Design and Testing of Metal Hydride Reactors for Stationary Hydrogen Storage and Cooling Applications

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Metal hydrides (MH) are class of materials that offer compact, safe and ultra-pure hydrogen storage for longer periods. Also, by virtue of exothermic formation and endothermic dissociation, a wide variety of thermal devices can be engineered utilizing the MH-H2 pair. However, the design of efficient MH reactors/heat exchangers is the most critical issue limiting hydrogen charging/discharging rate and therefore the concomitant heating/cooling effect.

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Supervisor: Muthukumar, P

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