Abstract
Abstract Thermochemical cycles have been investigated for quite some time as a means to convert heat into storable chemical energy. A particularly attractive reaction is the solar-thermal decomposition of zinc oxide into zinc and oxygen, but the efficiency of this process is impaired by the fast recombination of zinc and oxygen upon cooling of the gas phase. The combination with a second, nickel/nickel oxide redox cycle is presented as a possibility to avoid the simultaneous presence of metal and oxygen in the gas phase.
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