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Waste Incineration: A Dying Technology - GAIA

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to the manufacturer. Case studies show how these principles work in widely varying<br />

environments, such as a small maternity clinic in India and a major urban hospital in<br />

the United States.<br />

Industrial process wastes tend not to be as mixed as municipal or healthcare<br />

wastes, but many of them are chemically hazardous. Clean Production is an approach<br />

to industrial redesign that seeks to eliminate hazardous byproducts, reduce overall<br />

pollution, and create products and subsequent wastes that are safe within ecological<br />

cycles. The principles of Clean Production are:<br />

- the Precautionary Principle, which calls for precaution in the face of scientific<br />

uncertainty<br />

- the Preventive Principle, which holds that it is better to prevent harm than<br />

remediate it<br />

- the Democratic Principle, under which all those affected by a decision have the<br />

right to participate in decision-making<br />

- and the Holistic Principle, which calls for an integrated life-cycle approach to<br />

environmental decision-making.<br />

A variety of tools are being employed to implement Clean Production, from<br />

policy measures like right-to-know and tax reforms, to UN assistance to firms engaged<br />

in Clean Production.<br />

Clean Production cannot answer the problem of existing stockpiles of<br />

hazardous wastes, which need some form of treatment besides incineration. A number<br />

of programs are developing technologies to address this problem. The standards that<br />

have evolved for such technologies are:<br />

- high destruction efficiencies<br />

- containment of all byproducts<br />

- identification of all byproducts<br />

- and no uncontrolled releases.<br />

Several emerging technologies fit these criteria, and have been selected in Japan,<br />

Canada and Australia for PCB destruction, and in the United States for chemical weapons<br />

destruction. The U.S. chemical weapons program is a success largely because of strong<br />

public participation, which pushed an unwilling government to investigate and<br />

eventually select safer, non-incineration technologies.<br />

Section 3: Putting Out the Flames<br />

Section 3 discusses the growing rejection of incineration across the globe. Public<br />

opposition has killed many proposed and existing incinerators, and is being<br />

incorporated into local, national and even international law. Popular resistance to<br />

incinerators is global: hundreds of public interest organizations in dozens of countries<br />

are engaged in the fight against incineration and in favor of alternatives.<br />

In the United States, business interests and a perceived landfill crisis drove an<br />

incinerator building boom in the 1980s. But the boom spawned a massive grassroots<br />

movement that defeated more than 300 municipal waste incinerator proposals. The<br />

activists fought for higher emission standards and removal of subsidies, which virtually<br />

shut down the industry by the end of the 1990’s.<br />

4 <strong>Waste</strong> <strong>Incineration</strong>: A <strong>Dying</strong> <strong>Technology</strong>

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