Performance and N₂O formation of the deammonification process by suspended sludge and biofilm systems-a pilot-scale study

Keyphrases

• Aeration 25%
• Ammonium Ion 50%
• Ammonium Oxidation 25%
• Anoxic Phase 25%
• Biofilm Carrier 25%
• Biofilm System 100%
• Biomass Removal 25%
• Buffer Tank 50%
• Deammonification 100%
• Degradation Rate 25%
• Effluent 25%
• Formation Potential 25%
• High Concentration 25%
• Hydraulic Retention Time 25%
• Influent Concentration 25%
• Intermittent Aeration Cycle 25%
• Moving Bed Biofilm Reactor 50%
• N2O Concentration 50%
• N2O Emission 25%
• N2O Formation 100%
• N2O Reduction 50%
• Nitritation 50%
• Nitrite 25%
• Nitrogen Degradation 25%
• Nitrogen Removal 25%
• Nitrogen Turnover 25%
• Nitrous Oxide 25%
• Pilot-scale Experiment 100%
• Reactor 100%
• Reactor Performance 25%
• Sequencing Batch Reactor 50%
• Suspended Biofilm 100%
• Suspended Sludge 100%
• Turnover Rate 25%

Chemical Engineering

• Hydraulic Retention Time 50%
• Moving Bed Biofilm Reactor 100%
• Nitrification 100%
• Reactor Performance 50%
• Sequencing Batch Reactor 100%
• Sludge 100%

Engineering

• Biofilm Reactor 100%
• Degradation Rate 50%
• Hydraulics 50%
• Moving Bed 100%
• Retention Time 50%
• Sequencing Batch Reactor 100%