Ethanol reforming catalyst

Higher education and research

Social sciences research

China

Research project to develop a catalyst that converts ethanol into hydrogen and acetic acid at 270°C without CO2 emissions, using platinum and iridium atoms dispersed on molybdenum carbide surfaces.

Research project to develop a catalyst that converts methanol into hydrogen at 200°C with record stability, using platinum particles embedded on molybdenum nitride with lanthanum oxide protective layer.

A catalyst system using platinum particles on molybdenum nitride with lanthanum oxide protection that converts methanol into hydrogen at 200°C with record stability and ultra-low platinum loading (0.26% by weight).

A catalyst system using platinum and iridium atoms on molybdenum carbide that converts ethanol into hydrogen and acetic acid at 270°C without CO2 emissions.