COMPLIANCE INFO_1985-1993 - Laserfiche WebLink

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131:0034 ..�` yy� the t at Only) con ~ as oa to .. •® In the 101- ' 1(®) 81 .ft ftW She" pump UmdatV ape V M11"%%slamn ar lices ma of the be p shaft be and " Into an be monitored fee WSW cow" should ternal butft' a" which hu"Btd wbm Mob Me and event. what" ICM_ aS a other � tank, at"as are used should be ystem drainage Ili) Tits fsYlbtlit� of s an at• chi from Iia to pre• be oro - In event at "alpo" sallure oe (rte) New and installations human W at the f Y far Y tical. be fall -este (a) > tasks ). tU t x�o or into a tall -sate cludior engineered Iostauam to avoid tank should to Mod for the dmW at Consideration Should be given to oil unless its and uoa ms one or more of the f s are compatible with the material stored �)NWh liquid level with an am conations of Y Prse• audible a at . constantly rammed operation at Surveillance stare andteenp�ature. etc. it=: to smaller plants audibleSir(ii) All bulk storage tank tenets should be constructed so that a second. vent may sullies. ary means of containment is provided for (8) Considering size and complexity the entire contents of thtlargest Of the facility. high liquid level PUMP tank plus Suftiont to �� cutoff devices set to stop now at a pre - for PreciPitatioa. Diked areas should be determined tank content level. suMclently impervious to contain spilled (C) Direct audible or code at" cam. on. Dikes, containment curbs. and pits munleation between the tank gauger and ars commonly employed for this purpose. the(D) Pumping fist st"on.respoq for deter - but they may not always l aonsist of e.a mining the liquid level of each bulk stor- co pl e e drat system could tonsure of a age tank such as digital computers. tele- ranoodte drainage trench lei termiurenate ate Pulse, or direct vision gauges Or their ranged so that •spill could terminate equivalent. and be safely c In an M -Plant M liquid level sensing devices should catchment basin or holding pond. r be regularly tested to Insure proper (LiD Drainage of rainwater from the ®Plration. diked area Into a storm drain or an a®u- (1x) Plant !®uents which are dis- charged discharge that empties into an open charged into navigable waters sObservedhould water course, lake. or pond, and bypass- have disposal facilities fre- ing the In -Plant treatment system may quenty enough to detect ale system be acceptable if : < upsets that could cause an oil spilt event. seallee d closed. The bypass vale L normally (x) Visible oil leaks which result In a (B) Inspection of the run -oil rain Was of oil from tank seams, gaskets, rivets water ensures compliance with appli- and bolts sufficiently large to cause the cable water quality standards and will accumulation of oil in diked arias should not cause a harmful discharge as defined be pr'omvty corrected. to 40 CM 110. (x1) Mobile or portable oil storage (C) The bypass valve Is opened. ana tanks (onshore) should be positioned or resealed following drainage under re- located so as to prevent spilled oil from spore ble supervision. reaching navigable waters. A secondary Adequate records art kept of means of cent&laasent. such as dikes or coclvi Buried metallic tanks re catchment should be furnished D- for the largest single compartment or resent a potential for undetected spills. teak. Tia! facilities should be located A now buried installation should be Pio- where they will not be subject to periotic tatted from corrosion by coatings, or washout cathodic protection or other etfectiv methods compatible with local soil con- ditions. such buried tanks should at West be sub acted to regular pressure testing. (v) Partially buried metallic tanks for the storage Of On should be avoided, un- less the buried suction of the shell 4 quately coated. since partial burial in damp earth can cause rapid corrosion of metallic surface, at the e4rwair interface. M) Aboveground tanks should be subject to periodic integrity testing, tak- ing into account tank design (S root. etc.) and using such techniques as hydrostatic testing. visual Inspection or a System of non-destructive shell thickness testing. Comparison records Should be kept where APProPriate. and tank sup - Ports and foundations should be In- cluded In these huPectims. In adds the outside of the tank should fro® quently be observed by operating person- nel for signs of deterioration. leaks which might cause a spill, oraccumula- tion of oil Inside diked (J) Facility transfer operations, Pump- ing, and (n -plant process (onshore); (ex- cluding production facilities). (1) Buried PtPft Installations should have a pro• tuctive wnpPing and coating and should be cathodically Protected If soil condi- tions warrant. If a section of buried line Is exposed for W rose= It should be carefully examined for deterbration. V damagecorrosion Is found, additional examination and corrective action should be taken Y Indicated by the magnitude of the damage. An alternative would be the Mon frequent use of exposed pipe corridors or galleries. (S) Nghen a pipeline Is not In or tn standby service for an extended time the terminal connection at the transfer point should be capped or blank - flanged. &M marked Y to origin. (Ili) Pipe supports should be properly designed to minimize abrasion and car- roalm and allow for exoamsion and con- traction. Environment Reporter (I®) All abovegromd valva tad pipe - 11048 Should be subjected to regular ex. tlons by operatingpersonnel as which am the gonad emotion of lt=W arch Y 111=60, JQMt16 expansion Joint&- vdv glands and bodies, catch Pipeline SUPPOrtf. locking at valva~ and metal surfaces should be Sgressc& In a4ditlo4 Periodic pressure testing may be warranted for piping to areas where fulllty drainage is such that a failure might lead to a split event. (v) Vehicular traft granted entry into the facilitt should be warned verbally or by 4PPr0Priate S19US to be Sure that the vehicle. because of its rias. will not Ondsaga abovd ground piping. (4) Facility tank car and task truck foadbe®/entoad(np rack (onshore). (1) Thank car Said tank truck loading/m. Imin- Imum gProento and cedure regulld Meet ation by the Department of TranSpor- tattoa (Ili Whore rack area drainage does not Sow Into a catchment basin or treat- ment facility designed to handle spills, a quick drainage system should be used for tank truck Wading and unloading areas. The containment system should be de- signed to hold at least maxlenwm capacity Of any Single Compartment of a tank car or tank truck 1 or unloaded in the plant An Interlocked warning aght or Physical barrier system, or warning signs, should be provided In loading/un- Wading to Prevent vehicular de- Parture before complete disconnect of Sexible or fixed transfer Maes. (Iv) Pries to n1ling and departure of any tank car or tank truck, the lower- most drain and all outlets of such ve- hicles should be closely examined for leakage, and if necessary. tightened, ad- justed. or replaced to prevent liquid leakage while in transit. (5) Oft production facilities (onshore). (1) Definition. An onshore Production fa- cility may Include all wells, fiowlines. separation equipment. storage facilities. gathering Maes. and auxiliary non-trans- Portation-related equipment and facill- ties In a Single geographical oil or gas Seed operated by a Single operator. di) Oil Production facility (onshore) drainage. (A) At tank batteries and cen- tral treating stations where an sed - dental discharge of oil would have a reasonable possibility of reaching navi- gable waters, the dikes or equivalent re- quired under 1112.7(c)(1) should have drains closed and sealed at all times except when rainwater is being drained. Prior to drainage, the diked area should be Inspected as provided in paragraph (e)(2)(M) M. C), and (D). Accumu- lated oil on the rainwater should be picked up and returned to storage or dis- Posed is accordance with approved m(B)o Field drainage ditches. road ditches, and oil traps, Sumps or Skim- mers. If Such exist. should be Inspected at regularly scheduled Intervals for ac- cumulation of oil that may have escaped from Smart leaks. Any such accumula- tions should be removed. (hil) Old production facility (onshore) bulk storage tanks. (A) Nio tank should be used for the storage of oil unless its material and construction ars compati- ble with the material stored and the conditions of oto [Oft. 1121(o)(511001 64