Desulfurization of Biomass Syngas Using ZnO-Based Adsorbents: Long-Term Hydrogen Sulfide Breakthrough Experiments

Keyphrases

• Hydrogen Sulfide 100%
• Adsorbent 100%
• Desulfurization 100%
• Biomass Syngas 100%
• Breakthrough Experiment 100%
• Syngas 50%
• Hydrocarbons 25%
• Particle Size 25%
• Steam 25%
• Carbon Deposition 25%
• Varying Condition 25%
• Technical Feasibility 25%
• Sulfur Content 25%
• Gasification 25%
• Utilization Rate 25%
• Biomass-based 25%
• Particle Surface 25%
• Space Velocity 25%
• Mass Transfer Resistance 25%
• H2S Concentration 25%
• Breakthrough Curve 25%
• Product Layer 25%
• Bio-syngas 25%
• Rich Model 25%
• Drying Bed 25%
• Deactivation Model 25%
• Breakthrough Time 25%
• Wet Scrubbing Process 25%
• Intraparticle Mass Transfer 25%
• Spent Adsorbent 25%
• Interlayer Resistance 25%
• Adsorptive Desulfurization 25%
• Size Constraint 25%
• Space Particles 25%

INIS

• biomass 100%
• zinc oxides 100%
• adsorbents 100%
• hydrogen sulfides 100%
• desulfurization 100%
• laboratories 40%
• layers 20%
• performance 20%
• surfaces 20%
• hydrocarbons 20%
• carbon 20%
• concentration 20%
• particle size 20%
• experimental data 20%
• space 20%
• constraints 20%
• deposition 20%
• particles 20%
• deactivation 20%
• velocity 20%
• steam 20%
• surface area 20%
• curves 20%
• gasification 20%
• mass transfer 20%
• sulfur content 20%
• scrubbing 20%
• tar 20%

Chemical Engineering

• Hydrogen Sulfide 100%
• Desulfurization 100%
• Scrubbing 50%
• Gasification 50%
• Adsorptive Desulfurization 50%
• Space Velocity 50%
• Mass Transfer Resistance 50%
• Intraparticle Mass Transfer 50%
• Deactivation Model 50%