Industrial Waste Disposal Corporation

Oberacker, D.A. Incineration options for disposal of waste pesticides. In Pesticide Waste Disposal Technology Bridges, J.S., Dempsey, C.R., Eds. Noyes Data Corporation Park Ridge, NJ, 1988. Eckenfelder, W.W., Jr. Industrial Water Pollution Control, 2nd ed. McGraw-Hill New York, 1989. McNally, R. Tougher rules challenge future for injection wells. Petrol. Eng. Int. 1987, July, 28-30. Zimpro, Inc. Report on Wet Air Oxidation for Pesticide Chemical Manufacturing Wastes, prepared for G. M. Jett, USEPA Rothchild Wisconsin, 1980. 

Handling and disposal of chemical, infectious, pharmaceutical, radioactive, and general health care wastes and waste segregation. Industrial Training Systems Corporation Rental 95 (3-day), 175 (10-day) Purchase 295... 

Science Applications International Corporation, Summary of Data on Industrial Nonhaz-ardous Waste Disposal Practices," Contract 68-01-7050. U.S. Environ. Prot. Agency, Washington, DC, 1985. 

Rudolfs, W. (ed.) "Industrial Wastes—Their Treatment and Disposal, Reinhold Publishing Corporation, New York, 1953. 

Industrial Waste Corporation applied for a license to dispose of low-level radioactive waste in the Gulf of Mexico. NCRP published revised recommendations on maximum permissible doses of radiation from external sources. 

ABC reviewed Industrial Waste Corporation decision. Decided not to allow the company to dispose of wastes in the Gulf of Mexico but rather to require them to be shipped for land burial at ABC installations. 

California Steel Industries, Inc., located in Fontana, CA, reclaimed wastes to increase profits and address water use issues. The facility, a steel mill, is situated in an area that does not have a ready supply of process water. Also, the offsite recycling facility used to dispose of spent process pickle liquor was soon to become unavailable. As a result of these concerns, the company constructed an onsite recycling facility designed to recover ferrous chloride for resale and to reuse water and hydrogen chloride for use in steel processing operations. Environmental benefits include the recovery and resale of 20 to 25 t/d of ferrous chloride, 13,440 L/d of hydrogen chloride, and 49,200 L/d of water. In addition, corporate liability was minimized because spent liquor was no longer sent to a disposal facility. 

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