Most of the nutrients in municipal wastewater originate from urine. Nevertheless, chemical fertilizers are commonly used in the agriculture instead of urine. There are some problems related to the direct utilization of urine, such as micropollutants present in urine, odour and storage of large volume of urine. In wastewater, phosphorus may contribute significantly to the pollution of the aquatic systems. Therefore, wastewater treatment techniques are mainly focusing on removing phosphorus. Phosphorus is collected in the sludge either by a chemical or by a biological process. With the growing concern of micropollutants present, which are in the sludge, the use of sludge in agriculture has been gradually decreasing. It means that the phosphor...
Phosphorus and nutrient recovery from wastewater as mineral salts can support local replenishment of...
BACKGROUND: Urine is an abundant waste product which requires energy intensive treatment processes i...
Outcome Depending on the process, normally 12-22% of P present in wastewater is recovered in struvi...
Most of the nutrients in municipal wastewater originate from urine. Nevertheless, chemical fertilize...
Human urine is rich in nutrients like Nitrogen, Phosphorus, Potassium, etc. Therefore, it can be use...
Department of Civil Engineering, Indian Institute of Engineering Science and Technology, Shibpur, Ho...
Phosphorus, like oil, is a non-renewable resource that must be harvested from finite resources in th...
Never human being has to face such a serious lack of phosphorus and pollutants from human activities...
Presently, the recovery and reuse of phosphorus are still far from being a mainstream practice. Yet,...
AbstractThis study presents an integrated approach for the recovery of P from the wastewater path. S...
Thesis (M.Sc.)-University of KwaZulu-Natal, Pietermaritzburg, 2013.The potential shortage of phospho...
The rising population relies heavily on expensive phosphate (P) fertilizers for its agricultural pro...
Phosphorus is a limited resource which is predicted to get exhausted at some point during the twenty...
BACKGROUND: The treatment of source separated urine allows for a more sustainable approach to nutrie...
The major goal of the proposed research is the investigation of the applicability of struvite precip...
Phosphorus and nutrient recovery from wastewater as mineral salts can support local replenishment of...
BACKGROUND: Urine is an abundant waste product which requires energy intensive treatment processes i...
Outcome Depending on the process, normally 12-22% of P present in wastewater is recovered in struvi...
Most of the nutrients in municipal wastewater originate from urine. Nevertheless, chemical fertilize...
Human urine is rich in nutrients like Nitrogen, Phosphorus, Potassium, etc. Therefore, it can be use...
Department of Civil Engineering, Indian Institute of Engineering Science and Technology, Shibpur, Ho...
Phosphorus, like oil, is a non-renewable resource that must be harvested from finite resources in th...
Never human being has to face such a serious lack of phosphorus and pollutants from human activities...
Presently, the recovery and reuse of phosphorus are still far from being a mainstream practice. Yet,...
AbstractThis study presents an integrated approach for the recovery of P from the wastewater path. S...
Thesis (M.Sc.)-University of KwaZulu-Natal, Pietermaritzburg, 2013.The potential shortage of phospho...
The rising population relies heavily on expensive phosphate (P) fertilizers for its agricultural pro...
Phosphorus is a limited resource which is predicted to get exhausted at some point during the twenty...
BACKGROUND: The treatment of source separated urine allows for a more sustainable approach to nutrie...
The major goal of the proposed research is the investigation of the applicability of struvite precip...
Phosphorus and nutrient recovery from wastewater as mineral salts can support local replenishment of...
BACKGROUND: Urine is an abundant waste product which requires energy intensive treatment processes i...
Outcome Depending on the process, normally 12-22% of P present in wastewater is recovered in struvi...