Baywood Publishing Company
0047-2433
1541-3802
Journal of Environmental Systems
BWES
300323
http://baywood.metapress.com/link.asp?target=journal&id=300323
19
2
2
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000019000219890101
Number 2 / 1989-90
A8EA8QE5A1ER
http://baywood.metapress.com/link.asp?target=issue&id=A8EA8QE5A1ER
10.2190/8PT0-47KT-M6PQ-4WB2
8PT047KTM6PQ4WB2
4
The Similarity of Environmental Impacts from All Methods of Managing Solid Wastes
155
170
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8PT047KTM6PQ4WB2.pdf
http://baywood.metapress.com/link.asp?target=contribution&id=8PT047KTM6PQ4WB2
2
Joseph
R.
Visalli
New York State Energy Research and Development Authority, Municipal Waste and Environmental Research
There are four principal methods of managing solid wastes—recycling, composting, incineration, and landfilling. The public's knowledge about the environmental impacts of each method comes from a wide variety of sources. The media, environmental groups, universities, consultants, government, and competing equipment vendors have provided a vast amount of information that is often incomplete, conflicting, and biased. Consequently, it is difficult to know how well the public understands the environmental aspects of managing waste. However, in distilled form, the publicized popular perspective can probably be summed up as a negative view of incinerators and landfills, and a perception that recycling and composting tend to be environmentally benign. This disparity has created social tensions and political problems in many communities, and has made integrated waste management systems (i.e., a system comprised of all four methods of managing wastes) difficult, if not impossible, to implement. The intent of this article is to reduce current levels of rhetoric and conflict by describing the many environmental impact similarities that exist among the different methods of managing wastes. In addition, the difficulties in comparing these impacts are outlined, and the complexities in comparing impacts from primary and recycled materials processing are discussed. A clear understanding of these similarities and comparative difficulties is a necessary prerequisite to planning integrated systems, and would help to ensure that one type of adverse environmental impact is not merely replaced with another. In this article, the term "environmental impact" is used to mean the concentration or generation rates of various pollutants that are emitted during waste processing operations.
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