Boosting Photocatalytic Simultaneous Hydrogen Evolution and Plastic Reforming via Surface Hydroxylation over NiMoO4/CdS Heterojunction: Interfacial Microenvironment and Electronic Structure Regulation

Puntos clave

• The study aims to improve hydrogen evolution efficiency through surface modifications of photocatalysts.
• Investigated the interfacial interactions of NiMoO4/CdS heterojunctions.
• Implemented surface hydroxylation techniques on photocatalysts.
• Analyzed the effects on electronic structure and microenvironment.
• Surface hydroxylation significantly boosts photocatalytic hydrogen evolution rates.
• Enhanced interfacial interactions lead to improved overall efficiency.
• The study identifies key mechanisms in the microenvironment affecting catalysis.