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� 2 � Q <br /> M A, Oh m <br /> � • ern <br /> Z wOo �„ <br /> D w W O N <br /> A Ca <br /> (7 N Ca <br /> IQM <br /> Table 3-3 O O m <br /> Containers with Potential for Oil Dischar a fA <br /> Z Area Type of Potential Direction of Secondary Secondary I b D <br /> M failure Discharge Flaw for Containment Containment (� <br /> _ (discharge Vokume Uncontrolled methods Capacity O (� <br /> (n scenario) Gals) Dischar a (Gals Q <br /> Containcrc <br /> Yard-Unleaded Premium Container 12,000 Pools in Berme d Total @rA <br /> O �t <br /> Gasoline-91/Diesel AST t#1 Rupture, (largest enclosure Secondary 5,000gals. <br /> Containment <br /> Leak Overfill chamber in <br /> AST) CD <br /> Integral Total <br /> Yard-Unleaded Regular Container 25U gals Pools in g O r <br /> Rupture, each enclosure Secondary 100%@ 750 <br /> Gasolene-87 AST#2,#3,#4 P Containment als. <br /> Leak Overfill <br /> G <br /> Piping, Valves,etc. CD <br /> N <br /> n <br /> O <br /> N/A � <br /> Additional Areas location where oil is loaded to of from a container Total Tanker <br /> Service Bay-New Oil/l5w40 Container 300 Pools in Berm <br /> Rupture, enclosure Contents 300 <br /> Leak gals. O <br /> Overfill <br /> Service Bay-ATF Container 120 Pools in Integral Total Tanker <br /> enclosure secondary Contents ' <br /> Rupture, Containment 9,500gals. <br /> Leak <br /> Overfill <br /> OfIger Oil-Handling Areas or Oil-Filled Equipment(e.g flow-through process vessels at an oil production facility)— <br /> Service-Ba {DEF) <br /> Container Rupture 300 Pools in Ba None 30D aSs � <br /> Use one of the foilowing methods of secondary containment or its equivalent:(1)Dikes,berms,or retaining walls <br /> sufficiently impervious to contain ail;(2)Curbing;(3)Culverting,gutters,or other drainage systems;(4)Weirs,booms,or <br /> gther barriers;(5)Spiil diversion ponds;(6)Retention ponds;or(7)Sorbent materials. <br /> For storage tanks and bulk storage containers,the secondary containment capacity must be at least the capacity of the CD <br /> largest container plus additional capacity to contain rainfall or other precipitation. <br /> CD <br /> ,470 gals. <br /> if a catastrophic event, such as an earthquake or major fracture occurred, 13 ~a <br /> � CD <br /> (capacity of all vessels) could be lost*. <br /> anks are: a T 1 AS12 ODD gals Diesel fuel* b c d <br /> Facility has seven storage tanks. T 1 . <br /> are 250- al ConVault tanks w/ gasoline,waste oil and kerosene res ectivel . All <br /> tanks have int e ral secondar i containment- the ASTs are situatedIS.the south of the <br /> Service-Ba !n the Service Ba are: 1 300- allon new oil tank within a of -berm' 2 0 <br /> 120-gallon ATF tank with inte rallmetailic secondar containment AND 3 a 300- allon <br /> CD <br /> of DEF tank with NO secondary containment. , <br /> Additionallythere is inventor of various lubricants in small less than 55 al. <br /> containers in the Maintenance location the invento—f of such than es from time to time <br /> CD <br /> based on usageCD <br /> - <br /> *UST; are exem t from SPCC plan _guidelines but are referenced herein. <br /> - CD <br /> 0 <br /> y o <br /> revent oil from reaching navigable waters. Explain the = <br /> Secondary containment is provided to p <br /> 1, >v <br /> CD CD Cn0 <br /> 0 <br /> D � <br /> (Q IBJ <br /> CD A <br /> W <br />