Interfacial electronic transfer triggered dual-site synergistic catalysis on Fe3N/C for efficient H2O2 electro-synthesis

Key Points

• Efficient H2O2 electro-synthesis occurs through interfacial electronic transfer and dual-site catalysis.
• The catalytic system shows a remarkable increase in H2O2 yield and overall reaction efficiency under specific conditions.
• Assessment using electrochemical techniques confirms the effectiveness of Fe3N/C in enhancing catalytic activity for H2O2 production.
• This research highlights the potential of dual-site catalysis in advancing electrochemical synthesis methods.