Phosphorous Removal (BPR) Activated sludge processes with alternating anaerobic and aerobic conditions have been successfully used for enhanced biological phosphorous removal (EBPr) from wastewater. This anaerobic-aerobic alternation can be achieved either by spatial configuration of anaerobic and aerobic zones in series in continuous flow systems with sludge recycle or by temporal arrangement of anaerobic and aerobic periods in sequence batch reactors
Phosphorous Removal (EBPR ) Activated sludge processes with alternating anaerobic and aerobic conditions have been successfully used for enhanced biological phosphorous removal (EBPR) from wastewater. This anaerobic-aerobic alternation can be achieved either by spatial configuration of anaerobic and aerobic zones in series in continuous flow systems with sludge recycle or by temporal arrangement of anaerobic and aerobic periods in sequence batch reactors
Spatial Configuration of Anaerobic and Aerobic zones in Series in Continuous Flow Systems Anaerobic Aerobic Clarifier Inflow Outflow Sludge recycle Wasted sludge SBCOD PHA PO4-P Spatial configuration
Spatial Configuration of Anaerobic and Aerobic Zones in Series in Continuous Flow Systems Anaerobic Aerobic Clarifier Sludge recycle Inflow Wasted sludge Outflow SBCOD PHA Concentrations PO4-P Spatial configuration