1996 Electronics Industry Environmental Roadmap - Civil and ...
1996 Electronics Industry Environmental Roadmap - Civil and ...
1996 Electronics Industry Environmental Roadmap - Civil and ...
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Design for Environment: Evolution <strong>and</strong> Tool Needs<br />
However useful checklists <strong>and</strong> guidelines prove to be in the early stages of the DFE process, as<br />
the industry becomes more experienced at integrating this process into existing design <strong>and</strong><br />
manufacturing systems, <strong>and</strong> as potential cost savings related to DFE become more evident, the<br />
need for software-based tools will likely increase. The integration of DFE principles at each<br />
design stage, from concept to manufacture, will encourage communication between equipment,<br />
chemical, <strong>and</strong> material suppliers <strong>and</strong> the manufacturer of the final product regarding the<br />
environmental impact of each choice. Particularly difficult, however, is the lack of a common<br />
language <strong>and</strong> st<strong>and</strong>ards for DFE (e.g., what is “recyclable” or “green”?) <strong>and</strong> the lack of data to<br />
support trade-off decisions. Appendix G provides an overview of selected projects in Europe<br />
that contribute to the data required for DFE practices.<br />
The need for reliable data on environmental impact was often expressed during this roadmapping<br />
exercise, although it appears to be difficult for an organization to choose the optimal tool for data<br />
analysis <strong>and</strong> decision making. Ideally all of the various data <strong>and</strong> functions of a DFE tool should<br />
be treated in a concurrent, seamless, CAD design environment. This ideal tool would have the<br />
intelligence to allow the designer to make material, chemical, <strong>and</strong> physical design choices <strong>and</strong> to<br />
underst<strong>and</strong> the trade-offs at each stage of the design process in a seamless <strong>and</strong> transparent<br />
manner.<br />
A number of tools are already available for use in the DFE process. The bulk of them best fit<br />
into the category of life cycle analysis, although the list of tools is growing in such areas as<br />
design for recyclability <strong>and</strong> disassembly. Table 4-1 provides a sample list of current offerings.<br />
Tool Name Developer/Vendor Capabilities<br />
Boustead Database Boustead Consultants Life cycle analysis<br />
Clean Process Advisory NCMS, Kellogg Co.,<br />
Life cycle analysis<br />
System (CPAS) CenCITT<br />
DFR-HUT Helsinki University of<br />
Technology<br />
Status unconfirmed<br />
Design for Assembly Boothroyd Dewhurst, Inc. Disassembly/recyclability process assessment,<br />
(DFA), Design for<br />
process-flow assessment, <strong>and</strong> manufacturability<br />
Disassembly (DFD)<br />
assessment<br />
DFD/DFR IPA-FhG Disassembly/recyclability for autos, household<br />
appliances, electromechanical parts<br />
Diana POGO International, Inc. Disassembly/recyclability process assessment<br />
EcoManager PIRA, Franklin Associates Life cycle inventory tool for products <strong>and</strong> processes<br />
EcoPro EMPA Life cycle assessment on packaging materials<br />
EcoSys S<strong>and</strong>ia National Labs Life cycle assessment<br />
EcoTex PNL (Pacific Northwest<br />
Laboratories)<br />
Status unconfirmed<br />
EDIP Institute for Product<br />
Life cycle inventory <strong>and</strong> assessment tool (available<br />
Development, Technical<br />
University of Denmark<br />
in 1Q96 in Danish only)<br />
Envision Dow Chemical Process assessment tool for cost modeling of MCM-<br />
D fabrication<br />
EPS IVL (Sweden) Life cycle analysis via environmental “load”<br />
calculations<br />
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