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Building 508 - NAVSEA ES <br /> The waste streams generated by NAVSEA are from equipment overhaul and <br /> maintenance operations. These wastes include waste oil , oily rags , waste <br /> antifreeze, waste diesel and sludge from the oil waste separator. In addition <br /> to this paint related wastes are also generated. No PCBs are present in any <br /> of the equipment handled by NAVSEA. These waste streams do not require <br /> analysis since the material which generated the wastes is known. These waste <br /> streams are characterized as D001 . <br /> Building 707A - DIPEC <br /> The waste streams generated by DIPEC are from equipment overhaul operations. <br /> The primary waste streams generated by DIPEC are waste oils, oily rags and <br /> waste Stoddard Solvent. All these wastes are analyzed for PCBs since the <br /> equipiaent overhauled by DIPEC is heavy duty industrial machinery which contain <br /> oils manufactured prior to 1979. These waste stream are characterized as <br /> EPA Waste D001 . Additional wastes generated by DIPEC include paint related <br /> wastes and solvents. These wastes have adequate content information so <br /> further analysis is not necessary. These wastes are characterized based on <br /> label information and EPA Waste Nos. used include but are not limited to D001 , <br /> F001 , F003 and F005. <br /> Building 916A - Public Works Hazardous Waste storage Facility <br /> The wastes which go to building 916A are varied. Waste streams include <br /> asbestos waste which is packaged and ready for disposal , waste ammonium <br /> hydroxide from the blueprint machine, waste oil from the communications <br /> center generated during preventative maintenance, oily rags from the <br /> communication center, out-of-date/spec hazardous material or other non- <br /> complying hazardous material and empty containers. These wastes do not <br /> require laboratory analysis since the material which generated the wastes is <br /> known. Paint sludge, hazardous material spill clean up wastes and unknown <br /> wastes must be analyzed based on the hazards associated with those wastes. <br /> Paint sludge wastes are generated when the paint spray booth is cleaned. <br /> Analysis for the sludge will include ignitability, EP toxicity, <br /> bioaccumulation, corrosivity, volatile organic compounds, semi-volatile <br /> organic compounds, cyanide and total metals. If an unidentified container of <br /> hazardous waste is found on Rough and Ready Island it must be identified for <br /> the following characteristics: corrosivity, bioaccumulation, toxicity, <br /> ignitability, volatile organic compounds, semi-volatile organic compounds , <br /> pesticides, PCBs and total metals. This analysis is sufficient to identify <br /> the unknown waste based on the hazardous materials handled on Rough and Ready <br /> Island. The characteristics of the above waste streams are used to identify <br /> the EPA Waste No. used for each waste. <br /> LAND RESTRICTED AST S <br /> The Waste Characterization Decision tree also determines if the waste is land <br /> restricted. Attachment I is a typical restricted waste notification packet. <br /> SUMMARY <br /> A total of 25 waste streams from 5 locations have been identified at <br /> Rough and Ready Island. Table 1 provides a summary of the sampling method, <br /> sampling frequency and analysis required for each waste stream. <br /> 4 <br />