Addressing the Global Plastics Problem in Electrotechnical Product Design

Our latest PLM Green Global Alliance post is a guest author contribution from Roger Franz who is a recognized authority on supply chain reporting for compliance with worldwide regulations, leveraging his decades of experience with engineering software tools and enterprise IT systems.

Previously, Roger shared his professional passion and special expertise for sustainable product design in “PLM Tools to Design for Sustainability.” His new article on plastics pollution is especially timely, given all the recent scientific papers about the widespread presence of plastics in our natural ecosystems, food sources, and no longer surprising, human bodies.


Introduction 

More than just unsightly “plastics pollution,” the volume of consumer plastics and lack of closed-loop recovery has created a significant micro-and nano-plastics problem.  These invisible plastic particles are found around the world including within animal and human tissues.  For several reasons, including a much smaller volume of plastic used in electrotechnical products compared to consumer plastics, and the generally longer life of hardware compared to the rapid turnover of consumer goods and packaging, the microplastics problem is not generally tagged as a major electronics problem – or at least not yet. Now is the time to be proactive.

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PLM Tools to Design for Sustainability

This month we are pleased to feature a guest blog submitted by PLM Green Global Alliance follower Roger L. Franz. who shares a few things he has learned as a Principal in Engineering Information Technology when beginning to explore the state of PLM tools to Design for Sustainability.


Design for Sustainability is now a mainstream requirement from governments, regulators, and customers. In this brief we summarize some current trends in the area of PLM tools to support rapid engineering assessment of environmental footprint among the many engineering choices. Engineering and science-based tools to quickly guide hardware engineers toward material selection and product configuration choices with reduced environmental footprint are critical to our future.

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