Previous researches have suggested that biological phosphorus removal (BPR) from
wastewater could be achieved by the aerobic/extended-idle (A/EI) regime. This study further …

Phosphorus (P) is an essential element for all living organisms. Since P cannot be replaced
by any other element in biochemical processes, humans ultimately rely on P availability …

Recovering phosphate (P) from point sources such as wastewater effluent is a priority in
order to alleviate the impacts of eutrophication and implement a circular economy for an …

Since phosphorus (P) is a non-renewable element essential for life, it is extremely important
to explore any potential supply of P, including that recovered from human excreta and urban …

Although the activated sludge process, one of the most remarkable engineering inventions
in the 20th century, has made significant contribution to wastewater reclamation in the past …

For several decades, researchers have been struggling to obtain minimum phosphorus (P)
capture costs to meet the parameters for discharging wastewater into the watercourse …

The feasibility of recovering phosphates from municipal wastewater is assessed from
literature, targeted interviews of water industry experts and process modelling. It is …

This study investigated the potential use of agro-food wastewaters as external substrates to
solve carbon deficiency problems in enhanced biological phosphorus-removal (EBPR) …

Anaerobic digestion (AD) is a promising technology to produce renewable energy and
reduce organic wastes. Recovering phosphorus (P) from AD residues as easily …

Biological phosphorous (P) and nitrogen (N) removal from municipal wastewater was
studied using an innovative anoxic-aerobic-anaerobic side-stream treatment system. The …