Abstract
Industry involves thousands of products and production processes, resulting in a decentralized enterprise system. Technical progress toward pollution prevention is likewise decentralized, since it is driven by economic consideration, and frequently specific to one of thousands of different industrial processes. Current pollution prevention technology generally employs conventional engineering approaches. Even as priority shifts from treatment and control to prevention, engineers will still employ available technology at first to achieve their objectives. In the future, however, designs will become more innovative for the environment.
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References
CEQ (1990) Environmental Quality, The 21st Annual Report of the Council on Environmental Quality, pp. 92–94
CEQ (1992) Environmental Quality, The 23rd Annual Report of the Council on Environmental Quality, pp. 71–75, 181, and 208
Chavez AA and MD Herd (1993) “DOE/DOD Solvent Utilization Handbook” in the book of Substitution For Pollution Prevention by Noyes Data Corporation, Park Ridge, New Jersey, pp. 116–117
Hunt G et al. (1986) “Accomplishments of North Carolina Industries — Case Summaries,” NC Dept. of Natural Resources and Community Development, p. 24. ICC (1989). Environmental Auditing. International Chamber of Commerce, ICC Publication 468, ICC Publishing S. A., Paris
Kulluru RV (1994) “Risk Assessment and Risk Management” in Environmental Strategies Handbook, McGraw-Hill, Inc. pp. 327–382
Levine MD, SP Meyer, and T Wilbands (1991) “Energy Efficiency and Developing Countries,” Environ. Sci & Technol, Vol. 25, No. 4, pp. 485–489
Locklin JM (1993) “Alternative Technologies For Environmental Compliance” in the book of Solvent Substitution For Pollution Prevention by Noyes Data Corporation, Park Ridge, New Jersey, pp. 92–96
NYSDEC (1989) Waste Reduction Guidance Manual. Prepared by ICF Technology Inc. for New York State Department of Environmental Conservation, pp. 3–3 to 3–11, March
Oborny MC et al. (1990) “Sandia’s Search for Environmental Sound Cleaning Processes for the Manufacture of Electronic Assemblies and Precision Machined Parts,” in Environmental Challenge of the 1990’s Proceedings, International Conference on Pollution Prevention: Clean Technologies and Clean Products, USEPA/600/9–90/039, September
OTA (1987) Serious Reduction, Report published by Congressional Office of Technology Assessment, pp. 78–82. Washington, D. C.
Reisch MS (1989) “Demand puts paint sales at record levels,” Chemical and Engineering News, October 30, p. 41
Saari M (1987) Prosessiteollisuuden Erotusmenetelmat, VTT Research Note, Technical Centre of Finland, p. 730
Shen TT (1990) “Educational Aspects of Multimedia Pollution Prevention” in Environmental Challenge of the 1990’s Proceedings, International Conference on Pollution Prevention: Clean Technologies and Clean Products, USEPA/600/9–90/039. September
USEPA (1984) Risk Assessment and Management: Framework for Decision Making. EPA 600/9–85–002, pp. 13–22, October
USEPA (1991) “Pollution Prevention 1991: Progress on Reducing Industrial Pollutants” EPA 21P-3003, October
USEPA (1992) Facility Pollution Prevention Guide. Office of R&D, Washington, D. C., EPA/ 600/R-92/088, May 1992
van Weenan JC (1990) Waste Prevention: Theory and Practice. The Hague: CIP-Gegecans Koninklije Bibliostheek
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© 1995 Springer-Verlag Berlin Heidelberg
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Shen, T.T. (1995). Pollution Prevention Technology. In: Industrial Pollution Prevention. Environmental Engineering. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-03110-0_4
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DOI: https://doi.org/10.1007/978-3-662-03110-0_4
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