Thermochemical water-splitting cycles hybrid cycle

Solar thermochemical S-NH3 water splitting cycle 3.1. S-NHs hybrid cycle... 

The thermochemical hybrid process is a combined cycle process with both thermochemical and electrolytic reactions of water splitting. The hybrid process offers the possibility of running low-temperature reactions on electricity. The expectations for realization of hybrid processes are similar to those for purely thermochemical processes [13]. Various hybrid processes are energetically possible, but not always feasible. Important criteria are the minimum voltage for the electrolysis step, realizability, efficiency. 

The thermochemical hybrid process is a combined cycle process with both thermochemical and electrolytic reactions of water splitting. The hybrid process offers the... 

The hybrid copper-chloride thermochemical cycle is a hybrid cycle which requires both electricity and heat to split the water molecule. It was described first by Dokiya (1976) and then Carty (1981). 

The CuCl cycle is a hybrid thermochemical cycle to produce hydrogen using both electricity and heat to split water into hydrogen and oxygen. Already described in the early 70s, it has recently been revisited because of its low maximal temperature and its high potential efficiency. Furthermore, raw materials are cheap, which allows a drastic diminution of constraints for industrial deployment. 

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