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WASTE DISCHARGE REQUIREMENTS -6- <br /> GOLDEN GATE FRESH FOODS, INC. <br /> VICTOR FINE FOODS <br /> TREATMENT PLANT AND <br /> CLASS II SURFACE IMPOUNDMENT <br /> SAN JOAQUIN COUNTY <br /> 24. DBCP has been detected in monitoring and domestic wells above state actions <br /> levels. Users have been notified by the San Joaquin County Public Health <br /> Services. This contamination is not related to past or present discharge <br /> practices at GMI or VFF. <br /> 25. The facility receives an average of 16.27 inches of precipitation per year <br /> as measured at Lodi between the years 1951 and 1980. The mean evaporation <br /> for this facility is 68.0 inches per year as measured at Lodi between the <br /> years 1932 and 1977. Based on these data, average annual net evaporation <br /> at the facility is 51 .73 inches. <br /> 26. The 1000-year, 24 hour precipitation event for the facility is 4.89 inches, <br /> as calculated by Rainfall Depth duration frequency for California, 1982. <br /> 27. The 100-year, seasonal precipitation for the facility is 31.81 inches, as <br /> calculated by Rainfall Depth duration frequency for California, 1982. <br /> 28. The facility is not within the 100-year floodplain of the Mokelumne River. <br /> 29. Surface drainage is to the Mokelumne River, a tributary to the San Joaquin <br /> River and the Delta. <br /> 30. The beneficial uses of these surface waters are agricultural and municipal <br /> supply; ground water recharge; power generation; recreation; esthetic <br /> enjoyment; navigation; fresh water replenishment; and preservation and <br /> enhancement of fish, wildlife and other aquatic resources. <br /> DESIGN OF THE EQUALIZATION/EMERGENCY STORAGE BASIN <br /> 31 . The Discharger proposes to use a double-liner system for containment of <br /> 'designated wastes ' in the EESB. The design of this system consists of a <br /> 60 mil high density polyethylene inner liner and a 40 mil high density <br /> polyethylene outer liner with an intervening leachate collection and removal <br /> system (LCRS) . <br /> 32. A registered civil engineer will certify that EESB at this facility meets <br /> the construction or prescriptive standards and performance goals of <br /> Subchapter 15, except for the engineered alternative describe in Finding <br /> 33 below, which will be certified to be consistent with the performance goal <br /> addressed by the construction or prescriptive standard, to which it is an <br /> alternative, and affords equivalent protection against water quality <br /> impairment. <br />