Band-Gap Engineering of Bi-MOFs via Anthraquinone Integration for Boosting Photocatalytic H2O2 Production over a Donor-Acceptor-Aceptor Junction

Key Points

• The aim is to enhance photocatalytic hydrogen peroxide production using bi-metal organic frameworks through band-gap engineering.
• Developed a donor-acceptor-acceptor junction using anthraquinone integration.
• Conducted assessments of photocatalytic activity for H2O2 production.
• Analyzed charge recombination rates and reaction kinetics.
• Demonstrated increased efficiency in H2O2 production compared to standard photocatalysts.
• Showed reduced charge recombination, leading to improved reaction rates.