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Alkaline electrolysis with membrane: highly efficient precious metal-free catalysts, stable binder ionomers and effective electrode design (AEMready)

Project description

Alkaline membrane-based AEM electrolysis has the potential to drastically reduce hydrogen production costs by combining the advantages of classical alkaline and acidic PEM electrolysis. Thus, on the one hand, AEM electrolysis can make use of the low-cost materials of alkaline electrolysis and, on the other hand, brings the high gas quality, compactness and advantageous load behavior of PEM electrolysis. So far, however, AEM electrolysis cannot compete with established technologies in terms of efficiency and lifetime. The overriding goal of AEMready is therefore to increase the efficiency and durability of AEM electrodes through material developments so that the cost advantages of AEM electrolysis can be realized.

Start/End of project

01.03.2021 until 29.02.2024

Project manager

Dr. Severin Vierrath

Contact person

Dr. Severin Vierrath

Partners

Prof. Peter Strasser Technische Universität Berlin The Electrochemical Energy, Catalysis and Materials Science Laboratory Prof. Michael Sommer Institut für Chemie/ Polymerchemie Technische Universität Chemnitz Dr. Günter Schmid Siemens Gas and Power GmbH & Co. KG Siemens Energy

Funding

BMBF

Keywords

Elektrolyse, Wasserstoff, Umwelttechnik, Polymere, Electrolysis, hydrogen, environmental technology, polymers
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