CO₂Hydrogenation to Methanol over In₂O₃-Based Catalysts: From Mechanism to Catalyst Development

Keyphrases

• Indium Oxide 100%
• Methanol 100%
• Catalyst Development 100%
• CO2 Hydrogenation 100%
• CO2 Conversion 44%
• CO2 Hydrogenation to Methanol 33%
• Recent Advances 22%
• In Situ Characterization 11%
• Bimetallic 11%
• Active Sites 11%
• Computational Study 11%
• High Activity 11%
• Aromatics 11%
• Formate 11%
• CO2 Adsorption 11%
• Olefins 11%
• CO2 Concentration 11%
• Kinetic Study 11%
• Metal Components 11%
• Zeolite 11%
• Mechanistic Insight 11%
• Effective Utilization 11%
• Carboxyl 11%
• Anthropogenic Greenhouse Gases 11%
• Catalytic Performance 11%
• Zirconium Dioxide 11%
• Hydrogenation 11%
• Carbon Dioxide CO2 11%
• Renewable Energy 11%
• Oxygen Vacancy Formation 11%
• Acid Catalyst 11%
• Excellent Selectivity 11%
• Surface Oxygen Vacancy 11%
• Selective Catalyst 11%
• Catalytic Kinetics 11%
• H2 Activation 11%
• Reverse Water Gas Shift 11%
• CO2 Activation 11%
• Methanol Formation 11%
• Methanol Selectivity 11%

Chemical Engineering

• Methanol 100%
• CO2 Conversion 80%
• Carbon Dioxide 60%
• CO2 Hydrogenation to Methanol 60%
• Hydrogenation 40%
• Kinetic Study 20%
• Olefin 20%
• Water-Gas Shift 20%
• Indium 20%
• Carbon Dioxide Capture 20%

Material Science

• Carbon Dioxide 100%
• Hydrogenation 45%
• Oxide Compound 18%
• Oxygen Vacancy 18%
• Indium 9%
• Zirconia 9%
• Greenhouse Gas 9%
• Zeolite 9%
• Surface (Surface Science) 9%