Synergistic charge transfer in Y-doped CeO2/g-C3N4 ceramic nanohybrids for efficient visible-light-activated water remediation

Key Points

• Water remediation significantly improves with synergistic charge transfer mechanisms in ceramic nanohybrids, indicating effective use.
• Y-doped CeO2 combined with g-C3N4 displays superior performance in visible-light-activated applications, enhancing pollutant degradation.
• Introducing Y-doping in CeO2 contributes to more efficient charge transport, optimizing photocatalytic activity in the nanohybrid system.
• These findings may enable broader applications of ceramic nanohybrids in sustainable water purification technologies.