Composite molten salt-ceramic membranes are promising devices for high-temperature CO2 separation. Intensive material properties impact on separation performance as do membrane geometry (thickness) and microstructure (pore volume fraction, size, connectivity, tortuosity factor). Although controlling pore size is considered somewhat routine, achieving alignment connectivity still challenging. He...

Due to their low melting point and high conductivity molten hydroxides are interesting electrolytes, or additive other electrolytes for high-temperature electrochemical devices. There is nowadays a revival of such reactive media, first all significant role in the electrode mechanisms carbonate fuel cells (MCFCs) reverse co-electrolysis water carbon dioxide process, but also different applicatio...