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Home My WebLink About173-020Memorandum To: Re.' State of Alaska Cancelled or Expired Permit Action EXAMPLE: Poin~ MclnWr¢ P2-~6AXX APl # 029-~801-95 Oil and Gas Conservation Commission This memo will remain at the from of the subject well file. Our adopted conventions for assigning APl numbers, permit numbers and well names did not specifically address expired or cancelled permits. This omission has caused some inconsistencies in the treatment of these kinds of applications for permit to ddll. Operators have asked us to adopt formal procedures for this class of permit application in order to prevent future database disparities. If a permit expires or is cancelled by an operator, the permit number of the subject permit will ,remain unchanged. The APl number and in some instances the well name reflect the number of preexisting reddlls and or multilaterals in a well. In order to prevent confusing a cancelled or expired permit with an active well or multilateral these case sensitive well identifiers will be changed for expired and cancelled applications for permits to ddll. ~ The APl number for this cancelled or expired permit is modified so the eleven and twelfth digits is 95. The well name for a cancelled or expired permit is modified with an appended xx. These procedures are an addendum to the APl numbering methods described in AOGCC staff memorandum "Multi-lateral (weilbore segment) Ddiling Permit Procedures, revised December 29, 1995. AOGCC database has been changed to reflect these changes to this permit. Statistical Technician ~tt N~. 7]-20 Dear ~lo~ed Is ~ ~ al~tl~t-l~ f~r i~ermlt to drtl I the above ~tl. ~ ~ ~ ~~ ~, l'~3. at a Imtl~ t. ~1~ 18, T~ashtp ~l~t is ~.tr.. Potl,tl~, of any eH'ers of the State Is problbited by AS 4~, Cha~ter 0:5, Article 7 and the ~tat'tGns pr~mul~ thereunde~ CTltte 18. Alas,kn ^dm~nlstr~tlve ~, Chepter 70) and ~ the Federal rater t~1 tutlon Control Ac~, ms amended. Pti'or to ~lng ~i~ ~ may ~ ~ted by · representatl~ of the l::~et~t of ~l~at Con~t'l~n. in t~e event of s,~!~ ~r at~t please glve this office adeq,ate Very truly yours, ?~ L. ~r~l! cc: Depart of Fish aad Glle, Habitat Section Depa~rr~ crl Eavl~t~! ~onser..vetten. w/o le me e form I 0 -- 4 0 ! , / r~.~rse s~de) ~. ,-,- 7~ STATE OF ALASKA ~_~.. ENo OIL AND GAS CONSERVATION ,COM~ITTE W~LL - ~. N.~ or'oP~o~ 2 G~ N. Tyonek St. 58828 Phillips Petroleum Company ~ ~ ~ ~~"'~ ~ ~. w~nn~o. P.O. Drawer 66 - Kenai, Alaska 99611 -- ~ ~ 1~. m~D AND POOL. ORWiLDCAT ~ ' Same as Item 4 13. DISTANCE I~ MILES AN~ DIRECTION FROM NEAREST TOWN OR POST OFFICE* A~IC~~~ ''--'-' 1~. ' ' ' 10 Miles North of Tyonek, Alaska : 14. BOND INFORMATION: M-ML-IV State Wide Bond Ri-1 TYPE Surety and'or No. 15. DISTANCE FROM PROPOSED* LOCATION TO NEAREST PROPERTY OR LEASE LINE, (Also to nearest drig, unit, if any) 19.80' 18. DISTANCE FROM PROPOSED LOCATION* TO NEAREST WELL DRILLING, COMPLETh-~D. OR APPLIED FOR. FT. None NO. OF ACRF~ 1N LEASE [ 19. PROPOSED DEPTH 6000' 17. I~0. ACR*ES ASSIGNED TO THiS WELL 20. ]ROTARY OR CABLE TOOLS Rotary 21. ELEVATIONS (Show whether DF, RT, CR, etc.) 2~ APPROX. DATE WORK WILL START* ApproximAtely +200' G.L. August 27, 1973 23. PROPOSED CASING AND CEMENTING PROGRAM SIZE OF HOLE SIZE OF CASINO .WEIGHT PER FOOT GRAD~ SETTING D~PTH quantity' of cement 17 1/2 13 3/8 " 54.5. . J 300 Cir~cul~te to Surface 12 1/4 9 5/8 40 J 1300 " " 8 1/2 7 23 &'26' J 6,0,09' Fill. up to 5..00' Above Pay . Drill 12 1%" hole to 310' w/9.5 ppg gel mud. Open hole to 17 1/2", set and cement 13 3/8 csg to surface. Install csg head & nipple up BOP's per attached sketch. Test csg & BOP's. Drill 12 1/4" hole to,approx. 1300' w/9.5 ppg gel mud. Log, set & cement 9 5/Sncsg back to surface. Test csg and BOP's. Convert to invert emulsion mud. Drill 8 1/2" hole to approx. 6000' w/9,5-10.5 ppg invert emulsion mud, log & set production string if promising. If promising, set 7" and cement back into intermediate in two stages. Run log, perf and test as conditions warrant. If commercial, complete well. IN ABOVE SPACE D~SCP, IBE I~ROPOSED PROGRAM: If proposal is to deepen 'give data on present p~oduetive zon~ and proposed n~w pro-duct~ve zone. If j~_ro_Dg_sal is to drill or a~epen dlrect[onally, give pe. rtment, data' on s~/bsurface 10c~tl0n~ and .meas. U~d and true 'vertical depths. Giv-e-blowo~[ l~ev-e_nter' Program. - " 24,1S!GNUghereby.~.~(certify t ~he~'~~..___ Correct UA~ July 5, 1973 Production Superinten- dent (This space for State office use) tSAMPLES AND CORE CHIPS R.EQ~ YES [] NO DIRECTIONAL SURVEY CONDITIONS OF APPROVAL, IF ANY: OTHER REQUIREMENTS: JM,U:D LO'G [] NO SEE TRANSMITTAL LETTER A.P.I. NIrMEPACAL CODle ~5"o - 2 8 ~ - ~ o o %Z / July 12, 1973 DA~ July 12, 1973 - ' ": ".':'*:' '} ";':' :'6' .::.c~?,;.$-,.: ,,~;::,~ ~?,.~f .;x:~..M,';~ :.~. ,." f:~,;~ d;:~?.,; ,C?'*~:.* .:.:,;:'.:*..- .... : "~': .... ' '" '"" ' " '" " ' I ~' " ...... ": ' " .... t.r ~ I - ' '" ' ":;'.'?~"~?:':?Q:-:?.-;.'?'~..::~ ", ;':.'"~"'~':;; '.":~':;';":'.'f:' ' ' ?'~ ':",?' '' ' "- u '~ . -' ~ -.' :' '"':*;*" '"~':'-'::'::'?-' "">'"*'.'"'"">"':':'"', ' "" JUl 6 1913 · O .~. ~U~T ~~~TS DIVISION OF OIL AF~D GAS ANCHORAGE 1. Blo~ut Preventer u~ts -Hy~aulical~ operated t~e prev~t~s ~e re.ed on all ~ater locations ~ all l~d lo~tions ~ere ~' possible we~d press~e could ~ceed 2,000 psi. This type preventer is ~so prefe~ed on l~d locations where ~~ ~el~ead press~e . ~ be 2,~0 psi or. less, but pe~ssion ~y ~e grated to use ~l clos~g t~e prev~ters ~ere ~erience ~cates this to be adequate. The nnmber and location' Of pr..ev~nters is to be as shown in Figure Nos. l, lA, 2, 3, 4, or 5. 'Acceptable!:hydraulic type preventers are: a. Hydril - Type_.GK bl- Cameron- Type QRC, F, SS, U c." "Shaffer - Type B, E, .LWS~ LWP s · In addition, the following preventers are approved as trial equipment on approval-of the District Manager: a. Hydril MSP b. Shaffer spherical may be used as a replacement for Hydril. c. Cameron Type A may be used as a replacement for Hydril on non-critical ) land locations. ) 2. Preventer Operat'.zng Equipment - Contractor to furnish at least two means of operating preventers, besides manual means, on each installation where maximum wellhead pressure could exceed 2,000 psi. ) ) 9-7z ) ) ) ) ) ) a~. Contractor to furnish as one means of closing (1) air, steam or electri-) cally operated hydraulic pump of sufficient volume and pressure capacity) to close the largest preventer in less than 30 seconds. The electri- ) 10-60 cally operated pump must be equipped with ex-pEnsion-proof motor and ) controls. (2) A manifold with a control valve for each preventer. ) (3) A Hydril regulator for each Hydril preventer, all with proper inter- connecting steel piping. , .- · b. Contractor to furnish as another means, an accUmulator of sufficient volume and pressure capacity to close all preventers in the assembly without recharging° If the pump furnished under ~ is incapable of recharging the accumulator to in excess of 1,500 psi, a separate pump that'is capable of accomplishing this is to be furnished. c.On land locations where maximum wellhead pressure will not exceed 3,000 '~~~~~ psi and on ~orkover rigs, contractor may furnish .as a substitute for 2.b., with owner's approval, cylinders containing high pressure nitrogen -gas.' Nitrogen gas volume in cylinders n~st be sufficient at all times to close all preventers in the a~sembly. 3, ContractOr is to use only steel piping to connect hydraulic closing units to preventers. Adequate flexibility is to be provided to prevent vibration failure. Contractor is to have. only seamless steel pipe and flanged connections in choke manifold piping. Choke manifoZd a~embly and piping size to be 2" nominal or larger or as specified on applicable Figure No. l, 2, 3, 4, or 5. ..[ ,,,..-,~ ..~.t?~:~;~?~i~`~.~t~~t~:~.~:t~..~:~``.`.~`~`4`~i~ij~`~:.~t~.~i~.·; ti',;~,,~,?'~,:!~.,~ ~:;,: r~.'..?'t: 'i;'"'{~":''-- ~-~.'""".'~:, ~": "' {~ · ' .... :" ..... . ~ ' "' '~ ' ~' " . - ~. ~ ,,,,'. _ ,~.~. ~..--~ ....... ~ "~'~. ....... ~'~ "r"' t , . . , . ....... ' .. : ~ ..';..' t.L:',.z...:.~.. ,. '..i~-'; :.:, ..:~ .'... ~'...-L~..?,;.),..::~--..~,,,)~ .~ ...:',..:. :.',~: .-~ .,..-'.... . ...,.. .......... ; . . , .~' :' · '. ' .' ..~ ';'~'~':t] t~."- _ .:~-., t J-"." .~':. t' .'. '. "~....'; ~-~ ,-.' =;)'~ *":::h:~.' ~z..~,_t~ -:.'~". ":'~.:;' . ..~.':?;.~. ,, ~ ~. , ~.:. · . ... ..:. , . ·... ,~ · . . . ' , · .' ~ " ' .' -".:.'.,-;.t:,~t~.'F~,~.;...i'.-t.:.~..,:.'..~,~,' .--,j .'. ';..., . . .' ;t',~L".'~..,.~-;',:-~",.;~'::~': ;,(-~}:'.. :,.'. :,: ..~ ,.,.. ; .... ', . '. . . . . . · · F': , . ~)t:. ,,t "-.,:':;~)~'~ ;~'~.~:-.:,:?:','~;,":~::.~.:}'.~,,:t. '::~ ~... ,'i~-~ ~' ?t3~,~:..';'~:?;:'~:~'~::';',.~',:::?C', ~ '."t';" ',,'.} · :tr. ~: ·., '.'~', '."; ,' ' '..'~~ · ' ..... ~ · ' - ',' . ' · . . '. ".' ..,~. :'-,'~,t,: ~:.t~'~.~.~,~:~.~'t ~'~4'. z::,':'~:~~ ':~t .~', -~.'::t-;:~:;,'t.Lt''~ ~:~?{.:~ i'z..,~:":..?.. :¢:.~:...~;.:t'...: '~.;-'."::':.~" .":" ~..., ..' · . ." ... ; · ' ;.' . . · ' .'.-' ' .' "- ', '.'~'*'."," , ~-:-' · ',,'" · :5':~'~ ' ?.. '~" -. :");,~':.:~.~{ .~ ?.' F'..~ ;: . : ': ...... . .'~.-' ' · ' ' . ~ ' , , .... ~t.~'~es~t s~ ~ve proPer:nipples ~nd Valves ~s~lled ~d ~e ~o be us~ 6..-.:0Ontra~or .to ~sh ~: operable ~~g str~g safety ~lve ~th rated.. / w~k~ press~e ~ceed~g .the ~x]m~ press~e t~t could be ~ected on the "-~~tion. .~e ~side ~eter of v~ve is to eq~ or ~ceed ~he ~side ' ~~ Of:the ~ str~g t~l Jolt o~ren~ ~ use. 7.- O~tra~or.'is to ~ish ~ ope~ble .ke~y co~ ~th rated work~g press~e ."-~cee~ the ~ press~e that co~d be ~ected on the ~sta~a~ion. . 8, ~omt~ctor' is to ~ish a~:~..~er, h~a~c ~ or equi~l~t of ~ffici~t ~ss~e-rat~g to test preventer ass~ly to the req~ press~e. 9... ~~.is'to ~~h-.-a test plug that ~ s~t ~ o~er's castled ,/~ : . .~ ~.:~ . . _ " '"-~' ":~" :-.:. ~ ~ST~TION ~~TS ~,/~_ ::'. I.~-'::' ~ti0nL of Controls - .:.' .~. .,, ,.. . ~. 'a" ~e ~a~c control ~it '~d re~ed Hy~il re~lators are to be ~" ~: ~s~ed on the rig floor on ~i we~s. Reco~ded location is on O ":-:,the e~e of. the rig floor adjac~t to the ~i~er's position ~d a -. - stay ~t from' the ~oor. ~ception to the rig floor lo~tlon ' ' -.~:.' ~ be .~te~ by the ~strict office for s~l' rigs hav~g ~deq~te .:: .~ ~ ..--, . ' b,: '~ clos~g facilities ~e to be pro~d~ along ~th hy~a~ic :-~ ... ~s~g fa~ities. ~e clos~g ~eel is to be lo,ted outside the · ' ~st~cture ~ ~ ~obst~c~ed lo~tion ~d at ~o~d work~g level. . . c..':-: ~e ~nual Clos~g is the o~ me~s pro~ded~ the clos~g ~eel '' is to be lo~ted a ~~ of 30~ from the ,preventer ~ ~ ~obst~cte~ _ '~.' lo~tion ~d a~ ~o~d ~rk~g level. , . 2. ~cation of'Choke ~nifold - As a ~~, the-choke ~ifold is to be lo~ed as n~r as practical to the outer 1]m~s of the subst~ct~e but ~ no case is i~ to be loca~ed less th~n 5' from the blowou~ preventers. ~oke ~fold piping is to con~ a ~~ practical n~er of t~s ~ the ~ and is ~o be sec~ed~ 3. Number and._l~rpe of Chokes - The choke manifold is to include two chokes - one positive and one adjustable - on an installation where a 3,000 psi or greater working pressure preventer assembly'is required. (Figures Nos. l, 2 and 3). Location of ChoMe Manifold Connection - Where possible, the choke manifold is to be connected between the two bottom ram-type preventers through use of---~a_drilling spool or by ~connectinE bet sen the preventers of dual ty]~e (.~l~r.~ '.....-.':, . 'i.:.' . . . 5 · ........ -... - · -2- ... , Revised 6-1-62 ! £.-t . .':.'":' :',-' '.~..::.,{~.:?,~f¥i~,.",.'~'!~~f'i~.., :~'-.-~:,':.-'~r?':~.~'.:;-.~ ~,L'.';'~- ' ..... ~: ~-'-t,..~'~ "; ~', '-'.' ':~.'': .... ~" '. ...... ' . .... '" ~ '-- , ' : :~" ':'~'~':'~ ' "': ""' ~: '~~~'~.)~' -~::" "' ' "'"' ' .' ' ' " · "' , ' " " ' ' '' * · I : ' · ~. ; .',. ,~"~ ~':'AJ'. '~'. ':" . ':',.~-,.). -~'i~",;";i' ']/:~"'.L. ; ..... ~ · .,~',." "~: · .. '.," . ,'.' . '. .'' "'. · ' i /' ,. ~ '.~," '-"'~..~?"i~;,:'~:'..*-.,~'ti,';. -'~". ~""'~:' '-'.:',.~.:..~'.~.~-~li' '.-:"'- ' ':' :" .~' ." ':::' ~.'; · "~" · '. .':. :t ' ~' ' '' ' · '- ' .' f ,' ~.":'/' :'~"' :?~::""~'%'-'~;"~: .;~.:' .:?t',;"~ ~'.gV.':'"'~'' .f (c"~""i '~':: '!?" ": .' ' ' :'' '.':' ~ ' ~' ~' ' ' ' · " ~ L:-.: '..' '~'-':: :~'~:~.'~'~;:i:;~'"*~'~ ~ :~. '~'~',,:':~,,.- ...... ~-:,-,z~,C--~'~"::'~,~','" }:~'::~ ~"{'~;' ;/:.:'.:,. ., ...... ............. ': '.'":/'. '~",:"" .'.' ....... ." ~"". :'' ' ;'. .... ~";'".; . ~ . :....,. ........... ,, ,,.~.,...:. ,x ...,..- . :,.~...,,,,,.~..~.,, ,.s,~,u..,~ ~ ....... ,~, .~ , .~... . ....... , .... . . .... .., / ~ ~'.. :' --. .. ';:-'~ . ~i~.~:[~?~"~ }~i' i':";~ 2'.~;'~i:1' ;k :~::. ;.~i,,:'~, ~.%i:. ~' -;-'' ; -".,'~' "~ '. -- ' · .':. ' '-: . · · .' ." . ,' . "- ' ' :: · t ~.:~' . ,. ~.. :.% `:~:~`~:`~F~'.q.~..i~e~.~.?.~;i~:'.`~T~q..~;~ ~'.", ' ~:.. ~.. ,.' ::,' '.'.': : .'.' ~',. ' ',', '' . " . ' . . . v, .. :: .' ] / ~' ": "':"-"~"~"~F~'~/~;:~ ::')~.~" ':'~;'~' F:/,;~'F.;'~ .'~'"~':":~, :}" "'- ': · '.; ~:' : '.'"" · ' '" ,i " ' ' " .... ,~ I ; . , '~ :.:~-~A,~'4%~V..~:;., ·: , · ' :. ":] 'iJ;' .~! ~'":~ ',!; '..~.-..., .: ' 7. ' '- ' ...., ' · · ..' -',~ ' ,, · -v~.,~" .- ~ Hydril is positioned above the ram preventers, connection is to :-~'"'"~ ...~... be mile to a drilling spool above the t~,~ ram-tTpe prevtmters. ~.'~:.:~i i. (Figures 1,. 2, and 3)° In this case a valve must be flanged to .. · ~ ~..'i~' - · '.' the lower body outlet below the bottom preventer of the dual unit, ' b. :'i' ~h~re'~ ~1 'preventers are the only ones used (Figure ~) and con- - :"'~nection cannot be made between the preventers, a drilling spool is '' ... to be plaCed -. below the .dual preventer unit for the choke line .~. "' con~ectiOn. ~ 5- Position and-Types of Rams- &. i. For'FigUres Nos, 1, 2, and 3. Hydril(s) plus 2 ram-type preventers · ' '-'"i'.,(1) Bottom ram-type preventer is to contain drill pipe rams of a ~' . size to fit the drill pipe cUrrently in use and., in the case '..-- : of tapered strings, to fit the larger size drill pipe used in the upper portion of the string.. (2) -Upper ram-type preventer is to contain blind rams. _ . - .b..:-For Figures Nos° A, 5 and 6. 2 ram-type preventers only (1) uP, er ram-type preventer is to contain drill pipe rams of a size to fit the drill pipe currently in use and, in the case of tapered strings, to fit the larger size drill pipe used in the upper portion of the string. (2) Bottom ram-type preventer to contain blind rams. · (3) Drill pipe rams in upper ram-type preventer are to be replaced with proper sized casing rams prior to starting in hole with intermediate or oil casing string° ~n instances of tapered casing strings~ the casing rams are to be of the size that will fit the upper section o£ the tapered string° Revised 6-1-62 ..... "':* ~'"" · ';' ~' ' ..... '~' ' -*"~[~ ":~"~ ~' '" "~'"~ '-'° .... ~ 1" ~ '~ '"" '. t..'- · .~. .... . : ......... ~.' . ..... " . ......... ~ '~ ..... , '- · · ' .~ -. ~ .~'.- ,~-,~ ---~*-i , ~ .~.~-' ~' I'.~ ~ ~'.1 ~. -~r.'~ ~ ~. ~ '--'~ ~.x...... ..... . .. ............. , . . .... ~ lLc.:- :::'.~ ~;.-: :, ,:-:..- ........... ~ .~ ~.... ~.,>~, '~: ~~7~ :~, :~ :.?~:' ...... :.m'..':":k'. ,,..' '.'. ':'.':' ",, ' '~-. . .... " · . .' .' - :' · F ,.' "-' :" : ~ '-"?~'::. '- 'h :'~. - "~"~ ~.."'~ ~~'?~-?~'..':~ :.' ...... . --. .... '-." "' ' ., ' ..... , t:' ,' "'. ~'.':~-;'~ :.::":.~::'~.- : :.; ~,.'~'.:'~ -~, ?~-:"~','c;:¥,:.. ,:~- .:-..~'~-~.:~,.:, ',': '~.~ ..... ~".,:-..' :~ '~ '..~::,: ...'. , :. ~ .-. .... -,-'- .. ' .... .., ...... ',"".... ~ ........ / . ..'~.; .:.... . · .-e: ..,%-... ....~/~,~.' .~..~...v(:. ~ .. ~......t..'.;, .,......~ :.,., . ,g ...... · ' . - . , ..- ~ · . ,,. . . · ~. .... ; · ~ . '.., ' · ..'".., ..',~,-,~.:,. '] ~ , ; '.'.-: ~-.'.'.~ ~.~'.~:,~.-'..~.".~ ~ ..l~.~i'~.~'~,'." ' t ..t".:. .' '.::' .. ''.::.. .... ', , ! -. . '. ' · , ~.,.' .,' '-. I.:?':' ' ' .'.: :'. ~:':t. ,.~:'; :,-'-~- t: t. ¢:~.: ~".'~;.:~' ;~. '. '~:'~,~;'.~ b::~: :' .: ''s~ ~' ~'~,Y":: ,' :"F "'::'~:~"'~. :~" .' "'-": , ~: ::, ' ' ' .- .' ' ' ":'- ..... :' ". ": "~'." : .', ':"::,: '. ~ ~::'.~': :' '.'; ~" ?- .- -~;':'.: .'~'k~'~,.:..,..:~'.~ ..-:' .:.:..:~-,?, :~..~.~ .~.:,.,:...,, ..~..~.,:?(.~" ~'?~ :?:".V..~:,'~:':: .~.:' ",-. -... " . . ' :' .. ' ' ~", "' :"~ L:':'.:" '" .~,.· ..'.' -., ~''.. ~- .,'z;~' :., ',.:...~,. :,.,-~- :,:'. :.?;,~s'... /". ., ..'..'- , · -' .' '. , ' .. · -' '. : ~::"' ;~:~-' '-'~;':'~ ',';:~ :'?.g'.. '.'".V' ' ":.'.".' '"":~:"': ,:' "" ' ' ' ' ' ' ' ' ' :' ' .: i. ") ~:"~ "'"~"~"" :":. '~'",:.? ". '/'::'::,: ':~'. :-:" : ': '".:' .' . ' . ; ~-~ . .. .- . ., .: ~.:" . .., .. ~ ... , · 6~ ~ 'o~~: ~ok~ ~~old ~ok~ m~foid'ass~17 ~o [h~ ~ll~g spool or ~ pr~v~r.. : ".~ . ... . b. ~g~ ~ e0~e~5°n~ o~7 ar~ ~o b~ u~ed ~ 6.a. . · .... e. ~r~d~-'ea~gh~d Co~oe~5ona ar~ no~ ~o bo used for ~oke. ~ ~e or~ f~l. np outlets except ~ ~ergencies. ~. Pressure ~ge ~:a':"~age~'~o ~dicate ~~ prossure must be p~ded. ....: : B. ~ g~ffing saf~tT'~alv~ ' ~ open salon7 valvo ~gh ~ble to fSt' ~y drill pipe in ~'e string is ~ be on the ~g . ~oor at all t~es, ~e co~ection on top of the safety v~ve to fit the ~ttom co~ection on the kelly. ... 9..V~ve:on ~iD~. Side of ~1 Hy~il Prev~ters - A 1" -. 10,~ test plug v~ve is to he placed on the clos~g side of the Hy~ us~g ~ ~ 1" x ~" ~pple. TEsT~G OF BLO~UT PREVENTER ASSI~BLY EQUIPMENT 1. _..Initial Installation Test - Immediately after installation, each component part of the blowout preventer assembly including choke lines, valves, and closing facilities is to be tested individually by steps as outlined in the BLO~aUT PREVENTER TESTING PROCEDURE. The test is. to be conducted at rated w~rking pressure of 3000 psi for Series 900 and 5000 psi for Series 1500 assemblies. 2. _Ram ChanKe or_ Repair Test a. After each ram change or when any component part of the preventer assemblY, including lines and valves, is disturbed the disturbed portion is to be tested to the rated working p.r. essure of the preventer system before returning the system to service as out- lined in the BLO~DUT PREVENTER TESTING PROCEDURE. (The test plug is to be positioned in the ca~ing spool before starting any ram change). b. Drill pipe rams.closed on pipe are to be pressure tested to rated ~:~ working pressure after a ram change° c. In Figures Nos. 1, 2, and 3 where Hydrils are required, instal- lation of casing rams will not be required to run casing. ~n Figure Nos° &, 5 and 6~ casing nares are to be visually inspected for fit to casing to be run while casing is on the pipe rack, then installed and tested as outlined in ram change procedures. d. During ram change the sealing element is to be carefully inspected and any permanently distorted or damaged sealing element is to be replaced° "0" ring sealing elements are most susceptible to damage. '" ".' ,, .. · - &- Revised 6-1-62 ,, /,., · ...:... ~..-:.!~,.?,.:.-,.,.:: ~ L~:.:~,:;..:~.~.:i',,:~'~.;~;;;~,:~.'~..!;:~.~:,,'~ 'U.;,.:.77 .-.~ ... ,.....?:,.. :,~;~ ~ '.:~...... .., .., .. . , · '-' . . .' '~'..: ." :.t ~;~:"~.,..~::.'.. ::: "."~..:' ',.~, ';"J.,:."~.' '.'~: ..... .:..; ."~. t .'.' " -" · _ ' J" ' .... " ~ ~ ' z,'~'~" ' ~ ~ .c ,:~ ' :~t. ~' ~ ~' . ":~:z . . : ....... , . . · , . · .- .... : . ~ /. .... j :.~'~ :L ~: .~,.::::~:~f,t: ;,>-~: :~; .f~?.~.f>L<.:s-.L~'.,~;~.>.~:.~X~.>.:;..,.?~ ', .,',......-:~,"i'., ::% .. ..... .: .'..' ..:. ~.:,, .... .. '<.:;~ "~,. :;~;,~e's~y,., perfo~ the Wee~y Test as outl~ed in B~UT P~N~ . ~".".' ~T~G"P~D~, ~i~ includes pressure testing the entire assembly : · ~..--~/water'~%o'one-h~f of the rated working press~e for 10 ~nutes. "'~.:', ~e..k~ly~:c°ck ~d safety v~ve are to be tested to rated working pres~e.'., ~e weekly pressure test is not req~d ~ ~st~ces ~ere -. 'this test f~s ~th~ three days after the initial ~st~lation test. .... ; ./'~ ._. ..... . /.. ~. -.... A' ."Preventer OPerational Test - ~ch preventer ~it is %o be clos~ ~d op~ on the occasion of each t~p or at least once ea~ ~8 hours. ~._ "~: ::" ~ ~pr~ent:_ d~ge~ ghe Hyd~ shoed be closed on pipe. ~ :. ., .. .... "'5' Test.H~~'~.after a ~11 pipe st~ng has ~een ch~ged ~ size. · . ', . ~..-.. .6. U~S~ule'd ~sts are to be req~red pe~o~cally by supe~sors at ~ ~t~e considered app~priate. -~. . ...~ . ..~ 7. ~cord 'reSets of all tests on Daily ~ling Repo~. . '-' ' ~-' MANUALLY OPERATED BLO~)UT PREVENTE~ !.i - ~..'. ' . In areas Where manually operated blowout preventers are allowed, the requirements are ,the same as' for hydraulic preventers with the following exceptions: -: . 1. .The number and location of preventers are to be as shown in Figure 6, 2. Contractor' 'may' use screwed connections in choke manifold piping if connections, valves, and chokes are 3000# working pressure. TWo flanged valves must be used at the point of connecting the choke-manifold .assembly and fillup line to the drilling spool. 3. Rams wilt be positioned in same manner as applicable hydraulic preventers Test pressure for manual preventers is to-be as follows: a. If bradenhead is 900 series, initial, weekly, and ram change test pressure is 1500#. 'b. If bradenhead is 600 series, initial, weekly, and ram change test pressure is 1OOO#. -5- Revised 6-1-62 .. [ i _ n[ i [ [ ] . (1) Contractor Company Drilling Tools Division is included in 'this cat~ego~t. -6- Aftert all blowout preventers, choke lines, valves, bell nipples, and flowli~es are rigged up, the following steps are to be carried out with no exceptions: . . 1. Inspect all flanges .to' see if all bolts are in place and tight. 2. ~heck all-op, ening'-and Closing lines to preventers to see if they are corr.ectly placed, hooked up., and tight. 3. Check to see that all control valves are properly marked. Open bradenhead valves and wash inside of preventers with water from the top° 5. Close bradenhead valves and fill preventers with water up to drilling spool.. O 6. ~nstall test line on outside of one bradenhead valve. ?. Open the bradenhead valve On which test line is attached and. pump long enough to purge of all air. 8.' Close bradenhead valve. 9. Pressure to workin~ pressure of casinghead. Hold for one minute. 10. Check for leaks. 11. Release Pressure. 12j Connect test line to outside of other ~radenhead valve. 13. Open the bradenhead valve on which test line is attached and pump long enough to purge of all air. lA. Close bradenhead valve. 15. Pressure to workinM pressur~ of ~asinghead. Hold for one mSnute. 16. Check for leaks. 17. Release pressure. 18. Disconnect test line and open bradenhead valve. 19. Install test line on flange outside of second valve on fill up side of drilling spool. - 16 - Revised 6-1-62 · ] t . ' '." :~':'~ ~'i':~ ~"-::~3~'' ~;~;-':'%"~.:~:'-;~'~:.".',~;' :' ~,~:"':'~:':' ,;': ...... . '~ ' .," ' . '" ~ ' .. , ' · ~x · i ' ~ ' '~" ' ' '~' '" ': ' ~ "' "'~ '~ : v 2 · ~ - · ~ ",' ,' , ~ ' "· - ~ · ' " ' , ..... ] /- · . ',~.L' .'..~.~:~?~.:,~.~'~>~:?~;..;~'.2~?..~i~.:?~';~,.~.~. ~,.~'~.~,~-.~-~.. ~...~ ~..~ .V:.<~- ~. ,'...' .', ~--.~ .'~"'~'..'. - · ' .... , .' . ' ~' ' -.:' ~ ~ '.,~.'~'-'.'-...~."~ ~,.~,~,,,:,~ :, ~. ~- ~', . , . . · , : · , , ~ , , , : /?. --.,~.~.~.~;'~';:'.~,;.~;.~-~...:'..~ test plUg ~ on a J°~t of drill pipe, set ~ s~t ~d " ....... ~ off from .it, ~ pipe out of hole. . NOTE: Test .plug to be fabricated so that there will be enough clearance between plug and pipe rams to clear tool Joint when closed on Joint of drill pipe made up in plug. The plug must be drilled '."- so there is communication between inside of drill pipe and top of plug above seal surface. · .. 21~ 1~111 preventers' with wa. ter. ' ,~' i'22..Open all valves on choke lines and ch~ck to see that wate~ is flowing through each outlet. Let run until clear. 23' Close outside valves on choke lines making sure they are full of water and have no trapped air. 2~. Refill preventers if necessary. 25.' Close blind rams with 1500 psi.' 26. Check closing line and preventer for leaks. 27. Pressure up to workinK pressure of casinghead through test line. Hold for ten minutes. 28. ~neck all valves~ flanges, and seals that are under pressure -for'leaks and tighten if necessary. Check blind rams for leak. Check test plug for leak. · 29. Close second valve from hole on choke line. Open outside valve on full opening line. Hold pressure for one minute. '- 30. Check to see if valve leaks. 31. Close inside valve on choke line. Open second valve o~t on choke line. Hold pressure for one minute. 32. Check to see if valve leaks. 33. Close inside valve on fill u'p line side. Open inside valve on choke line side° Hold pressure for one minute. · 3&. Check to see if valve leaks. 35. Close second valve out on fill up line. Open inside valve on fill up line. Hold pressure for on~ minute. 36. Check to see if valve leaks° - 17- Revised 6-1-62 .;'.:~ . . '.¢. ~.'.: ;'q '?i;'q.' '~.~. ::-..--;'~.;'.%. ];'..~ .('. ~'- ;L:;~' .'; , "?,":~' '. "-"-' :- · ',:-,'.' ".~.. ' ' : ~,." ' ..... ~ ,~?'.~"~'-' · "'d~ ;~..~" ':'~.: ~..:"~. i~ ..: -.j' '.:-; ' '., :'.",."" ~. ..;~,...;. .;.~.. ~,.: ; I ..~ ' ~ ~. , .. ~ ~ ~"~ ,~ ~..... . .~ .. -] . ... ~;.. ~.~.,.:.. ~ -~'~ .... ,, .. , ....-. . . .~. ,. ,: , ,....,~..,... . ~ -;~ . . ' ~ ' '~' ' '~ "' ~ ' ' ""~ ' '~;'~"~' ~'" " ~";~ ~' ' ~'~ '~ ~'~' ~' '"' '~'-' ~" ' ' '" ' ~ ' ' "'"'~'"'" ~'; ' "' '"' "'~ ' :"' ~"'" ' ' . "~ ~ 7-. ,, ... .' ; ~,:. · .:.~q-.:: ,~.:.,' ?~.~ ...~ -... ~ . ~.~......q: ...~ ..:'.:~.: .~,I,~.~. ~,. :?'-.-.,-. . '~ ..'. , ... - -..,.. '.',. ,..~. , . ' .- ~ '.. '~ '. -. ~ .. ~ ..... ; '" .: "/'::""': fi~ up l~e ~d ~oke line. . 38~:: ~sco~ect' test ~ne, connect .fi~ up line. 39'-' Open blind rams with 15OO psi. /~0': ~"he'ck opening line and preventer for leaks. Screw into test plug with Joint of drill pipe. Purge all air from drill pipe and prev. enters. Close drill pipe rams 'with 1500 psi. Check closing line and preventers for leaks. ~ith drill pipe full of 'water attach test line to top of drill pipe. .~.. A6. Pressure up. to working pressure of casinghead through drill _. pipe. Hold. for ten minutes. &7. Check for leaks. 48. Release pressure. - ~9. Opm3, drill pipe rams with 15OO psi. 50. Check 6pening line and preventers for leaks. 51. Fill preventers. 51.a.. Close 1" plug valve on closing line of top hydril. Test to 15OO psi. Check for leaks. Release pressure and open valve. 52. Close top Hydril with 1~00 psi. Keep accumulgtor pressure on closing side of Hydril while testing.. 53' Check closing line and Hydril for leaks. 5A. Purge air from drill pipe. 55. Pressure up to workinM pressure of Hydril through drill pipe. Hold for ten minutes. 56. Check for leaks. 57. Release ~ressure. 58. Open top hYdril with 1500 psi. - 18 - Revised 6-1-62 60.' PUll :.plug OUt of hole. · . 61. Close bradenhead valve. 62 · Ope~ 63, kellY'cOck. up drill Pipe safety valve on kelly. 6~. ~ake 65. Open 66. Fill up adapter sub on drill pipe safety valve' stand pipe. 'and-fill Up line valves'. kellY'with water. 67. Close drill pipe safety valve. 68. Attach test line to adapter sub. 69. 70, Open drill pipe safety valve and purge air from safety valve. Close drill pipe safety valve. O 71. Pressure up to workinE pressure of preventers. minut ea. 72. ' Close kelly, cock. 73. Open drill pipe safety valve. Hold for five 7&. Pressure up to workin~ pressure of preventers on hole. Hold for five minutes· .-75° Release pressure. CASING TEST 76, Casing will be tested with drill pipe in hole. To be tested .before drilling bottom plug. ??. Before testing casing open bradenhead valves and wash preventers with water. Close standpipe valve and open fill up line. 79. Flush mud pump and mud lines' out with water. 80. 81. Close bradenhead valVes and fill preventers with water. Close Hydril on drill pipe. . 83. CheCk bradenhead and bradenhead valve flanges for leaks. · 84. Release pressure. . 8~. Olin ~n~l. ' ' 86. Record test on drilling report. - 20- · o. NO.. · .. , lj"~'[~er getting out of hole, Open bradenhead valves and drain ~Ad out of preventers. · 2'?~' Wash 'inside of preventers fr~m top with water. - . 3.''Put drill pipe safety valve on top and test plug on bottom of -- Joint of drill pipe. Safety valve to be open, ~.' Run test plug in and s'et in seat. 5. '.Close drill-pipe rams on pipe. 6- Open bonnets or doors on upper ram type preventer. ': . ?. RemoVe rams to be' changed. : - · 8. '-~'' Install rams.. "'~' 9' ' Close bonnets or doors, checking all seals and "0" rings. .. 10, Tighten up all bolts and inspect preventer to see that bonnets or doors are closed, steel to steel. Open dri]_l pipe rams. 12. Fil~ preventers with water. 13- Open all valves on choke lines, let water run out to purge air from lines, then close the outside valves on choke manifold. 14. 'B® sure valves Sn fill up line side of drilling spool are closed. 15. Fill preventers with water if necessary. .- ¢ 16. Close Hydril. Hold accumulator pressure on closing side of Hydril while testing. 17. Purge air from drill pipe. :~.18. Attach test line to top of drill pipe. 19. Pressure up through drill pipe to ~ ~ of preventers. Hold for ten minutes. 20. Check for leaks in all flanges and soals that hold pressure, especially bonnet or door seals on preventer changed. 21. Release pressure. Revised 6-1-62 23' Pull test plug out of hole. 2~, Close bradenhead valves. 25' Record test and ram Change on drilling report. - 22 - Revised ' 6-1-62 lo Inspect all flanges to see if all'bolts are in place and tight~ 2°' Check ali opening and closing lines to preventers to see if th,~.! · are correctly placed, hooked up, and tight. D 11. 3. Open valves on bradenhead and dash inside of preventers with water from the top. .. ~o Ran test plug in .on a Joint of drill pipe and set in seat. -. 5. Fill preventers'with Water. 6' Open all valves on choke lines and check to see that water is flowing through each choke line and full opening line. Let run .until it clears up. 7' Close all outside valves on choke line, making sure they are full of water and do not have air trapped in them. 8' Refill preventers if necessary. 9. Olose Hydril. Keep accumulator pressure on closing side of ~dril while testing. 'Purge air from drill pipe. Pressure up'to .!/2, wor,ki, nE pressure of Hydril through drill pipe. Hold for ten minutes. 12. Check for leaks. 13. Release pressure. 15.. Pull plug out of hole. 16. Close bradenhead valve. Open kelly cock. ~ake up drill pipe safety valve on kelly. 19. Make up adapter sub on drill pipe safety valve. 20. Open standpipe and fill up line valves. 21. Fill kelly with water. 22. Close drill pipe safety valve. ~ ...~. :.: .~ ., ., .,..., . . , ....... .... ~ ;. .., .. ,,,- . .,.. ~: /:* ": · ' - ': ': , ",)9,"" :*/::,.L' ~];'dC~?~'~:."~""; :. q~. ;,*,',- , ".~ · · .' '- ' '. ' '..:..~.:%.~{~:,.~,~'T',~;;.','~.~ '".~-~,,;.:-L~' ''/hr ; .',~ '.' :' ' '. .. ' ," - I .... . .: :.:: :~q.~,~t~;,.:,?~;,:_.,..4.~.:L.~ ...~... ¥,:..:. ,7...../,..~,' :,. ~../~ .....:~.:... ~:..:.;., ::;/;,, ,.:~ ~ .': ..: ,.... - .: : ;~.-,. ' .. ~. , ~Os'e'~-..- , ~ ' . ~e~ -,-~Az PX~- safety valve. . . 29~' ~eSs~efor five minUtes.UP to ~ .~ of preventers on hole. 30. ~lease Pmssuro. 31. ~co~ test on ~t1~ re~. JUl.. 6 .lg73 DIVISION OF OIL AND GAS ANCHORAGE · . : RAM-TYPE BOP SERIES ,(BLII:D ) . . . . . SPOOL SERIES 900 RAM-TYPE BOP SERIES 900 (PIPE RAMS) (~) - 2." MUD .PRESSURE ~AU6E O~ ~"X'a,X 2_.'.:_' SERIES 900 STEEL TEE 3" SERIES 900 X 2" SERIES· 900 " ST[EL CROSS .' .... . 2' SERIES 900 POSITIVE CHOKE': .- ' 2" SERIES 900 ADJUSTABLE cHOKE. /:..' PHILLIPS PETROLEUM COMPANY' PRODUCTION DEPARTMENT 3000 Pgl WORKING PRESSURE BLOWOUT PREVENTER HOOK:.tJp (SERIES 900. FLANGES OR BETTEI:~ Company ,g~,~, -///~,]' ~ ..~,]~. Lease & Well CHECK LIST FOR NEW WELL PERMITS ). Is well to be located in a defined pool ................. Yes No Remarks ~ Do statewide rules apply ~e · · · · · · · · · · · · · · · · · · · · · · I · . ~ , , .. , , , . ,. , t. Is a registered survey at attached .................. __ ~. Is well located proper distance from property line ........... .,~ .,, 3. (~" 's well located proper distance from other wells ............ ~ S. Is sufficient undedicated acreage available in this pool ........ ~J~ I. Is well to be deviated . . . Is operator the only affected party ................... ~;~'~,c.~,.~a~~ . ,~. Can pe~it be approved before ten-day wait ...... , ........ !0. Does operator have a bond in force ................... y~. I1. Is conductor string provided ...................... ~?'J 12. Is enough cement used to circulate on conductor and surface ...... 13.~.-',Lill cement tie in surface and intermediate or production strings . . . 14. Will cement cover ail possible productive horizons ........... 15. Will surface casing cover all fresh water zones ............ 16. Will surface csg. internal burst equal .5 psi/ft, to next string ..... 17. Will all casing give adequate safety in collapse and tension ...... [8. Does BOPE have sufficient pressure rating ............... ~ ................. ............ App ro~a~ a~commended: ~dditional Requirements: ..... ?~1 -~I~/~V.V~ OKG_ .. KLV ~¢'~ - JAL HWK LCS - - - , ................................. :..