energy-intensive oxygen evolution reaction typically required

Researchers in China and Singapore have developed a new way to use solar energy and biomass to make cheaper green hydrogen. The method turns sugars from biomass (such as agricultural waste cellulose) into hydrogen and another useful chemical, formate, at the same time. This could be cheaper and may use less energy than standard solar electrolysis that only splits water, because the sugar oxidation replaces the energy-intensive oxygen evolution reaction typically required at the anode. … to continue reading this article and more, please login, register for free, or consider subscribing to gasworld You’ve reached your weekly limit to access free articles! Want to keep reading? Please register for free and create a profile to gain access to this full article and gasworld’s daily news. For access to more content including our monthly digital magazines,… Read More »Solar process converts biomass sugars to low cost green hydrogen | Hydrogen