Methane zapped into plasma bubbles makes low-emission methanol

Bubble reactor in a wrap

Source: © Dayne Swearer/Northwestern University

Process offers greener, electrified route to important feedstock chemical

Methanol has been made in a single step by zapping methane with pulses of electricity. The plasma-based reaction, which also uses water and a copper oxide catalyst at ambient temperatures and pressures, emits no carbon dioxide and could offer a greener, electrified alternative to existing production methods.