IJESRT INTERNATIONAL JOURNA Removal Techniques Of Phosphorus From Waste Water To Enhance Its Reuse Potential To Meet The Water

dity increases the need to chlorinate drinking water, which, in -products that have been shown to increase the risk of cancer. The ry agencies based on issues of and aerated/unaerated mass fractions are identified reasingly being seen as tand the relevant factors which differentiate competing to recover nutrients as process, sewage treatment plant Phosphorus: Total phosphorus (TP) in domestic wastewater typically ranges between 4 and 8 mg/L but can be higher depending on industrial sources, water conservation, or whether a detergent ban is in place. Sources of phosphorus are phosphorus is present in all biological material, as it is an essential nutrient and part of a cell’s energy cycle. Phosphorus is used in fertilizers, detergents, and cleaning agents and is present in human and animal waste. Phosphorus in wastewater is in one of three forms: • Phosphate (also called Orthophosphate PO43-) • Polyphosphate, or • Organically bound phosphorus. The orthophosphate fraction is soluble and can be in one of several forms (e.g., phosphoric acid, -9655