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• W2503215587 abstract "Publisher Summary This chapter presents that hydrogen is the ideal means of energy storage for transportation and conversion of energy in a comprehensive clean-energy concept. Hydrogen can be produced from water using electricity, ideally produced from regenerative sources, such as wind, solar, or water. Upon reconversion into energy, only water vapor is produced, leading to a closed energy cycle without harmful emissions. Apart from stationary applications, hydrogen energy is especially suited for mobile applications, for example, zero-emission vehicles. However, appropriate storage facilities, both for stationary and mobile applications, are complicated because of the very low boiling point of hydrogen and its low density in the gaseous state. Furthermore, the storage of hydrogen in liquid or gaseous forms imposes safety problems, in particular for mobile applications, such as in the future zero-emission vehicles. Metal hydrides are a safe alternative for hydrogen storage due to their long-term stability and low hydrogen pressures. In addition, they have a high volumetric energy density that is about 60% higher than that of liquid hydrogen. Lightweight metal (Mg- and Al-) based hydrides have a high storage capacity by weight and are therefore favored for automotive applications. However, so far, light metal hydrides have not been considered competitive because of their rather sluggish sorption kinetics. Filling a tank could take several hours. A breakthrough in hydrogen storage technology was achieved by preparing nanocrystalline hydrides using high-energy ball milling. These new materials show very fast absorption and desorption kinetics within minutes, thus qualifying lightweight Mg- or Al-based hydrides for storage applications." @default.
• W2503215587 created "2016-08-23" @default.
• W2503215587 creator A5000379679 @default.
• W2503215587 date "2006-01-01" @default.
• W2503215587 modified "2023-09-23" @default.
• W2503215587 title "Nanocrystalline light metal hydrides for hydrogen storage" @default.
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• W2503215587 doi "https://doi.org/10.1533/9781845691189.266" @default.
• W2503215587 hasPublicationYear "2006" @default.
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