Double-metal cyanide-supported Pd catalysts for highly efficient hydrogenative ring-rearrangement of biomass-derived furanic aldehydes to cyclopentanone compounds

Engineering & Materials Science

• Cyanides 93%
• Aldehydes 91%
• Catalyst supports 83%
• Biomass 57%
• Metals 40%
• Catalysts 29%
• Acidity 28%
• Acids 25%
• Furfural 21%
• Alcohols 15%
• Catalysis 9%
• Crystal structure 9%
• Catalyst activity 8%
• Hydrolysis 8%
• Leaching 8%
• Impregnation 8%
• Surface properties 6%
• Carbon 5%

Physics & Astronomy

• aldehydes 91%
• cyanides 85%
• biomass 82%
• catalysts 58%
• rings 43%
• metals 32%
• acidity 29%
• acids 25%
• furfuryl alcohol 13%
• leaching 9%
• catalytic activity 9%
• catalysis 8%
• hydrolysis 8%
• alcohols 7%
• surface properties 7%
• routes 5%
• crystal structure 5%
• synthesis 5%
• carbon 4%
• causes 4%

Chemical Compounds

• Ring Rearrangement 100%
• Cyclopentanone 80%
• Cyanide 50%
• Aldehyde 44%
• Catalyst 26%
• Lewis Acid 24%
• Furfural 20%
• Furfuryl Alcohol 11%
• Reaction Step 9%
• Furan 8%
• Leaching 8%
• Impregnation 7%
• Reaction Yield 7%
• Molecular Cluster 5%
• Surface Area 5%
• Catalysis 5%
• Surface 5%
• Hydrolysis 5%
• Purity 4%
• Crystal Structure 4%
• Carbon Atom 4%
• Metal 4%
• Acid 3%