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· Chemical Engineering Online
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Syensqo (Brussels) and Johnson Matthey (London) have demonstrated a viable process to recover and reuse platinum-group metals (PGMs) and ionomers from PEM fuel-cell and electrolyzer components without compromising performance. According to a new joint white paper, they achieved kilogram-scale recovery from industrial materials, pointing to a scalable, circular pathway that could cut costs and environmental impact for hydrogen technologies.

What barriers—technical, economic, or policy—most need to be addressed to scale closed-loop recycling of PGMs and ionomers across the fuel-cell and electrolyzer supply chain?

Syensqo and Johnson Matthey demonstrate recovery and reuse of platinum-group metals from fuel-cell and electroyzer components

This article was originally posted on chemengonline.com.
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Syensqo (Brussels, Belgium; www.syensqo.com) and Johnson Matthey (London, U.K.; www.matthey.com) have demonstrated a viable pathway to recover and reuse platinum group metals (PGMs) and ionomers from proton exchange membrane (PEM) fuel cell and electrolyzer components without compromising performance. The results, published in a new joint white paper, confirm kilogram-scale recovery of valuable materials from industrial […]

The post Syensqo and Johnson Matthey demonstrate recovery and reuse of platinum-group metals from fuel-cell and electroyzer components appeared first on Chemical Engineering.

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