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Through the development of a general model of electronics recycling systems, the effect of product portfolio choices on economic and environmental system performance is explored. The general model encompasses the three main functions of a recycling system-collection, processing, and system management-and allows for the effect of both contextual and architectural inputs-including product scope-to be...
Several electronic waste recycling systems now exist worldwide in many different forms. In order to determine the optimal system structure for a location, a methodology for comparison must be established. This poster outlines a framework developed to compare the environmental and economic performance of recycling systems through analysis of both context and system architecture options. An overview...
Several electronic waste recycling systems now exist worldwide in many different forms. In order to determine the optimal system structure for a location, a methodology for comparison must be established. This paper outlines a framework developed to compare the environmental and economic performance of recycling systems through analysis of both context and system architecture options. An overview...
A general model for evaluating the economic and environmental performance of electronics recycling systems is developed. This model comprehends the three main functions in a recycling system - collection, processing, and system management - and aims to enable quantification of the impact of context and system architecture on the performance of electronics recycling systems. Different modeling techniques...
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