Researchers at Northwestern University have developed a high-efficiency protonic ceramic fuel cell that operates at mid-range temperatures; and researchers at the University of Wisconsin–Madison are harnessing the power of computation to identify better materials for solid oxide fuel cells.
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Researchers at Harvard University have devised a different way to generate longer lasting fuel cells, this time using quantum materials.
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Researchers at Pohang University of Science & Technology have developed a micro-sized solid oxide fuel cell that incorporates a much more robust support—porous stainless steel, which significantly improves the cell’s thermal and mechanical stability.
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Researchers at the University of Connecticut are working on a solution to fuel cell degradation by developing a capture technique that can grab chromium within a fuel cell, preventing it from reaching and poisoning the cell’s cathode.
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Researchers at Forschungszentrum Jülich research center in Germany have set a world record for the longest continually-running solid oxide fuel cell, a major achievement for fuel cells everywhere.
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Researchers at Colorado School of Mines have now propelled that continual innovation even further with their latest report on a new ceramic material and production technique that holds big promise for our fuel cell-filled futures.
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Schott plant suffers fire, Ferro acquires TherMark, FCO develops slim SOFC, and more ceramics and glass business news of the week for March 6, 2015.
Read MoreHere is what we are hearing: Clad to meet you: MesoCoat’s metal cladding plant in Euclid is first step in growth plan Andrew Sherman’s pipe dream is one step closer…
Read MoreAt $299 this is pretty pricey, however, I think the Nectar Mobile Power System, based on a mini solid oxide fuel cell that Lillipution Systems introduced this week at the CES show,…
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