A system analysis of storage alloy for Bio-H2 in consideration of the purification performance
K Dowaki, N Katayama, T Nagaishi… - Journal of the Japan …, 2017 - jstage.jst.go.jp
K Dowaki, N Katayama, T Nagaishi, S Kuroda, M Kameyama
Journal of the Japan Institute of Energy, 2017•jstage.jst.go.jp1. Introduction Hydrogen can play a leading role in attaining environmental goals. However,
this is conditioned by the primary energy and the conversion technology used to produce
hydrogen 1) 2). In this respect, urgency in global warming mitigation may result in a growing
interest in biohydrogen (Bio-H2) energy systems. In particular, given the expected need for
the implementation of energy systems with a negative balance of Greenhouse Gas (GHG)
emissions, the combination of Bio-H2 production and CO2 capture could lead to suitable …
this is conditioned by the primary energy and the conversion technology used to produce
hydrogen 1) 2). In this respect, urgency in global warming mitigation may result in a growing
interest in biohydrogen (Bio-H2) energy systems. In particular, given the expected need for
the implementation of energy systems with a negative balance of Greenhouse Gas (GHG)
emissions, the combination of Bio-H2 production and CO2 capture could lead to suitable …
1. Introduction Hydrogen can play a leading role in attaining environmental goals. However, this is conditioned by the primary energy and the conversion technology used to produce hydrogen 1) 2). In this respect, urgency in global warming mitigation may result in a growing interest in biohydrogen (Bio-H2) energy systems. In particular, given the expected need for the implementation of energy systems with a negative balance of Greenhouse Gas (GHG) emissions, the combination of Bio-H2 production and CO2 capture could lead to suitable energy systems. The achievement of a negative net
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