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How Critical Is Avoiding Critical Metals in Electrocatalysis? Lessons Learned from PGM-Free ORR Catalysts Development

机译:如何避免电常分中的关键金属? 从PGM-Free ORR催化剂发育中吸取的经验教训

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The unprecedented situation with global COVID-19 pandemic exposed a significant vulnerability of world economics related to rearrangement and in some cases disappearance of supply chains. The Platinum Group Metals (PGMs) are listed critical minerals in practically all developed countries including USA, EU, UK and others. To ensure uninterrupted development of clean energy technologies, such as fuel cells and electrolysis, which are heavily depend on PGMs a significant breakthrough should be made to switch to completely PGM-free materials. Pajarito Powder in a close collaboration with world leader in MEA manufacturing IRD Fuel Cells, Hawaii Natural Energy Institute, University of Hawaii, and a number of US DOE National Labs (ANL, ORNL, LANL, NREL and other) developed under US DOE ElectroCat project Fe-N-C PGM-free catalysts for the Oxygen Reduction Reaction which are ready for commercial evaluation in some fuel cells applications.
机译:具有全球Covid-19大流行的前所未有的局面暴露了世界经济学与重排相关的重大脆弱性,并且在某些情况下供应链的消失。 铂族群金属(PGMS)在几乎所有发达国家列出了危急矿物,包括美国,欧盟,英国等。 为了确保清洁能源技术的不间断开发,如燃料电池和电解,这严重取决于PGM,应采用显着的突破,切换到完全不含PGM的材料。 Pajarito粉与MEA Mea Mailing Ird燃料电池,夏威夷大学,夏威夷大学的世界领导者密切合作,以及美国Doe Electocat项目的许多美国Doe国家实验室(ANL,ORNL,LANL,NRER等) Fe-NC-NC的无氧还原反应的催化剂,用于在一些燃料电池应用中进行商业评估。

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