Study of the effect of ceria on the activity and selectivity of Co and Ce co-doped birnessite manganese oxide for formaldehyde oxidation

Keyphrases

• Catalytic Oxidation 100%
• Methanol 100%
• Formaldehyde Oxidation 100%
• Ceria 100%
• HCHO Oxidation 100%
• Birnessite 100%
• Manganese Oxide 100%
• High Concentration 50%
• Indoor Environment 50%
• Physicochemical Properties 50%
• Morphological Properties 50%
• Characterization Techniques 50%
• Indoor Air Quality 50%
• Low-temperature Oxidation 50%
• Synthetic Catalysts 50%
• Formaldehyde 50%
• Manganese Dioxide 50%
• Surface Active Oxygen Species 50%
• Methanol Selectivity 50%
• Cobalt 50%
• Co-Ce 50%
• High Catalytic Activity 50%
• In Situ DRIFTS 50%
• Catalytic Materials 50%
• Hazardous Pollutants 50%
• Oxygen Storage 50%
• Surface Reaction Mechanism 50%
• Co-doped Catalyst 50%
• Methanol Generation 50%
• Oxygen Transfer Rate 50%
• Methoxy Species 50%

Chemical Engineering

• Cerium Compound 100%
• Formaldehyde 100%
• Manganese Oxide 100%
• Methanol 80%

Material Science

• Oxidation Reaction 100%
• Cerium Oxide 100%
• Manganese Oxide 100%
• Cobalt 11%
• Catalyst Activity 11%
• Diffuse Reflectance Infrared Fourier Transform Spectroscopy 11%
• Surface Reaction 11%