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Alaska Oil and Gas Conservation Commission
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F:\LaserFiche\CvrPgs_Inserts\Microfilm_Marker.doc
Direct: (907) 564-4628
hubbletl@bp.com
up
Terrie Hubble
)
Technical Assistant
GPB Drilling & Wells
BP Exploration (Alaska) Inc.
900 East Benson Boulevard
P.O. Box 196612
Anchorage. Alaska 99519-6612
(907) 561-5111
May 6, 2003
Alaska Oil & Gas Conservation Commission
333 West ih Avenue, Suite 100
Anchorage, Alaska 99501
Reference: Permit to Drill, 203-018
To Whom It May Concern:
Please find attached the Completion Report for 3N-18L1. At this time we would like to request
that you cancel the second (planned) Permit to Drill for 3N-18L2. This leg was not drilled and
there are no immediate plans to attempt to drill it.
Thank you very much for your assistance in this matter.
Sincerely,
,~IJ /I ~. .'1
I ~v u.-.e.,
Terrie Hubble
.,.
,\1'.'11.
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(
AIfASIi& OIL AND GAS
CONSERVATION COMMISSION
FRANK H. MURKOWSKI, GOVERNOR
333 w. rrn AVENUE, SUITE 100
ANCHORAGE, ALASKA 99501-3539
PHONE (907) 279-1433
FAX (907) 276-7542
Dan Kara
CT Drilling Engineer
Phillips Alaska Inc.
P. O. Box 196612
Anchorage, Alaska 99519-6612
Re: Kuparuk River Unit 3N -18L2
Phillips Alaska Inc.
Permit No: 203-018
Surface Location: 1561' NSL, 20' EWL, SEC. 28, TI3N, R09E, UM
Bottomhole Location: 2676' SNL, 5207' EWL, SEC. 34, TI3N, R09E, UM
Dear Mr. Kara:
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 wellboresegment of existing we1l3N-18, Permit No 186-093, API 50-
029-21595-00. 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,
~~~
Michael L. Bill
Commissioner
BY ORDER OF THE COMMISSION
DATED this 7f.:!t- day of February, 2003
cc: Department ofFish & Game, Habitat Section wlo encl.
Department of Environmental Conservation w/o encl.
W6v\- 7--/4/01
') STATE OF ALASKA )
ALASK,. ¿'IL AND GAS CONSERVATION COMMISSION
PERMIT TO DRILL
20 AAC 25.005
1 b. Type of well 0 Exploratory 0 Stratigraphic Test III Development Oil
o Service 0 Development Gas 0 Single Zone 0 Multiple Zone
5. Datum Elevation (DF or KB) 10. Field and Pool
RKB = 68' MD Kuparuk River Field / Oil Pool
6. Property Designation
ADL 025520
7. Unit or Property Name
Kuparuk River Unit
8. Well Number
3N-18L2
9. Approximate spud date
03/01/03 Amount $200,000.00
14. Number of acres in property 15. Proposed depth (MD and TVD)
2560 11975' MD / 6522' TVDss
o 17. Anticipated pressure {see 20 AAC 25.035 (e) (2)}
92 Maximum surface 3150 psig, At total depth (TVD) 6568' / 3800 psig
Setting Depth
TaD Bottom Quantity of Cement
Lenath MD TVD MD TVD (include staae data)
20251 9950' 8298' 11975' 65221 Uncemented Solid & Slotted Liner
1 a. Type of work 0 Drill III Redrill
ORe-Entry 0 Deepen
2. Name of Operator
Phillips Alaska Inc.
3. Address
P.O. Box 196612, Anchorage, Alaska 99519-6612
4. Location of well at surface x = 518422. Y = 6013800
1561' NSL, 20' EWL, SEC. 28, T13N, R09E, UM
At top of productive interval x = 522756, Y = 6008238
4013' SNL, 4326' EWL, SEC. 33, T13N, R09E, UM
At total depth x = 523775, Y = 6009578
2676' SNL, 5207' EWL, SEC. 34, T13N, R09E, UM
12. Distance to nearest property line 13. Distance to nearest well
ADL 025629, 2604' MD No Close Approach
16. To be completed for deviated wells
Kick Off Depth 10875' MD Maximum Hole Angle
18. Casin9 Program Specifications
Size
Casina Weiaht Grade CouDlina
2-3/8" 4.6# L-80 ST-L
Hole
3"
19. To be completed for Redrill, Re-entry, and Deepen Operations.
Present well condition summary
Total depth: measured
true vertical
Effective depth: measured
true vertical
Casing
Structural
Conductor
Surface
Intermediate
Production
Liner
10630 feet
6826 feet
10517 feet
6746 feet
Length
115'
5144'
16"
9-5/8"
10599'
11. Type Bond (See 20 AAC 25.025)
Number U-630610
Plugs (measured)
Junk (measured)
Size
Cemented MD TVD
242 sx Coldset II 115' 115'
1500 sx AS III, 400 sx Class 'GI 5144' 3621'
400 sx Class 'G', 175 sx PF 'C' 105991 6804'
7"
Perforation depth: measured 9983' - 10001', 10179' - 10201', 10221' - 10247', 10256' - 10278', 103251 - 10329', 10333' - 10342'
true vertical 6398' - 6408', 6518' - 6532', 6545' - 6562', 6567' - 6582" 6613' - 6616', 6618' - 6625'
/HI Filing Fee 0 Property Plat III BOP Sketch 0 Diverter Sketch /HI Drilling Program
/HI Drilling Fluid Program 0 Time vs Depth Plot 0 Refraction Analysis 0 Seabed Report /HI 20 AAC 25.050 Requirements
Contact Engineer Name/Number: Dan Kara, 564-5667
21. I hereby certify that th~~M ue a~o:ect t~ the best of my knOwledge.
Signed Dan Kara ~ ~ J ) Title CT Drilling Engineer
COmmission.Use.Only
API Number
50- 029-21595-61
Samples Required 0 Yes 81 No
Hydrogen Sulfide Measures 181 Yes [J No
Required Working Pressure for BOPE 0 2K
Other: Ti'.-sf- 67 PE- +" tjsoo 17Ç':,
ORIGINAL SiGNED BY
M L. om
20. Attachments
Permit Number
<o~ -018
Conditions of Approval:
Approved By
Form 10-401 Rev. 12-01-85
Prepared By Name/Number: Terrie Hubble, 564-4628
Date 11~7/a3
See cover letter
for other reauirements
o Yes ~ No
Directional Survey Required KI Yes 0 No
o 3K D4K D5K D10K D15K 0 3.5K psi for CTU
Ap~r1ifß~e
Mud Log R~Uired
r-'" rCommiS$ioner(
~: i, ¡ _-, \ !,,,~:
U l\..)~~~
by order of
the commission
Date :?-11~ "7
Submit In Triplicate
) )
~AU 3N-18L 1 &L2 Sidetrack - Coiled Tubing Drilling
Summary of Operations:
Coiled tubing drilling will sidetrack KRU 3N-18 using the dynamically overbalanced coiled tubing drilling
(DOCTD) technique (see description below). This horizontal laterals (3N-18L1 & L2) will target Kuparuk A
sand reserves for production. The Kuparuk A Sand perforation in the existing well, 3N-18 will not be abandoned
and will be open to flow post CTD.
Prior to CTD arrival, service coil will isolate with cement the existing C Sand perforations in the straddle
interval of 3N-18 (sundry form 10-403 submitted) and set a flow-through whipstock. The existing A Sand
perforations in 3N-18 can produce past the whipstock post CTD.
CTD Drill and Complete 3N-18Ll & L2 proeram: Planned for March Ol~ 2003
1. Mill 2.80" dual string window at 10012' md (10006' ELM) and 10' of openhole.
2. Dri1l2.7"x3" bicenter hole horizontal sidetrack 3N-18L1 from window to -12000' TD targeting Kuparuk
A3 sand interval.
3. Run and drop a slotted (pre-drilled) liner from TD of 12000', up to 10880' md.
4. Openhole sidetrack at 10875' in L1, above the 2-3/8" liner.
5. Dri1l2.7"x3" bicenter hole horizontal sidetrack 3N-18L2 from open-hole side track to -11975' TD
targeting Kuparuk A2 sand interval.
6. Complete with 2 3/8" pre-drilled liner from the TD of L2 at 11975', up into the 3-1/2" tubing to -9950'.
7. Post CTD rig -Run GL V s. Bring on production.
Mud Program:
· Steps 1: 8.5 ppg Potassium-Formate biozan brine
· Steps 2-3: Potassium-Formate based Flo-Pro (8.5 ppg)
Disposal:
· No annular injection on this well.
· Class II liquids to KRU 1R Pad Class II disposal well
· Class II drill solids to Grind & Inject at PBU Drillsite 4
· Class I wastes will go to Pad 3 for disposal.
Casing Program:
· L1: 23/8",4.6#, L-80, STL slotted liner from 10880' md - 12000' md
· L2: 23/8",4.6#, L-80, STL slotted liner from 10700' md - 11975' md
Solid liner from 9950' md - 10700' md.
Well Control:
· BOP diagram is attached.
· Pipe rams, blind rams and the CT pack off will be pressure tested to 400 psi and to 4500 psi.
. The annular pre venter will be tested to 400 psi and 2500 psi.
Directional
· See attached directional plans for 3N-18Ll & L2
· Magnetic and inclination surveys will be taken every 30 ft. No gyro will be run.
Logging
· A Gamma Ray log will be run over all of the open hole section.
Kara 564-5667 office, 240-8047 cell
1/3
2RU 3N-18L 1 &L2 Sidetrack - Coiled T~bing Drilling
Hazards
· Two faults are expected to be crossed, one in the B sand/shale and one in the A sand, lost circulation risk
is low. Res. pressure is estimated to be 11.1 ppg in the fault blocks. Well 3N-18 has a H2S reading of 110
ppm (measured 12/30/02). The highest H2S on 3N pad was measured at 156 ppm (3N-02, 12/31/02). 3N
is an H2S pad. All H2S monitoring equipment will be operational.
Reservoir Pressure
· Res. pressure is approx. 3800 psi at 6568' TVD (6500' ss) 11.1 ppg EMW. Max. surface pressure with
gas (0.1 psi/ft) to surface is 3150 psi.
Dynamically overbalanced coiled tubing drilling (DOCTD) techniques will be employed to address high
reservoir pressure. Plans are to use 8.5 ppg drilling fluid in combination with annular friction losses and
applied surface pressure to maintain overbalanced reservoir conditions. A hydraulic choke for regulating
surface pressure will be installed between the BOPE choke manifolding and the mud pits and will be
independent of the BOPE choke.
Using this technique with an underbalanced mud weight requires deployment of the BHA under trapped
wellhead pressure. Deployment will be accomplished utilizing the BOP pipe/slips (2-3/8" rams, see attached
BOP configuration). The annular pre venter will act as a secondary containment during deployment and not
as a stripper. At least two times hole volume of kill weight fluid will be on location as a contingency.
Once drilling is complete, the production liner will be deployed into the well bore after killing the well with
kill weight fluid.
Estimated reservoir pressure: 3800 psi at 6500' ss, 6568' TVD, 11.1 ppg EMW.
Expected annular friction losses while circulating (ECD): 1000 psi
Planned mud density: 8.5 ppg equates to 2900 psi hydrostatic bottom hole pressure.
While circulating 8.5 ppg fluid, bottom hole circulating pressure is estimated to be 2900 psi, or 100 psi over-
balanced to the reservoir.
When circulation is stopped, a minimum of 900 psi surface pressure will be applied to balance the reservoir.
Operating parameters will be adjusted based on real-time bottom hole pressure measurements while drilling.
Kara 564-5667 office, 240-8047 cell
2/3
) )
-<RU 3N-18L 1 &L2 Sidetrack - Coiled T~bing Drilling
Kuparuk 3N-18Ll&L2
Potential Drilling Hazards
POST ON RIG
1. Please perform pre-job Hazard ill and Safety meetings prior to every change in work scope during
the operation. Also, if things don't feel right shut-down the operation and discuss the situation
before making the next operational move. SAFETY FIRST.
2. H2S - We1l3N-18 produces H2S at 110 ppm (measured 12130/02). The highest H2S on 3N pad was
measured at 156 ppm (3N-02, 12/31/02). 3N is an H2S pad. H2S procedures must be followed
according to the AK Safety Handbook and Shared Services Drilling H2S SOP. All personnel
must be supplied with required PPE and H2S certified. Influxes of reservoir fluid could result in
H2S in the pit area, although KRU CTD sidetracks have not seen this in the past. The Pit watcher
should always carry a calibrated personal H2S monitor.
3. Reservoir pressure - Reservoir. pressure is estimated at 3800 psi @ 6500' ss, 6568' TVD (11.1 ppg)
in the adjacent fault blocks that will be penetrated with this well plan. Max. surface pressure with
gas (0.1 psi/ft) to surface is 3150 psi. Reservoir frac gradient is -0.7 psi/ft or 13.5 EMW, 4600 psi.
4. The Dynamically Overbalanced Coiled Tubing Drilling (DOCTD) technique will be used.
Drilling will be done with a less than kill-weight fluid (8.5 ppg Flo-Pro). While drilling and
circulating at 1.5 BPM, hydrostatic head from the 8.5 ppg mud (2900 psi), plus 1000 psi of annular
friction, plus 0 psi choked backpressure held on the return side will provide a 3900 psi BHP and
overbalance the reservoir by -100 psi. However, when circulation is shut down, the reservoir could
be underbalanced by -900 psi. Maintain at least 900 psi WHP when not circulating to prevent
reservoir in-flux and to maintain formation stability by keeping static BHP close to circulating BHP
seen during drilling. Adjust SlWHP accordingly when BHP increases are seen on the downhole
PWD sub. Increases will occur from higher-than-expected friction pressures and/or reservoir
pressures. Refer to the PWD BHP vs Depth chart to determine if deviations occur. Monitor return-
line flow rate and pit volume continuously. If a pit gain has been identified (underbalance event
occurred), divert those returns to an outside tank.
5. No gas saturated intervals are expected. However, always be prepared for the potential for gas
influx. Ensure all PVT equipment is fully operational and monitor return-line flow rate and pit
volume continuously.
6. Lost circulation is not expected. Two faults are expected to be encountered along the wellbore
trajectory. The faults are sealing and lost circulation is considered low risk. If lost circulation
occurs plan to control it with adjustments to the DOCTD parameters. Lower circulation rate (1
BPM minimum) would be utilized prior to LCM treatments. However, as a contingency ensure that
LCM material is on location so that a pill could be mixed quickly if required. Pump only Liquid
Casing or OM Seal fine through a slimhole drilling BHA. Do not pump MI Seal through a drilling
BHA due to plugging potential.
Kara 564-5667 office, 240-8047 cell
3/3
')
~PHILLlPS Alaska, Inc.
;~ A Subsidiary of PHILLIPS PETROLEUM COMPANY
3N·18
SSSV
(1801~ 1802,
00:3.500)
....11111:,··...····.:',
.-!I __m.""I,
.1¡11:·,--"··'"
IL...,.._ '
.I!!II''·
.!rl'-'·'·¡'
~i'"" _,.:'
PBR i~lilllilllllillllll:r i~II¡11
(9888-9889,
00:3.500)
PKR
(9902-9903,
00:6.151)
::II~I;!'-"""
ill!L,....,",.:,/J,
Perf
(9983-10001)
SLEEVE-O
(10042-10043,
00:2.310)
PKR
(10057-10058,
00:6.151)
NIP
(10072-10073,
00:2.875)
::a:;:"'
:t:
Perf
(10179-10201)
Perf
(10256-10278)
Perf
(10325-10329)
Perf
(10333-10342)
API: 500292159500
SSSV Type: TRDP
Annular Fluid:
Reference Log:
LastTag: 10170
Last Tag Date: 7/7/2002
Casing String· CASINGS· ALL
Description Size
CONDUCTOR 16.000
SURFACE 9.625
PRODUCTION 7.000
Tubing String. TUBING
Size Top
3.500 0
2.875 10067
,Perforations Summary
Interval TVD
9983 - 10001 6398 - 6408
Well Type: PROD
Orig 6/4/1986
Completion:
Last W/O:
KRU
3N-18
Angle ~ TS: 54 deg ~ 9909
Angle @ TO: 45 deg @ 10630
Ref Log Date:
TO: 10630ftKB
Max Hole Angle: 59 deg ~ 2300
Rev Reason: Drift &Tag, set OV
bylmO
Last Update: 7/8/2002
Zone
C-1,UNIT
B
A-3
A-3
A-3
A-3
A-3
A-3
A-2
A-2
A-2
A-2
A-2
A-2
A-2
A-2
A-2
A-1
A-1
Top Bottom TVD Wt Grade Thread
0 116 116 62.50 H-40
0 5144 3621 36.00 J-55
0 10599 6804 26.00 J-55
TVD Wt Grade Thread
6448 9.20 J-55 8RD EUE ABM
6456 6.50 J-55 8RD ABM
Status Ft SPF Date Type Comment
18 12 7/21/1986 IPERF 4" Jumbo Jet 11,120 deg ph
Bottom
10067
10080
VMfr
VMfr
Cameo'TRDP-1A-SSA'
Baker
Baker 'FHL'
AVA; BPC SLEEVE set 8/8199.
AVA PORTED NIP
Baker 'FB-1'
Cameo 'D' Nipple NO GO
Brown
18
o
2
o
2
o
20
o
2
o
2
o
1
o
22
4
9
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
9 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
9 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
1 7/21/1986 IPERF 4" Jumbo Jet II, 120 deg ph
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
9 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
9 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
9 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
8 1/6/1989 RPERF 21/8" EnerJet, 60 deg. ph
1 7/21/1986 IPERF 4" Jumbo Jet II, 120 deg ph
1 7/21/1986 (PERF 4" Jumbo Jet II, 120 deg ph
4 7/21/1986 ¡PERF 4" Jumbo Jet 11,120 deg ph
4 7/21/1986 IPERF 4" Jumbo Jet 11,120 deg ph.
10179-10197 6518-6529
10197 - 10197 6529 - 6529
10197 -10199 6529 - 6530
10199 - 10199 6530 - 6530
10199 - 10201 6530 - 6532
10201-10201 6532-6532
10221 - 10241 6545 - 6558
10241 - 10241 6558 - 6558
10241-10243 6558-6559
10243 - 10243 6559 - 6559
10243 - 10245 6559 - 6560
10245 - 10245 6560 - 6560
10245 - 10246 6560 - 6561
10247-10247 6562-6562
10256 - 10278 6567 - 6582
10325 - 10329 6613 - 6616
10333 - 10342 6618 - 6625
Gas Lift MandrelsNalves
St MD TVD Man Man
Mfr Type
1 2749 2269 Cameo KBUG
2 5546 3849 Cameo KBUG
3 7296 4862 Cameo KBUG
4 8333 5455 Cameo KBUG
5 8871 5764 Cameo KBUG
6 9369 6044 Cameo KBUG
7 9841 6315 Merla TPDX
Production MandrelslValves
St MD TVD Man Man
Mfr Type
8 9942 6374 KBUG
Other (?Iugs, equip., etc.: . JEWELRY
Depth TVD Type
1801 1711 SSSV
9888 6342 PBR
9902 6350 PKR
10042 6433 SLEEVE-Q
10042 6433 NIP
10057 6442 PKR
10072 6451 NIP
10079 6456 SOS
10080 6456 TTL
General Notes
Date Note
10/9/1998 LOST RUNNING TOOL CORE IN TBG.
3/612002 E-LlNE CALIPERS INDICATE GAUGE PROBLEM AT TBG COLLARS - POSSIBLE CORKSCREW OR
BALLOONED TBG 17
7/7/2002 DRIFTED TBG W/25.6' X 2.7' WEATHERFORD WHIPSTOCK DMY DRIFT TO 10042 RKB; NO
PROBLEMS
V Type V OD Latch Port TRO Date
Run
1371 8/7/1999
1360 3/22/1998
o 3/15/1998
1381 3/22/1998
o 7/22/1986
o 3/15/1998
o 7/7/2002
Vlv
Cmnt
GLV
GLV
DMY
GLV
DMY
DMY
OV
1.0
1.0
1.0
1.0
1.0
1.0
1.5
BK
BK
BK
BK
BK
BK
RM
0.125
0.156
0.000
0.188
0.000
0.000
0.156
V Type V OD Latch Port TRO
Date Vlv
Run Cmnt
10/17/1998 Closed
DMY
1.0
BTM 0.000
o
Description
ID
2.810
3.000
3.000
2.300
2.750
2.992
2.250
2.441
2.441
) )
,,'N-18 L 1 L2 Proposed Completion
Tally
.Length ~ ELM. X X
Baker FHL 8.52' 9902' 9984'
Packer
1 jt 3-1/2" tbg 31.53' 9910' 9902'
Cameo GLM
1 jt 3-1/2" tbg
3-1/2" Blast
Joint
6.55'
9942'
.
)1.
9934'
.
I
I
Il
31.03'
9949'
9941'
. .
.. .
. .
.. .
. .
. .
30.87
9980'
. .
9972'
.. .
.. .
.. .
I I
10010' 10004·1. I
I'~~
IJ¡ ~ ...
:<:' II:t/I!;
10042' 10035' .
1004S' 10038·i I
10057' 1 0050' ~
3-1/2" Joint 31.50'
AVA BPL 2.95'
3-1/2" Pup Jt 10.10
Baker FB-1 Packer 9.08'
"
/
2-7/8" Pup Jt 6.09'
10066' 1 0059'
Cameo D Nippe
2-7/8" Pup Jt
2-7/8" Tail
Kara
1 .43' 10072' 10065'
6.12' 10073' 10066'
10080' 10073'
A-sand Perforations ~
7400' -7448 ELM
Perfs to remain open
to flow, post CTD
~ ..
T' 26# Shoe @ 7670'
2-318" Top of
liner 9950'
2-String
Window at
11006' ELM
2-3/8" Slotted
liner inside 3"
openhole
~
L 1: Compete
2-3/8" liner
from TO to
10880'
L 1 TO 1
L2: Compete
2-3/8" liner
from TO to
QQ~n'
L2 TO 1 .
t 10171.00 eo.20 'II."
I "OIÐ.OO 71.... ......
J ttONAJ' eo.OO ......
: ::~ ~::: ~:::
. 1111LOO ".P ".21:
6100
-
C
~ 6150
II) 6200
-
i 6250
a.
& 6300
"i 6350 -
U
~ 6400
G,þ
>
G,þ 6450
~ 6500
- --- - -------
Phillips Alaska, Inc.
WIILL,.ATH DIITAlIA
",.11I2 "'.111.2
.00212U...1
........ ."atlll
Tie.. M01
1'100111.1 IN-tilt
'''71.60
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0.1t; =
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REFERENCE INFORMATION
Co-ordinate (NÆ! Reference: Well Centre: 31'1·18. True North
Vertical (TVD Reference: System: Mean Sea Level
SectIon (VS Reference: slot - (O.OON,O.OOE)
Measured Depth Refe(ence: 31'1-18 RKB 68.00
Calcutation Method: Minimum Curvalure
aKTlOll .IT......
:=::: ::~:::::
:::tn ~1~
012.07 -4M2.ao
"2:2.42 -42U.7.
..-
..n.~
......
_02
10.....
_t.
........
eL.. TF.. vaec T.-get
0.00 0.00 -:NOt...
12.00 1100.00 ·aue...u
:t: ..:::: :==::
:::: :::: :~=::
ANNOTATION.
TYD
T\ID ..w..s ..~
3H-1eL2T11 1!50592 -41£3,17 498281 Por.t
3H-U12T13 SSI,tS-4602.1S .f9Ool19 PtWII
~.1"2T12 6S1511 -t98291 4N:Iog Pont
JH.la..2TU 651611 ...."91 49586a Pon
3U-tUTl5 652214 -C1M1.!6 517' eo PonI
liD "'otal104l
147.... 11171.80 KO,.
_2.' 1IM2M 2
..1.... ""'''''' I
IIU., 11M1,47 .
Un.7 1110,47 .
'122.42 1 tlUM TO
--- --- ----- ----------
5950
6000
6050
3N-I8(3N.18[
6550
6600
6650 .
6700
rPHïUlN'\
.T!J"lI. ,..' , ....
~
Bíi_
a__
Contact Information:
LEGEND T
~:1g!~~1.13N-1811)^ M
;~'~"" ¿
Plan: Plan #2 (3N-18/Plan#2 3N-18L2)
Created By: Brij Potnis Dale: 1/23/2003
Azimuths to True North
Magnetic North: 25.43·
Magnetic Field
Strength: 57491nT
Dip Angle: 80.79·
Date: 1/23/2003
Model: BGGM2002
Direct: (907) 267-6613
E-mail: brij.potnis.~inteq.com
Baker Hughes INTEQ: (907) 267-õóOO
h"1TEQ
""
~~
-4000 -_
------"-- ---"--
-- -- ------ ---
------------
- - ------
-----
--~-----
----- -
----
-4100
i 3N-18L2 T1.S'
- -- -------=-- --" ----------=-=- ~i--
-------
-------
--------~
-------~ -
- ----- ----
-------- .----
3N-18 (Plan#1.1 3N·18L 1~--
-----
----- --
-4200
------ . ------- - ----
--------- -
---- ---~------ --
- ----------
------
---------
"-- ------
4300 ~ n --:- ~-- -;/ß:"".',¡¡;~ --- --=-- -~---- ..
-4400 - ~- - - -- --~ - ~- 3N-18L2 T1.47~~ - --- . ------ -~ -=''=- --====---=======
i -4500 ~=-=---=c ~~ -- - --C - -- -b}:>: . n --e- ~=----- --- --
o -4600- -~~- --~3N-18L2T1_3>_f - - ------... ---- --~-- ---.---
o .. I
~-47oo=---- ---~ __~_~__n______\------
+ - ------ ------- ---r -"'3] -~-
@ -4800 ~-=::=-==-=-__- - ~~=----: ----:-: -----==-_=_- -=--~=~==- =-. -:- .::-- ~ _ _ ~=__d ~~-=~ _m~__ -=_=-==-~~---
o -49~ --- --- .__.._____.________.~-d.- -.--.-.----- ---.- ------
i:z~\~,~----~~~~~n---~;;;':'1!::n _~~_~ ~ _=---- - ->=~--- ~- =
í
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-5400 -~-- -- --~ . -=-=----------=-=--=--. -/-_.--
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-5300- -----
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- - ------ -- --- ---
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----- - -------/-------
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~:=~-=-_= ~~-~:N-18(3N~18~~~~r~_:~-_-~--=-~-- __ ___----_ ~_-_-_ _-~~-=---~----_~~-~-~=~-~_ ==
- ----
3900 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300 5400 5500 5600 5700 5800 5900 6000 6100 6200 6300 6400 6500
West(-)/East(+) [100ft/in]
'-
-------
~----
----- -
---------
~ - -=----==-=------=--=----=--=====-- -- --=------ -~ - -~--- - ------- ---~- -. - - -.::==-=-.::=~--
_~~ -)/" -..~ .~~~.jj~-::"iN""'"""~-~:'''~J=~ic,-~_
____-' :'N:18~T~_. 3N-1812T1.3; -_-_-----i 3N-~_T1,:4~-~---i 3N-18L2.T1.~-_~-------==
--- ----------~ --------~---~
. --- -------------
------
---------
-----
------ - - --- --- ------- -------- ---- - - -- ---- --------------
----- ----------- ""--- ---
-------
------------- ---
- ----------"-----
--- ----- -" - -----------~-- -- -- - -----
------------------- .
-3300 -3250 -3200 -3150 -3100 -3050 -3000 -2950 -2900 -2850 -2800 -2750 -2700 -2650-2600 -2550 -2500 -2450 -2400 -2350 -2300 -2250 -2200 -2150 -2100 -2050 -2000 -1950 -1900 -1850 -1800 -1750 -1700 -1650 -1600 -1550 -1500 -1450 -1400
Vertical Section at 25.000 [50ft/in]
-----~-
1/23/2003 '1 :37 PM
)
)
BP
Baker Hughes INTEQ Planning Report
.11.
...
IN'''Ì'ÊQ
.., ~''''''~'~''''__'''_''-:'''''_'''U'.__'_'''''''_'~''''__~_'_,.._'''''''':_·'~_'___','"''''_U_'__''''''''__-:-''''''.'U'-:-_'__,'''__''._''''_"-""'._'__''--:'''_'''~-'-~'U--:-_~._''''_'_''''.''''''_''_'''''~'''~''''.-~"'--~"""'--""'-''''~-'~'''-''''''''-~'''~--,''_.''.''''''''-,----1'''-~~-_'~__"""'''''_.''~_'____'''''_'''''_'','''_'''''''''''',''___''''_'''.___'~__'__"_""""U"__""
Compa~y: I::'hiips~¡:tska,l~c. Dat~:i112~1~()0:3..,... iY ......., 'fime:..16.:å.8:2S Page:
Fie~d: KtJPI:ln.!k~iv~rOnit Ç~;-O"dina~e(~~)~~fe"~IÎ~e: ,,^,~n:~~~.1~}Tru~ NÞr1h.·
~ite: KRlJ~NPad . VertJcal(TVJ)lt~fe~IlC:~: '.'S~s~~m:Me~nS~!3L~ver
. . Well: . 3f\J-H~.'.·.·....·····,..··· ...................... S~tion(VStRefe~en~e:,.... '..' . Well (Q.00N.0.00E,.25.00Azi).'
.... ~~~c~~~.t~:-.·..:~~~~~'.~~:~:~~:;~c::~.:.7::::7'7::_:~-.:'·~.:7.::C:::::.:~::=':'.:::':::=.~.:.~':.::::::'·.:.::::.':..:~.:.=::::::::~~~~~:~~~~~~~i~~~~~~:~f:::::=-::~~~=~~.:~~.~~~u.~~:::::.::.~:=::.:~::::~~;::;=~:¥~~~:~.....,
Field: Kuparuk River Unit
North Slope
UNITED STATES
Map System:US State Plane Coordinate System 1927
Geo Datum: NAD27 (Clarke 1866)
Sys Datum: Mean Sea Level
Map Zone:
Coordinate System:
Geomagnetic Model:
-'--'-'-'.---'-"-~ ".. ...,-.........,.-.."....,.....,,--....
-_,."~"""" ,,,_. _.. ....'_._..___.__.."_ _,~_ ~... , _ ..",". . ._..,.....__.__."...._....._._..,.... ,,_,_...~ .".,...,. '''..,._~....~,__.".._.__''',.. _'''M''_' _"..._._.._~_..__"..,._,,_.... ,_,_~__"_...._._....,,._'_ .....
.. ","' _",____'___.'_'.__.___,u_'u___.'".__._.._.",_.__. ___.._ ._.., ....__._... ._,,___ . _ .____0'.
Site:
-.,"-.,..."
KRU 3N Pad
UNITED STATES - North Slope
Site Position: Northing:
From: Map Easting:
Position Uncertainty: 0.00 ft
Ground Level: 0.00 ft
6013799.38 ft
518425.12 ft
Latitude:
Longitude:
North Reference:
Grid
Well:
3N-18
Slot Name:
Alaska, Zone 4
Well Centre
BGGM2002
70 26 55.947 N
149 50 58.873 W
True
0.14
Well Position: +N/-S 0.00 ft Northing: 6013799.38 ft Latitude: 70 26 55.947 N
+El-W 0.00 ft Easting: 518425.12 ft Longitude: 149 50 58.873 W
Position Uncertainty: 0.00 ft
"....-. --~. ."" ... --_... "- .." ".'.. _., ,..' n .....~._....."".. ,,_. ."_.."._._...._.,,__.._.._,,.__.__.__'.'_.____..~,_.._.._n._.__._____._ _".~.,,_._"_._~_._._._.___,,_........_. ,__,...._ ._ __.._....."__,,.._._.. ~'_ _'__".'''___'_..__...n... ..,,_ _ ._ _~ ..__.___. .___...,_
-~,. ....... -- ."" ,-" ,-,.-"._"-_._.,, ,,-..'''.-..-,... -_...... -.... ..-. ..-.."..
Well path: Plan#2 3N-18L2
500292159561
Current Datum: 3N-18 RKB
Magnetic Data: 112312003
Field Strength: 57491 nT
Vertical Section: Depth From (TVD)
ft
0.00
Height 68.00 ft
Drilled From:
Tie-on Depth:
Above System Datum:
Declination:
Mag Dip Angle:
+E/-W
ft
0.00
+N/-S
ft
0.00
- n_._._.._____ _._____ __.. '''___''_ ......._
- . ---....-.-. .".-,,-..----...--.-- --.-------.."...-.....--....-....-..-..-...-..-"'---..,-..---
... -'- -~------ -.-".-...---.-.-..,-.."....-...-....- -~._-_......._.. -~. -
Targets
Plan#1.1 3N-18L 1
10875.00 ft
Mean Sea Level
25.43 deg
80.79 deg
Direction
25.00
. ..... .. ..... .......... ....... ....... .... ····_····S~r······_-_· ............-.-........-:.....:..........-....-..-...-.··-M;~·-~..--..·..·:M~;····_·..··_~·~:::··i~~tii~~~···:;~::;:··-~:···ï~gïi;d;-·::;··
Name Description TVD +N/-S+E/-W Nôrtbi~3 Easting ~eg.l\'Iin.· ..Se¢· . DegMin '. Sec
. ....... ....m... ............ .............. ., ...... I?.~~.~......_..... .....:...~~~:_.._:_..:.._!!..._.,. ..._.._.,:, ._...~_~:... .'"_..._..._.._~._ ....._..__.....~_.:.__........_.~..._~......,~..........;.......__...._..._...,....._.~._.,..... . ........, __........_.......... ........ ... ...__..
6505.92 -5143.17 4982.82 6008669.06 523420.14 70 26 5.349 N 149 48 32.648 W
3N-18L2 T1.1
3N-18L2 T1.3
3N-18L2 T1.2
3N-18L2 T1.4
3N-18L2 T1.5
6511.18 -4602.18 4904.79 6009209.80 523340.78 70 26 10.670 N 149 48 34.928 W
6515.27 -4982.91 4989.09 6008829.31 523426.02 70 26 6.925 N 149 48 32.461 W
6516.11 -4414.91 4958.68 6009397.18 523394.20 70 26 12.511 N 149 48 33.342 W
6522.78 -4159.36 5171.80 6009653.23 523606.67 70 26 15.023 N 149 48 27.082 W
.--. -"..-....-...-.--.--...-.--.-. ....- ,----_....----. ~_..._...._._..- ....-. --..--.- .-....----.-.,,---.---...--- _.·_._......_____...n_.. -.. .-----.--.--..- .---- -
~~~~!.~~~~."-... ...5~__..._.. ..._......_._. ......... _ .... ._____...._..... ..._...___.._....__...__..___..
MD TVD
ft ft
._ .._ ......_.____., ______ _ ___._ ~.._____ ____....__~.__._._. .....,_,,__. .._ .._ .. ._. ._ .'~M·.__·_._..,,~..__'L.' ____,,_. _.__.___....,_._..__._.__._..__..._ _._...._".. __,.__.._ ____...___
10875.00 6476.94 KOP
10943.00 6492.96 2
11088.47 6514.95 3
11308.47 6511.91 4
11528.47 6513.07 5
11975.00 6522.42 TD
_ ---.------------- .-.-.-- --.---. ....---.--- """._-._.-~...._.__." ...-------- ----~... ---.-'...-_......- ..
..-.--.,------.---.---
---. ".- --. -.. ---...- - ..-.-. .-... ..----- -.-. .--_.. -.. -- .-.-
. - --...- ----- .--. - -
Plan: Plan #2
Maintain separation from steel in L 1
Principal: Yes
Date Composed:
Version:
Tied-to:
1/23/2003
2
From: Definitive Path
')
)
BP
Baker Hughes INTEQ Planning Report
~
IN"rE.Q
··c;~;;~;~-··pj~¡iI¡p;7Àï~;k~.·T~~·~·-···-··-··-'····--..·.--·,·-··..--·.···---·----·,·,--,·.,--D~~~··;~í23i2õõ3--"-"'--"1irne:16;'~;~8'-""---"--'~-----'-"'-,'.;¡;;;-.-.....'.....'...-"
Field: Kupal'4kRiyer Unit" Ç~:-Ør~in3te(NE)~~fe~~n~e: WeU:3~-18TruèNorth
Site: 3KNR~1"'8" 3f:.¡Pad .Yel1!~al (1;Vl»Refere~cç: " .. S~~~ßm:Mec:l~$~a Level
Well: . ' .S~ion(VS)Refç~nc~~ Well(0.OON,O~OOE.25.00Aii)
," ~~~I~~~.~..~..~~~D~__~~=~.~ç~....:.......,.....~.l::.._.'".",,:...:...c.....;.....,_:.._..,~. ,:._......~..__.......'_.~~t~!~.~l')~.-:!.~~~?~U~~!~~~?~._._;..._M~~~!fl.~~.2.~.~.~.~I~...___.._."_..:.~!~...~X~~~~..__...
Plan Section Information
.".".,,_....,-"',--,._'-_...,'.~"'-.._.._-'-"'-,_.,..,...~..-~...._'_..,_.,,_.-...-'--._....._''':'-...,----,....._.. '."--'-'..'-'---"---"'---'..-'.'.'---'."'.--" "._'-"--~-"'""._-'_.""-'-_.'''--''--''.'_.'..--- ,~~,-,,-,~-,--_._.,._",....._-,-_._......__.,---~..,'-'''-'.--,._~~--::._-_.""~-,--~"",....,,.~_.._~_..,,--...~-.--. --~"'''..'._.''-'-''._.''"":''
MD
ft
....".-.....,..,......-."'.."...-'"'".,,..
1 0875.00
1 0943.00
11088.47
11308.47
11528.47
11975.00
Incl .Azlm 1'VD " +N/-S +E/-W DLS Build Turn IFO Target
,;..~~~,L._:.c..,___~!._~~.~.:c:_._"___~__~..___.-'m_........~:__......c.:,_.:.L~~._._.~..;__~.~~~.~.~~~.~~~Q~8.~.~~~.~{1.?.9~~___.~~_~~c._c_...._.... ........_..._..._...___..__.....__._.......
80.20 12.96 6476.94 -5189.65 4973.42 0.00 0.00 0.00 0.00
72.54 15.88 6492.96 -5125.69 4989.83 12.00 -11.25 4.29 160.00
90.00 15.88 6514.95 -4987.93 5029.02 12.00 12.00 0.00 0.00
91.56 349.52 6511.91 -4770.13 5039.30 12.00 0.71 -11.98 -86.50
87.85 15.66 6513.07 -4552.30 5049.15 12.00 -1.69 11.88 98.00
89.93 69.22 6522.42 -4234.79 5339.62 12.00 0.47 11.99 88.50
. ...---......,-.-...-"..""....
..... ._,..... ,.. ...w",,"_ ",." ....... ....... .".."_"..._...'W'. _ "~'''.'' ._. _...._........ ..~,..,,,_,,.., .,..._..~,._,._.,._.,_.__.".. .,__,~..,..", "'..,.._"'._,,,.....,,_..._.......... .~..~,,~_ _.."...___.,__....,_._..·w._..· ..~ ._ ,_~. ~".. .....__."~.,...... ,,__........__,..~... ...
Survey
._.. ..,_..._... .........·_·_....._.._h~... ...._. ...h_ "".___.__._.. ._w.. ... ...._..._.......,..._.. .........__... ..._..._.._......~....__.~.._ ."..._......__ ~_.....___'..___._".. .n.."",,'. _u___.._... __.. _..
MD Incl Azim SSTVD N/S E/W
, .:.. "..,...,:: .~~ ~..."~".:.:,"......"..:,~:~...___.,,,. L.~~~g",~:.:...._;,:_"J!._,., ,::,.,'""'_,.,.,"':.._~,_,,~::..~:~..,_.. ft
10875.00 80.20 12.96 6476.94 -5189.65 4973.42
10900.00 77.38 14.01 6481.80 -5165.80 4979.14
10925.00 74.57 15.09 6487.86 -5142.33 4985.23
10943.00 72.54 15.88 6492.96 -5125.69 4989.83
10950.00 73.38 15.88 6495.01 -5119.25 4991.67
10975.00
10995.49
11000.00
11025.00
11050.00
11075.00
11088.47
11100.00
11125.00
11150.00
11175.00
11200.00
11225.00
11250.00
11275.00
11300.00
11308.47
11325.00
11350.00
11375.00
11400.00
11425.00
11450.00
11475.00
11500.00
11525.00
11528.47
11550.00
11575.00
11600.00
11625.00
11650.00
11675.00
11700.00
11725.00
11750.00
11775.00
11800.00
11825.00
76.38
78.84
79.38
82.38
85.38
88.38
90.00
90.08
90.27
90.45
90.63
90.81
90.99
91.16
91.33
91.50
91.56
91.28
90.86
90.43
90.01
89.58
89.16
88.74
88.32
87.91
87.85
87.92
88.00
88.10
88.19
88.30
88.40
88.51
88.63
88.75
88.87
88.99
89.12
15.88
15.88
15.88
15.88
15.88
15.88
15.88
14.50
11.50
8.51
5.51
2.52
359.52
356.53
353.53
350.54
349.52
351.49
354.46
357.43
0.40
3.37
6.34
9.31
12.28
15.25
15.66
18.25
21.25
24.25
27.25
30.25
33.25
36.25
39.25
42.25
45.24
48.24
51.24
6501.53
6505.92
6506.78
6510.74
6513.40
6514.76
6514.95
6514.94
6514.86
6514.71
6514.47
6514.16
6513.76
6513.30
6512.75
6512.13
6511.91
6511.50
6511.03
6510.75
6510.66
6510.74
6511.02
6511.48
6512.12
6512.94
6513.07
6513.87
6514.76
6515.61
6516.42
6517.18
6517.90
6518.58
6519.20
6519.77
6520.29
6520.76
6521.17
-5096.04
-5076.79
-5072.53
-5048.80
-5024.89
-5000.88
-4987.93
-4976.80
-4952.44
-4927.83
-4903.02
-4878.08
-4853.09
-4828.12
-4803.22
-4778.47
-4770.13
-4753.83
-4729.03
-4704.10
-4679.10
-4654.12
-4629.21
-4604.45
-4579.91
-4555.64
-4552.30
-4531.72
-4508.21
-4485.17
-4462.67
-4440.76
-4419.51
-4398.98
-4379.22
-4360.29
-4342.23
-4325.11
-4308.95
--- - _.. -- --..--- ~..- -
4998.27
5003.74
5004.95
5011.71
5018.51
5025.34
5029.02
5032.04
5037.66
5042.01
5045.06
5046.81
5047.25
5046.39
5044.23
5040.76
5039.30
5036.57
5033.51
5031.74
5031.27
5032.09
5034.20
5037.60
5042.28
5048.23
5049.15
5055.43
5063.87
5073.53
5084.38
5096.40
5109.55
5123.79
5139.09
5155.40
5172.68
5190.88
5209.96
..._,..! .~_..._.~. '._'_"'___'~,._"__~__'__' .~__.. .___"_._. ..,,_.__._~__._~ ··._..h_._.._...._·~· ..._._._~......_.,,_......:___~_.. ....__._. _...,...._.. _..... _.._.
MapN MapE VS DLS TFO Tool
:,.........,~__..:..".: ':,:,.".~"';~;;,..,,. ..._,:~...." ...:...:~,;...,.."...:.."_.,...~.~,.,.."..'-.~,,...;:~.:~~~~9.~,.,_".:....~~~...,__".. """;.,,,.,. ......" .".".
6008622.56 523410.86 -2601.56 0.00 0.00 KOP
6008646.42 523416.51 -2577.53 12.00 160.00 MWD
6008669.90 523422.55 -2553.68 12.00 159.80 MWD
6008686.55 523427.11 -2536.66 12.00 159.54 2
6008692.99 523428.93 -2530.05 12.00 0.00 MWD
6008716.22
6008735.48
6008739.74
6008763.49
6008787.41
6008811.44
6008824.39
6008835.53
6008859.90
6008884.52
6008909.34
6008934.27
6008959.26
6008984.24
6009009.12
6009033.86
6009042.19
6009058.49
6009083.28
6009108.21
6009133.19
6009158.18
6009183.09
6009207.85
6009232.41
6009256.69
6009260.03
6009280.62
6009304.15
6009327.21
6009349.74
6009371.67
6009392.95
6009413.52
6009433.31
6009452.28
6009470.38
6009487.55
6009503.75
523435.47
523440.90
523442.10
523448.79
523455.53
523462.30
523465.95
523468.95
523474.51
523478.79
523481.78
523483.4 7
523483.85
523482.93
523480.70
523477.18
523475.69
523472.93
523469.81
523467.98
523467.44
523468.20
523470.25
523473.59
523478.21
523484.09
523485.01
523491.23
523499.61
523509.22
523520.01
523531.98
523545.07
523559.26
523574.51
523590.77
523608.01
523626.16
523645.19
-2506.22
-2486.46
-2482.09
-2457.72
-2433.18
-2408.54
-2395.24
-2383.88
-2359.43
-2335.28
-2311.51
-2288.17
-2265.33
-2243.06
-2221.41
-2200.45
-2193.51
-2179.89
-2158.70
-2136.85
-2114.40
-2091.41
-2067.95
-2044.07
-2019.84
-1995.34
-1991.92
-1970.62
-1945.74
-1920.78
-1895.79
-1870.86
-1846.05
-1821.42
-1797.05
-1773.00
-1749.33
-1726.11
-1703.42
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
---- .-. - - ....-. -- --.-.-- "-.- ---------
360.00 MWD
0.00 3N-18L2
360.00 MWD
0.00 MWD
0.00 MWD
0.00 MWD
360.00 3
273.50 MWD
273.50 MWD
273.49 MWD
273.47 MWD
273.44 MWD
273.41 MWD
273.36 MWD
273.30 MWD
273.24 MWD
273.16 4
98.00 MWD
98.05 MWD
98.10 MWD
98.14 MWD
98.15 MWD
98.14 MWD
98.11 MWD
98.05 MWD
97.97 MWD
97.88 5
88.50 MWD
88.40 MWD
88.30 MWD
88.20 MWD
88.10 MWD
88.01 MWD
87.92 MWD
87.84 MWD
87.76 MWD
87.70 MWD
87.63 MWD
87.58 MWD
";
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)
..........il1,.... . . iI_.
......
BP
Baker Hughes INTEQ Planning Report
INl'EQ
'_'_'_~_'_"_""___",".'.'_.,_n.~"_""""_""'~~'._"""_..,...,.__.._.,:__.__.,.
Cømpany: phmipsAI~$ka,loc.
,Field: Kuparuk,~iver Unit
Site:.. . K~U~Npad'
Well: 3N;.18 .
Wellpath: Plan#23N-18L2
.-.....---.. ......---...---. --.-.--~.--..._--......----..---.-"..--...--...-------...-.--.-".--..,..-..--..-..--.."..--..---.-..---.---.--.'--"--"--'"p;~~;~."-'--; . "--"'-1
, ···1)~te:i.1/23/~()03 ............... ·.TilDe:W:38:28'.. ...., ...... ..........
Co~..di...te(NE)~ef~re..ce: W~n:3N:-t~,Tru~. No.rtH
Yertic.I(1;VQ)R~fe~~c~:'Syst~m:Mean S~~ Levøl ,
S~tion{VS) ~efe..en(:e: '. Well(0;OON,0~OOE?,2~.00Azi)
_____________~~~~~.~~I~~.~~~~~_l\!e.!~~~~..._.._ ~~~~~.~m_ ~_~r:"~.t~~~.._____.. _..~~~. ~~~~se
u ._._ __ __ __ __ ..... __ ___ ______
.- -- -- -- "... . -.."
Survey
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MD Incl.Azim SSTVDN/S '. E/WMapN'MapE..VS ·DLSTFO. ·.Tool
. ~,__,_~_ _,_ ._~ c..._. ~:~,_,._______.~:~.., m._ . .,_~.:_..". ", ._.... ___.~....__~____:._.._..~~_,.__""'.,. .. ..'"'' __"....~"'"._"....,__.._..~..~~_.____,_'__,_"'_.:_~~..._...._;_.~:~~~__~.~,......~:~_..~._.. ... .....~..
11850.00 89.25 54.24 6521.53 -4293.82 5229.85 6009518.93 523665.05 -1681.29 12.00 87.53 MWD
11875.00 89.39 57.23 6521.82 -4279.75 5250.51 6009533.05 523685.67 -1659.81 12.00 87.49 MWD
11900.00 89.52 60.23 6522.06 -4266.77 5271.87 6009546.08 523707.00 -1639.02 12.00 87.45 MWD
11925.00 89.66 63.23 6522.24 -4254.93 5293.89 6009557.97 523728.98 -1618.99 12.00 87.42 MWD
11950.00 89.79 66.22 6522.36 -4244.26 5316.49 6009568.70 523751.56 -1599.76 12.00 87.40 MWD
11975.00 89.93 69.22 6522.42 -4234.79 5339.62 6009578.23 523774.66 -1581.40 12.00 87.39 TD
, ". ". ... ..."..~,.... _~._~_".,__,,,_..., ._..""."._._.,,....~..". ._"....'H__'" _..,....._.....,,__,~ ..~,,___,_._.._...._ .....-...--...""...--..--..--. ..--....---........."'.-- --.----..-.--'-. --...
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l
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J
BOP-Tree
.
KB Elevation
I
';'~~'~:I~,:"l:"''''''''':'':''''':''''''i''''''''''''"""1:",:,,,::,1,,:,,:',""'::'::":: 1;,:"":,,:,,,,~;:,:~i9 Floor
I, I
Lubricator ID = 6.375" with 6" Otis Unions
171/16" 5000 psi BOP's. ID = 7.06" I
I
13" 5000 psi
1/4TurnLTValve I
I
Choke Line
I
I
121/16" 5000 psi, RX-24 I
71/16" 5000 psi (RX-46) or
4 1/16" 5000 psi (RX-39)
I
Swab Valve
I
Tree Size
I -+
SSV I
I
Master Valve
I
I
Base Flanue
I
I
Page 1
!
)
TRANSMIT AL LETTER CHECK LIST
CIRCLE APPROPRIATE LETTERlP ARAGRAPHS TO
BE INCLUDED IN TRANSMITTAL LETTER
WELL NAME k f( U
3JJ-/'6hÅ
PTD#
2(33 - O/~
CHECK WHAT
APPLIES
ADD-ONS
(OPTIONS)
MUL TI
LATERAL
;/
(If API number
last two (2) digits
are between 60-69)
"CLUE"
The permit is. for a new wellbore segment of
existing we1l3V -- yI" 7
Permit No/1'''''' 01.~API No. ..)0 ..ð.2....9-:J./.f?.5_ðO
Production should continue to be reported as
a function 'of the. original API number stated
above.
HOLE In accordance with 20 AAC 25.005(1), 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).
PILOT
(PH)
SPACING
EXCEPTION
DRY DITCH
SAMPLE
Rev: 07 II 0102
C\jody\templates
The permit is approved subject to full
compliance with 20 AAC 25.055. Approval to
perforate and produce is contingent upon
issuance of a conservation order approving a
spacing exception.
(Company 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.
WELL PERMIT CHECKLIST COMPANYc""V>#'_f:J/J/f~ WELL NAME k/(/4
FIELD & POOL t:-¡ 7 ó/ ð 0 INIT CLASS LJ"~J / -ð) 'J
ADMINISTRATION 1. Permit fee attached. . . . . . . . . . . . . . . . . . . .
2. Lease number appropriate. . . . . . . . . . . . . . . .
3. Unique well name and number. . . . . . . . . . . . . . . , .
4. Well located in a defined pool.. . . . . . . . . . . . . . . . .
5. Well located proper distance from drilling unit boundary. .
6. W ell located proper distance from other wells.. . . . . . . . .
APPR DATE 7. Sufficient acreage available in drilling unit.. . . . . . . . . . .
Ø/J/ ~ .... ~ 7 8. If deviated, is wellbore plat included.. . . . . . . . . . . . . .
4ß--. ~~ 9. Operator only affected party.. . . . . . . . . . . . . . . . . .
10. Operator has appropriate bond in force.. . . . . . . . . . . .
11. Permit can be issued without conservation order. . . . . . . .
12. Permit can be issued without administrative approval.. . . . .
(Service Well Only) 13. Well located wOn area & strata authorized by injection order #_
(Service Well Only) 14. All wells wlin X mile area of review identified. . . . . . . . .'.
ENGINEERING
APPR DATE
¡¡J4A- Z--/ ifl ð ';
. (Service Well Only)
GEOLOGY
APPR DATE
he ¿¿).
, (ExpIO~~~ Only)
31J-/~L.2I?ROGRAM: Exp _ Dev _ Redrll_ Re-Enter _ Serv _ Wellbore seg ~
GEOLAREA 9J~ UNIT# /)/6'(') ON/OFFSHORE~
.;.~~ 1',c;- AJ-. /r,..,..~A:! ~.,.J ....I /'''¿4/'-~
Y N
Y N
Y N
Y N
Y N
Y N
Y N
Y N
Y N
~N
'!¥. AJ'~
yN t
¥--N-
-¥--N--
Y N . III lit-
-¥--N- d
*"* c../ctfe .
~~
1:V N N {it-
,~
-¥-N ¡J/A-
~~ µ4v
N .
Y N
15. Conductor string provided. . .. . . . . . . . . . . . . . . .
16. Surface casing protects all known USDWs. . . . . . . . . . .
17. CMT vol adequate to circulate on conductor & surf csg. . . . .
18. CMT vol adequate to tie-in long string to surf O5g. . . . . . . .
19. CMT will cover all known productive horizons. . . . . . . . . .
20. Casing designs adequate for C, T, B& permafrost. . . . . . .
21. Adequate tankage or reserve pit. . . . . . . . . . . . . . . . .
22. If a re-drill, has a 10-403 for abandonment been approved. . .
23. Adequate wellbore separation proposed.. .... . . . . . . , . .
24. If diverter required, does It meet regulations. .. . . . . . . .
25. Drilling fluid program schematic & equip list adequate. . . . .
26. BOPEs, do they meet regulation. . . . . . . . . . . .. . . .
27. BOPE press rating appropriate; test to 4~OO psig.
2S. Choke manifold complies w/API RP-53 (May 84). . . . . . . .
29. Work will occur without operation shutdown. . . . . . . . . . .
30. Is presence of H2S gas probable.. . . . . . . . . . . . . . . .
31. Mechanical condition of wells within AOR verified. . . . . . . .
32. Permit can be issued w/o hydrogen sulfide measures. . . . .
33. Data presented on potential overpressure zones. . . . . . . .
34. Seismic analysis of shallow gas zones. . . . . . . . . . . . .
35. Seabed condition survey (if off-shore). . , . . .. ......
36. Contact namelphone for weekly progress reports. ......
,\
\
(
. GEOLOGY: PETROLEUM ENGINEERING: RESERVOIR ENGINEERING ule ENGINEER COMMISSIONER: Comments/Instructions:
RP~ TEM JDH JBR COT D 2-/~7J0.J
DTS
/ MJW MLB ð:2/eJ.r-/03
SFD_ WGA
Rev: 10/15/02
G:\geology\permits\checklist.doc