Department of Commerce, Community, and Economic Development
Alaska Oil and Gas Conservation
Commission
HOME
EVENTS
DATA
Data List
Drilling
Production
Orders
Data Miner
Document Search
REPORTS
Reports and Charts
Pool Statistics
FORMS
LINKS
Links
Test Notification
Data Requests
Regulations
Industry Guidance Bulletins
How to Apply
ABOUT US
History
Staff
HELP
Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
215-186
1 Regg, James B (OGC) From:PB Wells Integrity <PBWellsIntegrity@hilcorp.com> Sent:Monday, March 20, 2023 7:28 AM To:Regg, James B (OGC) Cc:Wallace, Chris D (OGC); Oliver Sternicki; Bo York; PB Wells Integrity Subject:UNDER EVALUATION: Producer 04-33B (PTD #2151860) OA casing pressure above MOASP Mr. Regg, Producer 04 33B (PTD #2151860) has known OA casing re pressurization that is managed by periodic bleeds. On 03/18/23 the Operator reported a MOASP excursion with an OA pressure of 1067 psi. The well is now classified as UNDER EVALUATION and is on the 28 day clock for diagnostics. Plan Forward: 1. DHD: PPPOT IC, Bleed OAP and begin OART 2. Fullbore: MIT OA 3. Well Integrity: Additional diagnostics as needed Please respond with any questions. Andy Ogg Hilcorp Alaska LLC Field Well Integrity andrew.ogg@hilcorp.com P: (907) 659 5102 M: (307)399 3816 CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. 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. OA casing re pressurization OA pressure of 1067 psi. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS FEAR 11 2020 1. Operations Performed /� Abandon ❑ Plug Perforations [I Fracture Stimulate ❑ Pull Tubing ❑ Operalli h0tGl -C ❑ Suspend ❑ Perforate 0 Other Stimulate ❑ Alter Casing ❑ Change Approved Program ❑ Plug for Redrill ❑ Perforate New Pool ❑ Repair Well ❑ Re-enter Susp Well ❑ Other: ❑ 2. Operator Name: BP Exploration (Alaska), Inc 4. Well Class Before Work Development m Exploratory ❑ 5. Permit to Dnll Number 215-186 3. Address: P.O. Box 196612 Anchorege, AK 99519-6612 Stratigraphic ❑ ServiCe ❑ 6. API Number: 50-029-21545-02-00 7 Property Designation (Lease Number): ADL 028324 8 028323 8. Well Name and Number. PBU 04J313 9. Logs (List logs and submit electronic and printed data per 20AAC25.071): 10. Field/Pools: PRUDHOE BAY, PRUDHOE OIL 11. Present Well Condition Summary: Total Depth: measured 17295 feet Plugs measured None feet true vertical 6636 feet Junk measured None feet Effective Depth: measured 17257 feet Packer measured 12509 feet true vertical 8638 feet Packer true vertical 8473 feet Casing: Length: Size: - MD: TVD: Burst: Collapse: Conductor 80 20" 30-110 30-110 1490 470 Surface 2707 13-3/8" 29-2736 29-2479 5380 2670 Intermediate 8170 9-5/8" 27-8197 27-5849 6870 4760 Liner 4763 7" 8020-12783 5741-8631 7240 5410 Liner 2613 4-1/2" 12619 - 15232 8536-8656 8430 7500 Liner 3977 3-1/2" x 2-7/8" 13318 - 17295 8661 -8635 Perforation Depth: Measured depth: 13434 - 17057 feet True vertical depth: 8656-8650 feet Tubing (size, grade, measured and true vertical depth) 4-1/2" 12.6# 13Cr85 24-12625 24-8539 Packers and SSSV (type, measured and 4-1/2" Baker S-3 Perm Packer 12509 8473 true vertical depth) No SSSV Installed 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Representative Daily Average Production or Injection Data Oil -Bbl Gas-Mcf Water -Bbl Casing Pressure Tubing Pressure Pnor to well operation: 204 2220 150 0 342 Subsequent to operation: 145 954 7791 1974 274 14.Attachments: (reguired per20 nnc 25.07025.071, a 25.20) 15. Well Class after work: Daily Report of Well Operations 0 Exploratory ❑ Development 0 Service ❑ Stratigraphic ❑ Copies of Logs and Surveys Run ❑ 16. Well Status after work: Oil 0 Gas ❑ WDSPL ❑ Printed and Electronic Fracture Stimulation Data ❑ GSTOR ❑ WINJ ❑ WAG ❑ GINJ ❑ 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: N/A Authorized Name: Richards, Meredyth Contact Name: Richards, Meredyth Authorized Title: Petroleum Engineer Contact Email: Meredyth.Richards@bp.com Authorized Signature: Date:,� ` 1 ZO2v Contact Phone: +1 9075644867 Form 10-404 Revised 04/2017 /. ,3:•.' w' ^ n g'3(1(*P W Submit Original Only RBDMS P MAR 1170 Daily Report of Well Operations PBU 04-33B ACTIVITYDATE SUMMARY ****WELL FLOWING ON ARRIVAL*** (Perforating) RAN 3.80" GUAGE RING TO 2450' SLM. DRIFTED TO DEVIATION @ 12847' SLM W/ 3.25" CENT, 2.50" SAMPLE BAILER (empty bailer). DRIFTED W/ 20'x 2.5" BAILER TO DEVIATION @ 12,837' SLM. ***JOB COMPLETE ON 30-NOV-2019*** ****DRIFTED 20'x 3.70" DUMMY WHIPSTOCK FOR SUBSIDENCE 11/30/2019 SURVEILLANCE**** CTU #9 - 1.75" CT. Job Objective: Add Perforation 1862" guns MIRU CTU. SI well and freeze protect flowline. Make up and RIH with 2.200" GR/CCL carrier and 2.35" DJN. Load well with 225bbl of KCL w/ safelube. RIH to 15450. Log up at 50fpm to surface. Flag pipe at 13720.00. OOH got good data +13'correction. Make up/RIH pert gun #1 31.33' loaded of SLB 2.0" PJ Omega. 2/21/2020 ***continued on 02/22/29*** CTU #9 - 1.75" CT. Job Objective: Add Perforation 1862" guns RIH pert gun #1 31.33' loaded of SLB 2.0" PJ Omega. Perforate 13,703'- 13,734' RIH pert gun #2 31.33' loaded of SLB 2.0" PJ Omega. Perforate 13,672'- 13,703' RIH pert gun #3 31.33' loaded of SLB 2.0" PJ Omega. a orate 13,641' - 13,672' 2/22/2020 ***Continued on 2/23/20*** CTU #9 - 1.75" CT. Job Objective: Add Perforation 186'2" guns Make up and RIH with 2.200" GR/CCL carrier and 2.35" DJN, DAL= 15.58'. Log from 15450 to 12100. Paint white flag at 13550. OOH with the logging tools and the correction is +2 which makes corrected EOP at flag = 13541.57'. Make up perf gun #1 RIH with perf gun #4 2.0" x 31.33' Powerjet Omegas. Tie into flag and perforate 13,496'- 13,527'. RIH with perf gun #5 2.0" x 31.33' Powerjet Omegas. 2/23/2020 ***Continue on 02/24/2020*** CTU #9 - 1.75" CT. Job Objective: Add Perforation 186'2" guns RIH with pert gun #5 2.0" x 31.33' Powerjet Omegas. Tie into flag and perforate 13,465'- 13,496. RIH with perf gun #6 2.0" x 31.33' Powerjet Omegas. Tie into flag and perforate 13 434' - 13,465'. Well freeze protected with 38bbi of 60/40. 2/24/2020 ***Job Complete*** En 13-3/8" CSG, 72#, L -80/K-55, D= 12.347" -t__2747- Minimum t2747'Minimum ID =2.12" @ 16476' CTM DAMAGED LINER PER CALIPER 9-5/8" WHIPSTOCK (09/06/09) 8197' 9-5/8" CSG, 47#, L-80 BTC, ID = 8.681' -8197' 7" LNR, 26#, L-80, BTC TCI XO TO L-80 BTGM 9172' 412" TBG, 12.64, 13CR-85 VAM TOP, -1 12625' .0152 bpf, D = 3.958" 7" LNR 264, L -BO BTGM, .0383 bpi, D = 6.276"12783' - D = 2.992' ]5/01/16) N TOP, — bpf, D = 3.958" SAFETY NOTES: WELL ANGLE> -70 @ 12878'. 04-33B 'CHROME TBG & LNR•"MAX OLS: 24.6' 12967' PBTD -1 17257' J 2-7/8" LNR, 6.5#, 13CR-80 STL, .0058 bpf, D = 2.441" 17296' /2" HES X NP, D = 3.8 GAS LFT M4NORELS 5 4590 PERFORATION SUMMARY 54 MMG REF LOG: GR MWD on 05/14/16 16 4 ANGLE AT TOP PERF: 89" @ 13434' Note: Refer W Pmduction DB Torbistoriwl erfdata SIZE SPF INTERVAL n/5 z DATE 2" 6 13434 -13496 O 022420 2" 6 13496 -13527 O 022320 2" 6 13641 -13734 O 022220 2" 6 15332-15622 O 05/13/16 2" 6 16385-16515 O 05/13/16 2" 6 16672 -16972 O 05/13/16 2" 6 16972 -17057 O 05/13/16 SAFETY NOTES: WELL ANGLE> -70 @ 12878'. 04-33B 'CHROME TBG & LNR•"MAX OLS: 24.6' 12967' PBTD -1 17257' J 2-7/8" LNR, 6.5#, 13CR-80 STL, .0058 bpf, D = 2.441" 17296' /2" HES X NP, D = 3.8 GAS LFT M4NORELS 5 4590 3606 54 MMG DONE RK 16 4 7937 5692 53 WAS DOME RK 16 3 10066 6919 54 KBG2 DONE BK 16 2 11402 7783 47 KBG2 DMY BK 0 1 12195 8293 55 KGB2 SO BK 24 8020' 9-&8" X 7" BKR ZXP LTP w REBAi MLLOUT WNDOW (04-33A) 8197'-8214' 1 12619' 1 I /- A 4-12- BKK 5-3 PKR, D= 3.875' i 15-12" X 4-12" XO. = 3.958" 1 -� 16144' x-13-1/2' X 2-7/8" XO, ID = 2.377- 4-1/2- MLLOUT WNDOW (04-33B) 15232' - 15241' 15475' CTM DAMAGED LNR CALPER SHOWS A MN O = 2.12" (08/31/18) 16133' PUPJTw/RATAG DATE COMMENTS DATE REV BY COMMENTS 03/18/66ORIGINAL COMPLETION 08/14116 NLWT-H PULL/SET FLOWTHRU SUB (08/1411 04118194RWO 08/1616 JPK/TLH GLVC/O 0&14/16 091240119SIDETRACK INORDIC2 043301 10/11/17 ZV/JMD PULLED FLOW THRU SUB (09/30/17 0&1516 CTO(04-33B) 10/11/17 ZV/JMD GLVC/O(09/30/17)06/01/16ADDED REF ELEV & BF 09/05/18 JDMIJMD DAMAGED LNR 08(37/18Ofi/01/16CORRECTED 472' LNR MATERWL 022520 JDM/JMD ADPERFS TAG PRUDHOE BAY UNIT WELL: 04-338 PERMIT No: '2151860 API No: 50-029-21545-02 8, T11 N, R15 E, 678' FSL 303' FW2 BP Exploration (Alaska) i Wallace, Chris D (DOA) From: AK, GWO Well Integrity Engineer <AKGWOWellSiteEnginee@bp.com> Sent: Friday, September 22, 2017 3:01 PM To: AK, OPS EOC Specialists;AK, OPS FS2 DS Ops Lead;AK, OPS FS2 Facility OTL;AK, OPS FS2 Field OTL;AK, OPS FS2 OSM;AK, RES GPB East Wells Opt Engr;AK, RES GPB West Wells Opt Engr;AKOpsProdEOCTL; G GPB FS2 Drillsites; Stechauner, Bernhard; Regg, James B (DOA) Cc: AK, GWO DHD Well Integrity;AK, GWO SUPT Well Integrity;AK, GWO Well Integrity Well Information;AK,OPS FF Well Ops Comp Rep;AKIMS App User;Cismoski, Doug A; Daniel, Ryan;Dempsey, David G; Hibbert, Michael;Janowski, Carrie; Montgomery, Travis J; Munk, Corey; Obrigewitch, Beau; O'connor, Katherine; Sternicki, Oliver R;Tempel, Joshua;Worthington,Aras J;Wallace, Chris D (DOA) Subject: UNDER EVALUATION: Producer 04-33B (PTD#2151860) Sustained inner annulus casing pressure above NOL Attachments: 04-33B.pdf All, Producer 04-33B(PTD#2151860)was reported to have sustained inner annulus casing pressure above NOL on 9/20/17. The pressures were reported to be T/l/0=220/2170/850psi. A subsequent warm TIFL performed on 9/22/17 failed indicating a loss of one or more well barriers. The well is now classified as Under Evaluation and is on the 28 day clock for diagnostics and repair. Plan forward: 1. Slickline-Change out screened orifice gas lift valve 2. DHD- Perform warm TIFL 3. Well Integrity Engineer—Additional diagnostics as needed Please respond with any questions, Joshua Stephens Well Integrity Engineer SCPASE® Office: 907-659-8110 Cell: 907-341-9068 WO wrr...a►..r......... 1 0 • O Q O ❑ J ❑ J �. 2 n cci a w w Ij LU n In o o ci LL LLI LL El o o N Z .� W I • j JI J JI J n n ca (n ��, z U_ of ~ c 0_ 3 Q Z_ Q Z_ cc vO• d CV as O m o 2 LL LILLI LLI aa) ami 0.3 In I T a o m ❑I ❑ 0I ❑ 0 0 3 3 -• v _ 2 F-- 2 F cn u) cn u) p j Z = > @ OI f0 v COI COI COI (OI C C CCCC ~ Q. co ',, .8 0 CO CO 00 (0 CO O O O O it 'u. it it UI Q c w W N 00 >- >- >- >- m m CO m = cO CO LL LL to co R Cr Q Q Q Q commco co M M co co J U O U)J co co U) V1 a 7 V V V 4 V V V c N a1 Q O O O O O O O O o f ✓ 0 0 Z H ai • ,.- ai a) ai cnI E a) coE 6 u)L._ ai u)4- ai ai ai ai v N z 0 , ❑LLI UI LL p_ LL it LL & Sm it 02 m LLca'p_ it 0. LL LL it LL LL 0- 0❑ = 0 1) () 0 IY 0 IY c) IY 0 IY 0 c) O 0 c) co d E 'c c c c c ccCF_ c0_ F cfYr ECCE_ 'c c 'c c c � N w° os o o - ml 2a o 2 200 200 200 200 o 0 0 0 oN I— Q V) V I N —I —I —I I_I v 0 0 0 0 co Q a) mo a) o a) a) a)m= a)m= mmI a)m = a) a) a) a> a)co Ct c E We N W o LU W Wcom Wcom Wc' 00 LU(•-) W LU LU W LII co N o O 0 0 U c a C0 Co O O C0 (0 co Co O O O O O Om Y > O O O O O O O O O O O O O W a m y N N NNN N N N N N N N N N 0 V N N N N N N N N N N N N N IX J CO 03 a re CO co (.0 (90 CO CO CO CD CD CO CO CO M pr W W W J = = U m o00 Z8 — �, oO N2 . t o on N: ! : ,_nE am03 NoQ. co CD'C II"'" ~ O O d p J N a) CO0 To J N co 2 7 i n of ce a Z 0 Z d 0 o ❑ E J co 2 Z _ 2 co co CO CO N CO CO CO CO CO CO (o 06 N 0 @ N (O O7 m co al (o (O CO CO co as • co c E ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 00000 co CO a z Too co m CO CO as m as m m m m CO 0 ❑ Z CO _ 0 0 0 0 0 0 0 0 00000 CD > 0 J L 0 a> (n In I0 Ln In tor) LU In LU Cn Cn Cn H .a- CV V V V V V C' V V V V Z.7) f" N o w E N N N N N N (NI N N N N N N In Q z L c N (O 7 F- n h N- N- h r r F- r h r N 0 5 O W O z 7. N N N N N N N N NNNNN o 01 LL Q 0O E O 0 5)-- 0• N c2 U 0 U U U 0 0 0 U U U U U _ z ILI u. W E 5 Q u) J O u D CO 0 ❑ 0. rna ❑ ❑ ❑ ❑ O. 2 Illo I- 3 J° o1 W LU w w w LU w LU LU W W W W • • O • . • c0' °I ¢ I N H �w W C9 ia Z V O 1U 0te) EL- N Z 1_I 11-JI JI J } } } O Z CO d to o '� 0' > I- �` Iry n ..... F Z w o ¢ bt zas ° �' E o 0 EC '"I ' 0 a 2 Q �I 0I N N ¢ a) a) O m m CO 1 0 0 J J O O O- O- Q 6 . m o a) yI a) NI D co y v DILL ce Y LL DIY a Cai w C 'C 'CaF 'CCCF ow E co :° 2 2 200 200 aoa E >- } Q t� t,mIJ -0 ml_I �¢ o @ co J N N N c,.�2 N co= W C� CO C/ Q W W WMm W61CO N= 0 O _ .2 CL O U coO O coO coO Q� � "° m O 0 0 o Ern £ °� W N N N N CO 3 O I N N N N U) Z N acm) f�// O CO (0 c.0 a) a3 IX J it E a W w a m °' J d co O) a V COO. p J E co I Z Vi °? N I < r CC o o 0 R N O J o. C '1 7 a) o E J 0. coU U Om 2N o o CO I I O a In VT U CBE aC' I ° m Z } E o Q M 111 O O 0. a m 0 F _$ E z o D N 16 N N —c 2M Q O a) N (13 1 W CO ,n C C F E I LU r m .>, O a) 1' .2 c CO = rn ti O 1 V+ C] 0 y c E C 0 63 I CL a> 1 c - o_ o o coCU E C r >, Q z o 0 in O m 1 0 a3 .1 d - £ co 0 0 2 0 to N I Z CD CO Co cO 8 I co 0 O To �a To To I O 0 ao Co : 04 0 .0 .� .� O 16 \ } O G O D J E 0 1 I' 1, co 0 co v v (C) v v C > CO I L7) F cg IC) h. (N ti N wE a O N N N N N N N j W p F H a d Ix o c o 12 •ai 1 F. u� ''. E O a�cr ai LU `° N 11 N Z Q O Q 0 0 C C , U U U U 0 U O N v m J N ami .c a)E CU7 • 0 C4 a D o a- a m v E O d• 0 0 0 0 0 o d O o ° a°) O o ami o d a WWW w J ? 0 a 0 0 0 0 0 ! i O 0 N N O N N O a— Z 1ed)N Q CS) U ...9a, I', z m 3 0 _ICI6 C W Z 7 N rN J co G C Q c N p z CL O U Ce0 Ce J a LU x w J V a.m Z Q w L. N J o co CD c 2o0 O ‘1.- E V U M w 00 O CO M Q M oh 0.� V O Z CO N m tO Oa> CO 2 CI 0 Q r a . 4 ,.. a 0 Z Ez a) M a j m 1 N d N E up re D 2 N mU Q C. E E a M o STATE OF ALASKA Aft LASKA OIL AND GAS CONSERVATION COMMI WELL MPLETION OR RECOMPLETION REPO AND LOG • la. Well Status: Oil E Gas 0 SPLUG 0 Other 0 Abandoned 0 Suspended 0 1b.Well Class: 20AAC 25.105 20AAC 25.110 Development E Exploratory 0 GINJ 0 WINJ 0 WAG 0 WDSPL 0 No.of Completions: One • Service 0 Stratigraphic Test 0 2. Operator Name: 6, Date Comp.,Susp.,or Aband.: 14.Permit to Drill Number/Sundry BP Exploration(Alaska),Inc 5/15/2016 • 215-186 • 3. Address: 7. Date Spudded: 15' API Number: P.O.Box 196612 Anchorage,AK 99519-6612 5/3/2016 • 50-029-21545-02-00 • 4a. Location of Well(Governmental Section): 8. Date TD Reached: 16. Well Name and Number: 5/10/2016 PBU 04-33B . Surface: 678'FSL,304'FVVL,Sec.26,T11N.R15E,UM • 9 Ref Elevations KB 51.25 - 17. Field/Pool(s): Top of Productive Interval: 1483'FSL,708'FWL,Sec.24,T11N,R15E,UM GL 19.74 • BF 24.26 PRUDHOE BAY,PRUDHOE OIL ' Total Depth: 3469'FSL,2341'FEL,Sec.23,T11N,R15E,UM 10. Plug Back Depth(MD/TVD): 18. Property Designation: 17257'/8638' ADL 028324&028323 4b. 4b.Location of Well(State Base Plane Coordinates,NAD 27): 11. Total Depth(MD/TVD): 19. Land Use Permit: Surface:x- 713115' y- 5952558 • Zone - ASP 4 . 17295'/8636' - 70-039 TPI: x- 718615 y- 5958804 Zone - ASP 4 12. SSSV Depth(MD/TVD): 20 Thickness of Permafrost MD/TVD: Total Depth:x- 715508 y- 5960701 Zone - ASP 4 None 1900'(Approx.) 5. Directional or Inclination Survey: Yes E (attached) No 0 13. Water Depth,if Offshore: 21. Re-drill/Lateral Top Window MD/TVD: Submit electronic and printed information per 20 AAC 25.050 N/A (ft MSL) -15232'/8656' 22. Logs Obtained List all logs run and,pursuant to AS 31.05.030 and 20 AAC 25.071,submit all electronic data and printed logs within 90 days of completion, suspension,or abandonment,whichever occurs first.Types of logs to be listed include,but are not limited to:mud log,spontaneous potential,gamma ray,caliper, resistivity,porosity,magnetic resonance,dipmeter,formation tester,temperature,cement evaluation,casing collar locator,jewelry,and perforation record. Acronyms may be used.Attach a separate page if necessary MWD/GR/RES RECEIVED 23. CASING,LINER AND CEMENTING RECORD JUN 0 9 2016 CASING WT.PER GRADE SETTING DEPTH MD SETTING DEPTH TVD HOLE SIZE CEMENTA G r i CC AMOUNNT T FT. TOP BOTTOM TOP BOTTOM d \ V 20" 91.5# ht-40 30' 110' 30' 110' 30" 1775#Poleset 13-3/8" 68#/72# K-55/L-80 29' 2736' 29' 2479' 17-1/2" 3500 sx CS III,400 sx CS II,200 sx CS II 9-5/8" 47# L-80 27' 8197' 27' 5849' 12-1/4" 500 sx Class'G' 7" 26# 1-80 8020' 12783' 5741' 8631' 8-1/2" 409 sx LiteCrete,173 sx Class'G' 4-1/2" 12.6# 13Cr85 12619' 15232' 8536' 8656' 6-1/8" 407 sx Class'G' 3-1/2"x2-7/8" 9.3#/6.5 13Cr80 13318' 17295' 8661' 8636' 4-1/4" 147 sx Class'G' 24. Open to production or injection? Yes E No 0 25. TUBING RECORD If Yes,list each interval open(MD/TVD of Top and Bottom;Perforation GRADE DEPTH SET(MD) PACKER SET(MD/TV Size and Number): 4-1/2"12.6#13Cr85 12626' 12510'/8473' 2"Gun Diameter,6 spf 15332'-15622' 8646'-8643' COMPLETION 26. ACID,FRACTURE,CEMENT SQUEEZE,ETC. 16385'-16515' 8657'-8658' DATE �" 16672'-16972' 8660'-8652' 6 Was hydraulic fracturing used during completion? Yes 0 No E• 16972'-17057' 8652'-8650' - Per 20 AAC 25.283(i)(2)attach electronic and printed VERIFIED information VV _.---- DEPTH INTERVAL(MD) AMOUNT AND KIND OF MATERIAL USED 2500' Freeze Protect w/50 Bbls Diesel 27. PRODUCTION TEST Date First Production: May 22,2016 Method of Operation(Flowing,gas lift,etc.):Gas Lift Date of Test: 5/26/16 Hours Tested: Production for Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: 12 Test Period .•••► 75 174 381 128 2312 Flow Tubing 0 Casing Press: Calculated Oil-Bbl: . Gas-MCF: Water-Bbl: Oil Gravity-API(con'): Press 1300 24 Hour Rate "♦ 150 347 761 27.1 Form 10-407 Revised 11/2015 CONTINUED ON PAGE 2 Submit ORIGINAL only VP- 7/(I 1« 4 74V6' RBDMS IA/ JUN 0 9 1016L;;�, 6 28. CORE DATA • Conventional Core(s) Yes 0 No R Sidewall Cores Yes 0 No D . If Yes to either question,list formations and intervals cored(MD+TVD of top and bottom of each),and summarize i ology and presence of oil,gas or water (submit separate sheets with this form,if needed).Submit detailed descriptions,core chips,photographs and laboratory analytical results per 20 AAC 25.071. 29. GEOLOGIC MARKERS(List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Permafrost-Top Well Tested? Yes 0 No RI Permafrost-Base If yes,list intervals and formations tested,briefly summarizing test results.Attach Top of Productive Interval 12829' 8657' separate sheets to this form,if needed,and submit detailed test information per 20 AAC 25.071. 21TS-Zone 2A 12794' 8638' ZONE 1B 12829' 8657' TDF-Zone lA 14223' 8663' Kicked off from Parent Well 15232' 8656' (04-33A) Zone 1B(Invert) 15331' 8647' Zone 1A(Revert) 15633' 8643' Zone 1B(Invert 15984' 8640' Zone 1A(Revert) 16199' 8647' Zone 1B(Invert) 16671' 8660' 21TS-Zone 2A 17218' 8641' Formation at total depth: Zone 2A(From Base) 17218' 8641' 31. List of Attachments: Summary of Daily Drilling Reports,Cement Report,Survey,Well Schematic Diagram Information to be attached includes,but is not limited to:summary of daily operations,wellbore schematic,directional or inclination survey,core analysis,paleontological report,production or well test results,per 20 AAC 25.070. 32.I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Ciolkosz,Ryan R Email: Ryan.Ciolkosz@bp.com Printed Name: Joe Lastufk Title: Drilling Technologist Signature: Phone: +1 907 564 4091 Date: Welch INSTRUCTIONS General:This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska.Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. All laboratory analytical reports regarding samples or tests from a well must be submitted to the AOGCC,no matter when the analyses are conducted. Item 1 a. Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated.Each segregated pool is a completion. Item 1 b.Well Class Service wells:Gas Injection,Water Injection,Water-Alternating-Gas Injection,Salt Water Disp,Water Supply for Injection,Observation or Other. Item 4b.TPI(Top of Producing Interval). Item 9. The Kelly Bushing and Ground Level elevations in feet above mean sea level.Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 15.The API number reported to AOGCC must be 14 digits(ex:50-029-20123-00-00). Item 20.Report true vertical thickness of permafrost in Box 20.Provide MD and TVD for the top and base of permafrost in Box 29. Item 22.Review the reporting requirements of 20 AAC 25.071 and,pursuant to AS 31.05.030,submit all electronic data and printed logs within 90 days of completion,suspension,or abandonment,whichever occurs first. Item 23.Attached supplemental records should show the details of any multiple stage cementing and the location of the cementing tool. Item 24.If this well is completed for separate production from more than one interval(multiple completion),so state in item 1,and in item 23 show the producing intervals for only the interval reported in item 26.(Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval). Item 27.Method of Operation:Flowing,Gas Lift,Rod Pump,Hydraulic Pump,Submersible,Water Injection,Gas Injection,Shut-in,or Other(explain). Item 28.Provide a listing of intervals cored and the corresponding formations,and a brief description in this box.Submit detailed description and analytical laboratory information required by 20 AAC 25.071. Item 30.Provide a listing of intervals tested and the corresponding formation,and a brief summary in this box.Submit detailed test and analytical laboratory information required by 20 MC 25.071. Item 31.Pursuant to 20 MC 25.070.attach to this form:well schematic diagram,summary of daily well operations,directional or inclination survey,and other tests as required including,but not limited to:core analysis,paleontological report,production or well test results. Form 10-407 Revised 11/2015 Submit ORIGINAL Only TREE= ow sArilkNOTES:WELL ANGLE>-70 @ 1 2878 WELLIFAD= FMC • ***CilliiME TBG&LNR***MAX DI&24.6° ACTUATOR= BAKER C 04-33B 1 295 7' OKB.ELEV= 62' REF BEV= 51.25' BF.REV= 24.26° I ' I { 2112' -14-1/711M X NP,D=3.813"i KOP= 6000° IIC 21 12 H4-1/2"FLOW THRU SUB,13=2.60"(05/20/16)1 Max Angle= 99°@ 13082' Datum 4)= NA k GAS LET MAM)RELS Datum TVD= woo.SS ./All ST MID ND DEV TY FE VLV LATCH FORT DATE 5 4590 3606 'S4 MNG DOME RK 16 05/20/16 13-3/8"CSG,72#,L-80/K-55,13=12.347" H 274T _....d 4 7937 5692'53 IVMG SO RK 20 05/20/16 3 10066 6919 r 54 KBG2 DMY BK 0 06/15/15 Minimum ID =2.377" @ 15144' 2 11402 7783 r 47 KBG2 DMY BK 0 06/15/15 3-112" X 2-7/8" XO 1 12195 8293 r 55 KGB2 DMY BK 0 06/15/15 J___----I 8020' -9-5/8'X 7"BKR ZXP LTP w/TEBACK SLV, ID=6.290" F9---5/8"WHIPSTOCK(09/06/09) - 8197' T-------..---- 8036' H9-5/8"X 7"BKR FLEXLOCK HGR,ID=6.230" 9-5/8'CSG,47#,L-80 BTC,D=8.681" H -8197' r LNR,26#,L-80,BTC TCI XO TO L-80 BTC-M -- — I 9172' -----> X MLLOUT 1MMDOW(04-33A) 8197'-8214' I I 12479' -14-1/2"1-F_S X NP,ID=3.813" X 12509' -17"X 4-1/2"BKR S-3 PKR,ID=3.875" I I 12543' -4-1/2"HES X MP,ID=3.813" I I 12613' -14-1/2"HES XN NP MILLED TO 3.80"(10/11/15) 12619' H7'X 5"HRD ZXFN LTPw r1e3AcK,0=4.460* 4-1/2-TBG,12.6#,13CR-85 VAM TOP, H 12625' -1 \ 12625' --14-1/2"WLE-G,0=3.958' .0152 bpf,ID=3.958" 'r 12636' -17"X 5*BKR FLEXLOCK HGR ID=4.450" 12645' H5-1/2"X 4-1/2"XO,=3_958" 7"LNR,26#,L-80 BTC-M,.0383 bpf,D=6.276" --1 12783' HAI k 13318' --145K13 HYBRID FLO GARD LTP,ID=2 45" 3-1/2'X 2-7/8"TOC - 13326' Z ali 13326' -13.70'BKR DEPLOYMENT SLV,D=3.00" I_3-1/2"LNR,9.3#,13CR-80 STL,.0087 bpf,ID=2.992" ,,l- 16144' :1'S, .111 13348' -13-1/2"HES X NP,0=2.813" 4-1/2"MONOBORE WHIPSTOCK(05/01/16) --I 15232' 4-1/2"LNR 12.6#,13CR-85 VAM TOP, - -15232' ,.:,-;. ', L 15144' -I 3-1/2"X 2-7/8"XO,ID=2.377" .0152 bpf,ID=3.958" ''.;: .;-l: 4-1/2'MLLOUT WINDOW(04-338)15232'-15241' PERFORATION SUMMARY .. ). Li REF LOG: GR MWD on 05/14/16 K/ '': 16133' -PUP JT w/RA TAG ANGLE AT TOP FERE: 97'@ 15332' _ ,. , Note:Pfer to Production DB for historical perf data t<> SIZE SPF EITIRVAL Opn/Sqz DATE K> rxi 2" 6 15332-15622 0 05/13/16 2" 6 16385-16515 0 05/13/16 ' ••:'‘:, t 16744' -HPUP J7 w/RA TAG > 2" 6 16672-16972 0 05/13/16 C> 'I 2" 6 16972-17057 0 05/13/16 A. ,,x., PBTD - 17257' 2-7/8"LNR,6.5#,13CR-80 STL,.0058 bpf,ID=2.441" - 17295' DATE REV BY COMMENTS DATE REV BY COMMENTS PRUDHOE BAY INT 03/18/86 ORIGINAL COMPLETION 05/23/16 GJB/J143 SET FLOW THRU S1/3(05/20/16) VVIat: 04-33B 04/18/94 N2ES RWO 05/25/16 TBD(JM)GLV CIO(05/20/16) FERMI Nor '2151860 09/24/09 N7ES SIDETRACK(04-33A) 06/01/16 JNUJMD ADDED REF ELEV&BF AA No: 50-029-21545-02 05115116 NORDIC2 CTD(04-33B) 06/01/16 JNUJMD CORRE-CTED 4-1/2"UR MATERIAL SEC 26,T11N,R15 E.678'FSL 303'RM. 05/18/16 AID DRLG HO CORRECTIONS 05/19/16 RC/JM) MAL ODE APPROVAL - -- - BP Exploration(Alaska) • • North America ALASKA-BP Page 1 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 1 Spud Date/Time:2/14/1986 12:00:00AM I Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA I UWI:500292154500 Active datum:04-33A @51 25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) I (usft) 4/27/2016 22:00 - 00:00 2.00 MOB N WAIT I PRE MOVE OFF WELL U-06. i NO TWC IN PLACE,DISCUSS THE FOLLOWING RISK MITIGATIONS: -ENSURE CHOCK BLOCK IS IN PLACE -ENSURE ESD BUTTON IS TESTED AND (MANNED � DISCUSS RADIO CHECKS -ENSURE STOP COMMAND IS UNDERSTOOD BY ALL. PULL OFF WELL IS WITNESSED BY WSLAND NORDIC FIELD SUPERINTENDENT. PULL OVER TO FRON SIDE OF PAD AND WAIT THERE,FIELD WIDE POWER OUTAGE HAS POSTPONED THE MOVE. 4/28/2016 00:00 - 06:45 6.75 MOB N WAIT PRE CONTINUE WAITING Ot U-PAD FOR IMT APPROVAL TO MOVE TO DS-04. MOVE IS DELAYED DUE TO FIELD WIDE POWER " ( OUTAGE. RIG CREW CONDUCTS HOUSEKEEPING AND COMPLETES RIG MOVE CHECKLIST. 06:45 - 08:00 1.25 MOB N WAIT PRE RIG MOVE STILL ON HOLD BUT SINCE GC 1& 2 ARE AND STABLE,ASKED FOR PERMISSION TO MOVE TO AT LEAST SANTA FE PAD AND 1 GOT THE OK NOTIFY SECURITY(45 MIN OUT)AND HAVE TP&DRILLER DRIVE ROUTE DRIVE TO I SANTE FE PAD I PREP RIG TO MOVE. 08:00 - 00:00 16.00 MOB N WAIT PRE MOVE RIG FROM U-PAD TO 04-33. MOVE FROM U-PAD ACROSS N-PAD,RIGHT I ON SPINE ROAD,LEFT ON OXBOW,RIGHT ION WEST DOCK ROAD TO SPINE ROAD TO DS-04. TOTAL DISTANCE 25 MILES. 4/29/2016 00:00 - 05:00 5.00 MOB P PRE CONTINUE TO MOVE FROM U-PAD ACROSS 1N-PAD,RIGHT ON SPINE ROAD,LEFT ON I OXBOW,RIGHT ON WEST DOCK ROAD TO I SPINE ROAD TO DS-04. TOTAL DISTANCE 25 MILES. MOVE RIG ONTO DS-04 AND SET MATS. PJSM THEN MOVE RIG OVER WELL AND SET DOWN. I MOVING OVER WELL WITNESSED BY WSL, I NORDIC SI. ACCEPT RIG 05:00. 05:00 - 06:45 1.75 MOB P PRE 1 CYCLE TREE VALVES,OPEN SSV AND INSTALL FUSIBLE CAP. PERFORM LEAK TIGHT TEST OF SWAB AND MASTER VALVES. GOOD TEST 06:45 - 07:00 0.25 BOPSUR P PRE CREW CHANGE 07:00 - 07:15 0.25 BOPSUR P PRE I PJSM WITH DAY CREW TO CONTINUE RU OPERATIONS 07:15 - 12:00 4.75 BOPSUR P I PRE IND TREE CAP AND NU BOPE Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* North America-ALASKA-BP Page 2 of 29 Operation Summary Report Common Well Name.04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM I Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA CUWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To I Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 12:00 - 18:00 6.00 BOPSUR P PRE SHELL TEST BOPE AS PER BP RP 10-45, NORDIC AND AOGCC REQUIREMENTS 250 PSI LOWAND 3500 PSI HIGH ON ALL RAMS AND ANNULAR ALL TESTS WILL BE ON THE CHART RECORDER AND ELECTRONICALLY CAPTURED ON THE TOTCO&CTDS SYSTEMS 18:00 - 20:30 2.50 BOPSUR P PRE SHIFT CHANGE AND RIG CHECKS. CONTINUE TESTING BOPS. 20:30 - 20:50 0.33 BOPSUR P ' PRE RIG EVAC EXERCISE WITH ORLOFF CREW. ALL PERSONS MUSTER AND ACCOUNTED FOR IN3MIN. CONDUCT AAR,DISCUSS NOTIFICATION RESPONSIBILITIES. 20:50 - 22:40 L 1.83 BOPSUR P PRE TEST CABLE,PREP CT TO INSTALL CT CONNECTOR. INSTALL CT CONNECTOR,PULL TEST TO 35K, GOOD. 22:40 - 00:00 1.33 BOPSUR P PRE PLACE INJECTOR OVER CIRC HOLE,FILL REEL FORWARD. 4/30/2016 00:00 - 00:50 0.83 BOPSUR P PRE TORQUE BHI CONNECTIONS. PRESSURE TEST CT CONNECTOR,BHI CABLE HEAD,REEL IRON AND BULKHEAD TO 300/4700 PSI,GOOD. 00:50 - 01:30 0.67 BOPSUR P PRE LINE UP TO REVERSE. TEST INNER REEL VALVE AND CT STRIPPER TO 250/3500 PSI,GOOD. 01:30 - 03:00 1.50 . BOPSUR P PRE VALVE CREW CHECKS TORQUE ON TREE BOLTS. INSTALL CHECK VALVES. BRING BPV LUBRICATOR ONTO RIG,HAVE TO USE THE PIPE ELEVATOR. PRESSURE TEST CHECK VALVES 250/3500 PSI,GOOD. 03:00 - 04:20 1.33 BOPSUR P PRE REMOVE BOP TEST PLUG. PJSM WITH VALVE CREW FOR PULLING TWC. INSTALL BPV LUBRICATOR,PRESSURE TEST 1300/3500 PSI,GOOD. 04:20 - 06:45 2.42 BOPSUR 1 P PRE I TRY TO PULL TWC. 'ABLE TO ENGAGE THREADS BUT DIFFICULT TO TURN. 06:45 - 07:10 0.42 BOPSUR P PRE CREW CHANGE I i VALVE CREW NIGHT CREW STILL WORKING ON PULLING THE TWC TWC PULLED,1541 PSI UNDER TWC I CLOSE THE MASTER AND BLEED OFF I PRESSURE TO THE TIGER TANK I CLOSE THE SWAB,LTT TO CONFIRM I BARRIERS 07:10 - 07:20 0.17 BOPSUR P PRE STOP AND HOLD A PJSM WITH THE ALL DAY CREWS TO REMOVE THE LUBRICATOR AND LOAD OUT 07:20 - 08:15 0.92 BOPSUR P PRE I PU THE LUBRICATOR AND RD THE PULLING IRODS 'LOAD OT THE LUBRICATOR THROUGH THE PIPE SHED 08:15 - 08:3020 5 BOPSUR P I PRE HOLD A PJSM TO PU THE INJECTOR,MU THE UPPER QTS AND TEST Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* North America-ALASKA BPS. Page 3 of 29 Operation Summary Report � r .-, '"'"",. Common Well Name.04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) ! Start Date:4/27/2016 1 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay 1 Site:PB DS 04 Rig Name/No.:NORDIC 2 !; Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations 0.75 BOPSUR P (usft) 08:30 - 09:15I PRE MU A NOZZLE BHAAND STAB ON 1 TEST THE QTS AS PER WELL PLAN BACK UP VAC TRUCKS FOR BH KILL 09:15 - 09:30 0.25 BOPSUR P PRE I GOOD TEST,BLEED OFF AND HOLD A PJSM i TO BH KILL THE WELL 09:30 - 11:00 I 1.50 BOPSUR P PRE LINE UP TO PUMP ACROSS THE TOP UNTIL I 11NE SEE METHANOL AT THE OUT MM SHUT DOWN AND OPEN THE SWAB PRESSURE UP TO 1500 PSI AND OPEN THE I j I MASTER,1597 PSI ON WELL 09:45 ONLINE WITH 5 BBLS OF METHANOL I DOWN THE TUBING FOLLOWED BY 360 BBLS I OF 1%KCl 109:50 SWAP TO KCL WHP=1521 PSI 110:12 100 BBLS AWAY WHP=821 PSI IAP= 1107 PSI OAP=62 PSI 10:28 193 BBLS AWAY WHP=0 PSI IAP= iI ,121 PSI' OAP=63 PSI,ADD ANOTHER TRUCK TO: I '10:35 230 BBLS AWAY FLUID AT THE BOTTOM 1 PERF,STARTING TO BUILD A LITTLE WHP 10:57 360 BBLS AWAY WHP=55 PSI IAP= 190 PSI OAP=71 PSI MOBILIZE 3RD VAC TRUCK FOR FLUID SUPPORT 11:00 - 11:15 0.25 I BOPSUR P PRE [REDUCE RATE TO 2.0 BPM WHP=22 PSI, OPEN CHOKE AND ESTABLISH A LOSS RATE I I I START LOADING PIT 4 FOR POLYSWELL PILL 11:03 PVT=379 BBLS I 11:08 PVT=358 BBLS OR 21 BBLS IN 5 MINUTES OR 252 BPH I CLOSE THE CHOKE AND MAINTAIN A LOW I I I POSITIVE WHP TO KEEP THE WELL FULL 1 WHILE PREPPING TO PUMP THE PILL 11:15 - 11:45 0.50 BOPSUR P PRE I CALL ODE AND DISCUSS PLAN FORWARD TO 1 PUMP A POLYSWELL PILL AGREE TO PUMP A40 BBL 20 PPB PILL I BASED ON THE DECISION TREE IN THE WELL I I PLAN AND LENGTH OF PERFS OPEN 11 45 13:40 1.92 ( BOPSUR P PRE SOP TO BOTTOM PERF=-24.2 BBLS CLOSE KILL LINE WHILE WAITING FOR FLUID _ SUPPORT 113:40 - 13:55 0.25 BOPSUR r P PRE PILL IS READY,TRUCKS ARE HERE I HOLD A PJSM TO PUMP A POLYSWELL PILL Printed 5/23/2016 9.33:45AM `AII depths reported in Drillers Depths* North America-ALASKA-BP Page 4 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay r Site:PB DS 04 Rig Name/No.:NORDIC 2 1 Spud Date/Time:2/14/1986 12:00:00AM 1 Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51 25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 113:55 - 15:40 1.75 BOPSUR ! P PRE ONLINE WITH PUMPS AT 6 BPM 214 BBLS TO TOP PERF PUMP SCHEDULE 14:00 150 BBLS OF KCLAHEAD 14:17 START CUTTING SACKS ZERO BBL COUNTER 14:21 40 BBLS OF POLYSWELL WHP STARTING TO BUILD AS SOON AS THE POLYSWELL GOT IN THE TUBING,SAME PRESSURE INCREASE SEEN ON M-08 14:2840 BBLS OF FRESH WATER 14:34 130 BBLS OF KCL 14:40 WHP=460 PSI 14:50 WHP=648 PSI 170 BBLS AWAY 14:56 210 BBLS AWAY WHP=802 PSI REDUCE PUMP TO 2 BPM,WHP INCREASE TO 854 PSI IN THE LAST 2 BBLS 14:57 RATE AT 2 BPM WHP=465 PSI 114:58 215 BBLS AWAY WHP STARTING TO CLIMB WHP=505 PSI 15:02 223 BBLS AWAY WHP=564 PSI 115:04 227 BBLS AWAY WHP=648 PSI 11.5:06 231 BBLS AWAY WHP=758 PSI 115:10 240 BBLS AWAT WHP=875 PSI AND IS jSTABILIZING,SHUT DOWN THE PUMP AND HESITATE 9 BBLS LEFT TO SQUEEZE AWAY MIGRATION WILL BE MINIMAL AS THE TOP 1PERFISAT91° 15:16 WHP SLOWLY BLEEDING OFF=186 PSI 115:30 WHP=36 PSI SLOWLY BLEEDING OFF THIS IS EQUIVELENT TO ANOTHER 360 BBL I KILL VOLUME BEFORE WE SLOW DOWN THE PUMPS TO 2 BPM PUTTING THE LEAD(210 I BBLS)OF THE POLYSWELL JUST ABOVE THE 15:40 I TOP PERF. 15:45 0.08 BOPSUR P PRE � i I - 'HESITATED FOR 30 MINUTES,WHP SLOWLY I DROPPED TO 11 PSI 9 BBLS POLYSWELL LEFT TO DISPLACE I COME ONLINE AT 1 BPM,PRESSURE CLIMBING RIGHT AWAY 11 BBL AWAY WHP=513 PSI 2 BBLS AWAY WHP=663 PSI 3 BBLS AWAY WHP=699 PSI 4 BBLS AWAY WHP=725 PSI 15:45 - 16:10 0.42 BOPSUR P PRE SHUT DOWN THE PUMP,WHP LEVELEING OFF AND WE ARE INJECTING AND I DON'T WANT TO BREAK IT DOWN ALLOW WHP TO DISIPATE ON ITS OWN TO KEEP FROM DRAWING THE PRESSURE AND 1 FLOWING THE POLYSWELL OUT OF THE IPERFS 16:10 - 16:30 0.33 BOPSUR P PRE LINE UP ACROSS THE TOP AND ESTABLISH A LOSS RATE IF ANY I � DISCUSS WITH ODE OPTION FOR CLEAN OUT RUN,WELL TURNS 90°AT 13,000'SO WE HAVE-2300'OF HORIZONTAL TUBING AND 1185'OF PERFS. 16:30 - 19:30 3.00 CLEAN P i I PRE RIH WITH NOZZLE AND CHECKS TO CLEANOUT TO WHIPSTOCK SETTING DEPTH AS PER OCN#4. 1 WT CHECK AT 12,000 FT IS 50K. _ Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* • North America ALASKA BP , Page 5 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 I,X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM 1 Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date j From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 119:30 - 20:00 0.50 CLEAN ! N SFAL PRE I DURING WT CHECK DRILLER NOTICES A CLUNKING NOISE FROM INJECTOR. STOP AND ASSESS. 1 STOP HERE AND CALL SLB MECHANIC FROM DEADHORSE. PUMP A B/U AT 3.1/2.8 BPM FROM 11,884 FT I TO CLEAR THE WELL,IN CASE THIS MAINTENANCE EVENT LASTS AWHILE. 'GETTING SMALL AMOUNT OF POLYSWELL BACK. REDUCE RATE TO 2.54/2.20 BPM AFTER 1 RETURNS DIMINISH AT 3 BPM. LOST RETURNS AFTER 46 BBLS INTO B/U. 20:00 - 21:20 1.33 CLEAN N SFAL PRE LINE UP TO KEEP WELL FULL DOWN THE KILL LINE. PUMPING 2.29 CT+1.23 KILL LINE GETTING 11.18 BACK. ADD ATHIRD TRUCK FOR ROUND TRIPPING FLUIDS. SLB MECHANICS ARRIVE AND ADJUST GOOSENECK. NOISE DIMINISHES. 21:20 - 22:30 1.17 CLEAN P PRE CONTINUE RIH. PUMP 2.28/0.99 BPM WHILE i RIH. WT CHECK AT 13,000 FT IS 66K. WT CHECK AT 13,500 FT IS 64K. WT CHECK AT 14,000 FT IS 62K. WT CHECK AT 14,500 FT IS 62K. RIH TO 15,325 FT,NO ISSUES NOTED. 22:30 - 00:00 1.50 CLEAN P PRE POOH,UP WT AT 15300 FT IS 70K AT 63 FT/MIN. STOP AND ADJUST GOOSENECK AGAIN AT 13,900 FT THEN CONTINUE OOH. 5/1/2016 00:00 - 02:00 ( 2.00 CLEAN P PRE CONTINUE POOH WITH BHA#1. 02:00 - 02:30 0.50 CLEAN P PRE CONDUCT PJSM FOR CHANGING BHA WHILE POOH. TRIP SHEET IS-346 BBLS TO THIS POINT. 02:30 - 03:15 0.75 WHIP P WEXIT AT SURFACE,10 MIN LOSS RATE IS 1.2 BPM VERIFIED WITH MM AND PVT. INJECTOR OFF AT 02:30. TAG STRIPPER,UD NOZZLE BHA. M/U BHA#2,WHIPSTOCK. INJECTOR ON AT 03:15. 03:15 - 06:40 3.42 WHIP P I WEXIT ZERO COUNTER,TEST QTS AND BHI TOOLS. j RIH. LOSING ABOUT 80 BBLS/HR WHILE RIH. 06:40 - 07:35 0.92 WHIP P WEXIT 114167'SET DOWN WT AND TRIPPED THE 1 INJECTOR INJECTOR TRIPS SET 4K BELOW RIH WT RESET INJECTOR AND RIH 14245'SET DOWN AGAIN AWGRS REPORT 10/08/2015-10/11/2015 MILLING OVALED TUBING WITH 3.80 MILL FROM 14128 TO 14424 WITH SEVERAL STALLS 07:35 - 08:10 0.58 WHIP P I WEXIT ,LOG TIE IN Printed 5/23/2016 9 33:45AM *AII depths reported in Drillers Depths* • North America-ALASKA-BPPage 6 of 29 Operation Summary Report Common Well Name 04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM j Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 08:10 08:40 0.50 WHIP P WEXIT I CORRECT DEPTH-20.5' BASED ON THIS CORRECTION THE DRIFT RUN ON SERVICE COIL ONLY DRIFTED TO 15325' THE CCL IS 65'BEHIND THE BOTTOM OF THE WS SO WE NEED TO CCL LOG TO A MINIMUM OF 15312.45' CALL ODE AND DISCUSS MAKING A SLOW VERY CAUTIOUS PASS TO 15340 THEN PU AND CCL LOG DOWN TO ENSURE WE DO NOT SET THE WS INA COLLAR 08:40 - 08:55 0.25 WHIP P WEXIT APPROVAL GIVEN TO DRIFT TO 15340'THEN PU AND LOG TO THAT DEPTH TO ENSURE THE WS WILL NOT BE SET IN A COLLAR 08:55 - 10:00 1.08 WHIP P WEXIT DRIFT TO 15340'WAS CLEAN NO SURFACE OR WOB CHANGE SEEN ATALL ffi PU TO 15100 AND CCL LOG DOWN TO 15340 10:00 - 10:10 0.17 WHIP P WEXIT r AFTER LOGGING THE CCL THE BOTTOM OF I THE WS IS IN A COLLAR.CALLED ODE AND DISCUSSED SETTING THE WS 5'HIGHER I WITH THE TOWS NOWAT 15230'AND THE BOTTOM AT 15242.5' 10:10 - 10:15 0.08 WHIP P WEXIT APPROVAL GIVEN PUH TO 15200',RIH AND STOP AT 15242.5',PU TO 5K UNDER UP WT,CLOSE THE EDC AND SET THE WS 10:15 - 13:50 3.58 WHIP P WEXIT WS SET,STACK 7K DOWN TO ENSURE THE WS IS SET AND WON'T MOVE 7K DOWN,NO MOVEMENT,POOH PUMPING DOWN THE COIL AND ACROSS THE TOP T KEEP THE HOLE FULL !LOSS RATE AD DRILLING RATE=112 BPH, I STATIC=60 BPI-I,NOTIFY ODE i I I HOLD A PJSM WITH THE CREW TO LD THE WS SETTING BHA,INSTALL NIGHT CAP AND I PERFORM AN INJECTIVITY TEST. 13:50 - 14:20 0.50 WHIP P WEXIT 1 AT SURFACE WELL TAKING 1.45 BPM OR 87 BPH I LOST 318 BBLS DURING THE TRIP SHUT DOWN THE PUMP AND PU THE INJECTOR TO LD THE WS SETTING BHA lir 14:20 - 15:10 0.83 7 WHIP P WEXIT ,BHA OOH LOAD OUT TOOLS I INSTALL NIGHT CAP AND TEST 15:10 - 15:20 0.17 WHIP P WEXIT PJSM TO TEST WELL INJECTIVITY FOR 'POSSIBLE POLYSWELL PILL _-_-_--_----_---- 15:20 - 15:40 0.33 WHIP P WEXIT PERFORM INJECTIVITY TEST 16 BPM AT 404 PSI CALL ODE FOR OCN AND PREP TO PUMP A 30 (BBL 20 PPB POLYSWELL PILL 15:40 - 15:55 0.25 WHIP P WEXIT HOLD A PJSM TO PUMP 30 BBL 20 PPB POLYSWELL PILL Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* • North America-ALASKA-BP -, Page 7 of 29 Operation Summary Report ,y Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 j End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM 'Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA 1 UWI:500292154500 Active datum:04-33A 151.25usft(above Mean Sea Level) Date 1 From-To Firs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 15:55 - 17:00 1.08 WHIP P 1 WEXIT LINE UP BOTH PUMPS DOWN THE COIL VERIFY LINE UP IS CORRECT WITH PRESSURE CROSS CHECK LIST 1 I 210 BBLS TO TOP OF PERFS 233 BBLS TO WS 1 234 BBLS TO BOTOM PERF ' 1 116:03 START CUTTING SACKS 416:06 ONLINE WITH 30 BBL POLYSWELL PILL, WHP SLOWLY BUILDING 16:11 SWAP TO 30 BBL FRESH WATER WHP 1=327 PSI 16:43 200 BBLS AWAY WHP=809 PSI 116:45 210 BBLS AWA REDUCE RATE TO 2.0 1 W BPM AND DISPLACE POLYSELLAT 2.0 BPM 16:47 212 BBLS AWAY WHP=570 PSI 116:49 220 BBLS AWAY WHP=656 PSI 116:54 233 BBLS AWAY WHP=938 PSI (POLYSWELLAT THE WS 116:57 238 BBLS AWAY WHP=989 PSI 117:00 244 BBLS AWAY WHP=1055 PSI 1 POLYSWELL DISPLACED AND FRESH WATER ISACROSS THE PERFS/POLYSWELL 117:00 - 17:10 0.17 WHIP P WEXIT DOWN ON PUMP ALLOW POLYSWELLTIME I TO DO ITS THING WITH FRESH WATER WHILE WHP DISIPATES ON ITS OWN 17:10 - 17:25 0.25 WHIP ' F P WEXIT HOLD A PJSM TO MU THE MILLING BHA 17:25 - 18:00 0.58 WHIP P WEXIT BLEED OFF REAMING 101 PSI REMOVE NIGHT CAP i GAUGE MILLS TIGHT 3.80 WINDOWAND STRING MILLS MU MILLING BHA 18:00 - 21:10 3 17 WHIP P WEXIT RIH WITH MILLING BHA. PUMP MIN RATE THROUGH OPEN EDC WHILE RIH,GOOD RETURNS. WT CHECK AT 14,000 FT IS 56K. CLOSE EDC AT THIS DEPTH TO TURN MILL THROUGH OVALLED TUBING. RIH 30 FT/MIN PUMP 0.5 BPM PAST 14,000 FT I SET INJECTOR TRIPS TIGHT. SEE VERY SLIGHT MOTOR WORK PERIODICALLY RUNNING FROM 14100-14350 1 FT,SLIGHT(ABOUT 3K)SETDOWNS. 21:10 - 22:30 1.33 WHIP P WEXIT I WT CHECK AT 15,150 FT IS 63K. LOG TIE-IN FROM 15,180 FT. CORRECT-17 FT. TAG PINCH POINT AT 15,233 FT. PICK UP AND OPEN EDC. 1 EASE RATE UP TO 2.9 BPM,SEE WHAT RETURNS WE CAN GET. INITIAL RATE IS 2.97/2.13 BPM. GETTING LOTS OF POLYSWELL BACK. 22:30 - 23:30 1.00 WHIP P WEXIT DISCUSS WITH ODE,RETURN RATE IS ENOUGH TO SWAP TO MUD. VAC OUT RETURN PITS TO PREP FOR MUD SWAP. START NEW MUD DOWNHOLE. Printed 5/23/2016 9:33:45AM `AII depths reported in Drillers Depths* • North America-ALASKA-BP • Page 8 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 1 End Date:5/11/2016 ,X3-017FK-C:(3,073,918.00) 1 Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA 1 UWI:500292154500 Active datum:04-33A(c�51.25usft(above Mean Sea Level) Date From-To Hrs Task Code 1 NPT NPT Depth Phase Description of Operations . 1 (hr) (usft) 1 1 123:30 - 00:00 0.50 WHIP P 1 WEXIT I MUD IS AT THE BIT,CONTINUE CIRCULATING I IT AROUND 2.6/1.7 BPM INITIAL CIRC RATE. 1 1 'AFTER 20 BBLS OUT RETURNS START TO 1 DECREASE. 12.63/1.58 BPM WITH 23 BBLS OUT. ' 12.63/1.12 BPM WITH 36 BBLS OUT. 5/2/2016 00:00 - 00:30 0.50 WHIP P 1 WEXIT I CONTINUE CIRCULATING MUD AROUND. OUT 1 1 RATE HAS REDUCED TO 2.6/0.5 BPM WITH 160 BBLS MUD OUT THE BIT. I DISCUSS WITH OPS SPECIALIST AND ODE, 1 DECIDE TO SWAP BACK TO KCL FOR WINDOW MILLING. 00:30 - 01:00 0.50 STWHIP 1 P WEXIT 1 CLOSE EDC,RIH TO MILL. 1 TAG AT 1-5232.7 FT,START MILLING AT 2.83/ 1 0.61 BPM. I SWAP BACK TO KCL WHILE MILLING. ,01:00 02:00 1.00 STWHIP P WEXIT MILL AT 15233 FT 2.79/0.61 BPM,DWOB=0.65 KLBS. 02:00 - 02:30 0.50 1 STWHIP P WEXIT 1 MILLAT 15234 FT 1 12.83/0.04 BPM,DWOB=2.20 KLBS. 1 'MILL TO 15,234.3 FT. 02:30 - 04:50 2.33 STWHIP N DPRB WEXIT ,PICKUP AND WAIT FOR MORE FLUID. HAVE 1 l'4 TRUCKS ROUND TRIPPING BUT NONE ARE -;HERE NOW. CIRCULATE ACROSS TOP TO KEEP THE WELL FULL. STATIC LOSS RATE ABOUT 25 BBLS/HR • ACROSS THE TOP. 04:50 - 05:30 1 0.67 STWHIP P WEXIT ADEQUATE FLUID VOLUME ON LOCATION, 1 CONTINUE MILLING WINDOW. 105:30 - 06:25 0.92 STWHIP P WEXIT MILL WINDOWAT 15,234.6 FT 2.81/0.83 BPM,DWOB=3.16 KLBS. 106:25 - 08:45 2.33 STWHIP P WEXIT CONTINUE MILLING WINDOW FREE SPIN=1641 PSI AT 2.83 BPM RATE IN=2.81 BPM RATE OUT=0.90 BPM j ( LOSS RATE =1.91 BPM OR 115 BPH 1 1 MW IN=8.37 PPG MW OUT=8.90 PPG ECD =9.23PPG ROP=1 FPH WOB=3.76 K CIRC PSI= 1857 PSI 1 1 IAP=148 PSI OAP=117 PSI PVT=308 BBLS 08:45 - 10:35 j 1.83 STWHIP P WEXIT CONTINUE MILLING WINDOW I WEIGHT IS CLOSE TO MAX WOB,SLOW ROP I I DOWN AND ALLOW TO DRILL OFF 1 1 1 FINE METAL ON THE MAGNETS,NO 1 ( VISCOSITY TO CARRY METAL TO SURFACE FREE SPIN=1641 PSI AT 2.83 BPM RATE IN=2.78 BPM RATE OUT=1.84 BPM 1 1 LOSS RATE =0.94 BPM OR 56 BPH 1 MW IN=8.44 PPG MW OUT=8.47 PPG ECD 1=9.06 PPG ROP=<1 FPH WOB=3.93 K CIRC PSI= 1 1 11882 PSI 'IAP=158 PSI OAP=120 PSI PVT=145 1 BBLS Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* North America-ALASKA BP f Page 9 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:OOAM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA I UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 10:35 - 13:20 2.75 STWHIP P WEXIT CONTINUE MILLING WINDOW MAX WOB,VIBRATION AT A STEADY 4 FREE SPIN=1641 PSI AT 2.83 BPM RATE IN=2.78 BPM RATE OUT=1.97 BPM LOSS RATE =0.81 BPM OR 48 BPH MW IN=8.44 PPG MW OUT=8.47 PPG ECD =9.06 PPG ROP=<1 FPH WOB=4.72 K CIRC PSI= 1882 PSI IAP=158 PSI OAP=120 PSI PVT=145 BBLS 13:20 - 15:45 2.42 STWHIP P WEXIT CONTINUE MILLING WINDOW ROP IS BACK TO NORMAL MIX A40 BBL HIGH VIS PILL AND PUMP TO CLEAN THE CUTTINGS OUT FREE SPIN=1641 PSI AT 2.83 BPM RATE IN=2.78 BPM RATE OUT=1.99 BPM LOSS RATE =0.80 BPM OR 48 BPH MW IN=8.44 PPG MW OUT=8.44 PPG ECD =8.98 PPG ROP=1 FPH WOB=4.72 K CIRC PSI= 1882 PSI IAP=158 PSI OAP=120 PSI PVT=145 BBLS 15:45 - 16.50 1.08 STW-IIP P WEX1T CONTINUE MILLING WINDOW FREE SPIN=1641 PSI AT 2.83 BPM RATE IN=2.77 BPM RATE OUT=2.05 BPM LOSS RATE =0.72 BPM OR 43 BPH MW IN=8.43 PPG MW OUT=8.40 PPG ECD '=8.99PPG ROP=1 FPH WOB=2.60 K CIRC PSI= 2095 PSI IAP=160 PSI OAP=125 PSI PVT=210 BBLS 16:50 - 17:50 1.00 STWHIP P WEXIT WINDOW MILL EXIT THE 4.5"CASING MILL 1' AT SAME ROP TO DRESS BOTTOM OF WINDOW WITH STRING MILL 17:50 - 18:30 0.67 STWHIP P WEXIT MILL 9'OF OH TO 15251' PUMP 28 BBLS HI-VIS PILL AROUND. 18:30 - 20:10 1.67 STWHIP P WEXIT PICK UP FOR FIRST REAMING PASS. SOME I MOTOR WORK SEEN AT THE BOTTOM OF THE WINDOW. SECOND PASS IS CLEANER,JUST SLIGHT MOTOR WORK SEEN. 'THIRD PASS IS CLEAN. 20:10 - 00:00 3.83 STWHIP P WEXIT DRY DRIFT IS CLEAN,POOH. BOTTOMS UP SAMPLE HAS NO FORMATION, JUST POLYSWELLAND METAL SHAVINGS. DYNAMIC FLOW CHECK JUST ABOVE WHIPSTOCK IS GOOD,1 BPM RATE IN WITH 0.8 BPM OUT,POOH AT 5 FT/MIN. POOH,PUMP 3.1/2.4 BPM THROUGH OPEN EDC. PERFORM PJSM WITH CREWS WHILE POOH, TRIP SHEET IS-60 BBLS TO THIS POINT. WHILE POOH,MIX KCL AND POLYMER IN BATCH MIXER TO PREP FOR POLYS WELL JOB. Printed 5/23/2016 9.33.45AM *AII depths reported in Drillers Depths* North America-ALASKA-BP Page 10 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 IX3-017FK-C:(3,073,918.00) I Project:Prudhoe Bay I Site:PB DS 04 Rig Name/No.:NORDIC 2 1 Spud Date/Time:2/14/1986 12:00:00AM 1Rig Release:5/15/2016 Rig Contractor NORDIC CALISTA UW:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To I Hrs Task Code NPT NPT Depth Phase 1 Description of Operations (hr) 1 (usft) i 5/3/2016 00:00 - 01:00 I 1.00 STWHIP P WEXIT 110 MIN FLOWCHECKATSURFACE IS GOOD, NO FLOW. I i TAG STRIPPER AND REMOVE INJECTOR. INJECTOR OFF AT 00:15 UD MILLING BHA,MILL AND REAMER ARE i 3.80 GO,3.79 NO-GO. 01:00 - 02:00 1.00 STWHIP N DPRB WEXIT i PREP TO PUMP 3RD POLYSWELL PILL. -;'REMOVE SCREENS FROM PUMP#2. ' 1CLOSE CHOKE AND PERFORM INJECTIVITY 1 TEST INTO WELL. 1 I PUMP 3 BPM PRESSURE STEADIES OUT I AROUND 600 PSI. 02:00 - 03:25 1.42 STWHIP ( N DPRB EXIT i WCONDUCT PJSM WITH RIG CREWAND SLB 1 FOR PUMPING POLYSWELL. 02:30-START BATCHING UP POLYSWELL. I AFTER MIXING 5 MIN,SEND FIRST 35 BBLS DOWNHOLE,MIX UP THE SECOND POD THEN SEND IT RIGHT AFTER. 1 i AFTER 45 BBLS AWAY WHP=1062 PSI AT 5 I 1 BPM. AFTER 67 BBLS SWITCH TO FRESH WATER, (WHP=1250 PSI AT 5 BPM. AFTER 110 BBLS AWAY WHP=1560 PSI AT 4.8 BPM. 137 BBLS AWAY SWAP TO MUD WHP=1820 PSI AT 4.7 BPM. 1210 BBLS AWAY REDUCE RATE TO 2 BPM, I LEADING EDGE OF POLYSWELL IS AT TOP { PERF,WHP=1700 PSI. 03:25 - 04:20 0.92 STWHIP N - DPRB WEXIT WHP SLOWLY INCREASING AS POLYSWELL IS PUMPED INTO PERFS. 226 BBLS AWAY WHP=1871 PSI AT 2.1 BPM. 234 BBLS AWAY SHUT DOWN WITH 2070 PSI WHP,ALLOW POLYSWELL TO HYDRATE. AFTER 20 MIN PRESSURE HAS BLED OFF TO 940 PSI. PUMP 1 BPM PUMPED 6 BBLS AWAY 04:20 - 05:15 0.92 STWHIP N DPRB WEXIT START SUCKING PITS OUT FOR MUD 04:20 WHP BLED DOWN TO 1200 PSI,BUMP BACK UP TO 2000 PSI-TOOK 3 BBLS 04:30 HP BLED DOTO 1400 PSI,BUMP BACK WUP TO 2000 PSI W-NTOOK 1 BBL 04:35 WHP BLED DOWN TO 1500 PSI,BUMP 1 1 j BACK UP TO 2000 PSI-TOOK 0.5 BBLS I I 104:45 WHP BLED DOWN TO 1500 PSI,BUMP BACK UP TO 2000 PSI-TOOK 0.4 BBLS 04:47 LOOKS LIKE WE HAVE AS MUCH SQUEEZED AWAY AS WERE GOING TO GET REINSTALL SUCTION SCREENS AND PREP TO PU THE DRILLING BHA 05:15 - 05:35 0.33 STWHIP N DPRB WEXIT WHP HAS SLOWLY BLED OFF TO 1400 PSI 1 ! SLOWLY BLEED OFF THE REMAINING WHP 1 1 1 AND REMOVE THE NIGHT CAP 1 05:35 - 06:00 0.42 STWHIP , N 1 DPRB WEXIT PUMP 1 SCREEN INSTALLED,DISPLACE 8.4 i I 1 KCL OUT OF THE COIL TO 9.5 MUD 1IFLUID LEVEL IS STATIC IN THE STACK 06 :00 - 06:30 0.50 STWHIP P 1 WEXIT 1CREW CHANGE 06:30 - 06:45 0.25 DRILL i P PROD1 1PJSM TO MU THE DRILLING BHA 06:45 - 07:15 0.50 DRILL i PI PROD1 MU THE DRILLING BHA Printed 5/23/2016 9:33:45AM `AII depths reported in Drillers Depths* • 11110 North America-ALASKA-BP Page 11 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) I Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 I Spud Datefine:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA UW:500292154500 Active datum:04-33A©51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 07:15 - 09:25 2.17 DRILL P PROD1 OPEN THE EDC AND RIH ,10000'STOP FOR WT CK 13 BBL LOSS TO 10000' 09:25 - 13:00 3.58 DRILL P PROD1 I OUT DENSITY DROPPING OFF FROM FRESH WATER RETURNS,DIVERT RETURNS TO PITS 11&3 AND DISCUSS OPTIONS WITH MUD !ENGINEER TO BRING BACK UP TO WEIGHT [11000'STOP FOR WT CK 13000'STOP FOR WT CK AFTER 13500 FT START TAKING 150 FT BITES AND PULLING UP HOLE EACH TIME TO MINIMIZE ECD WHILE CLEANING OUT. 13:00 - 15:00 2.00 DRILL P PROD1 PAST 14,000 FT RETURNS FALLING OFF. AT 14050 FT 2.53/1.01 BPM,ECD=10.37 PPG. CONTINUE GETTING 150 FT BITES. USE LIGHTER MUD FOR POLYSWELL CLEANOUT INSIDE THE CASING. 15:00 - 16:30 1.50 DRILL P PROD1 TIE-IN DEPTH,CORRECT-13.5 FT. !CIRCULATING LIGHTER MUD UP THAT IS MIXED WITH POLYSWELL RETURNS. SEPARATE THIS MUD INTO ANOTHER PIT TO TAKE OFF THE RIG LATER AND GET WEIGHTED UP. 16:30 - 17:45 1.25 DRILL P PROD1 -RECORD PARAMETERS IN CASED HOLE. RUN BHA TO WINDOW,EXIT WINDOWAT MIN CIRCULATION RATE WITH NO ISSUES. BRING UP TO DRILLING RATE,FREE SPIN OF 3470 PSI AT 2.82 BPM. -INITIATE DRILLING,LOSS RATE 'CONSISTENT AT-60 BPH WHILE DRILLING AHEAD AT 2.81 BPM. MW IN 9.58 PPG,MW OUT 9.47 PPG. ECD OF 10.6 PPG. 17:45 - 21:00 3.25 DRILL P PROD1 1 DRILLING AHEAD WITH GOOD ROP OF 25-35 FPH. DRILLING AT 2.81 BPM,3890 PSI. ECD HAS INCREASED TO 10.7 PPG,LOSS II RATE REMAINING FAIRLY CONSISTENT IN !THE 60-70 BPH RANGE WHILE DRILLING UP j TO 15,300' LOSS RATE DROPPED TO 30 BPH WHILE CIRCULATING AT 2.81 BPM,3890 PSI,FROM 15,300'TO 15,350'. 21:00 23:30 2.50 DRILL P I PROD1 CONTINUE DRILLING PAST 15,350 FT. ROP IS 30 FT/HR WITH 1-3K DWOB. HOLD 150L TF FOR NOW TO GO DEEPER AND AVOID HIGH GR SAND THAT WAS DRILLED FROM 15250-15300 FT. DISCUSS CHANGED TRAJECTORY WITH ODE AND GEO,DISCUSS STANDOFF FROM BSAD. DRILLAT 2.82/2.60 BPM,ECD=10.97 PPG. DRILL TO 15,407 FT. 23:30 - 00:00 0.50 DRILL P PROD1 PICK UP TO EVALUATE STEERING,GETTING ONLY 6.8 DEG/100 DLS AVERAGE VS EXPECTED 12 DEG/100. ADD EXTRA LUBES TO MUD TO IMPROVE WT TRANSFER. TRY DRILLING WITH MORE DWOB AND VARY PUMP RATE,NO LUCK. 5/4/2016 100:00 - 00:30 0.50 DRILL P ( PROD1 CONTINUE WIPER TRIP,CIRC LUBES AROUND. Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* North America-ALASKA-BP Page 12 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 I X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM !Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA UNI:500292154500 Active datum:04-33A r@51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 00:30 - 01:00 0.50 DRILL P PROD1 !DRILL FROM 15,405 FT. INITIAL ROP IS 120 FT/HR WITH 3.3K DWOB. DRILL TO 15,419 FT. 01:00 - 04:00 3.00 DRILL N DPRB 15,419.00 PROD1 DLS IS NOT SUFFICIENT TO ACHIEVE I DIRECTIONAL OBJECTIVES,POOH. PERFORM DYNAMIC FLOWCHECK NEAR BOTTOM,GOOD. !'FLOW CHECK IS 1.07/0.89 BPM WHILE POOH 'AT4FT/MIN. PULL THROUGH WINDOWAND OPEN EDC. !POOH,PUMP 3.04 BPM THROUGH OPEN EDC WHILE POOH. 04:00 - 04:20 0.33 DRILL N DPRB 1,419.00 PROD1 !CONDUCT PJSM WHILE POOH FOR CHANGING BHA TRIP SHEET IS-21-BBLS TO THIS POINT. 04:20 - 05:00 0.67 DRILL N DPRB 15,419.00 PROD1 FLOW CHECK AT SURFACE IS GOOD,NO FLOW. TAG STRIPPER AND L/D BHA,BIT IS 1-1 WILL IRE-RUN. 05:00 - 05:30 0.50 BOPSUR P I PROD1 I FUNCTION TEST BOPS. CHANGE MOTOR AKO. 05:30 - 09:30 4.00 DRILL N DPRB 15,419.00 PROD1 I MAKE UP BHA#5,LATERAL DRILLING BHA WITH 1.47 DEGAKO,SAME BIT. ZERO COUNTERS,TEST BHI AND QTS,RIH. -CONDUCT MAD PASS FOR SHORT PORTION IN CASED HOLE TO CAPTURE DATA FROM INITIAL LONG TIE-IN. EXIT WINDOW WITH NO ISSUES. LOSSES ON TRIP IN AVERAGED 6 BPH. 1-LOG TIE-IN TO RA TAG WITH-18' j CORRECTION. TRIP DOWN INTO OPEN HOLE 'GOOD. TAG AT 15,419'. 09:30 - 11:05 1.58 DRILL P I PROD1 ON BOTTOM,FREE SPIN OF 3600 PSI AT 2.72 BPM. DRILL AHEAD FROM 15,419'. -DRILL AT 2.70 BPM,3960 PSI. ECD OF 10.8 PPG. VARYING WOB IN ORDER TO DRILL WITH 3-4.5K DOWN. -MW IN 9.56 PPG,MW OUT 9.52 PPG, LOSSES AVERAGING 4-6 BPH -STILL ENCOUNTERING SLIGHT STICK-SLIP, HAVING STICKY PICKUPS ON EACH ATTEMPT. CHECK WITH GEO,INTERMITTENT CLAY IN FORMATION. CANNOT MOVE PIPE 13:45 2.67 DRILL N STUC ON LAST ATTEMPT FROM 15,471'. 11:05 15,471.00 PROD1 I ATTEMPT TO WORK PIPE TO GET FREE,NO GO. RECORDING MAX PULL ON BHA BETWEEN BIT AND PERFORMANCE SUB, i ABLE TO ORIENT WITH ORIENTING TOOL. MAKE SEVERAL ATTEMPTS,NO SUCCESS. FOLLOW WELL PLAN FOR WORKING PIPE, AGAIN NO SUCCESS. MOBILIZE MINERAL OIL,BUILD KCL SPACER PER PLAN. CIRCULATE UP SAMPLE WHILE GETTING FLUID PREPARED. -MAKE MORE ATTEMPTS,NOTABLE TO GET FREE. PLACE STRING IN TENSION AND CIRCULATE WITH FULL RETURNS. -PUMP DOWN KCL SPACER AND MINERAL OIL PILL PER PLAN,PLACE 8 BBLS MINERAL OIL OUTSIDE OF STRING WITH STRING IN TENSION. POP FREE AFTER 10 MINUTES. -PICK UP AND ABLE TO MOVE EASILY. • Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* North America-ALASKA-BP Page 13 of 29 Operation Summary Report Common Well Name 04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 IX3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) ! (usft) 13:45 - 14:15 0.50 DRILL N STUC 15,471.00 PROD1 CIRCULATE MINERAL OIL OUT WHILE MOVING UP TO WINDOW. LOG RA TAG WITH +7'CORRECTION. RUN BACK DOWN WITH NO ISSUES. TAG BOTTOM,PICKUP AND RECORD PARAMETERS. 14:15 - 16:40 2.42 DRILL P PROD1 FREE SPIN OF 3530 PSI AT 2.78 BPM. DRILL AHEAD FROM 15,470'. OBTAINING 12°DLS ON THE FIRST TWO SURVEY POINTS THAT HAVE BEEN DRILLED WITH THIS BHA -HAVING TO APPLY HEAVY WOB TO KEEP j ( DRILLING AHEAD. THIRD SURVEY AT 15°, FOURTH SURVEY AT 16°AND FIFTH SURVEY OF 19°-POSSIBLY RESULT OF SIGNIFICANT WOB. MW IN 9.59-9.61 PPG,MW OUT 9.53-9.56 i PPG,ECD 10.55 PPG,LOSSES FAIRLY LOW AT 113-5 BPH -DISCUSS FEASIBILITY OF STEEL LUBE EP PILL IN ATTEMPT TO COAT CHROME TUBING TO HELP WITH SLIDING 16:40 - 19:00 2.33 DRILL N DPRB 15,230.00 PROD1 PICKUP HOLE TO WINDOW TO CIRCULATE OPEN HOLE AND TUBING CLEAN IN PREPARATION FOR STEEL LUBE EP PILL. PULL INTO WINDOW,OPEN EDC AND CIRCULATE AT 3.94 BPM,3120 PSI. LOSS RATE AT THIS CIRCULATION 12 BPH. LOG CCL FOR LINER TOP PLACEMENT. BOTTOMS UP HAD SLIGHT INCREASE OF CUTTINGS. LOSS RATE AT 3.0 BPM ALMOST 0 BPH IN CASED HOLE. I-KEEP BHAABOVE PERF INTERVALS WHILE CREW PREPARES THE 40-BBL STEEL LUBE PILL TO CONTROL LOSS RATE AT LOW LEVEL 19:00 - 21:45 2.75 DRILL N DPRB 15,230.00 PROD1 CONTINUE MIXING STEEL LUBE PILL. 1 PRODUCT HAS VERY HIGH VISCOSITY AND CAN ONLY BE ADDED SLOWLY TO THE PILL I PIT. 21:45 - 23:00 ' 1.25 DRILL N DPRB 15,230.00 PROD1 j CONDUCT PJSM WITH CREW FOR PUMPING 1 STEEL LUBE. I RIH TO PLACEMENT DEPTH,START 42 BBLS STEEL LUBE PILL DOWN CT. TIE-IN DEPTH WHILE PUMPING,+3.5 FT 1 CORRECTION. NO CHANGE IN PRESSURE WHEN PILL ENTERS COIL. I PUMP 3.07/3.01 BPM AT 3460 PSI THROUGH I OPEN EDC. I WHEN PILL IS AT EDC REDUCE RATE TO 1.09/ 11.00 BPM AT 1300 PSI THROUGH OPEN EDC. 23:00 - 23:30 0.50 DRILL N DPRB 15,230.00 PROD1 I SHUT DOWN PUMP,ALLOW STEEL LUBE TO SOAK FOR 30 MIN. CLOSE EDC. 23:30 - 00:00 0.50 DRILL P 15,230.00 PROD1 RIH THROUGH THE WINDOW,START NEW MUD DOWN THE CT. RIH TO DRILL. Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* • • North America-ALASKA-BP Page 14 of 29 Operation Summary Report Common Wet Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) i Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) I — Project:Prudhoe Bay I Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Datelme:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 5/5/2016 00:00 - 01:00 1.00 DRILL P PROD1 DRILL FROM 15613 FT AFTER NEW MUD 1 EXITS BIT. 1 INITIAL ROP IS 30 FT/HR WITH 1.5K DWOB. 12.91/2.84 BPM AT 3800 PSI FREE SPIN. MAINTAIN 105L TF FOR NOW TO CONTINUE LONG LH TURN INTO POLYGON. 01:00 02:00 1.00 DRILL P ( PROD1 I CONTINUE DRILLING AT 15,645 FT. ROP IS 50 FT/HR WITH 2.3K DWOB. 2.91/2.84 BPM AT 3750 PSI FREE SPIN. 02:00 - 03:00 1.00 DRILL P PROD1 CONTINUE DRILLING AT 15,681 FT. ROP IS 40-50 FT/HR WITH 1-2K DWOB. 2.85/2.81 BPM,9.55/9.48 PPG IN/OUT. SURVEY AT 15,641 FT GIVES AN 11 DEG/100 FT DLS,GOOF TO CONTINUE DRILLING. DRILL TO 15,704 FT. PUMP 10 BBLS LO-VIS SWEEP AROUND. PULL 150 FT WIPER FROM HERE,CLEAN PASS UP. 03:00 - 06:45 3.75 DRILL N DFAL PROM PULL INTO CASIING TO TROUBLESHOOT HOT,NOT RESPONDING TO COMMANDS FROM THE DD OR THE MWD CONSOLE. NOTABLE TO FIX,POOH. PULL THROUGH WINDOW,TROUBLESHOOT EDC TO OPEN IT. ABLE TO OPEN EDC,POOH PUMP 3 BPM. POOH WT IS AROUND 50K AT THIS DEPTH VS. 60K YESTERDAY. 06:45 - 07:30 0.75 DRILL N DFAL j PROD1 LAY DOWN BHA,CLEAR AND CLEAN RIG FLOOR. PREP FOR CUTTING COIL. 07:30 - 11:45 4.25 DRILL P PROD1 PJSM ON CUTTING COIL. I-RIG UP CUTTER,CUT 100'OF COIL AND E-LINE. RIG DOWN CUTTER AND PREP COIL END FOR CONNECTOR. MAKE UP CONNECTOR,PULL TEST TO 35K,GOOD 1 1 i TEST. 1-CONDUCT MEG TEST,E-LINE GOOD. 1 RE-HEAD WITH BHI TOOLS AND CONDUCT TEST,GOOD TEST. 1-CONCURRENT OPS:REPLACE CHICKSAN SWIVEL IN REELHOUSE. 1-DISCUSS PRESSURE TEST AND WALK LINE. PRESSURE TEST CONNECTOR CONNECTION ALL THE WAY BACK TO THE BREAK MADE IN ;THE REEL HOUSE TO 4700 PSI. GOOD TEST. 1-PRESSURE TEST CHECK VALVES TO 3500 I ! IPS!,GOOD TEST 1-TOTAL LOSSES DURING TIME ON SURFACE 10F 8 BBLS _ 11:45 12:15 0.50 DRILL N DFAL PROD1 PJSM ON MAKING UP THE BHA. MU LATERAL 11 BHA#6 WITH 1.22°BEND AND HUGHES 4.25" BIT 12:15 - 16:15 4.00 DRILL N DFAL PROD1 STABBED ON. PRESSURE TEST QUICK TEST SUB WHILE MWD POWERS UP THE BHA STRING AND OPENS THE EDC. -RIH WITH BHA. SLACK OFF WEIGHT RUNNING DOWN IN CASED HOLE:14-17KAT 7000';19-20KAT 11,000';23-25KAT 13,000';24K AT THE WINDOW i I -LOG TIE-IN WITH RA TAG,-22'CORRECTION -SLACK OFF WEIGHT INTO OPEN HOLE 22K -RUN TO BOTTOM WITH NO ISSUES,TAG Printed 5/23/2016 9:33:45AM `AII depths reported in Drillers Depths* North America-ALASKA-BP Page 15 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/rme:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UW:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date I From-To Hrs Task Code NPT NPT Depth • Phase Description of Operations (hr) (usft) 16:15 - 18:50 2.58 DRILL P PROD1 INITIAL PICKUP OFF BOTTOM CLEAN AT 59K. FREE SPIN OF 3580 PSI AT 2.70 BPM. -CIRC RATE OF 2.75 BPM AND CIRC PRESSURE RANGE OF 3780-4050 PSI -TRICKLING IN LOTORQ LUBRICANT TO BRING IT UP TO 1%. NO CHANGE IN ANY CIRCULATION PRESSURES DURING INITIAL ADDITION. COIL TRANSFER BEFORE i I ADDITIONAL FORMATION LUBRICANT ADDED AT 9-11K. WOB OF 2-2.8K. -MW IN AND OUT 9.55 PPG,ECD OF 11.0 PPG, LOSSES VERY MINIMAL AT 2-6 BPH 18:50 _ 20:20 1.50 DRILL P PROD1 DRILL FROM 15,875 FT. I ROP IS 80 FT/HR WITH 2-3K DWOB. DRILL TO 15,975 FT. 20:20 - 22:00 1.67 DRILL P PROD1 CONTINUE DRILLING WITH GOOD ROP FROM 15,975 FT. I CONDUCT FREQUENT 100 FT WIPER TRIPS. I I PUMP 10 BBLS LO-VIS SWEEP AROUND. CONTINUE ADDING LUBES 776 AND LO-TORQ,SLIDE AND WT TRANSFER ARE GOOD. DRILL TO 16,086 FT. 22:00 - 22:30 0.50 DRILL P PROD1 CONTINUE DRILLING WITH GOOD ROP PAST 16086 FT. 2.84/2.82 BPM WITH 3700 PSI FREE SPIN. 9.63/9.56 PPG IN/OUT,ECD=11.11 PPG. ROP IS AROUND 120 FT/HR WITH 2K DWOB. DRILL PAST 16,116 FT WT TRANSFER NOT AS GOOD. PUMP 10 BBLS LO-VIS SWEEP AROUND DRILL TO16,120FT. 22:30 - 23:20 0.83 DRILL P ( PROD1 W PER TRIP TO WINDOW. PULL THROUGH WINDOW WTH NO ISSUES, OPEN EDC. CLEAN HORIZONTAL SECTION OF CASING I BACK TO 12,900 FT. PUMP 3.2 BPM THROUGH OPEN EDC,1 BOTTOMS UP. 23:20 - 23:40 0.33 DRILL I P PROD1 I WHILE PUMPING B/U CONDUCT H2S RIG I EVAC EXERCISE WTH BEZOLD CREW. ALL PERSONS MUSTER AND ACCOUNTED 1 FOR IN 2 MIN. CONDUCTAAR. 23:40 - 00:00 0.33 DRILL P PROD1 1 CONTINUE WIPER BACK TO 12,900 FT. I AFTER 1.5X B/U RETURNS HAVE CLEANED IUP. 5/6/2016 00:00 - 01:20 1.33 DRILL P PROD1 .CONTINUE WIPER TRIP FROM TD TO 12,900 FT. CLEAN PASS UP AND DOWN 01:20 - 01:50 0.50 DRILL P PROD1 I CLOSE EDC,TIE-IN DEPTH FROM 15,250 FT. CORRECT+13 FT. I RIH TO DRILL. Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* North America-ALASKA-BP Page 16 of 29 Operation Summary Reportf, , : Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) r Start Date:4/27/2016 End Date:5/11/2016 1X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay ' Site:PB DS 04 Rig Name/No.:NORDIC 2 I Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A©51.25usft(above Mean Sea Level) Date i From-To Hrs Task Code NPT NP Phase Description of Operations I (hr) NPT Depth 01:50 - 03:00 1.17 DRILL P j PROD1 DRILL FROM 16,122 FT. INITIAL ROP IS 60 FT/HR WITH 3K DWOB. I 2.81/2.76 BPM WITH 3520 PSI FREE SPIN, 1 I ECD=11.06 PPG. MAINTAIN 85 DEG INC FOR NOW TO GET j BACK DOWN CLOSER TO PLANNED TVD. DRILL TO 16,210 FT TRY TO PICK UP,CAN'T. j [CYCLE PIPE,NO LUCK. !START MIXING KCL SPACER FOR MINERAL I I OIL. 103:00 - 04:00 1.00 DRILL N STUC , PROD1 l PUMP 1 BM WHILE PREPARING SURFACE I FLUIDS FOR MINERAL OIL 04:00 - 06:00 j 2.00 DRILL P PROD1 CLOSE TO BOTTOMS UP,START TURNING 1 ORIENTOR AND POP FREE. NO MINERAL OIL 1NEEDED. 1 PULL 200 FT WIPER TRIP THEN RIH TO DRILL. ' PUMP 10 BBLS LO-VIS AROUND. 06:00 - 09:00 ( 3.00 DRILL P PROD1 ON BOTTOM DRILLING. FREE SPIN OF 3400 1 PSI AT 2.73 BPM. j 1-VERY DIFFICULT TO SLIDE. NOT SEEING TRADITIONAL STICK-SLIP BUT SEEMS THAT 1 (IT JUST TAKES A LOT OF DOWN WEIGHT TO 1 'BET THE COIL TO MOVE. WORKING AT-9 TO -15K DOWN WEIGHT TO PUSH THE COIL MOVEMENT. TAKING BITES OFA FEW FEET �ATATIMEONCEWEIGHTTRANSFERSTO rr THE BIT. RANGE OF 2.6-3.9K WOB BUT IT IS SHORT TERM. '-ALLOW TO DRILL OFF,CONDUCT FREQUENT SHORT WIPERS WITH PICKUPS OKAY OFF BOTTOM. SHORT WIPERS HELP WITH INITIATING DRILLING AGAIN. PICKUP I RANGES FROM 40-50K. FORMATION IS COMPETENT ZONE 1A. j ,, -MW IN 9.62 PPG,MW OUT 9.55 PPG,ECD OF I 11.05 PPG 1 -PICK UP OFF BOTTOM CLEAN Printed 5/23/2016 9 33 45AM *AII depths reported in Drillers Depths* • North America-ALASKA-BP Page 17 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase I Description of Operations (hr) (usft) 09:00 - 13:45 4.75 DRILL P PROD1 I WIPER TRIP FOR HOLE CLEANING PURPOSES. POH AT 2.8 BPM,3600 PSI,PICK UP WEIGHT OF 50K IN OPEN HOLE. HOLE CONDITIONS VERY NICE ON TRIP UP,CLEAN WITH NO SIGN OF OVERPULLS OR INCREASE IN ECD WHILE DRILLING ON BOTTOM AT 11.05 PPG. PULL INTO WINDOW,OPEN EDC. PULL UP HOLE SLOWLY CIRCULATING AT 3.1 BPM, 3300 PSI. CUTTINGS RETURNS CONSISTENT BUT NO REAL CHANGE IN VOLUME. GETTING POLYSWELL RETURNS AS LOW VIS SWEEP IS COMING ACROSS SHAKER,NO VOLUME OR SIZE INCREASE OTHERWISE. INCREASE RATE TO 3.4 BPM JUST ABOVE PERF INTERVAL WHILE PULLING AT 40 FPM. BRING RATE UP TO 3.55 BPM,4000 PSI. LOSS I RATE AT 5 BPH WHEN CIRCULATING AT THIS RATE ABOVE PERF INTERVAL. PICK UP [WEIGHT IN CASED HOLE STEADY AT 49-51 K. I-PICK UP WEIGHT AT 12,500'48K WHILE PULLING AT 50 FPM,CIRCULATING AT 3.55 BPM AND 4000 PSI PU WEIGHT AT 11,500'43K. STILL SEEING A STEADY FLOW OF CUTTINGS ACROSS I SHAKER;NO"UNLOADING"OR LARGE PATTIES BUT CARRYING POLYSWELL. CUTTINGS ARE SLIGHTLY STICKY FROM FORMATION AND ROUNDED,SUGGESTING THEY HAVE BEEN LYING IN TUBING. I-PICKUP WEIGHT DROPPING OFF AS EXPECTED,35K AT 10,000'. CUTTINGS ACROSS SHAKER BECOMING MORE ANGULAR. MUD SEEMS TO BE QUITE VISCOUS. CIRC PRESSURE OF 3900 PSI AT 3.5 BPM,PULLING AT 60 FPM. I-PICK UP WEIGHT AT 5000'22K. STILL CONSISTENT FINE CUTTINGS ACROSS [SHAKER. CIRCULATING AT 3.5 BPM,3700 PSI. -PULL UP TO 2800',SHAKER HAS BEEN CLEAN FOR SEVERAL HUNDRED FEET. 1 SMALL AMOUNT OF CONSISTENT,ANGULAR CUTTINGS COMING ACROSS BUT MUD HAS THINNED OUT SOMEWHAT,NO POLYSWELL OR POLYMER BALLS. -PJSM ON TRIPPING BACK INTO HOLE -PRETTY MUCH 1 FOR 1 RETURNS DURING CIRCULATING,LOSSES DURING THIS TRIP WERE PRIMARILY OVER THE SHAKER CONDUCT H2S RIG EVACUATION DRILL WITH AAR FOLLOWING. DISCUSSED SHOWING LOCATIONS OF ALL OF THE SCBA AND 5 MINUTE AIR PACKS TO THE NEW CREW MEMBERS. Printed 5/23/2016 9:33:45AM `AII depths reported in Drillers Depths* North America-ALASKA-BP • Page 18 of 29 Operation Summary Report Common Well Name 04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 I End Date:5/11/2016 1X3-017FK-C:(3,073,918.00) i Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Daterme:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To 1 Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) I 13:45 - 17:00 3.25 DRILL P PROD1 RIH WITH INITIAL HIGH RATE OF CIRCULATION AND RIH SPEED IN ATTEMPT TO SURGE ANY REMAINING CUTTINGS 1 CLUSTER OR POLYSWELL CLUSTER OUT. INITIAL INCREASE OF CUTTINGS WITH SURGE THAT THEN TAPERED OFF TO CONSISTENT BUT LIGHT CUTTINGS ACROSS SHAKER;NOTHING REMARKABLE IN SIZE, SHAPE OR CONSISTENCY OF CUTTINGS. -CONTINUE RUNNING IN HOLE AT NORMAL RUNNING SPEED AND CIRCULATING AT 2.60 BPM,2670 PSI. -SLACK OFF WEIGHT WHILE RUNNING IN CASED HOLE 12KAT5500'. LOG TIE-IN WITH 1+43.5'CORRECTION. DOUBLE CHECK 1 COUNTERS AND VERIFY THAT COUNTERS HAVE NOT SLIPPED. -RIH SLACK OFF WEIGHT CONSISTENT AT 19-22K. NO SET-DOWNS OR PROBLEMS. 1 -TAG BOTTOM AT 16,445'CORRECTED 1 _ DEPTH �17:00 - 18:30 1.50 DRILL P PROD1 !DRILL AHEAD FROM 16,445'. FREE SPIN OF 3500 PSI AT 2.71 BPM. -GETTING SMOOTH WEIGHT TRANSFER. -ABLE TO GET WOB OF 2-3.5K. 18:30 - 21:15 2.75 DRILL P • PROD1 CONTINUE DRILLING PAST 16,547 FT. PAST THIS DEPTH STICK SLIP DRILLING IS CAUSING DIFFICULT STEERING. AT 16,571 FT PUMP 10 BBLS LO/HI VIS PILLS AROUND. DRILLING THROUGH ASHALE FROM 16,560 I I FT LOW ROP. CONDUCT FREQUENT SHORT WIPERS, 1 PICKUPS ARE CLEAN BUT ROP AND WT TRANSFER IS POOR THROUGH THE SHALE. DRILL TO 16,577 FT. 'WHEN SWEEP COMES AROUND,NO INCREASE IN CUTTINGS OR WEIGHT TRANSFER. 21:15 22:50 1 58 DRILL P PROD1 CONTINUE DRILLING PAST 16577 FT. 12.75/2.73 BPM WITH 3650 PSI FREE SPIN. (ROP IS LOW WITH 2.5K DWOB. 1 9.56/9.47 PPG IN/OUT. PERFORM FREQUENT WIPER TRIPS,NOT GETTING GOOD WEIGHT TO BIT. DISCUSS WITH ODE,DECIDE TO SWAP MUD. DRILL TO 16,597 FT. WT DRILLS OFF,TRY TO PICK UP AND CAN'T. CYCLE PIPE AND PUMPS,TURN ORIENTER AND POP FREE. 22:50 - 00:00 1.17 DRILL j P PROD1 WIPER TRIP FROM 16,597 FT BACK TO WINDOW. TIE-IN DEPTH AT RA MARKER,CORRECT+12 1 FT. RIH TO DRILL. 5/7/2016 I 00:00 - 00:30 0.50 DRILL P C PROD1 CONTINUE WIPER TRIP FROM TD TO L_WINDOW. CLEAN PASS UP AND DOWN. Printed 5/23/2016 9:33.45AM `AII depths reported in Drillers Depths* North America-ALASKA BP;, , „- Page 19 of 29 Operation Summary Report I $I$$$PJI1$PJPIIJP„ , Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time-2/14/1986 12:00:OOAM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA .UWI:500292154500 Active datum 04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) r } 00:30 - 01:20 0.83 DRILL P PROD1 1DRILL FROM 16597 FT. INITIAL ROP IS 15 FT/HR WITH 3.4K DWOB. 12.94/2.90 BPM AT 3850 PSI FREE SPIN. STILL DRILLING A LONG SHALE SECTION, HOLD OFF ON NEW MUD UNTIL WE GET THROUGH IT. DRILL TO 16,613 FT. 01:20 - 02:40 1.33 DRILL P PROD1 [DRILL PAST 16,613 FT WITH STICK SLIP DRILLING,LOW OVERALL ROP. DRILL TO 16,623 FT,START NEW MUD DOWN THE CT. NEW MUD IS AROUND 9.48 PPG,DISCUSS WITH MUD ENGINEER WILL COMPLETE THE MUD SWAP THEN ADD KCL TO BRING IT TO 9.5 PPG EVEN. DRILL TO 16,634 FT. 02:40 - 04:40 2.00 DRILL P PROD1 !CONTINUE DRILLING MASSIVE SHALE ZONE. MAINTAIN 40L TF FOR NOW TO TRY AND BUILD ANGLE TO 94 DEG AND GET OUT OF IT. NEW MUD IS AROUND THE BIT,BETTER WEIGHT TRANSFER BUT NOT MUCH IMPROVEMENT IN ROP. DRILL TO 16,645 FT. 04:40 - 06:30 1.83 DRILL P PROD1 CONTINUE DRILLING SHALE WITH LOW ROP. MAINTAIN 45L TF FOR NOW TO CONTINUE TRYING TO BUILD ANGLE AND EXIT SHALE. 2.96/2.93 BPM AT 3760 PSI FREE SPIN. 9.45/9.39 PPG IN/OUT WITH ECD=11.36 PPG. DIFFICULTY DRILLING AHEAD. CANNOT TRANSFER WEIGHT TO BIT ALTHOUGH SLIDING IS FAIRLY CONSISTENT. 06:30 - 07:50 1.33 DRILL P PROD1 CONDUCT DYNAMIC FLOW CHECK,RETURNS GOOD. -POH WITH BHA TO PICK UP AGITATOR. CIRC RATE OF 2.75 BPM,3390 PSI,ECD OF 11.25 PPG,3 BPH LOSS RATE WHILE PICKING UP HOLE. PICK UP WEIGHT WHILE POH 47-50K. PICK UP WEIGHT AT WINDOW 50K. -TIME LO-VIS/HI-VIS COMBO SWEEP AT WINDOW. OPEN EDC AT WINDOW,BRING CIRC RATE UP TO 3.1 BPM,3120 PSI WITH AN I ECD OF 11.15 IN THE CASED HOLE. 1 TO 1 I RETURNS. ,-MW IN 9.52 PPG,MW OUT 9.40 PPG. MUD ENGINEER HAS PLAN TO INCREASE KCL CONCENTRATION TO BRING SYSTEM INTO DESIRED RANGE. -CTS OPERATOR ASKS TO CONDUCT FLOW CHECK DUE TO VARIANCE IN OUT MICROMOTION RATE(PILL 24 BBLS OUT OF BIT) -TOOK OPPORTUNITY TO CONDUCT FLOW CHECK BY INITIATING KICK DRILL WHILE I IMPLEMENTING AN OPERATIONAL ACTION TO MONITOR WELLBORE Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* 411 North America-ALASKA-BP ,Page 20 of 29 .fes Operation Summary Report , f Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 07:50 - 09:15 1.42 DRILL P PROD1 DIRECTED CREW TO CONDUCT KICK WHILE TRIPPING DRILL TO CONDUCT FLOW CHECK. WSL HAD CALCULATED HYDROSTATIC DIFFERENCE IN FLUIDS,ATTRIBUTE TRICKLE FLOW TO U-TUBE EFFECT FROM PUMPING 9.3 PPG LO-VIS PILL BUT STILL WANTED TO VERIFY. -SHUT WELL IN PER STANDING ORDERS FOLLOWED DURING NORMAL DRILL PROCEDURE. SIMULATE FAILURE OF HCR CHOKE,CLOSE IN WELL ON MANUAL CHOKE (COMPLEX DRILL). CHECK PITS,NO PIT GAIN. BEGIN READING PRESSURES,MAKE NOTIFICATIONS TO GREG SARBER OF OPERATIONAL DECISION TO CHECK WELL. MONITOR PRESSURES, STABILIZED AT 100 PSI FROM U-TUBE,THEN j ( FELL OFF TO 44 PSI AND STABILIZED. -PERMISSION GIVEN TO OPEN WELL AT 9:07 FROM LOUIS ROMO. NO PRESSURE,NO FLOW. CONDUCTAAR ON DRILLAND THE COMPLEX CONDITIONS THAT COULD EFFECT DRILLING AND FLOW CHECKS IN GENERAL 09:15 - 14.00 4.75 DRILL N SFAL i PROD1 BREAK CIRCULATION,TOOK 4 BBLS TO GAIN RETURNS(SURFACE LINES,WELL HOLE FILL). RUN DOWN TO WINDOW TO CIRCULATE WELL TO EQUAL DENSITY IN AND OUT. CHECKING DENSITIES WITH PRESSURIZED SCALE DUE TO AERATION (NEW MUD SYSTEM THAT IS STILL BEING SHEARED). -INITIAL FLOW CHECK STILL HAS WELL IN U-TUBE EFFECT CREW WEIGHTING UP PER PRIOR PLAN TO BRING WEIGHT UP TO 9.50 PPG. CONTINUOUS MUD CHECKS WITH PRESSURIZED DENSITY SCALE WHILE CIRCULATING FLUID AROUND. -9.5 PPG MUD ALL THE WAY AROUND AND ALL PITS EQUALIZED. CONDUCT FLOW CHECK,MONITOR FOR 45 MINUTES. NO FLOW. PJSM ON BREAKING CIRCULATION AND POH -SEE IR 2016-IR-5248705 FOR FULL REPORT Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* North America-ALASKA-BP Page 21 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA I UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 14:00 - 17:00 3.00 DRILL P PROD1 BREAK CIRCULATION,TOOK 4 BBLS TO FILL LINES AND GAIN RETURNS. BRING PUMP ON TO 3.05 BPM,3100 PSI,POH. PICK UP WEIGHT OF 36K WHILE POH. -INITIAL STREAM OF CUTTINGS DARK AND THICK,INTERSPERSED WITH POLYSWELL. RETURNS THINNED OUT WITH EVEN STREAM OF LIGHT CUTTINGS. CONCURRENT OPS:LOAD WORKSTRING INTO PIPE SHED. CONDUCT PLANNED"STOP THE JOB DRILL"WITH THE SITE CONTROL STOPPING THE JOB WHEN A THIRD PARTY ENTERED THE WORK AREAAS HE WAS 1ACTINGAS GROUND GUIDE FOR THE I LOADER. SCENARIO WAS PLANNED;DRILL SITE OPERATOR REQUESTED TO PASS THROUGH AREAAND JOB WAS STOPPED SINCE IT WAS THE BACKING AREA OF THE LOADER. ^17:00 - 18:00 1.00 DRILL P PROD1 PJSM FOR PULLING TO SURFACE AND BHA CHANGEOUT. DISCUSS POTENTIAL FOR ICE FALLING OFF OF DRILLING LINE AND OUT OF DERRICK DUE TO TEMPERATURE FLUCTUATIONS. FLOW CHECK,NO FLOW. PULL BHA TO SURFACE. -POP OFF WITH INJECTOR 18:00 - 18:30 0.50 DRILL' P PROD1 UD BHA,BIT IS 1-1. WILL NOT RE-RUN ON BHA#7 DUE TO ANOTHER BIT BEING A BETTER CHOICE FOR THE XTREME MOTOR. 18:30 - 19:00 0.50 DRILL P PROD1 SLB CHANGE OUT CT PACKOFFS, PREVENTIVE MAINTENANCE BASED ON RUNNING FOOTAGE. I PRESSURE TEST PACKOFFS 300/3800 PSI, I GOOD. 19:00 - 20:30 1.50 DRILL P PROD1 OPEN WELL AND MONITOR FOR 10 MIN,NO FLOW. REMOVE INJECTOR AND OBSERVE FLUID LEVEL SLOWLY FALLING. PJSM FOR MAKING UP BHA. M/U BHA#7,4.25 HCC BI-CENTER WITH 1.22 DEG XTREME MOTOR AND AGITATOR. INJECTOR ON AT 20:00. SHALLOW HOLE TEST AGITATOR,TURNS ON AROUND 1.6 BPM. TEST QTS AND BHI TOOLS,ZERO COUNTERS AND RIH. 20:30 - 23:00 2.50 DRILL P PROD1 RIH WITH BHA#7. STRAP 1-1/4"CSH AND LOAD LINER INTO PIPE SHED WHILE RIH. 23:00 - 00:00 1.00 DRILL P PROD1 LOG GR FROM 15,150 FT TO TIE-IN DEPTH. CORRECT-21 FEET. CLOSE EDC AND RIH THROUGH WINDOW WITH NO ISSUES. 5/8/2016 00:00 - 00:10 0.17 DRILL P PROD1 CONTINUE RIH TO DRILL. CLEAN PASS TO BOTTOM. Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* North America ALASKA-BP Page 22 of 29 Operation Summary Report Common Well Name 04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay ' Site:PB DS 04 I Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM I Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA I UWI:500292154500 Active datum:04-33A t51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 00:10 - 01:00 0.83 DRILL P I PROD1 1 TAG BOTTOM AT 16,645 FT AND DRILL FROM I !THERE. I INITIAL ROP IS AROUND 30 FT/HR WITH 4-5K I DWOB. MAINTAIN 15L TF FOR NOW TO CONTINUE BUILDING ANGLE AND GET OUT I OF SHALE. i 2,49/2.46 BPM WITH 3550 PSI FREE SPIN. 9.56/9.47 PPG IN/OUT,ECD=11.26 PPG. 01:00 - 02:10 1.17 DRILL P PROD1 DRILL T016,670 AND DRILL OFF,PICKUP IS I HEAVY. DIFFICULT TO WORK BACK DOWN THROUGH SHALE ZONE,STACKING WT WITH REDUCED (PUMP RATE,AS DRILLED TF. I PICK UP ABOVE SHALE ZONE AND TRY TO WORK DOWN THROUGH!TAT 2 BPM STACK WT AT 16,605 FT,16627 FT AND I 'BOUNCE THROUGH. ! CONTINUE DRILLING FROM 16,677 FT WITH I I GOOD ROP.,TOOLS SHOWING EXCESSIVE I VIBRATION NOW,REDUCE RATE TO 2.5 BPM AND TRY TO APPLY MORE DWOB TO REDUCE VIBRATION. DRILL TO 16,725 FT,ABLE TO REDUCE VIBRATION. 02:10 - 03:00 0.83 DRILL P PROD-I I CONTINUE DRILLING PAST 16,725 FT WITH GOOD ROP. HAVE EXITED THE SHALE AT 16,660 FT BASED ON GR. I '2.47/2.45 BPM AT 3600 PSI FREE SPIN. 9.53/9.52 PPG IN/OUT,ECD=11.31 PPG. I PULL BHA WIPER FROM 16,734 FT. I ;PUMP 10 BBLS LO/HI VIS SWEEPS AROUND. I DRILL TO 16,766 FT. 03:00 - 03:40 ( 0.67 DRILL P PROD1 CONTINUE DRILLING PAST 16,766 FT. HOLD 90L TF FOR NOW TO LEVEL OFF,HAVE I FOUND DECENT SAND SINCE EXITING THE SHALE AT 16,660 FT. 2.60/2.57 BPM AT 3650 PSI FREE SPIN. 9.59/9.55 PPG IN/OUT,ECD=11.31 PPG. PERFORM FREQUENT WIPER TRIPS WITH HEAVY PICKUPS,DIFFERENTIAL STICKING BOTH WAYS. I REDUCE PUMP TO 2.5 BPM TO REDUCE VIBRATION. DRILL TO 16,800 FT. 03:40 - 06:00 2.33 DRILL P 1 PROD1 REQUEST LOAD OUT FROM SLB AT03:40. I HEAVY PICKUP AGAIN FROM 16,800 FT,PULL I I LONG WIPER TRIP TO TRY AND REDUCE ECD. 20K OVERPULLAT 16,650 FT IN THE LONG I SHALE ZONE. CONTINUE WIPER TO WINDOW. I TIE-IN DEPTH AT WINDOW,CORRECT+5.5 FT. Printed 5/23/2016 9.33.45AM *All depths reported in Drillers Depths* North America-ALASKA BP ; ;<- Page 23 of 29 iallii10.4VVY,MOP4;k4; 44 -14 Operation Summary Report 4 Common Wet Name 04-33 AFE No Event Type.RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time 2/14/1986 12:00:OOAM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA I UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) f (usft) 06:00 - 09:15 3.25 DRILL P PROD1 ON BOTTOM,DRILL AHEAD FROM 16,800'. FREE SPIN 3575 PSI AT 2.47 BPM. SIGNIFICANT VIBRATIONS EFFECTING SURVEY QUALITY. AGITATOR NOT REALLY KICKING IN UNTIL FLOW RATE IS ABOVE 2.45 BPM(103 GPM). -INITIAL SLIDING WEIGHT GOOD,UNABLE TO 'GET MORE THAN 1.5K WOB. DRILLING OFF QUICKLY,HAVING TO PICK UP IMMEDIATELY. PICK UPS STICKY BUT AFTER BREAKOVER TABLE TO PICK UP FAIRLY CLEANLY. I-MW IN 9.59 PPG,MW OUT 9.58 PPG,ECD OF 11.35 PPG 09:15 - 10:00 0.75 I DRILL P PROD1 CONDUCT LONG WIPER IN ATTEMPT TO HELP WITH WEIGHT TRANSFER. CIRC RATE 1 OF 2.48 BPM,3615 PSI,PICKUP WEIGHT COMING UP HOLE 53-58K. '-NO ISSUES PULLING BY 16,750'OR 16,550'. •RETURNS ACROSS SHAKER VERY CONSISTENT,SEEING PEAS-SIZE CLAYBALLS COMING ACROSS -DID NOT HAVE ANY ISSUES RUNNING BACK DOWN THROUGH THE TWO PROBLEMATIC AREAS 10:00 - 11:00 I 1.00 DRILL P PROD1 tDRILLAHEAD FROM 16,961'. FREE SPIN OF 3550 PSI AT 2.47 BPM. -PICKUPS ARE AGAIN STICKY -CANNOT MOVE,NO READINGS ON PERFORMANCE SUB AND ABLE TO ORIENT WITH FULL RETURNS;DIFFERENTIALLY STUCK. -LOSSES AVERAGING-6 BPH WHILE DRILLING 11:00 - 15:30 1 4.50 DRILL N DPRB 16,987.00 I PROD1 WORK PIPE IN ATTEMPT TO GET FREE. FOLLOW WELL PLAN GUIDANCE,NO GO. PUMP KCL SPACERS AND 17 BBL MINERAL OIL PILL. -NOTIFY ODE OF BEING STUCK AND POSSIBILITY OF OCN FOR PUMPING CRUDE PER WELL PLAN;ORDER CRUDE -PLACE 7 BBLS OF MINERAL OIL OUT OF BHA,NO GO. PUMP ANOTHER 5 BBLS IN FOUR ITERATIONS TO KEEP MOVING OIL UP HOLE WHILE RANDOMLY MOVING COIL DOWN AND THEN BACK UP AND ALSO MOVING ORIENTER IN ATTEMPTS TO MOVE. NO GO. LAST ITERATION IS INTO THE 45° TUBING. NO GO ON GETTING FREE WITH MINERAL OIL. -BREAK CIRCULATION WITH COIL IN I TENSION. INITIAL RATE AT 2.4 BPM,3450 PSI. INCREASE RATE TO 2.73 BPM,3900 PSI. INITIAL LOSS RATE OF 12 BPH EVENTUALLY '• I DROPPED DOWN TO-3 BPH AT 2.47 BPM, 13600 PSI WITH COIL IN 35K TENSION 15:30 - 19:00 3.50 DRILL N DPRB 16,987.00 PROD1 1 TRUCKING ON LOCATION AT 1630. STAGE AT RIG,OBTAIN SAMPLES. CTS PROCEDURE REQUIRES VOLATILITY AND FLASH POINT LAB TEST;SEND SAMPLE OFF TO SCHLUMBERGER LAB FOR TESTING AT 1715 HRS. Printed 5/23/2016 9 33:45AM `All depths reported in Drillers Depths* Pa a 24 of 29 F • • . North America ALASKA BP 9 Operation Summary Report Common Well Name.04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date 4/27/2016 End Date:5/11/2016 X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site.PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A©51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations 21:30 2.50 DRILL N DPRB 19:00 (hr) 16,987)00 (usft PROD1 FINALIZE OCN WITH ODE. FINALIZE I TRUCKING WITH MI,NEED TO OFFLOAD i SOME MUD FROM THE RIG TO MAKE ROOM FOR RETURNS WHEN DISPLACING MUD WITH CRUDE. 2 SAMPLES OF CRUDE AT SLB LAB FOR VAPOR PRESSURE TESTING,THE PUMP [TRUCK LOAD(140 BBLS)WAS TESTED AT 2.65 PSI VAPOR PRESSURE,THE TANKER I LOAD(100 BBLS)IS 2.1 PSI. I TESTING WITH THE REID METHOD AT THE RIG GIVES 2.1 PSI AND 1.15 PSI VAPOR PRESSURE. REVIEW RISK MATRIX AND STANDARD 16 FOR PUMPING FLAMMABLE FLUID WITH SLB 1 SUPERVISOR AND DEADHORSE CT MANAGEMENT,CONFIRM COMPLIANCE WITH SLB PUMPING STANDARD 16 AS LONG AS BOTH LOADS TEST UNDER 2 PSI USING THE REID METHOD ON LOCATION. I I CONTINUE OFFLOADING MUD FROM PITS, MAKE ROOM FOR MUD RETURNS 21:30 - 23:00 1.50 DRILL N DPRB 16,987.00 • PROD1 PUMP TRUCK LOAD CIRCULATE TANKS WITH HATCHES OPEN TO OFF GAS AND REDUCE 'VAPOR PRESSURE. TEST VAPOR PRESSURE AGAIN,NOW AT 1.95 PSI GOOD TO PUMP. MUD ENGINEER MEASURES CRUDE DENSITY,7.2 PPG. DISCUSS RESULTS WITH 1 ODE AND CONTINUE WITH OCN#7 AS •WRITTEN. NOTIFY SECURITY AND PBOC FIRE DEPT OF ' i UPCOMING PUMP JOB AS PER SLB II IPROCEDURE. 23:00 - 23:45 0.75 DRILL N 1 DPRB 16,987.00 PROD1 I CONDUCT PJSM WITH LRS,OPS SPECIALIST I AND RIG CREW FOR PUMPING CRUDE. LINE UP VALVES FOR PUMPING AS PER OCN. 23:45 - 00:00 0.25 DRILL N I DPRB 16,987.00 • PROD1 START SPACER DOWN THE CT. AFTER 20 BBLS SPACER SWAP TO CRUDE. 5/9/2016 00:00 - 02:00 2.00 DRILL P ( PROD1 CONTINUE CIRCULATING CRUDE TO BIT AS PER OCN#7. LEAVE CTAT NEUTRAL WEIGHT WHILE I CIRCULATING CRUDE AROUND. WITH SPACER OUT OF BIT CIRC 2.02/2.00 BPM AT 3845 PSI. WHEN CRUDE EXITS THE BIT ANNULAR PRESSURE 4964 PSI,CONTINUE CIRC CRUDE ,UP THE ANNULUS. AFTER 88 BBLS CRUDE OUT,ANNULAR PRESSURE AT 4365 PSI,START TO APPLY CHOKE PRESSURE AS PER OCN. I SLOWLY WORK CHOKE PRESSURE UP AS CRUDE COMES UP THE ANNULUS,MAINTAIN ANNULAR PRESSURE>4251 PSI. AFTER CRUDE AT SURFACE,SHUT DOWN I •PUMP TRAP 800 PSI WHP LEAVES ANNULAR I PRESSURE 4273 PSI. SLOWLY PICKUP CT IS FREE. Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* • • North America-ALASKA-BP Page 25 of 29 Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 iX3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:OOAM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A©51.25usft(above Mean Sea Level) Date From-To Hrs Task ( Code NPT NPT Depth Phase Description of Operations (hr) (usft) 02:00 - 04:00 2.00 DRILL P PROD1 CIRC CRUDE OUT OF WELL TO TIGER TANK HOLD 700 PSI WHP UNTIL MUD REACHES BIT, ABOUT 9.66 PPG ECD WHILE CIRCULATING. 1 AFTER MUD EXITS THE BIT TAG BOTTOM, !FOLLOW CHOKE PRESSURE SCHEDULE AS MUD COMES UP THE ANNULUS. ONE OVERPULL IN SHALE ZONE NEAR BOTTOM,OTHERWISE CLEAN TRIP. 04:00 - 09:15 5.25 DRILL P PROD1 ,PULL THROUGH WINDOWAND OPEN EDC, MUD IS AT SURFACE. TRIP SHEET IS-9 BBLS TO THIS POINT. CIRCULATE B/U THROUGH OPEN EDC, GETTING GOOD AMOUNT OF CUTTINGS BACK. CONTINUE CIRCULATING POOH SLOWLY UNTIL CUTTINGS CLEAN UP. CUTTINGS ARE NEGLIBLE COMING BACK. -PJSM FOR RUNNING BACK INTO WELL 09:15 - 12:45 3.50 DRILL ` P PROD1 RIR WITH BHA. SLACK OFF WEIGHT WITHOUT STEEL LUBE IN SYSTEM 12-14K WHILE RIHAT 100 FPM AT 6900'. -SLACK OFF WEIGHT AT 14,000'18-20K WHILE RIHAT 100 FPM. LOSS RATE AVERAGING 5-6 BPH. -LOG TIE-IN AT WINDOW WITH+26.5' CORRECTION. ENTER INTO OPEN HOLE. NO ISSUES RUNNING DOWN,SLACK OFF WEIGHT VARYING BETWEEN 14-18K AT 30-40 FPM. -WORK THROUGH 16,550'TO 16,670'. LOG SHOWS AS ONE LONG SHALE INTERVAL. -NO ISSUES ONCE PAST THIS INTERVAL. RUN AND TAG BOTTOM AT 16,990'. LOSSES NEGLIGIBLE AT 30 FPM,CIRCULATING AT 2.50 1BPM. 12:45 - 15:00 2.25 DRILL P PROD1 1 DRILLAHEAD FROM 16,990'. FREE SPIN OF 3700 PSI AT 2.50 BPM WITH AGITATOR ON. 1-HAVING TO STACK DOWN A LOT OF WEIGHT i TO GET WEIGHT TO BIT. SEVERE ;VIBRATIONS DISTORTING SURVEY 1 OPPORTUNITIES,HAVING TO STOP 1 MOVEMENT TO OBTAIN SURVEY(INCREASED POTENTIAL FOR DIFFERENTIAL STICKING). j-PICKUPS HEAVY OFF BOTTOM,RANGING 1 FROM 62-74K(-10-20K OVER NORMAL PICKUP OF-52K) -ABLE TO GAIN FOOTAGE IN SMALL BITES WORKING WITH-13 TO-16K SURFACE WEIGHT. AGITATOR WORKING AT 2.45 BPM, CIRC PRESSURE OF 4150-4200 PSI AT 2.5 BPM. ECD OF 11.35 PPG. -PUMP 5 BBL LO-VIS/5 BBL HI-VIS SWEEP 1 COMBO IN ATTEMPT TO CHANGE DYNAMICS. DRILL AHEAD FOR-10 FEET WITH PILL OUT OF BIT,STUCK ON PICK UP. MW IN 9.55 PPG,MW OUT 9.49 PPG -WORK PIPE AGGRESSIVELY,NO MOVEMENT. SLIGHTLY LESS THAN FULL RETURNS,NO WEIGHT SEEN AT PERFORMANCE SUB,ABLE TO ORIENT FREELY. DIFFERENTIALLY STUCK. Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* 411 North America-ALASKA-BP Page 26 of 29 � 1 Operation Summary Report ,' Common Well Name 04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 1X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:OOAM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A©51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 15:00 18:30 3.50 DRILL N DPRB 17,072.00 PROD1 FOLLOW WELL PLAN FOR CIRCULATING AND WORKING PIPE. DISCUSS WITH ODE, DETERMINE THAT TEAM WILL STICK WITH OCN#7 AND GO STRAIGHT TO CRUDE VERSUS PUMPING MINERAL OIL. RECEIVE VERBAL APPROVAL FROM SUPERINTENDENT TO PROCEED. SEND EDITED OCN WITH VOLUMES INTO ODE,APPROVED. -ADDITIONAL MUD,EMPTY VAC TRUCK MOBILIZED -STAGE CRUDE TO RIG,VAPOR TEST AT.75 PPG,DENSITY CHECK AT 7.2 PPG. -OFFLOAD 130 BBLS OF MUD FROM PITS PREP RIG FOR PUMPING CRUDE. 118:30 - 19:30 1.00 DRILL N DPRB 17,072.00 PROD1 STOP WORK,ALLOW TIME FOR THOROUGH SHIFT HANDOVERS FOR NORDIC,SLB,AND LRS CREWS. CONTINUE CIRCULATING 1.17/1.13 BPM WITH CT AT NEUTRAL WEIGHT. 19:30 - 22:00 I 2.50 DRILL N DPRB 17,072.00 PROD1 PJSM WITH LRS,NORDIC AND SLB CREWS FOR PUMPING CRUDE. START SPACER DOWN THE CT FOLLOWED BY CRUDE. AFTER 98 BBLS CRUDE OUTANNULAR PRESSURE AT 4371 PSI,START APPLYING CHOKE PRESSURE. AS CRUDE COMES UP THE ANNULUS I SLOWLY INCREASE CHOKE PRESSURE TO KEEP ANNULAR PRESSURE>4251 PSI. WITH CRUDE AT SURFACE,SHUT DOWN AND 1 TRAP 900 PSI CHOKE PRESSURE,ANNULAR �AT4291 PSI. KEEP CTAT NEUTRAL WT,BLEED WHP DOWN IN INCREMENTS AS PER OCN. BLEED TO 800 PSI,ANNULAR PRESSURE 14095 PSI. AFTER BLED DOWN,RELAX HOLE FORA FEW 1 MINUTES AND PICKUP,CT IS FREE. 22:00 - 22:30 0.50 DRILL N DPRB 17,072.00 ! PROD1 PICK UP SLOWLY,CIRC MUD TO BIT. STAY BELOW MASSIVE SHALE ZONE UNTIL MUD IS ALL THE WAY AROUND THE OPEN HOLE. 1 KEEP WHP=800 PSI,ANNULAR PRESSURE I 1 ! ! I 4312 PSI UNTIL MUD REACHES BIT. RIH TO BOTTOM,STACK WT AT 16,950 FT. PICKUP IS HEAVY. TRY TO TURN AROUND AND CAN'T,STUCK AGAIN. CRUDE STILL ON ANNULUS,WORK PIPE AND CHOKE,POP FREE. I RIH TO BOTTOM FASTER TO CIRC ALL THE CRUDE OUT. 22:30 - 00:00 1.50 DRILL N DPRB 17,072.00 PROD1 1TAG BOTTTOM,PICK UP SLOWLY ABOUT 84K. I MUD IS OUT THE BIT,CIRC CRUDE TO SURFACE. I PICK UP SLOWLY,OVERPULL TO 89K TWICE I AT 16,667 FT. CYCLE PIPE AND PUMP,PULL THROUGH. CONTINUE WIPER TRIP TO WINDOW. j CIRC CRUDE AND SPACERS OUT TO TIGER TANK. Printed 5/23/2016 9:33.45AM *AII depths reported in Drillers Depths* 4110 North America ALASKA BP Page 27 of 29 l f Operation Summary Report Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 ^X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No..NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release 5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 5/10/2016 00:00 01:30 1.50 DRILL N STUC PROD1 PULL THROUGH WINDOWAND OPEN EDC. TRIP SHEET IS-5 BBLS TO THIS POINT. PICK UP SLOWLY,PUMP B/U. PUMP 10 BBLS LO/HI VIS SWEEPS AROUND AT 3.2 BPM. PERIODIC OUT MM PLUGGING WITH POLYSWELL. 01:30 - 03:00 1.50 DRILL N STUC PROD1 SWEEPS COME AROUND,LITTLE INCREASE IN CUTTINGS. RIH TO TIE-IN DEPTH AT RA. 'CORRECT+15.5 FT. RIH AT 1 BPM. STACK WEIGHT AT 16,610 FT 8 j TIMES WITH DIFFERENT PUMP RATES, ,DIFFERENT SPEEDS,AS DRILLED TF. TRY TO RUN PAST AT 2 BPM,5 FT/MIN,AS DRILLED TF. SEE MOTOR WORK AND STALL AT 16,610 FT THEN POP THROUGH. CONTINUE RIH 1.5 BPM. GET LO/HI VIS SWEEPS STARTED DOWN THE CT JUST BEFORE STARTING DRILLING. 03:00 - 05:30 2.50 DRILL P PROD1 TAG AT 17,070 FT AND DRILL. INITIAL ROP IS 80 FT/HR WITH 3K DWOB. 2.47/2.15 BPM WITH 3350 PSI FREE SPIN. WEIGHT TRANSFER IS POOR,HAVE TO DRILL A FEW FEET AND DO FREQUENT PICKUPS. AGITATOR IS WORKING BASED ON VIBRATION LEVELS. PUMP 30 BBLS PILLS OF NEW MUD PERIODICALLY TO HELP WITH WEIGHT TRANSFER. DRILL TO 17165 FT 05:30 - 07:15 1.75 DRILL P PROD1 1CONDUCT SHORT WIPER AND CONTINUE WITH ATTEMPTS TO DRILL. VERY STICK ON I PICKUPS AND TROUBLE GETTING WOB TO INITIATE DRILLING. 07:15 - 09:30 2.25 DRILL P PROD1 I CONDUCT WIPER TRIP TO WINDOW. -CIRCULATE BOTTOMS UP,NO CHANGE IN CUTTINGS ACROSS SHAKER. '-LOG TIE-IN WITH+11'CORRECTION CIRCULATE 50-BBL STEEL LUBE PILL DOWN AND OUT OF BHA. ALLOW TO SOAK FOR 30 MINUTES PER MI REP. 09:30 - 10:30 1.00 DRILL I P I PROD1 CLOSE EDC,PASS THROUGH WINDOW WITH NO ISSUES AND MOVE DOWN INTO OPEN I HOLE. SLACK OFF WEIGHT 14-17K WHILE RUNNING AT 38 FPM,CIRCULATING AT 1.0 BPM,1930 PSI. LOSING-4 BPH DURING TRIP DOWN. -VERY SLIGHT BOBBLE PASSING BY 16,610-16,140'. ABLE TO MOVE PAST WITHOUT WORKING THROUGH BUT FAIRLY RATTY DOWN TO 16,710'. I-CONTINUE TO RUN DOWN,TAG AT 17,190' Printed 5/23/2016 9:33:45AM *All depths reported in Drillers Depths* • North America-ALASKA-BP „ Page 28 of 29 Operation Summary Report Common Well Name 04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 1 End Date:5/11/2016 ,X3-017FK-C:(3,073,918.00) � I Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA I UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase I Description of Operations (hr) (usft) 110:30 - 12:30 2.00 DRILL P PROD1 -THE STEEL LUBE PILL SEEMS TO HAVE HELPED WITH SLIDING BUT STILL TAKING SMALL BITES AT A TIME I-DRILL WITH VERY HIGH VIBRATIONS. ONLY CHANCE TO GET FOOTAGE IS KEEPING 'FLOW RATE ABOVE 2.45 BPM TO ENGAGE li [AGITATOR BUT ONLY WAY TO GET SURVEYS IS TO DROP DOWN RATE TO STOP VIBRATION. -REACH TD OF 17,300' .12:30 - 17:45 i 5.25 DRILL P PROD1 PUMP LO-VIS SWEEP DOWN,CONDUCT LONG WIPER IN PREPARING HOLE FOR !LINER RUN. I-RUN UP FAIRLY CLEAN WITH 51K PICK UP WEIGHT. OVERPULL IN AREA OF 16,620'TO 16,590'. CONTINUE UP WITH NO ISSUES. -PULL INTO WINDOW,OPEN EDC AND FLOW CHECK-NO FLOW -CIRCULATE AT 3.15 BPM,3350 PSI WHILE PICKING UP HOLE WITH PICK UP WEIGHT OF 47KAT45 FPM -CONTINUE UPAT3.25 BPM,3500 PSI PULLING AT 60 FPM. CUTTINGS VERY THIN ACROSS SHAKER. I NO INCREASE IN CUTTINGS WHEN PULLING BHA TO SURFACE. TUBING IS EXTREMELY CLEAN. FINAL CIRCULATION AT 3.25 BPM, 3180 PSI. -MW IN 9.58 PPG,MW OUT 9.55 PPG,ECD OF 11.05 PPG. LOST 10 BBLS TO THE WELL DURING TRIP. 17:45 - 22:00 j 4.25 i DRILL P PROD1 -RIH WITH BHA TO RUN TO BOTTOM. SLACK OFF WEIGHT WHILE RIH 10-12KAT 105 FPM. CIRC RATE OF.70 BPM,1230 PSI. 1-LOG TIE-IN WITH+24'CORRECTION 1-CONTINUE TO RIH. INITIAL CIRC RATE OF 1.0 BPM,1750 PSI -START SETTING DOWN AT 16655'. PU AND ATTEMPT TWICE. -INCREASE RATE TO 2.14 BPM AT 3223# I -VERY SMALL SPIKES OF MOTOR WORK AT 116647,16652', AND 16712' RIH WEIGHT RELATIVELY CONSISTENT 16-18K j -ONCE THROUGH SHALE BACK RATE BACK DOWN TO.75 BPM. RIH CLEAN. [-SEND 10 BBL LOVIS PILL TO COME OUT AS WE COME THROUGH SHALE INTERVAL. i-LIGHT TAG AT 17298'. INCREASE RATE TO 2.54 BPM @ 3739#. CLEAN PU OF 52K. START WIPER TO WINDOW 22:00 - 22:40 0.67 DRILL P PROD1 WIPER TO WINDOW PU WEIGHT CLEAN 51K- 2.67 BPM IN /2.47 BPM OUT. 9.51 PPG IN/9.54 PPG OUT. 16720-16700', 16670-16660' 16626' OVERPULLS SEEN. MAKE PASSES ACROSS INTERVAL IN AN ATTEMPT TO CLEAN UP. Printed 5/23/2016 9:33:45AM `AII depths reported in Drillers Depths* North America-ALASKA BP 1- -„ , Page 29 of 29 Operation Summary Reportt Common Well Name:04-33 AFE No Event Type:RE-ENTER-ONSHORE(RON) Start Date:4/27/2016 End Date:5/11/2016 ,X3-017FK-C:(3,073,918.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA I UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) 1 (usft) J- 22.40 22.40 - 00:00 1.33 DRILL P PROD1 RIH FROM 16565' TAKING WEIGHT. PICKUP. I TEMPORARILY DETATINED. ORIENT TOOL. FREE.BRING ON PUMPS. AGITATOR BROKE US FREE. SHALE GETTING VERY RATTY. DRILL THROUGH AT AS DRILLED. ATTEMPT TO DRIFT WITH NO PUMP SAT DOWN AT 16590 AND 16637'. I PICK UP AND BRING UP TO DRILLING RATE AND RIH AT—10 FPM. 5/11/2016 00:00 - 01:00 1.00 DRILL ; P PROD1 FINISH PUMPING BOTTOMS UP FROM WINDOW. NO INCREASE IN CUTTING II PERCENTAGE 01:00 01 20 0.33 DRILL 1 P PROD1 LOG TIE IN AT RA WITH+10.5' 01:20 - 02:35 1.25 DRILL P PROD1 RIH TO BOTTOM RUN THROUGH PROBLEM SHALE WITH TWO 1 SLIGHT:BOBBLES. RIH TOA CORRECTED BOTTOM OF 17295.8'. 1 f I HARD TAG WITH INCREASED MOTOR WORK. i 02:35 - 02:45 0.17 DRILL P PROD1' PERFORM 10 MIN DYNAMIC FLOW CHECK 1 I 10.54 BPM IN /0.43 BPM OUT GOOD FLOW ICHECK 1 IA/OA=267/178 ---------- 02:45 - 04:00 1.25 DRILL P , I PROD1 LAY IN 2 PPB ALPINE BEAD LINER RUNNING PILL SLIGHT OVERPULL AT 16698'. i 04:00 - 06:00 I 2.00 DRILL' . P PROD1 CHASE LINER RUNNING PILL WITH 50 BBLS OF STEEL LUBE I PAINT FLAGS AT 13023'EOP(GREEN/ YELLOW), 10917'EOP(ORANGE) CONTINUE OUT OF HOLE. -9.64 PPG IN/9.58 PPG OUT 06:00 - 07:30 1.50 1 DRILL P PROD1 PJSM FOR LAYING DOWN BHA. PULL TO ' SURFACE,FLOW CHECK. ALL GOOD WITH FLOW CHECK. -POP OFF WITH INJECTOR AT 0745 07:30 - 08:45 1.25 DRILL P PROD1 LAY DOWN BHA. PREPARE FOR RUNNING LINER,CIRCULATE I FRESH HOT WATER AROUND FOR PUMPING SLACK -CONDUCT BOP FUNCTION TEST FROM , i DRILLERS CONSOLE Printed 5/23/2016 9:33:45AM *AII depths reported in Drillers Depths* i • North America-ALASKA- ��B Page elof9 Operation Summary Report 11- Common Well Name:04-33 AFE No Event Type:COM-ONSHORE(CON) I Start Date:5/11/2016 End Date:5/15/2016 X3-017FK-C:(1,865,037 00) Project:Prudhoe Bay 1 Site:PB DS 04 Rig Name/No.:NORDIC 2 1 Spud Date/me:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A©51.25usft(above Mean Sea Level) Date 1 From-To I Hrs I Task Code NPT NPT Depth I Phase Description of Operations (hr) (usft) 5/11/2016 08:45 - 12:30 3.75 1 CASING P RUNPRD CUT COIL CONNECTOR OFF,INSTALL BOT CONNECTOR. PUMP SLACK FORWARD,CUT I 290'OF E-LINE. -PULL TEST CONNECTOR TO 40K AND 1 I PRESSURE TEST TO 4200 PSI. -COUNT AND LAYOUT LINER PER PROGRAM -CIRCULATE 3/4"DRIFT BALL AROUND 12:30 - 13:30 i 1.00 CASING P RUNPRD INSPECT CHAINS AS PREVENTATIVE 1 MEASURE AFTER HAVING STUCK PIPE OVER LAST SEVERAL DAYS,HAVE TO REPLACE COTTER PIN ON LINK. INSPECT REST OF I COMPONENTS,ALL GOOD 13:30 - 18:00 { 4.50 CASING P RUNPRD PJSM ON MAKING UP BHA. MU 2-7/8"BY 13-1/2"LINER ASSEMBLY -USING NORTHERN SOLUTIONS PROTOTYPE SR GLIDE GUIDE SHOE -TWO RA TAGS PLACED INTO 2-7/8"10'PUPS IAT 16,751'AND 16,148' 1 -CONDUCT KICK WHILE MAKING UP LINER DRILL. CREW RESPONDED BY FOLLOWING STANDING ORDERS AND PICKING UP SAFETY • •JOINT. GOOD CREW RESPONSE,TOTAL _ i TIME TO CLOSING IN WELL 3 MIN. NOTIFICATIONS MADE,GIVE ALL CLEAR. RESUME MAKING UP LINER 18:00 - 00:00 6.00 CASING N �'SFAL RUNPRD TRANSITION FROM 2-7/8"TO 3-1/2" CREW NOTICED BULGE ON 3-1/2"CONNECTION. BREAK OUT AND LAY DOWN JOINTS. PROACTIVELY PICKUP 2-7/8"DRIFT(2.35"). CONNECTION WOULD NOT DRIFT. BREAK 1 OUTAND LAY DOWN. PIN HAD LIP AT TOP OF PIN WERE BOX SHOULDERS UP TO PIN. SLB MECHANIC CAME AND WORKED ON FARR TONGS. WEIGHT INDICATOR REPLACED. CONTACT ODE,TO LET KNOW OF SITUATION. START LAYING DOWN 2 AND DRIFTING WHILE ODE DISCUSSES WITH WELLS SUPERINTENDENT. 3 OF THE FIRST 8 OUT OF HOLE WOULD NOT DRIFT. DISCUSS WITH ODE. -START PULLING LINER TO SWAP OUT. OFFLOAD PULLED LINER,WILL SEND OUT FOR INSPECTION. -DRIFTED LAST 5 JOINTS ABOVE LATCH COLLAR, NO ISSUES WITH DRIFT. I j 5/12/2016 100:00 - 01:00 1.00 CASING N SFAL i RUNPRD OFFLOAD OVERTORQUED LINER. 01:00 - 03:30 2.50 CASING N SFAL RUNPRD LOAD REPLACEMENT LINER AND DRIFT/ TALLY WSL/DRILLER RUN THROUGH RUNNING IORDER. 03:30 - 06:00 2.50 CASING N SFAL RUNPRD PJSM, START RUNNING 2-7/8"LINER. DRIFT I FIRST 5 CONNECTIONS WITH 2.35"DRIFT. NO ISSUES. COMPARE TORQUE VALUES WITH LITTLE JERKS/FARRS LOOKS GOOD MAKING UP 2-7/8"LINER Printed 5/23/2016 9:34:27AM "All depths reported in Drillers Depths* • North America-ALASKA BP Page 2 of 9 Operation Summary Report • Common Well Name.04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date:5/15/2016 X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51 25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) i 06:00 11:30 I 5.50 I CASING N SFAL RUNPRD MAKE UP 2-7/8"BY 3-1/2"LINER PER PROGRAM. MU CROSSOVER TO 3-1/2", VERIFY TORQUES ON FIRST FIVE JOINTS OF 3-1/2". ALL GOOD. CONTINUE WITH MAKE UP. MAKE UP RUNNING BHA WITH NO ISSUES. LOSSES AVERAGING JUST OVER 1 BPH. SENT NOTIFICATION AT 0730 TO AOGCC FOR BOP TEST REQUEST FOR NOON ON MAY 13TH IN CASE CEMENT JOB DOES NOT GO AS PLANNED. 11:30 16:30 5.00 CASING P RUNPRD STAB ON WITH INJECTOR. PRESSURE TEST QUICK TEST SUB. BREAK CIRCULATION,GOOD RETURNS AT SURFACE. -RIH AT 100 FPM,13-15K SLACK OFF WEIGHT RUNNING DOWN AT 8000' I-SLACK OFF WEIGHT OF 16-17KAT 11,000' -PICK UP WEIGHT AT 12,500'AT 53K. SLACK OFF WEIGHT AT 14,500'18K. I-CORRECTO TO WINDOW FLAG,-23' }CORRECTION. PICK UP WEIGHT AT WINDOW 54K. }-RUN THROUGH WINDOW,TRIP DOWN TO 16,200'GOOD. PICK UP WEIGHT 53K. -CONTINUE DOWN. SHALE SECTION BEGINS AT 16,500'. SLACK OFF WEIGHT AT 16,500' TRENDING DOWN TO AS LOW AS 8K (STACKING OUT SOME). }-STACKED OUT AT 16,591'. CIRCULATING AT I NEAR MAX RATE OF 1760 PSI AT.28 BPM. PICK UP WAS CLEAN. MOVE BACK DOWN, SLACK OFF TO-10K,PRESSURING UP. -WORK UP AND DOWN,MOVE DOWN FROM j 16,592'TO 16,626'QUICKLY.PICK UP AGAIN IS CLEAN. NOTICING LESS RETURNS, POSSIBLY MOVING CUTTINGS UP HOLE. -WORK DOWN PAST 16,626'TO 16,960'. PICKUPS BEGINNING TO GET STICKY. VARY PUMP RATES AND RUNNING SPEED. LOSING TRANSFER WEIGHT QUICKLY. MADE IT DOWN TO 16,961'LOST FOOTAGE TO 16,918'. -PICK UP,WORK PIPE. MOVE DOWN WHILE WORKING. CONSISTENTLY AT-18K WITH COIL WEIGHT. TD FLAG IS 5'OFF FROM }END-OF-PIPE CALCULATION. !-TAG AND RE-TAG AT 17,290'. PLACE 14K i DOWN WEIGHT. 16:30 - 19:00 2.50 CASING P RUNPRD RECORD PICK UP WEIGHT OFF BOTTOM, PICK UP CLEAN,PICK UP WEIGHT OF 53K. j MOVE DOWN AND STACK DOWN AGAIN AT 17,290'. MW IN 9.56 PPG,MW OUT 9.58 PPG,INITIAL I CIRC PRESSURE OF 1740 PSI AT.41 BPM. -INCREASE FLOW TO.5 BPM,1840 PSI. SWAP TO KCL FOR BALL LAUNCH,2165 PSI AT 97 BPM. -LAUNCH 5/8"ALUMINUM BALL PER }RECOMMENDED PRACTICE FOR HORIZONTAL LINER TOP. Printed 5/23/2016 9:34:27AM `All depths reported in Drillers Depths* • • 3of9 North America-ALASKA-BP �y /,",age Operation Summary Report ' r Common Well Name.04-33 AFE No Event Type:COM-ONSHORE(CON) r Start Date:5/11/2016 End Date:5/15/2016 �1X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay I Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor.NORDIC CALISTA l UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) ( (usft) 119:00 - 19:15 . 0.25 ( CASING P RUNPRD BALLON SEAT AT 69 BBLS. HAD TO CYCLE !PRESSURE UP TO 4600#. TOOK 14 TIMES TO GET BALL SEAT TO SHEAR OUT. 1-PU TO BREAKOVER 3 TIMES. STICK AND SLIP WITH PU WEIGHTS. 19:15 - 23:00 3.75 CASING P RUNPRD START CIRCULATING 1%KCL AROUND WHILE STAYING 1 AT 135 OF 155 BACKSIDE. OUT MM 0.10 BPM OVER IN. SHUT DOWN FOR FLOW CHECK. GOOD FLOW CHECK FINAL CIRCULATING PRESSURE 1.5 BPM @ 1t80# r SHIP CEMENTERS 10 BBLS 1%KCL FOR PRESSURE TEST. 23:00 - 00:00 1.00 CASING P RUNPRD CONTINUE CIRCULATING WHILE PRESSURE TESTING CEMENTERS 1.62 BPM IN/1.59 BPM OUT —2 BPH LOSS RATE 8.45 PPG IN /8.53 PPG OUT PERFORM PRESSURE TEST LOW 300/5000. SET TRIPS AT 4700#, TEST. 5/13/2016 100:00 - 00:40 0.67 CEMT P RUNPRD PJSM WITH CEMENTERS,CREW. START BATCHING UP CEMENT Printed 5/23/2016 9:34:27AM *All depths reported in Drillers Depths* North America-ALASKA-BP ,, ':; Page 4 of 9 r Operation Summary Report < Common Well Name.04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date 5/15/2016 X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) _... (usft) 00:40 - 03:30 2.83 CEMT I P RUNPRD CEMENT JOB -12:40: CEMENT UP TO WEIGHT • 11 1-12:50: LOAD 34.30 BBLS OF 15.3 PPG CEMENT INTO REEL 1.43 BPM @ 978#. SHUT DOWN AND PUSH 1.25 PPB POWERVIS TO I CEMENTERS. ISOLATE CEMENTERS. 1-01:15: SET TRIPS TO 4700#. COME ONLINE WITH 1.25 PPB POWERVIS WITH RIG PUMP AT 1.95 BPM @ 1280#. -01:30:AT 68.1 BBLS, SLOW RATE TO 1.0 BPM WHILE LEADING EDGE OF CEMENT 1 PASSES WIPER PLUG. INCREASE RATE AT 171.0 BBLS AWAY i-01:50:AT 99.01 BBLS(CEMENT AT SHOE). !ZERO OUT MM, AND RUN INTO GAUGE PIT -01:55:AT 103.37 BBLS. SHUT DOWN. PICKUP TO BREAKOVER 17275'+13'=17262'. 1 SET BACK DOWN AT 17279'WITH 10k DOWN. 10'HIGHER THAN PREVIOUS 02:09:RESET TRIPS TO 1800#. RAMP PRESSURE. SEAT PEEWEE DART. HELD. PICKUP TILL PRESSURE DROPS. SIDE EXHAUSTED 2 BBLS CEMENT/3 BBLS 1.25 .PPB POWERVIS. OPEN BAKER CHOKE. SET BACK DOWN WITH 10K DOWN. -02:12:PRESSURE UP TO 2000#. ZERO IN MM. PRESSURE UP TO 3800#TO SHEAR WIPER PLUG. START CHASING AT 1.80 BPM @ 2673# 19.5 BBLS AWAY. 1.78 BPM @ 3100#. -02:30:PLUG BUMPED AT 28.3 BBLS (CALCULATED 27.9 BBLS+0.5 BBLS=28.4) PRESSURE UP 1000#OVER. HELD SOLID -OPEN BAKER CHOKE, BLEED PRESSURE OFF, CHECK FLOATS. GOOD. (CEMENT IN PLACE 02:30) I-PRESSURE UP TO 1500#, OPEN PORTS. PUMP 10 BBLS OF 1.25 PPB POWERVIS. 1 UNSTING COMPLETELY. CHASE OUT OF 1 HOLE AT 60% BOTH GAUGE PIT AND OUT MM=30.9 BBLS BEHIND PIPE. 03:30 - 06:00 2.50 CEMT P RUNPRD DIVERT TO CUTTINGS BOX AT 96.4 BBLS ON OUT. '2.13 BPM IN /1.83 BPM OUT 8.44 PPG IN /9.38 PPG OUT 06:00 - 06:30 0.50 CEMT P RUNPRD POH WHILE CIRCULATING CEMENT OUT OF WELL 06:30 - 07:15 0.75 CEMT P RUNPRD FLOW CHECK AT SURFACE,POP OFF AND LAY DOWN BHA. RETRIEVE 5/8"ALUMINUM BALL,SEVERLY CORRODED. 07:15 - 09:30 2.25 PERF P OTHCMP PREP FOR RUNNING PERF GUNS. MOBILIZE GUNS INTO PIPE SHED,VERIFY LAYOUT. -CHANGE OUT COIL CONNECTORS,PULL AND PRESSURE TEST;ALL GOOD C INSPECTHANGE OUT CERTIFICATIONSLIFTEQUIPMENT.FOR SLB LIFT EQUIPMENT PJSM FOR RUNNING GUNS Printed 5/23/2016 9:34:27AM *All depths reported in Drillers Depths* • Page5of9 North America-ALASKA-BP • Operation Summary Report Common Well Name:04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date:5/15/2016 1X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay I Site:PB DS 04 Rig Name/No.:NORDIC 2 I Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 09:30 - 13:45 4.25 LCR P OTHCMP 1MU DUAL FIRING HEAD PERFORATION BHA PER PERF MEMO AND RUNNING ORDER -MU COMBINATION OF POWERJET,OMEGA AND NOVA 2.00"6SPF GUNS -MU RUNNING BHA -SUBMITTED UPDATE OF BOP TEST REQUEST TO AOGCC AT 1015 HRS. "REQUESTED TO TEST AT 1800 HRS ON SATURDAY U DAY D MAY14TH IF OPERATIONS DON'T IGOA -STAB ON WITH INJECTOR,BREAK CIRCULATION TO GET RETURNS 13:45 - 17:30 3.75 PERF P OTHCMP 1PRESSURE TEST QTS WHILE RIH WITH 1PER I i I i ION ASSEMBLY. I-R HFWIR WITHNOISSUES. -CONDUCT H2S DRILL WITH SIMULATION OF 'H2S IN PITS. CONDUCT AAR,DISCUSS WHO IS SHUTTING THE WELL IN AND WHO IS 'AUTHORIZED TO SHUT OFF RIG USING ESD. -FLAGS FROM PREVIOUS RUNS CORRELATE TO PREVIOUS CORRECTIONS. RUN TO BOTTOM,TAG WITHIN 8'OF UNCORRECTED PBTD. PICK UP TO NEUTRAL WEIGHT, [CORRECT CTDS TO PBTD OF 17,257'. -PICKUP TO BOTTOM FIRING INTERVALAND STOP PIPE MOVEMENT AT 17,057' 17:30 - 18:20 0.83 PERF P OTHCMP CONDUCT LINER LAP TEST TO 2400 PSI. CEMENT REACHED 500 PSI COMPRESSIVE STRENGTH AT 1245 HRS. -FLUID IS 8.45 PPG KCL,TEST PRESSURE IS 300 LOW/2400 HIGH. -CONDUCT DISCUSSION USING PRESSURE CROSSCHECK. CONFIRM VALVE ALIGNMENT AND WHICH PERSONNEL SHALL BE INVOLVED. -CONDUCT TEST:LOW PRESSURE TEST MET CRITERIA OF WELL PLAN,RE-CHECK ALL SURFACE LINES AND ALL IS GOOD. CONDUCT HIGH PRESSURE TEST-FAILED. BEGAN TO SEE NOTICEABLE FALL OFF AT 11850 PSI. CLOSE IN TO MONITOR,QUICKLY BLED DOWN. BLEED OFF. Printed 5/23/2016 9:34:27AM •AII depths reported in Drillers Depths* North America-ALASKA-BP Page 6 of 9 Operation Summary Report Common Well Name:04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date:5/15/2016 X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay I Site:PB DS 04 F Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 18:20 - 22:40 4.33 PERF P OTHCMP LINE UP SURFACE LINES IN PREPARATION FOR PERF JOB. -DISCUSS PERFORATION JOB AND I OPERATION AFTER INITIALANNULAR FIRE. I-ATTEMPT FIRING OF GUNS WITH ANNULAR FIRE 2 TIMES. LINER LAP GETTING WORSE I-PERFORM CYCLES GOING TO 1000#, 2.25 BPM. NO JOY DECIDE TO RUN PRESSURE UP TO 1500#. !TAKING 3 BPM TO MAINTAIN. BLEED DOWN I TO 100#BASELINE. -HAD DISCUSSION WITH SLB TCP. DECIDE TO UTILIZE PRESSURE PULSE TO 1500#, AND OPEN CHOKE WIDE OPEN QUICKLY TO I GET PRESSURE BELOW 100#. POSSIBLE INDICATION OF SHOT. SHOT DETECTION SMALL BOBBLE, WEIGHT SLIGHT BOBBLE, OUT RATE BLED DOWN TO NOTHING. APPEARS WE PERFORATED 16,385'TO 1&,515', 16,672'TO 16,972', 16,972'TO 17,057' PINCH CHOKE IN AND MAINTAIN 200 PSI WHILE PULLING UP TO NEXT DEPTH. 22:40 - 00:00 1.33 PERF P OTHCMP POSITION GUNS TO SHOOT 15,332'TO 15,622' PERFORM PULSING PER SLB TCP I TECHNICIAN DOWN COIL TUBING GOOD INDICATION OF GUNS FIRING. PINCH CHOKE IN AND MAINTAIN 200 PSI ON CHOKE WHILE PULLING OUT OF HOLE 5/14/2016 00:00 - 01:10 1.17 PERF P OTHCMP CONTINUE TO PULL OUT OF LINER WHILE HOLDING 200 PSI BACKPRESSURE 8.45 PPG IN/8.46 PPG OUT 01:10 - 01:20 0.17 PERF P OTHCMP i OPEN CHOKE UP. PERFORM FLOW CHECK ABOVE LINER TOP. WELL STATIC 01:20 - 04:30 3.17 PERF P OTHCMP •POOH 8.45 PPG IN /8.44 PPG OUT 04:30 - 04:40 0.17 PERF P OTHCMP PERFORM 10 MIN FLOW CHECK. WELL STATIC 04:40 - 05:30 0.83 PERF P OTHCMP SET INJECTOR ON LEGS LAY DOWN 2-1/16"AN JEWELRY. RIG UP HEAD PIN. FLUSH 1-1/4"HYDRIL WITH FRESHWATER. 05:30 - 06:00 0.50 PERF F P OTHCMP PULL HYDRIL. PJSM WITH TCP. PULL FIRING HEAD TO FLOOR. UPPER SET OF GUNS FIRED INSTALLED SAFETY JOINT FOR CREW CHANGEOUT. 06:00 - 09:00 3.00 PERF P OTHCMP PJSM FOR LAYING DOWN GUNS. DISCUSS VARYING SCENARIOS. LAY DOWN UPPER I GUNS,ALL SHOTS FIRED. REACH SECOND FIRING HEAD,LAY DOWN SECOND SERIES OF GUNS. ALL SHOTS FIRED. LOSING LESS THAN 1 BPH WHILE AT SURFACE 09:00 - 10:00 1.00 DHB P OTHCMP :CLEAR AND CLEAN RIG FLOOR. PJSM ON MAKING UP BHA. I-MAKE UP LINER TOP PACKER ASSEMBLY TO RUNNING BHA. BEGIN TO STAB ON AND I I NOTICE BOOT ON E-LINE IS MISSING. Printed 5/23/2016 9'34'27AM *AII depths reported in Drillers Depths* • North America-ALASKA-BP Page 7 of 9 Operation Summary Report Common Well Name:04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date:5/15/2016 X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To ' Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 10:00 - 10:30 0.50 DHB P . OTHCMP COMPLETE HOT WORK PERMIT,RE-BOOT E-LINE. 10:30 - 15:00 4.50 DHB P I OTHCMP MAKE UP BHA TO COIL CONNECTOR. STAB ON,RIH WITH LINER TOP PACKER ASSEMBLY. SLACK OFF WEIGHT AT 7000'13-16K. SLACK OFF WEIGHT AT 12,000'19-23K. '-PICK UP WEIGHT AT 13,100'55K, BREAKOVER WAS AT 60K. NO PROBLEMS WITH PICK UP OR READING WEIGHTS. -RIH WITH 21K DOWN WEIGHT •;-LOSING-1 BPH ON RUN IN j-MOVE DOWN VERY SLOWLY,SEE ENGAGEMENT OF SEALS INTO TUBING WITH ':INCREASE IN PRESSURE. CONTINUE DOWN UNTIL NO-GO AND SET DOWN WITH 2K. PICK UP,REPEAT PROCESS. CONFIRMED SEALS 'ARE INTO TUBING. PICK UP TO ABOVE LINER TOP TO CIRCULATE BALL DOWN. 15:00 - 18:00 3.00 DHB P OTHCMP LAUNCH 5/8"ALUMINUM BALL. CIRCULATE DOWN AT 2.0 BPM,955 PSI. BALL LANDED AT 64 BBLS AWAY. DOWN ON PUMPS,STACK DOWN WITH LTP }ASSEMBLY. STACK OUT AND SET DOWN I WITH 5K LBS. 1-PRESSURE UP TO 2000 PSI DOWN COIL, SET DOWN EVEN MORE WITH DOWN 1 WEIGHT OF 8K LBS MORE. -BEGIN PRESSURE TEST. LOW TEST GOOD. ATTEMPT HIGH TEST,BLEEDING OFF AND ALSO SEEING CIRCULATING PRESSURE (PRESSURE BLEEDING BY PACKER AND UP 'INTO COIL). '-CHECK LINE-UPS,SURFACE LINES GOOD. DISCUSS OPTIONS WITH BOT REP AND BOT SUPERVISOR. SET DOWN TO ENSURE SUFFICIENT SLACK OFF WEIGHT. RE-ATTEMPT TEST. PUMP DOWN BACK SIDE AND DOWN COIL AT SAME TIME IN ATTEMPT TO KEEP BALL ON • SEAT. LOW PRESSURE TEST GOOD. BRING PRESSURE UP TO 2600 PSI,IMMEDIATE BLEED DOWN. BLED 220 PSI IN 2 MINUTES. BLEED OFF SYSTEM,DISCUSS WITH BOT SUPERVISOR. -PLACE IN NEUTRAL, ATTEMPT TO TEST DOWN BACKSIDE. NO-GO -SET DOWN 15K TO SQUEEZE ELEMENTS. ATTEMPTED TO PRESSURE UP. SEEING i PRESSURE ON COIL. PRESSURED UP TO 11420 PSI. NO-GO BLEED OFF. 1-17:45:PUMP DOWN COIL TO RELEASE FROM IGH. BALL SEAT SHEARED AT 4100# -OFF PUMP. PICK UP CLEAN OFF PACKER 55-58k -10 MIN FLOW CHECK. WELL STATIC 18:00 - 20:50 2.83 DHB P j OTHCMP PULLED OUT OF HOLE. 20:50 - 21:00 0.17 DHB P OTHCMP PERFORM 10 MIN FLOW CHECK. WELL STATIC 21:00 - 21:50 0.83 DHB P I � OTHCMP TAG UP, LAY DOWN BHA. RECOVERED 5/8" 'ALUMINUM BALL. MAKE UP FREEZE PROTECT BHA. Printed 5/23/2016 9:34:27AM *AII depths reported in Drillers Depths* 11111- 1111 North America ALASKA BP Mage 8 of 9 Operation Summary Reportf 7,„' , Common Well Name.04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date:5/15/2016 .X3-017FK-C:(1,865,037.00) P oject:Prudhoe Bay Site:PB DS 04 RigName/No.:NORDIC 2 i Spud Date/Time:2/14/1986 Rig I 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code ( NPT NPT Depth Phase Description of Operations (hr) (usft) 21:50 - 22:20 0.50 CONDHL P POST RIH WITH NOZZLE BHA. LOAD REEL WITH 50 BBLS DIESEL/7 BBLS METHANOL. CHASE DIESEL WITH FRESHWATER POOH AT 1.5 BPM @ 80'/MIN PULLING SPEED. -SIMOPS:PJSM WITH N2 CREW. DISCUSS PRESSURE CROSSCHECK AND PRESSURE REQUIREMENTS. N2 RIG UP AND PRESSURE F TEST. -1.0W 250#/HIGH 4000# SET TRIPS AT 3800# AND TEST. GOOD TEST. 22:20 - 23:25 1.08 CONDHL P POST I FINISH LAYING IN DIESEL FROM 2500'. LAY IN METHANOL FROM 100'TO ACROSS TREE. WELL SHUT IN AND SECURED AT 23:25 23:25 - 00:00 0.58 DEMOB P POST 1 PJSM, WITH N2 CREW FOR PUMPING JOB. 1 PICKLE REEL WITH 15 BBLS FRESHWATER WITH 15 GALLONS K1-3090 INHIBITOR, 5 j FBBLS METHANOL 5/15/2016 00:00 - 01:00 1.00 RIGD P POST I ISOLATE RIG PUMPS. COME ONLINE WITH N2 DOWN COIL AT 1500 1 SCF TILL 2/3 COIL VOLUME. SHUT DOWN SAND ISOLATE N2 PUMPERS [BLEED DOWN REEL AND SYSTEM. 01:00 - 02:00 1.00 RIGD P POST UNSTAB INJECTOR CUT COIL CONNECTOR OFF SET INJECTOR ON LEGS 02:00 - 03:00 1.00 RIGD P POST LAY DOWN 1-1/4”HYDRIL 03:00 - 05:00 2.00 RIGD P POST PICK INJECTOR. INSTALL NIGHT CAP.. PLUMB KILL LINE/CHOKE LINE TOGETHER, I START FLUSHING SURFACE LINES PERFORM LTT ON SWAB/MASTER. GOOD TEST PREPARE END OF PIPE FOR GRAPPLE. PJSM. PULL TEST GRAPPLE, PULL COIL ACROSS AND SECURE. 05:00 - 11:00 6.00 RIGD P POST ,FLUSH LINES,WORK ON RIG MOVE CHECKLIST. I I 1-PREP TO LOWER REELTO TRAILER Printed 5/23/2016 9 34:27AM *AII depths reported in Drillers Depths* • North America-ALASKA BP "Age 9 of Operation Summary Report '0 Common Well Name:04-33 AFE No Event Type:COM-ONSHORE(CON) Start Date:5/11/2016 End Date:5/15/2016 X3-017FK-C:(1,865,037.00) Project:Prudhoe Bay Site:PB DS 04 Rig Name/No.:NORDIC 2 Spud Date/Time:2/14/1986 12:00:00AM Rig Release:5/15/2016 Rig Contractor:NORDIC CALISTA UWI:500292154500 Active datum:04-33A @51.25usft(above Mean Sea Level) Date From-To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (usft) 11 00 - 21:00 10.00 RIGD P POST SECURE SURFACE EQUIPMENT TO BOP. OPEN UP AND REMOVE RAMS,DID NOT REPLACE. WILL BE SERVICED DURING MAINTENANCE -ND BOP AND SECURE FOR MOVE -FLUSH SURFACE LINES,SECURE INJECTOR -MOVING RIG MATS INTO POSITION AT TARMAC IN PREPARATION FOR RIG MOVING OVER I-LOADING AND MOVING SUPPORT EQUIPMENT AND TRAILERS -INSTALL NIGHT CAP,TEST GOOD. WELL SECURED. SERVICE TREE,BLEED DOWN IA AND OA. %-BLEED DOWN WELL 4-47 IN PREPARATION FOR MOVING RIG OFF WELL -CONTINUE CLEANING PITS/WASTE TANK. I-PRESSURE WASH PITS, AND FINISH DRAINING. PULL FLUIDS OUT OF CUTTINGS BOX. PULL AWAY FROM RIG. SEE NORDIC 2 MAINTENANCE REPORTS FOR FOLLOW ON ACTIVITIES ***RIG RELEASED 21:00 05-15-2016*** Printed 5/23/2016 9:34:27AM *All depths reported in Drillers Depths` • • Urn Ill LIM fig_ �W0 `aM� = In O. CO1 1 a .J L— < Q Q 1 a) ca Ct L W E I QO to in Nr et 'w c V1 o m et in w� O t C to m N `v N O M M N /� to ,a. = m M M C 0 .- r2 z aa. 00is) 0 LL 14000 r • • b all dig z Z y 3 z m ili MO w no ° o i tD N co O O 41 M NZ0 Zr, N O p GO Cn O� R a iii a a ti , g 0 N N z UO • 0 o CO mO Z z CC a 2 CC ,12 a u 7• 7 7 Y c m N N m m w N N U) =0 a J N M E vYi y m > 0 Q Q 7 Q' O) 3 m W J M M E c o) m W Y! - .e fu M M N O O 1— W a) N N cCD ! 7 C a ; J J (J 0i 7 0 iii E 3 ii c is a r J c� 10 n d u' I a 2 F O i tri c Q u I u.2 v 2.3 w Na W N V y ,. m w O O C • ' N O-i .)• O aC t t a in M W d `� O -1 o 1- 2 2 CO G VJ .. O = > > O O (D i C i T M V 0 V In I- m4 N I UD • o I V%' LO v- a I N Pi 2 W n Q ° ,r C CL aa)) k im t CO Z I a z I a C _ ! li Oc 3 N 00 itco 7 I 0 ` I N > N N C 01 R W N t = W 1 Of A l c a t+ c jibO t 1 2• W U)II c t � � m — asas -0 c Z w 3 '. I u? E o N O J 2 7 O U Q to 4 " I Q cc,„ i ,....- CO g x- W O G 02 d I c I 0. D 7 Z a N C W = rya to (n co- U = . n 'iN L X yO O O m W o IX 7 1 O O O I U 0 1 N r,- Z H O M O O O m N O O CO O (n m 0 Ci p I A- 0 N Q O G Q p co- L'", m 01 m m Z O M M 2 U' M m m • m a w N N a n o o $ I o Q o O ¢) m � Y ' CI I,a, N 'w ..c -C M M M Q + t .. t j 0 M M 0 Z Q Z a 6. O O O C •Z" - Z CL C N ai m>ID cn E 1 c o c y d LP C) aN ° cR � oci • • IPy O r N V' N N- O) N V O N V' N- 00 CO aD N W 00000 00v- N N N N N N a 1• 66O66 O O O O O O O O O O O O O 3 Q-_, MW; . 3 0 a= _ N iiii NM O V' T N V- N R O N r- ND co N- r- V' N N N a dI O O N M V r- M r- V' M N N r- CO r- fD CO M 0 () O N O O O O O O O O O O O O O O O O 'lO I 0 N. r Z I, I, w eQ W y 7 a a 0 J' ,,. CU CO 0 1 0 6 z z Nr a I w N N N I = = = Y N N N N NN O W O O O M O) O) O N O V' O V' 00 N N Q II M M N N. O N V' r sr N- 0 N V' CO N- 00 00 N N 30 ' N N N N N N (D (O N- N- 00 CO m O 0O m 00 M G E N I co ,:-. �_ p M< = cr a NN M M M M M M M M M M M M M M M M M M 'I, M M N .- 2 A O N- N- n N- N- N- N- N- N- N- N- 7 N- N- N- N- N- n I 0 ' di 3 3 H W ' i O N O) O M V N N. M V N N- (O N N M O) r N N M CD N M O 00 ND V N O 00 W 7 N V' _ V V V' CA M M M N N N N N U 00 O N- 00 00 00 6 00 OO NO 00 00 00 00 00 0O 00 00 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 L t = N N N N N N N N N N N N N N N N- N NN mN C7N N N N N N N N N N N N 0) N N N N N m m op m m op m m m m m co O) N- O) m m my 2 2 O Z N N N N- N N N N N N N N N N N N N NQC OOdim V• u s c O `C N -6 1O CC0 - 9 'O O O O 0 O r- r- r- N N N N M M M M M w R � N O O O O O O O O O O O O O O O O O O O OOw d 0 y 5 co W Y9 m ci .c m a , E E 3 • fo I J r! Z to C (3 C9 Y n g E W a !, N "' c o) o) rn iii m m c _ O Eo E E a C + + 0 N V' N. 0 COCO O N v (O CO CA V' Na V 3 2 o p p O O O O O CA N NNNNM MMM N L L C u 3 3 3 666666666666666g66a 0 co (n m 2 2 r2 m � = N < a 0 0 N C I UT <0 o o O O 00000 00000 o O O ChI Ch C N O) N CO M N- r- in O N N N- N r- V' N m .- E L m r N CO(n W 11- 0- ' N 1 CA Yg CL V) N FO (7 U' m ? 2 'I co N N N N N' :N co N N N N N N N N N N m 4) M N- N 0) M N- R N- O) M N CO M • a N 4 M M N 0 O OM') CM') M M N M 7 N O N- CO O O CAO...... A- N NF) 7 N N NN- 00 V' V M M �" r- r- r- _ . , O O O O O M E-"2- 13 L L M fn (n i-. A a Qa 2 2 m M + + E E ") a r °) I R c LL LL O N N O N- N N O - N N N O N O N O 0 II- I- ON + + e.. O N O N- N M N M V N- M ON V' M CO,--va aO N M N N R N 6 4 A M O v N- O O lTi .0 U v L N M V' 7 VM M N N N M V' V' V' (O O A- r r r- r- r r 1.- v- r r .- r r .-- rmC2S7 O ) 0 .0Or- N Cl -- 0 E a2.m 'I 3 E E g w _ Q I O 7 (n U7 V) (n N Y a L --0 O M M Na') 0 0 Q CO( (n M coM M M N ddVV' = O N - 00 N M N N M N N O O 00 OO NN- 031 J N r- r- O O O O m 0 r- r- r- N NNNNN NNN r- r- r N O I Q d N N O N- r- n N o 0 O o O O O O O O O O O 0 0 O O O 00 V. O CO N. N (d V N V N- OD .- O '1I O >. CA CO (O N N ' E m , OcN NM - NN r CO- CO CO- N I V . O V - - L▪ - Q IM m m 02 .34 V V I Z a a 0 0 0 I N N N O CO CO O O N N N N N N N N N N N N N N N N N C M N N O N N m M N- r- LA O M N- r- V' N- O) r- M CO CO r- <A LL [N W N O 0 N- N N I E M N O) v 0) M N CA M M N r- r- O O cr,0 O N- N- N N N- V' M M A N r- N CO N- N N M N (D N- CO CA O O r- N M V N (O .1-- O 1i C E r' CO 00 CO N00 N O N p (k' 0 C .. 6 6. LL .0w a A0. O C >. � co E ,O ani .1�d a 0 Z N O d d y p , <-- 0am33o 1 co 1 w • • In N- U N M O N- M 01 U N a- U r- 00 U U M A- U O U a- N- n O 00 O U N N N N N .- A- 0 0 0 0 0 0 0 0 0 0 0 0 .- .- N N M U) U 0) 11 U Z O O O O O O O CJ O O O O O O O O O O O O O O O O O O O li OM 3 W; d m N N Si c, QZ U 0 m _ a M U co Q N M U 0 O N U O Q U co on U co N N 0 O CO r CL N 0 N M r N O •r M O N N N M Q U Q M co •Q M U U O r n Q O O 0) U O O O O O O O O O O O O O O O O O O O O O O N c-III LLI A- N 0 N. N- Z 12 E Q H y 7 a s 0 1 J o ( m 0 ; O Z z CL " (U (0 N co I = = = Y 1 U UN N Na 10 N N- U O) 0 N U N N- M N U U 0 0 U A- 0 U M 0) .- 0 00 n Q CO N- U Q M 0 U N 0 CO U U) UCO U U U) 0) N- N 0) N- N. U Q U U U 00 0 CO N-N. n r- n CO CO 0 CO U N, n U 00 U 0) O O A- N Q U M 0`N, U ' Q 4 4 Q Q R 7 Q R Q 4 7 Q Q 4 V Q Q 4 V V 6 6Ui Ul 1n 6 O Q co Q R I, C e M M M M M M M M M M M M co- M M M co- M M co- M co- co- co- M M M M 0) .0 22 1'1 W c N- N- N- N- N. N- N. n N. C` n N. N. N- N- N. r N.- h.. N.- n N- n n r r N D S' o o H M W 11 W `� CO U Q A- 0) U) 0 N U .- 0) N N 0) N- N- N Q U) 0) O U U) N 00 O n I '1. 0 U U M 00 Q 0 N 0) CO U) U O M U) CO N U 0 Q U) O) CO N N 0 I 1 .- 0 O 0 0) CD 0) CO r- ti U U) U) Q M N 0 0 0 0 0 CO N r- I 611 co U) Uo 0o N- N- N- r r r- n N- r.: N- N. N- N- r r N- N. r n N- r- N- n C 13 1 0) U) N U) U N U) U) U) N U U) U) U) U) U) U) U) U) N N0 U) U U) U) U) N CC 1I C U) N U) N N N U U U U U) U U U U U U N U) U U U) N U) U) U) N P. L t 1u' N N N N N N N N CO N N N N N N N N N N N N N N N N N N •°-) ` m °gym 0) 0 0 0 0 0) 0 0 0 o 0 0) 0 0) 0 0 0) 0) 0) 0 0 0 0) 0) 0 Z , Z U U):: U) U U U) U) U N U) U U) U U) U) N U N U U U U) U N U U) U 111 N C 1 C d U 5 1 1 'a C C 2 cr CO "M N N N CO0 U U M .- O_ 0 N U ) Cr, Q 01 N 0 CO N 0 N U Q N N co Q Q N CO n U 0 9 d 0) Ues .. I o 0 0, o o O o 0 0 0 0 0 0 0 0 0 o O o 0 0 0 0 0 0 0 .- 1 U d a A _ ,:e . L m a 11 U O O Y t $ J I- 2 2 rn 0 W O 1 N- U Q: m:,. N N- r M A- U (0 Q M U Q U N N CO 0 U CO M a 1 M M Q At V: U) N U CD N- CO CO 0) O N N M M Q Q Al: CO. M O a) OO O 0 O O O 06 Odd O O O CL a) Iv) g 111 Ca Z 1 Z g c 1 N cm c 1 [- 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o o 0 0 0 0) 0) a) M U C. CD Q N O d]. 0) CO CO U U N- r CO U U) U) Q Q M N N N 11 O N U) O) M N N 6 N CD O Q U N6 O Q U N U O Q U N6 7 Q U) U N. 00 O M Q U) N- CO. 0 .- N Q U) r CO 0) a- N Q U) U U 0) 41 CI) A .- A- A- N N N N N N N M M CO CO M M CO M Q Q Q Q Q Q Q g, I CO ato a 1 "2' 11 U) U) U U) U) U) U) U) U) U) U) U) N U) U) C{) U) U) U) U) U) U) U) U Q Q Q 1 1 U coU M O) coOo U Q M N .- A- 0 0 :'0 O O 0) CO U N. N CO U U U U U 1 N .. CO U O Q U N U O Q 00 N (O O M r` ...- U O) M h ,- U 0) M N O) O 7 N Q U U 00 0) N CO U CO U 0) 0 N CO Q U N- 0) 0 M Q r' N N N N N N N N CO CO M M CO CO C',.. Q Q Q V Q Q Q U) U U U >o> 0) F I 1 0) U U Q U N. U) Q 0) CO CD U Q co Cr Q N N. n M CD M N- N M 0) CD N O U U U M Q N 0) Q U 0) 0) U Q M C') N N. U CO U CO U 0 1 U Q O_ U ti M N h Q 0) U M M N6 U U N O N N N O) n n U) Lc O) O O O O O O) 0) O) CO N. U U Q M N A- 0) N. U M CO M M 7 N N N N N N N N .- .- A- A- .- E 0 g (n 1 •N 1 a u O CO M co O N N M N. 0 N M M U U N. U U U U M U U N N- N- U) J ,- .- .- .- N N N N N M M M M M M M co N N N N N M U U O M _1 O O O O O O O O O O O O O O O O O O O O O O O O O .- (0 >. U �„� 1 co m C E r--' I Q o .c .c o M (0 (0 1 Cco 6 Z d O O 0 0 1 0 U U) U) U U U U U) U U U U U U U U U U U U U U U U U U 1 U CO CO 0) 00 U Q M N c- .- O O 0 0 U 0) W U n N U U U U U U 1 4 1 N M U O Q U N U O Q U N U O M N- U O) M N- U 0) M N ! N 0) 0 N Q U CO CO 0) A- N CO U U 00 0) O N M Q U N- 0) 0 .- M4 ,- a 0 N N N N N N N M M co M M M M Q Q Q Q Q Q Q U U U U .0 LO 0 C .. m 7 11 U) R I 1 332E .o :: ' dm0 onUN 00- CD • S _I O .- N M CO CO O O s- O N- 0) st N- O .- 00 CO s- r s- a) N st 4 (O lI b W N 0) st O r U) st M M M st CO CO (O O N O) U) M O c0 O st N a N M M 7 CO (O N.: 6 0) O M st O N- 0) O N d' (0 r O) M C,) at i ) i i N N N `.11 N N N)) II3 CJ I m 4.1 ; d u W 0) H p COQ0 a N (D st O. N O M co M c0 O p M p n O (0 O N M M O 7 01 01 O cc 7 7, d W 7 N 7 1` O N O) O N O N N O 0= O O (D O N M CO CO N a0 CD r U En Cn 7- N M V' M M N 7 M M N r- N N M st M <- s- c- N , O - O O O O O N. r Z U N N N Q p) 0 = COa0 J p m co 0 O , z z Ex a11 CC N - (O = = = U N N N N C‘! l0 CO M O CD I,- st st st 0) O V' O) N CO CO I,- O) CO U) M CO CO M O Z Q CO a) co CO(0 N- CD - CD CO CO CO st CO M0 M N U) N CO N- M N M N 7 = 00 O st 00 M O) CD M O O n (O O CD 07 7 st I` O st 00 M N N n N coLO p� 0 ' CO CO CO CO N 1- 00 0) O O s- N M C u) CO CO O O N M sr O r O O N M ©V E N NN N NNN N N N M M coM M coM st st '% s- .- <- •- .- _ 7 = C p M M N M M coM C') CO. M M COCO M CO- CO- M M CO- E.O. M M CO- M M CO- COM CO CO M M 0 . 0 co 1` N- N- N. N- N- f` N- N- N- N. n n N. r n 1` 1` 1` r N. r h n N.. N. o o I` 2 W W a) CO CO N CO .-- CO CO CO CO s- N CO CO r CO CO M CO O M N O) N O M CO M CO CO st N 01 7 O U) 07 7 CO CO CO (I r- 00 N O O M N M CO r CO CO O M N N co st N O CO N- 00 CO CD 7 st 03 N CO M O til M O r st co I CO0 CO CO 0) M O N N M 4 CO CO CO 0) O N M CO N- co O N M CO n CO V .a co, CO CO co co co co CO CO co CO co CO co co co N- N- r r N- I CO CO CO CO CO CO C0 C Ul (n (n U) CO U) N 40 40 (n U) to (O CO CO N 40 (O 40 (n CO N O U) U)( in N t .- = NN N N N N N N N N N N N N N N N N N N N N N N N N Nm ma) mm O) CDmmmrnO) 0) rnOffCDm0) CDvm o a o CO o, ) O) o) o I� Z CO(O (C) Cn U) N COC0 N (O CO (O CO(O CO (n U) N CON (0 (O U) CO u) (O N (n N CO(O N I Cu C 11O Cu '. V m 15. V C V 0 = = 1 co CO CO' COCOCO CO0) CO(O O rN n CO- N. COCn O N 0) CO st st CO CO O CO 0 CV ED 0) M CO sr CO CO N st M M Cu0 0V CO N.N O) CO CO O st W st 0) st O CO O (� j N U 0 N N M d' sr CO CO r CO O O N M UI CO CO a) O N M CO N CO U Cu .7 0' y) N N N N N N T N O O ci O 7 (L W 7 J 1- m z to O O CO st V N CO M st 7 M CO st a) r N CO O st st N. V' M CO CO st O CO O SII Q st s- N N :N D) (O st N 7 •- .- N s)' (O O Sr M st O (O N O (D CO 07 (D I. O O O O .- N C') V CO CO N- CO O) O N M ? CO CO O Ni st CO r a) CL ..- NNNN NN Ca z `= I (U N N .n- CO 7 O7 N- O) N 1` CO N st CO N O OM) r O (CO el O+) W O CO (ED st N O 7 CO N CO O M N- U) 6 M n .- U m M CO O V CO N CO m M N s- 4) N. N- r r N- N M CO CO CO 0) O N el st (D r O 0) st CON. COO 7 N N COCOU CO COU) ( ) COCO 0 u) CO(O CO(O CO(O CO CO COCD ... N. M CO CO CO CO CO CO st COU) N- CD Ell 0 0 I F 2. 11 I M M N O CO CO N CO CO CO 7 st CO CO co CO M CO M CO s- sr CO r 0) N ! 0 U) st st M M N 7 O O) 0) a) N- CO. 40 7 M 7 O 00 CD st N O OO n 40 7 CO O M r 7 CO 0) M CO O 4 CO N CO O V' CO N CO O M N r- C CO N N- COO M st CON- COO N st CON.. CO 0) N M COcoCO0) O N I' CO CO CO CO CO CD CO CO CO CO CO N- n n r r N. N r CO CO CO 00 CO CO CO 0) 0) 'I 02 11 st 7 0) N I- O 0) M st CO O CO a) 0) M sr U) N CO O st CO 07 N M CO O N CD CO CO st v 00 U) st st N N 0) CD U) st M M r O co. CO. (D 7 M N N NM M M M N N N N N N 7 7 N s- 7 N M M ''I L st st st st st st st V O. st st V. st st st st st V st st st st st st st st st = II 0 I to I - 1 a co O O N M (n n coN 1,- N- CO N C0 (D N CO O M W U) N N O N M CO ti li J (D O) CO 0) st 03 7 st CO M O CO U) (O M st CO O) N M N N N M Q s- 7 N N M CO d' st st CO U) CO CO CO r r 6 00 CO CO ro O) 0) a) 6) O) 0) CO V T V 07 ODD C cV E 0 p Q 0 tM CO CO cn En L• 13 a M M MI Z n. O O O O I 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 I U) CO st sr .st sr. M M N N N MN N NNNNNN a CO N- % O .M sNt CO) I-M CO O CON t7 N- n COO) C) M N VCOUCOO) M N-O) sr- N M Q CO CO CO CO CO O CO CO CO CO N. N- n N. n N. r N. co co co co co co co O a) I cd c .. ai 2 3 I CO0 Cu ° . .0 o) v 0 041.U) 0 Cl) J h • • O) O co N co CO O M 0) U) N 0) LO M M V (D O) CC co N O M CO ....-N N V co W O 03 IN N M t- O m (O N V N O 0) CO r (D N IN CO O V CO V' r- 0) ! p N N CO O N4 N O M u) r N O N4 6 M O N r-: O) N N IN I` 111 n r) r? 1" v v a Lc'Y u) u) u) u) u; u? u? T r r n n r m ao co m ci 6111 co 0 CD CE•o•63 0 MO I I 0 0-_ a7 03 03 C) 03 M N (0 V o0 O) IN C) N V N- CO O t- .- t- N I. CL CO N N N N CO M O N .- N LO N CO M M co O M N N (O I` M t- V N '.. 0 O U O O O O O O 7 7 O O O O 7 O O O O 7 N N N M M M V u) V U W W IN N- Z • x I l'2Q 07 N 3 I 0 0 0 0 C> Z Z — a re co 2= = 3 Y N N N • N N CO I N 03 M M V M M M N r- (O O) O N- C M M V O) u) CO CO CO N NI. N O Z Q N co O 7- V IN M O 0) m O C) (O r N IN N N I) N a- N N 0f 1 II--- N- M M N I` CO CO V O CO t- ti V O M Cr) COO ( ) (D .- O CO O .- V I` N N () C`U©, U ' M N (O CO W N V (D N- 6f O N V N I- CO O N V (O I- O N V (O m SII © M E N V_ V_ V_ V_ V_ N N N0 N N (0 (0 (O (D (O (D IN I- I- IN IN CO CO CO CO CO V Q Q 3a C' M M M co- M M M co- M M M M co- M M M co- co- co- M M co' M co- co" M co O M M C) 'E I N 7 IN N- IN N. IN n n N- N- IN IN n N- N IN n N- N- C- r r r N- N- IN N O O H ;_ i Fa w " N 7 N N N M N- N- CO CO CD 07 N M CO CO (p V O CO N O N- O 03 N N O) V N N- M N- O N V N N n t- V n r- N CO N co .--- O V t- CD N N CO N r- N- M CO V O) V CO V CO CO N .- (O O N CO M O N- (O N dr W O N M0 r•-;: au O r M4 N r 0) O N0 N l0 D7 N4 (O n O] _ .•' ,. p) W 0) 0) 0) 0) O) O O O O O O O N N N NNNCOI C 0 N N N N co N co (D (O CO CO N CD N U) (D (D CO CO (D CO (O CO CO N (D 1 Lt V N N Ni. N N 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 IO CC) N N m 0) m m m cocom co0) co 0) 0)N N N N N N N N N N N N N N N N N N N N N N N N 11 g CO 0) m D) D) m co co 0) m co 0) co 0) tZ Z u) 3(}:... N N N N N N N N N N N N N N u) N N N N N N N N N NI 0( O 1 C d C 3(U) Cep 'p = V y N N e- V N N V n N COM N V COO N V N N N N V N CO 1 CD N co O)` N 7 n ,CO C- N 7 N- COMCOM COM M N COM 0 N a) N O IN N N N CO N N- 4 R 0 7- M v N r 0 7 N V N n 0) O N V N r 0 7 M N N- 0 7 V N U &0 w 0 U N , co co M co co M M V V V V V V N N N N N N co (O co N0 r n N- y >, m J F 2 Z co O t -CIII o (O CO N CO N CO r N M 0 N- O 03 0) N- N N 0 0 CO 0 CO CD CO 0_ N CO N r- (O N N N n N IN — N N co N-- 7 N 0) V CO Cr 0) (D N O Cr) , N .- N V CO N- O) O N C) N (O CO CO O N M N (O N. O) O N M N N- CO 0 coCY M M 00044 V V V V V 00000 00000 CD (D CO I- !, G. ami 1 Hf ra Z • z N co I (L • N O N M N N 0 N N N- 0):..N V N. CO N N IN CJ CO I- V CO t- N CO O N.- V O N e- N. M W In O M CO V t- r M O N t- N N CO N 0 t- NMmoi t- N COM � Cu 0) - N M N (0 CO 0O N V CO N- C0 0 V N IN CON t- I C) CO CO CO Co CO CO CO N CO O O O O O O O N N N CT en OSa 0 Ali V N N- CO O N N n ON V N 0) N V I� O N M M N O) V CO n M N 1 M CD CO N CO V 03 N N 00 V O N c- IN CO O at N CO V CO N O V O) CO CO O) M N- O V r r- N CO N (O 0) M (D O V I- V CO 0)N O) N N M V N r 0) O .- M V N N- CO Co r- N V N CO :.:CD 0) O N M V CO N- CO 0) W 03 0) 0) O O O O O O O O _ - N N N N N N N • N co N. (O N I� N V M (p 01 (D N CD CC CO N CD (0 V N t- r N CO 1' I (O CO O V CO V N V CO O) O N V N N I, 01 M N V. O V N- CO N (O ''. M M V V V N N N- r N- CO CO 0 O O 0 0 7 7 7 N M CO CO M M N V V V V V V V V V V V V V N N N N N 00000 N N N N 3 • I E a I 1 03 •N J(0 Q n N- CO M CO M N M N- CO O CO 0 O M N N O co O N CO N- CO r N- NI II , M M M M N N t- t- t- t- N t- t- r M N 03 N (0 N N CO N SI -J O) 0) Q) C) O) Q) N 0) 0) m CO D) O 0) 0) 0) O) O 0) N O 0 7 7 N N M ED Va V e co C V Q 0 , co m m co co r ? O M CO M I O m Z CL CL O O co 000 00000 N N N N N N N N N N N N N N N N 000 .- N CC N CO t- CO (0 V N O CO NN O CCI (O V CI O V N O CN 03 r N , d O) N CO O V co N 0 M r 0 V CO N N D) M n 7 V CO N (D a) M N I N M N co CO 0) O N M V CO N 0) O M V N N CD O t- N V N (O CJ C) M Q. 1 O) O) 0 Co 0) O O O O O O O N N N N N N N N CO c d _ 20 cma ° — a E 713 H o d — No U N '� L to ____._..__..-.____ __-__..___--- _.___- -.-__-__- --_-_- — __-� N • • yu) O N O N N O CO M M N N M N N CO CO .- N 0 O d' V d' CD 0 i CD 00 01u) h d' CO O Ln M N N CD .- CD CO CD N N- O CO a) CO V d -. CO CD O N N u) M N O O) a N CD O (O aa N a0 O .- N d' t0 a M N O) T O) O N M d' R u) (0 N CO CD O < N M tD ,c.,.„, N 00 CD O N CO d' N N N N N N N N N C') M M M - m �/ Nn N O a= I m O N O CO CO N O M V M N V N (D d' O a- d' CO O CO O O d' O N a d < O] N N M M N N d' < N M d' < O '- d' (D d' V CD (O N O O N N O a) U Z M CO N CO M CO N N N N < N N N M CO N N N N N N N N N M M CJ W W : < N NI N N a O) N d a s 0 J 0 m co 0 0 11 Z Z Nr a a = J Y /) N N N (D < M (D O ao N N (D N M O .- a) N W N 00 an CD N N C) M N Z Q W O O N a- M N M u) N N M O N d M O O O O u) CD )D M O V7 u) 3 I N CO < O). CO (O O) .- d' co N d' O < a) CO a) N C) CO CO O u) M M O M p1 U •- N M CO N a) N M cc; (D M N- a a0 (D (D 4 N M N N < CD .- M V Y I a) co co O .- N M d d' 0 O N N 00 CD O a- CO 1- N O N a0 O O 1 E N C < < N N N N N N N N N N N N N M CO M CO CO M M M CO CO d 4O a s a' - C M (.� M M CO- CO- M M M CO. CO- M CO M CO M CO CO- CO- M CO. CO CO M CO M M M M (1) .0 M R• N VS-o H N- N- 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 2 W w I co N 0 (D c. CD O < CD O a- 00 d' CO (D (D N CO CO d u) CD d' CO N N M I I CO CD N (D 00 CO d' O .- CD u) N < N (D N < CD N M in a) Leo co N co I co M O C a) co co co O N N M O M M N CD CO < N N N O N CD a) M M d' CO N O N lLei4 N .- O O) a0 a0 a0 a0 ao a) N d' N O) N (O a o 'i CC :.M M CO d' (D CD OA CO CD O < < N CO at N OA a) O < N CO 0 O N C - C Co (D CO (D CD CD CO CO O CD N N N N N N N N N N CO 00 00 00 CO Cu 00 t - L `4 N: N N N N N N N N N N N N N N N N N N N N N N N N N N o N 1 t+ N (D. (D (D (D (D ,D N (D u) Ln ,D V) N ,D (D u) u) N u) N (D ,D 0 (D (D 0 V7 =, 0 O) O) CD a) W 0 01 O) CD a) a) CD CD WCD CA W CD CD a) CD CD Cr) m m CD ED 2 ISI Z ,D 0 u) u) 0 (D ,D u) u) N ,D tD ,D ,D (D N (D 0 (D u) (D EAN (D (D tD N CO .. a2i m L = V d 7 co co co o- N00 R O d' d' M O )D (D N 00 CD T0 (D 0 d' N ED ` C a) M. N a) e' O < co CD a- N CO N V CO (D N O M CO d: < O CO a) O V O Oi R a O O d' a0 (D N O N (D M < a; 0D N (O co (D u) (D N d' d' u) u) (O O 4"- tit) N N N co a O O < N M M d' )D CD O N a0 CD O < N co d' (D O N O a) O N .- N N N N CNN NNN N (i0) O> a y, 2: S I (fin J F 2 2 0 O W V O 1 CD < O OD.. 0 a) N CO M CD V. N )D O N CO O O O N N O M N N CD O CL a) M N CO N u) a) N. :O) N N- M. CO d' O CO 41 N d' M N 7 N a) (D N N I a) N M V ,D a0 u) M O CD N (D u) a d' d' d' In O N O) .- M CD O) MI N N N W a) a) O N M M d' N O N W (31 O < N M 1- CD N- Cd a) < I < < < < < < a- < N N N N N N N N N M d N N C MI IZ 2 c1 1 G NL i N O N CD N O CO N 7 ,D A.....O O O W 0) N d' V N (D CD u) N O N (D u) .- (.D O d' d' N M co CO O CO CO - O N CO N O M a0 O O (D O O N CO a) O < O O) ao (O d' M .- CO u) N O O N m d' O N u) in N N (D CO d' N- 0 N u) 00 a- d' N O N co N O co ,D 03 < co CD , 0) N N. CV N CO 01 C' d' d' u) u) u). u) (a co co (D N N N co co co co O a) cn to = I N N d' N u) M N CD O N .-- u) d' d' d' CO N CD a) O O < O N d' N N- CO d' O) M CO N N N a) CD M W ) V co N a): CD CO (D .- M N N N M N d' O .- N N N N N O O) N to d' N a) CD M CD N d' O (O N N 1 O O < N O M CD CD N uCO O M (a 0Cd' N 0 M N OD < M O aD < M CO CO M d' d' d' d' uI N N O O CO CO Fes: N N 00'.:CO CO N T Q) m O O 0 r' < < < < < - - < < < < < < < 1- < < N n ,D N N u) O u) CD M CO (D < Oct MOO 0A N N 0O N _ O O M O �� li O 0) d. co. O (D N O N d' (D 00 O CD N u) CO 0 N N M O i N < < W (D La Ca: N N N N N N N M M Cs N < O O Q7 O W a0 a0 OD LT; ,D u) d' d' d' d' d' d' d' d' d' V d' d' d' d' V d' d' V M M M M M M E I •N U) •N ") a N ND M CO N u) O ND 0 N O CO ao CO CO 0CD u) N O N 00 N O CO N O I! J a) O N- CO (D 0 M a) N CO O CO M O 0) O N d' c0 CO M O co OD 0 I a M V d' (D N 0D O) a) O < N M 4 4 u) (D N a a O) O .'- N N M u) I •- .- < N N N N N N N N N N N N N M M M CO CO M I N U T V N m I C '— N O d I _c L Q CO coca a a O O O 01 01 I Z4. u) NN .n 0 0 0 0 0 u) 0 (D ND (D N N u) Ln (D ,D (D N u) N ND u) N 2 M d' N .- CD CO O u) M N O CO CD u) (0 u) N- (O N CD 4 O u) M N N <OD .- et N O N 1 < co CD CO d' a a0 O N M4 Na N a O) O O N M M M4 d N M CO V. N < V N 0 CO O CD N u) CD N u) M O M Q MM co co 4 4 4 u) (n u) co co co co N N N- O CO CO O a) co O O O O CO l O z^r < < .- .- .- < < .- < < < .- < < < .- < < < - < < < N N N N ' CO d z =C*) C .. a o c >, .. a rn m ED 0d .O . d aCOo oa. u) 33o v) ) 1 • 0 y 1,11 M V 3- W U) IN U) V' 00 (O M m U) M (O 0) 0 (0 __--�-N N M U) CO r N N O N U) O O M M U) 00 (D m M O m m N N O m N 00 N , a ZOM gioN D O V a0 M r- N N n O O m OD D U) M N U) N. O0 ON V. U) IN CO 0 - M U) (0 00 0 N M U) C- 00 m �- co U) r) (n m Y I v v v Y 4 (n ( U) u) T T (o (o (o (o (o (o (o N r N CO an in ci co Q= 11 co asi ,!I 00 N 00 N M U) .- N V. N M U) N co n N N 0) (D U) U) N N N N N ,,'. coa 3- IN N U) 00 O N M M CO U) .- N 00 N CO (O V' CO 00 CO CO 0 O U) V. M W W 0 M M M N N r 3- 3- N M M M V' M N N N N N 3- .- O O O 0 IN N Z N N d , a n J O O p ' m m 0 'I� p o Z sx 0 1 CO O) N CO 1 J Y U) (A 7,5 C. I O _ n O L- 0 L- U) V 0) O U) U) M m m M I. M 0 M U) N N M (0 N N co 03V. Cb O IN O CO CO m m N V' M N 0 U) N CO N 00 N m U) 0 (O N u• -) O Q 0 N U) N N co co N N U) m 0 V. d• (O m U) co 00 M 00 LO M 0 ' N N M V' U) N (O O 3- M (O m N (D O d• m V m V m C+) U) O (O .- M © .- N M V. N O N m O N M U) (D CO m 0 N M U) CO n 00 O .- co .4 Q Q = C 7 V' V' V' V' V' V' V' N U) N N N U) U) U) O CD CO CO co co CO N N N NM M M M M M M M M M M M c') M M C) M CO- CO: M M M M M M M O• (M) M C) 'C 2 li R 7 r n N N N IN IN IN N N N N N N N N N N N N N N N. N N N D • o o H Sc w 1 W I I N CD 3- N- CO CO 0 N 0 0 3- O V' 00 N N. M m N N M CO CO O O V' Of U) 00 M N M V' 3- N. m _ M N m V. M O V' U) N M 0) M O (O V' d• U) CD N 00 CO m M CO m M CO (O (O h- I-- co O N N N V' m V m U) c- n M m U) N R O O N m U) N m CD O M (D U) l} L p) m 0 N M U) N 00 0 c- M U) (0 00 0 M V' CD CO m N M U) CD 00 C O C CO 0) m m m CO Of 0 0 0 0 0 0 .- L- L- L- .- N N N N N N t I ,C g N N N N N N N M M M M M M M M M P) COCOM M M M COM M w N 1, t 7 U) U) U) U) U) u) co co N U) U) U) U) U) U) U) U) U) U) U) U) U) N (A N U) m Cr) m m m CO m m m CO m m m m CO m m m m m m m m m CO m Z U) U5' U) U) U) U) U) N N U) U) U) U) U) U) N U) U) N N U) U) U) N U) U) y C N .. O d N •O C V N 00 CD 3 CO M 0 N N N 0 M N 0 V' m N N CD 00 M N m N co 00 N 3- I Q E...' C Y m 0 M n M )- 0 S- M r U) CO CO CO CD U) CD m V' r- m CD N CO N N ` wU) R (0 03 m O N d• t0 O O N6 co; N6 O O N a0 M m U) c- n O w C.) N V. U) N 00 0 N Co U) (O m )- N V' U) I. I� f0 O N M d (G T A N O M M CO M CO M M M V' 4- V' d• V' V' d• d• N N N U) U) U) N CD CO CO A O G t Z a X11 fl r2 2 (o O I W t O 0 M I- N N U) 0 CO U) N N M IN m N N N CO 0 U) 00 CO N 00 m a co h. U) N N 00 CO M - CO U) M O CO 00 CO (O N .- (O N N CO IN V. O OCC N V' U(D) 3 CC- O m M 6 U) .- N C) 6 V O CO N m U) N (D 00 U) N m M M M M C) V. V' VV. V V' V' U) U) LLQ') U) U) U) CO (D (O CD CD CD CO IN CL a rn 00 Z '2 2 co m c LI— 00 CD N M CO CO 0) 0 N' (0 N 00 m N CO N. 00 CD U) CO O N N M CO M N N m M U) U) V. O co U] CO N .- N O V' CO U) m0 • Of (O CU U) O V' CD 3- N 00 3- V' N m M 0 U) O CO (O N 4 M N N O m O co m 0 0 co0 N U) N 0) N N CO 00 0 N d• 0 CO 0 N N V' CD IN m N N N M M M CO M V. V' V' V' Q V V' O ;N N N N NNNNN N N N N (V NNNNN NNN N N N N a = ISI co, CO N CO 00 V' CO U) N 3- N M V' N N M 3- 0 CO U) N N CO r r r .- O 0 U) CO N CO N CO CO O O O V. U) :.. m O N U) N m V' N U) m CO O 6 m N 6 N W O N V' O N- i'• N CD N d• m6 • N O m M (D CO 0 M N N 0 N V' IN m M U) N. Of .- CO N N N 0) .- CO 0 0 0 .- c- L- L- N N N N N M M M el...'M V. V' V' V' C d• U) U) U 1 E N N N N N N N N N N N N N N N C`I N N N N. N N N 0. N 01 1 g O U) m 0 CO N O N N CD CO CO CO U) 0 N 0) CD V. IN 0) 0 M N CO CO (O M O m CO O N V. m N- N- CO U) V; V V. V' Ni. V' cI7 U) U) CD CO m ..+ N I. C- (O (O N N I� I� 00 m6 N M M M M M M M M M M M M1 iS M M CO CO CO CO M M M 01 M V V V' V. V V Tr V' V' V' V' ? d' V' V' I1 E_ ''..... a I �_" (0 .N Q ca 1 M O 00 M U) 00 N. M M N. N 0 IN 0 N. M U) N 0 0 0 N 0 M CO N J I L- L- 0 (D .- N 0) M A M 00 ( N 7 V. N m N. CO M N N 0 3- 3- 3 Q 1 O N W m m6 O O N M V- co (D N N !b m O O O 3- c- .- M M M M M V' V V V' V. V. V' V. V. V. V. V' V. V' U) U) N U) U) U) U) VT .0 CO V V L -ct -0 Q co co co CO m m Z O O O O O N N U) U) U) U) N U) U) N U) co co N U) U) U) N U) U) U) U) U) U) U) U) , CD 3- CD O CO )- CO O M U) N. O N V' CO V' N O r U) N N m (O V' 0 I N U) O O r N 00 O O) O) m6 O O co O O O O m 0) m 6 00 O 00 00 I M M M V' V' R UM N U) CO .- vr IN 0 M (D m N CD m N U) CO V. CD m N M - CO 0- .- 3- 3- N N N M ) U) U) CD CD CO (O N. r CU)D N- r 00 0o0 '' 06 p E N N N N N N N N N N N N N N N N N N N N N N M N N N c- ]...3 d h O0 C .. ITa. V a 0 0 •O ypdda = o 3- 0am33p . co) I co • • _...-_ __-_...__... N_—411 CO (Sc0 0... 0 N M N 0 0) 0 O OD N- N COO 0 M (D O y n CU N to M CV 0 CO 0 M N N M CO O co 0 0 CO (O W ., O CO0 N O C M N O O 0 N (O N C N N OO 0 N (O N O4 M N N ! AM cg 10 CO O (Sc C (O CO O at M N N O 0 CO N N co O N C (O CO O (Sc C (D C) ! riIi CO W T 0? a0 O) 'TT O) 0) O) O O_ O_ O O _ N N N N m ,k1,1110 1d ��11111 > > O 4Z in M co t!) co co h CD N- O N (O N 0 N- (O N- (Sc CO M N C 00 O .- M � cac U M M O M C M C N N e- N (Sc (Sc to M C C to N CO (D 0 (D C L- (D M O O O O O O O O O O O O O O O O O O O O O O O O O O O 0 N N Z1 N y Q IA N '1,. II 3 0 a 0 J CO CU 0 I 0 C Z Z a 11 N CU 2 Co I 3 2 2 Y <c N N N N l0 N C N (Sc 00 CO to C N N O C CO C O O (O CO C 0 C C r- (Sc M CO (Sc -c- Q 1 0 C N to to 0 to O to N N C O N O 0 C C N M N 0 L- to N M M LO 11') CO CO 0 L- N C 0 t0 C N 0 CO 0 (O N- (O O C N CO N- O M N- 0 M M U t N N 0 C O to - (O N Co C O N - N M O to N M O (O N 0 to M Cr t0 N O 0 N C 0 N CO O N CO to t0 0 O M E N N N- N N O CO 00 0 CO CO CO O O O O O O 0 0 0 0 N. O cor v 0 A- < < 2 '17., a (h t+i (h tti ri (h ri Co C1 M 0' C) C) on (h co-. (h CU V' v v v v v v v c co M > (2 ,01- 2111 - M M a ,C 2 j ? N N N 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 w 1, C (D 0 — N (.O to N 0 N- CO C 0 N to to to N 0 to (Sc CO N- 0 CO N 00 t0 CO O M 0 O C 00 O 03 M L- O M CO to 0 to (0 N C0 N 0 1. N N N N 0 O OD (O M L- CO to N O 0 N 0 N to CO CO to 0N co I I N O (O MO (O M O N C O N C N C O N M O 0 N 0 C .- N M U 0) O M LO N 00 0 N M to N 0 O N M to N 0o 0 . M to (D 0 0 M C C C 0) M CO M M M C C C C C C t0 40 t0 to 10 to 0 0 (O O CO (O N- N N 'C r a MMM M M M M M M M M M M M M M M M M M M M M M M M M Z ` m m mo0) mrnmCOO) rnCDmmmO) m m m m m mmm 0) co m ct h ) N N 0 to to to to to o 0 N o to to t0 N to to N 6 to to to t0 to 1 C d. p c• d o cc fO V y C I to n 0) ;0) N O N to Cr) N C N 0) 0 N CO C N CU 00 O 0 N 0 (O i t O O M LA N O N 40 CO N (D 0 C CO N N N CO 40 CO N O N o w 0 a0) 0 0 t0 (O co 0 N (C) to t0 OND O to M C tt0 O N.: M N C (O N O N N C CO W tt�t d jr) Ce >t A 0 t0 tD N n N N N N N Co 0 co 0 0 to O) O O O O O o o O O O O• 9 0 0 m W 7 -I r- 2 Z W G O 1 M O c- C. CD' 0 N M Lo M 0 M N to N t0 O tO C M 0 N M N N CO ci t0 ,- - N 0 0 C CO C N 0 N 411 CD 0 O 0 N (D V. .- O N 1!) (Sc CO (I) N C to N C)) O C N.: M O 6 N 0 C O (O N 04 O 0 N M O C CY N N N N N 0 I` OD O N M N N CO O L- M 10 tD 0 O N C OL. CD 0 O O O 0) O O O O O O O O O CO 1 Z 7 ca C I N N CD to t0 C C N N- 0 0 0 M N 10 C N N- 0 0 O CO CO N N CO to N O N N M O t0 N 0 (Sc N O N M C C M N N 0 O CO to co N CO CO N 0 O ca O 0 N C CO(O 0o NC N'. .C 0o N O M t0 (0 COC0 N C t0 N- N I 0) N to N t0 to 0 (O (O (O (O N N C- N N- N 0o 0 0o 0o to O O O O O O on N N N N N N N N N N• N CO. N NN N N N N N N N N N N N N I Q Q H a N- N0 t0 _ O O 0 N C t0 to CO N CO 0 O N (O O N M0 C M I O t0 L- CO C N M 0 CO N CO C ':0 V' O M V•• to t0 t0 (0 N C co N I N 0 N M N O 0 N 6 C N O 6 tO 6 M O N N M t- O N 6 co co O N C CO N- OM t0 N- O N C CO 0 0 M t0 N CO 0 N C to t0 (O O 0 0 (D (O N- N N N N Co CO CO.. 0 0 O O O O O O 0 0 0 ' • iN N N (Sc N N N N (Sc N• N (Sc N N CO N (Sc N (Sc N (Sc (Sc (Sc (Sc CO M M !, 400 .- L- N 0 O O 0.- 03000_ 0 O 0 t0 N N M C Co C O N SI O N CO C (O CO N CO O O N N CO t0 t0 0 0 N C (O N N co O O (O O N C V C C C C C C V C N N to N to to t0 t0 t0 (O (O tD 0 (O r O. C C C C C V V- v V V- C C v C C C C v v v v v v C C v 7 .4 a I m •- 1 Jco co NN to M 10 N 0 M 0 t0 to N M N N N M N to M co O M O M to ' (Sc 0 °)_.. O O 0 O O O O O O N M M C t0 (O N 0 a"- N N 0 O QL- L- 0 0 1- .- to to 6 to 6 6 to to to to to N to to to to 10 to to to to t0 to to co 6 co co V T U 6) CO C v I C 0) O L -0 co CO CO cO M CO 030 2 Z a a O O O t!) 40 N 0 0 10 to to N (0 LO N t0 N O to to t0 N to t0 N t0 to t0 N to to .- N V; 0 (0 M O to ,- N M O co O 0 0N M 10 C0 N 00 O N M V' CL N N (O CO t0 N to V C C M M N N N O O 0 N (0 N to C M N N 1 N 0 M (O O N L0 00 C N 0 M t0 O N N 0 0 M (O O N to 0 C CO a 1 co O O O O 0 0 0 L- r .- N N N N M CO M C C C Cr N N t0 CO CD Op • N N N N N M M M M M• M COM M M M M M M M M CO. M M M M M 0 c arn >1 g ai o OdW♦ d d I UoN c.) au) 33o ) 1 h • • _ yM 0) V M V In U) 00 N e- O e- CO (D tt1 V N- N (0 N fD M M O N• b 01 V CO M CO V e- N LO O CO V CO O r e' e- N V 00 N N N N- O a Zt.IS m O m W O 00 00 O n u) N O h u) Ni T (O C) o V 6) (0 V 0) O .- M N N- 01 N V N- O M O 00 e- M (O 0) N V N• O N N 00 M 1 N M M M M M M V V V (D 66666 O O r- N N. OD 00 M 00 0) 6) m 1/41 mi 0 U u i� In i i i " i i i i i 3 O a= 1''1 0) CD (O N- N- O V M 4) V (D W O M e- O N- V (D V e- O O N- N N e- a d e' N O O O V M O O N N O N co N e- V V (0 U) to N M N N M 0) (n C) O O O O e- e- e- e- e- p O O O O O O O O O O O O O O O O O O N r Z 'I U 7 a• .0 a J p (0 (0 p O Z Z tY 0_ ) = E a N to N N N N QO 00 0) M N e- N (D M N 0O N OO OO M N O 'a e- O O 0) co 00 N. V V co co OVO0N OD 400 V M nO 66400 MVMNO LO (D O M 61 V 0) O 0) N 0) V r- o O O O O N (n O to V 0) ' co 0 N- M O D M O O D O Ni D ONi O QNi N 6 <- V N� <2 V 'a .2 0 'a M 'V Y N- 0I N V (0 N- 0) a- 4O 00 ,- M N 00 O N (D N- 0) N V (O 0) e- ell E N N N N N N N M M M M V V V V (D (0 (D (0 (0 (O (0 (O (O N` N- '- a a E I c y _ _ _ V v V v V V v V V V V V V V V V V V v V v V V V V v V O M el N .E .. 16 O.. N-- N. n N. N- N. N. N- N. N- N. N- N. N- N. n N- N- N- N. N. N- N- N- N- N- N-- a I 5.• .,z, 01- 2 .1.111 W N N M 00 M M 43- NNW O N (D (D 0) e- N N O V N m r co O) V N N- (D O 0) (O (0 OO N OO .- N- V N- N 00 0O V O M N- (D V 031 V N O CO O M N. 01 (0 M N O N O N V N (D C.O. N V CO O (D N N- O 0)) 03 (0 e- N V O (D V N- O M (D 00 e- M N N 'a <- (D N M . O O N M N NA V O m 0) e- M V (0 03 M N N- O N V (D O M N N- 01 N V (0 COI P. 0 p I 0 A N. N. N- CO CO CO 00 CO O M W 0) O O O O O r- .- e- e- e- N N N N N t L M M C) M C) (`M (M M CM M(M M (") Q V V V V R V' V 7 C V d' R V 1 (0) d two (n N N ( N N N D N D (n (D (n ( 0) (D N (D (D (0 N N (D h (D N N (n d 2 p ` 0) 0 0) O) 0) O) 0) O) 0) 0) 0) 0) 0) 0) 0) 0) 0) O) 0 0) O) 0) 0) 0) 0) 0) 0) = C Z (n to N Ln N N N (n N (n (n (n N N (n (0 N (n (n N (n N V) N N (n (n U) co 00) 1 'p = (• pj y 3 N• OO N O N V N N V e- a- V (D (n N- W 0) O O (n N V V 00 .- (0 -: C u V O '.O e- N V N- (O (0 0) O O O (n e- h M e- 0O N- 00 0) r- M (O N I W 21 W To N � a - ' <- M M N m NO a N V (D W ' V OO 606 ON (nNO V r-- ' O N(Na)N N N M M M M V V V V N N 0 N CO (0 (0 (0 Anv t N d 3- e- e- .- e- e- e- e- e- e- e- e- e- e- e- e- e- e- e- e- e- e- e- fa p O p N W J 'f Z U) O j 1 O O O N (p O O N- N N V O (0 (n N N co O N 0) M r CL (n O N. V: N O CO co.. (D (0 O) 0) CO (D N N• N OO 0) N V O1 (O M U) M O u) I O (D N: M O) V (V V (D 00 O Ni V (O h O O M V N (D N 00 O O coCC N- 0) O N co (0 N 0) co co 00 O N V (D 01 a- M N N• O) e- M (n CO N N N N N N M M M M V V V V V N (0 N (0 0 (O (D O (0 coro1 Z 1 m cn I m C LL N 6) N N O r- (0 O O) M N N O M N- V N- LOC, M (0 61 V e- O CO (O (0 (0 M 0) M (0 O C) (. 0) e- M (0 CO e- V 01 N (0 N• 00 0) e- N e- O e- 61 r (n M O 00 N: a- V N- O V N- O M N- O M n O M (O 6) M (O criTh- ,- N V CO 00 O e- M O CO O M (0 N- O N V N- 0) .-- V CO CO O M h N- I Q) 0 O O O O e- e- e- e- e- N N N N C) M M M CO V V V V (n N N N M M M M M M M M M M C) M M C) M M M M M M M MM M M M M Q33 N. V O N (0 O .- N V 00 (O N N- V OO NO) N (0 O (n 00 O V 0) o e- 11 O 0) 0) CO (0 e- (O CO M LO 0) e- M CD 00 e- M Ps e- N N- CO e- N M V V IM O 6 D V N O 00 Ni 0 O N n ' r6 0c; .2 0 'a e- LO .- 0 O co 66 .- 66 606ON (0N" ON (" O O 01 .O 0 e' r r '- r N N N N M M M C) M V V V 4 N LO N LII O >O> M M M M M M M M M M M M M M M C) M M M Cy. M M M M M M MN. N co O (0 00 O M N O N- O 00 e- M h 0) M.:. O 00 M M (D O N- 0) 0) e- O e' N N N M M M V V N (0 (D (O (0 (D r- co O co (0 N. O N M (n I t N- V N N- N N- N. N r N- N� f- N- N- N• N- N- N- CO 03 OO 00 O) 0) 0) 0) 6 III V V V V V V V V V 44444 444 -44 V V V V V V 11 E I 11. _ a. m •N 1 a CO N N N M N- 00 O M N O 00 n VIN OM h- M O N M (11 N- N M O M 1 O 0) e- V N. O N CO M CO (O (0 M e- O OI CO 0- r CO O e- e- r N 1 Q e- r- N N N M M M V V V V V V V M M M M M V V V V V V V to (n N N (0 N 66666 (0 N N N N 66666 66666 61 CO ✓ T u N CO co E C .°... V o Q 0coM Nco co b cot o M M M N CC Z0 o_ a O O O 11 to (D 'a Nn o 'a N 'a N LO N N N N N (0 (0 (0 (0 N N N N N N N (n C 1 N N N- O N V (O e- N N (D N' (D V O 0 O (0 e- (0 e- N- N N- N (0 00 ' Q 1 O O W CD N. (D 0) O) 01 0) O) 6 W 0) 00 aD r N (O (O N N V V M Ni N CL 1 N- O N 10 CO V N- (n 0) M N. e- N 03 M N- (n CO M N. (n O co CO N N- N- h 00 00 00 0) 0) 0) 00 ' - N N M M M V V 10 (0 (n (O U) .' O E M M M M M M M coM co co V V V V V V V V V V V V V V V V 0C .. d 2 7 (O a a m m 0 c " oy d d m 3 OO. u) 330 u) • • I N M CO O CO NN W W N M N N N N W n N N C r W CO N IN N CO O M N O W W N O W W N W CO M O N CD O C No CO a CO C OW C ,- W N ,- W N N W N N W N N ON N W N ,- N� V 3CO W C C C O ! 0 CO M CD W .- C N. CO N N h 0 co N W co O W O) O O O N N N N M M M M C C C N N N N CO co N CO Wt' d , 7 N N N clI N N N N N N N N N N N N N N N N N N N N N v (I) N O M� O a I N co m _ co IN N M CO N. C W N- N- W Co C CD 0 O C CD O O N CD C N CD C M a CL M CO N N N M M W N C N M CO C C N W f` co co co U o O 0 0 0 O O 0 0 O 0 o O o 0 o O o 0 0 0 0 O O o O C 0 I NW. r Z F f2m Q s .O a 0 J CD co O p o Z z d NImo/) - CU 0 = = Y N N N N 1 N CN! CO 6 CD a7 W N CD M N- C W C N W M M M C N CO W W M C CD W .- Z Q O N.- N W O C N CO N C O CO CD IN s- N N- 0 W N O O CO W s- s- 3 IN C N W CO N W O M N r W O CO CO W O M C C C N N C C N Mp, U C I N W O M 1--; 4 W ,- Q I� O 4 I: O M N� O M W W N6 W Q N: M ll Y N co ,- M N W O N N N O) N d' CO 0) .-- M CD W 0 N N IN CDN V W Q Q C N- ti CO W CO W W a) W W CD O 0 0 O s- .- N N N N N M M M O M M '5 CC' C C C C C 4_ C C C C C N N N N N N N N N N N N N N N N M M d . 2 , R = n N h N- N- N-- n n N- n r n N- N. N. N- N N- n N- N- N N- n N- 0 o H� W l!J i 3 C co N co C N C M CO O CD C co C O 0 O) co O N co V. N co 0 V N. M N N CD N V N N V I` M N N I- CD O O) N.- 0) N n CD N N CO O (- O W N N n W W V. N W CO V' CO CO N O) CO. M C W 1 W N. O) O ' N N6 M M M M M M N N N N N N N .- " O W 00 VN0) N N. CD s- N O) .- NN NO N C C p) O V' N- s- M M N- M N O) s- M N- O)C U') M M M M V. C C V. C N N N N N CO N CD W CO N N- N IN N- W W , r = 4 v v v v c C C v v v v v v v v v v v v v v v v a v v = ) C) N N N Nt02 D D M 0 0) m CO W CD CD CD CO CD Ca) Z N n. N N N N N n N N N N N N N N N N N N N 1 n N N N N totototnto toto .nto CD at 01 CD C O C_ CC V d "d C Vy 3 - N T^ CG:: W CD W W W 0 M C N C CD CD N M W V CO N N. V' N C ` C d V V.." CO O M N I- N M O) N MN O N- NN of N N- M W M CD N > N- W v nO WO W WOd. et () N M N V 6 C CO OO) WW C) DWN NNNC WD ( QdW al W N. I' N. N. CO CO W CO D D OCO O O O O s- .- s- 1- N N N N M. iS ,G 0- s- .- s- s- s- s- N N N N N N N N N N N N N N -I QW Wil 2 Z n O t I O N r CO V CO O V. N- CO 0 V. O CO CD N 0 N C N N N N O Q n C O) M CO O) O r co co M N CO N CO CO O N N CO O N N O N N CO CI) I O .- N N N M N N r- O W W N- W W N C M M N O W N- N ' I O N V. CO CO. O N V' W CO 0 N M N N. CD CO N n a) M N N co O N- N N. N N W CD CO W CO 0) O) O) W 0 O) O O O O O •- s- s- .- N U) `- s- s- `-' ,- ,- r' s- s- .- c- N N N N N N N N N N N 0.. CO V 1 7 (I) C I ICO N- '- N N s- N CO OW A 'Cb N- N co O CD r CO 0N- N- W N W O V' '. M N W CO CD N N CO N W U) O N V CO N.- W O M N- N 0 N N N W N N a) M CO O M N N CO CO - .- N O) C W N n W N O N C N- W C W CO r CO CO W O M N W O N N O N N r O N N V) W CD CO CO CO IN IN IN N- W W W CO O) 0) Co CO O O O O s- r .- N N O) V) .... M M M M M M M M M M M M M M. M M M C C C C C C C C C C d coto a. N CO O IN CD s- N .- N M Nr I• CO N" V. N CO s- CO s- N C W C s- CO V' M M. N W CO O OC] CO O V. 0 C N IN M W O M N O C n N W N tD O'.. V W N N- )" N CO C W N n N CO N N O N C N- O .-- C CO co .- map atom N W 0) O_ N N r O N N N C W N r N- n N- W CO W CO W 0) O) 0 O O O N N N N 0 E M M M M M M M M M M M M M M M V' C C V' V' C C C a C C C IIS C IN 0) M W CD N OD N.- O IN O 0) C N .- O a) C CD N C CO W O CD N. W O N C N CO W O M M M O CD N- N- W CD N C0 W. co. ) D) O O O O O O O O e- .-- .- .- 0) 0 O O O O --<- . V. .)). .1. 0 00000 00000 00000 00000 N N N E a (D 4 I co MO M co M N O N. O W n W O N n W O W O N.- N O N W M M W 5 O O) W M M O) N- N M N O O) N C W n N- C M N O N V M Q 1 C M M M MM N N N N N N .- .- .- c- O O O O N N N N N N N N N N N N N N N N N N N N N 000 N N N CQ C) T CO IU C. _cvQ mm II M cc 1 Z d 4. O O O 1 N N N N N N N N N N N N N N N N N N N N N N tow N N N M co. CO IN N CO O W CD C N N. N C M .- 0 0 CD W W IN N N N N.- CL. N .- .- O O m a) r CO N C N O CD W n W C M N O O) W N- N N N N DC M CO O C CO N C O C W .- N O) M n N M M CO O C W C`] a ' N N- IN W W a) 0) W O O .- s- N N N M M C C C N N CO CD CD N C C C C C C C C C N N N N N N N N N N N N N N N N N N h ta .d Co a g .. . rn 'I CC EQ d d a i _ mC o\ cacn 33 cn • • N h h N N- N 5- CO 4) N h co 0 co O N V. M V' V' (O .- O 0) h h 4) 1, 4) 5- O 0 W W 4) N CO V' O v W N W W N (0 N 0) 4) W N U) O V' O u) h I a Tdi = O (O h CO 0) 0 O W .- 4) Ni h N W M O) d• O N r 1 W V' (0 0) r V. h 0) N V' h W N R h W N 4] h CD N 4N) r 0 N 4) 7 W h h h N- W CO CO co 0) O) 0) 0) 0 O O O N N N N M M CO C0 W; N N N N N N N N N N N ci N N M M M M M M M M M M M M M M i V. 7 0 O a= o 4) sr CA 1 srO CD O 0 O) CO N V' N 4) M N V' co (O W 0 V' CD N N h N W a d 1 d• O h V' co h co O) N W h N 4) CO 4) W d• V' co. h O W 7 CO W d• N -- 0 O .- O O O O O O O .- O O .- .- N M .- O O O r Ni III p N. h Z E dC a s 0 J (0 d p 0 o Z Z X d d 2 = = Y up V71 N Cs! d ..co, W O CO h N W 0) O 0) V' O) W W 0) N V' 0) N 0) LO V) W 4) (0 4) N- CO Z Q 0) V' (O 4) 4) CO V' W CO V O) W W 0 W M O) N W O) _ 4) 4) 4) ,- 0) 4) N CO M h 0 CO N- CO 5- CO W h 0) 40 CO O W W co 0) 4 M ^`p' 0 ( 0) Ni (O h O Ni 4) h O) 5 4 (O W O Ni N h 0) N 4 4) h W M 4 (O (y G Y W co N CO O N V' t0 0) M 4) W CD N V' W O) CO 4) h O N a co. E N co V' V d• 7 N 6 4) 6 N (O (O W (0 h N- N- N- h co W co W a) 0) 0) 0) I p M M 'ae�{. N N 4) N 4) 4) 4) 4) N N N 4) 4) 4) 4) 4) N 4) 4) N 4l 4) N 4) 4) 4) 4) h h N- N- h N- h h N- h N- h h co M d .0 Q d .3.. N- h h h h h h h h h h h h h o o F- 2 w w I N- CD N- h W W 4 N- V 0U' OOV N CO CO W h h 04) h COW COM M N CD N- W W 0 V' ( CO 0) (0 41 O) M M 0) 43 M 4) N W N h N N- M W 5- N O (0 M N V' 0 h (O W (O h N W N N- .0 h W 7 M o O W h 4) V' Ni O h 4) M .- O W h W W W h h h W W C,) U).-C) V' U) W CD N V' N h 0) M 4) CO CD N V' 4) N- 0) M 4) h 0) 5- M C G 1 1 C 03 W W 0) 0) O) 0) a) a) 0 O 0 O 0 5- 5- .- 5- .- 5- N N N N N M CO U L L = U V' V' V' V' V' V V' V' (O N 6 4) N N 4) 4) 4) 4) 4) 4) 4) 4) N 6 N .. wa) N , .N3.. 0, co al0))� 0 W ONi W W a a)_ ON) aa)) ON) 0)) O) 0) 0) 0) W 0) 00)) ON) aa) ON)_ 0) 0) 0) 0) 0) '� Z N (/'C)... 4) 4) 4) 4) 4) 4) 4) 4) 4) N N 4) 4) 4) 4) 4) 4) 4) 4) N 4) N 4) 4) N C O Cto u ii; c 10 .. PO C 2 d = O W O :. N 4) 4) W CO N- O W N 0) O W O V (0 W 01NI0) 0) W 5- W (D I ` ` f.1 4) CO W :0) O) CO W N 0) O h 4) N 0) 4) M 0) N 4 W V' h O M (O W 7 (O a) Ni 6 W O M N h O N 4) h W O w 0 d V N 'i1 CO W 00' 0 M 4) N- 0 N V' W 0) 5- CO 4) CO CD N 4) h 0) a- V. W CO O N I 0 4' 4'. N d IX d co M M V' V' V' V' 4) N 4) N 4) (O 4) N-(O N h h h W CO CO CO 0) 0) u 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 C b J 2 Z N 0 I r O 1V' - CO MI 0 La 0) N 0 V' W O CO W W W W N CO CD N 0) M N N Q , co d7 co o... V M r O..:O h 5- N M CO 50 .- O .- R O r h V W W u) I a) M O) N 4) CO 0f h V' N W W M O W W V' N O O) O) O) W W W Ce N at 0 N- CO CO V' W W O M 6 N- CO O N V 4) W a) 0) 0 h 0) N N N N N M M 0) CO M V' V' V' V' V' V' 4) N 4) 41 4) N CO W W CO W 0. 'II N N N N N N N N N Ni 'N N N N N N N N N N N N N N Ni N N N M Z 1 Z = CO C_ W V N W N- (O CO W 0) V. 0 N- 4) 43 O CO W 0) 4) W N- 5- h V' 4) 0) O CO CO O N 0) Op 4) N CO CO V' V' •- M O co W V' N N V' N o v 0) v 0) v of v Oo n1' ,:al v 4) h W ,c V' h O) N V' h 0) N (OO h O N N h O N V' h ON) : 0)) W W d V7 N N N M M M M V' V' V' V' 4) 4) 4) (p W 4) CO h h N h h W CO CO CO 0) • V' .4.,..4_ V' V' d• V' V' V' ,..,4-C6_ V' d V' V' V' V' V' V' V' V' ,c1:_ V' V' d• V V .4.1.1 ' a 0 0 ,�' O) 0 N W CO V' 0) 4) N O 4) (•) W V' O N 4) N a) O U' l ili co W W V' co V' V' d• N O CO CO N .- 4) N h CO W 0) W V O h V N N 0 O N O N O N O (O O 4) N Ni h NO h N W O N 4) N- CD N (0 h 0 N 4) h 0 N N N 0 N 4) N- a) N V- (D 00 N OW') CO M CO M V' V' V V' 0 0 4) 4) (O W U) (¢ h N- h h h CO CO CO CO 0) 0) I O E v v v v v v 4- .4 v Ni- v v v v v v v v v a v v v v v v v N 7 N CO W 0 CO CO 0) W 0) V' h CO 4) 0 W V V'.... M W U) 4) 0 O) V' M W 0) 7 M 0) .- a) co. co W N N- N 0) V' 0 W 4) CO (3) O 41 V- W W V' N L 4 N NN N N4) 444uN N) M) 4M 4N] N NN 4 7) O 0' dl V `4,0 V0 VV V' Ili 7 N o_ !_a, co •N a co 4) N O 4) N h h CO 4) W 0 CD 0 CD CO CO h 4) N 0 CO CO M N N N h SII N 0) h 4) CO O 5- 4) V' CO CO O CO O V' O 4) O 4) N s- W CO CO 4) 5- h Q O O) 0) 0) 0) 0) O) W O) W W W h W W O) 0) O O N Ni N N Ni N N V' V' V V' V' d' V' d• V' d• V' V' V' d• V' V- 6 N 6 6 0 N 4) 0 4) 4) 0 , U S. d V _ 0E CO C° V d O 'LO N m M m 0 2 a] 4 4 4 Z d d O O O 4) 4) 4) 4) 4) 4) 0 (0 0 N N N 4) 4) 4) 40 .0 0 4) (a 4) 4) 4) 0 N 40 40 R h0 CO h O M 4) (O h W N V' W CO M M CO V' W N h CO 0 h d V' Ni O O) h 6 V' N O W W d' M O) h 6 V' Ni W h V' N 6 h 6 N N ' CNI h CD COCOO0 01 N- W of 0) O O O V' CO N 4) 0) M N- .- V' W N W co M h M Q •- 5- .- N N N CO CO V' V' V' 4) 40 4) W N h 00 4) N 4) N 0 N 0 0 (O W W W W W U) W W W W W W 0 W W 0 W W 4) c .. d 2 = 0 tu D. y iii .. 2 O) d 1, 4) O :Ed d y = 'II N • • yM n O CO N O CO r CD CO CD (O V' n N O CO n O N CO N N - C) r 1 (D N N U) N CO r n V' M N O V' O CO N- O) r M CD O N IN V' )-- CO. N N -O O M n N CO N tD O d• O M O N NN O M CO CO O) V' O (O n Si N O N N n C) N V' n CO r V- CD O .- VCO O V' O O) N dIN 0) N 3 7 VVVVN N N N (D CO CO CO IN IN n n D CO CO CO O CO CO O ONN C) C) CO; OD aim w > "2. O N 411 0 CO1 N co r M M r .- CD V' CO O n CD n n CD O M O CD .- CD O O CO a N... O 00 Cb O N N 00 CO N CO N- N N Cr, N- V' N CO V' CO CD CO (D O N 00 1 W W C, I r r r r r O O O r r r r r .- --O O O O O O O O O O O r . I 0 IN IN Z N m Q a) 7 N CO O C Z Z CC d rr 3 a C Y N N N N l0 ao CD O O O CD O CO M N O r IN M O n CD M 00 aV m N CD N fD N n _ _ Q V'CO N- O NN N V' O N V' N el CO CD CO M CO CD N O O O r- N V' N N M O O O n V' N N CO M .- M n V O n V' M V' N CO O CO N M V) C.) n CO W CO CO CO OO CO CO OO O O r N M N n (D O N V' (D CO O M V' (D M Y E N m O N O O O O N VD m rN M NN Nn O r MM CMO U) '4- v V- n O r M o < M ct amN (. m ,c- (. co m m ( m m o ri co- (o co- m (. o m (o m m m co m m C0 -CE n 0 = n NNn N- NIN n IN n n NIN n n n IN n IN IN NN- IN n n n IN 0H �o W .• W I N CD N CO N N CD N O CD O C0 CD M )- O r 00 r O NN N W NOD M V' V' N N N O n (D O N r O CD CO N CO CD CO IN 00 n M O M I V' V' N 00 M O V' n CO O n O O n M 00 M CO M 00 M CO M O N N CO iliI: O O N4 N n (O O O O O O O 00 CO n n CO (O CD (D I O) N CO O N V CD CD O N N N O r M N n O O N V' CD (O O N CU CO CO C G 1 C CO M d; V; 7 4 V' N N N N N CO CD CO (O (O N. n N- N. n co co co co co L t g CNNN N N0 N NNN NN viNN N N N N N N N N !) N N1CO 2 N N 0) mONNN N NC) N0) NTNNNW0) C)0 0) 01 N D) C) N W mZ N CON N N N N_ N N N N N N N N N N N N N N N N N N N N N p d ' C U 01 C 2 C 7 coN CD OD (7, .- n co co co N co n V M CO O N CD N NCO N CD CD N N. 0 'O C V �. ` 0O V' CO r n N- 0 V' O N- n O .- N CO r N r O CD V' Cb 0 4 2 W W N CO w N N N CD CD n O O M N n O N CU n O N V n O N N !' O 0 d V w N N- O r M N N- CO CO N CO O N v CD 0) M N N 0 N v Nco I U d y X A 0 ! O O D) O O O O O r r r .- N N N N N M M M CO V' V' V' V' V' N Cew L 0011 N. N...N M C') 'M M CO M M M M M M M M M M M M M M M M M M M 3Oo N r Z ,R. M 1 2 J 2 G o 1 N CO CU V (C) CO V CD CD CD N O N O N- N O n NN n 00 N M CD O Q co O N N :C" N r 00 IS: O r OD .- MN N O O CO n N V' CO N N CO N- a) CO O CO O N M CG 4 4 N V' V' M N r O m NN N V' M N O O 1 cc M N O O N aO CD O. N V' N W O N V' N n O _ M N n O N n n n n OD OD Cb O D) O O O O O O O O O O N N CO. >+ : N C.I. N N N N 'N N N. N N N N N M M M M t7 C') M C7 C') M M co- M I 1' 7 co 1 (a C LL" 0 CD N co n CD CONCM N CD e- COCN CO CD Ul COB .N0 01 CO 0- N V' N CD N M .- n n .- V. CO O N Cv) n .- CU 00 N CO O CO n V' OD r 4 n O M O O .- 4 O O M N Oe' O M N n O N V' n O N CU CO O CO CD Cb O N N N- O V' CD 00 O ' CO y O O CO O O O O O O r .- r r N C4 N N CO CO CO M M V' V V' V' N I CT 1 Q N 7 V' V' V' N N N N N N N N CO N: N N N N N N N N N N N N N a I I 1 M .- n Cb V' W N V' O O N It CO CO N n N O CO V' CO CO N V' n 03 I O N O n N CO .- 00 CD V' O Cl N CO N CO NCO: C] O V- O CO N O N n O N N O M n V' O N O O N N fO V' n O N N n O N V' n C) N CD O N N N O N V' N O V' CD CD r M N CO O N Vn O M N 1 O O O O O O r .- r r .- N N N N C') M M CO IN V V' V' V- N N N I V' V' N N N N N N N N N N N N N Cl) N N N N N N N N (Si N N 00 O OD M M (D O O M n N O CO 00 O N CO CO O O .0 n N N r CO CO r (O .- O N IN CO O O n M O V; CD n CO IN CO O N M M O N M N VN' VV' V' VVVN VN n W O O O O• O' O VO O' O Si O CO O O E v_ 0_ 1 m 1 •N Q IN M M CO M N O N N- CO n N O N n n O 00 O CO N CO O N M N N (O N O O CO CO n CO O M V' d: N n O O N CO N CD O O N N Q 1 r r r O O O O O O r r .- r .- N N N N N N0 M N N 00000 00000 N N N N N 00000 N N N N N 00 CO U >. V 0) O] C E a) 0 1 s L M co01 VI 1 co t j 0') M M 1 O co Z c CL D O 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 N N C M r CO N N O CO r n N N V' N CD n O O r N 7 O r N N M M 4 I d 1 O 00 N M .- O CD V O n V' r OD N N O n V' .- W N N O N M ON N CD N CO O CON .- 000 N CO O M n N (O N CD O M N O V' Cu N M Q. n n OD CO O O O O O O r r N N N M M M V' V' V- N N CD CD CO n U) (O t0 (O CO (O CO (O N n I- r n r r n N.: n r n I- n N- N n n N N ,, Cr) I>. 1 a 3 0 n $ a m U I CD 1 G7 W N "y o 1 N • • E 011Al 0) V t0 CO M N CO V V N 00 3- M N co O M O O 0) M r M U) co ' M r OO N () O fo N N M O O O up N N- O U) co O O co N CO -Q N N (D 3- 6 O N 6 m V N L- N M (D (0 N 0) O) O N N N .- V N- 0) N V co co co (O O O CO M 000 .- �- N N N N M M .7003- M U) aD O O M CO M M V V V 'Cr U) U) CD U N CO rr kl W0 d -aY -fY Y v 1 q 1" Y Y 1" 5 ` rn a Y Y q ,t-- vq v vo� > o6Q m 1 :, M LON- 0) O N N O O 0) V O O U) .- N M O N CO N N 0 CON ( N .<„, d N- M U) 0) p) M N p) O V M O M co(o O N (0 O O CO N O CO CO ULi! Lci O O .- NN .- O O O OO O N N6 V M M V V U) M W N N o N N Z 1 = IP 1 0 O 0 p Q III ..1 SII O (O a a O O I. Z Z it 0_ (U 0) N (0 o = Y 1 1 U] U) N N N % I 0) O U) N U) CO N V CO M V V 03 3- O N- 00 N CO 3- 00 N N O „- Q 0) U) U) N- M O N N OO 01 O .- M (O N- N- ND U) CO V M N O O N U) V U) UJ 3 N 00 00 U) N M CO M N U) CO N- U) N- N 0) V CO 00 OO M U) CO CO U) U) U N 00 CD O O O 0) 0) OD N (D 6 4 U] 4 4 D) OO (O 4 M N tj M 6 :. M G V E U) NN UN) O) No C U(O ON D ` NM (O NN p) MN O N C CO 00 O N V' O R (O N O 00 00 O 00 0) O) 4) O O O p M = Cr li a N O O CD CD O CO CO O O O O O co- (O O (O O co. O t0 (D CO N N N N M M O) C A V N N• NN.N N N N N N N N N N N N N N N N N N N N N- N I 4- 2 a o o W i SIIU) .- co co V U) N U) V V U) O U) 0) CO .- N CO I CO O O V N O CO CO O N .- N- U) 0) .- LO M 0) (D U) 0000 N V U) Of U) O N 00 V 0) 00 (O U) N M U) N CO O O CO N- O I 6 O 6 N O 40 O) - M V O 6 O N M M M N V O U) M V 4 N N U) _ .0 0) ONV (O O O M U) N 01 V U) co N O 3- M N O N O M (O N N °.' 0 C Q) W 0) 0) O) O O O O O 3- 3- .- .- N N N N N N M M M V L L = (0 U) U) co- U (O co- (O co- O O D O (D O D co- O (0 O 0 O co- O D CO- m Irn rn0) O) 0) 0) m0) 0) rn0) rn� m 0) COCO0) mNO0) CO0) CO I co 03 CO CO i 0) I2 Z IX tD l{)' coU) U) N co1p U) coU) coN U) U) N U) U) U) U) N U) U) U) l0 N U) U) U) U) li 2C O c ui u _ ! 'O C V a2 N 0) N M O N CO M CO O V CO O M v CO r O U) N O CO CO V 07 U7 N O N D V CO CO N CO CD 0) O O CO 3- CO (IIQ dMAK) co O N N N N Co MN N0 2 00 Q N MUco ONV (DCO ONV (000 00 0) ' NO) C) 0) MNV a7 Ra i0 U) U) UY co co (D at CO N- N- N N- N- N- N O OO 00 00 ND 0) 0) 0) O O .-- L 0 .0 1 — CO. CO- M C- M :N) CO- 0) CO CO r5 h') M M 0'1 M M CO CO- M CO- CO. M R V v o G o t A m 3 i z e I -c I O 1 r. ° 00 N CO M O N N M U) 0) N 'a IV O M 0 N N V CD UO NO CO N 03 r N- O M 00 OO) O U) 0) W 0) O) 4)) W O M V U) N 00 0) W 00 00 M OO N U) N.0 ` (D N N N M C)'` CO7 'M V V V 3 30 U) U) N U) L00 U) (ND CD U)CD NN N n O co -a M M M M M M V M M M M M M M M M M M M M M M M CO Z 3 c co co C CO COco CO N SrO 0 .- V M CO CO(O O COCO CO0) co I N V O N N- COOO CO N 7M D O O N M UN OM U) o N 0 UU) U) U) U) O 00 U) M N e' co U) N CO N V O 00 O N U) N 0) 0) O N U) N- 0) 3- CO N 3- U) N N a) 0 U) U) U) (0 CD O CO N N N- N N- N- 00 CO CO 00 O 03 03 CO O O O U) Uf (0 U) U) U) 6' U) U) U) N 6 U) (O3 U) U) U) 6 U) U) 6 U) (6 (0 (D (O m O CONa. ✓ CO CO U) N OO M V O (0 N CO V CO 3.. N V V O .- N 0) CO U) N 0) M OO CO (D co co L- co (0 0) O L- N i- V OD CO n CO M CO CO 0) O I N V N W L- M U) (0 6 O M U) N 00 U) D) ,6 co U) (0 O N O) N U) V co co N 'Cr N- 0) M U) CO O N VV N. N O N :: V CO OO O tD O N N 11 U) (D (D (D CD CO N- N N- N CO CO O 00 CO CO O) 0) to CO 0) O O O r U) U) N U) U) U) U) U) N U) (CN U) U) to N U) N 6 U) U) () O (0 (D (o O) N N M N V M M (D N M N V O O O O O O O (D ,- co cow .0- CD CO '- U) N 0) CO .-- CO CO N- 0) O O U) O a0 .- N O ND N M O N N I L N N N 6 U) M M M N N N N M M U) N OD O .- N M 6 00 N (O U) 0 v c v c v V V v V v V V v V V v v Np to U) to LD to to to to C GI a I .(.° I m •N 1 a CO N- O M N N OO N N CO M U) N N- N- O CO N N- N 0) J M U) CO (0 00 O N 3- CO CO (0 N CO CO M N N M CO CO U) M N V O I Q N N N N N M M CO N N N N N N M N O 0) W N O U) N- 0) U) N U) N U) N U) U) U) U) N U) U) U) U) U) U) U) U) V V V U) U) U) co '... a O N V 4 m C . V co co co 'L• OO Q M m m S ,'I coal O 2 m Z d 0 41- O O U) N U) U) N U) 0 0 U) u) U) U) 0 OO O M M N O O V O r N V 37 V 3- V U) 00 N (0 3- U) O V O O U) N CO M CO O V N CO N (D I a- 1 I N V 3- CO V 6 (D M 0) (O N O) U) N V O) C) U) N N O) C7 U) O O) M N U) CO M O O •0) N- V OO N .- O) _ M V O N N au N V O CO CO Q N N co co Of 0) 03O CO .- ,- .- - N N N M M M V V U) U) (p N �'' 6 n ti N- N N- r N. 6 OO 6 W co- 00 co- !?.1, OJ O W 00 co- W QD Op co- coco- co- D IS p .. 11 >, CO 0 C Q at a of at N Q 0 co 3' C co \' • i V U) N e— U) O V' U) V- CO M CO O O V. O CO V.(N V' CO V' V. O a0 U) 00 O (0 W Oa- afl (0 N a- O a0 M O W N a- a- M N m O U) O I` O O O U) O Nr-: N O U) O N U) O V' U) O .- , O (D N U) (O M (D N V' N 6 • a0 Lr, co O a0 N M (O a, co O N- 7 N O (O M 0 f0 N CO M aO M N.H IN 0O O O O a- N M M R 0 f0 (0 N- aO a0 O O a- .- N N M M V- s' to m y 07 O go > ... O 41 aa) MI 0 C .- N N aO a- 0 N r- r O N- n 0 M 0 N- at V. aO U) N O M N d CI_ 0 O CO 0 0 CO 00 a0 co co co V M V- V' co 0 N t0 O O O O 03 O V. Z NU r- O N V' V' r '- r N N V' N O O O O .- C M N M M N M N M M 0 N. r Z U N N Q N • 03 a s 0 J o a a o O Z Z 00 0 11 () N N CO a = = ,c U) aA W N I N N N 1 CO a0 N O V- a0 0 O a- V- N N O N- CO O O (0 00 00 N V. O O N O O _ Q N O CO O CO O CO CO (0 m M (O N r O a, a- IN N- N M a0 N 0 N - a III V- V; V' N N O O 1 N. a0 M 1- V: M N- V. a- 00 M 00 a- Co N M 0 a0 a0 M a,p` 0 [t• o (0 Q N a0 aO 00 I� a0 O a0 N O a0 i� f0 O N O M M O O I� M a, (0 N O a0 M O IN V' O 1 Sr a- I- V' O N- M O N O V O M (O O N co r- N M M V- a0 (O a0 r a0 CO O O O '- N N M M V. a0 a0 a0 CO a0 N- I� pQ Q Z rt a C N I- N- I- r I- N� I- r NS I� a0 aD m o 0 0 o m co a0 O (0 o co- au ,...,< M E y) co O M M (0 .0 Q R O n n r n N- N- r N- N- r r r I- r n n n n f� t` t` n r n r n I` O O H m W w 'I 1 II ap N- N N 0 (0 V. IN M N- Cr) CO N- a0 V' N O aO a, a0 a0 Cr) CO O V. • M a0 aO O N M CO aD M M 0 O O a0 CO d' M N N- N- 00 O V. U) •- N O IN CO CO (O O 00 O N a0 V' N O (O N- CO U) V' O ' r n M M li G01 (Na, M MO M O 6 N m M O ca O U) 4 N M O r- I- O V' O V �,, COO) CON- 0 V' N- a— U) COr N a0 0 00 N O CON � 'O _ N- M O N C O C V; a0 h t0 a0 t0 N- r f� a0 00 a>u CO CO 0 0 0 r r N N M M V' V' U) CO I L 'I z .L' (d co- (O (0 a0 (O a0 co- (O (O co- co- (O (O I- I- I- I- f- a- I- I. N- I- I- N- IS • N at7 a0 a0 a0 a0 a0 N a0 a0 a0 a0 U) a0 N a0 a0 aO a0 aM a0 N aO a0 a0 a0 aO a0 0 !7) 3 O 0) O O O O) O co co a, O co co O a, co Cr, O O O) 0) O 0) Co a) CO O • z c z an U):` an Lc; ari an an an U) an a!) an aA LC) an an ari an af) an ari an u ari an ari an rO ui 'O. C V P. 3 00 '(k p U) O CO M N N t0 N- U) N- V' O N CO N d• CO O CO W ` C w V - N) (0 00 00 n N M a .- O (O a0 CO 0) V' -- CO N- a0 V O M ,- CO N d• N (O N M (O I. (0 a0 N N .- N V' N O (O O O a0 O a0 M R (Na, 4 R O af} O a� y 0 C) W W U) (. a, a0 M O N- V' a0 U) co a0 N 00 a0 CO (0 a a0 O N N V N N s- N M M d• a0 CO O r aD 00 0) 0 0 r- N N M V. V. a0 a0 a0 a0 O N. N.W Ld a a- V V. - V- V' - V. V' R v - V a0 a0 a0 a0 a0 N a0 N a0 a0 aO a0 a0 N U) • II I- z (0 ..2, 11 1 O a0 O N 0) M 0 0 0 M M O N a0 0 N N CO M V' 00 n CO 0 V' r O M • a. '- W .- 0 a0 ab U) a0 CD O r V' CO O CO M V. N- 0) N N- O CO N N O O n V' V' U) O M N- O a0 - N V' a0 a0 6 O (O C a0 a0 N M N 6 O V' aO N 0 00 U) O N N CO N a0 0 M IN a0 0 a0 0 U) v- r M O I • rO CO O 0) CO ;Q 0 0 'a- a- 1- N N CO M M V. V' a0 a0 (0 O N. f` a0 a0 Ia O h e M M M M M M Si: V' V' V' V' V V' V' V' V' R C V' V' V' V' V' V' V' V' V' I CO Z 'z 3 !. I m G I L N V' M N- N N a0 O aD V'.:: a0 a0 N a0 a0 N- 00 at COO N O M M V' lI V' a- M a0 M 0) N V' aO N O N O (O a0 U) O 1 V' 00 at O M V' O O O O O O M n O M a0 e` N- O V' O M O (D M N N V' O N a0 O U) O " n ,- a0 N n N a0 M O 'VO a0 00 .- a0 N CO V. O a0 N O a0 N as U- N N e- N N M M V' V' a0 a0 a0 a0 n 00 aO O O O O a- N N M CO V' N U) (O O • 00 0 (O 0 O O 0 O co- (O ;0 a0 co- f0 (O co- N- n n N- N N n N n R R a O I — I N- O aO N N a0 N a- U) M O ,- O N O O' N O a0 O 00 a0 N a0 00 00 O C.O. M U) CO. U) a- O h N- O N N M 0 i- 00 M O. a0 N N (D N N (O N O O O '- d• O a- d• ca M O U) O 6 O N. aA M M U) O M n (a s-.-O (OIII N N- N r N N. CO 00 CO O V' 0 U) N. N- M 0 U) N- V' 0 N- M 0 I N N M M V. V' N M a0 a0 IN CO CO O O 0 O — — N M M V' U) U) a0 N- I I N O 0 (0 a0 (0 a0 a0 a0 a0 co- O co" (0 (O (O )*. N- N- N N N n r r I` N R. I,, III O N 00 O O O I� (O '- O N CO O OU- N O a- U) U) 00 V' .- 0 N- CO V' ,- M N O 0 r .-- a0 N M O rV 0 d' O — O 0 ' a0 O N — (D 0 ca M n O V M M V' M - O .- '- O N O N N ab 4 *- n N U) aO U) a0 a0 a0 a0 a0 (O a0 co a0 a0 co u a0 (D N a0 V- V' V. M M M N N , m •ri� a N. O nes) ow O co CO a0 N U) V' O O Mel aO U) M O aO O N O M (Na, n a0 CO V' r' V' N- U) (0 M N CO O N N O CO M U) V; CO V. CO I Q O a0 O h V' a0 O CO V' N O V' d. V' V' M CO N O 00 n N- N (O a0 0 I U) 0 N 0 U) U) 0 U) 0 U) 0 U) U) N U) 0 U) U) N V. V' V' V' V' V. V' U I CO I 0 T • V N C CE 030 Or .a mmo -c a M m ao ',. 0• ` O m Z L Cl- O O O 1 N CO N- 00 V' M 0 a0 r O O N N a, CO O a- (0 O O U) N M a0 n '- 2 I d• CO. N- (0 O CO M N N. O N CO V- U) .- r- N- N O 03 U) V' U) I- O O M Cl. I r .- U) O M O V' O O V' O 7 r '- O (O - U) O V' O V' O M (- N N N N 0 0 CO O a0 CO N. N- a0 U) 0 ar V M M N a- '- .- O O O 00 00 •M Q. CO Cr) O N N M V U) co I, a0 O O N M V' u) O IN aO 0) CO O N 00 I,, 0 .^. a0 (b CO- a) a) CO O) (P a) ai O aD ai o O o o O O O O O o O '- '- T (0 f N C .. = '- r r r r '- r r r I aO 0 O C O a a) a m 0 O a 'm3 $ o U) • • In COn (O 0 N CO CO to MN CO .- c- 0 n O O N N n a0 CO CO CO O cc li O CO n N C O co O N CO CO CO Ln N N co 0 N CO 00 CO V m „we IIII N: cccc n ' n n V' O cc N N N N N O n N (O CO M 0 a kill aka x to to tD t0 t�0 LO(O (00 (00 (00 l0 0 O O (O (O t0 t0 (O 0 Lo(O (O (VO (c0 t0 O t0 CO 1.I co t0 t0 t0 (O c0 t0 o t0 (0 (0 (O (O (0 (O (O (0 f0 c0 (0 t0 t0 t0 (O f0 t0 (0 �� CO V cell O M• O j a O 41 0, M V N CO N CO 0 V' CO M V 0 O OD cO ,- N- n O CO N n N cO a N.- M N (O (O O — c0 N O N n M W O O (O O CO (O CO v- n Ln N 0 W W 0 'I, M M M N M M M V' V N O O v, O O M V' V .- N M N V' N UN. n Z N N N N N N U 12 m , 1 Ip10 a n0 0 I' J11 as m 0 O c Z Z 0 a o w d CO • = = N N N _ N N N N 11 cO N to O c- O — (O N N O O .- v c0 — M CO 0 — N M CO CO 0 _ Q I V' cO c0 N N tO O O d• V' O V' O O V' c0 tD n cc O CO O CO N M N co U n CO N r CO (O (0 O CO N- n 0 n N- M n N CO t0 N- to to N NI- LO p�p� O O a0 (0 a0 ea O n r M M M N a0 M O .- (0 O O O m N M O M lJ V Cr, '.- O n m IT c0 n (O c0 M O n N v v M M N ,- — 0 cD N O c0 V Q Q n n n n n n r` n n n (o (o co m (o (o (� m (0 (q (q 0 0 ul to co co •7 `K W CO CO CO CO CO CO CO CO cc co O OO c0 co- c0 c0 o6 c0 c0 c0 c0 c0 OD cO W M M d .0 m 7 N ^ n n n N n n N- N- n n n n N- n N n N- n n n n n N- n O O F 2 w w I N CO CO CO V. n CO NCO N CO n O CO CO tO O N O O v OD O CO II (O 0 O n CO n 03 N cD V (0 NM n (O N N- N N- V' n cD Ln V' du CO 0 O n O t0 r 0 O '- d• N r M0 N M M M O VcD O ,- O d O n N d• V' V N n M c0 M e0 M cc; ? N N V' N M O O to V' N N U 1 Oc 0` V' — c0 N N O O V' e- 01 O V c- O .- (n c0 n 0 N0 CO A- V N- C 0 C 0 N- co c0 O O co .- N co co U N co co n n n n c0 co co co O O O E L ,_ ' n n n n n DO 40 O c0 m m 40 co- co- co- a0 m WOO— a0 ca W W O O 00 w d " co 0 O O O O O O O O O O O O O O O O O O O CO O O O O 0 2 Z co- N::. N N N N O N co cc t0 cc N N La N cc N N N to (0 cc N N Ln o O c ui R I 'p C V ` N V' O N N O M V' n V' M M 0 (O 00r-- c0 Ln 7 V N O O CO e ` 2 C 3 d V N N T CO 'y' N O O O O to t0 O O O (O N N cO co (O N .- (O (0 T t(. W c0 N- O O tO V O O t0 O N 4 ca M W o O (O O N O n (O V 2 d V H n CO N N N CO n (D v N O CO O O 03 n n CO (o M N d a' A d - n n m' cO CO CO CO m N- N- n n n N- n (0 (O c0 (0 t0 t0 (O O t0 t0 t0 ,= d d u1 (0 (!1 N N tf1 t0 to O (lD O N N t0 N c0 N N (0 N tc1 (o to (o cn cn To 0 0 . `,$ I J rd 2 (A O , a O 11 O V O :N V' N v- CO N NNCO N 0 co N N co O N O O V' O_ O CO n O r O n (O `C O O W N N O M V- N CO co V s- N •- M 0) O O V' t C1 M V' l7 O V' O uc O n V' co n c0 ca M O O O n n X W 0 0 O N CO0CO ' 0 ( O r cc0 N Ont m O O Lo 0 0 _ c- n O N (0 O ID Q. N u) yL' V' (n (o N N (n N vi to c6 (o (n N N N co- co- co- O (O (0 O (0 O N a. W ` 2 7 c C (L O M O c0 V co N — V• N M v- M O O N 0 V' O n M O O NJ- (r0 t0 O CO 0 0 LO N a0 O V' N O 0 N N 0 CO CO O 0 V O- VO N O tW M NO o O ND N p O M N N it nM O cd O O 0 O W co co O N N M M CO M d N. N- CO CO O O O — N N M CO V' V' In N 0 0 co O c0 O O O t0 (0 01 O (mil ^ N n n r-- cc co co- 0 co co- co ao m co 0 cc co eo co co m co co co- co a II 1 7 c0 V' CO CO O N (O O n 0 O (0 00 N I, N t0 V' n M V' O 0 V- O n N 0 00 c- V' v- CO M c0 CO cD N In N CO CO CO N N- M N v. CO CO n li (0 O V' n O N V N n O M n .- V' O M N V o1 n O O o c0 co COCOON 00 V' O co O (O n N cO CONN COO N 00cD O W CO n CO CO CO O O N N CO M V' V- (o co cC) O (0 tc 0 O O (0 (O (O 0 1, O a r� n n n co co co co- co co- co co- co- w co cc' aD co ad...cc co co eD co- CO- CO- ' N 3 SII, CONN- CON O N V O N N O O) O O n N n VIM O O N N CO NI- I CO co V' (0 c0 .- co n co co O CO N N- (0 V' co 0 V; v- 0 O n CO V' rn M O (O rtn1 N O O VO VO O O VO O V N O OO O W cD N V a v M M M co M CO CO CO M M CO CO CO CO CO CO CO CO CO CO M M M M CON. E a �. a Qm N a co c0 V' (O O O M N- CO d' n N NCO V- 03 N cD N V M (0 V' O CO J O N c0 O V V' V' cD n O ..0 M N- O N- V' N O N- V' ,- N CO O O Q n n n n c0 e0 O N n V' 4 c0 co V' M4 V V d• O n - W V . co co V V V' V V V. V- c0 (0 c0 V) N c0 c0 N N N co c0 (O O n cD c0 O O I N U T V N m V C * I • d O L -c Q CO 0] 0] W O ` 01 CO co Z d d 0 0 0 O O N v- V N V- O O V' M M 0 O V' c0 -c a0 M (O O t0 v- Z O CO O c0 M c- N V' W O CO v- N CO CO N M U( 0 CO CO 0 N- V' N N 1 0- N N (0 O 4 O N cn O V' cD M n O N O O 2 n N M (o NNO 1 N N. N- (O O co V' V' M CO N c- 0 O CO O nO M O O N (o 03 N M a co V NCD n OD O O s- N M V- N CO CO n n n J n CO 03 CO O CO O 0 1 aD 41 G .- '- ; N N N N N N N N N N N J N N N N N N N M K . C I a _ r r r .- c- r r r .-- r r 0 r r '- r r 0 .. .°c o1 am a i E• D d to N woIroN ----- v- (.) aca331 n • • y - __- a0 .- 0) N V O f. .— N V V O 01 N M O 0) O V N- (0 (O n N O N- (O Ali CD 01 N N a0 1- O O N- N- 01 L— V a0 f` N a0 (o N- N 0) N 0) .- V 00 aO ',i -0 a) f� (o V N O a1 R. O O O M O f- V ai V N- O M M M .- a) ai • I ,- O O O O O O 0) CO 0) 0) 01 0) 0) CO 00 f\ 1` O (D O V CO N 1- 01 O 3 i co co co co (0 (O co (o (o (0 to to (D l0 (o co (O U1 to IA a) co (o a co V V CO WW; d (9- ii (cs (° (0 (0 (0 (0 (0 (0 (0 T- T- a) a) (0 a (0 (9-i rn w j CO Urn (n Q I 0) Iii V at O N CO N O N r W N a) N O N O M O CO N r CO O) V 1".... O a d 0 N 0) a) CO CO (O N- V r 0 N O CO 0 N- N O O CO (D r- .- (D CO O 0 0 O ad (D (D co M N M O O O 1- 0) N O O4 0) (D (D N- N f- O M6 O0 N N- Z 5 — I F2Q O) 7 W 0 CO 0 0 O O Z Z '', z 3 J Y u) O0) O COf N O O •- r-- N (0 .- - M V a1 O N O co O a) 0 00 N. (0 O N Cl N Q V N N O N1 N (j 0 N. 0 N. N N 03 1` O 0 N- a0 L- (O N N CO N O N- O a) V O (O N N O co co a) N O O V O 0) N (0 V COM �,G�, U ) O) O N4 O O 0 M O O V r O R. O O O O6 0) N O O N V O M G co co N c- O O) at co C- co co to V co N O O) (D N O 01 N. (o VI Q Q ? C (0 O 0 N (1) V V V V V V V V V V V V CO CO CO CO CO M CO N N N O M M re i7 ct-' CO au cc ao Co O co- co- O O co- O co- O 05 co- co- co co- 05 a co' co- co- Co co- 0o c� a1 � R a N N. n N N N. r N N N- n n R. N N N- N. N n n N- N- n n R n N- 0 0 H m W 11 1t! COVO CO n O M O al CO O V N- O) O N O V O V (D 03 (D O) V O O CO V N. N CO (o N. 01 0) 0 O c- O V O N N O 0 0) V N f� CO CO O CO O O O O (0 V 0 1- 0) CO O N CO O M N O (O CO N O .- O .- N .- 00 O ai O O O .- O O CJ 0 a0 f- V N N O co 0 -0 1 p) O N (0 0) N (a 03 1- CO a) CO M (O O N N CO .- V (D O) N O N. 0 M N C O I C O O O 0 .- L- L- N N N N M CO CO V V V O 0 N 0 O O O N- N. N E L L = 0) a) 0) O 0) 0) a) co- a) 0) 0) a) a) 0) 0) 0) 0) 0) 0) O) 0) of 0) 07 O) O) 06 i tit Z ` m 6)_ rn a) C m W 0 0) a) a) 0 0 Of 0 m m m a) 0( m W 0 a) m m m 1 N N... N N N N N N N N O O (D N N O N N N N O to N N N h N I 2 00 d t C s ` O I Co O W O. co O V O co aO a) V O aO V CO CO CO V N- V 03 r N N- O 0) ` I u Y ih a) N M co r O a) V e- co co f� N CO O CO N. O N 1- O N O N N- 9 V CO w a7 (0) N- CI) (0 O O .- ai 6 N O) 0i N V O f- n O V N CO V O_ V a0 .- CO O r! N 0 U N ' 0 a) U) " N. (O (0 (0 V CO N N O 0) 00 N. (O (0 CO N 01 1- (O V 0d IC a s CO O (t) N N (o (0 to N V) (0 LO N N (0 V V V V V V V V CO CO M CO u O Ce w C a) I O u) u1 co W » (n co In to- (n (n U) La- 6 (n (n (n a v1 a- (n co- vi (n vi J W � S Z to D ��I O 1O) 1- N h CO CO CO O (0 1- CD N O O to at .-. (D N. CO CO CO O a) N N a CO (D V O (o O O N M S N CO N. s N- CO 0) O CO r O N 1- CO N N a) ''I O N 1- N co. O a0 05 (D O r O O a) a) oi O) O 0 O N O N0 N M 0 Cr a0 V r O CO (0. 0) N 0 a0 V r O CO (O O CO N CO c- V N. a) N (o N CO CO M V'' V a_ V U) 0 0 O (O (D N. N- N. CO CO a) CO CD 0) 01 a) O 0 CL a) SS O co CO m (0 0 (0 (O (Ci (0 co O co co- cD (0 (0 (0 (o co O co (O c0 (0 N- N CO z co (6 C I LL (O N V N- N- O O O (D V 0) 0 M (D CO O CO CO O O) 0 ,- CO N CO N V N- CO (0 CO N. CO (0 NCO f� (O N O) N O V CO 0) N O N. O 0 0) )\ O N O oi N- N M s- O (D V V O O O (a V M N M V (D IR N- O N CO N N N .- .- O O 0 0 0 0 0 0 O O 0 0 O O 0 0 O 0 N O a) O (O O CO (O CO (O (O O O (O CO (0 (0 (O (O CO (0 co (O (O c0 (D c0 c0 coI co co co co CO 00 CO CO O CO CO 00 CO CO CO O CO 00 00 CO a) a0 O a0 00 00 CO I a G CDeL ? I N. m N N 0 0 O 1- O) V 0 CO O M CO 00 CO co V O O N- CO N. N r a) CO O) O O 0 CO V V 0) O (0: (Na- CO N. 10 N CO CO O N M N I N N- M .— O O R. V N a) h N O O' R r (D. cN V V NR O a1 a) O) O N. n N- N. O O O O (0 (0 4) O O (0 (o (o O (o O 0 O N N N 0 N I O O CO O O a) CO O O O CO O (0 O O (0 CO O O <D (0 CO CO CO CO O O I 0 E O O O O co- co- co- co- O O co- O O O O co.' O O co- 0- O co- O co- co- co- O . 3 I O V O 1- 01 CO a) N CO O N 0 0 CO CO CO N O O (0 CO 0 V 0 O V N •' O CO O 1- N O ,- a) CO 0 O f- a) a) (a N CO N O V O N ''.. .0 (0 a V 7 a co V a a O O O u V V N CD O N V C+i .-- O m f` V I V V V V V V V a- CO CO M CO CO co N N N N 4.. 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 0_ ' — I Q co — co r co M co V O co O O co O n N (a V O V CO a) .- N N .- I O V 1- 0 V N N- O CO N N 7 7 O f� V O V V CO O O (0 CO O M N Q CO 0) V N N M CO V (0 O CO .— al co O O N 0) O O r f- O O O Oat a) a) a) CD CO a) 01 CO a) a) CO CO CO a) a) O a) O O O CO O a) a) CD • a o > u I 0( m V v o w 0303 t0 C M M II 0 j M M I O m Z a_ 0 0 0 0 V O 0) co a1 O O (o co N. O O O (0 CO V a) a) V N O CO O) N N- O) co a) Y) O Oat co V CO O N r 0 O 0 0 O CO N V O N. O V (D I a V 0 0 CO ai a) N- ai M V O 1: O O N V O O a) O .- M V O I M N O V N. 0 co co O) N CO a) N N CO (0 O V f- O V r O M O a 0 O L- ,- N N N N C M M V V V O N O co O co r O O O JD M M M M M co- co- M co- M6co M co- M M co- M M co- co- M M CO M ',. a) • I 0 � M a N .- O C T Or .� ? O I 411) • N iii y co sr N M C N U) CO CO sr C C O a0 C C co N lD st (0 N M 0 co co C CO N 4- M 03 U) C 4- 0 N C 0 O N 0) O C 0 00 C N CO r M C N N N ' -0 • k m01 M O U) O U) .- N- N N- Ni N Ni N- Ni O U) (O Ni CO M CD M N. Ni N Ni N- U) C M 0 CO N- U) C N a) 00 CO CO C N .- O CO CD 0 M N 0 0) 11 3 V C C C C' C M co co co co M N N N N N N N .- 0 CO V E (O (0 tO (O (D t0 CO (0 (0 t0 (O (O (D t0 t0 (O f0 CO T. CD t0 CD O (O (O (O f0 .&117,10 co) co d o a= _ Lo Srin 1 N- N 00 N- CO 00 (D U) 4- C N 4- ID N- N CD N C Co ID 0 CO CO N 00 I cdc d N (D .'- CS) co N 0) U) CD (0 0 U) (D C0) co co. N .- W (O U) 00 CD a) U) N 1 G 0 0 C1 0 C N- N N U) C U) (O U) C M C C CD N NiCD C , U) (O (D 0 N- N Z U N n Q I ON' 1 J o .0 a 0 Z Z O I a y w w co 0 = = Y U) (0 (0 1 N N l0 Q0 U) C (O NM U 00 N 4- N- 0) 0) Co 0 M Ns- C U 4- C 4- N CD 0 M 00 0)O N- CO D 0) 0 0 N U) N 00 N CD N- C O C UN D U 0 N 0 N O4- 3 N CO C CO CD M Cb M N O M N co C 4- C r.._ C co co O O 00 N M 0) IUU) M U ( N- N W CO N CD D D O 0 N. N- N- N- D 0) 0) O O O O O O D 6 O R te M vE co 0) N- N M , O) - UM 4- 0) N- U) co 0 OO O sr N 0 N- UMN N _ O O O 0 O 0) CO CO 0) 0) CO CO 00 CO CO 00 N N N- N-Q = Et = x Co COCo CO CO m Co CO Co co- ao o N r` N N. NoMM E QM M 0 .0 H N r N- r r- N- - 7 _ _ _ N- _ N-_ N- _ N_ _ N N_ _ N _ N- N- N- No w oFmW I N C 4- U) CO r U) O 0) O CO M N M M c- 0) (O 00 a) N- (0 (O 0) 1 0 N h N- U) C CO N M M 0 CO N N 00 N- M C N N- (D M N M 0) M CO M U) CO O N .- O .- U) N (V O M O CD O C N CO C N CD U) O C0 4-M O C d .- N U) Ni (O O) N U) o U) O M N� NiN (D U) 0) M N- O U) () ii 10) :O 0 M U) 00 0 M CO N- 0 N U) N 0 N C N 0) N C N. 0) - C CD 0) C C N- O W 00 CO 0) CO a) 0) 0 0 0 O 4- 4-, ,- ,- ,- N N N N M M M M Co E." 'C tg D} 0) a) W 6 D) a) O Q) O O O O O O O O O O O O O O O O O O w N U) 1() U) U) N U) U) N U) O (O CO CD CO (0 CD CO CO CD CO CO CO CO CD CO CO CO d p = 0) 0 0) D) a) 0) o m a) co 0) co 0) 0) 0) 0) 0) D) Co 0) 0 0) a) m m 0) 0 Z C N If) (O U) .. U) N U) (O CO U) U) U) N U) N U) U) N N U) 1. N (0 U) h U) ▪ d ' U R 2▪ U V d = U) U) U) M 0 0 a) CD C ID N- 00 N N C CD 0) CD CO M 0 M M a7 C C Y j ' 0L) - :O co - N N - CO O 4- N CO N .- . N N M 4- O co 4- C O M O ` w R N O 0} CO m O 4- 0) Ni Ni Ni M N.C O 0 0) O Ni M M M M M C CO d wdd N 0 OD CO C M 4) N- UML- CO Uco O O O C 0) 0 CO CO C N) a) > R M M N N N N N r r r .- r 0 0 0 0 0 0 O 0) co 0) Q) CO O O 00d CZ !o et U) U) UN O UN UN UUN UN UUUN C C C C C C C C C I O . El R> a 2 m 0 r 1 O N 00 C Cu CO .- a) CO N C co 0 co 00 n a) 0) tD 00 CO a) C U) O) N co O. N N N (t) '- 0) M C C .- co N V N CO N. N- 4- N M N t` N N C U) 4) 1 U) - CD CD N N N N- N N- 4 CO (D O U) O 6 (D r U) O C O M CC 1 N O N U) s- 0 N U) N- O N CO N- 0 N 0 N- O N N N- N UN-0 ) 0) N I 0 .-- 4- r N :N N N C") M M M C C C C U) N u) U) CO CO CO CD CD N Q. N i W --• r N- NS N- h N' 'NS N- 15- NS N- n n N n N N NS ti N- N- NS N N- N- r N- I COcg 3 CO C LLN N- U) CO 0) a) N- 0 N N.- U) 'N 4- M N (V a) U) M N m C 0 M 4- CO 0) O N- 00 0) co ,- s O U) N- 00 M 00 O co CD N N CO N 00 U) N N M M U) CO N (O 0 7 M 6 M .l 6R64C N. - (+) U). N 6 O 6 0i O .- C' •' 11 O 0 0 0 0 0 0 0 0 O N N N N N N N N M M M C] M M I d 1 (O CO CD CO CO CO (D (0 (0 (O CO O CO CD CD CO CO CO CO (D CO CD CO CD CD CO CD 1 CT V) CO- 00 00 CO CO- 00 CO CO OD CO 0 CO- 00 W co- W 00 co- co- co- co- co- OO co: m co- 00 I a 0 W N N 0 M CO CN (t) n N 0 N. CO 00 N N.... C 0 O N.- M 0) N CO (0 CO C I 0) O 4- N CO C N N.- 0 7 N O (V CO 00 U) 0 CO 0) N a) C U) co CD CD N r CD U) C C U) (O a) Ni U) O N 4 CD OD O 0 O .. N C U) U) C U) U) U) U) U) U) U) U) U) U) (D CO CO N. N.- N. N O 6 co Co co co 0o co CD O I CO U) CO CO CO CO (D CO CD (O CD O CO CD CO CD CO CO CO CO CD CD CD CD CD CO (D C 6 Co co co co coco- m Co W co Co Co CO co a) Co m m dp co- (o oo Co (d co- co- III a) N U) 0) M 0) 0 M N M 0 CO U) C 0) M C 0) 0 OD C C CO CO M N- M C CO 0) CO 0 U) 00 N CO M N- CO CD CO N. 0 0 0 N- 00 M 0 N- M C N N N N N N O Ni M M Ni N M M M Ni D) O .- N N P', `c,`,1 N N N N N N N N N N N N N N N N ,7 f:), N N N 1 M M M M M M M M cc:), M M M M ,c:', M M M M M M c.`', M M M M M M E I a R m N dJQ "' II ^ IO Cl N C- 00 U) U) C 0) C (D 00 N CO 0 N 0) CO U) M N- N- C CO 0 J CO M O N• co 7 co CD N CO U) 00 C01 (D N C M N Cel 00 00 0 Q O N Ni .- O O) N- CD U) M6 M C U) CD N- N- 0) O O) O N N O O N a) 0) 0) co a) 0) OD Co (D co co CO co co co co co CO co 0) co m co 00 co co 0) , 0 C) N CC .( m C E d O ° I Q L ( M b m 0 M M co O o Z 0. a o 0 o M C O_ N U) N- C O (O N- N- O) 0) .- O U) O O O O (O U) C O N 1 O NU) O 0 0) coCD N M N C N CC U) N O M ,. N N c0 C C U) U) C NZ O O .- N CD N N a) - M U) CO OD 0) .- M C CO N- 0) O N C U) 0; O N 0) M (O O) N U) 00 U) O .- C N- O C N O M CO 0) N (O 0) N U) tD C.O Q O O) 0) O) O O O '- N N N M M M v C C C U) U) U) CO CO CO N- CO JD a ri ci (o M 4 v v v v v C v v v v v v v C v v v v v v v v (`? 0 . a g `o E 11 a o E '0 5i - a •H I N d d o a in3 3 o U) i S y II co V GO V V O U) I. m O V N. N mN r M O N M V U) n m V N M m r n m m U) V t0 U) n (O '- O co N O m M •O NS N f. N O O u) OD M a0 O U) O r- O r r- U) O 0) N. O V M O a) O U) M N .- O a) O U) V M N O DO (0 U) 0 0 0 0 0 o m m m m m m co co m co au co m op N. N. CO IIIII,_.,,,rat, d �^,� CO (D co- co- co- CO N U) N U) U) u) to N n U) N N N V) U) N C:1" co1 co gill I N. CO .-- U) U) s- O V O N M O (0 V .- V V co V co V N d d MVco co N.. M N O f. M N O CO V N M m co M M U V M N V n (O M V M r` U) V V N V 00 M 6OO m O N N U Q II m a I O• o I N p m co p 0 d Z Z x a N )) N co i I.. J = -rd Y N U) N N N A N O0V Co O O CO N O M N O N O m QD N. 00 00 M O N. Q V t` O DD M W V DD m O O O N- t0 aD r O U) .- O N Oo 00 V M V (O U) MO .-Os- 0 U) M N s- O CN s.- r O Z 7 M0 O 00 ti (O N U) V N N N N66 V V M (0 V V M do U) M © Y a) I- N M c- O N- u) M s- O) N• L0 M .- Cr, CO N.- t0 N- N N E Nco (O co U) N N U) U) V V V V V co co co M co co 00 co V Q Q •,C (o co(O 7 N I. r. r. N- I. n r n N N- r n n n N n N N n r rn O > c M MM 0 ' 2 C_ SIR 3 I .„ n N. N r r N. n N N. IN I-7. N- n 1 N- N- r- N- N. N N. r` I. > o o H 2 0W w ' co m r. 00 N N. V O) N U) O U) N N .- O) N U) O 4. V O O) r- CO U) Cr, c- n (O U) I. O N U) O O m O O) (O N- M N. r- O O r m CO OD .- OD V r N- O N N- 7 O co 0) , O) M M c- N r. .- I. m M N O U) m M 00 (O m NN N U •a co M co co co h m O N U) I. O N V I. O) O V CO CO O N C o C 'Y V V (0 N U) U) co co co co I. N- I. I. I. co oo co op co co m P. w Er G O O O O O O O O O O O O O O O O O O 6 O O o Z 3 OO1 00) m 00) W OOi W moo up Odi rn m 00I co co OOito co co co co I (O tij'. U) U) U) U) U) co- co- U) U) U) N co- U) U) U) N U) U) co- U) U) C O c Y u a I C V d 3C7 iF M N O 00 0) I. (o V' d. O O .- I. N 1. 00 CO M O ` C V CV 2 h O CO O) 4 N .- I. I. ,- N- .- N. O 0 7 0 7 O O N I w !0 U) U) U) O U) U) U) V U) U) (D W m O O O M N N N d) CO O ' .312 d V 0 O co to 4. N O 00O V N O 00 (0 U) M O m N- co co O co V „to w IX >. R CO N. N- N- N- N CO O D a) CO UUUU) U) U) V V V V V 01 ' 8Oa M e .4 V V v V `0 v v v v v v v v v v v v v 4- 00 O 3 J Q_ UV) N N M U) M M M V M a0 W M N V 00 U) M O U) U) 'V N OO O V CO V 0) N- co N CO V 4) 00 M 00 N to O) V 0 co I. r O U) O N M n O) N N N CL V I. 0) N V O O) N V CO m00 N N N O 00 00 CO 0) 0) W.. 0) O O O O s- N r r N N N O. N N E N N r-- r` r` N N- N N K. R co co co co- U) co 0 co co cocoIj CO Z 3 I I c LL N V U) M V I. U) 0) 0) CO O)...0 N- m CO U) 0) N. n M O CO O I V CO CO CO U) V m CO d N O U) U] N N V 0 O IN .- U) I m N O OO r. N- N I. O V N O N M O t` U) M M N N N N N N N N N ..- O o O O O a, O) a) W I. 0) to O CO O CO CO CO (o CO O (o (O SO CO (0 (0 O CO CO U) co U) U) N co- co ao co" o0 0o co m co 0o U) ao ai cp. co co co' cc oo co ao m oo a 0 I p V) I N- 0) O 00 O) NOV V m V .- N V CO 0 V N N 0 U) 03 0 I M CO N- CO CO CO N- N 0 CO U) N CO co U) cg r. CO CO 0) CO N CO c- O) 00 0 O) 6 1. d V O U) to (0 N V N 6 V 0o 00 00 I. N- N- I. I. N- I. I. I. CO O (o U) CO U) U) N V V V co O co O O co CO 0 (o O (O (O t0 co CD CO CO O CO CO (o O CO CO N co- N 00 00 co- co- co- 00 00 f0 M Op 00 ca 00 00 W Op 00 00 co- Oo co '.. 0F7 _ coII O m .- co 0) O N- O (0 V O M N CO N r� N U) O 1 V V CO U) CO V CO CO 0 U) 0 r CO N CO N V N r. CO n N O O O O O O O M .- N N N O O O I. N M N O) gN N N N NNNNN NNNNN N N .- .- CO M CO CO M CO M CO CO M CO M CO M CO CO CO CO CO co co co M E I O. 2. m •N I co V co N. CO CO I. V .- O U) CO co V U) M 00 CO COUN M N.) N 00 U) O (o NCOOO N tD V O Co M 'I Q M CO N O O) D) N M V U) U) O O V M M M U) r I. O V m m m a) 0o m o) m mo m m w a) a) m o) m m m m m m (U V >• I U Eco c < oN 00 E Co 0 3 _ = Q co co co E E co co co . • N •N •N 0 E m v 4 4 < Q Q I Z 0 a. 666 lit U) V .- CO N- O O .- N N N CO N O V I. O m 004 li m I. O m V U) CO s- CO I. CO CO .-- CO O m I. CO V U) (0 .... 0 r 0 ,'O„ m V co - 0_ m M V (O (D 6 N N M V cO O r. m .-- N O R O A O 0 a) O O V 00 .- V N- OM . OM OmN U00 N CO U) OM Q ^ N- N. CO CO CO m m m O O o O r- N N 0.N O.M O. M M V CO Q � V V V V V V V V U) U) UU) U) UUN 0. Lo- d Uy ry y Ud UUU) . 0 C d c rYC = C co .. 0• V O C >, o E •° ') °' °) CV CO • s _ N- _ CO CO CO N c- CO D. CO N CO n 0 O CD U) N- CO CO 0 0) C CO CO V O 4 O O U] N CO C N- 7 U) r N CO N N CO O N CO O O CO CO CO (D a O I` C CO CO CO N.: CO CO .- O CO CO .- .- N N CO Co CO N .- U) CO O co CO CO C .- CO U) N O IN C CO U) N O CO C O N. O N O r C N 3 N- N- CO CD CO CO U) U) D) C C C C CO CO CO N N N N .- c- c- r CO CO 0 Cl) 441,MO 1 �� IIICO O N N to to to In N to to to N U) U t() to U) to U) to N N U) U) to '9- N U) d V) N CO 7 O 411 W CO o CI 0_ N CO N O .- N. O CO CO C N- CO CO CO CO N- CO N CO CO C CO CO CO 0 CO c- COI COU Ct. N- U) ) CO U) CO 40 N O CO CO U) CO c- C N CO CO U) CO r CO N- CO CO 0 0) W 0 N C (O O CO O M N CO tO M O M N (O N U) M O M O N U E. 0.13 J o (0 CO 0 O c Z Z CC I d CO2 1 = > > co U) N N N N (O CO CO 0 CO CO 7 CO 1)- 7 N CO s- CO N- N- C CO CO CO N N- co CO CO U) CO _ _ Z < C co co CO co CO CO CO CO co co co CO •- CO CO IN U) CO C N CO_ O IN IN CO C UO U) J CO C 7 U) N- CO CO co CO 6O N O CO CO CO CO CO O O CO CO CO N. CO CO N M C-) C I " CO O CO O N- CO CO CO CO CO O CO CO N C N- O I. N O CO CO CO C MY C .- CO co co 0 N- C ,- CO U) N CO n C CO U) CO O CO CO co 7 CO CO C E UO NA N N CO C CO CO CO CO CO CO CO CO CO CO CO IN N. N. N CO CO CO CO U) N U) V co M E Et 1 '� f� !` n r f� r N- co- CO co- QS- CO co- CO CO co- CO CO (O CO CO (O N t0 co - 6 co N C 7 n IN N. r n N- N. n N. n N- N N- N` N. N. IN n n N N r n N- N- N. N� o o F- , w1 I'I N CO N- N C N c- CO CO U) N a- N- N CD IN CO CO C 0 CO N- r 0 CD 11 NCO CO I. O O C U) CO 0 .- N O CO U) N CO N O C CO O N- O M C C O U) U) LO CO O) O O O N N C O C N CO CO CO IN U) CO M IN- C d CO CO N t0 CO U) .- U) O O CO N- N CO CO CO N. C CO N C U) C CO C CO I (� NA CO U) N. CO CO O c- r O CO CO n CO C CO c- CO N- U) CO .- CO N 0 C O CO CO O O6 CO 0 O O O O O CO O CO CO CO CO CO O CO CO CO CO CO CO 1 aL+ L & O O O 6 6 •- e- -.- •- . O O O O O O O O O O O O O I N t+ 3 CO CO CO COCOCO COO CO(O CO COO O CD CO CO CO CO CD CO CO CO CO CO CO CO CO CO CO I at 0 v 0 O O O O co CO O O a) O O O Co O co O O 0) O O 0) a) O co co 0) C z vi to to (n vi v) Ui tri to COi to to tri to U) (n U) U) 1.6 vi to Ui to to Ui tri U) O CC U W _ C V N F CO — CO NCO3 CO O CO U)N N CO CO CO COC C U) U N ) CO CO ' Q WN M C COC CU)N Cu 7 O O U) C CO 0) C N CO C r CO C N U) CO O CD 0] N d N O N O O N M N CO CO N CO C N ti O N CO CO r CO U) N N- N V jflu- CO M M C CO M CO U) C O n C CO U) N O CD C O CO U) N O CO N M CO CO d fe R N N N N c- a- O O O O O O O CO Cb Co CO t` N N N- CO CO 4 ?� v c v c .4 v . v Ct C v v NI: M el- co- M M ri vi vi ri ri CO ri COi CO 15 1 I- 2 Z U) 0 11 w 1, 0 CO11 N- h. C r co U) N N CD CO co O CO U) CO O co CO co co C N n N1 Q ! CO V N O O 0. O CD CO CO C C r O CO O N CO O CO O C C O N CO U) O CO O r C) CO N- W n CO CO N N CO C CO r CO CO CO C N. N re co n co CO N CO CO C C C C C C CO CO N c- CO co CO U) co 7 CO N- N C NN N M C M co co co 'M co co co co co co co NNNNN N a > N CO- CO CO Co CO- Co 6 co CO coCO CO CO Co co- or; co- CO m (O C) 6coW 6 CO W W11 1 C LI 11 CO CO N 0 C N. C C CO r 4:. r U) CO CO IN CO N CO C CD N 0 N- C .- 1 O U) O c- r N O CO a- OC N. O C C IN O C M 0 N O C 1 O U) N U) I. CO O O N N O CO CO CO Co CO CO CO r IN n CO O C CO N CO CO CO CO CO CO co CO 0) Co Co co 03 Co Co 00 CO CO CO CO CO CO CO O CO Co Cr, 1 C) y U) U) U) CO U) U) U) N U] U) U) N U) t0 1) U) t0 U] CO N N U) U] U) N U) N G w I a CO- OD- ro co- m co- ao co- co- m 6 6 6 :aO co- CO co- eo co' ao ao c6 co- aO CO CO CO i ca 1 1 C N N. U) O N CO CO CO N CO N 0 CON CO N. CO O N. U) N CO CO CO r r N n .- CO CO U) .- CD C CO CO N- O N N � O � CO U) C CO M C CO N O N: CD M C0 CO N N CO CO N CO CO O O6 0) CO CO CO O6 N U) n co C C C C C C C C C co co CO C co co co co co C C C C 1 CO CD CO CO CO CD CO CO CO CO CO CO CD CO CO CD CD CO CO,:CD CD CD CD CO CD CO CO I 0 —• O O CO co- co. CO Co CO CO CO (O Cb CO CO co- CO co- CO CO Ca CO co- CO CO CO co- Co N 11 C O N- N COCOCOCOO C C CO COO N COC CO CO IN N- CD i' CO IN N N- 0- CO CO CO N CO .- CO N CO N .- CO .- CO 0 CO CO CO N C CO U) N IN M O (O CO N Co C N O N CO CO C N C O N N O CD O N CO N CO O co CO CO CO CO N. r N. N. CO co U) U) U) C C M C M N N C M M C 1 CO M CO N N N N NNNNN NNNNN NNNNN NNNNN E 74 a 5 r...., m Ti 1 c0 CO U) CO N- N U) IN CO 0 C N CO C IN N- CO CO CO CO U) CO CO CO CO IN CO J CO .- N 1- CO CO U) U) U) CO N. CO CO CO CO CO CO NCO (O COO COCD U) Q • O CO N- (O N. O CO O O .- .-- O O D) O N N CO O CJ r C C N 0) CO CO co co co m co CO CO CO CO a) CO CO co co CO CO CO CO co CO CO CO CO co m O m u C CO c r E C L V co co co Q M CO CO t el CO o ` m 11 Z d d CO 0 0 co CO N CO O N CO C CO N N C0 CO CO O U) CO CO CO N- CO U) co C CO CO COO CO CO CO N- t0 .- N N. CO CO N- IN ti CO CO CO CO r .- (O N CO CO O U) CL 1 O O .- O O O O O O O O O O O O O .- O .- O O O O O N CO (D Cr, N U) CO C r 0 N U) O N U) CO .- C N.- O CO C0 CO N U) CO M Q C C C U) U) U) CO CD CO N- N- N- N- CO CO CO CO O CO O O O O C .- .- N 00 In Ili Q �^. U) CN N DI CO- LO N U) CO- ta7 Ui Ui Ui L. U) N L. LAI' to CO t0 to- (O (D CD CO CO- 'Il C(? A O C >. 0 c E d ° com 0 0 «d. W M y 7 N O 0. U) 330 li CO O. • O M V N O O N CO N N CD V CD O aD W N CD CO N- CO O O N M O 0) co O N M M N O '- r m O O) N CO O N N O O M N U) C0 U) a V O N0 N0 V V CD 6 N U) O V N V U) a) U) c0 N N N N N 3 ig IO N- a0 CDV a- a) UO N UN V ) N ) N CD c- 0) UCOO V) CD 5- a) l0 0) Cr,0) a) 0) O CO co N N N N- CD CD a) U) N N U) V V V V CO M M N N CO �; ria q Y f Y Y d 4 Y Y Y v g v o q 5 Y Y 'I o j = o a= U) 11N N- N CD a- CO a) U) CD O 0) 0) O N CO 5- N M N O CO N N- V CO d d 0) N M CO. N a) N O N N N U) (O V N O O N N 0) 00 N O N a) NiCO 0 N O NV N N N V M M D O N V O V aM h O m N O N i 0CO W 0 .- .- 3- a- N .- .- 1- .- .- ‘- .- 3- .- 1N NZ< I` O A = ▪ 0 J O 0 0 0 c Z Z CC a J• J J . N U) is O)N a)N , Ca V CO as O U) N CO U) U) U) O O CO CO CD N a) N 0) V co V co N N Z CO ',' N CO M 0) U) N- N N a- U) N M CO O CO a) N a0 CO 0) N U) N O P-- CD cfl N N N N 00 N CD (D 0) U) CO Cr N a) CO. O V M N- (D O)O U) M 0) N a) N M p,p` 0 3.- 0a O M 4 y' M 7 U) (0 f� O M M a0 (0 .- r- U) (D (O I� M V V Y )- a) CD CO O 1- 7 r- CO U) N a) (O 0 CO U) N O (O R 3- I- V. .- CO N E N s U) R V: V_ V M M M N N N .- .- O O O 0) a) O) a) CD aO aO N N 1 VO M M 7 Et E r vi (0 CO CO (D CO O (O c0 O CD CD CID- CD Di (O (O (0 U) co- U) U) vi In U) Ui 6'q (n M ? C Q w 3 I. 1- N- n N- N- N- I� N. N. N N- n N. I� I. I,- N N- N N 1� I-- I-- I-- I- f-- I N o a F- W w O N O V a) N O a) CD U) 0) (0 U) a0 V M N O N U) N U) N O) 1' O (0 V N 01 CD O CO O 0) CO U) CO CD O 00 N V U) N a) .- M 0 0) CO 0) CO O CO O O O CO N O N N CD CO O N C0 CO CD O CO 0) N a) d V V N (O N 6 N O) M a) U) Ca (O 6 V N O) U) 6 O N N O N M 6 0 .p 11 p) a) N CD (0 N V V V U) U) (0 N CO a) O e- N N M CO Cl CO M N N p d e N N. n N n N I-- n n N n N. N N. a0 OD O CO CO 03 03 CO O (O CO ao CO t c m! O O O O O O O O 0 0 O O O O 0 O 0 O 0 0 0 0 0 0 O O , J.' d t .U) 0 ,.O co c0 co co co co co (0 co cocoCO a) a) O a) O CO CD CD Ca CO CO COCD a) 0 CD O) 0) CD CO a) 0) 0) 0) 0) 0) a) a) a) 0) 0) a) a) a) a) a) a) 0) 0) a) a) 0) c C Z U) (n: U) U) N U) U) U) U) U) U) 0 U) U) ICI N 0 U) U) U) N U) U) 0 U) U) U) O I A •• 0 'ea w= dCO N CD 0 N N M V U) N CO N N- N V 3- O V UN a) O CO N M aV co•p 0 d ? V; N V VCO 0) aN a) O) N 03 CO O O a) 00 CO M N- 00 V 3- N- O) N N4 ` 2d -ri, .a) 6 O N O 0 O O O M V N 0) O N N N V 0 O O V V N U o d w U U N O N V r- O a) CO O N V W UCO O N V CO U) CO O O M O N.- 0 U) N U) U) V V V V' CO CO M N N N N r- 3- 3- O O O O) a) a) 0) CO IX d Cc, Y Z . ...-• M M M M M M M M M M CO- CO M M M CO- M CO- M M CO- CO N N N N N JI- 22U) 0 , w t I 0 6 a) 0 CO N- a) O) (O (0 0 O N V V (D O CO as N. as V Cr 03 la 1 O O .- NN V 0) O O) N V O O .- N .- N N 3- U) V O CO O O N N o N a0 a) N U) V N; a0 N O a) m a] N V - U) W O N N N0 O O 1 N O O CD CD O O 0) O O q N M V U) a) N- CO CO OD 0) 0) a) 0) O) as 03 a I y CO CO- 0 00 C OD....00 a0 C 0 0 CO 03- 00 00 C CV 0 a0 00 0 CD CO CD CO 0 0 CO iS 1 (i) I m c LL .- V O co N co V V (D co N CO CO a7 m O CO M co C0 N _ O M U) U) O CO 0) .- CO M ,- V O CO N- N- N- V 0) CO N O M M N N CO 0) O ill CO O CO N 0 (O (D U) (D: N DI. O O 0) O V V V M N O O O O O N O) 03 O O O O O O O 0 O 0 3- O O O O O O O O O O O O O a) U) co O co co co c0 co co co a0 co CO CO CO. (0 CO CO CO (D co c0 co c0 to a0 co 1 0) N 00 co- m co co co 03 00 0o aD ao m 00 ao 0 au CO 0 aD CO 03- ao CO- CO CO aD ao I CO 0 0 1 1 II (D O 0 O CO 0) O) O N- a0 CO CO):.. CO CO CO CO N CD CO a) N W O I N O .- N V O UI CO N N O O O N N N V CV CO CO V V M CO r- CO a) M U) O N N N CO N O) O N N O a0 (D N '(f) V M N .- N 1 V co N N N U) N an co U) co CO (O CD U) LO N U) U) N U) N U) N U) U) 11 co ao cD CO a) co CO (O U) c0 (0 O a CD (O CD: c0 co a) CO CO U) (0 C0 CD CO a) 1 co 05 ao co- co- co- ao ao co- cc; w co- co 0o co- aro- as w aD CO 6 co- co- co- co- au ao 1 N 0 CO N CO CO N N M 0) CO CO CO O N N CO V CD C)) CO N- O) O O 0)3-U) O CO aOI V N O N CO N CO O) U) r- CD 5- V; CO(O a a) N 3- V a) N 0a N O CO O) CO N O O V 6 N O N CO M O N V V N a) N V N V U) U) U) CO CD N N CO OD a0 0) 0) CO CO CO 0. CO N- N- N- N- (0 CO CO (O U) N N N N N NNNNN NNNNN NNNNN NNNNN NN E a co N Y Q C7 V op c0 N- N U) N N CD CO N 03 N 0) CO CO U) aO V CO O e- V a7 N V CO N CO N CO V CO .- V M CO 0) O CO O U) 3- N M a) N CO O CO N O V Q N O (0 N N O) a0 N O N U) U) 0) O V N N0 O N a) a0 a) M co a) co m a0 co a) a) a) au co co co a) a) a) O) a) 03 0) a) 0) O) a) a) aV 0) CO 1 I c) T u '.7. CO• v 1 . • < 0 (0 co co L CO CO CO 3 m M M CO o 01 Z a a O O O N- V 0)i . U ) V 0 COCOU)COC') N a) a) N- O N N N V CO N CD ao O O O IgQ. 0) C)) N N M O .- m CD V V V c0 OD O 03 N OC N O O) UN .- .-) O . N N .- M O O O O O O O O O .- O O N O V V V O O O O CV V N O M (D 0) N U) as V N O M cD 0) N U) N .- M a0 O M (0 0) N 1 C!) Q. N N CO CO CO M V V V U) U) U) c0 CO CO CO N N N CO CO CO a) a) 01 0) O 1 03 ^�. co- coc0 c0 (06- O co- cD CO a) U) O O O CO c0 N CO O CO 0O t0 CO CO N . C .. ` 1 - r r r r r .- r r .- r r a- 0 0. a y .. a s 111 d N c 'o d m d = U a y 3 3 0 y h J • • . y O O CO m CD N (- O ( (D W O N OCO N 0) a 7.- MI .Ali MO N m M M 0 N m W m N m (- O N U) m m a : : : : : : : : ri O CO O W W 0 41 N C N O O n CO N N Z U U) E Q p) 0 y = O O J O (0 CO 0 0 Z Z cc a N 0 N (0 = = = Y N N W N co O V N- CO N V N N 2 CO CO m (D N CO N CO 3 Q CO m CO m 0) CO CO CO V N N 0 V' V' M 6 O ui 0) _ CO pLO�LO M• G G E co C N N co co m N co N N O M M = �' N r r r r N N ai tri M (`� m C R 7 N N N N N N N N N O O � � W w ..� 6) M M M M V' m o N CO 0 N V' O 6) m (0. 6) CO N 6) CO CO 6) (D N '- N o Of) V' O N m 0) I.) .i 0) O 0) N CO U) CO M ' N O c CO CO N N N N N N m 0 0 0 0 0 0 0 0 0 w d ',�I t (0 0, a) CO CO CO CO CO CO m _ m rn CD m 6) m 6) m re '� Z N ,40 N N (n N N N N o N O I• N 0 N N N N O d h- csi m1 c hi u A —p E c C 3 N CD 40 CO 1- CO '9 y CET 1 Y (0 (0 0 O 00)) 6) (0 (O CO 1' = co 4 y t w N N N N 0) — N m N m O w d 0 N N N a0 m M O m N N V L re a W m CO N N N N m (D CO W N d E N N N N N N N N N N co O u c �t Z +! N N N 0 J 1- a Z to C W a )- CO m o = $ en 1,-:w i N I E R 'C I V 0 0QCO CO CD Q m N N CL > y U) M Z z � I tLL .. 1 cn 555 c Q � QI— I G -CI2 LL III O M (0 N 0 N (0 (- 1,-, a -0 N N N m 7 m N N 4 9 2 C j N !. m N m V Ni O m m N N (0 f0 ''.1' N m 6) m 6) N 6) m m m O O O N (O N N N N N N N E d d d N co- co m oo m co- O. ca ro E d aO 4? y y a) G 1 0) 0 h YE rc c a_ ' N N N N- m CO I E rn CO m CO • N. O M Ni Ni Ni N 1I I Z 0 6) N N N ' N m CO N N N N D) m 1 N N R V' V' m O) 0) N CO N CO W N CO 00 �� W N 7 '7 V sl N 0) CO N N M 0) N N + - V' - et V CO CO CO I I d (0 (D CO m (O m (0 m CO "i- If R O E (o ao co- CO. CO. au m ori (0 1, E 9 R O J (N,) V' •- m N M 4 V O) N to N 4 W N N N CO m Z J N N CO O N 7 N N N m V; V' _ J 9 a .-- .- o m M 6 m V O O) N N CO \D -1 3 y m m m m m m N N N NI'N V' N CO CO CO 'I. N N N N N N N N N N X + _ _E m o 11' i m CO ID 1 0- , `� N CO CO I 'pO) m4 I 1 A L V N < v a y N v m m 11 (On ro N (Nn CO m rmi 1 I d = N N m '�. N L N N V N m NI. Q .- N N 6) (- (- (- o Oto ;C 4 N m m m m Ir.' Q 1! m m m m m m m 0) 0) > pp ? au m co- ca. 0 m . NN 0 N U T C - N O M I al CO m N I E _ 1r O n111, N 0 O) m V' 0 M9 V N m o 0 0 1 LL u) co men 1 0 q m = N CO- N 11 v. L Ni O O O N I 0 3 m co co co I— N N 0 N N N N M N Q ? r Q N R = N N N N (n N 2 0_ 0- 000 V (O CO m O N N N O iI 0 --- Q N m V; V N N O 0 C M4 6 o •-- O O O N Ot-- C 0 CO CO CD N OS M Q ' N N N 40 O 1 66 S2 0 Q O c e E : a. 0. a 6 0 a u c 1 0) o O - C d d N R 1i d O ain330 ! m' 0 a3 0 • MS��Z ir al \ �W I / I \ lel @ // ~ 0 r-- r-- ( S „ < \ \ 0 {\ \ \ / ) \ < ) ©© { L) 3 / / ; » \ \ \ } d § / / o ii \ CO ) ) \ ) • - e• ( ' ee - } e �2 ti \k ( j / ( ) ) k - ( \ ± % CL t Co m § / U) / _ CO \ a) / a. Z ) 0< CZ <a-) % 3 y { GG \ [ / / E ± ± ± j 60 ( ig 2kt � / u � � ; & ± / • • • 2 Northing(550 usft/in) 8 p� 0 8 8 S 8 o pa N o 0 `weImmo g S O o g m 8 m 2 2 2 § in N ma r8' M •2`7" N O m N N N N N N N i N i N I I g 1 726000 -__ __ -- 726000 725450 725450 724900, - - 724900 724350 ------ - 1 r V 724350 723800 - -°; li 723800 723250 v- - 723250 a w l - 3 722700 722700 2""el o ( M 0009 a Z_; 722150, - - --- 4 722150 Ind 4,4A 721600 - ■ 1 o v -- - I�l 721600 lug iiia 1 721050 _ 1 - ,o $ s m / 4 8 �.Q1�, 721050 O zZoa // 4 8s`et - O j 720500 - 0gOb,J....I r - 100 \ 0 0 0 1 0 720500 .3 o° a g 719950- - 719950 000 c ..00 001 o o 719400. o - - 719400 11-11-11 0) 4 H- 718850 w1� ',' Z--- `.` ',000 00 0003 718850ine v 00:� m 718300 _ c pa%a 001 ._ 1 �IP ' ' 718300 • $v, 717750- L 717750 cc �• - ® 717200 p�. �b uW BuOS J 717200 ���J////J��) F C co '•�" rt .001.001 C �/V 3 '.1 .q.,;,, 716650 Op,S (Ni :t? `bo 01,1111dr. 4�� 0009716650 y"�0 0 716100- o ,y _ d .<.�� ... ., 71 16 00• _£ „„ //� J o SOS,p.` ,�, ',, ';:u 0 ! 11/1 VIPJL-,A `@ ® i: :::: 1 • � 1J P ^\ A. OHry 715550 by O e .a W v o \►:;,t1 '0,!..: . OS 715000 R 6 `7.,� �,.y .... LI)714450 r1 1,....,-- W 4. �Q o. .1.1” .�., -,c �. 714450 � 713900 N a N o :.o =r .o `,� ', Cpm 4-..s 713900 `A` N 11 • 713350 I.. N • o N a.o o �°'. iv "" .r'.S►0 ,i.�d � 713350 /)11 712800 1_ a"ii .. a o 0"� � `r �9 _ 712800 O 712800 ;. �. O 7�. CJ 712250 :■NII, o. S'1'� �- ? 712250 0 bO �, Ili 1111 �I .o ® .i� w3iUPlirj � � - , 711700 711700 ■ P/®i ,. N w s O o a 711150-- w.. o +� 0 711150 41Z 111 a a g g g 710600 N •9 0 710600 u w 3 11 710050 - f :A ® — VV 710050 a 3 O 709500 --- -- o �. II 709500 A , o0 1 708950 CO'N ` 708950 v C 708400 ■ ® 708400 111M11iiiIL! _.706750 1i - 706750iii ,A■ 4 ,. =?111111111Milli - ` Zi L t .. ■ ■■ i.:_.., 706200$ 706200 I Z 0 705650 - ---- - ---.� -- NsN V s ,s1 - s O gs s sN a N NNNWNiNNNN KNNN ii 705650 ga Q (u/3dsn oss)Suuq.iom ZS • Qbp Post Drilling North America - ALASKA - BP Prudhoe Bay PB DS 04 04-33 04-33B 04-33B Post Drilling Offset Report 11 May, 2016 BAKER HUGHES AOGCC OFFSE REPOT' • .BP _ 0 bp Anticollision Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: 04-33A @ 51.25usft(Nabors 7ES) Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.O0usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B Offset TVD Reference: Offset Datum Reference 04-33B Filter type: NO GLOBAL FILTER:Using user defined selection&filtering criteria Interpolation Method: MD Interval 25.O0usft Error Model: ISCWSA Depth Range: Unlimited Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 500.00usft Error Surface: Elliptical Conic Survey Program Date 5/11/2016 From To (usft) (usft) Survey(Wellbore) Tool Name Description 34.35 1,214.85 1 :Schlumberger GCT multishot(04-33PB GCT-MS Schlumberger GCT multishot 1,228.65 8,195.45 1 :Schlumberger GCT multishot(04-33) GCT-MS Schlumberger GCT multishot 8,195.45 8,214.00 04-33A Spry 1 Blind(04-33A) BLIND Blind drilling 8,249.60 8,387.67 04-33A Srvy 2 Inc+Trend(04-33A) INC+TREND Inclinometer+known azi trend 8,419.08 12,768.71 04-33A Srvy 3 MWD+IFR+MS(04-33A) MWD+IFR+MS-WOCA MWD+IFR+Multi Station W/O Crustal 12,797.68 15,221.47 04-33A Srvy 4 MWD+IFR+MS(04-33A) MWD+IFR+MS-WOCA MWD+IFR+Multi Station W/O Crustal 15,232.50 17,260.52 BH CTK MWD 4-1/4(04-33B) MWD MWD-Standard 5/11/2016 2.28:19PM Page 2 of 4 COMPASS 5000.1 Build 61 AOoGCC OFFSET REPOo R__ • I BP rak1 o bp Anticoltision Report BAKER GHESR Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: 04-33A @ 51.25usft(Nabors 7ES) Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B Offset TVD Reference: Offset Datum Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan Offset Well-Wellbore-Design (usft) (usft) (usft) (usft) Lis DS 04 L4 11 L4 11 L4 11 15,833.86 10,100.00 496.52 301.72 206.14 Pass-Major Risk PB DS 04 04-11-04-11-04-11 622.14 650.00 421.20 16.79 404.42 Pass-Major Risk 04-11-04-11A-04-11A 606.68 625.00 420.61 16.21 404.40 Pass-Major Risk 04-16-04-16-04-16 944.60 950.00 48.81 25.40 23.41 Pass-Major Risk 04-16-04-16A-04-16A 932.00 925.00 48.45 25.02 23.43 Pass-Major Risk 04-17-04-17-04-17 1,067.46 1,075.00 98.28 21.35 76.93 Pass-Major Risk 04-18-04-18-04-18 1,218.49 1,225.00 148.05 22.33 125.72 Pass-Major Risk 04-18-04-18A-04-18A 1,218.49 1,225.00 148.05 22.33 125.72 Pass-Major Risk 04-19-04-19-04-19 1,372.46 1,375.00 197.30 23.79 173.66 Pass-Major Risk 04-19-04-19A-04-19A 1,356.60 1,350.00 197.10 23.57 173.66 Pass-Major Risk 04 20 04 20 04 20 1,942.79 1,900.00 447.15 37.77 409.39 Pass-Major Risk 04-21-04-21-04-21 1,692.84 1,650.00 424.98 30.51 394.48 Pass-Major Risk 04-22-04-22-04-22 1,768.31 1,750.00 349.03 35.52 313.52 Pass-Major Risk 04-22-04-22A-04-22A 1,772.33 1,750.00 349.13 35.61 313.53 Pass-Major Risk 04-22-04-22AL1-04-22AL1 1,772.33 1,750.00 349.13 35.61 313.53 Pass-Major Risk 04-22-04-22APB1-04-22APB1 1,772.33 1,750.00 349.13 35.61 313.53 Pass-Major Risk 04-22-04-22PB1-04-22PB1 1,768.31 1,750.00 349.03 35.52 313.52 Pass-Major Risk 04-23-04-23-04-23 1,663.02 1,650.00 308.56 29.69 278.88 Pass-Major Risk 04-23-04-23A-04-23A 1,653.45 1,625.00 308.36 29.48 278.88 Pass-Major Risk 04-24-04-24-04-24 1,577.80 1,575.00 237.02 35.32 201.71 Pass-Major Risk 04-25-04-25-04-25 507.76 525.00 480.21 10.22 469.98 Pass-Major Risk 04-25-04-25PB1-04-25PB1 507.76 525.00 480.21 10.22 469.98 Pass-Major Risk 04-33-04-33-04-33 8,412.36 8,425.00 18.87 89.24 -68.42 FAIL-Major Risk 04-33-04-33A-04-33A 15,250.00 15,250.00 0.26 1.35 -0.81 FAIL-Major Risk 04-33-04-33PB1-04-33PB1 1,314.23 1,325.00 0.85 3.47 -2.60 FAIL-Major Risk 04-34-04-34-04-34 2,790.99 2,700.00 218.35 81.30 139.12 Pass-Major Risk 04-34-04-34A-04-34A 2,790.99 2,700.00 218.35 81.30 139.12 Pass-Major Risk 04-350-04-350-04-350 658.80 700.00 450.04 12.17 437.92 Pass-Major Risk 04-350-04-350-Plan#8 04-350 Approved 615.97 650.00 449.26 11.64 437.63 Pass-Major Risk 04-36-04-36-04-36 596.72 600.00 60.98 11.07 49.91 Pass-Major Risk 04-39-04-39-04-39 529.10 550.00 361.31 10.71 350.61 Pass-Major Risk 04-46-04-46-04-46 423.03 425.00 89.49 7.85 81.65 Pass-Major Risk 04-47-04-47-04-47 594.17 600.00 26.64 13.24 13.41 Pass-Major Risk 04-49-04-49-04-49 460.56 475.00 367.19 8.44 358.75 Pass-Major Risk PB Surfcote GNI-01-GNI-01-GNI-01 Out of range GNI-02-GNI-02-GNI-02 Out of range GNI-02-GNI-02A-GNI-02A Out of range GNI-02-GNI-02A-GNI-02A wp13 Out of range GNI-03-GNI-03-GNI-03 Out of range GNI-04-GNI-04-GNI-04 Out of range GNI-04-GNI-04-Plan#4 Out of range 5/11/2016 2:28:19PM Page 3 of 4 COMPASS 5000.1 Build 61 AOo GCC OFFS E REPoR� s • "*• BP re;i rig '4` Anticollision Report BAKER 'nor". HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: 04-33A @ 51 25usft(Nabors 7ES) Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: ()Mush Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B Offset ND Reference: Offset Datum Reference Depths are relative to 04-33A @ 51.25usft(Nabors 7ES) Coordinates are relative to:04-33 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W° Grid Convergence at Surface is:1.62° Ladder Plot 600- --.._._ L_. c .� 4 II i,s [jill ; 450 wj ; ii cp u� ;:::'4�`! I y,'- r. 1A 0 VA as Q Tv P! f1 I °' 300- , I 1 L a� i� . ii /A 1 I -' I f- -Mill J Jf -J- 2li 7i�1 150 ,'; r Il it"I s •I 0 - r"--- 0 0 3000 6000 F C 9000F � 12000 15000 18000 Meas�ur�d uept-R3000 usWin) --Er- L4-11,L4-11,L4-11 V1 "6- 04-22,U4-1ZAL1,U4-L/AL1 VU U4-35u,U4-SSU,clan if-t5 U4-.iSU Apprnkea vu -F 04-11,04-11,04-11 V1 04-22,04-22APB1,04-22APB1 VO 04-36,04-36,04-36 V3 04-11,04-11A,04-11AV1 04-22,04-22PB1,04-22PB1 V1 04-39,04-39,04-39 V1 04-16,04-16,04-16 V1 04-23,04-23,04-23 V1 04-46,04-46,04-46 V1 -4- 04-16,04-16A,04-16A V3 04-23,04-23A,04-23A V1 04-47,04-47,04-47 V1 -4- 04-17,04-17,04-17 V2 04-24,04-24,04-24 V1 04-49,04-49,04-49 V7 $ 04-18,04-18,04-18 V3 04-25,04-25,04-25 V1 $- GNI-01,GNI-01,GNI-01 V4 -j 04-18,04-18A,04-18A VO $ 04-25,04-25PB1,04-25PB1V1 GNI-02,GNI-02,GNI-02 V7 $ 04-19,04-19,04-19 V1 04-33,04-33,04-33 V3 G NI-02,G NI-02A,GNI-02A V6 -0- 04-19,04-19A,04-19A V19 04-33,04-33A,04-33AV0 GNI-02,GNI-02A,GNI-02A wp13 V31 41- 04-20,04-20,04-20 V1 04-33,04-33PB1,04-33PB1 V3 -• - GNI-03,GNI-03,GNI-03V4 5/11/2016 2.28:19PM Page 444 oof 4 COMPASS 5000,1 Build 61 AOo GCCC Oo F.FSET R EPOo RT • • Cl O a) co W as d J Co 0 0 O x = c N ›.- W W O H M W j vi c0. Q Wi 0 Q C O L O U) U 2 w c 'm0 o Y N o) �j Z W (j ° o CO • Q J O O W U U U U a " _ m X O O X O 'Q' 'I. Co co N .a O J m m J m p J N Q Q N 0. U a '� (7 e o C7 0 a LL 0 ,� - 2 o a -° 0 0 0 0 0 r.‘7)., o 0 0 o 0 CO O to 0 IN O IA O a0 O 3 O .- O r t0 ;m'! � N m a m m ° a II,,,. CO o j C g .N of o X U E N C ❑ ❑ W ICI U a) d iAlu. t I❑11z r ai o aI?' E H . ,W o 0)) ch , 2C) Q X � J- a m o a x roE c U) o rn o a a J o U 05 J a co >- O } � , 1 o M mO N u 1 N �_ E E a N• 6 1 N m d a) I> o d > t ❑ °"m E Q G `° c = v �icn o Q c co o n U) N W M 2 0 o c .. N v, re 0 0 N a) 3 v v Q o p a) x x ° > 0 I> p ro a) ❑ ❑ W W to d > 0 = N C Q �- .- v = m 0 a m m a`) d 1 @ Q E E E 1 in ac) ui a 0 " o Q d IN () E Q L ' U 1 co Z co c a Y el r N 7 o --- ' NOIm (n n 23 a z � a a p aUO o oO O M to JVU ▪ Z C U) 0 .O. N I a) 0 V M M m m E -mo E c C Z II> U n r N _g I i 1 cnIU) 62 l< I U a) N o. — z a; o m @ rn Q• Z (n O 2- 312 ❑ o < 0 O O Z W• w a m w • a z u) J Q W Q ❑ W C9 U w I ( Z F Y Ci--*-1 Z W m Z O 2 o CO Z O f- W -!....n 1 O)<0 w ❑ 0 U ❑ 2 WZQ o OoW Q O O J< In O Q U) 0. Z a U 0. Y a) U) E o o f Z U I c m 1EW O U 'o E w Z oN O°3 o U C Z o CI IN °- m m E Y CO 'g 'O U Z N a) a) m - .. lg.,' E in E E c .. ar alp-IS,' 410 U o >") H m a a ami a) n o ••,,- to ai U E ❑_ u a u) m E o m A > o av) m j-n aci aci 2 c Q z F u) N > >. o C7 c E y c o ti ,° m o co o c > o ITIS a E E o m Z a Y = o o m ° U 0. W U O m a) 0- o a) > 8co U U n. 0. 0. u. U) d Y fn 0 ❑ 0 0 0 0 • . g" -:r2 \ / ` J7 / < G ^ /� F ( j fs � / � -0 « f § « 2y o Ew « ± Z) ,� a a. \ � � — — , F2 '12 ? r.: 1 co/ if _ _` \ z = - Tii CO \ / /I a z z l6 7 g » a i{\\ \ C _ Q < f: f § 2T 0 » _ ± \ ! cD E - z z \ \ _ \ } \ 0_ \ # f { z / cg ciascg CL i 0 ; ' U _ as 2 « .\ _ ` § 0 / 3 e \ _± - 0 - \ X I \ . e \ ^ \ U) > \ } \ \ . \ 11._, . ' ° aa % 2 ° ® ` _ ` } . 2 a \ _ } \ } \ ) O \ \ \ : z 0 - ) ± EE \ a. \ \ \ 04\ z ( 3 \ ; g % — a o = e —, _ m = 2 ' f Q / ` I ' § z \ . 2 tri 2ca *� _ : 0 I % \ \ % fz \ c ± ± C ' - aJ tc - . /F2 ) / CO-± Aaza £ /$ / : c ^) \ l m� th• \0 0 /} o E } f .. — 25 1 5 « f \ i co co \ } \ ) = §$o / 7 � F2 kk � ) z in', u — 7 2CD E2 co rV. i - i In ©y = — TA / / / z — z z ') < CD Cƒ / U -R g @ & { 1i :3 # 1 & § 3 G ...BIZ 0 : u - : ■ƒ\ \ \ o 0 - } \ z�\S c(:, \ $ \ ° ,7) 11-11 [ § \ / } ® _ > & 1E 1\ k / ` 0 0 � 9 - \ { \ \ / § 3 » \// 0 / / c G } § ( : eK \ SC e g o CO3 « a % 3 z ± RECEIVES ` 21 5 1 8 6 ��UN �0 2 201 � � 2 4 5 BAKER PRINT DISTRIBUTION LIST HUGHES AOGCC Please sign and return one copy of this transmittal form to: COMPANY BP Exploration Alaska Inc BP Exploration(Alaska)Inc. Petrotechnical Data Center,LR2-1 DATA LOGGED 900 E.Benson Blvd. 4/G/2014 WELL NAME 04-33B Anchorage,Alaska 99508 M.K.BENDER FIELD Prudhoe Bay Unit to acknowledge receipt of this data. COUNTY North Slope Borough LOG TYPE GR-RES BHI DISTRICT Alaska --- LOG DATE May 11,2016 AUTHORIZED BY Patrick Rider EMAIL Patrick.Riderbakerhughes.com TODAYS DATE May 31,2016 Revision STATUS Final Replacement: No Details: Requested by: COMPANY FIELD FINAL CD CD ADDRESS(FEDEXWILL NOT DELIVER TO P.O.BOX) LOGS LOGS (digital/image) Surveys (Final Surveys) PERSON ATTENTION #OF PRINTS #OF I'KIN I S #OF COPIES #OF COPIES #OF COPIES 1 BP North Slope 1 0 1 EOA,PBOC,PRB-20(Office 109) D&C Wells Project Aids Agatha Rutka&Barbara Glassmaker 900 E.Benson Blvd. Anchorage,Alaska 99508 2 ConocoPhillips Alaska Inc. 0 1 1 Attn:Ricky Elgaricio ATO 3-344 700 G Street Anchorage,AK 99510 3 ExxonMobil,Alaska 1 1 1 Attn:Lynda M.Yaskell and/or Leonardo Elias 3201 C Street,Suite 505 Anchorage,AK 99503 4 State of Alaska -AOGCC 1 I 1 1 Attn:Makana Bender 333 W.7th Ave,Suite 100 Anchorage,Alaska 99501 5 DNR-Division of Oil&Gas *** 0 1 1 Attn:Sean Clifton 550 West 7th Avenue,Suite 802 Anchorage,Alaska 99501 Ramp"confidential"on all material deliver to DNR 6 BP Exploration(Alaska)Inc. Petrotechnical Data Center,LR2-1 900 E.Benson Blvd. Anchorage,Alaska 99508 Attn:Rana Elghonimy TOTALS FOR THIS PAGE: 0 3 4 5 0 0 TOTALS FOR ALL PAGES: 0 3 4 5 0 0 (O L1) • 0 CO '7 LC) f` ,- tV N W il.ig_ W0 2 4Z m ...... \,, „ , \, sh CO.k. , „,. , 2, — 40* ,, CL ,. 1h I C/) J Q Q \ ow-- as ■— CDL CD Em Q o O M U) S m O C O N = N m i m r O d ■ - a aoo � LL • • • W 1 002 Z z a m W; � r o • co N co 0) 0 La 4I M N ,_ (O O 0 O Zo0 d 0 Ca'w Z0 U ti N N Q 0 C 0 N COO Z Z 0 d "- o_0 d N (v N N C N 7 7 7 Y d U In N N N N N Z N > ro O d M N�`N�` U Q J ct .. M ©V Y N O > V Q Q 7 Ix (n > 0) d d M M O M co d - 2 N 0) 0) dl m -0 O O F- ❑W 115 si ❑ ❑ d = 0, 7 0) i0 0 O d J J (J d > O C W 3 O LS, •� V V. NU 'a %� A C ' tC - UL (n.2) w d 0) d g ` a' C F d N E. V •0 C U y 6 a 1 (p LL 7 O w V -61). V h 7..7 C N O 8 d d r O 0 0 ,_ 1, p O O 3 R T M. \ a.:: y CO )O v N J I- �' Z O) 0 Cl) :(M 7 7 7 O (N o 0 (0 CD (0 CO N O 7 N 7 L0 `— c0 V N M r 0 %:.,. N 0 Q O) NCC . c o. 00 a CO O o C T6 \ �\\ C O + y o o CO g„ co N d N 4) O L W 0) CO C A c R V CI. L a' C O) 0 C O O W II t •C L \� 10 .... Z N 0 y W d v Z (n E. O ) Z W U Q LO 1 ,\ \I No 0 a>_ . N w 0 wo O 2iv r I c ami(0 ❑ 2 E a E °' D 7 tO O N m Cce I- H m �.) D N N Cl) N t N 0. Z 7 7 7 +' m 0 W 0 L— N O O O d U CL 7 Lc) 0 Y m. N Z 0 C- O M 0 0 0 co O d m U 0,1 0 O 4 E 0 ❑ - m m Q C < O CO M A 0 M (Q Z d 0 c•-, M Z 0 M f6 m o > ' m N N0 CI) a a 0 4 0 0 CO 2 ❑ N Q o N m m N < m + W ✓ "0 ❑ M M M ❑ Z Q + a0 ! C 0-Z • a00 a�I '2 N 0 M d d co�0Cj C C (nC • Io 0 2 _0 £ ii da OH N 2 C 0 Lb$ C .. 0) N .0. ° ? va y , p U M O o. Oa w 0 a C O •O d0d dO . ,=‘, ''77) -77; gy1.8n t CN j d d N . 03 3 00. co 0 a 202 CO (nu. a a 0 a > > N • • iA II— O N 7 0 n N n W N 7 N n C0 W 0 0 0 0 0 0 0 a- N- N N N N N N N N 0)N a 0 0 0 0 00 0 o O o o O o o O O Ci O 3 03 klWV Cl) ))) o 4' � " cn O 'Cl. 0) N Cr N 7 O N CO CO n V CO CO N Z 0 O N M 7 — c,— 7 M N N s- CO s- CO CO co 0 W W 0 o Ni o 0 0 0 0 0 o o 0 0 0 0 0 0 O o 0 n n Z $ 0 0 a 01 N 0 0 . d .0 a 0 Jc to C 0 0 C Z Z w a 0 0 NCD 3 3 0 N Cl)NNZ O MW 0) n0) O N O n O V Nn O V COV V n W M n < 10 1.0 N CO CD CO CD CD n n n CO CO CO CO 00 CO CO M U ' V V 7 V V V V V 7 7 7 7 7 7 7 VV V M E N C) _ _ _ _ _ _ _ _ _ _ _ Q Q 7 W E F co- M co- M co- M M co' co- co- M M M M M co- M M M M E N M M d •C R 0 n n n n n n n n N- n n n N- n n h I7 r > o '4- F` 2 ,-,2 w O1N 0) 0) 00)1 0 M 0 01 W Cr CD N CD OD CCD 7 N _N.- CD 7 7 7 7 M M M M N N N N N pt CO C0 M W CO CO CO DD co CD CO Cl) CD CO O C0 co CD p .'6' CC U) N in N to N in CO N N N CO CO In to V) N t0 c 0 cCn Cn N to Cn Cn to In in V) N Cn N to to to N N f-,-; N N N N N N N N N N N N N N N N N N w +L-' L N to N N to in N to to N to N N to to N N d \ 7 7 C 2 O) M O 0) 0) 0 0 0 0 0 2 0 O 0) O O) O) O c U 2 z ui vi �i or): vi 'n ui tri tri tri tri vi N U) t0 :% d p v O O C V A `5.7', a; c >> :6 C p L O t> C O co lil0 N. 0 N 7 n N N 0)N CO V Lf) LO ` C V ' C C O O O O O 0 - - N N N N M M M M CO ` i ' `\`g•`F O O O O O O O O O O O O O O O O O O O O U w d V 3 \�lO Y6 03 d L d 2 E E \ C r/) rn , Ta Ce o O 0 C 'ea U . o H J Z N O O, ...„ 2 W z c en 2,kb-, • rt w m O 0 •% E E 'O p', O N 7 N- 0 CO CD CO 0 N V CD CO CO 7 N 0 0 > 7 -a C 0 0 O O O O O .- ,- s- N N N N N M 222co a) N L L U C > O O O O O O O O O O O O O O O O O O CC 0 rn () m c g 2 _ 0 M ?_ z ! J Q Q 0 0 (d c tp\ \\ o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 U_ Cn \`YA to 0) Cl) n a- to CO N to n M .- `Cr t0 0) 0 2 7 W CD n O O 0i CO a0 n CO N N 7 M N N Cl) d Z et CC N C N M M V t0 CO n CD 0) 0 .-NU Cl Z > 2 0 F- + + p wc�o— F- F- z + 000 F- O O m ? 2 2 2 \ CD N N ^t CO \ t0 t0 to N- N N N Cn Cn N to CO O) M n � '�!. Cl) � Cr n W ,- co CO tO r M LLCO e} M ri i0• - CO r r: CO to a a Cl) co M Q^ Q^ N M 70 n 0 CO 0 N CO 70 CO n CO M M M M i,, r r r r O O co C) 0 E 8 -8Mia > ` L L _ (n (n M • + + E E co M cO p p C LL LL4- O O Lc) N O CO N N 0) N N 0 CO O CO 0 F F- 0 O N + + O N O n N M N CO Cr N., M 0)O) N a s- CO CO • O ° C U 0 0 O 0M N CO V N o 7 0) M O 7 n Oi O .0 N M `Cr 7 7 CO CO N s- N N CO V 'Cr 7 CD 0) Q d d N M 7 0 d Z E E N co t. > > rn rn rn rn NP L L < < < < F < Q _ d 0 0 M M M M 0 Y CO CO M co co M (/) 3 '' '' 4 V 4 4 I O Cf) N- CO N M Cf) N M N NO O CO CO NN- CO J Cn .- r- 0 0 0 0 C0 O N NNNNN NJ N N a- a- a- 0 0 Q to N O n n N 0 0 0 0 0 0 0 0 o O 0000C) o O O d CO Cr O CO n 7 t0 coV to 7 h a0 O O > 0 0) W O N CD V • l) E N C N CO V F N N N COM n— CO M co- E 0 .0 Q M m m -t Z• LL CL O O O t0 in to O 0 O � 0 N N 10 10 to N t0 N V) 10 to N to 10 10 N N M CO V CO 0 0 O t0 CO M n s- 10 0) M n a- V r 0) .- M CO CD a- M E M N ON) Cr oi 0 CN7 CO V CO CON s- 0 0 0) CO n n CO N CD M e N a- N V n N N M V 10 CO n CD CO 00 s- N M 7 CO r r r )) EE — aoeoeo � � v) ..L2 2 o w o x c .. 0 a Fi G O C a) a) d Q a) a) O 8) i N O d m 0 2 to o fn N to • • yN O e- M t0 N s- U) N. CO U) U) a- N 0 U) N. N. 0 CO 0 aN N N N N O O O O O O O O O O O O e- r N N M UCD M W o 0 0 O o d o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 _� 1,,egi co iii ID m E 4X � v 0, Lo os 1 M O m V N M CO O n O N O R 4) (D CO (D O N N O O CO Z N N - N O N U) NY. CD NI' M 4 O N. V O 0 O O O O O O O O O O O O O O O O csi c- L- N W W 0 IN IN Z E N 4 a d 3 00 o I J o (D l0 p ❑ .:i...) Z Z a (H N N 7 7 7 Y 4) (U N (0 0) 0 N CO N (O 0 0 4) 0 M O 0) N. V 0 00 N N Z N OD N.N- (0 V CO 0 r( 0 N. COM 4)N 0 00 (D U) 4) OD O (O n N 0) N. N. O) N- U) O Q W W 00 OO 0O 0O I- N. r N O (0 O (O O N- N- aD (O O) 0) O O 1- N V U) M U4 7 .4 V' v v v c a a 7 a 7 a a a a 4 a 7 a (n U) N U) n N N M @J E N O M M E w C y M M M M M M M M M M M M co- co- M M M co- co- M M M M M M M co- — M M a) .0 R 3 I- n N. r r N. r N. N. N. N. n r N. r N. N. r r r r n N. N. N. r I- 0 o H W W M U) NY 0) 0 0 N fD M N N CO N. N. N V N CO 0) 00 0 N OD 0 N. 0 CO (D M OD NY 0 U) 0) M 4) OO 0 CO U) 03 N OD 0 V N 0) O N N U) 0 O O O) CO 0) CO IN IN a) U) U) d' CO N O O O O O. M U) N- y a0 6O O r N- N. N. I. h.: N. N. I` N. ri I. I. N. N. N. r N. N. N. N. N. N. U0 /11 O N U40440 4UU44404U44 C 04U 4 4 4044 0 4 U 4 4) N U) F2 t LNN N N N N N N N N N N N N N N N NNNNN NNNNN w d t' 0 )0 4) 4) l0 U) 4) U) N U) 4) U) 4) 4) (0 4) 4) (0 N N N 4) U) U) N U) 4) 4) M M 6) 0000000000000000000000000 I Z N U) 4) N vi U) U) U) U) 4) U) 4) 4) 46 4) 4) N U) 4) N U) U) U) U) U) 4) 4) C d O CC o A '- V W C V V N O M C) M�; MN 4N) MN 0 6.00 U6 M 6 0 0 N U 0) V M N O (4 N O NN- (MO VC UV-` yUU O O OO OOO OOOOO 0OOOO OOOOO OOOO U msm n K r 12 1 ❑ a Riii 7 J !- 2 Z N ❑ t O r M - ^4t 4 N I- � M OD (O V M U CO N N 00 O U) (O M Q M M V "T V 4) 4) (O:.'',1D f� OD OD M O N N M M 7 M M M N. a) O O O o O o 0 0'O O O O O o O CL N co re ❑ co Ta L O O O O O O O 0 , 0 O O O O O O O O O O O 00000 M c0 - N. O 7 N O M OO M W I- n 40 (044) 44)0 (0 0101 V V CONNN 7 cC N (D O V W N co O V cc; N O O V 00 Ni 4) ✓ O N(O NU`) M M 1", M 4V•\ N. 0Q O N 7 U) N. 0D M N N coO M U N N N N N N N M M [0 M M COCOM '' V V V V V NY W ❑ (fin ., U �:; 3 0 0 (t) N N U) U) U) U) U) U) U) 0 U) U)if U) (0 4) 41 U) 41 N N V 7 V (0 CO. CO M CO (D V CO N x- O O (:0 C¢,%Q0)) 0) 00 r r 4) co N 4) N U) N M O O V O Ni O O V 00 N (0 0 M -, M co N. N M co N- M O N V U) (O CO 0) N CO N (0"00 N gg'�a O N. rel.) O M R x- N NNNNN N N M M M M M M 7 V y;';7 V 4) U1 U) 4) • N M co CO 7 U) r U) V' M CO O 1.0 'a O V' V' N N. N. M 0 CO N. N. CO M 0) NO U) 4) .- N CO VN 0) V (D M M 4) V' CO M N N 4) CO CO e- M (D M �1. N V O O n M N N V M 4) M M N M (O U) N O N N N M N. r 00 t M O O O O O M M M 0D r O U) O M N M n 4) M M M M _ N N N Non N N Nor-. N •- F:4 • r. 0 m N , Q () O N M N 0 N N M I-- 0 N CO M 4) (0 N- N CO U) (0 CO (0 U) N I- N- 0 JQ x- x- x- c- N N N NNCONICO M M M M M NNNNN M (0 00 O M Q d O O O O O O O O O O O O O O O O O O O O O O O O (U 1 v N v N m C • a) O Va M 00 m om Z 0_▪ 2 a 0404 ;', U) U) U) U) 4) 4) N 4) U) N N 4) 4) 4) 4) O) 4) 4) 4) LO N U) N U) N N U) < 4) aD M ) co (O V CO N O O O O M M CO. CO N- N. co co. N 4) U) U) N N M O O V 00 N (O O4 co N 4) O M N- N M M N- U) M M n ( M O N V' U) (O OD M N M 4) (D 00 M 0 N CONY (O N. M 0 M V y — N N N N N N N N CO M CO M CO M M NY NY 7 R d' 'a V 41 (0 4) 0 CO In ❑ r '- 1'4 >,14, .. m 1 .y3.. 0 a d .. a a) aT o C •O .d, 41 m aa)i 7 - • 0 e- N CO (O CO (O 0 0 N- 0) V n O) e- CO CO N- e-• 0) n V V CO b U) W V O n N V M M M V O CO e- (O U (O N O) Mo V N -0 W N M (O NT OD m O O N.: O N O n M V ( 01 V O) M �� M N i N NNNNN M M m kl WO inn Hcs IILo m a N U) V V N O CO M CO CO O CO CO 0 n O U) c0 N M CO O W 0) O CO e- N e- n O N O) O U) O U) N CO CO O O O O N CO CO O N 00 (O n W W 0 N Co V M M N e- M M N e- N N M V M e- e- N e- O O O O O 0 Ne n Z 0 0 Q 41 0 O O 0 J G (0 0 0 ❑ o Z Z O_ P.--- a_ N0 N CO 3 7 7 �C N N N O M 0 N n n N- V V V CO O V 0) N (O CO n O) N U) CO CO O M 0 N N Z Q m O) M W n OO) O M O 0M0 (n WO V O M O Me- V Nn O N U0) M n N Nn M uU) M 0 ' U) co co (O Nn00 0) O O N6 V N (O cc; 6O N M V CO n 0) O N (+) E O ,_ ,_ ,_ ,_ ,_ e- NN N_ N_ N_ N_ N_ N_ _N N M M CO M M M M V V OQ Q M Lt C " co co- co- co- M M M M (ei M (eI M M M M co- co- M M (h M M M M M M M co co £ N —- M CO N •- R D n n n n n n n n n n n n n n n n n n n n n n N n n n n g O O H i- 2 1 W O) (0 (D N N 00 u) M N N CO00 n u) COM CO 0 M N O) N O M OO CO ) V CO(O N 0) 0 u) 0) _ CO CO (O CO OD N 0) 0 M N CO CO n CO U) O CO n N OD V N O CO n CO CO O V CO N OD M O CO M O n V CO y W O OD O) 6) O '- N N M V U) CO o0 O) O N M u) n 00 O N O U) NO U .a a) U) N co U) U) co CO CO CO O CO CD CO CD CO n n n n n n OD CO CO CO CO CO C0 U) u) 0 (0 (0 U) U) N N N U) N (0 U) u) u) (0 U) U) U) U) U) (0 N N (0 (0 L E 'K N N N N N N N N N N N N N aa N N N N N N N N N N aa •((C t+ ) U) U) U) U) U) u) u) U) u) N U) u) (0 U) u) u) (0 u) U) N (0 U) U) U) U) U) U) 0 rn p) co rn m CO CO rn m rn ( rn rn a) a) a) m a) a) ° ma) w m rn m a z (n 41•:•Lo- Lo- N Ui vi u-> vi co- ui ui co- Ui co- Lo- co- ui 1.6U) ui ui 1.6 vi vi u) ui COU)C iCN N U - Ci 2 U OO (0 ) '•UCO 01 (D 0) CO 0 e- n 0 0 N N O N n uCO V V U) D 0 U) N U 0) C' CO CO (D 0 '0 M CO V 0 n O CO CO 0 V O) V O) V 0 U) 0 w wm COU H N N M V V U) CO n cc; O) O N M Ui O O m N N N N e- e- NNNN NN L • 00 . rCi J 2 Z N ❑ W 3 w O co V V N M V u) V 0) n N CO 0 V V n V M 00 U) V O U) O Q V e- N n\\\\ O) CO V \ 1- .- e- N (0 O V 0) V0 (O N O1 (O CO 0) CO 0 0 0 O O N '',,,4 Ui CO n OD 0) O N6 V co c0 a) N4 (O n 0) CC e- e- N N N N NN CO ZS C.L CO 00 N- U) CO 0 NCO + M P O) CO M OD M CO CO CO 0) N V CO N N N e- e- e- 0) CO n (O N V CO N O 01 n (O CO e- O CO CO a N O_ V a; N O O6 n 6) M n U) 6 M O O4 M N O O) M N N co (0 co co 0) O N w V (Qy n 61 O co V (0 N 00 O N V U) N0.1 U) N N U) U) U) U) (O CO (0 (O CO ';(0 O n n N- n n n CO CO CO CO CO CO @ M CO N O CO U) N OD M CO V CD CO M CO M CO V (O n W N C N0) M n U) O) O O O V 00 ( ' „• CO n O O M V co n O O N 0 0) CO U) CD 0 CO 0 N U) U) U) (0 co (0 co co co co n n n N- n 'N- n W • CO 00 00 OO (0 CO m • W �•,Aw O N (O OD 2 V V O OD UV) R V N N 00) (O N V M CO 1--.' n O W OD (NO M M ✓ v N N N `.2- M M Mv N N N N N N v v v v v v c N v v N M M = E 1r i r- 3- CO •1.1 Q (/) O O U) CO U) N- CO U) n n U) N- CO CO N CO 0 CO M U) N- N 0 N- CO 00 n Q CO 0) CO O) 'Cr CO e- •V' CO CO (.0 CO e- U) s- CO e- M V CO 0) N CO N N N CO Q e- e: N N CO CO V V V' U) U) U) CO (O n n CO N W OD OD 0) 0) O O O O) N U T U 512 (D CO C E v L V O M m CO r01 co O 2 m 44 V c Z CL O_ 0 0 0 (0 (0 N U) N (0 N (0 (0 U) U) U) N u) U) U) U) U) U) U) U) 00 N u) u) N 0 C 0 U) V V V V M CO N N N CO N N N N N N N N e- 0) uOM n UO) M n U) O) M n u) 0 M n Ui NN (0Uun u)OD OM nO (OM OV Uoh OD nO n nN nV nU) nn nOD nO) 0`; ODN aOV 000 OO aoao 03 0) C0)N LP I O E. a m .. a a)a o • • 41% - 0)) M UO CO 00 O CO 0) U) N 6) (D CO M V'•0) p CO (O 0) M CO N N V W O Q lO CO - O D O N V N O 0 b I,- O (D f� a0 O CO A a N W 00 O N V' O r 6) M Lei N: Oi O N V' CO o0 O N Ui N: Oi N cc; nitU 3 Ico co co V V C V V V' Ln LO (n Ln NCO CO (O CO CD N r I,- n f; OO CO OO m ki wo o 6) 6) 01 co M N (D V' Lb 6) I� N 7 I,- CO O a- .- N M N N In Ln CO CO O U) a- N (n N CO M CO CO O CO CO N CO I� M a- V O (n U) U O O O O O O O O O O - O O O O N N N M M M V N V U W W Z N- N- e (C V) Q p) m = O O 1 p m N O 0 p Z Z a O_ d M = = '3 Y N (s! (O N 03 CO CO V CO CO CO N CD 03 O N. CO M V' O) N W M 0) N V (O (6 Q (D U) OD O V N- CO 0 03 03 O CO I,- N I,- CD N N- N (b N 0) CO N N _ N- - CON NCO M CO V V O CO(O - N- O (D M COCD (O a- O 0) O - V' N- N M 0 ( CO N (O (6 6) N V (O N- 0) O N V' N N- 00 O N V (O N- O N V' (O O) CO ©© E 6 V V' V V' V' Ln (n N Ln U) N CO CD CO CD CD CD N. I,- I,- r r c0 OO 00 CO CO 0 Q Q = = +Y- M M M M M M M M M (0 (0 M M M M M M M M M M M co- co- M M M M co N co 6 N- ‘r.7- C- r > CO CO 0 .0 2 (y = n r 7-:. r r N- N- r t` r r I` i---- r r I` I` N- f` N- in N. In r I` r t` > O O t- 2 O W N (n U) LO co N- N. CO CO CD 0) N CO CO CO (O a- V O CO CO O N. O 0) (n N 6) V' (D N- CO N- O N V (n N N V N W CO N 6) O V' CO N N CO U) N co CO V 0) V 0) V CO CO C- CD O (O 7 O M O N- (O N a) O N CO U) N- aD O c CO V (O N- 6 O N CO U) (D O m N V (D N- 6 U .a IA 6) 6) O 6) W 6) O O co O O O O N N N N N N CO O C 10 (n N N N U) CO (O (O co. (O co.. (D co... (D (O co co co co (fl (D CO... (O (D CO CO 03 L L 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 y '522,2) 2 22222 22222 N n C) n n) 22222 N) N (Dn7 C) CD r Z .. N U):,(n co- (n (n (n (n (n N (n N N (n (n (n (n (n (n N U) (n U) (n co- N Ln rO R d '- G ry .l. O o '2V ) C V C 0 N N- L6 r N- V N N V N- a- (n O (n V' CO CO (n N (n (n (n V V. CO N CO r t) 00 0) n N. CO O CO CO 01 D CO N- ( CO CO CO N I 4 .d 0 • -7 CO Cr (D N- 6N V CO N- 63 O N V (D N- CD a- CO (n N- C .- V CO O w 0 C) dCOM coMMM COV VVVVVNU) (nU) NLn (D (O (O (C CO I,- I,- N- C.) C..) d ...... 6 W LLam' 1- 2 zrn° 0 w � • I •:•••••,',..,„„x _ _ Q (D (OCO N N N- CO O r O 6) O N O (n 03 O co O (0 W 6) Q N CA NN N- N -: N r (D Q) CO N O V Q) V 6) (O N O W r () - N V' CA C) (V CO (n (O W 6i C7 N M (n (O N- 6) O N M N N- as CJ C CO M co co 44 44444 N N (O (O (n (n U) O (D (D (D (O (O N 0. N 9-) 71; ''. 7 To C it O) O N CO (n N O N ..,"+S'Y. N V N- 6) N U) N- W W N- V 6) - N (C O N- V O (n r- N. co '..C)) N-4(J co co co 4 .- N- CO (T N .- N- N M N CO (O Ui CO N (n ()i M (D O M `+' lD (n ()1 N [O 6) M O V V p N (0 O) N M (n (D (0 0) 0 N V' (D N` p O N V' Ln C- (b (r N M co co co 6) W 6) 0) 0) 0) O O �� O `ir. O '- a- a- a- .- a- CV N N CD M 2 ! V N N. COOCVLON O N 'C N- WN (O V' ON co CO N 6) 'C (O N CO (O CO (n (f N • Y Cn (n N • Y • (0 • (O N O f W N O. .4'. 6CO (O 0) CO N- O V N- (n a0 O) \ O Nom` C V' (C U) W N Ln 0) CO V (D r 0) O ,- CO 7 N N- OD 03 N V. � (D CO W O N CO V CO N- (b O Q) O Q) W O O O O O O O O r N N N N N N N I i n CO N- O N N- n VCO O UON N W (d0 b CO (N N O V N- (0-O (N W . . . . L 444 V V N V' N rV r'C 444 O O O O U7 n n N M M LM M M (N ' 0 I co 'N I a (n N- N- 00 CO (p CO U) CO N. CO O 00 O O CO N (n O 00 O N CO I- N N- N- 1,-- ‹ Q CO CO CO CO N N a- a- a- N a- a- .- a- .- .- CO (n M N (D a- (D N 6) N _J 01 6 6 6 6 M 6 6 W d) (N D) d) cri 6 Oi Oi 6 (N 6 O O N N M M 0 N V N V 03 ° N 0) t L M M M -t -0 � M CO CO O m 4 4 4 Z 0_ 0_ O O O (n (n (n (n (n Ln (n Ln (n (n (n (n (n N (n U) (n N N (n (n (n (n (n (n (n (n W CO (D CO CO (D V' N O 00 U) N O (O (D V N O CO CO V' N 0) I-- (n N 6) N (O O V' W (n O M N- O V p N U) 6) M N� r- V' W N (O O M n (.) W CO (n (O 0) O NM V (D N- Q) O MV' U) N- W O N V N (O (D 6) a 0) co co 0) co O O O O O O O N N N N NNNN 00 G m .. a O •M/9 C � N O .+ Ey = N a a m 3 3 o m — I • • In .O r 0 N N 0 O CO CO N N CO N (0 CO N. 0 0 V V V O) CO OO W cO CO )O N V CO O an CO N N )f) a- O M T r n O CO. O) O v, v (O 0) a IM a M o N n co CO N o Oi 00 N- co (0 (O N (O r co O N V co co 0 co U) a 4) 0) 0) O N M V V (O (0 r W 0) O N CO (O CO NV M 0) 0 N CO ct N N N N N N N N N M M CO M m W Ovia oo Wgo a= ; V 0 ICII 0 N (D CO OD )0 CO CO V. CO N- V N (D V CO V CO 0 O 0 0 V CO Ns Z O N N CO CO N- N V h M V O ,- V (O T O V COO) N•- coM m N N` (n (n U Ci M N M M M N N N N .- N N N M M (V N N N N N N N N M CO 8 N. N.LLI La Z r ( ) Q O) 0 Jo d 0 J O N 03 (] 0 O Z Z a N M N 03 7 7 7 Y cooln N N Q M OM OO rON 0)W S7-3 NN- 0M0 ND V (rOM MO V(D NN V 0)N ODOO O)0) NN NO CO2 tDM 0)2 (N MM MM MN- 171 nN CO p, U ) (V M (O (V Oi (O (O aD NO M CO 00 (D an V V M N N M V Y rs 0) 0) O) O N co V V co (D r r 00 0) 0 N CO V (0 CO N. OD 0) 0 E (0 •' a- a- N N N N N N N N N N N N N CO co co M CO CO CO CO CO CO V O Q Q 7 CK ° E 0 co- c..; of 0 ri M 0rvi ri co o- 6' co- co- co- ri ri Ci ri ri ri co- co- 6C) M co N C 3 N r r r N- r r N- h N- r N- r n h N- N- N- N- N- N- N- N- N- N- r n o o r = 2 w w 00 N 0 (O 0) CO O) 0 CO V CO (0 (0 N OD CO V (0 0 V CO N- N CO CO CO N O OO (0 V CO 0) (0 10 r OD N CO r CO N CO 10 CO r CO (O CO 0) V 0) O CO OD O N N CO (O CO CO 10 0) CO N. h O N- r 7 0) M M V co N O N- co V N O 0) co 00 00 O OO 6) y, N V N- 0) N CO 0) (0) .8 0) M M M V N O O N- O O) O N `R.". V O r 0) O N M (0 O n = O C (O O (D (0 O O O O (O (D n r N- r n n ;-1.' N- r m W a0 OD m ao a0 2 L t ._ N N N N N N N N N (V (V N N N (V N N N N N N N N N N N N y 0) .L+ ? (0 4) N0 (0 10 V) N0 N) NO (0 (0 (0 N N N) (0 (0 N) N0 N (0 N N N0 N (0 N w V O M 01 a1 a1 d7 Q1 O 0) W d) d1 01 D1 O d1 O D1 m m m Q) Q1 M O) Q1 x5 Z N 1() l0 (n N N coo woo woo co co N N U N N ow co co N co O d ..:2., 2 dO U m ii OU y 3 W 6f �\�" M V 2 6 0O V NO- V V M aO N N- 0 N D V 0O 0Si V 4 O i d w N C w wd 0 N -) ` O O OW N N MO Mr N rN O OOi 0N0 ON- 88 '4 O nnNVVNN0 U Ol ti, T a N N N N N N N N N N U > 0 O 7 N N t'' O O O O)O M N ' N 0 r °d/110C o WN NV N M(0 V NO M O r V M NN� O M N N rO W Q • 4) N M V co-:;,.‘: OO N O OD h (O 6 V V V V N O N- 0) M co O) M I2 N- n N- CO 0) 0 N CO V N (D N. 00 0) 0 N CO V O N. 00 0) ,- N N N N N N N N N M d aa) y x COs?'_ z D CO To �..L N O r D7 h O co Nk"C) (0 M1' co O 0) 0) O) ,- n V V to N0 co co N 0) N-- N N O O V 4 N M M O O CO N- 0 (0 O N. O CO CO 0 CO N0 O) O N\ M Loci O O) 00 (O V M mod NO N 0) O N O) V O N N .,7') Nn 0,6 N OD ,r,-, N` N () (O V n N h N- O M N OD M co,- � MN NI N a V N N0 u) N O `O OO O h CO CO_ CO_ CO_ M 6) O @ I,- N V N (0 CO N- 0) O N V V CO N 0) 0) O O O r V N N` 00 V 0) co co n t` co 0) (0 M co s^ 4, «: Q1 co. O 7 M N n N M N V O N N N N N O 0) r (0 of N r V O co r _N 0 O N-- O M co O) N 10 CO 0 CO (0 0) N- V N- co (0 co co (O 00 M co co CO V' V V V (O N0 N CO CO (O O N. h r •• _ 00 co_ O 0) O o) O N (0 N. r (0 0 0 (0 CO CO (0 a- CD V CO O O (0 N N N CO N (O O CO 0 O CD )- V 00 O CO N. a- O N V CO CO O .- CO N u) CO 7 (0 7 N� N0 M O L N co N V R V V NY Nr 01 V V V V V CO CO V V V V V COMM co M co co 3 E 'N C asa CO .N Q I (n n 0 CO CO N 0 0 N 0 N- 0 CO CO CO OD N00 M N 0 N CO N� 0 CO n 0 Q 0) O N- (O (O N M 0) N. CO 0) CO CO O 0) 0) h V .- co co M .- O CO OD 0 M V V O N- 00 6) O) O (V M4 V OO O r 00 00 Oi O N N 6 (0 - .- .- Q . N N N N N N N N N N N N N M CO CO CO CO CO (O U T V E Q• O (n DO CO LM M (n • U M CO M o 7 mg Z a a O O O (0 N (0 N N0 to N (0 N N N0 N0 N (0 N co N (0 co N (0 10 10 10 (0 10 N CO V N a- 0) CO (D 10 CO r O O co an O N 7 (0 N OD V O (0 W N N- 7 N co O) co V co co O N al V co co N- 00 6) O 0 N M ri ri V V (0 M NI ao V r V r 0 M CO 0) N (0 0) N (0 CO V N` 0 CO CO 0) M M M V V V N (0 N (D (D CO O � N. CO_ CO_ CO 0) CO CO O O O 0 CO O E- - - - e- �-- - - - N N N N e- M... c .. m 3 0 a u . 2oc a) w o d co ` N U d N Q (n ( 0 • y M UD h N- UO V CO CO CO 0) U) M V. CD 0) 0 (D N N M U) (O W .- N N O N Un O (D CO CO N- NCO O O) M 0 0) 0) N N- O Na) (O a 0) N (D6 V 03 Mn N N— N co UD CO 0) W UO U) M N a N n co O N V N r co O co UO CD 03 0 N CO (O N- co O) co (O i. ix I— , M M M V V V V U) (n N (() N u? CO (O (O (0 (O (O N r r m W0 Q= > = LO o0 0 CO CO N CO N CO N N V N- M N N CO r r N O) CO N N N N r N r .- N` N (O CO O n co. co. O N .- N CO N CO t0 V 0 CO M M O O (O V CO W W U (M M M N N .- '- .- s- N 0 M r) V M Ni N N N N .- -- e- O O O N. N- Z 0 N Q W gl 3 OO J p (O N 0 0 C Z Z CL 0) N N CO 3 3 3 Y N N N U N- 0 0 Un V CO CO UO Un CO 0) 0) CO N CO 0 M U) N N CO LO 0 Q CO V W CO r 0 00 CD 0) 03 N- M N 0 N N CO n M N- 0) N 0 CD n LO N 0 I- N UO N- .- UO r- CO CO N V N N 0) 0 'Cr Cr (O O) Un M M M 03 M U . NN M4 N N- co O Mei O) N t0 O V O) V 0) V O) r) N6 co M U Y N M v U) o I` 01 0 N CO UO t0 OD 0) 0 N CO N 0 N- 00 0 M E N _V V V V V V V V N O UO UO U (O 4 1O UO UD co co co co (O (D n n N- O a a 3 C x r) co- r) r) r) co- ri co- co- ri co- r) r) r) al (+i co- co- co- co- co- ri M (o co- co- co co M 0 - 2 N N- N- N: r N- N- N- N— N- N- h r- r r r N- N- r- N- N- N- N� N- r s r o o i~ - W w N CO N- fO 0) 0 N 0 .- 0 UD V CO N N- M 0 N N co co co O O V 0) UO CO M N M V N. O) _ M N. O) V CO 0 V (O N CO O) CO O t0 V V U) CD n CO CO. O) M CO O) M CO CD co. N` r CO O N N a) V 0) V 0) U() N. M 0) N N V O co N 0) UO N 0) UO O M OD ui U 4:i0) ;..0) 0 N CO UO N- OO 0 CO UD U0 CO 0 M v tO 03 0) N M UO fO 03 P. 0 C CO CO 01 0) CO 0) 0) 0 0 0 0 0 0 .- .- .- .- .- N N N N N N L LN= • N N N N N N M6- r) <6 M co M co M r) ri ri ri M M CO CO- M M w 4, N UO Un UO UO UO UO UO in UO UO N tO N O N D in UO UUin UO to to Un to UO to 0) ‘ 0 0) O) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0 O O) 0 01 0) 0) O 0 01 0) 0) Z (O tit UO Un Un Un Un Un 0 UO (n UO N UO N (t) (n (n (n U) 0 U) 0- UO N (f) 0) 0 C -• d i+ a) U R f. U C) C 3 (0 M 0) N- LO N- .- 0 CO r O V 0) N N (O OD M N CO N UO CO N C l) v 0) 0 M CO .- 0 7 CO N- Un CO CO OD O UO CD O V .- 03 CO N- CO r N- 9 L v o t) w U6 > m 0) N V 0 co 0 N triN OI) N (O (O .- (D N UR) r) N 06 N O) O 0 Mi a) 0 0 .- ('�.V C' o n W O N M N fO a0 m N V Un N` r 030 N M () �' T � M M r',R° M M M M M V V V V V V V V to U17 U1) N to to UO co co co U 0 0. C i r G' b 0 C0 O 3 W W .3.. .J F �: Z N O :4. O 0 CO n 0 UO 0 CO N. N. M N` 0) N UO N CO O N (n CO N CO 0) 0. M n UO N CO CO M CO UO CO O CO CO CD CO N` .- (D N N O) N- V 0 Cl) N- 0 • N W • N N- co co 41- O co N 0) to N co OO )6 N 0) CC N V N N- . 0 UO CO M N V CO N` 0) 0 N V V UO h 0) 0 M CO CO CO V • V V V UO N N UO UO UO CO tO GO N co co CD N m ? Z . N c Li= a3 co r co co co 0) 0• o N`-'�''U0 N- UO T N. co N- co UO UO (O ON- r Co co M N N 0) M N N V O M N M N. I, � N 0 V 0 U) d) CO CO CD N coN O V UU] ui OD V 1- 0) r) V UU) UO CD (O UO V r) h N6 O) OD co M UO O O N` N 0) V O 03 N V (O UA ONN 71- (0 )- 0) N 0) 0 0 0 0 N N).N N_ M M M M V V V V V V V C CO �^. N N• N N N N N N• N\N N N N N N N N N N N N N a \ MN N CO CO V 0 an N N V N CO O M U) 1.-,1 N OD O N 0 W N W � N- U() 0 (n UO 0 N UO co O N 4 . '\a - to V Oi M N O 0) M O O0MUnnO N V hN N1 M M N MV V U) N- NV- O n M V ^ N N N N N N N N N N N N N N Ni. N N N _ N N N Ni. N N. •3 fO UMO O O (O O O V N (- (N- (TO UVO 0 N 0 CO V V O M (- Co 0) L MNMN- UM tMO NM- NM- NM- r W MO O V N M M M M M MV VM V M M VM M 3 E 173' ' 0 03 - 174 1 a N CO_ 0 00 M UO CO 1- M M N. N O N- O N- M UO UO N.0 0 I- o CO M N- 5 5 0 ) — UO 0) CO 00 UO M (N V V N O) N- UO M N- N- 0 ,- 7 7 a 0 N. CO 0) 0) 0 0 0 N CO V UO (D N- N. CO CO 0 0 0 8M M M M M V V V V V V V V V V V V V V UO UO U) tO UO UO UO N C0 C E 0 L0 ▪ .0O M m m Z• 0 a. O O o N UO UO UO UO UO UO UO N N UO UO UO N UO UO UO UO UO UO UO UO UO Un UO UO Z 0 .- (D O CO - t0 0 CO UO N- 0 N V (O V N O N- UO N N 0) CO V O 0- Un 0 UO N- N- OO OO 0) 0) Oi O) 0 O O O O 0 O Q) 0) 0) (C OD Ol) @) OD CV N Un OD V I- 0 M UO CO N CO 0) N Un 00 M a1 - - ,- N N N M co M co V V V to UO to CO (VO foo N. N. ro n n Oo co co O F N N 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 ., m 'Li V O C A . a u .. a a C.D. O • 0 :: Si •�OD n UN U) M U) 00 CO 0 CO N- V M M 0)�OD (O U1 ao n U7 t0 O - U) W n co u) N O aD n M N O O M 00 n n ao Q) O CO N 0) 10 O I V M N6 0) O n O N V N N O 0) 0o n O U) U) V M N N •j = co co O N V O N 0 M l0 N- CO CO U) n CO 0 N V 10 CO 0 N V cD NI- r 00 00 a0 0O 00 a? W 0) 0) 0) to 0 0 0 0 0 N N N N m kg W0 n o M0 j o 6 41 cO co 02 g M M M0 u1 V 2 fV M n (T N N n U0 n O n1 N M M fV N O UM 0 W W U O 06 co0000 60666 66666 000 00 0006 U N.. n Z F N N a O = O O O O 0 J (0 N O❑ l7 Z Z C[ a y N N 0) 7 7 7 Y U) U) N N N 15 07 n V N N CO O (0 0) 0 n 0 V CO V CO 0 O CO V CO V V ,- N M N N O V N 0 U) 0 0 0) u) N N V 0)a 0) 0 V V n M N W 1O N M M M O n V a0 COO V N O COaD CO (O n O N V N (O n O CO n O M M 0 c)' n ON n00 0V O0NU .4..- NN nN ob V NO MUUOn DC06 U) M Vn OO n0) 06 s-N NO3 VU DMV V E u1 O n n n n co ro ro co co co m 0) 0) O O D1 M 0 O O O O O • M < 7 CNM M co- M co. M M co- M M M co- co- M M co- M V V V V V V V V V 4- _.,.—° M M 0) C 2 7 n n n n n N n n n n n n n n n n n n n n n n N n n is:. n > O O h 2 Ow W • V r O co r n (0 0 11 0 n M V 0 n 11 U) CO N 0 N N M n CO 0) n 00 11 N M M 0 CO V CO 0) CO CO 0) M M U) 0 0 O n V 0 n 0) 1 N N N N O O CO CO CO 00 U) N O O N CO N N O) M U) U) 7 N M 0) N 0) (O M O cD M O n V O n V r n V O n M 0) O N 6 V r n M U .a 01 :0 r co u) n CO 0 N M U) N- CO 0 N M 0 n 0D 0 CO N O O 0 CO C 0 CM M M M M V V V V V V u) U) U) LC/ U) U1 O CO CO O CO CO n n n I' L L N ,•�co- M M M co- M M M M M M M M co- M M M M M M M M M M M M p Z 2 ° ° ° ° ° ° ° 2,o a o o a a m o a a o a m a a a a a 4 C u) U) N U) U) U) U) U) U7 U) N u) u) u) u) v) u) N N U) U7 u) u) U) U7 u) C O a i co R GUdC (4: MP 0i O M N Un 0) N V ano N) O n 0v0 aV N nV 00N QN n O OO i,-- ID � t � M 0Ur. n V O 0 N o U) n V O n M M O N 0i N N OD N M co co co O r co co co co 6 r M CO CO 00 0) r N V co n 0) r N V co N- O N N Ce T (6 co (D CO N n n N n N N 00 a0 O OO 0O 00 0) 0) 00000 0000 L d s II ❑ O_❑ C � t 0 Q. cM T n *8 O n M j V nM O M N) cU)0 ONE. vM0 (nO V V ' NO) UN) N 0 4) u) N U, 6 4r 6 V 4 n co O) O N U) V O (O N U) V O O n M O) V XN U) n V \C) 0 11 CO 0 N M U) n CO 0 M0 O CO 0 N V N- n n n n co co co 0) 0) 0) 0) 0) 0) OO O O O O O _ CL- N N- co co r co V V n O OO M N 0 V N N- 00 0 0) 0 W n N00NN0DU7n \ ON00Nn ONMV V 0NN00U) m O M CO; nN ;7) 0O) 0N nV U� N h n Ua N O 0 O V N •O N N M U U1M c0c0OOc0 co co, n n n t., n O co co co co 0) 0 0) 0) 0) co ZT (,,,,, F N N N N N N N N N N- ''.- �\\ N N N N N N N N N N N N a N- N .- O U 0) 0) 0 N V c0 U) W n ) 0 •. CO .0 - n O 0 N M 0 CO CO McU0) UM0 N7nM0OcN0 N 0NDV \ dU, M u. <0O) <Onut0MVM) Nnu1 O• UO NVOnm (1) NM Un nn n) ro VU) 4, oD U M N n0) 0)) O N V ❑ N N N N N N N N N N N N N N N N N N N N N N C') M C) co U) r r N- 0 0) O n M 0 0 0 00 O 0 CD N N M CO 03 V 0 r-- 0 eV- VV V N M VV V <V0 CD. n CO. 0) O N M uCS!N ) COcO CO0O OV N n n CO 0) 01 V L V V V V V V V V V V V V V V V V V V V V V 7 E . .,-:, :.. 0 v CO •N Q O CO N- N u) M v) n CO M 0 U) U) n M N n N M n U) CO CO 0 M O co U) J N 0 0) 0) 0) 0 0 0 0 0 0 0 N M CO V v) O n 03 0) .- N N 0 W Q U) U) U) O O O UUU) U) N u) u) U) U) u) U1 U) N N u) ,7,--, UN UN UN) NN U) (O U T ......4- n3 c a) m V Q• O (n CO m L• 7 C) CO M 0 ` i i 1 Z a a O O O N U) U) U) UI UI U) 0 0 U) U) U) N U) N U) U) N h U) U) N N U) U) U) U) Z N ,- n V O CO M 0) N ,— n M M (O O N O N CO U) t0 n CO O N M V N n n c0 O O u) N V V V M M N N N O 0) 6 n (D U) U) V M N M NO CO CO O) N N 03 ,- V n 0 M CO 0) N U) O 0 CO CO 0) N 11 ao V a 00 0) 0) 0) 0) O O O ' — '- N N N N M CO M V V V V U) 11 11 CD CO 0 ❑ E N N N N N M0 M M coM co M M coM M M M co M M M M M M 07 ici C ` v 0 dW ihdt U a in 'S ❑ ti U) • 0 y MO V M V LO N CO N 0 CD CO 00 r N CD 0 O M CO 0 N. 7C.; CO• V CO CO CO V N N 0 CD V CO O r 7 N V CO 0 r N r O U W 7 O O) O) CO CD co O 1` N N O N- OA N O) O co 0 I- V 0) N CU .-COaD ) •j co O M an C` 0) N V I- 0 CO (n COM (O 0) N V r 0 0 On COW M LU�� N M M M M Co, M V V V U7 1n ([) 1n (O CO O (D r N- r CD CD CO O) O. m U _ _ 1110in H ��// o i� > v o a= co co III O) CO (D N- r (0 V CO LO V (O CO O M '- CD N- Cr OO V (D O r N r N (D 0) O V M O CO N N CO 0 M N ,- V V (O (O OO N M N N M O (D OD U O O O O e- r- O O O O O O O O O O O O O O O O O O U W W Z ✓ r F N N Q T N y 3 o.0 .0 0 J CO CO 0 O G Z Z CC d 3 7 7 Y On N W co 0) M N (O (O M OO CD N CD CO CO N OD h CD 0 0) CO CO r V V (D N N N CO 0 V 0 0) (O 0 CD V CD V M h 0 I,- O OO OO V 0) CO CO V CO r CD OO b y Q CD O CO O) V ,- O) CO 0) N 0) V h .—O 0 O O O N U - n) O N sV CO M 0 r M O (O M O (O On CD Ni UO) O) No O) N ,D CD V r <- V CO On CO "? @)@h.Y 0) N V O N` CO .- V CD CO CO (O W 0 N N r 0) N V CD 0) CO e ,, ,- ,- N N N N N N CO M M M V V V V OO N N N N OD CD CD (O N. N. O M (a+) E C N V V V V V V V V V V V V V V V CU V V V V V CU CU V CU V V M M N .0 i N 3 C- N. N. N. N. r h N. h N- N. r r r C• C• r C- N. C- n N. N. N- N- r r >i o 0401 F ❑W W N N CO CO CO M V — N N N 0 ,- N 0 0 0) 1- (O (O 0 V N O) I,- O 0) V N N- OD OCDCDOCO N CO ‘- N V N- OO CD CD V 0 M N M V CO V OO O CO O M h O) C.O. CO N O N O N V N CO (0On V M O (D N r O O) N r V O co V C- O M O C() M (n r O) .- M On r co O N M On U ii T V n n O CM VW O W O) M OLon, OO O NO V O W r," ONN V N CNC L t F M M M M M M M M M M M M V V V CU V ( OV V V V V V V V V w m t,,„ CO 'f) OO) Co' N) OOO) OOLS? NO) N) OO N N N O OO)O O NO O N) OO)O D N O O N OO) • 2 D Lo- On N OO Y7 OO OO O D On N OO On OO OO OO ND LLLLN D N N N NQZ C o O m y . C CO 2a C C, ` 3 N ( N V V hN V (D O V O a(O N r'- C-O M O O Lr!.' aN0 V7-t V COM (1. ON- N- C. t; tU N2: UA :c;;, 0) M ) nVr V CD O - 2 OD) V M O O OO NM O O M tN` n N O N CV N U ►i d o . N N N N M M M M V V V V N N On N O CO D CO 70MWf ! i ) ' � rr r .- r r r U O . 3 I- 2i Z (O 0 w a p. o O CD CV �0 0 N. N V 0 CD N N N M 0 N O CO CO CO CO V Q r N O O CO CD CD O) Cr) O V (O 1 CO(O CD N N CD N CO CO N co. O r,$) ) O O • r 6• 4 V O CO O N4 co n O O � C� V N O r CD O) O O r O) O M �,N- a) M OD co O N4 co O _ co N n 0) co N CO N N N M co co V V V V V_ OD OD (O N 6 co O CD O m L z 3 Cl) % Ta \\ ;: LL N n COO) O0 CD 0`.. CO t N N 0) CO O` V r N 0 M OO CO V CD CO O (D OO M O) M (O O *' O M (D CO V O N (O C` CD O c N p D) N- 6 6 O CO r` ..:Ti..., n O m O Ci N- o CD (o ai m (o 0) N V co co O .- M co O N- pp N V C- 0) V CD CO 0 M N C` 4) O 0 0 0 O .- ,- N N `C') M M M M V V V V OO U) N 0 p) N .. CO C') C') CD C. M C') C') C7 COQ M M M co- co- M M co- M M M C) C5 OD I--- V 0 N OO (D OO V CO CO N- `Cr CO 0) N CO 0 OD CD 0 V 0) (O O O O) co (O r co co co OO O M Cr kF,‘ � % ( � OD � ar N M V V 7 O COD (O V N OO) CD N 2 N CNO C O I.N.xO N , C(DOV CM OCV r O O O O CD CD c71 CO M V V N u) O OO CO_ D M MMM M M co- co- co- M M co co co C0 .., .. ,, M _ 0 (D CO 0 CO N. 0 N.- (O CO M CO O M CO CO CO M CO O N- O) O 0 N N N M CO CO V V OO co co co co co I- co O M OO I-- OO) N M O 4 v v r ri r V V r r r r r r r r r r v v v N v 0v Dvi 'iv) 0 (0¢ "4 Y Q CO N N- OO M r CO 0 CO OO CD CO r CO N O M r M O OD CO N N- N M CD M CD CO .- V h O OD O) co CD (D N CO N- O O) CO N 1- CO O .- .- ,- N Q Ni N N M M M V V V V V V V M M M M M V V V V V V4 R OO u) OO U) OD OO O N N OD OO OO N OO OO N N OO OO (O OO N N OO OO OO OO U T V C t- o m V C -c C) M co m ro co O 2 a) 4 4 v z a a_ 0 0 0 )n (n (n (D (D (D (D (D (D (D (D (D (D (D (D (D (D (D u) (D v) ID (D (n (n u) (n , n N C• 0 N V CD ,- N N CO I- COV 0 0 0 (O I- CD I- N. N N- N CO CON O N- O N OOD N- CVD N-) a) n O)) OM ON ,-an O M Ir N- O O M CU) V V M NM M coa rn D co co O) co O O O ' — — N N M M CO v v ,O ,D M O co O , co- M M M M M M M M M M V V V V V V V Vs. V V V V V V V V �3 �. C .. d .. E OO O. y _ 9 y N � , O O ii d 0) y 7 U a. co O a) • 0 y • co U) 0 0 V N N CO CO u) M N N N 0) n co Cn V (0 0) (0 To - CD 0 N n N (O 0 M N O CO. CO N O CO (D N CO CD M O u> 7 CD O O) 0 •p �� (O V C) (O V W 1) OD (O N 6 (O N aD U) N C) u] N a0 1n n V j i. 0 co N V n O co 0 co M CD W V N 0) N u) n 0 CO u) CO cis,...) (D 0) 0) 0 0 0 s- s- ,- N N N N M M Cr) M V V V u) u) u) u) (O co co CO ,kklWuII N N N N N N N N N ciN ciN N N ciN ciN N N N N N N N ^O v ( EA s:C n N M CO n V 0 n N- CD O V CD 0 0 V 0 0 CO W V N 0) V M z M V n0 N 0 u) V n M M n 0 u) V V V11 M CD V V N CO n co .- O W W U O O O O O O O O O O O O O O O O O O O O O O O O O O O U N N Z E (0 w Q rn 3 O O J o N N 0 0 O ZZ a a N CO (0 C6 7 7 7 Y in co N N _ Cu R C) co 0) CD N O) M IN CO 0 V N CO M M M V N M U) CO M O 0) 0 0 n N W 0 V CO 0 N V 0 CO O) n N N 0 CO N O O C) O 7 a n V N CO (D N CO O M u) n CO O CO `Cr `Cr 'CruN V CO CO(O 0 ,- ) V N LO u7 M �` C� ' N 0 O_ M n V O sr r O V n O M C` O M (0 Oi N U) OD V r (y V Y 0 co M u) 0 0 N (O n CO N V 0 CA r- M CO CO 0 N u) n 0) N V 0 E u C n n CO CO CO CO 0) 0) 0) 0) 0) O O O O N N N N N M M M ✓ Q Q 7 m = a a a a a a a a a a s u) u) CC) CO- U) ui N u) co- CC) u) u) O. u) u) co - ° co M co M (O C a g 7 n n n n n n n n n n n n n n n n n n n n n n n n n n i-..-- 71- O O HW W 0 V IN M 0 N (VO (MO V 0 N CO IN M N N n CO 0 CO n CONu) s- r (ND CO u) o co O 0 CO N u) n CO CO V N 0) 0 V M M N 0) (O CO CO CO CV 0 n O) O 7 N N M M M M M M M N Ni N N N N N O 0) O U ." p) 0 C V n (7) M u) n m M u) n 0 M (D n CD M u) n 0) O N ` 0 C (() M M M M t a a a a N u) N u) N 0 0 CO CO 0 n n n n n 0 O r L $ aaaa a as a s a a a a a a a a a a a as a s Vaa w N t+ CU 0 ;N N 0 N N u) u) N u) CD 0 u) u) u) u) u) u) u) u) 0 u) u) u) N u) u) co rn co co 0) co co co co 0) 0) 0 0) 0) C) 0) 0) 0) C) rn 0) 0) 0) 0) W W O) WZ 0 07 u) u) 0 0 u) u) u) 0 u) u) N N u) u) 0 u) u) u) 0 u) u) N N u) 0- C (0 N O ._ C d •• U R •- U d C 7 '- n. 0" 0 O) O aD OD u) M V 0 V 0 (O N ,TiC c 0 (D C) n V u) O L � � � � 'CC'. OO M u) r u) M r 47 u) M N O r u) Q1 u) n M W M O N u) .d V W N 0 O V N- u) Oi M 0 O V n u) 0 N u) 0) N 0 O w w N U O N V 'n d) V CO 0) .- M (O O 0 CO 0 CO 0 N u) n O) N V 0 DI .- („) N CI) 0! T N (D N kF.' r N co_ co. 0 co_ 0) 0) 0) 0) 0 0 0 0 c ( , N N N N M a. ,C d a C- ,- ,- , - e- , ,- ,- N N N N N N N N N N N N N N J i- 2 Z Cn O W = a 0 V 0 0 co N0 N V U) N N u) 0 Q ti V 00) C0 00) O 0) 0) co N co n co co O N co co O N N O co N 0 U O N • N M U ( O 0) U) N. O O N V M M Ni O OO Lri 0 CC O N V (D O N ' CO0 O N M u) n CA 0 ct) N. 0 '- M u) CO CO0 O n n n n CO 6tf CO 0 \ O m M W W O) 0 0 0 0 O � � •- r N Q. > N s- 1- s- e- £ s- s'- •- <- N N N N N N N N N N N Ca > z g r n t� CC S C Li: M n N N N (O 0 N. 0 n N 0 O 0 n 0 O n N- 0) 1) ro 00 N M u) C)) M W u) N (O N 0 CC) O N V (D n W O M n N u) OO N u) O) Ni (O O M,..N- u) W M n N O) V O N n 0 ui 0 N a n O) V co 0 7 M (D co 0 M ..0 CO 0 N u) n O N u) N- O N N 0 O (D (D (D N- n n n 0 0 aD CO 0) 0) 0 0 0 0 — — — — N N C) M M M c M co" co" co" co- co' co- co" s M M (") V Ni. V V V V V V V V 0 W ,/;. OD NI CO 00 n 0 N- (A V 7 0O 01 V dnal.. 07. N s- V N N V 0 M u) 0) �- �( CO 0 0 7 co co 0 V 0 sr N N- M 0 O M n O V n u) 0 N (0 O�'<U)' 0 CY T. u) 0) v OO N n N (O u) n O N n 0) V 0 CO M O OD 0p C") N 0,,:f; O N u) n O N u) n 0 0 n n i7.-." n n 0 0 CO 0 0) C)) O) O) 0 0 0 0 �- r r r N N N N o E M M M M co- d) co-. co co- co" co" M co" co- M a V a V ,,,. a a a v a a a V n 0, M CO CO N OD IN 0 N- 0 0) V IN 0 0) V CO u) V CD O) 0 (0 N- CO O (N V N CO CO O M M M O 0) n IN 0 O N V 0 CO. co. 0) (n co O O O O O O O O O O O O L V V V CO N u) u) u) N co CO u) CO U u) CD u) u) co u) u) u) CD co 0 (0 (0 3 E N ° a co 'N Q M O M co M N 0 n 0 CO n 0 CD N N- CO 0 CO 0 IN N 0 u) CO M M CO J 0 0) (0 co co ,- 0) n u) M N 0 0) N- u) V (0 n n V CO N O n u) V M Q V M M M M M N N N N N N 7 0 O O O u) CO u) u) u) u) CO u) N CO u) CD N u) u) N u) u) u) CD u) u) N u) u) u) N N U T U N Cn C V Q = cr, M 0 07 L - 0 co M M M 01 � ` O in Z 0_ Q. O O O0 u) CO u) CD u) CD u) CO CO CO U) CO u) CO N u) CD N CD u) CD N u) u) u) CD CD , M CO M IN N CO 0 CO CO V N n Cn V M s- s- 0 C)) O W CO n CD N N n N O O O) O) n O Cn sr N7 o 6 O n 0; sr M N O C) 0 n N C`) N. u) 0) M 0 V 0 0 V OO N CD 0 CD 0) M n CO CD M (O 0 V C0 coa n r r CO co 0) co 0) O 0 s- .- 7 N N N M M v_ v_ v_ CO CO co co_ co_ CD .C2 0 e_" a a v v v a a a a ui to" to- v) v) (D (D u) to (D to N u) to (ri u) (D to .- R�, C .. d .. 2 3 CO cs U O C >. C P. y d N N U a u) 'yi 0 Cl) • • In Nt` N ` C0 CO N V) n M 0 CO 0 NM V V (O O O) ` ` CO ,- O 0) co co N OD R O V' CO N U) CO N CO N CO N 00 N CO O R O (O h (O W O O F- O 0 V O D 0 N N.: N W M 6 V O N N N F- M W M Zp = 0) V CO 0) t- 0) N V ` 0) N V ` O N N r O N UO N. 0 N (() CD I\ I- I- COCC CO OD CO 0) 0) 0) 0 0 0 0 7 7 1- N N N N CO M CO .C.-- C0 VaN N N N N N N N N N N N M C M C) M M M M M M M M M 1- hbV (4 O on 41 > = 0 al O O O O O N V N N CO N V O W CD CD O V 7 O 7 N N N N CO V O N V CO n CO 0) N (D n N (O OD N CO. V V CO. N O CO. V CO CO V N O N CI) U O — O O O O 6 O O .- .- O 6 .- .- N6 <- O o O .- Nr r0 E 00 Q 3 d _ O 0 J 0 0 0 0 0 cc o a Nn N CO 7 7' 7 co c' N N N NI Z (0 co 0 CO r N CO 0) 0 0) V01 0) CO M N V CO N N (O CO (O CO CO t` CO 0) V CO (D M CO 'Cr 0) CO V O CO CO 0 OD 0) 7 CO N CO OCO N a CO CD N OD CO t` O CO N CO 7 M CO n O 1- u) O 7 O CO CO M 7 ' O V N U) C.) CO N N t` O N6 I` O V O O O N6 t` O N4 (O h O M V O M �) co co co co O N V CO 0) M N CO 0 N V (O O M N I- 0 N V O M C/ E N O M V 44466 N N (C) coco OO (O t- n r F- t- OD m O co O O mom 4 Q Q O a •C x N N N N an co- N N co- N co- N N N Cn h O co- co- (C) M U) (n ([) N N N O M m' N E 2 m r I` ti t` F- N- t` N. h F- r n N. F- N- t` N- r r t` t` t` t` r N. I` r o c. H O� w �'. W r O t` CO M O F- O Cr h n V OO VO D O 28228 MF-M tO` N M N N CO N N. N F M co N O O M N O N. O CO (O r _ (O CO N V N- C-- CO V M O OD r 0 V N O I- N CO 0 @) F- CO CD CD - t- N CO 07 CO(O OD 0 N V (O N O COM N COCD O 0 N V O ` COO M N I,- O 7 CO : O C CO CO CO O O CO O O O O O O O O 7 7 7 7 7 a- N N N N N CO CO d L L = V V V V V V V V V 6 (D N M V) N N N co- N 6 N N 6 O O N (O U)t + U) La N N C0 (O N O u) N N N N M (O N (O N U) N N N (O O N O 6 co d O O 0) O O 0) O 0) O O O O O 0) O O O O O O O O O O O O CO 0) Q. z (n u 0 N co- N) co (f) (n (n6 co- N (O N (C) (n N (O CO (f) (C) 6- N N CO N O C , ii; O i ' d 0 f0 C V 0) C 'O O F. V O)•< ° ON aDO NtD N MO OM nt` OO NO NO OO O rO O( to"' N(O OO O NO NO 7W OO t0CD 9 ` `i 0 R CN V r O M (O CC = V CO O N N W O M 6 r O N 6 r 6 0 N ) 0 d M M p O M aVn n O N N N O O M N N rO i`,.N� N� I: O 07. OV O U) O N V � 15yK 4) ,,cN EN N N N N N N N N N N N N N N N N N N N N N N N N 171 0 ° 0. J CI Z N O LU ' \' v QV — CO O (() O N O V 00 O O co O co co N CO 0 N CO CO (O N C1 CO 0) O <4> M O=-CJ N M CO h 0 V 0 7 F V7 0) CO (O a) ,,i — 0) r M C N V N 6 CO M O W O V N O O a) D) CD ao (A N NV NN tN M N V M ( O :47 M VO n VD O N V O W O CO M n t` O 0.. N Ni- N N N N C'4 I 'tiT) N N N N N N N N N N N N N N N N N 00 ?_ z P* = I To c LL N V CO O N. CO CO CO\..,• V N (O O CO CD 7 CO N CO t` 7 n V CO CO O (O M 7 O 7 N 7 O CD N CO CO. V V s' CO O M 7 CO V N N V CV O V O V O VO V OD Z: Wy •NNCO OO L" ,T) MMN M V O v n O O CO CO O N r N M CN ?4' N roa O M N. N O) N co O V' O) M O N N. N CO M O M 0) V O CD h N .— I r 0 N N r 0) N V N. CO V 0 CO V CD 0) V CD 0) N V r 0) N CO V .4 V V )0 t0 N U f0 CO CD CO N. N. n n CO OD CO OD 0) 0) 0) O 0 m Ilia C) . ( C M c"?' M M ri c'i c? CI- ri 1 M C'i ri ri c' ri vi c? ri C? ri ci C7 C".; v y O �2 ; _- o co LO CO CO CO CD V CO O r co r CO O CO O CO CD O O CO Z N.: O O V. O N N O M N CO r N N O r V h M V O co O CO O f` O Ul CO W CO U O O O O O O O O O O O O O O . r 0 N. N. Z F CO N Q O O O d p .0 N J 0 0c. Z Z D i d NN N Cu 7 3 7 Y CO N („1 ,1 2 N CO CD 0 0 0 CO 0 M M N 0 N. M 0 r CD CO CD OD CD CO CO N ts Q 0) N 0 N N V0 N V CO CO CD O CO M CO OD N 0 O 0 O N V L- N VCO O 0 O 0) f` COV N N CD M .- CO I` V 0) I` V co V N CO O 0) N MU p' N. OO CO O O O6 COCD a0 O) O N6 u) h CD O N4 co O6 M V O M ©V Y O co O N V CD CO O N VCO O CO N h O M CO CO 0 N V n CO CO E N CD 0 0 0 0 0 L- L- .-- .— .- N N N N N M M M M V V V V V CO N LT Q Q = d' V N Co CD CD CO 6 CD CO- CD CD CD CD CD CD CD Co CD Co Co 6 co CD co co Co Co co - ° el 71 CC C N C F 3 r N. N. N. r N. N. N. h N. h N r N.N. N N. N N. N. n n N. N. N. 1 r o o I`— w w M V V (0 L- 0 N N r CO 03 CD COO - 0 CD CO COO 0) CO M Is UND I. M CD M .. ✓ N CO CO 0) f. OD 0) h CO O N. co. co co co M co co co co co N N CO C) O 0 N 4 CO CO O O O O O O O (O N. N. CO O CO O U C 0 O 2 CD V N V: COV DV O N h N. O CO• (Cr: O N. OO r N V P. P O N V O CO t f LCVi N D co N N uuUco- uOu) u) uN u) uu Uu) N u) Cf)• UN w 0) 0) 0) 0) 0) 00LO 0) O0) 0) 00) ND0) 0) 0) N o NO 000 0) 0) 0) 0) 0) 0) 00) 0) 0) Of 0) 0) 0) 00) CO C) 0) 0) 0) 0) K Z u)\� L. ui u N ui ui V7 u) u7 u7 u) CO u) ui u1 ui u7 ui u7 u7 ui u) u7 u7 U) d o d U C ' U p O U t.5. ` U l' C) OCP+ 0 vr _ 1` Oh O` O NV O N. V M rO O U) rO N r.- _ COO N O COO • ✓ yd. d C) N CO ^ 0).— CD tO u) CO O O) O M u) N. O N V N. O 0 V N. N N u) co N r co coM N co 0 N V CO O CO N CO 0 N V N. O N w Q' � N O CT, O O O O O r r � N N N N N CO. CO. M CO. V V V V V N 7. Q-' d L > Y E N N M 3Cla M Ci co coi M co co co co co co co co co co co co co co co co U O L • y J 1- 2 z co 0 u! 3 \\\\ t Q J cN M V N,. M V CO p, O O O O O N. N O N. N. N. NN. V M N N c0 O 4) UD O O) O ''.t.4, 'C N M .V V 6 V V M N • O D N' O N V M N O O CC N. N r O N 7 co ) N V. O CO 0 N 4- CO N. 0) ,- co CO N. 0) N CO O CO UDOk\ 0) 0) 0) 0) 0 0 0 0 0 O .- .- .- — N N TN N N N N C') I N C " N N N N M M coco- co- 0- M M cococoM COCO n. CI) 0 1}.' . N m i '3 �,: (0 c ti: co CO N M O M I` O O N. N CO N N CO O CO g N O (4' M O N Mh �_ 17 O 7 � :74- O N M M a) V n o r) of v 6 o) C) ro 0 O CO C0 N. O N V r CD N V •c, T CO CO CO 0 N N N. O V CO co O U) co O co O O O O O O N A^ N N M CO M CO CO V V' •f V' 0 p) 030 co co N. CO VCO N V 0 0) N. V CO ,, f. N CO CO V CO O) N VN Cq 0 N 0 Cs. N CO 7 CO CD V0 CO CO R n 0) V O) CO CO 0) N N. N. O N co M V O N C0 m N CO CO ;.. N CO n O N V r 0) CD O 0 0 0 0 r-- O N V I` 0) V CO co •- M CON V IO. O M 0 O O O O O 0 .- ‘- s- ,- .- N N N N M M M M \ � V V V V N N N • E V V Cr) N tO• to- ui to- u) u) co- u) u) u) u) fri u) N u) N N N CO Cn N N co Q) UD M M O O 0 M N n 0) CO CO 0 N CD CD 0 O V N. N N CO O V CO 0 N f` co O O) f` M 0) V CD N CO N co 0) N co co O N M CO CO v) v a v v V' u) CO CO C.: O 0 a) C) o) o) 0) o) o) O O O o) 0) OD .c V V V' V V V V V V V v v v v v v v v v v V' t0 t0 CO v V v E •N a mm 'N Y a c n M M M M I. 0 N r M n N 0 N N. N. 0 CO 0 UO N. UD 0 N M N N CD u) 0) C) OD CO N. CO 0 CO V V u) N O 0 N CO V7 CO C) L- 0 N. u) QO O O O O O - N N N N N N M M N N R cou) CO u) u) to co N co CO u) to co N6 co u) u) CO t0 co V7 co to N co N CO U T V m C E• N O V U Q M m m mm O▪ 2 co V Vc V Z d d 0 0 0 N N N c0 N N cO c0 N cO CO N N CO co N cO h N u) cO coco co co c0 N Z M .- op N N 0 0 h u) N V CO CO I 0 0 L- N .- 0 L- N N CO CO V CI- 6 6 u) 6 0) CD4 0) h V O N N6 V N6 M O co N co N CO 0 M n N UO N O 0 CO N. 0 CO N CO O CO n 0 VOD N N. n O CO CO O CO O O O r N N N M CO M V V V 0 CO O CD CD Is- 03 i 0 E c0 co co- co- co- CD co- n n n n n n n n N. n N. N. n N. N. n N. N N. N 9.09. C .. m 7 cc.0 V O C > G N . .4 N O O Q ad+ w m y 1 3 0 • El -- - O)CO CO O n CO V V N. CD M N 6M 0 CO 0) CO V CO CO CO • W CO CO N O O v O N- O O 0 O CD N IN O n CO O CO DD IN 6 a N N N N N N OD V N M O CO N: O O O NO N n _ V IN 0) N V CO CO CO CO CO 0 M CO V CO O co LD co 0 CO C) 0 0 O 3- 3- 3- 3- N N N N M M CO M M M V V V V N 6 CO CO N. CO W 0U a V V V V V V V V V V V V V 7 V V V V V V V V V V �, �� > v O O 0 M0 ma 0) M CO IN CO O N N O O O V CD O N 3- IN M O N M IN N N CO 00 N Z d LO IN N M O O M r-- O CD 3- V M O M CO O I..- CD 3- O O CO 3- 3- r O C.-/'U.1 U • O O N N O O O O O O N N6 V M M V V N M CO N- N0— N` u.N1 Z c C `1 Q NT 0 y 3 J7.• CI 0 J (3 CO RI 0 0 G Z 2: CC UI N N 3 =1 = CO (<i NN CO CO In LO CO V N- V CO M V V CO 3- 3- 0 N- CO N OD CO V N OD N nl 2 l6 O CO CO N- M CO N CO O 0 CO CD IN N- CO CO CO V M r 0 0 N CO V N- LCI 3 Q N- O CO LO N- M CO 3- CO CO LO CO N LO N- IN O V Cr) CO V •- CO M CO O M © 0 . r 6 O O O O O O CO r (D CD V CO V V O UD CO V M N O M CD M C) E CO CO Lr Cn (0 CO COO ((00 CO r n N. r CO W co coNW CO 00 O OCO 0 N) W O O O CO N O M < 0 = = co- O CO co co (D co- co- CD CO CO co- CO co- co (D co (0 co co co co- N- N- N- r M (✓1 N C p, 3 N. r IN N N IN I. N- h IN IN r N- IN IN IN N- N- N- IN N.- IN IN IN N o a HW W ... lO oD CO V N N CO V V CO 0 N O V M N CO V N 3:1- CD CD CO O V V N O CO CO CO IN V IN N O N M O CO CO CO N. V 'Cr LO O N O N- CO V CO CO (O CO N M CO N M Cr) O CO r O Gf CO (O N. UD CD O M V CO O O N M M M r V O N O V V N N- CO a 'a 0) -_0 N V CO CO 0 CO u') IN O 3- V CD CD r O CO N CO N- CO M (0 N- N C C O O O CO„ O O O O O r r r r- N N N N N N C) COM V 03 L L g IO LO co co co co co (D CO CO CO CD CO (O CO CO CO CO CO CO CO CO CO CO CO N LO CO CO N N CO CO CO CO CO CC) O LO LLO N N CO LO CO CO N N CO CO m c 0, O O CO O CD CD CO 0) 0) O CD 0 CO 0303 0 0 0 0) 0 0 O m CO 0) Q. z N NCON co-cO CO CN N N CO C LO N LO CO CO N CD co- co- co- CO CO N N N .. o CU Cd u C_ j7:., C! 2 3 T 0 .0 3- M O CO O M O V 3- CO V O O LO O N CO OD 0 �) rM V COO O N 0 (O COCOr O CD O 0 0 00 N O M \ MM MO jC ) M COW ONV (OO ONV CO C3 03 O3- MN - O) O MCON ( C � T R CO O Cl) CO CO CO CO CO N. N- N- N- - r - CDCOCO COCDOOO O 0 .— ...• • Q 0_ ,C m a M M�6M M co- M co- co- co- M co- M M M co- co- co- co- co- M V V V J F :( Z N 0 \\• 0 O O M CA N' V r CO 0 CD CD .— CO N- CD M CO N N` M CO O N Q. V N ,- 0 N IN N- CD 0 LO CD N 3- O O O 3- IN 0 C) CO 0 3- 0 LO CU O O O O O O O C"'"1M V N r D DO O D 6 D N 6 6 O CC V co CD 0 CC V M CON- O O 0 N N CD OD O 3- N CD CO 0 LO N N N CO 6 C0 £ M _ V VV V CO O N CO LO N CO CO CO CO IN IN MMMMMCti\' M M M M C0M M M (0 M M M M M M M a > N v CO : 03 C: It 0 ,4- co 0 N- M o30 \ C".a M O co (O N— O O CO CO N V ,— N- V O CO 3- V M 3- CO CO CO IN CO CO CO O 3- CO N V Cn 0 Ln V N- CO CO CO - M CO CO O N M LO Nom.;::::_0)-.. M. CO (D N. In LO CO N CO CO O N CO M N M CO N O N V CO CO O 'N CO Ntia, O CO O N CO N O 3- M N CO INN N CO N CO CO CD CO CD CO N- N- N- IN C- IN.,a CO 00 CO 03 CO Cr) O CO 0 0 0 p) 0W N LO co- N CO N CO CCJ N 6 _(0 .. CD La CD LO N CO CO CO LO N (D CO CO cD o fi.. V O CO CO N 00 M V (D CO CO CO V �YC''.,.N V V O 3- N O CO CD N O CO CO CO CD M O COW O O N COCD. CO COM CO (O coO O N V r O M 6 O CO O M N n • CD .4'. O OCD N- O r CO V m O N CO CD O C M N CD O N V 0 0) V 0 O co 0 N N- o co CO CO CD CO r IN rCOf� COfD DD CO 03 0) 0) 0)O 0) 0 0 .- 0 ^,C CO CO CO CO CC) CO LO LO LO CO N N CO LO CO LO LO LO LO CO co- (D co- (O `P C) O CYC N- CO N V O M CON CINV 0 0000 O O (D M M N V CD M CO N O M CO CD N CO O 0 CO O CO N O CO N CO O N N N- N- N- (D CO M M M N N N N M M N r CD O N M N W N- CO CD L 44- 4 V V V V V 444- 44 V V V V CO N LO LD N LO CD CO CO 3 E17, r. d m N Q Q Y I 6 N- 0 M I- N 00 N- N M M CD N r IN O CD N N- N O V V O Q M CO CO CD CO O N CO (D CD N- CO (D M N— ,--f- M CO CO N CO N V CO JN N N N N M M M N N N N N N6 N ,— O O CO N- O LD N— O < 666 66666 N N CO CO CO CO 6666 LO V V V LD N LO N CO U N a C CO r L• L C] M CO CO 01 CI O▪ COo 4 O Z Z a. cL CO CO LD ..0CO LD CO LO LO CO LO LD LD 0 0 0 M co N- OD 0 V0 IN C V V V 3- V CD 00 N CD 3- CO 0 V 0 0 CO N- CO M CO 0 V N CO N O N I� V ,— 06 V O CO C') Di CO N C7) vi n V CU M CA r r 6 O 6 (O 6M co N O CO CO 037 N- V CD N CO O O 3- 34- 03N CD (D CO V O M CO r^�.. OD 00 0) O 0) O O O 3- 3- 3- a- N N N M M Cl V V LO CD CO (D �A.SD 0 E N- N- r r r N- CO Co CO Co co CO N N (D co. co- Co Co co- co- co- Co co- co- CO C .. C) CO O = T tilJ [2g . 1N .137 m 0 •—• en c‘i Vo d m �d ti S D Lo • 0 y u) N L- u) O V N V 0) CO CO 0 (D V r CO V V O V V CO CD CO CO O CO O O ,- co (O N .- 0) CO CO 0 c- 00 N co N CO OD T- N W n CO CO co III N a) N n N 0) u) O N u) O V N O V (O O N u) O M CD n V n co j CO u) CO 0 O u) CO CO u) CO O n V N 0) CD CO 0 CO N CO CO 00 CO n T- N. CO CO 0 O c- N CO M V u) co co n co co 0) O <- N N CO CO V V u) CO WIC VN V 1' u) (c) (c) u) u) N u) N v) N u) (n (9- (O (O (O (O (O (O (O (O (O (O v 41 0) am m0 z 0 u) CO 0 ct a. V N N CO 0 Na) n n O M0 n V V03 (O N CO CO u) O O CO O O M CO. N co co CO V CO V V CO O N CO O O CO O CO O V 0 W W U ,- O N V V .- ,- N N V N O O O O <- V M N M M N M N M M U n n Z E 'lc)) O C)) a m N y 3 O J O N N 0 ❑ O Z Z ix V 0_ N N N CO 7 7 7 N W CO (O N 0 V CO 0 0 V u) u) 0 nn 0) 0 0 CO(O 00 CO u) 0 CO 0 0 N N lO N O) M 0) M 0 0) CO CD OD co CO N n 0) OD n n N CO u) N 0 N N 7 Q V V V N N O) CO n n u) CO L- V CO n V T- OO CO CO .c- M N CO O u) CO U co p1 ' V O (O V V u) (C) u) @) r` O N ui O ( 0) u) N: CO O Na; M M 0) O n M Y T co N CO (O CO 0 n V O n V n V O n M CO u) 0 V 0) CO O 0 N "' V E u) a .- N M M V u) c0 CO n O oo W O O c- N N M M a- u) u) u) CO O n n v a a E CC = r: N N N- N n N- N- N- N- r- co- cc co- co- c co- co- co co- 0o co- co- co co- 00 — M M N 'E g m .y2.. r 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 3 8 o H ❑W w CO n N N 0 CD V n CO n 0) 0) N- CO V u) 0 (O 0) co co m 0 O V co (O W O N CO CO CD CO CO u) 0 0) CD CO V M N N- n CO CO -4- ..(1 N O n 0) CD O CO CO O N u) V N CD CD n CD u) V O n n co. co Gi N O) M M n O N N 00 M O 00 CO ui 4 N M a) n n O V O .- V U .E CA N- O 0 M n 0 V nn a0 u 0 N CO O V W Nr Or N O N n M 4 N O V (Ou) COCD CDnnC O2 t C - CO (O co- co- co- co- co- co- co- co- CO CO co- co- n n n n n n n n n n n n n w m m cu•••.0) ON) W O0) o) 6N) 0) CD 0) 0) 0) 00)) 00)) 00)) Off) 00)) 0) 0) C rn 0) CD 00)) m o) C co2 Z co6 N u) u) N u) L. h u) u) uI u) u) u) (f) u) ui u) (N (N u) u) u) u) N u) N O m d '- C 4 U is '6O U O C 7O E U C'�) GON-NO V OM Li Ou) M[O MO nN- NaD nO OO nO O0O V� N nN VM WV NVV Ou) N ':-1- W O M N O 2 ' URN O) CO M N M CO n O u) N N n V N O c0 O O CO W O M V N V) Vw w F OD CO CO CO 0 n V CO U) VN O u) CO OONO) NunU Nd dd Q V V V V V V V V V V N u) u) uu) uu) U) uu) u) u) u) uu) J 2 N ❑ W .� t ,\"�- 0 u) 08 N +,1 8 O N uC)D M C N uN OND N V M V OnnV OMu) 2 00 'J.; nNM CN :2 a_ZQ) n O V V N or uOC :C)CO 0n0O uW n V OCOun u 8 0 u 0 u) n co W n co CO C or C 'C) O O r N N CO CO CO V V uu) CD CO n n co_ co_> c') c) C) C) M M" a V ...',<.... .„1,,,;4a- R V a 1 1 7 a V 7 7 a 0. ) CC(i) .V V M u) MO) n Vu •� LL NV M n N N U, - O 'CN N n uun uh) O V M O N O V O V U) O O oi O CO r` O M u) n V co C) O co co N N V CO N O O u) W N- N N M M 7 0 (MO N CD CO n • 0 W, ) C O O '- 0 N 0) CO CO u (UO CO.Vp) 2 E O N co (o (D (D (O (o CO U, `�-lo co N- n r- N. N. N. N- N. N- N- N. a ❑ u) .. . N- O) CO N n CO n U) M CO ... O. Ta N 0 u) CO CO u) N-• u) CO CO a) (D M u) W u) 7 0) n n O N u) M •• ;;,,,,,o. N N O N u) Q. N O O V C) V O M OD u) °...L", M N ')- M n O N n (:), n N n M OO M C) V O u) CO M N n V O n co O N N CO CO V V U) u) CO CO n O co 0) 0) O N CO CO V co u) CO n - 6 c0 CD (O co- co- co- co- co. CO (D (O co- (O CO N. r n >. n n r r n n N 3 O) N CO O CO 0 n CO 0 N CO (D 0 V n 0 (O u) 00 V 0 L- T- 1. 0) VM N O O n O V o) co. _ co (O O) n O Vu) O _ N- 2, CuDuCDuOMnCOVM OCDOOCD OOu) uWuV) NW VMNn N N 3 E •N O_ 4 co N 1 a (f) N- 0 N- N M u) 0 u) CO CO N U) V 0) C) CO M CO N CO 0 CO 0) u) 0 M J N CD n CO CO L- V T- V n uO M N) ( 0) 0 N COCOuO N 0) ) V CO V a 0) OO CO n V N (O O V N O V V V V M M N c- of OD n n n (O co CO co u) u) N u) u) u) u) u) N N N N u) u) u) u) u) u) V V V V V V V V CO U N U N 03 C E V L -c Q co 01 00 m co cc) O 2 m Z d O O O O n OD n CO V M 0 CO O 0) N N CO OD CO CD 0) CO u) n CO O n ✓ OO n CO CO 0) M N N 0) N u) V (O T- 7 7 N CO CO u) V u) n O a) M N N.: u) OC) O ) ) V a) O V O V nCOO Cu) 0) V O V a) C) n N (y NN 0 0 O) CO OO CO n n CO u) u) V V CO CO N 0 0) 0) CO 00 • OD W O COV un M n N N ) CO CO 0) O T- N V (O CO COOO 0) O N CO .CD in co- a)co-Oo) 0) of ai 0) 0) 0) 0) 0) rn o 0 0 0 0 0 0 0 0 0 0 . CO G 1,,„. ) . .0 O) CO N _ E O .d.• N e w = 7 • • y O. CD U) U) CO O 0 CO N 00 0 N. 0) (O E;41 N� OO M M CO 0) N. O) M N- h V O (0 O N OD (O CO LL) N N O) N N 00 O 0) 00 a W• r O u N- V' r r V' O an N N N N N O n N CD O) M Cfl 3 O O N d• O tD (O CO O (D (O O N l0 N N N N V' CO N N CO (0 co (0 co CO CD CD CO CD CD CD CD (O CO CO CO CD CO (0 CO (O CO CO CD O CO kl U CD (O (O CD f0 (O CO (O (O # CO (O t0 (O CO CD tD (O t0 c0 (O (D (O (O (O W� o N N p �/� Lc)O a I M c0W d CO V N M N 0) O V M CO V O 0) CO O n CD CO N N-- N CO Z P-- CO N CO CO O CO Ns CD I,- r M CO 00 CO CO CD O CO CO s- n N 7 (O (0 (0 U Ch M 0i N M M M V V NO O c- .- O O M V' N N N N V N N N 0 0 r N. Z E N w a 0 3 m n n 0 J O (O Co p ; o c Z Z sx ii. 0) N v CO 3 3 3 Y N CO N N CV 2O VO UN N O CD W O O .1,-- • Si OV O D C7 VN M W h O) NM M M CO M N 3 N- O N ,- 0) (D CO CO sT CO n n O n n CO n N (O V; CO N. O (O N V' ) 0CO ( O) O co O ao CD co 1` 6 co M N O co O CO co O O co U) CO O M ©k0Y V' CD h CO 00 03 N- CO N CO O) N. 0 4 4 CO M N 0 O N- CO (O E N C>s N. h 0- N N N- N. n n N- r CO O CO CD O CD CO CO CD (D CD u) CO CO U) •Lr O Q < 3 = co- 00 co- OO co- CO 00 00 co- CO CO CO CO CO 00 00 co- co- 00 00 CO Wco- 00 CO CO U — CO o) N C 2 g 3 N` N` N- r N- N- N N- N. N h r N. N- N. r N` N- r r N- N` 0- r r r 0 > o o H it] Nu N 0) O CO V' N- CO n CO CO CO N- O) O) O N N N OD 0) V CO 0 CO (O O O r O) N` O (O OO V' CO N M r O N N r U) n CIO N d• 0 00 M N O) f� W (O r N (O V' O � M O N M CO M OD V OO O � O 0) 1---: (C) 4 V' 4 (n r M co M CO C+) U0 4 N N V' (f) C•) 0) CO N V' N N U .a N( 1� V CO N N O) O V' 0) CO cr W CO (O N- 0 N 0 00 V' N- C O C CO r O CO 0) 0 0 a-- N CO CO V' N CO (O N- N. N- F- 00 CO CO CO 0) 0) 0) E t .E ' N- r N N. N.. CO COOD UO O co co- CID co 00 00 coco UD co00 coD co-CO co - 42 61 t+ 7 `Si ON N N O W N N N O N N N) DO N) N N N O O 0) N) VO G 5 Q Z N (C3 CO N (n CO (O L6 (f) N O (O N (l) N (t) (t) (O Y7 Cf) (n (O (D L6 (O N 00 0 O t0 E u iu c m O C mC VtU Nv2 N- N \ N N 0CO V' N` VCO CO 0 CD 0 0) N. CO O V' V 0 0 M \ NO) M7 W ON O OMO7 (ONN co. CO (O 0 - OO o i IC O „d, u 0 » N 4`N N N M O rn NCO V N M O N N m p n n (O O M N N ONC U s N- N- 03 00 CO 00 O0 r r 0- N•` r N- N CO O CO (O CO (O CO CD CO CD (O L6 (n U) (nri N U) LO- LO v 0 N D D N N N N Uri U 0 0 N LO N 0 C -) ••, J :0 Z O 1 �� .t * A.. t o Q O OV) NO Od) N 04, NO N- n O N O M N N O O N N D N M (1) O (0 7 'U ;£ M V' "M 0) 4 0) N O N V' CO N- O (O M O O O) h N. (O N CDCO 4 0 N V' N O W M M N O V' n 01 N t0 CL O) O O .- N M V' N 'g CO N. CO CD O) 0) O O O O ,- .- .- .- N N a a>.) N x a CCi N ([) (O wr; (n '. Vi LO (ri L6 (ri .. (o (O CD (U (o (p (c CO (O CD CO ? z 1 , cn • 0 O) M O) O d• (O N N Y S'CO CO 0 CO N- 0 0) N OD CD V' (O O) 0 V; 0 r CO 0) O) V' CO CO 0 CO 0 O N N 0 O 0) 0) CO (O V (D V' O) N CD CO N O N O ` M m NV' M UU) O O O CD OM) O M 17 n O O D M OCO O N M NVN 0 0 U) O O O t0 O 0 O N Cs, N ,t"'• 1--: N- 1,.: N- N- co- .CO CO coO "<,,CO co- co- OD co- co- UO 00 CD CD co- Uo 00 0 0 N 8 I 'U N o . 6) 0 N- CD O) N- O CO (0 0 �"` N 0 V' r CO V' 0) 0 0 O CO N UO co N Cl. 'i( N r CO N 2 O V' r O N 'U N N- W M r V'. • M ,O) n O O O) O (0 M rn N N UD ..--- O N O CD N- N "'"' N L;.., D CD CD CD O) UO CO h O woo O O N N CO CO 'U V' (O (O a>O CO O O O CD O O b 0 �^. I� I,: N: N- CO- CO- 00 00 CO- co- OD co" 00 00 00 N co- CO co co co co O7 CO `/F O) N- N- O N- O NV' W N N 0 CD O) 0 h N 0- CO 6) O) 0) N N CD V' CO CO d• CO CO _ M N- CO N O) CO N N- CO V' (O 0 V 0 0 N- CO V' L F- M O) (O ‘- (-O V' O 04 r CD CU O O O O O O' NO V N O CO (O UO UD 3 MMMMM NM COof CO COMM co A MV' A M M M M E N v ° v O) I N 1 a Co g CO cN ('T,O) (4 V (7 M hN N-M VV N r'— O 7 UV N Oh(1::.' 4 M' N VO M 1NrU) ( NN Ci U) 0U) NNrONmQ V V V V' V V V (n (0 N ( U) O O CO O) (6 0 N U N CO G F.; E mo E V ] 2 m m W O 2 Nn A } 4 Z Z 0 C. 0 0 0 0 O) N V N V' 0) CD V' CO CO 0 O) V N J O CO CO W 0 0 CO 0 (O CO ,- N V CO O CO .- N CO aO (- N. M 0 CO 0) 0) O N- V' (O N Cl f` O O V' UO N (6 O V' co M N- O N UD O Z N- N M an N- h O C7 N- r N (0 U) V' V' M co Cl x• - 0 0 0) CD r O) M CO O) N (O O N a I M d• U) CO N- CO CD O ,- N CO V N O CD r r r J N O CO CO O) O) 0) 0 CO Ul ID 0 - .- — — — — — — N N N N N N N N N N N Fl N N N N N N N CO W r r - r r 0• U O E T 0 O d m m CO 3 N U CL In xi o to (`6 0 0 . yo U) V' U) N- U) et et 0 O) N CO•0) O et N- O CO N N N n CO b O N N CO e- e- U) 0 I N 0) .- VCO I- N O N I.-- O N a) et CO CO a W 0) N U) v N 0 W r CD u) u) M 0 n v O) et N 0 M M M ,- 0) O j LV a I O O O O O O O N M 0 N N O N C0 o N` NN N N N a M N )O - V m `c?, CO cO (D (D CD CD (O (O (D (O (O CD (O (D (O (D (D (O t0 CO (O CO (O (D W0 o 41 ' v CO a 0) O N CO N CD N r o N OD N O N CO M CO CO N r M 0) et I.- O la CCZ O e- N m 0) CO CO CO N V N O N V) OD O n N t0 CO CO CO e- ,- CO CO CO O w w U M OD N6 M M N6 6 O (O N O) N6 O4 0) O 0 N N t• CC) M N M 0 N- N- Z E N N < 0 3 O O.o 0 J O CO OJ 0 0 C Z Z Ct CL N N d CD 7 3 7 Y u) co ID N co O N N (O e- aD M V 0) 0 U) OD e- M (0 O1 O W N U) a) 0 0) N N N O N U) 0 NO N N .O N U1 N 00 N U) O N O CO N N M N 0 N N j <1! V t` N CO 0) u) N O e- CO CD et CO CO N M O CO CO 0) (D 0 O C O a) N CO 0 ' O) O (-xi V (O 00 O M (D a0 4 (O N CO 00 a0 M M O) U) (O O) N V (O M @ tT co co N 0 a) 0) cc) N- O N N V M N 0 O) 00 CO tD 'p N O 07 I"- U) E U) .0 U) N LD (0 et et C V V 4 sr V V V V V co co co co co co co N N N o Q Q E ct 0' = co- m Co Co co- au co- co- co- co- co cc Co ao co- Co Co ao co- Co co- co- oo Oo op- co w co M N •E 8 . . 1,- n n N. r N- N- N N N N 1� N- r r r r t` N- N N t` n n N- t7- 3 o o Fi w w V r (O 0 0 CD CO CO et N O) CO N 0 et 0 et CO ao (O (O V (O o M (D N O N. 0 M V n N CO (O N O) 0) U) CO 0 et 0N V N CO 0 O) N N- CO. M 0 M 0 O O co. U) et U) O) co CO N (0 _ (O CO N 0 CO CO d) m O N •— CO co O) O O O O O O O aac; N (O u) O (O U ii 01 0 N (D O) N U) 00 CO CO W M CD a) N U) OD et CO CO N N N- 0 CO u) C O , O O O N N N N CO CO M 7 <t V' N N (D co co (O (O t` ( n d L = `X:„ CA 0 0 O) O) a) 0) 0) a) O) O) O) a) O) 0) 601 0) ma) O) M O) O) rn a) U( d t+ o) uo N coin u) N u) N tO u) N U) U) N N u7 N N (0 tD u) u) u) uN N U ) ) (n'•�=,. 0) O) 0) 0) 0) 0) 0) 0) 0) 0) 0) 0) a) M O) 0) 0 0) 0) 0) 0) O) 0) 0) a) re Z co- ca.. co- co- u) co N (D co- co- co- N co- U) co- co- Ln- u) N N N Ui u) co' co- co- u) CC 0 r m ._ U N ' dj E C 'O = U d 3 M 0) 0) cc,M O et 0 0 W W M CO N N CO CD W N 0N V CO N N 0N 0 N. N O U �� .': O) N M m r 0 o � 7 W CO r N M co. OD � O co. N. u) N O N N. Q CC w R to N a) to co co co M N (O O) N v co n n co v NM v O_ v W co O .� CI) d U O a) cO.,'O N (O CD N R V CO N N 0 a) OD N CO U) CO N a) N- CO el- 1..1 y K T (DCO co Lot u) U�)���q N� tD N N (D N N N tD u) et V et et et et et a CO CO CO M V 0 K N f E uto) u) *.S.6 to co- N v) ui to ui co- ui co- co- co- t0 U) U) co- u) co- Ui V7 u7 > 6 • J F 2Z co O i W � '.' O O OuO 4Mi 2 (O N 0) P.."O ON N a) ,— (O aro M (OO O O O uN tya) cO u) t` r OD l() cc; N w a0 0) W 0) 0) o o ao N U) N C7 n M O coCC 01 U M N 09 � et t` 0 M CD O CO u) OO e- V N Q) N N N M M M V V u). u) CD O CD � r f- O N OD a0 M Ql Q1 Q) 0 0 a N •^,• CO Co CO CO CO (D (o s�3�' °.. (o (o (o CD (o (o (o co co co co co co (o co r N m ? Z IS C 4 • : lL O N O Or rM n O O V4P. M u) CO O M V M M) t'o' c7, O (8 M N IC;') t` CD N o M N an M uI 7 u) N CO u) V M N M a U) n N- CO N )' M N N N O O O O O O O O O O O O O O O CO co co CD CO CD CO O CO CO CO CO CC)"\kg CO CO CO CO CO_ CO CO CO CO CO O (O CO C0 $ rA ro eo aD m m ao ao ao aD .. m m eD ao ro oD ao ao ao ao ao aoco Q. 0 N 3 N- CA N N O u) tO a) 7 U) co M CO M M V O O r cor- N I 1` a' (O O) CO O O CO V a 0) co ,a •,)(^ ......, ka• aP N O W O N eM N N N- M - O 0) N. ei N o h VN CO N t 7 U N N O Q0) 0 Cm CNO cnD n m D D m D D tD D D D CO co y, O (O0 UUUm 0 E eo au C•3- CO- CO CO CO OS ao aD co- co- co- co- ao 6 aD co- co- , eD co- ao aD ao ao aD 7 N •. 0 0 1� _ 0) CO CO _ N CO 0 r 0 0 CO OD OD N CO U) CO CO 0 et N CO N O CO CO N CO a) CO u) CD N CO a) t0 N CO N CO et N 1- M tO n n (O O N- (O OD cc; CO CIO u) - et N M CO u) V M a0 00 N 4 L V A c et co 'p V 3 3 3 3 3 3 3 3 3 R M M M M M M N N N N 7 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 E17) r co 'N 1 a CO CO N- CO M 03 et CO (D 0 0 u) 0 N. N UD et OD V M W 0 N Q CD et N- co st N N- CO CO N N CO n et CO et et CO O O CO CO 0) M N J CO •a) et N N CO• •M et U) u) •M • a) OO CO •0 - N 0) CO CO •N •n •03 0 • 0 = a) a) O) a) 0) O 0) 0) 0) a) a) CD aO 00 aO a) 0) (30) m CO O CO 00 CD W a) N U 7 N m C 'a"" E 0 O L O O co coM OO cco O co co 0 2 Ca a 4 V Z 0 0 O 0 O 7 O O) M 0) coCO U) (o N O U) N o 0 a) N O (O o) O 7 M O eN r- O OO M uO (Pa g' a (8 O M 7) N N a ui u) 06 0) O) N a) M 4 N N. tD O N V (O OO 0) CJ M 7 O M N co — N- 0 CO CD 0) N CO 0) N U) 00 u) CO et N- 0 et N- 0 CO 0 0 0 — e- e- N N N N M M M et et v u) N N (O (O CO N N N CO CO w . ? •0 ) co () co- (o of cf Co co- co of Co co- co- co- co of co- r) cf co- Co- co- of co- cf co- ., M�' C .. m I 2 `. r r r r r r r CO C V O 0 N O Gd a' m y 7 cv 0 d co 0 co • 0 N 01 N M 7 N N U) CO 7 ' 7 O O 7 7 N 03 7 CO U) M 0 M U) 'R (O W N M CO N O N V. O O N 0) O O CO N () N M N N N a M 0) U) O U) r N N- N N` N N- N 0) U) (O N QD M 0CI M N N r N -s. co,,,...5_ U) M O CO r U) 7 N W QD U) U) N 01 00 O U) M N O O 7 7 V' 4 7 7 co co co co co co N N N N N N N A- , '- .- .- ,- .2 O kl W U U) (D C U) 0 (O (0 (O f0 U7 (O (O (O U) U) N (O t0 (O (O (O (O U) U) U) (0 U) rn o 41 0 0 co 7 n 1).- W N OD 1CO CO U) 7 n CO N U) n 7 m CO O CO 0) N CO g CI f� CO s- O M n 0) U) U) CO O MO CO 7 co O CO. N '- CO (O N CO CO. 0) U) N O W LLJ U M 7 N- N .- N U) 7 U) U) U) .- 7 M 7 7 .- ,- U1 N 7 N O .- N (O O U N.- 1.. Z 1 EN :U) Q p) 0 .0 11 0 J O (0 (O 0 0 C ,- z 'e_ cc Ce ZO)) d co 7 _) 7 Y U) U) 0 (1 (V (a U) 7 (D M 01 CO N N- 0 0) O) 0 M 7 N 7 N (O 0 CO aO 0) nr n 7 7 0 a0 U) 0) 0 0 00 N (O 0 U) N Mr U) 0 N 0 CO j Q N U) 7. CO CO M 00 M N N O O M N O 7 )- 7 Ns s- 7 OO CO U) O CO U) M M V) U M N N OD o6 N co 6 ro 6 ro N N N R. a0 0) Oi O O O O O O 00 OO O N co @ @) e-O M N- UM 0) ) e- M N. M 0) N. U) 0) U) 0 COCD U) N 0 N- U) 01) E U) C N N N- e- 1- 0 0 0 0 0 0 O 0 0) 0) O CO CO CO OD 00 N. n r n p M a = c W CO CO CO CO CO OD co- O co- asDOo N I, N.:cn n n h n r n N- N. N. N- N: M M N 'E Q N 3 r N' N` N- N- N- r r r N- r r r r r N- 0 r N- r N` N- N- 0- N- 0 N.- Or 0 0 H W w ✓ 7 U) 00 U) 0 O) 0 O M n M M 0) CO CO O) N- U) co O) 0 N U) N- U) 7 CO OO M_ M 0 U) N N CO N- M 7 U) N- CO CO U) M 0 co co M co m O N CO U) N- N U) M 0 CO O 7 N CO 7 r (O U) O U) Ci r U) N U7 O ';11'' 0) M Ui O U) CO M n N U) U) W M O u) v .' CA 00 O M U) M O M U) T O (.1:-, N N- O N ' N- d) N 7 r O) 7 (`'0- W C 0 co co CO CO 0) 0) 0) 0) O 0 0 0 .- r e- .- N N N N M M M M 7 `1 L t r O) et.0) O) 0) 6- 6- 666 66666 66666 66666 U t+ H (1) '<U) U) U) U) U) U) U) U) U) U) U) CO U) CO CO CO CO U) CO U) CO (0 CO CO U) CO 0) 00 3 0 (3 O O O 0) O) 0) 6) O) O O W 0) 0) O) 0) 0) 0) 0) 0) M 0) O) 0) 0) 0) a. Z U) N U) U) U) Ui U) U) U) Ui co- co- U) U) U) O. co- U) U) U) U) U) N U) U) U) m 0 O fi V (0 C 3 U) U) U) L() 0 0 0) CO 7 CO 0- CD N N 7 00 0) U) U) M 0 CO CO 6) 7u) i = j� i 0 7 U) 0 - NCO N )- U) U1 A- h 00 N N N M ,- U) U) ,- 7 O M O i C w To U) co M 0) O0 O N N N M M 7 U) 6 W O N M M M M M V N O 4 j5 0) 0 N N 0 (0 co 7 co N- cocoOR. U) co 0 OD U) 7 N O O U) V C,) C) r a' M M NNNNN 7 7 7 7 7 6)00000 O O) O 0) 0) 0) 00 00 co co ▪ CL' C L d MU) U) N N U1 U) N U) U) U) U) U) U) U) U) U) 7 7 7 7 7 7 7 7 7 O NM 7\ O) (O 7 CO 0 M 00 n O 0) () 1- CO C0 0) 7 U) 6) N M Q N- R. co 0) co 7,+ 7 .- M Net r CO N- r ,- N co N r N N 7 U) 4) ' U) U1 '• N N N. N N U) O O U) O fDU) VCI M CL ) O 7 C r 0 N U) 0 N N N N- 0 N N N. 0 N V) N. 0 N U) n W N O 1- '- - N N M M M 7 7 7 U) U) U) U) CO O CO CO U) n 0.. N to N. r: N: n Rr.^;* N- N- N r N: N: N: ti r n N- N N- N- N- N- N:m L z V o co (0 c L.L N. r U) OD 0) W r 0 N r U) N '- M 1) N 0) N M N CO 7 0 M M I CO N. CO W OD .- .- 0 U) h OO M CO O UUN r co h CO N n N M U1 ▪ U) 7 M M M 7 U) O } N: M co N a) 0) O O M 7 7 M CO 0 0 0 0 0 0 0 0 0 N) (ND N N) (ND N) )N M M M (M M M 4) OU) U) U) U) U) U) U) U) U) ID \XU) CD0 13 CO CO C CO OD CO C o M M"' U) co D D m co- oz.- m co oo- o co- co- aa0 y , I 3 : \` N N O M 7 7 N N rr N O - O "C N,Cit-o U) q CO N0-) M N0-I M O (O 7 CO7 co ( OKNNOQiNO N ID 000m20mU2UO U2UUUUO UO NU4 UN-) 'NU-) UCO Da COUU) U2UO U) o ^ co- 00 co- CO Co co- O OO CO CO CO O CO CO co- CO CO co- CO co- OD OO O) co- co - 2 4 `�\ 6) N- U) 0) M 0) 0 M N- CO 0 7 U) 7 0) M 7 CO 0 00 7 Cr CO CO M N- M 7 U) 0) CO O U) CO N CO M 1- U) CO. CO N- O O O N- CO M 7 O N- • L Ni 7 N N Ni Ni Ni N Ni N O N Ni M N NN Ni Ni Ni Ni Ni N MONO N N NMN M M M M M M M M M M M M M M M M M M M co M co M M M 7 E N :_. O R Co TN Q U) O PMO Nr rm DO UO N dU) UC7 N UN 7 0M CN U'-) M nM .- (0 UO Q O N N ‘-' 6 6N (O U) C') M C) a U) U) N N 0) O Oi CCI N N CCI O N co 0) 0 O) 0) O) CO co CO CO W O CO co 00 DO co CD co 0) CO CO DO co co O O R V N U ... N m O 0 < CO CO U) 'O L] co M CO o 2 (0 Z a CL O O 4 1 co 7 0 r U) 1� 7 CO O N- r 0) 0) e- 0 U) 0) 0 CO 0 U) U) 7 0 N E 1 O N U) 0 0 01 CO U) M N 7 N 0) U) N- 0 M .- N N CO 7 7 U) N 7 11- N I DO O N U) N- N- C) M N U) W 0) M 7 U) n 0) O N 7 U) O CO M Of M CO 0) N U) CO U) CO 7 N- 0 7 N- 0 M CO O) N (O 01 N U) O COO) 0) 0) 0 0 0 1- e- '- N N N M M M 7 7 7 7 N U) N O U) U) r N 0 E M M M M 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 4640 C .. ii _ 2 7co G O 0 d O Ca_, Q C ` •O N d Of d 7 Csl o a` ) 33o co • S r N •V UD V V (O co h co 0) V h N m 0 U) CO O N CO V (0 h 6) V N CO 0) h CO O N �' CD N h CO 0 t0 N 0 0) M W h (N h N (D O N UO CO cc; t0 O h to ao Di j _. h O v M 0 UO (D Lt) CO N 0) UD (D N v co N 0 CO O (O w O O O O O O 6) 0) 0) O 6) 0 )CO CO CO CO m O C 00 h h h m WVo (o (o o (o CO ui ui Lc,- vi v v u v ui Li vi vi vi ui L, vi ui N (moi amigo Q > v O C) C-- (O N Ln 0 V 0 N M OO OO V V V (O V CO Cr h LI-- M V N- CO N- 0 N- •- M ,- (NI 0 0 V N CO V 0) CO V ,- M M O W• W U V CO u) V h (0 O V MR u) V V N VCO M N CO 0) (O N N0 h h Z N N Q to N y 3 A A 0 J o CO (U 0 0 O Z Z a (/) 0 I as ) 3 7 Y N N2 N h UD V (O CO 0 CO h O CO N O N 6) 0) W h UO UD Y V N- CO CO M CO V 00 0) 0 0 0 N- O QO 0 r N M O 0.- CV N M A N UQ' O N CO CO V M V CO N CO O N .- O N M N ,- 0 CO do r D VN 7 V V N V CO CO V V O O V V M M• h CO• ,- UO uM @ pE u) O r (0O) (h 0 M O N u7 0 M O v h N M V 0)M M Mh M M M N N QQE h : r: r= ; r; R R r- r- h I r- N- N ` N h . R MMU) 3h h h h h h N- h h h h N- h h h h h h h r7- sr- 0 8 o t-- w W (O 0) .- h UD N N- V W N (11 0 u) N N CO N h CO V V 0 0) h CO u) O h CD _ N h 0 N_ u) 0 (O 0) 0 O N h CO 0 h (O O h W M CO CO V h 0 N h — 0 M V V Ci O) M OD .- (0 h h 6 M h O N W M UD (O 6) N N N U .a C) CO (O CO M u) OD 0 N (0 h 0 N V h 0) 0 V O CD 0 N C O O V V 0 0 0 N 0 O O (D h h h h h co aD co co UD O 0) t L = -, O O O O 0 O O O O O O O O O O O O O o O o O w N t+ 7 co (0 (O t0 CO tO O O (0 O O (0 (0 (0 (0 CO f0 O O O CO O O CD E CL Z (r co. O O M M O) Q) M O) O) W CO W W M 0) O CO O 0) 0) M u) to=u) N N U N u) u) 6u) u) u) u) u) u) N u'i N ui (N ui m- a CO d '_ U {U C J N '4., C 0 3 M '<! M N 0) CO O h CO V a 0 0 h (0 h co O M 0 a C u N ,)c .. co Q) N h h .- r h W a0 O 0 0 h w ` 1 75 di U) (fi 6 D V) N N V N N (O co W O O6 M N N N - a) CO O w d U M UD 0 CO ((,A.,,,•V N 0 CO CO V N 0 UO O (0 CO 0 0) h u7 CO 0 CO U ▪ dre N- ,tt. N- N h O O O N O N (0 U) (0 u) (0 V V V V V CO ,C d .0 V V V V V V V V V V V V V V V V V V V V V., 2 ( J• rL 0 0 w = � 40 O V UO N N CO MV M UO UD CO N V CO (0 M 0 (0 (0 0_ N N N (0 M M N UD 0 •- V U) V 0) h O N ,- CO V ci) O M 6 N W V U) N- O u) O u) M n 6i N N N OL V h 0) N (D 6)y� V W V (O O) N CO (0 UO 0 N V h h h W W �, ,-;,7)... T 0) O O O O N N N a N �' h h h h N.:-,d' h a0 OD aD DD DD UD UD dp UD CO CO UD m ? z O N I C It I N V U) M V h u) OM CO h m W N W N- h M O M O V O CD CO N V W CO N W u) u) N u) V O co h N rn (si O UD h h h h (O V --6 ', of o h ui V M h M O h CO M N N N N N N N N \.- 0 0 0 0 O 0) 0) 0) Co U) O N O c0 O O (D t0 O O co `t0 (D 40> co.. (O co_ co_ N (O u) (0 O) N E CO ro Co Co Co CO Co Co CO Co CO ,F. 0 UCo CCO CO- c3 c a V N. 0) 0 CO CO N 0 V V CD V N'� M V N N CO (0 CO N M M h UD CO .- OD h N O CO (0 N UQ- h CO Cu 0) co. n M 6) UD O W O h (O V UD (0 (0 �.'• ..,,2; N W V UO ao U) h h h h h h h h h u) (D O N ' u) ,too V V M CO CO (O (O (O CO (0 (O 0 CO (0 (0 CO (D O N CO. 0 CO CD CO O CO CO CO CO CO CO 00 O OD co- OO O co- OD co co- co co- co- CO CO CO - (D 0 01 0 O 0 h _0 (O V (0 M N M N h N an 0 V V UD N co V co co O U) co h (O N CO N V 0 h CO h N O CO UO O O O O M N N N O O O) h N M N 6) L NM MN N MN M N N N N N NM NM N NM N MN NM M M M M M O 7 E N °_, dia to -N a QA W h M O h0) V UNO aND M M V N h (7VN V U (h V M W J M ('� N O 0) 0) (N O V LS U) (O (O V M ('i M ui h h O V Q 0) m M 0) OD CO W D7 O a7 a1 O m 0) M O 0) 0) O) O d) 6) Cr) U >. Oa U) m V - ""' . ..c w E O O 7 7 7 I.. L 0cr) m CO E E E t M 0 (M M M Q Q Q O m 4 4 v Z a a O O O ZuO) V N O0 7 00 h co"- mCsj M O 0h (V V 00 (0 yO mO 'yOV M L VUO M VOOWNN MM V u) O h O N O N UO O W m O O M ^; h h UD CO CO 0) CO O0 0 0 0 Nu• T N M N O.N O.6 O, M M OV as - Q E V V V V V V V V (0 (0 U) u) N N• U) U) O. h O Ns (0 y (0 df u) u) U) ffi 0 O N O 0 y ' • 0 a 6 3 3 o m • 0 NI N • o n M N O n O) CD N n O d) O C1 M (O • V. 0 V 0 COO U)) N M V n .- tD n n CO N M O N 00 O) O 0) CO M CD a W O n V O M O n O) OI O_ O O N N (O a0 M n N O O 'S- M CO CO .6; 6 OD (() N C) n V CO N N 0) CD M O n V) N O n V N 0o= III n n CD CD (O CO CO CO CD V V V V M 0 0 N N N N .,- .- ,- N- O O 0 CO NIW 0 m Lr an an (n Cn N Cn N N t() (n N (n (n (() (() N (n U) N N (n h h (i i N (() 41 co ' V 0 0 02 Co N 0 N W n 0 CO CO V n = CO Q) 0 N. M an C) 0 V CD 00 C) 0 C) d M N. CD O) CA CO U1 CO CO N 0 O CD U) 0 N- V N W 0 N M n M n aD CD () N V D OO O M N D O 6 O .- M N D N ( M O M ON 0W• L;I N- n Z O N N Q OO0 P J (0 IV p Q T. Z ZW per.. N C N OS 3 ., Y N CNI !6 CC 0) CO 0 CO (O W n N CD W n V CD N CA N N. Co 00 CA N OD N N Z (C V M CD O O CD O M C) CD CO M 0D O) 0) n M) O) V n CA W n n Cn V t0 u: Q 00 V tO n a0 OO M M O n Q) M O O a0 00 ao O) O CD O n O N t1) �` U O O M ( n OD OD O 0D O 0 O) O N V n O n N . O) O M O V M V cI V O) CO M 0 n V CO N N CD n V CO N M 0 00 CD CO O CD V E CO N N .- .- .- 0 0 0 O 0) O CO CO CO CO n n n n CO CD CD CD CD N (O O M d'i 3 C r n n n n n n n n n CD CO co- CO (O CO CO (D co- O O CD co- CO O CO CD CO M c? 0) E N N fi [: 0 A 3 N. n n N. n N. n n n N. n N. n N. n n N. N. n n n N. n N. n o c Fes`- w w N (O N. N V Cf) ‘- O) CO N N n N CD n Cn CO V 0 CO n N. 0 CD N 00 CO N. CO 0 V N CO 0 N CA CD U) N CO N O M CO CO n 0 M V V 0 U1 CO N O 0) O 0 0 D N V CO V N CO CD CO n N CO 0 n V Vy 6coN N O n Lei CD M On N O W co n V D N V co V M V D • M N nWOOOO OOOOO OOOOn 28, 2 '07, 2 nNaMODCO C 0 LEO O O O O O O O O O O O O O O O O O N wN t+O D C6D D 2222 O O O O O O O D O W O COC) O) O O O O O O aE z (n ta5: (n 1.0 U) N CC CO ui CC) N N 6 CC CO N co- CD CD 1.6 N N u) N CC) N (D 0 N m .6 ', U O• C C• 22 c.) M \ \\\AlCM O O O O O WV N W N N M V .- N M V V D O CO Co?, (N Q CC C' R CCO CD ON C) NC) M N M V Cn O N 00 M W K) N n N O N �) 0 N co M coCO M 0 n Nr NCCOM0 CONNOD (OM CDO O K 0: rii MM \@NNNN .- ,- 0 0 00000) CDCDCO CO N. n Nn DO V V V V V. V V V V V V V M co- M M M M M M M M M M M M Ti 00 [ L C0DC (C D J F- E Z co 0 W • 0 W n N N. M N \V N) O N W O V CnO 0 O 4 M O MO) 2 V CVD n N ?) (DD ( O n O n O n M CD N N 6 V O C7 C) CV C- N CC ICs.! C) O N M y\ V V V V M M N 2 O CO (D M C) n N V N N N M M M\�� CO y,.'� M M M M M M M N N N N N N .- r .- Q. > N m aD co- co co- co- 5.0-1.•• OD CO 0o CO 06 Co co- co- CO co- co- CC) CC) co- CD co co- co- O. CO ? Z C c LI: C) 0 N O V n V V-'•. n (D CD CO n M N CO V CO N 0 N. V CD CO CO ,..:s- n N 0) V .- V n O V V n C) V M . CO .- .- N O V 0 u) 6 u) W O O N 60D CD 6 0D 6 6h n n CD O V O N CO CO CO CO CO C) O CO CO�.C) C) CO 00 0D CO 00 CO 00 00 00 CO CO C) C) CO0) U) V) VI V) (O N N CO N VI (C) CC t0 N to CC N N CC CO N N N t0 CO O) N N CO- c6co- co- co- o co- m ro 0co" ;co-,11.6:„,0:.- a(i co- c6 06 06co- co- CO- °3- ao (o °3". a Cr CO n N O) N C) CM N O N C CO n CO O) n Cn N C) OD O NnCr nCCD) CCD N .- CND V M NM n O \ • C) �C) O CCC V D MC) VV tN COn M CM CM M M V V V V V V CV V O COM p V 4(M COM CM M V V CV V O Co 00 CD co- co- os co- CD m m co- coco- co- OD .I} co- co- 0 E) Co co- Co co- Co co OD Nc N N N M Ns CD. CO N CO 0 CMO N M N 0 CVO V CO 0 M N 00 N CO CO') V) N O n L M O CC)D OCU) CO CnO n N O CN CO O N O r V M M N O) (NO MO MN 0M0 N M M MNNNN NNNNN NNNNN NNNNN NNNNN= E ,., N °-. D. CO N Y a CO C) Cn CO n n CA n CD 0 V N M V n N- CO M CD CD Cn CO CO CO C) N 0 CO ,- N .- CO CD LO V) CO CO. n CO CO. CO M CD CO . .- UD CD to M CD OD CO Q O CO CD C) CD OD O ; O C) CO) N C0‘) W C) M n V V (n C) O CO 01'-'D OD 01'.D, CO CD CD O O C) O C) T O OD Cb O C) OD N OD 0J CO Cu CV CO U▪ > V co t C . E N C) 0'9 CL) m M CE ) CM M O E 0] V V V Z a C. O O O gM OV N M O CC CV O O) CD n n n W O D ro Cn M CO CC O) O0 V (O O. O O O O O 0 0 Oai O O O O O O O O) 0 0 0 .- o (" CO CD C) N N CO V n 0 N CC O N N OD V N. 0 CO N CO N N CD CO r r V V V CC N N CD CO CO n n n n CO CO CO CO O C) O O O O .- .- N CO 0 e N Cn tD N N N N 6 h N N N N N Cn Cn N Ni co- CO coN O (O O (O co • ' O C CC "� E• p 1.; d N t0 'co cp O N O a CD 'S 0 L co cO U) • 0 . P y O C N M CO 0)vMOONCDNNO v ON 0CON N M N COC M N N O N COa v 0 D N N N N N I NZ— co CD M 0 N v CO O N 0 N- UN 0) N aO) )0 M 0 CD of CO U) 0) 6) 0) 0) CO CO CO N N N N (O CD CO )0 CD u) N v a V v M M M N N (n Mule COw v v 1 v v v v 'r v v tv v y v v v v 1. v v t v v y q o QI Q= , v V) iii Q N N N CD CD C an 0 O 0) 0) O Al M " N M N O O N N v M _ CT an M CO. N 0 N Of N N N N v N v N (D e- O N N 0) OD N CO N CO O (D CC) U v N O a N CV N N v M M c0 O N v O <C 0) M N O CO N O N U W W r r N r r r N r r r r ,- ‘- r r r r r e- N IN Z E (nC a a) 2 d a a OO 0 0 m CO Z Z CC Ci_ N N d CO 33 3 N CA CO l0 N CO v M CO O )0 N M LO N CO CD )0 01 O 0 co CD CO N O) N 0) 7 a M N N Z N M M 0) N N CD N N M M 0 CO 0) N CO CD 0) N u) N 0 N- 0 3 a N N N CO N CO CO 0) CO 0 M v N 0) M O a co N CD 0) O 0 M 0) N CD N N (A M U . _ CO O M V v 6 C U) D N 6 N M V O7 CO c) U) CO CO N- V V Y , U) s CO O M O n a M CON N NN 0) 0 CO O N 0 O v 0) CN v CO CO CN ) v0 M M• M(¢0 0 a' C N O (O CD CD (O O CD CO" CD CO CD o CD co- CO CD co- CO N N )0 Cn N N h N U) N .0 E R 3 N N N N N N- N N N N N N N N N- N N N N N N- N N N N N `r:-- • O8 O F- W w 0 N CO v 01 N 0 0) CD N 0) CD N CO 7 (- M N 0 N (0 N h N 0) 0 CD (ch N 01 CD 0 M 0) 0) M CC) M CD 0 CO N v CO N 01 " M 0) 0) (D 0 M C CO O O O CO N 0) N N CO M O N CO CO CD O CO 0) N 0) N v 7 N O N 4) N O) M 6) CD O O CO v N 6) CD 6O N N O N M CD O ii C co N CD N 0 v v v N N CD N CO 0) 0 N N M M M M M N N O 0 0 IN IN N r N N- N N N- N. IN N N CO CO CO CO CO CO CO CO CO CO CO CO CO E. r t = 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00000 0 0 0 0 0 0 0 w N t+ CCC (D CD CD CO CO CO CD CD CD O ID CD CD CO CD CD CD CD CD O (O CD CD CO CO fA 0) 0) 6) O) 0) C 0) C 0) 0) 0) 6) 0) C 0) 0 0) 0) C 0 0) C 0) 0) C mZ CO N N) N N Cn CO u) N co- (0 CO N CO N N N co- N N CO N N N CO CO C N O i9 d •_ C C F 1 () D7 C(( 4.7) CO � ..- N N M v N) N CO N N- N v (- 0 v CO N0) 0 co N- M CO 0 .3 L (. CD 0) 0) N 0) 0) N CO M 0 0 CD W M M N 00 V - N C) N N ,Cd„ 0) 0 0 0 0 M v N 0) 0 N N N a 01 0 0 v v CO CO O w d (J N 0 N 0) CD M 0 N v CO LA M 0 N a - CO N M O) CD M 0 N N CO (0 )) U) N a v v V v M M M N N N N " (- 0 0 0 0) 0) 0) 0) CO (.J a' N L y St M M CCI M :(`7 M M Ch M M M M M M M M M M M M M N N N N N 00It'l CO ❑ 0 0 . W O J I- rL Z C/) 0 ,r,. S.T C . o v CO 0) CO N CD 6) CD CO Cn o CD 4- 460 M O v O v v m CZ O O N. v 6) O N a 0 0 .- N N N (- 0 v O CD 0 0 N N Q) N CO 6) N v \ CO N ca 0) 0) OD N v CO CO O N N N O CD O CG N O O O 4,0 0 N co v CO CD N CO CO CO 0) C 0 C C CO CO d NO Co CO CO CO 1N CO 4, co co co Co CO co co CO co CO CO co 0o 0o co co ao corn e u) �..L j - a o CD CD M 7 (C M tr M CD 0) CO CO CO M M CO N N- 0 M 0 CD CO 0) 0) ,- CO M .- v O N N N v 0) 0) N 0 M M N N CO O) 0 7. CO 0) CO N N (D CO CO ...U.1 '``N 0) O O 6) O v 4 v M N O O O O O N O 0) O O O O O O 0 '0 O O 0 0 0 0 0 0 0 O 0 0 0 0 0 N N CD CO O CD CD CO CD CD CD CO (O CDD� CD CD CD CD CO (O CD CO CD O CD 0 p1 co E'' Cb CO CO CO CO CO CO CO CO CO 40 CO CO0'\""' CO CO CO COcO CO CO Co CO CO CO N CI CI) a - 0, 0) u7 6)O CO O) coN CO •46, co� (O COMN.• CD CO CD CD CD CO 00 0 N O .- N v 0 CO M N N 0 0) 0 R\\\\ CO CO 7 st' M CO. (- M O) M N CD N N N CO N O) O N C4 CO .m 4 M N N T1: Cn CD CD N CD (D N Cn CD N CD CO 0 :CD 1, N CO (O (0 CO l0 CO CD CD co (D co co CD CD CO CO CD CD CD CO CD CD CO CO co - CD CD CO CO CD CD 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 N- 0) CO N 00 M N N M 0) CD M CO 0 N- CD CO v CD 0) M N O) 0) 0 0) v N O I. CO N CO CO CO CO N an _O CD a CD (- N N " v O) (- N CO N O M 0) C) N 0 P v CO N CO N CD M O N v a N 0) N a N .0 v CO CD N CD CD N N CO CO CO C 0) CO CO CO CO CO N N N N CD CO CD CO CD = N N N N N N N N N N N N N N N N N N N N N N N N N N N N usa m Ti 1 a (I) v CO CD N CD CC) N N Q) M N 0) N 0) M CD CO CO v M 0 a 0) N v J CD N M N CO v CD " v M CO 0) O CO O N ,- N M 0) N CO O M N C v a CO▪ C C COCCCO CCO CO ON) 00) OND CCO CO COO 001 C)) 00)) 00)) 00) 00) 0) 0) CO 0 CCO CCO CO OM) CO aim gE E d v o LL co co m co V ❑ co co co Z a m 0 0 0 N v 0 '7 0) N M M M CO N 0) O) N 0 N- N N v CO N CO CO 0 0 0 0) 0) N N D 0 ,- 0) OD v v CO v U) O 0) N 0) N 0 0) CD N- " (- 0 r- a. N N M O O O O O O O O O O O N O v v a O O O O cocv v N- 0 M CD 0) N 0 CO v N 0 M co 0) N N NM (O 0 M O 0) N N N M M M M v v a N N N CD CD CD CD N N N CO CO CO C) 0) 0) 0) 0 ❑ E. co- CD CO co- co- CD (O CD CD CD o (D (O CD CD CO CD CO CO CD o CD (.O CD CO CON qM c .. m y3 R U0- 2 O C T O 0 O N 0 N y 3 CV N. LO • • 1 O co N O4111 co W O N (O CD r- N 6) 6) c0 M M M (O ca 6) c0 6) CD CO O I� c0 3 N O O NV O 6 O Ili 0 m v i c v g v v v op to CA a= — o MI a O 6) al co V co I� O d N M N CO CO CO W CO O (/J U.1 p 6) (O V N O p N- rl Z U N vi Q p) 3 O C O (0 ri p O -,� C m m O Z Z cL V, x: d N V, 0 3 _ 3 Y N cf, N N N Z CO M (M+) (0Nt 0 ((0 N M c0 n 4V) (O cf., � Q M O M (D 6) co co c0 V co p� a V V .- co LO O (O 0) T.- 2 V @) Y co O 1- V 6) co co lO N- N- co co co u) N (O (O O < co 3 W E = .N- to In N LO- N CC N (f) co c', Cl) E 2 '. 3 N- N- N- N- N- r N- N- r-- ,d) 4 >> a > 0 0 H 2 W W v O) M CO 6) M Cr CO O N ,- CO O 1,- V O 6) CD V 0) (D (O 6) CO (D 6) co d ,- N O c0 V O (t) c0 6i 'C' •� O) O O) (- O u) cr.) O) E O = DD O o o r o c n cD t -c x o o O o 0 0 0 0 0 ((d' d 'e c co :m cr, 0ID 0) 00) CO rn W CO CL E Z v) Lo;-:(1) (f) U) N (() (!) l() o (OO o d c d L) N (n N u A C d ....... N- .N- CO d _ 'O = CI i U c --4..'b 6V) 6) N co co N .v i `; o O w wl d U C) LO N 6) 'CD CO co CO LI, CO U d d' ). A co CO r N- O CO (D V a., L d gu N N N N - _ N N N N O J �: 2 W 0 W v8' O, m CO (D O y E W N t U G o (D rn co • t-: n u) N. .v 0- c0 `-- c0 C0 x N. M cO 6) ''£ a) _ d N (.4...?, co m co co co co an E E E c Q ¢ Q o if P. r (O coVN- c0 N- u �) 1 .d- ted. O N 0) 00)) 0) 60) 6N) 60od) co W�S"'. y R W N O N N (n N LO v) v) v) N u) v) E a a d N. co co co o co co co co- co E 0_ d d N 'o c3, j w Cc) H pY c e r n £ o) m LCD CDD CO CMO Z 0 cO cci 0 0 c- N N (O co CO O) N (O 1- 6) (D (O N V V V co 6) O r- CO N- CO 6) N M W V V V V V N 0) OJ r 4) M O) 1- t() N W a V V V V V V M M M \\� y,, CO c0 (O (0 CO CO CO (0 (0 (p ^ DD W W DD W W CO \• C I`T q 'X rt „. '7 01 N. O N V O N N N CO CO Z J (O M (O 6) .- O O N V (O N- N c0 V V N CO r cD M 6) c0 V O O f` M OD J Z co co- c0 co- co- co- co 2 (O (O V V V V co co c) . N N N N N N N N N CO N 0 + ._.. E ,- 0, 0 R ' M CO N 0_ N W- CO co Q Oi W V I V L O V N N cO (O l O. 4 co co (n co n co c6 co > d N N CO- l0 Z (O (O V N CO (O I CO N (O CO Q) N (n (n j U a Ln N (n (A V CO Q ,- (O N 6) ,- ,- ,- O O :e O. y CO CO (O (O CO (D , Q M O M cM V c7 7 V 7 ; , — El co co co co co- co 0 6) W m o rn rn 6) rn CI U >. (O O u) N U N O CO Nm V C �• 4.. t O n E i CO 6) I- N. O 6) CO V 0 Q O O CO CO =fa U 2 r N r. 'O v (O (ID O O O L II C co co co CI a 0 - N CO ,- d E N M N CO 6) Q ` M M M F d W O• to N N N N M N Z O_ a O O O v (0 (D CO O N N N O �' O " N N ." a N- CD .-- V V N- O u) O CO c') V O O O O O (f) r N V ^ •- r r O M (D O J a(CC2 CO a O O N N N N d 0 (0 U O C O) cCO �' d .G O) d r C 8). O csa eill 's 3 o y 0 0 • W 0 • a ii.isoZ oo 0111�� o Q m a a a a 0 Lu 0 0 z U En_ N Q o a 0 C'' m 0 Z Z w m N m a IA 7 N 7 � N N N • ,N�`7,7�`` 3 Q C) V V E V Q Q E w O il M C) %' OV) o O H W 4) L L d OO CO « CO .d.. m N d g et cc cts «) c 'O = V V O uo. w m U y U ce d .. W o• a 0 3 3 m 3 '' 2 o ,c am\ a, a w a Ct a a CO CO ? ' o ,g To c T ii m �. N N Q \ a e N N 0_ r CI- CO -J Q (6 U >. C CO 81) CD 7 L ow M m m 01 01 t O C) C) C) O 2 m 7 7 Q z d d O O O a. N 0. (0,) C .. m a $ a 0) o a c. O 6m N ` V a vl S S Oc. • • • ripcry—; 3 . ZISI$(O Regg, James B (DOA) From: AK, D&C Rotary Operation Superintendent ��`1J/ <AKDCRotaryOperationSuperintendent@bp.com> l Sent: Sunday, May 08, 2016 7:24 AM l To: DOA AOGCC Prudhoe Bay Cc: Kilfoyle, Jeffery A; Daniel, Ryan; Mclaughlin, Sean M; Schneider, Kenneth J; Romo, Louis A;Isaacson, William 5; Serpa, Lina M; O'Neal, Robert; Kavanagh, Tom; ron.holmes@nordic-calista.com;AK, D&C Rig Nordic 2 Well Site Leader Subject: AOGCC Reporting Form for U-Tube Event on Nordic 2, Well DS 4-33 Attachments: AOGCC BOPE USAGE REPORT FORM.Nordic 2.Well DS 4-33.5-7-2016.docx; 04-33B_ 05-07-2016_RON.PDF AOGCC North Slope Inspectors, Yesterday an unplanned use was made of the BOPE on Nordic rig 2, conducting a CTD sidetrack on well DS 4-33 in the GPB area. The BOP was shut to contain flow from the well, which occurred as a result of dissimilar fluids being pumped. The rig was drilling with 9.5 ppg drilling mud, but pumped a 9.3 ppg low viscosity sweep. As this sweep exited the coiled tubing, additional flow from the well was observed and the well shut in with 100 psi observed on the back side of the coiled tubing. The well was circulated with clean 9.5 ppg mud until clean 9.5 mud was on both sides of the coiled tubing to surface. A flow check was conducted and showed no flow from the well. The rig then completed their trip out of the well. BOP was tested as required. The complete details of the unplanned event are included in the attached reporting document. Please contact me if any additional clarity is needed. Sincerely, Greg Sarber Greg Sarber North Slope - Drilling Well Operations Specialist +1 (907)659-4618(Office-slope) +1 (907)242-8000(Cell Phone) Harmony 2156 Alternate: Darrell Green/Jay Murphy 1 • • AOGCC BOPE USAGE REPORT FORM (Well Control event only) Field Superintendent Name: Greg Sarber Wellsite Leader Name: Rob O'Neal Contact Number: 907-659-4618 Contact Number:907-659-4543 BP Traction Number: 2016-IR-5248705 Rig Name &Well Pad or Drill Site &Well Name: Nordic 2-Drill Site 4-33Z - Permit To Drill (PTD) Number: 215-186 .-- Date Date and Time of Incident: 5-7-2016,07:50 Original Scope of Work: Drilling a horizontal sidetrack well lateral in the Ivishak formation from a parent well bore,on the well DS 4-33. Formation pore pressure=7.7 ppg. Operational Description Leading up to Well Control Event: The rig had reached lockup and was unable to continue Drilling. The rig team was making a trip OOH to pick up an agitator tool to help drill to planned TD and to pick up a new bit. A combination low viscosity/high viscosity sweep was pumped as the BHA was pulled into the window,to assist in hole cleaning. It was noted that the sweep was 0.2 ppg underweight. (Mud density 9.5 ppg,Sweep 9.3 ppg). Upon pulling thru the window, with the sweep outside the coiled tubing and with mud inside coil,a flow check was Made. The flow check showed flow from the well (Due to the U-Tube that existed between coil and the back side). This U-tube was expected. As a drill for the rig crew, since there was flow from the well,the well was shut in Against the manual choke and the rig simulated monitoring the well as if it was an actual well control event. The Rig did observed 100 psi on the annulus pressure gauge which compared well to the expected 98 psi imbalance from the different fluid weights that were in place. Notifications were made to BP management, and then clean 9.5 ppg Mud was circulated around. With 9.5 ppg mud on both sides of the coiled tubing a 45 minute flow check was made. No flow was observed from the well. The previous flow was confirmed to be from a U-Tube event. BOPE Used and Reason: The rigs Coiled tubing packoff and manual choke valves were closed for this unplanned U-tube event. Current BOPE test time/date Is a BOPE re-test required after use:Yes/No and reason Yes BOPE Retest time/date and result(WSL to complete as applicable) 5/7/2016 18:30 The CT packoff was changed and pressure tested when the trip OOH was completed. The manual choke valve is not normally tested as part of a BOP test. It was not tested when the rig came to surface. Plan Forward: The rig is back on bottom drilling. The primary reason for the unplanned U-tube event was due to the Low viscosity pill being pumped and being 0.2 ppg under the required mud weight. Procedures have been put in place To ensure that the mud engineer checks fluid density in all pits at the beginning of each tour and maintains all fluid Weights so that this unplanned event does not occur again. • 1°61A04-333 7 North America-ALASKA- BP Page 1 of Daily Operations Report (RE-ENTER- NSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 ri3u.04—33 g Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number: 2 Acct Proj No: X3-017FK-C: Contractor: NORDIC CALISTA Rig: NORDIC 2 Current Well Status Depth MD: 16,653.00(usft) Casing Size. AFE No.. X3-017FK-C: Rig Accept: 5:00:00AM 4/29/2016 Est TVD: 8,689.03(usft) Casing(MD): AFE Cost: 3,073,918.00 Rig Release: Progress: 56.00(usft) Next Casing Size: Cost in: US Dollar Spud Date: 2/14/1986 Auth Depth: 17,300.00(usft) Next Casing(MD): Exchange Rate: WX Date: 5/2/2016 Hole Size: Next Casing(TVD): Daily Mud: 0 Ground Elevation: 19.74(usft) Elev Ref: 04-33A @51.25usft(above Mean Sea Level) Cum.Mud: 0 KB Elev: 51.25(usft) Daily Well: 233,932.35 Total Personnel: Geologist: MIRON/LEDBETTER Cum.Well: 2,207,716 Wellbore Max Angle: 97.67 Engineer: CIOLKOSZ DOL: 10.08 Day WSL: O'NEAL DFS: 5.30 Night WSL: KAVANAGH Est Days: 10.50 Weather: Current Status: DRILLING LATERAL 24 Hr Summary: DRILL LATERAL,POOH FOR AGITATOR. STOP AND CIRCULATE MUD AROUND TO EQUALIZE TUBING AND ANNULUS MUD WEIGHT. CONTINUE POOH,LAY DOWN LOW-SPEED MOTOR,PICK UP XTREME MOTOR WITH AGITATOR,RIH. 24 Hr Forecast: DRILL LATERAL Update at 06:00: DRILLING LATERAL Comments: NO INCIDENTS,NO ACCIDENTS,NO ENVIRONMENTAL IMPACTS.MAINTENANCE DAILY:0 HOURS;MONTH TO DATE:0 HOURS;YEAR TO DATE:2 DAILY LOSSES: 66 BBLS TOTAL LOSSES: 5038BBLS Cost and AFE Summary by AFE Event Type AGSP Planned Cum Cost Grouped AFE Cost Estimated< Cum Cost Grouped Event Cost COM-ONSHORE X3-017FK-C: 1,865,037.00 4,938,955.00 0 4,415,432 REENTER+COMPLETE PBD4P2981 6,379,552.00 6,379,552.00 5,160,389 5,160,389 RE-ENTER-ONSHORE X3-017FK-C: 3,073,918.00 4,938,955.00 2,207,716 2,207,716 Totals 11,318,507.00 5,899,353.00 7,368,105 7,368,105 HSE and Well Control Days Since Last DAFWC:4,700 All Free Days Incident Details: Safety Moment Topic:RED ZONE MANAGEMENT Keywords:EQUIPMENT DROPS Comments:DISCUSSED THE INCIDENT THAT HAPPENED IN THE GOM WHEN THE WRONG EQUIPMENT WAS UTILIZED ON A TOP DRIVE WHILE MAKING UP A STRIN AND THE HUB PROTECTOR FELL TO THE FLOOR. ALLOWED FOR DISCUSSION AROUND HOW WE CONDUCT OUR WORK AND IN KEEPING PERSONNEL OUT OF THE RED ZONE. ALSO INCLUDED DISCUSSION AROUND ALL THE ICE BUILD UP AROUND THE RIG AND IN THE DERRICK AND HOW IT COULD EFFECT OUR OPERATIONS. Last Csg Test Press: Number of Dropped Objects: Last H2S Drill: 5/5/2016 Last BOP Pressure Test: 4/29/2016 Last Abandonment Drill: 5/5/2016 Last Trip Drill(D1): 5/2/2016 Next BOP Press Test: 5/13/2016 LastAccum Drill(D4): Last Safety Meeting: 5/4/2016 Last Diverter Drill(D3): Last Spill Drill: 4/22/2016 Last Environmental Incident: 5/15/2015 Safety Observation Cards: 25 Regulatory Agency Insp: No Non-compliance Issued: No Kick Intensity: Kick Tolerance: LOT TVD: BHP: @ MAASSP: 0.00(psi) LOT EMW: Test Pressure: No. Slow Pump Rates(Circ) Slow Pump Rates(Choke) Slow Pump Rates(Kill) • Stroke Rate I Pressure(psi) Stroke Rate I Pressure(psi) Stroke Rate I Pressure(psi) No Pump Operations with Slow Pump Rates Perfornance Measures Safety Observation Cards SOC JSEA First Aid Near Miss/HSE Opp. Today 25 2 59 Total 172 14 549 5/8/2016 4:03:06AM • • North America-ALASKA- BP Page 2 of 7 Daily Operations Report (RE-ENTER- ONSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number: 2 Acct Proj No: X3-017FK-C: Contractor: NORDIC CALISTA Rig: NORDIC 2 Operational Parameters ROP Daily: Rotating Weight: Daily Bit Hrs 0.00(hr) Pump Status-Drilling and Riser ROP Cum: Pick Up Wt: Daily Sliding Hrs 0.00(hr) No. Operat Efficiency SPM Liner Cric. WOB(min): Slack Off Wt: Cum Bit Hrs ion (%) (spm) size Rate WOB(max): Circ Rate Riser: 0.00(gpm) Type (in) (gpm) Min RPM: Circ Rate Hole: 0.00(gpm) Ann.Vel.Riser: RPM DH: Ann.Vel.DC1: Torque on Bottom: Circ On Bottom: Ann.Vel.DP: Torque off Bottom: Jar Hrs since Inspect: (hr) Bit Details Bit Run Re-Run Size Manuf. Model - Type Serial# Nozzles(32nd") TFA Depth Depth In(usft) Out(usft) - 4-1/4 HYCALOG SRH3211M- Bi-Centered Bit 7043396 5X9 0.310 15,704.00 16,653.00 B4 Cum Prog(usft) RPM Min/Max I WOB Min/Max I Daily Hrs. I Hours Cum I ROP Cum II I I Condition I I I BHA BHA No.:BHA#6 TMD In: 15,704.00(usft) BHA Weight: Workstring Purpose:DRILL LATERAL TMD Out: 16,653.00(usft) Component Component type Component Detail Jts Length Cum OD ID Blade OD Bend Connection P/B (usft) Length (in) (in) (in) Angle(°) Size(in) Type (usft) Sub CT Connector CTC 1 0.56 0.56 2.875 1.375 MWD Upper Quick UQC W/CHECK 1 3.20 3.76 3.000 1.000 Connect VALVES MWD Lower Quick LQC 1 1.73 5.49 3.000 1.000 Connect MWD MWD Tool WEAR SUB 1 1.07 6.56 3.000 1.000 MWD Power and PSC 1 7.94 14.50 3.000 1.000 Communication Sub MWD CT EDC EDC 1 9.05 23.55 3.000 1.000 MWD Drillling DPS 1 6.92 30.47 3.000 1.000 Performance Sub MWD Ultra Slim USR 1 12.86 43.33 3.000 1.000 Resistivity Sub MWD Directional Gamma DGS 1 9.61 52.94 3.000 1.000 Sub MWD Hydraulic Orienter HOT 1 13.54 66.48 3.000 1.000 Tool Mud Motor Mud Motor 2-7/8"ULS MOTOR 1 12.58 79.06 2.875 Bit Bi-Centered Bit HCC 4.25' 1 0.80 79.86 3.750 Bi• t Details Bit Run Re-Run Size Manuf. Model Type Serial# Nozzles(32nd") TFA Depth Depth In(usft) Out(usft) 4-1/4 HYCALOG SRH3211M- Bi-Centered Bit 7158629 5X9 0.310 15,704.00 B4 Cum Prog(usft) RPM Min/Max I WOB Min/Max I Daily Hrs. I Hours Cum I ROP Cum II I I Condition 1 I I BHA BHA No..BHA#7 TMD In: 15,704.00(usft) BHA Weight: Workstring Purpose: DRILLING TMD Out: Component Component type Component Detail Jts Length Cum OD ID Blade OD Bend Connection P/B (usft) Length (in) (in) (in) Angle(°) Size(in) Type (usft) Sub CT Connector CTC 1 0.56 0.56 2.875 1.375 MWD Upper Quick UQC W/CHECK 1 3.20 3.76 3.000 1.000 Connect VALVES MWD Lower Quick LOC 1 1.73 5.49 3.000 1.000 Connect MWD MWD Tool WEAR SUB 1 1.07 6.56 3.000 1.000 5/8/2016 4:03:06AM • • North America-ALASKA- BP Page 3 of 7 Daily Operations Report (RE-ENTER- ONSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number: 2 Acct Proj No: X3-017FK-C: Contractor: NORDIC CALISTA Rig: NORDIC 2 BHA No.:BHA#7 TMD In: 15,704.00(usft) BHA Weight: Workstring Purpose: DRILLING TMD Out: Component Component type Component Detail Jts Length Cum OD ID Blade OD Bend Connection P/B (usft) Length (in) (in) (in) Angle C) Size(in) Type (usft) MWD Power and P&C 1 7.94 14.50 3.000 1.000 Communication Sub MWD CT EDC EDC 1 9.05 23.55 3.000 1.000 MWD Drillling DPS 1 6.92 30.47 3.000 1.000 Performance Sub MWD Ultra Slim USR 1 12.86 43.33 3.000 1.000 Resistivity Sub MWD Directional Gamma DGS 1 9.61 52.94 3.000 1.000 Sub MWD Hydraulic Orienter HOT 1 13.54 66.48 3.000 1.000 Tool Accelerator Accelerator AGITATOR 1 66.48 Mud Motor Mud Motor 2-7/8"XTREME 1 12.58 79.06 2.875 MOTOR 1.18 DEG AKO Bit Bi-Centered Bit HCC 4.25" 1 0.80 79.86 3.750 Drilling Fluid Type: WBM Other(M-I 10 sec gels: 20.000(Ibf/100ft2) Ca: 20(ppm) ES: SWACO) Time: 15:00 /In 10 min gels: 22.000(lbf/100ft2) K+: 32,627(ppm) Solids: Depth: 16,653.00(usft) Fluid Loss: 6.8.(cc/30min) CaCl2: Oil: 5.00(%) FL Temp.: 88(°F) HTHP Temp: NaCL: 3.80(%) Water: 85.00(%) Density: 9.50(ppg) HTHP WL: CI-: 106,000(ppm) Oil/Water: Funnel Visc: 52.00(s/qt) Cake: 1,0(32nd") Sand: 0.10(%) Daily Cuttings: ECD: MBT: 0.2(Ibm/bbl) HGS: Cum Cuttings: 0.0(bbl) PV: 7.00(cp) Lime: LGS: 3.71'(Ibm/bbl) Lost Downhole: YP: 26.000(Ibf/100ft2) PM: 1.10(cc) Pf/Mf: 0.80/4.00(cc/cc) Lost Surface: pH: 9.20 0 Operations Summary From-To Hrs Phase Task Activity Code NPT Operation Op.Depth(usft) (hr) 00:00 - 00:30 0.50 PROD1 DRILL WIPER P CONTINUE WIPER TRIP FROM TD TO WINDOW. CLEAN 16,597.0 PASS UP AND DOWN. 00:30 - 01:20 0.83 PROD1 DRILL DRLDIR P DRILL FROM 16597 FT. 16,613.0 INITIAL ROP IS 15 FT/HR WITH 3.4K DWOB. 2.94/2.90 BPM AT 3850 PSI FREE SPIN. STILL DRILLING A LONG SHALE SECTION,HOLD OFF ON NEW MUD UNTIL WE GET THROUGH IT. DRILL TO 16,613 FT. 01:20 - 02:40 1.33 PROD1 DRILL DRLDIR P DRILL PAST 16,613 FT WITH STICK SLIP DRILLING,LOW 16,634.0 OVERALL ROP. DRILL TO 16,623 FT,START NEW MUD DOWN THE CT. NEW MUD IS AROUND 9.48 PPG,DISCUSS WITH MUD ENGINEER WILL COMPLETE THE MUD SWAP THEN ADD KCL TO BRING IT TO 9.5 PPG EVEN. DRILL TO 16,634 FT. 02:40 - 04:40 2.00 PROD1 DRILL DRLDIR P CONTINUE DRILLING MASSIVE SHALE ZONE. MAINTAIN 16,645.0 40L TF FOR NOW TO TRY AND BUILD ANGLE TO 94 DEG AND GET OUT OF IT. NEW MUD IS AROUND THE BIT,BETTER WEIGHT TRANSFER BUT NOT MUCH IMPROVEMENT IN ROP. DRILL TO 16,645 FT. 04:40 - 06:30 1.83 PROD1 DRILL DRLDIR P CONTINUE DRILLING SHALE WITH LOW ROP. 16,653.0 MAINTAIN 45L TF FOR NOW TO CONTINUE TRYING TO BUILD ANGLE AND EXIT SHALE. 2.96/2.93 BPM AT 3760 PSI FREE SPIN. 9.45/9.39 PPG IN/OUT WITH ECD=11.36 PPG. 5/8/2016 4:03:06AM • 41 North America-ALASKA- BP Page 4 of 7 Daily Operations Report (RE-ENTER-ONSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number 2 Acct Proj No: X3-017FK-C: Contractor: NORDIC CALISTA Rig: NORDIC 2 Operations Summary From-To Hrs Phase Task Activity Code NPT Operation Op.Depth(usft) (hr) -DIFFICULTY DRILLING AHEAD. CANNOT TRANSFER WEIGHT TO BIT ALTHOUGH SLIDING IS FAIRLY CONSISTENT. 06:30 - 07:50 1.33 PROD1 DRILL POH P CONDUCT DYNAMIC FLOW CHECK,RETURNS GOOD. 14,600.0 -POH WITH BHA TO PICK UP AGITATOR. CIRC RATE OF 2.75 BPM,3390 PSI,ECD OF 11.25 PPG,3 BPH LOSS RATE WHILE PICKING UP HOLE. -PICK UP WEIGHT WHILE POH 47-50K. PICK UP WEIGHT AT WINDOW 50K. -TIME LO-VIS/HI-VIS COMBO SWEEP AT WINDOW. OPEN EDC AT WINDOW,BRING CIRC RATE UP TO 3.1 BPM,3120 PSI WITH AN ECD OF 11.15 IN THE CASED HOLE. 1 TO 1 RETURNS. -MW IN 9.52 PPG,MW OUT 9.40 PPG. MUD ENGINEER HAS PLAN TO INCREASE KCL CONCENTRATION TO BRING SYSTEM INTO DESIRED RANGE. -CTS OPERATOR ASKS TO CONDUCT FLOW CHECK DUE TO VARIANCE IN OUT MICROMOTION RATE(PILL 24 BBLS OUT OF BIT), -TOOK OPPORTUNITY TO CONDUCT FLOW CHECK BY INITIATING KICK DRILL WHILE IMPLEMENTING AN OPERATIONAL ACTION TO MONITOR WELLBORE 07:50 - 09:15 1.42 PROD1 DRILL CIR P DIRECTED CREW TO CONDUCT KICK WHILE TRIPPING 14,600.0 DRILL TO CONDUCT FLOW CHECK. WSL HAD CALCULATED HYDROSTATIC DIFFERENCE IN FLUIDS, ATTRIBUTE TRICKLE FLOW TO U-TUBE EFFECT FROM PUMPING 9.3 PPG LO-VIS PILL BUT STILL WANTED TO VERIFY. SHUT WELL IN PER STANDING ORDERS FOLLOWED DURING NORMAL DRILL PROCEDURE. SIMULATE FAILURE OF HCR CHOKE,CLOSE IN WELL ON MANUAL CHOKE (COMPLEX DRILL). CHECK PITS,NO PIT GAIN. BEGIN READING PRESSURES, MAKE NOTIFICATIONS TO GREG SARBER OF OPERATIONAL DECISION TO CHECK WELL. MONITOR PRESSURES,STABILIZED AT 100 PSI FROM U-TUBE,THEN FELL OFF TO 44 PSI AND STABILIZED. -PERMISSION GIVEN TO OPEN WELL AT 9:07 FROM LOUIS ROMO. NO PRESSURE,NO FLOW. -CONDUCT AAR ON DRILL AND THE COMPLEX CONDITIONS THAT COULD EFFECT DRILLING AND FLOW CHECKS IN GENERAL 09:15 - 14:00 4.75 PROD1 DRILL CIR N SFAL BREAK CIRCULATION,TOOK 4 BBLS TO GAIN RETURNS 15,180.0 (SURFACE LINES,WELL HOLE FILL). RUN DOWN TO WINDOW TO CIRCULATE WELL TO EQUAL DENSITY IN AND OUT. CHECKING DENSITIES WITH PRESSURIZED SCALE DUE TO AERATION(NEW MUD SYSTEM THAT IS STILL BEING SHEARED). -INITIAL FLOW CHECK STILL HAS WELL IN U-TUBE EFFECT -CREW WEIGHTING UP PER PRIOR PLAN TO BRING WEIGHT UP TO 9.50 PPG. CONTINUOUS MUD CHECKS WITH PRESSURIZED DENSITY SCALE WHILE CIRCULATING FLUID AROUND. -9.5 PPG MUD ALL THE WAY AROUND AND ALL PITS EQUALIZED. CONDUCT FLOW CHECK,MONITOR FOR 45 MINUTES. NO FLOW. -PJSM ON BREAKING CIRCULATION AND POH -SEE IR 2016-IR-5248705 FOR FULL REPORT 14:00 - 17:00 3.00 PROD1 DRILL POH P BREAK CIRCULATION,TOOK BBLS TO FILL LINES AND 180.0 GAIN RETURNS. BRING PUMP ON TO 3.05 BPM,3100 PSI, POH. PICK UP WEIGHT OF 36K WHILE POH. -INITIAL STREAM OF CUTTINGS DARK AND THICK, INTERSPERSED WITH POLYSWELL. RETURNS THINNED 5/8/2016 4:03:06AM • • North America-ALASKA- BP Page 5 of 7 Daily Operations Report (RE-ENTER- ONSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number: 2 Acct Pro'No: X3-017FK-C: Contractor NORDIC CALISTA Rig: NORDIC 2 Operations Summary From-To Hrs Phase Task Activity Code NPT Operation Op.Depth(usft) (hr) OUT WITH EVEN STREAM OF LIGHT CUTTINGS. -CONCURRENT OPS:LOAD WORKSTRING INTO PIPE SHED. CONDUCT PLANNED"STOP THE JOB DRILL"WITH THE SITE CONTROL STOPPING THE JOB WHEN A THIRD PARTY ENTERED THE WORK AREA AS HE WAS ACTING AS GROUND GUIDE FOR THE LOADER. SCENARIO WAS PLANNED;DRILL SITE OPERATOR REQUESTED TO PASS THROUGH AREAAND JOB WAS STOPPED SINCE IT WAS THE BACKING AREA OF THE LOADER. 17:00 - 18:00 1.00 PROD1 DRILL POH P PJSM FOR PULLING TO SURFACE AND BHA CHANGEOUT. 0.0 DISCUSS POTENTIAL FOR ICE FALLING OFF OF DRILLING LINE AND OUT OF DERRICK DUE TO TEMPERATURE FLUCTUATIONS. -FLOW CHECK,NO FLOW. PULL BHA TO SURFACE. -POP OFF WITH INJECTOR 18:00 - 18:30 0.50 PROD1 DRILL BHAHDL P L/D BHA,BIT IS 1-1. WILL NOT RE-RUN ON BHA#7 DUE TO 0.0 ANOTHER BIT BEING A BETTER CHOICE FOR THE XTREME MOTOR. 18:30 - 19:00 0.50 PROD1 DRILL RIGSER P SLB CHANGE OUT CT PACKOFFS,PREVENTIVE 0.0 MAINTENANCE BASED ON RUNNING FOOTAGE. PRESSURE TEST PACKOFFS 300/3800 PSI,GOOD. 19:00 - 20:30 1.50 PROD1 DRILL BHAHDL P OPEN WELLAND MONITOR FOR 10 MIN,NO FLOW. 0.0 REMOVE INJECTOR AND OBSERVE FLUID LEVEL SLOWLY FALLING. PJSM FOR MAKING UP BHA. M/U BHA#7,4.25 HCC BI-CENTER WITH 1.22 DEG XTREME MOTOR AND AGITATOR. INJECTOR ON AT 20:00. SHALLOW HOLE TEST AGITATOR,TURNS ON AROUND 1.6 BPM. TEST QTS AND BHI TOOLS,ZERO COUNTERS AND RIH. 20:30 - 23:00 2.50 PROD1 DRILL RIH P RIH WITH BHA#7. 0.0 STRAP 1-1/4"CSH AND LOAD LINER INTO PIPE SHED WHILE RIH. 23:00 - 00:00 1.00 PROD1 DRILL RIH P LOG GR FROM 15,150 FT TO TIE-IN DEPTH. 0.0 CORRECT-21 FEET. CLOSE EDC AND RIH THROUGH WINDOW WITH NO ISSUES. 5/8/2016 4:03:06AM • North America-ALASKA- BP Page 6 of 7 Daily Operations Report (RE-ENTER- ONSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number: 2 Acct Proj No: X3-017FK-C: Contractor: NORDIC CALISTA Rig: NORDIC 2 06:00 Update From-To Hrs Phase Task Activity Code NPT Operation Op.Depth(usft) (hr) 00:00 - 00:10 0.17 PROD1 DRILL RIH P CONTINUE RIH TO DRILL. CLEAN PASS TO BOTTOM. 00:10 - 01:00 0.83 PROD1 DRILL DRLDIR P TAG BOTTOM AT 16,645 FT AND DRILL FROM THERE. INITIAL ROP IS AROUND 30 FT/HR WITH 4-5K DWOB. MAINTAIN 15LTF FOR NOW TO CONTINUE BUILDING ANGLE AND GET OUT OF SHALE. 2.49/2.46 BPM WITH 3550 PSI FREE SPIN. 9.56/9.47 PPG IN/OUT,ECD=11.26 PPG. 01.00 - 02:10 1.17 PROD1 DRILL DRLDIR P DRILL TO 16,670 AND DRILL OFF,PICKUP IS HEAVY. DIFFICULT TO WORK BACK DOWN THROUGH SHALE ZONE, STACKING WT WITH REDUCED PUMP RATE,AS DRILLED TF. PICK UP ABOVE SHALE ZONE AND TRY TO WORK DOWN THROUGH IT AT 2 BPM STACK WT AT 16,605 FT,16627 FT AND BOUNCE THROUGH. CONTINUE DRILLING FROM 16,677 FT WITH GOOD ROP. TOOLS SHOWING EXCESSIVE VIBRATION NOW,REDUCE RATE TO 2.5 BPM AND TRY TO APPLY MORE DWOB TO REDUCE VIBRATION. DRILL TO 16,725 FT,ABLE TO REDUCE VIBRATION. 02:10 - 03:00 0.83 PROD1 DRILL DRLDIR P CONTINUE DRILLING PAST 16,725 FT WITH GOOD ROP. HAVE EXITED THE SHALE AT 16,660 FT BASED ON GR. 2.47/2.45 BPM AT 3600 PSI FREE SPIN. 9.53/9.52 PPG IN/OUT,ECD=11.31 PPG. PULL BHA WIPER FROM 16,734 FT. PUMP 10 BBLS LO/HI VIS SWEEPS AROUND. DRILL TO 16,766 FT. 03:00 - 03:40 0.67 PROD1 DRILL DRLDIR P CONTINUE DRILLING PAST 16,766 FT. HOLD 90L TF FOR NOW TO LEVEL OFF,HAVE FOUND DECENT SAND SINCE EXITING THE SHALE AT 16,660 FT. 2.60/2.57 BPM AT 3650 PSI FREE SPIN. 9.59/9.55 PPG IN/OUT,ECD=11.31 PPG. PERFORM FREQUENT WIPER TRIPS WITH HEAVY PICKUPS,DIFFERENTIAL STICKING BOTH WAYS. DRILL TO 16,800 FT. 03:40 - PROD1 DRILL WIPER P REQUEST LOAD OUT FROM SLB AT 03:40. HEAVY PICKUP AGAIN FROM 16,800 FT,PULL LONG WIPER TRIP TO TRY AND REDUCE ECD. 20K OVERPULLAT 16,650 FT IN THE LONG SHALE ZONE. Mud Log Information Formation: Formation top @: 1Max Background Gas: IMax Trip Gas: Lithology: Max Connection Gas: Pore Press: Materials/Consumption Item Unit Usage On Hand Item Unit Usage On Hand FUEL-ARCD-RIG GAL 800 4,700 FUEL-ULSD-RIG GAL 700 2,700 FUEL-ULSD-CAMP GAL 77 1,963 Cumulative Phase Breakdown Phase Planned Change of Scope Total Hours Total Cost Prod %Total NPT %Total WOW %Total Prod %Total NPT %Total WOW %Total PRE 48.67 63.62 27.83 36.38 0.00 0.00 0.00 0.00 76.50 673,571.00 WEXIT 44.67 85.90 7.33 14.10 0.00 0.00 0.00 0.00 52.00 359,681.12 PROD1 80.75 71.15 32.75 28.85 0.00 0.00 0.00 0.00 113.50 1,174,463.60 Total 174.08 71.94 67.92 28.06 0.00 0.00 0.00 0.00 242.00 2,207,715.72 5/8/2016 4:03:06AM S North America-ALASKA- BP Page,?of 7 Daily Operations Report (RE-ENTER- ONSHORE) Operator: BP EXPLORATION Event Type: RE-ENTER-ONSHORE Report: 11 Well/Wellbore No.: 04-33/03 Event Objective: DRILL SIDETRACK B Date: 5/7/2016 Well Type: DEVELOPMENT Site: PB DS 04 Job Number: 2 Acct Proj No. X3-017FK-C: Contractor: NORDIC CALISTA Rig: NORDIC 2 Remarks GOOD CREW RESPONSE TO U-TUBE EFFECT DURING TRIP OUT OF HOLE. SEE IR 2016-IR-5248705 FOR FULL REPORT. 5/8/2016 4:03:06AM LOFTk 4,sA THE STATE Alaska Oil and Gas ►; 14 ofALA KA. Conservation Commission 333 West Seventh Avenue GOVERNOR BILL WALKER Anchorage, Alaska 99501-3572 lifitTTY Main: 907.279.1433 �F ALAS�P Fax: 907.276.7542 www.aogcc.alaska.gov John McMullen Engineering Team Lead BP Exploration(Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Re: Prudhoe Bay Field, Prudhoe Bay Oil Pool, PBU 04-33B BP Exploration(Alaska), Inc. Permit No: 215-186 Surface Location: 678' FSL, 304' FWL, SEC. 26, T11N, R15E, UM Bottomhole Location: 3514' FSL, 2401' FEL, SEC. 23, T11N, R15E, UM Dear Mr. McMullen: Enclosed is the approved application for permit to re-drill the above referenced development well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or an AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. Sincerely, aeti 2i c Cathy . Foerster Chair DATED this 2v day of October, 2015. tiftCEIVED STAT OF ALASKA .SKA OIL AND GAS CONSERVATION COMMIS UCl .1 5 2015 PERMIT TO DRILL 20 AAC 25.005 1 a. Type of Work: lb. Proposed Well Class: Development-Oil EI I . Service-Winj 0 Single Zone• EI 1c.Specify if €+ff is l dWfor: Drill 0 Lateral 0 Stratigraphic Test 0 Development-Gas 0 Service-Supply 0 Multiple Zone 0 Colabed Gas 0 Gas Hydrates 0 Redrill Q. Reentry 0 Exploratory 0 Service-WAG 0 Service-Disp 0 Geothermal 0 Shale Gas 0 2. Operator Name: 5. Bond 'Blanket 170 Single Well 0 11. Well Name and Number: BP Exploration(Alaska),Inc Bond No. 6194193- PBU 04-33B • 3 Address: 6. Proposed Depth: 12. Field/Pool(s): P.O.Box 196612 Anchorage,AK 99519-6612 MD: 17300'4 TVD: 8605'ss • PRUDHOE BAY,PRUDHOE OIL 4a. Location of Well(Governmental Section): 7. Property Designation(Lease Number): ADL 028324&028323 Surface: 678'FSL,304'FWL,Sec.26,T11N,R15E,UM• 8. Land Use Permit: 13. Approximate spud date: Top of Productive Horizon: 1471'FSL,716'FWL,Sec.24,T11N,R15E,UM December 10,2016 Total Depth: 3514'FSL,2401'FEL,Sec.23,T11N,R15E,UM 9. Acres in Property: 2560 14.Distance to Nearest Property: 21373 4b. Location of Well(State Base Plane Coordinates-NAD 27): 10. KB Elevation above MSL: • 51.25 feet 15. Distance to Nearest Well Open Surface:x- 713115 ' y- 5952558- Zone - ASP 4 GL Elevation above MSL: • 21 feet to Same Pool: 444 16. Deviated wells: Kickoff Depth: 15235 - feet 17. Maximum Anticipated Pressures in (see 20 AAC 25.035) /_ Downhole: 44/ / 1 'z I Sr --"z---- Maximum Hole Angle: 98 degrees y69�� T7 S Surface: 2 ' 26 `"' •,S Cement Quantity,c.f.or sacks 18. Casing Program: Specifications Top-Setting Depth-Bottom Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 4-1/4" 3-1/2°x2-7/E 9,3#/6.5# 13Cr80 STL 4722 12578' 8461'ss 17300' 8605'ss 169 sx Class'G' 19. PRESENT WELL CONDITION SUMMARY (To be completed for Redrill and Re-Entry Operations) Total Depth MD(ft): Total Depth TVD(ft): I Plugs(measured): I Effect.Depth MD(ft): I Effect.Depth TVD(ft): I Junk(measured): 15925 8651 None 15842 8654 None Casing Length Size Cement Volume MD TVD Conductor/Structural 80 20" , 1775#Poleset 30-110 30-110 Surface 2707 13-3/8" 3500 sx CS Ill,400 sx CS II,200 sx CS II 29-2736 29-2479 Intermediate 8170 9-5/8" 500 sx Class'G' 27-8197 27-5849 Liner 4763 7" 409 sx LiteCrete,173 sx Class'G' 8020-12783 5741-8631 Liner 3304 4-1/2" 407 sx Class'G' 12619-15923 8536-8651 Perforation Depth MD(ft): 14050-15650 I Perforation Depth TVD(ft): 8655-8656 20.Attachments Property Plat 0 BOP Sketch tEl Drilling Program EI Time v.Depth Plot 0 Shallow Hazard Analysis 0 Diverter Sketch 0 Seabed Report 0 Drilling Fluid Program tEl 20 AAC 25.050 requirements tEl 21. Verbal Approval: Commission Representative: Date 22.I hereby certify that the foregoing is true and correct. Contact Ciolkosz,Ryan R Email Ryan.Ciolkosz@bp.com Printed Name John, c , Ile, Title Drilling Team Lead ,t Signature Phone +1 907 564 4711 Date / U Irs-/5- / Commission Use Only Permit to . Permit Approval Number: '/-S 84 q API Number: 50- 029-21545-02-00 Date: ( 9 I 1 6 See cover letter for other J ! OHO requirements: Conditions of approval: If box is checked,well may not be used to explore for,test,or produce coalbed methane,gas hydrates,or gas contained in shales: [/ Other: ,Q0p 7-,--,57,-- tD 35vo/� 5 e Samples req'd: Yes 0 No E3/ Mud log req'd: Yes ❑ No H ,'n re v 4'ic- l-<'7 fit r T'5-f io 2 ��0,�5/ HZ measdres Yes LT No ❑/ Directional svy req'd: Yes CI No ❑0 Spacing exception req'd: Yes 0 No 11 Inclination-only svy req'd: Yes 0 No C7 APPROVED BY Approved by: mob..) /V COMMISSIONER THE COMMISSION Date. ,./5� ORIGIA L 1/77- I e'/2 711 5-- Form 10-401 Revised 10/2012 This permit is valid for 24 months from the date of approval(20 AAC 25.005(g)) Submit Form and Attachments in Duplicate 1;. fr.:,-2-3.-/S- • • To: Alaska Oil & Gas Conservation Commission From: Ryan Ciolkosz Rig: Nordic 2 by CTD Engineer Target Reservoir: Ivishak Zone 1 Date: October 12, 2015 Re: 04-33B Permit to Drill Request History and current status: 04-33 was Rotary Sidetracked in 2009 to the Zone 1 04-33A targets. Since then the IOR has dropped off to 180 bbls/day. Proposed plan: Drill a through tubing sidetrack with the Nordic 2 Coiled Tubing Drilling rig on or around January 1st, 2015. Coil tubing service unit will drift for CTD whipstock and mill. Nordic 2 will set a whipstock and a mill a 3.80"window in the 4-1/2" tubing and drill a Zone 1 well to —17,300' MD. The lateral will be completed with a 3-1/2" x 2-7/8" 13Cr-80 liner which will be cemented and perforated. CTD Drill and Complete 04-33B program: Riq Start Date: January 1st, 2015 Pre-Rig Work(scheduled to begin Nov 1st, 2015) 1. C Drift for whipstock and window mill to 3.80" 2. V Pre CTD Tree Work. Set TWC Rig Work: 1. MIRU and test BOPE to 250 psi low and 3,500 psi high. Maximum expected surface pressure with gas (0.10 psi/ft) to surface is 2,576 psi. 2. RIH and set 4-1/2" monobore Whipstock. Top at 15,235' MD 3. Mill 3.80" window plus 10' of rathole. Swap the well to 9.5 ppg PowerPro. 4. PU drilling BHA with GR/Resistivity 5. Drill 4.25" hole to TD at—17,300' MD 6. Run 3-1/2" x 2-7/8" 13Cr-80 liner leaving TOL at—12,578 MD. 7. Pump primary cement bringing TOC to TOL, 35 bbls of 15.8 ppg liner cmt planned* 8. Test liner lap to 2,400 psi. 9. Perforate liner per asset instructions 10. Freeze protect well, RDMO Post Rig: 1. V: Tree work as necessary. 2. S: Drift. LTP if necessary.* Set Live GLV's 3. F: Pressure test Liner top packer 4. T: ASRC flow back *Approved alternate plug placement per 20 AAC 25.112(i) Mud Program: • Well kill: 8.4-8.6 ppg brine. • Milling/drilling: 8.4-9.5 ppg Power Pro for milling window and drilling (>314 psi over-balance ). Disposal: • All drilling and completion fluids and all other Class II wastes will go to Grind & Inject. • All Class I wastes will go to Pad 3 for disposal. Hole size: 4.25" Liner Program: • • • 3-1/2", 9.3# 13Cr-80 STL Liner 12,578' MD - 15,135' MD • 2-7/8", 6.5# 13Cr-80, STL Liner 15,135' MD— 17,300' MD • The primary barrier for this operation: a minimum EMW of 8.4 ppg. • • A X-over shall be made up to a safety joint including a TIW valve for all tubulars ran in hole. Well Control: • BOP diagram is attached. • Pipe rams, blind rams and the CT pack off will be pressure tested to 250 psi and to 3,500 psi. • The annular preventer will be tested to 250 psi and 3,500 psi. Directional • See attached directional plan. • Magnetic and inclination surveys will be taken every 30 ft. • Distance to nearest property—21,373' • Distance to nearest well within pool 444' • Logging • MWD directional, Gamma Ray and Resistivity will be run over all of the open hole section. Perforating: • SWS 2", 6 spf, perf guns • The primary barrier for this operation: a minimum EMW of 8.4 ppg. An EMW of 8.4 ppg for this well will provide over-balance to the reservoir. • A X-over shall be made up to a safety joint including a TIW valve for all tubulars ran in hole. Anti-Collision Failures • There are no wells that fail "Major Risk"with the 04-33B welipath. Hazards j • 04-pad is an H2S pad • Low Risk of lost circulation • No anticipated fault crossings �o(Cco6z)�'� Reservoir Pressure i. 6LiV5 r� 10'Z3 • The reservoir pressure on U-06BL1&L2 is expected to be si at 8,606'TVDss. (7.7 ppg equivalent). • Maximum expected surface pressure with gas (0.10 psi/ft)to surface is,X76 psi. Ryan Ciolkosz CC: Well File CTD Engineer Joseph Lastufka TREE= CM/ WELLl-EAD= FMC 4) 04-33B 4-1/2"�RF2OME TBG**'ORIG WELL NOT SHOWN ACTUATOR= BAKER C BELOW WHIPSTOCK*** KB.ELEV= 62' BF.ELEV= 24.65 KOP= 6000' _._ Max Angie= 9°Q 13008282' • •-.,.___. .. . 2112' H4-1/2"HES X IMP,D=3.813" Datum MD= NA GAS LFT MANDRELS Datum TVD= 8800'SS _ ST M) ND DEV TYPE VLV LATCH PORT DATE 13-3/8"CSG,72#,L-80/K-55,D= 12 347" - 2747' 5 4590 3606 54 MING DOME RK 16 12/17/10 1 I4 7937 5692 r 53 MMG DOME RK 16 12/17/10 9 3 10066 6919'54 KBG2 DOME BK 16 12/17/10 2 11402 7783'47 KBG2 DOPE BK 16 12/17/10 _ 1 12195 8293'55 KGB2 SO BK _ 24 12/17/10 Minimum ID = 3.725" @ 12613' 4-1/2" HES XN NIPPLE � 8020' 1.—9-5/8"X 7'BKR ZXP LTP w/TEBACK SLV, � D=6.290" 9-5/8"1NFiPSTOC3C(09/06!09) —I 8197 . 8036' —19-5/8"X 7"BKR FLEXLOCK LNR HGR, D=6.230" FALLOUT WNDOW(04-33A) 8197'-8214' 1 7"LNR,26#,L-80,BTC TCI XO TO L-80 BTO-M H 9172' 12479' —14-1/2"FES X NP,D=3.813" . [___12509'_!--7X4-1t2"BKR S-3 PKR,D=3.875" 9-5/8"CSG,47#,L-80 BTC,D=8.681" —1 12682' m ((�� V.70"12543' H4-1/2"I X NP,D=3.813' PERFORATION SUMMARY ICS BKR DEPLOY SLV,ID = 3.00"@ 12,578'MD REF LOG: ??? I I 3-1/2"X-Ntph ID=2.813"@ 12,598'MD ANGLE AT TOP PERF: 91'@ 14050' Note:Refer to Roduction DB for historical pert data 12613' —I4-1/2"HES XN NP,D=3.725" SIZE SPF IJTER'VAL Opn/Sqz DATE I 2-7/8" 6 14050-14160 0 09/22/09 , 12625' —14-1/2"WLEG,D=3.958" 2-7/8" 6 14200-14310 0 09/22/09 !_ 12619'__ 1-17'X 5"HRD ZXPN LTPw/ 2-7/8" 6 14370-14430 0 09/22109 TRACK SLV,D=4.460" 2-7/8" 6 15130-15160 0 09/22/09 O 2-7/8" 6 15195-15350 0 09/22/09 . 12635' I—7"X 5"BKR FLEXLOCK 2-7/8" 6 15380-15420 0 09/22/09 LtIzt HGR,D=4.450" 2-7/8" 6 15500-15520 0 09/22/09 12645' -5-112'X 4-1/2" 2-7/8" 6 15540-15650 0 09/22/09 XO,D=3.958" 3-1/l"93'#STL 13CR-80 7'LNR,26#,L-80 BTC-M,.0383 bpf,D=6.276" --I 12783' 4-1/2"TBG,12.6#,13CR-85 VAM TOP,.0152 bpf,D=3.958" — 12625' 3-1/2'5c 27/$"XO @ -15,135 4-1/2"LNR, 12.6#,13CR-85 VAM TOP XO TO L-80 BT-M –i 12650' 4-1/2"M onobom whipstock @ 15,235'MD' ?lei le. rRA TAG @ TBD / FWD15842' J 2-7/8"6 5#STL 13CR-80 @ 17,300' F-1/2"LNR, 12.6#,L-80 BT-M,.0152 bpf,D=3.958" —I 15923' I— i4r444 DA TT REV BY COMMENTS DATE REV BY COMMENTS FRUDHOE BAY UNIT 03/18/86 ORIGINAL COMPLETION 01/02/11 VVECJPJC GLV C/O(12/17/10) WELL: 04-33A 04/18/94 112ES RWO PERMIT No:"2090800 09/24/09 N7EB 'SIDETRACK(04-33A) _ C AR Nb: 50-029-21545-01-00 09/29/09 SV DRLG HO ORRECTION6 u SEC 26,T11N,R15 E,678'FSL 303'FWL. 10/08/09 DAV/SV GLV 00(09/30109) 05/10/10 JR/JM) DRLG DRAFT CORRECTIONS BP Exploration(Alaska) • • Qbp North America - ALASKA - BP Prudhoe Bay PB DS 04 04-33 04-33B Plan: 04-33B WP03 BP Coil Tubing Report 12 August,2015 rI BAKER HUGHES • S . ,..t, BP ri.� .„•*° �� BP Coil Tubing Report BAKElt MOMS Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay ND Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A@ 51.25usft(Nabors 7ES) • Well: 04-33 North Reference: True Wellbore: 04-33B Survey Calculation Method: Minimum Curvature ' Design: 04-33B WP03 Database: EDM R5K-Alaska PROD-ANCP1 Project Prudhoe Bay,GPB,PRUDHOE 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 • Using geodetic scale factor j Site PB DS 04,TR-11-15 f Site Position: Northing: 5,953265.350 usft Latitude: 70°16'31.598 N From: Map Easting: 711234.970 usft Longitude: 148°17'27.907 W Position Uncertainty: 0.00 usft Slot Radius: 0.000 in Grid Convergence: 1.61 ° J I.Well 04-33,04-33 I Well Position .NI-S 0.00 usft Northing: 5,952,558.460 usft Latitude: 70e 16'24.127 N +E1-W 0.00 usft Easting: 713,114.530 usft • Longitude: 148°16'33.779 W Position Uncertainty 0.00 usft Wellhead Elevation: 24.65 usft Ground Level: 21.00 usft • Wellbore 04-33B Magnetics Model Name Sample Date Declination Dip Angle Field Strength 1°I 1°) InT) BGGM2015 1/1/2016 19.43 8107 57,551 Design 04-339 WP03 Audit Notes: Version: Phase: PLAN Tie On Depth: 15,126.92 Vertical Section: Depth From(ND) +N/-S *E1-W Direction (usft) (usft) (usft) 1°I -24.65 0.00 0.00 260.00 8/122015 1:26:14PM Page 2 COMPASS 5000.1 Build 61 • • ' BP EMI b � 1 a+a BP Coil Tubing Report KHU�ES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay ND Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Well: 04-33 North Reference: True Wellbore: 04-33B Survey Calculation Method: Minimum Curvature Design: 04-33B WP03 Database: EDM R5K-Alaska PROD-ANCP1 Survey Tool Program Date 8/12/2015 From To (usft) (usft) Survey(Wellbore) Tool Name Description 34.35 8,195.45 1:Schlumberger GCT multishot(04-33) GCT-MS Schlumberger GCT multishot 8,197.00 8,214.00 04-33A Srvy 1 Blind(04-33A) BLIND Blind drilling 8,249.60 8,387.67 04-33A Srvy 2 Inc+Trend(04-33A) INC+TREND Inclinometer+known azi trend 8,419.08 12,768.71 04-33A Srvy 3 MWD+IFR+MS(04-33A) MWD+IFR+MS-WOCA MWD+IFR+Mufti Station W/O Crustal 12,797.68 15,126.92 04-33ASrvy4 MWD+IFR+MS(04-33A) MWD+IFR+MS-WOCA MWD+IFR+Multi Station W/O Crustal 15,126.92 17,300.00 04-33B WP03(04-33B) MWD MWD-Standard Planned Survey MD Inc Azi NDSS N/S EON Northing Easting DLeg V.Sec TFace (usft) (") (1 (usft) (usft) (usft) (usft) (usft) (°1100usft) (usft) (°) 15,126.92 96.54 322 74 8,613.97 8,041.18 4,568.74 5,960,725.405 717,453.501 0.00 -5,895.67 0.00 04-33AActual Survey 15,157.70 96.05 322.16 8,610.59 8,065.43 4,550.10 5,960,749.122 717,434.177 2.46 -5,881.52 -130.33 04-33A Actual Survey 15,189.64 94.78 322.63 8,607.58 8,090.62 4,530.70 5,960,773.752 717,414.070 4.24 -5,866.79 159.75 04-33A Actual Survey 15,200.00 94.40 321.85 8,606.75 8,098.79 4,524.37 5,960,781.733 717,407.518 8.31 -5,861.98 -116.15 15,221.47 93.61 320.25 8,605.25 8,115.44 4,510.91 5,960,798.001 717,393.589 8.31 -5,851.61 -116.21 04-33A Actual Survey-TIP 15,235.00 ) 93.16 320.35 8,604.45 8,125.84 4,502.28 5,960,808.143 717,384.672 3.41 -5,844.92 167.49 KOP 15,255.00 94.72 319.45 8,603.07 8,141.10 4,489.43 5,960,823.034 717,371.393 9.00 -5,834.91 -30.00 End 9deg/100ft 15,300.00 97.40 314.73 8,598.32 8,173.86 4,458.98 5,960,854.923 717,340.027 12.00 -5,810.61 -60.00 15,305.00 97.69 314.21 8,597.67 8,177.33 4,455.44 5,960,858.293 717,336.393 12.00 -5,807.73 -60.50 7 15,355.00 97.65 308.15 8,590.98 8,209.94 4,418.16 5,960,889.833 717,298.208 12.00 -5,776.68 -90.00 8 15,400.00 92.57 308.31 8,586.97 8,237.05 4,382.49 5,960,915.914 717,261.781 12.00 -5,746.26 -160.00 8/12/2015 1:26:14PM Page 3 COMPASS 5000.1 Build 61 • • BP FAN" s, ? }P BP Coil Tubing Report BAKER Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A @ 51.25usf(Nabors 7ES) Well: 04-33 North Reference: True Wellbore: 04-338 Survey Calculation Method: Minimum Curvature Design: 04-33B VVP03 Database: EDM R5K-Alaska PROD-ANCP1 Planned Survey MD Inc Azi TVDSS NIS E1W Northing Easting DLeg V.Sec TFace (usft) (°) (°) (usft) (usft) (usrt) (usft) (usft) (°l100usff) (usft) (°) 15,422.81 90.00 305.38 8,586.46 8,250.40 4,364.00 5,960,928.736 717,242.928 12.00 -5,730.37 -160.16 9 15,500.00 89.68 296.12 8,586.68 8,289.82 4,297.74 5,960,966.264 717,175.574 12.00 -5,671.96 -92.00 15,600.00 89.27 284.13 8,587.60 8,324.16 4,204.02 5,960,997.934 717,080.923 12.00 -5,585.62 -91.97 15,700.00 88.90 272.13 8,589.19 8,338.27 4,105.21 5,961,009.241 716,981.766 12.00 -5,490.77 -91.86 15,800.00 88.58 260.13 8,591.40 8,331.54 4,005.65 5,960,999.691 716,882.436 12.00 -5,391.55 -91.67 15,900.00 88.32 248.13 8,594.11 8,304.26 3,909.67 5,960,969.702 716,787.274 12.00 -5,292.29 -91.41 15,962.81 88.19 240.59 8,596.03 8,277.11 3,853.11 5,960,940.967 716,731.511 12.00 -5,231.88 -91.08 10 16,000.00 88.23 245.06 8,597.19 8,260.14 3,820.05 5,960,923.064 716,698.946 12.00 -5,196.38 89.50 16,100.00 88.41 257.06 8,600.13 8,227.75 3,725.68 5,960,888.018 716,605.535 12.00 -5,097.81 89.36 16,162.81 88.55 264.60 8,601.80 8,217.75 3,663.74 5,960,876.268 716,543.907 12.00 -5,035.08 89.01 11 16,200.00 88.55 269.06 8,602.74 8,215.69 3,626.63 5,960,873.162 716,508.868 12.00 -4,998.17 90.00 16,262.81 88.58 276.60 8,604.31 8,218.79 3,563.96 5,960,874.486 716,444.142 12.00 -4,937.00 89.89 12 16,300.00 89.36 281.00 8,604.98 8,224.48 3,527.22 5,960,879.130 716,407.259 12.00 -4,901.80 80.00 16,330.42 90.00 284.59 8,605.15 8,231.21 3,497.57 5,960,885.022 716,377.422 12.00 -4,873.76 79.92 13 16,400.00 90.00 276.24 8,605.15 8,243.78 3,429.19 5,960,895.649 716,308.724 12.00 -4,808.61 -90.00 16,500.00 90.00 264.24 8,605.15 8,244.20 3,329.38 5,960,893.242 716,208.941 12.00 -4,710.39 -90.00 16,600.00 90.00 252.24 8,605.15 8,223.86 3,231.65 5,960,870.141 716,111.838 12.00 -4,610.62 -90.00 16,700.00 90.00 240.24 8,605.15 8,183.64 3,140.30 5,960,827.357 716,021.660 12.00 -4,513.66 -90.00 16,730.42 90.00 236.59 8,605.15 8,167.72 3,114.39 5,960,810.701 715,998.214 12.00 -4,485.38 -90.00 li 14 16,800.00 90.00 244.94 8,605.15 8,133.76 3,053.72 5,960,775.046 715,936.538 12.00 -4,419.74 90.00 16,900.00 90.00 256.94 8,605.15 8,101.17 2,959.38 5,960,739.793 715,843.159 12.00 -4,321.17 90.00 17,000.00 90.00 268.94 8,605.15 8,088.90 2,860.32 5,960,724.728 715,744.490 12.00 4,221.48 90.O0J 8/12/2015 1:26:14PM Page 4 COMPASS 5000.1 Build 61 • • BP VPI bp BP Coil Tubing Report BAKER FROGIES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Well: 04-33 North Reference: True Wellbore: 04-33B Survey Calculation Method: Minimum Curvature Design: 04-33B WP03 Database: EDM R5K-Alaska PROD-ANCP1 Planned Survey MD Inc Azi TVDSS NIS E66 Northing Easting DLeg V.Sec TFace (usft) (^) (°) (usft) (usft) (usft) (usft) (usft) (°1100usft) (usft) (°) 17,100.00 90.00 280.94 8,605.15 8,097.50 2,760.87 5,960,730.502 715,644.845 12.00 -4,125.04 90.00 17,130.42 90.00 284.59 8,605.15 8,104.22 2,731.21 5,960,736.379 715,615.005 12.00 -4,097.00 90.00 15 17200.00 90.00 276.24 8,605.15 8,116.78 2,662.83 5,960,747.006 715,546.307 12.00 -4,031.84 -90.00 17,300.00 • 90.00 264.24 8,605.15 • 8,117.20 2,563.02 5,960,744.599 715,446.523 12.00 -3,933.62 -90.00 TD at 17300.00 8/12/2015 1:26'14PM Page 5 COMPASS 5000.1 Build 61 • • BP TANI (ER bp BP Coil Tubing Report BAKER MIMES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Well: 04-33 North Reference: True Wellbore: 04-338 Survey Calculation Method: Minimum Curvature Design: 04-33B WP03 Database: EDM R5K-Alaska PROD-ANCP1 Targets Target Name -hit/miss target Dip Angle Dip Dir. TVD +N/-S +E/-W Northing Easting -Shape (1 (°) (usft) (usft) (usft) (usft) (usft) Latitude Longitude 04-33B Fault 2 0.00 0.00 0.00 7,688.87 2,681.82 5,960,319.820 715,577.400 70°17'39.742 N 148°15'15.618 W -plan misses target center by 8615.21usft at 17100.00usft MD(8605.15 ND,8097.50 N,2760.87 E) -Polygon Point 1 0.00 0.00 0.00 5,960,319.82 715,577.40 Point2 0.00 -115.65 1,129.34 5,960,236.20 716,709.51 Point 3 0.00 -161.12 2,279.97 5,960,223.34 717,880.91 Point4 0.00 -115.65 1,129.34 5,960,236.20 716,709.51 04-338 Fault 1 0.00 0.00 0.00 7,235.23 -159.11 5,959,785.930 712,750.600 70°17'35.285 N 148'16'38.416 W -plan misses target center by 9068.43usft at 17300.00usft MD(8605.15 ND,8117.20 N,2563.02 E) -Polygon Point 1 0.00 0.00 0.00 5,959,785.93 712,750.60 Point 2 0.00 -595.15 3,062.19 5,959,277.77 715,828.27 Point 3 0.00 -889.44 3,909.75 5,959,007.61 716,883.78 Point4 0.00 -1,148.93 5,118.67 5,958,782.47 717,899.51 Point 5 0.00 -889.44 3,909.75 5,959,007.61 716,683.78 Point6 0.00 -595.15 3,062.19 5,959,277.77 715,828.27 04-33B 12 0.00 0.00 8,605.00 8,223.02 3,518.34 5,960,877.420 716,398.420 70°17'44.991 N 148°14'51.230 W -plan misses target center by 3.20usft at 16308.34usft MD(8605.06 ND,8226.14 N,3519.05 E) -Point 04-33B T1 0.00 0.00 8,568.00 8,248.59 4,341.01 5,960,926.280 717,220.000 70°17'45.239 N 148°14'27.251 W -plan misses target center by 23.46usft at 15441.61 usft MD(8586.47 ND,8280.98 N,4348.46 E) -Point '.. 04-33B Fault 3 0.00 0.00 0.00 10,846.27 4,354.36 5,963,523.170 717,159.780 70°18'10.787 N 148°14'26.818 W -plan misses target center by 8950.61 usft at 15670.58usft MD(8588.65 ND,8336.27 N,4134.56 E) '. -Polygon Point 1 0.00 0.00 0.00 5,963,523.17 717,159.78 Point2 0.00 -594.68 92.55 5,962,931.38 717,269.13 Point3 0.00 -1,746.83 555.43 5,961,792.85 717,764.43 Point4 0.00 -2,785.45 1,098.74 5,960,770.09 718,336.91 Points 0.00 -1,746.83 555.43 5,961,792.85 717,764.43 Point 6 0.00 -594.88 92.55 5,962,931.38 717,269.13 04-33B Fault 4 0.00 0.00 0.00 8,448.14 2,372.78 5,961,070.000 715,247.000 70°17'47.210 N 148°15'24.617 W -plan misses target center by 8613.61usft at 17300.00usft MD/W05.15 ND,8117.20 N,2563.02 E) 8/122015 1:26:14PM Page 6 COMPASS 5000.1 Build 61 • • BP Vial bp BP Coil Tubing Report BAKER HU ETES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Well: 04-33 North Reference: True Wellbore: 04-33B Survey Calculation Method: Minimum Curvature Design: 04-33B WP03 Database: EDM R5K-Alaska PROD-ANCP1 -Polygon Point 1 0.00 0.00 0.00 5,961,070.00 715,247.00 Point2 0.00 16.04 563.71 5,961,102.00 715,810.00 Point3 0.00 211.01 1,062.45 5,961,311.00 716,303.00 Point4 0.00 301.85 2,093.49 5,961,431.00 717,331.00 Point5 0.00 211.01 1,062.45 5,961,311.00 716,303.00 Point6 0.00 16.04 563.71 5,961,102.00 715,810.00 li 04-33B T3 0.00 0.00 8,605.00 8,117.21 2,582.99 5,960,744.600 715,446.500 70°17'43.955 N 148°15'19.076 W -plan misses target center by 0.15usft at 17300.00usft MD(8605.15 ND,8117.20 N,2563.02 E) -Point 04-336 Polygon_ 0.00 0.00 0.00 8,276.40 2,113.74 5,960,891.000 714,992.937 70°17'45.522 N 148°15'32.169 W -plan misses target center by 8618.34usft at 17300.00usft MO(8605.15 ND,8117.20 N,2563.02 E) -Polygon Point 1 0.00 0.00 0.00 5,960,891.00 714,992.94 Point2 0.00 38.02 847.52 5,960,953.00 715,839.00 Point 3 0.00 205.69 1,285.53 5,961,133.00 716,272.06 Point4 0.00 265.70 1,727.38 5,961,205.50 716,712.00 Point 5 0.00 -552.76 1,836.67 5,960,390.50 716,844.44 Point 6 000 -484.24 300.86 5,960,415.50 715,307.38 Point 7 0.00 -557.66 -38.56 5,960,332.50 714,970.19 Casing Points Measured Vertical Casing Hole Depth Depth Diameter Diameter ''I (usft) (usft) Name (in) (in) 12,771.35 8,573.10 DRILLING LINER 1 7.000 8.500 8,197.00 5,796.93 95/8" 9.625 12.250 17,300.00 8,605.15 2-7/8" 2.875 4.250 2,736.25 2,427.98 13 3/8" 13.375 17.500 8/122015 1:26:14PM Page 7 COMPASS 5000.1 Build 61 • • BP Nag by BP Coil Tubing Report BAs = leiGNES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Well: 04-33 North Reference: True Wellbore: 04-33B Survey Calculation Method: Minimum Curvature Design: 04-338 WP03 Database: EDM R5K-Alaska PROD-ANCP1 Plan Annotations Measured Vertical Local Coordinates Depth Depth ON/-S +E/-W (usft) (usft) (usft) (usft) Comment 15,126.92 8,613.97 8,041.18 4,568.74 04-33A Actual Survey 15,157.70 8,610.59 8,065.43 4,550.10 04-33A Actual Survey 15,189.64 8,607.58 8,090.62 4,530.70 04-33A Actual Survey 15,221.47 8,805.25 8,115.44 4,510.91 04-33A Actual Survey-TIP '.. 15,235.00 8,604.45 8,125.84 4,502.28 KOP �. 15,255.00 8,603.07 8,141.10 4,489.43 End 9deg/100ft 15,305.00 8,597.67 8,177.33 4,455.44 7 15,355.00 8,590.98 8,209.94 4,418.16 8 15,422.81 8,586.46 8,250.40 4,384.00 9 15,962.81 8,596.03 8,277.11 3,853.11 10 16,162.81 8,601.80 8,217.75 3,663.74 11 16,262.81 8,604.31 8,218.79 3,563.96 12 16,330.42 8,605.15 8,231.21 3,497.57 13 16,730.42 8,605.15 8,167.72 3,114.39 14 17,130.42 8,605.15 8,104.22 2,731.21 15 17,300.00 8,605.15 8,117.20 2,563.02 TO at 17300.00 Checked By: Approved By: Date: 8/12/2015 1:26:14PM Page 8 COMPASS 5000.1 Build 61 • • Project Prudhoe Boy ---- A. MV;ec at WELLBORE DETAILS:04338 66Sd34:E1MORM181N ��■ Site P00504 ,F.,„1. 04-336 Coordnelep48y4aerm Wel10433.53 NON Well:04-33 etempt.575510ni Ve1oe1(1W)na7a'm Moen See Level BAKE 0 bp 04-338 ]sle Suwon oel Were..Slot-(0.000 Wellborn:PIan:O/-338 WP03104J3I01338) Parent Wellbore'.1512. Measured Oa.M Were..043'44�00.004Me6°sl6) rme scute= Te on MD'.15128.92 r-4eudm 841rod MmemGrwbre HIIGIES WELL DETAILS:04-33 11218 1 - • 04-339Fault 3- Ground Level: 21.00 Blv 050 ♦0..00 X58680 Ceding I-aWUM 33,779tle Slot __ - _-i-. OAO 0.00 5952558460 713114590 ]0'18'24.127N 140'16'33.]]9 71401. -- - -. _._. - -... _. SECnONDETMS ANNOTATIONS A Sec MD Inc Azi ssTVD +11-8 +O W Dkg TFace VSed Target TAD MD Annotation 111010- -- - - - - - - - - 1 1512692 96.54 32274 8613.97 8041.18 4568.74 0.00 0.00589567 8613.97 15126.92 04-33800tual9urvey 2 1515770 96.05 322.16 8610.59 8065.43 4550.10 246 -13033-5881.52 86105915157.70 0433A AdualSurvey - 3 1518964 9478 32283 860758 8090.62 4530.70 4.24 159.75-5868.79 , 8607.58 15189.64 0433AActualSurvey 4 15221.47 93.61 320.25 8605.25 811544 4510.91 8.31 -116.15585181 860525 15221.47 0433AAc5ualSurvey-11P ...._1 5 1523500 93.16 320.35 8604.45 812584 4502.28 3.41 167.49 5T1 84492 8604.45 15235.00 NOP i - --- - - - - - - - -- --- - 8 15255.00 94.72 31545 8603.07 8141.10 448943 9.00 -30.005834.91 860307 15255.00 End9deg11008 0 04330 Fault 7 15305.00 97.89 31421 8597.87 817733 4455.44 1200 60.00-583773 8597.67 15305.00 7 o -- 1 - - - - 8 15355.00 97.65 308.15 859098 820994 4418.18 12.00 -90.005778.68 859998 153E6.00 8 �. ua33.,N-tit:\ 9 15422.81 9000 305.38 8586.46 8250.40 4364.00 1200 -160005730.37 ' 8586.46 1542281 9 04-3B z 6433013 10 1598281 88.19 240.59 8596.03 8277.11 3853.11 12.00 -9200-523188 859E03 15962111 10 ±-, 4_.._1 + gun_. I 11 1813042 88.55 26460 860585 82333042 90.00 284.59 8605.15 1 21 3497.57 12.00 8950-5035.08 8605.85 16130.42 11 ,�+a3Bf L }r - ��� 12 1828281 88.58 276.60 8604.31 821879 356396 1200 90.00-493700 8604.31 18262.81 12 Z `--- 13 21 3497.57 12.00 80.00-4873.76 8605.15 .42 13 14 .42 90.00 236.59 .42 14 16 115 730.00 90.00 28414 8605.15 60.15 81017.20 256302 12.00 -9000-3933.6 880515 1731.21 12,00 90.00-4097.00 8605.15 7.00 706417350.00 atAH Y - _ -- - - --en 7.1 04339 Fault2 1 6800. - .. -_._... .... 6400' • il ' ' ' l i1 i 1 I_ 01,33 0-1-33 :- 4. --_ . 11 400 800 1200 1600 2000 ].MIO 2800 3200 3600 4000 4400 48(01 >200 NOU 611(0 641111 6800 7210 West(-)/East(+)(400 usft/in) 95751 � � � I � I it 82511- - 5 555 ---'-- c 04-33t sit 0 to 6400---. .r. .7 8475 i-.. _. - -5 555- ----. - }J +' 0433811 • �y B�iIF_I. 0.1]:1.\vwal8un Sum,-TIP 4-OP _ 114-308 12 04-331313,. • • U 895-- .-1 R 9{ t-- i I I 2 F13 --•-. I4� 04330433. N '_ __._ -__ _ - End 9dog I0OS 00.7\W-;1.1 M.17300.00 i F ons I_.-.- -- - _. -- --- - I I I I i MeaVlya Level i I -6750-6675-6600-6525-6455-6375-6300-6225-6150-6075-6000-5925-5850-5775-5700-8625-5550-5475-5400-5325-5250-5175-5100-5025-4950-4875-4800-4725-1650-4575-4500-4425-4350-4275-4200-4125-4050-3975-3900-3025 Vertical Section at 260.00°(75 usft/in) • • -- Pio**Prudhoe fiat /5' 6q r-..t.41, ai v WELLBORE DETAILS:04-336 Ia06�Y£3033M.. Eli. Sde'PB DS 04 P m.o.,.a 04336 CoadndeNE)PMereioa 16910433.me I340 Well:0433 se..Ar. imrt voncan11'DRdaexe Man Sea Le.4 BAKER 0+r-7 a-� Wellbore:04338 ö2,1,, a Parent Wellbore:04-334 Wowed�Seam n .,0L 40� 1���1 FJ Ip Plan:O4J3Bre:04-433104338) ecrrems Te on MD:15126.92 9,1193hin 00 a MOMS 10050 ._.._ _..... 9900 9750 __.--__ _`. __-__._ __.. _._ __ 9600 _ . . 9450- �� .. _._.. 93011. i� 9151 -___-__ .: 8850 __ ._.. - y 7 8700 --i 4 r-•8550. _...__. a 3 3 rn 8400 83511. ... _— 0 4-33 033113 ' +G 8100. - _. C 7950. '? O 7 7650 + V3 -- 75011 7350! 720 7050 _ 6900_ - 6150- ��""__ c.\ 2(:v- 660 —_. + --, ' 6450- 630 .r_ Io 61X1 1 1 ? - -__.t .. `\'_-.� --_ + + 0 _� Mean �.. I -r e 6 ' _L _-_ -t 1 jJy. 600 750 900 1050 1200 1350 1500 1650 1801 1950 2100 2250 2410 2550 270 2350 3000 3150 370 0 3450 3600 3750 3900 4050 4200 4350 45 4650 480 4950 5100 5250 5403 5550-5703 5850 61100'%50 West(-)/East(+)(150 usft/in) • • Ppqiect:Prudhoe Bay ANTI-COLLISION SETTINGS COMPANY DETAILS North Offence-ALASKA-BP0 S ��. WPB 0804 Inteipolahon Method MD Interval:2500 C k aSon Method M1fi umClrvahlre 0433 DeoUtsLi be 5,26.92 To 1 3W.00 SErrorcan System:ISCWSA BAKER Results L mkd By Centre Detainee 1927.34 Scan Method'Tray.Cylinder North Wellbore: 04338 Reference Plan:04-33B WPo3(043304-33B) Error Surface EllIpticalConic HUGHES Plan:04-3381A4303R4-33104-33E8Wam.q Method.Rules Based wa1_DETAILS:0431 Ground - From Colour To MD 21.00 000 4.6/-W Nagging Fahg 1a4129e Lm7n:de 5i. 0 000 0.00 61878®4® 713114..0 70.1934.127N 148.1633779W 1 15127 15550 SECTIONDETAILS 04-33A/04-33A, - 15550 15750Sec 61D Inc na 744 4443 .El-W ole9 7Fece v8ea " i 21l$CO 1 15126.92 9654 322.74 8613.97 804118 4588.74 000 0.00-566587 330 30 15750 15850 2 1515770 96.15 322.16 8610.59 806543 4560.10 2.46 -13033 588152 -e` i5738 15850 17300 3 15189.84 94.78 32263 8607.58 809082 4530.70 4.24 159.75-588679 �,as�i 220 4 15221.47 9381 320.25 8605.25 811544 451091 8.31 -116.15 585161 - 5 1523500 93.16 32035 8604.45 812584 450228 341 16749 584492 6 15255.00 94.72 319.45 860307 814110 4489.43 900 x.00 583491 7 1530500 97 69 314 21 859767 81 77 33 445544 12.00 40.00 5807 73 8 15355.00 97.% 308.15 8590.96 825.94 4318.16 12.00 -90.00 577668 9 15422 81 90 OD 305 38 8586../ 10 1596281 88.19 240.59 8586.03 8277.111 385311 12 00 - 1200 -92.00 523188 Aff�°���/� „ 16,828, 6855 x84.60 8601.80 821775 3983.74 12.00 8950 -580508 '`��j 1 0 _15]32 13 18330.42 9058 21459 8604.31 8218.79 349757 12.00 80.00 -4877376 13 18330.42 8080 284.59 8605.15 8231.21 349]5] 1200 80.00-4813]8 14 16730.42 9000 236.59 8605.15 816772 311439 12.00 -90.00-448538 /��� L4-11- � 15 17130.42 90.00 28459 8605.15 8104.22 273121 1200 90.00-4097 00 / 140,_ 16 17300.00 90.00 264.24 8605.15 8117.20 256302 12.00 -90.00 3931.62 30.0 / 04-33 P0Z \ so / 120 1a0 15586 �: SURVEY PROGRAM .' 14.,--.X ‘ _.,,' Date:2D1s9e_tzrmrollD Valttleab:Yes Hanlon: 15503' Ar 15497 - DaDtaFrom 35 Depth45 S1 rvey/FlanSchlort Oool 97.35 8114.005 S8-33ASrvy 1 BiGGTm30UMl(Ob33) OCT-MSD 8191.00 8214.00 04-3345noy 1 Bind(04-334) BLIND 20 8249.60 838767 04-33ASrvy 2 lnc.hmd(04-33INC.TR END 15449 8419.08 12768 71 04-33ASrvy 3ATNDFR*MS(06-33A) MWD.IFR+MS-W CA _ 1279789 15126.92 04-33A Srvy 4FR.MS(04-33A) MWD.IFR+MS-WOCA 270 - - 15126 92' 15398 ... ... 15126.92 17300.00 04-33B W104-30olP03(04338) MWD 20-" 15349 [ I II 40 / / \\ 60 / / _. , ' 80 „-- ' / '' '''�\ \\\ � \ 1� / / x \/ 20 240 '\\ 140.. / / / N 120X .� - � � -- ( LEGEND \ 160_.... / / l 180 /� '0489.04-334�09-33AV0-L411,L411,L4-11 51 200_._ .� 220 210 - 150 240 • ..... 90 Azimuth from North[0]vs Centre to Centre Separation[20 usft/in] • • by North America - ALASKA - BP Prudhoe Bay PB DS 04 04-33 500292154500 04-33B 04-33B WP03 Travelling Cylinder Report 12 August, 2015 BAKER HUGHES • • _ BP r1.r® 0 by Travelling Cylinder Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset ND Reference: Offset Datum Reference 04-33B WP03 Filter type: GLOBAL FILTER APPLIED:All wellpaths within 200'+100/1000 of reference Interpolation Method: MD Interval 25.O0usft Error Model: ISCWSA Depth Range: 15,126.92 to 17,300.O0usft Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 1,927.34 usft Error Surface: Elliptical Conic Survey Tool Program Date 8/12/2015 From To (usft) (usft) Survey(Wellbore) Tool Name Description 34.35 8,195.45 1 :Schlumberger GCT multishot(04-33) GCT-MS Schlumberger GCT multishot 8,197.00 8,214.00 04-33A Srvy 1 Blind(04-33A) BLIND Blind drilling 8,249.60 8,387.67 04-33A Srvy 2 Inc+Trend(04-33A) INC+TREND Inclinometer+known azi trend 8,419.08 12,768.71 04-33A Srvy 3 MWD+IFR+MS(04-33A) MWD+IFR+MS-WOCA MWD+IFR+Multi Station W/O Crustal 12,797.68 15,126.92 04-33A Srvy 4 MWD+IFR+MS(04-33A) MWD+IFR+MS-WOCA MWD+IFR+Multi Station W/O Crustal 15,126.92 17,300.00 04-33B WP03(04-33B) MWD MWD-Standard Casing Points Measured Vertical Casing Hole Depth Depth Diameter Diameter (usft) (usft) Name (in) (in) 2,736.25 2,427.98 13 3/8" 13.375 17.500 8,197.00 5,796.93 9 5/8" 9.625 12.250 12,771.35 8,573.10 DRILLING LINER 1 7.000 8.500 17,300.00 8,605.15 2-7/8" 2.875 4.250 Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (usft) from Plan Offset Well-Wellbore-Design (usft) (usft) (usft) (usft) Lis DS 04 L4-11-L4-11-L4-11 15,825.00 10,100.00 506.02 304.39 212.54 Pass-Major Risk PB DS 04 04-16-04-16-04-16 Out of range 04-16-04-16A-04-16A Out of range 04 27 04 27 04 27 Out of range 04-33-04-33-04-33 Out of range 04-33-04-33A-04-33A 15,150.00 15,150.00 0.00 0.53 -0.44 FAIL-NOERRORS 04-34-04-34-04-34 Out of range 04-34-04-34A-04-34A Out of range 04-35-04-35A-04-35A Out of range 04-35-04-35APB1-04-35APB1 Out of range 04-36-04-36-04-36 Out of range PB Surfcote GNI-01-GNI-01-GNI-01 Out of range GNI-02-GNI-02A-GNI-02A Out of range GNI-02-GNI-02A-GNI-02A wp13 Out of range GNI-04-GNI-04-GNI-04 Out of range GNI-04-GNI-04-Plan#4 Out of range CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17:44PM Page 2 COMPASS 5000.1 Build 61 • • BP FARO 4tA)bp Travelling Cylinder Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay ND Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A©51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset ND Reference: Offset Datum Offset Design Lis DS 04 L4 11 L4 11 L4 11 Offset Site Error 0.00 usft Survey Program: 100-GCT-MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth 4-NI-S +EI-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) r) (usft) (usft) lin) (usft) (usft) (usft) 15,139.43 8,612.56 8050.00 6,845.49 65.95 25.98 -22.55 8,184.21 5,057.36 7.562 1,840.23 19127 1,708.91 Pass-Major Risk 15,147.13 8611.72 8,075.00 6,864.20 65.95 26.10 -22.77 8,191.42 5,042.43 7.562 1,818.77 191.61 1,687.38 Pass-Major Risk 15,157.70 8,610.59 8,100.00 6,882.88 65.95 26.22 -23.05 8,198.75 5,027.51 7.562 1,797.41 191.96 1,665.93 Pass-Major Risk 15,157.70 8,610.59 8,125.00 6,901.54 65.95 26.36 -23.11 8,206.15 5,012.61 7.562 1,776.12 192.31 1,644.54 Pass-Major Risk 15,168.09 8,609.53 8,150.00 6,920.18 65.96 26.49 -23.00 8,213.57 4,997.69 7.562 1,754.87 192.79 1,623.19 Pass-Major Risk 15,174.47 8,608.92 8,175.00 6,938.81 65.96 26.63 -22.97 8,221.00 4,982.77 7.562 1,733.69 19322 1,601.90 Pass-Major Risk 15,180.94 8,608.33 8,200.00 6,957.43 65.96 26.77 -22.93 8,228.44 4,967.84 5.687 1,712.57 193.49 1,580.82 Pass-Major Risk 15,189.64 8,607.58 8,225.00 6,976.05 65.96 26.88 -22.86 8,235.89 4,952.92 5.687 1,691.52 193.89 1,559.66 Pass-Major Risk 15,193.13 8,607.29 8,250.00 6,994.68 65.96 26.99 -23.22 8,243.34 4,938.00 5.687 1,670.51 194.15 1,538.55 Pass-Major Risk 15,200.00 8,606.75 8,275.00 7,013.32 65.96 27.11 -23.84 8,250.79 4,923.10 5.687 1,649.58 194.40 1,517.47 Pass-Major Risk 15,200.00 8,606.75 8,300.00 7,031.96 65.96 27.22 -23.92 8,258.25 4,908.20 5.687 1,628.72 194.69 1,496.54 Pass-Major Risk 15,209.18 8,606.07 8,325.00 7,050.63 65.96 27.29 -24.72 8,265.71 4,893.34 5.687 1,607.89 194.89 1,475.56 Pass-Major Risk 15,214.69 8,605.69 8,350.00 7,069.34 65.96 27.37 -25.23 8273.16 4,878.52 5.887 1,587.11 195.11 1,454.66 Pass-Major Risk 15,221.47 8,605.25 8,375.00 7,088.09 65.97 27.44 -25.83 8,280.61 4,863.76 5.687 1,566.38 195.38 1,433.77 Pass-Major Risk 15,227.50 8,604.88 8,400.00 7,106.88 65.97 27.52 -25.84 8,288.05 4,849.05 5.687 1,545.69 195.64 1,412.97 Pass-Major Risk 15,310.51 8,598.93 8,425.00 7,125.71 65.97 27.59 -33.32 8,295.49 4,834.39 5.687 1,524.52 198.75 1,391.92 Pass-Major Risk 15,318.10 8895.91 8,450.00 7,144.57 65.97 27.67 -34.35 8,302.94 4,819.76 5.687 1,503.23 199.69 1,370.54 Pass-Major Risk 15,325.00 8,594.99 8,475.00 7,163.44 65.97 27.75 -3528 8,310.41 4,805.17 5.687 1,481.98 200.64 1,349.17 Pass-Major Risk 15,333.50 8,593.85 8,500.00 7,182.35 65.96 27.82 -36.41 8,317.88 4,790.61 5887 1,460.77 201.86 1,327.83 Pass-Major Risk 15,341.29 8,592.81 8,525.00 7,201.27 65.96 27.91 -37.44 8,325.34 4,776.08 5.687 1,439.59 203.11 1,306.51 Pass-Major Risk 15,350.00 8,591.65 8,550.00 7,220.20 65.96 27.99 -38.59 8,332.80 4,761.55 5.687 1,418.45 204.57 1,285.22 Pass-Major Risk 15,355.00 8,590.98 8,575.00 7,239.13 65.96 28.08 -39.21 8,340.24 4,747.02 5.687 1,397.36 205.56 1,263.97 Pass-Major Risk 15,355.00 8,590.98 8,600.00 7,258.08 65.96 28.16 -39.15 8,347.68 4,732.50 5.687 1,376.38 205.82 1,242.81 Pass-Major Risk 15,362.90 8,589.99 8,625.00 7,277.03 65.96 28.25 -3945 8,355.10 4,717.99 5.687 1,355.43 206.73 1,221.67 Pass-Major Risk 15,366.52 8,589.58 8,650.00 7,296.01 65.96 28.33 -39.55 8,362.50 4,703.50 5.887 1,334.59 20729 1,200.60 Pass-Major Risk 15,375.00 8,588.71 8,675.00 7,315.01 65.95 28.42 -39.86 8,369.90 4,689.03 5.687 1,313.88 208.28 1,179.49 Pass-Major Risk 15,375.00 8,588.71 8,700.00 7,334.03 65.95 28.51 -39.79 8,377.28 4,674.58 5.687 1,293.20 208.54 1,158.61 Pass-Major Risk 15,375.00 8,588.71 8,725.00 7853.07 65.95 28.59 -39.71 8,384,64 4,660.15 5.687 1,272.65 208.80 1,137.87 Pass-Major Risk 15,375.00 8,588.71 8,750.00 7,372.12 65.95 28.68 -39.63 8,391.98 4,645.72 5.687 1,252.25 209.06 1,117.26 Pass-Major Risk 15,385.79 8,587.81 8,775.00 7,391.19 65.95 28.77 -40.02 8,399.31 4,631.30 5.687 1,231.84 210.28 1,096.16 Pass-Major Risk 15,389.90 8,587.53 8,800.00 7,410.27 65.95 28.86 -40.11 8,406.61 4,616.90 5.687 1,211.60 210.92 1,075.46 Pass-Major Risk 15,400.00 8,586.97 8,825.00 7,429.37 65.94 28.95 -40.46 8,413.89 4,602.51 5.687 1,191.52 212.11 1,054.42 Pass-Major Risk 15,400.00 8,586.97 8,850.00 7,448.49 65.94 29.04 -40.36 8,421.16 4,588.14 5.687 1,171.46 212.38 1,034.12 Pass-Major Risk 15,400.00 8,586.97 8,875.00 7,467.64 65.94 29.13 -40.26 8,428.42 4,573.79 5.687 1,151.58 212.66 1,013.99 Pass-Major Risk 15,400.00 8,586.97 8,900.00 7,48681 65.94 29.22 -40.16 8,435.66 4,55947 5.687 1,131.87 212.93 99404 Pass-Major Risk 15,411.87 8,586.58 8,925.00 7,506.00 65.94 29.30 -40.55 8,442.88 4,545.17 5.687 1,112.15 214.32 972.91 Pass-Major Risk 15,422.81 8,58646 8,950.00 7,525.22 65.94 29.39 -40.88 8,450.10 4,530.91 5.687 1,092.69 215.84 951.89 Pass-Major Risk 15,422.81 8,586.46 8,97500 7,544.48 65.94 2948 -40.76 8,457.31 4,516.68 5.687 1,073.25 215.90 932.16 Pass-Major Risk 15,425.00 8,586.46 9,000.00 7,563.76 65.93 29.57 -40.90 8,464.51 4,502.49 5.687 1,053.99 216.58 912.53 Pass-Major Risk 15,439.50 8,58647 9,025.00 7,583.07 65.93 29.66 -42.48 8,471.70 4,488.33 5.687 1,034.79 219.65 892.43 Pass-Major Risk 15,450.00 8,586.49 9,050.00 7,602.40 65.92 29.75 -43.56 8,478.87 4,474.20 5.687 1,015.68 222.04 872.53 Pass-Major Risk 15,459.29 8,586.51 9,075.00 7,621.75 65.92 29.84 -44.47 8,486.04 4,460.08 5.687 996.65 22424 852.70 Pass-Major Risk 15,469.23 8,586.54 9,100.00 7,641.13 65.91 29.93 -45.43 8,493.19 4,446.00 5.687 977.70 226.63 832.87 Pass-Major Risk 15,475.00 8,586.56 9,125.00 7,660.52 65.91 30.02 -45.86 8,500.32 4,431.93 5.687 958.87 228.16 813.26 Pass-Major Risk 15,489.18 8,586.62 9,150.00 7,679.93 65.90 30.11 -47.26 8,507.45 4,417.88 5.687 940.11 231.56 793.28 Pass-Major Risk 15,500.00 8,586.68 9,175.00 7,699.36 65.89 30.21 -48.24 8,514.55 4,403.84 5.687 921.46 234.26 773.50 Pass-Major Risk 15,509.16 8,586.73 9,200.00 7,718.80 6589 30.30 -48.98 8,521.64 4,389.81 5.687 902.94 236.61 75381 Pass-Major Risk 15,519.16 8,586.80 9,225.00 7,738.25 85.88 30.42 -49.78 8,528.73 4,375.79 5.687 884.54 239.21 734.10 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17:44PM Page 3 COMPASS 5000.1 Build 61 • ! _ BP EMI 0 bp Travelling Cylinder Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay ND Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset TVD Reference: Offset Datum Offset Design Lis DS 04- L4-11-L4-11-L4-11 Offset Site Error: 0.00 usft Survey Program: 100-GCT-MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) O (usft) (usft) (in) (usft) (usft) (usft) 15,525.00 8,586.84 9,250.00 7,757.70 65.87 30.53 -50.05 8,535.82 4,361.78 5.687 866.32 240.88 714.67 Pass-Major Risk 15,539.13 8,586.95 9,275.00 7,777.14 65.86 30.65 -51.27 8,542.93 4,347.76 5.687 848.23 244.42 694.84 Pass-Major Risk 15,550.00 8,587.05 9,300.00 7,796.58 65.85 30.78 -52.06 8,550.04 4,333.73 5.687 830.33 24721 675.23 Pass-Major Risk 15,559.03 8,587.13 9,325.00 7,816.00 65.84 30.90 -52.58 8,557.16 4,319.70 5.687 812.63 249.65 655.76 Pass-Major Risk 15,568.95 8,587.24 9,350.00 7,835.40 65.84 31.04 -53.16 8,564.30 4,305.64 5.687 795.14 252.30 636.31 Pass-Major Risk 15,575.00 8,587.30 9,375.00 7,854.78 65.83 31.18 -53.24 8,571.45 4,291.56 5.687 777.91 254.11 617.19 Pass-Major Risk 15,588.68 8,587.46 9,400.00 7,874.13 65.82 31.33 -54.16 8,578.62 4,277.45 5.687 760.90 257.62 597.66 Pass-Major Risk 15,600.00 8,587.60 9,425.00 7,893.49 65.81 31.45 -54.75 8,585.78 4,263.34 5.687 744.14 260.48 578.37 Pass-Major Risk 15,608.15 8,587.70 9,450.00 7,912.89 65.80 31.57 -54.91 8,592.90 4,249.28 5.687 727.59 262.62 559.29 Pass-Major Risk 15,617.72 8,587.83 9,475.00 7,932.34 65.79 31.69 -55.17 8,599.97 4,235.25 5.687 711.27 265.02 540.17 Pass-Major Risk 15,625.00 8,587.93 9,500.00 7,951.82 65.78 31.82 -55.10 8,607.00 4,221.25 5.687 695.20 266.90 521.25 Pass-Major Risk 15,636.54 8,588.10 9,525.00 7,971.35 65.77 31.91 -55.47 8,614.00 4,207.29 5.687 679.41 269.54 502.12 Pass-Major Risk 15,65000 8,588.31 9,550.00 7,990.91 65.76 32.01 -56.00 8,620.97 4,193.37 5.687 663.95 272.47 482.94 Pass-Major Risk 15,650.00 8,588.31 9,575.00 8,010.50 66.76 32.11 -54.86 8,627.92 4,179.49 5.687 648.82 272.74 464.89 Pass-Major Risk 15,663.88 8,588.54 9,600.00 8,030.14 65.74 32.21 -55.28 8,634.83 4,165.64 5.687 634.01 275.65 445.82 Pass-Major Risk 15,675.00 8,588.73 9,625.00 8,049.77 65.73 32.32 -55.30 8,641.78 4,151.81 5.687 619.70 278.00 427.18 Pass-Major Risk 15,681.53 8,588.85 9,650.00 8,069.36 65.72 32.44 -54.69 8,648.80 4,137.95 5.687 605.93 279.49 409.21 Pass-Major Risk 15,690.21 8,589.01 9,675.00 8,088.90 65.71 32.56 -54.24 8,655.92 4,124.08 5.687 592.78 281.30 391.40 Pass-Major Risk 15,700.00 8,589.19 9,700.00 8,108.40 65.70 32.67 -53.83 8,663.11 4110.19 5.687 580.26 283.24 373.88 Pass-Major Risk 15,707.23 8,589.33 9,725.00 8,127.84 65.69 32.81 -53.03 8,670.40 4,096.26 5.687 568.45 284.79 357.01 Pass-Major Risk 15,715.59 8,589.50 9,750.00 8,14721 65.68 32.96 -5227 8,677.77 4,082.28 5.687 557.41 286.47 340.58 Pass-Major Risk 15,725.00 9589.69 9,775.00 8,166.52 65.67 33.10 -51.54 8,685.23 4,068.26 5.687 547.18 288.24 324.67 Pass-Major Risk 15,731.98 8,589.83 9,800.00 8,185.74 65.67 33.24 -50.43 8,692.78 4,054.18 5.687 537.81 289.62 309.70 Pass-Major Risk 15,740.03 8,590.01 9,825.00 8,204.88 65.66 33.39 -49.37 '` 8,700.40 4,040.00 5.687 529.37 291.13 295.40 Pass-Major Risk 15,750.00 8,59022 9,850.00 8,223.88 65.65 33.54 -48.45 8,70808 4,025.69 5.687 521.91 292.82 281.83 Pass-Major Risk 15,755.89 8,590.35 9,875.00 8,242.77 65.64 33.69 -46.99 8,715.81 4,011.25 5.687 515.46 293.95 269.68 Pass-Major Risk 15,763.71 8,590.53 9,900.00 8,261.53 65.63 33.84 -45.69 8,723.59 3,996.67 5.687 510.08 295.71 258.36 Pass-Major Risk 15,775.00 9590.79 9,925.00 8,280.17 65.62 34.00 -44.75 8,731.40 3,981.96 5.687 505.79 29737 247.60 Pass-Major Risk 15,775.00 8,590.79 9,950.00 8,298.73 65.62 34.16 -42.44 8,739.24 3,967.15 5.687 502.56 297.79 239.07 Pass-Major Risk 15,786.58 8,591.07 9,975.00 8,317.18 65.61 34.32 -41.45 8,747.09 3,952.23 5.687 500.39 299.37 230.76 Pass-Major Risk 15,794.00 8,591.25 10,000.00 8,335.55 65.60 34.48 -39.96 8,754.96 3,937.20 5.687 499.36 300.47 22425 Pass-Major Risk,CC 15,800.00 8,591.40 10,025.00 8,353.86 65.59 3463 -38.29 8,762.84 3,922.11 5.687 499.42 301.38 219.30 Pass-Major Risk 15,808.42 8,591.61 10,050.00 8,372.16 65.58 34.78 -36.89 8,770.75 3,907.03 5.687 500.55 302.45 215.56 Pass-Major Risk 15,815.39 8,591.78 10,07500 8,390.46 65.58 34.93 -35.33 8,778.67 3,891.96 5.687 502.75 303.36 213.39 Pass-Major Risk 15,825.00 8,592.03 10,100.00 8,408.76 65.57 35.08 -34.09 8,786.61 3,876.89 5.687 506.02 304.39 212.54 Pass-Major Risk,ES,SF 15,825.00 8,592.03 10,125.00 8,427.02 65.57 3523 -31.77 8,794.60 3,861.79 5.687 510.38 304.76 213.84 Pass-Major Risk 15935.41 8,592.31 10,150.00 8,445.20 65.56 35.38 -30.69 8,802.67 3,846.65 5.687 515.81 305.75 215.97 Pass-Major Risk 15,841.81 8,592.48 10,175.00 8,463.32 65.55 35.53 -29.21 8,810.81 3,831.47 5.887 522.34 306.48 219.90 Pass-Major Risk 15,850.00 8,592.70 10,200.00 8,481.36 65.54 35.68 -27.99 8,819.03 3,816.24 5.687 529.92 307.20 22523 Pass-Major Risk 15,850.00 8,592.70 10,225.00 8,499.37 65.54 35.83 -25.88 8,827.30 3,801.00 5.687 538.49 307.56 232.33 Pass-Major Risk 15,860.16 8,592.98 10,250.00 8,517.37 65.53 35.99 -25.02 8,835.60 3,785.76 5.687 547.89 307.78 240.19 Pass-Major Risk 15,865.98 8,593.14 10,275.00 8,535.36 65.53 36.14 -23.73 8,843.94 3,770.53 5.687 558.18 30831 249.49 Pass-Major Risk 15,875.00 8,593.39 10,300.00 8,553.35 65.52 36.29 -22.88 8,852.30 3,755.32 5.687 569.30 308.87 259.88 Pass-Major Risk 15,875.00 8,593.39 10,325.00 8,571.32 65.52 36.44 -21.06 8,860.69 3,740.10 5.687 581.16 309.23 271.48 Pass-Major Risk 15,882.61 8,593.61 10,350.00 8,589.27 65.51 36.60 -20.20 8,869.08 3,724.86 5.687 593.74 309.70 283.92 Pass-Major Risk 15,887.90 8,593.76 10,375.00 8,607.20 65.51 36.75 -19.15 8,87749 3,709.60 5.687 607.01 310.11 297.33 Pass-Major Risk 15,900.00 8,594.11 10,400.00 8,625.11 65.50 36.91 -18.96 8,885.91 3,694.32 5.687 621.01 310.49 311.69 Pass-Major Risk 15,900.00 8,594.11 10,425.00 8,643.03 65.50 37.05 -17.44 8,894.33 3,679.06 5.687 63542 310.78 326.68 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17:44PM Page 4 COMPASS 5000.1 Build 61 • • �_ ,�"®s BP /Ir� i ,bp Travelling Cylinder Report BAKER ',c'°' HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A©51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset TVD Reference: Offset Datum Offset Design Lis DS 04- L4-11-L4-11-L4-11 Offset Site Error: 0.00 usft Survey Program: 100-GCT-MS Rule Assigned:Major Risk Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +NIS +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) (in) (usft) (usft) (usft) 15,900.00 8,594.11 10,450.00 8,660.99 65.50 37.18 -15.98 8,902.75 3,663.85 5687 650.46 311.07 34241 Pass-Major Risk 15,907.82 8,594.34 10,475.00 8,679.00 65.49 37.32 -15.50 8,911.17 3,648.68 5.687 665.97 311.31 358.82 Pass-Major Risk 15,91248 8,594.48 10,500.00 8,697.04 65.49 37.46 -14.71 8,919.58 3,633.56 5.687 681.97 311.54 375.80 Pass-Major Risk 15,917.02 8,594.62 10,525.00 8,715.06 65.49 37.60 -13.98 8,928.02 3,818.43 5.687 698.45 311.75 393.35 Pass-Major Risk 15,925.00 8,594.86 10,550.00 8,732.98 65.48 37.74 -13.71 8,936.52 3,603.21 5687 715.44 311.86 411.60 Pass-Major Risk 18,367.39 8,605.15 10,575.00 8,750.80 65.47 37.88 21.63 8,945.09 3,587.91 5.687 731.83 291.90 446.74 Pass-Major Risk 16,375.00 8,605.15 10,600.00 8,768.52 65.48 38.02 21.97 8,953.71 3,572.53 5.687 741.31 293.62 455.79 Pass-Major Risk 16,375.00 8,605.15 10,625.00 8,786.07 65.48 38.20 23.18 8,962.45 3,557.02 5.687 751.46 294.12 466.77 Pass-Major Risk 16,38725 8,605.15 10,650.00 8,803.39 65.48 38.37 22.85 8,971.36 3,541.34 5687 762.12 296.67 476.31 Pass-Major Risk 16,400.00 8,605.15 10,675.00 8,820.48 65.49 38.54 22.41 8,980.43 3,525.51 5.687 773.49 299.20 486.63 Pass-Major Risk 16,400.00 8,605.15 10,700.00 8,837.33 65.49 38.71 23.44 8,989.66 3,509.51 5.687 785.30 299.69 499.34 Pass-Major Risk 16,400.00 8,605.15 10,725.00 8,853.88 65.49 38.89 24.41 8,999.05 3,493.30 5.687 797.75 300.20 512.66 Pass-Major Risk 16,413.74 8,605.15 10,750.00 8,870.09 65.50 39.08 23.67 9,008.58 3,476.83 5.687 810.49 302.77 524.33 Pass-Major Risk 16,425.00 8,605.15 10,775.00 8,885.95 65.51 39.26 23.17 9,018.25 3,460.10 5.687 823.76 304.86 536.97 Pass-Major Risk 16,425.00 8,605.15 10,800.00 8,901.45 65.51 39.44 23.96 9,028.07 3,443.11 5687 837.35 305.36 551.36 Pass-Major Risk 16,433.74 8,605.15 10,825.00 8,916.58 65.52 39.63 2365 9,038.01 3,425.87 5.887 851.34 307.05 565.02 Pass-Major Risk 16,440.40 8,605.15 10,850.00 8,931.35 65.52 39.82 23.53 9,048.09 3,408.40 5.687 865.66 308.42 579.27 Pass-Major Risk 16,450.00 8,605.15 10,875.00 8,945.74 65.53 40.01 23.00 9,058.29 3,390.69 5.687 880.32 310.10 593.54 Pass-Major Risk 16,450.00 8,605.15 10,900.00 8,959.76 65.53 4021 23.58 9,068.61 3,372.74 5.687 895.25 310.62 609.04 Pass-Major Risk 16,460.28 8,605.15 10,925.00 8,973.39 85.54 40.41 22.86 9,079.06 3,354.58 5.687 910.44 312.31 623.72 Pass-Major Risk 16,466.86 8,605.15 10,950.00 8,986.63 65.55 40.61 22.55 9,089.64 3,336.20 5.687 925.90 313.53 639.02 Pass-Major Risk 16,475.00 8,605.15 10,975.00 8,999.48 65.55 40.81 22.00 9,100.33 3,317.61 5.887 941.61 314.86 654.41 Pass-Major Risk 16,475.00 8,605.15 11,000.00 9,011.93 65.55 41.01 22.38 9,111.15 3,298.82 5.687 957.56 315.38 670.65 Pass-Major Risk 16,486.34 8,605.15 11,025.00 9,023.98 65.57 41.22 21. 8,122.06 3,2 .83 5.687 973.64 316.94 686.11 Pass-Major Risk 16,500.00 8,605.15 11,050.00 9,035.64 65.58 41.43 20. 1 . 24.65 5.687 990.01 318.56 701.79 Pass-Major Risk 16,500.00 8,605.15 11,075.00 9,046.91 65.58 41.63 20. 1 ':.15k ..24'.28 5.687 1,006.38 319.08 718.23 Pass-Major Risk 16,500.00 8,605.15 11,100.00 9,057.78 65.58 41.84 20.50 9,155.31 3,221.73 5.687 1,023.02 319.60 734.88 Pass-Major Risk 16,511.56 8,605.15 11,125.00 9,068.46 65.59 42.06 19.31 9,166.51 3,202.09 5.687 1,039.76 320.91 751.01 Pass-Major Risk 16,525.00 8,605.15 11,150.00 9,079.13 65.61 42.27 17.89 9,177.71 3,182.46 5.687 1,056.84 322.18 767.55 Pass-Major Risk 16,525.00 8,605.15 11,175.00 9,089.80 65.61 42.48 18.07 9,188.91 3,162.82 5.687 1,073.98 322.69 784.61 Pass-Major Risk 16,525.00 8,605.15 11,200.00 9,100.47 65.61 42.69 18.23 9,200.11 3,143.18 5.687 1,091.42 323.20 801.97 Pass-Major Risk 16,535.17 8,605.15 11,225.00 9,111.15 65.62 42.91 17.17 9,211.31 3,123.54 5.687 1,109.01 324.17 819.20 Pass-Major Risk 16,536.75 8,605.15 11,232.00 9,114.13 65.62 42.97 17.02 9,214.45 3,118.04 5.687 1,113.98 324.37 824.11 Pass-Major Risk CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17:44PM Page 5 COMPASS 5000.1 Build 61 • BP • Fan 0 bp Travelling Cylinder Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay ND Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset ND Reference: Offset Datum Offset Design PB DS 04- 04-33-04-33A-04-33A Offset Site Error, 0.00 usft Survey Program: 34-GCT-MS.8197-BLIND,8250-INC+TREND,8419-MWD+IFR+MS-WOCA,12798-MWD+IFR+MS-WOCA,154104 Rule Assigned:NOERRORS Offset Well Error: 0.00 usft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+ Offset Wellbore Centre Casing- Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S +E/-W Hole Size Centre Distance Deviation (usft) (usft) (usft) (usft) (usft) (usft) (°) (usft) (usft) fn) (usft) (usft) (usft) 15,150.00 8,611.41 15,150.00 8,611.41 0.05 0.04 -37.70 8,059.38 4,554.79 4.375 0.00 0.53 -0.44 FAIL-NOERRORS,ES,SF 15,175.00 8,608.87 15,175.00 8,608.87 0.12 0.08 -37.59 8,079.05 4,539.57 4.375 0.00 0.62 -0.44 FAIL-NOERRORS 15,200.00 8,608.75 15,200.00 8,606.75 0.20 0.13 -38.15 8,098.79 4,524.37 4.375 0.00 0.74 -044 FAIL-NOERRORS,CC 15,225.00 8,605.03 15,225.00 8,605.03 0.28 0.17 119.56 8,118.15 4,508.66 4.375 0.00 0.86 -0.36 FAIL-NOERRORS 15,250.00 8,603.47 15,250.00 8,603.69 0.36 0.22 114.45 8,137.38 4,492.73 4.375 0.24 0.98 -0.12 FAIL-NOERRORS 15,274.94 8,601.23 15,275.00 8,602.53 0.44 026 11721 8,156.37 4,476.52 4.375 1.40 1.11 1.03 Pass-NOERRORS 15,299.78 8,598.35 15,300.00 8,60126 0.51 0.30 112.50 8,174.83 4,459.71 4.375 3.17 1.23 281 Pass-NOERRORS 15,324.53 8,595.05 15,325.00 8,599.83 0.59 0.35 100.19 8,193.18 4,442.80 4.375 5.67 1.36 5.30 Pass-NOERRORS 15,349.13 8,591.77 15,350.00 8,598.65 0.67 0.39 91.59 8,211.01 4,425.31 4.375 8.72 1.48 8.36 Pass-NOERRORS 15,374.08 8,588.80 15,375.00 8,597.54 0.74 0.44 85.97 8,228.21 4,407.20 4.375 11.70 1.62 11.34 Pass-NOERRORS 15,399.30 8,587.01 15,400.00 8,596.31 0.82 0.47 80.29 8,244.67 4,388.43 4.375 13.42 1.75 13.06 Pass-NOERRORS 15,424.46 8,586.46 15,425.00 8,595.09 0.89 0.50 73.32 8,260.33 4,368.98 4.375 13.97 1.89 13.60 Pass-NOERRORS 15,448.79 8,586.49 15,450.00 8,594.28 0.97 0.52 63.60 8,27567 4,349.26 4.375 14.98 2.01 1462 Pass-NOERRORS 15,472.92 8,586.55 15,475.00 8,593.95 1.04 0.53 54.61 8,290.88 4,329.42 4.375 17.35 2.14 16.99 Pass-NOERRORS 15,496.72 8,586.66 15,500.00 8,594.16 1.11 0.55 47.33 8,306.00 4,309.51 4.375 21.10 2.25 20.73 Pass-NOERRORS 15,520.08 8,586.81 15,525.00 8,594.94 1.18 0.57 41.76 8,321.12 4,289.62 4.375 26.26 2.37 25.90 Pass-NOERRORS 15,542.83 8,586.98 15,550.00 8,596.41 1.24 0.59 37.62 8,336.37 4,269.87 4.375 32.94 2.48 32.58 Pass-NOERRORS 15,564.91 8,587.19 15,575.00 8,598.67 1.30 0.61 34.64 8,351.58 4,250.15 4.375 40.89 2.58 40.53 Pass-NOERRORS 15,586.39 8,587.43 15,600.00 8,600.92 1.36 0.63 31.52 8,366.60 4,230.30 4.375 49.66 2.68 49.29 Pass-NOERRORS 15,607.23 8,587.69 15,825.00 8,802.75 1.42 0.65 28.01 8,381.48 4,210.29 4.375 59.13 2.78 58.77 Pass-NOERRORS 15,627.39 8,587.97 15,650.00 8,604.08 1.47 0.87 24.28 8,396.30 4,190.20 4.375 69.37 2.86 69.01 Pass-NOERRORS 15,646.75 8,588.26 15,675.00 8,605.07 1.52 0.89 20.57 8,411.15 4,170.12 4.375 80.50 2.94 80.13 Pass-NOERRORS 15,665.33 8,588.57 15,700.00 8,605.64 1.57 0.71 16.93 8,426.01 4,150.02 4.375 9245 3.01 92.08 Pass-NOERRORS 15,683.15 8,588.88 15,725.00 8,605.81 1.61 0.74 13.42 8,440.77 4,129.84 4.375 105.09 3.08 104.72 Pass-NOERRORS 15,700.00 8,589.19 15,750.00 8,605.60 1.65 0.76 10.10 8.455.46 4,109.61 4.375 118.41 3.14 118.04 Pass-NOERRORS 15,716.48 8,589.51 15,775.00 8,605.02 1.69 0.78 6.88 8,470.17 4,089.41 4.375 132.48 3.20 132.11 Pass-NOERRORS 15,731.87 8,589.83 15,800.00 8,604.03 1.73 0.80 3.84 8,485.02 4,069.32 4.375 147.36 3.24 147.00 Pass-NOERRORS 15,746.59 8,590.15 15,825.00 8,602.93 1.76 0.82 1.05 8,499.74 4,049.15 4.375 162.79 3.29 162.43 Pass-NOERRORS 15,760.89 8,590.47 15,850.00 8,601.91 1.79 0.85 -1.50 8,513.96 4,028.61 4.375 178.37 3.33 178,00 Pass-NOERRORS 15,775.00 8,590.79 15,875.00 8,600.97 1.82 0.87 -3.86 8,527.81 4,007.82 4.375 194.22 3.37 193.85 Pass-NOERRORS 15,787.93 8,591.10 15,900.00 8,600.08 1.85 0.93 -5.98 8,541.57 3,986.97 4.375 210.55 1.79 208.85 Pass-NOERRORS 15,800.00 8,591.40 15,925.00 8,599.20 1.88 1.03 -7.91 8,555.33 3,966.11 4.375 227.39 10.03 217.45 Pass-NOERRORS CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1.17:44PM Page 6 COMPASS 5000.1 Build 61 i 0 BP RIM Travelling Cylinder Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset TVD Reference: Offset Datum Reference Depths are relative to 04-33A @ 51.25usft(Nabors 7ES) Coordinates are relative to:04-33 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.62° Ladder Plot 1800— 1 I 1 1 1 J J J _, J J 1 1 1 1 1350— __ I I I c 1 OI 1 .� 1 03 I 1 a) N C 900—.._. U I I 1 I I o N I I J J J J - _I __ _J_ _. E. I I I I a (l) I I 1 I U I I I y 450— 1 I I ! I it 1 i 1 1 I i J J ___ _ _-_ __ J I I 1 I I 1 1 1 0 I I I 0 3000 6000 9000 12000 15000 18000 Measured Depth LEGEND 04-33,04-33A,04-33A VO 4F L4-11,L4-11,L4-11 V1 CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17 44PM Page 7 COMPASS 5000.1 Build 61 • • BP PIRG bp Travelling Cylinder Report BAKER e'S. '4h HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset TVD Reference: Offset Datum Reference Depths are relative to 04-33A @ 51.25usft(Nabors 7ES) Coordinates are relative to:04-33 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.62° Separation Factor Plot 9.00— I -- r I m 6.00— c 0 m n m GO 3.00— —. . — .. — — i 000 I I I 0 3000 6000 9000 12000 15000 Measued Depth LEGEND 04-33,0433A,04-33AV0 3E- L4-11,L4-11,L4-11 V1 CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17 44PM Page 8 COMPASS 5000.1 Build 61 III • °* BP ISM "* . O{) Travelling Cylinder Report BAKER HUGHES Company: North America-ALASKA-BP Local Co-ordinate Reference: Well 04-33 Project: Prudhoe Bay TVD Reference: Mean Sea Level Reference Site: PB DS 04 MD Reference: 04-33A @ 51.25usft(Nabors 7ES) Site Error: 0.00 usft North Reference: True Reference Well: 04-33 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 1.00 sigma Reference Wellbore 04-33B Database: EDM R5K-Alaska PROD-ANCP1 Reference Design: 04-33B WP03 Offset TVD Reference: Offset Datum Reference Depths are relative to 04-33A @ 51.25usft(Nabors 7ES) Coordinates are relative to:04-33 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 04 Central Meridian is 150°0'0.000 W Grid Convergence at Surface is:1.62° Travelling Cylinder Plot 0 178 330 30 1530------- 15350 12 ,\ Ni,.. 300 10116500 60 15450 7 1-.r. 5 255 270 ( - 15449 90 \, •255 1 1515 � ' v I 240 10 120 \ 127 1538 210 -` — 150 1785 — 180 Azimuth from North[°]vs Centre to Centre Separation[850 usft/in] LEGEND 04-33,04-33A,04-33A V0 -3F L4-11,L4-11,L4-11 V1 CC-Min centre to center distance or covergent point,SF-min separation factor,ES-min ellipse separation 8/12/2015 1:17 44PM Page 9 COMPASS 5000.1 Build 61 • • Project:Prudhoe Bay M�v� 6 WELLBORE DETAILS:04-33B l43E18lCEPFORIMICO Bite:PB DSO! 04-33B C Cn9(5E)R9arence 5480400 Trust. M.. Well:04-33 m1 yapal(lw)Relaenm.6,5.O. BAKElt 4) Wellbore 04338 D.tome�"4fl 10A Parent Wellbore:04336. Se:.ry6)RaMenm 6101•(0096,000E)Plan:04338WPOJ04-338s 500n(04371043761 Te on MD'15126.92 ManvetlOMO WMers 04-364@51 2541154.6r47ES) (]WHon Method'.Mrmun014Mca IRIGIES Fasting(150 usean) 5961900- m. -5%1%0 5961750 o` -- -.. --._ _ -5%1750 `59616004 ' ---..151800 0 % _ %1450 S%1450 -5 oS 5981300. u 5%1300 p 5961150- _ ^x '.. 5961150 p 5% '10001..... �: d.. 5960850- • -5%0650 _5980700. 1 r Q 5 .. -. 5960700 z L tt N 55960550 u ,6 8 -59605501 8 u m m5%400_ --04.-33B..WP03. Plus 500ft '_.E59604005 t 8 8 k 2 5960250 1 u : .1 }5960250_9 B l 59801001 E5960100 OP 5959950 -5959950 595%00 „2rN� N - 4' -5959800 g,5959650 -5959650 5959500' _ -5959500 5959350 " p?� GNI-112,041-02 692] _... -.. 5%9350 60 59592001 �� - - - - (5959200 5959050 ,G� - - _5959050 sp 6500 24 d S S g 8 S `Wd d 8 S S 'N6 S i 6 i i g S § `pd 8 p § `md 8 § 8 S S g EastlnB(150 caftan) Mean See Leel f . .— i I 1 I 1 1 • 1 1 UE U � 1 1 �1 IC7I 1I�� �l� ���. 'I' 1 ill P ' tii ., 1 . . I:4 I .-Igg • I -A1 l i Z g 3= glosi I'd T -1 / 1 I 6 - 1 f Y Y .- I I I 1 (9 _Q H L a I 0 1 .. .s OCD M c ,� 1 • 11 .. 1 Z i4 1 5 I Q ' I • Co I, , I 1 Z y I 1 U , Mt 1 1 Q - 8 3 I l 1 J 1 ii p., ,II 1 . • I 1 la 1 11 I E 0 m Y V 2 1 zm � \\ u u o m , , - I \ f F 1 gpia I W' a o o J u a 1 r 'r s: �zr , a \\ i i ii, O �;i. r �� x v 5 1' N H s '2 2 x U u 1 0 i-- v.• '' P" k,-,. i = 2 I 1 \ Mill I i' 2 F_„9---® i l U U Cn' m 2 / ,., -". ... 1 : I I U S m "I 2 2 m 1 m U o L _ x �U� u I Q — U U r I„1 I W ° ' 2 ....I I co O ¢ 1 I i ,f m 2 ut Sm u I` LL t� 1 u I s §€ .I ( .,1 •o Z fa 1 I.— . Z % 6 • • Davies, Stephen F (DOA) From: Ciolkosz, Ryan R <Ryan.Ciolkosz@bp.com> Sent: Friday, October 23, 2015 9:40 AM To: Davies, Stephen F (DOA) Subject: RE: PBU 04-33B (PTD#215-186) Stephen, I apologize for that, your correct I must have had a typo at some point. Please see the corrected calculations below: 8606'TVDss*.052*7.7 ppg= 3445 psi BHP 3445 psi—8606'TVDss*.1 psi/ft= 2584 psi MASP From: Davies, Stephen F (DOA) [mailto:steve.daviesalaska.gov] Sent: Thursday, October 22, 2015 6:05 PM To: Ciolkosz, Ryan R; Lastufka, Joseph N Subject: PBU 04-33B (PTD #215-186) Ryan and Joe, On page 2 of the supporting documentation for BP's Permit to Drill application for PBU 04-33B, under"Reservoir Pressure"the application states: "The reservoir pressure on U-06BL1&L2 is expected to be 3,759 psi at 8,606'TVDss. (7.7 ppg equivalent) Maximum expected surface pressure with gas (0.10 psi/ft)to surface is 2,576 psi." Could you please check this? The well reference is obviously incorrect, and if I divide 3759 psi by the planned TVD of 8657' (8606'TVDss+51' KB= 8657'TVD), I get a pressure gradient of about 0.434 psi/ft, which is equivalent to a mud weight of about 8.35 ppg. Accordingly,the maximum expected surface pressure with gas (0.10 psi/ft)to surface would be about 2,900 psi. But it's late in the day, so maybe I've missed something. Could you please confirm your calculations? Thanks, Steve Davies Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission (AOGCC) Phone: 907-793-1224 AOGCC: 907-279-1433 Fax: 907-276-7542 333 West 7th Avenue,Suite 100 Anchorage,AK 99501 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 Steve Davies at 907-793-1224 or steve.davies@alaska.gov. Sent from my desktop PC 1 • • OVERSIZED DOCUMENT INSERT . . This file contains one or more oversized documents. These materials may be found in the original hard file or check the parent folder to view it in digital format. • • TRANSMITTAL LETTER CHECKLIST WELL NAME: tgZ'ed `-3a- 4 PTD: 7--/c'-%66 t/Development Service Exploratory Stratigraphic Test Non-Conventional FIELD: POOL: (4 _ / Check Box for Appropriate Letter/Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI The permit is for a new wellbore segment of existing well Permit LATERAL No. , API No. 50- - - - (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69) In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PH) and API number (50- - - - ) from records, data and logs acquired for well (name on permit). The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce/inject is contingent upon issuance of a conservation Spacing Exception order approving a spacing exception. (Company Name) Operator assumes the liability of any protest to the spacing exception that may occur. All dry ditch sample sets submitted to the AOGCC must be in no greater Dry Ditch Sample than 30' sample intervals from below the permafrost or from where samples are first caught and 10'sample intervals through target zones. Please note the following special condition of this permit: production or production testing of coal bed methane is not allowed for Non-Conventional (name of well) until after (Company Name) has designed and Well implemented a water well testing program to provide baseline data on water quality and quantity. (Company Name) must contact the AOGCC to obtain advance approval of such water well testing program. Regulation 20 AAC 25.071(a)authorizes the AOGCC to specify types of well logs to be run. In addition to the well logging program proposed by (Company Name) in the attached application,the following well logs are also required for this well: Well Logging Requirements Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion,suspension or abandonment of this well. Revised 2/2015 • • C ___I o @ 0 . I 0, , E o' • Q ° , , , E , , , , , c CO 3 ; ; ; ; 0 >. , , o, -2, • J o' g' o a o. a E O <. m 2 : : c, 01 « o U, 7 o 3. 0 C �, c,oco , o. U) U, a), N, • m ', g m , a, N O •U 7 y Cp 0 m D a � aE, y, a '°� o Q, cn M O 7 p) t, E ° a °, a �, o Zco, 0, o �, a), -0, n E, o) o E cry,• n T D LL, p C 0) Q �, 0, 00, M' a) a p, O� y� L0 0 _, ova 3 C W e O. r c M a > E; a M m c 03 E. m o, a iE o , m c, m; 3 y c > N m QFIT N ca, C, C ' ' IE. co, c m , 0) N OU' W. �, co, �, : U) 0' C •a) 0� � p •° co, )7, y, 0 N E E 0 J, 0, LL p �, o, p, ° >, I of N, €, w. ' �; 3. �, m. Z o _. .� U, a> °, -U co O N Vi 0 O, �, °, 7, 0 0, , 0, N. V, 0, , d, E R' C a C, LL, �sa C Z CO 0- C' ate' : 'V, COCO a D a: Q; : g _ 0a am: a w ; ; o U) Co CO U) V) V) V) u) V) v) U) N' N' V) u) CO V) V)' V> U) Cl) Cl) U) CO' Q; a), a), a), a). a), a), a), a), a), a), a), a), Q, Q; Q; Q. Q, Q. Q; Q; a), a>, a), a), a) Q. a>, a>, a), a), a), a) Q, 0, a>, Q. Q, Q a z, >-, >- >- �, >- >- >- >- }, }, }, >., Z, z Z z z z Z z, >- >- >- >- >- Z >- >• >-, >- >-, >- Z z >- z z z coo G a) - E, y , . wo c ->-', , a c L. . . o, a E o 0 0 m. x 0 o, , $ 0, 1 , ami, m co E, O, o OW co, ; aoi; °' Q' co,° °, w, ; a `o u), a 1 N O c , >, . 'C. O, �, N U C N, , °, u_, a) . N. 1 N a d a a ° o, Q, c y, o c. a> m y a) m' •C' 0 "V N v, m v ,t p N a) v CO w, o c o a> m \ 0- O N. C, >, "r N. C, V Vy O, 7 o. �� C, 7 N C. > , y. N, W . , f0 `p, , , 0, C p. _ �. ,•O, N, V) m• U : c E ; 2, 2 u) ca , 00), CO c 0) .0 o� C co., 3' 2 2+ )r> > OQ . .' m' m `oi LU 1, - -O O' C' '0, 0 °, 'C '6, 'cum, a), aD O c, p, m, p, O, 0) 0)' d' L' c [ `> C' o ��. i24 0 E E E °°; c; c, E, -, @, a o M, c' C, •N >, F" =, Q m, xs co, LL c' a>, .- rn ° N' s CIL C C = 1 o o -d 7 8, m a.) = Q. o ° 0) C, •• 'fl, 4 a), 0 o •• n. ° a 3 0 co ' T -c o a 11 co '0 _' w '- c U' vc' V) O' O` .N. C 'O, a) C N f0 @' k' Y N t� Q O, °� °� . O 7 3 'O f0 O' Y O' O ° ° ld, �� @' Q. N, �' y, V, O, O) O, °, C co c J E a U, U a) o' o' °, c °, %, t° a o, Z, o' E', E �, ' 3, �, p, -y, t, @, 3, �, a) .o E LL Q XI, c, -8, N �� N', pi 0, .N.' L' .L+' 0, 0 f0, 'd, E; N N; 2, C, N: 0 M� N V), c, N co', ° ° '�' O C @ >cl) O' W EO 1 _�, �, o, m, a 'a �, @ o, 3, o L, Z, C.) o O o C, w, °0, °0, >, a), 4 'O, 'O, O, CO `° C' O' 0) a O 0, ¢ N, o, O) c, 'O, V1, a), d y, a m, v' 45, �, as, a, 5 o, C, C, a c E' t O, a a ) y -, ,D. a°), c) aNi �' 3 E 0) o' .L", tn, o, g, C a a') co' ot) Q t, d N, d d ° ° fl` N N a L r N, U), O) °- f6 (0 N O, O m, p' N' rn E, C, U, , N :�, �, p. co, C, L, i Cu c, a o 3' °, m CO, c. m c °i 7, o N, al„N -, . p, 'C, - M. c °, •N. o, a y, c' x 0) m o, 3, c, v rn c Or or o c C m 5 a .c o, �. o p, °, a, >, -- a> it J m, .o v a, v, U, • c m r, ai y '), c E, CD a E, Ti., ai, 0, a?, O, �, O, t. c. C "', a?, U, (, 0,, ° -° 0,, W 3 .° O, w o, 8, c, a), c, p, c,, ww, c'' , �, 2, �, �, 2" o o 5, a E, i, u, o >, '' p, )T @, _, V, 5 :? m -7' V' a E' - a 'E'' c0' CO o ° c' �� Cg O O p Q) N, tfi 6 O O, C, V. a), O, O, _ co 0 ... 0 - O 2 3 y, °, C1 •E' a) �) 45 �o • CO y ._.0', °' °' ° �, v 0°I al,' m �, o °, 3 o o' �, �', m cI o m v O O r o' ° aUi' a) m a a°i, o: o N 0, c a, -J, D, �' �. �; cn 4-; 0, 0 a a, 0 �; ¢, LL; z, U; <n, U, U U. c.>' Q w Q w o m: m U; �', A', 2; LL O cn, u> 0, -- C W a O N M o O ao O O N M C) (O 1� o O O N M v 1Co /` CO 0) r r _.. N 0) R LO CO P W O r N N N N N N N N N N M M M co co co co co co co i. C) 0 t )n Co F_' o o o a> G O C N 2 N Q) NU O IX CD 0 CCS 0 N 0) O (N O N O u) - 4U Cp .�. O ` 0 Oa o E N E o rn C7 E C C L. O ` O W'. o I E `0.. .0) a J 0 21-. a 0
