Influence of trickling liquid velocity and flow pattern in the improvement of oxygen transport in aerobic biotrickling filters for biogas desulfurization

Keyphrases

• Biotrickling Filter 100%
• Aerobic 100%
• Biogas Desulfurization 100%
• Flow Pattern 100%
• Oxygen Transport 100%
• Liquid Velocity 100%
• Liquid Flow 100%
• Velocity Pattern 100%
• Velocity Regulation 37%
• Oxygen Mass Transfer 37%
• Biogas 25%
• Chemical Industry 25%
• Gas-liquid 25%
• Elemental Sulfur 25%
• Filter Performance 25%
• Manipulated Variables 25%
• Co-current Flow 25%
• Sulfur Accumulation 25%
• Liquid Oxygen 25%
• Abiotic Conditions 12%
• Elimination Capacity 12%
• High Mass Loading 12%
• Neutral pH 12%
• Concentration Profile 12%
• 3H-1 12%
• Loading Rate 12%
• Hydrogen Sulfide Removal 12%
• Biological Oxidation 12%
• Countercurrent Flow 12%
• Product Selectivity 12%
• Dissolved Oxygen Distribution 12%
• Pattern Configuration 12%
• Air Supply 12%
• Mass Transfer Efficiency 12%
• Filter Height 12%
• Velocity Modulation 12%
• Pall Rings 12%
• Biological Hydrogen 12%
• Filter Bed 12%

Chemical Engineering

• Biogas 100%
• Desulfurization 100%
• Chemical Element 66%
• Dissolved Oxygen 33%
• Hydrogen Sulfide 33%