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15. TANK TO TEST <br />MMMY by posiian <br />Brand and Parade <br />a. BRIEF DIAGRAM OF TANKFIELD 16. CAPACITY <br />Norn+in.t Capacity — <br />t8aiiaw <br />By most wo rats, cr-e"4 2 <br />capacity Chart available - -fes, <br />Gallons <br />17. FILL -UP FOR TEST <br />1 '! <br />bar FBMtpp IN,� bras 2 i ok m ser " Inventory <br />to 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑ wsw in 19 L.inab) being tested wian LvuT <br />Sw manual sections applicable. Chat below and raewM wocedure In bg (27) ❑ High wow lalM in W* sxeaadbn <br />Use maxi m re allowable test pressuret all <br />Foto pound Pule On not apply to doubbwN larnks. <br />Complabs section beae: <br />1. is fop pound nes tequired? <br />2 Heft to 12• mark fran bottom of scat <br />A Proewre at boKom O lards <br />L pressure at bP of tank <br />Yes No;Q <br />Q in. <br />®® P.S.L <br />In. <br />In. <br />In. <br />The above calculations ue to bre used for dry WR conditions, to <br />establish a poW"promroadvantogc orwhenuafttfwfouP pound <br />,.Pyle to comwisalls, for the presence of subsurface water, in the t <br />area. <br />ROIW to REP.A. 30. $e041oM 242.4 and 24.2 and the tuck <br />avanufackweir regudktp allowable system test <br />19. TANK MEASUREMENTS FOR <br />TSTT ASSEMBLY " <br />Bottom of tads to pry .:.......................... . 3 kn <br />Add90" for "1` probe away ........................... �y 30 kn <br />Total %it" to severable — approxim" ............. �.®� In. <br />20. EXTENSION HOSE SETTING ry <br />Tw* tap to grade• .................................. ZS, M. <br />Extend how on wMbn tube e" at mora <br />below tank tar ...................................... G In. <br />•u FBI pipe exuride some Waft, use tap of INL <br />22. 2513 <br />digits Q <br />So" Na. a 145K —41 °F <br />23. MAU W <F in mW of supected Omp "3 ®igft <br />COEFFICIENT OF EXPANSION (Complete after circulation) <br />24a. conoaled A.F.I. Gravity <br />Observed A.P.I. Gravity ................................... <br />HydrometeP employed ................................... H <br />Observed aempM Temperature ......................... •F <br />Corrected A.P.I. Gravity <br />0 eg•F. From Table A .................................... <br />coefficlarl O amara on <br />for Involved Product <br />From Table B ............................................ <br />Transfer COE to Una 25b. - <br />Total Galbro <br />Gall" ea. Reading <br />i/ <br />2c <br />'rrwWw total to line Me <br />21. VAPOR RECOVERY SYSTEM ❑ 1 galso. it <br />24b. COEFFICIENT OF EXPANSION <br />,RECIPROCAL METHOD <br />®f <br />Type of Product ........................................ <br />K/drorneter Employed .................................. <br />..� <br />—yam—H <br />Tenverallue In Tantr <br />•F <br />Atter Ciroufalbn........................................ <br />Temperature ofrDarilple ................................. <br />•F <br />Diff (o/) ......................................... IF <br />Observed A.P.LGravity ................................. <br />S0 Pap ,_� <br />1yi® <br />. <br />Toth quantity In Reciprocal <br />VWww chenille In <br />fulltbilk (tea 17) <br />ales left per IF <br />Trwaiw In Line Zea. <br />24c. FOR TESTING WITH WATER Tam C a D <br />8 <br />water Temperature dtw Circulation <br />Table C ................................................ •F <br />Ocewocw t O Water <br />Table D ................................................ <br />Added Surfactant? ❑ Yea ❑ No Traroter COE to l ne <br />25. (a) Lf x (b) _ (c) prsane <br />TON Quantity in COWWW Of for Volume dwnge In mad tank <br />lud tack lee or 17) Involved product par IF - <br />26. (a) *,,,72 S 172 2!:1 o 301 a e ®,Z,x sl This <br />Yoluma d -Ge par IF (25 or 240) Digits per IF in tea voknM dwige per dip "a <br />RwW (23) Corapulle to 4 decimal plats. haior (a) <br />