Conclusion
Rise of precious metal-free anion exchange membrane fuel cells

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RE194 V1 Research and innovation

Conclusion


Rise of precious metal-free anion exchange membrane fuel cells

Authors : Simon AMIGUES, Nicolas BIBENT, Frédéric JAOUEN

Publication date: May 10, 2025 | Lire en français

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4. Conclusion

The development of a decarbonated hydrogen industry can play a crucial role in the decarbonation of our industry and encourage the deployment of renewable electricity generation. Decarbonized hydrogen also represents a major challenge in decarbonizing the transport sector, which is the main contributor to France's GHG emissions, particularly in the heavy transport sector. Hydrogen is converted directly into usable electricity in a fuel cell. Currently, the mature fuel cell technology being marketed on a large scale is the PEMFC. This requires the use of precious metals, in particular to catalyze the electrochemical reactions within it, implying high economic and environmental costs. What's more, proton-conducting membranes are currently formulated from fluorinated polymers, raising a number of environmental and public health issues.

AEMFC technology, characterized...

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