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The Russian Academy of Sciences Institute of Physics and Siberian Federal University scientists work together to develop a powder material for hydrogen fuel cells.
To store and transport enough hydrogen to run cars, scientists are often deploying hydrogen in compressed, liquefied, bottled and canned forms under high pressure and new technologies for storing hydrogen in the form of compounds. Hydride from the combination of certain metals and hydrogen, is a solid non-volatile material, the most suitable for this purpose. Under pressure, the metal captures hydrogen to form a new compound, reheats and releases the hydrogen.
Years of research have shown that the most promising metal to store hydrogen in the form of hydride is magnesium. Magnesium density is not, the price is relatively low. This time, Russian researchers have developed a technology that can synthesize a nano-dispersible magnesium powder to "store" more hydrogen. Grigory Chirilov, a physics professor involved in the work, says they use hydrogen synthesized from magnesium powder to surpass the world's most abundant feedstocks and move closer to making truly safe hydrogen fuel cells.
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