Nuclear Energy for Hydrogen ProductionKarl Verfondern |
Common terms and phrases
applications biomass capital cost carbon chemical CO2 emissions coal concept cooled decomposition demand economic efficiency electricity electrolysis endothermal et.al facility feed gas feedstock flow rate Forschungszentrum Jülich fossil fuel fuel cell gas duct gasification H₂ H2 production heat exchanger heat transfer helium helium gas high temperature electrolysis hot gas HTGR HTTR hydrocarbons hydrogen economy hydrogen production system industrial inlet JAEA Japan liquid materials membrane methane methanol modular natural gas Nuclear Energy nuclear heat nuclear hydrogen production nuclear power nuclear process heat nuclear reactor off-peak operation oxide oxygen pages ISBN potential power plant pressure MPa Primary helium process gas production of hydrogen reaction reformer tubes S-I cycle secondary helium Seiten ISBN shown in Fig steam reforming steam reforming system storage sulfuric sulfuric acid synthesis gas Table thermal thermochemical cycles transport tritium water splitting