Recent advances in paired electrolysis of biomass- derived compounds toward cogeneration of value-added chemicals and fuels

Pairing the electrocatalytic hydrogenation reaction with different anodic reactions driven by renewable electricity offers a greener way for producing value-added chemicals and fuels. In particular, replacing the sluggish water oxidation with a biomass-based upgrading reaction can reduce the overall energy cost, thus allowing for the simultaneous generation of high-value products at both electrodes. This mini-review summarized the recent progress in paired electrolysis of biomass-derived compounds, particularly the furanic chemicals. Some perspectives and outlooks were proposed for further improvements in this research area.

Automated summary

Pairing the electrocatalytic hydrogenation reaction with anodic reactions driven by renewable electricity offers a greener way for producing value-added chemicals and fuels, with the potential to reduce energy costs and generate high-value products simultaneously.