As phosphorus is a non-renewable resource mainly used to produce fertilizers and helps to
provide food all over the world, the proper management of its reserves is a global concern …

The two-stage A/B WWTP configuration is being studied as a possible wastewater treatment
with low energy consumption or even with a net energy generation. The first phase, A-stage …

Interest in phosphorus (P) recovery and reuse has increased in recent years as supplies of P
are declining. After use, most of the P remains in wastewater, making Wastewater Treatment …

Current wastewater treatment plants (WWTPs) paradigm is moving towards the so-called
water resource recovery facilities in which sewage is considered a source of valuable …

In this paper we simulated the start-up of a full-scale biological phosphorus and nitrogen
removing (BPNR) wastewater treatment plant (wwtp). For the simulation we used a …

Phosphorus removal by chemical precipitation is a well-established and widely used
technique in municipal waste water treatment plants (WWTPs). Very low effluent …

Mainstream P-recovery can help wastewater treatment plants (WWTPs) to effectively
maintain good enhanced biological phosphorus removal (EBPR) while helping to recover P …

The management of the sludge treatment line can be optimized to reduce uncontrolled
phosphorus precipitation in the anaerobic digester and to enhance phosphorus recovery in …

The introduction of enhanced biological phosphorus removal (EBPR) for wastewater
treatment not only affects the activated sludge plant itself, but also the connected process …

Biological nitrogen (N) removal via the short-cut pathway (NH 4+-N→ NO 2−-N→ N 2) is
economically attractive in wastewater treatment plants (WWTPs). However, biological …