Direct membrane filtration is attracting increasing interest as a potential alternative to the
current municipal wastewater treatment schemes. Extremely high and stable water quality …

Wastewater treatment plants (WWTPs) are no longer considered pollution removal systems
but rather resources (nutrients and energy) recovery plants. Legislation imposing more …

Nitrogen exists in municipal wastewater in the form of ammonia/ammonium which is a
recoverable resource. Recovering nitrogen to improve nitrogen-use efficiency should be …

Energy use represents one of the main costs in water supply and wastewater treatment in
China and is also a major contributor to greenhouse gas emissions. This paper has two …

Applications of dynamic membrane (DM) filtration and factors affecting formation, filtration,
and cleaning are introduced. DMs have been studied extensively for wastewater treatment …

This study proposes the recovery of organics and nitrogen from sewage through membrane-
based pre-concentration (MPC) combined with ion exchange (IE) process. Unlike …

This study proposed an efficient way of direct sewage pre-concentration by a combined
coagulation microfiltration (CCM) system and an optimal operational strategy of aeration …

Wastewater is increasingly recognized as a valuable resource rather than as a waste,
motivating a shift in the perspective of wastewater treatment from pollution control to …

Biomass energy recovery from waste activated sludge (WAS) through anaerobic digestion
(AD) is important for the current trend of low-carbon and sustainable wastewater treatment …

Carbon neutrality is a pressing goal for the whole society. Over 20% of municipality electrical
energy on public utilities was consumed by the operation of wastewater treatment plants …