Seawater-assisted biomass upgrading with stable catalytic activity for 1500 hours

Puntos clave

• The research aims to develop a stable and active electrode for hydrogen-mediated formate oxidation reaction (HMFOR) in seawater.
• Synthesize HMFOR electrode through NF surface reconstruction in seawater.
• Utilize alkaline seawater electrolyte to enhance catalytic activity.
• Evaluate electrode performance over a continuous operation period of 1500 hours.
• Achieved continuous operation of the electrode for 1500 hours.
• Demonstrated suppression of oxygen evolution reaction (OER) and promotion of HMFOR activity.
• Established a benchmark for catalytic stability and activity in seawater.