G-C`+4/A•'Yk,,` .tt7 009N013W ,` 28HL ++ „L ' ,3P 2 tt g , " S009N013W ; , t)�iL „�� cw� p.14 BHL � f�2`�HL .., D-44RD cxs ' a D40 BNL •HL t 042BHl II i ,I 0 0� 8fi , + 1, D-2R BHL ,' ,t , t t ' , , (f�, t ' , ,1 ,' G•26R B)t 1 / r ' 1'r / ,' i '' G-26pl t 0 ,/ , ,' ,' y ,' Pet cR BML '11P- i ' , , .0-07tD>HL •~ f J ,', D.3( t3t+`,a' 0.07 8H D-118HL , / % 9 91 j ,' ,r ,'/ DA/8HL -01 Blit.'_Bt/L)f, • 1 r + , + ,; M-34 HDrilling & Completion Procedure Hilcorp F:ne' y Coon.-. 38.0 Surface Plat (As Built) (NAD 27) • SECTION LINE NOT TO SCALE(NTS) n \..... SECTION CORNER 11 !PROTRACTED) N 1;J71;f•1'C. ;NW E 211,154 Ar,r 0,g'FNI,.11'5:, 11.'1 .,•r, M . .. n « 1$--- ,''A FiVL NTS! +ti ,, LEG B-1 z- • STEELHEAD WELL M-34 N •� ASBUILT SURFACE LOCATION a LAT:60°49'54.946"N c.) LON, 15136'7033W N:2499500.052' I-- E•214160.609' ASP ZONE 4 NAD 27 z 469' FWL \\ 1075'FNL w z 2STEELHEAD PLATFORM ' Q •``•• SECTION 33 TSN R13W , l'.• ,, • - LEGA LEGB-2 S . • • • • •• Q• I,F G A-? NOTES 1. BASIS OF HORIZONTAL CONTROL,NAYS-3 US FEET POSITION ``�•‘1, (EPOCH 20101 AND VERTICAL CONTROL INA' A)IS AN OPUS �.....!V!)•‘111, � F t1t ti.-�^ LA SOLUTION FROM NGS STATIONS KENS.ACS7 AND ANC2 TO 4. .-7-:___\ _ gyp• �.S,1,1,✓✓ESTABLISH CP-1. THE ALASKA STATE PLANE COORDINATES NAD *; 83 ZONE 4 IN FEET ARE. N=2493331 366 E=1354193.305 ! „ yiAAA» ELEV.•150.436(NAVDBEI • �yi M.,,u.. i • ••• 2 SECTION LINES SHOWN ARE EXTENSIONS OF PROTRACTED VALUES. SCALE ii \Y ?, 3 DATUM TRANSFORMATIONS iNADB3 ASPZS TO NAD2T ASPZ41 1 ,1 ,�, j11 I 1 t„`�`. �AERE DONE USING CORPSCON SOFTWARE VERSION 6 0 1 J HILLCORP ALASKA,LLC -,.,rY y STEELHEAD PLATFORM WELL M-34 ifilAtIC COOK INLET ALASKA ....„ AS BUILT SURFACE LOCATION NAD 27 • .,-, 1. .,ia.rcal..,«w.u,r.�sv c,TP.r.,., •... •,,WN w sxcony.14 MI, ,.xc,.•.1ar4:+. .,.1+11$1,01.0111 ""'" PROTRACTED SEC.33 TO9N R13W e,$41, ^1 • 'e m» 11 actor!.Ala.ka.1.1.0 SEWARD MERIDIAN,ALASKA I°11 3 Page 77 Revision 0 Feb,2014 M-34 Drilling &Completion Procedure Hilcorp Energy Compaq 39.0 Offset MW vs TVD Chart MW vs TVD Offsets 0 1000 `* _j -M-21 (2011) � M-11 (2010-2011) 2000 ' -M-18(2008-2009) al Ai -M-17 (2007) 3000 tr M-31 (1994) M-28(1990) 4000 2 ---- M-27(1990) --M-29(1991) 5000 ---M-30(1992) 6000 7000 8000 9000 10000 11000 12000 13000 14000 15000 S 9 10 11 12 Mud Weight(PPG) Page 78 Revision 0 Feb, 2014 M-34 Drilling &Completion Procedure Hilcorp Energy Compaq 40.0 Drill Pipe Information 4VVV4V`.VVJV,VJ7V4IV4 IlhIIerford 5" 19.50 lbs/ft S-135 Internal Coated with NC 50 6-5/8" OD x 3-1/4" ID TCS TI Hard Band Tool Joint DRILL PIPE SPECIFICATIONS Grade ; S-135 Connection NC 50 Interchangeable With 5"XH&4-1/2"IF Upset_jype IEU --_ _ Internal Coating TK 34 XT Tool Joint Hard Band TCS TI Nominal Weight 19.50 lbsift w...,,«.. Adjusted Weight 23.08 lbs/ft Capacity 0.726 US galtft Displacement 0.353 US gallft TOOL JOINT DATA Minimum Yield Strength 120.000 psi Outside Diameter 6-5/8" Inside Diameter 3-1/4" API Drift 3-1/8" Rabbit OD Suggested 3-1/16' Minimum Make-up Torque(API c 60%) 31.032 ft-lbs Maximum Recommend Make-up Torque(API+10%g1 _34,136 ft-lbs _ ._. Torsional Yield Strength 51,721 ft-lbs Tensile Strength(Torque Not Considered) 1.250,038 lbs TUBE DATA New Premium(80%) Outside Diameter 5.000 in 4.855 in Inside Diameter 4.276 in 4.276 in Wall Thickness 0.362 in 0,290 in Cross Sectional Area 5.275 in' 4.154 in' Maximum Hook Load/Tensile Strength 712.000 lbs 560,800 lbs Burst Pressure 17,100 psi14 092 psi Collapse Pressure 15,670 psi 10,030 psi Torsional Yield Strength 74,100 ft-lbs 58.100 ft-lbs Excessive heat or pulling when tube is torqued can cause the maximum pull to decrease. Where possible alt figures are obtained from OEM data source. NOTE: Weatherford in no way assumes responsibility or liability for any loss, damage or injury resulting from the use of the information listed above. All applications are for guidelines and the data described are at the user's own risk and are the user's responsibility. Page 79 Revision 0 Feb, 2014 Ililcorp Alaska, LL[; Steelhead Platform M-34 Attachments to Drilling & Completion Program Attachment A: Directional Program and Anti-Collision Information Attachment B: Mud Program Attachment C: Cement Program Attachment D: Hydraulics calculations Attachment E: Underreamer Ops Manual Attachment F: BHAs and Bit Specifications Attachment A Directional Program and Anti-Collision Information r M . 2 nz 2 i 0 UI' O V w . N J � g c J U D Q7 coH I1/1 ID v 0 L M W O N: C 1110 0 M CO Q. a) Z EO) Osr 0 CO 0i co MN >+ m LW i 'Cr O o O co C) a 0 .N Z C o W =Cd' o O CI L 0 CC � ~I CD- N Q. >+ >, 2 m .. v LLNo v, O N 0mcam . ® 12 ° ° CO Mm m E. C = C _ a C V. .112• CDR = 0 it 8Jo 12 p vm ° = mH .cocM6:1 c = CO cna 100 3or = co w o = CO E m o 3 _ = o W m mmm M `Oc gA co 0J CON+++ x - _ c o no °frn o000(o z O A F-� - 8 w ,Q m 0 comm+ c, -- 15 �3S'at ° °�� cn o o a _ coo_ x fwoww Q - E t°wm222 `n o F• • o� v W Q Bo -8 q t-- O F 202(02 7 ojN } 1 F. C -. - 0 o0(cp9C t Oxa �5 A 'v- 00 -- _0 cR[ m ('J 0'MD d b c-- 0 0 r mw(Owg r� . A a 0 3 G co CL v chi(�(giiii(� o - E.- . • cc a mmmmm N —o iri -Jal.,- I-I-III-I- --- t%1 C .. ° - J V C co.c, - . oQ s 15 O m(0 8 00 000 b h C c - V, fgG t0((00((00c0 A \ - -I LV-' h WSppSQS O ,e0 - df�MMM .. O - 3 cO N rf�mim .a (�. Oc - VE 08 »»> .... �+ A a -8 rn 0 =mmmmm O !. I 08 Z0 N coo—FFFH V M G o.. _ N y C.� C/1 O _ �.- Ir0 I-00000 - Z@e .0 aooN88� .a F4 `^ M - o, Q OOOO Q i. �m(n +n �� Qo� Z ( c - 2 V c cm (O E00000 N - N —� 1- m m fa p 00000 p M cii M x000 Z. LL00000 - r, A - coc400 I4 cc m(QnmE o ._ erao0o • w E n Q o W oo oo -$ w (OmHM - Ls N K m � _ .0 w c.m.0 N ,^ w .� G 'O inw. F C K m -. • vl Wwtm 00 L§?p m2 �p C.7 . v • 0 c CO H - o M 2 _ 8 +y -23Jm kr, —N t0 4f oz " co - M �7.1 8.3§c" Iv Cn .--J M - 3 COI. o —1 3 U `" Q m I LD. m cn aD ..a c J N d — I W.-.-0)1.-- E 00 _ (IIII) m C . „ 0 mi0`oWl� H N Q - .y. II-q- w�cn(n o , A -_ °r Z �m cn W h - m M CO Q -_ Cill E' OW N � jf OO�Q�(O��NO� D - • y(OOM�(O N�OQoci tov' coon,-oiMo((000mn 000.- vl F, O _ MNk'M Z �O 00O H 41) O. _ v �I�. Q(On 0000i Z F- _ mornm00000No Q voo� v , _ Uo�.-00000(oo o �vo� F M 8 1 til 166666666.-d in wC' h F N N •1 U U 0 - rn000(n(n(00000 W (11 e 0; `$ 000.-n NM:0000 N N.NMO . (n r' 0 N - (n poo�oocriovio NnnO 8y O� ,n J OQtI�N W 3coMO co Ni-mNnnO 0 a �Q N�N YJ CA, 00M((OpMnnrnmn F-c�com 0 C <y - w▪ N`8i,`8i,manoco m0000 F" . > O - w Zn n r`M MM 4 oVf nVM �i _ Z +QQQQQM //9 M {F1. - - az 0 pOOO(M �n ,000,0000,-VO �n - O F000�co W O!O( W OiNOQa5O .M-r V .� co O .(OON —� QOOW W W WO(O(W�� O M "' _ O c. 3 DI N N N pN N N N N N f�O m H t0 - - 8 / M - C C88N80NQoi00 CO CO GO' C 00,- Qn oi MMO�p CO W co W • — \a. 8 I• •L 30000000fNNN C= Cr/ a E- -- n J0 0000O0000000vniroiaoiaoi 15-Vii "• - J 0000000(0(0 S LN0 N O N O m I�N IL •` I I I i 11 I I I l I I I l I I l I l l l 1 1 1 1 1 1 m 4 L �, m_�ro N S 8 8 8 8 8 N N W U�NMQ(lI(pnao Oto d I N u .- ,o N 3 (ui}{sn 000 t) )9uoN/�)4auOS O. HALLIBURTON I DETAILS _ Sec MD Inc Azi ND +N/-a +E/-W Dleg TFace VSect Target 1 0.00 0.00 0.00 0.00 47.96 75.68 0.00 0.00 0.00 Sperry Drilling 2 500.00 0.00 263.19 500.00 47.96 75.68 0.00 263.19 0.00 3 600.00 1.50 263.19 599.99 47.81 74.38 1.50 263.19 1.31 4 800.00 3.00 263.19 799.83 46.87 66.58 0.75 0.00 9.14 5 1200.00 4.00 263.19 1199.08 43.98 42.34 0.25 0.00 33.51 6 1900.00 7.25 263.19 1895.61 35.84 -25.78 0.46 0.00 101.96 II Hilcorp 7 2705.79 31.42 263.19 2650.32 4.43 -288.75 3.00 0.00 366.21 8 10093.02 31.42 263.19 8954.11 -452.49 -4112.97 0.00 0.00 4209.11 9 11269.02 89.70 273.11 9508.48 -457.40 -5091.97 5.00 11.62 5187.02 10 13469.02 89.70 273.11 9520.00 -338.05 -7288.70 0.00 0.00 7374.49 TBU M-34 TGT BHL rev4 -1500- - Leg 1500- Leg B1 Slot 08 SI-IL LGL Coords: 1001.06 FNL 547.76 FWL SEC 33 T9N R13W SM Project: Trading Bay -750- Site: Steel Head Well: Trading Bay Unit M-34 1=, Start Dir 1.5°/100':500'MD,500'TVD Wellbore: TBU M-34 0- TBU M-34 WP6.0a Start Dir 0.75°/100':600'MD,599.99'TVD FORMATION TOP DETAILS -- SZOCT 750- TVDPath MDPath Formation Start Dir 0.25°/100':800'MD,799.83TVD 793.59 793.75 SZOCT SZ1ST 826.96 827.17 SZ1ST I Start Dir 0.46°/100':1200'MD,1199.08'TVD 2348.92 2368.95 SZ21ST 2641.00 2694.89 A1ST 1500- 16 d 3169.75 3314.49 BCT 3896.59 4166.26 CCT Start Dir 3°/100':1900'MD,1895.61'ND Hilcorp Energy Company 4273.59 4608.05 DCT - Calculation Method: Minimum Curvature 6428.81 7133.70 ECT Error System:ISCWSA 7389.09 8259.02 FCT 2250- Scan Method: Closest Approach 3D 8756.17 9861.06 GOCT End Dir :2705.8'MD,2650.33'TVD Error Surface: Elliptical Conic 8962.56 10102.95 G1T SZ21ST Warning Method: Error Ratio 9396.83 10763.53 HKT 3000- A1ST WELL DETAILS: Trading Bay Unit M-34 Ground Level: 161.00 BCT +N/-5 +E/-W Northing Easting Latittude Longitude Slot 47.96 75.68 2499500.05 214160.61 60.8319293 -151.6019536 B1-08 3750- 13 3/8" S - SURVEY PROGRAM CCT Date:2014-02-14T00:00:00 Validated:Yes Version: 4500- 0o - Depth From Depth To Survey/Plan Tool rn - DCT 0.00 1480.00 TBU M-34 WP6.0a(TBU M-34) SR-Gyro-SS ---- - 1480.00 1820.00 TBU M-34 WP6.0a(TBU M-34) MWD+SC+sag L - 1820.00 4000.00 TBU M-34 WP6.0a(TBU M-34) MWD+SC+sag d 5250- 4000.00 10000.00 TBU M-34 WP6.0a(TBU M-34) MWD+SC+sag 0 - 10000.00 13469.02 TBU M-34 WP6.0a(TBU M-34) MWD+sag m - U 6000 CASING DETAILS a) - TVD MD Name Size 2 1448.27 1450.00 16" 16 I- - 3754.72 4000.00 13 3/8" 13-3/8 6750- ECT 8874.73 10000.00 9 5/8" 9-5/8 9520.00 13469.01 7" 7 7500- , , - - 500- - FCT - Start Dir 5°/100':10093.06'MD,8954.13'TVD 8250- GOCT - End Dir :11269.03'MD,9508.48'ND _ 9 5/8" - Total Depth:13469.03'MD,9520'ND 9000- -- TGT1 Lgl Coords: 1502.86'FNL 1627.75'FWL SEC 32 T9N R13W SM AK 9750- TBU M-34 TGT 1 rev 5 TBU M-34 WP6.Oa HKT 7" 10500- TBU M-34 TGT 2 rev 4 _ TPH Lgl Coords:1513'FNL, 1511'FWL,Sec 32,T9N,R13W,SM,AK TBU M-34 TGT BHL rev4 / - REFERENCE INFORMATION ' 11250- Co-ordinate(N/E)Reference: Site Steel Head,True North - Vertical(ND)Reference: TBU M-34 Plan @ 161'@ 161.00usft - Measured Depth Reference: TBU M-34 Plan @ 161'@ 161.00usft BHL Legal Coords: 1389.31'FNL 1542.32'FEL SEC 31 T9N R13W SM AK _ Calculation Method: Minimum Curvature 12000 1 1 i i i i i I i i l I i i i i i i I I I I i i i I I I i i i I i i i r j r r i i I i i I I I i i i I I i i i i i I i i i i i I i I I i i i -1500 -750 0 750 1500 2250 3000 3750 4500 5250 6000 6750 7500 8250 9000 Vertical Section at 267.00°(1500 usf/in) n P. co Nc r1 ¢ m —o am G P� - �� - N co M M E a, coa (- Fes- ^ Fri — :• m oa = rn 2 0 o �\ CO H H F-. tv _ c U aco «9 .� w E¢QU W c� �a�� - --� L8 e =rn0 8X _1a • _ E3mc� so �\ _ �� m - cUont , -\\ E-� _ NUWW P vE� a 0, ET �� —8 Q d j,NC dM 111 \ \ _ H 2142f02 D O=N j1 ��\`� 0 C O c 0 C_ T .a- co O W W M 1 1 1 \\ ^ —Q > .OwmwE m r°-1m 1 I, I �� 0 - _....� U h s ply a I ^ -•I\` AI _—O Q .1-7,0 C 11 M N _ W _ rioO 1 a i,_, ✓ —a W N 111F. (A I co to a -8 z Z a M Co �� - co 8 8 N A M ZI3 ZE. 04 en O�p/ � > P _ , _N z wn - ' 2,—.-E Z a U v c cW to 0:1 \ � — F W W m t E.-,E -. =aa, i8 _ 0 Z mD}E - N W COHHm U - Z M - ULii 0 - 8 1 W v '� N —v C I LL m S C - II K f R'O / CD F- CO p O O W K g 5 [-+ oo$ O Z - N Ili 2 C + C_m� '-g W 98tB =8 U>1W U h - —8 74 tee,(6.10N ]$ - 8 e rn 0 . $•1,-, lt -N N _ ,, , ,., ,. , 0. M 0 C N Z - w c CO _g e rj a0 g M w M- r =M - C >, a m co Ca k co F _ um CO L G=M I- J 4:1- aa�a "' - $ L Q a i a� I l I I I I I I i 1 1 [ I l , 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I [ 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I I I ' I r I I I I 1 1 1 1 1 . 1 ao ausiQ L htry l- a.= 8 8 8 o 0 0 0 o 8 8 8 8 g 8 8 ^' A. • d .0 s.sa N N NVD N W K v 00 N N N Ia p•j k (u>$�0001)(+)4uoN/()4anoS a` : 9 II e 1 / k 2; , _ - ( 7 ] } \ 2 _ = y) $ R D } _ . : ! eAf)t _ : { {®\ 2m ,¥oma . : 8 E i / � y, k )0)k § : [ #!/§{ zi,_ ° \ i : 0 �J s ° 11k - " §o. a ) 7 \, ° ~ \� 111141pPlillmr- »A< c \ -ak� �� \�;e .?-6 E- q \ - to _ ' k . _k - - 88 �7 /) 3 e 2- _ t// ° «� ( $. \ §� _ / e ' , / -, § \/ ~ `# 2 ��ilk _ T. 7a » 2 • {kms _______��° 5 3££r ± 2 ~ 411111111111 .� ur• 3/A = 1 lir ir , , . y= k 4 ' En • B o ' w / : LLLE |8@ w y 7 2 - /f a \ 2 «/�! = - PS.= - 7 o!!o �§ f \ � § + / / f ~ 2 pow= NI. © Co) Wco . Imm § 0 r NIP 7 £ O >�ƒ2 J 7 U 2 0'mGCD Ca C % 7 %%% T 7 232 \ \ cv 3 r 3 co, c t/e�2 § ` In = °~ °� J § / F- y / f a. I $, i „ ll II111111111 I , ll ! I , , , j , 11 1 1 1 1 1 I. 1, ƒ_ 1,1 _ - - 0 i ƒ, . i . 0 c,c c., 1'CLI *$m mO G)pew-mS et CC1 v) CI. Q E 0 ° o :b o U ta• E" 0) 0 M = ryj M b W v V o 0 0 O. �j � o Ci Ci J o b O ✓ J LL 0 CO 600 .- 0 i.. i 0 U) 0 ray -� r .. .. .. 0 w 0 V O O O O O la L, in � 0 N0'eil10 � �> C LL 7 0 o o M E o3 D O0) i- 5io t— Do DU) O O co .�. .�.. 0 O Y Oi N « « N N CO N o J O d' CO CO vOi CO CO 1- U) co W ,_ (0 W N Q 0 0 0 0 0 0 0 ,- r N V a0 a0 U) 0 r V M 7 0 co x co M N U) r 0) 0 OD 0 O O O O O O c9 U) 00 7 co co V r U) 0 0 V 0 r M r O) V 0 N OD r r co N CO O O O co co 0 W Ti 0 O 6 4 6 (O M6 0 M 0 r o0 0 r r N M r U) 6 6 O co ✓ O ...... 7 7 N IN M V V U) U) a) r a0 O▪ V M OD 0) .- N 0 CO CO y .— - - - N N N M CO M m m O O 0 0 0 O O UU)) U) 0- n N N N N N V V Tr Tr V V sr V O 0 0 0 O O 0 0 0 0 TM m 0 O O O O O 0 0 — O O o co co co co o co o 0 o co co O co M ( M M M M M M M M O)a O O G' o (7D 10 (D 0 (D OO (0 M O 0 0 O 0 O 0 0 OM oO O M r0 7t- UO 00 V r N 0 00 U) N (N CO0 N . 01 CO CO 0 a) (0 (00 (OO 100 100 U) U) N V V M N � 0 0 00)) W r 100 V N 0 (0 V. M ON) V 0 00) C � .,- � � e- ,- .- N- 1- ‘- 1- ..- � e- ,- N- � ,- ',- N- 1- O O O O 0 0 0 0 CO 0 CO CO 0 r • ry) ,r ,r V,fTf TfaNf 4Tf Ti 44 4v a4vc V V V V V V MC) C 1h p) 6MM 04W N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N CC 'O o U) U) U) U) U) 0 U) M N N 0 0 r N N 0) 0) N 0 r U) 0 r N a0 (D OD 0 M 0 r N (ca 0 r rn V 0 0 0 0 0 D o rn (o N �- o co co co V O U) OO (D U) c 0 o co r 1r1 O O. O 0 0 O O O O Oi 0 a) O 6i 6 ao h (O O Ui Ui Ti 6 (V O 0 r 4 0 oD Ti O Ui Ui F C_ 0 0 0 0 0 0 0 0) 0) 0) 0) 0 0) 0 0) 0 0 0 0 0 0 0 O) 0 co co co co r r r r co 10 N U) U) 10 U) (n U) U) V V V V V v_v v_ V V v_ V V V V V V of v_ v_ V 7 V c V V V 2 t C 6i ai 0 0) of of 0 0) 0 0) 0 0) 0) o) 0 0) 0)0 a) 0) 6) 6)of 6) o) o) 0 0)o) 0 a) o) 0 0 a, 0 = v v v v o 0) o v v v 0) vvvv 0) a v v v v a a v 0) 0) 0) 0) 0) 0) v v 0) 0) a Z N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N W w WWW WWW WW W WWWW W w w w w w co co OO 0 a) a0 0 00 CO CO (D r M U) V OO 10 N O OD (D 0 (O a) a) OD M .- 0) U) 7 7 M 0 M 0 0 U) 0) N N U) 0 0 0 0 U) 0 N 0 .- co • C M o r o M o d a0 . r 0 U) U) U) U) U) V (D 0 U) U) 0 N U) (D N r a0 ;; g a r N- r r r r r r n OD (O (D CO U) V V M N N .- N co. O O 0 0 0 0 ('� Ui 7N V co 0 V .- .- el N N N CO w 9 O CO O Z Z ZZZ ZZZ ZZ Z ZZZZ Z ZZZZ ZZZZ Z ZZZZZ ZZZZ CO — O) (O (O 0 (O OD (a 0 N r 0 M M 0 e0 0 M N- 0 U) 0) V V M 0) U) 0 r 0 0 05 J C 0 0) 0) 0 0) 0 0) 0 V. 0) 00 r N U) r 0 7 7 co. o 0 co. N co ao (0 (O 0 7 r o OD — r CL J = V V V V V V V V V V CD ui V V V V V V V (0c) co M c0') M M N N N N ci OO O U) V O Z M0 0 0 0 0 0 0) M 0) M 10 0 0 O r r 0c0 N (O V M M U) N 0 (0 0- 0 0 L 0 0 0 0 0 0 0 0) 0) U) CO 0) CO U) M 0 0 V N 0 U) 0 0/ 0 V M 0 N 0) r N 0 o M To L o O O O O O O 0 0 M 0 (O 6) 6) 0 0 0 00 0 0 r r (O U) V N 0 V 0 r O) 0 U) V = 0 0 0 0 0 0 0) 0) 0) IN 0) 0) 0 0) 0) 0) Q 0) 0) 0) 0) 0) 0) 0 00 00 QQ r 0 U) a E a y .— INC) V U) U) (D r r 0 0 0) O N M 'U V U) (O r CO 0) O N M C) V 10 �1O d m 7 .— . •- .- .- '- •- N N N N 0. N N N N CO r I 0 0) O O o 0 0 0 M 0) M CO 0 CO 0 N- r 0 CO NCD .- V M M U) N CO CO r 0 CO M ; O 0 O 0 O O O 0 a) U) co 0) 0 U) C) 0 00 V N 0 U) 0 M 0 V M 0 N 0) r N U) 0 M o O 0 0 00 00 O N 0 0 0 0 (O 0 r 1- r r (D (D 0 V M co M r (D OO r O 70- —y2 e 0 0 () M M M M M M M M 0 M M M M M M co M M M M co M M N N 0 0 0) co co a h N M V U) CO CO 0 r 00 0 0 .- N N M V U) (D r 0 0 0 r— N M M V V O >. N N Ni.N N N N N 0 Z 0 0 0 0) 0 0) 0) 0) 0) 0) 0 0) 0) 0) 0 Cr) 0 0 0 0) 0 0) Of 0 0 0) Cr) 0) 0) 0) 0) 0) 0 0) 0 o - O • O O (`'i 6 (`'i ("i6 6(`'i ("i ('i (`'i (`'i ri ("i (''i ('i M pi ("i ("i ci 6 (1i (''i ('i 6 (''i M Ni ("i M Ni ("i ('i COOS 7 10 (O Co 0 0 OD 0 0 Co 0 0 0 0 CO 0 (O CO 0 CO CO (O (O CO (D (O (O (0 CO 0 CO 0 0 E :.- NNN NNN NN N N N N N N N N N N NNNN N NNNNN NNNN IIM c .47 o 0 0 0 0 0 0 0 0 U) O) O r 0 0 U) 0 0 M 0 0) 0 N 0) U1 U) U) U) co N U) 0 N 0 U) CO C O O o O O O O U) N 0 O O N U) r O V a) .- M 0 M r N N N N N N N N N 7 N 0 O O6 O o 0 o N N M M M M M4 V Ti U) U) U) OD OD r 0 M (D O) N Ui co 'FO u N N N N M M L. C (J O N 6 u _ ► c o 0 0 0 0 0 0 0 O N 0 x 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U) 0 0 0 0) 0 13d J a 00 000 000 or o 0 0000 0000 0 00000 00000 ;? t o0 000 006 ori o rood 0 0000 0000 0 dooaoo 6646 Q O 0 0 0 O O O O 0 0 N O O O 0 0 0 0 0000 0 O O O (O O 0000 (i V Q/ N m y .- N M V U) CO r r 00 00 0 0 — N M st U ). (O r 0 O) 0 .- N M M V U) 0 CO r p N N N N N N N N N N I . a a c E c o :.5 o U 04 u o F" 4. a W M Car O i. U) 0 Ca) N 0 ix., 0 4.- s q{ N C N E o co 0 0 ` 0 0 0 0 w ▪ N N V CO CO 0 N (D V CO 01 e- M U) r T co . M U) r T co .- V co co 0 N V (O co 0 N V (O OD N N N Cl N N M M OD M M M V V V V V 0) U) U) U) U) U) r 0 CO (O CO r r r r r OO O W OD CO O) i C OO 0 Ur 0) - M UN r OM U) r 0UC) CO c- OU) M h r 0 .- M h n Or M Ur) r O) O O4= M0 (0 Op ) N) N cr (O N r M OD M T M O CN O) M U) O U) O) U ( ND r r N ON r M _ U (4 VV est (D COCO 0) .--- > - w O . -- -- .- .- .- .- -- ._ ._ ._ ._ ._ ._ .- ._ -- -- -- - - T N N N N O O O O O 0 0 0 0 0 0 0 0 0 0 O O O O 0 0 0 0 0 0 O O O O O 0 0 0 0 0 O O O E O 0 0 0 O O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 d d 0 M 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 O7 0 0 0 0 0 0 0 0 re 0 O N N N N N TCOO 0 0 0) 0) 0) 00 c00) r r r (O 0000 U) U) U) V V M M M N N N N N CO V U) OD r O N O) O e- N M V U) OO r CO O) O 00 .- N co V U) 0 r 00 0) O N M Sr U) U) U) OO V N O OO OO T V M T r cO M N- r T r U) M N r O 6 (0 V N O 00 V M T� NZ U) M p)^ r T V O V O M VO r M M M Nr N r N r M O 0 O 50 a0 O r O O O O O V 23 M 2 N OO OM • h 'C M M M M M M M M M M M M M M M M M M co) N N N N N N N N N N N N N N N N N N_ N N YW a N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N W C 'O 0 M M 0 CO 0 V N O 0) OO (0 V N O 0) r U) 0) M 0) r U) U) M 0) r U) M N O OO 0 V N 0 co (O 0) V V V CO CO 0) o — N V N M a U) CO. (O r OO U) O) O O — N OO CO V V U) CO r OO 0) 0) O W— N M M et 4- O. N U) O N O (O c0 U) (O 6 .- co (O M r N r N r N r N r N r N r M 00 M OO M co W C OO (O c0 U) U) V V M M M N N 0 0 0) 0) 0) CO CO r r r c0 (0 U) U) V V M M N N 0 0 0) ') V V V V V V V V V V V V V sr V V M M M M M M M M M M M M M M M M M M M M c+) M N L ) 0) 0) O) O) O) O) O) O) O) O O) O) O) 0) O) O) T 0) 0) 0) O) O) O) O) O) O) O) O) O) 0) O) O) O) O) O) 0) O) 0) O) T t v O) O) T O) O) O) O) O) O) O) O) O) 0) co 0) O) 0) 0) 0) 0) O) O) O) O) O) O) O) O) 0) O) 0) 0) 0) O) 0) 0) 0) 0) O) (0 0 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 V V V V V V V V V V V V 0. Z N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N 3 33333 33333 33333 33333 33333 33333 33333 333 0) U) (O N O (D M 0) (O 0 M O r M O r V r V O — CO N N CO U) N 0) (D N 0) (O M 0 c0 h C E r r U) N O CO U) M OO e- O) OO V N T r U) OO N O CO U7 M U) 7 OO c0 V T r V N O r LO M ,— CO 0) OO OD r 0) N V (D M OO T vs CO V) (O OO O V N V U) r O) M N V c0 W O) M U) r OO O N V lA C W 0 N N M M V N c00 OVO (TO a00 a�D Si 00) O O O " O N N N c'? M V V 1NO N- OMO (00 r � OMD co 00)) 00) O 0 O U Z Z CO C.0 lb CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO N CO CO COOCO(0 ) U) CO CO U) N N CO CO CO CO CO CO M M O co r CD V M N 0 OO r U) V N 0) CO CO U) M M N .- O) co CO U) M N 0 0) r 0 V M us U _C V V V U) r O) e- M N U) r (0 0 N V OO OO 0) O) M U) r N0) C N VOD OO 0 N ''O co r O) ,- C') U) ig V ' s- r M 0) c0 N6 07 V O r M O) U) U) r V O (O N6 co U) r M O) (O N U) V6 c0 M 6) U) O. J t t = s- .- N co co M V U) U) co co r CO CO CO 0) 0 0 •- ,- N M Co) V V U) 40 CO r OO CO O) 0) 0 Z N M ` N M U) 0 CO U) r U) W N U) OO N U) 0) OO N U) CO N 0) V) CO N U) O 0 T 0 O) N 0 0) N M M r O COM r O M r r 0 Cl r O Cl r O U) CO r 0 M r U) O M r O M r 0 M r O M r O M r 2 jp .0 O O O OO OU N 1- 0) N 6 M OD V 0) V O <O U) O f0OO C'') N r N OD M OO V O) V (� U) O OO CO ;L•2 U) U) M 0 OO r U) CD V N 0) OO OD U) V 0) N 0) OO CD r U7 M N 0 0) r CO V M N O 6) r T p,f T 0 r T O) 0) O .- N M V V U) (O r OO OO O) 0 O — N N M Nt U) CO (O r OO CO0 .- N N M V10 D y p ` N N N N N N CO CO M CO M M M M M M M M M V V V V V V V V V V V V V U) U) U) U) U) U) U) s N M .- U) U) U) OD U) e- U) W N U) OO N U) 0) OO N U) OD N O) U) OD N U) O) N U) 0) N U) O) N U) O) N M M r O CO r O M r h O co r O M r O U) M r 0 CO r U) O Co, r O M r 0 M r O CO. r O M r MC Es- N NM pi OOU) O UN O r N r M OO M TNT6U) O U) N M coOcoOcoOU) V N O00c0 1O N co 0) rM U) V M N OT r OO V M O COC- UN T- 0 co 2 W VV UcOrOO OO) O O — N M V UU (D r r CO 0 O r- - C N CO V U) (O r r O0 0) 0 '— N CO M 02, N N N N N N N N M M M6 M M M M M M M M M4 V V V V V V V4 V V V V U) U) U) U) U) Cit o Z = T 0) 0) T T 0) 0) T 0) T T O) O) T T 0) T O O) 0) T0) T 0) 0) T T 0) T T T T 0) T T CO T 0) O_) « M M Oh M M M M M M6 M ()> M C) M M M M M M M M M M M M M M M M M M M M M M M M6 0 COAS 7 CD T T CO c0 CO c0 CO OD c0 (D CO c0 c0 (O c0 c0 (O UD UD CD CO CD UD CO (D (D CD UD CO U) c0 (0 CO (0 UD UD UD c0 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 N N N N N N N N N N N N N N lea CD a 03 O 13 03 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 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 0 ▪ M M M M co, M M M M M M M M M co) M M M M M M M M M M M M M M co) M M M M co) M M M M c O sr Y 1.. C N W C OM y —c L m p 0) 0 0 0 0 0 O 0 T O O 0 0 0 0 0 O (D 0 0 0 0 0 U) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 -0 Qill - r co O O O 0 O 0 V 0 0 0 0 0 0 0 0 N 0 0 0 0 0 0 0 0 O O O O O 0 0 0 0 0 O O O —11 U) U) 0 0 0 0 O O a 0 0 0 0 0 0 0 O CD O 0 O 0 0 W 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 1� 7 L O O O O O 0 O O O O 0 0 0 0 0 O OO O O O O O O O O O O O O O O O O O O O O O ,. 4 W O. y r r OO T O N M M V U) (O r OO T O ° . N M V N c0 (D r OO T O N M V N (O r OD T O � . 7 N N N N (. M M M (. M M M M M M V V V V V V V V V V V V U) U) 1O U) U) U) U) 1D U) U) (0 OO I CU C a Cn 0. Q a E =O 0 0 V L 0 C w Mt. L O 0 43 c d E E 1- 1- o 0 0 U W 11. MO NM )- M0 N- O) - vM OWONV W 00 O N V (0 (0 0 C-) W N m M U) 1- 0) M W N O) m m m 0 0 0 00 '- 00 N N N N N M M (g) 06644 V V V U) h 66666 (0 (0 15C M U) r o N Ni W CO O N0) Ni (p 6 O NV (C CO O N Ni U) W CO O N V CO co O N V (0 W O N V CO o 0 = W M 66646 V O U) W O 000 )- 0 W N 1- N ONNWM (0 C-) (0 0) 0) 0 U) 0 U) ▪ U .- N N M M V V U) W COW 1. 1- W W m m O 0 .- .- N N N M M V v. 0000 1- r W m m 00 • N ` N N N N N N N N N N N N N N N N N CO M M M co-) M M M M M M M M M M M M M M M V V O O O O O 0 O 0 0 0 0 0 0 0 0 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 O O O O O O O M d 0 O O 0 0 0 0 0 O O O O O 0 0 0 0 0 0 0 0 0 0 O O O O O O O O O O O O O O O O O 0 o• we O O 0 0) 0) (0 (0 01.- 1.- W1.-- WWWU) U) VVVMM OMNNN .- )- 000 m m m W W W N W 1- 0 CD N M V o U) (0F-- (00) 0 70401 .70 0) (0N- (00) 0 ' N CM V V W W N- W MCD • m C- Ui M N 0 00 W V W N O 6 W V C) a) 1. U) C) N 06 1. U) V N O W W V N O 6 W Ni C) p) MN 1- N N. N r .- 0 )- M0 .- 0000 U) 0) ' 0) ' m M W M MMMNN N 1- N W 0 .- c .-) MM c oo WCONNO W U) U) v v VMMNN - 000) 0) m W W N N W (0 U) U) V VMMNN 'n p T- T- T- T- T- ,- T- l- <. T. T- T- T- T- ,- ,- .- T- 0 0 O O O O O 0 0 0 O O 0 0 0 0 0 O_ O W v NN NCVNNN NNNNN NNNNN NNNNN N N N N N NNNNN N N N N N NN C C oV N O CO 1- U) CO .- CO r 0 M 0) (� U) M O CO W 0 V N O W (0 V N O W CD U) CO 0) N- U) 0) C) U) W 1.- r W 0) 0 Y- . N W C) v U) U) W h CO 0) 0 0 . N N M V v U) W 1. co co m O ,- N N C) v Q O. 6 O M O M O V m V 0) 1� V 0) V m V m Ni m W O W N co W O W O U) O Uf O ui W W W W C CD03 O N C- co CO W U) V V V CO M N N O O O 0 o _o _W W r N W W U) U) V V CO M N N_ . V N N N N N N N N N N N N N N N N N N N N N CU L q 0) m 0) m m m 0) 0) 0) 0) m 0) 0) 0) o o O) 0 0) 0 0)o 0 0 0 0 0) 0) m 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) O) t 5 0) m 0) O) 0) 0) 0) o O) o 0 0) 0) 0) 0) 0 0) m o m o m o 0 0 0) 0) 0) m 0) m 0) 0) 0) 0) 0 0) MM (0 o a v v v v v v V v v v v v v v v v vvvvv v v v v v v v v v v v v v v v v V Q Z NN NNNNN NNNNN NNNNN NNNNN NNNNN N N N N N NNNNN NN W MO N- V O N ' W V m (0 (0 (54 (0 U) NMONM OWMOW MONVO NV )- COV .- W U) C E CO V 7 0) n V N 0 h U) m CO 0 W CO. CO . 0 W V N 0) U) 1- U) CO 0 CO. CO M . CO CO V N CO 1"- U) N E 73 0 N m N V W W O .- M O U) 1- W O N V (0 r m N M4 W W6 M U) N. W 0 N V U) 1. o 7 m V 0 U) 0 W0 W CO W CO h N h N h N CO M CO CO M CO V m V m V m co O U) 0 U) O CO CW `.• O . N N M M V V U?U) U) W W h h W W 0) 0) O O .- . N N M C) V V W U) CO N- h CO CO 0) 0) 4; N N N N N N N N N N N N N N N N N N N M M M M M M M M M CO M M M M M M M M M M 0 O V WW (0 (0 (0 (0 (0 (0 (0 (0 (0 (0 (4 (0 (0 (n W WWWWW WWWWWV) V) W V) V) (0 (A (0 (0 V) N V) • 0) 010 N- W V M OWNNO VN .- MW CONMNO (00) W W W MNOMN W V M 0 MN US MC NO O N V W W 0 )- MVO . m ' NV (O W O N V 001.... M .- MNP-. 000. N V W O 0 1- 01 Q. O t5 - N- V O W N W U) r• 0) M m U) N 6 V O W M O) U 0) r M O W N O V 77 n M 0) U) N W Ti JLNNNNNNNNNNM MMMVVWWMMMMVVVVo O ` NN NN N N MMMMM M M V 2 V 1 O CO n O M n O COmr O m M N O M r O M r O M N- O O M r O M n O M n O M r O V n 0 2 . L N N W C) CO Ni 0) v O W UO W W N r` N CD C 6 m v m Ni O (0 O N N N m 6 00 v o „ M O CO N- U) V N O N CO n U) V N m O W UM co N O m CO IEW M N O 0) N- W4MWO�ON- WWo0 .- NMVVV UCONWm WO NM MVUUW M d O 7 U) U) U) U) U) W W W W W W W W W W W W W 1- 1- 1- 1- 1- N. 1- r 1'- 1-1- 1- W W W O O O W W W I ; OM oN 0 M r O O M n O M N O M NO M N OoN O M N O V' 0 CNWM 1- CO COM - NO 'Cr 0 E CO N- N h M 00 M m N' V 0) U) O U) CO r N 1.: CO M W M 0) 0 m U) O U) CO N. N n M - y . N. VN 0W COUMWN OoWWUMNOO . NWVM _ WC- WV M .- 0WN NV 2 V U) W N CO CO m O Y- N N M V V W W 1` CO CO 0 0 N- N N CO V U) (O r CO 0) O .- N N M V U) ar C> 7 U) N. W (n U)W U) CO CO CO CO CO CO co (C co CO CG CO N. N. r` r N- r r N. CO.r r`r r` a0 co W W (0 W o0 C F Zr mm m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m m mm M MM M M M M M M M Moi C) C) M C) C) C) C) C) M M C) C) C) Moi C) M6 M M M M M M M M M O la7 W W 00000 00000 00000 W W W W W (0 (0 (0 (0 (0 (0 (0 (0 (0 (0 00000 WO M 1E ` NN NNNNN NNNNN NNNNN NNNNN NNNNN NNNNN NNNNN NN IIM C W ... o CE '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 N N N N N N N N N N N N RI c NI: 't. v, v, v, v, v, v, v, v, v, v, vv, v, v, v v, v, v, v, v, v, v, vv, v, v, v, av, v, v, v, vv, v, '4 v: 0 v MM MMMMM MMMMM MMMMM MMMMM MMMMM MMMMM MMMMM M M N O Y L 5. ='-.. N W •� C Z J11 O 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 O O N O O O O 0 0 0 0 0 0 0 0 0 0 0 0 a J a m 0 0 0 0 0 O o o O 0 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 0 00 00000 000 ri0 66666 60006 0i6600 00000 00000 00 IL 4 d 7 , 0 0 0 0 0 0 0 O O O M O 0 0 0 0 0 0 0 0 0 0 U) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 "q, y a 0 N M v U) W r co m O N M a N W h W m O N N M v W W h W m 0 .- N M v U) W N- CO M • O4' 7 CO CO (O(O (O(D W W N- N- r` r` r` r ri r r r r` O 05 00 W o0 W W 00 0() 00 00 m 0) o m m ai m 0)0) I re C g al IT a 03 0) as CO o I0, OA Q o 0 V cs 0 (.... 2 _i 0 am cOLL I- 6) - 7 Eo w Ci Z N st u_ Q 00 Cl. o 0 W O> Z Q m O O N s- is) ) 2 o' 0 TUU () N W F- M N O b O (q sr NO O Q U 0 J C) O I-0 co i�+ LL O Z U E r 0 . J r H �m p ao 3 riia U 0 O N ro 0 ~ 7 < H U) I CO W V O N s- M U) CO 0) M O N r 0) U) 0) 0) IN N N N N co Ps C) CO 0)_ N 0 CO ✓ r h. r rU)s- s- 0) O) C0 0 M O r CO CO 0 sr COU) V O N (C)0 COOO s- i C aO aO O O O N V V C0 r r M O M O s- O) M CD r r r r OG (O U) V V6 M N N . O O O E OD 0 CD 0 0 CD M 0 r U) V 0) M N N 0) s- CO CO _ E V tl 0 s- '- N N N N N N M V V U) (0 co..r co O O 0 w e' e- N C) V U1 CO r CO O O. N C'» 0 0 2. sY st st sf V si sf st NI a V V V V V V nf R U) U) U) U) U) to U1 U) U) U) U)U) N (O CO (p(0 to O O O O O M O 0 O O 0 0 0 O O O O 0 O O O 0 N 0 0 0 O O 0 0 0 0 0 0 O 0 N 0 0 0 0 0 O O O O O O O O O O 0 0 0 0 0 0 0 0 0 0 0 0 0 O O 0 0 0 0 0 O O O O O O O O U) U) U) U) U) U) U) U) U) U) CC) U) U) h U) U) Ui O O O O O O O O O O O O O O O W 0 0 CC CP W. co r r CO COsr CO 0)0)O N co r (0 V M r O 0) CO V CO U) O N V U) OD r CO 0) O M s- N O O Or U) N N r N V CO N 0 CD 0) O co 0) s- N U) O N U) CO s- V r 0 M r 0 N • O O CD r U) (0 .- CO CD M ,- N O r M r O U) O N N N N N M M M V V U) O) 0 0 0 (0 CD U) 0) U) O CO f0 O N r M V N U) 0 LID0 0) CO U) U) U) CD U1 U) U) U1 U) 0 U) CO U- _ � O O O O O O O O O CO r (D CO U) V V CO N s- O O O O O CO r (0 U) V CO N s- O O CO r 0 0 0 a) o) o)0 0) o)D) of 0) 0) 0) o) 0) o) a) a) a) 0) 6 au Co ro ao Co 6 a 6 a ao 6 r r'N' P- 00 O O O O O 0 O O O O 0 0 0 0 0 O O O O 0 0 0 0 O O O O O O 0 O O O Y W 3N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N O OO N M M M O W M 0) CO O V M (D O M CO O U) M sr sr r M O (O N CO V r M CO 10 N O) V V N CD O O OO U) N Cs) 4- O 7 M co 7 7 r M 0 CO 0 O V M N 0 CO r CD U) M N 0 0) CO ~O C CO s- 6 N N r V N N V U) CO M O V U) M O r V N O CO CD V N O r CO C s- 'r„ 0 0 0 O O O O 0) 0) 0)01 0 0) 0) 0) 0 0 I- s- N N N M M st N O r r ao O O O U) 01 0 0 0 0 0 0 0 0 s- .- s- s- .- N N N i. 7 0566 0) 00) 0) co 00) 00) O 00) 00) 00) 00) 00) 00) 00) 00) CO00) Cr)000) 00) 0) a0) 0) 00) 00) a, 0,00) 00) 00) a0) 00) 00) 00) 00) OO o V V-- a Vv vvV V V vvsr. Vsr.stsr. V V VVVcr. cr.cr.cr. cr. V ? V V V V sr. vsl: a Z N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N 0) O U) N r O 0 U) N M CO O N U) OD CO CD O CO 0 V 0) IN r 0 U) 0 U) 0 (O CD CO CDs- . C CO O CO 0) 0) CD s- V U) V Co M .- r M U) CO r CO .- 0 0 0) O r co. V M s- O Co r U) st N s- s yW p N C) V N N CO DD O N U) V6 CO M CO O (0 M CO Cs) s- N NN N N N N s- s- s- s- 0 0) CD s- s- s- s- s- r M 0 CO CO V O M N N N 0) N 0) 0) N N N N N N N N N N N N M 0 W 0) O O s- s- s- ' ' s- 01 M M V U) CO CO r CO O O O 0 O s- N M V MD CD r CO O O s- N i Ci V V V V V V V V V Ni V V V V V V V V V U) U) (O U) U) U) U) Ui N U) U) Ui(O O (D (0 O C V co to N (1) CO CO CO (1) (0 (n CO CO (0 (n CO 0 (n to (n co (0 CO (n (A CO (n W (1) CO (A (0 CO (0 CO (A C0 O) to U) V Co 0 N 0 M 0 0 M M CD CO CD CD M 0) N O O N O rN CO r V N CO r V N C s- U) r st U) 0) s- N. (D M s- 0) r V V s- CD U) N O O V V r CO co. sr O U) s- r M CO sr O CD CL J M V V K N (N U) U) U) CD (0 CD N- r r r Or CD CO (O CD U) U) U) N 'N M M N N r N 0 0 00) O 1 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 V V V V V V M C') Z Ma r O M s- V U) CD O N U) r N 0) M f0 0 N N U1 U) tD CO V r 0) V CD CO s- M CO CO O M •- V r s- s- O UO r N O CD V 0) CD O O CO N s- O V V (O .- 0 N r N r M CO M CO V 0) 2 ji t O O V V V O N M N O N r CO r- U s- O tri Ui < CO CO O 6 a0O O s- N N CM V st oOo U1 r rO O U) OD O • m 7 ap 0 W 0 01 O M W V N O Uto O r CO O O O O O O O O .- N M M M V 0 N U) U1 UUN UUUM UUl 0 Z47) U) it-10 O O O 0 O O O O O O O O O O O O O O O O O O O O O O Om d CI r... I i 44. P...... O CO V U) CD O N h r N O M CO O N N U) U) CO 00 V r O V O 0 N. M O W O M s- V r s- s- O U1 0 r N O 0 sr O CO 0) O CO N .- O V V (O .- CD N r N r C) CO M CO V O M O E U) aD M M M O N (A (p U) (D U) O r V a M U) r r r W 6 O O O O N N M M 2 d r e O U) N 0) 0) O O O CO U) M O Ul 0 CO U) CO CO V V V V V V V V V U) U) U) U) U) U) U) U) (D r r r r CO 00 Cp co O O s- N N N N M M M M M M M M M M M M M M M M M M M 7 a0 W OO OD OD CD 6 O 01 0 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 Z D 0) 0) 0) 0) 0) N Co O O C) N M V CD O 0 r N CO s- s- s- M M M 0) CO V Cl CO N N s- CO N CO r O M M M M M M M M V (O r CO O 0 0 0 N N N C) C) M M C�) C) C) () C) C) Cs) C) C) M C) CO0 7 r- (O CO CO CO CO CO CO OD (O CO (0 CD (0 O r r n n r r r r r r r r r r r r r r r r r r LE : N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N N ■ C OO a • N N N N N r V CO 0 0 f0 N CO 0) U) N O N r 0 0 0 C) 0 0 0 0 0 0 0 0 0 0 0 l0 C • V V r O O O (O U) Uf sr V U) M M M M O N r r r r r r r r r r r r r r r P. 0 O co V O O U) O O O O O O O O O O6 O O6 O6 IP M M M M M M M M M V V 00 (O CO CD r r CO CO aO CO OD CO OD CO OD CO CO CO CO aD CO CD 0 CD V Z.- TZ-1; L C N L C t+ m J Q CO O 0 N CO O U) r 0 0 0 0 0 O M 0 0 0 0 O O N M 0 0 0 0 O 0 0 0 0 0 0 0 0 2 J Q O O O O O O O V, O O O 0 O O U) O O O O CO O O O 0 O O O 0 O O O 0 O O O CD ` t O O M M O N M O O O O O O M 0 0 0 O s} 0 0 6 0 0 0 0 0 0 0 0 0 0 O O O LL Q G> O CO O O O O O O O O O O 0 O O CO 0 0 0 0 P. O OD CO 0 0 0 0 0 O O O 0 0 O 0 O N y O p co O O O O s- s- N M V U) CO r r 00 O O s- N N N M V U) (O r CO O O s- N M V C0 Y• 7 O O O O O O O O O O O O O O O O O s- N N N N N N a a• Ca 0) . tO a. a. E c o O U U 2 N Sr (/) 10 M dl- W LL M 2 > 2 c C6F6x GO c0 aam M M H : iii US F 13 (nL A h C0 m E - M H ~ N > U i- m - QF ' COON F 0 0 v M v v i C o_ of 0i co GD N 1: co 1(i a a o o E 0 0 0 0 0 0 0 o r r t , .N )O c0 r W 0) O N M M M m . (oro roro (or- r r- N: N rr :I> 0 .... M > Y M Q 0 0 0 0 0 0 0 O O O E O O O O O O 0 0 0 0 0 LU COM La IX NN2 4. p O O O O O O O O O O O (/) 2' M co O LL a)M H H .t.. 0 N W M r M Z U 0 r 0)LU ((0 M (Mp 0)) N 0 a0O N- 00000 U) U) O 0 0 0 (O W r r r Oi OiN J 10 N rn u) (n 0 0 (0 0 W W Z (Zi (") W _ CO N a M N 0 O) CO r r W 0 > LL U U a> r r r r r r r CO CO CO CO CO 0 0 F' O iN ✓ IL to - N N CD CD N N N N N N N N N cp 7 -i 0 CD M O N 0 C O > 0) >00) U) _ 8 W 00000 - 1, 00 'NO O M N ci W M O J ' V z M 0) • (O 0 a N O co r 10 O O 0 0 M g Z c0 LL O II C N M 1. ..7001...- 00 c00 O0) 0 N 0 <O J T M c0 L % 0) 0) m 01 O) co 0) 0) O W Q1 () O O O N N M N W O c00 O) C ` a) 0) 0) a) a) 0) a) 0) a) a) 0) J O W W O o as aaaaa aaVa n .. .. opol() i_° � o a Z N N N N N N N N N N N = Y O O O M m O , 0 M N (p U) Q 0 0 0 0 .. .. 'O N O C a > > > > > > Op00 00) 0 W 2 > > > - N N N U O ems- U .0 0) CON r N r N r ('4U) W 0) 0 0 0 ` .. i0 U .. (p O. N C a 0) c0 (O 1) co N O Q) r (O (O y U) CO �- _ _ _ _ _ �, y ✓ Y! 0 66 66666 W 0) c0 c0 E m TY 0 0 0 0 0 .8 O Y J p J Y 0 C W ` V 3 CV N 0O CV r CO 0CV N) 0 N N CO EO)Z f R f R lIf U (� 0 H Q = -0 J a Es (D (D (O W (O f0 r NNr N (.) . H U) U) U) U) U) W U) H U) H W LU U) H O RI a N U) (0 (0 (00 (0 (00 (0 (1) 0, U 0) 0) r a N 0) r a ('40) 0 0 W W W W W (O 0) N 0 r 0) 0) (0 C r M O) a O (O N r O O CO (0 M 0 aU) r r 0) d; a M. (O U CL U 4= N Ni (D N 10 W W In f.Cl OD CL t 0 0) Ni W co W N rW W ry Jt' N co r r co co 10 c0 a Ti- M M r r r W a N W 7- M W W W 0 MM MMMMM MMMM N N O N N Z W W ,r 1-4Ni- r ry + M 0 r O N 0 o l0!) - ca0 O O I 0 0) 10 O C 20 L 0 0 W r r W W 0) 0) 00 si LE'0) G N 10 N 0 0 0 0 10 0 10 00 0 00 ai ai 0)Oi of of of of o) m U CO N p (0 0) r W UMom Loots 10 > jp O O W W 0) W a c0 U) 0 O I- O n N N cD U) 1n a N M M r co co r _ V a a a a M 1010 (O 10 M M c0 r O N a r 0) , V O 0 'Jai �' q' q' M M M3 a 0) 10 0 10 O 10 ' (O O O Z Cr O E g i tri (m O r r ro 0 Oi o) + L N 2 = 0 l0 1C) (n 1n 1n (0 1n u) a q 0 CO CO M M M M M M CO M M i+ a )7 M O W Q) O) W O W O) O W C 1- Z Z O O co co CO a o 0 W O O O o Ch c0 O (0 M O N V 0 0 E M Vi M M c+i M c�7 M M M M R O O 0) Oi O to O a M O CO O O O R 7 ^ r r r r r r r r r r r u C.y l00 ar) r) W rn rn 1Nn 1Nn M E v N N N N N N N N N N N Q = e- csj W W 0i 0i 0i 0i H Y1 y1y > CD W a C H o 0 0 0 0 0 0 0 0 0 0 o C ▪ I..... r r r r r r r r r 0 0 0 0 0 0 (O r 0 CO N N (V C ;y II O O co. O O O W O a O O O O i L O O) O) 0) W co O) O) O) 0) O) O) ` 66 66666 WWWW m L O 6666 0 1n M M O Q1 Oi Oi �. +. 3 O O O O O O W O 00 ,0 (O 1111 a- 0 c ' O (n ° w 1n (0 W %rnr o0 M ^a a o O L' C 0 ,- N O O O ^ N �) C Q 6 C 2. IIIIIIIII C. a 00 00000 0000 m -0 MI � L o0 00000 000303 4 It Q cc a�= a q 0 0 0 0 00 0 00roro C O ` N N M M M o5 co on on ,- ICD CL et• MI U) a °A a E o V F" am 7. a4 C Lr7 G i, 0 v T 0 0 t C r o c c N F q O O a o' T N a N -p V y t- (/) 0 N N M N O G co 7 V) + + + O) O y (a UUi 0)i 0 = Lif E W 3 0 0 0 0 0 0 c + a... U m m m 2 G - CO ro r O CO M N .m. � O) C m Z 7 R E .. W U 0 0 0 r O N 0 m m a t a ▪ F J 0 o U) 0 r o ^ n C F...... N m E a Q T m RI t 0 ' m fQ m a Z 2 1 v r H co C OI t N f6 CO N CO O co N N ~ ~ ~ F- ~ 0 {- Y F 6 0 0 0 0 (O co L < m 0 0 W LUi 0 0 2 COC D C D c v ro <v 3 3 co CD N 0 O 0 O O N- co co )D O) 0) 0 h 1D )D CO O O. CO Er'. AAAAA N N n O O N ^ r co N q H - M CD CD CO 0 M CO N 0) 0 M OO Or - N N ULCO N CO 0 DDDDD G\ - N N M M co. r O O O) 1 Z CO 00 00 0 m M O HF F F- r -O � 0 - r_ �= 0 O O O N0)cV M 0 O) CO N 0 N 0) O) O) N- CD CO CO O O O O O N N- n O U) O) O) O N- N U) CO 0 ,- )O CO Z O O O O O) aD V O M (O a0 T O M ao O) o N (O d O R aN0 O O OV- V O. it; r N V a O) N O R (O O) N- N 00 )O (O O) O )� CO )O N- co M fO aD N V M 1� D) M l0CO E 7 V O M ; Q v co- O O) ; Q = N N M M V O O W O) HRI Ul co O /Y = O 6 0 0 0 0 000 ._ $ N r O) CO co 0 � 0 CO O) CO CD N. �j 'C O 00000 000 L 0 0 0 0 0 0 42 ° 0 0 0 Oi m 6 l� co 4 R (O a0 ri Oi (V C7 `)+ L t„ O) N co O) co 0 Co V) (0 0 (D V F E coooNoo (p )noo (D 0 O V m o o w 7 i v o o v 7 1 p r CO M CO M 0 N CO n (.0 0 LL 7 ,- ,- 7 0 Q R Q ` a-- O 6 0 m Q� =. N N M a' N- OO 0) O O p 0 ma V 76 O G m J 0 CD v IL Li. 4 c co a 0 as C Ea Q cc o O 0 Uvs cu a W Ci. s, 0 CJ rrr v ro co en O M cn NI- c41 o f0 co co N N N C O J I- O N CO o r-- in M co 10 co co m O O O O coTr O) f0 6 ca f0 coN J 0 N 7 O N N O O N c W O f coco co O f0 10 3 O r.C O O O N N N (NI Si 3 W >' a) 10 O O 0 "0 O O M 'Cr) C CO N O Z-) CA 0) t h V V co O a • v N N W N 20 0 E c rn 0 E15 Yco d NI: nZ r- 3 xro r a co.m . co It! 7 :i ;• ..- ;05 en 2 ts a7 ` h v Y O M at ZL. C., + v N N C1 0 0 3 L 0_ _0 0 O N 00 o 0 1 P.O N O I[) O O 1 a0 O) r O) I d 2 0 O = 0iri 0 0 y O C ++ a .z ^ 0 6 o m C C C '" co i. d z >. o c.;> O O k Z o ma i Odm a= ov o o c LQA C Q ''o c O do 00 � Uodo yo0 V 0,o 7 cit C y d ,, > O:LL7 U on m CO 0 (Q E N:3 2 mN2J yM O N Lr Ga )w � Y NNfLy NO - N N its N 7 m L 143 E » 1- Ica, F- E , Fry O > m "' o A C U C U C V Q Q z N w G Z E w !! r�, 5 m .' w w 0 N co rnL H j m.i5 j nU j nU mil N 0 F ,co H H Q so QC I RI 0 CI m E c © 2 L 61 C w a L O u M O N co Z f6 ° Xco °r mCOQ d ` M U d O Co) O N ._ Ch cd G a .52 .— .0P.2 a Z ID 0. I° U ZM ZZ w CO cc a) c .. >-• , Z . °d H 4.4 d D CO 3 R Q °O I . .SQL.S� N 46 O O - O t N 3 O N ZZZ }� CI >• m (° O rn N 52 L2 O c� cp W -o O N p F C ccm N Of j .5 co 7 F L _c O 0 O F M r N -c N a) ° O 1 O c a 0 2 "O N yU d N U' O Y J M Q 0 CO O O a - N O N m C) U O 16 p R W In d "O 2 O N � Q N � O (° (O O N J (O ° V C • O U �"� N .0 O C N O 0 co. - 2 N N it .. N (° u°i Y c_ o m d m 0 a X O O N O O 'C 10 s > > O d O) O C z = O U v.17-- W Q1 - m c ° L. v v Q� N N ' ° z O o 0 N U) C 2 c N J N O co V O_ C.) N _ O 1� L m d N 00 Li- 1) N N N U p QD y N Nh pV N ° N) c 3Vy o CO N A E N C upCO N O ° i [fOM °lOT f/ 7 O Ct° E O2 °) NN t OOO N E Q wNos 4F — 0 w CD LN N V N OJ 0 : T N c • ar• d d ' o m o U it tN Q ° C2N O ° U VQ L '-',Dam c t3 m W U rnm O -° o '-'1"O t O O C ° V O N mI lin Z 77 > o d o u! (.5 o 6 2 2 Z 02 0L r L MC W L J QL L m Iit N IN v IIIIIIII I• L o w all O w N >411 w o 0 0 r� f•- .- o v o w o C Ulli d m x y 7 M o 0 CU 6 CO 0O A N H Om LE a 6 lh Z w O C al% r _ 2 N N t0 m Of C t m Lo Vism ._ N d Uft C. c W g y >41 L 0. '0 U O c m m H LL O c _ m u w L MCin CC o c e - 2 c a. o CO) u V. N ` a 0 u, i- z@2ccN W O W • ,A E d c `-c° o O . 'x x voi a rn o a L ■ r o v a n M J ccsL. R 'v R 0Y 0 L t N m O m O O m _a m M M 01) L CCC C .y al H O O (� N S S O N 0. L U O 13 = _ 0NOO • R 0: O H H■ RR Rv c c = d c Vo m 0 u II O at vi a Q Q. E 5 en C 0 U � ` 0 H 3 C 0 C Gz7 a a (0 i. O N N N N N 0 U N N N N N N N N N N N N N N N N N N N N N V 0 0 0 0 R0 0 N R R NNW N 0 UN0 0 N 0W fRRRRR CO( (0 1f0 ( 0_ 0_ 0_ n d 0_ 0• 0_ 0. 0_ 0_ 0_ d n 0_ 0_ 0_ 0_ 0_ 0_ 0_ 0_ 0_ 0_ 0 o 0 0 x C 0 y C U C C C C C C C C CO 7 pO OpO UpfUOpO Op mO >0mOpO Op O ,{2, OO U p m C• URCUR CRCRUR C UR C UR C UUR C UR C DR C • R R LL YR LL RR LL CO CO LL R CO LL RTs- R LL R CO LL R CO LL R CO LL R r .. ts- E _' O co 2 0 (() c 0 co E 0 (A 2 O co2 O (Q c O !A 2 0 fA c 002b E d p R ` N R p p R ` pN R d p R d N R d p R d p R d p R ` 7 Cn � Cn � C dRc nR G n Cn2 C 0. 034E n2 C n C U W U U W U U W U U W U U W U U W U U W U U W U U W U U OD Q (0 .7 (0 OD Q Q (D 00 .- CO co N co Q 0 r OO co .- Q (0 t- N r U) r U) U) Q co Nt r N r CO r CO CD (0 Q V 0 0) .7 N (0 (0 CO (O (0 Q N CO U • Q M M 00 Q V CO Q 0) N- Q 0 U) 0 V U) CO CO 0) V N- M N M C O W W 00 U) N V N (0 a O 06 co (•) U) U) C') a0 I- U) M N: M (O UON N .- (O M N r N .- Q M .- N N .- .- .- .- .- .7 .- n N N (0 M N R) W LL U U) N O O N M 0 0) N- 0 Q M 000 (00 N N U) V) O Q N 0O N •O Q N O O) .- co O N .- co. (0 N N 11 (D O N (0 M N 0 M V 0) Q O N 2 (O (NI O — n (O O co 00 co vi O 0) 00 0) (7 N O O Co U) U) M a0 M 0 7 L N U) 0 N N 0) CO N N CO Q 0) r 0 N N co (O N N M N Q CO O p D.fo U) U) N U) O V CO N M U) U) M r CO O U) U) a0 U) 0 Q OO CO R p 7 M 0 M N OD OD U) 07 CO U) N- N- 0 (0 00 00 CO CO N 0 OD (D (0 N 0) N U) C (D U) CO N- M Cl! CO (0 U) N M N Is- U) co. U) C- co. N Q 0) N Q r N r p O _ r r 0 O) 00 co r N O Q ' N- co a0 N N N O co0) I- N r CoN U) 1 O) O O O N 0 0 Q 0 0 N 0 O) N COCOO W Co0 0 0 U) 0) O 00 air - I p W m N !C o Q a a0 O O O O 0 0 0 0 0 0 0 010 0 U) 0 0 Q 0 0 0 0 0 0 0 0 V 01 0 0 0 0 0 0 0 0 0 0 0 (D O o N o o Oo 0 0 0 0 0 0 0 0 O N ` M O O U) U) O V) O O U) U) O o U) O o O U) O O U) U) O O4 N .c N U) 0 N N N 0 0 N N M 1D o N- N-0 r (0 n 0 N N U) 0 0) CL p 7i.y U) U) N U) 0) Q Q M M U) N Q r co 0 U) CO OD 11 O Q Q) CO co Q a) p p M E I •- O U) Q MO) ONO (o 0 OQ o M 0r (M OM O n M M o D M N- COOO U (O O O� MM C Cjd (O OO co O) o I- h Q 0 (h N (O co I- O f- O O N O) 01 Q1 I� O O N N 0 0 U) O 0 M 0 0 CO CO CO O) 0) 0) U) O) COp L cE p � .- ,- mo c p •A $o O a m U a CO >000000 0 0 0 0 0 0 00000) 00 x 0 0 0 0 0 0 0 0 •1 M C 3 p 'O 00. 000. 0. 0. 00000 U) O O N O O °30. 0. 00. 0 00. 0. g). I ` p = « M O O U) 1O U) O O U) U) o O U) O U) OD Uo U) U) N U) 0 N N N 0 0 N N M U) 0 0- 0 r U) r 0 N N U) 0 CO Pf C 7 O.p N U) N U) C) Q V M M U) U) Q 0- CO CO (0 CO OD U) 0 Q 0) OD ( i I m 8 W+ p m (0 f I- a) Q m > — 2 E CO R m c C rD 0) m a C 2 4 C « .D 1m 7 'y N E. 7 N 0 0 0 03 c c p U f7 - N N N M M M v v v 1D U) (4 (4 (4 (4 n N.- a- E. = -a 2 i 222 222222 222222 222222 Z I- L U m 7, 0 W Z m m m x00 m m m m m m m m m m m m m m m m m m m m m co co H 0 O 0 a p U m r r r r r r r r r r r r r r r r r r r r r E c 0 1 1 1 N N N M r) M Y sr (4 'r) (D q (4 q n r rn rn rn O O O To c•I CC O. ?i •O N 0 3 m m m m m m m m m m m m co . . . . . m m m m m m (0 (0 (0 (0 E p o 1 r r r r r r r r r r r r r r r r r r I- r r r r r r r r r •)( 2 to p E 1 1 1 . . 1 1 1 1 1 i 1 1 1 i 1 1 1 i 1 1 1 3 0 E N N N M M ''.3 U) U) U) CO U) r r r 2'? 0) W 0 0 0 o d .1: 7 p O O O O O q q o o g g o o q (� 0 0 0 0 4 4 0 4 /h C O 0 co 222222 222222 2222 .- 2 2 2 2 2 2 2 2 2 2 2 6 W O cm « (o d M Q 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 C 6. 3 • .c o N me 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 ca ND OI 0r •p O p C RI >. >. T >. >. T >. >. >. T T T T T >. >. T >. T T >. >. T T >. T T >. QR RmmmRmm mRRRRRR mmRmRR RR mRmmmR RmRR p E - = cu=o 2 p O. (0 d p O. m O) 2 O, , O) 0) 0) 0) CO) 0) O) OOOOO0) 00) 00) O O0) 0) 00Om 00) 0 4 ia Umm N ` aamE y iCf, CC 'oC t 'Cv v 'v 'v CC v fi UC U v '5 U U '5 a 'a '5 U O yr RR R town) CO RRR CORRRRR ` NRf` _ Q y C O ri, RR U DN N) N U ti r r r r r r r r r r r r r r r I- I- r r r r r r r r I` r ' as Q E c a.c U ct .. 0 E' 3 h C 0 C W 0. Q (0 0 000W 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 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 N N (0 (0 (0 (0 W (0 tO (0 (0 (0 tO (0 (0 (0 N (0 W (0 (0 (0 (0 (0 UO fO (0 CO il d d d d d d 0_ 0 0 0 CL 0- 0 0 0- 0 n. 0 Cl. a. 0 0 0 a a a a a a 0- c 0 C C C C C C C C C C C C o E O `p O `p O O `p `p 4) O 4) O p N O `p O `p O `p N O p O O `p O O `p O to E CU U f0 U U CU U U U i0 U f0 U U 10 U f0 U U) ).) 0 (U )) O N U 0 N U (U m E (6 (6 C (0 (6 C C (0 C (0 (0 /0 C (0 C 41 C co �`'E a U_ a U_ CO a U_ LL O O. YO a LL N 1 LL G ca LL N g. LL CO CO LL CCI 0p_ . a R N N N N N N N N Q) N N 4/ N 4) N N Q) 4) 41 N N N N N N N d 4) N E C C C C 0U) C b C (n C In c o N C 0 (O C O U C E N (`0 N (6 `) N N (U `) 4) d N (0 `) 4) (0 4) (0 4) (0 `) 4) N d 4) (0 N t0 (0 4) N N N N N N N N N N N N 3 -- (6 d (6 C d (0 , C d C 0. (0 C d co d () O. l0 C d ' a) 0. t5 C 0_ A' O. N �_ N �_ 4) N C � N 4) a 4) a 4/ 4) d �_ Q) �_ 41 4) e N N = � N N W U uJ U U W U U U W U W U U W U W U W U U W U U W U U W U W M M sr co n 0) C 0 0) 0) CO 0 CO M sf (D CO U) CO N N 0) to '0 to '0 N- 0 41 O) M D U) O OM _ n O 0 0-0 On (W O) N) 4 MN O N O O O MN O N O UO O UM O Co U) M Ti co gN n N- n n n n NO M Nn n n n O cO r M Nn M W n N O A U d as U O .- O co 0) O) O CO .- 0 .- U) U) 0 CO N 0 CO 0 CO t0 CO (O r N 0) t0 '0 O 'O N- st .- CO 0) O 0 .- a M a CO 00 O U) 0O V. CO st CO tp to 0) 0) U) co 0 r O v E vi N (•) n U) W O ,� O O O 0 (.) r N- ' r O M az; st O 0-0 O O) g L sf U) N n - M U) U) U) O V N N O W N O) N M '0 N O) M N '0 n N N a y rn r M O t0 O t0 (O r '0 0 0 0 0 0 0-0 O '0 n n n 4 2 O CO r- '0 r O CO O CO n U) st N CO M N N N- CO 0-3 n sf O) st st 0) U) 0 (0 CO C U) 0 .- CO sf U) '0 .- t0 t0 0) 0) sf n t0 CO N 0 CO .— 0 0 CO 0. CO O O O sr. . O U) O U) n Oi r N N 0 0 O O 0) co si 0) O 0) O tp 40 0) U) O co M ( y • 0-0 co— n n 0) 0 U) r r r r n n D1 0) N NI U) NI Cl) d) O) 0 0 N CO CO 0 n O. : y r .- r w a- t4 to o o C 0 0 00 0 0 0 co 0 0 0 0 0 0 0 st 0 v o 0 0 0 0 0 0) 0 0 0 O O 0-0 0 0 0 0 O 0) O 0) O O 0 0 0 NO N O st O O O O O U) O O O • E O U) U) U) U) O O U) O) O 0) O U) O U) 6 n U) n N t0 O U) N O O U) U) O r 0 A .0 U) n N n N U) U) N U) U) N N N CO0 N CO N CO U) N N 0 U) CO N U) O CO EL N i 0) — n M O U) .11. O (O CD (O n O O O O O 0-0 0-D O N r O r '4" .- a A y r r n r r r r r .- N m V M E 1 - N N CO L- U) V O 'U U1 .— 0 L- N CO CO 0) 0 s} O 'U CO 0 Q CO 0 N U) r M O c C s{ UO O 0) 0) O s{ M M 0 M vs; .— No co O s- 0 .- '0 U) up co. up U) 0) O .- co C O Ed n O n O N U) M N N M n CO r 0-o n N M O N (0 C.2 0 U 0) CO CO OD O O n 0O CO CO CO OD 00 O 0 CO U) U) U) UD O O O co 0) 0) .- O • C E. ,- r- c0 ,- — — — — r- r- h CO O C N a e E- o o 0. 1 m p m )MCa 0 0 O 00 0. 0 0 .- 0 .- 00 OO 0 sr0 st0 _ 0 0 0 0 0 0) 0 0 ` 0 O O CO O O O OO O O O O OO O O N ON O sfOO OOOU) OO0) S. LI! .0 O U) UU) UO O U) W O 0 O UO N U) n Ur Cl) t0 O UUO O U) UO n1 NN0-o CONM (O NOLO ONUO 2 w R1 E p C rn - N CI N O N a m n ip a d8 = nU) 2 ( 2 v O 0) O CO O 0-3 0-0 o vr co n st _ N ; H Of a? d x 2 E CD 0 m = CI H 7 CD m ) w 0 0 0 0 0 0 CZ i C .2 O1 v c c m m rn 0 .. a rn 0 0 m ,— ,— N N CO CO CO si sT 0 i i i h co tp to to th th n n n co co co w co m i 0 D -a « a) i th i th th th th th f th m m m i f th i th m m th th th th th i th i th m Z 7 (TO E 7 7 7 7 7 7 7 7 7 7 H H H 7 DD 7 7 H H 7 7 7 7 7 7 7 7 7 H L U m y LL 0 m m m m CO m CO m CO m . ) ) m m CO m m ) ) m CO M m m M CO CO m O m Z H H H H H H H H H H 0 0 0 H H H H H O O H H H H H H H H H p 14- o c C N N M M M st sT 0' NI st st 03 03 0 CO o 0 CO n r r c0 c0 00 0) 0 0) 0) � � a. . -0 N . 3 03 03 CO 03 CO CO CO m CO m m m m CO CO CO CO CO mmmmm 03 03 03 03 03 03 CO E d 0-0, x ur H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H Co ce = co N E ,- ,- N N M M M V s} s} sr 0' 'U U) U) co co co t0 t0 n r r co co 0-O co O a, 0) p 1:10 c Q M to 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 C C C C N — • .c E 0 (2 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 7 7 7 co ��!!!■ •— 0 p) O C �` T T T T T T T T T T T T T T T T T T T T T T T T > T T T T L O`65 as O N L N m m m 2222 228228 22222 22288 822222 m N imil •O oo.. 0 OI N 0 N 0) 0) 0) 0) 0) 0) 0) CO 0) 0) 0) CO 0) CO 0) 0) 0) O) 0) 0) O 0) 0) CO 0) 0) 0) 0) 0) CO zp, 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 C C C Q V CO0 m (�4 d E '0 70 V ' ''0 V 'v =0 V •v =0 =0 =0 'v a 'v }1 ` 0: K O (o lO (o N m (0 N (0 N t6 N (0 (0 Mai O t0 N N (0 N mica tO tO to N m m N IC A CO0 CL CA CA U H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H < O to �. >, C ct cl a `1 E°C_° Na) -: 0 c s7 cs own' H C L C c E W a D. O. 0) • , . . . . . . t t . . 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Q 0 N N 0 N N 0 N N 0 0 0 0 0 0 CO 0 0 U) 0 CO 0 0 0 0 0 N 0 0 0 N, (0 (0 (0 0) (0 (0 0) (0 (0 (0 (0 00 (0 0 0 0 (0 (0 0 (0 (0 (0 (0 (0 (0 0) (0 (0 (0 (0 10 10 f0 a7 (0 10 t0 a) 10 f0 10 f0 (0 (0 10 as (0 10 t0 10 f0 10 10 al 10 10 f0 N a) f0 a a a d a d d O_ O_ d d 0 d d 0_ R 0_ O a a a_ EL EL d d d O_ O_ 0_ O_ C 0 a) C C C C C C C C C h E O O O O O O O N O O N O O N O O O O O o O O O O O O O O O a) E U p 0 U C E U p E U p 1- U p 1- U p @ U C 1 U C (- U 0 U O 1- V co E a) C a1 C (0 C <6 C a) C f6 C a7 C l0 C l0 C (0 C 10 LL 3, a LL (0 a (L YO f0 , y0 a N.L a3 a u_ a1 a LL a1 au_ f0 a LL l0 Lk_ «0 R LL A• L a) (n a) a) (n a) a) __co a) 0) (n a) co 0 a) ) 0 a) a) y N a) y a) a) y a) N N a) E C o w C c w C D coC O � C b C 0 C O N C O ( C O C O 0) C E N `l a) (0 `1 a) (0 a) a) f6 a) a) 2 a) m (0 d m (0 a) a) (0 a) 0) (`0 2 f6 `) a) a) z a E a a E a m c a (a E' a a E a a c a (a E a a c a (o c a c a a N d a) = a) a = a) a) = d a) = a) a) = a) a) = w a) = d a) = d d a) a) = m U U W U U W U U W U U W U U W U U W U U W U U W U U U U W U co O) V N 0 0) V 0 M N (0 (0 (O 0 CO 1f) CO 0 .- 0) h N- a) r r V ON 0 ) a) ,— 0 .- 1/..- V M 0 .- 0) 0 r V 0 0 V CO (O (p O) 0 N O) 0 N O) N- M .- V 00 o 10 O) (A M M _ (D V N- N N N (D (0 (0 N- 0 M 00 N- co co. N- N N (D M N Co m V Ti O N N N (O N M N N N W4 V I- V V N .— .— N . ,— ,— N r' (0 V N N N T- ai a) a) u- 0 0 l0 0) N- 10 CO CO N O a) co N M O) O) N O) M M 0 CO I� (0 CO N- (1) 0 OO 0 0) N "O (D V 10 N M V (0 0 0) 00 V 0 0) 0) 0) CO (O 0) CO N- 0) 0) f` O) 0) 0 0) O 0) V co (O tO (D (D N (D .- (0 (0 O M M 0p V 0p M ca O 00 O O co co (0 (n a L « V N 0 O 0 10 N (0 10 (0 a) N N- 0) V N (0 0 (0 (0 0 (0 V N N 0 y a n .- (0 (D 00 0 V V V M V( T- CO (0 .- M M M M M M V xi a) N ,— 1— N p2• p V •- V N V M M r .— 0 V (D M N 0 N N 10 0) V0) N V0) N V CO 0 OO V 0) C (11 r N- V N. N- N 0) 0) N N CO. N 0 (0 N M N N M 0 0p V 7co. O O N- . .- r N- O) (O (0 a) V V V N N . .- N N Ni Ni Ni N N O O N H — r 0) a) 0 N- N- N C. t(6 (5 W V) CO CU 'CD- 0 O 0 CO 0 0 (0 0 0 0 0 0 0 0 0 0 0 M 0 0 OD 0 0 0 0 0 0 0 0 0 0 V, -c O (0 0 O CO O 0 0 0 0 V o O 0 0 0 (D O O r O O r O 0 0 0 0 0 O CO (0 06 10 10 0 O O O l0 O l0 l0 O 1n 10 O l0 O l0 N 10 10 N l0 l0 I� O O O (0 a, W O L `,11 N N O) O 10 N (0 (D I- O N N- O (0 N M N- N M N- N 10 O N4 a Q. co .A y a.�' •- (p (D 0p O ((i V V 10 M 10 M 10 ,— N M .- N M M M V 0 d p V. M E I - " N- I- co (0 (0 V V V (O V O) C) 0 .- V CO M V V 0) (D 0) M 1- 0) V r '' 00 N ." V CO00 1 T- (0 C C CO N 4 00 I,- M N N (0 N N V O) N- O) (0 0) 0) .- 0 (D C D E N co 10 (0 co V V (pOO 00 N N� N N M40 V V 104 V 104 V V4 cc: N 7 U ^ (00) 0) 0 (0 (05) p E r a) m M O C o N ma I O a) w (o w mr u d (Cl O (O o o a) 0 0 000 .- 00 0 0 0 (0 0 0 0) 000) 00 0 0 0 0 0 M c 3 m � o (n o o w 0 0 0 0 o e o 0 0 0 o co 0 o r o o � 0 0 0 0 0 0 0 ` o OO o N 0 O O O 4 O (0 N O to Ln O (0 O (0 N 1n 4 N 1n 1n N- O O O 0) = M E. 3 .� N N O) O U").—. 0 N l0 (O I� O N 1� O (0 N M 1� N M N� N (0 O r 211. O D 0p O 0 0 M 0 M 0 N M N M M M C 0 W 7 N • d m m 2 C w F- L .01 M 'D E COCC IS om m 0) w4 2 0 0 0 __ t E C• 0, a s (0 Cl 0 C) 0 0 0 ,— ,— (0 (0 (0 (0 (O (0 N- N- N- OO N CO 0) a) a) N N N 0 0 .- .- '- p N N N N N N N N N N N N N N N N N N N N N M CO M M M E 2 : A E F- 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 m C) C) 7 7 7 7 7 L 0 m H L14-, m . 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0)CO 0) m 0) 0) C) C) C) C) CO F- F- F- 0) 0) 0) 0) 0) 0CO • 0 F- F- F- I- I- F- F- F- F- F- F- F- F- F- F- F- F- F- F- F- I- ' F- F- I- F- w 0) 0) 0) (� O L C 0 o 0 0 (0 (0 (n (0 (0 (0 N. r r 00 co W W a) O) 0) 0) O) 0 0 }I C (p 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 M M (? M (�) �. L U . x R -2• th th th th th th th th th th th th th 2 2 2 2 th 2 2 th th th th th th th th th t N. CV IX 0 • N . m m m m m ,:,, E m m m m m m 0) 0) 0) 0) 0) 0) m m m m m m m m m m m (0) E n o F- F- F- F- F- F- F- F- F- F- I- F- F- F- F- F- F- F- F- F- F- F- F- F- F- I-cu /�/ X 2 to (0 E a) 0 O O (0 (0 (n (0 (0 co n N- r 0o 0o (0 O) o O) a) 0 a) 0 0 LL O 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 M M M CO M M a O� ? 2 2 2 2 2 2 2 2 t 2 th th 2 -- -- -- -- -- 2 2 2 2 2 th th t th th th th c) W 14?) p N O M O 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 C C C 6. J L c O (O -- 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 7 7 7 (o •U) o O) 0 .- n, C T T T T >. T T T T >, T T T T T T T T T T T T T T T T T T T T L C 'N O N a) N a) f0 a) A a1 l0 N a1 (0 N a1 f6 l0 f0 (6 a) 01 (6 f0 f0 f0 a3 a1 a1 a1 f6 l0 a1 t6 t0 .0 = N m m C) C) C) m m 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) C) m C) C) C) C) C) C) C) m m N —11 O. p N N a) al O) O) a) a) Q) a) a) aI O) a) O) a) a) a) a, a) O) a) a) a) 0) co, a) a) co O) O) a, a a, O LL N a Z p• CC 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 u. tF 4 ("' / p a1 ai r E 5 5 v V U 'o U -o U V -o a 5 -5 v -O V -p -O 5 5 v '5 5 5 v -p -O T1 -O N 44, Q. _ o 10 a1 N A f6 a1 N N (0 N a1 a3 l0 N (0 a) f6 (6 f0 f0 f0 R A l0 a1 a3 al N f6 l0 _ = w C c N 0 F- H I- F- F- F- F- H F- F- F- 1- F- F- F- F- F- F- H I- F- I- F- F- F- F- F- F- F- F- Q O 7) U 2 a >, C (Ts 8 C) © :� C U (o �o $--, C c 0 c W CO C. 0. a) L co Q Co N N N N N Co N N N N N Co N N V N N N N WO N N N N N N Co N N CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO r�r LL 0 LL LL d d 0_ 0_ d LL d d 0 a 0 C 0 B N E C C O O C O CO 7 dUd O d CUd Ud U03 E N Nns CO1 i'_ C CO LL CO CO LL CO CO LLa) o CO a LL 1° CO LL E ❑ c C ❑ CO C ❑ (0 C ❑ 0 C ❑ o C E d d O d d O d d O d d O d d O 0 N N L N N N O 7 c d (6 d 0 c D_ N c d (d a) d f6 H to d d d � d o d d = d d = d >. O Ti O O W O O W O O W O U W (7.5 at 0 0 0) 0 N 0) N C) N (0 M M (0 (O (D 7 CO CO y d 7 co 7 co 7 co 0 N (f) (O co U co co N CO M N CO M N O N V 7 M (j_ 0 0 0 0 C O N N - N ' ,. N M M 00 M M O w (0 Co N U > + + + + CO tCO ( ❑ ❑ ❑ ❑ ii 2 O 0) N 0 CO N 0 0) N U') 0 O0 Cl) 0 OD y o 0 7 0 m 7 o m 7 CO 0 0 7 0 0) E (o (ri (o (ri (0 (o o (o )6 o (o cc) 7 1.4 N N 0 N N 0 N N 0 N- N N- N N N y a 7 7 7 _ 7 (0 (() (0 (O O d 0 r r d 0 co 7 0 CO 7 0 CO 7 0) 0 7 0 CO CO C V OO 7 OO 7 OO C.1___. N O U2 O N d O N .- .- (V .- ,- (V .- .- CO 0 0 0) 0 N N c G CO y W O.d N coCCI O O 0 0 0 0 0 0 0 0 0 Cl) o O (0 00 B o O o o O 0 000 7 00 V00 tO toO ( O O 7 0 0 7 0 o C L O 0 O 6 O CC)o N 0 r 0 N 7 0 Cl) 7 0 (O O CL ya 7 O 7 0 7 0 (0 U) (0 (0 0. 4 O d8 d 7 i. Cr d 7 M E (0 1 - . 0 . . CO .- .- (O . 0N- 0) 0) N- 0) C 0 7 (0 0 7 CO 0 7 0 0 0 . 0 CO E d v v fo v v (n v v (bC ni 7 _E N 7 r N U r 03 O C 7, 7 .1 2 13 • o a o CO 0 CO 0 , "; d o_ (� 0 0 0 0 0 0 0 0 0 (D 0 o (n o 0 a a 0 d d> CI c d '0 o O O O o 0 o O o 7 0 0 4 .00 > > > M 7 N a : t O O 6O O (() O O 67 0 0 V 0 0 CO CO 7 CO 7 w �i 0 0 0 0 7 7 0 (D 0 (D y 0-y CO O 7 _ CO 0 (0 (0 (O N CO CO M M M L m E m CO CO CO CO To F F F F F m 7.1., d E o 0 0 o N CC « CO m '� 00000 0 i_ m Cn > m, N ❑ ❑ ❑ F W 7 00 O O 7 • M r C J J J (N 0 ( 7 - e- 7 0 t_ Y 0 < < < m m m ,- - - N N N Cl) Cl) M co Cl) Cl) (0 0. 7 y CO M CO M CO CO N N N C C 0 CD U 0 22 2 M M M Z d > > > > > > m m m m m m 00 (0 (00 (0 HI_ i_ ❑ ❑ ❑ F- F I- . i 00000 O co 7 U. F H F F F H , 000 c o o 0 0 0 0 0 y d z r F ❑ ❑ ❑ a. CO C y C d Q Q Q m m m --1 J J N N N CV N CC CC N N y E '� 0 7 a0 O O C CO O M M M M M M M M (`� M MC) CO M th 0 Q = .- .- .7 O Ill' t O D i v a 2 2 th E th E th th 2 E th 2 th E t LL n oi Cr Q -0 N . 3 CO CO CO CO m m CO CO m CO m m CO CO m"' DDDDDD DDDDDD DDD 0 �w(``ce E CO o Y . F F H F F F F- F F- F F F F F F .0 K N CO R O 7 7 (6 CO Cl) CO CO Cl) CO Cl) CO M M M M M M M a) M a ° - O) z th th th th th th th th th th th th th th 2 o W 0 w 0 (O y N Q (") 7 • C C C C C C C C C C C C C C C V) DDDDD DDDDDD DDD as J .N U O) c >, > T >, >, >, >, >. T T T >. >. >. >. 2 'y O N d N CO co CO CO CO co co CO co CO CO CO O CO CO d E ▪ m m m 0 m m m m m m m m m o m m O. 0 d N CO CO 0) 0) 0) 0) 0) 0) 0) 0) 0) O) 0 C) 0) 0 0 U- Q O. d 0 Z Q C C C C C C C C C C C C C C C Q V a D m m .cc d. E v -5 CO =CO v =CO '5 a '5 -5 v a =CO a v N ` O CO CO O CO CO CO CO CO CO CO CO CO CO CO CO _ y C C N 0 F F H H F F F H F F I- F F Fes- F Q O d (Cu O K CO (0 cts C) a on E z o 0 Gu �' a h. Ur r+r CO CCC; rll O d. a M 2 � o CO g M C a 2 d w' c p U y L_ y ` CL dC a vi ) 03 G°i A c c s a N m U C C O N U = ° E ca -o ° 0 41 o ° m T NN N Z r N a N .2- d co o c L = m ` c O O N t N N L Q = O N _ N'O N N /� y Wf6 f0 f0 ° d y w U LN L o o' v 12 m o ° ° f0 G0 co 3 N C d O N ti 11-) y • N co C II N N N E N N N ° C 2 Y G r N U O y L O Q O O C m t ° ,- N ° OC = N N N C 0 G V 4 N N Q w U w o UN Q C 0. bA > > > a. 0 :: 0 0 0 0 0 V ca 0 0 0 0 o d' 0 0 (0 0 0 0 6) 0 0 0 0 0 0 0 > 0 7 U 1-4 a o 0 0 0 > > > > > > > 7 > > > 7 > > > > > > > rn > > OA > > > > > o N M v in (D 2 r` ao rn 2 o RI Ln (6 1� Do rn N o - F-JPigPg6PP 12 �• ~ 0 N_ C) -4: V Ln (0 (0 N- W 6) 6) O LP) (D I- W 6) 0 O - C � 6) . N NN N N N N N M h _Ln (O 0 O ON co- V V Ln (O (6 h. W O 6) O Ln (O (N co- 6) m O - coO O o O O _ .- N N N N N N N N co n C C C cc C C C C C C cc C C C C C C C cc cc C cc C > > > > > D D D D D D D D D D D D D D D D D D D D D D 7 (>D (6 C6 CD N C6 L6 (6 N CO N N C6 N N CO N CO (6 LTD N CD (6 CD (6 N N L6 Ca m CO m CO m CO m m m m m m CO m m m m m m m m m m m m m n 0 0) a) a) a) 0) 0) 0) 0) 0) a) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) 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 C a 5 5- a =5 b '5 =5 =5 =5 5 5 `o '5 'v b 5 5 a 5 5 a a a `5 =5 =5 0 m as m m CO m CO CO CO (v (a CO m (D CD (a CO CO CO m (a m CO CO (D CO CO m 1' H H H H H H H H H H H H H H H H F- F- H H R H F- H H H - • 1 • 1 1 1 1 I I ,• I I 8 •, I I Q I I Ln I N-- 4p 4p 1 I I � q m I I C O• I I I I I I 1 a, aa) I I I I —Y O. —y Q,T�I I p I I VV Nr (n 1 - I I 11 M o411► 4-+ I -- 1 - - I � O 1 1 IF 8 I n 1) I �'\ I O I LU c W z v. . ! I ,.. Ln elc. w Tel , � ��` �� I o �o � . � S IA V _ � 4 ,,,g,` CO CD 0 7 En d LJ J 1 ��`'`�' ` eiNiZV ,12 2 1- ■ O O m O d aI V II`r c� d m - 1 t; <d pN I I (D >) (n o v N > 0 O ON o y O O n, C• N N 00 N O ° C Ln O L(7 co a) 4 0 og o (u / lsn 05�) uoi eaedaS aua oiaua n I r O c Qd 6 > U U a ni a. op 00 0 E c > > > _- © cc 0> V i 0 0 0 0 0 v 0 0 c6 0 0 0 6) 0 0 0 0 0 0 0 0 0 • H! 0 0 0 0 0 > > > > > 7 > > 7 > > > 7 > > > > > > > rn > > tt > > > > > 0 ,- N C) V 2 Cf) CO 2 N- Cb 6) 2 0 LO CO I,- CO 6) N 0 m '- D '- `- s- D N N N N N N N C? T SnO c- c\,- cr - V Cf) CD O h c6 O) a) O Cf) CD C` co- 6) 6) O O 7- L6 (6 r O N N N N N N N N c? c' I) p_p p_p ppmm pi 03 CO CO m CO CO CO CO m=m m m CO CO m CO CO CO CO m m gy=mp m m — F ~ ~ I— I— H I— I— H H I- H I— H I— H I— H H H H H H I— I— I— F— O O O O O N Ch V V Cf) CD C6 r co- 6) 6) O (N «) 6 r co 6) 6) O (-J N N N N N N N c? Ch 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 C D D 7 D D D D D D D D D D D D D D D D D D D D D D D D D >. >. > T T > T T > >, > >. >. >, > > > >, T >, T T T > > > T >. 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 Yl CO m CO CO CO CO m CO CO CO m m CO CO m CO CO CO CO CO CO CO CO m m CO CO CM CA 0 0) O CO C) o) C) CT CO CT CT o) CO CA Co m m o) o) CT C) rn m rn C) 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 C CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CO CII CO CO CO — H I— I— I— H H H H H H H H H H H H H H I— H H H H H H H H 14 + + + + + + + 4 * * * + 4 + + 4 + 4Ill + + + 4 * 41 + o 1. __.__ _._ - --_-_.._-_.-_ —o _ rn - - o _. . ......... ......_.. - - -- '----- —Cn N !, co • A, ' o co co ...I i - o 0 o ----- _. --i — -- co au i I I co a) r a 'fir ao o 0 I 4 0_ ._ - o . M a � - a tin /cyan u) ._-._ 8 7 _ co _ > - 13 cLC a � � N Z _ - co Y _ _. O C i. 0 g r:', CD J yMI L.L. iC ) I ) iii� iiii ! ) illi ) I ii ) il ir"---e4, 11C iii o a .o 0 0 N 0 N O r 0 NOLL Q () C o a() r CO Cfi ri N O — _ 4. o (u!/09'3)Joloe j uo!leJedeS Q U Attachment B Mud Program Hilcorp Alaska,LLC DRILLING FLUIDS PROGRAM Well Name: Steelhead M-34 Block: Cook Inlet Region: Alaska Version#1.0 February 18,2014 Prepared for Mr. Luke Keller Hilcorp Alaska,LLC Prepared by Mr. Derek Rader Technical Professional 6900 Arctic Blvd. Anchorage,AK 99518 HAL L IBURTON Baroid HAI.LIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A Halliburton appreciates the opportunity to present this proposal and looks forward to being of service to you. Program Briefing Enclosed is our recommended procedure for Drilling Fluid Services in the referenced well. The information in this proposal includes well data,calculations,material requirements,and cost estimates. This proposal is based on information from our field personnel, customer information and previous services in the area. Halliburton appreciates the opportunity to present this proposal for your consideration and we look forward to being of service to you. Our Services for your well will be coordinated through the Service Center listed below. If you require any additional information or additional designs,please feel free to contact myself or our field representatives listed below. Prepared and Submitted by: Derek Rader Technical Advisor SERVICE CENTER: Anchorage,Alaska ACCOUNT REPRESENTATIVE: Chris MacKinnon TECHNICAL PROFESSIONAL: Derek Rader PHONE NUMBER: 907.275.2626 HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Garold Alaska/U.S.A Table of Contents 1.0 Program Briefing 1.1 Well Data 1.2 Reservoir Data 1.3 Baroid Project Support team 2.0 Well Design 2.1 Well Objectives 2.2 Casing design 2.3 Drilling Fluid Target Properties 2.4 Drilling Fluid Objectives 3.0 Interval Discussions 3.1 17'/2"x 22"Surface Interval 990'—1,450'MD 3.1.1 Interval Goals 3.1.2 Hazards/Concerns 3.1.3 Mud Type/Operation Summary 3.1.4 System Formulation: AQUAGEL/freshwater spud mud 3.1.5 Suggested Drilling Parameters 3.2 14'/2"x 17 1/2"Intermediate Interval 1,450'—4,000'MD 12 1/4"Intermediate Interval 4,000'—10,000'MD 3.2.1 Interval Goals 3.2.2 Hazards/Concerns 3.2.3 Mud Type/Operation Summary 3.2.4 System Formulation: 2%KCLBDF-499/GEM GP 3.2.5 Suggested Drilling Parameters 3.3 8'/"Production Interval 10,000'—13,458'MD 3.3.1 Interval Goals 3.3.2 Hazards/Concerns 3.3.3 Mud Type/Operation Summary 3.3.4 System Formulation:2%KCL/BDF-499/GEM GP 3.3.5 Suggested Drilling Parameters 4.0 Completion 5.0 Coal Drilling 6.0 Solids Control Equipment 7.0 Well Cost on approval of program 7.1 Interval I Cost 7.2 Interval II Cost 7.3 Interval III Cost 7.4 Completion Cost 7.4 Total Well Cost 8.0 Lost Circulation Tree HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 GaroldAlaska/U.S.A 1.0 Program Briefing 1.1 Well Data Operator Hilcorp Alaska,LLC Well No. Steelhead M-34 Field/Block Trading Bay Location Alaska/U.S.A Well Type Grassroots Maximum Expected Mud Density 9.6 ppg Estimated Days 35 Days Estimated Total Project Cost $874,453.00 Anticipated BHST at Total Depth of well 182°F 1.2 Reservoir Data Primary Target#1 13,458' MD/9,520' TVD Primary Target#1 Depth 13,300' MD/9,520' TVD Estimated Mud Weight for Target#1 9.6 ppg 1.3 Baroid Project Support Team Baroid Support Team Title Name Cell Number Office Number Email address Technical Professional Derek Rader (907)351-3772 (907)275-2626 derek.rader@halliburton.com Operations Leader Chris (907)227-5045 (907)275-2617 chris.mackinnon@halliburton.com Mackinnon Stock-point Supervisor Charles Roney (907)690-0128 (907)776-3930 charles.roney@halliburton.com HALL.IBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A 2.0 Well Design rar `* w CASING DETAIL NI SIZE WT GRADE CONN ID TOP BTM. Aat 26 296# - Surf 990' ti ii'l 46-1Sli16 84# L-80 Big Omega 15.01 surf 1450' '. 13-3/8 68# L-80 BTC 12.347 Surf 4,000' 9-5/8" 47# L-80 DWC/C HT 8.681 Surf 10,000' 1. moilill T 7" 29# P-110 DWC/C HT 6.184 9,800' 13,458' CA r ,f,::, ri TUBING Prod Tbg 4-1/2" 12.6# L-80 3.958 Surface 9,600' rt i '4i.i 1?ii. i BHAs Hole Section Top Bottom MW Description 2 ILO gig 317-1/2"x 22" 990 1450 8.8_g 2 MM,MWD,D&I Only,Gyro steering needed,17- 1/2"x 22"underreamer MM,MWD,D&I,gyro steering,12-1/4"x 17- 14-1/2"x 17-1/2" 1450 4000 9.2-9.6 13 1/2"underreamer Den 12-1/4" 4000 10000 9.2-9.6 RSS,MWD,D&I, , , /Neu,Sonic Pari m �' 8-1/2" 10000 13,458 9.2-9.6 RSS,MWD,D&I,GR,Res,Den/Neu,Sonic .P1 tf uik. �' .* JEWELRY 4 - NO Depth Length ID OD Item 9 1 9,594' 0.69' Bolt On Discharge Pump assy i 2 9,595' 0.76' Discharge Pressure sub assy .( 3 9,700' 105.44 REDA ESP assy 9,800' 7"Liner top 9,820' Baker JM-ZXP Liner Top Packer II): 6 10,000' 9-5/8"Casing Shoe I L Q .. 4, PLANNED PERFORATIONS .,i Zone TOP(MD) TOP(TVD) Pressure(ppg) .[" ` HKT 10574 9408 8.1 .Z.' I L HK1T 10590 9415 8.1 Fi In f HK2T 10740 9463 8.1 HK3T 11280 9569 8.1 d;` , !. HK4T 11650 9636 8.1 HK5T 12296 9754 8.1 HK6T 12864 9857 8.1 PBTD:13,300'MD/9,520'TVD HK7T 13192 9917 8.1 TD:13,458'MD/9,520'ND HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A 2.1 Well Objectives The following mud program was prepared for a grassroots well on the Steelhead Platform in Cook Inlet,Alaska. A 17 ''A" x 22"surface hole will be drilled utilizing a freshwater AQUAGEL based spud mud vertically to 1,450' MD where 16" casing will be set and cemented. A 2%KCLBDF-499/GEM GP drilling fluid will be used for two intermediate hole sections. A 14 V2"x 17 '/2"interval will be drilled to 4,000' MD where 13 3/8"casing will be set at depth and a 12 'A" interval will be drilled to 10,000' where 9 5/8"casing will be set at depth. A 8 '/2"production hole will be drilled directionally using the same 2%KCL/BDF-499/GEM GP fluid system to a TD of 13,458' MD. A 7"production liner will then be run and cemented in place. The well will be spudded with a freshwater AQUAGEL based spud mud weighted from 8.8—9.2 ppg. Our primary focus for surface hole drilling operations will be adequate mud weight for well control and sufficient mud viscosity for efficient hole cleaning.Background LCM(BARACARB, STEELSEAL and BAROFIBRE)will be added while drilling surface to prevent losses. A 2%KCL/BDF-499/GEM GP mud system will be maintained while drilling the intermediate and production intervals. This mud system offers good LCM responses if losses are encountered. Special emphasis should be placed on maintaining low ECD's and surge/swab pressures to minimize the potential for lost circulation and disturbing the coal beds. This mud is formulated with three mechanisms to provide waste minimization and effective wellbore stabilization: glycol(GEM GP),ionic inhibition(KC1),and amine inhibition(BDF-499). This system will be used to help prevent reservoir damage,minimize losses, and provide wellbore stability. BARACARB 5/25/50 and STEELSEAL 50/100/400 will be utilized in this system to maintain wellbore stability. A combination of BAROTROL PLUS and SOLTEX will be used to stabilize coal formations. The mud weight will be held in the 9.2—9.6 ppg range while drilling the intermediate and production intervals. The listed mud formulations have been tested and approved to meet all APDES compliance regulations. 2.2 Casing Design Hole Size Casing Depth Size 17 lh"x 22" 16" 1,450' MD 14'/2"x 171/Z" 13 3/8" 4,000' MD 121/4" 9 5/8" 10,000' MD 8' " 7" 13,458' MD 2.3 Drilling Fluid Target Properties 17%" x 22" Surface Interval from 990' to 1,450' Mud Plastic MD Weight Viscosity Viscosity Yield Point pH API 990'- 8.8-9.2 80 - 120 40 -20 55 -35 8.5-9.5 10.0 1,450' HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 ___.._..__.__.. Baroid Alaska/U.S.A 14'/2"x 17'A"Interval from 1,450'to 4,000" MD Mud Plastic Viscosity Yield Point pH HPHT Weight Viscosity 1,450'- 9.2—9.6 40-53 6-15 13-24 8.5-9.5 11.0 4,000' 12 '/a" Interval from 4,000" to 10,000" MD Mud Viscosity Plastic Yield Point pH HPHT Weight Viscosity 4,000'- 9.2—9.6 40-53 6-15 13-24 8.5-9.5 11.0 10,000' 8.5"Production interval from 10,000' to 13,458' MD Mud Plastic Viscosity Yield Point pH HPHT Weight Viscosity 10,000'- 9.2—9.6 40-53 6-15 13-24 8.5-9.5 11.0 13,458' 2.4 Drilling Fluid Objectives Primary Objective: Drill the well safely,both with respect to personnel and the environment. Primary Drilling Fluids Objectives: 1)Zero fluid related HSE incidents 2)Achieve wellbore stability 3)Lost circulation mitigation/control 4)Achieve good Zonal Isolation as per plan 5)Achieve minimal formation damage 6)Zero fluids related NPT 7)Minimize drilling wastes 8)Maximize ROP Critical Fluid Issues: 1)Eliminating/Controlling losses 2)Wellbore stability 3)Maintain a low ECD to reduce the risk of losses 4)Reducing drilling wastes with the inhibited drilling fluid 5)Follow all APDES compliance regulations HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Garold Alaska/U.S.A 3.0 Interval Discussions 3.1 17%2"x 22"Surface Interval 990'—1,450'MD 3.1.1 Interval Goals • Run casing to bottom • Efficient hole cleaning • Maintain mud weight 3.1.2 Hazards/Concerns • Preventing lost circulation through ECD management. • Optimize solids control equipment to maintain density,sand content,and reduce the waste stream. • Maintain YP between 55 -35 to optimize hole cleaning and to control ECD. • Pump high viscosity sweeps to enhance hole-cleaning efforts. Monitor sweep effectiveness. • Successfully cement casing. 3.1.3 Mud Type/Operation Summary AQUAGEL and BARAZAN D+should be used to maintain rheology. Begin system with a 55 YP but reduce this once clays are encountered. Maintain a minimum 25 YP at all times while drilling. Be prepared to increase the YP if hole cleaning becomes an issue. DEXTRID and/or PAC L should be used for filtrate control. Background LCM(10-20 ppb total)BARACARBsBAROFIBRE/STEELSEALs should be used in the system while drilling the surface interval to prevent losses and strengthen the wellbore. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so, approval from town will be required prior to additions of lubricants. Additions of CON DET PRE- MIX/DRIL N SLIDE are recommended to reduce the incidence of bit balling and shaker blinding when penetrating high- clay content sections. Maintain the pH in the 8.5—9.5 range with caustic soda. Daily additions of ALDACIDE G/X- CIDE 207 MUST be made to control bacterial action. Mix a—50 bbl LCM pill prior to drilling out of the conductor,to be available for immediate use if losses are seen drilling the Surface hole. The pill formulation will be the 50 ppb pill from the LCM tree. Mix the recommended LCM material in thinned back base mud. Reduce system YP with DESCO as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures.Reduce the system rheology once the casing is landed to a YP< 20(check with the cementers to see what YP value they have targeted). Sweep Formulations: 20 barrels mud,add 1.0 ppb BARAZAN D. Additions of CON DET PREMIX are recommended when penetrating high-clay content sections to reduce the incidence of bit balling and shaker blinding. At TD,a Wallnut"flag"(20 bbl pill with 15 ppb of Wallnut M)could be pumped to gauge hole washout-to help calculate the required cement volume. The cement will then be pumped and drilling mud will be used to bump the plug. Pretreat this chase mud with 1 ppb Bicarb and 0.5 ppb citric acid. HAi..LIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A Target Properties: MD Mud Viscosity Plastic Yield Point pH API Weight Viscosity 990'- 8.8—9.2 80 - 120 40 -20 55 -35 8.5-9.5 10.0 1,450' 3.1.4 System Formulation: AQUAGEL/freshwater spud mud Product Concentration Fresh Water 0.905 bbl soda Ash 0.5 ppb AQUAGEL 15-25 ppb BARAZAN D+ as needed PAC-L/DEXTRID LT if required for<10 API FL BARACARB 5/25/50 5 ppb total STEELSEAL 50/100/400 5 ppb total BAROFIBRE 4.0 ppb BAROID 41 as required for weight 8.8—9.2 ppg caustic soda 0.1 ppb(8.5—9.5 pH) ALDACIDE G 0.1 ppb Primary Products: PRODUCTS Product Description a Product Function AQUAGEL Treated sodium montmorillonite Primary viscosifier BARAZAN D+ Dispersion enhanced xantham gum Secondary viscosifier PAC-L Polyanionic cellulose Filtration control agent DEXTRID LT Modified potato starch Filtration control agent BAROFIBRE Fibrous cellulosic material Seepage loss additive BAROID 41 Ground barium sulfate Weighting agent Caustic soda Sodium hydroxide Alkalinity control ALDACIDE G Glutaraldehyde solution Microbiocide 3.1.5 Suggested Drilling Parameters Pump rate and drill string rotation should be optimized through the real-time use of the DFG software for the actual ROP while drilling. The table below highlights the maximum ROP recommendations above which hole cleaning will become an issue in this interval. Maximum Acceptable ROP in fph at Specified GPM and RPM GPM—) 600 700 800 60 rpm 80 rpm 100 rpm HA1..LIBURT�N Hilcorp Alaska,LLC Steelhead M-34 _,- --- ._ Baroid Alaska/U.S.A Pump rate is the most critical factor in cleaning this vertical wellbore. Maximize rpms at all times. ROPs above these levels or with no rotation (sliding) or low rpm will require an increased frequency of the following remedial hole cleaning practices: • extended periods of circulation(with maximum pipe rpm,targeting> 100 rpm) • hole cleaning sweeps(change flow regime of base mud by using fibers,density or rheology for carrying capacity) • connection practices-employing extended gpm,rpm and back reaming during the connection 3.2 141/2"x 171/2"Intermediate Interval 1,450'—4,000'MD And 12 1/s"Intermediate Interval 4,000'—10,000'MD 3.2.1 Interval Goals • Provide Borehole Stability • Efficient hole cleaning • Run intermediate casing 3.2.2 Hazards/Concerns • Preventing lost circulation. • Optimize solids control equipment to maintain density and sand content. • Maintain YP between 13-24 to optimize hole cleaning and to control ECD. • Pump high viscosity sweeps to enhance hole-cleaning efforts. Monitor sweep effectiveness. • Successfully land and cement casing. 3.2.3 Mud Type/Operation Summary Mud Type 2% KCl/BDF-499/GEM GP 1.Mud weight Maintain the density at 9.2—9.6 ppg or as directed;use solids control and whole mud dilution. Increase the density as required for hole stability/coal sloughing.Maximize solids control usage. 2.Rheology Maintain a YP between 13 -24 or as needed to achieve adequate hole cleaning.Pump high viscosity sweeps throughout the interval as needed,particularly prior to POH for casing. Optimized mud rheology and flow rate will be the primary mechanisms for achieving hole cleaning in this wellbore. Maximize pipe rotation(ideally> 100 RPM). 3. Lubricity: TORQ-TRIM II is the only lubricants available for use while discharging overboard. Lubricant level must stay<1%to achieve APDES compliance. 4. Other Issues The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM(BARACARBs 5/25/50,STEELSEAL 50/100/400)and shale stabilizers(BAROTROL PLUS, SOLTEX)should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. HALLIBURT�N Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A Operations Summary Soda ash and citric acid should be used to pretreat for any negative effects of the cement. BARAZAN D+should be used to maintain rheological parameters. BARACARB 5/25/50 should be maintained at 5 ppb and BAROFIBRE\STEELSEAL 50/100/400 should be maintained at 5 ppb for a total of 10 ppb LCM. BAROTROL PLUS and SOLTEX should be added to help control coal seams. Maintain the mud as clean as possible while drilling. Should sweeps be required,a high viscosity sweep is recommended. Daily additions of X-CIDE 207/ALDACIDE G MUST be made to control bacterial action. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so,approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. The system rheology may be relaxed as hole conditions allow. This will also lower the ECD for any possible loss zones which might be found and reduce swab tendencies. However,be prepared to increase the YP if hole cleaning becomes an issue. Stress slow pipe movement to the drillers to reduce surge/swab. Stage pumps up slowly after connections and begin rotation prior to pumping(this will break the gels and reduce the pressure required to break the gels). If any trips are required,consider spotting a 20 bbl,20 ppb LCM pill across the loss zone. The pill should consist of base mud with 10 ppb BARACARB 50 and 10 ppb STEELSEAL added. This pill would reduce the effects of tripping back in and allow time for the LCM to"soak"into the zone. STEELSEAL's and BARACARB's will not dehydrate the mud which will allow for lower ECD on the first bottoms up after TIH. Reduce system YP as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures. Reduce the system rheology once the casing is landed to a YP<20(check with the cementers to see what YP value they have targeted). Consider spotting a STEELSEAL/BAROTROL PLUS/SOLTEX pill (20 ppb of the different sizes of STEELSEAL,4 ppb BAROTROL PLUS,4 ppb SOLTEX)prior to running the casing if losses or sloughing have been seen in this interval. Sweeps Utilize high viscosity sweeps or weighted sweeps as needed to clean the hole. Monitor all sweeps pumped and report their effectiveness. The objective of the sweep is to change the flow characteristics/carrying capacity that are inherent with the mud system. Select sweep type accordingly. Target Properties MD Mud Plastic Viscosity Yield Point pH HPHT Weight Viscosity 1,450'- 9.2—9.6 40-53 6-15 13-24 8.5-9.5 1 1.0 10,000' HALLWBURTON Hilcorp Alaska,LLC Steelhead M-34 Barak, Alaska/U.S.A 3.2.4 System Formulation: 2% KCL/BDF-499/GEM GP Product Concentration Water 0.905 bbl KC1 7 ppb Caustic 0.2 ppb(9 pH) BARAZAN D+ 1.0 ppb(as required 18 YP) DEXTRID LT 1-2 ppb Pac L 1 ppb BDF 499 4 ppb GEM GP 1.0%by volume BARACARB 5/25/50 5 ppb(1.7 ppb of each) STEELSEAL 50/100/400 5 ppb(1.7 ppb of each) BAROFIBRE 1.7 ppb BAROTROL PLUS 4.0 ppb SOLTEX 2—4 ppb BAROID 41 as needed 9.2—9.6 ppg ALDACIDE-G 0.1 ppb Primary Products: PRODUCTS Product Description Product Function Potassium chloride Potassium chloride Weighting agent Caustic soda Sodium Hydroxide Alkalinity Source BARAZAN D+ Dispersion Enhanced xanthan gum Primary viscosifier DEXTRID LT Modified potato starch Filtration Control PAC-L Polyanionic cellulose Filtration Control Agent BDF-499 Amine Inhibitor Shale Inhibition GEM GP Polyalkylene glycol Shale Stabilizer BARACARB Sized Calcium Carbonate Loss Circulation Material STEELSEAL Angular Graphite Loss Circulation Material BAROFIBRE Fibrous Cellulosic Material Loss Circulation Material BAROTROL PLUS Fine-grind Blended Hyrdocarbon Powder Shale Stabilizer SOLTEX Hyrocarbon Powder Shale Stabilizer BAROID 41 Ground barium sulfate Weighting Agent ALDACIDE G Glutaraldehyde solution Microbiocide 3.2.5 Suggested Drilling Parameters Pump rate and drill string rotation should be optimized through the real-time use of the DFG software for the actual ROP while drilling. The tables below highlights the maximum ROP recommendations above which hole cleaning will become an issue in these intervals. HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A 14 '/2" x 17 '/2"Interval 1,450' —4,000' MD Maximum Acceptable ROP in fph at Specified GPM and RPM GPM—* 500 600 700 60 rpm 80 rpm 100 rpm 12 1/4" Interval 4,000' —10,000" MD Maximum Acceptable ROP in fph at Specified GPM and RPM GPM-3 500 600 700 60 rpm 80 rpm 100 rpm Pump rate is the most critical factor in cleaning this vertical wellbore. Maximize rpms at all times. ROPs above these levels or with no rotation (sliding) or low rpm will require an increased frequency of the following remedial hole cleaning practices: • extended periods of circulation(with maximum pipe rpm,targeting> 100 rpm) • hole cleaning sweeps(change flow regime of base mud by using fibers,density or rheology for carrying capacity) • connection practices-employing extended gpm,rpm and back reaming during the connection 3.3 8 '/"Production Interval 10,000'- 13,458'MD 3.3.1 Interval Goals • Provide Borehole Stability • Efficient hole cleaning • Run production casing 3.3.2 Hazards/Concerns • Preventing lost circulation. • Optimize solids control equipment to maintain density and sand content. • Maintain YP between 13 -24 to optimize hole cleaning and to control ECD. • Pump high viscosity sweeps to enhance hole-cleaning efforts. Monitor sweep effectiveness. • Successfully land and cement casing. HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A 3.3.3 Mud Type/Operation Summary Mud Type 2% KCl/BDF-499/GEM GP 1.Mud weight Maintain the density at 9.2—9.6 ppg or as directed;use solids control and whole mud dilution. Increase the density as required for hole stability/coal sloughing. Maximize solids control usage. 2. Rheology Maintain a YP between 13 -24 or as needed to achieve adequate hole cleaning. Pump high viscosity sweeps throughout the interval as needed,particularly prior to POH for casing. Optimized mud rheology and flow rate will be the primary mechanisms for achieving hole cleaning in this deviated wellbore. Maximize pipe rotation(ideally> 100 RPM). 3. Lubricity: TORQ-TRIM II is the only lubricants available for use while discharging overboard. Lubricant level must stay<1%to achieve NPDES compliance. 4. Other Issues The use of good drilling practices to minimize excessive swab and surge pressure should be employed to reduce the chances for losses and differential sticking. LCM(BARACARBs 5/25/50, STEELSEAL 50/100/400)and shale stabilizers(BAROTROL PLUS, SOLTEX)should be maintained at elevated concentrations while drilling coals to help strengthen the wellbore. STEELSEAL,BAROFIBRE,BAROTROL PLUS, and SOLTEX should be approved by the company representative before mixing while drilling the production interval. Operations Summary Soda ash and citric acid should be used to pretreat for any negative effects of the cement. BARAZAN D+should be used to maintain rheological parameters. BARACARB 5/25/50 should be maintained at 10 ppb. BAROFIBRE\STEELSEAL 50/100/400 and BAROTROL PLUS/SOLTEX should be added if excessive losses or sloughing coals are encountered. BAROFIBRE,STEELSEAL,BAROTROL PLUS and SOLTEX should be approved by the company representative before mixing while drilling the production interval. Maintain the mud as clean as possible while drilling. Should sweeps be required,a high viscosity sweep is recommended. Daily additions of X-CIDE 207/ALDACIDE G MUST be made to control bacterial action. PAC L/DEXTRID LT should be used for filtrate control. While drilling,monitor the torque and drag to determine if liquid lubricant is required. If so,approval from town will be required prior to additions of lubricants. When penetrating high-clay content sections,the addition of CON DET PREMIX is recommended to reduce the incidence of bit balling and shaker blinding. Maintain the pH in the 8.5—9.5 range with caustic soda or KOH. The system rheology may be relaxed as hole conditions allow. This will also lower the ECD for any possible loss zones which might be found and reduce swab tendencies. However,be prepared to increase the YP if hole cleaning becomes an issue. Stress slow pipe movement to the drillers to reduce surge/swab. Stage pumps up slowly after connections and begin rotation prior to pumping(this will break the gels and reduce the pressure required to break the gels).If any trips are required,consider spotting a 20 bbl,20 ppb LCM pill across the loss zone. The pill should consist of base mud with 10 ppb BARACARB 50 and 10 ppb STEELSEAL added. This pill would reduce the effects of tripping back in and allow time for the LCM to"soak"into the zone. STEELSEAL's and BARACARB's will not dehydrate the mud which will allow for lower ECD on the first bottoms up after TIH. Reduce system YP as required for running casing as allowed(do not jeopardize hole conditions). Run casing carefully to minimize surge and swab pressures.Reduce the system rheology once the casing is landed to a YP<20(check with the cementers to see what YP value they have targeted). Consider spotting a STEELSEAL/BAROTROL PLUS/SOLTEX pill (20 ppb of the different sizes of STEELSEAL,4 ppb BAROTROL PLUS,4 ppb SOLTEX)prior to running the casing if losses or sloughing have been seen in this interval. HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A Sweeps Utilize high viscosity sweeps or weighted sweeps as needed to clean the hole. Monitor all sweeps pumped and report their effectiveness. The objective of the sweep is to change the flow characteristics/carrying capacity that are inherent with the mud system. Select sweep type accordingly. Target Properties MD Mud Viscosity Plastic Yield Point pH HPHT Weight Viscosity 10,000'- 9.2—9.6 40-53 6-15 13-24 8.5-9.5 ` 11.0 13,458' 3.3.4 System Formulation: 2%KCL/BDF-499/GEM GP Product Concentration Water 0.905 bbl KC1 7 ppb Caustic 0.2 ppb(9 pH) BARAZAN D+ 1.0 ppb(as required 18 YP) DEXTRID LT 1-2 ppb Pac L 1 ppb BDF 499 4 ppb GEM GP 1.0%by volume BARACARB 5/25/50 10 ppb(3.3 ppb of each) STEELSEAL 50/100/400 as directed by company rep BAROFIBRE as directed by company rep BAROTROL PLUS as directed by company rep SOLTEX as directed by company rep BAROID 41 as needed 9.2—9.6 ppg ALDACIDE-G 0.2 ppb Primary Products: PRODUCTS Product Description Product Function Potassium chloride Potassium chloride Weighting agent Caustic soda Sodium Hydroxide Alkalinity Source BARAZAN D+ Dispersion Enhanced xanthan gum Primary viscosifier DEXTRID LT Modified potato starch Filtration Control PAC-L Polyanionic cellulose Filtration Control Agent BDF-499 Amine Inhibitor Shale Inhibition GEM GP Polyalkylene glycol Shale Stabilizer BARACARB Sized Calcium Carbonate Loss Circulation Material STEELSEAL Angular Graphite Loss Circulation Material BAROFIBRE Fibrous Cellulosic Material Loss Circulation Material BAROTROL PLUS Fine-grind Blended Hyrdocarbon Powder Shale Stabilizer HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 E3aroid Alaska/U.S.A SOLTEX Hyrocarbon Powder Shale Stabilizer BAROID 41 Ground barium sulfate Weighting Agent ALDACIDE G Glutaraldehyde solution Microbiocide 3.3.5 Suggested Drilling Parameters Pump rate and drill string rotation should be optimized through the real-time use of the DFG software for the actual ROP while drilling. The table below highlights the maximum ROP recommendations above which hole cleaning will become an issue in this interval. Maximum Acceptable ROP in fph at Specified GPM and RPM GPM—) 350 450 550 60 rpm 80 rpm 100 rpm Pump rate is the most critical factor in cleaning this vertical wellbore. Maximize rpms at all times. ROPs above these levels or with no rotation(sliding)or low rpm will require an increased frequency of the following remedial hole cleaning practices: • extended periods of circulation(with maximum pipe rpm,targeting> 100 rpm) • hole cleaning sweeps(change flow regime of base mud by using fibers,density or rheology for carrying capacity) • connection practices-employing extended gpm,rpm and back reaming during the connection 4.0 Completion Fluid Completion Fluid Recommendations: 6% KCl Brine Properties: _Density Chlorides Completion 8.6 29000 System Formulation: 6%KCl Product Concentration Water 0.971 bbl KC1 22 ppb ALDACIDE G 0.1 ppb �fi HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Darold Alaska/U.S.A 5.0 Coal Drilling The following lessons were learned from extensive experience drilling coal seams in Cook Inlet. The need for good planning and drilling practices is also emphasized as a key component for success. • Keep the drill pipe in tension to prevent a whipping effect which can disturb coal sections. • Use asphalt-type additives to further stabilize coal seams(BARO-TROL PLUS 4 ppb). • Increase fluid density as required to control the running coal. • Emphasize good hole cleaning through hydraulics,ROP and system rheology. In the event that sloughing coal is encountered,consider spotting a 30 ppb BAROTROL pill across the coal seam. The pill can be safely"squeezed"into the coal by closing the bag and applying pressure not to exceed the total annular pressure loss. 6.0 Solids Control Equipment Maximize the use of all solids control equipment to ensure that the solids content of the system is kept to a minimum during this interval. 1. Run the shale shakers with as fine a screen size as possible. • Size shakers screens with coarse mesh initially • Adjust screen size as solids loading,mud rheology and flowrates allow • Inspect the shakers frequently,taking time to repair/replace damaged screens 2.Maximize the use of the centrifuge,keeping the fluid as clean as possible. 7.0 Well Cost 7.1 Interval I Cost Interval 650'-3,500' MD 17 /z" x 22" Hole Section 9.0 ppg Aquagel Spud Mud I.D. Depth BBLS Pit Volume 500 Open Hole 22 1,450 682 Washout% 25% 171 Dilution(total x 1.6) 2164 Total Volume 3517 Total Fluid Cost $122,286.00 4%Discount $4,892.00 Final Fluid Cost $117,395.00* Cost/bbl $33.37 *Price may vary depending on required dilution rates while drilling. Hilcorp Alaska,LLC HALLIBURTQN Steelhead M-34 Garold Alaska/U.S.A 7.2 Interval II Cost Interval: 1,450'—4MD 000' �� , 14 lfi" x 17 %"Hole Section 9.2 ppg 2%KCL/BDF-499/GEM GP I.D. Depth BBLS Pit Volume 500 Cased Hole 15.01 1,450 318 Open Hole 17.5 4,000 759 Washout% 10% 76 Dilution(total x 1.4) 2315 Total Volume 3968 Total Fluid Cost $277,324.00 4%Discount $11,093.00 Final Fluid Cost $266,232.00* Cost/bbl $67.09 *Price may vary depending on required dilution rates while drilling. 7.2 Interval III Cost Interval: 4,000'-10 000' MD 12 1 Hole Section 9.2—9.6 ppg 2%KCI,/BDF-499/GEM GP I.D. Depth BBLS Pit Volume 500 Cased Hole 12.347 4,000 593 Open Hole 12.25 10,000 875 Washout% 10% 86 Dilution(total x 1.4) 2876 Fluid retained from previous interval 1093 Total Volume 3837 Total Fluid Cost $268,168.00 4%Discount $10,727.00 Final Fluid Cost $257,896.00* Cost/bbl $67.09 HALLIBURTON Hilcorp Alaska,LLC Steelhead M-34 Baroid Alaska/U.S.A 7.4 Interval IV Cost Interval: 10,000'-13,458' MD 8 A" Hole Section 9.2—9.6 ppg 2%KCL/BDF-499/GEM GP I.D. Depth BBLS Pit Volume 500 Cased Hole 8.681 10,000 732 Open Hole 8.5 13,458 243 Washout% 10% 24 Dilution(total x 1.2) 1799 Fluid retained from previous interval 1232 Total New Volume 2066 Total Fluid Cost $144,393.00 4% Discount $5,776.00 Final Fluid Cost $138,617.00* Cost/bbl $67.09 *Price may vary depending on required dilution rates while drilling. 7.4 Completion Fluid Cost i 1Pa,,1 Interval: 650'—3,500' MD Cased Hole Section 6%KCL Brine I.D. Depth BBLS Pit Volume 200 9 5/8"Cased Hole 8.681 9,800 718 7"Cased Hole 6.184 13,458 136 Total Volume 1054 Total Fluid Cost $18,392.00 4%Discount $736.00 Final Fluid Cost $17,656.00* Cost/bbl $16.75 7.5 Total Well Cost Plus engineering and lab TOTAL ESTIMATED COST $874,453.00 HALLIBURTON Hilcorp Alaska, LLC Steelhead M-34 Garold Alaska/U.S.A 8.0 Lost Circulation Tree Losses Seepage Partial Severe Total 5-20 bbllhr Static 20-60 bbllhr 60-200 bbllhr Static >200 bbllhr Static Static * V Treat Active System Treat Active System + + • with 5 sx/hr Baracarb with 10 sx/hr Baracarb 60-150 bbl/hr Static 150-200 bbl/hr Static Drill Across Fault 50/150 _ 150 + Drill Across Fault Drill Across Fault Pump reverse gunk Dynami + + squeeze pill to allow POH(Volume to be Losses<15 Yes Dynamic too ppb LcMmtud Pill: based bbl/hr Losses<15 Yes 20 ppb Baroseal f Pump reverse bbl/hr 20 ppb Baracarb 50 gunk squeeze pill upon losses 30 ppb Barofibre to allow POH , Drill Ahead Drill Ahead 20 ppb SteelSeal (Volume to be Contact Drilling No 10 ppb Baracarb 150 or Engineer * No determined basedEngineer Increase Treatment to v . upon losses) on call 10 sx/hr Baracarb 50/ I 50 ppb LCM/Mud Pill: Contact Drilling Engineer or 150 Engineer"On Call" — V 20 bbls Base mud w 10 ppb Baracarb 25 Contact Drilling Engineer 20 ppb Baracarb 50 or Engineer on call Dynamic 20 ppb Baracarb 150 V Losses<15 Yes Plan to pump a second bbl/hr 50-80 bbl reverse gunk Drill Ahead squeeze pill if massive No losses continue. Pump reverse Consider cement/ 20 ppb LCMIMud Pill: Dynamic gunk squeeze pill plugback contingency Losses<20 Yes (Volume to be 20 bbls base mud bbl/hr determined based 10 ppb Baracarb 50 Drill Ahead upon losses 10 ppb Baracarb 150 No : Contact the Engineer on call to determine if Dynamic additional LCM Losses<15 Yes treatments are to be bbl/hr , made or to proceed to reverse gunk squeeze Drill Ahead pill No * Proceed to'Partial Losses'Pill Attachment C Cement Program Schlumberger ECemCAD well cementing recommendation for 16" Conductor Casing Operator : Hilcorp Well : M-34 Country : USA Field : McArthur River Field State : Alaska Prepared for : Mr.Luke Keller Location : Cook Inlet,Alaska(Offshore) Proposal No. : Draftvl Service Point : Kenai,AK Date Prepared : 2-14-2014 Business Phone : 907.776.2200 Prepared by : Peter Cahill Phone : 907.690.2748 E-Mail Address : pcahill@slb.com A 0 C �G m ciATE Disclaimer Notice: Schlumberger submits this document with the benefit of its judgment,experience,and good oilfield practices. This information is provided in accordance with generally accepted industry practice,relying on facts or information provided by others,limitations,computer models,measurements,assumptions and inferences that are not infallible. Calculations are estimates based on provided information.All proposals,recommendations,or predictions are opinions only. ND WARRANTY IS GIVEN CONCERNING ACCURACY OR COMPLETENESS OF DATA,INFORMATION PRESENTED,EFFECTIVENESS OF MATERIAL,PRODUCTS OR SUPPLIES,RECOMMENDATIONS MADE,OR RESULTS OF THE SERVICES RENDERED. Freedom from infringement of any intellectual property rights of Schlumberger or others is not to be inferred and no intellectual property rights are granted hereby. .Mark of Schlumberger Page 1 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 1)16 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 SchlumIcrgcr String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Section 1 : well description Configuration : Casing Stage : Single Rig Type : Fixed Offshore Fluids Return to : RIG_FLOOR Mean Sea Level : 160.0 ft Sea Bed Depth : 345.0 ft Mud Line : 79.0 ft Total MD : 1450.0 ft BHST : 73degF Bit Size : 22 in ft psi - < > 0 2000 _—Frac: ---� --Pore ,'Sandstone SZ11 - I • Sandstone• SZ12 �l " ` II %Sandstone' SZ17 '.Sandstone' 16 TD 0 Well Lithology Formation Press. Page 2 M34 CemCADE VI(p1)02-13-14.cfw;02-17-2014; LoadCase1116Casing fa) Version wcs-cem472_05 Client : Hilcorp Well : M-34 Scilmlierger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Previous String MD OD Weight ID (ft) (in) (Ib/ft) (in) 990.0 26 270.0 24.000 Landing Collar MD : 1370.0 ft Casing/liner Shoe MD : 1450.0 ft Casing/Liner MD OD Joint Weight ID Grade Collapse Burst Thread (ft) (in) (ft) (lb/ft) (in) (psi) (psi) 1450.0 16 40.0 84.0 15.010 J-55 1410 2980 BTC Mean OH Diameter :22.000 in Mean Annular Excess :50.0 Mean OH Equivalent Diameter: 24.454 in Total OH Volume :267.2 bbl (including excess) Max. Deviation Angle : 15 deg Max. DLS : 2.996 deg/100ft Formation Data MD Frac. Pore Name Lithology (ft) (lb/gal) (lb/gal) 480.0 13.28 8.66 SZ11 Sandstone 850.0 13.00 8.66 SZ12 Sandstone 1230.0 14.00 8.66 SZ17 Sandstone 1450.0 14.00 8.66 16 TD Sandstone Reference depth for pressure conversion to equivalent density or pressure gradient is RIG_FLOOR Geothermal Temperature Profile MD TVD Temperature Gradient (ft) (ft) (degF) (degF/100ft) 0.0 0.0 80 0.0 160.0 160.0 40 -25.0 345.0 345.0 37 -12.5 450.0 450.0 55 -5.6 850.0 850.0 60 -2.4 1436.0 1425.7 72 -0.6 1450.0 1439.2 73 -0.5 Sea Current Velocity MD Temperature Sea Current (ft) (degF) (ft/min) 160.0 40 10.13 345.0 37 10.13 Page 3 M34 CemCADE VI p1)02-13-14.cfw;02-17-2014; LoadCase 1)16 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 SImnbarger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Section 2: fluid sequence Job Objectives: TOC @ 79'Cement Surface Casing with Returns Seen at Surface Original fluid Mud 9.20 lb/gal k : 1.12E-2 Ibf.s^n/ft2 n :0.539 Tv:2.68 Ibf/100ft2 Displacement Volume 299.8 bbl Total Volume 853.4 bbl TOC 79.0 ft Fluid Sequence Name Volume Ann. Len Top Density Rheology (bbl) (ft) (ft) (lb/gal) MudPUSH II 100.0 0.0 10.50 k:3.73E-4 Ibf.s^n/ft2 n:0.987 Ty:10.76 lbf/100ft2 Lead Field Blend 270.8 871.0 79.0 11.00 Pv:67.264 cP Ty:16.48 Ibf/100ft2 Tail Field Blend 182.8 500.0 950.0 15.40 k:9.52E-3 Ibf.s^n/ft2 n:0.834 Ty:17.84 Ibf/100ft2 Mud 299.8 0.0 9.20 k:1.12E-2 lbf.sAn/ft2 n:0.539 Ty:2.68 lbf/100ft2 Static Security Checks: Frac 100 psi at 1450.0 ft Pore 120 psi at 990.0 ft Collapse 1193 psi at 1370.0 ft Burst 2942 psi at 79.0 ft Csg.Pump out 34 ton Check Valve Diff Press 176 psi ft (x 1000)psi _ 0 na n8 1.2 -Hydrostatic -I y‘-Frac I ' r • - Fluid Sequence Static Well Security Section 3: pumping schedule - Spacer/Cement Max Rate is 7-BPM Page 4 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 1)16 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 SchIidiI gW String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) - (No significant amount of time to be spent outside of+1-0.2ppg Density Range) - Max Shut down time is 30-minutes; if time is being approached,contact Town Engineer - Max displacement Rate is 7-BPM - Min Displacement Rate to be determined based on remaining Thickening Time from field blend testing - Mud to be thinned back prior to cementing - Maintain returns during cement job if possible - Attempt to follow highlighted flow rates as close as possible and within ranges specified a Please note variance from noted Rates in Job Report Start Job: Circulate Two Hole Volumes, Safety Meeting, Test Surface Equipment Pumping Schedule Name Flow Rate Volume Stage Time Cum.Vol Inj. Comments (bbl/min) (bbl) (min) (bbl). Temp. (deg F) MudPUSH II 5.0 100.0 20.0 100.0 80 Spacer ahead with Rig Pumps Pause 0.0 0.0 3.0 0.0 80 Drop Bottom Plug Pause 0.0 0.0 3.0 0.0 80 Line Up Cement Unit Lead Field 5.0 270.8 54.2 270.8 80 Mix/Pump Lead Slurry(3-7 BPM) Blend Pause 0.0 0.0 5.0 0.0 80 Swap to Mix Tail Tail Field Blend 5.0 182.8 36.6 182.8 80 Mix/Pump Tail Slurry(2-7 BPM) Pause 0.0 0.0 2.0 0.0 80 Shut Down Pumping Pause 0.0 0.0 3.0 0.0 80 Drop Top Plug Mud 7.0 259.8 37.1 259.8 80 Kick Out Plug with Cement Unit Mud 5.0 30.0 6.0 289.8 80 Slow Rate Mud 2.0 10.0 5.0 299.8 80 Slow Rate to Bump Plug Pause 0.0 0.0 5.0 0.0 80 Bleed off and Check Floats Total 02:59 853.4 bbl hr:mn End Job: Bump Plug; Bleed-off Pressure; Dynamic Security Checks: Frac 89 psi at 1450.0 ft Pore 26 psi at 990.0 ft Collapse 1193 psi at 1370.0 ft Burst 2753 psi at 79.0 ft Temperature Results BHCT 78 degF Simulated Max HCT 81 degF Simulated BHCT 80 degF Max HCT Depth 1420.4 ft CT at TOC 73 degF Max HCT Time 02:27:37 hr:mn:sc Static temperatures: At Time (hr:mn) 00:05 hr:mn Geo.Temp. Top of Cement (degF) 73 degF 60 degF Bottom Hole (degF) 80 degF 73 degF Page 5 M34 CemCADE V1 Ip1)02-13-14 cfw,02.17-2014, LoadCase 1)16 Casing(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sc1Iinlirger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Contingencies Any issue that occurs during cement mixing, pumping, and displacement must be approached in a step by step method. Anytime a stoppage in the job occurs it must be noted how much time can be allotted to fix any issue and calculate time remaining based off of Field Blend Testing. 1) If Losses prior to cementing a) Utilize CemNET(1-2 lb/bbl; 2 lb MAX) b) Attempt to establish Max Rate at which full circulation is achieved c) Pump job at this rate if possible 2) Cement unit failure while mixing a) Attempt to continue pumping cement at 0.5 bpm b) Attempt to remedy issue: time<30 min c) If issue with mixing system—switch to back-up mixing system d) If issue with tri-plex pump—Cont.job with secondary tri-plex pump on unit. 3) Top Plug is not Bumped at calculated Volume a) Pump%2 shoe track volume MAX b) If Bump not seen, shut in and hold pressure 4) Mud Pump failure during displacement a) Attempt to continue displacement with secondary pump b) Attempt to repair issue: time<10 min c) Note displacement volume pumped by mud pumps:verify with Co. Rep/WSL d) Subtract pumped volume from total volume=volume pumped by Cement Unit e) Rig up hoses to get mud to Cement Unit i) Begin displacement with Cement Unit: volume verified by Co. Rep/WSL Page 6 M34 CemCADE V1(p1)02-13-14 cfw,02-17-2014, LoadCase 1)16 Casing(a(,Version wcs-cem472_05 Client : Hilcorp Well : M-34 SIlili String : 16in13-3/8 District : Kenai,AK �YI Country : USA Loadcase : 1)16 Casing(a) Simulated ECDs at Casing Shoe during Placement Depth = 1450 ft T .Frac -Pore -Hydrostatic Dynamic M i T 1S N : ( . 1 W L , W ^2 T T I I 0 20 40 60 80 100 120 140 160 180 200 Time (min) Page 7 M34 CemCADE V1(p1102-13-14.cfw;02-17-2014; LoadCase 1)16 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 SchIshrier String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Simulated ECDs at Previous shoe during Placement Depth= 990 ft T —Frac Pore Dynamic M T T al L 9.2 Q O o3 i 1 i i 0 20 40 60 80 100 120 140 160 180 200 Time (min) Page 8 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 1116 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sellumberger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Simulated Surface Pressures during Placement 0 Calc.CemHP Acquired Pressure 'y -Calc.Pump Press. vio �I ca _ N N R L 7 cn 0 20 40 60 80 100 120 140 160 180 200 Time (min) Fluids at 1450 ft N- —Acquired Q h -QIn • I E •_ N Lo O LL 1- — I I _ 0 20 40 60 80 100 120 140 160 180 200 Time (min) Page 9 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 1)16 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sclnrgnr String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Simulated Slurry Temperatures during Placement 0 07 -Last Sack Terrp. ; I E ®API BHCT elisililiste First Sack Temp. co 1 O 1 i I c. 00 , T s - O N (Ni a) O— (0 5 -) (V N Cr) CO ill M N o N. i i i d 0 20 40 60 80 100 120 140 160 180 200 Time (min) Page 10 M34 CemCADE V1(p1)02-13-14.cfw,02-17-2014; LoadCase 1116 Casing(a(;Version wcs-cem472_05 Client : Hilcorp Well : M-34 ScImlierger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Simulated Slurry Temperatures up to 24hours after Placement N — -O co —Last Sack Terrp. sommAPI BHCT o ` First Sack Temp. I-o ap co co o co d- O O t4 CV +- N N N ❑ CL CD 00 N CON M co co coM O co 4 0 500 1000 1500 2000 2500 3000 3500 Time (min) Page 11 M34CemCADEVI(p1)02-13-14.cfw;02-17-2014; LoadCase 1)16 Casing(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 SckIrger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Section 4: centralizer placement Top of centralization :490.0 ft Bottom Cent. MD :1430.0 ft Casing Shoe :1450.0 ft Tension at 1st stage :148694.69 Ibf NB of Cent. Used :18 NB of Floating Cent. :0 Centralizer Placement Bottom MD Nbr. Cent./ Cent. Name Code Min.STO @ Depth (ft) Joint (%) (ft) 970.0 6 1/2 NW-ST-16-9-ST-VIII W16E 6.5 830.0 1450.0 12 1/1 NW-ST-16-9-ST-VIII W16E 44.8 970.0 Centralizer Description Centralizer Tests Cent.Name Code Casing Max. Min.OD Rigid Origin Hole Size Running Restoring OD OD (in) (in) Force Force (in) (in) (Ibf) (Ibf) NW-ST-16-9-ST-VIII W16E 16 24.941 17.343 No Hannover 24.000 323.72 1845.68 (1)-Centralizer performance data is based on tests by WEATHERFORD as per the current API 10D specifications ft % 0 I '0 60 80 100 .. "El 1111 1111. lighirdifilli CD Cr 111111111L_I. -3� 111111111111111 N Pipe Standoff Page 12 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 1(16 Casing(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schlumberger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1116 Casing(a) Section 5: WELLCLEAN II Simulator ft 0 0 25 50 75 100 0 25 50 75 100 -Std Betw.Cent. fund Conlan nnatan H....s. -Cement Coverage -Uncontaminated Slurry 0 0 0 Cement Coverage Uncontaminated Slurry Fluids Concentrations Risk Mud on the Wall 0 0 200- -200 200- 200 400- -400 400- 400 600- -600 ' 600- 600 - a 800- -$00 a n 800- $00 a a - o a o 1D00 '' a ' "-1000 1000 1000 1700- -1200 1200 1200 1400- -1400 1400 1400 I 1 4, g a a _a 2 ® Mud I I Lead Field Blend = High 111111 Low I"` '1 Tail Field Blend I I MudPUSH II 111111 Medium lill None Page 13 M34CemCADEV1(p1)02-13-14.cfw;02-17-2014; LoadCase 1)16 Casing la),Version wcs-cem472_05 Client : Hilcorp Well : M-34 S11011811 String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Section 6: operator summary Mix Water Requirements : Fresh water 13405 gal MIXING PREPARATION MudPUSH II Volume:100.0 bbl Density: 10.50 lb/gal Code Quantity Design Fresh water 90.538 bbl D182 588.498 lb 6.500 lb/bbl of base fluid M045 20.000 gal 0.200 gal/bbl of spacer D031 11707.018 lb 117.07 lb/bbl of spacer Lead Field Blend Volume :270.8 bbl Density : 11.00 lb/gal Yield : 1.88 ft3/sk Dry Phase Liquid Phase Blend: (lb) Design Mix Water 124.8 bbl 10.0 bbl LAS Design 11.0(0.77) 80710.383 lb Fresh water 118.637 bbl 9.508 bbl D046 161.421 lb 0.200%BWOB D185 56.497 gal 4.528 gal 0.070 gal/sk blend D186 201.776 gal 16.171 gal 0.250 gal/sk blend Tail Field Blend Volume : 182.8 bbl Density : 15.40 lb/gal Yield : 1.22 ft3/sk Dry Phase Liquid Phase Blend: (Ib) Design Mix Water 110.2 bbl 10.0 bbl LAS Design A 78951.961 lb Fresh water 109.989 bbl 9.983 bbl D046 157.904 lb 0.200%BWOC D177 8.399 gal 0.762 gal 0.010 gal/sk cement D065 315.808 lb 0.400%BWOC S002 276.332 lb 0.350%BWOC Page 14 M34 CemCADE V1(p1)02-13-14 cfw,02-17-2014, LoadCase 1)10 Casing(a),Version wcs-cem472_05 Client . Hilcorp Well : M-34 • Whimherger String : 16in13-3/8 District : Kenai,AK Country : USA Loadcase : 1)16 Casing(a) Appendix 1 - Directional Survey Data MD TVD Deviation Azimuth Dogleg Sev. (ft) (ft) (deg) (deg) (deg/100ft) 0.0 0.0 0.0 270.0 0.000 100.0 100.0 0.0 270.0 0.000 200.0 200.0 0.0 270.0 0.000 300.0 300.0 0.0 270.0 0.000 400.0 400.0 0.0 270.0 0.000 500.0 500.0 0.0 270.0 0.000 600.0 600.0 0.0 270.0 0.000 700.0 700.0 0.0 270.0 0.000 800.0 800.0 1.5 270.0 1.500 900.0 899.9 4.0 270.0 2.500 1000.0 999.4 6.5 270.0 2.500 1100.0 1098.5 9.0 270.0 2.500 1200.0 1196.9 11.5 270.0 2.500 1300.0 1294.4 14.0 270.0 2.500 1357.4 1350.0 15.4 270.0 2.507 1377.4 1369.3 15.4 270.0 0.000 1400.0 1391.0 15.4 267.5 -2.996 1420.0 1410.3 15.4 267.5 0.000 1450.0 1439.2 15.4 267.5 0.000 Page 15 M34 CemCADE V1(p1(02-13-14 cfw.02-17-2014, LoadCase 1)16 Casing(a(,Version wcs-cem472_05 CemCADE well cementing recommendation for 13-3/8" Surface Casing Operator : Hilcorp Well : M-34 Country : USA Field : McArthur River Field State : Alaska Prepared for : Mr.Luke Keller Location : Cook Inlet,Alaska(Offshore) Proposal No. : Draftvl Service Point : Kenai,AK Date Prepared : 2-14-2014 Business Phone : 907.776.2200 Prepared by : Peter Cahill Phone : 907.690.2748 E-Mail Address : pcahill©slb.com 'n 9�0ATE Disclaimer Notice: Schlumberger submits this document with the benefit of its judgment,experience,and good oilfield practices. This information is provided in accordance with generally accepted industry practice.relying on facts or information provided by others,limitations,computer models,measurements,assumptions and inferences that are not infallible. Calculations are estimates based on provided information.All proposals,recommendations,or predictions are opinions only. NO WARRANTY IS GIVEN CONCERNING ACCURACY OR COMPLETENESS OF DATA,INFORMATION PRESENTED.EFFECTIVENESS OF MATERIAL PRODUCTS OR SUPPLIES,RECOMMENDATIONS MADE,OR RESULTS OF THE SERVICES RENDERED. Freedom from infringement of any intellectual property rights of Schlumberger or others is not to be intend and no intellectual property rights are granted hereby. Mark of Schlumberger Page 1 M34 CemCADE V1)p1)02-13-14.cfw;02-17-2014; LoadCase 2)13 3/8 Surface(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schlumberger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Section 1 : well description Configuration : Casing Stage : Single Rig Type : Fixed Offshore Fluids Return to : RIG_FLOOR Mean Sea Level : 160.0 ft Sea Bed Depth : 345.0 ft Mud Line : 0.0 ft Total MD : 4000.0 ft BHST : 119 degF Bit Size : 14 1/2 in ft (x 1000) psi 1 2 3 ---Frac SZ12 . . . . . . . SZ 1,' - 111,SZ22 CA ::: . 13 318 TD ':.'.'.'.'� ; I CD ' I Well Lithology Formation PISS. Page 2 M34CemCADEV11p1102-13-14.cfw;02-17-2014; LoadCase21133/8Surface(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 SchiJ" �j ba en String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Previous String MD OD Weight ID (ft) (in) (Ib/ft) (in) 1450.0 16 84.0 15.010 Landing Collar MD : 3920.0 ft Casing/liner Shoe MD : 4000.0 ft Casing/Liner MD OD Joint Weight ID Grade Collapse Burst Thread (ft) (in) (ft) (Ib/ft) (in) (psi) (psi) 4000.0 13 3/8 40.0 68.0 12.415 L-80 2270 5020 BTC Mean OH Diameter : 17.500 in Mean Annular Excess : 50.0 Mean OH Equivalent Diameter: 19.234 in Total OH Volume : 916.4 bbl (including excess) Max. Deviation Angle : 15 deg Max. DLS : 2.996 deg/100ft Formation Data MD Frac. Pore Name Lithology (ft) (lb/gal) (lb/gal) 480.0 13.28 8.66 SZ11 Sandstone 850.0 13.00 8.66 SZ12 Sandstone 1230.0 13.00 8.66 SZ17 Sandstone 1450.0 14.00 8.66 SZ22 Sandstone 4000.0 14.00 8.66 13 3/8 TD Sandstone Reference depth for pressure conversion to equivalent density or pressure gradient is RIG_FLOOR Geothermal Temperature Profile MD TVD Temperature Gradient (ft) (ft) (degF) (degF/100ft) 0.0 0.0 80 0.0 160.0 160.0 80 0.0 345.0 345.0 77 -0.9 450.0 450.0 95 3.3 850.0 850.0 100 2.4 1436.0 1425.7 112 2.2 1450.0 1439.2 113 2.3 4000.0 3898.0 119 1.0 Sea Current Velocity MD Temperature Sea Current (ft) (degF) (ft/min) 160.0 40 10.13 345.0 37 10.13 Page 3 M34 CemCADE V1(p1102-13-14.cfw,02-17-2014; LoadCase 2)13 3/8 Surface(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 SIhrger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)133/8 Surface(a) Section 2: fluid sequence Job Objectives: Cement Surface Casing with Returns Seen at Surface Original fluid Mud 9.60 lb/gal k: 1.12E-2 Ibf.s"n/ft2 n :0.539 Ty:2.68 Ibf/100ft2 Displacement Volume 586.9 bbl Total Volume 1212.5 bbl TOC 0.0 ft Fluid Sequence Name Volume Ann. Len Top Density Rheology (bbl) (ft) (ft) (lb/gal) MudPUSH II 75.0 0.0 10.50 k:3.73E-4 Ibf.s^n/ft2 n:0.987 Ty:10.76 Ibf/100ft2 Lead Field Blend 445.8 3500.0 0.0 11.00 Pv:67.264 cP Ty:16.48 lbf/100ft2 Tail Field Blend 104.8 500.0 3500.0 15.40 k:9.52E-3 Ibf.s^n/ft2 n:0.834 Ty:17.84 Ibf/100ft2 Mud 586.9 0.0 9.60 k:1.12E-2 lbf.s^n/ft2 n:0.539 Ty:2.68 lbf/100ft2 Static Security Checks Frac 224 psi at 1450.0 ft Pore 175 psi at 1450.0 ft Collapse 1763 psi at 3920.0 ft Burst 5020 psi at 0.0 ft Csg.Pump out 87 ton Check Valve Diff Press 370 psi ft (x 1000)psi o ,.. .. -Hyd t 3 -Frac 111111 -per waif . MEM _ 111111* 11111111.111111 O 0 Fluid Sequence Static Wen Security Page 4 M34CemCADEV11p1102-13-14.cfw;02-17-2014; LoadCase 2)13 3/8 Surface(a);Versionwcs-cem472_05 Client : Hilcorp Well : M-34 SciIsulerger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Section 3: pumping schedule - Spacer/Cement Max Rate is 7-BPM - (No significant amount of time to be spent outside of+/-0.2ppg Density Range) - Max Shut down time is 30-minutes; if time is being approached,contact Town Engineer - Max displacement Rate is 7-BPM - Min Displacement Rate to be determined based on remaining Thickening Time from field blend testing - Mud to be thinned back prior to cementing - Maintain returns during cement job if possible - Attempt to follow highlighted flow rates as close as possible and within ranges specified o Please note variance from noted Rates in Job Report Start Job: Circulate Two Hole Volumes, Safety Meeting, Test Surface Equipment Pumping Schedule Name Flow Rate Volume Stage Time Cum.Vol lnj. Comments (bbl/min) (bbl) (min) (bbl). Temp. (degF) MudPUSH II 5.0 75.0 15.0 75.0 80 Spacer ahead with Rig Pumps Pause 0.0 0.0 3.0 0.0 80 Drop Bottom Plug Pause 0.0 0.0 3.0 0.0 80 Line Up Cement Unit Lead Field 5.0 445.8 89.2 445.8 80 Mix/Pump Lead Slurry(3-7 BPM) Blend Pause 0.0 0.0 5.0 0.0 80 Swap to Mix Tail Tail Field Blend 5.0 104.8 21.0 104.8 80 Mix/Pump Tail Slurry(2-7 BPM) Pause 0.0 0.0 2.0 0.0 80 Shut Down Pumping Pause 0.0 0.0 3.0 0.0 80 Drop Top Plug Mud 7.0 546.9 78.1 546.9 80 Kick Out Plug with Cement Unit Mud 5.0 30.0 6.0 576.9 80 Slow Rate Mud 2.0 10.0 5.0 586.9 80 Slow Rate to Bump Plug Shut-In 0.0 0.0 5.0 0.0 80 Bleed off and Check Floats I Total 03:50 1212.5 bbl hr:mn End Job: Bump Plug; Bleed-off Pressure; Dynamic Security Checks: Frac 104 psi at 1450.0 ft Pore 70 psi at 1450.0 ft Collapse 1759 psi at 3920.0 ft Burst 4521 psi at 0.0 ft , Temperature Results BHCT 99 degF Simulated Max HCT 97 degF Simulated BHCT 88 degF Max HCT Depth 2449.0 ft CT at TOC 84 degF Max HCT Time 00:00:00 hr:mn:sc Static temperatures: At Time 1 (hr:mn) 00:05 hr:mn Geo.Temp. Top of Cement (degF) 83 degF 80 degF Bottom Hole (degF) 88 degF 119 degF Page 5 M34 CemCADE V1(p1)02-13-14 cfw,02-17-2014, LoadCase 2)13 3/8 Surface(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 SGhIfnrgnr String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Contingencies Any issue that occurs during cement mixing, pumping, and displacement must be approached in a step by step method. Anytime a stoppage in the job occurs it must be noted how much time can be allotted to fix any issue and calculate time remaining based off of Field Blend Testing. 1) If Losses prior to cementing a) Utilize CemNET(1-2 lb/bbl; 2 lb MAX) b) Attempt to establish Max Rate at which full circulation is achieved c) Pump job at this rate if possible 2) Cement unit failure while mixing a) Attempt to continue pumping cement at 0.5 bpm b) Attempt to remedy issue: time<30 min c) If issue with mixing system—switch to back-up mixing system d) If issue with tri-plex pump—Cont.job with secondary tri-plex pump on unit. 3) Top Plug is not Bumped at calculated Volume a) Pump% shoe track volume MAX b) If Bump not seen, shut in and hold pressure 4) Mud Pump failure during displacement a) Attempt to continue displacement with secondary pump b) Attempt to repair issue: time<10 min c) Note displacement volume pumped by mud pumps:verify with Co. Rep/WSL d) Subtract pumped volume from total volume=volume pumped by Cement Unit e) Rig up hoses to get mud to Cement Unit i) Begin displacement with Cement Unit: volume verified by Co. Rep/WSL Page 6 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 2)13 3/8 Surface(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Slimier String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Simulated ECDs at Casing Shoe during Placement Depth = 4000 ft -Frac Pore -Hydrostatic -Dynamic M cti -Q N N I L /L T Cr) o0 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 7 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 2)13 3/8 Surface(a);Version wcs-cem472_05 Client : Hilcarp Well : M-34 Schlinkrier String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Simulated ECDs at Previous shoe during Placement Depth = 1450 ft T —Frac III II ; mom..Pore �_ '..,��-. ...P -Hydrostatic -Dynamic T 1 C� i Ti i i1 ) i cti I N ---,— El_.) W ^L T "1"" 1,,. \ri 'V.— i i 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 8 M34 CemCADE V1{131)02-13-14.cfw,02-17-2014. 2)133/8 Surface lal:Version wcs-cem472_05 Client : Hilcorp Well : M-34 Salkrger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Simulated Surface Pressures during Placement 0 Calc.CemHP Acquired Pressure •N -Calc.Pune Press. O uio AVM o — , 0 25 50 75 100 125 150 175 200 225 250 Time (min) Fluids at 4000 ft r —Acquired Q h -QIn •— - ••q..••minr Ln N I (tf cc Lo N 0 LL O — _ 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 9 M34CemCAOEV11)1)02-13-14.cfw;02-17-2014; LoadCase 2)13 3/8 Surface(a);Version wcs-cem472_05 • Client : Hilcorp Well : M-34 SCh1111 String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Simulated Slurry Temperatures during Placement 0 0 o [ Last Sack Temp. co m First Sack Temp. _ N.: O O _ I o L°4 O Lrirn N r ^N II O 0) _CSO 7:3p r 0 L d7 o - 4 r < , x CV a)�_ _c CO N N N CO _ M O O CO 00 CO lC) O 4 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 10 M34 CemCADE V1 ip1102-13-14.cfw,02-17-2014, Loadtase 2)13 3/8 Surface(a) Version wcs-cem472_05 Client : Hilcorp Well : M-34 SI Ilmberfir String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Simulated Slurry Temperatures up to 24hours after Placement 0 0 o =mem Last Sack Temp. o -API SHOT 1.0 -First Sack Temp. -o 0) 0 ao 6o w N co r N if:d7 0) (q O 'O O r a i a) O O x 2 N = UO Q N (1)� �o o d iti co O nl N CV oo cO • 0 O co co co 1 O r-. 1 I i I , 4 0 300 600 900 1200 1500 1800 Time (min) Page 11 M34 CemCADE V1(p1)02-13-14.cfw,02-17-2014, LoadCase 2(13 3/8 Surface(a) Version wcs-cem472_05 Client : Hilcorp Well M-34 Schlumberger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)133/8 Surface(a) Section 4: centralizer placement Top of centralization :500.0 ft Bottom Cent. MD :3980.0 ft Casing Shoe :4000.0 ft NB of Cent. Used :75 NB of Floating Cent. :64 Centralizer Placement Bottom MD Nbr. Cent./ Cent. Name Code Min.STO @ Depth (ft) Joint (%) (ft) 1480.0 12 1/2 NW-ST-13 3/8-8-ST Al W13H 0.0 1420.0 4000.0 63 1/1 NW-ST-13 3/8-8-ST Al W13H 42.9 4000.0 Centralizer Description Centralizer Tests Cent.Name Code Casing Max. Min.OD Rigid Origin Hole Size Running Restoring OD OD (in) (in) Force Force (in) (in) (lbf) (Ibf) NW-ST-13 3/8-8-ST W13H 13 3/8 16.063 14.685 No Hannover 14.750 989.16 3635.16 Al (1)-Centralizer performance data is based on tests by WEATHERFORD as per the current API 10D specifications I ft % 0 I '0 60 80 100 Bet peen Cent. -IAt Cent. II - _ . 111111 11 I - 1111111111111 ' 1111110 ulIIIIII � , 1111 111111111a - 111111 111111111 - 111111111111111 III ( ' 111111111 111111111111111111 Ln- Pipe Standoff Page 12 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 2)13 3/8 Surface(a),Version wcs-cem472_05 Client : Hilcarp Well : M-34 Selig ber belle!! String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)133/8 Surface(a) Section 5: WELLCLEAN II Simulator ft % °/ 0 25 50 75 100 0 25 50 75 100 o1 -Std Betw.Cent- -Mud Contamination Cement Coverage -Uncontaminated Slurry 1 r om--.m. ,- _.. O ffo o N o O O O- -.. Cement Coverage Uncontaminated Slurry Fluids Concentrations Risk Mud on the Wall 0 g g z aJ -0 a 0 500- -500 500 500 1600- iir -1000 1000 1000 1500- -1500 ^ 1500 1500 - - - ._: 2000- -2000 - . 2000 2000 .c a _ a a a a 2500- -2500 0 0 2500 2500 0 3000- - 3000 3000 3000 3500 3500 3500 3500 4000 b000 6 03 GS a a a a k 0 z z ® Mud TT Lead Field Blend I I High MIN Low I-1 Tail Field Blend I I MudPUSH II I I Medium None Page 13 M34 CemCADE VI p1102-13-14.cfw.02-17-2014; LoadCase 21 13 3/8 Surface(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sclrger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)133/8 Surface(a) Section 6: operator summary MIXING PREPARATION MudPUSH II Volume :75.0 bbl Density: 10.50 lb/gal Code Quantity Design Fresh water 67.904 bbl D182 441.373 lb 6.500 Ib/bbl of base fluid M045 15.000 gal 0.200 gal/bbl of spacer D031 8780.263 lb 117.07 lb/bbl of spacer Lead Field Blend Volume :445.8 bbl Density : 11.00 lb/gal Yield : 1.88 ft3/sk Dry Phase Liquid Phase Blend : 133159 lb Design Mix Water 205.5 bbl 10.0 bbl LAS Design 11.0(0.77) 132892.922 Fresh water 195.341 bbl 9.508 bbl lb D046 265.786 lb 0.200%BWOB D185 93.025 gal 4.528 gal 0.070 gal/sk blend D186 332.232 gal 16.171 gal 0.250 gal/sk blend Tail Field Blend Volume :104.8 bbl Density : 15.40 lb/gal Yield : 1.22 ft3/sk Dry Phase Liquid Phase Blend: 45688 lb Design Mix Water 63.2 bbl 10.0 bbl LAS Design A 45257.797 lb Fresh water 63.049 bbl 9.983 bbl D046 90.516 lb 0.200%BWOC D177 4.815 gal 0.762 gal 0.010 gal/sk cement D065 181.031 lb 0.400%BWOC S002 158.402 lb 0.350%BWOC Page 14 M34 CemCADE V1(p1)02-13-14.cfw:02-17-2014: LoadCase 2)13 3/8 Surface(a).Version wcs-cem472_05 Client : Hilcorp Well : M-34 SokI go!' String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 2)13 3/8 Surface(a) Appendix 1 - Directional Survey Data MD TVD Deviation Azimuth Dogleg Sev. (ft) (ft) (deg) (deg) (deg/100ft) 0.0 0.0 0.0 270.0 0.000 100.0 100.0 0.0 270.0 0.000 200.0 200.0 0.0 270.0 0.000 300.0 300.0 0.0 270.0 0.000 400.0 400.0 0.0 270.0 0.000 500.0 500.0 0.0 270.0 0.000 600.0 600.0 0.0 270.0 0.000 700.0 700.0 0.0 270.0 0.000 800.0 800.0 1.5 270.0 1.500 900.0 899.9 4.0 270.0 2.500 1000.0 999.4 6.5 270.0 2.500 1100.0 1098.5 9.0 270.0 2.500 1200.0 1196.9 11.5 270.0 2.500 1300.0 1294.4 14.0 270.0 2.500 1357.4 1350.0 15.4 270.0 2.507 1377.4 1369.3 15.4 270.0 0.000 1400.0 1391.0 15.4 267.5 -2.996 1420.0 1410.3 15.4 267.5 0.000 4000.0 3898.0 15.4 267.5 0.000 Page 15 M34 CemCADE V1(p1)02-13-14.cfw,02-17-2014; LoadCase 2)13 3/8 Surface(a);Version wcs-cem472_05 Schlumberger CemCAD E*well cementing recommendation for 9-5/8" Intermediate Operator : Hilcorp Well : M-34 Country : USA Field : McArthur River Field State : Alaska Prepared for : Mr.Luke Keller Location : Cook Inlet,Alaska(Offshore) Proposal No. : Draftvl Service Point : Kenai,AK Date Prepared : 2-14-2014 Business Phone : 907.776.2200 Prepared by : Peter Cahill Phone : 907.690.2748 E-Mail Address : pcahill@slb.com 4 FL9 4C1azE Disclaimer Notice: Schlumberger submits this document with the benefit of its judgment,experience,and good oilfield practices. This information is provided in accordance with generally accepted industry practice,relying on facts or information provided by others,limitations,computer models,measurements,assumptions and inferences that are not infallible. Calculations are estimates based on provided information.All proposals,recommendations,or predictions are opinions only. NO WARRANTY IS GIVEN CONCERNING ACCURACY OR COMPLETENESS OF DATA,INFORMATION PRESENTED,EFFECTIVENESS OF MATERIAL,PRODUCTS OR SUPPLIES,RECOMMENDATIONS MADE,OR RESULTS OF THE SERVICES RENDERED. Freedom from Infringement of any intellectual property rights of Schlumberger or others is not to be inferred and no intellectual property rights are granted hereby. Mark of Schlumberger Page 1 M34 CemCADE V1 ip 1 I 02-13-14.cfw;02-17-2014; LoadCase 3195/8 Intermediate(al;Version wcs-cem472_05 Client : Hilcorp Well : M-34 S hk6crgcr String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Section 1 : well description Configuration : Casing Stage : Single Rig Type : Fixed Offshore Fluids Return to : RIG FLOOR Mean Sea Level : 160.0 ft Sea Bed Depth : 345.0 ft Mud Line : 0.0 ft Total MD : 10000.0 ft BHST : 177 degF Bit Size : 12 1/4 in ft (x 1000) psi _ < JJ � r � > 0 r, 5.0 7.5 —Fra Foee III •.Sandstone SZ11 - I 1111 . . . . •.Sandstone• ACT HiIIIIHIIII . . .. uIIiiiIIIIII1lI ._ , -1- 111111111U HIIiIIguIIIIII ;Sandstone• D 14 '11111111[ ^ I . ._ .` 111111111 __ c.„ . . . . " " " 1 11111 1111 . " " . . " - I .Sandstone' D16C IIIIIIILIIIII1 - .__. HIlIlIllIlIll . -CD HIIUIIIIIIIII f4 Well Lithology Formation Press. Page 2 M34CemCADEV1lot)02-13-14.cfw;02-17-2014; LoadCase 3)9 5/8 Intermediate la),Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schlumberger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Previous String MD OD Weight ID (ft) (in) (Ib/ft) (in) 4000.0 13 3/8 68.0 12.415 Landing Collar MD : 9920.0 ft Casing/liner Shoe MD : 10000.0 ft Casing/Liner MD OD Joint Weight ID Grade Collapse Burst Thread (ft) (in) (ft) (lb/ft) (in) (psi) (psi) 10000.0 9 5/8 40.0 47.0 8.681 L-80 4760 6870 BTC Mean OH Diameter : 12.250 in Mean Annular Excess : 50.0 % Mean OH Equivalent Diameter: 13.371 in Total OH Volume : 1042.0 bbl (including excess) Max. Deviation Angle : 15 deg Max. DLS : 2.996 deg/100ft Formation Data MD Frac. Pore Name Lithology (ft) (lb/gal) (Ib/gal) 1497.0 14.00 8.80 SZ11 Sandstone 3749.0 14.00 8.80 A2 Sandstone 4167.0 14.00 8.80 BCT Sandstone 5616.5 14.00 8.80 D1 Sandstone 5721.0 14.00 8.80 D2 Sandstone 5848.0 14.00 8.80 D3B Sandstone 6188.0 14.00 8.80 D6 Sandstone 9970.0 14.00 8.80 D16C Sandstone 10000.0 14.00 8.80 TVD Sandstone Reference depth for pressure conversion to equivalent density or pressure gradient is RIG_FLOOR Geothermal Temperature Profile MD TVD Temperature Gradient (ft) (ft) (degF) (degF/100ft) 0.0 0.0 80 0.0 160.0 160.0 40 -25.0 450.0 450.0 110 6.7 5384.0 5232.5 127 0.9 6700.0 6501.5 139 0.9 10000.0 9683.4 177 1.0 Sea Current Velocity MD Temperature Sea Current (ft) (degF) (ft/min) 160.0 40 10.13 345.0 37 10.13 Page 3 M34 CemCADE V1(p1)02-13-14.cfw,02-17-2014; LoadCase 3)9 5/8 Intermediate la);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schlumberger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)95/8 Intermediate(a) Section 2: fluid sequence Job Objectives: TOC @ 4,000',prevent gas migration(no micro-annulus). Original fluid Mud 9.60 lb/gal k: 1.12E-2 Ibf.s^n/ft2 n :0.539 Tv:2.68 lbf/100ft2 Displacement Volume 726.2 bbl Total Volume 1267.3 bbl TOC 4500.0 ft Fluid Sequence Name Volume Ann. Len Top Density Rheology (bbl) (ft) (ft) (lb/gal) MudPUSH II 75.0 1055.2 3444.8 10.50 k:3.73E-4lbf.sAn/ft2 n:0.987 TY:10.76 Ibf/100ft2 Lead LiteCRETE HP 418.4 5000.0 4500.0 11.00 Pv:257.062 cP Ty:12.66 Ibf/100ft2 Tail Field Blend 47.7 500.0 9500.0 15.30 k:9.52E-3 Ibf.s^n/ft2 n:0.834 TY:17.84 Ibf/100ft2 Mud 726.2 0.0 9.60 k:1.12E-2 lbf.s^n/ft2 n:0.539 Ty:2.68 lbf/100ft2 Static Security Checks: Frac 866 psi at 4000.0 ft Pore 187 psi at 4000.0 ft Collapse 3772 psi at 9920.0 ft Burst 6870 psi at 0.0 ft Csg.Pump out 176 ton Check Valve Diff Press 518 psi ft (X 1 000)psi _ 0 0 7-5 I._ rostatic Hyd -Frac011 _Pam 11111 11111111IH1 1111 a r'' 11111111111111 1111111111111 Fluid Sequence Static Well Security Page 4 M34 CemCADE V1(0)02-13-14 cfw.02-17-2014. LoadCase 3)9 5/9 Intermediate(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 ScIrimier String . 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)95/8 Intermediate(a) Section 3: pumping schedule - Spacer/Cement Max Rate is 7-BPM - (No significant amount of time to be spent outside of+/-0.2ppg Density Range) - Max Shut down time is 30-minutes; if time is being approached,contact Town Engineer - Max displacement Rate is 7-BPM - Min Displacement Rate to be determined based on remaining Thickening Time from field blend testing - Mud to be thinned back prior to cementing - Maintain returns during cement job if possible - Attempt to follow highlighted flow rates as close as possible and within ranges specified o Please note variance from noted Rates in Job Report Start Job: Circulate Two Hole Volumes, Safety Meeting, Test Surface Equipment Pumping Schedule Name Flow Rate Volume Stage Time Cum.Vol Inj. Comments (bbl/min) (bbl) (min) (bbl). Temp. (degF) MudPUSH II 5.0 75.0 15.0 75.0 80 Spacer ahead with Rig Pumps Pause 0.0 0.0 2.0 0.0 80 Drop Bottom Plug Pause 0.0 0.0 3.0 0.0 80 Line Up Cement Unit Lead 5.0 418.4 83.7 418.4 80 Mix/Pump Lead Slurry(3-7 BPM) LiteCRETE HP Pause 0.0 0.0 5.0 0.0 80 Swap to Mix Tail Tail Field Blend 5.0 47.7 9.5 47.7 80 Mix/Pump Tail Slurry(2-7 BPM) Pause 0.0 0.0 2.0 0.0 80 Shut Down Pumping Pause 0.0 0.0 3.0 0.0 80 Drop Top Plug Mud 7.0 686.2 98.0 686.2 80 Kick Out Plug with Cement Unit Mud 5.0 30.0 6.0 716.2 80 Slow Rate Mud 2.0 10.0 5.0 726.2 80 Slow Rate to Bump Plug Shut-In 0.0 0.0 5.0 0.0 80 Bleed off and Check Floats Total 03:52 1267.3 bbl hr:mn End Job: Bump Plug; Bleed-off Pressure; Dynamic Security Checks: Frac 795 psi at 4000.0 ft Pore 162 psi at 4000.0 ft Collapse 3765 psi at 9920.0 ft Burst 6119 psi at 0.0 ft Temperature Results BHCT 139 degF Simulated Max HCT 142 degF Simulated BHCT 136 degF Max HCT Depth 8979.6 ft CT at TOC 123 degF Max HCT Time 00:20:20 hr:mn:sc Static temperatures: At Time (hr:mn) 00:05 hr:mn Geo.Temp. Top of Cement (degF) 123 degF 127 degF Bottom Hole (degF) 136 degF 177 degF Page 5 M34 CemCADE V1(p1)02.13-14 cfw,02-17-2014, LoadCase 3(9 5/8 Intermediate(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sclen�r �r String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Contingencies Any issue that occurs during cement mixing, pumping, and displacement must be approached in a step by step method. Anytime a stoppage in the job occurs it must be noted how much time can be allotted to fix any issue and calculate time remaining based off of Field Blend Testing. 1) If Losses prior to cementing a) Utilize CemNET(1-2 lb/bbl; 2 lb MAX) b) Attempt to establish Max Rate at which full circulation is achieved c) Pump job at this rate if possible 2) Cement unit failure while mixing a) Attempt to continue pumping cement at 0.5 bpm b) Attempt to remedy issue:time<30 min c) If issue with mixing system—switch to back-up mixing system d) If issue with tri-plex pump—Cont.job with secondary tri-plex pump on unit. 3) Top Plug is not Bumped at calculated Volume a) Pump 1/2 shoe track volume MAX b) If Bump not seen, shut in and hold pressure 4) Mud Pump failure during displacement a) Attempt to continue displacement with secondary pump b) Attempt to repair issue: time<10 min c) Note displacement volume pumped by mud pumps:verify with Co. Rep/WSL d) Subtract pumped volume from total volume=volume pumped by Cement Unit e) Rig up hoses to get mud to Cement Unit i) Begin displacement with Cement Unit: volume verified by Co. Rep/WSL Page 6 M34 CemCADE V1(p1)02-13-14 cfw,02-17-2014. LoadCase 3)9 5/8 Intermediate(a).Version wcs-cem472_05 Client : Hilcorp Well : M-34 Seilinrgnr String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Simulated ECDs at Casing Shoe during Placement Depth= 10000 ft T Frac '.... '.... ''. Pore Hydrostatic Dynamic :3 it N N to s . . . co ) . ........ ...... a -.... ... 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 7 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 3)9 5/8 Intermediate(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schliihrger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Simulated ECDs at Previous shoe during Placement Lc) -- Depth= 4000 ft —Frac -Pore -Hydrostatic Dynamic M N ^L T I co I 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 8 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadGase3)95/8Intermediate(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 SchIin Pier String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Simulated Surface Pressures during Placement o .Calc.CemHP r -Acquired Pressure ' Calc.Purrp Press. O tsi too_ N LOi ....."skla"*"""4...,.. "Iit . _ , , , L � , I I I I 0 25 50 75 100 125 150 175 200 225 250 Time (min) Fluids at 10000 ft N- a Acquired Q h ammo C ��.. .Q tll 715 CCu7 (\j O LL O — , f 1 II I 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 9 M34CemCADEV1(p1)02-13-14.cfw;02-17-2014; LoadCase3)95/BIntermediate(a) Versionwcs-cem472_05 Client : Hilcorp Well : M-34 Sciinkergnr String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 319 5/8 Intermediate(a) Simulated Slurry Temperatures during Placement 0 0 —Last Sack I emp. API BHCT First Sack Temp. O T co 0 O N N a) r• O • i x Uo N N o co •N N M O I CO C0) O C 0 25 50 75 100 125 150 175 200 225 250 Time (min) Page 10 M34 CemCADE V1(1)1)02-13-14 cfw:02-17-2014; LoadCase 3)9 5/8 Intermediate(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schi String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Simulated Slurry Temperatures up to 24hours after Placement -o co Last Sack Temp. API BHCT -First Sack Temp. O O CO- [ M 0 — • N O r � r W _ -0 r 0 OO O x 2 _c N O CO N N 000 -. CD O o O 0 300 600 900 1200 1500 1800 Time (min) Page 11 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 3)9 5/9 Intermediate(a);Version wcs-cem472_05 Client : Hilcorp Well : M-34 Schlumberger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)95/8 Intermediate(a) Section 4: centralizer placement Top of centralization :320.0 ft Bottom Cent. MD :9980.0 ft Casing Shoe :10000.0 ft NB of Cent. Used :69 NB of Floating Cent. :0 Centralizer Placement Bottom MD Nbr. Cent./ Cent. Name Code Min.STO @ Depth (ft) Joint (%) (ft) 4480.0 0 0/0 0.0 4539.1 10000.0 69 1/2 NW-ST-9 5/8-6-ST-I I I-S 33.6 4540.0 Centralizer Description Centralizer Tests Cent.Name Code Casing Max. Min.OD Rigid Origin Hole Size Running Restoring OD OD (in) (in) Force Force (in) (in) (lbf) (lbf) NW-ST-9 5/8-6-ST-III- 9 5/8 14.583 10.882 No Hannover 12.250 950.94 3001.20 S (1)-Centralizer performance data is based on tests by WEATHERFORD as per the current API 10D specifications ft 0 70 60 80 100 --Between cent. + -i At cent. I � o � O i CJ Pipe Standoff Page 12 M34 CemCADE V1 Ip1102-13-14.cfw;02-17-2014; LoadCase 319 5/8 Intermediate(al;Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sctlimier String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Section 5: WELLCLEAN II Simulator ft 0,0 % 0 50 75 100 0 25 50 75 100 —Std Betw.Cent. —Mud Contamination —Cement Coverage —Uncontaminated Slurry O O— 1 v 4 r.. , 1 co . ,O O N Cement Coverage Uncontaminated Slurry Fluids Concentrations Risk Mud on the Wall z 3 3 2 e500J —4506 e500J -- —4500 5040— —5000 5000— —5000 5500— —5500 5500— —5500 6000— —6000 5000— —6000 c 6500— —6508 — 6500- -6505 7000- -7006 L- - 7000.x. -7000 `- a 7500- -7500 a . 7500— —7500 a c 5000— —8000 c c 8040 8000 6500— —8504 5500 8500 9000— —9000 9000 9008 9500— —9504 9500 9500 10400r r—10004 10400 10004 o i oe 2 0 0 a il§ 0 0 11111 Mud II High 1.1 Low I I Tail Field Blend Medium gill None I I Lead LiteCRETE HP 0 MudPUSH II Page 13 M34CemCADEV11p1)02-13-14.cfw;02-17-2014; LoadCase 3)9 5/8 Intermediate(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 Sekliohrger String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Section 6: operator summary MIXING PREPARATION MudPUSH II Volume :75.0 bbl Density: 10.50 lb/gal Code Quantity Design Fresh water 67.904 bbl D182 441.373 lb 6.500 lb/bbl of base fluid M045 15.000 gal 0.200 gal/bbl of spacer D031 8780.263 lb 117.07 lb/bbl of spacer Tail Field Blend Volume :47.7 bbl Density : 15.30 lb/gal Yield : 1.33 ft3/sk Dry Phase Liquid Phase Blend: 20826 lb Design Mix Water 28.1 bbl 10.0 bbl LAS Design G 18864.008 lb Fresh water 28.106 bbl 10.001 bbl D046 37.728 lb 0.200%BWOC D202 188.640 lb 1.000%BWOC D400 150.912 lb 0.800%BWOC D154 1509.120 Ib 8.000%BWOC D198 75.456 lb 0.400%BWOC Lead LiteCRETE HP Volume :418.4 bbl Density : 11.00 lb/gal Yield : 1.81 ft3/sk Dry Phase Liquid Phase Blend: 131654 lb Design Mix Water 176.3 bbl 10.0 bbl LAS Design 11.0(HP) 129580.906 Fresh water 175.679 bbl 9.966 bbl lb D046 259.162 lb 0.200%BWOB D177 25.916 gal 1.470 gal 0.020 gal/sk blend D202 1554.971 lb 1.200%BWOB D167 259.162 lb 0.200%BWOB Page 14 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase 3)9 5/8 Intermediate(a),Version wcs-cem472_05 Client : Hilcorp Well : M-34 SchIrgcr String : 13-3/8 District : Kenai,AK Country : USA Loadcase : 3)9 5/8 Intermediate(a) Appendix 1 - Directional Survey Data MD TVD Deviation Azimuth Dogleg Sev. (ft) (ft) (deg) (deg) (deg/100ft) 0.0 0.0 0.0 270.0 0.000 100.0 100.0 0.0 270.0 0.000 200.0 200.0 0.0 270.0 0.000 300.0 300.0 0.0 270.0 0.000 400.0 400.0 0.0 270.0 0.000 500.0 500.0 0.0 270.0 0.000 600.0 600.0 0.0 270.0 0.000 700.0 700.0 0.0 270.0 0.000 800.0 800.0 1.5 270.0 1.500 900.0 899.9 4.0 270.0 2.500 1000.0 999.4 6.5 270.0 2.500 1100.0 1098.5 9.0 270.0 2.500 1200.0 1196.9 11.5 270.0 2.500 1300.0 1294.4 14.0 270.0 2.500 1357.4 1350.0 15.4 270.0 2.507 1377.4 1369.3 15.4 270.0 0.000 1400.0 1391.0 15.4 267.5 -2.996 1420.0 1410.3 15.4 267.5 0.000 10000.0 9683.4 15.4 267.5 0.000 Page 15 M34 CemCADE V1(p1)02-13-14.cfw;02-17-2014; LoadCase3(95/8Intermediate(a);Version wcs-cem472_05 Attachment D Hydraulics Calculations Security DBS BIT HYDRAULIC PROGRAM Prepared For:-Luke Keller - . By:-Chris Cochran Date prepared:-2/17/14 Operator:-Hilcorp Well Name/No:-Steelhead M-34 Bit Type:- Milltooth Contractor:- County:-Kenai Bit Diameter:- 17.5 in. Survey/Abstract:-I State/Country:-AK/USA MD Out:- 1000 ft DATA INPUT r E I NOZZLE Manual Auto - Mud Weight 9.2 ppg COMPONENTS ID(In.) To(ft) 1 PV 40 cp Casing 24.376 1000 2 YP 55 Ib/100ft2 Open Hole 17.5 1001 3 Fluid Model Power Lav:-":Vaer Based Fluid" •I 4 -'' ' Flow Rate gpm 5 Max.Pump Press. psi 6 Surface equip.?2 7 Motor bypass? 8 TVD? 1000 ftI 9 #of Nozzle(510)':6 V jManual Calculation 10 MiliMMIAUL,M=MWI LOSS SUMMARY Min.TFA 0.5194 in2 Drill String 596.32 psi 23.01 Total TFA 0.6995 in2 Annulus 1.87 psi 0.07 Jet Velocity 458.90 ft/s Surface 261.22 psi 10.08 Press.Drop 1731.64 psi Special* 0.00 psi 0.00 Bit Hyd.Power 1010.29 hp Bit 1731.64 psi 66.83 H.S.I. 2.1649 hp/in2 Impact Force 2185.22 Ibf ECD 9.24 ppg J Total/SPP 2591.05 psi 100.00 OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in.' in. OD ID ft bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 543 9.48 139.72 Heavy Weight Drill Pipe 5 3 6.5 3.125 450 3.94 448.98 X/O Sub(4.51F x 6-5/8"Reg) 8 2.875 8 2.875 3 0.02 3.61 Bit Sub 8 3 8 3 4 0.03 4.01 ANNULUS DATA ANNULAR Hole ID Pipe OD Length Cum. Cap.J Annular Critical; Type of I Pressure Loss SECTIONS in. in. ft Depth bbls ft/min ft/min Flow I psi Casing 24.376 5 543 543 300.24 43.06 341.63 1.01 Casing 24.376 5 450 993 248.82 43.06 341.63 0.84 Casing 24.376 8 3 996 1.55 46.23 361.71 0.01 Casing 24.376 8 4 1000 2.06' 46.23 361.71 1 0.01 Comments:- BIT HYDRAULIC PROGRAM /------,2,Security DBS ; '_r. .; Prepared For:-Luke Keller By:-Chris Cochran Date prepared:-2/17/14 Operator:-Hilcorp Well Name/No:-Steelhead M-34 Bit Type:- Milltooth Contractor:- County:-Kenai Bit Diameter:- 22 in. Survey/Abstract:- State/Country:-AK/USA MD Out:- 1000 ft DATA INPUT I CASING/LINER/RISER/OPEN HOLE 1 NOZZLE Manual Auto Mud Weight 9.2 ppg COMPONENTS ID(in.) To(ft) 1 PV 40 cp Casing 24.376 1000! 2 YP 55 Ib1100ft2 Open Hole 22 1001 3 Fluid Model'Power law-"water Based Ftrd" •1 4 Flow Rate i0 ,gpm 5 Max.Pump Press. psl 6 Surface equip.?',2 • 7 Motor bypass? 8 TVD? 1000 ft 9 #of Nozzle(510)''6 •'Manual Calculator • 10 BIT HYDRAULIC DATA I PRESSURE LOSS SUMMARY Min.TFA 0.5221 in2 Drill String 628.66 psi 23.96 Total TFA in2 Annulus 1.99 psi 0.08 Jet Velocity 458.90 ft/s Surface 261.22 psi 9.96 Press.Drop 1731.64 psi Special' 0.00 psi 0.00 Bit Hyd.Power 1010.29 hp Bit 1731.64 psi 66.00 H.S.I. 2.1649 hp/in2 Impact Force 2185.22 lbf ECD 9.24 ppg Total/SPP 2623.50 psi 100.00 l` OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in. in. OD ID ft bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 489.5 8.54 125.96 Heavy Weight Drill Pipe 5 3 6.5 3.125 450 3.94 448.98 X/O Sub(4.5IF x 6-5/8"Reg) 8 2.875 8 2.875 3 0.02 3.61 Reamer 16 3.5 16 3.5 16.5 0.20 8.56 X/O Sub 8 3 8 3 3 0.03 3.01 Heavy Weight Drill Pipe 5 3 6.5 3.125 31 0.27 30.93 X/O Sub 8 2.875 8 2.875 3 0.02 3.61 Bit Sub 8 3 8 3 4 0.03 4.01 i TA ANNULAR Hole ID Pipe OD Length Cum. Cap. Annular Critical Type of Pressure Loss SECTIONS in. in. ft Depth bbls ft/min ft/min Flow psi Casing 24.376 5 489.5 489.5 270.66 43.06 341.63 0.91 Casing 24.376 5 450 939.5 248.82 43.06 341.63 L 0.84 Casing 24.376 8 3 942.5 1.55 46.23 361.71 L 0.01 Casing 24.376 16 16.5 959 5.42 72.47 454.18 L 0.15 Casing 24.376 8 3 962 1.55 46.23 361.71 L 0.01 Casing 24.376 5 31 993 17.14 43.06 341.63 L 0.06 Casing 24.376 8 3 996 1.55 46.23 361.71 L 0.01 Casing 24.376 8 4 1000 2.06 46.23 361.71 L 0.01 Comments:- Security DBS BIT HYDRAULIC PROGRAM 0 Prepared For:-Luke Keller By:-Chris Cochran Date prepared:-2/17/14 Operator:-Hilcorp Well Name/No:-Steelhead M-34 Bit Type:- Mllltooth Contractor:- County:-Kenai Bit Diameter:- 17.5 in. Survey/Abstract:- State/Country:-AK/USA M D Out:- 1450 ft DATA INPUT ', Man Mud Weight 9.2 ppg COMPONENTS ID(In.) To(ft) 1 PV 40 cp Casing 24.376 1000 2 YP 55 Ib/100ft2 Open Hole 17.5 1450 3 Fluid Model Power Law-"Water Based Fluid" •; 4 . Flow Rate gpm 5 Max.Pump Press. psi 6 Surface equip.?2 .1 7 Motor bypass? 8 TVD?l 1448 ft 9 #of Nozzle(510)6 •',Manual Calculation vi 10 A I PRESSURE LOSS SUMMARY Min.TFA 0.4911 inZ Drill String 772.33 psi 27.01 Total TFA 0.6995 inZ Annulus 4.36 psi 0.15 Jet Velocity 367.12 ft/s Surface 174.81 psi 6.11 Press.Drop 1108.25 psi Special* 800.00 psi 27.97 Bit Hyd.Power 517.27 hp Bit 1108.25 psi 38.75 H.S.I. 2.1506 hp/inZ Impact Force 1398.54 Ibf ECD 9.26 ppg Total/SPP 2859.74 psi 100.00 111111M OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in. in. OD ID ft bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 814 14.20 147.76 Heavy Weight Drill Pipe 5 3 6.5 3.125 390 3.42 274.49 6.25"Jar 6 2.25 6 2.25 30 0.15 72.59 Heavy Weight Drill Pipe 5 3 6.5 3.125 30 0.26 21.11 Drill Collar 8 2.81 8 2.81 90 0.69 84.20 UBHO Sub 8 3 8 3 3 0.03 2.12 Stabilizer 17-3/8" 8 3 8 3 5.5 0.05 3.89 MWD*Telemetry 8 "*""""` 8 10 ...".... 350.00 MWD 8 2 8 2 40 0.16 160.15 Stabilizer 17-3/8" 8 3 8 3 5.5 0.05 3.89 Float Sub 8 3 8 3 3 0.03 2.12 Motor*8" 8 ,,•,•,, 8 29 """"""" 450.00 DATA ' ' ` ANNULAR Hole IDI Pipe OD Length Cum. Cap. Annular Critical Type of Pressure Loss SECTIONS in. in. ft Depth bbls ft/min ft/min Flow psi Casing 24.376 5 814 814 450.09 34.45 341.63 1.35 Casing 24.376 5 186 1000 102.85 34.45 341.63 L 0.31 Open Hole 17.5 5 204 1204 55.74 69.72 396.45 L 0.95 Open Hole 17.5 6.25 30 1234 7.79 73.39 410.89 L 0.17 Open Hole 17.5 5 30 1264 8.20 69.72 396.45 L 0.14 Open Hole 17.5 8 90 1354 21.18 80.94 435.17 L 0.69 Open Hole 17.5 8 3 1357 0.71 80.94 435.17 L 0.02 Open Hole 17.5 8 5.5 1362.5 1.29 80.94 435.17 L 0.04 Open Hole 17.5 8 10 1372.5 2.35 80.94 435.17 L 0.08 Open Hole 17.5 8 40 1412.5 9.41 80.94 435.17 L 0.31 Open Hole 17.5 8 5.5 1418 1.29 80.94 435.17 L 0.04 Open Hole 17.5 8 3 1421 0.71 80.94 435.17 L 0.02 Open Hole 17.5 8 29 1450 6.82 80.94 435.17 L 0.22 Comments:- Security DBS BIT HYDRAULIC PROGRAM `:>, Prepared For.-Luke Keller • -. By:-Chris Cochran Date prepared:-2/17114 Operator:-Hilcorp Well Name/No:-Steelhead M-34 Bit Type:- Milltooth Contractor:- County:-Kenai Bit Diameter:- 22 in. Survey/Abstract:- State/Country:-AKIUSA MD Out:- 1450 ft DATA INPUT i CASING/UNER/RISER/OPEN HOLE NOZZLE Manual Auto Mud Weight 9.2 ppg COMPONENTS ID(in.) To(ft) 1 PV 40 cp Casing 24.376 1000 2 YP 55 Ib/100ft2 Open Hole 22 1450 3 Fluid Model Pm-er Lary- :racer RAW Fluid" •i 4 Flow Rate gpm 5 Max.Pump Press. psi 6 Surface equip.?2 • 7 Motor bypass? 8 TVD?l 1450 ft 9 #of Nozzle(510)'6 •IManual Calculation V 10 PRESSURE LOSS SUMMARY Min.TFA 0.5404 in' Drill String 833.88 psi 33.15 Total TFA 0.7731 Int Annulus 3.22 psi 0.13 Jet Velocity 415.19 ft/s Surface 261.22 psi 10.38 Press.Drop 1417.51 psi Special* 0.00 psi 0.00 Bit Hyd.Power 827.02 hp Bit 1417.51 psi 56.34 H.S.I. 2.1756 hp/int Impact Force 1977.11 Ibf ECD 9.24 ppg Total/SPP 2515.82 psi 100.00 OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in. in. OD ID ft bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 880.25 15.36 226.50 Heavy Weight Drill Pipe 5 3 6.5 3.125 390 3.42 389.12 7.75"Jar 8 3 8 3 32 0.28 32.08 Drill Collar 8 2.81 8 2.81 60 0.46 79.57 Float Sub 8 3 8 3 2.25 0.02 2.26 Stabilizer 17-3/8" 8 3 8 3 5.5 0.05 5.51 Drill Collar 8 2.81 8 2.81 30 0.23 39.79 Reamer 22"with 3 jets 8 3.5 8 3.5 10 0.12 5.19 Bull nose with 1 jet 9 2.8 9 2.8 40 0.30 53.86 ANNULUS DATA ANNULAR Hole ID Pipe OD Length Cum. Cap. Annular Critical Type of Pressure Loss SECTIONS in. in. ft Depth bbls ft/min ft/min Flow psi Casing 24.376 5 880.25 880.25 486.72 43.06 341.63 1.64 Casing 24.376 5 119.75 1000 66.21 43.06 341.63 L 0.22 Open Hole 22 5 270.25 1270.25 120.50 53.40 357.15 L 0.69 Open Hole 22 7.75 32 1302.25 13.18 57.82 379.20 L 0.11 Open Hole 22 8 60 1362.25 24.48 58.36 381.49 L 0.22 Open Hole 22 8 2.25 1364.5 0.92 58.36 381.49 L 0.01 Open Hole 22 8 5.5 1370 2.24 58.36 381.49 L 0.02 Open Hole 22 8 30 1400 12.24 58.36 381.49 L 0.11 Open Hole 22 8 10 1410 4.08 58.36 381.49 L 0.04 Open Hole 22 9 40 1450 15.66 60.82 391.21 L 0.17 Comments:- Security DBS BST HYDRAULIC PROGRAM Prepared For:-Luke Keller By:-Chris Cochran Date prepared:-2117/14 Operator:-Hilcorp Well Name/No:-Steelhezd M-34 Bit Type:- PDC Contractor:- County:-Kenai Bit Diameter:- 14.5 in. Survey/Abstract:- State/Country:-AK/USA MD Out:- 4000 ft DATA INPUT CASING/LINER/RISER/OPEN HOLE NOZZLE Manual Auto Mud Weight 0.6 ppg COMPONENTS ID(in.) To(ft) 1 PV 15 cp Casing 15.01 1450 2 1 YP 24 Ib/100ft2 Open Hole 14.5 4000 3 Fluid Model Pa r .2 e,5,,,ed Rue," 4 I Flow Rate gpm 5 Max.Pump Press. psi 6 Surface equip.?2 "I 7 Motor bypass? 8 TVD?1 3754 ft 9 #of Nozzle(510)J 6 v'Manual Calculation • 10 Min.TFA 0.4173 in2 Drill String 849.67 psi 37.28 Total TFA 0.7517 in2 Annulus 169.39 psi 7.43 Jet Velocity 298.94 ft/s Surface 143.44 psi 6.29 Press.Drop 766.79 psi Special` 350.00 psi 15.36 Bit Hyd.Power 313.16 hp Bit 766.79 psi 33.64 H.S.I. 1 392 hp/in2 Impact Force' 1039.79 lbf ECD 10.47 ppg Total/SPP 2279.28 psi 100.00 OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in. in. OD ID ft, bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 3414.75 59.59 379.51 Heavy Weight Drill Pipe 5 3 6.5 3.125 420 3.68 178.72 XO Sub 8 3 8 3 2.25 0.02 0.96 7-3/4"Jar 7.75 3 7.75 3 29 0.25 12.40 Float Sub 8 3 8 3 2 0.02 0.86 Drill Collar 8 2.81 8 2.81 30 0.23 16.92 Reamer 14.5 x 17.5" 14.25 3 14.25 3 15.85 0.14 6.78 Stabilizer 14-3/8" 8 3 8 3 5.5 0.05 2.35 Drill Collar 8 2.81 8 2.81 30 0.23 16.92 Stabilizer 14-3/8" 8 3 8 3 5.5 0.05 2.35 MWD"TM 8 ************ g 3 ..+......... 350.00 MWD 8 1.92 8 1.92 20.44 0.07 57.74 GeoPilot 9600 RSS 9.6 1.5 9.6 1.5 21.7 0.05 174.17 ANNULAR Hole ID Pipe OD Length Cum. Cap. Annular Critical Type of ' Pressure Loss SECTIONS in. in. ft Depth bbls ft/min ft/min Flow psi Casing 15.01 5 1450 1450 282.14 85.66 244.30 L 4.91 Open Hole 14.5 5 1964.76 3414.76 353.58 92.62 248.25 L 7.46 Open Hole 14.5 5 420 3834.76 75.58 92.62 248.25 L 1.59 Open Hole 14.5 8 2.25 3837.01 0.32 117.31 278.89 L 0.02 Open Hole 14.5 7.75 29 3866.01 4.23 114.24 275.68 L 0.20 Open Hole 14.5 8 2 3868.01 0.28 117.31 278.89 L 0.01 Open Hole 14.5 8 30 3898.01 4.26 117.31 278.89 L 0.22 Open Hole 14.5 14.25 15.85 3913.86 0.11 2387.06 757.67 TUR. 154.22 Open Hole 14.5 8 5.5 3919.36 0.78 117.31 278.89 L 0.04 Open Hole 14.5 8 30 3949.36 4.26 117.31 278.89 L 0.22 Open Hole 14.5 8 5.5 3954.86 0.78 117.31 278.89 L 0.04 Open Hole 14.5 8 3 3957.86 0.43 117.31 278.89 L 0.02 Open Hole 14.5 8 20.44 3978.3 2.90 117.31 278.89 L 0.15 Open Hole 14.5 9.6 21.7 4000 2.49 145.29 304.14 L 0.27 Comments:- Security DBS BIT HYDRAULIC PROGRAM l. a Prepared For:-Luke Keller By:-Chris Cochran Date prepared:-2/17/14 Operator:-Hilcorp Well Name/No:-Steelhead M-34 Bit Type:- PDC Contractor:- County:-Kenai Bit Diameter:- 12.25 in. Survey/Abstract:- State/Country:-AK/USA M D Out:- 10000 ft DATA INPUT I AIMIIMMINEMWEN HOLE I NOZZLE Manual Auto Mud Weight 9.6 ppg COMPONENTS ID(in.) To(ft) 1 PV 15 cp Casing 12.415 4000 2 YP 24 Ib/100ft2 Open Hole 12.25 10000 3 Fluid Model,Lower Law-'Water Based Fluid" •I 4 Flow Rate gpm 5 Max.Pump Press- psi 6 Surface equip.?2 j 7 Motor bypass? 8 TVD? 8874 ft 9 #of Nozzle(510)6 •;Manual Calculation • I. 10 Min.TFA 0.5275 inZ Drill String 1779.26 psi 61.51 Total TFA 0.9818 In2 Annulus 70.46 psi 2.44 Jet Velocity 228.87 fts Surface 143.44 psi 4.96 Press.Drop 449.48 psi Special* 450.00 psi 15.56 Bit Hyd.Power 183.57 hp Bit psi 15.54 H.S.I. 1.5575 hp/in2 Impact Force 796.09 lbf ECD 9.75 ppg Total/SPP psi 100.00 OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in. in. OD ID ft bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 9326.31 162.74 1036.50 Heavy Weight Drill Pipe 5 3 6.5 3.125 420 3.68 178.72 XO Sub 8 3 8 3 2.25 0.02 0.96 7-3/4"Jar 7.75 3 7.75 3 29 0.25 12.40 Drill Collar 8 2.81 8 2.81 90 0.69 50.75 Float Sub 8 3 8 3 2 0.02 0.86 MWD* 8 *«*«***«**** 8 «««*«««««*.« 9 .,«.,.«.«.«* 450.00 MWD 8 1.92 8 1.92 91.44 0.33 258.28 Geopilot 9600 RSS 9.6 1.5 9.6 1.5 " 30 0.07 240.79 'IMMEIMIATA ANNULAR Hole ID Pipe OD Length Cum. Cap. Annular Critical Type of Pressure Loss SECTIONS in. in. ft Depth bbls ft/min ft/mIn Flow psi Casing 12.415 5 4000 4000 501.78 132.86 267.85 ._ 25.99 Open Hole 12.25 5 5326.31 9326.31 647.10 137.19 269.71 L 36.33 Open Hole 12.25 5 420 9746.31 51.03 137.19 269.71 L 2.86 Open Hole 12.25 8 2.25 9748.56 0.19 199.36 317.72 L 0.04 Open Hole 12.25 7.75 29 9777.56 2.54 190.63 312.19 L 0.47 Open Hole 12.25 8 90 9867.56 7.52 199.36 317.72 L 1.62 Open Hole 12.25 8 2 9869.56 0.17 199.36 317.72 L 0.04 Open Hole 12.25 8 9 9878.56 0.75 199.36 317.72 L 0.16 Open Hole 12.25 8 91.44 9970 7.64 199.36 317.72 L 1.64 Open Hole 12.25 9.6 30 10000 1.69 296.31 367.25 L 1.30 Comments:- Security DBS BIT HYDRAULIC PROGRAM �''` ,,.,,,. i Prepared For:-Luke Keller tea,:' By:-Chris Cochran Date prepared:-2/17/14 Operator:-Hilcorp Well Name/No:-Steelhead M-34 Bit Type:- PDC Contractor:- County:-Kenai Bit Diameter:- 8.5 in. Survey/Abstract:- State/Country:-AK/USA MD Out:- 13500 ft DATA INPUT `. Auto Mud Weight 9.6 ppg COMPONENTS ID(in.) To(ft) 1 16 PV 15 cp Casing 12.415 4000 2 16 YP 24 lb/100ft2 Casing 8.681 13500 3 Fluid Model:Pacer Law-"Water Based Fluid- •I 4 Flow Rate gpm 5 Max.Pump Press, psi 6 Surface equip.?2 v I 7 Motor bypass? 8 TVD? 9520 ft 9 #of Nozzle(510)16 •'Manual Cala:185on !H 10 Min.TFA 0.4360 in2 Drill String 1578.98 psi 59.46 Total TFA 0.9818 int Annulus 287.70 psi 10.83 Jet Velocity 196.18 ft/s Surface 108.68 psi 4.09 Press.Drop 330.23 psi Special* 350.00 psi 13.18 Bit Hyd.Power 115.60 hp Bit psi 12.44 H.S.I. 1.9531 hp/int Impact Force 584.88 Ibf ECD 10.18 ppg Total/SPP 2655. psi 100.00 OD ID Tool Joint Length Cap. Pressure Loss DRILL STRING COMPONENTS in. in. OD ID ft bbls psi Drill Pipe(S) 5 4.276 6.625 2.75 12976.91 226.44 1136.47 Heavy Weight Drill Pipe 5 3 6.5 3.125 360 3.16 120.71 6.25"Jar 6 2.75 6 2.75 30 0.22 14.61 Float Sub 6.75 2.812 6.75 2.812 2 0.02 0.89 MWD* 6.75 ************ 6.75 ************ 10.05 ************ 350.00 MWD 6.75 1.92 6.75 1.92 112.04 0.40 249.38 Geopilot 7600 RSS 7.6 1.5 7.6 1.5 9 0.02 56.92 i I - ANNULUS DATA ANNULAR Hole ID Pipe OD Length Cum. Cap. Annular Critical Type of Pressure Loss SECTIONS in., in. ft Depth bbls ft/min ft/min Flow psi Casing 12.415 5 4000 4000 501.78 113.88 267.85 24.18 Casing 8.681 5 8976.91 12976.91 439.16 292.02 332.04 L 238.10 Casing 8.681 5 360 13336.91 17.61 292.02 332.04 L 9.55 Casing 8.681 6.25 30 13366.91 1.06 405.15 377.10 TUR. 1.71 Casing 8.681 6.75 2 13368.91 0.06 493.54 404.70 TUR. 0.18 Casing 8.681 6.75 10.05 13378.96 0.29 493.54 404.70 TUR. 0.88 Casing 8.681 6.75 112.04 13491 3.24 493.54 404.70 TUR. 9.84 Casing 8.681 7.6 9 13500 0.15 835.58 483.53 TUR. 3.26 Comments:- Attachment E Underreamer Ops Manual ENTERPRISE EXCELLENCE WORK INSTRUCTION Weatherford' WORK INSTRUCTION REV: PAGE: ORIGINAL ISSUE DATE: REVISION DATE: NUMBER: 1/18/2011 MM/DD/YYYY PREPARED BY: REVIEWED BY: APPROVED BY: APPROVED BY: TOMMY LAIRD EDDIE VALVERDE CHAD EVANS TITLE: Operational Procedures (Ball Drop) 1.0 PURPOSE HEWD with Cemented Shoe Track 2.0 SCOPE The following document will outline the operating procedures for simultaneously drilling and underreaming with a cemented shoe track. This procedure is to be used only as a reference only,as pre-determined parameters may change or modify standard operating procedure. 3.0 RESPONSIBILITY Weatherford RipTide Operator 4.0 INSTRUCTION 4.1.1 Make up the underreamer into the BHA and RIH with predetermined assembly. 4.1.2 After the underreamer exits the casing shoe,continue to drill until the underreamer is at least 15 feet below the casing shoe. 4.1.3 Pull up the drill string 5 to 10 feet off bottom. Before the ball is dropped,set the flow rate to planned normal drilling flow rate and record the stand pipe pressure. Drop the ball into the drill pipe,and either let gravity assist or slowly pump until the ball is positioned at the top of the shear pin piston in the reamer controller. 4.1.4 Once the ball is seated, rotate the drill string 10 to 20 rpm and increase the flow rate gradually. As the shear pins are sheared and cutter blocks are pushed out, an increase in torque is noticeable. Note a sharp increase in SPP is noticed as the ball seats and reduced as the shear pins are sheared and the cutter blocks cut out the formation to the enlarged diameter. 4.1.5 After shear pins are sheared in the reamer controller,the formation cut-out process starts immediately. Rotate the BHA 30-50 rpm and bring up the pump gradually to planned drilling flow rate. Rotate for 5 to 10 minutes. 4.1.6 Continue to work the string up and down within 5 feet to form an enlarged cut-out formation shoulder. 4.1.7 With the pumps remaining on,stop rotation and pull the reamer up into the upper formation shoulder. Overpull will be noticed at surface,verifying successful cutter block opening. 4.1.8 Now the cutter blocks are opened and cut-out is formed, normal underreaming while drilling operation will commence until predetermined enlargement depth. Operating parameters will be determined in a pre-job checklist and BHA analysis. 4.1.9 With the enlargement interval complete, slowly pull the underreamer into the casing shoe. Do not slam the underreamer against the casing shoe, as the cutter blocks may not be fully closed down hole by the spring force. Pulling against the casing shoe should push them back into the collapsed position. If resistance is seen, lower the underreamer and re-establish circulation/rotation to clean debris. Continue with this operation until successfully inside casing. ©2009 Weatherford International,Inc. This document is copyrighted and,whether patentable or non-patentable subject matter,embodies the proprietary and confidential information of Weatherford.Recipients agree it is loaned in confidence with the understanding that neither it nor the information in it will be reproduced,used or disclosed in whole or in part for any purpose except the limited purpose for which it is loaned.This document shall be returned to Weatherford upon demand. C ( m m m > n Z n N m N > H 70 H H LI, T 0 H c C �_ p Z Po O m m A m H Q v 4—m 4— 4— 0rn 4— co 4— j v m O r- Q. _ HO v, H m m 0 4— _ H m ~ n N m 7,7 0 C co -I D m O C ± m 7, 2 H m -I 7t3 D > G-) F) O O Z m I ZO m v, O z 0 +II H A _ < -n O z D O Or Z c D G) m /-� 1 I 2 D 70 • —I mN 2 n H O 0 n 0 C m p O Gl r O m cn m _ A0 v t„ N H O m D Z < > c 0 rn H O m D O Z m > 0 m m Z 0 v Z G1 m 02 pC nv, 5 nP 77 z v, 2n S v� 0 W N OZ C p H p 0 m m O N -< v r Z 2 -i 0 D "' mH 4— pp ) 4-rm„ 4— zn c) Oz 4-- Ocm �— n f— � � � � -HZ O H O - Z m �c W N m p D Z v fJ n p O D p O v = p v v Z G Gl D C O m D m D p D 70 p �u M 70 70 0 p H D m p D p 7, T rn V1 n 0 m m Z7 m H v1 m 0 c, m < zH " o m m o D N 10 O O Z r 2 to D -{ C rn PO 0 m = 0 u, O 0 z - O m c 0 > Z z z > Z n S m p D n p m O Dp O K D N r n p O D m O O H C I • H H DO m N 1 m 0 n p 7, z rt. 0 1 n D r C 7J O n I C < H N OZ p 7, m r › m D [rj D p H H m Z pz, Z A D H w a r m Z n co C c O Gl { N C Z T m T —� p D D G> m O Oir -1K —m � -0 ♦— D O v r � nmmv+ m vn Zm & 7V cp 7Cvn C O p i+ n co0Dm m C O m Nm -o -O° O m m <1 O D vmO'a n Hmrn m ZA m m GNO v+ O ,- Z N H 0 ON C co o < Wo d m \ob ¢aa ' _ <I 1 iau' 0 z Attachment F BHAs and Bit Specifications HALLIBURTON i Eperry o''"'"g WELL INFORMATION Created On:Feb 14 2014 Customer : Hilcorp Alaska, LLC BHA Tally Well Name : M-34 planned Job Number : -XX- Drillstring Platform : Steelhead Platform IADC Rig BHA# 0100 Run# 100 COMPONENT DATA Item OD ID Gauge Weight Top Length Cumulative # Description Serial Number Connection (in) (in) (in) (lbpf) (ft) Length (ft) 1 Mill Tooth 9.000 3.000 17.500 192.72 P 6-5/8"REG 1.30 1.30 2 Bit Sub(6-5/8"Bored for float) 8.000 3.000 147.22 B 6-5/8"REG 4.00 5.30 3 X-Over Sub(4.51F x 6-5/8"Reg) 8.020 2.875 150.04 B 4-1/2"IF 3.00 8.30 4 15jts x 5"X 3"HWDP#49.3-4.5"IF — 5.000 3.000 42.83 450.00 458.30 Total 7 458.3 BIT DATA Bit Number Nozzles • . Bit Size (in) : 17.500 TFA (in2) : 0.0000 Manufacturer Dull Grade In . Model Dull Grade Out .• Serial Number .• BHA Weight (klb) (klb) in Air(Total) 20.56 in Mud (Total) 17.68 Mud Weight (ppg) 9.20 in Air (Below Jars) N/A in Mud(Below Jars) N/A BHA WEIGHT CALCULATION MESSAGE Jar not found.Could not calculate weight below jars. COMMENTS Proposed BHA#1 Clean out run 17-1/2"bit to drill out 2 x cmt plugs in the 26"casing. Plug#1 300—500 ft Plug#2 900—1000 ft 5"Drillpipe 19.5 S-135 NC-50 DP 8.8—9.2 ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 HALLIBURTON j sp.,r"`r c''"""g BHA Schematic Hilcorp Alaska, LLC M-34 planned IADC Rig BHA# : 0100 Run# : 100 Drillstring : Drillstring Created On:Feb 14 2014 COMPONENT DATA OD Length X-Over Sub(4.51F x 6-5/8'Reg) Description (in) (ft) 9.000 1.30 Mill Tooth Gau•e: 17.500 in 8.000 4.00 Bit Sub(6-5/8"Bored for float) 8.020 3.00 X-Over Sub(4.51F x 6-5/8"Reg) 5.000 450.00 15jts x 5"X 3"HWDP#49.3- 4.5"IF i."Pos: Measured as distance from bottom of the component. Bit Sub(6-5.'8"Bored for float) Mill Tooth Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 IHALLIBURTON i sPoMv orq,u„g WELL INFORMATION Created On:Feb 14 2014 BHA TallyCustomer : Hilcorp Alaska, LLC Well Name : M-34 planned Job Number : -XX- Drillstring Platform : Steelhead Platform IADC Rig BHA# Run# 200 COMPONENT DATA Item OD ID Gauge Weight Top Length Cumulative # Description Serial Number Connection ft (in) (in) (in) (Ibpf) ( ) Length (ft) 1 Mill Tooth 9.000 3.000 17.500 192.72 P 6-5/8"REG 1.30 1.30 2 Bit Sub(6-5/8"Bored for float) 8.000 3.000 147.22 B 6-5/8"REG 4.00 5.30 3 X-Over Sub(4.51F x 6-5/8"Reg) 8.020 2.875 150.04 B 4-1/2"IF 3.00 8.30 4 5"X 3"HWDP#49.3-4.5"IF 5.000 3.000 49.30 31.00 39.30 5 X-Over Sub(7-5/8"Reg x 4.5"IF) 8.000 3.000 147.22 B 7-5/8"REG 3.00 42.30 6 Under Reamer 16.000 3.500 22.000 652.43 16.50 58.80 7 X-Over Sub(4.5"IF x 7-5/8"Reg) 8.000 3.000 147.22 B 4-1/2"IF 3.00 61.80 8 15jts x 5"X 3"HWDP#49.3-4.5"IF - 5.000 3.000 42.83 450.00 511.80 Total: 511.8 BIT DATA Bit Number Nozzles • Bit Size (in) : 17.500 TFA (in2) : 0.0000 ManufacturerDull Grade In Model Dull Grade Out • Serial Number .• BHA Weight (klb) (klb) in Air(Total) 33.74 in Mud (Total) 29.01 Mud Weight (ppg) 9.20 in Air (Below Jars) N/A in Mud(Below Jars) N/A BHA WEIGHT CALCULATION MESSAGE Jar not found.Could not calculate weight below jars. COMMENTS Proposed BHA#2 17.5 x 22"Underreamer Underream two spots in 26"casing from 17-1/2"to 22"with the Weatherford RipTide underreamer 5"Drillpipe 19.5 S-135 NC-50 DP 8.8-9.2ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 IHALLIBURTON I Sperry o';m.,fl BHA Schematic Hilcorp Alaska, LLC X-Over Sub(4.5'1F x 7-5/Meg) ` M-34 planned IADC Rig BHA# : Run# : 200 Drillstring : Drillstring Created On:Feb 14 2014 COMPONENT DATA OD Length Under Reamer Description (in) (ft) 9.000 1.30 Mill Tooth Gau.e: 17.500 in 8.000 4.00 Bit Sub(6-5/8"Bored for float) 8.020 3.00 X-Over Sub(4.51F x 6-5/8"Reg) 5.000 31.00 5"X 3"HWDP#49.3-4.5"IF 8.000 3.00 X-Over Sub(7-5/8"Reg x 4.5"IF) 16.000 16.50 Under Reamer (Gau.e:22.000 in) X-Over Sub(7-5(8'Reg x 4.5"IF) 8.000 3.00 X-Over Sub(4.5"IF x 7-5/8"Reg) 5.000 450.00 15jts x 5"X 3"HWDP#49.3- 4.5"IF *Pos: Measured as distance from bottom of the component. 5"X 3"HWDP#49.3-4.5'1F X-Over Sub(45lF x 6-5'8"Reg) , ., Bit Sub(6-5'8"Bored for float) it Mill ill Tooth Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 HALLIBURTON 1 8pem o''""^s WELL INFORMATION Created On:Feb 14 2014 BHA TallyCustomer : Hilcorp Alaska, LLC Well Name : M-34 planned Job Number : -XX- Drillstring Platform : Steelhead Platform IADC Rig BHA# Run# 300 COMPONENT DATA Item OD ID Gauge Weight Top Length Cumulative # Description Serial Number Connection (in) (in) (in) (Ibpf) (ft) Length (ft) 1 Milled Tooth 9.000 3.000 17.500 192.72 P 6-5/8"REG 1.50 1.50 2 8"SperryDrill Lobe 4/5-5.3 stg 8.000 5.000 121.08 B 6-5/8"REG 28.99 30.49 Stabilizer 17.375 3 Float Sub 8.000 3.000 147.22 B 6-5/8"REG 3.00 33.49 4 Stabilizer 8.000 3.000 17.375 147.22 B 6-5/8"REG 5.50 38.99 5 8"Gyro While Drilling(Gyro) 8.000 3.000 147.22 B 6-5/8"REG 26.00 64.99 6 8"DM Collar(Directional) 8.000 3.375 140.82 B 6-5/8"REG 9.20 74.19 7 8"HCIM Collar(Processor) 8.010 1.920 149.90 B 6-5/8"REG 4.80 78.99 8 8"TM HOC(Telemetry) 8.000 3.312 141.94 B 6-5/8"REG 10.00 88.99 9 Stabilizer 8.000 3.063 17.375 146.20 B 6-5/8"REG 5.50 94.49 10 Orienting Sub UBHO 8.000 3.000 147.22 3.00 97.49 11 8"Slick NMDC 8.000 3.000 147.22 B 6-5/8"REG 30.00 127.49 12 8"Slick NMDC 8.000 3.000 147.22 B 6-5/8"REG 30.00 157.49 13 8"Slick NMDC 8.000 3.000 147.22 B 6-5/8"REG 30.00 187.49 14 5"X 3"HWDP#49.3-4.5"IF 5.000 3.000 49.30 30.00 217.49 15 6.25"Weatherford Jar 6.250 2.250 91.01 B 4-1/2"IF 30.00 247.49 16 13jts x 5"X 3"HWDP#49.3-4.5"IF 5.000 3.000 42.83 390.00 637.49 Total: 637.49 BIT DATA Bit Number Nozzles • Bit Size (in) : 17.500 TFA (in2) : 0.0000 Manufacturer : Other Dull Grade In . ModelDull Grade Out .• Serial Number .• MOTOR DATA Motor Number Bend (deg) : 1.15 OD (in) : 8.000 Nozzles (32nd) : 0.0 Manufacturer : Sperry Drilling Avg Diff Press . Model : SperryDrill Cumul Cir Hrs .• Serial Number . Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 HALLIBURTON Sperry Drilling BHA Weight (klb) (klb) in Air(Total) 47.72 in Mud (Total) 41.03 Mud Weight (ppg) 9.20 in Air (Below Jars) 28.29 in Mud(Below Jars) 24.32 COMMENTS Proposed BHA#3 17-1/2"Directional only/MWD Gyro while Drilling 990'-1450' 8.8—9.2 ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 2 IHALLIBURTON I Sperry 13'41'19 BHA Schematic ' Orienting Sub Hilcorp Alaska, LLC UBHO M-34 planned Stabilizer IADC Rig BHA# Run# : 300 625" 8"Slick NMDC Drillstring : Drillstring Weatherford Jar 8"TM HOC Created On:Feb 14 2014 (Telemetry) COMPONENT DATA OD Length (in) (ft) Description 8"HaCIM 9.000 1.50 Milled Tooth (Processor) Gau•e. 17.500 in 8.000 28.99 8"SperryDrill Lobe 4/5-5.3 stg 1, _- Stabilizer 'i' 8"DM Collar t Gau.e:17.375 in.Pos':2.67 ft (Directional) 8.000 3.00 Float Sub 8.000 5.50 Stabilizer Gau.e: 17.375 in, Pos`: 1.50 ft 5"X 3"HWDP 8"Slick NMDC 8.000 26.00 8"Gyro While Drilling (Gyro) #49-3-4.5"tF 8.000 9.20 8"DM Collar(Directional) 8.010 4.80 8"HCIM Collar(Processor) 8.000 10.00 8"TM HOC(Telemetry) 8.000 5.50 Stabilizer $ Gau.e: 17.375 in,Pos`:2.64 ft) 8"Gyro While 8.000 3.00 Orienting Sub UBHO Drilling(Gyro) 8.000 30.00 8"Slick NMDC 8.000 30.00 8"Slick NMDC ' 8.000 30.00 8"Slick NMDC 5.000 30.00 5"X 3"HWDP#49.3-4.5"I F j 6.250 30.00 6.25"Weatherford Jar 5.000 390.00 13jts x 5"X 3"HWDP#49.3- 8"Slick NMDC t' 4.5"IF Stabilizer "Pos: Measured as distance from bottom of the component. Float Sub • r 8"SperryDrill Lobe 4.5- 53stg Mimed ' 'r"^ Tooth Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 I HALLIBURTON 1 sPo�s,o,-ill inr WELL INFORMATION Created On:Feb 14 2014 BHA TallyCustomer : Hilcorp Alaska, LLC Well Name : M-34 planned Job Number : -XX- Drillstring Platform : Steelhead Platform IADC Rig BHA# Run# 400 COMPONENT DATA "' '- Item OD ID Gauge Weight Top Length Cumulative # Description Serial Number (in) (in) (in) (IbpfConnection (ft)) Length (ft) 1 Bull Nose 9.000 2.800 9.000 195.82 B 6-5/8"REG 3.42 3.42 2 Weatherford 16500 RipTide Reamer 16.000 3.500 22.000 652.43 16.15 19.57 3 8"Slick NMDC 8.000 2.810 150.17 B 6-5/8"REG 30.00 49.57 4 Stabilizer 17.375" 8.000 3.000 17.375 147.22 B 6-5/8"REG 5.50 55.07 5 8"NM Float Sub 8.000 2.810 150.17 B 6-5/8"REG 2.25 57.32 6 8"Slick NMDC 7.700 3.310 129.37 B 6-5/8"REG 30.00 87.32 7 8"Slick NMDC 7.900 3.310 137.72 B 6-5/8"REG 30.00 117.32 8 7-3/4"Weatherford Hyd Jar 7.750 3.000 136.68 B 4-1/2"IF 32.00 149.32 9 13jts x 5"X 3"HWDP#49.3-4.5"IF 5.000 3.000 49.30 390.00 539.32 Total: 539.32 BIT DATA Bit Number Nozzles • Bit Size (in) : 9.000 TFA (in2) : 0.0000 Manufacturer Dull Grade In . Model Dull Grade Out • . Serial Number .• BHA Weight (klb) (klb) in Air(Total) 48.47 in Mud (Total) 41.68 Mud Weight (ppg) 9.20 in Air (Below Jars) 24.87 in Mud(Below Jars) 21.38 COMMENTS Proposed BHA#4 17.5"x 22"Underreamer run 990'-1450' 8.8-9.2ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 HALLIBURTON ! Sperry Drilling BHA Schematic Hilcorp Alaska, LLC r M-34 planned IADC Rig BHA# Run# : 400 7-3/4"Weatherford Hyd 8'Slick NMDC Jar Drillstring : Drillstring Created On:Feb 14 2014 COMPONENT DATA 41111111111 1 , OD Length Description (in) (ft) 9.000 3.42 Bull Nose Gau.e.9.000 in 16.000 16.15 Weatherford 16500 RipTide Reamer (Gau.e:22.000 in) 8.000 30.00 8 8.000 5.50 Stabilizer 17.375" 8"Slick NMDC (Gau.e. 17.375 in,Pos': 1.50 ft) 8.000 2.25 8 7.700 30.00 8 7.900 30.00 8 7.750 32.00 7-3/4"Weatherford Hyd Jar 5.000 390.00 13jts x 5"X 3"HWDP#49.3- 4.5"IF 8"NPA Float Sub "Pos: Measured as distance from bottom of the component. Stabilizer 17.375" 8"Slick NMDC Weatherford 16500 RioTide a • Reamer ro Bull Nose Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 HALLIBURTON I spa-",a"»"'w WELL INFORMATION Created On:Feb 14 2014 Customer : BHA Tally Well Name : MIr M-34 planp ned LLC Job Number : -XX- Drillstring Platform : Steelhead Platform IADC Rig BHA# Run# 500 COMPONENT DATA Item OD ID Gauge Weight Top Length Cumulative # Description Serial Number ft Connection (in) (in) (in) Rio ( ) Length (ft) 1 PDC-Long Gauge 9.000 3.000 ' 14.500 192.72 B 6-5/8"REG 1.95 1.95 Stabilizer 14.470 2 Geo-Pilot 9600 9.625 2.375 14.250 156.45 B 6-5/8"REG 21.70 23.65 Ref Housing Stabilizer 14.250 Stabilizer 9.626 3 Geo-Pilot 9600 Flex Collar 6.750 3.500 120.00 B 6-5/8"REG 9.20 32.85 4 ILS Stab 8.000 3.250 14.375 143.03 B 6-5/8"REG 2.20 35.05 5 8"PWD(Downlink reciever control 8.000 1.920 143.40 B 6-5/8"REG 4.44 39.49 GP9600) 6 8"HCIM Collar(Processor) 8.000 1.920 149.90 B 6-5/8"REG 4.64 44.13 7 8"TM HOC(Telemetry) 7.910 3.250 145.20 B 6-5/8"REG 9.00 53.13 8 8"Stabilizer 8.000 3.000 14.375 147.22 B 6-5/8"REG 5.50 58.63 9 8"Slick NMDC 7.950 3.250 140.90 B 6-5/8"REG 30.00 88.63 10 8"Stabilizer 8.000 3.000 14.375 147.22 B 6-5/8"REG 5.50 94.13 11 Weatherford 14750 RipTide Under 14.250 3.000 17.500 519.43 15.85 109.98 Reamer 12 8"Slick NMDC 8.000 3.250 143.03 B 6-5/8"REG 30.00 139.98 13 Float Sub 8.000 2.813 150.12 B 6-5/8"REG 2.00 141.98 14 7.75"Weatherford Jar 7.750 3.000 136.68 B 6-5/8"REG 29.00 170.98 15 X-Over Sub(4.5"IF x 6-5/8"Reg) 8.000 3.000 147.22 B 4-1/2"IF 2.25 173.23 16 14 jts 5"X 3"HWDP#49.3-4.5"IF 5.000 3.000 49.30 420.00 593.23 Total: 593.23 BIT DATA Bit Number Nozzles .• Bit Size (in) : 14.500 TFA (in2) : 0.0000 Manufacturer : HDBS Dull Grade In . Model Dull Grade Out .• Serial Number .• BHA Weight (klb) (klb) in Air(Total) 51.50 in Mud (Total) 43.96 Mud Weight (ppg) 9.60 in Air (Below Jars) 26.50 in Mud(Below Jars) 22.62 Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 HALLIBURTON i SP. Drilling COMMENTS Proposed BHA#5 14.5"x 17.5"GeoPilot 9600 Under reamer 1450'-4000' No Gyro required in this section per wellplan 9.2—9.6 ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 2 HALLIBURTON 1 Sperry Ori1n9 BHA Schematic X-Over Sub(4 5'1F x 6- 5.3"Reg) Hilcorp Alaska, LLC 2'Stabilizer M-34 planned • IADC Rig BHA# : Run # : 500 Drillstring : Drillstring 7 75"Weatherford Jar Created On:Feb 14 2014 COMPONENT DATA 8"Slick NMDC OD Length Description (in) (ft) 9.000 1.95 PDC-Long Gauge Gauge: 14.500 in _- Poe.- Float Sub ! 14.470 in,Po1.37 ft 9.625 21.70 Geo-Pilot 9600 _- Ref Housing Stabilizer (Gau•e:14.250 in,Pos`:15.25 ft 8"Stabilizer _- Stabilizer Gau•e:9. 626 in,Pos`:19.95 ft 6.750 9.20 Geo-Pilot 9600 Flex Collar 8.000 2.20 ILS Stab (Gauge: 14.375 in,Pos*: 1.35 ft) 8"Slick NMDC Gauge: " 8"TM HOC(Telemetry) 8.000 4.44 8"PWD(Downlink reciever control GP9600 8.000 4.64 8"HCIM Collar(Processor) . 7.910 9.00 8"TM HOC(Telemetry) 8"HCIM Collar 8.000 5.50 8"Stabilizer (Processor) si 7.950 30.00 8"Slick NMDC 8"PWD(Downlink W. 8.000 5.50 8"Stabilizer reciever control GP9600) 14.250 15.85 Weatherford 14750 RipTide Under '" Reamer ILS Stab Gauge: 17.500 in Weatherfor 8.000 30.00 8"Slick NMDC d 14750 RipTide I . 8.000 2.00 Float Sub Under Geo-Pilot 9600 Flex 7.750 29.00 7.75"Weatherford Jar Reamer Collar 8.000 2.25 X-Over Sub(4.5"IF x 6-5/8"Reg) 5.000 420.00 14 jts 5"X 3"HWDP#49.3-4.5"IF ( ; 'Pos: Measured as distance from bottom of the component. • Geo-Pilot 9600 Sleeve Stabilizer ---" PDC-Long Gauge Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 HALLIBURTON i SP.'"'Y 0"11„8 WELL INFORMATION Created On:Feb 14 2014 BHA TallyCustomer : Hilcorp Alaska, LLC Well Name : M-34 planned Job Number : -XX- Drilistring Platform : Steelhead Platform IADC Rig BHA# Run# 600 COMPONENT DATA Item OD ID Gauge Weight Top Length Cumulative # Description Serial Number Connection ft (in) (in) (in) (Ibpf) ( ) Length (ft) 1 PDC-Long Gauge 9.000 3.000 12.250 192.72 B 6-5/8"REG 1.95 1.95 Stabilizer 14.470 2 Geo-Pilot 9600 9.625 2.375 12.000 156.45 B 6-5/8"REG 21.70 23.65 Ref Housing Stabilizer 12.000 Stabilizer 9.626 3 Geo-Pilot 9600 Flex Collar 6.750 3.500 120.00 B 6-5/8"REG 9.20 32.85 4 8"DGR Collar(Gamma) 8.000 1.920 142.70 B 6-5/8"REG 4.55 37.40 5 ILS Stab 8.000 3.250 12.125 143.03 B 6-5/8"REG 2.20 39.60 6 8"EWR-P4 Collar(Resistivity) 8.000 2.000 151.00 B 6-5/8"REG 12.19 51.79 7 8"PWD(Downlink reciever control 8.000 1.920 143.40 B 6-5/8"REG 4.44 56.23 GP9600) 8 8"HCIM Collar(Processor) 8.000 1.920 149.90 B 6-5/8"REG 4.64 60.87 9 8"ALD Collar(Density) 8.000 2.375 12.250 182.40 P 6-5/8"IF 16.31 77.18 Stabilizer 12.250 10 8"CTN Collar(Porosity) 8.000 2.375 159.00 B 6-5/8"REG 17.52 94.70 11 8"BAT Collar(Accoustic) 8.000 1.905 135.10 B 6-5/8"REG 20.39 115.08 12 8"TM HOC(Telemetry) 7.910 3.250 145.20 B 6-5/8"REG 9.00 124.08 13 Float Sub 8.000 2.813 150.12 B 6-5/8"REG 2.00 126.08 14 NMDC 8.000 3.250 143.03 B 6-5/8"REG 30.00 156.08 15 NMDC 8.000 3.250 143.03 B 6-5/8"REG 30.00 186.08 16 NMDC 8.000 3.250 143.03 B 6-5/8"REG 30.00 216.08 17 7.75"Weatherford Jar 7.750 3.000 136.68 B 6-5/8"REG 29.00 245.08 18 X-Over Sub(4.5"IF x 6-5/8"Reg) 8.000 3.000 147.22 B 4-1/2"IF 2.25 247.33 19 14 jts 5"X 3"HWDP#49.3-4.5"IF 5.000 3.000 49.30 420.00 667.33 Total: 667.33 BIT DATA Bit Number Nozzles .• Bit Size (in) : 12.250 TFA (in2) : 0.0000 Manufacturer : HDBS Dull Grade In . Model Dull Grade Out .• Serial Number .• Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 IHALL(BURTON 1 sc'" ar'i'"'^S BHA Weight (klb) (klb) in Air(Total) 57.01 in Mud (Total) 48.66 Mud Weight (ppg) 9.60 in Air (Below Jars) 32.01 in Mud(Below Jars) 27.32 COMMENTS Proposed BHA#6 12.25"Hole Geopilot 9600 4000'to 10000' Quad combo LWD 9.2—9.6 ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 2 HALLIBURTON 1 Sp.,-r,0,-ming BHA Schematic , X-Over Sub(4.51F x 6-618-Regi Hilcorp Alaska, LLC M-34 planned IADC Rig BHA# 8"ALD Run# : 600 Collar Imo' (Density) Drillstring : Drillstring �_ Nt.1DC Created On:Feb 14 2014 775" Weatherford COMPONENT DATA Jar Mr OD Length Description 8"HCIM (in) (ft) Collar 9.000 1.95 PDC-Long Gauge (Processor) (Gauge: 12.250 in) e,.PWD Stabilizer (Downlink 11111, (Gauge:14.470 in,Pos":1.37 5) Float Sub I reciever control -- 9.625 21.70 Geo-Pilot 9600 GP9600) Ref Housing Stabilizer (Gauge:12.000 in,Pos''15.25 ft) Stabilizer 8"TM HOC (Gauge:9.626 in,Pos":19.95 ft) (Telemetry) 6.750 9.20 Geo-Pilot 9600 Flex Collar MIN 8"ENR-P4 8.000 4.55 8"DGR Collar(Gamma) Collar 8.000 2.20 ILS Stab -_._ (Gauge: 12.125 in, Pos`: 1.35 ft) NMDC p 8.000 12.19 8"EWR-P4 Collar(Resistivity) 8.000 4.44 8"PWD(Downlink reciever control s GP9600) ILS Stab € �1 8.000 4.64 8"HCIM Collar(Processor) 8"DGR Collar 8.000 16.31 8"ALD Collar(Density) I Iallow 8"BAT Collar = (Gamma) Stabilizer (Accoustic) = I (Gauge:12.250 in,Pos':6.80 ft) 8.000 17.52 8"CTN Collar(Porosity) '! 8.000 20.39 8"BAT Collar(Accoustic) Geo-Pilot 9600 11 7.910 9.00 8"TM HOC(Telemetry) Vis. Flex Collar 8.000 2.00 Float Sub ...4. 8.000 30.00 NMDC 1 8.000 30.00 NMDC i x�. 8.000 30.00 NMDC �,' 7.750 29.00 7.75'Weatherford Jar NMDC 8.000 2.25 X-Over Sub(4.5"IF x 6-5/8"Reg) i ., 'x 1. 5.000 420.00 14 jts 5"X 3"HWDP#49.3-4.59E 18"CTN Collar t "Pos: Measured as distance from bottom of the component. (Porosity) Geo-Pilot 9600 Sleeve Stabili. _. PDC-Long Gauge - Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 HALLIBURTON I Sp-v O'i°I^p WELL INFORMATION Created On :Feb 14 2014 BHA TallyCustomer : Hilcorp Alaska, LLC Well Name : M-34 planned Job Number : -XX- Drillstring Platform : Steelhead Platform IADC Rig BHA# Run# 700 COMPONENT DATA Item (D Gauge Vie g Top Length Cum i alive # Description Serial Number Connection (in) (in) (in) (lbpf) (ft) Length (ft) 1 PDC-Long Gauge 6.750 2.750 8.500 101.71 B 4-1/2"IF 1.20 1.20 Stabilizer 8.500 2 Geo-Pilot 7600 7.625 1.490 8.375 113.00 B 4-1/2"IF 23.20 24.40 Ref Housing Stabilizer 8.375 3 6 3/4"DM Geo Collar(Directional) 6.720 2.875 98.75 B 4-1/2"IF 9.20 33.60 4 Inline Stabilizer(ILS) 6.750 1.920 8.250 112.09 B 4-1/2"IF 3.89 37.49 5 6 3/4"ADR Collar(Azi Resistivity) 6.750 1.920 109.40 B 4-1/2"IF 24.34 61.83 6 6 3/4"GM Collar(Gamma) 6.750 3.125 103.40 B 4-1/2"IF 9.20 71.03 7 6 3/4"PWD(Pressure) 6.750 1.905 112.24 B 4-1/2"IF 4.43 75.46 8 6 3/4"HCIM Collar(Processor) 6.750 1.920 112.09 B 4-1/2"IF 6.85 82.31 9 6 3/4"ALD Collar(Density) 6.750 1.920 8.250 104.30 B 4-1/2"IF 14.23 96.54 Stabilizer 8.250 10 6 3/4"CTN Collar(Porosity) 6.750 1.905 102.30 B 4-1/2"IF 13.86 110.40 11 6 3/4"BAT Collar(Acoustic) 6.750 1.920 112.09 B 4-1/2"IF 22.04 132.44 Stabilizer 7.750 Stabilizer 7.750 12 Inline Stabilizer(ILS) 6.770 1.920 8.250 112.81 B 4-1/2"IF 4.00 136.44 13 6 3/4"HOC(Telemetry) 6.900 2.870 105.39 B 4-1/2"IF 10.05 146.49 14 Float Sub 6.650 2.812 97.20 B 4-1/2"IF 2.00 148.49 15 6.25"Weatherford Jar 6.500 2.750 88.24 B 4-1/2"IF 30.00 178.49 16 5"X 3"HWDP#49.3-4.5'IF 5.000 3.000 49.30 360.00 538.49 Total 538.49 BIT DATA Bit Number Nozzles .• Bit Size (in) : 8.500 TFA (in2) : 0.0000 Manufacturer Dull Grade In . Model Dull Grade Out .• Serial Number .• Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 1 HALLIBURTON I spery y BHA Weight (klb) (klb) in Air(Total) 36.44 in Mud (Total) 31.11 Mud Weight (ppg) 9.60 in Air (Below Jars) 16.05 in Mud(Below Jars) 13.70 COMMENTS Proposed BHA#7 8.5"Hole GP7600 10,000'-13500'. Quad Combo,Azimuthal Resistivity LWD 9.2-9.6ppg Job No: -XX- Well Name: M-34 planned BHA Tally INSITE V8.0.0 Page 2 HALLIBURTON I sr,,,,,-N,0,""^m BHA Schematic Float Sub ) I Hilcorp Alaska, LLC 6 34"HCIM ' u i Collar M-34 planned (Processor) illibt 314"HOC IADC Rig BHA# : (Telemetry) Run# : 700 6 3ri4"PWD (Pressure) Drillstring : Drillstrin 625 - g Weatherford Jar ) Created On:Feb 14 2014 Inline Stabilizer COMPONENT DATA (ILS) 63/4"GM Collar(Gamma) OD Length , Description 1 (in) (ft) , 6.750 1.20 PDC Long Gauge ..limi (Gauge:8.500 in) III Stabilizer • t; (Gauge:8.500 in,Pos*:1.00 ft) 7.625 23.20 Geo-Pilot 7600 6 34"BAT II Ref Housing Stabilizer Collar (Gauge:8.375 in,Pos":13.80 ft) (Acoustic) • 6.720 9.20 6 3/4"DM Geo Collar(Directional) 63'4"ADR illa 6.750 3.89 Inline Stabilizer(ILS) Collar(Azi 8.250 in, Pos*: 1.02 ft) �"' (Gauge: Resistivity) 6.750 24.34 6 3/4"ADR Collar(Azi Resistivity) 2t• 6.750 9.20 6 3/4"GM Collar(Gamma) 6.750 4.43 6 3/4"PWD(Pressure) "". 6.750 6.85 6 3/4"HCIM Collar(Processor) 1 11, 6.750 14.23 6 3/4"ALD Collar(Density) a StabilizerI (Gauge:8.250 in,Pos':6.35 ft) 6.750 13.86 6 3/4"CTN Collar(Porosity)Porosit 64r CTN ( )Stabilizer Collar (ILSLS) 6.750 22.04 6 3/4"BAT Collar(Acoustic) (Porosity) Stabilizer (Gauge:7.750 in.Pos":1.86 ft) Stabilizer 6 314"DM Geo (Gauge:7.750 in,Pos':12.14 ft) Collar 6.770 4.00 Inline Stabilizer(ILS) (Directional) (Gauge:8.250 in, Pos": 0.99 ft) 6.900 10.05 6 3/4"HOC(Telemetry) ii. 6.650 2.00 Float Sub 6 3'4"ALD 6.500 30.00 6.25"Weatherford Jar (' Collar 5.000 360.00 5"X 3"HWDP#49.3-4.5'IF (Density) *Pos: Measured as distance from bottom of the component. - - Geo-Pilot 7600 Sleeve Stabilizer PDC-Long Gauge r Job No: -XX- Well Name: M-34 planned BHA Schematic INSITE V8.0.0 Page 1 HALLIBURTON 17-1/2" (444mm) XT1 G RC PRODUCT SPECIFICATIONS IADC Code 115M Total Tooth Count 74 Gage Row Tooth Count 44 Journal Angle 33° "" " Ifff` Offset(1/16") 6 t" Jet Nozzle Types 111 rb Standard 90021 Extended 311306 - 11 Center Jet (If Center Jetted)501813 4 k T.J.Connection 7-5/8"(API Reg.) '" f Recommended Make-Up Torque* 34000/40000 Ft*lbs. Bit Weight(Boxed) 578 Lbs.(262 Kg.) Bit Breaker (Mat.#/Legacy#) 183779/64500 PRODUCT FEATURES • Optimal tooth extension and offset to provide aggressive cutting action and increased ROP. • Proprietary tooth hardfacing applied by the atomic hydrogen a process. • Tungsten carbide'surf inserts in gage teeth for added gage protection. v' w „ • Patented premium dual positive sealed roller bearing,with two € independent mechanical pressure compensating systems,provides reliable pressure equalization for both motor and rotary applications which maximizes bearing and seal life. • Raised tungsten carbide inserts and proprietary hardfacing provides maximum arm protection in abrasive and directional applications while minimizing drill string torque. • Center jet feature to prevent bit balling problems Material#536283 *Calculations based on recommendations from API and tool joint manufacturers. ©2014 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTONr'".®vGgs 14-1/2" (368mm) XT1 RC PRODUCT SPECIFICATIONS --, -- IADC Code 115M 4011 Total Tooth Count 80 Gage Row Tooth Count 48 Journal Angle 33° Offset(1/16") 6 III ily Jet Nozzle Types Standard 90021 Extended 311306 Center Jet (If Center Jetted)501813 _,: T.J.Connection 6-5/8"(API Reg.) Recommended Make-Up Torque* 28000/32000 Ft*lbs. Bit Weight(Boxed) 260 Lbs.(118 Kg.) Bit Breaker (Mat#/Legacy#) 183778/64499 PRODUCT FEATURES • Optimal tooth extension and offset to provide aggressive cutting c' action and increased ROP. * �� .._' itOir • Proprietary tooth hardfacing applied by the atomic hydrogen r 40 it., process. r►i° °` ' • Double-sealed roller bearing system for extended runs under high- f energy conditions. • Innovative mechanical pressure compensating system provides reliable pressure equalization and relief for maximum bearing and . seal life. • Raised tungsten carbide inserts and proprietary hardfacing provides maximum arm protection in abrasive and directional applications while minimizing drill string torque. • Center jet feature to prevent bit balling problems Material#706850 *Calculations based on recommendations from API and tool-joint manufacturers. ©2014 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.corn 1-IALLIBURTON (n''"t^ViG[3ar m Fa�v66 14-1 /2" (368mm) FX85 PRODUCT SPECIFICATIONS Cutter Type X3-Extreme Drilling R IADC Code M225 , *, 4t. , Body Type MATRIX I' , t • Total Cutter Count 97 . 0 Cutter Distribution 13mm 16mm ,1 t1 r ' Face 0 73 Gauge 0 16 '4 Up Drill 8 0 '.. v, (,, Number of Large Nozzles 8 Number of Medium Nozzles 0 w Number of Small Nozzles 0 :. Number of Micro Nozzles 0 ' `} 0► Number of Ports(Size) 0 ► $ Number of Replaceable Ports(Size) 0 t ,.� - Junk Slot Area(sq in) 44.42 Normalized Face Volume 39.73% , API Connection 7-5/8 REG.PINI Recommended Make-Up Torque* 48,321—68,431 Ft*lbs. r Nominal Dimensions** , Make-Up Face to Nose 17.67 in-449 mm Gauge Length 3 in-76 mm Sleeve Length 0 in-0 mm Shank Diameter 10.25 in-260 mm Break Out Plate(Mat.#/Legacy#) 181956/44060 Approximate Shipping Weight 780Lbs.-354Kg. SPECIAL FEATURES Up-Drill Cutters on Gage Pads Material#802263 *Bit specific recommended make-up torque is a function of the bit I.D.and actual bit sub O.D.utilized as specified in API RP7G Section A.8.2. I **Design dimensions are nominal and may vary slightly on manufactured product.Halliburton Drill Bits and Services models are continuously reviewed and refined. Product specifications may change without notice. CO 2014 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON s ser,.��ae 12-1/4" (311mm) QHC1 GRC PRODUCT SPECIFICATIONS IADC Code 117W Total Tooth Count 67 Nir Gage Row Tooth Count 39 Journal Angle 33° Offset(1/16") 6 Jet Nozzle Types Standard 83244 Extended 302447 Center Jet (If Center Jetted)501813 T.J.Connection 6-5/8"(API Reg.) Recommended Make-Up Torque* 28000/32000 Ft*lbs. Bit Weight(Boxed) 250 Lbs.(113 Kg.) Bit Breaker (Mat.#/Legacy#) 515353/506463 PRODUCT FEATURES • New patented DiamondTM Claw®tooth bit design. • Tungsten carbide`surf inserts in gage teeth for added gage re £«5 protection. • Newly formulated,proprietary hardfacing on cutting structure and ;w gage maximizes carbide and diamond volume for ultimate wear resistance. 14. • High-speed bearing designed for high rpm and high-energy applications. • Innovative mechanical pressure compensating system provides reliable pressure equalization and relief for maximum bearing and seal life. • Raised tungsten carbide inserts and proprietary hardfacing provides maximum arm protection in abrasive and directional applications while minimizing drill string torque. • QuadPack®Plus Series incorporates its successful"longevity" features and patented engineered hydraulics system for optimal cleaning efficiency. • Center jet feature to prevent bit balling problems Material#622394 *Calculations based on recommendations from API and tool-joint manufacturers. ©2013 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON (o''°'7i� &SGt^ViL99 12-1 /4" (311 mm) FX66M • PRODUCT SPECIFICATIONS Cutter Type X3-Extreme Drilling IADC Code M223 4 to Body Type MATRIX Total Cutter Count 51 } Cutter Distribution 13mm 16mm 19mm 0 Face 6 3 24 f, - Is it i • Gauge 12 0 0 ��, Up Drill 6 0 0r' �' Number of Large Nozzles 9 • - Number of Medium Nozzles 0 Number of Small Nozzles 0 Number of Micro Nozzles 0 Number of Ports(Size) 0 Number of Replaceable Ports(Size) 0 Junk Slot Area(sq in) 28.83 Normalized Face Volume 20.21% API Connection 6-5/8 REG.PIN r y Recommended Make-Up Torque* 37,119—43,525 Ft*lbs. • 0/ Nominal Dimensions** * Make-Up Face to Nose 13.68 in-347 mm ....,..w Gauge Length 3 in-76 mm Sleeve Length 0 in-0 mm Shank Diameter 8.75 in-222 mm Break Out Plate(Mat.#/Legacy#) 181955/44050 Approximate Shipping Weight 430Lbs.-195Kg. SPECIAL FEATURES Up-Drill Cutters on Gage Pads,Hexagon TSP Gage,Modified Diamond Reinforcement-"M"Feature Material#744884 *Bit specific recommended make-up torque is a function of the bit I.D.and actual bit sub O.D.utilized as specified in API RP7G Section A.8.2. **Design dimensions are nominal and may vary slightly on manufactured product.Halliburton Drill Bits and Services models are continuously reviewed and refined. Product specifications may change without notice. ©2013 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON I o1;u®r„;e;tG� �saa 12-1/4" (311 mm) FX56M PRODUCT SPECIFICATIONS Cutter Type X3-Extreme Drilling 4 IADC Code M222 ' .4 Body Type MATRIX Total Cutter Count 46 Cutter Distribution 13mm 16mm 19mm I Face 0 0 303 "" f l! Gauge 5 5 1 Up Drill 5 0 0 Number of Large Nozzles 5 Number of Medium Nozzles 0 " Number of Small Nozzles 0 0 Number of Micro Nozzles 0 "'`11, ; Number of Ports(Size) 0 ,.. Number of Replaceable Ports(Size) 0 , Junk Slot Area(sq in) 28.02 ± Normalized Face Volume 51.21% ` ,- API Connection 6-5/8 REG.PIN Recommended Make-Up Torque* 37,119—43,525 Ft*lbs. , �,� Nominal Dimensions** ,.,_ Make-Up Face to Nose 14.92 in-379 mm i '1 Gauge Length 4 in-102 mm Sleeve Length 0 in-0 mm Shank Diameter 8.75 in-222 mm Break Out Plate(Mat.#/Legacy#) 181955/44050 Approximate Shipping Weight 420Lbs.-191Kg. SPECIAL FEATURES Impact Arrestors,1/32"Relieved Gage,Up-Drill Cutters on Gage Pads,Hexagon TSP Gage Material#663911 *Bit specific recommended make-up torque is a function of the bit I.D.and actual bit sub O.D.utilized as specified in API RP7G Section A.8.2. **Design dimensions are nominal and may vary slightly on manufactured product.Halliburton Drill Bits and Services models are continuously reviewed and refined. Product specifications may change without notice. ©2013 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON I o�rr EIcev 8-1/2" (216mm) QHC1 GR PRODUCT SPECIFICATIONS IADC Code 117W Total Tooth Count 62 Gage Row Tooth Count 36 Journal Angle 33° o wW Offset(1/16") 4 4 Arlit Jet Nozzle Types 1, Standard 81361 y.* .40 Extended 301792 Center Jet (If Center Jetted)29564 T.J.Connection 4-1/2"(API Reg.) Recommended Make-Up Torque* 12000/16000 Ft*lbs. Bit Weight(Boxed) 90 Lbs.(41 Kg.) Bit Breaker (Mat#/Legacy#) 515354/506752 . PRODUCT FEATURES 3 � a A` • New patented DiamondTM Claw®tooth bit design. '"' • • Optimal tooth extension and offset to provide aggressive cutting action and increased ROP. ta, "" • Tungsten carbide'surf'inserts in gage teeth for added gage protection. '� • i • Newly formulated,proprietary hardfacing on cutting structure and .. " gage maximizes carbide and diamond volume for ultimate wear resistance. • High-speed bearing designed for high rpm and high-energy applications. • Innovative mechanical pressure compensating system provides reliable pressure equalization and relief for maximum bearing and seal life. • Raised tungsten carbide inserts and proprietary hardfacing provides maximum arm protection in abrasive and directional applications while minimizing drill string torque. • QuadPack®Plus Series incorporates its successful"longevity" features and patented engineered hydraulics system for optimal Material#738244 cleaning efficiency. *Calculations based on recommendations from API and tool joint manufacturers. ©2014 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON 6.Services 8-1/2" (216mm) QH26DR PRODUCT SPECIFICATIONS OHO )11 IADC Code 527W Total Insert Count 134 Gage Row Insert Count 48114. Journal Angle 330 41/4 Offset(1/16") 2 ` Jet Nozzle Types may., Standard 81361 Extended 301792 Center Jet (If Center Jetted)29564 T.J.Connection 4-1/2"(API Reg.) Recommended Make-Up Torque* 12000/16000 Ft*lbs. Bit Weight(Boxed) 100 Lbs.(45 Kg.) Bit Breaker (Mat.#/Legacy#) 515354/506752 PRODUCT FEATURES • Aggressive cutting structure with tooth shaped inserts. • • Diamond`Full Face surf inserts minimize gage wear. •", • Hemispherical gage inserts for enhanced gage protection and4 40 "" " improved performance. r oe • Double surf row gage protection. `• • Premium bearing and seal configuration suitable for both rotary and motor applications. • Innovative mechanical pressure compensating system provides reliable pressure equalization and relief for maximum bearing and seal life. xab: • Raised tungsten carbide inserts and proprietary hardfacing provides maximum arm protection in abrasive and directional applications while minimizing drill string torque. • QuadPack®Plus Series incorporates its successful"longevity" features and patented engineered hydraulics system for optimal cleaning efficiency. Material #522910 *Calculations based on recommendations from API and tool-joint manufacturers. ©2013 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON 1 ovmer„��zt� s sea 8-1/2" (216mm) FX65D PRODUCT SPECIFICATIONS ...likr s' Cutter Type X3-Extreme Drilling iQ.its IADC Code M423 , for, �- `_ Body Type MATRIX r 1 4 "s. ♦ ,r Total Cutter Count 62 1 ' Jp 4 fe Cutter Distribution 13mm 16mm 7, w Face 15 26 li 'I! Gauge 9 6 v ,,j'� Up Drill 6 0 Number of Large Nozzles 6 Number of Medium Nozzles 0 1 Number of Small Nozzles 011 p Number of Micro Nozzles 0 t t 1:: �s Number of Ports(Size) 0 " Number of Replaceable Ports(Size) 0 Junk Slot Area(sq in) 14.97 � ' Normalized Face Volume 46.98% i API Connection 4-1/2 REG.PIN . Recommended Make-Up Torque* 12,461-17,766 Ft*lbs. :: ,ydd f Nominal Dimensions** J. Make-Up Face to Nose 10.71 in-272 mm Gauge Length 2 in-51 mm Sleeve Length 0 in-0 mm Shank Diameter 6 in-152 mm Break Out Plate(Mat.#/Legacy#) 181954/44040 Approximate Shipping Weight 160Lbs.-73Kg. SPECIAL FEATURES Up-Drill Cutters on Gage Pads, 1/32"Relieved Gage,Optimized Dual Row-"D"Feature Material#664064 *Bit specific recommended make-up torque is a function of the bit I.D.and actual bit sub O.D.utilized as specified in API RP7G Section A.8.2. **Design dimensions are nominal and may vary slightly on manufactured product.Halliburton Drill Bits and Services models are continuously reviewed and refined. Product specifications may change without notice. ©2013 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com HALLIBURTON 6" (152mm) QH1 R PRODUCT SPECIFICATIONS 'tea IADC Code 117W <' % 4 Total Tooth Count 51 Gage Row Tooth Count 28 Journal Angle 33° Offset(1/16") 3 " Jet Nozzle Types Standard 56209 ', 4 Extended na Center Jet (If Center Jetted)na T.J.Connection 3-1/2"(API Reg.) Recommended Make-Up Torque* 7000/9000 Ft*lbs. Bit Weight(Boxed) 40 Lbs.(18 Kg.) Bit Breaker (Mat#/Legacy#) 183771/64491 PRODUCT FEATURES • Proprietary Diamond TECH2000TM full tooth hardfacing on cutting 100I structure and gage. 44* • Optimal tooth extension and offset to provide aggressive cutting ' 410. action and increased ROP. • Premium bearing and seal configuration suitable for both rotary and1. motor applications. r '"* • Raised tungsten carbide inserts and proprietary hardfacing provides maximum arm protection in abrasive and directional applications while minimizing drill string torque. • QuadPack®Plus Series incorporates its successful"longevity" features and patented engineered hydraulics system for optimal cleaning efficiency. Material#531704 *Calculations based on recommendations from API and tool-joint manufacturers. ©2013 Halliburton.All rights reserved.Sales of Halliburton products and services will be in accord solely with the terms and conditions contained in the contract between Halliburton and the customer that is applicable to the sale. www.halliburton.com Bettis, Patricia K (DOA) From: Janise Barrett[jbarrett@hilcorp.com] Sent: Friday, February 21, 2014 9:26 AM To: Bettis, Patricia K(DOA) Subject: RE: Trading Bay Unit M-34: Permit to Drill Application Attachments: TBU M-34 Directional and Anti Collision APPROVED.pdf Patricia, I apologize for not getting back to you sooner, I was out of the office yesterday. Thank you for bringing this to my attention! Please find attached the approved Directional Plan and Anti-Collision report. Thank you! Janise Barrett Drilling Technician Hilcorp Alaska, LLC 3800 Centcipoint Drive,Suite 100 Anchorage,Alaska 99503 Office: 907-777-8389 Mobile: 907-365-9856 jbarrett@hilcorp.com From: Bettis, Patricia K (DOA) [mailto:patricia.bettis@alaska.gov] Sent: Thursday, February 20, 2014 3:53 PM To: Janise Barrett Subject: Trading Bay Unit M-34: Permit to Drill Application Good afternoon Janise, The Halliburton directional program and anti-collision report submitted with the application are marked "DRAFT". Please submit a final version of these documents as the AOGCC cannot accept draft or preliminary versions. The documents may to submitted to me via e-mail. Thank you, Patricia Patricia Bettis Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission 333 West 7th Avenue Anchorage, AK 99501 Tel: (907)793-1238 1 CONFIDENTIALITY NOTICE:This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission(AOGCC),State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information.The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Patricia Bettis at(907)793-1238 or patricia.bettis@alaska.gov. 1 2 Bettis, Patricia K (DOA) From: Bettis, Patricia K(DOA) Sent: Thursday, February 20, 2014 3:53 PM To: Janise Barrett Subject: Trading Bay Unit M-34: Permit to Drill Application Good afternoon Janise, The Halliburton directional program and anti-collision report submitted with the application are marked "DRAFT". Please submit a final version of these documents as the AOGCC cannot accept draft or preliminary versions. The documents may to submitted to me via e-mail. Thank you, Patricia Patricia Bettis Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission 333 West 7th Avenue Anchorage, AK 99501 Tel: (907) 793-1238 CONFIDENTIALITY NOTICE:This e-mail message, including any attachments,contains information from the Alaska Oil and Gas Conservation Commission (AOGCC),State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information.The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it,without first saving or forwarding it,and,so that the AOGCC is aware of the mistake in sending it to you,contact Patricia Bettis at(907)793-1238 or patricia.bettis@alaska.gov. 1 OVERSIZED DOCUMENT INSERT This file contains one or more oversized documents. These materials may be found in the original hard file or check the parent folder to view it in digital format. t11\! I\/J_L 171-kL LJJ`111,:ER ,.�L ECi- 1 ,1__x'1 WELL N ME: �r ,= 1-. A-3/ 021L�oV / /,lC1u1111ctil - ccr\ ,c:- ' \hloiwm)- - - -,UH1liui il'lilc c,,1 \;)11 . ,'H,,,i,11c11't I'I EIJI: fricAADA-t...& I\Vi�- FOOL AlUbT A40 -1 Check h ox for Approp_1a~e Letter /Paragraphs to be Included in Transmittal Letter CHECX OPTrOIr TEXT FOR APPROVAL LETTER MULTI The permit is for a new wellbore segment of eNistino well Permit LA'I [RAI_ No. . API No. 50- - - - (If last I\,0 digits Production should continue to be reported as a function of the original in API number are API number stated abo\e. between 60-69)) ; In accordance with 20 AAC 25.005(1). 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 7 ' ?�c I co ri , in the attached application,the following well logs are also required for this well: o._ r�Wvkmp. f C a-jL Ste( 15Z Trco,rc1 ,d Well Logging Fr bc4E o F >r -0 7467AL . _704-1, 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 5/2013 To 1< 0) 0 a) 0- V) N m 6 vi o (6 a) m - E c Tv c m Q0 _Q L (n a) C 3 o O Qco p c -a N @ 0 L12 Na 2 a O N ° 7 CY) CO W• c O L Q w 0 ma m u co O c o a`) a c O C C m O O CO N O (>6 _o p (6 m - m Q Om N '_ N • • V N .N m 0) 2 a O• O) L a) a) r d1 a .5 m U c 3 m O a L O O' .c . m _ O N •D _ 3 O m 7as O Q• • 'o C V N m N a) = co N 'O C N- -° > ° C "O 3 a) 0 a) . H • o N c 3 ° o ON Us C a) m Y m m M = a N no -`O > m a) O a) m U a) 'p 0 a) a) a) O Q a N _0 W C L m _ m E C N m O M — c E m m n m 3 0 3 m N '3 m 2 oN L a) 3 aci ° o °) CO _ E = m v a 0 3 o is E N ai a 'N 2 m ai M N U) a) O a) ..x m '0 U) ° LU - W m 0 (f) C ` C U 0 0 C m 0 O Cl) m N w N H ') O N m "00 "O '� 'O Q o C d o C u) a h m - N Q 'O D Lo ILt 0 ° m mr CO _mo U o o _0 ° c o o :(0 m o c m .W- 021 m O C a (O V O N 3 -O "O 3 Q L N C m E. C) u m a c Q) E : w n v u) c a> o z_ < W ° 3 w o .3 m a o aai rn o r -mo ai 3 m o o M o o 2 co c 3 m a ch o m w TD Q c n 00 J w n .� ° m C .0 a) c f a) a o a) . m a E � E m H m u- > •c o E m E o C s - n ° - •w E o ° E a L a) O C m C a) V) 3 m = m O - T L a7 M Q O E Z O o To Uo 2 a c (n = o °) m o a:) ° > m " aN) (o M o o m u°i ° am>i a a a) m co E CD m 2 Q Q o w m o 3 O > (^ E L N U Q a' a) c rn1- co c U U o N c a) o Z C a' N N O O 6 zo - O n 5" a) E 'C. .O a Q O L ° L L a) a) 0z a T U O O a) in o co LU aai I_ E m o > 0 O) (.0 o N 7C-L) n ti LU < H 2 U U N Z co 2 co o 0 Q 0 2 a 2 LU I en w O 0 0 _ o > co w m 0 (.9 Q Q a) a) a`)) a`a) a) a) a) a) a aa)) aa)) (1)) Q Q Q a a)) Q a) a) aa)) a) a) Q aa)) aa)) a) a) a) a a) a) Q o Cl)) < < Q 0_ z z >- >- >- > >- >- >- >- >- >- >- >- Z z z >- z >- >- >- >- >- z >- >- >- >- >- >- >- >- Z Z >- Z z z T ~ m N O v N N T 0 m g U in o C m a) ) -- E 3 — E a) o 0 U •j O C V O o .2 m o a T 7 N N c >^ N ° E C L O _ a 2 No 1 0 c >' 0 (n o a) E 3 0 -2 3 Na) — a) M C U O O _ .O m -0 m m U > ▪ a`) _cC c2 m > U 0 O N j .0 O a) Z. U _ a as O° (v a) m W v O o T C 0 m m m C 'O CO CO m 1\ 2 Q a) O- 'O N (� C N 0) V N m r' Q ,./) ° m ° ° ces U m ami m th m e q /y�N N � O N LC N > m NO it, �'Jm ° O a N• xi c Em O ° 2'C7 Q Q N N a) a) 01 . 2• CO E E .c a c c E `.� CO o c o ` > m ° o �' atS w a N c C m ° r n c H (n c o c a c m a s m 2 2 -o ° o -° m c 3 0 o m a U c O O a) w w T °4 a Q ° U m c o o 0 °) ° U 'a _o a) - i s 3 > Y0 co Q o .n °o a) a) .- .E > o c c a m c m o 0 o m CO o m 'o m ¢ % n IE ! .�. E ID as m E i Li.) (n (n m .3 .3 a) m a) -o w -- _ 3 o 2 o a a) " n _ (n o 3 d (6 N 0 w 0 Q "6 Cm N "° > N 'j U O O V m O a) a Q = m o L L U o Y ° o c > o a) .Q 'D 10 O co 'E o o a) O O c m o U) -° N coO m C 2 Q N c a) Q_ U O -° m a) m V o a) m U o , m o 5 m E L U o 0 N c a) `O_ "O a)` N — 7 7 a c `O. CD _ -° a) ,- N -o (` E co O :_. C co C 0 J N L m m m O ° — a) 4- a N N Q L-. ,— m 0) °- m m m m m CO o N m C U 3 N N N U E •m _ •E N m L O a) 'O 2 C 'O O n T) a m m a) c .E a n 2 N >, a) a) m 3 S -° c O) O- Q a) 8 c m a) Q Q C m ° v O oU a) a) T -o a) W a N 4 _ -O -O -O 0 C m 4 '� -° L a) in 'V) -m° 'm° O 'N :° L 3 -° 'E O a) Q C m c ,- co -�- m 1,'A E o a) a) a) m o L c c m '3 m m m U m = S °° m ° ° c umi m $ c 0C m m m m CO E N 0 U = (5 ._ - C m f- 0 = c >' U U U C o o ° ° U 0 U N o o - m -o m m n E .3 O 'c 0 U -O o V) J O U) m a) o 0 0 ._ m 0 (4 a o a O` 7 U > > 3 m ° 7 m w w a) V7 m Q ' m @ O J = ° E () Q - - - m c m E E C - 3 °- a F F F N ami `) ami > a s p - 5 E m uEi ° c m • T o a) 'E a) a) a) ° -° a Q a) 'Cl-) m m - °) o ° 2 2 2 m -° m -° fi = O O L O N m a) m a) m O a _ c Z a _ID U � O o a a U Q a U U U U U U Q - Q � o m m U _ 2 0- 0 U U U W a `v I E r N CO V (O M r M CD N M V (( (0 CO 0) O N N M A N N N- N N O r NM MM M (Mn (M (M- 0M0 0) U ..:1- -c- v 2 c) 0 -RI o 715 CN CN ... N o ce N 0 N a) CI co O N 0 (w Q. m N C M cp N C0 E( N- N 0 T J d °o J it a m c a U ° a CO U W o E Q CI- c Q C7 y Q d S a s < w a LO a Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. FINAL WELL REPORT MUDLOGGING DATA TBU M-34 Provided by: Approved by: Compiled by: Tollef Winslow Josh Dubowski Steve Pike Greg Hammond Distribution: 9/5/2014 T.D. Date: 7/11/2014 TBU M-34 1 TABLE OF CONTENTS 1 MUDLOGGING EQUIPMENT & CREW ................................................................................................2 1.1 Equipment Summary ......................................................................................................................2 1.2 Crew................................................................................................................................................2 2 WELL DETAILS .....................................................................................................................................3 2.1 Well Summary.................................................................................................................................3 2.2 Hole Data........................................................................................................................................3 2.3 Daily Activity Summary...................................................................................................................4 3 GEOLOGICAL DATA.............................................................................................................................8 3.1 Lithostratigraphy .............................................................................................................................8 3.2 Mudlog Summary............................................................................................................................9 3.3 Connection Gases ........................................................................................................................10 3.4 Sampling Program / Sample Dispatch..........................................................................................11 4 PRESSURE / FORMATION STRENGTH DATA.................................................................................12 4.1 Pore pressure evaluation..............................................................................................................13 5 DRILLING DATA..................................................................................................................................14 5.1 Survey Data..................................................................................................................................14 5.2 Bit Record.....................................................................................................................................18 5.3 Mud Record ..................................................................................................................................19 6 DAILY REPORTS ................................................................................................................................21 Enclosures: 2”/100’ Formation Log (MD/TVD) 5”/100’ Formation Log (MD/TVD) 2”/100’ Drilling Dynamics Log (MD/TVD) 2”/100’ LWD / Lithology Log (MD/TVD) 2”/100’ Gas Ratio Log (MD/TVD) Final Data CD TBU M-34 2 1 MUDLOGGING EQUIPMENT & CREW 1.1 Equipment Summary Parameter Equipment Type / Position Total Downtime Comments Ditch gas QGM Agitator (Mounted in possum belly) Flame ionization total gas & chromatography. 0 Effective Circulating Density (ECD) From MI SWACO 98’ to TD 0 Hook Load / Weight on bit Canrig RigWatch Sensor 0 Mud Flow In Derived from Strokes/Minute and Pump Output 0 Mud Flow Out Canrig RigWatch Sensor 0 Mudlogging unit computer system Intel(R)Core(TM)2 Duo CPU 0 DAC box Canrig K-Box 0 Pit Volumes, Pit Gain/Loss Canrig RigWatch Sensor 0 Pump Pressure Canrig RigWatch Sensor 0 Pump stroke counters Canrig RigWatch Sensor 0 Rate of penetration Canrig RigWatch Calculation 0 RPM Canrig RigWatch Sensor 0 Torque Canrig RigWatch Sensor 0 1.2 Crew Unit Type : Steel Arctic Unit Number : ML66 Mudloggers Years1 Days2 Technician Days Tollef Winslow 6 32 Steve Forrest 4 Josh Dubowski 6 49 Steve Pike 13 22 Greg Hammond 4 4 1 Years experience as Mudlogger 2 Days at wellsite between spud and total depth of well TBU M-34 3 2 WELL DETAILS 2.1 Well Summary Well: TBU M-34 API Index #: 50-733-20626-00 Field: McArthur River Hemlock Oil Pool Surface Co-Ordinates: 1001' FNL, 543' FWL, Sec 33, T9N, R13W, SM, AK Borough: Kenai Primary Target Depth: 13,458’ MD / 9,520’ TVD State: Alaska TD Depth: 12419’ MD / 9515’ TVD Rig Name / Type: Steelhead Rig 51 Suspension Date: 07/11/2014 Primary Target: Hemlock oil pool License: 214-027 Spud Date: 5/14/2014 Mud Line: 345’ Completion Date: N/A KB: 160’ Completion Status: N/A Secondary Target: Depth: N/A Classification: Development TD Date: 07/11/2014 TD Formation: Lower Hemlock Days Testing: N/A Days Drilling: 50 2.2 Hole Data Maximum Depth Shoe Depth Hole Section MD (ft) TVDSS (ft) TD Formation Mud Weight (ppg) Dev. (oinc) Casing/ Liner MD (ft) TVDSS (ft) LOT (ppg) 17.5” x 22” 1385’ -1225’ SZ10 9.4 1.97 16” 1363 1203’ 12.3 14.5”x 17.5” 3863’ -3493’ B6 Sand 9.3 30.32 13.375” 3846 3686’ - 8.5” 12419’ -9355’ Hemlock 9.2+ 76.59 - - - - TBU M-34 4 2.3 Daily Activity Summary 5/21/2014 Install wear bushing, fill stack and monitor well (static). P/U BHA #6 per Halliburton. TIH to 344' and surface test MWD. TIH and pump surveys at 593', 693', 793', 893', and 980'. Diverter/abandon platform drill. service rig. Tag at 989' and begin drilling ahead. Drill to TD at 1385' and begin circulating. 5/22/2014 Finish Circulating and begin pumping out of hole. Stop at 975' and check for flow (static). TIH to surface and L/D BHA. Service top drive, IPOB functioning issues. Install new choke manifold valve #13 and new link tilt clamps on bails. P/U BHA #7 and TIH to 975'. Ream down to bottom with hole opening BHA and circulate. Back ream to 990' then POOH. L/D BHA and begin rigging up for casing. 5/23/2014 Finish L/D BHA. Change out butterfly valve in pits. R/U casing equipment and run 16" casing. RIH with casing until obstruction at 770'. L/D single joint casing and R/U cement line and head pin. Circulate while reciprocating. Cement unloading at the shakers. R/D cement line. Continue working casing down through multiple tight spots/obstructions. Once on bottom began circulating hole clean. 5/24/2014 Finish circulating and prep for cement job. Land casing at 1363', M/U stinger, RIH and begin cementing. Finish cementing and clean out surface equipment. TOOH and breaking every connection to check for cement. Begin N/D diverter system. 5/25/2014 Finish N/D Diverter system. Begin N/U BOP system and mix mud for next hole section. 5/26/2014 Finish N/U BOP's and begin testing them. Continue building mud volume. 5/27/2014 Finished N/U BOP's and R/D testing equipment. Service top drive (IBOP). Pressure test casing shoe to 1500psi. Picking up BHA at report time. 5/28/2014 Finish P/U BHA and RIH to shallow test. Cut and slip drill line. Drill out cement and shoe. Perform FIT to 12.3 ppg. Drilling ahead at report time. 5/29/2014 Continue drilling ahead to 2158' and short trip back to shoe. Service crown, blocks, top drive, drawworks, and charge pump. Monitor well (slight loss). Finish servicing rig and TIH to 2067. Wash to bottom and begin drilling ahead. 5/30/2014 Drilled ahead to 3012' and circulate the hole clean. Make short trip to 2067' and run back into hole. Drilling ahead at report time. 5/31/2014 Drill down to 3863' and call TD. Circulate hole clean and TOOH. Circulate at shoe then continue to TOOH. L/D BHA and P/U hole opening BHA. Change out elevators and service rig. TIH and begin hole opening operations. TBU M-34 5 6/01/2014 Continued reaming and pumping high vis sweeps at 2465', 2750' and 3180'. 6/02/2014 Finished reaming to bottom. Circulated and pumped 81 bbl LCM pill. Back reamed out to 1520' and circulated. POOH and L/D BHA. 6/03/2014 P/U BHA and TIH to 1400'. POOH and L/D BHA. Change rams and test. R/U casing equipment and begin running 13 3/8" casing. 6/04/2014 Finished running casing to bottom and set at 3846'. Pumped cement and mud push; unable to bump plug completely lost returns after pumping 440 bbls. Trace amount of cement returned to surface. Shut in well and verified float was holding. Rigging down cementing equipment at report time. 6/05/2014 Finished R/D cement equipment. Nipple down and nipple up BOP's. R/U slick line and run temperature and pressure survey tool. R/D and R/U for picking up DP. 6/06/2014 Began running in with drill pipe to rack back. Ran down to 3575' and circulated. POOH and racked back DP. 6/07/2014 Continued P/U DP and running into hole. Circulated at 3602' through gas buster and POOH. R/U casing test equipment and tested. R/D testing equipment and change out BOP rams. R/U and tested BOP. P/U BHA at report time. 6/08/2014 Continue P/U BHA and the rest of 5" DP while running in the hole. Circulate hole volume then begin drilling out cement and 20' of new hole. Circulate hole clean and pull back into the shoe and perform LOT. Cut and slip drill line and TOOH. L/D cleanout BHA and P/U directional. 6/09/2014 Finish P/U BHA and shallow test MWD tools. RIH to 3820' and washed down to bottom. Drill ahead to 4781', pumping a sweep every stand. Back reamed while short tripping to 3840'. Ran back to bottom working through tight spot at 4225'. Continued drilling ahead. 6/10/2014 Continued drilling ahead to 5330'. CBU and POOH to the shoe. Circulated at shoe then run back in, washing and reaming from 4980' to bottom. Drilling ahead at report time. 6/11/2014 Continue drilling ahead until 6015' and back ream out to 5345'. Circulate, RIH and drill ahead to 6325'. POOH due to geo pilot failure at report time. 6/12/2014 Back reamed out of the hole to the shoe then tripped out the rest of the way. L/D BHA, dropped bit into hole, on top of the blind rams. Fished out successfully, inspected and tested rams and P/U new BHA. Running in hole at report time. TBU M-34 6 6/13/2014 Tripped in hole, washing and reaming through tight spots. Drilling ahead at report time. 6/14/2014 Continue drilling ahead through occasional hard spots while pumping sweeps every other stand. 6/15/2014 Continued drilling ahead through 7939' at report time. 6/16/2014 Continue drilling ahead through 8339' at report time. 6/17/2014 Drilled ahead to 8467' and CBU. Begin POOH to inspect drill bit. 6/18/2014 Continue TOOH to 3844' and flow check (static). Pump dry job and L/D BHA. Service TD and P/U BHA #13. RIH and begin drilling ahead at report time. 6/19/2014 Continue drilling ahead through 9243' at report time. 6/20/2014 Continue drilling ahead through 9923' at report time. 6/21/2014 Drilled ahead to TD at 10028'. Pumped two high vis sweeps and TOOH through multiple tight spots. L/D BHA and download MWD. R/U BOP testing equipment and test BOP's. 6/22/2014 Finish testing BOP's, and P/U cleanout BHA. RIH to 3770' and slip and cut drill line. Wash/ream down through multiple tight spots to bottom. Circulating hole clean at report time. 6/23/2014 Continue TOOH, stopping to circulate at the shoe. TOOH to surface and L/D cleanout BHA. Change out top rams and test BOP's. R/U casing equipment and begin running 9-5/8" casing. 6/24/2014 Continue RIH with 9-5/8" casing. Break circulation at 3806' and again at 7148'. Attempting to work through tight spot at 8766'. 6/25/2014 Land 9-5/8" casing and R/U cementing equipment. Cement casing, R/D cementing equipment and begin changing out top rams. 6/26/2014 Finish changing rams and test. R/D testing equipment and service rig. P/U cleanout BHA and RIH while installing torque rubbers. TOOH at 8300' to inspect hard bands and change out if needed. 6/27/2014 Service rig and TIH to top of cement at 9901'. CBU, pressure test casing (good) and drill out shoe track plus 20' of new hole. R/U and perform FIT. POOH, R/U and test BOP's. TBU M-34 7 6/28/2014 Finish testing BOP's and R/D testing equipment. P/U BHA and service rig. Test MWD and TIH. Cut and slip drill line. Drill ahead. 6/29/2014 Drill down to 10461' and CBU. Pump dry job and begin tripping out of the hole. 6/30/2014 Continue TOOH and L/D BHA. P/U new BHA, service rig and run back into the hole. Continue drilling ahead per well plan. 7/01/2014 Continue slide drilling through 10714' 7/02/2014 Continue slide drilling down to 10788. Back ream out to 10700 then run back to bottom. TOOH to 10110' and monitor well (static). Pump dry job and continue TOOH. Find washout joint on #120 and L/D bad joint. Pump another dry job and continue TOOH. L/D BHA at report time. 7/03/2014 L/D mud motor BHA. P/U geo pilot BHA and test. TIH while P/U 33 joints from deck. Service top drive. TIH to bottom while washing and reaming from 10417 to bottom. Drill ahead. 7/04/2014 Drilled ahead to 11088' and TOOH to shoe to service top drive. TIH and attempt to drill ahead. Unable to make any footage, decision made to POOH and change out bit. POOH at report time. 7/05/2014 Finished POOH and L/D BHA. P/U new BHA and TIH. Service top drive and cut and slip drill line. Continue drilling ahead. 7/06/2014 Continue horizontal drilling through the Hemlock. 7/07/2014 Drill ahead to 11907'' until ROP slowed dramatically. Decision was made to POOH and check/change bit. 7/08/2014 Trip out of hole; L/D BHA. Pick up BHA #20 and new bit #11; run in hole. 7/09/2014 Pick up drill pipe from 4893’; trip in hole; ream/wash from 10017’. Drill from 11907’ to TD @ 12419’. 7/10/2014 TD reached @ 12419' MD. Pump sweep; ream/wash to/from 11485'; pump 2 sweeps. Mad pass logging to 10500'; back ream to 9550'; pump dry job; trip out of hole. 7/11/2014 Continue tripping out; lay down BHA. Canrig all-in-one gas system rigged up. Begin rigging down logging unit. TBU M-34 8 3 GEOLOGICAL DATA 3.1 Lithostratigraphy LWD tops refer to provisional picks by the Geologist. Projected Actual Formation MD SSTVD MD SSTVD ACT 2684 -2471 2674 -2466 BCT 3309 -3009 3289 -3000 CCT 4158 -3737 4127 -3720 DCT 4602 -4118 4562 -4094 ECT 7057 -6223 7076 -6251 FCT 8248 -7244 8207 -7220 G0CT 9786 -8563 9706 -8506 COAL39 10078 -8813 9964 -8728 G1T 10102 -8833 10000 -8759 G2T 10113 -8842 10050 -8803 G3T 10195 -8908 10118 -8861 G4T 10258 -8956 10159 -8895 G5T 10417 -9066 10309 -9014 G6ST 10681 -9212 10502 -9143 G7T 10684 -9213 10549 -9170 HKT 10740 -9238 10582 -9188 HK1T 10755 -9244 10589 -9192 HK2T 10913 -9296 10732 -9251 TBU M-34 9 3.2 Mudlog Summary Depth Drill rate (ft/hr) Total Gas (units) Formation MD SSTVD Max Min Avg Max Min Avg ACT 2674 -2466 226 6.5 147 507 14 157 BCT 3289 -3000 237 0.6 100 859 3 112 CCT 4127 -3720 168 4.1 116 691 8 145 DCT 4562 -4094 256 0.3 80 741 0 82 ECT 7076 -6251 94 0.3 41 215 3 37 FCT 8207 -7220 193 0.5 60 440 5 73 G0CT 9706 -8506 101 1.8 48 129 0 37 COAL39 9964 -8728 91 15 57 290 21 126 G1T 10000 -8759 97 1.9 56 290 2 48 G2T 10050 -8803 74 0.6 25.1 103 0 23 G3T 10118 -8861 83 0.6 38 108 5 44 G4T 10159 -8895 133 0.8 45 313 8 54 G5T 10309 -9014 158 0.6 28 62 3 14 G6ST 10536 -9143 44 0.6 28 6 3 5 G7T 10549 -9170 58 0.3 15 45 2 12 HKT 10582 -9188 23 0.3 13 51 3 13 HK1T 10589 -9192 150 0.2 18 64 3 25 HK2T 10732 -9252 - - - - - - TBU M-34 10 3.3 Connection Gases No connection gasses occurred. TBU M-34 11 3.4 Sampling Program / Sample Dispatch Spot samples were collected for evaluation by loggers. No samples were collected for archive. TB U M - 3 4 12 4 P R E S S U R E / F O R M A T I O N S T R E N G T H D A T A Th e p r i m a r y i n d i c a t o r s u s e d f o r P P G e v a l u a t i o n w e r e g a s t r e n d s r e la t i v e t o m u d w e i g h t ( M W ) a n d e f f e c t i v e c i r c u l a t i n g d e n s i t y ( E CD), in c l u d i n g i n c r e a s e s i n b a c k g r o u n d g a s ( B G ) , a p p e a r a n c e a n d t r e n d s of c o n n e c t i o n g a s ( C G ) , a n d m a g n i t u d e s o f t r i p g a s ( T G ) a n d wi p e r g a s ( W G ) . R e g i o n a l p o r e p r e s s u r e t r e n d s f r o m s o n i c d a t a , p r o v i d e d b y C o n o c o P h i l l i p s , a n d s u r f a c e m a n i f e s t a t i o n s o f h o l e co n d i t i o n s w e r e a l s o c o n s i d e r e d . As a r e f e r e n c e , P P G i s c a l c u l a t e d i n i t i a l l y w i t h a f o r m u l a p r ov i d e d b y C a n r i g D r i l l i n g T e c h n o l o g y L T D , a n d t h e n m o d i f i e d u s i n g the in d i c a t o r s d e s c r i b e d a b o v e , D X C a n d r e s i s t i v i t y ( R E S ) d a t a . T h e f o rm u l a u s e s D X , E C D , a n d B G a s m e a s u r e d b y t o t a l d i t c h g a s : PP G = E C D – ( 0 . 6 - ( ( . 0 0 1 * T L G S U ) + ( 0 . 0 5 * D X ) ) ) Th e f o r m u l a h a s c e r t a i n l i m i t a t i o n s , s u c h t h a t i t d o e s n o t a l l o w f o r a P P G m o r e t h a n 1 p p g l e s s t h a n t h e E C D , a n d T L G S U m u s t b e di f f e r e n t i a t e d f r o m s h o w g a s a n d g a s c a r r i e d f r o m o v e r p r e s s u r e zo n e s , a n d i s d e p e n d e n t o n r e l i a b l e D X d a t a . H o w e v e r , t h e f o r m ula pr o v e d u s e f u l i n h e l p i n g f o r m u l a t e a P P G r a n g e , w h e n e s t i m a t i n g t r en d s , a s w i t h D X C d a t a , w i t h d a t a p o i n t s i n s h a l e i n t e r v a l s . TB U M - 3 4 13 4. 1 P o r e p r e s s u r e e v a l u a t i o n In t e r v a l T o p s P o r e P r e s s u r e ( E M W ) Fo r m a t i o n In t e r v a l Pr i m a r y Li t h o l o g y (% ) Se c o n d a r y Li t h o l o g y (% ) MD (f t ) TV D (f t ) Mi n (p p g ) Ma x (p p g ) Tr e n d Trend Indicators A S a n d Tu f f S l t s t n S a n d 2 6 7 4 2 6 2 6 9 . 2 9 . 3 S l i g h t i n c M W , B G B S a n d Sa n d T u f f S l t s t 3 2 8 9 3 1 6 0 9 . 3 9 . 4 S t a t i c M W , B G C S a n d Tu f f S l t s t S a n d 4 1 2 7 3 8 8 0 9 . 2 5 9 . 3 S t a t i c B G D S a n d Tu f f S s t T u f f S l t s t 4 5 6 2 4 2 5 4 9 . 2 5 9 . 4 S l i g h t i n c M W , B G E S a n d Tu f f S s t T u f f S l t s t 7 0 7 6 6 4 1 1 9 . 4 9 . 4 S t a t i c M W , B G F S a n d Tu f f S l t s t T u f f S s t 8 2 0 7 7 3 8 0 9 . 4 9 . 4 S l i g h t d e c B G G S a n d Tu f f S s t T u f f S l t s t 9 7 0 6 8 6 6 6 9 . 4 9 . 4 S t a t i c M W , B G He m l o c k Co n g l S a n d 1 0 5 8 2 9 3 4 8 9 . 2 9 . 3 S t a t i c M W , B G NO T E : C l y s t = C l a y s t o n e / C l a y , S d = S a n d , S l t s t = S i l t s t o n e , S h = S h a l e , S s t = S a n d s t o n e , A s h = A s h F a l l T u f f , C o n g l = C o n g l o m e r ate TBU M-34 14 5 DRILLING DATA 5.1 Survey Data Measured Depth (ft) Incl. (o) Azim. (o) True Vertical Depth (ft) Latitude (ft) N(+), S(-) Departure (ft) E(+), W(-) Vertical Section (ft) Dogleg Rate (o/100ft) 300.68 0.27 173.68 300.68 0.70S 0.08E -0.04 0.09 549.5 0.94 235.53 549.49 2.44S 1.54W 1.67 0.34 649.5 2.13 225.68 649.45 4.20S 3.55W 3.76 1.21 749.5 2.24 224.43 749.38 6.90S 6.24W 6.6 0.12 849.5 2.23 220.37 849.3 9.78S 8.87W 9.37 0.16 936.5 2.41 216.14 936.23 12.54S 11.05W 11.69 0.29 996.72 3.08 210.33 996.38 14.96S 12.61W 13.38 1.2 1044.71 2.69 211.92 1044.31 17.03S 13.86W 14.73 0.83 1079.17 2.5 209.45 1078.73 18.37S 14.65W 15.6 0.64 1142.14 2.42 221.61 1141.64 20.56S 16.21W 17.27 0.84 1183.49 2.25 222.66 1182.96 21.81S 17.34W 18.46 0.42 1235.81 2.15 227.95 1235.24 23.22S 18.77W 19.96 0.43 1284.24 1.91 222.84 1283.64 24.42S 19.99W 21.24 0.62 1355.6 2.04 224.6 1354.96 26.20S 21.69W 23.03 0.2 1450.98 4.48 261.78 1450.19 27.94S 26.57W 28.0 3.26 1537.94 7.36 269.36 1536.67 28.49S 35.50W 36.95 3.42 1635.86 10.33 271.65 1633.42 28.31S 50.55W 51.97 3.05 1728.54 12.43 270.95 1724.27 27.90S 68.84W 70.2 2.27 1826.52 12.95 269.89 1819.86 27.75S 90.36W 91.69 0.58 1919.07 12.77 269.18 1910.09 27.92S 110.96W 112.26 0.26 2016.66 11.64 269.71 2005.47 28.12S 131.59W 132.88 1.16 2109.89 12.69 271.12 2096.61 27.97S 151.23W 152.49 1.17 2201.24 15.84 270.77 2185.13 27.60S 173.73W 174.94 3.45 2275.83 17.71 266.78 2256.55 28.10S 195.24W 196.45 2.94 2364.96 19.55 265.09 2341 30.14S 223.64W 224.91 2.15 2458.54 21.59 265.39 2428.61 32.87S 256.40W 257.77 2.18 2556.13 22.79 266.92 2518.97 35.33S 293.17W 294.62 1.36 2650.04 25.17 265.99 2604.77 37.70S 331.26W 332.78 2.57 2743.67 27.42 264.5 2688.71 41.16S 372.59W 374.23 2.51 2837.11 26.54 264.41 2771.97 45.26S 414.78W 416.58 0.95 2938.28 29.4 264.99 2861.32 49.63S 462.03W 463.99 2.84 3026.92 32.2 264.35 2937.45 53.86S 507.21W 509.34 3.18 3125.82 31.93 264.6 3021.26 58.91S 559.47W 561.79 0.3 3218.91 31.84 265.13 3100.3 63.32S 608.45W 610.93 0.32 3309.79 31.93 266.43 3177.47 66.85S 656.32W 658.92 0.76 3405.44 30.64 265.3 3259.21 70.42S 705.86W 708.57 1.48 TBU M-34 15 Measured Depth (ft) Incl. (o) Azim. (o) True Vertical Depth (ft) Latitude (ft) N(+), S(-) Departure (ft) E(+), W(-) Vertical Section (ft) Dogleg Rate (o/100ft) 3497.5 30.55 264.74 3338.46 74.49S 752.53W 755.4 0.33 3590.81 30.37 264.26 3418.89 79.02S 799.61W 802.65 0.32 3688.4 30.67 262.5 3502.97 84.74S 848.83W 852.11 0.97 3786.62 30.32 262.73 3587.60 91.14S 898.26W 901.80 0.38 3901.93 31.02 263.28 3686.79 98.30S 956.63W 960.46 0.65 3990.39 30.47 261.56 3762.82 104.26S 1001.45W 1005.54 1.17 4081.43 30.67 261.85 3841.20 110.94S 1047.27W 1051.64 0.27 4176.31 30.72 262.27 3922.79 117.63S 1095.24W 1099.89 0.23 4270.26 30.80 262.67 4003.48 123.94S 1142.94W 1147.86 0.29 4363.85 31.16 261.78 4083.51 130.45S 1190.64W 1195.84 0.56 4459.93 30.81 261.62 4166.05 137.61S 1239.69W 1245.19 0.37 4552.62 30.95 261.82 4245.60 144.46S 1286.76W 1292.56 0.19 4652.19 30.71 262.45 4331.10 151.44S 1337.31W 1343.41 0.40 4744.23 31.19 263.36 4410.03 157.28S 1384.28W 1390.62 0.73 4840.09 31.47 263.04 4491.92 163.18S 1433.77W 1440.35 0.34 4939.24 31.11 262.63 4576.65 169.61S 1484.87W 1491.71 0.42 5033.47 30.33 262.16 4657.65 175.98S 1532.58W 1539.69 0.87 5128.30 30.58 261.27 4739.40 182.90S 1580.15W 1587.55 0.54 5222.89 30.61 261.00 4820.82 190.33S 1627.71W 1635.44 0.15 5321.53 30.68 261.50 4905.68 197.98S 1677.41W 1685.47 0.27 5410.92 30.98 261.86 4982.44 204.60S 1722.74W 1731.08 0.39 5506.05 30.49 261.34 5064.21 211.70S 1770.83W 1779.49 0.59 5602.38 30.28 262.68 5147.31 218.48S 1819.08W 1828.02 0.74 5692.36 31.07 263.49 5224.70 224.00S 1864.65W 1873.82 0.99 5787.34 31.66 264.12 5305.80 229.33S 1913.80W 1923.18 0.71 5883.01 31.59 236.39 5387.26 234.79S 1963.67W 1973.26 0.41 5976.55 30.87 263.30 5467.25 240.41S 2011.84W 2021.66 0.77 6073.74 30.55 263.02 5550.81 246.32S 2061.12W 2071.18 0.36 6169.70 30.46 263.45 5633.48 252.06S 2109.49W 2119.79 0.25 6267.38 30.43 263.73 5717.70 257.59S 2158.67W 2158.67 0.15 6357.79 30.89 261.62 5795.47 263.47S 2204.36W 2215.16 1.29 6453.60 31.15 261.24 5877.58 270.83S 2253.22W 2264.30 0.34 6542.52 30.59 263.08 5953.90 277.06S 2298.41W 2309.76 1.23 6640.66 30.76 263.05 6038.33 283.10S 2348.12W 2359.72 0.17 6738.46 31.16 262.76 6122.18 289.32S 2398.04W 2409.89 0.44 6830.75 31.11 263.97 6201.17 294.83S 2445.43W 2457.51 0.68 6920.77 31.17 262.82 6278.22 300.18S 2491.66W 2503.97 0.66 7018.74 31.15 262.43 6362.06 306.69S 2541.95W 2554.52 0.21 7113.03 31.98 264.27 6442.40 312.40S 2590.97W 2603.77 1.35 7208.80 31.56 262.82 6523.82 318.06S 2641.07W 2654.10 0.91 7306.75 30.59 261.69 6607.71 324.87S 2691.17W 2704.48 1.16 TBU M-34 16 Measured Depth (ft) Incl. (o) Azim. (o) True Vertical Depth (ft) Latitude (ft) N(+), S(-) Departure (ft) E(+), W(-) Vertical Section (ft) Dogleg Rate (o/100ft) 7397.59 30.70 263.43 6685.87 330.86S 2737.08W 2750.64 0.98 7493.41 30.86 263.61 6768.19 336.40S 2785.80W 2799.58 0.19 7583.42 31.83 261.84 6845.06 342.33S 2832.24W 2846.27 1.49 7685.99 30.20 259.96 6932.97 350.67S 2884.42W 2898.82 1.85 7780.67 30.23 259.73 7014.79 359.09S 2931.32W 2946.09 0.13 7873.51 30.65 260.67 7094.83 367.08S 2977.67W 2992.80 0.68 7965.72 31.45 262.89 7173.83 373.86S 3024.73W 3040.15 1.51 8066.51 30.63 264.33 7260.19 379.66S 3076.38W 3092.03 1.10 8156.68 31.56 267.04 7337.40 383.14S 3122.80W 3138.58 1.86 8256.53 31.65 264.86 7422.45 386.84S 3174.99W 3190.89 1.15 8345.42 31.56 263.59 7498.15 391.53S 3221.34W 3237.41 0.76 8436.37 30.98 263.99 7575.89 396.64S 3268.27W 3284.55 0.68 8493.27 30.39 263.55 7624.82 399.79S 3297.13W 3313.54 1.11 8534.93 30.07 263.80 7660.82 402.10S 3317.98W 3334.48 0.83 8632.18 30.13 264.36 7744.96 407.13S 3366.49W 3383.19 0.30 8723.19 29.95 264.64 7823.74 411.49S 3411.84W 3428.70 0.25 8817.06 30.64 264.81 7904.79 415.85S 3458.99W 3476.02 0.74 8914.82 30.20 265.68 7989.09 419.95S 3508.32W 3525.49 0.64 9012.30 30.66 264.18 8073.15 424.32S 3557.50W 3574.83 0.91 9104.29 31.04 263.45 8152.12 429.40S 3604.39W 3621.93 0.58 9195.09 31.10 263.73 8229.89 434.63S 3650.96W 3668.70 0.17 9295.61 31.70 263.89 8315.69 440.28S 3703.03W 3720.99 0.60 9394.47 31.40 263.55 8399.94 445.94S 3754.44W 3772.64 0.35 9487.45 31.92 262.43 8479.08 451.90S 3802.88W 3821.32 0.84 9582.83 30.67 262.25 8560.58 458.50S 3851.98W 3870.70 1.31 9676.74 30.67 262.45 8641.36 464.88S 3899.46W 3918.44 0.11 9771.51 30.77 262.47 8722.83 471.23S 3947.45W 3966.70 0.11 9862.99 30.30 262.52 8801.62 477.30S 3993.53W 4013.04 0.51 9957.92 29.93 262.40 8883.74 483.55S 4040.75W 4060.52 0.39 9983.87 29.16 262.57 8906.31 485.22S 4053.44W 4073.28 2.98 10059.50 29.48 26.75 8972.25 489.63S 4090.21W 4110.23 0.87 10149.10 32.27 265.52 9048.33 494.01S 4137.30W 4157.48 5.43 10244.71 39.34 265.43 9124.86 498.53S 4194.37W 4214.71 5.32 10343.22 44.31 267.91 9198.25 502.27S 4259.92W 4280.37 5.32 10438.08 49.44 269.09 9263.08 504.05S 4329.11W 4349.56 5.48 10476.12 51.58 269.71 9287.27 504.36S 4358.46W 4378.89 5.76 10509.40 53.46 269.15 9307.52 504.63SS 4384.87W 4405.27 5.81 10533.29 55.13 269.52 9321.46 504.85S 4404.27 W 4424.65 7.1 10571.93 57.44 270.46 9342.91 504.85S 4436.40 W 4456.75 6.31 10602.14 60.19 270.39 9358.55 504.66S 4462.25 W 4482.54 9.11 10627.47 62.57 270.8 9370.68 504.43S 4484.48 W 4504.73 9.5 TBU M-34 17 Measured Depth (ft) Incl. (o) Azim. (o) True Vertical Depth (ft) Latitude (ft) N(+), S(-) Departure (ft) E(+), W(-) Vertical Section (ft) Dogleg Rate (o/100ft) 10664.16 66.20 269.90 9386.54 504.23S 4517.56W 4517.75 10.14 10693.74 68.85 270.08 9397.85 504.23S 4544.89W 4565.05 8.99 10720.26 71.60 268.47 9406.82 504.55S 4569.84W 4589.98 11.84 10816.51 79.84 267.90 9430.53 507.51S 4662.99 4683.16 8.58 10906.29 84.33 267.40 9442.89 511.16S 4751.81W 4772.05 5.02 11005.96 86.93 266.43 9450.49 516.51S 4851.04W 4871.42 2.79 11101.95 89.89 262.37 9453.15 525.88S 4946.50W 4967.24 5.23 11161.09 91.87 262.57 9452.24 533.62S 5005.12W 5026.19 3.36 11192.48 91.31 262.69 9451.37 537.64S 5036.24W 5057.48 1.81 11256.62 91.44 264.68 9449.83 544.69S 5099.98W 5121.50 3.10 11291.97 91.69 265.61 9448.86 547.69S 5135.18W 5156.81 2.72 11386.48 91.93 270.17 9445.88 551.16S 5229.56W 5251.24 4.83 11481.46 90.82 270.58 9443.60 550.53S 5324.50W 5346.02 1.25 11575.68 90.20 271.53 9442.76 548.80S 5418.7 W 5440.00 1.2 11670.31 90.02 276.91 9442.58 541.83S 5513.04W 5533.84 5.69 11764.25 87.92 281.59 9444.27 526.74S 5605.72W 5625.60 5.45 11828.50 87.73 281.69 9446.71 513.79S 5668.60W 5687.72 0.33 11865.93 87.84 283.16 9448.16 505.74S 5705.12W 5723.77 3.92 11963.57 87.10 282.41 9452.47 484.16S 5800.25W 5817.64 1.08 12058.43 86.11 282.33 9458.09 463.87S 5892.75W 5908.95 1.05 12152.96 84.06 281.59 9466.18 444.36S 5984.88W 5999.93 2.3 12245.53 81.08 279.78 9478.15 427.33S 6075.07W 6089.11 3.76 12344.40 76.59 279.23 9497.29 411.31S 6170.70W 6183.77 4.57 12419.00 76.59 279.23 9514.59 399.67S 6242.33W 6254.69 0 TB U M - 3 4 18 5. 2 B i t R e c o r d Bi t Si z e Ma k e Ty p e / S e r i a l Nu m b e r Je t s / T F A De p t h I n MD / To t a l Fo o t a g e Bi t Hr s Av g . RO P (f t / h r ) WO B (K l b s ) RP M PP (p s i ) Wear BHA 1R R 3 1 7 . 5 ” H D B S XT 1 G S C / 12 4 0 6 5 4 8 1x 1 4 , 3 x 1 8 9 9 0 ’ 3 9 5 ’ 7 . 5 8 7 9 2 1 1 7 2 5 1 - 1 - W T - A - E - I - N O - T D 6 NB 2 1 4 . 5 H D B S MM 8 5 / 12 1 4 3 8 2 6 9 8x 1 2 1 3 8 5 ’ 2 4 7 8 ’ 2 2 . 2 5 1 3 6 4 . 3 4 8 1 8 9 5 3 - 2 - C T - A - X - I - W T - T D 8 RR 3 1 2 . 2 5 ” BA K E R HU G H E S TR I C O N E MI L L T O O T H / P G 4 6 0 5 3x 1 8 / 0. 7 4 5 5 38 6 3 ’ 2 0 ’ 0 . 9 2 2 2 1 7 1 1 5 1 6 4 0 2 - 1 - W T - M E - N O - B H A 1 0 NB 4 1 2 . 2 5 ” H D B S MM G 6 5 P D C / 1 2 2 4 5 3 8 6 3x 1 4 , 3 x 1 5 / 0. 9 6 8 7 38 8 3 ’ 2 4 4 1 ’ 3 2 . 0 7 6 7 1 3 8 1 8 2 7 1 - 5 - B T - G - X - 1 - C T - T F 1 1 NB 5 1 2 . 2 5 ” H D B S MM G 6 5 P D C / 1 0 9 7 1 8 5 0 4X 1 3 , 3 X 1 4 / 0 . 9 6 9 5 63 2 4 ’ 2 7 0 1 ’ 8 3 . 6 3 2 2 6 1 5 5 2 2 0 2 8 - 5 - R O - T - X - 1 - C T - P R 12 NB 6 1 2 . 2 5 ” H D B S FX 6 6 M P D C / 1 2 0 3 8 2 6 7 9X 1 2 / 0. 9 9 4 0 84 6 7 ’ 1 5 6 1 ’ 3 5 . 5 6 3 7 . 8 5 9 2 7 8 7 1 - 3 - W T - G - X - I - C T - T D 1 3 6R R 1 1 2 . 2 5 ” H D B S FX 6 6 M P D C / 12 0 3 8 2 6 7 9x 1 2 / 0. 9 9 4 0 - - - - - - - 1 - 3 - W T - G - X - I - C T - T D 1 4 RR 7 8 . 5 ” S m i t h R+ P S Tr i c o n e / PT 5 9 0 8 3x 3 0 / 2. 0 7 0 9 10 0 2 8 ’ 2 0 ’ 2 1 0 8 2 0 . 2 1 0 2 1 3 4 5 3 - 1 - C T - N - E - I - E R - B H A 1 5 NB 8 8 . 5 ” H D B S MM E 8 4 D PD C / 12 4 7 1 6 1 4 8x 1 2 / 0. 8 8 3 6 10 0 4 8 ’ 4 1 3 ’ 1 6 . 3 3 6 1 7 . 6 1 1 1 1 5 4 8 3 - 2 - C T - A - X - I - W T - T D 1 6 NB 9 8 . 5 ” H D B S QH 2 6 D R 11 8 7 8 7 2 8 2x 1 8 , 1 x 2 0 / 0. 8 0 3 8 10 4 6 1 ’ 3 2 8 ’ 4 1 8 1 6 . 1 2 . 6 5 1 1 9 5 2 - 3 - B T - A - E - 1 - J D - B H A 1 7 NB 1 0 8 . 5 H D B S FX 5 6 M P D C / 1 1 7 3 5 0 4 7 3x 1 6 / 0. 8 8 9 7 10 7 8 9 ’ 3 0 1 ’ 1 5 . 7 5 1 9 1 8 8 2 1 5 5 0 8 - 8 - R O - A - X - I - L M - P R 1 8 8R R 1 8 . 5 ” H D B S MM 8 4 D P D C / 1 2 4 7 1 6 1 4 8X 1 2 / 0. 8 8 3 6 11 0 8 9 ’ 8 1 9 ’ 4 5 . 5 1 8 1 4 . 3 1 2 1 1 8 4 6 4 - 2 - R O - N - X - I - W T - P R 1 9 NB 1 1 8 . 5 ” S m i t h MD S i 7 1 6 PD C / JH 9 8 2 5 5x 1 2 , 2 x 1 3 / 0. 8 1 1 5 11 9 0 7 ’ 5 1 2 ’ 1 3 . 3 5 7 1 4 . 8 1 3 4 2 0 1 3 1 - 1 - C T - G - X - I - N O - T D 2 0 TB U M - 3 4 19 5. 3 M u d R e c o r d Co n t r a c t o r : B a r o i d Da t e De p t h MW (p p g ) EC D (p p g ) VI S (s / q t ) PV YP Ge l s FL (c c ) FC So l s (% ) O/ W Ra t i o Sd (% ) pH Cl (ml/l) Ca (ml/l) Sp u d M u d 5/ 2 1 / 2 0 1 4 1 3 7 2 9 . 4 9 . 4 6 6 2 2 3 3 4 1 7 / 2 0 / 2 5 6 . 0 2 / 0 6 . 7 0 / 9 3 - 9 . 2 1 4 0 0 4 4 0 5/ 2 2 / 2 0 1 4 1 3 8 5 9 . 4 - 6 3 2 5 3 5 1 5 / 2 2 / 2 5 7 . 2 2 / 0 5 . 7 0 / 9 4 - 9 . 7 1 5 0 0 5 6 0 5/ 2 3 / 2 0 1 4 1 3 8 5 9 . 5 - 7 5 3 0 3 5 1 2 / 1 4 / 2 4 7 . 0 2 / 0 6 . 2 0 / 9 3 . 5 - 9 . 1 1 4 0 0 5 8 0 5/ 2 4 / 2 0 1 4 1 3 8 5 9 . 4 - 7 1 2 4 3 0 1 3 / 1 6 / 2 3 7 . 4 2 / 0 5 . 7 0 / 9 4 - 9 . 2 1 2 0 0 4 8 0 5/ 2 5 / 2 0 1 4 1 3 8 5 9 . 5 - 7 1 2 1 2 0 1 0 / 1 2 / 1 4 7 . 2 2 / 0 6 . 1 0 / 9 3 . 6 - 9 . 7 1 4 0 0 6 8 0 5/ 2 6 / 2 0 1 4 1 3 8 5 9 . 5 - 7 1 2 1 2 0 1 0 / 1 2 / 1 4 7 . 2 2 / 0 6 . 0 0 / 9 3 . 7 - 9 . 7 1 4 0 0 6 8 0 5/ 2 7 / 2 0 1 4 1 3 8 5 9 . 3 - 7 1 2 2 1 8 5 / 1 0 / 1 3 7 . 2 2 / 0 3 . 7 0 / 9 6 - 9 . 7 1 4 0 0 8 0 KC l / P o l y m e r / G E M 5/ 2 8 / 2 0 1 4 1 4 8 4 9 . 2 9 . 2 8 4 1 1 0 1 8 1 0 / 1 2 / 1 4 6 . 0 2 / 0 2 . 7 0 / 9 5 . 8 - 9 . 1 1 7 0 0 0 3 6 0 5/ 2 9 / 2 0 1 4 2 4 5 8 9 . 3 9 . 4 2 4 1 8 2 2 1 0 / 1 2 / 1 4 7 . 0 1 / 0 3 . 4 0 . 2 / 9 5 . 0 - 9 . 0 1 7 0 0 0 3 6 0 5/ 3 0 / 2 0 1 4 3 6 9 1 9 . 3 5 9 . 4 7 5 2 1 7 2 4 1 0 / 1 2 / 1 3 4 . 2 1 / 0 4 . 3 0 . 2 / 9 4 . 0 - 9 . 1 1 8 0 0 0 2 0 0 5/ 3 1 / 2 0 1 4 3 8 6 3 9 . 3 9 . 4 5 2 1 8 2 2 6 / 8 / 1 0 4 . 5 1 / 2 4 . 3 0 . 5 / 9 4 . 0 - 9 . 2 1 4 0 0 0 2 0 0 6/ 0 1 / 2 0 1 4 3 8 6 3 9 . 3 9 . 3 8 4 5 1 6 1 7 4 / 5 / 6 4 . 5 1 / 2 4 . 8 0 . 5 / 9 3 . 5 0 . 2 5 9 . 0 1 4 0 0 0 1 6 0 6/ 0 2 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 1 5 1 6 4 / 8 / 1 2 4 . 2 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 0 1 3 0 0 0 2 4 0 6/ 0 3 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 1 5 1 4 4 / 7 / 1 0 4 . 5 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 0 1 3 0 0 0 2 4 0 6/ 0 4 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 1 4 1 5 4 / 7 / 1 0 4 . 6 1 / 2 5 . 0 0 . 5 / 9 3 . 5 0 . 2 5 9 . 0 1 3 0 0 0 2 4 0 6/ 0 5 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 1 5 1 7 4 / 7 / 1 0 4 . 6 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 7 . 0 1 3 0 0 0 2 4 0 6/ 0 5 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 1 5 1 7 4 / 7 / 1 0 4 . 6 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 7 . 0 1 3 0 0 0 2 4 0 6/ 0 6 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 1 5 1 7 4 / 7 / 1 0 4 . 6 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 7 . 0 1 3 0 0 0 2 4 0 6/ 0 7 / 2 0 1 4 3 8 6 3 9 . 3 - 4 3 2 1 2 0 6 / 1 0 / 1 4 4 . 6 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 7 . 0 1 3 0 0 0 3 6 0 6/ 0 8 / 2 0 1 4 3 8 8 3 9 . 3 9 . 4 2 4 8 1 4 1 5 6 / 1 0 / 1 4 4 . 8 1 / 2 4 . 8 0 . 5 / 9 3 . 5 0 . 2 5 9 0 1 3 0 0 0 3 2 0 6/ 0 9 / 2 0 1 4 4 9 5 5 9 . 3 9 . 4 3 5 1 1 8 2 2 8 / 1 3 / 1 7 4 . 9 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 4 1 3 0 0 0 3 2 0 6/ 1 0 / 2 0 1 4 5 4 4 4 9 . 3 9 . 5 0 5 5 1 8 2 7 7 / 1 2 / 1 6 4 . 9 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 5 1 3 0 0 0 3 2 0 6/ 1 1 / 2 0 1 4 6 3 2 5 9 . 3 9 . 5 0 5 5 1 6 3 0 9 / 1 4 / 1 6 4 . 8 1 / 2 5 . 0 0 . 5 / 9 3 . 5 0 . 2 5 9 . 5 1 2 0 0 0 2 8 0 6/ 1 2 / 2 0 1 4 6 3 2 5 9 . 3 - 5 5 1 7 3 0 9 / 1 4 / 1 6 4 . 8 1 / 2 5 . 0 0 . 5 / 9 3 . 5 0 . 2 5 9 . 6 1 2 0 0 0 2 8 0 6/ 1 3 / 2 0 1 4 6 9 1 7 9 . 4 9 . 6 3 5 5 1 7 3 0 9 / 1 4 / 1 6 4 . 9 1 / 2 5 . 0 0 . 5 / 9 3 . 5 0 . 2 5 9 . 4 1 2 0 0 0 1 6 0 6/ 1 4 / 2 0 1 4 7 4 1 5 9 . 4 9 . 6 1 5 6 1 7 3 2 7 / 1 3 / 1 8 4 . 9 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 7 1 3 0 0 0 3 6 0 6/ 1 5 / 2 0 1 4 7 9 1 1 9 . 4 9 . 6 1 5 6 1 9 3 0 7 / 1 3 / 1 7 4 . 0 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 4 1 3 0 0 0 3 8 0 6/ 1 6 / 2 0 1 4 8 3 2 1 9 . 4 9 . 6 1 5 4 1 9 2 9 7 / 1 3 / 1 6 4 . 0 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 3 1 3 0 0 0 4 2 0 TB U M - 3 4 20 Da t e De p t h MW (p p g ) EC D (p p g ) VI S (s / q t ) PV YP Ge l s FL (c c ) FC So l s (% ) O/ W Ra t i o Sd (% ) pH Cl (ml/l) Ca (ml/l) 6/ 1 7 / 2 0 1 4 8 4 3 0 9 . 4 9 . 5 2 5 3 2 1 3 0 1 1 / 1 5 / 2 0 3 . 9 1 / 2 5 . 0 0 . 5 / 9 3 . 5 0 . 3 5 9 . 2 1 2 0 0 0 2 0 0 6/ 1 8 / 2 0 1 4 8 5 9 1 9 . 4 - 5 8 1 6 3 3 1 1 / 1 8 / 2 4 4 . 6 1 / 2 5 . 3 0 . 5 / 9 3 . 2 0 . 2 5 9 . 1 1 1 5 0 0 2 4 0 6/ 1 9 / 2 0 1 4 9 1 9 2 9 . 4 - 6 0 1 9 3 2 1 1 / 1 4 / 1 8 4 . 6 1 / 2 5 . 2 0 . 5 / 9 3 . 3 0 . 2 5 9 . 2 1 1 0 0 0 1 6 0 6/ 2 0 / 2 0 1 4 9 8 5 2 9 . 4 - 5 3 2 0 3 1 7 / 1 2 / 1 6 4 . 6 1 / 2 5 . 3 0 . 5 / 9 3 . 2 0 . 2 5 9 . 1 1 1 0 0 0 1 6 0 6/ 2 1 / 2 0 1 4 1 0 0 2 8 9 . 4 - 5 6 2 0 2 8 7 / 1 0 / 1 5 4 . 4 1 / 2 5 . 5 0 . 5 / 9 3 . 0 0 . 2 5 9 . 6 1 1 0 0 0 1 6 0 6/ 2 2 / 2 0 1 4 1 0 0 2 8 9 . 4 - 5 7 1 7 2 9 6 / 9 / 1 4 4 . 5 1 / 2 5 . 5 0 . 5 / 9 3 . 0 0 . 2 5 9 . 9 1 1 0 0 0 2 0 0 6/ 2 3 / 2 0 1 4 1 0 0 2 8 9 . 4 - 5 1 1 4 2 5 6 / 8 / 1 0 5 . 1 1 / 2 5 . 5 0 . 5 / 9 3 . 0 0 . 2 5 1 0 . 1 1 1 0 0 0 2 0 0 6/ 2 4 / 2 0 1 4 1 0 0 2 8 9 . 4 - 5 0 1 2 2 3 5 / 7 / 9 5 . 2 1 / 2 5 . 5 0 . 5 / 9 3 . 0 0 . 2 5 9 . 4 1 1 5 0 0 2 4 0 6/ 2 5 / 2 0 1 4 1 0 0 2 8 9 . 2 5 - 5 5 1 6 2 1 5 / 7 / 8 5 . 0 1 / 2 4 . 8 0 . 3 / 9 4 . 0 0 . 2 5 1 0 . 1 1 1 0 0 0 2 4 0 6/ 2 6 / 2 0 1 4 1 0 0 2 8 9 . 2 5 9 . 2 5 5 5 1 6 2 1 5 / 7 / 8 5 . 0 1 / 2 4 . 8 0 . 3 / 9 4 . 0 0 . 2 5 1 0 . 1 1 1 0 0 0 2 4 0 6/ 2 7 / 2 0 1 4 1 0 0 2 8 9 . 2 5 9 . 8 1 4 5 1 1 1 8 5 / 7 / 8 6 . 1 1 / 2 4 . 2 0 . 3 / 9 4 . 5 0 . 2 5 7 . 8 1 2 0 0 0 8 0 0 6/ 2 8 / 2 0 1 4 1 0 0 4 8 9 . 2 5 9 . 6 6 4 2 1 1 1 7 5 / 7 / 8 5 . 7 1 / 2 4 . 5 0 . 5 / 9 4 . 0 0 . 2 5 9 . 0 1 1 0 0 0 5 6 0 6/ 2 9 / 2 0 1 4 1 0 4 6 1 9 . 3 9 . 3 4 7 1 5 2 0 4 / 6 / 7 3 . 6 1 / 2 4 . 9 0 . 3 / 9 4 . 0 0 . 2 5 9 . 6 1 0 0 0 0 4 0 0 6/ 3 0 / 2 0 1 4 1 0 4 7 8 9 . 2 5 - 4 6 1 3 1 7 5 / 7 / 8 4 . 2 1 / 2 4 . 9 0 . 0 / 9 4 . 2 0 . 2 5 9 . 5 1 0 5 0 0 5 2 0 7/ 0 1 / 2 0 1 4 1 0 7 1 7 9 . 2 5 9 . 7 3 4 6 1 7 1 8 4 / 6 / 8 4 . 4 1 / 2 4 . 9 0 . 5 / 9 3 . 5 0 . 2 5 9 . 7 1 3 0 0 0 4 8 0 7/ 0 2 / 2 0 1 4 1 0 7 1 7 9 . 2 5 9 . 7 3 4 6 1 6 1 9 5 / 7 / 9 4 . 2 1 / 2 4 . 4 0 . 5 / 9 4 . 0 0 . 2 5 9 . 8 1 3 0 0 0 4 6 0 7/ 0 3 / 2 0 1 4 1 0 7 8 8 9 . 3 9 . 6 4 4 4 1 3 1 5 4 / 5 / 6 3 . 5 1 / 2 4 . 5 0 . 5 / 9 4 . 0 0 . 2 5 9 . 6 1 1 0 0 0 5 2 0 7/ 0 4 / 2 0 1 4 1 1 0 8 8 9 . 2 5 9 . 2 5 4 3 1 5 1 4 5 / 7 / 9 4 . 0 1 / 2 4 . 4 0 . 5 / 9 4 . 0 0 . 2 5 9 . 7 1 3 0 0 0 4 8 0 7/ 0 5 / 2 0 1 4 1 1 0 8 9 9 . 2 5 9 . 7 0 4 4 1 4 1 9 5 / 7 / 9 4 . 0 1 / 2 4 . 4 0 . 5 / 9 4 . 0 0 . 2 5 9 . 5 1 3 0 0 0 5 0 0 7/ 0 6 / 2 0 1 4 1 1 6 1 3 9 . 2 5 9 . 7 6 4 6 1 8 1 8 6 / 8 / 1 0 4 . 0 1 / 2 4 . 4 0 . 5 / 9 4 . 0 0 . 2 5 9 . 6 1 3 0 0 0 5 2 0 7/ 0 7 / 2 0 1 4 1 1 9 0 7 9 . 2 5 9 . 7 5 4 6 1 7 2 0 5 / 7 / 9 4 . 0 1 / 2 4 . 4 1 . 0 / 9 3 . 5 0 . 2 5 9 . 6 1 3 0 0 0 4 8 0 7/ 0 8 / 2 0 1 4 1 1 9 0 7 9 . 2 5 - 4 6 1 8 1 8 5 / 7 / 9 4 . 0 1 / 2 4 . 4 1 . 0 / 9 3 . 5 0 . 2 5 9 . 5 1 3 0 0 0 4 6 0 7/ 0 9 / 2 0 1 4 1 2 4 1 9 9 . 2 5 9 . 7 4 6 1 9 1 7 5 / 8 / 1 0 3 . 6 1 / 2 4 . 4 0 . 5 / 9 4 . 0 0 . 2 5 9 . 5 1 3 0 0 0 3 2 0 7/ 1 0 / 2 0 1 4 1 2 4 1 9 9 . 2 5 - 4 4 1 3 1 8 5 / 7 / 9 4 . 5 1 / 2 4 . 4 0 . 5 / 9 4 . 0 0 . 2 5 9 . 9 1 3 0 0 0 4 0 0 Ab b r e v i a t i o n s MW = M u d W e i g h t G e l s = G e l S t r e n g t h S d = S a n d c o n t e n t E C D = E f f e c t i v e C i r c u l a t i n g D e n s i t y WL = W a t e r o r F i l t r a t e L o s s C l = C h l o r i d e s V I S = F u n n e l V i s c o s i t y F C = F i l t e r C a k e Ca = H a r d n e s s C a l c i u m P V = P l a s t i c V i s c o s i t y S o l s = S o l i d s O / W = O i l t o W a t e r r a t i o YP = Y i e l d P o i n t 21 6 DAILY REPORTS Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR Rogers / Brumley DATE Jul 10, 2014 DEPTH 12419' PRESENT OPERATION Tripping out TIME 24:00 YESTERDAY 12419' 24 HOUR FOOTAGE 0' CASING INFORMATION 16" @ 1363', 13-3/8" @ 3864', 9-5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 12419.00' 76.59 279.23 9514.59' BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 11 8.5" Smith MDSi716 PDC JH9825 5x12, 2x13 11907' 12419' 512' 13.49 TD DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 12419' MW 9.25 VIS 44 PV 13 YP 18 FL 4.5 Gels 5/7/9 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 0.5/94 MBT 2 pH 9.9 Ca+ 400 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY TD reached @ 12419' MD. Pump sweep; ream/wash to/from 11485'; pump 2 sweeps. Mad pass logging to 10500'; back ream to 9550'; pump dry job; trip out of hole. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1978.50, RW $1715.00, PC $1010.00 REPORT BY Hammond Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR Rogers / Brumley DATE July 9, 2014 DEPTH 12419' PRESENT OPERATION Drilling at TD TIME 24:00 YESTERDAY 11907' 24 HOUR FOOTAGE 512' CASING INFORMATION 16" @ 1363', 13-3/8" @ 3864', 9-5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 12419.00' 76.59 279.23 9514.59' BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 11 8.5" Smith MDSi716 PDC JH9825 5x12, 2x13 11907' 12419' 512' 13.49 TD DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 87.4 @ 11952 0.5 @ 12327 47.3 7.33 FT/HR SURFACE TORQUE 27254 @ 12414 18791 @ 12163 23198.7 26768.34 FT-LBS WEIGHT ON BIT 178 @ 12045 3 @ 12162 13.0 14.77 KLBS ROTARY RPM 147 @ 12082 0 @ 12232 132.4 133.66 RPM PUMP PRESSURE 2109 @ 12300 1495 @ 11941 1962.7 2013.44 PSI DRILLING FLUIDS REPORT DEPTH 12419' MW 9.25 VIS 46 PV 19 YP 17 FL 3.6 Gels 5/8/10 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 0.5/94 MBT 2 pH 9.5 Ca+ 320 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 314 @ 12035 5 @ 12396 67.7 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 21704 @ 12035 499 @ 11910 5149.9 CONNECTION GAS HIGH ETHANE (C-2) 4226 @ 12035 78 @ 12396 823.0 AVG PROPANE (C-3) 4523 @ 12035 34 @ 12396 770.8 CURRENT BUTANE (C-4) 3347 @ 12035 1 @ 12407 543.6 CURRENT BACKGROUND/AVG 15 PENTANE (C-5) 1435 @ 12035 0 @ 12407 291.3 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY Tuffaceous sand, sand, tuffaceous siltstone PRESENT LITHOLOGY Tuffaceous sand DAILY ACTIVITY SUMMARY Pick up drillpipe from 4893'; trip in hole; ream/wash from 10017'. Drill from 11907' to TD @ 12419'. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1978.50, RW $1715.00, PC $1010.00 REPORT BY Hammond Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR Rogers / Brumley DATE July 7, 2014 DEPTH 11907' PRESENT OPERATION Running in hole TIME 24:00 YESTERDAY 11907' 24 HOUR FOOTAGE 0' CASING INFORMATION 16" @ 1363', 13-3/8" @ 3864', 9-5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 11828.50' 87.73 281.69 9446.71' BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 11 8.5" Smith MDSi716 PDC JH9825 5x12, 2x13 11907' DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 11907' MW 9.25 VIS 46 PV 18 YP 18 FL 4.0 Gels 5/7/9 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 1/93.5 MBT 2.5 pH 9.5 Ca+ 460 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Trip out of hole; L/D BHA. Pick up BHA #20 and new bit #11; run in hole. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1978.50, RW $1715.00, PC $1010.00 REPORT BY Hammond Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jul 07, 2014 DEPTH 11907 PRESENT OPERATION POOH TIME 23:06:09 YESTERDAY 11632 24 HOUR FOOTAGE 275 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 11828.50 87.73 281.69 9446.71 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 8rr1 8.5" HDBS MME84D 12471614 8x12 11088' 819' 45.5 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 50.5 @ 11783 0.4 @ 11755 20.1 1.55884 FT/HR SURFACE TORQUE 27606 @ 11806 1376 @ 11655 24049.9 25563.15820 FT-LBS WEIGHT ON BIT 35 @ 11907 7 @ 11843 15.8 35.38800 KLBS ROTARY RPM 147 @ 11851 0 @ 11653 128.4 131.92149 RPM PUMP PRESSURE 2022 @ 11869 1590 @ 11778 1938.7 1917.34583 PSI DRILLING FLUIDS REPORT DEPTH 11907 MW 9.25 VIS 46 PV 17 YP 20 FL 4.0 Gels 5/7/9 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 1.0/93.5 MBT 2.5 pH 9.6 Ca+ 480 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 140 @ 11717 2 @ 11903 45.0 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 10240 @ 11717 241 @ 11903 3600.0 CONNECTION GAS HIGH ETHANE (C-2) 1969 @ 11717 44 @ 11903 691.5 AVG PROPANE (C-3) 2344 @ 11717 48 @ 11903 610.7 CURRENT BUTANE (C-4) 1870 @ 11717 1 @ 11821 448.8 CURRENT BACKGROUND/AVG 19u PENTANE (C-5) 1079 @ 11717 0 @ 11821 245.5 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Drill ahead to 11907'' until ROP slowed dramatically. Descision was made to POOH and check/change bit. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jul 06, 2014 DEPTH 11632 PRESENT OPERATION Drilling TIME 01:01:16 YESTERDAY 11233 24 HOUR FOOTAGE 399 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 11575.68 90.20 271.53 9442.76 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 8rr1 8.5" HDBS MME84D 12471614 8x12 11088' 544' 27 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 107.2 @ 11464 0.3 @ 11406 24.8 33.89900 FT/HR SURFACE TORQUE 26577 @ 11543 19849 @ 11470 22611.2 23283.15625 FT-LBS WEIGHT ON BIT 32 @ 11464 4 @ 11426 13.9 14.49251 KLBS ROTARY RPM 145 @ 11507 0 @ 11464 115.1 140.39037 RPM PUMP PRESSURE 1988 @ 11627 1234 @ 11270 1819.3 1937.91577 PSI DRILLING FLUIDS REPORT DEPTH 11613 MW 9.25 VIS 45 PV 14 YP 20 FL 4.0 Gels 6/8/10 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 0.5/94.0 MBT 2.5 pH 9.6 Ca+ 520 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 153 @ 11384 2 @ 11259 50.4 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 8837 @ 11384 193 @ 11259 3358.5 CONNECTION GAS HIGH ETHANE (C-2) 1850 @ 11384 45 @ 11259 764.5 AVG PROPANE (C-3) 2372 @ 11384 52 @ 11259 845.2 CURRENT BUTANE (C-4) 1853 @ 11384 39 @ 11259 655.6 CURRENT BACKGROUND/AVG 47u PENTANE (C-5) 829 @ 11384 16 @ 11259 328.3 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Sand, Conglomeratic sandstone DAILY ACTIVITY SUMMARY Continue horizontal drilling through the Hemlock. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jul 05, 2014 DEPTH 11233 PRESENT OPERATION Drilling TIME 00:44:17 YESTERDAY 11088 24 HOUR FOOTAGE 145 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 11161.09 91.87 262.57 9452.24 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 10 8.5" HDBS FX56M 11735047 3x16, 2x14 10788' 11088 300' 9 8-8-RO-A-X-I-LM PR 8rr1 8.5" HDBS MME84D 12471614 8x12 11088' 145' 6.3 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 75.0 @ 11231 0.6 @ 11150 31.5 46.90820 FT/HR SURFACE TORQUE 24327 @ 11198 19576 @ 11092 21813.4 22810.17773 FT-LBS WEIGHT ON BIT 31 @ 11088 5 @ 11090 12.6 13.63141 KLBS ROTARY RPM 146 @ 11171 80 @ 11088 124.3 97.24083 RPM PUMP PRESSURE 1847 @ 11209 1540 @ 11089 1767.0 1795.04602 PSI DRILLING FLUIDS REPORT DEPTH 11089 MW 9.25 VIS 44 PV 14 YP 19 FL 4.0 Gels 5/7/9 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 0.5/94.0 MBT 2.5 pH 9.5 Ca+ 500 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 116 @ 11223 5 @ 11089 43.9 TRIP GAS 92u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 8043 @ 11223 413 @ 11089 3415.9 CONNECTION GAS HIGH ETHANE (C-2) 1700 @ 11223 103 @ 11172 680.4 AVG PROPANE (C-3) 2137 @ 11223 20 @ 11091 704.6 CURRENT BUTANE (C-4) 1607 @ 11223 1 @ 11088 520.2 CURRENT BACKGROUND/AVG 42u PENTANE (C-5) 649 @ 11223 1 @ 11088 245.3 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Conglomeratic Sand, Sandstone, Siltstone DAILY ACTIVITY SUMMARY Finished POOH and L/D BHA. P/U new BHA and TIH. Service top drive and cut and slip drill line. Continue drilling ahead CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / M. Brumley DATE Jul 04, 2014 DEPTH 11088 PRESENT OPERATION POOH TIME 10:44:38 YESTERDAY 10975 24 HOUR FOOTAGE 113 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 10 8.5" HDBS FX56M 11735047 3x16, 2x14 10788' 11088 300' 9 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 92.7 @ 10982 0.6 @ 11010 34.7 0.00000 FT/HR SURFACE TORQUE 23527 @ 11088 19080 @ 11011 21180.3 23527.22461 FT-LBS WEIGHT ON BIT 31 @ 11088 6 @ 10998 14.3 31.40285 KLBS ROTARY RPM 138 @ 11007 57 @ 11039 104.8 80.27434 RPM PUMP PRESSURE 1687 @ 10989 1424 @ 10979 1593.6 1540.60596 PSI DRILLING FLUIDS REPORT DEPTH 11088' MW 9.25 VIS 43 PV 15 YP 17 FL 4.0 Gels 5/7/9 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 0.5/94.0 MBT 3.0 pH 9.7 Ca+ 480 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 131 @ 10981 5 @ 11087 53.2 TRIP GAS 39u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 12092 @ 10981 465 @ 11087 4245.9 CONNECTION GAS HIGH ETHANE (C-2) 1946 @ 10981 126 @ 11087 839.2 AVG PROPANE (C-3) 2014 @ 10981 23 @ 11088 769.4 CURRENT BUTANE (C-4) 1279 @ 10981 1 @ 11088 580.5 CURRENT BACKGROUND/AVG PENTANE (C-5) 777 @ 11007 1 @ 11088 355.1 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Drilled ahead to 11088' and TOOH to shoe to service top drive. TIH and attempt to drill ahead. Unable to make any footage, descision made to POOH and change out bit. POOH at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jul 03, 2014 DEPTH 10975 PRESENT OPERATION Drilling TIME 00:56:42 YESTERDAY 10788 24 HOUR FOOTAGE 187 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 10906.29 84.33 267.40 9442.89 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 10 8.5" HDBS FX56M 11735047 3x16, 2x14 10788' 187' 3.3 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 112.8 @ 10805 2.6 @ 10974 84.1 91.08481 FT/HR SURFACE TORQUE 22652 @ 10922 2103 @ 10899 20200.2 21116.85156 FT-LBS WEIGHT ON BIT 49 @ 10788 6 @ 10898 12.4 14.67819 KLBS ROTARY RPM 141 @ 10953 0 @ 10801 126.0 131.01566 RPM PUMP PRESSURE 2271 @ 10797 1130 @ 10789 1622.0 1649.25806 PSI DRILLING FLUIDS REPORT DEPTH 10788 MW 9.3 VIS 44 PV 13 YP 15 FL 3.5 Gels 4/5/6 CL- 11000 FC 1/2 SOL 4.5 SD 0.25 OIL 0.5/94.0 MBT 3.0 pH 9.6 Ca+ 520 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 341 @ 10919 7 @ 10866 141.4 TRIP GAS 149u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 28876 @ 10919 590 @ 10866 10454.7 CONNECTION GAS HIGH ETHANE (C-2) 4929 @ 10919 108 @ 10866 1876.4 AVG PROPANE (C-3) 5852 @ 10919 138 @ 10866 2224.2 CURRENT BUTANE (C-4) 3914 @ 10918 97 @ 10866 1507.2 CURRENT BACKGROUND/AVG 94u PENTANE (C-5) 1757 @ 10919 4 @ 10788 624.6 HYDROCARBON SHOWS See show reports INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Conglomeratic sandstone, Tuffaceous sandstone, Tuffaceous siltstone DAILY ACTIVITY SUMMARY L/D mud motor BHA. P/U geo pilot BHA and test. TIH while P/U 33 joints from deck. Service top drive. TIH to bottom while waashing and reaming from 10417 to bottom. Drill ahead. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jul 02, 2014 DEPTH 10788 PRESENT OPERATION L/D BHA TIME 13:27:07 YESTERDAY 10714 24 HOUR FOOTAGE 74 CASING INFORMATION SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 9 8.5" HDBS QH26DR 11878728 2x18, 1x20 10461' 10788' 327 40 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 59.4 @ 10755 0.2 @ 10739 7.7 11.12278 FT/HR SURFACE TORQUE 9634 @ 10719 5 @ 10756 232.9 0.00000 FT-LBS WEIGHT ON BIT 52 @ 10718 19 @ 10739 27.1 49.89218 KLBS ROTARY RPM 43 @ 10719 0 @ 10731 1.9 0.30179 RPM PUMP PRESSURE 1254 @ 10717 1079 @ 10750 828.3 1139.20374 PSI DRILLING FLUIDS REPORT DEPTH 10717' MW 9.25 VIS 46 PV 16 YP 19 FL 4.2 Gels 5/7/9 CL- 13000 FC 1/2 SOL 4.4 SD 0.25 OIL 0.5/94.0 MBT 3.0 pH 9.8 Ca+ 460 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 29 @ 10784 2 @ 10787.00000 7.3 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 5118 @ 10784 297 @ 10787 952.9 CONNECTION GAS HIGH ETHANE (C-2) 392 @ 10748 38 @ 10787 151.6 AVG PROPANE (C-3) 298 @ 10788 2 @ 10715 63.8 CURRENT BUTANE (C-4) 201 @ 10780 1 @ 10715 27.6 CURRENT BACKGROUND/AVG 28u PENTANE (C-5) 99 @ 10756 1 @ 10787 7.2 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Sand, Conglomeratic sand DAILY ACTIVITY SUMMARY Continue slide drilling down to 10788. Back ream out to 10700 then run back to bottom. TOOH to 10110' and monitor well (static). Pump dry job and continue TOOH. Find washout joint on #120 and L/D bad joint. Pump another dry job and continue TOOH. L/D BHA at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jul 01, 2014 DEPTH 10714 PRESENT OPERATION Drilling TIME 01:05:10 YESTERDAY 10495 24 HOUR FOOTAGE 219 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 10627.47 62.57 270.80 9370.68 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 9 8.5" HDBS QH26DR 11878728 2x18, 1x20 10461' 253' 18.2 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 1272.0 @ 10619 0.2 @ 10592 23.6 5.25651 FT/HR SURFACE TORQUE 13568 @ 10710 2 @ 10621 983.0 0.00000 FT-LBS WEIGHT ON BIT 108 @ 10619 10 @ 10686 38.9 30.76906 KLBS ROTARY RPM 45 @ 10580 0 @ 10545 2.4 0.28741 RPM PUMP PRESSURE 1507 @ 10543 1083 @ 10686 1316.0 1178.11768 PSI DRILLING FLUIDS REPORT DEPTH 10717 MW 9.25 VIS 46 PV 17 YP 18 FL 4.4 Gels 4/6/8 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 3.0 pH 9.7 Ca+ 480 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 64 @ 10620 2 @ 10573 19.5 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 7870 @ 10553 335 @ 10570 2444.6 CONNECTION GAS HIGH ETHANE (C-2) 1296 @ 10620 3 @ 10499 393.3 AVG PROPANE (C-3) 1268 @ 10620 0 @ 10563 236.4 CURRENT BUTANE (C-4) 802 @ 10620 3 @ 10714 161.6 CURRENT BACKGROUND/AVG 7u PENTANE (C-5) 316 @ 10620 3 @ 10714 71.2 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Sand, Siltstone, Coal DAILY ACTIVITY SUMMARY Continue slide drilling through 10714' CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE June 30, 2014 DEPTH 10495 PRESENT OPERATION Drilling TIME 00:56:05 YESTERDAY 10461 24 HOUR FOOTAGE 34 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 8 8.5" HDBS MME84D 12471614 8x12 10048 10461 413 16.3 9 8.5" HDBS QH26DR 11878728 2x18, 1x20 10461 34 2.2 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 158.2 @ 10463 1.3 @ 10477 21.2 7.26883 FT/HR SURFACE TORQUE 22147 @ 10461 2 @ 10472 1565.8 0.00000 FT-LBS WEIGHT ON BIT 41 @ 10491 7 @ 10462 33.0 18.64252 KLBS ROTARY RPM 143 @ 10461 0 @ 10495 6.3 0.28741 RPM PUMP PRESSURE 1345 @ 10474 1240 @ 10489 1324.6 1268.66333 PSI DRILLING FLUIDS REPORT DEPTH 10478 MW 9.25 VIS 46 PV 13 YP 17 FL 4.2 Gels 5/7/8 CL- 10500 FC 1/2 SOL 4.9 SD 0.25 OIL 0.0/94.2 MBT 3.8 pH 9.5 Ca+ 520 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 29 @ 10466 4 @ 10475 8.9 TRIP GAS 57u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 4906 @ 10466 718 @ 10475 1535.3 CONNECTION GAS HIGH ETHANE (C-2) 282 @ 10466 11 @ 10494 64.5 AVG PROPANE (C-3) @ @ 0.0 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 7u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Sand, Tuffaceous Siltstone, Coal DAILY ACTIVITY SUMMARY Continue TOOH and L/D BHA. P/U new BHA, service rig and run back into the hole. Continue drilling ahead per well plan. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE Jun 29, 2014 DEPTH 10461 PRESENT OPERATION POOH TIME 21:02:31 YESTERDAY 10108 24 HOUR FOOTAGE 353 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 10343.22 44.31 267.91 9198.25 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 8 8.5" HDBS MME84D 12471614 12471614 8x12 10048 413 16.3 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 133.2 @ 10167 0.0 @ 10138 38.3 9.31829 FT/HR SURFACE TORQUE 24339 @ 10237 16162 @ 10193 20144.9 22147.70313 FT-LBS WEIGHT ON BIT 46 @ 10422 2 @ 10355 17.7 25.53124 KLBS ROTARY RPM 159 @ 10425 0 @ 10422 118.2 143.53922 RPM PUMP PRESSURE 1725 @ 10201 1106 @ 10437 1547.1 1298.12366 PSI DRILLING FLUIDS REPORT DEPTH 10461 MW 9.3 VIS 47 PV 15 YP 20 FL 3.6 Gels 4/6/7 CL- 10000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.3/94.0 MBT 4.0 pH 9.6 Ca+ 400 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 313 @ 10264 3 @ 10112.00000 35.5 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 50354 @ 10265 595 @ 10110 5441.0 CONNECTION GAS HIGH ETHANE (C-2) 2102 @ 10280 50 @ 10112 414.1 AVG PROPANE (C-3) 622 @ 10216 1 @ 10458 140.5 CURRENT BUTANE (C-4) 510 @ 10280 0 @ 10245 69.5 CURRENT BACKGROUND/AVG 11u PENTANE (C-5) 438 @ 10280 0 @ 10245 34.9 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Siltstone, Sand, Coal DAILY ACTIVITY SUMMARY Drill down to 10461' and CBU. Pump dry job and begin tripping out of the hole. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE Jun 28, 2014 DEPTH 10108 PRESENT OPERATION Drilling TIME 00:46:22 YESTERDAY 10048 24 HOUR FOOTAGE 60 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 8 8.5 HDBS MME84D 12471614 8x12 10048 60 3 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 91.2 @ 10049 0.6 @ 10060 24.9 7.86196 FT/HR SURFACE TORQUE 19287 @ 10093 15965 @ 10055 18280.4 18493.29102 FT-LBS WEIGHT ON BIT 24 @ 10055 10 @ 10076 17.4 19.81500 KLBS ROTARY RPM 103 @ 10055 65 @ 10057 72.8 68.49845 RPM PUMP PRESSURE 1629 @ 10097 1225 @ 10083 1581.2 1603.06226 PSI DRILLING FLUIDS REPORT DEPTH 10048 MW 9.25 VIS 42 PV 11 YP 17 FL 5.7 Gels 5/7/8 CL- 11000 FC 1/2 SOL 4.5 SD 0.25 OIL 0.5/94.0 MBT 4.3 pH 9.0 Ca+ 560 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 80 @ 10050 0 @ 10056 22.0 TRIP GAS 105u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 14347 @ 10050 121 @ 10056 2640.9 CONNECTION GAS HIGH ETHANE (C-2) 1261 @ 10073 7 @ 10056 316.5 AVG PROPANE (C-3) 1056 @ 10073 5 @ 10056 233.5 CURRENT BUTANE (C-4) 694 @ 10074 2 @ 10056 143.5 CURRENT BACKGROUND/AVG 12u PENTANE (C-5) 405 @ 10074 1 @ 10056 89.1 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Sand, Tuffaceous Siltstone, Tuffaceous Sandstone, Coal DAILY ACTIVITY SUMMARY Finish testing BOP's and R/D testing equipment. P/U BHA and service rig. Test MWD and TIH. Cut and slip drill line. Drill ahead. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE Jun 27, 2014 DEPTH 10048 PRESENT OPERATION Testing BOP's TIME 12:53:39 YESTERDAY 10028 24 HOUR FOOTAGE 20 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 444.2 @ 10032 1.9 @ 10035 103.0 2.59344 FT/HR SURFACE TORQUE 16223 @ 10028 13820 @ 10037 15404.4 14248.01758 FT-LBS WEIGHT ON BIT 29 @ 10047 2 @ 10031 19.2 29.55450 KLBS ROTARY RPM 111 @ 10043 89 @ 10030 102.0 95.52981 RPM PUMP PRESSURE 2849 @ 10028 1222 @ 10046 1424.1 1241.86975 PSI DRILLING FLUIDS REPORT DEPTH 10048 MW 9.25 VIS 45 PV 11 YP 18 FL 6.1 Gels 5/7/8 CL- 12000 FC 1/2 SOL 4.2 SD 0.25 OIL 0.3/94.5 MBT 3.8 pH 7.8 Ca+ 800 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 84 @ 10033 2 @ 10047 27.6 TRIP GAS 93u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 17454 @ 10033 526 @ 10047 5730.6 CONNECTION GAS HIGH ETHANE (C-2) 333 @ 10033 0 @ 10046 111.0 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Siltstone DAILY ACTIVITY SUMMARY Service rig and TIH to top of cement at 9901'. CBU, pressure test casing (good) and drill out shoe track plus 20' of new hole. R/U and perform FIT. POOH, R/U and test BOP's. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE Jun 26, 2014 DEPTH 10028 PRESENT OPERATION TOOH TIME 06:40:19 YESTERDAY 10028 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' 9 5/8" @ 10015' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 10028 MW 9.25 VIS 55 PV 16 YP 21 FL 5.0 Gels 5/7/8 CL- 11000 FC 1/2 SOL 4.8 SD 0.25 OIL 0.3/94.0 MBT 4.5 pH 10.1 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish changing rams and test. R/D testing equipment and service rig. P/U cleanout BHA and RIH while installing torque rubbers. TOOH at 8300' to inspect hard bands and change out if needed. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE Jun 25, 2014 DEPTH 10028 PRESENT OPERATION Changing upper rams TIME 06:40:19 YESTERDAY 10028 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 10028 (6/24/2014) MW 9.4 VIS 50 PV 12 YP 23 FL 5.2 Gels 5/7/9 CL- 11500 FC 1/2 SOL 5.5 SD 0.25 OIL 0.5/93.0 MBT 4.5 pH 9.4 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 513u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Land 9-5/8" casing and R/U cementing equipment. Cement casing, R/D cementing equipment and begin chainging out top rams. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE Jun 24, 2014 DEPTH 10028 PRESENT OPERATION RIH with casing TIME 06:40:19 YESTERDAY 10028 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 10028 MW 9.4 VIS 50 PV 12 YP 23 FL 5.2 Gels 5/7/9 CL- 11500 FC 1/2 SOL 5.5 SD 0.25 OIL 0.5/93.0 MBT 4.5 pH 9.4 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 676u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Continue RIH with 9-5/8" casing. Break circulation at 3806' and again at 7148'. Attempting to work through tight spot at 8766'. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 23, 2014 DEPTH 10028 PRESENT OPERATION RIH with casing TIME 06:40:19 YESTERDAY 10028 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 10028 MW 9.4 VIS 51 PV 14 YP 25 FL 5.1 Gels 6/8/10 CL- 11000 FC 1/2 SOL 5.5 SD 0.25 OIL 0.5/93.0 MBT 2.5 pH 10.1 Ca+ 200 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 94u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Continue TOOH, stopping to circulate at the shoe. TOOH to surface and L/D cleanout BHA. Change out top rams and test BOP's. R/U casing equipment and begin running 9-5/8" casing. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 22, 2014 DEPTH 10028 PRESENT OPERATION Circulating TIME 06:40:19 YESTERDAY 10028 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 10028 MW 9.4 VIS 57 PV 17 YP 29 FL 4.5 Gels 6/9/14 CL- 11000 FC 1/2 SOL 5.5 SD 0.25 OIL 0.5/93.0 MBT 3.0 pH 9.9 Ca+ 200 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 1247u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish testing BOP's, and P/U cleanout BHA. RIH to 3770' and slip and cut drill line. Wash/ream down through multiple tight spots to bottom. Circulating hole clean at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 21, 2014 DEPTH 10028 PRESENT OPERATION Testing BOP's TIME 06:40:19 YESTERDAY 9923 24 HOUR FOOTAGE 105 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 6 12.25" HDBS FX66M 12038267 9x12 8467' 10028' 1561' 35.5 1-3-WT-G-X-I-CT TD DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 97.0 @ 10001 1.8 @ 9939 46.4 67.61338 FT/HR SURFACE TORQUE 18354 @ 10004 5 @ 9939 12410.0 16840.65731 FT-LBS WEIGHT ON BIT 19 @ 9941 0 @ 9924 10.4 7.93514 KLBS ROTARY RPM 84 @ 9982 0 @ 9956 59.3 84.21402 RPM PUMP PRESSURE 3266 @ 9950 2794 @ 9923 3050.1 3055.57607 PSI DRILLING FLUIDS REPORT DEPTH 10028 MW 9.4 VIS 56 PV 20 YP 28 FL 5.5 Gels 7/10/15 CL- 11000 FC 1/2 SOL 5.5 SD 0.25 OIL 0.5/93.0 MBT 3.5 pH 9.6 Ca+ 160 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 290 @ 10000 19 @ 9934 67.9 TRIP GAS 23u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 62872 @ 9999 4162 @ 9934 14657.1 CONNECTION GAS HIGH ETHANE (C-2) 1004 @ 9999 7 @ 10013 326.2 AVG PROPANE (C-3) 291 @ 9999 0 @ 9924 48.2 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Drilled ahead to TD at 10028'. Pumped two high vis sweeps and TOOH through multiple tight spots. L/D BHA and download MWD. R/U BOP testing equipment and test BOP's. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 20, 2014 DEPTH 9923 PRESENT OPERATION Drilling TIME 01:02:06 YESTERDAY 9243 24 HOUR FOOTAGE 680 CASING INFORMATION 16" @ 1363' 13 3/8" 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 9862.99 90.90 262.52 8801.62 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 6 12.25" HDBS FX66M 12038267 9x12 8467' 1456' 31.8 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 2368.4 @ 9630 0.5 @ 9534 62.9 30.01197 FT/HR SURFACE TORQUE 19545 @ 9838 0 @ 9365 12780.0 25.93533 FT-LBS WEIGHT ON BIT 68 @ 9630 0 @ 9259 8.5 2.67507 KLBS ROTARY RPM 87 @ 9536 0 @ 9365 59.7 0.54622 RPM PUMP PRESSURE 3222 @ 9413 2672 @ 9849 2899.0 2794.82275 PSI DRILLING FLUIDS REPORT DEPTH 9852' MW 9.4 VIS 53 PV 20 YP 31 FL 4.6 Gels 7/12/16 CL- 11000 FC 1/2 SOL 5.3 SD 0.25 OIL 0.5/93.2 MBT 2.5 pH 9.1 Ca+ 160 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 136 @ 9545 0 @ 9892 45.4 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 29913 @ 9545 99 @ 9891 8764.0 CONNECTION GAS HIGH ETHANE (C-2) 1068 @ 9545 1 @ 9663 201.9 AVG PROPANE (C-3) 113 @ 9483 3 @ 9529 6.1 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 22u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous Siltstone DAILY ACTIVITY SUMMARY Continue drilling ahead through 9923' at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 19, 2014 DEPTH 9243 PRESENT OPERATION Drilling TIME 01:17:46 YESTERDAY 8593 24 HOUR FOOTAGE 650 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 9195.09 31.10 263.73 8229.89 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 6 12.25" HDBS FX66M 12038267 9x12 8467' 776 16 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 193.3 @ 8709 1.4 @ 9167 64.1 76.76577 FT/HR SURFACE TORQUE 17585 @ 9130 0 @ 9190 10668.4 15730.12012 FT-LBS WEIGHT ON BIT 31 @ 9155 0 @ 9069 7.2 8.39406 KLBS ROTARY RPM 85 @ 9142 0 @ 8677 54.2 78.29013 RPM PUMP PRESSURE 2985 @ 8892 2340 @ 9198 2673.5 2902.92529 PSI DRILLING FLUIDS REPORT DEPTH 8591 (6/18/2014) MW 9.4 VIS 58 PV 16 YP 33 FL 4.6 Gels 11/18/24 CL- 11500 FC 1/2 SOL 5.3 SD 0.25 OIL 0.5/93.2 MBT 2.5 pH 9.1 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 440 @ 9107 5 @ 9212 83.1 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 86609 @ 9107 993 @ 9212 16047.1 CONNECTION GAS HIGH ETHANE (C-2) 727 @ 8762 8 @ 8978 254.6 AVG PROPANE (C-3) 127 @ 8794 0 @ 8952 12.5 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 36u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous Siltstone DAILY ACTIVITY SUMMARY Continue drilling ahead through 9243' at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 18, 2014 DEPTH 8593 PRESENT OPERATION Drilling TIME 00:53:37 YESTERDAY 8467 24 HOUR FOOTAGE 126 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 8534.93 30.07 263.8 7660.82 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 5 12.25" HDBS MMG65 10971850 4x13, 3x14 6325' 8467' 2142' 82.5 8-5-RO-T-X-1-CT-PR 6 12.25" HDBS FX66M 12038267 9x12 8467' 126' 1.5 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 124.9 @ 8485 2.0 @ 8467 82.1 46.84928 FT/HR SURFACE TORQUE 16245 @ 8525 7 @ 8590 13606.8 12.07095 FT-LBS WEIGHT ON BIT 45 @ 8467 1 @ 8559 5.9 6.77097 KLBS ROTARY RPM 153 @ 8467 0 @ 8591 74.7 0.38806 RPM PUMP PRESSURE 2940 @ 8525 2085 @ 8504 2619.8 2444.41602 PSI DRILLING FLUIDS REPORT DEPTH 8591 MW 9.4 VIS 58 PV 16 YP 33 FL 4.6 Gels 11/18/24 CL- 11500 FC 1/2 SOL 5.3 SD 0.25 OIL 0.5/93.2 MBT 2.5 pH 9.1 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 390 @ 8489 20 @ 8467 162.8 TRIP GAS 414u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 77046 @ 8489 3790 @ 8467 31903.9 CONNECTION GAS HIGH ETHANE (C-2) 999 @ 8468 51 @ 8522 337.4 AVG PROPANE (C-3) 0 @ 0 @ 0.0 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 37u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Claystone, Coal, Carbonaceous Shale DAILY ACTIVITY SUMMARY Continue TOOH to 3844' and flow check (static). Pump dry job and L/D BHA. Service TD and P/U BHA #13. RIH and begin drilling ahead at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE Jun 17, 2014 DEPTH 8467 PRESENT OPERATION POOH TIME 15:06:00 YESTERDAY 8339 24 HOUR FOOTAGE 128 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 5 12.25" HDBS MMG65 10971850 4x13, 3x14 6325' 8467' 2142' 82.5 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 41.2 @ 8419 0.5 @ 8445 14.8 11.51814 FT/HR SURFACE TORQUE 18375 @ 8364 10793 @ 8396 13762.7 13059.84045 FT-LBS WEIGHT ON BIT 50 @ 8384 3 @ 8417 34.0 47.39867 KLBS ROTARY RPM 208 @ 8355 150 @ 8364 174.6 161.32528 RPM PUMP PRESSURE 2395 @ 8381 2182 @ 8398 2360.6 2334.19063 PSI DRILLING FLUIDS REPORT DEPTH 8321 (6/16/2014) MW 9.4 VIS 54 PV 19 YP 29 FL 4.0 Gels 7/13/16 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 2.5 pH 9.3 Ca+ 420 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 220 @ 8391 13 @ 8459 39.8 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 43297 @ 8391 2555 @ 8459 7554.6 CONNECTION GAS HIGH ETHANE (C-2) 391 @ 8351 55 @ 8401 186.8 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous Siltstone DAILY ACTIVITY SUMMARY Drilled ahead to 8467' and CBU. Begin POOH to inspect drill bit. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / R. Brumley DATE Jun 16, 2014 DEPTH 8339 PRESENT OPERATION Drilling TIME 00:53:07 YESTERDAY 7939 24 HOUR FOOTAGE 400 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 8256.53 31.65 264.86 7422.56 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 5 12.25" HDBS MMG65 10971850 4x13, 3x14 6325' 2014' 71 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 1454.1 @ 8290 0.3 @ 7943 36.2 6.07109 FT/HR SURFACE TORQUE 18224 @ 7987 10805 @ 7989 14442.0 13966.57129 FT-LBS WEIGHT ON BIT 67 @ 8290 5 @ 8307 32.5 23.14064 KLBS ROTARY RPM 180 @ 7989 0 @ 8289 159.0 170.69998 RPM PUMP PRESSURE 2445 @ 8304 1785 @ 8150 2298.8 2314.83154 PSI DRILLING FLUIDS REPORT DEPTH 8321 MW 9.4 VIS 54 PV 19 YP 29 FL 4.0 Gels 7/13/16 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 2.5 pH 9.3 Ca+ 420 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 210 @ 8071 3 @ 8094 42.8 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 39054 @ 8071 581 @ 8094 8171.3 CONNECTION GAS HIGH ETHANE (C-2) 864 @ 8071 18 @ 8094 155.2 AVG PROPANE (C-3) 144 @ 7969 3 @ 7944 5.4 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 31u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous Siltstone DAILY ACTIVITY SUMMARY Continue drilling ahead through 8339' at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / R. Brumley DATE Jun 15, 2014 DEPTH 7939 PRESENT OPERATION Drilling TIME 00:51:04 YESTERDAY 7388 24 HOUR FOOTAGE 551 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 7780.67 30.23 259.73 7014.79 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 5 12.25" HDBS MMG65 10971850 4x13, 3x14 6325' 1614' 51.33 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 1874.3 @ 7912 0.9 @ 7456 51.7 3.80466 FT/HR SURFACE TORQUE 19002 @ 7853 11946 @ 7422 14088.9 13775.24219 FT-LBS WEIGHT ON BIT 71 @ 7912 0 @ 7735 17.2 31.90641 KLBS ROTARY RPM 170 @ 7449 0 @ 7911 146.7 148.42787 RPM PUMP PRESSURE 2367 @ 7749 1720 @ 7451 2213.2 2292.06226 PSI DRILLING FLUIDS REPORT DEPTH 7911 MW 9.4 VIS 56 PV 19 YP 30 FL 4.0 Gels 7/13/17 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 2.5 pH 9.4 Ca+ 380 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 215 @ 7425 6 @ 7799 38.4 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 41504 @ 7426 983 @ 7799 7186.1 CONNECTION GAS HIGH ETHANE (C-2) 556 @ 7932 2 @ 7627 189.3 AVG PROPANE (C-3) 251 @ 7664 1 @ 7627 5.3 CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 16u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous Siltstone DAILY ACTIVITY SUMMARY Continued drilling ahead thorugh 7939' at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / R. Brumley DATE Jun 14, 2014 DEPTH 7388 PRESENT OPERATION Drilling TIME 00:38:36 YESTERDAY 6818 24 HOUR FOOTAGE 570 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 7306.75 30.59 261.69 6607.71 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 5 12.25" HDBS MMG65 10971850 4x13, 3x14 6325 1063 33 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 1893.7 @ 7343 0.4 @ 7039 52.7 0.00 FT/HR SURFACE TORQUE 16769 @ 7265 11192 @ 6818 12939.6 12259.86523 FT-LBS WEIGHT ON BIT 93 @ 6870 0 @ 6856 13.4 39.89398 KLBS ROTARY RPM 159 @ 7040 0 @ 6964 144.2 150.29706 RPM PUMP PRESSURE 2261 @ 7203 1806 @ 7276 2050.5 2107.45190 PSI DRILLING FLUIDS REPORT DEPTH 7415 MW 9.4 VIS 56 PV 17 YP 32 FL 4.0 Gels 7/13/18 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 2.5 pH 9.7 Ca+ 360 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 219 @ 6924 6 @ 7219 34.0 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 38903 @ 6924 1223 @ 7219 6351.2 CONNECTION GAS HIGH ETHANE (C-2) 1880 @ 6924 50 @ 6991 212.3 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 18u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous siltstone DAILY ACTIVITY SUMMARY Continue drilling ahead through occasional hard spots while pumping sweeps every other stand. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC:$1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / R. Brumley DATE Jun 13, 2014 DEPTH 6818 PRESENT OPERATION Drilling TIME 00:50:00 YESTERDAY 6325 24 HOUR FOOTAGE 493 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3864' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 6738.46 31.16 262.76 6122.18 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 5 12.25" HDBS MMG65 10971850 4x13, 3x14 6325 493 13.5 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 129.8 @ 6679 0.3 @ 6791 62.6 3.22128 FT/HR SURFACE TORQUE 14211 @ 6452 10634 @ 6399 12253.8 11192.30859 FT-LBS WEIGHT ON BIT 34 @ 6760 0 @ 6571 7.7 17.40941 KLBS ROTARY RPM 168 @ 6603 0 @ 6586 145.0 152.69826 RPM PUMP PRESSURE 2092 @ 6443 1521 @ 6540 1925.8 1951.11243 PSI DRILLING FLUIDS REPORT DEPTH 6917 MW 9.4 VIS 55 PV 17 YP 30 FL 4.9 Gels 9/14/16 CL- 12000 FC 1/2 SOL 5.0 SD 0.25 OIL 0.5/93.5 MBT 2.5 pH 9.4 Ca+ 160 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 363 @ 6404 7 @ 6658.00000 40.9 TRIP GAS 612u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 70999 @ 6404 1432 @ 6658 7793.5 CONNECTION GAS HIGH ETHANE (C-2) 1062 @ 6404. 2 @ 6694 114.3 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 41u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Siltstone, Tuffaceous Sandstone, Coal DAILY ACTIVITY SUMMARY Tripped in hole, washing and reaming through tight spots. Drilling ahead at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC:$1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / R. Brumley DATE Jun 12, 2014 DEPTH 6325 PRESENT OPERATION RIH TIME 20:24:45 YESTERDAY 6325 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 4 12.25" HDBS MMG65 12245386 3x14, 3x15 3883 2442 31 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 6325 MW 9.3 VIS 55 PV 17 YP 30 FL 4.8 Gels 9/14/16 CL- 12000 FC 1/2 SOL 5.0 SD 0.25 OIL 0.5/93.5 MBT 2.5 pH 9.6 Ca+ 280 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Back reamed out of the hole to the shoe then tripped out the rest of the way. L/D BHA, dropped bit into hole, on top of the the blind rams. Fished out successfully, inspected and tested rams and P/U new BHA. Running in hole at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC:$1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / R. Brumley DATE Jun 11, 2014 DEPTH 6325 PRESENT OPERATION POOH TIME 20:24:45 YESTERDAY 5635 24 HOUR FOOTAGE 690 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 6267.38 30.43 263.73 5717.70 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 4 12.25" HDBS MMG65 12245386 3x14, 3x15 3883 2442 31 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 103.0 @ 5639 4.0 @ 5679 78.6 47.29998 FT/HR SURFACE TORQUE 14784 @ 5853 9979 @ 6161 12106.7 12570.42773 FT-LBS WEIGHT ON BIT 14 @ 6032 0 @ 6048 5.1 6.78732 KLBS ROTARY RPM 183 @ 6275 35 @ 6304 145.1 123.65392 RPM PUMP PRESSURE 2073 @ 6213 136 @ 6309 1908.2 1937.73193 PSI DRILLING FLUIDS REPORT DEPTH 6325 MW 9.3 VIS 55 PV 16 YP 30 FL 4.8 Gels 9/14/16 CL- 12000 FC 1/2 SOL 5.0 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.5 Ca+ 280 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 452 @ 5660 2 @ 6323.00000 75.6 TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 88996 @ 5660 1611 @ 6216 14827.8 CONNECTION GAS HIGH ETHANE (C-2) 526 @ 6240 1 @ 5713 145.0 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 39u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Coal, Tuffaceous siltstone, Tuffaceous sandstone DAILY ACTIVITY SUMMARY Continue drillin ahead until 6015' and back ream out to 5345'. Circulate, RIH and drill ahead to 6325'. POOH due to geo pilot failure at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jun 10, 2014 DEPTH 5635 PRESENT OPERATION Drilling TIME 00:33:04 YESTERDAY 4973 24 HOUR FOOTAGE 662 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 5602.38 30.28 262.68 5147.31 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 4 12.25" HDBS MMG65 12245386 3x14, 3x15 3883 1752 20 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 255.5 @ 5165 5.1 @ 5548 88.7 78.17 FT/HR SURFACE TORQUE 12771 @ 5353 9757 @ 5266 11387.6 12293.14 FT-LBS WEIGHT ON BIT 14 @ 5170 0 @ 5165 6.8 10.54 KLBS ROTARY RPM 155 @ 5546 123 @ 4987 140.6 142.71 RPM PUMP PRESSURE 1979 @ 5330 1364 @ 5546 1837.8 1675.65 PSI DRILLING FLUIDS REPORT DEPTH 5544 MW 9.3 VIS 55 PV 18 YP 27 FL 4.9 Gels 7/12/16 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.5 Ca+ 320 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 572 @ 5568 3 @ 5532 144.9 TRIP GAS 215u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 112056 @ 5568 683 @ 5532 27744.0 CONNECTION GAS HIGH ETHANE (C-2) 1255 @ 5568 7 @ 5532 258.6 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 56u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Sandstone, Tuffaceous Siltstone, Coal, Tuffaceous Claystone DAILY ACTIVITY SUMMARY Continued drilling ahead to 5330'. CBU and POOH to the shoe. Circulated at shoe then run back in, washing and reaming from 4980' to bottom. Drilling ahead at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jun 09, 2014 DEPTH 4973 PRESENT OPERATION Drilling TIME 00:22:06 YESTERDAY 3883 24 HOUR FOOTAGE 1090 CASING INFORMATION 16" @ 1363' 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 4939.24 31.11 262.63 4576.65 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 4 12.25" HDBS MMG65 12245386 3x14, 3x15 3883 1090 12 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 1844.9 @ 4121 0.6 @ 3897 112.3 84.20 FT/HR SURFACE TORQUE 14526 @ 4735 7547 @ 3883 9974.9 0.00 FT-LBS WEIGHT ON BIT 79 @ 4783 0 @ 4653 5.6 49.92 KLBS ROTARY RPM 191 @ 4639 0 @ 4782 129.1 0.45 RPM PUMP PRESSURE 2027 @ 4943 535 @ 4746 1747.1 0.00 PSI DRILLING FLUIDS REPORT DEPTH 4955 MW 9.3 VIS 51 PV 18 YP 22 FL 4.9 Gels 8/13/17 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.4 Ca+ 320 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 741 @ 4566 0 @ 4781 100.3 TRIP GAS 74u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 144577 @ 4566 9 @ 4760 19687.3 CONNECTION GAS HIGH ETHANE (C-2) 717 @ 4566 0 @ 4781 161.2 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 41u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Siltstone, Tuffaceous Sandstone DAILY ACTIVITY SUMMARY Finish P/U BHA and shallow test MWD tools. RIH to 3820' and washed down to bottom. Drill ahead to 4781', pumping a sweep every stand. Back reamed while short tripping to 3840'. Ran back to bottom working through tight spot at 4225'. Continued drilling ahead. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE Jun 08, 2014 DEPTH 3883 PRESENT OPERATION P/U BHA TIME 13:08:27 YESTERDAY 3863 24 HOUR FOOTAGE 20 CASING INFORMATION 16" @ 1363' 13.375" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 4 12.25" HDBS MMG65 12245386 3x14, 3x15 3883 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 121.3 @ 3865 16.3 @ 3869 38.4 22.87948 FT/HR SURFACE TORQUE 9593 @ 3864 6908 @ 3866 7943.2 7547.36234 FT-LBS WEIGHT ON BIT 20 @ 3872 6 @ 3863 17.4 20.06611 KLBS ROTARY RPM 132 @ 3866 75 @ 3864 120.2 116.63727 RPM PUMP PRESSURE 2466 @ 3864 1621 @ 3880 1795.8 1636.78122 PSI DRILLING FLUIDS REPORT DEPTH 3883' MW 9.3 VIS 48 PV 14 YP 15 FL 4.8 Gels 6/10/14 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.0 Ca+ 320 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 65 @ 3863 6 @ 3866 14.0 TRIP GAS 2u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 13409 @ 3864 1129 @ 3879.00000 2624.3 CONNECTION GAS HIGH ETHANE (C-2) 221 @ 3883 3 @ 3869.00000 123.6 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Siltstone, Tuffaceous Sandstone DAILY ACTIVITY SUMMARY Continue P/U BHA and the rest of 5" DP while running in the hole. Circulate hole volume then begin drilling out cement and 20' of new hole. Circultae hole clean and pull back into the shoe and perform LOT. Cut and slip drill line and TOOH. L/D cleanout BHA and P/U directional. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE June 7, 2014 DEPTH 3863 PRESENT OPERATION P/U BHA TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863 MW 9.3 VIS 43 PV 21 YP 20 FL 4.6 Gels 6/10/14 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 7.0 Ca+ 360 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Continued P/U DP and running into hole. Circulated at 3602' through gas buster and POOH. R/U casing tet equipment and tested. R/D testing equipment and change out BOP rams. R/U and tested BOP. P/U BHA at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE June 6, 2014 DEPTH 3863 PRESENT OPERATION P/U DP TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863 MW 9.3 VIS 43 PV 15 YP 17 FL 4.6 Gels 4/7/10 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 7.0 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 2u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Began running in with drill pipe to rack back. Ran down to 3575' and circulated. POOH and racked back DP. making second run in hole to put up remaining DP. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE June 5, 2014 DEPTH 3863 PRESENT OPERATION P/U DP TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863 MW 9.3 VIS 43 PV 15 YP 17 FL 4.9 Gels 4/7/10 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 7.0 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finished R/D cement equipment. Nipple down and nipple up BOP's. R/U slick line and run temperature and pressure survey tool. R/D and R/U for picking up DP. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE June 4, 2014 DEPTH 3863 PRESENT OPERATION R/D Cement Equipment TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 13 3/8" @ 3846' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863 MW 9.3 VIS 43 PV 14 YP 15 FL 4.6 Gels 4/7/10 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.0 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 66u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finished running casing to bottom and set at 3846'. Pumped cement and mud push. unable to bump plug . Completely lost returns after pumping 440 bbls. Trace amount of cement returned to surface. Shut in well and verified float was holding. Rigging down cementing equipment at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / R. Brumley DATE June 3, 2014 DEPTH 3863 PRESENT OPERATION Running 13 3/8" Casing TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 13" @ 1362' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863 MW 9.3 VIS 43 PV 15 YP 14 FL 4.5 Gels 4/7/10 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.0 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 6u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY P/U BHA and TIH to 1400'. POOH and L/D BHA. Change rams and test. R/U casing equipment and begin running 13 3/8" casing. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE June 2, 2014 DEPTH 3863 PRESENT OPERATION L/D BHA TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 13" @ 1362' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863 MW 9.3 VIS 43 PV 15 YP 16 FL 4.2 Gels 4/8/12 CL- 13000 FC 1/2 SOL 4.9 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.0 Ca+ 240 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finished reaming to bottom. Circulated and pumped 81 bbl LCM pill. Back reamed out to 1520' and circulated. POOH and L/D BHA. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE June 1, 2014 DEPTH 3863 PRESENT OPERATION Reaming TIME 23:59 YESTERDAY 3863 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ FT-LBS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING FLUIDS REPORT DEPTH 3863' MW 9.3 VIS 45 PV 16 YP 17 FL 4.5 Gels 4/5/6 CL- 14000 FC 1/2 SOL 4.8 SD 0.25 OIL 0.5/93.5 MBT 5.0 pH 9.0 Ca+ 160 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 269u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 31u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Continued reaming and pumping high vis sweeps at 2465', 2750' and 3180'. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE May 31, 2014 DEPTH 3863 PRESENT OPERATION RIH w/hole opener TIME 02:20:17 YESTERDAY 3771 24 HOUR FOOTAGE 92 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 2 14.5" HDBS MM85 12438259 8x12 1385 3863 2478 22.25 3-2-CT-A-X-I-WT-TD TD DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 138.7 @ 3852 7.2 @ 3775 84.3 114.04 FT/HR SURFACE TORQUE 10707 @ 3853 0 @ 3840 8548.1 9273.47 AMPS WEIGHT ON BIT 8 @ 3816 0 @ 3840 5.0 6.33 KLBS ROTARY RPM 86 @ 3812 0 @ 3841 74.1 76.67 RPM PUMP PRESSURE 2497 @ 3853 2021 @ 3777 2291.8 2337.95 PSI DRILLING MUD REPORT DEPTH 3691 (5/29/14) MW 9.35 VIS 52 PV 17 YP 24 FL 4.2 Gels 10/12/13 CL- 18000 FC 1/0 SOL 4.3 SD - OIL 0.2/94.0 MBL 5.0 pH 9.1 Ca+ 200 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 236 @ 3817 18 @ 3841 83.6 TRIP GAS 97u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 43098 @ 3817 3267 @ 3841 15207.0 CONNECTION GAS HIGH ETHANE (C-2) 472 @ 3817 40 @ 3841 167.8 AVG PROPANE (C-3) 0 @ 3863 0 @ 3863 0.0 CURRENT BUTANE (C-4) 0 @ 3863 0 @ 3863 0.0 CURRENT BACKGROUND/AVG 43u PENTANE (C-5) 0 @ 3863 0 @ 3863 0.0 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous siltstone, sand, coal DAILY ACTIVITY SUMMARY Drill dow n to 3863' and call TD. Circulate hole clean and TOOH. Circulate at shoe then continue to TOOH. L/D BHA and P/U hole opening BHA. change out elevators and service rig. TIH and begin hole opening operations. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE May 30, 2014 DEPTH 3771 PRESENT OPERATION Drilling TIME 00:40:51 YESTERDAY 2483 24 HOUR FOOTAGE 1288 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 2 14.5" HDBS MM85 12438259 8x12 2386' 21.1 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 942.6 @ 3203 3.6 @ 3202 131.3 136.72 FT/HR SURFACE TORQUE 11572 @ 3325 0 @ 3533 6108.4 0.00 AMPS WEIGHT ON BIT 87 @ 3771 0 @ 3403 5.8 87.81 KLBS ROTARY RPM 86 @ 3235 0 @ 3406 54.8 0.45 RPM PUMP PRESSURE 2556 @ 3538 1451 @ 3550 2078.0 0.00 PSI DRILLING MUD REPORT DEPTH 3691 MW 9.35 VIS 52 PV 17 YP 24 FL 4.2 Gels 10/12/13 CL- 18000 FC 1/0 SOL 4.3 SD - OIL 0.2/94.0 MBL 5.0 pH 9.1 Ca+ 200 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 859 @ 3701.00000 2 @ 3558 155.2 TRIP GAS 100u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 167561 @ 3699 464 @ 3558 27864.4 CONNECTION GAS HIGH ETHANE (C-2) 601 @ 3303 0 @ 3513 58.5 AVG PROPANE (C-3) 118 @ 3311 2 @ 3325 1.4 CURRENT BUTANE (C-4) 0 @ 3771 0 @ 3771 0.0 CURRENT BACKGROUND/AVG 53u PENTANE (C-5) 0 @ 3771 0 @ 3771 0.0 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous Siltstone, Sand, Coal DAILY ACTIVITY SUMMARY Drilled ahead to 3012' and circulate the hole clean. Make short trip to 2067' and run back into hole. Drilling ahead at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE May 29, 2014 DEPTH 2483 PRESENT OPERATION Drilling TIME 00:23:17 YESTERDAY 1655 24 HOUR FOOTAGE 828 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 2 14.5" HDBS MM85 12438259 8x12 1385' 1098 7.75 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 274.8 @ 2005 4.7 @ 2219 147.5 13.63 FT/HR SURFACE TORQUE 10750 @ 2118 0 @ 1992 3811.9 0.00000 AMPS WEIGHT ON BIT 19 @ 2173 0 @ 2091 3.1 10.17 KLBS ROTARY RPM 86 @ 1957 0 @ 2180 40.7 0.44 RPM PUMP PRESSURE 2081 @ 2118 1093 @ 2152 1641.7 1682.56 PSI DRILLING MUD REPORT DEPTH 2458 MW 9.3 VIS 41 PV 8 YP 22 FL 7.0 Gels 10/12/14 CL- 17000 FC 1/0 SOL 3.4 SD - OIL 0.2/95.0 MBL 2.0 pH 9.0 Ca+ 360 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 510 @ 1790.00000 10 @ 2159.00000 181.1 TRIP GAS 25u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 92729 @ 1788.00000 2193 @ 2159.00000 22812.7 CONNECTION GAS HIGH ETHANE (C-2) 488 @ 2041.00000 2 @ 2226.00000 42.8 AVG PROPANE (C-3) 0 @ 2483.00000 0 @ 2483.00000 0.0 CURRENT BUTANE (C-4) 0 @ 2483.00000 0 @ 2483.00000 0.0 CURRENT BACKGROUND/AVG 71u PENTANE (C-5) 0 @ 2483.00000 0 @ 2483.00000 0.0 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Tuffaceous siltstone, Sand, Coal DAILY ACTIVITY SUMMARY Continue drilling ahead to 2158' and short trip back to shoe. Service crown, blocks, top drive, drawworks, and charge pump. monitor well (slight loss). FInish servicing rig and TIH to 2067. Wash to bottom and begin drilling ahead. CANRIG PERSONNEL ON BOARD 2 DAILY COST $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR S. Hauck / S. Sunderland DATE May 28, 2014 DEPTH 1655 PRESENT OPERATION Drilling TIME 00:15:49 YESTERDAY 1385 24 HOUR FOOTAGE 270 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 2 14.5 HDBS MM85 12438269 8x12 1385' 270 1.8 DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 235.2 @ 1420 5.9 @ 1405 146.6 132.84 FT/HR SURFACE TORQUE 6984 @ 1596 20 @ 1588 2245.8 4685.75 AMPS WEIGHT ON BIT 17 @ 1385 0 @ 1491 3.7 1.16 KLBS ROTARY RPM 73 @ 1405 0 @ 1484 20.9 50.72 RPM PUMP PRESSURE 1858 @ 1385 1149 @ 1405 1473.4 1347.92 PSI DRILLING MUD REPORT DEPTH 1484 MW 9.2 VIS 41 PV 10 YP 18 FL 6.0 Gels 10/12/14 CL- 17000 FC 2/0 SOL 2.7 SD - OIL 0/95.8 MBL 2.5 pH 9.1 Ca+ 360 CCI - MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 308 @ 1630.00000 26 @ 1406.00000 119.9 TRIP GAS 125u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 61120 @ 1630.00000 5158 @ 1406.00000 22003.2 CONNECTION GAS HIGH ETHANE (C-2) 272 @ 1631.00000 0 @ 1499.00000 75.4 AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG 108u PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY Sand, Tuffaceous siltstone, Coal DAILY ACTIVITY SUMMARY Finish P/U BHA and RIH to shallow test. Cut and slip drill line. Drill out cement and shoe. Perform FIT to 12.3 ppg. Drilling ahead at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50 RW: $1,545.00 PC: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE May 27, 2014 DEPTH 1385 PRESENT OPERATION P/U BHA TIME 23:07:28 YESTERDAY 1385 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ AMPS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING MUD REPORT DEPTH 1385 MW 9.3 VIS 71 PV 22 YP 18 FL 7.2 Gels 5/10/134 CL- 1400 FC 2/0 SOL 3.7 SD - OIL 0/96 MBL 14.0 pH 9.7 Ca+ 80 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finished N/U BOP's and R/D testing equipment. Service top drive (IBOP). Pressure test casing shoe to 1500psi. Picking up BHA at report time. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50, RW: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE May 26, 2014 DEPTH 1385 PRESENT OPERATION Testing BOP's TIME 23:07:28 YESTERDAY 1385 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ AMPS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING MUD REPORT DEPTH 1385 MW 9.5 VIS 71 PV 21 YP 20 FL 7.2 Gels 10/12/14 CL- 1400 FC 2/0 SOL 6.0 SD - OIL 0/93.7 MBL 14.0 pH 9.7 Ca+ 680 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish N/U BOP's and begin testing them. continue building mud volume. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50, RW: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE May 25, 2014 DEPTH 1385 PRESENT OPERATION N/U BOP TIME 23:07:28 YESTERDAY 1385 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ AMPS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING MUD REPORT DEPTH 1385 MW 9.5 VIS 71 PV 221 YP 20 FL 7.2 Gels 10/12/14 CL- 1400 FC 2/0 SOL 6.1 SD - OIL 0/93.6 MBL 14.0 pH 9.7 Ca+ 680 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish N/D Diverter system. Begin N/U BOP system and mix mud for next hole section. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50, RW: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE May 24, 2014 DEPTH 1385 PRESENT OPERATION N/D Diverter TIME 23:07:28 YESTERDAY 1385 24 HOUR FOOTAGE 0 CASING INFORMATION 16" @ 1363' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ AMPS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING MUD REPORT DEPTH 1385 MW 9.4 VIS 71 PV 24 YP 30 FL 7.4 Gels 13/16/23 CL- 1400 FC 2/0 SOL 5.7 SD - OIL 0/94.0 MBL 14.0 pH 9.2 Ca+ 480 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish circulating and prep for cement job. Land casing at 1363', M/U stinger, RIH and begin cementing. Finish cementing and clean out surface equipment. TOOH and breaking every connection to check for cement. Begin N/D diverter system. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50, RW: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE May 23, 2014 DEPTH 1385 PRESENT OPERATION Circultaing TIME 23:07:28 YESTERDAY 1385 24 HOUR FOOTAGE 0 CASING INFORMATION 18" @ 990' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ AMPS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING MUD REPORT DEPTH 1385 MW 9.5 VIS 72 PV 24 YP 27 FL 7.0 Gels 12/14/24 CL- 1400 FC 2/0 SOL 6.2 SD - OIL 0/93.5 MBL 16.3 pH 9.1 Ca+ 580 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 30u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish L/D BHA. Change out butterfly valve in pits. R/U casing equipment and run 16" casing. RIH with casing until obstruction at 770'. L/D single joint casing and R/U cement line and head pin. circulate while reciprocating. cement unloading at the shakers. R/D cement line. Continue working casing down through multiple tight spots/ostructions. Once on bottom began circulating hole clean. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50, RW: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC Trading Bay Unit DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers / S. Sunderland DATE May 22, 2014 DEPTH 1385 PRESENT OPERATION R/U run casing TIME 23:07:28 YESTERDAY 1385 24 HOUR FOOTAGE 0 CASING INFORMATION 18" @ 990' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION @ @ FT/HR SURFACE TORQUE @ @ AMPS WEIGHT ON BIT @ @ KLBS ROTARY RPM @ @ RPM PUMP PRESSURE @ @ PSI DRILLING MUD REPORT DEPTH 1385 MW 9.4 VIS 63 PV 25 YP 35 FL 7.2 Gels 15/22/25 CL- 1500 FC 2/0 SOL 5.7 SD - OIL 0/94 MBL 16.3 pH 9.7 Ca+ 560 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS @ @ TRIP GAS 18u CUTTING GAS @ @ WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) @ @ CONNECTION GAS HIGH ETHANE (C-2) @ @ AVG PROPANE (C-3) @ @ CURRENT BUTANE (C-4) @ @ CURRENT BACKGROUND/AVG PENTANE (C-5) @ @ HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY PRESENT LITHOLOGY DAILY ACTIVITY SUMMARY Finish Circulating and begin pumping out of hole. Stop at 975' and check for flow (static). TIH to surface and L/D BHA. Service top drive, IPOB functioning issues. Install new choke manifold valve #13 and new link tilt clamps on bails. P/U BHA #7 and TIH to 975'. Ream down to bottom with hole opingin BHA and circulate. Back ream to 990' then POOH. L/D BHA and begin rigging up for casing. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $1,978.50, RW: $1,010.00 REPORT BY Dubowski Hilcorp Alaska, LLC McArthur River DAILY WELLSITE REPORT TBU M-34 REPORT FOR M. Rogers, S. Sunderland DATE May 21, 2014 DEPTH 1385 PRESENT OPERATION Circulating TIME 23:07:28 YESTERDAY 990 24 HOUR FOOTAGE 395 CASING INFORMATION 18.5" @ 990' SURVEY DATA DEPTH INCLINATION AZIMUTH VERTICAL DEPTH 1142.14 2.42 221.61 1141.64 1183.49 2.25 222.66 1182.96 1235.81 2.15 227.95 1235.24 1284.24 1.91 222.84 1283.64 1330.66 1.97 223.02 1330.03 BIT INFORMATION INTERVAL CONDITION REASON NO. SIZE TYPE S/N JETS IN OUT FOOTAGE HOURS T/B/C PULLED 1rr3 17.5 HDBS XT!GSC 12406548 1x14, 3x18 990 1385 395 7.5 TD DRILLING PARAMETERS HIGH LOW AVERAGE CURRENT AVG RATE OF PENETRATION 173.9 @ 1381 3.6 @ 1046 86.6 94.29 FT/HR SURFACE TORQUE 10866 @ 1026 5 @ 1193 1637.5 27.32 AMPS WEIGHT ON BIT 29 @ 1052 0 @ 998 8.9 17.30 KLBS ROTARY RPM 71 @ 1271 0 @ 1057 20.6 0.49 RPM PUMP PRESSURE 2330 @ 1191 407 @ 1089 1725.1 1858.03 PSI DRILLING MUD REPORT DEPTH 1372 MW 9.4 VIS 62 PV 23 YP 34 FL 6.0 Gels 17/20/25 CL- 1400 FC 2/0 SOL 5.2 SD - OIL 0/93 MBL 22.0 pH 9.2 Ca+ 440 CCI MWD SUMMARY INTERVAL TO TOOLS GAS SUMMARY (units) HIGH LOW AVERAGE DITCH GAS 170 @ 1275.00000 0 @ 1089.00000 47.8 TRIP GAS CUTTING GAS 0 @ 1385.00000 0 @ 1385.00000 0.0 WIPER GAS CHROMATOGRAPHY (ppm) SURVEY METHANE (C-1) 33562 @ 1276.00000 195 @ 1089.00000 9545.0 CONNECTION GAS HIGH ETHANE (C-2) 296 @ 1276.00000 0 @ 1082.00000 40.2 AVG PROPANE (C-3) 0 @ 1385.00000 0 @ 1385.00000 0.0 CURRENT BUTANE (C-4) 0 @ 1385.00000 0 @ 1385.00000 0.0 CURRENT BACKGROUND/AVG 65u PENTANE (C-5) 0 @ 1385.00000 0 @ 1385.00000 0.0 HYDROCARBON SHOWS INTERVAL LITHOLOGY/REMARKS GAS DESCRIPTION LITHOLOGY 60% Tuffaceous Siltstone 30% Sand 10% Carbonaceous Material PRESENT LITHOLOGY 40% Sand 30% Tuffaceous Siltstone 20% Tuffaceous claystone 10% coal DAILY ACTIVITY SUMMARY Install wear bushing, fill stack and monitor well (static). P/U BHA #6 per haliburton. TIH to 344' and surface test MWD. TIH and pump survey's at 593', 693', 793', 893', and 980'. Diverter/abandon platform drill. service rig. Tag at 989' and begin drilling ahead. Drill to TD at 1385' and begin circulating. CANRIG PERSONNEL ON BOARD 2 DAILY COST DML: $2,027.00 RW: $1,480.00 REPORT BY Dubowski