Phosphorus is removed from wastewater streams to prevent the ecologically harmful effects of eutrophication in receiving natural systems. Current chemical and biological techniques for removing phosphorus from wastewater are not able to practicably achieve the new discharge limit expected under the Water Framework Directive of 0.1 mg phosphorus L- 1 . In addition, they do not represent an economically viable route for the recovery and reuse of the phosphorus they remove. Cont/d
Phosphorus occurs in natural water and wastewater mainly as orthophosphates and polyphosphates. The ...
Adsorption represents one of the most promising process for phosphorous (P) removal and recovery fro...
Phosphorus is a nutrient necessary for the development of crops and is thus commonly applied as fer...
Phosphorus is removed from wastewater streams to prevent the ecologically harmful effects of eutroph...
Increasingly stricter phosphorus discharge limits represent a significant challenge for the wastewat...
Phosphorus is not only a non-renewable resource but also a major cause of eutrophication in natural ...
Eutrophication is one of the main challenges regarding the ecological quality of surface waters, pho...
Our research is recently focused on the phosphorus removal from wastewater treatment plant outlets. ...
Intensive agriculture production and industrial expansion are causing an increase on nutrient rele...
Removing phosphate from water is important as it causes eutrophication, which in turn has a harmful ...
Combined phosphorus (P) removal and recovery from wastewater is a sensible and sustainable choice in...
Phosphate rocks are an irreplaceable resource to produce fertilizers, but their availability will no...
Sorption is an effective, reliable, and environmentally friendly treatment process for the removal o...
© 2016 American Society of Civil Engineers. Phosphorus (P) is a critical nutrient for plant growth. ...
Eutrophication and the resulting formation of harmful algal blooms causes huge economic and environm...
Phosphorus occurs in natural water and wastewater mainly as orthophosphates and polyphosphates. The ...
Adsorption represents one of the most promising process for phosphorous (P) removal and recovery fro...
Phosphorus is a nutrient necessary for the development of crops and is thus commonly applied as fer...
Phosphorus is removed from wastewater streams to prevent the ecologically harmful effects of eutroph...
Increasingly stricter phosphorus discharge limits represent a significant challenge for the wastewat...
Phosphorus is not only a non-renewable resource but also a major cause of eutrophication in natural ...
Eutrophication is one of the main challenges regarding the ecological quality of surface waters, pho...
Our research is recently focused on the phosphorus removal from wastewater treatment plant outlets. ...
Intensive agriculture production and industrial expansion are causing an increase on nutrient rele...
Removing phosphate from water is important as it causes eutrophication, which in turn has a harmful ...
Combined phosphorus (P) removal and recovery from wastewater is a sensible and sustainable choice in...
Phosphate rocks are an irreplaceable resource to produce fertilizers, but their availability will no...
Sorption is an effective, reliable, and environmentally friendly treatment process for the removal o...
© 2016 American Society of Civil Engineers. Phosphorus (P) is a critical nutrient for plant growth. ...
Eutrophication and the resulting formation of harmful algal blooms causes huge economic and environm...
Phosphorus occurs in natural water and wastewater mainly as orthophosphates and polyphosphates. The ...
Adsorption represents one of the most promising process for phosphorous (P) removal and recovery fro...
Phosphorus is a nutrient necessary for the development of crops and is thus commonly applied as fer...