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202-038
Imagt. )roject Well History File Cover J be XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file. may be scanned during a special rescan activity or are viewable by direct inspection of the file. PAGE COUNT FROM SCANNED FILE: L/-'/ PAGE COUNT MATCHES NUMBER IN SCANNING PREPARATION:; ~S DATEg'lb¡;lf cQð~ - 038 Well History File Identifier Organizing 1,1,," ~ R]iCAN \1 / Color items: \9' Grayscale items: Poor Quality Originals: 0 Two-Sided DIGITAL DATA 0 Diskettes. No. 0 Other, Norrype 0 0 Other: NOTES: Bl: BEVERL'( ROBIN VINCENT SHER'(L~WIND" ... Project Proofing B'(, BEVERL'( ROBIN VINCENT SHER'~':~~~~:)NIND{ Scanning Preparation x 30 =,10 Bl BEVERL'f ROßII.J VINCENT SHER"'~lr~D'" Production Scanning Stage 1 B't: BEVERL '( ROBIN VI~JCENT SHER'(~IND ( ~escan Needed OVERSIZED (Scannable) 0 Maps: 0 Other items scannable by large scanner OVERSIZED (Non-Scannable) 0 Logs of various kinds DATE? })t ,:Iher w¡- tJ DATE:7/~lf'f" mÚ + J / = TOTAL PAGES LJ- J DA1E1~/(jf'S' tM ~ -NOWlP B(: BEVERL'f ROBlrJ VINCENT SHER'(L MARIA WIND ( Stage 2 IF NO IN STAGE 1 PAGE(S) DISCREPANCIES WERE FOUND: /Sl (SC"'W"'IG IS COMPlE IE A I THIS PO,NT lIr'LESS SPECIAL ATTENTION ISI>EQUIRED 0'/ AI/INDIVIDUAL PAGE BASIS DuE TOOUAlITY, GRAYSCALE OR COLOR IMAGES) ReScanned 11";('1 I,:" :1/'1'1' /'"'1""';.>1,>'1, "r",'I; ',' ',1"//1,' "i.lI'pl,';.'(/J RESCANNED B'(: BEVERLY ROBIN VINCENT SHERYL MARIA WINDY General Noles or Comments about this file: - YES - NO DATE. I - DATE. /Sl Quality Checked ,rI"""1 12110Iû2Re~3NOTScann",d \lope L o 2- o2— 7 PHILLIPS PHIL IPS Alaska, Inc. A Subsidiary of PHILLIPS PETROLEUM COMPANY Post Office Box 100360 Anchorage, Alaska 99510 -0360 k rri A% tolcw December 6, 2001 (40N-C4 Daniel J. Seamount, Jr., Commissioner DEC Alaska Oil and Gas Conservation Commission 333 West 7 Avenue, Suite 100 N0®NFIDEAL Anchorage, AK 99501 DEC 0 2 MU Re: NPRA Pore Pressure Prediction Dear Commissioner Seamount, Phillips Alaska, Inc. is submitting under separate cover two copies of the seismi e prediction analysis for nine different NPRA wells. They are: Lookout #2, Mitre #1, Nova #1, Nova #2, Oxbow #1, Rendezvous #3, Spark #6, Spark #7, and Spark #8. PAI ay not permit all of these wells this year, but the data is being forwarded as one package and will be referenced as being previously submitted in future applications for permits to drill. If you have any questions or require further information, please contact me at 265 -6377 or Paul Mazzolini at 263 -4603. Sincerely, j i Tom Brassfield MOW JAN 2 8 2011 Senior Drilling Engineer Cc: CONFIDENTIAL -NPRA Well File Paul Mazzolini ATO -1570 'Pecs /fr D 444.46, 0 e 1 @02 -03`8 • • PHILLIPS ;c47:4, PHILLIPS PETROLEUM COMPANY To: Jerry Veldhuis ATO -792 Tom Brassfield ATO -1550 From: Kathy Heinlein ATO -1346 Subject: Pre -Drill Seismic Pore Pressure Prediction for NPRA Proposed Wells: Lookout #2, Mitre #1, Nova #1, Nova #2, Oxbow #1, Rendezvous #3, Spark #6, Spark #7, Spark #8 CONFIDENTIAL Date: October 23, 2001 RECE%, ED DEC 0 6 2001 Oi4 mss.'?; n An Summary Seismic velocity data was used to predict pore pressures likely to be encountered in eight proposed well locations. A local compaction trend and a local velocity to pressure gradient translation trend model were established using control from seven offset wells, West Fish Creek #1, Spark #1A, Rendezvous A, Clover A, Lookout #1, Rendezvous #2, and Mooses Tooth C. The local compaction trend and translation trend model established from the existing wells was applied to velocities from the NPR99E 3D seismic survey to predict pore pressures. The predictions show no apparent shallow hazards or large pressure anomalies at the proposed well locations. Seismic Processing: — The accuracy of seismic geopressure analysis depends critically on the accuracy of the input velocity field. The velocities used here were generated using Phillips' AVEL program, an automated high - resolution velocity analysis program developed by ARCO Exploration and Production Technology. This process produces a very accurate velocity field defined at every sample in time and laterally along each seismic line. The output RMS velocities were smoothed over 9 CDPs to minimize instabilities in the velocity field that might result from noise, lack of signal or variations in CDP fold. • Pressure Prediction Procedure: Phillip's PPFG software (developed by ARCO Exploration and Production Technology) was used to calculate the predicted pore pressures. Seven existing NPRA wells (W Fish Creek #1, Rendezvous A, Rendezvous #2, Spark #1 A, Clover A, Lookout #1, Moosestooth C) were used to establish both a local normal compaction trend line and a local velocity vs. pressure translation trend model. The normal compaction trend previously used for pressure prediction (slope = -5 intercept p Y p P ( P t p e -5 = 165, Heinlein 2000) was updated based upon 2001 drilling results (slope p p g ( p e = intercept = 152 -159). The pressure translation trend model used in previous years fit the 2001 drilling results. The local model, based on the seven wells above, is valid for all proposed well locations. Procedure 1.) A Normal Compaction Trend Line (NCTL) was determined for each seismic line. The individual NCTLs did not vary significantly from the NCTL model developed at the wells. The slope of this line (- 4.5e -05) fit the NCTL calculated from each seismic line, with the seismic intercepts varying slightly from 150 - 155. 2.) The difference between interval transit times (ITT), recorded by wireline sonic logs (OT) in the existing wells or by seismic velocities in the proposed wells, and the Interval transit times predicted by a downward extension of the NCTL were measured. These values are the travel time differences, MT. 3.) A translation trend model was established by comparing transit time differences (MT) to mud weights. This model calculates pressure gradients (PP) using the equation PP = C2 *MT * *2 + C1 *MT + CO Where C2 = 8.01e-5, C1 = .0019, CO = .465 4.) Fracture gradients were calculated using the Eaton Method. Inputs are the bulk density, the calculated pore pressure gradient profile, and a Poisson's Ratio profile (from a West Cameron model). i • Rendezvous #2: Figure #1 is the pore pressure gradient calculation for the Rendezvous #2 well. The left side is the wireline sonic DT (black curve) with the NCTL (red line). The right side is the pore pressure gradient calculation (blue curve) and the actual mud weight (green curve). Casing points and lithology changes are as labeled. Note the predicted pressure at 7300 ft is slightly higher than the actual pressure as measured by mud weight. This change reflects a decrease in velocity due to the presence of a kerogen -rich shale. Although it appears as an increase in pressure it is instead a lithology effect, and is noted on the seismic lines used for this analysis. Similarly, a silt zone begins at approximately 8150 ft. The NCTL used is based on shales containing only minor amounts of silt. Because silts are slower than shales, the velocity of the silty layer is lower than the velocity predicted for low silt shales at the same depth. The velocity difference generated by the lithology change shows up on the plot as a false increase in pressure. Seismic Pore Pressure Prediction (No Shallow Hazards Observed): Pressure gradients were predicted at each well location from 3D seismic velocities. This report includes displays of pressure gradient predictions on all 3D inlines, both in time and in depth. Predicted Pore Pressure Gradient Displays in Depth: Figure # Seismic Line Well Name 2 IL49450 LOOKOUT 2 4 IL49567 MITRE 1 6 IL49546 NOVA 1 8 IL49495 NOVA 2 10 IL49471 OXBOW 1 12 IL49607 RENDEZVOUS 3 14 IL49800 SPARK 6 16 IL49912 SPARK 7 18 IL49993 SPARK 8 Predicted Pore Pressure Gradient Displays in Time with Migrated Time Overlay: Figure # Seismic Line Well Name 3 I L49450 LOOKOUT2 5 IL49567 MITRE 1 7 IL49546 NOVA 1 9 IL49495 NOVA 2 11 IL49471 OXBOW 1 13 IL49607 RENDEZVOUS 3 15 IL49800 SPARK 6 17 IL49912 SPARK 7 19 IL49993 SPARK 8 • • Warmer colors indicate higher predicted mud weights (pore pressure gradients). Seismic velocities indicate the potential of a high pressure zone on inline 49567 (8400 ft — 8800 ft SSTVD, CDP 10690 — 10712) near the TD location of Mitre #1 and inline 49546 (8400 — 8700 ft SSTVD, CDP 10550 — 10570) near the TD location of Nova #1 (Figures 4 - 7). The apparent pressure increases at these depths are most likely due to lithology effects within the Kingak shale. It should also be noted that the normal compaction trend used for the pressure modelling is based upon shales above the Kingak and might not be applicable within the Kingak. There is not enough well data available to accurately measure compaction trends within the Kingak. Pore Pressure Gradient Prediction at Proposed Well Locations: Figure # Seismic Line Well Name 20 IL49540 LOOKOUT 2 21 IL49567 MITRE 1 22 IL49546 NOVA 1 23 IL49495 NOVA 2 24 IL49471 OXBOW 1 25 1L49607 RENDEZVOUS 3 26 IL49800 SPARK 6 27 IL49912 SPARK 7 28 IL49993 SPARK 8 Conclusions: 1.) There are no apparent shallow hazards at the proposed locations for Lookout 2, Mitre 1, Nova 1, Nova 2, Oxbow 1, Rendezvous 3, Spark 6, Spark 7, and Spark 8. 2.) The NCTL and Translational Trend Models used in previous NPRA studies are very close to the those observed at existing wells in this study. The models were updated to incorporate the 2000 NPRA drilling results. 3.) By comparison with the West Fish Creek #1 and Rendezvous #2 wells, pore pressure gradient increases predicted by seismic analysis between 7000 ft and 10000 ft are likely due to local seismic velocity changes caused by kerogen and silt lithologies rather than by high fluid pressures. It is likely that mud weights will range between 10.5 to 11.3 ppg in this interval. S • 4.) Seismic velocities indicate the possibility of a high pressure zone at 8400 ft - 8800 ft SSTVD on 3D Inline 49567 (Mitre #1 location), and at 8400 ft - 8700 ft SSTVD on 3D Inline 49546 (Nova #1 location). The apparent pressure increases at these depths are most likely due to lithology effects within the Kingak shale, and are essentially below the proposed TDs of the potential well locations. If there are any further questions, please contact feel free to contact me. Kathy Heinlein (907) 263 -4761 PHILLIPS Project: NPRA PHILLIPS PETROLEUM COMPANY Well: Rendezvous 2 Pore Pressure and Fracture Gradient System NCTL: 152-4.5e-5 10/13/2001 K. Heinlein Rendezvous 2 1 DEPTR(Oolum setto MSL) MET MSL MSL ou_stuesuuk _Au Fi l _.-i .- 4 4 tri .------- ttE i -1- ._.2...__[.. r ..±4... : • -..-1--;:-.: ...--- t -..' . • ____, __-_,-,- NNW ; - .-;- --r -;• - — I — r` moo 1000 --,-- = 3 . : ..-7 - -- 7 -_ 4 .. - -'-' -r- _ , _ . - ,- -- . - -- 1 r-r-- . — • .....-- ..,_ . • --i- • 2 P , 1 1 . - . ' r . .. .. . ,.. . . . . . 5 . . •, : : -, .1 - -L.. 1 i . 000 , 4-- 3000 , : • • = . , lo..• • - 1 " r 1 ''.7 - '.' i ' t ';1 . -•.... 1 1 , . ---1 . • , ■ .. i . , • -,- z„ ..- - . . • "; : I : - - - , , _,!- - . I Mil • i , I . . - I I ' ' ' • • - 7 ' -.; i . — - i - 4000 —L , - • • I. min - .'- ___ , -,-- i juggigigi a n i ;._ ---, - 1 , ...___ ,_____ -4--1-1.4 --- -, --H- -g M fitiAhifinilh. ----- 4- " 1 I s000 i 6000 __i 11111111f IIIIII 1 ; 1 I - --i-li -------- ---1 ; T. - i -, • - ,• • 4 i• • tr U 1111 , – , ___ - . t + - —I --,--- 1 - --r.-4-i-r,: HU MIRO i 0000 , i WOO - " f' - 111111211-ti FM Biglillillig --; ,,- , --■ - '- - -ii..._::- u ii.:11_=_7 0 _ - I --- -1- - '• i 1 - ,, 1 N. II - -I- 4 - 1 - !• I I h g URI .-4 ._ . 7080 MIN 05W FM Witt1114 _____L_ __I__ i 7000 , , ; ;, --filAil 1611SINIANVI , ..,.._ , I _ ■ . ., ; INK= : /.. .1.MM I ; - ---; --4- , 1 1 --- - .,.......„...... I , 1 8000 ;._ __.; : i ■ ...A fple6PRIMO 1 r ? -4 I 1 _.,___ 1 '1 - i I . i .. I r , • in F . 0 3 _ 1 - . • • esso 40 80 80 100 120 140 180 180 8 9 10 11 12 13 14 15 16 NCTL Intercept ot CA .111.1111 PPG Logeritionlo Slope o -Oblate-IS -0-162-460ST PPTC (Sonic HCTL:152-46E-6 UDEF, Top Trend Model: OFFSHORE TEXASMORTH SEA) —Mud Weight: DRILLERS REPORT • axing Depth X Kick /Flow + Repeat Formation Test X Gra Stem Test Figure 1 A Prodvollon Pressure CI Leek-off Test a Loot Ciroofoloo awe - fermata Top -. MN Pipe Locales '. Sidetrack Location X Freeform PHILLIPS H LLiP T Ps s '�„ ��° Project: NPRA Pore Pressure and Fracture Gradient System Well: Lookout 2 10/13/2001 K. Heinlein NCTL: 155- 4.5e -5 Lookout 2: PPG Predicted from Seismic (Inline 495 40) (dep 155 -4S -SOS PPC} 2 SW iii���FFFSSS NE 1 1 1 1 1 1 1 1 1 1 1 1 1 1 7 1 1 1 1 1 1 7 7 1 1 1 1 1 1 1 1 1 1 1 1 7 1 1 7 1 1 7 1 1 1 1 1 1 1 000 000 0 � 0 000 0 00000!0 0 00 0 0 7 bbbbk 00 0 00 0 80 0 00� 00000000 0 CDP 6 6 6 6 6 8g 6 6 6 6 6 6 7 7 7 7 7 7 7 7 g 8 8 3 0 8 9 9 8 9 9 0 ! i t 3 4 4 0 5 0 6 0 6 i!'. i. k 7 i 0 0 i 0 0 i 6 0 i i i i. i • i 6 6 0 N 541-0.° 4 „k,,, 6 n 3 ' .: 8.00 • �' � �- �'"� ,51-,`'''''''-''' *^ .y,.Yis;, ',rt"Pa°. . -. 8.50 ~ti 1000A '� �;n, .. 3�Sa s „. `'la_ ' - 1 950 10.00 10.50 t . , L -a ' 11.00 2000.0 y r u f iO Y # q 12,00 �T � " e r s """'�' ,=, i s -�„ ", -�T ..a 7; i i e' 125 F w _ R A }'b'"F of .. . 3000A " ' 19A0 • n ; '' . y„'' �c k ,,�„ — . .' 13.50 m����: � d !9. � r��� °� � � � �� �" k � 14.00 i � + ,. •" " � ' " U F '' i `' _ �..* ''r '' x 12 x 1450 4000.0 . ` x;r, � .... NI 15.00 P h g i . a i . "` ,, .Fr 1550 T ...m �. �• � � ..� .x'� 15` s•w �33p ®16.00 i X .» , ,+R =' r ..m,.,, - 7 :.�. ,. ..`a�n. 17.00 fil 5000.0 - _- .: y . '` �"r e '4"°.^,.''.. � � � . � `- i � r. ',., -�' � �,y 75'''' ..,. s°i�3- 7750 " & ` .>bru -4 •c , v- . 5 f1Wr* y 'a' e , , s'' 18.00 60000 $ - a n a _ a k c 17;4.7 `� . "` 1850 4 s ,t '. .?.+E7�w ,4 ','a -t+,t A Y , „ * i ' ro„ w u r1 k' r�� '* - o ff " * 19.00 x r , r, , ;" 7000.0 r - 0000 . �, a x s 5 ' :1'4 . ! 1:::::,::' i.` ", n' n.. ter' d ,> '9^°'°"�� Y . . `9 .J. J 9000.0 ,,,,'" - �� , � � � ° � ICY.' s � �� � � � e `�, �. ° .,� � . x, ,� f,,,' a a, >4 .w , � ! .�',. X0 , 10000.0 ' .�. �'" CDP Spac = 110 ft Figure 2 PHILLIPS PHILLIPS PETROLEUM ROLEUM COMP g Project: NPRA c� ' Pore Pressure and Fracture Gradient System Well Lookout 2 10/13/2001 K. Heinlein NCTL: 155- 4.5e -5 Lookout 2: PPG Predicted from Seismic (Inline 49540) (time) 155 -IS -SOS PPG T L OOKOUT 2 Seimic:ALAY0 EESNIG I SW NE 7 11 1 1111 111 11 1 1 1 11 1b 11111 1 CDP d6 S b b d d d6 g 0 g 0 66666 57 '77 p77 bbdob7b9g� 66 d b�� og3gb8 i 1 bb 9 ° gbgb 0 y g 9 0 b 2 3 11111W4in g iatffilliiill 556677�gggg9��112 4 {55 56 T7 939�9 00 16 2 6 3445155776 5 .061122334 5 55 ? °6 6 1 0 1 0 5 0 5 0 6�5 UUU 666666 � 555555 0 5 0 5 0 5 0 5 0 5 0 0 6 55 0 5 0 0 0 6 0 6 5 � 0 � UU 6 6 0 6 z 6 5 Pp 10 0. 0 � i ii 111111111 iil iiiii a il ii lii iii iiiii !! !ll i i iili ilii 1 i 1111111 111! ! 1111!! 1 11 1 . iii' 1 1!11 it 900 it i l 104.101rrIli,,,06,01, 203.5 i 11 i ii ! ! i i !! �l i ! I i 05 � • 303.0 I 13.50 a000 i it ! iii iii„ i . j ii ii li 1 iii 1 111 i ii i ! i i .�� its i 11 . i 1! i! ii iii iiiliiH11 IIIPlilliiiiilliilliilll - ,,,,12. 00 # { i.= A i 1 lllil . 1 .11 I l b00 ii. i ii i � [ i n ! ( �k {� t 500.0 iililiiii i x i��d %. slt Rt i ii� ��l ill��� �i R11 i i� iii!'iii�i ll it llh1I1ili {i1lll ili1 13.E 733. lilliiiliililiii 1111 1111 11 iiiINiii iliiiiiii 1111 i1i IM iliii iillilliliiiihil1iiiilillliiilii1l #ii11 111IIi. 14 11 # #ii l M 1#iiliii11ii m iiliilliiiii lliliil11ii niu illiiii.l 16!11!!! i 9 i'{iyjt��=j I 3 j $ t i tra {j {+ {j / iiltiii ;6 0° 87M 1I 1 1 1 1 7E�i� j i{{ iii i 1 !j !* �H 15.00 Jas► Y0 f I. .,. �1 111! S y' : ,F i ii i iiiil 15.50 z ]�{� O .. sasa {{jj jf 1� {$ r 1 1 11!11 ..� ,T.� 1 i ii0 ii lli ii i 1 iii ! ii i i if i f f S Alm i] j i iii ...18,50 14 iii11111 iifi li ii ii ii i 2ii 1111 Fri a 1i � 19.00 .iil � �� # #�i iliiiliii 00.0 >ra_r_ ...,�iiii��ll� l # 1 ; � �� ���� �[3 • q '� YYF J � aj} a � `$iS Std i livit i m pl omitil l imili �.+ ..r 1 500, 3 1111) 111iii 11 !iii �� � ± .t,Ye� S- r�c�z' r� ...: * � i„� '- it i t 4 .. _li j r i g i_1 3 � �, �.,� y : :. 1700 ' " 4 - : r iS . r 1: v ft a :ra. ,30 i r i i i i 111111.. ft 111 1 1 1 s �, 11 X11 1441 ,933.3 . , . � E.� 4 1 11 110 ri 1 11 11 1111 11111, 11 1 1 ni ,T ' , 11111$ " i -,..t. iii 3 „1 1 ',Tic: +' mot i. fi .. . 4: » t� :� . , � .... i. � . - , . �.:.. � �-, : �, w�. �. ...,.. : Figure 3 CDP Spacing = 110 ft PHILLIPS ae e PS �� a r. m 61 P €. 9®P �� e !Lijr,S r h()LEljil.AE CO °c-as x Project: NPRA Well: Mitre 1 �; Pore Pressure and Fracture Gradient System 10/13/2001 K. Heinlein NCTL: 155 -5e -5 Mitre 1: PPG Predicted from Seismic (Inline 49567) (depth) 155 -4$ -505 2 PP0 MI 1 SW NE °P1 6 21 6 545 5 05 500 5 506 06 1106 8 5g 9 550 l 0 $ 6 1 1 1111 ' ' . 8 00 .0 1 , .0 8 s PM MSL 0,0 trw 8.00 ' _ 0.50 ' Im II 1000.0 a 9 60 � 3 ;t ! sa - 10.00 • a + 10,60 . '".�' .....' (s° , ,•'w» . '6.. - ( ' . 11.00 2000.0 � ° i � ` j - 11.50 3 ." j z .' � � 3 terra. d '{ r �£ " a t, - a; of ', a .'-'7-4, h s �aa 7 2.50 • ta i .f J u ? 13.00 $a* G rt R � 1 3b0 .+ s�"G a�,,� . a' t+ � 9a� ^a'+ D 4000.0 _ - k 2 t-' � a � z' `. T,, .,. 1 � " 5L y P z .. ' , x +f" 16.60 T +,.' ;"''''''',"--,,.Pt''',.,- . )04 , _ -.,.. : ` a:� ®16.00 6 0 0 0.0 sx+w+..' 0 ' 41 ' , � y , .. ," - a "� • - ▪ .4.0 ...w.A, " .' « ..0 4, - .;"- - ® 15.60 H T 3s a °' F t ". .i �:* ,,f. S� h 'a, i - " ^* r.,:"" " ` ' n , � , s -� . ',� -1 x vsr"� wr.,�„K , �,� 1 �s � � �� m. � i 17.50 � ,a x ,� y , �� � •4 d +a, x'' ' 15.0 0 6000.0 � i.. „' cr.. „''' "xr ' ;.0 s '^^' ,. s^ ' 15.50 r e = o " ®15.00 7000.0 W - a". r ce m '�. "41^7:7-7:'5:: ...._ „...-, ..,...,,,,. .-„,,,,:-.,„.,:, ,,,,,,,,,,, ' ^ �'''"� " � Vi, Y � �tA+ �"" � a v e F ilk BOOOA k r � E � � "Y^`°" 0000.0 . , x •., w574.'an �. �' -.."""° `.' . t , ' , ...2 s � ,. }�$ . A � ' i .6 , . 10000 Figure 4 CDP Spacing = 110 ft III 1 PHILLIPS PF LU N PETROLEUM COMPANY Project: NPRA Pore Pressure and Fracture Gradient System Well Mitre 1 10/13/2001 K. Heinlein NCTL: 155 -5e -5 Mitre 1: PPG Predicted from Seismic Online 49567) (time) 15S- 45 -S0E PPC_S MI IHL 1 Seismic:ALAMO JUNG SW 55{'�r,�r�55 55 y p y ppp p 777 ,,77 7 7 pg 7n" p g p g gg g 0 2 NE CDP1 2 2334456567 737089 0 9 901122 9 366665 6 9 ?78 323 34450 0 0 7 73 +1 000 5 0 1 2 202055 0 60 7 096 !N 113 002 0 5 0 5 0 6 0 5 5 9 0 22 6 0 0 0 5 0 5 � 5 5 0 0 5 0 0 6 0 5 0 6 0 5 0 5 0 5 0 5 0 5 2 0 b 0 5 0 5 milip - i 1 ■ � 0 , ' ' 2 ! ! F !� '1: _. "9� t ' j 1 . � � � ` I .; . ��1.� . y .. LI- � 9 ',0, g�J �yJ iEiiI1flui1Ii l 11 IPi1'1 It I 70b0 • 4000 ill ;111i I111111IInn1n111n11 n1n 1111n .. 1n 1111111111111 II 11 1 0 I MID 1 1 11 1 .1111111 , 11.50 500.0 J1 I IlIIII 11 1111. 11 m I n 1 nl 0 iI 711: t 1 n� n� 1 1 12,x6 ' sj I > 1 I . 111 111 li 1300 700,0 0 1 1 11111 1 111 I 1 1 II 1 nI �1 1 1111111n1111M11111111111 - 1350 7000 t 1 n 111n nnn n1II h 1 n RI111 ___. 14,50 ' � �� � ��� 111 ��� i �� M 900 0 . 0 11 11 1111 o 1111111 11 I l II ffhIi 1 g h1 ! 1 1111111110111 } 101111 16 00 ,:s, 1000.0 11. 11111/0101111 0 I IlI o un II I i 1 ■ J 17 50 1166.0 , 1 1 Mil i111111i1 ii1 11111 11 1 1 1 120 n 111 111 O1u1In11M1111n OHM Innl 11 1 I 1111 ,:1 n i1 n1 I1 1O :::: � � �� �"�'� � 19.66 1300.0 I 1 11111111 11111nII1 � Inn111 11 11 1111 1 1n1111111n1 11 1 111111111 IIIIUIn11 1400.6; #III 111111 11111 . l 1. 1 1 11 11IJ1 . 11111 #III 1111I11111111Ii 111 1600.0 11,111111 1111111 I I I I 11 Ip 1 1 1111) 1111 1111 111 1111.1111121 ,� 11 1111110111 111 #1111 II n111111n1 s�.. > 111 11 III _I1.�. 111 #111 #1111111 111111 1111111111#1 111 111#1 111111 ,666.6 11 1114 1111 12 1 x1 1111111111 i m "1113211111 . i f i 1 111�1�t *. s i 1 1111111 I 1 766,6 -9 11 1 1 ; 111 111 � III I11 � " 1 111#11111 #1 160 1 �, w „ .e.. ` � I . ,.,II II1I 11 1111111 t I 1 ���l1 ;1 , x 11111 1 111111111111111111111111111111111111111 11111111111111111111 1900 i.A���.��, ��, a���lai4 � . 2666 6i11111111111111111 # CDP Spacing = 110 ft Figure 5 PHILLIPS E ROLEURii CORA nuke Project: NPRA Pore Pressure and Fracture Gradient System Well: Nova 1 10/13/2001 K. Heinlein NCTL: 155- 4.5e -5 Nova 1: PPG Predicted from Seismic (Inline 49546) (depth) 155 -45 -50S PPC L NOVA A 1 SW NE 1 000000 3 3 3 4 00 4 4 0000000 000000000000000000000000 00000000000000000000000000000 CDP 3 3 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 g 5 5 5 5 5 g 5 5 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 g 6 g 6 6 7 7 7 7 7 7 7 7 7 7 7 7 6 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 2 0 5 0 5 0 9.5P 0 5 0 5 0 5 0 181 . 5 0 51 0 510 01/49 0 5 0 /10 0 5 ;119 D 5 c7,01 5,74 0 1 1 0 , 0 1 PI! MSL 0,0. . , .✓ a ... 1 .,. . ". 8.00 3 .. .,. wit - 8.50 - — o— 950 • 10.00 10.50 11.00 . 2000.0 :. T �..;..____ ...lit• ... _ ._ :. ,. r -- - 11.50 12.00 ^ -. _ , 14.00 1450 0 15.00 E 4000.0 -- .-'-__.._... ......___ _._-___; ...___-`-- -. ._:...-- --,_.___.., .� __�.____, ,_....:.... . ....e_ ... __ .___..,_�_.....,__- 16.60 16 .50 P T 16,00 X MI _ �._ _ _ _.. _. _ , . 17.00 17.50 " i_,,.c. 18.00 18.50 6000.0 -, 19.00 7000.0 r� .y - r _ ._ .._ _ • • -'tea Y < _,tom rytws. =.+Sti 8000.0 .,. L , ,_._ _.r .... _ ;.__.._ .._..,_,._ _. ,... .,_ _.. _ _ .�.' __ . _.:__. _, _. _ 9500.0 e � CDP Spacing = 110 ft Figure 6 Project: NPRA PHILLIPS PHILLIPS PETROLEUM COMPAN® : Pore Pressure and Fracture Gradient Syste Well: Nova 1 10/13/2001 K. Heinlein NCTL: 155- 4.5e -5 Nova 1: PPG Predicted from Seismic (Inline 49546) (time) 15S- 4S -50S PPG J NO 1 Seismic:ALAMO EESYIO • SW f�1 NE 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 41 0 0 0 0 0 0 0 0 ono 0 0 0 0 0 p 1 1 0 0 0 0 0 p 1 p 1 0 0 0 0 1 p 1 p 1 0 11 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 pp1 0 0 0 0 0 0 0 CDP 3 3 3 3 3 3 3 1 4 4 4 4 4 4 4 4 4 4 4 4 1 4 1 4 4 4 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 g 5 5 5 5 6 6 6 6 6 6 6 6 6 6 5 6 5 5 6 6 6 6 6 6 6 6 6 7 7 7 7 7 pp 3 7 7 7 7 7 7 7 2 0 5 0 5 0 6 5 5 0 6 0 6 0 5 0 5 0 6 0 5 0 5 0 5 0 5 0 5 0 6 0 5 0 5 0 6 4 5 2 0 5 0 5 0 5 0 5 16 0 5 0 5 0 5 0 6 0 5 0 5 0 5 0 5 5 0 6 0 5 0 5 0 5 0 5 2 I Pf 6.0 I I - 1 1 11 • _ III III I � .�. F � :.. I 11 1 I 1 . I 660 ,66.6 III S i I I I I 1 _90 20 � - ,-- 9.50 3 I I . 1 111 111111111 111 I 1 * lic I III II II I1 I II 1 II I 1 I I 0.0 • y 111911191? i . II I • IIIIIIhIIIIII III II II II II11I 1, 50 I I IIIII III II IIII 1 ,2. ° : 1 I IIIIIII���i1I lid 1 1>r l IIIIII1 III IIIIIIIIII IIIIIIIIIII III j j psi ii:: IIIII I I f 4� IIII{ II ��� 1350 706,0 S jj ��}}j�§ }}{{ I iliffi I1 1 11 11 111111 M t I { 1 g { ji y{yt1{1 + 1 I II ; 60 800.0 ? S7I # II I I II I IIII� 11111110011 I I I IIIIIIIII111 1 fl I llhh ,5A0 I � I I M I1 I� 7lY l III Il12Il ! ,550 a» 1 0. 0 S 1 2 .� /rj �f i II ) I I II I J !! ,7 0 1 1 00.0 I III . s. I I�I VI I �IlIIIII 1 illiontins .c i..r w ;B � g 1 I k 1 1 111 II 1 III II I I11II 11l1I I ,650 12000 1 1 _ jI }} jjkgg '1j 111 1111 j/ I 1111111I1 II 1I 16.00 , q ,� IltT . { ����y�{ , Ik7 11 I : E MITIII II 1 I j � . 1 111 1100.0 1 #1 l #I #I1'KII�FSi 32�)' 4dY . $ E �y {i i i . y. • 15 00 .0 � 7111L)3747,1,,lit, i IIII II II#" I y I I IIF 7 i � IIII ! ! ■IiI " ��i@ { Ta�ij 11 ■ { }i�y ■l II �,] 1600, 6 1 I l a I I7I II CI I I *I: I] VIII !ef a3+1E d IFl I Ili :Ii I:I IIitIIIIRIIEI IS fillil t ll II I�7I�A � !fi 111 1 ~ " a g * {z1 ; # t ,700.6 �~�+ ,� �.. � 2� } � $" �^C S . ��Xj ,000. d I K `4 a I „ d ' I � z....r � 0 s j �� 1 7 ii d{r.r I� 31 =d 1 0 0 , # tiiv / y 1 r ily' �,. iri } .$ I 26°0,0 ii11 II1 #IIi�IIIII IIIIII ##II11I1iIIIiI IIII 5 1 2ti�111II #III> CDP Spacing = 110 ft Figure 7 PH ILLIPS yep, a n ,ROLE`' e eea --. '" ,, ANY G� � a�� Via a a �-a dient c Project: NPRA Po re Pr and fracture Gra System Well: Nova 2 10/1 3/2001 K. Heinlein NCTL: 155- 4.5e -5 No 2: PP G Predicted from Seismic (In 49495) (de pth) 155-45 -505 PPG 2 NOVA 2 SW NE 1 1 1111111 111 11 11 111 111 1111111111111111 1 11 111 1 1 t t 1 t 1 1 1 t t 1 1 1 1 1 t t t 1 t 1 1 t t t t t 1 t 1 1 t t t 1 1 CDP 4 4 4 4 4 4 { 4 4 4 4 4 4 4 4 4 4 0 y 5 5 5 5 5 p 5 p 5 5 g 0 6 8 5 5 5 5 5 0 5 5 5 6 6 6 7 5 7 6 8 6 6 6 6 4 6 6 6 6 0 6 6 6 6 7 7 7 7 7 p 7 p 7 7 7 7, 0 1 7 7 7 7 7 7 7 7 7 8 8 8 MS OA 0 0 2 3 0 5 0 5 5 0 5 0 5 0 5 0 5 8 0 5 0 5 6 0 5 i 6 0 5 5 0 5 5 0 5 0 6 0 5 0 5 0 5 0 5 0 0 0 9 5 6 0 5 0 5 0 5 0 5 7 5 0 0 5 0 5 / H ,r. ... P w w �. .n- r � " 6,00 3 rs - oat € ' a's ' c k d r .. 8 x .,fit,.. "r `" - ��. ,„:11116, a '.8 ,� ■ t "'.r 5 ^ "" 9.00 1000.0 '",; - k 45+ sue- ice f*,5 s • - t7 fi $ s. w r ,,,,.x. - x e � .,-- ' , 1 1 ‘,. s &' n.. P '`1",;44,..*.''''' 9.50 c.r w � ' + r> ,� p r yg s " ,,, e 10 0 0 3.„ • 4'1. is vex 'r. an. 10.50 +w ' � r t s 4 3 �� a 11.00 s t '' mv.... 1 r x l: I t - r'� ., r a: f 4 12. ,s r ?".,� fi s x e v`.! 7 :—'7..-';'1„*.,. ii�' � 7 12b0 rnv v �X 13.00 3000,0 ` ' ' w .,0 r , : Y ''. '44 `�$ «x 1 . c , 13.50 n r- '� gy r .D - a..x;�q,, w - . 11.00 ` " ` -r ,.`."� .d.� {.' "` a ,+ 11.50 D 100 s .. ,,,u " • . 'g `., "'" . '„ ! ^ - m 15.00 `� "' Y# 15.5 0 T P - : e � a . 1616. ti .0 a y t 500 ',`- f nr.. -= v b �� ..w .a:nr _ .�. wn ti . 17.60 .50 Ifil x 'K 5r t" o �` ., - " " `' . r ` ,000.0 - . • +sit"" ,,., w :e. » 18,5D ,� 19.00 +� :rte � � � ,„ 7000,0 ors « _ +csc _' ~ i�eP� ;:' 3 fir, 8000.0 '' -: 9000.0 „ w H CDP Sp aci ng =110 ft Figu 8 PHILLIPS PFHLLIPS ETR rye M C 1IP A eY Project: NPRA "' Pore Pressure and Fracture Gradient System Well Nova 2 10/13/2001 K. Heinlein NCTL: 155- 4.5e -5 Nova 2: PPG Predicted from Seismic Online 49495) (time) 10- 45 -50S PPG_Y NOVA Seis.ix:ALAMO EESM10 SW NE 11 111111 000, 11111111,1 11 1 1, 4 1,11 1 11 111111 11,1711,1 „11111,11 1 00 0000 4 000 0 1 11 , 0 0990 00 bd44O op , QoQQQo oe �o o00 00 0 CDP dd 4 4 6 0 0 5 4 4 4 ':' 5 5 5 ¢ 5 5 5 5 !i • 6. 6 1 :. g 6 74 . 6 1 7 7 7 7 7 7 7 7 1 $ i� i tb i i 6 6 i , i a s i� i U i i D� B i i b i� i i 5 i 3 i 4 i ■ ■ i ■ i ' � m � 100.0 8 .60 200.0 i ,. 3 ,r 1.. : l ilior I ; I. r 9.00 1 h . (( i II 9 10.00 4 111 t 1. I 1 11 111 11 .i _V 4 -.t_i i ; � h1 n 11 1 1 �1 11,.50 ���- . 1,11�� �� � � �� � " 2,00 600.0 1111 :°? a j ## j 12.50 600. 11#0111111111111111 ' r :7 0 3 f{ R �� iii >e1111I 1 111111 111III11111 ! 11 1 .. .<.:. 13,00 0 Ti 1111I 1 111111111 11 6010111111111111111111111 11 U 1 -�. 14.50 t �: l' `=: 1 11 1 a 1111111i1111111/111111$11111111111111111111111P1 11111111 II - 95.9 . tr1. sE { .� ,i ..�, �. � � 1 y - 1550 9 00. 0 i iti i . i iiii i } 1 iii i 1 11 f j 1 15.° M y :k " 5'S ® S4i # i 22xa.I i ' .' f 3' " ' 11 + 3 I 1 3 . 1 111 10 E 7 i 7:.: ;S i VAILIt na l l �! i5 ' .Lk244 t2 / %% i '; # II I �j vs t # zz 1550 , 000. 0 y * i * y �S �S 3 i� 1� T�$ E+, °� j {� #� < t jf � �Dj$ * J it � 9l jij� {s A i 1 / jj S 1 " I8" 71818.50 . 00 ,1 00.0 � {{¢ � jjjj ' S jj{ i {j�jr��{7��i �4 �1[(��Y���}A���ild � S � � iAi . ) � � ��� J� ���6iL��� ��� �� N �... 1200.0 +it3 � ��� � �� � � � � �E111w�'���4� {�� F � 19.00 ,900 1111 r # M Milli i #1 11 11 11111111911111111111111 .. �R 1 111111# 1#�1 1 1400. :?2��� { C�i � {44x+ { { { � �+{y �'.� �[� ♦ j�S �� � t ' S '�g ) y'+ } � � { � � #� .(p {j���j; �„ �A 1500 . 0 ISW'S'4�£"tfp7� < �' ! *3110� It;A =[ Z�E."�� { ��it . �� . .111 - - m 3 ii, ' 4,1 k : ili1i 1"°.:0 . i It 3 � � >t L1l ,� r1�i�� t ., i -t•, a . e ft i 1 � s ` : c`c- Cr.C+�l;S'T3 �t�.�.l� .b � ;� f ° Lf` .. a 1'�3. 4 � 17e0 . 1 z :'aifte .v >sn. _ 4r.*. U.* * *z - l_. Mars . .. <S cti 1s , ,� a° s ! 11 1 NIA - . :1 1 1 1 .1 s5�r .d F �, ,644,4 r,�w e „ < ;• -.1. 1 1906,6 1111 1 11 ilk 1 1111 1116 i11 11!111 i #' 2500,9 11111111111 111 11 1 1 1 111 11111 1 1 1111 . 11 CDP Spacing = 110 ft Figure 9 PHIUIPS e '� I�a -I � C Project: NPRA • A Pore P and Fracture Gra Sy stem Well: Oxbow 1 1 0/1 3/2001 K. Heinle NCTL: 150- 4.5e -5 Oxbow 1: PPG Predicted from Seismic (In' 49471) (dep 15s -45-SOS PPC_i co „_, SW ��KNS 1 NE CDP gg 3 3 5 33 3 g 6 0 g 4 3g 4 3 333 g 33 g 3 3 3 3 44 6 as 5 55 5 555 5 555555 56 08 y 6 b g MSLOA 5 0 6 5 6 0 5 5 5 5 6 0 0 6 0 6 0 6 0 3 0 5 5 1 0 5 0 5 0 5 0 5 5 5 5 0 6 i 5 0 aaa5 6 10.50 0 6 8 6 9 0 0 5 5 3 5 0 5 0 5 0 5 0. 0 9 PH " +�" r ^* p `' 800 > ✓t- xw a 8,50 � - t + � ` 900 10000 k * . . tea ., 9.50 • h. " ,,,1,,,,,..:_,,,'',,,-1,.-J- y aa d r s ^- °, ;... `�.' ryk °�: -1000 e"' c Ss r r : r ,� .r' V 'fit f "`l, i , _: rx s,: ' 3 9 g 8 ,.,�.- d • , b . u ^' - .. g 11,00 200 ' . t ` - 4 ? x z M' ...y y y ,. ,. a.r" 7 " ti. " 11.50 .-1.4'.r.,.,.. u '.� 1 t 3,mr v : w z d � � a �°!c ' 0 • b� c� °`5 i �" � +^a i'# T�.ia"` �1 � a J' y F ' } r 23.00 +t- 12.00 r ! ;� a .a � , � , ! r F r s a - :, � a � �:, �a� S ? f e � .1 3000.0 $ a + T .€ ,;t,,,,,,,,;`,." 4, d xa -� : 'h ,, +� ,r . ^g ,*r'7 � 1 m- fi x. 'v +f k ;:'�' �^ . �. ' S 13.50 ■ v . " ,. w l:,n. 'I . s �.. a t ag .� M y 1111144.°°50 $ '' > s t-' P- +' i t'",. x p . .• + - t.,5 -" „? �' 0 40000 € a. r r v � 1 r " an 15.00 P °» .5'. r . s m 15.50 T . . ..: a �� a r � 17.00 0 ITI N a9 ' r`.., ... . . s ra ". w;a.a^ C*nr� » *....r.. 5r+ " iru '. ..111111:: 60000 "4......;* ' r . a- °�. x. l'17.7'1. '"`� _ .".` " `f � m " t - ! "r' .aT f--t-„.' {� ` a F Ii.,;:...,, re . ''s t e-,, ; l', ' 4'3 - 17.5 • . �„� f � ! '+� . - y ,.�, �- � _ r. -�. : ,art '� .1 1B.00 , ' w :' 18.50 }, - 600 0 ;rrx . m''F'3 'l",r . •us " !s � ., ZS SM � �'b�a' 1900 s a�T � ,',,v,77:-.4:,Z; , �� * ' 7000 0 .c ' - c s ic + +?" . -^ ' „ -. x t ,`.." 1 iii r 8000 0 y .-� �� " � � �` r A � � � � r � .. 90000 ` ^' "s — _ x - ';';,-4'- ua fl itti'''' x 3 r S 1 � _ ..,r7 ' aP -;. +w " A rk ,.., 10 { .. k , . 100004 CDP S pac in g :-- 110 ft Figu PHILLIPS PHILLIPS ce p COMPANY Project: NPRA Pore Pressure and Fracture Gradient System well: Oxbow 1 10/13/2001 K. Heinlein NCTL: 150- 4.5e -5 Oxbow 1: PPG Predicted from Seismic Online 49471) (time) 15S -45-5OS i PPC 0513041/.1 Seismic:ALAMO_EESMIC A SW NE 111111 1111111111i 11100000000 00 OO00000 0OoOoaooOOOOOOOOOOOO 1 OOOd01 0 CDP 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 55 5 5 6 6 6. 6 6 6 6 6 6 6 6 6 6 6 6 6 8 9 0 0 4 5 6 6 7 e 9 9 0 0 1 2 5 5 6 7 8 0 1 4 5 5 5 5 7 5 7 8 9 y UUU , p p g 4 4 6 7 7 8 8 0,0 �� ,. 1 o 10 ° ig5 3 05 � 050 ' 5' 50 050 050 050 9 PP! xx 4 444 444 4444444 5 11 5b 55 6( ` 6 `� 100A lr�' I5 � �A' b �' . :; . �i�Ol� ye� @a@@ ry "860 0 e ) i ii�i!iiliiie L i i 1 iiiiiiia i :1100 :11:i 9.0 266.6 f ll�C�i(�` ��1' ■ �� 1000 • 1111111111111?11111111111111111111111111 1 g a ; ��� r ) 2 } ! �� ( .!� fig( `f 400. 1 I l\J 18L % PiPR� 1R 111 III 706 IIIIIIIII .O IH I I �II I 1I � 11, 0 1) b00.0 ji 3 ���* iiRi2 + ?��� xS��1 iii 1300 C #2zs $j# { q . � .�� j {y {� � $ )3jj { s {} jj II j} ��� 8 +[�]'lty�j�.j�A�)j �F� A �f[[f}}7jj��iii � 2 3 �( } ( } S) S t 7b y� jj+�{{A���f� {�{{{ ����t �ij�i�� i� jj �R��i i i� {j �il��7 � ������ * ` z ) /} Brjui T i�i 1�t 15.50 M � +s� x s ai�E � ## ! e 1s,00 aE � OA t C� s� }.r $ �5fi #jjyi�iaa�}f {]tp7 ]]...tafjEI , 6b6 # }�'� {T 4S{{.(j {{� C . +SA7111: _ ,7.66 iii i1{ l is x> €n t ii A i {p j � !)t j FsZ j S� j j j �nj . „„ 1266,6 it ?7i 7 �i ' ' � � 1 lir i i i l j "S ■i ;9AU 1 A 111011111114111_ ail d :. �t1,e�t,�, l # i i 1500A 'ty� . lG, a . . , . y •io`' � � . ,,..�g�p i$} }1 # ,600.0 k } i i IA .. ,�7 1 111 1 1 P i 4 i $t _o 7,„41{, ff t i'kFs4,R, k i i i i.' 4 s i .4 f 0 3, 3, 0 �G # S i X5 1 ' :If": ��� 11..,:lilit?::: ���1 n, " # ' �• � 7.Z� I�e)4' �' � s ?4�t �e� ' • # �� g ';+` ' J 1760.0 ` 1pb ! e?.4 �` ' � 'k ' ii#� , ��� .e � r.Y^ s�' : < °11 . 4 r . , � : 113 ! : _ 4 ` . :: III :411:1;! 1 : ,906.6 � - _ .. I; : i a + 41 ' i * f 1 i1 1 1 .P liI i ` i , !� ' j '6; 2000.0 • 1y'A ml! Z�t. as`x W S '+ Ht-s::,',11"...$% .! . �i .t ., ?•t '? »,�,�s CDP Spacing =110 ft Figure 11 PHILLIPS PL21LLIPS PETROLEUM COMPANY Project: NPRA Pore Pressure and Fracture Gradient System Well Rendezvous 3 10/13/2001 K. Heinlein NCTL: 152- 4.5e -5 Rendezvous 3: PPG Predicted from Seismic (Inline 49607) (depth) 152- 45- 50S_PPG Z 0050E US _1 SW NE 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 D 0 0 0 0 CDP 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 4 4 44 4 4 4 4 4 4` 4 4 4 4 4 4 5 5 5 55 5 5 5 5 5 5 5 6 6 5 5 6 5 6 5 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 U 0 1 1 2 2 3 3 4 4 5. 6 7 8 9 9 1 0 1 1 2 3 4 4 5 6 7 8 9 0' 1 1 2 3 4 4 6 6 6 6 7 7 8 9 0 0 1 1 4 5 6 6. 8 9 i. i t. i ......... i. i 0 . 1 . 1. 1 i i . i. 0 0. 0 . t. i i i . i . i i i. PN MSL 0.0 8.00 850 9.00 1000,0 _ 9^50 1000 • - ;..... �.. ' 1050 11.00 .._:_ ^ 4 s` 1.50 12,00 - 12 3000.0 t. t 1350 14.00 14.50 D 4000.0 -- — , .x -- . __ ----._ _ -- _ -...__ :___._..._._...� --._ _.- -- ' -- - -° .: ____ — � :.. 15 ^00 P 1550 T 16.00 H 1650 MI 5000.0 .- -- ___._.:. v. _ .�.._._._ _`__ __ _.... .. -_ _ ......_._. _. >.....__ _._���.__,__..,. _._,_ . _._. -_.� 17.00 17.50 ;_.. ..... ... - 18.00 -- 18.60 • 19:00 7000.0 "+ ":� "` ' t .x• ..'` _ • 8000.0 9000.0 IF it * - 10000.0 CDP Spacing = 110 ft Figure 12 PHILLIPS s aa PHILLIPS 6 ri i COMPANY n n ®®g Pro'ect: NPRA PHILIPS PF a ROLFU raa L1f90°A r 1 f Well: Rendezvous 3 :,, Pore Pressure and Fracture Gradient System 10/13/2001 K. Heinlein NCTL: 152- 4.5e -5 Rendezvous 3: PPG Predicted from Seismic Online 49607) (time) 152- 4S- 5O$_PPE T RENDEZVOUS 3 Seiisic:ALAVO SSSVIO SW NE 1111 „11111111,1 11111,111 11,111 11111111, ,111, 11111, 1 111 „11 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0p 0 p 0 p 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 O 0 0 0 6 0 O O O O 0 p 0 0 0 O 0 0 CDP 2 3 3 3 3 3 3 0'1 3 3 3 3 3 3 3 3 3 g 3 3 4 1 4 p 44 4 4 4 4 4 4 4 4 4 4 4 4 4 4 p 5 5 5 5 5 6 5 5 5 6 5 5 5 5 5 5 5 5 6 6 6 6 0 6 6 6 6 6 0 7 6 6 6 9 0 0 0 0 4 5 6 0 7 1 8 0 0 0 0 0 1 7 2 2 3 4 4 5 6 7 7 6 6 9 9 0 0 1 1 2 P 3 4 4 6 5 6 6 7 7 6 ' 9 0 0 1 2 3 4 4 6 666 0 5 6 2 7 5 . 0 . 5. 0 0: 5 5 0 5 PP! ii 1 it 1 litil iiiiiii1i iii Iii iiliii iiiii iiiii1 ll ii ii iiiii iiiii i i� iii iiii iii i i 850 21'0 111l 11111111111111111111111I11 1111111 11111 1 11111111111!1 1111111 11111111 1 9.50 9.00 1 1 PI1 X1111- 1111111411 I N , 1/1 11, 11 / � 1 1 1 11 11! 1i , • 300.0 { fit 3, ! ? yy r ��j ... 4 gy«i x , g § „t , . ' . ' ^ L 1�7 ���I■I 11.5 0 400.0 Z IY X .It II i ® i ¢■ ad HI 500.6 � Iibh 1 i1 U 1iiii l l 11111 1111111111 1 1111111 . 11t111f11 1 1n1111 1 11i1111111i ,2 600:0. 111111 1111111111 1111111111 � 11 111 111111 11 11 '4.13.50 766.0111 1111 # MIR1 11111111 1 1111 1 1 111 1 1111 111111111 111111 1111111# 1 ;8:7 1111111 1111111 NU NN 11 11 1 _.111111 1 1 � _ .111111 1 1 6 �.5 J1111# #I! 1111 {$ {5 { {1•ii',�, iii ii 11hIllh11 111 1 1 1I 1 1111111 11J 1111111111I111111 g 1 5: ° of 1 1 0 0 0.5 > ! ((`` ri ijffj }'Zr ";53))ee y�j �a {t { R# { �fi j! Min {j�{( {,�j' � ��' }}� 17 17.50 a i it D 3S � { 1111111111111111 �' 11 111111 11 11111711111111 ■l !' 1 !l� W `.50 4 at 6 1 6 1 #9 A 1111 111 11111 #111111 111 0 111111I _ 001 ;8:° ; �t��1�� _� .. � „ �� •� i {�� �� � � ' ,9.66 1360.6 1 1#1 i I.4 .� 3� i � i . . � 3 ## pi € -. ' a I � { { may �, 1 j ( � {` {s {( {�" j } � 1 1400 � �3 d�S���rr�i�10���41��[�f������ � �f� t ? � �. ,. , 1119111111111111143111111,111 .y4� f` �, .. r , �_ _� ' �+ a j� � }S 1500. 1 X1111 71� .;;;22,11111111111111111111111111111011 . 1 1111 I > t r11 -iii i i td itli11 + ', 1 ,50 11..x. . S3x..1.1.1. 1. 1. 1 . 111 11 /11111 11 1 1 11111 1111 111 - 1 111111111111111 11111 1 • 11 I 1 ` 117 71 1 it 11 s iii liiii i it ;r, ti. � far ce ,�,.t iiii � ie s s4 t ai 1766.6 111111 1111111 l<���iitI�����I«� ����� � _ �7 1 1 1 � 31z 1. )siiiii 111 1 ' 1 J �* tti 111 t 11 11 18°°4 1r 111111 � . ri"Pre r 1 1 I l l " 111 11 111111 111 111111 l ,906.0 s 1 ''x 1 €1 «r o f f Xi IP 3 it I. 4 I t 1 0. 2000.6 ,'W. u .1kW 4. Y l ti a il - ° A .. 4 ,s i � .. . 1 ,. . 1. 11 ° . 4 ' ; '• . 1 1 . / t . 1 11 1 x. CDP Spacing = 110 ft Figure 13 PHILLIPS o ® e PETROLEUM !Y Projec NPRA " Pore Pressure an Fra Gr System We Spa 6 .5e - 10 /13/20 01 K. Heinle NCTL: 152- 45 Spa 6: PPG Predicted from Seis (Inline 49800) (depth) 152- 4S- S 03_PP O 2 SPARK_8 SW NE 1111 11 7 1 111111 11 1 p1111 gg 111 77111g111g11 111 o 1p1p11p 1111 11 5 4511155 1 11 111p 1 11 111 1p 1 p 1 11 p 1p1 1111 1p1p11 . CDP 3 505 0 505 0 3 D4 44 4 50 { 06 05 4 5050 4 065 555 0 b0 60 6 1605 0605055 6060 50 b 6 68 6 05� 5 6 5 6 60 6 1 5 75 5 77 7 5 0 !N 5 5 6 6 7 8 ! 1 1 3 4 7 6 8 9 6 4 5 7 1 • .:?":. ... _ _ t 8.00 ,.. ,,...._. -- -_. ".: .-...v . . 850 � 9.00 1000.0 . -- "' 9.50 • .br.. a '-+ ` ` #Y % .+ �w .,.� ,» s 13.00 , 4; , „ , .. 1 :i - t . -1 1 4- 1.: ». � - K +ka 5 ' k , ,'�, �,� ` 'r rn - + x } ;r - 10.50 23 333 g f R j��y,� # S e F '�W « .. s�'" l�. . "fit 77.33 !" � " ' _F _ ^ €' ry e.F? ,. , , ' y a s 17 ...,, 1 { 9 ' 9 F .. ',SCR - y' M r . n . Y 12.33 y' 12.50 3000.0 �.� . te, 1 . x n as '7 . 13.00 I'''''''''''1-'7, ' #`' . , . .. +e: `: -+ i C�� ,z v3 � " h , �� �- �� 3, ' � i« 1'� F" ,' �: � �• a „ w , 9 13.50 .' w ,�' `s .' : _ s ''A mo ' 14.00 D 4000.0 ..a.: i* '. -* t 1450 . - r z +� 15 .00 F .7.--,..:::;, . . w .� �. 4 r 7' �g 7550 T s' .a , +, .* ,--f,':::- '.. }�„� 16.00 tin 5000 6„,..,,,k, � " " . W. : # , rn `a a r r ..; "a t 16.50 4 - .. ,�. ,.., X' 1 . , s ue. - 1,, *r .F 2 : 17 .30 77 53 • y -,::4441F'' � • . i 18.00 6000.0 7-';'-... � � 18,50 ., s..9 Y a" x ^^ a � . . S " : - . i4 18.00 r u a s r , " a? rz . ." x° It, " : ,e ". ti a "., 4 '<. r < 7000, " - M M A 'dam u an: A Ate" 6000, � � '�' � Y , 0000.0 � 4 r' : d s t I � ,, '�• , "mod „ 70000, CD Spa =110 ft Figure 14 PHILLIPS PHILLIPS PETROLEUM COMPANY Project: NPRA Pore Pressure and Fracture Gradient System Well: Spark 6 10/13/2001 K. Heinlein NCTL: 152- 4.5e -5 Spark 6: PPG Predicted from Seismic (Inline 49800) (time) 152- 45- 505_PP0 T SPARK S $th.Ic:ALAMO fE5110 UQK�1 SW ,, 7777 7 op yy '' 77 77 '',, '' '' � 77 pp7p7pypNE CDP 33�3 3403,701,110�0040 6 i4 bgb�55b�0605 Oi�10 � 1Hip M i 0.01.° 1 S i i ,.: 1, 1, 5 1 t 6 !!, ., , 0 5 0 , 5 B .,.; g ', 8 0 5 8 5 , :', 1 0 2 8 I:, - '? 5, 5 0 2 , 3, 5 m 100.5 sm 8.50 rw .' . ;i . ,.a 1161 �r r 5 1 . 1 ;Mi1III i li i r t iiai iiia a� i igfi g :iii , eik ^ nkili 0th gri iiikikl to ;mit in 8.50 209.9 ! - 1 1 II 1: 111 I II riiiiimI lmirlir II I I li II 11 '. 9. un 40 W1 I1 11 I# II IIIIIIN II II_ I II or ill 11 If 11A 0 / um 500.5 11111111 11 f 1 OIIIIIIl IIl11.111111111 lllhIllllllIIllllll HIlll >IIIIIIIII0IIIfthIIIIIIIIII 500, {�; Ill III VI II (jj{ 111 It 11 rp 111 i 1111##1111111111111 Ill illi 13.00 70 0.0 �#27 s! i itii 1ifi 10i.. I SffiD��l I �� I ######� _ : 1450 T i 4 11 11#1111111 111 ffil 11111111111111111 � itifirill u 11 i ] �� 1 111�11111111 , 1 I I 1 I t jkf2 �1 } }{ fj 5) l 111 x { } t §+ 800.5 "145 . 1 3 " {t, j �1 III l �1 1 111 . °�. 1 11 ST 5 1W1I C111fh1 11U1 _. 10.50 1 8 0 0 . 0 t�F }.' 1 tlwd i�....7'1 .-r 10.50 1 ,< x s ,.s:.$* sc s.s # # r �p i' 1500 04 1 000.5 11U Ii i $15 - 11f _. J i 1 i '1 I r r ssjj{ j {4 ]. }, . }j +. 1850 11{ i i 111111111111111 m 7.50 111111111111111111' 1111 II Illll 111 1 ,00. 0 ((pp 11 s` 1 11 1�`N III 11M 1 I III 1111111111 111111M11111 III 180 1 130'1 51 .f ,9AU 00 X11 #1 111111111 � 1.�s . . I _ � � I 1 - - -� ;� _ � -. MI 1400 , � j[�st ��� g j ! � .QSq � E � � {i � .,Ktyr„�Y•�Sw�v`� , c ' � .j�j^ �. F.f'��$�' - *� f . -. s � 1500 I 1 EMMI E Y31 L tt 11 II 11 womb c6 fil isiiili :iii 11 #i1� I Ii 1 # 3 i 3s�. li �I v 1 3 Al ow ; ),, = l�i1�4Jitut l i . I �# i i tills e • 1000.0 �•' tti. 3�s i !7,111 i.< .e Gad J+�ddd `° %��1 � ,... ...�Si� 9 e..-- > ���������� .J 1 700 1i 1 '� ,�:.. 01 `� its �s s,�r�ga+:a +r i < s .ems > { i , : i .• �" ,r, a - 9 � �qp 1800.0 iladan i 1900.0 #1 ..... `' .' i � .am ��cc ... z: Y.6ti.x...�« . -- tS'LS$'ti`8.SL3'MS'4Z'Qi19 '��'1 'SYS1' " 1 °k'd 7K.tt+� ia° � ' "4.3:. ii..r dts+CGi4t[Cv.w.e t:±nw n" CDP Spacing = 110 ft Figure 15 PHILLIPS 8L� PE COMP Pro N PRA so • Po re Pressure and Fracture Gradi Sy s tem We ll: Spa 7 spark e -5 10/13/200 K . Hei NCT 152 4.5 Spark 7: P PG Predicted from Seismic (In 49 (depth) 102- IS - S DS_PPG_Z SP ? SW NE 0 1 1 1 1 1 1 0 1 0 1 1 1 1 1 7 7 1 1 0p 7 7 1 1 0 1 p 0 1 p 1 1 7 7 1 1 1 7 0 1 0 7 1 7 7 1 7 7 0 1 1 1 1 0 1 1 0 1 1 1 1 1 1 0 1 11,8i 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 7 7 1 7 1 1 7 1 p 1 Mill 1 CD 0 3 0 3 0 l 3 l 7 S 3 3 3 y 4 0 4 4 • 4 4 g 4 4 4 4 1 4 55 4 4 4 7 Q 7 4 4 4 5 5 5 5 5 p 5 6 g 5 5 5 5 5 g 5 7 5 6 5 5 5 5 0 0 6 6 p 0 4 0 4 6 0 6 0 0 6 0 0 6 0 0 7 7 7 7 7p 8 7 7 7 7 2 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 6 • 0 6 0 5 0 0 5 0 5 0 5 0 0 5 0 5 2 0 6 0 5 0 6 0 5 0 5 0 5 0 5 0 5 5 0 6 0 6 0 5 0 6 0 5 0 5 0 5 0 5 • 0 5 0 5 2 PH • MSL O,U ;+ ,, : z .,„ max .dr.'7+ k • ! a a .,, �w +.°3 � 4.uF ' -. , b s r .� 8.0 0 i ' . : ^ �.a� mr w �$ } ¢ 1 .50 a � ,F n '',.,":";:,14., ,;�.wn at. a ai x k ' y .'` 1 0 .. 3 '1+,4'44 •r ..,,,v-.4,, ' 4`7 > d ®10.00 • t } { . i "': r r ' t ��' .Y 4. ° ; * ti ^ '" 10.50 • " ''" s .r M t "5 - .: ^ i" ,� -., ix- x. } . ' . • ,ra d; T . - ,,,,,, , -,- 7 .. s r 11.00 2000.0 f ...�. '. t Irk '1, „ i . �.. .; arc ,7 7 50 ' � c. i .. , 1 � ^ �' � � .. : 2 50 3000.0 x R1 .. .�. r r... 9s .. a�` a kg : 1 'r ' � � r 'i.' 1 3.00 N . , 1 ; .. .... 13.50 t ' � ,�;... . i ' � ..r> �i71.50 E 1000A ° ,, ,� , v a , rus rs. " "`x`' 16.00 16.60 .., T r�.om, g �',x.. ` «'".*., ; , `” .a,.,s. = 7 6,00 N x s e 1 d. . . ,. m. 1 6.60 r. � 1 50 17. a � r 17.60 -� r � �: � � '4'.%-14`''''''.4'-'1.. �".. .a �' ". w., �+� , � ,� : 8.00 Y 8000 0 ^� ,- - � ti ' 1 � � ' `x1 Y4 a ,� .r . . d.�" 18, 4 +x' i � ' " s - 0 r - aF ,-- .^? ` '` -s �"�, 19. - ` t f ,'• S g ..' ,^4,411 k c X 5 t 'Y, ^taas N i i 0 "# R� , , , tt , 4R' -J• mo ; +� $p� � ib. t '. rM6 ~ 7900 w�vrv, ' .ir w � ' m ' ! r ', �'' ¢y, f � i °y� . 'w' .: ' .'-6 N M '9 _ t Y 'wj 8000.0 ,�, �, � *,n� :3174* � � $ a °k„ 4 '� i w i , a ,Ir 9000.0 "or H w Y- ` .a cr . ._ , � a �� 10000.0 C DP Spa = 110 ft F igu re 16 PHILLIPS 1 eee a S PETROLEUM COMPANY O ' MP e� ��al� F€ �,n�����eiB�i�°as Project: N PRA Pore Pressure and Fracture Gradient System Well: Spark 7 10/13/2001 K. Heinlein NCTL: 152- 4.5e -5 Spark 7: PPG Predicted from Seismic (Inline 49912) (time) 152 -4S -SOS PPC 1 SPARK � 7 EESYIO Seis.ic:ALAY0_ SW NE 1 Q 111111111 1111 y 1 1 3 1 1 1 1 1 1 1 1 1 1 1 1 1 11 1 1 1 1 11 11 1 33 1 1 1 111111111111111111111111111111111111111 COPS s3 1 837 01050.050 4 0 � 338181 41 0 O $ 55 1 €b5 8gdsOg0 !!! A 6 (f 8A0 0.0 rt ' - ll rL ��l i li l iSii$..i t . � 10 9.s9 200.p t►,t�. �� 11111101111111111111010111111110110111 _�i I. :i +t..+ i . 13 � �`r� '.1. -6 t 'i� ii iStaiill" 300 # 1 # ll!l !i1! H �t� M x I>li� - i �111i t 9� • , }]j )] r {! !e !! t! `!1 e tj I � lnliy 1 �I l 1100 j iii s ��L1� {�[�il�l��1��� if ■ 7IM 4000 '.ti j//j��� !!jj siijjjj���� ((����¢¢ X ft t�fi! /lfD� OF Pli Mf �{ ((�� ,200 soo.o � 11 1 fl '1111110110111111 � IOIII I #>< I 13.00 S _ ? 13.50 700.9 � h . : __ _- __a. � � jay � +5�$, {z+a {* ,4.00 10011111 l,� 11107'2 SX , 4 , 50 809.9 �� �> �� ����� � �i � ,5,00 I 10 1 I I I re M 900. .p F MIMI "rf g:i .e 16.00 �s► , 9 . � � j # � � ! � � a rilitar rs milli s 1 j ( ( {j ,9�9 {.. 10 a Il R me . E i� l f] 17.50 ,100,0 filtlialrEllikal •tay.�E� � �j 1 �py� 'jj *j ([((� ''� �! ,4�tp�1 MR��a�����i��� 1e. 00 1200.0 ?5 1\ 4 RAt $ & d OX � /IIlI 1 S9 I iii x�.. ! !. 18.50 1300. ���� �. 91§11111111169111111/ � � R�� " � � �9� 1 11 I I ��l l i . - An 1400.0 3�5f�ti 4 l 1 r�t� ,59 . ofi3 4 �Q l$3���taat53.�i�?;�- '13�I . ,:,.�sxx?,e,� ^ a+ i 1800. r . _..._......�..,., -.� ..� ' # ... ��. �a ..� : ��.�..�...� a>''.1.,.st: r .xKg,...� 1700.0 fitifitiritifiligifill f g s[ �7yJY _ $y® '+ VpY' t .a { F ' ni pj - 1800.9 xL'1 .Yiiii i T ,1 Y e W$iJ r ,900 _.�m . f , i 9 .i t 1 �. t g � .r q._, a , 7 �� '! x t1 z -x 2000, t, ;. .. ,....:.��r .;..... .i s # r s + CDP Spacing = 110 ft Figure 17 PHILL c e ® �E F'O nn e� e� ea® E; c �� � �� u m e a�i'lr� � P Spark 8 10/1 K. H N CTL : 15 5 Spark 8: P PG Pred from Seismic (Inline 49993) (de pth) 1st- 4s - soa nvc_ Sramc_ ffi SW 77 0 1 0 1 1 � ' ]7 p 1 p p 7 pp 7 � �p �p 7 p 1 p p � �p�p op 0p A 77 NE cD P 6 6 4 44 444 444454444 i 4 66 66660 66 6666 7 MSL 0.0 2 0 6 0 7 0 5 0 5 18 0 6 0 5 0 5 0 5 0 56 0 6 0 0 1 ' 5 0 gg 0 6 0 4 5 0 646 b 77777#• 4 0 6 1 5 0 5 6 0 1111 0 5 0 5 0 5 0 6 0 1 5 6 5 0 5 0 0 111 5 ? 5 3 6 4444 444444 0 5 666666 6666665 0 5 0 5 0 5 0 ��l ,..aw. , t a "' 840 • , "tk�'' 19 _ 8.00 4- 361 5 6 8 r ` ::r - +**e 4" ar '' i 9.00 1000. • • • a , n . ti.4. 11:$ 0 , .. 0.00 10.50 2000.0 T 5 - 11,00 0 f me A'.++- 11,512 +r a #' a 4 ^. a & ''gv 40 1 qty " f • 12.60 80004 x w3 �� s `.. &: . _ m _:s _ 40 xp C °'M Y ,�t�..� 13.50 . , , s l � • . ' 'r.t" 1"1.'/.0 e 14.00 D Gr°'' e,. - _�.. 14.50 400 E nm xi;_ A .} ` g„- 1640 • T ` ; , , k :164 H 5000 i . �,; .-5 _ 16,50 - s 17.60 Y t s F" 17,50 • . .. ; - 40 6000.0 i" t . 3 c �, Aa . 18,50 °' 1 • 18,00 „4 .1 7000,0 I�ftT.4' 5- :F.+.rwl.�"'''"�?�.A`t W'�'(' 'kiw3” '4 ----- —•. -� -� - 8000,0 � ^ R ` n "'" •.' _ • . 9000.0 .. 100 00.0 CDP Sp = 110 ft Figu 18 `� ����A° ° ° COMPANY Project: NPRA PHILLIPS PHILLIPS � a u. T 5���L n 1 '.; '`' Pore Pressure and Fracture Gradient System Well: Spark 8 10/13/2001 K. Heinlein NCTL: 152- 4.5e -5 Spark 8: PPG Predicted from Seismic Online 49993) (time) 132- 45- 605_PPO_T SP 8 Seismic:ALAMO JUNO SW p pppp p pp pp pp pp pp ,,7 pp pp 45 5 pp 555 ,7 55 , 'p 5555 5 NE CDP 1 {666077K 0080p 22 g a4 5 4 55 � 5g 4 g 4 G 7 5 3 d 3 5 3 d 3 7889 g QQQ 0 S060 0 6 60505 PP! 0.02 0 0. 0 05050505 6 0 5 0 0 5 0 5 0 5 0 5 D 5 0 6 0 5 6 0 0 5 0 5 0 0 5 5 0 5 0 ' ''J ijIjc 1 "„ a tt� :-1,,, r t f. K' t i 8.00 100.0 -c ^ fi, *� miY;x �I rn` �..� ,— ia mss; " y■ a',�,Ota X1 �t4 c� �,w ,.rra4�.,�.�.;da. g iy■ L py .., 8.50 ::° . _ iiiii � ;: l�a.1 iili1 l; liiiik. - :: iii# iii I #dill i11 i##I##IIi#I i hill #III#i #II# #III #I#i## #I ■ iiwii ys 8A0 • . 10111111111101Il I # #IllIIMI IOHeft# M II# 1I# # #I MM IIIIIIMI �II� MIIIIMIIII�fi� �� I IIII III 0 . :INUNIIIIillff m I # # #I #n ! # ## r 1111 t # ##x#11# IIII #11 I A #I I 1 u I!! II #1 - 3 tt #I ## i � it 20# # # # # # # #I# # mom 11 # I # # ## 111 # #11 6 0 iti I NNI 3 ! ! e 11tH if ih #I ■i ll ■ ■I I � IIf t ill II I# I 11111 �.• 13 0 roo 211111 1 ?Z . 1 Ann j i i {t{ ) N IIN ?3 #!I# j` I #III 14,30 '��jE ]]j9J fjj� '33jj jI [jNI I 1 { {{ } i 11 111111111111 ,4. 111 I. I 7# #�I#1 #III# cif {{ ■1111 I f!!1 1 f 111 \IRI11 # 11 I 800.0 1 #11 1 4$$ I I '��({ • jj//��jj ++fi�gg �# i i ;!.j� 2rx{./ iiJJ }��]j}�� {{�jj ,50 5,00 M 9 00. 0 11 III EINIM 1i 181+ '11 1 i ll Mill X11 1/11111 141 11 111111 IMI 1 " 15.50 �� St�� - 18,00 : , 000.0 1 11##111111 #ii # #i i# 1 I I #111 11 # I ii 1 ,5.50 , „00.0 # I #OIIIIIII IIII##II #I## I 111 # 1111 # ## ## I # i## #1 ## # I ;8„ ,2 00. 0 . 111111111111 l � #ln11 g`` 011111411i III f 77jj.� $ I # 11 I I # if {{ {{ ; ,80 1300.0 111116111# 1111! #11 ' 1 #I #1 #1111 i #If I I# u 1. glom 1 1 1l11 1 IN 1"0 ,400.0 #11 #111 #i #I # #I #I #IlMOI# 210 1111111 1 11111 #1111. 0 1 # 8111111111111111 iffiltillipiNNEMISHICE , 000 . 0 f i ##11#1 111111 hill 111#1# IIII 11111 II II hill , 1 1 1 ,. 11 11# #11111 11111111 #1# 111111111111111 0 ,500.0 s - a:�7 k i il l ] {� tItli 4t 135 4919 Z iii D � �>i�,1�3 ' .�.�33a'SSt�s: {� .� .. rt,.. � i....�. _���� #�sr� `��f��� # #�ISt ; � , ��� .= <.� z, ,� ! 1733.3 1 1000.3 i 11 ii111 1 1 it Bill II III #1 I I ;� fr r i il fiil i I i1 111 #Ish I li I i1 1111 #111 1 1 111 1 - 1900.0 t, :h, a 4 1 1111�! i i��!6 1.1c4,, t it�"ii3!0 -0s ,111 k t , ,, 2000.0 .�n o t_-. _. a i itt St , .;:i,A�mL is . &s7czsttl ia� Ak31-yF1y ;kaa1�t 1 4 � 4ttt 11 1a ° t ..s"�x�r» . .., .1 a a ! . , i CDP Spacing = 110 ft Figure 19 PHILLIPS Project: NPRA r. •, PHILLIPS PETROLEUM COMPAN Well: Lookout 2 r,s' Pore Pressure and Fracture Gradient System Y NCTL: 155- 4.5e -5 10/13/01 K. Heinlein Lookout 2 (Inline 49540, Xline 10845) DEPTH (De Sum sett) MSL) FEET MSL _:....._ .._:..F- "- --� -- --- -- - - ---- -- -- - i - ---- -- -_ -_ -_ -' -- - ---- -- _ _ . MSL _ S • :- r 1000 r . - r-- • . 1000 • , r.. 1 T t .± I • : 1 f 1 • • ."--1---"- -I t7 t tj — - -1— — ;r — i — 1.-:- 3000 ; . i .7.r.-.. 0 -�_�- Y ' � 300 I, ja '; - - . . - - -._ _f 1 .. _ ._.� 1 — — , � . 4000 ,'4 -- ;_'- '..I'_ , 1" a a a a a � ) -- I , --T �_ — _ -- 4000 I ' ITEM ° E 1 1 N m� -I : - I -_ -- _- _ _ - --� _ _--- � -- .. t.. ..F___ I 1 ' I 1 I i ri `' - S ,_- - .-_- , W I ;aim 1 ffi li ----1--- 1--- , , - - r — -- -- , -_ -� = = i___, 6600 .. ;' ■ - ' - - -. - - -- -- -- -- - ._.1._._.._ __...-- -F' - -- - 6600 • - , , 1 - r -- 1- - - - --I E .:- 1-1 LI : i . IIPEUIEN i - .:i _ : 7000 - �>.� Hem utwlateerII()kil � __ - -- l ! --- --I- -- t I I MO • =ME —'-- I –� - -� 1 - --t-„ _ -- _ mI � �N � � I _- { �����NNNp�����NN E��pp11 5 � 1�8pp - �i i�� AN telal � p i WN -° ^ � a I - - — .1 - - 6000 0000 , I� )alt - ,;- t 2...-..". � - j .... �. _ _ _ .. _... ".. .. I T - -- — — — -I I (- L i I - 1 -- �— -' ! — '-- _.1._!,..1. = = s .a. 1 -' - 9560 8500 40 60 80 100 120 140 160 160 6 7 8 9 10 11 12 10 14 15 16 17 NCTL Intercept at GL a 156 PPG Logarithmic slope a - 45e -116 -0- 155- 45 -50S PPG _ Z Figure 20 -0- 155 -45 -505 FG Y PHILLIPS Project: NPRA F f h,.'r PilILLIPS PETROLEUM COMPANY Well: Mitre 1 `' Pore Pressure and Fracture Gradient System NCTL: 155- 4.5e -5 10/13/01 K. Heinlein Mitre 1 (Inline 49567, Xline 10712) FUT DEPTH ( M C settoMA) MM. MR +-._ _ _� f - - I- -- —.7-' -- __j. -�_.; _.i._. _t- A_.._:.- _• ,_ -i-Y!'t- S- i-� -... __ _ _-- _ .— �.____. —� ._._— __ , ._____- ..+_.__- _._.._- 1 __-- ... - - - -. _..__ ._. __ -! _ -.-__..-+.. 1000 44Y 111: 1 1000 .. - _.. .. i.. � � ,- � - { -' ',- - - -'-- - - _.... . ,, ....- - -r -- I- -- --. _�._ - .,. 1 ' ,� _ — r — -j —1:---- T i t 1 2000 • 2000 _ ' • i - ■ . _•I - r -- - ' — --- -1_.. - --}--i-k- ' . . ■ !F/F 74 — --t -- --- , - I '- « _----- _-- r - - - -' i 3000 -(- -t- 1 ! !1 • . a 11 - — i — 3000. y i - -r - s fn!!!!!t ■ !■ Unpin] Ming - — 1 -- ■■!i!!T■li�loi!•!■s■ ■! S•111111 "nil _._. - 1 ■11!•11 ■!■•y■��■ I7 ■ ! !i EIU1 , i i _ i 40001- lsi�il >� �silliusiiifFi � - - - -` - � ' ! I --- - - - ---- 4000' 2..1._11:1:_ �m — — + { at .!!!e . !!i1 ti llni - -' -- natrA 5000 1111■hn11!■i■•!EaterIfn■!i!!!111111.11 fl i 1 ' - -- -- - - - O! ■■■■l..1I L 11#1 ! :� ■■ . 5 1 1101 m — — — 6000 �!,� I ? :� { ' 8000 W •i1 !!! ■ ■■fl ■(111111.11! I# +ni 'mu ! ry�!!! Uf (11111 — i I i 1 • ■ "M'M Hi 11111111 p 11 - ' ��!! _ ! fi■tElti 1 iF rinftll� - ' �•, ���ru i I111(I I i e 1 ' • ..._ I 7300 ina `+ ■.■ /11 !1111!! 7000 f ' 1 �tilllLi ' l i - I .._... _ _ { -._ _ . — _1,..._f -- I li II ■[►W 11■##t111 i_ • run{�y : ■!i ■! !II! F WOO nt , , 1•1111111111 — 1_ 5;111111-11.1 .... j i$ rkfl ,1 ' pU hll 1 - - - - -' - ' . _ - - - - - - - �' -4--1 • _ - - Ei ' IC".�" ," 11 L w �1 UI I!! 12 —i4.______i______:±::______-_-_4L- = - -I--- — + Imo. ____ �_.� 8000 8009 --__:-42111 �, � IIRW n l i {, , - _ _ _ .1 _ ! . 4 ._. ..._ : . 1. _. _ �__ 1 _. H Z . 'v■ HUI N 1 � ■ T I 1 8500 !00 40 60 80 100 120 140 160 180 6 7 8 9 10 11 p �12 13 14 15 16 17 Figure 21 NCTL Intercept at GL =155 LogAT(Ihmic Slope a - 45.45 --e- 155 -45 -505 PPG 2 -e- 155- 45 -50S FG 8 • PHILLIPS Project: NPRA PHILLIPS PETROLEUM COMPANY Well: Nova 1 Pore Pressure and Fracture Gradient System NCTL: 155-4.5e-5 10/13/01 K. Heinlein Nova 1 Online 49546, Xline 10562) DEPTH (Dorn setto MSL) FEET MSL. MSL -. t. ! t - f - -V 4 . 1-- 4 1 ; i : ;.1 • : . -ilif - - i- , : • i. --' - ..;- : , 1 ■ 7 ; : t'l 4.1=L I • .! 1111 - 1 ' - f ' • ..,-,-; .-1-4-.). • : , -_ - .1_ —_ .___ -_;_____.: I __ _._____. _ _ . _ ' , • : • ; , ;- ' i 1-1 -:. i-; i ; :. ; r 1111 ; 1 . . i . • 1000 . :'-' 7 '.-- '.."' ____ . - 7 ---+ 1000 • - i • ; - ; ,. ; : i•j : ', ; :;.; I ;- • 4 j:i.' ; i - - - ;- - i - ','. ' ' 1 - - -- 1 - ' • " ' - 4 - 7 - 4' - -:- t ,`" - 7 "4 -I - 4 - 4 - 7 ' it , •'7' , --7.777•777 ' . ' • 4---- ± NI 1,-. ,- _: ,_ ;-- ; ; . ._ _ .- : i i it!, ::-;: ;;;.; -; I. •.; ; .. __ _ . i :, - : .; , —I . , • ' 7- 7i- 4- - - ••••-•-11.- ---";---' • 1-1- 1-- i 4-4 , I.' ---. r: --; ■ ; II , : _, ,_,_.,-,_ _-_1-;-: ,-,.;,_ .,,, kti. - jr • — 7 — ' , 7 2000 1 / - • I ; . , , ;• i ' . : i t.„ i ; , 0 ,. , • 1 . ; -:--- --- t il.li:. - 1 --s 4 i ; - ; : 4- . i • ) . t , .4.. ; --- -. :. ..) .1i.. 1;4 i. d '.;,.11-1:" fi.1-...). ..,. 4 1 - - J - f , -• --i - -- - + 4 ;_i_ i i : -- f". - 1 - - i - i"' 4 4._ • , -...„..- — .. ■ 3000 ' .i --"--" ." .. .. ..III ' 1 j , ' ' ••••• 7 ■ —'—' 3000 • . f i 4-1-1 " ' INN ). 4 ...- -,j-.- —1 . _ _ _I_ ,...., 1 .... i' . • ; i , __, .. _±. - • - 1 - - H . 11161.___ 7E : . 1. • . ,. 1 !- -,•- 1-- . MIMI Man LEI 1 : Ink/WWII ---1 I ! r—, i------4--- ; ‘-- i j 7 -47 : . ' - IE sri IIIIIIIIM 1 4000 , , 4000 741_ 1: _EMI .. 1. i 3 Evrip - ---- l•-• --4_ --• 1 :::- -- ------1-•-- 4,-,_::._.- -- ---- - --H, - _1 _L_- l ., i __i_ NIINIRIII - 71 ) Aritnag__ _ i ' I 6000 Br l i .., ob m i . i .4- ---!- - 1 : 6000 F II iffri IV Ni l rani ' 1 , ' . 1 , L , 1 - 2. - 4=1 ; 3 II+ r 1111Witers.4 q ..._:: :' • II II if 11 1 mil Immo 1 L I i I , --L----i---- 12 t 6 i 1 I 1 000 L 1. .b swim I WU MI 1 i i i 8000 MIIIIIIIIIIIIMIIIIIIM f 51111111111111101 H HI ROM I 1 --- 4-----1 !--f-----1------H- I, --- • -- - °I alit Offeliain InuMil / pit I ., 1 .11 SIR BE tl 01 1 1 -1-- --i• ;t: it ; li r IIILIKEI III III1 'I, I ; ' 1. - . 1... _ .. i .. 1 ipiimligll pi ii .. _ . .... ., _. . . i .. _._ ........ ..i . . ..._ .,.. ..._., .... i____ ___L , - k■ mi alg . .,.., __ , ____„_ i _ moo . 1 ... Num] .... II HIM . , I I - h - • - 1 , 1 7000 Val 1; ' i -1- I- - , MIMS ; Rama' nitvLth imi f ' V i 1 . 1 - Mil E H1111111 ; 1 - ' - . ___,_ -4- -'-. Fir ilirtmiu — 1- - - -- i 1 ___ , 1 1 ____. .....±....,....,„.. .... 1 gral ___1....___I______....L___._4___i___ ..1..._.--,..._ 1 _ .1_ : 8000 17_ , 216FallK% simony satimests 1 i i - - i 8000 , t , Rpm_eigno -- 1-----•-1- - 1---- ,i. ------ is. mwt., IMIMI.ms. ..n UM • ; 8600 40 60 80 100 120 140 160 180 6 7 8 9 10 11 12 13 14 16 16 17 F 22 wcn intorno It at.. ss PPG Logarithmic Slope a -430415 -0- 155-45-50S PPG 2 -e- -155-43-50S:FG1 1 PHILLIPS Project: NPRA . PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System weld:a 2 Y NCTL: 1 1555- 4.5e -5 10/13/01 K. Heinlein Nova 2 (Inline 49495, Xline 10610) DIO MSL N (DaumsettoMSL) ....__...__.. MEI _ _ _ _ _J_._ —Z '� _ � • - , . - - ._ -- __ -1. L — . - _ —__- - - J_. _ -- _ -- _ _ _ — 1000 ; . . . 1000 .r - - — - --- --' ---- -- --- --- -' -- - -- - - -- --- _. _ ... _ 1 _- _.4._- _ - ___ --- _ -__, -- 2000 - 2060 - 4 - — 3000 - --- , r-i - - - -- _- i 3000 i i i 3i! i kill I H . I ----- j - -' 1 —" 3 ' 4000 , pppt. ii ( _ —t ! H — i : _ t _ _. - ilf jam i�umu 1 __L_ —_ _ _ _— _- __�— _.—.1 - - -.— ___ - - _ - i t - i 1-- T - 111 i 1 E-_ Mil ' 5000 5000 __L f B •I II ftff I k ttt ' `- - 1 -- - Im i I a� H o 4I E �s -!- - - - - ' - - ' - r = - _ - - - -�— -i ' -- - - - - - -- -- - 6000 , shoo ... �_: _. raw UMMIIIItniAN ~— r fi�' , , • { ffintnnumemt a • _ - 11 a ■ n a nn ! — y� 7066 .___,_ .. r - ' p ,1tt mill � � -- I - -_ C - - _- = - = - -� -� ___-!- I _ { IfOlRflllill _ — — _ - - ----1 -- -- -- -- -- - 00 i ' R _. �_— fi t — — JJ {_ - ' I--- E -- -- . Rill I 8000 - - -� — I { 8000 . i -1- - _z ; 1 > f n u �1qp Mil _� I , _ - _..I - . 1 ... ........ - - ■ , . ���r �pppf. s 8500 • • • ■ J ' mPm 11 MU 1 I , t i r - T 1 1 i -i- 6500 40 60 80 100 120 140 160 180 6 7 8 9 10 11 12 13 14 15 16 17 L if ce Figure 23 Logarithmic Slope = - (,N.. 3e -IS -e-- 155-45-50S PPG Z Logarithmic lop45e -e-155-45-50S FG A PHILLIPS Project: NPRA i- ---.- - ,-,-,, PHILLIPS PETROLEUM COMPANY i• . v 'a Well: Oxbow 1 Pore Pressure and Fracture Gradient System NCTL: 150-4.5e-5 10/13/01 K. Heinlein Oxbow 1 (In line 49471, Xline 10461) MIMI Matra setbaMSL) FEET MS t. --:- : MSL . .. . ; : • I i i ' • , I ! . • 1 ' ' - ' ' •-• T ; ' • ' , , ' ! • ) . it= 1 ::: :11-•- •-11 -' - -i- .: . "-- r - • • 1000 . ; 7 , • -,..----,- : 1000 .. .. ,1 - ■ ..,_ . 1 , , 1 . 1 • - . ' ' ' " '• i '' ' 1 :1 1 1 7 1 ' 1 1 - [ .- .. .... , . --,......1_1_ _1-_i_i_l_ t_ ' • , - . , _i_ ___1 E_ • . ..,._ • - s--- 4- i------- --,- 2000 -- ' " ' " I um - - ----, --- , 2000 -, ; ; ; ';-i ; - --,-• : .4t4. I -,- ,-- - --L __I___ _i__ — - ,-- , . : ; ' ' i' ! ■ I" 1 H j i i i ill ' - 1 - i • i I t- . : . L.,... : .:.1_,..... ..,-.:,/ L. -I_ .., ----4-----i-_,_;_..._- . : . : • • • • roi non t-------t- t : -1'- 3000 ' 3000 ---,--,--i--;- - - ,* ` 11011110 1 ----------- - 4 - - i 4 r _____ : — - '"- • , ' - ::;- :,,.. ! • ; — r - 1 -- 1.4 1--1 . )..1- , ' , i------- -- .. 1 I--t ii 1* 3 _ - :4- -1,-:1:' i". --- ,-- r -I-- -4 - 4- - 4- -- ; -- ---,--- -- : ' - 4 mi gni : : i '' EL - 1 - - --- -- 1 . i -t• 4000 4000 -H---4--4-i-- -I --) -- 4 44 ': I _..L_____________ I '-- ' ------ , 1 - .T_.. - ..--.,__.,.. ._ - • E, _ ;.,.1 4 i -1. -2, 7 - --.H 4- 747:__i Li_ ____I - ' 7- \ i • IT , - , i , 4 I:. . : . ; ...d. I, ___1. I 1 I. ., • n __._ _ _ :„....1...: _ :Eit.._._. - _:_ , = 2 , - . ...= :ILL._ ...i _ ___ 4 '.. f_ NM -771 ri ! i , , 1 , mug itt 1 5000 -:-:1-,--, -,---Tr Na t _ . -4- ___ •;--- 7- -- 1 - -vi 1 , ; . .1 ... it Li.; f.. .144 1 - — t , — --+—, sr, s . ; • vs ' 1 Mg tell 13 ____ i Ma I lk INA NI I ,-_____ i . ., Sin 111418111111110014 0 ; ' % 1110 1 . : e UM MU IIIIIIMM t ,._ .. 1 i :- ' • t - - --,- - -1 • t i , - 1 - ... ; • " I"- - ; ' -:---I--- - -I If , i l• ; i 7000 ,-- ; ' r : lim : pih s imnalni , ■1111 __.__L_____H i , , , , simplgt_augnmn_lem . J --- .` ...; .: . MaR t .. _ __ 1 7: 1....4: . '. :TT._ 2E:4_ _ T7._ , .I 7 - 7 - - moo , 8000 ; I ■ ■ -.,- : ' I 11111 I I --- ' ; I . • , • . L.. I ' I - !- 11 1 1nair e " ' IN --, - - -;-- t- - - I - -'-` }MIMI 1 linflONLIMBLI - . _,______ ) • -4- i ■ , i 8500 ' t8500 40 60 80 100 120 140 160 180 0 7 8 8 10 11 12 13 14 16 16 17 NCTL triton:opt at CIL o162 PPG Logarithmic Gm • -4,50.45 -0- 152-40-50S PPG z Figure 24 -0-- 152-45-50SS FC ... PHILLIPS Project: NPRA PHILLIPS PETROLEUM COMPANY Well: Rendezvous 3 Pore Pressure and Fracture Gradient System NCTL: 152-4.5e-5 10/13/01 K. Heinlein Rendezvous 3 (Inline 49607, Xline 10462) DIEM (Didum setto MS1) FEET __ ___ __E_______,:_j___.,______.__±=___:___= MSL 77". i.._ . . .1. _ ' 7.4. -._ ...;7 - - • ' .2_ ___ . • • f ' i ; - -. 4 1. 4 I-1. i . . I . ' 4 I --- ! -- --3 4 -.-- ,-- -- ___. ..,..-4 ..,- -.:.---- ■ 3-- -4.4- 1 4 1- — -'- _,, —4- ,-;-- - ''. • •-• : : • ;'' .41 - 4 - • - 1--: - - -i— f. : 1000 i ; _ : .:, .: I _ 1. , • mills _77T_ loo. i -, i • • ,_ _ , ---i---- = i: ■ - ' , :_....;.:-..._ .....Li..:_t ......: ....,.._ '...., ! ' '' f ' •.- - 1 - • :' ', '. : 3 . -• -! i '. i - • - ; - - - - • _ , ..,_ : , . - ... 4 : 4 . 11/ l'i 1 .-j---....■.... .-., -■.... -...'' . I 4. __41_ 7 ' - - 4-- _____. _ 2000 I 2 : : • . -- . , swim mu= ----1- . ' , ' 000 - - ---..-`,--,-- ---i.- 4- ÷ -4 ---- - -I ____ _ ,_ ___ ___ — _, . --•----.,-+ --.---:-.. '''.--: ..-:- ',I-v.,- t . ; : -.-- - -------4- - - . ' .,_ . . 1 _ --I . , •-::- 1 --, - -H÷: - -1- - - ., ,. • . --;-. ....-t---,-; . INENNO , Imo —: -------- . ■ 3000 -- --4 " -‘-+- •+-4-4- w # ! i- —4- i . ' --;.•: • .,. . ,..- - !..i -1 i_ --L-- ..,... .,. i _II H _____ i ___ 4 1:.ri I - ' ' • ' ---------- -... - -- - --- - i - it• , i ,-- --1- - • ' : 2 I .2 ,, As - --- 1 -- --i ------- - 1 _ , 000 - -?- • • I T 1 116 111.911 .I__ - - - 7 f___,_____ _i_ *-._ . r : - T --- .T. - - 717: -- • - — gPi INI:u' --I-- s j- --E- i -,-----,------- --.7.,____ ,_ . .i. _i . • 4 1 . . • ...,-,..4. 5000 .• 2 it ' ' ' ' 5000 _ =TT I i lig EH NM OF _____I____ - 2_ ___1 _ , 1 -- ' —i---- —1---- --I- ' ,- i . .... , 1 -t--- • --1- - t rt * 1 A I t i_ - -._,- -_.....i.-_ 6000 .r., i L .. 6000 III ___.' t- - --":-.# ,1" Elvarfflogano -- i i--- -- -I i 1 1- 1 • _1._ • Inniwineran ._4 , : 1 1 1 III _ MEI111F 1111111111111mari III 111 MI=1111111 Wily EWE 111111111111111 ISM ' • Ism _ •111=1111 ! i - i-- , :- i • it ' - ". 1 1' 'i " : - 4 ' 1111 Hi 11 ____ -1,-- . -:1 i -4 '41" It: tell_ ::: :::: Z....17.. 7 _i_ - 7000 I_ t 1 7003 ' 1119111111M , ■ EV b rall ::- - -.7---7- IMEI 1 , ! ; , - I n MINIFIJA_WIRM. _ffli i a 1 tillIEWE RE 111,61 Woo1111mE. az •11111111111mtu HM 111111•11111111111101111111111111M111111111111111 1111111M=11.111 i 1 ' I — m MEM MI II 11111,11111111111/Efft1111E1 : ----,---- — 1==111,11111111f MIMI' 11U111111 1111111M1110 MIMIIIIIIII=:iIIIIIIIIIIIIIIIIII ' i 1 EMI fin + , I. 11 -.•_•-• ..71-_-:.:--..-._.: -___4-_-_-.:-.:_--:•=2.:_-___-____.:..:.--__:_.i.-..7.-.:-.-.2-1.-__-_ 8 8000 , =16....nu anauLl i i i r , , .,,,... VI II i ralarr i lail __1___ ___4_ MN= i . i----1---1— : , 8500 mug . witwitutrn tanzut6S ma gm : . . ' ' 8500 40 60 80 100 120 140 160 180 6 7 8 9 10 11 12 13 14 15 16 17 NCTL Intercept ot GL • 151 PPG Logarithmic Slope o -43e-IS -e--152-46-50SPPG I Figure 25 -0- 152-05-SOS_FGF PHILLIPS Project: NPRA PHILLIPS PETROLEUM COMPANY Well: Spark 6 Pore Pressure and Fracture Gradient System NCTL: 152-4.5e-5 10/13/01 K. Heinlein Spark 6 (In line 49800, Xline 10551) DEPTH (Datum setto MSL) .91. FEET AM .. ' MX . • 'MI; ---A---. I ---- -; ,._ -...--.; : . -- : i . .. :i rrl ; M 7 ' I 1 i .: _ 7 : -1- i. -i7i-- -, 4- , =1, - - 1 Tilfik ''. -I .. ------ i ; - - - ,. . • • :.•, i:; ...,,) . : . 4- ; — 1000 ' 1000 ..} . ...--.; ; . -- . • ■ —7 ■ ---;— --•-;—:-- —• : -- 4 —.— — ' — ' — i - 7 'V,' r . : ; i I , : ; , :-, s.. :,;•■ ; ' i l • " , . • : !•• : - 7 — i --:--+H---:-• --r-H-1- mom ' 1 2000 • ". ' ; ' : ■ 1 . . :, ' ■ i - 4 " : - : ;" • i • - : r It •'':' ; • ; • ; i ;. -.- - - • - A.:7 P' ;14 ' .: ! • . 1 • I -Li 1- !. ' !-i 1 ' II, ' 4 3000 - " - : : . F . ; 4_ . , " .__:. t„ „4.1. .. i ___,. - ! ■ -, H ----- —1 •- i — :-:' , R :- 1 - 4 --:7 1 - 4 - i --- F ."-- r"H - a !Snit ---- .. : ;., MI: EM jillin -1- i ■ --1-- 1 _i_----..—_ I--- : — 1 - ------+ ; -----.. ' ! 4000 4000 1 . . P ' L 1 Inn I .±_. i i t + ---+ ..__L • _ 1111I , ' , ' ■ • MITE i ft alutut ' --- 44 -- 1 - 7 1- : L T:t f!' . Hin M I I F ---- " 1 :, . , . ; TT .1 .--.:--[..-: - 4+ ii 1 Mil 1 II ii- ----- - -------- ---- I -- : --...:- ----- 1- - ,_ - , 1 , - 1:1: 4-ri 4tt 145111 1; - ; ; 1. T i -4 - 1 5000 J I. ; 5000 -- • h -i - -- 1 : i - r t - . '.. FAIrwiranli I ---- ! 1 1 ! i ; I i IMMIPIIIIIIIIM II —1---- :: ELI I II IIIIIII ETJ j etagrIMI II -1---- as i I a will .1 1 , --1-L i I 5 4 , MOM= ; II kftwilram 1 — ; i r — .;____; , ______ i 6000 NU ' , M ____,, • , ! MU " .1111111113 11611 _4_ - . ga, ..,,. Br _+__ -.4- ,,--- _ 1,__ --4- I-- i i I 1 1----- ..- 4 ill 1 _,. 1-,.... ..J ., i - . _., i 1— F • 1 ----" t'' - - int 1 1 7 ,711-- 1- 4 ' I 't — 1' ' 1 - i•-• t ; ■ I 7000 7000 1 ; i ; r ,: I. 1 1 ; • iii t-, 1 - ... 1 f• 1 • , I! - :'•1' 4 itE H111 __:: • " 1 ',..t 1- ' .. s •1 tfl," it" t t ____, :7 i f . t t- • t - 4- - -- i---- ; - -; ' -t------ 7 ±' INIz 14111"ja 1 i d i _ --- ) ■ 1 I = ' , _,_ ... i i I 8000 i 1 ! -- j---- , L -- i - ' :1-. _:_: j_--i f lel 41- .1 -___ __J _ , 4. ' ;;;-H- i - 1 -- ; .--!-:- - •-;•-++ t+ : ; ; g 1 --- ; ; ■•--- = ti 8500 40 ' 8500 SO 80 100 120 140 160 180 6 7 8 9 10 11 12 13 14 15 16 17 PPG NCTL Intercept at GL o ITT Logarithmic Slope o -43e-IS - 152 PPG 2 -SOS_FGI Figure 26 PHILLIPS Project: NPRA PHILLIPS PETROLEUM COMPANY Well: Spark 7 Pore Pressure and Fracture Gradient System NCTL: 152- 4.5e -5 10/13/01 K. Heinlein Spark 7 (Inline 49912, Xline 10542) MSSN plum sett, MSL) ` .1..,_1� _... _. I ,- �- �- MSL FEET 1000 pi A . 2000 — '-- -- -- - ---�- i — - - t 00 • S __ _..,._. y _ Vi i . -. � , y 9000 - _ ,._ J - -.- . k f ! NOR'' --- – - I - i - , - 3000 ;_ ; _ ,. _ w p H ¢i- __ _ ..__..._ - - __.. , 2 — -- 1111111 1 MIN I - - _.. MEM/ RI 1W�1f - -: - -, 11wT 1111 1 4000 1__ =BM MI 1 WM n� }�{�M M _ I __ + I I 4000 I , wilEil E tM I • ! 11,1 i i• ■ ast 1NN1BH a ' ' >� A ! � ti� n Eix lalllNil I { { ,- 1111111161==11•111111 T -� � ---i -H--; E �Fp�q, J - - � ����� � E 1111 IIfN -- - - - - ' -- r - - -- -- - -- - -- _ - ' mum i �is amum M U Vii a•= i s ' ��� 5080 t 1 6mn � { s �� ��ppqqii// W � Uiiilililn � 1( 11�2 U � 1A 4[{ry 10 EE - 5080 -? IN! . aafgI �PII.lw11Ni11I1 { - -1� i - .. __ - - - ' Ri E ■ 1 ni HNl6auN1 - ' - -. _. .. '- -- - °- -- -'- --- + + !i ! u 1 ! Uh -y 1_.. �.. � MEMO —' { 3 WI 1111 w 11111 11 -iii a M ni 1nlI IIIIIUU 4 NM A. ■w FN eiailliN I 6000 taxi n n IMMERSER/ r =� :- -r .. F IN i N! 1 . . f. Y l . . - I L..._ _ .._ ._...___.. _- - : > • rut + esili IIIIII 7000 ����� �p 1000 '� I t , � ® !11t le -� + -- 1 — z- I t , 8000 i !G cEE/EEi iruni i 8000 _i rr :MORSE ' i X 8500 40 60 80 100 120 140 160 180 6 7 8 9 10 11 12 19 14 15 16 17 1 NCTL Intercept at GL a 152 PPG Logarithmic Slope -- 4.6e-SE -e- 142 -45 -405 PPG2 Figure 27 X152-4S-508_6G/ PHILLIPS Project: NPRA PHILLIPS PETROLEUM COMPA Well: Spark 8 � �. Pore Pressure and Fracture Gradient System NCTL: 152-4.5e-5 10/13/01 K. Heinlein Spark 8 (Inline 49993, Xline 10500) FEET tOMSL (Datum sotto MSL) MSL MSL . . . - Y r � L ti. 1060 ' r . -1600 I v • It f . ' J L. 2000 - ' • 2000 • _.__,. ____ „ _. ,--:- f i , --:- : r : 3000 - , 3000 -1- , i_ _t_ - T t -r j 7 , r N HiEI --t- 1 :- t 1 11 • r � i 4000 .I -- '- -•1 -. • ,... . ;. i 4000 IE @HfEltlflEtl - -- H 5 JJ i O L - r - _ . _.. i , . . _ j= i - -- -�- t ! • - - __ _ -. — 000 �!■■■E■ � � i S ! - i - �'- 1 -- - -i �� 5000 - { - 1 j. . i - , i l ad # . . I t u � i ■ s n �■ �3/11 . ::I MM ! t i s 6000 60� _ • ! . Ci i ■■■i■1 i i i , ! ' _ ` ma■r . ■ I PIM n HI , I _ _ - I • j -. � � ■ ■ ■ 11 ill G _ - - - i —T - - -- - -- - i � 1 ..I t; i I ; t i (� � ��y - -- .. .-- - r - - -- i - - - 't" 1 -i � = i- l i ii l , 't� l`I1'•i s i�i i iii�i - -- -- -., ..- -t -- . . ._...- -- - - ... . __.___• .. — - I 70W [ 7600 1 4 -� [{ i - - - _ — I ■� l■soimm�e�i� i I 1 - — -_ 8000 - w maim, mantu j j i 8000 7 4 i X 40 60 -'.F 100 120 140 160 180 6 7 8 8 10 11 12 13 14 15 16 1? NCTL Intercept at GL .152 PPG Logarithmic Slope -- 4Se-15 -0- 152- 45 -S0S PPG 2 Figure 28 -0- 152- 05 -50S ac e e MICROFILMED 07/25/06 DO NOT PLACE ANY NEW MATERIAL UNDER THIS PAGE F:\LaserFiche\CvrPgs _lnserts\Microfilm _ Marlœr.doc AlASKA OIL AND GAS CONSERVATION COMMISSION Paul Mazzolini Drilling Team leader Phillips Alaska, Inc. PO Box 100360 Anchorage AI( 99510-0360 J / / / I TONY KNOWLES, GOVERNOR ~~!Æ~E : F !Æ~!ÆfÆ~~:Æ 333 W. "{'H AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Re: NPRA Nova #1 Phillips Alaska, Inc. Permit No: 202-038 Sur. Loc. 2292' FSL, 292' FWL, Sec. 22, TION-R02E, UM Btmhole Loc. 2367' FSL, 292' FWL, Sec. 22, TI0N-R02E, UM Dear Mr. Mazzolini: Enclosed is the approved application for pennit to drill the above referenced well. The penn it to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required pennining determinations are made. A weekly status report is required from the time the well is spudded until it is suspended or plugged and abandoned. The report should be a generalized synopsis of the ,veek's activities and is exclusively for the Commission's internal use. 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. In accordance with 20 MC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both name Nova #1 PH and API number 50-103-20413-70 from records, data and logs acquired for well Nova # 1. Annular disposal has not been requested as part of the Penn it to Drill application for NPRA Nova # 1. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test perfonned before drilling below the surface casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector on the North Slope pager at 659-3607. Sincerely, Jw..ù., AJ\, ~ Jt,v Cammy Oechsli Taylor Chair BY ORDER OF THE COIVIMISSION DA TED this2k day of February, 2002 cc: Department ofFish & Game, Habitat Section \v/o encl. Department of Environmental Conservation wlo encl. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 1a. Type of work: Drill 0 Redrill Õ Re-entry D Deepen D 2, Name 01 Operator Phillips Alaska, Inc, 3. Address P.O, Box 100360 Anchorage. AK 99510-0360 4. Location 01 well at surface 2292' FSL, 292' FWL See, 22. T10N-R02E. UM At top ot productive Interval 2367' FSL, 292' FWL. See, 22, T10N-R02E. UM At total depth 2367' FSL, 292' FWL. See 22. T10N-R02E. UM 12. Distance to nearest property line 292 @ TO teet 16. To be compleled lor devialed wells Kickoll depth: 6000 MO 18. Casing program size 1b Type 01 well. Exploratory 0 Strallgraphlc Tesl D Service D Development Gas D Single Zone 0 5, Datum elevalion ,DF or KBI GL 70 & 35' RKB feet 6. Property Designation AA081799 I AK5144 7. Unil or property Name Exploration NPRA 8, Well number Nova #1 " 9. Approximate spud dale; February 15. 2002 14, Number ot acres in property 5756 13, Dislance 10 nearest well ARCO Spark #1 A, 2,8 miles k;){ ~'" Developmenl 011 D Multiple Zone D 10. Field and Pool Exploration 11. Type Bond, so:-e 10 AAC 25,(1251, Statewide Number #59- 52-180 Amount $200,000 15 Proposed depth IMD "nd TVDI 8659 ' MO I 8655 . TVO t ì, Anlicipaled pressure '5~ 2(' AAC 25.035 '~11211 Maximum hole angle 9,¡O Maximum surface 3068 psig " At total depth ITVO) 4020 psig Setting Depth Specifications Top Bottom Quantily 01 Cemenl Grade Coupling Length MD TVD MD TVD dnclude slage data I B PEB 80' Surface Surf, 115' 115' 200 sx AS I L-80 BTC 2935' Surf. Surf. 2935' 2935' 380 sx AS III Lite & 170 sx Class G L-80 BTC 8589 Surf, Surf, 8209 8205 170 sx Class G+ additives L-80 BTC 600 8059 8055 8659 8655 120 sx Class G+ additives 20. Allachments Fllmg lee 0 Property Pial D BOP Skelch 0 Dlverter Skelch 0 Dnlllng program 0 Dnlllng IIUld program 0 Time vs depth plOI 0RelraCtlOn analysIs D Seabed report D 20 AAC 25,050 requiremenls D 21 I hereby certify Ihalthe toregomg IS Irue and correct 10 the besl 01 my knowledge Questions? Calli om Brassfield 265-637. Signed ?~f11~ Paul M,Elzzc.¡'n, Hole Casing Weight 24" 16" 63# 12.25" 9.625" 40# 8,5" 7" 26# 6.125" 4-1/2" 12.6# 19. To be compleled tor Redrill, Re-entry. and Deepen Operations. Presenl well condition summary Tolal Depth: Plugs ¡measuredl measured true vertical teet teet Eltective Depth: measured true vertical Junk (measured) leel leel Casing Conductor Surface Production Length Measured depth Size Cemented Per1oralion deplh, measured lrue vertical Title [lrll/ln'] r.;»m Lead~r True Vertical depth RECEIVED DEC 1 4 Z001 Alaska Oil & Gas Con~. ù>mmissior: t\nchorage Date I'Ll r~ /0 ( TJR Commission Use Onl~ Permit Number (J., API number 'I Approval dali' 1.. \ t, \ (\ C' I See cover letter ;20'2- - ó:3 0 50- ID ~'=1- ;lDl/1 ð -æ> J\ J \\i, \0 \~\ lor olher reqUirements Conditions 01 approval Samples required ~ Yes D ND Mud log reqUired , ~ Yes D No Hydrogen sulllde measures DYes [d No Dlrecllonal survey reqUired 6ã Yes D No Required workmg pressure tor BOPE D 2M, D 3M: D 5M: D 10M, D D Olher' n.S t 110 () f =tv 35CG 'f ~. ~~ ¥. ;000 p'>\ \""}~~~~,~1G~è1s~'M' :>5 Approved by . M. H&US8CI\" CommiSSioner Form 10-401 Rev 12/1/85' by order 01 Ihe commiSSion ( = Dale .)\}l~ \01, G N A - SubmIt In triphcate Phillips Alaska, Inc. Drill and Case Plan for Nova #1 General Procedure: I 1. MIRU Nabors 18E over pre-installed 16" conductor casing. Weld landing ring on conductor. / 2. Install diverter & function test same. Notify regulatory agencies 48 hours prior to test. 3. Spud well and drill 12 1/4" hole to the surface casing point at 2935' MD/2935' TVD. Run MWD / LWD logging tools in drHl string .as required for directional monitoring and formation data gathering. 4. Condition hole for casinÇl, trip out. y' 5. Run and cement 9 5/8" .~O# LSD BTC casing string to surface. . Employ IighhNei9ht permafrost cement le21d slurry and Dowell LiteCrete high compressive, lightweight tail slurry to assure cement returns to the surface in a one-stage job. Adequate excess cement will be pumped to ensure cement reaches the surface during the cement job.! .i 6. Nipple down diverter, nipple up BOP's. Test BOP's. Notify all regulatory agencies 48 hours prior to test 7. Make up 8 '12" bit and BHA and RIH to top of float equipment Pressure test casing to 3000 psi for 30 minutes ,/ . Record results and fax to town 8. Drill float equipment and approximately 20' of new hole Perform LOT {or Fn- if gradient reaches 16 ppg equivalent) . Record results and fax to town 9. Drill 8'/2" pilot hole welllJore to .:t.8655' 1\11)/ :t8655' TVD. Run MWD / LWD logging tools in drill string as required for dir'2ctionalll1onitoring and formation data gathering. 10. TOOH and lD BH.A. RIH and set abandonment plug(s) as required by applicable regulations. If additional geologic evaluation is required (cores), RIH wi OE drill pipe and set sidetrack plug to 6000' / MD /6000' TVD. / .. 11. After setting sidetrack plug, WOe. RIH with 8'12" drilling assembly and twin well to top of J4/UCU. Run M\/VD / LWD logging tools in drill string as required for directional monitoring and to properly identify objective top. I 12. Run 7" intermediate string to isolate potentially sensitive shales located just above the objective (est,@ 8209' MD / 8205' lVD). Cement casing to bring cement :t800' above 7" shoe. i 13. Make up 6 1/8" mill tooth bit and BHA and RIH to top of float equipment . Pressure test casing to 2.000 psi for 30 "'minutes . Record results and fax to town 14. Drill float equipment, CerVI, displace to coring fluid and TOOH. (LOT is not planned for this casing string - see attached explanatlon). 15. PU core barrel, RIH and core at least one 60' core. TOOH, LD core barrel and PU 6-1/8" bit and drilling assembly and l1H. 16. Drill twinned wellbore to :t8659' MD / :t8655' TVD. Run MWD / LWD logging tools in drill string as required for directional monitoring and formation data gathering. . Condition ~ole and mud for e-line logs. 17. Log 6-1/8" wellbore as necessary. .. y" 18. Run and cement 4 '12" 12.6# L80 EUE Liner 19. Make a cleanout run witl1 bit and scrapers . Displace to filtered seawater .I . Pressure test well to 3000 psi for 30 minutes Record results and fax to town 0: G NA- i ~ Phillips Alaska, Inc. 20. Run and land 3-1/2" or t~ 112" tubing with gas lift completion ,- 21. Nipple down BOP's. Install production tree and pressure test same to 5000 psi. 22. Secure well, release rig. 23. MI well testing equipment and surface test tanks. Perform production tests as required. Produced fluids will be either reinjc~cted into the formation or trucked to Kuparuk or Alpine production facilities. 24. Upon completion of testing or if the well is not completed, plug and abandon the well per applicable regulations. Thoroughly dean location and block off further ice road access to location. 0: G NA... Phi IIi IPs Alaska, Inc. DRILLING FL.UID IPROGRAM, PRESSURE CALCULATIONS, AND CtRILL~NG AREA RISKS Nova #1 Drillina Fluid Properties: Spud to surface casing point Density PV yp Funnel Vis Initial Gel 10 Minute Gel API Filtrõlte pH 0/0 Solids - ..---- 9.5 - 10.2 ppg .. 16 - 26 25 - 35 50 - 100 10 - 20 15 - 40 7 - 15 9.5 - 10 ::I: 100/0 Drill out to TD (pilot & Intermediate hole) 9.5 - 11.0 ppg ~ 6 - 20 5 - 20 35 - 50 2-6 14 - 20 < 6 below 7000' 9.0 - 10 < 110/0 Twinned Hole (Intermediate shoe to TD) 9.1 - 9.4 ppg " 8 -12 12 - 20 40 - 50 8 -12 12 - 16 <10 9.0 - 10.0 < 80/0 Drüllina Fluid S\t~!:tem~ / See attached equipment list for l'labors 18E. Drimng fluid practices will be in accordance with the regulations stated in 20 AAC 25.033. Maximum A¡lltlç.iIRated Surface Pre$sure and Casino Desion: The following information is used for calculation of the maximum anticipated surface pressures for the planned well: --- Pore Casing Casing l=ractu re Pressure Size Settil1q Depth - Gradient Gradient 16" 115' ~~D / 115' TVD 11.0 PP.9- 11.0 9-5/8" 2935' MD I 2935/ TVD ¡~ 14.8 ppg 8.33 7" 8209' MD / 8205' TVD' 17.6 ppg 9.0 ppg 4-1/2"" 8659/ MD / 8655/ TVD / 17.6 ppg 9.0 ppg Expected Maximum Mud Weights: Pore Pressure 66 1225 3800 4020 MASP Drilling NA 53 psi 1936 psi 3068 psi ./ 12-1/4" surface hole to 2935' ~1D / 2935' TVD: 10.2 ppg .¡' 8-1/2" pilot hole to 8655' MD / 8655' lVD: 11.0 ppg (for shale stabilization) ./ 8-1/2" Intermediate Twinned hole to 8209' MD / 8205' ìVD: 11.0 ppg (for shale stabilization) 6-1/8" Production Hole to 8659/ MD / 8655' TVD: 9.4 ppg 0: G ^A- . , Phil Ii IPS Alaska, Inc. Procedure fen Cakulatin~1 Maximum Antidpated Surface Pressure: / MASP is determined as the I,~sser of 1) surface pressure at breakdown of the formation at the casing seat with a gas gradient to the surface, or 2) formation pore pressure at the next casing point less a gas gradient to the surface as follows: 1) MASP = [(FG x 0.052) - 0.11] x D Where: fJlASP = Maximum Anticipated Surface Pressure FG = Fracture Gradient at the casing seat in Ib/gal 0.052 = Conversion factor from Ib/gal to psi/ft 0.11 = Gas Gradient in psi/ft (above 10,OOO'lVD) D = True vertical depth to casing seat in ft from RKB OR 2) MASP = FPP - (0.11 x D) Where: FPP = Formation Pore Pressure at the next casing seat MASP Calcula1tions 1. Drilling below 16" Conductor Casing MASP = [(FG x 0.(52) - 0.11] x D = [(11.0 x 0.052) - 0.11] x 11.5' 5- . / = .:; pSI' OR MASP = FPP - (0.11 x D) = 1225 - (0.11 x 2935') := 902 psi 2. Drilling below 9-5/8" Surface Casing MASP = [(FG x 0.052) - 0.11] x D MASP = [(14.8 x 0.052).- 0.11] x 2935' MASP = 1936 psi J OR MASP = FPP - (0.11 x D) = 4020 - (0.11 x 8655') = 3068 psi 3. Drilling below 8-1/2" Intermediate Casing MASP = [(FG x 0.052) - 0.11] x D MASP = [(17.6 x 0.052) - 0.11] x 8205' MASP = 6607 psi OR MASP = FPP - (0.11 x D) = 4020 - (0.11 x 8655') = 3068 psi ,¡ 0: G ^A- Phillips Alaska, Inc. Casing Design lPerllbrmance Properties -'---- Size 16/1 9-5/8/1 7" 4-1/2 " Weight 63 ppf 40 ppf 26 p~f 12.6 ppf Grade B --- L-80 l-80 l-80 Connection PEB BTC BTC-M BTC Internal Yield Collapse Conductor Casing 5750 psi 3090 7240 psi 5410 8430 psi 7500 psi Tensile Strength Joint 979 M 667 M 304 M Body 916 M 519 M 267 M ./' Casing Setting Depth Rational: 16" @ 115' MD RKB Conductor casing to provide sufficient anchor and fracture gradient for diverter system. /' Surface casing to provide good anchor for BOPE and sufficient fracture gradient and well control while drilling pilot hole and twinned well bore into reservoi r. 9-5/8" @ 2935' 11J1D RKB 7" @ 8209' MD RKB Intermediate casing, is set strictly to provide isolation of potentially troublesome shales?' Because the objective interval will be pre-drilled in the pilot hole at a higher mud weight than what is targeted below the 7", a leak off test will not be done below this shoe. The shoe of this casing willi be set immediately into the top of the objective with a planned core to be taken immediately below the 7" shoe. A LOT would require 20' of additional hol,= to be drilled and would jeopardize targeted core recovery. Well Pr(],xim i¡!}'.J~~.isks ~ !\lone Drilling Area lRi!"J~!5~: Shallow Hazards: See attached explanation Dril~ing Risks: Drilling risks in the Nova #1 area are surface interval clays, intermediate interval sloughing shales, and lost circulation/breatlling potential through the reservoir. Surface clay problems will be counteracted with fluid chemistry and rheology. Shale stability will be controlled while drilling with fluid chemistry, rheology, hydraulics and fluid density. Lost circulation will be addressed with lost circulation material (LCM) and managed flowrates. See attached mud weight versus depth graph for the offset wells Lookout # 1, ARCO Spark # lA, Rendezvous "A", and Rendezvous -#2. Annular Pumping Oper'ations: /' Incidental fluids developed from drilling operations will be hauled to the nearest permitted Class II disposal well. (Note that cement rinseate will not be injected down the dedicated disposal well but will be recycled or held for an open annulus.) The Nova #1 surface/intermediate casing annulus will be filled with diesel after setting intermediate casing and prior to the drilling rig moving off of the well. If isolation is required per regulations over significant hydrocarbons, then sufficient cement volume will be pumped during the production cement job to cover those formations. " PAl may request approval to inject or dispose of fluids in the Nova #1 9-5/8" x 7" annulus at a later date. This request would be made after sufficient data is available to meet the requirements of AOGCC's 20 MC 25.080. 0: G Nt.. GeoloGY: Anticipated geologic markers, depth uncertainty, fluid properties, and pore pressures are as follows: FORMATION JDEPTH (5S) UNCERTAINTY POSSIBLE FLUID EST. PORE TYPE PRESSURE, psi 229 1290 1560 1760 2425 2880 3220 3370 3800 Permafrost 530' 150' K3 2980' 100' Sequence 97 3610' 100' Sequence 95 4060' 100' Sequence 93t 5600' 150' Base Turbidites 6410' 150' Pebble Shale/HRZ ----- 7160 150' LCU 7480' 100' Top Jurassic 8100' 100' Base J4 Silt 8250' 100' Distal Nuiqsut Marker 8320' 100' TD 8550' Phillips Alaska, Inc. Possible Oil or Gas .... Possible Oil or Gas ./ Probable Oil and/or Gas 3875 3910 4020 formation E\I'a I ualtion: Anticipated loggung, coring and testing for this well is as follows: I. II. III. Logging Surface Interval (0 -- Surface Casing setting depth) LWO: GR/Res./Oipole Sonic 8-1/2'" Pilot Hole (Surface Casing setting depth to TO) LWO: GR/Res/Oensity/Neutron/Oipole Sonic 8-1/2" Twinned Well (Top HRZ - Top J4jUJU) LWD: GR/Resistivity 6-1/8" Twinned Well (7" Shoe to TO) LWD: GR/Res Wireline: GR/Res/PEX/Oipole Sonic/Cl\1R (Contingency: MOT/RSWC) Coring Full Diameter 2.5" Core in Upper Jurassic (1 - 2, 60' cores) Potential Rotary Sidewall Cores (wireline conveyed) in the event full core operations are unsuccessful Mudlogging Mudlogging service should be in operation from the base of the surface conductor casing to TD. Service most likely will include ROP on 5' intervals, lithology, total gas, sample collection, gas analysis of cuttings, gas chromatography, and H2S detection Sixty-foot (60') wet and dry samples will be collected from surface to 4500' subsea Thirty-foot (30') wet and dry samples will be collected from 4500' subsea to well TO (pilot and twin) and ten-foot (:La') wet and dry samples, or continuous, collected across the Kuparuk and Jurassic intervals. 0: G NA.. Phillips Alaska, Inc. IV. Flow Testin'Q Flow testing and plressure bUild-up !tests will be used to determine formation properties and estimate the commerciality of this exploratory well. Flow testing for any particular interval will consist of an initial unstimulated flow period followed by an appropriate pressure build-up. The flow period \^Jill be determined on-site in response to analysis of initial flow period, PBU and fluid properties. The well will be flowed to temporary surface production facilities consisting of gas separation and fluid storage tanks. Produced fluids will either be trucked to an existing production facility or reinjected into the formation following completion of the flow testing operations. Based upon pressure and flow characteristics during the unstimulated flow period, a reservoir stimulation may be performed in the form of an acid or frac treatment followed by a second flow test and pressure build-up. Additional prospective intervals may be tested as described above or may be commingled with the previously tested intervals. If commingling is chosen, production lo,gging will be performed during the flow test to determine the productivity of the individual zones. O~ G^ A- Phillips Alaska, Inc. t Nova #1 Driilling H,a¡¡~ard!¡ Summary (to be posted in Rig Floor Doghouse Prior to Spud) ~L2-1l4" H9Ie__1 9-5/8" Casing Interval --- Event Risk Level ------- Gas Hydrates Low ---- Clay Balling Mediun1 M iti~ation Strate~y Monitor well at base of permafrost, increased mud weight, managed fluid rheologies, increased circulating times, controlled drilling rates, low mud temperatures Maintain planned mud parameters, Increase mud weight, use weighted sweeps, reduce fluid viscosity, control RO~ Diverter drills, increased mud weight Abnormal Pressure in Surface FOrl11atiol1s -..----- Lost Circulation Medium' Reduced pump rates, mud rheology, lost circulation material, use of low density cement slurries, port collar, controlled ---------------- running speeds. ~~-1/2" & 6-1/8" 1-14C!!g L.ow --.--- Event Lost circulation Itisk Level High) ------- Hole s'wabb~ng on trips LOVIJ -- Directional Control Medium ------ Sloughing Shale, Tight Hole Medium / Abnorma I Reservoi r Pressure Hydrogen Sulfide gas Low Low Miti~ation Strate~y Reduced pump rates, reduced trip speeds, real time equivalent circulating density (ECD) monitoring, mud rheology, Pre- . planned LCM pills, lost circulation material. Reduced trip speeds, mud properties, proper hole filling, real time equivalent circulating density (ECD) monitoring, weiqhted sweeps. BHA design, on-sight geologic review and advisement of potential slump blocks. Increased mud density and fluid composition according to plan, controlled trip speeds, sweeps, ECD monitorinq. Well control drills, increased mud weight, continqencies for top set casinq strinq. H2S drills, detection systems, alarms, standard well control practices, mud scavengers O~ G.'^A- ",,(I.:, -, (I - .JÜ':, - BI}:I - 1 :('Ij - 1c,':.c, - 2(11:.0 - 24(.Ü - 26( 0 - ......... 32L.:.O - -+- OJ OJ '+- 3t('ù - '--' ..c Õ. OJ -11~.('Ü - 0 0 '¡4(.,j- () -+- ~ OJ > 4::(.0 - OJ :J ~ :.;::(.1) - I- :'tl'O - 6C{,ù - --------- - --- ----- ---------------- --------- ----- lr' I . 11 T . JrJI ~l Illl I) S --.-- I Structu rE' : Nova # 1 Field: Exploration [,T ~~:B EI.=.~I;,:.r = 10:;, 1:'~rrr'.Ji"'.j::.t ~:,'.;-.:lt"Ÿ c:' .l'jr'e~ For: T Bra~::;ficld :j¡jl~ pivtl~O : ~:J-rh).-2)j1 PI':.l hE'r.,;:r~r,ce ,c;j rJ.)"a #1 Sï #1 'Je-r~.~' (a:~.r ];I"~ta:; or.,) .., 'ell1 r.jTOI".ar'~6 ;1:>1 ,~1 ."',~a . ~rt;'QI CI(;¡:.tt".~ "re reft1'~r..''''f (~I'. ~..(t3 r'l. 1lAIKIR HUO.S JNTEQ /' -- E:;l;mat,~cJ SlJriO:f L':-C'Jtl:;,n. 2292' ~-':.L 2:L'?' F',NL J I t.~ ':f :..::, ::.IJ .j, II] S'2C. .2 L, T 1 CI~'J, R.2E, ur.1 ~t'~U¿"L':1? 9-' Sr:.'~U( r"1.:C 8~. Se(1utn,:1ó- 9:::,1 0 ~ E.4l'Ù - , 8/ Turb;ð;t",,:: "~ 1'\01= - S .:j",t..:,:k ",I 3.(ú .:, rjC. CII- S. :', : I:' .jf. q pe ' 1 (1(- t t 9.(,0 £,.,~ ~"'(~1 €" E'J;'c ~.'.~~, 8 ~~t; :~,::';;,~: C "'J ~ ...t.ÜC C'-'~ ~.c,j j":'lj ¡)t-r 'ÚIJ .T t e (,0 - 20Ü [rid ~n.;le :'''.J~ 72~'~S; ¡::è't "Sr,)I€: ~ ~ O,~r ::'et,. '~r,clo:' ~teÙ l l t.:-CO~ 1 J '.r - '.. Jv'~"1oC ~l T9,-I/ Jur:';5":-~ :::s~p, . - I 8 J4 Sjdt ~ E.' J4 3;1( 841..U - Co OI~t~JI I'JUIC$U: Þ.~L.r iD - 8 TCI ~~ '. BE({, l I Î 92( Ü ! L':U v v LCU 4(10 e, 4')0 6')) Vertical Sect,on (feel) -':> AZllT'UTh 0,00 10:11'\ relerence C.OO N :¡ 00 1: rrom :!'o1"T 1/1 ----- ----- ,"'. }.!.1 .'i k ~~ L~ : ,ot ~ ¡I ~CJil, Wall: Nova# 1 lîC @ /;HI~LIP~ l~ ,IDJIII\ .{;' ,~ ~~ ~ dill jøID. ~ Location: North Slope, Alaska ~,~C") - ~e~,Ù - ÔOO,j - 15 ~:,D - I:,JOlj - E..~~O - Ij60D - 6;':,0 ,.-... -+- OJ 69ÜO - ( ) ..c ;o~o - -+- c... OJ 0 "'20'j - 0 () 1: "' 350 - OJ > OJ "'SOD - ::J \... l- -. 651) - "'öOlj - ~ 9::'0 - 5'0,j - a2~O - .3..0') - o955'j J d7C"J dS~':' ~ ':eQuence 93t KÜP - S,detrack Pt 3.00 OLS: ,3,00 deg per 100 It 600 B." ï "rb;d;les \ 9.00 - 8 . t.nd Ar'gle u.ld 8eg;n Angle Orap \ 8.0ü '. 8/ T urbid;les c 6.00 . . 00 DLS: 2.00 dló-g per 100 Il 200 End Angle Drop D,s! P'"'b/Snole ù D,st Peb/Sr,olo? LCU ù LCU ¡\:it - ï.' JuraSSIC ~ .tl Tgt - T/ Jurass,c -7 CsgPt / 8:' J4 S;ll [';::'101 r'J'~'qsut Mkr I 8/ J4 S;1l O;stOI NuiQsut Mkr Te, - 8/ Tgt~~ TO - B/ Tgt .:~'c' 600 ~:(I !I:O 150 0 150 .500 .\.50 Verlical Section (feet) - > Azimuth 0.00 with reference 0.00 N, 0.00 E from sial # 1 0 :'G '^A~ ------ - -- - - - - - -- - - - - - - --- - : ('<Cllp.:l Dy únd~ ror: T nr/lR:'Irlelcl, , Dol.. plC.IIE.:J .i:j "CI, ¡üO 1 'I I ""'" f?...I.,pn(E ;S 1/'''° ~ I lie's;or, '1 COúralnutt~ are r¡ letl rete"e(l..:e ~I,:,I II' I i""' '.'," " " , D''''''Z'''' ".. ".B I iNTEO I~~=~ I i- Phillips Ala_ska, In_~ . I Structure: Nova # 1 Well: Nova# 1 ; I Field: Exploration Location : N~th Slope. Alaska! - --- ------ --- ---------- ------------ 10 F~'" ¡(=--jl ~F= !I ¡I-IL [ I:~I ~.- .:'. \t:;.-J/ I U L.= IF>" ,:...=.~, I~ /~ ~'I" !~ II k~, I ~ It II II' ~, "~ ...! 'II 'f-,--. 'I \, ~ \ i' I II I" 71.,' U '.,' a '1- I q \~,.'=-..~ ~=:,l ~ \~: ~ J \~I I ,~ ".~ LF. \, J~, II - ¡:~\ , Y ,~, \ I] I~i I"~, 1_..-" /t=J.~, :~:, ----- f='()int. ----- MD I no:: Dir T\lO I'oJOrth East I Perrnorrosl 6.35.00 D.OO 0,00 6.35,00 0,00 0,00 9 ~',/"'é:; Csg Pt. 29.55.00 f). DO 0.00 2'~j ':;~"OO 0.00 !J.DO 1<:,3 ,3,08:) . :J 0 O.C)O O.OG 3085.00 O.OC 0.00 Sequence:; 97 ?" 71 :). 00 0.00 0.00 ~,715,OO 0.00 0.00 '.Sequence 95 416=>,00 0.00 0.00 4 '16.5,00 CLOD 0.00 Sequence 93t 5705.00 0.00 0.00 5705.00 0.00 0.00 C I B I Turbidites 6515.00 0.00 0.00 6515,00 0.00 0.00 I I ::c Dist Peb/Shale 7265.00 0.00 0.00 7265.00 0.00 0.00 ---- ~ I ---- : LCU 7585.00 0.00 0.00 7585.00 0.00 0,00 ~ :I::=.. Tgt - T/ Jurassic 8205.00 0.00 0.00 8205.00 0.00 0.00 r--- B/ ,-)4 Silt 8355.00 0.00 0.00 8,355.00 0,00 0.00 Di~;t(JI r, J u i q ~, u t. t\~ k r" 8425.00 0.00 0.00 2.1- 2 :" , (I ¡) 0,00 0.00 TU - 13:,' - !9_t.- - 86 :/=) JJ 0 0.00 0.00 81)55.00 0.00 (). 00 ---- - - - ~~LIP8' ~rÐ --- - ------- ---- ---- i .- I \'. '~)ec 1: Deg/" i 00 0.00 0.00 O.C¡O 0.00 0.00 0.00 0.00 o.Cle) 0.00 CLOCi 0.00 r "0 0.00 O.OO! 0.00 0.00 0.00 0.00, I ¡ 0.00 0.00: 0.00 0,00 0,00 0.00, (I. LID 0 .IJ (J ' I Lr~¿If.',j Or ,,~-ni~ - r~~:- T-n-r~-6~f-Leld: I lJ~IE çlul1t~ L9 t~ü.. ~CIOI i I ' I P,CI R,le'er,cl' ., 110,,] , 1 51 , I .¡.", I ! CC,,:,r,j:'lüle-,: Qrt:: ;.., tee I rE'erer.:e ~ (,I t I, Tluc 'Jttl:cal úe~,t"ls are rtfererlce [-::1. R,:S RiI. i INT~ 1- I P 11 i II ips A I ask a , I 11 C 8 I - ---- ---- ---- - -- - ______1 I 1- Structure: Nova # 1 Field: Exploration Well; Nova# 1 Location: North Slope, A!aska /PHILLIPS~ lD ------ - ------ --- - -- ---- --- - - - - - -------.- -- -------"---- - - = = I I I --- I I I ------ '-Join!. r.1D Ir.(' Dir- TV:) Horth E.:::; s; t '¡,' ~:;ec t. DecJ/l OU I f<OI) - SidE-t roc k rt 6000.00 0.00 O.CO 6000.00 0.00 0.00 O.CO 0.00 EneJ I'\ngle Build 6322.:,6 SI.68 0.00 (,32 '1.02 :? 7. '17 (1,00 27.17 3.0:J / Begin An(Jle Drop 6364.59 SI.t38 0.00 6362.46 ,34.24 0,00 .34.24 0.00 I 11/ I TIJrbicJites 6518.70 6.59 0.00 6515,00 56.0:) 0.00 56.05 7.0CI I End Angle Drop 6848.43 0.00 0.00 6844.00 75.00 0.00 75.00 )1 - , I I C) Disl Peb/Stlole 7269.43 0.00 0.00 7265.00 75.00 0.00 75.00 0.001 :x:J LCU 7589.43 CLOO 0.00 75.g5.00 75.00 0.00 75.00 0.00 --- ~ I I --- Tgl- T/ Jurassic - 7 Cs 8209.41 0.00 0.00 8204.98 75.00 0.00 75.00 0.001 <: I ~ i r--- 18/ ,J4 Silt 8359.43 0.00 0.00 8355.00 75.00 0.00 75.00 0.00, I ,Di'3tnl fJuiqsut Ivikr ;3429.'4.3 U,(JU C). CO 84.2':, ,(H) 7:i.OO 0.00 75.00 (l.UD Hj - E:.' ~qt~ -- - 8659..13 (J.()O (¡,CO ;:\65,5.00 7~).()O 0.00 75.00 O.CO: --- --- c:::::=:. -===, :[:-;1 :~il (--) F~- ~II¡ i-I r== ,] \ .=' . l'== 1= ,=" -='<, p, ~~ ~. ~,n r (¡ . i' ':~ t::, /'1 !'\.}':!I r ¡ "--...J ~ " '~"''=': / - \.":::=:::"./ ~ ,:,r 'v IJ =---- I .~ r'-\ :~I r /~'\ L,I /.' .~\ ¡ // '.\ l_'" i'==~.., ! /f="\ Phillip: ;"l.=..:k~. Trl':. Ii,:,":, ~ 1 [1,:.' 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';I: ~.:: ÜO [j Ü 1)1:' E Tg c - T ,Tu r :. .õ .:: i ':: - ~ " .: .õ, ';;I P c .?? :.9 .. :' ~. 3 .::r:: 1)1) ~c: r)O [j Ü ,) .:' E E J"¡ ::-il t .?..¡: 9 ..¡ ", ~"¡~5 1](1 .., ,: ')CI [I I:' I) E r'ist:.1 [jui"15'~t tlKr .?¿. 5'~ ..¡ -' ,:. ':' :,:. Ij( ~r. (I,) [I Ü I) I:' E H' E T';JC C.:.sin.;¡ p0sir:.ionz in string '~. ------------------------------ ------------------------------ r,:.p [IC' 1,:,¡:. I'.T' ~",ct&~gul:.r C00r.js. E.~c [1[0 t,.:,c T".T' Fecc:.TI';¡u1ðr C00r.js, (~sin9 ----------------------------------------------------------------------------------------------------------- ~ .:. n .:. ~,I) I~II~ . (II~I ¿. I) I:' (¡ . (¡ I) ( . t)(I[ j ':1 . I~ (II j 1:1. Ü')E 1:1. (I(IE n :. ~ ¡ (I ~ . ..J. !. ¿.(II:'(I. (I.) S.? I) 5 . (II) 1:1. (I(lr j .., S . I) (111 I:I.I)(I( ':1. (¡(IE ~:, 5 ? I::t ~ i n'~ ~. Cas in,,;! rio:' 1:.t"';;I..::t = .:..õs,':":l.:.¡:",.j '.',,':"Ch U¡j,S ,.,"",llr-.:.ch 0 : 'G NA- ~HI~LlPS\ lZi::i ~ ) PHILLIPS Alaska, Inc. A Subsidiary of PHILLIPS PETROLEUM COMPANY Nova #1 Proposed Completion Schematic ~ r ~ ~ ~ I ~ ~ ~ ~ ~ ~ 4-112" FMC Gen V Tubing Hanger, 4-1/2" L-80 EUE8RD pin down ~ ~ ~ ~ ~ ~ ~ " ~ ~ 4-1/2" 12.6# L-80 EUE8RD Spaceout Pups as Required ~ ~ ~ ~ ~ ~ § ~ ~ ~ Æ ~ 4-1/2" 12.6# L-80 EUE8RD Tubing to Surface ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Dm ~ ~ ~ ~ ~ ~ ~ ~ ~. 4-1/2" Cameo 'X' nipple wI 3.813" profile set at +1- 500' MD. 4-1/2" x 6' L-80 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ EUE8RD pup installed above and below 16" 65# H-40 @ ~ ~ ~ ~ ~ ~ ..IIIII~ ~ ~ ~ ~ ~... +/- 115' MD ~ ~ ~ ~ ~ ~ ~ ~ 4-1/2" 12.6# L-80 EUE8RD tubing to landing nipple ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 4-1/2" x 1" Cameo 'KBG-2' mandrels w/ DV's and RK latch. 6' L-80 handling pups ~ ~ ~ ~ ~ ~ ~ ~ installed above and below. Spaced out w/4-1/2", 12.6#/ft L-80 EUE8rd tubing as ~ ~ ~ ~ needed, ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Depths are ~ ~ ~ ~ ~ ~ ~ ~ based on est ~ ~ ~ ~ ~ ~ ~ ~ rig RKB ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Su n:ace csg, ~ ~ ~ ~ ....i ~ ~ ~Ib. 9-5/8" 40,0# L-80 BTCM , ~ ~ (+1- 2935' MD /2935' TVD) ~ ~ ~ ~ 4-1/2" x 1" Camco 'KBG-2' mandrel w/ shear valve and latch pinned for 3000 psi ~ ~ ~ ~ shear (casing to tubing differential), 6' L-80 handling pups installed above and ~ ~ ~ ~ below, ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ " ~ ~ ~ ~ ~ ~ ~ 1 joint 4-1/2" 12.6# L-80 EUE8RD tubing ~ ~ ~ ~ ~ ~ 4-112" Camco 'X' nipple wI 3.725" No-Go profile. 4-1/2" x 6' L-80 EUE8RD ~ - ~ ~ ~ handling pups installed above and below ~ ~ " ~ " ~ ~ ~ 1 it 4-1/2" 12,6# L-80 EUE8RD tubing ~ ~ ~ ~ ~ ~ ~ ~ 5 125" x 4" Baker locator sub ~ ~ ~ ~ +- 4-1/2" Baker GBH-22 casing seal assembly wI 12' stroke, 4-1/2" L-80 EUE8RD box up Intermediate csg / 7" 26.0# L-80 BTCM (+/- 8209' MD I 8205' TVD) Production Liner 4-112" 12.6# L-80 EUE8rd (+/- 8659' MD/8655' TVD) Liner Assembly (run on driIlDiDe), Baker 7" x 5" 'ZXP' Liner Top Isolation Packer with HR profile Baker 7" x 5" 'Flexlock' Lmer Hanger Baker 20' Seal Bore Extension XO Sub,S" Stub Acme box x 4-1/2" EUE8rd pin 1 jt 4-1/2" 12.6# L-80 EUE8rd liner as needed 4-1/2" Baker Landing Collar 1 jt 4-1/2" 12.6# L-80 EUE8rd tubing 4-1/2" Baker Float Collar 1 jt 4-1/2" 12.6# L-BO EUE8rd tubing 4-1/2" Baker Float Shoe ... ~ 3-~" 9.3 ppf L-80 EUE rd may be substituted for the 4-%" O~¡G'VA- TJB 12/11/01, v1 C) ::J:J ---- ~ ---- ~ r---- - ;:: - Nova #1 Producer Expected Drill and Complete Time I I I I I ¡ I I! I 1 : ' - - -'- -- -j- - - - <-~- -j--!-----i--i--I----- ---------~- eun- - ~-_. II I I I I I I I I . ' :, 1000 -- - 2000' __i_-LL _lJJ .-l I_J 1- J ! - l ~stima~ed Time to Dr~ & Complete I! I ! ~: :; :! I I : :! ! - p - - I p - p - p -- ~ p t - t' - - - - - i' p ~ p -- - p ~ p ~ - - Ip -! p -! - - -1- p! -- _I: - - -1- - - - - - - - - ,- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - r I I I I ! I 1 I I I I , I ," , , I I I I I I ! : I ! I ! ! I I 'I I : i I ! ¡ ~ ¡! i!!: 4000 - - - - - -- - r - -- t -- r - ~~~. î - - - - - r - - r r r -1- rT+-~-~----- - - -- - - - - - - - - - - - -~ I 1 ¡ I ¡ I I I I I I Iii I Ii! ! i ! ! ¡ ¡ I I I ! --1-----+---- - -! - r-- - ¡ ---:-î - - - ~-~- ~ _m 1- - ---- '- -- - t----:--- ----- - - - - - - - _m --- --------- I I I I Ii! ! ! :! ¡! ' ' - - - - . - - i - - 1- - 1 - - -! - - l - - ¡ - - 1 - - -I - - -: - - -: - - - - - i - - -1- - - - - - - - - - - - - - - - - - -- - - - - - - - - - - - - - - - - - - - - - - - - - - 6000 --+--- -- ----- -r '1--[ ~ +-1---- I I ---------- I - -'I - --l- - - - -¡----'-' -.- - - - -- - -- - - , - - - - -- : - - - - - ¡ - - - -- - - - - ; - - 0 I ---fpp- -.. . 3000 £i 5000- a. Q) C I I - 'n-- +------- --I -_P_-- - ---------------- --------- - - ---- ----------- I 7000 -------- - ------------------- -- 1- - - - -- - !- - - ~ - -- '- - -. .. - - !- - : I 1 I 1 ' I -- i - -: - - - 8000 - , ; ; I : : ¡ : ----------- ~- -- --ï-------- --------r--- -- ---------------t----- "'.6.., I I I ' " I I I I - - - - - - - - -- - - - -'X - - i-- ~ ~ i- - -'- - - :- - A ~ - - "- ~ - ~ - -- ~ - -1 A ¡ - - ~ - - : - - ..... .... ....: ""-1 I"" V' I .... 'f1' ... :-- ~--- - [" n _11 - -, -- _! - i --_i.._~~- , , " I I I 'I I : . I _~__LpL_- p~__1 I - --- ---------- --1-- I '--I i I - --- ---- --- - ------- . - - - - - - n .- - - - - - - 9000 - - ---------i -- ------- - ------ -~--- --------- 10000 0 I -r - 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 Time (Days) Nova #1 WELLBORE SCHEMATIC and CEMENT DESIGN 16" Conductor Casing at 115' MD I RKB Base of permafrost 635' MD 9-5/8" Surface Casing at 2,935' MD Top 01 Cement at " 7,400' MD I T Intermediate Casing at 8,209' MD 4-1/2" Production Liner @ 8,059' MD to 8,659' MD J ,,' 0, .' ~' ~ -.'" .., ~. ',";' "'.- .., :...~ '..~.. "'. ~... . > ,- iI ~l " .:' ~, . /1-/14" HI .' ... '.., 8-1/1" Hole " -- z2. I ~ " '.~ , ~ .:.. ':: ,.. ... =...~ ," 6-1/8" Hole .' . . il Conductor Casing Size 1 Hole Size D"'lJln Top 01 Ce.m",nl EKe-e55 Caleularea VOlume Caleulat,.jn5, (11511) 1181 ell 10 ;'854 el III '1093 el ;.XI Slurry Volume: 181 cr Slurry We.,ghl 15 ;' PPg Slurry ',"-eld 0 93 CIo!>X Surface Casing Stage 1: Volume 163511, 11500 II, \1,6;'6 ell 1800 "I 1363 el 10.3132 et III 10.3132 el'lIl ,(444 el 5XI 10 3132 el II) (240 el !>XI Lead Tall shoe ¡Oint vol 34 cf .. 't, ." 2ù rl,:;.I.:t 115 MD RK8 Suri,:,Cc. 100'. 12001" 181 el 200 5X or Arctic Set 1 200 sx rounaea Bx.:ess 9-58 ,n 12.1,4 hOI,;. 15.001" 994 el 11 451 = 681 ct :.f77 sx (1 45,,, 363 el 166 !>X Sy;,t..m Lead (Arel,e Ser 3 L'le e,¡,më-nl + 9". D44 INaCII" :'0". D531')YPI .. 500. D124 I>pn..re.!>I" 1 5'. SIICaCI).. 1 5.. D79,,¡,XT I" 0,4', D46Id",loam.1 Tall,L,¡aCr£-r,¡, ,~ T2 0 PPgl Lead Slurry Volume: 1,676 cf Slurry W..,ghl 10" PPg Slurry y,,,,ld 4,44 ct 5X'" Tn,ek",mng T ,m.. 6 0 + n~,urs Tall Slurry Volume: 363 cf Slurry W..,ght 12 0 IJlJg . Slurr~ y,,;ld 2 4(0 ~I s~" Tn,ek,¡,n,ng T,m.; 3.5 . 4.~, ne,uo's Intermediate Casing Size 1 Hole Size Depth ïop 01 C,¡,m",nt Exea!>s C:;leul:;lðd Bt;T 1 St:;l,':¡ V"lum,;. arouna 7 shoe Joint vol17 cf + \809lll 1180 ell ,01268 el III 11 17 el,sxl System IClass G e-em&nt .. 1'. D800 .. (I 2'. D4,; + 0 3'. D65 Slurry Volume: 197 cf Slurry W",'ght 1 5 8 IJPg Slurry y,...I'=I 1 17 el ,.~ Tn,eken,n,] T,m.. 35 - 4.5 nours Production Casing Size 1 Hole Size Depth Top 01 C",m..nl E.c",s;; Caleulat..d Bt;T ,Stat,e . ... 380 sx ArC/I':; Ser 3 L,re or or 170 sx Class G 7" In 8-112" hole 8.209 7 JOO 75". 160' F 130' F 8HT IC,rel ...xcess 11751" 18(1 el 168 ~~ or , 170 sx Cia» G 4-1/2" In 6-1/8" hole 8659 8.051j 50.. 160' F 130' F 8HT IC"el t'XCr?$S 11 501" t,.I el 164 el,1 (1 20 el's~1 VOlume arOund 4.1 ,2 Vol. Between liner 8. Int. shoe Joint vol 7 cf .. Volume 01 200' above liner Sysr,¡,m' ICla5!> G e,;,ment IIIIIGasblOk .01 gps Dol;' Idðloam I + .3., D~,J IGYPI .. 0.75'. D65 \d'5PI .. 1 gp!> D135 . 2 glJs D600 . 0 1 ", D80ü ,'£-I I 205x 595' 40 SX 1450 "I \0 ú9J2 ct Itl Slurry Volume: 122 el Slurry W""gnt 158 PpY , Slurry V'ë-Id 1 20 el:sx ... Th'ekenlng T,m03 3 5 . 4 5 nQul"$ or ./ 120 sx Class G Cement volumes and blends are estimates only and subject to change belor. 0: 'G I A' 12/12/2001 '. ./1A:.. C) I :::::. r-- ~ w W LL - J: I- 0. W C C w a: ::) VJ « w ~ 6000 DRilliNG TIME AND MUD WEIGHT CURVE Lookout #1 -+- Depth Mu~- W~ight 7000 8000 9000 .. 116:set @ 10SJ 0 ~J~~ -t _t -,- _t -' - ~ -, J- _t j - - - . -.. --- ~t - - j - . - \- :- - - ~ - ~ - ~ - ~. - - _: - ~ - ~ - ; - --.:- ~~ - ~ - --:- - '- -' - ..J - - - L - '- - '- -,- - - ~ - L - '- _:-::- - - .J - .l - L _:- - I I I I I I I I 'I I I I I I I I I I I I I I I I I I I' I I I I I I I I I I - - - ,- - - -. - ï - -.- - 1- -. - -. - - - ï - ,- - I - -. - - - T - I -.- - I - - - I - T - I - - - -. - "1 - f - .- - - - I - -. - I - r - - - .- -. - -. - I - - -.- -.- -. - -I - - - I - .- - I - -I - - - T - I - I' -.- - - ï - T - I -.- - ~ ~:~ TMI-RU. '120 rig loads from 100% pad l ~:~ ~:~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~:~~: ~ ~ ~ ~ ~ ~ ~:~ ~:~ ~ ~ ~ ~ ~ ~ ~ ~:~ ~:~ ~ ~ ~ ~:: ~:~ ~:: Slouging shales. Incr. MW - 1 000 -~L-_-"- ' "-" "" - , I :: :::: :: I' '. ':,," ¡-:. : :: :: -~: ::: from 11.3 ppg to 11.5 ppg to , , -:--:--:-~---~-:--:--:- -~-~-:--:- -~-~-:--:- --:-~- DnIl12-!l4 Holel--:--:--:-~---:--:--:-~- -~-:--:-control 11.9 11.7 --I_-I-...J-I. - - i- - 1- - r - ...., - - - L - i- - I - -I - - - .1. - I.- - L- - I - - - -I - ., ... - L- - ,- - -I - "'"" - -I- - L- - - -I - -J - .... . - L - - - 1- -I - ...., - -I- - - - L- - 1- -I - -I - - - 1- - I- -1- -------- I I I I -----¡ - - , . -- "r---r--- I I I ------------------ I I I I I I I - ~ - .- - L- - - - I - - I - I - .- - - -.- - - -I - - - - 1- -: - -I - -: - - - ~ - :- -: - -: - l - ~ - ~ - :- -: - - - ~ - ~ - ~ -:- - t- - - - 1- -1- -I - .... , - - - I- - 1- -I - -I - - - 0 - ..... - - - - - - -I- - I- - 1- -1- - - -I - ... - I- - I- :- 11.5 ---------- 1 1 1 1 --------- 1 I 1 -1--1--1-..-- I- - 1 - -I - --I - - - I- - I- - I - -I - - - .. - ~ - 1- - 1 - - - -I - I- - I- - I- - - 2000 1 1 1 1 ---- --- 1 1 1 1 1 I , I 1 1 I --- --- - I- - I - -I - -t - - - t- - I- - 1 - -I - - - ... - t- - 1- - - 1 - - - -I - + - .- - 1- - - -I ~ ~ : = :~ ~ ~ 9-5/8" set @ 3143;- ~ ~ ~ ~ ~ ~ ~ _: - -: ~ ~ ~ - ~ ~ ~ ~ =: ~ ~: ~ ~ ~ ~ ~ ~ ~ :~ ~: ~ ~ ~ ~ ~ : ~ ~ - '-- - '" 14.5ppgFIT --..---r-'--'-'---~-~-:--:---~-~-:--:---"1-~' 11.3- ------ 1 1 1 1 -------- 1 1 1 1 --------- 1 1 'I 1 ----- ------- 1 1 'I 1 -------- -1--1---'-'- - - r- - 1 - -I - --. - - - t- - t- - 1 - ---1 - - - .,. - t- - 1- - 1 - - - ""1 - ------- 1 1 1 1 -------- 1 . 1 1 ------__0_- -, , " , ..------- ---- - ~ - - - 1- - 1 - - 1 - - 1 - - - !.. - 1- - 1 - _I - - - ~ - ~ - 1- - I - - - ...! - !.. - ~ - - - 1 1 I 1 1 1 I 1 -------- , I I , + ~- ~ -- -:--:- 1 1 1 , - --------- 3000 . ,---r- ~-----r I' " , I - ~ - ~ - '- -' - - - ..! - -'- - ~ -' - - - -' - ~ -" -. I -- -t----r-~ 11.1 - !- - 1- - 1- _I - - - - - - - 1 1 1 1 ---------- 1 1 1 . --------- I_...!. - - _1- _1- _1- _1- 1 1 I 1 ----------- I - - - - -, - ..., - - - r - 1 - - - -I - - - r - r - 1 - - - - - T - r - r- - 1 - - - ï - ..., - r - 1- - - -I - -1 - T - r - - - I - -, - -j - r - - - 1 - -1- 1 - T - - - r - 1- - - ï - - - r - r- - 1- -I - - - T - r - 1- -1- - - , - r - ï - 1- - ----- 1 1 1 1 1 1 1 , ------------------ 1 I I I 1 1 I 1 I - - - - - - - - - - -- - - - - - - - - - 1 1 1 1 1 1 I - - - - - - - - - - - - - - 0- - - - 1 1 1 1 --------- I 1 1 I 1 I ----------- 1 - ..!. - - - 1- - 1- - 1 - _I - - - !. - 1- - 1 - _I - - - - - - --.--I-'-T- - r- -1- -, - ï - - - r - r -1- - - - - T - r - r -1- - -, - T - r -1- - - - - -, - T - r - - -1- -, - ì - r - - -1- -I - -, - ì - - - r -1- -1- ï- - T - r - - -1- - - -I -- T - r - - - 10.9 -l"r"-I--I-- 4000 I , _L-.....!__!-~ - ----J --L ~ _----...!. - I 1__- -- -- , I - 1 - -I - -¡ - - - r - r - 1 - -I - - - T - r" - 1- - 1 - - - ï - r - r - 1- - - ì - -1 - T - r - - -I - -, - -1 . r - - - 1- -I - -I - T -- T - ,- h 1- - 1- - - 1 - T - r - 1- - 1 - l - 1- - 1 - - - J - .! - L - 1- - I I ï - ï - 1- - 1 - - - -. - ï - ï - 1- - 1 - L - L - 1 - - - .J - .1 - L - 1- - , I- :I: " 10.7 W ~ c ::» :æ - r - 1- -I - -, - - - r - 1- - 1- -I - - _I - 1 - - - - - - _I - _I - - - l - 1- - 1 - _I - - .1 L 1 1 ILL 1 ..l L 1 1 I l j t 1 1 1 I I I 1 - ,- -, - -, - ., - - - ï - ,- -, - -, - ~ ~ = ~ ~:~ ~: ~ = = ~ = ~ ~ ~ ~:~ ~ ~ ~ = ~ = ~ ~ :~ ~ ~ -: ~ =: = ~ = ~ D ~ I -~~ 1 ~2" H 0 I e ~ : ~ ~: ~ ~ ~ ~ ~ ~ ~ :~ ~: ~ =: ~ = - - 1 - _I - .J - .! - - - 1- - 1 - _I - .J - - - L - L - 1 - _I - - - 1 - L - L - 1 - - - ...J - L - L - 1- - - -' - J - L - L - - _I - _I - ...1 - L _I - .! - - - L - 1- _I - ..J - - - L - L - 1- _I - - 5000 ï -- , - i 1-- ï 1 - - I - L -' - _I - .J - - - ~ - L - 1 - -: - - - J. - L - L - 1 - .-.J - .L - L - 1- - - -.J - ~ - l. - L - - --: -- ~ - ~ - ~ - - -:- -: -I - -! - - - L - 1- _I - ..J - - - L -- L __1- _I - - ~ - ~ - ~ - :~~ -- ~ - ~ - !. - L -=-- 1 0.5 ~ ~: ~ ~: ~ ~~ ~ ~ - - ~ ~ ~: ~ ~: ~ ~ ~ ~ ~ ~ ~ ~ ~: ~ ~: ~ ~ ~ : ~ : ~ 1- ~: ~ = ~ : ~ : ~ ~ ~:~ ~ ~ =: ~ ~ ~ : ~ :~ ~ ~ ~: ~ ~ ~ ~ ~ : ~- ~:~ ~~ ~ ~ ~ : ~ ~ ~ :~ ~:~ =: = ~ ~ - - = ~ ~ :~ ~: ~ ~: ~ ~ ~ I - TO/Make attempt - -, - -, - -, -, - - - - - - - -, - - - ,. - ,- -, - -, - - - .. - ,. - ,- -, - - - .. - .. - ,. - ,- - - -, - .. - .. - ,- - - -, - -, - ., - .. - -- , - -, - ., - - - ,- -, - -, - -, - -,. - ,- -: - -, - - - ¡ ~ @ D PC logs, run 2 ---'--" -~-----'-----'-----L---- -~ --; -~ ------'- --, L-- ,~-- -'- pre-casing wiper ~ 10.3 - -, - -, - -, - , - : ~ ~~ ~: ~ ~: ~ ~ ~ ~ ~ ~ ~ ~ ~: ~ ~: ~ ~ ~ ~ ~ ~ ~ ~ ~: ~ ~ ~ ~ ~ ~ ~ ~ ~ :~ ~ ~ ~: ~ ~ = ~ ~ ~ ~: ~ ~ ~ ~ = t ~ ~ ~:~ ~ ~ ~ I Weekly BOP Test t ~:~ ~: ~ ~ ~'.: = trips to clean hole, , , - ,- -, - -, - -, - - - ~ - ,- -, - -, - - - ~ - ~ - ,- -, - - - ; - ~ - ~ - ,- - - _I ~ - ~ - - - - ~ - - _4 ~ - - - - - - - -' - - - ~ - '- -' - -' - - - ~ - run 7"/CemenURun --,--,-~-.---~-,--,-...--->--~-,-~---+->--~-,---~-+->--~--.-~-,->---,-~-~-~---:- "" "" :-GR/JB/USIT/MDT, ;-- run 2000' of tbg - - 1 - - - -I - of - - - I- - 1 - -I - -t - - - t- - ¡- - 1 - -I - - - + - - - ¡- - 1 - - - --. - + - t- - - - - -; - -I - +- - I- ~ - -I -- --I - -t - t- - - -, - t -. 1 I ~ .- -' - -' - -' - ~ - - - '- -' - -' - -~ - - - ~ - '- -' - -' - - - ~ - ~ - '- ..' - - - -' - ~ - ~ - - - - -' - -' - ~ - '- - - -' - -' - ~ - '- - - -' ~ - - - '- - '- -' - -' - ~ ~ '- ~ '- ~,~ ~, ~ ~ ~, ~ and R DMO ~ 9.9 - r - ,- -, - -, - - - .. - r -,- -, - - - + - ~ - r -:-- -- - "1 - + - .. - - - - -; - "1 - : -.. - --,- -; - .. - r - - - ,- -,- .. - ' '" . - r- - r -,- -, - - - ' - CompletiolJLQQerati - - ---¡-¡ 10."' , " - - ----- , " - - ~ - 1- -'- - - ~ - ~ - ~ - 1- - I - - ,- -I - ""1 - ., - - 1- - 1 - - 1 - J - - - !.. - 1- - 1 - - 1 - - - I 1 I 1 --------- 1 1 1 1 -------- 1 1 1 ---------- 1 1 1 1 1 1 1 1 --------------------- I 1 1 I 1 - - - - - - -. - - - - - - , . ---,-r--t-T- ~ ~: ~ i ~ i ~ ~ ~- = = - ~: ~ i ~ i ~ ~\~¡-~~~ ~ - ~ ~ ~ ~- ~~~ -~~ - = n ~ . =~-l ~ ~~ ~ ~ ~ ~ =~ =- 9.7 - - - - - - !... - - _1- _1- _I -..! - - -01- _1- _1- _I - - - L - 1- _1- _1- - - ..!. - ~ _1- _1- - - ~ _! _!... _1_- - r - - - 1- - - ï - -r - - - r -: - -I - ï - - - ~ - r - 1 - - I - - - T - r - .- - I - - - -, - , - r - ~ - 9.5 1 , , 1 .-------- 1 I 1 I -------- I 1 1 1 --------- 1 1 1 I -------- , -------- 1 1 , 1 ---------- - - r - 1- -I - ï - - - r - r- - 1 - -I - - - T - r - r -1- - - , - 1 - r - - - - -, - -, - ï - r - - - 1 1 1 1 --------- - ..!. - L - 1- _1- - - ....! - .! - 1- -" - - - _I - ....! - .!. - 1- _0 - ----- 1 1 , 1 ---------- -I - -, - T - - - r - 1- -I - , - - - r - ,- - 1 - -I - - - T - r - r - 1 - - - ï - T - r - - - - --, - -, - T - r - - - 1 _L ---_L--~ '-----1- -- ---L- I _L- _L I t --1__L _L..-.L --l 1 1 I I 1 1 I' 1 1 1 1 I 1 1 I 1 1 1 1 - - ,- -, - -, - 1 - - - r ~:= ~: ~ = ~ ~ ~ ~ =:~ ~:~ ~: ~ ~ ~ : ~ = ~:~ ~:~ ~ ~ = - : - ~ ~ ~ ~ ~ ~: ~ = ~ ~ - = ~ I~ ~:~ = ~ : ~ ~ - = ~:~ ~: ~ ~: ~ : ~ ~ ~ ~ ~:= =: ~ = ~ ~ ~ = ~:~ ~~~ ~: ~ ~ ~ ~ ~ = =:= ~:~ ~ ~ ~ ~ : ~ = ~:= ~ 9.3 60 0 10 20 25 5 15 30 35 40 45 50 55 TIME TO DRILL (DAYS) Spud Well @ 0900 hrs 3/31/01 Release Rig @ 0600 hrs 4/30/01 prepared by WBL 5/0701 FIT 12.0 I C) G:) :æ: ::J::> I .4- ; ì ~ W W U. - DRILLING TIME AND MUD WEIGHT CURVE -+- Depth 0 .. 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'- I 1 1 I I' 1 I ,- '--1--1 -.-_1-._.1_-'-_1-- -_I--I.--'__I-.--__I__I-_-I_-'-----I-_I-._..J__I__- 108 = = } = =:= = ~ = ~ = = = = i = j = = t = ~ =-~ = = I = ~ = = f ~ I = = = = ~ = ~ = = ~ = ~ = = = = ~ = ~ = =¡= = ~ ~ = - = ~ = ! = j = = t = ~ = =:= = t = j = = t = = = =:= = t = j = = ~ = = = j = = ~ = i = =:= = . 4000 :::: :::: :: :IWt.Upf/sloughingshalel-,--ï -,--f--:--~----:--t-~--:-----:--~-~--:-----:--:--{--:--- 10.6 - - .J - _1- - L - .J - - - - ~ - -8- - L - ... - - - - .L - ..J - L - .1 - - - - L - ..J - -I- - .1. - - - - L. - .J - _:- ~ ~ - L I I I fJ I I I I I I I I I I r I 1 , 1 1 1 1 1 1 I' I' I 1 I 1 I 1 . -- -.1--'--1- ___I__&'_-I__I-.-___I__I-_..J_-'-----'-_I-_.1__I_- 104 --'--I--r-ï----T--,--r-'-----T--,- -I--,----r-'--'--T------,-_I_- ~- -- I _..!.__I__I '-- __I__!.- '__1___- 1 1 1 1 1 1 'I . t- = = ~ = =:= = ~ = ~ = = = = 1 = ~= = ~ = ~ = =- = ~ = ~ -. = i - ~ - - - - ~ - ~ - -¡ - ~ - - - - ~ - of - -:- 4 to ~. - - - -1- ~- - ~ - - - -:- - ~ - ~ - - ~ - - - =:= = ~ = ~ = =~ = = = J = = ~ = ~ = =:= = :z: 5000 "I' 'I 1 1 ; I . I--,----ï-.--,--.----¡--{_-:-_L--___L l__'__L---_I__l_J__L____I__L_J__I_____'__L_l__I--- 10.2 ~ I / t I I I I I , I I I I I I 1 I ,: I 1 I: :::: :::: : 1 , 1 W - - ~ - -:- - ~ - ~ - - - - .1 - -: - - ~ - ~ - - - - ~ - ~ - - ~ - ~ - - - - L - -I - - L - .L - - - - L - .1 - _1- - I- - - - - L - l -' - - L - - - -,- - .L - -' - - I-. - - - _1- - I- - -I - -,- - - - -' - - ~ - ~ - _:- - ;: --,--,--r-ï----T -- -,----r -I--I--T----~-~--:--~---_~_~__I__~_' __I__~ -'__(--__I__!. I' I' 1 1 1 1 1 1 -10.0 c = = ~ = =:= = ~ = ~ = = = = 1 = _1- _l - ~ = -;.;.~ = ~ = = ~ = 1 = = = = ~ = ~ = =~ = 1 = = = = ~ = j = =:= = r = = =~ = ~ - 1 - - - -:- - ~ = ~ = = ~ = ~ = =¡= = ~ = ~ = =~ = = = ~ = = ~ = ~ = =¡= = 9 8 i 6000 1 1 I 1 1 1 I 1 I 1 1 I 1 1 1 1 1 I 1 I 1 i- 7'"----I--¡--I--I-----I--j"-'--I-----I--I--ï--I-- . I I I I I I 1111 I I I I I I I I I I" I I I I I I I I I I I I I I I - - ..J - _1- - 1. - .J - - - - .1 - -' - - I- - - - -- - .J - - L - .1 - - - - I- - J - - L - .L - - - - L - .1 - _1_- L - - - '- - .1 - L - - - _1- - .L - .J - - I-. - - - _1- - I- - J - _1- - - - .J - - L - .1 - _1- - . 1 1 1 I" 1 1 1 1 1 1 I 1 I. I 1 I 1 1 I' 1 1 lit 1 I I 1 , - 96 --'--I--r-'----T--,--r-,----r-,--r-T----r-'--,--T----r-,--.--r-- - 1 -1- r-- --I--r-,--r----I--r-ï--I----,--r-,--,-- . - - of - -,- - to - -I - - - - + - -1- - I- - of - - - -.. "-I - - I- - + - - - - I- - -I - -I- - + - - - - I- - + - -1- - to - - -I- - - -1- I- - - - -1- - to - -4 - -I- - - - -1- - to - -I - -I- - - - -4 - - I- - + - -1- - - - ~ - -:- - ~ - ~ - - - - + - -:- - ~ - ~ - - - - t -~ - -:- - ~ - - - - ~ - ~ - -:- - + - - - - ~ - ~ - -:- - ~ - - - -:- - + - -:- - L - - - -:- - + - -: - -:- - - - -:- - ~ - ~ - -:- - - - -: - - ~ - + - -:- -- 9.4 7000 I I I / I I I 1 I t I I ,. I I I 1 1 1 1 1 I I I . / I I I I I I I - - ~ - -:- - ~ - ~ - - - - 7 - -:- - ~ - ~ - - - - ~ - - ~ - ~ - - - - ~ - ~ - -~ - ~ - - - - ~ - ~ - -:- - ~ - - - -~ - ~ - -:- - ~ - - ,-:- - ~ - ~ - - ~ - - - -:- - ~ - ~ - -:- - - - ~ - - ~ - ~ - -:- - - - l - -1- - r - , - - - - T - -1- - r - l - - - - r - , - - l - - - - r - ï - -r - T - - - - r - , - -.- - r - - - - r - T - -,- - r - - - -1- - r - ï - - r - - - -.- - r - ï - -1- - - - , - - r - 1 - -.- -- 9.2 -" - - + - -1- - .. - -4 - - - - + - -1- - I- - .. - - - - .. - -4 - - - + - - - - .. - .of - -I- - + - - - - I- - .. - -I - I- - - - -I- - ... - -1- - I- - - - - .- - .. - .of - -I- - - - -1- - I- - .. - -I- - - - -4 - - I- - of - -1- - , , I' I I I' I' 1 1 I" 1 'I' 1 1 I 1 1 4., I 1 I' I' I 1 . 1 ------------------------------- ------------------------------------------ .-------- ----------------- 90 8000 :::: :::: :::: :::: :::: :::: :::: 1 Logged I:: :::: - . - - .1 - _L - L - J - - - - .1 - -'- - L - J - - - -1. - J - - L .1 - - - - L - J - _L - J. - - - - L - .1 - -~ - L - - - - L - .1 - -'- - L - - - _1- ~ - .J - - L - - - --- - - - J - _L - - - -'- - L - .1 - _1- - 1 I " I 1 1 1 I I I' I' 1 1 I' 1 1 1 1 I . 'I 1 1 'I 1 I I I - - , - -,- - r - , - - - - T - -1- - r - ï - - - - r -, - - r T - - - - r - ï - -r - T - - - - r -l - -~ - r - - - -r - T -,- - r - - - -.- - - }- -. - j - :.:- - { - j- -[- - ¡ - - - - r - T - -,- -- 8.8 - - of - -1- - .. - ~ - - - - .... - -1- - I- - -I - - - -.J. -.of - -I- - - - - - I- -.of - -I- - .. - - - -I- - -I - - - - I- - - - -I- -... - -1- - I- - - - -1- -.. - - -'- - - ~- - - - - - - j- -I- - .I. - -1- - 1 1 1 1 I" I 1 1 1 1 I' 1 1 I' I' I I 1 1 1 I 1 1 9000 - - : - -:- - : - : - - - - : - -: - - : - : - - - - : - -: - -:- - . - - - - 1 - 1 - , - 1 - - I - ,- I' -: - - - -:- - : - -: - - : - - - -:1 Run 5-1/2. ' - -:- - : Rig Released 4/29/00 F- 8.6 - - .1 - _1- - 1 - J - - - - .1 t ~ - - L - .1 - - - - L - J - _L - 1 - - - - L - .1 - -'- - 1 - - - - L - J. - -'- - L - - - _1- - .. - ..J - -.... - - - _1- - L -... - -'- - - - -' - - L. - .¿ - -'- - . 1 I . 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Move in rig 4/11/00 fI Nanuk - - . - - - 1- - - - 1 - - - - - - - ~ - - - - ~ - - - ~ - - - ~ - - - - - - - - ~ - - - ~ - - - _1- - - - L - - - - - - - _1- - - - L - - - J - - - _:- - - - . 1000 ::::1: :~::::~:::~::::::::~:==~===~====~=======~====~===~===~========t===j====~===t===:====~===~===j====¡====- 11.8 ----4--- ----1--- 1 1 1 1 1 I 1 1 1 : 1 1 1 I 1 1 I - 11 6 / I I - --------I----"'---~----I--------~----I- ~ ..¡ 1 1 1 I I I I . :===~===~-===~===~========~===~===~====~===:=::~====~~~~!~~~~~~~~~~~~f~~~~~~~~~~~~f~~~~~~~~~~~~f~~~~~~~~~~~?- 11.4 2000 ----f---~-- -~-IRan7-5/8.Casingl~---~----~-------J----~---1---J-------_: --- :_--_: -- : :::: - 11.2 - - - - ï - - - -1- - - ~ - - - + - - - - - - - -:- - - - + - - - -:- - - -:- - - . . . -' ~ ~ ~t- - - = ~ = = - - - - - -:- - - - r - - - -t - - - -1- - - - - - - - - of - - - -1- - - - - - . - - - - - - - -I- - - - + - - - 1 1 1 1 . 1 I 1 - - - - -,- - - - j" - - - J - - - _1- - - -- 11.0 - - - -1- - - -:- - - - r - - - õ - - - -. - - -:- - - - T - - - '- - - -:- = = = = = = = ~ = = = = r = = = l = = = j = = = = = = - - ~ - - - ~ - - - -:- - ~ - - -- ~ - - -:- - - - ~ - - - ~ - - - -¡- - - - 3000 I I I 115 9 FIT 1 1 ' I I I' I' - - ï - - - ""j - - - -.- - - - - - - - - -,- - - - r - - - ï - - - -,- - - -- 10 8 - - - - 1 - - - _I - - - - I. 'I 1 I ::: I 1 1 IlL I I 1 1 . - - - - ~ - - - ~- - - - ~ ~ - - - ~ - - - ~ - - -.- - - - r - - - - - - - , - - - -, - - - T - - - ~ - - - - - - - - ~ - - - ~ - - - -:- - - - ~ - - - - - - - -:- - - - ~ - - - ~ - - - -:- - - - - - - - 1 - - - 1- - - - 1 - - - . - - - - - - -I - - - 1-- - j WI. Up for shale t - - -~ - - - ~ - - - ~ - - - - - - - - 1. - - - .1- - - _1- - - - 1. - - - - - r- - _1- - - - L - - -.I - - - _1- - - -- 10.6 4000 ::::I:::}::::~~~~I~~~~~~~-~~~~I~~~~::::r:::::::~:~~~f~~~f~~~~I:~~~~~~~~~,¡~~~1~~~~i~~~~r~~~~~~~~~~~~r~~~1~~~~j~~~~ 10.4 ~ ----"---~----I----"--------I- --+- --1----1---- -I I- ~ 1 I 1 I I . 1 -102 S2 : :== ~ :=:~= ::=~ = = =:= =:: = ==:~ - -: ~:~ :~:::=t:=== ===f==t== = r=== E=====I==E==~== =f ==== ==:E==t== = E ==E = = =- 10:0 ~ 5000 1 I , ~ I I I: ::: .' .,' I 1 1 I 1 I ::) .1 J I I I I I I I :E ~~~~i~~~j~~~~~~~~I~:~=~~~~~~~=~=~~~~~~~~~~~~~~~~~~~~~~~~f~~~~~~~~~~~~I~~~~~~~~~~~~f~~~~~~~~~~~~~~~~~~~~~i~~~=- ::: 6000 : : : : . ; 1 :: :::: :::: 1 i : : - - - - ~ - - - ~- - - - I- - - - .. - - - - - - - - I- - - - .¡. - - ~ - - - -I- - - - - - - - -1- - - -I- - - - ~ - - - -1- - - - - - - - I- - - - ..¡ - - - -I- - - - I- - - - - - - - -1- - - - I- - - - -I - - - -1- - - -- 9.4 1 1 1 1 I 1 1 1 I. 1 1 1 1 1 1 I" I - - - - 1 - - - -.- - - - r - - - 1 - - - - - - - - r - - - ï - - -I - - - -1- - - - - - - - -1- - - -1- - - - T - - - ""j - - - - - - - - ï - - - ï - - - -1- - - - ï - - - - - - - -.- - - - r - - - 1 - - - -.- - - - - - - - ~ - - - -:- - - - ~ - - - ~ - - - - - - - -~ - - - ~ - - ~- - - -~ - - - - - - - ~ - - - -:- - - - ~ - - - ~ - - - - - - - - ~ - - - ~ - - - -:- - - - ~ - - - - - - - -:- - - - ~ - - - ~ - - - -:- - - -- 9.2 - - - - "T - - - ï - - - - r - - - "T - - - - - - - - r - - - "T - - - - - - - r - - - - - - - , - - - - r - - - T - - - , - - - - - - - - r - - - , - - - -1- - - - r - - - - - - - -1- - - - r - - - , - - - -1- - - - 7000 I I 'I I I I I I I I 1 1 . I 1 1 1 I - - - - ~ - - - ~ - - - - ~ - - - ~ - - - - - - - - ~ - - - ~ - - - 1 - - - ~ - - - - - - - ~ - - - - ~ - - - ~ - - - ~ - - - - - - - - ~ - - - ~ - - - -:- - - - ~ - - - - - - - -:- - - - ~ - - - ~ - - - -:- -.- -- 9.0 - . 1 1 1 1 1 'I 1 1 I 1 . 1 I I I I I I - = = = J = = = ~= = = = ~ = = = J = = = = = = = = ~ = = = J = = = J = - - = ~ = = = = = = = J= = = =c = = = r = = = J = = = = = = = = r = = = J = = = =:= = = = ~ = = = ~ = = = =:= = = = ~ = = = J = = = =:= = = =- 8.8 I 1 I 1 1 1 I 1 I I 1 I I I f I I ~ 1 1 8000 - - - - ï - - - -1- - - - j" - - - ï - - - - - - - -,- - - - ï - - - -.- - - 1- - - - - - - - -.- - - -,- - - - ï - - - ï - - - - - - - - ï - - - ï run 5-1/2- - - run kill strg. t - - - ï - - - -1- - - - 1 1 I 1 1 I I 1 I 'I 1 1 . I. 86 ----~----:----~---~--------~---+---~----r---~---~----'-- - -~1_-------~---{----1---_¡1 ---- ----I----rl I' : r--- . - - - - .1 - - - J - - - - L - - - .1 - - - - - - - - L - - - .l - - - ..J - - - - L - - - - - - - ..J - - - - L j I . - - - _IlL - - - I - - - J - - - -,- - - - - - - ;8- - - . - - -8 re ease ng -- - - - - ~ - - - --:- - - - ~ - - - ~ - - - - - - - - ~ - - - ~ - - - ~ - - - - ~ - - - - - - - ~ - - - -~ ogglng 1 - - - -1 rft's 1- - - ~ - - - -:- - - - ~ - - - - - - - -:- - - - ~ - - - ~ - - - -:- - - -- 8.4 - - - - .1 - - - J - - - - L - - - .l - - - - - - - - L - - - J. - - - ...J - - - - L - - - - - - - J - - - - 1- - - - L - - - J - - - - - - - - - - - J - - - _1- - - - L - - - - - - - _1- - - - L - - - J - - - _1- - - - I I I' I I I 1 1 1 I' I 1 1 I 1 1 1 I :J: I- 0. W C 9000 8.2 25 0 5 10 15 TIME TO DRILL (DAYS) 20 jt 9/99 G::) ::0 ---- ~ ---- '"--:: F: 1000 2000 ¡::- w w u.. - 3000 116" set @ 115' I DRilliNG TIME AND MUD WEIGHT CURVE Rendezvous #2 -+- Depth =--- Mud Weight J: t- a. w C c w a: :J en < w :æ 4000 0 I I I I I I I I I I I I I I - - - J - - - - - L - - - - ..J - - - - - L - - - - - - - - - - L - - - - -1 - - - - - L - - - - -1 - - - - - - - - - - -' - - - - - '- - - - - j - - - - _1- - - - - - - - - - -'- - - - - j - - - - _I - - - ! - 1 1 I I I I I 'I I I I I 1-- I ---- - - - - - r - - - - , - - - - - r - - - - - - - - - - r - - - - , - - - - - r - - - - 1 - - - - - - - - - - 1 - - - - -1- - - - - 1 - - - - -1- - - - - - - - - - -,- - - - - 1 - - - - -1- - - - - T - - - - ~ 11.4 - - - - - ~ ~ ~ I Drill 12-1/4" Hole 1:- ~ ~ ~ ~ ~ = = ~ ~ ~ :- ~ ~ ~ ~ ~ ~ ~ ~ ~ ~:- ~ ~ ~ ~ ~ ~ = ~ ~ = = ~ ~ ~ ~ ~ = ~ ~ ~ ~:= ~ ~ ~ ~ ~ = ~ ~ ~ ~:~ ~ ~ = = ~ = = ~ ~ ~:~ ~ ~ ~ ~ ~ = = = = ~:~ ~ = ~ ~ ¡ = = = ~ ~ I I 'I I I I I I I r I I I 1 I : ~ ~ ~ ~ ~ ~ ~ : ~ : ~ ~ ~ ~9~i~,~ ~~j ~~~.: ~ ~ ~ ~ ~ ~ : ~ ~ ~ J ~ ~ ~: - t : ~ 1\ ~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ ~ r: ~ ~ ~ ~ j : ~ ~ ~ ~ ¡~ ~ ~ : ~ ~ ~ ~ ~ ~ ~: ~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ :! ~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ ~ 11.2 : : 14.5 ppg FIT : : : : .:-~n:-;~-=:c:-~ :: :::: - 11 : ~ ~ ~ : t ~ : ~ : ~ ~ ~ ~ I ~ ~ ~ ~:: : ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ j ~ : : : ~~: ~ ~ ~ j: ~ ~ ~ ~ ~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ ~~ ~ ~ ~ ¡: ~ ~ ~ ~i~ ~ : ~ ~ ~ ~ ~ ~ ~ ~[~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ ~¡: ~ ~ ~ ~ ¡ ~: ~ ~ ~ 10.8- L. I I I I I I I ,I ~ I I I, I I - - - - - Y' ~~ ~ = = t ~ ~ ~ = ~ ~ ~ ~ = = ~ ~ ~ ~ - - - = = ~ ~ ~ ~ = = = J - ~ ~ = = ~ = = = = j = = = = = = ~ = = = j = = = = =:= 4 = = = j = ~ ~ = =:= = = = ~ = = = = = =: = = = = = ~ = = = = =: = ~ ~ ~ = t = = ~ = =- 1 0.6 : _: : : ~ : : : : ; : : : : : ~ : : : : : - - : : : ~ : : : - : : : : : : ~ : : : : 1 : : : : : : : : : : 1 : : : : : ~ \ : : 1 : : : : :j:: : : : : : : : : :¡: : : : : ! : : : : :¡: : : : : ¡ : : : : : I I 'I I I I I I I \ I I I' I I 10.4 : ~ ~ ~ ~ :: ~ ~: ~ ~ ~ ~ ~ : j ~ l ~r¡l; ~- ~ ;2~' ~o;~ t ~ : ~ ~ ~ - : j ~ ~ : ~ : ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~:~ ~ \ ~ j : ~ ~ ~ : ¡: ~ ~ ~ ~ ~ ~ ~ ~ ~ ~:~ ~ : : ~ ¡ ~ ~ ~ : ::: ~ ~ ~ : ¡ ~ ~ : : ~ : : :: :::: :::: :::: - 9.4 ~ ~ ~ ~ : ~ ~ : ~ ~ : ~ ~ ~ ~I ~;~~~I: ~~' :~o:~ 6~~r;~~~~r :5~~ ~ : : : : : ~ : : ~ ~ ; ~ ~ ~ ~ : ~ ~ ~ ~ ~f : ;~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~ ~ ~ ~ ~ i ~ ~ ~ ~ ~! ~ ~ ~ ~ ~ ¡ ~ ~ ~ ~ ~ 9.2 - - - - - ~ - - - - - ~ - - - - ~ - - - - - ~ - - - - - - - - - - ~ - - - - ~ - - - - - ~ - - - - ~ - - ~TD/Run 7"/CemenVRun GR/JB/USITNSP/Run Completion/Operational SO ~ - - - - - ~ - - - - - ~ - - - - ~ - - - - - ~ - - - - - - - - - -~ - - - - ~ - - - - -:- - - - - ~ - - -' - -1- - - - - ~ - - - - -:- - - - - ~ - - - - -:- - - - -1 - - - - -:- - - - - ~ - - - - -:- - - - - ~ - - - - ~ 9 20 5000 6000 7000 8000 9000 to- J: " W == 10.2 c ;:) :E 10 9.6--' 0 5 10 15 TIME TO DRILL (DAYS) Release Rig @ 2400 hrs 4/23/01 Spud Well @ 1600 hrs 4/8/01 prepared by WBL sn01 211M" 2,000 psi WP DRilliNG SPOOL wI 16" Outlet ) ARCa Alaska, Inc. Nabors 18E Diverter Schematic ~ I ( I Flowline .. 211M" HYORIL MSP 2,000 psi WP ANNULAR PREVENTER 1 6" 200 psi WP HYDRAULIC KNIFE VALVE I ( ) 16" 00 DIVERTER liNE 16" 62 ppf PES CONDUCTOR PIPE set at 80' (GL) 0: G ~d^ t "n~ Nabors Alaska Drilling, Inc. Providing safe, environmentally sound, cosr-efficient service TO our CUSTOmers while alwa;l-'s looking for ways £0 do things better. N¿<\BORS ALASK~ DRILLING RIG 18-E RIG INVENTORY AND SPECIFICATIONS ~j~~':':~(A.~t"'ÀN.P'.$V~~,TRvctp~ ...~;:.:."; .... .:. . :.::',..:: (,:,:. :"'..:~ .. .', :~'~:~';~. ~ ".. "X ~~~~~:'; _:, "~'. L'~ _: '.': \':.2}1~tj}: ~1-i~H~:B1~~~~I~~rf{~~i>:~}.~~' ITElVI DESCRIPTION Crown Assenlbly Continental Emsco with six 52" diameter sheaves grooved for 12 lines of 1 3/8" drilling line Mast P)Tamid Steel Industries, cantilever, 151 " 1,330,000 Ibs GNC. Lamb adjustable board Racking Board Capacity for 25,000' of 5" drill pipe Rotary Hose 3 1/2" x 6O', 5,000 lbs, 4" API ends Stand Pipe 50', 5,000 Ibs, 5" pipe with union Dead Line Anchor lVlartin Decker model 121, grooved- for 1 3/8" line. Complete \vith model E90 sensor Substructure Pyramid Steel Industries, \vheel mounted, 38'9"L x 34' 10"W x 28"H, casing capacity 800,000 Ibs., set back 500,000 Ibs. Clear working height between rotary beams and mats is 23.5' Tuggers Pullmaster, hydraulic model M-12, 12,000 lb bare drum, 7,300 lb full drum, 5/8" wire Bridge Crane lVlcKissick, 12" hydraulically operated, 30 ton capacity Drip Pans Under rig floor area QUANTITY 1 1 1 1 2 1 :~~;~.Ø~~v}Y9RKS.~~.I):AÇÇ~.S$ÓW~~:' ~..~:l::~¿'~.'i~,~~.¿i~~~~~~4~~~]:Ë¿~'~j;~~:¿~~:t~~~~~ ITEl\1 DESCRIPTION Dra wworks Continental Emsco Electrohoist ll, 2,000 hp, powered by two EMD D79t\.æ traction motors, equipped with OR~G~NA:' QUANTITY Rig 18-£ Invenwry Page 1 flL~ ) Nabors Alaska DriIJmg, Inc. Providing safe, environmental!.v sound, cosl-efßcienl service to our customers while always looking for ways lO do things better. Crown-o-lVlatic safety shutdown device Cat Head Continental Emsco, SN 34 Auxiliary Braking System Elmagco model 6032 Brake Water Cooling Unit 49 barrel tank with Mission magnum 2" x 3" x 9" pump with 7.5 hp Mesabi heat exchanger 1 1 :~,~~:.t{~it~)F4(Nþ .,tRA '~~ING E'QUIPl\IËNr, ,~:i,j':,i';. ,,'''',.~.,','<.'. ',~, ~ ::.::.:.:.:.~:,..-:_;,::':,~,~. :~~~.'~':':'.,.'.".;~,~,~;~ ~:., :::,:'~'::,~.~:.',t~~.~::;;:,:":".:~;,h','~~."'- ITEl\I DESCRIPTION Drilling Line 1 3/8" Traveling Block/Hook Continental Emsco RA52-6, 500 ton capacity ,vith BJ Dynaplex 5500 hook, 500 ton capacity Swivel Continental Emsco LB-400, 400 ton capacity Kelly Drillco 5 1/4" x 40' Kelly Bushing Varco HDP with pin drive Upper Kelly Valve Hydril 6 5/8" LHR x 6 5/8" LHR Lower Kelly Valve Hydril, 4 1/2" IF x 4 1/2" IF Kelly Saver Subs 6 1/2" with 4 1/2" IF connections Ivlaster Bushing 37 1/2" Continental Emsco Rotary Table Continental Emsco T-3750, 37 1/2" independent drive, powered by EIvID D79rv1B traction motor, 0 -200 rpm, develops 30,000 ft-Ibs torque at 1,000 rpm motor speed QUA.NTITY Various length 1 1 1 2 :4~' -.~ RXç J~Q~'É..rÃNÎ).)~)QYJ~ G. .~Y$t~.lY(: ~~::: :;- >. ~.~ ~-~', _.::.t('f:],\,.'~;~~\~.~~\¿ ~;~~-i :..~~~..':J~¿';~~:- : :~',::'.~~~~'],~~.;~~;;,11~~f~f:,~.~.~~';~~i:;~: \~~ OR'G'NAL Rig 18-£ Im'emory Pa.ge 2 fJI~ Nabors Alaska Drilling, Inc. Providing safe. environmefltally sOllnd, cost-efficient service to our cllstomers ~,,'hile a/ways looking/or ways to do things better. ITE~I DESCRIPTION Engines Caterpillar, D-398, continuous hp 910 at 1,200 rprn Generators ElectricallVlachinery, Bemac ll, 800 k\,y, 1,000 KY A, 910 hp per unit with lVlesabi radiators Cold Start Generators Detroit, model 2-71, 75 kW Cummins, model 400FOC44FD, 140 k\V SCR Power System Ross Hill, 4 bay, 3,960 kW, 5,600 hp lVloving System Columbia Trailer wheel n10unted, seven modules, pulled by truck QUANTITY 4 4 2 ~':~,:'~i.tro~~$x$.t~~,(:r::';':Y:~~.',.~}:~:;:~:/2} :'~~:':'.- .."':,":",. :;.i':~::,';:'{~.:"~'::'~':_~:,'- --~:')':~:; ~.:': :Ld~~-:;~.}:~';':'~J',:::,;~. :'..'::-:----.-' :',:(, '. ''.~' :: ", "~'~.::"(:~;:;':~:f:::/~~::~-:~~~~~>.,,:;:.' ITElVl DESCRIPTION 1-1ain Mud Pumps Continental Emsco, F1000, 140 SP!\1, 3,010 maximum psi with 6" liners, 514 gpm \vith 6" liners Annular Injection Pump K & T triplex, model 160, powered by a Toshiba 60 hp motor Pulsation Dampener Continental Emsco model PD-5-5000 lb, 7,500 psi Strainers Discharge - Continental Emsco flanged discharge assembly with 5" outlet Suction - 8" Ï\'1ueller model 758 HY" strainer Shock Hose 3 1/2" x 8'6" grade D, S 5000 Goodall Charge Pump lVlission t\.fagnum 6 x 5 x 11, driven by 60 hp motor Cement Hose 2" x 21' FC273-32 Airquip hose \vith XXH weld stub ends. 5,000 psi working, 10,000 test Mix Pump r..,fission, Magnum 6 x 5 x 11, driven by 60 hp motor (ìqIG'N!~L QUANTITY 2 1 1 2 2 2 2 Rig /8-£ Inventory Page 3 ~~II~ Nabors Alaska Drilling, Inc. Providing safe, em:ironmencaJ/y sOllnd, cost-efficient sen'ice to our cltstomers while always lookingfor ways to do things beller. 1Vlud Cleaner PWl1p Gallagher 6 x 8, driven by 75 hp 575 V motor Hole Fill Pump lVlission, 1 7/8" pedestal powered by 1,755 rpm 1 Toshiba motor Shale Shaker Derrick model ~8 2 Centrifuge Swaco, model 518, 200 .gpm it ....... .---. Desilter Derrick model L48, sixteen 4" cones, 800 gprn 1 Desander Brandt SR-I, two 12" cones rated for 1,000 gallons at 15 feet of head 1 lVlud Hopper Demeo 6" figure 612B mud hoppers 2 Ivlud Degasser Pyramid Steel primary degasser Brandt DG-I 0 vacuum degasser, 5 hp, 1,000 gpm 1 1 Agitators Brandt powered by 5 hp Toshiba motor 2 Pits Working pits, 400 bbls capacity each Trip tank, with monitor, 66 bbls Pin pit, 50 bbls 3 1 . 1 Tanks Water storage, 171 bbls Diesel storage, 156 bbls Fuel tank, 500 bbls, double \valled, skid mounted 1 1 1 Cuttings Removal System Auger system 2 Cuttings Box (None) 0 Bulk Mud Trailers Barite and gel 1 each ~6; ;)iRjit',:¡>If~;/~n~';~JmJ~,çõt;~-~:~.;~~~~;~:.,;.:~.~:;~;.::¿~~=;~)l.;j~(:;;~,;~¡:~-'~~i~'Ltii:.~~~s;;:~ ~~:-t;¿l;,;::;\~~~~~~\.~~;~3~~6::~~:.~ :~" ITElVI 5" drill pipe 5" HWDP DESCRIPTION 19.5# 5-135 wi G 105 tool joints, 4 ~2" IF connections 49.5# QUANTITY 14,000' 1 , 000 ' OR\G\NAL Rig 18-£ Inventory Page 4 ~'II~ Nabors Alaska Drilling, Inc. Providing safe, emlironmentally sound, cost-efficient service to our custOmers 'while always looking/or ways to do things betzer. :.1~" .;EI~~NJ;)tJN.G; tø(;>"t~~":'.':\i~.:'.:,"",'~':5~,::'.I\:.:,~,.~~'L~:?::"'.~2;~::,:~(;/~~';'.:;'::.;:,.~t...:~ ':~~'.'¡..'~...' . . .. .- .- , . '. - ~._. . .' ". . ~ .'.' I ~ ~'. .' - . . . .- :...' I',:' I - :.~.; 1.":"'.- . ..: ITEl\'1 DESCRIPTION Elevator Links 1 3/4" , 132", 350 ton capacity Elevators, Drill Pipe BS 5", 350 ton capacity Elevators, Drill Collar Varco SSD for 6 'l4" drill collars Drill Collar Clamps Varco type lVIP-R, 6 1/4" - 8 1/4" Drillpipe Slips Varco SDXL 5" x 5" Power Slips Varco type PS-15 for 5" pipe Drill Collar Slips Varco model DCS-R 5 1/2" - 7" 1vlanual Rotary Tongs BJ model DB, 4" - 14 5/8" Spinning \Vrench Spinner Hawk model 13000-G-29, SN 174 Bit Subs 6 5/8 reg x 4 1.2 IF 6 5/8 reg x 7 5/8 reg 6 5/8 reg x 6 5/8 H90 Crossover Subs Nabors will provide the necessary crossovers bet\veen any Nabors drill pipe, heavy weight drill pipe, and collars Circulating Heads 4 1/2 IF Mule Shoes 5" with 4 1/2 IF . '.~ I.. ;"',. . . . ,', . . ..." .' - -, ',. . QUANTITY 1 1 set 1 1 1 set 1 1 1 1 1 1 ~~~,~(if)~QW'f~~~~i¡i~~~~:l~~~~~~~:;.s\~;:i.~~f;~:~~:~:.;~.~'~~~':~~~:~_~,i" ~~~:~~~"-~~~i~~;:~;~:~.~_,2:;:~U2.::,~' ~ ITEl\-1 SURFACE BOP: DESCRlPTION i\nnular Preventer Hydril model MSP, 20", 2,200 psi \vith 20",3000 psi flanged base nQ'~'~"" r QUANTITY Rig 18-£ Inventory Page 5 fll~ Nabors Alaska Drilling, Inc. Providing safe. environmentally sOllnd, cosr-efficielll service 10 our CUSTOmers while always looking for ways TO do things beller. Di verter S pOo I Diverter Line 13 5/8" BOP: Annular Preventer Ram Assemblies Ram Blocks Drilling Spool Spacer Spool Adapter Spool Choke Manifold Choke Line Kill Line Accumulator 20" t1anged, 2,000 psi working pressure 16" straight with one hydraulically actuated knife valve Hydril model GK, 5,000 psi working pressure Double gate, flanged top and bottom with 10" actuators Single gate, flanged top and bottom, 10" actuators Blind rams 5", 5 1/2", 7", 9 5/8" Cameron 24" spool \vith two 4", 5,000 lb flanged side outlets and 13 5/8" 5,000 lb working pressure BX 160 flange connections Cameron 22" spool \vith two 4", 5,000 Ib flanged side outlets with 13 5/8" 5,000 lb flanged x 13 5/8" 5,000 lb BX 160 flange cormections None 3", 5,000 psi working pressure assembly with Cameron hydraulic choke, model 38285-1-1 with standpipe and choke pressure gauges located at remote panels and manifold. Equipped wtih poor boy degasser 4" with 4" Cameron type FC HCR hydraulically actuated valve with 4" Cameron type F manually operated valve 2" with 2" Demeo at mud line and 3" Cameron type F manual gate valve and 3" Cameron type FC HCR valve Koomey model T25160-35; 3,000 psi working pressure, 160 gallon, t\vo stations. Precharge pressure 1,000 psi and final pressure 3,000 psi with regulating valve for the annular and regulating valve for all other operations. OR\G\f'.fAL 1 1 1 1 1 set 2 each 0 1 1 Rig 18-£ Inven10ry Page 6 fll~ Nabors Alaska Drilling, Inc. Providing safe, environmenTally sound, cost-efficienr sen'ice to our. custOmers while always looking for ways to do things belter. Full Opening Safety Valve Inside BOP BOP Test Pump 4 1/2" IF Lynn 4 1/2" IF \Vheatley model P-318-A triplex with 3/4",7/8", and 1 " plungers '.~9~.)NSTRi.Ü~rÈ,:NTÁt~ÔN,'.:'.",':':' .. "- ,'.':"" ~'~" '," ITEl\I Drillers Console \¡Veight Indicator Pump Pressure Gauges Rotary Speed Gauge Rotary Torque Gauge Tong Torque Gauge Flow Indicator SPM Pump Gauge Standpipe Pressure Gauges PVT instruments Drilling Recorder Intercom System Gas tv[onitors w/sensors I I' ':; , '. 1 " .. t.:: ..," ,-. . .. , ,"- ::...:.' . .' I ",I '.. . QUANTITY 1 1 2 1 1 . 1 1 2 2 1 1 1 4 ~t:-i:Q,:,:c~m G~"ÃlRtY~L,~~:~~:~,:~~tJH?~~~Ü};:':, ~~~~:.{+.:,>-~~-' i.~'.' ~"?:;:::;.~.,.I.;,::; /j::¡:.~:~,;: .:L ~'~:~.'.:) :i ..':.':.'._,'.' ,.....,:,~\.;,: ::.~ ~:':.: ;:"~:,:::,:" \..,::~~:I ;':.':.:,,{:.':,:,'~:;::.j"¡~~;';.~~.~:;~~ :!: ITEl\'l Air Compressors Air Dryer Air Receivers .. I.. , . I I . DESCRIPTION Martin Decker J\tlechanicallhydraulic Epoch Flow Show system Epoch Rig Chart Sentry model 5,000 Sierra J\tlonitor Corporation DESCRIPTION Sullair, model 10, 40 hp, equipped with pressure relief valve Sullair, model 6AR630, equipped with pressure relief valve 180 gallons capacity total, equipped with pressure relief valve OR\G\NAL QUANTITY 2 5 Rig 18-£ 11ll/enrory Page "7 ~IJ~ Nabors Alaska Drilling, Inc. Providing safe, environmenta/(v sound, cosl-efJìciem service to our custOmers while always looking for ways to do things belter. '~.:iOf. ~~UXì~~~s<.'. - " .. . ~ .~. ,',.' I.",' . '¡" - '.. ",. r. "r' '. . . - . '''~., ..., . -. . ". ~ ... . " '. . ITEl\'I DESCRJPTION Boi lers Superior 150 hp, dual feed - gas or diesel Boiler Feed Pumps Burkes water pump powered by 7 1/2 hp Toshiba motor Heater, Air Tioga, indirect fired, 4,200,000 BTU Tioga, indirect fired, 2,000,000 BTU i2,~'J\J~SÇEJ..L~~N.EÖU.~f~QUIf¡\']J:~T -' " " ,"', '.,' " ,. . . . '.. . ~ I ' . . ITEl\1 DESCRIPTION \Vork Shop Equipped with overhead crane, Lincoln welder, bench grinder \Velding Shop Includes Hobart welder, model D 400 Fuel Oil Transfer Pump Gorman Rupp 4" Rig \Vashdown Pump !vlagikist fi10del M 38E with 575 V GE motor Magikist model M H52C Mud Saver Bucket Katch Kan system Bridle Line 2" with open socket one end, closed socket other end. IWRC 6 x 41 EIPS proof loaded to 148,000 bls, one 163' 11 3/4" and one 153' 11 3/4" \Velding l\.1achÏne IvIiller Goldstar model 40055 Forklift Cat, 966 D with sno\v bucket, long forks and stinger Cellar Pump 3" Pressweld model 301 diaphragm pump . '."'..1... QUANTITY ") 4 ~ .1.' ,-' 'r~ ': :-.. : : ':,::, : ,- QUANTITY 1 1 1 1 each 1 1 1 J3.~" '::~>PIPE ;šiItIf?f~!f~:,:E.;~~~r~." ,'> :'~:- . :~.~:~-":.. ,~.:'~.._: :~' ,',', :'::>~~_.~:'::"-~, '~-,-~~~ :;):_-~.~:,~:,:':~~~?:':~:':.~~-';~\;:~:,):2",,:,':;: ,.- .:.' :;»<~~~>";~i-'}'.~;-~::;:1." . ITElVI DESCRIPTION Pipe Shed Capacity for 15,000' of 5" drill pipe OR\G\NAL QUANTITY 1 Rig ¡ 8-£ Inventory Page 8 flit Nabors Alaska Drilling, Inc. Providing safe, environmentally sound, cosr-efficient service to our customers while always looking for ways to do things better. Pipe Shed Overhead Crane Pullmaster winch model 5311-98-342 Pipe Laydown Machine Western Gear Pipehandler 0,:. 'G 'NA- 1 1 Rig 18-£ Inventory Page 9 0; :x:J, ---- : ~i, ---, '~ '""""- ' ~~ r--, :~ Legend ro White Handle Valves W Normally Open (! EÐ Red Handle Valves Normally Closed Date: 6-8-00 Rev. 2 f '~!l .' . . f>.~\. - -,t....&:." . o. J <::) ::x:J --- C") --- :;z:: ):::.. r-- QØŒ IlWlFOLD ~ 'Itt!tF,~ CŒNT r+- - !~- -J~ --- ~ Þ- @ 1-:f ~..~12D ~ r..... . - 4" ... 18 . .. ~ ",."",..""""""",,.,,,~~,,,,.,.-,,,,,,,, ~ ~ ~ A : ¡811111i I . r"'-: 8' ð . I~ BOP STACK ., -... 13-5/8" 5000f ~ &&i~ I " 4"-- .,,~..rl8l. ,-- ,.... ~ C:I I I:Þ .=.------------------------" -1- i !EGEW ~i -i><r- - WOE -1,4- IUI1ERFlY w.w: -N- CH!DC WOE -Go IIM.L WOE [II !IUCIIIIII WOE ø IIIIIU1II () L -r COMPARTMENT CAPACIlY CAP1a1Y IBS COMPARTUENI' <D !II:IIœ TRIC 2IID <D IUJ TRIC '711 (!) IUJ TRIC 1l1li ø IUJ TRIC 1l1li (!) IUJ C1fMER TNIC 140 (!) IIEDABR TMIC 140 (!}PI1WIC :It (!)1RPWIC 15 (!) IDJINI WI( :It 8dlm~wb!\'fB!!IA IWP5\ 18E.41UD_SCHEM.DWG, 11/28101 11 :32:41 AM Ir ~r .. DEGASSER ~ r~ . ~~ FIlII CHIlE IMI8Qþ . Ie¡ WATER TANK G¡i\J D:¡ --l1 r . C-v\6-1 K£C11ON PtIF ." DECABR IUF .. --Nc~ I. I I I I I I III ~~ y~11 1IH0~¡1 t' t r ~ . ..f" f. '11 II I I ~ II II <II . <II I ------- I:;) ø@ 0,.. ill <D I If ~ 'T 1:JrV\-¡- ~ ¡ ~ ø I. ¡ I t II ~ U00 IJJ ,---- I I t II I I i/IÐ : I I<V. 111 I []] '1'V []] "1iJ m'--- ~ ," .../ ~ ~ (J]o fm- ill-I -m- I V'=' ..r <- J¡\ 0 - -i ~ ~-~ 0 @ - ------ @",ill -°- [ãì œ JUS! IS) f" ~ I øí ii ~ @ I III -.(!) I I . ŒNTIIFUGE - r I t>'~-:?1~ ð -' 4113 IN./. awŒ IUF (8-- I HOLE FU PUMP 3d . ~~I I V . : .1 MIIIIl 58 "~ . I CENTRIFUGE PUMP if 211-1/1 . ~ .-1 I ŒNTRf\Œ r ~~5B I. l T -, T 1 'T .. T ----------_J T'/ I - I 1-" T," I MUD C1.EMER. I IT ¡ ... IIIIEIIFlIJI . I ~ 1IJIIIIIII&lft.1nB",..... Uf" -NallrnA18111 =--'= 0I8Ig hi. ... ..-J' -- ,- Mahar-. AIaIIIa 8IIIG1 IlØ7-88t4440 -- RIG 18E 'BE MUD SYS'TEM FlOWSHEET II~ C .&A. ItJL ....... IlIaC ~{ ¡". _'~~_- .".,,. . - . IM8:IIII L8 .... oWl lICIt ... IUO I8I1I'I111 " - IA -- ' Q CIIID - ........ --- ~. roE L~ . l"'" II' ,- C leu MIS r- SEPT 83 r- III. 1SEDOO1C .,.. of 1 <::> :::t:J - t7) - :2 :J:>. r- I I I . I 1 I . I 1 I 1 I I I I I r~ I I CWtlP CONNECTOR f , , I i--- - l I J ~i3' } . - : 38_£~O~f..~!/L___---Ih )------------~~ K/~_LJN~- I I S I ? 13-5/88 50001 I HYDRIL . VARIABLE RAM I I I I BOP STACK ELEVATION 13 5/88 5000L HYDRIL MODEL 'GK8 ANNULAR BOP ------- -------- ---------- --- --- ..-tt 13-5/88 50001 HYDRIL VARIABLE RAMS LOWER CAVI7Y NOT IN USE " I. '1CII8 8I1S ,-" ..-3)- ".. / l ..\ \-$-/ ....---",' " '" J l SURFACF DM="RTFR PIPING CONFIGURATION PI ~ VlFW I -It "0."'" -- ....- l I J I I I I I ~/tr-tllDl fLØ --------~-------- I r- I I I H:\ACADFlL£\18E\18E-AOGC(\18E-BOP.ØMi, 12/04/01 o5.SWBiACE DIVERTER CONFIGURATION "/IIJIII D .u. DJL IIDIII'IID IIJICIC ftIII I11III... - 7/8/8 C - IA MID""" CIIIft I'iM .. 7/Ð1/f1ð . - IA -.-: lICIt -- CII/ÐIIU A - IA -- 111 OlD .. 'II""" --- .,'... IftL8 l.""""'ur- AlMan"" =r.': 11181 lID. .... .,~-' - ...... ..... - - _-Bl'''''' J88 RIG 18E 'III: BOP STACK Ie SURFACE DIVERTER --If 10E ,,"...Iu. ,-_.IL... I---D .. HIS. SEPT' 13 _III. tllED30tD ¡a,-. ~ t ltJ(¡k ¿1z.11 () L ~HI':LI~f PHilLIPS Alaska, Inc. Y A Subsidiary of PHilLIPS PETROLEUM COMPANY Box 100360 Alaska 99510-0360 December 12, 2001 RECEIVED Daniel J. Seamount, Jr., Commissioner Alaska Oil and Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 DEC 1 4 2001 Alaska Oil & Gas Cons. Commission ,Anchorage Re: Application for Permit to Drill: Surface Location: Target Location: Bottom Hole Location: Nova #1 (Exploratory Test) 2292' FSL, 292' FWL, See 22, Tl0N-R2E X=299217, Y=5927426 ASP4 NAD27 2367' FSL, 292' FWL, See 22, Tl0N-R2E 2367' FSL, 292' FWL, See 22, Tl0N-R2E Dear Commissioner Seamount, / PHILLIPS Alaska, Inc. hereby applies for a Permit to Drill an onshore exploratory test well from the referenced location in the National Petroleum Reserve - Alaska. The well is designed to penetrate, evaluate and test the production potential of the objective sands. As indicated in the attachments, the drilling program will entail drilling an 8-1/2" wellbore th rough the objective with a full LWD logging suite ~r evaluation. Based upon favorable log data, the well will be plugged back and twinned to the top of the objective and a 7" intermediate casing will be run in order to case off potentially sensitive shales. At least one 60' core will be cut through the objective zone beginning immediately below the 7" shoe. The well will be drilled to TD and a 4-1/2" liner will be run and the well will be tested, post-rig. The proposed casing program will utilize a 9 5/8" surface casing string, a 7" I intermediate casing, a 4-1/2" production liner and either 4-1/2" or 3-1/2" tubing." Please find attached information as required by 20 MC 25.005 (a) and (c) for your review. Pertinent information attached to this application includes the following: 1) 2) 3) Form 10-401 Application for Permit to Drill per 20 MC 25.005 (a). Fee of $100 payable to the State of Alaska per 20 MC 25.005 (c) (1). A directional plat showing the surface and bottom hole locations proposed for the well per 20 AAC 25.005 (c) (2). Diagrams and descriptions of the BOP and diverter equipment to be used ./ . (Nabors lBE) as required by 20 AAC 25.035 (a) (1) and (b). 4) 0= 'G NA.. 5) A complete proposed casing and cementing program is attached as per 20 MC 25.030. A wellbore schematic is also attached visually depicting the proposed well. The drilling fluid program, in addition to the requirements set forth in 20 MC 25.033 are ëlttached in this APD package. Seismic refraction or reflection analysis as required by 20 MC 25.061(a) has been mailed under separate letter. PHILLIPS does not anticipate the presence of H2S in the formations to be ,," encountered in this well. However,. H2S monitoring equipment will be functioning on th2 rigs as is the standard operating procedure in the Kuparuk River Unit drilling operation. 6) 7) 8) Complete mudlogging operations such as type log generation and sample catching are planned. The following are PHILLIP's designated contacts for reporting responsibilities to the Commission: 1) 2) Completion Report (20 MC 25.070) Sharon Allsup-Drake, Drilling Technologist 263-4612 Geologic Data and LOÇls (20 AAC 25.071) Dave Bannan, Geologist 263-4733 The anticipated spud date for this well is February 15, 2002. If you have any questions or require further information, please contact Tom Brassfield at (907) 265- 6377 or Paul Mazzolini at (907) 263-4603 Sincerely, J/t-' RECEIVED Tom Brassfield Senior Drilling Eng. eer cc: DEC 1 4. 2001 CONFIDENTIAL - Nova #1 Well File Paul Mazzolini ATO-1570 Andy Bond ATO-1310 Alaska Oil & Gas Cons. COmmission Anchorage 0= G ^A~ zo -638 PHILLIPS 66 PHILLIPS Alaska, Inc. A Subsidiary of PHILLIPS PETROLEUM COMPANY Post Office Box 100360 Anchorage, Alaska 99510 -0360 or-/A6-1,14__C December 6, 2001 Daniel J. Seamount, Jr., Commissioner 2 02 Alaska Oil and Gas Conservation Commission 333 West 7 Avenue, Suite 100 Anchorage, AK 99501 Re: NPRA Pore Pressure Prediction Dear Commissioner Seamount, Phillips Alaska, Inc. is submitting under separate cover two copies of the sei _e::.._ •. e prediction analysis for nine different NPRA wells. They are: Lookout #2, Mitre #1, Nova #1, Nova #2, Oxbow #1, Rendezvous #3, Spark #6, Spark #7, and Spark #8. PAI may no permit all of these wells this year, but the data is being forwarded as one package and will be referenced as being previously submitted in future applications for permits to drill. If you have any questions or require further information, please contact me at 265 -6377 or Paul Mazzolini at 263 -4603. i I Sincerely, ri .A.A.,4 7 43 6/ Tom Brassfield Senior Drilling Engineer Cc: CONFIDENTIAL -NPRA Well File U „ z f _liltI Paul Mazzolini ATO -1570 C/V Alm Ee 0 6 200 Aln ..., 11:1~"JIM'J"I~(.]~I~~':I:f~'.]iIIl:I::t.I.I8i'JI' I~~~&eJ:'~'~[~lK.~~~~~~~~~~'\~'~.~~~Y~~.~~~~p¿~~~~;r~~~~~I~~J:}..~~'"t~~~i: .4~~. ~ ~~',r:~:;~, -;., .,:¡,-,...:...¡ri :-~"""'~f "'~rrfìfit';f~¡rt'1t:t.~.~ ~~,., .:,:;~. "~:'" .,.".:..!J1~~Fi"'~~Ùì :%..j¡I'r:~'~;":¡': :'. Wi Phillips Alaska. Inc. .;:tiJi;S{V,Wif.tf?Hh~,<!(~~;/~~L;;f~;? ",:'.:' i "!;Y~~~~~~~f1:j~~L~~!;:~W: P. O. Box 102776 . " . . ... . .'.' Republic Bank, ~helbYVdl,:,'Im;~7354 . . . . '. Anchorage. AK 995\ 0-2776 . . Pay ONE HUIIDRED DOLLARS AND NO CEUTS 0101354 To the order of: STATE OF ALASYJ.\. Date 12-11-01 Amount ~~~.***~~~~~**100.00* ~;OGCC \'old after 91) days 33:< í'7. 7TH ;"\."EHUE. SUITE 100 .~!CHOP~GE hK 995013539 '~'1 (}./11J'U íJ1u J '-'"- ) IJ:~: 1::~~~'::I;,II'~r,~, ~rrt'r~~r)~?,') n(1 ..,~... ....T. u:...'.'8; ';';':-1 ~ ": ,':.. E"A' II!." : . . ", ".'.' .;" . I I '" II . - . -- . .-.. - -'_. -. . _. - . - . --"-- --"--,-- -- - -" III 0 0 0 0 . 0 . :ì 5 L. III 1:08:ì 90 L. 2 b 21: 09 90000111 TRANSl\lIT AL LETTER CHECK LIST CIRCLE APPROPRIATE LETIERlPARAGRAPHS TO BE INCLUDED IN TRANSl\flTTAL LETTER /~ / "'ELL NAJ\Œ A~ v<-1 ..¡If / CHECK 1 ST ANDARD LETTER DEVELOPMENT CHECK 'VIlA T APPLIES ADD-ONS (OPTIONS) MULTI LATERAL (If api number last two (2) digits are between 60-69) DEVELOPMENT REDRILL PD...OT HOLE (PH) / EXPLORAT1~ ANNUL~R D~OSAL (T'NO INJECTION "'ELL ANNULAR DISPOSAL <--..> YES INJECTION WELL REDRILL ANNULAR DISPOSAL THIS WELL "CLUE" The permit is for a new wellbore segment of existing weD ---' Permit No, API No. Production should continue to be reported as a function of the original API number stated above. In accordance with 20 AAC 25.005(1), all records, data and logs acquired for the pilot hole must be clS. differentiated in both name (name on pe~t plus PH) i and API number (50 (:?J/80) , records, data and logs acquired for well (name on permit). Annular disposal has not been requested. . . Annular Disposal of drilling wastes will not be approved. . . Annular Disposal of drilling wastes will not be approved. . . DISPOSAL INTO OTHER Please note that an disposal of fluids generated. . . ANNULUS <--..> YES + SP ACING EXCEPTION Templates are located m drive\jody\templates Enclosed is the approved application for permit to drill the above referenced well. 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. (Company Name) will assume the liability of any protest to the spacing exception that may occur. äl//~-,q/~~J wdf.. /Kt.:cI~) 4;ðz:ïb.T /~~ .- tUk- ~~~4J¿./-. .i-/-W\.P /-d~ 4~~ ~k- '¡¡<nl.ß:-- ..../1 . 1-<1.. .. /. -1/t'J/ C7'; ~ k.J! ÞJUL--Jr- /"'"" /..<-I.. r"'-~ l./t"t,..-{-<--< v,. .' " /. / ".,þ1 ¿ ,. 1 --0 . / W ~ - . ~ ~C;J¡j6c/ ?GJ~ r:;1/í~T.?t'7(J *14~~ ác.~(.c:.... "> k-..- WELL PERMIT CHECKLIST COMPANY ß, I f!. WELL N~ME ~v-' ~( PROGRAM: exp /--dev - redrll - serv - wellbore seg _ann- disposal para req - I FIELD & POOL x/A INIT CLASS {/ CXPL (LU/¿2>cA;-)G~OL AREA ÝJ?;:J UNIT# #/1 ON/OFF SHORE f:)d ADMINISTRATION 1. Permit fee attached. . . . . . . . . . . . . . . . . . . . . ., ~N 2. Lease number appropriate. . . . . . . . . . . . . . . . . . . N 3. Unique well name and number. .. . . . . . . . . . . . . . . . Y N 4. Well located in a defined pool.. . . . . . . . . . . . . . - . . Y@ E,c f~'7.¡-I"'(J ~/ 5. Well located proper distance from drilling unit boundary. . . . æ N 6. Well located proper distance from other wells. . . . . . . . . . ék N 7. Sufficient acreage available in drilling unit.. . . . . . . . . . . ŒJN 8. If deviated, is wellbore plat induded.. . - . . . . . . . . . .. ~c1t' 9. Operator only affected party.. . . . . . . . . . . . . . . . . . N 10. Operator has appropriate bond in force. . . . . . . . . . . . . " N 11. Permit can be issued without conservation order. . . . . . . . ~" N APP~ DATE 12. Permit can be issued without administrative approval.. . . . . ~N )5.ÇJ :2 2D . D 2-13. Can permit be approved before 15-day wait.. . . . . . . . . . " N E~GI~EERING 14. Conductor string provided. . . . . . . . . . . . . . . . . . . () N <y.t (i,' 1/5' ¡VD . 15. Surface casing protects all known USDWs. . . . . . . . . '!- N . 16. CMT vol adequate to circulate on conductor & surf csg. . . . . (t N /~ A.A:' C (.' Á; t., ç ,,{ C{J~ ( ëf /;101.. <4?'..¿<-- t . 17. CMT vol adequate to tie-in long string to surf csg. . . . . . . . ~' ~ b 18. CMT will cover all known productive horizons. . . . . . . . . . ) N 19. Casing designs adequate for C, T. B & permafrost. . . . . . . N , . 20. Adequate tankage or reserve pit.. . . . . . . . . . . . . . . . N !'if.1/. b I.'.' S I ~ £. - -\ ~\«;' ~,' \ 'Ðrë -\-~ ~~ ~~~" ~'*"', ~ ~~ '''' <:& \..~~ \\'4VQ:- 21. If a re-drill, has a 10-403 for abandonment been approved. . . ¥----tt" ri/A . ~ 22. Adequate weJlbore separation proposed.. . . . . . . . . . . . ¥-N""' rJ /A; 23. If diverter required. does it meet regulations. . . . . . . . . . (j) N 24. Drilling fluid program schematic & equip list adequate. . . . . '@.. N 25. 80PEs, do they meet regulation. . . . . . . . . . . . . . . . ~ N APPR DAT~ 26. BOPE press rating appropriate; testto ~ç(?O psig. @ N MA.,P = )o(.~ t (S(, /,1/0..., CÇ¡ fr!s}:- 5000 ¡1 u'. \JJ("¡Â- 2.1 UfO L- 27. Choke manifold complies w/API RP-53 (May 84). . . . . . . . ~ N /f>1VJ :y ~ ç ~~: iZ'~~~~~~rH~h;: ~~~:~f: ~~u~d~~n: : : : : : : : .. : : y @ ~ ¿0 lu (r; ~ ' GEOLOGY 30. Permit can be issued wlo hydrogen sulfide measures. . . . . (l)N . r,.' , ') /' , -= .' 31. Da~a ~resented. on potential overpressure zone~ . . . . . . ~N'¥~)~;1~ :::1;~fk%~ rrVyLð~UL al-<--~L.-~t/-;<J ~L\~._C/4LJ 32. Seismic analysIs of shallow gas zone~ . . . . . . . . . . C![; N , . E, - .,) ¿ . ¿{ '.lJ / AP~ DATE 33. Seabed condition survey (if off-shore). . . . . . . . . . . .. AlA Y N ~. /'\..oG,/U- v' . t...{- ~ ð7-l ~'7I5rí..s ~(C- ~~~, ,.~ 2 2O-D2- 34. Contact name/phone for weekly progress reports [exploratory only] Y N V0.!../~ (.'V~L.£'7$"~~ ~dt.c ¿z ~ ,p'O:'~~/"'.~ Ý ~~~U-jf- v)'"""'?uz- ~ . .. /'-'~P"~ ~ ~ «A!ð.6~, ,c'U W ¿J.{d.l'_..-I{-/L~ #&,.¿ ? ~ ANNULAR DISPOSAL35. With proper cementing records, thiS plan . ~ .:--t.-c...~ ~ ~/d.<--I ~. 11' ~ ;. I¿~' u.~ - . ~~c / (A) will contain waste in a suitable receiving zone; . . . . . . . Y N .;$Iv:i..ú- ¡'(ß.~' -I/v:: 7 D ~~ ~ ~ k /J1'K..:'{~ðfJ ~f¿ '-""'- ..¡6!:L.K1,1-:5< (~ APPR DATE (8) will not contaminate freshwater; or cause drilling waste. '. Y N L.' to surface; \""!ë~ ~c. ~ (C) will not impair mechanical integrity of the well used for disposal; Y N II ) d.." (' ," ... \.\ r- (D) will not damage producing formation or impair recovery from a Y N O-w.-ev ÛtA.../A...t,.l (Cl.¡/,{S¡20Sc:c. \ ") FC?~\ 'II) e.. 'V'o..~~ ~0\\,jçt. . pool; and (E) will not circumvent 20 MC 25.252 or 20 MC 25.412. Y N GEOLOGY: ENGINEERING: UIC/Annular COMMISSION: RPC .~vJ6Æ-- WM 80 FD <:::) TS~?/e.,ç{CJ7 S ~ . E 'z:-'lì( J-¡~ç JMH ~"'[.. rz.~ I 07/ Vv,..4~' r~ ? t; '7~~J:r~/ U ~~¿~'k .~ Com mentsllnstructions: c:\msoffice\wordian\diana\checklist (rev. 11/01/100) c 0 Z 0 -t :E ::a -t m Z -t J: en > ;0 m >
