Does a Strong Oxophilic Promoter Enhance Direct Deoxygenation? A Study of NiFe, NiMo, and NiW Catalysts in p-Cresol Conversion

Engineering & Materials Science

• Toluene 100%
• Catalysts 69%
• Hydrogenation 62%
• Lignin 41%
• Derivatives 27%
• Physicochemical properties 21%
• Metals 21%
• Hydrides 20%
• Oxides 14%

Chemical Compounds

• Deoxygenation 95%
• Toluene 61%
• Hydrogenation 36%
• Catalyst 34%
• Lignin 32%
• Hydride 13%
• Metal Oxide 13%
• Compound Mobility 12%
• Pressure 9%
• Metal 7%
• Reaction Yield 6%

Earth & Environmental Sciences

• toluene 81%
• catalyst 73%
• lignin 35%
• metal oxide 19%
• physicochemical property 17%
• test 12%
• metal 9%
• chemical 8%
• product 7%
• comparison 6%
• rate 5%