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Advent’s non-PBI based membrane does not need a large amount of phosphoric acid in order to achieve high conductivity and performance and therefore leeches less acid than PBI based membranes. Acid leaching is related to the porosity of the plate material but since
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In fuel cell backup power applications where bottled hydrogen is not a viable fuel, there is a need for reformer based systems running on natural gas, propane, methanol and other hydrocarbons
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The operation of polymer electrolyte (PEM) fuel cells at temperatures above 150°C offers very significant advantages. Among others, the tolerance of the catalyst is increased allowing the use of reformed
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The operation of polymer electrolyte (PEM) fuel cells at temperatures above 150°C offers very significant advantages. One of the main activities of ADVENT TECHNOLOGIES S.A, is focused on the systematic development and production of polymer membranes and MEAs for high temperature PEM fuel cells
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The operation of polymer electrolyte (PEM) fuel cells at temperatures above 150°C offers very significant advantages. One of the main activities of ADVENT TECHNOLOGIES S.A, is focused on the systematic development and production of polymer membranes and MEAs for high temperature PEM fuel cells
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The operation of polymer electrolyte (PEM) fuel cells at temperatures above 150°C offers very significant advantages. Among others, the tolerance of the catalyst is increased allowing the use of reformed hydrogen with high CO content
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