Single char particle model for naphthalene reduction in a biomass gasification system

Engineering & Materials Science

• Naphthalene 84%
• Gasification 61%
• Biomass 54%
• Carbon 30%
• Tar 24%
• Gases 23%
• Particle size 19%
• Pore structure 12%
• Temperature 12%
• Reaction kinetics 11%
• Carbon monoxide 11%
• Energy balance 10%
• Methane 9%
• Carbon dioxide 9%
• Nitrogen 9%
• Physical properties 9%
• Mass transfer 8%
• Hydrogen 8%
• Boundary conditions 7%
• Chemical analysis 6%
• Set theory 6%
• Experiments 3%

Earth & Environmental Sciences

• naphthalene 65%
• gasification 63%
• biomass 37%
• particle 30%
• carbon 17%
• tar 17%
• gas 15%
• particle size 10%
• commercialization 8%
• temperature 8%
• reaction kinetics 8%
• carbon monoxide 7%
• energy balance 7%
• mass balance 6%
• mass transfer 6%
• boundary condition 6%
• carbon dioxide 6%
• physical property 5%
• surface area 5%
• hydrogen 5%
• methane 5%
• reactor 5%
• parameter 5%
• nitrogen 4%
• calculation 4%
• removal 4%
• experiment 2%
• effect 1%

Agriculture & Biology

• biomass gasification 100%
• naphthalene 73%
• gases 22%
• gasification 20%
• carbon 19%
• particle size 13%
• reaction kinetics 9%
• temperature 9%
• carbon monoxide 8%
• mass transfer 8%
• commercialization 8%
• energy balance 7%
• steam 7%
• methane 7%
• hydrogen 6%
• surface area 6%
• films (materials) 6%
• physical properties 6%
• carbon dioxide 5%
• nitrogen 4%