Formation of anchoring sites via H2-treatment of CeO2 supports for synergistic coupling of dry reforming and reverse water–gas shift

Key Points

• H2-treatment fosters formation of anchoring sites, enhancing catalytic activity and stability for reactions.
• Key enhancement includes a 30% increase in coupling efficiency between dry reforming and reverse water-gas shift.
• Observations stem from a comparative analysis of different treatments on CeO2 supports involved in catalytic processes.
• Findings highlight the potential for more efficient energy conversion technologies utilizing these synergistic reactions.