📋 Tender Overview
Continuous Electrolytic-Catalytic Decoupled Water Electrolysis For Green Hydrogen Production
Novel Decoupled Electrolysis Method Could Revolutionise Green Hydrogen Productiongreen Hydrogen Production Via Water Electrolysis Uses Electricity From Renewable Sources To Split Water Into Hydrogen And Oxygen In An Electrolyser. Funded By The European Research Council, The H2Bro Project Will Introduce A Novel Electrolysis Method To Achieve High Efficiency With Minimal Energy Losses. The Proposed Method Involves Separating The Oxygen Evolution Reaction Into Two Sub-Reactions. These Reactions Will Occur In Different Cells, Utilising A Soluble Bromide/Bromate Couple Owing To Its High Solubility And Suitable Redox Potential. The Ultimate Goal Is To Merge The Electrolytic And Catalytic Sub-Processes Into One Seamless Process. This Should Lead To A Competitive Solution For Green Hydrogen Production And Contribute To The Fight Against Global Warming.
Funded Under
European Research Council (Erc)
Total Cost
€ 2 950 000,00
Eu Contribution
€ 2 950 000,00
Coordinated By
Technion - Israel Institute Of Technology
Israel
