Adelaide scientists convert urine urea into hydrazine for rockets and EV batteries
Researchers at the University of Adelaide have developed an electrochemical process that converts urea into hydrazine using electricity and sodium chloride. The method can draw urea directly from human urine or wastewater, making it a potentially sustainable feedstock. Hydrazine is a key chemical used in rocket fuels, pharmaceuticals, and emerging energy technologies. The breakthrough could offer a greener alternative to conventional hydrazine production methods. Scientists also see potential applications in electric vehicle battery research.










