Hybrid-functional material for sorption-enhanced hydrogen-rich syngas production from biomass: Effect of material preparation process

Engineering & Materials Science

• Hybrid materials 97%
• Functional materials 97%
• Sorption 82%
• Biomass 62%
• Hydrogen 54%
• Water injection 54%
• Reforming reactions 51%
• Pyrolysis 43%
• Spray drying 33%
• Catalytic reforming 33%
• Sawdust 31%
• Catalysis 30%
• Calorific value 29%
• Steam reforming 27%
• Hydrogen production 25%
• Drying 22%
• Volume fraction 20%
• Thermodynamics 19%
• Catalysts 19%
• Temperature 18%
• Gases 13%

Agriculture & Biology

• synthesis gas 100%
• sorption 72%
• hydrogen 63%
• biomass 42%
• pyrolysis 25%
• injection 15%
• spray drying 13%
• sawdust 13%
• hydrogen production 13%
• thermodynamics 12%
• steam 11%
• catalysts 11%
• catalytic activity 11%
• purity 10%
• surface area 10%
• water 9%
• temperature 9%
• drying 8%
• gases 8%
• testing 4%

Earth & Environmental Sciences

• sorption 56%
• hydrogen 53%
• biomass 42%
• material 28%
• spray 22%
• pyrolysis 20%
• drying 19%
• effect 16%
• sawdust 14%
• catalysis 13%
• catalyst 10%
• surface area 8%
• thermodynamics 8%
• temperature 8%
• rate 7%
• water 7%
• gas 5%
• product 5%
• test 4%
• parameter 3%
• method 2%