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3. Applications and implementation
3.1 Optimizing heat exchangers in reservoirs
Absorbing and desorbing 1 kg of hydrogen requires 10.4 kWh to be discharged or supplied to the system, respectively. Thermal flow management is therefore the main difficulty to be overcome in developing magnesium hydride tanks with high performance in terms of loading time and hydrogen throughput. Several instrumented prototype tanks have been designed to gain a better understanding of their behavior and validate numerical simulation codes for heat exchange and gas flow
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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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