As an essential element for life, phosphorus (P) is very important for organisms. However,
excessive P in water and sediment can cause eutrophication, which poses a potential risk to …

Developing feasible techniques to recover phosphorous (P) from wastewater and sewage
sludge is urgent work to meet the huge demand for P resources and wastewater/sludge …

Anaerobic membrane bioreactor (AnMBR) is considered an efficient technique for kitchen
wastewater treatment; however, membrane fouling restricts their applicability. In this study, a …

In the face of the growing water shortage and energy crisis, anerobic membrane bioreactor
(AnMBR) as a promising technology of wastewater treatment and bioenergy recovery has …

Excessive phosphate loading leads to eutrophication problems in rivers or lakes and causes
serious environmental and economic damages, urging new technologies to reduce effluent …

Electrochemical recovered ferric phosphate (FePO 4) precipitates from hypophosphite-laden
wastewater were shown to be an efficient method for phosphorus (P) recovery. However, the …

In situ Fe (III) coprecipitation from Fe2+ oxidation is a widespread phenomenon in natural
environments and water treatment processes. Studies have shown the superiority of in situ …

Domestic wastewater quality conditions are complex, which will affect the types of flocs in Fe-
electrocoagulation (EC). However, the influence of different types of flocs has not been …

Developing an efficient adsorption material is of great significance for application in
wastewater contaminated with pesticides. The present study investigated a promising …

FeS 2-based constructed wetland has garnered increasing interest as an efficient and eco-
friendly method for nitrogen and phosphorus removal from carbon limitation wastewater …