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4. Outlook and developments
In general, metal hydrides are available for a variety of applications . Although magnesium hydride has a desorption temperature in excess of 300°C, our research has led to the development of magnesium-based reservoirs through the optimization of thermal management. A significant advance has been made by increasing the energy efficiency of storage by storing the heat of absorption in a phase-change material. This type of reservoir is well suited to stationary applications where weight is not the...
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Outlook and developments
Bibliography
Websites
Néel Institute http://www.neel.cnrs.fr/
Research consortium for the emergence of advanced technologies
Geophysical and Industrial Flow Laboratory http://www.legi.grenoble-inp.fr
McPhy Energy SA, 26190 La Motte...
Norms and Standards
- Transportable gas storage devices – Hydrogen absorbed in a reversible metal hydride, 22 pages - ISO 16111 - 2008
Patents
Patent J. Charbonnier et al, Nanocrystalline composites for hydrogen storage, WO2007/125253
Patent A. Chaise et al, Hydrogen storage materials based on magnesium hydride, WO2009/080986
Patent A. Chaise et al, Hydrogen storage tank, WO2009/080975
Patent G. Bienvenu et al, Adiabatic metal hydride tank, WO2010/076415
Patent G. Bienvenu...
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