EU Project SUPREME Aims to Eliminate PFAS from Green Hydrogen Production
The EU project SUPREME seeks to develop PFAS-free membranes for PEM electrolyzers, crucial for green hydrogen production. Currently, BASF's 54-MW PEM electrolyzer in Ludwigshafen uses PFAS, which are environmentally persistent. The project, led by the University of Southern Denmark, will explore alternative materials. Researchers aim to reduce iridium usage by 75% and achieve green hydrogen production costs of around €2 per kg. Other projects, including PROMISERS and developments in AEM technology, are also underway to address the PFAS issue in hydrogen production.
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The EU project SUPREME aims to develop new membranes for PEM electrolyzers that do not use PFAS, which are environmentally harmful chemicals currently present in existing technologies. BASF's 54-MW PEM electrolyzer in Ludwigshafen uses PFAS materials.
SUPREME, led by the University of Southern Denmark, involves international collaboration to create alternative membranes over three years. The project also targets a 75% reduction in the use of iridium and aims for a production cost of €2 per kg of green hydrogen. Other initiatives, such as PROMISERS and research on AEM technology, are addressing similar challenges in hydrogen production.
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