By judiciously controlling the electrode interface and reactant transport, researchers have discovered a lower energy pathway for the direct conversion of captured CO2 to CO. This breakthrough may lead to more energy-efficient CO2 conversion processes.
CO2 capture and its electrochemical conversion to valorized products are energy-intense processes. Now, researchers report that judicious control of the electrode interface and reactant transport unlock a lower energy pathway allowing direct conversion of CO2 from the captured state to CO.
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