With the rapid economy and population growth, wastewater containing sulfate originated
from industrial and human activities have gradually become a potential threat to the …

Increasing eutrophication has led to a continuous deterioration of many aquatic ecosystems.
Polyphosphate-accumulating organisms (PAOs) can provide insight into the human …

Thauera, as one of the core members of wastewater biological treatment systems, plays an
important role in the process of nitrogen and phosphorus removal from low-carbon source …

The denitrifying sulfur (S) conversion-associated enhanced biological phosphorus removal
(DS-EBPR) process for treating saline wastewater is characterized by its unique microbial …

Sulfur as a macroelement plays an important role in biochemistry in both natural
environments and engineering biosystems, which can be further linked to other important …

The fate and removal of ciprofloxacin, a class of fluoroquinolone antibiotic, during sulfur-
mediated biological wastewater treatment has been recently well documented. However …

The conventional biological nutrients removal process is challenged by insufficient organic
carbon in influent. To cross such an organic-dependent barrier, a pilot-scale electrolysis …

ANaerobic MEthanotrophic (ANME) archaea are critical microorganisms mitigating methane
emission from anoxic zones. In previous studies, sulfate-dependent anaerobic oxidation of …

The conventional biological ammonium removal process is challenged for lack of electron
acceptors. A lab-scale integrated constructed wetland coupled with microbial fuel cells (CW …

The implementation of a side-stream sludge fermenter (SSSF) has been identified as a
possible solution to improve the performance of an anaerobic/anoxic/aerobic (A 2 O) …