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                                      Sustainable Development and Industrial Ecology
                     • Social: Create new job opportunities through local utilization and
                       management of natural resources. Develop business opportunities
                       and increase cooperation and participation among different industries.
                     • Government: Reduce cost of environmental degradation, demand on
                       natural resources, and demand on municipal infrastructure, and
                       increase government tax revenue.



                3.5 Recycling Economy/Circular Economy Initiatives

                Developing an eco-industrial park is a complex process because it requires
                integration among information technologies, innovation, extended producer
                responsibility, design for environment, and decision making. Several models
                with slight differences are encountered in many countries. One of the models
                is the 1996 Act of the German Federal Government of the recycling economy
                (RE). After a short period of time, the Japanese Government established a pro-
                gram to achieve the RE concept by implementing a good product design and
                a comprehensive resources recovery. The circular economy (CE) initiative is
                then undertaken by the Chinese Government. The circular economy approach
                to resource-use efficiency integrates cleaner production and industrial ecology
                in a broader system encompassing industrial firms, networks or chains of
                firms, eco-industrial parks, and regional infrastructure to support resource
                optimization. Different initiatives were undertaken in other countries such
                as the USA and Canada.

                Germany: The German Government passed a new Act in 1996 to move
                Germany toward a recycling economy using a closed loop economy law. This
                law traces the life cycle of production, consumption, and recovery or disposal
                in order to minimize the amount of waste generated in the manufacturing
                processes and encourage the product design that can be easily reused or recy-
                cled according to the principle of “extended producer and consumer respon-
                sibilities” discussed in Chapter 1 (Dietmar, 2003).
                     Upstream strategy for waste prevention and enhancing recyclables is the
                main key behind the German recycling economy legislation. Germany has
                started a number of EIPs and waste exchange projects to support implemen-
                tation of the recycling economy law. The German institutes and consulting
                firms supporting implementation of the German legislation provided guide-
                lines in the use of cleaner production, life cycle analysis and design for envi-
                ronment tools in the industrial sectors.
                Japan: According to the Japan Environmental Agency (1998), Japan currently
                consumes 1,950 million ton/y of natural resources and imports 700 million
                ton/y from overseas. In the same time, a total of 450 million tons of waste
                (industrial and municipal) are generated per year. Over 60% of this waste is
                either incinerated or landfilled. Current estimates predict that remaining land-
                fill capacity will be exhausted by 2007. As a result, Japan’s government has
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