Assessing the Role of Interfacial and Metal Sites in Pt/TiO2-Catalyzed Acetic Acid Hydrodeoxygenation

Chemistry

• Acetic Acid 100%
• Hydrodeoxygenation 100%
• Titanium Dioxide 100%
• Fast Pyrolysis 15%
• Chemistry 15%
• Biofuel 15%
• Energy Barrier 5%
• Deoxygenation 5%
• Drop 5%
• Metal Oxide 5%
• Reaction Activation Energy 5%
• Bio-Oil 5%
• Oxygen Vacancy 5%
• Decarboxylation 5%
• Energetics 5%
• Calorific Value 5%
• Hydrogenation 5%
• Methane 5%
• Bifunctional Catalyst 5%
• Supported Metal Catalyst 5%
• Cresol 5%
• Carbon Dioxide 5%
• Density Functional Theory 5%
• Noble Metal 5%
• Carboxylic Acid 5%
• Phenol 5%
• Nanowire 5%

Chemical Engineering

• Acetic Acid 100%
• Hydrodeoxygenation 100%
• Titanium Dioxide 100%
• Catalytic Fast Pyrolysis 15%
• Carboxylic Acid 5%
• Phenol 5%
• Carbon Dioxide 5%
• Hydrogenation 5%
• Nanowire 5%
• Noble Metal Catalyst 5%

Material Science

• Titanium Dioxide 100%
• Surface (Surface Science) 16%
• Biofuel 16%
• Density 5%
• Energy Density 5%
• Nanowires 5%
• Activation Energy 5%
• Metal Oxide 5%
• Hydrogenation 5%
• Oxygen Vacancy 5%
• Catalyst Support 5%
• Ab Initio Simulation 5%
• Carbon Dioxide 5%