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· Chemical Engineering Online
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Researchers at Ewha Womans University and UCLA developed an alkaline thermal treatment (ATT) that converts mixed plastic waste (PET, PE, PP) directly into hydrogen at atmospheric pressure and significantly lower temperatures than conventional gasification, reducing the need for presorting and potentially improving recycling economics.

What do you see as the biggest hurdles to commercializing ATT—scaling, alkali recovery, contaminant handling, or energy balance—and would it be better deployed in centralized plants or distributed waste-to-hydrogen hubs?

Alkaline thermal process generates hydrogen fuel from mixed plastic waste

This article was originally posted on chemengonline.com.

A team of researchers from the Ewha Women’s University and the University of California at Los Angeles have taken a step toward addressing one of main challenges in plastics recycling — economically processing mixed plastics streams without the need for presorting. They developed a method, known as alkaline thermal treatment (ATT), that can directly convert mixed polymers, including polyethylene terephthalate (PET), polyethylene (PE) and polypropylene (PP), into hydrogen at temperatures significantly lower than conventional gasification and at atmospheric pressure.

The post Alkaline thermal process generates hydrogen fuel from mixed plastic waste appeared first on Chemical Engineering.

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