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Evaluation of high temperature membrane electrode assemblies based on sulfonated polysulfones

von Kraemer, Sophie; Lafitte, Benoit LU ; Lindbergh, Göran and Jannasch, Patric LU (2007) Second European Fuel Cell and Applications Conference, EFC2007 In Proceedings of the Second European Fuel Cell and Applications Conference EFC2007-39251(TK 1 Material and Fabrication Processes).
Abstract
In the development and evaluation of alternative ionomers, the membrane development and ex situ characterization have been the focus of interest. The properties of a MEA are dependent on the composition of materials in the components, i.e. membrane, electrodes and gas diffusion layers, and the interaction between these parts. The complexity of water transport in different components is one example of why new ionomers should be studied in complete MEAs. The importance of research on Gas Diffusion Electrodes (GDEs) based on new ionomers has been emphasized before, however, the incorporation of novel ionomers in GDEs has been reported only recently. In addition, it has been stated that high interfacial resistances occur between novel... (More)
In the development and evaluation of alternative ionomers, the membrane development and ex situ characterization have been the focus of interest. The properties of a MEA are dependent on the composition of materials in the components, i.e. membrane, electrodes and gas diffusion layers, and the interaction between these parts. The complexity of water transport in different components is one example of why new ionomers should be studied in complete MEAs. The importance of research on Gas Diffusion Electrodes (GDEs) based on new ionomers has been emphasized before, however, the incorporation of novel ionomers in GDEs has been reported only recently. In addition, it has been stated that high interfacial resistances occur between novel membranes and state-of-the-art Nafion GDEs, which will result in early MEA degradation and methodological difficulties in membrane lifetime testing. (Less)
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in
Proceedings of the Second European Fuel Cell and Applications Conference
volume
EFC2007-39251
issue
TK 1 Material and Fabrication Processes
publisher
American Society Of Mechanical Engineers (ASME)
conference name
Second European Fuel Cell and Applications Conference, EFC2007
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English
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yes
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88cb3373-3bb8-45f2-bec6-ea87a4e5baa5 (old id 583634)
date added to LUP
2008-01-09 11:46:01
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2016-04-16 08:37:35
@inproceedings{88cb3373-3bb8-45f2-bec6-ea87a4e5baa5,
  abstract     = {In the development and evaluation of alternative ionomers, the membrane development and ex situ characterization have been the focus of interest. The properties of a MEA are dependent on the composition of materials in the components, i.e. membrane, electrodes and gas diffusion layers, and the interaction between these parts. The complexity of water transport in different components is one example of why new ionomers should be studied in complete MEAs. The importance of research on Gas Diffusion Electrodes (GDEs) based on new ionomers has been emphasized before, however, the incorporation of novel ionomers in GDEs has been reported only recently. In addition, it has been stated that high interfacial resistances occur between novel membranes and state-of-the-art Nafion GDEs, which will result in early MEA degradation and methodological difficulties in membrane lifetime testing.},
  author       = {von Kraemer, Sophie and Lafitte, Benoit and Lindbergh, Göran and Jannasch, Patric},
  booktitle    = {Proceedings of the Second European Fuel Cell and Applications Conference},
  language     = {eng},
  number       = {TK 1 Material and Fabrication Processes},
  publisher    = {American Society Of Mechanical Engineers (ASME)},
  title        = {Evaluation of high temperature membrane electrode assemblies based on sulfonated polysulfones},
  volume       = {EFC2007-39251},
  year         = {2007},
}