"The storage solution is like a "salt battery". It is based on a basic chemical process with a very common material, calcium oxide produced from limestone, with enhanced properties by our nanocoating process", explains Carl-Johan Liner, CEO of SaltX.
Simplified, when calcium oxide reacts with water, it turns into calcium hydroxide and releases heat. Respectively, when calcium hydroxide is dried, it absorbs heat.
SFW has designed a fluidized bed pilot reactor, which serves as the point of discharge, where the salt releases the heat. The new 100 kW reactor in SaltX's new testing installation in Sweden, near Stockholm, combines the performance of SaltX's patented nanocoated salt with SFW's fluidized bed technology.
"SFW's technology has huge potential to take the salt battery solution to the next, commercial level in terms of size, with high efficiency. Our reactor can mix the salt and the water vapour very effectively, which makes it superior compared to other technologies especially in very large-scale applications.", emphasizes Timo Jantti, SVP Technology and R and D at SFW.
The pilot will be commissioned at the beginning of 2021. As the next step, SaltX intends to further scale-up to discharge 1 MW of thermal power in a demonstration project.
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