Aerobic granular sludge (AGS) is a novel microbial community which allows simultaneous
removal of carbon, nitrogen, phosphorus and other pollutants in a single sludge system …

Recent years have witnessed the rapid development of polluting industries as well as
enormous production of recalcitrant wastewater containing toxic and refractory compounds …

Although using anammox communities for efficient wastewater treatment has attracted much
attention, the pure anammox bacteria are difficult to obtain, and the potential roles of …

Saline wastewater poses a threat to biological nitrogen removal. This study investigated
whether and how static magnetic field (SMF) can improve the salt-tolerance of aerobic …

Wastewater resource recovery not only allows the extraction of value-added products and
offsets the operational costs of wastewater treatment, but it is also conducive to alleviating …

Granular sludge (GS) is a special self-aggregation biofilm. Extracellular polymeric
substances (EPS) are mainly associated with the architectural structure, rheological …

Anammox aggregates have been extensively observed in high-efficiency nitrogen-removal
reactors, yet the variation and inherent cause of its aggregation capacity related to reactor …

In this study a continuous flow reactor (CFR) was employed to compare the feasibility of
bacterial aerobic granular sludge (AGS-CFR) and algal-bacterial granular sludge (ABGS …

Wastewater with high salinity is one of the major challenges for conventional wastewater
treatment. Although nitrogen management is vital for wastewater treatment, efficient …

The sustainable approach to energy and resource recovery from excess sludge is gaining
traction. This study compared the benefits of methane production through anaerobic …