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Section VIIICD
^Closure/Post: closure
Superfund Adminisfa-ativ®Record Document
'"ttffiS^ ooo ;^OKLAHOMA REFINING CO?
CYRIL. OKLAHOMA
CLOSURE & POST CLOSURE
or
LAND TREATMENT FACILITY
SECTION I
r^•r"•r-000
R E V I S I O N M O . O N E
M A B C H 1 8 , ' 1 9 B 5
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B T A H L E Y E N G I N E E R I N G . I N C .E ; 1 \ ' ) B O U M E 1 . T ;l. ^ 3 ' . 4 E E n * H O - 0 C C U P A T 1 0 H A 1. M C A l . T M . - SAP6""V
Sup&rfund AdministrativeRecord Document
000014OKLAHOMA REFINING COMPANYP. 0. BOX 1 2 9
C Y R I L , O K L A H O M A 7302,9August 16, 1983
OKLAHOMA REFINING COMPANY
inCLOSURE PLAN
for Interim Status
^0 CFg 265.
WASTE DISPOSAL PLAN §
000
WASTE DISPOSAL SITE ^
ORC APPLICATION CONTINUATION f 6.5
' 265.112 (a) (1) At the present loading rate It Is estimated that the existingindustrial waste disposal site may have a maximum life expectancy
1 of (70) seventy years*
Closure of the facility industrial waste site will be set in
1 motion bys1. Expiration of the (70) seventy year projection date and
in the event an extension is not granted.
; 2. The owner of the facility day give direction to clo^a thefacility or a portion there of at, any tlE&*
1 3. Significant leaching of the site is determined, or a completesaturation of the soil matrix is reached. ^0
A portion of the site in it's entirety day be closed during the "I (70) seventy year period. , ''"'1 0
Concerns addressed in 265.111 (A)-(b) on this date are the 0
I objectives sought in all methods that will be applied in this ^5closure and mitigation process. The best available and feasible
: technology will be applied in the closure process.
j (a) (2) A complete dismantaling of ORC and its* facilities would generatethe maximum accumulation of waste expected at one tlioe.
[ This process would enfcail the evacuation and washing of all tanks,pipelines, distillation and comparable processes. The waste watertreatment system (API Separator) would collecC the materials chat
I could not be processed in the blo'-oxidation pond systems. Thismaterial would be taken to the industrial waste disposal site,All other materials from the refinery facility that is considered
» hazardous waste will also be incorporated into the disposal sita.
J 'Materials which maybe In question of being defined as a hazardouswaste will be tested in accordance with prescribed and applicable
1 methods.
The estimated maximum quantity of hazardous waste at the Cyrili ORC facility would be approximately 200,000 gallons.
(a) (3) All tanks and process facility will be washed free of harmful agents.. All wash waters will be treated in Che waste water treatment systtin.
where applicable and technologically feasible. 'All contaminatedsolid waste that is deemed hazardous will be incorporated in thesaturated zone of 'the disposal .site*
(a) W The estimated and expected year of closure is 2045. "Hie final „closure dace will bo July 30, 2050. A (5) five year active closureperiod from the year 2045 to 2050 is indicated*
All waste will be disposed of, deconCaminatlon of equipment and^facility will be achieved, adequate maintenance of facility will be
^prefoCTnea;' and best available technolot*,y for proper mitigation of Shes£iEe"wXll 6a completed within this (5) five year time frame-
(b) The owner or assigned representative will amend the cloaure planat any tine during the active life* of the facility If it ie deaioedneceaoary.
Amendments will be made and appropriate agents notified of thechanged made whenever changes in operating plans or facility designaffects the closure plan, or whenever there ia a change ID theexpected year of closure of the facility.
Any amendments will take place within (60) sixty days of the changes.
(c) The owner or operator will submit hia closure plan to the tc- •'. -'•'.Administrator or appropriate agent at least (IP-0) one hundred tiiphtydays before the expected date of preceding closure.
(c) (1) The owner/operator will submit hia closure plan to the RegionalAdministrator no later than (IS) fifteen days after termination T"of interim statusi v~
0(c) (2) or issuance of a Judical decree of compliance order under section o
3008 of RCTA to <cease receiving waflte or close. 0The commencel date of closure will be within (30) thirty days afterthe date on which the owner/operator expects to receive the finalvolume of wastes.
(d) Closure plan subraittals will be made available for public notice,hearings and public responcea per customary processes by theowner/operator via the Kegioaal Administratior and/or responsibleand appropriate agent.
All necessary closure plan^fficdifiactlonc^wlll be roade and resubmittedto the Regional Administrator for~"approval vlthin (30) thirty daysof notification from the appropriate agent.
The owner or operator will make and submit all amendmento-
Superfund AdministrativeRecord Document
.A.i,- .4 ,-,. i
0 0 0 1 1 ?
265.3.13
(a) The owner or operator will remove, from the altCa treat or disposeof on-aite all hazardous waste within (90) ninety days of receivingthe final volume of hazardous waste or the same period afterapproval of She submitted closure plan.
W (1) (1) The owner/operator will apply for an extension if; more tine ieneeded or,
(a) (1) (il) (A) if the facility has the capacity to receive additional waste(a) (1) (ijL) (B) and it is the owners/operators wishea to continue the operation
of the aite; or(a) (1) (ii) (C) closure of the facility will bft incompatible with the continued
operation of tha aite; or CO(a) (1) (Ij.) (e) (2) all steps to prevent threats to human health and the environmentwill be taken*
•\£^ (b) The owner/operator will complete closure activities in accordance o// with tha approved closure plan and within (180) one hundred eighty /",; daya after receiving the final volume of waste or approval of^^ the closure plan which ever is later.
(l») (1) W A notice of request: for an extension will be submitted to theappropriate agent and approval sought if any of the followingconditions exist; activities take longer than (180) one hundredeighty days for completion of closure activities; ot
(b) (11) (A) The facility has the capacity to receive additional waste andIt is tha wishes of the owner/operator to continue op "cation;
(b) (11) (B) There la a reasonable likelihood that a person other than theowner or operator will recocaaence of the site after contract orappropriate instrument of business and responsibility with owneria met;
(b) (11) (C) Closure of the facility would be incompatible with continuedoperation of the site;
(b) (11) (C) (2) All stppa possible will be taken to prevent threats to humanhealth and the environment from the unclosed but Inactive facility.
KOTS; Completion of closure activities until the new operation lafc&nnlnated may be deferred by the Regional Administrator mayba an alternative if requeatP.d.
0
Superfund AdministrativsRecord Document
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All facility equipment and structures will be properly disposedof, or decontaminated by removing all hazardous vaate andresidues before closure is completed.
The owner/operator and independent registered professionalengineer will submit certification that the facility has beenclosed in accordance with the specifications in the approvedclosure plan.
All monitoring maintenance and containment of the facility villcontinue during the active, closure and post-closure atagea.
This will be in accordance with the "Best available managementtechnology/State of the Art" and RCRA regulationa
Superfund AdministrativcsRecord Document
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All facility equipment and structures will be properly disposedo£» or decontaminated by removing all hazardous waste andreGidues before closure is complcttidc
The owner/operator and independent registered professionalengineer will subait certification that the facility has beenclosed in accordance with the specifications in the approvedclosure plan. : :
All monitoring maintenance and containment of the facility ulllcontinue during the active, closure and post"closure stages.
Thia will be in accordance with the "Beat available aanagemonttechnology/State of the Art" and RCRA regulationa
BRIEF FACILITY DESCRIPTION AND CHARACTERISTICS
The OBaC facility industrial waste alte ia located in a rural area. The alt'si3 completely diked, contained and up-gradiant from (7) seven waste watertreatment basins. The maximum release of materials froia the "soil farm" wouldbe contained by these basins or "trapa" if a^az.ar incident occured. 982of all the waste that has previously been applied to the sacurated zone of the"soil fan"" hss ueen generated or collected from the waste water treatmentsystcsa,- Thie is the 'expected and chief, collection point source of the refineries'waste,.
It is ORC'a intent^ attempt and philosophy to lessen the amount of waste generatedand disposed of- •
At ^e present tilae every affordable endeavor is being made to recycle, reclaim,.treat, decrease and mitigate the waste within this facility.
«
The five sections of the disposal site will be managed and maintained in accordancewith all good practices and RCRAregulations,
Records of maintenance, waste application, ground water monitoring, wasteanalysis, etc. will continue throughout the closure period.
CLOSURE COST ESTIMATES AND HyPENPI'HJRE LOGIC
Ground work which consist of tillage and plowing will be done at a minlaiura oftwo times per year and a isaxiiauzn of (12) twelve times per year in order toIncorporate and aerate the eoil and waste oatrix.
An estimated 50X reduction of waste generation has occured in the past fewinonthfi» Future forcasting^indicatee that via nev technology, less generationwill occur which ahould^yeild)less expense in maintenance of the disposal siteand less waste application cost.
/
The coat of cleaning and closing of the refinery processes (which includes thewaste water facility) vould be absorbed as routine operational expenses. Thusthe washing and transfer cost will not be reflected in this closure cost a
—-' '
The operation coat of dire moving is now decreased due to the restructure of thecompany and the availability of earth moving equipment and employees.
The make up of the waste is such that a vegatative ground cover should be allthat is necessary to prevent erosion;, air contamination, contact costaminate,etc.
Cost Description
Private Professional Engineers
Administrative
Tilling of the soil matrix
Lov
500.
10-
100.
3ade,,-0-
100.
-0-
Maximum
5.000.
,1,000-
1,200.
500.
1.000.
2,000.
AveraRe
2.500.
500.
600.
250.
500.
1.000.
Dirt work for aainEenanc® of dikes, roads,etc*
Vegatative ground cover
'SignSe fences and monifcv-*well maintenance
710. 10.700, 5,350.
Superfund AdministrativeReeord Document
0 0 0 1 3 2
OKLABOHA. REFINING COMPANY
P. 0. Pox 129, Cyril. Oklahoma 73029
2 Vest Main
Addition revisions - March 1984
CLOgmiE PLAN
Addressing closure of the controlled induBtri&l^aete facility
INTERIM STATUS
40 C7R 265.
VASTE DISPOSAL PLAN 3
VASTE DISPOSAL SITE S___ISOS901
OHC APPLICATION CONTINUATION 8
m. -rD^________QKD091598870
Superfund AdministrativeRecord Document
FACILir: LOCATION • - •
LEGALs - .
Physical Address: 2 West Main, Cyril, OklahomaMailing Addreaa; P. 0, Box 129, Cyril, Oklahoma 73029
Oklahoma Keflning Coapany property la encoapaeaed by the tova of Cyril on thevest, municipal vasCe (sewage) lagoon on the south, range and pasture landon the east to pasture land» ^ .uno^el, a c^urcJi and a few adjacent^hoyses onthe north. , , . . . ,--^ . ^>,.-,:. - •^:~' ' ' . , • . . ."~ -^T-"
Gladys Creek adjoins the properJty. The Intermittent head vaters at the drainageditches on the east side pf^hlway which runs north froa the north endof (;he,r&flnp^. .;,,.,. , . -... ,.... . •^.^..' ..- . . .^ ' ' " ' . " . ' ; , ; ' . ' „ - '
The creek continues froa the K«ff, edge or the refinery and around, the properties' (edge and leaves at the south edge of the property. ' ^_
The aoll fans is located on the extreme P,k\ 15 acre corner of the refinery c-property. An approxlaate (5) fivr acre refinery owned rodeo ground Is located <w)
oa^he south cage, other refinery property Is located on the east and north 0edges.
•
A medluaa traveled road named Basket! Street Is located on the west edge or thedisposal facility*
finiEF HZSrORY l
The refinery began In approximately 1913 aa an elementary Kerosene stillsoperation*
The fioclo-econoaiica of the town has predominately depended upon the refineryIndustry since £he<cxlstance of the tovn,
As aany &s three and four generations In a family has worked at the refinery.i
The aoll fam has been used for pasture crops In the past,
Kecorda of waste disposal on the eoll fana prior Co 1981 la probably non-exiacance*. •
Incorporated waste was evident to the Director of Environmental Affairs uponhia arrival to the facility In June 1981. Sections "A" and "B" vere In usevheru sections "C,D,E and r" vere thick la alfalfa. •
II- WRm-Pf PLAN
1, The Closure Plan will be maintained at the Office of Envlronroeistal Affairsand « duplicate ftC, the corporate office* , : . y,,..
J
2« Tha Cloaure addrcaeea the entire controlled Industrial disposal f^iUty.
Several other waatft dieposal olces vere no^ addressed due to Che nature of \
the dellseed vaete and/or the Inactivity or closures of^ the sites priorto Koveoiber 19, l980<
-'] ' ' . '; ; Superfmd AdministraKve- ' l Record Document
The facility la elementary in construction, disposal tachnlqua, operations,etc. . "';''a« the facility ie approximately 8.7 acrea or an estimated 1,023,000 gallon*.b. The type is essentially a land application: bio"degradity/oxidation
process,c. There is no real equipment associated with the facility. The waste is
spread on the facility by trucks and incorporated into the soil by contracttractora and equipaenfc.
d. The topography is essentially fist* No marked features are Indicatedin the area with the exception of a few gyp out crops and Gladys Creek^hich ie located approximately l/^ mile south of the disposal sitc-Tributariea to Gladys Creek are also noted in the area.
e. The waste characterization is suasiarized by describing the waste as aoil tuludge material. Essentially 95X of all the waste generated atthis facility comes from the API Separator and vaatfc vater treataentfacility. To date no ff'scumulations of fcsnk bottoms, leaded, tank bottoms,bundle sludges, etc. have been disposed of. However the'potlentlal isinevitable* . s^^-—•""i ' inTo date only the oily water Iliac matrix has been placed on the facility,Xecycle of this material is in the research and planning stages,tt ie now anticipated that affcer the oil is run through a recycleprocess th&t ch^ vasfce will exhibit a filter cake characteristic.
CM
000
f. The soil is a {^pomy^ eand and clay mixture,g. The surrounding land is used principally for refinery use. North of
the facility is tank farmOs processes, refinery offices, etc- To theeast is refinery waste water treatment facility, to the south is arefinery rodeo arena and a municipal waste lagoon treatment plant.
Bordered on the vest is a medium traveled two way road called BaskettStreet, Abutting the opposite side of the road is another industrialfacility and rail road.
Approximately three blocks west and three blocks north Is the heartof the town.
h,' All of Cyril was built to the west and north west of the refineryproperty.
The settleloentat population is approximately 1,800,
Ko other major industry exist in the area vitb the exception of adrilling tnud company and domestic merchants.
1. The facility is approximately 8.7 acres.j. The impoundment volume potential is approximately 1,023,000 gallons.
The impoundment volume capacity has never been reached and ia onlyloaded o" an intermittent basis*
This Impoundment information ia not applicable for treatment purposes.K/A . , - ,k. Any wast® directly fro® the process area is generally transported by
a sled directly to the land treatment area,*
. All other waste are channeled to the wastfe water treatment facility*The oily water is auctioned from the API Separator and r.T.ipF andStored in No-. 53 tank.. '
" - Superfund Administrative;. . Record Document
The tank la allowed to settle. The water ta drained off of the bottomof the tank and allowed to run Into equalization basins (craps). ItIs then routed through several skiiaroera and pumped out to a. series of (8)eight' blo-oxidation pond on the north system and/or on the south eyateza.The water is then discharged into Gladys Creek after approxteately (30)days of Kreataenfca
The oil la auctioned off the top of No. 53 tank and sent to No, 12storage and final.polishing tank«
The center stratified dirt, lime, oil, water complex in the middle layerof 53 tank reaalna in the tank until it: is broken dova to o-il» water, orsolid separation, or until it Is run through a filter preaa or similarprocess* The filter cake or other form of process wafite ie then^takento the land treataeat facility for final disposal* , „ ..
If the (BS&W) bottoms, sediment and water layer is not run through a \0Teclaifltafcloa procesa It la sucked into. a vaccum truck and hauled Co the piland treatiaent disposal, spread and incorporated into the soil after the
vatsr phase evaporates.
0Incorporation of the waste and soil takes place after the soil is dry ^enough tft plov or till. 0
The soil is worked when it i» visually indicated,
Fertiliaier la applied annually,
This information serves to better define the existing process and condition,not to define a RCRA waste treatiaent facility or permit.
U/.Vaafce water treatttcnt facilities should defined a6 exempt and not addressedin these standards.
1, Ko liners are installed at the present time, N/A
a* Leachate collection Kysteaa are not applicable for, the aoll farm*
n, Gae collection systems are not applicable at the.sil. farm site.
o. Dredging of lagoona, ditches, etc. are not associated process of the landdiaposal cite and are not applicable to th^s closure plan,
p. This facility does not utilize an incinerator disposal technique.
- . •:.•••• -i ••• -::...:,.;... ^ \ ^ ,-: .,-t 5 .ms^^' 'to e •e f-Tr" ' " " - •'••.•,', ""' 1
^uptfrrund Administrative, • Record Document
n o n i 9
III. MAXIMUM EXTENT OF OPERATION . ; . -
t. The laaxliQ'vUa extent of operation for soil fanning technique can bedescribed na follows:
Only areas directly involved with die soil fana are addressed and areexpected to be utilized.
The old BS&W lagoons.. lime storage pits, asphalt pita, etc., &t» '.ofanticipated for use.
2- Thifl estimate is in line with ot;*er Industries. A full historicalevaluation ia not available froia any industry at the present tiroe,
. - • . -f ' ' • . . - : ; . .However, this la an estimate life of che disposal facility based on theCat-ion-cxchangt. and current load rates-
3. a. The 70 year usage is based on the utilization of the 8,7 acr^ soilfana at current load rates.
If the quantity or concentration quality increas&a, the tia- factorwill be decreased,
b. At the present tj-iae the facility appears to be adequate for the^ generated usage. No additional areas are anticipated to be opened.
c. Since November 19, 1980 only the permitted 8.7 acres have been inuae for land spreading. No records are available for areas priorfco that date,»
Aceseiaenta do not indicate that land apreadl&g technique existedprior to the addressed datCa
d. The taoat extensive treatment required for the land disposal facilityinvolves)I» Even distribution of the waste.It. Adequate incorporation into the soil*III. FH ControlIV, Soil AreatlocV^ Proper erosion control and coa^alnraent,
Conclusively, the largest amount that could be generated vould bedue to a penaanent shut-down and ^moth-ball** process,
e* Thfc storage process during normal operations or during a shut-dovnprocess vill be ainiuisad. Waste from the process tovera and tankflvill be contained at those locations until it can be directly sentto the land disposal area or recycle process*
Sorae examples of vaste recycle/reprocess would be spent sulfuricacid» spent caustic, etc.
TV. PARTIAL CLOSURE
!• Partial closure nay be applicable if a portion o£ the f&elllty exhibits* , - 1 an over load*
An overload would ^e Indicated and .closed) c'loaed If a particular section:i) exhibited a depleted (CEC) Cation=:Exchange-CBpaeltyli) &f the sonitor well (a) down stress Indicated significant pollutant
Migration*
Sufficient laboratory data should be repeated before auy partial closureto insure against spurious results; . ,^..
2. A partial closure plan ia not and can not be defined in it's entiretydue to the unidentified probleiaa that might trigger such an action*
However, in general a eloour® plan would follow the same action es afull closure plan with the exception that At would only aodreea thearea to be closed.
/-.-^The likelihood of partial closure ie practically nil., Likelihood \of aof a rest period or reaction period its a minimal management process."^In efiseoce partial closure is not applicable even though some previsionsand dfrec.tlons are made.
7. MAXIMUM INVENTORY .
X. There Is no storage of waste at the facility. However, a corapleta shutdown could produce the greatest maximusi*
An estln&ted waste volume of one inch from every tank In the refinerywould yield approximately 2,918 bbls. or 122,556 gallons.
Hie material will consist of hydrocarbon, rust, dirt, [reside ThfichBrateriatlcs should be low in toxicity. --—/
2* As much hydrocarbon as possible will be extracted. One possible methodunder consideration Is to coraposite all waste, float off the hydrocarbon,treat the water in the bio-oxidatlon ponds and land farm all remainingaollda.
This technique la a general on going and current general processingprocedure-
The surf&ce liapoundments/bio-oxidatlon ponds at the facility may be closed.
Iraput froa the Fish and Wildlife department will be sought at thetine of total facility clooure* , .
The l&at blo-ponde in the two eight series chaiaa day be lef^ open forgame popula^lcss aSid iitAHagsniSnt.
This discussion will be made only after imput frosi the Fleh and WildlifeScpartaentt Department of Agriculture and other appropriate agencieshave coiamented.: ' Superfund Administrative
. Record Document
ti '• -'
^
• i * f»/t *
sSs
0-
fSa
s• -"1 ^,
-x If continued exiatance of the approximate (4"0) forty acres of pondo^ is not favored, they will be leveled along vlth the trap system. The
fill vlll be sowed in grass* <These inpoundaeutB are not classified as controlled vaate at this timeunder R.CRA regulations.* The control is regulated under EPA/KPDESvaste vatey treafaaeuE and discharge permitsa
Ml dnuas and containers vill be shipped bact to their origin for depoaita.
3« Tli& KAxiiauia inventory addresses the following areas.a, Surface impoundment ab« Tanks - - "y - . . . , ^ - ....^ „c, Pipea
• ' d« Yowera " ' ' • " : ' " 1 • ~ '-i'- ' '• ' - • " : " . - • C . • - •, : « " ' " - . ' • -
The teating criteria will at a minimum be screened by a EP-Toxicity test,total aetals ifiethod or specific substance la concern.
The aetale and/or EP teating vill only be done on those fcenka which havehistorically contained toxic materiala.
Those tanks for consideration are as follovas
Parameter ConceynE Contentfl
Ai-id SludgeSlop'Regular GasolineCausticReRular C'-soUoeSlopregular Gasoline•R.S.R. GaBolineHegular GasolineAcid Storaa®Acid StorageKegular GasolineAcidSlop
TsnkJEo^
PH-SulferMetalsLeadFH " ArsenicLeadMetalsLeadLeadLeadPH-Sulfer •.PU-SulferLeadPH-SulferMeCale
111111IVvViViivniixxxlxlixillxlv
)))15))5)))))>
ll12212535535561667786119165180
CoBpositea of iuconpatqMe suUtancea ulli be dealt with using goodindustrial hygiene practices. All acids and caustics are to be mixedat a eompatable reaction rate (slow). A sieutral equilibrium must beachieved before tb& uixture is processed in the vaste vater treatment
5.
facility, •
Care to add the acid to vater at a slow rate for neutralization in the.coffiposits -aaV. la required-
Ko othsc iRConipatablft waste exist at the facility,
Superfund AdministratRecord Document
VI. FINAL CLOSURE
1. Closure vlll commence on July 30, 2045. The finalization of thatprocewa will be approximately July 30» 2050.
A preaature complete or partial-closure la anticipated only duringor after a shut-down of the plant or in the event it is necessaryto preserve good integrity of the disposal site*
Closure of the entire refinery facility will<£Eoced& in (3) threephaeea. The plant cloaure will be followed by the controlled Industrialwaste land disposal and the trap/ponds respectively.
a.
b.
c.
d.
e,
'Renewal of waste; ;i» Refinery processes and tanks " by means of vacuuia truck or by
shoveling contents through sianvays into skids and transporteddirectly to the soil fans area.
Xf the waste contains a recoverable amount of hydrocarbon it willbe taken to the API Separator or ^53 Separator tank for extraction.
If the waste requires neutralization it vili be neutralized Inplace or transferred to the No. 53 aeparator tank and run throughthe VQJte water treatment facility^
All lagoony and traps that are not utilized for game developmentand pass the EP-Tox teat will be left In place and allowed Lo dryand wsrked in place*
These areas will be filled In with native soil. An asphalt capmay be used aa an option in lieu of planting .a? grassy cover.
All vaote that docs aot pass the EP-Toxiclty test will be sentto the on aite soil farm due to the characteristics and generalcompatibility of the vaste.
The vasttf vill be contained on the soil farm. All run-on and run-offshall be controlled with precautions to preserve the integrity ofthe contaimaent dikea.,
A cover crop will be planted on the Boil farm site aftet thevaat<s hae been allowed to dry, incorporation of vaafce Into theeoil by means of plowing and tilling and after fertilizer la added.A soil conditioner or pH adjustment may be needed,
Analysis by the Departm^it o£' Agriculture will be done to detennlnethe best available cover and the necessary nutrients.
Dscontamination of equipment vill ba preformed atAll trucks, tractors, tillers, plows, sklda, aledstaken to the soil fara and washed down by using avaah veSQAl.tru&k. All of fcbe vaali water will beBoll £ar»*
the eoil fana.;p etc. will beleased or tentedcontained on the
CrouBd water monitoring will continue on an annual basin in accordancewith subaitted paraaa&tera via tha ground water Monitoring plan*
Superfund AdministrativeRecord Doeument
In the event of a tnaxiau® disposal (Refinery shut-down and closure)the testing period will be done tnore.
Once within (30) thirty days before the mexXaua load of 3.000 Bbls.,,Once (6) aix souths after the maxlirua load and then again annually.
Ground water aonitoringExasaplcs January•JCikAUC&J.I
rebiruary - (1000 Bbl.a) Xnitial LoadsKarch (1000 Bbl<)April (1000 Bbl.) Groundvater monitoring
'Croundvater monitoring,June
The paicaaete):8 to be tested are as follows during the closure processand vlll follow all guidelines and quality controls cet forth laregulntion 40 CFU 265,92 • ", - .,. ;
• ' • ' • • » . • • . ' . *
Ground Water Quality^ 5 C h l o r i d e . 1 -ii. ) Iron (ill. ) Mangaoeeeiv. ) Phenols • ^V. ) Sodium °vi. ) Sulf&te •' 0• 0
Ground vater contamination indicators
i< 5 pH •ii. ) Specific Conductanceiii, ) Total Organic Carboniv. 5 Total Organic Halogea
A detailed reference is found in 40 CFR 265,92 of ?R, Vol 45. No. 95,
Hay 19, 1980.
Closure certification will be sought within (90) ninety days after thefinal load is taken to the soil fana. At that time the "RegionalAdainiBtrator/Oklahoraa Department of Health ICTA Agency will benotified of the closure,
• -
New mlea and regulations will be adhered to at that tiae.
Maintenance of leacHates does not apply at this tiffle* If it ia deeaedneceBcary at a later date it will receive direction after absolutesare derived vis a hydrology study is coiapleced.
Hitigative options are aa followasi. ) Slurry Wallit, ) French Drainsiii. ) Evacuation'Wella i -
^iy, ) fitc. .-•••^ - ^-"- ' - • •> ^-TOJiaf-t;. fti.....! ;^
Haintenance of gaa collection programs ia oot applicable for this facility.
, All accaaa&B into the facility will be blocked by a cable/chain,'• "' f " - " ; ' ' .—" '!^ ii-•• l-T^ ST». ""•'• "'.w-,,.,. - • ' . ,„ ., .
An r»\*£r3c^r witl be in charge of security of the facility.Superfund Administrative
Record Document
With reapect to the removal, treataent and disposal of waste thefollowing equipment and manpower ia anticipated.
a. Squlpmenr1« Wench trucks2« Vaccuraa trucks (70 bbl,) .3, Sleds
b. At present approximately 180 raen are employed at the refinery. Itie anticipated that all 180 men would be used in most of thetotal shut-down C'Hoth-BaXI") process.
e. All areas of the eoll farm would be U6,<yl; sections A,B,C,D, and E.
d. (8,7) eight point e&vea acres wilX t?e uae^^.fchefin^l applicatlftn,
The contairaaent of the waste after the incorporat<on into the eollwill be under the final cover of grass.
a. All contours will be eliminated as much as possible. At thepresent tifflfi the slope drops from northwest to southeast at&pproxin&tely (5') five foot per (1000') on® thpusaod foot.
Installing will be per standard agricultural Eethods of tillage&nd sofcriag*
b* All rus-offf will be contained within the dik.e6<.
c< Winter wheat, alfalfa, bermuda graaa, etc. will be Matched withweather and soil comparability.
d- Ground cover along with containment dikes should control all erosions.All road drainage systems outside the containment areas will haveatrav.bail filters staked out until the nev grass crops areestablished.
e<
»w-- •' '* ,„..,-. •<• i ,; -t.
; "Superfund AdministfativQRecord Document
000135
f. Mitigation of polluted leachates vill be mitigated by the following ^methods:
1. Ground water migration will be mitigated by Blurry vail, (reachdrajLua or cone of depression evacuation wella. This problea villbe dealt with la accordance to good engineering practlcea.
2. In the ba^rar event of a surface release, <*vaccume^truclc«, frontend loaders^ vench trucks with sllds, etc.Vttl'Tie uacd totransfer contaminated ooila and materials back to the containmentdikea. , . . . - - „...-„' . „...,„„. .,.,.,., .,^,,.
The facility Is designed to slo^a towarda the waste. uater treatmentfacility. Any rua off would be caught at "^10 Trap"- Thia trapvtll be filled In during closure. However, aa an extra precautiona slight depression will be left on Ho. 10 traps* cap for thecapture or run-off.
3. Mr eislBstona do not appear to apply to this operation during orafter closure.
4. Vegetative covers froa the soil fann will not be utilized for ^any food chain crops.
The crops caa be used for mulch or bulk for erosion control.
Danger of contamination of adjacent food chain crops Is remote.This is due to the distance, groundwafcer flow direction'and barrierper Gladys Creek.
g. Coor-tdsrstl.onB, factors, logic iu objectives for closing the aoil fans.
I. The type of vaste and maximum load is estimated to be compatablewith the Catlonic Exchange Capacity.
A 3,000 bbla. rate is the expected maximum,
*, 2. To date all laboratory monitoring data'indicates a slow migrationrate. Transpiration of ground-water moister,.' coupled vlth the
. bonding of. pollutants with top soil ma^rlx"~ap pears to be adequate-in ellraln&Clng significant migration.
Correlation data is presently being compiled on the acceptableapplication rate verses migration rate.
This absolute data vill be used in the consideration of propermanagement as time evolves*
3a Topography maps, surrounding land use and the site location appearsto be of optional design and location.
Site location; 2^Veat Main and Basket Street«
l gal Descriptions Lot 2 S^g, N , _Se_ctlon 19, T5N, R9W.
Superfund AdministrativeRecord Document
5.
4. The climate is compatable with land disposal applications.
The rain fall la moderate and la essentially aub-fcropic region.
5. All caps are of the vegetative type unless an acphaltic cap lautilized, The aaphalt cap will be approximately I" Inch thick.
6. Aa of 1961 soae geological and hydrology (^nfermatlon Is available.The ground water table la at approximately 30 ft*Specific details on aoll characteristics are available per theanalytical study prefonaed by Shf,Xton Engineering, Norman, Gk InJu^y 1,981, - . ; : , . . - -
7. Dnaaturated zone monitoring data Is In the analytical and studystages- Soil samples have be&n collected a^nce July 1981.
6, The migration average rate appears to be the aaffla on both saturatedand unsaturated zones. fiowever» whole values on the saturatedzones are higher*
Equipment decontaalnatlon will require a lalnliaual effort due to thecharacteristic of the waste. .
Thft equipment will be washed off In the disposal area by using a rentedspray truck or a (100) one hundred gallon portable tank on wheels.
All visible residues will be washed free from the equipment. Thisill be the only testing program for decontflffllnafclon of equipment.
Dec*^^ w^,,.**---.*-6, Detailed monitoring procedures:
a. Ground-water - all monitor wells will be completely evacuated'^8 hour? prior to sample collection.
The ground water level will be taken prior tocollection 6f the sample* This can be done byremoving the top closure cap and running a teflonsinker to the water table. The sinker Is attachedto a string. The height of the monitor veil pipeis to be subtracted froa the graduated marks on the'string from the top of the well to the water level,
The water level will be Indicated by a splash and leas positivetention on the line.
The cap should then be replaced. The outer 2" monitor well caaeshould then be preasured to approximately 30 pal to force theliquid from the bottom to the Cop of the well's center dispensetube, - .
The well should only be purged or evacuated with nitrogen.
Once the sample ia collecteds a 25"50 nal sample should be pouredInto & separate glass container. The separated sample shouldbe uaed for an jjame dilate pH detenaln-atlon
-20-
Superfund AdministrativeRecord Document
_. ^The determination should only be<i[rc£onBed In good practice technique.A veil calibrated pH/temp meter should ba used after calibration withthree reference points.
The samples are then to be taken to the laboratory^ preserved, stored,filtded, and shipped per current agency directions*
The monitor veil samples will be analyzed for the following parameters
ConductivityTOCFlorldeChlorldfiNitrateSulfatftfh&nola (T)Arsenic (+)
Barium (T)Cadnluia (X)Chromium (T)Copper .(T)Iron (T)lead (T)Mercury (T)Manganese (T)Selenium (T)
Silver (T)Sodium (T)Thallium (T)fine (T) *Nickel (T)Antimony (T)EnclrluLlaclaneMethoxychlor
Toxaphene2.4-D2.^5-TP SllvexTotal RadiumGross AlphaGross Beta
All parameters vlll be checked unless the regulating agency grantsoalsalon of specific parameters.
b. Soil collection vlll be conducted In the following fashion;
A back hoe vlll dig holes in the areas designated In the waste analysisplan. Sections A-EF and the rodeo grounds vlll be collected and tested.
*
The holes are to be dug to a depth of approximately (4*) four ft.and vide enough for a man to enter.
The sides vlll manually be doug by using a lov contamination tool.A teflon spade Is preferred.A Sample at 1, 2 and 3 feet will be scoopedInto a vhlrl-pak or comparable lov contamination container. •
All of the samples should be collected In an (8) eight hour periodand shipped the following day.
The testing laboratory vlll then be Instructed to composite all ofthe samples In the follouing fashion;
Sections
AAA
Levels @ ft.
r2*3'1'2'3'r2'3'1'
. ,£<-3'r21
3'1'2'3 1
iuperfund AdministrativeRecord Document
000^
Sections Levels @ ft,Rodeo Ground 1'Bodeo Ground 26Radeo Ground 3*
Each composite aanple vill be tested for;pH
. Nitrate/KLeach (T)Chromium <T)Catioa Exchange Capacity
C<i _ All the maintenance of taonitoriog And collection equipment will bepreforae4» delegated or conf;rac,te4 out .by ORC corporate management.
7. The amount of inspections for final closure certification la not knownat the preeent tine,
What ever atepa or amounts of inspections are necessary on ORC's part inconjunction and in cooperation with the most current administrating agentvill be sufficed. ' ' .
8. A leach collection ayeteis ifl not applicable to the soil farm area at thistina, Kovever, extreme plana have been addressed for such an event.
In any evc-nt the leachate will be addressed per its1 specific characteristic,
It aay ba necessary to collect, treat, ship for treatment, or ship fordisposal i^bazzar)Circuiastancea,i
——^k'z.^--9-. Aa described in the preceeding paragraph, the situation will be dealt with
in accordance with the best available technology and engineering practicesafter the problem or its' potential ia likely,
10. All aaiatenanr- of the facility and the security thereof vill be managedby an appointed overseer of the facility.
a. All fencea vill b& maintained* All roada and access into the propertyvill be blocked,
b. Camera, guards, doga, alanas, etc. are not deeded necessary.
«^c-^ Approximately 1000 ft* of fence borders the soil f.-irru on the vest.Barriera such e-e a vooded area vith a 30 ft. drop fco the creek bed,8 f t* high tank dikeo with barb wire and closed roads will serve toisolate the fi&ld from the root of the rural coTmnunity.
Superfund AdministrativeRecord Document
VII < FINAL CLOSURE: SCHg)UL1E •
1» Closure will be finalized In the year 2050. A proceeding 5 yearpreparation period vlll atari July 30, 2045,
2. All scheduled or negotiations for eucb will begin approxInAtely July30. 2045.
1 In the event of an earlier closure, the facility vlll be closed-withina one year period of time. Such a cloaure will proceed In the event ofa capacity Unit, environmental problems, administrAtlve action,
- management direction, etc.
If generation of waste conti-nuea It will be. disposed of In an approvedmanner or approved disposal facility. This Is only anticipated Ifthe eoll fana la closed out before the closure of the refinery proctesees,
The schedule In this "pre-aature" closure will proceed as follows:
A. Inform agencies of closure proceedings,
B, Collect and teet ground water and soil samplee,. If recent sampleshave not been collected.
C. Dispose of waste will be In a manner that has been previouslyoutlined and approved. Techniques for tank cleaning, transporting,equipment used, application., soil -Incorporation, leveling of site,possible containment dike maintenance, ferCllltatlon, grasscultivation, isoying, etc. will follow respectively.
D. Records, schedules. Inventory and other paper work will be.preformed,'during the process. . . -^^^———"
E. Secontaainatloo of the equipment, will proceed as previously addressed.
F. Final Closure certification Inspections will be ahcedules andapproperlate documents will be completed at the diacresslon of thecontrolling agent (OD&- Controlled Industrial Waste Division),
3. Aa Pinalizatloa of the closure will not entail a storage or treatmentperiod longer than (90) ninety days*
• S. However, the closure may exceed more than (180)one hundred and. ' - , eighty days after receipt of the final volume of waste. This la
mainly dependent upon weather conditions and administrative agentdirection.
Superfund Administrative„ Record Docuinent
Post closure care vlll continue for (30) thirty years after the closurecompletion date and conaiot of the following:
Ground water monitoring will be continued in accordance with the requirementaof Subpart F and/or the fceac available technology.
Maintenance of Bionltoring and waste containment Mill be in accordance withthe outline addressed in 40 CFR 265.91, 223, 228, 280, 310 where applicable.
' . 9'?' • . ' • ' . ' . • • . , . • 7 A-.
A ground water monitoring system capable of yielding analysis samples will'be maintained throughout the post closure, period.
The system will contain at least (1) one well hydraulically up-gradiant and(2) two down-gi-sdiant*
At present, there are (6) six monitor veils at the disposal facility, tflis at an approximate depth of (30) thirty feet and is located up gradiantin the unsaturated zone. ^2, 3, 4, and 5 are located respectively at theKorthe^sCo Southeast, Soutj and Southwest portions of the waste disposalsite In the unsaturated zone. All the we''Is were drilled to a depth ofapproximately <30) thirty feet. Bie ff2 .-IX, is non-functional - tf6 wellis essentially to constant industrial u& .. Its' depth is approximately(200) two-hundred feet and is located on the S.W. edgw of the saturated zone.
These veils have satisfied all state reviews and should suffice the monitoringrequirements addressed in 40 CFR 265.91.
If the life of the wells do not extend thru the duration of the post-active,closure or post-closure stages, the deteriorated well will be replacedaccording to good engineering practices. Addressed in 265.91 (c)
.223 (a)
All earthen dikes will be Maintained. Techniques such as grass, shale, rock,etc* will be employed in order to mitigate any erosion.
.228 (a)
All standing liquids will be removed during closure. All linera will beremoved if they are ueed during the active stage of the soil fara« Allresidues and contamination will be contained wi&hin the saturated zone offch& industrial disposal site,
(b) ' • - • ---^•r-
Declaosification of Che disposal site is to be a viable option at any time.It is highly unlikely that any of tha soils froa the site will be removed;rather i£ la ORC'fl approach to totally contain the entire matrix from theactive stage through the post-closure atage, Tn any event, declasslficacionwill precede Xft. accpr^ai'ae^ i i .261.3 if the alternative is sought.
(c)
At this time ORC proposes to totally contain all matrix on site in accordancewith subpart G of 265.310,
Technologically vith, the current application rate and type of industrialwaste, only a(vegatativeaground cover should be necessary. All liquids,residues, etc., will be dealt with by treatment and/or drying.
.280 (a) —
Methods of controlling the proper operation of the facility will be int3fe»e fo3l^"isa fashion,
/ »-;^L;/... .5 /VA /«^-- V'^" *'/-•^>/yt- • • " • - - -l' (a) (1)
Hie first indications of hazardous waste, migration will be met with the bestavailable technology in order to tiiicipace the problem. Monitor well parameterindicators will trigger the containment process.
o 'An impervious barrier will be placed over the site to control hydraulicloads end vertical migration,
An impervious barrier vlll be placed in the unsaturated zone in order to stopthe horizontal migration, A French drain system may be necessitated,
In any event the particular caae vlll be dealt with according to the specificconditions.
(a) (2)
The integrity of all dikes will be achieved with vegatative ground cover,rock, shale, etc. The reconstruction of containment dikes will be initiatedif necessary.
(a) (3)
The characteristic of ORC*s waste is such that it is applied a-.olat and mixesrapidly to form a matrix,
Six foot high dike wind break exist on the Korth end of the "industrial soilfarm". The likelyhood of soil erosion due to wind or the blowing or lossagedue Co vind is not likely.
(a) W
The ;yegatative cover will not be used aa a substance in a food chain. •
^(b) (1)
Only typical oily water waste frota the refinery are expected to ba placedon the industrial waste soil farm. ' - - • • • • » '
The load rate will essentially depend on the cation exchange capacity fromyear to year.
r
Aa indicated In the cloaure plan, it is OHC'a philosophy to decrease thealflount of waste as much as possible.. ^ t?^
<b) (2)
The taigratioa should cot migrate swre than three/toot, per the matrix uptakeand evaporation rate.
0) (3)
Location, topography, surrounding land use, with respect to potential effectsof pollutants such as proaonity to ground water, surface vater and drinkingwater sources coocerae have beea reviewed by ODH engineers and privateengineers with satisfaction. :
(b) W
Climatic characteristics are coiapafclable with the general operation of thesite practically year around* Precipitation pH recording ic now Inpllmented..
0) (5)
Geological and soil profile and surface and subsurface hydrology of the sitepand soil characteristics, including catlonic exchange capacity, total organiccarbon, and pU factors are and have been considerations. An on goingcomprehensive planning and control program deal wich these factors.
(b) (6)
Unsaturated r.one monitoring will take place during the active, closure andpost-closure stages.
(b) (7)
Soil sampling correlations of the saturated and unsaturaced zones willcontinue throughout the active, closure and post-closure periods.
A saturation <such as totalindicators of
(c)>f the top'soil matrix via physical and chemical parametersorgain carbon and cation exchange capacity are primarythe industrial waste site exhaustion or upper capability.
Loading of the site will cease before the upper limits are approached. Dueto this approach, it is anticipated that in later years a grassy covsr willbe all that ia necessary to control and contain the site,
If containment is not achieved by this method a cover and/or barrier wallsnay be installed to totally contain the leachates on site. Terraces, dikea,contour alteration and changes will bft Installed as needed to contain all .run off and run on waters* . .. ^ ' — -
The monitoring of the soil» soil-pore (lysemetry) watere and ground waterill continue throughout life and closure/post-^-closure period of so^ farm.
w wOna up gradlant veil and three down gradlant veils will be maintained foraasaple collection throughout the post-closure period or until the appropriateagentry Ie satisfied of the site's safety and Integrity*
The following parameters should he checked'once per year for the first yearand every two years thereafter. This list la accepted per 265,92. Parametersestablishing ground water quality:
1. Chloride2. Iron3« Manganese
4. Phenols5. Sodium6. Sulfatee
Parameters used ae Indicators of ground-vater contamination!
I. pHIX, Specific ConductanceIII, Total Organic CarbonXV, Total Organic Halogen
t l^.,—000
Metal Contamination Parameters:
1. Arsenic2. Bnriina3. Cadonluia4» Chromlua5. Lead6. Mercury7. Selenium6. Silver
Soil saaples vlll be analyzed on the same schedule as ground vater: Thefollowing paraiaetera values vlll be analyzed and derived for proper management
Indicators;
I. Soil fertility levels
1<2.3.4.5.6 .7.8. .9 .
10.11.12.13.14.
(n) Nitrogen(P) PhoaphorouB(K) Potassiiaa(Ca.) Calcium(MG) Magnealua
pHLime requlreEients to raise pH to 6.5Cation - Exchange capacity - CECCadmium ; ' "ChroaiiumLeadSeleniumTotal Organic Carbon (TOC)Oil content
Superfund AdministrativeRecord Document
W (2)i
The area will be restricted to authorized persons and functions only.
W (3)
The usage of the cover will comply with 265.276 and not be used for foodchain purposes.
- . , ... . -265*310 (b) (1) - (2)
In the «vent ground water contaialnation occurs due to ^ .e industrial wastesite, an Impervious layer vlll be placed on the top soil to control verticalmigration due to hydraulic loads. If. necessary a type of barrier vailor Freach drain system vlU 'he Installed to curtail the horlzonal migration.
(b) (3)
Erosion will be controlled by means of ^vegatatlve. co-ver staked straw bailsand agricultural terrace technique, "^-————-'"
265.310 «.c).''»./Engineering and Burvey data has previously been submitted to the appropM-'tcstate'agency (ODH-ISW) addressing all of listed ccticerns of .310 (c).Mitigation methods of the addressed conc&ms »«ill be maintained.
Superfund Administrative? Record Document
265.118
(a) A copy of the post-closure plan i/ill remain at the refinery (facility)office and the corporate headquarters.
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * A A*
* All deleted sections have been previously addressed or are'directed toward the ** acting governmental agent. ** ** * A * * A * 6 r i r * * * * * * * * * * * * * A * * A * * * * * * * * * * * * * * * * *
(a) (1) Addressed(a) (2) Addressed
(a) W W The cover or cap of the site will not be disturbed. A notice of thisrequirement will be placed on the property deed.
(a) (2) (it) Addressed(a) (3) The chief contact person for concerns pertaining to »:he Industrial waste
disposal site la; Dan LangstonOKLAHOMA REFINING COMPANYP. 0. Box 129Cyril, Oklahoma 73029Bus. Phone: (A05) 46A-2263Home Phone: (405> W-3W
M. R. SheetsOKLAHOMA REFINING COMPAN7P. 0. Box 26386Oklahoma City. OK 73126Phone (405) 424-4661
(b) The closure and/or post-closure plan vill be amended by ORC at anytime during the active period if deemed necessary. All changes vlllbe noted and the Oklahoma Department of Health. Industrial Solid WasteDivision will be notified within (60) sixty days of any changes.
(c) The post-closure plan will be submitted to the ODH at least (180) one-huadred eighty daya before the expected closure date.
The closure plan vlll be submitted no later than (15) fifteen dayaafter termination of the interium status except where a permit is Issuedto the facility simultaneously with termination of the interium ecatuapermit; or where the Issuance of a judicial decree or compliance orderunder section 3008 of RCRA to cease receiving wastes or close.
Notice of closure vill otherwise be aubmiKted to the ODH (30) thirty» days after the date on which the final volume of waste ia expected.
(d) Concerns and conmients will be submitted to the Regional Administrator/ODH within (30) thirty days of tha public notice via a newspaper notice,.or in any bearing process,
(e) The pose-closure plan will be amended any time during the post-closureperiod where changea in monitoring, maintenance or other events
Cy conatifcuteo a change In the post-closure procedures, 'H'.fi appropriateagent will be notified within (60) sixty days of the chfanrea or e\^: • . .
A petition will be directed to the appropriate agent to reduce or extendthe post-closure period. The reasoning for the alteration will besubmitted along vith information and/or evidence demonstrating the securenature of the facility makes the poat-cloaure care requiretcienc(s) un-necessary or supports reduction of the poat-cloaura care period specifiedin the current-closure plan. Primary examples are indicated by favorableground vntcr monitoring reaulta, characteristica oc the vaate, applicationof advanced technology, or alternative diaposal, treatment, or re-uaetechnique,
A closure/post-cloaure plan alteration request vill also be submittedIf aa alterationCs) ia required in order to prevent threats to humanhealth and/or the environment.
Superfund Administ-ativeRecord Document
Vithin (90) ninety days after closure ie completed a subioUtal to thelocal land authority and to the appropriate agency (ODn) a survey platIndicating the location and dimensions of the landfill cells or otherdisposal areas vith respect Co permanently surveyed tench marks* Theplat/short plat will be prepared and certified, by a professional landsurveyor. The plat filed with the local land authority vill containa notation, prominently displayed, which states the owner's or operator'sobligation to restrict disturbance of the site as specified in 265.117 (c).ttt Addition, the owner or operator will submit to the ODH and to thelocal land authority a record of the type, location, and quantity ofhazardous zfaste disposed of uithin each cell or area of the facility.The type, quantity-and location of the hazardous wastes disposed ofvlthin each cell or area of the facility will be submitted. To thebeat of our ability the above information will be submitted concerningthe disposal practices before regulations <rfere promulgated.
A notation cs the uaud to the facility property " or on soise otherlustnuafint which is normally examined during title search " that willin perpetuity notify any potential purchaser of the property that theland has been used to »anage hazardous uaste and its use is restrictedunder 265^117 (c>. '
r
Superfund AdministrativeRecord Document
POST-CLOSURE COST AND EXPENDITURE LOGIC
Please review the closure plan coat estimate data for more details.
The largest coat in the post-closure process la forecasted to be continuationof ground water toonitoring.
Thia coat la estimated to be approximately $1,000.00 per year for ground waterand soil saaple analysis.
The monitoring program will continue until evidence of the security of the vaatematrix IB evident.
Poat-CloauraCost Description
Soil and/or ground water monitoringMonitoring ftquipnent maintenanceVegatative cover oaintenanceDike, roads, etc. maintenanceSigns and fence maintenanceAdministrative
Estimated coat per year
30 Years Poat-Closure Period
Total Post Closure Estimates "•
Total of Cloaure CoatTnfral of Post-Closure Cost
Low
50000000
500
(30)
15.000.00
710.15000.
Per YearMaximum
1500500500500100500
3600.
(30)
108.000.
10.700.108.000
average
1,000250250250
50250
2050.
(30)
61.500.
5350.61500
Total of Closure Post-Closure 15.710. 118.700. 66,850.
realistically ground water monitoring and soil matrix monitoring vill only beneeded for (5) years after cloeure is completed. The amendment process isexpected to proceed at that point.
In light of the deviation, an on-going cost for monitoring vould probably ceaseafter th& first five years. This change ia reflected in the estimates below.
Total estimates after (5) five years of monitoring
Lov500
X 52500
710
X
Maximum33600
518000
10700
X1
Average2050
50.250
5,350^
Post-Closure yearly estimates'S yra. monitoring
Closure Coat
. Total Sum of Closure, Post Closure Coat 3,210 28,700. 15,600
The submitted total coat for closure post-closure ia $15,60_Q.
. . . Suporfund AdministrativeRecord Document
August 23, 1983POST-CLOSURE COST AND EXPENDITURE LOGIC
«.J-Pleaaa review the closure plan coat estin.-'te data for nore details.. *The largest cost in the poat-closure process Is forecasted to be continuationof ground water monitoring,
This coat is estimated to be approximately $1,000.00 per year for ground uaterand soil oample analysis. , ;,..„ ,,, ., ^,,, , ,„-, , „ . , .
The monitoring prograa uill continue until evidence of the security of the uastematrix is evident. . ; - - . . . - . , -
Poet-ClosureCost Description
Soil and/or ground water monitor!Monitoring equipment aalntenance
<Vegatativ& cover maintenanceDXIce, roads, etc. maintenanceSigns and fence maintenanceAdministrative
Estimated cost per year
30-years Post-Closure Period
Total Post Closure Estimates
Total of Closure CostTotal of Post-Closure COSE
Lov
,ng 5000000 '0
500
(30)
15,000.00
710.0015.000.00
Per YearMaximum
1500500500500100500
3600
(30)
108.000.00
10,700.00108.000.00
Average
1,00025025025050
250
2050
(30)
61.500.00
5,350.0061,500.00
Total of Closure Post-Closure 15,710.00 118,700.00 66,850,00
Realistically ground water monitoring and soil matrix monitoring vill only beneeded for (5) yeara after closure is completed. The aniendcient process isexpected to proceed at that point*
In light of the deviation, an on-going coat for monitoring vould probably ceaseafter the first five years. This change is reflected in the estimates below,
Total estimates after (5) five years of monitoring:
Poet-Closure yearly estimates5 yrs, monitoring
Closure Coat
Low500
X 52500
710
Maximuos33600
X 518000
10700
Average2050
X 510250
5350
ORC ExpectedTotal Sum of Closure, Post ClosureCoec 3,210. 28.700. 15,600.
•me submitted total coat for closure post-closure is $_118^7QO^
Superfund AdministrativeRecord Document
OKLAHOMA REFINING COMPANY. P. 0. BOX 1 2 9
C Y R I L , O K L A H O M A 73029
' TPST-CLOSTOE PLAJf
ADDRESS CLOSURE OP THE CONTROLLED INDUSHt'ALWASTE rAClLITT*
INTERrUM STA1US
40 CFR 265.
VASTS DISPOSAL PLAN /
WASTE DXSPOSAL SITE 5___IS008901
ORC APPLTCATIOH CONTXNUATZON ^
EPA ID? OKD091598870
Superfund AdministrativeRecord Docuinsnt
1. The vritfcen plan will ba kept on file at the Environmental Affairs nod acopy vlll be on file at the head corporate office.
2. 8<7 Acres are applicable and addressed in this post-closure docuaent.a< Land Fills are not addressed and do not apply
Superfund AdministrativeRecord Document
X. MRTTTgH rpST^LOgpE^PUJ^
1. A written poat-cloeuris plan will be maintained at the corporate office andCh« facility off lea.
2<, The ttaxlauB area anticipated to contain hazardous vaate la the soil fana area,^
3, The poot"clo8Ute vill continue and addressee a thirty year period un'-uss It- can ba demonstrated to poae no hazard and is approved by the RCHA Agency In
jurisdiction of tha policy.
4» All areas that were actively in use after November 11, 1980 are addressed,The soil t&r«s area was the only area that was active during that period.-
SPECIFIC POST-CLOSimg PLAN REQUIREMENTS C\Jin
ooo
1. At a isinlffluci the following areas will be managed;
i») • Containment Integrity (dikes).li«) Erosion controls a id vegetative controls '
tii.) Monitoring wells integrity,iv«) Egress security; roads, fencea^ gates, etc.v.) Sample collection, aoisitoring, reporting,
vi») Records, tranaiaittala and adralnistrative requiremenca.
2. The frequency of the poot-cloaurfc activities vlll be oa a weekly baala withMith the exception of sampling and analysis and related reporting. ThisMill ba preforaed on a yearly basis. '
All other reports required at that period of tine will be completed c-idflubaltted to the O&H - Waste Division as en the neceaaary scheduled ( ^nsdby the administering agent*
3. Groundwater Bionltoring plan epecifies includel
a. On& (I) up-gradiant» (3) three southernly dovn-gradiant and (1) one waterveil in tha Southwest comer of the facility* There are a total of (5)five e&aple points.
b. All monitor veils will b<s collected by the pressure displacement, pump,b il, J»tc« technique.
At present th(& preeaure displacement technique is uaed,
Consideration to eliminate or leBsen the possibility of contaalnatioawill be aade, • ••*
Ibe saraples vill be collected approximately (48) foity-elght hours afterevacuation of the veils,, • - ' - • '
C« The eaaples vill be collected ance per yearo Annually will b& consideredduring July of every yeae. , ^.;-..
Superfund AdministrativeRecord Documsnt
d< All teat will be preformed by a Oklahoma Water Reaourcea Board approved(Certified) Laboratory. AD ORC lab uay quality.
; Ml txefchoda of analyaia will be preformed In accordance with RCRA guide-linea and procedures Bet forth in Standard Methods and analytic nethodafor solid waste.All parametera Bet forth in 265.92 (b) (2) and 261.24 Table I vill beanalysed ae described in the Oct. 13, 1981 Soil yarffl Analysis Schedule.
SOIL TA^AKALYSIS SCHEDULE
yaraaatera egtabliabing ground ^ater quality:I* Chloride2, Iron3* ManganeseA < Phenola5. Na6.. Sulfate
Paranetera usad aa indicators of ground-vater contaninaCion; 00I, fH
II. Specific ConductanceIII. Total Organic Carbon
1V< Total Organic BalogenTheafe paraaeters lauet be teat (X^) in laboratory per submitted veil sample.
261,24 Table )?! . -!• Aryenic2. Bariua3. Cadnlim4» Chroaiua '. -5, Lead •6• Mercury7« Selenium8, Silver
e. All t&at vill be preformed one per year vith the exc&ptlon cf thefollowing which will be analyzed in quadrouple (X4).
1. pBII* Specific ConductanceIII. Total Organic Carbon-17, Total Organic Halogen
f. Keplaceaient of failsd veils vill be constructed per good engineeringpKac^icsa, per hydro-geological .data and within (10 ft.) ten feet ofthe existing veil if feasible and poesible*
4. All groundvater aaiapllJng and analyeiB concema may be better defined byreferencing the moat current ORC Ground Water tlonitoring ^lan^
"• »5. Maintenance plana for waste containfflent afcructurec' vill procade ae follows;
Superfund AdministrativeRecord Document
Inspection activities vlll at a minlmim addreea the following potientiala:
1. la there run on or ^un off of the facility
2. Do any dikes need fco be maintained
3« la any vasce material outside of dike areaa
4. Are there accumulations of liquida
A« Waste
Bo Rain Vater
5. la there any signs of erosion<yins—
oo0
6. Are roads or access in need of n&intenance
7» la vegetation control needed
8. Do signs need repair
9. Does fence need repair
10, Does gate need repair
11« Does nonitor veils need Maintenance
12. Does facility appear over loaded
13. Are there visually any other problems
The frequency of these inspections will be on a monthly basis*
The finsi cover will be controlled by good agricultural practices.The U<S. Dept< of Agriculture vlll be consulted If necessary to controlerosion and maintain a vegetative cover.
Cultivation and JpertAnate^ labor vill be preformed an necessary to insurethe integrity of the cover*
Pertill&ation may be a necessary mode of maintenance and vlll be dealtwith in accordance vith analytical or agrlculturialist consultations.
Thifl frequency of fertilization vill be preformed on a logical basisof one year to ensure fche integrity of the dikes per good ground cover.
*
Mulching of the area vlll be preformed by moving operations* Mowingvlll be preformed as necessary during the spring, summer and fall nontha.
Collecting a removing and/or treating of leachate is not anticipatedat thia tfese..
'Rowev'sr, all specific probleaa vlll ba dealt with per good engineeringpractices as the problea Is defined.
-1?-
Superfund AdministrativeRecord Document
fc&l. Gas collection activities are also not anticipated, but will b& dealtvlth per good engineering practices and per necessary and good ttitigativ<schedule,
B&tt, The facility Is aot in the 100 year flood plan and la designed for
.total contaltcaent.T r
6. Monitoring equipment will be maintained in accordance vith 26S,9lto yeild -
representative samples.
pH aetera, depth findera, etc. will be maintained fot accuracy.
^ ' *7*^- Due to the nature of the waste at thia facility (slop olla and residues)and the degree of hazard, security will be accomplished by blocking allacceasea, naintaiaiog fences and periodical survallnnce by & persondesignated by the company,
ininV-
oo
8. At this tine the designated person IsSDaa Langaton, I.H,, M.T.P, 0. Box 32Cyril. OK 73029(A05) 464-2263
9. At this felae a land fill operation, permits, etc< are not applicable to 0ORC'B operation* All doTaeatic vaete vill be diverted to apptov&d land fille
10. KanAgeraent acd control of envlroEonental .potiential problema vill be dealtvlth per good engineering practices in order to provide the best mitigativc
process.I* Kigratiou vill be dealt with per the specific condition and/or problea
after the hydrogeologlcal eiiaracterieticB are tevieved*
' a. French draina ' - ,b» Recovery Wellac* Slurry containfflent wallsd. .Etc.Hethods ffiay be used to control tha migration, v
All of the captured aaterial vill be processed in an approved facility,
2» The facility ia dcaigned to contain all run on and mn off,
Bovever, if flood conditions exist all run off is designed to entertwo holding baaioa* the capacity of number (10) ten and (11) EleventrapB are approxinately 135,000 cu» ft, and 75,000 cu^ ft, respectivelyThin ia equivalent to approximately 561,000 and 1,009,800 gallona ofholding capae&ty.
This material can "be puaped out and transported to an approved treatmenfacility or treated ia the existing waste water treatment facility.
3. Airborne partica.le do not appear to poae a problea at thia point andtha livelihood vill dealnifih aftac a ground ^over is cstabliahed,^ T i - '"
• — — . . - -1 . - k „ r ^P~...^.. ... ,.,. ,..-,.-,-.
Superfund Administrativeteord DocuiTisnt
4. Mo food chain crops are grove in the area. There are no adjacentareas that can ba utilized for food crop cultivation, without maaaiveexcavation, residential denolishstoa*
«
The Majority of the property adjacent and contignioua to the propertyie owned and utilised by the refinery. A covenant vill be established*on the soil tarn dee<S to prevent the usage of the lacd for that purpose.
^°... General ground cover closure was established after conditions andcharacteristics, of the following factors were reviewed;
1« TyP6 M3a<^ amount of waste*
2< Mobility and anticipated algration rnte<
3< Site location, topography, surrounding lan** use, etc«
4. Cliaate, precipitation rate, flood plane, etc.
5. Cover characteristics, contour soil types thickaeBa, porosity,^peraeability, slope, etc,
6. Geological, soil profiles, surface and subsurface hydrology
7< UnsaturaCed eone sonitoring*
• 8. lypee concentration, chAract&ristlca, Correlation of on site/off alfcaMigration -
•- - ^
^yTiniE_ LAND PSJ: vill be controlled by the following B
1. A copy of the intended land use for the present and future use iseatabliahed by notification eubnitted to the City of Cyril Counsel*
Planning, zoneine and cotapreheneive growth control nay incorporate thia
2» notification ami covenants to prevent building or food crop cultevatioaon the site will be incorporated into the deed language
3« All bench aarka will be set at the tljaa of closure and Maintainedfor future referenc®,
certxficat:B of liability Insurance^ " ^ .^inxnciaA ^esurance Informatiion
Superfund AdministrativeRecord Document
HAZARDOUS «ASTE FACILITY
CERTIFICATE OF LIABILITY INSURANCE
Harbor Xreuranca Company
11 XX | Pacdific Insurance Company ,I , ^u^<. ft^^M^A
yThe abova "Insurer" of»Loa Angelas» California hereby certifias that it haa i«sue4^ Liability insurance covering bodily injury and property damage to:
OKLAHOMA REfraiNG COMPANY, OKLAHOMA PIPELINE COMPANY, AMD AHDERSON RICHARD PIPELINE CO.
I/..*. "T ^\ v p"<)' B0^ 26386 " OKLAHOMA CITY. OKLAHOMA 73126 . , . ,I (the Insured") of _______________________;_____in connaction with the 00tJT\Xpsurad'a obligation to damonatrace financial reaponsibilicy under ^0 CFR 264.147
^ov 265-147.^ 0
Th< covara&e applies at; CYRIL, OKLAHOMA AND IH CLUSTER COUNTY NEAR THOMAS. OKLAHOMA 0
ALSO PIPELINE LOCATIONS IN CADDO. COMANCHE. COTTON 011
GRADY, STEVENS. KING FISHER. DEWEX AND CREEKCOUNTIES.
for HON-ACC1DEKTAL OCCtfRRENCE___________. Tha limits of liability, are $ 3.000,000 EACHOCCUm^CgrT5'7gtro. dO^M^^ o^afenae""co'st8:————
The covsrage ia provided undor policy number Jj ^^^_______iasued FEBRUARY 22. 1983
j Effective date of aaid policy la fEBRUARY 9, 1983
IThe Insurer further certifies the following with respect to the inaurance described inParagraph I:
a) Bankruptcy or insolvency of the Insured shall noe relieve the Insurerof its obligation under the policy.
b) The Insurer is liable cor the payment of amounts within any deductibleI applicable to the policy, with a right of reimbursement by the InsuredI for any such payment made by the Insurer. This provision does not apply
with respect to that amount of any deductible for which coverage isi demonstrated as specified in 40 CRF 264^^<f) or 265-147(f). , ^I , ^ ^^^'^^^^.^^^^^^r-'
c) whenever requested by g- g •ltmAl,Adm4.n4a^1<^4^^ flf.,c fi ^ i- ^ . (
. PrgtSCLlun' ffgeftey^^E^r^, fche Insurer agreed to furnish to the R&frioft l «i i«/n^..^/J/ ,„A^m4tUJLl-L. er a signed duplicate original of fche policy and all
f endorsements.
J d) Cancellation of the insurance, whether by the Insurer or the Insured,I will be effective only upon written notice and only after the expiration
of sixty (60) daya after a copy of such written notice is received bythe Re84e'sa3--Adtffi tiat-rat'oT<s - - ^ tha-'faciU^y.Q^s)i»<arief>~^ocarfre4, Ctf^.^.'^'^^- ^fl**k ,6^<>^o^ A^ y<"h. - I^-L*^.
Any other tersinaeion of the insurance will he effective only uponwritten notice and only after the expiration of thirty (30) days aftera copy of such written notice is received by £he aAeisa r rimitTEirera^&cXA)e^£^he' PA--Keip^mts --rn--»hlctr thB-C<r | . <fc- ltk ^^^nA &Ue. ' ^^^ - <?^ A *
^CffTIFICATE OF LXABXLITY INSURANCE
1 1 haraby corcify chac cha wording of this inscruaant ia identilcaJL to the wording specifiedin 40 cm 264.151(j) na ouch regulacion was conflt.jLcut.ed on the dace first above vritcan.and that.cha- Insurer ia licanaad to transact Cha business of inauranca, or eligible toIprovida inuuranca aa'ani excesa or fiuplua linaa Inaurar, in ona oc more atacaa.
v T ' s * 9 ' , ^ ' ^ ' , ' r •"•i; " '."mr*"? "wiiifX-"*l I ...-'•-'I l.f.I'h.t-l-i.L I*.'. .V;.; • J
C^c* bond e::cc^L'e<\:nrreciivc date:Principal: Zy: 1 -oho. i a J to .'tin infL ^pan:'
T;lw") l .'•;%.-; fccr'n"—————^"J.gh -.ia Cit:', (.Pria-iona 7:;^J
?. •.-in— i - I-- -[- '• ' • I-JC-——.-...——.
^^^v^oHiP _____________T,r?e o.C orG;' i"-'v:-iorl:yuret^-(ioa) The OhJ.o Ca.3ua.lt:'' T*i. ^J.e"aj'.cc__Cg.'' gn:.'
?.Q. '>0::__6^'17:Q^lai. Oih:-,b':la. /^-"-3EPA I-lcntification H^-ibcr, nanc, a4(ire33, and clos irc an-l/or pool 'closure ano',infc -^or each -Tacilifc;" guaranteed by thic "bond:
ff:lg;io-ia ^o.CinJ.-i" Oo-'ng^^^^l.-O^^v^ 0:?) .' '; '?'ZT2fierincr^- ^^^.^n.^^.'iT.^O.^^n.oc^^^ '.'l^,^^.-'*'^
0•\0•T-
•o'00
fclos'ire^o^t, _ . _ _ . _ _ ^Clo^^e^Co^i ^"LOgO-O?T7-]'-„1L' .-»i -* -... ^^•^,-^".1^TJ-•;^./vt;•tS7X-o^t Clos-Jrc Gosfc: ;103. 0.00
Tot&i rc^p.3. r.-w or ^o^J-: tl 222^22 POOR QUALITYORIGINAL
rJTiO-..* A?.l ^crr.o-c.s Fi:/ '^w^e rresonts, Tl'at '.'e, t-lic "ri ci:*?!- ^l.;&.n'efc7(ies) hc3'oto arc -Cix- .l.,' "oo'.'nd to iic 0'<l nor:-?. r.?;Kte ^^•-"'-.•^ii:of HeUfch in S;!;e -•ibo'/c pc.'.al GU-I for the parent of :'hic'-'. ^i'J'oiir.'scP.ves, o'-'r heirs, c::ecufcorG, ad-iiinisfcrators, cuccc';'^oz'r., a-*.assigns jointly s^-l .•Gover.i1.?.. --, proviao<l fchafc, ^hfire the u'.M-c^-'dc"'-arc corporations acting a^ co-s^JLre^ies, ' e fche ^'.irefcie^, oin^ oii-r-selves IQ G'-.'.ch ^±-a "Joinbl.;- aac*. ficverall^" onl Tor the purpose o^allo-.-iiiG a joint action or actions against an,1' or all or us, an'J Corall "other purposes each SJirct^ binds itsel.", joi-ritl;.- ruyl £°ver?,ll;/'•n.th the 5-^in.ci^al, for the pa^Tient of s'Jich SUJS o l,,' ?.s is cc': "crchopposite the na?:e o.C such C»'-.ret7, but if no limit o^ li bilit.y ieindic te-i, the li-zit o.C 15.abilit^ sh ll be the full .ano*m*: or the^e"1*'! c"'-.
'.^I'jrcnG Kai-1 inci'v1.! i':- rc'i'urc^, u-J-zer the iT:l-\-.o •t' Uo *'.-"< • : I-• ' .In-luotirial Va.'.ifcc Dls;po';al '\C'/G to hu.vs ^ ^er:-ii!: or i:iL;;c-'i:i ::.''•. :-••:•in. order ho o"n o:: opc •'••'.*<-' c".ch *i :'.ir''!01'.". " .".';c •l.'1;•v*.Jftlt<' i; "-c.^i'1'..'i'l<;*^^i•"'^c•^ "VtO'/'-;, n.'i1
t^oreaG r id princi .-il ir» 3.*co,uircd to provide Financial f-i :i':.r.i'iccfor clo^^re, or cloGuro •.•vl ^o',G"c3.o""rc care, a^ a condition oi" t-'\ep^nit 01- incerx-i ".!;a .'r-, -ir.t1
"i "•• •»v, ,.,, wa ,r ..-» ,„ rt- -' . - . » + - . . i n' i
is required "h^n a i.-'^-c1':- l.-o'' .s 1.l?•t '• ';o rrov1 '1^ a-?c'«s -'ir-^z^''.^!Superfund AdminisUative
Record Document
J
. o", '-".e-.'c "c'-'c, "' *?c •-••^'s 'i':io-"1?.* o.'" I'-i? r/L'li- .io <- •• :c :'-*ich ';'y.;:i7 ^S:o "J.-i:' ;!':.- -'1 .';h-')-1-'* -C?1;^ l;'i.""J. -, he"o;''c C^JLC u ;;:i.ifin;; o" .-?j."»"l.'i.clo:='\rc or each ."p.cilit:/ iw ;i:i(3;1 above, .drKJ. tho ::;;:{n'.c,- ::3.-t:.r1!---'1. in .i " \o' •; •:- (:;) Kci-.^i'Tic.! ^bovc ^or <;hc ."-icili';.:•,
0-. :. ^:»o ^r^lci^l. • r;^11 '"^r: ^*ic '.'.'-.w^:: ',?".•€•; ^ "-•' i^ -;--c;ia'/o'^'i;''^,' "i^^i1 'i5 ^^':? ^'"er .?;i o_*^or ''--o ^e .. cl^^'iro i." i-';:-'.c'1-b./ ^he 'aw^'.,"^.1- C'>"" ii;cio--'*.e:-' o.? 'T's^l^h or n 'J*'J- ':li-::;r5-c^ c'"-::.*':or o';hev co'^r1; o" co;--p--i:c-,:7 ^-•'i.'rlic^io.t,
Or, ir t'lic rincipil ch01.! proviso -' erria'uc .Cl^^-^ci'?! z.^-'-'.-ir^ncc:,as speciriea in :;-Anari; K or -''•OCra Farts or 265, *ai; a^plic^olc,end obfcGin tho Co;yil'; ionei1 of Health's ^rxlten annroval oi' £"ic3iassurance, •.-xcbin 9^ a^G ari;cr the d-ai-c not-ic" o^cr^ccllao-iol: isrcceivo'". ::-." bo^i ^':c "-^-"'"i?"1.?. ?'r-< '-•o Co::"':i:~.-io'.c'r o^ 'Icrl';1'. "'./r--- v~Slis ^•Jr'c^'Ci^-'1. i ^-"'!"' ';'ii;'- oolj-.^^ior: ./?'".?.ll ^c- :-vul '.u':'. ••/oi'1) o^hcr,'^5
i. c it; i:: ^y .\'c;z''.:'.'* '-:'. f:-?.?. "•ires ?-'.z . R".'ec^- ' ' '07he .'y-tret.y(ie^-) ^hall become liable on ^hi bo:"1-'''' 0' li. .bic . o'll.yo
*-?hen t]ie ^ri ip l ^^s railed to .?uli:il1. th0 con/litio^c oe^cr.'.'L-'e-1, ^above- "t'nor- ^o^i-^-lca^ion 'i-y the ?)cparl::icni; Co.r^iGi'io^cr o^ '• .-•.l htha;: ^he r -i pa.?^ !m^ C."J.\cd ^-0 pel'^oriA ''??? yi.^rs^i^cc'1 b.y 'li'i bo.i<T,fche :'3l•.vo';''(ie^) c''\^ll pir.ce ?'.i."'is in "<;5ie a'll.Q i•*^ ^l?.L•-•3J•'.^ce':. -"orfch0 .?.C3 l-it^ io.?}!'i:ibo ^hc •'itaj::1 ' tru.';*/ r-uiu ZG ^.ircci.cd h./ ^'^eCo: .".'.i'-: *"i •_'"i r.-f ^ r ic'".! '.''i«
'i '-s .''.ia i. i-' ' o." l'l3o ^"rc-'^'de.?-) ';:11:'-1-'I. -'''ol; ^e -'.j . c^ '. o''. c"ai .' pti -'e'i-'.: or c'J-^c^^^io:'*- oi' p^ '.or.L'c ^src^ui' c.1:.. ''.:. 10;'." ?"-'. '.u;i}.such ^^~-.3; t or. pa r-ic. ;:-; ." •.".11 ' ou'-1;: in the ^C'-^'5^"-^ c ; •;c'l./'l.3U:'* or bhe 'ooz<, b^-i/ in no e-'o:it ^U'3 .1. the obP.i 'i1^?''' - o. ':'•r- ";:.'<'-':-•''i'^-:
/ It/ '.J •hero in^er e::cec^. tliG-' a-io'-'-n''; o^ d?.i pc^?.! -'rv-,
?-:e 'yu'et.-^ies) •3?^- c*xicol the 'oon'J b;- ^or-^.j-ns notice of r,.-".-cell^L'ioa "J^ c^^tirie-< nail to the rrin.cip-il a' ''1 t'u; ^o-Y^i--:^i'?'Lcr ofHealth, provide''1! ho^o'/cr; ^/hs^ cancellation . iall r-o'^ occ'.i" .''-•-•"i:-*^t'-ze 123 ^.?*^^ t e;3il'•ni:is on bhe ^abs or receipt o£ ^he notice of c^".*-cellalio^ b' ' bot?i che y^i-^ci^al and .e Corl•ni•'5 ior' r o1" ^er.l^h, 'l.-:/;--j '•?«-•• if*-.-* '*•,-- h*'1^ .'.'" "'*l.'"l~'. r>''li".r.li"t '"r »
T.'ic -".t.'i.'ici;-1 ''- 'i;.' ^c" i-v-r';.R ^hi." bo"/.1- I;;,-' .';r;n.!:..> - •:.-i'.',^ i "o';.-.? '.'.iIhc .I'ire^(iG:r'\ orovi/1-s^-, a^'-cvc;.', L-hat no "-.».ch notice .••'. .ll occ.o.c1
efrec';ive 'Ji;itii t^o .''/r-rcG/Cic.^) receive (.••3) •.••I'i'.fcc:! 1.; ;11n"il.: l:ic•n ^orfcer7.u"i%tio;i cr ^ho l)o.'i<i b.' ^.^c /';o:1-u.''; •Loncl' o.' :rc."".?. ;h or ;;'-:e O^.l. ioiiani; .i;s of '!cal';h.
Tn '.^'.'ic1;;'; '."i/'E-co-'1, i. .c ! .'•J.n ip-'11. a?:'^ ^''J'oi'-^CiQ.'^t h-'iv^ c,:c<"'*:;c-'it/hir •'i'.'.'-.'ici'll • ''"-•.'"''.".••' c ^o.'r! "-•-1, h-Tvo •".'"i'";c''' ':h(;iY ;i<' .'-l:' en I ifi <.-?'/^"'•/->*•• "rt' ••'*-'• '»'*' "'i~'"/i• *** •^ ..IJ, ',.;i ^.uiJ-i..-. • . .
^COPIED rR^M" P O O R Q U A L 5
• - ORIGINAL • ' fiS^
ie 5-cr.^q'::"; "JO-ic; .':.i ;'.''--.'.7'cG -•'.??";'.-!' bs?.o" :;f;.l•;; );- CCVM:'*' .' -U:L-hc;- fl."c <'--p-i--hori.';o' to ^cc-;';^ i;hic' surc ." bond o^ be::il-? 01," L-her-ri ciual nn-'j. «'3-.u"e';./('-c3.'? ;'.nd W!^ L-ho •..'ol' ip o.r •l.hi.'; .<;".-oi;;/ bo-idis i'ien ical So t;:e -./ordi ; .••;;;cci 'ie'l in - G: 2-3': -"i^l f''1)) y'li^-c-.1
i'Jfca<;f3.^ .rhvj.i'o-.ic^ l ^>.'ObCc;;io.' -'.^e;1 ' F'p?roved p-'l:o.[?'L•:o:'•^, •" r l1!^G^'^.fce o.r O':.l?.';o:';a ;2s .'r^ch rc^•".'t-?.^io^a '..'oi"? coa^t-.'l';'! •':&'. o.-: ^nc <7"^ckhi.'': bo;rl \iw c'r^.c':'';^-1,
O ig.hona JTeJ'jniz^ fell^'i:'__________- . inclnaj , OJ
gr: ^^-^-^ f5, T,. ^i^er;-c-i'^. Ig. J^^^yg /^j-^ '•T'eTri'^"!. o
0
T^^ o^o GA^^^rr i?r;; : J:: .rx). ;T^n-.i.^; ^•.q.^o^T^-iy •___^___________Qiq^- i- '', ^'^J-5- ^^'^.J^?^ OJ Ix^O .-u. iaOJ.'- C ,^0_________^ /7 • '
/ / /^~^ • ^T,'. "Trr r''*"' T-t"-; -^ • ';<';^'''* /"i.''i.' /"^.•'~;/ / /Y / ^ , ./ -J^^t.lJ-' JlJ j. 'fl. ..J-^^JL^^.^ftJ^t,/,'^-'",^^'______________>
C^Lfatcr'Gisn^ " J ' / ~ " T'/j.liia." i'. liC^^eiJ^-lfc^ornc;--"!^'1300 Jf. l-/. Gra.'-'d ^Ivd-
G-:la. Cit^, 0::la. 731-13 Bond Pre-iizci •'Ll-dll-20___________
COPIED FROM^ .• POOR QUALITY
ORIGINAL
Superfund Administrative jRecord Document §
000.162 jgyjSSWiliaSaawwa^-—'''
Appendix
Cyr-il Oil ReFinery Site Plan
Monitoring Well Location Map
- ' 1
Superfund AdministrativeRecord teuffient
000163
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