Abstract
A chemical heat storage method is advantageous in terms long periods of time storage and the high storage density are possible as compared to the direct storage methods. Normally, a reversible single reaction is utilized, then the heat storage temperature is limited. On the other hand, in order to store industrial waste ranging widely in the temperatures, it’s necessary to develop a new material which allows heat storage in a stepwise manner in response to temperature changes. In this study, we have investigated the effect of several experimental conditions on the synthesis of Mg based layered hydroxide by simple aqueous solution derived methods. In addition, the potentials of the multistep chemical heat storage property have been investigated.
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