Materials development

Nano-CaO or CaCO3 is supposed to have high capacity of CO2 capture, better stability and also high reaction speed. This is mainly due to the

Fe-based catalysts have strong oxygen carrier abilities and have been used for ICCU-DRM. The catalysts were mixed with CaO for ICCU-DRM research. The method of

Ni-MgO-Al2O3 catalysts were developed for ICCU-DRM. Ni is active for dry reforming methane, and MgO and Al2O3 are common supports. The methods are reported by

Dual functional materials can be prepared by 1) physically mixing sorbent and catalyst; 2) impregnating catalyst on sorbent; 3) one-pot synthesis of DFMs mixing catalytic and