Engineering low-coordinated Cu single-atom catalysts for selective CO₂ photoreduction to ethane

Key Points

• Selective CO₂ photoreduction to ethane shows significant promise for carbon capture and utilization.
• The study achieved an ethane yield representing a 50% increase over previous methods in optimized conditions.
• Assessment using low-coordinated Cu single-atom catalysts revealed their enhanced catalytic activity in facilitating CO₂ reduction.
• Findings highlight the potential of Cu catalysts in advancing methods for sustainable energy solutions.