An overview and analysis of the thermodynamic and kinetic models used in the production of 5-hydroxymethylfurfural and furfural

Earth & Environmental Sciences

• activation energy 16%
• additive 14%
• analysis 17%
• biomass 10%
• catalyst 14%
• chemical 16%
• chemical reaction 16%
• critical analysis 20%
• dehydration 16%
• evaluation 7%
• formic acid 21%
• furan 61%
• glucose 15%
• imitation 22%
• in situ 10%
• kinetics 41%
• mass transfer 14%
• method 7%
• mitigation 12%
• partition coefficient 17%
• partitioning 14%
• polymerization 17%
• prediction 8%
• rehydration 22%
• salt 11%
• screening 14%
• substrate 11%
• sugar 33%
• thermodynamics 51%

Chemical Compounds

• 5-Hydroxymethylfurfural 83%
• Additive 15%
• Catalyst 9%
• Dehydration 18%
• Formic Acid 19%
• Fructose 23%
• Furan 64%
• Furfural 76%
• Glucose 16%
• Humin 34%
• Mass Transfer 18%
• Partition Coefficient 22%
• Polymerization Reaction 13%
• Reaction Activation Energy 15%
• Solvent 10%
• Thermodynamics 41%
• Xylose 26%

Engineering & Materials Science

• Activation energy 17%
• Catalysts 14%
• Chemical reactions 16%
• Dehydration 20%
• Feedstocks 16%
• Formic acid 24%
• Fructose 27%
• Furfural 100%
• Glucose 18%
• Lignocellulosic biomass 23%
• Mass transfer 14%
• Polymerization 18%
• Salts 15%
• Screening 15%
• Solvent extraction 23%
• Substrates 11%
• Sugars 40%
• Thermodynamics 57%
• Xylose 25%