Microfluidic hydrogen production

Microfluidic devices increase efficiency, decrease costs and/or provide mobility to target applications. Hydrogen production by electrolysis using renewable energy sources and salty water resources is promising for widespread usage of hydrogen and local stations.

Microfluidic channel flow cells (not fuel but flow) use tiny dimension channels embedded with electrodes and automatically separate hydrogen and oxygen gases inside channels. Tiny channels produce low volume but parallelized devices make the high throughput.