Impact of support (MCF, ZrO₂, ZSM-5) on the efficiency of Ni catalyst in high-temperature conversion of lignocellulosic biomass to hydrogen-rich gas

Engineering & Materials Science

• Lignocellulosic biomass 100%
• Acidity 98%
• Foams 68%
• Catalysts 60%
• Hydrogen 57%
• Pore size 41%
• Gases 40%
• Reaction intermediates 31%
• Temperature 28%
• Crystallite size 26%
• Catalyst supports 23%
• Coking 22%
• Pore structure 22%
• Feedstocks 17%
• Pyrolysis 16%
• Nickel 16%

Physics & Astronomy

• biomass 93%
• acidity 79%
• foams 70%
• catalysts 66%
• hydrogen 44%
• porosity 41%
• gases 36%
• reaction intermediates 21%
• products 18%
• thermal decomposition 15%
• crystallites 12%
• nickel 11%
• performance 6%
• interactions 5%

Chemical Compounds

• Pore Size 40%
• Gas 37%
• Catalyst 29%
• Surface Acidity 28%
• Coking 28%
• Reaction Intermediate 25%
• Pore Structure 22%
• Crystallite 19%
• Pyrolysis 16%
• Pore 15%
• Surface Area 15%
• Resistance 15%
• Volume 13%
• Amount 10%
• Application 7%