Thermally-driven hydrogen compression based on adsorption onto activated carbons
Abstract
Carbon materials have received a noteworthy attention as gas storage materials due to their highly developed textural properties as well as very high surface areas, thus ensuring a complete reversible hydrogen uptake and release 1. A thermally-driven hydrogen compression can be realized by using a solid bed consisting of carbon materials with high surface area and high adsorption potential, such as activated carbons (ACs), and by lowering/ increasing the system temperature. Such a compressor ensures several advantages, like absence of moving parts, no vibration, no noise and simple design.
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Engineering Sciences [physics]
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Thermally driven hydrogen compression based on adsorption onto carbon materials.pdf (272.3 Ko)
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