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Alaska Oil and Gas Conservation Commission
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10/6/2005 Well History File Cover Page.doc
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F:~LaserFiche\C~rPgs_InsertstMicrofilm Marker.doc
10102/06
ScldumÞerger
NO. 3985
Schlumberger-DCS
2525 Gambell St, Suite 400
Anchorage, AK 99503-2838
A TTN: Beth
Company: Alaska Oil & Gas Cons Comm
Art": Christine Mahnken
333 West 7th Ave, Suite 100
Anchorage, AK 99501
Field: Orion
Borealis
Well
Job#
Log Description
Date
BL
Color
CD
V-120 40010983 OH EDIT OF MWD/LWD 09/27/04 2 1
V-115 40010304 OH EDIT OF MWD/LWD 03131/04 6 1
V-115 PB1 40010304 OH EDIT OF MWD/LWD 03124/04 6 1
V-202 L 1 40009877 OH EDIT OF MWD/LWD 11/30/03 2 1
V·202 L2 40009877 OH EDIT OF MWD/LWD 12/06/03 2 1
1-100 40013292 OH EDIT OF MWD/LWD 04/13/06 2 1
1-100 PB1 40013292 OH EDIT OF MWD/LWD 04/05106 2 1
.
PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COpy EACH TO:
BP Exploration (Alaska) Inc.
Petrotechnical Data Center LR2-1
900 E Benson Blvd.
Anchorage AK 99508-4254
Schlumberger-DCS
2525 Gambel! St. Suite 400
Anchorage, AK 99503-2838
ATTN: Beth
Date Delivered:
Received by:
.
RECEIVED
:;)63- ¡-96
ff /Lf/ 0d
OCT 0 4 2006
SCA~NE[}
r G1. 2t1Jt
\,. lJ
~ C11 & Gas Cons. Commìssion
Anchorage
,-
1ö ~~'^
DATA SUBMITTAL COMPLIANCE REPORT
1/3/2006
Permit to Drill 2031750
Well Name/No. PRUDHOE BAY UN ORIN V-202L2
Operator BP EXPLORATION (ALASKA) INC
Sfv..¿ 3 ~ )
API No. 50-029-23153-61-00
MD 8965,r
TVD 4434 /'
Completion Date 12/10/2003 __ Completion Status
1-01L
Current Status 1-01L
I~
REQUIRED INFORMATION
Mud Log No
Samples No
Directional Survey Yes
~.~
DATA INFORMATION
Types Electric or Other Logs Run:
Well Log Information:
SCMT, MWD, GR, RES, PWD, DEN, NEU, ABI
(data taken from Logs Portion of Master Well Data Maint
Log/ Electr
Data Digital Dataset Log Log Run Interval OH/
Type Med/Frmt Number Name Scale Media No Start Stop CH Received Comments
~~
~ D W'n:J 0..). (, : Directional Survey 0 8965 1/26/2004
r' Directional Survey 0 8965 1/26/2004
Well Cores/Samples Information:
Sample
Interval Set
Name Start Stop Sent Received Number Comments
.
ADDITIONAL INFORMATION
Well Cored? Y~
Chips Received? ~
Daily History Received?
~/N '
~@N
.
Formation Tops
Analysis Y / I'¡
Received?
Compliance Reviewed By:
& -.....At t-l-- f\.~ J.... ~ r=o.-r~
(V' ~ 0 \J- ~'1 ìb A:itt
F
C (\.VI c!,V' "-"". Po.y-v-....t...- G.- bf· t.a""-- )
4 j fh.. À\t\) ,
Comments:
-~-
Date:
'-1 J fM... ^-ð & ~
~
· STATE OF ALASKA .
ALASK . AND GAS CONSERVATION COM! ION
WELL COMPLETION OR RECOMPLETION REPORT AND LOG
1a. Well Status: 181 Oil 0 Gas 0 Plugged 0 Abandoned 0 Suspended 0 WAG
20AAC 25.105 20AAC 25.110
o GINJ 0 WINJ 0 WDSPL No. of Completions
2. Operator Name:
BP Exploration (Alaska) Inc.
3. Address:
P.O. Box 196612, Anchorage, Alaska 99519-6612
4a. Location of Well (Governmental Section):
Surface:
4820' NSL. 1848' WEL, SEC. 11, T11N, R11E, UM
Top of Productive Horizon:
1223' NSL, 2398' WEL, SEC. 02, T11 N, R11 E, UM (OA)
Total Depth:
4963' NSL, 1406' WEL, SEC. 02, T11N, R11E, UM
4b. Location of Well (State Base Plane Coordinates):
Surface: x- ~~~4~~~~ y- 5970066' Zone- ~~~AS£±-'
TPI: x- 589882 y- 5971742 Zone- ASP4
Total Depth: x- 590825' y-~5975494~ Zone--A8P4~~
-..- -...-.....-.....-..----.- '----.---------
_e__~_
18. Directional Survey 181 Yes 0 No
21. Logs Run:
SCMT, MWD, GR, RES, PWD, DEN,
One Other
5. Date Camp., Susp., or Aband.
12/10/2003 '
6. Date Spudded
12/3/2003 r"
7. Date TD. Reached
12/6/2003 .
8. KB Elevation (ft):
82.3'
9. Plug Back Depth (MD+ TVD)
8965 + 4434
10. Total Depth (MD+TVD)
"8965 + 4434 "
11. Depth where ŠSSV set
(Nipple) 2218' MD
19. Water depth, if offshore
NIA MSL
CASING
SIZE
20" x 34"
10-3/4"
7-5/8"
4-1/2"
NEU, ABI
CASING, LINER AND CEMENTING RECORD
SETTING DEPTH MD SETTING DEPTH TVD HOLE
. Top BOTTOM Top BOTTOM SIZE
Surface 108' Surface 108' 48"
28' 2843' 28' 2734' 13-1/2"
26' 4959' 26' 4378' 9-7/8"
4954' 8935' 4375' 4433' 6-3/4"
22.
WT. PER FT.
215.5#
45.5#
29.7#
12.6#
GRADE
A53
L-80
L-80
L-80
23. Perforations open to Production (MD + TVD of Top and
Bottom Interval, Size and Number; if none, state "none"):
4-1/2" Slotted Sections
MD
5031' - 5072'
5082' - 8892'
rvD
4402' - 4412'
4414' - 4432'
MD
26.
Date First Production:
January 4, 2004
Date of Test Hours Tested
1/22/2004 4
Flow Tubing Casing Pressure
Press. 349
PRODUCTION FOR
TEST PERIOD ...
CALCULATED -Àr..
24-HoUR RATE"""
24.
SIZE
4-1/2",12.6#, L-80
rvD
1b. Well Class:
181 Development 0 Exploratory
o Stratigraphic Test 0 Service
12. Permit to Drill Number
203-175
13. API Number
50- 029-23153-61-00
14. Well Name and Number:
PBU V-202L2
15. Field / Pool(s):
Prudhoe Bay Field / Orion
Ft
16. Property Designation:
Ft ADL 028240
17. Land Use Permit:
20. Thickness of Permafrost
1900' (Approx.)
-;-¿J.~ 'I'1'!>"I'/'hð
CEMENTING RECORD
260 sx Arctic Set (Approx.)
590 sx PF 'L', 352 sx Class 'G'
436 sx Class 'G'
Uncemented Slotted Liner
AMOUNT
PULLËD
TUBING RECORD
DEPTH SET (MD)
4934'
PACKER SET (MD)
4792'
25. ACID, FRACTURE, CEMENT SQUEEZE, ETC.
DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED
2235' Freeze Protect with 93 Bbls of Diesel
GAs-McF
2,792
GAs-McF
16,752
WATER-Bsl
-0-
WATER-BBL
-0-
CHOKE SIZE I GAs-a,l RATIO
176 441
all GRAVITy-API (CORR)
27. CORE DATA
Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water (attach separlm ~... ' trr. .~ft!1'YÌ:"'\. ..
Submit core chips; if none, state f'\. J:: V C ( V r::. U
PRODUCTION TEST
Method of Operation (Flowing, Gas Lift, etc.):
Gas Lift
Oll-Bsl
6,327
Oll-Bsl
37,962
None
_~~1i~._ n n 1 (' \ ~,' ^ ,
\ / ;""\, f {_""~ ~. :,' \,' ¡f·ß"'t Co-.__
CONTINUED ÒNREVERSE SIDE 19 r
Form 10-407 Revised 12/2003
JA.N 2 3 2004
AlasKa 011 & Gas Commìs$ilfl
Anchorage
~
fÐj 02.
28. GEOLOGIC MARKERS.
NAME MD TVD
Schrader Bluff OA 4980' 4386'
Schrader Bluff Nc 5974' 4383'
Schrader Bluff OA 6020' 4383'
29. eRMATION TESTS
Include and briefly summarize test results. List intervals tested,
and attach detailed supporting data as necessary. If no tests
were conducted, state "None".
None
REC!=I\!ED
JAr,1 f2 3 7004
Alaska on & t,¡;m;~.
Anchorage
30. List of Attachments: Summary of Daily Drilling Reports, Well Schematic Diagram, Surveys
31. I hereby certify that the foregoing is true and correct to the best of my knowledge.
Signed Terrie Hubble /fP AW . thu~, Title Technical Assistant Date 0'·;;....3 ...() L{
PBU V-202l2 203-175 Prepared By Name/Number: Terrie Hubble, 564-4628
Well Number Drilling Engineer: Michael Triolo, 564-5774
Permit No. / Approval No.
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.
ITEM 1a: Classification of Service Wells: Gas Injection, Water Injection, Water-Alternating-Gas Injection, Salt Water Disposal, Water
Supply for Injection, Observation, or Other. Multiple completion is defined as a well producing from more than one pool with
production from each pool completely segregated. Each segregated pool is a completion.
ITEM 4b: TPI (Top of Producing Interval).
ITEM 8: The Kelly Bushing elevation in feet above mean low low water. Use same as reference for depth measurements given in other
spaces on this form and in any attachments.
ITEM 13: The API number reported to AOGCC must be 14 digits (ex: 50-029-20123-00-00).
ITEM 20: True vertical thickness.
ITEM 22: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the
cementing tool.
ITEM 23: If this well is completed for separate production from more than one interval (multiple completion), so state in item 1, and in
item 23 show the producing intervals for only the interval reported in item 26. (Submit a separate form for each additional
interval to be separately produced, showing the data pertinent to such interval).
ITEM 26: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-In. or
Other (explain).
ITEM 27: If no cores taken, indicate "None".
ITEM 29: List all test information. If none, state "None".
Form 10-407 Revised 12/2003
" r"¡.
f"'!¡\IAI
.
.
Well:
Field:
API:
Permit:
V-202L 1 & V-202L2
Prudhoe Bay Field
50-029-23153-60 & 50-029-23153-61
203-174 & 203-175
Accept:
Spud:
Release:
Rig:
11/22/03
11/26/03
12/1 0/03
Nabors 9ES
PRE-RIG WORK
11/11/03
RIH WITH 2.5" JS NOZZLE. TAG BTM AT 8970' CTM. RIH WITH MEMIPPROF LOGGING TOOLS.
MAKE STOP COUNTS AT 4700',5900',6000',6500',7000', 7500', 8000', 8900'. MAKE SPINNER
PASSES UPIDN FROM 8900' - 6000' AT 30 FPM, 8900' - 6000' AT 60 FPM, 8900'-6000' AT 90 FPM.
LOG TIE IN AS POH FROM 6500 TO 5800 AT 40 FPM. FLAG COIL AT 5800 AND POH. VERIFY
DATA.
11/12/03
RIH WITH BAKER 2.5" IBP WITH TWO 6" RUBBER ELEMENTS. (1.375" FN). TIE IN TO FLAG AND
SET IBP AT 5945 CTMD. POH/LD IBP SET TOOL. MU/ RIH WITH 3" NOZ, CHECK IBP IN PLACE AT
5945'. POH CHANGE WELL OVER TO 1% KCL AND FREEZE PROTECT WELL TO 2500' WITH
DIESEL AND FLOWLINE WITH MEOH. RDMO.
11/13103
SET 41/2" WHIDDEN CATCHER SUB @ 4840' SLMD. PULL 1" S/O VALVE FROM STA. # 2. BK
LATCH, 22/64" PORT (4641 MD) PULL 1" DOME VALVE FROM STA. # 4. BK LATCH, 16/64" PORT.
TRO = 1764 PSI.(2585 MD). SET DGLV IN STA. # 4. BK LATCH.
11/14/03
SET DGLV IN STA. # 2.4641' MD. BK LATCH. PULL CATCHER SUB. ATTEMPT MITIA TO 3000 PSI
- FAILED THREE TESTS (TUBING AND OA PRESSURES DID NOT CHANGE, SUSPECT GAS IN IA).
T/I/O=800/1200/400. PUMP 45 BBLS SEAWATER DOWN IA. PUMP 80 BBLS DIESEL DOWN IA. U-
TUBE DIESEL FROM IA TO TBG FOR 1 HR. MIT IA TO 3000 PSI. FAILED. LOST 250 PSI IN 15
MINUTES. BLEED IA DOWN TO 1900 PSI. FREEZE PROTECT FL W/10 BBLS METH & 10 BBLS
DIESEL. T/I/O=800/1900/400.
11115/03
A SCMT WAS RUN FROM 4700-5270' TO EVALUATE CEMENT FOR POSSIBLE SIDETRACK.
JEWELRY LOG WAS MADE FROM 4901'- 4700' TO CHEM CUT THE PREMIER PACKER. TIE WAS
MADE TO TUBING TALLEY. POSITIVE INDICATION OBSERVED ON SURFACE AFTER FIRING
CHEMICAL CUTTER. WELL WAS LEFT SHUT IN ON DEPARTURE. PAD OP NOTIFIED.
T/I/O=8oo/1800/400. RIG UP 1/2" LINE FROM IA TO FL ON V-101 TO BLEED GAS. LOAD IA W/12
BBLS DIESEL. MIT IA TO 3000 PSI. PASSED. LOST 125 PSI IN 15 MINUTES & 30 PSI IN SECOND
15 MINUTES. BLEED IA DOWN TO 600 PSI. FWP=800/6oo/400.
11/17/03
T/I/O=750/560/420, TEMP=SI. BLEED TBG, IA & OA (PRE-RWO). TBG FL AT 460', IA FL AT 160',
BLED IA FROM 560 PSI TO 300 PSI (GOT FLUID) AND TBG TRACKED TO 500 PSI. BLED TBG
FROM 500 PSI TO 250 PSI (GOT FLUID), CONTINUED TO BLEED TBG & IA ALTERNATELY FOR 3
HOURS. BLED TBG TO 0+ PSI (GAS & 0.5 BBL). BLED IA TO 20 PSI (GAS & 1 BBL OF FLUID). OA
FL AT 400', BLED OA TO 10 PSI IN 3 HOURS (ALL GAS). FINAL WHP'S=0+/20/10.
Pag~<1of 1
EMW
,756 (psi 12.37 (ppg)
2,758 (psi 11.49 (ppg)
2,659 (psi 11.51 (ppg)
2,618 (psi) 11.51 (Ppg.
2,659 (psi) 11.51 (ppg)
2,618 (psi) 11.51 (ppg)
.
Prin'pri' 1?f17I?()()1 q'1~'1d A
450 (psi
550 (psi)
533 (psi)
525 (psi)
533 (psi)
525 (psi)
9.20 (ppg)
9.20 (ppg)
9.20 (ppg)
9.20 (ppg)
9.20 (ppg)
9.20 (ppg)
2,733.0 (ft)
4,620.0 (ft)
4,448.0 (ft)
4,380.0 (ft)
4,448.0 (ft)
4,380.0 (ft)
2,843.0 (ft)
5,975.0 (ft)
5,154.0 (ft)
4,965.0 (ft)
5,154.0 (ft)
4,965.0 (ft)
Legal Name: V-202
Common Name: V-202
Test Date
5/8/2003 LOT
5/14/2003 FIT
11/26/2003 FIT
12/3/2003 FIT
11/26/2003 FIT
12/3/2003 FIT
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
.
.
BP
Operations Summary Report
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start:
Rig Release:
Rig Number:
11/22/2003
12/10/2003
Spud Date: 5/4/2003
End: 12/10/2003
11/2212003 09:00 - 12:00 3.00 RIGU P DECOMP Release rig from V-114a at 09:00 hrs on 11-22-03. Held PJSM
with Rig Crew & Peak. Move mud pits and Sub-base to well
V-202.
12:00 - 14:00 2.00 RIGU P DECOMP Lay herculite. Spot sub base over V-202. Set and level rig.
Spot pit module, camp & cuttings tank. HU power,water, steam
and mud lines.
ACCEPT RIG @ 14:00 hrs on 11-22-03.
14:00 - 16:30 2,50 RIGU P DECOMP Take on seawater in pits. RIU cellar & rig floor.
16:30 -17:30 1.00 RIGU P DECOMP RIU DSM lubricator on 4-1/16" 5m Tree. Pull BPV. RID
lubricator.
17:30 - 19:00 1.50 WHSUR P DECOMP Finish taking on seawater & RIU to reverse out diesel freeze
protection from 4.5" tubing & 4,5" x 7-5/8" annulus.
19:00 - 19:30 0.50 WHSUR P DECOMP SAFETY- Held PJSM with rig crew & service personnel
regarding the displacement of the diesel freeze protect &
decompletion of well.
19:30 - 22:00 2.50 WHSUR P DECOMP Purge HP circulating lines from rig to production tree with
seawater. Test to 3500 psi. Line up & pump 12 bbl seawater
down 4,5" x 7-5/8" annulus before observing any pressure on
well. Continue pumping @ 2 bpm. Pressure increased to 500
psi with slight returns from tubing, Decrease pump rate to 1
bpm, annulus pressure increased to 1000 psi with slight returns
from tubing. Manually bled off pressure on annulus to 0 psi.
Une up to pump down tubing. Start pumping @ 1 bpm.
Pressure increased immediately to 350 psi with no bleed-off
observed. Manually bled off tubing pressure to 0 psi. Blow
down all lines.
22:00 - 22:30 0.50 PULL P DECOMP SAFETY- Held PJSM with rig crew & Halliburton Slickline
personnel regarding RlU & testing lubricator + slickline
operations.
22:30 - 00:00 1.50 PULL P DECOMP RIU HES lubricator from tree to rig floor, Install Slickline BOP.
Continue RIU sheaves & related Slickline equipment.
NOTE: The plan is to RIH with slickline & set XN Catcher tool
in X-nipple @ 4862'. Then pull Dummy valve from GLM @
4641', Displace diesel FP from well. RIH & set Dummy valve
back in the GLM @ 4641', Pull XN Catcher tool. RID Slick line,
Continue with de-completion plan.
11/23/2003 00:00 - 01:00 1.00 PULL P DECOMP Finish RlU HES Slickline equipment.
NOTE: The plan is to RIH with slickline & set XN Catcher tool
in X-nipple @ 4862'. Then pull Dummy valve from GLM @
4641 '. Displace diesel FP from well. RIH & set Dummy valve
back in the GLM @ 4641'. Pull XN Catcher tool. RID Slick line.
Continue with de-completion plan.
01:00 - 02:30 1.50 PULL P DECOMP Test lubricator to 3000 psi. HES Slickline RIH with 4.5" XN
Catcher tool. Set in X-nipple @ 4862'. POOH to surface, Close
Swab valve on tree. Drain lubricator & disconnect above SL
BOP.
02:30 - 04:00 1.50 PULL P DECOMP Change tools. RIH with a 4.5" OK-6 Kickover tool w/1.25" JDC
Pulling tool on slick-line. Latch & pull free the Dummy valve
from GLM #2 @ 4641', POOH to surface. Close Swab valve on
tree. Drain lubricator.
Printed: 12/1112003 9:15:25 AM
.
.
BP
Operations Summary Report
Page 20f 15
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start:
Rig Release:
Rig Number:
11/22/2003
12/10/2003
Spud Date: 5/4/2003
End: 12/10/2003
11/23/2003 04:00 - 04:30 0,50 PULL P DECOMP Disconnect lubricator above SL BOP's. Re-dress JDC tool with
new Dummy valve. MIU lubricator & test to 3000 psi.
04:30 - OS:OO O.SO PULL P DECOMP Attempt to reverse circulate down 4.5" x 7" annulus. Unable to
circulate. Trouble shoot problem. Found discharge line coming
off C/K manifold going to cuttings tank (flare line) had froze up.
Bleed-off all pressure on CIK manifold & all HP lines from rig
floor going to tree.
05:00 - 07:00 2.00 PULL N HMAN DECOMP RIU steam hoses to HP discharge line. Spray steam on outside
of flare line & thaw out same.
07:00 -12:00 5,00 PULL P DECOMP Line up to reverse out. All returns routed through C/K manifold.
Pump 48 bbl seawater down 4.S" x 7-518" annulus taking diesel
returns & contaminated fluid to cuttings tank. Stop pumping &
line up to pump down the 4.S" tubing. Pump S9 bbl seawater
down tubing (Tbg vol F/4641 , = 71 bbl) @ 3 bpm. Observed
gas at cuttings tank. Line up to take returns from C/K manifold
into Gas Buster. Continue circulating @ 4.S bpm w/ 270 psi.
Circulate a total of 480 bbl seawater (4,S" x 7-5/8" annulus vol
F/4641' = 122 bbl) to clean up well. Monitor well. Well static.
Blow down flare line.
12:00 - 12:30 O.SO PULL P DECOMP Blow down all circulating lines & C/K manifold. RID 2" HP hose
coming off Flare line to cuttings tank. Secure Flare line outlet
with bull plug.
12:30 - 14:30 2.00 PULL P DECOMP Test HES lubricator to 3000 psi. RIH w/ HES Slickline with
Dummy valve & set in GLM @ 4641'. POOH. Close swab valve
on tree. Drain lubricator. Disconnect lubricator above SL BOP.
14:30·18:00 3.S0 PULL P DECOMP HES change tools. Test lubricator to 3000 psi. RIH w/ HES
Slickline & 4.S" XN Catcher tool. Tag up on XN Catcher @
4862'. POOH to surface. Close Swab valve on tree. Drain
lubricator & disconnect above SL BOP. Did not recover XN
Catcher. Re-pin Catcher tool. MIU lubricator. Test same to
3000 psi. RIH. Latch on to XN Catcher. POOH. Close swab
valve on tree. Drain lubricator. Disconnect lubricator above SL
BOP. Recovered XN Catcher. RID HES Slickline & related
equipment.
18:00 - 18:30 0,50 WHSUR P DECOMP Blow down all surface equipment. Install TWC valve in 4.5"
tubing hanger.
18:30 - 20:00 1.S0 WHSUR P DECOMP N/D CIW 4-1/16" Sm Production Tree & adapter flange.
Inspect TCII threads in hanger-OK.
20:00 - 22:00 2.00 BOPSUR.P DECOMP N/U 13-5/8" Sm BOP stack & related equipment.
22:00 - 22:30 0.50 BOPSUR P DECOMP M/U BOP test plug on 4" DP. Run & set same. RlU to test
BOP.
22:30 - 00:00 1.S0 BOPSUR P DECOMP Test BOPE to 250 psi Low /3SOO psi High, Annular 2S0 psi
Low / 3SOO psi High. Witnessed of test waived by Jeff Jones,
AOGCC.
11/24/2003 00:00 - 02:30 2.S0 BOPSUR P DECOMP Finish testing BOPE & all surface related equipment to 2S0 psi
Low / 3500 psi High. Witness of test waived by Jeff Jones of
the AOGCC. RID test equipment.
02:30 - 03:00 0.50 WHSUR P DECOMP RlU DSM lubricator & pull TWC valve. RID same.
03:00 - 04:00 1,00 PULL P DECOMP Change out elevator bails & RIU to puIl4.S" tubing string.
04:00 - 04:30 0,50 PULL P DECOMP FMC backed out lock down screws on wellhead.
04:30 - 06:30 2.00 PULL P DECOMP Pull 11 " x 4.5" tubing hanger free with 95k, pull hanger above
rotary table. Monitor well. No flow, well static. Attempt to
circulate, tubing pressuring up. Stop pumping & bleed-off
Printed: 12/1712003 9:1S:2SAM
.
.
BP
Operations Summary Report
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
Date From - To Hours Task
11/24/2003 04:30 - 06:30 2.00 PULL P DECOMP pressure from tubing. Work tubing string up & down (15' stroke)
several times to relax packer element. Break circulation &
stage up pumps slowly to 3 bpm w/165 psi. No gas or oil
observed coming from well while circulating. Circulated a total
of 303 bbl.
06;30 - 07:30 1.00 PULL P DECOMP Monitor well-Static. Pump slug. RID circulating lines & blow
down same. POOH to 4425'. UD 11" x 4,S" tubing hanger + 10
Jts of 4.S" 12.6# L-SO tubing.
07:30 - 08:00 0.50 PULL P DECOMP Change out long elevator bails to short elevator bails.
OS:OO - 13:30 5.50 PULL P DECOMP Continue POOH laying down 4.S" 12,6# L-80 IBT-M tubing (114
Jts total), 4 each GLM, Baker Premier packer, 3 each X-Nipple
assemblies, 1 each sliding-sleeve & WLEG,
13:30 - 14:00 0.50 PULL P DECOMP RID 4.5" tubing handling equipment.
14:00 - 14:30 0.50 BOPSUR P DECOMP RIU & test Lower pipe rams (2-7/S" x S" VBR) TO 250/3500
PSI. Witness of test waived by Jeff Jones-AOGCC. RID test
equipment.
14:30 - 15:00 0.50 WHSUR P DECOMP Run & install wear bushing. Place BOT mills & other BHA
componets on rig floor.
15:00 - 1S:00 3.00 STWHIP P WEXIT MIU SOTs 6-3/4" Mill assembly + MWD (7-5/S" casing
cleanout run) consisting of the following items: 6-314"
Flat-bottom Mill + Bit Sub + 6-3/4" Watermelon mill + XO Sub +
2 each Boot Baskets + 7-S/S" Casing scraper + MWD + Stab +
Oil Jar + 12 x 4-3/4" DC + 15 x 4" HWDP, Totallenght =
910.31'.
18:00 - 22:30 4.50 STWHIP P WEXIT TIH with 6-3/4" Mill assembly picking up 4" DP to 5792'. M/U
TDS. Break circulation. Wash down from 5792'. Tag-up on 4.5"
ZXP tieback sleeve @ 5862'.
P/U Wt 125k S/O WI 100k
22:30 - 23:30 1.00 STWHIP P WEXIT Pump a 25 bbl HV sweep & circulate hole clean with seawater
from 5862' w/340 gpm @ 1450 psi. Reciprocate drill string
while circulating.
23:30 - 00:00 0.50 STWHIP P WEXIT Clean mud pits & circulating system in preparation for taking on
9.2 ppg MOBM.
11/2512003 00:00 - 02:00 2.00 STWHIP P WEXIT Clean mud pits & circulating system in preparation for taking on
9.2 ppg MOBM.
02:00 - 04:00 2.00 STWHIP P WEXIT Take on 9.2 ppg MOBM into the rig's mud pit system.
04:00 - 04:30 0.50 STWHIP P WEXIT Pump spacer. Displace hole with 9.2 ppg MOBM @ 340 gpm
wI 2290 psi FCP. Reciprocate drill string once MOBM reached
bit.
04:30 - 05:00 0.50 STWHIP P WEXIT Take Slow Pump Rates & prepare to POOH to 5000'.
05:00 - 05:30 0.50 STWHIP P WEXIT Flow check. Well static. POOH to 5000',
05:30 - 07:30 2.00 STWHIP P WEXIT M/U TDS. Break circulation. Circulate & logging down with
MWD from 5000' to 5300' to comfirm RA Tag position for
calculating space-out requirements for whipstock.
07:30 - 09:00 1.50 STWHIP P WEXIT POH to LD BHA #1
09:00 - 10:00 1.00 STWHIP P WEXIT Stand back HWDP and DC's
10:00 - 10:30 0.50 STWHIP P WEXIT LD BHA, recovered 1.5 gal. of grit and sand
10:30 - 12:00 1.50 STWHIP P WEXIT Clean and clear rig floor. RU long bails. Bring whipstock and
jewelry to rig floor.
12:00 - 14:30 2.50 STWHIP P WEXIT MU whipstock and BHA #2. Orient MWD with whipstock. RU
short bails
14:30 - 1S:00 3.50 STWHIP P WEXIT RIH with whipstock, 130 klbs up, 95 klbs down
1S:OO - 19:00 1.00 STWHIP P WEXIT MU top drive, stage pumps to 300 gpm @ 1750 psi. Orient
Printed: 12/17/2003 9:15:25 AM
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
Date
.
.
Page 4 of 15
BP
Operations Summary Report
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
11/25/2003 18:00 - 19:00
19:00 - 00:00
11/26/2003 00:00 - 00:30
Code NPT Phase
1.00 STWHIP P
WEXIT
5.00 STWHIP P
WEXIT
0.50 STWHIP P
WEXIT
00:30 - 01:00 0.50 STWHIP P WEXIT
01 :00 - 01 :30 0.50 STWHIP P WEXIT
01 :30 - 02:30 1.00 STWHIP P WEXIT
02:30 - 04:30 2.00 STWHIP P WEXIT
04:30 - 06:00 1.50 STWHIP P WEXIT
06:00 - 06:30 0.50 STWHIP P WEXIT
06:30 - 06:45 0,25 STWHIP P WEXIT
06:45 - 09:00 2.25 STWHIP P WEXIT
09:00 - 11 :30
11:30 - 12:00
12:00 - 13:00
13:00 - 15:00
15:00 -15:30
15:30·16:00
16:00·00:00
2.50 STWHIP P
0.50 STWHIP P
1.00 STWHIP P
2.00 STWHIP P
0.50 STWHIP P
WEXIT
WEXIT
WEXIT
WEXIT
WEXIT
0.50 STWHIP P
8,00 DRILL P
WEXIT
PROD1
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
Description of Operations "
whipstock to 17 degrees left. Stab dummy seal assembly into
tie-back sleeve. Set down 25 klbs to set whipstock anchor. PU
to verify anchor set. Set down 40 klbs to shear whipstock lug.
PU up 115 klbs and rotate at 20 rpm to verify shear
Mill window from 5148' to 5160' and drill 16' of new hole to
5176'.
RPM = 60-120
Torque = 4-7k FtLb
GPM = 280 @ 1500 psi
Rotate 106 klbs
Pump hi-vis sweep around, circ hole clean at 145 spm, 350
gpm, 2175 psi, work string in & out of window w/ pumps, up wt
120 k, dn wt 90 k, without pumps 130 k, dn wt 100 k,
recovered approx.170 Ibs of metal shavings.
Perform FIT at 5154' MD /4448" TVD w/9.2 ppg OBM to 533
psi, 11.5 ppg EMW
Monitor well, POH w/2 stds to 5017'
MADD pass f/5017' to 4934',140 spm, 345 gpm, 2180 psi, RA
tag at 4860', up wt 130 k, dn wt 100 k
Slug pipe, POH to milling BHA
POH LD Milling BHA, clear and clean rig floor
Flush BOP with ported sub.
PU BHA #3, 6-3/4" directional assembly
At 06:45 a roustabout was injured when he got his foot caught
between an I-beam and the pipe skate elevator. An accident
investigation was conducted and a safety stand down was held
to review the incident with the crew.
Continue MU BHA #3
RIH with stands from derrick. Shallow test MWD
Safety stand down and incident review with daylight tour.
Continue RIH to 5022'. Fill DP at 3000'
MU TDS and fill pipe. Orient MWD to 17 degrees left to exit
window. Exit window and RIH to 5160 without any problems.
Establish baseline ECD of 10.29 ppg @ 275 gpm. 113 klbs up,
92 klbs down.
Wash down through undergauge hole from 5160' to 5176'
Drill 6-314" directional hole from 5176' to 5486', Slide as
required to maintain inclination & azimuth.
WOB = 3-12k
RPM = 60
Torque off Btm = 3.3k FtLb, Torque on Btm = 4.6k FtLb
GPM = 275 @ 2500 psi on Btm, 2300 psi off Btm
P/U 118k S/O 89k ROT 104k
P/U 128k 5/0 92k Without Pumps
Backream every stand at 275 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Calculated ECD @ 5486' = 10.29, Actual ECD = 10.61
Landed wellbore -3'lower than plan at 4481' TVD, exiting the
Oba sand. turned up hard increasing azimuth to 94 degrees to
Printed: 12/1712003 9:15:25 AM
.
.
BP
Operations Summary Report
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Date From - To Hours Task Code NPT
11/26/2003 16:00 - 00:00
15
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
8.00 DRILL P
PROD1 regain Oba contact and maintain directional plan.
11/2712003 00:00 - 00:00
ART = 0,50 Hrs AST = 3.80 Hrs.
Drilling Time last 24 Hrs= 4.30 hrs
24.00 DRILL P
PROD1 Drill 6-3/4" directional hole from 5486' to 6858'. Slide as
required to maintain inclination & azimuth.
WOB = 5-20 klbs
RPM = 60
Torque off Btm = 3.5k FtLb, Torque on Btm = 4.2k FtLb
GPM = 275 @ 2480 psi on Btm, 2430 psi off Btm
P/U 116k S/O 86k ROT 103k
P/U 124k SIO 90k Without Pumps
Backream every stand at 275 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Calculated ECD @ 6858' = 10.52, Actual ECD = 10.75
ART = 6.88 Hrs AST = 8.18 Hrs.
Drilling Time last 24 Hrs= 15.06 hrs
AIM tool Failure at 17:30 hrs, will continue drilling ahead until
the base of the upper Oba sand is seen on logs, then will trip
for AIM tool.
DFAL PROD1 AIM tool failure. Circulate hi-vis sweep surface to surface at
275 gpm and 2375 psi while reciprocating DP at 60 rpm.
Calculated ECD 10,50, actual ECD after circulating 10.70. 120
klbs up, 90 klbs down.
DFAL PROD1 Monitor well - static. Slug DP and POH to 5111', pass through
window with no problems. 130 klbs up, 95 klbs down. Pulled 15
klbs over at 5860',5600', 5520' able to wipe through all tight
spots with no problems.
Drop ball to open circ sub. Circulate csg clean at 450 gpm and
1830 psi.
Monitor well - static. Slug DP and POH. 121 klbs up, 99 klbs
down.
PJSM with Anadrill and all rig personnel on unloading and
loading RA source.
unload RA source from ADN tool.
LD BHA #3
Clean and clear rig floor.
MU BHA #4. RIH with collars and jars. Shallow test MWD.
RIH with DP to 5022'
MU TDS and fill pipe. Orient to 17 degrees left. Pass through
window no problem. 119 klbs up, 95 klbs down.
Continue RIH to 6795'. MU TDS and fill pipe, staging pumps to
275 gpm. Wash last stand to bottom at 6858'.
Drill 6-3/4" directional hole from 6858' to 7729'. Slide as
required to maintain inclination & azimuth.
11/28/2003 00:00 - 00:30
0.50 DRILL N
00:30 - 02:00
1.50 DRILL N
02:00 - 02:30 0.50 DRILL N DFAL PROD1
02:30 - 04:30 2.00 DRILL N DFAL PROD1
04:30 - 04:45 0.25 DRILL N DFAL PROD1
04:45 - 05:30 0.75 DRILL N DFAL PROD1
05:30 - 06:30 1.00 DRILL N DFAL PROD1
06:30 - 07:00 0.50 DRILL N DFAL PROD1
07:00 - 09:30 2.50 DRILL N DFAL PROD1
09:30 - 11 :30 2.00 DRILL N DFAL PROD1
11 :30 - 12:00 0.50 DRILL N DFAL PROD1
12:00 - 13:00 1.00 DRILL N DFAL PROD1
13:00 - 00:00 11.00 DRILL P PROD1
Printed: 12/1712003 9:15:25 AM
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
Date
.
.
Page60f 15
BP
Operations Summary Report
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
11/2812003 13:00 - 00:00
11/29/2003 00:00 - 13:00
13:00 - 14:30
14:30 - 16:30
16:30 - 17:30
17:30 - 19:00
Phase
Description of Operations
11.00 DRILL P
PROD1 WOB = 10-15 klbs
RPM = 60
Torque off Btm = 4.1k FtLb, Torque on Btm = 5.7k FtLb
GPM = 275 @ 2720 psi on Btm, 2660 psi off Btm
P/U 122k S/O 80k ROT 99k
P/U 132k S/O 87k Without Pumps
Backream every stand at 275 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Calculated ECD @ 7728' = 10.70, Actual ECD = 11,26
At 15:00 hrs. second AIM tool failed. Continued dñlling ahead
surveying every joint
13.00 DRILL P
ART = 2.6 Hrs AST = 1.87 Hrs.
Drilling Time last 24 Hrs= 4.47 hrs
PROD1 Drill 6-3/4" directional hole from 7729' to 8985'. Slide as
required to maintain inclination & azimuth.
WOB = 10-15 klbs
RPM = 60
Torque off Btm = 5k FtLb, Torque on Btm = 6.1 k FtLb
GPM = 275 @ 2900 psi on Btm, 2700 psi off Btm
P/U 130k S/O 79k ROT 100k .
P/U 135k S/O 86k Without Pumps
Backream every stand at 275 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Calculated ECD @ 8985' = 10.72, Actual ECD = 11.01
1.50 DRILL P
ART = 4.08 Hrs AST = 2.62 Hrs.
Drilling Time last 24 Hrs= 6.70 hrs
PROD1 Circulate hi-vis sweep surface to surface. Pumping 300 gpm at
3108 psi, increased rpm to 80 while reciprocating DP. Started
expeñencing 8 bph losses at 300 gpm. Reduced rate to 275
gpm at 2700 psi, no losses noted. Total losses = 4 bbl
P/U 130k S/O 79k
2.00 DRILL P
Calculated ECD = 10.72, Actual ECD = 10.76 pñor to POH
PROD1 Monitor well - static. Slug DP and POH for short trip to 6611'.
Intermintent drag of 5-10 klbs throughout trip, 10-15 klbs drag
at 8713',8490' and 8401'.
1,00 DRILL P
P/U 135k S/O 85k
PROD1 RIH from 6611' to 8985', washing last stand down. Took 30
klbs down at 8471',8565',8658' and 8846'.
PROD1 Circulate hole clean, 275 gpm at 3000 psi. Reciprocate DP at
80 rpms.
1.50 DRILL P
P/U 135k S/O 85k
Printed: 12/1712003 9: 15:25 AM
.
.
Page 7 of 15
BP
Opefations Summary Report
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
Date From - To Hours Task Code NPT
11/29/2003 17:30 - 19:00
1.50 DRILL P
PROD1
Calculated ECD = 10.72, Actual ECD = 10.90 prior to POH
PROD1 POH to circ sub at 5148'
P/U 140k S/O 85k
PROD1 Orient tool face to 17 degrees left. Drop ball and open circ sub.
Circulate across whipstock face to clean retrieval slot.
Reciprocate DP 8' without rotating while pumping 300 gpm at
1000 psi
Shut down pumps and POH to 5114', bringing the bit inside
7-5/8" csg
Cut and slip 93' of drilling line, Service top drive
Circulate hi-vis sweep surface to surface. 315 gpm @ 990 psi
Monitor well - static, Slug DP and POH. Record PU and SO
weights every 1000'.
PJSM with Anadrill and all rig personnel on unloading and
transfering RA source.
Unload RA source. LD BHA #4
Clean and clear rig floor.
PJSM with BOT, Anadrill and all rig personnel on PU whipstock
retrieval BHA.
MU whipstock retrieval BHA. Orient and shallow test MWD,
RIH to 100' above top of window.
Fill DP, break circulation and orient retrieval hook. Wash down
7' past retrieval slot. Jet retrieval slot on whipstock face for 10
minutes
P/U 120k S/O 94k
255 gpm @ 1540 psi
PROD1 Orient lug with whipstock face. RIH and engage lug in retrieval
slot. slack off and verify the lug is latched up. Pick up to
release whipstock, pulled free at 175 klbs string weight. Monitor
well - static. Slug DP and blow down top drive.
POH with whipstock. Limit running speed and easy on and off
the slips, no slacking off.
Stand back HWDP and 4-3/4" Dc's
LD magnet, jars, bumper sub and MWD
Change to long bails to LD whipstock, LD whipstock
Change bails and LD 21 jts of DP and seal assembly.
Clean and clear rig floor
RU to run 4-1/2" 12.6# slotted liner
PJSM with BOT and all rig personnel on running slotted liner
and hook hanger.
PU and MU 4-1/2", 12.6#, L-80, IBT-M slotted liner as per
running orders.
Change elevators and MU flanged hook hanger assembly.
19:00-21:00
2.00 DRILL P
21 :00 - 22:00
1.00 DRILL P
22:00 - 22:30 0.50 DRILL P PROD1
22:30 - 00:00 1.50 DRILL P PROD1
11130/2003 00:00 - 00:30 0.50 DRILL P PROD1
00:30 - 02:30 2,00 DRILL P PROD1
02:30 - 02:45 0.25 DRILL P PROD1
02:45 - 04:00 1.25 DRILL P PROD1
04:00 - 04:30 0.50 DRILL P PROD1
04:30 - 05:00 0.50 DRILL P PROD1
05:00 - 07:00 2.00 STWHIP P PROD1
07:00 - 08:30 1.50 STWHIP P PROD1
08:30 - 09:30 1.00 STWHIP P PROD1
09:30 - 10:00
0.50 STWHIP P
10:00 - 13:30 3.50 STWHIP P PROD1
13:30 - 14:00 0.50 STWHIP P PROD1
14:00 - 14:30 0.50 STWHIP P PROD1
14:30 - 16:00 1.50 STWHIP P PROD1
16:00 - 17:30 1.50 STWHIP P PROD1
17:30 - 18:00 0.50 DRILL P PROD1
18:00 - 19:00 1.00 CASE P PROD1
19:00 -19:30 0.50 CASE P PROD1
19:30 - 23:00 3.50 CASE P PROD1
23:00 - 23:30 0.50 CASE P PROD1
23:30 - 00:00 0.50 CASE P PROD1
12/1/2003 00:00 - 00:30 0.50 CASE P PROD1
00:30 - 01 :00 0.50 CASE P PROD1
P/U 77k S/O 66k
Change out elevators to RIH with DP from derrick.
Service top drive, blocks and crown
RIH with 4-1/2", 12.6# slotted liner on DP.
At 4800' P/U 93k S/O 79k
Printed: 12/1712003 9:15:25 AM
.
.
BP
Operations Summary Report
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
Date
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Phase
PROD1 Stage pumps 200 gpm @ 540 psi and circulate a DP volume.
Description of Operations . \
P/U 96k S/O 79k ROT 89k
Torque = 2k ftlbs
RIH with slotted liner attempting to pass through window. Tag
up on tie back sleeve at 5862'
POH to 5100' for attempt #2
Position bent joint at the window. Rotate liner looking for
increase in torque. RIH and tag up on tie back sleeve at 5862'
POH to 5100' for attempt #3
RIH while rotatating slowly 200-300 ftlb increase in torque
observed, attempt to RIH. Tag up on tie back sleeve at 5862'
POH to 5100' for attempt #4
RIH in l' increments from 5140' to 5156', stopping and rotating
after each foot observing torque, RIH past 5862'. Continue
running 4_112" slotted liner until the hook hanger is 30' above
TOW.
PROD1 Slack off slowly to 8965', verify the hook hanger is engaged in
the window. Drop ball and pump onto seat, pressure up to
3000 psi to release setting tool. PU and verify setting tool
released. Continue pressure up to shear ball seat, sheared at
4600 psi.
P/U 50k S/O 45k
PROD1 Run LEM assembly on DP. Pass through hook hanger at 5143'
with no problems. The mule shoe entered the tie back sleeve at
5862' with no problems. Continue running to set the LEM into
the hook hanger collet with the mule shoe at 5874'.
PROD1 Land LEM and PU 10k to verify set. Slack off 30k, drop ball and
pump onto seat. Pressure up to 3000 psi to set ZXP packer.
Continue pressuring up to blow ball seat, ball seat sheared at
4600 psi. PU and verify packer set. Slack off at 15 rpm to set
rotating dogs.
12/112003
01 :00 - 01 :30
0.50 CASE P
01 :30 - 02:00 0.50 CASE P PROD1
02:00 - 02:20 0.33 CASE P PROD1
02:20 - 03:00 0.67 CASE P PROD1
03:00 - 03:20 0,33 CASE P PROD1
03:20 - 03:50 0.50 CASE P PROD1
03:50 - 04:10 0.33 CASE P PROD1
04:10 - 07:30 3.33 CASE P PROD1
07:30 - 08:30
1.00 CASE P
08:30 - 10:30 2.00 CASE P PROD1
10:30-11:30 1.00 CASE P PROD1
11:30 - 12:30 1.00 CASE P PROD1
12:30 -13:30 1.00 CASE P PROD1
13:30 - 18:30
5.00 CASE P
18:30 - 19:00
0.50 CASE P
Page 80f15
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
P/U 115k S/O 94k
TOW @ 5148'
BOW@5160'
Monitor well - static. Slug DP and POH with setting tool.
Break out and LD Baker liner running tool. Clean and clear rig
floor.
Change out elevators and RU 4-112" liner running equipment.
MU and run mule shoe and 16 jts 4-112", 12.6#, L-80 tie back
assembly. MU LEM and ZXP Packer assembly.
19:00 - 20:00
20:00 - 22:00
1.00 CASE P
2,00 CASE P
PIU 125k S/O 95k
Top of Tie Back sleeve @ 5111.5'
PROD1 POH 20' and circulate a bottoms up. 250 gpm @ 800 psi.
PROD1 POH with liner running tool.
22:00 - 22:30
22:30 - 23:00
0.50 DRILL P
0.50 BOPSURP
P/U 120k S/O 100k
PROD1 Clean and clear rig floor.
PROD1 Pull wear bushing. Install test plug.
Printed: 12/1712003 9:15:25 AM
.
.
BP
Operations Summary Report
P/U 122k s/o 98k
DFAL WEXIT Slug DP and blow down top drive. POH slowly using extrema
caution, watching for over pull. At 5046' pulled 20k over,
attempted to slack off as per BOT Rep. recomendation. Unable
to work string without shearing whipstock lug,
DFAL WEXIT MU and fill DP, Establish circulation, 253 gpm, 1510 psi.
whipstock oriented 9 degrees left.
DF AL WEXIT Pulled 35k over and sheared off of whipstock
DFAL WEXIT Mill up to mill off whipstock lug, 70 rpm, 265 gpm at 1521 psi.
Mill 5 minutes, reduced torque. PU with a decrease in PU
weight from 122k to 117k, Unable to tag up on whipstock,
chase whipstock down. Tagged up on top of whipstock at
4927', putting the seal assy at 5088'
Monitor well - static. Slug DP and POH to LD milling assembly.
lD milling BHA. Starting mill shows wear on top where the
whipstock lug was milled and is missing a few buttons and
shows some wear on the sides.
PU hook assembly.
RIH with hook assembly
Work hook down whipstock slide attempting to latch into
retrieval slot. Make three attempts rotating DP 1/4 turn after
each attempt. On the third attempt latched into whipstock, PU
60k over to release anchor. PU and verify whipstock free,
increase in PU weight from 117k to 120k.
CBU, 196 gpm at 826 psi
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Date From ~ To Hours Task Code NPT
12/112003 23:00 - 00:00 1.00 BOPSUR P PROD1
12/212003 00:00 - 02:30 2,50 BOPSUR P PROD1
02:30 - 03:00 0.50 BOPSURP PROD1
03:00 - 03:15 0.25 STWHIP PROD1
03:15 - 04:45 1.50 STWHIP P WEXIT
04:45 - 05:30 0.75 STWHIP P WEXIT
05:30 - 08:45 3,25 STWHIP P WEXIT
08:45 - 09:00 0.25 STWHIP P WEXIT
09:00 - 09:30 0.50 STWHIP P WEXIT
09:30 - 10:30
1.00 STWHIP N
10:30 - 12:00
1.50 STWHIP N
12:00 - 12:15
12:15 - 12:30
0.25 STWHIP N
0.25 FISH N
12:30 - 15:00 2.50 FISH N DFAL WEXIT
15:00 - 15:30 0.50 FISH N DFAL WEXIT
15:30 - 16:00 0.50 FISH N DFAL WEXIT
16:00 - 18:00 2.00 FISH N DFAL WEXIT
18:00 - 18:15 0.25 FISH N DFAL WEXIT
18:15 - 18:45 0.50 FISH N DFAL WEXIT
18:45 -21:30 2.75 FISH N DFAL WEXIT
21 :30 - 22:00 0.50 FISH N DFAL WEXIT
22:00 - 23:00 1.00 STWHIP N DFAl WEXIT
23:00 - 00:00 1.00 STWHIP N DFAL WEXIT
121312003 00:00 - 03:00 3.00 STWHIP N DFAL WEXIT
03:00 - 03:30 0.50 STWHIP N DFAL WEXIT
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
Test BOPE to 250 psi low and 3500 psi high. Witness of BOP
test waived by John Crisp with AOGCC.
Continue test BOPE to 250 psi low and 3500 psi high.
Pull test plug, RD test equipment. Install 7-1/16" wear bushing.
PJSM with BOT and all rig personnel on PU and running
whipstock.
PU whipstock/milling BHA
RIH with 4-3/4" DC's and HWDP.
Shallow test MWD. RIH with whipstock/milling BHA @
1 minlstand
Fill DP and orient whipstock to 15 degrees left. RIH and tag tie
back sleeve at 5111', stab seal assy into tie back and continue
RIH 11'.
Slack off 22 klbs to set anchor. PU to verify anchor set, no over
pull does not appear anchor set. Set down again with 25 klbs to
set anchor, again it does not appear the anchor set.
P/U 120k S/O 97k
Monitor well - static. Slug DP and POH with whipstock.
LD hook and whipstock. Inspect seal assembly.
MU whipstock/milling BHA
RIH whith whipstock/milling BHA.
Shallow test MWD. Continue RIH with whipstock at 1-1/2
minutes/stand.
Orient whipstock to 13 degrees left. Slack off and start seal
assy into tie back at 5111. Continue slacking off to 5121', seal
assembly bottomed out in tie back sleeve. Slack off 20k to set
Printed: 12/1712003 9:15:25 AM
· '.
BP
Q.peratiøns··.Summary...'Repør1:
DFAL WEXIT whipstock anchor, PU 10k to verify set. Slack off 30k to shear
whipstock lug. PU to free point and rotate to verify lugs
sheared.
WEXIT Obtain slow pump rates. Mill window from 4959' to 4971'.
Continue dressing window and drill new hole to 4990'.
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Code NPT Phase
1213/2003
03:00 - 03:30
0.50 STWHIP N
03:30 . 07:30
4.00 STWHIP P
Page 1 Oaf 15
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
Description of Operations \.
WOB = 1-10 klbs
RPM = 100
Torque = 6k FtLb
GPM = 258 @ 1373 psi
Whip stock oriented 13 degrees left of high side
TOW = 4959'
BOW = 4971'
WEXIT Circulate 50 bbl hi-vis sweep surface to surface monitoring
returns for metal. Continue circulating another bottoms up.
07:30 - 08:30
1.00 STWHIP P
08:30 . 09:30 1.00 DRILL P PROD1
09:30 - 11 :00 1.50 STWHIP P WEXIT
11 :00 - 12:00 1.00 STWHIP P WEXIT
12:00 - 14:00 2.00 STWHIP P WEXIT
14:00·15:00 1.00 STWHIP P WEXIT
15:00 - 15:30 0.50 STWHIP P WEXIT
15:30 - 16:00 0.50 STWHIP P WEXIT
16:00 -18:00 2.00 STWHIP P WEXIT
18:00 - 19:30 1.50 STWHIP P WEXIT
19:30 - 20:00 0.50 STWHIP P WEXIT
20:00 . 00:00 4.00 DRILL P PROD2
Reciprocate DP @ 120 RPM
Torque = 3k FtLb
GPM = 275 @ 1690 psi
Wipe through window with no problems.
280 Ibs metal retums while milling window.
POH to top of window and perform 11.5 ppg EMW FIT. 525 psi
pump pressure, 9.2 ppg MOBM at 4380' TVD
Monitor well - static. Slug DP and POH to PU 6-3/4" steerable
BHA.
Stand back HWDP and DC's
LD milling BHA. Clean and clear rig floor. Flush stack with
ported sub.
PU 6-3/4" Drilling BHA #9
PJSM with Anadrill and all rig personnel on loading RA source.
Load source.
Continue MU BHA #9. Shallow test MWD
RIH to 4923', 35' above the window.
Cut and slip 85' of drilling line. Service top drive and crown.
Orient 13 degrees left and pass through window with no
problems. RIH to 4975'
Wash and ream through under gauge hole from 4975' to 4990'.
Drill 6-3/4" directional hole from 4990' to 5050'. Sliding to build
inclination to 93 degrees.
WOB = 5-10 klbs
GPM = 275 @ 2050 psi on Btm, 1997 psi off Btm
P/U 115k S/O 89k
P/U 123k S/O 98k Without Pumps
Calculated ECD = 10.11, Actual ECD = 11.15
12/412003
6.00 DRILL P
ART = 0.00 Hrs AST = 1.58 Hrs.
Drilling Time last 24 Hrs= 1.58 hrs
PROD2 Drill 6-314" directional hole from 5050' to 6732'. Slide as
00:00 - 06:00
Printed: 12/17/2003 9:15:25 AM
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
.
.
Page 11 of 15
BP
Operations Summary Report
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
12/4/2003
00:00 - 06:00
Date From - To Hours Task Code NPT Phase.
PROD2 required to maintain inclination & azimuth.
12/512003
00:00 - 00:00
12/612003
00:00 - 05:00
6.00 DRILL P
WOB = 5-15 klbs
RPM = 60
Torque off Btm = 3.4k FtLb, Torque on Btm = 7-8k FtLb
GPM = 275 @ 2444 psi on Btm, 2175 psi off Btm
P/U 121k SIO 90k ROT 103k
PIU 131k S/O 92k Without Pumps
Backream every stand at 275 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Calculated ECD@ = 10.33, Actual ECD = 10.80
No AIM tool being run taking surveys every joint
24.00 DRILL P
ART = 3,86 Hrs AST = 7.96 Hrs.
Drilling Time last 24 Hrs= 11.82 hrs
PROD2 Drill 6-3/4" directional hole from 6732' to 8612'. Slide as
required to maintain inclination & azimuth.
WOB = 10-20 klbs
RPM = 60
Torque off Btm = 5k FtLb, Torque on Btm = 7k FtLb
GPM = 260 @ 2530 psi on Btm, 2440 psi off Btm
P/U 123k S/O 81k ROT 102k
P/U 130k S/O 89k Without Pumps
Backream every stand at 260 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Calculated ECD @ = 10.43, Actual ECD = 10.51
No AIM tool being run taking surveys every joint to maintain
inclination and azimuth.
At 06:00 started losing fluid sporadically, average losses 6 bph.
Reduced MW from 9.2 ppg to 9,0 ppg and reduced pump rate
to 260 gpm. No losses with reduced MW and pump rate. Total
losses 87 bbl
5.00 DRILL P
ART = 8.37 Hrs AST = 3.83 Hrs.
Drilling Time last 24 Hrs= 12.20 hrs
PROD2 Drill 6-3/4" directional hole from 8612' to 8965'. Slide as
required to maintain inclination & azimuth.
WOB = 15-20 klbs
RPM = 60
Torque off Btm = 5.2k FtLb, Torque on Btm = 6.5-8k FtLb
GPM = 260 @ 2530 psi on Btm, 2260 psi off Btm
PIU 123k SIO 83k ROT 103k
P/U 130k SIO 82k Without Pumps
Printed: 12/1712003 9:15:25 AM
.
.
Page 12 of 15
BP
Operations Summary Report
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Phase
12/6/2003
00:00 - 05:00
5.00 DRILL P
PROD2 Backream every stand at 260 gpm and 60 rpm, reducing flow
rate to 225 gpm on down stroke.
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
Description of Operations
Calculated ECD = 10.43, Actual ECD = 10.51
TD L2 at 8965' as per directional plan
05:00 - 07:30
2.50 DRILL P
ART = 1.35 Hrs AST = 1.60 Hrs.
Drilling Time last 24 Hrs= 2.95 hrs
PROD2 Ciculate and condition hole. 275 gpm @ 2515 psi, reciprocate
DP at 80 rpm.
Calculated ECD = 10.69, Actual ECD = 10.82 Prior to POH
PROD2 Monitor well - static, POH to 8500', no problems. Slug DP and
continue POH to 5100'. stage pumps to 260 gpm, orient to 13
degrees left. POH to above the whipstock, passing through the
window with no problems.
PROD2 Service top drive.
PROD2 Monitor well- static. RIH to 8875', break circulation at 7200',
No hole problems noted.
PROD2 Monitor well- static. POH to 8500', no problems. Slug DP and
continue POH to 5100'. stage pumps to 260 gpm, orient to 13
degrees left, POH to above the whipstock, passing through the
window with no problems.
Service top drive.
Monitor well - static. RIH to 8875', break circulation at 7200'.
No hole problems noted.
07:30 -10:00
2.50 DRILL P
10:00 - 10:30
10:30 - 12:30
0.50 DRILL P
2.00 DRILL P
12:30 - 14:30
2.00 DRILL P
14:30 - 17:00 2.50 DRILL P PROD2
17:00 -18:30 1.50 DRILL P PROD2
18:30 - 20:30 2.00 DRILL P PROD2
20:30 - 21 :00 0.50 DRILL P PROD2
21:00 - 22:30 1.50 DRILL P PROD2
22:30 - 23:00 0.50 DRILL P PROD2
23:00 - 23:30 0.50 STWHIP P PROD2
23:30 - 00:00 0.50 STWHIP P PROD2
121712003 00:00 - 01 :30 1.50 STWHIP P PROD2
01 :30 - 03:30 2.00 STWHIP P PROD2
03:30 - 03:45 0.25 STWHIP P PROD2
Unload RA source and LD BHA.
Clean and clear rig floor.
Bring whipstock retrieval BHA to rig floor
Service top drive and blocks
PU whipstock retrieval BHA. Shallow test MWD
RIH to 4839'
Stage up pumps to 230 gpm @ 1200 psi. Orient lug and wash
down over whipstock face.
03:45 - 04:00
0.25 STWHIP P
P/U 118k SIO 99k
PROD2 PU and engage whipstock. Continue PU, pulling 60k over to
release whipstock anchor. PU and pull seal assembly out of tie
back sleeve.
04:00 - 04:30 0.50 STWHIP P PROD2
04:30 - 06:30 2.00 STWHIP P PROD2
06:30 - 08:30 2.00 STWHIP P PROD2
08:30 - 10:30 2.00 CASE P PROD2
10:30 - 11:00 0.50 CASE P PROD2
11:00 - 16:30 5.50 CASE P PROD2
PIU 122k
CBU, 250 gpm @ 2300 psi
Monitor well - static. Slug DP and POH with whipstock.
Stand back HWDP. LD whipstock retrieval BHA.
Clean and clear rig floor. Rig up 4-112" liner equipment
PJSM with BOT and all rig personnel on running 4-112",12.6#,
L-80 tbg and setting hook hanger.
PU and MU 4-112",12.6#, L-80 slotted liner at 90 ftlmin. RUN
Printed: 12/1712003 9:15:25AM
.
.
BP
Operations Summary Report
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Date From - To Hours Task Code NPT
121712003
11 :00 - 16:30
5.50 CASE P
PROD2 slotted liner on DP to 30' above the top of the window.
PIU 116k SIO 99k
PROD2 Continue RIH placing LEM inside hook hanger.
PROD2 PU 10k over string weight and verify LEM latched in hook
hanger.
PROD2 SO 10k and drop ball and pump onto seat. Pressure up to 3300
psi to set packer. PU to release seeting tool, rotate at 15 rpm
and SO 50k to set rotating dogs. Stand back 1 stand, RU test
pump and pressure up to 5000 psi to blow ball seat.
16:30 - 16:45 0.25 CASE P PROD2
16:45 -17:00 0.25 CASE P PROD2
17:00 - 17:20 0.33 CASE P PROD2
17:20 - 20:00 2.67 CASE P PROD2
20:00 - 20:10 0.17 CASE P PROD2
20:10 - 20:20 0,17 CASE P PROD2
20:20 - 20:30 0.17 CASE P PROD2
20:30 - 21 :30 1.00 CASE P PROD2
21:30 - 00:00 2.50 CASE P PROD2
12/8/2003 00:00 - 00:30 0.50 CASE P PROD2
00:30 - 01 :00 0.50 CASE P PROD2
01 :00 - 01 :30 0.50 CASE P PROD2
01 :30 - 05:10 3.67 CASE P PROD2
05:10 - 05:20 0.17 CASE P PROD2
05:20 - 05:40
05:40 - 06:00
0,33 CASE P
0.33 CASE P
06:00 - 07:30
1.50 CASE P
Start:
Rig Release:
Rig Number:
Spud Date: 5/412003
End: 12/10/2003
11/22/2003
12/10/2003
P/U 99k SIO 86k
RIH with slotted liner attempting to pass through window. Tag
up on tie back sleeve at 5111'. POH above window for attempt
#2
Rotate the DP 1/4 turn and RIH with slotted liner attempting to
pass through window. Tag up on tie back sleeve at 5111'. POH
above window for attempt #3,
Rotate the DP 1/4 tum and RIH with slotted liner attempting to
pass through window. Tag up on tie back sleeve at 5111'. POH
above window for attempt #4.
Rotate the DP 1/4 turn and RIH with slotted liner attempting to
pass through window, Successfully pass through window and
continue running slotted liner at 60 ftImin to 30' before hook
hanger engages window.
PIU 137k SIO 84k
RIH with slotted liner attempting to engage hook hanger in
window. RIH 10' past engagement point. POH 15' above
window for attempt #2
RIH with slotted liner attempting to engage hook hanger in
window. RIH 10' past engagement point. POH 15' above
window for attempt #3
RIH with slotted liner attempting to engage hook hanger in
window. RIH 10' past engagement point. POH 15' above
window for attempt #4
RIH with slotted liner and engage hook hanger in window, set
down 16k over string weight. Drop ball and pump onto seat.
Pressure up to 2200 psi to release HR setting tool. switch to
test pump and continue pressure up to 4600 psi to blow the ball
seat. PU and verified setting tool released.
PIU 116k 5/0 86k
POH with running tool
RU 4-112" tbg equipment
PJSM with BOT and all rig personnel. MU 4-112" 12.6# tbg and
LEM assembly
RD 4-112" tbg equipment
RIH with LEM and tbg tie back on DP. Reduce running speed
to prevent DP from running over.
With mule shoe 1 stand above hook hanger establish string
weights and RIH passing mule shoe through hook hanger.
Printed: 12/1712003 9:15:25AM
legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
.
.
BP
Operations Summary Report
V-202
V-202
REENTER+COMPlETE
NABORS ALASKA DRILLING I
NABORS 9ES
Page 14 of 15
Start:
Rig Release:
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
11/22/2003
12/10/2003
Description of Operations \.
12/S12003
07:30 - 10:30
10:30 - 13:30
13:30 - 16:00
3.00 CASE P
PROD2 Monitor well - static. Slug DP and POH, standing back 9
stands. Continue POH laying down DP.
PROD2 MU ported sub and RIH with DP stands from derrick
PROD2 Break circulation and displace well to 9.2 ppg brine. Pump 25
bbls LVT oil, 25 bbl hi-vis pill, 50 bbls brine treated with soap,
followed by 25 bbl viscosified pill. Chase with brine, 220 gpm
@ 500 psi. Reciprocate DP at 60 rpm,
3.00 CASE P
2.50 CASE P
16:00 - 1S:OO 2.00 DRILL P PROD2
18:00 - 23:00 5.00 CASE P PROD2
23:00 - 00:00 1,00 BOPSU"P COMP
121912003 00:00 - 00:30 0.50 RUNCO~ COMP
00:30 - 02:30 2.00 RUNCO~ COMP
02:30 - 03:30 1.00 RUNCO~ COMP
03:30 - 13:00 9.50 RUNCO~ COMP
13:00 - 14:30
14:30 - 15:30
1S:30 - 17:00
17:00 - 17:30
17:30 - 19:30
19:30 - 22:30
1.S0 RUNCO~
COMP
1,00 RUNCO~
COMP
1.S0 RUNCO~
COMP
0.50 RUNCO~
COMP
2.00 BOPSU" P
3.00 WHSUR P
COMP
COMP
P/U 107k SIO 94k ROT 102k
Clean MOBM from shakers, possum belly, trough and the rig
floor
POH laying down DP
PU test joint and pull wear bushing. Clean and clear rig floor,
Clean MOBM from rotarty table, under pipe racks and all
sumps,
RU I-wire spool and sheave. RU all completion equipment.
Change out bails. Make dummy run with tbg hanger and
landing joint.
PJSM with Centrilift, Camco, BOT, Nabors Csg and all rig
personnel on running 4-112",12.6# completion and making
uplrunning I-wire and Phoenix gauges
MU & RIH with 5-1/2" Mule Shoe on 4-1/2" 12.6# L-80 IBT-M
production tubing with Baker 7-5/S" x 4.5" Premier packer.
Make up and test I-wire and Phoenix gauges. Continue RIH
with 4-112" completion string with 3 each GLM assemblies &
related completion jewelry (Test I-wire every 1000'). Tag up at
4939'. P/U & space out. MlU FMC 11" x 4.5" Tubing Hanger
with 1 Ft of Blast Rings on Pup Jt below hanger (Top thread
on hanger is 4.5" TC-II).
Run final test on '-wire & Phoenix gauges. Land Tubing
Hanger. RILDS. PIU Wt = 90k SIO Wt = 7Sk.
Rig up to reverse circulate. Reverse circulate down 7-S/S"
annulus & up tubing string @ 3 bpm wI 225 psi with 25 bbl 9.2
ppg brine + 3 bbl of treated 9.2 ppg corrosion inhibited brine
followed by 122 bbls of 9.2 ppg clean filtered brine to put
corrosion inhibitor in the annulus between top of packer @
4792' & DCK Shear valve @ 4627' MD.
RID tubing pump-in sub. Drop 1-7/S" Ball-rod & allow to
gravitate on seat. UD the 4.5" Tubing Landing Jt. Pressure up
on tubing to 4200 psi to set Baker Premier packer. Manually
bled off tubing pressure to 3SOO psi. Hold pressure test for 30
minutes. Test was API. Manually bled off tubing pressure to
2500 psi. Pressure up 4.5 x 7-S/S" annulus to 3500 psi. Hold
test for 30 minutes to test casing integrity. Test was API.
Manually bled off pressure on both tubing & annulus to 0 psi.
Pressure up 4.5" x 7-S/8" annulus to 2200 psi & sheared DCK
valve in the GLM @ 4627'. Circulate @ 3 bpm @ 1S00 psi.
Manually bled off pressure to 0 psi on tubing & annulus.
Blow down all surface lines. UD 4.S" Tubing Landing Jt. FMC
install TWCV. Test TWCV from below to 1000 psi-OK.
PJSM. NID BOP's. Set back & secure.
FMC Service Rep terminate I-wire through exit bore (DHCV) in
11" 5k x 4-1/16" 5k Tubing Head adapter. N/U Tubing Head
Printed: 12/1712003 9:15:25 AM
Legal Well Name:
Common Well Name:
Event Name:
Contractor Name:
Rig Name:
.
.
Page 15 of 15
BP
Operations Summary Report
V-202
V-202
REENTER+COMPLETE
NABORS ALASKA DRILLING I
NABORS 9ES
Start: 11/22/2003
Rig Release: 12/10/2003
Rig Number:
Spud Date: 5/4/2003
End: 12/10/2003
12/912003 19:30 - 22:30
Date From - To Hours Task
22:30 - 23:30
23:30 - 00:00
12/10/2003 00:00 - 01:30
01 :30 - 03:00
3.00 WHSUR P
COMP
1.00 WHSUR P
0.50 RUNCOIIIP
1.50 RUNCOIIIP
COMP
COMP
COMP
1.50 WHSUR P
COMP
adapter & 4-1/16" 5k Production tree. Test tubing head adapter
pack-off & tree body to 5000 psi.
RIU DSM lubricator & pull TWCV.
PJSM. RIU to freeze protect IA.
RIU Little Red Hot Oil & test lines to 3000 psi. Freeze protect
4-1/2" x 7-5/8" annulus, Reverse circulate 93 bbl of diesel down
4.5" x 7" annulus @ 3 bpm wI 2200 psi FCP. Let well U-Tube &
equalize, Well freeze protected to 2235' MD I 2200' TVD.
Install BPV in Tubing Hanger. Test to 1000 psi. Install VR plugs -
in Tubing Spool valve outlet. RID Hot Oil line. Secure well.
Release Rig 9ES from V-202 @ 03:00 hrs on December 10,
2003.
Printed: 12/1712003 9:15:25 AM
TREE = FMC4-1/6" 5M
WB.lI-EAD = FMC GEN 5
ACTUATOR =
KB. B..EV =
BF. B..EV =
KOP=
Max Angle =
Datum MD =
Datum TVD =
.
82.30'
53.80'
95 @ 6494'
5713'
4500' 55 120# OONroCTOR H
V -202
V-202 L 1
V-202 L2 - From Drlg
\0$' ,
~I
10-3/4" CSG. 40#, L-BO.IO = 9.95" H 2843' ~
Minimum ID = 2.750" @ 5971'
4-1Q" HES XN NIPPLE
14.5"PHOENX œŒiRGE-ffiES5 SUB. 10 = 3.85" H 4733'
14.5" Pl-NIX MlJ. TWRESS SENSOR. 10 = 3.833" H 4768'
IRA TAG H
4867'
17-5/8" x 5,5' BKR ZXPPACKER, 10 = 5.5'
H 4921'
IBKR IUGI-ES HOOKWAll HGR, 10= 5.64" H 4954'
RATAGH
17-5/8" x 5,5' BKR ZXPPACKER, 10 = 5.5' H 5112'
IBKR IUGI-ES HOOKWAll HGR, 10= 5.64" H 5143'
IRA TAGH 5191'
IRA TAG H 5719'
ÆR=ORA lION SLMMt\RY
RB" lOG:
ANGlEA T TOP PERF: 67 @ 7201'
Note: Refer to Production œ for historical perf data
SIZE SPF MERIIAl Opn/Sqz DATE
4-1/2" SlTD O8A5031 -Be3!í'SeflZ. 12/07/03
4-112" SlTD O8C522O -~ eqe~ 12/01/03
4-112" SlTD 0806021 - e.IH!O' tõ'CfI 05/19/03
17518" CSG, 26#, l-80. 10 = 6.276" H 5966'
J.I.y~ \2..~. ~eo ~ 8980'
DATE ÆV BY COMM:NTS
05121Y03 DO.aKK ORIGINAL OOMR.ETION
06/15/03 ..t.1/KAK ao SPM3
07/16103 JCM/TlH GlV C/O
11/12/03 JGM/TlH SET BP
11/24103 M-ifA6.G GlV C/O
12/11Y03 T A ADD 11 & l2
L
-
~ïT
- I 4744'
r-z &---I 4792'
I 4861' H4-1/2"HESXNP.D=3,813" I
I 4882' H4-112" I-ES X NP. 10= 3.813" I
~_I_ _4~~~ _ ~_4-_'~_~~~h~~.!:'/~!" I'Z.""'t..-aO
L 1.. 2. ~ 'ft.- \ 'Z.. (,.# L' eo 7" WNOON @ 4959'
J -~-Q-+-~93S- -""U;¡¡:;""'B '-5
4959' - 8965 6-314 ".PeA LATERAL, ID = 3,958" I
OPt
5062'
:8:
~
DATE REV BY
~NOTES:
I 2218' H4-1/2"HE5XNP.D=3.813" I
~
GAS lIFT Mt\N!RB.5
OBI TYPE Vl V IA TŒi PORT
30 KBG-2 00<2 BEl<
29 KBG-2 a.AY BK-5 0
52 KBG-2 !::MY BK-5 0
DO.TE
12/09~3
12109~3
12/09~3
ST M) TVD
3 2565 2493
2 3698 3484
1 4628 4206
H4-1/2" BKRCM) Slæve. 10= 3.813"
H7.625" X 4.5" BKRPRM A<R, 10= 3.875'
I 5117' H4-1/2" M.JleShoe 14-'/zt 12.." ~ Jv..tp
Fi:ï- - ~ - ;¡'iJi..- -,2.-';"; -Dr¡; I 7"WNX/oN @ 5148'
...... .
I - - SJ¡õ'; ~¡.- 89~S- - - =rc- q'" B9ßc;
5148' - 8965' 6-3/4" oet LATERAL, ID = 3,958" 1
ð~
5862' H7,625"X5.5'BKRZXPUoRTOPPKR,IO=4.810" I
5874' H4-1/2" Mule Shoe. '+'bJff IZ.<'A.L,.·cao
~I 5882' H5-1/2" X 4-1/2" XO, 10 = 3.958" I
I 5971' H4-1/2"HESXNNIP,IO=2.750" I
I I 15945' CTM H 2.5" BP I
I 1
I 1
I I
I I
I I
1 I ~
~
5966' - 8980' 6-3/4" OBCflATERAL. ID = 3.958"
nPd
OOMl.181/TS
ORION UJIIT
1NElL: V-202. V -202 l1. V -202l2
ÆRMrrNo: 203077(174) (175)
AR No: 5O-029-23153'()0 (60) (61)
SEe 11, T11N. R11E. 4820' NSl & 1848' WB.
BP Exploration (Alaska)
V-202
L1
TREE = FMC4-1/6" 5M
W8..LHEAD = FMCG8'J 5
ÄèfúÃ'fõR: =
R1fÊLEV-;; ^^"'--····82::3Ö;
ES:
V -202
f
K6F';,~'---'_·^-^----'_··
,~~·~E~~··;;·_^=~~~~~~'
DatumMD= 5713'
"~"~""'~~'~'~""""~"""'~'~'"''''
Datum TVD = 4500' SS
GAS LIFT MANDR8..S
DE.V TYPE VL V LATCH PORT
30 KBG-2 DŒ2 BEK
29 KBG-2 DMY SK-5 0
52 KSG-2 DMY BK-5 0
ST fv'ID TVD
3 2565 2493
2 3698 3484
1 4628 4206
DATE
12/09103
12/09103
12/09103
IMinimum ID = 2.750" @ 5971'
4-1/2" HES XN N
4.5"PHOENlX DSCHRGE-FRESS SUS,ID= 3.85" H 4733'
4744' H4-1/2" SKR Cfv'ID SLEEVE: ID = 3.813"
14,5" Pf-NIX Mu.. TI-PRESS S8'JSOR, ID = 3.833"
4768'
H4-1/2" HESX NIP, D=3.813" I
H4-1/2" HESX NIP, 10=3.813"
481H'
ISKR HUGHES HOOKWALL HGR, 10= 5.64" 4954'
5062'
4959' 8965 6-3/4"~ LATERAL, ID = 3.958"
nA
ISKR HUGHES HOOKWALL HGR, 10= 5.64" 5143'
5191'
5719'
5148' - 8965' 6-3/4"
LATERAL, ID = 3.958"
ÆRFOR!\ llON SUMMA RY
REF LOG:
ANGLEA T TOP PERF: 67 @ 7201'
Note: Refer to Production œ for historical perf data
SIZE SPF INTER\! AL Opn/Sqz DATE
4-1/2" SLTD OBA 5031 -~ 'f'Z. 12/07/03
4-1/2" SLTD OBC5220-~
5882' H5-1/2"X4-1/2"XO,10=3.958" I
5971' H4-1/2" HES XN NIP, 10= 2.750" I
15945' CTM H2.5" IBP
5966' - 8980' 6-3/4"
LATERAL, ID =: 3.958"
~
OATE
OS/20/03
06/15/03
07/16/03
11/12/03
11/24/03
12/10/03
REV BY COMMENTS
OAO'KK ORIGINAL COMA-EriON
JM/KAK C/O SPMG
JCMrrLH GL V C/O
JGMrrLH SET BP
MH/PAG GLV C/O
TA ADOL1 &L2
DATE
REV BY
ORION UNIT
WELL: V-202, V -202 L1, V -202 L2
PERMIT No: 203077(174) (175)
AA No: 50-029-23153-00 (60) (61)
SEC 11 , T11 N, R11E, 4820' NSL & 1848' W8..
CO MIi18'JTS
SF' Exploration (Alaska)
. .
bp
V..202L2 Survey Report Schlumberger
Report Date: 6-Dec-03 Survey 1 DlS Computation Method: Minimum Curvature 1 Lubinski
Client: 6P Exploration Aiaska Vertical Section Azimuth: 15.120'
Field: Prudhoe Bay Unft - WOA Vertical Section Origin: N 0.000 ft. E 0.000 ft
Structure 1 Slot: V-Pad 1 V-202 TVD Reference Datum: KB
Well: V-202 TVD Reference Elevation: 82.30 ft relative to MSL
Borehole: V-202L2 Sea Bed 1 Ground Level Elevation: 53.80 ft relative to MSL
UWVAPt#: 500292315361 Magnetic Declination: 25.170'
Survey Name 1 Date: V-202L21 December 6, 2003 Total Field Strength: 57551.700 nT
Tort 1 AHD 1 DDII ERD ratio: 267.787' 15821.97 ft 16.498/1.312 Magnetic Dip: 80.809'
Grid Coordinate System: NAD27 Alaska State Planes, Zone 04, US Feet Declination Date: December 04, 2003
Location LatILong: N 70 1940.652. W1491559.104 Magnetic Declination Model: 6GGM 2003
Location Grid N/E Y/X; N 5970065.800 ftUS, E 590453.170 ftUS North Reference: True North
Grid Convergence Angle: +0.69077098' Total Corr Mag North -> True North: +25.170"
Grid Scale Factor: 0.99990929 Local Coordinates Referenced To: Well Head
Measured I Inclination I Azimuth I TVD I su~aTVDI Vertical I Along Hole I NS EW I DLS I Build Rate I Walk Rate I Northing Easting latftude Longftude
Depth Section Departure
(ft) (dog) (dog) (ft) (ft) (ft) (ft) (ft) (ft) (deg/100 ft) (deg/100 ft) (deg/100 ft) (ftUS) (ftUS)
0.00 0.00 0.00 0.00 -82.30 0.00 0.00 0.00 0.00 0.00 0.00 0.00 5970065.80 590453.17 N 70 1940.652 W 1491559.104
200.00 0.19 118.51 200.00 117.70 -0.06 0.33 -0.16 0.29 0.09 0.09 0.00 5970065.65 590453.46 N 70 1940.650 W 149 1559.095
300.00 0.34 136.62 300.00 217.70 -0.27 0.79 -0.45 0.64 0.17 0.15 16.11 5970065.35 590453.62 N 70 1940.647 W 149 1559.065
400.00 1.97 167.60 399.98 317.68 -1.95 2.78 -2.35 1.21 1.69 1.63 30.96 5970063.47 590454.41 N 70 1940.629 W 149 15 59.066
500.00 3.13 165.82 499.87 417.57 -5.85 7.23 -6.67 2.25 1.16 1.16 -1.76 5970059.15 590455.50 N 70 1940.586 W 149 1559.038
600.00 3.01 180.12 599.73 517.43 -10.77 12.56 -11.95 2.92 0.77 -0.12 14.30 5970053.69 590456.23 N 70 1940.534 W 1491559.019
700.00 2.24 196.02 699.63 617.33 -15.26 17.11 -16.45 2.37 1.05 -0.77 15.90 5970049.38 590455.74 N 70 1940.490 W 1491559.035
800.00 0.43 208.64 799.60 717.30 -17.58 19.43 -18.66 1.65 1.82 -1.81 12.62 5970047.17 590455.05 N 70 1940.468 W 149 1559.056
900.00 0.17 333.97 899.60 817.30 -17.83 19.81 -18.85 1.41 0.55 -0.26 125.33 5970046.97 590454.80 N 70 1940.467 W 14915 59.063
1000.00 0.74 359.12 999.59 917.29 -17.10 20.60 -18.07 1.33 0.59 0.57 25.15 5970047.74 590454.72 N 701940.474 W 14915 59.065
1100.00 2.32 13.87 1099.55 1017.25 -14.46 23.25 -15.46 1.81 1.62 1.58 14.75 5970050.36 590455.16 N 70 1940.500 W 149 15 59.051
1200.00 3.30 12.71 1199.43 1117.13 -9.56 28.16 -10.69 2.92 0.98 0.98 -1.16 5970055.15 590456.22 N 701940.547 W 149 1559.018
1300.00 4.82 6.36 1299.18 1216.88 -2.53 35.23 -3.71 4.02 1.58 1.52 -6.35 5970062.14 590457.24 N 701940.615 W 149 15 58.986
1400.00 6.42 2.16 1398.70 1316.40 7.07 45.02 6.06 4.70 1.65 1.60 -4.20 5970071.91 590457.80 N 70 1940.711 W 14915 56.967
1500.00 9.51 0.76 1497.72 1415.42 20.53 58.87 19.91 5.02 3.10 3.09 -1.40 5970085.76 590457.95 N 701940.648 W 1491558.957
1600.00 12.19 0.91 1595.92 1513.62 38.77 77.69 38.73 5.30 2.68 2.68 0.15 5970104.58 590458.00 N 70 1941.033 W 1491558.949
1700.00 13.12 0.10 1693.49 1611.19 59.96 99.60 60.63 5.48 0.95 0.93 -0.81 5970126.49 590457.92 N 70 1941.248 W 1491558.944
1800.00 14.07 355.37 1790.69 1708.39 82.37 123.09 84.10 4.52 1.46 0.95 -4.73 5970149.94 590456.68 N701941.479 W1491558.972
1900.00 16.69 352.10 1887.06 1804.76 107.18 149.78 110.61 1.54 2.95 2.62 -3.27 5970176.41 590453.38 N 70 1941.740 W 1491559.059
2000.00 20.03 346.96 1981.91 1899.61 135.66 181.42 141.69 -4.32 3.53 3.14 -5.14 5970207.42 590447.14 N 70 1942.045 W 149 1559.230
2066.41 20.27 349.12 2044.25 1961.95 156.03 204.29 164.07 -9.06 1.16 0.36 3.25 5970229.73 590442.14 N 70 1942.266 W 149 1559.366
2159.31 22.26 352.87 2130.83 2048.53 186.78 237.97 197.34 -14.28 2.59 2.14 4.04 5970262.93 590436.52 N 70 1942.593 W 149 1559.521
2252.98 24.14 353.77 2216.92 2134.62 221.04 274.87 233.99 -16.56 2.04 2.01 0.96 5970299.52 590431.79 N 70 1942.953 W 149 1559.646
2345.36 26.95 355.28 2300.26 2217.96 258.34 314.70 273.64 -22.33 3.12 3.04 1.63 5970339.12 590427.54 N 70 1943.343 W 14915 59.756
2439.30 29.02 356.56 2383.21 2300.91 299.97 358.78 317.60 -25.45 2.29 2.20 1.36 5970383.04 590423.69 N 701943.775 W 14915 59.847
2531 .58 29.61 354.26 2463.68 2381.38 342.49 403.95 362.63 -29.07 1.37 0.64 -2.47 5970428.02 590419.74 N 701944.218 W 1491559.952
2626.27 29.77 354.03 2545.94 2463.64 386.29 450.85 409.29 -33.84 0.21 0.17 -0.26 5970474.61 590414.40 N 70 19 44.677 W 149 160.092
2719.40 29.81 354.06 2626.76 2544.46 429.46 497.12 455.31 -38.64 0.05 0.04 0.03 5970520.56 590409 .04 N 70 1945.130 W 149160.232
2794.91 29.94 354.51 2692.27 2609.97 464.56 534.68 492.67 -42.38 0.30 0.04 0.60 5970557.88 590404.85 N 70 19 45.497 W149160.341
2869.32 29.47 354.55 2756.93 2674.63 499.03 571.49 529.32 -45.69 0.50 -0.50 0.05 5970594.46 590400.90 N 70 1945.858 W 149160.444
2930.67 29.39 354.40 2610.36 2728.06 527.24 601.64 559.33 -46.79 0.18 -0.13 -0.24 5970624.45 590397.64 N 70 1946.153 W 149160.526
3024.18 28.94 353.94 2892.02 2609.72 569.79 647.21 604.66 -53.42 0.54 -0.48 -0.49 5970669.72 590392.47 N 70 1946.599 W 149160.663
3117.12 28.61 353.93 2973.46 2691.18 611.51 691.95 649.15 -56.15 0.36 -0.36 -0.01 5970714.14 590367.20 N 70 1947.036 W 149 160.801
3210.90 28.61 350.37 3055.74 2973.44 652.97 736.99 693.76 -64.30 1.84 0.21 -3.80 5970758.67 590380.51 N 70 1947.475 W 149 160.981
3305.16 29.18 341.16 3138.23 3055.93 692.67 762.60 737.92 -75.53 4.75 0.39 -9.77 5970602.69 590366.76 N 70 1947.909 W 149 16 1.309
3396.65 28.92 334.57 3220.15 3137.65 728.64 828.06 780.01 -92.64 3.43 -0.26 -7.03 5970844.56 590351.15 N 701946.323 W 149 16 1.608
3491.62 27.70 329.62 3302.01 3219.71 761.07 872.12 818.95 -113.22 2.84 -1.31 -5.32 5970663.25 590330.09 N 70 1948.706 W 149 162.409
3585.06 27.13 325.63 3384.79 3302.49 790.07 915.04 855.20 -136.19 2.06 -0.61 -4.28 5970919.22 590306.70 N 70 19 49.063 W 149163.060
3679.05 26.82 324.91 3467.79 3385.49 818.49 959.13 891 .43 -161.31 1.83 1.60 -0.77 5970955.14 590281.14 N 70 1949.419 W 149163.613
3771.21 30.26 325.21 3547.97 3465.67 847.67 1004.57 928.68 -167.33 1.57 1.56 0.33 5970992.07 590254.68 N 70 1949.765 W 149164.573
3663.41 30.68 325.51 3627.44 3545.14 677.87 1051.32 967.14 -213.90 0.46 0.46 0.33 5971030.21 590227.64 N 70 1950.164 W 149 165.349
3958.46 32.04 325.84 3708.60 3626.30 910.03 1100.78 1006.00 -241.79 1.44 1.43 0.35 5971070.71 590199.27 N 70 19 50.565 W 149 166.163
4051.94 33.61 326.94 3787.15 3704.85 943.46 1151.45 1050.20 -269.63 1.80 1.68 1.18 5971112.57 590170.72 N 70 19 50.980 W 149 166.982
4145.02 36.75 330.75 3863.23 3760.93 980.56 1205.06 1096.10 -297.50 4.11 3.37 4.09 5971158.14 590142.50 N 70 1951.432 W 149 167.790
4236.98 39.69 332.34 3937.04 3854.74 1022.68 1263.18 1147.22 -325.17 3.30 3.13 1.69 5971208.91 590114.22 N 70 1951.935 W 149 166.596
4332.54 44.54 333.71 4006.43 3924.13 1069.25 1325.91 1203.13 -353.59 5.28 5.18 1.46 5971264.47 590085.13 N 701952.464 W 149 169.428
4426.15 45.59 334.70 4072.54 3990.24 1119.33 1392.17 1262.79 -382.42 1.35 1.12 1.06 5971323.77 590055.59 N 70 19 53.071 W 149 16 10.270
4516.31 48.26 336.31 4134.11 4051.61 1170.06 1458.02 1322.72 -409.70 3.24 2.96 1.79 5971363.37 590027.59 N 70 19 53.661 W 1491611.066
4613.48 51.22 337.55 4196.91 4114.61 1226.35 1532.17 1390.94 -438.74 3.20 3.05 1.28 5971451.22 589997.73 N 70 19 54.332 W 149 16 11.914
4705.32 55.34 337.98 4251.81 4169.51 1286.86 1605.77 1459.07 -466.58 4.50 4.49 0.47 5971519.01 569969.07 N 70 19 55.002 W 149 16 12.727
SurveyEdi!Or Ver 3.1 RT-SP3.03-HF2.03 Bld( do31 rt-546 )
V -202\ V -202\V-202L2\ V -202L2
Generated 1/22/2004 3:32 PM Page 1 of 3
. .
Measured Inclination I Azimuth I TVD I Su~Sæ TVD I Vertical I Along Hole I NS EW I DLS I Build Rate I Walk Rate I Northing Easting lathude Longhude
Depth Section Departure
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (degf100 ft) (deg/100ft) (degf100 ft) (ftUS) (ftUS)
4800.40 58.74 339.61 4303.53 4221.23 1351.13 1685.53 1533.44 -495.41 3.85 3.58 1.71 5971593.01 589939.35 N 701955.733 W 149 16 13.569
4892.65 62.80 339.69 4348.57 4266.27 1416.68 1766.02 1608.90 -523.40 4.40 4.40 0.09 5971668.13 589910.46 N 70 19 56.475 W 149 16 14.387
4959.00 65.32 339.04 4377.59 4295.29 1465.09 1825.68 1664.74 -544.43 3.90 3.80 -0.98 5971723.70 589888.76 N 70 19 57.024 W 149 16 15.001
4971.00 67.19 338.57 4382.42 4300.12 1473.94 1836.66 1674.98 -548.40 15.99 15.58 -3.92 5971733.89 589884.67 N701957.125 W1491615.117
5002.59 70.27 338.81 4393.88 4311.58 1497.63 1866.09 1702.40 -559.10 9.78 9.75 0.76 5971761.18 589873.64 N 70 19 57.395 W 149 16 15.429
5030.45 74.08 339.Q1 4402.41 4320.11 1519.02 1892.61 1727.14 -568.64 13.69 13.68 0.72 5971785.80 589863.80 N 70 19 57.638 W 149 16 15.708
5062.40 77.51 339.23 4410.24 4327.94 1544.08 1923.58 1756.07 -579.68 10.76 10.74 0.69 5971814.60 589852.42 N 70 19 57.923 W 149 16 16.030
5092.92 80.70 339.44 4416.01 4333.71 1568.39 1953.55 1784.11 -590.25 10.47 10.45 0.69 5971842.50 589841.51 N 70 1958.198 W 1491616.339
5124.50 85.26 339.65 4419.87 4337.57 1593.87 1984.88 1813.47 -601.20 14.45 14.44 0.68 5971871.72 589830.21 N 70 1958.487 W 149 16 16.659
5155.70 89.45 339.85 4421.31 4339.01 1619.28 2016.04 1842.71 -611.99 13.44 13.43 0.64 5971900.82 589819.07 N 70 19 58.774 W 149 16 16.974
5187.61 91.76 340.06 4420.97 4338.67 1645.37 2047.95 1872.68 -622.92 7.27 7.24 0.66 5971930.66 589807.77 N 70 19 59.069 W 149 16 17.293
5219.06 93.85 340.58 4419.43 4337.13 1671.16 2079.36 1902.25 -633.50 6.85 6.65 1.65 5971960.10 589796.84 N 701959.360 W 1491617.602
5249.94 94.99 341.67 4417.05 4334.75 1696.68 2110.15 1931.39 -643.46 5.10 3.69 3.53 5971989.11 589786.53 N 701959.647 W 149 16 17.893
5279.93 95.44 341.55 4414.33 4332.03 1721.59 2140.01 1959.73 -652.88 1.55 1.50 -0.40 5972017.33 589776.77 N 70 19 59.925 W 149 1618.168
5311.66 93.95 344.16 4411.73 4329.43 1748.32 2171.63 1989.94 -662.20 9.45 -4.70 8.23 5972047.43 589767.09 N 70 20 0.223 W 149 16 18.440
5343.17 90.93 345.71 4410.39 4328.09 1775.53 2203.11 2020.34 -670.39 10.77 -9.58 4.92 5972077. 72 589758.54 N 70200.521 W 149 16 18.679
5373.43 90.62 345.72 4409.98 4327.68 1801.89 2233.37 2049.66 -677.85 1.02 -1.02 0.03 5972106.95 589750.72 N 70 20 0.810 W 1491618.898
5404.42 91.31 346.98 4409.46 4327.16 1829.05 2264.35 2079.77 -685.16 4.64 2.23 4.07 5972136.96 589743.05 N 7020 1.106 W 1491619.111
5435.11 91.58 348.48 4408.68 4326.38 1856.29 2295.03 2109.75 -691.68 4.96 0.88 4.89 5972166.86 589736.17 N 70201.401 W 149 16 19.302
5466.56 91.89 348.59 4407.73 4325.43 1884.40 2326.47 2140.56 -697.93 1.05 0.99 0.35 5972197.59 589729.55 N 7020 1.704 W 149 16 19.484
5497.49 93.10 351.25 4406.39 4324.09 1912.36 2357.37 2170.98 -703.34 9.44 3.91 8.60 5972227.94 589723.78 N 70202.003 W 1491619.642
5527.37 93.06 351.43 4404.78 4322.48 1939.66 2387.21 2200.47 -707.83 0.62 -0.13 0.60 5972257.38 589718.93 N 70202.293 W 1491619.773
5558.30 93.58 355.92 4402.99 4320.69 1968.40 2418.09 2231.15 -711.23 14.59 1.68 14.52 5972288.01 589715.16 N 70202.595 W 1491619.873
5589.06 93.20 359.38 4401.17 4318.87 1997.68 2448.79 2261 .83 -712.49 11.30 -1.24 11.25 5972318.67 589713.53 N 70202.896 W 1491619.910
5620.31 93.30 2.87 4399.40 4317.10 2027.95 2479.99 2293.02 -711.88 11.15 0.32 11.17 5972349.86 589713.77 N70203.203 W1491619.892
5650.71 92.51 5.20 4397.86 4315.56 2057.74 2510.35 2323.30 -709.74 8.08 -2.60 7.66 5972380.16 589715.54 N 70203.501 W 149 16 19.830
5681 .34 91.69 8.26 4396.73 4314.43 2088.02 2540.96 2353.70 -706.16 10.34 -2.68 9.99 5972410.59 589718.76 N 70 20 3.800 W 149 16 19.725
5714.08 91.07 9.66 4395.94 4313.64 2120.56 2573.69 2386.03 -701.06 4.68 -1.89 4.28 5972442.98 589723.46 N 70 20 4.118 W 149 16 19.576
5746.09 91.55 10.08 4395.21 4312.91 2152.43 2605.69 2417.55 -695.57 1.99 1.50 1.31 5972474.57 589728.57 N 7020 4.428 W 149 16 19.416
5776.90 92.79 11.44 4394.05 4311.75 2183.13 2636.48 2447.80 -689.83 5.97 4.02 4.41 5972504.88 589733.95 N 70 20 4.725 W 149 16 19.248
5807.92 92.78 12.97 4392.54 4310.24 2214.07 2667.46 2478.08 -683.28 4.93 -0.03 4.93 5972535.24 589740.13 N 70 20 5.023 W 149 16 19.057
5838.66 93.44 13.12 4390.87 4308.57 2244.74 2698.16 2507.98 -676.35 2.20 2.15 0.49 5972565.22 589746.70 N 70 20 5.317 W 149 16 18.855
5869.70 93.65 12.74 4388.95 4306.65 2275.70 2729.14 2538.18 -669.42 1.40 0.68 -1.22 5972595.49 589753.27 N 70 20 5.614 W 149 16 18.652
5900.70 93.47 14.18 4387.03 4304.73 2306.63 2760.08 2568.27 -662.21 4.67 -0.58 4.65 5972625.66 589760.11 N 70 20 5.910 W 149 16 18.442
5931.59 94.09 15.92 4384.99 4302.69 2337.45 2790.90 2598.03 -654.21 5.97 2.01 5.63 5972655.52 589767.75 N 70 20 6.203 W 149 16 18.209
5962.85 92.79 18.29 4383.11 4300.81 2368.63 2822.10 2627.85 -645.03 8.64 -4.16 7.58 5972685.44 589776.56 N 70 20 6.496 W 1491617.941
5995.03 90.18 21.12 4382.28 4299.98 2400.69 2854.27 2658.13 -634.19 11.96 -8.11 8.79 5972715.85 589787.04 N 70206.794 W 149 16 17.624
6026.22 87.02 22.22 4383.04 4300.74 2431.66 2885.45 2687.11 -622.68 10.73 -10.13 3.53 5972744.96 589798.20 N 70207.079 W 149 16 17.288
6057.22 87.09 22.13 4384.63 4302.33 2462.39 2916.41 2715.78 -610.99 0.37 0.23 -0.29 5972773.76 589809.54 N 70207.361 W 149 16 16.947
6088.51 87.67 22.58 4386.07 4303.77 2493.40 2947.66 2744.68 -599.10 2.35 1.85 1.44 5972802.81 589821.08 N 70207.645 W 149 16 16.600
6119.50 88.33 23.41 4387.15 4304.85 2524.07 2978.63 2773.19 -587.00 3.42 2.13 2.68 5972831.46 589832.83 N 70 20 7.926 W 149 16 16.246
6151.04 89.18 22.86 4387.83 4305.53 2555.30 3010.17 2802.19 -574.62 3.21 2.69 -1.74 5972860.60 589844.87 N 70 20 8.211 W 149 16 15.885
6182.09 87.40 22.82 4388.76 4306.46 2586.05 3041 .20 2830.79 -562.57 5.73 -5.73 -0.13 5972889.34 589856.57 N 70 20 8.492 W 149 16 15.533
6213.49 88.43 23.73 4389.90 4307.60 2617.11 3072.58 2859.62 -550.17 4.38 3.28 2.90 5972918.31 589868.62 N 70 20 8.776 W 149 1615.171
6244.87 89.77 24.97 4390.39 4308.09 2648.08 3103.96 2888.20 -537.23 5.82 4.27 3.95 5972947.05 589881.21 N 70 20 9.057 W 149 16 14.793
6275.34 89.77 24.84 4390.52 4308.22 2678.11 3134.43 2915.84 -524.40 0.43 0.00 -0.43 5972974.83 589893.70 N 70 20 9.329 W 149 1614.418
6306.24 88.67 24.58 4390.94 4308.64 2708.57 3165.32 2943.90 -511.49 3.66 -3.56 -0.84 5973003.05 589906.28 N 70 20 9.605 W 149 16 14.041
6337.22 87.53 22.95 4391.96 4309.66 2739.18 3196.29 2972.24 -499.01 6.42 -3.68 -5.26 5973031.53 589918.41 N 70209.883 W 149 16 13.677
6368.02 85.55 21.91 4393.82 4311.52 2769.68 3227.03 3000.66 -487.28 7.26 -6.43 -3.38 5973060.09 589929.80 N702010.163 W1491613.334
6399.05 85.44 22.26 4396.26 4313.96 2800.38 3257.96 3029.32 -475.65 1.18 -0.35 1.13 5973088.88 589941.08 N 70 2010.445 W 149 16 12.995
6430.09 85.79 21.87 4398.63 4316.33 2831.10 3288.91 3058.00 -464.02 1.69 1.13 -1.26 5973117.70 589952.36 N 70 2010.727 W 149 16 12.655
6461.75 86.23 22.17 4400.84 4318.54 2862.46 3320.49 3087.28 -452.18 1.68 1.39 0.95 5973147.12 589963.85 N702011.015 W1491612.310
6493.40 86.61 22.21 4402.81 4320.51 2893.81 3352.08 3116.53 -440.25 1.21 1.20 0.13 5973176.51 589975.42 N 70 2011.303 W 149 1611.961
6525.00 87.23 21.74 4404.51 4322.21 2925.13 3383.64 3145.79 -428.44 2.46 1.96 -1.49 5973205.91 589986.88 N 70 2011.590 W 149 1611.616
6556.63 86.75 21.32 4406.17 4323.87 2956.52 3415.22 3175.17 -416.85 2.02 -1.52 -1.33 5973235.42 589998.11 N 70 2011.879 W 1491611.278
6587.90 86.23 20.42 4408.09 4325.79 2987.58 3446.43 3204.34 -405.73 3.32 -1.66 -2.88 5973264.72 590008.88 N7020 12.166 W 1491610.953
6618.40 86.68 20.41 4409.97 4327.67 3017.89 3476.87 3232.87 -395.11 1.48 1.48 -0.03 5973293.37 590019.15 N 702012.447 W 149 16 10.643
6649.70 87.12 20.34 4411.66 4329.36 3049.01 3508.13 3262.17 -384.23 1.42 1.41 -0.22 5973322.79 590029.68 N 702012.735 W 149 16 10.325
6681.76 86.82 21.30 4413.36 4331.06 3080.87 3540.14 3292.09 -372.85 3.13 -0.94 2.99 5973352.85 590040.69 N 70 2013.029 W 149 169.993
6712.17 87.64 22.71 4414.83 4332.53 3111.02 3570.52 3320.25 -361.47 5.36 2.70 4.64 5973381.14 590051 .73 N 702013.306 W 149 169.661
6742.45 88.12 23.14 4415.95 4333.65 3141.00 3600.78 3348.12 -349.69 2.13 1.59 1.42 5973409.15 590063.18 N 70 2013.580 W 149 169.317
6772.93 86.71 23.12 4417.32 4335.02 3171.15 3631.23 3376.12 -337.73 4.63 -4.63 -0.07 5973437.29 590074.80 N 70 2013.856 W 149 168.967
6804.52 85.47 21.87 4419.48 4337.18 3202.41 3662.74 3405.24 -325.67 5.57 -3.93 -3.96 5973466.55 590086.51 N 70 2014.142 W 149 168.615
6836.09 87.88 20.48 4421.31 4339.01 3233.74 3694.26 3434.62 -314.28 8.81 7.63 -4.40 5973496.07 590097.53 N 70 2014.431 W 149168.283
6867.39 90.69 19.02 4421.70 4339.40 3264.94 3725.55 3464.08 -303.71 10.12 8.98 -4.66 5973525.64 590107.75 N 702014.721 W 149 167.974
6898.13 91.28 18.42 4421.17 4338.87 3295.61 3756.29 3493.19 -293.85 2.74 1.92 -1.95 5973554.87 590117.26 N 7020 15.007 W 149167.686
6928.92 92.10 17.52 4420.26 4337.96 3326.35 3787.06 3522.46 -284.35 3.95 2.66 -2.92 5973584.25 590126.40 N 702015.295 W 149 167.409
6959.16 92.58 17.11 4419.03 4336.73 3356.54 3817.28 3551.31 -275.36 2.09 1.59 -1.36 5973613.20 590135.05 N 70 2015.579 W149167.146
6990.77 93.13 17.72 4417.45 4335.15 3388.09 3848.85 3581 .43 -265.91 2.60 1.74 1.93 5973643.43 590144.13 N 70 20 15.875 W 149 166.870
SurveyEditor Ver 3.1 RT-SP3.03-HF2.03 Bld( d031 rt-546 )
V-202\ V -202\V-202L2\V -202l2
Generated 1/22/2004 3:32 PM Page 2 of 3
~ . .
Measured Inclination 1 Azimuth 1 TVD 1 Su~Sœ TVD 1 Vertical I Along Hole 1 NS EW I DLS 1 Bui~ -I Walk Ame 1 Northing Easting Lathude longhude
Depth Section Departure
(It) (dog) (dog) (It) (It) (It) (It) (It) (It) (deg/100It) (deg/100It) (deg/I00It) (ItUS) (ItUS)
7022.32 93.54 17.90 4415.62 4333.32 3419.55 3880.34 3611.42 -256.28 1.42 1.30 0.57 5973673.53 590153.40 N 70 2016.170 W 149166.589
7052.84 91.99 18.08 4414.15 4331.85 3449.99 3910.83 3640.41 -246.86 5.11 -5.08 0.59 5973702.63 590162.47 N 70 20 16.455 W 149166.314
7083.90 91.48 18.14 4413.21 4330.91 3481.00 3941.87 3669.92 -237.21 1.65 -1.64 0.19 5973732.25 590171.76 N 70 20 16.745 W149166.032
7115.36 90.69 18.60 4412.61 4330.31 3512.40 3973.33 3699.77 -227.30 2.91 -2.51 1.46 5973762.22 590181.31 N 70 20 17.039 W 149 16 5.742
7146.40 90.93 18.70 4412.17 4329.87 3543.38 4004.36 3729.18 -217.37 0.84 0.77 0.32 5973791.74 590190.88 N 70 2017.328 W 149 16 5.453
7177.75 91.31 18.54 4411.56 4329.26 3574.66 4035.71 3758.88 -207.36 1.32 1.21 -0.51 5973821.56 590200.53 N 70 20 17.620 W149165.160
7208.75 91.83 19.07 4410.71 4328.41 3605.59 4066.70 3788.21 -197.38 2.39 1.68 1.71 5973851.01 590210.16 N 7020 17.909 W 149164.869
7239.07 92.23 19.78 4409.63 4327.33 3635.80 4097.00 3816.79 -187.30 2.69 1.32 2.34 5973879.70 590219.89 N 70 2018.190 W 149164.574
7270.77 92.24 21.59 4408.40 4326.10 3667.33 4128.67 3646.42 -176.11 5.71 0.03 5.71 5973909.46 590230.72 N 70 2018.481 W149164.248
7302.26 89.77 22.78 4407.85 4325.55 3698.57 4160.16 3875.57 -164.22 8.71 -7.64 3.78 5973938.75 590242.26 N 70 20 18.768 W 149163.900
7333.97 88.36 24.32 4408.36 4326.06 3729.93 4191.86 3904.64 -151.56 6.58 -4.45 4.86 5973967.96 590254.57 N 70 20 19.054 W 149163.530
7364.94 88.63 24.14 4409.18 4326.88 3760.50 4222.82 3932.87 -138.85 1.05 0.87 -0.58 5973996.34 590266.93 N 70 2019.331 W 149163.159
7396.19 87.29 24.43 4410.29 4327.99 3791.33 4254.05 3961.33 -126.01 4.39 -4.29 0.93 5974024.96 590279.43 N 702019.611 W 149 162.764
7427.34 87.23 24.36 4411.78 4329.48 3822.04 4285.16 3989.67 -113.15 0.30 -0.19 -0.22 5974053.45 590291.94 N 70 2019.890 W 149162.409
7458.75 87.43 24.69 4413.24 4330.94 3852.99 4316.54 4018.22 -100.13 1.23 0.64 1.05 5974082.14 590304.62 N 70 20 20.171 W 149162.028
7489.98 87.74 24.64 4414.56 4332.26 3883.76 4347.74 4046.57 -87.11 1.01 0.99 -0.16 5974110.65 590317.29 N 70 20 20.449 W 149 16 1.648
7521.10 88.19 24.31 4415.66 4333.36 3914.45 4378.84 4074.88 -74.22 1.79 1.45 -1.06 5974139.11 590329.64 N 702020.728 W 149 16 1.272
7552.04 88.36 24.59 4416.59 4334.29 3944.97 4409.77 4103.03 -61.42 1.06 0.55 0.90 5974167.41 590342.29 N 70 20 21.005 W 149160.898
7583.90 88.56 25.21 4417.45 4335.15 3976.35 4441.62 4131.92 -48.02 2.04 0.63 1.95 5974196.46 590355.35 N 70 20 21.289 W 149160.506
7614.16 89.15 25.52 4418.06 4335.76 4006.12 4471.87 4159.25 -35.06 2.20 1.95 1.02 5974223.94 590367.98 N 70 20 21.558 W 149160.128
7645.52 88.12 25.61 4418.80 4336.50 4036.96 4503.22 4187.54 -21.53 3.30 -3.28 0.29 5974252.38 590381.17 N 70 20 21.836 W 1491559.733
7677.36 88.26 25.88 4419.81 4337.51 4068.23 4535.05 4216.20 -7.70 0.95 0.44 0.85 5974281.21 590394.64 N 70 20 22.118 W 149 1559.329
7708.95 87.40 24.85 4421.00 4338.70 4099.30 4566.61 4244.72 5.82 4.25 -2.72 -3.26 5974309.89 590407.82 N 70 20 22.398 W 149 1558.934
7739.58 86.64 23.94 4422.60 4340.30 4129.49 4597.20 4272.58 18.45 3.87 -2.48 -2.97 5974337.90 590420.12 N 70 20 22.672 W 1491558.565
7770.10 86.44 24.03 4424.44 4342.14 4159.59 4627.67 4300.42 30.84 0.72 -0.66 0.29 5974365.88 590432.16 N 70 20 22.946 W 149 1558.203
7801.13 86.06 21.66 4426.47 4344.17 4190.27 4658.63 4328.95 42.86 7.72 -1.22 -7.64 5974394.55 590443.64 N 70 20 23.227 W 149 15 57.852
7832.12 85.44 21.61 4428.76 4346.46 4220.97 4689.53 4357.68 54.25 2.01 -2.00 -0.16 5974423.41 590454.88 N 70 20 23.509 W 149 1557.519
7862.57 85.65 22.03 4431.13 4348.83 4251.12 4719.89 4385.86 65.54 1.54 0.69 1.38 5974451.72 590465.82 N 70 20 23.786 W 14915 57.189
7893.34 86.99 21.09 4433.10 4350.80 4281.63 4750.60 4414.42 76.82 5.32 4.35 -3.05 5974480.41 590476.76 N 7020 24.067 W 149 15 56.860
7923.74 88.19 20.48 4434.38 4352.08 4311.86 4780.97 4442.81 87.60 4.43 3.95 -2.01 5974508.93 590487.20 N 7020 24.346 W 149 15 56.545
7955.71 88.29 21.24 4435.37 4353.07 4343.65 4812.92 4472.67 98.98 2.40 0.31 2.38 5974538.92 590498.21 N 70 20 24.640 W 149 15 56.213
7986.97 88.43 21.31 4436.26 4353.96 4374.72 4844.17 4501.79 110.31 0.50 0.45 0.22 5974568.17 590509.20 N 7020 24.927 W 1491555.881
8017.83 89.22 20.91 4436.89 4354.59 4405.40 4875.03 4530.57 121.43 2.87 2.56 -1.30 5974597.09 590519.96 N 7020 25.210 W 1491555.557
8048.69 90.18 20.23 4437.05 4354.75 4436.12 4905.88 4559.46 132.27 3.81 3.11 -2.20 5974626.10 590530.45 N 702025.494 W 149 15 55.240
8080.27 90.66 20.21 4436.82 4354.52 4467.58 4937.46 4589.10 143.18 1.52 1.52 -0.06 5974655.86 590541.01 N 70 20 25.785 W 149 15 54.921
8112.43 90.90 20.25 4436.38 4354.08 4499.61 4969.62 4619.27 154.30 0.76 0.75 0.12 5974686.17 590551.76 N 702026.082 W 149 1554.596
8142.71 91.10 20.25 4435.86 4353.56 4529.76 4999.90 4647.67 164.78 0.66 0.66 0.00 5974714.69 590561.90 N 702026.361 W 149 1554.290
8174.30 89.70 19.98 4435.64 4353.34 4561 .23 5031.48 4677.34 175.64 4.51 -4.43 -0.85 5974744.48 590572.40 N 702026.653 W 149 15 53.973
8205.18 89.77 19.93 4435.78 4353.48 4592.00 5062.36 4706.36 186.18 0.28 0.23 -0.16 5974773.63 590582.59 N 702026.938 W 149 1553.665
8236.22 89.94 19.25 4435.86 4353.56 4622.94 5093.40 4735.60 196.59 2.26 0.55 -2.19 5974802.99 590592.64 N 702027.226 W 149 1553.361
8266.64 90.11 18.91 4435.64 4353.54 4653.49 5124.02 4764.54 206.60 1.24 0.56 -1.11 5974832.04 590602.30 N 70 20 27.511 W 149 1553.069
8298.16 90.90 19.37 4435.57 4353.27 4664.73 5155.34 4794.13 216.87 2.92 2.52 1.47 5974861.75 590612.21 N 70 20 27.802 W 149 1552.769
8330.62 91.45 19.10 4434.90 4352.60 4717.10 5187.80 4824.77 227.56 1.89 1.69 -0.83 5974892.52 590622.53 N 70 20 28.103 W 14915 52.456
8361.36 91.79 19.12 4434.03 4351.73 4747.76 5218.52 4853.80 237.62 1.11 1.11 0.07 5974921.67 590632.24 N 70 20 28.389 W 1491552.163
8392.56 90.66 18.75 4433.37 4351.07 4778.88 5249.72 4883.31 247.74 3.81 -3.62 -1.19 5974951.29 590642.00 N 70 20 28.679 W 149 1551.867
8424.93 90.25 18.54 4433.11 4350.81 4811.19 5282.08 4913.98 258.09 1.42 -1.27 -0.65 5974982.08 590651.98 N 70 20 28.980 W 149 1551.564
8455.14 90.62 18.88 4432.88 4350.58 4841.33 5312.29 4942.59 267.78 1.66 1.22 1.13 5975010.80 590661.32 N 702029.262 W 149 1551.281
6486.47 90.01 19.11 4432.71 4350.41 4872.59 5343.62 4972.21 277.98 2.08 -1.95 0.73 5975040.54 590671.16 N 702029.553 W 149 15 50.983
8517.29 89.29 19.25 4432.90 4350.60 4903.33 5374.44 5001.32 288.10 2.38 -2.34 0.45 5975069.77 590680.93 N 70 20 29.839 W 149 15 50.688
8549.37 89.53 18.43 4433.23 4350.93 4935.35 5406.52 5031.68 298.46 2.66 0.75 -2.56 5975100.25 590690.93 N702030.138 W1491550.385
8579.70 87.50 16.39 4434.01 4351.71 4965.64 5436.64 5060.61 307.53 9.49 -6.69 -6.73 5975129.28 590699.65 N702030.422 W1491550.120
8611.06 86.82 17.06 4435.57 4353.27 4996.95 5468.16 5090.61 316.55 3.04 -2.17 2.14 5975159.38 590708.30 N 702030.717 W 149 1549.857
8641.97 88.50 17.61 4436.83 4354.53 5027.81 5499.04 5120.09 325.75 5.72 5.44 1.78 5975188.97 590717.14 N 70 20 31.007 W 149 1549.588
8673.31 91.38 18.12 4436.86 4354.56 5059.11 5530.38 5149.91 335.36 9.33 9.19 1.63 5975218.90 590726.39 N 70 20 31.301 W 149 1549.307
8704.50 92.72 18.74 4435.75 4353.45 5090.22 5561.55 5179.48 345.21 4.73 4.30 1.99 5975248.59 590735.89 N 70 20 31.591 W 149 1549.019
8736.46 91.86 19.62 4434.47 4352.17 5122.08 5593.48 5209.64 355.71 3.85 -2.69 2.75 5975278.87 590746.02 N702031.888 W1491548.712
8767.01 91.48 19.55 4433.58 4351.28 5152.52 5624.02 5238.41 365.94 1.26 -1.24 -0.23 5975307.76 590755.90 N 70 20 32.171 W 1491548.413
8798.42 91.96 19.97 4432.63 4350.33 5183.82 5655.42 5267.96 376.56 2.03 1.53 1.34 5975337.43 590766.16 N 70 20 32.462 W 149 1548.103
8828.71 91.00 20.77 4431 .85 4349.55 5213.97 5685.70 5296.35 387.10 4.12 -3.17 2.64 5975365.94 590776.36 N 70 20 32.741 W 149 1547.795
8859.00 89.04 21.32 4431.84 4349.54 5244.09 5715.98 5324.62 397.97 6.72 -6.47 1.82 5975394.33 590786.89 N 70 20 33.019 W 149 1547.478
8891.29 88.94 21.87 4432.41 4350.11 5276.17 5748.27 5354.63 409.86 1.73 -0.31 1.70 5975424.49 590798.41 N702033.314 W1491547.130
8915.01 89.18 21.98 4432.80 4350.50 5299.72 5771.99 5376.64 418.71 1.11 1.01 0.46 5975446.59 590807.00 N 702033.530 W 149 1546.872
8965.00 89.18 21.98 4433.52 4351 .22 5349.35 5821.97 5422.99 437.42 0.00 0.00 0.00 5975493.16 590825.14 N 702033.986 W 149 1546.325
Leaal DescriDtion:
Northina (V) [ftUSl Eastina (XI [ftUSl
Surface : 4819 FSL 1848 FEL S11 T11N RIlE UM 5970065.80 590453.17
BHL: 4962 FSL 1405 FEL 52 T11N RIlE UM 5975493.16 590825.14
SurveyEditor Ver 3.1 RT-SP3.03-HF2.03 Bld( d031 rt-546 )
V-202\V -202\V -202L2\V-202L2
Generaled 1/22/20043:32 PM Page 3 of 3
.
.
~03~ 1'16
Schlumberger Drilling & Measurements
MWD/LWD Log Product Delivery
Customer BP Exploration (Alaska) Inc. Dispatched To: Lisa Weepie
Well No V-202 L2 Date Dispatched: 23-Jan-04
Installation/Rig Nabors 9ES Dispatched By: Nate Rose
Data No Of Prints No of Floppies
Surveys
2
R::CEIVED
'-"y ? 62004-
'-~ .¡ I to->
ÞJæka Oil & GasCals. CoMmisiorì
þ¡¡~
Received By:
~ . ,.. """> Please sign and return to: James H. Johnson
~~\.) vy0,-.M\.,.I")("'~ BP Exploration (Alaska} Inc.
Petrotechnical Data Center (LR2-1)
900 E. Benson Blvd.
Anchorage, Alaska 99508
Fax: 907-564-4005
e-mail address:johnsojh@bp.com
LWD Log Delivery V1.1, 10-02-03
Schlumberger Private
~~~\,\~~
SCHLUMBERGER
Survey report
Client. ,.................: BP Exploration (Alaska) Inc.
Field. . . . . . . . . , . . . . . , . . , ,: ORION
Well. . . . . . . . . . . . . . . . . . . . .: V-202 L2
API number...............: 50-029-23153-61
Engineer.................: Etienne Roux
RIG: . . . . . . . . . . . . . . , . . . . . .: Nabors 9 - ES
STATE: . . . . . . . . . . . . . . . . , . .: Alaska
----- Survey calculation methods-------------
Method for positions... ,.: Minimum curvature
Method for DLS........ ...: Mason & Taylor
----- Depth reference -----------------------
Permanent datum........ ,.: Mean Sea Level
Depth reference.,...... ,.: Driller's Pipe Tally
GL above permanent.......: 53.80 ft
KB above permanent. ......: NjA - Top Drive
DF above permanent.......: 82.30 ft
----- Vertical section origin----------------
Latitude (+NjS-).........: 0,00 ft
Departure (+Ejw-)...... ,.: 0.00 ft
----- Platform reference point---------------
Latitude (+NjS-).,.. .....: N 70 19 40.652
Departure (+EjW-).., ,....: W 149 15 59.104
Azimuth from rotary table to target:
15.12 degrees
~~~(V\~
6-Dec-2003 07:42:44
Spud date.. ...........,..:
Last survey date..,.. ....:
Total accepted surveys...:
MD of first survey.......:
MD of last survey........:
~C)3 -1 ""t5
Page
1 of 8
02-Dec-03
06-Dec-03
182
0.00 ft
8965.00 ft
.
----- Geomagnetic data ----------------------
Magnetic model. .... ......: BGGM version 2003
Magnetic date............: 27-Nov-2003
Magnetic field strength..: 1151.03 HCNT
Magnetic dec (+EjW-)....,: 25.18 degrees
Magnetic dip.............: 80.81 degrees
----- MWD survey Reference
Reference G............,.:
Reference H........,....,:
Reference Dip,. ,. ,..,....:
Tolerance of G...........:
Tolerance of H...........:
Tolerance of Dip..... . . . . :
Criteria ---------
1002.68 mGal
1151.03 HCNT
80.81 degrees
(+j-) 2.50 mGal
(+j-) 6,00 HCNT
(+j-) 0.45 degrees
.
----- Corrections ---------------------------
Magnetic dec (+EjW-).....: 25.18 degrees
Grid convergence (+EjW-),: 0.00 degrees
Total az corr (+EjW-)....: 25,18 degrees
(Total az corr = magnetic dec - grid conv)
Survey Correction Type ...:
I=Sag Corrected Inclination
M=Schlumberger 'Magnetic Correction
S=Shell Magnetic Correction
F=Failed Axis Correction
R=Magnetic Resonance Tool Correction RECEIVE' ·.D'
D=Dmag Magnetic Correction
" ,. 1"'\ 6 ~O'" A
, .. ;.j ¡' , ·'1 \)11
\,.0.., '~~ I L... . 1.... -r
Alaaka Oil & Gas Cons. Commiaafon
JìJi~
SCHLUMBERGER Survey Report 6-Dec-2003 07:42:44 Page 2 of 8
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
Seq Measured Incl Azimuth Course TVD Vertical Displ Displ Total At DLS Srvy Tool
# depth angle angle length depth section +N/S- +E/W- displ Azim (deg/ tool Corr
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) 100f) type (deg)
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
1 0.00 0.00 0,00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Surface Tie-in
2 200.00 0.19 118.51 200.00 200.00 -0.08 -0.16 0.29 0.33 118,51 0.09 GYRO
3 300,00 0.34 136.62 100.00 300.00 -0.27 -0.45 0.64 0.78 125.26 0.17 GYRO
4 400.00 1. 97 167.60 100.00 399.98 -1.95 -2.35 1.21 2.64 152.66 1. 69 GYRO
5 500.00 3.13 165.82 100.00 499.87 -5.85 -6.67 2.25 7.04 161.35 1.16 GYRO
6 600.00 3.01 180.12 100.00 599.73 -10.77 -11.95 2.92 12.30 166.29 0.77 GYRO .
7 700.00 2.24 196.02 100.00 699.63 -15.26 -16.45 2.37 16.62 171,80 1. 05 GYRO
8 800.00 0.43 208,64 100.00 799.60 -17.58 -18.66 1. 65 18.73 174,94 1. 82 GYRO
9 900.00 0.17 333.97 100.00 899.60 -17.83 -18.85 1.41 18.91 175.74 0.55 GYRO
10 1000,00 0.74 359.12 100.00 999.59 -17.10 -18.07 1.33 18.12 175.79 0.59 GYRO
11 1100.00 2.32 13.87 100.00 1099.55 -14.46 -15.46 1. 81 15.57 173.34 1. 62 GYRO
12 1200.00 3.30 12.71 100.00 1199.43 -9.56 -10.69 2.92 11.08 164.70 0.98 GYRO
13 1300.00 4.82 6.36 100.00 1299.18 -2.53 -3.71 4.02 5.47 132.66 1. 58 GYRO
14 1400.00 6.42 2.16 100.00 1398.70 7.07 6.06 4.70 7.67 37.82 1. 65 GYRO
15 1500.00 9.51 0.76 100.00 1497.72 20.53 19.91 5.02 20.53 14.15 3.10 GYRO
16 1600.00 12.19 0.91 100.00 1595.92 38.77 38.73 5.30 39.09 7.79 2.68 GYRO
17 1700.00 13 .12 0.10 100.00 1693.49 59.96 60.63 5.48 60.88 5.17 0.95 GYRO
18 1800.00 14.07 355.37 100.00 1790.69 82.37 84.10 4.52 84.22 3.08 1.46 GYRO
19 1900.00 16.89 352.10 100.00 1887.06 107.18 110.61 1. 54 110.62 0.80 2.95 GYRO
20 2000.00 20,03 346.96 100.00 1981.91 135.66 141.69 -4.32 141.76 358.25 3.53 GYRO
21 2066.41 20.27 349.12 66.41 2044.25 156.03 164,07 -9.06 164.32 356.84 1.18 MWD IFR MSA .
-
22 2159.31 22.26 352.87 92.90 2130.83 186.78 197.34 -14.28 197.85 355.86 2.59 MWD IFR MSA
-
23 2252.98 24.14 353.77 93.67 2216.92 221.04 233.99 -18.56 234.72 355.47 2.04 MWD IFR MSA
-
24 2345.36 26.95 355.28 92.38 2300.26 258.34 273.64 -22.33 274.55 355,33 3.12 MWD IFR MSA
-
25 2439.30 29.02 356.56 93.94 2383.21 299.97 317.60 -25.45 318.62 355.42 2.29 MWD IFR MSA
26 2531.58 29.61 354,28 92.28 2463.68 342.49 362.63 -29.07 363.79 355,42 1. 37 MWD IFR MSA
-
27 2626,27 29,77 354.03 94.69 2545.94 386.29 409.29 -33.84 410.68 355,27 0.21 MWD IFR MSA
-
28 2719.40 29.81 354.06 93.13 2626,76 429.46 455.31 -38.64 456.94 355.15 0.05 MWD IFR MSA
-
29 2794.91 29.84 354.51 75.51 2692.27 464,56 492.67 -42.38 494.49 355.08 0.30 MWD IFR MSA
-
30 2869.32 29.47 354.55 74.41 2756.93 499.03 529.32 -45.89 531.31 355.04 0.50 MWD IFR MSA
SCHLUMBERGER Survey Report 6-Dec-2003 07:42:44 Page 3 of 8
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
Seq Measured Incl Azimuth Course TVD Vertical Displ Displ Total At DLS Srvy Tool
# depth angle angle length depth section +N/S- +E/W- displ Azim (deg/ tool Corr
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) 100f) type (deg)
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
31 2930.67 29.39 354.40 61.35 2810.36 527.24 559.33 -48.79 561,45 355,01 0.18 MWD IFR MSA
-
32 3024.18 28.94 353.94 93.51 2892.02 569.79 604.66 -53.42 607.02 354.95 0.54 MWD IFR MSA
-
33 3117.12 28,61 353.93 92.94 2973.48 611.51 649.15 -58.15 651.75 354.88 0,36 MWD IFR MSA
-
34 3210.90 28.81 350.37 93.78 3055.74 652.97 693.76 -64.30 696.73 354.70 1. 84 MWD IFR MSA
-
35 3305.16 29.18 341.16 94.26 3138.23 692.67 737.92 -75.53 741.77 354.16 4.75 MWD IFR MSA
36 3398.85 28.92 334.57 93.69 3220.15 728.84 780.01 -92.64 785.49 353.23 3.43 MWD IFR MSA .
-
37 3491.82 27.70 329.62 92.97 3302.01 761.07 818.95 -113.22 826.74 352.13 2.84 MWD IFR MSA
-
38 3585.06 27.13 325.63 93.24 3384.79 790.07 855.20 -136.19 865.98 350.95 2.06 MWD IFR MSA
-
39 3679.05 28.82 324.91 93.99 3467.79 818.49 891,43 -161.31 905.91 349.74 1. 83 MWD IFR MSA
-
40 3771.21 30.26 325.21 92.16 3547.97 847.67 928.68 -187.33 947.38 348.60 1. 57 MWD IFR MSA
41 3863.41 30.68 325.51 92.20 3627.44 877.87 967.14 -213.90 990.52 347.53 0.48 MWD IFR MSA
42 3958.46 32.04 325.84 95.05 3708,60 910.03 1008.00 -241.79 1036.59 346,51 1.44 MWD IFR MSA
-
43 4051.94 33.61 326.94 93.48 3787.15 943.46 1050.20 -269.83 1084.31 345.59 1. 80 MWD IFR MSA
-
44 4145.02 36.75 330.75 93.08 3863.23 980.56 1096.10 -297.50 1135.76 344.81 4.11 MWD IFR MSA
-
45 4238.98 39.69 332.34 93.96 3937.04 1022.68 1147,22 -325.17 1192.41 344.17 3.30 MWD IFR MSA
46 4332.54 44.54 333.71 93.56 4006.43 1069.25 1203.13 -353.59 1254.01 343.62 5.28 MWD IFR MSA
-
47 4426.15 45.59 334.70 93.61 4072.54 1119.33 1262.79 -382.42 1319.43 343.15 1.35 MWD IFR MSA
-
48 4516.31 48.26 336.31 90.16 4134.11 1170.06 1322.72 -409.70 1384.72 342.79 3.24 MWD IFR MSA
-
49 4613 .48 51. 22 337.55 97.17 4196.91 1228.35 1390.94 -438.74 1458.50 342.49 3.20 MWD IFR MSA
-
50 4705,32 55.34 337.98 91.84 4251.81 1286.86 1459.07 -466.58 1531.86 342.27 4.50 MWD IFR MSA
51 4800.40 58.74 339.61 95,08 4303.53 1351.13 1533.44 -495.41 1611. 48 342.10 3.85 MWD IFR MSA .
-
52 4892.65 62.80 339.69 92.25 4348.57 1416.68 1608.90 -523.40 1691.90 341.98 4.40 MWD IFR MSA
53 4959.00 65.32 339.04 66,35 4377.59 1465.09 1664.73 -544.43 1751. 50 341.89 3.90 TOP OF WINDOW
54 4971,00 67.19 338.57 12.00 4382.42 1473.94 1674.98 -548.40 1762,47 341.87 15.99 BOT OF WINDOW
55 5002.59 70.27 338.81 31.59 4393,88 1497.63 1702.40 -559.10 1791.86 341,82 9.78 MWD Incl, Only
56 5030.45 74.08 339.01 27.86 4402.41 1519.02 1727.14 -568.64 1818,34 341,78 13.69 MWD Incl. Only
57 5062.40 77.51 339.23 31.95 4410.24 1544.08 1756.07 -579.68 1849.28 341.73 10.76 MWD Incl. Only
58 5092.92 80.70 339.44 30.52 4416.01 1568.39 1784.11 -590.25 1879.22 341. 69 10.47 MWD Incl. Only
59 5124.50 85.26 339.65 31.58 4419.87 1593.87 1813.47 -601.20 1910.53 341.66 14.45 MWD Incl. Only
60 5155.70 89.45 339.85 31. 20 4421.31 1619.28 1842,71 -611,99 1941.67 341.63 13 .44 MWD Incl. Only
SCHLUMBERGER Survey Report
6-Dec-2003 07:42:44
-------- ------ ------- ------ -------- -------- ----------------
-------- ------ ------- ------ -------- -------- ----------------
Seq Measured
# depth
(ft)
Incl
angle
(deg)
Azimuth
angle
(deg)
Course
length
(ft)
TVD
depth
(ft)
Vertical
section
(ft)
Displ
+N/s-
(ft)
Displ
+E/w-
(ft)
Page
4 of 8
---------------
---------------
Total
displ
(ft)
At
Azim
(deg)
DLS
(degl
100f)
-------- ------ ------- ------ -------- -------- ---------------- ---------------
-------- ------ ------- ------ -------- -------- ---------------- ---------------
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
5187.61
5219.06
5249.94
5279.93
5311.66
5343.17
5373.43
5404.42
5435.11
5466.56
5497.49
5527.37
5558.30
5589.06
5620.31
5650.71
5681.34
5714.08
5746.09
5776.90
5807.92
5838.66
5869.70
5900.70
5931.59
5962.85
5995.03
6026.22
6057.22
6088,51
91.76
93.85
94.99
95.44
93.95
90.93
90.62
91.31
91.58
91.89
93,10
93.06
93.58
93.20
93.30
92.51
91.69
91.07
91.55
92.79
92.78
93.44
93.65
93.47
94.09
92.79
90.18
87.02
87.09
87,67
340.06
340.58
341.67
341.55
344.16
345.71
345.72
346.98
348.48
348.59
351.25
351. 43
355.92
359.38
2.87
5.20
8.26
9.66
10.08
11.44
12.97
13 .12
12.74
14.18
15.92
18.29
21.12
22.22
22.13
22.58
31.91
31. 45
30.88
29.99
31.73
31.51
30.26
30.99
30.69
31. 45
30.93
29.88
30.93
30.76
31.25
30.40
30.63
32.74
32.01
30.81
31.02
30.74
31.04
31.00
30.89
31. 26
32.18
31.19
31.00
31.29
4420.97
4419.43
4417.05
4414.33
4411.73
4410,39
4409.98
4409.46
4408.68
4407.73
4406.39
4404.78
4402.99
4401.17
4399.40
4397.86
4396.73
4395.94
4395.21
4394.05
4392.54
4390.87
4388.95
4387.03
4384.99
4383,11
4382.28
4383.04
4384.64
4386.07
1645.37
1671.16
1696.68
1721. 59
1748,32
1775.53
1801.89
1829.05
1856.29
1884.40
1912.36
1939.66
1968.40
1997.68
2027.95
2057.74
2088,02
2120.56
2152.43
2183.13
2214.07
2244.74
2275.70
2306.63
2337.45
2368.63
2400.69
2431.66
2462.39
2493,40
1872.68
1902.25
1931. 39
1959.73
1989.94
2020.34
2049.66
2079.77
2109.75
2140.55
2170.98
2200.47
2231.15
2261. 83
2293.02
2323.30
2353.70
2386.03
2417.55
2447.80
2478.08
2507.98
2538.18
2568.27
2598,03
2627.85
2658.13
2687.11
2715.78
2744.68
-622.92
-633.50
-643.46
-652.88
-662.20
-670.39
-677.85
-685.16
-691.68
-697.93
-703.34
-707.83
-711.23
-712.49
-711.88
-709.74
-706.16
-701.06
-695.57
-689.83
-683.28
-676.35
-669.42
-662.21
-654.21
-645.03
-634.19
-622.68
-610.99
-599.10
1973.57
2004.97
2035.75
2065.62
2097.23
2128.66
2158.84
2189.72
2220.24
2251.46
2282.07
2311.52
2341.77
2371.40
2400.98
2429.29
2457.34
2486.89
2515.63
2543.14
2570.56
2597.58
2624.97
2652.27
2679.14
2705.86
2732,74
2758.31
2783.66
2809.31
341.60
341.58
341.57
341.57
341,59
341. 64
341.70
341.77
341.85
341. 94
342.05
342.17
342.32
342.52
342.75
343.01
343.30
343.63
343.95
344.26
344.59
344.91
345.23
345.54
345.87
346.21
346.58
346.95
347.32
347,69
7.27
6.85
5.10
1. 55
9.45
10.77
1. 02
4.64
4.96
1. 05
9.44
0.62
14.59
11.30
11.15
8.08
10.34
4.68
1. 99
5.97
4.93
2.20
1.40
4.67
5.97
8.64
11.96
10,73
0,37
2.35
------
------
Srvy Tool
tool Corr
type (deg)
------
------
MWD IFR MSA
MWD I FR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD I FR MSA
MWD I FR MSA
MWD IFR MSA
.
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
.
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
MWD IFR MSA
SCHLUMBERGER Survey Report 6-Dec-2003 07:42:44 Page 5 of 8
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
Seq Measured Incl Azimuth Course TVD Vertical Displ Displ Total At DLS Srvy Tool
# depth angle angle length depth section +N/S- +E/W- displ Azim (deg/ tool Corr
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) 100f) type (deg)
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
91 6119.50 88.33 23.41 30.99 4387.15 2524.07 2773.19 -587.00 2834,64 348.05 3.42 MWD IFR MSA
-
92 6151.04 89.18 22.86 31.54 4387.83 2555.30 2802.19 -574.62 2860.50 348.41 3.21 MWD IFR MSA
-
93 6182.09 87.40 22.82 31. 05 4388.76 2586.05 2830.79 -562.57 2886.15 348.76 5.73 MWD IFR MSA
-
94 6213.49 88.43 23.73 31. 40 4389.90 2617.11 2859.62 -550,17 2912.06 349.11 4.38 MWD IFR MSA
-
95 6244.87 89,77 24.97 31.38 4390,39 2648.08 2888.20 -537.23 2937.74 349.46 5.82 MWD IFR MSA
96 6275.34 89.77 24.84 30.47 4390.52 2678.11 2915.84 -524.40 2962.62 349.80 0.43 MWD IFR MSA .
-
97 6306.24 88.67 24.58 30,90 4390.94 2708.57 2943.90 -511.49 2988.01 350.14 3.66 MWD IFR MSA
-
98 6337.22 87.53 22.95 30.98 4391.96 2739.18 2972.24 -499.01 3013.84 350.47 6.42 MWD IFR MSA
-
99 6368.02 85.55 21.91 30.80 4393.82 2769.68 3000.66 -487.28 3039.96 350.78 7.26 MWD IFR MSA
-
100 6399.05 85.44 22.26 31.03 4396.26 2800.38 3029.32 -475.65 3066.43 351.08 1.18 MWD IFR MSA
101 6430.09 85.79 21. 87 31.04 4398.63 2831.10 3058.00 -464.02 3093.01 351.37 1. 69 MWD IFR MSA
-
102 6461.75 86.23 22.17 31.66 4400.84 2862,46 3087.28 -452.18 3120.22 351.67 1. 68 MWD IFR MSA
-
103 6493.40 86.61 22.21 31. 65 4402.81 2893.80 3116.53 -440.25 3147.47 351.96 1.21 MWD IFR MSA
-
104 6525.00 87.23 21.74 31.60 4404.51 2925.13 3145.79 -428.44 3174.83 352.24 2.46 MWD IFR MSA
-
105 6556.63 86.75 21.32 31.63 4406.17 2956.52 3175.17 -416.85 3202.42 352.52 2.02 MWD IFR MSA
106 6587.90 86.23 20.42 31. 27 4408.09 2987.58 3204.34 -405.73 3229.92 352.78 3.32 MWD IFR MSA
107 6618.40 86.68 20.41 30.50 4409.97 3017.89 3232.87 -395.11 3256.92 353.03 1.48 MWD IFR MSA
108 6649.70 87.12 20.34 31.30 4411.66 3049.01 3262.16 -384.23 3284.72 353.28 1.42 MWD IFR MSA
-
109 6681.76 86,82 21.30 32.06 4413.36 3080.87 3292.09 -372.85 3313 .14 353.54 3.13 MWD IFR MSA
-
110 6712.17 87.64 22.71 30.41 4414.83 3111.02 3320.25 -361.47 3339.87 353.79 5.36 MWD IFR MSA
111 6742.45 88.12 23.14 30.28 4415.95 3141.00 3348.12 -349.69 3366.33 354.04 2.13 MWD IFR MSA .
-
112 6772.93 86.71 23.12 30,48 4417.32 3171.15 3376.12 -337.73 3392.97 354.29 4.63 MWD IFR MSA
-
113 6804.52 85.47 21.87 31.59 4419.48 3202.41 3405.24 -325.67 3420.77 354,54 5.57 MWD IFR MSA
-
114 6836.09 87.88 20.48 31. 57 4421. 31 3233.74 3434.62 -314.28 3448.97 354.77 8.81 MWD IFR MSA
-
115 6867.39 90.69 19.02 31. 30 4421. 70 3264.93 3464.08 -303.71 3477,36 354,99 10.12 MWD IFR MSA
116 6898.13 91. 28 18.42 30.74 4421.17 3295,61 3493.18 -293.85 3505,52 355,19 2.74 MWD IFR MSA
-
117 6928.92 92.10 17.52 30.79 4420.26 3326.35 3522.46 -284.35 3533.92 355,38 3.95 MWD IFR MSA
-
118 6959.16 92.58 17.11 30.24 4419.03 3356.54 3551.31 -275,36 3561.96 355.57 2.09 MWD IFR MSA
119 6990.77 93,13 17.72 31.61 4417.45 3388.08 3581.43 -265.91 3591.29 355.75 2.60 MWD IFR MSA
-
120 7022.32 93,54 17.90 31.55 4415.62 3419.55 3611,42 -256.28 3620.50 355.94 1.42 MWD IFR MSA
SCHLUMBERGER Survey Report 6-Dec-2003 07:42:44 Page 6 of 8
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
Seq Measured Incl Azimuth Course TVD Vertical Displ Displ Total At DLS Srvy Tool
# depth angle angle length depth section +N/S- +E/W- displ Azim (deg/ tool Corr
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) 100f) type (deg)
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
121 7052.84 91.99 18.08 30.52 4414.15 3449.99 3640.41 -246.86 3648.77 356,12 5.11 MWD IFR MSA
-
122 7083.90 91. 48 18.14 31.06 4413.21 3481.00 3669.92 -237,21 3677.57 356.30 1. 65 MWD IFR MSA
-
123 7115.36 90.69 18.60 31. 46 4412.61 3512.40 3699.77 -227.30 3706.74 356.48 2.91 MWD IFR MSA
-
124 7146.40 90.93 18.70 31.04 4412.17 3543.38 3729.17 -217.37 3735.50 356.66 0.84 MWD IFR MSA
-
125 7177,75 91.31 18.54 31. 35 4411.56 3574.66 3758.88 -207.37 3764.59 356.84 1. 32 MWD IFR MSA
126 7208.75 91.83 19.07 31.00 4410.71 3605.59 3788.21 -197.38 3793.35 357.02 2.39 MWD IFR MSA .
-
127 7239.07 92.23 19.78 30.32 4409.64 3635.80 3816.79 -187.30 3821.38 357,19 2.69 MWD IFR MSA
-
128 7270.77 92.24 21.59 31.70 4408.40 3667.33 3846.42 -176.11 3850.45 357.38 5.71 MWD IFR MSA
-
129 7302.26 89.77 22.78 31. 49 4407.85 3698.57 3875.57 -164.22 3879.05 357.57 8.71 MWD IFR MSA
130 7333.97 88.36 24.32 31.71 4408.36 3729,93 3904.64 -151. 56 3907.58 357.78 6.58 MWD IFR MSA
131 7364.94 88.63 24.14 30.97 4409.18 3760.50 3932.87 -138.85 3935.32 357.98 1. 05 MWD IFR MSA
-
132 7396.19 87.29 24.43 31. 25 4410.29 3791.33 3961.33 -126.01 3963.34 358.18 4.39 MWD IFR MSA
-
133 7427.34 87.23 24.36 31.15 4411. 78 3822.04 3989.67 -113.16 3991,27 358.38 0.30 MWD IFR MSA
-
134 7458.75 87.43 24.69 31. 41 4413.24 3852.99 4018.21 -100.13 4019.46 358,57 1. 23 MWD IFR MSA
-
135 7489.98 87.74 24.64 31.23 4414.56 3883.76 4046.57 -87.11 4047.51 358,77 1. 01 MWD IFR MSA
136 7521.10 88.19 24.31 31.12 4415.66 3914.45 4074.88 -74.23 4075.55 358.96 1. 79 MWD IFR MSA
-
137 7552.04 88.36 24.59 30.94 4416.59 3944.97 4103.03 -61.43 4103.49 359.14 1. 06 MWD IFR MSA
-
138 7583.90 88.56 25.21 31.86 4417.45 3976.35 4131.92 -48.02 4132.19 359,33 2.04 MWD IFR MSA
-
139 7614.16 89.15 25.52 30.26 4418.06 4006.12 4159.25 -35.06 4159.40 359.52 2.20 MWD IFR MSA
-
140 7645.52 88.12 25.61 31. 36 4418.80 4036.95 4187.53 -21.53 4187.59 359.71 3.30 MWD IFR MSA
141 7677.36 88.26 25.88 31.84 4419.81 4068.23 4216.20 -7.70 4216.21 359,90 0.95 MWD IFR MSA .
-
142 7708.95 87.40 24.85 31.59 4421.00 4099.30 4244,72 5.82 4244.73 0.08 4.25 MWD IFR MSA
-
143 7739.58 86.64 23.94 30.63 4422.60 4129.48 4272.58 18.45 4272.62 0.25 3.87 MWD IFR MSA
-
144 7770.10 86.44 24.03 30.52 4424.44 4159,58 4300.41 30,84 4300.52 0.41 0.72 MWD IFR MSA
-
145 7801.13 86.06 21.66 31.03 4426.47 4190.26 4328.95 42.86 4329.16 0.57 7.72 MWD IFR MSA
146 7832.12 85.44 21.61 30.99 4428.77 4220.97 4357.67 54.25 4358.01 0.71 2.01 MWD IFR MSA
-
147 7862.57 85.65 22.03 30.45 4431.13 4251.12 4385.86 65.54 4386.35 0,86 1. 54 MWD IFR MSA
-
148 7893.34 86.99 21,09 30.77 4433.11 4281.63 4414.41 76.82 4415.08 1. 00 5.32 MWD IFR MSA
149 7923.74 88.19 20.48 30.40 4434.38 4311,86 4442.81 87.60 4443.67 1.13 4.43 MWD IFR MSA
-
150 7955.71 88.29 21. 24 31.97 4435.37 4343.65 4472.67 98.98 4473.76 1. 27 2.40 MWD IFR MSA
SCHLUMBERGER Survey Report 6-Dec-2003 07:42:44 Page 7 of 8
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
Seq Measured Incl Azimuth Course TVD Vertical Displ Displ Total At DLS Srvy Tool
# depth angle angle length depth section +N/S- +E/W- displ Azim (deg/ tool Corr
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) 100f) type (deg)
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
151 7986.97 88.43 21.31 31. 26 4436.26 4374.72 4501.79 1l0.31 4503.14 1.40 0.50 MWD IFR MSA
-
152 8017.83 89.22 20.91 30.86 4436.89 4405.40 4530.57 121. 43 4532.20 1. 54 2.87 MWD IFR MSA
-
153 8048.69 90.18 20.23 30.86 4437.05 4436.12 4559.46 132.27 4561.38 1. 66 3.81 MWD IFR MSA
-
154 8080.27 90.66 20.21 31. 58 4436.82 4467.58 4589,09 143.18 4591.33 1. 79 1. 52 MWD IFR MSA
-
155 8ll2.43 90.90 20.25 32.16 4436.39 4499.60 4619.27 154.30 4621.84 1.91 0.76 MWD IFR MSA
156 8142.71 91.10 20.25 30.28 4435.86 4529.76 4647.67 164.78 4650.59 2.03 0.66 MWD IFR MSA .
-
157 8174.30 89.70 19.98 31.59 4435.64 4561.23 4677.33 175.64 4680,63 2.15 4.51 MWD IFR MSA
-
158 8205.18 89.77 19.93 30.88 4435.78 4592.00 4706.36 186.18 4710.04 2.27 0.28 MWD IFR MSA
-
159 8236.22 89.94 19.25 31. 04 4435.86 4622.94 4735.60 196.59 4739.68 2.38 2.26 MWD IFR MSA
-
160 8266.84 90.ll 18.91 30.62 4435.84 4653.49 4764.54 206.60 4769.02 2.48 1.24 MWD IFR MSA
161 8298.16 90.90 19.37 31.32 4435.57 4684.73 4794.13 216.87 4799.03 2.59 2.92 MWD IFR MSA
162 8330.62 91. 45 19.10 32.46 4434.90 4717.10 4824.77 227.56 4830,13 2.70 1. 89 MWD IFR MSA
-
163 8361.36 91.79 19.12 30.74 4434.03 4747.75 4853.80 237.62 4859.62 2.80 1.ll MWD IFR MSA
-
164 8392.56 90.66 18.75 31. 20 4433.37 4778.88 4883.31 247.74 4889.59 2.90 3.81 MWD IFR MSA
-
165 8424.93 90.25 18.54 32.37 4433. II 48ll.18 4913.98 258,09 4920.75 3.01 1.42 MWD IFR MSA
166 8455.14 90.62 18.88 30.21 4432.88 4841.33 4942.59 267.78 4949.84 3.10 1. 66 MWD IFR MSA
-
167 8486.47 90.01 19.1l 31. 33 4432.71 4872.59 4972.21 277.98 4979.98 3.20 2.08 MWD IFR MSA
-
168 8517.29 89.29 19.25 30.82 4432.90 4903.33 5001.32 288.10 5009.61 3.30 2.38 MWD IFR MSA
-
169 8549.37 89.53 18.43 32.08 4433.23 4935.34 5031,68 298.46 5040.53 3.39 2.66 MWD IFR MSA
-
170 8579.70 87,50 16.39 30.33 4434.01 4965.64 5060.61 307.53 5069.95 3.48 9.49 MWD IFR MSA
171 86ll.06 86.82 17.06 31. 36 4435.57 4996.94 5090,61 316.55 5100.44 3.56 3.04 MWD IFR MSA .
-
172 8641.97 88.50 17.61 30.91 4436,83 5027.81 5120.09 325.75 5130.44 3.64 5.72 MWD IFR MSA
-
173 8673.31 91. 38 18.12 31. 34 4436.86 5059. II 5149.91 335.36 5160.82 3.73 9.33 MWD IFR MSA
-
174 8704,50 92,72 18.74 31.19 4435,75 5090.22 5179.48 345.21 5190.97 3.81 4.73 MWD IFR MSA
-
175 8736.46 91. 86 19.62 31.96 4434.47 5122.08 5209.64 355.71 5221.77 3.91 3.85 MWD IFR MSA
176 8767.01 91.48 19.55 30.55 4433.58 5152.52 5238.41 365.94 5251.18 4.00 1.26 MWD IFR MSA
-
177 8798.42 91.96 19.97 31. 41 4432.64 5183.81 5267.96 376.56 5281.40 4.09 2.03 MWD IFR MSA
-
178 8828.71 91.00 20.77 30.29 4431. 85 5213.97 5296.35 387.10 5310,47 4,18 4.13 MWD IFR MSA
-
179 8859.00 89.04 21. 32 30.29 4431.84 5244.09 5324.61 397.97 5339,47 4.27 6.72 MWD IFR MSA
-
180 8891.29 88.94 21.87 32.29 4432.41 5276.17 5354.63 409.86 5370.30 4.38 1. 73 MWD IFR MSA
"
SCHLUMBERGER Survey Report
6-Dec-2003 07:42:44
Page
8 of 8
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
Seq Measured Incl Azimuth Course TVD Vertical Displ Displ Total At DLS Srvy Tool
# depth angle angle length depth section +N/S- +E/W- displ Azim (deg/ tool Corr
(ft) (deg) (deg) (ft) (ft) (ft) (ft) (ft) (ft) (deg) 100f) type (deg)
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
-------- ------ ------- ------ -------- -------- ---------------- --------------- ------
181 8915.01 89.18 21.98 23.72 4432.80 5299.72 5376.63 418,71 5392.91 4.45 1.11 MWD IFR MSA
-
182 8965.00 89.18 21.98 49.99 4433.52 5349.35 5422.99 437.42 5440.60 4.61 0.00 Projected to TD
[(c)2003 IDEAL ID8 1C_01J
.
.
~"_~~~-OE rnJ}·~~~~~~~
e
~lfASIiA OIL AND GAS
CONSERVATION COMMISSION
FRANK H. MURKOWSKI, GOVERNOR
333 W. 7'" AVENUE, SUITE 100
ANCHORAGE, ALASKA 99501-3539
PHONE (907) 279-1433
FAù< (907) 27e.7542
Lowell Crane
Senior Drilling Engineer
BP Exploration (Alaska), Inc.
PO Box 196612
Anchorage Alaska 99519-6612
Re: Prudhoe Bay Unit V-202L2
BP Exploration (Alaska), Inc,
Permit No: 203-175
Surface Location: 4820' NSL, 1848' WEL, Sec, 11, TllN, RllE, UM
Bottomhole Location: 4923' NSL, 1256' WEL, Sec. 02, TIIN, RIlE, UM
Dear Mr. Crane:
Enclosed is the approved application for permit to redrill the above development well.
This permit to redrill does not exempt you from obtaining additional permits or approvals
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
Commission reserves the right to withdraw the permit in the event it was erroneously issued.
The permit is for a new wellbore segment of existing well PBU V-202, Permit No 203-077, API
50-029-23153, Production should continue to be reported as a function of the original API
number stated above.
Operations must be conducted in accordance with AS 31,05 and Title 20, Chapter 25 of the
Alaska Administrative Code unless the Commission specifically authorizes a variance, Failure
to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska
Administrative Code, or a Commission order, or the terms and conditions of this permit may
result in the revocation or suspension of the permit. Please provide at least twenty-four (24)
hours notice for a representative of the Commission to witness any required test. Contact the
Commission's North Slope petroleum field inspector at 659-3607 (pager).
Sincerely,
t¿ued~~
Commissioner
BY ORDER qf THE COMMISSION
DATED thisk day of October, 2003
cc: Department ofFish & Game, Habitat Section w/o encl.
Department of Environmental Conservation w/o encl.
Exploration, Production and Refineries Section
vJG~ IO'IS/Zoo~
o Drill a Redrill
1 a. Type of work 0 Re-Entry
2. Operator Name:
BP Exploration (Alaska) Inc.
3. Address:
P.O. Box 196612, Anchorage, Alaska 99519-6612
4a. Location of Well (Governmental Section):
Surface:
4820' NSL, 1848'WEL, SEC. 11, T11N, R11E, UM
Top of Productive Horizon:
2014' NSL, 2709' WEL, SEC. 02, T11 N, R11 E, UM
Total Depth:
4923' NSL, 1256' WEL, SEC. 02, T11N, R11E, UM
4b. Location of Well (State Base Plane Coordinates):
Surface: X-590453 y-5970066 Zone,6.SP4
16. Deviated Wells:
Kickoff Depth
18, ' Casing Prograrn
Size
Casinç¡
4-1/2"
_ STATE OF ALASKA .
ALASKA ~AND GAS CONSERVATION COM ..!;)SION
PERMIT TO DRILL
20 MC 25.005
1b. Current Well Class 0 Exploratory
o Stratigraphic Test 0 Service
5. Bond: 181 Blanket 0 Single Well
Bond No, 2S100302630-277
6. Proposed Depth:
MD 9131' TVD 4438'
7, Property Designation:
ADL 028240
a Development Oil 0 Multiple Zone
o Development Gas 0 Single Zone
11. Well Name and Number:
PBU V-202L2
12. Field I Pool(s):
Prudhoe Bay Field I Orion
8. Land Use Permit:
13. Approximate Spud Date:
11/07103
14. Distance to Nearest Property:
10500'
9. Acres in Property:
2560
Hole
6-3/4"
5086 ft Maximum Hole Angle
Specifications
Grade Couplinç¡
L-80 18T-M
Weight
12.6#
10. KB Elevation 15. Distance to Nearest Well Within Pool
. Planned KBE = 540' t f V 1 02
(Height above GL): 82.30' feet away a rom -
17. Anticipated pressure (see 20 AAC 25.035)
950 Max, Downhole Pressure: 1902 psig. Max. Surface Pressure: 1465 psig
SøttingDepth ". ' QuahtitypfCe,rnent
Top . > Bottom (c.f, orsaGks)
Length MD TVD MD TVD (including stage data)
4070' 5061' 4382' 9131' 4438' Uncemented Slotted Liner
19. P~ESENT WELl..,CONDITION$IJtv1MARY(To be completed forRêdrinAN[)Re~entrYoperations)
Total Depth MD (ft): Total Depth TVD (ft): Plugs (measured): Effective Depth MD (ft): Effective Depth TVD
8985 4663 N/A 8985 4663
Structural
Conductor 108' 20" x 34" 260 sx Arctic Set (Approx.) 108' 108'
Surface 2815' 10-3/4" 590 sx PF 'L'. 352 sx Class 'G' 2843' 2734'
Intermediate
Production 5940' 7-5/8" 436 sx Class 'G' 5966' 4618'
Liner 3111' 4-1/2" Uncemented Slotted Liner 5869' - 8980' 4603' - 4663'
Liner (OA) 3903' 4-1/2" Uncemented Slotted Liner 5248' - 9151' 4442' - 4480'
Perforation Depth MD (ft): 4-1/2" Slotted Liner (OBd)
6021' - 8941'
20. Attachments 0 Filing Fee 0 BOP Sketch
o Property Plat 0 Diverter Sketch
perfOration Depth TVD (ft): 4-1/2" Slotted Liner (OBd)
4625' - 4661'
181 Drilling Program 0 Time vs Depth Plot 0 Shallow Hazard Analysis
o Seabed Report 181 Drilling Fluid Program 18120 AAC 25.050 Requirements
21. Verbal Approval: Commission Representative:
22. I hereby certify that t e foregoing is true and correct to the best of my knowledge.
Printed Name Lo II Crane Title Senior Drilling Engineer
Date:
Contact Michael Triolo, 564-5774
Signatur
Phone
Permit
Date:
Mud Log
Directional Survey Required
See cover letter for
other requirements
~. '.. .I i'dI..., q ./
q t!~. \f
~Yes D No
OCT 1 4
Permit To Drill
Number: 2o~ - /7..ç- 50-029-23153-61-00
Conditions of Approval: Samples Required
Hydrogen Sulfide Measures
Other: Tv; t- ß:)pt; to ~çoo 1'':.1.
DYes ~ No
D Yes ~ No
8< Gas Con:.
Approved Bv ~-') ~ ~ COMMIf"O~ER
Form 1 0-401 Revised 3/2003 () R I (~ 'I hJ / I
u ,,\_., ¡\Ii L
BY ORDER OF
THE COMMISSION
Date
/(2~/ V
S mit In Duplicate
-
Well Summary
e GPB V-202 L 1 & L2 Permit
I Type of Well (producer or injector):
I Schrader OA and OBa Horizontal Sidetrack
Surface Location: 4,820' FSL, 1,848' FEL, Sec. 11, T11 N, R11 E
X = 590,453.17 Y = 5,970,065.80
--;;c JL .. W T 7~ LT ¿ '1 ~ ~~:%W~~~L", ..iJW'
V-202 L 1 OBa Target Start: 2,014' FSL, 2,709' FEL, Sec. 2, T11 N, R11 E
X = 589,560 Y = 5,972,530 Z = 4,365' TVDss
V-202 L 1 OBa Target End: 4,927' FSL, 1,301' FEL, Sec. 2, T11 N, R11 E
X = 590,930 Y = 5,975,460 Z = 4,416' TVDss
T": 'n -; _'J 'j l [ ¡ ! ,~$;:;::;*%-;-,:';~~*~.. 4 ~
V-202 L2 OA Target Start: 2,014' FSL, 2,709' FEL, Sec. 2, T11 N, R11 E
X = 589,560 Y = 5,972,530 Z = 4,300' TVDss
V-202 L2 OA Target End: 4,927' FSL, 1,301' FEL, Sec. 2, T11N, R11E
X = 590,930 Y = 5,975,460 Z = 4,356' TVDss
I AFE Number:
I ORD5M3525
KBE = 82.30' I Rig: I Nabors 9ES
I Estimated Start Date: I Nov.1st 2003
I Operating days to complete: 116.38
I Well MD L1 I 9,151' II Well TVDrkb: TD 14,498' I
Well MD L2 9,131' Well TVDrkb: TD 4,438'
Target Estimates:
Estimated Reserves OBa / OA:
Expected Initial Rate OBa / OA:
Expected 6 month avg OBa / OA:
Current Well Information
General
Distance to Nearest Property:
Distance to Nearest Well in Pool:
Well Name:
Original Well API #:
Sidetrack API OBa #:
Sidetrack API OA #:
Well Type:
Current Status:
Last H2S Sample:
Cement:
TD / PBTD:
BHP:
BHT:
Is this well frac'd?
I Max Inc. 1970 II KOP I
Max Inc. 950 KOP
5,273'
5,086'
Expected reserves 1,0 mmbbl
Production rate: 1,800 bid
Production rate: 1 ,270 bid
-10,500' to the nearest KRU property line
Top OA: 540' away from V-102
TD: 1,580' away from V-103
V-202
50-029-23153-00
50-029-23153-60
50-029-23153-61
Schrader OBd Horizontal Producer
See attached completion schematic for details
Oppm
7-%" casing cemented 700' MD over Schrader Ma sands. Pumped -121 bbls
of 15.6 ppg Class G cement. Plug bumped as per plan, expected
TOC:-3,565' MD
7-%" X 4- ~" liner top packer @ 5,862' MD
OBa: 1,902 psi @ 4,371' TVDss (8.37 ppg EMW). Actual from MDT's
OA: 1,819 psi @ 4,302' TVDss (8.13 ppg EMW). Actual from MDT's
OBd: 1,957 psi @ 4,526' TVDss (8.32 ppg EMW). Actual from MDT's
95°F@ 8,800' TVDss Estimated
No
Approved Permit, 10/02/2003
Mechanical Condition
V-202 Wellhead:
Cellar Box Height:
Nabor 9ES:
Tubing:
Liner:
Casing
Tbg. Hanger:
Tree:
Open Perfs:
Casing Fluids:
Materials Needed
e
e GPB V-202 L 1 & L2 Permit
FMC Gen 5 System
Above MSL = 53.80'
KB 1 MSL = 82.30'
4-Y2", 12.6#, L-80, BTC with planned chemical cut packer @ 4,773' MD.
4-Y2" , 12.6# L-80 liner top @ 5,862' MD.
Surface: 10-%",45.5#, L-80, BTC to 2,843' MD (Burst: 5,210; Collapse: 2,470)
Intermediate: 7-%",29.7#, L-80, BTC to 5,966' MD (Burst: 6,890 ; Collapse: 4,790)
Liner: 4-Y2", 12.6#, L-80, IBT from 5,862 - 8,980' MD (Burst: N/A ; Collapse: N/A)
FMC 11" x 4- Y2" with standard BPV profile
Cameron 4-1/16" 5M
4-Y2" slotted liner in OBd sand (planned to be isolated with IBP at Pr-rig work)
SW with diesel cap down to -2,200' TVD
......~_lar~11H rlllll![1 ~_&tIn'~ 1
2 x Production Liners: 8,000'
200 each
2 each
2 each
2 assemblies
I", !~~1'1.1~«~"",!;1I1 1 III¡
4 Y2", 12.6#, L-80, IBT-Mod Slotted Liner
4 Y2" x 5 %" x 8" Straight Blade Centralizers
7-%" x 4-Y2" Baker ZXP Liner Top Packer
4-Y2" Baker guide shoe
Baker Level 3 Hookwall Hangers with LEM
As Contingency
As Contingency
As Contingency
As Contingency
As Contingency
As Contingency
5,000'
1 each
1 each
2 each
1 each
4 each
1 each
4-Y2" 12.6 Iblft, L-80, BTC-M tubing
Baker PRM Production Packer 7-%" X 4-Y2"
Halliburton XN-Nipple (3.725" ID)
Halliburton X-Nipple (3.813" ID)
4-Y2" Baker CMD Sliding Sleeve
Camco 4-Y2" X 1" KBG-2 Gas Lift Mandrels
4-Y2" WLEG
Surface and Anti-Collision Issues
Suñace Shut-in Wells: V-104i and V-101 need to be shut-in for the rig move on and off V-202.
Close Approach Shut-in Wells: There are NO close approach wells requiring subsurface isolation for this profile.
Close A~roach Well List:
; N~~1'.:f~"¡'~Id~tl""~-""iWf:~~~~~~~~
Mud Program
I LVT-200 MOBM (Versa-Pro)
YP I Oil: H20 Ratio I PV I API Filtrate I
18 - 25 80 : 20 15 - 20 4 - 5.5
6-%" Production Hole Mud Properties:
Interval I Density (ppg) I Stability
Interval 9.2 650 - 900
MBT
<6
2
Well Control
e
e GPB V-202 L 1 & L2 Permit
Well control equipment consisting of 5,000 psi working pressure pipe rams(2), blind/shear rams, and annular
preventer will be installed and are capable of handling the maximum potential surface pressures. Based upon
calculations below, BOP equipment will be tested to 3,500 psi.
Diverter, BOPE and drilling fluid system schematics on file with the AOGCC.
Production Section-
· Maximum anticipated BHP: 1,902 psi @ 4,371' TVDss (8.4 ppg EMW). Actual from MDT's
· Maximum surface pressure: 1,465 psi @ surface
(based on BHP and a full column of gas from TD @ 0.10 psi/ft)
· Planned BOP test pressure:
· Planned completion fluid:
3,500 psi (7-%" casing has been tested to 3,500 psi)
Estimated 9.2 ppg Brine /6.8 ppg Diesel
5,000 psi Working Pressure
(entire stack and valves
3,500/250 psi Rams & Valves
3,500/250 psi Annular
Disposal
· NO ANNULAR INJECTION ON THIS WELL.
· No annular injection in this well.
· Cuttings Handling: Cuttings generated from drilling operations will be hauled to grind and inject at DS-04.
Any metal cuttings will be sent to the North Slope Borough.
· Fluid Handling: Haul all drilling and completion fluids and other Class II wastes to DS-04 for injection.
Haul all Class I waste to Pad 3 for disposal.
Formation Markers
~; ; :~:~i}.~~~..-:~¡;~iIILWa:~·~_I~r"_~~;~
OA 4,296 TopsfromV-202original 1,819 8.13 PsifromMDT
OBa 4,364 Tops from V-202 original 1,902 8.37 Psi from MDT
OBb 4,403 Tops from V-202 original 1,970 8.6 Estimated
OBc 4,457 Tops from V-202 original 1,986 8,6 Estimated
OBd 4,512 Tops fromV-202 original 1,957 8,32 Psi from MDT
CasingITubing Program
6-%" (L 1)
6-%" (L2)
Tubing
4-%"
4-%"
4-%"
12.6#
12.6#
12.6#
L-80
L-80
L-80
IBT-M
IBT-M
IBT-M
3,903
4,070
5,032
5,248' / 4,442
5,061' / 4,382
29' / 29'
9,151' /4,480'
9,131' /4,438'
5,061' / 4,382'
4 112" Slotted Liner Centralizer Placement
a) Run one straight blade rigid centralizer per joint, floating between the collars. Do not put any
centralizers in the 7" x 4-·W liner lap.
Bit Recommendations
3
Survey and Logging prog!
e GPB V-202 L 1 & L2 Permit
6 %" Hole Sections: I Geosteer through Schrader OBa and OA sands
While Drilling: MWD I GR I Res I PWD I Den I Neu I ASI (Den/Neu recorded only)
Motors and Required Doglegs
-:_"J~ ~::~~}~~Im-;n¡j~:·· ~,,~J;¡JmI~,I¡[I:¡iiI-·· ·_In¡IIT:t1-.1~
3 4 %" Anadrill475M4570XP,Mud motor w/1 ,5° adj 250 -275 60-80 Maximum build:
bend housing w/5,0" string stabilizer & AIM gpm 14,0°/100'
Scope of Work
Planned Pre-RiQ Work:
1, Other Work:
a, Perform 7 day pressure build-up by shutting-in the gas lift and then winging-in the flowline, The well has a
pressure gauge already installed in GLM #1. Freeze protection would make the PBU interpretation more
difficult and should not be required, since the watercut and GOR are very low and the lift gas has a dew point
of -40°F. If the well were to hydrate-off, the next step is CTU anyway,
b. POP well at least two days before PL Ts.
c. Put well in pad separator and test just prior to PL Ts.
2. CTU Work:
a, Please have PE discuss this job with Donn Schmohr prior to rig-up,
b, Run in hole with nozzle (previous successful trip with 1.9" CR & 2" XO/checks/stinger/JS nozzle). Tag for fill
in slotted horizontal liner, Do not take excessive risks to reach TD, Consult with Donn Schmohr if significant
fill is found and before attempting any fill clean-out.
i. The objective of this step is to ascertain whether sand fill is occurring in liner. This would be useful
information for future multilateral screen designs,
ii. Since this well was drilled with oil based mud to prevent formation damage, we are reluctant to introduce
water onto the formation for a clean-out. Any fill clean-out would probably need to be under-balanced with
gas lift or nitrogen,
c, Run memory production logs as follows:
i. Verify that well is in test prior to logging, Save trend data for log analysis,
ii. Make up PDS 1-11/16" memory GR-Spinner- Temperature-Pressure log,
1. The objective of the logs are to determine how much length of lateral is productive in a Schrader Bluff
well.
2, Note there is an undersized 2.75" XN nipple in the 4-1/2" liner. Cautiously approach XN nipple
3, Don't want to take excessive risks of losing a fish to obtain production logs.
4, Consult with PDS and Donn Schmohr to choose proper centralizers (to get into 2.75" XN) and spinner
(2-1/8" in-line or 2-1/8" x 4-1/2" folding).
iii. Record 10 min, stop counts in 4-1/2" tubing at 4700' and 4-1/2" liner at 5900',6000',6500', 7000', 7500',
8000', 8900'.
iv, Make three round trip flowing passes of the slotted liner from 6020' to 8900' (one trip each at 30, 60, and
90 fpm),
d, Set 2-1/2" Baker Inflatable Bridge Plug in the solid 4-1/2" liner at - 5930' MD.
i. The objective of the IBP is to protect the OBd lateral interval from sidetracking and drilling damage as well
as provide drilling well control. The IBP will have to be retrieved back through multi-lateral junctions with
ID's of 3,70".
ii. The IBP should be set in the solid liner (5884 - 5970' MD) above the 2.75" XN (5970' MD).
e. Liquid pack the tubing with seawater and freeze protect to 2300' MD with diesel.
f. Pressure test IBP to 500 psi.
3. Other Work:
a, Liquid pack the IA with seawater and freeze protect to 2300' MD with diesel.
4
4. Slickline Work:
a. Pull SPMG from GLM #1 at 4883'.
b. Dummy off GLM #2 at 4641'.
c. Dummy off GLM #4 at 2585'.
5. Electric Line Work:
a. Consult with Baker prior to rig-up to identify from the drillers tally the desired cut zone for the Baker Premier
packer.
b. Run USIT-GR-CCL-Jewelry Log from maximum allowable depth (-73° at 5200') to 4700' (above packer).
c. The objective of this log is to correlate the jewelry for chemical cutting of the Baker Premier packer and to
identify if any cementing defects exist in the sidetrack intervals.
d. Chemically cut the Baker Premier packer as per Baker's instructions.
e. There is a 14" cut zone for this packer. Baker has a well tally and spreadsheet for this in their slope shop.
e
e GPB V-202 L 1 & L2 Permit
Drillina Ria Return Operations:
1. MIRU Nabors 9ES. Circulate out diesel freeze protection over to seawater. Verify the well is dead.
2. Set TWC. Nipple down tree. Nipple up and test BOPE.
3. Pull and lay down the 4-%" tubing and Baker PRM packer.
4. MU clean-out BHA with 4" DP and flat bottom mill I String Mill I boot baskets I etc. RIH to OBd liner top packer,
circulate and condition well bore as required. Pump hot oil to remove excess paraffin if needed.
5. Clean pits for displacement. Displace over to 9.2 ppg Versapro MOBM. POOH, LD cleanout assembly.
6. PU 7-%" X 4-%" liner top packer and 650' of 4-%" scab liner and RIH and set.
7. PU the 7-%" whipstock assembly. Set the whipsock on the liner top packer such that the top of the window is
near the top of the OBa sand (planned KOP: 5,248' MD). Orient whipstock to highside. Shear off Whipstock &
mill window. Perform FIT. POOH
8. RIH with 6-%" drilling assembly (with MWD/GR/Resl Azimuthal Den INeu/AIM) to whipstock. Directionally drill
to 6-%" TD. Planned TD is 9,248' MD. Circulate and condition mud and perform wiper trip. POOH.
9. Pull whipstock #1.
10. Run and set 4-W' slotted liner and hook hanger, POOH and LD liner running string.
11. Run Baker Hook Hanger Lateral Entry Module #1 with ZXP liner top packer, POOH
12. PU the 7-%" whipstock assembly. Set the whipsock on the liner top packer such that the top of the window is
near the top of the OA sand (planned KOP: 5,061' MD). Orient whipstock to highs ide. Shear off of Whipstock
and mill window. Perform FIT. POOH
13. RIH with 6-%" drilling assembly (with MWD/GR/Resl Azimuthal DenlNeu) to whipstock. Directionally drill to 6-
%" TD. Planned TD is 9,261' MD. Circulate and condition mud and perform wiper trip. POOH.
14. Pull whipstock #2,
15. Run 4-%" slotted liner and hook hanger, POOH and LD liner running string.
16. Run Baker Hook Hanger Lateral Entry Module #2 with ZXP liner top packer,
17. Clean pits for displacement. Displace over to 9.2 ppg KCL brine. POOH
18. MU 4-·W 12.6# BTM-M, L-80 completion assembly and RIH. See completion schematic for details,
19. Land tubing hanger and run in lockdown screws.
20. Reverse in brine with Corexit to protect the annulus.
21. Drop RHC ball and rod and set packer as per Baker recommendation and test tubing to 3,500 psi and annulus
to 3,500 psi. Shear DCK-1 valve.
22. Install two-way check and test to 1,000 psi. Nipple down the BOPE. Nipple up and test the tree to 5,000 psi.
23. Pull two-way check. Freeze protect the well to 2,200' TVD. Install VR plug in 7-%" casing annulus valve.
24. Install BPV. Secure the well and rig down I move off Nabors-9ES.
Post-RiQ Work:
1. MIRU slickline. Pull the ball and rod I RHC plug.
2. Pull out DCK-1 shear valve, install GLV in all of the other mandrels as per the PE.
5
Job 1: MIRU:
e
e GPB V-202 L 1 & L2 Permit
Critical Issues:
~ Ensure the AOGCC receives 24-hour advance notification of the diverter test and subsequent BOP
tests.
~ V-104i and V-101 will need to be shut in at the surface prior to the V-202 rig move. V-108 and V-107 will
not need to be shut in for the rig move. The well houses will need to be removed off of V -1 04i and V -101.
All surface flowlines and gas lift lines will need to be depressurized to header pressure. Discuss the move
at a pre-job safety meeting and designate a spotter to ensure there is no danger of a collision.
Nearby Wells V-I04i V-IOI V-I08 V-I07
Distance to Target Well 29.89 30.10 60.11 59.88
Rig N9ES Wellhead Separation -0.11 0,10 35,11 34,88
*N9ES requires minimum 15' centers, well houses must be removed & wells shut-In at surface If within 30' of target well*
~ V Pad is not designated as an H2S site, however Standard Operating Procedures for H2S precautions
should be followed at all times. Recently 10 ppm of H2S has been measured at V-Pad from all wells tested
as recently as January 2003 with hand held H2S meters. This is as a result of H2S being transmitted by
shared gas lift gas and not produced from V-Pad. There has been no seawater injection at V-Pad to date.
Job 2: Decomplete Well
Critical Issues:
~ The Baker Premier packer @ 4,773' MD will be cut. The OBd lateral will be isolated with a inflatable bridge
plug (see planned pre-rig work details above). The wellbore will be displaced with KW fluid (seawater) with
a diesel cap down to 2,300' MD.
~ The 4-W' tubing was run back in May '03 so it is should be in really good shape. Be careful not to gall the
connections during the decompletion. It will be desirable to rerun as much of this tubing as possible for the
re-completion of this well.
~ NORM test all retrieved well head and completion equipment.
~ Losses: Keep a close eye on looses. There will be an inflatable bridge plug isolating the previously drilled
and produced OBd lateral. This lateral will have a low reservoir pressure; therefore it could possibly take
fluid if the bridge plug failed.
Job 3: Run Whiostocks COBa & OA)
Hazards and Contingencies
~ Depth Control: Depth control will be very critical on this window. This window will require space out
tubulars below the whipstock to allow the whipstock to land out on the ZXP liner top packer used on the
OBd lateral. A discussion will need to take place to determine the best way to gain accurate depth control
for the window setting depth.
~ Equipment Measurements: Verify measurements of all assemblies prior to picking up
~ Whipstock Orientation I Depth: The whipstock should be oriented to ±15° left of high side. This will allow
for a better window and allow for easier access into the window with the bent joint on the end of the 4-%"
liner. Exact window depth to be based off of actual logs.
~ Window Milling: It is critical to have a smooth uniform full length window. Extra time spent on the window
milling will be well worth it when it comes time to land out the hook hanger. Follow the BOT representative
during the milling of the window.
~ Whipstock Setting: On past wells, only one shear was observed during the whipstock setting procedure.
This introduced some uncertainty as to whether or not the slide was oriented correctly. The most likely
explanation for this is that on high angle wells cased hole friction may cause the 15-20K bottom trip and the
35K whipstock shear to occur simultaneously.
~ Hole Cleaning: Well inclination at the planned kick off point is about 75°. However the wellbore above the
KOP has a 3,700-ft 50° tangent section prior to building up to 85°. Good window milling and hole cleaning
practices will be critical to ensure that metal and formation cuttings are removed from the well. Cuttings will
tend to dune up at the window due to hole geometry
6
e . GPB V-202 L 1 & L2 Permit
~ Once milling is complete, make sure all BOP equipment is operable. ~h out BOP stack to remove any
metal cuttings which may have settled out.
~ FIT: An FIT of 11.5 ppg EMW is required at the 7-%" window. This will cover the expected normal ECD
range for this section.
Job 7: Drill 6-%" Laterals (OBa & OA Sands)
Critical Issues
~ MOBM: The production interval will be drilled with a 9.2 ppg VersaPro MOBM. This is a new type of
drilling fluid and has inherent HSE issues associated with its handling. Review the BP MaC, the
Nabors Hazard Analysis, and the MI drilling fluids program prior to utilizing this fluid.
~ Geosteering: Geosteering in the lateral intervals is expected to be the most challenging aspect of this
well. Anadrill AIM will be used and should help mitigate some of this challenge, A 1.50 bent housing
motor will be used to help proactively make corrections quicker to avoid unnecessary undulations
throughout this interval. There will be a rigsite geologist on location to help with interpretations.
~ Surveying: Survey density is critical to achieve vertical positional certainty. It is recommended to
survey every 30-45' to ensure accurate vertical positional certainty throughout the horizontal section.
This survey density should alleviate the errors associated with vertical section creep.
~ ECDlHole Cleaning: Utilize PWD to monitor for good hole cleaning and ECD trends. Cuttings will tend
to dune up at the window due to hole geometry. Planned ECD hardline 11.5 ppg EMW.
þ;> Kick Tolerance: The kick tolerance for the 6-%" open hole section would be an infinite influx assuming a
kick from the Schrader at -9,151' MD. This is a worst case scenario based on an 8.8 ppg pore pressure
gradient, a fracture gradient of 9.6 ppg at the window (5,248' MD), and 9,2+ ppg mud in the hole.
Job 10: Retrieve Whipstocks #1 & #2
Critical Issues
~ Orientation of Retrieval Hook: When scribing to align the MWD to the hook remember that the
orientation of the hook will need to be 1800 from the orientation of the whipstock.
Job 11: Run 4-1f.z" Slotted Liner with HookhanQers & LEM (OBa & OA Sands)
Critical Issues
~ Liner to bottom: This liner must go to bottom to allow for future access to it and to allow for space for
the next window above. If problems are encountered while RIH with the liner stop and POOH and make
a cleanout run with a hole opener. If the innerstring is present, attempt to circulate and reciprocate to
help get the liner in.
~ Ensure that all casing, tubing, drill pipe, and accessories run are drifted with proper drift before being
run into well. All components of the liner running string and the innerstring should be drifted to their
specified drift. Drift specification for the workstring are as follows:
Job 12: Run Completion
Hazards and Contingencies
~ Dirty Hole: It is critical to have a clean hole to run this completion in due to the production packer. Take
time if deemed necessary to run a GR/JB. If the packer partially prematurely sets, set it all the way and run
in and chemical cut and remove the completion,
7
e GPB V-202 L 1 & L2 Permit
~ Diesel: Diesel will be us~ freeze protect the well. The diesel flash point is 1000 F. Diesel vapor
pressure is - 0.1 psia at 1000 F.
~ Thread Dope: Best-o-life (BOL) 2000 NM is the BP approved thread compound for Carbon API
connections. BOL 2000 and BOL 2000 NM are compatible and can be mixed.
~ Shear Valve: We will switch from an RP shear valve to a DCK-1 shear valve due to the RP shear valve
failure on numerous wells. The DCK-1 shear valve has had good success due to the locking mechanism
that keeps the sleeve from migrating back down over the ports after the tool is sheared open. This valve
does require a higher differential pressure to open.
Job 13: ND/NUlRele8se RiQ:
Critical Issues
~ See Job 1 for adjacent well spacing. Identify hazards in a pre move meeting, and take every precaution
to ensure good communication prior to beginning the rig move. Use spotters when moving the rig.
~ Diesel: Diesel will be used to freeze protect the well. The diesel flash point is 1000 F. Diesel vapor
pressure is - 0.1 psia at 1000 F.
8
_~~~:.~~~+¡Ú
V-202 OBd Only
~
TREE: FMC 4-1/16" 5M e I
ELLHEAD FMC . Orig KB elev (N-9ES) = 28.5'
W : Gen 5 System
11", 5M csg.head wI 7" mandrel hanger & packoff
11" x 11", 5M, tbg spool wI
11" x 4-1/2" tubing hanger with control line ports
11" X 4"1/16" Adaptor Flange
....
20" X 34" 215.5Ib/ft, A53 ERW Insulated 1 109'
.--- -- Halliburton X-Nipple (3,813"10) r 2,236' MD I
..
.... 10-3/4",45.5# L-80 BTC Csg @ 2,843' MD
Cameo gas lift mandrel 4-1/2" x 1" KBG2
With OCR Shear Valve in mandrel above packer
2,500' TVD, 2 & 4 joints above the
sliding sleeve, & just above WLEG
7-5/8",29.7#, L-80. BTC-M
Casing Drift: 6.75"
Casing ID: 6,875"
4,5" Baker CMO sliding sleeve with 3,813" 10
7-5/8" X 4-1/2" Baker PRM Packer with
inner mandrel cut for retrieval
4-1/2", 12.6 Ibltt, L-80, BTC-M
Coupling aD: 5.2"
DriftllD: 3.833"/3.958"
Halliburton X-Nipple (3,813"10)
Halliburton XN-Nipple (3,725"10)
4,5" WlEG 1-4,902' I
DATE
tI3OI2OO3
9,2 PPG Versa pro MOBM below Completion
Baker 2,5" Inflatable Bridge Plug @ 5,930' MO
7-5/8" Casing Shoe @ 5,966' MO
6-3/4" OBd Lateral 15,966'- 8,980' I
REV. BY
COMMENTS
GI6J},'t'f .Pmdhot'..ß'~r
ORION
WELL: V-202
MIK TRIOLO
Actual OBd lateral Completion
API NO: 50-029-23153-00
K0 .
POS~MPLETION
V-202, V-202 L 1 & V-202 L2
e
fJ
~RE~~:H~~g ~~~6~:~ S System I arig KB elev (N-9ES) = 28.5'
11", SM csg.head wI?" mandrel hanger & packoff
I 11" x 11", SM, tbg spool wI
11" x 4-1/2" tubing hanger with control line ports
11" X 4-1/16" Adaptor Flange
I E'1~" X 34" 215.5 IbIfI, AS3 ERW In.u~ted I 109'
f ._____. 10-314" TAM Port CoIlar 1,000' 1
~ ~alliburton X-Nipple (3,813" ID) 12,200' TVD I
,...L
¡
"¡
!
¡
4-1/2", 12,6 Iblft, l-80, BTC-M
Coupling aD: 5,2"
DriftllD: 3.833"/3,958"
...
!
-
,.,.
.-
110.. 10-3/4",45.5# L-80 STC Csg @ 2,843' MD
4,5" Baker sliding sleeve with 3.S13"ID
7-5/S" X 5-112" Baker PRM Packer
_Halliburton X-Nipple (3,S13"ID)
4.5" WLEG 1-5,031' 1
Baker ZXP Liner Top Packer & Hanger @ 5,031' MD
RA Tag 5,062' MD
Baker Hughes Hookwall Hanger @ 5,041' MD
Window in 7-5/S" casing@ 5,061' MD
Well Inclination @ Window = 70°
9,2 PPG Versa pro MOBM below Completion
6-3/4" OA Lateral 15,061'-9,131' 1
Baker Hughes Hookwall Hanger @ 5,22S' MD
Window in 7-5/S" casing@ 5,24S' MD
Well Inclination @ Window = 72°
Halliburton XN-Nipple (2,75"ID)
Baker ZXP Liner Top Packer & Hanger @ 5,S62' MD
A
------ ;~:
~.'_..o::'_"':'::::
7-5/8",29,7#, l-80, BTC-M
Casing Drift: 6,75" 7-5/S" Casing Shoe @ 5,966' MD
Casing ID: 6.875"
~
6-3/4" OBd Lateral 15,966'-8,980' I
DATE
REV. BY
COMMENTS
G~lflhu..8I.!
tI3OI2oo3
MIK TRIOLO
Level 3 Multl-Lateral, 4 1/2" GL Completion
POLARIS
WELL: V-202 ML
API NO: 50-029-23153-00
50-029-23153-60
5O-o29-23153~1
$chlombepglP
Dn1lingand Measurements
Report Date:
Client:
Field:
Structure 1 Slot:
Well:
Rig:
UWIIAPI#:
Survey Name 1 Date:
Tort 1 AHD 1 DDII ERD ratio:
Grid Coordinate System:
Location LatILong:
Location Grid NIE YIX:
Grid Convergence Angle:
Grid Scale Factor:
V-202 Final Survey Report
May 16, 2003
BP Exploration Alaska
Prudhoe Bay Unit - WOA (Drill Pads)
V-Pad / Plan V-202 (N-F)
V-202
Nabors 9 ES
50-029-23153-00
V-202 / May 3, 2003
268,301 ° 15813.47 ft 16.478/1,247
NAD27 Alaska State Planes, Zone 4, US Feet
N 70 1940,652, W 1491559,104
N 5970065,800 ftUS, E 590453,170 ftUS
+0,69077098° (Not Used, (FR Corrected)
0.99990929 (Not Used, IFR Corrected)
Survey 1 DLS Computation Method:
Vertical Section Azimuth:
Vertical Section Origin:
TVD Reference Datum:
TVD Reference Elevation:
Sea Bed 1 Ground Level Elevation:
Magnetic Declination:
Total Field Strength:
Magnetic Dip:
Declination Date:
Magnetic Declination Model:
North Reference:
Total Corr Mag North -> True North:
Local Coordinates Referenced To:
Minimum Curvature 1 Lubinski
4.750°
N 0.000 ft, E 0.000 ft
KB
82,3 ft relative to MSL
54.000 ft relative to MSL
25,576° (Not Used, IFR Corrected)
57515,207 nT &.
80,778° W
May 03, 2003
MWD+IFR+MSA
True North
+25.576° (Not Used, IFR Corrected)
Well Head
Comments Measured Inclination Azimuth TVD Vertical NS EW Closure Closure DLS Survey Type
Depth Section Azimuth ( Markers)
(ft) (deg) ( deg ) (ft) (ft) (ft) (ft) (ft) (deg) , deg/1 00 ft
0.00 0.00 0.00 0.00 0,00 0.00 0.00 0.00 0,00 0,00 TIP
200.00 0.19 118.51 200.00 -0,13 -0.16 0.29 0.33 118,51 0,00 Gyro
300,00 0.34 136.62 300.00 -0.40 -0.45 0,64 0.78 125,26 0,17 Gyro
400,00 1.97 167,60 399.98 -2,24 -2.35 1.21 2.64 152,66 1,69 Gyro
500,00 3.13 165,82 499,87 -6.46 -6.67 2.25 7.04 161.35 1.16 ~.
600,00 3.01 180,12 599,73 -11.66 -11.95 2.92 12,30 166,29 0.77
700.00 2.24 196,02 699,63 -16.20 -16.45 2.37 16,62 171.80 1.05 Gyro
800.00 0.43 208.64 799,60 -18.46 -18,66 1.65 18,73 174.94 1.82 Gyro
900.00 0,17 333.97 899,60 -18,67 -18,85 1.41 18.91 175,74 0.55 Gyro
1000.00 0,74 359.12 999,59 -17.90 -18.07 1.33 18.12 175.79 0.59 Gyro
1100,00 2,32 13.87 1099,55 -15.26 -15.46 1.81 15.57 173.34 1.62 Gyro
1200.00 3.30 12,71 1199.43 -10.41 -10.69 2.92 11.08 164,70 0.98 Gyro
1300,00 4,82 6,36 1299.18 -3.36 -3.71 4.02 5.47 132.66 1.58 Gyro
1400,00 6.42 2.16 1398,70 6.42 6.06 4.70 7.67 37,82 1,65 Gyro
Page 1 of 6
Comments Measured Inclination Azimuth TVD Vertical NS EW Closure Closure DLS Survey Type
Depth Section Azimuth ( Markers)
(ft) ( deg ) (deg) (ft) (ft) (ft) (ft) (ft) ( deg ) 'deg/100 ft
1500.00 9.51 0.76 1497.72 20.25 19.91 5.02 20.53 14.15 3.10 Gyro
1600,00 12,19 0.91 1595,92 39,03 38.73 5.30 39,09 7.79 2,68 Gyro
1700,00 13.12 0.10 1693.49 60,88 60.63 5.48 60.88 5.17 0.95 Gyro
1800,00 14.07 355.37 1790,69 84.18 84,10 4.52 84.22 3,08 1.46 Gyro
1900.00 16.89 352.10 1887,06 110.36 110.61 1.54 110.62 0,80 2,95 Gyro
2000.00 20,03 346.96 1981,91 140.85 141.69 -4.32 141.76 358,25 3,53 Gyro
2066.41 20,27 349.12 2044,25 162.76 164.07 -9.06 164.32 356,84 1.18 MWD+IFR+MSA
2159,31 22,26 352,87 2130.83 195.48 197.34 -14.28 197,85 355.86 2.59 MWD+IFR+~
2252.98 24.14 353,77 2216,92 231,64 233.99 -18.56 234.72 355.47 2.04 MWD+IFR+MSA
2345.36 26,95 355,28 2300.26 270,85 273.64 -22.33 274,55 355,33 3.12 MWD+IFR+MSA
2439.30 29,02 356,56 2383.21 314.40 317 .60 -25.45 318.62 355.42 2.29 MWD+IFR+MSA
2531,58 29,61 354.28 2463,68 358,98 362.63 -29.07 363,79 355.42 1.37 MWD+IFR+MSA
2626.27 29.77 354,03 2545.94 405.08 409,29 -33.84 410.68 355,27 0.21 MWD+IFR+MSA
2719.40 29,81 354,06 2626.76 450.54 455,31 -38.64 456.94 355,15 0.05 MWD+IFR+MSA
2794.91 29,84 354,51 2692,27 487.47 492,67 -42.38 494.49 355,08 0,30 MWD+IFR+MSA
2869,32 29.47 354.55 2756.93 523,70 529.32 -45.89 531.31 355,04 0,50 MWD+IFR+MSA
2930,67 29.39 354.40 2810,36 553,37 559.33 -48,79 561 .45 355,01 0.18 MWD+IFR+MSA
3024,18 28.94 353.94 2892,02 598,16 604.66 -53,42 607.02 354,95 0,54 MWD+IFR+MSA
3117,12 28.61 353.93 2973.48 642,10 649.15 -58.15 651.75 354,88 0,36 MWD+IFR+MSA
3210,90 28.81 350.37 3055,74 686,05 693.76 -64.30 696.73 354,70 1,84 MWD+IFR+MSA
3305,16 29.18 341.16 3138,23 729,13 737.92 -75.53 741,78 354.16 4,75 MWD+IFR+~
3398,85 28.92 334.57 3220,15 769,66 780.01 -92.64 785.49 353,23 3.43 MWD+IFR+
3491,82 27.70 329.62 3302,01 806,77 818.95 -113.22 826,74 352,13 2,84 MWD+IFR+MSA
3585,06 27.13 325.63 3384,79 840.99 855.20 -136,19 865,98 350,95 2.06 MWD+IFR+MSA
3679,05 28.82 324.91 3467,79 875,01 891.43 -161.31 905.91 349,74 1.83 MWD+IFR+MSA
3771.21 30,26 325,21 3547.97 909.98 928,68 -187.33 947.38 348.60 1.57 MWD+IFR+MSA
3863.41 30,68 325,51 3627.44 946,11 967,14 -213.90 990.52 347,53 0.48 MWD+IFR+MSA
3958.46 32.04 325.84 3708,60 984,51 1008.00 -241.79 1036.59 346.51 1.44 MWD+IFR+MSA
4051.94 33.61 326.94 3787,15 1024.25 1050.20 -269.83 1084.31 345.59 1,80 MWD+IFR+MSA
4145,02 36.75 330.75 3863,23 1067.70 1096.10 -297.50 1135.76 344.81 4,11 MWD+IFR+MSA
Page 2 of 6
Comments Measured Inclination Azimuth TVD Vertical NS EW Closure Closure DLS Survey Type
Depth Section Azimuth ( Markers)
(ft) (deg) ( deg ) (ft) (ft) (ft) (ft) (ft) (deg) . deg/100 ft
4238.98 39.69 332.34 3937.04 1116,35 1147.22 -325.17 1192.41 344.17 3.30 MWD+IFR+MSA
4332,54 44,54 333,71 4006.43 1169,72 1203.13 -353.59 1254.01 343.62 5,28 MWD+IFR+MSA
4426,15 45.59 334.70 4072,54 1226,79 1262.79 -382.42 1319.43 343.15 1,35 MWD+IFR+MSA
4516.31 48.26 336,31 4134,11 1284.25 1322.72 -409.70 1384.72 342.79 3,24 MWD+IFR+MSA
4613.48 51,22 337.55 4196.91 1349,83 1390.94 -438.74 1458.50 342.49 3.20 MWD+IFR+MSA
4705,32 55.34 337.98 4251.81 1415.42 1459.07 -466.58 1531.86 342.27 4.50 MWD+IFR+MSA
4800.40 58.74 339.61 4303.53 1487,15 1533.44 -495.41 1611.48 342.10 3,85 MWD+IFR+MSA
4892,65 62.80 339.69 4348.57 1560,04 1608.90 -523.40 1691.90 341.98 4.40 MWD+IFR+Me
4984,65 66.30 338.79 4388.10 1634,99 1686.57 -552,85 1774.87 341 .85 3,91 MWD+IFR+MSA
5075.07 70,08 340.34 4421.69 1710,95 1765.22 -582.14 1858.73 341,75 4.47 MWD+IFR+MSA
5170.36 72.76 343.87 4452.05 1794.30 1851,16 -609.87 1949.03 341.77 4,50 MWD+IFR+MSA
5264,07 73.11 349.08 4479.57 1879,33 1938.22 -630.81 2038.29 341.97 5.33 MWD+IFR+MSA
5352.13 71.29 352,95 4506,50 1960.75 2021.01 -643.91 2121.11 342.33 4,67 MWD+IFR+MSA
5451.79 74,87 354,58 4535,50 2054.33 2115.78 -654.25 2214.62 342.82 3,92 MWD+IFR+MSA
5545.16 78.48 357,33 4557,02 2144,10 2206.38 -660.64 2303.17 343.33 4,81 MWD+IFR+MSA
5638.03 82.15 0,62 4572,65 2235.15 2297.89 -662.26 2391.42 343.92 5,27 MWD+IFR+MSA
5735.17 83.01 5,89 4585,20 2331.41 2394,02 -656.79 2482.48 344.66 5.45 MWD+IFR+MSA
5824.60 82,12 9.39 4596,77 2419.96 2481.90 -645.01 2564.34 345.43 4,01 MWD+IFR+MSA
5902.23 81.29 15.14 4607,98 2496.09 2556,93 -628.70 2633,09 346.19 7.41 MWD+IFR+MSA
5943.83 81.26 16.75 4614,29 2536.42 2596.46 -617.41 2668.86 346.62 3,83 MWD Inc Only
5965.21 81.10 17,58 4617,57 2557.05 2616.65 -611.17 2687.08 346.85 3,91 MWD Inc 0.
5996.02 81.62 19.46 4622,20 2586,64 2645.53 -601.50 2713.05 347.19 6,25 MWD+IFR+M
6027.44 86,65 20,04 4625.41 2616,82 2674.94 -590.94 2739.44 347,54 16.11 MWD+IFR+MSA
6061,08 87.75 20,94 4627.06 2649,16 2706.41 -579.18 2767.69 347,92 4.23 MWD+IFR+MSA
6087.36 88.33 22.16 4627.96 2674.30 2730,84 -569.53 2789,60 348,22 5.15 MWD+IFR+MSA
6121.74 90.01 22,84 4628.46 2707,04 2762.60 -556.37 2818.07 348.61 5,27 MWD+IFR+MSA
6152,77 92.00 23,77 4627,91 2736.45 2791.09 -544.10 2843.63 348.97 7,08 MWD+IFR+MSA
6184.71 93.89 24.36 4626.27 2766.55 2820,21 -531.09 2869,78 349,34 6.19 MWD+IFR+MSA
6213.10 94.89 24.23 4624,10 2793.22 2846,01 -519.45 2893,03 349,66 3.55 MWD+IFR+MSA
6246.69 95.02 23.36 4621,20 2824.86 2876,63 -505.94 2920.79 350,02 2.62 MWD+IFR+MSA
Page 3 of 6
Comments Measured Inclination Azimuth TVD Vertical NS EW Closure Closure DLS Survey Type
Depth Section Azimuth ( Markers)
(ft) ( deg ) ( deg ) (ft) (ft) (ft) (ft) (ft) (deg) . degJ1 00 ft
6277.40 95.09 22.42 4618.49 2853,93 2904.81 -494.05 2946.53 350,35 3,06 MWD+IFR+MSA
6306.57 94,06 20,52 4616,16 2881,77 2931.87 -483.41 2971.46 350,64 7.39 MWD+IFR+MSA
6337.63 94.10 20.36 4613,95 2911,60 2960.90 -472.59 2998,38 350,93 0,51 MWD+IFR+MSA
6368,82 94.85 20.59 4611,52 2941.53 2990,03 -461.71 3025.47 351 ,22 2.53 MWD+IFR+MSA
6399.66 93.99 21.80 4609,14 2971.02 3018,70 -450.59 3052.14 351,51 4,81 MWD+IFR+MSA
6430.11 94.23 23.03 4606.95 2999.96 3046,78 -439.01 3078.24 351.80 4.12 MWD+IFR+MSA
6461,90 94.78 23.82 4604.46 3029.98 3075,85 -426.41 3105,27 352.11 3,02 MWD+IFR+MSA
6493.89 95,30 23.57 4601.65 3060.12 3105,03 -413.60 3132.46 352.41 1.79 MWD+IFR+~
6525,50 93.58 24.56 4599.20 3089.86 3133.81 -400.75 3159.33 352.71 6.26 MWD+IFR+MSA
6556,34 90.11 24.81 4598.21 3118.83 3161.81 -387.88 3185.51 353.01 11.27 MWD+IFR+MSA
6588.85 86.99 23.90 4599.03 3149.44 3191.41 -374.48 3213.31 353.31 10.01 MWD+IFR+MSA
6619.32 86,92 23,70 4600.64 3178,20 3219.25 -362.20 3239.56 353,58 0,71 MWD+IFR+MSA
6649.30 87.40 24.01 4602,13 3206.50 3246,64 -350.09 3265.46 353,85 1.91 MWD+IFR+MSA
6680.39 88.78 24.52 4603,16 3235.78 3274,97 -337.32 3292.29 354.12 4.71 MWD+IFR+MSA
6711.71 87.92 25.13 4604,07 3265.19 3303.38 -324.18 3319.25 354.40 3.36 MWD+IFR+MSA
6742.42 86.61 24.65 4605.53 3293,99 3331,20 -311.27 3345.72 354.66 4.53 MWD+IFR+MSA
6775,19 85.31 23.04 4607.84 3324,88 3361,10 -298.05 3374.29 354.93 6,31 MWD+IFR+MSA
6806.53 86.03 23.48 4610.21 3354.51 3389.81 -285.71 3401.83 355.18 2.70 MWD+IFR+MSA
6837.44 87.03 24.52 4612.08 3383,64 3418.00 -273.16 3428.89 355.43 4,64 MWD+IFR+MSA
6869,53 87.16 23.94 4613.71 3413,85 3447.22 -260.01 3457.01 355.69 1.85 MWD+IFR+MSA
6909,37 84,03 22,78 4616,76 3451 .49 3483.68 -244.26 3492.24 355.99 8,38 MWD+JFR+~
6931.24 84,03 20,19 4619,04 3472,32 3503.92 -236,30 3511.88 356.14 11,75 MWD+IFR+
6962,11 84.45 18.90 4622,14 3502,01 3532.86 -226.02 3540,09 356,34 4.39 MWD+IFR+MSA
6992,65 85.06 18.09 4624.93 3531.56 3561.71 -216.37 3568.27 356,52 3,32 MWD+IFR+MSA
7024,06 85.62 18.29 4627.48 3562.00 3591.45 -206.60 3597.39 356,71 1,88 MWD+IFR+MSA
7054.98 86.48 18,13 4629.61 3592,00 3620.75 -196.96 3626.10 356.89 2.83 MWD+IFR+MSA
7085,83 87.75 17.13 4631 ,16 3622,04 3650.11 -187.63 3654.93 357,06 5,23 MWD+IFR+MSA
7116,15 88.91 16.07 4632.05 3651.70 3679.16 -178.98 3683,51 357.21 5.21 MWD+IFR+MSA
7146.81 90,56 15.71 4632.19 3681.78 3708.64 -170.58 3712.56 357.37 5.49 MWD+IFR+MSA
7177.52 89.70 16.58 4632.12 3711,88 3738.14 -162.04 3741.65 357.52 3.98 MWD+IFR+MSA
Page 4 of 6
Comments Measured Inclination Azimuth TVD Vertical NS EW Closure Closure DLS Survey Type
Depth Section Azimuth ( Markers)
(ft) (deg) ( deg ) (ft) (ft) (ft ) (ft) (ft) (deg) 'deg/100 ft
7209,90 86.99 16,85 4633.05 3743.54 3769.14 -152.73 3772.23 357.68 8.41 MWD+IFR+MSA
7241,58 85.93 16.39 4635.01 3774.49 3799.43 -143.69 3802.15 357.83 3,67 MWD+IFR+MSA
7271.38 86.27 16.68 4637.04 3803.59 3827.94 -135.23 3830.32 357.98 1.51 MWD+IFR+MSA
7303.09 86,72 17.23 4638,98 3834,53 3858.21 -126.00 3860.27 358.13 2.24 MWD+IFR+MSA
7334.80 86.99 17.04 4640.72 3865.45 3888.47 -116.67 3890.22 358.28 1.05 MWD+IFR+MSA
7365.17 87.20 16.12 4642.26 3895,14 3917.54 -108.01 3919.03 358.42 3,12 MWD+IFR+MSA
7396.60 88.09 16.85 4643,55 3925,88 3947.65 -99.10 3948.89 358.56 3.68 MWD+IFR+MSA
7427.83 88.98 17.39 4644.35 3956,38 3977.48 -89.91 3978.50 358.71 3.33 MWD+IFR+w4t
7459,38 90,08 15,89 4644,60 3987,25 4007.71 -80.88 4008.53 358.84 5.90 MWD+IFR+MSA
7489.98 90,39 16,75 4644.48 4017,23 4037.08 -72.28 4037.72 358,97 3.00 MWD+IFR+MSA
7520.95 90.46 16.26 4644,25 4047,55 4066.77 -63.48 4067.27 359,11 1.60 MWD+IFR+MSA
7553,93 88.64 16,77 4644.51 4079.83 4098,39 -54.11 4098,74 359.24 5,72 MWD+IFR+MSA
7583.61 87.51 17.80 4645.51 4108.79 4126.71 -45,29 4126.96 359.37 5.16 MWD+IFR+MSA
7617.32 86.58 20.06 4647.25 4141 .42 4158.55 -34.37 4158.69 359.53 7.23 MWD+IFR+MSA
7646.00 89,80 20.70 4648,15 4169,03 4185.42 -24.39 4185.49 359,67 11 .46 MWD+IFR+MSA
7677.40 92.24 21.80 4647,59 4199,12 4214.68 -13.01 4214.70 359.82 8.51 MWD+IFR+MSA
7710,74 91.55 21.74 4646.49 4230,99 4245.62 -0.66 4245.62 359.99 2.07 MWD+IFR+MSA
7742,18 91.69 21.49 4645,60 4261,06 4274,84 10.92 4274.85 0.15 0.90 MWD+IFR+MSA
7770,31 92.21 21,39 4644,64 4287.99 4301,01 21.20 4301.06 0.28 1.87 MWD+IFR+MSA
7801,37 90.08 21,26 4644.02 4317.75 4329,93 32.49 4330,06 0.43 6,86 MWD+IFR+MSA
7835.28 89.46 21.56 4644.16 4350.24 4361,50 44.87 4361.74 0.59 2,02 MWD+IFR+~
7862.61 89.81 21,10 4644,33 4376.43 4386,96 54.81 4387,30 0.72 2,08 MWD+IFR+
7893.86 90.29 21.22 4644.31 4406.41 4416.11 66.09 4416,60 0,86 1,58 MWD+IFR+MSA
7925.75 89.19 21.53 4644.45 4436.97 4445,80 77.71 4446.48 1.00 3.58 MWD+IFR+MSA
7956.70 88.09 21.82 4645.19 4466.57 4474,55 89.14 4475.44 1.14 3.67 MWD+IFR+MSA
7986.22 88.16 21.99 4646.16 4494.76 4501,93 100.14 4503.04 1.27 0.62 MWD+IFR+MSA
8017.53 88.71 21,57 4647.01 4524,69 4530.99 111.75 4532.37 1.41 2.22 MWD+IFR+MSA
8048,03 88,67 21.08 4647,71 4553,91 4559.40 122,84 4561,05 1,54 1,58 MWD+IFR+MSA
8079,93 89.19 20,96 4648,30 4584,53 4589.17 134,28 4591.13 1,68 1.66 MWD+IFR+MSA
8110.85 88,09 20,95 4649,04 4614,21 4618.03 145.34 4620.32 1,80 3.55 MWD+IFR+MSA
Page 5 of 6
Comments Measured Inclination Azimuth TVD Vertical NS EW Closure Closure DLS Survey Type
Depth Section Azimuth ( Markers)
(ft ) ( deg ) (deg) (ft ) (ft ) (ft) (ft) (ft) ( deg ) , deg/100 ft
8141.88 87.95 20.73 4650.11 4644.01 4647.02 156.37 4649.65 1,93 0.84 MWD+IFR+MSA
8173.66 90.77 21.84 4650.47 4674.47 4676,63 167.90 4679.64 2,06 9.52 MWD+IFR+MSA
8204.78 92.27 21,53 4649.64 4704.23 4705,53 179.40 4708.95 2.18 4.95 MWD+IFR+MSA
8235.25 92.41 21.72 4648.39 4733.36 4733,84 190.61 4737.67 2.31 0.77 MWD+IFR+MSA
8266.83 93,51 21.69 4646.76 4763.53 4763,14 202.28 4767.43 2.43 3.48 MWD+IFR+MSA
8297.65 94,37 21.79 4644,65 4792,93 4791,70 213.66 4796.46 2,55 2.80 MWD+IFR+MSA
8328.30 94.47 21.31 4642,28 4822,19 4820.12 224.89 4825,36 2.67 1.59 MWD+IFR+MSA
8360.08 91.73 21.51 4640.56 4852.59 4849.66 236.47 4855.42 2,79 8,67 MWD+IFR+M_
8391.32 90.63 22.02 4639.92 4882.45 4878.67 248.06 4884.97 2,91 3.87 MWD+IFR+MSA
8421.83 90.80 22.21 4639.54 4911.57 4906.93 259.54 4913.79 3,03 0.85 MWD+IFR+MSA
8452.81 91.21 22,39 4639.00 4941.10 4935,59 271.30 4943,04 3.15 1.44 MWD+IFR+MSA
8483.81 90.22 22.23 4638.61 4970,65 4964.26 283.06 4972.33 3,26 3.25 MWD+IFR+MSA
8514,07 86.79 19,65 4639.40 4999,70 4992.51 293.87 5001.15 3.37 14,19 MWD+IFR+MSA
8545.64 86,31 19,70 4641,31 5030,15 5022,18 304.48 5031.40 3.47 1,53 MWD+IFR+MSA
8577.08 86.48 19,71 4643,28 5060.46 5051,72 315.06 5061.54 3,57 0,54 MWD+IFR+MSA
8608.12 85.51 19,24 4645.45 5090.41 5080,91 325.38 5091.32 3,66 3.46 MWD+IFR+MSA
8635.11 86.13 19.47 4647.42 5116.46 5106,31 334.30 5117,24 3,75 2.45 MWD+IFR+MSA
8670,20 86.65 20,02 4649,63 5150,28 5139.27 346.14 5150.92 3.85 2.15 MWD+IFR+MSA
8701,55 88,67 20,80 4650,91 5180.44 5168.63 357.06 5180.95 3,95 6,91 MWD+IFR+MSA
8732.38 88,95 21,15 4651,55 5210.04 5197.41 368.09 5210.43 4,05 1.45 MWD+IFR+MSA
8763.46 88,95 21,36 4652,12 5239,83 5226.37 379.35 5240.12 4,15 0,68 MWD+IFR+M.
8795.60 88,36 21.77 4652,87 5270,59 5256.25 391 .17 5270.79 4,26 2,23 MWD+IFR+M
8829.39 86.89 22.68 4654.27 5302.79 5287.50 403.94 5302.91 4,37 5.13 MWD+IFR+MSA
8860.88 85.72 22,54 4656.30 5332.70 5316,51 416.02 5332,76 4.47 3.74 MWD+IFR+MSA
8889,55 86.44 22,14 4658.26 5359.97 5342,97 426.89 5359,99 4.57 2.88 MWD+IFR+MSA
8923.26 87,20 21.80 4660.13 5392.12 5374.18 439.48 5392.12 4.68 2.46 MWD+IFR+MSA
8934.67 87.40 22.42 4660.67 5402,99 5384.74 443.77 5403.00 4,71 5.70 MWD+IFR+MSA
8985.00 87.40 22.42 4662.95 5450.90 5431.22 462.95 5450.91 4,87 0.01 Projection To Bit
Page 6 of 6
I
Top Whipstock
Base Whipstock
KOP Crv 10/100
End Crv
Crv 10/100
Target 2
End Crv
Crv 6/100
Target 3
End Crv
Crv 4/1 00
Report Date:
Client:
Field:
Structure I Slot:
Well:
Borehole:
UWI/API#:
Survey Name I Date:
Tort I AHD I DDII ERD ratio:
Grid Coordinate System:
Location LatlLong:
Location Grid N/E Y/X:
Grid Convergence Angle:
Grid Scale Factor:
Station ID
MD I
(ft)
5061.00
5073.00
5086.00
5100.00
5200.00
5270.14
5434.10
5466.79
5500.00
5600.00
5698.12
5756.41
5800.00
5878.35
5900.00
6000.00
6089.32
6243.27
V-202L2 (P1) report.xls
V-202 (OA)
Proposed Well Profile - Geodetic Report
March 28, 2003
BP Exploration Alaska
Prudhoe Bay Unit - WOA (Drill Pads)
V-Pad / Plan V-202 (N-F) 11III111III ty
V-202 IIIIIbl I
V-202L2 Feasl
50029
V-202L2 (P1) / March 28, 2003
181.176° / 5986.56 ft / 6.349/1.34~
NAD27 Alaska State Planes, Zone 04, US Feel
N 70.32795911, W 149.2664152C
N 5970065.890 ftUS, E 590453.480 ftUS
-t{).69077335°
0.99990929
Incl I
(0)
70.43
71.80
71.80
73.12
82.59
89.25
89.25
90.00
90.71
92.84
94.85
94.85
94.47
93.75
93.58
92.77
92.02
92.02
Azim I
(0)
328.50
329.93
329.93
330.42
333.71
335.92
335.92
339.10
342.34
352.12
1.75
1.75
4.34
9.00
10.29
16.24
21.56
21.56
TVD I
(ft)
4382.25
4386.13
4390.19
4394.41
4415.43
4420.43
4422.58
4422.80
4422.59
4419.48
4412.88
4407.96
4404.42
4398.80
4397.42
4391.87
4388.13
4382.70
TVDss I
(ft)
4300.45
4304.33
4308.39
4312.61
4333.63
4338.63
4340.78
4341.00
4340.79
4337.68
4331.08
4326.16
4322.62
4317.00
4315.62
4310.07
4306.29
4300.79
VSec
(ft)
1403.90
1411.32
1419.50
1428.39
1495.78
1546.39
1667.23
1691.92
1718.19
1803.56
1894.53
1950.17
1992.05
2068.53
2089.88
2189.28
2278.48
2432.11
Survey I DLS Computation Method:
Vertical Section Azimuth:
d~rtical Section Origin:
I D Reference Datum:
i IUD Reference Elevation:
Sea Bed I Ground Level Elevation:
Magnetic Declination:
Total Field Strength:
Magnetic Dip:
Declination Date:
Magnetic Declination Model:
North Reference:
Total Corr Mag North .> True North:
Local Coordinates Referenced To:
N/-S
(ft)
1708.35
1718.11
1728.79
1740.37
1826.65
1889.92
2039.60
2069.80
2101.15
2198.50
2296.14
2354.19
2397.57
2475.17
2496.47
E/·W I DLS
(ft) (0/100ft)
-685.19 0.00
-691.00 16.00
-697.18 0.00
-703.82 10.00
-749.52 10.00
-779.27
-846.17
-858.67
-869.63
-891.70
-896.94
-895.17
-892.87
-883.79
-880.17
2593.61 -857.26
2678.01 -828.36
2821.10 -771.84
Page 1 of 2
10.00
0.00
10.00
10.00
10.00
10.00
0.00
6.00
6.00
6.00
Schlumberuer
Minimum Curvature / Lubinski
18.440°
N 0.000 ft, E 0.000 ft
KB
81.8 ft relative to MSL
54.000 ft relative to MSL
25.573°
57514.612 nT
80.778°
May 07,2003
BGGM 2002
True North
+25.573°
Well Head
e
Grid Coordinates
Northing I Easting
(ftUS) (ftUS)
5971765.70 589747.81
5971775.39 589741.88
5971785.99 589735.57
5971797.49 589728.80
5971883.20 589682.06
Geographic Coordinates
Latitude I Longitude
N 70.33262609 W 149.27197273
N 70.33265275 W 149.27201986
N 70.33268192 W 149.27206999
N 70.33271356 W 149.27212386
N 70.33294925 W 149.27249460
5971946.10
5972094.95
5972125.00
5972156.21
5972253.28
5972350.84
5972408.90
5972452.30
5972530.00
5972551.34
6.00 5972648.74
6.00 5972733.47
0.00 5972877.22
589651.56 N 70.33312209 W 149.27273596
589582.86 N 70.33353099 W 149.27327873
589570.00 N 70.33361349 W 149.27338015
589558.66 N 70.33369913 W 149.27346908
589535.42 N 70.33396507 W 149.27364819
e
589529.01 N 70.33423182 W 149.27369078
589530.08 N 70.33439040 W 149.27367648
589531.86 N 70.33450892 W 149.27365787
589540.00 N 70.33472092 W 149.27358429
589543.36 N 70.33477911 W 149.27355494
589565.10 N 70.33504449 W 149.27336919
589592.97 N 70.33527507 W 149.27313483
589647.76 N 70.33566600 W 149.27267646
3/28/2003-10:22 AM
Grid Coordinates Geographic Coordinates
Station ID MD Incl I Azim I TVD TVDss I VSec N/·S E/·W I DLS Northing I Easting Latitude I Longitude
(ft) (0) (0) (ft) (ft) (ft) (ft) (ft) (0/100ft) (ftUS) (ftUS)
6300.00 91.37 23.73 4381.02 4299.24 2488.66 2873.43 -750.01 4.00 5972929.80 589668.96 N 70.33580897 W 149.27249942
Target 4 6374.95 90.50 26.60 4379.80 4298.00 2563.08 2941.25 -718.14 4.00 5972998.00 589700.00 N 70.33599425 W 149.27224094
6400.00 90.19 27.55 4379.65 4297.85 2587.84 2963.55 -706.74 4.00 5973020.43 589711.13 N 70.33605518 W 149.27214847
End Crv 6482.74 89.16 30.70 4380.12 4298.34 2669.13 3035.82 -666.48 4.00 5973093.17 589750.51 N 70.33625262 W 149.27182192
Crv 4/100 6983.44 89.16 30.70 4387.44 4305.65 3158.36 3466.31 -410.89 0.00 5973526.67 590000.87 N 70.33742873 W 149.26974867
7000.00 89.44 30.10 4387.64 4305.89 3174.56 3480.59 -402.51 4.00 5973541 .05 590009.08 N 70.33746775 W 149.26968069
Target 5 7033.04 90.00 28.90 4387.80 4306.00 3206.99 3509.35 -386.24 4.00 5973570.00 590025.00 N 70.33754632 W 149.26954871
End Cry 7068.11 90.68 27.67 4387.59 4305.79 3241.54 3540.22 -369.62 4.00 5973601.07 590041.24 N 70.33763066 W 149.26941389
Crv 4/100 7584.46 90.68 27.67 4381 .46 4299.65 3751.16 3997.48 -129.83 0.00 5974061.14 590275.48 N 70.33887987 W 149.26746855 e
7600.00 90.09 27.48 4381.35 4299.55 3766.51 4011.25 -122.63 4.00 5974075.00 590282.52 N 70.33891749 W 149.26741014
Target 6 7639.13 88.60 27.00 4381.80 4300.00 3805.17 4046.04 -104.72 4.00 5974110.00 590300.00 N 70.33901253 W 149.26726483
End Crv 7662.48 87.71 26.70 4382.55 4300.75 3828.26 4066.86 -94.18 4.00 5974130.94 590310.29 N 70.33906941 W 149.26717932
Crv 4/100 8237.38 87.71 26.70 4405.47 4323.64 4396.73 4580.04 163.94 0.00 5974647.15 590562.18 N 70.34047137 W 149.26508497
Target 7 8246.11 88.00 26.50 4405.80 4324.00 4405.38 4587.85 167.85 4.00 5974655.00 590566.00 N 70.34049271 W 149.26505325
End Crv 8282.26 89.24 25.76 4406.67 4324.84 4441.19 4620.29 183.77 4.00 5974687.63 590581.52 N 70.34058133 W 149.26492406
Crv 4/100 8662.47 89.24 25.76 4411.72 4329.92 4818.28 4962.70 348.96 0.00 5975031.98 590742.56 N 70.34151675 W 149.26358357
8700.00 87.95 24.99 4412.64 4330.84 4855.51 4996.60 365.04 4.00 5975066.06 590758.23 N 70.34160935 W 149.26345307
Target 8 8704.32 87.80 24.90 4412.80 4331.00 4859.81 5000.51 366.86 4.00 5975070.00 590760.00 N 70.34162004 W 149.26343830
End Crv 8739.12 86.59 24.22 4414.50 4332.70 4894.36 5032.12 381.31 4.00 5975101.77 590774.07 N 70.34170639 W 149.26332104
TO 9130.54 86.59 24.22 4437.80 4356.00 5283.11 5388.47 541.57 0.00 5975460.00 590930.00 N 70.34267988 W 149.26202039
Leqal Description:
Surface: 4819 FSL 1848 FEL 511 T11 N R11 E UM
Tie-In: 1248 FSL 2531 FEL S2 T11 N R11 E UM
Target 2: 1609 FSL 2704 FEL S2 T11N R11E UM
Target 3: 2015 FSL 2729 FEL S2 T11 N R11E UM
Target 4: 2481 FSL 2563 FEL 52 T11 N R11 E UM
Target 5: 3049 FSL 2231 FEL S2 T11 N R11 E UM
Target 6: 3585 FSL 1949 FEL S2 T11 N R11E UM
Target 7: 4127 FSL 1675 FEL 52 T11 N R11E UM
Target 8 : 4540 FSL 1476 FEL S2 T11N R11E UM
TO I BHL: 4928 FSL 1301 FEL 52 T11N R11E UM
Northinq ey) rftUSl
5970065.89
5971765.70
5972125.00
5972530.00
5972998.00
5973570.00
5974110.00
5974655.00
5975070.00
5975460.00
V-202L2 (P1) report.xls
Page 2 of 2
EastinQ eX) rftUSl
590453.48
589747.81
589570.00
589540.00
589700.00
590025.00
590300.00
590566.00
590760.00
590930.00
e
3/28/2003-10:22 AM
3000
3600 -
,.......
Q):J'
,æ(f)
o~
g g! 4200-
II 0
c:~
...-¢::
-0
..c:<X>
- '
a. ...-
Q)<X>
0-
CO ~ 4800-
0.;....:
:e Q)
Q)O::::
> >
Q) Q)
2w
I-
VERTICAL SECTION VIEW
Client:
Well:
Field:
BP Exploration Alaska
V-202L2 (PI)
Prudhoe Bay Unit - WOA
Schlumberger
Structure: V-Pad
Section At: 18.44 deg
Date:
March 28, 2003
w'm...··............·...~,~www_,·._....
._..¥WWWW.mmm____wm '''U_'-^''~W1 ....'m...._m_w WWWW"'WWW..Wmm......_
............·...·.._.m_..
i
I
~~I~
e
~~~i:~:!r~~D ~~I
1404 departure I
:;; :;iP::~D
71.80Q 329,93° at
1411 departure ¡ ! End Cry
/ KOP crv 101100 eN 61100 i 6091 MO 4366 TVO
-PL:¡:f=?~:;J:~~··
-_1=\~1 \~.~~
5270 MD 4420 TVD 5434 ~D 4423 TVD 5698 MD 4413 tvo 6248 MD 4383 TVD
89.25" 335.92" az 89.251 335.92° az 94.85" 1.75" az 92.01Q 21.63" az
1546 departure 1667 ~eparture 1895 departure 2436 departure
End Cry
7065 MD 4388 TVD
90.68" 27.68" óZ
31~~e~a\1~·de""rtur~
0(';0
TD i
9131 Mq 4438 TVD
·······....···········..···85:59"···~4:22..·ãž····
5283 de~rture
Crv4l100
6979 MD 4387 TVD
89.15' 30.73" az
Cry 41100 ! End Cry
8237 MD ¡.w05 TVD 8281 MD 44071VD
87.71° 26170° az 89.24° 25.76° ~
4396 depa~ure \ ¡partur. i
=-_........~
,.".. ~ ..~
···········äi39·"MÕ····44·1!5··WD·····
86.59° 24.22° az
4894 departure
1(\
Cry 411 00 End
........ ...........7Sä"Š·p:j Õ····438:¡..WO......·766"2 MD 438
90.68° 27.68° az 87.71° 26.70"
3751 departure 3828 departure
o
V-2þ2L 1 (P1) survey
V-202 (P5) survey
8663 MD 4412 TVä
89.24° 25.76° az
4818 departure
648€ MD 4380 TVD
89.15" 30.73° az
267~ departure
o
e
;
5400 - ...................................... .....······.....···...·t...·
6000
1200
i
1800
I
i
i
I
3600 4200
Vertical Section Departure at 18.44 deg from (0,0, 0,0), (1 in =
..........................................................................
I
5400
I
2400
I
3000
I
4800
600 feet)
6000 -
5000 -
..... ... ..... .~.~~- 5000
e
PLAN VIEW
Client:
BP Exploration Alaska
Well: V-202L2 (PI)
Field: Prudhoe Bay Unit - WOA
Structure: V-Pad
Scale: 1 in = 1000 ft
Date: 28-Mar-2003
-2000
,
!
-1000
,
o
I
1000
,
True North
Mag Dee
E 25.57°
TD
9131 . 4438 TVD
86.59° ! 24.22° az
5388 Nj 542 E
-...--.-.-...-.......
End Cry
8281 MD 4407 TVD
89.24° 2§.76° az
4619N 183E
CrY ju100
8231, MD 4405 TVD
87.7~o 26.70" az
457Ø N 164 E
E~d Cry
87ß9 MD 44151VD
85,59° 24.22° az
5$2 N 381 E
4000 -~~. ..~+~~~~~~~~~~~~~+
^
^
^
I
l-
e:::
o
z
3000 -~~~ ~~~~,~
I
I-
:J
o
C/)
V
V
V
2000 -
1 000 _.~~~~
0-
-1000-
.. ....~. .... .............................................................~
Crv4l100
6979 MD 4387 TVO
89.15° 30.73° az
3463 N 413 W
EndCrv ¡
7662 MD 4383 TVQ
87.71° 26.70· az .
4067 N 94 W
Cry 4/100
7585 MD 4381 TVO
90.68° 27.68° az
3998N 130W
EndCrv
6091 MD 4388 TVO
92.01° 21.63° az
2679 N 828 W
I
; Crv6/100
! 5756 MD 4408 TVD
! 94.85° 1.750 az
: 2354 N 895 W
¡ End Cry
5698 MD 4413 TVD
,94.85° 1.75" az
i 2296 N 897W
KOP Cry 10/100
5086 MD 4390 TVD
71.80· 329.93° az
1729N 697W
Base Whipstock i
5073 MD 4386 TVD I
71.80· 329.93° az .
1718 N 691 W
Top Whl,*tock
5061 MD i4382 TVD
···--..7ö'.43Q·_·3~a:5Öö·az'~'~~~
1708 N 6~5 W
-2000
-1000
«< WEST
o
1000
EAST »>
2000
,
2000
SchlulDberuer
6000
~~~~~~- 4000
3000
- 2000
-1000
-0
--1000
.P Exploration Alaska e
Anticollision Report
NO GLOBAL SCAN: Using user defined selection & scan criteria
Interpolation Method: MD Interval: 50.00 ft
Depth Range: 5061.00 to 9130.54 ft
Maximum Radius: 3000.00 ft
Reference:
Error Model:
Scan Method:
Error Surface:
Principal Plan & PLANNED PROGRAM
ISCWSA Ellipse
Trav Cylinder North
Ellipse + Casing
Survey Program for Definitive Wellpath
Date: 3/28/2003 Validated: No
Planned From To Survey
ft ft
28.70 1300.00
1300.00 5061.00
5061.00 9130.54
Version:
Toolcode
Tool Name
Planned: Plan #5 V1 (0)
Planned: Plan #5 V1 (0)
Planned: Plan #1 V1
GYD-GC-SS
MWD
MWD
Gyrodata gyro single shots
MWD - Standard
MWD - Standard
Casing Points
2871.19 2757.00 9.625 12.250 95/8"
5061.00 4382.25 7.000 8.750 7"
9130.54 4437.80 4.500 6.125 4 1/2"
Summary
PB V Pad Plan V (2-03HAW) (NPlan V (2-03HAW) VO PI 5359.62 4450.00 1950.65 182.99 1798.14 Pass: Major Risk
PB V Pad Plan V (2-04HAW) (SPlan V (2-04HAW) VO PI Out of range
PB V Pad Plan V (2-05HAW) (SPlan V (2-05HAW) VO PI Out of range
PB V Pad Plan V (2-07i) (N-G) Plan V (2-07i) V1 Plan 6247.63 5100.00 1561.45 243.62 1404.75 Pass: Major Risk
PB V Pad Plan V (2-08i) (N-C) Plan V (2-08i) V1 Plan 5579.07 4950.00 1209.17 250.99 982.71 Pass: Major Risk
PB V Pad Plan V (2-11 i) (S-J) Plan V (2-11 i) VO Plan Out of range
PB V Pad Plan V (2-12i) (S-D) Plan V (2-12i) VO Plan Out of range
PB V Pad Plan V (2-13i) (N-W) Plan V (2-13i) VO Plan Out of range
PB V Pad Plan V (2-14i) (N-R) Plan V (2-14i) V3 Plan Out of range
PB V Pad Plan V (2-15i) (S-P) Plan V (2-15i) VO Plan Out of range
PB V Pad Plan V (2-16i) (N-T) Plan V (2-16i) V1 Plan 9066.01 7241.87 1586.85 451.18 1146.46 Pass: Major Risk
PB V Pad Plan V (2-17i) (S-Q) Plan V (2-17i) VO Plan Out of range
PB V Pad Plan V (2-18i) (S-T) Plan V (2-18i) VO Plan Out of range
PB V Pad Plan V (2a-06i) (N-M Plan V (2a-06i) VO Pia 9085.71 7050.00 1087.66 334.36 868.34 Pass: Major Risk
PB V Pad Plan V (2a-09i) (N-I Plan V (2-09i) V1 Plan 7817.01 6450.00 940.08 360.39 649.25 Pass: Major Risk
PB V Pad Plan V (3a-06) (S-U) Plan V (3a-06) V1 Plan Out of range
PB V Pad Plan V-01 (S-N) Plan V-01 V8 Plan: V-( Out of range
PB V Pad Plan V-02 (S-K) Plan V-02 V4 Plan: V-O Out of range
PB V Pad Plan V-11 0 (N-X) Plan V-110 V2 Plan: PI 7306.83 5200.00 2921.90 222.44 2709.60 Pass: Major Risk
PB V Pad Plan V-111 (S-G) Plan V-111 V6 Plan: PI Out of range
PB V Pad Plan V-112 (S-H) Plan V-112 Lat V1 Plan Out of range
PB V Pad Plan V-112 (S-H) Plan V-112 V6 Plan: PI Out of range
PB V Pad Plan V-114 (S-R) Plan V-114 V2 Plan: PI Out of range
PB V Pad Plan V-115 (S-A) Plan V-115 V1 Plan: PI 5066.21 5100.00 2748.24 170.22 2587.92 Pass: Major Risk
PB V Pad Plan V-115 (S-B) Plan V-115 V1 Plan: PI 5073.00 5050.00 2944.52 172.15 2787.42 Pass: Major Risk
PB V Pad Plan V-116 (S-L) Plan V-116 V3 Plan: PI Out of range
PB V Pad Plan V-117 (S-X) Plan V-117 V2 Plan: PI Ou range
PB V Pad Plan V-202 (N-F) Plan V-202 V2 Plan: PI 5099.97 5100.00 0.89 204.47 -98.93 I L: II.1ájor Risk LI
PB V Pad Plan V-202 (N-F) Plan V-202L 1 V1 Plan: 5099.97 5100.00 0.89 203.93 -98.57 AIL· fV1ajor Risk
PB V Pad Plan V-400 (N-U) Plan V-400 V5 Plan: PI 8074.62 5784.64 2423.58 267.37 2167.31 F' ..s: Major Risk
PB V Pad Plan V-Pi (S-A) Plan V-Pi V1 Plan: Pia Out of range
PB V Pad V-03 V-03 V7 Out of range
PB V Pad V-100 V-100 V7 Out of range
PB V Pad V-101 V-101 V7 5061.00 4850.00 1577.66 156.82 1425.71 Pass: Major Risk
PB V Pad V-102 V-102 V5 6507.07 5650.00 204.37 167.07 44.75 Pass: Major Risk
PB V Pad V-103 V-103 V6 9110.00 7100.00 1490.61 303.23 1193.49 Pass: Major Risk
PB V Pad V-104 V-104 V13 5061.00 4850.00 1202.29 155.70 1049.82 Pass: Major Risk
PB V Pad V-105 V-105 V13 6684.08 5550.00 1456.41 167.92 1294.69 Pass: Major Risk
PB V Pad V-106 V-106 V10 8436.68 6800.00 1368.79 266.27 1112.49 Pass: Major Risk
PB V Pad V-107 V-107 V5 5061.00 6100.00 1725.07 140.58 1644.03 Pass: Major Risk
PB V Pad V-108 V-108 V7 Out of range
ttBp Exploration Alaska e
Anticollision Report
Summary
PB V Pad
PB V Pad
PB V Pad
PB V Pad
PB V Pad
V-109
V-109
V-109
V-113
V-201
V-109 V2
V-109PB1 V5
V-109PB2 V2
V-113 V6
V-201 V8
Out of range
Out of range
Out of range
5061.00 5350.00 2152.21 157.45 1994.68 Pass: Major Risk
Out of range
e
e
Per Alaska Oil and Gas Conservation Commission Regulation 20 AA 25.005 Permit
to Drill sub section 14 (e) if a well has multiple well branches, each branch requires
a separate Permit to Drill. If multiple well branches are proposed from a single
conductor, surface or production casing, the applicant shall designate one branch as
the primary \Vellbore and include all information required under (c) of this section
that is unique to that branch and need not include the $100 fee.
.
.
TRANSMITAL LETTER CHECKLIST
CIRCLE APPROPRIATE LETTERlPARAGRAPHS TO
BE INCLUDED IN TRANSMITTAL LETTER
WELL NAME fg C1 ¿) - 20·2- L 2-
PTD# ~o3'" //_J)
CHECK WHAT
APPLIES
ADD-ONS
(OPTIONS)
MULTI
LATERAL
x
(If API number
last two (2) digits
are between 60-69)
PILOT
(PH)
"CLUE"
The permit is for a new well bore segment of
existing weD f 8 t1. V - ;;1...0 2-
Permit No~ -ð-'?7 API No. .$'0 (J z.1';z. -3 J 5-3
Production should continue to be reported as
a function· of the original API number stated
above.
HOLE In accordance with 20 AAC 25.005(t), all
records, data and logs acquired for the pilot
hole must be clearly differentiated in both
name (name on permit plus PH)
and API number (50
70/80) from records, data and logs acquired
for well (name on permit).
SPACING
EXCEPTION
DRY DITCH
SAMPLE
Rev: 07/10/02
C\jody\templates
The permit is approved subject to full
compliance with 20 AAC 25.055. Approval to
peñorate and produce is contingent upon
issuance of a conservation order approving a
spacing exception.
(Companv Name) assumes the liability of any
protest to the spacing . exception that may
occur.
All dry ditch sample sets submitted to the
Commission must be in no greater than 30'
sample intervals from below the permafrost
or from where samples are first caught and
10' sample intervals through target zones.
PTD#: 2031750
Administration
~
o
Appr
RPC
Date
10/14/2003
Appr
WGA
18
19
20
21
22
23
24
25
Þ 26
27
Date 28
10/15/2003 29
30
31
32
33
34
Engineering
Geology
35
36
Date 37
10/14/2003 38
39
Appr
RPC
Geologic
Commissioner:
(S(S
Company BP EXPLORATION (ALASKA) INC Well Name: PRUDHOE BAY UN ORIN V-202L2 Program DEV Well bore seg
Field & Pool PRUDHOE BAY. ORION UNDEF OIL - 640135 Initial ClasslType DEV 11-01L GeoArea 890 Unit 11650 On/Off Shore ~ Annular Disposal
1 Permit fee ~ttached . . . . . . . . . . . . . . . . . . . . V~s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
2Le~s~ .number .appropriate . Xes. . . . . . . . . . . . . . .
3 .U.nique weltname.aod ou.l1Jb.er . . . . . . . . . . . _ . . . . . . . . . . . . . . . . . . . . . . . . . . V~s _ . . . . . . . . . . . . . . . . . . . . . . . . . . . . _ . . . . . . . . . . . . . . . _ . . . _ _ . . . . . . . . . _ . . . . . . . . . . . . . .
4 WelUQcated in.a.d.efjne9Pool . . . . . . . . . . . . . No. ....... . . . . . . . . . . . . . . . . . .
5 WelUQcat~d pr.oper .distaoce. from driJling unit.b.ound.at)' . . . . . . . . . V~s . . . . . . . .
6 WeIlIQcatedproper.distance.fromotberwelJs........ ............. V~s ........ .......
7 .Sutficientaçreage.ayailable indJilliog unjt . . . . . . . . . . . . . V.es. . . . . . . . . . . . . .
189 Jf.deviated, js weJlbQre plat.incJuged . . . . . . . _ . . . . . . . . . . . . . . V~s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.Qperator only affected party. . . . . . . . . . . . . . . . . . . . . Xes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . _ .
10 .Operator bas.appropriate. bond inJorce . . . . . . . . . . _ . . . . . . . . . . _ . . . . _ . . . . . . V~s . . . . . . . . . . . . _ . . . . _ . . . . . . . . . . . _ . . . . . . . . . . . . . . . . _ . . . _ . . . . . . . . . . _ . . _ . _ . . . . . . . .
11 p~(TTJit c.ao be issu.ed wjtbQut conservation order. . . . . . . . . . . . . . . Xes. . . . . . . . . . . . . . . . . . . . . . . . . .
12 P~rl1Jitc.ao be issued wjtbQut ad.l1Jioistratille.approval . . . . . .. . V~s . . . . . . . . . . . . . . . . . . . . . . . . .
13 Can permit be approved before 15-day wait Yes
14 WeJUQcated within area and.strata .authorized by.lojectioo Ord.er # (pullO# in.c.omm~ots).(For. NA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
15 .AJI welJs. withi.n .1l4.mile.area.of reyiew id~otified (For ~efVjc.e_w.e[l only). _ . . . . . . . . . . . . . .NA . _ _ _ . . . . . _ . . . . _ _ . . . _ . . . . . . . . . . _ . . . . . . . . . . . . . . . _ . . . . _ _ . . . . _ . . . . _ . . _ . . . . . . . . .
16 PJe-produ.ced iojector; 9urationof pre-pr09uçtionl~s~ than 3 montbs (For.service well Qnly) . . NA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
17 .AÇMP.Fïndjng.ofCon.si.steocy.h.asbeenJ~sued.for.tbispr.oieçt .... .NA ............. ....... _. ......
.Coodu.ctor string.PJQvided . . . . . . . . . . . . . . NA . . . . . . . . . . . . . . . . . . .
S.uúace.ca~ing.prQtect~ alLknown USDWs . . . . . . . . . . . . . .NA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.CMT v.ol adequ.ate.to circ.u tate. o.n .cood.uctor & su.rf.C$g . . . . . . . NA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.CMT v.ol adequ.ate.to tie-inJQng .string to.surf csg . . . . . . . . . . . . . . NA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
CMTwill coyer.aU kno.w.npro.ductiye bQrilons. . . . . . . . . . . No. . . . . Slotte.d, . . . . . _ . . . . . . . . . . . . . . . . . . . . . . . . . . .
C.asing de.signs adequate for C,.T~ B.&.permafr.ost . . . . . . . . . . . . V~$ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.Mequate.t~n.kage.or re.serye pit. . . . . . . . . . . . . .Y~s . . . N~b.o(S.9.ES, . . . . . . . . . . . . . . . . . . . .
Jf.aJe-drilL h~sa. to,403 for abandonme.nt be~o apprQved . . No. . . . Trilateral, . . . . . .
.Agequatewe[lbore ~epªratio.n.propo$ed. . . _ _ . . . . . . . . . . . . . . . . . . . . _ . . . . . . . V~s _ _ _ _ _ . . . . _ . . . . _ _ . _ . . . . . . . . _ . . . . _ . . . . . . . . . _ _ . . . _ _ _ . . . _ . . . . . _ . . . . _ _ . . . . . . . . . .
Jf.diverter Jeq.uired, does itmeet reguJatioos. . . . . . . .NA . . . . . . . Sidetrack. . . . . . . . . . . . . . . . . . . . . . . . . . .
.DriUiog fluid.prQgral1J $c.hematic.&equipJistadequat~. . . . . . . . V~s. _ . . . . . Max MW.9,2 ppg, . . . . . . . . . . . . . . . . . . . . . . . . . _ . . . . . .
.B.OPEs,.d.o.they meetreguJation . . . . . . . . . . . V~s . . . . . . . . . . . . . . . . . . . . . . . . . . .
BOPE.press ratiog appropriate; .testto.(put p$ig in .commeots) . . . . . . V~s . . . . . Test t.o .3500. psi. .MS~ 14.65 psi.. . . . . . . . . . . . . . . .
C.hokemanjfold cQl1Jplies w/APt R~-53 (May 64). . . . . . . . . . . . . .Y~$. . . . . . . . . . . . . . . .
WQrk wiU occ.ur withoytoperatjon.shutdQw.n . . . . . . . V.es. ...... . . . . . . .
Is presence. Qf H2S g~s. prob.able. . . . . . . . . . . . . No. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Mecba.nlcaLcoodJUon of wells within AOR yerified (forservjc.e welJ onJy) . . . . NA . . . . . . . . . . . .
- - - - - -
- - - - - -
- - - - - -
e
e
- - - - - ~
- - - - - --
- - - - - -
- - - - --
- - - - - ~ -
- - - - --
- - - - ~ - - -
- - - - --
p~(TTJit c.an be issu.ed wlo hydrogen. s.ulfide measures. . . .
D.ata.PJeseoted on pote.ntial overpressure .zones _ . . . . . . . . . . . . .
Seismic.analysis. Qf sbaJlow gas.z.ones. . . . . . . .
S~ªbedcondjtioo survey (if off-$hore) .
. CQnta.ct namelphoneJor.weekly progress. reports [exploratot)'onIYl . .
. V~s.
.NA.. .
NA
NA..... .
.NA....
- - - - - - - - - - - -
- - - - - - - - - - - -
- - - ~ - -
- - - - - - - - - ~ - - - -
- - - - - -
- - - - - -
- - - - - --
- - - - - - - - - - --
- - - - - -
- - - - - - - - - - ~ - -
- - - - - - -
- - - - - - - - - ~ - -
Date:
Engineering
Commissioner:
Date
Public
F~~~s~
/oj j8/~