Oxygen vacancy–engineered δ-MnO_x/activated carbon for room-temperature catalytic oxidation of formaldehyde

Keyphrases

• Formaldehyde 100%
• Room Temperature 100%
• Oxygen Vacancy 100%
• Catalytic Oxidation 100%
• Activated Carbon 100%
• Oxygen Vacancy Modulation 100%
• MnOx 100%
• HCHO Removal 100%
• Catalytic Reaction 50%
• Active Sites 50%
• Removal Efficiency 50%
• Reactive Oxygen Species 50%
• Commercially Viable 50%
• Adsorption Sites 50%
• Oxygen Activation 50%
• Large-scale Production 50%
• Catalyst Activity 50%
• Mn3+ 50%
• In Situ Reduction 50%
• Oxygen Vacancy Concentration 50%
• Bulk Catalyst 50%
• CO Selectivity 50%
• Ammonia Modification 50%
• Room-temperature Oxidation 50%
• Abundant Oxygen Vacancies 50%

Chemistry

• Catalytic Oxidation 100%
• Oxygen Vacancy 100%
• Ambient Reaction Temperature 100%
• Activated Carbon 100%
• Reactive Oxygen Species 16%
• Catalytic Reaction 16%
• Carbon Dioxide 16%
• Catalyst Activity 16%

Chemical Engineering

• Activated Carbon 100%
• Catalytic Reaction 50%
• Carbon Dioxide 50%