Download Metal Bearing Waste Streams: Minimizing, Recycling and by M. Meltzer PDF

By M. Meltzer

Analyzes choices to land disposal of dangerous steel waste streams, targeting tips on how to hinder waste new release. resource relief, recycling and remedy recommendations are coated.

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Read Online or Download Metal Bearing Waste Streams: Minimizing, Recycling and Treatment (Pollution Technology Review) (No 196) PDF

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Extra resources for Metal Bearing Waste Streams: Minimizing, Recycling and Treatment (Pollution Technology Review) (No 196)

Example text

6 OIL AND GAS EXTRACI10N (SIC 13) This group includes facilities engaged in exploration for, and operation of oil and natural gas fields. Activities include locating, drilling and completing wells, operation of separators, emulsion breakers and desilting equipmen4 and all other activities up to the point of 18 Metal-Bearing Waste Streams shipment. Drilling operations rely heavily on the use of barite, which is employed as a weighting agent in drilling muds. 7 PETROLEUM REFINING AND RELATED INDUSTRIES (SIC 29, 49) Petroleum refining establishments produce gasoline, fuel oils, lubricants and other products from crude petroleum.

106-154. Wolf, K. May 1988. " Journal of the Air Pollution Control Association, vol. 681. USEPA April 1988. Waste Minimization cmportunity Assessment Manual. EPA/625/788-003. Environmental Protection Agency, Hazardous Waste Engineering Research Laboratory, Cincinnati, OH. 0 identifies metals listed by the California Code of Regulations as hazardous in industrial waste streams. 0 also discusses the waste reduction hierarchy and waste management methods examined in the report. 0 discusses the industries in California that generate the major share of hazardous metal wastes.

Figure 4-1 depicts a flow chart of waste generating operations used in industries involved in metalworking of one sort or another for the formulation of their products. These operations include thermal metalworking, machining, surface preparation, treatment and plating, removal of process chemicals from the product, and coating. 0; currently used as well as promising waste reduction approaches for each are identified and discussed. 0 discusses auxiliary operations in manufacturing facilities that generate metalbearing wastes, and methods for minimizing these waste products.

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