Surface-interface engineering of single atom catalyst for solar hydrogen generation

Key Points

• The aim is to explore the advancements in single-atom photocatalysts for efficient solar hydrogen generation.
• Review of recent literature on single-atom photocatalysts.
• Analysis of light harvesting and charge separation mechanisms.
• Evaluation of surface reaction kinetics in solar hydrogen generation.
• Single-atom catalysts show improved atom utilization and catalytic activity.
• Enhanced light harvesting leads to greater efficiency in hydrogen generation.
• Surface reaction kinetics are significantly accelerated with engineered surfaces.