Enhanced performance and stability of Cu/ZnO catalyst by introducing MgO for low-temperature methanol synthesis using methanol itself as catalytic promoter

Keyphrases

• Enhanced Stability 100%
• Methanol 100%
• Performance Enhancement 100%
• Cu-ZnO Catalyst 100%
• Low-temperature Methanol Synthesis 100%
• Catalytic Promoter 100%
• Cu-ZnO 60%
• Space-time Yield 30%
• Syngas 20%
• MgO Catalyst 20%
• Mg2+ 10%
• Cu-based Catalyst 10%
• Synthesis Routes 10%
• Molar Ratio 10%
• Calcination 10%
• Turnover Frequency 10%
• Cu-Zn 10%
• Structure-activity Relationship 10%
• Methanol Synthesis 10%
• Synthesis Reaction 10%
• Reduced Catalyst 10%
• Physicochemical Properties 10%
• Catalyst Characterization 10%
• Low Reaction Temperature 10%
• Mg-Zn 10%
• Hopefulness 10%
• Carbon Turnover 10%
• Total Carbon 10%
• Autocatalysis 10%
• Cu-ZnO-Al2O3 10%
• Apparent Activation Energy 10%
• Enzymatic CO2 Conversion 10%
• MgO Content 10%
• Deactivation 10%

Chemical Engineering

• Methanol 100%
• Methanol Synthesis 100%
• Carbon Dioxide 10%
• Coprecipitation 10%