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5. Conclusion
The production and conversion of hydrogen by water electrolysis and in fuel cells involve all the materials traditionally used in industry, such as polymers, ceramics, metal alloys and composites.
Many have already been successfully integrated into demonstration high-temperature electrolyzers or fuel cells in the 100 kW range.
Nevertheless, the specifications and environments in which these materials are called upon to operate are highly specific and made aggressive by the range of oxygen partial pressures covered, from pure hydrogen to pure oxygen, combined with the presence of high current densities. As a result, the performance/life-cycle/cost trade-off of the various components is often not sufficient to bring them to market.
At the root of these limitations are the interactions and compatibilities between the...
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Conclusion
Bibliography
Websites
European project Hi 2 H 2 "Highly efficient, High temperature, Hydrogen production by water electrolysis". http://www.hi2h2.com/
European RELHY project "Innovative Solid Oxide Electrolyser Stacks for Efficient and Reliable Hydrogen Production"....
Events
Fuel Cell Seminar & Exhibition, annual international fuel cell conference with exhibition and "Ride". http://www.fuelcellseminar.com
Grove Fuel Cell Symposium, international conference held in London every 2 years http://www.grovefuelcell.com
...Patents
Wilson patent: Composite bipolar plate for electrochemical cells, US 6248467, 19/06/01.
Directory
Organizations – Federations – Associations (non-exhaustive list)
French Hydrogen Association http://www.afh2.org
International Energy Agency http://www.iea.org
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