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Design for Environment: An R&D Manager's Perspective
Pages 208-214

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From page 208...
... concept and its implementation offer manufacturing companies the opportunity to achieve world-class economic performance by producing world-class products, which increasingly means products that are environmentally acceptable throughout their life cycles. Based on the principles of industrial ecology, DEE is a means to achieve environmentally conscious designs, which are a necessary step toward sustainable economic development.
From page 209...
... the challenges to be faced in developing public policy and regulations that will enable secondary industries with complex processes and products to change the current industrial ecology to one that is environmentally more sustainable. THREE EXPERIENCES The Cost Reduction Experience Cost reduction is a major activity in most manufacturing firms.
From page 210...
... PFAHL, JR. manufacturing engineer being advised that the proposed change did not provide acceptable protection and that future use of chromate coatings should be considered as a last resort because of potential future environmental costs.
From page 211...
... . (RCRA involves substantial paperwork and reporting burdens and imposes substantial potential liabilities on any facility handling material defined as hazardous waste.)
From page 212...
... CONCLUSIONS FROM THE THREE EXPERIENCES The Cost Reduction Experience illustrates how a firm that fails to integrate environmental costs and considerations into its technology decisions can create higher economic costs for itself, even in the short term. Conversely, the CFC Elimination Experience suggests that DFE, an integrative approach to environmental issues, can be employed successfully in a manufacturing organization where the regulatory structure so permits, even when the technological and environmental concerns are quite significant and apparently intractable.
From page 213...
... As one considers developing policies that will stimulate shifts to environmentally preferable industrial ecosystems, one must be careful to create a structure that accommodates-indeed, takes advantage of the major paradigm changes in product and process technology that occur in industries such as the electronics industry. Policymakers must recognize, as they evaluate alternative policies that encourage DEE practices, that industries experiencing periodic changes in their product and manufacturing technology provide a unique opportunity for implementing major changes with positive environmental impact.


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