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Table 2 <br /> POTENTIAL SPILL SCENARIOS <br /> KRC TRACY PLANT <br /> Source Type of Failure Volume Rate Direction of Flow Method of <br /> (gallons) (gal/hr) Containment <br /> Above round Stora e`Tanks <br /> Fueling Area Oil loss due to 10,000 500 Fuel would spill within the concrete paved area JL 2085 AST and <br /> Containment damage to tank and possibly flow to pond if not adsorbed wh0e paved, drainage to � <br /> highway diesel traversing the base rock area.. pond, <br /> fuel AST Oil loss to tank 500 10 Fuel would spill within the concrete paved area UL 2055 AST and . <br /> leakage and possibly flow to pond if not adsorbed €^ile paved, drainage to <br /> traversing the base rock area. pond. I� <br /> Leakage from 5 <1 Leakage from fittings would spill Co PCC Paved area with <br /> aboveground fittings pavement drainage to ond <br /> Tank overfill or other 1-100 200 Fuel would spill within "Baker Box" enclosure implement contingency � <br /> spillage during fuel or the concrete paved area and could floe,to €an. <br /> delivery pond. <br /> Fueling Area Oil loss due to 500 500 Fuel would spill within the concrete paved area <br /> Containment off damage to tank and possibly flow to pond if not adsorbed; hi'le <br /> highway diesel traversing the base rock area. <br /> fuel AST Oil loss to tank 500 10 Fuel would spill within the concrete paved area <br /> leakage and possibly flow to pond if not adsorbed while <br /> traversing the base rock area. <br /> Leakage from 5 <1 Leakage from fittings will spill to FCC Paved area with <br /> aboveground fittings pavement d-ainage to pond <br /> I <br /> Tank overfill or other 1-100 200 Fuel would spill within the concrete paved area irnplerrent contingency <br /> spillage during fuel and possibly flow to pond if not adsorbed=whHe plan. <br /> delivery traversing the base rock area. <br /> Utility Transformer Enclosure failure <200 <br /> II <br />