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Keyword [EBPR]
Result: 21 - 40 | Page: 2 of 3
21. The Study Of PAO Enrichment And Performance Of Denitrifying Phosphorus Removal In EBPR System
22. Phosphorus Uptake Properties Associated Denitrification Capacity Of Different Sludge Subjected To EBPR
23. Study On EBPR By Using Food Waste Hydrolyte As External Carbon Source
24. The Effect Of Temperature On The Performance And Microbial Community Structure Of Enhanced Biological Phosphorus Removal (EBPR) System
25. Phosphorus Release And Phosphorus Recovery From Rich Phosphorus Sludge In EBPR
26. Characterization Of Extracellular Polyphosphate In The EBPR System
27. Infrared Spectral Analysis Of The Sludge And Evaluation Of Biological Phosphorus Removal Status Based On Computational Intelligence Algorithm Method
28. NIR Spectroscopy Analysis Of The Intracellular Polymers Content During The Enhanced Biological Phosphorus Removal Process
29. The Cultivation And Temperature Coefficient Test Of PAOHT
30. Operation Of Iron Enhanced Phosphorus Removal Membrane Bioreactor (EBPR-MBR) And Control Of Membrane Fouling
31. A Comparative Study On Phosphorus Removal Efficiency Of EBPR Sludges Fed With Different Influent Carbon Sources
32. Effects Of PAC And Sepiolite On The Formation Of Aerobic Granular Sludge Under EBPR Conditions
33. Effect Of C/P Ratio On The Phosphorus Removal In EBPR Under High Temperature
34. Inhibitory Effect Of Antibiotics On The Performance And Microbial Population Structure Of EBPR
35. Effect Of Anaerobic Side-stream Phosphorus Recovery On Phosphorus Removal Performance And Microbial Population Structure Of Mainstream Ebpr Subjected To Low-consumption
36. Evaluation of feasibility, sustenance and microbial ecology of enhanced biological phosphorus removal in aerated-anoxic activated sludge systems
37. The influence of carbon source types and nitrate on the performance of the enhanced biological phosphorus removal systems
38. Development of a high-throughput (HT) strategy to cultivate enhanced biological phosphorus removal (EBPR) microorganisms
39. Diversity and molecular identification of polyhydroxyalkanoate synthases in a mixed culture performing enhanced biological phosphorus removal
40. Sulfur cycle associated enhanced biological phosphorus removal
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