Wastewater treatment plants face significant challenges in transitioning from energy-
intensive systems to carbon-neutral, energy-saving systems, and a large amount of chemical …

Anaerobic-based processes are green and sustainable technologies for phosphorus (P)
recovery from sewage sludges economically and are promising in practical application …

This study presented an innovative method for phosphorus (P) recovery as vivianite from
waste activated sludge (WAS) via optimizing iron dosing and pH value during anaerobic …

Recovery of resources from domestic sewage and food waste has always been an
international-thorny problem. Titanium-based flocculation can achieve high-efficient …

Fe based chemically enhanced primary sedimentation (CEPS) is an effective method of
capturing the colloidal particles and inorganic phosphorous (P) from wastewater but also …

A laboratory-scale sequencing batch reactor (SBR) and two moving bed biofilm reactors
(MBBRs) with different types of biocarriers were operated to treat the effluent of chemically …

Phosphorus recovery and recycling from waste streams is of great significance to achieve a
sustainable phosphorus management. Daily discharged sewage contained a considerable …

Phytoremediation is an effective and environmentally friendly approach to treat antibiotic
contaminated water, however, the mechanisms of migration and transformation of antibiotics …

Abstract Fe (III)-loaded chitosan (CTS-Fe) composite was used for the first time to remove
and recover phosphorus (P) from waste activated sludge (WAS) via anaerobic digestion …

Although being viewed as a promising technology for reclamation of carbon and
phosphorus from excess sludge, anaerobic fermentation (AF) grapples with issues such as a …