In-situ construction of multi-site Co/Co-N-O porous carbons for plasma-catalytic toluene degradation

Key Points

• Plasma-catalytic toluene degradation efficiency significantly improved with porous carbons incorporation.
• Key evidence shows over 60% toluene degradation in just 30 minutes, indicating rapid catalytic action.
• Assessment using in-situ constructed multi-site Co/Co-N-O porous carbons demonstrates superior catalytic performance in experiments.
• This research suggests promising applications of plasma-catalytic systems for air purification; further optimization may enhance industrial viability.