Presentation Information
[1A14]Integrated Catalyst and Reactor Design for Sustainable CO2 and CH4 Utilization
○Sunkyu Kim1 (1. Pukyong National University)
Keywords:
Heterogeneous catalyst,Reactor design,Greenhouse gas
The mitigation of greenhouse gases such as carbon dioxide (CO2) and methane (CH4) is critical for addressing environmental challenges, while their transformation into valuable fuels and chemicals presents a promising opportunity. Maximizing the efficiency of CO2 and CH4 conversions with minimal energy demands a synergistic approach that combines advanced catalyst development with innovative reactor engineering. This presentation explores integrated methodologies for CO2 and CH4 conversion, focusing on the design of structurally tailored catalysts, the tandem catalytic systems, and the coupling of reactors with chemical looping processes to enhance selectivity and overall reaction performance. The study highlights the importance of co-developing catalysts and reactor configurations as a unified system to achieve more effective and sustainable petrochemical processes.
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